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机译:甲虫荧光素酶的生物发光与6'-氨基αd?荧光素类似物揭示了激发的酮 - 奥昔洛蛋白,作为发射器和酚类/荧光素结合位点相互作用调节生物发光颜色
Department of Physics Chemistry and Mathematics Graduate Program of Biotechnology and Environmental Monitoring Federal University of Sa?o Carlos (UFSCAR) RodoviaJoa?oLeme dos Santos km 110 Itinga Sorocaba SP Brazil;
Department of Physics Chemistry and Mathematics Graduate Program of Biotechnology and Environmental Monitoring Federal University of Sa?o Carlos (UFSCAR) RodoviaJoa?oLeme dos Santos km 110 Itinga Sorocaba SP Brazil;
Department of Physics Chemistry and Mathematics Graduate Program of Biotechnology and Environmental Monitoring Federal University of Sa?o Carlos (UFSCAR) RodoviaJoa?oLeme dos Santos km 110 Itinga Sorocaba SP Brazil;
Department of Physics Chemistry and Mathematics Graduate Program of Biotechnology and Environmental Monitoring Federal University of Sa?o Carlos (UFSCAR) RodoviaJoa?oLeme dos Santos km 110 Itinga Sorocaba SP Brazil;
Department of Engineering Science Graduate School of Informatics and Engineering The University of Electro-Communications Chofu Tokyo 182-8585 Japan;
Department of Engineering Science Graduate School of Informatics and Engineering The University of Electro-Communications Chofu Tokyo 182-8585 Japan;
Bioluminescence; Beetle Luciferases; Bioluminescence Colors;
机译:甲虫荧光素酶的生物发光与6'-氨基αd?荧光素类似物揭示了激发的酮 - 奥昔洛蛋白,作为发射器和酚类/荧光素结合位点相互作用调节生物发光颜色
机译:在不同荧光素酶的相同荧光素发出不同颜色的光。 甲虫生物发光的理论研究
机译:萤光素和氧化萤光素的氨基类似物对萤火虫(甲虫)生物发光的颜色调制机制的光谱学研究
机译:萤火虫生物发光对萤火虫的重要部位
机译:单击甲虫荧光素酶突变体和近红外萘荧光素可改善生物发光成像
机译:Phrixotrix Luciferase和6'-Aminoluciferins揭示了较大的荧光素酚醛酸盐结合位点,并提供了用于生物成像目的的新型远红组合