What they reported doing
- #1 primary $302KSEE ATTACHED STATEMENT
What they call their work
What they do
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Neurological Disorder Research & Rehabilitation 4 activities
- Conducting clinical trials on stem cell therapies for progressive multiple sclerosisExecutes FDA-approved Phase I and Phase II placebo-controlled, double-blind clinical trials evaluating mesenchymal stem cell therapy for progressive MS, with published results showing neurological and functional improvements, including enhanced bladder function and mobility outcomes.
- Conducting cutting-edge research on the causes, mechanisms, and potential cures for multiple sclerosisPerforms foundational and translational research in neuroimmunology to understand the biological mechanisms of multiple sclerosis, including myelin sheath destruction, lesion formation, and disease triggers such as Epstein-Barr virus. Develops animal models and uses patient-derived samples to study progressive forms of MS (PPMS and SPMS).
- Developing and utilizing advanced neural models to study MS progression and repairProduces cerebral organoids ("mini brains") and 2D/3D neural cultures from patient-derived induced pluripotent stem cells (iPSCs) to model neuroinflammation, neurodegeneration, and myelin repair in multiple sclerosis. Conducts experiments using EBV-exposed brain organoids to investigate viral links to MS.
- Publishing and disseminating original scientific findings on multiple sclerosisProduces and publishes peer-reviewed research, including landmark studies on myelin repair failure and patient-derived spinal cord organoids, contributing over 100 original scientific papers to the field of MS research.
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Genetic and Neurological Disease Research Funding 1 activity
- Funding multiple sclerosis research at Tisch Center through annual donationsDonates an annual portion of proceeds to support multiple sclerosis research at the Tisch Multiple Sclerosis Research Center of New York Inc., enabling ongoing scientific investigation and therapeutic development.
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Medical Professional Education & Training 1 activity
- Hosting educational forums to advance scientific knowledge in MSOrganizes weekly journal clubs and grand rounds, both in-person and virtual, to discuss recent advancements in MS research, and conducts internal education sessions to integrate new scientific methodologies into laboratory practice.
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Research and Scholarly Fellowship Support 1 activity
- Training early-career scientists and research assistants in MS researchOffers two-year research assistant rotations for college graduates and provides fellowships for physicians and scientists, training over 100 individuals since 2006, with all second-year participants in 2021 matriculating to top medical or graduate programs.
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Who runs it
| Name | Title | Hours/wk | Compensation |
|---|---|---|---|
| Violaine Harris | Senior Research Scientist | 40 | $265K |
| Amanda B Oppenheimer | Chief Operating Officer | 40 | $183K |
| Talene Kelly | Director of Development | 40 | $139K |
| Jerry Lin | Senior Staff Associate | 40 | $135K |
| Jamie Wong | Research Scientist | 40 | $131K |
| Masooda Sultani | Production Supervisor | 40 | $128K |
- Alan Tisch — Director
- Alla Weisberg — Director
- Bernadette Mariani — Nominating Committee Chair
- Bonnie Eisler — Director
- Bonnie Tisch — Director
- Bradley H Freidrich — Director
- Charles Thoele — Director
- Cliff Eisler — Treasurer
- Cynthia Brodsky — Director
- Daniel Tisch — Director
- Deven Parekh — Director
- Elizabeth Maslow Montesano — Director
- Enke Bashllari PhD — Director
- Greta Rubin Schwartz — Director
- Hillary Mandel — Director
- James Mariani — Director
- Jimmy Connell — Director
- Lee J Seidler — Chairman Emeritus
- Monika Parekh — Director
Who they work with
- Bugged Out Partner — Children's apparel brand that annually donates a portion of proceeds to support MS research at Tisch MS Research Center of New York Inc.
- Dr. Saud A. Sadiq Government — Scientific leader and principal investigator guiding research at Tisch MSRCNY
- Dr. Saud Sadiq Government — Lead neurologist and leader of the Tisch MS Research Center of New York.
- Frontiers in Cellular Neuroscience Network — Journal in which the organization published research on myelin repair failure in progressive MS.
- Goodshop Partner — Partner platform enabling supporters to shop for MS by directing a portion of purchases to Tisch MS.
- International Society for Stem Cell Research Partner — Collaborates with and participates in the annual meeting of the International Society for Stem Cell Research to exchange research findings and advance regenerative medicine.
- Tisch MS Research Center of New York Network — Member of the network of multiple sclerosis research organizations operating under the name Tisch MS Research Center of New York.
- eBay For Charity Partner — Partner platform allowing sellers to designate proceeds from eBay sales to support Tisch MS.
- iGive.com Partner — Partner platform enabling supporters to shop for MS by directing a portion of purchases to Tisch MS.
How they approach the work
Named approaches extracted from this org’s sources. Where others share an approach, follow it to see the full set of orgs running it.
- Early-Career Scientist Development Through Structured Trainingmethodology: early-career_scientist_developmentBy providing structured research training, publication requirements, and academic integration through journal clubs and critical review, the organization cultivates the next generation of MS researchers, because early exposure to rigorous scientific practice increases long-term career retention and research quality.
- Interdisciplinary Translational Research Modelmethodology: interdisciplinary_translational_researchBy integrating scientists and clinicians across disciplines, the organization accelerates the translation of laboratory discoveries into clinical applications, because cross-functional collaboration bridges gaps between basic science and patient care.
- Neuroimmunology-Focused Research Pathwaymethodology: neuroimmunology-focused_researchBy concentrating research efforts on neuroimmunology, the organization aims to uncover the biological mechanisms of multiple sclerosis and advance toward a cure, because this scientific pathway directly addresses the autoimmune nature of the disease.
- Patient-Specific Organoid Modeling for Disease Mechanism Studymethodology: patient-specific_organoid_modelingBy using patient-specific cerebral organoids to model MS in vitro, the organization studies individualized disease biology, because these lab-grown neural systems replicate key features of the human brain and spinal cord, enabling targeted investigation of pathological mechanisms.