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 Geminin coordinates cell cycle and developmental control Luo L; Kessel MCell Cycle  2004[Jun]; 3 (6): 711-4Growth and differentiation are two major themes in embryonic development.  Numerous cell divisions have to be regulated on the path from a unicellular  embryo, the zygote, to the multicellular structures of a mature being. Numerous  functions, specializations and cellular identities have to be generated, in order  to form a complex and mature animal. Numerous mechanisms have to control the  correct assignment and acquisition of cellular fates, as well as the right timing  and allocation of cells. Therefore, a strict coordination has to occur between  embryonic patterning and the cell cycle. From this point of view, dual roles or  mutual interactions of typical proliferation and developmental control genes are  likely. Recently, new light was shed on these issues by identifying the nuclear  protein Geminin as a molecular coordinator between the cell cycle and axial  patterning. We summarize the role of Geminin in cell cycle, in the embryonic  patterning controlled by Hox genes, providing insights into cell cycle regulators  in embryonic development, and conversely, typical developmental control genes in  cell cycle regulation.|Animals[MESH]|Body Patterning/physiology[MESH]|Cell Cycle Proteins/*physiology[MESH]|Cell Cycle/*physiology[MESH]|DNA Replication/physiology[MESH]|Embryonic Development/*physiology[MESH]|Geminin[MESH]|Gene Expression Regulation, Developmental/*physiology[MESH]|Humans[MESH]
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