Mesenchymal stem cell-derived exosomes mitigate amyloid β-induced retinal toxicity: Insights from rat model and cellular studies

Keyphrases

• Rat Model 100%
• Cellular Studies 100%
• Retinal Toxicity 100%
• Mesenchymal Stem Cell-derived Exosomes 100%
• MSC-exosomes 100%
• AT-MSCs 100%
• Age-related Macular Degeneration 57%
• Retinal Cells 28%
• Retinal Pathology 28%
• Retinotoxicity 28%
• Therapeutic Intervention 14%
• Etiology 14%
• Pathophysiology 14%
• Therapeutic Relevance 14%
• Treatment Strategy 14%
• Heat Shock Proteins 14%
• Cell Viability 14%
• Protective Effect 14%
• Proteomic Analysis 14%
• Fluorescent Labeling 14%
• Pathogenic Process 14%
• Immunostaining 14%
• Retinopathy 14%
• Potential Therapeutics 14%
• Crystallin 14%
• Exosomes 14%
• Proliferation Assay 14%
• Electroretinography 14%
• Intravitreal Injection 14%
• Retinal Function 14%
• Sight-threatening 14%
• Wild-type Rats 14%
• Adipose-derived Mesenchymal Stem Cells (ADMSCs) 14%
• Cell Culture Experiment 14%
• Retinal Astrocytes 14%

Neuroscience

• Mesenchymal Stem Cell 100%
• Amyloid Protein 100%
• Age-Related Macular Degeneration 100%
• Astrocyte 25%
• In Vivo 25%
• In Vitro 25%
• Cell Culture 25%
• Proteomics 25%
• Cell Viability 25%
• Immunohistochemistry 25%
• Adipose Tissue 25%
• Fluorescent Dye 25%
• Retinal Disease 25%
• Heat Shock Protein 25%
• Electroretinography 25%
• Crystallin 25%
• Retinal 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Rat Model 100%
• Amyloid Protein 100%
• Age Related Macular Degeneration 100%
• Pathophysiology 25%
• Cell Culture 25%
• Cell Viability 25%
• Fluorescent Dye 25%
• Retinopathy 25%
• Heat Shock Protein 25%
• Intravitreal Administration 25%
• Retinal 25%
• Wild Type Rat 25%
• Crystallin 25%