Titlebook: Vertebrate Myogenesis; Stem Cells and Precu Beate Brand-Saberi Book 2015 Springer-Verlag Berlin Heidelberg 2015 Cell organelles.Mitochondri

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Mechanisms of Myogenic Specification and Patterning,ely transited from a descriptive phase in which the lineages of distinct somite-derived progenitors and their cellular movements were traced to a more mechanistic understanding of the local function of genes and regulatory networks underlying lineage segregation and tissue organization. In this chap

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The Avian Embryo as a Model System for Skeletal Myogenesis,hat address questions of interest not only to the somite/muscle field in particular but also fundamental to biology in general. Importantly, an ever-growing body of evidence indicates that somite differentiation in birds is indistinguishable to that of mammals; therefore, these avian studies complem

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Head Muscle Development,ngeal mesoderm lineage that later during evolution gave rise to both heart and craniofacial structures. This chapter summarizes studies related to the origins, signaling, genetics, and evolution of the head musculature, highlighting its heterogeneous characteristics in all these aspects.

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The Lateral Plate Mesoderm: A Novel Source of Skeletal Muscle,ial myogenesis. The connective tissue of the lateral plate-derived muscle is formed by the cranial neural crest. Although the cranial neural crest cells do not control the early myogenesis, they regulate the patterning of the branchiomeric muscles and the cucullaris muscle. Although satellite cells

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Dormancy and Quiescence of Skeletal Muscle Stem Cells,sement membrane of the muscle fibre, ready to proliferate, and fuse in order to regenerate myofibers upon injury. It has recently been shown that a subpopulation of satellite cells is able to enter dormancy in human and mice cadavers. Dormancy is defined by a low metabolic state, low mobility, and a

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