I used spreadsheet software, OpenOffice in this case.Guys like me who take HCG are suppressed. What software did you use for summing the curves by the way?
The "50%" figure is a rough estimate. Even between different younger men the figure can vary a fair bit. I have been arguing that there may be some benefits to simulating this while on TRT, but it remains an unproven hypothesis....
I am assuming that normal cycle peak and trough goes down by 50% ? just looking at these two cases.
If true then I guess any protocol that shows this variation should be ok ?
I used spreadsheet software, OpenOffice in this case.
The "50%" figure is a rough estimate. Even between different younger men the figure can vary a fair bit. I have been arguing that there may be some benefits to simulating this while on TRT, but it remains an unproven hypothesis.
a ml isn't a dose its a volume of fluid...dosing is in milligrams, a .25mL doesn't mean anything as to the dose.Yeah I'm doing 0.25 ml EOD in the morning plus 300 IU of HCG twice a week.
Ive had the passing thought of twice per day injections but never found a reason to really go that way, would take some dedication to stick yourself twice a day every day.
Yes bro, corrected it.
SHBG does not affect the apparent half-life of testosterone esters. In addition, the data on propionate suggest that daily injections probably provide fairly constant serum testosterone. See earlier in this thread for data from one patient.I guess it would be worth trying for some period of time.. daily blow with prop seems to get me up too high and too much drop till the night.. low shbg makes things difficuld sometimes..
I ran a 28hr sampling period (with Cyp) and "fairly constant" what not what I saw between 8/12/28hr intervals...was an absolute low point and a peak that was rather pronounced esp with my Estrogen.SHBG does not affect the apparent half-life of testosterone esters. In addition, the data on propionate suggest that daily injections probably provide fairly constant serum testosterone. See earlier in this thread for data from one patient.
SHBG does not affect the apparent half-life of testosterone esters. In addition, the data on propionate suggest that daily injections probably provide fairly constant serum testosterone. See earlier in this thread for data from one patient.
I don't know about that particular patient and that study. I was not involved so that study means nothing to me.
My personal feel how daily propionate feals and works is more meaningful how I determine its capacity, and protocols usefulness.
That's a non sequitur. If you measure the rate that serum testosterone is dropping then you're measuring the apparent half-life. Given the time constants involved, you can't "piss it out" faster than you absorb it. The rate of absorption controls the process; it sets the steady state free testosterone level, which along with SHBG determines where total testosterone ends up.I think with low SHBG you tend to piss out before the half-life actually comes in to play.
Once again: there's no evidence for this and no plausible mechanism for SHBG to set the serum half-life, which is implied by the terms "faster" and "longer". Instead, think "larger" and "smaller". The high SHBG guy has higher total testosterone for the same dose, while the low SHBG guy has lower total testosterone. Repeating an earlier illustration: take a guy with high SHBG on TRT, with peak serum testosterone of 1,000 ng/dL and trough of 500. Suddenly, drop his SHBG and change nothing else. What happens? Answer: both peak and trough levels drop in proportion, e.g. to 500 and 250 respectively. Critically, free testosterone remains the same, because it's controlled by the TRT dose, which doesn't change.... it still doesn’t change the fact that low SHBG guys will have a faster peak and trough, no matter what the esther, and high SHBG guys will have a longer peak and trough, regardless of the esther.
Once again: there's no evidence for this and no plausible mechanism for SHBG to set the serum half-life, which is implied by the terms "faster" and "longer". Instead, think "larger" and "smaller". The high SHBG guy has higher total testosterone for the same dose, while the low SHBG guy has lower total testosterone. Repeating an earlier illustration: take a guy with high SHBG on TRT, with peak serum testosterone of 1,000 ng/dL and trough of 500. Suddenly, drop his SHBG and change nothing else. What happens? Answer: both peak and trough levels drop in proportion, e.g. to 500 and 250 respectively. Critically, free testosterone remains the same, because it's controlled by the TRT dose, which doesn't change.
Exactly. Cataceous is most likely right with what he’s saying, but it still doesn’t change the fact that low SHBG guys will have a faster peak and trough, no matter what the esther, and high SHBG guys will have a longer peak and trough, regardless of the esther.