ph pathway

[egodog48]

Im just curious as to what EXACTLY pH's do in your body, and what the difference is between them. I've always heard that you have certain receptors, blah blah blah, but i'm curious as to what happens from ingestion to end result. Possibly a question best fitted for Dinoii.

[OneBetter]

what do you mean by the difference between them? like different compounds?

a ph is just a percursor to the real thing (usually more mild and low conversion rate) that needs to be activated by enzymes to be turned into test or what have you.

[egodog48]

what I mean is that I know that they hit different receptors, but I'm curious as to the whole process. i mean what exactly is the receptor, what happens in the liver, so on and so forth. I've heard alot stuff before, but I've never heard how exactly it breaks down in the body. I dont neccessarily want to know every compound out there if the process is typically the same except for the receptor used. Does this make any more since as to what I want to know?

[dinoiii]

Well, to be honest, I think that PCT:ACV Part II hit on much of what happens at the receptor level with the use of a PH/AAS - the early part of the article. I would first direct you there to see if there is something that still doesn't make sense. Now, tomorrow's PCT:ACV Part IV may put it into a more pictorial format for you and allow a clearer picture of how this takes place in some regard.

In the grand scheme though different agents will act different ways. So, let's try and get you an answer if you don't find what you like there.

First - Let's generically define our molecule (i.e. - progestin, nadrolone, test, precursors/PHs, etc...) - OneBetter kind of hit the initial breakdown of PHs - well at least the intentions of such molecules - but an enzymatic process is not always prerequisite in today's day and age and the current state of PHs (some have inherent anti-catabolic activity, etc...).

I think I kind of get what you are asking...but I would ask you to take a look at the articles first and/or if you have done so already and still have questions - we can further elaborate.

The problem often seen (which may be more along the lines of what you want to know) is that a particular PH marketed in a particular way may actually act in another under physiologic conditions - where theory and practice mismatch - hehe, all too often unfortunately with the lag in "testing" required. We work on a lot of hypothetics in this industry.

[egodog48]

I will check out that article and go from there.

[NemisisX7]

What exactly is the role that DHB plays in the conversion? From what it says it bonds to certain enzymes in the liver 'protecting' the PH molecules to allow more PH in the blood stream.

[egodog48]

Dinoii, I appreciate the reference to your PCT articles. I didnt realize how informative they were going to be until I read them. Thanks.

[dinoiii]

you're wholeheartedly welcome. I am glad you liked them and more importantly found them informative.