Researched Benefits: Facilitates analysis of sirtuin-mediated deacetylation and metabolic homeostasis pathways Supports investigation into PARP-dependent DNA repair and genomic stability
Research Benefits: Facilitates analysis of sirtuin-mediated deacetylation and metabolic homeostasis pathways Supports investigation into PARP-dependent DNA repair and genomic stability
Researched Benefits: Facilitates analysis of tissue-specific gene expression and chromatin remodeling within the gastrointestinal tract Supports investigation into the regulation
Researched Benefits: Facilitates analysis of peptide-DNA interactions within pancreatic islet cell chromatin Supports investigation of protein synthesis regulation in exocrine
Researched Benefits: Facilitates analysis of MGF-specific E-domain signaling via IGF-1 receptor-independent pathways Supports investigation into satellite cell activation and myoblast
Researched Benefits: Facilitates analysis of tissue-specific gene expression and chromatin remodeling within the central nervous system. Supports investigation into the
Researched Benefits: Facilitates analysis of p53-derived peptide binding to the HDM2-receptor signaling complex Supports investigation into membrane-permeabilization mechanisms within p53-deficient
Researched Benefits: Facilitates analysis of tissue-specific gene expression and chromatin remodeling within the male reproductive system. Supports investigation into the
Researched Benefits: Facilitates analysis of melanocortin receptor sub-type 4 binding and signaling Supports investigation into hypothalamic neural circuitry and sexual
Researched Benefits: Potent ACTH(4-10) analog for investigating melanocortin receptor-mediated neuroplasticity and signaling Facilitates analysis of brain-derived neurotrophic factor expression and