KEY CHAPTER 15 OBJECTIVES: CARDIOVASCULAR SYSTEM 1
... I DON'T HAVE THIS GRAPH IN A FORM TO INCLUDE HERE, BUT REMEMBER ...
... I DON'T HAVE THIS GRAPH IN A FORM TO INCLUDE HERE, BUT REMEMBER ...
Heart Failure - Abbott Animal Hospital
... Dogs of any age and any breed can develop heart failure. There is certainly a predisposition for heart failure caused by cardiomyopathy in giant canine breeds. Many older, small breed dogs develop heart failure from abnormal function of the heart valves as the valve tissue degenerates. Heart failure ...
... Dogs of any age and any breed can develop heart failure. There is certainly a predisposition for heart failure caused by cardiomyopathy in giant canine breeds. Many older, small breed dogs develop heart failure from abnormal function of the heart valves as the valve tissue degenerates. Heart failure ...
slides#14 - DENTISTRY 2012
... - There is usually some degree of left ventricular failure with hypotension, pulmonary vascular congestion, which can progress to pulmonary edema ...
... - There is usually some degree of left ventricular failure with hypotension, pulmonary vascular congestion, which can progress to pulmonary edema ...
Circulatory System Structures, Functions, and Disorders
... b. one cell thick and are made of endothelial cells c. connect arterioles and venules d. walls are one-cell thick, allow for selective permeability ...
... b. one cell thick and are made of endothelial cells c. connect arterioles and venules d. walls are one-cell thick, allow for selective permeability ...
Words
... traveling through your blood stream begin to stick to the vessel walls as well. The fat and other substances combine to form a plaque in the arteries. A system of blood vessels known as coronary arteries surrounds the heart muscle to supply it with blood that is rich in oxygen. The heart muscle need ...
... traveling through your blood stream begin to stick to the vessel walls as well. The fat and other substances combine to form a plaque in the arteries. A system of blood vessels known as coronary arteries surrounds the heart muscle to supply it with blood that is rich in oxygen. The heart muscle need ...
Heart Dissection Guide_IGCSE
... & superior vena cava enter this chamber & notice the lack of valves. c. Notice the thinner muscular wall of this receiving chamber. 7. Locate the valve between the right atrium and ventricle. This is called the right atrioventricular valve, or tricuspid valve. The valve consists of three leaflets & ...
... & superior vena cava enter this chamber & notice the lack of valves. c. Notice the thinner muscular wall of this receiving chamber. 7. Locate the valve between the right atrium and ventricle. This is called the right atrioventricular valve, or tricuspid valve. The valve consists of three leaflets & ...
Cardiology Step 3 Review
... during MI or Endocarditis. Tx: Emergency Surgery. Chronic MR should be referred for surgery when symptomatic or asymptomatic with EF < 55% or LV end systolic dimension greater than 45 mm. ...
... during MI or Endocarditis. Tx: Emergency Surgery. Chronic MR should be referred for surgery when symptomatic or asymptomatic with EF < 55% or LV end systolic dimension greater than 45 mm. ...
Functions of circulatory system.
... semilunar valves. • Lub (first sound): • Produced by closing of the AV valves during isovolumetric contraction. • Dub (second sound): • Produced by closing of the semilunar valves when pressure in the ventricles falls below pressure in the arteries. ...
... semilunar valves. • Lub (first sound): • Produced by closing of the AV valves during isovolumetric contraction. • Dub (second sound): • Produced by closing of the semilunar valves when pressure in the ventricles falls below pressure in the arteries. ...
Functions of circulatory system. Blood Components You will not be
... semilunar valves. • Lub (first sound): • Produced by closing of the AV valves during isovolumetric contraction. • Dub (second sound): • Produced by closing of the semilunar valves when pressure in the ventricles falls below pressure in the arteries. ...
... semilunar valves. • Lub (first sound): • Produced by closing of the AV valves during isovolumetric contraction. • Dub (second sound): • Produced by closing of the semilunar valves when pressure in the ventricles falls below pressure in the arteries. ...
diseases of the cardiovascular system
... • Class 1: No symptoms or mild symptoms such as an occasional cough. • Class 2: Mild to moderate symptoms such as an occasional cough and tiredness after moderate activity. • Class 3: General loss of body condition, a persistent cough, and tiredness after mild activity. Trouble breathing and signs o ...
... • Class 1: No symptoms or mild symptoms such as an occasional cough. • Class 2: Mild to moderate symptoms such as an occasional cough and tiredness after moderate activity. • Class 3: General loss of body condition, a persistent cough, and tiredness after mild activity. Trouble breathing and signs o ...
Describe in YOUR OWN WORDS, WITHOUT using equations or
... In Michigan, Dr. William O'Neill slipped an artificial valve through an even tinier opening. He pushed the valve up a patient's leg artery until it lodged in just the right spot in the still-beating heart. The dramatic experiments, in a few hospitals in the United States, Canada and Europe, are desi ...
... In Michigan, Dr. William O'Neill slipped an artificial valve through an even tinier opening. He pushed the valve up a patient's leg artery until it lodged in just the right spot in the still-beating heart. The dramatic experiments, in a few hospitals in the United States, Canada and Europe, are desi ...
NOTES
... 1. See above diagnostics 2. Medications: depend upon sign/symptoms: antibiotics prior to medical and dental procedures (WHY??...think endocarditis); may require ACE inhibitors (prils), inotropes (increase contractility); decrease heart rate and decrease afterload), diuretics and heart valve repair o ...
... 1. See above diagnostics 2. Medications: depend upon sign/symptoms: antibiotics prior to medical and dental procedures (WHY??...think endocarditis); may require ACE inhibitors (prils), inotropes (increase contractility); decrease heart rate and decrease afterload), diuretics and heart valve repair o ...
Terror from Within: An Overview of - Dartmouth
... Heart Disease •Chest Discomfort •Shortness of breath •Fatigue •Palpitations ...
... Heart Disease •Chest Discomfort •Shortness of breath •Fatigue •Palpitations ...
Soft Foam Cross-section Human Heart Model
... students to start again. Remember the fact or part of the heart that was said before should not be repeated more than once! • Have each student take their pulse to get their resting heart rate. Tell them to place two fingers to their neck under their jaw and count how many times they feel their hear ...
... students to start again. Remember the fact or part of the heart that was said before should not be repeated more than once! • Have each student take their pulse to get their resting heart rate. Tell them to place two fingers to their neck under their jaw and count how many times they feel their hear ...
File
... The average cardiac cycle is 0.8seconds, which is based on a heart rate of 75 beats per ...
... The average cardiac cycle is 0.8seconds, which is based on a heart rate of 75 beats per ...
Heart Anatomy The heart consists of two muscular pumps that are
... Superior vena cava-is a large but short vein that carries deoxygenated blood from the upper half of the body to the hearts right atrium Capillaries-are the tiny vessels in the heart where the exchange takes place Pulmonary veins- The pulmonary vein is the vessel transporting oxygen-rich blood from ...
... Superior vena cava-is a large but short vein that carries deoxygenated blood from the upper half of the body to the hearts right atrium Capillaries-are the tiny vessels in the heart where the exchange takes place Pulmonary veins- The pulmonary vein is the vessel transporting oxygen-rich blood from ...
Physiology (cont.)
... • Function of the Papillary Muscles-attach to the AV valves by the chordae tendineae; prevent the valves from bulging back into the atria • Aortic and Pulmonary Artery Valves a. Because of smaller openings the velocity of flow is greater than with the AV valves b. Subject to greater mechanical abras ...
... • Function of the Papillary Muscles-attach to the AV valves by the chordae tendineae; prevent the valves from bulging back into the atria • Aortic and Pulmonary Artery Valves a. Because of smaller openings the velocity of flow is greater than with the AV valves b. Subject to greater mechanical abras ...
THE HEART
... – Get both LA LV and retrograde flow (LV to LA) • Blood simultaneously to aorta and back to LA • both LV and LA pump harder (move same blood twice) • LV hypertrophy and dilation as compensation • Compensation works awhile, then decr’d C.O. • heart failure ...
... – Get both LA LV and retrograde flow (LV to LA) • Blood simultaneously to aorta and back to LA • both LV and LA pump harder (move same blood twice) • LV hypertrophy and dilation as compensation • Compensation works awhile, then decr’d C.O. • heart failure ...
Cardiac
... In 50% the narrowing is not severe enough to cause symptoms in the first days of life. When the PDA closes a higher resistance develops and heart failure can develop. Pulses in the groin and leg will be diminished Echocardiogram will show the defect in the aorta ...
... In 50% the narrowing is not severe enough to cause symptoms in the first days of life. When the PDA closes a higher resistance develops and heart failure can develop. Pulses in the groin and leg will be diminished Echocardiogram will show the defect in the aorta ...
Cardiovascular System: The Heart
... • Carry oxygenated blood back to the heart from the lungs • Receives blood from the pulmonary veins • Pumps blood to the aorta, through the rest of the body • Brings blood from the left ventricle to the vessels of the body ...
... • Carry oxygenated blood back to the heart from the lungs • Receives blood from the pulmonary veins • Pumps blood to the aorta, through the rest of the body • Brings blood from the left ventricle to the vessels of the body ...
Region 11: Heart, Trachea, and Lungs Landmarks -
... a. eparterial bronchus: the right superior lobar bronchus: named for its position superior to right pulmonary artery *tertiary bronchi: supply bronchopulmonary (lobule) segment of each lobe a. superior lobe b. middle lobe c. lower lobe --Left Primary Bronchus *enters hilum of left lung * narrower an ...
... a. eparterial bronchus: the right superior lobar bronchus: named for its position superior to right pulmonary artery *tertiary bronchi: supply bronchopulmonary (lobule) segment of each lobe a. superior lobe b. middle lobe c. lower lobe --Left Primary Bronchus *enters hilum of left lung * narrower an ...
1. Which of the following valvular conditions would be associated
... 31) During a physical diagnosis practice session, you take the blood pressure of a classmate and find it to be 150/100. He states that his blood pressure has always been 120/80 before and that you are using the wrong cuff. An artifactual elevation of blood pressure readings can be caused by choosin ...
... 31) During a physical diagnosis practice session, you take the blood pressure of a classmate and find it to be 150/100. He states that his blood pressure has always been 120/80 before and that you are using the wrong cuff. An artifactual elevation of blood pressure readings can be caused by choosin ...
CO - Moodle
... (~ same throughout body) BP is not constant PULSATILE: max. (systole) = ventricular contraction min. (diastole) = ventricular relaxation ...
... (~ same throughout body) BP is not constant PULSATILE: max. (systole) = ventricular contraction min. (diastole) = ventricular relaxation ...
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.