Electrophysiology Core Facility (E-Phac) at UZH

We are delighted to announce that it is now possible to assess the functional properties of neurons (IPSC-derived, primary, organoids) using HD-MEAs at the Electrophysiology Facility of UZH. Check out our summary of the services we can offer using this technique. The e-phac team

These kind of measurements allow us to follow network dynamics of #iPSC-derived #neurons, #cardiomyocytes, #brain #organoids, primary neuronal cultures and more. Furthermore, the high-density of electrodes provide information about action potential propagation along neurites

First data from our HD-MEA setup at #EPHAC! Watch how primary cortical neurons (kindly provided by @SchrattL) fire synchronized bursts of action potentials as soon as at DIV9. Get in touch if you are interested in using this system with your cells. @mxwbio #neuroscience

#aldosterone #potassium #hyperkalemia #adrenalgland

Calcineurin inhibitors and hyperkalemia linkedin.com/posts/davidpen…

Very happy (and proud) to have the first symposium of our @LS2_ICMT section of @LS2Switzerland today! A big thank you @OdeningLab and Maud Frieden for co-organizing and co-chairing this session! See you next year at @unil (Feb. 14-15, 2024). #IonChannels & #MembraneTransporters

Impressive throughput from the automated patchclamp @NanionTech presented at #LS2AM23 @LS2_ICMT @LS2Switzerland And there is one just next door in Zurich! Contact the electrophysiology facility @e_phac from University of Zurich for more information.

Check out our Strategic Scientific Network. Top lineup of first class electrophysiologists e-phac.uzh.ch/en/Team.html

Webpage is now up and running e-phac.uzh.ch/en.html Updates published regularly. stay tuned!

Webpage coming soon!

We do in vitro electrophysiology @UZH_en

News from our facility will be published here regularly

welcome world!