Researchers at the University of Minnesota have developed SpudCell, a synthetic system built from chemicals that mimics key life behaviors like eating, growing, copying genetic material, and dividing. While not strictly alive, it's the first to integrate these functions into a complete life cycle in a lab, marking a significant step in synthetic biology.
Scientists at the University of Minnesota have constructed a synthetic cell, named SpudCell, from non-living chemical components. This cell can feed, grow, replicate its DNA, and divide, representing a significant advancement in the pursuit of creating artificial life.
Researchers have created tiny, self-replicating blobs using lab-made DNA. These blobs can feed, grow, and multiply in a dish, marking a significant step towards creating life from non-living matter. The development is discussed by experts in the field.
Scientists at the University of Minnesota have created 'SpudCell,' a lab-made system from lifeless chemicals that mimics core behaviors of living cells, including growth and division. While not fully alive due to reliance on external components like ribosomes, it marks a significant step in bottom-up synthetic biology.
