1) Rapana venosa
脉红螺
1.
Preliminary Study on Cultivating Rapana venosa with Raft in the Laizhou Bay;
莱州湾脉红螺筏式养殖的初步研究
2.
Effect of temperature and body weight on respiration and excretion in conch Rapana venosa Valeneiennes;
温度和体重对脉红螺呼吸和排泄的影响
3.
For sustaining development on mariculture of Rapana venosa,an important economic species in China,107 individuals representing 7 populations of R.
对中国沿海脉红螺7个自然居群的线粒体DNA 16S rRNA基因片段进行了扩增和测序,分析了107个个体511bp的碱基序列,结果没有发现插入/缺失突变的核苷酸位点。
4) rhodobacter sphaeroides
红螺菌
1.
The main conditions of hydrogen production by multiculture of rhodobacter sphaeroides were studied.
研究了以葡萄糖为基质利用天然混合红螺菌生产氢气的影响因素。
2.
It was conclude that multiculture of rhodobacter sphaeroides only can live anaerobicly,the suitable temperature is from 28℃ to 40℃,the suitable pH is from 6.
研究了影响天然混合产氢红螺菌生长速度的主要因素,指出适合天然混合产氢红螺菌生长的最佳温度为28℃~40℃,最佳pH值为6。
3.
The main conditions of hydrogen photoproduction by multiculture of Rhodobacter sphaeroides were studied .
研究了以葡萄糖为基质利用天然混合红螺菌生产氢气的影响因素,结果表明,天然混合红螺菌产氢必须在光照、厌氧的条件下进行,在实验范围内较高光强度对天然混合红螺菌的产氢比较有利,并提出天然混合红螺菌产氢的最佳产氢工艺条件,即温度为32℃-40℃,pH值为5-8,接种量为5%-15%,添加有机氮源可使产氢量大幅度提高,天然混合红螺菌在最佳产氢工艺条件下以1%的葡萄糖为基质时的最大产氢量为1。
5) Rhodospirillum
红螺菌
1.
Studies on copper biosorption by Rhodospirillum;
红螺菌对Cu~(2+)的吸附研究
2.
COMPARATIVE STUDY ON IR AND AFM BY Rhodospirillum ADSORPTION OF HEAVY METALS;
红螺菌吸附重金属红外光谱及原子力成像比较研究
3.
Study of biosorption of heavy metals by Rhodospirillum R-04;
红螺菌R-04吸附多种重金属的研究
