ELECTROTHERAPY 2

[Guest guest]

1: Nippon Igaku Hoshasen Gakkai Zasshi. 1989 Nov 25;49(11):1390-403.

Experimental study of transvascular direct current treatment for intraabdominal

malignant tumors

Article in Japanese

Manabe T, Takashima S, Nakatsuka H, Nakamura K, Minakuchi K, Onoyama Y.

Direct current treatment (DCT) is a treatment for malignant tumors suggested by

Nordenstrom in 1978. In DCT, two platinum electrodes, an anode and a cathode,

are introduced percutaneously. Usually the anode is inserted into the tumor, and

the cathode is inserted into healthy tissue near the tumor. Passage of a direct

current acidifies the surroundings of the anode and causes necrosis of this part

of the tumor. DCT has been used to treat lung cancer and superficial tumors

clinically, but it has not yet been used for intra-abdominal tumors. Here, basic

and experimental studies were made of the possibility of DCT of intra-abdominal

tumors. A modification, called transvascular DCT, was done with the anode

inserted into the liver of rabbits and the cathode placed within a blood vessel

by vascular catheterization. First, tests were done to identify a suitable

material for the cathode, from the standpoint of safety. DCT is usually done

with platinum electrodes. However, in transvascular DCT, platinum could not be

used for the cathode because with its use, hydrogen gas was produced in the

vessel, causing embolisms. So, a cathode made of AgCl and coated with Ag was

developed to prevent embolism. With this cathode, gas was not generated. Next,

pathological changes in the walls of the vessel that contained the cathode were

observed after DCT. The cathode was put into a tube placed in the inferior vena

cava (IVC) or the aorta. a. IVC: A histological study done immediately after DCT

showed an area of necrosis in the wall of the IVC in all 19 rabbits. A study

done 7 days after DCT showed damage in the IVC wall of all five animals

examined. b. Aorta: A histological study done immediately after DCT showed a

small edematous area in the wall of the aorta in seven of the 22 animals, and no

evidence of any damage in the other 15. A study done 7 days after DCT showed no

damage in any of the 16 animals. The aorta was more suitable for use as the

vessel to contain the cathode than the IVC, because injury of its wall was minor

and reversible. Thus, transvascular DCT could be done safely by use of an

Ag-coated cathode made of AgCl and placed in the aorta.

PMID: 2602102 [PubMed - indexed for MEDLINE]

[Guest guest]

Tangental to Moonbeam's references to electrotherapy, there might be

promise as a cancer treatment in the new electromagnetic technique

called " Magnetic Molecular Energizer " or MME ( " Treatment using

oriented unidirectional DC magnetic field " ). There are references

to

cancer in its patent.

Go to

http://patft.uspto.gov/netahtml/srchnum.htm

and insert the patent number 6,210,317 in the query box and click on

Search.

See Case Studies 1, 3, & 8 towards bottom of patent page.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Message 25804

From: moonbeam@e...

Date: Thu Aug 12, 2004 8:45 pm

Subject: ELECTROTHERAPY 2

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

[Guest guest]

Hi Friend,

there is no difference between electricity and magnetism, one

is the other. Give me a magnet

and a wire and I will give you electricty, give me electricity and a wire and i

will give you magnetism.

magnets look pormising for cancer treatment.

electricity looks pormising for cancer treatment.

Both look set to cost doctors in hospitals and drug companies lots of money.

Your reference comes fom the patent data base, my references come from the

medline. There is a

difference between these two sources you know.

Nevertheless a DC magnetic field is apporopriate toi use with cancer.

I began this research in 1994 after my friend got a six inch tumor on the

shoulder.

Today I have a new friend with a six inch tumor on the neck, who refuses to

see a doctor.

Neodymium magnets have been ordered from ebay. The thicker the magnet the

deeper the penetration

power. The power of the magnet is the Gauss rating, multiplied by the size of

the magnet. So a small high

gauss magnet is weaker than a less gauss much bigger magnet. So we want a big

high gauss magnet. If it

is too big - say 3 inches x 1 inch thick - it is no good to us, as it will take

1000 kg to remove it from a piece

of iron and cuttlery will fly at us as we walk by.

For a liver tumor 4 inches below the surface I would use a 1 inch diameter by

2 inch thick round magnet

pointing down at the tumor. I would kmake an aparatus from wood or fabric with

straps or adhesive to hold

the magnet in place several hours a day.

For the above 6 inch skin cancer, a 1.5 inch or two inch diameter round magnet

half an inch thick, from

ebay (about 30$ or 40$ cost).

The literature says to only use the pole of the magnet (against the skin) that

attracts the north pointing arm

of the compass.

If suspended on a string this pole will face south ( yet is called the north

pole as it has the same polarity

as that found at the north pole).

I will repost electotherapy and injection references for those with big skin

cancers.

regards,

moonbeam

cures for cancer

From: " gkundrat " <gkundrat@...>

Date sent: Fri, 13 Aug 2004 15:00:51 -0000

Subject: Re: ELECTROTHERAPY 2

Send reply to: cures for cancer

> Tangental to Moonbeam's references to electrotherapy, there might be

> promise as a cancer treatment in the new electromagnetic technique

> called " Magnetic Molecular Energizer " or MME ( " Treatment using

> oriented unidirectional DC magnetic field " ). There are references

> to

> cancer in its patent.

> Go to

> http://patft.uspto.gov/netahtml/srchnum.htm

> and insert the patent number 6,210,317 in the query box and click on

> Search.

> See Case Studies 1, 3, & 8 towards bottom of patent page.

>

> ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

> Message 25804

> From: moonbeam@e...

> Date: Thu Aug 12, 2004 8:45 pm

> Subject: ELECTROTHERAPY 2

> ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

>

>

>

>

> Get HUGE info at http://www.cures for cancer.ws, and post your own links there.

Unsubscribe by sending

> email to cures for cancer-unsubscribeegroups or by visiting

http://www.bobhurt.com/subunsub.mv

> Groups Links

>

>

>

>

>