Research Paper on:
Disease Diagnosis and Electron Microscopy

Unformatted Sample Text from the Research Paper:
as serology and virus isolation, which require a wait time that may impair the patients ability to medicate before the problem becomes worse. With a turnaround time of two  hours to two days after specimen collection, electron microscopy has the potential for forever altering the method by which people are diagnosed with viral diseases. Early detection of viral  particles is the secret weapon afforded an electron microscopy, a process that provides for organism detection long before any other standard testing method can do so. Bibliography lists 6  sources. TLCscopy.rtf THE ROLE OF ELECTRON MICROSCOPY IN THE DIAGNOSIS OF DISEASE by (c) November 2001 -- for more information  on using this paper properly! I. INTRODUCTION The role of electron microscopy in the diagnosis if disease has been defined as potentially lifesaving and a significant advancement in the  technological advancement of molecular biology. Standard methods of diagnosing viral disease has typically employed the use of conventional diagnostic techniques such as serology and virus isolation, which require a  wait time that may ultimately impair the patients ability to medicate before the problem becomes worse. With a turnaround time of two hours  to two days after specimen collection, electron microscopy has the potential for forever altering the method by which people are diagnosed with viral diseases. The process requires 106 virus  particles per ml in order to achieve visualization, with 50,000 - 60,000 magnification as a standard (Anonymous #3, 2001). Early detection of viral particles represents the secret weapon afforded  by using an electron microscopy, a technologically advanced process that provides for organism detection long before any other standard testing method can do so. "This is an important consideration