| 摘要 |
The invention relates to a method of inspecting point-of-care biological test appliances (i=10 to 14) for on-site implementation from an “inspection” appliance (2). According to the invention, the method comprises the steps of: a) on-site inputting or reception (E1) of qualitative data (QLD[i]) characterizing a point-of-care biological test appliance (i) for inspection and characterizing the environment in which the appliance is to be found; b) on-site inputting or reception (E0) of the value (QTD[i]) of a biological variable of a “control” solution (SC) as measured by the point-of-care biological test appliance (i) for inspection; c) acquiring (E2) the value (QTD[i]) of the biological variable of the control solution (SC) as measured by a reference biological test appliance (3); d) transmitting (E3) the input or received value (QTD[i]), the acquired value (QTDCTL), and the input or received qualitative data (QLD[i]) to a centralizing computer system (4); e) within the centralizing computer system (4), determining (E4) a bias (B[i]) that is to be expected between the input or received value (QTD[i]) of the biological variable and the value (QTDCTL) as measured by the reference appliance (3), the expected bias being determined as a function of the input or received qualitative data (QLD[i]), including data relating to the environment in which the appliance is used, and of comparison data (DC) stored in the computer system (4); f) comparing (E5) the value (QTD[i]) as measured by the point-of-care biological test appliance with the value (QTDCTL) as measured by the reference appliance (3) while taking the bias (B[i]) into account; g) storing (E6) comparison data (DC) relating to the comparison performed in the computer system (4), said comparison data being stored in association with the qualitative data; h) within the computer system, generating a inspection report (C-R); and i) sending (E7) the report (C-R) to the inspection appliance (2, 3′) or to a computer terminal associated with the inspection appliance (2, 3′).
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