Ok hopefully this clears up are whole chloroform debate https://m.youtube.com/watch?v=sFd5lY02MFg
Ethylchloride or monochloroethane
Dichloroethane
Chloroform or ethyltrichloride or Trichloroethane
Tetrachloroethane
All have similar issues the problem is chlorinated organic solvents are damaging to living organic material like you period. They essential work in the opposite of antioxidents creating free radicals that can cause severe damage to every lipid membrane in your body from the cells in your brain making you able to walk and keep a still hand to how your heart sends proper signals to the skin on your body and the enzymes in your liver.
Good idea but it wont work the issue isnt the hcl its basically if you look at just about any drug syn it involves a alkylhalide like chloroform or chloroethane. The difference here is not it is reacting with or allowing reactions with the fats the make up you that are not suppsosed to happen screwing up your body.
The reason you cant just take antioxidants or baking soda is because you need the chemicals to react in a controlled way for example in lab they might use sodium carbonate to destroy the chloroform however, in your body you cant just dump baking soda in yournstomach and expect it to work. For example once you swallow the sodium bicarbonate the hcl will likely leave you with sodium chloride.
And with antioxidents they can form irritants and some reactions can take hours and it depends on the concentration the ph and many other factors. Plus the probability of the chlorofor, bumping into the antioxident out of all the chemicals that make uo your body is very low. Its like if the antioxidant was a ball and the chloroform was me and you where going to fly a plane over the united states randomly drop the ball and except me to catch it.
Yes in a controlled environment where ur in a room with me you can easily just toss me the ball. But when your all of a sudden just ttying to toss it out of a plain with no idea where i am its almost impossible ill catch the ball.
Ethylchloride or monochloroethane
Dichloroethane
Chloroform or ethyltrichloride or Trichloroethane
Tetrachloroethane
All have similar issues the problem is chlorinated organic solvents are damaging to living organic material like you period. They essential work in the opposite of antioxidents creating free radicals that can cause severe damage to every lipid membrane in your body from the cells in your brain making you able to walk and keep a still hand to how your heart sends proper signals to the skin on your body and the enzymes in your liver.
No because you cant change ph of your blood citric acid is a carboxylic acid which is a weak acid. Therefore, almost all of the citric acid will exsist in your blood as citrate- or basically coo- instead of cooh+. And even if it did you wouldnt be fixing the problem of chloroform and all the other chlorinated alcohols are directly toxic themselves.
Oh ok that's right it's not soluble in lemon juice or acids thanksIm confused chloroform sinks if u added lemon juice youd have chloroform below water
Oh and if you chloroform smells vinegary you throw it away right cause I've been replacing my chloroform every 2 months when it smells vinegary but it smells sweet at the startIm confused chloroform sinks if u added lemon juice youd have chloroform below water