>AT2G26150.1 | ATHSFA2 DNA binding / transcription factor
AATCTCTCAACTCAAAACTCAACATTTTCTGAAGAAAGTCGCAAACTTTACCCAAAACCC
AGTTTCTAATTTTAGCAACAAAATCAAAAATATCTACTTTTGTTTCTCGAAAGTTACGAA
ATTCATACAATCTAGCTTATCTCTGAGCTTATGGATTTGAGATAAACAACGAAAATGGAA
GAACTGAAAGTGGAAATGGAGGAAGAAACGGTGACGTTTACTGGTTCTGTAGCGGCTTCT
TCATCTGTAGGATCCTCTTCCTCTCCTAGACCAATGGAAGGGCTTAACGAAACAGGGCCA
CCACCGTTTCTGACTAAGACTTACGAAATGGTGGAAGATCCGGCGACGGACACGGTGGTT
TCTTGGAGTAATGGTCGTAACAGCTTTGTGGTGTGGGATTCTCATAAGTTCTCAACAACT
CTCCTTCCACGTTACTTCAAGCATAGCAATTTCTCAAGTTTTATTCGTCAGCTCAATACT
TATGTAAGTACCTCTTTGCTTCCTTATATCTACTTAGTCTTGTTTCTGTTTTTGTTTCTA
ATTTTTAATTTTGGATTTCTTTAGATGGGTTTCCTATGAGTCTTCAGCTATAAAGGTTAG
TTCTTTAAGCTTTTAAGTGGCTAAATTGAAATTAGATGCATTGAGATTTTGGTCATATGT
TAAGAGAATCATTTAACATAAACTCTGTTCAATCCTCTGTTTCTGAAGTTCAAAATGTGT
TTGGTAGTAAAAACAGAATCTTGGAATGATAAGTAAGGACTCTGCCTCAAGTTCAGTAGC
TGATGAAACTTGTTTTGGTGATTGCAGGGATTCAGAAAGATTGATCCAGATAGATGGGAA
TTTGCAAATGAAGGGTTTTTAGCAGGACAAAAGCATCTCTTGAAGAACATCAAAAGAAGG
AGGAACATGGGTTTGCAGAATGTGAATCAGCAAGGATCTGGGATGTCATGTGTTGAGGTT
GGGCAATACGGTTTCGACGGGGAGGTTGAGAGGTTGAAGAGGGATCATGGTGTGCTTGTA
GCTGAGGTAGTTAGGTTGAGGCAACAGCAACACAGCTCCAAGAGTCAAGTTGCAGCTATG
GAGCAACGGTTGCTTGTTACTGAGAAGAGACAGCAGCAGATGATGACGTTCCTTGCCAAG
GCGTTGAACAATCCGAACTTTGTTCAGCAGTTTGCGGTTATGAGTAAAGAGAAGAAGAGT
TTGTTTGGTTTGGATGTGGGGAGGAAACGGAGGCTTACTTCTACTCCAAGCTTGGGGACT
ATGGAGGAGAATTTGTTACATGATCAAGAGTTTGATAGAATGAAGGATGATATGGAAATG
TTGTTCGCTGCAGCAATCGATGATGAGGCGAATAATTCGATGCCTACTAAGGAGGAACAA
TGTTTGGAGGCTATGAATGTGATGATGAGAGATGGTAATTTGGAAGCAGCGTTGGATGTG
AAAGTGGAAGATTTGGTTGGTTCGCCTTTGGATTGGGACAGCCAAGATCTACATGACATG
GTTGATCAAATGGGTTTTCTTGGTTCGGAACCTTAACTATACGGTATTAACACATCTACT
TGTTGCGGTCTAAGTTATGGTAATGCTACCACTTTTATTTACTAGTTGAATTGTTTGTTT
GTTTGTTTTGACTCAAGGAAGAGTCATTGAGTGTGGTTTGTTGTACATTTGTGTTTTCTT
GTTCTGATGAATAAAAAACTCTGATTTCGTTTGAC
>AT2G26150.1 | ATHSFA2 DNA binding / transcription factor
AATCTCTCAACTCAAAACTCAACATTTTCTGAAGAAAGTCGCAAACTTTACCCAAAACCC
AGTTTCTAATTTTAGCAACAAAATCAAAAATATCTACTTTTGTTTCTCGAAAGTTACGAA
ATTCATACAATCTAGCTTATCTCTGAGCTTATGGATTTGAGATAAACAACGAAAATGGAA
GAACTGAAAGTGGAAATGGAGGAAGAAACGGTGACGTTTACTGGTTCTGTAGCGGCTTCT
TCATCTGTAGGATCCTCTTCCTCTCCTAGACCAATGGAAGGGCTTAACGAAACAGGGCCA
CCACCGTTTCTGACTAAGACTTACGAAATGGTGGAAGATCCGGCGACGGACACGGTGGTT
TCTTGGAGTAATGGTCGTAACAGCTTTGTGGTGTGGGATTCTCATAAGTTCTCAACAACT
CTCCTTCCACGTTACTTCAAGCATAGCAATTTCTCAAGTTTTATTCGTCAGCTCAATACT
TATGTAAGTACCTCTTTGCTTCCTTATATCTACTTAGTCTTGTTTCTGTTTTTGTTTCTA
ATTTTTAATTTTGGATTTCTTTAGATGGGTTTCCTATGAGTCTTCAGCTATAAAGGTTAG
TTCTTTAAGCTTTTAAGTGGCTAAATTGAAATTAGATGCATTGAGATTTTGGTCATATGT
TAAGAGAATCATTTAACATAAACTCTGTTCAATCCTCTGTTTCTGAAGTTCAAAATGTGT
TTGGTAGTAAAAACAGAATCTTGGAATGATAAGTAAGGACTCTGCCTCAAGTTCAGTAGC
TGATGAAACTTGTTTTGGTGATTGCAGGGATTCAGAAAGATTGATCCAGATAGATGGGAA
TTTGCAAATGAAGGGTTTTTAGCAGGACAAAAGCATCTCTTGAAGAACATCAAAAGAAGG
AGGAACATGGGTTTGCAGAATGTGAATCAGCAAGGATCTGGGATGTCATGTGTTGAGGTT
GGGCAATACGGTTTCGACGGGGAGGTTGAGAGGTTGAAGAGGGATCATGGTGTGCTTGTA
GCTGAGGTAGTTAGGTTGAGGCAACAGCAACACAGCTCCAAGAGTCAAGTTGCAGCTATG
GAGCAACGGTTGCTTGTTACTGAGAAGAGACAGCAGCAGATGATGACGTTCCTTGCCAAG
GCGTTGAACAATCCGAACTTTGTTCAGCAGTTTGCGGTTATGAGTAAAGAGAAGAAGAGT
TTGTTTGGTTTGGATGTGGGGAGGAAACGGAGGCTTACTTCTACTCCAAGCTTGGGGACT
ATGGAGGAGAATTTGTTACATGATCAAGAGTTTGATAGAATGAAGGATGATATGGAAATG
TTGTTCGCTGCAGCAATCGATGATGAGGCGAATAATTCGATGCCTACTAAGGAGGAACAA
TGTTTGGAGGCTATGAATGTGATGATGAGAGATGGTAATTTGGAAGCAGCGTTGGATGTG
AAAGTGGAAGATTTGGTTGGTTCGCCTTTGGATTGGGACAGCCAAGATCTACATGACATG
GTTGATCAAATGGGTTTTCTTGGTTCGGAACCTTAACTATACGGTATTAACACATCTACT
TGTTGCGGTCTAAGTTATGGTAATGCTACCACTTTTATTTACTAGTTGAATTGTTTGTTT
GTTTGTTTTGACTCAAGGAAGAGTCATTGAGTGTGGTTTGTTGTACATTTGTGTTTTCTT
GTTCTGATGAATAAAAAACTCTGATTTCGTTTGAC
>AT2G26150.2 | ATHSFA2 DNA binding / transcription factor
AATCTCTCAACTCAAAACTCAACATTTTCTGAAGAAAGTCGCAAACTTTACCCAAAACCC
AGTTTCTAATTTTAGCAACAAAATCAAAAATATCTACTTTTGTTTCTCGAAAGTTACGAA
ATTCATACAATCTAGCTTATCTCTGAGCTTATGGATTTGAGATAAACAACGAAAATGGAA
GAACTGAAAGTGGAAATGGAGGAAGAAACGGTGACGTTTACTGGTTCTGTAGCGGCTTCT
TCATCTGTAGGATCCTCTTCCTCTCCTAGACCAATGGAAGGGCTTAACGAAACAGGGCCA
CCACCGTTTCTGACTAAGACTTACGAAATGGTGGAAGATCCGGCGACGGACACGGTGGTT
TCTTGGAGTAATGGTCGTAACAGCTTTGTGGTGTGGGATTCTCATAAGTTCTCAACAACT
CTCCTTCCACGTTACTTCAAGCATAGCAATTTCTCAAGTTTTATTCGTCAGCTCAATACT
TATGTAAGTACCTCTTTGCTTCCTTATATCTACTTAGTCTTGTTTCTGTTTTTGTTTCTA
ATTTTTAATTTTGGATTTCTTTAGATGGGTTTCCTATGAGTCTTCAGCTATAAAGGTTAG
TTCTTTAAGCTTTTAAGTGGCTAAATTGAAATTAGATGCATTGAGATTTTGGTCATATGT
TAAGAGAATCATTTAACATAAACTCTGTTCAATCCTCTGTTTCTGAAGTTCAAAATGTGT
TTGGTAGTAAAAACAGAATCTTGGAATGATAAGTAAGGACTCTGCCTCAAGTTCAGTAGC
TGATGAAACTTGTTTTGGTGATTGCAGGGATTCAGAAAGATTGATCCAGATAGATGGGAA
TTTGCAAATGAAGGGTTTTTAGCAGGACAAAAGCATCTCTTGAAGAACATCAAAAGAAGG
AGGAACATGGGTTTGCAGAATGTGAATCAGCAAGGATCTGGGATGTCATGTGTTGAGGTT
GGGCAATACGGTTTCGACGGGGAGGTTGAGAGGTTGAAGAGGGATCATGGTGTGCTTGTA
GCTGAGGTAGTTAGGTTGAGGCAACAGCAACACAGCTCCAAGAGTCAAGTTGCAGCTATG
GAGCAACGGTTGCTTGTTACTGAGAAGAGACAGCAGCAGATGATGACGTTCCTTGCCAAG
GCGTTGAACAATCCGAACTTTGTTCAGCAGTTTGCGGTTATGAGTAAAGAGAAGAAGAGT
TTGTTTGGTTTGGATGTGGGGAGGAAACGGAGGCTTACTTCTACTCCAAGCTTGGGGACT
ATGGAGGAGAATTTGTTACATGATCAAGAGTTTGATAGAATGAAGGATGATATGGAAATG
TTGTTCGCTGCAGCAATCGATGATGAGGCGAATAATTCGATGCCTACTAAGGAGGAACAA
TGTTTGGAGGCTATGAATGTGATGATGAGAGATGGTAATTTGGAAGCAGCGTTGGATGTG
AAAGTGGAAGATTTGGTTGGTTCGCCTTTGGATTGGGACAGCCAAGATCTACATGACATG
GTTGATCAAATGGGTTTTCTTGGTTCGGAACCTTAACTATACGGTATTAACACATCTACT
TGTTGCGGTCTAAGTTATGGTAATGCTACCACTTTTATTTACTAGTTGAATTGTTTGTTT
GTTTGTTTTGACTCAAGGAAGAGTCATTGAGTGTGGTTTGTTGTACATTTGTGTTTTCTT
GTTCTGATGAATAAAAAACTCTGATTTCGTTTGAC
>AT2G26150.2 | ATHSFA2 DNA binding / transcription factor
AATCTCTCAACTCAAAACTCAACATTTTCTGAAGAAAGTCGCAAACTTTACCCAAAACCC
AGTTTCTAATTTTAGCAACAAAATCAAAAATATCTACTTTTGTTTCTCGAAAGTTACGAA
ATTCATACAATCTAGCTTATCTCTGAGCTTATGGATTTGAGATAAACAACGAAAATGGAA
GAACTGAAAGTGGAAATGGAGGAAGAAACGGTGACGTTTACTGGTTCTGTAGCGGCTTCT
TCATCTGTAGGATCCTCTTCCTCTCCTAGACCAATGGAAGGGCTTAACGAAACAGGGCCA
CCACCGTTTCTGACTAAGACTTACGAAATGGTGGAAGATCCGGCGACGGACACGGTGGTT
TCTTGGAGTAATGGTCGTAACAGCTTTGTGGTGTGGGATTCTCATAAGTTCTCAACAACT
CTCCTTCCACGTTACTTCAAGCATAGCAATTTCTCAAGTTTTATTCGTCAGCTCAATACT
TATGTAAGTACCTCTTTGCTTCCTTATATCTACTTAGTCTTGTTTCTGTTTTTGTTTCTA
ATTTTTAATTTTGGATTTCTTTAGATGGGTTTCCTATGAGTCTTCAGCTATAAAGGTTAG
TTCTTTAAGCTTTTAAGTGGCTAAATTGAAATTAGATGCATTGAGATTTTGGTCATATGT
TAAGAGAATCATTTAACATAAACTCTGTTCAATCCTCTGTTTCTGAAGTTCAAAATGTGT
TTGGTAGTAAAAACAGAATCTTGGAATGATAAGTAAGGACTCTGCCTCAAGTTCAGTAGC
TGATGAAACTTGTTTTGGTGATTGCAGGGATTCAGAAAGATTGATCCAGATAGATGGGAA
TTTGCAAATGAAGGGTTTTTAGCAGGACAAAAGCATCTCTTGAAGAACATCAAAAGAAGG
AGGAACATGGGTTTGCAGAATGTGAATCAGCAAGGATCTGGGATGTCATGTGTTGAGGTT
GGGCAATACGGTTTCGACGGGGAGGTTGAGAGGTTGAAGAGGGATCATGGTGTGCTTGTA
GCTGAGGTAGTTAGGTTGAGGCAACAGCAACACAGCTCCAAGAGTCAAGTTGCAGCTATG
GAGCAACGGTTGCTTGTTACTGAGAAGAGACAGCAGCAGATGATGACGTTCCTTGCCAAG
GCGTTGAACAATCCGAACTTTGTTCAGCAGTTTGCGGTTATGAGTAAAGAGAAGAAGAGT
TTGTTTGGTTTGGATGTGGGGAGGAAACGGAGGCTTACTTCTACTCCAAGCTTGGGGACT
ATGGAGGAGAATTTGTTACATGATCAAGAGTTTGATAGAATGAAGGATGATATGGAAATG
TTGTTCGCTGCAGCAATCGATGATGAGGCGAATAATTCGATGCCTACTAAGGAGGAACAA
TGTTTGGAGGCTATGAATGTGATGATGAGAGATGGTAATTTGGAAGCAGCGTTGGATGTG
AAAGTGGAAGATTTGGTTGGTTCGCCTTTGGATTGGGACAGCCAAGATCTACATGACATG
GTTGATCAAATGGGTTTTCTTGGTTCGGAACCTTAACTATACGGTATTAACACATCTACT
TGTTGCGGTCTAAGTTATGGTAATGCTACCACTTTTATTTACTAGTTGAATTGTTTGTTT
GTTTGTTTTGACTCAAGGAAGAGTCATTGAGTGTGGTTTGTTGTACATTTGTGTTTTCTT
GTTCTGATGAATAAAAAACTCTGATTTCGTTTGAC
>AT5G45710.2 | RHA1 (ROOT HANDEDNESS 1) DNA binding / transcription factor
TTCATACGCGCTTCCATCAACCCTTTGGTCTTGGAAGCCAAATCAAACCTTTCCTTCAAT
CCTCAAATTTTCGAAAATTTTCTCTTTTGCTTTACGTTCTCTCAATTCTTATTTGTAAGA
AAGTTTGTTCCTTTAATCAATCAAATCAAAGAGACTTTTGAAGATTGTTTCCCAATTTGC
GTCAATCGGGATCGAGTCAAATCTGAAATCTTCTCCACTCATCATCTGGTACGTTTGATG
ATTCCAAATCAGAAACATTAAAGGACAAGAAATGTTCGAATTTTTGATTGATTCTCTCTG
ATTTTCAATCATTTGGTTGTAGAAGCAAAAGGGTTTGGTTCATTCATTCTCTCGTGTTGC
CCTTATTTCGGATTCGGATAGATTTGGAGCTAAATTAGGGGTTTTGACTTTTTTAGTTTC
TCCCATTCAATAAATTTCGAAGCTTGTGAGGGAAAAGTCTTGGTTTTTATTGTCATTTAT
TACTTTGCTTCTTAAAGCTTGAGAGATCGATTCGTATATTGATTCAAACACTTGACAGTT
GTGTCTTAAACTGGAATTGTTGCAATTAAATGTTTATGTTTTCAATGAGTCTCTCTAGTT
GAGTTTGATTTCAGCTTCTTGTTCTATCCAACAGACTATAAGACTTAATCAAGGGACTTT
TTGTTCGGGTTTGGTTTTAAACGTCTTGGATTCGAAGTGGTTAAGGTATGGATGAAAATA
ATGGAGGTTCAAGCTCACTTCCACCTTTCCTTACTAAAACATATGAAATGGTTGATGATT
CTTCTTCTGACTCGGTCGTTGCTTGGAGCGAAAACAACAAAAGCTTCATCGTCAAGAATC
CAGCAGAGTTTTCAAGAGACCTTCTTCCGAGATTCTTCAAGCATAAGAATTTCTCAAGTT
TCATCCGTCAGCTTAATACATATGTAAAGCTTTTGTCTTTGTATCTCATCTCTTTGGGGA
TTGGTGTTTGCTGCATCGCTAAGATTAACAACCTTTTTGTGTTTTTGTTTGCGTAGGGTT
TTCGAAAAGTAGATCCTGAGAAATGGGAATTCTTGAATGATGATTTTGTTAGAGGTCGAC
CTTACCTTATGAAGAACATTCATAGACGAAAACCGGTTCATAGCCACTCGTTAGTGAATC
TACAAGCGCAAAATCCTTTGACGGAATCAGAAAGACGGAGCATGGAGGATCAGATAGAAA
GACTGAAAAATGAGAAAGAAGGCCTTCTTGCGGAGTTACAGAACCAAGAGCAAGAACGGA
AAGAGTTTGAGCTGCAAGTAACGACATTGAAAGATCGGTTACAACATATGGAACAACATC
AGAAATCAATAGTGGCATATGTTTCACAGGTTTTGGGAAAACCAGGACTTTCACTAAACC
TCGAAAACCATGAGAGAAGAAAAAGAAGATTTCAAGAGAACTCTCTTCCTCCAAGCAGTT
CACACATAGAACAGGTCGAAAAGTTAGAATCTTCGCTAACGTTTTGGGAGAATCTTGTAT
CGGAATCATGCGAGAAGAGCGGTTTGCAGTCATCAAGCATGGATCATGATGCAGCTGAGT
CAAGTCTAAGTATTGGCGATACACGACCCAAATCATCGAAGATTGATATGAACTCAGAGC
CGCCCGTTACCGTTACTGCGCCTGCTCCAAAAACAGGCGTTAACGATGACTTTTGGGAAC
AATGTTTGACAGAGAACCCTGGATCAACCGAGCAACAAGAAGTTCAGTCAGAGAGAAGAG
ATGTCGGTAATGATAATAATGGTAATAAGATTGGAAATCAAAGGACGTATTGGTGGAATT
CAGGGAATGTAAATAACATTACAGAGAAAGCTTCTTGACATGAATGAGGTTTTTGTAAAA
TAGTTTTCTTTTGGTTCCACTGAGATTATTGTATGTGTTCATTATTTATTACTCTGTTTC
TGTAAAAACAAATCTCTCTATTGTTTGAGGCAGGAGTGACATAAATGCATATGCAGAATT
GGTTTCTTTGCCTTC
>AT5G45710.2 | RHA1 (ROOT HANDEDNESS 1) DNA binding / transcription factor
TTCATACGCGCTTCCATCAACCCTTTGGTCTTGGAAGCCAAATCAAACCTTTCCTTCAAT
CCTCAAATTTTCGAAAATTTTCTCTTTTGCTTTACGTTCTCTCAATTCTTATTTGTAAGA
AAGTTTGTTCCTTTAATCAATCAAATCAAAGAGACTTTTGAAGATTGTTTCCCAATTTGC
GTCAATCGGGATCGAGTCAAATCTGAAATCTTCTCCACTCATCATCTGGTACGTTTGATG
ATTCCAAATCAGAAACATTAAAGGACAAGAAATGTTCGAATTTTTGATTGATTCTCTCTG
ATTTTCAATCATTTGGTTGTAGAAGCAAAAGGGTTTGGTTCATTCATTCTCTCGTGTTGC
CCTTATTTCGGATTCGGATAGATTTGGAGCTAAATTAGGGGTTTTGACTTTTTTAGTTTC
TCCCATTCAATAAATTTCGAAGCTTGTGAGGGAAAAGTCTTGGTTTTTATTGTCATTTAT
TACTTTGCTTCTTAAAGCTTGAGAGATCGATTCGTATATTGATTCAAACACTTGACAGTT
GTGTCTTAAACTGGAATTGTTGCAATTAAATGTTTATGTTTTCAATGAGTCTCTCTAGTT
GAGTTTGATTTCAGCTTCTTGTTCTATCCAACAGACTATAAGACTTAATCAAGGGACTTT
TTGTTCGGGTTTGGTTTTAAACGTCTTGGATTCGAAGTGGTTAAGGTATGGATGAAAATA
ATGGAGGTTCAAGCTCACTTCCACCTTTCCTTACTAAAACATATGAAATGGTTGATGATT
CTTCTTCTGACTCGGTCGTTGCTTGGAGCGAAAACAACAAAAGCTTCATCGTCAAGAATC
CAGCAGAGTTTTCAAGAGACCTTCTTCCGAGATTCTTCAAGCATAAGAATTTCTCAAGTT
TCATCCGTCAGCTTAATACATATGTAAAGCTTTTGTCTTTGTATCTCATCTCTTTGGGGA
TTGGTGTTTGCTGCATCGCTAAGATTAACAACCTTTTTGTGTTTTTGTTTGCGTAGGGTT
TTCGAAAAGTAGATCCTGAGAAATGGGAATTCTTGAATGATGATTTTGTTAGAGGTCGAC
CTTACCTTATGAAGAACATTCATAGACGAAAACCGGTTCATAGCCACTCGTTAGTGAATC
TACAAGCGCAAAATCCTTTGACGGAATCAGAAAGACGGAGCATGGAGGATCAGATAGAAA
GACTGAAAAATGAGAAAGAAGGCCTTCTTGCGGAGTTACAGAACCAAGAGCAAGAACGGA
AAGAGTTTGAGCTGCAAGTAACGACATTGAAAGATCGGTTACAACATATGGAACAACATC
AGAAATCAATAGTGGCATATGTTTCACAGGTTTTGGGAAAACCAGGACTTTCACTAAACC
TCGAAAACCATGAGAGAAGAAAAAGAAGATTTCAAGAGAACTCTCTTCCTCCAAGCAGTT
CACACATAGAACAGGTCGAAAAGTTAGAATCTTCGCTAACGTTTTGGGAGAATCTTGTAT
CGGAATCATGCGAGAAGAGCGGTTTGCAGTCATCAAGCATGGATCATGATGCAGCTGAGT
CAAGTCTAAGTATTGGCGATACACGACCCAAATCATCGAAGATTGATATGAACTCAGAGC
CGCCCGTTACCGTTACTGCGCCTGCTCCAAAAACAGGCGTTAACGATGACTTTTGGGAAC
AATGTTTGACAGAGAACCCTGGATCAACCGAGCAACAAGAAGTTCAGTCAGAGAGAAGAG
ATGTCGGTAATGATAATAATGGTAATAAGATTGGAAATCAAAGGACGTATTGGTGGAATT
CAGGGAATGTAAATAACATTACAGAGAAAGCTTCTTGACATGAATGAGGTTTTTGTAAAA
TAGTTTTCTTTTGGTTCCACTGAGATTATTGTATGTGTTCATTATTTATTACTCTGTTTC
TGTAAAAACAAATCTCTCTATTGTTTGAGGCAGGAGTGACATAAATGCATATGCAGAATT
GGTTTCTTTGCCTTC
>AT5G45710.1 | RHA1 (ROOT HANDEDNESS 1) DNA binding / transcription factor
ACAACAGTTGTTGTTGCCATTCATACGCGCTTCCATCAACCCTTTGGTCTTGGAAGCCAA
ATCAAACCTTTCCTTCAATCCTCAAATTTTCGAAAATTTTCTCTTTTGCTTTACGTTCTC
TCAATTCTTATTTGTAAGAAAGTTTGTTCCTTTAATCAATCAAATCAAAGAGACTTTTGA
AGATTGTTTCCCAATTTGCGTCAATCGGGATCGAGTCAAATCTGAAATCTTCTCCACTCA
TCATCTGGTACGTTTGATGATTCCAAATCAGAAACATTAAAGGACAAGAAATGTTCGAAT
TTTTGATTGATTCTCTCTGATTTTCAATCATTTGGTTGTAGAAGCAAAAGGGTTTGGTTC
ATTCATTCTCTCGTGTTGCCCTTATTTCGGATTCGGATAGATTTGGAGCTAAATTAGGGG
TTTTGACTTTTTTAGTTTCTCCCATTCAATAAATTTCGAAGCTTGTGAGGGAAAAGTCTT
GGTTTTTATTGTCATTTATTACTTTGCTTCTTAAAGCTTGAGAGATCGATTCGTATATTG
ATTCAAACACTTGACAGTTGTGTCTTAAACTGGAATTGTTGCAATTAAATGTTTATGTTT
TCAATGAGTCTCTCTAGTTGAGTTTGATTTCAGCTTCTTGTTCTATCCAACAGACTATAA
GACTTAATCAAGGGACTTTTTGTTCGGGTTTGGTTTTAAACGTCTTGGATTCGAAGTGGT
TAAGGTATGGATGAAAATAATGGAGGTTCAAGCTCACTTCCACCTTTCCTTACTAAAACA
TATGAAATGGTTGATGATTCTTCTTCTGACTCGGTCGTTGCTTGGAGCGAAAACAACAAA
AGCTTCATCGTCAAGAATCCAGCAGAGTTTTCAAGAGACCTTCTTCCGAGATTCTTCAAG
CATAAGAATTTCTCAAGTTTCATCCGTCAGCTTAATACATATGTAAAGCTTTTGTCTTTG
TATCTCATCTCTTTGGGGATTGGTGTTTGCTGCATCGCTAAGATTAACAACCTTTTTGTG
TTTTTGTTTGCGTAGGGTTTTCGAAAAGTAGATCCTGAGAAATGGGAATTCTTGAATGAT
GATTTTGTTAGAGGTCGACCTTACCTTATGAAGAACATTCATAGACGAAAACCGGTTCAT
AGCCACTCGTTAGTGAATCTACAAGCGCAAAATCCTTTGACGGAATCAGAAAGACGGAGC
ATGGAGGATCAGATAGAAAGACTGAAAAATGAGAAAGAAGGCCTTCTTGCGGAGTTACAG
AACCAAGAGCAAGAACGGAAAGAGTTTGAGCTGCAAGTAACGACATTGAAAGATCGGTTA
CAACATATGGAACAACATCAGAAATCAATAGTGGCATATGTTTCACAGGTTTTGGGAAAA
CCAGGACTTTCACTAAACCTCGAAAACCATGAGAGAAGAAAAAGAAGATTTCAAGAGAAC
TCTCTTCCTCCAAGCAGTTCACACATAGAACAGGTCGAAAAGTTAGAATCTTCGCTAACG
TTTTGGGAGAATCTTGTATCGGAATCATGCGAGAAGAGCGGTTTGCAGTCATCAAGCATG
GATCATGATGCAGCTGAGTCAAGTCTAAGTATTGGCGATACACGACCCAAATCATCGAAG
ATTGATATGAACTCAGAGCCGCCCGTTACCGTTACTGCGCCTGCTCCAAAAACAGGCGTT
AACGATGACTTTTGGGAACAATGTTTGACAGAGAACCCTGGATCAACCGAGCAACAAGAA
GTTCAGTCAGAGAGAAGAGATGTCGGTAATGATAATAATGGTAATAAGATTGGAAATCAA
AGGACGTATTGGTGGAATTCAGGGAATGTAAATAACATTACAGAGAAAGCTTCTTGACAT
GAATGAGGTTTTTGTAAAATAGTTTTCTTTTGGTTCCACTGAGATTATTGTATGTGTTCA
TTATTTATTACTCTGTTTCTGTAAAAACAAATCTCTCTATTGTTTGAGGCAGGAGTGACA
TAAATGCATATGCAGAATTGGTTTCTTTGCCTTC
>AT5G45710.1 | RHA1 (ROOT HANDEDNESS 1) DNA binding / transcription factor
ACAACAGTTGTTGTTGCCATTCATACGCGCTTCCATCAACCCTTTGGTCTTGGAAGCCAA
ATCAAACCTTTCCTTCAATCCTCAAATTTTCGAAAATTTTCTCTTTTGCTTTACGTTCTC
TCAATTCTTATTTGTAAGAAAGTTTGTTCCTTTAATCAATCAAATCAAAGAGACTTTTGA
AGATTGTTTCCCAATTTGCGTCAATCGGGATCGAGTCAAATCTGAAATCTTCTCCACTCA
TCATCTGGTACGTTTGATGATTCCAAATCAGAAACATTAAAGGACAAGAAATGTTCGAAT
TTTTGATTGATTCTCTCTGATTTTCAATCATTTGGTTGTAGAAGCAAAAGGGTTTGGTTC
ATTCATTCTCTCGTGTTGCCCTTATTTCGGATTCGGATAGATTTGGAGCTAAATTAGGGG
TTTTGACTTTTTTAGTTTCTCCCATTCAATAAATTTCGAAGCTTGTGAGGGAAAAGTCTT
GGTTTTTATTGTCATTTATTACTTTGCTTCTTAAAGCTTGAGAGATCGATTCGTATATTG
ATTCAAACACTTGACAGTTGTGTCTTAAACTGGAATTGTTGCAATTAAATGTTTATGTTT
TCAATGAGTCTCTCTAGTTGAGTTTGATTTCAGCTTCTTGTTCTATCCAACAGACTATAA
GACTTAATCAAGGGACTTTTTGTTCGGGTTTGGTTTTAAACGTCTTGGATTCGAAGTGGT
TAAGGTATGGATGAAAATAATGGAGGTTCAAGCTCACTTCCACCTTTCCTTACTAAAACA
TATGAAATGGTTGATGATTCTTCTTCTGACTCGGTCGTTGCTTGGAGCGAAAACAACAAA
AGCTTCATCGTCAAGAATCCAGCAGAGTTTTCAAGAGACCTTCTTCCGAGATTCTTCAAG
CATAAGAATTTCTCAAGTTTCATCCGTCAGCTTAATACATATGTAAAGCTTTTGTCTTTG
TATCTCATCTCTTTGGGGATTGGTGTTTGCTGCATCGCTAAGATTAACAACCTTTTTGTG
TTTTTGTTTGCGTAGGGTTTTCGAAAAGTAGATCCTGAGAAATGGGAATTCTTGAATGAT
GATTTTGTTAGAGGTCGACCTTACCTTATGAAGAACATTCATAGACGAAAACCGGTTCAT
AGCCACTCGTTAGTGAATCTACAAGCGCAAAATCCTTTGACGGAATCAGAAAGACGGAGC
ATGGAGGATCAGATAGAAAGACTGAAAAATGAGAAAGAAGGCCTTCTTGCGGAGTTACAG
AACCAAGAGCAAGAACGGAAAGAGTTTGAGCTGCAAGTAACGACATTGAAAGATCGGTTA
CAACATATGGAACAACATCAGAAATCAATAGTGGCATATGTTTCACAGGTTTTGGGAAAA
CCAGGACTTTCACTAAACCTCGAAAACCATGAGAGAAGAAAAAGAAGATTTCAAGAGAAC
TCTCTTCCTCCAAGCAGTTCACACATAGAACAGGTCGAAAAGTTAGAATCTTCGCTAACG
TTTTGGGAGAATCTTGTATCGGAATCATGCGAGAAGAGCGGTTTGCAGTCATCAAGCATG
GATCATGATGCAGCTGAGTCAAGTCTAAGTATTGGCGATACACGACCCAAATCATCGAAG
ATTGATATGAACTCAGAGCCGCCCGTTACCGTTACTGCGCCTGCTCCAAAAACAGGCGTT
AACGATGACTTTTGGGAACAATGTTTGACAGAGAACCCTGGATCAACCGAGCAACAAGAA
GTTCAGTCAGAGAGAAGAGATGTCGGTAATGATAATAATGGTAATAAGATTGGAAATCAA
AGGACGTATTGGTGGAATTCAGGGAATGTAAATAACATTACAGAGAAAGCTTCTTGACAT
GAATGAGGTTTTTGTAAAATAGTTTTCTTTTGGTTCCACTGAGATTATTGTATGTGTTCA
TTATTTATTACTCTGTTTCTGTAAAAACAAATCTCTCTATTGTTTGAGGCAGGAGTGACA
TAAATGCATATGCAGAATTGGTTTCTTTGCCTTC
>AT3G62870.1 | 60S ribosomal protein L7A (RPL7aB)
ATAAATAGTGAAAACACAAAACCCTAAGAGTCGCTCTTGCTCTCAGCCGTCTGTCTTACC
TCCAGAAGTCGACGACAACAATGGTACGCCGCTTTTACACCATTTTGCAGCTTTCATTGC
CACTTTCGTTTGTTTAGGATCTGTATTAGCTCTTTGTTTCCTCGAATTTGAGCTTCTTTC
GTCAAATCTATATTGGAATCTGGCTTATACTTATGTCCCTGAGGATTCTGGCTTTGTTTG
ATTTCGTAGTTTGTATAGTGAATGCATCGATGCTATGGTGATATGTGACTCTTGTTTCTG
ATGCTTATCGCCGTTTGTTGTTGATTCATAGGCACCGAAGAAGGGAGTTAAAGTGGCTTC
AAAGAAGAAGCCGGTATGCTCTCTTAGCTTTTCCTTTAAGCATTGTTTGTTTTTCTCTGA
GTATTATTATTAGTCTTGGTGGAGTTTCTCATTAGATTTGTTGTTGTGTGTATTTTAGGA
GAAAGTTACCAACCCATTGTTTGAGAGACGCCCAAAGCAATTCGGTATTGGTGGCGCTTT
GCCTCCTAAGAAGGATCTTTCTCGTTACATCAAATGGCCTAAGTCAATCCGTCTTCAAAG
GCAGAAGCGTATCCTTAAGCAGAGGTTGAAGGTTCCTCCAGCTCTTAACCAGTTCACCAA
GACCCTTGATAAGAATCTCGGTTAGTCTCTTTTTCTTATGGTTATTCAGAAATCTATATG
TTTGTATGATCAGTTGCTTAATGTGTGTCATGTAATTGCAGCCACCAGCCTCTTCAAGAT
TCTTCTGAAGTATAGGCCAGAGGACAAAGCCGCAAAGAAGGAACGCCTTTTGAACAAGGC
TCAAGCTGAGGCAGAAGGAAAGCCTGCTGAATCCAAGAAGCCCATTGTTGTTAAGTATGG
TCTCAACCATGTGACTTACCTCATCGAGCAGAACAAGGCACAGCTTGTGGTCATTGCACA
CGATGTTGACCCTATCGAGTTGGTGGTCTGGTTACCTGCACTCTGCAGGAAAATGGAAGT
CCCTTACTGCATTGTTAAGGGAAAATCTCGTCTTGGAGCGGTAAATAATTCACCACTCCA
TGGATGTAAACTTCCATTAAGAGTTTTTCTTACTTTAATGTTTTCACCCTAATTTATGTT
CATTTCCTGCTTCTACTCTCCAGGTCGTTCACCAGAAGACTGCTGCTGCCTTGTGCTTGA
CCACTGTCAAGAACGAGGACAAGCTTGAGTTCAGCAAAATCCTCGAGGCCATCAAGGTAA
TTAGCTGAATCAGCTTTTGACAATGGAATAGTTTTGAAATGATACTCTCATGTAGTCTTC
AAACCATACTCTTAACGTGTTTTTTTGTTGGTGTGAATAGGCTAACTTCAACGACAAGTA
CGAGGAGTACAGGAAGAAGTGGGGAGGTGGCATAATGGGATCCAAGTCTCAAGCCAAGAC
CAAAGCTAAGGAGAGGGTTATTGCTAAGGAGGCTGCCCAGAGAATGAACTAGGCATCATA
CCTTATGTTCTCTGCTATGAAACATATGATAATGGTTTTGTTGTTTAGCGATATTTTGAA
ACCTTGTTTTATTTTAATTTCTATGCTCTTTCGGATGTTACCACCCTCTTCAGAATTTTA
TGCAGTTTTGTTATCAATTTCACATATAAACTTTTATTTGCAAAATAAATCCTTACTTTA
TTGTGGTTT
>AT4G11420.1 | EIF3A (EUKARYOTIC TRANSLATION INITIATION FACTOR 3A) translation initiation factor
CCAGAAACCCTAGAGTTGCTTCCGCTTCGCTTCTCGTCTCTCTTATCAGTCTTCTCTTTT
CACGGCTACAAGGTTAGTCCTAAGTTTCGGCTCTGTTCTTGCATCAGTGATTGGATCTCT
ACTGCCTTTTAATCAAATCTCATTGAATTGATCTGGGTTAGGGTTTGGGTCAGGTTATCG
AATCTTTCTGTGTTATTTTGATTCTATGAAATGAATTTAGGGTTTGGGCAAGTTTTTTCT
GGTCTATGTAGCTTCCATCCTTTTCTGAGATATCTGATTGGGTTTTTCGGATTCTGGTGA
TCTCTGTAACAAAATCGCTTCTCTGTGTTTTTCAGGCTAATTGAGAGTGTCCCTTGCGTT
AGAGTTTGTTACTAGCTTTTTTCGTCTGAAACATGGCGAATTTTGCCAAACCAGAGAACG
CGTTGAAGCGTGCTGATGGTAAGTTACGAAATGTTTTCGTTTTAACATCCATTTGGTCAA
ATGGATGTGGTTAGGGTGTGTATGAATTGAGATTGTGTTAAACACTTTTTTTTTGTGTGT
GTAGAATTGATCAATGTTGGACAGAAACAAGATGCTCTTCAGGCGCTTCATGATCTCATT
ACTTCCAAGAGATACAGAGCTTGGCAGAAACCGCTTGAGAAGATCATGTTTAAGTATCTT
GATCTTTGTGTTGACTTGAAGAGGGGTCGATTCGCTAAGGATGGATTGATTCAGTATCGT
ATTGTTTGCCAGCAAGTGAATGTCAGTTCCTTGGAGGAAGTTATCAAGCACTTCCTACAT
CTTGCTACTGACAAAGCTGAGCAAGCTCGGTCTCAGGCGGATGCCCTTGAGGAGGCTCTT
GATGTTGATGACCTTGAAGCTGATAGGAAGCCTGAGGATTTACAGCTAAGTATTGTCAGT
GGGGAGAAGGGAAAAGATAGGTCTGACCGTGAGTTGGTCACCCCATGGTTTAAGTTTCTG
TGGGAGACATACAGGACAGTCCTTGAGATATTGCGAAACAACTCAAAGTTGGAAGCACTT
TATGCGGTTTGTTTTCTTCTAGGTTAAGCTTATTGGTGATACCTCTGATTTTAAGTTGAT
TGAGATTGAAGACTTGTACTTTATAATCTTGTAGATGACAGCACATAAAGCCTTCCAGTT
CTGTAAGCAGTACAAGCGAACAACAGAGTTCCGTAGGCTTTGTGAAATTATAAGAAATCA
TTTGGCAAACCTGAACAAGTACAGAGACCAAAGGGACCGACCTGACTTATCAGCCCCTGA
GAGCTTGCAGCTGTATCTGGACACAAGGTTTGATCAGTTGAAAGTTGCTACTGAGCTTGG
ACTTTGGCAGGTGCGTTTTTGTTTTCTATGTGTATTTTTCTGATGCTACCTTCTCTATTC
CATATTTAGTTTGGCTGTATATAGCTTATCCTCTGTATAATTACTGGAAATAAGTTAGTA
TGGTTCGTGATGTATCTTTGCAGGAAGCTTTTCGCTCTGTTGAAGATATCTATGGATTAA
TGTGCATGGTCAAAAAAACGCCCAAGTCATCTTTATTGATGGTTTATTATTCCAAATTGA
CTGAGATCTTCTGGATTTCTTCTAGCCATCTTTATCATGCTTATGCATGGTTTAAGCTGT
TTAGTCTGCAGAAAAATTTCAACAAGAATTTAAGCCAAAAGGATTTGCAGCTAATAGCGT
CATCTGTTGTCTTGGCGGCATTGTCCATTCCACCATTTGATCGGGCTCAGAGCGCATCCC
ATATGGAACTTGAAAATGAGAAAGAACGCAATTTGAGGATGGCTAACCTCATTGGATTCA
ATCTTGAACCTAAATTTGAGGGCAAAGATATGGTAACATAGGTTCTTATGTTGCTTCATT
TTTATTTTGCGCCCTTTCTTTCTGGTTTAGTATTCTAATTCCATTTCCTTCCTGTTTCAG
CTTTCCCGGTCAGCTCTTCTGTCAGAGCTGGTGAGTCTCTAGCTGTTACCCTGTCTGTGG
TTTAGAATATTTGTCGACTTACAAATATCTGATTTGGAGGCTGATTTTTATGCAATTAGG
TTTCAAAAGGTGTTTTGAGCTGTGCATCTCAGGAGGTCAAAGATCTTTTCCATGTTTTGG
AGCATGAATTTCACCCACTTGATCTTGGCTCCAAGATTCAGCCTTTGCTGGAAAAGATTT
CCAAATCTGGTGGGAAACTGTCCTCAGCTCCTTCTTTACCAGAAGTGCAACTTTCCCAAT
ATGTTCCTTCTCTGGAGAAGCTTGCTACTCTGAGGCTACTTCAACAGGTAAGCCTTGTTC
TCTATGTTGTAGGTCAATACCCATTCAACCATTTTGGATTTTTCTGGTGGTTTATCCCTT
TTTCTGCATACTAAATGTTCTATGTTCCGATTTTATTTTCAGGTGTCTAAGATTTATCAG
ACAATAAGAATTGAGAGTTTATCTCAGTTGGTACCCTTCTTTCAATTCTCAGAGGTAGAG
AAGATTTCTGTTGATGCTGTGAAGAACAATTTTGTTGCCATGAAAGTTGATCACATGAAG
GGTGTTGTAATTTTTGGAAATTTGGTAAGCCTCTGTTAAAGCTTCAGCTCAACACTGATT
ATATCATATGTAGTTGAGTAATATAATTTTTAACTTATTGACTAAATACTAATCTATTTG
ATCAACTGTTTGTATATTAGGGTATTGAGTCTGATGGACTGAGGGATCATCTGGCTGTTT
TTGCCGAGTCTTTGAGCAAAGTAAGAGCTATGCTGTATCCTGTCCCAAGTAAAGCATCAA
AACTAGCTGGCGTTATACCAAATTTAGCAGATACTGTTGAGAAAGAGCACAAAAGACTGC
TTGCTCGTAAATCAATCATTGAAAAGAGGAAGGAGGATCAAGAGCGTCAGCAACTAGAAA
TGGTAGTTACTTTTCCATGGTTATTTGCACAGCTCTCCTTTTACGCTGTACCTGTTTATG
AAAATTCCTTTATTTGATGTTTACTTTTGAAGGAACGTGAAGAGGAGCAGAAACGGCTTA
AGCTTCAGAAGCTAACTGAAGAGGCAGAACAAAAGAGACTTGCAGCAGAGCTTGCAGAGA
GAAGAAAACAAAGAATCCTTAGAGAGATAGAGGAGAAGGAGCTTGAAGAAGCCCAAGCTT
TACTGGAAGAGACAGAGAAGCGCATGAAAAAGGGAAAGAAGAAGCCACTTTTAGACGGAG
TAAGTTTACCAATATGTTAGCTATTATATAGTTCACTGATTAACTTATTACTAATGTCGG
TTGGGTTAAACTAAATATAGGAGAAGGTGACAAAGCAATCTGTGAAGGAAAGGGCCTTAA
CTGAGCAGCTCAAGGAAAGGCAAGAAATGGAGAAGAAGCTTCAAAAGCTTGCCAAAACGA
TGGATTATTTGGAAAGAGCAAAGAGAGAAGAGGCTGCTCCATTGATTGAAGCTGCATATC
AGCGAAGACTGGTAGAGGAAAGAGAGTTTTATGAGCGTGAACAACAGGTACTTACTGTTT
CAGTAGTTTTTCTTTTCTTACAACTTGGTTCTGTGTTGGAAGTATATGAGGTCTTAAAAG
CTCTTCTCCTATGCAGCGTGAAGTTGAACTCAGTAAAGAGCGTCATGAGAGTGACTTGAA
GGAGAAGAACAGGTTGTCCAGAATGTTGGGTAATAAGGTCAGTCTTTGACATGTCATGTT
GTTTCTCTTAATGTTCATCTTTGATCTGAATCTCTTTTCGTTATTGAATTAATTTTAAAG
CTCTCTAGTTTCTTACATTTTTCCTGTAACTTTTCCTTCCAATGTACTTATAATCGAATC
TTTCTGTGCCCAGGAAATATTCCAAGCACAAGTGATTAGTCGTCGACAAGCAGAGTTTGA
CAGAATCAGGACGGAGAGAGAGGAGCGTATCAGTAAAATAATCCGAGAGAAGAAGCAAGA
AAGGGATATCAAGAGGAAGCAGATATATTATTTGAAAATTGAAGAAGAAAGGATTAGGAA
GCTGCAGGAAGAAGAGGAAGCTCGCAAGCAGGAAGGTGTGGACTTGCTTCCATAAATCCA
CATCATTTTGACTTTGATATTGAAGTTTTTCTTAATAACCCCTTGTTTCTGTTTATTTTT
TGGGTTTTCCTCTAATGTAGAAGCTGAGAGGCTCAAGAAGGTAGAAGCTGAACGCAAAGC
AAACTTGGATAAAGCTTTTGAGAAGCAAAGGCAGAGAGAGATAGAGCTGGAAGAGAAAAG
TAGGCGGGAACGAGAAGAGCTGTTGAGAGGAACTAATGCACCACCTGCTCGCCTTGCAGA
GCCTACTGTTACTCCTGTTGGAACTACCGCACCAGCAGCAGCAGCAGCAGCAGCAGGAGC
ACCAGCAGCACCTTATGTTCCGAAGTGGAAGCGCCAGACTACTGAGGTCTCAGGCCCATC
AGCACCAACATCATCAGAAACTGACCGACGGTCCAACCGTGGGCCGCCTCCCGGAGATGA
CCACTGGGGAAGCAACAGAGGAGCCGCTCAGAATACTGACCGGTGGACTAGTAATAGGGA
AAGATCTGGACCTCCAGCTGAAGGAGGAGACCGTTGGGGTTCTGGTCCTAGAGGCAGTGA
TGATCGCCGATCCACATTTGGAAGCTCCAGGCCCAGGCCAACACAGCGTTGAGTAATAAT
AATTTTTTTGGTCTCAATCTCCATGGGAATGAATGAAAAAGGTTATCTCTGGATTTTCAA
CATCACAGCACTCTTCTTTAGCCCAAACCTGTCTCTTCTTCTTTTGAAGATTGCTCATCT
TTTATAAGTTTTTATGAAAGATTTTAAAACATGTTAGACTCGTTTTTTGCTCTACACACC
CAGAGAGAGTTGTTATTTCCTTCTTCGGTTGGATCTTTCTTTGTTTGTCCAATTTATTTC
CAACTTTCTGCTGTAAAAACCTTTGACATTGATCAGCTTCTCTTTCAAGCAAACTTTTTG
TTAATTGCTTATTATTAGTTTATGAAGAACAATAAACGAATACCAAATTT
>AT4G19880.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal (InterProIPR004046) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1635 Blast hits to 1635 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 158 Plants - 57 Viruses - 0 Other Eukaryotes - 480 (source NCBI BLink)
GCAAAGGTTTGTACTTTTTTTGAATTGAATATTCCTCCGAAAGCAACCAAATTATCACAG
GTTGGGCATGACAGAAGCAGTGACATATTAATACGTCGCCGAAATTGACTCTGAAGCCTT
GTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTG
ATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACT
ACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAAT
TCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTG
ATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTT
GAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGT
TCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATG
GCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACA
TTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATAC
CATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATC
AAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTT
ATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGAT
TTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGA
TGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGT
GCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACT
GTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTT
ACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAAC
TGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATAT
TGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAAC
TAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAA
ACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGC
TAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTG
TATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAAC
ACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGT
TCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAA
ACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTAT
CCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTT
AACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGG
ATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCC
AAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCA
GAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGAT
GTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATT
GCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAG
GTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTT
TTCCTC
>AT4G19880.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1621 Blast hits to 1621 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 155 Plants - 57 Viruses - 0 Other Eukaryotes - 469 (source NCBI BLink)
GCAAAGGTTTGTACTTTTTTTGAATTGAATATTCCTCCGAAAGCAACCAAATTATCACAG
GTTGGGCATGACAGAAGCAGTGACATATTAATACGTCGCCGAAATTGACTCTGAAGCCTT
GTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTG
ATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACT
ACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAAT
TCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTG
ATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTT
GAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGT
TCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATG
GCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACA
TTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATAC
CATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATC
AAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTT
ATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGAT
TTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGA
TGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGT
GCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACT
GTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTT
ACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAAC
TGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATAT
TGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAAC
TAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAA
ACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGC
TAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTG
TATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAAC
ACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGT
TCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAA
ACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTAT
CCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTT
AACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGG
ATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCC
AAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCA
GAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGAT
GTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATT
GCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAG
GTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTT
TTCCTC
>AT4G19880.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal (InterProIPR004046) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1635 Blast hits to 1635 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 158 Plants - 57 Viruses - 0 Other Eukaryotes - 480 (source NCBI BLink)
ATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTGATGTCTTATTCCA
CGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACTACTCGTGGATCTC
GTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAATTCCATTTCTCTTT
GTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTGATTTGGGTATGGT
CTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTTGAGCTAAAAGTTA
TTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGTTCATGAAATTGAA
AGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATGGCTCGATCTGCGG
TTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACATTCCGTAACTTCG
TTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATACCATCTTTACATAT
CGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATCAAAGGACTTGACG
ATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTTATTGTTATGTAGA
ATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGATTTCCATCAGTCTG
TAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGATGGGTCTTTCCAG
GTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGTGCTAAGAGTGTAA
GAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACTGTTCCTGTAAGTC
TTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTTACTAGTTAGTCAT
GAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAACTGTTGTTAACAAC
GAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATATTGCGGGAAATCCT
GATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAACTAATGAATGGATT
TACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAAACAAGGACCTTAT
GAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGCTAATTGATCCCAT
GAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTGTATGAAGCATTAG
ATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAACACTTTGACTGAAA
CAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGTTCATACTTTCAAA
GCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAAACGTTGATCCAGG
TTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTATCCGAATTTGTTCA
ACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTTAACATGAATCACA
TCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGGATCATCCCTCATG
GACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCCAAATGAAAAACAT
CTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCAGAAAGTTAGGACC
ATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGATGTTGAGTTTTATG
TTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATTGCAATCTCCACGG
TTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAGGTCATGTGGCGGA
TTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTTTTCCTC
>AT4G19880.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1621 Blast hits to 1621 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 155 Plants - 57 Viruses - 0 Other Eukaryotes - 469 (source NCBI BLink)
ATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTGATGTCTTATTCCA
CGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACTACTCGTGGATCTC
GTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAATTCCATTTCTCTTT
GTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTGATTTGGGTATGGT
CTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTTGAGCTAAAAGTTA
TTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGTTCATGAAATTGAA
AGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATGGCTCGATCTGCGG
TTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACATTCCGTAACTTCG
TTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATACCATCTTTACATAT
CGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATCAAAGGACTTGACG
ATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTTATTGTTATGTAGA
ATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGATTTCCATCAGTCTG
TAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGATGGGTCTTTCCAG
GTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGTGCTAAGAGTGTAA
GAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACTGTTCCTGTAAGTC
TTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTTACTAGTTAGTCAT
GAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAACTGTTGTTAACAAC
GAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATATTGCGGGAAATCCT
GATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAACTAATGAATGGATT
TACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAAACAAGGACCTTAT
GAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGCTAATTGATCCCAT
GAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTGTATGAAGCATTAG
ATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAACACTTTGACTGAAA
CAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGTTCATACTTTCAAA
GCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAAACGTTGATCCAGG
TTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTATCCGAATTTGTTCA
ACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTTAACATGAATCACA
TCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGGATCATCCCTCATG
GACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCCAAATGAAAAACAT
CTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCAGAAAGTTAGGACC
ATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGATGTTGAGTTTTATG
TTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATTGCAATCTCCACGG
TTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAGGTCATGTGGCGGA
TTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTTTTCCTC
>AT4G19880.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal (InterProIPR004046) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1635 Blast hits to 1635 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 158 Plants - 57 Viruses - 0 Other Eukaryotes - 480 (source NCBI BLink)
CTTGTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGG
TTGATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTC
ACTACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCA
AATTCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGT
TTGATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGAT
TTTGAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTT
TGTTCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCA
ATGGCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCG
ACATTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGA
TACCATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAG
ATCAAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTG
CTTATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTT
GATTTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATG
GGATGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAAT
GGTGCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTAT
ACTGTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTA
GTTACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAA
AACTGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCA
TATTGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGA
AACTAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAA
GAAACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATA
TGCTAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAA
GTGTATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGT
AACACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTA
AGTTCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTT
GAAACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAG
TATCCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACG
GTTAACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTT
GGGATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTC
TCCAAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCT
TCAGAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGT
GATGTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTT
ATTGCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCG
AAGGTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTA
CTTTTCCTC
>AT4G19880.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Glutathione S-transferase/chloride channel C-terminal (InterProIPR017933) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1621 Blast hits to 1621 proteins in 489 species Archae - 12 Bacteria - 905 Metazoa - 23 Fungi - 155 Plants - 57 Viruses - 0 Other Eukaryotes - 469 (source NCBI BLink)
CTTGTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGG
TTGATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTC
ACTACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCA
AATTCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGT
TTGATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGAT
TTTGAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTT
TGTTCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCA
ATGGCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCG
ACATTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGA
TACCATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAG
ATCAAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTG
CTTATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTT
GATTTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATG
GGATGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAAT
GGTGCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTAT
ACTGTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTA
GTTACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAA
AACTGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCA
TATTGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGA
AACTAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAA
GAAACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATA
TGCTAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAA
GTGTATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGT
AACACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTA
AGTTCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTT
GAAACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAG
TATCCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACG
GTTAACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTT
GGGATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTC
TCCAAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCT
TCAGAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGT
GATGTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTT
ATTGCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCG
AAGGTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTA
CTTTTCCTC
>AT4G19880.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1567 Blast hits to 1567 proteins in 487 species Archae - 12 Bacteria - 899 Metazoa - 23 Fungi - 155 Plants - 55 Viruses - 0 Other Eukaryotes - 423 (source NCBI BLink)
GCAAAGGTTTGTACTTTTTTTGAATTGAATATTCCTCCGAAAGCAACCAAATTATCACAG
GTTGGGCATGACAGAAGCAGTGACATATTAATACGTCGCCGAAATTGACTCTGAAGCCTT
GTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTG
ATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACT
ACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAAT
TCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTG
ATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTT
GAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGT
TCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATG
GCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACA
TTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATAC
CATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATC
AAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTT
ATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGAT
TTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGA
TGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGT
GCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACT
GTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTT
ACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAAC
TGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATAT
TGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAAC
TAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAA
ACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGC
TAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTG
TATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAAC
ACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGT
TCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAA
ACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTAT
CCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTT
AACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGG
ATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCC
AAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCA
GAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGAT
GTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATT
GCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAG
GTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTT
TTCCTC
>AT4G19880.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1567 Blast hits to 1567 proteins in 487 species Archae - 12 Bacteria - 899 Metazoa - 23 Fungi - 155 Plants - 55 Viruses - 0 Other Eukaryotes - 423 (source NCBI BLink)
ATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGGTTGATGTCTTATTCCA
CGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTCACTACTCGTGGATCTC
GTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCAAATTCCATTTCTCTTT
GTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGTTTGATTTGGGTATGGT
CTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGATTTTGAGCTAAAAGTTA
TTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTTTGTTCATGAAATTGAA
AGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCAATGGCTCGATCTGCGG
TTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCGACATTCCGTAACTTCG
TTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGATACCATCTTTACATAT
CGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAGATCAAAGGACTTGACG
ATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTGCTTATTGTTATGTAGA
ATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTTGATTTCCATCAGTCTG
TAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATGGGATGGGTCTTTCCAG
GTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAATGGTGCTAAGAGTGTAA
GAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTATACTGTTCCTGTAAGTC
TTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTAGTTACTAGTTAGTCAT
GAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAAAACTGTTGTTAACAAC
GAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCATATTGCGGGAAATCCT
GATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGAAACTAATGAATGGATT
TACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAAGAAACAAGGACCTTAT
GAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATATGCTAATTGATCCCAT
GAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAAGTGTATGAAGCATTAG
ATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGTAACACTTTGACTGAAA
CAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTAAGTTCATACTTTCAAA
GCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTTGAAACGTTGATCCAGG
TTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAGTATCCGAATTTGTTCA
ACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACGGTTAACATGAATCACA
TCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTTGGGATCATCCCTCATG
GACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTCTCCAAATGAAAAACAT
CTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCTTCAGAAAGTTAGGACC
ATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGTGATGTTGAGTTTTATG
TTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTTATTGCAATCTCCACGG
TTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCGAAGGTCATGTGGCGGA
TTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTACTTTTCCTC
>AT4G19880.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN response to cadmium ion LOCATED IN chloroplast EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Glutathione S-transferase predicted (InterProIPR016639) Glutathione S-transferase C-terminal-like (InterProIPR010987) Thioredoxin-like fold (InterProIPR012336) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT5G450201) Has 1567 Blast hits to 1567 proteins in 487 species Archae - 12 Bacteria - 899 Metazoa - 23 Fungi - 155 Plants - 55 Viruses - 0 Other Eukaryotes - 423 (source NCBI BLink)
CTTGTGGACTATGTATATAGATAATGGATCAGGTGAATCTTCAACTTATATAGCTCCTGG
TTGATGTCTTATTCCACGATCATTAGCAACACCAGCTTCCTCTCTCTCGCTTCAAAGTTC
ACTACTCGTGGATCTCGTCTTCAGGTACACATCATCACGATTGATTTTCCTTGATTTCCA
AATTCCATTTCTCTTTGTGCATACTTGCATTAGATTCTTACAGGTTTTCTGGGTTTGTGT
TTGATTTGGGTATGGTCTCCATGATGCATCAAATTCTGAGAATTCCCAAAAGAAACTGAT
TTTGAGCTAAAAGTTATTAACGTTTGATCCGTTTAGGTCCATACTATGATGTTCTGTTTT
TGTTCATGAAATTGAAAGTTGGTCCCTATGCTTTTGATTTGTCATCAGTGTACAGTATCA
ATGGCTCGATCTGCGGTTGATGAGACATCAGATTCAGGAGCTTTTCAAAGAACTGCATCG
ACATTCCGTAACTTCGTTTCAAAAGATTCCAATTCTCAGTTTCCAGCTGAATCTGGTAGA
TACCATCTTTACATATCGTATGCTTGTCCATGGGCTTCTAGATGCCTTTCATACTTAAAG
ATCAAAGGACTTGACGATGCAATAAGCTTCTCGGTGCGTAGACTCAACCCTTTAACACTG
CTTATTGTTATGTAGAATCATACCATTTCCTGATGGTATTGATCGAATTGTTCTTTGTTT
GATTTCCATCAGTCTGTAAAACCCATTTGGGGAAGAACCAAAGAAACCGATGAACATATG
GGATGGGTCTTTCCAGGTTCAGATACCGAAGTTCCAGGAGCTGATCCTGACCATCTTAAT
GGTGCTAAGAGTGTAAGAGAACTCTATGAGATTGCTAGCCCAAACTACACCGGGAAGTAT
ACTGTTCCTGTAAGTCTTTTGGCTTCTCAATGTCTTTTAAGTCTCTTTCAGTCGGAAGTA
GTTACTAGTTAGTCATGAGTTTTGGTTTTTATGTTAGGTTCTGTGGGATAAGAAGCTCAA
AACTGTTGTTAACAACGAGAGTGCAGAAATAATCCGGATGTTCAACACTGAGTTCAATCA
TATTGCGGGAAATCCTGATCTTGATCTTTACCCTTCCCATCTCCAAGCTAAAATCGATGA
AACTAATGAATGGATTTACAATGGGATAAATAATGGTGTCTATAGATGCGGGTTTGCAAA
GAAACAAGGACCTTATGAGGAGGTAAGTGTGGAAGCCATGAATAAAGCTATTACTGTATA
TGCTAATTGATCCCATGAGAATGTAAAGTTTATGGTTCTTATATGTAGGCAGTGGAGCAA
GTGTATGAAGCATTAGATAGATGTGAGGAGATTCTTGGAAAACATCGGTACATCTGTGGT
AACACTTTGACTGAAACAGATATCAGATTGTTTGTCACCCTTATAAGATTTGACGAGGTA
AGTTCATACTTTCAAAGCAAGAAAAAGAAGTACACCATATGTGAACGAATCTCTAATGTT
GAAACGTTGATCCAGGTTTATGCAGTCCACTTCAAATGCAACAAGAAACTCATAAGGGAG
TATCCGAATTTGTTCAACTACACGAAAGACATTTTCCAGATCCCCGGTATGAGTAGCACG
GTTAACATGAATCACATCAAGCAGCATTACTATGGAAGCCACCCGTCGATCAACCCTTTT
GGGATCATCCCTCATGGACCAAACATCGATTACACTTCGCCTCATGATCGACACAGATTC
TCCAAATGAAAAACATCTCATCAAAGATCAAATCTTTGACACATGAGTTGAGTTCTGTCT
TCAGAAAGTTAGGACCATCTTTACCAAATAAGCTTAAGTCGTGTCTTTAACATTGCAAGT
GATGTTGAGTTTTATGTTATGAGAAAAATAAAAAGCTTTCTGTTTGATATGTTACAGTTT
ATTGCAATCTCCACGGTTGAAAACACTGTTTGTTTTTACTGCAATCACATTGAAACTTCG
AAGGTCATGTGGCGGATTAGGGTCTTTTATGTAACCTTTGAACCTTGGAGTTCGATTCTA
CTTTTCCTC