Tag Archives: iodine

Use iodine against Bad breath, Bad beer, Flu, RSV, COVID, monkeypox….

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We’re surrounded by undesired bacteria, molds, and viruses. Some are annoying, making our feet smell, our teeth rot, and our wine sour. Others are killers, particularly for the middle aged and older. Despite little evidence, the US government keeps pushing masks and inoculations with semi-active vaccine that does nothing to stop the spread. Among the few things one can do to stop the spread of disease, and protect yourself, is to kill the bacteria, molds and viruses with iodine. Iodine is cheap, effective even at very low doses, 0.1% to 10 parts per million, and it lasts a lot longer than alcohol. Dilute iodine will not dye your skin, and it does not sting. A gargle of iodine will kill COVID and other germs (e.g. thrush) and it has even been shown to be a protective, stopping COVID 19 and flu even if used before exposure. On a more practical level. I also use it to cleanse my barrels before making beer — It’s cheaper than the Camden they sell in stores.

Iodine is effective when used on surfaces, and most viruses spread by surfaces. A sick person coughs. Droplets end up on door knobs, counters, or in your throat, leaving virus particles that do not die in air. You touch the surface, and transfer the virus to your eyes and nose. Here’s a video I made. A mask doesn’t help because you rub your eyes around the mask. But iodine kills the virus on the surface, and on your hands, and lasts there far longer than alcohol does. Vaccines always come with side-effects, but there are no negative side effects to sanitization with dilute iodine. Here is a video I did some years ago on the chemistry of iodine.

Robert Buxbaum, February 1, 2023. I don’t mean to say that all bacteria and fungi are bad, it’s just that most of them are smelly. Even the good ones that give us yogurt, beer, blue cheese, and sour kraut tend to be smelly. They have the annoying tendency to causing your wine to taste and smell like sour kraut or cheese, and they cause your breath and feet to smell the same. If you’re local, I’ll give you some free iodine solution. Otherwise, you’ll have to buy it through REB Research.

Fauci, freedom, and the right to be wrong.

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Doctor Anthony Fauci has been giving graduate addresses at colleges around the country for the past few months, telling students about his struggles and successes in the medical research world, hammering a moral point that they should expect the unexpected and have no tolerance for “the normalization of untruth”, and for “egregious twisting and lies” as were leveled against his approach to COVID (and global warming, it seems). Untruths, racism, and lies spread by “some elected officials”, presumably his exboss. Here is his speech to the Princeton graduates, or see a brief summary of his talk st the University of Michigan.

Dr. Fauci may have the best intentions in criticizing others and deputizing students to enforce the truth.He certainly seems sure that his truth and intentions are 100% pure, but what if Fauci wasn’t quite right, or what if you thought his cure to the pandemic was less than marvelous. His truth may mot be real truth, or real truth for everyone. Beyond that, even if he were always 100% right on science, I believe that people have a fundamental right to make mistakes. “I have a right to be wrong,” as Joss Stone says (see music video). Freedom from imposed righteousness is a fundamental good. Even assuming that Fauci’s lockdowns were the height of righteousness, we have a right to take risks and to act against our own best interests, in my opinion. Consider a saint who really knows what’s right and only wants to do only what’s right. I doubt that even the saint wants a jailer to force it upon him and remove his free will. And the right of the rest of us may not want to do what’s ideal and healthy. We like ice cream even thought we know it’s fattening, and we should have the right to smoke too.

This right to our mistakes is something we deserve, even assuming that Fauci knows the truth for everyone, and that everyone has the same truth, and that all of his rules were for the best. But different people are different, and people’s preferences are different. “A sadist is a masochist who follows the golden rule,” as the saying goes, and Fauci may have been out-and-out wrong.

Humor from a time when one could tolerate hearing that their truths might not be true.

Concerning COVID, I’ve noted that, despite Fauci’s lockdowns and mask mandates, The US did worse than Sweden, and my home state of Michigan did worse than Sweden — worse in terms of deaths, and far worse economically. Michigan has the same size population as Sweden and the same climate and population density so it’s a good comparison. Florida did better than we did too, though they too didn’t close the schools or have mask mandates. Their economy did better too, and children’s education.

Was Fauci right to shut K-12 schools, or to send college students home? Maybe he was only half-right, or totally wrong and blinded by politics. The more Fauci and friends deny having political interests, the more they seem political. Many Fauci’s emails have become public, and he seems highly political, and very often wrong. He also does not take seriously the economic or mental or educational problems caused to the workers that he now blames on his critics. He also seems takes it as a given that those pushing hydroxychloroquine or surface disinfection were liars, despite scientific opinion on the other side.

Fauci’s push for masks went with his claim that surfaces were not major spreaders. I think the opposite is true, and used my blog and YouTube to push iodine as a surface sanitizer and hand wash. Most diseases are spread by surfaces, and I see no reason for COVID to be different. Iodine is known to kill COVID virus, and all virus, fungus, and bacteria. It’s far more lang-lasting than alcohol, too. Maybe I’m wrong, but maybe I’m right, and I have a right to express my science without fear of censure from Fauci’s deputies. As I see it, when an infected person coughs out-spews big droplets and small droplets. The big drops contain far more virus particles. They fall quickly and dry, ready to be picked up by someone who touches the residue. As for the smaller drops, some are certainly locked by masks, but these have fewer virus particles. Besides, the mask just becomes a new surface; you’ll touch your mask to adjust it or take it off. Unless you disinfect your hands with something strong like iodine the virus on your hands will go to your eyes or nose. Trump favored Chlorox for surfaces, and was skewered for it by Fauci and his experts. I think that was wrong, made worse by claims that he was not telling you to inject the Clorox.

On climate too, we do students a disservice by closing the discussion. It’s clear that Gore’s inconvenient truth isn’t completely true, nor are his remedies beneficial, in my opinion. To stop someone’s ability to make mistakes is to wrong him, and limit him. The same applies to many things; the fellow in power always thinks he’s right, and will always have allies to back him. When Robespierre was the enforced virtue and truth during the French Revolution, everyone agreed, but we now think he was wrong. Robespierre removed the head of France’s greatest scientist, Lavoisier. It would take another generation to grow another head like that.

In terms of interesting speeches to the graduates, As Marx said (Groucho), “I thought my razor was dull, till I heard his speech.” There here’s a speech against something.

Freedom is the right to be wrong, and stubborn, like Groucho. Now that’s a graduation speech!

Robert Buxbaum, October 28, 2022

Deadly incurable viruses abound: The plagues to come.

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As we discuss the effectiveness of the various COIVD vaccines, and ask if we will need another booster in a year, this time for the delta variant, or epsilon, it’s worth noticing that none of these is that deadly, especially if you’ve had a previous version. There are far worse viruses out there, like Ebola-Zaire, for example. This virus kills 60-90% of the people infected, typically by causing the body’s connective tissue to dissolve. Now that’s a deadly virus; imagine an ebola pandemic.

We live surrounded by many really deadly viruses, most of them incurable. In general our protection from them is that they usually show a slow infection rate or a slow progress to death. Drug resistant leprosy is one of these. Here’s the beginnings of a list of deadly viruses we could worry about: Lassa, Rift Vally, Oropouche, Rocio Q Guanarito, VEE, Marburg, Herpes B, Monkey Pox, Dengue, Chikunguanya, Hantavirus, Machupo, Junin, Rabies-like Mokola, drug-resistant leprosy, Duvenhage, LeDantec, Kyasanur, Forest Brain virus, HIV-AIDs, Simliki, Crimean-Congo virus, Sindbis, O’nyongnyong, Sao Paulo, SARS, Ebola Sudan, Ebola Zaire, Ebola Reston, Mid-East Respiratory (MERS), Zika, Delta-COVID. (I got 2/3 of this list from a 1993 book called “The Hot Zone” about the first US outbreak of Ebola — Washington DC in 1989 — a good book, worth a read).

Ebola is a string-like virus with loops. It causes your body to dissolve and bleed out from every pore. The strings form crystals that are virtually immortal.

As an ilk, these viruses are far older than we are, older than the first cellular creatures, and far tougher. They are neither dead nor alive, and can last for years generally without air, water or food if the temperature is right. Though they do not move on their own, nor eat in any normal sense, they do reproduce, and they do so with a vengeance. They also manage to evolve by an ingenious sexual mechanism. In a sense, they are the immune system of the earth, protecting the earth from man or any other invasive life form. We humans have only survived the virus for 100,000 years or so. Long term, the viruses are likely to win.

Zika is a ball-shaped virus. Incurable, it causes encephala. Ball-viruses are not as immortal as string viruses. COVID is a ball virus with spikes, a crown virus.

Some viruses are string shaped; Marburg and Ebola are examples. Such viruses can crystalize and live virtually forever on dry surfaces. Other viruses are ball-shaped, COVID and Zika, for example. These are more easily attacked on surfaces, e.g. by iodine. They become inactive after just a few minutes in air– and are killed instantly by iodine, alcohol, bleach, or peroxide.

Most viruses enter by cuts and body fluids. This is the case with AIDS and herpes. Others, like measles, shingles, and Zika, enter by way of surfaces and the hands. Virus-laden droplets collect on surfaces and are brought to a new host when the surface is touched and hand-transported to the nose or eyes. A few viruses, like SARS, Ebola, and COVID-19 can enter the body by breathing too. I’ve collected some evidence in favor of Iodine as a surface wipe, a hand wipe and as mouthwash in this previous essay.

Dr. Robert E. Buxbaum, November 3, 2021. The US has three facilities where they deal with the most deadly, contagious viruses. One is in Washington DC; they had leak in 1989, a part of the ebola outbreak. China has only one such facility, in Wuhan, China. It’s one block from where the COVID-19 outbreak supposedly originated. Have a nice day.

Iodine is far better than soap or alcohol sanitizer.

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I’m a fan of iodine both as a hand sanitizer, and as a sanitizer for surfaces. II’ve made gallons of the stuff for my own use and to give away. Perhaps I’ll come to sell it too. Unlike soap washing or alcohol sanitizer, iodine stays on your hands for hours after you use it. Alcohol evaporates in a few seconds, and soap washes off. The result is that iodine retains killing power after you use it. The iodine that I make and use is 0.1%, a concentration that is non-toxic to humans but very toxic to viruses. Here is an article about the effectiveness of iodine against viruses and bacteria Iodine works both on external surfaces, and internally, e.g. when used as a mouthwash. Iodine kills germs in all environments, and has been used for this purpose for a century.

With normal soap or sanitizer it’s almost impossible to keep from reinfecting your hands almost as soon as you wash. I’ve embedded a video showing why that is. It should play below, but here’s the link to the video on youtube, just in case it does not.

The problem with washing your hands after you receive an item, like food, is that you’re likely to infect the sink faucet and the door knob, and the place where you set the food. Even after you wash, you’re likely to re-infect yourself almost immediately and then infect the towel. Because iodine lasts on your hands for hours, killing germs, you have a good chance of not infecting yourself. If you live locally, come by for a free bottle of sanitizer.

For those who’d like more clinical data to back up the effectiveness of iodine, here’s a link to a study, I also made a video on the chemistry of iodine relevant to why it kills germs. You might find it interesting. It appears below, but if it does not play right, Here’s a link.

The video shows two possible virus fighting interactions, including my own version of the clock reaction. The first of these is the iodine starch interaction, where iodine bonds forms an I<sub>3</sub><sup>-</sup> complex, I then show that vitamin C unbinds the iodine, somewhat, by reducing the iodine to iodide, I<sup>-</sup>. I then add hydrogen peroxide to deoxidize the iodine, remove an electron. The interaction of vitamin C and hydrogen peroxide creates my version of the clock reaction. Fun stuff.

The actual virus fighting mechanism of iodine is not known, though the data we have suggests the mechanism is a binding with the fatty starches of the viral shell, the oleo-polysaccharides. Backing this mechanism is the observation that the shape of the virus does not change when attacked by iodine, and that the iodine is somewhat removable, as in the video. It is also possible that iodine works by direct oxidation, as does hydrogen peroxide or chlorine. Finally, I’ve seen a paper showing that internal iodine, more properly called iodide works too. My best guess about how that would work is that the iodide is oxidized to iodine once it is in the body.

There is one more item that is called iodine, that one might confuse with the “metallic” iodine solutions that I made, or that are sold as a tincture. These are the iodine compounds used for CAT-scan contrast. These are not iodine itself, but complex try-iodo-benzine compounds. Perhaps the simplest of these is diatrizoate. Many people are allergic to this, particularly those who are allergic to sea food. If you are allergic to this dye, that does not mean that you will be allergic to a simple iodine solution as made below.

The solution I made is essentially 0.1% iodine in water, a concentration that has been shown to be particularly effective. I add potassium iodide, plus isopropyl alcohol, 1%, 1% glycerine and 0.5% mild soap. The glycerine and soap are there to maintain the pH and to make the mix easier on your hands when it dries. I apply 5-10 ml to my hands and let the liquid dry in place.

Robert Buxbaum April 27, 2020; I’m running for water commissioner again. Wishing you a safe and happy lockdown,