Abstract: A measurement instrument for adequately correcting data in consideration of the deterioration of a reagent used for measurement over time. A deterioration correction data table where the variation of the sensitivity of each reagent from the date of manufacture of the reagent to the expiration date is recorded for each lot is stored in a deterioration correction data storage unit (3b). A bar code including information designating the lot and the date of manufacture is attached to the reagent. A CPU (1) designates the deterioration correction data table corresponding to the lot of the reagent used for measurement according to the reagent information read by the bar code reader of a nozzle derive unit (10), calculates the reagent sensitivity by interpolation on the measurement data with reference to the designated deterioration data table, and corrects the measurement data with respect to the deterioration of the reagent according to the calculated reagent sensitivity.

Abstract: A measurement instrument for adequately correcting data in consideration of the deterioration of a reagent used for measurement over time. A deterioration correction data table where the variation of the sensitivity of each reagent from the date of manufacture of the reagent to the expiration date is recorded for each lot is stored in a deterioration correction data storage unit (3b). A bar code including information designating the lot and the date of manufacture is attached to the reagent. A CPU (1) designates the deterioration correction data table corresponding to the lot of the reagent used for measurement according to the reagent information read by the bar code reader of a nozzle derive unit (10), calculates the reagent sensitivity by interpolation on the measurement data with reference to the designated deterioration data table, and corrects the measurement data with respect to the deterioration of the reagent according to the calculated reagent sensitivity.

Abstract: A measurement instrument for adequately correcting data in consideration of the deterioration with time of a reagent used for measurement. A deterioration correction data table where the variation of the sensitivity of each reagent from the date of manufacture of the reagent to the expiration date is recorded for each lot is stored in a deterioration correction data storage unit (3b). A bar code including information designating the lot and the data of manufacture is attached to the reagent. A CPU (1) designates the deterioration correction data table corresponding to the lot of the reagent used for measurement according to the reagent information read by the bar code reader of a nozzle drive unit (10), calculates the reagent sensitivity by interpolation on the measurement date with reference to the designated deterioration data table, and corrects the measurement data with respect to the deterioration of the reagent according to the calculated reagent sensitivity.

Abstract: The present invention is intended to achieve measurement of electrode impedance that is not easily affected by fluid noise, and to accurately detect adhesion and discriminate the type of fluid.

Abstract: A measurement instrument for adequately correcting data in consideration of the deterioration of a reagent used for measurement over time. A deterioration correction data table where the variation of the sensitivity of each reagent from the date of manufacture of the reagent to the expiration date is recorded for each lot is stored in a deterioration correction data storage unit (3b). A bar code including information designating the lot and the date of manufacture is attached to the reagent. A CPU (1) designates the deterioration correction data table corresponding to the lot of the reagent used for measurement according to the reagent information read by the bar code reader of a nozzle derive unit (10), calculates the reagent sensitivity by interpolation on the measurement data with reference to the designated deterioration data table, and corrects the measurement data with respect to the deterioration of the reagent according to the calculated reagent sensitivity.

Abstract: The present invention is intended to achieve measurement of electrode impedance that is not easily affected by fluid noise, and to accurately detect adhesion and discriminate the type of fluid.