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Testosterone Replacement, Low T, HCG, & Beyond
Testosterone Basics & Questions
Who's currently on T propionate?
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<blockquote data-quote="DS3" data-source="post: 167310" data-attributes="member: 18514"><p>" As noted, the rate of use and excretion of testosterone is proportional to free testosterone."</p><p></p><p>So as I am reading your intricately written except, to me, what it sounds like you are saying is, "The rate that your body uses and subsequently excretes exogenous T is proportional to free testosterone." So what is sounds like to me is that your statement backs up the myth that you are trying to disprove. So if free T is high, SHBG is going to be low. If free T is high, the T user excretes T faster than low free T guys. Logic would then dictate (through the transitive property), that low SHBG would indeed, as a result of higher free T, lead to faster excretion of testosterone. So if low SHBG/high free T testosterone users excrete testosterone faster than their converse counterparts, it would stand to reason that they would indeed 'run through' an ester at a faster rate than their converse counterparts.</p><p></p><p>Have I shamefully misinterpreted your statements? </p><p></p><p>"Suppose your SHBG suddenly changed dramatically. What happens at the new steady state? You must still be excreting the same amount of testosterone each week. Thus free testosterone must be unchanged after the transition, and total testosterone adjusts to preserve this level of free T at the new SHBG."</p><p></p><p>Is this a hypothesis or something that has been proven? This sounds highly theoretical.</p></blockquote><p></p>
[QUOTE="DS3, post: 167310, member: 18514"] " As noted, the rate of use and excretion of testosterone is proportional to free testosterone." So as I am reading your intricately written except, to me, what it sounds like you are saying is, "The rate that your body uses and subsequently excretes exogenous T is proportional to free testosterone." So what is sounds like to me is that your statement backs up the myth that you are trying to disprove. So if free T is high, SHBG is going to be low. If free T is high, the T user excretes T faster than low free T guys. Logic would then dictate (through the transitive property), that low SHBG would indeed, as a result of higher free T, lead to faster excretion of testosterone. So if low SHBG/high free T testosterone users excrete testosterone faster than their converse counterparts, it would stand to reason that they would indeed 'run through' an ester at a faster rate than their converse counterparts. Have I shamefully misinterpreted your statements? "Suppose your SHBG suddenly changed dramatically. What happens at the new steady state? You must still be excreting the same amount of testosterone each week. Thus free testosterone must be unchanged after the transition, and total testosterone adjusts to preserve this level of free T at the new SHBG." Is this a hypothesis or something that has been proven? This sounds highly theoretical. [/QUOTE]
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Testosterone Replacement, Low T, HCG, & Beyond
Testosterone Basics & Questions
Who's currently on T propionate?
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