Sheep Heart Dissection
... 2. Locate the pericardium. Look for a tough, thick membrane at the top of the heart. 3. Observe the epicardium. Using a sharp probe, pull a little of this serous membrane away from the myocardium. How does it differ from the pericardium? 4. Examine the external surface of the heart. Notice the accum ...
... 2. Locate the pericardium. Look for a tough, thick membrane at the top of the heart. 3. Observe the epicardium. Using a sharp probe, pull a little of this serous membrane away from the myocardium. How does it differ from the pericardium? 4. Examine the external surface of the heart. Notice the accum ...
The Heart (fig. 13.2 p. 242 (external), fig. 13.4 p. 243(internal))
... has both nervous and muscular characteristics. -- this nodal tissue is localized in two areas of the heart: i. The Sinoatrial (SA) Node located in the upper wall of the RA. ii. The Atrioventricular (AV) Node found in the base of the RA near the septum (see fig. 13.6a p. 245 for both). -- the SA Node ...
... has both nervous and muscular characteristics. -- this nodal tissue is localized in two areas of the heart: i. The Sinoatrial (SA) Node located in the upper wall of the RA. ii. The Atrioventricular (AV) Node found in the base of the RA near the septum (see fig. 13.6a p. 245 for both). -- the SA Node ...
File
... 6.2.3 Explain the action of the heart in terms of collecting blood, pumping blood, and opening and closing of valves Left Side The left atrium collects blood from the lungs from the pulmonary vein The muscle of the left atrium contracts which pushes the blood past the mitral (bicuspid) valve into t ...
... 6.2.3 Explain the action of the heart in terms of collecting blood, pumping blood, and opening and closing of valves Left Side The left atrium collects blood from the lungs from the pulmonary vein The muscle of the left atrium contracts which pushes the blood past the mitral (bicuspid) valve into t ...
Congestive Heart Failure
... 1. ACE Inhibitors (ACEi Drugs). These are a group of drugs that help lower the body’s blood pressure and controls the amount of water contained in the blood stream. By doing this it reduces the amount of effort/work that the heart has to do in order to pump blood around the body. 2. Diuretics (“Wate ...
... 1. ACE Inhibitors (ACEi Drugs). These are a group of drugs that help lower the body’s blood pressure and controls the amount of water contained in the blood stream. By doing this it reduces the amount of effort/work that the heart has to do in order to pump blood around the body. 2. Diuretics (“Wate ...
The Cardiac Cycle:
... within the aorta and pulmonary artery, which causes the aortic and pulmonic valves to open. No heart sounds are ordinarily noted during ejection because the opening of healthy valves is silent. Phase 4: Aortic and Pulmonic Valves Open; AV Valves Remain Closed. Phase 5: When the intraventricular pres ...
... within the aorta and pulmonary artery, which causes the aortic and pulmonic valves to open. No heart sounds are ordinarily noted during ejection because the opening of healthy valves is silent. Phase 4: Aortic and Pulmonic Valves Open; AV Valves Remain Closed. Phase 5: When the intraventricular pres ...
Heart failure
... remember the arrows would be going backwards to display the backwards progression of CCHF ...
... remember the arrows would be going backwards to display the backwards progression of CCHF ...
Chapter 19 Heart
... 1. atria, thin walled, pectinate muscle internally 2. atria separated by an interatrial septum 3. ventricles – thick walled with trabeculae carneae & papillary muscles right chamber is thinner walled than left 4. ventricles separated by an interventricular septum 5. atria and ventricles separated by ...
... 1. atria, thin walled, pectinate muscle internally 2. atria separated by an interatrial septum 3. ventricles – thick walled with trabeculae carneae & papillary muscles right chamber is thinner walled than left 4. ventricles separated by an interventricular septum 5. atria and ventricles separated by ...
The Equine Heart Part 2 - Steinbeck Country Equine Clinic
... Other congenital problems occur early in fetal development, causing abnormalities that are not normal under any circumstances. Congenital problems occur fairly infrequently in horses when compared with dogs. By far the most common congenital heart problem in the horse is a ventricular septal defect ...
... Other congenital problems occur early in fetal development, causing abnormalities that are not normal under any circumstances. Congenital problems occur fairly infrequently in horses when compared with dogs. By far the most common congenital heart problem in the horse is a ventricular septal defect ...
The Heart Beat The heart beat is caused by impulses arising from
... The heart beat is caused by impulses arising from two specialised groups of cells within the heart muscle. The Sino-Atrial (SA) node, situated in the wall of the right atrium initiates the beat, and the Atrioventricular (AV) node which is positioned between the ventricles and continues to distribute ...
... The heart beat is caused by impulses arising from two specialised groups of cells within the heart muscle. The Sino-Atrial (SA) node, situated in the wall of the right atrium initiates the beat, and the Atrioventricular (AV) node which is positioned between the ventricles and continues to distribute ...
Cardiac Conducting System
... R. atrium b. “pacemaker cells” establish heart rate c. Connected to AV node via conducting pathways d. Stimulus affects only ATRIA i. Fibrous skeletal separates atria from ventricle 2. AV node: a. Floor of right atrium b. Near opening of coronary sinus c. From AV to bundle of His(bundle branches) wh ...
... R. atrium b. “pacemaker cells” establish heart rate c. Connected to AV node via conducting pathways d. Stimulus affects only ATRIA i. Fibrous skeletal separates atria from ventricle 2. AV node: a. Floor of right atrium b. Near opening of coronary sinus c. From AV to bundle of His(bundle branches) wh ...
Feature Location Function Right Atrium Right side of the heart But
... right atrium and the body that's the right ventricle oxygenated Pulmonary Artery Top of the heart Takes blood from right ventricle and put it into lungs Left Atrium Left side of the Pumps heart oxygenated blood But on the right to the body in diagrams ...
... right atrium and the body that's the right ventricle oxygenated Pulmonary Artery Top of the heart Takes blood from right ventricle and put it into lungs Left Atrium Left side of the Pumps heart oxygenated blood But on the right to the body in diagrams ...
Resting heart rate
... Stroke volume equals the amount of blood in ventricle during diastole (EDV) minus the amount of blood in ventricle after it has contracted (ESV) SV = EDV - ESV ...
... Stroke volume equals the amount of blood in ventricle during diastole (EDV) minus the amount of blood in ventricle after it has contracted (ESV) SV = EDV - ESV ...
عرض تقديمي من PowerPoint
... (contacts connective chest tissues wall of between valves 5th as a single unit (result of gap junctions) pulmonary arteries (away from heart, not CO2) d. against Systemic AV valves veins to exerted right atrium by Bd in ventricles: Start of entry blood points flow. Flow occurs only during diastole. ...
... (contacts connective chest tissues wall of between valves 5th as a single unit (result of gap junctions) pulmonary arteries (away from heart, not CO2) d. against Systemic AV valves veins to exerted right atrium by Bd in ventricles: Start of entry blood points flow. Flow occurs only during diastole. ...
Biology 13A
... 1. The middle layer of the heart’s wall makes up the bulk of the tissue in the heart and is called the a. epicardium b. endocardium c. myocardium d. pericardium 2. The blood vessels that supply the wall of the heart are referred to as a. coronary blood vessels b. pulmonary blood vessels c. aortic bl ...
... 1. The middle layer of the heart’s wall makes up the bulk of the tissue in the heart and is called the a. epicardium b. endocardium c. myocardium d. pericardium 2. The blood vessels that supply the wall of the heart are referred to as a. coronary blood vessels b. pulmonary blood vessels c. aortic bl ...
Young Scientist Program Anatomy Teaching Team
... If someone has a very bad heart condition these sounds will be very different from the normal “lub‐ dub”, and may even involve other sounds. In many older people the valves of the heart get very stiff and ridgid. This can lead to conditions called stenosis (where the valve does not close all the w ...
... If someone has a very bad heart condition these sounds will be very different from the normal “lub‐ dub”, and may even involve other sounds. In many older people the valves of the heart get very stiff and ridgid. This can lead to conditions called stenosis (where the valve does not close all the w ...
2-heart sounds2016-02-28 01:214.4 MB
... the lower border of the sternum. • The pulmonary area: This is found in the left 2nd intercostal space at the sternal border. • The aortic area: This is found in the right 2nd intercostal space at the sternal border. ...
... the lower border of the sternum. • The pulmonary area: This is found in the left 2nd intercostal space at the sternal border. • The aortic area: This is found in the right 2nd intercostal space at the sternal border. ...
Valvular Heart Disease - Home
... Angina Pectoris-Increased MVO2 (pressure overload and hypertrophy) and decreased coronary reserve. *CHD may co-exist but does not have to be present for angina to develop. Syncope - Peripheral vasodilation with inadequate forward CO with activity or from arrhythmia. HF occurs late - very poor progno ...
... Angina Pectoris-Increased MVO2 (pressure overload and hypertrophy) and decreased coronary reserve. *CHD may co-exist but does not have to be present for angina to develop. Syncope - Peripheral vasodilation with inadequate forward CO with activity or from arrhythmia. HF occurs late - very poor progno ...
The Heart
... upper chambers, the heart's natural pacemaker (the SA node) sends out an electrical signal that causes the atria to contract. This contraction pushes blood through the tricuspid and mitral valves into the resting lower chambers. This part of the two-part pumping phase (the longer of the two) is call ...
... upper chambers, the heart's natural pacemaker (the SA node) sends out an electrical signal that causes the atria to contract. This contraction pushes blood through the tricuspid and mitral valves into the resting lower chambers. This part of the two-part pumping phase (the longer of the two) is call ...
CASE 9. Twisted heart with the left ventricle superiorly - IMIB-CHD
... the left ventricle located anteriorly and superiorly. The right ventricle wraps around the left ventricle from behind (9A). The right ventricular inlet with its tricuspid valve is displaced leftward, while the right ventricular outlet is displaced rightward (9A, 9B). The right and left relationshi ...
... the left ventricle located anteriorly and superiorly. The right ventricle wraps around the left ventricle from behind (9A). The right ventricular inlet with its tricuspid valve is displaced leftward, while the right ventricular outlet is displaced rightward (9A, 9B). The right and left relationshi ...
File
... ♦ The blood makes up about onethirteenth of the body’s weight. ♦ The adult heart weighs about 280 grams (10 oz.) ♦ At rest, the heart pumps out about 80 millimeters (2.6 oz) of blood with each beat. ♦ The heart beats, on average, 70 times each minute at rest. ♦ This means all the blood is circulated ...
... ♦ The blood makes up about onethirteenth of the body’s weight. ♦ The adult heart weighs about 280 grams (10 oz.) ♦ At rest, the heart pumps out about 80 millimeters (2.6 oz) of blood with each beat. ♦ The heart beats, on average, 70 times each minute at rest. ♦ This means all the blood is circulated ...
Ultrasound and Imaging: Are we crossing borders?
... Although in experimental stage , using only analgo-sedation may be an added advantage for performing interventional procedures. ...
... Although in experimental stage , using only analgo-sedation may be an added advantage for performing interventional procedures. ...
3-27-17
... of blood through the heart. Compare the pulmonary & system circuits & explain the operation of the heart valves. Compare & contrast the structure & function of all the vessels in the cardiovascular syst. Procedure: Lab: Id heart structures w/models & explain blood flow. Evaluation: Independent pract ...
... of blood through the heart. Compare the pulmonary & system circuits & explain the operation of the heart valves. Compare & contrast the structure & function of all the vessels in the cardiovascular syst. Procedure: Lab: Id heart structures w/models & explain blood flow. Evaluation: Independent pract ...
Cardiovascular Anatomy
... b. Aorta: large artery that brings blood from left ventricle to the tissues of the systemic circuit. Divides into three branches. ...
... b. Aorta: large artery that brings blood from left ventricle to the tissues of the systemic circuit. Divides into three branches. ...
CIRCULATORY SYSTEM
... Pulmonary trunk: branches into 2 pulmonary arteries that bring de-oxygenated blood to the lungs from the right ventricle ...
... Pulmonary trunk: branches into 2 pulmonary arteries that bring de-oxygenated blood to the lungs from the right ventricle ...
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.