The Duke Center for Research in Autoimmunity and Multiple Sclerosis (DREAMS) is a multidisciplinary group of basic and clinical researchers dedicated to improving our understanding of, and patient care for, MS and autoimmune disease (AI). Your gift to DREAMS can help fund this much-needed research.


DREAMS allows researchers throughout Duke to collaborate, facilitate novel research by the provision of seed funding, and improve education awareness and outreach of MS and auto-immune (AI) diseases. Established in 2015, DREAMS includes 19 faculty members from 7 departments within the Duke School of Medicine.

Investigators from the basic sciences are studying AI- and MS-related topics including model systems of disease pathology, immune cell regulation and function, re-myelination, and the role of environmental factors such as diet on MS and AI diseases. Our clinical research includes the neuroimmunological mechanisms associated with diseases including paraneoplastic syndrome, myasthenia gravis, and pediatric infectious disease, while further characterizing the pathoetiology of MS and its subtypes. An additional underpinning of DREAMS is its investment in clinical and patient education, as well as the initiation of a dedicated LP clinic that will collect cerebrospinal fluid for future MS and AI research.

Simon Gregory, PhD, Director of Research
Simon Gregory and his collaborators were the first to identify genetic association of a MS gene outside of the MHC. Gregory is also Principal Investigator of the MURDOCK-MS study, a 1,000 patient MS collection that aims of understanding the mechanisms associated with MS development and progression, and the generation of multi-omic biomarkers to facilitate reclassification of the disease.

Christopher Eckstein, MD, Co-Director of Research
Christopher Eckstein, MD joined the clinical staff at the Duke Neurology Department in 2015 and co-developed the DREAMS concept with Simon Gregory, PhD, and Department of Neurology chair, Richard O’Brien, MD, PhD later that year. Dr. Eckstein’s clinical research interest is associated with Autoimmune Encephalopathies specifically their diverse clinical manifestations and therapeutic response. Eckstein has recently developed a lumbar puncture clinic at Duke who goal, in addition to providing material for diagnosis, is to bank CSF for future research by DREAMS faculty.

Mark Skeen, MD Director of Clinical Research and Education
Mark Skeen, MD, collaborates with researchers within DREAMS, the Duke Clinical Research Institute, and other organizations to establish new directions for research, and act as an ambassador for DREAMS and to identify and recruit study participants to clinical trials and basic research within Duke.

F. Lee Hartsell, MD, MPH, Director of Connected Health 
F. Lee Hartsell’s clinical interests include CNS inflammatory demyelinating diseases including MS, neuromyelitis optica and transverse myelitis. In addition to research interests of emerging MS therapies and understanding the role of Vitamin D in MS, Dr. Hartsell has been collaborating with Katherine Heller to develop an MS iPhone app that uses machine learning and mobile technology to classify of daily MS patient symptoms, engage and educate users, and aggregates symptom patterns for patients and their providers.

As directors of clinical research, Mark Skeen, MD, and Chris Eckstein, MD collaborate with researchers within DREAMS, the Duke Clinical Research Institute, and other organizations.  They help to identify and recruit study participants, establish new directions for research, and act as an ambassador for DREAMS by convincing researchers within Duke to join the project.

Mark Skeen, MD – Director of Clinical Research
Chris Eckstein, MD - Associate Director of Research


  • John Yi, PhD (Surgery) – Myasthenia gravis immune profiling Rehabilitation/Traumatic brain injury

Traumatic Brain Injury and Neurorehabilitation


  • Mays Antoine El-Dairi, MD (Opthamology):
    • MS and ophthalmic manifestations
    • monitoring ophthalmic manifestations in adult and pediatric intracranial hypertension

    • monitoring eye deformation in high intracranial pressure (ICP)

    • monitoring vision and optic nerves in babies with neurologic disease from prematurity or hypoxic ischemic encephalopathy



DREAMS' basic research faculty seeks to improve our understanding of the origins and progression of MS and AI disease, as well as the body's response to the condition and treatment, examining new imaging techniques, specific elements of the body's immune response, the condition of neuronal myelin over time, and how nutrition affects disease progression.

Genomics and Epigenetics:




Nutrition and Immunity:

To facilitate research and patient education, DREAMS funds monthly journal clubs and quarterly dinners, bursaries for trainee education, and seed funding for novel high-risk, high-reward research that will transform our understanding of MS and AI, and which will be translated into larger government and foundation-sponsored research. Give to DREAMS here.

Duke Neurology Research Round Up, September 2023

A new blood-based test for Parkinson’s disease, improved monitoring techniques for epilepsy, and a chapter discussing the use of transcranial magnetic stimulation (TMS) as a noninvasive treatment for dystonia are just a few examples of the latest research from members of the Duke Neurology Department.

Gregory Honored for Breast Cancer Gene Discovery

In December 1995, the work of over 40 researchers culminated with a landmark publication in Nature. The team had discovered a second breast cancer susceptibility gene: BRCA2. Their discovery revolutionized cancer research and screening in breast, ovarian, and prostate cancers and has impacted millions of people’s lives in the years since.

Duke Neurology 2022: A Year in Review (Part 1 of 2)

The Duke Neurology Department continued to grow and advance its missions of patient care, research, and training the next generation of neurology providers in 2022. Highlights from the first half of our calendar year include national and Duke-wide awards recognizing our faculty’s contributions to the field of diversity, inclusion, and neurology as a whole. The same period also saw the growth of the new Duke/UNC Alzheimer’s Disease Research Center and three of our neurologists don helmets and get in their racing care.

Duke Neurology Research Round Up, November 2022

This October, members of the Duke Neurology Department advanced the fields of clinical and translational neuroscience, contributing to 14 new peer-reviewed studies and one book chapter. Highlights from our recent research include validation of new automated measures that evaluate handwriting for dystonia symptoms, a discussion of the effects of blood pressure on head and facial pain, and a discussion of presentations of a neuroimmune disorder known as MOGAD.

Faculty Spotlight: Nathan "Troy" Tagg, MD

Nathan “Troy” Tagg, MD, has been fascinated in both vision and the brain and nervous system since his first year of medical school. Now, he’s following both of those passions as a neuro-ophthalmologist and neuro-immunologist at Duke. For this week’s “Faculty Spotlight” interview, Tagg talks to us about an early learning module that cemented his interests, the joys of helping patients with their vision, and enjoying outdoor time with family when he’s not at Duke.

Student Spotlight: Nidhila Masha

Since childhood, Nidhila Masha has been fascinated by the human brain as a “final frontier” still open for additional discoveries and study despite the advances of modern science. Now, as a third-year medical student at the Duke University School of Medicine, she’s exploring that frontier--and upending conventional wisdom--with a research project examining therapies for multiple sclerosis (MS) during the COVID-19 pandemic. For this week’s Spotlight interview, Masha talks to us about how her research will help patients with MS make more informed decisions about their therapy choices.

Stem cell transplantation for multiple sclerosis: Searching for a cure

A multicenter, phase III interventional clinical trial being offered at Duke through the Immune Tolerance Network is examining the efficacy of autologous hematopoietic stem cell transplantation, an emerging therapy for patients with active, treatment-resistant relapse-remitting multiple sclerosis (MS). The condition causes inflammatory flares in the brain and spinal cord once every 12 to 15 months on average.