Fluorescent green

The Physiological and Biochemical Changes of Tea Fluorescent Green Spot Disease

茶树荧光性绿斑病生理生化变化研究

Studies on the Fluorescent Green Spot Disease on Tea Foliage

茶树叶片荧光性绿斑病的初步研究

Studies on the Crystals in the Cells of Tea Foliage Suffering Fluorescent Green Spot Disease

茶树荧光性绿斑病叶细胞中的晶体研究

Ultraviolet light turns the membranes of magnified lipids fluorescent green .

放大的油脂膜在紫外线光照射下显示出荧绿色的光芒。

Studies on the Membrane Structure and Its Related Physiological Changes in the Tea Leaves with Fluorescent Green Spot Disease

茶树荧光性绿斑病叶膜结构及相关生理变化研究

The fluorescent green spot disease is a physiological disease of tea mature leaves that happens widely in all over the country .

茶树荧光性绿斑病是一种全国范围内普遍发生的茶树成叶生理性病害。

Toxic cyanobacteria , commonly referred to as pond scum , turned the big lake fluorescent green .

有毒蓝藻，通常也被称为绿藻，使太湖整个湖体成为荧光绿色。

lime , fluorescent green and seethingly tangy ;

酸橙（lime）是荧光绿色的，味道刺激浓郁；

Review the material application in biology labeling , analysis the characters of all the materials and draw a conclusion that the fluorescent Green and other composites will be the major trend in the future .

综述了生物标记用材料及其应用，对各种材料的特点进行了分析，得出以绿色荧光蛋白等为代表的荧光材料将是未来生物标记的主流。

By using the methods of field investigation , microbial cultivation , pathological anatomy and electron probe , a preliminary investigation on the symptom , characteristic of occurrence and field distribution , etiology of the fluorescent green spot disease on tea leaves was conducted by the authors .

采用田间调查、病原生物培养、病理解剖和电子探针多种方法，对茶树叶片荧光性绿斑病的症状、发生和田间分布特点、病因进行了初步研究。

Meanwhile , the fluorescent lifetime of green emission reduces , which proves surface state of ZnO QDs is modified due to the functionalization .

同时，ZnO量子点的绿光发射的荧光寿命均发生缩短，这进一步验证了修饰剂的作用，说明量子点的表面态发生改变，导致量子点发光路径的改变，使其荧光寿命缩短。

Aim : To study the fluorescent stabilization of green fluoresent protein ( GFP ) and its effects on the transfected cells , and explore the feasibility of donor cells marked by GFP .

目的：研究绿色荧光蛋白（greenfluorescentprotein，GFP）的荧光稳定性及对转染细胞的影响，探讨其作为供体细胞标记物的可行性。

Using the fluorescent microscope , the green fluorescence is observed in E.coli .

利用荧光显微镜，观察到了具有绿色荧光的大肠杆菌。

Meanwhile , fluorescent color changed from green to red and yellow respectively , which was readily detectable visually .

与此同时，荧光颜色从绿色荧光分别了变成红色荧光和黄色荧光，便于肉眼直接观察。

Methods Liver metastasis model was established in C57BL / 6 mice . Serum DNA was extracted by commercial " genomic DNA extraction kit " and detected by fluorescent dye ( SYBR green I ) staining .

方法以异位接种法在C57BL/6小鼠中建立B16黑色素瘤肝转移模型，以微量基因组抽提试剂盒抽提血清DNA，用SYBRgreenI斑点荧光染色法对DNA进行定量。