Titlebook: Cell Cycle and Cell Differentiation; J. Reinert,Howard Holtzer Book 1975 Springer-Verlag Berlin Heidelberg 1975 DNA.Zelldifferenzierung.bi

majestic

Myogenesis: A Cell Lineage Interpretation,vailable in a mother cell become available in daughter cells (. et al., 1973); (2) The genetic controls regulating rates of synthesis of constitutive molecules such as glucose-6-phosphatase or RNA polymerases, or organelles such as mitochondria or ribosomes are, for the most part, independent of the

enhance

矛盾

The Cell Cycle, Cell Lineage, and Neuronal Specificity,re remainder of the embryo. More importantly, it is the characteristic . (rather than properties which all neurons share to the exclusion of non-neural cells) that enables them to associate selectively and to assemble the synaptic circuits which are the substrates of macroscopic brain function. Neur

昏暗

Neurogenesis and the Cell Cycle,veloping cell systems, with proliferation of cells taking place in an orderly programmed fashion. The complexity of the nervous system apparently derives from genetic and environmental influences which not only direct proliferation of the various cell types, but also control subsequent cell migratio

知識分子

The Cell Cycle and Cell Differentiation in the Drosophila Ovary,ioles that contain egg chambers in which the oocyte is one member of a cluster of interconnected cells (. and ., 1964; . and ., 1965; . and ., 1972). The other cells of the cluster, the “nurse cells”, grow and simultaneously transfer their cytoplasm to the oocyte by a system of intercellular canals.

Incommensurate

The Cell Cycle and Cellular Differentiation in Insects, value unless the mechanism is specified. The study of the interrelation between the cell cycle and differentiation is a case in point. Because differentiation always follows some cell division, a theory of any usefulness must depend on experiments that pinpoint a determinative . in the preceding ce

congenial

CRUE

愛哭

Gratuitous

The Cell Cycle and Tumorigenesis in Plants,sts while the growth of all normal cells is precisely regulated. The development by tumor cells of a capacity for essentially unrestrained or autonomous growth is the essential feature that characterizes the tumorous state for without it there would be no tumors. It is therefore clear that an unders