Please explain blood flow through your body in a flow diagram format (do not put a picture of heart or write a paragraph). Start and end at the inferior/superior vena cava. (HINT: make sure you mention all the valves within the heart and where does blood go from deoxygenated to oxygenated and vice versa).
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Please explain blood flow through your body in a flow diagram format (do not put a picture of heart or write a paragraph). Start and end at the inferior/superior vena cava. (HINT: make sure you mention all the valves within the heart and where does blood go from deoxygenated to oxygenated and vice versa).
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- Trace the journey of a drop of blood starting from the right atrium, continuing to the right thumb, and returning to the right atrium. This would include a trip through the heart. Be sure to identify both the arterial and venous vessels as well as all of the relevant structures within the heart. Considering the online nature of this exam, drawings are not required. Simply type in the order of structures with a dash (-) between structures.In the image attached help me locate the anterior ventricular artery and draw a thrombosis in that artery and then shade the area of the heart that would experience a myocardial infarction. ThanksPut in Order (rearrange these structures in the order in which blood passes through them in a circuit from the heart to the foot and back; the first one is done for you) abdominal aorta anterior tibial artery anterior tibial vein aortic arch ascending aorta common iliac vein common iliac artery external iliac artery external iliac vein femoral artery femoral vein foot inferior vena cava popliteal artery popliteal vein right atrium thoracic aorta
- Identify if the statements are TRUE or FALSE. TRUE FALSE STATEMENT The sinoatrial node is situated in the wall of the interventricular septum. Left ventricle ->Left atrium ->Right ventricle ->Right atrium is the correct sequence for blood entering the heart through the vena cavae and leaving through the aorta. The outermost of the three layers of the heart is supracardium. A stenosis of the bicuspid valve might cause blood to back up into the venae cavae. The valve that is located on the same side of the heart as the pulmonary semilunar valve is the mitral valve. Angina pectoris is the comprehensive term for heart attack. Cutting the vagus nerves where they innervate the heart would increase the heart rate. During the ventricular contraction all the blood is forced out of the ventricles. At late diastole, the atria and ventricles are relaxed and the aortic…NOTES and the left side serving the systemic circuit. In Figure 16-15, complete the schematic showing the blood flow to and from the heart (the starting points are given to you). Use a blue pen or pencil to denote the direction of deoxygenated blood and a red pen or pencil for oxygenated blood flow. Include the names of the major vessels, chambers, and valves involved, based on the following list: lung capillary beds body capillary beds right ventricle left ventricle bicuspid valve superior vena cava tricuspid valve inferior vena cava pulmonary semilunar valve pulmonary trunk aortic semilunar valve R. and L. pulmonary arteries R. and L. pulmonary veins aorta Pulmonary Circulation Systemic Circulation Right atrium Left atrium URA--YCK HAT Lungs Body Figure 16-15. Schematic of circulationBlood Pathway Trace the pathway of blood into and through the heart and back, then out of the aorta. Name the structures it passes through the way. Write your answers in the flow chart provided below. Pick your answers from the word bank and answer the guide questions. WORD BANK Inferior Vena Cava Superior Vena Cava Tricuspid Valve Bicuspid Valve Right Atrium Left Atrium Left Ventricle Right Ventricle Pulmonary Artery Pulmonary Vein Pulmonary Valve Aortic Valve Aorta 1 12 7 11 13 10 6 3
- Put in Order (rearrange these structures in the order in which blood passes through them in a circuit from the heart to the foot and back; the first one is done for you) 1. Left Ventricle abdominal aorta anterior tibial artery anterior tibial vein aortic arch ascending aorta common iliac vein common iliac artery external iliac artery external iliac vein femoral artery femoral vein foot inferior vena cava popliteal artery popliteal vein right atrium thoracic aortaUse the list of terms to label the accompanying illustration of the heart. Check off each term as you label it. I. O left ventricle O pulmonary valve O pulmonary trunk O right atrium O right ventricle aorta O mitral (bicuspid) valve O superior vena cava O aortic valve O tricuspid valve O left atrium( put the items in the correct order) You are a Red Blood Cell traveling through the heart. Starting in the Right Atrium . . . . where do you go next? (end in the right atrium) 1 left ventricle 2 left atrium 3 pulmonary valve 4 rt & lt pulmonary veins 5 right ventricle 6 venules 7 aortic valve 8 aorta 9 arterioles 10 lungs 11 mitral valve 12 capillaries 13 right atrium 14 tricuspid valve 15 arteries 16 rt & lt pulmonary arteries 17 veins
- Place the initials for each chamber over the Xs on the heart and then drag each blood vessel to its correct arrow. aorta RV superior vena cava LV fossa ovalis RA coronary sinus tricuspid valve left pulmonary artery pulmonary valve pulmonary trunkColor the heart structures in the following figure; use the colors suggested or choose your own. Then identify each of the heart's four valves (noted by the letters A through D in the figure) and describe the function of each; use the spaces provided. IV. • Right atrium: Dark blue • Right ventricle: Light blue • Left atrium: Light red • Left ventricle: Dark red Interventricular septum: Yellow • Tendinous cords (chordae tendineae): Black • Papillary muscle: Brown • Interatrial septum: Orange Heart valves and functions: 1. II. II. IV. B 이이Fill in the blanks with the name of the correct blood vessels/structures for the path of a red blood cell that begins in the pulmonary vein and ends in the right atrium travelling through the brain. Instructions: Drag and drop the names below into the blanks and click save. pulmonary vein --> jugular artery jugular vein left atrium inferior/posterior vena cava carotid vein coronary artery superior/anterior vena cava tricuspid valve (right AV valve) pulmonary artery subclavian vein left ventricle subclavian artery aortic semilunar valve aorta mitral valve (left AV valve) brain capillaries carotid artery 소소 --> right atrium