Harvard NeuroRehabilitation 2026

Description

+ Include: 41 videos + 41 file sub vtt + 46 pdfs, size: 25.3 GB
+ Target Audience: physiatrists, neurologists, geriatricians, internists, family practitioners
+ Sample video: contact me for sample video
+ Information:

Stay ahead of the rapidly expanding options to help patients with stroke, SCI, TBI, and functional and degenerative neurological diseases. In this program, neurorehabilitation experts provide updates and state-of-the-art clinical interventions that improve health, function, and quality of life for patients requiring neurological rehabilitation.

Comprehensive Neurorehabilitation Update
Cutting-edge strategies, updates, and best practices for state-of-the-art rehabilitation
NeuroRehabilitation 2026 is a live online course, using live streaming, electronic Q&A, and other remote learning technologies.
Stay ahead of the rapidly expanding options to help patients with stroke, SCI, TBI, and functional and degenerative neurological diseases.
In this program, some of the country’s most experienced neurorehabilitation experts provide updates and state-of-the-art clinical interventions that improve health, function, and quality of life for patients requiring neurological rehabilitation.
2026 Course Highlights Enhanced and Accelerated Recovery
This program includes important updates, new best practices, and state-of-the-art approaches to enhance and accelerate recovery, including:

Denervation and surgical procedures for spasticity
Pharmacologic approaches to spasticity
Pharmacologic options for aggressive behavior after TBI
Treatment of pituitary disorders after TBI
Insight, awareness, and denial in neurorehabilitation
Cutting-edge treatment of multiple sclerosis
Advances in stroke rehabilitation
Pediatric TBI
Vestibular rehabilitation after TBI
Swallowing and dysphagia management

Improved Quality of Life
This program includes strategies, best practices, and cutting-edge approaches to help foster quality of life:

Vision rehabilitation after stroke
Patient-caregiver dyads in the ICU to prevent chronic emotional distress
Women’s health in SCI
Mild TBI and PTSD in the military
Family and caregiver support
Approaches to obesity in neurorehabilitation

Evolving Treatment Options
This program offers attendees the opportunity to learn about the future of treatment options and how and when they will impact patient outcomes:

Artificial intelligence in neurorehabilitation
Virtual reality treatments
Forced exercise in Parkinson’s disease
Advances in pharmacologic treatment of depression
Advanced technology in the rehabilitation of SCI

Expanded Understanding of a Wide Range of Neurological Conditions
Through this program, Physicians, NPs, PAs, PTs, OTs, SLPs, and Psychologists can deepen their knowledge and optimize clinical decisions concerning the following neurorehabilitation issues:

Advanced neuroimaging of TBI
Recovery and outcome after mild TBI
The CBI-M framework for classifying TBI
ASIA classification of SCI
Functional neurologic disorders and post-concussion symptoms
Chronic traumatic encephalopathy
The cerebellar cognitive affective syndrome
Covert consciousness in TBI
Amyotrophic lateral sclerosis
Autonomic nervous system after TBI
Withdrawal of life-sustaining treatment

Learning Objectives

Upon completion of this course, participants will be able to:

Summarize the research evidence base for neurorehabilitation practice.
Integrate state-of-the-art, evidence-based approaches to neurorehabilitation into their care of patients.
Evaluate advances in research that will lead to future approaches to neurorehabilitation.
Describe the risk factors for chronic traumatic encephalopathy.
Discuss the treatment of adults with early childhood disorders of the central nervous system.
Discuss how virtual reality can be used to treat patients with neurologic disorders.
Describe the approach to working with patients with functional neurologic disorders.

Discuss factors in research studies that can lead one to a false presumption of causality.
Discuss appropriate treatments for spasticity after CNS injury or disease.
Summarize the relationship between neurologic and psychological denial in people with stroke and traumatic brain injury.
Describe approaches to obesity and cardiometabolic disease in neurorehabilitation patients.
Describe three surgical approaches to neuro-orthopedic disorders of the upper limb.
Describe the use of antidepressants other than SSRIs and SNRIs in neurorehabilitation.

Who Should Participate

Physicians: Physiatrists, Neurologists, Geriatricians, Internists, Family Practitioners
Physical Therapists
Occupational Therapists
Speech-Language Pathologists
Nurse Practitioners
Physician Assistants
Nurses
Psychologists

…and other health professionals interested in neurological rehabilitation

+ Topics:
Dưới đây là danh sách tổng hợp tên các bài giảng được trích xuất từ các hình ảnh bạn đã cung cấp (đã lược bỏ các đuôi file .mp4, .pdf, .vtt để bạn dễ theo dõi):

01 KEYNOTE Artificial Intelligence in Neurorehabilitation The Good, the Bad, and the Ugly

02 Insight, Awareness, and Denial in Neurorehabilitation

03 Surgical Approaches to NeuroOrthopedic Disorders of the Upper Limb Following Stroke, SCI, and TBI

04 1A Interventions to Support Family and Caregivers in Neurorehabilitation

05 1B Forced Exercise for Parkinson’s Disease

06 1C Chemo- and Cryo-Denervation Procedures for the Treatment of Spasticity

07 2A Autonomic Nervous System and Brain Blood Flow after Traumatic Brain Injury

08 2B Obesity and Metabolic Syndrome after TBI and Stroke

09 2C Cutting-Edge Treatment of Multiple Sclerosis

10 3A Vestibular Rehabilitation Dr. Katie MacDonald

11 3B Posthospital Residential Rehabilitation Programs for Stroke and TBI

12 3C The Use of Advanced Technology for SCI in Neurorehabilitation Clinical Practice

13 4A Mild TBI and PTSD in the Military

14 4B Advances in Stroke Rehabilitation and Recovery

15 4C Pharmacologic Treatment of Spasticity

16 KEYNOTE Virtual Reality in Neurorehabilitation

17 Promoting Critical Analysis of Scientific Literature for Neurorehabilitation Clinicians How Scientists Fool Themselves

18 5A Pharmacologic Approaches to Attentional Disorders After TBI

19 5B-C Central Neuropathic Pain in CNS Trauma and Disorders

20 6A Recovery and Outcome of Patients with Cognitive Motor Dissociation (Covert Consciousness) After Severe TBI

21 6B Effect of Exercise Intensity on Aerobic Fitness After Stroke

22 6C Neurorehabilitation of Adults with Childhood CNS Disorders

23 7A Advanced Neuroimaging After TBI

24 7B Cognitive Impairment, Capacity, and Decision-Making

25 7C Home Modifications and Environmental Control Units (ECUs)

26 8A The CBI-M Framework for Classifying TBI

27 8B Vision Rehabilitation After Stroke

28 8C Women’s Health After SCI

29 9A Recovery and Outcome After Mild TBI

30 9B Swallowing and Dysphagia Management

31 9C Update on Amyotrophic Lateral Sclerosis

32 10A Pediatric TBI Dr. Brian Wishart

33 10B Depression Advances in Pharmacologic Approaches-Beyond SSRIs and SNRIs

34 10C Research Trends and Innovations in SCI Rehabilitation

35 Risk Factors and Clinical Manifestations of Chronic Traumatic Encephalopathy

36 11A Pituitary Disorders after TBI

37 11B The Cerebellar Cognitive Affective Syndrome

38 11C ASIA Classification

39 Recovering Together Patient-Caregiver Dyads in the Neuro-ICU to Prevent Chronic Emotional Distress

40 Functional Neurologic Disorders and Post-Concussive Symptoms

41 Panel Withdrawal of Life-Sustaining