本文综述了线粒体解偶联蛋白2(uncoupling protein 2,UCP2)研究方面的进展。UCP2定位于线粒体内膜上,通过消散线粒体内膜的质子梯度调节线粒体的功能,包括线粒体内膜电位、ATP合成、呼吸链ROS产生、线粒体钙库的存储和释放等。目前,UCP...本文综述了线粒体解偶联蛋白2(uncoupling protein 2,UCP2)研究方面的进展。UCP2定位于线粒体内膜上,通过消散线粒体内膜的质子梯度调节线粒体的功能,包括线粒体内膜电位、ATP合成、呼吸链ROS产生、线粒体钙库的存储和释放等。目前,UCP2的质子漏机理并不清楚,但体内实验表明UCP2活性可被过氧化物激活。特别是近年来UCP2调控胰岛素分泌方面的研究取得了重要进展。展开更多
The γ induced polymerization of styrene in the presence of polar additives such as tributylphosphate, triethyl amine and ethanol was studied at dose rate of 5.0×10^(17) eV/ml. min. The re-sult shows that radiati...The γ induced polymerization of styrene in the presence of polar additives such as tributylphosphate, triethyl amine and ethanol was studied at dose rate of 5.0×10^(17) eV/ml. min. The re-sult shows that radiation induced polymerization of styrene was sensitized by the three kinds ofadditives at the approximate same rate and the experimental results were in agreement with thetheoretical calculation of WAS equation. The cause of sensitization is due to the proton transfer.展开更多
文摘本文综述了线粒体解偶联蛋白2(uncoupling protein 2,UCP2)研究方面的进展。UCP2定位于线粒体内膜上,通过消散线粒体内膜的质子梯度调节线粒体的功能,包括线粒体内膜电位、ATP合成、呼吸链ROS产生、线粒体钙库的存储和释放等。目前,UCP2的质子漏机理并不清楚,但体内实验表明UCP2活性可被过氧化物激活。特别是近年来UCP2调控胰岛素分泌方面的研究取得了重要进展。
文摘The γ induced polymerization of styrene in the presence of polar additives such as tributylphosphate, triethyl amine and ethanol was studied at dose rate of 5.0×10^(17) eV/ml. min. The re-sult shows that radiation induced polymerization of styrene was sensitized by the three kinds ofadditives at the approximate same rate and the experimental results were in agreement with thetheoretical calculation of WAS equation. The cause of sensitization is due to the proton transfer.