Presetner

Fernando Gomez-Pinilla

PhD
Fernando Gomez-PinillaFernando Gomez-Pinilla
Fernando Gomez-Pinilla

About

Fernando Gomez-Pinilla

Dr. Fernando Gómez-Pinilla, PhD is a Professor in the Departments of Neurosurgery and Integrative Biology & Physiology at the University of California, Los Angeles (UCLA). He directs the NeuroLife Laboratory, where his research focuses on the molecular mechanisms of neuronal adaptation to injury, disease, and environmental factors. Dr. Gómez-Pinilla's work emphasizes the role of neurotrophic factors in promoting neuronal growth, synaptic function, and behavioral outcomes. His multidisciplinary approach bridges molecular biology and behavioral neuroscience, contributing significantly to our understanding of brain plasticity and repair.

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Fernando Gomez-Pinilla

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Multi-Format

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On-Demand

<svg xmlns="http://www.w3.org/2000/svg" fill="none" viewBox="0 0 120 120"><path stroke="currentColor" stroke-linecap="round" stroke-width="6" d="M115.6 89.143V30.857c0-6.411-5.231-11.657-11.625-11.657h-88.35C9.231 19.2 4 24.446 4 30.857v58.286C4 95.554 9.231 100.8 15.625 100.8h88.35c6.394 0 11.625-5.246 11.625-11.657ZM53.08 78.48c-3.09 2.066-7.23-.155-7.23-3.88V45.399c0-3.724 4.14-5.945 7.23-3.88L74.92 56.12c2.761 1.846 2.761 5.914 0 7.76L53.08 78.48Z"/></svg>

On-Demand
Neuroscience Research Update 2023 | 23NRUA | On-Demand by Dr. Norman HoffmanNeuroscience Research Update 2023 | 23NRUA | On-Demand by Dr. Norman Hoffman

Neuroscience Research Update 2023

Review and apply cutting-edge neuroscience research in this 15-hour course. Topics include ADHD, concussion, COVID-19 brain effects, fibromyalgia, Parkinson’s biomarkers, and vestibular dysfunction.

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15

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Research Science
Norman Hoffman
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Level:
3
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Integrator
On-Demand
On-Demand
Long Name
Neuroscience Research Update 2023 | 23NRUA | On-Demand by Dr. Norman Hoffman
Faculty
Norman Hoffman
Subject
Research Science
Course Length
Medium (9-35 hours)
Interests
Research Science & Publications
Format
On-Demand
On-Demand
View Details

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Multi-Format

<svg xmlns="http://www.w3.org/2000/svg" fill="none" viewBox="0 0 120 120"><path stroke="currentColor" stroke-linecap="round" stroke-width="6" d="M115.6 89.143V30.857c0-6.411-5.231-11.657-11.625-11.657h-88.35C9.231 19.2 4 24.446 4 30.857v58.286C4 95.554 9.231 100.8 15.625 100.8h88.35c6.394 0 11.625-5.246 11.625-11.657ZM53.08 78.48c-3.09 2.066-7.23-.155-7.23-3.88V45.399c0-3.724 4.14-5.945 7.23-3.88L74.92 56.12c2.761 1.846 2.761 5.914 0 7.76L53.08 78.48Z"/></svg>

On-Demand
Utilizing Visual Feedback for Multi-System Integration in Return to High Level Function: Looking Beyond the Basics with Motion Guidance | 21SYNP | On-Demand by Dr. Eric DinkinsUtilizing Visual Feedback for Multi-System Integration in Return to High Level Function: Looking Beyond the Basics with Motion Guidance | 21SYNP | On-Demand by Dr. Eric Dinkins

Utilizing Visual Feedback for Multi-System Integration in Return to High Level Function: Looking Beyond the Basics with Motion Guidance

Utilizing Visual Feedback for Multi-System Integration in Return to High Level Function: Looking Beyond the Basics with Motion Guidance- Dr. Eric Dinkins

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1

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Functional Neurology
Eric Dinkins
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Level:
3
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Integrator
On-Demand
Long Name
Utilizing Visual Feedback for Multi-System Integration in Return to High Level Function: Looking Beyond the Basics with Motion Guidance | 21SYNP | On-Demand by Dr. Eric Dinkins
Faculty
Eric Dinkins
Subject
Functional Neurology
Course Length
Mini (1-4 hours)
Interests
Concussion & Acquired Brain Injury|Neurodegeneration & Neuroinflammation|Vestibular Function & Balance Disorders|Pain, Headache, Sensory Disturbances & Neuropathy|Motor Control & Movement Disorders|Cognitive Neuroscience|Optometry & Orthoptics|Manual Therapies & Movement Assessment|Exercise, Rehab & Extreme Environments|Documentation, Ethics & Risk Management
Format
On-Demand
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