鞭毛抗原

结果表明，有28株菌株含有cry1C基因，携带有cry1C基因的菌株的晶体蛋白质主要为135ku左右，它们对甜菜夜蛾均有较高的毒性，这些菌株的鞭毛抗原血清型主要分布在H5和H7。

The results indicated crystal proteins of 28 strains carried cry 1C gene were about 135 ku . They showed high toxicity against Spodoptera exigua and their serum type of flagella antigen mainly distributed in H-5 and H-7 .

出血性大肠杆菌H7鞭毛抗原的诱导恢复及鉴定

Induction Variation of H_7 Flagellum Antigen and Identification of EHEC O_ ( 157 ): H_7 from Imported Frozen Chicken Wing

一种肠出血性大肠埃希菌O157∶H7鞭毛抗原检测新方法

A New Method of Detection of Flagellar Antigen of Enterohemorrhagic Escherichia coli O157 ∶ H7

结论：成功构建用8核苷酸随机引物进行逆转录同时测定伤寒杆菌鞭毛抗原z66和d/j基因表达的荧光实时定量RT-PCR方法。

Conclusion : The real time RT-PCR method using 8-mer random primer was much better for investigating mRNA levels of flagellin genes of S. enterica serovar Typhi .

PCR快速检测甲型副伤寒沙门菌鞭毛抗原H-a研究

A Study on the Rapid Detection of Flagellum Antigen H-a of S. Paratyphi A by PCR

方法采用Dot-ELISA测定伤寒沙门菌包膜抗原V、菌体抗原O和鞭毛抗原Hd的特异性抗体，并与肥达氏反应相比较。

Methods A Dot-ELISA method was used to determine the specific antibodies of envelope antigen , O antigen and H d antigen in Salmonella . Then the results were compared with the results of Widal 's reaction .

单克隆抗体夹心酶标法检测鞭毛抗原快速诊断伤寒

Rapid diagnosis typhoid fever by detecting flagellin of salmonella typhi with McAb ELISA

重组伯氏疏螺旋体鞭毛抗原用于莱姆病血清学诊断方法的研究

Study of Serodiagnosis method for Lyme Disease Using Protein of Flagellin of Borrelia Burgdorferi

鞭毛抗原与细菌的群集运动

Exercise . Hantigen and bacterial swarming motility

伤寒沙门菌鞭毛蛋白抗原的提取和免疫印迹检测方法的研究

Study on the Method for Extracting Flagellin Antigen of Salmonella typhi and immunoblot assay

经与脂多糖O－I噬菌体识别的共同表位比较研究表明，鞭毛蛋白共同抗原表位更加特异和准确，前者在DNA同源群Ⅲa、Ⅳ中的分布很低或检测不出。

In contrast , comparison of the common epitopes on lipopolysaccharides recognized by O I phage with above method indicated that the common epitypes on flagellins were more specific and accurate .

单克隆抗体测定沙门氏菌鞭毛蛋白属共同抗原表位的分布特性

Detection of the Generically-specific Common Antigenic Epitopes on Salmonella Flagellins with Monoclonal Antibodies

鞭毛蛋白属共同抗原表位在沙门氏菌分类中的作用探讨

The role of the generically specific common antigenic epitopes on flagellins in the classification of Salmonella

鞭毛蛋白是重要抗原蛋白，布鲁氏菌没有明显的鞭毛结构，没有运动性，但是在布鲁氏菌中还存在鞭毛编码基因，因此本研究选取了29个鞭毛基因。

Flagellar proteins are important antigens . Brucella does not have flagella , however , it have flagella related genes . Therefore , in the present study , 29 flagellar genes were selected .

方法：创用玻璃渣高速振动法打脱细菌鞭毛，可提高鞭毛抗原得率，然后分二步离心去掉细菌，再收集鞭毛。

Methods A high speed vibration method using a fragment of glass was created to desquamate the flagellin of S. typhi , it could increase the yield of flagellin antigen . By two centrifuging steps , bacterial debris was removed , and the flagellin was collected .