Our robust CHOP Resuscitation Science research program encourages novel, innovative and pioneering resuscitation-based research and aims to successfully translate and implement these finding to promote best practice and improve provider bedside operational performance on patients and patient and population outcomes. Our diversity in research incorporates clinical research, quality improvement, and implementation science in order to implement and disseminate improved evidence-based CPR data. The goal of this work is to inform current and future evidence-based resuscitation guidelines in order to saves more lives and improve quality of life for children.
The Resuscitation Science Center offers a true bench-to-bedside-to-bench approach utilizing high fidelity platforms that inform well-designed clinical trials and that lead to breakthroughs for our sickest patients. The multifaceted and collaborative Resuscitation Science Center is dedicated to understanding critical illnesses and accelerating discoveries to improve resuscitation care and outcomes for critically ill children. It focuses on six main areas of investigation:
- Pediatric Resuscitation Drug and Device Development
- Artificial Intelligence (AI) and Machine Learning (ML) Waveform Analytics
- Clinical Interventional Trials and Animal Models
- National Resuscitation Guideline Development
- Biomedical Device Development
- Computational Biology and Bioinformatics
Visit The Resuscitation Science Center to learn to more about their internationally recognized programs and research.