下水道寄生軍團菌乳膠凝集法檢測試劑盒

廣州健侖生物科技有限公司

廣州健侖長期供應：軍團菌、諾如病毒、流感病毒等傳染病系列的快速檢測試劑盒。

軍團菌的檢測試劑盒包括：軍團菌尿液抗原檢測試劑盒、軍團菌抗體快速檢測卡（膠體金法）、軍團菌抗原快速檢測卡（膠體金法）、軍團菌水樣檢測試劑盒、軍團菌乳膠凝集試劑盒（軍團菌診斷血清）、嗜肺軍團菌核酸熒光PCR檢測試劑盒。

我司還提供其它進口或國產試劑盒：包括傳染病系列、免疫組化系列、診斷血清等產品。

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下水道寄生軍團菌乳膠凝集法檢測試劑盒

實驗步驟

1） 將所有的材料和樣品都平衡至室溫（2-30℃）

2） 將所有的檢測卡從密封的試劑袋中取出。

3） 將樣品點滴器垂直置于樣品孔上方，向樣品孔中加入3滴樣品（120-150ul）。

4） 10分鐘內讀取結果，強陽性樣品可能會早點出現結果。

注意：10分鐘后讀取的實驗結果可能會不準確。

結果說明

陽性結果：檢測線區域出現明顯的粉色條帶，另外質控線區域出現粉色條帶。

陰性結果：檢測線區域不顯色，質控線區域出現明顯的粉色條帶。

無效結果：靠近檢測線的質控線在加樣品后15分鐘內不可見的話，則實驗結果無效。

7、產品特點
★操作簡便，無需其它儀器和試劑，易于在各級醫院推廣；
★反應迅速，5分鐘內即可得到結果；
★結果清晰，易于判定；
★敏感度高，特異性強。

想了解更多的產品及服務請掃描下方二維碼：

【公司名稱】 廣州健侖生物科技有限公司

【市 場 部】    楊永漢

【】 

【騰訊Q Q】 2042552662

【公司地址】 廣州清華科技園創新基地番禺石樓鎮創啟路63號二期2幢101-103室

在趨化細菌 子（如淋巴細菌子、補體等）的吸引下，成纖維細胞能緩慢地向一定 方向移動。巨噬細胞（macrop細菌age）是體內廣泛存在的具有強大 吞噬功能的免疫細胞。在疏松結締組織內的巨噬細胞又稱為組織細胞 （細菌istiocyte），常沿纖維散在分布，在炎癥和異物等刺激下活 化成游走的巨噬細胞。巨噬細胞形態多樣，隨功能狀態而改變，通常 有鈍圓形突起，功能活躍者，常伸出較長的偽足而形態不規則。胞核 較小，卵圓形或腎形，多為偏心位，著色深，核仁不明顯，胞質豐富 ，多呈嗜酸性，含空泡和異物顆粒，電鏡下，細胞表面有許多皺褶、 小泡和微絨毛，胞質內含大量初級溶酶體、次級溶酶體、吞噬體、吞 飲小泡和殘余體。細胞膜附近有較多的微絲和微管（圖3－5，3－6） 。巨噬細胞是由血液內單核細胞穿出血管后分化而成。此時，細胞變大 ，線粒體及溶酶體增多，粘附和吞噬能力增強。在不同組織器官內的 巨噬細胞存活時間不同，一般為2個月或更長。巨噬細胞有重要的防御功能，它具有趨化性定向運動、吞噬和清除異 物及衰老傷亡的細胞、分泌多種生物活性物質以及參與和調節人體免 疫應答等功能。（1）趨化性定向運動：巨噬細胞可沿某些化學物質的濃度梯度進行定 向移動，聚集到產生和釋放這些化學物 基本相同，兩者的主要區別是，致密結締組織中的纖維成分特別多， 而且排列緊密，細胞和基質成分很少。除彈性組織外，絕大多數的致 密結締組織中以粗大的膠原纖維束為主要成分，其中含少量纖維細胞 、小血管和淋巴管。按纖維的性質和排列方式不同，可將致密結締組 織分為以下幾種類型：1．不規則致密結締組織分布于真皮的網狀層、鞏膜、大多數器官的被 膜等處。以膠原纖維為主，粗大的膠原纖維束互相交織成致密的網或 層。纖維的走行方向與承受機械力學作用的方向相適應。纖維束間有 少量基質和成纖維細胞、纖維細胞、小血管及神經束等。
In the chemotactic bacteria (such as lymphatic bacteria, complement, etc.) attracted, fibroblasts can slowly move to a certain direction. Macrophage (macrop bacteria age) is a widespread immune phagocyte in the body. In the loose connective tissue macrophages, also known as the tissue cells (bacteria istiocyte), often scattered along the fibers, in inflammation and foreign body stimulated activation of migratory macrophages. Macrophages are diverse in shape and change with functional status, often with blunt, round protrusions and functionally active ones, often with longer pseudopods and irregular shapes. Small nucleus, oval or kidney-shaped, mostly eccentric position, deep color, nucleoli are not obvious, rich in cytoplasm, mostly eosinophilic, containing vacuoles and foreign particles, electron microscopy, the cell surface has many folds , Vesicles and microvilli, the cytoplasm contains a large number of primary lysosomes, secondary lysosomes, phagosomes, swallowing vesicles and residual body. There are more fibroblasts and microtubules near the cell membrane (Figures 3-5, 3-6). Macrophages are differentiated by monocytes exiting the bloodstream. At this point, cells become larger, increased mitochondria and lysosomes, increased adhesion and phagocytosis. Macrophages in different tissues and organs have different survival time, usually 2 months or longer. Macrophages have an important defensive function. They have the functions of chemotaxis-directed movement, phagocytosis and clearance of foreign bodies and senescent cell death, secretion of various bioactive substances, and participation in and regulation of the human immune response. (1) Chemotactic Orienteering: Macrophages can move along the concentration gradient of certain chemical substances. The main difference between them is that they produce and release these chemicals. The main difference between the two is that the fiber components in dense connective tissue Particularly large, and arranged in close, very few cells and matrix composition. In addition to elastic tissue, the vast majority of dense connective tissue with coarse collagen fiber bundles as the main component, which contains a small amount of fibroblasts, small blood vessels and lymphatic vessels. According to the nature of fibers and arranged in different ways, dense connective tissue can be divided into the following types: 1. Irregular dense connective tissue distribution in the reticular layer of the dermis, sclera, most organs of the capsule and so on. The main collagen fibers, coarse collagen fiber bundles interwoven into a dense network or layer. Fibers travel in the direction of mechanical mechanics to adapt to the direction. A small amount of fiber bundles between the matrix and fibroblasts, fibrocytes, small blood vessels and nerve bundles.