Abstract:
In compound screening using cell images, compounds having an effective action on cells are searched for by automated processing, to more perform existing methods for compound searching more effectively. There is provided an apparatus including an image-acquisition unit (55) for capturing a plurality of cell images under different image-acquisition conditions; and an analysis unit (80) for extracting a cell position and at least one feature on the basis of the plurality of cell images and for performing statistical analysis with the extracted features serving as parameters.
Abstract:
A system for reacting a biological material comprises an incubator (200) for housing and holding a reaction container (100), a pump (600) for driving a reaction liquid containing a biological material in the reaction container (100), a reaction liquid driving tube (400) for transmitting changes in pressure from the pump (600) to the reaction liquid, and a pressure sensor (500) for sensing the pressure in the reaction liquid driving tube (400).
Abstract:
PROBLEM TO BE SOLVED: To provide a cell observation apparatus and an observation method with which only an observation target cell in an region of interest is illuminated with illuminating light to prevent photobleaching of cells that are not the observation target.SOLUTION: The cell observation apparatus includes an objective lens that illuminates a specimen with illuminating light, a scanner that adjusts an area illuminated with illuminating light by the objective lens, an image generating portion 31 that generates an image of the specimen illuminated by the objective lens, a cell-data extracting portion 32 that extracts data showing the characteristics of each cell from the generated image of the specimen, a cell-area extracting portion 33 that extracts an area of each cell associated with the extracted data of each cell, a cell-of-interest selecting portion 35 that selects the cell of interest from the specimen in accordance with the extracted data of each cell, and a controller that operates the scanner to illuminate the cell area corresponding to the cell of interest selected by the cell-of-interest selecting portion 35 with the illuminating light.
Abstract:
PROBLEM TO BE SOLVED: To provide a cell image analyzing appparatus capable of accurately and automatically recognizing individual cells in undyed bright-field observation and capable of sharply reducing the physical load and treatment time of an analyzer, in cell analysis. SOLUTION: The cell image analyzer has a cell imaging means 1, having an imaging optical system 1a and an imaging element 1b and imaging the cells present in a container and a cell image analyzing means 2 for automatically analyzing the predetermined feature quantity related to the cells while specifying a cell region, by using the images of the cells imaged through the cell imaging means 1 and further has a cell contour enhancement means 3 for automatically emphasizing the contour parts of the images of the cells existing inside the container which is arranged at the imaging position of the cell imaging means. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To separate and extract a cell showing specific properties from noise by processing a cell image to analyze the same. SOLUTION: This cell image processor 1 is equipped with a feature quantity measuring part 11 for processing the cell image acquired by photographing the cells and measuring the feature quantities of the cells contained in the cell image, a feature quantity distribution forming part 12 for forming the distribution of the measured feature quantities, a group forming part 13 for grouping the cells having the continuously distributed feature quantities in the formed distribution of the feature quantities and a specific cell extraction part 14 for extracting the cell having a predetermined range of the feature quantities at both ends of distribution of the feature quantities of the respective groups as a specific cell. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a light measurement apparatus and a method capable of always, reliably and accurately measuring a light in an optimal state. SOLUTION: As an optical transmittance of a ND (nutral density) filter 17 is changed based on a comparison result of an output from a photo multiplier 13 in response to fluorescence intensity from a spot (a probe) of a micro array chip 7 and a reference, the output from the photo multiplier 13 is always and regularly controlled and corrected by a fluorescence intensity conversion process based on information on the optical transmittance of the ND filter 17. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide an image pickup device for certainly extracting a target signal from all of imaging target regions at a high speed to perform detailed analysis, not becoming large-scale and for being reduced in cost, and a cell image analyzing system equipped with the same. SOLUTION: The electron multiplying gain of a cooling CCD camera 4 is made high, the resolving power of the cooling CCD camera is made low and the exposure time of a light source 3 is made short with respect to all of the imaging target regions in a container 1 to perform imaging in a high throughput mode and the target signal is extracted from an image group picked up in the high throughput mode on the basis of a predetermined extraction condition. Subsequently, the electron multiplying gain of the cooling CCD camera is made low, the resolving power of the cooling CCD camera is made high and the exposure time of the light source is made long only with respect to the imaging target regions corresponding to the region where the target signal in the image, wherein the target signal is extracted in the container, to perform imaging in a highly detailed mode. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide an automatic focusing device where, in the acquisition of the image of a cell, a focal position is correctly set to a cell having high activity without adjusting the focus on a dead cell. SOLUTION: The automatic focusing device 8 used for a microscope 1 where fluorescence emitted from a cell is imaged to acquire a cell image, is provided with: a setting means 5 for setting a luminance range showing the presence region of a living cell on the basis of the luminance distribution of the acquired cell image; and a focusing detection means 5 for detecting the focal position on the basis of luminance of the image of the nuclei of the cell in the luminance range set by the setting means 5. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To accurately perform high-speed processing for autofocus with simple constitution. SOLUTION: The autofocus device 1C is provided and comprises: a detection means 2C having a laser diode 13 and a photodetector 18 detecting reflected light which is emitted from the laser diode 13, and reflected on the surface and the boundary surface of a microtiter plate 12 and returning therefrom through an objective lens 2; a focal plane moving means 33 adjusting the relative position of the focal plane of the objective lens 2 to an object to be inspected in an optical axis direction; a control means 19 determinding whether the focal plane of the objective 2 is aligned with the surface or the boundary surface of the microtiter plate 12 based on output from the photodetector 18 and controlling the focal plane moving means 33 based on the result of determination; and a gain adjusting means switching the input gain and/or the output gain of the detection means 2C between when detecting the surface of the microtiter plate 12 and when detecting the boundary surface thereof. COPYRIGHT: (C)2008,JPO&INPIT