ROSE G G, POMERAT C M, SHINDLER T O, TRUNNELL J B
J Biophys Biochem Cytol. 1958 Nov 25;4(6):761-4. doi: 10.1083/jcb.4.6.761.
A new technique for the cultivation of living tissues in the multipurpose culture chamber is described. This procedure employs strips of cellophane as the agent for anchoring tissue explants to the coverslip walls of the chamber and disposes of the time-honored plasma-clot technique. The primary advance embodied in this procedure lies in the fact that cells emigrating from so-cultured explants manifest themselves in a highly differentiated manner comparable to the cells of origin, whereas the outgrowth from the same types of tissue in plasma clots results in a more undifferentiated type of growth. Comparisons of outgrowths from embryonic thyroid, bone, and muscle (chicken) are photographically documented, and attention is called to certain cytochemical methods which further corroborate the differentiated quality obtained with the cellophane-strip technique.
本文描述了一种在多功能培养室中培养活组织的新技术。该方法采用玻璃纸条作为将组织外植体固定在培养室盖玻片壁上的介质,摒弃了历史悠久的血浆凝块技术。此方法的主要进步在于,从如此培养的外植体中迁移出的细胞以与起源细胞高度分化的方式表现出来,而血浆凝块中相同类型组织的生长则导致更未分化的生长类型。对胚胎甲状腺、骨骼和肌肉(鸡)的生长物进行了摄影记录,并提请注意某些细胞化学方法,这些方法进一步证实了用玻璃纸条技术获得的分化质量。