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UCI SOM Smith

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Question
Answer
3 types of cartilage   hylaline (most common), elastic, and fibrocartilage  
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hyaline cartilage   articular, cotal, upper respiratory passage, nose  
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elastic cartilage   phyngo-typanic tubes, ear, epiglottis, laryngeal  
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fibrocartilage   intermediate between connective tissue and cartilage; intervertebral discs, pubic symphisis, meniscus of knee, insertion of achiles tendon  
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composition of cartilage   cells [chondrogenic cells, chondroblasts, chondrocytes] and ground substance [GAGs and PGs; fibers (hyaline cartilage, elastic cartilage, and fibrocartilage)]  
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bone composition   bone matrix and cells  
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bone matrix   osteoid (type I collagen, GAGs, and PGs) and hydroxyapatite  
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bone cells   osteoprogenitor cells, osteoblast, osteocyte, osteoclast  
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diaphysis   skinny middle part of long bone  
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epiphysis   end of long bone  
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metaphysis   jxn of diaphysis and epiphysis  
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articular cartilage   cover end of long bones  
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spongy bone   interconnected fibers in the end of long bones and in the compact bone space  
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compact bone   outer layer  
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periosteum   connective tissue sheet that surrounds the bone  
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outer/inner table   outer table-convex side of flat bone; inner table is concave part  
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osteon   cylinders of concentric lamellae that wrap around haversion canals  
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osteoblasts   found on free surface of bone; deposit and mineralize osteoids; deposit inorganic components  
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osteocytes   derived from osteoblasts, sit in lacuna surrounded by bone matrix, connects to osteocytes via cytoplasmic procces in canaliculi; maintain bone matrix  
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osteoclasts   large, motile, multinucleated cells; make contact with bone matrix via ruffled border; secrete enzymes that breakdown bone matrix resulting in howship’s lacuna  
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howship’s lacuna   depression in bone matrix made by osteoclast enzymes  
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osteoporosis   osteoblasts depend on estrogen; osteoclasts do not; build up bone mass at the beginning  
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osteomalacia   mal-formed bone (not enough Ca2+); =rickets- kids get bow legged; pregnant women can get this if they aren’t eating enough calcium  
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Osteosarcoma   comes from osteoblasts; poorly formed bones; fractures common  
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Intramembranous bone formation   flat bone formation; mesenchymal condensation  
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Endochondral bone formation   long and short bones; hyaline cartilage model  
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first 3 phases of endochondral bone formation   1)chondroblasts, early perichondrium, primitive mesenchyme 2)developing cartilage model 3)developing bone collar  
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Bone growth   increase in diameter (subperiosteal appositional growth) and increase in length (extension at epiphyseal plates)  
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5 zones of epiphyseal plate   1)zone of reserve cartilage 2)zone of proliferation 3)zone of hypertrophy 4)zone of calcified matrix 5)zone of resorption  
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zone of proliferation   cartilage cells divide here; new cells secrete cartilage matrix thereby causing growth (length) of bone  
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zone of hypertrophy   cartilage cells enlarge; surrounding matrix is compressed  
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zone of calcified matrix   matrix is calcified; cells degenerate and connective tissue fills spaces  
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zone of resorption   calcified cartilage is eroded; bony spicules are in this region with osteoblasts and osteoclasts attached to the spicules  
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last 3 phases of endochondral bone formation   4)primary (diaphysial) ossification center, periosteum, blood vessels 5)bony trabeculae, cortical bone 6)secondary (epiphysial) ossification center  
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5 categories of bone disease   inflammatory, congenital anomalies, metabolic disease, injury,  
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fracture   intra-articular (in a joint) vs extra articular; comminuted (many breaks) vs. not, open vs. closed, displaced (bone has moved) vs. non-displaced  
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x-rays   always take two orthogonal views  
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