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Targeted inhibition of human breast cancer cell line selected as model system of ERBB2-positive/EGFR high breast cancer [RPPA-Shortterm-HCC1954]

ABSTRACT: EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

ORGANISM(S): Homo sapiens

PROVIDER: GSE50105 | GEO | 2014/08/13

SECONDARY ACCESSION(S): PRJNA216097

REPOSITORIES: GEO

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Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-HCC1954]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

2012-10-22 | GSE36324 | GEO

Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-Longterm-HCC1954-SKBR3]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

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Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-HCC1954]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR. Three targeted therapeutics (erlotinib, pertuzumab, trastuzumab) and two ligands (EGF, HRG) were analyzed in all possible combinations. Each experiment involving inhibition with targeted drugs was performed in three, and measurements without inhibitors were performed in five biological replicates. This resulted in 780 samples. Incubation with therapeutics only and dilution series of control lysated were included as controls.

2012-10-22 | E-GEOD-36324 | biostudies-arrayexpress

Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-SKBR3]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

2012-10-22 | GSE36326 | GEO

Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-Longterm]

Project description:EGFR-inhibition is required for targeted therapies of EGFR high/ERBB2 positive breast cancer. Approximately 30% of human ERBB2 positive breast tumors also express EGFR.

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Targeted inhibition of human breast cancer cell line selected as model system of ERBB2-positive/EGFR high breast cancer [RPPA-Shortterm-SKBR3]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

2014-08-13 | GSE50106 | GEO

Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-Longterm]

Project description:EGFR-inhibition is required for targeted therapies of EGFR high/ERBB2 positive breast cancer. Approximately 30% of human ERBB2 positive breast tumors also express EGFR. Three therapeutics were analyzed in five combinations plus control. Each experiment was performed in three biological replicates. This resulted in 180 samples. A dilution series of control lysated was included as control.

2012-10-22 | E-GEOD-36325 | biostudies-arrayexpress

Targeted inhibition of human breast cancer cell lines selected as model systems of ERBB2-positive/EGFR high breast cancer [RPPA-SKBR3]

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Targeted inhibition of human breast cancer cell line selected as model system of ERBB2-positive breast cancer [RPPA-Longterm-BT474]

Project description:EGFR-inhibition is required for targeted therapies of ERBB2-positive/EGFR high breast cancer. Approximately 30% of human ERBB2-positive breast tumors also express EGFR.

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Targeted inhibition of human breast cancer cell line selected as model system of ERBB2-positive breast cancer [RPPA-Shortterm-BT474]

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