The co-developed platform integrates WPI’s gold-standard EVOM™ measurement technology with SynVivo’s SynTEER™ multiplexed OOC models with embedded electrodes, providing researchers with a seamless solution for performing TEER measurements directly within microfluidic chips. Initially validated on SynVivo’s advanced SynBBB™ Blood-Brain Barrier model, this is the first in a planned series of Organ-on-a-Chip platforms powered by the new EVOM-Chip™ system from WPI.

With electrodes embedded directly into SynVivo’s SynTEER™ multiplexed OOC models researchers can now perform real-time TEER measurements across multiple channels—enabling continuous barrier monitoring, streamlined workflows, and improved reproducibility. The EVOM-Chip™ system allows for hands-free, simultaneous data collection, and remains fully compatible with live-cell imaging and physiologically relevant flow conditions.