GAP Junctional Communication During Mouse Development
作者： Norton B. Gilula , Miyuki Nishi , Nalin Kumar
DOI: 10.1016/S1566-3116(08)60051-1
关键词: Multicellular organism 、 Gap junction 、 Cell biology 、 Biology 、 Embryo 、 Blastula 、 Cellular differentiation 、 Organogenesis 、 Phenotype 、 Process (anatomy)
摘要: Publisher Summary Gap junctional communication among cells is an important mechanism for regulating events during early embryogenesis and subsequent organogenesis in vertebrate embryos. This chapter discusses the potential role expression of gap mouse development. junctions are specialized regions cell surface membrane that connect most multicellular animal organisms. The membranes at this site cell–cell contact characterized by a close apposition two adjacent separated narrow “gap.” internal differentiation associated with polygonal arrangement particles or oligomers, which have been referred to as “connexons.” All embryos utilize pathways blastula stage In populations differentiated cells, normally final phenotype, exception circulating blood lymph mature skeletal muscle fibers. plays process patterning required producing proper structures development lineage cells.
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