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      • KCI등재

        중국 피소추자의 효과적인 변호제도에 관한 검시와 전망

        담경덕 ( Qing De Tan ) 경상대학교 법학연구소 2016 法學硏究 Vol.24 No.1

        피소추자의 자기변호권과 변호사변호권은 피소추자의 가장 중요한 2가지 형사소송권리이다. 효과적인 변호제도의 수립은 피소추자의 변호권을 보장하는 관건이다. 중국 형사소송법이 개정되기 이전에는 변호제도에 대한 문제제기가 많았다. 개정 후의 형사소송법 및 관련 해석은 피소추자가 조사단계에서 변호사변호를 허가하여 변호사와 피소추자의 소송권리범위를 넓히고 대등한 보장대책을 강화하게 되었다. 그러나 수정된 내용을 실천하는 과정에서는 아직까지 많은 문제가 존재하고 있다. 제도적으로 이미 변호사집단과 법조인 집단은 2개의 다른 계층으로 나뉘어져 있다는 전제하에, 중국에서의 효과적인 변호제도의 미래를 전망해볼 필요가 있다. The right of defense and the right to counsel are the most important rights for the prosecuted in criminal procedure. And the establishment of the system of effective advocacy is the key to protect the right of defense of the accused. The system of advocacy before the revision of the Criminal Procedure Law is widely interrogated. Although it is permitted for the prosecuted to acquire the advocacy of a lawyer during the stage of investigation by the revised Criminal Procedure Law, which enlarged the scope of the procedural rights of the prosecuted and the lawyer and consolidated the ensurant measures related, the there are still many questions unresolved about the implement of those revisions. Whether the system of effective advocacy can be established through those revisions this time, we are suspicious of it.

      • KCI등재

        Population Differentiation of Procypris rabaudi (Tchang) in the Upper Reaches of the Yangtze River Revealed by Mitochondrial DNA and RAPD Markers

        Yong Feng He,Qiong Ying Tang,Jian Wei Wang,Huan Zhang Liu,De Qing Tan 한국유전학회 2008 Genes & Genomics Vol.30 No.3

        Procypris rabaudi (Tchang) is a cyprinid fish endemic to middle and upper reaches of the Yangtze River. Besides in main stream and large tributaries, there exists an early matured, small-sized ecological type in a small tributary, Tang River. In this study, mitochondrial DNA cytochrome b (cyt b) gene sequence analysis and randomly amplified polymorphic DNA (RAPD) analysis were performed to investigate the differentiation of the Tang River population from the Mudong reach population of the Yangtze River, with the purpose of conservation and exploitation of this fish. In the 1140 bps of cyt b gene sequence surveyed, 20 sites were found polymorphic, which defined 23 haplotypes. Among them, four haplotypes accounted for 54.4% of all individuals, while population-specific haplotypes occurred in low frequencies. Analysis of molecular variation on cyt b data revealed no significant partition existing between Tang River population and Mudong reach population. Analyses of 132 RAPD loci suggested that genetic variation between populations was significant, though values of different FST were not very high. The results revealed low genetic diversity and the beginning of population differentiation, suggesting that Tang River population should be designated as a separate Management Unit.

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