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- STUDY ON ANTI- PEROXIDATION FUNCTION OF RHODOBACTER SPHAEROIDES NO. 光合细菌抗脂质过氧化功能的研究。
- Twelve Rhodobacter sphaeroides mutants disturbed in ammonia assimilation ( Asm-) were independently isolated by employing transposon Tn5-generated mutation. 利用转座子Tn5随机插入诱变筛选得到12株浑球红细菌(Rhodobacter sphaeroides)氨同化缺陷突变株(Asm~-)。
- Anaerobic degradation of chlorobenzene by phototroph Rhodobacter sphaeroides 光合细菌球形红细菌厌氧降解氯代苯
- Quantum Chemical Studies on Proteins in the Reaction Center of Rhodobacter sphaeroides 球形红假单胞菌反应中心中蛋白的量子化学研究
- Effects of Rhodobacter sphaeroides on the Decreasment of the Copper Accumulation in Wheat and Cole Seedling 球形红细菌减少小麦和油菜幼苗中铜积累的效应
- Keywords Rhodobacter sphaeroides;hydrogen production;affecting factors;nitrogenase;hydrogenase;photobioreactor; 球形红假单胞菌;光合产氢;影响因子;固氮酶;吸氢酶;光生物反应器;
- Keywords environmental microbiology;Rhodobacter sphaeroides;chlorobenzene;toxicity effect; 环境微生物学;球形红细菌;氯苯;毒性效应;
- Studies on the Electron Transfer for Reaction Center Isolated from Rhodobacter Sphaeroides in Self-assembly Composite Film 紫细菌反应中心色素蛋白复合膜电子转移研究
- Influence of the degree of light intensity on hydrogen production of Rhodobacter sphaeroides from pig dejecta wastewater 光照度对猪粪污水条件下红假单胞菌光合产氢的影响
- Keywords Rhodobacter sphaeroides;redox enzyme;light-controlled asymmetric reduction;acetophenone;phenylethyl alcohol;chromatophore; 类球红杆菌;氧化还原酶;光控不对称还原;苯乙酮;苯乙醇;载色体;
- Rhodobacter sphaeroides 球形红细菌
- Hydrogen-producing Rhodobacter sp. 产氢红杆菌
- The advantages of product granularity are concentrative distribution, dense crystalloid and good decentralization; the outward appearance seems like sphaeroid. 产品粒度分布集中，结晶质密(松装密度大)且分散性好，物理型貌为类球形；
- In this paper, a brief introduction of the advances in production of ALA by R. sphaeroides was presented and the measures for enhancing ALA yield was discussed. 文章综述了类球红细菌5-氨基乙酰丙酸的发酵生产现状以及提高其发酵产率的策略与措施。
- Rhodobacter sp. 产氢红杆菌
- Keywords Rhodobacter sphaeriodes;Batch culture;Chemostat culture; 球形红杆菌;分批发酵;恒化培养;
- Keywords Nostoc sphaeroides Nutritive composition Color-keeping; 葛仙米;营养成分;护色;
- Research on Status Quo and Applied Prospect of Nostos Sphaeroides ku Tzing 葛仙米的研究现状及应用前景
- Keywords Nostoc sphaeroides;Nostoc commune;culture;structure;inoculum density; 葛仙米;地木耳;培养;结构;接种密度;
