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Layers of bone matrix around blood vessels Concentric lamellae [Choose ] Concentric lamellae Interstitial lamellae "Residences" of osteocytes Lacunae Osteon Circumferential lamellae Longitudinal canals running parallel to the diaphysis, carrying blood vessels and nerves Central canals Canaliculi Perforating canals Trabeculae Layers of bone matrix on the outer or inner surface of the bone Tiny canals, connecting lacunae Canaliculi "Leftover" layers between osteons [Choose] Lamellae in an osteon [Choose] Canals running perpendicular to the long axis of the diaphysis; carry blood vessels and nerves into Perforating canals the bone Tiny struts that provide support in spongy bone Trabeculae Concentric lamellae + a central canal [Choose1 Compact and spongy bone have the same cells and extracellular matrix, but differ in the 3D arrangement of tissue and blood vessels: • In compact bone, osteocytes are arranged in 3 types of layers (lamellae) and nourished through 3 types of canals (highways for blood vessels). In contrast, in spongy bone, lamellae are often not present, and blood vessels travel between trabeculae, rather than through bony canals: Compact bone Spongy bone Match each compact or bony structure with its description. You may use answers more than once.

Layers of bone matrix around blood vessels Concentric lamellae [Choose ] Concentric lamellae Interstitial lamellae "Residences" of osteocytes Lacunae Osteon Circumferential lamellae Longitudinal canals running parallel to the diaphysis, carrying blood vessels and nerves Central canals Canaliculi Perforating canals Trabeculae Layers of bone matrix on the outer or inner surface of the bone Tiny canals, connecting lacunae Canaliculi "Leftover" layers between osteons [Choose] Lamellae in an osteon [Choose] Canals running perpendicular to the long axis of the diaphysis; carry blood vessels and nerves into Perforating canals the bone Tiny struts that provide support in spongy bone Trabeculae Concentric lamellae + a central canal [Choose1 Compact and spongy bone have the same cells and extracellular matrix, but differ in the 3D arrangement of tissue and blood vessels: • In compact bone, osteocytes are arranged in 3 types of layers (lamellae) and nourished through 3 types of canals (highways for blood vessels). In contrast, in spongy bone, lamellae are often not present, and blood vessels travel between trabeculae, rather than through bony canals: Compact bone Spongy bone Match each compact or bony structure with its description. You may use answers more than once.

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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Layers of bone matrix around blood vessels Concentric lamellae [Choose ] Concentric lamellae Interstitial lamellae "Residences" of osteocytes Lacunae Osteon Circumferential lamellae Longitudinal canals running parallel to the diaphysis, carrying blood vessels and nerves Central canals Canaliculi Perforating canals Trabeculae Layers of bone matrix on the outer or inner surface of the bone Tiny canals, connecting lacunae Canaliculi "Leftover" layers between osteons [Choose] Lamellae in an osteon [Choose] Canals running perpendicular to the long axis of the diaphysis; carry blood vessels and nerves into Perforating canals the bone Tiny struts that provide support in spongy bone Trabeculae Concentric lamellae + a central canal [Choose1
Transcribed Image Text:Layers of bone matrix around blood vessels Concentric lamellae [Choose ] Concentric lamellae Interstitial lamellae "Residences" of osteocytes Lacunae Osteon Circumferential lamellae Longitudinal canals running parallel to the diaphysis, carrying blood vessels and nerves Central canals Canaliculi Perforating canals Trabeculae Layers of bone matrix on the outer or inner surface of the bone Tiny canals, connecting lacunae Canaliculi "Leftover" layers between osteons [Choose] Lamellae in an osteon [Choose] Canals running perpendicular to the long axis of the diaphysis; carry blood vessels and nerves into Perforating canals the bone Tiny struts that provide support in spongy bone Trabeculae Concentric lamellae + a central canal [Choose1
Compact and spongy bone have the same cells and extracellular matrix, but differ in the 3D arrangement of tissue and blood vessels: • In compact bone, osteocytes are arranged in 3 types of layers (lamellae) and nourished through 3 types of canals (highways for blood vessels). In contrast, in spongy bone, lamellae are often not present, and blood vessels travel between trabeculae, rather than through bony canals: Compact bone Spongy bone Match each compact or bony structure with its description. You may use answers more than once.
Transcribed Image Text:Compact and spongy bone have the same cells and extracellular matrix, but differ in the 3D arrangement of tissue and blood vessels: • In compact bone, osteocytes are arranged in 3 types of layers (lamellae) and nourished through 3 types of canals (highways for blood vessels). In contrast, in spongy bone, lamellae are often not present, and blood vessels travel between trabeculae, rather than through bony canals: Compact bone Spongy bone Match each compact or bony structure with its description. You may use answers more than once.
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