… polymorphisms of the folate pathway genes affecting gene expression and protein stability,
probably responsible of DNA methylation deficiency, are associated with athlete … synthesis (…

… the DNA methylation pattern onto the newly synthesized DNA … which is involved in uncontrolled
polymorphism and metastasis [… , for example, in the training cycle of professional athletes. …

… responsible of DNA methylation deficiency, were associated with athlete status. The … Genetic
polymorphisms of the enzymes involved in DNA methylation and synthesis in elite athletes. …

… xenobiotic detoxification, and serum protein synthesis. Most of these roles … genetic profiles
defined by genetic polymorphisms of liver-metabolizing genes in 123 elite endurance athletes …

… coding genes via mechanisms such as DNA methylation and … , 15 gene polymorphisms
associated with endurance athlete … RNA genes that are necessary for protein synthesis within …

… DNA polymorphisms have been associated with athlete status, of which 128 genetic markers
were positively associated with athlete … The most promising genetic markers include the …

… The PPARγ isoform is synthesized in fat cells and is involved in their differentiation. In …
research is needed to study different dietary regimens when certain gene polymorphisms are found…

… polymorphism rs11333758 with endurance performance status in Lithuanian elite athletes.
… Myostatin is synthesized as a preprotein activated by 2 proteolytic cleavages. Removal of the …

… DNA methylation processes [13]. First, nutrients are essential for the provision and regulation
of the synthesis … on the presence of certain gene polymorphisms, and the spectrum of gene …

… -related genetic polymorphisms, personality traits, and athletic success. Advances in sports
… -induced changes in DNA methylation can enhance dopamine synthesis and receptor …