Cell-type-and subcellular compartment-specific nanoscale molecular imaging of cannabinoid and dopamine signaling, Presented by: Istvan Katona, Ph.D., Professor, Department of Psychological and Brain Sciences, Indiana University - Bloomington
When |
May 9, 2023
12 p.m. to 1 p.m.
Abstract: In the present talk, I will introduce an approach for correlated measurements of physiological, anatomical and nanoscale molecular properties in brain circuits. This approach is based on the combined use of microscope modalities such as STORM super-resolution imaging and confocal microscopy. In addition to immunolabeling-based visualization of target proteins, I will also illustrate how can one visualize even individual drug molecules in cells and in complex tissue preparations by using fluorescent small molecule probes. By exploiting these methodological, I aim to offer some new insights on the nanoscale organization of cannabinoid and dopamine signaling. |
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Where |
Campus:
Building:
3232 SW Research Drive
Portland,
Oregon
97239
Room: M1441 Vollum Auditorium
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Contact Information |
Abstract:
In the present talk, I will introduce an approach for correlated measurements of physiological, anatomical and nanoscale molecular properties in brain circuits. This approach is based on the combined use of microscope modalities such as STORM super-resolution imaging and confocal microscopy. In addition to immunolabeling-based visualization of target proteins, I will also illustrate how can one visualize even individual drug molecules in cells and in complex tissue preparations by using fluorescent small molecule probes. By exploiting these methodological, I aim to offer some new insights on the nanoscale organization of cannabinoid and dopamine signaling.