Chapt05 Lecture 13ed Pt 1
... 3. Exchange of nutrients and wastes at the ______________ 4. Regulate _________ as needed ...
... 3. Exchange of nutrients and wastes at the ______________ 4. Regulate _________ as needed ...
Biology 232
... blood in aorta and pulmonary trunk flows back towards ventricles filling concave cusps and pushing them closed valvular incompetence – valve doesn’t close completely regurgitation – blood leaks backwards valvular stenosis – narrowing of valve, doesn’t open fully heart murmurs – abnormal sounds due t ...
... blood in aorta and pulmonary trunk flows back towards ventricles filling concave cusps and pushing them closed valvular incompetence – valve doesn’t close completely regurgitation – blood leaks backwards valvular stenosis – narrowing of valve, doesn’t open fully heart murmurs – abnormal sounds due t ...
Cardiovascular System Part 1
... blood into the right atrium • From right atrium, through the tricuspid valve, blood travels to the right ventricle • From the right ventricle, blood leaves the heart as it passes through the pulmonary semilunar valve into the pulmonary trunk • Pulmonary trunk splits into right and left pulmonary art ...
... blood into the right atrium • From right atrium, through the tricuspid valve, blood travels to the right ventricle • From the right ventricle, blood leaves the heart as it passes through the pulmonary semilunar valve into the pulmonary trunk • Pulmonary trunk splits into right and left pulmonary art ...
I. Auscultatory Valve Area
... inspiration, the two components then more closer together or may be single. ...
... inspiration, the two components then more closer together or may be single. ...
Cardiol lab continued
... ____________-less effective pump so more blood remains in ventricle ____________-blood backs up into lungs as pulmonary edema ...
... ____________-less effective pump so more blood remains in ventricle ____________-blood backs up into lungs as pulmonary edema ...
Review - LWW.com
... 38. The right lymphatic duct and the thoracic duct drain into vessels called the (see Fig. 9-19) ...
... 38. The right lymphatic duct and the thoracic duct drain into vessels called the (see Fig. 9-19) ...
aortic_stenosis
... Medications presented in this section are intended to provide general information about possible treatment. The treatment for a particular condition may evolve as medical advances are made; therefore, the medications should not be considered as all inclusive • Medical management is, at best, designe ...
... Medications presented in this section are intended to provide general information about possible treatment. The treatment for a particular condition may evolve as medical advances are made; therefore, the medications should not be considered as all inclusive • Medical management is, at best, designe ...
Circulation and Heart Structures
... Blood collects in the right atrium until the pressure inside forces a set of valves called the right atrioventricular (AV)/tricuspid valves open. Valves make sure that blood only travels in one direction. Blood now enters the right ventricle, where it pools until the pressure inside increases, forci ...
... Blood collects in the right atrium until the pressure inside forces a set of valves called the right atrioventricular (AV)/tricuspid valves open. Valves make sure that blood only travels in one direction. Blood now enters the right ventricle, where it pools until the pressure inside increases, forci ...
lecture 2-Cardiovascular Assessment
... usually heard at the apex of the heart. caused by rapid filling and stretching of the left ventricle when the left ventricle is somewhat noncompliant. characteristic of volume overloading, such as in CHF (especially left-sided heart failure), tricuspid or mitral valve insufficiency. ...
... usually heard at the apex of the heart. caused by rapid filling and stretching of the left ventricle when the left ventricle is somewhat noncompliant. characteristic of volume overloading, such as in CHF (especially left-sided heart failure), tricuspid or mitral valve insufficiency. ...
Exercise 33
... Heart Sounds: made up of 2 sounds; is a lub dub sound S1: is the first sound heard; associated with the closing of the AV valves at the beginning of ventricular systole S2: heard when the semilunar valves close at the end of systole Murmurs: name for abnormal heart sounds Regurgitation: heard as a s ...
... Heart Sounds: made up of 2 sounds; is a lub dub sound S1: is the first sound heard; associated with the closing of the AV valves at the beginning of ventricular systole S2: heard when the semilunar valves close at the end of systole Murmurs: name for abnormal heart sounds Regurgitation: heard as a s ...
February - tahperd
... Celebrate Heart Month with a Jump Rope or Hoops for Heart activity. Heart health affects everything you do. Treat your heart right with physical activity and good nutrition. Listen to the clues. Put your answer – with your first and last name and your teacher’s name in the red, white, and blue bucke ...
... Celebrate Heart Month with a Jump Rope or Hoops for Heart activity. Heart health affects everything you do. Treat your heart right with physical activity and good nutrition. Listen to the clues. Put your answer – with your first and last name and your teacher’s name in the red, white, and blue bucke ...
Slide 1
... If fever persist for 7 days in spite appropriate AB Evaluate patient for: Paravalvular abscess Extracardiac abscess Embilic event Vegetation became smaller with effective therapy 3 months after cure: 50% unchanged 25% are slightly larger ...
... If fever persist for 7 days in spite appropriate AB Evaluate patient for: Paravalvular abscess Extracardiac abscess Embilic event Vegetation became smaller with effective therapy 3 months after cure: 50% unchanged 25% are slightly larger ...
Cardiovascular System
... by contained blood =EDV Contractility – cardiac cell contractile force due to factors other than EDV Afterload – back pressure exerted by blood in the large arteries leaving the heart (Aortic pressure) ...
... by contained blood =EDV Contractility – cardiac cell contractile force due to factors other than EDV Afterload – back pressure exerted by blood in the large arteries leaving the heart (Aortic pressure) ...
File - CORE Charter FFA and Agriculture Program
... – Upon autopsy found that his heart weighed about 22 pounds! • Found to be a genetic factor carried on the X chromosome of the mare • Not a mutation because the heart was in correct proportion ...
... – Upon autopsy found that his heart weighed about 22 pounds! • Found to be a genetic factor carried on the X chromosome of the mare • Not a mutation because the heart was in correct proportion ...
THE HUMAN HEART
... Sinus: a large, thin-walled vein. All sinuses are found in the systemic circulation; for example, the superior sagittal sinus of the brain, or the coronary sinus of the heart. ...
... Sinus: a large, thin-walled vein. All sinuses are found in the systemic circulation; for example, the superior sagittal sinus of the brain, or the coronary sinus of the heart. ...
Cardiovascular System
... d. Carbon dioxide and water pass out of cells into capillaries through capillary walls and then to venules and veins 3. Veins a. Thinner walled than arteries b. Take blood toward heart from tissues c. All BUT pulmonary veins carry deoxygenated blood d. Have little elastic tissue and less connective ...
... d. Carbon dioxide and water pass out of cells into capillaries through capillary walls and then to venules and veins 3. Veins a. Thinner walled than arteries b. Take blood toward heart from tissues c. All BUT pulmonary veins carry deoxygenated blood d. Have little elastic tissue and less connective ...
The Circulatory System - Virtual Medical Academy
... 3- Vedins & venules: return blood to the heart. ...
... 3- Vedins & venules: return blood to the heart. ...
LABEL: Aorta, Inferior Vena Cava, Left Atrium, Left Ventricle, Mitral
... aorta - the biggest and longest artery (a blood vessel carrying blood away from the heart) in the body. It carries oxygen-rich blood from the left ventricle of the heart to the body. inferior vena cava - a large vein (a blood vessel carrying blood to the heart) that carries oxygen-poor blood to the ...
... aorta - the biggest and longest artery (a blood vessel carrying blood away from the heart) in the body. It carries oxygen-rich blood from the left ventricle of the heart to the body. inferior vena cava - a large vein (a blood vessel carrying blood to the heart) that carries oxygen-poor blood to the ...
![bwValvular Heart Disease[1].pptx](http://s1.studyres.com/store/data/002594060_1-24199769272fdcf57fe30afeed563370-300x300.png)
bwValvular Heart Disease[1].pptx
... ¡ EKG- Left ventricular hypertrophy, ST segment depression, T wave inversion, left atrial enlargement ¡ Echocardiogram- anatomy, hemodynamics, consequences - generally an orifice less than 1.2 cm² (0.8 to 1) - Aortic V (max)- < 2m/s to > 4 m/s - Mean gradient between 20 to 40 Hg - Peak gradie ...
... ¡ EKG- Left ventricular hypertrophy, ST segment depression, T wave inversion, left atrial enlargement ¡ Echocardiogram- anatomy, hemodynamics, consequences - generally an orifice less than 1.2 cm² (0.8 to 1) - Aortic V (max)- < 2m/s to > 4 m/s - Mean gradient between 20 to 40 Hg - Peak gradie ...
The Circulatory System
... • What is the difference between circulatory systems between unicellular and multicellular organisms. • How many chambers does the heart have and identify if they have oxygenated or deoxygenated blood. • How is an impulse transmitted across the heart? ...
... • What is the difference between circulatory systems between unicellular and multicellular organisms. • How many chambers does the heart have and identify if they have oxygenated or deoxygenated blood. • How is an impulse transmitted across the heart? ...
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.