4 results about "Thromboelastography" patented technology

The application belongs to the technical field of in-vitro diagnostic reagents, and particularly relates to thrombelastography quality control products and a preparation method and application in preparation of coagulation detection products, a coagulation detection product and a coagulation detection method. The application realizes high adhesion of quality control product coagulation parameters and clinical actual measurement values by optimizing plasma proportioning and screening special excipients, can simulate six typical clinical coagulation states from normal coagulation to low coagulation, high coagulation, fibrinogen abnormality, DIC and the like, and simultaneously has the characteristics of simple preparation process and excellent long-term stability.

The application provides a thromboelastography testing device based on visual detection, which comprises a rack, an industrial control unit, a cup feeding unit, a sample feeding unit, a detection unit, a reagent unit, a sampling unit, a cover feeding unit, a cover taking unit and a moving unit. The application has the characteristics of automatic operation of thrombus detection, reduced labor cost and visual monitoring of the detection unit during operation of the device.

This application relates to the field of coagulation detection and discloses a triboelectric sensor and a thromboelastography instrument. The triboelectric sensor includes a housing, an electrode module, and a static friction layer. The housing includes a shell and a cover, with an opening at one end of the shell. The cover closes to the opening and has a through hole for dripping blood into the shell. The electrode module is attached to the bottom of the shell and includes a first electrode layer and a second electrode layer, which are spaced apart. The static friction layer is in close contact with the side surface of the electrode module facing away from the bottom of the shell and covers the electrode module. The housing is rotatable about a first axis to drive the blood droplet to move along the surface of the static friction layer toward the cover toward either the first or second electrode layer. When the blood droplet moves, the electrode module generates a voltage signal. The above-mentioned triboelectric sensor has a simple structure, low cost, and facilitates the miniaturization of thromboelastography instruments.