Linked from

The 30 pages that link to Antigen, each with the reason it gives.

• VaccinationRelated: Vaccine antigens provide the specific targets against which immune responses are trained.

• AntibodyRelated: Antibodies bind specific antigen features, called epitopes.

• AutoimmunityNarrower topic: Self-antigens are the targets that define an autoimmune response.

• T cellNarrower topic: T-cell receptors respond to antigen-derived fragments, not usually intact antigens.

• B cellRelated: B-cell receptors bind antigens, initiating the specificity of a B-cell response.

• VaccineRelated: Vaccine antigens give immune cells a target to learn and remember.

• AllergyRelated: Allergens contain structures that immune receptors can recognize.

• ImmunohistochemistryRelated: The target protein, or a feature of it, is the antigen detected in tissue.

• Immunological memoryNarrower topic: An antigen provides the specific target that an immune response can remember.

• Antigenic variationNarrower topic: Variation matters when it changes the structures immune defenses can recognize.

• T-cell receptorNarrower topic: T-cell receptors respond to antigen fragments rather than usually binding intact proteins.

• SerologyBroader topic: Assays may detect an antigen directly or use it to capture antibodies.

• Immune toleranceNarrower topic: Tolerance is specific to antigens rather than a general shutdown of immunity.

• AdjuvantRelated: The vaccine antigen is the target whose immune response an adjuvant modifies.

• AgglutinationRelated: Antigens on particle surfaces provide the binding sites that agglutination links.

• AllergenNarrower topic: Allergens are antigens that provoke allergic responses in susceptible people.

• ImmunoglobulinRelated: Immunoglobulin binding depends on molecular features presented by an antigen.

• ImmunogenicityNarrower topic: Immunogenicity concerns whether recognition of an antigen leads to an immune response.

• Inactivated VaccineNarrower topic: Inactivated pathogens expose antigens that immune cells learn to recognize.

• Biologic therapyRelated: Antibody biologics act by recognizing antigens on cells or in tissues.

• Blood typingNarrower topic: Blood-group antigens are the red-cell features identified during typing.

• Carrier proteinNarrower topic: A carrier conjugate combines antigenic features from both the small molecule and protein.

• COVID-19 vaccineNarrower topic: The vaccine's chosen viral antigen determines which immune targets are presented.

• Karl LandsteinerNarrower topic: The A and B markers he identified are antigens on red blood cells.

• SarcoidosisNarrower topic: The persistent antigen that initiates sarcoidosis has not been identified.

• TonsilRelated: Tonsillar immune cells encounter antigens carried in food, air, and microbes.

• Blood typeRelated: Blood-group antigens are the inherited markers used to classify red cells.

• Macfarlane BurnetRelated: In Burnet’s model, an antigen selects cells with matching receptors.

• Niels Kaj JerneRelated: Antigen recognition anchors Jerne’s accounts of antibody formation and immune selection.

• Charles RichetNarrower topic: The substances used in Richet’s experiments triggered the altered responses he investigated.