Emergency Triage
Assessment and
Treatment - Plus
(ETAT+)
Modules For Participants
KENYA PAEDIATRIC ASSOCIATION
Cell: +254 0726 - 161590
Email: info@kenyapaediatric.org
Design & Layout: Rehovot Consultants Limited
Cell: 0721 291639
Tel: +254 20 275309 / 272698
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
PREFACE ................................................................... ........... 11
INTRODUCTION .................................................................................... 13
MODULE OBJECTIVES: ........................................................................... 14
UNIT 1.1 THE CONCEPT OF ETAT+ .......................................................
UNIT 1.2 ESSENTIAL SIGNS AND SYMPTOMS OF SERIOUS
CHILDHOOD ILLNESSES......................................................................... 18
MODULE INTRODUCTION ..................................................................... 33
MODULE OBJECTIVES ............................................................................ 33
UNIT 1: TRIAGE OF SICK CHILDREN ...................................................... 34
..................
MODULE 1
MODULE 2
14
Unit Outline ................................................................. ...........14
1.1.1 Unit Introduction ................................................................................. 14
1.1.2 Unit Objectives ................................................................................... 14
1.1.3 ETAT+ Course Vision, Mission and Values ............................................ 15
1.1.4 Principles of ETAT+ ............................................................................. 15
1.1.5 Summary ............................................................................................16
1.1.6 Review questions ................................................................................. 17
1.1.7 References .......................................................................................... 17
Unit Outline ................................................................................................ 18
1.2.2 Unit Objectives ................................................................................... 18
1.2.3 Criteria of WHO Essential Signs and Symptoms .................................... 18
1.2.4 Essential symptoms of common childhood illnesses .............................. 19
1.2.5 Essential signs of childhood illnesses .................................................... 22
1.2.6 Summary ............................................................................................ 31
1.2.7 References .......................................................................................... 31
1.2.8 Review questions.................................................................................. 31
Unit Outline ................................................................................................ 34
2.1.1 Unit Introduction ................................................................................ 34
2.1.2 Unit Objectives.................................................................................... 34
2.1.3 The triage process .............................................................................. 35
.....................
TABLE OF CONTENTS
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
2.1.4 Summary ............................................................................... . 38
2.1.5 Review questions .......................................................................
Unit Outline ................................................................................................ 40
2.2.1 Unit Introduction ................................................................................. 40
2.2.2 Unit Objectives.................................................................................... 40
2.2.3 Definition and pathophysiology of cardiopulmonary collapse ................ 40
2.2.4 Important factors for success in resuscitation ........................................ 43
2.2.5 The equipment and resources required for resuscitation in paediatric
emergency units ................................................................................ 44
2.2.6 The structured ABC approach to the resuscitation of the collapsed child.. 45
2.2.7 Summary ........................................................................................... 53
2.2.8 Review questions ................................................................................ 54
2.2.9 References ......................................................................................... 54
Unit Outline ............................................................................................... 55
2.3.1 Unit Introduction ................................................................................ 55
2.3.2 Unit Objectives................................................................................... 55
23.3 Background and Rationale .................................................................. 55
2.3.4 Recognizing the Seriously Ill Child ...................................................... 57
2.3.5 Rapid Assessment of the seriously sick Non Collapsed Child ................. 64
2.3.6 Summary .......................................................................................... 67
2.3.7 Review questions ................................................................................ 67
2.3.8 References ......................................................................................... 67
Unit Outline ............................................................................................... 68
2.4.1 Unit Introduction ................................................................................ 68
2.4.2 Objectives ......................................................................................... 68
2.4.3 Importance of the Structured Forms for Medical Documentation............ 69
2.4.4 Symptoms included in the Paediatric Admission Record ........................ 69
2.4.5 Elements of the Paediatric Admission Record ....................................... 71
2.4.6 Strengths and Limitations of Structured Tools for Documentation............ 77
..........
........... 39
UNIT 2:ABC APPROACH TO THE MANAGEMENT OF THE
COLLAPSED CHILD................................................................................. 40
UNIT 3: ABCD APPROACH TO THE MANAGEMENT OF THE
CHILD WITH SIGNS OF LIFE (NON-COLLAPSED CHILD) ....................... 55
UNIT 4: STRUCTURED PAEDIATRIC ADMISSION RECORDS ................... 68
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
2.4.7 Summary ................................................................................ 79
2.4.8 Review questions ................................................................................. 80
2.4.9 References .......................................................................................... 80
............
MODULE 3
MODULE INTRODUCTION ..................................................................... 82
MODULE OBJECTIVES ............................................................................ 82
UNIT 3.1 MANAGING AN INFANT OR CHILD WITH RESPIRATORY
DISTRESS ............................................................................................... 83
MODULE 3: UNIT 2: ACUTE DIARRHOEA AND DEHYDRATION ............. 97
Unit Outline: ............................................................................................... 83
3.1.1 Unit Introduction ................................................................................. 83
3.1.2 Unit Objectives.................................................................................... 83
3.1.3 Causes of respiratory distress. ............................................................. 84
3.1.4 The ABCD approach to assessment of respiratory distress ..................... 84
3.1.5 Recognizing, classifying and managing a child with pneumonia who
is HIV negative. ....... 87
3.1.6 Recognizing, classifying and managing a child with wheeze or asthma... 89
3.1.7 Causes of treatment failure ................................................................. 95
3.1.8 Summary ........................................................................................... 95
3.1.9 Review questions ................................................................................ 96
3.1.10 References ....................................................................................... 96
Unit Outline ................................................................................................ 97
3.2.1 Unit Introduction ................................................................................. 97
3.2.2 Unit Objectives.................................................................................... 97
3.2.3 Definition of acute diarrhoea and dehydration ..................................... 98
3.2.4 Classification of the level of dehydration .............................................. 98
3.2.5 Choice of fluid therapy in dehydration: ................................................ 102
3.2.6 Treatment of different levels of dehydration: ......................................... 105
3.2.7 Use of zinc in diarrhoea ...................................................................... 109
3.2.8 Treatment of dysentery ........................................................................ 110
3.2.9 Summary ........................................................................................... 111
3.2.10 Review Questions: ............................................................................ 111
3.2.11 References ........................................................................................ 112
.........................................................................
MODULE 4:
INTRODUCTION ................................................................................... 114
MODULE OBJECTIVES ........................................................................... 114
UNIT 4.1: MANAGEMENT OF THE CHILD WITH HYPOGLYCEMIA .......... 115
UNIT 4.2 MANAGING CONVULSIONS IN CHILDREN ........................... 122
UNIT 4.3 MANAGEMENT OF THE CHILD WITH MENINGITIS ................. 133
Unit Outline ............................................................................................... 115
4.1.1 Introduction ...................................................................................... 115
4.1.2 Unit Objectives.................................................................................. 115
4.1.3 Definition of Hypoglycaemia ............................................................. 115
4.1.4 Clinical signs associated with hypoglycaemia...................................... 116
4.1.5 Treatment of hypoglycaemia............................................................... 117
4.1.6 Summary .......................................................................................... 121
4.1.7 Review questions ............................................................................... 121
4.1.8 References and Further Reading ......................................................... 121
Unit Outline ................................................................................................ 122
4.2.1 Introduction ....................................................................................... 122
4.2.2 Unit Objectives................................................................................... 122
4.2.3 ABCD approach of managing a child with convulsions ......................... 122
4.2.4 Rational use of anticonvulsants in a convulsing child ............................ 125
4.2.5 Properties of commonly available anticonvulsant drugs – diazepam
and phenobarbitone
4.2.6 Summary ........................................................................................... 131
4.2.7 Review Questions .............................................................................. 131
4.2.8 References ........................................................................................ 132
4.3.1 Unit Introduction ................................................................................. 133
4.3.2 Objectives .......................................................................................... 133
4.3.3 Aetiology of acute bacterial meningitis in children ................................. 133
4.3.4 Clinical signs of acute bacterial meningitis............................................ 134
4.3.5 Indications for lumbar puncture (LP) and interpretation of LP results........ 135
4.3.6 Management of acute bacterial meningitis in children older than
one month.....
4.3.7 Summary ........................................................................................... 139
4.3.8 Review Questions ............................................................................... 139
4.3.9 References .......................................................................................... 140
.......................................................................... 127
................................................................................... 138
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 4.4 MANAGEMENT OF THE CHILD WITH SEVERE MALARIA ......... 141
INTRODUCTION .................................................................................... 149
UNIT OBJECTIVES ................................................................................. 149
UNIT 5.1: NEWBORN RESUSCITATION .................................................. 150
UNIT 5.2: NEONATAL SEPSIS AND COMMONLY USED DRUGS
Unit Outline ................................................................................................ 141
4.4.1 Unit Introduction ................................................................................ 141
4.4.2 Unit Objectives................................................................................... 141
4.4.3 Epidemiology of malaria .................................................................... 142
4.4.4: Other forms of severe malaria ........................................................... 142
4.4.5 Management of severe malaria .......................................................... 145
4.4.6 Summary ........................................................................................... 147
4.4.7 Review Questions .............................................................................. 147
4.4.8 References ......................................................................................... 147
Unit Outline ................................................................................................ 150
5.1.1 Introduction ....................................................................................... 150
5.1.2 Objectives........................................................................................... 150
5.1.3 Background to newborn resuscitation .................................................. 150
5.1.4 Newborns and warmth. ...................................................................... 151
5.1.5 Newborn Resuscitation Equipment ....................................................... 151
5.1.6 Structured approach to newborn resuscitation ...................................... 154
5.1.7 Meconium in newborn resuscitation ..................................................... 157
5.1.8 Summary ............................................................................................ 159
5.1.9 Review questions.................................................................................. 160
5.1.10 References and Material for Further Reading ....................................... 160
................ 161
Unit Outline ................................................................................................ 161
5.2.1 Introduction ........................................................................................ 161
5.2.2 Objectives........................................................................................... 161
5.2.3 Signs and symptoms of neonatal sepsis ............................................... 161
5.2.4 Antibiotic treatment of neonatal sepsis ................................................. 163
5.2.5 Other commonly used drugs................................................................ 166
5.2.6 Summary ........................................................................................... 167
5.2.7 Review questions ................................................................................. 168
5.2.8 References .......................................................................................... 168
MODULE 5
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 5.3: NEONATAL JAUNDICE ......................................................... 169
UNIT 5.4: MANAGEMENT OF LOW BIRTH WEIGHT INFANTS ................ 174
MODULE INTRODUCTION .................................................................... 187
MODULE OBJECTIVES ........................................................................... 187
UNIT 6.1: RECOGNITION OF SEVERE ACUTE MALNUTRITION .............
Unit Outline ............................................................................................... 169
5.3.1 Introduction ....................................................................................... 169
5.3.2 Objectives.......................................................................................... 169
5.3.3 Indications for treating neonatal jaundice ........................................... 169
5.3.4 Phototherapy ..................................................................................... 171
5.3.5 Summary .......................................................................................... 173
5.3.6 Review questions................................................................................ 173
5.3.7 References and Material for Further Reading ....................................... 173
Unit Outline ................................................................................................. 174
5.4.1 Introduction ........................................................................................ 174
5.4.2 Objectives........................................................................................... 174
5.4.3 Standards of care ............................................................................... 174
5.4.4 Warmth .............................................................................................. 175
5.4.5 Kangaroo mother care ........................................................................ 176
5.4.6 Feeding and fluids .............................................................................. 177
5.4.7 Summary ............................................................................................ 185
5.4.8 Review questions ................................................................................. 185
5.4.9 References .......................................................................................... 185
MODULE 6
188
Unit Outline ............................................................................................... 188
6.1.1 Introduction........................................................................................ 188
6.1.2 Unit Objectives .................................................................................. 188
6.1.3 Definition of severe acute malnutrition ................................................ 188
6.1.4 Clinical diagnosis .............................................................................. 196
6.1.5 Summary .......................................................................................... 201
6.1.6 Review question ................................................................................ 201
6.1.7 References ........................................................................................ 202
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 2: INITIAL MANAGEMENT OF A CHILD WITH SEVERE ACUTE
MALNUTRITION......
UNIT 3 NUTRITIONAL TREATMENT OF A SEVERELY MALNOURISHED
CHILD..213
MODULE INTRODUCTION ................................................................... 222
MODULE OBJECTIVES ........................................................................... 222
UNIT 7.1: THE RIGHTS OF THE CHILD .................................................. 223
............................................................................... 203
Unit Outline ................................................................................................ 203
6.2.1. Introduction....................................................................................... 203
6.2.2 Unit objectives ................................................................................... 203
6.2.3 The altered physiology of the child with severe acute malnutrition.......... 203
6.2.4 The (10) step approach to management of severe acute malnutrition
(SAM).. 205
6.2.5 Summary ........................................................................................... 211
6.2.6 Review questions ................................................................................ 211
6.2.7 References ......................................................................................... 212
Unit Outline ................................................................................................ 213
6.3.1 Introduction........................................................................................ 213
6.3.2 Unit Objectives .................................................................................. 213
6.3.3 Starting the initial feeds –F75 .............................................................. 213
6.3.4 Catch up Growth (Recovery Phase) ...................................................... 215
6.3.5 Rehabilitation and Monitoring ............................................................. 217
6.3.6 When to discharge ............................................................................. 219
6.3.7 Summary ........................................................................................... 220
6.3.8 Review question .................................................................................. 220
6.3.9 Reference ........................................................................................... 220
...............................................................................................
MODULE 7
Unit Outline ............................................................................................... 223
7.1.1 Introduction ....................................................................................... 223
7.1.2 Objectives.......................................................................................... 223
7.1.3 Legislative Framework for the Rights of Children .................................. 223
7.1.4 Summary ........................................................................................... 228
7.1.5 Review questions................................................................................. 228
7.1.6 References ......................................................................................... 228
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 7.2: STANDARDS OF CARE FOR CHILDREN ................................... 229
Unit Outline ................................................................................................. 229
7.2.1 Introduction ........................................................................................ 229
7.2.2 Objectives........................................................................................... 229
7.2.3 The Standards of Care for Children ..................................................... 229
7.2.4 When to Admit and Discharge Children ............................................... 237
7.2.5 Summary ........................................................................................... 239
7.2.6 Review questions ................................................................................ 239
7.2.7 References ......................................................................................... 239
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
Preface
ETAT+ is an acronym for Emergency Triage Assessment and Treatment plus admission care of
new-borns and children in the first 48 hours.
The ETAT+ is modified from the World Health Organisation's ETAT programme. The ETAT+
modification was done by Kenyan experts in collaboration with the Ministry of Health,
KEMRI- Welcome Trust, University of Nairobi, MTRH and the Kenya Paediatric Association
and first launched in 2005.
This is a course aimed at giving all health workers (nurses, clinical officers, doctors and even
nutritionists, laboratory technicians and pharmacists for part of it) the appropriate skills and
knowledge in providing healthcare for sick children in a low to middle income resource setting.
The ETAT+ course covers the following areas:
1. Outpatient triage for sick young infants and children.
2. Emergency care including technologically appropriate life support for infants,
children and the newborn.
3. Evidence-based, immediate and admission care for children with hypoglycaemia,
convulsions, dehydration, malaria, severe anaemia, meningitis, pneumonia, asthma,
4. severe malnutrition, neonatal sepsis and care of the preterm infant
The ETAT+ programme is adapted from the World Health Organisation publication on Hospital
Care for Children: Pocket book of Hospital Care for Children: Guidelines for management of
common illnesses. In Kenya, these guidelines have been adopted by the Ministry of Health, and
summarised in the pocket book dubbed; Basic Paediatric Protocols
ETAT+ will enable you provide quality care to sick children based on best practices adapted by
WHO and Government of Kenya, Ministry of Health guidelines. The ETAT Plus guidelines are
based on the best evidence available and not on expert opinion. It focuses on basic, effective
care for common problems, things that all facility-based health workers should be able to
manage. It is not a comprehensive course for paediatrics or neonatal care. Health workers
should always be on the lookout for important but less common problems. As soon as possible
they should seek the best available advice on managing a severely ill child or new-born.
Introduction to Emergency
Triage Assessment
and Treatment Plus Admission Care of
The Severely Ill Child and
Newborn (ETAT+)
MODULE 1
MODULE INTRODUCTION
MODULE OBJECTIVES:
In this module, we will discuss how and why ETAT+ training was developed and the use of
essential signs and symptoms as defined by World Health Organization (WHO).
This module is covered in two units as follows:
Unit 1.1: Concept of ETAT+
Unit 1.2: Essential signs and symptoms of serious common childhood illnesses
Lets' go through the objectives of the module
By the end of the module you should be able to:
i. Describe the Concept of ETAT+.
ii. Discuss the essential signs and symptoms in common
childhood illnesses.
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 1.1: THE CONCEPT OF ETAT+
Unit Outline
1.1.1 Unit Introduction
1.1.2 Unit Objectives
1.1.1 Unit Introduction
1.1.2 Unit Objectives
1.1.3 Vision, mission and values of ETAT+
1.1.4 Principles of ETAT+
1.1.5 Summary
1.1.6 Review questions
1.1.6 References
Timely identification and management of common childhood emergencies and illnesses such
as respiratory infections, diarrheal illnesses, malaria, meningitis, and acute malnutrition is
often seen as a challenge to many health care workers.
This unit will cover the definition of ETAT+ and direct you to the source of the materials used.
We will also outline the vision, mission and values of ETAT+ and the principles of ETAT+ using
the ABC approach to management of childhood illnesses.
Let us start by going through the objectives of this unit,
By the end of the unit you should be able to:
1. Outline the vision, mission and values of ETAT+.
2. Outline the principles of ETAT+.
Take note 1.1.1
You have been provided with:
1. Pocket book of Hospital Care for Children: Guidelines for
management of common illnesses.
2. MOH, Republic of Kenya; Basic Paediatric Protocols.
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
Figure 1.1.1: The WHO pocket guide and Basic Paediatric Protocols
To improve new-born and child survival in resource-limited settings
To improve survival of newborns and children through the delivery of quality care through
evidence based best clinical practice in resource limited settings.
Commitment to continuous efforts to provide high quality care through:
i. Evidence based clinical practice
ii. Optimising the organisation and delivery of care
iii. Teamwork based on mutual respect
iv. Continuous learning
v. Leadership and mentorship
The ETAT+ programme is about more than identifying and treating sick newborns and children.
It recognises that facilities, health workers and even patients and carers will often need to work
1.1.3 ETAT+ Course Vision, Mission and Values
1.1.4 Principles of ETAT+
Vision
Mission
Values
The image of the two refrence materials is presented in Figure 1.1.1
M O D U L E 1
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
together so that they organise themselves as best they can with the resources they have to
optimise the care they provide. Care only improves when new knowledge is turned into
effective action and this will require effort, teamwork and a willingness to develop local
solutions. At its core, the ETAT+ programme gives a structure for a rapid and comprehensive
approach to initial assessment and intervention based on the acronym “ABC” This systematic
approach to assessing a sick infant or child aims to promote recognition and management of
conditions that are acutely life threatening.
In this course, we will discuss the triage and treatment of childhood illnesses based on the four
“ABC” approaches outlined below.
i. The ABCD approach to triage.
ii. The ABC approach to basic life support (BLS) of a collapsed infant or child.
iii. The ABCD approach to provision of emergency care when there are signs of life in a
neonate, infant or child.
iv. The ABC approach for newborn resuscitation.
It is important that by the end of the course you will understand and be skilled in applying all
four approaches. You will also go through management of specific common childhood and
neonatal illnesses throughout this course and use simplified algorithms and job aids to make
focused decisions on diagnosis, and management of these illnesses.
A time has been set aside during the 2 day practical sessions for you to practice these skills,
under the guidance of your ETAT+ facilitators.
1.1.5 Summary
In this unit we have learnt:
Ÿ The vision, mission and values of ETAT plus programme.
Ÿ We have learnt that the ETAT plus programme providers
learners with an evidence based structured approach of
offering acute care for sick neonates, infants and children. It
emphasises the use of evidence based clinical practice
guidelines, team work and intergrated approach of
common childhood illnesses. The guidelines used are part
of the Ministry of Health –Kenya Basic paediatric
protocols adapted from the WHO guidelines.
Ÿ We have also seen that ETAT plus enables facilities, health
workers, patients and carers to work together and organise
the available resources to optimise the care provided to
children.
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
SUMMARY
M O D U L E 1
1. Describe what you now understand by the concept of ETAT+.
2. List the approach to 4 ABC approaches you will use in ETAT+.
1.1.6 Review questions
1. World health Organization; 2013 Hospital Care for Children;
Guidelines for management of common illnesses with limited
resources.
2. Ministry of Health-Kenya; 2013; Basic Paediatric Protocols.
1.7 References
M O D U L E 1
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
UNIT 1.2: ESSENTIAL SIGNS AND SYMPTOMS OF SERIOUS CHILDHOOD
ILLNESSES
Unit Outline
1.2.1 Unit Introduction
1.2.2 Unit Objectives
1.1.1 Unit Introduction
1.2.2 Unit Objectives
1.2.3 Criteria of WHO essential signs and symptoms
1.2.4 Essential symptoms of common childhood illnesses.
1.2.5 Summary
1.2.6 Review questions
1.2.7 References
In this unit, we will focus on the most reliable symptoms and signs used in the recognition of
severely ill infants and children; later in the course you will apply this knowledge in managing
various common childhood illnesses. The core clinical symptoms and signs described
represent the best, minimum set required to assess newborns and children. Carefully
documenting a complete history and examination including other relevant symptoms and signs
to the best of one's ability is a critical part of good clinical practice but one that cannot be
covered in this course.
By the end of the unit you should be able to:
i. Outline the criteria of WHO essential signs and symptoms.
ii Describe the essential symptoms of common childhood and
neonatal illnesses.
Let us outline the criteria of essential signs as described by the World Health Organization
(WHO).
The WHO describes essential signs and symptoms as the most reliable ones that meet the
following criteria:
Ÿ Observed commonly in serious common childhood illnesses.
Ÿ Used in assessment of the nature and the severity of illnesses to indicate risk of death,
monitor clinical progress and differentiate diseases.
Ÿ Easy for everyone to observe and learn and use reliably.
1.2.3 Criteria of WHO Essential Signs and Symptoms
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M O D U L E 1
1.2.4 Essential symptoms of common childhood illnesses
You may have noticed in your clinical practice that sick neonates, infants or children present
with various symptoms and signs. Some of these are considered more reliable than others in the
recognition, classification and management of various illnesses.
Let us start off by defining symptoms (presenting complaints) of common illnesses in infants
and children but before we proceed, carry out activity 1.2.1.
Activity 1.2.1
Enumerate symptoms that you would consider important when managing
a seriously sick infant or child.
Think about the illnesses that most commonly cause admission to hospital
and death to help you with this.
Good try, we will describe the World Health Organization (WHO) essential symptoms, at the
end of this section, compare your list of symptoms with the list discussed and take note of the
ones you may have missed.
Cough: If the child has history of cough it is necessary to ask the duration of the cough. Why is
that so?
Well done! A history of cough for more than 2 weeks may indicate presence of other illnesses
besides upper respiratory tract infections or acute pneumonia. This will be discussed further in
module 3 of this course.
Difficulty breathing: May or may not accompany a cough, do you know what it indicates?
Good! Difficulty breathing usually indicates respiratory distress, which may inform you that
the infant or child could be severely ill.
Would you be worried if a mother told you that her little one has not been feeding well?
Difficulty feeding is an essential symptom that indicates that the infant or child is too sick to
feed; this includes asking about the ability to breastfeed for neonates and infants. Note though
that this is slightly different from the complaint of 'poor appetite', it is focussed more on
difficulty actually taking feeds because of problems such as breathlessness, lethargy or even
weakness, irritability or even altered consciousness.
Diarrhoea: Any time you manage an infant or children always establish the presence or
absence of diarrhoea, the frequency (number of times) per day, and duration (number of days)
M O D U L E 1
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
of the illness. What is diarrhoea? A diarrhoea stool is defined as a stool that is liquid enough that
if it was poured into a cup or bowl it would take the shape of the container and have a flat surface
like very thin porridge! We say a child has true diarrhoea if they have 3 or more of such
diarrhoeal stools in 24 hours. It is actually important to write down the number of such stools in
24 hours as whether this is going up or down is a way to check progress.
Presence of diarrhoea for more than 14 days may not be a simple infection and will require a
different approach to treatment this is called persistent diarrhoea.
In text Question 1.2.1
i. Is a history of bloody diarrhoea significant?
Prove reasons for your answer in (i) above
Good try!
Presence of blood in the stool is a significant finding that would change your approach to
treatment; you should treat with antibiotics for dysentery (a specific bacterial infection – non-
bloody diarrhoea can be caused by bacteria but these do not need an antibiotic). If there is blood
in the stool you also need to think of other diagnoses such as intussusceptions in infants and
younger children!
Vomiting everything: When attending to sick infants or children reported to be vomiting,
always establish if they are vomiting everything.
This means that every feed ingested is vomited and not a single episode of large amounts of
vomitus. In other words if the child is vomiting each time they feed, this is considered more
significant than vomiting a large amount after feeding several times
.
History of convulsions or sudden jerky body movements, worrisome to the caregiver (and I am
sure to you too!). What should you try to find out about them?
Convulsions and partial or focal convulsions (fits): Should be investigated in detail. It is
important to ask the caregiver to describe or demonstrate the observed movements to establish
that a true convulsion occurred and to determine the type of convulsion i.e. generalized or
partial, and how often they occur.
Generalized convulsions involve the whole body and are always associated with loss of
consciousness during the convulsion. Commonly in children (but not infants aged less than 6
months) these are associated with an acute febrile illness. Remember though that these 'febrile
convulsions' are typically short (less than 5 minutes) and that the child should regain full
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
M O D U L E 1
consciousness within one hour. If the convulsions are long or full consciousness does not return
do not dismiss these as 'simple febrile convulsions'.
Partial or focal fits are convulsions that involve only part of the body for example one side of the
body, an arm, a leg, or one side of the face. If the convulsion starts in one part of the body and
then spreads to the whole body with loss of consciousness this is a generalised convulsion not a
partial convulsion.
Take note 1.2.1
For now, the emphasis is that you must establish the presence or absence,
frequency and type of convulsion.
We will revisit convulsions in infants and children in module 4 and
discuss it in further detail.
You may have noticed that small babies behave differently when they are sick. It is with this
regard that some additional essential symptoms should be used to recognize severe illness in
infants who are less than 2 months old.
Ÿ Essential symptoms in infants aged less than 2 months
Abnormal movements: This is mainly the mother's assessment that strength or frequency of
movements of some body parts are reduced increased or have an odd pattern of movement e.g.
Arching of the back (opisthotonus), smacking of lips, and jerky movements of legs, arms or
eyes.
High pitched cry: This is an abnormal cry to the mother and is usually associated with
irritability.
Apnoea: This is the cessation of breathing for more than 10 seconds that requires stimulation to
re-establish breathing it is especially relevant in the first days of life.
Pus and cellulitis at the umbilicus: The umbilicus may be dirty but evidence of inflammation
of the skin (redness and warmth) around the cord stump and discharge of pus may signify
serious infection.
Before we proceed to discuss essential signs of childhood illnesses, carry out activity 1.2.1
again and compare to your first list.
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Emergency Triage Assessment and Treatment - Plus (ETAT+)
Activity 1.2.1
Enumerate symptoms that you would consider important when
managing a sick infant or child.
1.2.5 Essential signs of childhood illnesses
Having defined the essential symptoms, we will now concentrate on the essential signs that
you would look for when examining a sick child.
The sick child should be examined systematically using the ABCD approach.
In text Question 1.2.2
Do you know what ABCD stands for in managing sick infants
or children?
Well done!
It stands for: Airway, Breathing, Circulation and Disability.
Let us go through the essential signs assessed based on the ABCD approach.
When examining a sick infant or child you must establish that the airway is patent i.e. the nose
and mouth are clear of any object and secretions and are in the optimal position for gas
exchange.
If the patient is not alert, the patient's airway may be at risk of obstruction and may need to be
maintained in a position that keeps it clear (patent). Methods of ensuring airway
opening/patency will be described in greater detail in module 2.
Stridor is an important inspiratory sound that may be heard when the upper airway is
obstructed.
In a child with altered consciousness the airway can sometimes be at risk because the infant or
child does not clear the secretions by coughing or swallowing. This can result in hearing a
crackling or bubbling sound as the child breathes.
i. Airway (A):
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Once you are sure that the airway is patent, you can now assess the breathing.
In an emergency we only try and get a quick estimate of the rate of breathing by observing the
respiratory rate in about 10 seconds to determine is it very slow, very fast or not remarkable.
To make a proper assessment of breathing in a child who does not need emergency care or after
the emergency is dealt with then it is very important to measure the respiratory rate (RR)
accurately. This will help you tell if the rate of breathing is normal, too fast or too slow. To do
this you must now count it for 1 minute. Neonates and infants tend to have a faster respiratory
rate and so the normal rate changes with the age of the child.
The following are the upper limits of respiratory rate in different age groups.
RR of more than or equal to 60/min in an infant less than 2 months old.
RR of more than or equal to 50/min in an infant 2-11 months old.
RR of more than or equal to 40/min in a child 12 months 59months
ii. Breathing (B):
Ÿ
Ÿ
Ÿ
Activity 1.2.1
List 6 signs you would use to assess the adequacy of
breathing.
Good try!
Did you mention the following?
Central cyanosis: which is the blue discolouration of mucus membranes e.g. the gums and the
tongue. Cyanosis is an indication of very severe pneumonia (or rarely Congenital Heart Disease
or other problem).
Grunting: This is an abnormal expiratory sound that may occur in severe chest disease. It is
much more common in sick infants than older children.
Lower chest wall in-drawing: which is the inward movement of the bony structure of the
lower chest wall (rib margin) with inspiration- the area where the diaphragm is attached to the
ribs.
You will notice that throughout this course we will use lower chest wall in-drawing as an
essential sign because it is more specific than “Inter-costal in-drawing (or recession).” This
literally means that the soft tissue between the ribs without involvement of the bony structure of
the chest wall may be sucked in when breathing in.
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Acidotic (or deep) breathing: This is the type of breathing seen in a patient with diabetic
ketoacidosis or the type of breathing you would have after completing a 400 meters race! It can
be described as deep breathing and apparent with every breath. This is not the same as the
occasional deep sighing that is sometimes observed in an unconscious patient.
At this point your stethoscope will come in handy to identify the next two essential signs and
these are:
Wheeze: This is musical note which can be heard as the child breathes out and on auscultation
are described as rhonchi although we will use the simpler term wheeze for both.
Crackles: These are also known as crepitations and are best heard using a stethoscope as the
child breathes in. If possible re-assess immediately after a child has coughed if they disappear,
it means that they were not significant.
Although not a clinical sign a key part of examining breathing in sick infants and children now
is assessment using pulse oximetry. This should now be offered to all those sick enough to be
admitted to hospital.
Pulse oximetry: Using a carefully applied pulse oximeter (also known as an oxygen saturation
monitor) the percentage oxygen saturation of the blood (or haemoglobin) can be directly and
painlessly measured in a few minutes. Normal oxygen saturations are usually 95% to 99%; we
are definitely concerned if the measurement is less than 90% and the lower the reading the
greater the worry although check the reading is accurate!
Let as now shift our attention to essential signs in assessing the circulation.
The pulse is the first thing you should assess in circulation. Just like in the assessment of
breathing, in the emergency setting you must assess for a normal, fast or slow pulse rate (PR)
for the first 5 to 10 seconds by checking a large pulse (brachial, carotid or femoral).
In this course, a pulse rate of 60 and below is considered too slow and chest compressions will
be required if the infant / child is not alert.
To make a proper assessment of pulse and heart rate in a child who does not need emergency
care or after the emergency is dealt with then it is very important to measure the pulse or heart
rate (HR) accurately. To do this, you must then continue to count it for 1 minute.
iii. Circulation (C):
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The peripheral pulse (radial) should also be assessed because a weak (hard to feel) or even
absent pulse is an emergency sign as you will see in module 3.
Capillary refilling: This is a sign that can easily be done by anyone and involves pressing a
finger/toe pulp gently for 5 seconds to empty the capillaries of blood (make the skin being
pressed pale or white). When the pressure is released the time in seconds it takes for a normal
pink colour to return is observed and recorded. A normal capillary refill time (CRT) is < 3
seconds. Figure 1.2.1 illustrates how to assess for capillary refill time.
Release and count the time in second for the normal pink colour to
Press for 5 seconds
Figure: 1.2.1. Assessing capillary refill time
Pallor: Pallor is commonly due to anaemia and may range from mild to severe pallor in severe
anaemia. You can compare colour of the palm with yours or the mother's palm. It should be
classified as obviously severe (+++); mild or moderate (+) or not present (-).
Notice that we avoid using (++) as it is most important to make a decision on whether the pallor
is an urgent concern or a concern to be managed but not as an emergency.
If you found severe anaemia (+++) it would mean that you would need to act now and act fast!
Figure 1.2.2 (a) and (b) illustrates assessment of palms for pallor.
a) b)
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Figure 1.2.2: Assessing palmar pallor
Let us now look at signs that would help you assess for dehydration. We include signs for
dehydration as part of the 'C' or circulation assessment because the loss of fluid in dehydration
causes circulatory problems.
Sunken eyes: The eyes of a dehydrated child may look sunken. Some children have eyes that
look like they are sunken normally. If in doubt, ask the caregiver of the child if the eyes look
more sunken that usual or not. Figure 1.2.3 shows a child with sunken eyes.
Figure 1.2.3: Sunken eyes
Skin pinch (Skin turgor): Pinch up a fold of skin of the abdomen (halfway between the
umbilicus and flank) for one second to create a large fold/tent, then release and observe the fold
disappear until the skin is completely back to its normal shape while counting seconds. Normal
skin return is rapid often so rapid it is hard to count to one. If the fold/tent of skin returns more
slowly the record the number of seconds it takes. We classify the time for the skin to return to
normal as 'immediate', 1 to 2 seconds or 2 or more 2 seconds. Figure 1.2.4 shows how assess
skin pinch.
Figure 1.2.4: Demonstrating skin pinch.
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In text Question 1.2.3
In which conditions are sunken eyes and prolonged skin turgor not
used reliably to assess for dehydration
Well done! Severe acute malnutrition where the infant or child is severely wasted would make
it difficult to assess dehydration using sunken eyes and skin turgor.
When we assess disability, it means we are assessing for a change in the level of consciousness.
In this course we will use the AVPU scale for assessment of disability. AVPU stands for; Alert,
Verbal, Pain and Unresponsive. Let us now describe this in details.
A = Alert and responsive. This score is given to an infant or child aware of the surrounding
environment. The easiest way to confirm this is to check the infant/child can make eye contact
clearly look at you or its carer and often track any movements.
iv. Disability (D):
Figure 1.2.5: Alert infant
V = (response to) voice or verbal instructions or sound. This score is given to a child who is not
alert but responds to Voice or Verbal instructions, e.g. turns head to mother's call.
P = (response to pain) this score is given to a child who is not alert, not responding appropriately
to voice but responds to Pain appropriately. It is important to assess the response to pain
carefully. The way ETAT+ teaches is to gradually increase the pressure, using a knuckle of a
finger, on the bony part of the infant/child sternum (breastbone). A child who can respond
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appropriately to pain should reach across with their hand and try and push your finger/hand
away. You are testing they know where the pain is (localising the pain) and that they can
deliberately try and remove it. Just bending the arms without purpose is NOT an appropriate
response. This appropriate localizing and motor response to a painful stimulus would be scored
as P.
U = failure of an infant or child to elicit any of the responses described above is deemed as
Unresponsive or Unconscious and scored as U.
Take a look a figure 1.2.6. Can you tell the level of consciousness of this infant?
Figure 1.2.6: Altered consciousness
Good try! You must use the AVPU scale to score the infant.
In text Question 1.2.4
Is the AVPU scale a reliable method of assessing conscious level in
infants?
The AVPU scale is harder to use in infants. It is known that infants aged less than 9 months of
age may not reliably localise a painful stimulus they may simply decide to cry vigorously and
move their arms and legs without a real effort to push the cause of the pain away! If an infant
younger than 9 months makes this vigorous response to pain you should score them at P.
Unfortunately in very young infants and especially the newborn it is even harder to assess
conscious level whatever the scale being used. In these cases signs that go beyond the teaching
in the ETAT+ course can be useful.
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Signs that are useful for a more general assessment of disability in infants and children include:
Ability to drink or feed/ Inability to suck: You should actually observe the infant or child
trying to feed by offering a cup of fluid or observe ability to breastfeed or presence of the rooting
reflex in neonates.
Bulging fontanelle: The fullness of the fontanelle should be examined with the infant lying
down at rest (i.e. not crying). A full or bulging fontanel indicates raised intracranial pressure.
This may be seen in infants with meningitis.
Stiff neck: if a child is conscious and alert, ask the child to flex the neck, which should move
freely. If the child is semi-conscious or unconscious, lay the child in supine position and gently
flex the neck brining the head onto the chest. Resistance to this movement occurs if the neck is
stiff.
Signs that are useful for a more general assessment of disability in young infants (< 2months)
include:
Reduced tone / movement (Floppy): This can be checked by carefully observing whether the
young infant makes any spontaneous movements or the strength of movements in response to
any stimulation (such as being placed on a bed). More specifically this can be checked by
looking for 'head lag'.
Head lag – after laying an infant on its back on a clean, flat surface, raise the chest of
the baby by lifting the shoulders. As you raise the shoulders observe whether the baby
is able to raise its head to keep it 'in line' with the chest. Baby's whose head remains
touching the table/bed as you lift the shoulders with no effort at raising the head have
'head lag' and reduced tone
Apart from signs that can be used to assess ABCD, other essential signs include the following.
Finally, let us look at some signs that are seen in the general condition of the child.
Jaundice: yellow colouration of eyes and mucous membranes. In neonates classify as severe
(+++) if the sole of the foot is obviously yellow when observed after slight pressure has been
used to blanch the skin.
Mid Upper Arm Circumference (MUAC): MUAC is measured using a tape around the left
upper arm. MUAC is the best quick way to assess for severe acute malnutrition. It will be
discussed more Module 6.
General condition / nutrition essential signs:
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Visible severe wasting: It is better to use MUAC to assess severe acute malnutrition but in an
emergency examine the large groups of muscles such as buttocks, shoulders, arms and legs to
look for wasting. Figure1.2.7 shows a child with severe wasting.
Oedema – and oedema of Kwashiorkor: To check for oedema the best place to look is over
the top of the foot or over the lower shin. Check for any mild oedema that may not be
immediately obvious by pressing the skin down firmly over the bony part of the top of the foot
for 5 seconds and then releasing the pressure. If a dip or pit remains in the skin and tissues where
you had pressed skin that slowly resolves this is a sign of oedema. Check how extensive the
oedema is – does it go above the knee? Does it include a puffy face? In Kwashiorkor there are
usually changes to the hair (thin, brittle and loss of curl / colour) and flaky 'paint' skin.
Figure 1.2.7 severe wasting
We have described the essential signs and symptoms as defined by WHO that you can use when
assessing for common childhood illnesses. You will repeatedly come across these symptoms
and signs as you go through the course and these will guide you in recognizing illnesses and
classifying the severity of the illnesses based on their presence or absence.
Take note 1.2.2
Other clinical signs and symptoms are important in making a clinical
diagnosis and a full history and examination should always be carefully
documented.
Here, we have focused on observing essential signs and symptoms that
you would need to respond rapidly to a potential cause of severe disease
or even death.
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Now let us see how we can effectively use some of these essential signs and symptoms to
answer the questions in scenario 1.2.1.
Scenario 1.2.1
A 4 year old child presents at your health facility with history of cough,
very high fever and poor feeding for 3 days.
a. what more would you like to know about the cough?
b. what other symptoms would you be interested in.
c. List down 6 signs you would assess if this child was alert but had a
Respiratory Rate of 65 breaths per minute.
1.2.6 Summary
In this unit we have
Ÿ Outlined the criteria of the WHO essential signs and symptoms
which are reliable, easy to observe, common in serious
childhood illnesses. They can be used to assess the nature and the
severity of illnesses. These signs and symptoms were further
described and grouped as common childhood and neonatal
illnesses used in ETAT+
1.2.8 References
1. WHO guidelines 2010; maternal, new-born, child and adolescent
health http://www.who.int/maternal_child_adolescent/en/
2. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
3. World health Organization; 2013; Hospital Care for Children;
Guidelines for management of common illnesses with limited
resources
4. Ministry of Health-Kenya; 2013; Basic Paediatric Protocols.
1. Write down the WHO criteria used to describe essential signs and
symptoms.
2. List essential symptoms you would use in assessing infants aged less
than 2 months.
3. What essential signs are used to assess circulation?
SUMMARY
M O D U L E 1
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1.2.7 Review Questions
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MODULE 2
Triage and Emergency Care
MODULE INTRODUCTION
Greetings! Welcome to Module 2.
This module will introduce you to the concepts of using structured approaches to quickly
identify and stabilize sick children presenting to your hospital. We will consider the use of these
'A-B-C Approaches' in triage, resuscitating the child who has suffered cardiopulmonary
collapse and in managing the sick child with signs of life. We will also consider how we can use
Standard Admission Record Forms to document essential clinical findings.
The module is divided into the following units:
UNIT 2.1: Triage of Sick Children
UNIT 2.2: ABC approach to the management of the Collapse Child
UNIT 2.3: ABC approach to the management of the Non Collapsed Child
UNIT 2.4: Use of Standard Admission Records
MODULE OBJECTIVES
By the end of the module you will be able to,
i. Describe the process of Triage of Sick Children
ii. Describe the structured approach to the management of the Child
with Cardiopulmonary Collapse (the Collapsed Child)
iii. Describe the structured approach to the management of the Child
with signs of life (the Non- Collapsed Child)
iv. Illustrate the use of Standard Admission Record
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UNIT 1: TRIAGE OF SICK CHILDREN
Unit Outline
2.1.1 Unit Introduction
2.2.1 Unit Introduction
2.2.2 Unit Objectives
2.2.3 The Triage process
2.2.4 Summary
2.2.5 Review questions
2.2.6 References
This unit will cover the definition of triage and describe the triage process.
2.1.2 Unit Objectives
By the end of the Unit you should be able to;
i. Define triage
ii. Describe the /process of triage of sick children.
If you work in a busy health facility, sometimes you may have many sick children waiting for
care in the waiting bay/area. The very sick ones may die or worsen if they are kept waiting for
long hours without being recognized and offered emergency care. Research has shown that of
all the paediatric deaths in our hospitals, over 50% will occur in the first 24 hours of admission.
This indicates that many children arrive when they are already very ill they need rapid
attention.
The term 'triage' simply means “sorting out”. Triage is the process of rapidly screening sick
children upon arrival at the hospital according to the severity of their condition.
While doing triage, all sick children should be rapidly classified either as:
i. Having an emergency sign(s) which requires immediate emergency treatment;
ii. Having a priority sign(s) which requires placement in front of the queue for prompt
assessment and treatment;
iii. Or as a non-urgent case, which can wait for assessment and treatment later while in the
queue.
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Take note 2.1.1
Why triage is important:
Some children can die while waiting to be seen
Of all the children dying in hospital >50% will die within 24 hours.
Some children can only be saved if treatment starts immediately on
arrival to a hospital.
Anyone with some basic training can do triage as it is only sorting out and NOT treating. You
quickly look for some signs that will help you classify the patient as shown in figure 2.1.1.
All facilities attending to sick children should have a triage system in place.
The signs used in doing triage are shown in Figure 2.1.1. The person doing triage should use
the ABCD of triage and correctly classify the patient as emergency, priority or non-urgent. The
very sick children with emergency signs as shown in Figure 2.1.1 are at higher risk of dying and
should be attended urgently. The triage person identifies them and sends them to the emergency
care area. The clinician should stop everything else and attend to the emergency patient.
The children with priority signs may worsen and they should be put in front of the queue for the
clinician to attend to. They should not be made to wait for long. The children with no emergency
or priority signs are non-urgent and can wait in a queue. The priority signs in figure 2.1.1 form a
mnemonic 3TPRMOB. If the waiting time is too long, the triage person should repeatedly look
through the queue to check if any of them is worsening.
This sorting out of the patients can be done by the hospital staff who handles patients on arrival.
In some places, this person may be the security guard, registration clerk or the nurse doing vital
signs observations. The parents and other caregivers should be informed of the triage system
and its importance.
The person doing triage should just direct the patient correctly as an emergency or priority or
non-urgent. They are not involved in the treatment of these patients. The person doing the
treatment should do their independent assessment and give the needed treatment.
Emergency Signs: Rapidly screen all sick children when they arrive at the hospital using
ABCD approach. Note, here, and only in Triage, we use 'D' to refer to dehydration and
disability.
2.1.3 The triage process
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Airway &
Breathing
Weak / absent breathing
Immediate transfer to
emergency area:
Start Life support procedures
Give oxygen
Circulation
Coma / convulsing / confusion: AVPU = ‘P or U’ or Convulsions
If the patient has no emergency signs then screen for Priority Signs
(3TPRMOB)
Front of the Queue -
Clinical
review as soon as possible:
Weigh
Baseline
observations
Non-urgent – Children with none of the above emergency or priority signs.
Figure 2.1.1: The steps for doing triage for all sick children
Diarrhoea with sunken eyes assessment / treatment for severe dehydration
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M O D U L E 2
Before you proceed, examine figure 2.1.1 again. Then use the information to complete the
activity 2.1.1 and activity 2.1.2:
Well done! Now compare your answers with the correct answers provided below:
A. Proceed to check circulation
B. Proceed to check other “C's”
C. Emergency - Immediate transfer for attention.
What actions would you take at the boxes labelled A, B, and C?
Activity 2.1.1
6. A child of about 3 years comes to you at the triage area of the hospital
casualty
What Action would
you take?
When you
Check
The Finding is:
Airway &
Breathing
No stridor
No cyanosis
No severe respiratory distress
Breathing regularly
A
B
C
Circulation 1 Warm Hands
Child looks abnormally
sleepy and is very weak
Coma /
Convulsions /
Confusion
What Action would
you take?
When you
Check
The Finding is:
Airway &
Breathing
No stridor
No cyanosis
No severe respiratory distress
Breathing regularly
A
B
C
Circulation 1 Warm Hands
Coma /
Convulsions /
Confusion
Activity 2.1.2
Write down the actions you would take at the boxes labelled A,B,C,D and E.
Diarrhoea/dehydration No sunken eyes D
E
No convulsions
Looking at the mother
Not obviously confused
Tiny
Temperature
Trauma
2 years
Slightly hot, not very hot
Right forearm fracture
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Well done! I hope your responses compare favourably with the answers below:
A. Proceed to check circulation
B. Proceed to check other ''c's”
C. Proceed to check for diarrhoea/dehydration
D. Proceed to check for priority signs
E. Priority Case – front of the queue to be seen as soon as possible (check
weight and vital signs)
So far we have described the process of triage and attempted two activities to help you master
the skill. Now you need to find out how triage is practiced in your emergency unit. Please kindly
take some time to carry out assignment 2.1.1
Assignment 2.1.1
Take time to visit your paediatric emergency unit and look at how
triage is done.
1. How is the triage system organised?
2. Is there someone with a duty to do triage?
3. Is the person doing triage using the same signs/symptoms as
outlined in figure 2.1.1?
4. How can triage be improved in your emergency unit? Please
discuss this with the team working here.
Thank you for completing the assignment. I hope you made useful observations and
suggestions to help improve the process of triage in your unit. We will now summarize what we
have learnt in this unit so far.
2.1.4 Summary
In this unit we have learnt that triage is sorting out only.
Upon arrival at the hospital all sick children should be rapidly
screened. Those who are seriously sick should be offered emergency
care. Those with priority signs should be put in front of the queue to
receive prompt attention while those who are non-urgent can wait for
treatment.
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SUMMARY
M O D U L E 2
2.1.5 Review questions
1. Briefly describe how you would improve the process of triage in your hospital.
2. Using the ABCD approach list down the signs and symptoms that you would use to triage a
patient as:
i. Emergency.
ii. Priority?
iii. Non-urgent?
3. What does 3TPR MOB stand for in priority signs?
2.1.6 References
1. WHO guidelines 2010 Maternal, new-born, child and adolescent
health;http://www.who.int/maternal_child_adolescent/en/
2. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
3. World health Organization, 2013; Hospital Care for Children;
Guidelines for management of common illnesses with limited resources
4. Ministry of Health-Kenya; 2013; Basic Paediatric Protocols
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UNIT 2: ABC APPROACH TO THE MANAGEMENT OF THE
COLLAPSED CHILD
Unit Outline
2.2.1 Unit Introduction
2.2.1 Unit Introduction
2.2.2 Unit Objectives
2.2.3 Definition and pathophysiology of cardiopulmonary collapse
2.2.4 Important factors for success in Resuscitation
2.2.5 The equipment and resources required for resuscitation in paediatric emergency units
2.2.6 Structured ABC Approach to the Resuscitation of the collapsed Child
2.2.7 Summary
2.2.8 Review Questions
2.2.9 References and Further Reading
This unit will deal with the definition and pathophysiology of cardiopulmonary collapse and
discuss the important factors to consider when preparing our hospitals for paediatric
emergencies. We will also consider how we can use a structured ABCD approach to resuscitate
a collapsed child.
Let us get started by outlining the unit objectives.
2.2.2 Unit Objectives
By the end of this unit, you will be able to:
i. Explain the pathophysiology of cardiopulmonary collapse
ii. Explain the important factors for success in resuscitation
iii. List the equipment and resources required for resuscitation in the
area in which you deal with paediatric emergencies
iv. Describe the steps in the structured approach to the resuscitation
of the collapsed child
I hope you will find this unit to be very useful in your day- to- day practice. First, we will begin
by looking at the definition and pathophysiology of cardiopulmonary collapse.
Cardiopulmonary collapse refers to a pre-terminal state where a child is either not breathing
(apnoeic) or breathing inadequately and where the child's heart rate is less than 60 beats per
2.2.3 Definition and pathophysiology of cardiopulmonary collapse
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M O D U L E 2
minute or absent. Children with gasping respirations are also treated as having developed
cardiopulmonary collapse. More commonly, their cardiopulmonary compromise results from a
gradual decline in respiratory and/or circulatory function. This results into inadequate or lack of
oxygen delivery and blood flow to the vital organs. Without adequate oxygen supply and blood
flow to these body organs, they may stop functioning well and the patient may eventually die.
This therefore means that urgent treatment should be commenced to immediately restore
delivery of oxygen to the lungs and blood and to improve blood flow to these vital body organs.
Now let us see how it is specific for children.
Sick children rarely undergo sudden cardiopulmonary collapse. Unlike adults, children
collapse because of lack of oxygen to vital organs or lack of blood flow to vital organs. Heart
attacks in children are incredibly rare unless they have a pre-existing heart condition.
Initially, the body may compensate for the decline in oxygen delivery or blood flow to the vital
organs by working extra hard to increase both the respiratory and heart rates. This temporary
mechanism is referred to as compensated respiratory and/or circulatory failure, respectively.
Eventually, however, these compensatory mechanisms may be overwhelmed as the condition
further deteriorates, especially if immediate treatment is not commenced. The child may then
progress to a state of decompensated cardiac or pulmonary failure when the supply of oxygen to
the body is less than is needed for the organs to function. Again if there is no urgent intervention
the child often rapidly progresses to cardiopulmonary arrest and may die.
This pathophysiology of cardiopulmonary collapse is summarized in figure 2.2.1.
Compensated
Circulatory Failure
Decompensated
Circulatory Failure
Decompensated
Respiratory Failure
Cardiopulmonary
Failure
Cardiopulmonary
Arrest
Compensated
Respiratory Failure
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Figure 2.2.1: Progressive Deterioration to Cardiopulmonary Arrest
As we shift our attention to the causes of respiratory and cardiac failure, complete activity 2.2.1.
Activity 2.2.1
List three common conditions that could potentially lead to respiratory
failure
Well done! Now, review the following information regarding the causes of respiratory failure.
Respiratory failure often results from severe illnesses affecting the respiratory system. These
include severe pneumonia, asthma and bronchiolitis. These children often present to hospital
with worsening respiratory distress. Occasionally, children may undergo respiratory failure
from hypoventilation (breathing too slowly) in neurological illnesses (like meningitis) or
following the use of sedative medications. Rarely respiratory failure is caused by a severe
blockage of the airway. This can be caused by some illnesses or an inhaled foreign body.
Managing a critically impaired airway requires great skill and is not covered in the ETAT+
course always look for the best help possible if faced with this situation.
Having looked at the causes of respiratory failure, please attempt activity 2.2.2
Causes of Respiratory Failure
Activity 2.2.2
List three common conditions that could potentially lead to circulatory
failure in sick children
Good! Now compare your answer with the following information regarding the causes of
circulatory failure.
Circulatory failure may result from severe anaemia, dehydration and septic severely impaired
circulation (shock). These problems are tackled in ETAT+. Other causes of circulatory failure
include severe haemorrhage (often with trauma), severe burns, or anaphylaxis. Children with
acquired or congenital heart diseases may also develop circulatory failure from their heart
failure. These conditions are not covered in the ETAT+ course.
These children should be prioritized to receive care to avoid deterioration to the point of
collapse.
Having looked at the causes of cardiorespiratory collapse, we will now turn our attention to the
important factors that may ensure that our resuscitation efforts are successful.
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2.2.4 Important factors for success in resuscitation
As you begin, kindly take time to answer the following question
Question 2.2.1
Explain why adequate preparation and prompt treatment is necessary in
emergency situations?
Thank you for your effort. It is important to keep in mind that once cardiopulmonary
compromise occurs, even with adequate resuscitation. Mortality is high in most cases.
Research has shown that more than 90% of children who present to the emergency units in our
hospitals with cardiopulmonary failure cannot be resuscitated successfully because they either
present too late or the units are not adequately prepared and equipped to handle such
emergencies promptly. Even amongst the children who may be successfully resuscitated, many
of them have been shown to develop significant disabilities thereafter.
It is therefore very important to put in place adequate measures for prompt recognition and
early intervention for all sick children to prevent them from progressing to cardiovascular
collapse.
Please answer the following question before you proceed
Question 2.2.2
What measures can we put in place to ensure that children who suffer
cardiopulmonary collapse receive prompt and adequate resuscitation?
Well done!
The key to successful resuscitation is adequate preparation and early recognition of the
seriously sick child. The staff should be knowledgeable in resuscitation. The appropriate
equipment and resources must be available. The environment or setting must also be conducive
and safe.
There must be a structured and effective system for handling paediatric emergencies that the
staff is familiar with. This system should comprise the following important aspects:
i. Clearly identified team members and a system of coordinating their activities
ii. A conducive and safe environment or area for resuscitation
iii. Appropriate and adequate resuscitation equipment and resources.
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In addition, it is also important for doctors, nurses and clinical officers to have the knowledge
and skills to promptly recognize children with emergency signs and intervene appropriately
before they deteriorate to cardiopulmonary arrest. Having looked at the measures that can help
improve resuscitation outcomes, let us now enumerate the equipment required in emergency
units.
As we prepare to talk about the equipment and resources required for resuscitation, please take
some time to complete the following assignment.
2.2.5 The equipment and resources required for resuscitation in paediatric
emergency units
Assignment 2.2.1
Take some time to visit your paediatric emergency unit and identify and
list the equipment and resources available for resuscitation of children in
your unit. Remember, children come in a variety of sizes! Is your unit
organised and equipped to deal with a 5 kg infant, a 15kg child and others?
Thank you for making an effort to visit your department to collect that important information.
You may now compare your list with the one provided on table 2.2.1 and see what equipment or
resources you may be missing and possibly bring it to the attention of the unit in-charge.
Table 2.2.1 Equipment and resources required for resuscitation
Domain
Equipment/ resources required
Airway
Suction tubes/catheters
should be rigid, large bore suction devices (Yankauer type)
and FG 14 or larger flexible suction tubes
Gguedel airways these should be a full range of sizes (are there guidelines on how
to choose the correct size?)
Breathing
Bag
Valve Mask (BVM)
devices ,500 ml, 1750 ml
that are in working order with
different face masks (sizes 0,1,2,3);
oxygen source and delivery
high flow oxygen 10
L /min
system, nasal catheters/prongs, , oxygen face -masks (with and without
reservoir bags), salbutamol nebuliser or MDI with mask/spacer, stethoscope
Circulation
IV giving sets, syringes (including 20 cc), paediatric cannulae, intraosseous needles,
IV fluids
(Ringer’s lactate), adrenaline, sample bottles
Disability
10% dextrose
Others
Resuscitation table/resuscitaire, warming devices for babies getting emergency care,
NG tubes (FG 6,8,10,12), weighing scales, gloves , sharps containers, alcohol hand
rub (or soap and water)
Easily accessible guidelines, walls charts
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So far we have looked at the definition and pathophysiology of cardiopulmonary collapse, the
important considerations for success in resuscitation and the required equipment and resources.
We will now discuss the structured ABC approach to the resuscitation of a collapsed child.
The resuscitation of the collapsed child follows a structured approach as shown in the simple
algorithm in figure 2.2.2
2.2.6 The structured ABC approach to the resuscitation of the collapsed child
Figure 2.2.2: The ABC approach to the collapsed child
We will now discuss each of the above steps individually. Usually either you have observed a
patient collapse or have been called to see a patient who has collapsed as the entry point to using
this ABC.
First, it is important to ensure safety. To adequately assess this, you should ask yourself:
Am I safe? Personal safety includes wearing gloves and ensuring that you are protected
from sharps and potentially infective body fluids
Is the patient safe? Patient Safety involves transferring the patient to an appropriate
setting, a clean firm flat surface for resuscitation, free from contamination or sharp
objects.
The next consideration is providing stimulation. Here, you should ask yourself:
Is the patient responsive to stimulation? To establish this, try to rouse the patient by
calling out their name (vocal stimulation) and/or gently tapping them on the shoulders
(tactile stimulation)
If the child does not respond to your stimulation, you should then shout for help from your
colleagues or other health care workers because you will need their assistance during
resuscitation
After considering safety, stimulation and the need to shout for help, you can now progress to
manage the Airway, Breathing and Circulation in that order.
1. Safety, Stimulate and Shout for Help:
Ÿ
Ÿ
Ÿ
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We will begin by focussing on the assessment and management of the Airway.
When doing assessment of the airway you should ask yourself:
Is the airway clear or obstructed?
Is it correctly positioned?
To answer the first question, begin by looking in the child's mouth to see whether there is any
removable foreign body or secretions.
If you find a foreign body, go ahead and remove it gently. If there are secretions these should be
cleared with an appropriate suction device.
2. Airway Assessment and Management
Ÿ
Ÿ
Take note 2.2.1
Deep or blind Suctioning is unnecessary and even dangerous. It could
cause additional airway trauma and reduce the heart rate.
To answer the second question, you need to correctly position the airway using the head tilt chin
lift manoeuvre to either the neutral or sniffing position, depending on the age of the patient. For
infants younger than one year, this manoeuvre should be used to position their airway into a
neutral position where the nose and mouth are at a plane parallel to the resuscitation table. The
correct neutral position is illustrated in Figure 2.2.3
Figure 2.2.3 Head Tilt Chin Lift Manoeuvre to Neutral Position
In children older than one year, this manoeuvre should be used to position the airway into a
sniffing position; with the chin being raised above the nose. The correct sniffing position is
illustrated in Figure 2.2.3.
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Figure 2.2.4: Head Tilt Chin Lift Manoeuvre to Sniffing Position
Both the neutral and sniffing positions will be demonstrated when you do your practical later
for a better understanding. We will now turn our attention to the assessment of breathing and its
management.
To assess for breathing, we need to ask, 'Is the child breathing?'
To adequately assess for breathing, we need to look, listen and feel for breathing for 5-10
seconds.
i. Look for the rise and fall of the chest with each breath
ii. Listen for the presence of the breath sounds
iii. Feel for the presence of the warmth of the child's breath on your cheek
This assessment can be performed by closely listening at the child's nose and mouth, while
feeling for air movement, as we look at their chest. The correct position for assessment is
illustrated in Figure 2.2.5.
3. Assessment and Management of the Breathing
Figure 2.2.5: Look, Listen and Feel for Breathing
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If the child is not breathing or only taking a few breaths a minute, it is important to ventilate the
child using a functioning self- inflating BVM device and a correctly fitting face mask.
Take note 2.2.2
Gasping is NOT adequate breathing and the child needs to be ventilated
using a BVM device.
To check whether the BVM device is working properly, block off the patient's connection with
your thumb and compress the bag attempting to push the air out of the bag to see whether it
empties easily. A functional bag will not empty easily, but would retain the air with gentle
compression. If the air empties too easily, then the bag is probably leaking. Bag mask devices
with pressure valves are designed to release air at the valves if pressed too hard.
The correct mask should then be identified and attached to the BVM Device. An ideal mask for
resuscitation should be a clear mask that covers both the nose and mouth. It should not go below
the chin or have the mask rim across or above the level of the eyes. Using a mask that is either
too large or too small makes it difficult to achieve an adequate seal to deliver the ventilation
breaths. The correct mask size is illustrated in Figure 2.2.6.
Figure 2.2.6: Correct Sizing of the Masks for Ventilation
Once you have chosen the correct mask size, then go ahead and administer 5 rescue breaths,
with each breath lasting 1 2 seconds. Learning how to hold the bag valve mask device to
maintain a seal is very important. This will be taught in the practical classes but if you have a
chance to practice on a manikin in your facility then do so. Delivering the breaths at the
appropriate speed ensures adequate pressure to inflate the chest and prevents stomach
distension. It is very important that you see the chest rise as you give the ventilations. The
rescue breaths should be delivered in the position illustrated in Figure 2.2.7 and you will notice
the 'C' (or 'E') grip being used.
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Figure 2.2.7: Ventilating a Baby with a Self Inflating Bag Valve Mask Device
Once, the rescue breaths have been administered, you need to assess and manage the
circulation.
The first step involves assessing the child for the presence and character of a large pulse. This is
assessed in different areas according to the child's age.
In children, aged below 1 year, the large pulse is assessed at the brachial pulse. This is found on
the inner aspect of the arm, slightly above the elbow joint as illustrated in Figure 2.2.8
4. Assessment and Management of the Circulation:
Figure 2.2.8: Assessing the Brachial Pulse
In children, older than 1 year, the carotid pulse is assessed by palpating below the angle of the
jaw, in the ridge between the larynx and the sternocleidomastoid muscle.
The large pulse should be palpated for 5 – 10 seconds to determine its presence. If the pulse is
absent or estimated to be less than 60 beats per minute (1 per second), then you need to
administer chest compressions.
The correct position for chest compressions is in the midline one finger breath above the
xiphisternum, as illustrated in Figure 2.2.9.
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Figure 2.2.9: Chest Compressions administered by a Single Rescuer
Once the landmark is identified, cardiopulmonary resuscitation (CPR) should be commenced
at the rate of 15 chest compressions to 2 ventilation breaths, for a total of 6-7- cycles in a minute.
The patient should be reassessed every 2-3 minutes to see if there is any improvement or if
management should be changed.
Figure 2.2.10: Optimal Site for Chest Compressions by two Rescuers
After going through the CPR for 2 -3 min, we will now reassess the child. The steps of
reassessment are as follows.
1. Look into the airway again, for the presence of Secretions or Foreign Material. If present,
these should be removed by gentle suction
5. Reassessment
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2. Look, Listen and Feel for Breathing while also palpating for the Large Pulse.
a. If child is breathing regularly and the pulse is more than 60 beats per minute then
start the child on oxygen
b. If the child's breathing is inadequate (weak and slow with rate 15-20 or less
depending on age, or intermittent gasping), but the circulation is normal (heart rate
is more than 60/min) you continue to only ventilate the baby (without chest
compressions) at 30 breaths per minute.
c. If the child's breathing is inadequate (weak and slow with rate 15-20 or less
depending on age, or intermittent gasping) and the circulation is also inadequate
(heart rate is less than 60/min) then you must continue to offer CPR with
reassessments every 2-3 minutes.
The ABC Approach is summarized in the following algorithm.
Take note 2.3
Keep calling for help providing effective ventilation and compressions
is much better done with two people. Adrenaline may be considered at the
dose of 0.1ml/kg of 1 in 10000 solution. Adrenaline should only be
administered if you have at least 3 rescuers then one can focus on
preparing and giving the adrenaline without disturbing the CPR.
Additionally, IV bolus fluid therapy may be given to correct
hypovoleamic shock caused by dehydration; and 10% dextrose at 5
mls/kg for Hypoglycaemia
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Figure 2.2.11 – ABC Algorithm for the Collapsed Child
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M O D U L E 2
Congratulations, for completing this unit. Now take some time to complete the
following review exercise
Scenario 2.2.1
Consider the following case study and answer the questions that follow:
A one-year old boy named Jack is carried into the outpatient department in his mother's arms.
He is reported to have had cough and fast laboured breathing over the last 3 days. The mother
also reports that Jack was unable to breastfeed owing to his breathlessness the previous day.
Today, his mother says he has been drowsy and could not be aroused for the last 2 hours. She
also reports that she noted that the child was not breathing on arrival to hospital. The child is
brought in to emergency room for resuscitation care.
1. What signs and symptoms point to cardiopulmonary collapse in this child?
2. List 3 possible causes of cardiorespiratory failure in this child?
3. List the equipment and resources that you will require in the resuscitation of this
child?
4. What sequential steps will you take to assess and resuscitate this child?
We have come to the end of the unit, now go through the summary
2.2.7 Summary
This unit, we have learned that;
1. Cardiopulmonary collapse is often the final result of the gradual
decline in respiratory and circulatory function.
2. To increase the effectiveness in managing sick children, we must try
to prevent children from collapsing by intervening before the
collapse and be adequately prepared to resuscitate them
3. All paediatric care settings must have the necessary equipment to
resuscitate the children under their care
4. Following a stepwise ABC approach to the resuscitation of the
collapsed child with frequent reassessments every 2 -3 minutes may
increase your chances of success.
SUMMARY
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2.2.8 Review questions
1. Define and explain the pathophysiology of cardiopulmonary collapse.
2. List the factors that can predispose to cardiopulmonary collapse?
3. Briefly explain why it is important for hospitals to be adequately prepared for paediatric
emergencies
4. List the equipment and resources required for resuscitation?
5. Describe the structured approach for resuscitating a collapsed child?
2.2.9 References
1. World Health Organization (2013). Pocket book of hospital care for
children. Guidelines for the management of common illnesses with
limited resources. WHO.
2. Ministry of Health (2013). Basic Paediatric Protocols Revised
Protocols. Ministry of Health: Kenya.
3. World Health Organization (2005). Emergency Triage Assessment
and Treatment Manual for Participants. WHO.
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UNIT 3: ABCD APPROACH TO THE MANAGEMENT OF
THE CHILD WITH SIGNS OF LIFE (NON-COLLAPSED
CHILD)
Unit Outline
2.3.1 Unit Introduction
2.3.1 Introduction
2.3.2 Unit Objectives
2.3.3 Background and Rationale
2.3.4 Recognizing the Seriously Ill Child
2.3.5 Rapid Assessment of the Seriously Sick Non Collapsed Child
2.3.6 Summary
2.3.7 Review Questions
2.3.8 References and further reading
Greetings!
Welcome to Unit 3 of this module. This unit will help you to learn a simplified and structured
ABCD approach to assessing and instituting lifesaving treatment in a child with signs of life.
2.3.2 Unit Objectives
By the end of this unit, you will be able to:
i. Explain the rationale of having a rapid assessment for every sick
child on presentation to hospital
ii. Recognize the seriously ill child using simple signs and
symptoms.
iii. Describe the sequence of assessment and the required
interventions in the structured ABCD approach of the non-
collapsed child.
2.3.3 Background and Rationale
Before we start take some time to answer the following question:
Question 2.3.1
How do sick children progressively develop cardiopulmonary collapse
and arrest?
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Well Done!
As we discussed in Unit 2.2 children suffer cardiopulmonary collapse following a gradual
decline in either cardiac or pulmonary function when the particular causes such as severe
dehydration, severe pneumonia or severe infection are not recognized early and treated
immediately. By the time a child collapses, only emergency resuscitative measures may help
save their lives. However, if these emergency measures are instituted late when the child's
condition has severely deteriorated, then these may not be successful and the child may die.
Therefore, much effort should be directed at prevention or early identification and treatment of
the causes of cardiopulmonary compromise in order to prevent these children from progressing
to cardiopulmonary failure or arrest.
In addition, it is widely recognized that majority of the deaths that occur amongst children
presenting to hospitals in Africa, occur within the first 24 hours of arrival to the hospital.
Fortunately, most of these deaths result from preventable causes. This means that if the
appropriate treatment is given in the first few minutes of a child's arrival to the hospital then it is
possible to prevent death and reduce the mortality rates of children in our hospitals.
Could you please take some time to answer the following question before we proceed?
Question 2.3.2
What is the most important factor for saving lives amongst critically
ill children presenting to our hospitals as was discussed in Module 2,
unit 2?
Well done! Prevention of further deterioration of the critically sick child through immediate
recognition and intervention is the most important factor if we are to reduce deaths from
common childhood illnesses.
This can be done if we follow a structured approach to assessment and intervention in these
children. We manage this by using the ABCD approach.
The main aim of the ABCD assessment of a child with signs of life is to make the child as stable
as possible by intervening appropriately, before taking a full history and clinical examination.
The ABCD assessment is therefore conducted to recognize and immediately correct emergency
signs which are a threat to life.
Since the assessment comprises a series of simple steps it can be performed by any healthcare
worker with basic training in resuscitation. This increases the chances that sick children will
receive lifesaving emergency treatment early enough to prevent them from deteriorating and
dying.
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Let us now consider how we recognize a sick child who requires urgent treatment using the
structured ABCD approach to the Non-Collapsed Child.
To be able to recognize the seriously ill child you need to identify the emergency signs which
point to problems either in the Airway, Breathing, Circulation and/or Disability (Level of
Consciousness).
Before we start using the ABCD approach in these children, however, we need to check:
i. Are we prepared to provide emergency care – always check where you are working
that the right equipment and resources are available
ii. Has the child collapsed or are there clear signs of life – you may need to observe and
stimulate to check for clear signs of life
iii. Do you need help?
iv. Have you considered your safety and that of the child
If you identify clear signs of life and are adequately prepared then start the ABCD. The ABCD
aimed at the severely ill child with clear signs of life can be used for infants / children who are
still alert while they remain seated with their mother / carer if this will keep them most calm and
minimise distress. If they are not alert then transfer the child to an examination bed / couch.
First we will consider signs related to the airway. However, before, we continue, please carry
out activity 2.3.2
2.3.4 Recognizing the Seriously Ill Child
1. Signs that point to Airway Problems
Activity 2.3.2
List down at least two signs that point to a problem with the airway
Well done! You can now look at the following information and compare it with your answer:
The main sign that points to a problem with the airway in the child with signs of life is the
presence of noisy breathing. Assessment of the airway should therefore involve listening to
sounds such as stridor and/or bubbling/crackling (gargling) sounds (sounds of excessive
secretions at the back of the throat). Remember this should not take more than 10 seconds.
In the child who is alert and sitting with the carer then to check the airway simply stand with
your head close to the child's and listen carefully – do not try to force the mouth open to look
inside. If there is severe stridor or sounds of obstruction you may need to call for expert help
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while enquiring about possible inhalation. It is not appropriate to try suction in a child who is
alert.
The child who is unresponsive or has reduced level of consciousness should be placed on a
resuscitation table/couch for further assessment and treatment. The mouth should be opened
gently and examined for the presence of secretions or foreign body. Presence of these signs
requires urgent intervention to clear the airway. The airway may also need to be positioned
either in a neutral (infants below one year) or sniffing (children above one year) position to
make sure if remains clear.
Additionally, the maintenance of the airway may involve the use of the oropharyngeal (Guedel)
Airways that prevent the tongue from falling back and obstructing the airway in the
unconscious child. Figure 2.3.1 shows the different sizes of oropharyngeal airways. These
should only be used where there is reduced consciousness.
Figure 2.3.1: Oropharyngeal Airways (Guedel Airways)
Before using the oropharyngeal airway, it is important to choose the correct
size.
To get the right size, use the device itself as a measure. When you place it on the patient's cheek
with the flange parallel to his front teeth, the tip of the oropharyngeal airway should reach no
further than the angle of the jaw. If the airway is too long, it could obstruct breathing by
displacing the tongue against the oropharynx. If it's too short, it won't be able to hold the tongue
away from the pharynx, and patency won't be restored. Figure 2.3.2 shows the correct sizing of
the oropharyngeal airway
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Figure 2.3.2: Sizing the Oropharyngeal Airway for Placement
M O D U L E 2
2. Signs that point to Inadequate Breathing
Next, let us consider the signs that point to breathing problems. Before we proceed, kindly
complete activity 2.3.3.
Activity 2.3.3
List five signs that point to breathing problems or indicate respiratory
distress
Well Done, The following signs point to inadequate respiration:
Central Cyanosis
Respiratory rate:
Very Fast or Very Slow Respiratory rates for age
Increased respiratory Effort
Grunting?
Head nodding / bobbing?
Lower chest wall indrawing?
Deep / acidotic breathing?
Symmetrical movement?
Wheezing or crackles
Oxygen Saturation Pulse oximetry reading of < 90%
Amongst these, some signs indicate severe respiratory distress and may be signs of impending
respiratory failure. These include central cyanosis, deep acidotic breathing, grunting and head
nodding.
Additionally, if any of the signs is accompanied by a reduction in the child's level of
consciousness or a reduction in the child's ability to feed, then the respiratory distress is
considered to be severe.
Presence of one or a combination of any of these signs indicates that the child may be
hypoxemic and therefore needs treatment with oxygen. Using pulse oximetry will actually
allow you to measure the blood oxygen saturation and is the best way to make decisions on
using oxygen as well as monitor whether the treatment is effective.
Immediate bronchodilator therapy may also be required when wheezing is noted when it is
accompanied by respiratory distress.
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Having mentioned the signs of inadequate breathing, let us now highlight the signs of
inadequate circulation
Simple clinical signs can be very helpful in rapidly assessing the circulatory system. One
should look out for the following signs that indicate an inadequate circulation:
Cold hands and feet (taking into account environmental or ambient temperatures) The
temperature gradient of the extremities (how far the coldness of the upper limbs and
lower limbs extends upward to the elbow/knee or shoulder/hip)
The presence / absence and character of the central pulse (brachial or carotid pulse)
The presence and strength of the peripheral pulse should also be assessed to determine
if it is weak, absent or strong.
Pulse rate- to determine if it is too fast (>180/min in a child less than 1 year, and
>160/min in a child more than one year) or too slow (<60 /minute).
Capillary refill time to determine if the refilling is prolonged >3 sec when the child is in
a warm environment. Note it is best to count and record the actual refilling time in
seconds as this can help you see if a child is getting better or worse.
Blood pressure should also be measured although this is not commonly done in many
of our facilities in children it should be done, and done accurately in seriously ill
children. In the ETAT+ guidelines and practical we do not refer to blood pressure but
this is for practical reasons not because it is unimportant!
Presence of any one of these signs suggests an inadequate circulation. If any one of these signs
is present, remember to also assess for:
a) Skin turgor to determine if it takes longer than 2 seconds.
b) Ability to drink (should be demonstrated as a sign by the health care worker - involves
actually visualizing the child drinking or breastfeeding)
c) Sunken eyes (Are the eyes sunken according to the mother?)
3. Signs of Inadequate Circulation:
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
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Take note 2.3.1
The environment and the ambient temperature can affect both the
temperature of the hands as well as the return of capillary refill. It is
therefore an important consideration in assessing the adequacy of the
circulation.
In addition, presence of these signs in combination may point to serious and potentially life
threatening circulatory problems.
Before we proceed please complete activity 2.3.4
Column B:
Severe Pallor in a Child with
respiratory distress
Cold hands plus a weak/ absent
pulse and capillary refill more
than 3 seconds and AVPU < A
(all four signs) without diarrhea
or signs of dehydration
Unable to drink or AVPU< A
plus: sunken eyes and return of
skin pinch =2secs
Ÿ
Ÿ
Ÿ
Column A:
Severely impaired
circulation with no
diarrhoea / dehydration
Severe Dehydration
Severe Anaemia
Ÿ
Ÿ
Ÿ
Activity 2.3.4 Match the diagnosis in column A with the group of
symptoms in column B
Good
You can now compare your answers with the following explanations
1. Severely impaired circulation without diarrhoea / dehydration, usually in a child with
a severe febrile illness– this is diagnosed when a child is noted to have cold hands plus
a weak / absent pulse and Capillary refill > 3 secs and AVPU < A (all four signs) but
there is no evidence of diarrhea / dehydration. It is important to recognize this group as
their fluid management is not the same as those who have these signs together with
diarrhea/dehydration. Those with diarrhea/dehydration who have these signs are
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treated for hypovolaemic shock. This management will be covered in later modules.
2. Severe Dehydration A child who is unable to drink or AVPU < A plus: sunken eyes
and return of skin pinch =2 secs with a history of diarrhea. Often these children may
have some signs of an impaired circulation (eg a slow capillary refilling) but they do
not have all four signs described above that would indicate a severely impaired
circulation.
3. Severe Anaemia: Severe palmar pallor with or without respiratory distress
If a severely impaired circulation is identified because a child has all four critical signs then
specific fluid therapy is indicated. If there is diarrhoea/dehydration (presence of the signs
sunken eyes and skin pinch of 2 or more seconds) then urgent intravenous fluid therapy is
required. If there is a severely impaired circulation but no diarrhoea/dehydration then fluids are
given more slowly. For severe anaemia in the presence of respiratory distress (especially
characterised by acidotic breathing) indicates the need for an urgent blood transfusion.
We will now continue to disability and use of the AVPU Scale.
In order to determine neurological disability in relation to the child's illness, use of a simplified
scale to assess the level of consciousness is recommended.
Take time to answer question 2.3.3
Disability and the AVPU Scale
Activity 2.3.3
Name three examples of scales which are used to assess the level
consciousness in sick children.
Good answer!
There are various scales which have been used to assess the level of consciousness in children
including:
i. Paediatric Glasgow Coma Scale
ii. Blantyre Scale
iii. AVPU Scale
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In this unit, we will discuss the use of the AVPU scale in assessing the level of consciousness of
sick children by looking at its various components:
A = Alert and responsive. This score is given to an infant or child aware of the surrounding
environment. The easiest way to confirm this is to check the infant/child can make eye contact
clearly look at you or its carer and often track any movements.
V = (response to) voice or verbal instructions or sound. This score is given to a child who is not
alert but responds to Voice or Verbal instructions, e.g. turns head to mother's call.
P = (response to pain) this score is given to a child who is not alert, not responding appropriately
to voice but responds to Pain appropriately. It is important to assess the response to pain
carefully. The way ETAT+ teaches is to gradually increase the pressure, using a knuckle of a
finger, on the bony part of the infant/child sternum (breastbone). A child who can respond
appropriately to pain should reach across with their hand and try and push your finger/hand
away. You are testing they know where the pain is (localising the pain) and that they can
deliberately try and remove it. Just bending the arms without purpose is NOT an appropriate
response. This appropriate localizing and motor response to a painful stimulus would be scored
as P.
U = failure of an infant or child to elicit any of the responses described above is deemed as
Unresponsive or Unconscious and scored as U.
In addition, it is also important to assess for the ability to drink / breastfeed or the ability to sit up
in children above the age of 1 year (those who cannot sit up are said to be 'prostrated').
Take note 2.3.1
Children who are classified as ''A or V'' on the AVPU scale may still be
unable to drink/feed and to sit up. These are two important signs indicating
severity of illness and possible neurological impairment
Children who are not alert on the AVPU scale may have neurological impairment from a variety
of factors. These may include hypoxemia (low oxygen concentrations in blood), circulatory
impairment or the acute effects of neurological illnesses.
Additionally, a reduced level of consciousness may be indicative of hypoglycemia. Such
children should be given a bolus of 10% dextrose (5 ml/kg) if the blood sugar cannot be
measured immediately (note we use a lower dose in the neonatal period).
We will now consider how to carry out a rapid assessment of the seriously sick non collapsed
child using the structured ABCD approach.
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2.3.5 Rapid Assessment of the seriously sick Non Collapsed Child
Now that we have outlined the signs that indicate severe illness in children, let us then move on
to the sequence of evaluation. Similar to the ABC Approach to the collapsed child, the ABCD
Approach to the non-collapsed child involves:
i. Quickly observing your safety and the safety of the child while at the same time
observing if the child is alert by looking for eye contact/directed eye movements
ii. Placing the child in the optimal setting to carry out the assessment
iii. Shouting for help, when the child is identified as not being alert or having a serious
problem.
iv. Quickly and sequentially assessing the airway for patency and position; breathing for
its adequacy and the need for oxygen therapy; circulation for its adequacy and
immediate treatment for severely impaired circulation (shock) if present; disability
using AVPU scale and possible treatment with 10% dextrose if not alert. .
Take note 2.3.2
During the assessment whenever a problem is identified at any stage,
immediate intervention is carried out at that stage before proceeding to the
next step so as to prevent further deterioration and death.
This sequence of the rapid assessment of the non-collapsed child is summarized next in
Table 2.3.1.
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Observe
Alert?
Stimulate – if not Alert
Shout for Help –
if not Alert
Eye contact / movements
Shout unless obviously alert
If not Alert take to / place on emergency
couch
If a lert
it may be most appropriate to
continue evaluation while child is with
parent
Airway
Assess for obstruction by listening for
stridor / airway noises.
Look in the mouth
if not alert
Position –
if not Alert
(appropriate for
age)
Position only if not al
ert and placed on
couch
Suction (to where you can see) if
not in alert child),
Guedel airway only if minimal response
to stimulation
Breathing
Assess adequacy of breathing
·
Pulse oximetry?
·
Cyanosis?
·
Check oxygen saturation
·
Grunting?
·
Head nodding?
·
Rapid or very slow
breathing?
·
Indrawing?
·
Deep / Acidotic breathing
If signs of respiratory distress listen
for wheeze
Decide:
·
·
Is there a need for immediate
bronchodilators?
Circulation
Assess adequacy of circulation
·
Large pu lse
very fast or
very slow?
·
·
Capillary refill?
·
Peripheral pulse
weak or
not palpable?
·
(Note initial response to
stimulation / alertness)
·
Check for severe pallor
If signs of poor circulation
· Ask about diarrhoea
Decide:
·
Does this child have severely
impaired circulation AND sunken
eyes / prolonged skin pinch? If
yes
give rapid bolus of Ringers
Lactate
·
If there is NO severe diarrhoea /
dehydration but severely impaired
circulation with or without severe
malnutrition give Ringers Lactate
over 2 hours
· If there is respiratory distress and
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Table 2.3.1: Rapid Assessment of the Non Collapsed Child
Scenario 2.3.1:
Take a moment to review the following case report:
You are asked to see a 2 year old baby girl named Abigael in the Outpatient department who
has presented with severe diarrhoea and vomiting.
You previously prepared your workstation to deal with emergencies and ensure it is a safe
environment.
As the child walks in you see they are excessively drowsy and you ask the mother to call the
baby and she is not responding to the mothers call. You gently move the baby's shoulder while
calling and watching the baby she makes only a weak response and does not open the eyes.
You call for help and place the baby on the emergency couch. After putting on your gloves
you look in the mouth, position the airway and listen for noisy breathing.
There are no sounds heard and there is breathing. You assess the breathing for adequacy. The
child is obviously breathing fast, has lower chest wall indrawing and deep acidotic breathing.
There are no other signs of respiratory distress, and no crackles or wheeze. Your clinic is still
not equipped with a pulse oximeter.
On assessment of the child's circulation, the large pulses are rapid. The peripheral pulses are
hard to feel (weak). You press on the pulp of the finger and the colour returns after 5 seconds.
The hands also feel cold and the warmth returns only at the elbow (a temperature gradient to
elbow), though they appear to be the same pink color as the mother's hands. On inspection,
there is no visible severe wasting. You ask about diarrhoea, there is a history of recent
diarrhoea, you check for sunken eyes and pinch the skin on her abdomen. There are sunken
eyes and skin pinch takes 2 seconds for it to return to its normal position. On AVPU
assessment, the child is not maintaining eye contact; does not respond to her name on her
mother's call and the child does not cry when painful stimulation is applied to her sternum.
1. Identify which signs point to problems in the following areas:
a. Airway
b. Breathing
c. Circulation
d. Disability
2. List the interventions that you will perform:
a. During the Initial Assessment
b. After the assessment of the Airway
c. After the assessment of the breathing
d. After the assessment of the circulation
e. After assessing the child's level of consciousness
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Remember in real life you treat each problem as soon as you identify it before proceeding to the
next step.
Congratulations on completing the unit. Now take time to look at the following review points
2.3.6 Summary
1. A rapid ABCD Assessment at the time of presentation helps to
promptly identify and treat the most common potentially life
threatening conditions that a child may present with to the
emergency area.
2. Classifying essential signs according to the ABCD Algorithm
helps to clearly identify a problem and its severity and prioritize
treatment
3. If a problem is identified TREAT IMMEDIATELY!!
2.3.7 Review questions
1. Why is it important that every sick child presenting to the emergency department is rapidly
assessed in a sequential and structured way?
2. Explain what one must ensure before starting ABCD
3. What important signs and symptoms will point to a problem in the:
a) Airway?
b) Breathing?
C) Circulation?
D) Disability?
What appropriate interventions will you carry out when you discover a problem(s) in each of
the areas mentioned in question 2?
SUMMARY
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2.3.8 References
1. World Health Organization (2005). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
2. Ministry of Health (2010). Basic Paediatric Protocols Revised
Protocols. Ministry of Health: Kenya.
3. World Health Organization (2005). Emergency Triage
Assessment and Treatment Manual for Participants. WHO.
UNIT 4: STRUCTURED PAEDIATRIC ADMISSION RECORDS
Welcome to Unit 4 of Module 2. So far we have looked at triage and a structured approach to
care of the collapsed and non-collapsed child. We will now consider the value of structured
admission records for helping ensure essential information is collected for each infant or child
in hospital.
2.4.1 Unit Introduction
2.4.2 Unit Objectives
2.4.3 Importance of the Structured Forms for Medical Documentation
2.4.4 Symptoms Included in the Paediatric Admission Record
2.4.5 Elements of the Paediatric Admission Record
2.4.6 Strengths and limitations of the Paediatric Admission Record
2.4.7 Summary
2. 4.8 Review Questions
2.4.9 References
Structured forms for documentation are important in order to ensure essential information is
obtained for each patient during each encounter. Well-designed structured forms help
summarize information for decision making as well as provide adequate information for the
next health provider to continue with the patient's care. You have already looked at a structured
approach to patient care; now let us look at structured documentation.
The Paediatric and Neonatal Admission Record (PAR & NAR) are examples of structured
forms. In this unit we will look at the importance of, the symptoms included and the elements,
strengths and limitations of the PAR.
I hope that you will enjoy this unit.
Unit Outline
2.4.1 Unit Introduction
2.4.2 Objectives
By the end of this unit, you should be able to:
i. Explain the importance of the structured forms for medical
documentation
ii. Outline the symptoms that are included in the Paediatric
Admission Record
iii. Describe the elements of the Paediatric Admission Record
iv. Discuss the strengths and limitations of the Paediatric Admission
Record
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2.4.3 Importance of the Structured Forms for Medical Documentation
Let us begin by looking at the importance of structured tools for medical documentation. A
structured tool is a tool that is developed as a template for eliciting important history, clinical
signs, examination and management plan for patients.
In-text Question 2.4.1
Can you think of an example of a structured tool for documentation at
your facility?
In Kenya, the Ministry of Health has developed some tools for collecting information from
patients in a structured format. Some of these include the Paediatric Admission Record (PAR)
and the Neonatal Admission Record (NAR). For the purposes of this unit we will discuss both
the PAR and the NAR as one; referring to both of them as the PAR.
In-text Question 2.4. 2
What do you think would be the importance of documenting in a
structured manner?
Well done! Compare your answers with the following information:
Structured forms for documenting are important because they:
i. Define the minimum amount of documentation required for every patient encounter
and help make sure important things do not get forgotten, for example, information on
whether the child has had all appropriate immunisations or a clear record of the level
of consciousness at admission
ii. Assist the user to correctly classify illness to aid in appropriate diagnosis and treatment
they are a decision aide that can help link the best evidence to routine practice
iii. Ensure consistency in documentation by different health workers so we speak the
'same language'
iv. Provide sufficient information for continuing patient care appropriately by another
health worker so we communicate effectively
Take Note 2.4. 1
Structured forms always represent the minimum information that even a
health worker with very limited training or experience should understand and
complete. –Those with more training and experience should go well beyond
the structured forms when taking a full history and examination.
2.4.4 Symptoms included in the Paediatric Admission Record
Let us now look at symptoms included in a well- designed and structured form for
documentation of patient information. We will also look in detail at the Pediatric Admission
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Record as an example of a well-designed structured form.
Symptoms and signs included in well-designed structured forms should:
i. Be the most useful symptoms (elicited from history) and signs (obtained from physical
examination) that would go into making a diagnosis for common illnesses
ii. Aid in assessing the severity of illness and identify the risk of death as well as help
monitor progress of patient
iii. Guide correct management of illness (using symptoms and signs linked to evidence
based guidelines) and help in differentiating diseases or identifying multiple problems
that require action
iv. Be easy to observe and learn from
v. Be easily recognized by health workers
Activity 2.4. 1
Think of a common childhood illness. List the most useful signs and
symptoms that you would include in diagnosing and assessing severity of
that illness
Example: Paediatric Admission Record
We will now look at the Paediatric Admission Record which helps us to have a structured
approach to documentation of symptoms and signs of a sick child.
Activity 2.4.2
Look at Table 2.4.1; it is part of the Paediatric Admission Record (PAR). For
each of the items included in the history and physical exam, write down why
it is a good sign or symptom to include. For example, grunting is easy to
observe and gives an indication of the severity of the respiratory illness
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Table 2.4.1: Excerpt from a PAR for Activity 2.4.2
History & Examination
Time
seen
Vaccines
OPV/ Penta x
Pneumo x
Rotavirus
BCG
Y
N
Measles Y N
am
pm
Weight
kg
WAZ=
Height /
Length
WHZ=
MUAC
Vital
Signs
Temp
(
0
C)
Resp Rate
Bpm
Pulse
/min
BP
mmHg
Length of illness
days
A & B
Stridor
Y N
Fever
No. of days
=
Y
N
Oxygen
saturation
%
Cough– No. of days
=
Y N
Central Cyanosis Y N
Cough > 2 weeks Y N Lower chest indrawing Y N
Difficulty breathing Y N Grunting Y N
Well done for completing the exercise! Please take note of the following
Take Note 2.4.2
PARs also incorporates the A, B, C s; reinforcing the need for a structured
approach to evaluation, as well as documentation
2.4.5 Elements of the Paediatric Admission Record
We have just looked at part of the Paediatric Admission Record as an example of a structured
tool or form. This is a Ministry of Health tool in Kenya for documenting consistently patient
information for infants and children above the age of 7 days who are being admitted. It is
important for all health care workers who are admitting children to be familiar with this tool.
We will now look at the rest of this tool in detail so that we can fill it appropriately in our day to
day practice.
This tool is divided into five parts:
i. Patient demographics, anthropometrics, weight and vaccine status
ii. History and Physical Examination
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iii. Other History and Physical Examination (additional information)
iv. Problem List and Classification of Severity of Illness
v. Investigation and Management Plan
Let us look at each of these in detail
Look at table 2.4.2. This is the first part of the Paediatric Admission Record (PAR)
Table 2.4.2 First part of PAR
1) Patient demographics, anthropometrics, weight and vaccine status
Name
IP No.
Ward
Next of kin
Residence
Sub-location
Adm Date
dd/mm/yyyy
Sex
M
/ F
Age
yrs
mths days
Referred?
Y N□ , if yes from: Other HospH- Centre / Clinic Re-admission?
Y N □
Presenting Complaints
We must always take the weight of the child. There are only two occasions when we need to
estimate weight:
a. If a child is being given life support
b. If a child has severely impaired circulation and diarrhoea / dehydration needs
urgent bolus fluids (for treatment of hypovolaemic shock caused by the
diarrhoea)
For all other occasions it is important to safely weigh the child. If you are organized, it should
only take 20-30 seconds to weigh a baby / child. This weight means you can now make an
accurate prescription for drugs and fluids etc.
Take Note 2.4.3
Always get vaccine history for every child at every visit. Remember if their
vaccines are not up to date, then you need to document it and ensure that they
get the necessary vaccines before discharge.
Assignment 2.4.1
Visit the outpatient clinic and inpatient wards at your facility and observe if
weight is being measured for every child. If it is not being done, find out why
and suggest possible solutions to ensure that every child gets weighed every
time they come to the clinic or get admitted.
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History and Physical Examination
We have already looked at part of this section; let us now look at the rest of this section of the
PAR form in detail.
This section of the form helps us to recognize and document the signs and symptoms in order to
correctly diagnose and assess severity of illness. This is important because when this is done
well, we are able to initiate the correct management for the patient.
Take a look at table 2.4.3: which shows the History and Physical Examination Section of the
PAR. This part of the form helps us to recognize and document the signs and symptoms in order
to correctly diagnose and assess severity of illness. This is important because when this is done
well, we are able to initiate the correct management for the patient.
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History & Examination
Time seen
Vaccines
OPV/
Penta x
Pneumo
x
Rotavirus
BCG
YN
Measles
YN
am
pm
Weight
kg
WAZ=
Height /
Length
WHZ=
MUAC
Vital
Signs
Temp (
0
C)
Resp Rate
bpm
Pulse
/min
BP
mmHg
Length of illness
days
A & B
Stridor
Y
N
Fever –
No. of days =
Y
N
Oxygen saturation %
Cough–
No. of days =
Y
N
Central Cyanosis
Y
N
Cough > 2 weeks
Y
N
Lower chest indrawing Y
N
Difficulty breathing
Y
N
Grunting
Y
N
Diarrhoea No. of days =
Y
N
Acidotic breathing Y
N
Diarrhoea > 14d
Y
N
Wheeze
Y
N
Diarrhoea bloody Y N Crackles Y
N
Vomits everything Y N
C &
Dehydr’n
Peripheral Pulse Normal
W
e
a
k
Table 2.4.3: The History and Physical Examination Section of the PAR
Other History and Physical Examination (additional information)
The third part of this form as shown in figure 2.4.4 gives the person examining the patient space
to write additional history and examination that may not have been included in the previous
sections above.
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Other history and examination
Rt
Lt
Figure 2.4.1: The other history and physical examination section of PAR
Summary
Problem Lists and Classification of Severity of Disease
If there is additional pertinent information that you obtain during history and physical exam and
it is not included in the previous sections, then do not hesitate to include it here. Filling this
form should not just be routine, but should include all the information deemed necessary to
make an appropriate diagnosis and treatment plan! It is possible to adapt the form if there are
additional local requirements while keeping the core information.
We are almost at the end of reviewing the Paediatric Admission Record. This is the second last
part.
It is important to make a problem list and classify the severity of illness. This helps us to then
manage the child appropriately.
Before proceeding please take time to complete the following activity
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Activity 2.4.3
Look at the section of the PAR form in table 2.4.4 and look at the
classification by level of severity of some of the common childhood
illnesses. Can you see how this is linked to some of the ideas in the ABCs we
have already covered? We will be looking at particular illnesses and the
classification of their severity in other modules
Table 2.4.4: shows a section of the PAR form to be used for activity 2.4.3
Table 2.4.4 Section of PAR form
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Admission Diagnoses –
Select ONE primary diagnosis (tick box indicating “1”) and ANY secondary diagnoses
(tick box indicating “2”), then indicate level of severity or type of disease if required
Malaria
1
2
Non-sev
Sev (AVPU < A, or Resp. Dist)
Anaemia
1
2
Non-sev Sev
Pneumonia
1
2
Non-sev
Severe
V. Sev
Meningitis
1 2
Diarrhoea
1
2
Non-bloody
Bloody (dysentery)
Neonatal sepsis 1 2
Dehydration
1
2
Some
Severe
Birth asphyxia 1 2
HIV
1
2
Positive
Negative
Declined PITC
Prematurity / LBW 1 2
Malnutrition
1
2
Severe malnutrition with
oedema
Severe malnutrition without
oedema
Severely Impaired
Circulation
1 2
Other 1 1 2
Other 2 1 2
Take Note 2.4.4
Classifying the severity of an illness is vital to making sure that treatment is
correct. It also helps us use our resources most effectively.
Investigation and Management Plan
Let us now look at the last but certainly not the least part of the Paediatric Admission Record.
Having diagnosed and assessed severity of the illness, we must now determine what further
investigations we would like, the supportive treatment and the review plan for the patient.
Table 2.4.5 is an illustration of a section of the PAR dealing with investigation and management
plan.
M O D U L E 2
M O D U L E 2
Investigations ordered –
record results in medical record
Malaria Blood slide
Rapid Test
Glucose
Stick test
Laboratory
Haematology Hb
HCT Full haemogram
Chemistry
Na + K
Urea Creat LFT
Microbiology Lumbar Punct
Blood Cult
HIV
Rapid test
PCR
X-Ray CXR
AXR Other =
Other 1
Treatment Supportive care & Observations
indicate what care is needed and sign please
Keep warm
Oxygen
Clinician Name & Sig
IV / oral fluids plan
Blood transfusion
Vitamin A
Nutrition / Feeds plan
Review status Medical <6hrs Priority Nursing Observations
Results of
Investigations
Date
Date
Date
Malaria
Continuation notes please put date and time and sign!
Table 2.4.5 Investigation (Tick when samples are collected)
You should always document the results of the investigations you have done and the supportive
care you are providing. Any further monitoring including vaccine catch up should also be
documented. Always remember to sign your name clearly.
For you to further appreciate what we have learnt, carry out the following assignment
Assignment 2.4.2
Take a moment to go to the outpatient clinic or the paediatric ward and
review some of the case records (hopefully with PARs!) which have been
filled by the clinicians. Practice filling some of the forms as you help with
the admissions!
Well done! We have come to the end of reviewing the Paediatric Admission Record. Now we
will briefly outline some of the strengths and weaknesses of these structured tools.
Now that you have reviewed the Paediatric Admission Record, let us review the strengths and
limitations of the structured form.
2.4.6 Strengths and Limitations of Structured Tools for Documentation
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In-text Question 2.4.3
What are some of the strengths of a structured Paediatric Admission
Record?
Well done! Look at the list below and compare it with your answers…
The essential information is captured
It allows for better communication between health workers
It allows for monitoring and documentation of progress
It is often quicker to fill
It provides a link to safe, sensible and correct practice
It is standardized and allows for uniformity in documentation
Having looked at the strengths of PAR, we will now look at some of its possible weaknesses.
But before then could you please answer the following question 2.4.4?
In-text Question 2.4.4
What do you think are some of the limitations of the structured Paediatric
Admission Record?
Well done! Look at some of the limitations listed below and compare them your answers
The focus of the structured form is limited – you cannot make a form that covers all
possible diagnoses. The form is focused to ensure that essential aspects of the common
illnesses that cause most mortality are covered
Structured forms do not replace conventional history taking but represent the
minimum amount of information that must be obtained and documented and acted
upon
Filling a PAR is the start of a process and not the entire process
There is a risk people will 'cheat' and fill the PAR by 'guessing' or even inventing the
findings. It is important that all health professionals take their responsibility seriously
– it is better to be honest and leave something out than cheat. Obviously it is best to
complete the form properly!
The information must be used to benefit children. It is not enough to fill the form, we
must act on the information we obtain
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Take note 2.4.5
Remember that an occasional child may present with unusual signs not
covered in the PAR. The PAR is a basic starting point for a good history and
examination but you should go beyond what it contains to the best of your
ability. It is in order to think out of the box if the patient's symptoms and
signs warrant it; this form is just a guide for common illnesses only.
M O D U L E 2
Before proceeding examine scenario 2.4.1
Scenario 2.4.1
Imagine you are the one at the outpatient clinic when Juma Munya, a three year old boy, is
brought to the clinic by his mother, Amina. He has a four day history of diarrhea and
vomiting. The diarrhea is non-bloody. Mum reports fever for the last two days. He has not
had any convulsions.
He was born as a term neonate, was breastfed exclusively for 6 months with complementary
feeds introduced at 6 months. His vaccines are up to date.
His older brother was recently admitted with jaundice and diarrhea from which he recovered
after a few days.
On examination you find that he is sick-looking, lethargic, pale, has a capillary refill time of
3 seconds. He does not have visible wasting or edema or jaundice.
He responds to voice and does not need help to maintain his airway. His temperature is
38.50C, respiratory rate is 40 breaths per minute and there is acidotic breathing. His pulse
rate is 120 per minute, with a weak peripheral pulse. Skin turgor, is at 2 seconds.
His chest is clear; his heart sounds are audible with no gallop rhythm or murmur and has a
liver span of seven centimeters. Practice using the PAR by filling in the above information.
What key information is required by the PAR that you do not have in the history and
examination above? Is the missing information potentially important for getting the right
diagnosis and providing the right management plan?
M O D U L E 2
Well done, you may now go through the summary of the unit.
2.4.7 Summary
Congratulations on coming to the end of the unit on Structured Paediatric
Admission Records. In summary we have said that:
Structured admission forms can help improve documentation and
management for common childhood conditions
Signs and Symptoms that are included are those that are most
important for making a diagnosis, differentiating illness and
assessing severity for common illnesses. They are easy to observe
and are easily recognizable by health workers
Structured forms represent the minimum amount of information
that should be obtained and acted upon; always try and do better
than the minimum
Structured forms supports but do not replace conventional history taking
and physical examination; we must continue to apply ourselves and think
outside the box.
SUMMARY
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2.4.8 Review questions
1. Explain why it is important to have a structured form for medical documentation
2. What are some of the essential signs and symptoms included in the PAR?
3. List the important elements of a PAR?
4. Outline some of the strengths and limitations of the PAR?
5. Congratulations on finishing this unit! Take a break and enjoy the next module!
2.4.9 References
1. Implementation of structured paediatric admission record for district
hospitals in Kenya-results of a pilot study S Mwakyusa et al
BioMedCentral International Health and Human Rights 2006, 6:9
2. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
3. World health Organization; 2013; Hospital Care for Children; Guidelines
for management of common illnesses with limited resources
4. Ministry of Health-Kenya; 2013; Basic Paediatric Protocols.
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MODULE 3
Management of Cough, Difficulty
in Breathing and
Diarrhoea or Dehydration
MODULE INTRODUCTION
Welcome to the third module of this course.
Having gone through modules 1 and 2, we shall now apply what you have learnt in management
of some serious childhood illnesses.
In this module we will focus on two of the common childhood illnesses in the units as follows:.
Unit 3.1: Managing a child with respiratory distress
Unit 3.2: Acute diarrhoea and dehydration
MODULE OBJECTIVES
By the end of this module, you should be able to:
1. Apply the ABCD approach and other information to the
management of an infant or child with respiratory distress.
2. Apply the ABCD approach and other information to the
management of an infant or child with diarrhoea.
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M O D U L E 3
UNIT 3.1: MANAGING AN INFANT OR CHILD WITH RESPIRATORY
DISTRESS
Unit Outline:
3.1.1 Unit Introduction
3.1.1 Introduction
3.1. 2 Objectives
3.1.3 Causes of respiratory distress
3.1.4 ABCD approach to assessment of respiratory distress
3.1.5 Recognizing, classifying and managing childhood pneumonia
3.1.6 Recognizing, classifying and managing asthma in children.
3.1.7 Summary
3.1.8 Review questions
3.1.9 References
We have seen how we can effectively use essential clinical symptoms and signs, the ABCD
approach to a seriously ill infant or child and appropriate use of the standard admission records
for the assessment and management of sick children.
In this unit we will focus on how information from the rapid assessment and other key
symptoms or signs help direct the management of the common conditions that present with
respiratory distress; thus affecting A and B in children aged 2 months to 5 years. We will
particularly discuss how using essential signs and symptoms inform recognition, classification
and management of two common childhood diseases.
M O D U L E 3
3.1.2 Unit Objectives
By the end of the unit you should be able to:
i. Outline causes of respiratory distress.
ii. Discuss the ABCD approach to assessment of respiratory distress.
iii. Use essential signs and symptoms to:
a. classify severity of pneumonia
b. manage a child with pneumonia
iv. Use essential signs and symptoms to
a. Classify severity of asthma
b. Manage a child with asthma.
v. Outline possible causes of treatment failure.
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3.1.3 Causes of respiratory distress.
History of cough, difficulty in breathing or both usually, are the essential symptoms that should
prompt a careful look for conditions causing respiratory distress.
The causes of respiratory distress can broadly be classified as:
Primary lung or airway disease such as: acute pneumonia, acute asthma, bronchiolitis,
pulmonary tuberculosis, pneumocystis jiroveci pneumonitis (formerly PCP), and croup.
Conditions arising from other systems/infections such as: severe malaria, severe anaemia,
severe dehydration, heart disease, diabetic ketoacidosis and even renal disease.
Figure 3.1.1 shows a schematic diagram of common causes of respiratory distress and
illustrates how they have similar clinical presentations. At the centre of this diagram are
common signs that can be seen in the disease conditions named in the coloured circles. Outside
the circles are some signs that may help in identification of some of these diseases.
Causes of respiratory distress
Pneumonia
Malaria
Anaemia
Asthma
Dehydration
Acidosis
Blood Film
Pallor / Hb
Acidosis
Sunken Eyes,
Skin Turogor,
Acidosis
Wheeze
Crackles
Difficulty
Breathing
Indrawing
Tachypneoa
Consciousness?
Figure 3.1.1 Causes of respiratory distress
3.1.4 The ABCD approach to assessment of respiratory distress
Let us now illustrate how we use the ABCD approach to assessment of respiratory distress to
gather out first important information using scenario 3.1.1. The scenario will be broken down
into each of the critical steps to help you answer the questions that will arise as we go along.
Scenario 3.1.1
You are asked to see Kendi, a 7 month old girl in the out-patient department
who is said to have difficulty in breathing.
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M O D U L E 3
As you approach Kendi and her mother, you observe that she is alert and sitting up on her
mother's lap but appears anxious.
From your observation, you notice that she appears alert and anxious; would you change where
you are dealing with Kendi (the setting) by taking her away from her mother to an examination
couch?You now assess her airway by listening carefully and find that she has no stridor or noisy
breathing.
On your rapid assessment of breathing, you find she has a rapid respiratory rate, is grunting,
and has lower chest wall in-drawing and deep acidotic breathing. (The other signs of
respiratory distress are normal not present)
On auscultation, she has no crackles and no wheeze.
Good! It would be better to leave Kendi with her mother as Kendi is alert. Moving her away
would most likely cause her to be more anxious, which may worsen her respiratory distress and
make it harder for you to assess her.
You now assess her airway by listening carefully and find that she has no stridor or noisy
breathing.
On your rapid assessment of breathing, you find she has a rapid respiratory rate, is
grunting, and has lower chest wall in-drawing and deep acidotic breathing. (The other
signs of respiratory distress are normal not present)
M O D U L E 3
Supposing you are alone in the examination room with Kendi and her mother, what 2 steps must
you do before you proceed to assess circulation?
Good! Calling for help and supporting breathing by initiating oxygen using a suitable oxygen
delivery device at the correct flow rate are the 2 critical steps you need to do before you proceed.
You can safely give oxygen while Kendi is still on her mother's lap.
Now that you have started oxygen and confirmed that help is on the way let us see what
happens next.
You assess the circulation by checking the large pulse and find that Kendi has a strong and
fast brachial pulse, the peripheral pulse (radial) is easy to feel, her hands are warm,
capillary refill time is less than 2 seconds and you notice that she has severe palmar pallor
(+++) when you compare her palm to that of her mother.
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What do you think is the likely cause of Kendi's respiratory distress?
What 2 critical steps must you do now?
Good!
You need to establish intravascular access (take blood samples) and give an urgent blood
transfusion of 10mls/kg of packed cells (or if not available 20mls/kg of whole blood) to be
given over 4 hours.
Severe anaemia is the likely cause of the respiratory distress; this is an emergency because if
left untreated, severe anaemia with respiratory distress is associated with a high risk of dying!
Remember you had asked for help, assistants can help you do this as you continue your rapid
assessment.
On your assessment of disability, Kendi is on her mother's lap and closely
watching you (AVPU is at A) as she attempts to breastfeed you notice that she is
not able to breastfeed effectively.
What does her inability to breastfeed effectively imply?
Good attempt! Kendi is alert, therefore there is no absolute need for a dextrose bolus (you may
have checked a blood sugar when you took samples to organise the blood transfusion) but her
inability to breastfeed implies that she is severely ill. Hypoglycaemia is likely to develop if not
addressed in your treatment plan.
Well done! You have taken the necessary steps in ensuring that emergency interventions have
been initiated using the ABCD approach to a patient with respiratory distress.
Take Note 3.1.1
Not all respiratory distress is caused by pneumonia.
A good assessment is required to determine the cause of respiratory distress.
M O D U L E 3
Classification of severity of Pneumonia.
Cyanosed or oxygen saturation<90%?
Unable to drink?
Reduced level of consciousness?
Grunting (infants)?
Lower chest wall indrawing?
RR 50 aged 2 –11 months?
RR 40 aged 1 4 yrs?
Very Severe
Pneumonia
Severe Pneumonia
Pneumonia
None of the above? No Pneumonia
Y
Y
Y
Y
Now let us take this a step further and discuss two conditions that cause arising from primary
lung and airway disease in sections 3.1.5 and 3.1.6.
3.1.5 Recognizing, classifying and managing a child with pneumonia who is HIV
negative.
Pneumonia is estimated to cause 1.2 million deaths every year in children under the age of five
years making it the leading cause of death in children worldwide it causes 18% of all
childhood deaths, more deaths than AIDS, malaria and tuberculosis combined.
The essential symptoms that should start you checking for the possibility of pneumonia are
history of cough, or difficulty breathing or both in infants or children aged >2 months to 5 years.
The essential signs that will help you classify the severity of pneumonia are illustrated in Figure
3.1.2.
Figure 3.1.2 Classification of severity of pneumonia using essential signs.
M O D U L E 3
Very severe pneumonia – is suggested by history of cough or difficulty breathing, in a child
aged over 60 days plus one of the following cyanosis, inability to drink/breastfeed, grunting or
AVPU = V, P or U or oxygen saturation less than 90%. Very severe pneumonia carries an
increased risk of death.
Management involves giving oxygen, maintenance intravenous fluids or supported feeding and
broad spectrum intravenous/intramuscular antibiotics (benzyl penicillin and gentamicin)
Always remember to refer to MOH Basic Paediatric Protocols for appropriate dosing of the
drugs.
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Severe pneumonia is suggested by history of cough or difficulty breathing, age less than 60
days without signs of very severe pneumonia, plus lower chest wall in-drawing, AVPU = A.
Management includes maintenance intravenous fluids or supported feeding and intravenous/
intramuscular benzyl penicillin alone. Refer to MOH Basic Paediatric Protocols for
appropriate dosing.
Pneumonia – history of cough or difficulty breathing, age less than 60 days without signs of
very severe or severe pneumonia plus respiratory rate (RR) of more than or equal to 50
breaths/minute in ages 2 11 months or more than or equal to 40 in ages 1 5 years.
Out-patient management using oral amoxicillin or co-trimoxazole is recommended and
arrange for a review in 2 days to reassess for improvement or deterioration. Refer to MOH
Basic Paediatric Protocols for appropriate dosing.
No pneumonia history of cough or difficulty breathing, age > 60 days with none of the signs
above that indicate pneumonia or severe / very severe pneumonia. Treat as an upper respiratory
tract infection no antibiotics are required.
We have discussed how to recognize, classify severity and manage a child with pneumonia,
before we proceed to the next topic, it is important to think about HIV. For all children admitted
to hospital we need to know the HIV status as soon as the child is admitted. The treatments for
pneumonia described above assume the child is tested and is HIV negative.
Provider initiated testing and counselling (PITC) for HIV should be offered to all sick infants
and children because our treatments change if the child is HIV exposed or infected. Children
with HIV who have signs of severe or very severe pneumonia should all get broad spectrum
antibiotics Penicillin / Ampicillin plus Gentamicin. In addition opportunistic infections such
as Pneumocystis jiroveci pneumonitis (PJP) infections may be present.
The addition of high dose co-trimoxazole for 3 weeks along with antiretroviral therapy (ART)
as you manage pneumonia is therefore recommended as additional treatment to an HIV
infected child presenting with features of pneumonia or asthma.
Progressive worsening or persistence of respiratory distress despite treatment offered as per the
standard guidelines implies treatment failure. This warrants further investigations for
infections such as pulmonary tuberculosis as illustrated later in this module and possible
change of treatment.
Having highlighted the importance of HIV, now take time to go through assignment 3.1.1.
M O D U L E 3
Classifying the severity of asthma
Cyanosed/oxygen sat <90%?
Unable to drink?
Reduced level of consciousness?
Grunting (infants)?
Lower chest wall indrawing?
RR 50 aged 2 –11 months?
RR 40 aged 1 4 yrs?
Very Severe
Asthma
Severe Asthma
Mild Asthma
Y
Y
Y
Assignment 3.1.1
Describe how you would manage a child with asthma who is brought to
your hospital in severe respiratory distress.
Hint: use the ABCD approach.
Name the drugs you would need in the management of asthma.
Good! Let us now discuss the steps you would take in recognizing, classifying and managing a
child with asthma to help you review your answers to assignment 3.1.1.
The recognition of possible asthma is similar to that of pneumonia. The essential symptoms
include a cough or difficulty breathing or both, with presence of a wheeze as an additional
symptom.
Remember likelihood of asthma is higher in children older than 12 months and history or
recurrent wheeze.
There are international guidelines on classifying asthma. However, these are more complicated
and often suggest use of tests (like peak flow measurement) that are often not present in MOH
hospitals. It is fine to use these international guidelines but for the ETAT+ course and MOH
guidelines we have tried to keep things simple you will see how.
In order to classify the severity of asthma within ETAT+, it is important to once again assess the
essential signs as illustrated in figure 3.1.3, and manage accordingly with the use of
bronchodilators like salbutamol, oxygen and steroids.
3.1.6 Recognizing, classifying and managing a child with wheeze or asthma
M O D U L E 3
Figure 3.1.3 Classification of severity of asthma using just essential signs.
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Very severe asthma – is recognised by history of cough or difficulty breathing and wheeze
plus cyanosis, inability to drink/breastfeed (or inability to talk) due to breathlessness, grunting
or AVPU = V, P or U, or oxygen saturation <90%. Very severe asthma carries an increased risk
of death. Sometimes in very severe asthma the obstruction is so severe that there is minimal air
movement and the chest becomes silent (no wheeze). This is a life threatening condition.
Management involves measuring oxygen saturation levels using a pulse oximeter, giving
oxygen; and nebulise with 2.5 mg salbutamol. The salbutamol can be repeated every 20 minutes
(or even more often) for 3 doses if the treatment does not lead to a rapid response. So it is
important to reassess the severity of respiratory distress after each dose. (Ipratropium bromide
can also be added as a nebuliser if the response is poor).
It is important to start oral prednisolone at 1 mg/kg/day as soon as possible. Intravenous
hydrocortisone (4mg/kg/dose 6 hourly) is used only if the child is unable to drink and changed
to oral prednisolone as soon as the child can take orally.
Make sure you reassess after each dose of salbutamol to determine the severity. After the first
salbutamol doses it is often possible to give the salbutamol 4 to 6 hourly for the first 24 hours
when a new treatment plan should be made. If a nebuliser is not available then use a meter dose
inhaler (MDI) with a spacer and face mask to give up to 10 'puffs' of salbutamol in 30 minutes
depending on response. Oral salbutamol should not be used in very severe or severe asthma.
Severe asthma history of cough or difficulty breathing and wheeze plus lower chest wall in-
drawing with ability to drink.
Management involves measuring oxygen saturation levels (SaO2) using a pulse oximeter
where possible. If the SaO2 is less than <90% give oxygen support, nebulise with 2.5 mg
salbutamol or use metered dose inhaler (MDI) with a spacer and mask repeatedly with 2 – 4
puffs repeated after every 20 minutes for the first one hour. These children should also start oral
prednisolone.
Mild asthma history of cough or difficulty breathing and wheeze plus an increased
respiratory rate (RR) of > 50 per minute in ages 2 – 11 months or > 40 per minute in ages 1 5
years.
Manage the acute episode with salbutamol by MDI, spacer and mask. Figure 3.1.6 shows how
to use a spacer and inhaler.
All caregivers and children with asthma should be given health education on how to avoid
triggers and on how to use the inhaler medicines effectively.
M O D U L E 3
M O D U L E 3
Figure 3.1.4: Using an inhaler, a spacer and a mask
Table 3.1.1 illustrates protocol of management of a wheezing child with possible asthma. This
is a summary of the above discussion.
Table 3.1.1: Protocol of management of a wheezing child with possible asthma
Medication
Mild
asthma
attack
Severe Asthma
Attack
Very Severe Asthma
Attack
Salbutamol*
every 15 min x 1 hour
MDI 2
4
puffs
MDI 2 –
4 puffs OR
Nebulise 2.5 –
5.0mg
-MDI 2-4
puffs (face mask
all ages) OR
Oxygen
(Maintain SaO2 > 94%)
No
By face mask (5l/min)
By
non-rebreather with face
mask 10l/min)
Anticholinergic Ipratropium
bromide every 20 min
x 1
hour
No
Nebulise
125 (<5yr) 250mcg (5
10yr) 500mcg (adolescent)
OR
MDI 2-4 puffs
Nebulise
125 (<5yr) 250mcg (5
10yr) 500mcg adolescent
OR
MDI 8 puffs
Early Steroids** No Prednisolone 1 mg /kg Prednisolone 1 mg /kg
-Nebulise 2.5mg (child
<5yr) –
5.0mg (> 5yr)
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*Adrenaline: Where inhaled beta2 agonists are not available, or where nebulization is difficult,
or if the child if not cooperative, subcutaneous adrenaline (0.01ml/kg) 1:1000 may be used
(maximum of 0.3ml per dose), and repeated every 20 minutes to a maximum of 3 doses.
** Early steroids - for children unable to take orally give IV/IM hydrocortisone (4mg/kg/dose 6
hourly) and change to oral prednisolone when child improves
I. Re-assess the child for improvement and re-classify severity.
II. If improved and now mild symptoms or asymptomatic send home on salbutamol
MDI 2 puffs every 6 hours until asthma symptoms cease. If the child is having repeated
attacks, then preventive therapy with inhaled steroids should be considered.
III. If still moderate to severe asthma symptoms – ADMIT TO THE WARD, and manage
as follows:
a. Investigate as appropriate
b. Continue oxygen to maintain SaO2 above 94%
c. Give inhaled salbutamol (MDI 4 puffs every hour, or nebulise hourly) until
moderate severe symptoms subside and then reduce frequency to 2 puffs 4
6 hourly.
d. Continue steroids daily for 3 to 5 days.
e. Give additional medication as indicated (pneumonia - give antibiotics,
allergic rhinitis - give topical nasal steroid drops egg betamethasone Nasal
drops)
Once moderate to severe symptoms improve, do the following:
Ÿ Reduce frequency of salbutamol MDI and spacer to 2 puffs every 6 hours.
Ÿ Train parent as follows: Correct use of MDI and spacer devices; educate on triggers and
prevention of asthma exacerbation; educate how to recognise worsening asthma
symptoms at home; educate on need for long term asthma controller MDI treatment.
Ÿ Start the child on low dose steroid budesonide MDI 100mcg bd (< 5yr) or 200 mcg bd
(>5yr)
Once the child has mild or no symptoms for 24 hours discharge on salbutamol MDI 2 puffs
every 6hours until asthma symptoms cease, oral prednisone to complete 3 to 5 days, and
budesonide MDI long-term. Continue adjunct treatment such as antibiotics where relevant
Give an appointment for follow-up review after 2 days and thereafter plan for regular follow up
based on the severity and frequency of the symptoms.
What to do after the first hour of emergency asthma management
When to discharge the child
M O D U L E 3
Before we conclude it is important to remind you that your management of pneumonia or
asthma does not end with only antibiotics or bronchodilators. Always remember to rule out
other systemic illnesses as had been mentioned before.
TB is suspected based on two or more typical symptoms:
Ÿ Persistent cough of more than 2 weeks
Ÿ Persistent fever for more than 2 weeks
Ÿ Poor weight gain,
Ÿ Unexplained lethargy for more than 2 weeks
Ÿ Pneumonia that is not responding to antibiotic treatments
When to suspect Tuberculosis (TB) in a child with cough or difficulty in
breathing?
M O D U L E 3
Scenario 3.1.2
You are asked to see Saida a 3 years old girl in the out-patient department. She is said to
have wheezing and difficulty breathing. As you approach Saida and her mother, you
observe that she is weak-looking, too breathless to drink or talk with audible wheeze.
1. Determine the degree of severity of asthma in Saida
2. Describe in details how you will manage Saida in the first 1 hour
3. Make a treatment plan for her admission care for the first 24 hours
4. What criteria will you use to discharge Saida from hospital
5. List down the key home messages to Saida's mother for management of asthma
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ALGORITHM FOR TB DIAGNOSIS IN CHILDREN
If no improvement, re-evaluate for TB (May need CXR, Mantoux test
etc) If TB suspected, start TB treatment, continue regular follow up and
complete the treatment
If child improves,
complete the treatment
and discharge home to
continue with routine
follow up
If child improves,
complete the treatment
and discharge home to
continue with routine
follow up
If child is not very sick, give 7 days
antibiotics then review after 1-2 weeks
If child is very sick, admit
to hospital for further
management
If only one or none of the
features are present
Make a diagnosis of TB if two or more
of these features are present
Treat for TB
Smear positive
Smear negative
No sputum
Sputum for bacteriology*
TB suspected based on two or more typical symptoms (Cough, fever,
poor weight gain, lethargy) for more than 2 weeks
Figure 3.1.5 Algorithm for TB Diagnosis in Children.
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M O D U L E 3
TREATMENT FOR PAEDIATRIC TB
Table 3.1.2: Revised Treatment Regimen for TB in Children (adapted
from WHO)
TB disease category
Recommended regimen
Intensive phase
Continuation
phase
All forms of TB except TB
meningitis, bone and joint TB
(osteoarticular TB)
2
*
RHZE
4 RH
TB meningitis
Bone and joint TB
2 RHZE
10 RH
**Retreatment
3 RHZE
5 RHE
Drug resistant TB Refer to a DRTB specialist
H= Isoniazid R= Rifampicin Z= Pyrazinamide E= Ethambutol
*Numeral refers to number of months of the regimen e.g. 2 HRZE refers to two months of
Isoniazid, Rifampicin, Pyrazinamide and Ethambutol
**
For children on retreatment, assess for clinical improvement after one month of treatment
Ethambutol is safe and can be used in children in doses not exceeding 20mg/kg/day
Let us now summarise this unit.
3.1.8 Summary
In this unit we have:
i. Patient with cough or difficulty in breathing need careful
assessment to help identify the diagnosis.
ii. Pneumonia and asthma should be identified and treated
appropriately early.
iii. Tuberculosis should be considered in patients with persistent
cough or persistent fever and investigated for correct
management"
M O D U L E 3
SUMMARY
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3.1.9 Review questions
1. Name the 2 causes of respiratory distress from lung or airway disease, and 2 causes
from systemic disease.
2. What are the essential signs you would look for to determine very severe pneumonia/
asthma?
3. What infections would you investigate for if treatment of pneumonia fails?
3.1.10 References
1. WHO guidelines 2010; maternal, newborn, child and adolescent
health;http://www.who.int/maternal_child_adolescent/en/
2. Kenyan Clinical Guidelines, 2013; http://www.idoc-africa.org
3. World Health Organization; 2013; Hospital Care for Children;
Guidelines for management of common illnesses with limited
resources
4. Ministry of Health-Kenya; 2013; Basic Paediatric Protocols.
5. Global strategy for the diagnosis and management of asthma in
children 5 years and younger (Global Initiative for Asthma) GINA
guidelines http://www.ginasthma.org
6. The Kenya Association of the Prevention of Tuberculosis and Lung
Diseases (KAPTLD guidelines) http://www.kaptld.or.ke/
5. WHO recommendations on the management of diarrhoea and
pneumonia
http://www.unicef.org/aids/files/hiv_diarrhoea_and_pneumonia.
pdf
M O D U L E 3
MODULE 3: UNIT 2: ACUTE DIARRHOEA AND DEHYDRATION
Unit Outline
3.2.1 Unit Introduction
3.2.1 Introduction
3.2.2 Unit Objectives
3.2.3 Definition of acute diarrhoea and dehydration
3.2.4 Classifying the levels of dehydration
3.2.5 Choice of Fluids in Rehydration Therapy
3.2.6 Treatment of the different levels of Dehydration
3.2.7 Use of Zinc in Diarrhoea
3.2.8 Treatment of Dysentery
3.2.9 Summary of Unit 3.2.
3.2.10 References and Further reading
3.2.11 Review Questions
Welcome to Unit 3.2. This unit will focus on the treatment of acute diarrhoea and dehydration.
We will start with a brief introduction on acute diarrhoea and dehydration, and then proceed to
classification and treatment of the different levels of dehydration. We will also consider the use
of zinc in diarrhoea. Finally we will go through the treatment of dysentery.
Take Note 3.1
The classification and treatment of dehydration described here refers to the
approach to the non-malnourished child. For information pertaining to
dehydration in the malnourished child, see Module 6.
I hope you find this unit enjoyable and informative.
3.2.2 Unit Objectives
By the end of this unit, you will be able to:
i. Define Acute Diarrhoea and Dehydration
ii. Classify Dehydration
iii. Describe the rationale behind the choice of fluids for different
levels of dehydration
iv. Describe fluid therapy in the management of different levels of
dehydration
v. Describe other supportive aspects in the treatment of diarrhoea
vi. Describe the diagnosis and treatment of Dysentery
M O D U L E 3
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3.2.3 Definition of acute diarrhoea and dehydration
Before we proceed, take some time to perform activity 3.1
Activity 3.1
Write down your current understanding of the terms:
Ÿ Diarrhoea
Ÿ Dehydration
Well done!
Read through and compare your answers to the following information
Acute diarrhoea is defined as having 3 or more loose (liquid or semisolid) stools per day. It may
either be acute watery diarrhoea or acute bloody diarrhoea. This is often accompanied by fever
and vomiting. Acute diarrhoeal illnesses are a major contributor to under-five morbidity and
mortality worldwide. Majority of diarrhoeal deaths occur in developing countries especially
countries in Sub-Saharan Africa
One of the most important factors that affect mortality in children with acute diarrhoea is the
degree of dehydration they develop.
Dehydration refers to the resultant loss of fluid from the child's body arising from loose
motions, vomiting, sweating, urine and fast breathing during the illness. Children with more
severe levels of dehydration are at increased risk of mortality. These risks also increase the
longer the fluid deficit remains uncorrected. Prompt rehydration therapy is therefore one of the
most important aspects of treatment if death due to diarrhoea is to be avoided.
Rehydration therapy is guided by the severity of the level of dehydration. In order to reliably
treat dehydration then we need to classify the level of dehydration the child presents with. The
level of dehydration can be determined by loss in body weight obtained from deducting the
presenting weight from that recorded at previous visits. More commonly however, we rely on
clinical signs to estimate the level of dehydration.
For the purposes of rehydration therapy, the MOH and World Health Organization classify
Dehydration into 4 classes:
Ÿ Severely impaired circulation from diarrhoea/dehydration (hypovolaemic shock)
Ÿ Severe dehydration
3.2.4 Classification of the level of dehydration
M O D U L E 3
How severe is the dehydration due to diarrhoea?
All of the below are present:
Not alert, AVPU < A
Weak or absent peripheral
pulse
Cold periphery and
temperature gradient
Capillary refill > 3 secs
Signs of
Severely
Impaired
Circulation –
Likely
Hypovolaemic
Shock
Y
Ÿ Some dehydration
Ÿ No dehydration
Let us consider these definitions in turn.
Before you read the text, take some time to perform activity 3.2.
3.2.4.1 Severely impaired circulation from diarrhoea/dehydration
(hypovolaemic shock):
Activity 3.2
List three signs that could be used to identify the child with severely
impaired circulation from diarrhoea/dehydration (hypovolaemic shock).
Good! Now, let us read on to get more information about the diagnosis of shock.
Severely impaired circulation from diarrhoea/dehydration (hypovolaemic shock) is the most
severe form of dehydration recognized by the World Health Organization (WHO). It is often a
pre-terminal effect (last event before the child goes into cardiopulmonary collapse). It is
therefore, very important to accurately diagnose this hypovolaemic shock and provide
effective treatment.
Signs of severely impaired circulation from diarrhoea/dehydration (hypovolaemic shock)
occur when severe circulatory compromise results in a reduced consciousness level and the
development of impaired peripheral circulation.
The child with severely impaired circulation from diarrhoea/dehydration (hypovolaemic
shock) will have cold hands plus a weak/ absent pulse and a capillary refill more than 3 seconds
and reduced level of consciousness - less than Alert on the AVPU Scale
In addition, the child will have a history of diarrhoea and the two essential signs of severe
dehydration: sunken eyes and slow skin pinch.
This is illustrated in Figure 3.2.1.
Figure 3.2.1 Diagnosing Severely impaired circulation or Shock
M O D U L E 3
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3.2.4.2 Severe Dehydration:
If the child does not fulfil the criteria for severely impaired circulation from
diarrhoea/dehydration (hypovolaemic shock); ask yourself, does the child have features of
severe dehydration?
Before proceeding, take some time to attempt Activity 3.3.
Activity 3.3
List three signs that could be used to identify the child with severe
dehydration
Good!
Now let us see how these signs are used to make a diagnosis of severe dehydration
ü Not alert, AVPU < A
ü Weak or absent peripheral pulse
ü Cold periphery and temperature
gradient
ü Capillary refill > 3 secs
Pulse easy to feel, but
unable to drink
or AVPU < A
plus:
Sunken Eyes
Skin pinch 2 secs
Severely Impaired
Circulation
‘Hypovolaemic
Shock’
Severe
Dehydration
Y
Y
Figure 3.2.2: Diagnosing Severe Dehydration
The most reliable signs of severe dehydration are sunken eyes and a very slow return after skin
pinch (more than 2 seconds). If these two signs are present and the pulse is easy to feel (even if it
is very fast) and the child cannot drink (which means they are not likely to be alert) then the
child has severe dehydration and intravenous (IV) fluids are indicated
Figure 3.2.3: An Infant with
Sunken Eyes
M O D U L E 3
Figure 3.2.4: Delayed Skin Turgor
3.2.4.3: Some dehydration
Now, let us turn our attention to the diagnosis of some dehydration.
The same signs used to establish a diagnosis of severe dehydration are considered in
establishing the diagnosis of some dehydration.
A key difference between the two however, is that the child with some dehydration can drink. In
addition, the child may present with restlessness or irritability.
Therefore, to make the diagnosis of some dehydration, the child must be able to drink but have
at least 2 of the following 3 signs:
Ÿ Sunken eyes
Ÿ Skin Pinch that returns within 1 - 2 seconds
Ÿ Restlessness or Irritability
Figure 3.2.5: Diagnosing Some Dehydration
Able to drink plus
2 of:
·
Sunken Eyes and / or
·
Skin pinch 1 -
2 secs
·
Restlessness / Irritability
Some Dehydration
M O D U L E 3
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Take Note 3.2
The ability to drink is an important sign to distinguish severe dehydration
from some dehydration. The health care worker should attempt to establish
the child's ability to drink by observing and either asking the mother to
breastfeed or offering the child a drink (ORS or Milk).
3.2.4.4. No dehydration:
If a child does not meet any of the dehydration classifications above then they have no
significant dehydration even if they have lots of diarrhoea. Treatment should be offered to the
child to prevent them from developing dehydration.
Having reviewed how to diagnose different levels of dehydration in children with diarrhoea;
undertake activity 3.4.
Activity 3.4
You are asked to see Peter, a 6 month old infant presented to the outpatient
department, who is reported to have severe diarrhoea and vomiting. The
child is weak but he is able to fix his gaze and look around him. There is no
stridor or noisy breathing. He is breathing adequately. On inspection there is
no visible severe wasting, and he has sunken eyes. He has warm hands which
appear to be the same colour as his mother's. You press on the pulp of the
finger and the colour returns after 2 seconds. You pinch the skin on his
abdomen and it takes 2 seconds for it to return to its normal position. The
child is able to breastfeed.
What is Peter's level of dehydration?
Well Done! Peter has some dehydration
Having completed the classification of dehydration we will proceed to discuss how to make
rational decisions when choosing fluid therapy for children with diarrhoea. There are several
fluids that are available for rehydration and we need to understand the science of dehydration to
be able to choose the appropriate fluid for rehydration
3.2.5 Choice of fluid therapy in dehydration:
M O D U L E 3
3.2.5.1. Fluid choice for Shock and Severe Hydration:
Pathophysiological State during Dehydration:
Now, read through the following information regarding the choice of fluids for intravenous
rehydration in shock and severe dehydration.
In dehydration secondary to acute diarrhoea, we need to replace fluid that is similar to the body
fluid.
Look carefully at the following illustrations of the pathophysiology of fluid therapy in
dehydration. They indicate what happens when hypotonic IV fluid is given versus when
isotonic IV fluids are given in severe forms of dehydration.
Figure 3.2.6: Hypotonic Rehydration Fluid Choice and its Physiological Implications
Depleted Extracellular
Fluid Compartment
Main Constituent = Na+ 140 mmol/l
Existing Fluid
Fluid Deficit from the
Intravascular Space
In majority of cases, Fluid lost
has a similar composition to
plasma
This results in Isotonic
Dehydration
Fluid Deficit
from
Diarrhoea
Extracellular Fluid Compartment
Existing Fluid
Pathophysiological State during Dehydration:
M O D U L E 3
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Replacement with Isotonic IV Fluids
Depleted Extracellular
Fluid Compartment
Main Constituent = Na+ 140 mmol/l
IV Fluid Replacement with
Isotonic
Fluid
Existing Fluid
If the fluid deficit is first
replaced with a ‘normal’
sodium fluid then body sodium
is maintained.
Normal
sodium fluids are more
effective than hypotonic fluids
at restoring the circulating
volume.
They also help to avoid
Hyponatraemia leading to
convulsions
Fluid Deficit
from
Diarrhoea
Extracellular Fluid Compartment
Depleted Extracellular
Fluid Compartment
Main Constituent = Na+ 140 mmol/l
Existing Fluid
Fluid Deficit from the
Intravascular Space
In majority of cases, Fluid lost
has a similar composition to
plasma
This is called Isotonic
Dehydration
Fluid Deficit
from
Diarrhoea
Extracellular Fluid Compartment
M O D U L E 3
Figure 3.2.7: Isotonic Rehydration Fluid Choice and its Physiological Advantages
Low sodium concentration fluids should not be used to correct shock or severe dehydration as
they cause sodium concentration levels to fall and do not last long in circulation hence, the
appropriate fluids to use for Intravenous Rehydration in Shock and Severe Dehydration is
Ringer's Lactate. Normal saline is only used where the Ringer's lactate is not available.
Let us now turn our attention to fluids choices for Some Dehydration.
In contrast to fluid therapy in shock and severe dehydration, fluid therapy for some and no
dehydration comprises the use of low osmolarity oral rehydration salts (ORS). These salts are
carefully formulated so that they contain – after adding the clean water – sodium, potassium,
lactate (as citrate) and glucose in amounts that are easily absorbed and that allow the body to
rapidly correct the fluid deficit and any abnormalities in sodium and potassium.
Recent reviews of evidence have demonstrated that ORS is just as effective as IV fluid
resuscitation in some dehydration and probably safer even when there is vomiting. In addition,
it has also been demonstrated that the use of low osmalority ORS is associated with less
complications such as convulsions and over hydration, than the use of IV Fluids.
Now, let us consider how we use the fluids chosen to correct the different levels of dehydration.
First, note carefully the treatment of shock from diarrhoea.
This condition is life threatening; it requires immediate treatment. The intravascular fluid
compartment must be rapidly restored if the mortality is to be averted. Treatment therefore
involves:
Ÿ Rapid assessment to determine the responsiveness of the child. Confirm the safety of
the environment for the health worker and the child. Always call for help.
Ÿ Rapid assessment and management of the child's airway and breathing; often these
children will need oxygen.
Ÿ Establishment of the diagnosis of diarrhoea related hypovolaemic shock; as discussed
in section 3.2.3.
3.2.5.2 Fluid Choices for Some and No Dehydration.
3.2.6 Treatment of different levels of dehydration:
3.2.6.1. Treatment of severely impaired circulation from
diarrhoea/dehydration (hypovolaemic shock):
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Ÿ Rapid placement of intraosseous access or intravenous access. As intraosseuous access
is much quicker to establish than searching for an iv line this is often preferred and will
be discussed and demonstrated during the practical sessions ref fig 3.2.8
Figure 3.2.8: Position of Placement
of an Intraossesous Access needle at
the Anteromedial surface of the
Tibia 2 cm below the Tibial
Tuberosity
Once IO access has been secured, then fluid administration should be started at once.
Administration of a fluid Bolus (Ringers Lactate) of 20 mls/kg over 15 minutes.
Rapid assessment of the child's disability (level of consciousness) once the fluid has
been started and administration of 10% dextrose (below A on the AVPU scale).
After the first bolus there should be a full reassessment (ABCD). During reassessment,
it should be determined whether there are still signs of severely impaired circulation
from diarrhoea/dehydration (hypovolaemic shock); if present the fluid bolus may be
repeated. After this second bolus, or after the first if the circulation has improved,
proceed to give Step 2 of the Plan C fluid management approach – this is described in
the MOH protocols and in the WHO Pocketbook and comprises: 70 ml/kg of fluid over
5 hours if the child is less than one 1 year; and over 2 ½ hours if the child is older than 1
year.
Ÿ
Ÿ
Ÿ
The following algorithm summarizes this treatment.
Airway & Breathing (oxygen)
effectively managed
Establish io / iv access
Re-assess A and B then Clinical
Signs of shock
Shock identified
20 mls / kg bolus of fluid
(<15 minutes)
70mls/kg Ringer’s Lactate
· over 2.5 hrs age >=12m
· over 5 hrsage <12m.
Signs Resolve
Signs persist
Figure 3.2.9: Treatment of shock
M O D U L E 3
3.2.6.2. Treatment of Severe Dehydration:
Table 3.1.1: Treatment summary: Management of severe dehydration
Good progress! Now consider the treatment of Severe Dehydration.
The treatment of Severe Dehydration requires use of IV Fluids, preferably Ringer's Lactate. If
Ringer's Lactate is not available, Normal Saline could be used. Fluid therapy is administered
quickly to prevent the child from progressing to shock and cardiopulmonary collapse.
IV Access (peripheral vein) should be obtained as fast as possible because the child cannot
drink.
Treatment is administered according to the PLAN C Rehydration plan; in 2 phases Step I and
Step II. Both phases aim to deliver 100 mls/kg of IV fluid over the total rehydration period. This
should be initiated during the initial ABCD assessment of the sick child.
Step 1 of Plan C involves administration of 30 mls/kg of IV Ringer's Lactate over 1 hour if the
child is less than 1 year and over 30 minutes if the child is one year or more.
Step 2 consists of an infusion of 70mls/kg of Ringer's Lactate over 5 hours if the child is less
than one year; and over 2 ½ hours if the child is one year of older.
This treatment is summarized in Table 3.1.1:
RINGERS LACTATE (RL)
or normal saline if RL
unavailable
AGE < 12 MONTHS
AGE 12 MONTHS TO 5 YEARS
Step 1
30 mls / kg over 1 hour
30 mls / kg over 30 minutes
Step 2
70 mls / kg over 5 hours
70 mls / kg over 2.5 hours
Then re-assess child
if still has signs of severe dehydration repeat step. If signs improving
treat for some or even no dehydration
M O D U L E 3
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In the event IV Access cannot be obtained, ORS can be used via a naso-gastric tube if necessary.
ORS can be administered at 100 mls/kg over duration of 6 hours.
During IV or NG rehydration of a child with severe dehydration, the child should be reassessed
after the first hour of rehydration and then after 3 6 hours to re-classify the level of
dehydration. If there are still signs of severe dehydration repeat Plan C of rehydration. If the
signs have improved, the child can be treated for some dehydration using ORS.
ORS should be started as soon as the child is able to take fluid orally.
Having gone through the treatment of Severe Dehydration let us now focus on the management
of Some Dehydration.
Before proceeding, however, take some time to answer Question 3.1.
3.2.6.3. Treatment of Some Dehydration:
Question 3.1
What are two benefits of using ORS in the therapy of some dehydration?
Good!
ORS has the advantage of being safe and just as effective. Now let us consider the approach to
the management of the child with some dehydration.
Ÿ In some dehydration, therapy consists of administering ORS at 75mls/kg over 4 hours.
This is referred to as PLAN B rehydration therapy
Ÿ After the first 4 hours of therapy the child should be reassessed. Do they still have some
dehydration? If they do the 75mls/kg of ORS over 4 hours should be repeated. If the
situation has improved they can be advised to give 10mls/kg of ORS with every loose
stool and offer the child as much fluid as they wish to take.
Ÿ To make administration of ORS simple and effective, the following approaches may be
useful
Ÿ The amount of fluid the child needs should be clarified for the child's mother or primary
caregiver using readily available utensils or containers whose volume is already known.
For instance, the use of soda bottles could help the mother know how to give 300 mls or
500 mls depending on the bottle used.
Ÿ The caregiver should be reminded that the ORS should be given slowly; small frequent
sips are ideal.
Ÿ Breast feeding and other forms of feeding can and should continue
M O D U L E 3
Ÿ Mothers should be counselled on how to constitute the ORS and administer it for
continued therapy at home.
Ÿ The presence of puffy eyes warrants reassessment and review of treatment
Take Note 3.3
Vomiting is not a contraindication to the use of ORS
Ÿ If the child vomits during administration of ORS, wait 10
minutes; then, resume giving ORS solution more slowly.
3.2.6.4. Treatment of No dehydration:
The aim of treatment in children with diarrhoea but no dehydration is to give them extra fluid to
prevent them from developing dehydration due to on-going losses. Administration of ORS is
balanced with the administration of nutritious feeds.
To prevent dehydration, ORS is administered at a volume of 10mls/kg with each loose stool. If
the child vomits, as with therapy in some dehydration, the caregiver should be urged to wait 10
minutes and to administer the ORS slowly thereafter.
Feeding should continue throughout the illness; and the mother should also be advised to give
additional fluids.
Take note 3.2
Always reassess and reclassify the degree of dehydration after each step
of treatment
Having gone through the management of dehydration we will now discuss the use of Zinc
Sulphate in diarrhoea.
First, answer the following question.
3.2.7 Use of zinc in diarrhoea
Question 3.1
What do you know to be the benefits of using Zinc Sulphate for diarrhoea?
M O D U L E 3
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Good!
In clinical studies carried out in different parts of the world; the use of Zinc Sulphate over
treatment duration of 10 14 days has been shown to reduce the length and severity of the
diarrhoeal illness. This effect was demonstrated in both acute and persistent diarrhoea
(diarrhoea lasting more than 14 days).
In addition, it reduces the risk of treatment failure and death in children with persistent
diarrhoea. Zinc Sulphate treatment also helps to prevent future diarrhoeal episodes.
These effects result from correction of zinc deficiency in affected children which is widespread
and often made worse by diarrhoea.
In view of this, Zinc Sulphate should be given to ALL children with any form of diarrhoea over a
period of 10 14 days. The doses are as follows:
Ÿ In children less than 6 months; 10 mg of Zinc Sulphate once daily for 10 days.
Ÿ In children equal to or more than 6 months; 20 mg of Zinc Sulphate once daily for 10
days.
Having reviewed the use of zinc in diarrhoea, let us complete this module by considering the
treatment of dysentery. First, take some time to answer Question3.4
3.2.8 Treatment of dysentery
Activity 3.4
State the most common aetiological agent that causes dysentery?
List the other common causes of bloody diarrhoea in children
Did you identify Shigella species as the most common cause of Dysentry? Well done! Now
read the information below.
Dysentery or Bloody Diarrhoea is defined by the presence of loose frequent motions with
visible blood in the stools. The single most common aetiological agent causing dysentery is
Shigella species. Other causes include:
Enteroinvasive E. coli
Campylobacter species
Non typhoidal Salmonella
The invasive form of Entamoeba Histolytica.
Non infective causes including intusussception
The treatment of dysentery, as with acute watery diarrhoea, involves rehydration therapy for
dehydration; use of zinc as well as the use of antibiotics.
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
M O D U L E 3
Children with dysentery should be treated with Ciprofloxacin at a dose of 15 mg/kg twice
daily (total 30mg/kg/day) for 3 days.
Ceftriaxone may be given as second line therapy in severely ill children at a dose of 50mg/kg
12hrly daily for 3 days.
Where antibiotic sensitivity is known, antibiotics should be selected according to the local
antibiotic sensitivities.
Congratulations! You have completed this unit. Now look at the following summary points
3.2.9 Summary
1. A small number of signs are most useful in classifying the severity of
dehydration. These should be carefully assessed in all children with
diarrhoea.
2. C h i l d r e n wi t h s e v e r e l y im p a i r e d ci r c u l a t i o n f r o m
diarrhoea/dehydration (hypovolaemic shock) and severe
dehydration must be promptly treated using IV fluids with
physiological sodium concentrations.
3. Children with some and no dehydration should be treated by
gradually administering ORS
4. When treating children with dehydration: Classify the severity, treat
by specifying fluid, volume and infusion duration then reassess
5. Zinc sulphate should be administered to ALL children with
diarrhoea.
6. Children with dysentery should be either treated with Ciprofloxacin
or Ceftriaxone in severe cases.
3.2.10 Review Questions:
Take some time now to go through the following review questions.
1. Regarding clinical signs used in diagnosis of dehydration
a. List which signs differentiate Severely impaired circulation from
diarrhoea/dehydration (hypovolaemic shock) from Severe Dehydration
b. List which signs differentiate Severe Dehydration from Some Dehydration
2. Name 2 fluids that you can use to treat hypovolaemic shock initially.
3. What volume of IV fluids would you give a well-nourished 1 year old child with
hypovolaemic shock?
M O D U L E 3
SUMMARY
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4. What volume of ORS would you give a well-nourished 18 month old child weighing
12 kg? Over what duration?
5. What are some of the benefits of using Zinc Sulphate in diarrhoea?
6. What dose of Ciprofloxacin would you give a 2 ½ year old weighing 14 kg, presenting
with a 2 day history of dysentery?
3.2.11 References
1. World Health Organization (2013). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
2. Ministry of Health-Kenya (2013). Basic Paediatric Protocols
3. UNICEF/WHO (2009). Diarrhoea: Why children are still dying and
what can be done. WHO.
4. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
M O D U L E 3
MODULE 4
The Child With Altered Consciousness
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INTRODUCTION
Welcome to Module This module covers the following common conditions that may lead to
altered consciousness in children: convulsions, hypoglycaemia, meningitis and severe malaria.
If these conditions are not recognized and managed early, they can lead to death and other
complications.
Module 4 will be covered in 4 units which are:-
Unit 4.1: Management of the child with hypoglycaemia
Unit 4.2: Management of the child with convulsions
Unit 4.3: Management of the child with meningitis
Unit 4.4: Management of the child with severe malaria
MODULE OBJECTIVES
By the end of this module you should be able to:-
i. Discuss the management of a child with hypoglycemia
ii. Describe the management of children with convulsions
iii. Identify and manage a child with meningitis
iv. Describe the identification and management of a child with
severe malaria
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M O D U L E 4
UNIT 4.1: MANAGEMENT OF THE CHILD WITH HYPOGLYCEMIA
Unit Outline
4.1.1 Introduction
4.1.1: Introduction
4.1.2: Unit Objectives
4.1.3: Definition of hypoglycaemia
4.1.4: Clinical signs of hypoglycaemia
4.1.5: Treatment of hypoglycaemia
4.1.6: Summary
4.1.7: Review questions
4.1.8: References
Welcome to the first unit of this module. In this unit we will be able to define hypoglycaemia,
look at the epidemiology and finally describe the management of hypoglycaemia.
M O D U L E 4
4.1.2 Unit Objectives
By the end of this unit you should be able to:
i. Define hypoglycaemia
ii. Describe the clinical signs of hypoglycaemia
iii. Describe the treatment of hypoglycaemia in children
4.1.3 Definition of Hypoglycaemia
Let us begin by defining the term hypoglycaemia.
In-text Question 4.1.1
In your own words, define the term hypoglycemia?
Good! Now compare your answer with the one included in the next paragraph. Hypoglycaemia
is said to be present when blood sugar level is less than 2.5 mmol/l) in any child and less than 3
mmol/l in one with severe malnutrition.
Now have a look at the frequency of hypoglycaemia in sick children by answering the questions
in section 4.1.2.
The magnitude of hypoglycaemia in sick children
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In-text Question 4.1.2
How common is hypoglycaemia in the sick children admitted in you ward /
hospital?
In which conditions or illnesses is hypoglycaemia commonly seen?
Good. Now compare your answers with the following information.
Amongst all children admitted to hospital, hypoglycaemia is found in approximately 8% or 1 in
12. Approximately 20% of sick infants aged < 7 days have hypoglycaemia. Disease-specific
data similarly shows high prevalence (ranging from 6.6% to 30%) in children with severe
malaria, anaemia, respiratory tract infections, diarrhoea and malnutrition.
As you can see, hypoglycaemia is a common phenomenon in sick children and should be
actively looked for and managed. You will now focus on how to identify children with
hypoglycaemia
In this section we will review the clinical features of hypoglycaemia. First take a moment to do
the following activity.
4.1.4 Clinical signs associated with hypoglycaemia
Activity 4.1.1
List some of the signs you would expect to find in a sick child with
hypoglycaemia
Does your list include some or all of the following?
Some of the signs associated with hypoglycaemia are; Sweating, restlessness, irritability, poor
feeding, convulsions and coma. However, none of these signs is entirely reliable. The best way
to find if hypoglycaemia is present is to measure blood glucose. Well done.
Take Note 4.1.1
Blood glucose should be monitored in all severely ill new-borns and
children.
Complications of hypoglycaemia
We will now proceed to look at the complications of hypoglycaemia in sick children. Test your
knowledge by answering question 4.2.3.
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M O D U L E 4
In-text Question 4.1.3
What are the common complications of hypoglycaemia in children?
Now check if your list includes the ones given in the following information
Hypoglycaemia can lead to altered consciousness, convulsions and even death. It has been
found to be associated with a five times increase risk of death in Mozambique and Kenya.
Among patients with severe malaria, it is associated with a three-fold increased risk of death. It
is also associated with increased risk of permanent brain injury.
You have done very well so proceed to the next section which covers management of
hypoglycaemia.
Now we shall look at how to manage hypoglycaemia. First answer question 4.1.2
4.1.5 Treatment of hypoglycaemia
M O D U L E 4
In-text Question 4.1.4
How are sick children with hypoglycaemia treated in at your
clinic/ward/hospital?
Good. Compare your answer with what ought to be done.
In case you are not able to perform rapid blood glucose measurement it is recommended to give
a bolus of intravenous glucose if a sick child has the following:
Ÿ Altered consciousness
Ÿ Inability to drink / breastfeed.
Sick children do NOT need to be given oral glucose powder. They should be fed.
In the neonatal period, babies who can breast feed do not require intravenous glucose treatment.
Instead breastfeeding should be continued. Feeding should be encouraged and improved when
blood glucose is low –and if necessary with a nasogastric tube. In case you test and find the
blood sugar level less than 1.1 mmol/l then intravenous bolus of glucose is required.
Beyond the neonatal period treatment with intravenous dextrose should be given if the glucose
level is below 2.5 mmol/l.
In children with severe malnutrition, correct hypoglycaemia if the blood glucose level is below
3 mmol/l.
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Neonatal period
if glucose <1.1mmol/L Treat with iv dextrose
if glucose 1.1 2.2
mmol/L
Consider immediate nasogastric tube feed
with expressed breast milk
Infants / children
if glucose <2.2mmol/L
Treat with iv dextrose
Severe Malnutrition if glucose <3.0mmol/L
Treat with iv glucose if unconscious /
shocked
Treat with immediate feed if AVPU = V
or A
Take a minute to study the summary provided in Table 4.1.1
Table 4.1.1 Management of hypoglycemia in Severe Malnutrition
Neonatal period if glucose <1.1mmol/L Treat with iv dextrose if glucose 1.1 2.5 mmol/L.
Consider immediate nasogastric tube feed with expressed breast milk Infants / children if
glucose <2.5mmol/L. Treat with iv dextrose
In Severe Malnutrition with glucose <3.0mmol/L, treat with iv glucose if unconscious /
shocked. If the AVPU score is A or V then immediate feeding is the preferred choice.
Concentration of Dextrose for Intravenous administration
There are various concentrations of dextrose available in hospitals for various purposes. Before
reading further, answer question 4.1.5.
In-text Question 4.1.5
What is the concentration of dextrose you have been using to treat
hypoglycaemia in children at your hospital?
Very Good! I believe your answer is close to the information in the following text.
10% dextrose solution is the concentration of dextrose that is considered safe and effective for
emergency correction of hypoglycaemia in sick children. 10% dextrose is administered as 5
mls/kg given over 2 3 mins.
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M O D U L E 4
Take note: 4.1.1
Do not use 50% dextrose – it may cause brain injury, convulsions and
death
In new-borns the use of 50% dextrose can increase the risk of brain damage due to asphyxia.
Preparation of 10% Dextrose solution
As indicated earlier, 10% dextrose is the solution of choice in treating hypoglycaemia.
In-text Question 4.1.6
What formulations of dextrose are available at your work place?
In case 10% dextrose in not readily available you can make it up yourself by using the following
method.
Use 50% dextrose to make 10% dextrose by diluting the former with water for injection as
shown in figure 4.1.1.
M O D U L E 4
Figure 4.1.1: Making 10% dextrose using 50% dextrose and water for injection
Good! Using the knowledge you have now gained, do the following assignment
Assignment 4.1.1
Take time and visit the paediatric ward or clinic. Observe what dextrose
solutions are available. Make some 10% dextrose using 50% dextrose
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Maintenance therapy
Let us now look at the concept of maintenance therapy. First answer question 4.1.7.
In-text Question 4.1.7
After giving the bolus of glucose, what further action do you undertake to
ensure the hypoglycaemia does not occur again?
Good. Maintenance glucose must be provided to prevent rebound hypoglycaemia. Look at the
following information.
Figure 4.1.2: The response to a bolus of 10% dextrose
The blue dotted line represents what we hope will happen with the blood glucose level after the
bolus
The pale orange bars represent what the insulin level is likely to be in response to a glucose
bolus note the lag time as insulin release is slow in response to a high glucose.
The dark red line represents what may happen after a bolus of glucose if the insulin level rises as
predicted:
The glucose level falls again to very low levels because when only a bolus of glucose has been
given and there is no continuous supply of glucose. Insulin levels increase in response to the
bolus of glucose. The high insulin levels happen at a time when the glucose level has gone down
if it is not sustained by a continuous supply of glucose.
This illustrates that giving only a bolus of glucose may result in problems at a later stage
because of rebound hypoglycaemia.
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M O D U L E 4
Take Note 4.1.2
Following a bolus infusion of dextrose, a continuous supply of glucose must
be provided through feeding or IV fluids containing dextrose.
After a bolus of glucose you must plan to continue glucose supply by giving:
IV fluids with dextrose
– Nasogastric or oral feed
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SUMMARY
4.1.6 Summary
Ÿ Hypoglycaemia is common in very sick newborns and children
Ÿ The signs of hypoglycaemia are not completely reliable and blood
sugar levels should be monitored in all sick children.
Ÿ Treat hypoglycaemia with a 5ml/kg intravenous bolus of 10%
dextrose.
Ÿ To prevent rebound hypoglycaemia, bolus glucose treatment must
be followed by maintenance therapy.
4.1.7 Review questions
Take some time to go through the following review questions
1. Define the term hypoglycaemia
2. List some of the clinical signs of hypoglycaemia
3. Which children should be given intravenous glucose?
4. What is the preferred concentration of dextrose recommended for hypoglycaemia?
5. What are the complications of using 50% dextrose in children?
6. What is the volume of dextrose given when treating hypoglycaemia?
7. What are the options available of maintaining blood glucose at normal after a bolus of
dextrose?
4.1.8 References and Further Reading
1. Achoki R, Opiyo N, English M: Mini-review: Management of
hypoglycaemia in children aged 0-59 months. J Trop Pediatr
2010, 56(4):227-
2. Ministry of Health-Kenya (2013). Basic Paediatric Protocols
World
Health Organization (2013). Pocket book of hospital care for
children. Guidelines for the management of common illnesses
with limited resources. WHO.
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UNIT 4.2 MANAGING CONVULSIONS IN CHILDREN
Unit Outline
4.2.1 Introduction
4.2.1: Introduction
4.2.2: Objective
4.2.3: ABCD approach of managing a child with convulsions
4.2.4: A rational approach to the use of anticonvulsants in children
4.2.5: Properties of commonly available anticonvulsants
4.2.6: Summary
4.2.7: Review questions
4.2.8: References
Convulsions in children are a common manifestation of illness which causes great distress to
both care-givers and health workers.
This unit will help you enhance your knowledge and skills in managing convulsions in children
older than one month.
4.2.2 Unit Objectives
By the end of this unit you will be able to:-
i. Discuss the ABCD approach in the management of children with
convulsions
ii. Discuss the properties of commonly available anticonvulsant drugs
diazepam and phenobarbitone
iii. Discuss a rational approach to the use of drugs in the management of
convulsions in children
4.2.3 ABCD approach of managing a child with convulsions
In this section, you are going to apply the ABCD approach to managing a child with
convulsions. Have you at one time or another encountered a convulsing child? If so, reflect back
on one of these occasions. What went through your mind? How did you deal with the situation?
As you reflect, consider the following scenario.
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Scenario 4.2.1
While working at the outpatient department, you are asked to see a little girl called Amina.
She is 9 months old and is rushed to you because she is having a convulsion. You note that it
is a generalised tonic clonic convulsion. Amina's mother tells you that she has had 2 other
episodes, one at home, and one on the way to hospital. She has also had fever and refusal to
feed for two days.
What should you do?
You should initiate and systematically continue with the ABCD approach tackling each aspect
at a time.
A POINT OF CAUTION. It has been noted that many health workers rush to give
anticonvulsants due to the anxiety caused by a convulsing child. Insufficient attention is paid to
basic airway and respiratory support which may result in death and brain damage. The
recommended management begins with the airway, the A.
A-AIRWAY
The airway is at risk in a convulsing child. You need to place the child on a flat surface and make
sure they are in the recovery position to help maintain airway patency by preventing secretions
that may cause obstruction
The recovery position is illustrated in figure 4.2.1
Figure 4.2.1: The recovery position: How to correctly position the convulsing child
DO NOT attempt to insert an oropharyngeal airway in a child with clenched teeth.
After the seizure (and treatment) the loss of muscle tone may result in obstruction of the airway
by the tongue so you must remember to take care of the airway by correctly positioning and
using suction to clear any secretions.
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Now that you are satisfied with the airway patency and function, it is time to manage the
breathing
B-BREATHING
It may be hard to assess the adequacy of breathing so provide the child with oxygen, especially
if the convulsion is lasting more than five minutes.
Breathing having been sorted you now move to the management of circulation.
C-CIRCULATION
If the child is convulsing, you can safely assume then that a heart rate must be present. Checking
pulses during an on-going convulsion may not be easy. Rapidly check for coldness of the
extremities and capillary refilling.
Address any emergency signs of impaired circulation before proceeding with further
management.
Finally, manage disability.
D- DISABILITY
You will recall from your previous session in module one unit two, that assessing disability
requires you to go score the child's level of consciousness on the AVPU scale.
In-text question 4.2.1
What does each of the letters in A-V-P-U stand for?
Have you identified them as follows?
A is for Alertness
V is for response to Voice
P is for appropriate response to Pain
U is for Unresponsive
Well done!
A child is termed as having disability if he/she scores less than A on the AVPU scale.
In a child who is experiencing a convulsion, it may be difficult to assess the AVPU score.
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Take note: 4.2.1
After a generalised convulsion, the child may go into post-ictal sleep and
will seem un-arousable
You should seek to establish the cause of the convulsions, and the need for anticonvulsants.
Hypoglycaemia, which we covered in unit one of this module, is among the commonest causes
of convulsions so you need to be prepared to treat it using 5ml/kg of 10% dextrose.
Keep calm! Find out how long the convulsion has lasted. If it has persisted for more than 5
minutes then you should administer an anticonvulsant.
Good! This brings us to the end of the ABCD approach to managing convulsions. Let us now
proceed to the next section which discusses the use of commonly available anticonvulsants, the
doses and routes of administration.
Anticonvulsants are drugs used to stop and prevent seizures. Take time to now review their
rational use in activity 4.2.1
4.2.4 Rational use of anticonvulsants in a convulsing child
Activity 4.2.1.
1. List some of the anticonvulsants you have seen used in children
2. What are some of their adverse effects?
Does your list include diazepam and phenobarbitone?
Well done then!
There are many anticonvulsants available, however diazepam and phenobarbitone are
commonly available at all levels of our health facilities. They are effective if used correctly.
Adequate care must be taken to avoid their adverse effects. Please remember that you may have
to refer to higher health facility any child who continues convulsing despite receiving adequate
doses of these initial drugs.
Now have a look at the rational approach to prescribing anticonvulsants. Answering question
4.2.2 will start you on this process.
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In -text Question 4.2.2
Do you recall the scenario 4.2.1 of our 9 month old girl Amina, who
having a generalized convulsion?
You quickly assessed her, put her in the recovery position, wiped off her
secretions, and provided her oxygen using nasal prongs
However her seizure still persists!
What should you do now?
It is indeed correct to now address hypoglycaemia and anticonvulsant drugs.
If the convulsion lasts for 5 or more minutes, diazepam should be given. Many febrile
convulsions are short and happen only once. The use of diazepam to prevent febrile convulsions
is not recommended.
Now obtain IV access if you hadn't already, and administer 5ml/kg of 10% dextrose to correct
possible hypoglycaemia.
In -text Question 4.2.3
What can you do next if even 5 minutes after giving diazepam the
convulsion still continues?
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Figure 4.2.2: Rational approach to managing convulsions in children
Good! A second dose of diazepam should be administered.
Note that if the convulsion is still on going 5 minutes after giving 2 doses of diazepam then you
will need to give a loading dose of 15 mg/kg of IM phenobarbitone.
Good. Let us now look at a summary of these steps in Figure 4.2.2
M O D U L E 4
Diazepam
Level required
to control
seizures
Time after giving diazepam
Diazepam blood concentration
After iv (0.3mg/kg) or pr(0.5mg/kg)
administration adequate levels are
reliably achieved within 5 minutes
but half of the drug is not cleared
from circulation in 12 hours
12Hours
0
Do not use
im diazepam
4.2.5 Properties of commonly available anticonvulsant drugs – diazepam and
phenobarbitone
Now let us review the properties of each of these drugs individually.
Diazepam
Diazepam is the first line anticonvulsant drug. It can be given by the intravenous (IV) or per
rectal (PR) routes.
Let us briefly look at some basic pharmacokinetics of IV Diazepam. This is illustrated in Figure
4.2.3.
As you can see, the Y axis illustrates diazepam concentration, while the X axis represents time.
Figure 4.2.3 Diazepam pharmacokinetics after IV administration
To have its effect diazepam must reach a certain level in the blood (it then reaches an effective
level in the brain where we want it to act). This level is indicated by the blue line.
To control a convulsion you want the blood level to rise rapidly to the level required for
diazepam to work.
Pharmacokinetic studies in African children showed that a dose of 0.3 mg/kg achieves the
correct levels rapidly and reliably.
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Next we shall proceed to look at Diazepam given rectally.
After rectal administration the time to reach the right, effective blood level is a little longer than
with the IV route. A dose of 0.5 mg/kg usually achieves the right levels within 5 minutes
Now let us look at Figure 4.2.4. This illustrates how to correctly administer rectal diazepam.
Figure 4.2.4 How to correctly give rectal diazepam
Let us take note that inserting the syringe less than this distance will encounter squamous
epithelium of the anal margin, which would be as effective as pouring the drug on to the palm of
your hand! There will be very little if any absorption.
Answer question 4.2.4 before we proceed to discuss the adverse effects of diazepam
In-text Question 4.2.4
What is the danger of administering diazepam intramuscularly (IM)?
Good effort!
After intramuscular (IM) administration the drug levels achieved are much more unpredictable
and it takes much longer to reach an effective level. Thus its delayed onset of action may lead
one to give a second and even a third dose to control an on-going convulsion. This can result in a
very dangerous, very high level after 30-60 minutes which may cause respiratory arrest.
It should now be clear that Diazepam should not be given IM as it is unreliable when trying to
stop a convulsion in a child. rectal and intravenous routes should be used
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Giving rectal diazepam
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What is the half-life of diazepam?
Thank you for your attempt! Diazepam has a long half-life of 10-20 hours which means that
after you inject this drug, 10 hours later, half of it is still present in the body.
The half-life of Diazepam is even longer in neonates and therefore its use is contraindicated in
this age group.
Diazepam is inactivated by the liver therefore if there is liver disease, the drug lasts even longer
in the body and adverse effects are even more common.
We shall now look at the properties of phenobarbitone
Phenobarbitone has a half-life of more than 2 days. There is therefore danger of accumulation
like Diazepam. It is also eliminated by the liver. Phenobarbitone should be given by deep
intramuscular (IM) injection.
Let us now look at pharmacokinetics of phenobarbitone
In Figure 4.2.8, Phenobarbitone levels in the blood are indicated on the Y axis, time after
injection on the X axis on. The level required to control seizures is indicated by the blue line.
The black line illustrates that after an IM injection of 15 mg/kg, levels required to stop seizures
are achieved within 10 minutes.
Note that administration of a loading dose is essential to rapidly achieve adequate levels of
phenobarbitone to control seizures.
In text Question 4.2.5
Phenobarbitone
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to control
seizures
Phenobarbitone blood concentration
Failure to use a loading dose
will result in inadequate levels
and fail to control seizures
Figure 4.2.5: Phenobarbitone pharmacokinetics without a loading dose
Don't be apprehensive about giving 'large' doses of phenobarbitone to children because if we do
not give the correct first dose then the level required to stop convulsions will not be achieved
and it will be a waste of time.
Take note 4.2.3
The recommended loading dose of phenobarbitone (15 mg/kg) should be
used to achieve a level that can stop convulsions.
Let us also note that the very long half-life means that once a large loading dose has been given
and the correct levels in the blood have been achieved that it is only necessary to give small
doses to keep the levels up.
Pharmacokinetics studies done in African children have shown that a dose of 2.5 mg/kg once a
day is adequate to maintain effective levels. This dose may be increased if there are persistent
seizures.
Good! You now know important properties of two commonly available anticonvulsants.
Answer question 4.2. 6
In text Question 4.2.6
What are the adverse events of using diazepam and phenobarbitone?
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Well done!
Both diazepam and phenobarbitone are known to cause respiratory depression in some cases
and more commonly if the dose is high.
Respiratory depression causes a rise in carbon dioxide in the blood this causes dilation of
blood vessels in the brain and raises intracranial pressure. In cases of meningitis, head injury,
perhaps malaria and other diseases this effect may be enough to cause respiratory arrest.
Respiratory depression also can worsen delivery of oxygen to the body. In overdose,
phenobarbitone causes coma and hypotension.
We have come to the end of this unit. Please take note of the following key points
4.2.6 Summary
1. The ABCD approach should be used when managing children with
convulsions
2. Diazepam and phenobarbitone when used appropriately are safe and
effective for controlling convulsions in children
2. Overdosing/use of wrong routes of administration can have deleterious
effects.
3. Concerning administration of diazepam, the IV route is best, rectal is
OK if IV access cannot be obtained but the IM route should NOT be
used
4.2.7 Review Questions
Now answer the review questions to test your understanding of the topic
1. What is the first step in managing convulsions in a child?
2. What dose of diazepam should be used when diazepam is given intravenously?
3. How many times can the dose of diazepam be repeated?
4. What is the loading dose of phenobarbitone and what is the route of administration?
5. What are some of the adverse effects of diazepam and phenobarbitone?
You can go back to the respective sections to answer the questions. Once satisfied, please
proceed to Unit 4.3 dealing with hypoglycaemia in children
M O D U L E 4
SUMMARY
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4.2.8 References
1. Ogutu B. R et al. Pharmacokinetics and clinical effect of diazepam in
children with severe falciparum malaria and convulsions.Br J
ClinPharmacol 2002;53: 49-57
2. Kokwaro G et al. Pharmacokinetics and clinical effect of phenobarbital
in children with severe falciparum malaria and convulsions. Br J
ClinPharmacol 2003;56: 453–457
3. World Health Organization (2013). Pocket book of hospital care for
children. Guidelines for the management of common illnesses with
limited resources.
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UNIT 4.3: MANAGEMENT OF THE CHILD WITH MENINGITIS
Unit Outline
4.3.1 Unit Introduction
4.3.1: Unit Objectives
4.3.2: Unit Introduction
4.3.2: Aetiology of acute bacterial meningitis in children
4.3.3: Clinical features of altered consciousness and differential diagnoses
4.3.4: Indications for lumbar puncture (LP) and interpretation of LP results
4.3.5: Antibiotics for acute bacterial management in children older than one month
4.3.6: Summary
4.3.7: Review questions
4.3.8: References
Acute bacterial meningitis is a serious condition associated with high mortality and debilitating
long-term complications. In this section we will review the common causes of bacterial
meningitis in children.
4.3.2 Objectives
By the end of this unit, you will be able to: -
i. List the common causes of acute bacterial meningitis in children
ii. Identify the clinical signs of acute bacterial meningitis
iii. Identify which child needs a lumbar puncture and how to interpret
the results
iv. 4. Outline the antibiotic treatment for child older than one month
with acute bacterial meningitis
M O D U L E 4
4.3.3 Aetiology of acute bacterial meningitis in children
As we start this unit, take some time and complete question 4.3.1
In text Question 4.3.1
Which organisms commonly cause meningitis in children?
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You are likely to have identified the ones described in the next paragraph;
Acute bacterial meningitis (ABM), before the introduction of the Haemphyllus influenza type
B (HiB) and, more recently, pneumococcal vaccines was caused by Streptococcus pneumoniae
and Haemophyllus influenzae in >80% of cases in children older than 1 month of age. This
aetiology may change with the widespread coverage of the new vaccines. In children less than
one month of age, the range of pathogens is wider including gram negative bacteria. Common
organisms in this age group are Group B streptococcus; Escherichia coli and Klebsiella spp.
(Management of these will be covered in Module 5 Unit 3: Neonatal Sepsis)
Acute bacterial meningitis has a mortality of 25% and 25-30% survivors have sequelae. It is
very important for you to be able to correctly recognise and manage meningitis.
The child seen in Scenario 4.3.1 is suspected to have meningitis. Have a careful look at the
picture to prepare you for the accompanying scenario.
4.3.4 Clinical signs of acute bacterial meningitis
Scenario 4.3.1
The child in this picture is a two-year-old girl who is said to have had a prolonged seizure
before becoming unresponsive. She has been unwell for the past seven days with poor
feeding and hotness of the body.
1. List down the signs and symptoms you can see in the child.
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Well done! Now let us see if your list included the following signs and symptoms:
Ÿ Fisting
Ÿ Scissoring
Ÿ Neck retraction (opisthotonus)
Ÿ Deviation of the eyes
Ÿ Decorticate posturing
This child may have meningitis, but several other conditions may present this way. Now
proceed to answer question 4.3.2 in this regard
In-text question 4.3.2
What are the differential diagnoses in a child presenting to you with altered
consciousness?
Good! Compare your answers with the differential diagnoses shown in Figure 4.3.1.
Figure 4.3.1 Differential diagnoses of altered consciousness
As you can see from Figure 4.3.1, there are many diverse conditions that may cause altered
consciousness, within the central nervous system and without. Now let us consider the use of
lumbar punctures (LP) in the diagnosis of such a child.
Now learn how to correctly identify who needs a lumbar puncture. Begin by answering
question 4.3.3
4.3.5 Indications for lumbar puncture (LP) and interpretation of LP results
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Altered Consciousness
In-text question 4.3.3
Which clinical signs would make you consider a diagnosis of meningitis?
Good effort! Did your list include stiff neck, bulging fontanelle, arching of the back,
convulsions and altered consciousness?. These signs would make one consider a diagnosis of
meningitis, but this may also be cerebral malaria. It is difficult to clinically make a distinction
between cerebral malaria and meningitis as illustrated in Figure 4.3.2.
Figure 4.3.2: Signs of cerebral malaria vs acute bacterial meningitis
So although some of these signs are more suggestive of either cerebral malaria or meningitis,
none are only found in one of the conditions and so none is specific.
What is the key to diagnosis? It is to take a good history, physical examination and
investigations; in particular a lumbar picture and blood slide for malaria parasites to distinguish
the two.
In doing so, we can avoid missing meningitis and its complications (death and handicap), and
avoid inappropriate use of antibiotics:-
As a minimum, do a lumbar puncture for those with history of fever and one of the following:
Ÿ Bulging fontanelle
Ÿ Stiff neck
Ÿ Fits if age <6 months or > 6 yrs
Ÿ Partial or focal fits
Ÿ Reduced consciousness
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Malaria or Meningitis?
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Take note 4.3.1
The contraindications to lumbar puncture include:
Ÿ Need for cardiopulmonary resuscitation
Ÿ Pupils that respond poorly to light
Ÿ Skin infection at LP site
Ÿ Suspicion of intracranial mass
Bleeding disorders
We will now review the bedside interpretation of a cerebrospinal fluid (CSF) sample.
Cerebrospinal fluid (CSF) Turbidity
Remember that CSF should be clear. So a simple test of CSF turbidity is to see if normal print
can be read easily through the sample
Let us look at figure 4.3.4. The figure on the left is clear; the one on the right is cloudy.
Figure 4.3.3 Inspection of CSF for cloudiness
6
Cloudiness usually appears at CSF white blood cell counts of > 200x10 white blood cells per
litre. It is widely felt that interpretation of CSF results requires good laboratory support.
However there is good evidence to show that bedside examination of CSF samples for turbidity
alone can detect up to three quarters of the cases of meninigits.
Once you have collected a sample of CSF and noted the appearance at the bedside, you should
take the sample to the laboratory for analysis.
Now answer question 4.3.4
In text Question 4.3.4
Which laboratory tests would you request to be done on a sample of CSF?
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Good! The laboratory will assess the CSF sample by performing a cell count, biochemistry to
detect the glucose and protein levels and finally microscopy culture and sensitivity to detect the
causative organism and most appropriate antibiotic treatment. Note that empiric treatment with
first-line antibiotics (discussed later in this unit) should be administered as you await results
from the laboratory.
Remember, your results are only as good as the specimen you provide.
CSF must be processed within one hour of collection. Note that CSF should not be put in a
0
fridge. Only put CSF in an incubator if the ambient temperature is less than 15 C and it cannot
be taken to the lab quickly.
Ideally specimens should be collected before treatment is initiated. However, take note that it
takes 24-36 hours of antibiotic therapy for CSF samples to become sterile and it takes 2-3 days
of therapy to change the white blood cell count of CSF in true bacterial meningitis.
Take note 4.3.2
Prior antibiotic treatment is no excuse for not doing a lumbar puncture!
Good! You now know how to make a clinical diagnosis of meningitis and the appropriate
laboratory investigations to request for after collecting a sample of CSF.
In the next section we will look at the Ministry of Health recommendations on management of
meningitis. Management of meningitis in the neonatal age group is covered in Module 5.
Before we discuss the management of meningitis in children, test your knowledge by
answering question 4.3.5
4.3.6 Management of acute bacterial meningitis in children older than one
month
In-text Question 4.3.5
Which antibiotics should be used for management of acute bacterial
meningitis in children older than 1 month of age?
Good! The Ministry of Health recommends the following combination of antibiotics for the
first line treatment of acute bacterial meningitis:
Ÿ Benzylpenicillin 100,000 IU/kg 6 hourly
PLUS
Ÿ Chloramphenical at 25 mg/kg 6 hourly
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If you prove meningitis by LP then ceftriaxone is a very reasonable alternative. However, but
you should have a LP result!
Take note that we double the standard dose of penicillin
Scenario 4.3.2
Ÿ A 15 month old child presents with a 3 day history of fever, refusal to feed and
increasing lethargy. The mother reports having noted slight twitching of the mouth.
Ÿ One of your differential diagnoses is acute bacterial meningitis.
Ÿ The blood slide is negative for malaria parasites. You do a lumbar puncture and find
turbid CSF.
Ÿ Write down the antibiotics you would use to treat this child and the respective dose
of each drug (He weighs 11kg).
Good! This child should be treated with IV Benzypenicillin1.1Mega Units six hourly and IV
Chloramphenicol 275 mg six hourly.
Hopefully you have enjoyed going through this unit and are now more comfortable with
managing meningitis in children. Make note of the summary points below:-
4.3.7 Summary
In this unit, we have seen that:-
Streptococcus pneumoniae and Haemophyllus influenza are important
causes of bacterial meningitis in children.
2. We need to use (at least) the AVPU scale to assess consciousness
3. We cannot distinguish cerebral malaria and meningitis clinically.
4. A febrile child with altered consciousness and / or neurological signs
must be assessed with both a malaria slide and lumbar puncture
5. First line treatment of suspected meningitis is with Benzyl penicillin
and chloramphenicol
To conclude this unit, answer the review questions below to test your understanding of the
topic.
4.3.8 Review Questions
1. What does an AVPU = P imply?
2. What are the differential diagnoses to consider in a child with altered consciousness?
3. What are the indications and contraindications of doing an LP?
4. What is the first line management of a child with acute bacterial meningitis?
Now apply the knowledge you have gained by performing the task at the end of scenario 4.3.2.
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4.3.9 References
1. Berkley J.A et al. Indicators of Acute Bacterial Meningitis in Children
at a Rural Kenyan District Hospital. Paediatrics 2004;114: 713-719
2. World Health Organization (2013). Pocket book of hospital care for
children. Guidelines for the management of common illnesses with
limited resources. WHO.
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UNIT 4.4 MANAGEMENT OF THE CHILD WITH SEVERE MALARIA
Unit Outline
4.4.1 Unit Objectives
4.1.2 Unit Introduction
4.4.3 Definition of cerebral malaria
4.4.4 Other forms of severe malaria
4.4.5 Quinine for severe malaria
4.4.6 Summary
4.4.7 Review questions
4.4.8 References
4.4.1 Unit Objectives
By the end of this unit, you should be able to:
i. Describe the management of cerebral malaria in children
ii. Discuss the management of severe malaria in children
4.4.2 Unit Introduction
4.4.3: Definition of cerebral malaria
Malaria is still a leading cause of death in Sub-Saharan Africa, causing 500,000 deaths of
individuals under five years of age annually. In endemic areas, children are repeatedly exposed
to malaria from very early in life. Severe malaria is seen most frequently in children less than
1
five years of age, after which age most individuals have clinical immunity to severe disease.
Let us review how to identify and manage severe forms of malaria
Cerebral malaria is one of the forms of severe malaria. Before proceeding further, answer
question 4.4.1
In-text Question 4.4.1
What is the definition cerebral malaria?
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Have a look at Figure 4.4.1. Illustrating the components of defining cerebral malaria.
Figure 4.4.1: Diagnostic algorithm cerebral malaria
As you can see from Figure 4.4.1, a child in coma is regarded as one that cannot respond to his
or her environment (in this case a painful stimulus). They are unconscious (AVPU=U). In a
child with a positive malaria blood slide, this is what is regarded as true cerebral malaria.
However let us not forget that less severe forms of reduced consciousness (being unable to
respond to a voice, being unable to sit up or unable to drink) are also associated with death from
malaria. In practice we often consider all these children as having 'cerebral malaria' or severe
1
malaria.
Take note 4.4.1
Children, who are alert, can sit and drinks DO NOT have cerebral
malaria!
Good. Let us now have a look at the other forms of severe malaria
In this section we will discuss the other forms of severe malaria. First perform the task at the
end of scenario 4.4.1
4.4.4: Other forms of severe malaria
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What is ‘Cerebral Malaria’?
M O D U L E 4
Scenario 4.4.1 You are asked to see 9 month old boy who was triaged as an emergency
because he was found to be very drowsy.
You assess his airway and position it. While assessing his breathing, you find him to be
tachypnoeic with deep sighing respirations. In assessment of his circulation, you find he has
severe palmar pallor and a fast, easily palpable peripheral pulse. You assess his AVPU and
rank him at U.
You establish IV access and give him 10% dextrose. You do a lumbar puncture and his CSF
is clear. His blood slide for malaria parasites comes back positive.
This patient has severe malaria.
List down all the forms of severe malaria in children.
Well done! Did your list include any of the following?
Severe malaria with respiratory distress
Severe anaemia
Acute renal failure
Pulmonary oedema
Bleeding
We will now review these conditions a little more closely.
Severe malaria with respiratory distress refers to evidence of deep, acidotic breathing
(Kussmaul's breathing) and usually lower chest wall in-drawing. This reflects an underlying
acidosis and is considered a form of severe disease in child with a positive slide for malaria
parasites
Good, the next form of severe malaria we will discuss is severe malaria with severe anaemia.
First answer question 4.4.2.
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Severe Malaria with Respiratory Distress
Severe Anaemia
In-text Question 4.4.2
How would you define severe anaemia?
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Good! Severe anaemia is defined as a haemoglobin level less than 5g/dl or a haematocrit less
than 15%. In the absence of laboratory results, consider severe palmar pallor with respiratory
distress to represent severe anaemia.
Severe anaemia in children with a positive slide for malaria parasites makes their condition
severe malaria
Great, we have now covered three important forms of severe malaria. What about:-
Ÿ Acute renal failure?
Ÿ Pulmonary oedema?
Ÿ Bleeding?
Acute renal failure, pulmonary oedema and bleeding are either so uncommon in malaria, or not
caused by malaria at all in children in endemic areas, that you should assume another cause or
disease is present.
Do not assume these are caused by malaria. It is very dangerous to do so. Instead, look for other
causes of these conditions.
To see how the clustering of signs and symptoms influences the risk of dying from malaria see
Figure 4.4.2
Figure 4.4.2 clustering of symptoms and life-threatening malaria
'3' group represents children at the highest risk of death. This includes children with coma,
respiratory distress and hypoglycaemia.
'2' group includes children with inability to sit or drink, severe anaemia and multiple
convulsions. These children have a moderate risk of dying.
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'1' group are children with a low risk of death with signs such as high temperature or a single
previous convulsion in a child who is fully alert. These children need oral treatment with
artemether-lumefantrine which works faster than quinine!
We will now look at how best to manage severe malaria in children
Before proceeding with this section, answer question 4.4.3
4.4.5 Management of severe malaria
In text Question 4.4.3
Which antimalarial are currently recommended for the management of
severe malaria in children by the Ministry of Health and WHO?
Well done! Now review your responses with the answers in the following section. Parenteral
artesunate is the drug of choice for the treatment of severe P. falciparum malaria. If it is not
available you can use parenteral quinine. You should give antimalarial agents by the parenteral
route until the child can take oral medication or for a minimum of 24 hours even if the patient
can tolerate oral medication earlier.
Artesunate: Give artesunate at 2.4 mg/kg IV or IM on admission, then at 12 hours and 24 hours,
then daily until the child can take oral medication but for a minimum of 24 hours even if the
child can tolerate oral medication earlier.
Quinine: Give a loading dose of quinine at 20 mg/kg by infusion in 10 ml/kg of IV fluid over
2–4 hours. Then, eight hours after the start of the loading dose, give 10 mg/kg over 2 hours and
repeat every eight hours until the child can take oral medication. The infusion rate should not
exceed a total of 5 mg/kg per hour.
Take note 4.4.2
The loading dose of IV quinine should never be given as a bolus injection
but as a four hour infusion in 5% dextrose under close nursing supervision
If intravenous quinine infusion is not possible then quinine can be given as a diluted divided IM
injection. Studies show that a quinine loading dose reduces fever clearance time and parasite
2 .
clearance time. In considering the pharmacokinetics of quinine let us look at the graph in
Figure 4.4.3
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Figure 4.4.3 Quinine pharmacokinetics, with or without loading dose
The Quinine level in the body is on the Y axis and the time after treatment increases as we move
along the X axis. If you give a loading dose, the drug rapidly increases to the level required to
kill parasites and remains high as time progress (red line).
Not giving a loading dose (purple line) leads to an increased duration of time before blood
levels required to kill parasites are reached Let us see how this is illustrated in Figure 4.4.4
Figure 4.4.4 Quinine pharmacokinetics effect without loading dose
Good! We have seen in Figure 4.4.4 that not giving a loading dose exposes the malaria parasites
to the drug at levels too low to kill and this is how resistance develops. Therefore, an
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appropriate drug administered in the correct dose rapidly kills parasites and clears them all from
the body.
Hopefully you have enjoyed going through this unit and are now more conversant with
identifying and managing severe malaria in children.
Please make note of the summary points below:-
4.4.6 Summary
In this unit, you have learnt that :-
1. In a child with a positive malaria blood slide, severe malaria is defined
as one or a combination of:
Ÿ Coma & neurological impairment (Cerebral Malaria)
Ÿ Respiratory distress (acidosis)
Ÿ Severe anaemia
2. Artesunate is used for severe malaria. If artesunate is not available,
quinine is an appropriate alternative
3. A loading dose of quinine is required to achieve adequate blood
levels of the drug to effectively treat malaria
If you are satisfied, please proceed to attempt the review questions below to test your
understanding of the topic
1. Define cerebral malaria
2. What are the other forms of severe malaria in children?
3. What is the dose of Quinine for the management of severe malaria in children?
4.4.7 Review Questions
4.4.8 References
1. Idro R. et al, 2005. Clinical manifestations of severe malaria in the
highlands of south-western Uganda. Am. J. Trop. Med. Hyg:72(5)2005; 72
(5): 561–567
2. Lesi A,Meremikwu M. High first dose quinine regimen for treating severe
malaria. The Cochrane Database of Systematic Reviews 2004, Issue 3.
Art. No.: CD003341.pub2. DOI: 10.1002/14651858.CD003341.pub2.
3. World Health Organization (2013). Pocket book of hospital care for
children. Guidelines for the management of common illnesses with
limited resources. WHO
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SUMMARY
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MODULE 5
Care of the Sick and
Low Birth Weight Neonate
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INTRODUCTION
Welcome to module 5 of ETAT+. In this module we shall cover the common causes of neonatal
morbidity and mortality and their management. Module 5 has four units
5.1: Newborn resuscitation
5.2: Neonatal sepsis and commonly used drugs in neonates
5.3: Neonatal Jaundice
5.4: Managing the Preterm/Low birth weight infant.
UNIT OBJECTIVES
By the end of this module you should be able to:
i. Describe the structured approach to newborn resuscitation
ii. Outline the management of the neonate with neonatal sepsis
iii. Explain the management of the neonate with jaundice
iv. Describe the management of low birth weight infants
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UNIT 5.1: NEWBORN RESUSCITATION
Unit Outline
5.1.1 Introduction
5.1.1 Introduction
5.1.2 Objectives
5.1.3 Background to newborn resuscitation
5.1.4 Newborn and warmth
5.1.5 Newborn resuscitation equipment
5.1.6 Structured approach to newborn resuscitation
5.1.7 Meconium in newborn resuscitation
5.1.8 Summary
5.1.9 Review questions
5.1.10 References
Welcome to unit 1 of module 5. The aim of this unit is to describe the optimum approach to
newborn resuscitation in line with global best practice guidelines.
5.1.2 Objectives
By the end of the unit you should be able to;
i. Explain the background to newborn resuscitation
ii. State the importance of newborn resuscitation
iii. Explain the importance of keeping newborns warm
iv. List the equipment needed for newborn resuscitation
v. Describe the structured approach to newborn resuscitation
vi. Describe the management of meconium in newborn
resuscitation
5.1.3 Background to newborn resuscitation
About 25% of all neonatal deaths are caused by birth asphyxia. According to the World Health
Organization, for the purposes of resuscitation, birth asphyxia may be defined as the failure to
initiate and sustain breathing at birth. Effective resuscitation at birth by skilled birth attendants
can prevent a significant proportion of these deaths.
Question 5.1.1
Have you ever been involved in or observed newborn resuscitation? If you
have, reflect on what was done. If not, reflect on what you may know about
newborn resuscitation.
Before we proceed reflect on question 5.1.1
5.1.4 Newborns and warmth.
Before birth, the fetal environmental temperature is the mother's body temperature (36.6-37.2
C).After birth, the external environmental temperature is significantly lower than this. This
means that the newborn will immediately start losing heat even in hot climates.
Before we proceed do activity 5.1.1
Activity 5.1 .1
List the mechanisms of heat loss in newborns.
Good. Your list should include these mechanism evaporation, convection and conduction .Let
us now describe the mechanisms in more detail:
Newborns are covered in fluid at birth. If left to evaporate, the heat energy that converts this
liquid to vapor will come from the newborn's body thus lowering their temperature. This is the
main route of heat loss immediately after birth. You should prevent this by drying the newborn
immediately after delivery.
This refers to the transfer of heat from one place to another by the movement of fluids. Draughts
in the delivery room will thus cause heat loss. Prevent this by ensuring that there are no draughts
in the delivery room coming through open windows and doors.
This is transfer of heat through contact. Contact of newborn's skin with a cold surface will cause
heat loss. Ensure that the newborn is received in a warm dry towel to prevent this.
If a newborn gets cold, he/she will try to generate heat by increasing the break down glucose
which can lead to hypoglycaemia and respiratory distress.
You must therefore keep newborn babies warm and dry.
Preparation is the most important factor in successful newborn resuscitation. The equipment is
divided into those that are needed by all skilled birth attendants and those that are required by a
skilled paediatrician or anaesthesist.
Before we proceed do activity 5.1.2
a) Evaporation
b) Convection
c) Conduction
5.1.5 Newborn Resuscitation Equipment
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Well done. Your list should have the following equipment:
Ÿ 2 warm dry towels for drying and wrapping the newborn respectively
Ÿ A firm stable surface for placing the newborn (where warmth can be maintained) for
example a table with a radiant heater nearby or a resuscitate
Ÿ An overhead light source
Ÿ Bag Valve Mask device: Size 500ml bag, size 0 and 1 face masks are recommended.
The round and clear masks are recommended. This is illustrated in figure 5.1.1
Ÿ Wide bore sucker
Ÿ A clock
Ÿ A stethoscope
Ÿ Oxygen
Other equipment that may be needed by a skilled paediatrician or anaesthesist is:
Ÿ Laryngoscope
Ÿ Endotracheal tube
Ÿ Drugs like adrenaline and naloxone
Ÿ Scissors and tape
Bag Valve and Mask equipment is the most essential tool in newborn resuscitation. Have a look
at the one in figure 5.1.1. Familiarize yourself with the components
Activity 5.1 .2
List the resuscitation equipment required by all skilled birth attendants.
Figure 5.1.1: Bag Valve Mask device: Neonatal self-inflation resuscitation bag with round
mask
Valve
Bag
Re-breather bag
Face Mask
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Take Note 5.1.1
The bag valve mask must be tested during preparation to ensure
that it is working
Now look at figure 5.1.2 to see which right size of mask to use in the bag valve mask device
The recommendation is to use a 500ml BVM device in newborn resuscitation. The smaller
250ml BVM are too small to provide effective ventilation even in the preterm babies and
therefore not recommended.
Appropriate size of face mask:
You should have noted that the right size mask is one that covers the nose and the mouth without
extending below the chin or covering the eyes.
Figure 5.2.2 shows the recommended fitting.
Figure 5.1.2: Fitting the right size mask
After going through the equipment required for newborn resuscitation do assignment 5.1.1
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Assignment 5.1.1
In your free time, visit the delivery room in the labour ward of your facility
and list down the equipment available for newborn resuscitation.
You should always remember that adequate preparation is as important as the actual.
We have identified the equipment required for newborn resuscitation. Let us proceed to look at
the indications for resuscitation and then follow a structured approach to newborn
resuscitation.
The approach to resuscitation covered in this unit only applies to resuscitation at birth and is not
appropriate for the rest of the neonatal period.
The following are the indications for newborn resuscitation:
Ÿ Failure to initiate breathing: this is the most common reason for newborn resuscitation
Ÿ Heart rate less than 60 beats per minute
These may manifest as absence of crying, cyanosis or pallor and poor tone/absence of
spontaneous activity.
Before you proceed answer question 5.1.2
5.1.6 Structured approach to newborn resuscitation
Indications for resuscitation
Question 5.1.2
What problem can you observe in this baby?
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This newborn appears floppy and cyanosed.
How does this problem come about?
When subjected to hypoxia the fetus attempts to breathe, persistence of the hypoxia lead to loss
of consciousness and eventually breathing stops. At this stage the circulation remains intact. In
the early phases of asphyxia, the newborn can maintain an effective circulation, however, at
birth, in the absence of effective resuscitation to aerate the lungs, circulatory failure sets in and
may result in death. We can see that newborn.
As we had said earlier, you should ensure you have all the required resuscitation equipment and
in working order and that the environment is warm
After delivery, receive the newborn in a warm dry towel. As you dry the newborn check for
crying, breathing and muscle activity
If breathing, pink and active place the newborn on the mother for skin to skin contact and
initiate breast-feeding. The majority of newborns will not require any further intervention
beyond this step.
If the newborn is not breathing, pale, cyanotic or floppy proceed to check the airway
Insert checking for breathing picture
For the newborn that is not breathing you will do the following:
Ÿ Look in the mouth for any visible material.
Ÿ If there is any visible material, gently suction, using a wide bore catheter only as far as
you can see. Avoid blind vigorous or prolonged suctioning as this may cause trauma to
the airway and slowing of the heart rate.
Open the airway by placing the newborn on their back with the head in a neutral position. You
may need to place a towel under the newborn's shoulder to help maintain this position. This is
important because the newborn head is as the relatively larger than their body and may cause
flexion of the neck and obstruct the airway
Next, you will assess the breathing
Take a moment and reflect on how you would assess breathing in a newborn.
This is done by LOOK, LISTEN and FEEL for 5-10 seconds. If the newborn is not breathing
ABC of newborn resuscitation
Airway
Breathing
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Figure 5.1.3: Neonatal chest compression
you use the bag valve mask to aerate the newborn's lungs. Initiate ventilation at 40-60
breaths/min for the first 1 minute.
All babies are born with fluid in the lungs, and the first spontaneous breath or assisted breaths
helps to clear this fluid. In all instances of ventilation, make sure the chest rises as this is the
easiest way to tell that you have successfully aerated the lungs. If the chest does not rise
consider:
Ÿ Is the newborn's head and neck in neutral position?
Ÿ Is there any obstruction in the airway?
Ÿ Is your bag valve mask working properly?
The final step will be to assess the circulation.
Circulation is best assessed by auscultating the chest using a stethoscope. Alternatively you can
palpate the umbilical cord to feel for the umbilical pulse. Chest compression is only
commenced after effective ventilation for at least 60 seconds the heart rate remains less than 60
beats per minute.
The best way to do this is as demonstrated in figure 5.1.3- 2 fingers and 2 thumbs technique
Circulation
The key points to note are;
Ÿ Compress over the sternum(dotted line)
Ÿ Place your thumbs one finger breadth below an imaginary line joining the two
nipples
Ÿ Keep your thumbs together
Ÿ Compress to one third of the depth of the chest
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Oxygen and drugs in newborn resuscitation
Drugs are not recommended for newborn resuscitation and will not be discussed further in this
unit
A child who does not improve with these initial measures requires advanced resuscitation.
Continue BVM, link to oxygen and call for help.
Always start resuscitation with room air and only use oxygen after the first minute. Immediate
resuscitation with oxygen can cause harm. However about a quarter of resuscitated babies may
need oxygen after 45 minutes of resuscitation. This means that the priority is effective
ventilation using the bag valve mask do not stop resuscitation to look for oxygen.
Take note 5.1.2
The most important problem for asphyxiated babies is failure to breath and
therefore the priority is aeration of the lungs effectively.
Post resuscitation care
5.1.7 Meconium in newborn resuscitation
What should you do once you have resuscitated the infant?
Well done! When adequate ventilation and circulation have been established you can stop
ventilation, return the newborn to the mother for skin to skin contact as soon as possible and
closely monitor breathing difficulties, signs of asphyxia and anticipate need for further care.
Criteria for breastfeeding: babies who are breathing well and are active should be put on the
breast. If the newborn is suckling well then you can keep him with mother, but if not suckling
well you need to admit to NBU.
This sequence is suited for the majority of babies you will be called to resuscitate, those born
through clear liquor. Now let's have a look at what you need to do differently when there is
meconium in the liquor.
Let us now consider how to manage meconium during newborn resuscitation. Aspiration of
meconium before during or after delivery may lead to meconium aspiration syndrome.
When there is thick meconium at delivery- clear the airway before the baby's first breadth
Ÿ If a newborn is born through meconium and has already cried then do not suck unless
there is something in the airway. This is because the cry means the airway must be
patent and the newborn is breathing.
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Ÿ If the newborn has never taken a gasp or cried, then check the airway and suction before
drying and stimulating. Suction what you can see and then dry and stimulate the
newborn.
This therefore means that:
Ÿ Routine suction of the lower airway is not recommended.
Ÿ If there is no meconium then the first action is to dry and stimulate the newborn.
Having gone through the ABC of newborn resuscitation, we will now look at the sequence of
resuscitation expected when two trained staff are available and needed.
Newborn resuscitation by two workers
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Figure 5.1.4: Newborn resuscitation
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Take Note 5.1.3
Ÿ A single resuscitator must concentrate on Airway and Breathing and
not worry about:
Lack of oxygen
Giving drugs
Using the approach to newborn resuscitation described, respond to the following scenarios.
Scenarios 5.1.1
A term newborn has been delivered after prolonged labour. The cord has been cut and the
newborn is not crying and is floppy.
What action will you take?
Scenario 5.1.2
A term newborn has been born through caesarian section due to fetal distress. The cord has
been cut and the newborn is covered in grade three meconium and is not crying.
What action will you take?
5.1.8 Summary
In this unit we have learned that;
Ÿ We must ensure all newborn babies are warm and dry
Ÿ Correct management of Airway and Breathing will save most
babies
Ÿ Routine suction of babies born through meconium is not
recommended.
Ÿ A single resuscitator must concentrate on Airway and Breathing
and not worry about:
Lack of oxygen
Giving drugs
Ÿ We must make sure the chest moves when ventilating with a bag
valve mask!
SUMMARY
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5.1.9 Review Questions
a) What is the most common problem in newborns that requires resuscitation?
b) List the mechanisms of heat loss and how each may be prevented
c) List the essential equipment required by all skilled birth attendants for newborn
resuscitation
e) Briefly describe the structured approach to newborn resuscitation where there is no
meconium
5.1.10 References and Material for Further Reading
1. Guidelines on basic newborn resuscitation-WHO
www.who.int/maternal_child_adolescent/documents/basic_new
born_resuscitation/en/
2. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
3. Ministry of Health-Kenya (2013). Basic Paediatric Protocols
4. Newborn Resuscitation Guidelines 2010-Resuscitation Council
of UK
5. World Health Organization (2013). Pocket book of hospital
care for children. Guidelines for the management of common
illnesses with limited resources. WHO.
SUMMARY
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UNIT 5.2: NEONATAL SEPSIS AND COMMONLY USED DRUGS
Unit Outline
5.2.1 Introduction
5.2.1 Introduction
5.2.2 Objectives
5.2.3 Signs and symptoms of neonatal sepsis
5.2.4 Antibiotic treatment of neonatal sepsis
5.2.5 Explain the usage of common drugs in neonates
5.2.6 Summary
5.2.7 Review questions
5.2.8 References
Welcome to unit 2 of Module 5. In this unit we will be discussing neonatal sepsis (severe
infection in the neonate) and explain the use of common drugs.
5.2.2 Objectives
By the end of the unit you should be able to;
i. List the signs and symptoms of neonatal sepsis.
ii. Describe the antibiotic treatment of neonatal sepsis
iii. Explain the use of common drugs used in the neonatal period
5.2.3 Signs and symptoms of neonatal sepsis
In resource limited settings with limited diagnostic support (laboratory and imaging), a key
set of symptoms and signs have been found to be predictors of morbidity and mortality in
neonates.
These key symptoms and signs of neonatal sepsis are listed in figure 5.2.1. Have a look at this
list and familiarize yourself with it. It should be displayed at relevant points in your work
station.
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Figure 5.2.1: Symptoms and signs of illness in neonates
Take Note 5.2.1
Figure 5.2.1 provides the essential clinical signs and symptoms and does
not replace the conventional history taking and physical examination of
the neonate. Empirical antibiotics should be started in neonates with signs
and symptoms listed in figure 5.2.1
Before we proceed, answer question 5.2.1
Question 5.2.1
· Is this a sign of severe illness?
Neonatal Sepsis
Localized Signs
Many or severe skin pustules
Periumbilical Flaring (Redness)
Umbilicus draining pus
Bulging fontanelle
Painful joints, joint swelling,
reduced movement and
irritability
Severe Abdominal Distention
Systemic Signs
History of feeding difficulty
History of convulsions
Temperature 37.5
0
C or <35.5
0
C
Fast breathing / respiratory rate
60 bpm
Grunting
Change in level of activity
Severe chest indrawing
These signs and symptoms indicate the need for empiric
antibiotics
Remember Jaundice, Prolonged Capillary Refill and
Pallor may also be associated with infection
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Most likely not: You will need more information to determine whether the neonate has severe
illness. This neonate has mastitis, but you will still need to consider whether the neonate is
systemically unwell.
Having decided to start empiric antibiotics based on the evaluation of signs and symptoms in
section 5.2.1, we shall now consider the extra information you need to make a rational antibiotic
choice. The factors you need to consider are:
a. Causative bacteria
b. Antibiotic sensitivity
c. Presence of meningitis
a) Causative bacteria
The gold standard for diagnosis of bacterial causes of neonatal sepsis is blood culture. The
largest Kenyan study dataset - (2002-2009, 552 positive blood cultures) - is shown in figure
5.2.2
5.2.4 Antibiotic treatment of neonatal sepsis
Figure 5.2.2: Blood culture results for community acquired neonatal sepsis in a Kenyan
hospital
Under 7 days Over 7 days
Gram Negative 65% 47%
Gram Positive 35% 53%
The key things to note are;
Ÿ At age < 7 days the organisms are predominantly gram negative bacteria reflecting
maternal genital flora
Ÿ Above 7 days we see a predominance of gram positive bacteria representing organisms
acquired from the community.
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Activity 5.2.1
Take a few minutes and list down the clinical signs of meningitis in an
infant
The best guide is local data from your hospital. However, in the absence such data, this is a
reasonable guide to the likely organisms causing Neonatal sepsis. Hospital acquired infections
are NOT covered by this list.
b) Antibiotic sensitivity
Once we know the likely organism(s), the next step is to know their sensitivities to antibiotics
especially the ones that are locally available.
From the same series seen in figure 5.2.2. in vitro sensitivities demonstrated that there was an
overall;
82% sensitivity to Penicillin and Gentamicin
94% sensitivity to Ampicillin and Gentamicin
77% sensitivity to Cefotaxime (a third generation cephalosporin)
This shows good sensitivity to commonly available drugs. Again local data when available is
the best guide but this is a reasonable guide to empirical antibiotic guide in Kenyan hospitals
without their own data.
c) Presence of meningitis
After considering the likely organism(s) and their antibiotic sensitivity, the next key factor to
think about is whether the neonate could be having meningitis.
Well done! Now compare your response to the following.
You should always suspect meningitis if the infant has signs of serious bacterial infection and
any one of the following:
Ÿ Drowsy, lethargic or unconscious
Ÿ Convulsing
Ÿ Bulging fontanelle
Ÿ Irritable
Ÿ Has a high-pitched cry
Clinical symptoms and signs alone cannot tell you if there is or there isn't meningitis. It is
therefore vital to perform a lumbar puncture where possible and obtain cerebrospinal fluid
(CSF) for analysis to confirm the diagnosis.
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Before proceeding, answer question 5.2.2
Question 5.2.2
Ÿ What do you see?
Complications of meningitis
Well done. The picture shows a child with hydrocephalus. This is a serious possible
complication of meningitis. This means every effort must be made to recognize and treat
meningitis appropriately to reduce the incidence of this and other serious complications.
1. Gentamicin
As you begin to look at the use of Gentamicin in neonates, complete the assignment 5.2.1
Common drugs used in treating sick neonates.
Visit the paediatric ward in your local hospital and note the dosing and
frequency of Gentamicin in the treatment sheet of neonates and older
children.
SUMMARY
Assignment 5.2.1
Special considerations when using Gentamicin
Toxicity
Let us now outline some special considerations in the use of Gentamicin:
The serious side effects associated with Gentamicin are;
Ÿ Deafness / balance disturbance which is rare
Ÿ Renal impairment which is uncommon
Both of these are more likely if Gentamicin is given in multiple low doses, used together with
frusemide (lasix), especially in high dose. In addition, they are also more likely if Gentamicin is
used over a long period and / or there is pre-existing renal impairment.
Administering Gentamicin as a single large dose reduces these toxicities.
Having outlined the rationale of giving Gentamicin as a single large daily dose, use the dosing
information given to answer question 5.2.3
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Question 5.2.3
Using information on the table below, calculate the dose of Gentamicin for:
a) 4 day old baby weighing 2.3kg?
b) A 24 day old baby weighing 3.8kg?
5.2.5 Other commonly used drugs
a) Vitamin K
b) Phenobarbitone
Apart from antibiotics we also want to consider the appropriate use of other drugs that are
commonly prescribed for neonates. We shall briefly describe the use of vitamin K,
phenobarbitone and antipyretics.
Have you ever seen a neonate with bleeding tendencies?
It is important to note that the majority of neonates have mild vitamin K deficiency and can
present with coagulation indices which are less than adults. In fact, approximately 1 in 1,000
infants may have a severe deficiency, this can result in:
Ÿ Haemorrhage from incisions
Ÿ Gastrointestinal haemorrhage
Ÿ Intracranial bleeding.
Ÿ Death
Vitamin K should be given at 1mg (0.5mg if weight <1.5kg) stat at birth regardless of gestation
or weight.
You shall now look at the use of Phenobarbitone in neonates. It is used in the treatment of
neonatal convulsions especially in babies with Birth Asphyxia. In contrast to other age groups,
diazepam is dangerous in babies < 1 month and should not be used. This is because there is a
Well done. The answers are as follows
a) IV Gentamicin 11.5mg once daily
b) IV Gentamicin 28.5mg once daily
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higher risk of respiratory depression in this age group; their liver is relatively immature and
diazepam tends to accumulate in the body for a longer period of time. For this reason the first
line treatment is Phenobarbitone given at a dose of 20 mg/kg IM. Maintenance dose is usually
5mg/kg IM, oral or through nasogastric tube every 24 hours.
Consider the use of Phenobarbitone in a 2 week old fitting baby weighing 3.1 kg
Ÿ Start phenobarbitone:
Ÿ 60 mg IM
Ÿ NOT as an IV bolus.
Ÿ If the child continues to convulse after 30 minutes a further 5 10 mg / kg IM can be
given BUT continuous monitoring for respiratory depression is required.
Ÿ Then no more phenobarbitone for 24 hours unless directed by a consultant.
Finally, you will review the use of antipyretics in neonates.
Fever is a common sign in sick neonates and can be effectively treated by removing
covers/clothes in the first weeks of life.
c) Antipyretics
Take Note 5.2.2
Anti-pyretics may have side effects and there is no routine indication for
their usage.
5.2.6 Summary
In this unit we have learnt that:
Ÿ Basic clinical symptoms and signs are good indicators of who is at
high risk of neonatal sepsis in neonates
Ÿ The first line antibiotics for empirical treatment of severe neonatal
infection are penicillin (or Ampicillin) and Gentamicin
Ÿ A single high dose of Gentamicin given every 24 hours is safer and
more effective than multiple low doses.
Ÿ The other common drugs used in neonatal period include Vitamin K,
Phenobarbitone
Ÿ Antipyretics are not used in the neonatal period
Ÿ Describe the antibiotic treatment of neonatal sepsis
Ÿ Explain the use of common drugs used in the neonatal period
Ÿ You need to perform a lumbar puncture to confirm meningitis in sick
neonates
Ÿ Hand washing is key in infection prevention in nursery
SUMMARY
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5.2.7 Review questions
1. List the signs and symptoms of neonatal sepsis
2. List the three factors to consider before making a choice of antibiotic(s) for the treatment of
neonatal sepsis.
4. Write down the recommended first line antibiotics for empirical treatment of neonatal sepsis.
5. What is the loading dose for phenobarbitone in the treatment of neonatal convulsions?
6. Why is the use of vitamin K important in neonates?
5.2.8 References
1. Kenya Clinical Guidelines, 2013; http://www.idoc-africa.org
2. Ministry of Health (2013). Basic Paediatric Protocols –
Revised Protocols. Ministry of Health: Kenya.
3. World Health Organization (2013). Pocket book of hospital
care for children. Guidelines for the management of common
illnesses with limited resources. WHO.
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UNIT 5.3: NEONATAL JAUNDICE
Unit Outline
5.3.1 Introduction
5.3.1 Introduction
5.3.2 Objectives
5.3.3 Indications for treatment of jaundice
5.3.4 Phototherapy
5.3.5 Summary
5.3.6 Review questions
5.3.7 References
Welcome to unit 5.3.In this unit we shall first cover the indications for phototherapy and
then outline how phototherapy works.
5.3.2 Objectives
By the end of the unit you should be able to;
I. List the indications for treatment of neonatal jaundice
ii. Describe the use of phototherapy in the management of neonatal
jaundice
5.3.3 Indications for treating neonatal jaundice
We have learnt how to assess for the presence and severity of jaundice in module 1 unit
2.Before we proceed answer question 5.3.1
Question 5.3.1
What factors will you consider before starting phototherapy in babies with
jaundice?
The key points to consider are the age of the baby, the gestation at birth, postnatal age and total
bilirubin levels (if available). Let us outline these points in more detail.
a) Jaundice on the first day of life
Ÿ Investigate if possible (haemoglobin and direct Coombs test on baby's blood).
Ÿ Refer for possible exchange transfusion as the risk of severe jaundice and thus
kernicterus is high.
Ÿ Start phototherapy immediately even if jaundice is mild.
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b) Jaundice on second day of life and after
Investigate and treat based on the table 5.3.1
Gestational age
Post-natal age
Bilirubin Level
Table 5.3.1: Phototherapy in hospitalized infants of 35 or more weeks' gestation
American Academy of Pediatrics (Pediatrics 2004;114:297-316)
c) Day 2+ (second day of life) and unable to measure bilirubin start phototherapy if;
Ÿ Jaundice easily visible on the sole of the foot
Ÿ Preterm baby with any visible jaundice
Ÿ Visible jaundice PLUS inability to feed or other signs of neurological impairment. For
this group consider exchange transfusion
Take Note 5.3.1
If there are neurological signs exchange transfusion is needed
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5.3.4 Phototherapy
Do you use phototherapy in your facility? If you do then you may already know that
phototherapy entails the use of a source of light to reduce the level of bilirubin. The baby
with jaundice is placed under the light source until the serum bilirubin level is lower than
the threshold range or until the infant is well and there is no jaundice of palms and soles.
Figure 5.3.1: Phototherapy
Having read the meaning of phototherapy, complete activity 5.3.1
Activity 5.3 .1
List what needs to be considered to ensure effective phototherapy
Now compare your responses with the following:
I) Light source: blue fluorescent tube or white fluorescent light. This is effective for a period of
2000 hours (or 6 months of continuous use)
ii) Effectiveness of whatever light source depends on;
Ÿ Total power: use of high watt tube light (40 – 60W) in sets are recommended. Figure
5.3.2 illustrates use of a set of 5 tubes.
Ÿ Distance from the lights: It is recommended that the baby is placed 30 cm away from the
light source. . For instance, by increasing the distance to 60cm you decrease power by
50%.
Ÿ Surface area exposed to light; the more the surface area exposed the more effective the
treatment will be. Keep the napkin in place and cover the eyes to prevent damage to the
retina and
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iii) Maintenance of the bulbs
Ÿ Keep the tubes cool by allowing free flow of air around them.
Ÿ Ensure that the tubes are not too old. This means a record should be kept of the date of
installation and aim to replace them if;
§ Been in use for greater than 6 months (or after 2000hrs of continuous use).
§ Tube ends have blackened
§ Lights flicker
IV) Check baby's temperature to avoid overheating and allow the baby to breastfeed. It is worth
noting that babies on phototherapy do not require extra fluids.
Remember to protect the eyes (to avoid damage to the retina) and scrotum (to avoid infertility)
You are doing very well. You are coming to the end of this unit take time to undertake
assignment 5.3.1
Assignment 5.3.1
Visit your facility's neonatal unit and note the following:
1. Is there a phototherapy machine?
2. If there is;
Ÿ Is it working?
Ÿ How long have the bulbs been in use?
Scenario 5.3.1
1. A neonate was born at term two days ago at home. He presents with jaundice visible in the
eyes, is breastfeeding well, weighs 3 kilogrammes and the rest of the physical
examination is normal. What is the appropriate management?
2. A preterm was born in hospital 3 days ago at 34 weeks gestation. She now presents with
inability to breastfeed. On examination jaundice is visible on her feet and she is
hypertonic.
What do you do?
You may now go through the summary of the unit
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5.3.5 Summary
In this unit we have learnt;
Ÿ The key factors to consider in phototherapy are:
Ø Age of the baby
Ø Gestational age at birth(preterm versus term)
Ø Postnatal age
Ø Total bilirubin levels
Ÿ Effective phototherapy is dependent on;
Ø The source of light and its power(blue lights)
Ø The distance from the light
Ø The surface area exposed
Ø Proper maintenance of the lights
Ÿ Consider exchange transfusion if jaundice is noted:
Ø On the first day of life
Ø Visible on the feet
Associated with neurological signs
SUMMARY
5.3.6 Review Questions
1. List the indications for initiating phototherapy for neonatal jaundice in the following
circumstances;
a) First day of life
b) After the second day of life and you are not able to obtain the serum bilirubin levels.
2. List 3 factors that determine effectiveness of phototherapy
3. List 3 indications for exchange transfusion
5.3.7 References and Material for Further Reading
1. Clinical Guidelines, (2013) http://www.idoc-africa.org
2. Ministry of Health (2013). Basic Paediatric Protocols Kenya
3. World Health Organization (2013). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
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UNIT 5.4: MANAGEMENT OF LOW BIRTH WEIGHT INFANTS
Unit Outline
5.4.1 Introduction
5.4.1 Introduction
5.4.2 Objectives
5.4.3 Standards of care
5.4.4 Warmth
5.4.5 Kangaroo Mother Care
5.4.6 Feeding and fluids
5.4.7 Summary
5.4.8 Review questions
5.4.9 References
Welcome to unit 5.4. The purpose of this unit is to present the recent evidence on best practice in
care of the low birth weight babies
5.4.2 Objectives
By the end of the unit you should be able to;
i. List the minimum standards of care for low birth weight neonates
ii. Explain the importance of keeping neonates warm
iii. Describe Kangaroo Mother Care
iv. Describe the structured approach to feeding low birth weight
neonates
5.4.3 Standards of care
Before we look at the standards of care, let us define the terms low birth weight and preterm.
Low birth weight baby can be defined as a baby weighing less than 2500 grammes while
preterm baby is a baby that is born before 37 completed weeks of gestation.
You can now perform activity 5.4.1
Activity 5.4.1
List the minimum basic requirements in the in-patient care of preterms and
low birth weight babies
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Good. Your list should include the following:
A clean environment to prevent hospital acquired infections
Staff and careers practice good hand hygiene to help prevent transmitting hospital
acquired infections
Ability to maintain environmental temperature
Appropriate oxygen therapy
Provision of appropriate nutrition especially the promotion of breast feeding
Ability to offer phototherapy
Inclusion of parent as partner in care.
After going through the basic requirements that are needed in the in-patient care of the
premature and low birth weight babies answer question 5.4.1
I am sure you have recognised the incubator on the left and probably also the ventilator on the
right. Well done. You must remember that if you can't provide the basics as outlined in the
standards of care, you don't need this sophisticated and expensive equipment.
In unit 5.1 we discussed the importance of warmth immediately after delivery. Warmth still
continues to be a vital component of supportive care thereafter. Remember that if the baby is
cold he/she uses energy (glucose) to stay warm, this can cause hypoglycaemia and even poor
gaining weight.
5.4.4 Warmth
Question 5.4.1
Do you recognize the equipment below?
Take Note 5.4.1
The smaller the baby the greater the need for an actively warmed
environment, even in warm, regions this should be provided because night-
0
time temperatures are rarely >28 C.
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5.4.5 Kangaroo mother care
We shall first define what Kangaroo care is and then go on to outline its indications,
requirements and benefits.
Before defining kangaroo care answer the question 5.4.2
Question 5.4.2
Describe what you see in the picture below
You most likely saw a mother with a small baby wrapped close to her chest. This is known as
Kangaroo mother care. You may also have noted the cap on the neonates head. You have done
well.
Now how does this work?
The baby is placed skin to skin on the chest of care giver and wrapped firmly including a head
cap which is necessary to minimize heat loss. The process also improves the chances of early
commencement of breast feeding
Only offer Kangaroo care to a stable premature or small for gestational age (SGA) baby
weighing 1200g and upwards.
Its successful implementation requires informed and willing mother as well as trained health
care workers providing support
When successfully implemented. In comparison to standard care, kangaroo care reduces
morbidity/mortality, improves growth and promotes early establishment of breast feeding.
Having learnt the meaning, requirements and benefits of kangaroo care, do assignment 5.4.1
b) Which baby is suitable for Kangaroo mother care?
c) Benefits
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Assignment 5.4.1
In your free time find out if kangaroo mother care is offered in the neonatal
unit of your institution
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5.4.6 Feeding and fluids
In this section we shall look at how to manage the feeding/fluid requirements of low birth
weight and premature infants.
As a health care provider you will often encounter the question “Should all low birth weight
children should be breastfed or given breast milk by another method?”
Your emphatic answer should always be YES. You add the statement; there is no baby who is
too small or sick to receive breast milk. Mothers should be shown how to express breast milk as
early as possible following delivery of a low birth weight infant.
Please familiarize yourself with the essential steps involved in breast milk expression
illustrated in table
Table 5.4.1 Demonstration on how a mother can express milk
b) When to feed
As soon as the baby's condition allows, breast milk feeds should be initiated. This will usually
be on the second day after birth.
You can now look at the flow chart in figure 5.4.1 on when to initiate feeding in neonates.
Figure 5.4.1: When to initiate feeding in neonates
We must balance between the risk of withholding feeds and early feeding for the sick newborn
and the preterm/low birth weight.
What risk factors do you think may influence when to initiate breast milk feeds in these
newborns?
Look at figure 5.4.2 on balancing the risks of withholding or initiating feeds early.
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Figure 5.4.2 Risks of withholding feeds versus risks of early feeding in low birth weight infants.
The abbreviations used in figure 5.4.2 are as follows;
*EBM: Expressed Breast Milk
*LoS: Length of Stay
*IV: intravenous
As you can see in Figure 5.4.2, the risks of withholding feeds outweigh the risks of early
initiation of feeds.
Having looked at when to start feeds, we shall now describe a standard approach to providing
fluids or feeds. First let us consider a situation where we are providing only enteral feeds.
Keenly look at table 5.4.2
Table 5.4.2: Initiation of full volume enteral feeds
c) How to provide fluids and feeds
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Weight less than 1500 gms Weight 1500gms and above
Day 1 Calculate feeds at 80mls/kg/day Calculate feeds at 60mls/kgs/day
Starting volume is 3mls and
increase by the same amount at
every feed until the calculated
amount for the day is reached.
Starting volume is 6mls and
increase by the same amount at
every feed until the calculated
amount for the day is reached
Day 2 onwards
Increase feeds by 20mls/kg daily up to 200mls/kg/ day.
Feeds mls/kg/day
Feeds mls/kg/day
Day 1 80
60
Day 2 100
80
Day 3 120
100
Day 4 140
120
Day 5 160
140
Day 6 180
160
Day 7 200
180
Day 8 200
200
The key points to note are for either feeds or fluids:
Ÿ Increase feeds by a standard 20 mls/kg per day up to a maximum of 200 mls/kg per day
Early enteral feeding could have serious complications. Before you proceed with this section,
take some time and answer question 5.4.3
Potential complications of early enteral feeding
Question 5.4.3
What is your observation of the child's
abdomen in the picture below?
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Well done. You notice that the baby has a distended abdomen which can be caused by amongst
other things necrotizing enterocolitis (NEC). Necrotizing enterocolitis is a serious disorder of
the gastrointestinal tract in neonates
This problem is seen more often in low birth weight infants, those who suffered hypoxia of any
origin, those on enteral feeds and in the presence of bacterial infection.
You can now practice calculating feed volume in Activity 5.4.1
Activity 5.4.1
Calculate the 3 hourly feeds of one day old, preterm who weighs 1.5 kg
and is not breastfeeding?
Your feed volumes for the baby described in activity should be as follows:
Ÿ Start at 11.25 mls of 3hourly feeds (equivalent to 90 mls per day at a rate of 60 mls/kg
per day)
Ÿ Rather than manually calculating you can also check the baby's weight against the day
of life to get the required 3 hourly volume as shown in the Table in figure 5.4.3 for those
weighing less than 1.5KG and 5.4.3 for the 1.5 kg or more.
Table 5.4.3: Three hourly feeds for newborns 1.5kg and more
Now let us consider a situation where we are only giving intravenous fluids. Before proceeding
keenly look at the table 5.4.4 and use it to answer question 5.4.5
Day 1
Day 2
Day 3
Day 4
Day 5
Day 6
Day 7
1.9 2.0 2.1 2.2 2.3 2.41.5 1.6 1.7 1.8
Weight (kg)
15
15
17 17 18
18
19
20
21 22 23
24
24
25
26 28 29
30
29
30
32 33 35
36
33
35
37 39 40
42
38
40
42 44 46
48
45 45 47 50 52 54
11 12
14 14
15 16
18 18
19 20
21 23
23 24
26 27
26 28
30 32
30 32
34 36
34 36 38 40
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Table 5.4.4 Intravenous fluid rates for sick newborns who cannot be fed Full volume.
Now take some time to complete activity 5.4.2 and calculate the volume of fluids for a
neonate
Activity 5.4.2
Calculate the volume of intravenous fluid that should be provided per hour for
a neonate weighing 1.25 kilos on day one and is not being fed
Well done, the answer is 4.2 mls per hour. This totals to 100mls in 24 hours (1.25kg * 80mls =
100)
Having looked at feeds and fluids separately let us now consider how you would transition from
full volume intravenous fluids to nasogastric tube feeds. First look at Table 5.4.5 and note that
there are two columns one marked IVF and the other NGT
Table 5.4.5 Standard regimen for introducing nasogastric feeds.
Weight less than 1500 gms
Weight 1500gms and
above
Day 1
Calculate intravenous
fluids at
80mls/kg/day
Calculate intravenous fluids
at
60mls/kgs/day
Day 2 onwards
Increase feeds by 20mls/kg daily up to 200mls/kg/ day.
Weight in kg
0.8-0.9
0.9-1.0
1.0-1.1
1.1-1.2
1.2-1.3 1.3-1.4
Day 1
3
3
4
4
4 5
Day 2 4 4 4 5 5 6
Day 3
4
5
5
6
6 7
Day 4
5
6
6
7
7 8
Day 5 6 6 7 8 8 9
Day 6 6 7 8 9 9 10
Day 7 7 8 9 10 10 11
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Weight
Less than 1500gms
1501-2000gms
More than
2000gms
Day 2
Total Daily
volume
80mg/kg/day
60mg/kg/day
60mg/kg/day
NGT Feeds
volume
5mls
3 hourly
7.5 mls
3 hourly
10 mls
3 hourly
IVF volume
Total daily volume
Total daily NGT
volume
Total daily volume
Total daily NGT
volume
Total daily
volume – Total
daily NGT volume
Day 3
Onwards
Total Daily
volume
Increase by
20mg/kg/day
Increase by
20mg/kg/day
Increase by
20mg/kg/day
NGT Feeds
volume
Increase NGT feed
volume by 5mls
daily
Increase NGT feed
volume by 7.5 mls
daily
Increase NGT
feed volume by
10 mls daily
IVF volume Total daily volume
Total daily NGT
volume
Total daily volume
Total daily NGT
volume
Total dail y
volume – Total
daily NGT volume
Table 5.4.6 Standard regimen for introducing NGT feeds after the first 24 hours in
Newborn less than 1.5kg
0.8 -0.9
0.9 -1.0
1.1 -1.2 1.3 -1.4 1.4 -1.5
Weight
(kg)
IVF
NGT IVF
NGT
IVF NGT IVF
NGT IVF NGT
Day 1 3
0 3
0
4 0 4
0 5 0
Day 2 2
5 3
5
3 5 4
5 4 5
Day 3 1
10 2
10
2 10 3
10 4 10
Day 4 0
15 1
15
1 15 3
15 4 15
Day 5 0
18 0
20
0 18 2
20 3 20
Day 6 0 21 0 22 0 21 1 25 3 25
Day 7 0 21 0 22 0 24 0 30 0 30
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Practice calculating the IV fluid and NGT feed volumes using the following examples for a
baby weighing 1.3kg;
Ÿ Day 1:IV fluid at 4.3mls per hour (1.3kg * 80 mls = 104) no NG (nasogastric) tube feed
Ÿ Day 2:Start NG tube feeds at 5mls 3 hourly (Total 5*8 = 40mls)
Continue IV fluid at 3.8 mls per hour
(Total daily 1.3kg*100 = 130)
IV Fluids for the day: 130-40= 90
Hourly IV Fluids: 90/24= 3.75mls
Ÿ Day 3:The feed volume is increased by the same amount from 5 to 10 mls 3hrly
IV fluid is reduced to 3.2 mls per hour
(Total daily 1.3kg*120 = 156)
IV Fluids for the day: 156-80= 76
Hourly IV Fluids: 76/24= 3.2mls
Ÿ The process is repeated until on full volume feeds for weight. Rather than manually
calculating you can also check the baby's weight against the day of life to get the
required volume as shown in the table in figure 5.4.4
If it is unsafe to give intravenous fluids; start nasogastric feeds immediately.
What is the recommended feed for LBWs? Good! Breast milk is the recommended feed.
We have come to the end of this session. Before proceeding to the summary, take time and
complete assignment 5.4.2
d) Choice of feeds
Assignment 5.4.2
Find out from the WHO lactation guidelines:
a) The nutritional content of breast milk and cow's milk.
The benefits of breast milk.
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You may now go through the summary of the unit.
5.4.7 Summary
In this unit we have learned the care of low birth weight:
Ÿ Basic hygiene, warmth, feeding and oxygen are more important than
high technology.
Ÿ Kangaroo mother care has considerable potential in reducing
morbidity and mortality of low birth weight infants
Ÿ Use breast milk as the feed of choice
Ÿ Follow the simple, stepwise approach provided in the basic
paediatric protocol to increase feeds
Ÿ Where intravenous fluids cannot be given safely start enteral feeds
on the first day
5.4.8 Review questions
1. List the minimum standards of care for low birth weight neonates?
2. Define elements of Kangaroo Mother Care
3. List the benefits of Kangaroo Mother Care
4. List the reasons why breast milk is the feed of choice for neonate
SUMMARY
5.4.9 References
1. Basic Paediatric Protocols (2013) Ministry of Medical Services,
Government of Kenya.
2. Guidelines on basic newborn resuscitation-WHO
www.who.int/maternal_child_adolescent/documents/basic_newb
orn_resuscitation/en/
3. Kenya Clinical Guidelines, (2013), http://www.idoc-africa.org
4. Newborn Resuscitation Guidelines (2010)-Resuscitation
Council of UK
5. World Health Organization (2013). Pocket book of hospital
care for children. Guidelines for the management of common
illnesses with limited resources. WHO.
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MODULE 6
Severe Acute Malnutrition
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MODULE INTRODUCTION
This module will introduce you to recognition of severe acute malnutrition (SAM), the ten steps
of managing severe acute malnutrition and feeding calculation for children with severe acute
malnutrition.
The module is divided into 3 units:
UNIT 1: Recognition of severe acute malnutrition (SAM)
UNIT 2: Initial management of the child with SAM
UNIT 3: Nutritional treatment of a child with SAM
MODULE OBJECTIVES
By the end of this module you will be able to
i. Explain the criteria for recognition of severe acute malnutrition
ii. Describe the initial management of the child with severe acute
malnutrition
iii. Describe the feeding management of the child with severe acute
malnutrition
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UNIT 6.1: RECOGNITION OF SEVERE ACUTE MALNUTRITION
Unit Outline
6.1.1 Introduction
6.1.1 Introduction
6.1.2 Unit Objectives
6.1.3 Define severe acute malnutrition
6.1.4 Clinical diagnosis of severe acute malnutrition
6.1.5 Summary
6.1.6 Review Questions
6.1.7 References
In this unit you will learn the clinical signs used for diagnosis of severe acute malnutrition
6.1.2 Unit Objectives
By the end of this unit, you will be able to:
i. Define severe acute malnutrition
ii. Describe the clinical diagnosis of severe acute malnutrition
6.1.3 Definition of severe acute malnutrition
Just before we proceed, please answer the following question.
Question 6.1.1
What will make you decide that a child admitted on your ward has severe
acute malnutrition?
Well done! Now let us look at the following information.
Severe acute malnutrition is the presence of severe wasting (weight-for-height/length <-3SD
or mid upper arm circumference < 11.5 cm) or oedema of both feet (Kwashiorkor with or
without severe wasting. The main features of SAM are:
Ÿ Weight-for-height/length <-3SD, or
Ÿ Mid upper arm circumference (MUAC) <11.5cm or
Ÿ The presence of pitting oedema of both feet
Table 6.1.1 illustrates the classification of acute malnutrition
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Table 6.1.1: Classification of acute malnutrition
MUAC cm
WHZ
None Greater than 13.5 Greater than - 1
At Risk
12.5 to 13.4
-2 to -1
Moderate 11.5 to 12.4
Severe
11. 4 and below
Less than -3
Or Oedema of both feet
-3 to less than -2
MUAC is preferred for age 6-59 months.
Oedema is used to differentiate two classes of severe acute malnutrition (marasmus and
kwashiorkor.)
Question 6.1.2
Why do you think MUAC is preferred for children age 6-59 months?
Well done. MUAC is a single linear measurement that does not require arithmetic, table look-
up or plotting data on growth charts.
The colour coded MUAC tapes are simple to use and allow instant classification of nutritional
status.
Neither MUAC nor WHZ is ideal for predicting mortality; however MUAC appears to show
consistently better predictive power. Thus MUAC is the best anthropometric predictor of
mortality currently available.
Weight for age may not accurately identify wasting and therefore, the preference for use of
MUAC (or weight for height or length Z scores)
Visible severe wasting is very insensitive for identifying severe malnutrition. It identifies only
severe cases of SAM. It is better to use MUAC.
Note that correcting MUAC for age or height does little to improve the sensitivity and
specificity to predict mortality. Use of both WHZ and MUAC together does not appear to
increase value in assessment over MUAC alone.
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However, classification systems based on WHZ is preferred in infants aged <6 months because
unlike in the older age group there is no data suggesting association between MUAC and
mortality that is independent of age in this age group. Furthermore internationally recognized
reference curves remain unavailable for this age group.
(Or weight for height or length).
Good! Weighing scales, MUAC tapes, length measuring board, height measuring board are
needed.
Let us now see how to take these anthropometric measurements.
This measurement is taken for children aged two years and above and/or for those greater than
85 cm.
Ÿ Set the measuring board vertically on a stable level surface.
Ÿ Remove the child's shoes and any head covering
Ÿ Place the child on the measuring board, standing upright in the middle of the board. The
child's heels and knees should be firmly pressed against the board by the assistant while
the person taking the measurement positions the head and the cursor. The child's head,
shoulders, buttocks, knees and heels should be touching the board.
Ÿ Read and announce the measurement to the nearest 0.1cm
Ÿ Record and repeat the measurement to the person taking the measurement to make sure
it has been correctly heard.
Taking the Height
Steps for taking accurate height measurements
Question 6.1.3
What items are required for assessing nutritional status?
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These steps are illustrated in Figure 6.1.1
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Figure 6.1.1: Steps for taking accurate height measurements
Taking the Length
Steps for taking accurate length measurements:
This measurement is taken for children below two years of age and/or for those who are less
than 85 cm.
Ÿ Place the measuring board horizontally on a flat, level surface.
Ÿ Remove the child's shoes and any head covering
Ÿ Place the child so he/she is lying down and face up in the middle of the board
Ÿ Allow the assistant to hold the sides of the child's head and position the head until it is
touching the head board. The assistant should hold the head so that an imaginary
vertical line from the ear canal to the lower border of the eye socket is perpendicular to
the board.
Ÿ Allow the person taking the measurement to place his/her hands on the child and firmly
hold the child's knees together while pressing down. The soles of the feet should be flat
on the foot piece, toes pointing up at right angles.
Ÿ The person taking the measurement should immediately remove the child's feet from
contact with the footboard with one hand while holding the footboard securely in place
for reading visibility.
Ÿ Read and record the measurement as shown in the diagram next.
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These steps are illustrated in Figure 6.1.2
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Figure 6.1.2: Steps for taking accurate length measurements:
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Taking the Mid Upper Arm Circumference (MUAC)
MUAC tapes are colour coded; the colour codes and the gradations vary. Using a 3-colour
tape: a measurement in the green zone means the child is not malnourished (it includes those
properly nourished plus those at risk); a measurement in the yellow zone means that the child is
moderately malnourished; and a measurement in the red zone means that the child is severely
malnourished.
Figure 6.1.3: MUAC tape (3 colour tape)
Ÿ Determine the mid-point between the elbow and the shoulder (acromion and
olecranon) as shown on Figure 6.1.4
Ÿ Place the tape measure around the LEFT arm (the arm should be relaxed and hang down
the side of the body)
Ÿ Measure the MUAC while ensuring that the tape neither pinches the arm nor is left
loose
Ÿ Read the measurement from the window of the tape or from the tape.
Ÿ Record the MUAC to the nearest 0.1 cm.
Steps for taking the MUAC measurement of a child
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These steps are illustrated in Figure 6.1.4
Figure 6.1.4 Taking MUAC measurements
Question 6.1.4.
Not all patients with severe acute malnutrition as defined by above criteria
will require in-patient care. Most of these patients can be managed in
programmes for community management of severe acute malnutrition.
List some of the conditions that will lead you to admit a child with SAM
for in-patient care.
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Thank you. Your list should include the following:
Any of the emergency signs
Inadequate breathing
Severe or some circulatory compromise
Altered consciousness
inability to feed
Convulsions
Medical conditions that require in-patient care.
Poor appetite/unwilling to feed
Take a few minutes to carry out the following activity
6.1.4 Clinical diagnosis
Scenario 6.1.1
A 4 year old weighing 10 kg is brought to you at the outpatient clinic with swollen feet and
poor feeding. This is his picture.
1. Is he malnourished?
2. What features of malnutrition can you see?
Good. Let us learn more about the clinical features of severe acute malnutrition.
The diagnosis of severe acute malnutrition involves taking a relevant history and clinical
examination. You are required to take a relevant history that will help to understand why the
child is malnourished. You must ask.
Activity 6.1.1
Make a list of the questions you would ask the caregiver of the child shown
in the picture above.
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Good. Did your list of questions include the following?
Ÿ How is the child's appetite?
Ÿ What is the child usually fed on? (before the current illness)
Ÿ Is he breastfeeding at this time? If not when did he stop to breastfeed and why?
Ÿ Does he have diarrhoea or vomiting?
o If yes how frequently?
o What type of diarrhoea (watery/bloody)
Ÿ What kind of family does he come from?
o What is the level of education of the parents?
o What is their level of income?
o What is their source of water and is there a toilet? (understand the child's
social background)
Ÿ Does the child have a cough for longer than two weeks (chronic cough)?
Thereafter, you should examine the child very thoroughly. You must look and feel.
Activity 6.1.2
List down the signs you will you look for when examining a child with
severe acute malnutrition
Well done!
Did you have the following in your list?
Signs of some or severe circulation impairment,
Severe palmer pallor
Bilateral pitting oedema,
Eyes signs of Vitamin A deficiency
- Dry conjunctiva or corneal, Bitots spots
- Cornea ulceration
- Keratomalacia
Vitamin A deficiency may cause photophobia and the children tend to keep their eyes closed.
Open the eyes gently to prevent corneal ulceration. Look for localizing signs for infection
including skin infection and pneumonia. Visible severe wasting as mentioned earlier is
insensitive in identifying severe acute malnutrition, tends to identify the extreme cases. It is
better to use either MUAC or WHZ score as measures of wasting.
Let us now see how to examine for oedema as illustrated in Figure 6.1.5. Hold both feet with
your thumb on top. Press gently for 10 seconds. A child has oedema if a dent remains when the
thumb is removed.
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Figure 6.1.5: Checking for oedema of the feet (Photo: Geno Teofilo/Oxfam)
Check for oedema of the both feet. Look for oedema from the feet all the way up to the face and
classify the severity of oedema as illustrated in the table below.
Table 6.1.2: Classification of the oedema severity
Mild (+)
Feet only
Moderate (++)
Both feet and lower legs(below the knees), hands and lower arms:
Severe (+++)
Generalized oedema including oedema on feet, legs, hands, and face.
Next you need to examine for other clinical features that may be present in a child with SAM:
Ÿ Signs of some or severe circulatory impairment (shock). These include cold hands,
slow capillary refill, weak and rapid pulse
Ÿ Signs of dehydration
Ÿ Severe palmar pallor
Ÿ Eye signs of vitamin A deficiency; dry conjunctiva or cornea, Bitot's spots, corneal
ulceration, keratomalacia. Vitamin A deficiency may cause photophobia and the
children tend to keep their eyes closed. Open the eyes gently to prevent corneal
ulceration.
Ÿ Localizing signs of infection, including ear and throat infections, skin
Ÿ Infection or pneumonia fever (temperature 37.5 ) or hypothermia (rectal
temperature 35.5 )
Ÿ Mouth ulcers
Ÿ Skin changes of kwashiorkor :
Ÿ hypo- or hyperpigmentation
Ÿ desquamation
Ÿ ulceration (spreading over limbs, thighs, genitalia, groin, and behind the ears)
Ÿ Exudative lesions (resembling severe burns) often with secondary infection
(including Candida).
Ÿ Conduct an appetite test: give the ready to use therapeutic feed and assess the appetite.
°C
°C
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Figure: 6.1.7: WHO Weight for height chart for boys 2 to 5 years
You must do a full examination of the child!
The following figures illustrate the WHO WHZ score charts for boys and girls aged less than 2
years of age. These are used for a quick assessment of the nutritional status of the child
Figure: 6.1.6: WHO Weight for length chart for boys 0 to 2 years
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Figure 6.1.8: WHO Weight for length chart for girls 0 to 2 years
Figure 6.1.9: WHO Weight for height chart for girls 2 to 5 years
As we complete this unit take some time to carry out the following exercise
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Assignment 6.1.1
Go to the Mother Child Clinic in your hospital and look at some weight
for height (W/H) charts of children attending the clinic. Take and record
relevant history and physical examination on two cases you identify to
have a problem.
Now that we have come to the end of this unit, you should remind
yourself of the highlights
6.1.5 Summary
As we come to the end of this unit, please remember that
1. Oedema and wasting (measured by MUAC or WHZ score) are
two clinical signs important to diagnose severe malnutrition
2. A relevant history and thorough examination are essential for all
children with suspected severe acute malnutrition.
a) History should include the recent meals, previous dietary
habits, appetite and history of contact with persons with measles
or TB.
b) The child should be examined for dehydration, pallor, eye
changes, and changes to mucosa and the skin
MUAC colour coded tapes and weight for height charts are
crucial in determining the level of malnutrition
SUMMARY
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6.1.6 Review Question
Please answer the following questions
1. Define the term severe acute malnutrition
2. What important questions would you like to ask the parent/guardian of a child with
severe acute malnutrition
3. List some of the physical signs found in a child with severe acute malnutrition
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6.1.7 References
1. Ann Ashworth and Ann Burgess (2007). Caring for severely
malnourished children.
2. Ministry of Health (2009) The National Guideline for Integrated
Management of Acute Malnutrition
3. Ministry of Health (2013) Basic Paediatric Protocols Revised
Protocols. Ministry of Health: Kenya.
4. Reference for images images UNICEF 1986
World Health Organization (2013). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
M O D U L E 6
UNIT 6.2: INITIAL MANAGEMENT OF A CHILD WITH SEVERE ACUTE
MALNUTRITION
Unit Outline
6.2.1. Introduction
6.2.1 Introduction
6.2.2 Unit Objectives
6.2.3 Altered physiology of child with severe acute malnutrition
6.2.4 The 10 steps of management of severe acute malnutrition
6.2.5 Summary
6.2.6 Review questions
6.2.7 References
This unit shall cover the altered physiology in severe acute malnutrition and the 10 steps of
management
6.2.2 Unit objectives
By the end of this unit you will be able to
i. Explain the altered physiology of the child with severe acute
malnutrition
ii. Describe the 10 steps of management of severe acute malnutrition
6.2.3 The altered physiology of the child with severe acute malnutrition
Before we continue take some time to perform the following activity
Activity 6.2.1
Look at the photograph of the child with severe acute malnutrition shown
in figure 6.2.1. List down the problems you think the child may have.
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Figure 6.2.1: Child with severe malnutrition
Good! All these problems arise from an alteration of the normal physiology.
The basic physiology of severe acute malnutrition is protein and energy deficiency. This is the
core problem but it is often accompanied by other deficiencies such as those of electrolytes,
minerals, micronutrients and vitamins.
Figure 6.2.2: Deficiencies in severe acute malnutrition
Apart from the various nutrient deficiencies, the child also has increased risk of developing
infections due to an impaired immune response. These children lack subcutaneous fat and
therefore they are prone to hypothermia. Changes in liver function, the endocrine system and
hypothermia make them prone to hypoglycaemia.
Many of these children also have a poor cardiac function that may lead to congestive cardiac
failure especially if given intravenous fluid or blood transfusion without caution. At the
intestinal level, there is poor motility of the intestine and also poor absorption. They also tend to
have high sodium and low potassium levels in the body.
With all these derangements, a systematic approach is required to make sure that nothing is
missed in the identification of problems and in managing them. This is the rationale for the 10
step approach.
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6.2.4 The (10) step approach to management of severe acute malnutrition
(SAM)
Question 6.2.1
With the understanding of the altered physiology of a child with SAM,
what aspects should you include in the management of these children?
Good! Let us now look at the approach to the management of the child with severe acute
malnutrition
The approach should be structured so that all aspects of the condition are managed
appropriately
W.H.O recommends the 10 step approach of management of a child with severe acute
malnutrition
Figure 6.2.3: The 10 Step approach of management of severe acute malnutrition
The first seven steps are called the rescue phase. The interventions in this phase are initiated at
the point of admission. The last 3 steps are the recovery phase, which occur after the child is
stable. Throughout this management there should be constant monitoring.
Let us now look at the first seven steps (Rescue Phase). The first of these steps considers
hypoglycaemia.
All severely malnourished children are at risk of hypoglycaemia. Blood sugar should be
measured immediately but if this is not possible it should be assumed that all children with
severe malnutrition have hypoglycaemia. They should be given a feed or 10% glucose or
sucrose immediately upon admission. Frequent feeding thereafter is important.
A blood sugar less than 3mmol/l is hypoglycaemia in a child with SAM.
Step 1- Hypoglycaemia
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Question 6.2.2
Once you have diagnosed hypoglycaemia, what measures will you take
to correct it?
Good! You should indeed correct it at once.
The following actions should be taken once hypoglycaemia has been diagnosed.
Ÿ Give the first feed of F-75 if it is readily available and then continue with 2–3 hourly
feeds.
Ÿ If the first feed cannot be obtained quickly give 50 ml of 10% glucose or sucrose
solution (1 rounded teaspoon of sugar in three and a half tablespoons of water) orally or
by nasogastric tube, followed by the first feed immediately (at least within the first
30minutes)
Ÿ Give 2–3-hourly feeds, day and night, at least for the first day.
Ÿ If the child is unconscious, treat with IV 10% glucose 5 ml/kg or, if there is no IV access
10% glucose or sucrose solution by nasogastric tube
Ensure you monitor the blood sugar levels if the equipment is available. The next step to be
considered is hypothermia.
Hypothermia is very common in malnourished children and often indicates coexisting
hypoglycaemia or serious infection. If the axillary temperature is <35°C or does not register on
a normal thermometer, assume hypothermia. Where a low-reading thermometer is available,
take the rectal temperature. A reading <35.5°C confirms hypothermia.
Make sure the child is clothed (including the head), cover with a warmed blanket and place a
heater (not pointing directly at the child) or lamp nearby. Alternatively put the child on the
mother's bare chest or abdomen (skin-to-skin) and cover them with a warmed blanket and/or
warm clothing. Ensure that the child is covered at all times, especially at night. Keep the head
covered, preferably with a warm bonnet to reduce heat loss. Monitor the temperature two
hourly.
Remember you need to check for hypoglycaemia whenever hypothermia is found.
Step 2 -Hypothermia
Activity 6.2.2
List the measures you will take to prevent hypothermia in a child with
severe acute malnutrition
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Good! You should include the following measures
Ÿ Feed the child 2-hourly, starting immediately after the diagnosis is made.
Ÿ Always give feeds throughout the night and day.
Ÿ Place the bed in a warm, draught-free part of the ward and keep the child covered.
Ÿ Change wet nappies, clothes and bedding to keep the child and the bed dry.
Ÿ Avoid exposing the child to cold (e.g. after bathing, or during medical examinations).
Ÿ Let the child sleep with the mother for warmth in the night.
Now that you have taken care of hypoglycaemia and hypothermia, it is time to address
dehydration
Step 3- Dehydration
It is difficult to estimate dehydration status accurately in the severely malnourished child using
clinical signs alone. Assume that all children with watery diarrhoea may have some
dehydration. Severely impaired circulation (Shock) is diagnosed in these children using the
same core signs as in those without malnutrition:
Ÿ Reduced level of consciousness,
Ÿ Absent or weak (low volume) peripheral.
Severely impaired circulation (Shock) is treated with special fluid plans using Ringer's lactate
solution (Hartmann's solution). Administer the fluid as a slow bolus at a rate of 20mls/kg given
over two hours. At the end of the two hour, continue with oral (or NG) fluids. Repeat boluses
are not recommended even if the child still has features of severely impaired circulation.
Ÿ Give ReSoMal (rehydration solution for malnutrition) at 10mls/kg/hour per oral or
using NG for the first two hours.
Ÿ The give fluids at 5-10mls/kg.hr for the next 4-10 hours; alternate the ReSoMal with
same volume of F75. The volume to give will depend on how much the child wants,
volume of stools and whether child is vomiting. The Basic Paediatric Protocols
provides guidance with assumption that you will give ReSoMal at 10ml/kg/hr.
Ÿ After the rehydration therapy, give F75 at the appropriate volume every 3hours as
explained in Step 7.
Ÿ If the child has severe palmer pallor transfuse 10mls/kg whole blood over 3 hours as
soon as it is available and then continue with appropriate volume of F75 every 3 hours.
After the IV fluid bolus for management of severely impaired circulation, if it not possible
to give NG fluids (child in unarousable coma or acute abdomen) give maintenance fluids –
Half Strength Darrow's (HSD) in 5% Dextrose at 100mls/kg/day (4mls/kg/hr) until it is
possible to use NG route.
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Take Note 6.2.1
For children with severe acute malnutrition do not routinely use the IV
route for rehydration except in cases of Severely impaired circulation
(Shock). The oral (or NG) route is the preferred one.
In severely impaired circulation DO NOT give more than one bolus of
intravenous fluid.
Introduce F75 (same volume as the ReSoMal) after two hour of initiating
ReSoMal.
Rehydration therapy in SAM is illustrated in a worked example below.
Activity 6.2.3
A 4yr old boy presents at the outpatient at 9.00am with a history of
diarrhoea and vomiting for 2 weeks. When you examine him, his weight is
7kg and a MUAC of 10cm. You have stabilised him and want to correct for
dehydration. His circulation is not severely impaired. He has no oedema.
How would you proceed with STEP 3 of management of this child?
Thank you.
Let us see how to correct his dehydration using ReSoMal (10ml/kg) and how to introduce F75
feeds. Check dose from the Basic Paediatric Protocols
Time Fluid/Feed Volume in mls
9 am ReSoMal 70
10 am ReSoMal 70
11 am ReSoMal 70
12 noon F 75 70
1 pm ReSoMal 70
2pm F 75 70
3pm ReSoMal 70
4 pm F 75 70
5 pm ReSoMal 70
6 pm F 75 70
7 pm ReSoMal 70
8 pm F 75 70
11pm F75 113
2.00am F75 113
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Continue breast feeding throughout. Check the respiratory rate, pulse rate, urine frequency,
frequency of stools and vomit. If you find signs of over hydration (increasing respiratory rate by
5/min and pulse rate by 15/min), stop ReSoMal immediately and reassess after 1 hour.
Now proceed to consider the status of the electrolyte balance in this child with severe acute
malnutrition
Pre-packaged formulations F75, F100 and RUTF used in SAM contain adequate electrolytes to
meet the needs of these children. The next step should now be that of infection.
Children with SAM often do not develop fever and most times the white cell count is not
elevated even when there is confirmed infection.
Assume that all children with SAM have an infection on their arrival in hospital and treat with
appropriate antibiotics straightaway.
Step 4- Electrolyte imbalances
Step 5 Infection
Question 6.2.3
Which antibiotics should you prescribe for the child with SAM?
Good. Antibiotics offering a broad spectrum of cover are ideal. All sick children with severe
acute malnutrition in hospital should be started on:
Ÿ Crystalline Penicillin (or Ampicillin) for two days then high dose oral amoxicillin for 5
days.
Ÿ AND IV/IM Gentamicin 7.5mg/kg for 7 days.
In addition they also receive:
Ÿ Nystatin / Clotrimazole for oral thrush,
Ÿ Mebendazole after 7 days treatment. (deworming),
Ÿ Tetracycline eye ointment (+ atropine drops) for pus / ulceration in the eye.
You are doing well so far. It is now time to look at micronutrient deficiencies.
Before we proceed with the discussion, please answer the following question.
Step 6 Micronutrient deficiencies
Question 6.2.4
Which vitamin deficiency is associated with the signs shown in the
photograph (6.2.4)
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Figure 6.2.4: Eye signs of Vitamin deficiency
Was your answer Vitamin A deficiency?
Good! To treat these complications (Bitot spots, corneal ulcer, corneal ulcerations and corneal
scarring) and irreversible blindness – high dose vitamin A must be given. If there are no eye
signs high dose Vitamin A is not recommended, the Vitamin in the pre-packaged F75/F100 is
adequate.
To correct micronutrient deficiencies give:
o High dose Vitamin A to children with eye signs: 200,000 iu on admission, on Day 2 and
on Day 14 (100,000 iu if aged < 12 months).
Ÿ The pre-packaged F75/F100 had adequate micronutrients, if given at the right dosage,
to correct micronutrient deficiencies. These micronutrients include Vitamin A and
other vitamins, folic acid, zinc and copper. However, should be prescribed be given if
pre-packaged F75/100 are not available.
Ÿ Start iron ONLY when the child is gaining weight.
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6.2.5 Summary
As you conclude this unit
Ÿ Severe acute malnutrition causes an alteration in the normal
physiology resulting from:
o Protein and energy deficiency;
o Deficiencies such as those of electrolytes, minerals,
micronutrients and vitamins;
o Impaired immune response leading to infection;
o Lack of subcutaneous fat making them prone to hypothermia;
o Changes in liver function, the endocrine system and
hypothermia makes them prone to hypoglycaemia
Ÿ A structured approach is required in management of SAM and the
10 step approach.
We have discussed the first six steps:
1. Hypoglycaemia
2. Hypothermia
3. Dehydration
4. Electrolytes
5. Infection
6. Micronutrients no iron with iron
SUMMARY
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6.2.6 Review questions
1. What are the physiological changes that occur in a child with severe acute malnutrition
2. List the ten steps of managing SAM
3. How do we prevent hypothermia and hypoglycaemia?
4. How do we manage dehydration in a child with severe acute malnutrition?
5. What are the first line antibiotics that we use in a child with severe acute malnutrition?
6. List the minerals and electrolytes that we replace in a child with severe acute
malnutrition
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6.2.7 References
1. Ann Ashworth and Ann Burgess (2007). Caring for severely
malnourished children.
2. Ministry of Health (2009) The National Guideline for Integrated
Management of Acute Malnutrition
3. Ministry of Health-Kenya (2013). Basic Paediatric Protocols
4. World Health Organization (2013). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
M O D U L E 6
UNIT 6.3: NUTRITIONAL TREATMENT OF A SEVERELY
MALNOURISHED CHILD
Unit Outline
6.3.1 Introduction
6.3.1 Introduction
6.3.2 Unit objective
6.3.3 Initiation of feeding
6.3.4 Catch up feeding
6.3.5 Rehabilitation and Monitoring
6.3.6 Discharge of patient
6.3.7 Summary
6.3.8 Review Questions
6.3.9 References
In unit 6.2 we have discussed initial six steps of the rescue phase. In this unit we shall look at
Step 7, last and very important step of the rescue phase: the initiation of feeds, the recovery
phase, and the criteria for discharging home.
6.3.2 Unit Objectives
By the end of this unit, you should be able to:
i. Describe the initiation of feeds in a severely malnourished child
ii. Describe the feeding process during the recovery phase
iii. Explain the process of monitoring and rehabilitation
iv. Describe the criteria for discharging the child home.
6.3.3 Starting the initial feeds – F75
Question 6.3.1
At your hospital, how do you initiate with feeds in a child with severe
malnutrition?
Good. Now let us compare with the following information
In the initial phase, a cautious approach is required because of the child's fragile
physiological state.
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Essential features of initial feeding are:
Ÿ Frequent small feeds of low osmolality and low lactose
Ÿ Oral or nasogastric feeds (never parenteral preparations) should be used. Vomiting is
NOT a contraindication to feeding. If the child is breastfed, continue with this, but make
ensure the prescribed amounts of feeds are given
Ÿ Feeds are the 'drug' to cure malnutrition; they are a priority (after correction of
dehydration if required).
The preferred starter formula is called F-75; it provides 75 Kcal and 0.9 grams of
protein/100ml. This is a pre-packed formula. If it is not available, you can make F75 from
water, skimmed milk, oil and sugar. [Refer to the WHO Pocket Book for Hospital Care of
Children for preparation formula]
F-75 is used as follows;
Ÿ 130 ml/kg/day in a child without oedema (or has mild/moderate)
Ÿ 100 ml/kg/day in a child with severe oedema.
This starter feed is maintained at this volume until when the child's appetite improves. At this
point the child is ready receive F100 or ready to use therapeutic feed (RUFT).
The starter feeds should be given 3 hourly (8 feeds per day). This means at night too! The very
sick children may be feed every 2 hours, if staffing allows, but graduate to 3 hourly feeds as the
child improves.
During this period that lasts 2 - 7 days, you should monitor and record the following
Ÿ Amounts of feed offered and left over
Ÿ Vomiting
Ÿ Stool frequency and consistency
Ÿ Daily body weight
Before we proceed, take some time to perform activity 6.3.1
Take Note 6.3.1
We don't give more because the body of a child with SAM cannot tolerate
more
Ÿ Too vigorous re-feeding has been associated with increased mortality.
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Activity 6.3.1
Prescribe the initial feeds of F-75 for this wasted child weighing 10 kg.
He has no oedema.
Good! 130mls/kg/day = 1300mls (165mls feed 3 hourly) of F-75
We have managed the initial phase of this child with SAM well and can expect that he will
progress into the recovery phase.
6.3.4 Catch up Growth (Recovery Phase)
Question 6.3.2
How will you know that the child has stabilised and is ready to move on
to larger volumes of feed?
Good. Now compare your answer the following information
Appetite and activity level, not weight change, denotes recovery in the first week. F-75
feeding is usually not associated with weight gain. Weight loss may even occur in children
whose oedema is improving so Do not panic! Ensure at least 100 mls/kg/day of F75 has been
given.
Change to F-100 at same volume as F-75 and maintain that volume for two days while
monitoring the child.
F-100 has more calories and protein per volume compared with F-75 as illustrated in table----
Table 6.3.1: Contents of selected components of F-75 and F-100
Changing to F-100 from F-75:
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Contents per 100ml F- 75 F-100
Energy (Kcal) 75 100
Protein (grams) 0.9 2.9
Potassium (mmol) 4.0 6.3
Sodium (mmo l) 0.6 1.9
Magnesium (mmol) 0.43 0.73
By giving the volume of F-100 as F-75 given in the initial period, the child receives higher
energy while the protein and sodium content is more than tripled. It is therefore important to
have gradual translation to F-100. On the third day, after changing to F-100, increase each
successful feed by 10ml until some feed remains uneaten. At this point the child should be able
to feed using cup (with or without a spoon).
Question 6.3.3
What are the complications that can develop during the introduction of F-
100 and how can they be prevented?
Well done! Acute heart failure may develop during the introduction of F-100 and can be
prevented by carefully monitoring the patient and decreasing the volume of feeds if necessary.
Alternatively ready-to-use therapeutic food (RUTF) may be used after two days of successful
translation to F-100. This will be applicable if the child has good appetite.
A sachet of 92gm of RUTF provides 500kcal. The amount of RUTF should provide
200kcal/kg/day. Unlike F100, RUTF contains iron in addition to other minerals and vitamins
and thus it is not necessary to give iron during the recovery phase.
Encourage the child to eat as often as possible. A child on RUTF should drink plenty of clean
water, from a cup, as the child eats the RUTF. If child still breastfeeding, the child should
breastfeed before every RUTF feed.
Ask yourself if this child needs to be in hospital. Home is best for rehabilitation
Appetite is the most important criterion in choosing feeds. If the appetite is clearly very good,
use Ready-to-Use Therapeutic Feeds (RUTF) or F100 if still admitted
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Figure 6.3.1: A child in the catch up growth phase (recovery phase)
We can end by remembering that the management of a child with severe acute malnutrition
should follow a well structured feeding plan
Figure 6.3.2: A feeding plan for a child with severe acute malnutrition
Before proceeding to the next section, take some time to undertake the following activity
(6.3.2)
6.3.5 Rehabilitation and Monitoring
Activity 6.3.2
write down the measures undertaken at your institution to rehabilitate
children with severe acute malnutrition
Good! We will proceed with the rehabilitation phase of the care of a child with severe acute
malnutrition.
A feeding plan
Admission
F75
Appetite
recovers
F100
Good appetite,
clinically stable
RUTF/other foods
or
F100
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At this point solid food can be introduced slowly, increasing to 5 meals a day. Make sure the
caregiver is aware what kinds of foods the child should be taking. Pure maize porridge is
inadequate.
Let the child feed in between the main meals. Continue breast feeding throughout. One week
after admission, if the child is feeding well iron and mebendazole can be introduced.
The child should by now be much more lively and interactive (normal!). This should be
encouraged ideally by providing toys and an environment in which the child can play. As the
child is showing signs of recovery it is also very important to educate the mother about
nutritional care of children and begin the process of preparation for discharge.
The process of monitoring is crucial during the recovery phase. This includes clinical
symptoms and weight. The monitoring requirements at the various phases of care is shown in
Figure 6.3.3
Figure: 6.3.3 Monitoring parameters in severe acute malnutrition
Please remember that feed intake must be monitored throughout. If there is concern for heart
failure due to overfeeding (increased pulse rate and respiratory rate), then you should reduce
the feed amount / volumes to 100ml/kg for 24 hours after which it can be increased gradually to
115ml/kg after 24 hours and to 130ml/kg after 48 hours.
Progress at this stage is measured by weight gain. Calculate and record the weight gain every 3
days as g/kg per day.
Target weight gain is > 10g/kg/day. Lower rates warrant action:
Ÿ <5g/kg/day - child requires a full re-assessment
Ÿ 5 – 10g/kg/day - is intake inadequate or there is there untreated
infection
Ÿ >10g/kg/day - continue with feeding plan
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Activity 6.3.3
Calculate the weight gain for a child who currently weighs 6.3 kg and
weight 3 days ago was 6.0kg.
Good. Compare your findings with the calculation in table 6.3.2
Table 6.3.2: Calculating weight gain
6.3.6 When to discharge
You should be comfortable to discharge, if the patient has:
Ÿ Completed antibiotics
Ÿ Good appetite and gaining weight
Ÿ Lost any oedema
Ÿ Appropriate support in the community or home
You should discharge on RUTF and ensure the Mother / carer:
Ÿ Is Available
Ÿ Understands child's needs
Ÿ Is able to supply needs
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6.3.7 Summary
1. Initiation of feed for the severely malnourished child is with F75 at
100ml/kg/day if oedema is present and 130ml/kg/day without
oedema
2. Feeds should be maintained with F75 at the same volume until the
child's appetite improves. The feed can then be changed to F100 or
RTUF and increased gradually until there is some leftover
3. In the recovery phase the child should be monitored using amounts
of:
Ÿ feed offered and left over
Ÿ daily body weight
4. The child is fit for discharge if he has completed antibiotics
Ÿ Good appetite and gaining weight
Ÿ Lost any oedema
Ÿ Appropriate support in the community or home
6.3.8 Review Question
1. Define severe acute malnutrition
2. Describe the clinical criteria for diagnosis of severe acute malnutrition
3. List the 10 steps of management of severe acute malnutrition
4. Which is the preferred starter formula for children with severe acute malnutrition?
5. What is the starting volume of the first feed for a child with no oedema?
6. When do you change from the F-75 to F-100?
7. When do you prescribe RUTF to patients?
8. Which parameters should be monitored during the recovery phase?
9. List the requirement for discharge of a child with severe acute malnutrition.
SUMMARY
6.3.9 Reference
1. Ministry of Health (2009) The National Guideline for
Integrated Management of Acute Malnutrition
2. Ministry of Health-Kenya (2013). Basic Paediatric Protocols
3. World Health Organization (2013). Pocket book of hospital care
for children. Guidelines for the management of common illnesses
with limited resources. WHO.
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MODULE 7
Child Rights and Standards of Care
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MODULE INTRODUCTION
Well done for the tremendous progress you have made so far!
In this last module of the ETAT+ curriculum, we will be reviewing the rights of children and the
standard of health care offered to them based on the legislative framework and policies in place.
This module has 2 units:
Unit 7.1: The rights of the child
Unit 7.2: Standards of care
MODULE OBJECTIVES
By the end of this module, you should be able to:
1. Outline the rights of the child.
2. Describe the standards of care.
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UNIT 7.1: THE RIGHTS OF THE CHILD
Unit Outline
7.1.1 Introduction
7.1.1 Introduction
7.1.2 Objectives
7.1.3 Legislative framework for the rights of children
7.1.4 Summary
7.1.5 References
7.1.6 Review questions
In this unit, we will be focussing on the rights of children and how we can ensure that these
rights are respected within the health care system by offering child friendly services.
7.1.2 Objectives
By the end of this unit, you should be able to:
Discuss the legislative framework for the rights of children with regards to
provision of health in the context of ETAT+
7.1.3 Legislative Framework for the Rights of Children
United Nations Convention on the Rights of the Child
You may be aware of several legislative frameworks for the rights of children in existence. In
this unit, we will focus on two of these frameworks that inform children's right to health.
In 1989, the world's leaders officially recognized the human rights of all children and young
people less than 18 years by signing the UN convention on the rights of children (UNCRC).
This is the most complete statement of children's rights ever produced and is the most widely-
ratified international human rights treaty in history. Kenya has been a signatory to the UNCRC
since 1990.
You may be aware some of these rights, take a moment to carry out activity 7.1.1 before we
proceed.
Activity 7.1.1
List the rights of children you are aware of.
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Good! The rights of children outlined in the UNCRC can be classified into four broad
categories:
Ÿ The right to survival
Ÿ The right to development
Ÿ The right to participation
Ÿ The right to protection
In which categories do the rights you have listed fall in?
The current UNCRC is presented in 3 parts (I, II and III) and addresses various policies on
rights under articles (1-54). You will notice that most of the articles that apply to health are in
part I of the document and we will outline a few of them that apply in the context of ETAT+. We
have provided a reference at the end of the units for further reading in your free time. Now let us
go through some excerpts of the articles in the 1990 convention on the rights of the child that
apply to you as a health care provider and to all responsible for a child's health.
The first is Article 1 which defines a child and states:
“For the purposes of the present Convention, a child means every human below the age of 18
years unless the laws of a particular country set the legal age for adulthood younger
In text Question 7.1.1
What investigation discussed in previous modules in this course would
require you to take the age of the patient into consideration before
performing it? Why is the age factor to consider?
Good! The HIV test is one you would need to take age into consideration. This is because any
one under the age of 18 years cannot give consent according to the laws of the land. A legal
guardian should give an informed consent before you perform an HIV test on a child. There
may be a few situations where a person under the age of 18 years may give consent but this is
beyond the context of ETAT+ and will not be discussed in this course.
Another section applicable to you as a health care provider is article 6 that states that:
“1. Parties recognize that every child has the inherent right to life”
“2. Parties shall ensure to the maximum extent possible the survival and development
of the child”
The modules you have covered so far have been aimed at helping you recognize conditions that
are likely to cause severe morbidity and mortality and hence improve child survival.
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Article 23 of the UNCRC recognizes the rights of the disabled as stated in the following
excerpt:
Parties recognize that a mentally or physically disabled child should enjoy a full and
decent life, in conditions which ensure dignity…”
Lastly, article 24 addresses standards as well as quality of health care that a child is entitled to as
the following excerpt states:
Parties recognize the right of the child to the enjoyment of the highest attainable
standard of health and to facilities for the treatment of illness and rehabilitation of
health”
Take note 7.1.1
We have focused only on sections that may be relevant to you in the context
of ETAT+. We recommend that you familiarize yourself with the full
convention in your own free time but you are not expected to memorize it.
We have discussed an important international legislative framework; next, let us discuss our
national legislative framework.
In 1999, the African Charter for the Rights and Welfare of the Child came into force. This
charter, signed by member states of the African Union, has several articles addressing the rights
of the child. Some excerpts relevant to you as a health care provider include:
Article 4 section 1: “In all actions concerning the child undertaken by any person or
authority the best interests of the child shall be the primary consideration”
Article 5 section 1: “Every child has an inherent right to life. The right shall be
protected by law”
Article 14 section 1: “Every child shall have the right to enjoy the best attainable state
of physical, mental and spiritual health”
You can access the full charter later via the link provided in the reference section of this unit and
read the various articles further.
You may be aware of the provisions of the current constitution in addressing the rights of
children.
Africa Charter for the Rights and Welfare of the Child 1999
The Constitution of Kenya 2010
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Activity 7.1.2
In your notebook, list the provisions in the Kenyan constitution that
touch on the rights of children
Thank you! Children are entitled to the rights and fundamental freedoms outlined in the bill of
rights (chapter 4 of the constitution). In addition, section 53 addresses the specific application
of rights to children. Some excerpts include:
Every child has the right:
Ÿ to basic nutrition, shelter and health care
Ÿ to be protected from abuse, neglect, harmful cultural practices, all forms of
violence,
Ÿ to parental care and protection
Feel free to read more on this in a copy of The Kenyan Constitution, 2010.
st
This is an act of the Kenyan parliament that came into operation on 1 March 2002. Its purpose
is:
Ÿ to make provision for parental responsibility, fostering, adoption, custody,
maintenance, guardianship, care and protection of children;
Ÿ to make provision for the administration of children's institutions;
Ÿ to give effect to the principles of the Convention on the Rights of the Child and the
African Charter on the Rights and Welfare of the Child and for connected purposes
Let us discuss some of the sections that were passed in the Children Act of Kenya 2001 will be
relevant to you as health care worker include:
i. “Every child shall have a right to health and medical care which shall be the
responsibility of the parents and the Government”
ii. “In all actions concerning children the best interests of the child shall be a primary
consideration”
iii. “No child shall be subjected to discrimination on the ground of origin, sex, religion,
creed, custom… social, economic or other status…”
iv. “A disabled child shall have the right to be treated with dignity”.
Now, take a look at the case scenario 7.1.1 and answer the questions that follow:
The Children Act: Act Number 8 of 2001
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Scenario 7.1.1
A 4 years old boy is brought to your hospital. He is sick with fever and severe acute
malnutrition. He looks neglected. His parents are both drunk and disorderly. They decline
admission and want him to go home for the child to assist them brew more liquor for the
upcoming public holiday.
Questions:
1) Are there rights of this child that are being infringed? If so, write down a list of these
rights.
2) What are the responsibilities of the different stakeholders in addressing this
scenario:
a) The parents
b) The health care givers
The government?
Thank you! Indeed the rights of these children are being infringed. You may want to refer to the
previous sections in this unit outlining the rights of children as per the UNCRC, the African
Charter for the Rights and Welfare of Children, the Kenyan Constitution and the Children's Act.
Use the excerpts quoted to update the list that you had developed.
Various stakeholders have a responsibility to ensure the rights of these children are provided
for:
a) The parents or caregivers of the children are their primary providers. They ought to
ensure the children are well fed and free from neglect and abuse. If they are not able to
provide, they should seek help from well-wishers and the state
b) The teachers and health care providers are advocates for the children to establish the
best attainable education and health care. Measures that can be taken include parental
education to address such things as alcohol abuse, involvement of security agents and
the Children's Office at the District Commissioner's office. Establishing a school
feeding program may also be an option.
c) The government is the enforcer of the rights of its people, including children. Whether
through Children's office, ministries of education and health, security enforcement
agencies, the judiciary or other state machinery, the government ensures the provision
of the rights of children.
It will be interesting to share the points you listed and your thoughts on this case with your
colleagues during the attachment sessions of this training.
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7.1.4 Summary
In this unit you have learnt the legislative framework for the rights of
children with regards to provision of health in the context of ETAT+.
These are:
1. The UN Convention of the Rights of Children
2. The African Charter of the Rights and Welfare of the Child 1999
3. The Constitution of Kenya 2010
4. The Children Act: Act Number 8 of 2001
7.1.5 Review Questions
1. List the 5 basic rights that the UN Convention on the Rights of Children addresses.
2. Write down excerpts from the children act of Kenya that apply to you as a health care
provider.
SUMMARY
7.1.6 References
1.The African Charter on the Rights and Welfare of the Child:
http://www.au.int/en/content/african-charter-rights-and-welfare-
child
2.The Children Act: Act Number 8 of 2001:
http://www.kenyalaw.org/kenyalaw/klr_app/frames.php
3.The Constitution of Kenya 2010:
http://www.kenyalaw.org/klr/index.php?id=741
4.The UN Convention on the Rights of Children:
http://www.unicef.org.uk/UNICEFs-Work/Our-mission/UN-
Convention/
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7.2.2 Objectives
By the end of this unit, you should be able to:
1. Describe the standards of care for children
2. Determine when to admit and discharge children
7.2.3 The Standards of Care for Children
The approach of the care of the sick child extends from the individual patient encounter, to their
living environment and health care facility and ultimately the government as has been
illustrated as four levels in figure 7.2.1.
UNIT 7.2: STANDARDS OF CARE FOR CHILDREN
Unit Outline
7.2.1 Introduction
7.2.1 Introduction
7.2.2 Objectives
7.2.3 The Standards of Care for Children
7.2.4 When to Admit and Discharge Children
7.2.5 Summary
7.2.6 Review Questions
7.2.7 References
In the previous unit you were introduced to the legislative frameworks that are in place to
address the rights of children. We will now focus on the standards of care that are expected of
both you and your institution based on national policies that have been put in place.
Figure 7.2.1: Conceptual framework of the standards care for the care of the sick child.
Let us now look at each level and describe the roles and responsibilities of each.
As health care worker, you are the basic unit to quality health care to your patient.
Individual Health Care Worker
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In text question 7.2.1
What is the most important thing you can do for your patients as a
health care worker?
Good try! Providing correct care is your key role.
You are therefore expected to make a correct diagnosis, institute correct treatment that is safe
and effective and monitor progress of the patient. All these should be done with the utmost
respect for the child and family. This includes the involvement of the caregiver in the
management and care of the child.
Your role as a health care worker is directly linked to the environment in which you work. Let us
see what this entails.
You should ensure that the environment, in which you work, is clean and safe for you to most
importantly your patient. You should also ensure that the child will get continuous support from
their caregivers.
Take a few moments and reflect on the facility where you work in answering the in-text
question 7.2.2.
Environment
In-text Question 7.2.2
What key factor would you put in place to provide a good environment for
caring for a sick child?
Hygiene – this is the most important factor in ensuring there is a good environment for caring
for the sick child.
You should have access to hand washing facilities as illustrated in Figure 7.2.2; cleanliness of
the all the clinical areas, as well as the rest of the facility; correct waste disposal practices as
illustrated in Figure 7.2.2; maintenance of clean public toilets and bath areas; ensuring clean
cots, mattresses and bed linen for the sick infants as well as their caregivers.
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Figure 7.2.2: Un-clean, versus, clean sink for hand washing.
Figure 7.2.3: Improper waste disposal versus organized waste disposal.
You may have thought of many more factors; list them down in your notebook and share with
the rest of the class when you meet them during your practical sessions.
Take Note 7.2.1
Environment here does not only refer to the health care facility but also
the child's environment at home.
Having discussed these levels, let us now discuss how they are linked to the health care team
and system.
At the level of the health facility, it is vital to have a multi-disciplinary team (MDT) that
periodically comes together to discuss matters that affect service delivery within the health
facility.
Health Care Team and System
In text question 7.2.3
What is the role of the MDT?
Who should be represented in the MDT?
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Good try! Let us discuss key elements.
The role of the MDT is to support a well-structured support system for quality assurance and
quality control in service delivery. The MDT should also serve as a link to the community
systems in place in that particular setting.
In general, anyone providing a service in a health facility forms a part of the multi-disciplinary
team however, each service delivery point should have a representative. Usually these would be
the people heading the various service delivery points or appointed by their head of department
to take part in MDT activities. These would include medical doctors, clinical officers, nursing
officers, pharmacy and laboratory representatives, nutritionists, social workers and
counsellors, administrators and in some cases, community health workers and beneficiaries of
services offered in the facility such as peer educators take part in MDT activities.
For these teams to work effectively to meet their objectives, supportive leadership and
teamwork is required.
In-text Question 7.2.4
What should be available to all health care providers in order to provide
quality care to their patients?
Good! An enabling working environment, a supportive team and yes! A supportive and well-
structured health system should be in place. We will discuss these under the following
categories:
i. Organization of hospital care
ii. Equipment
iii. Diagnostic services
iv. Essential drugs and fluids
Let us now see how each of these contributes to the standards of healthcare that should be
offered to children.
The out-patient departments, including the casualty or accident and emergency departments,
the maternal and child health (MCH) and where any other paediatric out-patient services are
offered should have a system in place for assessment, triage and emergency services as well as
adequate coverage by qualified health care providers throughout the departments' operational
hours. An adequate number of skilled health care workers is essential to achieve quality health
care.
i. Organization of hospital care
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In-text Question 7.2.5
I am sure most seriously ill children in your facility are cared for in the
in-patient department. Why is this so?
You may have considered that this is the section where they would receive closest attention,
monitoring modalities. We recommended that critically ill children have their vital signs
observed at least 4 times a day, all patients should be reviewed daily (including weekends and
holidays!) by a doctor or clinical officer and a clinician is available 24 hours a day to review
very sick children when requested.
Having discussed how each of the service delivery area should be organized, what other
modalities need to be in place in support of the system.
ii. Equipment
Here, we are referring to equipment that would be required for continuum provision of quality
care from the moment the infant or child comes to the triage area to the in-patient department.
The basic minimum comprises:
Ÿ Weighing scales, MUAC tapes, length/height boards (stadiometers), for infants and
children
Ÿ Resuscitation equipment availed on a tray or trolley such that it is ready for immediate
use as has been described in previous modules
Ÿ Pulse oximeters
Ÿ Oxygen sources, regulators and oxygen delivery equipment
Ÿ Suction equipment
Ÿ Nebuliser or spacer device to treat asthma
Ÿ Phototherapy equipment
Ÿ Infant warming devices
Also recall the lists of equipment you discussed in Modules 2 (triage and emergency care) and 5
(neonatal care)
Take Note 7.2.2
All appropriate job aids and equipment should be available and accessible to
the health care provider at all times.
There should be a regular system of cleaning and checking the equipment
taking place in each service delivery point.
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iii. Diagnostic services
Diagnostic services refer to the laboratory and imaging support required as adjuncts to making
a clinical diagnosis. These can be classified depending on need as essential, high priority or
desirable as has been outlined in Table 7.2.1
Table 7.2.1: Prioritizing diagnostic tests.
iv. Essential Drugs and fluids
There are certain drugs and resources that you require to have at your facility as a minimum.
Ÿ Salbutamol for inhaled therapy
Ÿ Chloramphenicol injection
Ÿ Phenobarbitone injection
Ÿ Vitamin K, 1mg vials
Ÿ Oral potassium tabs or syrup
Ÿ Feeds for malnourished children
Ÿ Supplementary feeding for neonates if expressed breast milk is inadequate
Hospitals should have as minimum the following drugs/ fluids in outpatient area and wards.
The following list is related to the conditions covered in ETAT plus course:
Essential Drugs and fluids
Laboratory Test
Necessity of the Test
Malaria slide
Essential
HIV tests
Cross match & blood bank
Malaria Rapid Diagnostic Tests (RDT)
Haemoglobin
CSF -
WBC and Gram
High Priority
Glucose
Urinalysis
Plain radiology
Bilirubin
Desirable
Sickle cell test
Culture of CSF, urine or aspirates
Stool microscopy: Giardiasis,
Amoebiasis
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These essential drugs should be regularly checked and an updated check list kept. Older drugs
nearer to expiry should be used first.
Let us now discuss the final level that is crucial in maintaining good standards of care.
The health care team requires guidance and technical support in order to offer quality service
delivery. This includes policies formulated and implemented from the international and
national levels and extending to the facility level.
Policy and use of resources
1. Glucose 10% and 50% 25. Artemisinin combination drugs
2. Normal saline 26. Mebendazole
3. Half strength Darrow's 27. Potassium chloride 15%
4. Ringers lactate solution or 28. Metronidazole
Hartmann's 29. Nevirapine for prophylaxis.
5. Diazepam 30. Isoniazid for prophylaxis.
6. Phenobarbital 31. ART for PEP
7. Corticosteroids 32. Multivitamins
8. Crystalline Penicillin 33. Parenteral Vitamin K
9. Gentamicin 34. Vaccines –BCG, polio,
rd
10. Injectable 3 generation Pentavalent, pneumococcal,
cephalosporins tetanus toxoid, measles.
11. Oral Chloramphenicol 35. salbutamol – metered dose inhaler
12. Injectable Chloramphenicol , Respirator solution for use with
13. ORS nebulizers
14. Ciprofloxacin 36. Budesonide inhaler
15. Cotrimoxazole 37. ReSoMal
16. Fluconazole 38. F75, F100, Ready-to-use
17. Frusemide therapeutic food:, Appropriate
18. Iron supplements breast milk substitute
19. Zinc sulphate 39. 4% Chlorhexidine solution
20. Paracetamol 40. Anti-TB,
21. Nystatin 41. Atropine eye solution,
22. 42. chloramphenicol or tetracycline
23. Quinine eye drops
24. Artesunate 43. Vitamin A capsules
In text Question 7.2.6
What policy are you aware of that supports feeding of the newborn?
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Good try! The Baby-Friendly Hospital Initiative supports promotion of breastfeeding
of the newborn as shown in Table 7.2.2.
Table 7.2.2: Ten Steps to Successful Breastfeeding
1. Have a written breastfeeding policy that is routinely communicated to all health care
staff.
2. Train all health care staff in skills necessary to implement this policy.
3. Inform all pregnant women about the benefits and management of breastfeeding.
4. Help mothers initiate breastfeeding within one half-hour of birth.
5. Show mothers how to breastfeed and maintain lactation, even if they should be
separated from their infants.
6. Give newborn infants no food or drink other than breast milk, unless medically
indicated.
7. Practice rooming in - that is, allow mothers and infants to remain together 24 hours a
day.
8. Encourage breastfeeding on demand.
9. Give no artificial teats or pacifiers (also called dummies or soothers) to
breastfeeding infants.
10. Foster the establishment of breastfeeding support groups and refer mothers to them
on discharge from the hospital or clinic.
More examples of policies that support standards of care include:
a. All mothers should EXCLUSIVELY breastfeed for 6 months and encouraged to
breastfeed up to 2 years (1 year in HIV infected mothers) as they give complimentary
feeds.
b. All babies born in hospital or admitted aged < 2 weeks should receive intramuscular
Vitamin K.
c. All babies born in hospital should receive prophylactic antibiotic eye drops / ointment.
d. All admissions aged more than 2 months should receive oral Vitamin A according to
guidelines unless the child has received a dose within the last 1 month.
e. All children attending or admitted to hospital should have their immunisation status
checked AND missed immunisations given.
f. Weight and nutritional status must be assessed in all admissions.
g. The mother or other caretaker is allowed to stay with the sick child at all times during
the hospital stay if they wish.
h. Oral rehydration: The mother administers the ORS to her child when appropriate.
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i. Child hygiene: the mother is encouraged to wash her child.
j. Monitoring: The caregiver collaborates in monitoring the child's care, including when
he/she is in a critical condition.
k. Health personnel treat the families with respect and listen to them.
l. The mother is informed about her child's diagnosis and treatment and is engaged as a
partner in treatment particularly for chronic conditions.
m. The mother receives health education and support focusing on the care of the child
during his/her hospital stay such as the frequency and quality of feeding.
You can read more about the policies listed above using the links in the references section of this
unit.
So far we have learnt of the standards of care that we should aim to give based on national and
international policies. We will now discuss about when to admit and later discharge children.
You may have heard some people complaining of either unnecessary admissions or being
turned away from a hospital facility when they expected an admission to have been done.
7.2.4 When to Admit and Discharge Children
Admission of Children
In-text Question 7.2.7
Is there a criterion for admitting children in Kenya?
Yes there is! You may have considered that children meeting any of the following criteria
require admission:
Ÿ for diagnostic work up and treatment for one or more diseases with a severe
classification
Ÿ children requiring parenteral fluids
Ÿ parenteral antibiotics
Ÿ oxygen therapy for acute illnesses
Ÿ nutritional rehabilitation for severe acute malnutrition
Ÿ nursing and surgical care
Ÿ poisoning should be admitted
Take Note 7.2.3
Ÿ Painful procedures should be avoided when less traumatic alternatives
are available e.g. use oral therapy where possible.
Ÿ Blood sampling and other tests should be planned to avoid multiple
procedures.
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Discharge of Children
Consider the case below and do the exercise that follows:
Activity 7.2.1
A 5 year old girl was admitted 5 days ago with a diagnosis of very severe
pneumonia. She is now doing much better: has been off oxygen for 3 days,
able to feed orally, on oral antibiotics for two days now and tolerating it
well. The doctor would like to discharge her, but her mother is resistant
given that the child was “very sick” and she is not comfortable to go home
with her as yet.
You are asked to counsel her mother regarding the management of this
case.
Note down your responses to the following:
i) Outline the factors in this case that may have influenced the
decision to discharge her.
ii) What additional factors will you ask about to determine whether
there can be reason to reverse the discharge decision?
Thank you. You may have noted that in general, no child should stay in hospital if
Ÿ they are able to feed normally
Ÿ parenteral medication, fluids or oxygen have been stopped for more than 48 hours
Ÿ management does not require daily review by a health care provider
Remember to ensure that reasonable care can be expected at home.
Caregivers should be educated on the child's current diagnosis, the treatment they need to
continue taking, duration and frequency of treatment, possible preventive measures and early
warning signs that would warrant an urgent review prior to the scheduled follow up visit.
Take Note 7.2.4
Always document the patient's diagnosis at discharge, management offered
while in hospital, management planned upon discharge to facilitate
continuity in management of the infant or child in the discharge summary
which the caregiver will take home. A copy of the discharge summary should
remain in the patient's file.
In all cases, you should ascertain that follow up visit is arranged for the patient, when needed,
before discharge and this should be at the health facility closest to the patient's home that can
provide the necessary care.
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7.2.5 Summary
In this unit, you have we have described the standards of care for children
that should be offered in four levels. These are:
Ÿ Individual health care worker.
Ÿ The environment
Ÿ Health teams and systems.
Ÿ Policy and use of resources.
We have discussed the criteria that should be used to admit and
discharge seriously ill children.
7.2.6 Review questions
1. List the 4 levels of standards of care.
2. Write down the criteria for you would use for admitting a seriously ill child.
3. When would you discharge this seriously ill child?
7.2.7 References
1. 4th WHO Model List of Essential Medicines for Children's
(April 2013)
2. English M, Esamai F, Wasunna A, et al. Assessment of inpatient
paediatric care in the first referral level hospitals in 13 districts in
Kenya. Lancet 2004.
3. Nolan T, Angos P, Cunha AJ, et al. Quality of hospital care for
seriously ill children in less-developed countries. Lancet 2001.
4. The Baby-Friendly Hospital Initiative UNICEF on
http://www.unicef.org/programme/breastfeeding/baby.htm
SUMMARY
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