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An acquaintance with severe gastroparesis could not tolerate any sort of probiotic, or most foods for that matter, but had no reaction at all to doing d.i.y. FMT which curbed their nausea, vomiting and abdominal pain virtually overnight and helped them in being able to tolerate a wider variety of previously problematic foods. Unfortunately the beneficial effect only lasted for about 3 months even with continuing with weekly infusions but they didn't encounter any other complications in a six month period of doing FMT.I agree - although I would like to know what effect FMTs have on people who can´t tolerate probiotics, I am not willing to try it myself, for a couple of reasons!
Bacteriotherapy gets used interchangeably for FMT in some quarters.Oh, and it wasn´t just anecdotal, there was that study that someone posted the link for above, although that was bacteriotherapy rather than FMT.
Is it the same as http://www.cdd.com.au/pdf/publicati...robiome and its role in CFS - ACNEM paper.pdf Sorry, I'm not very compos mentis.Has anyone read this study? Thoughts?
https://www.researchgate.net/public..._Syndrome_A_summary_of_bacteriotherapy_online
Is it the same as http://www.cdd.com.au/pdf/publications/All Publications/2013 - The GI microbiome and its role in CFS - ACNEM paper.pdf Sorry, I'm not very compos mentis.
http://forums.phoenixrising.me/index.php?threads/fecal-transplant-study-58-70-response-rate.20430/Yes it is and I have discovered a bit of discussion about it on the forum from a few years ago.
Did you do a 10 day series or just a one off? A one off can work well for C. diff but it sounds like a series at regular interval can work for other conditions.I did actually have FMT in England last summer, but didn't work. From what I gather though follow-up treatments can often do the trick.
In the interview, "The Role of Microbiome Diversity in Brain Health and Inflammation," David Perlmutter, MD, FACN, ABIHM, University of Miami School of Medicine, FL, discusses the role of the microbiome in conditions such as Alzheimer's disease, amyotrophic lateral sclerosis (ALS), multiple sclerosis (MS), and autism. He points to ALS as an example of how research on the underlying cause of certain diseases may be shifting from a focus on the brain to the gut. Future treatments for diseases such as ALS could involve fecal transplants to restore the integrity and correct the balance of bacterial composition of the intestines.
Regarding the link between the microbiome and Alzheimer's disease, autoimmune and inflammatory disorders, and the overuse of antibiotics to treat infection, Dr. Perlmutter states, "I hypothesize that our diets today are affecting our microbiomes and therefore challenging our immune systems. Our diets are setting us up for these opportunistic issues [infections]."
Yes I did the 10 day thing. I'll be speaking to the Taymount clinic next week on what my best move is nexthttp://forums.phoenixrising.me/index.php?threads/fecal-transplant-study-58-70-response-rate.20430/
Did you do a 10 day series or just a one off? A one off can work well for C. diff but it sounds like a series at regular interval can work for other conditions.
I see some with Crohn's or Ulcerative Colitis get remission only after several months of weekly infusions. Some of those doing FMT d.i.y. found they got a result from changing to a different donor too so there can be some compatibility issues by the looks of things.
"Our study reveals that the nervous system acts as the 'eyes and ears' of the immune system", says Veiga-Fernandes, who is currently moving his lab to the Champalimaud Centre for the Unknown (also in Lisbon). "Nervous cells receive alerts from the gut and then give specific instructions to the immune system to repair the damage."
It all started when he and his colleagues identified the presence of a receptor protein, called Ret, on the surface of a type of immune cells called innate lymphocytes (lymphocytes are white blood cells), which are among the most important regulators of inflammation and infection at mucous membranes. Ret acts, in fact, as a switch which can be turned on or off by the signals it receives.
the team started by locating the innate lymphocytes that expressed the Ret receptor in the gut of laboratory mice, which had been genetically modified so that their cells glowed green when carrying Ret on their surface. And they discovered that, immediately beneath the intestinal mucosa, there are, in fact, thousands of cellular clusters, each containing 100 to 200 innate lymphocytes expressing Ret.
The next step consisted in determining what could be the function of the protein in those lymphocytes. "We then showed that the Ret protein controls the production, by the innate lymphocytes in the gut, of interleukin-22 (IL-22), a molecule that is extraordinarily important for the repair of the gut epithelium [or wall]", says Veiga-Fernandes.
In fact, they confirmed that transgenic mice which did not express Ret on their innate lymphocytes had an altered intestinal epithelium that was less able to regenerate and to express the genes that promote repair.
These results led to another idea: proving that those animals, given their altered epithelium, were prone to various inflammatory pathologies and infections of the gut. "We tested this idea in mice infected with gut bacteria or in which we had induced a chronic bowel inflammation", says Veiga-Fernandes. "And what we saw was that the animals that did not express Ret were highly susceptible to both things and died very quickly."
On the other hand, transgenic mice in which the expression of Ret had been boosted to higher-than-normal levels proved to be "totally resistant" to these pathologies.
"We then discovered that all the cluster of innate lymphocytes were very close to glial cells, a type of nervous system cell", says Veiga-Fernandes. "In fact, these are the cellsthat activate the Ret protein on the innate lymphocytes." Glial cells are not neurons, but they are a crucial component of the nervous system.
I think the major problem is funding. The further along you go on a validation path, the more expensive it becomes.
I'm convinced my CFS arose because I was on tetracycline for more than a year as an anti-acne regiment when I was a teenager in the 70's. The antibiotics killed off much of my beneficial bacteria and a massive fungal overgrowth messed up my small intestinal lining. I was rarely ill before, but often got viral symptons after. Didn't know anything about probiotics then.
Yes!!! @EastTenn - Same with me! A year of Tetracycline was the start of my IBS as a teenager. Its always been in the back of my mind that maybe that was the predisposing factor in the development of the disease.
Am J Gastroenterol. 2010 Dec;105(12):2610-6. doi: 10.1038/ajg.2010.303. Epub 2010 Aug 10.
Potential association between the oral tetracycline class of antimicrobials used to treat acne and inflammatory bowel disease.
CONCLUSIONS:
Tetracycline class antibiotics, and particularly doxycycline use may be associated with the development of IBD, particularly CD [Chron's disease].
http://www.ncbi.nlm.nih.gov/pubmed/20700115
If you do a search for butyrate, you will find quite a lot of posts.Have any of you had noticeable success with taking butyrate to help correct autoimmunity, fix "leaky gut,"
There is also a very long thread on resistant starches that you might find interesting.Have you tried Hi-Maize (resistant starch) for this as well? Or did this increase your brain fog due to increased carbs..
Thanks digging them up now!If you do a search for butyrate, you will find quite a lot of posts.
There is also a very long thread on resistant starches that you might find interesting.
There is also a very long thread on resistant starches that you might find interesting.