Exploring the realm of cardiac gene expression unveils the intricate orchestration of molecular processes shaping the heart's structure and function. This field delves into the activation and suppression of genes, orchestrating the synthesis of proteins crucial for cardiac well-being. By scrutinizing the nuances of cardiac gene expression, scientists strive to decode the genetic intricacies underlying cardiovascular diseases, pinpointing potential therapeutic avenues. The intricate dance of genes within the heart intricately influences fundamental processes like cellular growth, signaling cascades, and contractility. As research in cardiac gene expression progresses, it holds the potential to revolutionize our understanding of cardiac development, pathology, and personalized treatment approaches, ushering in a new era of improved cardiovascular health and patient outcomes.
Title : Novel ways of cardiovascular risk assessment
Syed Raza, Awali Hospital, Bahrain
Title : Preventing sports-related cardiac arrest: Coronary artery calcium scoring stratifies the benefit of low-dose aspirin use for risk reduction
Arthur J Siegel, Massachusetts General Hospital, United States
Title : Empathy and precision: Revolutionizing communication between cardiologists and patients
Iris Panagiota Efthymiou, University of Greenwich, United Kingdom
Title : Ex-situ organ perfusion and cardiac performance improvement
Y J H J Taverne, Erasmus University Medical Center, Netherlands
Title : Subclinical atherosclerosis: Association with additional risk factors and somatic diseases
Mekhman N Mamedov, National Research Center for Therapy and Preventive Medicine, Russian Federation
Title : The past, present and future of AI in cardiology
Narendra Kumar, HeartbeatsZ Academy, United Kingdom