High throughput screening of cancer cells using holographic cytometry (Conference Presentation)
HS Park, WJ Eldridge, S Ceballos… - Label-free Biomedical …, 2020 - spiedigitallibrary.org
Label-free Biomedical Imaging and Sensing (LBIS) 2020, 2020•spiedigitallibrary.org
In order to advance quantitative phase microscopy as a significant clinical tool, we have
implemented a new modality, holographic cytometry, which provides high resolution phase
maps at high frame rates using several novel advances such as high speed line scan
cameras integrated with microfluidic and illuminated with pulsed light source. The system is
used to examine carcinogenic changes in epithelial cells which have been exposed to
heavy metals in population sizes that are diagnostically relevant.
implemented a new modality, holographic cytometry, which provides high resolution phase
maps at high frame rates using several novel advances such as high speed line scan
cameras integrated with microfluidic and illuminated with pulsed light source. The system is
used to examine carcinogenic changes in epithelial cells which have been exposed to
heavy metals in population sizes that are diagnostically relevant.
In order to advance quantitative phase microscopy as a significant clinical tool, we have implemented a new modality, holographic cytometry, which provides high resolution phase maps at high frame rates using several novel advances such as high speed line scan cameras integrated with microfluidic and illuminated with pulsed light source. The system is used to examine carcinogenic changes in epithelial cells which have been exposed to heavy metals in population sizes that are diagnostically relevant.
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