Insulin-like growth factor I activates the invasion suppressor function of E-cadherin in MCF-7 human mammary carcinoma cells in vitro von Bracke, ME, Vyncke, BM, Bruyneel, EA, Vermeulen, SJ, De Bruyne, GK, Van Larebeke, NA, Vleminckx, K, Van Roy, FM, Mareel, MM

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In vivo and in vitro invasion in relation to phenotypic characteristics of human colorectal carcinoma cells von de Vries, JE, Dinjens, WNM, De Bruyne, GK, Verspaget, HW, van der Linden, EPM, de Bruïne, AP, Mareel, MM, Bosman, FT, ten Kate, J

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Down‐regulation of E‐cadherin expression in madin darby canine kidney (MDCK) cells inside tumors of nude mice von Mareel, Marc M., Behrens, Jürgen, Birchmeier, Walter, De Bruyne, Georges K., Vleminckx, Kris, Hoogewijs, Annemarie, Fiers, Walter C., Van Roy, Frans M.

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Influence of basement membrane molecules on directional migration of human breast cell lines in vitro von COOPMAN, P. J, BRACKE, M. E, LISSITZKY, J. C, DE BRUYNE, G. K, VAN ROY, F. M, FOIDART, J. M, MAREEL, M. M

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Transition from the noninvasive to the invasive phenotype and loss of α-catenin in human colon cancer cells von VERMEULEN, S. J, BRUYNEEL, E. A, BRACKE, M. E, DE BRUYNE, G. K, VENNEKENS, K. M, VLEMINCKX, K. L, BERX, G. J, VAN ROY, F. M, MAREEL, M. M

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Micro‐encapsulation of MDCK‐ras‐e cells prevents loss of E‐cadherin invasion‐suppressor function in vivo von Vandenbossche, Geert M. R., De Bruyne, Georges K., Bruyneel, Erik A., Clemminck, Guy, Vleminckx, Kris, van Roy, Frans M., Mareel, Marc M.

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Confrontation of an Invasive ($MO_4$) and a Noninvasive (MDCK) Cell Line with Embryonic Chick Heart Fragments in Serum-Free Culture Media von Bracke, Marc E., Marc De Mets, Rita M. -L. Van Cauwenberge, Luc Vakaet, Jr, Georges K. De Bruyne, Mareel, Marc M.

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Cytoplasmic microtubules of normal and tumor cells of the leopard frog. Temperature effects von McKinnell, R G, De Bruyne, G K, Mareel, M M, Tarin, D, Tweedell, K S

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Numerical evaluation of changes in the cytoplasmic microtubule complex of C3H mouse cells by optical diffractometry and of changes in cell shape by fourier analysis von Mareel, Marc M., De Bruyne, Georges K., Ostrowski, Kazimierz, Rozycka, Monika, Strojny, Pawel, Dziedzic‐Goclawska, Anna, Lenczowski, Stanislaw, Grzesik, Wojcech, Kieler, Jorgen

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