細胞支架的 的英文怎麼說

中文拼音 [xìbāozhījiàde]
細胞支架的 英文
cytoskeletal
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 胞 : Ⅰ名詞1 （胞衣） afterbirth2 （同一個國家或民族的人） fellow countryman; compatriot Ⅱ形容詞（同胞...
  • 支 : Ⅰ名詞1 （分支; 支派） branch; offshoot 2 （地支） the twelve earthly branches3 （姓氏） a surname...
  • 架 : Ⅰ名詞1 （用來放置東西或支撐物體等的東西; 架子） frame; rack; shelf; stand 2 （毆打; 爭吵） fight;...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
  • 支架 : support; stand; trestle; holder; rack; tressel; spur; sting; husk （hoose）; buck; undercarriage
  1. The fabricated site - specific scaffold can be constructed such that it will impart biologic cues to implanted cells placed within its interstices

    這種經過特製的支架能夠將生物刺激傳人位於其間隙內的種植細胞。
  2. Experimental study on culture of rabbit osteoblasts with

    1生物衍生骨支架與成骨細胞相容性的實驗研究
  3. The total protein content and cell activity test results showed high proliferation ability and cell activity of the chondrocyte in modified pdl - la scaffold

    軟骨細胞的蛋白質含量和細胞活性測試結果表明，軟骨細胞在原位自修飾的聚乳酸三維支架內有較強的分裂增殖能力和較高的細胞活性。
  4. The result of water - binding ability test including water - retention ability, especially water - adsorption ability, showed great enhancement of hydrophilicity of the modified pdl - la scaffold, which would favor for the 3d cell culture

    該改性技術可顯著提高聚乳酸支架的親水性，尤其可顯著提高聚乳酸支架的吸水能力，非常有利於三維支架的細胞培養。
  5. Cell cultivation, pyrogen and hypersusceptibility tests were applied in the biographic evaluation and the results indicated that all the materials were negative and the cell could grow well on the surface of collagen sponge. so the material prepared in this study can be used as the scaffold of tissue engineering cornea

    本實驗還對材料進行了角膜細胞的初步培養，結果顯示，材料能良好地支持角膜細胞的生長，該材料可作為組織工程人工角膜的支架材料。
  6. It also showed good cell affinity to the modified pdl - la scaffold investigated by scanning electronic microscopy ( sem ) and confocal laser scanning microscopy ( clsm ), comparing with the unmodified pdl - la scaffold

    掃描電鏡和激光共聚焦顯微鏡的測試結果顯示了軟骨細胞在原浙江大學博士學位論文（ 2003 ）位自修飾的聚乳酸三維支架內部良好的粘附與生長情況。
  7. Specification for westergren tubes and support for the measurement of erythrocyte sedimentation rate

    檢測紅細胞血沉率用的韋斯特格倫氏試管和支架規范
  8. Secondly, scientists are trying to give the healing process an artificial boost by implanting " scaffolds " pieces of stretchy fabric that guide the orderly growth of new, healthy cells

    其次，科學家嘗試以外力協助復原過程，藉著植入由數塊伸縮性布料構成的支架，引導健康的新生細胞循序生長。
  9. Two group scaffolds modified with alginate calcium containing bmp or vegf respectively were incubated in liquid in triplicate at 37 c. at set times, samples of media were collected, and the remove volume was replaced with fresh media

    採用支架內部結合的藻酸鈣凝膠作為細胞因子控制釋放系統。將分別結合有bmp和vegf不同空隙率支架，一式三份在37液體中孵浴。
  10. Nano - matreials have a perfect perspective for their volume effects and surface effects, which could enhance biologic activity, adhesiveness and proliferation of cells

    納米材料因具有一些獨特的效應，如體積效應和表面效應，有利於細胞黏附、增殖和功能表達，因而作為生物醫用材料特別是組織工程支架材料具有良好的應用前景。
  11. Such cells are being tested by a number of researchers for their ability to grow fat, cartilage and bone on special biomaterial - based scaffolding, with the goal of producing soft tissue for reconstruction or augmentation, or to shore up bones left fragile by age or disease

    種植于特定生物材料支架上的生骨細胞經過大量研究人員的測定具備生成脂肪、軟骨組織及骨的能力，利用上述組織工程方法目的在於使軟組織重建或擴增，或補充由於年齡和疾病原因引起的骨丟失。
  12. Study the degradation properties of scaffolds, and ethanol disinfection effects on its physical properties. modify the material surface function and improve the hydrophilic ability. construct cytokine control - release system in foamy scaffolds that sustained release growth factors

    針對支架進行基本降解性能研究，考察plga支架在醫用酒精消毒過程中物理形態改變；在此基礎上對支架內部進行改性並構建細胞因子控制釋放系統，優化材料表面特性、改善支架的親水性並穩定釋放細胞因子。
  13. Conclusion the more production of matrices ， the better formation of tissue - engineered cartiolage ； the constructs of chondrocytes seeded onto pga coating with pla ， lec and plys can form tissue - engineerd cartilage in animals who have inherited immunity

    結論細胞支架復合物體外培養期間有基質產生，是組織工程化軟骨生成的前提條件；以卵磷脂、多聚賴氨酸及聚乳酸共同修飾的聚羥基乙酸支架與軟骨細胞復合培養后回植到有免疫力的動物體內可生成組織工程化軟骨。
  14. Feasibility of the porosity of demineralized and decellularized bone matrix annulus as tissue engineered scaffold of annulus fibrosus disci intervertebralis

    脫礦脫細胞骨基質環孔隙度作為組織工程椎間盤纖維環細胞支架材料的可行性
  15. Results showed that the only intact basement membrane complex was found on the luminal surface of the ecm derived from the urinary bladder and that the basement membrane was an effective barrier to penetration of the scaffold by the seeded cells

    結果顯示，只有從膀胱組織中提取的ecm支架表面基底膜復合物具有完整的結構，而且這種基底膜能夠有效阻止種子細胞對支架的穿透作用。
  16. Methods to culture chondrocytes seeded onto polyglycolic acid （ pga ） scaffolds coating with different materials ， observe the production of matrices secreted by chondrocytes and implant the constructs of chondrocytes and scaffolds into subcutaneous of rabbits. the formation of cartilage were evaluated using histology and electron microscope

    方法經不同物質修飾的聚羥基乙酸支架與軟骨細胞體外培養，觀察基質產生情況，並將細胞支架復合物體內回植，觀察軟骨的生成，並進行組織學及超微結構評價。
  17. Processing steps, such as decellularization, lyophilization, disinfection, and terminal sterilization, may affect the morphology and composition of an ecm scaffold, including, but not limited to, the integrity of a basement membrane complex

    處理時的每一步，比如去細胞、低壓凍干、消毒以及最終的滅菌都會影響ecm支架的形態和組分，也會破壞基底膜復合物的結構完整性。
  18. Join the conductive and inductive approaches together, thus the utilized basic of tissue engineering scaffolds put into use prepared for orthopaedics in future

    通過研究將細胞誘導因素與細胞因子有機結合，提高組織工程支架的使用性能，為將來在矯形外科臨床的應用做準備。
  19. The preparation, modification, and cytocompatibility of poly - l - lactic acid ( plla ) scaffold for cartilage tissue engineering were studied

    研究了聚- l -乳酸（ plla ）軟骨組織工程支架的制備、改性及細胞相容性。
  20. Finally, these technologies were used to modify the 3 - d plla scaffolds, which were prepared either by paraffin sphere leaching method or thermal induced phase separation method, to provide 3 - d scaffolds with good cytocompatibility for cartilage tissue engineering

    最後將plla平面膜的表面改性技術應用於plla多孔支架的改性，制備了具有良好細胞相容性的軟骨組織工程用可降解多孔支架。
分享友人
分享到 Line

分享到臉書