Functional Neurology Management of Concussion Level 2

Level 2 of Functional Neurology Management of Concussion moves beyond symptom lists into the network, sensory, and physiological complexities that often hold patients back. With advanced diagnostics, layered rehabilitation strategies, and structured workflows, you'll be ready to resolve barriers that keep recovery from reaching its full potential.

Matthew Antonucci

Level:

-1

Multiple Levels

Credit Hours:

287

Price:

11900

(

% off)

11900

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Course Description

Recovery after concussion is rarely linear-hidden deficits in networks, autonomic control, sensory processing, and vision can keep patients from regaining full capacity. Functional Neurology Management of Concussion - Level 2 is built for clinicians who want to uncover and address these deeper limitations. Through sessions on neurological network entanglement, dysautonomia, vestibular impairments, cognitive neuroscience, and sensory-motor integration, you'll learn to identify issues that persist beneath the surface and to design interventions that address them systematically. You'll also refine your skills in quantifying dysfunction, sequencing therapies for maximum synergy, and integrating findings into patient-centered treatment plans. The program's hands-on laboratories and resource libraries ensure that you leave with both the insight and the structure to manage complex cases more completely-helping patients progress beyond plateaus toward a full return of function.

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What you’ll learn:

Identify and address hidden network, vestibular, visual, and autonomic deficits that limit concussion recovery.
Use objective measures to quantify dysfunction and guide targeted, individualized rehabilitation plans.
Integrate sensory, visual, cognitive, and autonomic therapies into cohesive, synergistic treatment strategies.
Develop efficient clinical workflows that translate complex findings into actionable patient management.
Apply research-informed protocols to move patients beyond recovery plateaus toward full functional restoration.

Components

Educational Syllabus

The Entanglement of Neurological Hubs and Edges After Concussion - Resource Library
- Post-concussion symptoms often linger when network communication is disrupted. This reference library equips you with research, visuals, and clinical tools to understand and address hub-and-edge dysfunction more effectively.
The Entanglement of Neurological Hubs and Edges After Concussion
- Network-level disruption can quietly stall recovery. Learn how to recognize and restore healthy connectivity patterns, improving integration across critical brain systems.
Autonomic & Physiologic Dysfunction After Concussion - Resource Library
- Autonomic imbalance can keep patients from regaining stamina and self-regulation. Access curated literature and clinical references to guide targeted, restorative interventions.
Autonomic & Physiologic Dysfunction After Concussion
- Explore how concussion alters cardiovascular, respiratory, and stress-response control-and how to recalibrate these systems for better tolerance and resilience.
The Cognitive Neuroscience of Concussion - Resource Library
- Cognitive fog and slowed processing can persist long after other symptoms fade. This library deepens your resources for assessment and rehabilitation of cognitive domains.
The Cognitive Neuroscience of Concussion
- Examine how injury affects attention, memory, and executive control, and learn strategies to rebuild these functions so patients can return to demanding mental tasks.
Implications of Peripheral and Central Vestibular Dysfunction in Concussion - Part 1
- Vestibular deficits can subtly undermine confidence and stability. Identify peripheral dysfunctions early and apply interventions that restore orientation and movement control.
Implications of Peripheral and Central Vestibular Dysfunction in Concussion - Part 2
- Central vestibular impairments often go undetected without targeted testing. Learn to pinpoint and treat these issues to improve balance, gaze control, and mobility.
Alterations in Sensory-Motor Processing in Concussion
- Disrupted sensory-motor integration can make movement inefficient and exhausting. Explore methods to restore smooth, coordinated responses across systems.
Quantifying Visual and Oculomotor Dysfunction in Concussion
- Subtle visual tracking and focusing problems can limit progress. Gain objective measurement tools that guide precise, individualized visual rehabilitation.
Neuro Skill Laboratory 2.7 - Developing and Performing a Comprehensive Concussion Evaluation
- Missed findings can slow or misdirect recovery. Practice building complete evaluations that uncover hidden deficits across vestibular, cognitive, sensory, and autonomic domains.
Incorporating Autonomic and Vestibular Rehabilitation
- When these systems recover together, outcomes accelerate. Learn how to integrate both in a coordinated plan that shortens recovery time and improves patient confidence.
Sensory Integrative Therapies, Orthoptic Exercises, and Layering Cognitive Function Therapies
- Combining therapies strategically can amplify results. Explore how to sequence sensory, visual, and cognitive interventions for greater functional gains.
Neuro Skill Laboratory - Therapeutic Procedures, Clinical Workflows, Patient Management, and Treatment Plan Creation Workshop
- Complex cases require clear structure. This workshop helps you translate findings into efficient workflows and treatment plans patients can follow and trust.

Venue, Hotels & Schedule

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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