$395 per Virtual Day + 12 months' access.
Vestibular Functional Neuroanatomy
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Functional Neuroanatomy for Vestibular, Ocular, and Balance provides advanced clinicians with a translation-focused deep dive into the neural networks governing equilibrium, spatial orientation, and gaze stability. Moving beyond basic reflexes, the module maps the peripheral vestibular apparatus, traces critical ascending and descending pathways (including the vestibulospinal and reticulospinal tracts), and dissects the intricate oculomotor brainstem generators alongside the cerebellar microcircuitry and the cortical "vestibular neuromatrix" (featuring the core hub, Area OP2) [1, 2, 7, 25]. For the modern neurological and rehabilitation specialist, this advanced anatomical foundation is crucial; it bridges the gap between complex neurobiology and bedside mastery, empowering you to confidently localize central versus peripheral lesions using the HINTS+ exam, decode clinical enigmas like Wallenberg and "Pusher" syndromes, and design targeted, neuroplasticity-driven rehabilitation strategies for persistent visual dizziness and post-concussive dysfunction
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Vestibular investigations and technology
Mastering Modern Vestibular Diagnostics and Rehabilitation is an advanced, evidence-based module designed to bridge the gap between classic vestibular science and cutting-edge clinical technology. You will explore the mechanics and clinical interpretation of advanced laboratory diagnostics—including Caloric testing, video Head Impulse Testing (vHIT), Vestibular Evoked Myogenic Potentials (VEMPs), Rotatory Chair evaluation, and the novel SHIMP paradigm—alongside validated clinical outcome measures like the Dizziness Handicap Inventory (DHI) and Dynamic Visual Acuity (DVA). The curriculum delves deeply into advanced ocular tracking (such as NeuroFlex parameters), bedside emergency screening algorithms (HINTS Plus and STANDING) to differentiate stroke from neuritis, and the implementation of fully immersive Virtual Reality (VR) for vestibular therapy, geriatric fall prevention, and athletic performance.
Why this module is essential: In modern clinical practice, relying solely on traditional bedside exams is no longer sufficient to navigate complex vestibular disorders. This module provides clinicians with the specialized analytical skills required to precisely localize lesions, execute rapid and safe triaging in acute settings, and leverage gamified, immersive technologies to dramatically improve rehabilitation compliance and patient outcomes across vestibular, geriatric, and sports medicine populations.
Vestibular Outcome measures
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This comprehensive educational module equips clinicians and rehabilitation specialists with the essential toolkit to confidently select, administer, and interpret critical vestibular and balance outcome measures. Covering a wide spectrum of validated tools—including patient-reported measures of handicap and confidence (DHI, ABC, FES-I, VADL), objective balance and sensory integration tests (Berg Balance Scale, BESS, mCTSIB, TUG), dynamic gait assessments (DGI and FGA), and targeted physiological screenings (vHIT, DVA, VOMS, Cervical JPE, and mental health screeners like GAD-7/PHQ-9)—this course bridges the gap between clinical theory and hands-on practice. Understanding how to utilize these measures is critical for systematically differentiating central from peripheral pathologies, identifying psychological comorbidities, and tracking meaningful rehabilitative progress using Minimal Clinically Important Differences (MCIDs). By mastering these evidence-based assessments, you will optimize your treatment planning, objective documentation, and patient safety in fall-risk management.
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