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Febrile illness – Emergency

Febrile illness – Emergency management in children

Key points

  • Consider sepsis early in any patient with signs or symptoms that indicate possible infection.
  • Fevers in most children under 5 years of age are caused by viral infections and extensive investigation is not required.
  • Careful attention to history and examination will allow identification of a source in most patients.
  • For febrile infants and children without an evident focus of infection, investigations and/or empiric treatment should be given according to their risk of serious bacterial infection.
  • Certain groups are at high risk of serious bacterial infection including infants < 28 days and unimmunised or partially immunised children.


This document provides clinical guidance for all staff involved in the care and management of a child presenting to an Emergency Department (ED) with the primary complaint of a febrile illness in Queensland.

This guideline aims to identify those infants and children at risk of serious bacterial infection or other significant illness who need timely treatment, while avoiding unnecessary investigations in the majority. The management of children with an unexplained fever for > 1 week or who have recently returned from overseas travel is beyond the scope of this guideline. For oncology patients refer to the Management of Fever in a Paediatric Oncology Patient Guideline.

This guideline has been developed by senior ED clinicians and Paediatricians across Queensland, with input from Infectious Disease specialist staff, Lady Cilento Children’s Hospital, Brisbane. It has been endorsed for use across Queensland by the Statewide Emergency Care of Children Working Group in partnership with the Queensland Emergency Department Strategic Advisory Panel and the Healthcare Improvement Unit, Clinical Excellence Division.


Fever is one of the most common reasons for paediatric presentations to ED and provides diagnostic and management challenges to clinical staff. Infection remains the leading cause of death in children aged < 5 years.


Fever is defined as a temperature ≥38°C.

Pyrexia of unknown origin (PUO) refers to any fever lasting 10 – 21 days without cause identified on history, examination and basic investigations and is beyond the scope of this guideline. This guideline also does not consider the approach to fever in the returned traveller.


Recommended methods of temperature measurement in children
Age Method of temperature measurement
< 4 weeks Electronic thermometer in the axilla
> 4 weeks Electronic thermometer in the axilla or infra-red tympanic thermometer

Forehead chemical thermometers are unreliable and should not be used. A parent’s touch has been shown to have high sensitivity and low specificity for discovering a fever, however parental concern should be taken seriously.


Fever is a physiological response most often caused by an infective process, when exogenous pyrogens induce endogenous pyrogens, resulting in an elevated body temperature. The thermoregulatory centre then raises and maintains the body temperature to the new set point. This gives most children a degree of malaise and may negatively stress children with pre-existing cardiac, respiratory or neurological diseases. Fever is a generally beneficial adaptive response that promotes the immune response and inhibits the invading pathogen, potentially reducing the duration of certain infections.


Fever is one of the most common causes for parents to bring their child to an ED. In most children aged less than 5 years, fever is caused by a viral infection. 1 Less common causes include serious bacterial infection (SBI) such as urinary tract infection (UTI), pneumonia, bacteraemia or meningitis, or conditions such as Kawasaki disease, vaccination reactions, arthritis, connective tissue disorders, malignancies, drug fever, or inflammatory bowel disease.

Teething does not cause fever > 38.5 o C.

Frequency of various sources of fever in children
Possible source of fever Estimated frequency
Urinary tract infection Most common SBI in children < 5 years2

<1 year
6.5% girls, 1.2% circumcised boys, 8% uncircumcised boys

1-2 years
8.1% girls, 1.9% boys.

>2 years
Decreased frequency thereafter

See Urinary tract infection Guideline

Pneumonia 3 – 4% all febrile children < 5 years 3

Approximately 5% febrile children without localising signs have pneumonia

Bacteraemia 3 months – 3 years, vaccinated, no localising signs
< 0.5% (decreased from 10% due to vaccination4)
< 3 months or non-vaccinated > 3 months
2-10% depending on age, with the risk being greatest for those < 28 days
Meningitis Generally rare,5 but more common in younger infants, who may present with subtle signs and symptoms. See Meningitis Guideline.
Osteomyelitis Rare
Septic arthritis Rare
Skin and soft tissue infection Rare
Bacterial enteritis Rare
Vaccination Common

Post-vaccination fever usually begins within 24 hours of immunisation and lasts for 2-3 days.


The aim of the assessment (history and clinical examination) is to identify children who:

  • have a focus of infection (to enable appropriate investigations and, if needed, treatment)
  • do not have an infective focus but require further investigations and/or empirical treatment according to their risk of SBI


History should include specific information on:

  • age
  • immune status- incomplete immunisations, immune-compromise, co-morbidities
  • current or recent use of antibiotics
  • history of fever and use of anti-pyretics


Febrile infants aged <3 months have a higher risk of SBI, with this risk being greatest in the neonatal period. Young infants are more likely to present with non-specific features (they lack the hypothalamic and immune system maturity to localise the infection) and can deteriorate rapidly. Some infants < 3 months may not mount a fever in response to SBI, and hypothermia or temperature instability can also be signs of SBI.

In addition to the pathogens seen in older children, Group B Streptococcus, E. Coli, Herpes Simplex virus, Listeria monocytogenes, Salmonella and Parechovirus infections are more common in neonates. Detecting other viral infections in children aged < 3 months (most commonly RSV) lowers but does not remove the risk of SBI.6 The estimated incidence of a UTI amongst infants < 3 months with laboratory-confirmed RSV infection ranges from 3.3 to 5%.7,8

Children aged between 3 months and 3 years have their immunity boosted with vaccinations and are at a lower risk of SBI than those < 3 months. In this age group, the presence of a recognisable viral syndrome (including bronchiolitis) predicts a very low incidence of bacteraemia or SBI.

Older children (>3 years) have mature immune systems and are better able to verbalise and localise symptoms so are at lower risk of SBI.

Immunisations & immune status

The Haemophilus influenzae type b (Hib) and pneumococcal immunisations have dramatically reduced the risk of occult bacteraemia and SBI. Children who have received at least 2 doses of the 13-valent conjugate pneumococcal (13vPCV) and Hib vaccinations (3 dose course given as part of the National Immunisation Program at 2, 4 and 6 months of age) have > 95% protection.

Children with congenital immune deficiency syndrome, sickle cell disease, HIV, asplenia, cancer, nephrotic syndrome, intracranial shunt, cochlear implant, immunosuppressive therapy or who are of Indigenous or Torres Strait Islander origin are at a greater risk for SBI, independent of vaccination status.

History of fever, prior antibiotic use and use of anti-pyretics

The height of fever, duration of the fever and response to antipyretics have failed to show any ability to differentiate severe from mild illness, or bacterial from viral infection.9

While not addressed within this guideline, a diagnosis of Kawasaki disease should be considered for children with a fever lasting more than 5 days.

Antibiotic use around the time of fever can potentially mask symptoms and signs of bacterial illness.


The examination should identify a source for the fever if possible, and specifically assess for any signs of toxicity.

Signs of toxicity

Differentiating toxic and well-appearing infants is challenging especially in the very young. The younger the infant, the more important careful and repeated clinical examination is, with close attention to vital signs, quality of cry, level of alertness/social interaction, and perfusion.

Normal range for vital signs by age
Age Heart Rate (bpm) Minimum Systolic BP (mmHg) Respiratory Rate (bpm)
Term 100-180 60 40-60
6mth 100-180 70 30-50
1yr 100-170 70 20-40
2yr 100-160 70 20-30
4yr 80-130 75 20-30
8yr 70-110 80 16-25
12yr 60-110 90 16-25
16yr+ 60-100 90 10-16
  • Consider seeking senior emergency/paediatric advice as per local escalation protocols for children at intermediate risk.
  • Seek urgent senior emergency/paediatric advice as per local escalation protocols for high risk children.
National Institute for Health and Clinical Excellence (NICE) risk classification for serious illness.
Low risk (green) Intermediate risk (amber) High risk (red)
Normal colour of skin, lips and tongue Pallor reported by parent/carer Pale/mottled/ashen/blue
Responds normally to social cues
Stays awake or awakens quickly
Strong normal cry/not crying
Not responding normally to social cues
No smile
Wakes only with prolonged stimulation
Decreased activity
No response to social cues
Appears ill to a healthcare professional
Does not wake or if roused does not stay awake
Weak, high pitched cry or continuous cry
Normal RR
No respiratory distress
Nasal flaring

RR > 50 bpm 6-12 months
RR > 40 bpm > 12 months

SaO2 <95% in room air
Crackles in the chest

Tachypnoea: RR > 60 bpm
Moderate or severe chest indrawing
Normal skin and eyes
Moist mucous membranes

HR > 160 bpm < 12 months
HR > 150 bpm 12-24 months
HR > 140 bpm age 2-5 years

Capillary refill time > 3 secs
Dry mucous membranes
Poor feeding in infants
Reduced urine output

Reduced skin turgor
None of the amber or red symptoms or signs Age 3-6 months, temp > 39°C
Fever > 5 days
Swelling of a limb or joint
Non- weight bearing limb/not using an extremity
Age < 3 months, temp > 38°C
Non- blanching rash
Bulging fontanelle
Neck stiffness
Status epilepticus
Focal neurological signs
Focal seizures
Table reproduced from NICE guideline: Feverish illness in children May 2013
  • ALERT – Consider sepsis in any patient with signs or symptoms that indicate possible infection


Investigations may be used to assist with a diagnosis, determine antibiotic use and duration, or risk stratify certain patients when no focus of infection is found on history and examination. Most children aged ≥3 months who are fully immunised, have no comorbidity and appear well will not require extensive investigation.

Child ≥ 3 months

The approach to investigations for children aged ≥ 3 months without a focus is outlined in the flowchart.  A child with PUO may require more specialised investigations not included here.

Child < 3 months

The approach to investigations in infants aged < 3 months is outlined in the flowchart.

Due to the higher risk of SBI and the challenges in reliable clinical assessment of toxicity in infants ≤ 28 days, a consistent approach to investigation is recommended, irrespective of clinical appearance.

Owing to the lower risk of SBI in invasive bacterial infection, infants aged 29 days to 3 months, can be managed in a step-by-step approach with sequential evaluation of general appearance, urinalysis, and results of bloodwork.10 With careful clinical assessment, this approach allows identification of a group of infants at low risk of SBI who can be safely managed as outpatients without requiring a lumbar puncture or empiric antibiotic treatment.

Investigations for the management of febrile illness in children
Investigation type Utility
Urinalysis, microscopy and culture Symptomatic children or in febrile children <3 years.

See below for method of collection.

Chest X-ray (CXR) Considered for febrile children with cough and ANY of:

  • tachypnoea
  • SpO2 ≤ 93% in room air
  • increased WOB (chest recession, tracheal tug, use of accessory muscles)
  • temp >39°C and WBC >20 x 109 (as a screen for occult pneumonia)11

CXR cannot reliably distinguish viral from bacterial pneumonia.12

Blood Culture Febrile children when bacteraemia is suspected.

Use lower threshold in young infants and unimmunised children especially if appear otherwise well (due to higher bacteraemia rates and risk of septicaemia).

Note contamination rate is often higher than true positive rate.

Culture sensitivity is proportional to the volume of blood taken

  • minimum of 1 mL in neonatal aerobic culture bottle (yellow top)
  • minimum of 4 mL in standard aerobic culture bottle (green top)
Full blood count (FBC) Very young infants or unimmunised with possible SBI and must always be correlated with clinical findings. See below.
C reactive protein (CRP) Used in risk stratification for SBI – may be useful in select patients on advice from senior clinician. See below.

May be a role for serial CRP measurements to guide management.

Serum electrolytes, glucose and venous blood gas As guided by clinical assessment.

Lactate can be used as a marker of possible early sepsis.

Lumbar Puncture (LP) Considered in children with signs or symptoms of meningitis, or in the young febrile infant with non-specific features such as vomiting, lethargy/drowsiness, irritability or poor feeding.
Viral diagnostic studies Limited usefulness in ruling out SBI.
Stool microscopy and culture May be indicated in very young infant or if mucoid, bloody or prolonged diarrhoea.

Full blood count

Despite being widely used by clinicians in investigation of fever, there is little evidence to support the utility of a FBC in risk stratification for well appearing, immunised infants and children.13

A systematic review found WCC of no value in ruling out SBI in vaccinated children and less valuable than CRP for ruling in SBI.14 A prospective cohort study found that total WCC and absolute neutrophil count were not sufficiently accurate to be used as screening tests for febrile children with possible SBI.15

For infants < 60 days, no parameters on the FBC have been found to accurately predict risk of a SBI.16

Meningococcal, salmonella & staphylococcal bacteraemias do not typically elevate the WCC.

The current NICE guidelines1 use a WCC<5 x 109/L or > 15 x 109/L as risk factors for SBI in the infant <3 months. Using an absolute neutrophil count of < 10 x 109/L in these infants has been validated as a reliable method of identifying those at low risk of SBI.10

FBC may be useful for children over 3 months who are not fully immunised. WCC in this group may be a more reliable indicator of possible SBI.

C reative protein

CRP is an acute phase reactant and concentrations start to rise 4 – 6 hours after the onset of inflammation and peak around 36 – 50 hours. CRP is better than the FBC for detecting SBI, especially if used after 12 hours of fever, however establishing a level of CRP which can reliably determine low risk of SBI is challenging. A systematic review found a CRP of >80 mg/L was associated with a 72% risk of SBI, and a CRP or <20 mg/L with a 5% risk of SBI.14 A more recent study suggested a CRP level of <20mg/L in infants between 22-90 days identified infants at low risk of SBI.10 In the absence of a definitive cut off value, CRP should be only be used for screening on advice from senior clinicians and according to local practice.


UTI is the most common SBI in children under 5 years of age. Dipstick urinalysis or urine microscopy may be used to screen urine samples for UTI. A diagnosis of UTI is likely when:

  • both the leucocyte esterase and nitrite tests are positive in children ≥ 2 years OR
  • bacteria are seen on a Gram stain

Antibiotics can commence following a presumptive UTI diagnosis on dipstick testing while the sample is being cultured and tested for sensitivities.

For children ≥ 2 years, a UTI may be confidently excluded when both leucocyte esterase and nitrite are negative on dipstick testing. If a UTI is not able to be excluded on dipstick testing, a sample should be collected for microscopy and culture.

For children aged between 3 months and 2 years, dipstick testing is a useful screening test to guide initial management, with microscopy and culture required to provide definitive diagnosis. Below the age of 3 months, dipstick urinalysis for leucocytes and nitrites is less reliable and assessment should always include urine microscopy.

The most appropriate urine collection method varies depending on age and clinical presentation and is critically important.

Urine collections methods in children
Urine collection method Utility Notes
Supra-pubic bladder aspiration (SPA) For a child:

  • <6 months who is toxic
  • with phimosis or labial adhesion

Lowest contamination rate

Success rate 23 – 90% depending on operator, use of ultrasound and the presence of at least 20mL of urine. Ultrasound significantly increases success rate.

Urethral catheterisation For a toxic child:

  • >6 months and not toilet-trained
  • <6 months where SPA failed

Highest success rates

Clean catch specimen For non-toxic child who:

  • is unable to void on request
  • does not require urgent collection
The child’s perineum should be washed prior to collection and the inside of the clean/sterile container used for collection should not contaminated by touching the collector’s or the child’s skin (see How to Collect Clean Urine factsheet)

Potential delays in obtaining sample

Midstream urine For non-urgent collection in non-toxic toilet trained child
Bag specimens Not routinely recommended High contamination rate (85 -90%) so CANNOT be used for culture or UTI diagnosis

Less invasive (though can be uncomfortable)

Potential delays in obtaining sample


Refer to flowchart for a summary of the recommended emergency management of febrile children < 3 months and ≥3 months. Management is based on the risk of SBI.


Remove excess layers of clothing from the child. Over-enthusiastic physical cooling can be counterproductive by stimulating shivering and other heat-retaining reflexes. Oral fluids, if tolerated, should be encouraged to maintain hydration.


Antipyretics may be prescribed for an awake child to provide relief from discomfort caused by the fever or the underlying cause of the fever. Parents should be advised that fever is one of the body’s immune system responses to infection and that antipyretics do not treat or shorten the illness, and will not prevent febrile convulsions.

Aspirin should be avoided in children as the uncommon possibility of Reye’s syndrome increases with varicella or influenza-like illnesses.

Antipyretic dosing for the treatment of fever in children
Antipyretic Dose
Paracetamol (PO) 15mg/kg up to 4 hourly, maximum 4 doses in 24 hours
Ibuprofen (PO) 10mg/kg (maximum 400 mg) up to 6 hourly, maximum 4 doses in 24 hours

Avoid in children <6 months, if significantly dehydrated or history of hypersensitivity.

There is some evidence that ibuprofen reduces fever and discomfort more quickly than paracetamol.17 The popular dual therapy dosing regimens reduce the time with fever compared to monotherapy, however there is no significant difference in resolution of discomfort.18 Safety concerns have been raised over recommending 2 drugs with different dosing regimens for little gain, and parents should be made aware of this risk.1

Fever and rash

  • Seek senior emergency/paediatric advice as per local escalation protocols for unwell child with purpuric rash not consistent with Henoch-Schonlein purpura.

If the child is unwell (abnormal vital signs, poorly perfused, or altered mental state) or if the rash is purpuric (>2mm lesions) and not consistent with typical Henoch-Schonlein purpura (HSP), then the child should be managed presumptively for meningococcal disease with resuscitation as required and a 3rd generation cephalosporin whilst investigations are carried out.

Well-appearing febrile children with petechiae caused by local pressure or only in the distribution of the superior vena cava (eg. following coughing/vomiting) may be discharged with early review. In all other cases blood tests should be performed (FBC, CRP, blood culture). If the FBC and CRP are within normal limits and the child remains well during a 4-hour period of observation, then discharge with early review is again appropriate, otherwise admission with or without antibiotics should be undertaken.19-21

It should also be remembered that many viral infections can cause petechiae.

Fever and non-blanching rash flowchart


Antibiotics (usually IV) may be indicated depending upon the perceived risk of SBI or the specific infection found. View the Paediatric Antibiocard: Empirical Antibiotic Guidelines for choice and doses or refer to local guidelines.

When to escalate care

Follow your local facility escalation protocols for children of concern. Transfer is recommended if the child requires care beyond the level of comfort of the treating hospital. Clinicians can contact the services outlined below to escalate the care of a paediatric patient.

Service Reason for contact by clinician Contact
Local Paediatric service For specialist paediatric advice and assistance with local transfers as per local arrangements. As per local arrangements
Children’s Advice and Transport Coordination Hub (CATCH) For access to specialist paediatric advice and assistance with inter-hospital transfer of non-critical patients into and out of Lady Cilento Children’s Hospital.

For assistance with decision making regarding safe and appropriate inter-hospital transfer of children in Queensland.

For QH staff, click here for further information including the QH Inter-hospital transfer request form (access via intranet).

(07) 3068 4510

CATCH website

24 hours

Telehealth Emergency Management Support Unit (TEMSU) For access to generalist and specialist acute support and advice via videoconferencing, as per locally agreed pathways, in regional, rural and remote areas in Queensland.

For QH staff, click here for further information (access via intranet).


24 hours

Retrieval Services Queensland (RSQ) For access to telehealth support for, and to notify of, critically unwell patients requiring retrieval in Queensland.

For any patients potentially requiring aeromedical retrieval or transfer in Queensland.

For QH staff, click here for further information and relevant forms (access via intranet).

RSQ QHEPS website

24 hours


When to consider discharge

  • Consider seeking senior emergency/paediatric advice prior to discharge for a febrile child aged ≥3 months as per local protocols.
  • Seek senior emergency/paediatric advice prior to discharge for all febrile children aged between 1 and 3 months.

Discharge may be considered for children who meet ALL of the following criteria:

  • for children aged 1-3 months – only on advice from senior emergency/paediatric clinician and providing clinical review within the next 24-48 hours or earlier has been arranged
  • for children ≥ 3 months with features of SBI who are not fully immunised – only on advice from senior emergency/paediatric clinician
  • no toxic features
  • no other investigations or IV treatment required
  • no features of SBI
  • able to maintain adequate oral intake to maintain hydration
  • can be safely managed at home and return in the event of deterioration (consider time of day, parent/carer comprehension and compliance, access to transport and distance to local hospital)

On discharge, parent/caregiver should be provided with a Fever Factsheet and advised to see a doctor earlier if they are concerned about their child prior to their scheduled appointment.


  • with General Practitioner within 24 – 48 hours to check progress and receive outstanding test results

When to consider admission

All infants < 28 days with a febrile illness require admission to an inpatient service.

For febrile infants ≥ 28 days, consider admission for the following children:

  • aged 1 – 3 months (even if appear well may require longer period of observation)
  • any toxic features
  • need for ongoing management
  • features suggestive of SBI
  • inability to maintain adequate oral intake to maintain hydration
  • unplanned return within 24 hours of initial assessment
  • social factors such as long distance to hospital and family/carers not able to cope with symptom management

Related documents


  1. National Institute for Health and Clinical Excellence. (2013, updated August 2017). Feverish illness in children. Assessment and initial management in children younger than 5 years’, [online] Available at:
  2. National Institute for Health and Clinical Excellence (2013). Urinary Tract Infection in children and young people (online)
  3. Rutman et al. Radiographic pneumonia in young, highly febrile children with leucytosis before and after universal conjugate pneumococcal vaccination. Pediat Emerg Care, 2009, 25(1):1-7.
  4. Herz, A.M., Greenhow, T.L., Alcantara, J., Hansen, J., Baxter, R.P., Black, S.B., Shinefield, H.R. ‘Changing epidemiology of outpatient bacteremia in 3 to 36-month old children after the introduction of the heptavalent-conjugated pneumococcal vaccine’, Pediatr Infect Dis J 2006, 25: 293-300.
  5. Curtis et al. ‘Clinical features suggestive of meningitis in children: a systematic review of prospective data’, Pediatrics 2010,126(5):952-60.
  6. Byington, CL, Enriquez FR et al. Serious Bacterial Infection in Febrile Infants 1-90 days with and without viral infections. Pediatrics Jun 2004, 113 (6): 1662-1666
  7. Levine, DA, Platt SL et al. Risk of Serious Bacterial Infection in Young Febrile Infants with RSV infections. Pediatrics Jun 2004, 113 (6): 1728-1734
  8. Ralston S et al. Occult Serious Bacterial Infection in Infants younger than 60-90 days with bronchiolitis – a systematic review. Arch Pediatr Adolescent Med 2011;165 (10):951-956
  9. Teach, S.J., Fleisher, G.R. Duration of fever and its relationship to bacteremia in febrile outpatients 3 to 36 months old: the occult bacteremia study group. Pediatr Emerg Care 1997;13(5):317–9.
  10. American College of Emergency Physicians Clinical Policies Subcommittee. Clinical Policy for Well Appearing Infants and Children Younger than 2 Years of Age Presenting to the Emergency Department with Fever. Annals of Emergency Medicine May 2016; 67(5)
  11. Bettenay, F.A., de Campo, J.F., McCrossin, D.B. Differentiating bacterial from viral pneumonias in children Pediatr Radiol. 1998;18(6): 453-454.
  12. Van den Bruel. Diagnostic value of laboratory tests in identifying serious infections in febrile children: systematic review. BMJ 2011;342: d3082.
  13. Cruz AT, Mahayan P, Bonsu BK et al. Accuracy of Complete Blood Cell Counts to identify febrile infants 60 days or younger with invasive bacterial infections. JAMA Pediatr 2017;171(11): e172927
  14. Perrott, D.A., Piira, T., Goodenough, B., Champion, G.D. Efficacy and safety of acetaminophen vs ibuprofen for treating children’s pain or fever: a meta-analysis. Arch Pediatr Adolesc Med,2004;158(6): 521-6.
  15. Hay, A.D., Costelloe, C., Redmond, N.M. et al. Paracetamol plus ibuprofen for the treatment of fever in children (PITCH): randomised controlled trial. BMJ 2009;337: a1302
  16. Brogan, P.A., Raffles, A. The management of fever and petechiae: making sense of rash decisions. Arch Dis Child 2000; 83:506-7.
  17. Klinkhammer, M.D., Colletti, J.E. Pediatric myth: fever and petechiae. CJEM 2008;10(5): 479-82.
  18. The Royal Children’s Hospital Melbourne. Clinical Practice Guidelines: Fever and Petechiae, [online] Available at:

Guideline approval

Guideline approval history
Document ID CHQ-GDL-60006-Fever Version no. 1.0 Approval date 13/8/18
Executive sponsor Executive Director Medical Services Effective date 13/8/18
Author/custodian Statewide Emergency Care Children Working Group Review date 13/8/21
Supersedes CHQ-GDL-00707 (CHQ Febrile Illness Guideline)
Applicable to Queensland Health medical and nursing staff
Authorisation Executive Director Clinical Services QCH
Keywords Children; fever; febrile; temperature; emergency; management; paediatric; 00707; guideline, 600006
Accreditation references NSQHS Standards (1-10): 1, 4, 9


This guideline is intended as a guide and provided for information purposes only. View full disclaimer.
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