If you’ve been waiting to stock up on a specific research product, this is a great weekend to do it! Buy two of the same product and get a third of that same product FREE. 📅 Sale Dates Friday, August 21 at 12:00 AM ET through Monday, August 24 at 11:59 PM ET Important details: - Valid on any product - No mixing and matching - All three must be the same product - Coupon codes do not apply - Shop through my custom link: 🔗 https://felixchem.is/Shop/refer/5549/ A few featured research products (all products on site are for sale) 🧠 Peptide-T — Studied for CCR5 chemokine signaling and neuroinflammatory pathways. ⚡ NAD+ — Studied for its roles in cellular energy, redox metabolism and NAD-dependent signaling. 🔬 Tesamorelin — A GHRH analog studied in connection with GH/IGF-1 signaling and visceral adipose tissue. No discount code is needed—or accepted—for this promotion. Just make sure you shop through the link before the sale ends!

Could KPV help slow the formation of new fat cells? New study released! Until now KPV has primarily lived in the “gut and inflammation” category. Many of us use KPV for its potential effects on: • Intestinal inflammation and inflammatory bowel conditions • Gut-barrier integrity • Inflammatory skin and wound-healing applications • Antimicrobial defense • Broader inflammatory signaling But a new study is looking at KPV through an entirely different lens ⭐️fat-cell formation and metabolic health⭐️ Researchers first studied mouse-derived precursor cells that can be triggered to mature into fat cells. ➡️ When KPV was added, fewer cells completed that conversion, lipid and triglyceride accumulation decreased, and key fat-formation signals—including PPARγ and fatty acid synthase—were reduced. ➡️ Researchers then gave oral KPV to mice eating a high-fat diet. Compared with untreated mice on the same diet, the KPV group experienced less weight gain, less white-fat expansion, less liver enlargement, and healthier blood-lipid and liver-stress markers. Food intake was similar between the groups, suggesting the difference wasn’t simply caused by eating less. Why does this matter? Fat tissue can expand because existing fat cells grow larger and because precursor cells mature into new fat cells—a process called adipogenesis. KPV appeared to influence that process while also affecting the ROS/AKT/mTORC1/PPARγ pathway involved in fat formation and lipid storage. Could this eventually matter for people with obesity, metabolic dysfunction, elevated lipids, or fatty-liver risk? Possibly. Could it someday be investigated alongside long-term weight-maintenance strategies? Also possible. Proven in people? Not yet. This is another example of how much we are still learning about peptides that were originally placed into one narrow category. Interested in KPV, you can grab online: https://go.biolongevitylabs.com/SH2V (code Jess15 for 15% off at checkout)