Can you please show me a drawing on how to do the question in the image. 8. Diagram the flow of blood through the shark, frog, and rat hearts, using colored pencil toindicate oxygenated (red) or deoxygenated (blue) blood. Add labels indicating where the bloodis coming from (e.g., blood from body, blood from respiratory surface) and where going to(e.g., blood to body, blood to respiratory surface).SHARK↑ from bodyFROGRAT

Approach to solving the question: Detailed explanation:Shark: Deoxygenated blood -> gills (red)…

Answered: 8. Diagram the flow of blood through…

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter11: The Blood

Section11.1: Plasma

Problem 1CYU

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View these animations (http://openstaxcollege.org/l/coagulation) to explore the intrinsic, extrinsic, and common pathways that are involved the process of coagulation. The coagulation cascade restores hemostasis by activating coagulation factors in the presence of an injury. How does the endothelium of the blood vessel walls prevent the blood from coagulating as it flows through the blood vessels?
#3. The word root erythr/o means.?
20. Discuss the process of blood circulation and oxygenation using the diagram below. (at least 150 words) 4. In pulmonary capillaries, blood loses CO, and gains O, 3. 5. Pulmonary trunk and pulmonary arteries Pulmonary veins (oxygenated blood) Pulmonary valve 2. 6. Right ventricle Left atrium Tricuspid valve Bicuspid valve 1. Right atrium 7. Left ventricle (deoxygenated blood) Aortic valve 10. Superior Inferior 8. Aorta and Coronary sinus systemic arteries vena vena cava cava 9. In systemic capillaries, blood loses O, and gains CO, (b) Diagram of blood flow
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2. Match the component of Erythrocyte function with the proper description. Erythrocytes G. Green metabolite of heme. Hemoglobin H. Yellow-orange metabolite of heme. Heme I. Plasma protein that transports iron in Red bone marrow the bloodstream. Globin Cells that phagocytose ruptured Vitamin B12 Iron RBCS in the spleen, liver, or red bone Bilirubin marrow. Transferrin K. Brown metabolite of heme eliminated Macrophage in feces. Sterocobilin L. Organ that removes worn-out red Liver blood cells from circulation. Reticulocyte Bile M. Iron-storage protein. Kidney N. About 280 million of these molecules Erythropoietin are found in a single red blood cell. Biliverdin O. Deficiency leads to pernicious Ferritin anemia. Spleen P. Organ that eliminates bilirubin within Urobilin bile. Q. Transports the majority of oxygen A. Site of oxygen binding in hemoglobin. (98.5%) and a portion of carbon B. Hormone that stimulates dioxide (23%). erythropoiesis. R. Immature red blood cell. C. Site of…
Match The Descriptions A Vessels that carry blood away from the heart. B Vessels that carry blood towards the heart. C Helps the blood clot so that wounds can heal. D Fights microorganisms by engulfing them. E Carries dissolved nutrients, wastes and gasesWord BoxOxygenated bloodDeoxygenated bloodDiffusion of gasesVeinsWhite blood cellsBlood plasmaArteriesCapillariesBlood plateletsRed blood cells
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1 pts ments You have three patients, their names and blood pressures in mmHg is are listed below. Geddy: systolic = 130, diastolic = 100 Alex: systolic 150, diastolic = 90 ve Neil: systolic 140, diastolic = 95 Which patient has the highest mean arterial pressure? O Geddy O Alex O Neil O all are the same O MAP can not be determined by the data given in this question.
IV. Label the following parts of a blood vessel: А: D B: C: D: E: F: ARTERY 7. V. Describe the following relationships/correlations {Example: one goes pressufe inarases, Ho bressure dearease, fig 2) Resistance and Blood Flow = fesistone increases, 1) Pressure and Blood Flow %3D
Match the circulatory system component to its main role. recirculation of interstitial fluid 1. platelets clotting 2. smooth muscle tissue regulation of blood 3. red blood cells (erythrocytes) pressure 4. white blood cells (leukocytes and lymphocytes) immune response to infection 5. lymphatic ducts gas transport > >
2. Match the component of Erythrocyte function with the proper description. Erythrocytes G. Green metabolite of heme. Hemoglobin H. Yellow-orange metabolite of heme. Heme I. Plasma protein that transports iron in Red bone marrow the bloodstream. Globin Vitamin B12 J. Cells that phagocytose ruptured Iron RBCS in the spleen, liver, or red bone Bilirubin marrow. Transferrin K. Brown metabolite of heme eliminated Macrophage in feces. Sterocobilin L. Organ that removes worn-out red Liver blood cells from circulation. Reticulocyte Bile M. Iron-storage protein. Kidney N. About 280 million of these molecules Erythropoietin are found in a single red blood cell. Biliverdin O. Deficiency leads to pernicious Ferritin anemia. Spleen Urobilin P. Organ that eliminates bilirubin within bile. Q. Transports the majority of oxygen A. Site of oxygen binding in hemoglobin. (98.5%) and a portion of carbon B. Hormone that stimulates dioxide (23%). erythropoiesis. R. Immature red blood cell. C. Site of…
Hemodynamics are the dynamics of blood flow. Can the Bernoulli's equation be used to study hemodynamics in the cardiovascular system? Why or why not? You should discuss all four of the assumptions of Bernoulli's equation when answering this question. Jugular vein (also subclavian vein from arms) Pulmonary artery Superior vena cava Interior vena cava Hepatic vein Liver Hepatic portal vein Renal vein Iliac vein CO₂ CO₂ Head and arms Lungs Heart Kidneys Trunk and legs Carotid artery (also subclavian artery to arms) Pulmonary vein Aorta Hepatic artery Mesenteric arteries Digestive tract Renal artery Iliac artery

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