英国公司法中的Foss v. Harbottle规则及其例外是英国公司法保护少数派股东权利的一种独特的救济方式。它不仅影响了英美法系国家的股东代表诉讼制度,而且影响着部分大陆法系国家和地区的股东代表诉讼制度。尽管中国新公司法已经确定了...英国公司法中的Foss v. Harbottle规则及其例外是英国公司法保护少数派股东权利的一种独特的救济方式。它不仅影响了英美法系国家的股东代表诉讼制度,而且影响着部分大陆法系国家和地区的股东代表诉讼制度。尽管中国新公司法已经确定了自己的股东代表制度,但英国在代表诉讼制度上的保守态度和经验,依然值得我们借鉴。展开更多
Six strains of moderately thermophilic sulfur-oxidizing bacteria were isolated from several different typical environments in China. The identities of the isolates were confirmed by analyses of their 16S rRNA genes, a...Six strains of moderately thermophilic sulfur-oxidizing bacteria were isolated from several different typical environments in China. The identities of the isolates were confirmed by analyses of their 16S rRNA genes, and some key physiological traits. The isolates are Gram negative, rod-shaped bacteria, their optimal temperature and pH value for growth are 45-50℃ and 2.5-3.5 respectively. They are autotrophic and used elemental sulfur, sodium thiosulfate and potassium tetrathionate as electron donor, while a little glucose stimulated their growth. 16S rDNA sequences analysis reveals that the strains are phylogenetically clustered to Acidithiobacillus caldus.展开更多
文摘英国公司法中的Foss v. Harbottle规则及其例外是英国公司法保护少数派股东权利的一种独特的救济方式。它不仅影响了英美法系国家的股东代表诉讼制度,而且影响着部分大陆法系国家和地区的股东代表诉讼制度。尽管中国新公司法已经确定了自己的股东代表制度,但英国在代表诉讼制度上的保守态度和经验,依然值得我们借鉴。
基金Project (50321402) supported by the National Natural Science Foundation of China Project(2004CB619204) supported by the State Basic Research Development Program of China Project (DY105-02-04-05) supported by the China Ocean Mineral Resources Research and Development Association
文摘Six strains of moderately thermophilic sulfur-oxidizing bacteria were isolated from several different typical environments in China. The identities of the isolates were confirmed by analyses of their 16S rRNA genes, and some key physiological traits. The isolates are Gram negative, rod-shaped bacteria, their optimal temperature and pH value for growth are 45-50℃ and 2.5-3.5 respectively. They are autotrophic and used elemental sulfur, sodium thiosulfate and potassium tetrathionate as electron donor, while a little glucose stimulated their growth. 16S rDNA sequences analysis reveals that the strains are phylogenetically clustered to Acidithiobacillus caldus.
