International Symposium on Clinical Neuroscience 2019

The International Symposium on Clinical Neuroscience 2019 brings 15 presentations that span innovative therapies, advanced diagnostics, and cross-disciplinary insights. Each session is designed to help clinicians address overlooked consequences, bridge research to practice, and expand the possibilities for patient recovery.

Carrick Institute Faculty

Level:

-1

Multiple Levels

Credit Hours:

Price:

580

(

% off)

580

Description

Neurological care continues to push the boundaries of what's possible, but gaps remain-in detection, in treatment, and in translating research into real-world benefit. The International Symposium on Clinical Neuroscience 2019 brings together thought leaders to address these areas with a mix of established science and emerging frontiers. Topics include the neurological impact of cardiac surgery, advanced eye-tracking for performance, neurochemical strategies for autism, and the evolving role of electro-medicine. Sessions also explore breakthroughs such as retinal prostheses, microbiome research in Parkinson's, plasma exchange for autoimmune disorders, and fascia's influence on movement control. With perspectives ranging from sports neuroscience to brain injury rehabilitation, this collection offers practical takeaways that strengthen both diagnostic and therapeutic capabilities-allowing you to approach complex cases with greater clarity, precision, and creativity.

View syllabus

What you’ll learn:

Recognize and address overlooked neurological effects in cardiac surgery, brain injury, and neurodegenerative disease.
Incorporate advanced tools such as eye-tracking, retinal prostheses, and microbiome research into assessment and intervention strategies.
Apply neurochemical, immunologic, and structural approaches to conditions including autism, autoimmune disorders, and movement dysfunction.
Translate neuroscience innovations from sport, rehabilitation, and technology into improved patient care.
Bridge research consensus with clinical realities to deliver precise, patient-centered neurological care.

Syllabus

Components

Cardiac Surgery: We've Fixed Your Heart, But Have We Hurt Your Brain?
- Life-saving heart surgery can sometimes leave cognitive and neurological changes overlooked. Learn to identify, assess, and address post-surgical brain effects to preserve long-term quality of life.
Eye Tracking and Performance
- Subtle oculomotor inefficiencies can limit precision and reaction time. Explore how eye-tracking technology reveals performance-limiting patterns and guides targeted visual training.
The Case for Prefrontal Cortex as the Ultimate Neural Integrator - And How to Use It
- The prefrontal cortex orchestrates decision-making, attention, and emotional control. Discover how to engage it effectively to enhance both cognitive and behavioral outcomes.
Neuroscience in Sport: Perspectives on Pain, Fatigue, and Performance
- Pain and fatigue can derail athletic performance in ways not explained by muscle physiology alone. Examine the neural mechanisms behind these factors and their role in training and recovery.
Retinal Implants and Prostheses: The Future of Bionic Vision
- When vision loss seems irreversible, technology offers new possibilities. Learn how retinal implants and prostheses are reshaping functional outcomes for severe visual impairment.
Using Neurochemistry to Treat Autism Spectrum Disorders
- Autism interventions often focus on behavior, leaving underlying neurochemistry unaddressed. Explore biochemical targets and therapeutic strategies to support neurological development.
Fusing the Image After Brain Injury
- Visual fusion problems after brain injury can disrupt reading, navigation, and comfort. Learn diagnostic approaches and rehabilitation techniques to restore visual integration.
The Microbiome and Microtranscriptome of Early-Stage Parkinson's Disease
- Emerging research links gut health to neurodegeneration. Review findings on microbiome and gene expression changes in early Parkinson's, with implications for early intervention.
Delays of Neural Development: Autism Spectrum Disorders
- Developmental delays can shape lifelong outcomes in ASD. Examine the neural pathways involved and how targeted strategies can close critical gaps in function.
A Historical Appreciation for Electro-Medicine
- From early experiments to modern neuromodulation, electricity has long influenced healthcare. Trace its history to better understand its evolving role in neurological practice.
Plasma Exchange: The Oil Change for Antibody-Mediated Neurological Diseases
- In autoimmune neurological conditions, pathogenic antibodies can drive relentless symptoms. Learn how plasma exchange reduces this burden and supports recovery.
Fascia's Role on the Nervous System's Control of Movement
- Fascial tissues interact with the nervous system in more than structural ways. Discover how they influence proprioception, coordination, and motor control.
Eye Movements: From Bedside to Bench
- Eye movement assessment connects clinical observation with laboratory precision. Learn how to bridge these perspectives for better diagnosis and targeted treatment.
Evolving Transplant Biases to Patient-Centered Decision Making Utilizing Choice Architecture
- Decision-making in transplantation can be clouded by clinician bias. Explore methods to structure choices that align with patient values and improve outcomes.
Traumatic Brain Injury: Research, Consensus, Reality
- TBI management often faces a gap between research findings and real-world application. Review current consensus, ongoing debates, and practical approaches for better patient care.

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Also includes

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Months Medline Access

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Months of Access to Complete the course (from the date of purchase)

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Ability to resubscribe to keep access after

months

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Eligibility for Neurology Fellowship and Diplomate Examinations after the completion of 300+ hours of study

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Certificate of Completion