Linked from

The 38 pages that link to T cell, each with the reason it gives.

• Multiple sclerosisRelated: T cells participate in immune activity associated with multiple sclerosis.

• AutoimmunityRelated: Self-reactive T cells can directly damage tissues or coordinate other immune responses.

• Celiac diseaseRelated: Gluten-specific T cells drive inflammation in the intestinal lining.

• Allergic contact dermatitisRelated: Sensitized T cells drive the inflammation during later allergen exposure.

• Lymph nodeRelated: T cells meet antigen-presenting cells in node regions specialized for their activation.

• Graft-versus-host diseaseRelated: Donor T cells are central effectors that recognize recipient antigens and injure tissues.

• AllergenRelated: Allergen-specific T cells help shape sensitization and allergic inflammation.

• Severe combined immunodeficiencyRelated: T-cell failure defines SCID and can also compromise B-cell antibody responses.

• 22q11.2 deletion syndromeRelated: Thymic underdevelopment can reduce T-cell production in some affected people.

• Drug allergyRelated: Drug-reactive T cells can drive delayed rashes and severe skin reactions.

• mRNA vaccineRelated: T cells can respond to antigen fragments generated after vaccination.

• UrushiolRelated: Sensitized T cells drive the delayed inflammation caused by urushiol.

• Baruj BenacerrafRelated: The immune reactions shaped by inherited response genes depend on T-cell recognition.

• Ralph M. SteinmanRelated: Steinman showed that dendritic cells are exceptionally effective at activating these adaptive immune cells.

• DurvalumabRelated: Checkpoint blockade can restore antitumor activity in T cells suppressed by PD-L1 signaling.

• Immune system phenomenaRelated: T cells direct other immune cells or kill infected cells.

• Prurigo pigmentosaRelated: T-cell activity is found in lesions, leaving its contribution to recurrence under study.