Advancements in Research Virtual Discussion: Wireless and Tethered In Vivo Approaches for Neurological Recordings in Freely Moving Animals
Explore new possibilities in behavioral neuroscience research! Whether your in vivo recording preferences are wireless or tethered, this is one webinar you do not want to miss. Join MCS Application Specialist, George Portugal, to learn more about benefits of the W2100 and ME2100 recording systems from Multi Channel Systems.
The MEA2100-Beta-Screen-System: Non-invasive electrophysiological recordings from intact islets of Langerhans using Microelectrode Arrays (MEAs)
Providing 4225 recording sites separated by only a few microns, the active CMOS-chip can image electrical activity at a sub-cellular resolution.
For the analysis of cardiac culture and tissue, we offer an advanced software: Cardio2D.
When working with freely moving animals, natural behavior is crucial. The Wireless-Systems make cables obsolete and enables neuronal recordings from rodents or other animals.
Recordings from isolated organs are essential in arrhythmia research. The complete set-up, from perfusion system to electrodes, is covered during this webinar.
The Roboocyte2 is the ideal tool for automated TEVC from Xenopus oocytes. Our product manager for the Xenopus oocyte product line will give you an introduction in the main features and advantages.
We are proud to present the Multiwell-MEA-System, the perfect solution for medium to high throughput electrophysiology.
The HiClamp is the ideal solution for TEVC in Xenopus oocytes, when working with minimal compound volumes.
The PatchServer is world-wide the only automatic Patch-Clamp system that is able to establish single-channel and whole-cell recording configurations using tools and techniques from the manual patch approach.