Mechanism of Action - Apoptosis and Oxidative DNA Damage

Applications
- In Vitro Stem Cell Hemotoxicity Testing
  - Hemotoxicity Testing in Drug Discovery and Development
  - Hemotoxicity Testing for Environmental Agents
  - Hemotoxicity Testing in Research and Other Fields
  - The Importance of Stem Cell Toxicity Testing
  - The HemoGenix^® Concept of Hemotoxicity Testing
  - Predictive In Vitro Hemotoxicity Testing Using HALO^®
  - HALO^® Platforms for Hemotoxicity Testing
  - HALO^® and Multiparameter Testing
  - Mechanism of Action - Apoptosis and Oxidative DNA Damage

Mechanism of Action - Apoptosis and Oxidative DNA Damage

Understanding the mechanism of action of an agent is particular important in toxicity testing. At HemoGenix^®, we have developed methods and assays to detect apoptosis and oxidative DNA damage to help determine mechanism of action. Apoptosis can be detected using our HALO^®, LUMENESC™ and LumiSTEM™ ATP-based bioluminescence assay platforms. Oxidative DNA damage is detected using our OxyFLOW™ Platform that uses flow cytometry. More information on these aspects can be obtained by clicking on the links below.

LINKS

HALO^® and Multiparameter Testing

Detecting Apoptosis / Necrosis with HALO^®

Detecting Apoptosis / Necrosis with LUMENESC™

Detecting Apoptosis / Necrosis with LumiSTEM™

HemoGenix®

The Leader in Stem Cell Toxicity Testing

Mechanism of Action - Apoptosis and Oxidative DNA Damage

HemoGenix^®