There is cross reaction between cysticercus and echinococcosis. 囊虫病与包虫病患者血清有一定的交叉反应。
On serum sample of the health and Schistosomiasis, there are partitively false positive and cross reaction from two methods. 健康人血清、日本血吸虫病患者血清试验,均有一定的假阳性与交叉反应。
Relative cross reaction of McAb-ST with ST analogues was less than 2%. McAb-ST的结构类似物的相对交叉反应下超过2%。
The second chapter makes an elaborate description for quantum chemistry theory which is involved in self-exchange and cross reaction. 第二章,对自交换反应和交叉反应涉及到的基本理论和原理进行了详尽的描述。
Western-blotting was used to observe the immune cross reaction s. 应用蛋白印迹观察其与相关细菌的免疫交叉反应。
Hydatigena infected dogs and this cross reaction could be eliminated by selection of optimal concentration of coating antibody. 选择最适的抗体包被浓度可消除交叉反应。
Currently, 21 serotypes have been identified in the world, and little cross reaction in different serotypes. 目前已发现21个血清型,各种血清型之间很少有交叉保护性。
No cross reaction between other 10 mycoplasmas and 10 relative microorganisms was found. 对10种其他支原体和10种相关微生物均未出现交叉反应。
There is no cross reaction with sera from schistosomiasis, clonorchiasis and paragonimiasis patients while 2 out of 10 hydatidosis cases showed cross reaction with urea soluble scolex antigen. 头节尿素抗原对血吸虫、华支睾吸虫和肺吸虫病患者血清未出现交叉反应,10例包虫病患者血清中有2例出现交叉反应。
Of 48 ( 16 7%) cases with paragonimiasis showed positive cross reaction. 48份并殖吸虫病患者的交叉反应率为16.67%。
This article compared the specialty, sensitivity, cross reaction, curative effect check and spot application of Q-ELISA and IHA in schistosomiasis diagnosis. 本研究对立刻-酶联免疫吸附试验(Q-ELISA)诊断血吸虫病的特异性、敏感性、交叉反应、疗效考核及现场应用等方面进行了试验,同时与IHA进行了比较。
Serotype 12 and 16 produced two-way high-grade cross reactions in slide and tube agglutination tests, and gave one-way cross reaction in AGP tests. 12型和16型在玻片凝集试验和试管凝集试验中均表现较强的双向交叉反应,但在琼扩试验中表现为较弱的单向交叉反应;
No cross reaction was observed with sera from cases of schistosomiasis, visceral leishmaniasis, paragonimiasis and fasciolopsiasis buski. 此法与内脏和什曼病、血吸虫病、肺吸虫病和姜片虫病等均无交义反应,表明此法对疟疾有较高的特异性。
The McAbs had no cross reaction with all the mentioned antigens. 且不与其他寄生虫抗原发生交叉反应。
Both strains showed cross reaction in neutralization test and similar antigenicity. 交叉中和试验表明,二者之间具有交叉反应和相同的抗原性;
No cross reaction was noticed in infections of intestinal nematode, cysticercus and liver fluke. 肠道线虫感染、囊虫感染及华支睾吸虫感染者血清均未出现交叉反应;
No cross reaction was found with Type ⅰ collagen. 与Ⅰ型胶原无交叉反应。
There was no cross reaction with a2-macroglobulin analogues which existed in rat serum. 与存在于大鼠血液中的甲2-巨球蛋白类似物无交叉反应。
There was no cross reaction with albumin and myohemoglobin, and hemolysis showed no any influence on this method. 本方法与白蛋白、肌红蛋白均无交叉反应。溶血对本法无影响。
There was no cross reaction with other proteins in human plasma. 与人血浆中其它蛋白质未见交叉反应。
Specificity and sensitivity assay showed that this method had no cross reaction with E. coli, D type Put and S. aureus; 经特异性和敏感性试验表明,该方法对大肠杆菌、金黄色葡萄球菌和D型多杀性巴氏杆菌均无交叉性反应;
Corn pollen actin has cross reaction with the antiserum of rabbit against chicken gizzard actin. 玉米花粉肌动蛋白可与兔抗鸡胃肌动蛋白抗血清产生免疫沉淀反应。
Cross reaction to C. trachomatis serovar C were also detected in IgG positive serum and IgA positive vaginal washing. 取抗D型Ct血清IgG阳性标本和阴道冲洗液IgA阳性标本,分别用于检测与C型Ct的交叉反应。
Immunologic specificity of this ELISA was demonstrated by blocking test and cross reaction test. 阻断试验及交叉反应试验证明有较高的免疫学特异性。
The above results reveal that the created ELISA method can provide a better reference to clinical detection. However, it has cross reaction with the part of Haemophilus parasuis positive serum, which requires further optimization of ELISA method and criterion. 以上结果表明建立的ELISA方法能为临床检测提供一个较好的参考,但是其与副猪嗜血杆菌阳性血清存在的部分交叉反应,还待ELISA方法和判定标准的进一步优化来解决。
Secrete antibodies response to Listeria monocytogenes specificity and have weaker cross reaction with the other bacteria of Listeria species. 杂交瘤细胞株分泌的抗体能够特异性识别单增李斯特菌,与李斯特菌属其他细菌有较弱交叉反应。
Antineuronal antibodies of blood were related to lymphocytopenia. Absorption test showed cross reaction between antineuronal antibodies and lymphocytes. 血清抗神经原抗体与淋巴细胞减少有关,用淋巴细胞吸收试验证明该抗体可与淋巴细胞交叉反应。
Thereafter, by using octylic acid-ammonium sulfate precipitation, impurity proteins was removed from antisera, and furthermore, magnetic beads method was used to eliminate the cross reaction of two antiserum with the above microbes. 为此,本文采用辛酸硫酸铵沉淀法,去除了血清中的杂蛋白。进一步采用磁珠法,消除了两种抗血清与上述微生物的交叉反应,获得了高纯度和高特异性的抗体。
The MAbs reacted specifically with the corresponding antigen, and there were no cross reaction between the monoclonal antibodies. 这些单克隆抗体对相应抗原表现出高度特异性,相互之间不存在交叉反应。