… Besides GWAS, whole-genome sequencing has equipped molecular geneticists with the
tools needed to further decipher the genetic agents of rare and complex diseases. As of today, …

… of disease genes will benefit the genetic … molecular genetics of CHD, from the perspective
of, disease gene identification efforts in humans, and functional analyses of disease genes …

… These processes depend upon the production of appropriate and correct quantities of
functional proteins and enzymes, encoded for by genes. Diseases such as coronary heart disease …

This review of advances made toward understanding the molecular basis of congenital heart
disease covers studies on subjects ranging from atrioventricular septal defects to zebrafish …

… a genetic factor for common disease by GWAS in the worldwide. Through examining the LTA
cascade by combination of molecular biological and genetic … in molecular genetics for CAD. …

… The results suggest that up to 1.93% of all CAD/MI patients may carry a mutation in MEF2A,
which makes genetic testing for heart disease a step closer to reality. It is important to point …

… as congenital heart disease, cleft lip and palate, and neural tube defects), … diseases of middle
life (such as coronary heart disease [CHD], diabetes, allergies, and autoimmune diseases), …

… -causing genes in a myriad of animal and cell-based models has further implicated several
cellular and molecular … in our understanding of the molecular mechanisms underlying cardiac …

… Quantification of genetic effects associated with increased disease risk that are modifiable
by … cessation is an important interface between molecular genetics and preventive medicine. …

… genes from animal models for human disease are providing insights into the molecular genetic
… This article broadly reviews what is known about the epidemiology and genetic causes of …