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果蝇成虫翅芽中的隔室与远端生长

Compartments and distal outgrowth in theDrosophila imaginal wing disc.

作者信息

Wilcox Michael, Smith R J

机构信息

MRC Laboratory of Molecular Biology, Hills Road, CB2 2QH, Cambridge, England.

出版信息

Wilehm Roux Arch Dev Biol. 1980 Jun;188(2):157-161. doi: 10.1007/BF00848808.

Abstract

Peripheral tissue of the imaginal wing disc gives rise to the proximal mesothoracic structures of the adult. Pieces of peripheral tissue, which have no regenerative capacity when cultured as intact fragments, are capable of distal outgrowth (regeneration) after dissociation and reaggregation. This ability depends on the region of the disc periphery from which the fragment is taken. Extensive distal outgrowth occurs in reaggreages of a fragment containing equal proportions of tissue from anterior and posterior developmental compartments. The extent of outgrowth decreases as the proportion of posterior tissue is reduced, so that a fragment containing only anterior tissue shows no regeneration after dissociation. Limited distal outgrowth occurs in reaggregates of a wholly posterior fragment, but the regenerative capacity is increased greatly when a small amount of anterior tissue is included. It is concluded that distal outgrowth in the wing disc requires an interaction between cells of the anterior and posterior compartments.

摘要

成虫翅盘的外周组织发育为成虫的近中胸结构。外周组织碎片在作为完整片段培养时没有再生能力,但在解离和重新聚集后能够向远端生长(再生)。这种能力取决于取自翅盘外周的片段区域。含有来自前后发育区室等量组织的片段重新聚集后会发生广泛的远端生长。随着后部组织比例的降低,生长程度也会降低,因此仅含前部组织的片段在解离后不会显示再生。完全由后部组织构成的片段重新聚集后会发生有限的远端生长,但当包含少量前部组织时,再生能力会大大增强。得出的结论是,翅盘的远端生长需要前后区室的细胞之间相互作用。

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