Neurophysiology: Neurons and Circuits (NEUR30002) H1 comprehensive notes

Key Features:

📚 12 Weeks of Content:

• Week 1: Cellular Components – Neuronal Resting Membrane Potential: Dive into the foundational elements of neurophysiology, exploring the cellular components that shape the neuronal resting membrane potential.
• Week 2: Modulation of Membrane Potential – Excitatory & Inhibitory Ionotropic Receptors, Metabotropic Receptors: Unravel the intricacies of membrane potential modulation, delving into the realm of excitatory and inhibitory ionotropic receptors, along with the fascinating world of metabotropic receptors.
• Week 3: Action Potential Generation – Myelin, Presynaptic Processes: Navigate through the mechanisms behind action potential generation, exploring the role of myelin and the intricacies of presynaptic processes.
• Week 4: Post-synaptic Density – Sensory Senses, Special Senses: Explore the post-synaptic realm, delving into the sensory senses and the specialized world of special senses.
• Week 5: Enteric Nervous System – Control of Gut Circuits: Journey into the Enteric Nervous System, unraveling its role in the intricate control of gut circuits.
• Week 6: Autonomic Nervous System – Anatomy & Function, Viscerosensory Afferents – Organisation and Baroreflex Circuits: Delve into the anatomy and function of the Autonomic Nervous System, and explore the organization of viscerosensory afferents, including baroreflex circuits.
• Week 7: Neurogenesis in Humans – Neurogenesis in the Brainstem, Respiratory Network – Rhythm Generation: Explore the fascinating aspects of neurogenesis in humans, focusing on the brainstem and its role in respiratory network rhythm generation.
• Week 8: Respiratory Network – Modulating the Respiratory System, Development of Hypertension: Understand the modulation of the respiratory system within the context of the respiratory network. Additionally, explore the development of hypertension.
• Week 9: Foundation of Neuro-inflammation – Neuro-inflammation and Cardiovascular Function, Neuro-inflammation and MS: Establish the foundation of neuro-inflammation, examining its impact on cardiovascular function and its association with Multiple Sclerosis (MS).
• Week 10: Hypothalamus and Metabolism – Hypothalamus and Feeding: Navigate through the intricate connection between the Hypothalamus and metabolism, with a specific focus on feeding behaviors.
• Week 11: Hypothalamus and Adiposity – Hypothalamus and Obesity, Reward and Motivation: Explore the role of the Hypothalamus in adiposity, particularly its connection to obesity. Additionally, delve into the intriguing topics of reward and motivation.
• Week 12: Cortical Circuits (I) – Cortical Circuits (II), Cortical Circuits (III): Conclude the journey with an in-depth exploration of cortical circuits, spanning across multiple facets to provide a comprehensive understanding.

Start your academic journey with the essential Neurophysiology Guide from the University of Melbourne, and let these comprehensive notes be your compass as you explore the intricacies of the subject, ensuring a fulfilling and successful learning experience. Acknowledge the dedication behind this intellectual endeavor and use this resource to unlock the doors to an H1 grade.