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MRSA Eradicated by Hyperoxidized Water: Part6 |
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Part6 of the Miracle Water Documentary looking at how MRSA can be eradicated by Ionized (Hyperoxidized) Water
Announcer: "During a hospital stay, people can be endangered from
exposure to MRSA (Methecillin Resistant Staphylococcus Aureus), which
is a serious and growing problem. Antibiotics do not work on MRSA.
Tonight, we will report on the use of hyperoxidized water made by
electrolysis to eradicate MRSA."
[on screen] In a hospital hall way
Mr. Muramatsu: "Stop the cart, please. I have to check it."
Reporter: "Mr. Muramatsu, clinical inspection technician, checks the food cart for the existence of bacteria."
Mr. Muramatsu: "To my amazement, MRSA was found on the wheels of the
food delivery cart. So, we are conducting a follow-up check, and we
haven't seen the bacteria so far."
[on screen] MRSA Staphylococcus
Reporter: "MRSA is multiple resistant Staphylococcus aureus on which
antibiotics do not work. These bacteria are very vigorous and multiply
on shoe soles, inside the human nose and mouth and on the palms of the
hand. That's why they are checking the spread of the bacteria. When
older people or those with weakened immune systems become infected with
MRSA, it can cause pneumonia and heart palpitations. Since antibiotics
do not work, some victims die. People who supervise elderly individuals
at nursing homes are facing trouble. Hospitals and nursing homes are
trying to find a way to deal with this situation."
[on screen] Electrolysis device
Reporter: "Hyperoxidized water created by electrolysis, which is tap
water to which a small amount of salt is added and an electric current
applied, was found to kill MRSA, and some hospitals have now acquired
an electrolysis system."
Dr. Yoshiko Nakamura of Showa University: "We found that about 30 kinds
of bacteria including MRSA and other A-4 types bacteria can be killed
instantly by hyperoxidized water."
Reporter: "The disinfectant effect of this water has been confirmed from many different aspects."
Dr. Nakamura: "Both herpes and influenza viruses were killed instantly."
Reporter: "This machine was developed for medical use and is different
from the one made for the home. This machine creates hyperoxidized
water at a pH of2.5 and an oxidation-reduction potential of 1100
millivolts."
[ion screen] Graph (pH range of bacteria and viruses)
Reporter: "Why can this water kill viruses and bacteria? Let's look at
this chart. The pink part shows the pH range in which viruses and
bacteria live. When hyperoxidized water at pH 2.5 comes into contact
with them, bacteria living in this range are instantly killed. Further,
the oxidation reduction potential is an added element to kill a wider
range of bacteria and viruses. The chlorine and oxygen in the water
also help to kill the bacteria."
[on screen] Microscope
Reporter: "We want to see whether or not MRSA is really killed by this
oxidized water. We are looking into a special microscope for examining
water.
[on screen] Living MRSA
Reporter: "You can see small dots all across the screen. These are living MRSA Now we put in the hyperoxidized water."
[on screen] Instantly killed MRSA
Reporter: "The moment the water comes into contact with MRSA the cell
membrane is destroyed and the bacteria are killed instantly."
[on screen] Nurse, washing hands
Ms. Moriguchi, head nurse at Nara Prefectural Medical School Hospital:
"This is a bucket of hyperoxidized water for washing hands. Before and
after treating patients, we wash our hands in this water.
[on screen] Inside ICU of Nara Prefectural Medical School Hospital
Reporter: "Hyperoxidized water is made available at the bedside of each
patient, and nurses wash their hands with it often. The nurses are
happy about not having dry hands from constantly washing the old way."
[on screen] Dr. Miyamoto
Dr. Miyamoto: "We did have problems with MRSA in this hospital,
including in the intensive care unit (ICU), but since we started to use
this hyperoxidized water and to wash our hands with it, MRSA infections
have definitely decreased. The water has also prevented the spread of
MRSA."
[on screen] Bucket of water
Reporter: "What is this?"
Janitorial Woman: "This is hyperoxidized water."
Reporter: "She's using oxidized water to clean the hospital floor.
Cultures taken here at Iida Hospital in Nagano Prefecture have shown
that MRSA has been completely eradicated by the use of hyperoxidized
water."
[on screen] Iida Hospital in Nagano
Reporter: "The hospital holds 540 beds, and 2000 people a day enter and
leave the facility carrying MRSA. The bacteria became a serious
problem, causing apprehension among hospital officials."
Dr. Muramatsu, head clinical inspection technician: "MRSA is not
detected now because MRSA and other bacteria are instantly killed."
Reporter: "Let's look at this slide. On the left side is hyperoxidized
water. On the right is sterilized, distilled water. No MRSA is present
on the mop soaked in hyperoxidized water. This hospital thoroughly
examined the properties of hyperoxidized water and confirmed its
effectiveness in eradicating MRSA. Now this type of water is used to
disinfect the entire hospital."
[on screen] Surgery room in lida Hospital
Reporter: "This is Surgery Room No. 1 in the hospital being cleaned by hyperoxidized water."
Dr. Muramatsu: "If MRSA is carried into a surgery room, it can cause
serious problems. We clean everything in the room with hyperoxidized
water. The cultures taken have all been negative."
[on screen] Test tubes
Reporter: "Not only that, test tubes, dishes and toilets used by
patients are washed with hyperoxidized water. Patients' sheets are
soaked in hyperoxidized water for ten minutes prior to being mixed with
other things and washed. This mixing doesn't cause any problem at all."
Dr, Ham, President of lida Hospital: "In the beginning, I was a little
skeptical about this water, but I found it very effective. The only
problem is that the government doesn't acknowledge the use of this
water for health insurance purposes. The Ministry of Health and Welfare
needs to recognize this water as a kind of drug. This water should be
used in every hospital in the country. It will be very effective in
preventing the spread of MRSA inside hospitals."
Announcer A: "It is amazing, isn't it? If you use an antiseptic solution to wash your hands, your hands
get very dry. This water is really good news."
Announcer B: "Yes, indeed. The fact that you can effectively disinfect
with this water without any side effects is wonderful. But the cost of
using this water is not covered by health insurance."
Announcer A: "Also, we would like to remind you that you cannot create this hyperoxidized water with the home unit."
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