STARVING THE TUMOUR - Time Magazine, 1973
Becky - I am likely grasping at straws, but recently a young baby in our parish
was diagnosed with a growing brain tumour. I remembered the following(I had read it in the original version), and searched like crazy on the internet. JUST IN CASE it might help, I forwarded it to our priest who was working very closely with the family.
Little Larissa was diagnosed four days before Christmas, and died this spring, two weeks before her 1st birthday. This technique was not applicable.
BUT - I am sure you have grasped at every straw, too. You might want to email this to your vet specialists just to see what they think. If nothing else, it may help another animal.
Remember - this was written in 1973. Things could really have progressed with this technique since then.
HUGS and prayers for Thumper. Give her some scritchies for me. How is her mood? :)
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Although the article says this technique "is applicable only to tumors fed by a capillary system that is easy to isolate", advances may well have been made since 1973.
I really hope this helps....
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From the Magazine | Medicine
Starving the Tumor
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Posted Monday, May 28, 1973
Technical progress in areas apparently unrelated to medicine can sometimes lead to spectacular medical progress. Dr. Robert Rand, a neurosurgeon at the University of California at Los Angeles, has demonstrated a particular knack for encouraging just that sort of scientific serendipity. A decade ago he borrowed from the emerging technology of cryogenics (application of temperatures close to absolute zero*) and helped to adapt an extremely cold probe to destroy hard-to-reach pituitary tissue in brain operations. Now Rand is making use of another recently utilized phenomenon: superconductivity. With the help of a powerful "superconductive" magnet, he is accomplishing knifeless, bloodless destruction of tumors.
Rand had previously employed magnetism in the operating room. In 1966, he injected microscopic iron spheres into blood vessels of patients who had suffered aneurysms, or "blowouts" in blood vessels in the brain. He used the magnet to hold the filings in place at the site of the rupture until new tissue grew over them to close the hole.
Rand's plan for destroying tumors required an even more powerful magnetic field. To get it, he used an electromagnet cooled by liquid helium to near absolute zero. That produced superconductivity: the virtual disappearance of electrical resistance in the magnet. This allowed a greatly increased flow of current and boosted the strength of the magnet to 3½ times that of the best alternate magnet available.
Iron Pellets. Rand then capitalized on the fact that tumors cut off from their blood supply die because they are unable to obtain nourishment or pass off wastes. To starve a tumor in one of his patients, Rand injected liquid silicone containing microscopic iron spheres into a blood vessel near the tumor. He waited until the material was carried through capillaries and into the tumor itself, then switched on his strategically placed magnet, which attracted the iron pellets and fixed them in the tumor. The spheres confined the viscous, quick-setting silicone, preventing it from entering the main bloodstream, where it could cause obstructions. The solidified silicone will remain in the patient for the rest of his life. But the tumor, its blood vessels blocked, has already begun to wither and die.
Rand, who has used his new technique on only five patients so far, stresses that it is applicable only to tumors fed by a capillary system that is easy to isolate. Given that qualification, the procedure seems to be effective. A 70-year-old woman, unwilling to submit to conventional surgery for a brain tumor, underwent magnetic surgery in March. Rand cannot find the tumor with X rays any longer, and although he will not say that the growth has disappeared, there is good reason to believe that it has at least shrunk. The patient's eye, which had been forced part way out of its socket by the expanding tumor, has returned to its proper place.
* Absolute zero, the theoretical temperature at which molecular motion in all gases ceases, is -459.67° F.
From the May 28, 1973 issue of TIME magazine
