Abstract: A water electrolysis system including: a water electrolysis cell; a water supply device that supplies water to an oxygen electrode of the water electrolysis cell; a water supply channel that connects the water electrolysis cell and the water supply device and through which the water supplied from the water supply device to the oxygen electrode flows; a gas-liquid separator that separates the water and a gaseous component discharged from the oxygen electrode; a water discharge channel that connects the water electrolysis cell and the gas-liquid separator and through which the water and a gaseous component discharged from the oxygen electrode flow; and a recombiner disposed between the water electrolysis cell and the gas-liquid separator in the water discharge channel. The recombiner includes a recombination catalyst that reacts hydrogen and oxygen, and the water electrolysis cell and the recombiner are electrically insulated from each other.

Abstract: A non-transitory computer-readable recording medium storing an information processing program causing a computer to execute a process including obtaining a name of a variable usable for a software program and a configuration value of the variable, obtaining a compressed string into which the name of the variable is compressed, writing, to a configuration file, the compressed string and the obtained configuration value so that the compressed string and the obtained configuration value are associated each other, and outputting a configuration value corresponding to an inquiry when the inquiry is received, the inquiry including a designation of a name of a specified variable and a request to obtain a configuration value corresponding to the specified variable, the configuration value corresponding to the specified variable being specified based on a compressed string obtained by compressing the designated name of the specified variable.

Abstract: [Problem] To provide a biomarker for predicting the therapeutic efficacy of allergen immunotherapy.

Abstract: An antigen supply device 1 according to the present invention is mainly configured by a cylindrical member 3 extending in the vertical direction. An air suction port 5 for sucking the air in the antigen exposure chamber is provided at a lower end of the cylindrical member. An axial fan 6 that generates a flow of the air flowing upward in an axial direction of the cylindrical member is attached above the air suction port of the cylindrical member. Moreover, a supply port 4 through which high-concentration antigens are jetted from a dust feeder on the outside of the antigen exposure chamber is provided above the axial fan of the cylindrical member.

Abstract: An object of the present invention is to solve the problems in conventional art antigen exposure chambers, and specifically, to provide an antigen exposure chamber system capable of simultaneously exposing a large number of test objects in a chamber to a uniform antigen (pollen, mite or house dust, etc.) in all seasons.

Abstract: An antigen exposure chamber for quickly performing cleaning and drying with high quality is provided. The antigen exposure chamber of the present invention includes: a cleaning water supply device for supplying cleaning water for cleaning the antigen exposure chamber; cleaning nozzles for jetting the cleaning water supplied from the cleaning water supply device into the antigen exposure chamber and ducts of fan units to clean the antigen exposure chamber and the ducts; a floor surface of the antigen exposure chamber; and an exhaust device provided below the floor surface to exhaust air from the floor surface of the antigen exposure chamber and collect and drain the cleaning water during cleaning.

Abstract: An object of the present invention is to solve the problems in conventional art antigen exposure chambers, and specifically, to provide an antigen exposure chamber system capable of simultaneously exposing a large number of test objects in a chamber to a uniform antigen (pollen, mite or house dust, etc.) in all seasons.

Abstract: An antigen supply device 1 according to the present invention is mainly configured by a cylindrical member 3 extending in the vertical direction. An air suction port 5 for sucking the air in the antigen exposure chamber is provided at a lower end of the cylindrical member. An axial fan 6 that generates a flow of the air flowing upward in an axial direction of the cylindrical member is attached above the air suction port of the cylindrical member. Moreover, a supply port 4 through which high-concentration antigens are jetted from a dust feeder on the outside of the antigen exposure chamber is provided above the axial fan of the cylindrical member.

Abstract: An antigen exposure chamber for quickly performing cleaning and drying with high quality is provided. The antigen exposure chamber of the present invention includes: a cleaning water supply device for supplying cleaning water for cleaning the antigen exposure chamber; cleaning nozzles 23 and 24 for jetting the cleaning water supplied from the cleaning water supply device, into the antigen exposure chamber 1 and ducts 17 of fan units to clean the antigen exposure chamber 1 and the ducts 17; a floor surface 15 of the antigen exposure chamber; and an exhaust device provided below the floor surface to exhaust air from the floor surface of the antigen exposure chamber and collect and drain the cleaning water during cleaning. Further, the cleaning water supply device includes a water purifying device 19 for purifying tap water; a pure water tank 20 for storing the purified water; and a pure water supply pump 21 for pumping the pure water from the pure water tank into the cleaning nozzles.