中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2012年
47期
8853-8863
,共11页
经皮椎体成形%骨水泥渗漏%并发症%椎体源性疼痛%脊柱微创手术%新进展
經皮椎體成形%骨水泥滲漏%併髮癥%椎體源性疼痛%脊柱微創手術%新進展
경피추체성형%골수니삼루%병발증%추체원성동통%척주미창수술%신진전
背景:经皮椎体成形是一项安全、有效的微创手术.目的:综述经皮椎体成形中有关骨水泥渗漏的研究现状及新进展.方法:由第一作者检索1980至2012年 PubMed 数据库及 CNKI 数据库中有关经皮椎体成形中骨水泥渗漏的文献,英文检索词为“Percutaneous vertebroplasty,cement leakage”,中文检索词为“经皮椎体成形,骨水泥渗漏”.结果与结论:通过经皮穿刺向椎体内注射骨水泥可增强椎体强度,稳定椎体,达到止痛目的,避免了开放手术的并发症;操作简单,效果显著,止痛确切、迅速,并发症少,安全性相对高.但经皮椎体成形需要通过经皮穿刺向病椎注入骨水泥,因而可能会伴发因骨水泥注入导致的并发症,尤其是骨水泥渗漏.虽然大部分无临床症状,但灾难性的并发症也可能会发生.了解骨水泥渗漏发生的原因、部位、症状,对制定骨水泥渗漏预防策略、减少其发生率、提高手术安全性都有重要临床意义.
揹景:經皮椎體成形是一項安全、有效的微創手術.目的:綜述經皮椎體成形中有關骨水泥滲漏的研究現狀及新進展.方法:由第一作者檢索1980至2012年 PubMed 數據庫及 CNKI 數據庫中有關經皮椎體成形中骨水泥滲漏的文獻,英文檢索詞為“Percutaneous vertebroplasty,cement leakage”,中文檢索詞為“經皮椎體成形,骨水泥滲漏”.結果與結論:通過經皮穿刺嚮椎體內註射骨水泥可增彊椎體彊度,穩定椎體,達到止痛目的,避免瞭開放手術的併髮癥;操作簡單,效果顯著,止痛確切、迅速,併髮癥少,安全性相對高.但經皮椎體成形需要通過經皮穿刺嚮病椎註入骨水泥,因而可能會伴髮因骨水泥註入導緻的併髮癥,尤其是骨水泥滲漏.雖然大部分無臨床癥狀,但災難性的併髮癥也可能會髮生.瞭解骨水泥滲漏髮生的原因、部位、癥狀,對製定骨水泥滲漏預防策略、減少其髮生率、提高手術安全性都有重要臨床意義.
배경:경피추체성형시일항안전、유효적미창수술.목적:종술경피추체성형중유관골수니삼루적연구현상급신진전.방법:유제일작자검색1980지2012년 PubMed 수거고급 CNKI 수거고중유관경피추체성형중골수니삼루적문헌,영문검색사위“Percutaneous vertebroplasty,cement leakage”,중문검색사위“경피추체성형,골수니삼루”.결과여결론:통과경피천자향추체내주사골수니가증강추체강도,은정추체,체도지통목적,피면료개방수술적병발증;조작간단,효과현저,지통학절、신속,병발증소,안전성상대고.단경피추체성형수요통과경피천자향병추주입골수니,인이가능회반발인골수니주입도치적병발증,우기시골수니삼루.수연대부분무림상증상,단재난성적병발증야가능회발생.료해골수니삼루발생적원인、부위、증상,대제정골수니삼루예방책략、감소기발생솔、제고수술안전성도유중요림상의의.
BACKGROUND: Percutaneous vertebroplasty is a minimal y invasive and safe surgical technique. OBJECTIVE: To overview the current status and new advancement of cement leakage in percutaneous vertebroplasty. METHODS: The first author searched the literatures related to cement leakage in percutaneous vertebroplasty in the PubMed and CNKI databases (1980/2012) using the keywords of “percutaneous vertebroplasty, cement leakage” in English and Chinese, respectively. RESULTS AND CONCLUSION: The aim of this procedure is to enhance the mechanical strength of the vertebra and obtain pain relief. It can avoid the complications of open vertebroplasty and have broken a new ground for the treatment of osteoporotic vertebral compression fractures and vertebral metastases. Percutaneous vertebroplasty has been widely accepted by the doctors and patients due to its simple procedure, low complication rate and effect in al eviating pain. However, percutaneous vertebroplasty is not free of complications, especial y associated with cement leakage. Although extravasations of polymethylmetharylate during percutaneous vertebroplasty are usual y asymptomatic, devastating complications may occur. To determine the reasons of cement leakage in percutaneous vertebroplasty wil help us to make preventive strategies, reduce complications and promote the security of the procedure.