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红色裸甲藻生物钟的细胞自主性。

Cellular autonomy of the Gonyaulax circadian clock.

作者信息

Sulzman F M, Gooch V D, Homma K, Hastings J W

出版信息

Cell Biophys. 1982 Jun-Sep;4(2-3):97-103. doi: 10.1007/BF02918306.

Abstract

Because of the long term persistence of free-running circadian rhythms in populations of unicells, several investigators have considered, but not demonstrated, a possible role for intercellular interaction in maintaining synchrony between individual cells. The experiments described here were designed to test more critically the possibility that there is interaction between cells, including those possessing only small phase differences. None was detected; the bioluminescent glow of the mixed cultures matched the algebraic sum of the independent control cultures.

摘要

由于单细胞群体中自由运行的昼夜节律具有长期持续性,几位研究人员已经考虑过细胞间相互作用在维持单个细胞间同步性方面可能发挥的作用,但尚未得到证实。此处所描述的实验旨在更严格地检验细胞间存在相互作用的可能性,包括那些仅存在微小相位差异的细胞。未检测到相互作用;混合培养物的生物发光与独立对照培养物的代数和相符。

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