Heart lecture 1
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This document discusses the anatomy and function of the heart. It begins by reviewing heart formation during embryogenesis from mesoderm layers. It describes the circulation pathway of oxygenated and deoxygenated blood through the heart chambers and valves. Common congenital heart defects are explained, including ventricular septal defects which cause a hole between the ventricles. Signs of VSDs include heart murmurs and difficulties maintaining weight from the extra blood flow to the lungs. Untreated large VSDs can lead to heart failure or pulmonary hypertension.
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The document discusses various types of congenital heart disease, including their definitions, classifications, clinical presentations, and treatments. It covers topics such as ventricular septal defects, atrial septal defects, fetal circulation, dextrocardia, and grown-up congenital heart disease. Specific congenital defects are explained in detail with regards to their symptoms, diagnostic evaluations, potential complications, and management approaches.Ventricular septal defect (vsd)
Ventricular septal defect (vsd)Miljie Tompong
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Ventricular septal defect (VSD) is a congenital heart defect where there is a hole in the wall separating the two lower chambers of the heart (ventricles). VSDs can range from small to large. Small VSDs often close on their own while large VSDs require medical or surgical treatment. VSDs are diagnosed using tests like echocardiograms, electrocardiograms, and chest x-rays. Treatment may involve medications to manage symptoms or surgery to repair the hole in the ventricle wall. Post-surgery, patients need monitoring and antibiotics to prevent infection.14. congenital heart disease
14. congenital heart diseaseAhmad Hamadi
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This document discusses congenital heart disease, including causes, presentation, and treatment. Some key points:
- Congenital heart defects are present from birth but may not cause symptoms until adulthood. Defects can now often be corrected through surgery allowing survival into adulthood.
- Fetal circulation, where blood passes through the foramen ovale without the lungs, helps explain some defects. Failures in changes at birth from fetal to post-natal circulation can cause problems.
- Common defects include atrial and ventricular septal defects from failures in heart development, and transposition of the great arteries from failures in vessel alignment.
- Defects may be asymptomatic or cause breathlessness, poorVentricular Septal Defect with Nursing Management
Ventricular Septal Defect with Nursing ManagementSwatilekha Das
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Ventricular septal defects (VSDs) are common congenital heart defects characterized by an opening in the ventricular septum, allowing blood flow between the ventricles. The condition can lead to heart failure in infants if not treated, and symptoms vary based on defect size, with larger defects causing more significant issues. Management may include medications for small lesions or surgical intervention for significant defects to prevent serious complications like pulmonary hypertension.CHD Tab.pptx congenital heart disease ppt
CHD Tab.pptx congenital heart disease pptnoba6535
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The document provides an overview of congenital heart diseases, covering fetal circulation, embryology, classification, and management principles. It details the anatomy and types of congenital heart defects, including acyanotic and cyanotic conditions, along with risk factors and clinical manifestations. Emphasis is placed on the importance of diagnosing and treating these conditions early to prevent complications such as heart failure and pulmonary hypertension.Lecture- 10. Congenital Heart Diseases.
Lecture- 10. Congenital Heart Diseases.Dr. Vithalrao Vikhe Patil Foundation's Medical College and Hospital, Ahmednagar
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Heart lecture 1
- 1. Learning Objectives Review anatomy of the heart Formation of the Heart Congenital heart defects Clinical Anatomy - Cardiac Disorders
- 2. Blood Flow Heart Lungs Heart Body
- 3. Vena Cava - AORTA - vein artery Atria Ventricles
- 5. UNoxygenated blood enters the atrium on the right side of the heart. Unoxygenated blood comes in from the top of the body through the superior vena cava. Unoxygenated blood comes in from the lower body though the inferior vena cava.
- 6. While the unoxygenated blood is in the right atrium, the tricuspid valve is closed to keep the blood from flowing down to the ventricle.
- 7. The atrium contracts and the tricuspid valve opens, forcing the blood down into the ventricle.
- 8. The tricuspid valve closes again so that blood cannot move back up into the atrium.
- 9. The ventricle contracts. This forces the unoxygenated blood through the pulmonary valve and into the pulmonary arteries.
- 10. The right pulmonary artery takes the unoxygenated blood to the right lung. The left pulmonary artery takes the unoxygenated blood to the left lung. THE PULMONARY ARTERIES ARE THE ONLY ARTERIES THAT CARRY UNOXYGENEATED BLOOD.
- 11. In the lungs, the carbon dioxide in the blood diffuses into the alveoli. The oxygen in the lungs diffuses into the blood. This is called gas http://www.webmd.com/hw/health_guide_atoz/tp10237.asp exchange.
- 12. Oxygenated blood from the lungs enters the heart through the left atrium. The mitral valve is closed to keep the blood from going into the ventricle.
- 13. Oxygenated blood from the right lung returns to the heart through the right pulmonary vein. Oxygenated blood from the left lung returns to the heart through the left pulmonary vein. THE PULMONARY VEINS ARE THE ONLY VEINS THAT CARRY OXYGENATED BLOOD.
- 14. The left atrium contracts. This forces the oxygenated blood through the mitral valve into the Left ventricle.
- 15. The mitral valve closes again. This keeps the oxygenated blood from moving back up into the atrium.
- 16. Oxygenated blood is forced into the aorta to be carried to the rest of the body.
- 17. Oxygenated blood is carried to all body cells where oxygen diffuses into the cells and carbon dioxide diffuses into the blood. Blood carrying carbon dioxide then returns to the heart.
- 18. And the cycle begins again.
- 19. Meanwhile While the blood is moving oxygen and carbon dioxide around, it is also moving nutrients, other wastes, hormones, and antibodies at the same time.
- 21. Formation of the Heart Mesoderm divides into two layers Mesoderm = one of the primary germ cell layers in the early embryo Heart precursor cells come from one of those two mesoderm layers (cardiogenic mesoderm) Heart precursor cells form a single heart tube by day 22 of embryogenesis
- 22. Formation of the Heart These cells differentiate into the endocardium and myocardium Endocardium = innermost layer that lines the heart chambers and valves valves Myocardium = the muscular layer of the atria and ventricles The heart tube grows and elongates Primitive heart begins to form around day 22 23
- 23. The heart tube begins to bulge into primitive heart chambers and undergoes right ward looping Followed by proper valve positioning and chamber formation
- 25. CYANOSIS a physical sign causing bluish discoloration of the skin and mucous membranes. caused by a lack of oxygen in the blood. associated with cold temperatures, heart failure, lung diseases, and smothering. It is seen in infants at birth as a result of heart defects, defects respiratory distress syndrome, or lung and breathing problems.
- 26. The blue discoloration of cyanosis is seen most readily in the beds of the fingernails and toenails, and on the lips and tongue. It often appears transiently as a result of slowed blood flow through the skin due to the cold. As such, it is not a serious symptom. However, in other cases cyanosis is a serious symptom of underlying disease.
- 27. Congenital Heart Defects Abnormalities in heart present at birth Affects 8:1000 live births Examples: Ventricular Septal Defect Atrial Septal Defect Coarctation of the Aorta Tetralogy of Fallot Transposition of the Great Arteries
- 29. Ventricular Septal Defect (VSD) Most common congenital cardiac anomaly There is a hole between the two ventricles Hole can vary in size and location Oxygenated blood forced through hole from left ventricle to right ventricle then returns to the lungs even though it already carries oxygen Consequences Volume load causes enlargement of both ventricles and the pulmonary artery and exposes right ventricle and pulmonary arteries to high pressures
- 30. Remember:
- 32. o Small VSDs may close on their own and usually does not cause major problems. o These are the kinds that can close at any time during childhood. o A membranous VSD is found in the upper portion of the interventricular septum. o A muscular VSD is found in the lower part of the septum. o Medium and large sized VSDs are unlikely to close spontaneously. o Surgery or other interventional procedures may be required to close these defects. Inlet and Outlet VSDs are less common types and are present where the blood enters or leaves the ventricles.
- 33. VSD Signs and Symptoms Heart murmur Difficulty maintaining weight Increased breathing rate Lower energy and easy tiring Ventricular Septal Defect - Animation http://www.medindia.net/animation/Ventricular_Septal_Defec
- 34. Some of the infants may show poor weight gain, shortness of breath or even bluish discoloration of the lips, nails or skin. Most of the small VSDs may go unnoticed. A murmur can be heard with a stethoscope when the baby is a few weeks old. Untreated moderate to large VSDs may lead to severe complications in a child. Heart failure may result from the constant overload of the right ventricles. Arrhythmias and Pulmonary hypertension can also be an outcome of the high volume of blood flowing through the right ventricle. It is rare that these defects can go unnoticed and so complications are rather rare.