摘要:
A method for analyzing an analyte in tissue fluid is disclosed. The method comprises: placing a collecting member in contact with the skin of a subject, wherein the collecting member is configured to collect and retain tissue fluid containing the analyte from the subject; collecting tissue fluid from the subject into the collecting member; detaching the collecting member from the skin of the subject; causing the analyte in the tissue fluid collected by the collecting member to diffuse in a liquid by supplying the collecting member with the liquid; and detecting the analyte diffused in the liquid. An analyzer for analyzing an analyte in tissue fluid, and cartridge and kit for use in the analyzing method are also disclosed.
摘要:
The present invention is to present an analyzer for analyzing a concentration of a predetermined component contained in tissue fluid of a subject, the analyzer being capable of mitigating the pain of the subject. The analyzer comprises: an extraction medium retainer for retaining an extraction medium for holding tissue fluid extracted through a skin of a subject; a component amount information obtainer for obtaining component amount information regarding amount of a predetermined component contained in the tissue fluid held in the extraction medium; an electrical information obtainer for obtaining electrical information related to amount of the extracted tissue fluid by supplying electrical power to the extraction medium which is holding the extracted tissue fluid; and a component concentration obtainer for obtaining a concentration of the predetermined component contained in body fluid of the subject based on the component amount information and the electrical information.
摘要:
An in vivo component measurement method comprises steps of: extracting a tissue fluid from a biological body into an extraction medium and accumulating an objective component and an inorganic ion in the extracted tissue fluid; acquiring ion information on a quantity of the accumulated inorganic ion; acquiring a component information on a quantity of the accumulated objective component; and acquiring an analysis value on the quantity of the objective component based on the ion information and the component information.
摘要:
A system for measuring analytes in a living body comprising: a micropore forming device for forming a micropore on the skin, a guide member mounted on one end of the micropore forming device, a marking member for indicating a position on the skin on which micropores are formed, a collecting member for collecting tissue fluid from the skin via micropores, and a measuring apparatus for measuring analytes in a living body contained in the tissue fluid collected by the collecting member, is disclosed. A kit for a micropore forming device and a marking member are also disclosed.
摘要:
An in vivo component measurement method comprises steps of: extracting a tissue fluid from a biological body into an extraction medium and accumulating an objective component and an inorganic ion in the extracted tissue fluid; acquiring ion information on a quantity of the accumulated inorganic ion; acquiring a component information on a quantity of the accumulated objective component; and acquiring an analysis value on the quantity of the objective component based on the ion information and the component information.
摘要:
The present invention is to present an analyzer for analyzing a concentration of a predetermined component contained in tissue fluid of a subject, the analyzer being capable of mitigating the pain of the subject. The analyzer comprises: an extraction medium retainer for retaining an extraction medium for holding tissue fluid extracted through a skin of a subject; a component amount information obtainer for obtaining component amount information regarding amount of a predetermined component contained in the tissue fluid held in the extraction medium; an electrical information obtainer for obtaining electrical information related to amount of the extracted tissue fluid by supplying electrical power to the extraction medium which is holding the extracted tissue fluid; and a component concentration obtainer for obtaining a concentration of the predetermined component contained in body fluid of the subject based on the component amount information and the electrical information.
摘要:
An analyzer (1) including an electrical information acquiring section (5,6,7,11,12,16,17) for acquiring an electrical information, preferably conductivity, by supplying an electricity to a skin of a subject; an extracting device (2) for extracting a tissue fluid via the skin of the subject; and a controller (10) which calculates a speed at which an analyte is extracted into the extracting device and converts the calculated analyte-extracting speed into a concentration of the analyte included in the tissue fluid in a body of the subject based on the electrical information acquired by the electrical information acquiring section is disclosed. An analyzing method and a blood-sugar level measuring device are also disclosed.
摘要:
A interstitial fluid collection kit for collecting interstitial fluid extracted via micropores formed in a skin is disclosed. The kit includes a marker sheet (2) that has an adhesive face and that defines a region in which micropores are to be formed; a transparent retention sheet (11) having an adhesive face; and a collecting body (12) that is retained by a part of the adhesive face of the retention sheet (11) and that collects interstitial fluid extracted from the skin.
摘要:
An apparatus for analyzing a biological component in a test sample, comprising: a mounting part for selectively mounting a calibration cartridge and an analysis cartridge; a detection part for detecting a component included in a control sample accommodated in the calibration cartridge, the component included in the test sample accommodated in the analysis cartridge, and a biological component included in the analysis cartridge; and an analyzing part for analyzing the biological component included in the test sample based on a detection result of the component included in the control sample, a detection result of the component included in the test sample, and a detection result of the biological component included in the test sample detected by the detection part. A cardridge is also disclosed.