@PeptidePete P1 here - love ALL good info here - Pete, sure value what you say, have a question I couldn't find answered. I'm 63 recently lost 70lbs on Terzepatide and learned how to eat right. Gained 15 lbs muscle (waist still same, don't see any fat added at all) - and take in 150grams/day of Whey Protein. Can't stomach Roe at all. No way. Uhuh can't do it. Or, yet - never say never. Why isn't Whey protein spoken about here? If what I've read/found out/heard Toro Poopoo?

Thanks much in advance.

Oh - into 3rd week of FLGR242 - Calisthenics 3 days with leg workout a little, Weights 3 days and take 1mg 242 30 minutes before weights 3x/week. Plan on being on it for months - thx all for the JayC code, and I am/will wait for sales.

Peace to all AND thanks to all for sharing. I HATE youtube/sales sh*t.

Almost forgot - 6' and 195lbs. AND have vascularity again - been over 30 years!!!

@ResearchCat The last 2 months of glp1 (terzepatide) I lost 2 more inches off my waist, but stayed the same weight - so that showed me muscle gain. 3 days/wk 75 minutes heavy weights push to failure. 63 yrs and it whips me, but sure feel good. Point being, glp1 working while I'm taking 3mg/wk flgr242

@MacLeeezy I mix mine 5mg w/ 1.5ml BAC. Then do MWF shots 30min before workout with weights. Do .5ml/shot so 5mg flgr242/week. Always keep in fridge, but just wondered about this temp thing. Only thing I bring to the table is alot of common sense (which seems to be UNcommon sense nowadays). A brainiack I'm certainly not, but love learning - and things just have to make sense to me. Only truths are numbers and physics, and as Elon says everything else is just a recommendation.

Response from BLL - IMO very informative. As I said before, I love learning and never settle for answers that are "should be" "probably ok" and the likes.

Here is the response:
Thank you for the thoughtful question, and we’re glad to hear you’ve been pleased with the product.
The two concepts are actually measuring different things. Stability in a vial refers to how well the reconstituted peptide maintains its chemical and physical integrity while being stored. Temperature, time, pH, light, oxidation, and other factors can contribute to degradation, which is why refrigeration is recommended after reconstitution.
A half-life in the body, on the other hand, describes how quickly a compound is cleared or metabolized after it enters a biological system. The environment inside the body is very different from a vial sitting at room temperature. Protein binding, including albumin binding, can affect distribution and can protect a compound from rapid clearance or degradation, thereby extending its circulating half-life.
So, a compound can require refrigerated storage after reconstitution while still having a comparatively long biological half-life at body temperature. The storage-stability timeframe and biological half-life are not directly interchangeable.
Because our products are sold strictly for research use only, we aren't able to provide guidance regarding human administration or individual use. However, I hope this helps clarify the distinction between storage stability and biological half-life.