Chapter 11 Summary Cardiovascular System Cardiovascular disease (CVD) is a collective term for various diseases of the heart and blood vessels. The leading cause of death in the United States because it affects nearly 83 million Americans. This disease is due to the way of our life mostly. Millions of Americans smoke‚ are overweight‚ have uncontrolled high blood pressure or high cholesterol levels‚ and they don’t even know the signs of CVD. Major risk factors for cardiovascular disease that can
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Anatomy & Physiology I Instructor: Dr. Philip Wahr pwahr@monroeccc.edu Office: L117 Levels of Organization Chemical Increasing complexity Cellular Tissue Organ Organ System Organism Population Ecosystem Definitions Anatomy: Structure How do structures relate to each other? -Surface anatomy -Regional anatomy -Systemic anatomy -Comparative anatomy -Developmental anatomy/embryology -Microscopic anatomy -cytology -histology Definitions Physiology: Function -Cell physiology -Organ physiology -Systemic
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Cardiovascular Disease in the African American Community Causes‚ Preventions‚ and Treatments Cardiovascular disease (CVD) refers to the dysfunctional conditions of the heart‚ arteries‚ and veins that supply oxygen to vital life- sustaining areas of the body like the brain‚ the heart itself and other vital organs. Since the term cardiovascular disease refers to any dysfunction of the cardiovascular system there are many different diseases in the cardiovascular category‚ and many of these diseases
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Course Outline (Undergraduate): Course Title Systemic Physiology I Course Code LFS201 Faculty of Science‚ Health and Education Semester 1‚ 2011 DISABILITY AND LEARNING SUPPORT SERVICES The University offers a range of services and supports for students with a disability and it is important that these are negotiated early in the semester. Students who require alternative arrangements such as Special Exam Arrangements and assessment or study support should discuss their needs with the Disability
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Chapter 2 : Circulatory system Focus: Plants transport systems Water and mineral uptake Xylem and transport Phloem‚ sugar and translocation Keong BP An overview of plant transport system Keong BP Water and minerals uptake 1. Bulk Flow Transport via Xylem. 2. Transport of Water and Minerals into Xylem. 3. Absorption of Water and Minerals by Root Cells Keong BP 3. Absorption of Water and Minerals by Root Cells Keong BP Water and mineral uptake by the root hairs through
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importance in the continuous process of animals’ adaptation to the environment throughout evolution. When challenged with any physical task‚ the human body responds through a series of integrated changes in function that involve most‚ if not all‚ of its physiological systems. Movement requires activation and control of the musculoskeletal system; the cardiovascular and respiratory systems provide the ability to sustain this movement over extended periods. When the body engages in exercise training several
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The Cardiovascular System The heart is one the primary organs in our body. The cardiovascular (CV) system is made up of the heart‚ the blood and the vessels through which blood travels. The CV system works in sequence with the respiratory system to maintain homeostasis. The heart acts as a pump which move the blood through the blood vessels to the tissues and organs of the body. This allows the CV system to help maintain homeostasis by enabling it to carry out its four major functions
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1. Why do we need a cardiovascular system? Because we need to get oxygen through our system. 2. Make sure you know which circuits the left and right heart pump into (pulmonary or systemic). Also know the status of blood (fully oxygenated or not) at -the aorta: Left‚systematic‚ and fully oxygenated. -a pulmonary vein: Left side‚ pulmonary‚ and fully oxygenated. Goes from the right side of the body(heart) into the (left) pulmonary veins then goes to the left atrium then to the left ventricle then
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Maykenzie Joy Freeman Health Cardiovascular Disease 3/30/2014 Cardiovascular Disease Assignment 1. Trace the path of a drop of blood from the time it enters the vena cava until it reaches your little finger. Be sure to include the types of blood vessels involved. Deoxygenated blood enters the right atrium from superior and inferior vena cava after having been circulated through the body. ----------------------- From the right atrium‚ blood moves to the right ventricle and is pumped through
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Erythrocytes Survive 120 Days Hemoglobin * Globin: 4 folded polypeptide chains * Heme: Iron group in each polypeptide that binds 02 Enzymes: * Glycolytic: generate energy through glycolysis due to lack of mitochondria * Carbonic anhydrase: for transport of CO2 into HCO3 Erythropoiesis: * regeneration of new cells in the bone marrow Erythropoietin (hormone): * when kidneys detect not enough 02 they secrete this hormone which stimulates erythropoiesis‚ increasing 02 capacity
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