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Organization of Skeletal Muscles 17 A Matching Match each term in the left column with its...
PART A: Assessments match the terms in column A with the definitions in column B. Place...
PART A: Assessments match the terms in column A with the definitions in column B. Place the letter of your choice in the space provided.12 Column A Column B a. Endomysium 1. Protein that comprises part of the thin filament with actin b. Epimysium 2. Cytoplasm of a muscle fiber c. Fascia d. Fascicle 3. Connective tissue located between adjacent muscles e. Myosin 4. Layer of connective tissue that separates a muscle into small bundles called f. Perimysium fascicles g....
Name Lab Partner 1. Part A Match the term with its correct description A. Sarcolemma B....
Name Lab Partner 1. Part A Match the term with its correct description A. Sarcolemma B. Sarcomere C. Sarcoplasm D. Sarcoplasmic reticulum E. Endomysium F. Perimysium G. Epimysium H. Fascicle 1. Tendon Attaches muscle to bone Component of thick filament Component of thin filament Cytoplasm of a muscle cell Functional unit of a myofibril Cell membrane of a muscle cell Bundle of muscle fibers Produces ATP for muscle contraction Connective tissue that surrounds an individual muscle fiber Connective tissue that...
236 UNIT 12 introduction to Muscularsstern MusceTissue 2. Match each of the following terms with its...
236 UNIT 12 introduction to Muscularsstern MusceTissue 2. Match each of the following terms with its description/function: transverse tubule l. connective tissue wrapping around a muscle fiber sarcoplasmic reticulum 2. organelle packed with myofilaments epimysium transverse tubule and its flanking terminalcisternae d. thin filament 4 invagination of the sarcolemma 5. connective tissue wrapping around fascicle myofibril 6. the region of sarcolemma across from the axon terminal f triad at the neuromuscular junction endomysium 7. consists of actin, troponin, and tropomyosin...
7. Use the key to label the structures on the thoracic region of the vertebral column....
7. Use the key to label the structures on the thoracic region of the vertebral column. Key: a b. C. d. e intervertebral discs intervertebral foramina spinous prosesses thoracic vertebrae transverse processes Instructors may assign a portion of the Review Sheet questions using Mastering ABP EXERCISE REVIEW SHEET Microscopic Anatomy and Organization of Skeletal Muscle Name Lab Time Date Skeletal Muscle Cells and Their Organization into Muscles 1. Use the items in the key to correctly identify the structures described...
?Ex 17HW Core Lab Coaching Activity: Organization of Skeletal Muscles View Available Hint(s) Reset Help Z...
?Ex 17HW Core Lab Coaching Activity: Organization of Skeletal Muscles View Available Hint(s) Reset Help Z band or line myofibrils myosin T tubules sarcoplasmic reticulum troponin collagenous connective tissue layer surrounding the muscle. calcium storage site in skeletal muscles. rodlike structures that extend the length of the muscle fibers containing thin and thick filaments tubelike structures connecting the sarcolemma to the interior of the muscle fiber tendon : two terminal cisternae and a T tubule in the middle. triad tropomyosin...
1. (2 points) If you were given a microscope slide with an unknown type of muscle...
1. (2 points) If you were given a microscope slide with an unknown type of muscle tissue, what features would you look for to determine whether the tissue was smooth muscle or skeletal muscle? Give 2 characteristics that would allow you to distinguish between these tissue types. Be sure to state which type of muscle has the characteristics you describe.) 2. Give 3 examples of different types of connective tissues found within the body and briefly note one function of...
Matching Match each term in column I to its description in column II. Column 1 Column...
Matching Match each term in column I to its description in column II. Column 1 Column II 1. Cryptorchidism A. Sexual drive 2. Intravenous pyelogram B. Urine held in the bladder; inability to empty the bladder 3. Orchiectomy C. Swelling and/or inflammation of the glans penis Hypogonadism D. Undescended testicle 5. Retention E. X-ray study of the kidneys, ureter, and bladder using a contrast medium 6. Transurethral resection F. A prolonged erection lasting more than 4 hours that may occur...
B. Matching Match each term listed on the left with its correct description on the right....
B. Matching Match each term listed on the left with its correct description on the right. 1. renal papilla 2. cortex 3. renal pelvis 4. renal sinus 5. renal pyramid A. sac-like cover of kidney B. space within kidney containing renal pelvis C. concave region of kidney surface D. receives urine from renal papilla E. tissue between adjacent pyramids E F. transports urine to bladder -6. urogenital sinus G. drains minor calyx 7. renal column 8. fibrous capsuleH. main structure...
7. (6 points) Matching: Match each term with the correct definition. A. Located between the left...
7. (6 points) Matching: Match each term with the correct definition. A. Located between the left ventricle and the aorta B. Located between the left atrium and left ventricle 1. Myocardium 2. Parietal pericardium 3. Tricuspid valve 4. Aortic valve 5. Papillary muscles 6. Pulmonary veins F. Bring(s) deoxygenated blood to the lungs 7. Mitral valve 8. Visceral pericardium H. Vein of the coronary circulation 9. Pulmonary trunk l. Outer layer of the serous pericardium 10. Coronary sinusJ. Thread-like structure(s)...
PART A: Assessments match the terms in column A with the definitions in column B. Place the letter of your choice in the space provided.12 Column A Column B a. Endomysium 1. Protein that comprises part of the thin filament with actin b. Epimysium 2. Cytoplasm of a muscle fiber c. Fascia d. Fascicle 3. Connective tissue located between adjacent muscles e. Myosin 4. Layer of connective tissue that separates a muscle into small bundles called f. Perimysium fascicles g....
Name Lab Partner 1. Part A Match the term with its correct description A. Sarcolemma B. Sarcomere C. Sarcoplasm D. Sarcoplasmic reticulum E. Endomysium F. Perimysium G. Epimysium H. Fascicle 1. Tendon Attaches muscle to bone Component of thick filament Component of thin filament Cytoplasm of a muscle cell Functional unit of a myofibril Cell membrane of a muscle cell Bundle of muscle fibers Produces ATP for muscle contraction Connective tissue that surrounds an individual muscle fiber Connective tissue that...
236 UNIT 12 introduction to Muscularsstern MusceTissue 2. Match each of the following terms with its description/function: transverse tubule l. connective tissue wrapping around a muscle fiber sarcoplasmic reticulum 2. organelle packed with myofilaments epimysium transverse tubule and its flanking terminalcisternae d. thin filament 4 invagination of the sarcolemma 5. connective tissue wrapping around fascicle myofibril 6. the region of sarcolemma across from the axon terminal f triad at the neuromuscular junction endomysium 7. consists of actin, troponin, and tropomyosin...
7. Use the key to label the structures on the thoracic region of the vertebral column. Key: a b. C. d. e intervertebral discs intervertebral foramina spinous prosesses thoracic vertebrae transverse processes Instructors may assign a portion of the Review Sheet questions using Mastering ABP EXERCISE REVIEW SHEET Microscopic Anatomy and Organization of Skeletal Muscle Name Lab Time Date Skeletal Muscle Cells and Their Organization into Muscles 1. Use the items in the key to correctly identify the structures described...
?Ex 17HW Core Lab Coaching Activity: Organization of Skeletal Muscles View Available Hint(s) Reset Help Z band or line myofibrils myosin T tubules sarcoplasmic reticulum troponin collagenous connective tissue layer surrounding the muscle. calcium storage site in skeletal muscles. rodlike structures that extend the length of the muscle fibers containing thin and thick filaments tubelike structures connecting the sarcolemma to the interior of the muscle fiber tendon : two terminal cisternae and a T tubule in the middle. triad tropomyosin...
1. (2 points) If you were given a microscope slide with an unknown type of muscle tissue, what features would you look for to determine whether the tissue was smooth muscle or skeletal muscle? Give 2 characteristics that would allow you to distinguish between these tissue types. Be sure to state which type of muscle has the characteristics you describe.) 2. Give 3 examples of different types of connective tissues found within the body and briefly note one function of...
Matching Match each term in column I to its description in column II. Column 1 Column II 1. Cryptorchidism A. Sexual drive 2. Intravenous pyelogram B. Urine held in the bladder; inability to empty the bladder 3. Orchiectomy C. Swelling and/or inflammation of the glans penis Hypogonadism D. Undescended testicle 5. Retention E. X-ray study of the kidneys, ureter, and bladder using a contrast medium 6. Transurethral resection F. A prolonged erection lasting more than 4 hours that may occur...
B. Matching Match each term listed on the left with its correct description on the right. 1. renal papilla 2. cortex 3. renal pelvis 4. renal sinus 5. renal pyramid A. sac-like cover of kidney B. space within kidney containing renal pelvis C. concave region of kidney surface D. receives urine from renal papilla E. tissue between adjacent pyramids E F. transports urine to bladder -6. urogenital sinus G. drains minor calyx 7. renal column 8. fibrous capsuleH. main structure...
7. (6 points) Matching: Match each term with the correct definition. A. Located between the left ventricle and the aorta B. Located between the left atrium and left ventricle 1. Myocardium 2. Parietal pericardium 3. Tricuspid valve 4. Aortic valve 5. Papillary muscles 6. Pulmonary veins F. Bring(s) deoxygenated blood to the lungs 7. Mitral valve 8. Visceral pericardium H. Vein of the coronary circulation 9. Pulmonary trunk l. Outer layer of the serous pericardium 10. Coronary sinusJ. Thread-like structure(s)...
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