Abstract: The production of exudate containing sugar from a plant at a high concentration is provided. A nucleic acid encoding a transporter involved in sugar transportation having a certain consensus sequence derived from the amino acid sequences of the SWEET proteins classified in the clade III is introduced and/or expression of the protein is enhanced.

Abstract: The production of exudate containing sugar from a plant at a high concentration is provided. A nucleic acid encoding a transporter involved in sugar transportation having a certain consensus sequence derived from the amino acid sequences of the SWEET proteins classified in the clade III is introduced and/or expression of the protein is enhanced.

Abstract: With the use of nucleotide sequence data concerning transcription products, transcriptome analysis is performed with higher precision. Concerning a plurality of data sets including the objective variable data and the gene expression level data, a plurality of subdata sets are generated by randomly deleting the gene expression level data, and the method of regularization is applied to the plurality of subdata sets to calculate relevant estimation formulae and then generate the lists of genes included in the estimation formula.

Abstract: A laser light source module includes a plurality of unit laser light source modules, each of which emits laser light of one specific color, and when the laser light source module includes unit laser light source modules of at least two colors, and each unit laser light source module has a median of a temperature range in which a practical luminance is obtained, the unit laser light source modules are thermally connected to an evaporator and arrayed in descending sequence of their values of the median from an upstream side in a direction in which a refrigerant flows.

Abstract: The object is to provide a technique that allows a semiconductor laser to be efficiently cooled. A semiconductor laser light source device includes: a semiconductor laser; a cooler that cools the semiconductor laser; and a driving substrate that drives the semiconductor laser. The cooler is placed in contact with a surface of the semiconductor laser that is opposite to a light emitting surface of the semiconductor laser. Furthermore, the driving substrate is placed in contact with a surface of the cooler that is opposite to a surface of the cooler on which the semiconductor laser is placed.

Abstract: The object is to provide a technique that allows a semiconductor laser to be efficiently cooled. A semiconductor laser light source device includes: a semiconductor laser; a cooler that cools the semiconductor laser; and a driving substrate that drives the semiconductor laser. The cooler is placed in contact with a surface of the semiconductor laser that is opposite to a light emitting surface of the semiconductor laser. Furthermore, the driving substrate is placed in contact with a surface of the cooler that is opposite to a surface of the cooler on which the semiconductor laser is placed.

Abstract: A laser light source module includes a plurality of unit laser light source modules, each of which emits laser light of one specific color, and when the laser light source module includes unit laser light source modules of at least two colors, and each unit laser light source module has a median of a temperature range in which a practical luminance is obtained, the unit laser light source modules are thermally connected to an evaporator and arrayed in descending sequence of their values of the median from an upstream side in a direction in which a refrigerant flows.

Abstract: This invention is intended to allow accumulation of large quantities of soluble sugars in tissue other than plant seeds. A plant is modified so as to suppress a gene encoding a subunit exhibiting the highest sequence similarity with the subunit encoded by the AGPL1 gene of rice among subunits constituting.

Abstract: A laser light source device includes: a laser light source module; a pipe through which a cooling refrigerant flows; a heat block which thermally joins the laser light source module and the pipe to each other; and a vessel which is arranged below the heat block and receives dew condensation water which is generated on a surface of the heat block by condensation and drops. The vessel has an opening portion which opens upward, and a plan view profile of the opening portion is larger than a plan view profile of the heat block.

Abstract: The production of exudate containing sugar from a plant at a high concentration is provided. It is provided by introducing a nucleic acid encoding an AtSWEET8 protein or a homologous nucleic acid of the nucleic acid and/or enhancing the expression of the protein encoded by the nucleic acid or the homologous nucleic acid.

Abstract: The production of exudate containing sugar from a plant at a high concentration is provided. A nucleic acid encoding a transporter involved in sugar transportation having a certain consensus sequence derived from the amino acid sequences of the SWEET proteins classified in the clade III is introduced and/or expression of the protein is enhanced.

Abstract: A laser light source device includes: a laser light source module; a pipe through which a cooling refrigerant flows; a heat block which thermally joins the laser light source module and the pipe to each other; and a vessel which is arranged below the heat block and receives dew condensation water which is generated on a surface of the heat block by condensation and drops. The vessel has an opening portion which opens upward, and a plan view profile of the opening portion is larger than a plan view profile of the heat block.

Abstract: This invention is intended to allow accumulation of large quantities of soluble sugars in tissue other than plant seeds. A plant is modified so as to suppress a gene encoding a subunit exhibiting the highest sequence similarity with the subunit encoded by the AGPL1 gene of rice among subunits constituting.

Abstract: A laser light-source apparatus according to the present invention is equipped with: a laser-driving circuit board, thermal insulators that are placed on the laser-driving circuit board; a heat receiving plate that is placed on the thermal insulators and thermally insulated from the laser-driving circuit board, a laser light-source module that is installed on the heat receiving plate so as to be thermally connected to the heat receiving plate and is also electrically connected to the laser-driving circuit board so as to be driven thereby, and a heat sink that is thermally connected to the heat receiving plate via a heat pipe.

Abstract: A laser light-source apparatus according to the present invention is equipped with: a laser-driving circuit board, thermal insulators that are placed on the laser-driving circuit board; a heat receiving plate that is placed on the thermal insulators and thermally insulated from the laser-driving circuit board, a laser light-source module that is installed on the heat receiving plate so as to be thermally connected to the heat receiving plate and is also electrically connected to the laser-driving circuit board so as to be driven thereby, and a heat sink that is thermally connected to the heat receiving plate via a heat pipe.

Abstract: Disclosed is a cooling apparatus including: a heat receiving plate to which a plurality of heating elements are attached; a radiator plate to which a plurality of Peltier devices are attached; a thermal transport heat pipe that couples the heat receiving plate with the radiator plate; and a heat dissipating device being provided on an exothermic side of the Peltier devices; wherein the plurality of heating elements are arranged along a longitudinal direction of the thermal transport heat pipe, and the plurality of Peltier devices are arranged along the longitudinal direction of the thermal transport heat pipe, whereby, when using a plurality of Peltier devices, reducing power consumption thereof by equalizing each operation of the respective Peltier devices.

Abstract: It is an object to obtain a light source device and a projection type display device in which a fragment can be completely enclosed therein even if a discharge lamp bursts during lighting. During normal lighting of a discharge lamp (1), an internal space of a light source device (10) and an external space are spatially connected to each other through a vent hole (43) formed on a cutoff valve mechanism (45) and a vent hole (100) formed on a concave reflecting mirror (4). Cooling air is introduced and discharged between the internal space and the external space so that the discharge lamp (1) is cooled down. When the discharge lamp (1) bursts during lighting for some reason, a very strong impulsive pressure wave is generated in a moment of the burst. The pressure wave presses a movable valve (41) provided in the cutoff valve mechanism (45) through the vent hole (100).

Abstract: It is an object to obtain a light source device and a projection type display device in which a fragment can be completely enclosed therein even if a discharge lamp bursts during lighting. During normal lighting of a discharge lamp (1), an internal space of a light source device (10) and an external space are spatially connected to each other through a vent hole (43) formed on a cutoff valve mechanism (45) and a vent hole (100) formed on a concave reflecting mirror (4). Cooling air is introduced and discharged between the internal space and the external space so that the discharge lamp (1) is cooled down. When the discharge lamp (1) bursts during lighting for some reason, a very strong impulsive pressure wave is generated in a moment of the burst. The pressure wave presses a movable valve (41) provided in the cutoff valve mechanism (45) through the vent hole (100).

Abstract: A projecter having a lamp, a lamp box containing the lamp, an outlet fan for discharging air from the lamp box, an optical system member which receives a light beam from the lamp and outputs an image light, an optical system box containing the optical system member, and an inlet fan for blowing outside air into the optical system box. The projector also has a first ventilating duct that directs the outside air blown in by the inlet fan into the lamp box.