Fujifilm Patente

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Provided is a mammography apparatus having better operability of a compression plate than the related art. A mammography apparatus includes an imaging table on which a breast of a subject is placed, a compression plate that compresses the breast, the compression plate being disposed to face the imaging table and being movable in a vertical direction with respect to the imaging table, and an operation portion that is operated to move the compression plate, the operation portion being provided separately from the compression plate and being displaced along a movement direction of the compression plate.

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An image processing apparatus acquires information corresponding to a spatial frequency in a captured image obtained by imaging a color-developing member that develops a color with a density distribution according to an amount of applied energy, and derives the amount of energy applied to the color-developing member based on the acquired information for a portion of the captured image where a density is less than a first threshold value.

An information processing apparatus that predicts a state of a target component in a suspension in which biological molecules are dispersed as components in a liquid, based on spectral data obtained by measuring electromagnetic waves emitted from the suspension includes a processor, in which the processor is configured to use a state prediction model calibrated with standard spectral data obtained from a standard suspension in a standard measurement environment, acquire target spectral data obtained from a target suspension in which the state of the target component is unknown, in a target measurement environment different from the standard measurement environment, acquire a correction coefficient derived by comparing the standard spectral data with reference spectral data that corresponds to the target spectral data and that is obtained from the standard suspension in the target measurement environment, correct the target spectral data with the correction coefficient to generate corrected target spectral data, and apply the corrected target spectral data to the state prediction model so that the state prediction model predicts the state of the target component.

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Provided are an image processing method, an image processing apparatus, a program, and conversion data in which a pixel value of image data serving as a basis of an output image is converted according to a tendency of a pixel value of read data of the output image. An image processing method includes acquiring first image data (S10), acquiring second image data (S12), creating conversion data for converting the first image data for each color, based on a statistical value of a set of second pixel values for each first pixel value, where the second pixel value of the second image data is associated with a first pixel value at the same pixel position in the first image data, each time the second image data is acquired (S20), and converting the first image data for each color using the conversion data (S22).

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An object of the present invention is to provide a method for improving a proportion of capsids containing a gene of interest GOI in a method for producing a virus, and to provide a method for improving a proportion of capsids containing a gene of interest GOI in a method for introducing a nucleic acid into cells, the method including a nucleic acid introduction step of adding a nucleic acid to a suspension containing cells. According to the present invention, there is provided a method for producing a virus, the method including a nucleic acid introduction step of adding a nucleic acid to a suspension containing cells having a density of 10 × 10⁶ cells/mL or more, and a culture step of culturing the cells into which the nucleic acid has been introduced, in which the nucleic acid is added in a case where a population cell doubling time of the suspension satisfies 35.4 hours or less.

Provided are a compound or a salt thereof, including two or more structural moieties M selected from a physiologically active substance moiety and a radioisotope-containing moiety; and a structure represented by General Formula (I); as well as a targeted drug conjugate and a medicine including the same. In this regard, the above-mentioned compound and a salt do not have a phosphor moiety and have at least one group selected from a specific hydrophilic group Pi. <img class="EMIRef" id="58dd2ccc-c22f-4349-9dc4-32aab98b2ab6-ia01" /> In the formula, X<1> to X<3> each represent -O-, -S-, >NR<1>, or >CR<2>R<3>. R<1> to R<3> and R<11> each represent a hydrogen atom or a substituent. n is an integer of 2 or more. * represents a bonding site.

A semiconductor film including an aggregate of semiconductor quantum dots containing an In element and a Group 15 element, and a ligand coordinated to the semiconductor quantum dots, in which the Group 15 element includes an Sb element, the ligand includes a ligand containing a halogen element, the semiconductor film contains a nitrogen element, and a molar ratio of the nitrogen element to the In element is 0.01 to 0.10. A photodetector and an image sensor using the above-described semiconductor film.

A piping inspection apparatus includes a processor. The processor is configured to acquire first transmission information and second transmission information, the first transmission information being obtained by transmission imaging of a pipe from a first imaging direction in which two opposing portions on a side surface of the pipe are included in a transmission path, the second transmission information being obtained by transmission imaging of the pipe from a second imaging direction opposed to the first imaging direction, and output information based on a difference between the first transmission information and the second transmission information.

A color-developing member image is acquired after a pressure is applied to a color-developing member that develops color at a density in accordance with the applied pressure and a sensor device that outputs an output value in accordance with the applied pressure in a state in which the color-developing member and the sensor device are superposed. Time-series data of the output value of the sensor device during a pressure application period is acquired. Pressure distribution data indicating a surface distribution of the applied pressure is derived based on the color-developing member image. Pressure distribution time-series data indicating a temporal transition of the surface distribution of the applied pressure is derived based on the time-series data of the output value of the sensor device. A pressure value at each position and each point in time of the pressure distribution time-series data is corrected by using the pressure distribution data. A maximum height roughness Rz of a contact surface between the sensor device and the color-developing member in a case in which a pressure of 50 MPa is applied to the sensor device is 20 µm or less.

A color-developing member image is acquired after the same pressure is applied to a color-developing member that develops color at a density in accordance with the applied pressure and a sensor device that outputs an output value in accordance with the applied pressure. Time-series data of the output value of the sensor device during a pressure application period is acquired. Pressure distribution data indicating a surface distribution of the applied pressure is derived based on the color-developing member image. Pressure distribution time-series data indicating a temporal transition of the surface distribution of the applied pressure is derived based on the time-series data of the output value of the sensor device. A pressure value at each position and each point in time of the pressure distribution time-series data is corrected by using the pressure distribution data. The sensor device is made of a material having a hardness of a pencil hardness of 2H or higher.