phycobilisome
- 网络藻胆体;藻胆蛋白体
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Linker proteins play an important role in the phycobilisome assembly and energy-transformation modification .
连接蛋白在藻胆体的组装和能量传递中起重要作用。
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Isolation and spectroscopic studies of phycobilisome core
藻胆体核心的分离和光谱研究
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Studies on the Paths of Energy Transfer in the Rod Core Complex of Phycobilisome
藻胆体杆核复合物的能量传递途径研究
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Observation of the phycobilisome 's morphology with scanning tunnelling microscope
用扫描隧道显微镜(STM)对藻胆体形貌的观察
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Energy Transfer among Proteins in the Phycobilisome of Red Algae ⅰ . Energy Transfer in Synthesized Complex of R PC / APC
红藻藻胆体内部蛋白间的能量传递研究Ⅰ.人工合成R-PE/R-PC/APC复合物内的能量传递
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The reconstitution of the phycobilisome core with the phycocyanin from Spirulina platensis was made .
用钝顶螺旋藻进行了藻胆体核心和藻蓝蛋白重组的研究。
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Artificial conjugate is more stable than natural phycobilisome in low ion strength and low temperature ( 40C ), but efficiency of energy transfer is comparatively lower .
人工构建的交联物和天然的藻胆体相比,对低离子强度和低温(4℃)更为稳定,但能量传递效率相对较低。
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The Structure-Function Relationship of Core Complexes in Phycobilisome (ⅱ) ── Studies on Chromophore-Chromophore Interactions in Four Allophycocyanin Complexes
藻胆体核心复合物结构与功能的研究(Ⅱ)&4种变藻蓝蛋白复合物发色团相互作用机制
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In vivo , the process of phycobilisome assembly and the phycobiliprotein biosynthesis is highly ordered and catalyzed by a series of enzymes .
在体内,藻胆体的装配和藻胆蛋白的生物合成是一个高度有序的过程,需要各种酶的催化。
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The result of the 77K fluorescence emission spectrum of the reconstituted complex of the phycobilisome core with the phycocyanin also indicated that the phycocyanin and the phycobilisome core had reconstituted .
在液氮温度荧光发射光谱中,其结果也表明藻蓝蛋白与藻胆体核心发生了重组。