Unfortunately under 1 year olds are at a higher risk of NAI and this needs to be considered in ALL presentations. But remember if the child can’t Crawl/Stand/Cruise/Walk they shouldn’t injure themselves.
Category: Paeds-Trauma
Minimal and Moderate Paediatric Sedation
The depth and type of sedation required in children depends on the procedure to be carried out. With the exception of procedures expected to cause pain most procedures in the Paediatric Emergency Department will not require pharmacological agents.
Painful procedures preformed for children in the ED are usually done with Ketamine Sedation for which there is a separate pathway – Ketamine Sedation
Minimal and Moderate Sedation
Minimal – Drug induced calm, the patient is awake and responds to verbal commands but may have impairment of cognition and coordination.
Moderate – Drug induced depression of consciousness but patients respond purposefully to verbal commands or tactile stimulation.
Prior to consideration of drugs for painless procedures please consider consider alternative strategies. There are playspecialists at both sites between 8am and 8pm most days! If play therapists aren’t available consider the use of favourite songs, distraction toys, and of course the modern day all-in-one fix of a phone/tablet with the child’s favourite show!
The help of an experienced nurse and capable parent cannot be underestimated. You should consider the use of intranasal fentanyl (see guideline) on presentation for more painful conditions, as well as paracetamol and ibuprofen.
You might diminish the pain on infiltration of (warmed) local anaesthetics by injecting slowly and using a fine gauge needle. If oral sedation is to be considered oral Chloral Hydrate or Buccal Midazolam should be considered, neither of these require cannulation.
Who can preform minimal/moderate sedation?
- Senior medical staff (ST3+) with paediatric life support training
- Must have done at least 6 months of anaesthetics/ICU
- Familiar with giving medication of choice
- Must have at least 2 staff members – someone to perform sedation, someone to monitor the patient
- Department must be safe – Senior ED Clinician in charge (Consultant or Senior Registrar when Consultant not present in department has final say over if it is appropriate to perform at any given time
Benzodiazepine and chloral both have very variable effects in children and careful consideration of an alternative plan should be made. Can imaging be delayed until a play-therapist is present? Could they be bought into PAU for their imaging requirements? Can a specialist attend to clean and suture a wound under ketamine instead of just cleaning the wound and dressing?
Contraindications
Any of the following comorbidities / contraindications require discussion with an anaesthetist / senior paediatrician:
- Abnormal airway – including large tonsils or craniofacial anomalies e.g. receding jaw, stiff neck, restricted mouth opening, very large head
- Raised intra cranial pressure or depressed conscious level
- History of obstructive sleep apnoea
- Major organ dysfunction including congenital cardiac anomalies
- Moderate to severe gastro oesophageal reflux disease
- Neuromuscular disorders
- Bowel obstruction
- Intercurrent respiratory tract infection
- Known allergy to sedative drug / previous adverse reaction
- Multiple trauma
- Refusal by parent / guardian / child
- Corrected age < 1 year because of severe prematurity
- ASA 3 or more
Fasting
- For an emergency procedure in a child or young person who has not fasted, balance the risks and benefits of the decision to proceed with sedation before fasting criteria are achieved, on the urgency of the procedure and the target depth of sedation. Consider discussing this child with an anaesthetist.
- Apply the 2-4-6 fasting rule for sedation in the ED unless child in significant distress and all other distraction and environmental alterations have been attempted.
- 2 hours for clear fluids
- 4 hours for breast milk
- 6 hours for solids and formula milk
Medications
Chloral Hydrate
Oral – give 45-60 minutes before procedure, it has an unpleasant taste but can be mixed with blackcurrant squash
Dose: –
Minimal Sedation: 30-50 mg/kg Maximum 1g
Moderate Sedation: 100mg/kg Maximum 2g
Side Effects
Gastric irritation including nausea and vomiting reported.
Beware cardiac arrhythmias and respiratory depression with loss of airway reflexes at high doses.
There is NO reversal agent available
Buccal Midazolam
Buccal: Give 15 minutes pre-procedure and give half the dose into each side of the mouth
Dose: –
1-9 years: 0.2mg – 0.3mg/kg; Maximum 5mg
10-18 years: 6mg – 7mg; Maximum 8mg if 70kg or over
Side Effects
Short acting benzodiazepine causing sedation, hypnosis, anxiolysis, anterograde amnesia
Beware respiratory depression / hypotension / loss of airway reflexes at high doses.
Can lead to a distressing paradoxical excitement in children
Reversal agent: Flumazenil
Flumazenil dose: 10 microgram/kg [Max 200 microgram], repeat at 1 minute intervals up to 5 times.
Post sedation care
- Observe for 1-2 hours until:
-
- Conscious and responding appropriately
- Able to walk unassisted (older children)
- Vital signs are within normal limits
- Respiratory status not compromised
- Pain and discomfort addressed
- Supervise child closely for 24 hours no driving for older children
- Give advice leaflet to parents/carer
- Ensure that sedation documented on EPR and drugs are signed for in CD book
Full trust policy is available on intranet here
Intranasal Fentanyl
There is was a national shortage of Intranasal Diamorphine therefore many departments are now more comfortable using Intranasal Fentanyl as a replacement for rapid provision of opioid analgesia in children.
- Intranasal (IN) fentanyl is a safe, non-invasive and effective analgesic for children with moderate to severe pain
- Fentanyl should be used in combination with non-pharmacological and other pharmacological pain management
- It can be used in conjunction with nitrous oxide for procedural sedation or prior to procedural sedation with ketamine
Dose is 1.5micrograms/Kg for the initial dose and 0.75micrograms/kg 10 minutes later if required.

Drug Delivery
Draw up the appropriate dose plus 0.1ml to allow for the dead space in the Mucosal Atomizer Device
Attach the MAD to the syringe
Sit the child at 45 degrees insert MAD loosely into the nostril and press the plunger
Doses greater than 0.5ml should be split between 2 nostrils
Contraindications
- Blocked nose due to upper respiratory illness or epistaxis
- Respiratory depression
- Hypovolaemia
- Altered consciousness
- Hypersensitivity to fentanyl
- Children below 1 year old
Limping Child
This is a relatively common presentation within the ED that has a myriad of possible diagnoses ranging from sprain to malignancy. One thing to remember is that patients and relatives will look for a traumatic reason for limb pain, and may link it to minor injuries that would not have caused it. Read more
Immobilisation Protocol for Trauma Patients
Purpose of pathway
To clarify the immobilisation strategy for patients requiring Poly-Trauma CT Scans (anything more than an isolated CT Head)
C-Spine Injury
C-spine injury ranges from the obvious fracture-dislocation to the less obvious ligamentous injury, affecting about 2.5% of blunt trauma patients. However, ALL of them are serious and can lead to life changing injuries, that we obviously don’t want to miss. Unfortunately reported miss rates range from 4-30%. [IJO 2007]
Paediatric Blast Injury

Save the Children, have published a used full guide on management on blast injuries in children. Taking you through pre-hospital, ED and inpatient care.
Although blast injury is rare in the UK it’s worth a read as an adjunct to APLS/ATLS training.
- Recognising “Blast Lung” – which may be subtle initially and develop over hours (p51)
- Prophylactic antibiotics
- Compartment syndrome and fasciotomy (p105)
- Burns Fluids and escharotomies (p112)
Paediatric Ketamine Sedation
RCEM 2022 Safe sedation in the ED and RCEM Ketamine for paediatric procedural sedation guideline. Please read these documents in full or participate in RCEM learning for further information.
Pre-Arrival Blood (O-ve)
On rare occasions you may receive a pre-alert, where you want blood available for the patient when they arrive (for example in major haemorrhage). This process has been agreed with transfusion so this can be done safely and responsibly. Read more