Titlebook: Cell Adhesion Molecules; Cellular Recognition Martin E. Hemler,Enrico Mihich Book 1993 Springer Science+Business Media New York 1993 Activa

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Coordinate Role for Proteoglycans and Integrins in Cell Adhesion, and function, and for the pathogensis of diesease. The ECM exerts its effects in large part, by serving as an exoskeleton for cells within tissues, thereby providing structural, and other, information to cells that serve to regulate normal cell fuction. Understanding subtle changes in the cellular

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,Regulation of T Cell Adhesion with T Cell Differentiation and with Acute Activation by Mip-lβ Cytokles, it is now apparent that there are many adhesion molecules on T cells. Resting T cells have more than dozen, activated cells more than two dozen, and more will undoubtedly be discovered. The challenge is to find simplifying paradigms to understand similarities and differneces between these molec

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Activation of Lfa-1: The L16 Epitope is a Cation-Binding Reporter,ot adhere spontaneously, but a variety of stimuli can induce β1- (VLA-4, VLA-5, VLA-6), β2- (LFA-1, CR3) and β3 integrin (IIb/IIIa) mediated cell-cell interactions. Exposure of lymphocytes, myeloid cells or platelets to phorbol ester (PMA) strongly includes cell aggregation (Rothlein and Springer, 1

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Tumor Cell-Endothelial Cell Interactions During Blood Borne Metastasis: Role of Specific Adhesion, rgan sites, and this process appears to be due to differnces in tumor cell and host organ molecular properties (Nicolson, 1988a; Nicolson, 1991; Zetter, 1990). Once in the blood, tumor types cells can circulate to virtually every organ, yet metastases of many common tumor types form only at certain

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