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dysbiosis
خَلَلُ الحَيَوِيَّة
Last Update: 2023-12-01
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postbiotics: it takes more than probiotic bacteria to create a healthy microbiome postbiotic compounds are the key regulators of gastrointestinal health. probiotic bacteria produce numerous classes of postbiotic compounds such as: short-chain fatty acids (scfas): these compounds are an important part of the immune system. they optimize the acid/base balance in the gi track, promote the growth of good bacteria and suppress the growth of pathogens. antimicrobial peptides (amps), which are an important part of the immune system. amps are natural antibiotics that suppress the growth of bad bacteria in the microbiome. nutrients including b-vitamins, vitamin k and numerous amino acids hydrogen peroxide, which suppresses the growth of candida and other yeasts carbohydrate-active enzymes (cazymes), which allow probiotic bacteria to digest fibers to produce postbiotic compounds. and…..experts estimate that there are hundreds of thousands of postbiotic compounds that have yet to be discovered. the goal of probiotic therapy the term for an unhealthy microbiome is dysbiosis, which often has symptoms of pain, gas, bloating, diarrhea and/or constipation. many people take probiotics with the goal of transforming a pathological microbiome (a pathobiome) into a healthy microbiome. but just taking probiotics is only addressing half the problem. your goal is likely to be accomplished much faster if you work to transform the intestinal environment by supplying postbiotics along with the probiotics. postbiotics are the compounds that do the “work” of reestablishing a healthy intestinal tract and a healthy microbiome. probiotic therapy is much more effective when your probiotic bacteria are supplied with and nourished by fiber-rich prebiotic foods. however, it is now becoming understood that postbiotic compounds such as short-chain fatty acids, immune signaling chemicals, neurotransmitters and anti-microbial peptides are the real superstars in the battle to transform a pathobiome into a healthy microbiome. these are just some of the compounds adjust the intestinal acid/base balance, regulate digestion and absorption of nutrients, fight pathogens, communicate with the brain and enhance your immune system. postbiotics are accelerators of microbiome restoration. here’s an analogy that helps to explain the dr. ohhira’s difference. in an automobile manufacturing plant, it takes hundreds of workers utilizing thousands of parts to create the desired end products such as cars, vans, pickup trucks and/or suvs. however, as a consumer, you don’t want workers or parts, you want a vehicle. and, in fact, if all its parts are functioning and interacting effectively, your new vehicle will support you in many aspects of your life. in our analogy with the microbiome, your gastrointestinal tract is the automobile plant. the gi tract is the “facility” where probiotic bacteria (the workers) utilize compounds in fiber-rich foods/prebiotics (the parts) to create/assemble a wide range of postbiotics. it is important to realize that postbiotics play a critical role in regulating a healthy gastrointestinal tract and maintaining a healthy microbiome. postbiotics are the “vehicles” that help to transform a pathobiome into a healthy microbiome. rapid microbiome restoration in order for probiotic bacteria to live and thrive, you must create a healthy environment for them. introducing probiotic bacteria into a hostile/pathologic gi tract is like throwing seeds out into a desert. without water and nourishment, survival will be difficult. dr. ohhira’s probiotics deliver multiple strains of probiotic bacteria along with a supportive prebiotic food supply and, with a multitude of the all-important postbiotics. at essential formulas, we say dr. ohhira’s probiotics deliver a complete microbiome system, which accomplishes rapid microbiome restoration.
Last Update: 2021-02-03
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