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Chapter 8

QuestionAnswer
Dense, hard type of bone compact bone
Bony plates found in spongy bone trabeculae
Band of hyaline cartilage at ends of long bone; longitudinal bone growth occurs here. epiphyseal disc
Tough outer connective tissue covering the diaphysis of a long bone periosteum
Hollow center of the shaft of a bone medullary cavity
Found on the outer surface of the epiphysis at a joint articular cartilage
Microscopic unit of compact bone; also called an osteon haversian system
Mature bone cell osteocyte
Inner lining of the medullary cavity of a long bone endosteum
The shaft of a long bone diaphysis
Site of blood cell formation red bone marrow
Eroding activity of this cell remodels and expands the medullary cavity. osteoclast
A bone-building cell osteoblast
Cancellous bone spongy bone
The enlarged end of a long bone epiphysis
This type of bone has a punched-out or “Swiss cheese” appearance. spongy bone
Called the growth plate epiphyseal disc
This cell is responsible for bone resorption osteoclast
Lower jaw bone; contains the lower teeth mandible
Opening in the temporal bone for the ear external auditory meatus
Upper jaw bone; contains the upper teeth maxilla
Cheekbones; also form part of the orbits of the eyes zygomatic bones
Forms the top and sides of the skull parietal bones
Forms the bony structure of the nasal cavity palatine bones
Forms the chin mandible
Forms the floor and back wall of the cranium occipital bone
The large hole in this bone is called the foramen magnum. occipital bone
Forms the posterior part of the hard palate and the floor of the nasal cavity maxilla
Butterfly-shaped bone that forms part of the floor and sides of the cranium; the sella turcica houses the pituitary gland. sphenoid
Forms the forehead frontal
Means “little fountain,” the baby’s soft spots fontanels
The coronal suture is the “zipper-appearing” joint between these two bones frontal, temporal
Contains the external auditory meatus, styloid process, zygomatic process, and mastoid process temporal
Articulates with the temporal bone to form a freely movable joint mandible
The condyles of this bone sit on the atlas. occipital
The M in TMJ mandible
The T in TMJ temporal
Bone that articulates with the parietal bone at the coronal suture frontal
First seven pairs of ribs true ribs
Next five pairs of ribs false ribs
last two pairs of false ribs floating ribs
Lower tip of the sternum xiphoid process
The ribs that are closest to the clavicle true ribs
The depression on the superior border of the manubrium suprasternal
Ribs that attach directly to the sternum by the costal cartilage true ribs
The part of the sternum closest to the collar bone manubrium
Ribs that do not attach to the sternum floating ribs
Ribs that attach indirectly to the sternum false ribs
The largest part of the sternum; located between the manubrium and the xiphoid process body
The articulation between the manubrium and the body of the breastbone manubriosternal joint
Also called the angle of Louis costal anlge
Rib #2 is located at this articulation. manubriosternal joint
Should be less than 90 degrees costal margin
Imaginary line parallel to the midsternal line and extends downward from the collar bone left midclavicular line
Shoulder blade or wing bone scapula
Depression where the head of the humerus articulates with the scapula glenoid cavity
Long bone of the arm that articulates with the scapula humerus
Bony point of the ulna that forms the elbow olecranon process
Collar bone clavicle
Bones that form the palm of the hand metacarpals
The 14 bones that form the fingers phalanges
Bone that contains the glenoid cavity scapula
The clavicle and scapula form this structure. pectoral girdle
The scapula articulates with this bone to form a ball-and-socket joint at the shoulder. humerus
The ulna and this bone articulate to form a hinge joint at the elbow. humerus
Bone that contains the olecranon fossa humerus
Long bone in the forearm that is located on the same side as the little finger ulna
Wrist bones carpals
Bone in the forearm that is on the thumb side radius
Process on the scapula that is the pointy part of the shoulder acromion
Also called the shoulder girdle pectoral girdle
“Sidekick” bone of the radius ulna
Contains the acromion and coracoid process scapula
Bones that articulate with the proximal phalanges metacarpals
Bone that contains the olecranon process humerus
The radius and this bone “cross” during pronation. ulna
Long slender bone that articulates with both the sternum and the scapula clavicle
The thumb pollex
The phalange that contains only two bones pollex
Bones that articulate with the metacarpals and distal radius and ulna carpals
The scapula and this bone form the shoulder girdle. clavicle
The part of the coxal bone on which you sit ischial tuberosity
Bone that contains the obturator foramen coxal
Kneecap patella
Shin bone tibia
Cartilaginous disc between the two pubic bones; the disc expands during pregnancy. symphysis pubis
The part of the hip bone that “flares” coxal bone
The instep of the foot is formed by these bones. metatarsals
Thin long bone of the leg; bears less body weight than the shin bone fibula
Heel bone calcaneus
Large bony process on the femur trochanter
The “next of shin” fibula
Largest bone in the body; called the thigh bone femur
The head of the femur articulates with this depression in the coxal bone. acetabulum
The cuplike depression formed by the union of the ilium, ischium, and pubis acetabulum
Formed by the two coxal bones pelvic girdle
The distal end of this bone is the lateral malleolus. fibula
Articulates with the coxal bone to form the hip and the tibia to form the knee femur
The distal end of this bone is the medial malleolus. tibia
Composed of the pubis, ischium, and ilium coxal bone
Another name for the great toe hallux
This tarsal bone articulates with both the tibia and fibula. talus
The long weight-bearing bone in the leg tibia
Forms the ball of the foot metatarsals
The two-bone phalange hallux
Lateral malleolus fibula
Foramen magnum occipital
Zygomatic process temporal
Medial malleolus tibia
Greater sciatic notch coxal
Obturator foramen coxal
Olecranon process humerus
Symphysis pubis coxal bone
Greater trochanter femur
Acromion process scapula
External auditory meatus temporal
Iliac crest coxal
Olecranon fossa ulna
Glenoid cavity scapula
Acetabulum coxal
Ischial tuberosity coxal
Odontoid process (“dens”) axis
Mastoid process temporal
Sella turcica sphenoid
Xiphoid process sternum
Coracoid process scapula
Lesser trochanter femur
Jugular notch or sternal notch sternum
The type of freely movable joint at the elbow hinge joint
The type of joint formed by the acetabulum and the head of the femur ball and socket
The type of joint that connects the frontal and parietal bones suture
Small sacs of synovial fluid that ease movement at the joint bursae
The symphysis pubis and intervertebral discs, for example slightly movable joint
The type of joint formed by the head of the humerus and the glenoid cavity ball and socket
Turning the forearm so that the palm is facing the sky supination
Describes the tiptoe position, relative to the foot extension
Describes bending the foot toward the shin extension
The type of joint formed by the distal finger bones hinge joint
A circular type of movement made at a ball-and-socket joint such as the shoulder (as in pitching a softball) circumduction
Movement away from the midline of the body abduction
Type of movement achieved as the forearm bends toward the arm (decreasing the angle at the joint) flexion
Tough strands of connective tissue that connect bone to bone ligament
Straightening of a joint so that the angle between bones increases extension
Movement toward the midline of the body adduction
Turning the forearm so that the palm of the hand is facing toward the ground. pronation
Example of an immovable joint suture
Created by: annabellaperezz
 

 



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