HCG for long term therapy vs Testosterone

taser

New Member
i recently talked with a guy from a rejuvination clinic. he stated that he has seen much success is administering low dosages, 200 iu of hcg every other day. just wondering what anyones thoughts are on long term hcg use? we always hear about the possibility of testicular cancer but is that a realistic side effect?
further, what is the usual doasage of arimadex when used in conjunction with hcg? i also don't ever hear anyone mentioning clomid..reasons?
 
i recently talked with a guy from a rejuvination clinic. he stated that he has seen much success is administering low dosages, 200 iu of hcg every other day. just wondering what anyones thoughts are on long term hcg use? we always hear about the possibility of testicular cancer but is that a realistic side effect?
further, what is the usual doasage of arimadex when used in conjunction with hcg? i also don't ever hear anyone mentioning clomid..reasons?

First all talking to a rejvvenation clinc ..not the brightest idea.

200 ius EOD is a joke and actually proves just how his incompetency.

in a clincal studie (calling DR scally,) it was shown that 308 or 350 ius EOD was enough to replace a "normal" mans testosteorne level.
 
First all talking to a rejvvenation clinc ..not the brightest idea.

200 ius EOD is a joke and actually proves just how his incompetency.

in a clincal studie (calling DR scally,) it was shown that 308 or 350 ius EOD was enough to replace a "normal" mans testosteorne level.

What's a normal man's testosterone, though? Are we talking mid-500s?
 
First all talking to a rejvvenation clinc ..not the brightest idea.

200 ius EOD is a joke and actually proves just how his incompetency.

in a clincal studie (calling DR scally,) it was shown that 308 or 350 ius EOD was enough to replace a "normal" mans testosteorne level.

Actually, this is not entirely true. The study you are thinking of worked like this: men were given 200 mg of T per week to completely shut down LH. Then they were divided into 4 groups by HCG administration: 0 IUs (placebo), 125 IUs, 250 IUs or 500 IUs EOD, for 3 weeks.

They then measured intra-testicular testosterone (ITT) levels to see which men had post HCG ITT levels that were closest to baseline. The 250 IU group was the closest, with ITT levels at just 7% below baseline. The 125 group was 25% below baseline, and the 500 group was 26% above baseline.

In other words, even if your LH has shut down completely, 250 IUs EOD is probably sufficient. Most men still have some LH, so its not unreasonable to think that 200 IUs EOD is a good starting point. Some will need less, some will need more, so follow up labs are a necessity. However, as a starting point, this is perfectly reasonable.

Link to study: http://jcem.endojournals.org/cgi/content/abstract/90/5/2595 (Low-Dose Human Chorionic Gonadotropin Maintains Intratesticular Testosterone in Normal Men with Testosterone-Induced Gonadotropin Suppression -- Coviello et al. 90 (5): 2595 -- Journal of Clinical Endocrinology & Metabolism)
 
what about using arimadex is conjunction with hcg? will/ can arimadex be just as effective in re starting your system as well as clomid??
what is the usual/safe doasge for arimadex? i have heard .5mgs twice per week...mon and thurs..
 
what about using arimadex is conjunction with hcg? will/ can arimadex be just as effective in re starting your system as well as clomid??
what is the usual/safe doasge for arimadex? i have heard .5mgs twice per week...mon and thurs..

Clomid is a cat - can scratch with claws sometime..
Arimedex is a snake or aligator - one wrong move and you are dead.. ;-)

Playing hard with aromatase inhibitors can be unhealthy for joins, bones and even heart...

https://thinksteroids.com/steroid-profiles/arimidex/ (Anastrozole (Arimidex) Profile)
As an aromatase inhibitor, Arimidex's mechanism of action -- blocking conversion of aromatizable steroids to estrogen -- is in contrast to the mechanism of action of anti-estrogens such as clomiphene (Clomid®) or tamoxifen (Nolvadex®), which block estrogen receptors in some tissues, and activate estrogen receptors in others. During a cycle, if using Arimidex, there is generally no need to use Clomid as well, but (as mentioned in the section on Clomid) there may still be benefits to doing so.
 
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Actually, this is not entirely true. The study you are thinking of worked like this: men were given 200 mg of T per week to completely shut down LH. Then they were divided into 4 groups by HCG administration: 0 IUs (placebo), 125 IUs, 250 IUs or 500 IUs EOD, for 3 weeks.

They then measured intra-testicular testosterone (ITT) levels to see which men had post HCG ITT levels that were closest to baseline. The 250 IU group was the closest, with ITT levels at just 7% below baseline. The 125 group was 25% below baseline, and the 500 group was 26% above baseline.

In other words, even if your LH has shut down completely, 250 IUs EOD is probably sufficient. Most men still have some LH, so its not unreasonable to think that 200 IUs EOD is a good starting point. Some will need less, some will need more, so follow up labs are a necessity. However, as a starting point, this is perfectly reasonable.

Link to study: http://jcem.endojournals.org/cgi/content/abstract/90/5/2595 (Low-Dose Human Chorionic Gonadotropin Maintains Intratesticular Testosterone in Normal Men with Testosterone-Induced Gonadotropin Suppression -- Coviello et al. 90 (5): 2595 -- Journal of Clinical Endocrinology & Metabolism)


I have commented on this study a number of times. It is a very poor study. I do agree that one could use the 250 IU as a starting point, but the study is NOT necessary to make that conclusion. See: https://thinksteroids.com/community/posts/669461

In fact, my comments for the poorness and low quality of the study is reflected in the fact the study was repeated, but without exogenous T administration. See: https://thinksteroids.com/community/posts/695687

Regardless, hCG TRT is a NON-STARTER. [THINK ABOUT IT!]
 
I have commented on this study a number of times. It is a very poor study. I do agree that one could use the 250 IU as a starting point, but the study is NOT necessary to make that conclusion. See: https://thinksteroids.com/community/posts/669461

In fact, my comments for the poorness and low quality of the study is reflected in the fact the study was repeated, but without exogenous T administration. See: https://thinksteroids.com/community/posts/695687

Regardless, hCG TRT is a NON-STARTER. [THINK ABOUT IT!]

Michael Scally MD said:
Herein lies the rub! What is the purpose of the hCG administration: testes size, tweaking T level, maintaining testes function, etc. This question needs to be asked since the answer is different for each purpose.

In my experience, the use of hCG usually falls into the category of testes size and HPTA restoration after stopping AAS. As far as tweaking, which is what I see described often appears to be focused on optimizing the T level on weekly TRT injection. I find this to be, for the most part, hocus-pocus - an attempt at some magical number of T. Why not just optimize the injection dose.schedule? [I have read on one site that hCG has CNS effects causing "euphoria" not yet described but occurs somewhere in the brain. Guess Who?]

Your points about the limitations of the study are good observations --- namely, (1) that using T to suppress LH could interfere with ITT measurements, (2) that normal men should be used in the study if the purpose is to draw conclusions on the population of normal men, and (3) conclusions drawn about spermatogenesis are inappropriate without supplying spermatogenesis data. The updated study appears to address these points. Nonetheless, their conclusion regarding the use of HCG is the same in both studies: "Doses of hCG far lower than those used clinically increase IT-T concentrations in a dose-dependent manner in normal men with experimental gonadotropin deficiency." While this paper may not be necessary to justify using a low dose when starting HCG, it certainly doesn't hurt. After all, testicular desensitization is a valid concern, particularly since there doesn't seem to be a study to support or refute its existence; the absence of evidence is not the evidence of absence.

Regarding HCG's use as TRT: While I've never used HCG, I see no reason why it isn't a viable option for people with secondary hypogonadism; if the problem is LH deficiency, HCG supplementation (particularly in low doses ED) seems like a good idea. My conclusion: even if the majority of anti-aging clinics are just excuses for steroid-pushers, the OP got good advice this time.

The one aspect of his question that has not been addressed is the need / dosage for an AI. This would probably best be answered by any forum members that are actually using low-dose daily HCG instead of T. Anyone here fitting this description care to comment? For all I know, an AI may not even be necessary if the HCG dosage is low enough. In theory, it would only be necessary if T spikes too high. Maybe this is typical of HCG, even in low doses. Hence, those with experience here should speak up.

On a side note: these low HCG doses probably aren't useful to those that have already expienced a lengthy testicular shut down. From what I've seen, these guys don't even respond to normal LH dosages, so why would they respond to similarly normal HCG dosages? I'm guessing this is probably why HAN and others have seen low dose HCG to be ineffective: they've been working with people whose testes have been shut down either by TRT or by steroid abuse.
 
The handful of anecdotal guys I've seen on these boards over the past few years haven't had to use an AI with low dose hcg.

The low dose hcg-ers are few and far between though. I can only recall 3-4 folks.
 
It appears that smaller more frequent doses is in fact less likely to cause the E2 problems associated with HCG:

Smals AG, Pieters GF, Boers GH, Raemakers JM, Hermus AR, Benraad TJ, Kloppenborg PW. Differential effect of single high dose and divided small dose administration of human chorionic gonadotropin on Leydig cell steroidogenic desensitization. J Clin Endocrinol Metab. 1984 Feb;58(2):327-31.

This study compared the effect of a single high dose of hCG (1500 IU) with that of the same dose administered in multiple small doses (300 IU, once daily for 5 days) on Leydig cell steroidogenesis. Administration of a single high dose of hCG to seven healthy men raised the mean plasma testosterone (T) level to peak levels 2.1 ± 0.2 (SEM) x the baseline value at 48 h. Thereafter plasma T decreased to below normal (0.7 ± 0.1 x baseline) 7 days after the injection. The mean 17-hydroxyprogesterone (17-OHP) level peaked at 24 h (2.5 ± 0.2 x baseline) and then also fell to a nadir value of 0.6 ± 0.2 x baseline on day 7. Reflecting the early accumulation of 17-OHP over T, the 17 OHP/T ratio reached its maximum (1.6 ± 0.1 x baseline) at 24 h at the same time when plasma estradiol [(E2) 4.4 ± 0.6 x baseline] and the ratio E2/T (2.7 ± 0.3 x baseline) achieved their maximal values. Administration of 1500 IU hCG in five divided doses of 300 IU daily increased the mean plasma T levels to peak value of 2.1 ± 0.2 x baseline at 5 days and the levels remained elevated thereafter. The response of T as reflected by the area under the curve was almost twice as great as in the single dose study (2844 ± 360 vs. 1647 ± 214). In contrast to the single high dose experiment, mean plasma 17-OHP levels in the divided dose protocol did not peak at 24 h but only gradually increased. As the increase of T exceeded the 17-OHP increase at almost all time intervals, no accumulation of 17-OHP over T occurred as in the single dose experiment. Instead the 17-OHP/ T ratio fell to a nadir value of 0.6± 0.1 x baseline on day 7. The initial E2 peak was absent in the divided dose protocol and the E2/T ratio only marginally increased. Considering both experiments together a close relation was found between the hCGinduced increases in E2 and 17-OHP (r = +0.88, P < 0.001), as well as the ratio 17 OHP/T (r = +0.64, P< 0.02). Multiple small dose hCG administration in contrast to a single high dose does not desensitize but rather enhances Leydig cell steroidogenesis, probably by preventing the early accumulation of E2 and thereby the steroidogenic enzyme suppression which occurs after massive doses of hCG.
 
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