Hi, stressman.
Thanks for resurrecting this old thread. Since suggesting the hypothesis I proposed at the beginning of this thread, I have learned a little more. When I suggested it, I was under the impression that H2S was produced in the gut only by sulfate-reducing bacteria. However, this is not the case. In fact, there are other bacteria that can ferment sulfur-containing amino acids and produce H2S in that way. Dr. de Meirleir has pointed the finger at Streptococcus and enterococcal bacteria. In fact, they may be the dominant producers of H2S in some people.
This being the case, I think it can explain why some people have high H2S, but tolerate Epsom salts very well.
However, it would seem that those who do not tolerate Epsom salts would have high H2S, because sulfate-reducing bacteria may be the H2S producers in their cases.
So now I'm wondering if there is anyone who does not tolerate Epsom salts, but has tested and not found high H2S. This would help to test this revised hypothesis.
Please give my regards to "Curly" and thank her for her input on this question.
Best regards,
Rich
Thanks for resurrecting this old thread. Since suggesting the hypothesis I proposed at the beginning of this thread, I have learned a little more. When I suggested it, I was under the impression that H2S was produced in the gut only by sulfate-reducing bacteria. However, this is not the case. In fact, there are other bacteria that can ferment sulfur-containing amino acids and produce H2S in that way. Dr. de Meirleir has pointed the finger at Streptococcus and enterococcal bacteria. In fact, they may be the dominant producers of H2S in some people.
This being the case, I think it can explain why some people have high H2S, but tolerate Epsom salts very well.
However, it would seem that those who do not tolerate Epsom salts would have high H2S, because sulfate-reducing bacteria may be the H2S producers in their cases.
So now I'm wondering if there is anyone who does not tolerate Epsom salts, but has tested and not found high H2S. This would help to test this revised hypothesis.
Please give my regards to "Curly" and thank her for her input on this question.
Best regards,
Rich