A pioneer in developmental and synthetic biology, Levin’s lab explores how bioelectric signaling among non-neural cells implements patterning, regeneration, and...

Sensory coding 2: electric boogaloo

This is an invited talk in BAMΞ's Mathematical Phenomenology Sprint. Cf. https://bamxi.org/research-activities/mathematical-phenomenology-sprint/ Organizing In...

Michael Levin is a biologist at Tufts University working on novel ways to understand and control complex pattern formation in biological systems. Please support...

Bioelectric networks as targets for regenerative medicine Uploader: AIMSS - AI in Medical Systems Society Duration: 4294s Views: 113690

OpenMEA is an open-source platform for closed-loop bioelectronics research that aims to revolutionize the treatment of medical disorders and augment physiology. It includes designs for components such as electrophysiological recording and stimulation electronics, a microfluidic perfusion system, and physical designs for multielectrode arrays. The platform enables researchers to conduct in vitro experiments and understand the long-term effects of electrical stimulation and drug interactions. OpenMEA offers high-performance processing capabilities and supports simultaneous recording and stimulation, as well as the real-time adaptation of neuromodulation waveforms. It fills the gaps in existing solutions and provides a versatile tool for bioelectronic research.