中国组织工程研究与临床康复
中國組織工程研究與臨床康複
중국조직공정연구여림상강복
JOURNAL OF CLINICAL REHABILITATIVE TISSUE ENGINEERING RESEARCH
2009年
17期
3383-3386
,共4页
寰枢关节%生物骨科材料%置入技术%内固定术%生物力学
寰樞關節%生物骨科材料%置入技術%內固定術%生物力學
환추관절%생물골과재료%치입기술%내고정술%생물역학
背景:寰枢关节作为连接头颅和脊柱的节点,在维持头颈部的运动、保持脑部和脊髓的联系上有着重要的作用.寰枢关节的生物力学特性与外部损伤性因素共同决定了寰枢关节骨折、脱位的部位、类型和性质,也影响着寰枢关节损伤后的治疗方法.随着材料技术的进展和临床操作经验的积累,各种新型的置入物不断被研制并应用于临床实践,使寰枢椎的手术方式和治疗策略得到了极大的丰富.目前置入物的应用目的大都是促进寰枢椎的融合或加强寰枢椎之间的联系和固定,它们在加强寰枢关节稳定性的同时,都不同程度地限制了头颈部的活动.如何处理好稳定性和灵活性的关系,在保证寰枢关节稳定的基础之上最大限度地恢复其生理功能,是今后新型人工置入物的研究方向.
揹景:寰樞關節作為連接頭顱和脊柱的節點,在維持頭頸部的運動、保持腦部和脊髓的聯繫上有著重要的作用.寰樞關節的生物力學特性與外部損傷性因素共同決定瞭寰樞關節骨摺、脫位的部位、類型和性質,也影響著寰樞關節損傷後的治療方法.隨著材料技術的進展和臨床操作經驗的積纍,各種新型的置入物不斷被研製併應用于臨床實踐,使寰樞椎的手術方式和治療策略得到瞭極大的豐富.目前置入物的應用目的大都是促進寰樞椎的融閤或加彊寰樞椎之間的聯繫和固定,它們在加彊寰樞關節穩定性的同時,都不同程度地限製瞭頭頸部的活動.如何處理好穩定性和靈活性的關繫,在保證寰樞關節穩定的基礎之上最大限度地恢複其生理功能,是今後新型人工置入物的研究方嚮.
배경:환추관절작위련접두로화척주적절점,재유지두경부적운동、보지뇌부화척수적련계상유착중요적작용.환추관절적생물역학특성여외부손상성인소공동결정료환추관절골절、탈위적부위、류형화성질,야영향착환추관절손상후적치료방법.수착재료기술적진전화림상조작경험적적루,각충신형적치입물불단피연제병응용우림상실천,사환추추적수술방식화치료책략득도료겁대적봉부.목전치입물적응용목적대도시촉진환추추적융합혹가강환추추지간적련계화고정,타문재가강환추관절은정성적동시,도불동정도지한제료두경부적활동.여하처리호은정성화령활성적관계,재보증환추관절은정적기출지상최대한도지회복기생리공능,시금후신형인공치입물적연구방향.
As a node between the skull and the spine, atlantoaxial joint plays a pivotal role in the maintenance of head and neck activities, as well as the connection between the brains and the spine. The biomechanical characteristics of stlantoaxial joint, together with traumatic factors, contribute to determine the site, type and character of atlantoaxial joint fracture and dislocation, they also affect the treatment of atlantoaxial joint injury. With the materials technique development and accumulated experience of clinical operations, various types of new implants are increasing and used for clinical practice, accordingly the surgical approach and therapy regimen of atlantoaxial disease have been greatly enriched. At present, the use of implant mainly aims to promote the atlantoaxial fusion or enhance the connection and fixation between atlantoaxial joints. However, the head and neck activities are also limited simultaneously while the implant enhances the atlantoaxial joint stability. Further studies require to handle the correlation between joint stability and joint flexibility and to maximize the physiological function recovery of atlantoaxial joints when ensuring the atlantoaxial joint stability.