超抗原 meaning in Chinese
super antigen, sag
superantigen
Examples
- Study on expression , purification and anti - tumor activity of staphylococcal enterotoxin b
型肠毒素超抗原的制备及抗肿瘤活性分析 - In recent years , much attention has been paid to the immune recognition of superantigen ses
对金葡菌超抗原免疫识别机制研究较多的是sea 、 seb 、 sec和tsst - 1 。 - Secondly , we compared the amino acid sequences of ses and constructed the three - dimension structure of sed by homology modeling method . on the basis of results of comparing the amino acid sequences and structure of sed iv with other ses , we chosen the n23 , f45 , l59 , n61 , 192 and f203 in sed as mutant residues
对金葡菌超抗原家族的氨基酸序列进行对比分析，首次运用同源建模的方法构建了sed的三维空间结构模型，比较sed与其它肠毒素超抗原结构的差异，对可能的活性位点进行预测，最终确定sed的n23 、 f45 、 l59 、 n6 、 192和f203位氨基酸为突变位点。 - Part one the studies of piezoelectric biosensors and detection of staphylococcal enterotoxins chapter one the progresses in piezoelectric biosensors and detection of staphylococcal enterotoxins section one the progresses in piezoelectric biosensors in this section , a review is reported with 69 references about the piezoelectric biosensors , including the principle and constitutes of pebs , the classification of pebs , surface modification technique in pebs and the application of pebs in immunoassay , detection of the gene and microorganism , coupling with other techniques , moreover , the development of pebs was involved
引用参考文献69篇。第二节金黄色葡萄球菌及其毒素检测研究进展该部分内容主要介绍了在葡萄球菌分类与分型、金黄色葡萄球菌毒素学研究以及金黄色葡萄球菌及其毒素检测等方面的研究进展，重点对金黄色葡萄球菌及其毒素检测方法：生物学检测方法、免疫血清学方法、聚合酶链反应技术、核酸杂交技术、生物传感器技术和超抗原技术在近几年的研究进展做了评述，引用文献69篇。火nxia即。 - Several amino acid residues of sed have been proved to be important in the interaction between sed and mhc , but the mode of sed binding to mhc is not yet clear . this study is designed to explore the above issues . the main content and results of this study are as follows : firstly , the prokaryotic expression system of sed was constructed
基于以上问题，我们对sed可能的活性位点进行预测，构建了一系列超抗原sed免疫识别机制的研究sed定点突变体，检测这些突变体的mhc11结合活性和tcrvfi特异性，寻找与tcrv6结合的关键位点，进一步探讨sed与mhc和tcr的相互作用方式。