The dual role of Fas-ligand as an injury effector and defense strategy in diabetes and islet transplantation

Keyphrases

• Diabetes 100%
• Fas Ligand 100%
• Dual Role 100%
• Defense Strategy 100%
• Islet Transplantation 100%
• Immunomodulation 28%
• Immune Response 14%
• Inflammation 14%
• Molecular Mechanism 14%
• Apoptosis 14%
• Autoimmune 14%
• Immunomodulatory 14%
• Perforin 14%
• T Cells 14%
• Regulatory T Cells 14%
• Autoimmunity 14%
• Apoptotic Pathway 14%
• Tumor Necrosis Factor-α 14%
• Immunosuppressive Therapy 14%
• Ligand-mediated 14%
• Cytotoxic T Cells 14%
• Antigen-specific 14%
• Cell Sensitivity 14%
• Macrophage Cells 14%
• Autoimmune Response 14%
• Allograft Rejection 14%
• Insulitis 14%
• Granzyme 14%
• Islet Allograft 14%
• Intrinsic Sensitivity 14%
• Cell Injury 14%
• Pancreatic Islets of Langerhans 14%

Medicine and Dentistry

• Diabetes 100%
• Fas Ligand 100%
• Islet Transplantation 100%
• Autoimmunity 28%
• Immunomodulation 28%
• Pancreatic Islet 28%
• Cytotoxic T-Cell 14%
• Cell Damage 14%
• Tumor Necrosis Factor 14%
• Programmed Cell Death 14%
• T Cell 14%
• Immunosuppressive Treatment 14%
• Macrophage 14%
• Antigen Specificity 14%
• Graft Rejection 14%
• Regulatory T Cell 14%
• Insulitis 14%
• Granzyme 14%
• Perforin 14%

Immunology and Microbiology

• Islet Transplantation 100%
• Fas Ligand 100%
• Autoimmunity 28%
• Immunomodulation 28%
• Cell Damage 14%
• T Cell 14%
• Regulatory T Cell 14%
• Tumor Necrosis Factor 14%
• Macrophage 14%
• Cytotoxic T Cell 14%
• Perforin 14%
• Antigen Specificity 14%
• Immunosuppressive Therapy 14%
• Transplant Rejection 14%
• Granzyme 14%
• Programmed Cell Death 14%