Spongy bone formation inprimary ossification centerEnlarging chondrocyteswithin calcifying matrixRemoval of spongy bone toform medullary cavityArticular cartilage, whichwill remain throughout lifeto protect the ends ofbonesSpongy bone in theepiphysisEpiphyseal cartilage, wherethe bone will continue toFormation of spongy bonein the secondaryBone sheath formationFormation of compact bonealong the diaphysisPeriosteumaround shaft of cartilageelongate until adulthoodossification centersrod

The bone formation process is called ossification. After the ancestral cells formed osteoblastic…

Spongy bone formation in primary ossification center Removal of spongy bone to form medullary cavity Articular cartilage, which will remain throughout life to protect the ends of bones Spongy bone in the epiphysis Enlarging chondrocytes within calcifying matrix Epiphyseal cartilage, where the bone will continue to Formation of spongy bone in the secondary Bone sheath formation Formation of compact bone along the diaphysis Periosteum around shaft of cartilage elongate until adulthood ossification centers rod

Spongy bone formation in primary ossification center Removal of spongy bone to form medullary cavity Articular cartilage, which will remain throughout life to protect the ends of bones Spongy bone in the epiphysis Enlarging chondrocytes within calcifying matrix Epiphyseal cartilage, where the bone will continue to Formation of spongy bone in the secondary Bone sheath formation Formation of compact bone along the diaphysis Periosteum around shaft of cartilage elongate until adulthood ossification centers rod

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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WORD BANK FROM PAGE 2: Compact bone, Osteocyte, Spongy bone, Trabeculae, Lamella, Periosteum, Volkmann's Canal, Haversian Canal, Lacuna, Red Bone Marrow, Canaliculi, Nucleus. branches off the central canals and run at right angles to the central canal AKA. Perforating Canals carry nutrients and waste materials from one osteocyte to another concentric layers of bone matrix contain slender extensions that connect one osteocyte to other osteocytes little spaces that house the bone cells located in the center of the osteon location of blood vessels for a specific osteon location of blood vessels that originally branched from those within medullary cavity run perpendicular to reach each osteon mature bone cells that maintain bone houses genetic material thin bars of bone that twist to form spaces housing marrow tissue in larger amounts in epiphysis & smaller amounts in diaphysis consists of stem cells…
Tension (stretching) of bone is most resisted by the: osteons trabeculae osteocytes O collagen fibers O hydroxyapatite Question 5 The articular surfaces of long bones contain a layer of connective tissue. dense irregular O elastic O hyaline cartilage dense regular
Compact bone contains many spaces O is found primarily in the epiphyses of long bones is arranged in units called osteons (Haversian systems) is avascular
What materials make up a soft callus? Multiple Choice Compact bone and collagen Cancellous bone and fibrocartilage Cancellous bone and marrow Collagen and fibrocartilage
Your client presents with knee pain, worse in the morning, “it’s very stiff until I warm it up” he explains. He tells you it has been ‘trashed’ playing rugby for years and he has had multiple injuries. You find decreased range of motion and a hard, bony end-feel, consistent with osteoarthritis. Briefly discuss the properties of hyaline cartilage in relation to the development of osteoarthritis (with reference to the pathological process of osteoarthritis).
Remnants of osteons, which have been almost completely recycled by osteoclasts, are known as what? Interstital lamellae perforating canals circumfential lamellae concentric lamellae
The breakdown of bone matrix is performed by osteoblasts requires the deposition of mineral salts by osteocytes removes minerals and proteins from the blood elevates blood calcium levels and is called bone resorption
What would happen if the balance between osteoblasts and osteoclasts were disrupted and too many osteoclasts became active?Group of answer choices Bone loss Bone overgrowth Loss of cartilage Overproduction of cartilage None of the above