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Essay / Research Paper Abstract
8 pages in length. Inasmuch as technological diversification within the medical community has allowed humanity to pursue goals and dreams once thought to be an impossibility, there seem to be fewer and fewer limits placed upon what mankind can ultimately accomplish in relation to remote monitoring. The advent of portable and wireless medical sensors has rendered a newfound freedom for those who have heretofore been otherwise shackled by the traditional method of monitoring. Bibliography lists 9 sources.
Page Count:
8 pages (~225 words per page)
File: LM1_TLCMedSn.rtf
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and fewer limits placed upon what mankind can ultimately accomplish in relation to remote monitoring. The advent of portable and wireless medical sensors, which are "devices that detect physical,
chemical, and biological signals and provide a way for those signals to be measured and recorded" (Wilson 1288), has rendered a newfound freedom for those who have heretofore been otherwise
shackled by the traditional method of monitoring. II. NEW AND IMPROVED MEDICAL SENSORS Dr. Spocks handheld sensor may have been quite remarkable when first unveiled in the popular Star
Trek series, however, it has become a reality of the twenty-first century ever since medical monitoring has gone both portable and wireless. People who stand to benefit significantly from
such technological progress include those with heart and lung conditions, as well as those whose various conditions do not warrant easy detection of subtle changes. "For millions of Americans
with chronic medical conditions, careful day-to-day health monitoring can help avert catastrophe" (Hardesty 34). Other devices that have not yet taken the step from professional to personal use have still
made significant strides in their ease of application. Technological barriers that did not permit for extensive monitoring of their disease or condition have long limited patients with glaucoma, hydrocephalus,
urinary incontinence, valve failure and chronic heart failure. Bound by these detrimental limitations, patients have had to settle for inadequate sensors that told only part of the story, leaving
the other part up for physician interpretation. Now, however, modern science is booming with new and heretofore-unavailable technology that provides for more detailed monitoring. "Were building on technologies
developed at the University of Michigan for the fabrication of pressure sensors the size of a grain of rice, and were taking those a few steps further. Our sensor,
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