Unit 2
이 집합의 용어 (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