Brücher Viktoria C, Zimmermann Julian A, Storp Jens J, Eter Nicole
Klinik für Augenheilkunde, Universitätsklinikum Münster, Domagkstr. 15, 48149, Münster, Deutschland.
Ophthalmologie. 2023 Oct;120(10):1056-1059. doi: 10.1007/s00347-023-01914-5. Epub 2023 Sep 18.
The aim of this surgical technique is the modified placement of a Paul® implant (Fa. Advanced Ophthalmic Innovations, Singapur) in eyes after failure of Preserflo® MicroShunt (Fa. Santen, Osaka, Japan) implantation for the best possible adjustment of the intraocular pressure.
The technique presented here is intended for patients suffering from more complex glaucomas, which were unsuccessfully previously treated with a Preserflo® Microshunt (Santen Inc.).
The special feature of the Münster standard is the choice of the surgical field and the waiver of a further tunnel placement. The patients receive a Paul® implant in the same quadrant as the previously inserted Preserflo® MicroShunt implant (superior temporal). The latter is explanted after preparation of the conjunctiva and priming of the Paul® implant with a Prolene 6.0 suture and fixation of the plate. In order to carry out the implantation of the Paul® tube through the existing 25-gauge tunnel, the latter is dilated laterally with an iris spatula under positioning of the anterior chamber. A surgical video, which is available online, shows the surgical technique in detail. ADVANTAGES OF THE MüNSTER STANDARD: The superior temporal surgical access promises easier handling. The fact that there is no need for a new tunnel effectively saves surgery time and is expected to reduce endothelial cell loss as only one tube remains in place in comparison to two anterior chamber tubes.
本手术技术的目的是在Preserflo®微型分流器(日本大阪参天公司)植入失败后,对Paul®植入物(新加坡先进眼科创新公司)进行改良放置,以尽可能最佳地调节眼压。
此处介绍的技术适用于患有更复杂青光眼的患者,这些患者先前使用Preserflo®微型分流器(参天公司)治疗失败。
明斯特标准的特点是手术区域的选择以及无需进一步放置隧道。患者在与先前插入的Preserflo®微型分流器植入物相同的象限(颞上象限)接受Paul®植入物。在准备结膜并用6.0普理灵缝线对Paul®植入物进行灌注并固定板后,将后者取出。为了通过现有的25号隧道植入Paul®管,在前房定位下用虹膜铲将隧道向侧面扩张。一个在线提供的手术视频详细展示了手术技术。
颞上手术入路便于操作。无需新的隧道这一事实有效节省了手术时间,并且预计可减少内皮细胞损失,因为与两根前房管相比,仅一根管子留在眼内。