体外培养大鼠和小鼠胚胎盾的组织发生能力。

Nikola Škreb, Anton Švajger
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引用次数: 8

摘要

用器官培养技术研究了大鼠和小鼠胚盾的早期细胞分化。体外培养15 d后,主要组织在外植体中分化。完全分化依赖于同源血清在培养基中的存在。大气中95%的氧气,如果从栽培期开始或接近栽培期结束时分别引入,要么是有害的,要么没有可测量的影响。一些化学定义的培养基在培养初期只支持有限的时间跨度。
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Histogenetic capacity of rat and mouse embryonic shields cultivatedin vitro.

The organ culture technique was used for the study of early cytodifferentiation in explanted rat and mouse embryonic shields. After 15 daysin vitro the main tissues were differentiated in explants. The full differentiation depended on the presence of homologous serum in the culture medium. 95% oxygen in the atmosphere was either deleterious or without measurable effect if introduced from the beginning or toward the end of the cultivation period, respectively. Some chemically defined media supported the development for only a limited time span during the initial period of cultivation.

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