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Fig. 6 | BMC Genomics

Fig. 6

From: miRNA alteration is an important mechanism in sugarcane response to low-temperature environment

Fig. 6

The involvement of miRNAs and their predicted targets into plant hormone signaling pathways in sugarcane response to cold stress. The miR3440-ETR, miR4993-CTR1, miR164/3711-EBF1/2 were involved in the ethylene signal pathway which is related to the fruit ripening senescence. miR6443-CRE, nov-miR20-A-ARRs were involved in the cytokinine signal pathway which is related to the cell division shoot initiation. miR5054-BRI1, miR165/414-BAK1, miR5671-TCH4 are involved in the brassinostercid signal pathway which is related to cell elongation and cell division. miR5054/414-GID1, miR6214-DELLA are involved in the gibberellin signal pathway which is related to stem ABF growth and induced germination. miR2660-PP2C, miR854-SnRK2/ABF, miR2665-ABF are involved in ABA signal pathway which is related to stomatal closure and seed dormancy. miR5221-AUX1, miR393-TIR1, miR160/167-ARF, miR6190-SAUR, miR5671-GH3, miR4993-AUX/IAA are involved in auxin signal pathway which is related to cell enlargement and plant growth. miR169/1441-MYC2 are involved in jasmonic acid signal pathway which is related to senescence and stress response

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