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Unit 2

1 학생이 이 점이 도움이 되었다고 느꼈습니다
컨트롤 버튼이 '내비게이션' 모드로 변경되었습니다.
1/54
  • Costal facets articulate with _____


    head of ribs

  • Menisci = _______ cartilage


    fibro

  • Synchondroses = ___________ joint with what type


    cartilaginous; hyaline

  • Knuckle joint is a _________ joint


    condyloid

  • ______________formed by fusion of ilium, ischium & pubis


    acetabulum

  • Sternum is a ________ bone


    flat

  • __________ essential for long bone growth


    epiphysis

  • _________bone absorbs shock and provides flexibility


    spongy

  • _____bone found in epiphysis


    spongy

  • _____________ = nutritional storage and rich in adipocytes


    yellow marrow

  • Symphyses allows for _____movement


    slight

  • Synchondroses = _____ cartilage


    hyaline

  • Symphyses = __________cartilage


    fibro

  • Difference between fibrocartilage and hyaline cartilage?


    fibro = strength, flexibility and shock absorbers, allows a little movement. Hyaline = structural stability with no movement

  • What type of joint is formed by hyaline cartilage between the first rib and the sternum?


    Synchondroses

  • Inner layer of the articular capsule, producing synovial fluid.


    Synovial Membrane

  • Structure surrounding synovial joints, consisting of an inner synovial membrane and an outer fibrous layer.


    Articular Capsule

  • Joint capsule has an inner layer called the _____


    articular cartilage

  • Fibrocartilage of a ______ resists compression and acts as a shock absorber


    symphysis

  • A symphysis is a type of _____ joint


    cartilaginous

  • ______(bone marking) refers to a smooth, rounded articular surface


    condyle

  • Primary function of a process/tubercle:


    attachment for ligaments and tendons

  • In the ______ zone of the epiphyseal plate, new cartilage is produced as the chondrocytes divide and form stacks of cells


    proliferation

  • The coxal joint is the articulation between the ______________ of the femur and the ________ of the os coxae


    trochanter; pubis

  • This zone contains osteoblasts that deposit bone on the calcified cartilage, marking the final step in longitudinal growth


    ossification

  • This zone supports chondrocyte division and tissue expansion


    proliferation cartilage

  • Bony callus formation: _____ replace the _______ soft callus with trabecular, spongy bone, creating a hard, firm bridge across the fracture site.


    osteoblasts; fibrocartilaginous

  • What is the main component of joint surfaces?


    hyaline

  • In endochondral ossification, what happens to the chondrocytes?


    They die in the calcified matrix that surrounds them

  • Where is bone replacing cartilage at the epiphyseal plate?


    diaphyseal side

  • In intramembranous ossification, bone develops directly from sheets of ________________


    mesenchymal connective tissue

  • remodeling- process by which __________resorb old or damaged bone at the same time as and on the same surface where __________form new bone to replace that which is resorbed


    osteoclasts; osteoblasts

  • Which of the following are incapable of undergoing mitosis?

    • osteoblasts and osteoclasts

    • osteocytes and osteoclasts

    • osteoblasts and osteocytes

    • osteogenic cells and osteoclasts


    osteoblasts and osteoclasts

  • Which of the following are found in compact bone and cancellous bone?

    • Lamellae

    • Haversian systems

    • Haversian canals

    • Lacunae


    lamellae

  • For the upper limb, all anterior motions are _________and all posterior motions are __________.


    flexion; extension

  • Hyaline cartilage covering the ends of articulating bones; reduces friction and cushions the joint


    articular cartilage

  • Outer portion of the capsule; provides strength and stability


    fibrous layer

  • Encloses the joint and helps hold the bones together


    articular capsule

  • inner lining that produces synovial fluid


    synovial fluid

  • fluid-filled sacs that reduce friction between structures


    bursae

  • Space between articulating bones that contains synovial fluid


    joint cavity

  • elongated bursae that surround tendons where friction is high


    tendon sheaths

  • movement in multiple planes including rotation


    ball and socket

  • movement in two planes (knuckles/metacarpophalangeal joints)


    condylar

  • movement in two planes (thumb/carpometacarpal joint)


    saddle

  • gliding movement


    plane

  • mainly flexion and extension (joint type)


    hinge

  • rotation around an axis (joint type)


    pivot

  • effort between fulcrum and resistance


    third-class

  • fulcrum between effort and resistance


    first-class

  • resistance between fulcrum and effort


    second-class

  • connects clavicle to scapula


    acromioclavicular joint

  • connects the clavicle to the sternum; the only bony connection between the upper limb and axial skeleton


    sternoclavicular joint

  • forms the highest point of the shoulder and articulates with the clavicle


    acromion