Basal Subtype and MAPK/ERK Kinase (MEK)-Phosphoinositide 3-Kinase Feedback Signaling Determine Susceptibility of Breast Cancer Cells to MEK Inhibition von MIRZOEVA, Olga K, DAS, Debopriya, ZHI HU, KNIGHT, Zachary, FEILER, Heidi S, GASCARD, Philippe, PARVIN, Bahram, SPELLMAN, Paul T, SHOKAT, Kevan M, WYROBEK, Andrew J, BISSELL, Mina J, MCCORMICK, Frank, HEISER, Laura M, KUO, Wen-Lin, MILLS, Gordon B, GRAY, Joe W, KORN, W. Michael, BHATTACHARYA, Sanchita, SIWAK, Doris, GENDELMAN, Rina, BAYANI, Nora, WANG, Nicholas J, NEVE, Richard M, YINGHUI GUAN

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The Cartilage-specific Fibronectin Isoform Has a High Affinity Binding Site for the Small Proteoglycan Decorin von Gendelman, Rina, Burton-Wurster, Nancy I, MacLeod, James N, Lust, George

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Abstract 986: Reverse-engineered, forward-simulation of MEK-dependent molecular networks reveal novel regulators of cell cycle and cancer cell survival von Gendelman, Rina, Xing, Heming, Sarde, Preeti, Mirzoeva, Olga K., Feiler, Heidi, Gray, Joe W., McDonagh, Paul, Khalil, Iya, Michael, W.

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Abstract A53: Bayesian Network Inference Modeling Reveals Novel Regulators of Cell Cycle Progression and Survival von Gendelman, Rina, Xing, Heming, Sarde, Preeti, Mirzoeva, Olga K., Feiler, Heidi, Gray, Joe W., McDonagh, Paul, Khalil, Iya, Korn, W. Michael

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A systems biology dynamical model of mammalian G sub(1) cell cycle progression von Haberichter, Thomas, Maedge, Britta, Christopher, Renee A, Yoshioka, Naohisa, Dhiman, Anjali, Miller, Robert, Gendelman, Rina, Aksenov, Sergej V, Khalil, Iya G, Dowdy, Steven F

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A systems biology dynamical model of mammalian G 1 cell cycle progression von Haberichter, Thomas, Miller, Robert, Dowdy, Steven F, Gendelman, Rina, Yoshioka, Naohisa, Khalil, Iya G, Aksenov, Sergej V, Dhiman, Anjali, Mädge, Britta, Christopher, Renee A

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The cartilage-specific (V+C)- fibronectin isoform exists primarily in homodimeric and monomeric configurations von Burton-Wurster, N, Gendelman, R, Chen, H, Gu, D N, Tetreault, J W, Lust, G, Schwarzbauer, J E, MacLeod, J N

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The cartilage-specific (V+C)− fibronectin isoform exists primarily in homodimeric and monomeric configurations von BURTON-WURSTER, Nancy, GENDELMAN, Rina, CHEN, Hao, GU, Da-Nian, TETREAULT, Jonathan W., LUST, George, SCHWARZBAUER, Jean E., MACLEOD, James N.

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Caesarea von Avner, Rina, Gendelman, Peter

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