Showing posts with label Fermented. Show all posts
Showing posts with label Fermented. Show all posts

Sunday, August 6, 2017

The Amazing Healing Properties Of Fermented Foods

The Amazing Healing Properties Of Fermented Foods | curry-turmeric | General Health


Between the hard and fast dichotomies of cooked and raw, dead and alive, is this beautiful thing called fermented.  A place where many of the digestive challenges associated with raw foods (e.g. enzyme inhibitors, anti-nutrients, lectins) are overcome in favor of not just preserving their benefits (e.g. enzyme activity, vitamin content, life energy), but amplifying them. Also overcome are the adverse consequences of cooking, e.g. enzyme destruction, vitamin activity degradation, oxidized fats, denatured proteins, etc., while still benefiting from the enhanced digestibility and assimilation that certain cooking applications offer. Fermented food is in many ways the complementary union of cooked and raw, as well as their transcendence – an image, not unlike the Tai Chi, comes to mind.


In fact, fermentation has almost heretical power in the realm of both medicine and nutrition, being quite capable of literally “raising the dead,” as well, revitalizing and infusing with living and breathing energy a food ingredient that has been cooked into oblivion, or, a human whose body has been poisoned close to the point of death with antibiotics, or similarly biocidal drugs or chemicals.


There is no lack of scientific confirmation for the indisputable value of fermented food for the promotion of health and wellbeing. In fact, one could consider fermented foods like kimchi, natto, apple cider vinegar, and even – in moderation – wine, coffee, chocolate and beer, ‘medical foods’ of sorts.  At GreenMedInfo we have been indexing these functional applications in disease prevention and treatment straight from the research housed on National Library of Medicine, and have found over 140+ diseases that may be prevented or ameliorated by their use. [see: Fermented Food Health Benefits Research]



There are a broad range of fermented foods we could look at to illustrate their power to heal. After all, every single culture on the planet used (not a semantic coincidence:) culturing to sustain themselves.  But for this short article we will focus on Asian traditional preparations, since there is already such a huge body of clinical research demonstrating their amazing health effects:


  • Kimchi – a probiotic strain isolated from the fermented cabbage preparation kimchi known as Lactobacillus brevis is capable of degrading organophosphorus pesticides.

  • Kimchi – a probiotic strain known as Bacillus pumilus found within this fermented food is capable of degrading bisphenol A, a powerful endocrine disruptive chemical.

  • Miso – a fermented soy food has been shown, when consumed regularly, to reduce the risk of breast cancer in women by up to 54%.

  • Miso – capable of regressing colon cancer growth in the animal model.

  • Natto – A fermented soybean extract that has been shown to suppress plaque buildup (as measured by the intima media thickness) in the arteries in an animal model.

  • Natto – capable of contributing to nerve regeneration following sciatic nerve crush injury.

This is, of course, only the tip of the iceberg when it comes to illustrating the remarkable properties of fermented food. We encourage our readers to take a look at our extensive database on the subject of the health benefits of fermented food.



Another important point to make about fermented food is that it generates an entirely novel set of nutrients and medically important phytocompounds, in addition to what is found in the starter culture ingredients themselves.  This is not unlike what happens when we consume a raw or cooked food, and the beneficial bacteria within our gut go to work to break down anti-nutrients, or secrete enzymes we ourselves are not capable of producing, or at least not in adequate quantities.  There is something known as the food metabolome. It is that set of small-molecule metabolites of foods – numbering over 3,500 – that are byproducts of our organism interacting with food to produce novel new byproducts.  For example, flaxseed contains high levels of lignans, which once thrown into the fermentive crucible of our digestive process, are broken down into at least two important metabolic byproducts: enterlactone and enterodial – both which are phytoestrogens, and are largely responsible for flaxseed’s tumor regressive actions in estrogen sensitive cancers such as breast and prostate cancer.  These two compounds only exist in between the human organism and the flaxseed organism, and would not exist without the “third organism,” if you will, which is the vast populations of beneficial bacteria within our alimentary canal.  So important are these microflora to our existence, that some scholars have suggested we reclassify ourselves as a “meta-organism,” as we are a composite of a wide range of organisms – in fact, 10 times more numerous are these “other” organisms than our own cells. Indeed, as we discussed in a previous article, even our own mitochondria – the powerhouses of our cells – were once bacteria living outside of our bodies.


Ultimately, a return to fermented foods are a return to our own ground of being, and well-being. There are profound challenges that stand in our way, of course. The modern world nukes its food, yes, with literal nuclear waste.  We microwave, we cook, we fry, we dehydrate, we spray our food into certain death. And now new research shows that even the very food starter bacteria normally found within healthy soil are being decimated by Monsanto’s ROUNDUP herbicide glyphosate, which is destroying its microbial biodiversity and hence fertility. Certain regions of the world that have depended on these indispensable dairy-culturing organisms for countless generations now have none to be found.


So, we must hunker down. And work on cooperating locally to produce, and support the producers of, organically grown food. Sharing raw cultures.  Becoming intimately involved with the quality of the food we consume. And remembering that fermented food is one of the key, if not indispensable ingredients in attaining and maintaining optimal health. And furthermore, that one cannot separate out personal or human health from planetary health; they are, and always have been indivisible.



© July, 2017 GreenMedInfo LLC. This work is reproduced and distributed with the permission of GreenMedInfo LLC. Want to learn more from GreenMedInfo? Sign up for the newsletter here http://www.greenmedinfo.com/greenmed/newsletter.

Wednesday, February 8, 2017

The Food Preservation Method The Rest Of The World Uses

The Food Preservation Method The Rest Of The World Uses

Image source: Pixabay.com



Most people are familiar with fermented foods in the form of alcoholic beverages, like beer and wine. Humans, though, have been experimenting with fermenting food for preservation and flavor enhancement for millennia, and yeast-based ferments that produce alcohol are only one type of fermentation.


Lacto-fermentation, or fermentation with lactic acid-producing bacteria, is used around the world to make and preserve food, and you may be surprised to learn that some of your favorite foods are actually produced with lacto-fermentation. Yogurt is one well-known example of a lacto-fermented food, and it’s where lacto-fermentation derives its name.


Lactobacillus is a strain of bacteria first studied for its ability to convert milk sugars into lactic acid — thus the reason for the “lacto” in the name. However, milk or dairy products are not required. It was later learned that lactobacillus can convert just about any sugar into lactic acid, even the naturally occurring sugars in raw meats and vegetables.


Some of the easiest lacto-fermented foods to make at home include vegetable-based ferments like sauerkraut, and naturally fermented pickles and kimchi. Condiments like Sriracha, soy sauce, miso paste and Worcester sauce are all fermented to give them their characteristic taste and long shelf life.


Make “Off-The-Grid” Super Foods Secretly In Your Home


Salt-cured meat products like salami, summer sausage and prosciutto are also lacto-fermented foods. They’re actually preserved less by the salt added to cure them, and more by the fact that lactic acid bacteria thrive in a high salt environment. Once the meat products are salted, lacto-fermentation takes over and cures the meat before the bacteria that grow more slowly in a high-salt environment can gain control.


The easiest way to get started with lacto-fermented foods is either with yogurt or sauerkraut.


Homemade Yogurt


With yogurt, you’re starting with heat-sterilized milk and adding a yogurt starter culture that contains Lactobacillus bacteria, usually just a few spoonfuls from a previous batch or a freshly bought plain yogurt from the store.


Start with a freshly sterilized jar, boiled for 10 minutes or put through a sanitize cycle on your dishwasher. Bring milk to 180 degrees (Fahrenheit) on your stovetop to freshly sterilize it, and then pour it into your clean sterile jar. Wait until it cools down to 90-100 degrees, and then add a few heaping spoonfuls of fresh newly opened yogurt, or a clean uncontaminated container from your last batch. Wrap the jar in a towel or place it in a warm water bath to keep it warm for 8-12 hours while the culture incubates. Be careful not to let the mixture go above 115 degrees, as it may kill off your starter culture. After 8-12 hours, you should have a thick tangy yogurt, and if not, give it a few more hours, and then place it in the fridge and enjoy.


Homemade Sauerkraut


For sauerkraut, you’re relying on the naturally occurring Lactobacillus bacteria present on the surface of all raw vegetables, and encouraging it along with the presence of a high-salt environment.


Finely chop a cabbage and pack tightly into a clean sterile jar. Cover with a brine made by dissolving 1 1/2 tablespoons of salt into each quart of water. Alternatively, mix the chopped cabbage with 3 tablespoons of salt for every 5 pounds of cabbage, and allow the salt to draw liquid out of the cabbage to create its own brine. Top off with a 1 1/2 tablespoon to 1 quart of water-salt brine if the water level does not completely cover the cabbage.


Make sure that the cabbage stays well below the water level, as any cabbage exposed to the air will likely spoil the batch. Use something clean, non-porous and non-reactive as a top weight to keep the cabbage below the water line. Try a small plate, smaller jar or a sealed plastic bag filled with water. Avoid anything made of metal, as it may react with the ferment.


Allow the sauerkraut to sit on the counter, ideally between 70 and 75 degrees and out of direct sunlight for 3-4 weeks. At that point, it can be placed into the refrigerator to slow the ferment, or kept on the counter for another week or two while it’s consumed. On the counter the flavor will continue to intensify as the ferment continues. Likewise, in the fridge the flavor will continue to develop, but much more slowly with the colder temperatures. Fully fermented sauerkraut should keep in the refrigerator for several months if kept uncontaminated.


Next Steps


Once you’ve tried these basic ferments, you can begin experimenting with more advanced techniques. Try making your own fermented hot sauce or naturally fermented pickles. Once you’re confident in your abilities, even seemingly intimidating meat ferments like duck breast prosciutto or summer sausage are easily made at home by just following simple recipes.


Have you ever made yogurt, sauerkraut or other lacto-fermented foods? Share your tips in the section below: