OK, I am also sure there are plenty of other
organic substances
around where which include an -OH group and thuys are techncially
alcohols.
Not everything with a hydroxyl group is considered an alcohol, even by
chemists. Alkali metal hydroxides, for example. Or water. Or sugars.
Or even phenol, though that's getting a bit more borderline.
I did state 'organic substances', and I meant that in the chemicla
sense. That rules out metalic hydroxides (why only thoseo f alkali
metals? Surely you don't class calcium hydroxide as an alcohol), water,
and the like.
I could certianly make a case that phenol was an alcohol...
Of coruse ther are other roganic molecules with -OH groups which are not
alcohols. The obbius class are the carboxylic acids which have a COOH
group, a part of which is -OH, But my point was that there are plenty of
substances found infoods which chemically are alcohols (but not ethanol,
and quite likely not intoxicating), how to certain cultures handle those.
Which has just suggestesd a totally OT queestion
to me. Some
cultures prohibit the drinking of alcohol. This is normally taken to
mean drinks containing ethanol. But how do they handle other -OH
molecules in foods?
I feel reasonably sure the answer is "they ignore them"; certainly in
the few cases I can answer confidently it is. Such prohibitions often
(usually?) are actually aimed at intoxication, by way of intoxicants;
equating that with the presence of ethanol leads to errors in both
directions. (Of course, how much people care about those errors
varies.)
Yes, I thought as much... Why does 'Is electricity fire' from SYJMF keep
running through my mind?
-tony