Federica D'Annunzio, G. Fiscon, Federica Conte, Paola Paci, M. D. Bianco, R. D. Ioio
2026.1.1Biotechnology Reports
tlooto Summary
Understanding plant adaptation to lunar conditions for human presence on the Moon and unveiling molecular processes to develop plants that thrive in lunar regolith are revealed.
Abstract
Highlights • Understanding plant adaptation to lunar conditions for human presence on the Moon.• Leveraging in-situ resources for the success of extended missions.• Differential gene correlation analysis for crop enhancement in space exploration.• Unveiling molecular processes to develop plants that thrive in lunar regolith.
Citation format
D'ANNUNZIO, Federica, et al. Exploring differential gene correlations in arabidopsis thaliana for sustainable space farming. Biotechnology Reports, 2026, 49: e00949.