丹麥沙門氏菌H價(jià)抗原血清
| 型 號： | 沙門氏鞭毛血清 |
| 報(bào) 價(jià)： |  |
鞭毛抗原（即H抗原），H抗原與抗血清的反應(yīng)一般為絨狀或者絮狀。大部分沙門氏菌鞭毛抗原都具有兩相，*相被稱為特異性相，第二相被稱為非特異性相。丹麥沙門氏菌H價(jià)抗原血清，廣州健侖生物公司提供產(chǎn)品及服務(wù)
- 產(chǎn)品描述
丹麥SSI沙門氏菌診斷血清
注意：丹麥SSI診斷血清2018年已漲價(jià)
丹麥沙門氏菌H價(jià)抗原血清
H抗原介紹
鞭毛抗原（即H抗原），H抗原與抗血清的反應(yīng)一般為絨狀或者絮狀。大部分沙門氏菌鞭毛抗原都具有兩相，*相被稱為特異性相，第二相被稱為非特異性相。
H抗原存在于鞭毛之中，為蛋白質(zhì)。
由肽鏈中的氨基酸的排列順序及空間構(gòu)型決定其特異性。
不耐熱，經(jīng)加熱和用乙醇及堿處理易變性。
H抗原常有兩相的變異。
*相為特異相，用小寫英文字母表示。
第二相為非特異相，用阿拉伯?dāng)?shù)字表示。
但也有少數(shù)菌含有*相中的抗原e、n、x等成分。
H抗原血清目錄
Product | No. of tests | Packing |
HMA | 150 | 3 mL vial |
HMA | 50 | 1 mL vial |
HMB | 150 | 3 mL vial |
HMB | 50 | 1 mL vial |
HMC | 150 | 3 mL vial |
HMC | 50 | 1 mL vial |
HMD | 150 | 3 mL vial |
HMD | 50 | 1 mL vial |
HME | 150 | 3 mL vial |
HME | 50 | 1 mL vial |
HMF | 150 | 3 mL vial |
HMF | 50 | 1 mL vial |
HMG | 150 | 3 mL vial |
HMG | 50 | 1 mL vial |
H:L | 150 | 3 mL vial |
H:L | 50 | 1 mL vial |
H:E | 150 | 3 mL vial |
H:E | 50 | 1 mL vial |
H:G | 150 | 3 mL vial |
H:G | 50 | 1 mL vial |
H:Z4 | 150 | 3 mL vial |
H:Z4 | 50 | 1 mL vial |
H:q,s,t,p,u | 150 | 3 mL vial |
H:q,s,t,p,u | 50 | 1 mL vial |
H:G ÷ H:m,t | 50 | 1 mL vial |
Product | No. of tests | Packing |
H:a | 150 | 3 mL vial |
H:b | 150 | 3 mL vial |
H:c | 150 | 3 mL vial |
H:d | 150 | 3 mL vial |
H:e,h | 150 | 3 mL vial |
H:e,n,x | 150 | 3 mL vial |
H:e,n,z15 | 150 | 3 mL vial |
H:i | 150 | 3 mL vial |
H:k | 150 | 3 mL vial |
H:r | 150 | 3 mL vial |
H:y | 150 | 3 mL vial |
H:z | 150 | 3 mL vial |
H:z6 | 150 | 3 mL vial |
H:z10 | 150 | 3 mL vial |
H:z29 | 150 | 3 mL vial |
H:z35 | 150 | 3 mL vial |
H:z36 | 150 | 3 mL vial |
H:z38 | 150 | 3 mL vial |
H:z39 | 150 | 3 mL vial |
H:z41 | 150 | 3 mL vial |
H:z42 | 150 | 3 mL vial |
H:z44 | 150 | 3 mL vial |
H:z52 | 150 | 3 mL vial |
H:z53 | 150 | 3 mL vial |
H:z54 | 150 | 3 mL vial |
H:z55 | 150 | 3 mL vial |
H:z57 | 150 | 3 mL vial |
H:z60 | 150 | 3 mL vial |
H:z61 | 150 | 3 mL vial |
H:z64 | 150 | 3 mL vial |
H:z65 | 150 | 3 mL vial |
H:z67 | 150 | 3 mL vial |
H:z68 | 150 | 3 mL vial |
H:z71 | 150 | 3 mL vial |
H:z81 | 150 | 3 mL vial |
H:z83 | 150 | 3 mL vial |
H:z91 | 150 | 3 mL vial |
Product | No. of tests | Packing |
H:f | 150 | 3 mL vial |
H:h | 150 | 3 mL vial |
H:m | 150 | 3 mL vial |
H:p | 150 | 3 mL vial |
H:q | 150 | 3 mL vial |
H:s | 150 | 3 mL vial |
H:t | 150 | 3 mL vial |
H:u | 150 | 3 mL vial |
H:v | 150 | 3 mL vial |
H:w | 150 | 3 mL vial |
H:x | 150 | 3 mL vial |
H:2 | 150 | 3 mL vial |
H:5 | 150 | 3 mL vial |
H:6 | 150 | 3 mL vial |
H:7 | 150 | 3 mL vial |
H:z13 | 150 | 3 mL vial |
H:z15 | 150 | 3 mL vial |
H:z16 | 150 | 3 mL vial |
H:z23 | 150 | 3 mL vial |
H:z24 | 150 | 3 mL vial |
H:z28 | 150 | 3 mL vial |
H:z32 | 150 | 3 mL vial |
H:z51 | 150 | 3 mL vial |
Product | No. of tests | Packing |
H:Rj | 150 | 3 mL vial |
H:Rz27 | 150 | 3 mL vial |
H:Rz33 | 150 | 3 mL vial |
H:Rz34 | 150 | 3 mL vial |
H:Rz37 | 150 | 3 mL vial |
H:Rz40 | 150 | 3 mL vial |
H:Rz43 | 150 | 3 mL vial |
H:Rz45 | 150 | 3 mL vial |
H:Rz56 | 150 | 3 mL vial |
H:Rz59 | 150 | 3 mL vial |
H:Rz66 | 150 | 3 mL vial |
H:Rz72 | 150 | 3 mL vial |
H:Rz74 | 150 | 3 mL vial |
H:Rz76 | 150 | 3 mL vial |
H:Rz77 | 150 | 3 mL vial |
H:Rz79 | 150 | 3 mL vial |
Product | No. of tests | Packing |
SG 1 | 30 | 3 mL vial |
SG 2 | 30 | 3 mL vial |
SG 3 | 30 | 3 mL vial |
SG 5 | 30 | 3 mL vial |
SG 6 | 30 | 3 mL vial |
SGG | 30 | 3 mL vial |
SGZ4 | 30 | 3 mL vial |
Product | No. of tests | Packing |
H:i | 30 | 3 mL vial |
H:r | 30 | 3 mL vial |
H:z | 30 | 3 mL vial |
H:z29 | 30 | 3 mL vial |
H:Rz34 | 30 | 3 mL vial |
H:z35 | 30 | 3 mL vial |
H:z36 | 30 | 3 mL vial |
H:z38 | 30 | 3 mL vial |
H:z39 | 30 | 3 mL vial |
H:z41 | 30 | 3 mL vial |
H:z42 | 30 | 3 mL vial |
H:z44 | 30 | 3 mL vial |
H:z52 | 30 | 3 mL vial |
H:z53 | 30 | 3 mL vial |
H:z54 | 30 | 3 mL vial |
H:z55 | 30 | 3 mL vial |
H:z57 | 30 | 3 mL vial |
H:Rz59 | 30 | 3 mL vial |
H:z60 | 30 | 3 mL vial |
H:z61 | 30 | 3 mL vial |
H:z64 | 30 | 3 mL vial |
H:z65 | 30 | 3 mL vial |
H:Rz66 | 30 | 3 mL vial |
H:z67 | 30 | 3 mL vial |
H:z68 | 30 | 3 mL vial |
H:z81 | 30 | 3 mL vial |
H:z83 | 30 | 3 mL vial |
丹麥沙門氏菌H價(jià)抗原血清
更多產(chǎn)品及服務(wù)請通過以下
【公司名稱】 廣州健侖生物科技有限公司
【】 楊永漢
【】
【騰訊 】 2042552662
【公司地址】 廣州清華科技園創(chuàng)新基地番禺石樓鎮(zhèn)創(chuàng)啟路63號二期2幢101-103室
沙門氏菌的抗原分為菌體抗原(O)、鞭毛抗原（H）、莢膜抗原（K、Vi）、纖毛抗原。O抗原O抗原存在于菌體細(xì)胞壁zui外層，化學(xué)成分為類脂-多糖-多肽復(fù)合物，由多糖決定其特異性。O抗原耐熱、醇和酸，100～121℃加熱2.5h、用乙醇或鹽酸處理而不失去抗原性，因此菌體抗原已經(jīng)被*為沙門氏菌血清型分型的基礎(chǔ)。一種菌體有一種或多種不同的O抗原。沙門氏菌的O抗原共有65種，以阿拉伯?dāng)?shù)字1、2、3……表示。主要抗原：O抗原為某一菌群*而其他菌群不具有。如：2、3、4、7、8、9、10等。次要抗原：O抗原為幾個(gè)菌群共有。如：1、5、6、12等。 H抗原存在于鞭毛之中，為蛋白質(zhì)，由肽鏈中氨基酸的排列順序及空間構(gòu)型決定其特異性。不耐熱，經(jīng)加熱和用乙醇及堿處理易變性。H抗原常有兩相的變異。*相為特異相，用小寫英文字母表示，如：a、b、I、e、h等；第二相為非特異相，用阿拉伯?dāng)?shù)字表示，如：1、2、5等，但也有少數(shù)菌含有*相中的抗原e、n、x等成分。 為O抗原表面的莢膜抗原。具有該抗原的細(xì)菌，由于可阻止O抗原與抗體結(jié)合，因此不被相應(yīng)的O血清凝集。60℃加熱處理或石炭酸處理，雖然該抗原不被滅活，而已從菌體表面脫落，游離于液體中，從而暴露出O抗原，可被O血清凝集。要進(jìn)行O凝集反應(yīng)，必須先洗掉Vi抗原。 纖毛抗原是一種比鞭毛更細(xì)小的纖維樣結(jié)構(gòu)物，含有蛋白性的抗原物質(zhì)。纖毛能凝集豚鼠的紅細(xì)胞。所有沙門氏菌的纖毛抗原性一樣。纖毛的存在不影響活菌的凝集性，但含有極豐富的纖毛抗原的菌株，有時(shí)也組織O的凝集性。
Salmonella antigen is divided into O, flagellum antigen (H), capsular antigen (K, Vi) and cilia antigen. The O antigen of O antigen is found in the outer layer of cell wall. Its chemical composition is lipid polysaccharide polypeptide complex, and its specificity is determined by polysaccharides. O antigen is heat-resistant, alcohol and acid. It is heated for 2.5h at 100~121 C and is treated with ethanol or hydrochloric acid without losing its antigenicity. Therefore, the bacterial antigen has been recognized as the basis of serotype classification of Salmonella. A fungus has one or more different O antigens. There are 65 kinds of O antigens of Salmonella, the number is 1, 2, 3 in Arabia. Express。 The main antigen is O antigen, which is specific for a certain flora but not for other bacteria. Such as: 2, 3, 4, 7, 8, 9, 10, etc. Secondary antigen: O antigen is a group of bacteria. Such as: 1, 5, 6, 12 and so on. H antigen exists in flagellum, which is protein. Its specificity is determined by the sequence and spatial configuration of amino acids in peptide chains. It is heat resistant, heated and treated with ethanol and alkali. H antigen often has two phases of variation. The first phase is a specific phase, which is expressed in lower case English letters, such as a, B, I, e, h, etc.; the second phase is a non specific phase, which is expressed in Arabia numbers, such as 1, 2, 5, etc., but a few bacteria contain the antigens of E, N and X in the first phase. A capsule antigen on the surface of O antigen. The bacteria with this antigen can not bind to the corresponding O serum because it can prevent the binding of O antigen to antibody. Heat treatment at 60 C or carbonic acid treatment, although the antigen is not inactivated, it is removed from the surface of the fungus and free in the liquid to expose the O antigen, which can be agglutinated by the O serum. In order to carry out O agglutination, we must first wash away the Vi antigen. Cilia antigen is a fibrous structure smaller than flagellum, which contains protein antigenic substances. Cilia can agglutinate the red blood cells of the guinea pig. The cilium of all Salmonella is antigenicity. The presence of cilia does not affect the agglutination of live bacteria, but the bacteria that contain very rich cilia antigen sometimes also organizes the agglutination of O.
