Abstract: A method of acquisition and analysis of coagulation haemostatic parameters of a blood sample comprises: supply of at least one blood sample; preparation of at least one viscometer in contact with the blood sample; acquisition of a plurality of viscosity data of the blood sample during a coagulation haemostatic process; and calculation of at least one characteristic parameter of the coagulation haemostatic process depending on the density values measured, the parameter being selected from: time to gel point, maximum clot viscosity and steady clot viscosity.

Abstract: The measuring device for viscometric analysis on a biological fluid, comprises a base frame and a support element associated with the base frame, having an elongated shape and with: a first ending part associable with motor means to set in rotation the support element around an axis of rotation (A); a second ending part opposite to the first ending pan and positionable in contact with a fluid to be analyzed contained in a collecting vessel; sensor means adapted to measure the viscosity values of the fluid; wherein the sensor means comprise a first sensor element and a second sensor element associated with the support element and operable in rotation around the axis of rotation (A) at a predefined rotational speed, and operatively connected to optical means adapted to detect a speed change between the sensor means depending on said viscosity values.

Abstract: The measuring device for viscometric analysis on a biological fluid, comprises a base frame and a support element associated with the base frame, having an elongated shape and with: a first ending part associable with motor means to set in rotation the support element around an axis of rotation (A); a second ending part opposite to the first ending part and positionable in contact with a fluid to be analyzed contained in a collecting vessel; sensor means adapted to measure the viscosity values of the fluid; wherein the sensor means comprise a first sensor element and a second sensor element associated with the support element and operable in rotation around the axis of rotation (A) at a predefined rotational speed, and operatively connected to optical means adapted to detect a speed change between the sensor means depending on said viscosity values.