Like mouse ES cells, human ES cells can be induced to differentiate into a wide range of cell types in culture and to form teratocarcinomas in immunocompromised mice, suggesting pluripotency.

AI’s endless adaptability forces us to rethink creativity and partner with tech in the age of digital alchemy.

Researchers constantly report that they have reprogrammed somatic cells or adult stem cells into pluripotent stem cells (iPS cells). Sometimes, however, they fail to provide irrefutable proof of the ...

2024年12月30日，中国科学院广州生物医药与健康研究院与广州医科大学附属第五医院合作在Nature Communications在线发表了题为 “Reconstitution of Pluripotency from Mouse Fibroblast through SALL4 Overexpression” 的研究论文 2024年12月30日，中国科学院广州生物医药与健康研究院与广州 ...

Otonkoski lab is interested in nuclear reprogramming and genome editing, and how these can be applied to understand mechanisms behind pancreatic beta-cell failure leading to diabetes. We also operate ...

Animals feature what is known as pluripotency; an ability for embryonic stem cells to differentiate and develop into the variety of tissues that make up a fully developed organism. In spite of not ...

Researchers have successfully engineered bi-paternal mice, born from two male parents, that survived to adulthood using embryonic stem cell techniques.

Imagine you’re a 17th-century alchemist. You whisper an incantation over a vial of liquid, and—poof!—it transforms into gold. Modern AI works a similar kind of magic. Type “write a sonnet ...