High efficient capture and isolation of CTCs based on nanostructures and interfacial aptamers and an

来源 :中国微米纳米技术学会纳米科学技术分会第四届年会暨2016国际纳米生物与医学学术会议 | 被引量 : 0次 | 上传用户:yy5621913
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  It is still challenging to achieve the high efficient CTC isolation and viable CTC samples,which is necessary for the subsequent molecular characterization and functional analysis,conceived to be of great significance for revealing the mechanism of tumor biology,cancer metastasis and drug sensitivity.In this present,we report high efficient capture and isolation of CTCs based on nanostructures and interfacial aptamers and antifouling molecules.The chitosan nanoparticles or nanofibers surface is firstly fabricated by electrospinning to provide a cellular compatible interface,and the "soft" substrate,further modified by PEG or pCBMA as antifouling molecules and DNA aptamer as specific capture molecule,is capable of specific capture of viable rare CTCs.
其他文献
  近年来,随着新兴产业的快速发展和传统行业的升级加速,干式真空泵的需求旺盛,国内真空行业出现了数量众多的干泵制造企业,真空干泵的发展迎来了井喷式增长时期。与此同时,干泵
会议
  激光陀螺仪作为一种惯性制导器件,制约现代航空,航海,航天等学科及相关应用领域研究的发展。铟封接作为一种非匹配封接技术与工艺,其残余应力小、封接界面平整、结合强度高、
  空间真空环境下的充放电效应是制约我国卫星在轨安全运行的重要瓶颈问题之一,随着我国航天重大工程实施,二代导航二期卫星将运行在更恶劣的新环境,“高分”工程将采用大型天
  太赫兹波是0.1~10THz 频段内的电磁波,位于红外和微波之间,处于宏观电子学向微观光子学的过渡区,因而具备一系列的特殊性质,使得太赫兹波在军民两用领域都具有广泛的应用前景,
  氦氖激光陀螺是惯性导航系统的核心器件,其工作原理是基于环形谐振腔内气体辉光放电产生激光,利用激光双向行波间的谐振频率差,实现载体角速度的测量,在国防科技及国民经济的
  在此报告中,我们将简要地介绍二维材料的制备及衬底表面的界面工程,以及场效应晶体管和高性行能光电晶体管的制备和应用。异质衬底界面不仅仅是二维材料研发所必需的支撑平
会议
  Recent cancer statistics reported that the number of cancer survivors after primary treatments will increase to 19 million by 2024 in the USA alone.Although
会议
  cell-material interactions are fundamental topics in biomaterials and regenerative medicine [1-2].Since various factors are decoupled to regulate cell behav
会议