Abstract: An information processing device used in a system that predicts a prognosis of a patient by machine learning, the information processing device including: an input unit that receives an input of a plurality of sets of time-series data corresponding to a plurality of patients, the time-series data including a plurality of first parameters related to at least one of a condition and a treatment of each of the patients; and a processing unit that calculates an acquisition rate and an acquisition frequency of each of the first parameters included in the plurality of sets of time-series data, and selects a second parameter to be used for training data from the plurality of first parameters by using at least one of the calculated acquisition rate and the calculated acquisition frequency.

Abstract: A non-transitory computer-readable medium, an information processing apparatus, and an information processing method that causes a computer to execute a process that includes: acquiring order information including patient identification information for identifying a patient registered in a medical information system, date information indicating a date on which a medication has been prescribed to the patient, and medication identification information for identifying the medication prescribed to the patient; acquiring medication administration record information indicating a record of a medication administered to the patient by using one or more of the patient identification information, the date information, and the medication identification information; adding data included in the acquired medication administration record information to the order information to generate combination information; and outputting the generated combination information.

Abstract: Provided is a mounting tool that is capable of executing measurement processing of impedance of a living body by applying a current to the living body and that is capable of being mounted on a user, the mounting tool including: three or more electrodes; a body shape estimation unit configured to estimate a body shape of the user mounted with the mounting tool; and a control unit configured to determine a combination of electrodes to be used for measuring the impedance of the living body among the three or more electrodes based on the body shape of the user estimated by the body shape estimation unit.

Abstract: A measurement device capable of executing measurement processing of impedance of a living body by applying a current to the living body includes three or more electrodes; and a control unit configured to control application of a current, in which the control unit measures the impedance of the living body when a current is applied to the living body for a predetermined plurality of combinations of electrodes constituted by a plurality of electrodes selected from the three or more electrodes, and determines one combination to be used for the measurement processing of impedance of the living body among the predetermined plurality of combinations based on the measured impedance.

Abstract: A measurement apparatus capable of measuring the amount of edema of an ankle includes a sensor that has a sheet shape and freely expands and contracts in one direction that intersects a thickness direction and is capable of detecting change in an electrical characteristic in association with expansion or contraction, and a support member that is attached to both end portions and in the expansion-contraction direction in the sensor and surrounds the ankle together with the sensor in a mounted state in which the measurement apparatus is mounted on the ankle.

Abstract: A diagnostic assistance system is disclosed for assisting in diagnosis of heart failure, the diagnostic assistance system including a data obtaining section configured to obtain measurement data on an amount of congestion in at least a part of a body of a patient and measurement data on a parameter related to a blood flow rate of the patient, and a display control section configured to display, on a display unit, a graph in which a first axis indicates the amount of congestion and a second axis indicates the parameter related to the blood flow rate. The display control section is configured to display, in the graph, a point corresponding to the measurement data on the amount of congestion and the measurement data on the parameter related to the blood flow rate.

Abstract: An assisting system for assisting in predicting the exacerbation of a heart failure, including: a data acquiring section configured to acquire chronological data of amounts of congestion in at least a portion of the body of a patient and chronological data of a blood flow rate in a limb of the patient; an assessing section configured to chronically calculate an overall assessment value depending on the levels of the amounts of congestion and the blood flow rate in the limb, using the chronological data of the amounts of congestion and the chronological data of the blood flow rate; and a predicting section configured to predict a transition of the overall assessment value using the chronologically calculated overall assessment value.

Abstract: A medical pump system includes a plurality of medical pumps mounted in a rack, the rack determines whether it has received a start notification indicating the start of setting operation or an end notification indicating the end of setting operation from one of the mounted medical pumps via a communication unit for communicating with the mounted medical pumps. Upon receiving a start notification from one medical pump, the rack transmits an inhibition instruction to inhibit the acceptance of user operation to all remaining medical pumps via the communication unit. Upon receiving an end notification from one medical pump, the rack transmits a cancellation instruction to cancel the inhibition state based on the inhibition instruction to all the remaining medical pumps. Each of the medical pumps mounted in the rack inhibits the acceptance of user operation in an interval between reception of start instruction and reception of a cancellation instruction.

Abstract: A medical pump system includes a plurality of medical pumps mounted in a rack, the rack determines whether it has received a start notification indicating the start of setting operation or an end notification indicating the end of setting operation from one of the mounted medical pumps via a communication unit for communicating with the mounted medical pumps. Upon receiving a start notification from one medical pump, the rack transmits an inhibition instruction to inhibit the acceptance of user operation to all remaining medical pumps via the communication unit. Upon receiving an end notification from one medical pump, the rack transmits a cancellation instruction to cancel the inhibition state based on the inhibition instruction to all the remaining medical pumps. Each of the medical pumps mounted in the rack inhibits the acceptance of user operation in an interval between reception of start instruction and reception of a cancellation instruction.