Body Composition vs Weight Loss: How Peptide Research Separates Fat and Muscle
The number on the scale is, at best, a rough proxy for what’s actually happening in the body. At worst, it’s actively misleading. Body ...
Visceral Adipose Tissue in Research: Why Fat Location Matters in Metabolic Studies
For a long time, obesity research was largely a numbers game. Total body weight, BMI, and overall fat mass quantity were the variables ...
Bioregulator Peptides as a Class: The Khavinson Research Tradition
Bioregulator peptides are short-chain compounds (typically two to four amino acids) derived from or modeled on sequences found in speci...
The Ghrelin System: Why GH Secretagogue Peptides Target GHSR
Walk through enough peptide research literature, and one receptor keeps showing up - GHSR, the growth hormone secretagogue receptor. It...
The AMPK Signaling Pathway: Research Context for MOTS-C and SLU-PP-332
Metabolic research in recent years has shifted the focus from end-point phenotypic measures - such as body weight and glucose levels - ...
Why Combine Cagrilintide and Semaglutide? The Rationale Behind the Combination
Metabolic pharmacology is moving in a direction that can be described as a shift from single compounds to strategic combinations. The l...
Peptide Blends: The Research Rationale for Combining Multiple Peptides
Something has shifted in how serious researchers approach peptide protocols. Where single compounds once dominated experimental design,...