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Protetor da Tireoide: Iodeto de Potássio 60 Cápsulas 65mg
O Iodeto de Potássio é um suplemento essencial para a saúde da tireoide, especialmente em situações de exposição a radiação. Cada cápsula contém 65mg de iodeto de potássio, uma dose cuidadosamente formulada para oferecer proteção eficaz. Este produto é ideal para aqueles que buscam fortalecer a função tireoidiana e garantir a absorção adequada de iodo, um mineral vital para a produção de hormônios tireoidianos. A tireoide desempenha um papel crucial no metabolismo, no crescimento e no desenvolvimento, e a deficiência de iodo pode levar a sérios problemas de saúde, como bócio e distúrbios hormonais.
O uso de Iodeto de Potássio é especialmente recomendado em situações de emergência, como acidentes nucleares, onde a exposição à radiação pode comprometer a saúde da glândula tireoide. Ao tomar o iodeto de potássio, você ajuda a saturar a tireoide com iodo estável, reduzindo a absorção de iodo radioativo. Além disso, este suplemento é uma excelente opção para pessoas que vivem em regiões com baixa ingestão de iodo na dieta, garantindo que suas necessidades nutricionais sejam atendidas.
Com a conveniência de 60 cápsulas por frasco, o Iodeto de Potássio é fácil de incorporar à sua rotina diária. A embalagem prática permite que você tenha sempre à mão um suporte essencial para a saúde da sua tireoide, promovendo bem-estar e segurança em sua vida cotidiana.
Benefícios Destacados pela Vitaminer Shop para Comprar
- Proteção eficaz contra a absorção de iodo radioativo em situações de emergência.
- Suporte à função tireoidiana, promovendo um metabolismo saudável.
- Ajuda a prevenir problemas de saúde relacionados à deficiência de iodo.
- Fácil de usar, com 60 cápsulas que garantem um suprimento prolongado.
- Ideal para pessoas que vivem em áreas com baixa ingestão de iodo na dieta.
– Sugestão de Uso:
Recomenda-se a ingestão de uma cápsula de Iodeto de Potássio 65mg por dia, preferencialmente com um copo de água, durante uma refeição. É importante seguir as orientações de um profissional de saúde, especialmente em situações de exposição a radiação ou se você tiver condições médicas pré-existentes. Não exceda a dose recomendada e mantenha o produto em local fresco e seco, longe da luz direta. Consulte sempre um médico antes de iniciar qualquer suplementação.
Richard G. –
Iodized salt might work just as well. Purchased as a preventive action that can be taken following a nuclear event. They’ll last until or if needed.
Diane Flowers –
Excellent customer service! UPS temporarily lost the package and seller responded immediately. Received soon afterwards. Excellent packaging and value. Hope I never have to use these pills, but then again I have no plans to dig combat trenches in Chernobyl’s Red Forest.
CHARLES T. –
Took some time to get them, but nice to have just in case of radiation, would be hard to find after radiation hit. Ordered bottles for family too!
Gadgeteer –
Could be snake oil, who knows? Bought these to store in my prepper chest to help with radiation exposure measures.
Kiki B. –
I’m not sure if my review went thru, so posting another. I pray we never have to use these, but happy we have them. There was a small problem with my last order and the vendor got back to me right away and is taking care of it immediately. 100% recommend!
Alex L –
Alright, this stuff is the real deal. Each pill really has 65Mg of potassium iodide in it. I can (and did) prove it through a simple science experiment. Long story short, if you react potassium iodide with lead nitrate, you get lead-iodide as a solid precipitate. This settles to the bottom of your beaker while all the other ingredients remain suspended in, free-floating around in the water. So, at this point, drain off the excess water and other reagents, and as long as you know how much potassium iodide you started with (allegedly 65mg, right?) you can prove, mathematically via the chemical equation and molar masses, how much lead nitrate should form. If substantially less (or none at all) forms, then these are fake. In my experiment, I validated that these are *not* fake, but are in fact the real deal.
Before I continue, I should also mention that as a side note, POTASSIUM IODIDE DOESN’T EXPIRE. It’s a form of salt. Putting an expiration date on these is stupid. That’s like saying that your table salt is going to expire in X years. IT DOESN’T. You could go eat 100 year old table salt and it would be just as good as whats on the shelf at your local grocery store. In fact, your table salt from the grocery store, which was extracted from a salt mine, is usually already thousands of years old. There are still high schools using batches of KI for science experiments that they’ve hung unto singe the 70s and 80s, I kid you not. The *only* thing that could go wrong is that, as pills, there is a binding agent that holds it all together in a pill form. That being said, if this binding agent ever goes bad, the pills would turn to a flowery dust. So, just give the bottle a shake every 10 years. Still hear pills rattling around instead of a tube of flowery dust? Then there still good. Alright, back to the experiment that proves these are real now.
TO PREFACE WHY I DID THIS: I figured I should prove this to myself since everyone else is just giving it 5 stars without being able to attest if this is *really* what it says it is or not. I mean, I could go sell salt pills, and unless you plan on rubbing nuclear waste all over your body like a pool boy in a bad porno, you really wouldn’t know, would you? You’d just give this product 5 stars and say hopefully you’ll never have to use it, without knowing if it really works or not (like everyone else is doing!), wouldn’t you? Or maybe you’re like that one guy who rated it one star out of fear because you don’t know how to test it? Hell….maybe you bought a different, “more reputable” product, and hopefully didn’t get some fake-knockoff from china that totally isn’t even the FDA approved medication it *claims* to be. Well, alright. Here’s how I proved that each pill really does have 65mg of potassium iodide in it.
ANYWAY, HERE’S HOW TO REPEAT THE EXPERIMENT, in case anyone else wants to try it, or would like to review my methodology:
*Disclaimer: This experiment uses lead nitrate, which is toxic. If you intend to reproduce this experiment, please exercise caution and follow proper handling procedures for toxic materials. Please dispose of *all* used chemicals responsibly and appropriately. I do not accept any responsibility for any harm you cause to yourself and/or anything and/or anyone else by doing this experiment:
Pb(NO3)2 (Lead Nitrate) in an aqueous solution plus KI (potassium iodide) will form a precipitate.
The full equation is as follows: 2KI(aq) + Pb(NO3)2(aq) -> 2KNO3(aq) + PbI(s)
If you’re going to reproduce this reaction and don’t know what it looks like, look it up on youtube just to verify that all of the visual properties of the reaction match up. (Call me paranoid, but I could name a half dozen other things that will react with lead nitrate and form a precipitate, but none will do so with the proper color and other visual attributes as potassium iodide)
To perform this the way you’re “supposed to” you should use the molar mass of the two substances, and a little stoichiometry, to see that you will need about 64.8 milligrams of lead nitrate to react with the 65 milligrams of potassium iodide in a pill. That being said, I added 10% more lead nitrate than I needed, juuuust to make sure the KI was the limiting reagent. Let me also mention now that I used TEN pills in this test. The college level lab I have access to, nor my skills, would be good enough to get a proper, accurate reaction on just 65 milligrams. So, 10 pills, 650 milligrams….*that* I can get an accurate experiment out of. I should also note that the entire experiment was done in a glove box – a tabletop clean room, if you will, to minimize contaminating it with things (like dust) that could throw off my measurements.
I crushed up the pills, and dumped the contents into a 250ml beaker full of of distilled water, dropped in a stirring pellet, and let it go to work for a few hours. Once everything was dissolved, I let it sit for a day to ensure all the “fillers” (I.e. binding agents that actually make the pills take shape!) precipitated to the bottom. Once this was done, I poured the solution that now, should contain only the potassium and iodide ions suspended in the water, into another beaker. The total water ans wet binding agents left at the bottom of the 1st beaker account for about a 1-5% reduction in total anticipated precipitate (lead iodide) from the finished reaction. So, at this point I steamed off the solution to fit in a 50ml beaker. As this weighs much less than a 250ml beaker, it’s a better vessle to more accurately get a final reading of total lead nitrate when the experiment is done.
So….blah blah blah, I added aqueous lead nitrate to aqueous KI from a pill. Precipitate began to form. I let this happen in the 50ml beaker with a stir bar over the course of a couple hours, just to make *damn* sure I really reacted everything. After this was done, I let the precipitate settle overnight. Then, I drained out as much of the water and dissolved lead and potassium nitrates as I could…then I added more distilled water…I did this 4x over two days to ensure that I didn’t accidentally remove any precipitate, but that I did remove, most likely upwards of 95% of the nitrates. This is necessary because the whole point of this experiment is to determine the final remaining amount of lead iodide (PbL). If I hadn’t done this, the nitrates would have been left behind as well as powdered solids, and I would just have a measure of how many ingredients I have, instead of a *specific* one that proves how much Iodide (and therefore Potassium, and therefore entire purpose of this pill!) I started with.
ANYWAY…grand finale folks.
I started with a 50ml beaker that weighs 31011 milligrams, and a stirring pellet that weighed 2254 milligrams. Total weight: 33265 starting milligrams! Post reaction, I ended with a total weight of 34066 milligrams! 33265 – 34066 = 801 Milligrams of lead iodide left behind in my 50ml beaker. The theoretical maximum yield for this experiment would have been 900 milligrams of lead iodide. That means I was able to prove that there is at least 89% (801/900) of the stated 65mg of KI in each pill. That being said, It’s probably really around 100, as getting a perfect, 100% reaction, just doesn’t happen. Seriously – most high schoolers in AP chem that perform this same reaction in their labs only get a 70-80% reaction due to their own errors and loss of product along the way. So, all things considered, yeah….this is the real deal.
CHelmic –
You will need to take these pills to protect your Thyroid from getting cancer if we get into a Nuclear War. Then the Cancer can spread to other parts of your body. Have these pills on hand for when you might need them. Radiation heads to your Thyroid . READ ABOUT POTASSIUM IDIODE PILLS TODAY!! When you decide to buy them later they will be all sold out.
Agent Smith –
I don’t know how to give a review for this stuff. If the time comes when I need to use it, leaving reviews on Amazon will be the least of my worries.