摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides the use of an antibody composition with two distinct non-overlapping binding specificities to human EGFR. The antibody composition is effecting in treating cancer following treatment with other anti-EGFR antibodies, whether the cancer shows progression during or following the prior treatment or not. The antibody composition can also be used for repeated treatment of recurrent tumors following first-line therapy with the antibody composition of the invention, as the composition does not lead to selection of resistant tumors. A further therapeutic use is the use of an antibody composition of the invention for treatment of cancer that is resistant to known anti-EGFR antibodies.
摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides compositions or mixtures of antibodies capable of binding human EGFR. Antibody compositions with 3 or more antibodies shown synergy in reduction of proliferation of representative cancer cell lines. Advantageous results have also been obtained with a composition comprising two different chimeric anti-hEGFR antibodies which show a new mechanism of action based on rapid and efficient receptor internalisation, induction of terminal differentiation and subsequent tumour eradication in an animal model. The antibodies of the invention can be manufactured in one bioreactor as a polyclonal antibody.
摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides compositions or mixtures of antibodies capable of binding human EGFR. Antibody compositions with 3 or more antibodies shown synergy in reduction of proliferation of representative cancer cell lines. Advantageous results have also been obtained with a composition comprising two different chimeric anti-hEGFR antibodies which show a new mechanism of action based on rapid and efficient receptor internalisation, induction of terminal differentiation and subsequent tumour eradication in an animal model. The antibodies of the invention can be manufactured in one bioreactor as a polyclonal antibody.
摘要:
The present invention relates to novel therapeutic antibodies directed against HER2 (ErbB2), as well as recombinant polyclonal anti-HER2 antibody compositions comprising at least two of said recombinant anti-HER2 antibodies, and use of the antibodies and antibody compositions for treatment of cancer.
摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides compositions or mixtures of antibodies capable of binding human EGFR. Antibody compositions with 3 or more antibodies showed synergy in reduction of proliferation of representative cancer cell lines. Advantageous results have also been obtained with a composition comprising two different chimeric anti-hEGFR antibodies which show a new mechanism of action based on rapid and efficient receptor internalisation, induction of terminal differentiation and subsequent tumour eradication in an animal model. The antibodies of the invention can be manufactured in one bioreactor as a polyclonal antibody.
摘要:
The present invention relates to novel therapeutic recombinant antibodies directed against HER3 (ErbB3), as well as compositions comprising mixtures of at least two of said recombinant anti-HER3 antibodies, and use of the antibodies and antibody compositions for treatment of cancer.
摘要:
The present invention relates to novel therapeutic recombinant antibodies directed against HER3 (ErbB3), as well as compositions comprising mixtures of at least two of said recombinant anti-HER3 antibodies, and use of the antibodies and antibody compositions for treatment of cancer.
摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides compositions or mixtures of antibodies capable of binding human EGFR. Antibody compositions with 3 or more antibodies showed synergy in reduction of proliferation of representative cancer cell lines. Advantageous results have also been obtained with a composition comprising two different chimeric anti-hEGFR antibodies which show a new mechanism of action based on rapid and efficient receptor internalisation, induction of terminal differentiation and subsequent tumour eradication in an animal model. The antibodies of the invention can be manufactured in one bioreactor as a polyclonal antibody.
摘要:
The invention relates to the field of recombinant antibodies for use in human cancer therapy. More specifically the invention provides the use of an antibody composition with two distinct non-overlapping binding specificities to human EGFR. The antibody composition is effecting in treating cancer following treatment with other anti-EGFR antibodies, whether the cancer shows progression during or following the prior treatment or not. The antibody composition can also be used for repeated treatment of recurrent tumours following first-line therapy with the antibody composition of the invention, as the composition does not lead to selection of resistant tumours. A further therapeutic use is the use of an antibody composition of the invention for treatment of cancer that is resistant to known anti-EGFR antibodies.
摘要:
A method for identifying and selecting chemical entities that contributes to a functional effect in the development of new combinatorial drugs. The combinations of two or more chemical compounds show a synergistic effect. The compounds can be e.g. antibodies, antibiotics, anti-cancer agents, anti-AIDS agents, anti-growth factors, antiviral agents, soluble receptors, cytokines, RNAi's, vaccines and mixtures thereof. The method comprises a) providing n samples each comprising a chemical entity, b) mixing 2 or more of the n samples in all possible combinations, c) subjecting this mixture to a functional assay in order to identify entities contributing to the functional effect. The steps a-c are repeated on the chemical entities from step c which contribute to the functional effect.