Thread: putting creatine in milk

Yes.

thanks bro.

Watch out. In the wrong mix ratio, 27:1 in favour of milk can cause the alkaline to react violently with the potassium carbonate and sodium panethium in the ribose, once this hits the hydrolchloric acid in your stomach it can cause a kenetic thermogenic rift causing your stomach to expand permenently by up to 12 times its normal size......

I thin you shot a spark out your ass kicking that one out Goob!!

other than the taste i dont see how it would be a problem.

never mind what i said danny you have stated you would drink semen if it would make you bigger. so go for it. i have heard smoking dog shit makes you bigger and stronger give it a try and let me know how well it works.

yes you can take but it is good if you can take your creatine before you work out. and take creatine again. 20 minutes later take your milk.

The only potential problem is if you're mixing the shake a long time before consuming it, as creatine degrades over time when wet. Won't do you any harm but won't do you any good either.


B.

eww...

but sure

Originally Posted by Biggly

The only potential problem is if you're mixing the shake a long time before consuming it, as creatine degrades over time when wet. Won't do you any harm but won't do you any good either.

Degrades over time when wet? While dependent on temperature and PH, creatine is stable in an aqueous solution. Awhile back some supp compaines who were trying to push alternate types of creatine came up with some BS claims that creatine converts to creatinine rapidly in solution but that myth was debunked ages ago. Creatine is quite stable. From a report on the topic here's an excerpt:

“Creatine in aqueous solution is reasonably stable for up to 8h at 25_C, pH 7.5 or 6.5. Breakdown after 3 days at pH 5.5, 4.5 and 3.5 was 4%, 12% and 21% respectively.If Creatine is not used immediately after it is dissolved in water it should be stored at a low temperature to slow down the degradation. The solubility of Creatine Monohydrate is 14 g per liter at 25_C (1.4%) and 8.5 g at 4_C.”