Mini-Fellowship in Neuroradiology
Advanced MRI Spine Interpretation & Clinical Integration Program
Administered by The Academy of Chiropractic
42 CE and CME Credits | PACE Recognized | SUNY Buffalo Medical - Cleveland University–Kansas City Chiropractic Approved
Elevating Diagnostic Precision Through Harvard-Trained Neuroradiology Mentorship
The Mini-Fellowship in Neuroradiology is an advanced postgraduate training program designed exclusively for doctors who have successfully completed an MRI Credentialing program and seek to master MRI spine interpretation, neuroradiology principles, and clinical imaging integration.
Neuroradiology is a subspecialty of radiology focused on advanced imaging of the brain, spine, spinal cord, and peripheral nervous system. It involves the detailed interpretation of MRI, CT, and related imaging technologies to diagnose structural abnormalities, neurological disease, traumatic injury, degenerative pathology, and complex spinal conditions. In the context of spine care, neuroradiology provides the critical diagnostic framework for identifying disc pathology, ligamentous injury, neural compression, spinal cord abnormalities, and comorbid conditions that may directly influence prognosis and treatment planning.
The Mini-Fellowship in Neuroradiology is an advanced postgraduate training program designed for doctors who have completed MRI Credentialing and are committed to mastering high-level MRI spine interpretation through structured research, live neuroradiology evaluation, and peer-reviewed scholarly contribution.
Participants train directly under Robert Peyster, MD, CAQ (Neuroradiology) — a Harvard-trained neuroradiologist and Section Chief of Neuroradiology at the State University of New York at Stony Brook School of Medicine.
The program is administered by the Academy of Chiropractic and formally recognized by:
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Cleveland University–Kansas City, Chiropractic and Health Sciences
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Federation of Chiropractic Licensing Boards (PACE-Approved)
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State University of New York at Buffalo, Jacobs School of Medicine and Biomedical Sciences
Successful completion awards 42 Continuing Education Credits.
Why This Mini-Fellowship Matters
Modern spine care demands more than basic MRI literacy. Physicians must:
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Distinguish symptomatic vs. asymptomatic findings
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Interpret complex disc pathology
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Identify comorbid and intradural/extradural abnormalities
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Apply contemporary nomenclature and reporting standards
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Correlate imaging findings with clinical decision-making
This program bridges the gap between theoretical MRI knowledge and real-world diagnostic performance — enhancing clinical accuracy, professional credibility, and patient outcomes.
Program Structure
The fellowship is delivered in three rigorous phases:
PART 1: Advanced Research & Competency Testing
24 Hours | 15 Research Articles | 15 Examinations
Participants complete structured study of 15 contemporary peer-reviewed research articles covering:
Core Spine MRI Topics
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Modic changes and vertebral endplate pathology
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Discogenic pain mechanisms
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Annular tears and fissures (radial, circumferential, transverse)
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Symptomatic vs. asymptomatic disc herniations
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Cervical musculature relationships to MRI findings
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Neurological innervation patterns
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Kinetic and functional MRI applications
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Mechanisms of spinal injury visualization
Advanced Imaging & Pathology Topics
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MRI physics and sequencing principles
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Spinal morphology and anatomical variations
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Intradural vs. extradural abnormalities
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Disc pathology classification systems
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Imaging utilization standards
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Emerging MRI technologies
Each article is paired with a structured competency examination.
Total study time per article and exam: 1 hour 36 minutes.
To maintain evidence-based relevance, outdated research is continually replaced with updated peer-reviewed literature, ensuring fellows remain aligned with contemporary diagnostic standards.
Outcome:
Doctors develop deep interpretive expertise grounded in current scientific evidence and clinical application.
PART 2: Live Neuroradiology Evaluation
8 Hours | 60 MRI Sequences | 2,500+ Images
Under direct evaluation by Robert Peyster, MD, CAQ, candidates analyze:
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60 complete MRI sequences
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Over 2,500 diagnostic images
Required Competencies
Participants must accurately identify and document:
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Disc bulges
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Radial, circumferential, and transverse fissures
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Venous varices
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Disc protrusions
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Disc extrusions
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Sequestered herniations
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Migrated/comminuted extrusions
Advanced Requirements
Candidates must demonstrate:
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Mastery of MRI sequencing selection
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Accurate use of contemporary nomenclature
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Differentiation between normal anatomical variants and pathology
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Clinical correlation of imaging findings
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Structured, precise reporting methodology
This phase ensures physicians move beyond passive interpretation to diagnostic authority-level proficiency.
Outcome:
Graduates demonstrate measurable competence in high-level spine MRI interpretation and structured radiologic reporting.
PART 3: Scholarly Case Report Publication
10 Hours | Peer-Reviewed Submission to British Medical Journal (BMJ) Group
Fellows must author and submit an original case report demonstrating how MRI influenced:
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Diagnosis
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Prognosis
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Treatment planning
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Clinical decision-making
Publication Standards
The case report must:
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Follow established BMJ case report guidelines
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Include diagnostic imaging
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Contain no more than 20 references
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Undergo peer review
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Be submitted to the British Medical Journal (BMJ) Group for consideration
Research paper instructions: https://primaryspinecare.net/index.php/research-instructions
The candidate must serve as primary author.
Academic Leadership
Robert Peyster, MD, CAQ (Neuroradiology)
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Harvard-trained neuroradiologist
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Certificate of Added Qualification (CAQ) in Neuroradiology
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Section Chief of Neuroradiology
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State University of New York at Stony Brook School of Medicine
Dr. Peyster provides direct evaluation, instruction, and mentorship throughout the fellowship.
Mark Studin, DC, FPSC, FASBE(c), DAAPM
What Graduates Gain
✔ Advanced MRI spine interpretation mastery
✔ Evidence-based diagnostic confidence
✔ Refined reporting skills using contemporary nomenclature
✔ Publication experience in peer-reviewed literature
✔ 40 CE credits (PACE Approved)
✔ University-recognized certification
✔ Competitive differentiation in spine imaging