Welcome to the forum Slyman!
As far as we know, MMS2 is equally effective as MMS1, probably that means with biofilms as well. What type of biofilm problem do you have in mind?
Here are some excerpts from Jim's new book about MMS and its penetrating ability.
Excerpt from Jim Humble, The Master Mineral of the Third Millennium (Get it now
www.miraclemineral.org/newebook.php)
p. 114
How Does Hypochlorous Acid Work?
I have mentioned that hypochlorous acid is the main acid used by the
immune system to destroy pathogens and other microorganisms
unwanted in the body. The mechanism is somewhat different than
MMS1 (chlorine dioxide). MMS1 oxidizes the pathogens directly,
pulling away the electrons that hold their molecules together. MMS2
(hypochlorous acid) acts in a different manner. It destroys
microorganisms by carrying oxygen to the microorganism and then
the oxygen destroys the organism. Of course, once the hypochlorous
acid delivers the oxygen, the destruction is the same. The oxygen
pulls off the electrons that hold the pathogen’s skin together.
This is the basic idea of the chemical process:
1. The oxygen released by the hypochlorous acid is known as
nascent oxygen. That means it is extra active and much more
powerful than oxygen normally is, but only for a short period
of time. In this case that short period is plenty long enough to
do the job.
2. The formula of the hypochlorous acid is HOCl. As the HOCl
gets near a pathogen it pulls off a single electron. This
electron comes over to the HOCl and destroys it, releasing the
oxygen (O), the hydrogen (H), and the chlorine (Cl). The
oxygen then destroys the molecule in the pathogen. The
Hydrogen just becomes part of the body’s water, and the
chlorine becomes a chloride, which is table salt. Nature picked
this acid for use by the immune system to travel throughout
the body and into areas where the oxygen obtained from
breathing does not reach.
3. The hypochlorous acid acts as a carrier. It carries the oxygen
to places it cannot get to when traveling as oxygen. Traveling
in the hypochlorous acid, it is kept separate from various body
parts that it could oxidize, and when the hypochlorous acid
reaches a hidden pathogen deep in a tissue, it releases the
oxygen as mentioned in #2 above, in a nascent condition, to
do its job. It is an important mechanism that no pathogen has
ever developed a resistance to.
.........
p. 171
When ingested, MMS2 turns into a special weak acid that the human
immune system generates naturally to kill hundreds of different
pathogens and other things in the body that need killing. The name of
this acid is hypochlorous acid and it is a natural acid. It is considered
an oxidizer because in the presence of some proteins, it releases
nascent oxygen (very active oxygen).
Hypochlorous acid can penetrate deeply into body tissues before it
encounters the pathogen proteins and then it releases the powerful
nascent oxygen which oxidizes the pathogen. This release of nascent
oxygen is the special mechanism that MMS 2 uses and neither ozone
nor hydrogen peroxide can match it. Under certain conditions, the
body cannot generate enough hypochlorous acid to handle powerful
diseases. But when MMS 2 is taken, extra hypochlorous acid is
furnished to the body and in most cases, the disease is killed in just a
few hours or several days.
