CORTEZ军团菌胶体金法检测检测试剂

广州健仑生物科技有限公司

广州健仑长期供应：军团菌、诺如病毒、流感病毒等传染病系列的快速检测试剂盒。

军团菌的检测试剂盒包括：军团菌尿液抗原检测试剂盒、军团菌抗体快速检测卡（胶体金法）、军团菌抗原快速检测卡（胶体金法）、军团菌水样检测试剂盒、军团菌乳胶凝集试剂盒（军团菌诊断血清）、嗜肺军团菌核酸荧光PCR检测试剂盒。

我司还提供其它进口或国产试剂盒：包括传染病系列、免疫组化系列、诊断血清等产品。

欢迎咨询

欢迎咨询2042552662

CORTEZ军团菌胶体金法检测检测试剂

实验步骤

1） 将所有的材料和样品都平衡至室温（2-30℃）

2） 将所有的检测卡从密封的试剂袋中取出。

3） 将样品点滴器垂直置于样品孔上方，向样品孔中加入3滴样品（120-150ul）。

4） 10分钟内读取结果，强阳性样品可能会早点出现结果。

注意：10分钟后读取的实验结果可能会不准确。

结果说明

阳性结果：检测线区域出现明显的粉色条带，另外质控线区域出现粉色条带。

阴性结果：检测线区域不显色，质控线区域出现明显的粉色条带。

无效结果：靠近检测线的质控线在加样品后15分钟内不可见的话，则实验结果无效。

7、产品特点
★操作简便，无需其它仪器和试剂，易于在各级医院推广；
★反应迅速，5分钟内即可得到结果；
★结果清晰，易于判定；
★敏感度高，特异性强。

想了解更多的产品及服务请扫描下方二维码：

【公司名称】 广州健仑生物科技有限公司

【市 场 部】    杨永汉

【】 

【腾讯Q Q】 2042552662

【公司地址】 广州清华科技园创新基地番禺石楼镇创启路63号二期2幢101-103室

在冬眠动物的体内也较多。在寒冷的环境 下，棕色脂肪细胞内的脂类迅速氧化，产生大量热能，有利于新生儿 的抗寒和维持冬眠动物的体温。网状组织（reticular tissue）是由 网状细胞、网状纤维和基质组成。1．网状细胞（reticular cell）为星形多突起细胞，其突起彼此连 接成网。胞质弱嗜碱性。核较大、椭圆形、染色浅、核仁清楚。2．网状纤维网状纤维细而多分支，沿着网状细胞的胞体和突起分布（ 即网状 细胞附于其上）。网状纤维分支互相连接成的网孔内充满基质 （在淋巴器官和造血器官分别是淋巴液和血液）。 体内没有单独存在 的网状组织，它是构成淋巴组织、淋巴器官和造血器官的基本组成成 分。分布于消化道、呼吸道粘膜固有层、淋巴结、脾、扁桃体及红骨 髓中。在这些器官中，网状组织成为支架，网孔中充满淋巴细胞和巨 噬细胞，或者是发育不同阶 段的各种血细胞。网状细胞则成为T、B淋 巴细胞和血细胞发育微环境的细胞成分之一。成纤维细胞 （fibroblast）是疏松结缔组织的主要细胞成分。细胞扁平，多突起 ，呈星状，胞质较丰富呈弱嗜3-3成纤维细胞左和纤维细胞右超微结构模式3-3成纤维细胞左和纤维细胞右超微结构模式碱性。胞核较大，扁卵圆形，染色质疏松着色浅，核仁明显（图3－2 ）。在电镜下，胞质内富于粗面内质网、游离核糖体和发达的细菌尔 基复合体，表明细胞合成蛋白质功能旺盛（图3－3，3－4）。成纤维 细胞既合成和分泌胶原蛋白，弹性蛋白，生成胶原纤维、网状纤维和 弹性纤维，也合成和分泌糖胺多糖和糖蛋白等基质成分。成纤维细胞处于功能静止状态时，称为纤维细胞（fibrocyte）（图3 －3）。细胞变小，呈长梭形，胞核小，着色深，胞质内粗面内质网少 、细菌尔基复合体不发达，嗜酸性。在一定条件下，如创伤修复，结 缔再生时，纤维细胞又能再转变为成纤维细胞。同时，成纤维细胞也 能分裂增生。成纤维细胞常通过基质糖蛋白的介导附着在胶原纤维上。
In hibernation animals are also more. In a cold environment, lipids in brown fat cells rapidly oxidize and produce large amounts of heat, which are good for the newborn's cold resistance and maintaining the body temperature of the hibernating animal. Reticular tissue is composed of reticular cells, reticular fibers and matrix. 1. Reticular cells are asteroid papillae, the projections of which are connected to each other in a network. Cytoplasmic weakly basophilic. Larger nuclei, oval, stained light, clear nucleolus. 2. Reticular fibers Reticular fibers are fine and branched, distributed along the cell body and projections of reticular cells (ie, reticulocytes attached thereto). Mesh fiber branches interconnected into the mesh filled with matrix (lymphoid organs and hematopoietic organs were lymph and blood, respectively). There is no separate reticular tissue, which constitutes the basic components of lymphoid tissues, lymphoid organs and hematopoietic organs. Distribution in the digestive tract, respiratory mucosal lamina propria, lymph nodes, spleen, tonsils and red bone marrow. In these organs, the reticular tissue becomes a scaffold, the mesh is filled with lymphocytes and macrophages, or various blood cells that develop at different stages. Reticular cells become one of the cellular constituents of T, B lymphocytes and the microenvironment of hematopoiesis. Fibroblasts are the major cellular components of loose connective tissue. Cells were flat, multi-protuberant, was star-shaped, more abundant cytoplasm was weak-addicted to 3-3 fibroblasts left and fibroblasts right ultrastructure mode 3-3 left fibroblasts and fibroblasts right ultrastructure mode alkaline. Larger nuclei, oval, chromatin loose pale, clear nucleoli (Figure 3-2). Under electron microscopy, the cytoplasm is rich in rough endoplasmic reticulum, free ribosomes, and well-established bacterial-based complexes, suggesting strong cellular protein synthesis (Figure 3-3, 3-4). Fibroblasts not only synthesize and secrete collagen, elastin, produce collagen fibers, reticular fibers and elastic fibers, but also synthesize and secrete glycosaminoglycans and glycoproteins and other matrix components. Fibroblasts in the quiescent state, called fibrocytes (fibrocytes) (Figure 3 -3). Cells become smaller, long fusiform, small nuclei, darker color, fewer endoplasmic reticulum cytoplasmic, bacterial basal complex is underdeveloped, eosinophilic. Under certain conditions, such as wound repair, connective tissue regeneration, fibroblasts can be transformed into fibroblasts. At the same time, fibroblasts can also divide and proliferate. Fibroblasts are often attached to collagen fibers mediated by matrix glycoproteins.