玻璃体内抗血管内皮生长因子治疗伴有扁平纤维血管增生的早产儿严重后部视网膜病变的安全性和有效性。

Puja Maitra, Subramaniam Prema, Venkatapathy Narendran, Parag K Shah
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摘要

背景:已知玻璃体内注射抗血管内皮生长因子(IVA)可引起纤维血管增殖(FVP)的收缩,当存在于严重的早产儿视网膜病变(ROP)中时。目的:评估IVA注射治疗具有显著FVP的严重后部ROP的结构结果。方法:这是一项回顾性研究,其中18名早产儿的36眼在I区或II区出现>4时钟的FVP,用玻璃体内0.625mg贝伐单抗或玻璃体内0.2mg雷珠单抗治疗。有利的结构结果包括plus疾病和FVP的消退,而没有发生牵引性视网膜脱离。次要结果指标包括随访时视网膜完全成熟或需要额外治疗的复发性疾病的发展。不良后果包括进展为视网膜脱离。结果:18名早产儿的平均胎龄为30周(范围27-36),平均出生体重为1319克(范围650-1980克)。初次治疗时的平均月经后年龄(PMA)为35.5周(范围为31-41周)。所有眼睛均显示出良性疾病和FVP的消退。3名婴儿中有5眼出现疾病复发,分别接受重复IVA(n=2眼)或外周激光凝固(n=3眼)治疗。36人中有16人(44%)在5年的最终随访中达到视网膜血管成熟。结论:FVP合并IVA的严重后ROP有很好的解决方案,5年随访时视网膜成熟度为44%,再激活率为13.8%。当IVA注射在37周PMA之前,而疾病处于2期时,不太可能导致先前存在的FVP挛缩。
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Safety and efficacy of intravitreal anti vascular endothelial growth factor for severe posterior retinopathy of prematurity with flat fibrovascular proliferation.

Background: Intravitreal anti-vascular endothelial growth factor (IVA) injection is known to cause contraction of fibrovascular proliferation (FVP), when present in severe retinopathy of prematurity (ROP).

Aim: To assess the structural outcomes of IVA injection in the treatment of severe posterior ROP with significant FVP.

Methods: It was a retrospective study in which 36 eyes of 18 preterm babies who developed > 4 clock hours of FVP in zone I or posterior zone II, were treated with either intravitreal 0.625 mg bevacizumab or intravitreal 0.2 mg of ranibizumab. Favorable structural outcome included resolution of plus disease and FVP without the development of tractional retinal detachment. Secondary outcome measure included either full retinal maturation at follow-up or development of recurrent disease requiring additional treatment. Adverse outcomes included progression to retinal detachment.

Results: The mean gestational age of the 18 preterm babies was 30 wk (range 27-36), and mean birth weight was 1319 g (range 650-1980 g). Mean post-menstrual age (PMA) at the time of primary treatment was 35.5 wk (range 31-41 wk). All eyes showed regression of plus disease and FVP. 5 eyes of 3 babies showed reactivation of disease and were treated with repeat IVA (n = 2 eyes) or peripheral laser photocoagulation (n = 3 eyes) respectively. 16 out of 36 (44%) reached retinal vascular maturation at final follow up at 5 years.

Conclusion: There was good resolution of severe posterior ROP with FVP with IVA, with retinal maturity of 44% at 5 year follow-up and a reactivation rate of 13.8%. When the IVA injection is given prior to 37 wk PMA, while disease is in phase 2, it is less likely to cause contracture of pre-existing FVP.

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