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Contact Information: E-mail: [email protected] Tel: 304 696-3892

Contact Information:E-mail: [email protected] Tel: 304 696-3892

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Contact Information:E-mail: [email protected] Tel: 304 696-3892. Regulation of Th Cell Subset Differentiation. Cell Lineage Plasticity of Treg Cells . Therapeutic Application of Treg Cells. - PowerPoint PPT Presentation

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Page 1: Contact Information:E-mail:  zengw@marshall.edu  Tel:  304 696-3892

Contact Information: E-mail: [email protected] Tel: 304 696-3892

Page 2: Contact Information:E-mail:  zengw@marshall.edu  Tel:  304 696-3892
Page 3: Contact Information:E-mail:  zengw@marshall.edu  Tel:  304 696-3892

Regulation of Th Cell Subset Differentiation

Page 4: Contact Information:E-mail:  zengw@marshall.edu  Tel:  304 696-3892

Cell Lineage Plasticity of Treg Cells

Page 5: Contact Information:E-mail:  zengw@marshall.edu  Tel:  304 696-3892

Therapeutic Application of Treg Cells

Therapeutic application of Foxp3-transduced Th cells in mouse models of human diseases. Left, inflammatory bowel diseases (massive inflammatory infiltration in the colon) were induced by adoptive transfer of CD25-CD45RBh conventional CD4 T cells to immune deficient mice. However, co-transfer of Foxp3-transduced Th1 or Th17 cells greatly alleviate the diseases. Center and right, similarly, Foxp3-transduced Th cells suppressed disease development in the mouse models of multiple sclerosis and allergic asthma, respectively.