Udemy - Neuroplasticity Mastery - Brain Rewiring, Learning, and Memory [TorrentX]

Neuroplasticity Mastery: Brain Rewiring, Learning, & Memory https://WebToolTip.com Published 8/2026 Created by Faisal Shahzad MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch Level: All Levels | Genre: eLearning | Language: English | Duration: 24 Lectures ( 1h 35m ) | Size: 1.6 GB Neuroplasticity and Brain Remodeling: Mechanisms, Development and Recovery, How the Brain Changes, Learns and Recovers. What you'll learn ⚡ Understand the fundamental principles, concepts, and historical development of neuroplasticity. ⚡ Explain the microscopic structure and functions of neurons, synapses, and glial cells. ⚡ Identify major brain regions and anatomical structures involved in neural plasticity. ⚡ Understand the mechanisms of synaptic plasticity, including Long-Term Potentiation (LTP) and Long-Term Depression (LTD). ⚡ Distinguish between structural and functional neuroplasticity and understand how they interact. ⚡ Explain critical and sensitive periods in brain development and their influence on neural organization. ⚡ Understand synaptic pruning and how neural circuits are refined through development and experience. ⚡ Explore how environmental experiences and learning can produce structural and functional changes in the brain. ⚡ Understand cortical remapping and functional reorganization following learning, experience, and neurological injury. ⚡ Examine the mechanisms and current scientific evidence surrounding adult hippocampal neurogenesis. ⚡ Understand the role of BDNF and other molecular signaling pathways in neuronal growth and plasticity. ⚡ Explain how neurotransmitters and neuromodulators influence synaptic adaptation. ⚡ Explore how physical exercise and vascular mechanisms can influence brain remodeling. ⚡ Understand cognitive reserve and its role in resilience against age-related cognitive decline. ⚡ Understand maladaptive neuroplasticity and its relationship to chronic pain and addiction. ⚡ Understand how brain-computer interfaces (BCIs) interact with and adapt to neural circuits. ⚡ Examine how aging affects neuroplasticity and explore emerging molecular and technological approaches for supporting neural adaptability. ⚡ Develop an integrated understanding of neuroplasticity from molecular and cellular mechanisms to cognition, behavior, clinical recovery, and neurotechnology. Requirements ❗ No advanced neuroscience or medical background is required. ❗ An open and analytical mindset is helpful for understanding scientific research and emerging neurotechnology.