BLOOD FLOW SENSORS USED

Brand Owner (click to sort) Address Description
MARCSMAN TRANSONIC SYSTEMS INC. 34 Dutch Mill Road Ithaca NY 14850 BLOOD FLOW SENSORS USED IN SCIENTIFIC RESEARCH PROCEDURES ON BLOOD VESSELS LOCATED WITHIN THE BODY, CLOSE TO THE SKIN (SUCH AS CAN BE ACCESSED VIA A SMALL SKIN INCISION.);MARCS MAN;BLOOD FLOW SENSORS USED IN MEDICAL PROCEDURES ON BLOOD VESSELS LOCATED WITHIN THE BODY, CLOSE TO THE SKIN (SUCH AS CAN BE ACCESSED VIA A SMALL SKIN INCISION.);
MAXIMA Transonic Systems, Inc. 34 Dutch Mill Road Ithaca NY 14850 Blood flow sensors used in research on blood vessels located within the body, close to the skin (such as may be accessed via a small skin incision);Blood flow sensors used in surgery and other medical procedures on blood vessels located within the body, close to the skin (such as may be accessed via a small skin incision);
OPTIMAX TRANSONIC SYSTEMS INC. 34 Dutch Mill Road Ithaca NY 14850 Blood flow sensors used in research on blood vessels located within the body, close to the skin such as may be accessed via a small skin incision;OPTI MAX;Blood flow sensors used in surgery and other medical procedures on blood vessels located within the body, close to the skin such as may be accessed via a small skin incision;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. In the apparatus and method for monitoring a vascular access (6) of an extracorporeal circuit (5; 10) of a patient, a control and calculation unit (17) varies a flow rate of a blood pump (9) predisposed to cause blood to circulate in the extracorporeal circuit. The control and calculation unit receives the pressure values in the blood withdrawal line (5) and the blood return line (10) from two pressure sensors (8, 12); the pressure values are a series of different values of the blood flow rate. The control and calculation unit processes the data gathered by means of a mathematical model which describes the variation of pressure in the vascular access as a function of the flow rate, in order to determine the blood flow rate in the vascular access. The invention detects the presence and location of a stenosis at the vascular access of a patient subjected to a hemodialysis treatment.