fact file – circulation
... Rh antigen in the blood - Antibody develop by Isoimmunization when Rh Positive blood is transfused in to Rh negative blood. Takes six months Also called agglutinogen Also called agglutinin 12 numbers Anti haemophilic factor – AHF – absence causes Haemophilia A Absence causes Haemophilia B Royal dise ...
... Rh antigen in the blood - Antibody develop by Isoimmunization when Rh Positive blood is transfused in to Rh negative blood. Takes six months Also called agglutinogen Also called agglutinin 12 numbers Anti haemophilic factor – AHF – absence causes Haemophilia A Absence causes Haemophilia B Royal dise ...
Blood Flow Through the Heart
... pulmonary veins. When it arrives from the lungs, it enters the left atrium. Some of the blood flows passively through the bicuspid (or mitral) valve into the left ventricle. When the left atrium contracts, the remaining blood in the left atrium is pushed through the bicuspid valve into the powerful ...
... pulmonary veins. When it arrives from the lungs, it enters the left atrium. Some of the blood flows passively through the bicuspid (or mitral) valve into the left ventricle. When the left atrium contracts, the remaining blood in the left atrium is pushed through the bicuspid valve into the powerful ...
Facts File 1
... Rh antigen in the blood - Antibody develop by Isoimmunization when Rh Positive blood is transfused in to Rh negative blood. Takes six months Also called agglutinogen Also called agglutinin 12 numbers Anti haemophilic factor – AHF – absence causes Haemophilia A Absence causes Haemophilia B Royal dise ...
... Rh antigen in the blood - Antibody develop by Isoimmunization when Rh Positive blood is transfused in to Rh negative blood. Takes six months Also called agglutinogen Also called agglutinin 12 numbers Anti haemophilic factor – AHF – absence causes Haemophilia A Absence causes Haemophilia B Royal dise ...
cardiovascular system - Valhalla High School
... Right side of heart carries blood to lungs Return of de-oxygenated blood from the body Blood flow to pick up oxygenated blood in ...
... Right side of heart carries blood to lungs Return of de-oxygenated blood from the body Blood flow to pick up oxygenated blood in ...
Heart Structure and Function Guided Notes
... Cardiac vessels cover the outer surface of the heart and supply the heart muscle itself with blood. Heart disease (___________________________) occurs when the aorta or cardiac arteries Heart Anatomy (Frontal Section) ...
... Cardiac vessels cover the outer surface of the heart and supply the heart muscle itself with blood. Heart disease (___________________________) occurs when the aorta or cardiac arteries Heart Anatomy (Frontal Section) ...
Chapter 11 Outline
... frequently know something about, at least from a plumbing viewpoint, but they often don’t completely understand the complexity of the system and the magnitude of its tasks. An essential component of presentation of the material is then to outline in detail the role of the cardiovascular system and i ...
... frequently know something about, at least from a plumbing viewpoint, but they often don’t completely understand the complexity of the system and the magnitude of its tasks. An essential component of presentation of the material is then to outline in detail the role of the cardiovascular system and i ...
File - Prepared Rescuer, LLC
... 3 levels of imaging the heart in short axis: Base of the heart, level of the aortic valve Level of the mitral valve Mid-ventricle: papillary muscles & towards apex This position encompasses several different views of the LV in short axis that differ in how basal or apical the probe is. The mos ...
... 3 levels of imaging the heart in short axis: Base of the heart, level of the aortic valve Level of the mitral valve Mid-ventricle: papillary muscles & towards apex This position encompasses several different views of the LV in short axis that differ in how basal or apical the probe is. The mos ...
Blood and Circulatory System
... 3 Primary types: 1. Albumins • Regulate osmotic pressure of plasma • Transport fatty acids, hormones 2. Globulins • Antibodies that attack foreign proteins and pathogens 3. Fibrinogens • Blood clotting if platelets don’t clot properly ...
... 3 Primary types: 1. Albumins • Regulate osmotic pressure of plasma • Transport fatty acids, hormones 2. Globulins • Antibodies that attack foreign proteins and pathogens 3. Fibrinogens • Blood clotting if platelets don’t clot properly ...
File
... The Heart • The right atrium is connected to the right ventricle through a valve • the tricuspid valve • The left atrium is connected to the left ventricle through a valve • The bicuspid (or mitral) valve ...
... The Heart • The right atrium is connected to the right ventricle through a valve • the tricuspid valve • The left atrium is connected to the left ventricle through a valve • The bicuspid (or mitral) valve ...
VALVULAR HEART DISEASE
... a. Corrigan’s Pulse b. Hill’s sign c. Pistol-shot femoral pulses d. Duroziez’s sign e. De Musset’s sign f. Quincke’s pulse ...
... a. Corrigan’s Pulse b. Hill’s sign c. Pistol-shot femoral pulses d. Duroziez’s sign e. De Musset’s sign f. Quincke’s pulse ...
Sheep Heart Dissection (v1)
... enters the right ventricle through the one-way tricuspid valve. The pulmonary trunk, carrying blood low in oxygen and high in carbon dioxide to the lungs, exits the right ventricle and curves toward the left side of the heart. Blood pumped into the pulmonary trunk is prevented from returning to the ...
... enters the right ventricle through the one-way tricuspid valve. The pulmonary trunk, carrying blood low in oxygen and high in carbon dioxide to the lungs, exits the right ventricle and curves toward the left side of the heart. Blood pumped into the pulmonary trunk is prevented from returning to the ...
Cardiovascular System: Heart and Blood Vessels Physiology Study
... 1. After a bout with bacterial endocarditis, scar tissue often stiffens (stenosis) the edges of the heart valves. Describe what is happening with the valves and how this would be picked up in a routine examination. As the heart valves stiffen they become narrowed and do not open properly and blood c ...
... 1. After a bout with bacterial endocarditis, scar tissue often stiffens (stenosis) the edges of the heart valves. Describe what is happening with the valves and how this would be picked up in a routine examination. As the heart valves stiffen they become narrowed and do not open properly and blood c ...
CH12 - Scf
... Without treatment, what complications may arise? ______________________________________________ He may have a heart attack. _____________________________________________________________________________________________ ...
... Without treatment, what complications may arise? ______________________________________________ He may have a heart attack. _____________________________________________________________________________________________ ...
Regulation of Heart Rate Cardioaccelatory center
... cusps to the papillary muscles, which keep the valves from bring forced back into the atria ...
... cusps to the papillary muscles, which keep the valves from bring forced back into the atria ...
Valvular Heart Disease
... Syncope Tachydysrhythmias causing palpitations Systolic murmur at apex ...
... Syncope Tachydysrhythmias causing palpitations Systolic murmur at apex ...
How does the heart function?
... The AV Bundle • The AV node forms the AV bundle, a collection of modified cardiac fibers, that extend into the interventricular septum and beyond • The AV bundle leads to smaller Purkinje fibers which extend throughout the apex and ventricular walls ...
... The AV Bundle • The AV node forms the AV bundle, a collection of modified cardiac fibers, that extend into the interventricular septum and beyond • The AV bundle leads to smaller Purkinje fibers which extend throughout the apex and ventricular walls ...
02/11/2015
... How to take your blood pressure 3. Place the stethoscope on the crease of the participant’s elbow. 4. Slowly release the pressure in the cuff while listening with the stethoscope. 5. When you hear the first sound of a heart beat, remember the number because this is the systolic number of their bloo ...
... How to take your blood pressure 3. Place the stethoscope on the crease of the participant’s elbow. 4. Slowly release the pressure in the cuff while listening with the stethoscope. 5. When you hear the first sound of a heart beat, remember the number because this is the systolic number of their bloo ...
Week 10: Cardiovascular system
... 1) There are four (4) chambers in the heart: two atria and two ventricles. The chambers are separated by a SEPTUM (INTERATRIAL or INTERVENTRICULAR, depending on which chamber it divides). 2) Can you hold the heart as it would be orientated in your body? The thin-walled atria, which are located supe ...
... 1) There are four (4) chambers in the heart: two atria and two ventricles. The chambers are separated by a SEPTUM (INTERATRIAL or INTERVENTRICULAR, depending on which chamber it divides). 2) Can you hold the heart as it would be orientated in your body? The thin-walled atria, which are located supe ...
Anatomy of the Heart
... Contraction passes from AV node to Purkinje fibers and ventricular cells. Ventricles contract. Atrioventricular valves close. Semilunar valves open. Blood is pumped from the ventricles to the arteries. ...
... Contraction passes from AV node to Purkinje fibers and ventricular cells. Ventricles contract. Atrioventricular valves close. Semilunar valves open. Blood is pumped from the ventricles to the arteries. ...
Note:A heart dissection could be done in this less (see
... them in your books in order of most problematic, to least: Tissue needs to be a close match to avoid rejection. Medication needs to be taken for life. ...
... them in your books in order of most problematic, to least: Tissue needs to be a close match to avoid rejection. Medication needs to be taken for life. ...
The Cardiovascular System: Structure Function and Measurement
... Walls only one cell thick Site for exchange of nutrients and oxygen from blood cells and carbon dioxide and wastes to the blood ...
... Walls only one cell thick Site for exchange of nutrients and oxygen from blood cells and carbon dioxide and wastes to the blood ...
Heart Physiology - Riverside Preparatory High School
... Attack): prolonged angina, heart cells may die ...
... Attack): prolonged angina, heart cells may die ...
physdx-II_test2notes
... Ejection clicks are due to stenosis of the valve that is supposed to open but becaues of decreased compliance they do not open passively Opening snap diastolic is due to mitral or tricuspid S3, S4 sound associated with children or young adults (look up) Know how to listen to them in the left ...
... Ejection clicks are due to stenosis of the valve that is supposed to open but becaues of decreased compliance they do not open passively Opening snap diastolic is due to mitral or tricuspid S3, S4 sound associated with children or young adults (look up) Know how to listen to them in the left ...
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.