红螺菌

研究了红螺菌R04对重金属Cu2+、Ni2+和Cr6+的吸附行为。

The biosorption efficiency of Cu 2 + , Ni 2 + and Cr 6 + by Rhodospirillum R 04 was investigated .

红螺菌R-04吸附多种重金属的研究

Study of biosorption of heavy metals by Rhodospirillum R-04

对耐盐红螺菌科光合细菌的应用培养条件（光源、温度、接种量、pH等），以及光合细菌细胞数量与OD660nm的相关性进行了探讨。

Discuss the applied culture conditions of Salt-resistant Rhodospirillaceae bacteria including illumination , temperature , inoculum , pH and the relativity of cell number and OD 660 ?

在一定的浓度范围内红螺菌对Cu2+的吸附符合Langmuir吸附模型和Freundlich吸附模型，但符合Langmuir吸附模型的程度更优。

The sorption process of copper in determinated concentration was in accordance with both Langmuir and Freundlich isotherm , but better complied with Langmuir model .

光合红螺菌（RhodosPirillaceae）固定化及其对废水处理的研究

Study on the Immobilization of Photosynthetic Bacteria ( Rhodos Pirillaceae ) for Wastewater Treatment

耐盐红螺菌产生的拮抗物质可初步归属于小分子热稳定肽（SHSP）。

The antagonistic substances produced by salt-resistant Rhodospirillaceae bacteria could be preliminarily classified with small heat-stable peptide ( SHSP ) .

红螺菌吸附铜的动力学与脱附研究

Study of kinetics and desorption of copper biosorption by Rhodospirillum

聚乙烯螺旋霉素菌种红螺菌科光合细菌液体培养基的优化

Optimization of Liquid Medium for Rhodospirillum Branch of Photosynthetic Bacterium

耐盐红螺菌拮抗物质的分离纯化及特性分析

Purification and characteristic analysis of antagonistic substances produced by salt-resistant Rhodospirillaceae bacteria

研究了红螺菌对Cu~（2+）、Cr~（6+）的吸附行为。

The biosorption of Cu2 + 、 Cr6 + by Rhodospirillum were investigated .

耐盐红螺菌科细菌发酵酱渣生产蛋白饲料的工艺研究

Utilization of Soy Sauce Dregs Fermented by Salt-Resistant Rhodospirillaceae Bacteria to Produce Protein-Enriched Feed

影响天然混合红螺菌产氢因素的实验研究

Study on hydrogen production influence facter

耐盐红螺菌科细菌对淡水鱼池水质及细菌类群的影响

The influence of salt-resistant Rhodospirillaceae bacteria on the water quality and bacterial population in the freshwater fish-ponds

采用正交实验设计，对一种富集光合细菌的培养基进行优化，试验结果表明酵母膏和NaHCO3在培养基中的浓度对富集红螺菌科的光合细菌有显著的影响。

One kind enrichment culture medium for photosynthetic bacteria was optimized in an orthogonal experiment . The results showed that yeast extract and NaHCO_3 ( sodium bicarbonate ) concentrations significantly affected the accumulation culture of Rhodospirillaceae .

此外，还通过正交实验对红螺菌的培养，得出了光照强度、接种量、酵母量和培养温度4个因素的最适值分别为1200lx、20%、1.5g/L和25℃。

The optimization of optimum cultivation with the orthogonal designed experiment was investigated , too . The appropriate illumination intensity , quantity of inoculation and yeast as well as cultivation temperature are about 1 200 1x , 20 % , 1.5 g and 25 ℃ respectively .