- A recent study has demonstrated that the highly resilient bacterium, Deinococcus radiodurans, can survive extreme impact forces mimicking those on Mars.
- This significant discovery suggests that microorganisms could potentially endure interplanetary travel following major asteroid impacts, as reported by ScienceDaily.
- The research, originally published in PNAS Nexus, involved subjecting the bacteria to pressures reaching 3 GPa to simulate the crushing shock of an asteroid impact.
- Even under these extreme conditions, a substantial portion of the microbes survived, broadening the understanding of life's ability to move between planets.
- These findings have profound implications for the theory of panspermia, indicating that life could potentially be transferred between celestial bodies.
Mars Impact Survival: Bacteria Live
A new study reveals that the incredibly tough bacterium *Deinococcus radiodurans* can survive extreme impact forces, mimicking those of asteroid collisions, even at pressures up to 3 GPa. This groundbreaking discovery significantly bolsters the theory of panspermia, suggesting life could potentially hitchhike between planets after major cosmic events.
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Editorial Process: This article was drafted using AI-assisted research and thoroughly reviewed by human editors for accuracy, tone, and clarity. All content undergoes human editorial review to ensure accuracy and neutrality.
Reviewed by: Norman Metanza
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