I am not sure how this could be. Muscle is all fed by the same circulatory system, in and out, constantly. The depot reaction is caused by the BB in the solution. The BB should hold the testosterone in the muscle fiber for a slowed release into the system over about two days, that is if the injection was done correctly and it all hit muscle. Still the only difference this should create would be the exact time of delay to hit the blood stream. It is not until after this process of release into mainstream circulation that the half life begins to apply at the cyp, or whatever, is now dealing with the liver and beginning to break down. So even the deposit function is not related to half life. Only a slight delay before this begins. It is only an additional 1-2 days. NOT 2...... then another 1....... then another 1/2......etc....
I do believe that certain drugs will have a higher or lower likelyhood of fat solubility, and not only that, but the ability to remain in fatty tissue leaching out slowly over time. If you read one of my posts a few months back with regard to Deca, I was stating that my suspision was the the deca is suppressive for so long, and turns up positive in tests for up to a year, due to the fact that its natue makes it stay in fat for longer time. And for fat people like me, this presents all that much more of a problem to clear it. This is only a hunch.. A chemical structure that is determined to be water or oil soluble is only one clue. The weight of the structure and the number of bonds is the main factor. For example, Testosterone Decanoate is described as "allmost totally insoluble in water. This is somewhat due to the fact that the ester attached has a very long carbon ester, in which gives it the proclaimed two week half-life. But why is it that with Deca or Nandrolone Decanoate (14 day half life), and Testosterone Decanoate (14 day half life) remain detectable and active for much longer than there stats give credit for.?? Also note that both base steroids are joined with the same ester (decanoate). Hence the same metabolism rate. Everyone likes to talk about the lengthy shut down associated with Deca, BUT THE DON'T SEEM TO BRAG ABOUT EXTENDED BENEFITS????? WTF?? That is afterall what that means. Funny how they are marketing Test Decanoate as some kind of miracle long lasting steroidal solution for TRT, and all of the sudden this ester is touted as something special due to its hang time. The suggested dosing rate for T Decanoate does not seem to add up to the length of effective time they are stating it will remain active. Yet if you take Nandrolone Decanoate and do the math given 14 day half lives, there is no way that any significant amount should remain in the body beyond 6 months post last injection ON THE OUTSIDE..
After all, thats 12 halflives!!!!!. THE POINT IS that some heavy metals, for example, will almost never leave the fatty cells once absorbed. While Deca is clearly discounted and should probably bi considered "long acting" as an economical steroid due to its long half-life, and T Decanoate is at the same time praised for an incredibly long half-life and long effective working time, THEY BOTH CLEARLY APPEAR TO METABOLIZE MORE SLOWLY THAN THEIR 14 DAY HALF-LIFE WOULD SUGGEST...... What is it about the Decanoate Carbon Ester that makes this happen? Is there something about the nature of this ester that is causing it to make a second depost, so to speak, in fatty tissue, thus not only greatly extending its time in the body, but reducing the overall active amount in the bloodstream to a degree varying by the amount of body fat one possesses.....
