中华耳鼻咽喉头颈外科杂志
中華耳鼻嚥喉頭頸外科雜誌
중화이비인후두경외과잡지
CHINESE JOURNAL OF OTORHINOLARYNGOLOGY HEAD AND NECK SURGERY
2010年
5期
424-426
,共3页
周良强%褚汉启%崔永华%黄孝文%黄红彦%熊浩%王燕%陈请国%张平
週良彊%褚漢啟%崔永華%黃孝文%黃紅彥%熊浩%王燕%陳請國%張平
주량강%저한계%최영화%황효문%황홍언%웅호%왕연%진청국%장평
外科器械%显微外科手术%小鼠%动物实验
外科器械%顯微外科手術%小鼠%動物實驗
외과기계%현미외과수술%소서%동물실험
Surgical instruments%Microsurgery%Mice%Animal experimentation
目的 介绍一种显微手术用磁力底座拉钩及其在小鼠显微微创手术中的应用.方法 磁力底座拉钩由纽扣磁铁、螺栓、螺母及牙用不锈钢丝弯折而成的拉钩组成.螺栓倒扣在磁铁上组成简易的磁力底座;不锈钢丝拉钩经两个螺母夹持固定在磁力底座的螺栓上,组成简易的磁力底座拉钩;纽扣磁铁具有较强的磁性,可使磁力底座拉钩吸附在不锈钢手术平台上.利用该拉钩辅助小鼠听泡暴露手术,并与传统常规拉钩进行比较.结果 磁力底座拉钩可方便并有效牵引手术切口及肌肉等软组织,牵引方向、高度及强度均可调节,可获得良好的术窗暴露效果;与常规拉钩相比,可明显缩短手术切口,对肌肉及血管损伤少,减少意外出血机会.结论 磁力底座拉钩可方便有效地暴露小鼠听泡显微手术窗口,具有微创特点,可作为一种简单有效且易于推广的小鼠显微手术器械.
目的 介紹一種顯微手術用磁力底座拉鉤及其在小鼠顯微微創手術中的應用.方法 磁力底座拉鉤由紐釦磁鐵、螺栓、螺母及牙用不鏽鋼絲彎摺而成的拉鉤組成.螺栓倒釦在磁鐵上組成簡易的磁力底座;不鏽鋼絲拉鉤經兩箇螺母夾持固定在磁力底座的螺栓上,組成簡易的磁力底座拉鉤;紐釦磁鐵具有較彊的磁性,可使磁力底座拉鉤吸附在不鏽鋼手術平檯上.利用該拉鉤輔助小鼠聽泡暴露手術,併與傳統常規拉鉤進行比較.結果 磁力底座拉鉤可方便併有效牽引手術切口及肌肉等軟組織,牽引方嚮、高度及彊度均可調節,可穫得良好的術窗暴露效果;與常規拉鉤相比,可明顯縮短手術切口,對肌肉及血管損傷少,減少意外齣血機會.結論 磁力底座拉鉤可方便有效地暴露小鼠聽泡顯微手術窗口,具有微創特點,可作為一種簡單有效且易于推廣的小鼠顯微手術器械.
목적 개소일충현미수술용자력저좌랍구급기재소서현미미창수술중적응용.방법 자력저좌랍구유뉴구자철、라전、라모급아용불수강사만절이성적랍구조성.라전도구재자철상조성간역적자력저좌;불수강사랍구경량개라모협지고정재자력저좌적라전상,조성간역적자력저좌랍구;뉴구자철구유교강적자성,가사자력저좌랍구흡부재불수강수술평태상.이용해랍구보조소서은포폭로수술,병여전통상규랍구진행비교.결과 자력저좌랍구가방편병유효견인수술절구급기육등연조직,견인방향、고도급강도균가조절,가획득량호적술창폭로효과;여상규랍구상비,가명현축단수술절구,대기육급혈관손상소,감소의외출혈궤회.결론 자력저좌랍구가방편유효지폭로소서은포현미수술창구,구유미창특점,가작위일충간단유효차역우추엄적소서현미수술기계.
Objective To introduce a novel retractor with magnetic fixator for mouse microsurgery. Methods The retractor was consisted of a magnet, a screw, two screw nuts and a hook made of dental stainless wire. The screw was connected to the magnet with magnetic force, and then was assembled to be a so-called magnetic fixator. The hook was clamped by two screw nuts on the screw, and these makes up of the retractor finally. Comparison has been done between the novel retractor and traditional retractor in the clinical application of the otocyst exposure. Results The retractor can quickly claw and retract massive tissue like muscles and vessels to the target position, thus, this properties would tend to offer a clear and expanded operative field. In addition, the height, orientation and strength of traction was all adjustable. By Comparison with tradition retractor, the operative incision can be shorten via the application of the retractor, also, it would reduce the trauma of muscles and vessels as well as the accidental rate of bleeding in the process of operation. Conclusions The retractor can offer a expanded operative field of the mouse otocyst conveniently. It could be a simple, powerful and minimal invasive tool for mouse microsurgery.