- Posts: 77
- Thank you received: 11
is mms theoretically effective for all kinds cancers? what's its mechanism of action?
- IslandEternal
-
Topic Author
- Offline
- Senior Member
-
Less
More
22 Jan 2020 14:29 #62194
by IslandEternal
is mms theoretically effective for all kinds cancers? what's its mechanism of action? was created by IslandEternal
is mms theoretically effective for all kinds cancers? what's its mechanism of action?
what can you tell me about this? then what about a cancer induced by h2o2 exposure in the stomach?
what can you tell me about this? then what about a cancer induced by h2o2 exposure in the stomach?
Please Log in or Create an account to join the conversation.
- CLO2
-
- Offline
- Administrator
-
23 Jan 2020 05:42 #62200
by CLO2
Replied by CLO2 on topic is mms theoretically effective for all kinds cancers? what's its mechanism of action?
In Jim Humble's latest
book,
on page 15, he discusses Understanding Oxidation.
The following user(s) said Thank You: BobJ
Please Log in or Create an account to join the conversation.
- BobJ
-
- Offline
- Elite Member
-
Less
More
- Posts: 173
- Thank you received: 235
23 Jan 2020 06:49 - 23 Jan 2020 08:13 #62202
by BobJ
Replied by BobJ on topic is mms theoretically effective for all kinds cancers? what's its mechanism of action?
The theory behind cancer goes back to Otto Warburg, 1943. If you deprive a cell its ability to go in to a fermentation state, loss of oxygen state, cancer is impossible. I have read so many PubMed NIH studies with cancers such as prostate cancer , etc. How do they predict cancers return? An oxygen deprived state a hypoxic state.
With chlorine dioxide it floods extracellular plasma with a reactive oxygen species, this is destructive towards cancer, this highly oxidized state.
With chlorine dioxide it floods extracellular plasma with a reactive oxygen species, this is destructive towards cancer, this highly oxidized state.
Last edit: 23 Jan 2020 08:13 by BobJ.
Please Log in or Create an account to join the conversation.
Time to create page: 0.320 seconds