Development of chemiluminescent probes for the bioscience

超氧化物是一种活性氧源，与机体的免疫反应和组织损伤有关，其丰度通过适当的“生成和分解”方式保存在健康的活体中。生物体超氧化物分析是了解机体免疫力和组织损伤的手段之一，分析化学发光法通过反应改变超氧化物TH光信号，是一种灵敏的分析方法。目前的化学发射光谱使用的是发出蓝光或绿光的发光化合物(发光探针)。一种颜料吸收的光到达感光单元的光量显著下降，这些发光颜色是测量的障碍。本研究试图开发一种在长波区具有良好光学透明性的发光化合物发光波长。化学键与超氧化物发生化学键反应，并粘贴元素…更多的人将能量产生到发出红色荧光的荧光分子中，使用了利用能量转移从红色荧光分子闪烁的组织。当化学合成了这种发光分子，并利用超氧化物赋存体系估算了发光能级时，发射强度与超氧化物反应，不会导致产生能量的元素发光，证实了只有红光发射，而且比以前的发光化合物更证实了高的东西。自从把它放入这种发光后，就证明了能量转移是有效地形成的。一种发光化合物，它与超氧化物反应，不同于与红色荧光分子结合方式产生能量的元素，在估算了几种化学合成紫苏的发射强度后，发现这种结合方式对发射强度有显著影响。较少

A super oxide is one of active oxygens and is concerned with the immune response and the tissue damage which can be put in the living body, and its abundance is kept by "generation and resolution" appropriately in a healthy living body. Analyses of a super oxide of a living body are one of means to know the immunity power and a tissue damage, and via reacting an analyzed chemiluminescence method changes a super oxide th light signal, and is one of the sensitive assays. the luminous compound which issues blue light or a green light (luminous probe) is used by the present chemical emission spectrometry. The quantity of light which reaches light-sensitive cell for light absorption by a pigment falls remarkably, and these luminescent colors are obstruction of measurement. Development of a luminous compound luminous wavelength possesses in the long wavelength region which can excel optical transparency was tried by this research.Chemical bonding react to a super oxide and stick the elements … More who generate the energy into the fluorescent molecule which issues red fluorescence, the organization which flashes from red fluorescent molecule using an energy transfer was used. When chemical synthesis did this luminous molecule, and a luminous Noh play was estimated using the super oxide occurrence system, emission intensity reacted to a super oxide and didn't cause emission of light from the elements who generate the energy, and confirmed the emission of light only of red light, and moreover confirmed the high thing more than the former luminous compound. Since putting it in this emission of light, it was proved that an energy transfer has formed efficiently. A luminous compound which reacts to a super oxide and is different from the elements who generate the energy in the combination style with the red fluorescent molecule, after several kinds of emission intensity of chemical synthesis perilla was estimated, it was revealed that this combination style influencesemission intensity remarkably. Less