Molecular Basis of Cardiovascular Disease: A Companion to Braunwald's Heart Disease
The 2nd Edition of this heralded companion to Braunwald's Heart Disease explores the molecular mechanisms of cardiology and the scientific advances that are changing the practice of cardiology today. International experts discuss the role of genetics in cardiovascular disease · the molecular basis of ischemic disease, thrombosis and hypertension · genetic mapping approaches to inherited disorders · biologically targeted agents for hypertension and heart failure · and much more. Abundant figures and tables illustrate key concepts.
With 55 additional contributing experts.
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SECTION 4 28 Blood Coagulation and Atherothrombosis 498
SECTION 1 11 Development of Cardiac Pacemaking
Model Organisms for Cardiac Disease Gene 13 Pharyngeal Apparatus and Cardiac Neural
12 other sections not shown
abnormalities Acad Sci USA acid action potential activation angiogenesis antibodies aortic apolipoprotein arrhythmias artery associated atherogenesis atherosclerosis atrial binding Biol Chem Ca2+ calcium cardiac hypertrophy Cardiol cardiomyocytes cardiovascular cellular cholesterol chromosome Circ Res Circulation Clin Invest clinical cloning complex contractile coronary defects dilated cardiomyopathy domain dystrophin effects embryonic encoding endothelial cells enzyme familial hypertrophic function gene expression gene therapy genome growth factor heart failure human hypertrophic cardiomyopathy hypertrophy increased induced infarction inhibition inhibitors intracellular isoforms lipid low density lipoprotein macrophages mechanisms mediated membrane metabolism molecular mouse model murine mutations myocardial myocardium myosin Nat Genet Natl Acad Sci overexpression oxidized OxLDL patients phenotype Physiol plaque plasma probucol Proc Natl Acad protein kinase receptor recombination regulation response role sequence smooth muscle smooth muscle cells stem cells studies subunit syndrome target TBX5 tion tissue transcription factor transgenic transgenic mice vascular vectors ventricle ventricular vivo