Gene Details:

Functional Descriptions:

  • The possible mechanism could be that OsSUV3 helicase functions in salinity stress tolerance by improving photosynthesis and antioxidant machinery in transgenic rice.
  • OsSUV3 dual helicase functions in salinity stress tolerance by maintaining photosynthesis and antioxidant machinery in rice (Oryza sativa L. cv. IR64).
  • Rice SUV3 is a bidirectional helicase that binds both DNA and RNA.
  • Salt tolerant SUV3 overexpressing transgenic rice plants conserve physicochemical properties and microbial communities of rhizosphere.
  • In the present study, SUV3 overexpressing salt tolerant transgenic rice evaluated in New Delhi and Cuttack soil conditions for their effects on physicochemical and biological properties of rhizosphere.
  • The present findings suggest ecologically pertinent of salt tolerant SUV3 rice to sustain the health and usual functions of the rhizospheric organisms.
  • In response to stress, OsSUV3 rice plants maintained plant hormone levels that regulate the expression of several stress-induced genes and reduce adverse effects of salt on plant growth and development and therefore sustains crop productivity.
  • OsSUV3 transgenic rice maintains higher endogenous levels of plant hormones that mitigates adverse effects of salinity and sustains crop productivity.
  • Here, we report further analysis of the transgenic OsSUV3 rice plants under salt stress.
  • A similar trend of endogenous plant hormones profile was also reflected in the T2 generation of OsSUV3 transgenic rice under defined parameters and stress condition.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
  • >LOC_Os03g53500.1
    AATCACCTCCGCTTCCTCCGCCGCCTCGGCGCGAAGGCCATCGCCGGATTCCCCGCTTCCTCCGCCTGGATTGCTCCGCACGCAATCGGCCCTGGTTTCTTCCCGGCGGCGTGGTCGTCGCTGTTCCCCACCCGCCGCCGGCGCCGCCGCAGCCGGCGTCTGAGTTGAGGGAGGAGGGAGGAACGGCGGCGCAATGGCGGTGGCTGCGGCGCTGCTGCGCCGGAGGGCGCTCTATTCGGCCCTCGCGTCGCCCTCTTGGCTCCATGATACCAGTTCCTGCTACATTTGCTCCATTTCTGGTACACATTCTTTGGTCAACCATCCCAATTTGAGATTACAGAGGGGCTACCACAACTCTGGGAAGTTTGATTTGACCGACTTGACCCATCCTCATATATGGTATCCGAATGCCCGAGAAAAGAAGCGCAATGTATTTTTACATGTCGGTCCTACAAATAGTGGGAAGACACATAATGCTCTCAAGAGACTAGAAGCAAGTTCTTCAGGAGTATACTGTGGACCTCTTAGATTGTTGGCACGGGAGGTAGCTCAAAGACTAAACAAAGCTAATGTCCCTTGTAACTTAATTACTGGACAAGAAAGGGAGGAAATTGAAGGTGCAAAGCATAGCTCAGTGACAGTTGAGATGGCCGACATGACAACTGAGTATCAATGTGCCGTTATTGATGAAATTCAGATGGTTGGCTGTAGATCGAGGGGTTTTTCATTCACTCGTGCACTTCTGGGGCTTTGTTCAGATGAGCTTCATGTTTGTGGTGACCCAGCTGTGGTTCCTCTCATTCAGCGAATTCTCGAACCTACTGGTGATGTGGTTACGGTCCAATATTATGAGAGGCTATCTCCATTGGTTCCTCTGAAGACTACTCTCGGGTCTTTCTCTAACATTAAGGCAGGGGATTGCGTTGTAACGTTCTCACGACGATCTATCTATATGCTTAAGAGAAGAATTGAAATGGGGGGTAAGCATCTTTGTTCTGTAGTCTATGGCTCATTGCCACCAGAAACTCGAACAAAACAGGCGACAATGTTCAATGATCAAGATAGTAACCTTAATGTGTTAGTGGCTAGTGATGCTATTGGAATGGGTCTTAATCTGAACATTTCTAGAATCATTTTCTCTACACTGGAGAAGTTTGATGGCATCTGCAACAGGGAACTAACTGTGGCCGAAATCAAACAGATTGCTGGAAGGGCTGGGAGATATGGATCTAAATTCCCAGTTGGTGAAGTGACCTGTCTAAATTCTGATCATCTTCCATTACTACACTCTGCTCTGAAATCACCTTCTCCCATTATAGAGCGCGCTGGACTTTTCCCCACATTCGATGTATTATCTCTGTACTCACGATTGCATGGAACTGATTTTTTTCAACCTATATTGGAGCGTTTCTTGGACAAGGCTAAACTATCTCCAGACTATTTCATTGCTGATTGTGAAGATATGCTGAAAGTTGCTGCTATTGTTGATGAGCTACCACTTGGACTATATGATAAATACCTCTTCTGTCTCAGTCCTGTGGACATTCGTGATGATATATCTACTAAAGGATTAATTCAGTTTGCAGAAAATTATGCAAAGAAAGGTATTGTTCGACTCAAAGAGATATTTACACCTGGGACACTCCAAGTGCCTAAATCGCACAATCAACTGAAGGAGCTTGAATCGATTCACAAGGTGCTAGAGTTGTATGTGTGGTTGAGCTTCAGATTGGAGGATTCCTATCCAGACCGTGAATTGGCAGCTTCCCAAAAGTCAATCTGTAGCATGTTGATTGAAGAATATCTGGAAAGGTCCGGCTGGCAGCAAAATGGACGAAAGGACTTTTTGCAGAAGCCAAAAAGACTACACCAAGAATATGATGCATCACAATTGCGCAAATATTTTCAAGAAATTGATGTGAGATCAAAATAAGATGCTTATGCTAGAAAGTCGCCTCACAATATCTGCTTCCGGACAACGGATTTGCTCCTGTTTGCATACGTTATGGTCGAGGAGAGGCGACAAGCCGACAATACATTTTATGGATGACAGGAGTCAAAAGAATATCCTTTGCCGACAATACATTTTATGGATGACAGGAGTCAAAAGAATCATCCTTTGCCAAAACCATTTAATTGGCCTAAGCAGTAAATGTGGCAGCACCTGTCCTCCATCCAAACAATTTTGTAGCTATTCTTTCATTACACTTTATTTTAATTATTTCTAACACAGATGGAGCTGTACATCACGATGAAACGTCTAAATGTTCGTTAAAGTTATTAACATAGACAGGACGAAGCCACCTGTAAACTTTGCGGTTGTAACTCTTTGTGTTATGAAAGGTGTAAATATGTCAAAATGACAGTTGTCAAGTGATGTTTCTTGGGCAGCTAAACACCTGATTTGTGCATGCC
CDS Sequence
  • >LOC_Os03g53500.1
    ATGGCGGTGGCTGCGGCGCTGCTGCGCCGGAGGGCGCTCTATTCGGCCCTCGCGTCGCCCTCTTGGCTCCATGATACCAGTTCCTGCTACATTTGCTCCATTTCTGGTACACATTCTTTGGTCAACCATCCCAATTTGAGATTACAGAGGGGCTACCACAACTCTGGGAAGTTTGATTTGACCGACTTGACCCATCCTCATATATGGTATCCGAATGCCCGAGAAAAGAAGCGCAATGTATTTTTACATGTCGGTCCTACAAATAGTGGGAAGACACATAATGCTCTCAAGAGACTAGAAGCAAGTTCTTCAGGAGTATACTGTGGACCTCTTAGATTGTTGGCACGGGAGGTAGCTCAAAGACTAAACAAAGCTAATGTCCCTTGTAACTTAATTACTGGACAAGAAAGGGAGGAAATTGAAGGTGCAAAGCATAGCTCAGTGACAGTTGAGATGGCCGACATGACAACTGAGTATCAATGTGCCGTTATTGATGAAATTCAGATGGTTGGCTGTAGATCGAGGGGTTTTTCATTCACTCGTGCACTTCTGGGGCTTTGTTCAGATGAGCTTCATGTTTGTGGTGACCCAGCTGTGGTTCCTCTCATTCAGCGAATTCTCGAACCTACTGGTGATGTGGTTACGGTCCAATATTATGAGAGGCTATCTCCATTGGTTCCTCTGAAGACTACTCTCGGGTCTTTCTCTAACATTAAGGCAGGGGATTGCGTTGTAACGTTCTCACGACGATCTATCTATATGCTTAAGAGAAGAATTGAAATGGGGGGTAAGCATCTTTGTTCTGTAGTCTATGGCTCATTGCCACCAGAAACTCGAACAAAACAGGCGACAATGTTCAATGATCAAGATAGTAACCTTAATGTGTTAGTGGCTAGTGATGCTATTGGAATGGGTCTTAATCTGAACATTTCTAGAATCATTTTCTCTACACTGGAGAAGTTTGATGGCATCTGCAACAGGGAACTAACTGTGGCCGAAATCAAACAGATTGCTGGAAGGGCTGGGAGATATGGATCTAAATTCCCAGTTGGTGAAGTGACCTGTCTAAATTCTGATCATCTTCCATTACTACACTCTGCTCTGAAATCACCTTCTCCCATTATAGAGCGCGCTGGACTTTTCCCCACATTCGATGTATTATCTCTGTACTCACGATTGCATGGAACTGATTTTTTTCAACCTATATTGGAGCGTTTCTTGGACAAGGCTAAACTATCTCCAGACTATTTCATTGCTGATTGTGAAGATATGCTGAAAGTTGCTGCTATTGTTGATGAGCTACCACTTGGACTATATGATAAATACCTCTTCTGTCTCAGTCCTGTGGACATTCGTGATGATATATCTACTAAAGGATTAATTCAGTTTGCAGAAAATTATGCAAAGAAAGGTATTGTTCGACTCAAAGAGATATTTACACCTGGGACACTCCAAGTGCCTAAATCGCACAATCAACTGAAGGAGCTTGAATCGATTCACAAGGTGCTAGAGTTGTATGTGTGGTTGAGCTTCAGATTGGAGGATTCCTATCCAGACCGTGAATTGGCAGCTTCCCAAAAGTCAATCTGTAGCATGTTGATTGAAGAATATCTGGAAAGGTCCGGCTGGCAGCAAAATGGACGAAAGGACTTTTTGCAGAAGCCAAAAAGACTACACCAAGAATATGATGCATCACAATTGCGCAAATATTTTCAAGAAATTGATGTGAGATCAAAATAA
Protein Sequence
  • >LOC_Os03g53500.1
    MAVAAALLRRRALYSALASPSWLHDTSSCYICSISGTHSLVNHPNLRLQRGYHNSGKFDLTDLTHPHIWYPNAREKKRNVFLHVGPTNSGKTHNALKRLEASSSGVYCGPLRLLAREVAQRLNKANVPCNLITGQEREEIEGAKHSSVTVEMADMTTEYQCAVIDEIQMVGCRSRGFSFTRALLGLCSDELHVCGDPAVVPLIQRILEPTGDVVTVQYYERLSPLVPLKTTLGSFSNIKAGDCVVTFSRRSIYMLKRRIEMGGKHLCSVVYGSLPPETRTKQATMFNDQDSNLNVLVASDAIGMGLNLNISRIIFSTLEKFDGICNRELTVAEIKQIAGRAGRYGSKFPVGEVTCLNSDHLPLLHSALKSPSPIIERAGLFPTFDVLSLYSRLHGTDFFQPILERFLDKAKLSPDYFIADCEDMLKVAAIVDELPLGLYDKYLFCLSPVDIRDDISTKGLIQFAENYAKKGIVRLKEIFTPGTLQVPKSHNQLKELESIHKVLELYVWLSFRLEDSYPDRELAASQKSICSMLIEEYLERSGWQQNGRKDFLQKPKRLHQEYDASQLRKYFQEIDVRSK*