International Symposium on Clinical Neuroscience 2025

• Targeting Persistent Symptoms in Post-Concussion Syndrome: A Randomized Controlled Cross-Over Trial of Visual and Vestibular Training Supercharged with Aerobic Exercise
  
  • Explore how combining aerobic exercise with visual and vestibular training can alleviate persistent post-concussion symptoms, based on findings from a first-of-its-kind randomized trial.
• Parkinson’s Disease: Advances In Clinical Therapy
  
  • Gain practical insights into Alzheimer’s and Parkinson’s with Dr. Carrick. Explore emerging research, therapies, and hope for managing neurodegeneration.
• Eyes on the Prize: Revolutionizing Concussion Care with Virtual Reality
  
  • Discover how virtual reality is transforming concussion care through oculomotor rehabilitation, with evidence-based insights, clinical applications, and tech limitations addressed.
• Eye-Hand Coordination and Reaction Time Training for the Patient and Athlete
  
  • Learn how to use real-time, 3D tools to assess and train reaction time and coordination in neuro patients and athletes using the Zeus Light Board and Hercules SOAP system.
• Neurocognitive Decline, Hormones, and Toxins
  
  • Explore how hormone health supports detoxification and metabolism to combat neurocognitive decline. A functional approach to preserving brain function.
• Seeing is Believing: The Eye-Brain Connectome
  
  • Discover how modern imaging reveals the eye’s direct connection to the brain, offering insights into neurological function, diagnosis, and care.
• The Language System in the Human Brain
  
  • Explore how the brain processes language, from comprehension to speech production, through the latest research and clinical insights.
• Language, Communication, and Thought: What Is Language For?
  
  • Explore the science behind how language, thought, and communication interact—based on fMRI data and cross-cultural research on linguistic and conceptual understanding.
• Harnessing the Power of Storytelling to Reject Mental Health Stigma and Prevent Suicide Amongst Healthcare Professionals
  
  • Learn how vulnerability and storytelling can fight stigma and help prevent suicide among healthcare professionals in this powerful, experience-driven session with Professor Hankir.
• Chronic Pain Management
  
  • Explore neuroscience-driven tools for managing chronic pain, including qEEG, fMRI, and functional strategies for fibromyalgia, migraines, and central sensitization syndromes.
• Exercise affects the brain barrier and subsequently health and neuro-conditions (TBC)
  
  • Explore how exercise impacts brain barrier integrity, neuroprotection, and mental health in this cutting-edge lecture connecting training modes to biomarkers and neurological outcomes.
• AI Enhanced Eye Movement Neurotechnology for Neurorehabilitation of stroke, and learning challenges in children with neurodevelopmental neglect
  
  • Explore AI-driven eye movement neurotech for stroke rehab and pediatric learning challenges, with case studies using REMOBI and AiDEAL to target functional oculomotor deficits.
• Oculomotor, vestibular and reaction time assessment (OVRT) as an essential tool for objective evaluation of Vestibular and Neurological Conditions
  
  • Explore how OVRT testing and clinical eye-tracking provide objective biomarkers to assess vestibular and neurological conditions and monitor treatment outcomes.
• Bridging Minds and Machines: AI’s Transformative Power in Clinical Neuroscience Exploration
  
  • Explore how AI and machine learning are revolutionizing clinical neuroscience through advanced diagnostics, personalized care, and neurorehabilitation strategies.
• Neuroprotection through Molecular Hydrogen: Clinical Applications and Therapeutic Mechanisms
  
  • Explore molecular hydrogen’s neuroprotective effects and clinical applications in neurology, including its role in oxidative stress reduction and inflammation modulation.
• Neuroimmunology of Eye Movement Dysfunction
  
  • Explore how autoimmune and cross-immune conditions impact eye movement control, with clinical examples and translational neuroscience insights.
• Newly Released Research: Mild HBOT vs High Pressure HBOT. Which option is best for your clinic?
  
  • Explore new research comparing mild (1.3 ATA) vs. high-pressure (2.0 ATA) HBOT and their effects on inflammation, cognition, and epigenetics. Learn which approach fits best in your clinic.
• The Effects of Spaceflight and Isolation on Human Anatomy and Behavior
  
  • Discover how spaceflight and isolation affect human anatomy and behavior, including changes from microgravity, radiation, and confinement—and how to mitigate these effects for space missions and isolated environments.

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