The world of commercial probiotics is evolving rapidly as the science of the microbiome continues to unfold. Unfortunately, the current crop of commercial probiotics provide limited benefits, as they are generally concocted in a haphazard fashion. Most current commercial probiotics are a slap-dash collection of microbes, each of which is believed to be beneficial or at least not harmful.They provide limited benefits that include helping suppress the proliferation (but not usually eradicating) unhealthy species such as Klebsiella and Staphylococcus, encourage production of intestinal mucus and strengthening the intestinal immune response, yielding healthy metabolites like butyrate, and produce nutrients such as B vitamins. But a carefully crafted probiotic could accomplish a lot more.
First of all, let’s make clear that among the most important strategies you can follow in re-achieving a healthy microbiome and overall health is the inclusion of plentiful fermented foods: kimchi, kombucha, kefir, yogurts, fermented vegetables, fermented meats, etc. While the species in the fermented foods themselves typically do not take up long-term residence in the GI tract, by an uncertain mechanism the microbes originating with fermented foods somehow encourage restoration of healthier bacterial species. I would regard this as taking priority over taking a commercial probiotic in their current form.
Nonetheless, there are several features that are worth considering in choosing a probiotic:
- Strains should be specified—Lactobacillus rhamnosus GG strain, for instance, helps stop the diarrhea that results after taking an antibiotic, but most other strains of L rhamnosus do not. Yet the strain is not mentioned on most commercial probiotics that include this species and you won’t know whether it works or not (it likely does not). (There are also situations in which strains do not matter; having made yogurt with 8 different strains of L. reuteri, for example, I have experienced all the effects I experienced with the original Gastrus strains—the provocation of oxytocin may be a characteristic shared by most or all strains within this species. I am planning a small experimental trial to explore this question.)
- Include species that colonize the upper gastrointestinal tract (not just colon)–As this is where small intestinal bacterial overgrowth, SIBO, occurs that, I believe, is epidemic among Americans. Shockingly, there’s a trend to encapsulate probiotics in double-capsules or other devices to delay release into the colon, not the small intestine—big mistake.
- Synergistic effects on intestinal mucus and the intestinal barrier—Combinations of microbial species and non-microbial components can provide very powerful ways to reduce intestinal permeability (leakiness”) and reduce endotoxemia and thereby body-wide inflammation and insulin resistance. For example, including probiotics that cause proliferation of Akkermansia muciniphila and Faecalibacterium prausnitzii, coupled with green tea catechins that cross-like mucin proteins in intestinal mucus is a powerful combination.
- Include keystone species—i.e., species that support other species
- Include collections of species and strains that “collaborate” or have “guild” effects—that amplify benefits. This is the theme, for instance, for my friends Dr. Raul Cano and Martha Carlin’s BiotiQuest line of probiotics that includes Sugar Shift that has helped many followers of the program reduce blood sugars further.
- Choose species that produce bacteriocins (natural antibiotics) that kill undesirable species
- Produce nutrients such as B vitamins and vitamin K2
- Produce neurologically active metabolites such as acetylcholine, dopamine, GABA, and serotonin. Combined with suppression of microbial species that yield lipopolysaccharide (LPS) endotoxin, this may be the key pathway, by the way, to finally developing a genuinely effective way to manage or reverse depression.
No current commercial probiotic meets all these criteria. In the defense of probiotic manufacturers, there are also essential species that pose challenges such as dying upon exposure to oxygen. My current favored probiotic, while still imperfect, is Synbiotic 365. In my new Super Gut book, I go into greater detail on how to manage choosing a probiotic, in addition to various maneuvers you can put to work to save a ton of money on probiotics by making them yourself.
I have searched for a recipe using the BiotiQuest Sugar Shift. They do not site time and temperature. Thank You
Sandra Zappa wrote: «I have searched for a recipe using the BiotiQuest Sugar Shift. They do not site time and temperature.»
Members on the Inner Circle forum have been experimenting with temperatures from 85-100°F. I have not used the product myself, so have no conjectures.
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However, see at Biotiquest itself:
Super Gut Probiotic Yogurt Recipe + BiotiQuest®
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For the SIBO/FIBO protocol at what point is it recommended to introduce a probiotic?
Ryan McGrory wrote: «For the SIBO/FIBO protocol at what point is it recommended to introduce a probiotic?»
For the SIBO Protocol, which approach?
🥄 SIBO yogurt
🌿 herbal antibiotics
💊 prescription antibiotics
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Hi,
What is your opinion on spore-based probiotic?
For example. “MegaSporeBiotic” from Micro Biome Labs.
I give it to my 16 year old son who has crohns.
(I have always been convinced that his disease has to do with his intestinal flora. Caesarean section, no breast feeding and several antibiotic treatments when he was little. I have for many years run many different types of high potent probiotics. We now run the entire protocol from Super-Gut. He has been healthy for the last 4 years and will be declared healthy by the hospital this year. Now I just want to strengthen his body by fine-tuning everything and make sure it is extra strong. Then I want to do 100% right. Hence my question ).
Best regards Mats
Mats Johansson wrote: «What is your opinion on spore-based probiotic? For example. “MegaSporeBiotic” from Micro Biome Labs.»
It’s not a probiotic so far endorsed (or discouraged) by the Infinite Health program, nor is it mentioned in the Super Gut book. Although it’s been discussed several time on the Inner Circle forum, I haven’t so far turned up any remarks by Dr. Davis on this product per se.
It took some effort (not a great sign) to run down the exact active ingredients:
4B CFU (total)
Bacillus Indicus HU36™ (sometimes®)
Bacillus Licheniformis SL307™
Bacillus Subtilis HU58™
Bacillus Clausii SC109® (sometimes™)
Bacillus Coagulans SC208® (sometimes™)
Those inconsistent ™ and ® marks indicate that these strains are not identified by actual accession numbers at an independent culture repository, but are merely proprietary designations. HU36 is an actual patented strain.
HU appears to trace to Royal Holloway, University of London. SC may be Dr. Simon Cutting. I wasn’t quickly able to turn up anything on the etymology of SL.
There are no science links on the microbiomelabs.com site page for the product, and I didn’t chase down any by strain (although they are listed on other sites, by strain). So all we seem to have is MicrobiomeLab’s vague (FDA-compliant) conjectured benefits.
The Amazon comments for the probiotic are impressively, umm, varied, but that’s to be expected when a probiotic is taken by random people on random diets (usually S.A.D.).
As they are all bacteria, if you get benefits, you might be able to make a progurt with it.
re: «…crohns. (I have always been convinced that his disease has to do with his intestinal flora.»
That’s somewhere between highly likely, and certain.
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Thanks a lot Bob for your answer, as always, quickly and clearly.