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Monoclonal antibodies (biology only) (HT only) key terms

Key terms for Key Terms in the approved AQA GCSE Biology 8461 curriculum graph.

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Monoclonal antibodies (biology only) (HT only)

AQAGCSEBiologyInfection and response

Key terms

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, targeting a specific protein antigen.

  • hybridoma cells

    Cells formed by the fusion of mouse lymphocytes and tumour cells, capable of dividing and producing monoclonal antibodies.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, targeting a specific antigen.

  • hybridoma

    A cell formed by the fusion of a mouse lymphocyte and a tumour cell, capable of producing monoclonal antibodies.

  • monoclonal antibodies

    Antibodies that are produced from a single clone of cells and are specific to one binding site on one protein antigen.

  • binding site

    The specific region on a protein antigen where a monoclonal antibody attaches, allowing for targeted interaction.

  • mouse lymphocytes

    A type of white blood cell from mice that can be stimulated to produce specific antibodies.

  • antibody production

    The process by which lymphocytes are activated to create antibodies in response to specific antigens.

  • Hybridoma cells

    Cells created by fusing mouse lymphocytes with tumor cells, capable of dividing and producing specific antibodies.

  • Antibodies

    Proteins produced by hybridoma cells that specifically bind to antigens, used in various diagnostic and therapeutic applications.

  • hybridoma cells

    Cells formed by the fusion of a specific lymphocyte with a tumor cell, capable of dividing and producing monoclonal antibodies.

  • cloning

    The process of producing many identical cells from a single hybridoma cell to generate a large quantity of monoclonal antibodies.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, used in various diagnostic and therapeutic applications.

  • diagnostic use

    The application of monoclonal antibodies in medical tests to detect specific substances, such as hormones or pathogens, including their use in pregnancy tests.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, used in laboratories to measure hormones and detect pathogens.

  • pathogen detection

    The process of identifying disease-causing microorganisms using monoclonal antibodies in laboratory settings.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, used to target specific antigens.

  • fluorescent dye

    A substance that emits light when exposed to specific wavelengths, used in research to visualize and identify specific molecules.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, used in various medical applications including treatment and diagnosis.

  • hybridoma cells

    Cells created by fusing mouse lymphocytes with tumor cells, which can divide and produce large quantities of monoclonal antibodies.

  • monoclonal antibody

    A type of antibody produced from a single clone of cells, designed to bind to a specific antigen.

  • targeted therapy

    A treatment approach that uses monoclonal antibodies to deliver specific substances to cancer cells, minimizing damage to healthy cells.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, specific to one binding site on a protein antigen.

  • hybridoma cells

    Cells created by fusing mouse lymphocytes with tumour cells, capable of dividing and producing monoclonal antibodies.

  • monoclonal antibodies

    Antibodies that are identical and produced from a single clone of cells, specific to one binding site on one protein antigen.

  • side effects

    Unintended reactions or consequences that may occur as a result of using monoclonal antibodies in treatment.

  • advantages of monoclonal antibodies

    Benefits of using monoclonal antibodies include their specificity to target antigens, which can lead to more effective treatments with fewer side effects.

  • ethical issues of monoclonal antibodies

    Concerns related to the use of monoclonal antibodies, including the implications of animal testing, potential side effects, and accessibility of treatments.

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Monoclonal Antibodies Biology Only Ht Only Key terms | AQA GCSE Biology 8461 | ExamCompanion