VESILUTE Just added to The Peptique Product Line!
It's been a fun week at The Peptique launching the Skin Serum and now Vesilute. I am excited about this one. When I think about my passion to support women and longevity/ optimization this was an easy "yes" when discussing peptides we were going to add this year! Read below for more info! And don't forget you get 20% off ongoing with the SKOOL20 discount code! COA and ENDO tests will be loaded shortly! Protocol is attached. https://thepeptique.com/ Vesilute is a short peptide bioregulator studied for its role in supporting lower urinary tract tissue signaling and smooth muscle regulation pathways. In preclinical and in vitro models, it is investigated for its influence on bladder epithelial cell communication, detrusor muscle tone modulation, and neuromuscular signaling involved in urinary control mechanisms. Research applications focus on age-related urinary pathway regulation, pelvic tissue cellular signaling, and prostate-associated urinary function models, making Vesilute of interest in studies examining tissue-specific gene expression and urinary tract homeostasis. Key Benefits & Applications Lower Urinary Tract & Bladder Signaling Research:Vesilute is studied in peptide bioregulator research models for its role in supporting bladder tissue signaling, detrusor muscle regulation pathways, and urothelial cellular communication. Preclinical investigations explore its involvement in smooth muscle tone balance and neuromuscular signaling within the lower urinary tract. Pelvic Floor & Urethral Support Pathways:Examined in models focused on urethral closure mechanisms, pelvic neuromuscular signaling, and structural tissue support. Vesilute is frequently evaluated for its interaction with cellular pathways influencing urinary control and sphincter coordination. Prostate & Male Urinary Flow Research:In male-focused research models, Vesilute has been explored for its potential influence on prostate-related urinary signaling pathways, including flow dynamics, urgency signaling, and incomplete emptying mechanisms.