Dht, testosterone pre workout...
-
@alfredoolivas no theres no liver toxicity even in high doses used for 2 years straight in medicine the dose is 200mg cant remember if this is halo or dbol
secondly halo doesnt lower test
thirdly mostly mood issue is mild euphoria
-
@sushi_is_cringe Halo does lower test, and it's crazy to say there is no risks of mental issues, but I actually investigated the liver side effects of Dianabol, and you may have a point.
-
Yes, I think this is right regarding dbol and halo, but there’s some complications. Because halo is expensive to make, you have to be quite sure that what you’re getting is real halo because there’s a higher chance it’s being faked.
And dbol is probably good at 10-20 mg day but there’s the risk of increased BP and the methyl estradiol it produces is known to be harmful. It might not be an issue at a low dose but something to keep in mind.
There are also studies showing that Anavar is non-suppressive at 20mg/day. The same pattern with Dbol in the study I posted before: LH, FSH slightly decrease, testosterone decreases slightly, liver enzymes not significant affected.
Also, if dbol has this safety profile then why use it instead of tbol, which is basically the same thing but with zero estrogen conversion. I guess price if that’s an issue because dbol is generally cheaper but I’d just rather go with tbol.
-
@jamezb46 the two major sources have checked out for halo being legit
not sure exactly about tbol but i assume it is probably riskier for hair and lack of estrogen conversion might cause problems but that latter statement might contradict what is already discussed and acknowledged in here about the potential for or not for shutdown aspects
im lazy reading all the infos about anabolics
, its one of those things that im relying on others (trust le experts) for as the information processing i do is for other subjects as id rather not study another topic just now so thats why you can see me
posting “ive heard” “ive been told” and not referencing studies. im going off taeian’s information , and i acknowledge there’s stuff his views dont align with bioenergetic principles but i think specifically his information on the best anabolics (with the caveat hair safe and relatively health safe) is probably correct -
@alfredoolivas i see a couple people posting about halo mood issues but generally it is overall positive in a sample sizes of probably a couple dozen people
-
-
@sushi_is_cringe so idk why i said halo doesnt suppress T , if i read it incorrectly
but what i just read now says it takes about a week for T to come back after halo cycle of 4-6 weeks
-
Well the thing is there aren't any studies to read about tbol, for example. Nor are there any coming because pharma companies are no longer interested (if they ever were) in producing AAS that are ergogenic.
So, all we can do is go off the limited information we do know from studies (ex. Dbol and Anavar have shown to be minimially suppressive) and look at people's experiences.
Based on my reading of people's reports with Tbol, I would say that they generally report that its less problematic than Dbol, and the gains they make on it they report as being more "keepable" than those with Dbol.
One of the few scientific studies I was able to find on the specific effects of Dbol on skeletal muscle was that it did in fact hypertrophy it, but the muscle that was grown on Dbol was not the same as the "dry" muscle that is usually built: It had different amount of potassium and it is indeed accurate to characterize as the bodybuilders do as "water weight" or "muscle fullness" and not dry tissue.
Although there aren't studies on Tbol (or if there are I have no idea how to get them - it was developed in secrecy by the East Germans ffs), based on people's reports, it does seem that Tbol specifically avoids the issue of gaining only "water weight" in the muscle as opposed to real dry tissue.
That's why I would go with the Tbol personally but it Dbol works for you go for it.
In time there is life but no knowledge; outside time there is knowledge but no life
-
@sushi_is_cringe ok so the test time for recovering t off halo is 7 days so they say it takes 7 days but its likely it recovers the next day apparently. a bit confusing messaging on halo in this regard but it sounds like any sort of shutdown is practically a non issue
dbol on other hand most definitely does shutdown T but recovery is quick after discontinuation with 7-10 days showinf T coming back
-
Based on the studies I've read on Anavar, Dbol, and the one you just posted, they all do the same thing.
While the synthetic androgen is present in meaningful concentrations
LH, FSH do not decrease significantly,
Testosterone decreases by around half but is NOT zero
After discontinuing the synthetic androgen
Testosterone production rebounds relatively quickly (days) to baseline WHERE IT REMAINS, and there may even be supercompensation
So, what's problematic about this? While you're on it, who cares if endogenous production goes down? The net effect is a supraphysiological amount of androgens.
After you come off your own production comes back, so as far as I'm concerned, this is all we were ever hoping for.
In time there is life but no knowledge; outside time there is knowledge but no life
-
@jamezb46 Great comment.
-
@jamezb46 This too.
-
@jamezb46 yes no pct required
-
@jamezb46 Any idea on Turinabol's safety profile? I know it is liver toxic, but how suppressive is it, is it nephrotoxic etc?
Also what mental effects do people report from it? It seems like a good steroid to run with T, from what I read, it gives a nice boost without any side effects. -
I know of females who have run it for months with only mild liver enzyme elevation, not over the reference range. I don’t think it’s seriously liver toxic at 20-30 mg/day.
I’m not aware of any kidney toxicity issues, but who really knows for sure. There aren’t studies available that investigate this. It is known to decrease aldosterone though I think by about 50%.
Because people report keeping their gains, I don’t think it’s highly suppressive.
People report getting an improvement in mood from it similar to Dbol. They also say it increases metabolic rate significantly and temperature.
In time there is life but no knowledge; outside time there is knowledge but no life
-
@jamezb46 Thank you, do you think it would be worth taken in the evening-pre workout 3 times a week, for it's mental benefits?
-
Half life is 16 hours, so it might cause insomnia if taken in the evenings.
However, you could take advantage of the fact that caffeine is known to increase the peak concentration (20x with Anavar) as well as clearance time of orals that are administered with it.
https://www.adop.pt/media/4114/Oxandrolone_excretion_effect_of_caffeine_dosing_.pdf
The above study shows that 300mg caffeine taken at the same time as oxandrolone caused the oxandrolone levels in blood to skyrocket and then decrease to almost zero in 8 hours. So, the study authors note that the concentration of oxandrolone mirrored that of the caffeine.
So, let’s say your workout is at 5pm. You could take the caffeine and Tbol at 4, have your workout, then after take theanine, taurine, or glycine to help calm you down before bed.
That way you can hopefully metabolize most of the caffeine before bed (maybe at midnight?) or at least mitigate the effects of the caffeine on the CNS at that time while getting a boost from the tbol.
In time there is life but no knowledge; outside time there is knowledge but no life
-
@jamezb46 I love that study, very unknown for some reason.
What is interesting as you mentioned was that the oxandrolone crashed at the 8-hour mark, then rose and remained elevated for the rest of the 24 or so hours.
Their explanation for this was that caffeine increased the bioavailability of oxandrolone right? I find that hard to understand, Anavar has a bioavailability of 97% already.
"We postulate that caffeine increases the bioavailability of oxandrolone, probably by
increasing gut emptying. Practically this means that similar concentrations/effects may be
achieved using lower dosages. "How can caffeine boost the bioavailability past 100%, to get 20x the concentration compared to the control group?
Haidut claimed it was due to increased cellular uptake of oxandrolone. What do you think?
-
Haidut’s explanation raises some questions: for one, even if caffeine increased cellular uptake of oxandrolone, if we suppose that without caffeine the same amount of oxandrolone was absorbed form the intestines, then wouldn’t a blood test for oxandrolone show the same amount of oxandrolone in the blood in both cases? Could the blood test discriminate between extra cellular and intracellular oxandrolone?
Maybe if oxandrolone were not taken up by cells due to the same extent as they would under caffeine influence, it would be eliminated in the urine quickly, and thus would have been detectable after some time only at amounts 1/20 the amounts seen with caffeine co-administration.
But if caffeine indeed increased cellular uptake, why wouldn’t the same be true with respect to endogenous androgens? Maybe it is true, but there are simply not that many endogenously produced androgens available in a physiological stage when people normally consume caffeine thus only leading to a marginal increase in total androgens inside cells when taking coffee as one normally would.
By what mechanism could caffeine increase cellular uptake of androgens? Well, here’s one thing I know: Lipophilic caffeine derivatives like pentoxifylline and their metabolites are known to be anti-viral agents.
Some anti-viral agents like adamantane are known to work by increasing the lipophilicity of cells, prohibiting the entrance of the virus into the cells.
If caffeine has this same effect of increasing the lipophilicity of cells, then perhaps it increases their uptake on androgens
, which are lipophilic molecules.In time there is life but no knowledge; outside time there is knowledge but no life
-
@jamezb46 Very very interesting, amazing comment.
@jamezb46 said in Dht, testosterone pre workout...:
Haidut’s explanation raises some questions: for one, even if caffeine increased cellular uptake of oxandrolone, if we suppose that without caffeine the same amount of oxandrolone was absorbed form the intestines, then wouldn’t a blood test for oxandrolone show the same amount of oxandrolone in the blood in both cases? Could the blood test discriminate between extracellular and intracellular oxandrolone?
Exactly... that is why the hypothesis of increased bioavailability makes sense but it doesn't at the same time
@jamezb46 said in Dht, testosterone pre workout...:
But if caffeine indeed increased cellular uptake, why wouldn’t the same be true with respect to endogenous androgens? Maybe it is true, but there are simply not that many endogenously produced androgens available in a physiological stage when people normally consume caffeine thus only leading to a marginal increase in total androgens inside cells when taking coffee as one normally would.
By what mechanism could caffeine increase cellular uptake of androgens? Well, here’s one thing I know: Lipophilic caffeine derivatives like pentoxifylline and their metabolites are known to be anti-viral agents.
Some anti-viral agents like adamantane are known to work by increasing the lipophilicity of cells, prohibiting the entrance of the virus into the cells.
Okay here we are getting somewhere I think. The lipophilicity of the cell only determines free steroids affinity for the cell. Not bound steroids. Inside the cell free steroids are the only steroids that can get metabolised by enzymes
If it a cell is more lipophilic - more free steroids will enter the cell - and since more free steroids are in the cell, more will get metabolised.
Therefore; the ratio of a steroid to it's metabolites shows the metabolism of a steroid, and since metabolism of a steroid is determined by the lipophilicty of the cell, the ratio of a steroid to it's metabolite is an indicator for the lipohilicty of the cell?
In the study mentioned, at oxandrolone's maximal concentrations, caffeine decreased the ratio of oxandrolone to it's metabolite epi oxandrolone by 25% (from 10 to 7.5), therefore caffeine increased the metabolsim of oxandrolone by 25%.
So either caffeine induces the enzymes that metabolise oxandrolone, or it increases the lipophilicity of the cell, and free steroids affinity for the cell, causing more free oxandrolone to enter the cell to be metabolised into epioxandrolone decreasing the ratio of oxandrolone to epioxandrolone.
