Valvular Heart Disease/Myopathy/Aneurysm
... Acute and chronic MR Acute-poorly tolerated-fulminating pulmonary edema Chronic- Lt. ventricular failure, S3 sound, pansystolic murmur ...
... Acute and chronic MR Acute-poorly tolerated-fulminating pulmonary edema Chronic- Lt. ventricular failure, S3 sound, pansystolic murmur ...
Cardiovascular: Heart
... closed AV valves. 10. During ventricular systole, the AV valves remain closed. The atria are in diastole and the atrial pressure gradually increases as the atria fill with the blood. 11. At the same time, the pulmonary semilunar valve and the aortic semilunar valve open allowing the blood to flow in ...
... closed AV valves. 10. During ventricular systole, the AV valves remain closed. The atria are in diastole and the atrial pressure gradually increases as the atria fill with the blood. 11. At the same time, the pulmonary semilunar valve and the aortic semilunar valve open allowing the blood to flow in ...
BM1022 CARDIOVASCULAR SYSTEM ARTERIES AND VEINS
... Receives oxygenated blood from the pulmonary circuit via the pulmonary veins ...
... Receives oxygenated blood from the pulmonary circuit via the pulmonary veins ...
canine heart sounds
... whether the abnormal sound is present during systole, diastole, or both; then determine how long the abnormal sound persists during that phase of the cardiac cycle. While the murmur may be described as occurring early or late, it may also persist throughout the entire systole or diastole, and is the ...
... whether the abnormal sound is present during systole, diastole, or both; then determine how long the abnormal sound persists during that phase of the cardiac cycle. While the murmur may be described as occurring early or late, it may also persist throughout the entire systole or diastole, and is the ...
Prosthetic valves - Cardiologycmc.in
... paravalvular leaks -- incomplete debridement of calcium compromises both suture placement and valve seating Active endocarditis is also a risk factor Late paravalvular leaks are suggestive of prosthetic valve endocarditis generally result in hemolysis In the absence of a paravalvular leak, a normall ...
... paravalvular leaks -- incomplete debridement of calcium compromises both suture placement and valve seating Active endocarditis is also a risk factor Late paravalvular leaks are suggestive of prosthetic valve endocarditis generally result in hemolysis In the absence of a paravalvular leak, a normall ...
PA catheter- equations describing the derived parameters
... This works under exactly the same principles as the above equation. The PVRI is directly proportional to the pressure gradient from the pulmonary artery to the left atrium (MPAP – PAWP). Again, its inversely proportional to blood flow, or cardiac index (CI) ...
... This works under exactly the same principles as the above equation. The PVRI is directly proportional to the pressure gradient from the pulmonary artery to the left atrium (MPAP – PAWP). Again, its inversely proportional to blood flow, or cardiac index (CI) ...
Chapter 19
... Arterioles and Arteries Arteries are thick-walled tubes that vasoconstrict (decrease in diameter) or vasodilate (increase in diameter). The arteries divide and branch into smaller vessels called arterioles, or smaller arteries. ...
... Arterioles and Arteries Arteries are thick-walled tubes that vasoconstrict (decrease in diameter) or vasodilate (increase in diameter). The arteries divide and branch into smaller vessels called arterioles, or smaller arteries. ...
Artificial Heart Valves
... At this point the aorta is about one inch in diameter. The blood then makes a round trip through the body, and eventually returns to the heart through the vena cavas but with reduced oxygen content because of the amount left behind for the metabolic processes in the cells of the body. Blood does not ...
... At this point the aorta is about one inch in diameter. The blood then makes a round trip through the body, and eventually returns to the heart through the vena cavas but with reduced oxygen content because of the amount left behind for the metabolic processes in the cells of the body. Blood does not ...
File
... • 5.1 Describe the pathological changes that could be seen in the heart of this patient? (50) • 5.2 List 2 other causes for endocardial vegetation? (20) • 5.3 Name 3 extra cardiac manifestations of rheumatic fever? (30) ...
... • 5.1 Describe the pathological changes that could be seen in the heart of this patient? (50) • 5.2 List 2 other causes for endocardial vegetation? (20) • 5.3 Name 3 extra cardiac manifestations of rheumatic fever? (30) ...
Ch 20 Notes: The Heart 2014
... the heart rate can increase by 250%. The stroke volume is the difference between the end diastolic volume (EDV) and the end systolic volume (ESV). Changes in either EDV or ESV can change stroke volume and cardiac output. EDV = the amount of blood a ventricle contains at the end of diastole, just bef ...
... the heart rate can increase by 250%. The stroke volume is the difference between the end diastolic volume (EDV) and the end systolic volume (ESV). Changes in either EDV or ESV can change stroke volume and cardiac output. EDV = the amount of blood a ventricle contains at the end of diastole, just bef ...
Acute Care Ultrasound Echo - Society for Acute Medicine
... congenital or extensive multi-vessel coronary artery disease... ...
... congenital or extensive multi-vessel coronary artery disease... ...
Cardiac Dysfunction - UBC Critical Care Medicine, Vancouver BC
... increased, a higher filling pressure is necessary to obtain an adequate end diastolic volume. Jardin F, et al; Chest 99:162–168 ...
... increased, a higher filling pressure is necessary to obtain an adequate end diastolic volume. Jardin F, et al; Chest 99:162–168 ...
Document
... ventricles contract with a twisting motion, forcing blood into the aorta and pulmonary trunk ...
... ventricles contract with a twisting motion, forcing blood into the aorta and pulmonary trunk ...
Patho Ch12
... Membranous VSD (90%) > membranous septum, size of aortic valve orifice Infundibular VSD (10%) > below the pulmonary valve or in the muscular septum o Clinical Features Most pediatric VSDs associated with other anomalies (ex. Tetralogy of Fallot) If diagnosed in adult, they're usually isolate ...
... Membranous VSD (90%) > membranous septum, size of aortic valve orifice Infundibular VSD (10%) > below the pulmonary valve or in the muscular septum o Clinical Features Most pediatric VSDs associated with other anomalies (ex. Tetralogy of Fallot) If diagnosed in adult, they're usually isolate ...
Cardiovascular System - Dr. Diamond`s Website
... septum • Bundle branches are in the interventricular septum ...
... septum • Bundle branches are in the interventricular septum ...
Procedures for Heart Dissection
... arteries come from this side too. Also, figure out which is the bottom of the heart, called the apex because it is narrow, and which is the top part of the heart, called the base because it is wide. Check that the left ventricle is on the right-hand side – it will feel solid when pressed. The right ...
... arteries come from this side too. Also, figure out which is the bottom of the heart, called the apex because it is narrow, and which is the top part of the heart, called the base because it is wide. Check that the left ventricle is on the right-hand side – it will feel solid when pressed. The right ...
Location of the heart
... •AV valves close – lubb (S1) sound •SL valves open 50-60% of blood ejected ...
... •AV valves close – lubb (S1) sound •SL valves open 50-60% of blood ejected ...
Heart Dissection Lab
... deoxygenated blood to the heart. Now measure the thickness of the wall of the right atrium. Record both measurements in centimeters to the nearest millimeter into a data table. The walls of the vena cava as well as the right atrium are relatively thin compared to the arteries which emerge from the h ...
... deoxygenated blood to the heart. Now measure the thickness of the wall of the right atrium. Record both measurements in centimeters to the nearest millimeter into a data table. The walls of the vena cava as well as the right atrium are relatively thin compared to the arteries which emerge from the h ...
Ch. 23 Presentation
... The right side of the heart handles only oxygen-poor blood. The left side receives and pumps only oxygen-rich blood. ...
... The right side of the heart handles only oxygen-poor blood. The left side receives and pumps only oxygen-rich blood. ...
Physiology Slide#1 : -Blue arteries and veins mean: deoxygenated
... - in the transverse cut of the heart: left ventricle is thicker than the right one, because it is supposed to have a high pressure in purpose to pump the blood to whole our body. Since the left ventricle is thicker, it can hold a higher amount of blood. -when you hear some say their blood pressure i ...
... - in the transverse cut of the heart: left ventricle is thicker than the right one, because it is supposed to have a high pressure in purpose to pump the blood to whole our body. Since the left ventricle is thicker, it can hold a higher amount of blood. -when you hear some say their blood pressure i ...
to the Session 1 notes
... Artifacts in echocardiography The most common artifacts in echocardiography are breathing and movement artifact, the side lobe artifact and the reverberation/mirror artifact. We have to be aware of these artifacts in order not to confuse them with cardiac abnormalities. Movement artifact can be dimi ...
... Artifacts in echocardiography The most common artifacts in echocardiography are breathing and movement artifact, the side lobe artifact and the reverberation/mirror artifact. We have to be aware of these artifacts in order not to confuse them with cardiac abnormalities. Movement artifact can be dimi ...
Mitral insufficiency
Mitral insufficiency (MI), mitral regurgitation or mitral incompetence is a disorder of the heart in which the mitral valve does not close properly when the heart pumps out blood. It is the abnormal leaking of blood backwards from the left ventricle, through the mitral valve, into the left atrium, when the left ventricle contracts, i.e. there is regurgitation of blood back into the left atrium. MI is the most common form of valvular heart disease.