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Breakthrough Simulation Reveals Life of Minimal Bacterial Cell

3/12/2026

Summary

Story summary

Researchers created a detailed digital simulation of the JCVI-syn3A minimal bacterial cell with 493 genes.
The simulation reproduces the cell's entire lifecycle, including DNA replication and division, with two-minute accuracy.
It provides a four-dimensional view of cellular activity that accounts for the crowded interior.
Despite high computational demands, the simulation reveals insights into genetic activity and metabolism.
Findings were published in the journal Cell.

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Story summary

Researchers created a detailed digital simulation of the JCVI-syn3A minimal bacterial cell with 493 genes.
The simulation reproduces the cell's entire lifecycle, including DNA replication and division, with two-minute accuracy.
It provides a four-dimensional view of cellular activity that accounts for the crowded interior.
Despite high computational demands, the simulation reveals insights into genetic activity and metabolism.
Findings were published in the journal Cell.