Abstract: A medical-information management network system includes a medical-information management server to which a server-identification information is individually given. The medical-information management server is configured to, for example, manage patient information, examination information, and a diagnosis result. The medical-information management server includes a receiving device that stores an in-vivo image, which is captured by a body-insertable apparatus inserted into a subject, and information received from the body-insertable apparatus, and an image display device that is connected with the medical-information management server via a network and obtains the in-vivo image and the information received from the body-insertable apparatus that are stored in the receiving device.

Abstract: On a display processing apparatus, on a case data selection screen, display call buttons for respectively instructing the display of the case data selection screen, a listing display of red color detection bars, a listing display of average color bars, a listing display of thumbnails extracted as observation targets, a digest listing display of thumbnails extracted from a database based on a predetermined reference, and a diagnostic report are displayed at the bottom of the screen in addition to the display of a case data listing display window in which a case data number in a case data number field, and data such as the name and the ID of a patient, an examination date, etc. in an identification data field are displayed to be scrollable.

Abstract: An image processing system includes an external device including an orientation specifying unit that specifies orientation of the body-insertable apparatus, a rotation correcting unit that aligns orientations of a plurality of pieces of image data, a screen generating unit that generates a screen displaying the image data, an average color bar generating unit that calculates an average color of the image data, generates an image of the calculated average color, and generates an average color bar in which images of the generated average colors are connected, and an organ image generating unit that generates an organ image, obtained by superimposing the images of the average colors generated by the average color bar generating unit. The screen generating unit generates the screen in which the average color bar generated by the average color bar generating unit is incorporated, and incorporates the organ image into the screen.

Abstract: An image processing system includes an orientation specifying unit that specifies orientation of the body-insertable apparatus at the time of capturing the image data with respect to a reference direction, a rotation correcting unit that performs rotation correction on image data based on the specified orientation, a screen generating unit that generates a screen displaying the image data, an average color bar generating unit that calculates an average color of the image data, generates an image of the calculated average color, and generates an average color bar in which images of the generated average colors are connected in accordance with order of the image data, and an organ image generating unit that generates an organ image obtained by superimposing the images of the average colors generated by the average color bar generating unit. The screen generating incorporates the average color bar and the organ image into the screen.

Abstract: An image display method and an image display apparatus realize prevention of misdiagnosis which is caused by corruption of a part of at least one type of information including identification information, information on a series of images, and diagnosis-report information. The image display method and the image display apparatus perform an operation using a predetermined hash function on patient information ID1, examination information ID2, a series of images I1 to In acquired by an intra-subject information acquiring apparatus to generate and add hash data h. Thereafter, the image display method and the image display apparatus, when using case 15a-1, perform an operation using a predetermined hash function to generate new hash data, compare each piece of the hash data h already added and newly generated hash data, and determine whether two pieces of hash data match with each other.

Abstract: An image processing system includes an external device including an orientation specifying unit that specifies orientation of the body-insertable apparatus at the time of capturing the image data with respect to a reference direction, a rotation correcting unit that performs rotation correction on image data received by the input unit based on the orientation specified by the first orientation specifying unit, thereby aligning orientations of a plurality of pieces of image data, a screen generating unit that generates a screen displaying the image data subjected to the rotation correction, an average color bar generating unit that calculates an average color of the image data subjected to the rotation correction, generates an image of the calculated average color, and generates an average color bar in which images of the generated average colors are connected in accordance with order of the image data, and an organ image generating unit that generates an organ image, as an image of an organ in the subject, ob

Abstract: A medical-information management network system, including a medical-information management server to which a server-identification information is individually given, the medical-information management server configured to manage patient information, examination information, and a diagnosis result; a receiving device that stores an in-vivo image, which is captured by a body-insertable apparatus inserted into a subject, and information received from the body-insertable apparatus; and an image display device that is connected with the medical-information management server via a network and obtains the in-vivo image and the information received from the body-insertable apparatus that are stored in the receiving device.

Abstract: A medical-information management network system including a receiving device that stores in-vivo images captured by a body-insertable apparatus that is inserted into a subject; one or more image display devices that are connected to the receiving device to obtain the in-vivo images stored in the receiving device and perform predetermined processes; and one or more medical-information management servers that are connected with the image display device on a network. The medical-information management server has a management unit that collects information transferred from the image display device and unifies the management of the information.

Abstract: On a display processing apparatus, on a case data selection screen, display call buttons for respectively instructing the display of the case data selection screen, a listing display of red color detection bars, a listing display of average color bars, a listing display of thumbnails extracted as observation targets, a digest listing display of thumbnails extracted from a database based on a predetermined reference, and a diagnostic report are displayed at the bottom of the screen in addition to the display of a case data listing display window in which a case data number in a case data number field, and data such as the name and the ID of a patient, an examination date, etc. in an identification data field are displayed to be scrollable.

Abstract: An image display apparatus according to the present invention includes a display unit that displays a series of intra-subject images capturing an inside of a subject along time series, and additionally displays a thumbnail corresponding to an intra-subject image selected from the series of intra-subject images; a grouping processor that creates a thumbnail group including a plurality of thumbnails; an input unit that inputs a thumbnail comment about the thumbnail; and a comment processor that appends the thumbnail comment to the thumbnail, combines a plurality of thumbnail comments respectively of the plurality of thumbnails included in the thumbnail group whenever the grouping processor creates the thumbnail group, and creates a group comment of the thumbnail group.

Abstract: An image display method and an image display apparatus realize prevention of misdiagnosis which is caused by corruption of a part of at least one type of information including identification information, information on a series of images, and diagnosis-report information. The image display method and the image display apparatus perform an operation using a predetermined hash function on patient information ID1, examination information ID2, a series of images I1 to In acquired by an intra-subject information acquiring apparatus to generate and add hash data h. Thereafter, the image display method and the image display apparatus, when using case 15a-1, perform an operation using a predetermined hash function to generate new hash data, compare each piece of the hash data h already added and newly generated hash data, and determine whether two pieces of hash data match with each other.