eNUVIO's OMEGA series versus conventional neuronal co-culture and compartmentalization devices for web shop

Comparing Microfluidic Cell Culture Devices

In this article, we cover the advantages of microfluidic devices over standard culture vessels, some of the shortcomings of conventional microfluidic devices, and then explain how a new design can address these challenges. If you’re already familiar with microfluidic neuronal cell culture devices, you can simply skim this article and check out our side by
-> Continue reading Comparing Microfluidic Cell Culture Devices

IPI publication screenshot

New Publication: Compartmentalised Microfluidic Devices for Drug Discovery in the Neurosciences

Go check out the new publication in IPI! Neurological disorders are incredibly complex, and this is reflected in the lack of knowledge of the underlying pathological mechanism for many of these diseases, and in turn to the slow speed at which novel drug targets are identified. In this article, Mark Aurousseau, eNUVIO’s co-founder and CSO
-> Continue reading New Publication: Compartmentalised Microfluidic Devices for Drug Discovery in the Neurosciences

Embryoid body generation method using microfabricated EB-DISK by eNUVIO

New Publication: Microfabricated disk technology: rapid scale up in midbrain organoid generation

Go check out the new publication by the Durcan lab from The Neuro! They describe in-depth how to scale up midbrain organoid generation using the EB-DISK. “In this study, we developed a method with microfabricated disks to scale up the generation of hMOs. This opens up the possibility to generate larger numbers of hMOs, in
-> Continue reading New Publication: Microfabricated disk technology: rapid scale up in midbrain organoid generation

Scientist holding HTS-compatible microfluidic neuronal co-culture and compartmentalization screening plate OMEGA-96 microplate by eNUVIO. With eNUVIO logo

eNUVIO is Launching the OMEGA96 Device

Montreal, Canada, January 27th 2021 – On September 25th 2020 eNUVIO was pleased to introduce the latest microfabricated tool for neuronal compartmentalization and co-culture experiments: the OMEGA96. Today, eNUVIO officially announced the launch of this unique product, making the OMEGA96 the very first device of its kind. Modelled on the success of its predecessor, the
-> Continue reading eNUVIO is Launching the OMEGA96 Device

Schematic of neuronal microfluidic co-culture and compartmentalization device OMEGA-4 by eNUVIO used for uptake experiments. Neurons are seeded in the Treat and Report chambers. Potential therapeutics or other molecules can be added to the fluidically isolated chamber.

Nice study using our microfluidic Omega-4 devices

? Congrats to the authors of this collaborative work between Johns Hopkins University School of Medicine, Xuchang University and Tsinghua University. ? In this research, the authors observed that “nanozyme can block prion-like spreading, which provides a proof of concept for nanozyme therapy. It is also anticipated that the biomedical application of nanozyme against prion-like
-> Continue reading Nice study using our microfluidic Omega-4 devices