Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜受体为特异竞争结合蛋白，在国内首次建立了放射受体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳素受为特异合蛋白，在国内首次建立了泌乳素放射受分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用膜泌乳受体为特异竞争结合蛋白，在国内首次建立了泌乳放射受体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳素体为特异竞争结合蛋白，在国内首次建立了泌乳素体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳素受体为特异竞争结合蛋白，在国内首次建立了泌乳素放射受体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳素受体为特异竞争结合蛋白，在国内首次建立了泌乳素放射受体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳受体为特异竞争结合蛋白，在国内首次建立了泌乳放射受体析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌乳素受体为特异竞争结合蛋白，在国内首次建立了泌乳素放射受体分析法。

Using the membrane prolactin receptor preparation from rat liver as specific binding protein,we developed a sensitive radioreceptor assay(RRA)for human prolactin.

本研究利用大鼠肝膜泌素受体为特异竞争结合蛋白，在国内首次建立了泌素放射受体分析法。