PURPOSE: As increases in aerobic fitness have a beneficial effect on cardiovascular
disease, one purpose was to determine if a relationship was evident between global DNA …

Abstract Global DNA Methylation (GDM), an epigenomic modification has been linked to the
development of cardiovascular disease and its risk factors. Our focus was to identify …

Elevated global DNA methylation has been linked to increased risk of cardiovascular
disease (CVD). The purpose of this investigation was to determine the relationship between …

Increase of fat cells (FCs) in adipose tissue is attributed to proliferation of preadipocytes or
immature adipocytes in the early stage, as well as adipogenic differentiation in the later …

Background: It is known that obesity can be affected by genetic and epigenetic alterations,
however little is known about the DNA methylation markers related to health promotion …

Abstract Global DNA Methylation (GDM), an epigenomic modification has been linked to the
development of Cardiovascular Disease and its risk factors. The research focus is to identify …

Exercise is known to delay the apparition of cardiovascular diseases associated with various
risk factors; the underlying mechanisms are, however, poorly understood. We tested the …

Obesity is a leading cause of diabetes mellitus and hypertension. Molecular signals
produced by adipose tissue may contribute to the pathogenesis of these two disorders. We …

Background: Global DNA Methylation (GDM), an epigenomic modification has been linked
to the development of Cardiovascular Disease and its risk factors. Purpose: The purpose of …

Elevated global DNA methylation (GDM) has been linked to increased risk of cardiovascular
disease. We recently reported an association between the epigenomic measure of GDM and …