Results 201 to 210 of about 19,999 (251)
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Cell hybridization, hybridomas, and human hybridomas.
Methods in cell biology, 1998Cell hybridization is one of the most basic cytotechnologies. The hemagglutinating virus of Japan was first used to cause cell fusion; however, polyethylene glycol is widely used now because of simplicity of procedure. This chapter first explains the principles of cell hybridization methods and then describes the practical protocols for preparing mouse
S, Shirahata, Y, Katakura, K, Teruya
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2015
The generation of hybridoma cell lines by the fusion of splenocytes from immunized mice with immortal myeloma cells is a well-established method for the production of monoclonal antibodies. Although other methods have emerged as an effective alternative for the generation of monoclonal antibodies, the use of hybridoma technology remains a viable ...
Robert M, Hnasko, Larry H, Stanker
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The generation of hybridoma cell lines by the fusion of splenocytes from immunized mice with immortal myeloma cells is a well-established method for the production of monoclonal antibodies. Although other methods have emerged as an effective alternative for the generation of monoclonal antibodies, the use of hybridoma technology remains a viable ...
Robert M, Hnasko, Larry H, Stanker
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2005
Hybridomas can be grown in a number of ways to produce stocks of monoclonal antibodies. Smaller volumes may be produced in static flask culture, but if larger amounts are required, a bioreactor may be used.
Gary, Entrican, Gareth, Young
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Hybridomas can be grown in a number of ways to produce stocks of monoclonal antibodies. Smaller volumes may be produced in static flask culture, but if larger amounts are required, a bioreactor may be used.
Gary, Entrican, Gareth, Young
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International Journal of Radiation Applications and Instrumentation. Part B. Nuclear Medicine and Biology, 1986
The attraction of monoclonal antibodies lies in the potential availability of an unlimited supply of material, homogeneity, reproducibility, and the feasibility of manipulation for specific purposes. Their use, however, is limited because of structural and physicochemical idiosyncrasies, occasionally restrictive factors influencing affinity and avidity,
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The attraction of monoclonal antibodies lies in the potential availability of an unlimited supply of material, homogeneity, reproducibility, and the feasibility of manipulation for specific purposes. Their use, however, is limited because of structural and physicochemical idiosyncrasies, occasionally restrictive factors influencing affinity and avidity,
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Generation and maintenance of hybridomas
Immunology Today, 1987The realization of the therapeutic potential of monoclonal antibodies will depend on the efficient generation and maintenance of hybridomas. At a recent workshop on the Stability and Viability of Antibody-Producing Cell Lines it was clear that there are still large gaps in the knowledge needed to achieve that aim.
J F, Albright, M D, Scharff
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2005
Hybridomas are derived from the fusion of spleen and myeloma cells and produce monoclonal antibodies. Each hybridoma cell line produces an antibody with a unique specificity allowing the production of highly defined reagents that can be used in many branches of immunochemistry.
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Hybridomas are derived from the fusion of spleen and myeloma cells and produce monoclonal antibodies. Each hybridoma cell line produces an antibody with a unique specificity allowing the production of highly defined reagents that can be used in many branches of immunochemistry.
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European Journal of Immunology, 1984
AbstractA hybridoma is described that exhibits all the characteristic features of Mott cells. It has spherules (Russell bodies) in the cytoplasm made up of dilated rough endoplasmatic reticulum and containing condensed immunoglobulin (λ1 light chains). Some of the cells appear to be very fragile, and free spherules are often found on cell smears. Cells
Weiss, S. +3 more
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AbstractA hybridoma is described that exhibits all the characteristic features of Mott cells. It has spherules (Russell bodies) in the cytoplasm made up of dilated rough endoplasmatic reticulum and containing condensed immunoglobulin (λ1 light chains). Some of the cells appear to be very fragile, and free spherules are often found on cell smears. Cells
Weiss, S. +3 more
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Monoclonal Antibodies of Hybridomas
Clinical Infectious Diseases, 1983Among the most prominent biological advances of this century, the hybridoma technology stands out as providing the best tool for the analysis of complex antigens of pathogens and tumor cells. This technology will play a major role in the immunodiagnosis and treatment of infectious and malignant diseases.
J G, Sinkovics, G R, Dreesman
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Hybridomas As a Source of Antibodies
Hospital Practice, 1981Hybridomas, the progeny of fusion between antibody-secreting spleen cells and myeloma cells, produce large quantities of a single species of antibody. They are an ideal source of serologic reagents since they can be grown in tissue culture, frozen, stored, and recovered when needed.
M D, Scharff, S, Roberts, P, Thammana
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In Vitro, 1981
partnership. Just as this new facility symbolizes the vigor of the ATCC, so this conference symbolizes the communal interest that must be accorded the preservation and distribution of microorganisms and other cell lines. The ATCC and other repositories are not simply means to facilitate the sharing of cells of contemporary interest.
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partnership. Just as this new facility symbolizes the vigor of the ATCC, so this conference symbolizes the communal interest that must be accorded the preservation and distribution of microorganisms and other cell lines. The ATCC and other repositories are not simply means to facilitate the sharing of cells of contemporary interest.
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