Ventricular Assist Devices - cardiac anesthesia basics
... – C.O. is approximately 7.0 L/M – BSA>1.7 – Need CPB for implant – Native heart not excised – Need Anti-coagulation – Patient in-house but mobile ...
... – C.O. is approximately 7.0 L/M – BSA>1.7 – Need CPB for implant – Native heart not excised – Need Anti-coagulation – Patient in-house but mobile ...
The first case of prosthetic valve endocarditis due to Salmonella
... tricuspid valve vegetation had increased in size to 21×12m (Fig.1) Although as seen later in the CT angiogram, the vegetation originated from the aortic valve which could not be visualized by the TOE. A CT angiogram (Fig.2) showed extensive aortic valve endocarditis complicated with right ruptured s ...
... tricuspid valve vegetation had increased in size to 21×12m (Fig.1) Although as seen later in the CT angiogram, the vegetation originated from the aortic valve which could not be visualized by the TOE. A CT angiogram (Fig.2) showed extensive aortic valve endocarditis complicated with right ruptured s ...
Preoperative Stabilization
... • VERY small balloon catheter is inserted via mothers abdomen, across uterus, through fetal heart across aortic valve. Fetal aortic valvuloplasty is performed. • Marginal success with select patients Must have diagnosis in early 2nd trimester Absence of genetic or extracardiac anomalies Early ...
... • VERY small balloon catheter is inserted via mothers abdomen, across uterus, through fetal heart across aortic valve. Fetal aortic valvuloplasty is performed. • Marginal success with select patients Must have diagnosis in early 2nd trimester Absence of genetic or extracardiac anomalies Early ...
Chapter 8 The Heart and Lungs at Work
... from lungs via pulmonary vein 2. Left atrium pumps oxygenated blood to left ventricle through bicuspid valve 3. Left ventricle pumps oxygenated blood through aortic valve to body via aorta ...
... from lungs via pulmonary vein 2. Left atrium pumps oxygenated blood to left ventricle through bicuspid valve 3. Left ventricle pumps oxygenated blood through aortic valve to body via aorta ...
Less invasive left ventricular assist device implantation—a match
... This observation has already been confirmed for redo valve surgery (12). When initial surgery is performed through right minithoracotomy or small left subcostal incision, opening the sternum is considerably facilitated and the technical challenges of the second procedure are reduced: there is minima ...
... This observation has already been confirmed for redo valve surgery (12). When initial surgery is performed through right minithoracotomy or small left subcostal incision, opening the sternum is considerably facilitated and the technical challenges of the second procedure are reduced: there is minima ...
Problem Solving in Cardiology Brochure
... Aimed at doctors with a general interest in cardiology as well as specialists, 'Problem Solving in Cardiology' will appeal to a wide audience of physicians who routinely see patients with cardiovascular complications. This book presents a selection of challenging cases seen in everyday practice, hig ...
... Aimed at doctors with a general interest in cardiology as well as specialists, 'Problem Solving in Cardiology' will appeal to a wide audience of physicians who routinely see patients with cardiovascular complications. This book presents a selection of challenging cases seen in everyday practice, hig ...
Use of Right Ventricular Support with a Centrifugal Pump in Post
... restricting the venous return, the atrium is opened, and the cannula is inserted. After the right atrial cannula is secured, it is connected to the inflow line of the bio-pump. All air must be excluded from the connection and tubing at this time. A pulmonary artery cannula (22F-angle aortic arch can ...
... restricting the venous return, the atrium is opened, and the cannula is inserted. After the right atrial cannula is secured, it is connected to the inflow line of the bio-pump. All air must be excluded from the connection and tubing at this time. A pulmonary artery cannula (22F-angle aortic arch can ...
Adult Rheumatic Focus on Cardiac & Other Social Issues
... • Depressed contractile state of the myocardium may also be responsible for a low EF, and it is often difficult clinically to determine whether a low EF is due to depressed contractility or to excessive afterload . Huber D, Grimm J, Koch R, Krayenbuehl HP. Determinants of ejection performance in aor ...
... • Depressed contractile state of the myocardium may also be responsible for a low EF, and it is often difficult clinically to determine whether a low EF is due to depressed contractility or to excessive afterload . Huber D, Grimm J, Koch R, Krayenbuehl HP. Determinants of ejection performance in aor ...
OVER VIEW OF CIRCULATORY SYSTEM
... Blood in the heart chambers does not nourish the myocardium The heart has its own nourishing circulatory system Coronary arteries Cardiac veins Blood empties into the right atrium via the coronary sinus OVER VIEW OF CONDUCTING SYSTEM Intrinsic conduction system (nodal system) Heart mus ...
... Blood in the heart chambers does not nourish the myocardium The heart has its own nourishing circulatory system Coronary arteries Cardiac veins Blood empties into the right atrium via the coronary sinus OVER VIEW OF CONDUCTING SYSTEM Intrinsic conduction system (nodal system) Heart mus ...
NURS 315/501 Bootcamp
... management of HF Describe how ACE-I and ARB’s achieve the goals for HF management. Describe the function of beta-blockers in the management of HF. Describe the function of digoxin in the management of HF. What role does calcium channel blockers play in the management of HF? ...
... management of HF Describe how ACE-I and ARB’s achieve the goals for HF management. Describe the function of beta-blockers in the management of HF. Describe the function of digoxin in the management of HF. What role does calcium channel blockers play in the management of HF? ...
OVER VIEW OF CIRCULATORY SYSTEM
... (nodal system) Heart muscle cells contract, without nerve impulses, in a regular, continuous way Special tissue sets the pace Sinoatrial node (right atrium) Pacemaker Atrioventricular node (junction of r&l atria and ventricles) Atrioventricular bundle (Bundle of His) Bundle branches ...
... (nodal system) Heart muscle cells contract, without nerve impulses, in a regular, continuous way Special tissue sets the pace Sinoatrial node (right atrium) Pacemaker Atrioventricular node (junction of r&l atria and ventricles) Atrioventricular bundle (Bundle of His) Bundle branches ...
Left Ventricular Myxoma Producing Cardiac Failure
... The MRI showed a mobile mass of 3 1.3 cm near the interventricular septum that was isointense with the myocardium. The operation was indicated by the echocardiography findings. Cardiac tomography or MRI was not necessary for the diagnosis. The treatment of myxoma is early surgical excision because o ...
... The MRI showed a mobile mass of 3 1.3 cm near the interventricular septum that was isointense with the myocardium. The operation was indicated by the echocardiography findings. Cardiac tomography or MRI was not necessary for the diagnosis. The treatment of myxoma is early surgical excision because o ...
Transposition of the great arteries associated with a - Heart
... ventricular outflow tract? Applying the embryological interpretation of Goor and Lillehei (1975), rotation of the ostium bulbi occurred in our case to account for the posterior position of the aortic outflow tract and coronal plane of the infundibular septum. However, failure of truncal inversion le ...
... ventricular outflow tract? Applying the embryological interpretation of Goor and Lillehei (1975), rotation of the ostium bulbi occurred in our case to account for the posterior position of the aortic outflow tract and coronal plane of the infundibular septum. However, failure of truncal inversion le ...
Ch 11 sec 2
... disrupt normal conduction – Ventricles may go into fibrillation • Major cause of death in MI patients • Can require defibrillation (AED) ...
... disrupt normal conduction – Ventricles may go into fibrillation • Major cause of death in MI patients • Can require defibrillation (AED) ...
Echocardiography - Society of Ultrasound in Medical Education
... – Identify the major structures (chambers and valves) in ultrasound images of the heart. – Properly orient the patient to obtain (or recognize and describe) the standard views of transthoracic cardiac ultrasound and identify the utility of each view. – Demonstrate sensitivity to the patient while pe ...
... – Identify the major structures (chambers and valves) in ultrasound images of the heart. – Properly orient the patient to obtain (or recognize and describe) the standard views of transthoracic cardiac ultrasound and identify the utility of each view. – Demonstrate sensitivity to the patient while pe ...
Hemodynamic Monitoring
... Low (< 60%) – low O2 delivery due to anemia, hypoV, hypoxemia, low CO; high O2 demand due to hyperthermia, shivering, sz, pain, anxiety (SBP + 2DBP)/3 Measured with arterial line that sits in radial, femoral or pedial artery Pressure in the right atrium At the end of diastole, when tricuspid valve i ...
... Low (< 60%) – low O2 delivery due to anemia, hypoV, hypoxemia, low CO; high O2 demand due to hyperthermia, shivering, sz, pain, anxiety (SBP + 2DBP)/3 Measured with arterial line that sits in radial, femoral or pedial artery Pressure in the right atrium At the end of diastole, when tricuspid valve i ...
353: Aortic Valve Replacement - Association of Surgical Technologists
... flow. Aortic valve regurgitation, or leaky valve, is when this leaflets do not close all the way. Aortic valve disease may be abnormal at birth or become diseased over time. These two types are congenital aortic valve disease and acquired aortic valve disease, respectfully. Treatments to fix the val ...
... flow. Aortic valve regurgitation, or leaky valve, is when this leaflets do not close all the way. Aortic valve disease may be abnormal at birth or become diseased over time. These two types are congenital aortic valve disease and acquired aortic valve disease, respectfully. Treatments to fix the val ...
Anatomy and myoarchitecture of the left ventricular wall in normal
... KEYWORDS Anatomy; Myocardium; Myoarchitecture; Ventricular function ...
... KEYWORDS Anatomy; Myocardium; Myoarchitecture; Ventricular function ...
Assessment of the Morphologic Right Ventricular Function after the
... Congenitally Corrected Transposition of the Great Arteries (CCTGA) is a rare cardiac anomaly with an incidence of less than 1% in patients with congenital heart disease. Most cases are associated with Ventricular Septal Defect (VSD) as the most common then surgical procedure is performed in childhoo ...
... Congenitally Corrected Transposition of the Great Arteries (CCTGA) is a rare cardiac anomaly with an incidence of less than 1% in patients with congenital heart disease. Most cases are associated with Ventricular Septal Defect (VSD) as the most common then surgical procedure is performed in childhoo ...
Heart
... b) His heart ejects 75 ml of blood per contraction c) His kidneys produce 320 ml of urine per hour d) All of his wisdom teeth have been removed e) His heart contracts 70 times per minute f) His systolic blood pressure is 130 mmHg g) His diastolic blood pressure is 80 mmHg h) The pressure in his left ...
... b) His heart ejects 75 ml of blood per contraction c) His kidneys produce 320 ml of urine per hour d) All of his wisdom teeth have been removed e) His heart contracts 70 times per minute f) His systolic blood pressure is 130 mmHg g) His diastolic blood pressure is 80 mmHg h) The pressure in his left ...
Chest X-ray Interpretation
... Anomalous pulmonary vein drains any or all of the lobes of the right lung Vein curves outward along the right cardiac border, usually from the middle of the lung to the cardiophrenic angle, and usually empties into the inferior vena cava but also may drain into the portal vein, hepatic vein, or righ ...
... Anomalous pulmonary vein drains any or all of the lobes of the right lung Vein curves outward along the right cardiac border, usually from the middle of the lung to the cardiophrenic angle, and usually empties into the inferior vena cava but also may drain into the portal vein, hepatic vein, or righ ...
Document
... 41. Which of the following statements about diastole is false? A. Diastole is absolutely needed for refill of ventricles with blood. B. Ventricular muscles receive nutrient supply during diastole. C. Ventricular muscles have no refractory period so that diastole can be minimized. D. Diastole shorten ...
... 41. Which of the following statements about diastole is false? A. Diastole is absolutely needed for refill of ventricles with blood. B. Ventricular muscles receive nutrient supply during diastole. C. Ventricular muscles have no refractory period so that diastole can be minimized. D. Diastole shorten ...
Traumatic ventricular septal defect and tricuspid - Heart
... Hg, and jugular venous pressure was elevated and showed prominent V waves with accentuated Y descent. The precordium revealed prominent pulsations with a systolic thrill. He was found to have a 4/6 harsh systolic murmur radiating across the sternum. Chest x ray showed cardiomegaly (cardiothoracic ra ...
... Hg, and jugular venous pressure was elevated and showed prominent V waves with accentuated Y descent. The precordium revealed prominent pulsations with a systolic thrill. He was found to have a 4/6 harsh systolic murmur radiating across the sternum. Chest x ray showed cardiomegaly (cardiothoracic ra ...
File
... because of A-V valves (which are closed by chordae tendanea) which prevent blood to go back to atria -A-V valves anchored against high pressure by the Chordae tendineae and papilary muscles *At some point the pressure in Aorta becomes greater than in left ventricle for a short period of time,why the ...
... because of A-V valves (which are closed by chordae tendanea) which prevent blood to go back to atria -A-V valves anchored against high pressure by the Chordae tendineae and papilary muscles *At some point the pressure in Aorta becomes greater than in left ventricle for a short period of time,why the ...
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.