bone deformity 中文意思是什麼
bone deformity
解釋
骨骼變形-
Results there were 2 wound infection, 2 malocclusion, 2 nonunion, 3 plate fracture, 2 plate deformity, 7 inaccurate reduction, 6 fractured bone absorption, 7 mouth open, 5 tmj chronic pain, 9 facial nerve damages, all above accounted 33 % morbidity ; however 91 % ( 70 / 77 ) severely displaced or dislocated condylar neck and subcondylar fractures got accurate reduction and satisfactory final outcomes
結論切開復位及小型接骨板堅強內固定是治療髁頸和髁頸下移位及脫位骨折的有效方法，升支垂直截骨髁突游離再植是治療髁突陳舊性骨折的可選擇方法。 -
The fracture may not be accompanied by obvious bone deformity
骨折也可能沒有明顯的骨變形。 -
Part four was for clinicai application. the aht - avb was used for 26 cases of spinal tumor, fracture and deformity the reconstruction eff6ct, spinai stability and bone fusion was observed at an average 18 - month foiiow - up
以所研製的人工椎體臨床用於治療脊柱腫瘤、嚴重粉碎性骨折、脊柱畸形等病例共26例，平均隨訪18月，觀察其結構重建及穩定性重建效果。 -
The disease in jaw surface will be drop the bite force ; the bite force in the patient who disease in temporal jaw joint descent obviously than normal person ; serious mistake in join deformity, the acute damage in the area arthritis can also drop the bite force evidently ; compare to normal children, wenneberg fund that the bite force lower and the duration of the biggest bite force shorter in the children who fall ill of the chronic arthritis ; the bite force also be used in appraise of the recovery condition in surgical operation 、 disorder in jaw arthritis and the serious bone offset in bite lopsided etc. some materials, it will be produce polarization phenomenon inside when suffered some force in certain direction, at the same time, it produce opposite electric charge in two of the surface ; and resume to the station of on - electrification when removed the outside force ; change the direction of the outside force, the polarity of the electric charge also be changed, this kind of phenomenon is called as “ piezoelectric effect ”
本文設計了石英晶體壓電傳感器，以它作為傳感元件把咬合力信號轉變成電信號;利用ts5860型準靜態電荷放大器把傳感器的電荷信號轉變成電壓信號;選用usb7822數據採集卡，編寫該數據採集卡的驅動程序，採集該電壓信號並送到計算機里;編寫labview程序對該信號進行處理，得出咬合力值和咬合力曲線，並把測量結果以電子表格的形式保存，以便做進一步的分析和研究。通過對該測量儀的靜態標定、動態標定、溫度漂移標定以及實際測量試驗，證實了本測量儀具有較高的靈敏度、受動態力和溫度變化的影響比較小、能實時地顯示咬合力曲線和較準確地顯示咬合力值，滿足了咬合力測量的要求。
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