metaye yotelu Labeling Exercises125ятеLABELING EXERCISE 6-2: ELECTRICAL CONDUCTION SYSTEMOF THE HEART (Textbook Figure 6-3) augaloodixT) BRUTOU1. Write the name of each numbered structure of the electrical conduction system on the corresponding numbered line. Write thenames of hollow spaces and vessels that contain deoxygenated blood blue and those that contain oxygenated blood in red.2. Color the structures in the drawing that conduct electrical impulses yellow. Color the vessels and structures that carrydeoxygenated blood blue, and those that carry oxygenated blood red.amul ads be loeasy boold botsys3. Place a star on the drawing next to the number of the structure that originates the electrical impulse.1.2.3.4.5.25woll boold to mousshib si inses78of zod109Adapted from Cohen BJ, Hull KL. Study Guide for Memmler's The Human Body in Health and Disease. 14th ed. Burlington, MA: Jones & Bartlett Learning: 2019:2746.7.8.9.10.

The electrical conduction system of the heart coordinates the rhythmic contraction of the heart…

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Comprehensive Medical Terminology

4th Edition

ISBN:9781133478850

Author:Jones

Publisher:Jones

Chapter10: The Cardiovascular System

Section: Chapter Questions

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States) Show your workl 1. Juan has a cardiac output (CO) of 6000 mL per minute at rest. He has a resting heart rate (HR) of 60 beats/min. What is his stroke volume? I 2. Ejection fraction is the percentage of blood pumped out of the ventricles (EDV) with each heartbeat (see formula below). If Juan's EDV is 150 mL, what is his ejection fraction? Ejection Fraction = Stroke volume End diastolic volume X 100 3. Juan went for a walk and his heart rate climbed to 110 beats/min. his EDV decreased to 125 mL and his ejection fraction was 80%. What was his cardiac output? E Focus
Exercise No. 7 1. Give the normal differential count of the different blood cells seen. 2. Briefly define the following: a. Crenation b. Hemolysis - c. Rouleaux formation - Exercise No. 8 1. Differentiate the three (3) types of muscles; tabulated form. 2. Define the sarcoplasmic triad. Where can it be found? 3. What is an intercalated disc? Exercise No. 9 1. What are neuroglial cells? 2. Differentiate axon and dendrite. 3. What are other nerve endings?
MInbox (4,114) - flouis MLooking for a passw G An anterior view of ti ea X S Exercise 30 review: ownloads/Anatomy%20of%20the%20Heart.pdf 3/3 140% Review Sheet 30 447 9. Starting with the right atrium, trace a drop of blood through the heart and lungs, naming the following structures: aorta, aor- tic valve, left atrium, left ventricle, mitral valve, pulmonary arteries, pulmonary capillaries, pulmonary valve, pulmonary trunk, pulmonary veins, right atrium, right ventricle, and tricuspid valve. 1. 8. 9. 3. 10. 4. 11. 12. 6. 13. 7. 2. 5.
EXERCISE Anatomy of Blood Vessels Lab Time/Date Name Microscopic Structure of the Blood Vessels 1. Cross-sectional views of an artery and of a vein are shown here. Identify each; on the lines to the sides, note the structural details that enabled you to make these identifications: 1 (vessel type) (vessel type) (a) (a) (b) (b) Now describe each tunic more fully by selecting its characteristics from the key below and placing the appropriate key letters on the answer lines. Tunica externa Tunica media Tunica intima Key: a. d. regulates blood vessel diameter b. e contains smooth muscle and elastin C. f. has a smooth surface to decrease resistance to blood flow & 4 8 J innermost tunic most superficial tunic thin tunic of capillaries 3 A W S E D R F T G Y H
Date Pre-Lab Exercise 12-3 Pathway of Blood Flow through the Heart Answer the following questions about the pathway of blood flow through the heart. Use your textbook and Exercise 12-1 in this unit for reference. 1. Regarding veins: a. Where do veins carry blood? deoxygenated? b. Is this blood generally oxygenated or c. Does this rule have any exceptions? If yes, where? 2. Regarding arteries: a. Where do arteries carry blood? Is this blood generally oxygenated or deoxygenated? c. Does this rule have any exceptions? If yes, where? 3. Where does each atrium pump blood when it contracts? Right atrium: a. b. Left atrium: 4. Where does each ventricle pump blood when it contracts? a. Right ventricle: b. Left ventricle:
The cardiac cycle consists of a distinct relaxation and contraction phase. Which term is typically used to refer ventricular contraction while no blood is being ejected? systole diastole quiescent isovolumic contraction
2. 3. 4. metaye Labeling Exercises LABELING EXERCISE 6-8: LEG VEINS (Textbook Figure 6-19) Write the name of each numbered structure on the corresponding numbered line. 131 SAJ (8-8 eldsT xoodixoT) 5 Wolters Kluwer. 5. 6. 7. 8.
Coloring Exercises: Wall and Coverings of the Heart Use colored pens or pencils to shade in both the figure and the labels, Each red mumeral in the figure corresponds to a matching fed mu- meral following the appropriate label. Wall of the Heart ENDOCARDIUM, MYOCARDIUM 2 EPICARDIUM 3 Coverings of the Heart SEROUS PERICARDIUM 4 VISCERAL PERICARDIUM3 PERICARDIAL SPACE 5 PARIETAL PERICARDIUM 6 FIBROUS PERICARDIUM7 DIAPHRAGM 8 3 FIGYRE 35-2 The wall and coverings of the human heart.
Arteries Label the arterial diagrams depicted in Figure 12.2A-B with the following terms from Exercise 12-2. Use your text and Exercise 12-2 in this unit for reference. Note that these diagrams are presented in color to facilitate identification of the vessels. Arteries of the Upper Limbs O Subclavian artery O Axillary artery O Brachial artery O Radial artery O Ulnar artery Arteries of the Head and Neck O Common carotid artery O Vertebral artery Arteries of the Trunk O Aorta O Ascending aorta O Aortic arch O Abdominal aorta O Brachiocephalic artery O Celiac trunk O Splenic artery O Left gastric artery O Common hepatic artery O Superior mesenteric artery O Renal artery O Inferior mesenteric artery O Common iliac artery Arteries of the Lower Limbs O External iliac artery O Femoral artery O Popliteal artery O Anterior tibial artery O (1) Dorsalis pedis artery O Posterior tibial artery A he ahdomon
Label the arterial diagrams depicted in Figure 12.2A-B with the following terms from Exercise 12-2. Use your text and Exercise 12-2 in this unit for reference. Note that these diagrams are presented in color to facilitate identification of the vessels. Arteries of the Upper Limbs O Subclavian artery O Axillary artery O Brachial artery O Radial artery O Ulnar artery Arteries of the Head and Neck O Common carotid artery O Vertebral artery Arteries of the Trunk O Aorta O Ascending aorta O Aortic arch O Abdominal aorta O Brachiocephalic artery O Celiac trunk O Splenic artery O Left gastric artery O Common hepatic artery O Superior mesenteric artery O Renal artery O Inferior mesenteric artery O Common iliac artery Arteries of the Lower Limbs O External iliac artery O Femoral artery O Popliteal artery O Anterior tibial artery O (1) Dorsalis pedis artery O Posterior tibial artery B FIGURE 12.2 Major arteries: (A) of the body; (B) of the ahdomon
< 11:22 My Files Lecture13Activities U.pdf Superior vena cava Activity 2 Sheep Heart Dissection Pre-lab Use the following link to label the pictures below: https://www.youtube.com/watch?v=-ZbXiOrlFJI ← Chordae tendinae Chordae tendinae Left anterior descending artery Diagonal branch PRO ☑ ☑ Nils Tack |||
Exercise: Concept diagram. Trace the flow of blood through the heart. Fill in the diagram using the terms in the box. Write your answer on a separate sheet of paper. Pulmonary veins Left ventricle Bicuspid Valve Superior and inferior vena Aorta Pulmonary arteries Left atrium Right atrium Tricuspid valve Lungs cavae Right ventricle K. sEO ILOIO CTY IN H. G

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