Researchers from Duke-NUS Medical School, the Singapore Eye Research Institute, and the Karolinska Institute have developed a method to produce photoreceptor progenitor cells, the light-detecting cells found in the eye, from stem cells and then transplanted them into experimental models with damaged retinas. The preclinical study showed significant vision recovery, potentially marking the first step towards restoring vision in eye diseases characterized by photoreceptor loss. Photoreceptor degeneration is a significant cause of declining vision that can lead to blindness, with no effective treatment currently available. The researchers hope to refine their method to make it simpler and achieve more consistent results.
Related Posts
Blood tests for Alzheimer’s disease are currently available
Alzheimer’s disease, affecting 55 million globally with no cure, sees recent progress in drugs to slow its progression. Early intervention with these drugs is crucial, but current diagnostic methods often miss early signs. Evidence suggests Alzheimer’s indicators can be detected in the blood up to two decades prior to symptoms. Several US companies offer Alzheimer’s […]
vissE: Tool for Molecular Phenotype Visualization
vissE is a versatile tool designed to facilitate the identification and visualization of higher-order molecular phenotypes resulting from functional enrichment analysis. This tool addresses the growing need in bioinformatics for effective visualization methods to interpret complex molecular datasets. Body: Utilizing vissE, researchers can input results from functional enrichment analyses, such as gene ontology or pathway […]
Tips for managing children’s broken teeth
When a child breaks a tooth, it can be distressing for both the child and the parent. However, knowing how to manage the situation effectively is crucial for ensuring the child’s comfort and dental health. Here are some simple tips for parents on how to handle children’s broken teeth. Stay Calm: First and foremost, it’s […]