Transcriptome analysis of Chongyi wild mandarin, a wild species more cold-tolerant than Poncirus trifoliata, reveals key pathways in response to cold

Ting Peng, Xiao-Shang You, Li Guo,Ba-Lian Zhong,Lan-Fang Mi, Jian-Mei Chen,Xuan Xiao

Environmental and Experimental Botany（2021）

Cited 8|Views3

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Abstract

•Chongyi wild mandarin is more cold-tolerant than Poncirus trifoliata.•BRs pathway might be dominant in cold signaling of Chongyi wild mandarin.•Profound accumulation of osmoprotectants was cold-induced in Chongyi wild mandarin.

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Key words

ABA,ABI5,APX,BAK1,BES1,BIN2,BR,BRI1,BZR1,CAMTA,CAT,CBF,CIPK3,COR,CPKs,DEG,DREB,EIN3,ICE1,EL,ERD6,GA,GO,GPX,INV,KEGG,LEA,LRR-RLKs,MDA,MFV,MPK/MAPK,NCBI,NCED,OAT,PDH,P5CDH,P5CS,POD,PP2C,qRT-PCR,ROS,RPKM,SnRK,SOC1,SOD,SUC,SUT,SWEET,TF,TPX,U,ZAT

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