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87 Cards in this Set
- Front
- Back
Tissue that is a vascular and that makes it slow to heal |
Skeletal |
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What are the three types of skeletal cartilages? |
Hyaline, elastic, and fibrocartilage |
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Type of cartilage that provides support flexibility and resilience. Collagen fibers only most abundant type. Articular, costal, respiratory, nasal cartilage. |
Hyaline cartilage |
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Hyaline cartilage that is found ribs and sternum |
Costal cartilage |
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Hyaline cartilage found in the larynx and air passages |
Respiratory cartilage |
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Hyaline cartilage that supports the nose |
Nasal cartilage |
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Skeletal cartilage that is found in the external ear and epiglottis (guardian of the airway) |
Elastic cartilage |
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Toughest cartilage; contains collagen found in menisci of knee, invertebral disc and pubic symphysis |
Fibro cartilage |
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Growth on the outside of a bone |
Ap positional growth |
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Growth of a bone from within |
Interstitial growth |
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Short bones |
Carpals,tarsals, patella |
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Flat bones |
Bones of skull, ribs, sternum |
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Irregular bones |
Sphenoid, ethmoid, sacrum, vertebral, hip bones |
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7 important functions of bones sites of attachment |
Support Movement Storage Blood cell formation Triglyceride Hormone production |
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Sites of attachment for muscles ligaments and tendons |
Bulges |
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Joint surfaces |
Depressions |
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Holes for blood vessels and nerves |
Foremen |
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Very large bulge |
Trochanter |
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Large bulge |
Tuberosity |
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Small projection on bone |
Tubercle |
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Narrow ridge |
Crest |
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Bony expansion carried on a narrow neck |
Head |
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Rounded articular projection |
Condyle |
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Patron |
Osteon |
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Structural and functional unit that makes spongy bonemedu |
Trabeculae |
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Medullary cavity in adults (yellow marrow) contains what |
Fat |
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What is the epiphyseal plate made of |
Hyaline cartilage |
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What is the epiphyseal line made of |
Compact bone |
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When does the epiphyseal plate seal and become an epiphyseal line |
Between 15 and 25 years of age |
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The two layers of the periosteum are called what |
The fibrous and osteogenic layer |
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What is the outer layer of the periosteum |
Fibrous layer |
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What is the inner layer of the periosteum what an |
Osteogenic |
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What anchors the outer covering to bone? |
Sharpeys fibers |
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Delicate membrane on the internal surfaces of bone |
Endosteum |
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Special name for spongy bone within flat bones |
Diploe |
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What is hematopoietic tissue |
Red bone marrow |
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Where can you find red bone marrow in adults |
Proximal epiphyis of femur and humerus, in all flat bone cavities, coxal bone and vertebra |
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What are osteogenic cells |
Stem cells |
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What are osteoblast |
Bone forming cells |
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What are osteocytes what are the bone l |
Bone cells |
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What are the bone lining cells |
Periosteum and endosteum |
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What are osteoclast |
Cells that break down bones by pushing out lysosomes |
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What provides the blood supply in bone |
Perforating canals |
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Small cavities containing osteocyteshow you get |
Lacuna |
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How you get oxygen and nutrients to cell |
Canaliculi |
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Weight bearing little plates of bone matrix |
Lamellae |
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Organic bone matrix secreted by osteoblast |
Osteoid |
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Another word for inorganic components of bone |
Hydroxyapates |
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What are the two organic or living components of bone |
Cells Osteoid(collagen, fibers, proteins) |
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Inorganic compounds of bone(hydroxapates or non living) |
Calcium and phosphate salts |
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Calcium and phosphate salts make up what percent of bones weight when |
65% |
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When does osteogenesis or bone tissue formation begin |
Second month of development |
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What are the two ways to form bone? |
Intramembranous, ossification and endochondral ossification |
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Intramembranous, ossification, or a bone developing from a fibrous membrane only forms what bones |
Flat bones |
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Endochondral ossification starts with what |
Hyaline cartilage |
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Epiphyseal growth increases what |
Length |
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Appositional growth increases what |
Thickness |
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What is the most important in stimulating epiphyseal plate, activity in infancy and childhood? |
Hgh or human growth hormone |
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What modulates activity of growth, hormones, and ensures proper proportions |
Thyroid hormone |
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What causes adolescent growth, spurts and ends growth, |
Testosterone in males and estrogen in women |
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Spongy bone is remodeled how often |
Every 3 to 4 years |
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Compact bone is remodeled how often |
Every 10 years |
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Sites of new matrix deposit or revealed by what |
Osteoid seem, and calcification front |
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States that bones respond to pressure you put on them |
Wolfs law |
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What observation, support, wolfs law |
Handedness curve, phones, being thickest, where they are likely to buckle trabecula along lines of stress and large bony projection were heavy, active muscles |
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Type of fracture where there are three or more pieces of bone after a |
Comminuted |
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Type of fracture where the bone is crushed |
Compression |
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Ragged break from twisting force is |
Spiral |
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Episodes separates from the diaphysis along epiphyseal line in this broke |
Epiphyseal fracture |
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Type of fracture were broken. Bone portion is pressed in word like in the skull |
Depressed |
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Bone breaks incompletely one side breaks other bends |
Greenstick |
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Treatment of fracture where they Realigned broken bones |
Reduction |
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Type of treatment where physician manipulates to correct position of bone |
Closed |
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Type of treatment for fracture where surgical pins or wire secure end |
Open |
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Type of treatment for fracture by cast or traction |
IMobilizations |
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What are the four steps of a healing fracture? |
Hematoma, formation, fibrocartilage, callus formation, bony callus, formation, and bone remodeling |
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Lack of calcium or vitamin D bones bow in children |
Rickets |
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Lack of calcium or vitamin D, that causes pain with adults |
Osteomalacia |
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Problem we’re osteoclast, teardown bone faster than osteoblast build them |
Osteoporosis |
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Disease where bone is broken down and replaced with weaker bone and it generally happens after 40 bone is replaced Fast and haphazardly |
Pagents disease |
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When younger epiphyseal plate is present HGH stimulates, long bone growth, and overproduce is HGH |
Gigantism |
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When older epiphyseal plate seals, epiphyseal line long bone growth occurs on the hands feet and face |
Acromegaly |
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Is hyaline cartilage vascular |
No |
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Phone is highly what |
Vascular |
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Parallel break along the axis of the bone |
Linear |
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Breaks where bone ends penetrate the skin |
Compound or open |
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Brakes were bone and do not penetrate the skin |
Simple or closed |