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- An indirect fluorescent antibody technique(IFAT) has been developed to detect Hematodinium sp. 应用该抗体建立了血卵涡鞭虫的间接荧光抗体检测技术(IFAT)。
- anticomplement fluorescent antibody technique 抗补体荧光抗体法
- direct fluorescent antibody technique 直接荧光抗体技术
- indirect fluorescent antibody technique [免疫]间接荧光抗体技术
- Rabbit Bordetella's detection by indirect fluorescent antibody technique 应用间接荧光抗体技术检测兔波氏杆菌
- Keywords Stem cell;Gene;Fluorescent antibody technique;Chondrogenesis; 干细胞;荧光抗体技术;软骨形成;
- indirect fluorescent antibody techniques 间接荧光
- Detection of Vibrio fluviails in Paralichthys olivaceus using indirect fluorescent antibody technique 应用荧光抗体技术检测牙鲆体内的河流弧菌
- Diagnosis of bovine theileriasis resulted from Theileria sergenti by indirect fluorescent antibody technique 间接荧光抗体试验对牛瑟氏泰勒虫病的诊断
- Keywords Chlamydia trachomatis;Fluorescent antibody technique;Polymerase chain reaction;Cell culture; 沙眼衣原体;聚合酶链反应;细胞培养;荧光技术;
- Keywords Gene therapy;Fluorescent antibody technique;Chondrocytes;Transfection;Recombinant adeno-associated virus ; 基因疗法;荧光抗体技术;软骨细胞;转染;2型腺相关病毒重组体;
- Keywords Rhabdomyosarcoma;Connexin 43;Fluorescent antibody technique;indirect;Microscopy;confocal; 关键词横纹肌肉瘤;连接蛋白43;荧光抗体技术;间接;显微镜检查;共焦;
- THE EPIDEMIOLOLGICAL SURVEILLIANCE IN MAOYANG MALARIA CONTROL TRIAL AREA IN HAINAN WITH IMMUNO FLUORESCENT ANTIBODY TECHNIQUE 免疫荧光抗体技术用于海南省毛阳疟疾防治试点流行监测
- Keywords Green fluorescent proteins;Fluorescent antibody technique;Mesenchymal stem cell;Bone marrow cells;Transfection; 绿色荧光蛋白质类;荧光抗体技术;间质干细胞;骨髓细胞;转染;
- fluorescent antibody technique 荧光抗体技术
- The fluorescent antibody method is highly sensitive, accurate and simple. 采用该方法测定血痕的血型结果准确、灵敏度高、操作简单、检验时间短。
- Keywords Severe acute respiratory syndrome;Coronavirus;Antibodies;Fluorescent antibody technique;indirect; 严重急性呼吸综合征;冠状病毒属;抗体;荧光抗体技术;间接;
- Keywords Mesenchymal stem cells/cytol;Antibodies;monoclonal;Fluorescent antibody technique;indirect;Immunohistochemistry;Cells;cultured; 间质干细胞/细胞学;抗体;单克隆;荧光抗体技术;间接;免疫组织化学;细胞;培养的;
- The best working concentration of antiserum and fluorescent antibody were 1:1000 and 1:200. 确定免疫血清和荧光抗体的最适工作浓度分别为1:1000和1:200；
- Fluorescent antibody techniques 荧光抗体技术
