Sysmex Corporation

Hideki Hirayama

Takashi Yoshida

James Ausdenmoore

Takeshi Komoto

Seiji Takemoto

Yoichi Nakamura

Hideaki Matsumoto

Takaaki Nagai

Hiroo Tatsutani

Tomohiro Tsuji

Masatsugu Ozasa

Toshihiro Mizukami

Ken Nishikawa

Keiko Moriyama

Junichi Shiraishi

Noriaki Nakajima

Seiichiro Tsuchiya

Takaaki Okajima

Daiki Mita

Daiki Fujiwara

A detection method according to one or more embodiments may include transporting a rack holding a reaction vessel along a first axis toward a sample dispensing position, linearly moving the sample dispensing pipette above the rack along a second axis intersecting the first axis and dispensing a sample into the reaction vessel located at the sample dispensing position, transporting the rack along the first axis toward a reagent dispensing position; linearly moving a reagent dispensing pipette above the rack along a third axis intersecting the first axis, and dispensing a reagent into the reaction vessel located at the reagent dispensing position, and detecting a detection target in a measurement specimen prepared from the sample and the reagent.

Detection method and detection device

Disclosed is a specimen measurement system including: a specimen measuring device that measures a specimen; a determination unit that determines whether or not the specimen is to be measured by a flow cytometer, based on a measurement result of the specimen measuring device.

Specimen measurement system and specimen measurement method

The specimen analyzer includes: an input unit which receives an input of subject attribute information; an analysis unit which performs measurement of a specimen collected from a subject, and which performs analysis of the specimen based on a measurement result and the subject attribute information received by the input unit; and a controller which causes the analysis unit to be incapable of analyzing the specimen unless the input of the subject attribute information is performed with the input unit.

Specimen analyzer and specimen analysis method

A specimen analyzer includes: an analysis unit which analyzes a specimen collected from a subject and generates an analysis result including a component amount in the specimen; an output unit which outputs the analysis result; and a controller which causes the output unit to output or not to output the component amount based on a comparison between the component amount and a determination reference value.

Specimen analyzer and specimen analysis method for controlling an output of a target component in an abnormal range to prevent erroneous diagnosis

This specimen analyzer includes: an analysis unit which analyzes a specimen collected from a subject; a manual input unit which receives an input of information by manual operation; an information read unit which receives an input of information by reading an information record section provided in a consumable; and a controller which does not permit an input of information on the consumable with the manual input unit, and permits an input of the information on the consumable with the information read unit.

This specimen analyzer includes: an analysis unit which analyzes a specimen collected from a subject; a print unit which prints on a print sheet; a display unit which displays an operation screen; and a controller which performs control of causing the print unit to print an analysis result of the analysis unit, and prohibiting the display unit from displaying the analysis result.

Disclosed is a method of detecting filarial larvae in blood. The method comprises preparing a measurement sample from a blood sample collected from an animal; flowing the prepared measurement sample through a flow cell; irradiating light on the measurement sample flowing through the flow cell; detecting light given off from the irradiated measurement sample; and detecting filarial larvae contained in the measurement sample based on characteristic parameter of the detected light.

Method of detecting filarial larvae in blood

The present invention is to present a sample analyzer which is capable of displaying a particle distribution map of a measured sample and a reference particle distribution map so as to be visually compared without reducing a display area for displaying information other than the particle distribution map. The blood analyzercomprises: a display; a measurement unitfor measuring a blood sample; and a controllerbeing configured to 1) generate a particle distribution map representing a distribution of the particles contained in the blood sample, based on measurement data obtained by the measurement unit; and 2) control the displayso as to display the particle distribution map of the blood sample at a predetermined display position and to display a reference particle distribution map at the predetermined display position so as to be visually compared with the particle distribution map of the blood sample.

Sample analyzer, blood analyzer and displaying method

A sample analyzer comprising: a measurement section for measuring a sample of an animal; a memory for storing a measurement data by the measurement section; an analysis section for analyzing the measurement data stored on the memory in accordance with a first analysis condition corresponding to a previous setting of a species of an animal; and a selection receiver for receiving a selection of a species of an animal, which is different from the species of the previous setting, after analyzing the measurement data by the analysis section; wherein the analysis section analyzes the measurement data stored on the memory in accordance with a second analysis condition corresponding to the selection of a species of an animal when the selection receiver receives the selection of a species of an animal, is disclosed. A sample analyzing method is also disclosed.

Sample analyzer and sample analyzing method

An animal blood cell measuring apparatus comprising: a specimen preparation section for preparing a measurement specimen from blood of an animal; a characteristic information obtaining section for obtaining characteristic information indicating a characteristic of the measurement specimen, from the measurement specimen prepared by the specimen preparation section; and a controller configured for performing operations comprising: (a) classifying aggregate reticulocytes contained in the blood from other blood cells, based on the characteristic information obtained by the characteristic information obtaining section; and (b) outputting information regarding a number of the classified aggregate reticulocytes.

Animal blood cell measuring apparatus

Analyzers are described that includes a mode selector for selecting one measurement mode from said plurality of measurement modes; a display for displaying a screen; and a display controller for displaying on said screen a picture representing contents of the measurement mode selected by said mode selector.

Analyzer

A method for classifying leukocytes in animal blood is described. In the method, a measurement sample is prepared by mixing a canine or feline blood sample with a lysing reagent. Erythrocytes are lysed and leukocytes are shrunk in the measurement sample. The data correlated with the size of leukocytes in the measurement sample are measured. The leukocytes, on the basis of the measured data, are classified into a first group containing lymphocytes, a second group containing neutrophils and monocytes and a third group containing eosinophils.

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Kobe, Japan

Hideki Hirayama