Biotech

"SpudCell will replicate continuously by 2030" | Kate Adamala

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 18/09/2026, 20:46:42 UTC.

Briefings

In September 2026, researchers at the University of Minnesota developed SpudCell, a synthetic cell capable of eating, growing, and dividing for at least five generations. Lead author Kate Adamala argues this breakthrough could enable perpetual replication by 2030, though current evidence shows it stops after five generations. The interview highlights SpudCell's lack of biological robustness, its potential for expanding chemistry and medicine, and Adamala's evolving stance on whether such systems could enable mirror life. Coverage is limited to a single interview transcript from September 2026, with no data on replication rates beyond five generations or long-term viability.

Key points

• SpudCell is a synthetic cell capable of eating, growing, and dividing for at least five generations, built purely from molecules without biological components.
• Kate Adamala argues SpudCell is not alive because it lacks the robustness to replicate continuously indefinitely, stopping after five generations despite its ability to perform life-like processes.

Context and limitations

Evidence is limited to a single interview transcript from September 2026. No data on replication rates beyond five generations, long-term viability, or environmental conditions affecting SpudCell's performance.

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