Gene Details:

Functional Descriptions:

  • Here, we overexpressed maize endogenous NADPH-dependent 2-alkenal reductase (ZmAER) in maize| it significantly increased the tolerance of transgenic plants (OX-AER) to LN stress.
  • The results showed that the overexpression with ZmAER significantly increased plant biomass and plant NUE by 18−34% compared with those of WT plants under LN condition.
  • We compared the biomass, nitrogen accumulation, NUE and photosynthesis between ZmAER-overexpressing transgenic plants (OX-AER plants) and WT plants under LN stress and high nitrogen conditions (HN).
  • Overall, up-regulated ZmAER expression could enhance maize’s tolerance to LN stress by alleviating oxidative stress and improve NUE.
  • Overexpression of ZmAER increased the AER activity in maize plants.
  • Overexpression of ZmAER improved photosynthetic traits in transgenic plants under the LN condition.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
  • >Zm00001eb411340_T001
    CAGGCCTTGCTTATATCAAGCGATATCAAGATTAAGGTTGCTCGTGAGATCTAGCACCAGTCACTGAAATTAACGCCTCAACGGACCATGGCGCGCGTTGTTGGCTAGTGGTTGGAAGATATCTACTGTACTCCGTCTGTACCCTCAGCCTCCACGGACCACAGGCCAGAAAAAGGCTTCGCCTTGGACTCCCCCACACAACGCAGCACCCGCACTCTCCAGGCGTCTGCCAATCCGAAACGAAACCCACCCGTCGCCTAGAGGCAAACCAGGACTGAGATTGAGCGGAGAGCAGCACAGCCATGGCGGGGCAGGAGGTGGCGAACAAGCGGGTGGTACTGAAGCGCTACGTGACGGGGTTCCCCGGCGCGGACGACATGGAGGTGGTCACAGGCACCGCGCGCGTGGCCGTGCCGCCGGGGTCGACGGCCATGGTGCTCAAGAACCTCTACGTGTCGTGCGACCCTTACATGCGCGGCCGTATGACCAAGCACGAGAGGCCCAGCTACGTCCCGGACTTCGTCGTGGGGGAGGTTTTGGAAAACTTTGGCGTCTGCAAGGTGATAGCATCTGGGCACCAGGATTTCAAGGTTGGCGATCTTGTGTGGGGGATGACCGGATGGGAGGAGTACACTCTCATCCATAACCCGGAGTCATTTTTCAAGATCAAGCATCCTGAATTGCCTCTGTCCTACTACACAGGCGTTCTTGGCATGCCGGGCCTTACTGCTTGGGCTGGATTTTTCGATGTGGGCAAGCCCAAGAAAGGCGACTATGTCTTCGTCTCAGCAGCATCAGGAGCCGTTGGTCAGCTTGTTGGGCAGTTTGCTAAGCTCACAGGATGTTATGTTGTCGGCAGTGCTGGTTCTGACGAGAAGGTTAATCTTCTGAAAACAAAGTTTGGCTTCGATGAAGCATTCAACTACAAGAAAGAGCAGGACCTCGATGCCGCCTTGAGGAGGTACTTCCCAGAGGGCATTGACATCTACTTCGAGAACGTGGGTGGCAGCACACTGGAAGCCGTGCTTCCCAACATGCGTATCCATGGTCGGATCCCTACCTGCGGAATGATCTCGCAGTACAATCTGGAGGAGCCAGAGGGTGTGCACAACCTATTTGAAATCATCACTAAGCGCCTGCGCATGGAGGGTTTCATGGTCTTCGACTACTACGGCCAGTACCACAAGTTCGAGCAAGAGATGGTCGGGTACCTCAAGGCGGGGAAGATAGCCTACGTCGAGGACATTGCTGAGGGGCTAGAGAAGGCGCCGGAGGCACTCATCGGGCTCTTCACCGGGCGCAACGTCGGCAAGCAACTGGTCGCCATTGCGCGGGAATGAATGCTGGGCATCCATATTATATCTACGTTGAGAATAATGTCAGCATGCGTGTTCAGACGTGTTAGGAATTGATGGTTTGTAGTGCTTGCAGTTTTGTGCTGTTCGTGTGAAATGTTTCGATTTTCTGCCGTTTGTTTTCTGGGCGATATGCGTGTGAAAACTCAGGACACGCGCTTCTTCTGAGGAGAAATAGACAAGCAGTTTTGCTGAT
CDS Sequence
  • >Zm00001eb411340_T001
    ATGGCGGGGCAGGAGGTGGCGAACAAGCGGGTGGTACTGAAGCGCTACGTGACGGGGTTCCCCGGCGCGGACGACATGGAGGTGGTCACAGGCACCGCGCGCGTGGCCGTGCCGCCGGGGTCGACGGCCATGGTGCTCAAGAACCTCTACGTGTCGTGCGACCCTTACATGCGCGGCCGTATGACCAAGCACGAGAGGCCCAGCTACGTCCCGGACTTCGTCGTGGGGGAGGTTTTGGAAAACTTTGGCGTCTGCAAGGTGATAGCATCTGGGCACCAGGATTTCAAGGTTGGCGATCTTGTGTGGGGGATGACCGGATGGGAGGAGTACACTCTCATCCATAACCCGGAGTCATTTTTCAAGATCAAGCATCCTGAATTGCCTCTGTCCTACTACACAGGCGTTCTTGGCATGCCGGGCCTTACTGCTTGGGCTGGATTTTTCGATGTGGGCAAGCCCAAGAAAGGCGACTATGTCTTCGTCTCAGCAGCATCAGGAGCCGTTGGTCAGCTTGTTGGGCAGTTTGCTAAGCTCACAGGATGTTATGTTGTCGGCAGTGCTGGTTCTGACGAGAAGGTTAATCTTCTGAAAACAAAGTTTGGCTTCGATGAAGCATTCAACTACAAGAAAGAGCAGGACCTCGATGCCGCCTTGAGGAGGTACTTCCCAGAGGGCATTGACATCTACTTCGAGAACGTGGGTGGCAGCACACTGGAAGCCGTGCTTCCCAACATGCGTATCCATGGTCGGATCCCTACCTGCGGAATGATCTCGCAGTACAATCTGGAGGAGCCAGAGGGTGTGCACAACCTATTTGAAATCATCACTAAGCGCCTGCGCATGGAGGGTTTCATGGTCTTCGACTACTACGGCCAGTACCACAAGTTCGAGCAAGAGATGGTCGGGTACCTCAAGGCGGGGAAGATAGCCTACGTCGAGGACATTGCTGAGGGGCTAGAGAAGGCGCCGGAGGCACTCATCGGGCTCTTCACCGGGCGCAACGTCGGCAAGCAACTGGTCGCCATTGCGCGGGAATGA
Protein Sequence
  • >Zm00001eb411340_P001
    MAGQEVANKRVVLKRYVTGFPGADDMEVVTGTARVAVPPGSTAMVLKNLYVSCDPYMRGRMTKHERPSYVPDFVVGEVLENFGVCKVIASGHQDFKVGDLVWGMTGWEEYTLIHNPESFFKIKHPELPLSYYTGVLGMPGLTAWAGFFDVGKPKKGDYVFVSAASGAVGQLVGQFAKLTGCYVVGSAGSDEKVNLLKTKFGFDEAFNYKKEQDLDAALRRYFPEGIDIYFENVGGSTLEAVLPNMRIHGRIPTCGMISQYNLEEPEGVHNLFEIITKRLRMEGFMVFDYYGQYHKFEQEMVGYLKAGKIAYVEDIAEGLEKAPEALIGLFTGRNVGKQLVAIARE

Source: Genetic information comes from the article