(General Student Poster Session Winner - 3rd Place) Increased Light Harvesting in Photosystem 1-Based Biophotovoltaics with Artificial Antenna

机译：（综合学生海报会议赢家 - 第三次）在光照1的基础Biophotovolta与人工天线增加了光线

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Photosynthesis is a process used by algae and plants to convert light energy into chemical energy. In order to reduce the consumption of fossil fuels and curb global warming, the efficient use of sunlight by mimicking photosynthesis or directly using photosynthetic proteins is attracting attention. Photosynthetic proteins, which use highly complex and optimized processes that are impossible to reproduce, have been reportedly used in a variety of artificial applications such as biophotovoltaics, semi-artificial photosynthesis, biosensors, etc. These biomaterials are naturally abundant and pose no threat to the environment. In addition, the reaction center of a protein-pigment complex exhibits near-unity quantum efficiency attributable to spatial charge separation by multiple sequential electron-transfer pathways within the protein, which is a very attractive feature for researchers in the photoenergy-conversion field.

机译：光合作用是藻类和植物用于将光能转化为化学能的过程。为了减少化石燃料的消耗和遏制全球变暖，通过模仿光合作用或直接使用光合蛋白来利用阳光的有效利用是引起关注。据报道，使用高度复杂和优化的过程的光合蛋白已被据报道，已经用于各种人造应用，例如生物光伏，半人造光合作用，生物传感器等。这些生物材料是自然丰富的，对此没有威胁环境。此外，蛋白质 - 颜料复合物的反应中心表现出近乎统一的量子效率，其由于蛋白质内的多个顺序电子转移途径而具有空间电荷分离，这对于光电元转换领域的研究人员来说是一个非常有吸引力的特征。

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《Pacific Rim Meeting on Electrochemical and Solid-State Science》|2020年|4841-5276p|共2页
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Yuya Takekuma; Morio Nagata;
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1. Functional analyses of the plant photosystem I-light-harvesting complex II supercomplex reveal that light-harvesting complex II loosely bound to photosystem II is a very efficient antenna for photosystem I in state II. [J] . Galka P., Santabarbara S., Thi Thu Huong Khuong, The Plant Cell . 2012,第7期

机译：植物光系统I的光捕获复合物II超复合物的功能分析表明，与光系统II松散结合的光捕获复合物II是状态II中光系统I的非常有效的天线。
2. Light acclimation in the lycophyte Selaginella martensii depends on changes in the amount of photosystems and on the flexibility of the light-harvesting complex II antenna association with both photosystems [J] . Ferroni Lorenzo, Suorsa Marjaana, Aro Eva-Mari, The New Phytologist . 2016,第2期

机译：蓝藻卷柏中的光适应取决于光系统数量的变化以及光捕获复合体II天线与两个光系统的关联的灵活性。
3. Multiple types of association of photosystem II and its light-harvesting antenna in partially solubilized photosystem II membranes. [J] . Boekema EJ, van Roon-H, Calkoen F, Biochemistry . 1999,第8期

机译：部分溶解的光系统II膜中光系统II及其光收集天线的多种关联类型。
4. (General Student Poster Session Winner - 3rd Place) Increased Light Harvesting in Photosystem 1-Based Biophotovoltaics with Artificial Antenna [C] . Yuya Takekuma, Morio Nagata Pacific Rim Meeting on Electrochemical and Solid-State Science . 2020

机译：（综合学生海报会议赢家 - 第三次）在光照1的基础Biophotovolta与人工天线增加了光线
5. Light harvesting and primary charge separation in cyanobacterial photosystem I [D] . Sun, Junlei. 2013

机译：蓝细菌光系统中的光收集和主电荷分离I
6. Functional Analyses of the Plant Photosystem I–Light-Harvesting Complex II Supercomplex Reveal That Light-Harvesting Complex II Loosely Bound to Photosystem II Is a Very Efficient Antenna for Photosystem I in State II [O] . Pierre Galka, Stefano Santabarbara, Thi Thu Huong Khuong, 2012

机译：植物光系统I的功能分析-捕光复合物II超复合物表明捕光复合物II与光系统II紧密结合是状态II中光系统I的高效天线
7. Combination of a photosystem 1-based photocathode and a photosystem 2-based photoanode to a Z-scheme mimic for biophotovoltaic applications [O] . Kothe, Tim Michael, Plumerue9, Nicolas, Badura, Adrian, 2013

机译：基于光电系统1的光电阴极和基于光电系统2的光电阳极与Z方案模拟物的组合，可用于生物光伏应用

(General Student Poster Session Winner - 3rd Place) Increased Light Harvesting in Photosystem 1-Based Biophotovoltaics with Artificial Antenna

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