HUBS 191 progress test 1- 100% Solved

HUBS 191 progress test 1- 100% Solved epithelial tissue -Answer-lines tracts and airways, maintain shape with water connective tissue -Answer-loose, dense, fluid, supporting, fills internal space loose connective tissue -Answer-holds organs in place attaches epithelial to other tissues dense connective tissue -Answer-ligaments, tendons, a lot of collagen, resists tension, elastic fluid tissue -Answer-blood, lymph supporting tissue -Answer-cartilage and bone nervous tissue -Answer-conducting cells and support cells, communication, regulates body functions muscular tissue -Answer-skeletal, cardiac and smooth skeletal muscle -Answer-tissue on the skeleton caridac muscle -Answer-heart muscle smooth tissue -Answer-lines hollow organs i.e. blood sagital -Answer- coronal -Answer- Transverse -Answer- long bone -Answer-longer than wide, lever for movement, compact bone in diaphysis short bone -Answer-mainly cancellous, similar width and length, weight bearing flat bones -Answer-thin flat bones, mainly compact with some cancellous, point of muscle attachment/protection irregular bone -Answer-variable shape and function skull compartments -Answer-facial bones, cranial vault, mandible rib cage compartments -Answer-jugular notch, mandibrium, body, xiphoid process, 2 sets of 12 ribs, coastal cartilage vertebral column compartments -Answer-cervical 7, thoracic 12, lumbar 5, sacrum 5 fused, coccyx 3-5 pectoral girdle -Answer-clavicle and scapula pelvic girdle -Answer-illium, ischium, pubis upper limbs -Answer-humerus, radius, ulna, carpals 8, metacarpals 5, phalanges lower limbs -Answer-femur, tibia, fibula, tarsals 7, metatarsals 5, phalanges limb structure -Answer-1 proximal 2 distal hands/feet upper limb pronate and supinate limb attachments -Answer-to the girdles, upper limb to pectoral, lower limb to pelvic extracellular component of bone -Answer-organic 33% collagen resist tension, inorganic 67% mineral salts resist bending osteoblasts -Answer-build bone live in subperiosteum osteocytes -Answer-old osteoblasts, live in lacunae, communicate when to turn over bone osteoclasts -Answer-clear bone, live in endosteum osteon -Answer-layers of lamallae lamallae -Answer-rings around the central canal made of collagen organised in opposing angles central canal -Answer-where blood and nerves go through bone lacunae -Answer-'pools' in the lamallae where osteoclasts live canaliculi -Answer-how osteoclasts communicate from one lacunae to the next periosteum -Answer-outside layer of bone allowing penetration of blood into bone subperiostreum -Answer-layer below the periosteum where osteoblasts live (move in with the blood) endosteum -Answer-inside membrane of the bone where osteoclasts live trabeculae -Answer-structures of lamallae in cancellous bone marrow -Answer-fluid in cancellous bone, red marrow produces red blood cells osteoblasts cancellous -Answer-live in the blood osteocytes cancellous -Answer-live in the lacunae on surface of trabeculae ossification -Answer-production of bone beginning in the diaphysis secondary ossification -Answer-in the epihpysis epiphyseal plate -Answer-growth plate of cartilage which bone grows through linear growth -Answer-vertical growth of long bones through the epiphyseal plates moulding -Answer-horizontal growth of long bones with the osteoclasts moulding the medullary cavity in the centre cartilage -Answer-soft connective tissue, hyaline and fibro, made of collagen to resist tension, fed by normal body movement hyaline cartilage -Answer-smooth covers for the epiphysis to help with smooth bone- bone contact, range of hyaline cartilage relates to RO