RESULTS Ratio of subretinal neovascularization found in macular zone of the patients with pathological myopia was30.6%. 结果观察病例中病理性近视黄斑区视网膜下新生血管发生的构成比为30.6%。
Method the authors used syringe needle to perforate sclera, the technique can control ration of subretinal fluid draingage, and comparing this technique with traditional scleral electrocoagulation and subretinal fluid draingage technique. 方法用注射针头作巩膜穿刺,能控制定量放液,并将本方法与传统的巩膜电凝放液法进行比较。
Smoking may promote the development and progression of new subretinal vessels, which causes macular degeneration. 吸烟可能会促进视网膜下新血管的增生,引致老年黄斑退化。
Differentiation of embryonic stem cell derived retinal precursor cell after transplanted into subretinal space in rd mouse 胚胎干细胞源性视网膜前体细胞在rd鼠视网膜下腔移植后的分化
Design of subretinal artificial chip based on standard CMOS technology 标准CMOS工艺的外层型人工视网膜芯片设计
The formation of subretinal membrane is earlier than that of the preretinal membrane and appeared extensively in TPVR. 视网膜下膜的形成早于视网膜前膜,并广泛存在于TPVR。
The Study of the Relationship between Noradrenalin and Subretinal Fluids of Rhegmatogenous Retinal Detachment On the Desalination Solution of Iron Artifacts 去甲肾上腺素水平与孔源性视网膜脱离网膜下液关系的探讨模拟铁器文物的碱性脱氯清洗液研究
Objective To determine whether the subretinal space supports the induction of deviant immune responses to retinal soluble ( S) antigen. 目的确立视网膜下腔是否具有支持针对视网膜可溶性抗原(S抗原)刺激诱导偏离式免疫反应的能力。
Objective: To investigate whether subretinal fluid ( SRF) could induce the activation and translocation of protein kinase C ( PKC) in the cytoplasm of retinal pigment epithelial ( RPE) cells. 目的:研究视网膜下液(SRF)能否引起体外培养的视网膜色素上皮(RPE)细胞浆内蛋白激酶C(PKC)的激活和转位,探讨SRF与RPE细胞中PKC信号系统变化的关系。
Thirty cases of macular subretinal neovascularization, were reported. 报告30例黄斑部视网膜下新生血管,阐述了发病机理、临床表现及治疗。
Methods: Using the immunohistochemistry technique to study the expression of PDGF and bFGF in 20 epiretinal membranes and 1 subretinal membrane. 方法:免疫组化法研究PDGF和bFGF在20例视网膜前膜和1例视网膜下膜(视网膜脱离术后继发)细胞中的表达情况。
RESULTS: The subretinal injection was achieved in 29 eyes with single retinal puncture. 结果:30只眼中,29只眼的视网膜下注射为一次成功。
Ultrastructure of subretinal membranes from complex retinal detachment 复杂视网膜脱离视网膜下膜超微结构研究
Vascular endothelial growth factor can induce the formation of subretinal neovascularization. 血管内皮生长因子可诱导视网膜下新生血管的形成。
The subretinal space may be an ideal recipient site for retinal transplantation. 视网膜下腔为理想的视网膜移植的受位。
RESULTS The expression of MCP 1 was negative or very weak in cells of subretinal fluid from RD. 结果视网膜下液中细胞成份MCP-1的表达均为阴性或弱阳性,B级PVR手术集取物以及增殖膜中,MCP-1表达阳性程度随PVR等级的升高而逐渐增高。
The Vitamin C in the Subretinal Fluid of Retinal Detachment 视网膜脱离时视网膜下液的维生素C
Conclusions: Subfoveolar hemangiomas and those complicated with shifting subretinal fluid were with poor prognosis. 结论:位于黄斑下的及伴有移动性视网膜下液的脉络膜血管瘤预后差。
Recently, people discovered the incidence of the subretinal membrane was very high in the complex retinal detachment cases; 近年来人们发现在复杂视网膜脱离病例中视网膜前膜和视网膜下膜的发生率很高,而且它们的存在与视网膜脱离的术后复发有很重要的关系。
And subretinal microsurgery was performed on 6 eyes of AMD with subfoveal choroidal neovascularization ( CNV) and hemorrhage. 6眼黄斑中心凹处新生血管膜形成、出血行视网膜下手术。
Subretinal neovascularization in macula of patients with pathological myopia 病理性近视的黄斑部视网膜下新生血管
To evaluate the efficacy of a new technique of subretinal fluid drainage. 目的探讨引流视网膜下液新方法的效果。
Objective: To study the ultrasonographic value in diagnosis of subretinal neovascularization of senile macular degeneration ( SMD). 目的:探讨超声对渗出性老年性黄斑变性视网膜下新生血管的诊断价值。
AIM To study the characteristics of the development and occurrence of the subretinal neovascularization ( SRNV). 目的探讨视网膜下新生血管(SRNV)的发生、发展特征,为治疗和预防提供理论依据。
Results Expressions of ICAM-1 and MMP-2 were observed in 10 and 8 membranes respectively. Expression of both in 7 subretinal membrane. 结果ICAM-1和MMP-2分别在10例和8例视网膜下膜中表达,二者同时在7例视网膜下膜中表达。
Objective To investigate the efficiency of internal drainage of subretinal fluid through a retinal break on the scleral buckle. 目的探讨从手术嵴上视网膜裂孔排除视网膜下液的效果。
Treatment of complicated detachment of retina by vitreoretinal surgery in combination with subretinal fluid drainage 玻璃体手术联合视网膜下液体眼内引流治疗复杂视网膜脱离
In an animal model, CNV was induced by subretinal injection of VEGF. 此外,在视网膜下注射VEGF可导致动物眼内脉络膜新生血管生长。