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Preliminary studies for an immunotherapeutic approach to the treatment of human myeloma using chimeric anti-CD38 antibody

Preliminary studies for an immunotherapeutic approach to the treatment of human myeloma using chimeric anti-CD38 antibody
Preliminary studies for an immunotherapeutic approach to the treatment of human myeloma using chimeric anti-CD38 antibody
Multiple myeloma is a disease in which conventional chemotherapy has only limited value, but which may be ideal for treatment with passive antibody against a suitable cell surface antigen on the neoplastic plasma cell. The CD38 antigen is known to be present on the majority of neoplastic plasma cells, and this was confirmed by detailed examination of bone marrow aspirates from three patients. Strong expression of CD38 was confined to cells which, by the criteria of light-scattering profiles and possession of cytoplasmic Ig, were plasma cells. The vast majority of neoplastic plasma cells appeared to be involved. Using a cell line as a model, it was found that the CD38 antigen acts as a target for a chimeric antibody prepared from the antibody OKT10. The chimeric antibody consists of the Fab portion of the mouse monoclonal antibody linked by a stable thioether bond to an Fc molecule derived from human IgG1, thereby forming mouse Fab-human Fc. In contrast to the parent antibody, the chimeric molecule mediates antibody-dependent cellular cytotoxicity (ADCC) very efficiently with human blood mononuclear effector cells, and is effective at low concentration. Also, even though the CD38 antigen is present on natural killer cells, there appears to be little deleterious action of the antibody on effector cell function. The antibody also failed to affect the growth of progenitor cells of the granulocyte/ macrophage or erythroid lineages present in normal bone marrows, despite the suspicion that these cells express the antigen. Other advantages of the CD38 molecule are that it is not found in the serum of patients with myeloma, and it does not appear to modulate in vitro. Fourteen patients with florid myeloma and on various chemotherapeutic regimes had an undiminished capacity to mediate ADCC with the chimeric antibody, when compared with normal individuals. The maintenance of ADCC activity, coupled with the known suppression of the antibody response in these patients, augers well for treatment with chimeric antibody.
0006-4971
1071-1079
Stevenson, Freda K.
ba803747-c0ac-409f-a9c2-b61fde009f8c
Bell, Andrew J.
486cf741-0c9a-4461-90fb-3f04f26ae1f0
Cusack, Rebecca
dfb1595f-2792-4f76-ac6d-da027cf40146
Hamblin, Terence J.
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Slade, Christopher J.
2c93d85f-15b6-40d8-9c3f-2f59fdb58720
Spellerberg, Myfanwy B.
c28a2c74-38c0-466b-a143-c88c8a854c9c
Stevenson, George T.
5bed316c-8332-4cdb-b351-2f7615ecb9bb
Stevenson, Freda K.
ba803747-c0ac-409f-a9c2-b61fde009f8c
Bell, Andrew J.
486cf741-0c9a-4461-90fb-3f04f26ae1f0
Cusack, Rebecca
dfb1595f-2792-4f76-ac6d-da027cf40146
Hamblin, Terence J.
daa22924-9b0a-44a3-825b-0b2aca3b4cfe
Slade, Christopher J.
2c93d85f-15b6-40d8-9c3f-2f59fdb58720
Spellerberg, Myfanwy B.
c28a2c74-38c0-466b-a143-c88c8a854c9c
Stevenson, George T.
5bed316c-8332-4cdb-b351-2f7615ecb9bb

Stevenson, Freda K., Bell, Andrew J., Cusack, Rebecca, Hamblin, Terence J., Slade, Christopher J., Spellerberg, Myfanwy B. and Stevenson, George T. (1991) Preliminary studies for an immunotherapeutic approach to the treatment of human myeloma using chimeric anti-CD38 antibody. Blood, 77 (5), 1071-1079. (doi:10.1182/blood.V77.5.1071.1071).

Record type: Article

Abstract

Multiple myeloma is a disease in which conventional chemotherapy has only limited value, but which may be ideal for treatment with passive antibody against a suitable cell surface antigen on the neoplastic plasma cell. The CD38 antigen is known to be present on the majority of neoplastic plasma cells, and this was confirmed by detailed examination of bone marrow aspirates from three patients. Strong expression of CD38 was confined to cells which, by the criteria of light-scattering profiles and possession of cytoplasmic Ig, were plasma cells. The vast majority of neoplastic plasma cells appeared to be involved. Using a cell line as a model, it was found that the CD38 antigen acts as a target for a chimeric antibody prepared from the antibody OKT10. The chimeric antibody consists of the Fab portion of the mouse monoclonal antibody linked by a stable thioether bond to an Fc molecule derived from human IgG1, thereby forming mouse Fab-human Fc. In contrast to the parent antibody, the chimeric molecule mediates antibody-dependent cellular cytotoxicity (ADCC) very efficiently with human blood mononuclear effector cells, and is effective at low concentration. Also, even though the CD38 antigen is present on natural killer cells, there appears to be little deleterious action of the antibody on effector cell function. The antibody also failed to affect the growth of progenitor cells of the granulocyte/ macrophage or erythroid lineages present in normal bone marrows, despite the suspicion that these cells express the antigen. Other advantages of the CD38 molecule are that it is not found in the serum of patients with myeloma, and it does not appear to modulate in vitro. Fourteen patients with florid myeloma and on various chemotherapeutic regimes had an undiminished capacity to mediate ADCC with the chimeric antibody, when compared with normal individuals. The maintenance of ADCC activity, coupled with the known suppression of the antibody response in these patients, augers well for treatment with chimeric antibody.

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Published date: 1 March 1991

Identifiers

Local EPrints ID: 496605
URI: http://eprints.soton.ac.uk/id/eprint/496605
ISSN: 0006-4971
PURE UUID: 4dd40ad7-6e90-487b-af61-c6e1a20bba05
ORCID for Freda K. Stevenson: ORCID iD orcid.org/0000-0002-0933-5021
ORCID for Rebecca Cusack: ORCID iD orcid.org/0000-0003-2863-2870

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Date deposited: 07 Jan 2025 17:07
Last modified: 22 Aug 2025 02:24

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Contributors

Author: Andrew J. Bell
Author: Rebecca Cusack ORCID iD
Author: Terence J. Hamblin
Author: Christopher J. Slade
Author: Myfanwy B. Spellerberg
Author: George T. Stevenson

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