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  1. 1.   Complex Tumor Spheroids, a Tissue-Mimicking Tumor Model, for Drug Discovery and Precision Medicine
  2. Kaur, Gurmeet; Evans, David M.; Teicher, Beverly A.; Coussens,Nathan
  3. SLAS Discovery. 2021, Nov 12;
  1. 2.   CEBPD Reverses RB/E2F1-Mediated Gene Repression and Participates in HMDB-Induced Apoptosis of Cancer Cells
  2. Pan, Y. C.; Li, C. F.; Ko, C. Y.; Pan, M. H.; Chen, P. J.; Tseng, J. T.; Wu, W. C.; Chang, W. C.; Huang, A. M.; Sterneck, E.; Wang, J. M.
  3. Clinical Cancer Research. 2010, Dec; 16(23): 5770-5780.
  1. 3.   Elucidation of the Molecular Mechanisms of a Salicylhydrazide Class of Compounds by Proteomic Analysis
  2. Cao, X. F.; Plasencia, C.; Kanzaki, A.; Yang, A.; Burke, T. R.; Neamati, N.
  3. Current Cancer Drug Targets. 2009 9(2): 189-201.
  1. 4.   Botryllamides: Natural Product Inhibitors of ABCG2
  2. Henrich, C. J.; Robey, R. W.; Takada, K.; Bokesch, H. R.; Bates, S. E.; Shukla, S.; Ambudkar, S. V.; McMahon, J. B.; Gustafson, K. R.
  3. Acs Chemical Biology. 2009 4(8): 637-647.
  1. 5.   Expression of 25 human ABC transporters in the yeast Pichia pastoris and characterization of the purified ABCC3 ATPase activity
  2. Chloupkova, M.; Pickert, A.; Lee, J. Y.; Souza, S.; Trinh, Y. T.; Connelly, S. M.; Dumont, M. E.; Dean, M.; Urbatsch, I. L.
  3. Biochemistry. 2007, Jul; 46(27): 7992-8003.
  1. 6.   Novel human monoclonal antibodies to insulin-like growth factor (IGH)-II that potently inhibit the IGF receptor type I signal transduction function
  2. Feng, Y.; Zhu, Z. Y.; Xiao, X. D.; Choudhry, V.; Barrett, J. C.; Dimitrov, D. S.
  3. Molecular Cancer Therapeutics. 2006, JAN; 5(1): 114-120.
  1. 7.   Structure-based design, synthesis and biochemical testing of novel and potent Smac peptido-mimetics
  2. Sun, H. Y.; Nikolovska-Coleska, Z.; Chen, J. Y.; Yang, C. Y.; Tomita, Y.; Pan, H. G.; Yoshioka, Y.; Krajewski, K.; Roller, P. P.; Wang, S. M.
  3. Bioorganic & Medicinal Chemistry Letters. 2005, FEB 1; 15(3): 793-797.
  1. 8.   Anticancer metal compounds in NCI's tumor-screening database: putative mode of action
  2. Huang, R. L.; Wallqvist, A.; Covell, D. G.
  3. Biochemical Pharmacology. 2005 69(7): 1009-1039.
  1. 9.   Linking pathway gene expressions to the growth inhibition response from the National Cancer Institute's anticancer screen and drug mechanism of action
  2. Huang, R.; Wallqvist, A.; Thanki, N.; Covell, D. G.
  3. Pharmacogenomics Journal. 2005 5(6): 381-399.
  1. 10.   Components of the cell death machine and drug sensitivity of the National Cancer Institute cell line panel
  2. Svingen, P. A.; Loegering, D.; Rodriquez, J.; Meng, X. W.; Mesner, P. W.; Holbeck, S.; Monks, A.; Krajewski, S.; Scudiero, D. A.; Sausville, E. A.; Reed, J. C.; Lazebnik, Y. A.; Kaufmann, S. H.
  3. Clinical Cancer Research. 2004, OCT 15; 10(20): 6807-6820.
  1. 11.   The hollow fibre model in cancer drug screening: the NCI experience
  2. Decker, S.; Hollingshead, M.; Bonomi, C. A.; Carter, J. P.; Sausville, E. A.
  3. European Journal of Cancer. 2004 40(6): 821-826.
  1. 12.   Discovery of embelin as a cell-permeable, small-molecular weight inhibitor of XLAP through structure-based computational screening of a traditional herbal medicine three-dimensional structure database
  2. Nikolovska-Coleska, Z.; Xu, L.; Hu, Z. J.; Tomita, Y.; Li, P.; Roller, P. P.; Wang, R. X.; Fang, X. L.; Guo, R. B.; Zhang, M. C.; Lippman, M. E.; Yang, D. J.; Wang, S. M.
  3. Journal of Medicinal Chemistry. 2004 47(10): 2430-2440.
  1. 14.   Cellular pharmacology studies of shikonin derivatives
  2. Chen, X.; Yang, L.; Oppenheim, J. J.; Howard, O. M. Z.
  3. Phytotherapy Research. 2002 16(3): 199-209.
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