1.
Result:The valence of antibody showing no difference between two methods,but the results were easier observed in microcylinder agglutinative reagent them in traditional one.
结果 :两种方法抗体效价结果一致 ,微柱凝集试剂结果更易观察。
2.
Results No difference was found between microcolumn technique and traditional tube agglutination test.
结果微柱凝集技术与传统的抗球蛋白试管检测法无差异。
3.
microscopic Widal agglutination test
显微肥达氏凝集试验
4.
COMPARE TWO RESULTS OF BLOOD CROSSMATCH BY MICROCOLUMN GEL IMMUNOASSAY TEST AND POLYBRENE TEST
微柱凝胶法与凝聚胺法交叉配血的结果比较
5.
Application of Microcolumn Gel Technology in Measuring Titer of Anti-A and Anti-B of IgG
微柱凝胶技术在IgG抗A、抗B效价测定中的应用
6.
To detect platelet antibody by micro-column gel technology
微柱凝胶免疫分析技术检测血小板抗体
7.
Clinical application of Micro-gel reagent cards in blood transfusion
微柱凝胶免疫检测卡在临床输血中的应用
8.
Clinical application of micro-column gel agglutination assay in testing irregular antibody
微柱凝胶法检测不规则抗体的临床应用
9.
Application of Microcolumn Gel Test in Detection of Hemolytic Disease of Newborn
微柱凝胶试验在新生儿溶血病检测中的应用
10.
Study on the Bearing Capacity of Middle Long Lightweight Aggregate Concrete Filled Steel Tube Columns;
钢管轻集料混凝土中长柱稳定承载力研究
11.
Experimental behavior of lightweight aggregate concrete-filled circular steel tube stubs subjected to eccentric loading
钢管轻集料混凝土短柱偏心受压性能的试验
12.
Experimental study on behavior of lightweight aggregate concrete-filled steel tube long columns under axial compression
钢管轻集料混凝土长柱轴压性能试验研究
13.
Analysis on application in the crossmatching of sustainable hemodialysis' patients by microcolumn gel test and manual polybrene test
微柱凝胶法和凝聚胺法在维持性血透患者交叉配血中的应用分析
14.
Of or relating to a cluster of droplets.
凝集层的属于或有关一串微粒的
15.
Research and Application of Flow-pattern Light Aggregate Micro Foam Concrete;
流态轻集料微孔混凝土的研究与应用
16.
Furthermore all three kinds of lectins can also agglutinate some microorganisms,such as bacterium,actinomyces and plant pathogenic bacterium.
此外,3种凝集素也能凝集某些微生物,如细菌、放线菌、植物病原菌.
17.
Flow Injection On-line Preconcentration Coupled with Microwave Plasma Torch-atomic Emission Spectrometry for the Determination of Metal Elements;
流动注射微柱预富集微波等离子体原子发射光谱法测定金属元素
18.
Results Microcolumn gel test was 2 to 6 titre more sensitive than that of the runtime test.
结果微柱凝胶试验灵敏度较常规检测法灵敏度高2~6个滴度。