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Stroke & Cerebrovascular Recovery
After the acute treatment of a stroke, formal rehabilitation is often time-limited, and many survivors are discharged with the impression that recovery plateaus after the first few months. Yet the brain retains a meaningful capacity to reorganize well beyond that window. This leaves many survivors under-served in the long recovery phase, where continued, targeted rehabilitation could still drive real progress.
Also known as
stroke, CVA, cerebrovascular accident, TIA, transient ischemic attack, stroke rehab, hemiparesis, aphasia, neuroplasticity, motor recovery
ICD-10
I63 (Cerebral infarction), I61 (Intracerebral hemorrhage), G45 (TIA), I69 (Sequelae of cerebrovascular disease)
How focused education closes the gap
Clinicians trained in neurorehabilitation can support recovery by harnessing neuroplasticity.- Assess the specific neurological functions affected and their recovery potential- Identify targeted opportunities to drive continued progress- Translate findings into an active, plasticity-based rehabilitation plan
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AI Eye Movement Neurorehabilitation
A 1-credit ISCN lecture exploring AI-enhanced eye movement technologies for neurorehabilitation in stroke patients and children with neurodevelopmental neglect and learning challenges.
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Autonomic Nervous System & Intracranial Vascular Disorders
Map the full autonomic network, localize vascular disorders, and build the clinical examination skills your most complex patients have been waiting for.
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Eye-Brain-Body: 3D Neurorehab & AI Mess Roadmap
Transform your neurological assessment capabilities through advanced oculomotor analysis, integrating 3D evaluation techniques with AI-enhanced diagnostics.
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Functional Neurology Excellence Bundle
A complete framework for understanding how the brain develops, adapts, and changes-equipping providers to find and fix neurological "software" problems invisible on imaging, yet life-changing when corrected.
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The CNS Curriculum™
From neurodevelopment to complex neurological presentations, this comprehensive program has been approved by CAGEN to qualify for the ACNB Diplomate in Chiropractic Neurology and the ACFN Fellowship in Functional Neurology examinations. It builds a deep, system-by-system understanding of the nervous system-giving you the tools to observe, examine, interpret, and address functional brain and nerve disorders with greater precision.
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Stroke and cerebrovascular recovery refers to the rehabilitation process following a stroke — an interruption of blood flow to the brain that damages neural tissue. Stroke is a leading cause of long-term disability, and the effects vary widely depending on the area and extent of injury, from movement and speech to cognition and vision. A defining principle of modern neurorehabilitation is neuroplasticity: the brain's ability to reorganize and form new connections. Recovery can continue well beyond the acute period, even though survivors are often led to believe that gains stop after a few months. A functional neurology approach to rehabilitation aims to harness that capacity throughout the recovery journey, identifying which functions remain recoverable and driving neuroplasticity through targeted, active rehabilitation. For survivors who were told they had reached their ceiling, the recognition that the brain can keep reorganizing — and that focused rehabilitation can keep engaging it — reopens a path to continued progress that standard timelines had seemed to close.
Stroke effects and recovery needs depend on the area of the brain affected:- Weakness or paralysis, often on one side- Speech, language, or swallowing difficulty- Balance, coordination, or gait problems- Visual field or eye-movement changes- Cognitive and memory challenges- Fatigue and emotional changes during recovery
A stroke damages a region of brain tissue, but the surrounding and connected networks retain a real capacity to reorganize — recruiting new pathways to take on lost functions. This neuroplasticity is the biological basis of recovery, and it can be engaged well beyond the acute period through targeted, repetitive, active rehabilitation. The common assumption that recovery simply plateaus after a few months badly understates this capacity, leaving the long recovery phase under-served and many survivors discouraged. A functional neurology approach that identifies which functions remain recoverable and deliberately drives neuroplasticity through targeted rehabilitation is what supports continued, meaningful progress over the months and years that follow.
What to expect
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