首页> 外国专利> METHOD OF FEMTOLASER PHACOEMULSIFICATION IN CASE OF PUPIL DIFFRACTION RELATIVE TO THE CENTER OF THE LENS

METHOD OF FEMTOLASER PHACOEMULSIFICATION IN CASE OF PUPIL DIFFRACTION RELATIVE TO THE CENTER OF THE LENS

机译:相对于晶状体中心的瞳孔扩散情况下的微晶石微晶化方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to medicine, specifically to ophthalmology. To remove the lens of the eye with the implantation of the intraocular lens (IOL), when the center of the pupil is centered relative to the center of the lens, the pupil fixes with the pupil ring, execution with the help of femtolaser radiation of anterior circular capsulorhexis and fragmentation of the lens nucleus, removal of the cut out flap of the anterior capsule, conducting hydrodissection, phacoemulsification of lens fragments with the help of an ultrasound tip, lens aspiration, implantation of the IOL and removal of the pupillary ring. 10-0 thread is tied to the pupillary ring, which ends on the opposite side with a needle, before the pupil fixes in a ring with a pupil diameter of more than 5.5 mm, the pupil is narrowed medicinally, a viscoelastic with a molecular weight of 2.5 million Da is injected into the anterior chamber. After fixing the pupil with a ring, a needle is inserted through the tunnel corneal incision into the anterior chamber and from the inside pierce the cornea in the limbal part in the side of the necessary displacement of the pupillary ring, move the ring so that the center of the ring corresponds to the center of the lens, then hem it to the outer part of the limb, and remove the needle. Interface of the femtolaser installation with the eye is docked, the vacuum is fed into its interface. Conduct circular capsulorhexis and fragmentation of the nucleus of the lens with femtolaser radiation at a cut height of 200–4,000 mcm and after the implantation of the intraocular lens, remove the filament and the pupillary ring.;EFFECT: method improves the quality of rehabilitation of patients, reduces the traumatic nature of surgical intervention.;1 cl, 2 ex
机译:技术领域本发明涉及医学,尤其涉及眼科。为了通过植入人工晶状体(IOL)移出眼睛的晶状体,当瞳孔的中心相对于晶状体的中心居中时,瞳孔固定在瞳孔环上,并借助飞秒激光进行前圆形撕囊术和晶状体核破裂,切除前囊的切除皮瓣,进行水解剖,借助超声尖端进行晶状体晶状体超声乳化,晶状体抽吸术,IOL植入和去除瞳孔环。瞳孔环的另一端用针扎成10-0的线,在瞳孔固定到瞳孔直径大于5.5毫米的环之前,瞳孔在医学上变窄,具有一定分子量的粘弹性250万Da注入前房。用环固定瞳孔后,将针头穿过隧道角膜切口插入前房,并从内侧刺入角膜在必要的瞳孔环移位一侧的角膜缘部分中,移动环以使环的中心对应于镜片的中心,然后将其下摆到肢体的外部,然后取下针。飞秒激光装置与眼睛的接口对接,真空被馈送到其接口。在200-4,000 mcm的切割高度下,用飞秒激光辐射进行圆形撕囊术和晶状体核碎裂,并在植入人工晶状体后,去除细丝和瞳孔环。患者,减少了手术干预的创伤性。; 1 cl,2 ex

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