Gene Details:

Functional Descriptions:

  • Grapevine VlbZIP30 improves drought resistance by directly activating VvNAC17 and promoting lignin biosynthesis through the regulation of three peroxidase genes.
  • VlbZIP30 directly binds to the G-box cis-element in the promoters of lignin biosynthetic (VvPRX N1) and drought-responsive (VvNAC17) genes to regulate their expression.
  • Overexpression of VlbZIP30 can increase plant drought resistance by regulating VvNAC17.
  • VlbZIP30-overexpressing grapevine plants grown in an illumination incubator show enhanced drought tolerance.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
  • >Vitvi04g04257_t001
    TGTTTGTCCCCTCCAAACCTCCAACCCTCTAAACATGCCTGCTAATTTCGCCTGAGCACAAGAACTTCCTCACCCTAAACCTCGAATCCTTTCACTTTTTTTTTAGATCCAAACAGCACTATGTCAAGGGAGGATTGAAAATGGATTGATGGGTTTGATTCATTTGTTGGGTTTTTGGGGTTTGTGGATTGGTGGTTGAGGTGGGATCTTTTGGCACATTCTAGGGTTTGTGCTGTTCTTGCTGTTCATATATAGGGATTTTAGGGTTTTGAGATTGGGATTTTGGAAGTTGAATTGATGAATTAGGTGGGGGTTGTTGAATGGGGATTCAGACTATGGGGTCTCAAGGTGGTGGTGGCGGTGGTGGTACTGGTAATGGTAAACAATCTCAGTTTCAGCCATTGGCACGGCAAAACTCAATGTATAGTTTAACACTTGATGAGGTTCAAAATCAGTTAGGAGACTTGGGGAAACCGCTGACTAGTATGAACCTTGATGAGCTTCTCAAGAATGTGTGGACGGTTGAGGCTAATAATTCTGTGGGTATGGATGCTGAGGGTGCAGGTTTGAGTAACCAATCTGCTCTGCAACGAGAGCCTAGCCTGTCATTGACAGGTGCTCTTAGCAAGAAGACAGTTGATGAGGTCTGGCGAGATATACAAGGGCATGGCAAGAACAGTGAAGAGAAGAAATCTCGGGAGAGGCAGCCTACTTTGGGGGAGATGACATTGGAGGATTTCCTGGTAAAGGCGGGAGTTGTCGCTGAACCATCAGATAAAAAGATTGCTGGTACTGTTATTGGGGTTGATCCTAATGTAGGGCCACAATTCCCACAGCAGGGTCAGTGGATGCAGTACCCACAACCACAATTTCCGCATCCGCAACAGAATATGATAGGGGTTTATATGCCAGGCCAGCCAATGCCGCAGCCGCTACCCATGGGACCTAGCTCTGTCATGGATGTGACATATCCTGACAACCAAGTGGCCTTATCTTCTCCATTGATGGGAGCTTTATCAGATACACAGGCACCTGGGAGGAAAAGAGTTTCCCAAGAGGATATGATTGAGAAAACTGTTGAGAGGAGACAGAAGAGGATGATCAAGAATCGGGAATCTGCTGCCCGTTCAAGGGCCAGGAAGCAGGCTTACACAAATGAACTGGAGAACAAAGTTTCACGTCTGGAAGAGGAAAATGAAAGGCTAAGGAAACGAAAGGAGCTGGAGAAGATGCTGCCAAGTGCACCACCCCCGGAACCCAAATACCAGCTTCGCAGAACGAGTTCAGCCCCATTCTGACATTATGTACCTATTAGTAGCAGTTTTGTAGATATGATGCATATGGGGTGCTTCTTGTCTAAAGTTTGCTCTAAGTTGCCTTACCTATTTAATTATTAAAAAAAAAAAAAAAAGGTTTGCTCTAAGGTGGATGGTGGTATAAGGTGCAATCTCTGGGTCTCCTGGGACTAGCCCGGCGATGGTGGCTTCTGGTGGGGATGGTGTTTTCTTCCCCTTGGCTTGAGGTTTCGCCTCTATCTTCATTTATATGGAATGAGTTGAACTAGAAATTCAGATGGGACCATTTTACATTTCCTATTGTCTCTTAAGATTTGCCTCCAAATTCGTAGTTTTGAGTTTCTACAGATGTTTAATATATAGGCTGTTCTCTGTGCCTCTGAACCTCTCAAATCTTTTTGACTTAAAAAAAGTTCATGTGCTCTCGATTCTCCATTTTGCTTGAGGGTGGTGGTGATGAGGATTGGCTAAGATTGTATTAAGTTAAAATTAGATCTTAACTTTTAGCTAATTCTTCTGAGTTGGGCCTTGTGGGGGTGTCTAGGTTCTCTCAGGAAGTAGCATGCAGCTCTTGTTGGGCGTGAATTTGCATTGAAAAAATCATGGTTGAGAATAAGTGCAGTAGAGCAAAATAAGACATTGTTCTGTTTTCACTTTTCCTAAGGGAGACGCCCATGTGTATTATGAATGGGGACTAGTAGTCGTTTCTTTGAA
CDS Sequence
  • >Vitvi04g04257_t001
    ATGGGGATTCAGACTATGGGGTCTCAAGGTGGTGGTGGCGGTGGTGGTACTGGTAATGGTAAACAATCTCAGTTTCAGCCATTGGCACGGCAAAACTCAATGTATAGTTTAACACTTGATGAGGTTCAAAATCAGTTAGGAGACTTGGGGAAACCGCTGACTAGTATGAACCTTGATGAGCTTCTCAAGAATGTGTGGACGGTTGAGGCTAATAATTCTGTGGGTATGGATGCTGAGGGTGCAGGTTTGAGTAACCAATCTGCTCTGCAACGAGAGCCTAGCCTGTCATTGACAGGTGCTCTTAGCAAGAAGACAGTTGATGAGGTCTGGCGAGATATACAAGGGCATGGCAAGAACAGTGAAGAGAAGAAATCTCGGGAGAGGCAGCCTACTTTGGGGGAGATGACATTGGAGGATTTCCTGGTAAAGGCGGGAGTTGTCGCTGAACCATCAGATAAAAAGATTGCTGGTACTGTTATTGGGGTTGATCCTAATGTAGGGCCACAATTCCCACAGCAGGGTCAGTGGATGCAGTACCCACAACCACAATTTCCGCATCCGCAACAGAATATGATAGGGGTTTATATGCCAGGCCAGCCAATGCCGCAGCCGCTACCCATGGGACCTAGCTCTGTCATGGATGTGACATATCCTGACAACCAAGTGGCCTTATCTTCTCCATTGATGGGAGCTTTATCAGATACACAGGCACCTGGGAGGAAAAGAGTTTCCCAAGAGGATATGATTGAGAAAACTGTTGAGAGGAGACAGAAGAGGATGATCAAGAATCGGGAATCTGCTGCCCGTTCAAGGGCCAGGAAGCAGGCTTACACAAATGAACTGGAGAACAAAGTTTCACGTCTGGAAGAGGAAAATGAAAGGCTAAGGAAACGAAAGGAGCTGGAGAAGATGCTGCCAAGTGCACCACCCCCGGAACCCAAATACCAGCTTCGCAGAACGAGTTCAGCCCCATTCTGA
Protein Sequence
  • >Vitvi04g04257_P001
    MGIQTMGSQGGGGGGGTGNGKQSQFQPLARQNSMYSLTLDEVQNQLGDLGKPLTSMNLDELLKNVWTVEANNSVGMDAEGAGLSNQSALQREPSLSLTGALSKKTVDEVWRDIQGHGKNSEEKKSRERQPTLGEMTLEDFLVKAGVVAEPSDKKIAGTVIGVDPNVGPQFPQQGQWMQYPQPQFPHPQQNMIGVYMPGQPMPQPLPMGPSSVMDVTYPDNQVALSSPLMGALSDTQAPGRKRVSQEDMIEKTVERRQKRMIKNRESAARSRARKQAYTNELENKVSRLEEENERLRKRKELEKMLPSAPPPEPKYQLRRTSSAPF