It is primed one time during synthesis and uses the DNA strand 3’ to 5’ as template. 前导链是指随着亲本双螺旋的解开而按照5′ 3′方向连续合成的DNA子链,以3′5′方向的亲本链为模板。 Lagging stand uses the DNA strand that runs 5’ to 3’as template and synthesis DNA non-...
百度试题 结果1 题目半不连续性: 领头链(leading strand) 随从链(lagging strand) 冈崎片段(Okazaki fragment)相关知识点: 试题来源: 解析 pol I,pol III 反馈 收藏
题目 (翻译)The leading strand is synthesized continuously, while the lagging strand is synthesized in short stretches known as Okazakifragments. 相关知识点: 试题来源: 解析 正确答案:答:前导链是连续合成的,而后随链是以短的直线状的冈崎片段合成。 反馈 收藏 ...
What is the difference between leading strand and lagging strand synthesis? Which strand requires just one primer? Which strand requires multiple primers? Are the primers RNA or DNA? DNA synthesis must occur on both strands of the original double-stranded template to make tw...
Learn about DNA replication enzymes and how DNA replicates. Discover what enzymes are used in DNA replication, and the order of enzymes involved in DNA replication. Related to this QuestionWhat is the difference in DNA replication on the leading strand versus the lagging strand? Explain you...
They discovered that the lesion in either strand did not affect the synthesis of the opposing strand, suggesting that the opening of the replication fork continues as a result of uncoupling of synthesis of leading and lagging strands. In either strand, TLS occurred after the same time delay of...
(2007) The eukaryotic leading and lagging strand DNA polymerases are loaded onto primer-ends via separate mechanisms but have ... P Stenlund,PM Burgers,EB Lundstrom,... 被引量: 0发表: 0年 Strand displacement amplification This invention relates a nucleic acid target amplification and detection ...
They discovered that the lesion in either strand did not affect the synthesis of the opposing strand, suggesting that the opening of the replication fork continues as a result of uncoupling of synthesis of leading and lagging strands. In either strand, TLS occurred after the same time delay of...
aFurthermore, in the absence of WRN, leading- and lagging-strand DNA synthesis are uncoupled at replication forks, and POT1 is required for efficient replication of C-rich telomere strands 此外,在没有WRN时,铅和绝热材料子线脱氧核糖核酸综合被拆在复制叉子,并且POT1为富有C的telomere子线的高效率的...
Gene 4 protein and DNA polymerase catalyze processive leading strand synthesis. Gene 4 protein molecules serving as helicase remain bound to the template as leading strand synthesis proceeds greater than 40 kilobases. Primer synthesis for lagging strand synthesis is catalyzed by additional gene 4 ...