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Neuronexus Buzsaki SiNAPS Webinar Hippocampus Unlocked: High-Density Neural Recording with 1024-site Active Silicon Probes (SiNAPS) Presenters: Anna Maslarova & Mihály Vörösiakos (Buszaki Lab), Asiyeh Golabchi (Neuronexus) Date: Thursday, November 2, 2023 Time: 11:00 AM EST, 16:00 Germany (CET) Summary Explore the forefront of systems neuroscience, where the latest high-density silicon probe technology enables exciting experimental studies of hippocampus function with unprecedented scale and precision. The webinar features talks from three leading scientists discussing the innovative SiNAPS active-pixel silicon probe technology and its application in studying single-unit connectivity within and local field propagation across the hippocampus. Additionally, the webinar will showcase how NeuroNexus has seamlessly integrated this new probe technology into a powerful, user-friendly recording system, bringing innovation to the lab without disrupting existing workflows. Don't miss this opportunity to learn more about leveraging the latest electrophysiology tools and solutions to advance your research. Register here for the

We introduce our new uniTemp Easy-to-use temperature controller Designed for use in low-noise electrophysiology environments. See the uniTemp website for further information.

Open position as Software Developer: Part-time basis or working student, also freelancer on hourly basis Development environment: C/C++, Qt, Visual Studio Communication in English, German language skills not mandatory Possibility to work on site or from home, working hours can be flexible For further information please contact us via the contact form or by email: Offene Stelle als Software-Entwickler: Teilzeitbasis oder als Werkstudent, auch Freiberufler auf Stundenbasis Entwicklungsumgebung: C/C++, Qt, Visual Studio Kommunikation in Englisch Arbeit vor Ort oder von zu Hause aus, Arbeitszeiten flexibel gestaltbar Für weitere Informationen kontaktieren Sie uns bitte über das Kontaktformular oder per Email:

THE NEW AXON GUIDE Whether you are new to electrophysiology or an expert in the field, the newest Axon Guide has something to spark your interest. This brand new edition features content in the Advanced Methods in Electrophysiology section, including advanced methods developed for ion channel recording from liposomes, planar bilayers, and bacterial spheroplasts; current recording from solid-state nanopores, and the use of nanopipettes in intracellular recording. Download your free copy today! [caption id="attachment_7883" align="alignnone" width="150"] Download Axon Guide[/caption]