Coming Soon: Gut Bacteria That Cure Disease
bloomberg.com
bloomberg.com
I've been told the only "cure" is to abstain from eating about ~160 staple foods that contain proteins that my autoimmune system incorrectly recognises as something to attack, the problem is however you can barely get through a day without eating one of those staples unless you cook all your own food, and don't mind eating tuna, rice, chicken and (some) beans all the time.
I have a lot to look forward to from these treatments. I've had very good experiences with General Biotics' (SFO) product which claims to try and get the gut bacteria back in balance, I have no affiliation with them other than a dependence on their product if I want to be sane, happy and healthy in the short term..
Is this some kind of allergy to red meat? I'm curious if it is bovine, porcine, or oviod related?
Sounds like a fancy word for the fanciful "leaky gut syndrome".
https://en.wikipedia.org/wiki/Leaky_gut_syndrome
Not sure why you were downvoted.
As a result, “the scientific community vilified the idea of leaky gut,” Fasano says. Despite the growing body of evidence, many medical practitioners are still coming to grips with the fact that leaky gut is a legitimate contributor to some ailments.
The science is constantly evolving: http://time.com/4178015/leaky-gut-syndrome-probiotics/
For anyone interested, Cyrex Labs[0] offers several immunology tests relevant to this discussion.
[0] https://www.cyrexlabs.com/CyrexTestsArrays/tabid/136/Default...
From what I can tell, the most likely cause of depression and fatigue is stress/burnout.
The general impression I got from my research is that some of these tests can be useful, but only when used in conjunction with other observations and case history. I do agree that some can be pretty scammy though - especially in their claims of the things they can fix. So like the parent poster, I'm really eager to see how these actual science-backed and FDA-approved solutions do for people too.
Also, stress and burnout are certainly a big factor in depression and fatigue, but these autoimmune problems are very real and can also have similar effects. I personally have a diagnosed autonomic nervous system disorder that apparently contributes to both the autoimmune and gut issues I deal with, as well as my severe fatigue and impaired mental state. I don't know that those areas - the gut, energy, and brain - are directly related on their own (the doctor I'm working with thinks they are), but I'm happy to try anything that might help any of them, and see what happens.
I'm not aware of any research showing that dairy intolerance can cause fatigue and depression. There is some stuff about casein acting like dopamine, but it seems to be pseudoscience.
We do know that stress definitely causes gut issues (changes in motility, absorption, and bacteria). Whether there is any causality in the other direction (apart from when you have an active infection), however, isn't really clear.
It can be difficult to definitively figure out whether or not you are actually intolerant to something. I thought for a while that I was intolerant to potatoes, but further research shows that I'm not. (Right now I eat them regularly and have zero problems). If you're interested in really figuring out whether dairy is causing you problems, try introducing small amounts of dairy when you're feeling great and see if anything changes. (Just make sure you're not lactose intolerant before doing that!)
And agreed that stress can cause those issues with the gut - and for me at a minimum exacerbates other things already going on - but yeah, I'm seeing and hearing a lot about how it goes the other way but I'm not seeing the science or experiencing it yet in my case.
Also - in my situation the autonomic dysfunction has a strong biological component. I have postural tachycardia and peripheral neuropathy caused by a genetic collagen issue (Ehlers-Danlos), so I know that there are major physiological factors going on and contributing to all my various issues. And then stress - which is aggravated in my case by wildly fluctuating heart rate - compounds all of that, creating a whole vicious cycle of impairment. Unraveling this whole web and picking away at parts of it at a time is my current challenge. But I am pretty confident that while depression contributes in some ways to my fatigue, it's also majorly impacted by my heart rate and probably some adrenaline issues common in Ehlers-Danlos.
(I appreciate this discussion and your thoughts, by the way.)
Well, you need to be careful who you listen to. There are an infinite number of dubious naturopaths (and many MDs) who buy into dubious theories and spread them. There are a lot fewer people who will tell you "stress causes burnout, which causes POTS, ANS dysfunction, depression, chronic fatigue/pain, digestive problems, etc.", even though this is based on a more correct understanding of how the body works. The USA seems particularly bad for MDs believing dubious theories, for a number of reasons.
> acute reactions in my mouth from certain cheeses, and things like that - so I'm certain there's some kind of allergic reaction
If it is an allergic reaction, it will show up on an IgE. Bear in mind, though, that some cheeses are just sharp.
>Also - in my situation the autonomic dysfunction has a strong biological component. I have postural tachycardia
The autonomic nervous system is biological/physiological, but is modulated by stress. It doesn't really make sense to separate these systems into "biological" or "psychological".
Postural tachycardia and depressed parasympathetic nervous system are typical symptoms of CFS caused by burnout from stress. I had these symptoms myself, very severely (I had periods where my digestive system didn't move at all, and where I had atrial fibrillation due to the tacycardia). However I've recovered completely from it now and have no symptoms.
>caused by a genetic collagen issue (Ehlers-Danlos)
Did you suffer from these symptoms your whole life? If not, I'm not sure how it fits. Typically CFS comes on suddenly and/or you have relapses and normal periods...if that's how your illness manifests then I don't see how a genetic collagen could explain it. Also, allergies are a different issue to a genetic collagen problem (and neither really explains depression). I have a moderately severe allergy (hay fever), but zero depression or fatigue from it.
Reducing carbohydrates significantly (as happens in keto and even paleo diets) anecdotally seems to make autoimmune disease and allergy quiet down significantly. I am not aware of any studies confirming this, but the anecdotal evidence in /r/keto and people I know seem to be overwhelming. It's also "cheap" to try in money terms (although the commitment and change are sometimes emotionally expensive).
If you go keto, be sure to read about changes to electrolyte needs and how to avoid feeling bad (short story: you need more salt in your diet in the first few days of keto, or you'll get something called "keto flu").
The theory is that hookwrom have developed a protein that they secrete to suppress the intestinal immune response so that they can inhabit the intestinal tract without being attacked. This same protein also happens to treat the overreaction that causes gluten intolerance. Present work is aiming to isolate the protein and produce it in pill form. The tip-off to this was that instances of dietary intolerance and immune response issues (asthma, allergies, etc.) are dramatically lower in the developing world, and that maybe some aspect of their relatively unclean environment plays a role in regulating the body from overreacting.
It's being increasingly shown that the intestinal system as a dynamic and complex system of bateria plays a significant role in many aspects of human health, not just the digestion of food. We're only just starting to scratch the surface of this. Expect massive development in the coming couple of decades.
[1]: http://www.abc.net.au/news/2015-11-10/hookworm-larvae-inject...
[2]: https://research.jcu.edu.au/bmdt/publications/publications-1...
This research will likely change my life for the better.
[1] has a great summary of the current state of research on the microbiome-health connection: "We still don’t really understand what these microbes are doing, so we can’t infer what their absence or presence implies."
[1]http://www.theatlantic.com/science/archive/2016/06/the-plot-...
Approximately 90% of the human body's total serotonin is located in the enterochromaffin cells in the GI tract, where it is used to regulate intestinal movements.
My experience with SSRIs is that I feel a difference in my gut before a mood difference.
Regarding self fecal implants, the case where it could be most beneficial is in post antibiotic treatment. I recall seeing a a before/after graph of gut flora. Antibiotics had the effect of a nuclear bomb. Even years later, gut flora was still a fraction of what it had been.
And as for the fecal "transplant", I think we are at an infancy in understanding. Our gut is so central to our very survival that I'm dumbfounded we haven't discovered this sooner.
I think from food allergies to Ulcerative Colitis to your emotional state to maybe even cancer, any ailment of your entire body OR mind will have a direct link to gut bacteria. I'm sure of it.
No doubt that it does sounds absurd to think that a group bacteria can dictate how well your body AND mind functions, but that's what I'm saying...
Here's a good wired feature done a few years ago on the topic: http://www.wired.com/2011/09/mf_microbiome/
Most pharmaceuticals are derived from phytochemicals, a.k.a antioxidants, adapted in plants to kill microorganisms, i.e. as natural antibiotics. It is not surprising that drugs = antibiotics. What is surprising is that people assume that if antibiotics are labeled with some other activity, that they cease to be antibiotics. All drugs are also antibiotics and that is why a major side effect of most medicines is upset gut bacteria.
http://coolinginflammation.blogspot.com/2015/08/common-medic...
This is probably the best argument against a competitor's product that I have heard.
The money quote:
The company has built a microbiome library of 14,000 strains of human bacteria it hopes will help it treat a range of diseases, eventually without needing feces at all.
I think the possibilities of this yet to be understood cure all of gut bacteria is just beginning.
This could be a GREAT disruptive game in the medical field. Wanna startup? :)
"What's that supposed to mean?" Laura said.
"I mean his guts are full of bacteria. Special ones -- little drug factories. Where do you think he got that nickname -- Sticky? He can eat a carton of yogurt and it turns him into a killing machine."
"A killing machine?" Laura said. "A carton of yogurt?"
"It's the enzymes. The bugs eat'em. Make him fast -- strong -- feeling no pain, no doubt at all. They're gonna sic him on ... and wow, I feel sorry for that little ..."'
-- Islands in the Net, Bruce Sterling, 1988
It would interesting to see how their screening process evolves given the plausibility of all the health affects beyond the GI system of fecal transplants. For example, it may be that mental health wasn't screened beyond a cursory exam but later it could be a significant part of screening.
But if they are already reject 97% of donors and the demand is increasing, the economics encourages lowering the screening bar, not raising it.
After reading the article this seems to be a piece paid for Seres Therapeutics in order to raise their stock price.
One of my favorite papers in the field in the last couple years shows a potential causal relationship between obesity and gut biomes by using artificial sweetener and a fecal transplant in mice.
Paywalled version in nature: http://www.nature.com/nature/journal/vaop/ncurrent/full/natu...
Unpaywalled version after googling: http://www.drperlmutter.com/wp-content/uploads/2014/09/Artif...
This kind of reporting bugs me. They might have found a possible correlation here, that's all. Yes, that first item is a possibility because the correlated indicators could be used to detect conditions related to CFS, but the second item is pure speculation about cause and effect, and is jumping to conclusions about it pertaining to treatment.
Personal anecdotal insight - I have a genetic condition that affects both my gastrointestinal system and causes chronic fatigue-like symptoms. I'm treating both separately but because there's an underlying condition affecting both independently (probably), it doesn't mean that treating one will improve the other. It's a longshot possibility, but saying "may be a way to help treat the disease" is just interpretation and overly-optimistic hype.
The indicators they found do sound really interesting though. If validated it would be an amazing benefit to patients just to confirm that there's a biological factor to these conditions.