首页> 外国专利> Method for marking of mitocu00d4ndria and retu00cdculo endoplasmu00c1tico using fluorescent compounds macrocu00cdclicos

Method for marking of mitocu00d4ndria and retu00cdculo endoplasmu00c1tico using fluorescent compounds macrocu00cdclicos

机译:使用荧光化合物大分子标记线粒体和视网膜内质的方法

摘要

This invenu00c7u00c3o relates to the use of the compounds macrocu00cdclicos me2 [28] py2n6, [16] phenn2, [32] phen2n4, [30] phen2n6 and cryptphen as specific probes of mitocu00d4ndrias and reticulo endoplasmu00c1tico.This innovative method stands out for the ability of these compounds transiocarem rapidly the membrane plasmu00c1tica of cells without prior conditioning of the same, not the damaging, exhibiting similar fluorescu00cancia intensities over 30 min and localized preferentially in the mitocu00d4n Drias and partially in the retu00cdculo endoplasmu00c1tico, maintaining the integrity of these organelles.It was demonstrated that these compounds are not citotu00d3xicos and do not induce apoptosis or necrosis in three kinds of cells studied (MCF - 7, NHDF and P14).The advantage of the use of these compounds as markers of these organelles is the low cost of organic synthesis and associated speed in obtaining the income razou00c1veis the inflammatory cycle - condensau00c7u00c3o, compounds having a positive charge relocated and co locate quickly per u00cdodo below 30 min to mitocu00d4ndria and partially the retu00cdculo endoplasmu00c1tico.
机译:该发明涉及使用化合物macroc u00cdclicos me2 [28] py2n6,[16] phenn2,[32] phen2n4,[30] phen2n6和cryptphen作为线粒体 u00d4ndrias和网状内质的特定探针的用途这种创新方法的突出之处在于,这些化合物能够迅速经细胞膜细胞质膜的能力,而无需事先对其进行条件处理,而不是破坏细胞,在30分钟内表现出相似的荧光强度,并优先定位于线粒体中。并证明这些化合物不是citot u00d3xicos,并且在三种研究的细胞(MCF-7,NHDF和P14)中均不会诱导凋亡或坏死)。使用这些化合物作为这些细胞器标记的优势是有机合成的成本较低,并且获得收入的相关速度很高,这就是炎症周期-凝结 u00c7带有正电荷的化合物会在30分钟内每30分钟迅速重新定位并共定位到有丝分裂和部分内膜内质网。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号