1) extended producer responsibility(EPR)
延伸厂商责任
2) Extended Producer Responsibility
生产商延伸责任
1.
Operational mechanism of reverse supply chain based on extended producer responsibility;
基于生产商延伸责任的逆向供应链运作机制研究综述
3) extended responsibility
责任延伸
1.
Circular Economy Law(draft) has made provision for the extended responsibility which is mainly of producers ,divided the responsibility of recycling and disposing of waste,and provided for the legal responsibility.
生产者责任延伸制度是发展循环经济的重要制度之一,《循环经济法(草案)》对以生产者为主的延伸责任作了规定,对废物的回收、处理责任作了划分,对法律责任作了规定,但责任划分笼统、回收体系不健全、配套措施匮乏以及法律责任规定不全面。
4) extended responsibility
延伸责任
1.
The paper discusses the extended responsibilities of each party,offers a closed-loop supply chain operation reference model,discusses the extended responsibility of reclaiming used electronics and equipment in China and proposes howto carry out the relevant relaiming management.
通过各方延伸责任的分析,并借助构建的闭环供应链参考流程图,探究我国废旧电子电器回收延伸责任问题,并据此提出相关回收管理的建议。
5) extended producer responsibility
生产者责任延伸
1.
Extended Producer Responsibility and the Mode of Circular Enterprises;
生产者责任延伸制与企业的循环经济模式
2.
Through an examination of responsibility of interested party under the principle of extended producer responsibility,the organization system and advanced recycling fee(ARF) financing system for E-waste collection and recycling in Switzerland,the successful experience of E-waste management obtained in Switzerland was reviewed and recommendation on E-waste recycling in China was made.
通过研究瑞士推行的生产者责任延伸制度原则下的各相关方的责任和组织形式,电子废物收集和再生利用的ARF资金系统和监督管理方式,总结出瑞士电子废物管理取得的成功经验,并提出我国电子废物回收管理的建议。
3.
The extended producer responsibility (EPR) system as a new waste disposal system, is an environmental protection strategy.
生产者责任延伸制度作为一项全新的废弃物管理制度,是一项环境保护战略。
6) extended producer responsibility
延伸生产者责任
1.
An Analysis on the Extended Producer Responsibility Legal System;
延伸生产者责任法律制度剖析
补充资料：多肽链延伸因子
多肽链延伸因子
多肽链延伸因子 polypeptide chain elonga－tion factor
蛋白质生物合成中参与多肽链延伸过程的蛋白质因子。从大肠杆菌等原核细胞可纯化获得三种延伸因子（elongation factor），即eftu，efts和efg，分子量大约分别为4.7万，3.6万和8.3万。eftu与gtp结合成eftu-gtp，然后再与氨酰trna结合，形成三复合体（ternary complex）氨酰-trna-eftu－gtp。这种三复合体与核糖体的氨酰trna部位（a部位，aminoacyl site）结合，继而gtp被分解，eftu以eftu－gtp的形式从核糖体上游离出来。游离的eftu－gdp与efts反应，再生成eftu－ts，然后与gtp结合成eftu－gtp。另一方面结合在p部位（peptide transfer）。多肽链即可延长一个氨基酸残基。接着肽基trna从a部位转移（translccation）到p部位，p部位的trna从核糖体上脱离下来。该反应由efg（g因子，亦称为移位酶）催化，再将一分子的gtp水解。如图所示，由于上述反应的逐次反复进行，而使多肽链延伸反应得以进行，每延长一个氨基酸残基，就水解两分子gtp。动物细胞或其他真核细胞基本上也以同样机制进行多肽链的延伸，并且也分离到了对应于原核细胞的各因子。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。