目的：对干化学法测定血清尿素、肌酐的结果进行评价。
Objective To evaluate the dry chemistry method for measuring serum urea and creatinine.
方法用干化学法在不同时间内测定80份血浆CO2CP水平。
Methods To detect the plasma CO2CP concentration in 80 samples in different time with dry chemistry method.
目的探讨湿化学法，电极法，干化学法与血糖监测仪四种方法检测血糖的抗干扰能力。
Objective To investigate the anti-interfere ability among blood glucose measurements using wet-chemistry, ion-selective-electrode(ISE), dry-chemistry and blood glucose monitor.
目的分析干化学法和湿化学法测定患者样本尿淀粉酶结果的相关性及对两种方法进行偏倚评估。
Objective To analyze the correlativity of the dry and wet chemical methods for urine amylase (AMY) of patient samples and estimate the bias between two methods.
干化学法检查为异常的759例标本中，尿沉渣显微镜计数有243例为正常，假阳性率为32.02%。
Of 759 urinary specimens which were positive analyzed by dry-chemistry method, 243 specimens were found negative by urinary sediment examination. The false positive rate was 32.02%.
干化学法检查为异常的759例标本中，尿沉渣显微镜计数有243例为正常，假阳性率为32.02%。
Of 759 urinary specimens which were positive analyzed by dry-chemistry method, 243 specimens were found negative by urinary sediment examination. The false positive rate was 32.02%.
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