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Highly expressed genes are preferentially co-opted for new functions during the emergence of C4 photosynthesis. Grass family

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NIAID Data Ecosystem2026-03-10 收录
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Our work uses comparative transcriptomics to identify the factors that increase the likelihood of genes being co-opted for novel metabolic pathways. We sequenced 19 grass species, representing both C4 and non-C4 phenotypes. Through modeling, we show that genes that were the most highly expressed in the leaves of the non-C4 ancestors were preferentially co-opted for the C4 physiology, independently of their tissue specificity.

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2017-07-19
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