Clinical trials

Extracorporeal cardiopulmonary resuscitation (ECPR) constitutes a pivotal emergency intervention for cardiac arrest (CA) patients. However, current eligibility criteria and prognostic assessment metrics remain substantially limited, relying predominantly on clinical symptoms and physical signs while lacking objective biomarker data. Integrating reproducible, highly sensitive, and specific proteinaceous and metabolic indicators with ultrastructural platelet alterations may hold significant implications for both ECPR administration and prognostication in CA. Therefore, the purpose of this study is to identify the plasma proteomic and metabolomic characteristics of patients with refractory cardiac arrest before and after ECPR treatment, as well as the characteristics of platelet morphological and structural changes, to search for potential specific markers that can predict CA patients who may benefit from ECPR so as to optimize treatment selection.

There remains controversy regarding the optimal timing of surgical treatment for neonatal CCHD (Complex Congenital Heart Disease). Based on the established national multi-center database for surgical treatment of congenital heart disease and the prenatal-postnatal integrated diagnosis and treatment model, this study will conduct a multi-center RCT (Randomized Controlled Trial) to explore the optimal surgical timing for neonatal CCHD. It will also develop innovative comprehensive treatment strategies for critically ill neonatal CCHD patients, use RCT data to evaluate treatment efficacy and establish an evaluation system. This system will be gradually promoted nationwide, aiming to reduce the incidence of perioperative mortality and non-recovery discharge in CCHD patients by 50% (National in-hospital mortality rate of neonatal congenital heart disease surgery in 2023: 6.5%; non-recovery discharge rate: 12.66%), thereby improving the overall level of CCHD treatment in China.