Category: Resus

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.

  1. Intranasal (IN) fentanyl is a safe, non-invasive and effective analgesic for children with moderate to severe pain
  2. Fentanyl should be used in combination with non-pharmacological and other pharmacological pain management
  3. 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

Full Intranasal Fentanyl SOP

Vascular Emergencies (Regional Pathways)

Intro

Vascular surgery has been reconfigured across etc region. The vascular oncall will be based at BRI 24/7.

Multiple pathways have been developed below to help guide appropriate use – full guide HERE

AAA (Symptomatic)
 
AAA (Incidental)
 
Ischaemic Limb (Acute)

Ischaemic Limb (Critical)

Ischaemic Limb (Intermittent Claudication)
 
Uncontrolled Haemorrhage (Interventional Radiology)

Some patients benefit from control of bleeding using embolization techniques, which is a procedure performed by an Interventional Radiologist.

Patients should be treated in their receiving hospital to the maximum of that hospital’s capability, where at all possible. When all local treatment options have been exhausted, the patient should be discussed with one of the Arterial Centres (BRI) with a view to transfer for ongoing management by IR techniques.

Isolated Vascular Trauma

Diabetic Foot

Emergency Transfer

Urgent Vascular Clinic

Access is very limited to this clinic. It is envisioned by WYVas that access to UVAC for ED patients will be arranged through direct (telephone) referral to either:

  • IN hours: Local (HRI) or ON-Call (BRI)Vascular Consultant
  • OUT of hours: ON-Call (BRI) Vascular Consultant

EMBRACE & Paediatric Critical Care

In our trust we don’t have paediatric critical care beds. However, in our region we use EMBRACE (a paediatric critical care transport team), who can transfer critically  ill children to specialist centers (in or out of region).

EMBRACE

Y&H Paed Critical Care

Drugs:

  • Trust guide
  • Remember: Midazolam 10mg/2ml is used(not the 5mg/5ml we have  in ED)

 

Primary Intracerebral Haemorrhage

In anybody who there is suspicion of a non-traumatic haemorrhage arrange an urgent CT Head.

All patients need IV access and  U&E, FBC, Coag

If CT confirms PICH (not traumatic, not SAH): –

Anticoagulation

If anticoagulated with warfarin or NOAC discuss with stroke consultant and Haematologist regarding reversal

If not anticoagulated give Tranexamic acid – 1g in 100mls Saline/Glucose over 10 mins followed by 1g in 250mls Saline over 6 hours.

Blood Pressure

BP needs to be <150/80 – use labetalol (max 400mg – until BP <160 or HR <50) and GTN infusion

Neurosurgical Referral

Not all patients with intracerebral bleeds need referral to neurosurgery – you could save yourself and your patient a lot of time and effort!

Those to refer:

  • GCS 9-12/15 with lobar haemorrhage
  • Isolated intraventricual haemorrhage
  • Hydrocephalus on presentation
  • Rapid deterioration following arrival (gcs drop by 2 points or more in the motor component)
  • Cerebellar bleed

Admit those not going to Neurosurgery to HASU at CRH after discussion with Stroke team

Hypothermia

Remove COLD, Add WARM, Don’t SHAKE

  • 32-35ºC [Mild] – Shivering, Tachycardia, Tachypnoeic, Vasoconstriction
  • 30-32ºC [Moderate] – Shivering stops, Pale/Cyanosed, Hypotensive, Confused, Lethargic
  • <30ºC [Severe] – Low GCS, Bradycardia/pnoeic, Hypotensive, Arrhythmias, Cardiac Arrest

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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

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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