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Spinal Cord Injury • Multicenter Research Initiative

TRACK-SCI

SCOLI is proudly designated as a TRACK-SCI Investigator Group, joining an elite network of institutions advancing spinal cord injury research and treatment through standardized data collection, cutting-edge biomarker research, and evidence-based clinical protocols.

TRACK-SCI spinal cord injury research initiative

Research Excellence Designation

SCOLI is proudly designated as a TRACK-SCI Investigator Group, joining an elite network of institutions advancing spinal cord injury research and treatment through standardized data collection, cutting-edge biomarker research, and evidence-based clinical protocols.

About TRACK-SCI

TRACK-SCI (Transforming Research and Clinical Knowledge in Spinal Cord Injury) is a groundbreaking multicenter, prospective observational study that represents the largest coordinated effort to standardize spinal cord injury data collection and treatment protocols.

Multicenter Research Initiative

Led by the University of California San Francisco (UCSF) Brain and Spinal Injury Center, this Department of Defense-funded initiative brings together leading institutions to advance spinal cord injury research.

Standardized Care Excellence

We utilize the National Institute of Neurological Disorders and Stroke (NINDS) Common Data Elements, ensuring the highest standards of clinical documentation, treatment protocols, and patient outcomes measurement.

Benefits for Our Patients

Our TRACK-SCI designation directly benefits patients through evidence-based care protocols and access to cutting-edge research opportunities.

Evidence-Based Treatment Protocols

Patients receive care based on the latest research findings, including optimized blood pressure management, surgical timing protocols, and spinal perfusion pressure monitoring that have been proven to improve neurological recovery outcomes.

Comprehensive Data Collection

Our standardized approach to data collection includes detailed neurological assessments using the International Standard for Neurological Classification of Spinal Cord Injury (ISNCSCI), advanced imaging protocols, and systematic follow-up care that ensures nothing is overlooked.

Access to Cutting-Edge Research

Eligible patients may have opportunities to participate in groundbreaking research studies that are developing the next generation of spinal cord injury treatments, from biomarker-guided therapies to novel surgical techniques.

Research Excellence

Our TRACK-SCI investigator group designation demonstrates SCOLI’s commitment to advancing spinal cord injury care through rigorous research, standardized protocols, and collaborative innovation. This designation ensures our patients receive care that is informed by the latest scientific evidence and contributes to improving outcomes for future spinal cord injury patients worldwide.

Advancing the Field

Through our participation in TRACK-SCI, SCOLI contributes to the development of evidence-based standards of care, novel biomarkers, and improved treatment protocols that are transforming spinal cord injury medicine. Our patients benefit from care that is continuously refined by ongoing research and clinical discoveries.

TRACK-SCI Impact

Our participation in TRACK-SCI brings measurable benefits and research excellence to spinal cord injury care:

  • 2013 - Program Founded
  • Multiple - Research Sites
  • DOD - Funded Initiative
  • NINDS - CDE Standards

Contact Information

For questions about TRACK-SCI research participation or clinical care protocols, please contact our site coordinator Dr. Ayesha Akbar Waheed at waheedaa2@upmc.edu.

  • Research: Ask about participation opportunities
  • Clinical Care: Evidence-based treatment protocols
  • Follow-up: Standardized outcome assessments
  • Innovation: Access to latest research developments

Mission

To advance spinal cord injury research and treatment through standardized data collection, cutting-edge biomarker research, and evidence-based clinical protocols as part of the TRACK-SCI multicenter research initiative.

Primary Research Areas

Blood Pressure Management

Optimizing hemodynamic protocols for improved spinal cord injury recovery outcomes

MRI-Based Biomarkers

Advanced imaging techniques for injury assessment and prognosis prediction

Surgical Timing Protocols

Evidence-based protocols for optimal decompression and stabilization timing

Blood Biomarkers

Gene expression analysis for injury severity prediction and recovery potential assessment

Spinal Perfusion Monitoring

Monitoring and optimization of spinal cord blood flow during critical care phases

Standardized Data Collection

NINDS Common Data Elements implementation for comprehensive outcome measurement

Research Methodology

Our TRACK-SCI research utilizes the National Institute of Neurological Disorders and Stroke (NINDS) Common Data Elements, ensuring the highest standards of clinical documentation, treatment protocols, and patient outcomes measurement. We employ standardized neurological assessments using the International Standard for Neurological Classification of Spinal Cord Injury (ISNCSCI), advanced imaging protocols, and systematic follow-up care. Our multicenter approach enables large-scale data collection and validation of treatment protocols across diverse patient populations. We collaborate with leading institutions including UCSF, Ohio State University, and the University of Washington to advance spinal cord injury research through coordinated efforts.

Current Initiatives

Blood-Based Biomarker Development

Ongoing

Cutting-edge research in blood-based biomarkers that can predict injury severity and recovery potential, revolutionizing diagnosis and treatment during the critical acute care phase.

Evidence-Based Care Protocols

Active Implementation

Implementation of optimized blood pressure management, surgical timing protocols, and spinal perfusion pressure monitoring that have been proven to improve neurological recovery outcomes.

Multicenter Data Standardization

Continuous

Collaborative effort to standardize spinal cord injury data collection and treatment protocols across multiple leading institutions to accelerate research translation.

Principal Investigators

Nitin Agarwal, M.D.

Co-Director, SCOLI; Associate Professor of Neurological Surgery

D. Kojo Hamilton, M.D.

Co-Director, SCOLI; Professor of Neurological Surgery

Key Research Personnel

Dr. Ayesha Akbar Waheed

TRACK-SCI Site Coordinator

Spinal Cord Injury Research

waheedaa2@upmc.edu

Research Collaboration

Our TRACK-SCI designation connects us to a network of leading institutions including the University of California San Francisco (UCSF) Brain and Spinal Injury Center, Ohio State University, and the University of Washington. This collaborative network fosters innovative research that accelerates discovery translation and advances the field of spinal cord injury medicine through coordinated multicenter efforts.

Training Opportunities

Training opportunities are available for researchers interested in spinal cord injury research, multicenter study coordination, and standardized clinical protocols. We offer comprehensive training programs that combine theoretical knowledge with hands-on experience in TRACK-SCI research methodologies and evidence-based clinical care protocols.