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 ...
Special Issue: 3D Cell Culture Approaches of Microphysiologically Relevant Models
SLAS Discovery Author Insights
15 minutes
3 years ago
Special Issue: 3D Cell Culture Approaches of Microphysiologically Relevant Models
Volume 27 Issue 3, April 2022Behind April's Special Issue: Join podcast host Rob Howes (Rosalind Franklin Laboratory) as he invites Guest Editor Glauco Souza (Greiner Bio-One) to discuss the special issue covering 3D Cell Culture. They cover the timeliness of this issue as the world recovers from a global pandemic that revealed the need for more realistic and predictive in vitro models for biology, as well as the demand for more efficient technologies as researchers catch up on their benchwor...
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 ...
