Know More About Heart Transplantation
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A heart transplant is surgery to remove a person's diseased heart and replace it with a healthy heart from a deceased donor
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The document provides information about the structure and function of the human heart. It discusses the four chambers of the heart, including the right and left atria and ventricles. It also describes the heart valves that prevent backflow of blood, including the tricuspid, bicuspid, pulmonary, and aortic valves. Furthermore, it explains the conduction system of the heart and how electrical signals cause the heart to contract and pump blood through the cardiovascular system. Lastly, it gives an overview of electrocardiography and the use of ECGs to evaluate the heart's electrical activity.
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The heart functions as a double pump to circulate blood through the body via the systemic and pulmonary circulations. It maintains blood pressure and pumps oxygenated blood and vital substances to different body parts. The heart's conduction system coordinates the contraction of cardiac muscle cells. It begins with the sinoatrial node generating spontaneous impulses at 72 beats/min which propagate through atrial pathways to both atria. The atrioventricular node then slows conduction to the bundle of His and Purkinje system to coordinate atrial and ventricular contractions and maintain an orderly heartbeat.
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The heart has four chambers divided by a septum. It pumps blood through two circuits - pulmonary and systemic. Each heartbeat consists of three phases: atrial systole where the auricles contract and push blood into the ventricles, ventricular systole where the ventricles contract and pump blood out, and joint diastole where all chambers relax simultaneously. The heart beats 60-72 times per minute in adults with each cycle lasting around 1 second total.
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The document discusses the anatomy and function of the human heart. It describes how the heart is located in the chest behind the lungs and tilted towards the left. It has four chambers - two atria which receive blood and two ventricles which pump blood out of the heart. The heart works through electrical signals which cause the heart walls to contract and pump blood to the lungs and body. The document also discusses how heart disease is the leading cause of death and is often caused by high cholesterol blocking arteries.
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The document summarizes the development of the human cardiovascular system from early embryonic stages through adulthood. It describes how the primitive heart tube forms and begins to loop, resulting in the formation of chambers. Key events include atrial and ventricular septation, as well as the formation of valves. The conduction system and role of the heart in circulating blood is also overviewed. Throughout development, the human heart resembles that of different animal hearts as complexity increases.
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Arrhythmia refers to any abnormal heart rhythm that causes the heart to beat too fast, too slowly, or irregularly, preventing it from pumping blood effectively. This can damage organs if not corrected. Arrhythmia can be caused by conditions like coronary artery disease, electrolyte imbalances, heart muscle changes after injury or surgery. There are different types of arrhythmias such as atrial fibrillation and premature atrial contractions. A Holter monitor continuously records heart activity over 24-48 hours to evaluate rhythms that may come and go, while cardiac catheterization provides information on heart function and identifies blockages for treatment. Both procedures generally have low risks.
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This document provides an overview of the cardiovascular system and anatomy of the heart. It discusses the key components of the heart including the four chambers, valves, layers of the heart wall, conduction system, and blood flow pathways. The cardiac cycle and factors that influence cardiac output like heart rate and stroke volume are also summarized. The learning objectives are to understand the structure and functions of the heart and cardiovascular system.
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The document discusses the cardiac conduction system and the path of nerve impulses through the heart to cause contraction. It describes the key parts of the conduction system including the sinoatrial node, atrioventricular node, and bundles that transmit signals to make the atria and ventricles contract in the correct sequence. The cardiac cycle and details of both diastole and systole are explained, including how pressure changes and valve openings cause blood to passively fill and then be ejected from the heart.
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The document discusses blood pressure and the factors that affect it. It explains that blood pressure is highest during systole when the heart ventricles contract and pump blood, and lowest during diastole when the ventricles relax. It also notes that elastic blood vessels help regulate blood pressure by stretching during systole to absorb some pumping force and gradually returning to normal size during diastole to maintain low pressure. Finally, it lists the main factors that can influence blood pressure: cardiac output, blood volume, resistance in blood vessels, and blood viscosity.
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The document describes the anatomy and structure of the cardiovascular system, including the heart and blood vessels. It details the layers that make up the heart walls and pericardium. It explains the coronary circulation that supplies blood to the heart muscle and lists the major arteries and veins involved in systemic and pulmonary circulation. Key anatomical features like heart valves and chambers are defined along with common congenital defects. Microscopic views of heart muscle and blood vessels are provided.
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This document summarizes the structure and function of the heart and its specialized tissues. It discusses how the heart is a muscular pump composed of cardiac muscle tissue. It describes how cardiac muscle forms syncytium connected by intercalated discs that allow electrical signals to spread between cells. It explains that the heart is myogenic, with pacemaker cells in the sinoatrial node that spontaneously depolarize, initiating an electrical impulse that spreads through pathways to contract the atria and ventricles in a coordinated manner. It outlines the roles of the sinoatrial node, atrioventricular node, bundle of His, and Purkinje fibers in conducting the electrical signal throughout the heart.
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The document provides an overview of the cardiovascular system, including:
- The heart which consists of four chambers and pumps blood through two separate pumps to the lungs and body.
- Key structures of the heart including the pericardium, papillary muscles, chordae tendinae, and heart valves.
- The conduction system which generates electrical signals to coordinate heart contractions including the sinoatrial node, atrioventricular node, and Purkinje fibers.
- Blood flow through the heart in the normal cardiac cycle with events of ventricular filling, contraction and ejection.
Cardiac cycle
The cardiac cycle consists of five main mechanical events: late diastole, atrial systole, isovolumetric ventricular contraction, ventricular ejection, and isovolumetric ventricular relaxation. During late diastole, the atrioventricular valves are open and the ventricles fill passively with blood from the atria. Atrial systole then provides a small, additional filling of the ventricles before they contract. Isovolumetric contraction occurs as the ventricles contract without a change in volume prior to the opening of the semilunar valves. Ventricular ejection follows as the ventricles pump blood into the arteries. Isovolumetric relaxation happens as the ventricles relax without a
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The document discusses the anatomy and physiology of the heart and cardiac cycle. It describes the heart as having four chambers that pump blood through two circulations - pulmonary and systemic. The cardiac cycle involves electrical and mechanical events in the atria and ventricles over one heartbeat, including atrial systole, ventricular systole and diastole. Key phases and timing are explained. Heart sounds are produced by valve openings and closings.
Cardiac cycle
The cardiac cycle refers to the alternating contraction and relaxation of the heart's chambers during one heartbeat. It involves two main phases: systole, when the ventricles contract, and diastole, when the ventricles relax and refill with blood. The cycle is precisely coordinated by electrical signals from the heart's conduction system and involves the opening and closing of valves between the chambers.
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The coronary circulation
The coronary circulation refers to the blood vessels that supply and drain the heart. The heart receives its blood supply from two coronary arteries - the left and right coronary arteries. The left coronary artery supplies the left side of the heart including parts of the left atrium and ventricle. It branches into the anterior interventricular artery and circumflex artery. The right coronary artery supplies the right side of the heart and parts of the left side. It has branches like the right marginal artery and posterior interventricular artery. Deoxygenated blood from the heart drains into the coronary sinus and other cardiac veins before emptying into the right atrium.
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The heart is the center of the circulatory system and acts as a pump to circulate blood throughout the body. It has four chambers - the right and left atria which receive blood, and the right and left ventricles which pump blood out of the heart. The heart has valves that ensure blood flows in only one direction, with the right side pumping deoxygenated blood to the lungs and the left side pumping oxygenated blood from the lungs to the rest of the body.
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The document provides an overview of the human circulatory system, including:
- The heart pumps blood through vessels in a double circulatory system, with the pulmonary and systemic circuits.
- The heart has four chambers, with the right atrium and ventricle pumping to the lungs and the left pumping to the body. It is located in the mediastinum.
- Blood flows through one-way valves between the atria and ventricles, and into the pulmonary trunk and aorta.
- The cardiac conduction system coordinates heart chamber contractions for efficient blood flow.
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Anatomy unit 3 cardio and respiratory systems cardiac conduction notes
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Cardiac Transplant
A heart transplant, or cardiac transplant, is a surgical procedure performed on patients with end-stage heart failure or severe coronary artery disease when other treatments have failed. The donor heart is matched to the recipient by blood type and body size. During the surgery, which lasts around four hours, the recipient's heart is removed and replaced with the donor heart. After the transplant, the recipient must take immunosuppressive medications to prevent rejection of the new heart. Recovery from a heart transplant can take up to six months.
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A heart transplant involves removing a diseased heart and replacing it with a healthy donor heart. It is a complex three-stage surgery where the donor heart is first removed, then the recipient's heart, and finally the donor heart is implanted. After surgery, patients undergo rehabilitation and lifelong immunosuppressant drugs to prevent rejection while monitoring for complications. Though risky, transplant significantly increases survival for end-stage heart failure patients compared to just medical treatment.
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Know More About Heart Transplantation
- 1. Know More About Heart Transplantation
- 2. What is a Heart Transplant? A heart transplant is surgery to remove a person's diseased heart and replace it with a healthy heart from a deceased donor. Most heart transplants are done on patients who have end-stage heart failure. Heart failure is a condition in which the heart is damaged or weak.
- 3. What happens during a heart transplant? A heart transplant requires open heart surgery and a stay in a hospital. Procedures may vary depending on your condition and your healthcare provider's practice.
- 4. The donor heart’s left atrium is sewn onto recipient's left atrium The surgeon will begin by exposing the chest cavity through a cut in the ribcage. The surgeon will then open the pericardium (a membrane that covers the entire heart) in order to remove your diseased heart. The back part of your own left atrium will be left in place, but the rest of the heart will be removed.
- 5. The donor heart’s right atrium is sewn onto the superior and inferior vena cava. Your new heart will be carefully trimmed and sewn to fit the remaining parts of your old heart. This transplant method is called an "Orthotopic procedure". This is the most common method used to transplant hearts.
- 6. The transplanted heart with sutures You will be given medications both before and during the operation to prevent you from rejecting the new heart. After the operation, you will be taken to a special unit and hospital floor for recovery.
- 7. Conclusion You will stay in the hospital until your doctor believes you are ready to go home. How long you stay in the hospital will depend on the following factors: Your health How well the new heart is working Your ability to learn to take care of your new heart transplant
- 8. Follow us on Social Media Reach us at: www.carehospitals.com
- 9. Thank You.