Advanced Biology Tuesday‚ January 17‚ 2012 Cardiovascular System The heart weighs 300 grams and is shaped like a grapefruit and has two atria‚ two ventricles‚ and four valves receive blood from both venae cavae and the four pulmonary veins‚ and throw it into the aorta and pulmonary trunk. The heart pumps blood to 9 liters per day‚ making from 60 to 160 beats per minute. The heart is covered with a dense fibrous membrane - the pericardium‚ forming serous cavity filled with liquid
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right femoral vein of Alex a female who is in good health. She seems to be having pain when she breaths in so were going to check it out and see what is going on in in the lower lobe of her right lung. I’m going to provide you with as much detailed information on what I see on my journey
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Structure of the heart: The heart is at the centre of the cardiovascular system. It is a hollow muscular pump that drives blood through the arteries‚ which allows it to reach the working muscles and tissues. The heart is split into two halves. The right side of the heart is separated from the left by a solid wall known as the septum. This prevents any blood on the right side coming into contact with the blood on the left side. The right side of the heart sends deoxygenated blood to the lungs in
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to the spine‚ it is important that you know what vertebral segment is having the treatment. Discuss the difference between procedures performed on arteries versus veins. When we think of arteries and veins you think of carrying the blood through the body. We know that the arteries carry oxygenated blood from the heart‚ while the veins carry the blood
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The path blood take from the right femoral vein to lower lobe of the right lung via the pulmonary artery is as follows; we start in the right femoral vein which is located in the thigh and travel to the right external iliac vein. Blood from the femoral vein emptiness in the inferior vena cava but first must travel through the external iliac. The iliac vein joins with the inferior vena cava. The inferior vena cava takes deoxygenated blood form the lower limbs of the body to the right atrium (Thibodeau
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has not gone through the digestive tract is transported directly back to the heart. The blood that has done down the digestive tract is brought by the hepatic portal vein to the liver‚ to be filtered and cleaned before going back to the heart. For the blood to get back to the heart‚ the liver empties the clean blood into the hepatic vein‚ leading to the inferior vena cava‚ which pumps blood into the heart’s right atrium. The cycle then begins again‚ as the blood in the right atrium makes its way into
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thrombosis. The IMA can also harvested endoscopically through thoracic ports at the fourth intercostal space. The saphenous vein can be harvested from one or both legs‚ either endoscopically or openly. The vein will be divided into separate shorter segments according to the number of necessary bypasses‚ and each segment will be used for bypasses individually. The distal end of the vein will be anastomosed proximately with the aorta in a reversed position so that the semilunar valves
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Name: ___________________________ Date: ________________________ Student Exploration: Circulatory System Vocabulary: artery‚ atrium‚ blood vessel‚ capillary‚ circulatory system‚ heart‚ platelet‚ pulmonary artery‚ pulmonary vein‚ red blood cell‚ urea‚ ventricle‚ vein‚ white blood cell Prior Knowledge Questions (Do these BEFORE using the Gizmo.) 1. Why do you need blood? __Blood carries oxygenon and nutrients around you body.___________________________________________________
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substances to all our body cells‚ and take away waste products from them. The oxygenated blood (high in oxygen‚ red in color) comes to the heart from the lungs in the pulmonary vein; the heart pumps it to the aorta (an artery) to the rest of the body. The deoxygenated blood returns to the heart from the body in the vena cava (a vein)‚ the heart pumps is to the lungs to get rid of the carbon dioxide. Oxygenated Blood: Red color‚ high oxygen low Carbon dioxide. Deoxygenated Blood: Blue color‚ low oxygen
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ultimately enabled him to study a variety of natural phenomena. In this paper‚ I will focus on Aristotle’s account of the anatomy of the heart and its relation with a network of other organs (modernly known as the cardio vascular system) such as the veins and arteries and their relation to the respiratory functions of organisms. The cardio vascular model that Aristotle describes in works such as The History of Animals and The Parts of Animals can be regarded as one of the earliest and most accurate
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