OBJECTIVE: To review contemporary guidelines and therapies for pediatric cardiac arrest and discuss potential novel therapies. METHODS: Key articles and guidelines in the field were reviewed along with recent publications in the fields of neurointensive care and neuroscience germane to cerebral resuscitation. RESULTS: A total of 45 articles were reviewed. The majority of arrests in the pediatric population are asphyxial in origin--which differs importantly from the adult population. The International Consensus on CPR guidelines are discussed, including good quality CPR, chest compressions without interruptions, resuscitation with 100% oxygen and subsequent titration of oxygen to normal oxygen saturations, correct dose of epinephrine, and use of hypothermia in the first 12-24 hours. Novel therapies that showed success in animal studies, such as hypertensive reperfusion, thrombolytics, hemodilution and extracorporeal CPR are also discussed. CONCLUSION: With only 30% return of spontaneous circulation, 12% survival to hospital discharge and 4% intact neurologic survival, pediatric cardiac arrest remains an area of intense research for therapies to improve its outcomes. In addition to the rapid implementation of basic and advanced life support interventions, new therapies that may have value include mild hypothermia, extracorporeal support, promotion of cerebral blood flow and other more novel therapies targeting oxidative stress, excitotoxicity, neuronal death, and rehabilitation.
OBJECTIVE: To review contemporary guidelines and therapies for pediatric cardiac arrest and discuss potential novel therapies. METHODS: Key articles and guidelines in the field were reviewed along with recent publications in the fields of neurointensive care and neuroscience germane to cerebral resuscitation. RESULTS: A total of 45 articles were reviewed. The majority of arrests in the pediatric population are asphyxial in origin--which differs importantly from the adult population. The International Consensus on CPR guidelines are discussed, including good quality CPR, chest compressions without interruptions, resuscitation with 100% oxygen and subsequent titration of oxygen to normal oxygen saturations, correct dose of epinephrine, and use of hypothermia in the first 12-24 hours. Novel therapies that showed success in animal studies, such as hypertensive reperfusion, thrombolytics, hemodilution and extracorporeal CPR are also discussed. CONCLUSION: With only 30% return of spontaneous circulation, 12% survival to hospital discharge and 4% intact neurologic survival, pediatric cardiac arrest remains an area of intense research for therapies to improve its outcomes. In addition to the rapid implementation of basic and advanced life support interventions, new therapies that may have value include mild hypothermia, extracorporeal support, promotion of cerebral blood flow and other more novel therapies targeting oxidative stress, excitotoxicity, neuronal death, and rehabilitation.
Authors: Ericka L Fink; Christina D Marco; Holly A Donovan; Henry Alexander; C Edward Dixon; Larry W Jenkins; Christopher J Stange; Patrick M Kochanek; Robert S B Clark Journal: Dev Neurosci Date: 2005 Mar-Aug Impact factor: 2.984
Authors: F Spöhr; H R Arntz; E Bluhmki; C Bode; P Carli; D Chamberlain; T Danays; J Poth; C Skamira; V Wenzel; B W Böttiger Journal: Eur J Clin Invest Date: 2005-05 Impact factor: 4.686
Authors: H H Khine; D H Corddry; R G Kettrick; T M Martin; J J McCloskey; J B Rose; M C Theroux; M Zagnoev Journal: Anesthesiology Date: 1997-03 Impact factor: 7.892
Authors: A Zaritsky; V Nadkarni; M F Hazinski; G Foltin; L Quan; J Wright; D Fiser; D Zideman; P O'Malley; L Chameides Journal: Resuscitation Date: 1995-10 Impact factor: 5.262