PPT-P16081: SYSTEMIC CIRCULATION MODEL

Jacob Zaremski Lead Engineer Mallory Lennon Project Manager John Ray Communications Manager Fabian Perez Purchasing Coordinator Robert Kelley Document ControlEDGE . Portal Circulation. The . hepatic portal system . is designed to take nutrient- rich venous blood from the digestive tract capillaries, and transport it to the sinusoidal capillaries of the liver.. As it percolates through the liver sinusoids, the hepatocytes of the liver, acting as the chemical factories of the body, extract and add what they wish to maintain homeostasis (extracting sugars, fats, proteins when appropriate and then dumping them back into the circulation when necessary).. Burchard. Leibniz Institute for Baltic Sea Research . Warnemünde. , Germany. Cooperation: Thomas Badewien. 1. , . Johannes Becherer. 2. , . Kaveh. Purkiani. 2. Götz. Flöser. 3. , . Ulf Gräwe. 2. Part II: Effect of Earth. ’. s rotation. Reference: . Rotunno. (1983, . J. Atmos. Sci.. ). Rotunno (1983). Quasi-2D analytic linear model. Heating function specified over land. Becomes cooling function after sunset. systemic conceptual model. Phase II. Systemic risk and vulnerability analysis. Step 8. © Pierre . Ibisch. 2014. Credits and conditions of use. 8. Organise, revise and complete the systemic conceptual model. D. Martinez-Miera and J. Suarez. Discussion. Rafal Raciborski. DG ECFIN, European Commission. Norges Bank, Oslo,  29 - 30 November 2012. Disclaimer. The views expressed are the author’s alone and do not necessarily correspond to those of the European Commission.. Weather vs. Climate. Climate Controls. Idealized . Global Circulation Model. Seasonal Variations. Global . Climates. For Next Class. : Read Chapter 2 (pp. 61-65). Questions. What is the difference between weather and climate?. Consequences of . Regulatory Compliance. Barry . Quinn . (Queen’s University Belfast). Barbara . Casu. (Cass Business School). Sami Ben . Nacuer. (IMF). Rym. . Ayadi. (HEC Montreal). Today. Motivation. 1. These are the lower compartments of the heart. Circulation Review. 2. This vein feeds the right atrium.. Vena Cava b. Pulmonary Vein . c. Femoral Vein d. Pulmonary artery. Circulation Review. 3. This artery leaves the right ventricle.. Reference Statistics. Nadia J. Lalla, Erin . Kerby. , Deborah Lauseng. Taubman Health Sciences Library. University of Michigan. The Three Amigos. Deborah. Erin (with . Alfie. ). Nadia. In the Beginning. THE PULMONARY AND SYSTEMIC CIRCULATION. .. THE PULMONARY CIRCULATION. CARRIES BLOOD BETWEEN THE HEART AND THE LUNGS.  THIS CIRCULATION BEGINS AT THE RIGHT VENTRICLE AND ENDS AT THE LEFT ATRIUM. 3. Oxygen-Poor blood is pumped out of the Right Ventricle of the Heart into the Lungs through the Pulmonary Arteries.  These are the only Arteries in the Body to Carry Deoxygenated Blood. . Dr N. K. . Kansal. Associate Professor. Basic principles. Medications – Can target the skin by either topical/ . intralesional. / systemic routes. I. ntralesional. administration – Additional option for very localized lesions . Dr.Noori. Mohammed . Luaibi. . Overview of the Circulation; Biophysics of Pressure, Flow, and . Resistance. The function of the circulation is to serve the needs of the body tissues—to transport nutrients to the body tissues, to transport waste products away, to transport hormones from one part of the body to another and, in general, to maintain an appropriate environment in all the tissue fluids of the body for survival and optimal function of the cells. The rate of blood flow through many tissues is . Greyson Dunn. Method. Time step of a year. Iterate for 1000 years to simulate timescale of ocean circulation. Solve systems of ODE numerically using 4. th. order Runge-. Kutta. method.. Note: I preferred convention to switch S1 and S2. Arteries. large diameter . contain large amount of elastic tissue >>>>>>> wind . kessel. effect. Arteries. contain less elastic tissue. contain much more smooth muscles. they are the major site of resistance.