Total anomalous pulmonary venous return
... venous return? Normally the blood is pumped from the right lower pumping chamber (right ventricle) through the pulmonary artery to the lungs to pick up oxygen. It then returns to the heart through the pulmonary vein into the left atrium from where it reaches the left ventricle for pumping around the ...
... venous return? Normally the blood is pumped from the right lower pumping chamber (right ventricle) through the pulmonary artery to the lungs to pick up oxygen. It then returns to the heart through the pulmonary vein into the left atrium from where it reaches the left ventricle for pumping around the ...
File
... The stretching and recoiling of the ____________ walls Monitored at “pressure points” where pulse is easily palpated 2. Blood Pressure (BP) A device called a __________________________________ or an automatic BP cuff measures the pressure in large arteries o ____________________: pressure at t ...
... The stretching and recoiling of the ____________ walls Monitored at “pressure points” where pulse is easily palpated 2. Blood Pressure (BP) A device called a __________________________________ or an automatic BP cuff measures the pressure in large arteries o ____________________: pressure at t ...
Ch428thed
... GAS EXCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory surfaces in different animals are adapted for maximal gas exchange capacity ...
... GAS EXCHANGE The exchange of Oxygen and Carbon dioxide What characteristic do all respiratory surfaces have in common? They must be moist Respiratory surfaces in different animals are adapted for maximal gas exchange capacity ...
heart and circ. ppt 2013
... • The right side of the heart pumps blood to the lungs. Here it absorbs oxygen and is now called oxygenated blood. • The gas carbon dioxide is removed from the blood into the lungs. The blood returns to the left side of the heart and from here it is pumped to the body tissues where it gives up it’s ...
... • The right side of the heart pumps blood to the lungs. Here it absorbs oxygen and is now called oxygenated blood. • The gas carbon dioxide is removed from the blood into the lungs. The blood returns to the left side of the heart and from here it is pumped to the body tissues where it gives up it’s ...
Name
... 13. List the flow of blood through the heart, starting at the superior and inferior vena cavas. Make sure to include any important anatomical structures. ...
... 13. List the flow of blood through the heart, starting at the superior and inferior vena cavas. Make sure to include any important anatomical structures. ...
Anaesthetic Implications in a Child With Glenn`s Shunt Undergoing
... A bidirectional Glenn (BDG) shunt is a type of cavopulmonary shunt that is performed in patients where an anatomical biventricular repair is not possible due to hypoplasia or absence of one of the ventricles. In this palliative cardiac surgical procedure blood from the superior vena cava passes thro ...
... A bidirectional Glenn (BDG) shunt is a type of cavopulmonary shunt that is performed in patients where an anatomical biventricular repair is not possible due to hypoplasia or absence of one of the ventricles. In this palliative cardiac surgical procedure blood from the superior vena cava passes thro ...
The heart – questions
... 10) The heart has two sides with two chambers on each. The top chambers are called atria. They receive blood. Blood then flows through valves into the ventricles (bottom chambers). Valves stop the blood flowing backwards. The right side receives deoxygenated blood from the body through the vena cava ...
... 10) The heart has two sides with two chambers on each. The top chambers are called atria. They receive blood. Blood then flows through valves into the ventricles (bottom chambers). Valves stop the blood flowing backwards. The right side receives deoxygenated blood from the body through the vena cava ...
Common cardiovascular diseases
... after diseases of the heart and cancer. It claims more than twice as many lives as breast cancer. Get more statistical facts about women and ...
... after diseases of the heart and cancer. It claims more than twice as many lives as breast cancer. Get more statistical facts about women and ...
Four Shunts in Fetal Circulation
... patent foramen ovale each characterize about 8% of congenital heart defects. • Both cause a mixing of oxygenrich and oxygen-poor blood • Blood reaching tissues is not fully oxygenated and can cause cyanosis. • Many of these defects go undetected until child is at least school age. ...
... patent foramen ovale each characterize about 8% of congenital heart defects. • Both cause a mixing of oxygenrich and oxygen-poor blood • Blood reaching tissues is not fully oxygenated and can cause cyanosis. • Many of these defects go undetected until child is at least school age. ...
Chapter 4 Cardiovascular
... Right Atrioventricular Valve (Tricuspid) Explain Clinical Significance of EKG, Heart Sounds and Blood Pressure Pacemaker System - system of cells, nodes, and fibers that maintain the heart’s regular rhythm • Sinoatrial Node - specialized group of pacemaker cells in the right atrium that send out ele ...
... Right Atrioventricular Valve (Tricuspid) Explain Clinical Significance of EKG, Heart Sounds and Blood Pressure Pacemaker System - system of cells, nodes, and fibers that maintain the heart’s regular rhythm • Sinoatrial Node - specialized group of pacemaker cells in the right atrium that send out ele ...
Cardiovascular System aka Circulatory System
... Cardio- means heart Vascular- means blood vessels Aka Circulatory System because its job is to circulate blood throughout the body. Blood carries many materials including: ...
... Cardio- means heart Vascular- means blood vessels Aka Circulatory System because its job is to circulate blood throughout the body. Blood carries many materials including: ...
Cardiovascular System: Heart
... pulmonary arteries Lungs pulmonary veins Left atrium bicuspid valve Left ventricle aortic semilunar valve Aorta Systemic circulation ...
... pulmonary arteries Lungs pulmonary veins Left atrium bicuspid valve Left ventricle aortic semilunar valve Aorta Systemic circulation ...
Unit 2 Notes - Ballymoney High School
... The circulation of blood around the body is referred to as DOUBLE CIRCULATION. Double Circulation is when the blood goes twice through the heart for every once around the body. BLOOD VESSELS There are 3 types of blood vessel in your body. 1. Arteries (away from heart) 2. Veins (into heart) 3. Capill ...
... The circulation of blood around the body is referred to as DOUBLE CIRCULATION. Double Circulation is when the blood goes twice through the heart for every once around the body. BLOOD VESSELS There are 3 types of blood vessel in your body. 1. Arteries (away from heart) 2. Veins (into heart) 3. Capill ...
Chapter 3 Cardiorespiratory System
... system. –Allows kinetic chain to receive O2, nutrients, and removes wastes. *Cardiovascular system-Composed of blood, blood vessels, and heart. *The Heart *Heart-Hollow muscular organ pump that circulates blood throughout the body by needs of rhythmic contractions. *Mediastinum-Space between the lun ...
... system. –Allows kinetic chain to receive O2, nutrients, and removes wastes. *Cardiovascular system-Composed of blood, blood vessels, and heart. *The Heart *Heart-Hollow muscular organ pump that circulates blood throughout the body by needs of rhythmic contractions. *Mediastinum-Space between the lun ...
Heartnotes2017 - Lindbergh School District
... Myocardial infarction - commonly called a heart attack, is the death of heart muscle resulting from the sudden blockage of a coronary artery by a blood clot. Blockage deprives the heart of blood and oxygen. ...
... Myocardial infarction - commonly called a heart attack, is the death of heart muscle resulting from the sudden blockage of a coronary artery by a blood clot. Blockage deprives the heart of blood and oxygen. ...
Human Heart Chapter
... The mammalian heart is autorhythmic, since it will continue to beat if removed from the body (and kept in an appropriate solution). Heart contractions are, therefore, not dependent upon the brain, rather the rhythm comes from within the heart itself. The heart is composed almost entirely of large, s ...
... The mammalian heart is autorhythmic, since it will continue to beat if removed from the body (and kept in an appropriate solution). Heart contractions are, therefore, not dependent upon the brain, rather the rhythm comes from within the heart itself. The heart is composed almost entirely of large, s ...
Heart/Cardiovascular
... SV is the difference between EDV (blood in ventricle during diastole) and ESV (blood in ventricle during systole) Normal SV = 70 ml/beat Depends on the following factors ◦ Preload (Frank-Starling Law) ◦ Contractility ◦ Afterload ...
... SV is the difference between EDV (blood in ventricle during diastole) and ESV (blood in ventricle during systole) Normal SV = 70 ml/beat Depends on the following factors ◦ Preload (Frank-Starling Law) ◦ Contractility ◦ Afterload ...
Cardiovascular Anatomy
... D. Major Arteries a. Pulmonary trunk: branches into 2 pulmonary arteries that bring de-oxygenated blood to the lungs from the right ventricle b. Aorta: large artery that brings blood from left ventricle to the tissues of the systemic circuit. Divides into three branches. ...
... D. Major Arteries a. Pulmonary trunk: branches into 2 pulmonary arteries that bring de-oxygenated blood to the lungs from the right ventricle b. Aorta: large artery that brings blood from left ventricle to the tissues of the systemic circuit. Divides into three branches. ...
CIRCULATORY SYSTEM
... Deoxygenated blood begins in the right side of the heart. Heart pumps deoxygenated blood to lungs via (pulmonary) arteries. Blood releases CO2 and picks up O2 at the alveoli of lungs. Gas exchange occurs at ...
... Deoxygenated blood begins in the right side of the heart. Heart pumps deoxygenated blood to lungs via (pulmonary) arteries. Blood releases CO2 and picks up O2 at the alveoli of lungs. Gas exchange occurs at ...
hap11 - WordPress.com
... Fetal heart structures that bypass pulmonary circulation Foramen ovale connects the two atria ...
... Fetal heart structures that bypass pulmonary circulation Foramen ovale connects the two atria ...
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.