Systems Neuroscience

 The system neuroscience examines how neural elements – from receptors to cortical neurons – interact to produce behaviour, cognition and feeling. Its purpose is to highlight the main functional components of the nervous system and understand how neurons communicate within the network. Researchers employ various techniques such as electrophysiology, state-of-the-art imaging, molecular equipment, pharmacology, psychophysics, and computational modeling to detect information flows in the central and peripheral nervous system-including connections involving muscles, skin, eyes and ears. The region also examines neuronal development, electrical stimulation, neuroplasticity and how network imbalance contributes to neurological and psychiatric disorders. By integrating the interaction between structure, function, and system dynamics, the system tries to reveal the mechanisms behind the system neuroscience sensory-motor processing, memory, decision making, emotion and behavior-to promote our understanding and health of the brain function.