Construction of Photosynthetic Antenna Complex Using Light-harvesting Polypeptide-alpha from Photosynthetic Bacteria, R.rubrum with Zinc Substituted Bacteriochlorophyll a

Morio Nagata; Mamoru Nango; Ayumi Kashiwada; Shuhei Yamada; Seiji Ito; Naoko Sawa; Makiko Ogawa; Toshiaki Ohtsuka; Kouji Iida; Toshiaki Ohtsuka

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Construction of Photosynthetic Antenna Complex Using Light-harvesting Polypeptide-alpha from Photosynthetic Bacteria, R.rubrum with Zinc Substituted Bacteriochlorophyll a

机译：用光合细菌，红球藻和锌取代的细菌叶绿素a的光捕获多肽-α构建光合天线复合体

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The light-harvesting (LH)-alpha polypeptide isolated from R. rubrum only organized zinc bacteriochlorophyll a (Zn-BChl a) complex in n-octyl-beta-D-glucopyranoside (OG) micelle, analogous to the LH1-type complex of photosynthetic bacteria.

机译：从红毛鼠中分离的光采（LH）-α多肽仅在正辛基-β-D-吡喃葡萄糖苷（OG）胶束中组织锌细菌叶绿素a（Zn-BChl a）复合物，类似于LH1型复合物。光合细菌。

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《Chemistry Letters》 |2003年第2期|共2页
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Morio Nagata; Mamoru Nango; Ayumi Kashiwada; Shuhei Yamada; Seiji Ito; Naoko Sawa; Makiko Ogawa; Toshiaki Ohtsuka; Kouji Iida; Toshiaki Ohtsuka;
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中图分类化学;化学工业;
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1. Construction of Photosynthetic Antenna Complex Using Light-harvesting Polypeptide-alpha from Photosynthetic Bacteria, R.rubrum with Zinc Substituted Bacteriochlorophyll a [J] . Morio Nagata, Mamoru Nango, Ayumi Kashiwada, Chemistry Letters . 2003,第2期

机译：用光合细菌，红球藻和锌取代的细菌叶绿素a的光捕获多肽-α构建光合天线复合体
2. Direct Counting of Submicrometer-Sized Photosynthetic Apparatus Dispersed in Medium at Cryogenic Temperature by Confocal Laser Fluorescence Microscopy:Estimation of the Number of Bacteriochlorophyll c in Single Light-Harvesting Antenna Complexes Chlo [J] . Yoshitaka Saga, Yutaka Shibata, Shigeru Itoh The journal of physical chemistry, B. Condensed matter, materials, surfaces, interfaces & biophysical . 2007,第43期

机译：通过共聚焦激光荧光显微镜直接计数在低温下分散在培养基中的亚微米级光合作用设备：估计单个光收集天线复合物中氯细菌叶绿素c的数量
3. Determination of the Molar Extinction Coefficients of the B800 and B850 Absorption Bands in Light-harvesting Complexes 2 Derived from Three Purple Photosynthetic Bacteria Rhodoblastus acidophilus, Rhodobacter sphaeroides, and Phaeospirillum molischianum by Extraction of Bacteriochlorophyll a [J] . Yoshitaka SAGA, Keiya HIROTA Analytical Sciences . 2016,第7期

机译：提取细菌性叶绿素a测定三种紫色光合细菌嗜酸红球菌，球形红球菌和软体螺旋藻的采光复合物2中B800和B850吸收带的摩尔消光系数
4. Construction of artificial light-harvesting complex using light-harvesting polypeptide or its model synthetic polypeptides with zinc substituted bacteriochlorophyll a [C] . M Nango, A Kashiwada, S Yamada, International Congress on Photosynthesis . 2001

机译：使用光收获多肽或其模型合成多肽的人工光收获络合物构建锌取代的含有锌取代的含有嗜锌氯吡啉血糖A.
5. Exploring Structure-function Relationships in Photosynthetic Light-harvesting Antenna Complexes Using Quantum Chemistry and Ultrafast Multidimensional Electronic Spectroscopy [D] . Toa, Zi Siang Desmond. 2019

机译：使用量子化学和超快多维电子光谱法探索光合光收获天线复合物中的结构功能关系
6. Clades of Photosynthetic Bacteria Belonging to the Genus Rhodopseudomonas Show Marked Diversity in Light-Harvesting Antenna Complex Gene Composition and Expression [O] . Kathryn R. Fixen, Yasuhiro Oda, Caroline S. Harwood 2016

机译：属于红假单胞菌属的光合细菌进化枝显示光捕获天线复杂基因组成和表达中的明显多样性。
7. Direct Counting of Submicrometer-Sized Photosynthetic Apparatus Dispersed in Medium at Cryogenic Temperature by Confocal Laser Fluorescence Microscopy: Estimation of the Number of Bacteriochlorophyll c in Single Light-Harvesting Antenna Complexes Chlorosomes of Green Photosynthetic Bacteria [O] . -1

机译：通过共聚焦激光荧光显微镜直接计数介质在低温温度下分散在培养基中：估计绿色光合细菌的单次光收集天线络合物中的菌种氯化基团的数量
8. Probing the Bacteriochlorophyll Binding Site Requirements of the Core Light-Harvesting Complex of Photosynthetic Bacteria Using BChl Analogs. [R] . Loach, P. A., Michalski, T., Parkes-Loach, P. S. 1989

机译：用BChl类似物探讨光合细菌核心光捕获复合物的细菌叶绿素结合位点要求。

Construction of Photosynthetic Antenna Complex Using Light-harvesting Polypeptide-alpha from Photosynthetic Bacteria, R.rubrum with Zinc Substituted Bacteriochlorophyll a

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