骨吸收 的英文怎麼說

中文拼音 [shōu]
骨吸收 英文
bone resorption
  • : 骨名詞1 (骨頭) bone2 (物體內部的支架) framework; skeleton 3 (品質; 氣概) character; spirit ...
  • : 動詞1 (把液體、氣體等引入體內) inhale; breathe in; draw 2 (吸收) absorb; suck up 3 (吸引) a...
  • : Ⅰ動詞1 (把攤開的或分散的事物聚集、合攏) put away; take in 2 (收取) collect 3 (收割) harvest...
  1. Treatment of posterior dislocation of hip joint combined with posterior wall fractures of acetabulum with internal fixtion of absorbable screws and kirschner wire

    螺釘加克氏針內固定治療髖關節后脫位伴髖臼後壁
  2. Treatment of comminuted patella fracture with absorbable material

    材料固定粉碎性髕
  3. Experimental study on ultrasonic wave absorption of animal cranium

    動物顱對超聲波的
  4. Comparison study on biodegradable and metallic tension band fixation for the treatment of cubitus varus after supercondylar humeral osteotomy

    髁上截術后可與金屬張力帶固定治療肘內翻的研究
  5. Study on the effect of migu capsule on the area and depth of resorption lacunae

    膠囊含藥血清對骨吸收陷窩面積和深度的影響
  6. Absorption is reduced, possibly contributing to iron deficiency, osteoporosis ( also related to calcium deficiency ), and osteomalacia due to lack of vitamin d and absence of exposure to sunshine

    功能減退,可能引起缺鐵、質疏鬆癥(也與鈣不足有關)及缺乏維生素d缺乏和陽光照射所致的軟化癥。
  7. Treatment of patellar fracture with absorbable tension band

    張力帶治療髕
  8. A comparison between single photon absorptionetry of bone mineral density and laminated cortex index of radius and ulna in diagnosing osteoporosis

    比較橈尺皮質分層指數與單光子礦定量法診斷質疏鬆癥的價值
  9. Effect of lead on calcium absorption and bone development in weanling rats

    鉛對幼年大鼠鈣的骼生長的影響
  10. Effects of bone char on uptake and accumulation of heavy metals by three rice genotypes oryza sativa l

    重金屬污染土壤添加炭對苗期水稻重金屬的影響
  11. A lot of animal experiments and clinical trials have proven that strontium ranelate not only can prevent bone absorption but also promote hone formation

    大量的動物實驗和臨床試驗研究表明雷奈酸鍶是一種既具有抗骨吸收,又能促進形成的藥物。
  12. The thirty - four species of the sea urchins belong to 7 order, 17 families and 28 genera. the following is the name list, those with an asterisk are the species recorded for the first time in china. order cidaroida family cidaridae * goniocidaris biserialis ( d6derlein ) * stylocidaris bracteata ( a. agassiz ) * stylocidaris ryukyuensis shigei * stereocidaris indica philippinensis mortensen * rhopalocidaris gracilis doderlein order lepidocentroida family echinothuridae * phormosoma bursarium ( a. agassiz ) araeosoma owstoni mortensen asthenosoma ijimai yoshiwara order stirodonta family phymosomatidae glyptocidaris crenularis a. agassiz family arbaciidae * coelopleurus maculata a. agassiz et h. l. clark * coelopleurus undulatus mortensen order aulodonta family diadematidae chaetodiademajaponicum mortensen family pedinidae * caenopedina mirabilis ( d6derlein ) order camarodonta family temnopledridae temnopleurus hardwickii ( gray ) temnopleurus toreumaticus ( leske ) temnopleurus reevesii ( gray ) temnopleurus apodus ( a. agassiz et h. l. clark ) temnotrema sculptum ( a. agassiz ) temnotrema reticulatum mortensen * microcyphus olivaceus ( d6derlein ) * prionechinus forbesianus ( a. agassiz ) family strongylocentrotidae strongylocentrotus nudus ( a. agassiz ) hemicentrotus pulcherrimus ( a. agassiz ) family echinometridae anthocidaris crassispina ( a. agassiz ) order clypeasteroida family clypeasteridae clypeaster virescens doderlein family laganidae * peronellapellucida d5derlein family scutellidae * scaphechinus mirabilis a. agassiz sinaechinocyamus planus liao family fibulariidae fibularia acuta yoshiwara order spatangoida family loveniidae - lovenia triforis koehler echinocardium cordatum ( pennant ) family schizasteridae schizaster lacunosus ( linnaeus ) family brissidae * gymnopataqus magnus ( a. agassiz & h. l. clark ) family spatangidae * spatangus luetkeni a. agassiz among the species reported, the following species call for notes or simple descriptions

    本文根據th . mortensen ( 1928 - 1955 )海膽專著( amonographoftheechinoidea )中的主要分類依據,將海膽綱分為8個目: 1 )頭帕目( cidaroidea )有齒器,圍肛部在頂系內,圍口部有步帶板和間步帶板,大棘很大,有外皮層,無球棘; 2 )鱗棘目( lepidocentroida )有齒器,圍肛部在頂系內,圍口部僅有步帶板,大棘不很大,無外皮層,有球棘; 3 )脊齒目( stirodonta )有齒器,圍肛部在頂系內,齒器的齒有脊,橈片在齒上方不相接,顎孔開放; 4 )管齒目( aulodonta )齒器的齒無脊,圍肛部在頂系內; 5 )拱齒目( camarodonta )有齒器,圍肛部在頂系內,齒器的齒有脊,橈片在齒上方相接,顎孔封閉; 6 )全雕目( holectypoida )有齒器,但不發達或完全被,圍肛部在頂系外,步帶不形成瓣狀和葉鰓; 7 ) ?形目( clypeasteroida )齒器發達,圍肛部在頂系外,步帶形成瓣狀,無葉鰓; 8 )蝟團目( spatangoida )無齒器,圍肛部在頂系外,葉鰓發達,步帶形成瓣狀。
  13. It can tonify the kidney - yang and strengthen the waist, strengthening the muscles and bones. especially, its improvement to tissue edema caused by chronic renal nephritis is very quickly

    有補腎壯腰強筋健作用,尤其對慢性腎炎的組織水腫狀況改善較快。
  14. In the more severe stages of periodontal diseases, teeth can become loose and may even fall out and gums are red and swollen, and bleed easily. it does great harm to our health and it is one of diseases which result in tooth loss

    此病的主要表現是牙紅腫出血流膿牙槽骨吸收牙松動移位和咀嚼無力或酸痛,其危害性極大,是一種導致人類缺失牙的主要疾病之一。
  15. Results : established three model libraries in common use, including the alveolar - absorbed - teeth, lossed - teeth, and alveolar - reduced - area, 308 models in all

    結果:分類建成3類是常用的模型陣、包括牙槽骨吸收牙、松動牙、以及缺牙區牙槽降低3類情況, 308個單元體。
  16. Early changes of bone and mineral metabolism in patients with hyperthyroidism before and after treatment

    關于甲狀腺功能亢進患者骨吸收形成研究的結果對指導臨床治療的意義
  17. Excision of bone tumor and artificial joint replacement in 4 cases, arthrodesis in 3 cases, amputation in 6 cases

    影像學主要表現為局部植骨吸收,出現不規則密度減低區,病變范圍擴大。
  18. N o mal healing were observed in all the 7 cases, absorption and poor healing at bot h ends of the graft were not found, too

    所有7例煮沸腫瘤均獲正常愈合,與活端相連接的植兩端未見煮沸腫瘤骨吸收或愈合不良。
  19. There was no periprosthetic osteolysis and no evidence of loosening on follow - up radiographs. in conventional group 2 components sunk

    所有患者術后harris評分平均94 . 5分, x線評估未見假體松動及骨吸收,傳統組有2例假體輕微下沉。
  20. The data of recent study showed that the application of orthodontic force induces synthesis of cytokines which support the hypothesis that these cytokines play important roles in bone resorption during the application of orthodontic force

    最近的實驗已經發現矯正施力能夠語導細胞激素的合成,並且支持細胞激素對于矯正施力所造成的骨吸收中扮演重要的角色。
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