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10 pages in length. Technology's role in medical advancement has been both grand and far-reaching; contributions from modern physics, in particular, have made it possible to develop state-of-the-art equipment that completely shatters barriers heretofore hindering man's ability to both diagnose and heal himself. The evolution of such revolutionary procedures as MRI, CAT scan and Radiography (X-ray) has allowed modern medicine to exceed the otherwise narrow scope of medical diagnosis and treatment once considered to be completely out of reach. Bibliography lists 13 sources.
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10 pages (~225 words per page)
File: LM1_TLCphysx.rtf
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hindering mans ability to both diagnose and heal himself. The evolution of such revolutionary procedures as MRI, CAT scan and Radiography (X-ray) has allowed modern medicine to exceed the
otherwise narrow scope of medical diagnosis and treatment once considered to be completely out of reach. "The sophisticated mathematical techniques used to reconstruct the images of organs and tissues
that doctors see with these amazing diagnostic instruments originated in particle detection methods developed by high-energy physicists" (Anonymous #2, no date). II. PROCEDURES When the first magnetic resonance imaging
system (MRI) was developed and then tested in 1977, the only people who understood this monumental discovery were those directly related to the medical industry. The historic five-hour procedure
rendered a single, poor quality image, however, the efforts of Drs. Raymond Damadian, Larry Minkoff and Michael Goldsmith would inevitably improved by leaps and bound over the next thirty years.
So important to the overall curative landscape was this invention that it is now proudly displayed at the Smithsonian Institute (Gould, 2003). From that first excruciatingly long image to
todays instant facsimile, the MRIs experienced most of its metamorphosis after 1982, inasmuch as it is a "very complicated technology not well understood by many" (Gould, 2003). By design,
the equipment is seven feet tall by seven feet wide by ten feet long, considered by some to be quite overwhelming and cumbersome. Contemporary technological advancements are making great
strides in reducing this massive piece of machinery, however. The magnet sports a horizontal tube - the bore - reaching from front to back; while the patient is recumbent
on a special table, he or she slides into the machine either feet or head first depending upon the tests being performed. For the most part, MRI equipment gives
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