Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属构化反应，反应条件温和、反应底物广泛，可应用于生物活性物合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形成期，它RNA和DNA合成均较快，因此认为滤泡上皮细胞合成分泌了一些物卵黄蛋白形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与脱芳构化反应，反应条件温、反应底广泛，可应用于生活性合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形成期，RNADNA合成均较快，因此认为滤泡上皮细胞合成分泌了一些参与卵黄蛋白形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与脱芳构化反应，反应条件温和、反应底物广泛，可应用于生物活性物质。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形，RNA和DNA均较快，因此认为滤泡上皮细胞分泌了一些物质参与卵黄蛋白形。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构化应，应条件、应底物广泛，可应用于生物活性物质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上卵母卵黄形成期，它的RNADNA的合成均较快，因此认为滤泡上合成分泌了一些物质参与卵黄蛋白的形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构化反，反条件温和、反底物广泛，于生物活性物质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形成期，它的RNA和DNA的合成均较，认为滤泡上皮细胞合成分泌了一些物质参与卵黄蛋白的形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构化反应，反应条件温和、反应泛，可应用于生活性质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而上皮细胞卵母细胞卵黄形成期，它的RNA和DNA的合成均较快，因此认上皮细胞合成分泌了一些质参与卵黄蛋白的形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构，条件温和、底物广泛，可用于生物活性物质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形成期，它的RNA和DNA的合成均较快，因此认为滤泡上皮细胞合成分泌物质参与卵黄蛋白的形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构化反应，反应条件温和、反应底物广泛，可应用于生物活性物质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤泡上皮细胞卵母细胞卵黄形成期，它的RNA和DNA的合成较快，因此认为滤泡上皮细胞合成分泌了一些物质参与卵黄蛋白的形成。

Among them, the transition metals promoted dearomatization proceed under mild reaction conditions with various substrates, and which could be applied for synthesis of bioactive compounds.

其中，过渡金属参与的脱芳构化反应，反应条件温和、反应底物广泛，可应用于生物活性物质的合成。

Then their synthese speed slows down.But the synthese of RNA and DNA inthe follicular cell is continuous during vitellogenesis, which may relate toformation of livetin.

而滤母黄形成期，它的RNA和DNA的合成均较快，因此认为滤合成分泌了一些物质参与黄蛋白的形成。