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Heavy metals, especially arsenic, are present in kelp and radioactive isotopes,flourines and bromine can also be present. Sea veggies sponge up various things in the sea, which is why they are so nutritious and potentially dangerous.I've been taking 2mg iodine from kelp for over 1 year (along with 100mcg selenium) but this seems to be low according iodine experts. I was already fine when started and Im fine now, didn't really notice any mayor change (tsh went down from 3 to 1 though). I take it for general maintenance and well being, but I decided to go with kelp instead high synthetic form doses (12mg the recommended dose) for caution.
Heavy metals, especially arsenic, are present in kelp and radioactive isotopes,flourines and bromine can also be present. Sea veggies sponge up various things in the sea, which is why they are so nutritious and potentially dangerous.
have you been diagnosed with a hypothyroid condition by your doctor? You have normal labs, since the numbers are in range. What makes you think that your thyroid is not performing correctly? Are you taking medication for thyroid disease?View attachment 8340
My thyroid labs from today. TSH is the same as one year ago (sadly no improvement there), but the thyroid hormones have all plummeted (TT4 was 103 a year ago). I blame it on taking selenium without iodine in the past few weeks ( I had to quit iodine for other reasons).
DO NOT TAKE SELENIUM WITHOUT IODINE OR IODINE WITHOUT SELENIUM
Here is Jaminet's article where he shows T4 levels of iodine deficient kids receiving selenium supplementation, their hormones become way worse, and this happened to me too:
Iodine and selenium Archives - Perfect Health Diet | Perfect Health Diet
I'm now taking 2.5 mg of iodine again.
have you been diagnosed with a hypothyroid condition by your doctor? You have normal labs, since the numbers are in range. What makes you think that your thyroid is not performing correctly? Are you taking medication for thyroid disease?
I don't think it's accurate to say you have a hypothyroid condition if your thyroid levels are okay.
I have a thyroid condition. If I don't take medication, I will not have sufficient thyroid levels to function. My TSH will skyrocket and my T3/T4 levels will plummet.
Energy levels are not related to thyroid levels only. There are other factors to take in consideration when trying to have good energy levels.
TSH of 8 isn't very high. I've had TSH of 43 and still managed to function and not realize my thryoid levels were low.Symptoms. And my TSH was as high as 8. I gave up on taking thyroid hormones a long time ago. Dead end road if I ever saw one.
TSH of 8 isn't very high. I've had TSH of 43 and still managed to function and not realize my thryoid levels were low.
Is it consistently at 8? Did you try medication? Sounds like taking a little thyroid medication would put your labs in the normal range. Taking medication is a dead end, but it will make your body feel better perhaps.
You can work out your thyroid issues while taking medication. You can at least let your body get in the normal range so it functions well while exploring other options.
If you aren't seeing a doctor for hypothyroidism, I would say your hypothyroidism is very mild compared to people who need thyroid medication to live, like me.
if the body isn't producing hormones, the gland isn't healthy. So yeah, if your TSH is high, it means you do have hypothyroidism. I guess your labs aren't that normal, and there is more to the picture than just lab numbers anyways.I felt like complete ***t and wanted to kill myself. It doesn't matter the number. Now at 3.57 I feel somewhat better but it won't be good until it's below 1.0.
Yeah I tried medication both synthetic and natural. At best is made me hyperactive and at worst it did nothing. And it didn't give any kind of permanent improvement, plus I didn't want to be a slave to pills at 20-something years old. To hell with that. I've been working on restoring my own gland ever since. Between red light, sleeping warm, coffee and other hacks I get by well enough to not even think about taking pills. I'm not healthy yet, but I am doing a hell of a lot better.
There are more than enough things to juggle between even without throwing thyroid into the mix. That would be my last resort if I was really certain that I can no longer improve anything. But even if I fail to do that, I've already improved enough to the point that I wouldn't want to be on them just to feel a little bit better - even if they did work for me.
The difference between how I felt at TSH 8 and flat out dying due to not making any thyroid hormones is not as great as you may think. "Mild", heh. You wouldn't say that if you have felt the way I do. I don't know what you have but you don't need to lack a thyroid gland or have a completely non functional one in order to feel so bad that you can barely function. Even if the gland is perfectly healthy, if the body isn't making it produce hormones, it's damn near useless.
(4) Iodine rapidly associates with unsaturated fatty acids. The more unsaturated the fatty acid, the more iodine it will attract. Once the double bonds of the fatty acids have been iodinated their capacity to cause oxidative damage is diminished. This entails, moreover, that consuming large quantities of PUFA would tend to soak up and deplete the body of iodine. This is probably one reason so many people benefit from taking iodine in our PUFA-laden culture. It would also explain, in conjunction with bromide and fluoride accumulation, why people benefit from massive doses of iodine that would never have been necessary in pre-industrial times.
I don’t have source right now, but when I was reading the literature/studies, I recall that thyroid issues were more prevalent in the coastal areas of Japan where more iodine was naturally consumed. I’ll try to find the source later since I might have misunderstood.
Reports of experience with KI (1.6-6.4 g/day) in large series of pulmonary patients revealed no hyperthyroidism in 2,404 and 502 patients.” Nevertheless, when iodine is incorporated into drugs, inorganic iodide is blamed for the side effects. “Hyperthyroidism occurring after administration of iodine-containing drugs has been ascribed to iodide.”79 The thyrotoxicosis induced by iodine-containing drugs is blamed on inorganic iodide even though the use of inorganic iodide alone was not associated with thyrotoxicosis in the two studies referred to. Does that make any sense? Iodophobia, induced by whatever motivation, causes an altered state of consciousness, which makes doublespeak and contradictory statements acceptable.
For example, disinfection of water for human consumption and in swimming pools is far superior, safer, and less expensive with the use of iodine at 1 to 2 ppm, than with the use of chlorine and its derivatives at the same concentrations.16-19 However, unfounded concern about the adverse effects of iodine at these levels on the thyroid gland,20-22 and vide infra has prevented the widespread use of iodine for these applications, with toxic chlorine and its derivatives used by default. All studies published so far favor iodine over chlorine for treatment of municipal waters and swimming pools, “Because of the increasing difficulty experienced by many communities in achieving satisfactory disinfection of public water supplies with acceptable concentrations of chlorine, a feasibility study on the use of iodine for this purpose was undertaken.”19 “The effectiveness, ease of administration and palatability were prime reasons for considering iodine as a disinfectant of community water supplies… effective bacteriological control of the water was maintained by all concentrations of iodine used in this study.”17 “At an iodine concentration of 1 mg/liter (1 ppm), the water met all standards for safety and palatability (1962 USPHS Drinking Water Standards)… During the five years in which this study was conducted no instances of urticaria or iodism were observed.”19 “No evidence of iodineinduced allergic phenomena was detected during this study.”17 “Comparative data indicate that disinfection of an Olympic-size swimming pool can be accomplished with iodine at half the dose of chlorination… Use of the iodinated swimming pool caused no significant changes in either the RAI uptakes or PBI concentrations.”19 The advantage of iodine over chlorine as a disinfectant in the treatment of municipal waters is that it could be used as a disinfectant and also as a source of a very important essential element. It is obvious that the benefits of such an approach would outweigh the risks, based on the studies mentioned above. When different groups of competitive swimmers were asked about their preference between chlorine and iodine as a disinfectant of swimming pools,19 they overwhelmingly chose iodine. None preferred chlorine. “All members of the swimming teams of five universities who participated in AAWU swimming championships that were held in the Stanford pools were asked to express their opinions of iodine-treated water as compared with chlorine-treated water… Seventeen of the 20 freshmen and varsity swimming team members expressed a preference for the iodine-treated pool in respect to eye irritation. The other three had no preference, but none preferred the chlorine treatment. Of the championship swimming contestants, 48 preferred the iodine-treated pool, five had no preference, but none preferred the chlorine-treated pool... Twenty-eight of the subjects who had been exposed to the iodine-treated water for one month were examined by the three physicians of the research staff, each of whom made his observations independently of the others. Twenty-seven of the swimmers examined received a completely negative rating for eye irritation. In only one student was a mild conjunctivitis found on medical examination. This student wears contact lenses and stated that his eye irritation had improved in a miraculous way since the pool had been treated with iodine.”
The interest of thyroidologists could not have been aroused so quickly by the publication of Wolff and Chaikoff in The Journal of Biological Chemistry, 27 a journal involved in publishing research in the basic sciences, not clinical medicine. The thyroidologist with aroused inter- (Continued on next page) 18 THE ORIGINAL INTERNIST March 2004 est was Stanley himself who obviously had insider information in order to publish his manuscript within a year following the Wolff-Chaikoff publication, considering the fact that it takes several months for the review process in peer review journals, and that it would have required several months for him to design and perform his experiments after reading the Wolff-Chaikoff paper. During the year Stanley published his “extension of the Wolff-Chaikoff Effect to man,” he co-authored a paper with Astwood on using goitrogens to manage patients with Graves’ disease as an alternative to using inorganic iodine/iodide. It is a strange coincidence that the investigators who authored the iodophobic publications regarding the so-called inhibition of organic binding of radioactive iodide in the thyroid gland by the administration of inorganic, non-radioactive iodide, were also involved in testing goitrogens in laboratory animals and in normal human subjects and in implementing the use of these goitrogens as an alternative to inorganic iodine/iodide in patients with Graves’ disease (See Section IV).