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Article

Temporal transcriptional regulation and genetic adaptation strategies in Nannochloropsis oceanica during long-term CO2 acclimation.

Bioresource technology - 1 Jul 2026

Liu Ying, Liu Wanlin, Ma Ruixue, Zhou Tiancheng, Zou Xiangbo, Guo Ruhan, Jia Dongwei, Cheng Jun

Abstract excerpt

To overcome the limited tolerance of microalgal strains to high CO2 levels and the non-directional nature of traditional physicochemical mutagenesis, long-term multi-cycle acclimation under 10%-100% CO2 was employed to domesticate Nannochloropsis oceanica with the aim of elucidating its temporal transcriptional regulation and genetic adaptation strategies. Under multi-cycle acclimation at 55% CO2,...

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PMID: 41962680
DOI: 10.1016/j.biortech.2026.134586

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