microsurgery 中文意思是什麼

音標 ['maikrəu'sə:dʒəri]
microsurgery 解釋
n. 名詞 顯微外科手術。

  1. With the advancement in microsurgery and regional anatomy, wide application of dental implants, distraction osteogenesis, cad / cam, rapid prototyping, the restorative quality after resection of oral and maxillofacial tumors has been greatly improved, especially in the rehabilitation of oral and maxillofacial contour, but much has to be done in dynamic myofunctional reconstruction, sensory reconstruction, speech and deglutition reconstruction

    隨著顯微外科學和局部解剖學的發展,牙種植、牽引成骨、 cad / cam和快速原型製作等技術的廣泛應用,術后缺損重建的質量已獲得明顯提高,尤其在形態恢復方面幾近完美;但在動力性肌功能、感覺功能、吞咽和發音機能恢復方面,仍然有許多問題亟待解決。
  2. Observation of vocal polyps treated with co2 laser and laryngeal microsurgery

    2激光與喉顯微手術治療聲帶息肉的療效對比
  3. They were pioneers in the field of microsurgery

    他們是顯微外科學領域的創始人
  4. The doctor said permanent dermal pigmentation is a form of microsurgery

    醫生說永久的皮膚染色是一種顯微手術。
  5. Chinese journal of microsurgery

    中華顯微外科雜志
  6. Repair of the severe open injury to the lower limb by microsurgery

    嚴重下肢創傷后復合組織缺損急診修復與重建經驗總結
  7. Needs for health education among in - patients with gynecological diseases to undergo microsurgery

    住院婦科微創手術患者健康教育需求調查與分析
  8. But we would be doing the keystone microsurgery either over or next to the entire collector

    但是做這樣的顯微手術差不多要覆蓋整個收集器上空。
  9. Neuronavigator - guided microsurgery under intraoperative monitoring for resection of lesion in eloquent brain regions

    術中監護下神經導航顯微手術切除功能區及深部病變
  10. Conclusion the microsurgery of pituitary adenoma using endoscope - assisted direct transsphenoidal approach is safe, effective and minimally invasive

    結論內窺鏡輔助下直接蝶竇入路垂體瘤顯微切除術是一種安全有效、微創的方法。
  11. Objective to investigate the feasibility and advantages of microsurgery of pituitary adenoma via endoscope - assisted direct transsphenoidal approach

    摘要目的探討經鼻內窺鏡輔助下直接蝶竇入路顯微外科垂體瘤切除術的可行性和優越性。
  12. Regular courses composed of different subspecialties in orthopaedics and traumatology like trauma bioskill workshops, endoscopic workshops, microsurgery training courses

    中心會定時舉辦有關矯形外科及創傷學各個不同范疇的課程及工作坊,包括有創傷生物技術、內窺鏡手術、顯微手術。
  13. Objective to study the microsurgery anatomical basis of the hypothenar flap and to provide method for repairing ventral soft tissue defect of the finger through free transplantation of the flap

    摘要目的探討小魚際皮瓣的顯微外科解剖學基礎及游離移植修復指腹缺損的方法。
  14. Pulses in the nanosecond and subnanosecond regimes with high power and high repetition rate have wide applications in lidar, ranging, remote sensing, microsurgery, micromachining, and so on

    高峰值功率、高重復頻率的納秒至幾百納秒的脈沖激光,廣泛地應用於激光雷達、激光測距、遙感遙控、微型手術和微型機械方面。
  15. Conclusion ( 1 ) depending on location , size and invading extension of the tumor , above different approaches are adapted selectively which can provide excellent exposure and allow for an aggressive resection of the tumor. ( 2 ) the tumor tissue of the cavenous sinus and foramen lacerum is resected carefully by microsurgery. ( 3 ) the dural deficiecy must be repaired and sutured tightly to avoid craniocerebral fluid leak

    結論( 1 )前或和中顱凹底內外溝通性腫瘤應根據腫瘤大小、位置及侵犯范圍選擇顱面聯合入路、額顳-顳下窩入路或額顳-顳下窩入路結合面前徑路即可給于充分暴露並能在直視下廣泛切除腫瘤; ( 2 )中顱凹底侵及海綿竇和破裂孔部的腫瘤應在較高放大倍數手術顯微鏡下仔細分離切除; ( 3 )硬膜的嚴密修復是避免腦脊液漏及顱內感染的重要關鍵。
  16. Micromanipulation is an important emerging technique developed mainly during the past decade, which is widely applied in the fields of micro system, bio - engineering, microsurgery manipulation, and so on

    過去的十多年間,微操作技術得到了長足的發展,其應用已經廣泛涉及到微系統、生物工程、醫學等領域。
  17. Method the combined cranniofacial approach , the frontotemporal - infratemporal fossa approach and the frontotemporal - infratemporal fossa approach combining anterior facial approach were adapted to expose tumors which were resected by microsurgery

    方法分別採用顱面聯合入路、額顳-顳下窩入路或額顳-顳下窩結合面前徑路暴露腫瘤,給予顯微手術切除。
  18. Demand for precise positioning systems with nanometer accuracy is increasing quickly for some precise missions such as microsurgery, ultra - precise machining and measuring, etc. meanwhile, compare to the smaller scale of micro operation objects the whole system needs smaller outline too

    在顯微外科、超精密加工等領域急需達到納米級定位精度。而在微操作器、微小型機器人等領域,操作對象的微小化也使整個系統急需更小的尺度支持。
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