Nipro Corporation

Asahi Kasei Medical Co., Ltd.

Nextier Corporation

Masamiki Miwa

Toru Shinzato

Mitsutaka Ueda

Makoto Mitsuhashi

Yasuyo Maruyama

Masatomi Sasaki

Hironori Numoto

Masayo Maruyama

Disclosed herein is a blood pressure measuring device including: a pressure measuring toola fastening memberconfigured to fasten the pressure measuring toolin rest position onto a skin region covering an anastomotic region of a shunt blood vesseland a control circuitconfigured to receive an input signal from the pressure measuring tooland to process the input signal to calculate a pressure inside the anastomotic region of the shunt blood vessel

Blood pressure measuring device

A hemodialysis system includes a body fluid volume calculating unit, a dialysis condition input unit with which blood flow velocity and dialysis fluid flow velocity in hemodialysis treatment performed after specific hemodialysis treatment can be input and input values of the blood flow velocity and the dialysis fluid flow velocity can be adjusted, a dialysis dose calculating unit configured to calculate, when the blood flow velocity and the dialysis fluid flow velocity are input to the dialysis condition input unit, by analyzing a mathematical model concerning urea kinetics, a dialysis dose of the hemodialysis treatment from the input blood flow velocity and the input dialysis fluid flow velocity, a body fluid volume calculated by the body fluid volume calculating unit, and the like, and a dialysis dose display unit configured to display the hemodialysis dose calculated by the dialysis dose calculating unit.

Hemodialysis system

Growing community of inventors

Aichi, Japan

Masamiki Miwa