… , starting from the fertilized egg and continuing into old age. … response, nutritional disorders,
metabolic disorders, and the … on the amount of cyclic adenosine phosphate in the cell and …

… of ADP and AMP, which are then metabolized into urate. … that E2 may potentially modulate
the serum concentrations of … to elevate systemic adenosine concentrations by augmenting the …

… modeling … metabolism via the arginase and NOS pathways is highly complex in mammals,
including humans (Wu and Morris 1998). Specifically, about 40% of dietary Arg is metabolized …

… This review focusses on the role nutrition plays in improving reproductive performance.
Issues associated with reduced fertility in mares such as maternal age, epigenetic …

… adenosine diphosphate (ADP) and AMP levels. When cellular … NUAK proteins play an
important role in tumor growth and … , but is also present in the oocyte and the ciliated epithelium of …

… organ that modulates metabolic and cardiovascular health … uncouples electron transport from
adenosine triphosphate (ATP… role in controlling mitochondrial oxidative energy metabolism. …

… fundamental aspects of ovarian and oocyte biology, including … oocyte-somatic cell
communication, oocyte metabolism, and … their basic role of supporting oocyte development …

… regulation, cyclic adenosine monophosphate (cAMP) is … -to-date information on the crucial
involvement of Sirtuins in the … that SIRT7-knockdown oocytes display impaired meiotic …

… These include adenosine monophosphate, which is a breakdown product of ATP, … salvage
pathway. Choline is present in multiple metabolic pathways and hence the metabolic pathway …

… with the metabolism since its precursor adenosine can act as … uptake by the oocytes from
the CF – may modulate the VTG … However, due to their central role in energy metabolism and …