Summary of Traditional Antar (Inner) Yoga Practices
Abhyasa Ashram
5.0 (466)·10h 24m · 103 lectures
$3.00$12–$199up to −98%
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Neuroplasticity Mastery: Brain Rewiring, Learning, & Memory
Neuroplasticity and Brain Remodeling: Mechanisms, Development and Recovery, How the Brain Changes, Learns and Recovers.
5.027 reviews118 learners
- All Levels
- 1h 35m video
- 24 lectures
- English
- Captions
- Updated 2026
Taught by Faisal Shahzad
- 1h 35m of on-demand video
- 24 lectures across 5 sections
- One-off payment — no subscription
- Lifetime access on web and mobile
- Closed captions (English)
Curriculum
5 sections24 lectures1h 35m total
- Definition, Core Premises, and Historical Paradigm Shifts in Neuroscience3:49
- Microscopic Architecture: Neurons, Synapses, and Glial Cells3:34
- Anatomical Structures and Brain Regions Key to Plasticity3:37
- Mechanisms of Synaptic Plasticity: Long-Term Potentiation (LTP) & LTD3:54
- Structural vs. Functional Neuroplasticity: Comparative Analysis3:47
- Critical and Sensitive Periods in Early Brain Development3:49
- Developmental Pruning: Synaptic Elimination and Circuit Refinement4:00
- Experience-Dependent Plasticity: Structural Alterations Driven by Environment3:48
- Functional Reorganization and Cortical Remapping3:58
- Neurogenesis in the Adult Brain: Hippocampal Mechanisms and Rates3:53
- Role of Brain-Derived Neurotrophic Factor (BDNF) in Neuronal Growth3:59
- Neurotransmitters, Neuromodulators, and Synaptic Adaptation4:15
- Stress Hormones, Cortisol, and Their Modulatory Effects on Plasticity4:18
- Sleep Architecture and Memory Consolidation Processes3:58
- Physical Exercise and Vascular Interventions in Brain Remodeling4:10
- Hebbian Learning Rule and Neural Pathway Consolidation3:47
- Cognitive Reserve: Mechanisms of Resilience Against Degeneration3:59
- Mechanisms of Post-Stroke Functional Recovery and Brain Reorganization4:07
- Maladaptive Neuroplasticity: Neural Basis of Chronic Pain and Addiction4:03
- Mindfulness, Focused Attention, and Structural Brain Changes3:50
- Non-Invasive Brain Stimulation: tDCS and TMS Mechanics4:08
- Pharmacological Modulation of Synaptic Remodeling4:05
- Brain-Computer Interfaces (BCIs) and Neural Circuit Adaptation4:11
- Age-Related Plasticity Deceleration and Counteractive Molecular Targets4:03
About this course
This course contains the use of Artificial Intelligence. " Unofficial Course " Neuroplasticity Mastery: From Molecular Mechanisms to Brain Reorganization Discover the remarkable science of neuroplasticity and develop a comprehensive understanding of how the human brain changes, adapts, learns, reorganizes, and recovers throughout life. This course provides an in-depth exploration of the biological, molecular, physiological, cognitive, developmental, and technological mechanisms that enable the brain to modify it…
Before you start
- No advanced neuroscience or medical background is required.
- An open and analytical mindset is helpful for understanding scientific research and emerging neurotechnology.
Who it’s for
- Psychology students and learners interested in learning, memory, cognition, behavior, and brain function.
- Biology and life science students seeking a deeper understanding of neural mechanisms and brain adaptation.
- Neuroscience enthusiasts who want a structured and comprehensive introduction to advanced neuroplasticity concepts.
- Healthcare and rehabilitation professionals interested in the neuroscience behind brain recovery, stroke rehabilitation, and neural reorganization.
- Cognitive science and behavioral science learners interested in the biological foundations of learning and habit formation.
- Researchers and aspiring researchers who want to strengthen their conceptual understanding of neuroplasticity and emerging research areas.
- Learners interested in aging and cognitive resilience who want to explore cognitive reserve and age-related changes in brain plasticity.
- Students interested in brain-computer interfaces and neurotechnology who want to understand how neural circuits adapt to technological interventions.
- Professionals and lifelong learners looking for a comprehensive exploration of brain adaptation, from molecular mechanisms to clinical and technological applications.
- Anyone fascinated by how experience, learning, environment, injury, exercise, sleep, and other factors can influence the brain.
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