synthetic cell

Scientists at the University of Minnesota claim to have built the most life-like synthetic cell, SpudCell, assembled entirely from nonliving components capable of growth, DNA replication, division, and passing traits to offspring. The synthetic cells require lab-controlled nutrients and external components to survive and have not undergone peer review, with researchers acknowledging limitations like 30% genome inheritance after five generations.

University of Minnesota scientists created the first synthetic cell that can complete a life cycle. Kate Adamala, a University of Minnesota professor and co-founder of Biotic, discussed the project with CBS News.

University of Minnesota scientists have developed the world’s first synthetic cell with a complete life cycle, made entirely of non-living chemicals. The cell can grow, replicate, divide, and compete across generations, with potential applications in medicine, materials, and industrial chemistry.

Scientists at the University of Minnesota created a synthetic cell called SpudCell, which mimics most hallmarks of life. The cell is a simplified version of a living cell structure, raising questions about its classification as alive.

University of Minnesota scientists created a synthetic cell in a lab using chemical ingredients. The cell exhibits most of the hallmarks of life.

Biologists created a synthetic cell from nonliving components that grew, replicated its DNA, and divided, mimicking key life functions. The achievement was described as 'an impressive step' by Jack Szostak, a researcher at the University of Chicago.