What resuscitation strategies targeted toward pulseless electrical activity (PEA)/asystole would be successful in preventing cardiac arrest (CA)? Furthermore, what are animal models of PEA/asystole, what is responsible of this major shift in the underlying rhythm of CA, and what is the phenotype?
As VF/VT rates continue to decrease in cardiac arrest to levels below 25%, the importance of understanding the pathways and epidemiology of PEA gains public health importance. Additionally, there is a need to determine the co-morbidities and/or pharmacologic agents that contribute to the causation of this rhythm.
Sudden Death from cardiac arrest and gaps in knowledge of emergency cardiovascular care are the #1 killer of more than 400,000 Americans each year. This epidemic of death and disability is largely ignored and underfunded by NIH and all funding agencies and kills more than HIV, Cancer, Diabetes, and infectious diseases. There is no national registry of cardiac arrest, no mandatory reporting, and poor funding for both fundamental, ...more »
What is the sequence and time course of molecular events that cause irreversible cardiovascular and neurologic dysfunction during and after cardiac arrest?
Among major causes of cardiac mortality cardiac arrest stands as a cause of death that rivals all other causes in terms of frequency. There has been at best only modest improvement in resuscitation over recent years. No wonder with so little NHLBI funding going into this cause compared to acute MI and heart failure. Hopefully the IOM report on cardiac resuscition will be a call to action that will highlight these NIHBI ...more »
What is the optimal dose and duration of post-cardiac arrest hypothermic targeted temperature management?
Is intra-arrest therapeutic hypothermia feasible during CPR, and does it improve outcomes?
Which, if any, pharmacologic and non-pharmacologic therapies are useful and effective in cardiac arrest due to non-shockable rhythms?
Can improved catheters, pumps and oxygenators for extracorporeal cardiopulmonary resuscitation be developed that will make feasible widespread implementation for refractory in-hospital and out-of-hospital cardiac arrest?
Can techniques to monitor brain injury and recovery in post-cardiac arrest patients be developed to optimize post-cardiac arrest care and enable reliable neuroprognostication?
Can personal surveillance systems to prevent “unwitnessed” cardiac arrest improve outcomes?
What is the best way to train the public to recognize sudden cardiac arrest, perform CPR and utilize an AED?
Should out-of-hospital cardiac arrest care be regionalized to specialized centers similar to trauma, STEMI, and stroke?
Can surveillance systems be developed to prevent in-hospital cardiac arrest outside the ICU?
How do we eliminate disparities in cardiac arrest care?