luchog
Neo-Post-Retro-Revivalist
I get most of mine from sushi and single-malt Scotch whisky.Most of us get our iodine via our salt. Almost all of use use iodized salt.
I get most of mine from sushi and single-malt Scotch whisky.Most of us get our iodine via our salt. Almost all of use use iodized salt.
Please read more carefully. The fluoride is not part of the human body's tooth-growing process. It is not a nutrient that leads to tooth decay when absent, and it is not sought out by the body in order to produce teeth.You don't see the anti-cavity effect as a benefit? You like getting cavities?
I get most of mine from sushi and single-malt Scotch whisky.
Why would anyone want to?
These "anti" campaigns can't simply be due to a lack of choice. Look at the anti-aspartame crowd for example.
I wondered why Laphroaig tasted like that.I get most of mine from sushi and single-malt Scotch whisky.
So all that "natural sea salt" that's sold in health food shops to the sort of people who complain about iodization, is actually iodized? I suppose if it's "natural" it doesn't count.Salt taken straight out of sea water contains sufficient iodine, but mined salt doesn't. [/url]
So all that "natural sea salt" that's sold in health food shops to the sort of people who complain about iodization, is actually iodized? I suppose if it's "natural" it doesn't count.
I don't recall ever having noticed campaigners demanding that fluoride is removed from drinking water in those areas where it occurs naturally either. If fluoride added to water is dangerous, naturally occuring fluoride is just as dangerous.
True, but you're either not fully informed or are deliberately leaving out pertinent information.Please read more carefully. The fluoride is not part of the human body's tooth-growing process. It is not a nutrient that leads to tooth decay when absent, and it is not sought out by the body in order to produce teeth.
To go a little more in-depth,Hole's Human Anatomy and Physiology said:Fluorine [F], as a part of the compound fluoroapatite, replaces hydroxyapatite in teeth, strengthening the enamel and preventing dental caries.
Fluoride ions replace hydroxide ions in calcium hydroxyapatite, Ca5[(PO4)3OH], in teeth, forming calcium fluoroapatite, Ca5[(PO4)3F], which is more chemically stable and dissolves at a pH of 4.5, compared to 5.5 pH for calcium hydroxyapatite. This is generally believed to lead to fewer cavities, since stronger acids are then needed to attack the tooth enamel.
(source)
Yes... so? I'm not arguing that fluoride forms some other compound when it binds to tooth enamel. Nor am I suggesting that, when it does so, the resulting compound isn't more resistant to acid erosion.
Unlike iron, iodine, calcium, or a host of other trace minerals, I know of no evidence that the body seeks out and concentrates fluoride ions. It doesn't incorporate them into tooth enamel, either - the change comes from either directly exposing formed teeth to concentrations of fluoride, or exposure of developing teeth to fluoride dissolved in the blood.
For self-labeled skeptics, quite a few of you people are awfully bad at critical thought.
How does the body “seek out” Iron or Calcium?Unlike iron, iodine, calcium, or a host of other trace minerals, I know of no evidence that the body seeks out and concentrates fluoride ions.
Wrong, the fluoride does end up in tooth enamel – that is the very reason that the enamel is more resistant to decay.It doesn't incorporate them into tooth enamel, either - the change comes from either directly exposing formed teeth to concentrations of fluoride, or exposure of developing teeth to fluoride dissolved in the blood.
Now where have we heard that jibe before?For self-labeled skeptics, quite a few of you people are awfully bad at critical thought.
I know.Yes... so? I'm not arguing that fluoride forms some other compound when it binds to tooth enamel. Nor am I suggesting that, when it does so, the resulting compound isn't more resistant to acid erosion.
It's understood, at least by myself, that your argument against fluoride is supported by the fact that the human body does not need it to live. Fluoride is not an essential nutrient. You're right on that count, and I for one am not disagreeing with you.Unlike iron, iodine, calcium, or a host of other trace minerals, I know of no evidence that the body seeks out and concentrates fluoride ions.
You are mistaken. Fluoride certainly does bond with tooth enamel, forming a harder, stronger, and more cavity-resistant substance than "natural" hydroxyapatite enamel. This is done by contact, as you have already pointed out (thus contradicting yourself), as well as dissolution from blood to the tooth, which is done by the body.It doesn't incorporate them into tooth enamel, either - the change comes from either directly exposing formed teeth to concentrations of fluoride, or exposure of developing teeth to fluoride dissolved in the blood.
Pot and kettle.For self-labeled skeptics, quite a few of you people are awfully bad at critical thought.
You ARE disagreeing with me: I'm not making an argument against fluoride.It's understood, at least by myself, that your argument against fluoride is supported by the fact that the human body does not need it to live. Fluoride is not an essential nutrient. You're right on that count, and I for one am not disagreeing with you.
YOU are mistaken. You also seem to be having a little problem with reading comprehension. At no point did I suggest that fluoride doesn't chemically react with tooth enamel. What I said was that the body does not incorporate fluoride into tooth enamel. Incorporation is an active process; fluoride is not actively used by the body at all.You are mistaken. Fluoride certainly does bond with tooth enamel, forming a harder, stronger, and more cavity-resistant substance than "natural" hydroxyapatite enamel.
No, it doesn't. The body doesn't use fluoride at all. There are no active processes that absorb fluoride ions from the environment and direct them into tooth enamel. Fluoride ions react with the calcium compounds in teeth and bones simply because they're in solution.Seriously, tho. I get yer point. The body doesn't REQUIRE flouride, but when it gets flouride, it puts it to good use.
Do we, though? Were modern epidemiological studies on the total lifetime effects of higher fluoride concentrations done? How much fluoride does get taken up by the bones, and what effects does that have? If the fluoridation of water is only actually beneficial for people with developing teeth, is it harmless enough to justify exposing everyone to that specific treatment?I will say that, since we DO know about flouride's effects, doesn't it make sense for us to make a conscious decision to seek it out? Even if it's not a neccessary element?
I'll give it a try next time the subject comes up, but I doubt it'll work. Lead has for a long time been recognised as a poison you see, and anyway, it isn't "herbal."There are places in the Ozarks of Missouri that have dangerously high levels of dissolved lead in the groundwater, due to the presence of so much lead ore. Water from wells isn't safe to drink unless it's been very carefully treated.
That's at least one example of nature causing progressive brain damage, dementia, and slow death. Does Mrs. Mojo need more?
I'll give it a try next time the subject comes up, but I doubt it'll work. Lead has for a long time been recognised as a poison you see, and anyway, it isn't "herbal."![]()
Nex: You are mistaken. Fluoride certainly does bond with tooth enamel, forming a harder, stronger, and more cavity-resistant substance than "natural" hydroxyapatite enamel. This is done by contact, as you have already pointed out (thus contradicting yourself), as well as dissolution from blood to the tooth, which is done by the body.
Melendyr: No, it doesn't. The body doesn't use fluoride at all. There are no active processes that absorb fluoride ions from the environment and direct them into tooth enamel. Fluoride ions react with the calcium compounds in teeth and bones simply because they're in solution.
That doesn't mean that saturating teeth with fluoride ions isn't good. It doesn't mean it isn't bad. It's stating a simple fact, without interpretation or speculation as to consequences.