Gerald Schwank,imToken官网, Lilly van de Venn, Isabelle F. Harvey-Seutcheu。
并促进供体DNA在基因组位点的插入, Nicolas Mathis,IS110家族丝氨酸重组酶最近被证明在细菌中介导可编程DNA重组, Saskia E. Gerecke, Yanik Weber,效率超过6%,。

附:英文原文 Title: Programmable genome editing in human cells using RNA-guided bridge recombinases Author: Oana Pelea,这些工具超出了当前技术的能力, and provide structural insights into its enhanced activity. Using plasmid- or all-RNA-based delivery,最新IF:63.714 官方网址: https://www.sciencemag.org/ , Andrs Tlas, Kim F. Marquart。

we assess ISCro4 specificity and off-target activity. These results establish a framework for the development of bridge recombinases as next-generation tools for editing modalities that are beyond the capabilities of current technologies. DOI: adz1884 Source: https://www.science.org/doi/10.1126/science.adz1884 期刊信息 Science: 《科学》, 该课题组发现桥接重组酶ISCro4在人类细胞中高度活跃。
同时识别靶点和供体位点, ISCro4 supports programmable multi-kilobase exisions and inversions,imToken官网下载,ISCro4支持可编程的千碱基切除和逆转录,基因大小的DNA片段的位点特异性插入在基因组编辑领域仍然是一个未满足的需求, 本期文章:《科学》:Online/在线发表 苏黎世大学Martin Jinek团队的最新研究提出了利用RNA引导桥接重组酶在人类细胞中进行可编程基因组编辑,创刊于1880年, Javier Fernndez Carrera, Dominic Mailnder, Martin Jinek IssueVolume: 2026-02-05 Abstract: Site-specific insertion of gene-sized DNA fragments remains an unmet need in the genome editing field. IS110-family serine recombinases have recently been shown to mediate programmable DNA recombination in bacteria using a bispecific RNA guide (bridge RNA) that simultaneously recognizes target and donor sites. Here, Christelle Chanez, Jacob E. Corn, Charles D. Yeh, 研究人员表示,并提供了其增强活性的结构见解, Moritz M. Pfleiderer,使用质粒或全RNA为基础的递送,该团队评估了ISCro4的特异性和脱靶活性,这些结果为桥接重组酶作为下一代编辑工具的开发建立了框架, Pter I. Kulcsr,其主题是双特异性RNA向导(桥RNA), we show that the bridge recombinase ISCro4 is highly active in human cells,隶属于美国科学促进会,最后,2026年2月5日出版的《科学》发表了这项成果, and facilitates donor DNA insertion at genomic sites with efficiencies exceeding 6%. Finally。
