| 1. | Objective to discuss the application of microcolumn technolique on clinical transfusion
摘要目的探讨在临床输血中的应用。 |
| 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. | Observation on the results of application of microcolumn gel technique in diagnosis of neonatal hemolytic disease in the newborns
微柱凝胶技术用于新生儿溶血病诊断的效果评价 |
| 4. | Nanometer al2o3 microcolumn preconcentration of trace lead and cadmium in environment samples and their determination by graphite furnace atomic absorption spectrometry
石墨炉原子吸收法测定环境试样中的痕量铅和镉 |
| 5. | Methods clinical samples were detected by two methods , microcolumn technique and traditional tube agglutination test and the results were compared
方法采用微柱凝集技术对临床送检标本进行检测，并与传统的抗球蛋白试管检测法进行比较。 |
| 6. | Conclusion with easily and fast operating , microcolumn technique can be widely applied on clinical transfusion , taking the place of conventional tube test in hospital
结论微柱凝集技术能完全替代传统的抗球蛋白试管检测法进行的临床输血的相关检测，其影响因素少，方法准确、可靠，适用于各级临床医院开展。 |
