首页> 外国专利> METHOD OF TREATMENT OF EARLY POSTOPERATIVE HYPERTENSION CAUSED BY TRABECULAR DESCEMET'S MEMBRANE PROMINENCE TO INTRASCLERA CAVITY FOLLOWING NON-PENETRATING ANTIGLAUCOMATOUS OPERATIONS

METHOD OF TREATMENT OF EARLY POSTOPERATIVE HYPERTENSION CAUSED BY TRABECULAR DESCEMET'S MEMBRANE PROMINENCE TO INTRASCLERA CAVITY FOLLOWING NON-PENETRATING ANTIGLAUCOMATOUS OPERATIONS

机译:经非穿透性抗角膜吻合手术行小梁切除术引起的膜内腔内突出的早期术后高血压治疗方法

摘要

FIELD: medicine; ophthalmology.;SUBSTANCE: invention is applied for treatment of early hypertension caused by thin trabecular Descemet's membrane (TDM) prominence to operation zone following non-penetrating filter antiglaucomatous operations. Conjunctiva is dissected for 1 mm within inferior-internal and inferior-external sclera graft (SG) angle bordering zone. Distal end of SG is raised with spatula. Syringe-installed cannula is inserted under graft and placed within SG plane, perpendicularly to its distal end and base, along SG center line. To avoid TDM traumatisation cannula is forwarded to SG base no more than 1/2 of its length. As cannula is forwarded, viscoelastic is inserted under SG. Under the influence of viscoelastic, TDM is separated from SG even in case of fresh adhesions. Procedure is completed, cannula is removed while viscoelastic is kept is ISC. Method provides reduction of early postoperative hypertension caused by intrasclera cavity blockage after non-penetrating filter antiglaucomatous operations and ISC recovery.;EFFECT: provided stable normalised ophthalmotonus within early postoperative period; prevention of indirectly developed tissue adhesion in operation zone and prolonged hypertensive effect of operation.;3 cl, 3 ex
机译:领域:医学;眼科:本发明用于治疗由非穿透性滤器抗青光眼手术后的小梁小梁Descemet膜(TDM)突出至手术区引起的早期高血压。在下内巩膜移植物(SG)角边界区域内将结膜切开1 mm。 SG的远端用刮铲抬起。将安装有注射器的套管插入移植物下方,并沿着SG中心线垂直于其远端和底部放置在SG平面内。为避免TDM创伤,将插管送至SG基座,长度不得超过其长度的1/2。随着套管的前进,粘弹性被插入SG下。在粘弹性的影响下,即使出现新的粘连,TDM也将从SG中分离出来。程序完成,将导管移开,同时保持粘弹性为ISC。该方法可减少非穿透性滤器抗青光眼手术后巩膜腔内阻塞引起的术后早期高血压和ISC的恢复。效果:在术后早期提供稳定的标准化眼睑。预防手术区域间接发展的组织粘连和延长手术的高血压效果。; 3 cl,3 ex

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