Titlebook: HOX Gene Expression; Spyros Papageorgiou Book 2007 Springer-Verlag New York 2007 Regeneration.Vertebrate.biology.cancer.chromatin.developm

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GLUE

Expression of , Genes in the Nervous System of Vertebrates, vertebrate . gene family have played a key role in aiding our understanding of the basic ground plan of the CNS and processes that control how unique regional character is established and maintained in this complex organ system. This chapter will document the nature of the ordered patterns of . exp

Palpitation

The , Gene Network in Vertebrate Limb Development,Hox” code for the pattern of structures along the long axis of the limb. Another function of . genes that has emerged recently is to regulate expression of the . gene (.) which controls patterning of distal structures. . genes also play a major role in development of the digits. The most recent adva

congenial

解脫

expository

Chromatin and the Control of , Gene Expression,embled within one or more clusters..–. The thirty-nine . genes of mice and humans are organized into four clusters, each located on a different chromosome.. There are thirteen possible gene positions in each cluster, although none of the clusters retains all thirteen members (Fig. 1). . genes occupy

帶來(lái)

Homeobox-Containing Genes in Limb Regeneration,rmation events leading to a new limb. The recent increased research on the mechanisms of regeneration, along with the fact that urodele amphibians provide the only opportunity to understand how vertebrates can regenerate their limbs, has led to a renewed interest in the functioning of this important

分離

Hox Genes and Stem Cells,ring development and it is believed that most, if not all, adult tissues harbor small populations of stem cells. Adult stem cells have been described for intestine, skin, muscle, blood and nervous system and may provide a tissue specific resource for tissue damage repair. A balance between stem cell

我要沮喪

Deregulation of the Hox Gene Network and Cancer,ene network suggests that it regulates crucial processes at cellular level in eukaryotic organisms. Our working hypothesis considers the Hox network, at the nuclear cell level, as a decoding system for external inductive signals to activate specific genetic programs. We thus identify a cancer as an

ALERT

https://doi.org/10.1007/978-3-030-63727-9laterian animals these Hox clusters determine the body plan along the antero-posterior axis. Despite a bewildering diver-sity of modes of development, ranging from animals with a fixed cell lineage and a predetermined egg architecture to organisms with a highly variable cell lineage whose developmen