Pupil2Prodigy
Onologylearning
Alcohol exacerbates liver stress during oral cycles, but what else should be avoided with aas use of all kinds?
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Injectables are easy on the body, I wouldnt worry much. ALthough antidepressants and juice dont mix well I have read.
Injectables are easy on the body
In Brief: Tamoxifen and SSRI Interactions
I really expected there to be more factors
he's warned me about smoking and either clomid or anastrozole, forgot which one for sure. I'll read up and try to post another study if I find something.
I really expected there to be more factors
stay away from vaginas, those things will literally suck the testosterone out of your body.
Hmm...can't agree w/ ya on staying away from pussy bro. More like can't get enough!Haha, creatine, my body can't really handle it on its own, let alone on cycle, even excess vitamins can do a number on your liver. Nitric oxide isn't recommended, as it can greatly increase your blood pressure, but it doesn't mean you can't use it, I would just stay away from 1MR/Jack3d, like the really powerful stuff, or the ones that have like 100 ingredients that don't need to be in there. I take Optimum Nutrition AmiN.O. Energy, all it is, is BCAAs and caffeine, no "extreme" vasodilators or excessive unknown caffeine content or caffeine alternatives. And you definitely have to stay away from vaginas, those things will literally suck the testosterone out of your body.
keep me posted thanks
all good information lols
I have a horrible addiction to caffeine, I should drop it for aas?
if you're taking as much caffeine as you make it sound like.
Keep consumption to 2 or less cups a day.
3 days off and my energy level returns to normal lol, I'll have to make it happen
ancillaries can raise our BP
Yeah, id definantly cut that out, it goes against what we are woring on. The problem w/ caffene is that it can cause cortisol levels to increase. That is not good being that cortisol is catabolic(break muscle down).
Effects of nicotine and caffeine, separately and in combination, on EEG topography, mood, heart rate, cortisol, and vigilance
Effects of nicotine and caffeine, separately and in combination, on EEG topography, mood, heart rate, cortisol, and vigilance - Gilbert - 2003 - Psychophysiology - Wiley Online Library
Effects of nicotine and caffeine, separately and in combination, were assessed in 12 male habitual smokers in a repeated-measures design. Caffeine (0-mg vs. two 150-mg doses administered in a decaffeinated/sugar-free cola drink post-baseline and 90 min later) was crossed with nicotine (ad libitum own dosing vs. 1.0-mg machine-delivered dose vs. 0.05-mg machine-delivered dose). Participants smoked a total of five cigarettes at 30-min intervals over a 2-hr period. Caffeine and nicotine had large effect sizes on electroencephalogram (EEG) power; however, these effects were modulated by the eyes open versus closed condition, the other drug, and electrode site. EEG effects of open versus closed eyes tended to be of the same size and direction as those of nicotine and caffeine. However, whereas nicotine increased EEG power in some higher frequency bands in some conditions, caffeine decreased EEG power across almost all conditions. Serum cortisol concentration, vigor, and pleasantness were increased by nicotine, but not by caffeine. Level of depressive mood depended on an interaction of caffeine and nicotine. Vigilance performance was enhanced significantly by caffeine and was increased almost significantly by nicotine. The findings were interpreted in terms of common and differential mechanisms of the two drugs.
Caffeine Stimulation of Cortisol Secretion Across the Waking Hours in Relation to Caffeine Intake Levels
Caffeine Stimulation of Cortisol Secretion Across the Waking Hours in Relation to Caffeine Intake Levels
Abstract
Objective: Caffeine increases cortisol secretion in people at rest or undergoing mental stress. It is not known whether tolerance develops in this response with daily intake of caffeine in the diet. We therefore tested the cortisol response to caffeine challenge after controlled levels of caffeine intake.
Methods: Men (N = 48) and women (N = 48) completed a double-blind, crossover trial conducted over 4 weeks. On each week, subjects abstained for 5 days from dietary caffeine and instead took capsules totaling 0 mg, 300 mg, and 600 mg/day in 3 divided doses. On day 6, they took capsules with either 0 mg or 250 mg at 9:00 AM, 1:00 PM, and 6:00 PM, and cortisol was sampled from saliva collected at 8 times from 7:30 AM to 7:00 PM.
Results: After 5 days of caffeine abstinence, caffeine challenge doses caused a robust increase in cortisol across the test day (p < .0001). In contrast, 5 days of caffeine intake at 300 mg/day and 600 mg/day abolished the cortisol response to the initial 9:00 AM caffeine dose, although cortisol levels were again elevated between 1:00 PM and 7:00 PM (p = .02 to .002) after the second caffeine dose taken at 1:00 PM. Cortisol levels declined to control levels during the evening sampling period.
Conclusion: Cortisol responses to caffeine are reduced, but not eliminated, in healthy young men and women who consume caffeine on a daily basis.
Hell I didn't know that, a lot of compounding factors aye?