Live healthy and long
Repost from Mail On Line | June 2011
The article is an offshoot of research of Prof. Rongja Tao of Temple University at Michigan. Prof Tao used strong magnets to use viscosity of oil in engines. He found the same to be true for thinning blood in human beings; blood viscosity can be reduced by 20 -30% using magnets with a force of 1.3 Tesla (same used in MRI machine)
Prof Tao found out that magnetic field polarizes the red blood corpuscles (RBC) to form short chains, flow into the center of the blood vessel, thus lessenning friction. This makes sense as RBC contains iron, which is affected by magnet.
The only current method of thinning blood is through the use of aspirin, which can cause holdes in the stomach. < There is another method - chelation> But this is a major procedure.
There are other methods used but not in the mainstream: yellow ginger, garlic, and taheeboo.
What does this mean?
That use of magnets for health is not charlatan stuff;
Magnets do work for health.
Showing posts with label Temple University. Show all posts
Showing posts with label Temple University. Show all posts
Tuesday, April 30, 2013
Thursday, April 11, 2013
Using magnets to help prevent heart attacks
Live healthy and long
From Science daily | June 8, 2011
The story of Cecille del Castillo regarding a heart attack victim who survived by mere placement and rotating of a magnet in front of the chest to do further research. Certain hypotheses formed in my mind:
l. Should doctors or first responders be equipped magnets rescue heart attack calls?
2. Can magnets do away with expensive statins or heart bypass operations?
3. Can magnets take the place of stomach damaging aspirins in thinning the blood?
This is what I found out:
l. Rongjia Tao, a professor and chairman of physics department of Temple university, pioneered the use of magnets in reducing oil viscosity in engines and pipelines is also using magnetic fields in reducing viscosity in blood vessels. The idea is that since rbc is made up of iron, they will clump together to form a line when subjected to a magnetic field of 1.3 Tesla, same power as MRI machine. And can easily pass through a constricted blood vessel. The process can reduce viscosity by a much as 20 to 30%
Thus there is a scientific basis for the use of magnets vs. heart attack
From Daily Mail UK - magnets like aspirin in thinning blood
From 109 - using magnets to treat heart attacks
From Telegraph UK - using magnetized stem cells to treat damanged heart
From Science daily | June 8, 2011
The story of Cecille del Castillo regarding a heart attack victim who survived by mere placement and rotating of a magnet in front of the chest to do further research. Certain hypotheses formed in my mind:
l. Should doctors or first responders be equipped magnets rescue heart attack calls?
2. Can magnets do away with expensive statins or heart bypass operations?
3. Can magnets take the place of stomach damaging aspirins in thinning the blood?
This is what I found out:
l. Rongjia Tao, a professor and chairman of physics department of Temple university, pioneered the use of magnets in reducing oil viscosity in engines and pipelines is also using magnetic fields in reducing viscosity in blood vessels. The idea is that since rbc is made up of iron, they will clump together to form a line when subjected to a magnetic field of 1.3 Tesla, same power as MRI machine. And can easily pass through a constricted blood vessel. The process can reduce viscosity by a much as 20 to 30%
Thus there is a scientific basis for the use of magnets vs. heart attack
From Daily Mail UK - magnets like aspirin in thinning blood
From 109 - using magnets to treat heart attacks
From Telegraph UK - using magnetized stem cells to treat damanged heart
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