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发情周期中大鼠子宫细胞核部分的受体-雌激素复合物

Receptor-estrogen complex in the nuclear fraction of rat uterine cells during the estrous cycle.

作者信息

Clark J H, Anderson J, Peck E J

出版信息

Science. 1972 May 5;176(4034):528-30. doi: 10.1126/science.176.4034.528.

Abstract

A quantitative method was used to determine the concentration of receptor-estrogen complex in the nuclear fraction of rat uterine cells throughout the estrous cycle. The concentrations of nuclear receptor-estrogen complex were: metestrus, 0.22; diestrus, 0.75; proestrus, 1.29; and estrus, 0.31 picomoles per milligram of DNA. This cyclic fluctuation in the nuclear complex closely parallels the secretion of ovarian estrogen during the estrous cycle, an indication that the accumulation of receptor-estrogen complex by the nuclear fraction of uterine cells may be of physiological significance, and under the control of endogenous estrogen.

摘要

采用定量方法测定大鼠子宫细胞在整个发情周期细胞核部分中受体-雌激素复合物的浓度。细胞核受体-雌激素复合物的浓度分别为:间情期,0.22;动情间期,0.75;动情前期,1.29;动情期,每毫克DNA 0.31皮摩尔。这种细胞核复合物的周期性波动与发情周期中卵巢雌激素的分泌密切平行,这表明子宫细胞核部分积累受体-雌激素复合物可能具有生理意义,并受内源性雌激素的调控。

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