The invention relates to a fluorescent probe for measuring generation of nitric monoxide and application of the fluorescent probe.
本发明涉及一种测定一氧化氮生成的荧光探针及其应用。
The method USES the fluorescent probe as fast-response signal probe, and USES the antibody technique to control the molecule motor rotation.
本发明用荧光探针作为分子马达旋转的灵敏信号传感器，并利用抗体技术实现对分子马达旋转的调控。
The fluorescent probe and a composite thereof have simple structures and are easy to prepare, and excitation wavelength and emission wavelength are both in a visible light area.
该荧光探针及其组合物结构简单，易于制备，激发和发射波长均在可见光区。
Researchers have engineered a blue fluorescent probe that is smaller than GFP and will improve the labeling of peptide-fused recombinant proteins in living cells.
研究人员已经研制出一种比绿色荧光蛋白小的蓝色荧光探针，它更容易标记活细胞中肽融合重组蛋白。
Purpose: Quantum Dots (semiconductor nanocrystal) which are used in biophotonics as a novel fluorescent probe have attracted a lot of scientific research staffs attention all around the world.
前言：目的：量子点(半导体纳米微晶体)作为一种新型荧光探针应用到生物光子学中已经引起了国内外科学工作者的极大关注。
Molecular recognition with fluorescent label probe has been hot topic in the field of life science.
利用荧光标记物进行分子识别是目前生命科学研究的热点课题。
Fluorescence quenching was adopted to probe the effects of root excision on fluorescent properties as well as on the yield of winter wheat under different moisture circumstances.
用荧光淬灭分析技术研究了断根对冬小麦荧光特性的影响以及不同水分条件下断根对产量的影响。
The invention relates to an iridium complex containing a boron mesityl unit, a preparation method and the application thereof as a fluorescent probe.
本发明涉及一类配体中含米基硼单元的铱配合物及制备方法和作为荧光探针的应用。
The progress of research on labeling of aberrant cell tissue by fluorescent probe or by connecting with biologically active carrier is reviewed.
介绍了变异细胞的结构特征、细胞识别与荧光标记技术以及 荧光染料探针分子标记细胞的方式。
Its research development trend is analyzed. Finally, necessary conditions to obtain the ideal fluorescent label probe are pointed out.
并分析了荧光标记探针的发展趋势，指出了理想的荧光标记探针应该具备的特征。
As a new biological probe, fluorescent semiconductor quantum dots have brought profound changes of research methods and means in the field of biomedicine.
半导体荧光量子点作为一种新型的生物荧光标记物，已经引起了生物医学领域研究方法和手段的深刻变革。
The structure characteristics of aberrant cell, identification marking, fluorescence labeling technologies and methods of cell labeling by fluorescent probe are recommended.
介绍了变异细胞的结构特征、细胞识别与荧光标记技术以及荧光染料探针分子标记细胞的方式。
The progress of research on labeling of aberrant cell tissue by fluorescent probe or by connecting with biologically active carrier is reviewed.
简述了荧光染料探针分子用于变异细胞组织的标记与识别的研究新进展。
The progress of research on labeling of aberrant cell tissue by fluorescent probe or by connecting with biologically active carrier is reviewed.
简述了荧光染料探针分子用于变异细胞组织的标记与识别的研究新进展。
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