These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄体素会与黄体素接收器，使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷可能具有血栓形成性，而微粒化的黄体酮和孕烷相对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍生物可能具有血栓形成性，而微粒化的黄体酮和孕烷衍生物相对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄体素会与黄体素接收，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍可能具有血栓形成性，而微粒化的黄体酮和孕烷衍对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

合成的黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

结果表，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表非孕烷衍生物可能具有血栓形成性，而微粒化的黄体酮和孕烷衍生物相对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍生物可能具有血栓形成性，而微粒化的黄体酮和孕烷衍生物相对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍生物可能具有血栓形成，而微粒化的黄体酮和孕烷衍生物相对于血栓形成似乎是安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些合成的黄与黄接收器竞争，并使黄无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫具有溶解黄和诱导发情的作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍生物可能具有血栓形成性，而微粒化的黄酮和孕烷衍生物相对于血栓形成安全的。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这些黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这些结果表明，复方缩宫素具有溶解黄体和诱导发情作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表明非孕烷衍生物可能具有血栓形性，而微粒化黄体酮和孕烷衍生物相对于血栓形似乎是安。

These synthetic progestins will compete with progesterone receptor binding sites and compete with progesterone rendering progesterone useless.

这黄体素会与黄体素接收器竞争，并使黄体素无效。

The result suggested that OCE was able to indue luteolysis and estrus in infertile cows with PCL.

这结果表，复方缩宫素具有溶解黄体和诱导发情作用。

In addition, our data suggest that norpregnane deriaties may be thrombogenic, whereas micronized progesterone and pregnane deriaties appear safe with respect to thrombotic risk.

另，我们研究表非孕烷衍生物可能具有血栓形性，而微粒化黄体酮和孕烷衍生物相对于血栓形似乎是安全。