World Health Organization · 2005 edition · 78 pages
Training course for hospital staff to rapidly identify and treat children with life-threatening emergency conditions
- Issuer
- World Health Organization
- Edition
- 2005 edition
- Audience
- Clinicians, nurses, and public-health professionals involved in paediatric emergency and inpatient care; hospital administrators
- Evidence
- Expert consensus based on adaptation of Advanced Paediatric Life Support guidelines; field-tested in Malawi, Angola, Brazil, Cambodia, Indonesia, Kenya, Niger
- Reviewed
- 23 Oct 2026 · GMJ
What this guideline says
GMJ summary
The Emergency Triage Assessment and Treatment (ETAT) manual provides a systematic approach to rapidly identifying and treating children with life-threatening conditions in hospital settings. The course teaches health workers to triage all sick children within 15–20 seconds using the ABCD framework: Airway, Breathing, Circulation, Coma/Convulsion, and Dehydration. Children are sorted into emergency (requiring immediate treatment), priority (requiring prompt assessment), or non-urgent categories.
The manual emphasizes that many hospital deaths occur within 24 hours of admission and could be prevented through early recognition and immediate treatment of emergency signs. Treatment protocols include specific, weight-based doses for oxygen delivery, fluid resuscitation, glucose administration, and anticonvulsant therapy. The approach requires both clinical skills training and system-level changes including reorganization of patient flow, placement of triage before administrative procedures, and availability of essential emergency equipment and medications.
ETAT was developed in Malawi and field-tested in Angola, Brazil, Cambodia, Indonesia, Kenya and Niger. Implementation requires institutional commitment to advocacy, staff training across all cadres (including non-clinical staff who have early patient contact), ensuring material resources, and ongoing quality improvement. The course includes seven modules covering triage principles, airway/breathing management, circulation assessment, coma/convulsion treatment, dehydration management, case scenarios, and implementation planning.
Key points
For clinicians — doses and thresholds as stated in the guideline
- Triage all children on arrival using ABCD: check for obstructed breathing, central cyanosis, severe respiratory distress; cold hands with capillary refill >3 seconds and weak fast pulse (shock); coma (AVPU scale: responds only to Pain or Unresponsive) or active convulsion; severe dehydration (lethargic + sunken eyes + skin pinch >2 seconds in child with diarrhoea)
- Give oxygen at 0.5–1 litre/min in infants <12 months, 1–2 litres/min in older children via nasal prongs or catheter for any airway/breathing problem, shock, coma, or convulsion
- Treat shock in well-nourished children with 20 ml/kg Ringer's lactate or normal saline IV as rapidly as possible; reassess and repeat up to 3 times; if no improvement give blood 20 ml/kg over 30 minutes
- Treat shock in severely malnourished children differently: give 15 ml/kg half-strength saline with 5% glucose over 1 hour IV, or preferably ReSoMal 5 ml/kg every 30 minutes orally/NG for 2 hours then 5–10 ml/kg/hour; monitor pulse and respiratory rate every 5–10 minutes and stop IV if pulse increases by 15 or respirations by 5/min
- For convulsions give diazepam 0.5 mg/kg (0.1 ml/kg of 10 mg/2 ml solution) rectally; if continues after 10 minutes repeat; check blood glucose and give 5 ml/kg of 10% glucose IV if <2.5 mmol/L (45 mg/dL) or <3 mmol/L (55 mg/dL) in malnourished children
- For severe dehydration without shock in well-nourished children: give 100 ml/kg Ringer's lactate IV: 30 ml/kg in first hour (infants) or 30 minutes (children >1 year), then 70 ml/kg over next 5 hours (infants) or 2.5 hours (children); add ORS 5 ml/kg/hour orally when able to drink
- Position unconscious child in recovery position (on side, neck slightly extended, cheek on hand, one leg bent) unless trauma suspected; if neck trauma possible, stabilize neck and use jaw thrust without head tilt
- Severe malnutrition defined as visible severe wasting (marasmus: skin and bone appearance, ribs visible) or oedema of both feet (kwashiorkor); hypoglycaemia threshold is higher (3 mmol/L vs 2.5 mmol/L) and fluid management completely different in these children
IV fluid volumes for shock treatment in well-nourished children (20 ml/kg rapid bolus)
Table extracted from the guideline
| Age/weight | Volume of Ringer's lactate or normal saline (20 ml/kg) |
|---|---|
| 2 months (<4 kg) | 75 ml |
| 2–<4 months (4–<6 kg) | 100 ml |
| 4–<12 months (6–<10 kg) | 150 ml |
| 1–<3 years (10–<14 kg) | 250 ml |
| 3–<5 years (14–19 kg) | 350 ml |
Source: World Health Organization, Emergency Triage Assessment and Treatment (ETAT): Manual for Participants. Reproduced in summary form.
From the guideline
Verbatim
“Deaths in hospital often occur within 24 hours of admission. Many of these deaths could be prevented if very sick children are identified soon after their arrival in the health facility, and treatment is started immediately.”
Editor’s perspective
Why this matters for Georgia and the region
Prof. Giorgi Pkhakadze, MD, MPH, PhD
Editor-in-Chief, Georgian Medical Journal · Chair, Public Health Institute of Georgia · WHO consultant, health and migration
As someone who has worked extensively on health systems strengthening in Georgia and the region, I recognize that ETAT addresses a critical gap: our paediatric mortality data show that many preventable deaths occur in the first hours after hospital arrival, yet systematic triage before registration remains uncommon in district hospitals. The emphasis on training all staff cadres—not just doctors and nurses but also clerks and gatekeepers—is essential for our context where the first person a family encounters may not be clinical. I would stress to Georgian colleagues the completely different fluid management for malnourished children: the standard 20 ml/kg boluses that save a well-nourished child in shock can cause fatal pulmonary oedema in a marasmic child, yet we see malnutrition re-emerging in vulnerable populations including displaced and migrant families. The realistic implementation caveat is oxygen supply: while Tbilisi referral hospitals have concentrators, many regional facilities lack reliable electricity or the budget for cylinder refills, so a national ETAT rollout must be coupled with oxygen security planning. The manual's quality-improvement framework—baseline assessment, flow redesign, iterative measurement—aligns well with the accreditation processes Georgia has been developing and offers a practical entry point for broader paediatric hospital care improvement.
ORCID 0000-0001-7609-4515 · Perspective written for the GMJ Guidelines Library, 23 Oct 2026
Applicability
Georgia and the South Caucasus
ETAT is highly relevant for Georgia and the South Caucasus, where paediatric emergency care systems are undergoing modernization. Implementation would require national-level decisions on staff training scope (the manual recommends training all clinical staff plus gatemen, clerks, and other early-contact personnel), procurement of essential equipment (oxygen concentrators or cylinders with flow meters, self-inflating bags, various mask sizes, IV supplies, dextrostix), and reorganization of patient flow so triage occurs before registration. Georgian hospitals implementing ETAT would need to adapt the priority signs (the ‘3 TPR-MOB’ framework) to local epidemiology—for example, considering whether severe malaria requires inclusion or whether trauma and poisoning patterns differ. Oxygen availability is a critical prerequisite: the manual notes concentrators require continuous electricity (a consideration for peripheral facilities) while cylinders are costly to refill. National essential medicines lists would need to ensure ReSoMal availability for malnourished children and rectal diazepam in appropriate concentrations. The course’s emphasis on quality improvement and institutional change—not just clinical training—aligns well with Georgia’s ongoing health system strengthening and the accreditation processes under development.
Questions this guideline answers
Quick answers
How quickly should triage happen and who should do it?
Triage should take 15–20 seconds for a child without emergency signs and should occur immediately on arrival, before any administrative procedures like registration. All clinical staff involved in child care should be able to triage; additionally, non-clinical staff with early patient contact (gatemen, record clerks, cleaners) should be trained to recognize emergency signs and know where to send patients for immediate management.
What defines shock in a child and how is treatment different if the child is malnourished?
Shock is present when hands are cold AND capillary refill is >3 seconds AND pulse is weak and fast. In well-nourished children, give 20 ml/kg Ringer's lactate or normal saline IV as fast as possible, repeat up to 3 times, then blood if no improvement. In severely malnourished children, use much smaller volumes (15 ml/kg over 1 hour) of half-strength saline with 5% glucose, or preferably oral/NG ReSoMal; the malnourished heart can fail with rapid IV fluids, so monitor pulse and respiratory rate every 5–10 minutes and stop IV if either rises significantly.
How do I give oxygen when different equipment is available?
Use nasal prongs (preferred for young infants and children with severe croup or pertussis) placed just inside nostrils and secured with tape, or a nasal catheter (8 FG tube) inserted to a depth equal to nostril-to-inner-eyebrow distance. Set flow at 0.5–1 litre/min for infants <12 months and 1–2 litres/min for older children, delivering 30–45% oxygen. Face masks require higher flow rates and waste oxygen so are not suitable for ward use. Oxygen concentrators need continuous electricity; cylinders are easier but more expensive and require reliable supply chains.
When should I suspect severe malnutrition and why does it change my treatment?
Look rapidly for visible severe wasting (marasmus: the child appears skin-and-bone with visible ribs, no subcutaneous fat, severe muscle wasting of limbs and buttocks, relatively large head) or oedema of both feet (kwashiorkor: press top of foot with thumb—a dent that remains indicates oedema). Severe malnutrition completely changes fluid management because: (1) signs overestimate dehydration degree, (2) the weakened heart can fail with standard IV volumes causing pulmonary oedema, (3) hypoglycaemia threshold is higher (3 mmol/L vs 2.5 mmol/L), and (4) these children often have sepsis mimicking hypovolaemic shock. Use oral/NG ReSoMal whenever possible instead of IV fluids.
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- Issuer
- World Health Organization
- Type
- Training material
- Edition
- 2005 edition
- Status
- Current
- Published
- 2021-02-20
- Languages
- English
- Scope
- Hospital-based emergency triage and treatment of children presenting with life-threatening conditions
- Audience
- Clinicians, nurses, and public-health professionals involved in paediatric emergency and inpatient care; hospital administrators
- Pages
- 78
- Licence
- © World Health Organization 2005. All rights reserved.
- ISBN
- 9241546875
- Evidence
- Expert consensus based on adaptation of Advanced Paediatric Life Support guidelines; field-tested in Malawi, Angola, Brazil, Cambodia, Indonesia, Kenya, Niger
- Record history
- Created 23 Oct 2026 · updated 23 Oct 2026 · next check Apr 2027
World Health Organization. Emergency Triage Assessment and Treatment (ETAT): Manual for Participants. Geneva: World Health Organization; 2005. 78 p. ISBN 9241546875.GMJ Guidelines Library records are original summaries written by the GMJ editorial team from the issuer’s published document and reviewed by a physician. They do not replace the full guideline. The document is the copyright of its issuer and is linked, not hosted. Spotted an error or a newer edition? Tell the Guidelines Desk.
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