Abstract: A dialysis treatment system for hemodialysis includes a processor to acquire blood flow information and patient biological information in a blood circuit for hemodialysis, the patient biological information being peripheral vascular resistance information, blood pressure information, face information, body movement information, temperature information, and humidity information and to acquire patient individual difference information from the blood related information; and to perform dialysis treatment for the patients on the basis of the patient individual difference information.

Abstract: According to the present invention, blood access formed by a percutaneous terminal for hemodialysis is performed, the percutaneous terminal provided with: a contact body comprising a biocompatible member that comes into contact with skin tissue inside and outside a living body; a tubular body having one end connected to an artery and the other end connected to a vein; a blood removal tubular body having one end connected to a side surface of the tubular body and supplying blood to an external blood circuit; and a retransfusing tubular body having one end connected to the vein and the other end connected to a retransfusing portion of the blood circuit, wherein the other end of the blood removal tubular body and the retransfusing tubular body are located at a central portion of the contact body. Furthermore, provided is a hemodialysis system that is less burdensome for a patient and enables stable blood access.

Abstract: To provide an optimized hemodialysis system such as capable of suppressing variations in a blood pressure according to the individual difference of a patient. The system is configured to include: blood related information acquiring means configured to acquire blood flow information and patient biological information in a blood circuit for hemodialysis, the patient biological information being peripheral vascular resistance information, blood pressure information, face information, body movement information, temperature information, and humidity information and the like; individual difference information managing means configured to acquire and manage patient individual difference information from the blood related information; and optimized dialysis means configured to perform optimized dialysis treatment for the patients on the basis of the patient individual difference information.

Abstract: A system for capturing and displaying an image of an entire oral cavity includes a handheld intraoral camera and a computer processor. Each of left and right panoramic tooth row images is generated by combining a first digital still image including the center of the front teeth with a second digital still image taken adjacent to the first digital still image and having an overlapping portion with the first digital still image, to form a first combined image. This step is repeated until a last digital still image positioned at the back tooth of the respective row is combined with a last combined image, forming the left or right panoramic tooth row image. The left and right panoramic tooth row images are superposed in an area of the center of the front teeth to form the full panoramic tooth row image.

Abstract: A dental implant including a columnar core member and a covering layer which is covered over at least part of the outer circumferential surface of the core member and which is comprised of recrystallized apatite-based ceramic, wherein the covering layer is comprised of a hydrothermal treated layer of a plasma spray-deposited covering which is formed by spraying a plasma of a composite containing at least two types of calcium phosphate-based compounds which differ in melting point at the outer circumferential surface of the core member based on the melting point of the low melting point calcium phosphate-based compound among the calcium phosphate-based compounds. This dental implant is provided with a strength enabling it to sufficiently withstand a chewing force over a long period of time and with a fast bondability and affinity with the gum and furthermore is excellent in extraction strength as well.

Abstract: Provided is a security box including: an input means for input of external data; an execution means for executing, in a predetermined area, external data input by the input means; and an isolation control means for isolating the execution area from other areas during execution. The security box can be further equipped with: a display means for displaying the behavior of external data executed by the execution means; a determination means for determining, on the basis of the behavior displayed by the display means, whether the external data is normal data; and a deletion means for deleting data that the determination mean has determined is not normal data and/or all of the data of the execution means.

Abstract: A system configured provided with a continuously captured image sequence forming means for continuously capturing side surfaces of rows of teeth to form an image sequence, a side surface tooth row image forming means for combining sequences of images which were formed by the continuously captured image sequence forming means as partial tooth row images from an image forming the center of the overall composite so as to form a plurality of partial tooth row images, and a side surface tooth row image combining means for linking and combining a plurality of partial tooth row images which were formed by the side surface tooth row image forming means based on images farming the centers of the overall composite so as to form overall rows of teeth.