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A method to identify modulators for regulatory T cell functions

Description:

Technology Overview: 

Maintenance of tolerance to self-antigens is essential for the prevention of autoimmunity. This process is known to involve specific regulatory T cells (Treg) and the expression of the forkhead family transcription factor, FOXP3.

 

FOXP3 is a “sufficient” regulator of the development and function of peripheral Treg cells, but the molecular mechanisms of FOXP3-mediated immunological regulation are still poorly understood.

 

Mutations in the forkhead domain of FOXP3 are found in the fatal recessive disorder, “X-linked autoimmunity and allergic dysregulation syndrome” (XLAAD) or “Immunodysregulation, polyendocrinopathy and enteropathy, X-linked syndrome” (IPEX). These individuals fail to develop CD4+CD25+ T cells and experience varied symptoms from insulin-dependent diabetes to anemia, as well as massive T cell infiltration of the skin and gastrointestinal tract.

 

The present invention features methods of identifying immune response modulators by measuring various aspects of FOXP3 function. 

 

Advantages: 

  • An approach to identify novel inhibitors for diseases that regulatory T cells are involved.
  • Specific to FOXP3 functions that are relevant to the binding to HDAC and HAT.

Inventor:

Mark Greene, M.D., Ph.D., F.R.C.P.  

 

Stage of Development: 

Elucidation of mechanism of action in an in vitro model system of human cells from with XLAAD/IPEX patients. 

 

Intellectual Property: 

US Patent 8,846,308.

 

Reference Media: 

Li, B et al.  International Immunology 19.7 (2007): 825-35. 
 

Desired Partnerships: 

License

 

Docket # T4518

 

Download PDF

 


Patent Information:
For Information, Contact:
Viviane Martin
University of Pennsylvania
215-746-4275
martinv@upenn.edu
Inventors:
Mark Greene
Keywords:
Autoimmune