chlorine dioxide separates

I have one question, how chlorine dioxide separates pathogens bacterium from positive-necessary bacterium??
thanks for answer !

It does so cause of the Ph levels...

and do you think these, that have of bad bacterium different ph as good bacterium?
Is this established, can you explain this little?
Thanks for answer!!!!

Actually, as I understand it, MMS (chlorine dioxide) has an oxidation level of .9 or .95 volts (the lowest of all the oxidizers). It is only attracted to those things with a lower oxidation level. Bacteria fall in this realm. Human tissue have a higher oxidation level, so it is not attracted to tissues.

Pam

excuses Pam, but I don't understand completely well.
Can you explain little more?
Please , if it is possible!

Johanson, I know English is not your native language (although you do well in it) - I was wondering what is - The reason I ask is that I understand that Jim Humble's latest book is now available in portuguese - and it may be available in other languages at this time, too.

I'm probably going to be wrong here, but maybe Charlotte can clear it up. MMS is attracted to the bacteria or pathogens based on how strong or how weak an oxidizer the pathogen is. It's like MMS has one electrical charge, and the pathogens have another electrical charge and tissue has even another electrical charge (I'm using the term electrical charge because it is measured in volts...)

MMS can only be attracted (or pulled to oxidize) something with a lower "electrical charge" (oxidation potential) than it is. Body tissues are higher -

Pam, thank you very much for help me !!!
a friend was explaining to me just yesterday (was reading on forum), that MMS liberates much oxygen in a body and that pathogenic bacteria can't live in oxygen's environment so they die.
What is right explanation now?

Well, it definitely liberates oxygen - but it liberates oxygen FROM the pathogens themselves, and since they are "broken up" with their oxygen removed, then they die. Your friend is partly right.

Pam