Abstract: A clinical laboratory test information system comprising: a memory configured to store time information regarding a plurality of stages included in a clinical-laboratory-test-relating operation; an operating device; a display unit; and a controller configured to: cause the display unit to display, based on the time information stored in the memory, first information indicating a temporal transition of a required time for each of the plurality of stages, such that each stage is selectable; and if one of the plurality of stages is selected by the operating device indicated in the first information, cause the display unit to display second information indicating a temporal transition of the required time for the selected stage. Also, a non-transitory storage medium.

Abstract: A clinical test information system configured to: receive, through an operation of the input unit, a selection of one of a first display form and a second display form for displaying a plurality of test items in a classified state; and cause, if receiving the selection of the first display form, a display unit to display a screen showing the plurality of test items in a state classified according to a first category, and cause, if receiving the selection of the second display form, the display unit to display a screen showing the plurality of test items in a state classified according to a second category. Also, a non-transitory storage medium which can be used in the test information system.

Abstract: The present invention is to present a urine analyzer comprising: a first measurement unit for obtaining red blood cell measurement information by performing a measurement of a red blood cell in a urine sample; a second measurement unit for obtaining quantitative measurement information by performing a quantitative measurement of at least one of a protein component and a lipid component in the urine sample; and a data analysis unit for obtaining at least one of numerical information representing the number of red blood cells in the urine sample and morphology information of a red blood cell in the urine sample by analyzing the red blood cell measurement information obtained by the first measurement unit, and for obtaining concentration information representing a concentration of at least one of the protein component and the lipid component in the urine sample by analyzing the quantitative measurement information obtained by the second measurement unit.

Abstract: A semiconductor memory device is constructed of a lateral bipolar transistor as a load element. The base region of the lateral bipolar transistor has an impurity concentration which is increased from the upper surface of the base region in the depth direction of the base region.

Abstract: A semiconductor device comprising a semiconductor silicon substrate, a silicon oxide layer formed on the substrate, and at least one semiconductor device region formed within the silicon oxide layer, wherein the semiconductor device region is generally V-shaped in cross section with its reduced end directed toward the silicon substrate and its slanting opposite side surfaces isolated from the silicon substrate with the bulk of the silicon oxide layer.