RT Book, Section A1 Mohrman, David E. A1 Heller, Lois Jane SR Print(0) ID 1153946098 T1 Overview of the Cardiovascular System T2 Cardiovascular Physiology, 9e YR 2018 FD 2018 PB McGraw-Hill Education PP New York, NY SN 9781260026115 LK accesscardiology.mhmedical.com/content.aspx?aid=1153946098 RD 2024/03/28 AB The student understands the homeostatic role of the cardiovascular system, the basic principles of cardiovascular transport, and the basic structure and function of the components of the system:Defines homeostasis.Identifies the major body fluid compartments and states the approximate volume of each.Lists 3 conditions, provided by the cardiovascular system, that are essential for regulating the composition of interstitial fluid (i.e., the internal environment).Predicts the relative changes in flow through a tube caused by changes in tube length, tube radius, fluid viscosity, and pressure difference.Uses the Fick principle to describe convective transport of substances through the CV system and to calculate a tissue’s rate of utilization (or production) of a substance.Identifies the chambers and valves of the heart and describes the pathway of blood flow through the heart.Defines cardiac output and identifies its 2 determinants.Describes the site of initiation and pathway of action potential propagation in the heart.States the relationship between ventricular filling and cardiac output (the Starling law of the heart) and describes its importance in the control of cardiac output.Identifies the distribution of sympathetic and parasympathetic nerves in the heart and lists the basic effects of these nerves on the heart.Lists the 5 factors essential to proper ventricular pumping action.Lists the major different types of vessels in a vascular bed and describes the morphological differences among them.Describes the basics and functions of the different vessel types.Identifies the major mechanisms in vascular resistance control and blood flow distribution.Describes the basic composition of the fluid and cellular portions of blood.