The In-vivo Electrophysiology Laboratory is an advanced research unit focused on the real-time analysis of neural networks and cellular-level electrical activities in live organisms. Our laboratory is equipped with multichannel recording systems capable of high-resolution data acquisition from free-moving or anesthetized subjects. This infrastructure allows for the recording of local field potentials (LFP) and unit activity patterns with millisecond precision, dynamically mapping brain information processing and neural circuit dynamics.
Beyond monitoring neural activities, our unit offers a flexible experimental platform for implementing various stimulation and manipulation techniques to modulate these processes. The laboratory's primary objective is to elucidate the functioning of specific neural circuits at the cellular level and to identify the neurophysiological correlates of these changes across the entire system. Operating in integration with the behavioral experiments unit, this infrastructure plays a central role in understanding neural coding mechanisms and plasticity processes.