人工智能生成物的智力财产属性辨析

人工智能生成物的客体属性决定了其在现有民事权利体系中能否找到相应位置,进而决定法律规范的制度选择。按照类推解释的基本规则,首先需寻找与人工智能生成物最为接近的民事权利客体类型,其次明确知识产权客体的概念内涵及判定规则,最终确定人工智能生成物的客体属性。知识产权的客体是智力财产,对智力财产的判定应当从其产生过程进行考量,调整的过程论作为甄别智力财产的标准已在实定法和判例中得到确认。从产生过程分析,人工智能生成物在现阶段只是数据算法的结论,其本质是计算与模仿,不是智力劳动,不具有智力财产的属性,无法成为知识产权的客体,应当归属于公有领域,冒名发表等问题可通过法律解释在现有规范体系内加以解决。     

An Arduous Combat

In the morning of August 10, Typhoon Lekima, the ninth of the year, made landfall in Wen ling City, east China's Zhejia ng Province. It made a second landing the next afternoon on the coast of Qingdao in Shandong Province.     

TEACHING A TOWN TO FISH

Yang Guo and her husband Meipu Ganpang used to struggle to make ends meet as farmers in Huyu, a township in southwest China’s Yunnan Province. Poverty eventually broke up their family, forcing Meipu to become a migrant worker in distant cities with more job opportunities, leaving his wife and two children at home.     

Quantitative Determination of Cannabinoids in Cannabis and Cannabis Products Using Ultra‐High‐Performance Supercritical Fluid Chromatography and Diode Array/Mass Spectrometric Detection

Ultra‐high‐performance supercritical fluid chromatography (UHPSFC ) is an efficient analytical technique and has not been fully employed for the analysis of cannabis. Here, a novel method was developed for the analysis of 30 cannabis plant extracts and preparations using UHPSFC /PDA ‐MS . Nine of the most abundant cannabinoids, viz . CBD , ?⁸‐THC , THCV , ?⁹‐THC , CBN , CBG , THCA ‐A, CBDA , and CBGA , were quantitatively determined (RSD s < 6.9%). Unlike GC methods, no derivatization or decarboxylation was required prior to UHPSFC analysis. The UHPSFC chromatographic separation of cannabinoids displayed an inverse elution order compared to UHPLC . Combining with PDA ‐MS , this orthogonality is valuable for discrimination of cannabinoids in complex matrices. The developed method was validated, and the quantification results were compared with a standard UHPLC method. The RSD s of these two methods were within ±13.0%. Finally, chemometric analysis including principal component analysis (PCA ) and partial least squares‐discriminant analysis (PLS ‐DA ) were used to differentiate between cannabis samples.     

TGF-β1在SCN5A基因变异所致心源性猝死中调控作用

SCN5A基因变异所致心源性猝死发生机制尚不清楚。目前研究显示TGF-β1介导心肌纤维化以及离子通道重构调节机制的异常可能是SCN5A基因变异导致SUNDS发生的主要原因。本文就转化生长因子β1对SCN5A基因变异所致心源性猝死调控的影响机制研究进展进行综述,以期为心源性猝死法医学研究和实践提供参考。     

窖蛋白与不明原因心源性猝死的相关性研究进展

不明原因心源性猝死(unexpected sudden cardiac death,USCD)因其不伴有心脏结构的异常,尸体解剖呈阴性改变,一直是法医病理学鉴定的热点难题。USCD可能与部分致死性心律失常有关,该类心律失常多由心脏离子通道蛋白或其相关蛋白发生异常所致。窖蛋白可以通过其脚手架区域与多种心肌离子通道蛋白结合,在维持心肌动作电位的去极化和复极化中起到关键作用。当窖蛋白由于基因突变或蛋白表达异常等因素导致其结构和功能受到影响时,受其调控的心肌离子通道的功能也受到损害,继而引起多种离子通道病的发生,出现心律失常甚至心源性猝死。研究窖蛋白对离子通道功能的影响对于探索恶性心律失常及心源性猝死的发生机制具有重要意义。     

论公司法改革中商法思维的引入和运用

当前,在以法治思维和法治方式推动改革的背景下,商法思维得到理论和实务界的极大重视。我国于2013年12月28日完成的公司法改革,仅仅对公司资本缴纳制度进行了宽缓化处理,不具有结构性的突破。公司法再次修改的呼声渐隆。未来公司法改革,该如何引入和运用商法思维,目前尚缺乏深入系统的研究。以公司担保规范适用在理论和实践中存在的争点为视角切入,对商法思维的意义、内容体系及关键点等问题进行释疑和厘清,在此基础上就公司法改革中引入商法思维的功效及具体运用问题进行系统的阐释和论述,并对公司法改革引入和运用商法思维的留意点予以探讨,有重要价值。     

新形势下人民法院司法技术工作 若干基础性问题研究

人民法院司法技术部门职能调整源自1998年第一个《人民法院改革纲要》和依照该纲要出台的有关委托司法鉴定的两个规定.时至2005年,全国人大常委会《关于司法鉴定管理问题的决定》的出台,人民法院司法技术部门依照最高法院2006年《关于地方人民法院设立司法技术辅助工作机构的通知》进行了职能调整和角色转换.工作对象和研究方向,由技术性向法律化调整、转型,承担起了协助合议庭、独任法官查明案件技术事实的职责.组织协调对外委托鉴定、技术性证据的审核等工作任务,成为人民法院司法技术部门的核心职责.民诉法、刑诉法的修改,司法责任制改革,以及司法鉴定商业化的不断加剧等等,给人民法院司法技术工作提出新的挑战.本文结合改革十余年来的探索发展和实践,对新形势下人民法院司法技术工作若干基本性问题进行了探讨.     

Scholarly Influence in Criminology and Criminal Justice of China

Scholarly influence in criminology and criminal justice (CCJ) is not a new topic. However, in terms of international scholarly influence in Chinese criminology, there still exists no relevant literature, though emphasis on studying China has been increasingly recognized by the international criminological academy. The current study conducts a comprehensive analysis of 191 CCJ articles on China from 20 mainstream CCJ journals and locates those who have done work on Chinese criminology. By productivity and citation analysis, we obtain several rankings of the scholarly influence in Chinese criminology. The most prolific individual identified by the current study is Jianhong Liu; the most productive institution is the City University of Hong Kong; the most-cited scholar is Steven Messner, and the most-cited work is Policing and Punishment in China: From Patriarchy to ‘The People’ by Michael Dutton. Though the current study focuses on Chinese criminology, few local mainland Chinese scholars and publications in Chinese are among the dominant contributions.

     

大熊猫轮状病毒CH-1株外衣壳蛋白VP4基因的克隆与生物信息学分析

利用MA-104细胞培养增殖大熊猫轮状病毒CH-1株,提取总RNA,运用RT-PCR扩增外衣壳蛋白VP4基因,将其与pMD19-T simple vector连接并转化DH5α,经PCR扩增和测序分析进行鉴定,用生物信息学软件预测其功能,并构建系统进化树。结果显示,成功获得大熊猫轮状病毒VP4蛋白基因,长2 362bp,包含一个2 331bp的开放阅读框,编码776个氨基酸,测序结果在GenBank中的登录号为HQ641296。生物信息学分析表明,VP4蛋白基因编码产物分子质量为86 768.8u,理论等电点为5.56,半衰期为30h(体外哺乳类网状细胞),不稳定系数为28.64,脂肪指数为82.53,总平均亲水性为-0.265,最大疏水性为2.244,最小疏水性为-2.911;无信号肽序列;跨膜结构分析显示VP4蛋白无跨膜区,位于病毒膜外区;在VP4序列中的抗原决定簇主要位于VP4的N-末端和C-末端。预测其可能包含8个N-糖基化作用位点,15个蛋白激酶C磷酸化作用位点、15个酪蛋白激酶Ⅱ磷酸化作用位点、12个N-豆蔻酰化位点。系统进化分析显示,大熊猫轮状病毒的VP4基因与猪轮状病毒的VP4基因的进化距离最...