开云app官网登录入口网页版-官方正版

#基因组编辑#

25篇内容 | 1503人围观

关注话题

话题活跃用户

#插入话题

插入图片

最新最热

[GetTopicListResponse(id=2216654, encodeId=8ae12216654f4, content=<a href='/topic/show?id=310d383ef5' target=_blank style='color:#2F92EE;'>#B细胞#</a> <a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a> <a href='/topic/show?id=548e11e05498' target=_blank style='color:#2F92EE;'>#免疫球蛋白基因座#</a> <a href='/topic/show?id=6c3411e05560' target=_blank style='color:#2F92EE;'>#重链抗体#</a>, objectTitle=最新Nature NBE：定制重链抗体以重新编程人类B细胞, objectType=article, longId=835874, objectId=07058358e4e8, topicUrl=null, isHasObj=0, objectCover=https://img.medsci.cn/20240717/1721178253498_8538692.jpg, objectUrl=/article/show_article.do?id=07058358e4e8, replyNumber=0, likeNumber=40, createdTime=2024-07-24, rootId=0, userName=梅斯管理员, userId=cade5395722, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=上海, moduleDTOList=[ModuleDTO(moduleId=07058358e4e8, moduleTitle=最新Nature NBE：定制重链抗体以重新编程人类B细胞, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=07058358e4e8)], followStatus=false, userIsMember=false, type=null, lengthMark=0), GetTopicListResponse(id=1585968, encodeId=ab3c1585968a6, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=Science Advance：微针辅助基因组编辑可协同治疗炎症性皮肤病!, objectType=article, longId=208329, objectId=010620832994, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=010620832994, replyNumber=0, likeNumber=72, createdTime=2021-03-14, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=010620832994, moduleTitle=Science Advance：微针辅助基因组编辑可协同治疗炎症性皮肤病!, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=010620832994)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585967, encodeId=7c3b158596e5f, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=礼来与Precision BioSciences合作进行基因组编辑研究, objectType=article, longId=203878, objectId=dfda2038e848, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=dfda2038e848, replyNumber=0, likeNumber=80, createdTime=2020-12-01, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=dfda2038e848, moduleTitle=礼来与Precision BioSciences合作进行基因组编辑研究, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=dfda2038e848)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585966, encodeId=2baf15859667e, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=今年诺贝尔化学奖授予美法两位科学家，表彰她们开发出基因组编辑方法, objectType=article, longId=201812, objectId=b183201812b0, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=b183201812b0, replyNumber=0, likeNumber=66, createdTime=2020-10-09, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=b183201812b0, moduleTitle=今年诺贝尔化学奖授予美法两位科学家，表彰她们开发出基因组编辑方法, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=b183201812b0)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585965, encodeId=b89c158596552, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=Cell Rep:临床多重耐药菌基因组编辑研究取得进展, objectType=article, longId=182570, objectId=3f551825e01a, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=3f551825e01a, replyNumber=0, likeNumber=91, createdTime=2019-11-09, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=3f551825e01a, moduleTitle=Cell Rep:临床多重耐药菌基因组编辑研究取得进展, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=3f551825e01a)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585964, encodeId=3f7b1585964a9, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=Gene：CRISPR/Cas9调控的基因组编辑剪接变异引起先天性听力损失, objectType=article, longId=162868, objectId=37e616286824, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=37e616286824, replyNumber=0, likeNumber=73, createdTime=2019-03-26, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=37e616286824, moduleTitle=Gene：CRISPR/Cas9调控的基因组编辑剪接变异引起先天性听力损失, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=37e616286824)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585963, encodeId=48bc158596305, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=WHO成立人类基因组编辑治理监督委员会建立全球标准, objectType=article, longId=160470, objectId=67711604e0aa, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=67711604e0aa, replyNumber=0, likeNumber=87, createdTime=2019-02-20, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=67711604e0aa, moduleTitle=WHO成立人类基因组编辑治理监督委员会建立全球标准, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=67711604e0aa)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585962, encodeId=4ef31585962d0, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=Nature：Jennifer Doudna团队发现新型CRISPR基因组编辑酶, objectType=article, longId=159764, objectId=e691159e64c5, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=e691159e64c5, replyNumber=0, likeNumber=74, createdTime=2019-02-12, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=e691159e64c5, moduleTitle=Nature：Jennifer Doudna团队发现新型CRISPR基因组编辑酶, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=e691159e64c5)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585961, encodeId=9bc8158596116, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=《Science》热评：基因组编辑不是体外受精, objectType=article, longId=155446, objectId=824a155446f5, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=824a155446f5, replyNumber=0, likeNumber=71, createdTime=2018-12-10, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=824a155446f5, moduleTitle=《Science》热评：基因组编辑不是体外受精, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=824a155446f5)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585960, encodeId=ab3d158596037, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=PLAST RECONSTR SURG:CRISPR基因组编辑有望用于整形外科中, objectType=article, longId=154831, objectId=37dc15483159, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=37dc15483159, replyNumber=0, likeNumber=66, createdTime=2018-12-02, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=37dc15483159, moduleTitle=PLAST RECONSTR SURG:CRISPR基因组编辑有望用于整形外科中, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=37dc15483159)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585959, encodeId=da3f1585959f8, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=第二届人类基因组编辑峰会发布声明：贺建奎项目存缺陷临床程序缺乏透明度, objectType=article, longId=154717, objectId=2d3f154e1716, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=2d3f154e1716, replyNumber=0, likeNumber=99, createdTime=2018-12-01, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=2d3f154e1716, moduleTitle=第二届人类基因组编辑峰会发布声明：贺建奎项目存缺陷临床程序缺乏透明度, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=2d3f154e1716)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585958, encodeId=474b1585958c3, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=【声明】第二届国际人类基因组编辑峰会组委会：基因编辑婴儿的临床试验是否符合标准还有待商榷, objectType=article, longId=154488, objectId=8b24154488bd, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=8b24154488bd, replyNumber=0, likeNumber=94, createdTime=2018-11-29, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=8b24154488bd, moduleTitle=【声明】第二届国际人类基因组编辑峰会组委会：基因编辑婴儿的临床试验是否符合标准还有待商榷, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=8b24154488bd)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585957, encodeId=453e158595e71, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=默克的基础基因组编辑技术获得澳大利亚CRISPR切口酶专利, objectType=article, longId=146788, objectId=223e146e8852, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=223e146e8852, replyNumber=0, likeNumber=74, createdTime=2018-08-18, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=223e146e8852, moduleTitle=默克的基础基因组编辑技术获得澳大利亚CRISPR切口酶专利, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=223e146e8852)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585956, encodeId=47af158595682, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=首次在新的临床试验中进行体内人基因组编辑测试, objectType=article, longId=99833, objectId=d3539983373, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=d3539983373, replyNumber=0, likeNumber=81, createdTime=2017-05-25, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=d3539983373, moduleTitle=首次在新的临床试验中进行体内人基因组编辑测试, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=d3539983373)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585955, encodeId=d9731585955a0, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=默克开发替代性CRISPR基因组编辑方法, objectType=article, longId=99465, objectId=a25b9946504, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=a25b9946504, replyNumber=0, likeNumber=65, createdTime=2017-05-25, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=a25b9946504, moduleTitle=默克开发替代性CRISPR基因组编辑方法, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=a25b9946504)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585954, encodeId=9ffb1585954bd, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=JACS:上海科技大学季泉江组研发出“超级细菌”基因组编辑新技术, objectType=article, longId=94774, objectId=435594e7479, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=435594e7479, replyNumber=0, likeNumber=60, createdTime=2017-04-07, rootId=0, userName=仁医06, userId=55683, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=435594e7479, moduleTitle=JACS:上海科技大学季泉江组研发出“超级细菌”基因组编辑新技术, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=435594e7479)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585953, encodeId=2eff1585953a5, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=人类基因组编辑报告：我们应如何平衡其利益和风险, objectType=article, longId=90457, objectId=4e569045eab, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=4e569045eab, replyNumber=0, likeNumber=96, createdTime=2017-03-04, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=4e569045eab, moduleTitle=人类基因组编辑报告：我们应如何平衡其利益和风险, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=4e569045eab)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585952, encodeId=5c0e158595280, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=PNAS：在小鼠细胞中利用CRISPR-Cas9技术高效进行基因组编辑, objectType=article, longId=81654, objectId=170581654c7, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=170581654c7, replyNumber=0, likeNumber=79, createdTime=2016-11-03, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=170581654c7, moduleTitle=PNAS：在小鼠细胞中利用CRISPR-Cas9技术高效进行基因组编辑, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=170581654c7)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585951, encodeId=4bb81585951bb, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=Nat Biotechnol：证实CRISPR/Cpf1基因组编辑几乎没有脱靶效应, objectType=article, longId=70254, objectId=69dee02543b, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=69dee02543b, replyNumber=0, likeNumber=89, createdTime=2016-06-09, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=69dee02543b, moduleTitle=Nat Biotechnol：证实CRISPR/Cpf1基因组编辑几乎没有脱靶效应, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=69dee02543b)], followStatus=false, userIsMember=false, type=1, lengthMark=0), GetTopicListResponse(id=1585950, encodeId=e7541585950e9, content=<a href='/topic/show?id=7ed041850a1' target=_blank style='color:#2F92EE;'>#基因组编辑#</a>, objectTitle=三篇Nature文章揭示CRISPR/Cas9基因组编辑取得重大进展, objectType=article, longId=67052, objectId=a1af6e052f2, topicUrl=null, isHasObj=0, objectCover=null, objectUrl=/article/show_article.do?id=a1af6e052f2, replyNumber=0, likeNumber=88, createdTime=2016-04-24, rootId=0, userName=维他命, userId=8f2a17339944, projectId=1, avatar=, status=1, hasArticle=1, attachment=null, ipAttribution=, moduleDTOList=[ModuleDTO(moduleId=a1af6e052f2, moduleTitle=三篇Nature文章揭示CRISPR/Cas9基因组编辑取得重大进展, moduleType=article, hrefUrl=//m.sandwebs.com/article/show_article.do?id=a1af6e052f2)], followStatus=false, userIsMember=false, type=1, lengthMark=0)] 风湿免疫小助手

基因组编辑

2020-05-29

梅斯管理员 (审核中...)

前往app查看评论内容

#B细胞# #基因组编辑# #免疫球蛋白基因座# #重链抗体#

最新Nature NBE：定制重链抗体以重新编程人类B细胞

2024-07-24发表于上海

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

Science Advance：微针辅助基因组编辑可协同治疗炎症性皮肤病!

2021-03-14

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

礼来与Precision BioSciences合作进行基因组编辑研究

2020-12-01

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

今年诺贝尔化学奖授予美法两位科学家，表彰她们开发出基因组编辑方法

2020-10-09

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

Cell Rep:临床多重耐药菌基因组编辑研究取得进展

2019-11-09

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

Gene：CRISPR/Cas9调控的基因组编辑剪接变异引起先天性听力损失

2019-03-26

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

WHO成立人类基因组编辑治理监督委员会建立全球标准

2019-02-20

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

Nature：Jennifer Doudna团队发现新型CRISPR基因组编辑酶

2019-02-12

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

《Science》热评：基因组编辑不是体外受精

2018-12-10

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

PLAST RECONSTR SURG:CRISPR基因组编辑有望用于整形外科中

2018-12-02

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

第二届人类基因组编辑峰会发布声明：贺建奎项目存缺陷临床程序缺乏透明度

2018-12-01

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

【声明】第二届国际人类基因组编辑峰会组委会：基因编辑婴儿的临床试验是否符合标准还有待商榷

2018-11-29

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

默克的基础基因组编辑技术获得澳大利亚CRISPR切口酶专利

2018-08-18

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

首次在新的临床试验中进行体内人基因组编辑测试

2017-05-25

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

默克开发替代性CRISPR基因组编辑方法

2017-05-25

仁医06 (审核中...)

前往app查看评论内容

#基因组编辑#

JACS:上海科技大学季泉江组研发出“超级细菌”基因组编辑新技术

2017-04-07

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

人类基因组编辑报告：我们应如何平衡其利益和风险

2017-03-04

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

PNAS：在小鼠细胞中利用CRISPR-Cas9技术高效进行基因组编辑

2016-11-03

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

Nat Biotechnol：证实CRISPR/Cpf1基因组编辑几乎没有脱靶效应

2016-06-09

维他命 (审核中...)

前往app查看评论内容

#基因组编辑#

三篇Nature文章揭示CRISPR/Cas9基因组编辑取得重大进展

2016-04-24

科室
- - 订阅+
  - 更多科室
工具
服务