RichVank
I believe the root of my problem lies in my leaky gut/celiac. I have used a combo of GHRH (growth hormone releasing hormone) aka Modified GRF 1-29 aka CJC 1293 aka CJC 1295 without DAC along with a GHRP (growth hormone releasing peptide) GHRP-6 or Ipamorelin. This has helped with my food allergies and inflammation/immunity due to them drastically increasing growth hormone and IGF.
Now I am taking IGF-LR3 and IGF-2, both found in colostrum and both will actually grow the intestines. I have read of several peoples reports of fixing their gut with these 2 peptides. I have been taking them for a few days, suddenly a wisdom tooth is coming in, I'm 38. Also, my guts go crazy from 15 min to several hours after injection. So my question is, what do you think gut issues like mine play in methylation/energy in the body? I know they are huge in immunity and I know the "possible cancer ramifications of IGF use". Also, the GHRH's, GHRP's and IGF's regrow nervous tissue in case Freddd is listening.
Hi, surfbh.
Thanks for describing your growth hormone related treatment. This is new to me, and it sounds very interesting.
One thing I might mention is that according to the GD-MCB hypothesis, the deficit in growth hormone in ME/CFS is due to glutathione depletion in the pituitary gland. Growth hormone is among the class of secretory proteins that have cystine disulfide bonds stabilizing their tertiary structure. For the proteins in this class to be properly formed, there must be sufficient glutathione and a normal ratio of reduced to oxidized glutathione in the cytosol of the cells that produce them.
With regard to possible relationships between the digestive system and the partial methylation cycle block combined with glutathione depletion and draining of the folates from the cells, I think the interactions can go in both directions:
First, how does the partial methylation cycle block, etc., affect the digestive system?
We know from the experience of many PWCs using the baking soda--burp test and salutary results of betaine-HCl supplementation that there is low stomach acid in many cases of CFS. According to the GD-MCB hypothesis, this is due to mitochondrial dysfunction in the parietal cells, which in turn results from glutathione depletion and the partial methylation cycle block.
We also know that digestion is often poor in PWCs. According to the GD-MCB hypothesis, this results from deficient secretion of pancreatic enzymes and/or bile. These in turn result from the lack of sufficient stomach acid to signal the need for the pancreatic enzymes and bile, and from deficiency of glutathione, which is necessary for bile production in the liver.
We also know that there is dysbiosis in most cases of CFS, as revealed by comprehensive stool testing. The lack of stomach acid allows pathogens that come in with the food to survive passage through the stomach and into the gut. In addition, there are abnormalities in peristaltic transport and cleaning of the gut, which allows small intestinal bacterial overgrowth (SIBO). These abnormalities are likely due to deficiencies in production of serotonin and acetylcholine by the gut, which in turn are due to the partial methylation cycle block.
We also know that there is leaky gut, which results from damage to the wall of the gut. The gut does not have its normal protection against oxidative stress, toxins and pathogens as a result of glutathione depletion. Also, the lack of folate inhibits the production of new DNA and RNA, which are needed for making new cells to replace those that die and are sloughed off the lining of the gut. Finally, the immune system is dysfunctional because of the lack of glutathione and folates, which are needed to support cell-mediated immunity in particular. Glutathione is also needed to control the oxidative stress generated by the immune system when it produces inflammation to attack pathogens.
In the other direction, problems in the digestive system can impact the methylation cycle, folate metabolism, and glutathione. For example, if the digestive system is unable to absorb enough B12, such as because of pernicious anemia or because of celiac disease, the methylation cycle will not have enough methylcobalamin as a cofactor for methionine synthase. If the digestion and absorption of other nutrients is poor, the other vitamins, minerals, amino acids and fatty acids needed by these parts of the metabolism can also become deficient. If dysbiosis is present, the gut flora may not be able to produce nutrients that it normally supplies for the body, including active folates. If there is leaky gut, the immune system will be occupied producing antibodies against food proteins, and this will take supplies and energy that may be needed for these other parts of the metabolism.
As a result of this two-way interaction, if the digestive system has serious issues, it will likely be necessary to deal with them directly, while treating to lift the partial methylation cycle block. I note that Dr. Amy Yasko emphasizes this in her full treament program, in which gut support is one of the early interventions.
Best regards,
Rich