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Co-option of stomatal bHLH genes drives development of the seta in Marchantia - Nature Plants

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Co-option of stomatal bHLH genes drives development of the seta in Marchantia - Nature Plants

During evolution, the acquisition of special types of cells and tissues requires new regulatory genes that control cell division and cell differentiation. Here, we found that stomatal basic helix-loop-helix (bHLH) transcription factors are co-opted for the development of seta in the liverwort Marchantia polymorpha, which lacks true stomata.

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Co-option of stomatal bHLH genes drives development of the seta in Marchantia - Nature Plants

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Co-option of stomatal bHLH genes drives development of the seta in Marchantia - Nature Plants

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