Skip to main content
Relax
Children are just little adults
themes
the critically ill and injured child
taking action
not APLS
not PEM in general
Disclosures
PICU
Kids ED
Trauma centre
Trauma centre
Trauma centre
...but where are the kids?
Transfers were:
Sicker
Needed more ICU care
Had a longer stay
More ventilation
More inotropes
Half of unplanned transfers from St.Elsewhere
They were sicker/younger
but
Died more often (8% vs 6%)
Risk adjusted mortality 0.65 (0.53-0.80)
Selection bias?
Maybe...., but
Anecdotally.....
Errors of Omission and delay
Wait for help
Failure to intervene
Cliff drop of kids pathology
Benjamin Ellis CCL
http://www.flickr.com/photos/jamin2/3191895921/
6 year old
1/7 hx
T 37.9 C
RR 35
Pulse 170
BP 100/52
Oxygen
Fluids
Antibiotics
Multiple cannulation
attempts
ED docs
Paediatricians
5 hours later
Circulatory collapse
Dies in PICU
why?
Why are we scared of kids?
Where are we scared?
1. Unfamiliarity
2. High stakes
3. Because people tell us we
should be!
Children are not little adults!!!!
World Health Organisation http://www.who.int/ceh/capacity/Children_are_not_little_adults.pdf
‘Children are not little adults’
Is this still ABC?
transferrable skills
Neonates
aliens
&
prehumans
•Scary Aliens
•Weird stuff often precipitated
by infection
•Treat what you can whilst
working out the hard stuff!
Is it really
that different?
but really?
EmergencyEmergency
MedicineMedicine
PICUPICUPaediatricsPaediatrics
AnaestheticsAnaesthetics
The resuscitiationist
Transferrable skills
• Adult practice
• to
• Paeds practice
Kids are more difficult than adults.
Co-morbidity?
Anatomical variation?
Range of conditions?
ToP TiPs
• Airway issues
• Lots of normal
• RSI
• Rescue
be prepared
Pressure control more popularPressure control more popular
Tidal volume reasonable (5-8 ml/kg)Tidal volume reasonable (5-8 ml/kg)
or maybe better to look at chest wall excursion with pressure controlor maybe better to look at chest wall excursion with pressure control
Aim for lower FiOAim for lower FiO22 albeit with higher PEEPalbeit with higher PEEP
4-6 to start4-6 to start
6-8 if bad lung disease6-8 if bad lung disease
8-10 if wet lungs8-10 if wet lungs
SpO2 = 88-96%SpO2 = 88-96%
Chest tubesChest tubes
• Circulation
• Fluids
• Trauma resus
• Access
• 1
• 2
• IO
• 1
• 2
• IO
• Consider external jugular
• Fluids
• APLS 20ml/Kg in sepsis
• APLS 10ml/Kg in trauma
Fluid requirements
• Sepsis -
• Adequate volume important within 1-2 hours
• Reduced mortality
• less persistent hypovolaemia
• no increase in ARDS
• each additional hour of shock doubles odds of death.
• reduced PICU stay
Role of early fluid resuscitation in pediatric shock. Carcillo JA, Davis AL, Zaritsky A. JAMA 1991;266: 1242-1245.
Early reversal of Pediatric - Neonatal septic shock by Community Physicians is associated with improved outcome. Han
YY, Carcillo JA, Dragotta M et al. Peds 2003;112: 793-799.
In severe sepsis
likely requirement for volume is
200-360ml/Kg in first 24 hours
FEAST trial
Higher mortality in kids with large fluid boluses
Question?
Is 20ml/Kg too much
Dose/response may be better in 5ml/Kg aliquots
Fluid choice?
• Little evidence
• Saline causes hyperchloraemic acidosis
• Colloids (albumin) after 40-60ml/Kg
• Plasmalyte coming into practice
octaplas - prior reduced plasma
Trauma
Tranexamic acid
15mg/Kg over 1 hour
2mg/Kg/Hr for 8 hours
53 patients in 15 months
No improvement in mortality
Feasibility proven
Therapeutic end points
• Titrate to effect
• Normal pulses with no difference central/peripheral
• Warm extremities
• Return of Urine output (>0.5-1ml/Kg/Hr), HR, Cap refill,
LOC
• SVC or mixed venous gas
• Normalising base deficit and lactate
Today...
•Fire up the simulator
• Kids & Adults in the past
• Kids & Adults in the future
you are the resuscitationist
resuscitation aims to restore physiology
resuscitation skills are learned in adult medicine
most if not all skills are transferrable
kids are little adults
Thanks
NWTS
Ralph MacKinnon
Kate Parkins
Rachel Jenner
Katherine Potier