Sysmex Corporation

Shigehiro Numada

Toshiyuki Ozawa

Hideki Ishihara

Tomoko Matsushima

Masaki Shibayama

Kazuyuki Kanai

Toshihiko Kodera

Kyozo Fujita

An easily wearable noninvasive living body measurement apparatus is provided. The noninvasive living body measurement apparatus () is composed of an apparatus body () and a wristband (). The apparatus body () is composed of a body section () and a body section retention member (). The body section () is retained by the wristband () via the body section retention member (). By allowing the wristband () to be attached to a position in the vicinity of a wrist of a forearm of a human, the apparatus body () is attached to a human body. An imaging section () is retained at a position protruding outside from a width D of the wristband (). This allows, when the wristband () is worn around the arm, the imaging section () to be located at a position at which the imaging by the imaging section () can be performed.

Noninvasive living body measurement apparatus and noninvasive living body measurement method

The present invention is to present a noninvasive living body measuring device that is capable of simplifying the structure and performing the analysis with accuracy in a short time. The noninvasive living body measuring device comprises: a light source for illuminating a living body which includes a blood vessel; an imaging part for imaging the illuminated living body to obtain a living body image; and an analyzing part for obtaining a density of a component contained in blood of the living body based on an image of the blood vessel in the living body image, and correcting the density of the component based on an image of a peripheral tissue of the blood vessel in the living body image.

Noninvasive living body measuring device and noninvasive living body measuring method

A method of supporting a diagnosis of an effect of a treatment by using anthracycline anticancer drugs is disclosed. The method provides a new value for judging an effect, a judgment score, which is calculated based on expression levels and activity values of two cyclin dependent kinases (CDKs). The effect of the treatment by using anthracycline anticancer drugs is judged by comparing the judgment score with a predetermined threshold level.

Method for supporting a diagnosis of an effect of a treatment by using anthracycline anticancer drugs and a device for supporting a diagnosis for an effect of a treatment by using anthracycline anticancer drugs

A method of supporting a diagnosis of a risk of cancer recurrence is disclosed. The method provides a new determining value a recurrence risk score (RRS) which is calculated based on expression levels and activity values of two cyclin dependent kinases (CDKs). The risk of cancer recurrence is judged by comparing the RRS with a predetermined threshold level for RRS.

Method of supporting a diagnosis of a risk of cancer recurrence, and a device of supporting a diagnosis of a risk of cancer recurrence

A non-invasive living body measuring device is described, a representative one of which includes: a non-invasive living body measuring device for measuring the components contained in blood, comprising: an imaging part for imaging a living body; a display part; and a display control part for generating a blood vessel image showing blood vessels within a living body image obtained by the imaging part, and displaying the blood vessel image on the display part, wherein an index representing a suitable region for imaging by the imaging part is displayed on the display part.

Non-invasive living body measuring device

A non-invasive living body measuring apparatus includes an image capturing section for capturing an image of the irradiated portion of the living body. When the image capturing section captures first and subsequent images of a portion of a living body at different times and the data processing section extracts characteristic patterns from the images, and sets an analysis region in the first image, the data processing section sets an analysis region in subsequent images based on a relative shift amount between the characteristic patterns of the first and subsequent image requisite for matching the characteristic patterns to each other.

Non-invasive living body measuring apparatus and method

A method of displaying a scattergram includes measuring a plurality of particles with a particle measuring apparatus and preparing distribution data representing a frequency distribution of the particles on a two-dimensional coordinate plane based on a pair of parameters obtained from each of the particles. Thereafter, a scattergram is displayed based on the distribution data on a color display device by allowing the coordinates of a particle to correspond to a pixel, each of the pixels being made of three fundamental color luminescent components. A luminance of each of the three fundamental color luminescent components corresponds to a frequency of the particles on the scattergram. As such, the frequencies of the particles are displayed in different colors.

Growing community of inventors

Kobe, Japan

Shigehiro Numada