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Full-Text Articles in Life Sciences
Characterization Of A Label-Free Fluorescent Assay For Point Mutation Discrimination Based On Split Aptamer Probes, Shannon A. Beaton
Characterization Of A Label-Free Fluorescent Assay For Point Mutation Discrimination Based On Split Aptamer Probes, Shannon A. Beaton
Honors Undergraduate Theses
Due to the misuse of antibiotics, multi-drug resistant (MDR) bacteria have become more rampant in our society; these MDR have given rise to diseases that are not readily curable. One such agent is the Mycobacterium tuberculosis complex, which is a causative agent of tuberculosis (TB). Timely diagnostics of the bacterial infection and detection of bacterial drug-susceptibility profiles helps to initiate the necessary treatment in a timely fashion and to limit transmission of the disease. For more affordable detection of bacterial diseases, such as TN, tag-free split aptamer probes are advantageous. This proposal aims at designing split aptamer probes for detection …
Aptameric Sensors: In Vitro Selection Of Dna That Binds Bromocresol Purple, Derek B. Miller
Aptameric Sensors: In Vitro Selection Of Dna That Binds Bromocresol Purple, Derek B. Miller
Honors Undergraduate Theses
Aptamers being used as sensors is an emerging field that has capabilities of being tomorrow’s diagnostic tools. As aptameric sensors have become more popular, their visualization systems have been limited. The majority of today’s aptameric sensors require expensive machinery such as a fluorometer in order to visualize results. We propose a system that will cut the need for instrumentation and be detected via the naked eye. With the selection of an aptamer to bind the pH indicating dye bromocresol purple (BCP) this may be achieved. When rendered active, the binding towards BCP will facilitate a color change from yellow to …