- Lamellar Hole-associated Epiretinal Proliferation in choroideremia: a case report
- Choroidal thickness in relation to urinary albumin excretion rate in type 2 diabetes mellitus without retinopathy
- Safety of various parameter sets with navigated microsecond pulsing laser in central serous chorioretinopathy
- Comparison of aflibercept and bevacizumab in the treatment of type 1 retinopathy of prematurity
- Intraocular osseous metaplasia presenting as a solid mass in chronic retinal detachment: a case report
- Diagnostic retinal biopsy in the management of secondary non-CNS vitreoretinal lymphoma masquerading as viral retinitis: a case report
- A 24 month follow-up of refractory macular holes treated with an autologous transplantation of internal limiting membrane versus retina expansion technique
- Quantification of macular perfusion in healthy children using optical coherence tomography angiography
- Pipeline therapies for neovascular age related macular degeneration
- Visual and anatomical outcomes associated with treat-and-extend administration of intravitreal aflibercept for neovascular age-related macular degeneration
- Aflibercept clearance through the drainage system in a rat model
- Bee sting presumed endophthalmitis: a devastating ocular outcome
- Internal limiting membrane detachment in acute central retinal artery occlusion: a novel prognostic sign seen on OCT
- Retinoblastoma and mosaic 13q deletion: a case report
- Vogt-Koyanagi-Harada Syndrome following COVID-19 and ChAdOx1 nCoV-19 (AZD1222) vaccine
- Fluorescein angiographic findings and Behcet's disease ocular attack score 24 (BOS24) as prognostic factors for visual outcome in patients with ocular Behcet's disease
- Intraocular lens power calculation formulas accuracy in combined phacovitrectomy: an 8-formulas comparison study
- Novel OCT findings in choroidal osteoma: brief report
- Lasting effects of prenatal exposure to Cannabis in the retina of the offspring: an experimental study in mice
- Smartphone fundus photography: a narrative review
- Questionnaire for the assessment of adherence barriers of intravitreal therapy: the ABQ-IVT
- A novel technique to avoid intraoperative giant tear slippage: the bimanual double aspiration technique
- Unilateral acute posterior multifocal placoid pigment epitheliopathy in a convalescent COVID-19 patient
- Morphological alternation and influence of aqueous flare in idiopathic epiretinal membrane
- Pars plana vitrectomy with/without encircling scleral band for treatment of retinal detachment associated with buphthalmos
- Human amniotic membrane for the treatment of large and refractory macular holes: a retrospective, multicentric, interventional study
- Mechanisms of sterile inflammation after intravitreal injection of antiangiogenic drugs: a narrative review
- The impact of central foveal thickness and integrity of the outer retinal layers in the visual outcome of uveitic macular edema
- Intravitreal bevacizumab (IVB) versus IVB in combination with pars plana vitrectomy for vitreous hemorrhage secondary to proliferative diabetic retinopathy: a randomized clinical trial
- Multifocal serous retinopathy with pemigatinib therapy for metastatic colon adenocarcinoma
- Versatility of use of fibrin glue in wound closure and vitreo-retinal surgery
- Preoperative imaging optimized for epiretinal membrane surgery
- Surgical outcomes in patients with lamellar macular holes selected based on the optical coherence tomography consensus definition
- Amine oxidase copper-containing 3 (AOC3) inhibition: a potential novel target for the management of diabetic retinopathy
- Re: Concept and application of relaxing radial retinectomy for retinal detachment with advanced proliferative vitreoretinopathy
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
- Investigation of the effectiveness of a new portable 'cryopen' probe for cryotherapy (CryoTreq®)
