PPT-Heart : chambers , external

features Structure of heart wall myocardium valves anuli fibrosi Dr Altdorfer Structure of heart wall Pericardal sack Epicardium Pericardium Fibrous skeleton . Video Introduction. (22min). The Body’s Transport System. Made up of the . heart. , . blood. and a series of . blood vessels. .. Functions. :. Delivers . nutrients. and . oxygen. to the body cells.. and Submission Process. Chambers Research – key points. Extensive market research – largest research team of any legal directory. Reference to most recent work. In depth client interviews conducted by experienced researchers. of the Heart. By: Samantha Peterson. Laura Soehngen. BJ Dean. Zach Palesch. Four Chambers. Left and Right Atrium- upper and receiving chambers. Left and Right Ventricles- lower and pumping chambers. Atrium means “entrance hall” in Latin. Tainted Love…?. Systemic Circulation. – delivers blood to all body cells and carries away waste. Pulmonary Circulation. – eliminates carbon dioxide and oxygenates blood (lung pathway) . Structure of the Heart. Unit . IV. Circulation and Body . Defense. Part II. The Heart. Unit Topics. Part 1 Blood. Part 2 Heart. Part 3 Blood Vessels. Part 4 Lymphatic System. Part 5 Immunity. The Cardiovascular System. The cardiovascular system enables the rapid transport of nutrients, respiratory gases, waste products, and cells within the body.. Understandings. U.D.4.1: structure of cardiac muscle cells allows propagation of stimuli through the heart wall. . U.D.4.2: signals from the sinoatrial node that cause contraction cannot pass directly from atria to ventricles.. a closed fist. It is located in the . mediastinum. , which is the area in the center of the chest, under the sternum. The heart acts as a . double-sided pump. , moving deoxygenated blood to the lungs and oxygenated blood to the body. stimulated both the recruitment and the development of collateral vessels around the heart, providing newand permanent pathways for the delivery of blood and oxygen.The mid-1960s saw the development t . M.Pharm. (Ph.D.). Associate Professor. DEPARTMENT OF PHARMACEUTICAL CHEMISTRY. . INTRODUCTION. Also known as . cardiac dysrhythmia . medications.. These are the drugs that are used to . angi. /o . vessel. aort. /o . aorta. arteri. /o . artery. ather. /o . fatty substance. atri. /o . atrium. cardi. /o . heart. coron. /o . heart. hemangi. /o . blood vessel. phleb. /o. vein. sphygm. /o . Identify the role of the arteries, veins and capillaries. Why do veins need valves but arteries do not?. Explain the role of the systemic and pulmonary circulation in the double circulatory system. . Learn how defibrillation works.. Identify the general steps in using an AED.. Learn Precautions when using an AED.. Practice using an AED in conjunction with CPR.. AED. Terminology. AED. – . Automated External Defibrillator. . TGT ( SS). . A.E.C.S. 1 . . JADUGUDA. TRANSPORTATION IN ANIMALS AND PLANTS. TRANSPORTATION IN ANIMALS AND PLANTS. Assistant Professor. ECE Department. Introduction. When a stethoscope is placed on the chest over different regions of the heart, there are four basic heart sounds that can be heard (listening to heart sounds is called cardiac auscultation). .