extracellular electrophysiology
Latest
Dr. Carmen Varela
The Varela lab is expanding, and we are excited to announce a new postdoctoral position to grow our current team in the Psychology Department at Florida State University (https://varelalab.create.fsu.edu/). Start date flexible within 2024. 1-2 years with possibility of extension. About us: The Varela Laboratory is dedicated to understanding the neural underpinnings of learning and memory in rodents, with a strong focus on investigating the role of the thalamus in sleep-dependent memory consolidation. We employ a wide array of cutting-edge neuroscience techniques, including electrode recordings in freely behaving rodents, closed-loop brain activity manipulations, optogenetics, and computational approaches. *** What you get *** • Work on exciting and impactful projects aimed at understanding the role of higher-order thalamic circuits in learning and memory. • Develop research skills utilizing state-of-the-art techniques in systems, behavioral and computational neuroscience. • Receive mentorship within a supportive lab environment situated in a large, multidisciplinary department spanning work in neuroscience and psychology (https://psychology.fsu.edu/).
State-of-the-Art Spike Sorting with SpikeInterface
This webinar will focus on spike sorting analysis with SpikeInterface, an open-source framework for the analysis of extracellular electrophysiology data. After a brief introduction of the project (~30 mins) highlighting the basics of the SpikeInterface software and advanced features (e.g., data compression, quality metrics, drift correction, cloud visualization), we will have an extensive hands-on tutorial (~90 mins) showing how to use SpikeInterface in a real-world scenario. After attending the webinar, you will: (1) have a global overview of the different steps involved in a processing pipeline; (2) know how to write a complete analysis pipeline with SpikeInterface.
Simultaneous calcium imaging and extracellular electrophysiology using CMOS-based imaging devices with an integrated carbon electrode for freely moving mice experiments
FENS Forum 2024
extracellular electrophysiology coverage
3 items
Explore how extracellular electrophysiology research is advancing inside Neuro.
Visit domain