According to Nature, researchers have discovered that iPSC-derived cells expressing ITGA6 can restore aqueous humor outflow and reduce intraocular pressure…
Scientists have discovered that maternal factor OTX2 orchestrates the critical transition when human embryos take control of their own development. This breakthrough reveals fundamental differences between human and mouse embryonic development with significant clinical implications.
Scientists have identified OTX2 as a master regulator that awakens the human embryonic genome. This discovery fills a critical gap in understanding early human development and could transform fertility research.
A groundbreaking comparative study of pancreas development across three mammalian species has uncovered remarkable conservation between pigs and humans. The research provides new insights into evolutionary developmental biology and potential implications for diabetes research.
Scientists have conducted a comprehensive multimodal comparison of pancreas development across mice, pigs, and humans, revealing significant evolutionary conservation between porcine and human developmental processes. According to reports published in Nature Communications, the study utilized temporally resolved single-cell multi-omics to track pancreatic organogenesis, morphogenesis, and differentiation across species.
