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The 57 pages that link to Antibody, each with the reason it gives.

• VaccinationRelated: Vaccines often stimulate antibodies that block infection or reduce disease severity.

• ProteinBroader topic: Antibodies show how proteins can recognize and help neutralize foreign targets.

• Complement systemRelated: Antibodies can initiate the classical pathway, but complement also activates without them.

• Monoclonal antibodyNarrower topic: Monoclonal antibodies are uniform populations of these antigen-binding proteins.

• T cellCompared with: Antibodies bind accessible targets directly, unlike T-cell receptors’ usual dependence on antigen presentation.

• B cellRelated: Antibodies are the secreted form of the recognition system displayed by B-cell receptors.

• AntivenomNarrower topic: Antivenom’s active ingredients are antibodies selected to bind venom components.

• VaccineRelated: Vaccination can induce antibodies that block pathogens or their toxins.

• AntigenRelated: Antibodies bind antigens directly and can block their biological effects.

• Antigen presentationCompared with: Antibodies recognize intact antigen, unlike T-cell receptors, which recognize peptide–MHC.

• Disulfide bondBroader topic: Disulfide bonds stabilize antibody domains and connect heavy and light chains.

• Myasthenia gravisNarrower topic: Disease-causing antibodies bind junction proteins and interfere with their function.

• ImmunohistochemistryNarrower topic: Immunohistochemistry relies on antibodies to recognize selected tissue targets.

• Major histocompatibility complexCompared with: Antibodies bind accessible antigen structures without requiring MHC presentation.

• Immunological memoryRelated: Antibodies are a measurable product of B-cell memory and can persist between exposures.

• Antigenic variationRelated: Antigenic variation can make antibodies raised against an earlier form bind less effectively.

• Innate immune systemCompared with: Antibodies target particular antigens, while innate defenses recognize broader patterns.

• Influenza vaccineNarrower topic: Vaccine-elicited antibodies can block influenza viruses from infecting cells.

• T-cell receptorCompared with: Antibodies can bind native targets directly, whereas T-cell receptors usually recognize presented fragments.

• SerologyBroader topic: Serological tests commonly detect antibodies produced after exposure or vaccination.

• Paul EhrlichNarrower topic: Ehrlich’s side-chain theory was an early model of antibody formation and specificity.

• ImmunologyBroader topic: Antibodies are adaptive immunity’s soluble tools for recognizing and controlling targets.

• AdjuvantRelated: Antibody levels are a common measure of the response that adjuvants enhance.

• AgglutinationNarrower topic: Its multiple binding sites can connect antigen-bearing particles into a clump.

• Epstein–Barr virusRelated: Antibodies against EBV proteins help diagnose infection and document past exposure.

• LectinCompared with: Unlike lectins, antibodies are generated by adaptive immune responses to particular antigens.

• Immunoglobulin ENarrower topic: IgE is one of the antibody classes, distinguished by its constant-region structure and functions.

• Pattern recognition receptorRelated: Antibodies provide tailored molecular recognition, unlike the limited repertoire of innate sensors.

• AutoantibodyNarrower topic: Autoantibodies are a self-reactive subset of this broader class.

• ImmunoglobulinBroader topic: Antibodies are secreted immunoglobulins that act independently of B cells.

• Inactivated VaccineRelated: Antibodies generated after vaccination can bind the pathogen during later exposure.

• mRNA vaccineRelated: Antibodies can bind the vaccine antigen and help block or clear its pathogen.

• Western blotNarrower topic: Target recognition depends on an antibody that binds the protein of interest.

• Blood typingNarrower topic: Typing and antibody screening assess antibodies that may react with donor red cells.

• Carrier proteinRelated: The resulting antibodies can bind the hapten, despite T cells recognizing carrier peptides.

• Neutralizing AntibodyNarrower topic: Neutralizing antibodies are a functional subset defined by what antigen binding does.

• TocilizumabNarrower topic: Tocilizumab uses antibody recognition to bind interleukin-6 receptors selectively.

• Emil von BehringNarrower topic: Antibodies provide the molecular basis for toxin neutralization by antitoxin.

• Karl LandsteinerNarrower topic: Naturally occurring antibodies in plasma explain the reactions underlying ABO compatibility.

• Meningococcal vaccineRelated: Vaccine-induced antibodies help clear meningococci before invasive disease develops.

• Passive immunityNarrower topic: Passive immunity works by supplying antibodies that bind pathogens or their toxins.

• César MilsteinNarrower topic: The hybridoma method produces one defined antibody rather than a mixture.

• DiphtheriaNarrower topic: Antibodies against diphtheria toxin provide the basis for vaccine protection and antitoxin.

• MMR vaccineRelated: MMR-induced antibodies can recognize and help neutralize measles, mumps, and rubella viruses.

• Jules BordetRelated: Bordet showed that immune serum contains a heat-stable factor that sensitizes bacteria for complement.

• Blood typeRelated: Antibodies against incompatible red-cell antigens can destroy transfused cells.

• Susumu TonegawaNarrower topic: Antibodies are the diverse molecules whose genetic origins Tonegawa explained.

• Macfarlane BurnetRelated: Burnet’s theory addressed how the body makes antibodies with distinct specificities.

• Niels Kaj JerneNarrower topic: Antibodies are the molecules Jerne’s theories sought to explain and connect.

• Rosalyn Sussman YalowNarrower topic: Antibody specificity lets the assay distinguish its target from other substances in a sample.