Adoptive therapy with redirected primary regulatory T cells results in antigen-specific suppression of arthritis

Keyphrases

• Arthritis 100%
• Antigen-specific 100%
• Regulatory T Cells 100%
• Treg 100%
• Adoptive Therapy 100%
• Tissue Damage 40%
• T-cell Receptor Gene 40%
• Gene-modified T Cells 40%
• T Cell Receptor 20%
• CD4+ T Cells 20%
• Receptor Expression 20%
• Autoimmune Disease 20%
• Antigen-specific T Cells 20%
• T Cell Repertoire 20%
• Autoimmune 20%
• Immune Suppression 20%
• Systemic Immune Response 20%
• Adoptive Transfer 20%
• Autoantigen 20%
• Autoimmunity 20%
• Disease Knowledge 20%
• Cause of Disease 20%
• Local Reduction 20%
• Immune Cells 20%
• CD4+CD25+ T Cells 20%
• Forkhead Box P3 (FOXP3) 20%
• Gene Transfer 20%
• Targeted Therapy 20%
• Pathogenic T Cells 20%
• Bone Destruction 20%
• Arthritis Models 20%
• Tissue-specific Antigens 20%
• T Helper 17 (Th17) 20%
• Joint Inflammation 20%
• Foxp3 Expression 20%
• Targeted Inhibition 20%
• Viral-mediated Gene Transfer 20%
• Co-transfer 20%
• Clinical Translation 20%
• Robust Strategy 20%
• Cognate Recognition 20%
• Linked Suppression 20%

Immunology and Microbiology

• Antigen Specificity 100%
• Regulatory T Cell 100%
• Arthritis 100%
• T Cell 62%
• T Cell Receptor 37%
• Autoimmunity 25%
• Gene Transfer 25%
• T-Helper Cell 12%
• CD4 12%
• Autoimmune Disease 12%
• CD25 12%
• Receptor Gene 12%
• Autoantigen 12%
• Immunocompetent Cell 12%
• Th17 Cell 12%

Biochemistry, Genetics and Molecular Biology

• Antigen Specificity 100%
• Regulatory T Cell 100%
• T Cell 75%
• T Cell Receptor 37%
• Autoimmunity 37%
• CD4 25%
• Receptor Gene 25%
• CD25 12%
• Autoantigen 12%
• Immunocompetent Cell 12%