| Japan Agency for Marine-Earth Science and Technology Patent applications |
| Patent application number | Title | Published |
|---|
| 20110300631 | METHOD FOR SUPPRESSING CELL GROWTH - Disclosed is a method for suppressing the growth of a target cell, which is not limited in the type of a target cell and the type of a protein to be expressed in the target cell and needs not any preparatory experiment for determining a codon to be contained in a protein to be expressed in a target cell. Specifically disclosed is a method for suppressing the growth of a target cell, which comprises the steps of: incorporating DNA containing a region encoding a protein into the target cell, and allowing a protein encoded by the DNA to be expressed in the target cell into which the DNA has been incorporated. The region contained in the DNA comprises a tri-nucleotide sequence. The tri-nucleotide sequence is selected from codons that define at least some amino acid species constituting the protein, and is complementary to at least some codons that are used in the target cell at a frequency of 0.2 or less. | 12-08-2011 |
| 20110107955 | UNDERWATER TRAVELING VEHICLE - An underwater traveling vehicle includes: a vehicle body | 05-12-2011 |
| 20110032142 | SYNTHETIC APERTURE PROCESSING SYSTEM AND SYNTHETC APERTURE PROCESSING METHOD - A synthetic aperture processing system | 02-10-2011 |
| 20100305916 | METEOROLOGICAL PHENOMENA SIMULATION DEVICE AND METHOD - A meteorological simulation method acquires the geomorphological data of a predetermined region, acquires the meteorological data of the predetermined region entirely or partially, acquires the 3D spatial data of a partial region in the pre-determined region where the 3D space is defined by a plurality of grids, calculates the meteorological data in the predetermined region by using the geomorphological data and the meteorological data, acquires the attribute data of each grid including the geo-metrical factors of the plurality of grids of the partial region in the predetermined region, calculates heat radiation energy of every grid based on the attribute data of each grid, calculates the flux between a solid object or the like and the ground surface and the pressure variation on the boundary of the solid object and the atmosphere based on the heat radiation energy thus calculated, calculates the weather data on the boundary of the solid object or the like and the atmosphere based on the flux and pressure variation, and calculates the meteorological data in the predetermined region furthermore after predetermined time later by outputting the calculated meteorological data to an output until and using the meteorological data on the boundary of the solid object or the like and the atmosphere. | 12-02-2010 |
| 20100240141 | APPARATUS AND METHOD FOR MEASURING CONCENTRATION OF CARBON DIOXIDE IN WATER - An apparatus for measuring the concentration of carbon dioxide in water that can correct a reduction in measurement accuracy based on deterioration of a pH indicator is provided. A carbon dioxide concentration measurement apparatus includes a deterioration determining section that measures a change rate ΔA | 09-23-2010 |
| 20100058992 | APPARATUS FOR FEEDING AQUATIC ORGANISM - A breeding apparatus comprises a main water tank | 03-11-2010 |
| 20100026683 | METHOD AND PROGRAM OF VISUALIZING STRUCTURED GRID DATA - Grid structured data arranged for a spherical structured grid constituted by combining two component structured grids are visualized by using computer graphics technology. Coordinate conversion means | 02-04-2010 |
| 20090001810 | Power Unit of Underwater Vehicle - The present invention provides a power unit of an underwater vehicle, which allows reduction in size and weight of a transformer for stepping down a power voltage of a power supply to increase a loading amount of a variety of devices with respect to the underwater vehicle, so as to obtain a favorable operating environment. The power unit is connected to the power supply through a cable and receives power through the cable. Further, the power unit comprises an electronic transformer having: a rectifier for rectifying a high-voltage alternate current power of the power supply into a direct current; a high-frequency converter for converting an output of the rectifier into a high-frequency alternate current; a transformer for stepping down an output voltage of the high-frequency converter; a rectifier for rectifying an output of the transformer into a direct current; and a control circuit for controlling the high-frequency converter. | 01-01-2009 |
