PDF-PULMONARY ARTERY PRESSURE MONITORING

USING THERMODILUTION CATHETER SWAN GANZ A LEARNING RESOURCE FOR INTENSIVE CARE NURSING STAFF Mairi Mascarenhas Clinical Educator Intensive Care Unit July 2016 Contents of Pulmonary artery pressure. ABSTRACT . NO:IRIA 1084. 67 year old lady with complaints of . haemoptysis. She is a known case of systemic hypertension with severe tricuspid regurgitation and PAH.. ECHO revealed severe tricuspid regurgitation with dilated right atrium and ventricle, suggestive of severe PAH. Left Atrium. Coronary Sulcus. Left Ventricle. Anterior . Interventricular. Sulcus. Right Ventricle. Superior Vena Cava. Right Atrium. Right Auricle. Left Auricle. Pulmonary Trunk. Left Pulmonary Veins. Dr. . Abdollahi. 8/7/2012. 1. In 1970, . Swan, . Ganz. , and colleagues introduced pulmonary artery catheterization into clinical practice for hemodynamic assessment of patients with acute myocardial infarction. Dr. . Aditya. . Jindal. 1/4/11. Introduction. Pulmonary artery and central venous catheter. Blood pressure. Cardiac output determination. ‘‘The same old Watson! You never learn that the gravest issues may . , MD.. Pulmonary Hypertension. Normal pulmonary arterial systolic pressure : 15-30 mmHg. Normal pulmonary arterial diastolic pressure : 4-12 mmHg. Pulmonary HT . mean pulmonary arterial pressure >25 mmHg at rest or > 30 mmHg during exertion. Muller and Gallucci: to the catheter, blood tube. It and 20 at this kPa (59 Ten centimeters of 16.4 kPa returned no more blood. chest x-ray unit was 1 ). right chest and the as it the patient and was Haemodynamic changes Baseline measurements mmHg mmHg 137 21 452 10.9 drain insertion 5.13 54 cardiac index; arterial pressure; CVP, central systemic vascular resistance; oxygen concentration. trace. A Critical Care Competency March 2010 Compiled by Professional Nursing Development FC/2010 manic monitoring mean to us? of care when monitoring critical goals is to alert the healthcare team of .  Henri roger – French paediatrician . Maladie. de Roger.  (Roger's disease or defect – small muscular VSD.  . bruit de Roger. 2 - Describe the changes in pressure that will be recorded if a catheter with a pressure sensor on its tip were advanced:. (. i. ) from the inferior vena cava into the right atrium. (ii) through the right ventricle into the pulmonary artery. Differences from Systemic Circulation . Low peripheral Resistance . Low pressure . Systolic20-25 mm Hg, Diastolic 6 -12 mm Hg & Mean 15mm Hg. Pulmonary Arterioles Thin walled, large lumen . Pulmonary Capillaries shorter and wider and blood flow is pulsatile . JMCON. Central OBJECTIVE. At the end of teaching students acquire . knowledge about Haemo . dynamic monitoring and able to explain and apply this knowledge while working in the educational and clinical set up.. . RASOUL AZARFARIN, MD, FACC. Professor of Anesthesiology. . Rajaie. Cardiovascular Medical & Research Center. . Introduction. invasive technology . which provides . quantitative information about vascular capacity, blood volume, pump effectiveness and tissue . perfusion”.. It is based on the invasive measurement of systemic, pulmonary arterial and venous pressures, and of cardiac output..