Cardiac
... The most common repair is resection of the narrowed area with re-anastomosis of the two ends Surgical complications – kidney damage due to clamping off of blood flow during surgery High blood pressure post surgery – may need to be on antihypertensives Antibiotic prophylactic need due to possible aor ...
... The most common repair is resection of the narrowed area with re-anastomosis of the two ends Surgical complications – kidney damage due to clamping off of blood flow during surgery High blood pressure post surgery – may need to be on antihypertensives Antibiotic prophylactic need due to possible aor ...
When Oxygen Goes Bad or How Not to Kill a Small Child with O2
... so a concentration of O2 other than 100% can be delivered to the child. ...
... so a concentration of O2 other than 100% can be delivered to the child. ...
pulmonary hypertension
... 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. ...
... 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. ...
Lecture 17
... Damage to the mitral valve could result in an inefficient flow of blood from the _____________ to the _________________. (a) Pulmonary trunk to right ventricle (b) Right atrium to right ventricle (c) Left ventricle to aorta (d) Right ventricle to left ventricle (e) Left atrium to left ventricle ...
... Damage to the mitral valve could result in an inefficient flow of blood from the _____________ to the _________________. (a) Pulmonary trunk to right ventricle (b) Right atrium to right ventricle (c) Left ventricle to aorta (d) Right ventricle to left ventricle (e) Left atrium to left ventricle ...
Cardiac Physiology
... The venae cavae are veins returning blood to the right atrium. Oxygen has been extracted from this blood. Carbon dioxide has been added to it. This blood is pumped from the right ventricle through the pulmonary artery to the lungs. The lungs add oxygen to this blood received from the right side of t ...
... The venae cavae are veins returning blood to the right atrium. Oxygen has been extracted from this blood. Carbon dioxide has been added to it. This blood is pumped from the right ventricle through the pulmonary artery to the lungs. The lungs add oxygen to this blood received from the right side of t ...
Transesophageal Echocardiogram (TEE)
... A TEE is performed when the standard echocardiogram isn’t clear enough to make the suspected diagnosis. It’s also performed in patients who are having heart surgery to give the surgeon and anesthesia team more information to guide treatment after surgery and confirm that the surgical procedure has b ...
... A TEE is performed when the standard echocardiogram isn’t clear enough to make the suspected diagnosis. It’s also performed in patients who are having heart surgery to give the surgeon and anesthesia team more information to guide treatment after surgery and confirm that the surgical procedure has b ...
PP Ch_ 37-1_2_3 Circ and Resp
... – Arteries get smaller and smaller until they reach the capillaries of the lungs where O2 and CO2 diffuse – Blood then returns through bigger and bigger veins to the heart until they reach the Pulmonary Vein which dumps blood into the Left Atrium and finally into the Left Ventricle where we started ...
... – Arteries get smaller and smaller until they reach the capillaries of the lungs where O2 and CO2 diffuse – Blood then returns through bigger and bigger veins to the heart until they reach the Pulmonary Vein which dumps blood into the Left Atrium and finally into the Left Ventricle where we started ...
Circulatory-Respiratory System
... This kind of cells are made up in the bone narrow. In the circulatory system this cells carry oxygen to every place in the body. The red blood cells are red at cause of the haemoglobin that is in their cytoplasm. ...
... This kind of cells are made up in the bone narrow. In the circulatory system this cells carry oxygen to every place in the body. The red blood cells are red at cause of the haemoglobin that is in their cytoplasm. ...
Anatomy
... of repaired TOF at the age of 2 years. 12 years later, he started to complain of palpitations, exertional dyspnea, and was diagnosed as pulmonary regurgitation and right ventricular ...
... of repaired TOF at the age of 2 years. 12 years later, he started to complain of palpitations, exertional dyspnea, and was diagnosed as pulmonary regurgitation and right ventricular ...
The Cardiovascular System {The Heart}
... linear, it is truly a double pump Both atria contract together Both ventricles contract together Myocardium in the right side of the heart is thinner as it is pumping to the nearby lungs Myocardium in the left side of the heart is thicker as it is pumping all over the body ...
... linear, it is truly a double pump Both atria contract together Both ventricles contract together Myocardium in the right side of the heart is thinner as it is pumping to the nearby lungs Myocardium in the left side of the heart is thicker as it is pumping all over the body ...
Cardiovascular Physiology
... Section 1. Anatomy & Physiology of the Heart (CD-Anatomy Review) 1. Be able to diagram and/or label on a diagram the following: ventricles, atria, valves, vena cavas, pulmonary artery, pulmonary vein, aorta, coronary arteries, papillary muscle, chordae tendinea. Be able to describe the function of e ...
... Section 1. Anatomy & Physiology of the Heart (CD-Anatomy Review) 1. Be able to diagram and/or label on a diagram the following: ventricles, atria, valves, vena cavas, pulmonary artery, pulmonary vein, aorta, coronary arteries, papillary muscle, chordae tendinea. Be able to describe the function of e ...
TEXTBOOK PAGES 582-589 Q`S 1
... vessel that contains valves •Carries blood TO the heart •Is a thick blood vessel •Carries blood AWAY from the heart ...
... vessel that contains valves •Carries blood TO the heart •Is a thick blood vessel •Carries blood AWAY from the heart ...
1Which of the following statements regarding the structure and
... to stimulate ventricular contraction. to close the AV valves after the atrium contract. to conduct the electrical impulse of the heart to the myocardium. to prevent the AV valves from opening when the ventricles contract. ...
... to stimulate ventricular contraction. to close the AV valves after the atrium contract. to conduct the electrical impulse of the heart to the myocardium. to prevent the AV valves from opening when the ventricles contract. ...
Heart Failure
... Right-Sided Heart Failure • Major cause – left-sided heart failure • Other causative factors – Increased pulmonary pressures (from chronic or acute lung disease) • Cor pulmonale ...
... Right-Sided Heart Failure • Major cause – left-sided heart failure • Other causative factors – Increased pulmonary pressures (from chronic or acute lung disease) • Cor pulmonale ...
Underwriting Puzzler Answer (2/15/14, Vol. 5, #1)
... The Mustard Procedure is one of the surgical procedures performed shortly after birth when the congenital heart defect known as transposition of the great arteries occurs. Let’s go to the next slide and review that condition. ...
... The Mustard Procedure is one of the surgical procedures performed shortly after birth when the congenital heart defect known as transposition of the great arteries occurs. Let’s go to the next slide and review that condition. ...
Primary PCI for acute myocardial infarction
... coronary arteries treatment is required to improve the flow of blood in the coronary (heart) arteries. We call this treatment percutaneous coronary intervention (PCI). The initial coronary angiogram (sometimes called a cardiac catheterization) is a special investigation to examine the structure and ...
... coronary arteries treatment is required to improve the flow of blood in the coronary (heart) arteries. We call this treatment percutaneous coronary intervention (PCI). The initial coronary angiogram (sometimes called a cardiac catheterization) is a special investigation to examine the structure and ...
Name
... _______________. When the heart contracts the blood is forced out of this chamber, through the _______________ _______________ valve and into the _______________ artery where it travels to the lungs and unloads _____________________ _____________________ and picks up _____________________. This ____ ...
... _______________. When the heart contracts the blood is forced out of this chamber, through the _______________ _______________ valve and into the _______________ artery where it travels to the lungs and unloads _____________________ _____________________ and picks up _____________________. This ____ ...
Left Ventricular Assist Device (LVAD)
... LVAD uses an external pump outside the body to bypass the left ventricle. The blood is drained from the apex of the left ventricle via an intake cannula and ejected into the aorta via an output cannula. BiVAD bypasses both ventricles. The development of LVAD began in the 1960s as a bridge to cardiac ...
... LVAD uses an external pump outside the body to bypass the left ventricle. The blood is drained from the apex of the left ventricle via an intake cannula and ejected into the aorta via an output cannula. BiVAD bypasses both ventricles. The development of LVAD began in the 1960s as a bridge to cardiac ...
Slide () - AccessAnesthesiology
... [LVEDP]) and stroke volume. Stroke volume (SV) is the amount of blood ejected into the aorta by the heart with each beat. Changes in afterload (vascular resistance), preload (volume delivered to the ventricle to eject), and contractility can all interact to change the stroke volume. Point A represen ...
... [LVEDP]) and stroke volume. Stroke volume (SV) is the amount of blood ejected into the aorta by the heart with each beat. Changes in afterload (vascular resistance), preload (volume delivered to the ventricle to eject), and contractility can all interact to change the stroke volume. Point A represen ...
Slide 1 - AccessAnesthesiology
... [LVEDP]) and stroke volume. Stroke volume (SV) is the amount of blood ejected into the aorta by the heart with each beat. Changes in afterload (vascular resistance), preload (volume delivered to the ventricle to eject), and contractility can all interact to change the stroke volume. Point A represen ...
... [LVEDP]) and stroke volume. Stroke volume (SV) is the amount of blood ejected into the aorta by the heart with each beat. Changes in afterload (vascular resistance), preload (volume delivered to the ventricle to eject), and contractility can all interact to change the stroke volume. Point A represen ...
Assessment of cardiovascular system, part 1
... The greater amount of blood is in the lungs during inspiration, decreases the amt of returned blood to the left side of the heart, shortening ventricular systole allowing _______________________. It these closures are significantly earlier you hear the 2__________________valves to close separately c ...
... The greater amount of blood is in the lungs during inspiration, decreases the amt of returned blood to the left side of the heart, shortening ventricular systole allowing _______________________. It these closures are significantly earlier you hear the 2__________________valves to close separately c ...
Chambers Valves, Conduction System, Coronary Circulation
... between atria and ventricles. prevent backflow of blood in ventricular systole. have hinge like attachments which attach tendons to papillary muscles. Tricuspid Valves: has 3 cusps (leaflets), antero-superior, mural, septal. between right atria and ventricles. Mitral (bicuspid) Valves: h ...
... between atria and ventricles. prevent backflow of blood in ventricular systole. have hinge like attachments which attach tendons to papillary muscles. Tricuspid Valves: has 3 cusps (leaflets), antero-superior, mural, septal. between right atria and ventricles. Mitral (bicuspid) Valves: h ...
anatomy/physiology lecture - Cole Camp R-1
... septum between the ventricles ▸b. ________________________________________________— When the aorta is not hooked up to the left ventricle properly. ▸c. _______________________________________— Pulmonary trunk is too small to serve its purpose. ▸d. _______________________________________— The right v ...
... septum between the ventricles ▸b. ________________________________________________— When the aorta is not hooked up to the left ventricle properly. ▸c. _______________________________________— Pulmonary trunk is too small to serve its purpose. ▸d. _______________________________________— The right v ...
Dextro-Transposition of the great arteries
dextro-Transposition of the great arteries (d-Transposition of the great arteries, dextro-TGA, or d-TGA), sometimes also referred to as complete transposition of the great arteries, is a birth defect in the large arteries of the heart. The primary arteries (the aorta and the pulmonary artery) are transposed.It is called a cyanotic congenital heart defect (CHD) because the newborn infant turns blue from lack of oxygen.In segmental analysis, this condition is described as ventriculoarterial discordance with atrioventricular concordance, or just ventriculoarterial discordance.d-TGA is often referred to simply as transposition of the great arteries (TGA); however, TGA is a more general term which may also refer to levo-transposition of the great arteries (l-TGA).Another term commonly used to refer to both d-TGA and l-TGA is transposition of the great vessels (TGV), although this term might have an even broader meaning than TGA.