1.
Research on Prevention of Rainbow Trout Disease by Ozone Cooperating Composite Photosynthetic Bacteria
臭氧配合复合光合细菌对虹鳟鱼病的防治研究
2.
Mechanism of Regulation of Pigment-protein Complex Via Light and Oxygen in Anaerobic Phototrophic Bacteria
不产氧光合细菌色素蛋白复合体光氧调控机制
3.
The Structure and Functions of Light-harvesting Pigment Protein Complex LH2 of Photosynthetic Bacteria(PSB)
光合细菌捕光色素蛋白复合体LH2的结构与功能
4.
Progress on pigment-protein complexes from anoxygenic phototrophic bacteria--A review
不产氧光合细菌色素蛋白复合体研究进展
5.
relating to or caused by photosynthetic bacteria of the class Cyanobacteria.
由氮细菌类光合细菌引起，或与之相关。
6.
The photosynthetic pigment in bacteria is bacteriochlorophyll.
细菌光合作用的色素是细菌叶绿素。
7.
Optimization of Liquid Medium for Rhodospirillum Branch of Photosynthetic Bacterium
红螺菌科光合细菌液体培养基的优化
8.
Regulation mechanism of photopigments biosynthesis via light and oxygen in Rhodobacter azotoformans 134K20
不产氧光合细菌光合色素的光氧调控机制
9.
Bioremediation of Fenpropathrin by Photosynthetic Bacterial Strain PSB07-15 in Hydroponic System for Cucumber Culture
光合细菌PSB07-15对水培黄瓜体系中甲氰菊酯污染的生物修复
10.
Determination of the content of anthraquinones in compound cassia seed oral solution transformed by photosynthetic bacteria
光合细菌转化复方决明子口服液中蒽醌类成分的含量测定
11.
Research on Bio-Hydrogen Production by Two-Step Incubation of Dark-Fermentative Bacterium and Photo-Fermentative Bacterium;
暗发酵细菌与光发酵细菌两步法联合产氢研究
12.
Study on Ingredients of Photosynthetic Bacteria and Preliminary Screening in Pharmacodynamics to Decrease Blood Lipids of Photosynthetic Bacteria Preparation
光合细菌成分的研究及光合细菌制剂降血脂药效学初步筛选
13.
Study status on the photosynthesis of photosynthetic bacteria and H_2-evolving function of nitrogenase
光合细菌光合作用及固氮酶产氢作用研究进展
14.
Bacteriochlorophyll Any of several types of chlorophyll found in photosynthetic bacteria, such as the purple bacteria.
细菌叶绿素：在光能合成细菌如紫细菌中发现的几种类型的叶绿素。
15.
The Preparation Technology Research on Superfine Inorganic Composite Antibacterial Powder;
超细无机复合抗菌粉体制备工艺研究
16.
Development of superfine antibacterial PP/PA6 composite fiber
抗菌PP/PA6复合超细纤维的研制
17.
Studies on the Structure and Function of Light Harvesting Complexes Ⅱ(LH2) and Photosynthetic Reaction Centers (RC) of Rhodobacter Sphaeroides;
紫细菌外周天线色素蛋白复合物及光合作用反应中心的结构与功能研究
18.
Conclusion: 2.5% PSB was the best addition.
光合细菌适宜添加水平为2.5%。