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BIOMOLECULAR SENSING FOR BIOLOGICAL PROCESSES AND ENVIRONMENTAL MONITORING APPLICATIONS
Citation:
Rogers, K. AND A. Mulchandani. BIOMOLECULAR SENSING FOR BIOLOGICAL PROCESSES AND ENVIRONMENTAL MONITORING APPLICATIONS. U.S. Environmental Protection Agency, Washington, D.C., EPA/600/A-95/107 (NTIS PB95274254), 1995.
Description:
Biomolecular recognition is being increasingly employed as the basis for a variety of analytical methods such as biosensors. he sensitivity, selectivity, and format versatility inherent in these methods may allow them to be adapted to solving a number of analytical problems. lthough these methods are highly diverse with respect to their mechanisms of biomolecular recognition and mechanisms of signal transduction, they can be viewed together as providing analytical techniques for the identification and measurement of compounds critical to potential monitoring applications. his chapter will provide a brief introduction to recent advances in biomolecular sensing as applied to monitoring of bioprocesses and the environment.
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BIOMOLECULAR SENSING FOR BIOLOGICAL PROCESSES AND ENVIRONMENTAL MONITORING APPLICATIONS