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Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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artery (blood vessels that take blood away from the heart; arteries take blood to an organ/tissue) veln (blood vessels that take blood to the heart; veins drain blood from an organ/tissue) venous valves tunica interna (TOO-ni-ka in-TER-nah) (also called tunica intima in-Tl-ma) (This is the innermost layer of a blood vessel wall. It is made of endothelium-simple squamous epithelium) and a subendothelial layer of areolar connective tissue) endothelium (this is a layer of simple squamous cells that line the inside of all blood vessels; it allows the smooth flow of blood (prevents turbulent blood flow) subendothelium (this is a layer of areolar connective tissue "under" the endocthelium; it allows the smooth flow of blood (prevents turbulent blood flow) internal elastic lamina (LAM-i-na) (This is one of two layers of elastic fibers found only in muscular arteries-not elastic arteries. This layer separates the tunica intima from the tunica media. This layer is very thin or absent in veins.) tunica media TOO-ni-ka MĒ-dē-a) (This is the middle layer of a blood vessel wall. It is made of circularly arranged layers of smooth muscle cells.) external elastic lamina (LAM-i-na) (This is one of two layers of elastic fibers found only in muscular arteries-not elastic arteries. This layer separates the tunica media from the tunica externa. This layer is very thin or absent in veins.) tunica externa (TOO-ni-ka eks-TER-na) (also called tunica adventitia) (This is the outermost layer of a blood vessel wall. It is made of areolar connective tissue with elastic and collagen fibers. This layer helps anchor the blood vessel to other structures.) I=
Transcribed Image Text:artery (blood vessels that take blood away from the heart; arteries take blood to an organ/tissue) veln (blood vessels that take blood to the heart; veins drain blood from an organ/tissue) venous valves tunica interna (TOO-ni-ka in-TER-nah) (also called tunica intima in-Tl-ma) (This is the innermost layer of a blood vessel wall. It is made of endothelium-simple squamous epithelium) and a subendothelial layer of areolar connective tissue) endothelium (this is a layer of simple squamous cells that line the inside of all blood vessels; it allows the smooth flow of blood (prevents turbulent blood flow) subendothelium (this is a layer of areolar connective tissue "under" the endocthelium; it allows the smooth flow of blood (prevents turbulent blood flow) internal elastic lamina (LAM-i-na) (This is one of two layers of elastic fibers found only in muscular arteries-not elastic arteries. This layer separates the tunica intima from the tunica media. This layer is very thin or absent in veins.) tunica media TOO-ni-ka MĒ-dē-a) (This is the middle layer of a blood vessel wall. It is made of circularly arranged layers of smooth muscle cells.) external elastic lamina (LAM-i-na) (This is one of two layers of elastic fibers found only in muscular arteries-not elastic arteries. This layer separates the tunica media from the tunica externa. This layer is very thin or absent in veins.) tunica externa (TOO-ni-ka eks-TER-na) (also called tunica adventitia) (This is the outermost layer of a blood vessel wall. It is made of areolar connective tissue with elastic and collagen fibers. This layer helps anchor the blood vessel to other structures.) I=
Blood Label the layers and sublayers of the blood vessels below. CLEAN UP: 1. When you have completed the lab, please look around the lab room and make sure all models, medical tape, sharpies, slide trays, etc. have been returned to the correct place in lab. 2. Wipe down your table as needed. 3. Scoot in your chair.
Transcribed Image Text:Blood Label the layers and sublayers of the blood vessels below. CLEAN UP: 1. When you have completed the lab, please look around the lab room and make sure all models, medical tape, sharpies, slide trays, etc. have been returned to the correct place in lab. 2. Wipe down your table as needed. 3. Scoot in your chair.
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