Gene Details:
- Gene ID: MDP0000452772
- Gene Symbol: MdJAZ1
- Gene Name: jasmonate-ZIM domain (JAZ) protein 1
- Genome: Golden ASM211411v1
- Species: Malus domestica
Functional Descriptions:
- The jasmonate-ZIM domain (JAZ) proteins MdJAZ1 and MdJAZ2 negatively modulate MdABI4-improved cold tolerance in apple by interacting with the MdABI4 protein.
- MdJAZ1 and MdJAZ2 negatively regulated cold tolerance by attenuating the interaction between the MdABI4 and MdICE1 proteins.
- The results showed that compared with MdABI4-overexpressing transgenic apple leaves (MdABI4-OX), MdJAZ1-OX/MdABI4-OX and MdJAZ2-OX/MdABI4-OX transgenic apple leaves accumulated more ROS after cold stress treatment, suggesting that the overexpression of MdJAZ1 or MdJAZ2 decreased MdABI4-improved cold tolerance in apple leaves.
- MdJAZ1 and MdJAZ2 negatively regulate MdABI4-improved cold tolerance.
- In addition, we found that the JA signaling repressor MdJAZ1 interacted with MdTRB1 and interfered with the interaction between MdTRB1 and MdMYB9, therefore negatively modulating MdTRB1-promoted biosynthesis of anthocyanin and proanthocyanidin.
Function-related keywords:
- stress , jasmonate , ja , tolerance , cold-tolerance , cold-stress , cold , stress-tolerance , ja-biosynthesis , ja-signaling , anthocyanin-biosynthesis , proanthocyanidin , anthocyanin , protein
Literature:
- Abscisic acid insensitive 4 interacts with ICE1 and JAZ proteins to regulate ABA signaling-mediated cold tolerance in apple. DOI: 10.1093/jxb/erab433 ; PMID: 34555166
- Jasmonate induces biosynthesis of anthocyanin and proanthocyanidin in apple by mediating the JAZ1-TRB1-MYB9 complex. DOI: 10.1111/tpj.15245 ; PMID: 33759251
Related News:
Gene Resources:
Orthologs:
Sequences:
cDNA Sequence
CDS Sequence
- >MDP0000452772
ATGGAGAGAGATTTCTTGGGCTTGAACTCMAAGGAGCCGGTGGTTGTGGTGAAGGAGGAGACCAAGAACGATGGCGGCAAAGACCCAGGGTTTGGAAGAGGYGGAGGTGCACATTCGTCGTTTCAAAACAAGGTCTCTGCARTTCCTCATTTTATGTCCTTCAAAGCTGCTCAAGATGATAGGAMYWAAAAGATGGTACCTGATTCATTCTTGTTTTCCGTCTCCRCGGATGCATTTGGCGCTTGTMAAAAACAAACTACATATGAAGCGCAGAATTACTTCAATCACGATAGGCAAGGTGGGACTCAATTTTCCCTGACAGCTTATCATACGCAACACGATGTGCATCCTGTGCACCGTCCTCATGATGCGAAGATGATTTCAGTTACCAGTCAAGGGATTTCTGTTCCAATGAGYGACCCTTACTTGAAGAATCACTTTGCKACTACTGGTCAGAATTTTTCCACCRCCACCATGAAGCACCAAATATTTGGAGGAATTCCTGTTACGGCTCCACTTTCAGCTCTTCCCKTTGSAGGTGGTTCCATTGCTGGGATCACTGAACCRTGGAACAATGTTAAGAACTCTGGGTCTCCTTCGCAATTGACAATCTTTTATGCTGGTACTGTGAATGTCTATGATGATATCTCCCCTGAGAAGGCTCAGGCAATGATGCTTTTRGCCGGAAACAGTTGTTCTAACTCCTCTAATGCTGCACAACCCAAATCTCAAGTGCCTAGTGCGAAGTTGGCAGCGGAAGACGGTGTTCCTGTGAATCAGGCTACAAATATACATCCACCTGCTCTTTCTAGCCCCTTATCTGTCTCTTCACATACTGGCGCCCAGTCAGCAAGTGGGTCCACAAGCACTGATGAACTAATGGCAGCTAGAACTTCCAGACGTCCAACCAGTCCTGTTAACAAAATGGAGGCTCCAAAAACAGCAAATGCAGCTGGATCTGTTGCCGCAACTTCTATGATTCCTTCTGCTGTTCCACAGGCTCGCAAAGCATCMTTGGTTCGGTTTTTGGAGAAGCGCAAGGAAAGGGTGATGAGTGCAGCACCATACAACTTCGACAAGAAATCACCAGAACACGGCACTCCAGAATCCGGCGGAGTGAGTTTTGGCCAACAAGGAGAACAACGATGA
Protein Sequence
- >MDP0000452772
MERDFLGLNSKEPVVVVKEETKNDGGKDPGFGRGGGAHSSFQNKVSAXPHFMSFKAAQDDRXXKMVPDSFLFSVSXDAFGACXKQTTYEAQNYFNHDRQGGTQFSLTAYHTQHDVHPVHRPHDAKMISVTSQGISVPMSDPYLKNHFATTGQNFSTXTMKHQIFGGIPVTAPLSALPXXGGSIAGITEPWNNVKNSGSPSQLTIFYAGTVNVYDDISPEKAQAMMLLAGNSCSNSSNAAQPKSQVPSAKLAAEDGVPVNQATNIHPPALSSPLSVSSHTGAQSASGSTSTDELMAARTSRRPTSPVNKMEAPKTANAAGSVAATSMIPSAVPQARKASLVRFLEKRKERVMSAAPYNFDKKSPEHGTPESGGVSFGQQGEQR*