Brain Slice Electrophysiology

The BioCAM offers, for the first time, recordings at a scale that allow validation of models of neuronal population activity. This is a major step that will drive, in turn, the development of theories in neuroscience.

Dr. Matthias H. Hennig

Computational Neuroscience and NeuroinformaticsLink to Author’s Publication

The BioCAM has revolutionized the way we look at population activity in the retina. With its overall large size and spatial resolution, it allows us to study population behaviour at unprecedented spatial and temporal detail.

Prof. Evelyne Sernagor

Retinal NeuroscienceLink to Author’s Publication

The Muotri lab uses 3Brain high-resolution multi electrode arrays to understand how human neural networks are formed during development, and become altered in several neurological conditions.

Prof. Alysson Muotri

Institute for Genomic Medicine

We engineer a novel plasticity neuroelectronic platform using CMOS-MEA, nano-microtechnology and computational tools to decipher the molecular and functional plasticity simultaneously in a large-scale circuit/network in health and disease.

Dr. Hayder Amin

Biohybrid Neuroelectronics LabLink to Author’s Publication

I have conducted a wide range of brain slices as well as neuron culture experiments in 3Brain's HD MEA system. Their technology is beyond expectation in terms of sensitivity, durability, and high STN ratio.

Prof. Kim SangSeong

Hanyang University College of Pharmacy

The HD MEAs allow us to perform accurate cardiotoxicity assessments on hiPS cardiomyocytes by applying a novel laser technology for recording high-quality action potentials from thousands of cardiac cells simultaneously.

Michele Dipalo, PhD

Plasmon Nanotechnologies group at the Italian Institute of Technology (IIT)Link to Author’s Publication