kbems-pp10
... At the completion of this unit of study the student should be able to perform the following objectives with 100% accuracy. In addition, the student must complete a psychomotor examination with a minimum score of 9 out of 11 and no critical criteria failures. ...
... At the completion of this unit of study the student should be able to perform the following objectives with 100% accuracy. In addition, the student must complete a psychomotor examination with a minimum score of 9 out of 11 and no critical criteria failures. ...
Identifying Patients at High Risk for Sudden Cardiac Arrest in Your
... If patient eligible, initiate discussion with patient regarding risk for Sudden Cardiac Arrest and device options to reduce risk Refer to Sudden Cardiac Arrest fact sheets and Patient FAQ sheets to aid in patient discussion ...
... If patient eligible, initiate discussion with patient regarding risk for Sudden Cardiac Arrest and device options to reduce risk Refer to Sudden Cardiac Arrest fact sheets and Patient FAQ sheets to aid in patient discussion ...
Pre-Lecture Quiz
... pharmacologic agent for the treatment of heart failure. 5. A patient with pulmonary edema should be positioned upright, preferably with the legs dangling over the side of the bed, if possible. ...
... pharmacologic agent for the treatment of heart failure. 5. A patient with pulmonary edema should be positioned upright, preferably with the legs dangling over the side of the bed, if possible. ...
Document
... circulating in the heart is directed by the valves. The valve is membranous structure and has several kinds including bicuspid valve (between the left ventricle and atrium), tricuspid valve (between the right ventricle and atrium) and semilunar valve (between the ventricle and aorta), all of them pl ...
... circulating in the heart is directed by the valves. The valve is membranous structure and has several kinds including bicuspid valve (between the left ventricle and atrium), tricuspid valve (between the right ventricle and atrium) and semilunar valve (between the ventricle and aorta), all of them pl ...
Cardiovascular System
... • Located in aortic arch • Arterial blood increases, basoreceptors send nerve impulse to medulla oblongata • Sends impulse to SA node – Cause heart rate to decrease – Blood pressure return to normal ...
... • Located in aortic arch • Arterial blood increases, basoreceptors send nerve impulse to medulla oblongata • Sends impulse to SA node – Cause heart rate to decrease – Blood pressure return to normal ...
Finding of Inquest - Andrea Lambropoulos
... There was no acute bleeding around or within the brain although a thin film of apparent organised subdural membrane was present over the cerebral hemispheres which was non space occupying. There were no injuries present within the neck structures. There were resuscitation-related anterior rib fractu ...
... There was no acute bleeding around or within the brain although a thin film of apparent organised subdural membrane was present over the cerebral hemispheres which was non space occupying. There were no injuries present within the neck structures. There were resuscitation-related anterior rib fractu ...
Circulation and Immunity
... pulmonary and systemic pathways • Artery: thick-walled blood vessel that carries blood away from the heart • Vein: thin-walled blood vessel with valves that carries blood toward the heart • Capillary: tiny blood vessel that connects the smallest branch of an artery (arteriole) to the smallest branch ...
... pulmonary and systemic pathways • Artery: thick-walled blood vessel that carries blood away from the heart • Vein: thin-walled blood vessel with valves that carries blood toward the heart • Capillary: tiny blood vessel that connects the smallest branch of an artery (arteriole) to the smallest branch ...
Ventricular assist devices - Annals of Cardiothoracic Surgery
... Ventricular assist devices (VADs) are mechanical pumps that are surgically implanted on the heart to help it pump blood to the rest of the body. They are used in patients with a weakened heart or heart failure to temporarily maintain heart function before receiving a heart transplant, or until the h ...
... Ventricular assist devices (VADs) are mechanical pumps that are surgically implanted on the heart to help it pump blood to the rest of the body. They are used in patients with a weakened heart or heart failure to temporarily maintain heart function before receiving a heart transplant, or until the h ...
Cardiac Clearance and Sudden Cardiac Death in
... – In one review of 78 cases of CAA who died of sudden death, 62% of those were asymptomatic – S/S: Only ~ 1/3 of pts have any symptoms of exertional syncope (<25yo) or exertional cp (25-50yo) ...
... – In one review of 78 cases of CAA who died of sudden death, 62% of those were asymptomatic – S/S: Only ~ 1/3 of pts have any symptoms of exertional syncope (<25yo) or exertional cp (25-50yo) ...
Cardio Review 4 Quince [CAPT],Joan,Juliet
... EDV is the amount of blood that collects in a ventricular during diastolic. ESV is the volume of blood remaining in a ventricular after it has contracted. Stroke volume (mL/beat) equals EDV-ESV ...
... EDV is the amount of blood that collects in a ventricular during diastolic. ESV is the volume of blood remaining in a ventricular after it has contracted. Stroke volume (mL/beat) equals EDV-ESV ...
Heart sounds, blood pressure and the cardiac cycle
... in the LV, LA and aorta (Ao); they are simultaneously occurring in the RV, RA and pulmonary artery (PA) respectively, associated with similar “right sided” heart sounds that occur more or less simultaneously with the “left sided” heart sounds. HOWEVER: there is a phasic respiratory variation in the ...
... in the LV, LA and aorta (Ao); they are simultaneously occurring in the RV, RA and pulmonary artery (PA) respectively, associated with similar “right sided” heart sounds that occur more or less simultaneously with the “left sided” heart sounds. HOWEVER: there is a phasic respiratory variation in the ...
The Circulatory System - Monroe
... We already know that the heart is made of cardiac muscle. We also know that muscles need to work in pairs. The heart relaxes and contracts to do its ...
... We already know that the heart is made of cardiac muscle. We also know that muscles need to work in pairs. The heart relaxes and contracts to do its ...
Mechanisms underlying abnormal epicardium formation in the
... (middle), and the endocardium (inner). Although relatively quiescent in the adult (merely providing an outer protective layer to the heart), the embryonic epicardium is essential for normal heart development, contributing to structures such as cardiac valves and coronary vessels. Studies in our labo ...
... (middle), and the endocardium (inner). Although relatively quiescent in the adult (merely providing an outer protective layer to the heart), the embryonic epicardium is essential for normal heart development, contributing to structures such as cardiac valves and coronary vessels. Studies in our labo ...
arrhythmias in adult congenital heart disease
... There are now more adults living with congenital heart disease (CHD) than children with CHD, due to the remarkable improvements in medical, interventional, and surgical care of these complex patients. However, despite increased survival and longevity, the longterm hemodynamic abnormalities and sutur ...
... There are now more adults living with congenital heart disease (CHD) than children with CHD, due to the remarkable improvements in medical, interventional, and surgical care of these complex patients. However, despite increased survival and longevity, the longterm hemodynamic abnormalities and sutur ...
Section 10 (More prefixes)
... identified by squeezing the heart, since the myocardium on the right side is much less rigid than that of the left ventricle. This incision allows us to see the tricuspid valve and the right ventricular outflow tract which includes the pulmonary valve. ...
... identified by squeezing the heart, since the myocardium on the right side is much less rigid than that of the left ventricle. This incision allows us to see the tricuspid valve and the right ventricular outflow tract which includes the pulmonary valve. ...
Circulation and the Heart PowerPoint Presentation
... Blood pressure is always expressed in terms of two numbers, for example 112/60. The first number is a measure of the pressure when ventricles contract. (pushing blood out of the heart) ...
... Blood pressure is always expressed in terms of two numbers, for example 112/60. The first number is a measure of the pressure when ventricles contract. (pushing blood out of the heart) ...
APPROACH TO CHEST PAIN Selim Krim, MD Assistant Professor
... • EKG (should be knee-jerk reflex in chest pain scenario!) • CXR to look for signs of congestive heart failure • Cardiac enzymes: CK (will begin to rise 6 hours after infarct and remain elevated for 24-48 hours), troponin (will begin to rise 12 hours after infarct and remain elevated for 2 weeks). N ...
... • EKG (should be knee-jerk reflex in chest pain scenario!) • CXR to look for signs of congestive heart failure • Cardiac enzymes: CK (will begin to rise 6 hours after infarct and remain elevated for 24-48 hours), troponin (will begin to rise 12 hours after infarct and remain elevated for 2 weeks). N ...
CV Assessment
... • B.The carotid artery on the neck is auscultated to assess for the presence of a bruit. • C.The apical impulse is auscultated over the fifth intercostal space in the midclavicular line. • D.Palpation is used to determine cardiac size. 42 ...
... • B.The carotid artery on the neck is auscultated to assess for the presence of a bruit. • C.The apical impulse is auscultated over the fifth intercostal space in the midclavicular line. • D.Palpation is used to determine cardiac size. 42 ...
Cardiac & Respiratory Dynamics - CHOW
... • Preferred way: ↑ stroke volume • Heart pushes more blood volume with each pump in left ventricle • Heart can beat fewer times • Less stress on heart • Athlete has lower heart rate and beats less than a sedentary person ...
... • Preferred way: ↑ stroke volume • Heart pushes more blood volume with each pump in left ventricle • Heart can beat fewer times • Less stress on heart • Athlete has lower heart rate and beats less than a sedentary person ...
Chapt05 Lecture 13ed Pt 4
... • It is a build up of plaque in blood vessels. • Plaque that is stationary is called a _________, and an _________ when it detaches and can move to distant sites. • It is associated with a stroke, heart attack, and aneurysm. ...
... • It is a build up of plaque in blood vessels. • Plaque that is stationary is called a _________, and an _________ when it detaches and can move to distant sites. • It is associated with a stroke, heart attack, and aneurysm. ...
The Circulatory System
... oxygen to the cells, it is described as deoxygenated. It now looks a very dark red because so many of the haemoglobin molecules have turned blue again. The mixture of blue and red molecules looks dark red to our eyes. ...
... oxygen to the cells, it is described as deoxygenated. It now looks a very dark red because so many of the haemoglobin molecules have turned blue again. The mixture of blue and red molecules looks dark red to our eyes. ...
Circulation ppt
... • Systolic pressure measures the pressure of the heart when it is pumping blood • Diastolic pressure is the pressure of the heart “at rest” or taking in blood – Normal blood pressure is below 130/85 ...
... • Systolic pressure measures the pressure of the heart when it is pumping blood • Diastolic pressure is the pressure of the heart “at rest” or taking in blood – Normal blood pressure is below 130/85 ...
Control of the Heart Rate (students)
... Control of the Heart Rate Electrical impulse flow chart below. SA node AtriaAV nodeAV bundle (Purkinje fibers)Ventricles ...
... Control of the Heart Rate Electrical impulse flow chart below. SA node AtriaAV nodeAV bundle (Purkinje fibers)Ventricles ...
Document
... SV: Stroke volume of blood pumped during each heart beat HR: Heart rate or number of times heart beats per minute Cardiac reserve: Difference between CO at rest and maximum ...
... SV: Stroke volume of blood pumped during each heart beat HR: Heart rate or number of times heart beats per minute Cardiac reserve: Difference between CO at rest and maximum ...