Titlebook: Cancer Genes; Functional Aspects Enrico Mihich,David Housman Book 1996 Springer Science+Business Media New York 1996 apoptosis.cancer.cell.

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-,-, Elastic Systems for Static Balancingwing family of tyrosine kinases whose members share structural features of crucial functional relevance. Recently, two molecules have joined the family: the . and the . gene products (Ronsin et al., 1993; Huff et al., 1993; Gaudino et al., 1994). Interestingly, the . protein was shown to be the spec

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J. Drewniak,P. Garlicka,J. Kope?,S. Zawi?lakl similarity, including domain architecture and regulation. Topographically (from amino to carboxy terminus) they have: amino terminal acylation sites (responsible for membrane anchoring); a unique domain (40–80 amino acids that distinguish each member of the family); a Src Homology (SH) 3 domain; a

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A Single Speed (CVT) Transmissionls is their ability to enter and progress through the cell division cycle under conditions where normal cells would either be quiescent or proliferating at a reduced rate. Therefore, the molecular pathways controlling the cell division cycle must inevitably interact with pathways which regulate cell

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Throwing Capabilities of?Manipulatorsexpression. Several transcription factors have been characterised at both the structural and functional level. Their organization is intrinsically modular, in most cases including a DNA binding domain and an activation domain. It has been shown that these domains can be interchanged between differen