World’s First Synthetic Cell With a Complete Life Cycle Marks Biology Breakthrough
- University of Minnesota scientists unveiled SpudCell, a synthetic cell built from non-living chemical components capable of growth, division, and replication, marking the first complete cell cycle demonstrated by such a system.
- Composed of 200 molecules, 36 enzymes, and a 90,000 base-pair genome, SpudCell mimics fundamental biological functions without requiring a 'mysterious magical spark,' assembled entirely from purified chemical components rather than existing cells.
- To grow, SpudCell fuses with feeder liposomes for nutrients and divides using proteins that create surface stress; experiments showed genetically modified versions outcompeted originals over five generations, demonstrating genes can shape synthetic population success.
- While the accomplishment is significant, Imperial College London biochemist Yuval Elani told CNN it is not 'life created in the lab,' though researchers suggest the platform could eventually help manufacture medicines and materials in gentler ways.
- Following peer review, researchers aim to scale the technology through a new public-benefit institution; if successful, SpudCell could reduce energy costs typically required for industrial chemistry and natural cell modification.
44 Articles
44 Articles
American research shows how inanimate materials can be used to model a living cell.
Life from the laboratory? For the first time, U.S. researchers are creating artificial cells out of nowhere that even multiply. Scientists see great potential for industry – and hope for a new age of biology.
A renowned researcher claims to have built synthetic cells from non-living components for the first time. Are the "Spud-Cells" a scientific sensation – or a PR stunt?

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