See also
Ketamine use for procedural sedation
Nitrous Oxide – oxygen mix
Emergency Airway Management
Acute Pain Management
Communicating procedures to children
Key points
- Use non-pharmacological methods, such as play therapy and distraction techniques, as alternatives or adjuncts
- Topical agents, local or regional anaesthesia should be used if appropriate (eg Bier block)
- Ensure adequate analgesia and monitor for combined effects of sedation and opiate analgesia
- Choice of sedative agent depends on child factors, the experience of the clinical team and location where the sedation is to be administered
- Sedation agents should only be used by clinicians who are trained and approved in their use in children and who have experience in paediatric resuscitation, airway management and monitoring
Background
- This guideline provides an overview of procedural sedation in paediatrics and potential sedation agents. See individual agent guidelines for more details
- Procedural sedation is commonly used to facilitate painful and distressing procedures and investigations
- Medications used in procedural sedation may cause a wide range of side-effects, including airway compromise and respiratory depression, as well as depression of the central nervous system, requiring careful monitoring and skilled response
- Appropriately trained staff skilled in airway management are essential
Indications
- Diagnostic and therapeutic interventions where there is a need for sedation to assist with performing and improving the success of the procedure
Contraindications
Unsafe to proceed with sedation and/or procedure due to any of the following:
- Child factors (see ‘Medical assessment of the child’ below)
- Clinician factors (see ‘Choice of sedative agent’ below)
- Environment/location factors (see ‘Choice of sedative agent’ below)
* See specific agent CPGs for relevant contraindications
Procedure
Pre-sedation
- Review the need for procedural sedation and its urgency
- Review patient risk factors and contraindications relevant to that child and the drug being used (see below)
- Obtain consent from the child (if appropriate) and their parent(s)/carer(s)
- Fasting times (see local fasting guidelines)
- Maximise the use of non-pharmacological methods such as play therapy, distraction and other non-pharmacological strategies
- Provide analgesia for potentially painful procedures
- Use a sedation checklist and role assignment (see additional notes for interstate resources)
- Prepare equipment and environment
- Discuss a ‘plan B’ in the event of sedation failure
Resuscitation equipment and staff competent in paediatric resuscitation and airway management and monitoring must be readily available prior to commencing procedural sedation
Medical Assessment of the child
The following conditions are associated with increased risk of severe adverse effects of procedural sedation. Consultation with senior clinician/specialist advice is essential to discuss the risk versus benefit of performing procedural sedation in these children:
Airway
- Acute: severe obstructive airway disease, eg croup, foreign body, head and facial trauma
- Past history: previous airway surgery, laryngomalacia, craniofacial abnormalities
Breathing
- Acute: severe respiratory distress, eg pneumonia, bronchiolitis, exacerbation of asthma
- Past History: sleep apnoea
Circulation
- Acute: circulatory compromise, eg shock
- Past history: congenital cardiac disease
Neurological
- Acute: altered level of consciousness, seizure, meningitis, trauma, space occupying lesion
- Past history: unstable epilepsy, neuromuscular disease
Other
- Acute: unstable psychiatric disorder
- Past history: previous sedation failure or anaesthetic reaction, history of anaesthetic reaction
Choice of sedative agent
Choice of agent depends on the aims of sedation (eg reduce movement, analgesia, anxiolysis, amnesia) and the following factors:
Child factors
- Age, compliance, developmental stage
Clinician factors
- Adequate experience with using the chosen agent and understanding of the side effect profile
- Appropriately skilled airway clinicians should be available
Environment/location factors
- Time of the day, staff availability, departmental load and acuity, availability of other options (eg general anaesthesia)
- Minimum skilled staffing requirements should be considered, follow agent-specific CPGs and local protocols
- Appropriate airway and resuscitation equipment
Procedural factors
- Emergency (joint relocation) vs planned (laceration repair)
- Length of procedure time
- Complexity, intensity of the stimulus of the procedure
Advantages and Disadvantages of sedation agents |
Medication |
Advantages |
Disadvantages |
Chloral hydrate # |
Oral |
Narrow therapeutic index
No analgesic effect |
Midazolam # |
Oral, intranasal, buccal, IM or IV
Amnestic and anxiolytic effect
Quick onset
Short acting |
Can produce paradoxical effect after discharge
Agent failure
No analgesic effect |
Intranasal fentanyl |
Synergistic with nitrous oxide
Reduces need for IV access |
No sedative effect |
Nitrous oxide |
Quick onset and offset
Anxiolysis and amnesia |
Vomiting is common
Limited analgesic effect |
Ketamine* |
Airway reflexes maintained
Cardiovascular stability
IM or IV
Provides excellent analgesia and sedation and thus can be used as a sole procedural agent |
Side effects include agitation and emesis during recovery
Rarely can cause laryngospasm |
Propofol #* |
Ultrashort acting sedative anaesthetic agent
Effective for muscle relaxation
(eg reduction of ankle dislocation) |
Narrow therapeutic window
Respiratory and cardiovascular depression
Lack of analgesic property |
# Extra analgesia eg fentanyl may be required for painful procedures when using these drugs
* Ketamine and propofol should only be used by clinicians who are trained and approved in their use and who have experience in paediatric resuscitation, advanced airway management and monitoring
Sedation choice by procedure type |
Procedure type |
Example |
Goals |
Agent of Choice |
Alternatives |
Diagnostic imaging |
CT
USS
MRI |
Reduce movement
Anxiolysis |
Chloral hydrate
Midazolam
Ketamine* |
General
anaesthetic |
Diagnostic (painful) |
IV insertion
LP
Port access
Urinary catheter insertion |
Reduce movement
Sedation
Anxiolysis
Analgesia |
Topical local anaesthetic
Nitrous oxide
Midazolam
Ketamine*
Extra analgesia eg fentanyl may be required |
|
Therapeutic |
Laceration repair
Fracture reduction
Dislocation reduction
Larger burns dressings
Foreign body removal
Dressing changes
Simple burns dressings
Foreign body removal
Abscess incision and drainage |
Reduce movement
Sedation
Anxiolysis
Analgesia |
Nitrous
Midazolam
Ketamine*
Propofol
Extra analgesia eg fentanyl may be required |
Regional anaesthesia |
* Ketamine and propofol should only be used by clinicians who are trained and approved in their use and who have experience in paediatric resuscitation, advanced airway management and monitoring
Monitoring
- Pulse oximetry, cardiac monitoring and blood pressure
- Close observation of the airway and chest movements is necessary
- Appropriately skilled staff in attendance until recovery is well established
Post-Procedure Care and Discharge instructions
The child should not be discharged home until they have returned to their premorbid neurological baseline
Alternatives if sedation not successful
Trial of alternative sedation choice, if safe and appropriate to do so
Consider consultation with local paediatric team when
Sedation failure and general anaesthetic required
Consider consultation for optimal procedural sedation approach
Consider transfer when
Sedation and analgesia requirements exceed local capabilities
For emergency advice and paediatric or neonatal ICU transfers, see Retrieval services
Consider discharge when
Child is able to ambulate and verbalise at a level consistent with their pre-treatment neurological baseline
Parent information
Sedation for procedures
Additional Resources
Society for Pediatric Sedation
Australian and New Zealand College of Anaesthetists (ANZCA): Guideline on procedural sedation in paediatrics
Paediatric Integrated Cancer Service Paediatric procedural pain module
Royal Children’s Hospital Procedural Sedation Procedure
Last updated December 2021