I cycle creatine, and will load for the first few days then take 10g before and after working out.


i just got some creapure on sale and figured i would try it.
1> do yall use creatine while on aas?
2> do yall cycle creatine, or use it all the time?
3> do you load it, or just start off with the regular dose?
4> what is a good dosage to use?
5> do you take it pre w/o, post w/o , or does it even matter?
yes, i realize i could google this. actually, i did. i found so many different answers/opinions though, i decided to ask you guys.
thanks -

I cycle creatine, and will load for the first few days then take 10g before and after working out.



TheCaptn' is not a registered proctologist. His post are for his amusement only. Please seek proper medical advice if symptoms persist.

does creatine increase risk of gyno?
i know during my current cycle i had itchy nips and noticeable waterweight under my left arm then i stopped doing creatine and it went away after about a week.

i think i heard somewhere that ppl with higher bf % have a higher risk of getting gyno

well creatine does cause water retention. and roids cause water retention. im no expert but could it be that AIs and anti estrogens only block water weight from roids cuz its estrogen related and creatine water weight is not from estrogen?
idk if anything else other than estrogen causes water weight all i know is i was taking arimadex EOD and creatine everyday on cycle and couple weeks in i got itchy nips, i took 20 mgs nolva for 3 days started doing adex ED and cut out the creatine and lowerd my doses of roids. the itching went away completely a week after
so theres several things i did it could be any # of them but i was just thinking u want to fight water weight with AIs and Anti Es so wouldnt creatine be counter productive?
Water retention has nothing to do with gyno. Gyno is a result of the estrogen/testosterone ratio gone array due to suppression. Creatine is nowhere near the estro/test pathways, and has no zero direct influence over it. Gyno isn't water in the chest either, it's fat pocket, which creatine has no effect on.
Creatine is a phosphate. All it does is sit in your blood stream waiting to be used or not be used, it doesn't directly elicit any responses from the endocrine system, but more so acts as a middle man. Our muscles use adenosintriphosphates (ATP) or 1 adenine + 3 phosphates, for forceful contractions. When the muscle consumes ATP, a phosphate breaks off from the ATP and releases it's energy potential, where ATP then becomes ADP or adenosindiphosphate.
The effect of having a high Creatine phosphate concentration in the blood is that once the ATP is broken down to ADP, rather then waiting on the body's Krebb Cycle and Electron Transport Chain to produce more ATP, the Creatine phosphate offers it's phosphate chain to the ADP, thereby, automatically creating another ATP.
None of which has anything to do with estrogen or test production or suppression, which makes the issue of gyno a completely independent matter relative to creatine.

i guess i just have gyno paranoia. but i guess since its something u only once theres no way to tell if u have it before its too late

Does creatine compete for the same pathway as glutamine?
i.e. if true, should they be taken seperately?


ok, so my mono came in yesterday. i started taking it this morning. i was reading on the label and it said taking "high doses" of caffiene would prevent the performance enhancing properties of creatine. i wonder what constitutes a "high dose".
i ususally take 200mg of caffiene preworkout and then a cup or two of coffee when i get to work, about an after my workout.
i wonder if that's gonna make the creatine not work. . .
The only relationship between caffeine and creatine, in how they detrimentally effect each other, is a very indirect one and this relationship is ambiguous and contains a ton of mediating variables.
One of PCr’s (phosphocreatine aka creatine phosphate aka creatine mono) primary roles in muscle is to provide the energy to return calcium into muscle stores. In this manner creatine (PCr) assists in muscle relaxation and enhances our athletic performance. Interestingly, caffeine has the opposite effect of allowing calcium to escape from these intracellular calcium storage sites. Caffeine would thus hamper muscle relaxation. In agreement with these findings a recent study has shown that caffeine interferes with creatine’s ability to facilitate muscle relaxation, especially during moments of fatigue. Caffeine "might" therefore, confound the ability of PCr to store away calcium and in doing so nullify part of creatine’s benefit.
In Laymen's terms, strength is both a combination of muscle contraction combined with a "lack" of co-contraction, meaning, when you bicep curl, the more tense or contracted your triceps remain, the more it takes away from the biceps curl. When muscles co-contract, its detrimental to the agonist muscle in the lift. Therefore, in a biceps curl, the more relaxed your triceps remain, the greater force you can produce from your bi's into curling the weight.
Theoretically, caffeine is an antagonist to muscle relaxation, therefore, an agonist of co-contraction and therefore, therefore, detrimental to strength, therefore, therefore, therefore, comes the conclusion that caffeine detrimentally effects creatine.
That said, studies also show that caffeine increases the effects of creatine if used together (say pre-workout). Cumulative use of caffeine is what "could" effect creatine, via promoting co-contraction, as stimulants are antagonistic to muscle relaxation.
All that said, again, these studies use these very general terms such as "increase" or "decrease" without quantifying any variables, so is "decreased," decreased by .0000001%? or .0001%? or 1%? or 2, 3?
Take home message, don't worry about it. The mediating variables off the top of my head are too long to list.
No. There are lipid based hormones and protein based hormones which work on receptor sites. Creatine does not work on receptors it is broken down by enzymatic activity of creatine kinase to cleave it's inorganic phosphate group which is used to resynthesize ATP (ADP + Pi = ATP).
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