Researchers successfully transferred regenerative genes from simple organisms into fruit flies, resulting in improved stem cell function and suppression of age-related intestinal issues. This breakthrough suggests that studying highly regenerative species may uncover new mechanisms for extending the healthy lifespan of more complex organisms.

Researchers have developed a method to transform skin cells into brain neurons, capturing the aging effects crucial for studying late-onset Alzheimer's disease. This technique accurately mimics Alzheimer's hallmarks, like amyloid beta buildup, in lab-derived neurons, allowing for detailed analysis.

Researchers have developed a model that quickly converts stem cells to brain cells with Parkinson’s disease (PD) protein structures, allowing for personalized study and treatment. This new approach can transform stem cells into brain cells within weeks, facilitating high-throughput genetic and drug screening. By mimicking diverse protein misfolding seen in PD patients, the model offers a practical tool for diagnostics and drug discovery. This advancement could lead to personalized therapies for Parkinson's and related neurodegenerative diseases.