| 1. | Fluorescence microscopy a form of microscopy in which fluorescent probes are added to the material being investigated
荧光显微术：用来观察研究插入荧光探针后的物体的一种显微技术。 |
| 2. | The immobilization methods of fluorescent indicators play an important role in the fabrication of the fluorescent probes or sensors
荧光指示剂的固定化方法对所制得荧光探针及传感器的性能起到非常重要的作用。 |
| 3. | 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。 |
| 4. | Ingredient : porphyrin chorophyll - protein in cyanobacteria with special and strong fluorescence nontoxic . used as molecular fluorescent probe
成分：蓝藻中卟啉类色素蛋白，具有特殊而强烈的荧光特性，无毒，可用作分子荧光探针。 |
| 5. | Fish ( fluorescence in situ hybridization ) a technique for locating specific sequences of dna using fluorescent probes that are viewed under the microscope
Fish （荧光原位杂交） ：应用荧光探针在紫外下观察，定位dna特定序列的方法。 |
| 6. | Some new fluorescent probes and sensors are prepared using these techniques , and they are utilized to determine some medicines and toxic materials in the environments
利用这些方法制备了几种新型荧光探针及传感器,并用于药物和环境毒物的检测中。 |
| 7. | 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。 |
| 8. | The structure characteristics of aberrant cell , identification marking , fluorescence labeling technologies and methods of cell labeling by fluorescent probe are recommended
摘要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。 |
| 9. | For these studies , they developed laboratory mice engineered with fluorescent probes in their immune system that light up when mucosal barriers , such as the lining of the intestines or lung , come under attack
为了这些研究，他们发展了在免疫系统中带有荧光探针的实验用小鼠，当粘膜屏障，例如肠道和肺的内层，遭受攻击时发光。 |
| 10. | The importance of zinc - specific fluorescent probes is particularly apparent in exploring zinc function , properties and combination in various biological processes . it would provide additional insight into the cell biology of zinc . however , the detection of free zinc in living cells still has always been problematic
人类利用这种方便快捷的方式检测zn ~ ( 2 + ) ，为研究生物体内zn ~ ( 2 + )的功能和性质以及它的结合方式，探索锌在生物体中的作用做出了卓越的贡献。 |
