Gene Details:

Functional Descriptions:

  • ) nucleolin gene, OsNUC1, transcripts were expressed in rice leaves, flowers, seeds and roots but differentially expressed within and between two pairs of salt-sensitive and salt-resistant rice lines when subjected to salt stress.
  • Salt-resistant lines exhibited higher OsNUC1 transcript expression levels than salt-sensitive lines during 0.
  • Without salt stress, OsNUC1-L expressing Arabidopsis thaliana Atnuc1-L1 plants displayed a substantial but incomplete revertant phenotype, whereas OsNUC1-S expression only induced a weak effect.
  • We propose that OsNUC1-S plays an important role in salt resistance during salt stress, a new role for nucleolin in plants.
  • Overexpression of a partial fragment of the salt-responsive gene OsNUC1 enhances salt adaptation in transgenic Arabidopsis thaliana and rice (Oryza sativa L.) during salt stress.
  • Two of these genes, OsNUC1 and OsRAD23 emerged as top candidate genes with splice variants that exhibited significant divergence between the variants for shoot growth under salt stress conditions.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os04g52960.1
    ATTACCTCCCCGCCCGCGCACCTCGAGCCCCCAGGTCCGCCTCGCCTCTCCGTCGCTTGCCGCCGCCCGCAGTGGTCGCCGGCCGCGCGGGGCTTCGCCGGTGTCGCTTCCTCGTTTGGAATTAATTAAGCAATACTTAATATGGGCAAGTCAAGCAAGAAATCTGCTGTTGAAGTTGCACCTACCTCTGTCTCAGTCTCAGAGGGGAAATCTGGGAAGAAGGGAAAGAGAAATGCAGAAGATGAGATTGAGAAAGCTGTGAGTGCCAAGAAACAAAAGACTGTACGTGAGAAGGTTGTGCCCTCAAAGGAGGAAGCCAAAAAAGTGAAGAAGCAGCCCCCACCGAAGAAGGTTGAGAGCAGCAGTTCTGAGGAGGATTCTTCAGAATCTGAAGAGGAGGTAAAGGCCCAACCAAAGAAGACTGTCCAACCGAAGAAGGCTGCACAACCTGCTAAAGAGGAGTCAAGTGATGATAGCAGTGATGATAGCTCCTCAGATGATGAGCCTGCAAAAAAACCTGTTGCTCGTCCAAATAAGGCTGCACTTTCTACCAACAGTAGCAGCAGTGATGATAGCAGTGATGAGAGTTTATCAGATGATGAACCTGTGAAAAAGCCTGCTGCCCCTTTGAAGAAGCCAGTTGCACTTGCTACCAATGGATCAAAAAAGGTTGAGACAGACAGCAGCAGCTCTGATAGCAGCTCTGATGAGGAGTCTGATGAGGATGATAAAAAAACTGCTGCTCCAGTGAAGAAACCTTCAGTTGCTGCTATACAAAAGAAGACCCAGGAGTCTGACAGTTCTGATAGTGACTCTGATTCTGAATCAGATGAGGATGTGCCGACTAAAGCACCAGCAGTAGCCAAGAAAAAGGAAGAATCCAGTGAAAGCTCTGATTCTGAAAGTGATTCAGACTCTGATGATGAGGCTGCTGCTGTTAAAAAGGAAGAAGAATCCAGTGATAGCTCAGACAGTGACTCTGAATCTGAGTCTGATTCTGATGAACCAGCAAAACCTACTATTCCTGCAAAAAGGCCACTGACAAAAGACACAAAGAAGGGACAATCCAAGGATGAATCTGAAGATAGTTCTGATGAGAGTTCTGAGGAAAGTGGTGATGAACCTCCGCAAAAGAAGATTAAGGATTCTACAACTTCTGGTACTACCAAGCCTTCCCCTAAGGCTACCAAGAAAGAAATCAGCAGTGATGACGAAAGTGATGAAGATGACAGTTCTGATGAAAGCTCTGATGAGGATGTTAAGCAAAAACAAACTCAAGCTAAGAAGCAAGCACCAGTAGCACAAGAGAGTAGCAGCTCCGATGAATCTTCTGAAGAAGATAGTGACATGGAAAGTGATGAACCAGCAAAAACTCCCCAAAAGAAGGAAACTGCTGTGTCTGTTGGTTCGAATAAGTCTGCGACAAAACCGGGACAAGAGGAACCAAAAACGCCTGCCAGCAACCAAAATCAAGCTACCGGGTCAAAGACTCTTTTTGTTGGAAATTTACCATACAATGTGGAGCAAGAACAAGTGAAGCAATTTTTCCAGGAGGCAGGTGAAGTTGTTGATATTCGTTTCAGTACCTTTGAAGATGGGAACTTCAGGGGCTTTGGACATGTTGAATTTGCCACAGCGGAAGCTGCTAAGAAGGCACTTGAACTTGCTGGTCATGACCTGATGGGACGGCCGGTCAGGCTTGACCTGGCTCGTGAGAGAGGCGCGTATACTCCTGGCAGCGGGAGGGACAATAGTTCTTTCAAGAAGCCTGCTCAAAGCTCAGGAAACACTATATTTATTAAAGGCTTTGATACTTCTCTTGACATACACCAGATCCGGAATTCACTTGAAGAACATTTTGGCTCGTGTGGAGAGATTACACGGGTTTCAATTCCAAAGGATTATGAAACCGGTGCAAGCAAAGGGATGGCGTACATGGATTTTGCGGACAACGGTTCCTTGTCGAAAGCATACGAACTGAATGGATCTGACCTCGGTGGATACAGCTTGTATGTTGATGAAGCGAGGCCTAGGCCCGATAACAACAGAGAGGGTGGCTTCAGCGGTGGAAGAGACTTTAACAGCAGTGGGAGAGGAGGAAGACGTGGTGGACGTGGTGATGGTAGCCGTGGGCGCGGTGACCGTGGACGTGGTAGAGGCTTTGGTAGGGGTGACAGGGGCCATGGTGGACGGGGTACACCGTTCAAGCAGAGCGCTGGTACACCTAGTGCAGGAAAGAAGACAACATTCGGTGACGACGACTAGACGAACAATTTGAGCCGATTTTGTTCTAGTACTGTAGTAATCTCCATCCCCCCTAATATATGCGATTCTAGTGAGCCGTGAATTGGCTACCTCCGGACTGTTACATTCTAGCCGTGTTATGTACTTTGTTGGCAGTTGGGACCGTGTTGGTAAATTTGCCCGACAGATTTGGCAATTTTGGAACCTCTTGACTTCGTAATCATTCTTATCATAATATAGTGCTTTGTGGCTTAATGGCACTGTTAACTGCTTCCGAAACTTAAAAGTTCC
CDS Sequence
  • >LOC_Os04g52960.1
    ATGGGCAAGTCAAGCAAGAAATCTGCTGTTGAAGTTGCACCTACCTCTGTCTCAGTCTCAGAGGGGAAATCTGGGAAGAAGGGAAAGAGAAATGCAGAAGATGAGATTGAGAAAGCTGTGAGTGCCAAGAAACAAAAGACTGTACGTGAGAAGGTTGTGCCCTCAAAGGAGGAAGCCAAAAAAGTGAAGAAGCAGCCCCCACCGAAGAAGGTTGAGAGCAGCAGTTCTGAGGAGGATTCTTCAGAATCTGAAGAGGAGGTAAAGGCCCAACCAAAGAAGACTGTCCAACCGAAGAAGGCTGCACAACCTGCTAAAGAGGAGTCAAGTGATGATAGCAGTGATGATAGCTCCTCAGATGATGAGCCTGCAAAAAAACCTGTTGCTCGTCCAAATAAGGCTGCACTTTCTACCAACAGTAGCAGCAGTGATGATAGCAGTGATGAGAGTTTATCAGATGATGAACCTGTGAAAAAGCCTGCTGCCCCTTTGAAGAAGCCAGTTGCACTTGCTACCAATGGATCAAAAAAGGTTGAGACAGACAGCAGCAGCTCTGATAGCAGCTCTGATGAGGAGTCTGATGAGGATGATAAAAAAACTGCTGCTCCAGTGAAGAAACCTTCAGTTGCTGCTATACAAAAGAAGACCCAGGAGTCTGACAGTTCTGATAGTGACTCTGATTCTGAATCAGATGAGGATGTGCCGACTAAAGCACCAGCAGTAGCCAAGAAAAAGGAAGAATCCAGTGAAAGCTCTGATTCTGAAAGTGATTCAGACTCTGATGATGAGGCTGCTGCTGTTAAAAAGGAAGAAGAATCCAGTGATAGCTCAGACAGTGACTCTGAATCTGAGTCTGATTCTGATGAACCAGCAAAACCTACTATTCCTGCAAAAAGGCCACTGACAAAAGACACAAAGAAGGGACAATCCAAGGATGAATCTGAAGATAGTTCTGATGAGAGTTCTGAGGAAAGTGGTGATGAACCTCCGCAAAAGAAGATTAAGGATTCTACAACTTCTGGTACTACCAAGCCTTCCCCTAAGGCTACCAAGAAAGAAATCAGCAGTGATGACGAAAGTGATGAAGATGACAGTTCTGATGAAAGCTCTGATGAGGATGTTAAGCAAAAACAAACTCAAGCTAAGAAGCAAGCACCAGTAGCACAAGAGAGTAGCAGCTCCGATGAATCTTCTGAAGAAGATAGTGACATGGAAAGTGATGAACCAGCAAAAACTCCCCAAAAGAAGGAAACTGCTGTGTCTGTTGGTTCGAATAAGTCTGCGACAAAACCGGGACAAGAGGAACCAAAAACGCCTGCCAGCAACCAAAATCAAGCTACCGGGTCAAAGACTCTTTTTGTTGGAAATTTACCATACAATGTGGAGCAAGAACAAGTGAAGCAATTTTTCCAGGAGGCAGGTGAAGTTGTTGATATTCGTTTCAGTACCTTTGAAGATGGGAACTTCAGGGGCTTTGGACATGTTGAATTTGCCACAGCGGAAGCTGCTAAGAAGGCACTTGAACTTGCTGGTCATGACCTGATGGGACGGCCGGTCAGGCTTGACCTGGCTCGTGAGAGAGGCGCGTATACTCCTGGCAGCGGGAGGGACAATAGTTCTTTCAAGAAGCCTGCTCAAAGCTCAGGAAACACTATATTTATTAAAGGCTTTGATACTTCTCTTGACATACACCAGATCCGGAATTCACTTGAAGAACATTTTGGCTCGTGTGGAGAGATTACACGGGTTTCAATTCCAAAGGATTATGAAACCGGTGCAAGCAAAGGGATGGCGTACATGGATTTTGCGGACAACGGTTCCTTGTCGAAAGCATACGAACTGAATGGATCTGACCTCGGTGGATACAGCTTGTATGTTGATGAAGCGAGGCCTAGGCCCGATAACAACAGAGAGGGTGGCTTCAGCGGTGGAAGAGACTTTAACAGCAGTGGGAGAGGAGGAAGACGTGGTGGACGTGGTGATGGTAGCCGTGGGCGCGGTGACCGTGGACGTGGTAGAGGCTTTGGTAGGGGTGACAGGGGCCATGGTGGACGGGGTACACCGTTCAAGCAGAGCGCTGGTACACCTAGTGCAGGAAAGAAGACAACATTCGGTGACGACGACTAG
Protein Sequence
  • >LOC_Os04g52960.1
    MGKSSKKSAVEVAPTSVSVSEGKSGKKGKRNAEDEIEKAVSAKKQKTVREKVVPSKEEAKKVKKQPPPKKVESSSSEEDSSESEEEVKAQPKKTVQPKKAAQPAKEESSDDSSDDSSSDDEPAKKPVARPNKAALSTNSSSSDDSSDESLSDDEPVKKPAAPLKKPVALATNGSKKVETDSSSSDSSSDEESDEDDKKTAAPVKKPSVAAIQKKTQESDSSDSDSDSESDEDVPTKAPAVAKKKEESSESSDSESDSDSDDEAAAVKKEEESSDSSDSDSESESDSDEPAKPTIPAKRPLTKDTKKGQSKDESEDSSDESSEESGDEPPQKKIKDSTTSGTTKPSPKATKKEISSDDESDEDDSSDESSDEDVKQKQTQAKKQAPVAQESSSSDESSEEDSDMESDEPAKTPQKKETAVSVGSNKSATKPGQEEPKTPASNQNQATGSKTLFVGNLPYNVEQEQVKQFFQEAGEVVDIRFSTFEDGNFRGFGHVEFATAEAAKKALELAGHDLMGRPVRLDLARERGAYTPGSGRDNSSFKKPAQSSGNTIFIKGFDTSLDIHQIRNSLEEHFGSCGEITRVSIPKDYETGASKGMAYMDFADNGSLSKAYELNGSDLGGYSLYVDEARPRPDNNREGGFSGGRDFNSSGRGGRRGGRGDGSRGRGDRGRGRGFGRGDRGHGGRGTPFKQSAGTPSAGKKTTFGDDD*