Emerging Bioanalytical Sensors
Description:
Sensing is an ever-growing field and hence there is an increasing demand for rapid, robust, and high-sensitivity sensors for a wide range of applications including clinical diagnosis, point-of-care, and health monitoring. Significant efforts are underway in the sensing community not only to improve the sensors’ performance but also to create portable sensors for on-site, on-demand, and real-time sensing and also to expand their use in monitoring neurotransmitters and cell-cell communications. This symposium will highlight the novel and emerging sensing approaches that are geared towards realizing the best possible outcomes through the development of multiplexed and real-time sensing of biomarkers and even re-imagining current sensors in order to achieve a high-confidence detection.
Organizer: Soma Dhakal - Virginia Commonwealth University
Biography: Dr. Dhakal is an Assistant Professor at Virginia Commonwealth University (VCU). His research involves multiplexed detection of biomarkers, aptamer-based sensing, and protein/DNA biophysics. He has published several papers on his sensing work using single-molecule methods. He has recently developed single-molecule sensors for high-confidence detection of DNA and miRNA cancer biomarkers.
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Wesley Wong - Harvard University
Ryan White - University of Cincinnati
KiBum Lee - The State University of New Jersey
Yi Xiao - North Carolina State University
Soma Dhakal - Virginia Commonwealth University
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Emerging Bioanalytical Sensors
Soma Dhakal - Virginia Commonwealth University
Studying SELEX Stringency to Enrich High-Affinity Aptamers
Yi Xiao - North Carolina State University
High-confidence single-molecule detection of nucleic acids
Soma Dhakal - Virginia Commonwealth University
Real-time sensing of neurotransmitters from stem cell-derived neural interface using hybrid nanoarrays
KiBum Lee - Rutgers University
High-Sensitivity, High-Specificity Detection with DNA Nanoswitches
Wesley Wong - Harvard Medical School
Rethinking Electrochemical Interrogation Methods to Drive New Analytical Capabilities of Aptamer-Based Sensors
Ryan White - University of Cincinnati
Emerging Bioanalytical Sensors
Description
Session Number: O25-00
Session Type: Organized
Session Date: Wednesday 3/22/2023
Session Time: 8:30 AM - 11:25 AM
Room Number: 120C
Track: Bioanalytics & Life Sciences
Category: Bioanalytical, Life Sciences
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