Advanced organ-on-chip systems strive to replicate human physiology more closely than traditional culture models. However, without comprehending the oxygen levels experienced by cells, the picture remains incomplete. The challenge lies in the dynamic nature of oxygen, which fluctuates with perfusion, metabolism, cell density, and compound exposure. Traditional endpoint assays are inadequate in capturing these dynamics.

In our latest webinar, we are delighted to introduce the DynamicOrgan® O2-Sensor Kit, developed by Dynamic42 in collaboration with PyroScience. This kit represents the first fully integrated organ-on-chip technology capable of providing real-time, contact-less oxygen measurement. This new system transforms organ-on-chip models from assumptions to measurable biology, thereby enhancing the reliability of disease modeling and drug testing.

During this session, hosted in partnership with PyroScience, we will delve into:

• Why monitoring of oxygen is important in biological systems
• Introduce the DynamicOrgan® O2-Sensor System
• Show how to measure oxygen in an organ model
• Show possible applications for in vitro modeling
• Introduce the fundamental principles of the sensor technology
• Describe how the Fireplate & Workbench software works
• Give insights into data analysis and possible read-outs
• Present unpublished data on oxygen detection in different organ-on-chip models

Join our webinar if you need in vitro models that don’t leave critical parameters like oxygen to chance.