Thus, as neurons are particularly prone to inflammatory and oxidative stress secondary to hyperglycemic conditions, the role of GLP-1 in regulating the retinal microenvironment is crucial for the protection and homeostatic regulation of RGCs
While animal studies indicate GLP-1 may influence bone formation and resorption, human data on direct GLP-1 receptor expression in bone cells are limited and findings are mixed
During your initial consultation, your clinician will discuss realistic expectations based on your individual health profile
NAD + metabolism in physiological function Serving as crucial co-enzymes for redox reactions and co-substrates for NAD + -dependent enzymes, NAD + and its metabolites function as a regulatory hub controlling a broad range of physiological processes, including redox homeostasis, genomic stability, gene expression, RNA processing, energy metabolism, immunity and inflammation, and circadian clock
A9: Check the product label for information regarding artificial sweeteners and colours