Recorded onsite at SLAS2023 in San Diego, California, podcast Editor Rob Howes speaks with Davide Gianni, Ph.D. (AstraZeneca) to learn more about Gianni's protocol paper, "A multi-parametric high throughput assay for detecting beta-cell proliferation in dispersed primary islets," published in Volume 28, Issue 2 of SLAS Discovery. Here Davide describes the development of a 384-well plate-based multi-parametric imaging assay designed to capture ex vivo primary islet proliferation, a known ...
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Recorded onsite at SLAS2023 in San Diego, California, podcast Editor Rob Howes speaks with Davide Gianni, Ph.D. (AstraZeneca) to learn more about Gianni's protocol paper, "A multi-parametric high throughput assay for detecting beta-cell proliferation in dispersed primary islets," published in Volume 28, Issue 2 of SLAS Discovery. Here Davide describes the development of a 384-well plate-based multi-parametric imaging assay designed to capture ex vivo primary islet proliferation, a known ...
Behind the Scenes at SLAS Europe: Special Interview with Timothy Spicer
SLAS Discovery Author Insights
15 minutes
3 years ago
Behind the Scenes at SLAS Europe: Special Interview with Timothy Spicer
Tune in to this special episode of SLAS Discovery Author Insights, which was recorded onsite at SLAS Europe in Dublin, Ireland. Join podcast Editor Rob Howes as he chats with Timothy Spicer, Ph.D. (Scripps Florida) about his myriad roles within SLAS as President, Associate Editor, volunteer, and even author. Hear more about his journey to becoming SLAS President, his significant contributions to SLAS Discovery, as well as his latest research and collaborations. For more information about...
SLAS Discovery Author Insights
Recorded onsite at SLAS2023 in San Diego, California, podcast Editor Rob Howes speaks with Davide Gianni, Ph.D. (AstraZeneca) to learn more about Gianni's protocol paper, "A multi-parametric high throughput assay for detecting beta-cell proliferation in dispersed primary islets," published in Volume 28, Issue 2 of SLAS Discovery. Here Davide describes the development of a 384-well plate-based multi-parametric imaging assay designed to capture ex vivo primary islet proliferation, a known ...
