Heart Worksheet with Heart models
... What is the function of each chamber? Locate the interventricular septum. What does it separate? Locate and name the three veins that deliver the deoxygenated blood to the heart. What color are the veins on the model? Where does blood go as it leaves the right atrium? What valve does blood pass thro ...
... What is the function of each chamber? Locate the interventricular septum. What does it separate? Locate and name the three veins that deliver the deoxygenated blood to the heart. What color are the veins on the model? Where does blood go as it leaves the right atrium? What valve does blood pass thro ...
Bio102_Lab2
... • serous membrane (visceral pericardium) • protective covering • contains capillaries and nerve fibers ...
... • serous membrane (visceral pericardium) • protective covering • contains capillaries and nerve fibers ...
The Circulatory System - Southgate Community School District
... – Run through heart tissue – Narrow – If blocked, tissue may die=heart attack. ...
... – Run through heart tissue – Narrow – If blocked, tissue may die=heart attack. ...
CIRCULATORY SYSTEM
... carry blood with a fresh supply of oxygen from the lungs to the body. (IV) Draw arrows on the heart diagram to show the path blood takes on its journey through the heart. ...
... carry blood with a fresh supply of oxygen from the lungs to the body. (IV) Draw arrows on the heart diagram to show the path blood takes on its journey through the heart. ...
Glossary
... Patent ductus arteriosus (persistent ductus arteriosus): A congenital heart defect in which the ductus arteriosus, which during foetal life allows the blood to bypass the lungs, fails to close at or soon after birth. Pulmonary valve: Valve between the right ventricle and the pulmonary artery. Saphen ...
... Patent ductus arteriosus (persistent ductus arteriosus): A congenital heart defect in which the ductus arteriosus, which during foetal life allows the blood to bypass the lungs, fails to close at or soon after birth. Pulmonary valve: Valve between the right ventricle and the pulmonary artery. Saphen ...
16 Heart A
... bottom portion of the right atrium and there is a delay here because these cells are so small in diameter. 3. Another delay in the transmission of the depolarization at the bundle of His (AV bundle) because these special heart cells travel through the ...
... bottom portion of the right atrium and there is a delay here because these cells are so small in diameter. 3. Another delay in the transmission of the depolarization at the bundle of His (AV bundle) because these special heart cells travel through the ...
The Heart Chambers and Valves Of the cardiac chambers, only the
... are anchored in dense fibrous connective tissue rings that lie nearly in a plane (Fig. 5.5). Together with the connective tissue between them they form a unit, the so-called cardiac skeleton, to which the atria are separated from the ventricles above and below the skeleton. The cusps of the valves b ...
... are anchored in dense fibrous connective tissue rings that lie nearly in a plane (Fig. 5.5). Together with the connective tissue between them they form a unit, the so-called cardiac skeleton, to which the atria are separated from the ventricles above and below the skeleton. The cusps of the valves b ...
File
... Endocardium – inner layer containing many elastic and collagenous fibers Also contains some blood vessels ...
... Endocardium – inner layer containing many elastic and collagenous fibers Also contains some blood vessels ...
Anatomy and Physiology II MED 165 Cardiac Anatomy Study
... What are the three components of the cardiovascular system? In what region of the thoracic cavity is the heart found? What is the name of the sac that surrounds the heart? Where do you find the visceral pericardium? Where do you the parietal pericardium? What is the function of pericardial fluid? Wh ...
... What are the three components of the cardiovascular system? In what region of the thoracic cavity is the heart found? What is the name of the sac that surrounds the heart? Where do you find the visceral pericardium? Where do you the parietal pericardium? What is the function of pericardial fluid? Wh ...
Section 10 (More prefixes)
... identified by squeezing the heart, since the myocardium on the right side is much less rigid than that of the left ventricle. This incision allows us to see the tricuspid valve and the right ventricular outflow tract which includes the pulmonary valve. ...
... identified by squeezing the heart, since the myocardium on the right side is much less rigid than that of the left ventricle. This incision allows us to see the tricuspid valve and the right ventricular outflow tract which includes the pulmonary valve. ...
SBI3UI - Review for Cardiovascular
... 9. What is hemoglobin? What is the name of the disorder when a person does not have enough hemoglobin or red blood cells in their blood? 10. Describe the main steps in the clotting process, including what initiates clotting. 11. What is the name of the genetic disorder that results if a person has a ...
... 9. What is hemoglobin? What is the name of the disorder when a person does not have enough hemoglobin or red blood cells in their blood? 10. Describe the main steps in the clotting process, including what initiates clotting. 11. What is the name of the genetic disorder that results if a person has a ...
Cardiomyopathy
... Fatigue Leg and /or abdominal swelling Symptoms of congestion- ‘congestive cardiac failure’ ...
... Fatigue Leg and /or abdominal swelling Symptoms of congestion- ‘congestive cardiac failure’ ...
Sheep Heart Dissection Lab
... 5. On the dorsal surface of the heart are the stumps of two relatively large but thin-walled blood vessels that enter the right atrium. They are connected, and you would be able to pass a slender probe continuously through them. The upper vessel is the superior vena cava, and the lower one is the in ...
... 5. On the dorsal surface of the heart are the stumps of two relatively large but thin-walled blood vessels that enter the right atrium. They are connected, and you would be able to pass a slender probe continuously through them. The upper vessel is the superior vena cava, and the lower one is the in ...
The Heart
... What is the role of the brain in controlling the heart rate Increase body activity Increase demand for oxygen Increase rate of getting rid of CO2 Increase CO2 in the bloodstream is monitored ...
... What is the role of the brain in controlling the heart rate Increase body activity Increase demand for oxygen Increase rate of getting rid of CO2 Increase CO2 in the bloodstream is monitored ...
Cardiovascular System Outline 2014
... H. Branches off the heart and then divides into smaller arteries ...
... H. Branches off the heart and then divides into smaller arteries ...
Circulatory System
... - Cellular elements that initiate the blood clotting process - They clump together to create a “plug” to prevent further blood ...
... - Cellular elements that initiate the blood clotting process - They clump together to create a “plug” to prevent further blood ...
Anatomy of the Cardiovascular system Notes
... • Larger and thicker walled • Carry heavier pumping burden • Left is thickest – has to pump blood to all parts of the body ...
... • Larger and thicker walled • Carry heavier pumping burden • Left is thickest – has to pump blood to all parts of the body ...
Heart valve disorder
... Pathological thickening and loss of elasticity of arterial walls “hardening of arteries” due to deposits of atherosclerotic plaques that narrow the arterial lumen. Hypercholesterolemia causes atherosclerosis. This condition places the individual at high risk of stroke, coronary heart disease and hea ...
... Pathological thickening and loss of elasticity of arterial walls “hardening of arteries” due to deposits of atherosclerotic plaques that narrow the arterial lumen. Hypercholesterolemia causes atherosclerosis. This condition places the individual at high risk of stroke, coronary heart disease and hea ...
Chambers and internal features of heart
... Below and left to the aortic orifice. Has a mitral valve ...
... Below and left to the aortic orifice. Has a mitral valve ...
Artificial heart valve
An artificial heart valve is a device implanted in the heart of a patient with valvular heart disease. When one of the four heart valves malfunctions, the medical choice may be to replace the natural valve with an artificial valve. This requires open-heart surgery.Valves are integral to the normal physiological functioning of the human heart. Natural heart valves are evolved to forms that perform the functional requirement of inducing unidirectional blood flow through the valve structure from one chamber of the heart to another. Natural heart valves become dysfunctional for a variety of pathological causes. Some pathologies may require complete surgical replacement of the natural heart valve with a heart valve prosthesis.