Dataset for Development and in vivo imaging follow-up of laser-induced acute and chronic retinal vein occlusion mouse models

This dataset corresponds to the paper titled 'Development and in vivo imaging follow-up of laser-induced acute and chronic retinal vein occlusion mouse models' by Xiaowei Xu, Xun Li, Qingqing Tang, Yi Zhang, Li Zhang, and Meixia Zhang, with Prof. Meixia Zhang ([e-mail]) as the corresponding author.Representative images from the<b> Retinopathy in 80mW, 100mW, and 120mW folder </b>were depicted in Fig3. All aforementioned results were consolidated in the spreadsheet <b>‘</b><b>Retinopathy in 80mW, 100mW, and 120mW.xlsx’</b>, corresponding to Table 1 in the manuscript.The <b>Acute RVO model folder</b> presented all the follow-up images obtained from scanning laser ophthalmoscopy of the acute RVO mouse model, with representative ones comprising Fig4.The spreadsheet <b>'Retinal layer thickness for venous occlusion and recanalization.xlsx' </b>quantitatively recorded the optical coherence tomography follow-up results in the acute RVO mouse model. Statistical analysis was then conducted based on these data, and the results were plotted in Fig6.The spreadsheet <b>'Retinal layer thickness for occlusion and recanlization.xlsx'</b> organized the retinal layer thickness at each follow-up time point for venous occlusion and recanalization, with the statistical analysis results presented in S2 Table.The <b>Chronic RVO model Folder</b> displayed the progression in fundus fluorescein angiography and scanning laser ophthalmoscopy imaging of all chronic RVO mouse models. Representative results were depicted in Fig7.<br>