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The 43 pages that link to Monoclonal antibody, each with the reason it gives.

• AntibodyBroader topic: Monoclonal antibodies can be designed or selected to target specific molecules in disease.

• Molecular biologyRelated: Molecular methods produce antibodies used in diagnostics and targeted therapies.

• B cellRelated: Therapeutic monoclonal antibodies reproduce the targeted binding function of B-cell products.

• AntivenomRelated: Monoclonal antibodies offer a more defined alternative to mixtures raised against whole venom.

• Immune systemRelated: These antibodies can block targets or mark cells for immune attack.

• Cell cultureRelated: Mammalian cell cultures are widely used to manufacture therapeutic antibodies.

• BiotechnologyBroader topic: These engineered or selected antibodies are major biotechnology medicines and diagnostic tools.

• Flow cytometryRelated: Fluorescently labeled antibodies identify specific cell-surface or intracellular markers.

• Antiviral drugRelated: Some antibody treatments neutralize viruses, offering a distinct approach from small-molecule drugs.

• ImmunotherapyRelated: Therapeutic antibodies can block signals, mark cells for destruction, or deliver immune effects.

• Targeted therapyBroader topic: Antibodies can block extracellular targets or mark cells for immune attack.

• GlycosylationRelated: Antibody glycans can alter immune-effector activity and influence therapeutic performance.

• Protein engineeringBroader topic: Engineering can tune antibodies' binding, persistence, and interactions with immune cells.

• ImmunologyBroader topic: These targeted medicines translate antibody specificity into clinical treatment and diagnosis.

• Adaptive immune systemRelated: These therapies harness precise antigen binding for treatment and diagnosis.

• Cancer immunotherapyRelated: Some mark cancer cells for immune attack or block tumor-promoting signals.

• Germinal centerRelated: Germinal-center selection inspires methods for evolving antibodies with improved binding.

• GlycoproteinBroader topic: Therapeutic antibodies are glycoproteins whose attached sugars can alter their activity.

• BioreactorBroader topic: Large-scale cell culture in bioreactors supplies many therapeutic monoclonal antibodies.

• BiosimilarBroader topic: Many biosimilars are copies of complex therapeutic antibodies.

• ImmunoglobulinBroader topic: Monoclonal antibodies use immunoglobulin structure for targeted diagnosis and treatment.

• Intravenous immunoglobulinCompared with: IVIG contains a diverse mixture of donor antibodies rather than one selected specificity.

• Recombinant proteinRelated: Many therapeutic antibodies are manufactured by expressing antibody genes in cultured cells.

• PCSK9 inhibitorsNarrower topic: Most established PCSK9 inhibitors are antibodies that bind the protein outside cells.

• Biologic therapyBroader topic: Many biologic therapies use antibodies to bind disease-associated molecules or cells.

• Neutralizing AntibodyNarrower topic: Therapeutic neutralizers are often manufactured as monoclonal antibodies.

• TocilizumabNarrower topic: Tocilizumab is a therapeutic example of this targeted drug class.

• TrastuzumabNarrower topic: Trastuzumab is a monoclonal antibody engineered to recognize HER2.

• Antisense oligonucleotideCompared with: Antibodies bind proteins, whereas antisense oligonucleotides can reduce production of selected proteins.

• BiopharmaceuticalBroader topic: Monoclonal antibodies are a major class of targeted biopharmaceuticals.

• Bioprocess engineeringBroader topic: Large-scale cell culture and purification make therapeutic antibodies commercially available.

• David BaltimoreRelated: Baltimore co-founded a biotechnology company that developed antibody-based research products.

• InfliximabNarrower topic: Infliximab is a monoclonal antibody engineered to recognize TNF-α.

• Passive immunityNarrower topic: Engineered monoclonal antibodies make passive protection more targeted than pooled antibody preparations.

• César MilsteinNarrower topic: Milstein’s central contribution enabled the laboratory production of uniform antibodies.

• Immunosuppressive drugBroader topic: Some antibodies suppress immunity by depleting or blocking particular immune-cell populations.

• BevacizumabNarrower topic: Bevacizumab is an antibody engineered to recognize VEGF-A.

• DiafiltrationBroader topic: Antibody manufacturing uses diafiltration to exchange formulation buffers and remove small solutes.

• Niels Kaj JerneBroader topic: The technology recognized alongside Jerne’s theories made antibody specificity experimentally and medically useful.

• Antibody-producing cellsRelated: Monoclonal antibodies reproduce the target-specific binding made by individual B-cell lineages.

• DurvalumabNarrower topic: Durvalumab's selective binding to PD-L1 comes from its antibody structure.

• Somatic fusionRelated: Hybridomas made by cell fusion became a standard source of monoclonal antibodies.

• Therapeutic antibodyBroader topic: Most therapeutic antibodies are designed as monoclonal products.