Innovative Bioremediation Solutions for Mars: Tackling Perchlorate Contamination

Our project focuses on bioremediation of extraterrestrial regolith, addressing challenges in space exploration and agriculture. By designing a plasmid for soil bacteria, we aim to reduce perchlorate contamination on Mars, paving the way for sustainable life and agricultural practices in extraterrestrial environments.

5/8/20241 min read

Aerial view of a person lying on a plowed field with parallel rows of green plants. The soil has a rich brown color, and the plants are evenly spaced, creating a pattern. The scene captures a solitary figure amidst the agricultural landscape.
Aerial view of a person lying on a plowed field with parallel rows of green plants. The soil has a rich brown color, and the plants are evenly spaced, creating a pattern. The scene captures a solitary figure amidst the agricultural landscape.

Bioremediation for Mars

Sustainability

Innovating bioremediation for extraterrestrial agriculture challenges.

Research

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