有机与生物分子化学博客新利手机客户端 网址://www.xcmww.com/ob 清华大学,2019年2月7日09:06:27+0000 恩努斯 每小时 https://wordpress.org/?V= 4.9 编辑选择:桑塔努推荐文章 //www.xcmww.com/ob/2019/02/07/editors-choice-santanus-recommended-articles网站/ //www.xcmww.com/ob/2019/02/07/editors choice santanus推荐文章/回复 清华大学,2019年2月7日09:05:56+0000 Catherine Hodges-开发编辑 文章集 董事会新闻 //www.xcmww.com/ob/?P=8311 Santanu Mukherjee教授(印度科学院,新利手机客户端班加罗尔)最近加入了有机和生物分子化学小组,担任副主编。新利手机客户端桑塔努在不对称催化领域工作,重点是发现新的对映选择性转化。他的研究小组研究氢键,路易斯碱和双功能催化,最近,他专注于 <p><a href=“//www.xcmww.com/ob/files/2019/01/sm.jpg”><img class=“wp-image-8314 AlignRight”src=“//www.xcmww.com/ob/files/2019/01/sm.jpg”alt=“”width=“228”height=“223”/><<a><p><strong>Santanu Mukherjee教授<(Indian Institute of Science,新利手机客户端班加罗尔)最近加入了“有机与生物分子化学”团队,担任助理编辑。新利手机客户端桑塔努在不对称催化领域工作,重点是发现新的对映选择性转化。他的研究小组研究氢键,路易斯碱和双功能催化,最近,他专注于铱催化的不对称烯丙基取代反应。看看我们的<a href=“//www.xcmww.com/ob/2019/01/08/introducing professor santanu mukherjee obc associate editor/”>recent blog</a>Welcoming him to the team.<p>.<p><p>santanu has picked out a selection of his personal favorite recent<em>obc.<em>Articles which you can read now for free*.<p>.<p><span style=“text decoraion:underline“><strong>santanu's recommended<em>obc<em>Articles:<strong><s p a n><p><p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/C8ob02272K“>C–H功能化中催化剂控制的位置选择性C–H功能化中的位置选择性C–H功能化中的催化剂控制的位置选择性</a>>>><p><p><p>Virendra KumarTiwari和;曼莫汉Kapur<p><p><p><p><a a href=“http://blog.rsc.org/obb=10.1039/10.1039/C8ob02272K=10.1039/C8ob0227272K“““>doi=10.1039/C8ob0227272727272kb>p><p><p><p><p><p><p><p><p><p http http http http通用航空公司-300x40.jpg“alt=”width=“300”height=“40”srcset=“//www.xcmww.com/ob/files/2019/01/m-kapur-c8ob02272k-ga-300x40.jpg 300W,//www.xcmww.com/ob/files/2019/01/m-kapur-c8ob02272k-ga-768x102.jpg 768W,//www.xcmww.com/ob/files/2019/01/m-kapur-c8ob02272k-ga-1024x136.jpg 1024w“尺寸=”(最大宽度:300px)100vw,300px“/>.<a><p><p>.<p><p>.<p><p>.<p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02600a“>α-烷基化吡咯的对映选择性合成<em>via</em>cooperative isothiou脲/paddle catalysis</a><strong><p>w.Rush Scaggs,Toya D.斯卡格斯和托马斯。snaddon<p><p><p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02648c“>高度取代吡咯烷类的有机催化不对称合成,在3-位置有一个立体的四元中心</a><strong><p>soumedranath mukhopadhyay and subhas chandra pan<p><p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob00702k“>Total synthesis of incargranne a</a>.<strong><p>patrick d.布朗和安德鲁L。劳伦斯劳伦斯<p><p><a a href=“http://blog.rsc.org/ob/file/2019/2019/01/a-lawrence-c8ob00702K-ga.jpg“><img class=“wp-image-8312-Alignleft”src=“http://blog.rsc.org/ob/文件/2019/2019/01/a-lawrence-c8ob00702K-GA-300x151.jpg”alt全全www=“163”高度=“82”srset=“http://博客.rsc.org/ob/2019/2019/2019/2019/01/a-劳伦斯-劳伦斯-c8ob007070702K-b-ga-300x151.300x151.300x151.300x151.300x151.1.JPG 300瓦,//www.xcmww.com/ob/files/2019/01/a-lawrence-c8ob00702k-ga-768x386.jpg 768w,网址://www.xcmww.com/ob/files/2019/01/a-lawrence-c8ob00702k-ga-1024x514.jpg 1024w“尺寸=”(最大宽度:163px)100vw,163px“/><a>><p>><p>><p>><p>><p>><p>><p>><p>><p>><p>><p>><p>><p>><p>><strong>><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob01754a“>研究朝向Strevertenes A和G的合成:C<sub>1的立体选择性构造––C<sub>19</sub>Segments of the Molements</a><strong><p>tapan kumar kuilya,Subhendu Dasdhiman saha and rajib kumar goswami</p><p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02875c“>正式的[4+2]2-烯基吲哚与醛的苯环化:a route to structurally diversity carbzoles and bis carbzoles</a>.<strong><p>ankush banerjee,阿维舍金,Shuvendu Saha,Anusree Mondal and Modhu Sudan Maji</p><p>.<p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02573h“>Vinylogous acyl trivates as an entry point toα,β-disubstituted cycle enones<em>via</em>suzuki–miyaura cross coupling</a><strong><p>daria e.基姆,朱银川和R蒂莫西。<p><p><p><a a href=“http://bloblog.rsc.org/ob/file/2019/01/t-newhouse-C8ob020273h-ga.jpg“><img 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social_img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/google_buzz.png”alt=“google buzz(aka)。google reader)“title=”google buzz(aka.google reader)“/>.<a>.<div> //www.xcmww.com/ob/2019/02/07/editors-choice-santanus-recommended-articles/feed/ 0 OBC热烈欢迎安东尼·戴维斯教授担任我们的新编委会主席。 //www.xcmww.com/ob/2019/01/22/obc-hearly-welcomes-professor-anthony-davis-as-our-new-editional-board-chair/ //www.xcmww.com/ob/2019/01/22/obc热烈欢迎安东尼·戴维斯教授担任我们新的编辑委员会主席/回复 星期二,2019年1月22日09:35:54+0000 Catherine Hodges-开发编辑 董事会新闻 //www.xcmww.com/ob/?P=8302 我们很高兴宣布任命教授。安东尼戴维斯作为新的有机和生物分子化学编委会主席。新利手机客户端托尼在担任编委多年后回到董事会,我们很高兴欢迎他担任新的主席。托尼是一位教授。 <p><a href=“//www.xcmww.com/ob/files/2019/01/ziylo tony cropped.jpg”><img class=“size medium wp-image-8303 alignright”src=“//www.xcmww.com/ob/files/2019/01/ziylo-tony-cropped-300x295.jpg”alt=“”width=“300”height=“295”srcset=“//www.xcmww.com/ob/files/2019/01/ziylo-tony-cropped-300x295.jpg 300w,//www.xcmww.com/ob/files/2019/01/ziylo-tony-cropped-768x755.jpg 768W,//www.xcmww.com/ob/files/2019/01/ziylo-tony-cropped-1024x1007.jpg 1024w“尺寸=”(最大宽度:300px)100vw,300px“/>.<a>.<p><p>we are pleased to announced the appointment of prof.Anthony Davis as the new<em>Organic&Biomoler Chemist新利手机客户端ry<em>编委会主席。托尼在担任编辑委员会成员多年后重返董事会,我们非常高兴地欢迎他担任主席的新角色。<p><p><p>tony is a professor of supra molecular chemistry at the university of bristol,新利手机客户端通过对负离子识别和转运的研究,碳水化合物识别,以及晶体工程。他在牛津大学开始了化学生涯,新利手机客户端同时获得学士学位和D.Phil(戈登·惠特姆博士的团队中),接下来是两年博士后工作,在教授的监督下。杰克·鲍德温。他加入了教授组。艾伯特·埃舍莫瑟1981年,作为英国皇家学会欧洲交流研究员,在成为三一学院的有机化学讲师之前,新利手机客户端都柏林1982。2000年9月,他搬到了现在的机构,你可以在研究小组网页上找到关于他当前团队的更多信息。一家专注于开发糖尿病患者新疗法的生物技术公司,最近卖给诺和诺德。第二个公司从Ziylo分出,碳测量,继续研究碳水化合物的传感。<p><p><p><p>prof.戴维斯获得了许多奖项,包括蒂尔登奖章和RSC物理有机化学奖。新利手机客户端他发表了数百篇文章,你可以在下面看到他伟大作品的精选。<p><p><p><p>on becoming chair,托尼评论说:“<em>obc<em>是有机化学出版的基石,我很高兴承担起这一责任。“<p><p>.<p><p><strong><span style=“text-decoration:underline”>read some of tony's latest publications:<span><strong><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8cc05074k“>麦芽糖糊精由大环合成凝集素识别</a><strong><p><strong><em>chem。公社。.<em>.<strong>,2018年,<strong>54<strong>,8649-8652<p><p><p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c7ob02787g“>阴离子转运由<em>Ortho<em>-phenene bis ureas across cell and cycle films<a><strong><p><strong><em>org.生物醇化学。<em><strong>,2018年,<strong>16<strong>,1083-1087</p><p>(included in the 2018<em>obc<em>hot article collection)<p><p></p><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c6sc05399h“>水中合成凝集素对映选择性碳水化合物的识别</a><strong><p><strong><em>chem.sci.<em>.<strong>,2017,<strong>8<strong>,4056-4061</p><p><strong></strong><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c6ob00023a“>不对称合成凝集素的合成和评价:一种提高多功能性的碳水化合物受体的方法</a><strong><p><strong><em>org。生物醇化学。<em><strong>,2016,<strong>14<strong>,1930-1933</p><p>(included in the 2016<em>obc<em>hot article collection)<p><div class=“lightsocial_container”><a 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social_img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/google_buzz.png”alt=“google buzz(aka)。google reader)“title=”google buzz(aka.google reader)“/>.<a>.<div> //www.xcmww.com/ob/2019/01/22/obc-hearly-welcomes-profer-anthony-davis-as-our-new-editional-board-chair/feed/ 0 利用生物合成途径有效衍生生物活性天然产物 //www.xcmww.com/ob/2019/01/11/treaking-biossynthetic-pathways-to-effective-derivatize-biological-active-natural-products/ //www.xcmww.com/ob/2019/01/11/利用生物合成途径有效衍生生物活性天然产物/回应 FRI,2019年1月11日15:10:04+0000 维多利亚无胸衣 热门文章 主题系列 OBC //www.xcmww.com/ob/?P=8287 自然在其产生具有高生物效力的结构复杂分子的能力方面是无与伦比的。几个世纪以来,天然产品一直被用于医药领域,并为潜在的药物引线提供了有利可图的来源。制定有效的合成策略,以及类似物的生产,一直是一个挑战。在最近的OBC出版物中,教授[…] <p>自然在其产生具有高生物效力的结构复杂分子的能力方面是无与伦比的。几个世纪以来,天然产品一直被用于医药领域,并为潜在的药物引线提供了有利可图的来源。制定有效的合成策略,除了生产类似物之外,一直都是具有挑战性的。<p>in a recent<a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02710b“>obc publication<a>,<a href=“http://skmml.sjtu.edu.cn/en/faculty_content.aspx”教师培训计划?id=16“>上海交通大学林双军教授已经鉴定出天然产物生物合成中的关键酶,链霉素,一种高度虚构的氨基醌,从细菌中分离出来。<em>Streptomyces flocculus.<em>><p>><p>><p>><a href=“//www.xcmww.com/ob/files/2019/01/c8ob02710b-f1.jpg”><img class=“Alignnone size full wp-image-8296”src=“//www.xcmww.com/ob/files/2019/01/c8ob02710b-f1.jpg”alt=“”width=“4081”height=“1124”srcset=“//www.xcmww.com”/OB/文件/2019/01/C8OB02710B-F1.JPG 4081W,//www.xcmww.com/ob/files/2019/01/c8ob02710b-f1-300x83.jpg 300w,//www.xcmww.com/ob/files/2019/01/c8ob02710b-f1-768x212.jpg 768W,//www.xcmww.com/ob/files/2019/01/c8ob02710b-f1-1024x282.jpg 1024w“尺寸=”(最大宽度:4081px)100vw,4081px“/>.<a><p><p>Streptenigrin有很长的历史,并且由于其具有挑战性的分子框架和有效的抗菌和广谱抗癌活性,已经引起了合成和生物化学界的相当大的关注。在1970年代,链霉菌素进入第二阶段临床试验,尽管最终由于高水平的毒性和副作用而失败。尽管如此,对其药用特性的兴趣仍然存在,许多关于其化学和生物合成的研究已经报道,希望能够生产以链黑素为基础的类似物,这将减轻天然产品的细胞毒性,同时利用广泛的生物能力。<p>prof.林报告说,以前的遗传和生化研究成功地确定了一个关键的β-卡波林(3)中间体的生物合成途径。β-卡波林部分是一大类天然和合成吲哚生物碱的常见结构特征。催化它们形成的酶没有很好的特征或报道。林和同事已经鉴定出一种蛋白质,STNK2,他们提出的对pictet-spengler反应进行催化,该反应负责从(2<em>s<em>,3<em>s<em>)-β-甲基色氨酸和红素酶(Figure)形成β-卡波林。详细分析了其立体选择性和底物特异性。尽管STNK2对各种色氨酸类似物具有灵活性,但它具有独特的醛特异性。此外,STNK2具有很高的立体选择性,仅识别对映体并产生β-卡波林支架的(<em>r<em>)-c-1。<p><p>This study has not only imported to our knowledge of pictet spenglerase measures,但是已经建立了一种新的方法,通过这种方法可以有效地生成链黑素类似物,并探索其药用性质。<p><p><strong>to find out more see:<strong><p><p><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02710b“><b>stnk2 catalysing a pictet–spengler reaction involved in the biosynetition of the anticomor reagent stranenigrin.<b><a><br/>xiaozheng wang,德坤孔婷婷皇邓子新和林双军<br/><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob02710b“><strong>doi:10.1039/c8ob02710b<strong><a><p>for more papers from the<strong><a href=“https://pubs.rsc.org/en/journals/articleCollectionlanding”?sercode=ob&themeid=a74b5bd2-d1a7-4348-acd8-7d417e8273bb“>obc biosynetition themed collection</a><strong><p><p><a href=“https://www.linkedin.com/in/victoria-corless-68780a42”>victoria corless<a>completed her ph.d.在有机化学方面与教授新利手机客户端多伦多大学的安德烈·尤丁。她的研究集中在合成动势两性构建基块上,特别强调创造新颖的生物活性分子。她热衷于科学并交流新发现以提高科学素养。<p><div class=“lightsocial_container”><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fblogs.rsc新利手机客户端.org%2fob%2f2019%2f01%2f11%2f11%2利用生物合成途径高效衍生生物活性天然产物%2f&title=harbining+biosynalic+pathways+to+effective+derivatize+biological+active+natural+products“><img class=“light social-img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/digg.png“alt=”digg this“title=”digg this“/><a><a 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//www.xcmww.com/ob/2019/01/11/treaking-biossynthetic-pathways-to-effective-derivatize-biological-active-natural-products/feed/ 0 Santanu Mukherjee教授介绍,OBC副编辑 //www.xcmww.com/ob/2019/01/08/introducing-professor-santanu-mukherjee-obc-associate-editor/ //www.xcmww.com/ob/2019/01/08/Introduction教授Santanu Mukherjee obc副主编/回复 星期二,2019年1月8日13:39:25+0000 Catherine Hodges-开发编辑 董事会新闻 //www.xcmww.com/ob/?P=8274 OBC很高兴欢迎我们的新副主编,Santanu Mukherjee教授,致编委会。桑塔努在R.新利手机客户端K特派团住宅学院,纳伦德拉普,印度2000年获得学士学位。他继续在IIT攻读化学理学硕士学位,新利手机客户端坎普尔2002,在[…]加入阿尔布雷特·伯克塞尔教授之前 <p><em><a href=“//www.xcmww.com/ob/files/2019/01/santanu mukherjee.jpg”><img class=“size medium wp-image-8275 alignright”src=“//www.xcmww.com/ob/files/2019/01/santanu-mukherjee-256x300.jpg”alt=“”width=“256”height=“300”srcset=“//www.xcmww.com/ob/files/2019/01/santanu-mukherjee-256x300.jpg 256w,//www.xcmww.com/ob/files/2019/01/santanu-mukherjee-768x900.jpg 768W,//www.xcmww.com/ob/files/2019/01/santanu-mukherjee-874x1024.jpg 874w“尺寸=”(最大宽度:256px)100vw,256px“/>.<a>obc<em>很高兴欢迎我们的新助理编辑,Santanu Mukherjee教授,致编委会。<p>Santanu在R.新利手机客户端K特派团住宅学院,纳伦德拉普,印度2000年获得学士学位。他继续在IIT攻读化学理学硕士学位,新利手机客户端坎普尔2002,在加入大学的阿尔布雷特·伯克塞尔教授攻读博士学位之前。2006年完成后,2008年之前,他曾在M_lheim an der Ruhr的马克斯普朗克研究所F_r Kohlenforschong的本杰明·里斯特教授和E教授担任博士后研究员。J.从2008-2010年在哈佛大学的科里。2010,桑塔努回到印度,加入印度科学院有机化学系,新利手机客户端新利手机客户端班加罗尔是一名助理教授,并于2015年晋升为副教授。特别强调发现新的对映选择性转化,最近,铱催化不对称烯丙基取代反应。为了了解更多关于他的研究兴趣,您可以访问集团网页。<p>Santanu是众多认可和奖项的接受者,并在高质量期刊上发表了大量论文。以下只是这些出版物的几个例子:<p><p>.<p><h5><span style=“font-size:10pt”><strong><a href=“http://xlink.rsc.org/?doi=c8sc02041h“><span style=“text decoration:underline”>Iridium催化的对映选择性直接维尼洛基烯丙基烷基化的香豆素</span><a><strong><span><h5><p><span style=“font-size:10pt”><strong><em>chem。sci.<em>.<strong>,2018年,<strong>9<strong>,5767-5772,Edge Article<span><p><h5><span style=“font-size:10pt”><strong><a href=“http://xlink.rsc.org/?doi=c7ob01714f“><span style=”text decoration:underline“>”on water“催化对映选择性磺基化of deconjugated butyolactams</span><a><strong><span><h5><p><span style=“font-size:10pt”><strong><em>org.生物醇化学。<em><strong>,2017,<strong>15<strong>,6921-6925,paper</span><p><h5><span style=“font-size:10pt”><strong><a href=“http://xlink.rsc.org/?doi=c7sc02232h“><span style=“text-decoration:underline”>nitro-enabled catalystical-enantioselective-formal<em>umpolung<em>alkeylation ofβ-ketoesters</span><strong><span><h5><p><span style=“font-size:10pt”><strong><em>chem.sci.<em>.<strong>,2017,<strong>8<strong>,6686-6690,Edge Article<span><p><h5><span style=“font-size:10pt”><strong><a href=“http://xlink.rsc.org/?doi=c6ob02187e“><span style=”text decoration:underline“>催化对映选择性级联Michael/cyclization reaction of 3-isothiocyanato oxindoles with exocycleα,β-unaccousative ketones<em>en route</em>to 3,2′-吡咯烷基bispirooxindoles</span><strong><h5><p><span style=“font-size:10pt”><strong><em>org.生物醇化学。<em><strong>,2016,<strong>14<strong>,10175-10179,Communication<span><p><p><p style=“text-Align:right”><a 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<p><em>有机和生物分子化学很荣幸赞助2019年布里斯托新利手机客户端尔合成会议,在维多利亚房间举行,布里斯托尔大学2019年4月9日。<p>The meeting has a fantasy line up of speakers including<em>obc<em>advisory board members helma wennemers(eth zurich)and ilan marek(technion,以色列理工学院).<p><p>registration is now open,因此,为了完整的演讲者名单和注册,请参见<a href=“http://www.bristol.ac.uk/chemi新利手机客户端stry/research/bristol synthesis meeting/”>bristol synthesis meeting网页</a><p><a href=“//www.xcmww.com/ob/files/2019/01/bsmbanner.jpg”><img class=“size medium wp-image-8269 AlignCenter”src=“//www.xcmww.com/ob/files/2019/01/bsmbanner-221x300.jpg”alt=“”width=“221”height=“300”srcset=“//www.xcmww.com/ob/files/2019/01/bsmbanner-221x300.jpg 221W,//www.xcmww.com/ob/files/2019/01/bsmbanner.jpg 265w“尺寸=”(最大宽度:221px)100vw,221px“/><a><p><div class=“lightsocial_container”><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2019%2f01%2f07%2fbristol-synthesis-meeting-2019%2f&title=bristol+synthesis+meeting+2019“><img class=“light social\u 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//www.xcmww.com/ob/2018/12/06/novel-application-of-fluorphy-peptide-displacement-for-small-molecular-screens-against-rna-targets/ //www.xcmww.com/ob/2018/12/06/针对RNA靶点的小分子筛选荧光肽置换的新应用 清华大学,2018年12月6日09:37:47+0000 维多利亚无胸衣 主题系列 OBC //www.xcmww.com/ob/?P=8252 近年来,我们对RNA的理解已经超越了基因信息的载体。现代的RNA观点包含了多种分子,在调节许多重要的生物过程中起着核心作用,包括各种癌症和非肿瘤性疾病的进展。在她最近出版的OBC中,[…] <p>近年来,我们对RNA的理解已经超越了基因信息的载体。现代的RNA观点包含了多种分子,在调节许多重要的生物过程中起着核心作用,包括各种癌症和非肿瘤性疾病的进展。<p>in her<a href=“http://xlink.rsc.org/?doi=c8ob02467g“>最近的obc出版物</a>,<a href=“https://chem.duke.edu/labs/hargrove/hargrove group”>Duke University的Amanda Hargrove教授创建了一个常规,使用荧光指示剂置换(FID)分析鉴定不同RNA蛋白质的小分子抑制剂的高通量筛选技术。<p><a href=“//www.xcmww.com/ob/files/2018/11/c8ob02467g-f1.jpg”><img class=“wp-image-8260 size large-aligncenter”src=“//www.xcmww.com/ob/files/2018/11/c8ob02467g-f1-1024x513.jpg“alt=”width=“450”height=“225”srcset=“//www.xcmww.com/ob/files/2018/11/c8ob02467g-f1-1024x513.jpg 1024W,//www.xcmww.com/ob/files/2018/11/c8ob02467g-f1-300x150.jpg 300w,//www.xcmww.com/ob/files/2018/11/c8ob02467g-f1-768x385.jpg 768w“尺寸=”(最大宽度:450px)100vw,450px“/>.<a><p><p>small molecular rna inhibitors provide advantments such as enhanced absorption,分布,与反义技术中常用的寡核苷酸相比,口服生物利用度更高。荧光分析是广泛应用的技术,用于筛选小分子库,然而,荧光标记的结合会导致RNA自身结构的改变,并常常带来合成挑战。氢火焰离子化检测器,另一方面,是一种“无标签”方法,在存在或不存在寡核苷酸的情况下,指示剂显示不同的荧光性质。<p>The Hargrove Group implemented the TAT FID analysis to multiple RNA targets to multiple screen a library of small moleculars.这为测定结合亲和力和评价特异性提供了一种有效的手段。TAT-FID分析需要TAT肽结构,在N端用F_rster共振增强转移(FRET)对-A 5-羧基氟烷(FAM)标记,在C端用5-羧基四甲基罗丹明(TAMRA)标记(见图)。当肽与RNA结合时,荧光团之间的距离允许FAM的激发和TAMRA的发射检测。TAT肽的位移导致荧光信号的猝灭,这可用于量化结合亲和力。<p>a library of 30 small molements(including known rna binding small molements)was screen against four select rna structures.该分析成功地鉴定了所有四个RNA分子的命中率,并鉴定了单个小分子的不加区别的结合。结合结果与已知文献结果相关,统计分析用于阐明小分子结构/RNA之间基于其结合亲和力和选择性的关系。<p>as with any fluoring based analysis,TAT-FID分析具有固有的局限性。然而,由于操作简单,它被证明是一种强大的高吞吐量技术,配体和靶的低浓度要求,以及其快速评估小分子/RNA结合相互作用的能力。<p><p><strong>to find out more see:<strong><p><p class=“capsule_uu title fixpadv--m”><strong><a href=“http://xlink.rsc.org/?doi=c8ob02467g“>荧光肽置换作为针对RNA筛选小分子库的一般分析=<a><br/>.<strong>neeraj n.patwardhan,<span class=“Article_uu author-link”>zhengogo cai,<span><span class=“Article_u author-link”>colby n.newson and<span><span class=“article_uu author-link”>amanda e.哈格罗夫.<span><strong><br/><a href=“http://xlink.rsc.org/?doi=c8ob02467g“><strong>doi:<strong>10.1039/c8ob02467g<a><strong><p><hr/><p><a href=“https://www.linkedin.com/in/victoria-corless-68780A42”>victoria corless<a>has recently completed her ph.d.在有机化学方面与教授新利手机客户端多伦多大学的安德烈·尤丁。她的研究集中在动态两性构建基块的合成上,这为化学选择性转化的发展提供了一个多功能平台,特别强调创造新颖的生物活性分子。她热衷于交流新发现以提高科学素养。<p><div class=“lightsocial_container“><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f12%2f06%2针对RNA靶点的荧光肽置换新应用%2f&title=novel+application+of+fluoruoruoruoruyption+displacement+for+sm新利手机客户端all+molecular+screens+against+rna+targets“><img 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displacement for small molecular screens against rna targets%2f“><img class=“light social”img“src=”//www.xcmww.com/ob/wp-content/plugins/light-social/twitter.png“alt=”post on twitter“title=”post on twitter“/>=<a class=“lightsoc”ial_a“href=”http://www.google.com/buzz/post?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f12%2f06%2针对RNA目标的小分子屏幕荧光肽置换的新应用%2f“><img class=“light social_img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/google_buzz.png”alt=“google buzz(aka)。google reader)“title=”google buzz(aka.google reader)“/>.<a>.<div> //www.xcmww.com/ob/2018/12/06/novel-application-of-fluorphy-peptide-disposition-for-small-molecular-screens-against-rna-targets/feed/ 0 从菜籽油和元素硫中提取的可持续肥料 //www.xcmww.com/ob/2018/11/06/sustainable-fixers-derived-from-canola-oil-and-element-sulfur/ //www.xcmww.com/ob/2018/11/06/Sustainable Ferrises derived from Canola Oil and electronic sulfur/回复 星期二,2018年11月6日11:14:17+0000 维多利亚无胸衣 热门文章 OBC //www.xcmww.com/ob/?P=8232 随着全球粮食生产需求的不断增长,发展高效的作物施肥已成为一个日益受到关注的问题。缓释肥料已被开发成一种提高作物生产效率,同时最大限度地减少营养浪费的战略,减少负面环境影响,提高作物产量。控制养分扩散的机制包括半可溶性或复杂形式的[…] <p>随着全球粮食生产需求的不断增长,发展高效的作物施肥已成为一个日益受到关注的问题。缓释肥料已被开发成一种提高作物生产效率,同时最大限度地减少营养浪费的战略,减少负面环境影响,提高作物产量。控制养分扩散的机制包括半可溶性或复杂的养分形式,水溶性化合物的缓慢水解,以及将营养物质封装在半透膜或渗透膜内,以控制溶解/释放(除许多其他外)。虽然缓释策略很有希望,无机涂层和复合材料的易碎性或合成聚合物涂层的不易腐蚀性等技术限制阻碍了其工业实用性。<a href=“//www.xcmww.com/ob/files/2018/11/c8ob02130a-f1.jpg”><img class=“AlignCenter wp-image-8237”src=“//www.xcmww.com/ob/files/2018/11/c8ob02130a-f1-1024x192.jpg“alt=”width=“850”height=“160”srcset=“//www.xcmww.com/ob/files/2018/11/c8ob02130a-f1-1024x192.jpg 1024W,//www.xcmww.com/ob/files/2018/11/c8ob02130a-f1-300x56.jpg 300w,//www.xcmww.com/ob/files/2018/11/c8ob02130a-f1-768x144.jpg 768w“尺寸=”(最大宽度:850px)100vw,85 0px“/>><p><p><p><a a a a a href http://blog.rsc.org/ob/file/2018/11/C8ob02130a-f3.JPg“><img class=“wp-image-8238 Align右”src=“http://blog.rsc.org/obx/850px”/>/>>>>>><p><p><p><p><p><p><p><p><p><a a a href http://blog.rsc.org/org/obb/b/b/file/2018/2018/2018/2018/2018/11/C8ob0213011/11/C8ob0213011/C8ob0213011/C8ob0213011/11/C8ob如果你不愿意的话,//www.xcmww.com/ob/files/2018/11/c8ob02130a-f3-768x609.jpg 768w,//www.xcmww.com/ob/files/2018/11/c8ob02130a-f3-1024x812.jpg 1024w“尺寸=”(最大宽度:250px)100vw,250px“/><a>在由弗林德斯大学的Justin Chacker教授发布的合作研究中该小组试图开发一种高效持久的从菜籽油和单质硫中提取的缓释肥料。硫磺价格低廉,极具吸引力。丰富,是一种二级植物营养剂和杀菌剂。大量的研究和多年的研究,然而,已经证明,硫包膜肥料的持久局限性是其易碎性。目前的研究,因此,重点是将硫转化成更耐用的聚合物形式,用作NPK(氮,氮)的复合材料或将其封装。磷,和钾)营养物。<p><p>反向硫化用于制备硫聚合物。在这个过程中,单质硫被加热以促进产生可与不饱和小分子交联剂反应的烷基。在这种情况下,将菜籽油用作交联剂,形成能够封装NPK营养素的多硫化物聚合物。<p>洗脱研究,其中肥料放置在土壤柱中,测量流出物的导电性,证明了硫封装NPK肥料在控制NPK营养素释放方面的优越能力。释放NPK。一项小规模的植物生长研究也发现,与其他群体相比,复合材料处理的植物更健康,结出更多的果实。更令人兴奋的是,菜籽油多硫化物可以用回收的食用油制成,将食物垃圾转化为有价值的肥料。<p>随着人口快速增长的挑战不断增加,同时也减轻了对环境的破坏性影响,像这样的研究,在实现高效和可持续农业实践方面取得了重大进展,比以往任何时候都更重要。<p><p><strong>to find out more see:<strong><p><p class=“capsule_uutitle fixpadv--m”><a href=“http://xlink.rsc.org/?doi=c8ob02130a“><strong>硫聚合物复合材料as controlled-release fixers.<strong><a><br/>maximilian mann,<span class=“article_uu author-link”>jessica e.克鲁格,.<span class=“article_uu author-link”>firas andari,.<span class=“article_u author-link”>joshua mcerlean,.<span class=“article_u author-link”>jason r.Gascoke,.<span class=“article_uu author-link”>Jessica A.史密斯,.<span class=“article_uu author-link”>max j.H.沃辛顿,.<span class=“article_uu author-link”>Cheylan C.C.麦金利,.<span class=“article_u author-link”>Jonathan A.坎贝尔,</span><span class=“article_uu author-link”>david A.Lewis,.<span class=“Article_uu author-link”>Tom Hasell,.<span class=“Article_uu author-link”>Michael V.Perkins and</span><span class=“article_uu author-link”>justin m.粉笔机</span><br/><a href=“http://xlink.rsc.org/?doi=c8ob02130a“><strong>doi:10.1039/c8ob02130a</strong><a><p><hr/><p><a href=“https://www.linkedin.com/in/victoria-corless-68780a42”>victoria corless<a>has recently completed her ph.d.在有机化学方面与教授新利手机客户端多伦多大学的安德烈·尤丁。她的研究集中在动态两性构建基块的合成上,这为化学选择性转化的发展提供了一个多功能平台,特别强调创造新颖的生物活性分子。她热衷于交流新发现以提高科学素养。<p><div class=“lightsocial_container“><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f11%2f06%2fsustainable ferters derived from canola oil and element sulfur%2f&title=sustainable+fer新利手机客户端tures+derived+from+canola+oil+and+element+sulfur“><img class=“light social\u img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/digg.png”alt=“digg this”title=“digg”/><a class=“lightsocial_a”href=“http://www.reddit.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f11%2f06%2fsustainable fertures derived from canola oil and element sulfur%2f&title=sustainable+fertures+derived+from+canola+oil+and+element+sulfur“><img class=“light social\u img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/reddit.png”alt=“reddit this”title=“reddit this”/>><a 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wp-image-8219”src=“//www.xcmww.com/ob/files/2018/10/c8ob01773e-ga-300x152.jpg”alt=“”width=“350”height=“177”srcset=“//www.xcmww.com/ob/files/2018/10/c8ob01773e-ga-300x152.jpg 300w,//www.xcmww.com/ob/files/2018/10/c8ob01773e-ga-768x388.jpg 768W,//www.xcmww.com/ob/files/2018/10/c8ob01773e-ga-1024x517.jpg 1024w“尺寸=”(最大宽度:350px)100vw,350px“/></a>过度暴露于紫外线(UV)辐射的相关风险得到了充分研究,许多国家医疗保健计划一直在推动大规模的防晒计划。尽管这有助于提高公众的认识,最近的研究发现皮肤癌,比如黑色素瘤,基底细胞癌,鳞状细胞癌,已经成为世界上最常见的癌症,在美国诊断出更多新的皮肤癌病例。比乳房,前列腺肺癌和结肠癌合并。<p><p>in a recent<a href=“http://xlink.rsc.org/?doi=10.1039/c8ob01773e“>obc study<a>by<a href=“http://raineslab.com/ronald-t-raines/”>教授ronald raines of mit<a>,研究人员发现,尽管使用防晒霜可以降低患皮肤癌的风险和明显的衰老迹象,仍然需要开发更耐用的产品,不易被水或汗水冲走的不油腻的防晒霜。<a href=“//www.xcmww.com/ob/files/2018/10/c8ob01773e-ga.jpg”><br/><a>><p>Sunscreens typically form a protective barrier on the skin and protect against various types of uv radiation by eiving or reflecting uv light before it can reach dna.典型的吸收过滤器是小型芳香族化合物,比如水杨酸盐,肉桂酸盐,二苯甲酮,或对氨基苯甲酸的衍生物。<p><p>之前的研究已经进行,其中小分子紫外滤光片已经连接到亲脂性部分,以尽量减少物理活动期间被洗掉的防晒霜的量。然而,这些化合物没有被证明能有效地经受“洗涤”,而且通常是不受欢迎的油脂,根据作者的说法,这会降低使用它们的公众遵从性。<p><p>raines和同事建议,可以使用胶原蛋白模拟肽(cmps)来有效地将悬垂的紫外线过滤器固定到皮肤上。天然胶原蛋白在其整个3D结构中包含循环和中断,为CMP提供了许多结合位点(如雷恩斯集团先前的研究所示)。因为胶原蛋白是皮肤的主要成分,这将提供一种有效地将紫外线滤光片系在皮肤上的方法,以便创造一种有效的,防水防晒霜。雷恩斯和同事们展示了水杨酸结合CMP的成功锚定及其在反复水洗后对含胶原蛋白皮肤替代物的保留。该策略高度模块化,为开发更有效和耐用的防晒霜提供了极好的概念证明,以解决全球关注的问题。<p><p><strong>to find out more see:<strong><p><strong><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob01773e“>a pendant peptide allows a sunscreen with water resistance.<a>><strong><br/>aubrey j.埃里森和<span class=“article_uu author-link”>Ronald T.raines<span><br/><a href=“http://xlink.rsc.org/?doi=10.1039/c8ob01773e“><strong>doi:<strong>10.1039/c8ob01773e<a>><hr/><p><a href=“https://www.linkedin.com/in/victoria-corless-68780A42”>victoria corless<a>>has recently completed her ph.d.在有机化学方面与教授新利手机客户端多伦多大学的安德烈·尤丁。她的研究集中在动态两性构建基块的合成上,这为化学选择性转化的发展提供了一个多功能平台,特别强调创造新颖的生物活性分子。她热衷于交流新发现以提高科学素养。<p><div class=“lightsocial_container“><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f10%2f03%2fpeptin anchors for water resistant sunscreen%2f&title=peptin+anchors+for+water-resistan新利手机客户端t+sunscreen“><img class=“light social\u img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/digg.png”alt=“digg this”title=“digg”/>=<a class=“light social\u a”href=“http://www.reddiT.COM/提交?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f10%2f03%2fpeptin anchors for water resistant sunscreen%2f&title=peptin+anchors+for+water-resistant+sunscreen“><img class=“light social\u img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/reddit.png”alt=“reddit this”title=“reddit”/>=<a class=“light social\u 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social_a“href=”http://www.google.com/buzz/post?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f10%2f03%2耐水防晒霜的肽锚%2f“><img class=“light social”img“src=”//www.xcmww.com/ob/wp-content/plugins/light-social/google-buzz.png“alt=”google buzz(aka)。google reader)“title=”google buzz(aka.google reader)“/>.<a>.<div> //www.xcmww.com/ob/2018/10/03/peptin-anchors-for-water-resistant-sunscreen/feed/ 0 OBC欢迎新的编辑委员会成员Corina S。辛德勒 //www.xcmww.com/ob/2018/09/03/obc-welcomes-new-editional-board-member-corina-s-schindler/ //www.xcmww.com/ob/2018/09/03/obc-welcomes-new-editional-board-member-corina-s-schindler/回复 周一,2018年9月3日08:54:42+0000 Catherine Hodges-开发编辑 董事会新闻 //www.xcmww.com/ob/?P=8188 我们很高兴向大家介绍科琳娜助理教授。辛德勒是我们编辑委员会的新成员。最初来自施瓦比施大厅,德国科琳娜在慕尼黑工业大学完成了本科学业,在K的监督下完成毕业论文。C.尼古拉在拉荷亚的斯克里普斯研究所工作。她[…] <p>我们a<a href=“//www.xcmww.com/ob/files/2018/08/0aa98c_882f281d82394731b4f82201c8279826fmv2.jpg”><img class=“size full wp-image-8189 alignright”src=“//www.xcmww.com/ob/files/2018/08/0aa98c_882f281d82394731b4f82201c8279826fmv2.jpg”alt=“”width=“213”height=“265”/><a>很高兴向您介绍助理教授corina s.辛德勒是我们编辑委员会的最新成员。<p>Original from Schwaebisch Hall,德国科琳娜在慕尼黑工业大学完成了本科学业,在K的监督下完成毕业论文。C.尼古拉在拉荷亚的斯克里普斯研究所工作。随后,她加入苏黎世埃斯的凯瑞拉集团攻读博士学位。在接受埃里克N的博士后职位之前。哈佛大学的雅各布森。2013年,她以密歇根大学助理教授的身份进入目前的教职员工行列。科琳娜从事有机金属和有机合成化学的各个领域。新利手机客户端目前,她在密歇根的研究实验室主要致力于开发新的合成方法来获取生物活性结构,您可以通过访问<a href=“https://www.schindleresearchgroup.com/practice ou areas”>The group webpage<a><p>corina已经被包括NSF职业奖在内的众多奖项所认可,C&en才华横溢的十二项大奖,美国化学学会绿色化学研究所绿色:新星奖和阿尔弗雷德P。新利手机客户端斯隆基金会。</P> < P> < /P> < P> < Stay= =“文本修饰:下划线”>强阅读她的出版物,包括:<strong><span><p><a href=“http://xlink.rsc.org/?doi=10.1039/c5cc02918j“><strong>synthesis and biological evaluation of pharbinilic acid and derivatives as nf-κB pathway inhibitors.<strong><a><p><strong><em>chem.公社。.<em>.<strong>,2015年,<strong>51<strong>,8990-8939,<a href=“http://xlink.rsc.org/?doi=10.1039/c5cc02918j“>doi:10.1039/c5cc02918j</a>><p>><a href=“http://xlink.rsc.org/?doi=10.1039/c3sc52265b“><strong>photoredox activation and阴离子binding catalysis in the dual catalyst enantioselective synthesis ofβ-amino esters</strong><a><p><strong><em>chem.sci.<em>.<strong>,2014,<strong>5<strong>,112~116,<a href=“http://xlink.rsc.org/?doi=10.1039/c3sc52265b“>doi:10.1039/c3sc52265b<a><p><div class=“lightsocial_container”><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fblowww.xcmww.com%2fob%22018%22018%2f09%2f03%2fob-迎新-新编辑-董事会成员corinana-s-schindler%2f&title=obc+欢迎+新+编辑+董事+成员+科琳娜+S.+辛德勒“><img class=“Light社会性\img”src=“http://blog.rsc.org/ob/wp-conte/plugins/轻-社会/digg.png”alt=“digg本”title=“diggg本”/>,/>>>a>>;<a class 160;;<ima class=“digg+2f&2f&title=“光电池ial_a“href=”http://www.reddit.com/submit?url=http%3a%2f%2fblowww.xcmww.com%2fob%22018%22018%2f09%2f03%2fob-迎新-新编辑-董事会成员corinna-s-schindler%2f&title=obc+欢迎+新+编辑+董事+成员+科琳娜+S.+辛德勒“><img 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class=“lightsocial_a”href=“http://delicious.com/save”?title=obc+欢迎+新+编辑+董事会+成员+corina+s.+迅达&url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fobc-欢迎-new-editional-board-member-corina-s-schindler%2f“><img class=“light social\uimg”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/delicious.png”alt=“在美味佳肴上添加此书签”title=“在美味上添加此书签”美味”/>.<a><a class=“lightsocial_a”href=“http://www.linkedin.com/shareArticle”?mini=true&url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fobc-weeps-new-editional-board-member-corina-s-schindler%2f&title=obc+weeps+new+editional+board+member+corina+s.+schindler&summary=&source=“><img class=“light social\u img”src=“//www.xcmww.com/ob/wp-content/plugins/light-social/linkedin.png”alt=“share on linkedin”title=“在LinkedIn上分享“/>.<a><a class=“lightsocial_a”href=“http://www.technorati.com/faves”?add=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fobc-weeps-new-editional-board-member-corina-s-schindler%2f“><img class=“light social”img“src=”//www.xcmww.com/ob/wp-content/plugins/light-social/technorati.png“alt=”bookmark this on technorati“title=”bookmark this on technorati“/><a><a class=”light social“a”href=“http://twittE/COM/HOME?status=reading+http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fobc-weeps-new-editional-board-member-corina-s-schindler%2f“><img class=“light social”img“src=”//www.xcmww.com/ob/wp-content/plugins/light-social/twitter.png“alt=”post on twitter“title=”post on twitter“/><a class=”light social_a“href=”http://www.google.com/buzz/p奥斯特?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fobc-welcomes-new-editional-board-member-corina-s-schindler%2f“><img class=“light social”img“src=”//www.xcmww.com/ob/wp-content/plugins/light-social/google_buzz.png“alt=”google buzz(aka)。google reader)“title=”google buzz(aka.google reader)“/>.<a>.<div> //www.xcmww.com/ob/2018/09/03/obc-welcomes-new-editional-board-member-corina-s-schindler/feed/ 0 利用环应变驱动环烯类化合物经典禁止的热[2+2]添加 //www.xcmww.com/ob/2018/09/03/harnesing-ring-trass-to-drive-the-Classical-Forbidden-Thermal-22-addition-of-cycloalkeenes/ //www.xcmww.com/ob/2018/09/03/harnesing-ring-trass-to-drive-the-Classical-Forbidden-Thermal-22-addition-of-cycloalkenes/回应 周一,2018年9月3日08:30:00+0000 维多利亚无胸衣 热门文章 OBC //www.xcmww.com/ob/?P=8200 环丁烷环是一种独特的结构元素,广泛存在于各种生物活性天然产物和合成分子中。虽然环丁烷已经被人们知道几个世纪了,由于固有的环应变,它们在合成中的应用在过去的40-50年里才变得越来越流行。烯烃的光化学[2+2]环加成[…] <p><a href=“//www.xcmww.com/ob/files/2018/08/c8ob01273c-s1.jpg”><img class=“AlignRight wp-image-8206”src=“//www.xcmww.com/ob/files/2018/08/c8ob01273c-s1-300x252.jpg”alt=“”width=“250”height=“210”srcsset=“//www.xcmww.com/ob/files/2018/08/c8ob01273c-s1-300x252.jpg 300w,//www.xcmww.com/ob/files/2018/08/c8ob01273c-s1-768x644.jpg 768w,//www.xcmww.com/ob/files/2018/08/c8ob01273c-s1.jpg 842w“尺寸=”(最大宽度:250px)100vw,250px“/></a>环丁烷环是一种独特的结构元素,存在于多种生物活性天然产物和合成分子中。虽然环丁烷已经被人们知道几个世纪了,由于固有的环应变,它们在合成中的应用在过去的40-50年中才变得更加流行。<p>The光化学[2+2]cycloaddition of alkenes representatives a powerful strategy for the synthesis of cyclo丁烷ring.然而,用紫外光直接照射环烯烃通常会导致不需要的和难以控制的重排路径。<p><a href=“https://weaverlab.okstate.edu/people”>俄克拉荷马州立大学的Jimmie Weaver教授</a>提出了替代环烯烃直接辐照的方法,而不是以环应变的形式捕获能量。<a href=“http://xlink.rsc.org/?doi=c8ob01273c“>Weaver Group已经将其温和而有效的方法应用于a<em>c2<em>-对称三环框架内嵌入的环丁烷环的合成。<a><p><p>It is well known that thermal[2+2]cycloadditions are‘obrobidden’processes due to unfavorable orbital overlap of the reaction partners during the tra位置状态。然而,这方面的一个常见例外是添加烯烃和酮。Weaver Group建议,通过生成高能中间物,可以对基态烯烃进行热[<sub>π<>sub>2<sub>s<sub>+<sub>π<>sub>2<sub>a<sub>]环加成,这将导致热环加成的相对能量势垒降低。<p><p>此方法使用基于铱的光催化剂来生成高应变的环庚烷中间体,该中间体具有27-36 kcal/mol的环应变,以驱动环庚烷和各种环庚烷的热环加成[2+2]烯烃基质。有趣的是,反应生成了四个新的立体中心,具有良好的立体选择性和区域选择性。利用可见光谱内的光激活光催化剂的另一个优点是最大限度地减少竞争光化学[2+2]添加途径。<p><p>本研究是应用基本原理驱动以前不可接近的机械途径的一个很好的例子。作者希望他们的研究将鼓励其他可见光能的应用来驱动不利的负离子反应。<p><strong>to find out more see:<strong><p><a href=“http://xlink.rsc.org/?doi=c8ob01273c“><strong>an loussive thermal[2+2]cycloaddition driven by visible light photocatalisis:tapping into straun to access c2 symmetric tricyclic rings.<strong><a><br/>kamaljeet singh,<span class=“article_uuu author-link”>winston trinh an d.<span class=“article_u author-link”>jimmie d.Weaveriii<span><br/><span class=“article_uu author-link”><a href=“http://xlink.rsc.org/?doi=c8ob01273c“><strong>doi:<strong>10.1039/c8ob01273c<a>.<span><p><hr/><p><a href=“https://www.linkedin.com/in/victoria-corless-68780a42”>victoria corless<a>has recently completed her ph.d.在有机化学方面与教授新利手机客户端多伦多大学的安德烈·尤丁。她的研究主要集中在动态两性构建基块的合成上,这为化学选择性转化的发展提供了一个多功能平台,特别强调创造新颖的生物活性分子。她热衷于交流新发现以提高科学素养。<p><div class=“lightsocial_container“><a class=“lightsocial_a”href=“http://digg.com/submit”?url=http%3a%2f%2fwww.xcmww.com%2fob%2f2018%2f09%2f03%2fhardings-ring-trass-to-drive-the-classical-forbidden-thermal-22-addition-of-cycloalk新利手机客户端enes%2f&title=hardings+ring+trass+to+drive+the+classical+forbidden+thermal+%5b2%2b2%5d+addition+of+cycloalkenes“><img 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