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The mission of the ACRM Neuroplasticity Networking Group is to synthesize and disseminate information about neuroplasticity for members of the ACRM community and to create a forum within the ACRM community for an ongoing dialogue on emerging implications of greater understanding of neuroplasticity on best practice within neurorehabilitation.

We seek to align the aims of the Neuroplasticity Group with the seven goals set in the 2009 NIH Blueprint for Neuroscience and to engage ACRM members in rising to the challenges set within the framework of the NIH Brain 2025 Initiative.



ACRM Conference Highlights for Neuroplasticity Programming

Check out the searchable ONLINE PROGRAM for descriptions, presenters, times and locations of sessions focused on neuroplasticity topics. Here are just a few of the highlights. Are you registered yet? Register early for the best rates >>

Neuroplasticity Special Symposium with Dr. Youssef Ezzyat


ACRM Instructional Course IC7


ACRM Instructional Course IC28


ACRM Instructional Course IC29


ACRM Instructional Course IC13




Theresa PapeCO-CHAIR

Theresa Louise-Bender Pape, DrPH, MA, CCC-SLP/L, FACRM
Clinical Neuroscientist
Hines VA Hospital
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Lynne GauthierCO-CHAIR

Lynne Gauthier, PhD
Director, Neurorecovery and Brain Imaging Lab
Ohio State University Wexner Medical Center
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Amy A. Herrold, PhD
Research Health Scientist, Edward Hines Jr., VA Hospital
Research Assistant Professor, Northwestern University, Feinberg School of Medicine, Department of Psychiatry and Behavioral Sciences
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Maheen Mausoof Adamson, PhD
Senior Scientific Research Director, Defense and Veterans Brain Injury Center (DVBIC)
Clinical Associate Professor Affiliated Neurosurgery & Psychiatry & Behavioral Sciences
Stanford School of Medicine
LinkedIn Profile



  • Task Force participation
  • Continuing education
  • Opportunity to plan educational courses for the ACRM Annual Conference
  • Networking
  • Collaborative research opportunities


The ACRM Neuroplasticity Networking Group is please to announce an exciting new quarterly webinar series focused on methods for measuring neuroplasticity. Check out our archive of past webinars and bookmark this page to watch for upcoming speakers and topics.

If you have a method you would like to share in a future webinar, please contact Lynne Gauthier and cc Theresa Pape and Amy Herrold.

See Archived Quarterly Webinars >>

When it’s time, CLICK HERE to join this webinar from your computer or tablet.

You can also dial in using your phone: 
United States: +1.872.240.3311
Access Code: 518-906-245

First webinar? CLICK HERE for a quick system check


Click the JOIN NOW button to learn more or contact Member Services at +1.703.435.5335 for personal assistance.




  • Bi-Monthly conference calls
  • Two face-to-face meetings each year: Mid-Year Meeting (spring) and in conjunction with the ACRM Annual Conference (fall).
  • Please contact a co-chair to learn more and get involved today!

Seeking Manuscript Co-Authors

Members of the Neuroplasticity Networking Group are seeking co-authors interested in collaborating on a manuscript discussing brain stimulation. The manuscript will focus on the use of non-invasive brain stimulation for measurement and intervention in the post-stroke lower extremity. Interested individuals should email Steve Page.




Biomarkers Task Force

Maheen AdamsonCHAIR: Maheen M. Adamson, PhD
Senior Scientific Research Director, Defense and Veterans Brain Injury Center (DVBIC)
Clinical Associate Professor Affiliated Neurosurgery & Psychiatry & Behavioral Sciences
Stanford School of Medicine
LinkedIn Profile

Purpose of the Task Force

  • Establish a networking group (with new members) that consists of neuroimaging, proteomic and genetic experts
  • Facilitate collaborations for research studies
  • Combine different methodologies and work with MVANG Novel Methods Task Force for symposium & pre-conference workshops
  • Increase brain stimulation and biomarker content at next ACRM meeting

Current Projects

Newcomer participation is welcome! 

  • Write an Information/ Education Page (I/EP) in ACRM Archives
  • Work with us on symposia submissions for presentation at the ACRM Annual Conference
  • Develop dissemination products from the symposium content
  • Organize webinars


Neuroplasticity refers to the ability of the nervous system to respond to new information and/or intrinsic or extrinsic stimuli by reorganizing and/or adapting its structure, function and connections. This dynamic reorganization and adaptation of the nervous system, seen during human development and in learning and memory, is increasingly recognized to play a role in responses of the nervous system to acute (ex. stroke, traumatic brain and spinal cord injury), chronic and progressive neurological disease (ex. developmental disorders, multiple sclerosis, Parkinson’s disease).

Adaptive and maladaptive forms of neuroplasticity have been observed following insults to the nervous system and there is a substantive need to advance our understanding of both, so we can enable and facilitate adaptive neuroplasticity to optimize recovery of neurological function. The need can be addressed, in part by bridging the gap between bench and bedside, and bringing consideration of neuroplasticity mechanisms to the treatment plans of brain and spinal cord injured patients.

One of the most valuable benefits of ACRM membership is the opportunity to participate in the many interdisciplinary special interest groups (ISIG) and networking groups.




Develop educational content for neuroplasticity for the ACRM Annual Conference (i.e., instructional courses, symposia, oral presentations, posters)

  1. Fundamental principles of neuroplasticity
    1. Basic science of neuroplasticity
    2. How neuroplasticity relates to theories of recovery and rehabilitation and concepts of compensation/restoration of function
  2. Spontaneous neuroplasticity following acquired nervous system injury (at the cellular, molecular, local and brain-wide neural circuit levels). Will include discussion of adaptive/positive and maladaptive/negative forms of neuroplasticity.
    1. Stroke
    2. TBI
    3. Developmental disorders
    4. Chronic adult onset neurodegenerative diseases (e.g., MS, PD, AD)
    5. SCI
  3. Interventions to modulate neuroplasticity: concepts related to linking brain activity to motor/cognitive/neurobehavioral functions with precise interventional tools that change neural circuit dynamics (i.e, demonstrating causality) including, but not limited to:
    1. Behavioral interventions
    2. Pharmacological intervention
    3. Brain stimulation noninvasive
    4. Brain stimulation invasive
    5. Stem cells
  4. Methods of assessing, measuring and monitoring neuroplasticity in individual patients


Research/ Collaboration

Cross-fertilize with other ISIGs and networking groups to develop manuscripts for neuroplasticity and rehabilitation. Initial project ideas include:

  1. Course development for annual conference
  2. Systematic review of neuroplasticity relevant to motor system
  3. Systematic review of neuroplasticity to cognitive function
  4. Develop standards of clinical care as it relates to evidence based neuroplasticity


 Clinical Trials Network

  1. Foster collaboration and multi-center efforts for translational research efforts relevant to neuroplasticity.
  2. Identify mechanisms to support initiation of multicenter clinical trials



Develop educational resources for the broader neuroplasticity community and expand professional opportunities for members. Initial ideas that will be finalized during the 2015 neuroplasticity networking membership meeting in Dallas, include:

  1. Place bios – call for collaborators in the online matching of skill to need
  2. Links to neuroplasticity tutorials
  3. List of grants/ funding sources supporting neuroplasticity research


Database building

(Code sharing; links to imaging and patient repositories, e.g., ADNI)