Fundamentals of Neurophysiology for Psychology

Psychology requires a solid understanding of the brain's hardware. Without grasping how neurons communicate and systems interact, complex psychological theories remain abstract and difficult to apply. This course provides a clear, foundational pathway into neurophysiology, specifically tailored for psychology students, enabling you to connect biological processes directly to observable psychological phenomena. You will gain the critical biological literacy needed to excel in fields like cognitive psychology, abnormal psychology, and behavioral neuroscience. What you'll learn: * Understand the structure and function of the neuron, glial cells, and fundamental membrane potentials. * Master the principles of action potentials, synaptic transmission, and major neurotransmitter systems. * Learn the anatomy and functional organization of key brain structures relevant to emotion, memory, and perception. * Apply knowledge of neural circuits to explain basic behavioral and cognitive processes. * Identify the biological basis of neuroplasticity and its role in learning, memory, and adaptation. * Practice interpreting basic neurophysiological concepts related to common psychological conditions. This text-based course begins with cellular neurobiology, progresses through systems and pathways, and concludes by applying these foundational concepts to psychological theory using written explanations and practical examples. This material is designed for absolute beginners in biological sciences, particularly undergraduate psychology students, requiring no prior knowledge of anatomy or physiology. Start building your essential foundation in biological psychology today.