Life Science Solutions

Tips for 3D Spatial Analysis of High-Content Drug Screening

Loading the player…

Webinar: Tips for 3D Spatial Analysis of High-Content Drug Screening

High content analysis during drug screening using 3D spheroids and organoids requires optimizations for speed, effective sample imaging and clear and efficient analysis. In an upcoming webinar, imaging expert Brendan Brinkman, of Olympus, will discuss live imaging of cancer organoids in 384 well plates, optimizations with optically cleared samples, and the effects for efficient high content analysis.

What will you learn?

How to acquire fluorescent high speed 384 well plate images of live cancer organoids.
Optimizations for optical clearing, refractive index matching and accuracy of object detection.
How the NoviSight™ HCA software generates True 3D models with statistics across these samples.

Presenter:

Brendan Brinkman
Life Science New Business Strategy, Global
Scientific Solutions Division Olympus Corporation

Tips for 3D Spatial Analysis of High-Content Drug Screening

Tips for 3D Spatial Analysis of High-Content Drug Screening

High content analysis during drug screening using 3D spheroids and organoids requires optimizations for speed, effective sample imaging and clear and efficient analysis. In an upcoming webinar, imaging expert Brendan Brinkman, of Olympus, will discuss live imaging of cancer organoids in 384 well plates, optimizations with optically cleared samples, and the effects for efficient high content analysis.

What will you learn?

How to acquire fluorescent high speed 384 well plate images of live cancer organoids.
Optimizations for optical clearing, refractive index matching and accuracy of object detection.
How the NoviSight™ HCA software generates True 3D models with statistics across these samples.

Presenter:

Brendan Brinkman
Life Science New Business Strategy, Global
Scientific Solutions Division Olympus Corporation

このページはお住まいの地域ではご覧いただくことはできません。

関連製品
3次元細胞解析ソフトウェア

NoviSight

  • 3次元細胞解析により研究プロセスの効率化を実現
  • データを連動して見られるかつ自由自在なインターフェースで効率的な作業に貢献
  • 多様な観察手法と組み合わせた活用が可能
スーパーアポクロマート対物レンズ

UPLSAPO-S/UPLSAPO-Wシリーズ

  • 可視から近赤外域までの球面収差、色収差を補正したスーパーアポクロマート対物レンズでUVから近赤外域までの高い透過率を実現。
  • 生体細胞の屈折率に近い浸液を使用するシリコーン浸、水浸対物レンズをラインナップし、ライブイメージングで効果を発揮。