International Symposium on Clinical Neuroscience 2023

The International Symposium on Clinical Neuroscience 2023 features 15 forward-looking presentations on neurological diagnostics, targeted interventions, and emerging therapeutics. Each session blends cutting-edge science with practical application, expanding your ability to address complex presentations with precision and innovation.

Carrick Institute Faculty

Level:

-1

Multiple Levels

Credit Hours:

Price:

556

(

% off)

556

Description

Neurological care advances quickly, but the most pressing challenges remain: recognizing subtle dysfunction, tailoring interventions to the individual, and integrating emerging science without losing clinical grounding. The International Symposium on Clinical Neuroscience 2023 addresses these challenges head-on through 15 expert-led presentations that merge innovation with applicability. From the latest diagnostic criteria for concussion and the role of EEG/ERP in objective measurement, to immersive therapeutics for chronic pain, VR-based rehabilitation, and molecular hydrogen for neuroprotection, each course offers depth you can use immediately. Sessions also explore targeted interventions for Parkinson's, menopause-related cognitive changes, depression, and age-related balance decline. The result is a multidimensional learning experience-equipping you to navigate complex cases with greater certainty, broaden your treatment strategies, and bring emerging technologies into patient care in a way that is both precise and effective.

View syllabus

What you’ll learn:

Integrate advanced diagnostic tools, including EEG/ERP and updated concussion criteria, to improve clarity in complex neurological assessments.
Apply novel interventions-from molecular hydrogen and ketamine to hypoxic conditioning-to influence neuroinflammation and neuroprotection.
Incorporate immersive technologies, VR-based therapies, and haptic feedback to enhance rehabilitation engagement and outcomes.
Address condition-specific challenges such as convergence insufficiency, Parkinson's gait-cognition links, and menopause-related cognitive shifts.
Leverage targeted therapies-including vibration for balance and oculomotor rehabilitation-to restore stability, coordination, and functional capacity.

Syllabus

Components

Convergence Insufficiency: Motor or Sensory Dysfunction - Neurological Roadmap to Diagnosis and Treatment
- Visual convergence deficits can blur more than sight-they can cloud daily function and complicate recovery from neurological conditions. Learn how to differentiate motor from sensory causes, and apply targeted interventions that improve visual efficiency and overall performance.
A Soft Touch: VR and Natural Haptics in Medicine
- Emerging VR and haptic technologies are redefining sensory rehabilitation. This course examines how immersive environments and realistic tactile feedback can enhance patient engagement, neuroplasticity, and functional outcomes in therapy.
Objective Evidence of Concussion: A Primer in EEG/ERP
- When symptoms are subtle or subjective, diagnosis can stall. Learn how EEG and ERP data provide objective markers for concussion, improving diagnostic certainty and treatment planning.
Exercise Modulates the Brain Much Quicker Than the Antidepressant Pill
- Mood and cognitive changes often require urgent solutions. Explore evidence showing how targeted exercise protocols can shift brain chemistry and connectivity faster than pharmacologic approaches.
The Therapeutic Effects and Clinical Applications of Molecular Hydrogen for Neurological Health
- Molecular hydrogen offers unique neuroprotective and anti-inflammatory properties. Gain insight into its mechanisms and learn how to integrate it into protocols for neurological health and recovery.
Prescription Immersive Therapeutics for Chronic Pain Management
- Chronic pain often resists conventional treatment. Discover how immersive therapeutic environments can modulate perception, reduce pain intensity, and support functional restoration.
Ketamine: Calming the Neuroinflammatory Storm
- Neuroinflammation underlies many neurological and psychiatric conditions. This session explores ketamine's rapid anti-inflammatory and neuromodulatory effects, along with safe clinical applications.
Regulation of Neurocognitive Dysfunction with Botanicals
- Neurocognitive decline can be influenced by inflammatory and oxidative stress pathways. Learn how botanical compounds modulate these mechanisms to support sharper thinking and improved function.
Hypoxia: Is It a Cause or a Solution for Neurodegenerative Disease?
- Oxygen deprivation is traditionally seen as harmful-but under certain conditions, it may trigger protective adaptations. Examine the science behind hypoxic conditioning and its potential role in neurodegenerative care.
Correlates of Gait and Cognition in Parkinson's Disease - Original Research
- Changes in gait and cognition often progress together in Parkinson's. Review new research connecting these domains and learn strategies to address both simultaneously.
The Use of Local Vibration to Improve Balance in Older Adults
- Balance loss in aging increases fall risk and limits independence. Explore how targeted vibration therapy can enhance proprioception and stability in older populations.
The Neuroscience of Menopause: Navigating Cognitive Changes
- Hormonal transitions in menopause can bring subtle yet impactful cognitive shifts. This course examines the underlying neurobiology and strategies to support brain function during this phase.
Eye Movements and Brain Function
- Oculomotor control offers a direct view into neurological integrity. Learn how to assess and leverage eye movement patterns to inform diagnosis and rehabilitation.
Medial vs. Lateral Orbitofrontal Cortex Activity in Depression, Perfectionism, and Eating Disorders
- Different orbitofrontal subregions influence mood, reward, and self-regulation. Understand their functional distinctions and clinical implications for targeted interventions.
The 2023 Diagnostic Criteria for mTBI and Concussion
- Accurate diagnosis of mTBI and concussion depends on clear, evidence-based criteria. Review the latest 2023 guidelines and their application in clinical and research settings.

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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