Gene Details:

  • Gene ID: A04p035920.1_BraROA
  • Suggest Gene Name: EARLY IN SHORT DAYS 6, HIGH EXPRESSION OF OSMOTICALLY RESPONSIVE GENES 1
  • Description: putative flowering gene
  • Species: Brassica rapa ro18
  • Source: Putative flowering gene from PlantCFG

Protein Features:

Functional Descriptions:

  • A novel protein with a RING finger motif near the amino terminus. Negative regulator of cold responses. Functions as an E3 ligase required for the ubiquitination of ICE1. HOS1 physically interacts with ICE1 and mediates the ubiquitination of ICE1 both in vitro and in vivo. Overexpression represses the expression of CBFs and their downstream genes and confers increased sensitivity to freezing stress.

Homologous

Sequences:

gDNA Sequence
  • >A04p035920.1_BraROA
    CATCTTGCAGTGAATCTACGTGTCCTCCTTCCCTTAACCGGCATGGAACCGGAACTAGTCGGCTCCATGCCCCACATCGGTTCACTTTCCTCATCGCTTCCTTCATCTGATCGCCACCTTAATCCTCCACTTTTATTTCTGCTCTCCGTGGCCAATACATTGTTGTTGTTCTTCAAGCTACCACCATTCATGAATATATAAAGATATATCAGACAAGAACAGAACCGAACCTCTTATGCAAACCAAAGGGTAACACAGTATAGTTTATATAGAAAAGGAGGAAATGTACCTTGAAGACATGTCCATTGGATCATCCAAATGGCTCGGGTGTTGTCTATCTTGTTGCATTCTTACGCCAAAGAAAGTGGATTCCGGTTTTGGGGCAGATCCATTGAGATGCGTGCTGCGAGGTTTCATTGTGGCAGGACTATTAGCTGTGAGATAAGGAGAGTCCATGAATCTATCAACGTTTATTTCTGGAGATGTGTCTTCAGTCCTCCTTCCCTTGAGCTGGCTGTTCCCACGAGCTCTGTTAAGATCTTTGAACGGTGTGGACGCTTCACCGAATTTCAGAGCCTTGGTTATGCTTCTGACTTCACTCTTCTGTCCTCTATTTGCGCTTGTGAATAGCTTTCCATGGGAGATATCAATGGAAGCGGATCCTATCAAACGACTGGGTTGAAAAGGACTGCTGCCGTTATTAGCCACTGGCTCTCTAGCGCCACCGTCCTTAGTCCGTTGGAGAAACACGGAATAAGTAGAAACGGGAACACTTGACTGCTTTGCTTCTGGAAGATCAGTGCTTGTCGCTGCTTCATAAGCACTTTCGGAGGTATCTTCCATCTCAGAAAACTGACCAGATCTGACTTGCTGCTGCTGTATTGCTGGTAGTATATCTATGGCTTTATCCTGTTGAAACCAACAGTACCACGGGAGGGTTTAAATAAATAATATATAACGTATCATTGCACATTTAAGCTTCAGAAATATATCAGACAATCCTGCGAGTATCAAGAGGCTATTAATCACTAAAACGGGGTGAAATTTTTGGGTCTGCAACATTTAACCAGGAAAAGAGGAAGGATCCCCTTTGTACATTGAAAGGTGGCTGGAGAACTTACAACTAATTCTTTTCTCCAATGACTCTGTGATCGCATTCTGGACATTACTTCTTCCCCAATTCGATTTTCGGATACAAAGGCCTCTTCTATTTTCTGAAGCCTAAGATCGACTTGGTACGCCTGGATGTATCGGTAGCGCTGCAGCAATGCAAACAACAAGTAGTTCCCAGTCAAATACGGACCGAAAATAGCCAATCATATACAGAATATAGATTTCACAGAATGTAAGCAGCGTTAACAGTGATTCACTTTGCCTGGTTGTTCAACTGATTTCATACTTGTTCATTACTCTTTAACATCCCAGGCTACATCAAGCTCTAATAATGAAAGAACATTGAAACCTATATAGCAAATACGAGATAATATACCTGTATCTAGCTGGATGAGCTTATTAATCACTTACTAAAAATTTCATCTATGCCAAGCCAGATAGTAGCTTACGGCTGGGGATCACAAACCATTCTAATGCCATATTCAAGTGAAGTTGACTAAAGAATGAAATTGAATATATAATTACTTGCCTGAAGATAGAAGACAACCAAAAGACTACCCACAGCTGATGAGGGGTCATCGGTTGCAGAATCTAATAAGCATCTGTGCAGATATTTCTCTTCATCTGGGTTCCACGGCAACTCAATGATTCGATCAACCACGTTTCTCCTAATAGACAGATAGCAAAATTCGTTGACAAGTATCTCCATCCATTCCGTCCAACTCAAGCTGTCTCCATCATCAGACACATGTTTCACAGCTCCATTTTTCAATTCATTTTCCTTCACTTTCAGGCAAAGTGTCCTTTGGTATGTGAATGCTTCACTCAAAAGACCACATTCCACTCTCACACGAACAGCTGTGACAGCTTCACCAATTGAAACCAGTTCTGATGCGCCATCACGACCAGACCAACGCAAGACCTTAAGAGCTGTTTCAGGATTTTCCCTTTCTAACAAGACTTGTGCAACCTTGGGATATGTTTCTGGACCACATATTTCAGGAAGAGTCCTACAAGCTTCCTGAAATAAAATTTGGAAAAGTTTGTGAGCTACACCAGTTAACAAAGGTTTAGTGTATTTGGCTATATATGTTTTAGCCAGAATATTAAAACATCTACAATAATACATATTTCTATATGTTTTTTCCATGGGAATGTCAAAAGGTACCTGGAGAGCCTCCTCTGAGGGATCATCAAGAAGATAAAATACAAAAGACTCCAGCAATGAATGCCTGGTTATGCCGAAGGTAGCAGCAAAATCATCTACAATGTGCTTCCAATGTTCTTCAGGGGTAGTCCAGTGCCGATCAAACAAGTAATAAAGAAACTATATACTGGTTAAGGAAGCCAACAAAGAAGAAAAAACATAGAAAGGTGTACTGGTTGTGATACTTAAAAGTAAATTAAGGTAATATGAATGAGGTGATGAGAAAAGGATACAATGGCTTGCTTTGCAACAACCAAATCTGAGCTTCCATGTAAAAAGAGTTTATCAGCAGCTGTTCTAAGATTCTCGAATGGGTAAGATCCTGAAGTTCCCTCTATTCTGGACCTAAGAAATGATCTTTCATCGTTCTGCAAACATCCAACTTCTAGGTCTGCCCCTATGTCTTGACTGTACTCTGGCTCTCTCTCAAGATTTTCCAAAGCATCCTCAATAAAAAGGGAAGCACCCTGTACACTGCAATCTGAAGACTGATCTACGGCATCAGGCCATGCACGCTTAATTGCATTTGATTTCCTTTCAAGCACCAGAGCCTTCCACGATGTAAAATTAGAATACCGAGACTTCACATCATGCAGAAATCCGTGTCTTATGCACCAGATCATAATGTCCAGATGCTGAAATTAAAAAAAACACCAACAGGGTAAGCACACAATAAGCTCGAAGATCTTGCATCAATAAGTAAAGAGCTAAATAGTTAAAACACTCTCTGGTCAGGAGCCAGACGGTCATCACTGGATAAGTAAAGACTAAAGAGAGTTATTTAGGCAATACTTGTGCAAATTTGTTTTAATATAAATAACATCTTAGCTAACCTGCTTTGTTTTTCCAATGTTATCCTTAAGCTTCTCCACGTCTTGAAGCTGAGGTGAAACAGAACCCTTAAACGCTGACTCCATAACTTCAAGCACACTACATATGCCAGCTACTTGTTTCGAATACTTCAGGAGTTTATCTAACCACCCTTGCATCTCCTTCACTTCAAGACTATCTGAGAACCAATGTTAAAGATAGACAGACCACACACACATATACTGAGCCTAAGTCACATATAAATACTCTTAACAGCTAAAAGGATACAGATTTCTTGAAGCCCAGCTAAGATGCTCCGGAATGTACGCTTGACCCAGTCTTTGACAACAACTTCATCCAGTAAGAAAGCAATGACCGGGTCACTAGATACAGCTGCCTCATCCATACACACATTGGTGATATCTATTCATTCTCTGTCAAGGCCAACTCAACAATACATCGAGCAATCGAAGAATGATGATAACACTATGCACATTTCGTCCATCAGTGAGGGGGCCAGAGAACAAAAACTAACCTATCAGTACAGTACTAACTAGAGATTCGTGTACACGGATTATCAACTAAACACTTAAATGCAGCAGAAGGATACAATAGCAAACCACAGATATCAAATTATTGTTCAAGGCAACATCGAACAGAGAATAAAGGCGATGGACACCATCCTCATCTTCATCCTCTGATGCATCTCCATGTACTCGGGGGATTAAACCAGCTTCAACACACTCATAGTAGAGACGAAGCCGAAGCTTATCTCCAGATCTTGGTAGTGTACTTCTACAGATTGGACAAAGATCAAACCTCTCACAACACTCTCTGCACAGTGAAGCATGACCACATGGATTCAACGCATAGCGCACAGATCTCCCACAGCTCGTCAAGTCTCTGGTGGCACGACACCGCTCAACTTTCGCCTCGTTGCACAGATCTCTGAGGTTGGAAGATGCCAAATGCATCAACGCCTCCTGAAGAATCGAAAGTTTAAAATTAAGCTAGTAATCACCTAGAAGAGGAAGCTAATCAGCTGCAAAATCACGTAAGGCCTTGGATAAGCTCAAAACTCGCGAAGAGAAGGAGAAATCGAGAGTACCTGAACAGGTTTGCTAGCGTAATCAGGCTGCTGAGGAAGATTCATCGATCTCGCGGCGGAGGCGGAGGAAGAGCCGTTCGTGTTCAT
CDS Sequence
  • >A04p035920.1_BraROA
    ATGAACACGAACGGCTCTTCCTCCGCCTCCGCCGCGAGATCGATGAATCTTCCTCAGCAGCCTGATTACGCTAGCAAACCTGTTCAGGAGGCGTTGATGCATTTGGCATCTTCCAACCTCAGAGATCTGTGCAACGAGGCGAAAGTTGAGCGGTGTCGTGCCACCAGAGACTTGACGAGCTGTGGGAGATCTGTGCGCTATGCGTTGAATCCATGTGGTCATGCTTCACTGTGCAGAGAGTGTTGTGAGAGGTTTGATCTTTGTCCAATCTGTAGAAGTACACTACCAAGATCTGGAGATAAGCTTCGGCTTCGTCTCTACTATGAGTGTGTTGAAGCTGGTTTAATCCCCCGAGTACATGGAGATGCATCAGAGGATGAAGATGAGGATGGTGTCCATCGCCTTTATTCTCTGTTCGATGTTGCCTTGAACAATAATTTGATATCTGTGGTTTGCTATTATATCACCAATGTGTGTATGGATGAGGCAGCTGTATCTAGTGACCCGGTCATTGCTTTCTTACTGGATGAAGTTGTTGTCAAAGACTGGGTCAAGCGTACATTCCGGAGCATCTTAGCTGGGCTTCAAGAAATCTATAGTCTTGAAGTGAAGGAGATGCAAGGGTGGTTAGATAAACTCCTGAAGTATTCGAAACAAGTAGCTGGCATATGTAGTGTGCTTGAAGTTATGGAGTCAGCGTTTAAGGGTTCTGTTTCACCTCAGCTTCAAGACGTGGAGAAGCTTAAGGATAACATTGGAAAAACAAAGCAGCATCTGGACATTATGATCTGGTGCATAAGACACGGATTTCTGCATGATGTGAAGTCTCGGTATTCTAATTTTACATCGTGGAAGGCTCTGGTGCTTGAAAGGAAATCAAATGCAATTAAGCGTGCATGGCCTGATGCCGTAGATCAGTCTTCAGATTGCAGTGTACAGGGTGCTTCCCTTTTTATTGAGGATGCTTTGGAAAATCTTGAGAGAGAGCCAGAGTACAGTCAAGACATAGGGGCAGACCTAGAAGTTGGATGTTTGCAGAACGATGAAAGATCATTTCTTAGGTCCAGAATAGAGGGAACTTCAGGATCTTACCCATTCGAGAATCTTAGAACAGCTGCTGATAAACTCTTTTTACATGGAAGCTCAGATTTGGTTGTTGCAAAGCAAGCCATTTTTCTTTATTACTTGTTTGATCGGCACTGGACTACCCCTGAAGAACATTGGAAGCACATTGTAGATGATTTTGCTGCTACCTTCGGCATAACCAGGCATTCATTGCTGGAGTCTTTTGTATTTTATCTTCTTGATGATCCCTCAGAGGAGGCTCTCCAGGAAGCTTGTAGGACTCTTCCTGAAATATGTGGTCCAGAAACATATCCCAAGGTTGCACAAGTCTTGTTAGAAAGGGAAAATCCTGAAACAGCTCTTAAGGTCTTGCGTTGGTCTGGTCGTGATGGCGCATCAGAACTGGTTTCAATTGGTGAAGCTGTCACAGCTGTTCGTGTGAGAGTGGAATGTGGTCTTTTGAGTGAAGCATTCACATACCAAAGGACACTTTGCCTGAAAGTGAAGGAAAATGAATTGAAAAATGGAGCTGTGAAACATGTGTCTGATGATGGAGACAGCTTGAGTTGGACGGAATGGATGGAGATACTTGTCAACGAATTTTGCTATCTGTCTATTAGGAGAAACGTGGTTGATCGAATCATTGAGTTGCCGTGGAACCCAGATGAAGAGAAATATCTGCACAGATGCTTATTAGATTCTGCAACCGATGACCCCTCATCAGCTGTGGGTAGTCTTTTGGTTGTCTTCTATCTTCAGGCAAGTTTCAATGTTCTTTCATTATTAGAGCTTGATGTAGCCTGGGATCGCTACCGATACATCCAGGCGTACCAAGTCGATCTTAGGCTTCAGAAAATAGAAGAGGCCTTTGTATCCGAAAATCGAATTGGGGAAGAAGTAATGTCCAGAATGCGATCACAGAGTCATTGGAGAAAAGAATTAGTTGATAAAGCCATAGATATACTACCAGCAATACAGCAGCAGCAAGTCAGATCTGGTCAGTTTTCTGAGATGGAAGATACCTCCGAAAGTGCTTATGAAGCAGCGACAAGCACTGATCTTCCAGAAGCAAAGCAGTCAAGTGTTCCCGTTTCTACTTATTCCGTGTTTCTCCAACGGACTAAGGACGGTGGCGCTAGAGAGCCAGTGGCTAATAACGGCAGCAGTCCTTTTCAACCCAGTCGTTTGATAGGATCCGCTTCCATTGATATCTCCCATGGAAAGCTATTCACAAGCGCAAATAGAGGACAGAAGAGTGAAGTCAGAAGCATAACCAAGGCTCTGAAATTCGGTGAAGCGTCCACACCGTTCAAAGATCTTAACAGAGCTCGTGGGAACAGCCAGCTCAAGGGAAGGAGGACTGAAGACACATCTCCAGAAATAAACGTTGATAGATTCATGGACTCTCCTTATCTCACAGCTAATAGTCCTGCCACAATGAAACCTCGCAGCACGCATCTCAATGGATCTGCCCCAAAACCGGAATCCACTTTCTTTGGCGTAAGAATGCAACAAGATAGACAACACCCGAGCCATTTGGATGATCCAATGGACATGTCTTCAAGCTTGAAGAACAACAACAATGTATTGGCCACGGAGAGCAGAAATAAAAGTGGAGGATTAAGGTGGCGATCAGATGAAGGAAGCGATGAGGAAAGTGAACCGATGTGGGGCATGGAGCCGACTAGTTCCGGTTCCATGCCGGTTAAGGGAAGGAGGACACGTAGATTCACTGCAAGATGA
Protein Sequence
  • >A04p035920.1_BraROA
    MNTNGSSSASAARSMNLPQQPDYASKPVQEALMHLASSNLRDLCNEAKVERCRATRDLTSCGRSVRYALNPCGHASLCRECCERFDLCPICRSTLPRSGDKLRLRLYYECVEAGLIPRVHGDASEDEDEDGVHRLYSLFDVALNNNLISVVCYYITNVCMDEAAVSSDPVIAFLLDEVVVKDWVKRTFRSILAGLQEIYSLEVKEMQGWLDKLLKYSKQVAGICSVLEVMESAFKGSVSPQLQDVEKLKDNIGKTKQHLDIMIWCIRHGFLHDVKSRYSNFTSWKALVLERKSNAIKRAWPDAVDQSSDCSVQGASLFIEDALENLEREPEYSQDIGADLEVGCLQNDERSFLRSRIEGTSGSYPFENLRTAADKLFLHGSSDLVVAKQAIFLYYLFDRHWTTPEEHWKHIVDDFAATFGITRHSLLESFVFYLLDDPSEEALQEACRTLPEICGPETYPKVAQVLLERENPETALKVLRWSGRDGASELVSIGEAVTAVRVRVECGLLSEAFTYQRTLCLKVKENELKNGAVKHVSDDGDSLSWTEWMEILVNEFCYLSIRRNVVDRIIELPWNPDEEKYLHRCLLDSATDDPSSAVGSLLVVFYLQASFNVLSLLELDVAWDRYRYIQAYQVDLRLQKIEEAFVSENRIGEEVMSRMRSQSHWRKELVDKAIDILPAIQQQQVRSGQFSEMEDTSESAYEAATSTDLPEAKQSSVPVSTYSVFLQRTKDGGAREPVANNGSSPFQPSRLIGSASIDISHGKLFTSANRGQKSEVRSITKALKFGEASTPFKDLNRARGNSQLKGRRTEDTSPEINVDRFMDSPYLTANSPATMKPRSTHLNGSAPKPESTFFGVRMQQDRQHPSHLDDPMDMSSSLKNNNNVLATESRNKSGGLRWRSDEGSDEESEPMWGMEPTSSGSMPVKGRRTRRFTAR