There is an agreed streaming pathway for febrile children under the age of 3 months, who do not need resus. This applies to both HRI and CRH EDs and should be referred from triage to PSDEC. This is to facilitate rapid paediatric assessment, septic screening and IV antibiotics if indicated.
Category: Paeds
Paediatric Asthma / Wheeze Guideline for over 1s
Severity Assessment

Asthma and Wheeze-2 (4)
Life threatening Asthma (1)Inital Therapy
- Administer oxygen to maintain SpO₂ >94%.
- Nebulised Salbutamol:
- <5 years: 2.5 mg
- ≥5 years: 5 mg
- Nebulised Ipratropium Bromide:
- <12 years: 250 micrograms
- ≥12 years: 500 micrograms
- Steroids: (Oral Prednisolone)
- <2 years – 10mg
- 2-5 years – 20mg
- >5 years – 30-40mg
- ≥12 years: 40–50 mg daily for 3–5 days
- Needs to be given within 1 hour of admission
- If oral route not tolerated: IV Hydrocortisone 4 mg/kg QDS (max 100 mg)
- Reassess after initial treatment.
Escalate care if poor response: IV access, VBG, U&E, theophylline level if relevant.
Nebulised magnesium sulphate can be considered in severe asthma attacks at 150mcg per administration and is added to the salbutamol and ipratropium inhalers. It should not be used under 2 years and should not delay escalation to IV therapy if required.
Second-Line Management – Paediatric Senior must be involved
Any patient needing or may need second line management should be discussed with the Paediatric team. All such patients after stabilisation will need admission or a period of observation in SDEC/Children’s ward.
Be mindful of next steps – do you need anaesthetic support.
IV Magnesium Sulfate:
- 40 mg/kg (max 2 g) over 20 minutes
- Use separate IV line from salbutamol/aminophylline
- Adverse effects – Bradycardia and Hypotension.
- Monitor HR, BP every 15 mins.
- Contraindicated in renal failure and heart block
IV Aminophylline:
- Loading dose: 5 mg/kg over 20 mins (omit if on theophylline)
Infusion: 1–12 yrs: 1 mg/kg/hr, ≥12 yrs: 0.5–0.7 mg/kg/hr - Should be nursed in Enhance Care Area
- Monitor theophylline levels 4-6 hours after starting treatment (target 10–20 mg/L)
- Adjust IV fluids to account for infusion volume
- IV Aminophylline is compatible with fluids containing potassium.
- IV Aminophylline is NOT COMPATIBLE to run in the same line as IV Salbutamol.
- Dose should be calculated on the basis of ideal weight for height in obese patients to avoid toxicity. Ideal weight can be inferred from the height centile using a standard WHO growth chart (Moore’s method) – Check height centile on growth chart – check corresponding weight for that centile and age and use this weight – more information can be found at: UKMIQA-drug-dosing-in-childhood-obesity.pdf .
- If no height is available then the approximate weights can be used in the BNF online ‘Approximate Conversions and Units’ section
- For further information please see CHFT guideline – ‘Guidance For Use of Aminophylline Infusion 1mg/1ml In Children’
IV Salbutamol:
- Inform the on-call consultant if IV Salbutamol is being started.
- Continue mixed nebulisers (Salbutamol/Ipratropium) every 30-60 minutes for first 2-3 hours.
- Loading dose:
- <2 years: 5mcg/kg over 5 mins
- 2-18 year: 15 mcg/kg (max 250 mcg) over 5 mins and reassess. Dose to be calculated on actual body weight.
- Infusion: 1–5 mcg/kg/min
Discuss with Embrace/PICU if >2 mcg/kg/min required
- Consider chest X-Ray if on IV Salbutamol.
- Close monitoring of Heart rate and Blood pressure is needed.
- Monitor potassium on U+E/Blood gas
- Watch for lactic acidosis
Oxygen and Vapotherm
- Maintain saturation >94%
- If deterioration despite second line measures Nasal High Flow Oxygen can be considered but this is a consultant decision – evidence base is limited for High Flow in asthma.
- Acute Asthma patients on high flow need to be monitored carefully for deterioration, pneumothorax and/or air trapping
- CXR should be performed for any children/young people managed on high flow
- Administer nebulisers via Aerogen chamber
Monitoring
- All patients who need IV treatment should be on continuous cardiac monitoring.
- Observations: BP every 15 mins (1st hr), then 30 mins, then hourly if stable
- Clinical review every 30 mins for first 2 hrs
- U&E and glucose at the start and every 6 hours on IV therapy- Hypokalaemia and Hyperglycaemia are common side effects on treatment with Salbutamol.
- Blood gases as clinically indicated– beware of lactic acidosis with prolonged use Salbutamol (both nebulized and IV treatment).
- Theophylline level 4–6 hours after infusion start (Target level between 10 – 15 mg/L).
Special Considerations
SVT with beta-agonists:
- Stop IV salbutamol if SVT suspected
- Alert senior staff, inform on-call consultant – Anaesthetics and ICU presence to be considered early.
- Attempt vagal manoeuvres
- Ensure has two sites of IV access.
- DC cardioversion under sedation (Propofol has bronchodilator effect, to be guided by the anaesthetics/ICU team) if needed- 1st shock: 1 J/kg – if needed 2nd shock: 2 J/kg
Adenosine is contraindicated in life-threatening asthma as Adenosine causes bronchoconstriction, worsen inflammation and increases airway plasma exudation.
Observe in-hospital for at least 24 hours after IVs have been stopped due to the risk of rebound
Discharge checklist:
- Normal HR, RR
- Off oxygen ≥6 hrs
- Sustained good response to inhaled Bronchodilator – on pMDI and spaced to at least 4 hours between inhalers and needing 6 puffs or less.
- After discharge do not recommend regular salbutamol puffs (weaning plan), instead advise use of salbutamol or MART inhaler doses as required and as per PAAP (Personalised Asthma Action Plan) – these are available on the ward or on the childrens’ drive for both MART and salbutamol.
For those on MART regime:
- Once ready to space to 6 puffs 4 hourly Salbutamol – give 1 puff of Symbicort (MART reliever dose), then observe for 4 hours – if the child/young person remains well they can be discharged home with use of Symbicort as required as per their MART PAAP.
Follow Up:
- Any child/young person with >1 admission for wheeze should be followed up in clinic
- If known asthma please message Dr Houston on EPR for asthma clinic follow up
- If recurrent viral wheeze picture follow up in general paediatric clinic
Paediatric Urine Results
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Microscopy results
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Interpretation
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Pyuria and bacteriuria are both positive
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Assume the baby or child has a urinary tract infection (UTI), ensure treatment with appropriate antibiotics
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Pyuria is positive and bacteriuria is negative
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Start antibiotic treatment if the baby or child has a symptoms or signs of a UTI
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Pyuria is negative and bacteriuria is positive
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Assume the baby or child has a UTI, ensure treatment with appropriate antibiotics
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Pyuria and bacteriuria are both negative
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Assume the baby or child does not have a UTI
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Neonatal Seizures
Seizures are a common neurological emergency in the neonatal period, occurring in 1–5 per 1000 live births.1 The majority of neonatal seizures are provoked by an acute illness or brain insult with an underlying aetiology either documented or suspected, that is, these are acute provoked seizures (as opposed to epilepsy). They are also invariably focal in nature.
Clinical diagnosis of neonatal seizures is difficult. This is in part because there may be no, or very subtle, clinical features, and also because neonates frequently exhibit non-epileptic movements that can be mistaken for epileptic seizures.
If interested the full guideline pan Yorkshire Neonatal Seizure Guideline can be found here
Alprostadil
To maintain or restore patency of the ductus arteriosus
Only to be used in infants who are ventilated or where ventilation is immediately available
Guideline-for-use-of-Dinoprostone-in-duct-dependent-CHD-1-8-3
DO NOT DELAY IN STARTING Alprostadil if: there is clinical
suspicion of duct dependent CHD while waiting for paediatric cardiology opinion OR echocardiogram, even when in-house echo facilities are present.
PDF: Alprostidil
Hyperammonaemia – Paed
Hyperammonaemia is a TIME CRITICAL medical emergency with the risk of death and serious neurological damage.
0-12yrs WETFLAG
Tips:
- If particularly BIG – go up 1-2 yrs
- If particularly SMALL – go down 1-2 yr
- Prepare ET Tubes 0.5mm bigger and smaller
APLS 7e

APLS 7e Trauma

Information from APLS Aide-Memoire
Paeds Post-ROSC guide
The Yorkshire & Humber Paediatric Critical Care ODN, has released some useful guidance about the Post-ROSC phase of care 

Neonatal Resus
PUT OUT A NEONATAL CRASH CALL
CRH – will result in at least a Neonatal SpR, SHO +/- a neonatal nurse.
HRI – may not generate a response. Consider a crash bleep to anaesthetics
CALL NEONATAL CONSULTANT (WILL ONLY GIVE ADVICE AS AT CRH)
CALL THE ED CONSULTANT
***Remember Grab Box***
Unless within the first few hours of life using the APLS algorithm is equally if not more appropriate

Paediatric Hypoglycaemia
Paediatric Hypoglycaemia (BM <2.6) is a relatively common presentation in the Emergency Department. However, if we don’t do the BM it’s easy to miss.
Hypoglycaemia in paediatric diabetic patients is managed separately – see here
Hypoglycaemia in neonates (<72 hours of life) also has specific management – see here (Flowcharts A + B)
Hypoglycaemia is generally caused by disruption in one of the following:
- Carbohydrate intake
- Carbohydrate absorption
- Gluconeogenesis
- Glycogenolysis
