Stomach acid is like 10,000,000x more acidic than most alkaline water is basic. Dilution is probably doing an order of magnitude more work than the hydroxide here (meaning just drink more tap water)
I didnt say it would make a significant or even measurable difference. But it will technically drop your overall pH. If I drop any mass of basic material in any volume of acidic material with which it can react, there will be some net change in acidity, even if negligible.
Yes, I know. And to maintain homeostasis, it has means to make adjustments to changes, like pH. Which means you can change the pH of some fluid in the body, and it will correct this change. We are not saying anything different.
Stomach acid is like 10,000,000x more acidic than most alkaline water is basic. Dilution is probably doing an order of magnitude more work than the hydroxide here (meaning just drink more tap water)
I didnt say it would make a significant or even measurable difference. But it will technically drop your overall pH. If I drop any mass of basic material in any volume of acidic material with which it can react, there will be some net change in acidity, even if negligible.
The body maintains homeostasis. It cannot afford to change pH. It is capable to buffer pH by neat biochemical mechanisms.
Yes, I know. And to maintain homeostasis, it has means to make adjustments to changes, like pH. Which means you can change the pH of some fluid in the body, and it will correct this change. We are not saying anything different.
Ahh I see you have forgotten pH buffering solutions.
I was more of a physics nerd. Can’t say I’ve heard of such a thing.
Weak acids/bases tend to not fully convert their potential free ions, stabilizing at particular pHs for relatively large ranges of concentration.
You can use that as a basis for solutions that aren’t super-basic but will preserve their pH in response to drips of acid.
Hmm TIL
But please…go on.