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A Quantitative Proteomics-Based Signature Of Platinum Sensitivity In Ovarian Cancer Cell Lines, G. Fan, K. O. Wrzeszczynski, C. Fu, G. Su, D. J. Pappin, R. Lucito, N. K. Tonks

Journal Articles

Although DNA encodes the molecular instructions that underlie the control of cell function, it is the proteins that are primarily responsible for implementing those instructions. Therefore quantitative analyses of the proteome would be expected to yield insights into important candidates for the detection and treatment of disease. We present an iTRAQ (isobaric tag for relative and absolute quantification)-based proteomic analysis of ten ovarian cancer cell lines and two normal ovarian surface epithelial cell lines. We profiled the abundance of 2659 cellular proteins of which 1273 were common to all 12 cell lines. Of the 1273, 75 proteins exhibited elevated expression …