Gene Details:

  • Gene ID: A03p072110.1_BraROA
  • Suggest Gene Name: GLYCINE RICH DOMAIN PROTEIN 2, GRDP2
  • Description: putative flowering gene
  • Species: Brassica rapa ro18
  • Source: Putative flowering gene from PlantCFG

Protein Features:

Functional Descriptions:

  • Protein of unknown function that contains DUF1399 domain and putative RNA binding motif. Expressed in many plant tissues and is involved in many aspects of plant growth and development as well as response to salt stress. Regulates ovule development via the auxin pathway.

Homologous

Sequences:

gDNA Sequence
  • >A03p072110.1_BraROA
    CAAGCTGCAACTGCGTCGATGGGAGCTTCCGCTACTAATGATGGAACATTTTCATTGGTCATCATGTTACCACATCCTCCACCGGCTCCACCGCACCCACCGCATCCAGTGGAACCGCCAGTGCAGGAGCCGCCACCTGTGGTAACATTTTCATTGGTCATCATATTACCACATCTTCCACCGCCTCCTCCGCACCCACTGCCACCGCCACATCCTCCACATCCACCACAACCACCACAATGACCACCTTCTTCTTCCACCATGTTCCCACTGCTAAGCTCCTTGGACAAGCACCTAGCACCGCCATTGATCTTCACATGCATCATTGTTTCTTCTTCTAGCTTCAAAGTTATTTCATTACCTTTCACTATGTCTTGATCAGCTCCACAAAAGCTTTCCTTCTTAAGAAGATCACTGAGTATGAAAGCAGATACTAATCCAGGCAAAACCAACCATTTCTCATTAGCCTGCATGCACAGCACATCCAAACAAACCCAAGTCATAATAATAAGTAAACGAAACGGTGCGTTTTGAGTTTCAAAGTTGCTAAATAAACGTTACCTCAAAAGAACCAAACTTCAAGTCTAGCAACCCCACGGCTCTACCATAAGGATGCTGCTTTGAGAATTCGACAGCTGTCATGAAATCTTGCTCACTTCTTAGCTTTGCCCAATGTTTTGTCTCGTACTCCAGCTTCCTTCCATAATAAACTTTCACCATTCTCACACCTAAAATCTCAAACACAGGTCCATCAGGGTTGCTTGTTTGCTTAAGTGACCATTTTGCGTCAAGCAAAGACCAGACACACCCATCATACGTTGCCAGAACAAGAGTGTCACCACTCTCTTTCACACCAATCACTTGTCTTGCATTGTTGTCGTTCCTCATATGGAGACTGATCACTTCTGTTTCTGTCTCATCAACAACTCGTATAGAACTAGAGTCATTCAGAGATGGTCTTGCTTGAATCAAGTGCAGAACTGTCGGGCTACGAGTTGGTGGAGTGAAGGAGACAGCAACTCGTAGAGAGATGGCCTTTCCCCTTTGAACTGGGGTTGTTAACTCCAACCACTTCTCAACCGAGAGTCTAGTAACCGGAGACAGAAACTCAGAAAGTGACAAAGAAGCAGAACCTAATAAGGTTTTAGACTCAGAAGACATTAGTTGGAAACTAAGCTCTCCTGTAGGTCCACACTTGAACATAGCAACTTGCCTTTCACCACAAGCCGTAAGCTTACGCTCAGTTTTAAACAGAGAATCAGGTTGTGTTTTGCTGAACATAACAAAGACATTTCCTTTATGAGTGTCTGGTAAGTTCTTGACCCCAACAATCTCCAAGACAACCTCAGTGACTTCCACCTCTGGAAACTTGATTGCATCCTCTTTCGAAGGTAACTTCTTTCCCAAGAAAACATAAGGAGAAGTTGTGACTGGCTTTGGGGTGTCACCTCGGTTCATAGCACCGGCTTTCCAATACCTTCGACCAAATGTTTCCTCCCACTGAGAAGTAGTTCCAGAGAAACCAGTGTCAAGCTTCTTACCTTTGCTACGGTCAGAGTCTGTATCATCATGCTCCAAGACATTACCAATCATCTTGGTCAAGTCCTTGCAGTAAGAGACAGCGTGGAGCTGGTGTGTGTGCCAGATAAGATCTATGTCGTAAGTCGGAACACAGAAAAGCTTAATAGAATTTTCTCTGTTTCTCTTGATCAAGTAAAGAAACGCTTTGTATCTAGCCACAGCTTCTTGTAGGAAGACTTCATTGTCTACATGAGCTCTTGAAACCTGTAAGAAGAGATACACAAACTATTAGAGAACCTTGCATTGCAAGAAAAGCGACCGTGAGCATACTTTTTTTTTACCTGGTAGTAAAATGGACATTGCCTCTTCACAGCTGAAACAAGATCATAAGTGGTGGTGCGTTTCTCAAGAACTGGCTCTGAGATGGCCTTATCCGAGTCAAGGTCATAAGGCTCCATAGGGTACAATCTCTTCCATAGATTCTCAGTTTGTAAATTGCAGCTTCCATTTACGGAAGATAAAACGCCAGAATTGTCAAGGACTCTCCCATAGAGTTCCTCACAATCAGTCTTGTACCTCACCTGAAATGGTTAACAAAAAAAGGTTATATGTAACAACCTTGCTCCCGGAGAGTATATTTAATTTTTTTGGAACTAGTGTTTTAAACTTGGACTAGGTGTCTTCCTGCACCATGTGCAGTAAAATAAATTTAAATATTTTTTAACAGATAAATATAAATTATATTTTAAAATAAATTTTATTAATATTGTAAATTTTCTTTTTCGTATCAATATTTTAATTAATTAAACATAAAAATTATATTTAAGAATATGCATGTATATATTTGAAATTATAATCTTAGATGGATTTTTATATGTATTTATTTTAATTAAATATAATAAATAAATTTGTAAAAGTTGCATAATTACCAAAAATTAAAATTAAAAAATATTTATAAAATTTGTAGATATATAAGAAAATAATGATTTTACGATTAAATTTTTATAATTTTCTAAAAAAAAATTTATACATTTTTGAAAATTTTAGTAATAAAATTTATAATTTTAAAATATATAATTAAATTATATTCCAAAATTTATAATGCCATATTTGAATATATTTATTTTAATGATATGAGTTATTCCTATATTCGAAAAAAATTTCCAAAAATATAAATTGACATTAAATGTAATATATGAGTTATTACTATATTTTAAGTTTACCAAAAATAAAAATTAACATTAGATGCAATTGTCATGTCATATTAAGCTATAAGACAAGTCATCAATTTCAGTAGCCATGTCATATTTGTGTTTGTGAAATTGATTGTAGAAAAGACATGTGGCAAAATCACTTCGCAAATATAGTCTAGGGGATATTAGAAATTTTGATAAGAATACTCTTATTGTAACACTAGTTAGTCTCAAATTTTATTAATAAAAGTATTTTTTTTTATTTATAATTTTGATGCGTTTTCAAAGATTCCTGTTCAGAATCTCGCTAGGCGCCGTTATGTATGCGGCTGATCCGGGCCTAGCGAGTTGACAGAAAATCGAAAAAAAATTAATCGGGGAGTACGCGGGGATTTTTTATAAGGCTTTATCTCGTGTATTGGTATATATATTACGTTTCGCAAACAAAAACAAAGTGTCATGATAGTGTAGCGGTTTATTTTAATAGGGCATATGTCTAGCAATCTGTGTTCGACTCTCCAAACATGCATTTTTGTGTTTATTTAATGAGGGGTAAAAGAGTAATTAGCTCTTTATCTTCTTCTTTCAACTCATTTTGCTTGCAACCCTAGCCGCCATGATTTTTTGCAACCTAATTCTGTGTTTATTTGGGTGATTTGTCTCGTTTTCACTTAGTTTTCGTGATATTAGCAACAAAACGTAACAGATTTAAGATTCAAGTGTCGATTTTGAAGTAAATTTCACCAAATTTTCCCCAATTTTATGGCCGAGTAAGGTCAAAACGCCACGGTACATCACCGTTGAGCATTTATACGCCGCGTAATCGGTCACTCCGGAAGAGTTTTTGAACAGGGTTTATAAGTAATGATGTTTTTTAGAAATGAGACCAAGAATTGAGATCATCAATATCAAGAGTTACCGGATTAAGCCTGTGGCAATGCCAAATCCATTCACAGTCAAGAGGAGGGACTAATGGTCCTTGGCAGGTCGAAGAAGACTCAGTGTAGTTAGCGAGCAAAGGAAGCCAGTAAGCATTGTATCTGAACAAGAACAAAAATCACCACACTAGTCAAGTTTTGAAACAAGAACCATAATTATTTCGATTCATCATAAGTAGAACCTAGCTGTGTTACCACCTGTAGATGGCTCTTTCAAGTTCAGGGCCGTCGTAGAGCCCCCGGTTCCGGTCAACAGTTCCGAGGAACTGAAGCTGTTGTTTGGATGCAGAAAAGAGGTCAACGCTTATCTCTATCTTCTGGGCTTCGAGCCACTTCAGTTCTTGATCCATTTCCTTGTCCAT
CDS Sequence
  • >A03p072110.1_BraROA
    ATGGACAAGGAAATGGATCAAGAACTGAAGTGGCTCGAAGCCCAGAAGATAGAGATAAGCGTTGACCTCTTTTCTGCATCCAAACAACAGCTTCAGTTCCTCGGAACTGTTGACCGGAACCGGGGGCTCTACGACGGCCCTGAACTTGAAAGAGCCATCTACAGATACAATGCTTACTGGCTTCCTTTGCTCGCTAACTACACTGAGTCTTCTTCGACCTGCCAAGGACCATTAGTCCCTCCTCTTGACTGTGAATGGATTTGGCATTGCCACAGGCTTAATCCGGTGAGGTACAAGACTGATTGTGAGGAACTCTATGGGAGAGTCCTTGACAATTCTGGCGTTTTATCTTCCGTAAATGGAAGCTGCAATTTACAAACTGAGAATCTATGGAAGAGATTGTACCCTATGGAGCCTTATGACCTTGACTCGGATAAGGCCATCTCAGAGCCAGTTCTTGAGAAACGCACCACCACTTATGATCTTGTTTCAGCTGTGAAGAGGCAATGTCCATTTTACTACCAGGTTTCAAGAGCTCATGTAGACAATGAAGTCTTCCTACAAGAAGCTGTGGCTAGATACAAAGCGTTTCTTTACTTGATCAAGAGAAACAGAGAAAATTCTATTAAGCTTTTCTGTGTTCCGACTTACGACATAGATCTTATCTGGCACACACACCAGCTCCACGCTGTCTCTTACTGCAAGGACTTGACCAAGATGATTGGTAATGTCTTGGAGCATGATGATACAGACTCTGACCGTAGCAAAGGTAAGAAGCTTGACACTGGTTTCTCTGGAACTACTTCTCAGTGGGAGGAAACATTTGGTCGAAGGTATTGGAAAGCCGGTGCTATGAACCGAGGTGACACCCCAAAGCCAGTCACAACTTCTCCTTATGTTTTCTTGGGAAAGAAGTTACCTTCGAAAGAGGATGCAATCAAGTTTCCAGAGGTGGAAGTCACTGAGGTTGTCTTGGAGATTGTTGGGGTCAAGAACTTACCAGACACTCATAAAGGAAATGTCTTTGTTATGTTCAGCAAAACACAACCTGATTCTCTGTTTAAAACTGAGCGTAAGCTTACGGCTTGTGGTGAAAGGCAAGTTGCTATGTTCAAGTGTGGACCTACAGGAGAGCTTAGTTTCCAACTAATGTCTTCTGAGTCTAAAACCTTATTAGGTTCTGCTTCTTTGTCACTTTCTGAGTTTCTGTCTCCGGTTACTAGACTCTCGGTTGAGAAGTGGTTGGAGTTAACAACCCCAGTTCAAAGGGGAAAGGCCATCTCTCTACGAGTTGCTGTCTCCTTCACTCCACCAACTCGTAGCCCGACAGTTCTGCACTTGATTCAAGCAAGACCATCTCTGAATGACTCTAGTTCTATACGAGTTGTTGATGAGACAGAAACAGAAGTGATCAGTCTCCATATGAGGAACGACAACAATGCAAGACAAGTGATTGGTGTGAAAGAGAGTGGTGACACTCTTGTTCTGGCAACGTATGATGGGTGTGTCTGGTCTTTGCTTGACGCAAAATGGTCACTTAAGCAAACAAGCAACCCTGATGGACCTGTGTTTGAGATTTTAGGTGTGAGAATGGTGAAAGTTTATTATGGAAGGAAGCTGGAGTACGAGACAAAACATTGGGCAAAGCTAAGAAGTGAGCAAGATTTCATGACAGCTGTCGAATTCTCAAAGCAGCATCCTTATGGTAGAGCCGTGGGGTTGCTAGACTTGAAGTTTGGTTCTTTTGAGGCTAATGAGAAATGGTTGGTTTTGCCTGGATTAGTATCTGCTTTCATACTCAGTGATCTTCTTAAGAAGGAAAGCTTTTGTGGAGCTGATCAAGACATAGTGAAAGGTAATGAAATAACTTTGAAGCTAGAAGAAGAAACAATGATGCATGTGAAGATCAATGGCGGTGCTAGGTGCTTGTCCAAGGAGCTTAGCAGTGGGAACATGGTGGAAGAAGAAGGTGGTCATTGTGGTGGTTGTGGTGGATGTGGAGGATGTGGCGGTGGCAGTGGGTGCGGAGGAGGCGGTGGAAGATGTGGTAATATGATGACCAATGAAAATGTTACCACAGGTGGCGGCTCCTGCACTGGCGGTTCCACTGGATGCGGTGGGTGCGGTGGAGCCGGTGGAGGATGTGGTAACATGATGACCAATGAAAATGTTCCATCATTAGTAGCGGAAGCTCCCATCGACGCAGTTGCAGCTTGA
Protein Sequence
  • >A03p072110.1_BraROA
    MDKEMDQELKWLEAQKIEISVDLFSASKQQLQFLGTVDRNRGLYDGPELERAIYRYNAYWLPLLANYTESSSTCQGPLVPPLDCEWIWHCHRLNPVRYKTDCEELYGRVLDNSGVLSSVNGSCNLQTENLWKRLYPMEPYDLDSDKAISEPVLEKRTTTYDLVSAVKRQCPFYYQVSRAHVDNEVFLQEAVARYKAFLYLIKRNRENSIKLFCVPTYDIDLIWHTHQLHAVSYCKDLTKMIGNVLEHDDTDSDRSKGKKLDTGFSGTTSQWEETFGRRYWKAGAMNRGDTPKPVTTSPYVFLGKKLPSKEDAIKFPEVEVTEVVLEIVGVKNLPDTHKGNVFVMFSKTQPDSLFKTERKLTACGERQVAMFKCGPTGELSFQLMSSESKTLLGSASLSLSEFLSPVTRLSVEKWLELTTPVQRGKAISLRVAVSFTPPTRSPTVLHLIQARPSLNDSSSIRVVDETETEVISLHMRNDNNARQVIGVKESGDTLVLATYDGCVWSLLDAKWSLKQTSNPDGPVFEILGVRMVKVYYGRKLEYETKHWAKLRSEQDFMTAVEFSKQHPYGRAVGLLDLKFGSFEANEKWLVLPGLVSAFILSDLLKKESFCGADQDIVKGNEITLKLEEETMMHVKINGGARCLSKELSSGNMVEEEGGHCGGCGGCGGCGGGSGCGGGGGRCGNMMTNENVTTGGGSCTGGSTGCGGCGGAGGGCGNMMTNENVPSLVAEAPIDAVAA