440 likes | 771 Views
Kristen Johnson Adam Oster. Pediatric and Neonatal Resuscitation. Objectives. Highlight differences between pediatric and adult cardiac arrest regarding Etiology Outcomes Practice the basics of pediatric resuscitation through a variety of cases
E N D
Kristen Johnson Adam Oster Pediatric and Neonatal Resuscitation
Objectives • Highlight differences between pediatric and adult cardiac arrest regarding • Etiology • Outcomes • Practice the basics of pediatric resuscitation through a variety of cases • Provide numbers and tips to help in a crunch • Review controversial areas of resuscitation
Newly Born – in delivery room, including first few hours of life Newborn – delivery until discharge from hospital/NICU Infant – initial discharge from hospital until 12 months Child – 1 year old until adolescence (signs of puberty) Adult – adolescent (signs of puberty) and older
Hypoxemia Hypercapnea Acidosis Bradycardia Hypotension 80% 20%
Airway intervention saves 90% IV access saves 9% Drugs save 1%
Etiology • Out of Hospital • Trauma (1/3) • Blunt trauma • Drowning • Fire • Residential accidents • Strangulation • Medical (2/3) • SIDS • Respiratory Disease • Cardiac disease/arrhythmia • CNS disease • Toxins • Sepsis • Metabolic Gerein et al. AcadEmerg Med 2006 Young et al. Pediatrics 2004
Incidence of Out of Hospital Cardiac Arrest Atkins et al. Circulation 2009
Survival Following Out of Hospital Cardiac Arrest Children 9.1% NNT = 10 Adolescents 8.9% NNT = 8 Infants 3.3% NNT = 29 Adults 4.5% NNT = 13 Atkins et al. Circulation 2009
VF arrests Occurs in 5% of infants/children 15% of adolescents Survival in VF (20%) >> than PEA/asystole (5%) Mortality increases by 7-10% per minute of delay to defibrillation Atkins et al. Circulation 2009
Predictors of increased survival • Peri-arrest • Witnessed arrest* • Weekend arrest • Rhythm other than asystole • No atropine or HCO3 • Fewer epi doses • Shorter duration of CPR • Drowning/submersion* or asphyxial arrest • Post-arrest • Absence of pressors/inotropes • Greater lowest pH • Low lactate • Lower maximum glucose • N pupilllary responses • Higher lowest temperature Moler et al. Crit Care Med 2011 *Donaghue et al. Ann Emerg Med 2005
To cuff or not to cuff…. Higher likelihood of correct selection of tube size No greater risk of post-extubationstridor May decrease risk of aspiration Beneficial when high ventilation pressures required Newth et al. J Pediatr 2004 Weiss et al. Br J Anaesth 2009
Any role for intratrachealepi? Maybe Probably Not
“Less is more…” “There is no survival benefit from high dose epinephrine, and it may be harmful, particularly in asphyxia.” Dieckmann et al. Pediatrics 1995 Carpenter et al. Pediatrics 1997 Perondi et al. NEJM 2004 Patterson et al. PediatrEmerg Care 2005
Family presence during resuscitation Patient perspective ??? Family perspective overwhelmingly positive Clinician perspective mixed thoughts
Families should be allowed in the resuscitation room. Families Clinicians • Majority want to be present • Most do not regret their decision to be present • Positive trend in psychological health • Less anxiety/depression • Fewer disturbing memories • Eased grief • Family presence does not delay or interfere with care • Procedural performance is not affected • Some have performance anxiety • Some have medical-legal concerns • Nurses > Physicians > Trainees in willingness to include families Tinsley et al. Pediatrics 2008
???When to call it??? • >3 doses of epinephrine • > 30 minutes of CPR in ED • Exceptions: • Primary cardiac disease and • ECMO available • Hypothermia • Suspected toxicologic cause Young et al. Pediatrics 2004 Moler et al. Crit Care Med 2011 Raymond et al. PediatrCrit Care Med 2010 Morris et al. PediatrCrit Care Med 2004
Called STAT overhead 18 month old Unwell for 3-4 days Fever Cough resp distress
Should we cool our patient? Adults Neonates Pediatrics ? Fink et al. PediatrCrit Care Med 2010 Doherty et al. Circulation 2009
7 year old girl Unwell for 1 week Flu-like illness Low grade fever
What is the best energy dose for defibrillation? 2 J/kg likely too low 3-5 J/kg may be better No more than 10 J/kg PALS = 2 - 4 J/kg with 4 J/kg for subsequent shocks
Anterior-posterior position likely better than Anterior-lateral position Tibballs et al. PediatrCrit Care Med 2011
Calcium associated with worse outcomes Survival 21% vs. 44% Favorable neuro outcome 15% vs. 35% Exceptions electrolyte abnormalities toxicological abnormality Srinivasan et al. Pediatrics 2008
Bicarbonate not indicated in routine resuscitation • Meert et al. 2009 • Multi-center cohort study that found HCO3 administration associated with increased mortality • Lokesh et al. 2004 • RCT showing no survival benefit in neonates resuscitated with bicarbonate
17 year old brought in from drug house Abdominal pain Thinks may be pregnant
10% of newborns will require some assistance after birth <1% require extensive measures <0.1% require chest compressions
< 23 weeks GA Anencephaly Known trisomy 13 Birth weight <400g
<29 wk GA Cover with plastic Begin resuscitation with room air
M reapply Mask R Reposition head S Suction mouth and nose O Open mouth P increase Pressure A Alternate airway
Compression:Breath ratio = 3:1 Terminate after 10 minutes of good CPR