Research Notes
Analysis, protocols, and insights from the lab.
5 Surprising Ways MOTS-c May Support Fat Loss and Cellular Energy
MOTS-c is emerging as a unique peptide that works at the cellular level to influence metabolism, energy production, and fat…
The 6 Best Peptides for Weight Loss Being Researched in 2026
Peptide research is rapidly transforming the way weight loss is approached in 2026, shifting the focus from traditional fat-burning methods…
Novis Peptide News (April 19 2026):U.S. Peptide Market Update: Key Trends and Shifts
U.S. Peptide Industry News: April 12–19, 2026 The week of April 12 through April 19, 2026, reflected a transitional moment…
The Powerful 100-Year History of NAD+: From Discovery to Modern Longevity Science
NAD+ has evolved from a little-known coenzyme discovered in early fermentation research to one of the most powerful molecules in…
The Untold History of Retatrutide and GLP 1’s: From Hormone Research to Next-Generation Metabolic Science
Retatrutide is a next-generation peptide developed from decades of incretin research, combining GLP-1, GIP, and glucagon signaling into a single…
The Real History of TB-500: A Research-Based Look at Its Origins and Development
TB-500 originates from Thymosin Beta-4, a naturally occurring peptide involved in cellular repair and regeneration. Early research focused on its…
The Incredible History of BPC-157 and 3 Things You Probably Didn’t Know
BPC-157 has a history that goes far beyond modern peptide trends. Originally discovered during research on the body’s natural defense…
7 Ways Peptides Work in the Body: A Simple Guide to Peptide Signaling
Peptides function as signaling molecules that communicate directly with your cells, guiding processes like recovery, metabolism, and energy production. Rather…