logo
CanyamAI summaries for academic research
language
MobileMobile
  • Phone FeatureWeChat Mini Program
EnglishEnglish
noticeNotice
BlogBlog
delete
arrow
BackJournal Details
Experimental Eye Research cover

Experimental Eye Research

IF2.7
Papers7623
Citations15515
Journal Papers 7629
Publication Date
delete
NAD+–sirtuin–mitochondrial quality control in lens epithelial cells: a candidate modulatory network in crystalline lens aging
deleteExperimental Eye Research
IF2.7
delete2026-09-20
delete0
deleteOAAI
deleteRuili Huo; Nana Chang; Linda Hildegard Bergersen
deleteShare
deleteSave
A New Omics View of Retinal Aging: Cell-Type Vulnerability, Spatial Niches, and Disease Susceptibility
deleteExperimental Eye Research
IF2.7
delete2026-09-19
delete0
PREAI
deleteLiu Yang; Zhijie Li
deleteShare
deleteSave
Multimodal approaches to visual experimental research: Imaging, electrophysiology, and behavior
deleteExperimental Eye Research
IF2.7
delete2026-09-19
delete0
PREAI
deleteJing Zhong; Haiyang Zhang; Jipeng Li; Huifang Zhou
deleteShare
deleteSave
Knockdown of FBXL19-AS1 exerts a protective effect on Human retinal endothelial cells treated with high glucose by targeting miR-200c-3p
deleteExperimental Eye Research
IF2.7
delete2026-09-19
delete0
PREAI
deleteJingxuan Chen; Haiqi Ye; Jingyi Li; Pengtao Gu; Songfu Feng
deleteShare
deleteSave
Delay of Diabetic Cataract Progression by a Chemical Chaperone Trimethylamine N-Oxide through Alleviating Unfolded-Protein-Induced ER Stress
deleteExperimental Eye Research
IF2.7
delete2026-09-18
delete0
PREAI
deleteJiawei Shen; Jiayi Jiang; Gaoqin Liu; Weiming Liu; Hang Ren; Peirong Lu
deleteShare
deleteSave
Direct exposure to tricaine methanesulfonate (MS-222) alters zebrafish visual response properties
deleteExperimental Eye Research
IF2.7
delete2026-09-16
delete0
deleteOAAI
deleteAimee C. Saunders; Matthew J. Tarchick; Brittney D. Moore; Jordan M. Renna
deleteShare
deleteSave
Biomechanical interplay between lamina cribrosa and peripapillary sclera characterized by 3D ultrasound elastography
deleteExperimental Eye Research
IF2.7
delete2026-09-14
delete0
deleteOAAI
deleteZihao Chen; Sunny Kwok; Manqi Pan; Xueliang Pan; He Zhang; Hongli Yang; Jun Liu
deleteShare
deleteSave
Using patient iPSC-derived retinal pigment epithelium to evaluate differential susceptibility to MEK inhibitor-associated retinopathy
deleteExperimental Eye Research
IF2.7
delete2026-09-12
delete0
PREAI
deleteLola P. Lozano; Timothy M. Boyce; Andrew P. Groves; Henry L. Keen; H. Culver Boldt; Robert F. Mullins; Elaine M. Binkley; Budd A. Tucker
deleteShare
deleteSave
Area-based versus ring-based analysis for detecting subtle corneal curvature changes in a chick model of experimental astigmatism
deleteExperimental Eye Research
IF2.7
delete2026-09-10
delete0
PREAI
deleteJiachun Lin; Tsz Wing Leung; Byung Soo Kang; Sonal Aswin Vyas; Chea-su Kee
deleteShare
deleteSave
One-carbon metabolism and retinal ganglion cell vulnerability in glaucoma: metabolic pathway dysregulation, ocular evidence, and translational neuroprotection
deleteExperimental Eye Research
IF2.7
delete2026-09-10
delete0
PREAI
deleteChunying Liu; Murong Wang; Xin Wei
deleteShare
deleteSave
deleteExperimental Eye Research
IF2.7
delete2026-09-05
delete0
deleteOAAI
deleteDario L'Abbate; Kia Prescott; Ahmed Abass; Brendan Geraghty; David H.W. Steel; Victoria Kearns
deleteShare
deleteSave
Astragalus polysaccharide protects photoreceptors from hypoxic injury via a multi-mechanism network involving mitochondrial stabilization and enhanced autophagy
deleteExperimental Eye Research
IF2.7
delete2026-09-04
delete0
PREAI
deleteXinchen Wang; Yanchun Zhang; Chanyan Huang; Ziwei Kang; Hongli Miao; Hongli Li; Jingke Li
deleteShare
deleteSave
Single-cell RNA-seq analysis revealed that BHLHE40 and its binding protein THBS1 are involved in diabetic corneal epitheliopathy
deleteExperimental Eye Research
IF2.7
delete2026-09-04
delete0
PREAI
deleteShirui Dai; Wentao Han; Shaohua Liu; Yanjing Su; Jiarong Luo; Peiwen Feng; Liwei Zhang; Baihua Chen
deleteShare
deleteSave
Intrinsically Photosensitive Retinal Ganglion Cell Dysfunction and Suprachiasmatic Nucleus-Mediated Circadian Disruption in Humans: A Systematic Review
deleteExperimental Eye Research
IF2.7
delete2026-09-03
delete0
deleteOAAI
deleteM. Dhinesh; Bang V. Bui; Sharath S. Sherigar; Shailaja. Sarpangala; Stelyna Joylin; Nagarajan Theruveethi
deleteShare
deleteSave
Influence of riboflavin-UV-A illumination on the expression of pro- and anti-apoptotic markers in human corneal fibroblasts from healthy and keratoconus corneas
deleteExperimental Eye Research
IF2.7
delete2026-09-03
delete0
deleteOAAI
deleteJulian Kahlert; Maximilian Berger; Berthold Seitz; Ning Chai; Shweta Suiwal; Nóra Szentmáry; Frank Schmitz; Tim Berger
deleteShare
deleteSave
Three-dimensional primary myofibroblast culture reveals morphological alterations in CPAMD8 deficiency
deleteExperimental Eye Research
IF2.7
delete2026-09-03
delete0
PREAI
deleteHouyi Liu; Li Ning; Binghe Xiao; Yingying Hong; Gang Li; Yinghong Ji
deleteShare
deleteSave
Epigallocatechin gallate protects ARPE-19 cells in vitro and the retina in vivo by suppressing NF-κB p65-mediated ferroptosis
deleteExperimental Eye Research
IF2.7
delete2026-08-25
delete0
PREAI
deleteXiaoyang Chen; Miao Han; Yiwen An; Shuaishuai Zhang; Mengjia Liu; Yuxuan Wang; Shengyan Zhao; Ziyi Wang; Yuanyuan Zhang
deleteShare
deleteSave
Enhancing lysosome function via TFEB activation reduces lipofuscin-like granules in the retinal pigment epithelium
deleteExperimental Eye Research
IF2.7
delete2026-08-24
delete0
deleteOAAI
deleteAna S. Falcão; Mafalda Lopes-da-Silva; Pedro Antas; Cristina Escrevente; Margarida Pedro; Beatriz Felgueiras; Beatriz Caires; Rita Coelho; Inês S. Ferreira; Inês P. Santos; Thomas Ciossek; Paul Nicklin; Sandra Tenreiro; Miguel C. Seabra
deleteShare
deleteSave
Fluorescence lifetime imaging microscopy of pigmented cells in neovascular age-related macular degeneration
deleteExperimental Eye Research
IF2.7
delete2026-08-24
delete0
PREAI
deleteSebastian Fritsch; Katharina Wall; Marc Vaisband; Jan Hasenauer; Niko Schwenzer; Anna S. Jauch; Frank G. Holz; Christine A. Curcio; Thomas Ach
deleteShare
deleteSave
CatTohm mutation studies identify AQP0 as a modulator of lens transparency, cell-to-cell adhesion, biomechanics, microcirculation and homeostasis
deleteExperimental Eye Research
IF2.7
delete2026-08-23
delete0
PREAI
deleteKulandaiappan Varadaraj; Junyuan Gao; Richard T. Mathias; Sindhu Kumari
deleteShare
deleteSave