Some Potato Farmers Have Only Little Hairloss

Rosenkohl

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As explained in my first post, I believe that an increase of visceral fat is the main cause of androgenetic alopezia in most cases, and that reducing visceral fat is among the most important things to try, if someone wants to increase hair growth again. https:// www. hairlosstalk.com/interact/threads/visceral-fat-as-a-cause-for-androgenetic-alopecia.104367/

But here is a different idea which could lead to a potential treatment of hair loss with simple means, involving fungi, called mycorrhizal fungi, found on the roots of plants, and living in symbiosis with specialised bacteria. "bacterial-fungal interactions often result in changes to the pathogenicity or the nutritional influence of one or both partners toward plants or animals (including humans). They can also result in unique contributions to biogeochemical cycles and biotechnological processes", https:// www. ncbi.nlm.nih.gov/pmc/articles/PMC3232736/.

Malassezia are the dominating fungi on many parts of the human skin, including the head (https:// directorsblog.nih.gov/2013/05/28/yes-its-true-theres-fungus-among-us/), living in "significant relationships with the two dominant but reciprocally inhibited bacteria on the scalp (Propionibacterium and Staphylococcus)", while predominance of the Staphylococcus seems to increase dandruff, see https:// www. ncbi.nlm.nih.gov/pmc/articles/PMC4864613/.

Topical licorice applications are a known home-remedy to encourage hair-growth. The company Mother Earth is selling nitrifying bacteria in bottles. They put one single bacteria strain into their product. If we look at a picture of their staff https:// motherboard-images.vice.com/content-images/contentimage/26066/144344873338592.jpg, they have apparently good skin, still some have visible hair recession.

But as a further observation, there seem to be quite a few middle-aged, male potato farmers who have only little visible hairloss and strong overall hair growth on their head. Of course, there are also many balding potato farmers, and people with only small hairloss in other occupations. Anyway, for some anecdotal evidence we can look at
https:// www. tegut.com/aktuell/artikel/kupferfreier-anbau-von-bio-kartoffeln.html organic potato farmer, http:/ /www. bizzylizzysgoodthings.com/uploads/8/5/5/0/8550580/2472095.jpg organic farmer (male on the left), http:// www. theresaskueche.de/images/Alexandre/IMG_9631.jpg organic potato farmer, https:// pbs.twimg.com/profile_images/476673882448220160/asj5OnuH_400x400.jpeg potato farmer,
http:// www. wernges.de/images/l58-runkel.jpg farm workers at a break when harvesting beets in a west-german village 1958.

President of Bolivia Evo Morales became notorious with statements about hormon injections in poultry, causing baldness, among other things. Of interest here is Morales own hair growth, who comes from a family of potato-farmers.

If we look at the painting "The King everywhere" by Robert Warthmüller, https:// commons.wikimedia.org/wiki/File: Der_K%C3%B6nig_%C3%BCberall2.JPG depiciting Prussian King Frederic and Potato farmer, it should be kept in mind this is no historical picture, but from 100 years after Frederic's death. The artist turned it into a study of the rural folk from different gender and ages. A stricing detail is the still abundant hair growth of the middle-aged farmer in the foreground.

As a conclusion, my hypothesis is, that many famers growing potatos and similar root vegetables, during their work on the field with the plants and soil, have steady infections with some fungi, which normally live on the roots of the plants. As a result, the fungus will partially replace the usual Malassezia on the human skin, in particular on exposed parts of the skin and hairs of the head and hands. Since root fungi live together with nitrifying bacteria, we can expect them to do the same on mammal skin. If the fungus is sitting, say, on a miniaturized velus hair, and can send the mycelium through the skin into the hair follicle, then the bacteria can follow into the follicle too, and can help the hair to grow again.

Suffice it to say that personally, I apply some soup, produced by a fungus on my forehead every day (which I have not further calssified yet). The fungus I found growing abundantly on some topinambur nodules, and then cultivated it on diced potatoes in a jar, which now give an aromatic smell of licorice. I believe there was some growth of new hairs yet with this method.
 

JeanLucBB

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As explained in my first post, I believe that an increase of visceral fat is the main cause of androgenetic alopezia in most cases, and that reducing visceral fat is among the most important things to try, if someone wants to increase hair growth again. https:// www. hairlosstalk.com/interact/threads/visceral-fat-as-a-cause-for-androgenetic-alopecia.104367/

But here is a different idea which could lead to a potential treatment of hair loss with simple means, involving fungi, called mycorrhizal fungi, found on the roots of plants, and living in symbiosis with specialised bacteria. "bacterial-fungal interactions often result in changes to the pathogenicity or the nutritional influence of one or both partners toward plants or animals (including humans). They can also result in unique contributions to biogeochemical cycles and biotechnological processes", https:// www. ncbi.nlm.nih.gov/pmc/articles/PMC3232736/.

Malassezia are the dominating fungi on many parts of the human skin, including the head (https:// directorsblog.nih.gov/2013/05/28/yes-its-true-theres-fungus-among-us/), living in "significant relationships with the two dominant but reciprocally inhibited bacteria on the scalp (Propionibacterium and Staphylococcus)", while predominance of the Staphylococcus seems to increase dandruff, see https:// www. ncbi.nlm.nih.gov/pmc/articles/PMC4864613/.

Topical licorice applications are a known home-remedy to encourage hair-growth. The company Mother Earth is selling nitrifying bacteria in bottles. They put one single bacteria strain into their product. If we look at a picture of their staff https:// motherboard-images.vice.com/content-images/contentimage/26066/144344873338592.jpg, they have apparently good skin, still some have visible hair recession.

But as a further observation, there seem to be quite a few middle-aged, male potato farmers who have only little visible hairloss and strong overall hair growth on their head. Of course, there are also many balding potato farmers, and people with only small hairloss in other occupations. Anyway, for some anecdotal evidence we can look at
https:// www. tegut.com/aktuell/artikel/kupferfreier-anbau-von-bio-kartoffeln.html organic potato farmer, http:/ /www. bizzylizzysgoodthings.com/uploads/8/5/5/0/8550580/2472095.jpg organic farmer (male on the left), http:// www. theresaskueche.de/images/Alexandre/IMG_9631.jpg organic potato farmer, https:// pbs.twimg.com/profile_images/476673882448220160/asj5OnuH_400x400.jpeg potato farmer,
http:// www. wernges.de/images/l58-runkel.jpg farm workers at a break when harvesting beets in a west-german village 1958.

President of Bolivia Evo Morales became notorious with statements about hormon injections in poultry, causing baldness, among other things. Of interest here is Morales own hair growth, who comes from a family of potato-farmers.

If we look at the painting "The King everywhere" by Robert Warthmüller, https:// commons.wikimedia.org/wiki/File: Der_K%C3%B6nig_%C3%BCberall2.JPG depiciting Prussian King Frederic and Potato farmer, it should be kept in mind this is no historical picture, but from 100 years after Frederic's death. The artist turned it into a study of the rural folk from different gender and ages. A stricing detail is the still abundant hair growth of the middle-aged farmer in the foreground.

As a conclusion, my hypothesis is, that many famers growing potatos and similar root vegetables, during their work on the field with the plants and soil, have steady infections with some fungi, which normally live on the roots of the plants. As a result, the fungus will partially replace the usual Malassezia on the human skin, in particular on exposed parts of the skin and hairs of the head and hands. Since root fungi live together with nitrifying bacteria, we can expect them to do the same on mammal skin. If the fungus is sitting, say, on a miniaturized velus hair, and can send the mycelium through the skin into the hair follicle, then the bacteria can follow into the follicle too, and can help the hair to grow again.

Suffice it to say that personally, I apply some soup, produced by a fungus on my forehead every day (which I have not further calssified yet). The fungus I found growing abundantly on some topinambur nodules, and then cultivated it on diced potatoes in a jar, which now give an aromatic smell of licorice. I believe there was some growth of new hairs yet with this method.

I heard cutting off your own foreskin can help with baldness too.
 

dralex

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Suffice it to say that personally, I apply some soup, produced by a fungus on my forehead every day (which I have not further calssified yet). The fungus I found growing abundantly on some topinambur nodules, and then cultivated it on diced potatoes in a jar, which now give an aromatic smell of licorice. I believe there was some growth of new hairs yet with this method.

Lol this is the greatest thing I've ever read.
 

Giiizmo

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I applaud OP's ingenuity but this is all wild speculation based on a poor understanding of basic biology and physiology. For instance:
  • Most bacteria and fungi only grow in very specific environments because they need an appropriate substrate, thus it is very hard to cultivate them. Most bacteria cannot be extensively studied in the lab because we don't know what they need to eat, nevermind cultivating truffles. Thus, there is no way mycorrhiza can develop on a human scalp because such an environment is not suited to any known organism that can develop mycorrhiza.
  • Mycorrhiza commonly found in nitrogen-rich crop are firmly bound to their host since their existence is derived from a symbiotic relationship - nutrients from the plant to the fungi/bacteria and nitrogen in exchange (the plant cannot fixate air-borne nitrogen by itself).
  • If mycorrhiza had developped on a human scalp, the host would be driven insane from the burning pain. Ever had an infection from candida albicans? Those little tendrils invading your skin are what makes the whole ordeal so painful.
  • It is hypothesized that licorice has mild anti-androgenic properties, much like peppermint or bee venom (search the forums). That doesn't make it a sound choice for a treatment however since there are only anecdotal evidence at best.
  • Once again, correlation does not equal causation. A link between two events does not imply a causal relation, e.g. having a lighter in your pocket all the time is strongly correlated to lung cancer but the lighter doesn't cause cancer itself.

The microbiota and its host is one of the most poorly studied Pandora's box in the medical field. Numerous potential medical applications could be derived from having a better understanding of the many amounts of interactions between humans and the microbes that inhabit their skin, gut and essentially our entire body.

Over the years, many voices in the scientific community have hypothesized that bacteria and fungi could be responsible for a wide range of effects, such as either preventing or promoting cancer, insulin resistance, immune response, etc. Novel treatments are starting to see the day of light - such as fecal transplants (which is just what it sounds) used to treat persistent infections- but the advances in the field are slow because research is very complex, multidisciplinary and still in its infancy.

However, the new-found interest for this topic has allowed many quack remedies to come to fruition, for instance, companies that heavily market probiotics in their food, not to mention more esoteric cures.
 

Swiss_Tampons

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