Abstract: We report a label-free infrared surface plasmon biosensor with a double-chamber flow cell for continuous monitoring of morphological changes in cell culture exposed to various stimuli. In this technique, the monolayer of cultured cells is divided into two halves by a barrier, allowing the treatment of one half while the other serves as control. We demonstrate the advantages of this setup in test experiments that track kinetics of the IEC-18 cell layer response to variations in extracellular
Cell morphology is often used as a valuable indicator of the physical condition and general status of living cells. We develop a noninvasive method for morphological characterization of adherent cells. The method based on infrared surface plasmon spectroscopy (IR-SPR). Go to Yashunsky Lab site to see my current research (https://sites.google.com/view/yashunsky).
Monday, June 30, 2014
New JBO paper by A. Zilbershtein and A. Bein
Abstract: We report a label-free infrared surface plasmon biosensor with a double-chamber flow cell for continuous monitoring of morphological changes in cell culture exposed to various stimuli. In this technique, the monolayer of cultured cells is divided into two halves by a barrier, allowing the treatment of one half while the other serves as control. We demonstrate the advantages of this setup in test experiments that track kinetics of the IEC-18 cell layer response to variations in extracellular
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