>AT4G28010.1 | pentatricopeptide (PPR) repeat-containing protein
AAATTCTGAAAATCTCCGATATGAGATTTTGGACATCGGCGGCCGCCGCTGAGATTCTCC
GACGTGATGAGCACGTAGTGAGAAAGCTCTTGAACCCTCGTGTGTACTCCAAACTCGTTA
ATGCATTCTCTGAAACTGAAACCAAATTGAGATCGCTATGTGAGGATTCAAATCCTCAGC
TCAAGAATGCGGTTTCAGTTTTCCAACAAGCAGTCGACTCCGGTAGCTCTCTTGCTTTCG
CCGGAAATAATCTCATGGCAAAGCTGGTACGCTCTAGAAACCACGAACTAGCATTTTCAT
TTTACCGCAAGATGCTTGAGACTGATACTTTCATCAATTTCGTGTCGCTGAGTGGGTTGC
TTGAATGTTATGTGCAAATGCGTAAGACCGGGTTTGCGTTCGGGGTTCTCGCGTTGATGT
TGAAGCGTGGGTTTGCTTTCAATGTGTACAATCACAATATCCTCTTAAAGGGTTTATGTA
GGAATCTGGAATGTGGTAAAGCTGTTAGTTTACTGAGAGAAATGAGACGAAATTCTTTGA
TGCCTGATGTTTTTAGCTACAACACGGTTATTAGAGGCTTCTGCGAGGGAAAAGAGTTAG
AGAAAGCATTGGAATTAGCTAATGAAATGAAAGGTAGTGGCTGTTCCTGGAGTTTGGTGA
CTTGGGGGATTCTGATAGATGCCTTTTGCAAGGCTGGTAAGATGGATGAGGCGATGGGCT
TTCTTAAAGAAATGAAATTTATGGGTTTAGAGGCAGATCTTGTTGTGTATACTTCTCTGA
TTCGAGGGTTTTGTGATTGTGGTGAGTTAGATAGAGGGAAGGCGCTCTTTGATGAGGTTC
TGGAAAGAGGAGATTCTCCCTGTGCGATTACATATAACACTCTAATTCGAGGTTTTTGCA
AGTTAGGACAGTTGAAAGAAGCCTCAGAGATATTTGAGTTTATGATAGAGCGTGGAGTTC
GTCCAAATGTTTACACGTACACGGGTCTAATCGATGGCCTTTGCGGAGTAGGTAAGACTA
AGGAAGCCCTGCAACTTTTGAATCTGATGATAGAGAAGGATGAAGAACCGAATGCTGTGA
CTTATAACATTATTATTAACAAGCTGTGCAAGGATGGCCTTGTGGCGGATGCTGTAGAAA
TTGTTGAGTTAATGAAGAAGAGGCGTACAAGACCTGATAACATAACATACAATATTTTAC
TGGGAGGACTCTGTGCCAAAGGTGACCTAGACGAAGCAAGTAAGCTTCTCTATTTGATGC
TGAAAGATAGTAGTTATACGGATCCAGATGTTATATCATATAATGCGTTAATCCACGGGC
TGTGCAAGGAAAACCGTCTTCATCAAGCTTTAGATATTTATGATTTGCTGGTTGAGAAAT
TGGGTGCTGGAGATAGAGTAACCACTAATATATTGCTTAATAGCACTCTCAAGGCTGGAG
ATGTAAATAAGGCAATGGAACTTTGGAAACAAATATCTGATTCCAAAATTGTTCGAAATT
CAGATACCTATACCGCTATGATTGATGGGTTTTGCAAAACTGGCATGCTTAATGTTGCTA
AAGGATTGCTTTGCAAAATGAGAGTGTCTGAGCTACAGCCTAGTGTTTTTGACTACAACT
GTCTATTGTCATCTTTATGCAAAGAGGGAAGCTTGGACCAGGCATGGAGATTATTTGAGG
AAATGCAGCGTGATAACAATTTTCCCGACGTTGTTTCTTTCAATATTATGATTGATGGAA
GTCTTAAAGCAGGGGATATTAAGTCTGCAGAGTCACTTCTTGTTGGGATGTCTCGTGCTG
GTCTTTCCCCTGATTTATTTACTTATTCGAAGTTGATAAATAGGTTCCTGAAACTTGGAT
ATTTAGACGAGGCTATCAGTTTCTTTGACAAAATGGTTGATAGCGGCTTTGAACCGGATG
CTCATATTTGTGATTCTGTGTTGAAGTATTGTATTTCACAGGGAGAAACAGACAAGTTGA
CTGAACTTGTAAAAAAACTGGTGGATAAAGATATTGTCCTGGACAAAGAACTTACGTGTA
CGGTCATGGATTACATGTGTAACAGCTCAGCAAACATGGATCTTGCAAAGCGGTTGCTAA
GAGTGACAGATGATAAAGAAGAAAGGGATAAGTAGGGTGCATAGGCATGCTCACTTATGC
TAACTTGAAGACTATAAAGTGGGAGAATCATTGTGTATTTTGAATGCTATGTTGGACATG
TGACCGAAGTGACAGATGCAACAAAGTATGACTGGCAGACGAGAAGGATGGTTGCAAAGA
AGTTTTTGACTAGTGTGGTATTTATTCGTGGTGGAGCACCCAAGCTGCAATCTGATGAGC
TCATTGCAAGGCAGTTGTTGCTTCAATTCGTGATTTAATTATCTATGGCATGAGGGTACG
AAGGCAAATAGATTTTTACACATTGGAATGATGGGTAAATGCAATGAAGAGGATCAGATA
CAACCATCTAGACCTGAATGAATATCTCAATGGTGGTTTTCATTAAATTCAGGGAAGGAG
CAAGTGAAGAGGGATTTGAAGCAAAAGAAGAAGTACCTGAGGAGAGAGTCATAACGTTGA
GAGCTTTGAGCATGGAAGACCTGAAAGGAGCGTGTTTGATGATCTTGCAATCATGCACAA
AATGCTAATTGTTTTGCATTTGCATGTTGCTACTAGTTTTGCAGAAGGAGAAGGGATGAA
CGAACTCAAGCAGTGGAGATTTGTATGGAGATGAAGGCTCCAGGATAAATGTACAAGTCT
ATTACTATAAAATTCATCCACTCCTATTTTCATCGTCTCGTGCTTGTTAACATTAGTTCC
GGAGATACTTGTCAATAGGAACATGTACAAATGATTTATCTCTTGTATCTGAAATTCTTA
TTATAAAACGTTTTAACTGTTTATGTCTTACC
>AT5G42270.1 | VAR1 (VARIEGATED 1) ATP-dependent peptidase/ ATPase/ metallopeptidase
GTAGACGAACCTGAAGCAATCACTCAAACTCAAGACTTCTCTTTAATCCTCCTCCCAAAA
ATCTCAGAGAATCCTCCTTCAATTCCAATTCAAAGCTCCTTCCTTTTTTCACATCTCTCT
TCTTCAAATTCAATCATCATAAAAATCGAATCTTTATTCTTCAGAGAGCTTCAATGGCGA
CCACATCATCAAACCCATTACTACTTTCTTCAAATTTCCTCGGTTCTCAAATTATAATCT
CAGCTCCAACACCAAAAACCACCACAAAGTCTCTTCCTTTCTCAGTAATCTCTCGAAAAA
GATACCAAATTTCTCAATCGGAGAAGCTAATGAAATCGTTACCATCACAAGCTGCGTTAG
CAGCTCTGTTGTTCTCATCTTCATCTCCACAAGCTTTAGCAGTTAACGAACCAGTTCAAC
CACCAGCACCAACCATTACTGCTGAAGCTCAATCACCAAATCTGTCGACTTTTGGTCAAA
ACGTTTTGATGACAGCACCGAATCCACAAGCTCAATCATCAGATCTTCCTGATGGAACAC
AATGGCGATACAGTGAGTTTCTAAATGCTGTGAAGAAAGGTAAAGTTGAGAGAGTGAAGT
TTAGTAAAGATGGTTCTGTTCTTCAGTTAACAGCTGTTGATAATCGTCGTGCTACTGTTA
TTGTTCCTAATGATCCTGATTTGATTGATATCTTGGCGATGAATGGTGTTGATATATCTG
TTTCTGAAGGAGAAGGTGGAAATGGGTTGTTTGATTTCATTGGTAATTTGCTTTTTCCTT
TGTTGGCTTTTGGAGGGTTGTTTTATCTCTTTAGAGGAGGTCAAGGAGGTGCTGGTGGTC
CTGGAGGTTTAGGAGGTCCTATGGATTTCGGAAGATCGAAATCGAAGTTTCAGGAAGTGC
CTGAAACCGGTGTGACATTTGGTGATGTTGCTGGAGCTGATCAAGCTAAGCTTGAGTTAC
AAGAAGTTGTTGATTTCTTGAAGAATCCTGATAAGTATACTGCGTTAGGTGCTAAGATTC
CTAAAGGTTGTTTGTTGGTTGGTCCACCGGGTACGGGGAAGACGCTTTTGGCTAGAGCTG
TGGCTGGAGAAGCTGGAGTGCCGTTCTTTTCGTGTGCTGCTTCGGAGTTTGTTGAGCTTT
TTGTTGGTGTGGGTGCTTCTAGAGTTAGGGATTTATTTGAGAAGGCGAAATCGAAAGCTC
CTTGTATTGTGTTTATTGATGAGATTGATGCTGTTGGTAGACAAAGAGGAGCTGGGATGG
GTGGTGGAAATGATGAGAGGGAACAGACTATTAATCAGCTTTTGACTGAGATGGATGGGT
TTTCTGGTAACTCTGGTGTCATTGTGTTGGCTGCCACTAATAGACCGGATGTTCTTGACT
CCGCGTTGCTGAGACCTGGTAGATTTGACCGGCAAGTCACAGTGGATAGGCCTGATGTAG
CCGGAAGAGTTCAGATCCTTAAGGTTTCTTCTTGCTTTCATTTTCTGTTAGAGTGAAACA
ATGGAGACAGTGTGGTGAATAATGTTGTGTGGTTTATTGCAGGTGCATTCTAGAGGAAAA
GCTATTGGGAAGGATGTTGATTACGAAAAAGTTGCGAGGAGAACTCCGGGTTTCACTGGT
GCTGATTTGCAGAACCTGATGAATGAAGCTGCGATTCTTGCTGCTAGACGTGAGCTTAAG
GAGATAAGCAAGGATGAAATATCTGATGCTCTTGAGAGGATCATTGCTGGACCTGAAAAG
AAGAACGCTGTTGTCTCTGAGGAGAAGAAAAGACTTGTTGCTTACCATGGTTAGATACTA
CTGATCCTAGCTACTTCTTGTGTTATTATTGTGTTGACCACTCACTGTTCAATAAAATTG
TAATTTGCAGAGGCTGGGCATGCTTTAGTTGGTGCACTTATGCCGGAGTATGATCCAGTG
GCCAAGATATCGATTATTCCACGTGGCCAAGCTGGTGGGCTCACCTTTTTCGCTCCTAGC
GAAGAGAGGCTAGAGTCCGGATTGTATAGCAGAAGCTACCTTGAGAACCAAATGGCTGTT
GCACTTGGTGGAAGGTAGTTTACAACTGAAACTGTACTGGTTTTGATTTACAAGAGTAGT
CTTCGAGTGTTAAACAATGTTTATTGTGTTTCACCTATGGTAGGGTTGCAGAAGAGGTGA
TCTTTGGAGACGAGAATGTGACAACCGGAGCATCAAATGATTTCATGCAAGTGTCGCGGG
TGGCTCGCCAAATGGTTGAGAGATTCGGGTTCAGCAAAAAGATTGGACAAGTTGCAGTTG
GTGGAGCAGGAGGAAACCCTTTCTTGGGTCAAAGTGTAAGTATATAAAACTCGATACTCA
GGTTTTCATAATTTATTGTGTTGTTTCCAGCTCTCAAAACATGTTTTGTTTGCAGATGTC
ATCGCAGAAGGATTACTCGATGGCAACAGCGGATGTGGTTGATGCGGAAGTGAGAGAGCT
CGTTGAGAAGGCGTACGTGAGAGCGAAAGAGATCATAACAACACAAATTGATATCCTACA
CAAGCTTGCACAGCTCCTTATTGAGAAAGAAACTGTGGATGGAGAAGAGTTCATGAGTCT
TTTCATTGACGGACAAGCCGAGTTATATGTTTCTTAAAATCAACTAATTGGCTTGTAATA
ATACCAATTAGCTTCGATCTATACATACTGTATGTTAATATACATTGACATGTTCAGAGA
CTTTTCTTTTTCTTTTTCTTTGCTGCCGCTTTCGATTCCCAAAATAGTGAAAATACTCTC
ATCGTTCCGACACAAGTCTATATATGCAAACAAATGCATTCTTATTATT
>AT2G47160.1 | BOR1 (REQUIRES HIGH BORON 1) anion exchanger/ boron transporter
GCCAGTTGCCACCAGACATACATAACACATTGAAAGCAGCTTATTCATCGACATACCAAA
CTCTCACTCTCGCCCTCGCTCTCGCCCTCGCTCTCTTTCTTTCTTCATGTAAATTGTTTG
TTCTTTTCCATGTATCGAGATTCGATCTTCTTCTTCTTCACACGAACCTCCTTATTGTTT
TCTCCTGCATTCTCTCTATTCTTCGCTAAACCTTGAATAAAGACATGTTCTTTAACATGG
GTTTTTCCGGTTTAAAGTAGTTGTATCTTTGTTTCCCCTTTAAACCGGGTTTAAGCTCAA
TCTTTTCTTAGAACAACTCCAACTGTTTGACGATTTGACTGAGAGAAAACAGAGTCATGG
AAGAGACTTTTGTGCCGTTTGAAGGAATCAAGAATGATCTTAAAGGAAGATTGATGTGCT
ATAAGCAAGATTGGACTGGTGGATTCAAAGCTGGATTTAGGTACTAAACTAATCTAAAAA
TAATGAATCTTCATTGATTGATATTTTAACCTCTCTTTTTGATTCAATTGCCTAGGATTC
TGGCTCCCACCACTTACATATTTTTCGCTTCTGCGATTCCTGTCATCTCATTTGGTGAAC
AACTCGAAAGAAGCACCGGTAATTCTGCAAAAAGTTTCTACCTTGCACTTTTTCAGCTTA
GGAATTTGAAATTGGATTCTGAAATTTTTGCAGATGGAGTTCTCACGGCTGTTCAAACCT
TAGCATCTACAGCCATTTGCGGTATGATACATTCGATTATCGGAGGTCAGCCACTGCTTA
TTCTCGGTGTTGCAGAGCCTACTGTGATTATGTACACATTCATGTTTAACTTTGCAAAGG
CCAGACCTGAATTGGGACGAGACCTGTTCTTGGCGTGGTCTGGATGGTGAGTTTTTTTTT
TTTTTTTTTTGCTTATAAGAGTGATCAGGGTGTTGAAAACTGTTTGAAATCTGTGTGTAG
GGTTTGTGTTTGGACTGCTTTGATGCTGTTTGTGTTGGCAATATGTGGAGCTTGTTCTAT
CATCAATAGGTTTACTCGAGTAGCTGGAGAATTGTTTGGACTGCTTATTGCTATGCTTTT
CATGCAGCAAGCCATCAAAGTAGGAACCCTTTAGAGCAAGATTCTGAATTTTCGATATTT
TGAGAAAATGTGGGTTTTCTAACGCATTGACCATTTCAGGGGCTAGTTGATGAATTCCGC
ATTCCTGAACGAGAAAATCAGAAGCTGAAGGAGTTCTTACCTTCCTGGAGGTTTGCTAAT
GGGATGTTTGCTCTGGTTCTCTCCTTTGGCCTTCTTCTGACTGGACTTAGAAGCAGAAAA
GCCAGATCATGGCGGTACGGAACTGGTAAGTGAAACAACATCTTTATCTCATGAGCTGGA
TTCTTCTTATCAAGGGGATTCAGGCCAATCATTTACGCATTCACGGATTCTTGAAAAAGC
CTAGTGACTCAATTTGCTTCGATTGCACAGGCTGGCTCAGAAGCTTAATAGCTGACTATG
GTGTACCACTCATGGTGCTCGTGTGGACCGGTGTCTCCTACATTCCAGCAGGAGATGTTC
CAAAAGGAATTCCTCGGCGACTTTTTAGCCCAAATCCTTGGTCTCCTGGTGCTTATGGGA
ACTGGACCGTAGTAAAGGTATGTCTTTTTCTTTGATCTTTTAGGCATATGCACTTCTACA
GACTGAAACATTAAGACTTATAATGCCTAGTAACTTGAAAATTTGCAGGAGATGCTTGAT
GTTCCAATCGTCTACATAATTGGAGCTTTCATTCCAGCATCAATGATTGCTGTGCTTTAC
TACTTCGACCATAGTGTAGCTTCACAGCTCGCGCAGCAGAAAGAATTCAATTTGAGAAAA
CCGTCTTCTTACCACTATGACTTGCTTCTTCTTGGGTTTCTGGTGAGAATTTGCAGAAAA
TAAAAGAATTATCTATCTGACTTCATCTTTTGGACCCTGTTTCATACTTAAGAATGTGAA
TGCAGACATTAATGTGTGGTCTACTTGGAGTCCCTCCATCAAACGGTGTCATTCCTCAAT
CTCCAATGCATACCAAGAGCTTAGCAACTCTTAAATACCAGGTAACATCACTGACCGCGG
TCTTATTTTTCAGTCTTTCCTGAGTTTTGAGATTGACGTTTGCTCTCTCTCTGCAGTTGC
TTCGTAACAGACTGGTCGCAACAGCACGAAGAAGTATCAAAACAAATGCGAGTTTGGGTC
AACTCTATGACAATATGCAAGAAGCTTACCATCACATGCAGACACCATTAGTATACCAGC
AACCCCAAGTAAAAAAAAAAATCTGAAAAACTTTCTATGTTTTGTCAATAGAACACGAAA
CTGAGAGTTAGTTCTTTCCATTGGCAGGGTCTAAAAGAGCTCAAGGAATCGACAATCCAA
GCTACTACATTCACCGGAAACCTCAATGCTCCAGTTGATGAAACTCTGTTCGACATAGAG
AAAGAAATAGATGATTTACTACCAGTTGAAGTCAAAGAACAACGGGTAAGCAACTTGCTT
CAGTCTACAATGGTAGGAGGATGCGTTGCAGCTATGCCTATCCTTAAAATGATCCCAACA
TCAGTCCTTTGGGGCTATTTTGCCTTCATGGCCATCGAAAGCTTACCCGGAAACCAATTC
TGGGAAAGAATCTTACTTCTGTTCACCGCCCCAAGTCGCCGCTTCAAGTAATAACTAAAG
TTGCAATCTTTTTCTCACATTCAACTTCAAAAAGGCTCTCTTTTTTCTCAGTTCGGTCAC
ATTTCTATTTGTAGGGTTCTTGAAGATTACCACGCGACATTCGTGGAAACCGTTCCATTC
AAGACGATTGCAATGTTTACTCTTTTCCAAACGACTTATCTCTTGATCTGCTTTGGTCTC
ACATGGATACCAATCGCAGGAGTCATGTTCCCTTTAATGATCATGTTCTTAATCCCCGTA
CGACAATATCTCCTCCCTAGATTCTTCAAAGGAGCTCATCTTCAGGACTTAGATGCAGCA
GAGTATGAAGAAGCTCCAGCTTTACCCTTCAATCTCGCAGCGGTAACCAAAAACCCATTT
ACAAAGTCAATAACTCTGTTTTCTTTTCTTTAGCTTCTTCTTATTGTTATTTCAAACACG
ATCTTGAACAGGAAACGGAGATTGGATCCACAACATCGTATCCGGGAGATTTGGAGATTC
TTGATGAGGTTATGACCCGAAGCAGAGGAGAGTTTAGACACACGAGTAGTCCTAAGGTGA
CAAGTTCAAGTTCGACTCCAGTCAATAATCGGAGTTTGTCACAAGTGTTTAGTCCAAGAG
TGAGTGGAATCAGGTTGGGTCAGATGAGTCCTCGAGTCGTCGGGAATAGTCCAAAGCCGG
CGAGTTGTGGGAGGAGTCCCTTGAACCAGTCGTCATCGAACTGAGATTATATATTCAGGA
AGCTTAATAAAACAACTAATCTAATGAGGATGGATTAAGAATGTTTAATTAGTTAATTAA
TTTGATCTTTAGCTCTTGAAAAAGAAAAGAGCTTCTTGAATCTCTCTTTAGTTTATGTTT
TGTGTGTTTAATCCCCTTTCGTGGTGTTTCATCTTCAGTCTTATGTAAAATACTAAAATG
TCTGTCTTATTTCGTTATATATGTAAAATTCGTTAAATATTTTCAACTGTTATGTTTACC
GGTCAG
>AT2G47160.1 | BOR1 (REQUIRES HIGH BORON 1) anion exchanger/ boron transporter
GCCAGTTGCCACCAGACATACATAACACATTGAAAGCAGCTTATTCATCGACATACCAAA
CTCTCACTCTCGCCCTCGCTCTCGCCCTCGCTCTCTTTCTTTCTTCATGTAAATTGTTTG
TTCTTTTCCATGTATCGAGATTCGATCTTCTTCTTCTTCACACGAACCTCCTTATTGTTT
TCTCCTGCATTCTCTCTATTCTTCGCTAAACCTTGAATAAAGACATGTTCTTTAACATGG
GTTTTTCCGGTTTAAAGTAGTTGTATCTTTGTTTCCCCTTTAAACCGGGTTTAAGCTCAA
TCTTTTCTTAGAACAACTCCAACTGTTTGACGATTTGACTGAGAGAAAACAGAGTCATGG
AAGAGACTTTTGTGCCGTTTGAAGGAATCAAGAATGATCTTAAAGGAAGATTGATGTGCT
ATAAGCAAGATTGGACTGGTGGATTCAAAGCTGGATTTAGGTACTAAACTAATCTAAAAA
TAATGAATCTTCATTGATTGATATTTTAACCTCTCTTTTTGATTCAATTGCCTAGGATTC
TGGCTCCCACCACTTACATATTTTTCGCTTCTGCGATTCCTGTCATCTCATTTGGTGAAC
AACTCGAAAGAAGCACCGGTAATTCTGCAAAAAGTTTCTACCTTGCACTTTTTCAGCTTA
GGAATTTGAAATTGGATTCTGAAATTTTTGCAGATGGAGTTCTCACGGCTGTTCAAACCT
TAGCATCTACAGCCATTTGCGGTATGATACATTCGATTATCGGAGGTCAGCCACTGCTTA
TTCTCGGTGTTGCAGAGCCTACTGTGATTATGTACACATTCATGTTTAACTTTGCAAAGG
CCAGACCTGAATTGGGACGAGACCTGTTCTTGGCGTGGTCTGGATGGTGAGTTTTTTTTT
TTTTTTTTTTGCTTATAAGAGTGATCAGGGTGTTGAAAACTGTTTGAAATCTGTGTGTAG
GGTTTGTGTTTGGACTGCTTTGATGCTGTTTGTGTTGGCAATATGTGGAGCTTGTTCTAT
CATCAATAGGTTTACTCGAGTAGCTGGAGAATTGTTTGGACTGCTTATTGCTATGCTTTT
CATGCAGCAAGCCATCAAAGTAGGAACCCTTTAGAGCAAGATTCTGAATTTTCGATATTT
TGAGAAAATGTGGGTTTTCTAACGCATTGACCATTTCAGGGGCTAGTTGATGAATTCCGC
ATTCCTGAACGAGAAAATCAGAAGCTGAAGGAGTTCTTACCTTCCTGGAGGTTTGCTAAT
GGGATGTTTGCTCTGGTTCTCTCCTTTGGCCTTCTTCTGACTGGACTTAGAAGCAGAAAA
GCCAGATCATGGCGGTACGGAACTGGTAAGTGAAACAACATCTTTATCTCATGAGCTGGA
TTCTTCTTATCAAGGGGATTCAGGCCAATCATTTACGCATTCACGGATTCTTGAAAAAGC
CTAGTGACTCAATTTGCTTCGATTGCACAGGCTGGCTCAGAAGCTTAATAGCTGACTATG
GTGTACCACTCATGGTGCTCGTGTGGACCGGTGTCTCCTACATTCCAGCAGGAGATGTTC
CAAAAGGAATTCCTCGGCGACTTTTTAGCCCAAATCCTTGGTCTCCTGGTGCTTATGGGA
ACTGGACCGTAGTAAAGGTATGTCTTTTTCTTTGATCTTTTAGGCATATGCACTTCTACA
GACTGAAACATTAAGACTTATAATGCCTAGTAACTTGAAAATTTGCAGGAGATGCTTGAT
GTTCCAATCGTCTACATAATTGGAGCTTTCATTCCAGCATCAATGATTGCTGTGCTTTAC
TACTTCGACCATAGTGTAGCTTCACAGCTCGCGCAGCAGAAAGAATTCAATTTGAGAAAA
CCGTCTTCTTACCACTATGACTTGCTTCTTCTTGGGTTTCTGGTGAGAATTTGCAGAAAA
TAAAAGAATTATCTATCTGACTTCATCTTTTGGACCCTGTTTCATACTTAAGAATGTGAA
TGCAGACATTAATGTGTGGTCTACTTGGAGTCCCTCCATCAAACGGTGTCATTCCTCAAT
CTCCAATGCATACCAAGAGCTTAGCAACTCTTAAATACCAGGTAACATCACTGACCGCGG
TCTTATTTTTCAGTCTTTCCTGAGTTTTGAGATTGACGTTTGCTCTCTCTCTGCAGTTGC
TTCGTAACAGACTGGTCGCAACAGCACGAAGAAGTATCAAAACAAATGCGAGTTTGGGTC
AACTCTATGACAATATGCAAGAAGCTTACCATCACATGCAGACACCATTAGTATACCAGC
AACCCCAAGTAAAAAAAAAAATCTGAAAAACTTTCTATGTTTTGTCAATAGAACACGAAA
CTGAGAGTTAGTTCTTTCCATTGGCAGGGTCTAAAAGAGCTCAAGGAATCGACAATCCAA
GCTACTACATTCACCGGAAACCTCAATGCTCCAGTTGATGAAACTCTGTTCGACATAGAG
AAAGAAATAGATGATTTACTACCAGTTGAAGTCAAAGAACAACGGGTAAGCAACTTGCTT
CAGTCTACAATGGTAGGAGGATGCGTTGCAGCTATGCCTATCCTTAAAATGATCCCAACA
TCAGTCCTTTGGGGCTATTTTGCCTTCATGGCCATCGAAAGCTTACCCGGAAACCAATTC
TGGGAAAGAATCTTACTTCTGTTCACCGCCCCAAGTCGCCGCTTCAAGTAATAACTAAAG
TTGCAATCTTTTTCTCACATTCAACTTCAAAAAGGCTCTCTTTTTTCTCAGTTCGGTCAC
ATTTCTATTTGTAGGGTTCTTGAAGATTACCACGCGACATTCGTGGAAACCGTTCCATTC
AAGACGATTGCAATGTTTACTCTTTTCCAAACGACTTATCTCTTGATCTGCTTTGGTCTC
ACATGGATACCAATCGCAGGAGTCATGTTCCCTTTAATGATCATGTTCTTAATCCCCGTA
CGACAATATCTCCTCCCTAGATTCTTCAAAGGAGCTCATCTTCAGGACTTAGATGCAGCA
GAGTATGAAGAAGCTCCAGCTTTACCCTTCAATCTCGCAGCGGTAACCAAAAACCCATTT
ACAAAGTCAATAACTCTGTTTTCTTTTCTTTAGCTTCTTCTTATTGTTATTTCAAACACG
ATCTTGAACAGGAAACGGAGATTGGATCCACAACATCGTATCCGGGAGATTTGGAGATTC
TTGATGAGGTTATGACCCGAAGCAGAGGAGAGTTTAGACACACGAGTAGTCCTAAGGTGA
CAAGTTCAAGTTCGACTCCAGTCAATAATCGGAGTTTGTCACAAGTGTTTAGTCCAAGAG
TGAGTGGAATCAGGTTGGGTCAGATGAGTCCTCGAGTCGTCGGGAATAGTCCAAAGCCGG
CGAGTTGTGGGAGGAGTCCCTTGAACCAGTCGTCATCGAACTGAGATTATATATTCAGGA
AGCTTAATAAAACAACTAATCTAATGAGGATGGATTAAGAATGTTTAATTAGTTAATTAA
TTTGATCTTTAGCTCTTGAAAAAGAAAAGAGCTTCTTGAATCTCTCTTTAGTTTATGTTT
TGTGTGTTTAATCCCCTTTCGTGGTGTTTCATCTTCAGTCTTATGTAAAATACTAAAATG
TCTGTCTTATTTCGTTATATATGTAAAATTCGTTAAATATTTTCAACTGTTATGTTTACC
GGTCAG
>AT2G47160.2 | BOR1 (REQUIRES HIGH BORON 1) anion exchanger/ boron transporter
CGTTGCCAGTTGCCACCAGACATACATAACACATTGAAAGCAGCTTATTCATCGACATAC
CAAACTCTCACTCTCGCCCTCGCTCTCGCCCTCGCTCTCTTTCTTTCTTCATGTAAATTG
TTTGTTCTTTTCCATGTATCGAGATTCGATCTTCTTCTTCTTCACACGAACCTCCTTATT
GTTTTCTCCTGCATTCTCTCTATTCTTCGCTAAACCTTGAATAAAGACATGTTCTTTAAC
ATGGGTTTTTCCGGTTTAAAGTAGTTGTATCTTTGTTTCCCCTTTAAACCGGGTTTAAGC
TCAATCTTTTCTTAGAACAACTCCAACTGTTTGACGATTTGACTGAGAGAAAACAGAGTC
ATGGAAGAGACTTTTGTGCCGTTTGAAGGAATCAAGAATGATCTTAAAGGAAGATTGATG
TGCTATAAGCAAGATTGGACTGGTGGATTCAAAGCTGGATTTAGGTACTAAACTAATCTA
AAAATAATGAATCTTCATTGATTGATATTTTAACCTCTCTTTTTGATTCAATTGCCTAGG
ATTCTGGCTCCCACCACTTACATATTTTTCGCTTCTGCGATTCCTGTCATCTCATTTGGT
GAACAACTCGAAAGAAGCACCGGTAATTCTGCAAAAAGTTTCTACCTTGCACTTTTTCAG
CTTAGGAATTTGAAATTGGATTCTGAAATTTTTGCAGATGGAGTTCTCACGGCTGTTCAA
ACCTTAGCATCTACAGCCATTTGCGGTATGATACATTCGATTATCGGAGGTCAGCCACTG
CTTATTCTCGGTGTTGCAGAGCCTACTGTGATTATGTACACATTCATGTTTAACTTTGCA
AAGGCCAGACCTGAATTGGGACGAGACCTGTTCTTGGCGTGGTCTGGATGGTGAGTTTTT
TTTTTTTTTTTTTTGCTTATAAGAGTGATCAGGGTGTTGAAAACTGTTTGAAATCTGTGT
GTAGGGTTTGTGTTTGGACTGCTTTGATGCTGTTTGTGTTGGCAATATGTGGAGCTTGTT
CTATCATCAATAGGTTTACTCGAGTAGCTGGAGAATTGTTTGGACTGCTTATTGCTATGC
TTTTCATGCAGCAAGCCATCAAAGTAGGAACCCTTTAGAGCAAGATTCTGAATTTTCGAT
ATTTTGAGAAAATGTGGGTTTTCTAACGCATTGACCATTTCAGGGGCTAGTTGATGAATT
CCGCATTCCTGAACGAGAAAATCAGAAGCTGAAGGAGTTCTTACCTTCCTGGAGGTTTGC
TAATGGGATGTTTGCTCTGGTTCTCTCCTTTGGCCTTCTTCTGACTGGACTTAGAAGCAG
AAAAGCCAGATCATGGCGGTACGGAACTGGTAAGTGAAACAACATCTTTATCTCATGAGC
TGGATTCTTCTTATCAAGGGGATTCAGGCCAATCATTTACGCATTCACGGATTCTTGAAA
AAGCCTAGTGACTCAATTTGCTTCGATTGCACAGGCTGGCTCAGAAGCTTAATAGCTGAC
TATGGTGTACCACTCATGGTGCTCGTGTGGACCGGTGTCTCCTACATTCCAGCAGGAGAT
GTTCCAAAAGGAATTCCTCGGCGACTTTTTAGCCCAAATCCTTGGTCTCCTGGTGCTTAT
GGGAACTGGACCGTAGTAAAGGTATGTCTTTTTCTTTGATCTTTTAGGCATATGCACTTC
TACAGACTGAAACATTAAGACTTATAATGCCTAGTAACTTGAAAATTTGCAGGAGATGCT
TGATGTTCCAATCGTCTACATAATTGGAGCTTTCATTCCAGCATCAATGATTGCTGTGCT
TTACTACTTCGACCATAGTGTAGCTTCACAGCTCGCGCAGCAGAAAGAATTCAATTTGAG
AAAACCGTCTTCTTACCACTATGACTTGCTTCTTCTTGGGTTTCTGGTGAGAATTTGCAG
AAAATAAAAGAATTATCTATCTGACTTCATCTTTTGGACCCTGTTTCATACTTAAGAATG
TGAATGCAGACATTAATGTGTGGTCTACTTGGAGTCCCTCCATCAAACGGTGTCATTCCT
CAATCTCCAATGCATACCAAGAGCTTAGCAACTCTTAAATACCAGGTAACATCACTGACC
GCGGTCTTATTTTTCAGTCTTTCCTGAGTTTTGAGATTGACGTTTGCTCTCTCTCTGCAG
TTGCTTCGTAACAGACTGGTCGCAACAGCACGAAGAAGTATCAAAACAAATGCGAGTTTG
GGTCAACTCTATGACAATATGCAAGAAGCTTACCATCACATGCAGACACCATTAGTATAC
CAGCAACCCCAAGTAAAAAAAAAAATCTGAAAAACTTTCTATGTTTTGTCAATAGAACAC
GAAACTGAGAGTTAGTTCTTTCCATTGGCAGGGTCTAAAAGAGCTCAAGGAATCGACAAT
CCAAGCTACTACATTCACCGGAAACCTCAATGCTCCAGTTGATGAAACTCTGTTCGACAT
AGAGAAAGAAATAGATGATTTACTACCAGTTGAAGTCAAAGAACAACGGGTAAGCAACTT
GCTTCAGTCTACAATGGTAGGAGGATGCGTTGCAGCTATGCCTATCCTTAAAATGATCCC
AACATCAGTCCTTTGGGGCTATTTTGCCTTCATGGCCATCGAAAGCTTACCCGGAAACCA
ATTCTGGGAAAGAATCTTACTTCTGTTCACCGCCCCAAGTCGCCGCTTCAAGTAATAACT
AAAGTTGCAATCTTTTTCTCACATTCAACTTCAAAAAGGCTCTCTTTTTTCTCAGTTCGG
TCACATTTCTATTTGTAGGGTTCTTGAAGATTACCACGCGACATTCGTGGAAACCGTTCC
ATTCAAGACGATTGCAATGTTTACTCTTTTCCAAACGACTTATCTCTTGATCTGCTTTGG
TCTCACATGGATACCAATCGCAGGAGTCATGTTCCCTTTAATGATCATGTTCTTAATCCC
CGTACGACAATATCTCCTCCCTAGATTCTTCAAAGGAGCTCATCTTCAGGACTTAGATGC
AGCAGAGTATGAAGAAGCTCCAGCTTTACCCTTCAATCTCGCAGCGGTAACCAAAAACCC
ATTTACAAAGTCAATAACTCTGTTTTCTTTTCTTTAGCTTCTTCTTATTGTTATTTCAAA
CACGATCTTGAACAGGAAACGGAGATTGGATCCACAACATCGTATCCGGGAGATTTGGAG
ATTCTTGATGAGGTTATGACCCGAAGCAGAGGAGAGTTTAGACACACGAGTAGTCCTAAG
GTGACAAGTTCAAGTTCGACTCCAGTCAATAATCGGAGTTTGTCACAAGTGTTTAGTCCA
AGAGTGAGTGGAATCAGGTTGGGTCAGATGAGTCCTCGAGTCGTCGGGAATAGTCCAAAG
CCGGCGAGTTGTGGGAGGAGTCCCTTGAACCAGTCGTCATCGAACTGAGATTATATATTC
AGGAAGCTTAATAAAACAACTAATCTAATGAGGATGGATTAAGAATGTTTAATTAGTTAA
TTAATTTGATCTTTAGCTCTTGAAAAAGAAAAGAGCTTCTTGAATCTCTCTTTAGTTTAT
GTTTTGTGTGTTTAATCCCCTTTCGTGGTGTTTCATCTTCAGTCTTATGTAAAATACTAA
AATGTCTGTCTTATTTCGTTATATATGTAAAATTCGTTAAATATTTTCAACTGTTATGTT
TACCGGTCAG
>AT2G47160.2 | BOR1 (REQUIRES HIGH BORON 1) anion exchanger/ boron transporter
CGTTGCCAGTTGCCACCAGACATACATAACACATTGAAAGCAGCTTATTCATCGACATAC
CAAACTCTCACTCTCGCCCTCGCTCTCGCCCTCGCTCTCTTTCTTTCTTCATGTAAATTG
TTTGTTCTTTTCCATGTATCGAGATTCGATCTTCTTCTTCTTCACACGAACCTCCTTATT
GTTTTCTCCTGCATTCTCTCTATTCTTCGCTAAACCTTGAATAAAGACATGTTCTTTAAC
ATGGGTTTTTCCGGTTTAAAGTAGTTGTATCTTTGTTTCCCCTTTAAACCGGGTTTAAGC
TCAATCTTTTCTTAGAACAACTCCAACTGTTTGACGATTTGACTGAGAGAAAACAGAGTC
ATGGAAGAGACTTTTGTGCCGTTTGAAGGAATCAAGAATGATCTTAAAGGAAGATTGATG
TGCTATAAGCAAGATTGGACTGGTGGATTCAAAGCTGGATTTAGGTACTAAACTAATCTA
AAAATAATGAATCTTCATTGATTGATATTTTAACCTCTCTTTTTGATTCAATTGCCTAGG
ATTCTGGCTCCCACCACTTACATATTTTTCGCTTCTGCGATTCCTGTCATCTCATTTGGT
GAACAACTCGAAAGAAGCACCGGTAATTCTGCAAAAAGTTTCTACCTTGCACTTTTTCAG
CTTAGGAATTTGAAATTGGATTCTGAAATTTTTGCAGATGGAGTTCTCACGGCTGTTCAA
ACCTTAGCATCTACAGCCATTTGCGGTATGATACATTCGATTATCGGAGGTCAGCCACTG
CTTATTCTCGGTGTTGCAGAGCCTACTGTGATTATGTACACATTCATGTTTAACTTTGCA
AAGGCCAGACCTGAATTGGGACGAGACCTGTTCTTGGCGTGGTCTGGATGGTGAGTTTTT
TTTTTTTTTTTTTTGCTTATAAGAGTGATCAGGGTGTTGAAAACTGTTTGAAATCTGTGT
GTAGGGTTTGTGTTTGGACTGCTTTGATGCTGTTTGTGTTGGCAATATGTGGAGCTTGTT
CTATCATCAATAGGTTTACTCGAGTAGCTGGAGAATTGTTTGGACTGCTTATTGCTATGC
TTTTCATGCAGCAAGCCATCAAAGTAGGAACCCTTTAGAGCAAGATTCTGAATTTTCGAT
ATTTTGAGAAAATGTGGGTTTTCTAACGCATTGACCATTTCAGGGGCTAGTTGATGAATT
CCGCATTCCTGAACGAGAAAATCAGAAGCTGAAGGAGTTCTTACCTTCCTGGAGGTTTGC
TAATGGGATGTTTGCTCTGGTTCTCTCCTTTGGCCTTCTTCTGACTGGACTTAGAAGCAG
AAAAGCCAGATCATGGCGGTACGGAACTGGTAAGTGAAACAACATCTTTATCTCATGAGC
TGGATTCTTCTTATCAAGGGGATTCAGGCCAATCATTTACGCATTCACGGATTCTTGAAA
AAGCCTAGTGACTCAATTTGCTTCGATTGCACAGGCTGGCTCAGAAGCTTAATAGCTGAC
TATGGTGTACCACTCATGGTGCTCGTGTGGACCGGTGTCTCCTACATTCCAGCAGGAGAT
GTTCCAAAAGGAATTCCTCGGCGACTTTTTAGCCCAAATCCTTGGTCTCCTGGTGCTTAT
GGGAACTGGACCGTAGTAAAGGTATGTCTTTTTCTTTGATCTTTTAGGCATATGCACTTC
TACAGACTGAAACATTAAGACTTATAATGCCTAGTAACTTGAAAATTTGCAGGAGATGCT
TGATGTTCCAATCGTCTACATAATTGGAGCTTTCATTCCAGCATCAATGATTGCTGTGCT
TTACTACTTCGACCATAGTGTAGCTTCACAGCTCGCGCAGCAGAAAGAATTCAATTTGAG
AAAACCGTCTTCTTACCACTATGACTTGCTTCTTCTTGGGTTTCTGGTGAGAATTTGCAG
AAAATAAAAGAATTATCTATCTGACTTCATCTTTTGGACCCTGTTTCATACTTAAGAATG
TGAATGCAGACATTAATGTGTGGTCTACTTGGAGTCCCTCCATCAAACGGTGTCATTCCT
CAATCTCCAATGCATACCAAGAGCTTAGCAACTCTTAAATACCAGGTAACATCACTGACC
GCGGTCTTATTTTTCAGTCTTTCCTGAGTTTTGAGATTGACGTTTGCTCTCTCTCTGCAG
TTGCTTCGTAACAGACTGGTCGCAACAGCACGAAGAAGTATCAAAACAAATGCGAGTTTG
GGTCAACTCTATGACAATATGCAAGAAGCTTACCATCACATGCAGACACCATTAGTATAC
CAGCAACCCCAAGTAAAAAAAAAAATCTGAAAAACTTTCTATGTTTTGTCAATAGAACAC
GAAACTGAGAGTTAGTTCTTTCCATTGGCAGGGTCTAAAAGAGCTCAAGGAATCGACAAT
CCAAGCTACTACATTCACCGGAAACCTCAATGCTCCAGTTGATGAAACTCTGTTCGACAT
AGAGAAAGAAATAGATGATTTACTACCAGTTGAAGTCAAAGAACAACGGGTAAGCAACTT
GCTTCAGTCTACAATGGTAGGAGGATGCGTTGCAGCTATGCCTATCCTTAAAATGATCCC
AACATCAGTCCTTTGGGGCTATTTTGCCTTCATGGCCATCGAAAGCTTACCCGGAAACCA
ATTCTGGGAAAGAATCTTACTTCTGTTCACCGCCCCAAGTCGCCGCTTCAAGTAATAACT
AAAGTTGCAATCTTTTTCTCACATTCAACTTCAAAAAGGCTCTCTTTTTTCTCAGTTCGG
TCACATTTCTATTTGTAGGGTTCTTGAAGATTACCACGCGACATTCGTGGAAACCGTTCC
ATTCAAGACGATTGCAATGTTTACTCTTTTCCAAACGACTTATCTCTTGATCTGCTTTGG
TCTCACATGGATACCAATCGCAGGAGTCATGTTCCCTTTAATGATCATGTTCTTAATCCC
CGTACGACAATATCTCCTCCCTAGATTCTTCAAAGGAGCTCATCTTCAGGACTTAGATGC
AGCAGAGTATGAAGAAGCTCCAGCTTTACCCTTCAATCTCGCAGCGGTAACCAAAAACCC
ATTTACAAAGTCAATAACTCTGTTTTCTTTTCTTTAGCTTCTTCTTATTGTTATTTCAAA
CACGATCTTGAACAGGAAACGGAGATTGGATCCACAACATCGTATCCGGGAGATTTGGAG
ATTCTTGATGAGGTTATGACCCGAAGCAGAGGAGAGTTTAGACACACGAGTAGTCCTAAG
GTGACAAGTTCAAGTTCGACTCCAGTCAATAATCGGAGTTTGTCACAAGTGTTTAGTCCA
AGAGTGAGTGGAATCAGGTTGGGTCAGATGAGTCCTCGAGTCGTCGGGAATAGTCCAAAG
CCGGCGAGTTGTGGGAGGAGTCCCTTGAACCAGTCGTCATCGAACTGAGATTATATATTC
AGGAAGCTTAATAAAACAACTAATCTAATGAGGATGGATTAAGAATGTTTAATTAGTTAA
TTAATTTGATCTTTAGCTCTTGAAAAAGAAAAGAGCTTCTTGAATCTCTCTTTAGTTTAT
GTTTTGTGTGTTTAATCCCCTTTCGTGGTGTTTCATCTTCAGTCTTATGTAAAATACTAA
AATGTCTGTCTTATTTCGTTATATATGTAAAATTCGTTAAATATTTTCAACTGTTATGTT
TACCGGTCAG
>AT3G19370.1 | LOCATED IN plasma membrane EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ACCTTATTTACTTGTAAAGATTCATCTCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTT
TGTTGGTTTTGTTAAATACTTCTTTTGTTGCAGAGATTACTCAGAGTCTCAGATACTTGT
TCAACCTTAAAACTATATACGACTATGTAAGATTCTTGCATCCCTTCTCTCCTTCATTGA
ACGTTTTTGTATATTGTTCTTTGATTATTCATACTCAAATATAAAGTTTGATGTTTGAAA
TTATGCTCTATCTCCTTTGTAAATGTGTTGCAGAAGACATCTTACAGAGTCAATGGAAAC
AAACCAGTGGCGGTCGAGGAAAAAGATAGAATCAGCTGCAGAAACACTCCAAGTTTCTTC
TAGAAGAGGCAGAGGACAGGTAAAGAAAATTTTGCAGAAATTGTCAAAGTTTGCTTTAAT
TGTTCCATGTTTTCTTGAGCAAGACTTGATCATTCATTATCATCTTCTGTTGTGTCTATG
TATTGCTTGTGAACTTCTATGGCTTAGTAAATGTCTTTTAAATGATGATTTGTTACTTTG
GTATTGGTCTTTAGGCACGTATGGTTCCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTC
GAAAAAGTCTAAGTGAGAAGCTAGAGACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTC
GTGTGAGTCTTTATGGCGAGAAAAGTGTAGTAGATGAGATTTTCCTAGAAGATGAAGAAA
TGGGTCATGAAACTGGTTTGAAGAATGGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACA
AGCTTCTGCAGCGAATCGAGCTTCTTGGGAGAGACCATGAGGCAACGAGACTTGATAACA
ACAAGTTCAGGTCAATCGAATCTATGAAAAAGAGACAAGAAGAATCGGCATGTGATGATC
TAGTTGATATGAAGACAAAGATTCAAACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGT
CTCTTGTGGCGAAAGAAGAGCTTGCGGTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAAT
CAGAATTCGAAGCGTTAATGACTAGATTAGATTCAACGGAGAAAGAAAACGCATTCTTGA
GATATGAGTATACTGTTCTTGAGAAAGATCTTCAGGTAAAAACAGAGGAAACAGAGCATA
CTCGCAGGTCTATGGAGCTAACGCATAAGCAGCAACTTAGGAATGTGAACAAGATTGTTG
AGCTTGAAGCTGAATGCCAAAGGTTAAGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGT
CTATATCTATGAGGAATGAAGGTGAAGAAAAGAAGATGGAGATGAGAAGACGAAACGCTA
ATAAGAGCGATATGATGATGAGAGATGAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTT
TGATGGAGCAGATTGGGAATGTTAGGGCAGAGAACAAGAATCTAATGGACATAATTATGA
AGAAAAACATTGAGATCAAAGATCTTAGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTT
TCGATATTCAAAGCGAAAGTAGTGTGATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTAC
TGATGGATGATTTTAATGAGATGGAGAAGTTAGCCATTGTGTGTACTGAGAAAGATCCAA
GAGTGGATGATGAGAAGGAAGGATCTTTTGATTGGATTCAAGTTGTTTTGAGCGCTATAA
CGAAGCAAGAGAGGATATCGAAACGCGGTGTTAAAGAACTCTTACAAGACATTAAGATTG
CTTTAGGATGTATGGATGAAAATGATAATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTC
TCTGCATCACATGGAAATCTAATAACGAATCGGGTCCAATGACTAAGGATGAGATCAAGA
GACATTTGGGTTTGACGAAATCAGATAAGGTGGAGAAGATTGAATCTGATGAAAAGCAAG
AACTGAGAAAGAAGCTTGAGGAATCAGTGGAGAAGATCAGAAACTTAGAAGCAGAGATGA
AAACATTGAGAGAGAATAAGGAAAAGGTAGAGGCAGAGATGGAAACGGAGAAATCGATGA
AGGAAGATCTTGATACAAAGCTGAACATAACAAGAGCTAACCTCAACGAGACACAGAAGA
AGTTGTCTTCTCTTGAAGTAGAATTTGATTACAGAAAGAGCTGTTGTGAAGAACTCGAAG
GGACTTGCATCGAGCTTCAGCTTCAGCTAGAAAGGTAACTGAAACAATAATCACATCTAA
AGCTTTCCACATTTCTTCTATTTAAAGAAATTTCATCACTTATCTATGCGTTTTTGCAGT
GTTGAAACAAAGAAACCGACGCAGAGAAACAAAAACGTAAGTATTACAAACCAAAATATA
AAATTTGAGTCATGTGTGTTTGTTGATGATGATGGAGTTTTTGTTTGCAGGGGTGGGATA
TAGCAACAGCTTCTGTGAAGTTATCAGAGTGTCAAGAAACGATTACCAGTTTACGGAAGC
AACTAAGAGCGTTATCTACAACAGAAACAAGCAGCACCATTAAATTTCTACACAAAAGAT
CTTCTCTCCGGGAAAATATAGCAGAGGATGATACTAACAGAGTTGCTCAAGATGATGATG
GTAACCGTTACAACGCTTTGATCGTGTACGAACCAGTGAAGGCGAGAGGTGAGAAGATGG
AGATGGTACCGAGAAAGAAGCAAGGATTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGA
AAAGAGTGAGCAGCAAGAAATGTCTTGCCTTGACTATGTGATGAAGAAAACTAAACTAAA
AAGGCTTGTGTGTGTGTAATGAGTGAACAGTGAAAACTGCTTTTGGGTATGTTTGATGTG
TCTACTCTATGAGATGTGATGAGTTTAGACTCTTATTTGATCTAATAAACTAAAATAAAA
GGAATGTGTTCAATCCA
>AT3G19370.1 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ACCTTATTTACTTGTAAAGATTCATCTCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTT
TGTTGGTTTTGTTAAATACTTCTTTTGTTGCAGAGATTACTCAGAGTCTCAGATACTTGT
TCAACCTTAAAACTATATACGACTATGTAAGATTCTTGCATCCCTTCTCTCCTTCATTGA
ACGTTTTTGTATATTGTTCTTTGATTATTCATACTCAAATATAAAGTTTGATGTTTGAAA
TTATGCTCTATCTCCTTTGTAAATGTGTTGCAGAAGACATCTTACAGAGTCAATGGAAAC
AAACCAGTGGCGGTCGAGGAAAAAGATAGAATCAGCTGCAGAAACACTCCAAGTTTCTTC
TAGAAGAGGCAGAGGACAGGTAAAGAAAATTTTGCAGAAATTGTCAAAGTTTGCTTTAAT
TGTTCCATGTTTTCTTGAGCAAGACTTGATCATTCATTATCATCTTCTGTTGTGTCTATG
TATTGCTTGTGAACTTCTATGGCTTAGTAAATGTCTTTTAAATGATGATTTGTTACTTTG
GTATTGGTCTTTAGGCACGTATGGTTCCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTC
GAAAAAGTCTAAGTGAGAAGCTAGAGACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTC
GTGTGAGTCTTTATGGCGAGAAAAGTGTAGTAGATGAGATTTTCCTAGAAGATGAAGAAA
TGGGTCATGAAACTGGTTTGAAGAATGGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACA
AGCTTCTGCAGCGAATCGAGCTTCTTGGGAGAGACCATGAGGCAACGAGACTTGATAACA
ACAAGTTCAGGTCAATCGAATCTATGAAAAAGAGACAAGAAGAATCGGCATGTGATGATC
TAGTTGATATGAAGACAAAGATTCAAACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGT
CTCTTGTGGCGAAAGAAGAGCTTGCGGTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAAT
CAGAATTCGAAGCGTTAATGACTAGATTAGATTCAACGGAGAAAGAAAACGCATTCTTGA
GATATGAGTATACTGTTCTTGAGAAAGATCTTCAGGTAAAAACAGAGGAAACAGAGCATA
CTCGCAGGTCTATGGAGCTAACGCATAAGCAGCAACTTAGGAATGTGAACAAGATTGTTG
AGCTTGAAGCTGAATGCCAAAGGTTAAGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGT
CTATATCTATGAGGAATGAAGGTGAAGAAAAGAAGATGGAGATGAGAAGACGAAACGCTA
ATAAGAGCGATATGATGATGAGAGATGAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTT
TGATGGAGCAGATTGGGAATGTTAGGGCAGAGAACAAGAATCTAATGGACATAATTATGA
AGAAAAACATTGAGATCAAAGATCTTAGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTT
TCGATATTCAAAGCGAAAGTAGTGTGATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTAC
TGATGGATGATTTTAATGAGATGGAGAAGTTAGCCATTGTGTGTACTGAGAAAGATCCAA
GAGTGGATGATGAGAAGGAAGGATCTTTTGATTGGATTCAAGTTGTTTTGAGCGCTATAA
CGAAGCAAGAGAGGATATCGAAACGCGGTGTTAAAGAACTCTTACAAGACATTAAGATTG
CTTTAGGATGTATGGATGAAAATGATAATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTC
TCTGCATCACATGGAAATCTAATAACGAATCGGGTCCAATGACTAAGGATGAGATCAAGA
GACATTTGGGTTTGACGAAATCAGATAAGGTGGAGAAGATTGAATCTGATGAAAAGCAAG
AACTGAGAAAGAAGCTTGAGGAATCAGTGGAGAAGATCAGAAACTTAGAAGCAGAGATGA
AAACATTGAGAGAGAATAAGGAAAAGGTAGAGGCAGAGATGGAAACGGAGAAATCGATGA
AGGAAGATCTTGATACAAAGCTGAACATAACAAGAGCTAACCTCAACGAGACACAGAAGA
AGTTGTCTTCTCTTGAAGTAGAATTTGATTACAGAAAGAGCTGTTGTGAAGAACTCGAAG
GGACTTGCATCGAGCTTCAGCTTCAGCTAGAAAGGTAACTGAAACAATAATCACATCTAA
AGCTTTCCACATTTCTTCTATTTAAAGAAATTTCATCACTTATCTATGCGTTTTTGCAGT
GTTGAAACAAAGAAACCGACGCAGAGAAACAAAAACGTAAGTATTACAAACCAAAATATA
AAATTTGAGTCATGTGTGTTTGTTGATGATGATGGAGTTTTTGTTTGCAGGGGTGGGATA
TAGCAACAGCTTCTGTGAAGTTATCAGAGTGTCAAGAAACGATTACCAGTTTACGGAAGC
AACTAAGAGCGTTATCTACAACAGAAACAAGCAGCACCATTAAATTTCTACACAAAAGAT
CTTCTCTCCGGGAAAATATAGCAGAGGATGATACTAACAGAGTTGCTCAAGATGATGATG
GTAACCGTTACAACGCTTTGATCGTGTACGAACCAGTGAAGGCGAGAGGTGAGAAGATGG
AGATGGTACCGAGAAAGAAGCAAGGATTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGA
AAAGAGTGAGCAGCAAGAAATGTCTTGCCTTGACTATGTGATGAAGAAAACTAAACTAAA
AAGGCTTGTGTGTGTGTAATGAGTGAACAGTGAAAACTGCTTTTGGGTATGTTTGATGTG
TCTACTCTATGAGATGTGATGAGTTTAGACTCTTATTTGATCTAATAAACTAAAATAAAA
GGAATGTGTTCAATCCA
>AT3G19370.1 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ACCTTATTTACTTGTAAAGATTCATCTCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTT
TGTTGGTTTTGTTAAATACTTCTTTTGTTGCAGAGATTACTCAGAGTCTCAGATACTTGT
TCAACCTTAAAACTATATACGACTATGTAAGATTCTTGCATCCCTTCTCTCCTTCATTGA
ACGTTTTTGTATATTGTTCTTTGATTATTCATACTCAAATATAAAGTTTGATGTTTGAAA
TTATGCTCTATCTCCTTTGTAAATGTGTTGCAGAAGACATCTTACAGAGTCAATGGAAAC
AAACCAGTGGCGGTCGAGGAAAAAGATAGAATCAGCTGCAGAAACACTCCAAGTTTCTTC
TAGAAGAGGCAGAGGACAGGTAAAGAAAATTTTGCAGAAATTGTCAAAGTTTGCTTTAAT
TGTTCCATGTTTTCTTGAGCAAGACTTGATCATTCATTATCATCTTCTGTTGTGTCTATG
TATTGCTTGTGAACTTCTATGGCTTAGTAAATGTCTTTTAAATGATGATTTGTTACTTTG
GTATTGGTCTTTAGGCACGTATGGTTCCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTC
GAAAAAGTCTAAGTGAGAAGCTAGAGACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTC
GTGTGAGTCTTTATGGCGAGAAAAGTGTAGTAGATGAGATTTTCCTAGAAGATGAAGAAA
TGGGTCATGAAACTGGTTTGAAGAATGGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACA
AGCTTCTGCAGCGAATCGAGCTTCTTGGGAGAGACCATGAGGCAACGAGACTTGATAACA
ACAAGTTCAGGTCAATCGAATCTATGAAAAAGAGACAAGAAGAATCGGCATGTGATGATC
TAGTTGATATGAAGACAAAGATTCAAACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGT
CTCTTGTGGCGAAAGAAGAGCTTGCGGTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAAT
CAGAATTCGAAGCGTTAATGACTAGATTAGATTCAACGGAGAAAGAAAACGCATTCTTGA
GATATGAGTATACTGTTCTTGAGAAAGATCTTCAGGTAAAAACAGAGGAAACAGAGCATA
CTCGCAGGTCTATGGAGCTAACGCATAAGCAGCAACTTAGGAATGTGAACAAGATTGTTG
AGCTTGAAGCTGAATGCCAAAGGTTAAGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGT
CTATATCTATGAGGAATGAAGGTGAAGAAAAGAAGATGGAGATGAGAAGACGAAACGCTA
ATAAGAGCGATATGATGATGAGAGATGAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTT
TGATGGAGCAGATTGGGAATGTTAGGGCAGAGAACAAGAATCTAATGGACATAATTATGA
AGAAAAACATTGAGATCAAAGATCTTAGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTT
TCGATATTCAAAGCGAAAGTAGTGTGATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTAC
TGATGGATGATTTTAATGAGATGGAGAAGTTAGCCATTGTGTGTACTGAGAAAGATCCAA
GAGTGGATGATGAGAAGGAAGGATCTTTTGATTGGATTCAAGTTGTTTTGAGCGCTATAA
CGAAGCAAGAGAGGATATCGAAACGCGGTGTTAAAGAACTCTTACAAGACATTAAGATTG
CTTTAGGATGTATGGATGAAAATGATAATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTC
TCTGCATCACATGGAAATCTAATAACGAATCGGGTCCAATGACTAAGGATGAGATCAAGA
GACATTTGGGTTTGACGAAATCAGATAAGGTGGAGAAGATTGAATCTGATGAAAAGCAAG
AACTGAGAAAGAAGCTTGAGGAATCAGTGGAGAAGATCAGAAACTTAGAAGCAGAGATGA
AAACATTGAGAGAGAATAAGGAAAAGGTAGAGGCAGAGATGGAAACGGAGAAATCGATGA
AGGAAGATCTTGATACAAAGCTGAACATAACAAGAGCTAACCTCAACGAGACACAGAAGA
AGTTGTCTTCTCTTGAAGTAGAATTTGATTACAGAAAGAGCTGTTGTGAAGAACTCGAAG
GGACTTGCATCGAGCTTCAGCTTCAGCTAGAAAGGTAACTGAAACAATAATCACATCTAA
AGCTTTCCACATTTCTTCTATTTAAAGAAATTTCATCACTTATCTATGCGTTTTTGCAGT
GTTGAAACAAAGAAACCGACGCAGAGAAACAAAAACGTAAGTATTACAAACCAAAATATA
AAATTTGAGTCATGTGTGTTTGTTGATGATGATGGAGTTTTTGTTTGCAGGGGTGGGATA
TAGCAACAGCTTCTGTGAAGTTATCAGAGTGTCAAGAAACGATTACCAGTTTACGGAAGC
AACTAAGAGCGTTATCTACAACAGAAACAAGCAGCACCATTAAATTTCTACACAAAAGAT
CTTCTCTCCGGGAAAATATAGCAGAGGATGATACTAACAGAGTTGCTCAAGATGATGATG
GTAACCGTTACAACGCTTTGATCGTGTACGAACCAGTGAAGGCGAGAGGTGAGAAGATGG
AGATGGTACCGAGAAAGAAGCAAGGATTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGA
AAAGAGTGAGCAGCAAGAAATGTCTTGCCTTGACTATGTGATGAAGAAAACTAAACTAAA
AAGGCTTGTGTGTGTGTAATGAGTGAACAGTGAAAACTGCTTTTGGGTATGTTTGATGTG
TCTACTCTATGAGATGTGATGAGTTTAGACTCTTATTTGATCTAATAAACTAAAATAAAA
GGAATGTGTTCAATCCA
>AT3G19370.2 | LOCATED IN plasma membrane EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ATCAGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATC
TCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTT
GTTGCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTAT
GTAAGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATT
ATTCATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGT
GTTGCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGA
TAGAATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGA
AAATTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACT
TGATCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTA
GTAAATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTT
CCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAG
ACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGT
GTAGTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAAT
GGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTT
GGGAGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATG
AAAAAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAA
ACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCG
GTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGA
TTAGATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAA
GATCTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCAT
AAGCAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTA
AGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAA
GAAAAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGAT
GAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGG
GCAGAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTT
AGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTG
ATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAG
AAGTTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCT
TTTGATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGC
GGTGTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGAT
AATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAAC
GAATCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGAT
AAGGTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCA
GTGGAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAG
GTAGAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAAC
ATAACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTT
GATTACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAG
CTAGAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAA
GAAATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAG
AAACAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGA
TGATGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCA
GAGTGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAA
ACAAGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAG
GATGATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTG
TACGAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGA
TTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTT
GCCTTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGA
ACAGTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTT
AGACTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT3G19370.2 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ATCAGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATC
TCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTT
GTTGCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTAT
GTAAGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATT
ATTCATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGT
GTTGCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGA
TAGAATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGA
AAATTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACT
TGATCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTA
GTAAATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTT
CCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAG
ACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGT
GTAGTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAAT
GGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTT
GGGAGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATG
AAAAAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAA
ACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCG
GTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGA
TTAGATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAA
GATCTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCAT
AAGCAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTA
AGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAA
GAAAAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGAT
GAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGG
GCAGAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTT
AGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTG
ATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAG
AAGTTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCT
TTTGATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGC
GGTGTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGAT
AATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAAC
GAATCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGAT
AAGGTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCA
GTGGAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAG
GTAGAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAAC
ATAACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTT
GATTACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAG
CTAGAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAA
GAAATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAG
AAACAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGA
TGATGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCA
GAGTGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAA
ACAAGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAG
GATGATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTG
TACGAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGA
TTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTT
GCCTTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGA
ACAGTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTT
AGACTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT3G19370.2 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
ATCAGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATC
TCTCTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTT
GTTGCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTAT
GTAAGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATT
ATTCATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGT
GTTGCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGA
TAGAATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGA
AAATTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACT
TGATCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTA
GTAAATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTT
CCTCCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAG
ACTGTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGT
GTAGTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAAT
GGAGAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTT
GGGAGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATG
AAAAAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAA
ACGTTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCG
GTAAGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGA
TTAGATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAA
GATCTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCAT
AAGCAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTA
AGACTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAA
GAAAAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGAT
GAAGTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGG
GCAGAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTT
AGCCGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTG
ATGAGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAG
AAGTTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCT
TTTGATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGC
GGTGTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGAT
AATGTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAAC
GAATCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGAT
AAGGTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCA
GTGGAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAG
GTAGAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAAC
ATAACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTT
GATTACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAG
CTAGAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAA
GAAATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAG
AAACAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGA
TGATGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCA
GAGTGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAA
ACAAGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAG
GATGATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTG
TACGAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGA
TTAGGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTT
GCCTTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGA
ACAGTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTT
AGACTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT3G19370.3 | LOCATED IN plasma membrane EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
AGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATCTCT
CTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTTGTT
GCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTATGTA
AGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATTATT
CATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGTGTT
GCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGATAG
AATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGAAAA
TTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACTTGA
TCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTAGTA
AATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTTCCT
CCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAGACT
GTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGTGTA
GTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAATGGA
GAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTTGGG
AGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATGAAA
AAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAAACG
TTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCGGTA
AGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGATTA
GATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAAGAT
CTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCATAAG
CAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTAAGA
CTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAAGAA
AAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGATGAA
GTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGGGCA
GAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTTAGC
CGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTGATG
AGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAGAAG
TTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCTTTT
GATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGCGGT
GTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGATAAT
GTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAACGAA
TCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGATAAG
GTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCAGTG
GAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAGGTA
GAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAACATA
ACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTTGAT
TACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAGCTA
GAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAAGAA
ATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAGAAA
CAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGATGA
TGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCAGAG
TGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAAACA
AGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAGGAT
GATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTGTAC
GAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGATTA
GGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTTGCC
TTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGAACA
GTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTTAGA
CTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT3G19370.3 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
AGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATCTCT
CTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTTGTT
GCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTATGTA
AGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATTATT
CATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGTGTT
GCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGATAG
AATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGAAAA
TTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACTTGA
TCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTAGTA
AATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTTCCT
CCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAGACT
GTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGTGTA
GTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAATGGA
GAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTTGGG
AGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATGAAA
AAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAAACG
TTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCGGTA
AGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGATTA
GATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAAGAT
CTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCATAAG
CAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTAAGA
CTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAAGAA
AAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGATGAA
GTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGGGCA
GAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTTAGC
CGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTGATG
AGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAGAAG
TTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCTTTT
GATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGCGGT
GTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGATAAT
GTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAACGAA
TCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGATAAG
GTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCAGTG
GAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAGGTA
GAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAACATA
ACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTTGAT
TACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAGCTA
GAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAAGAA
ATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAGAAA
CAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGATGA
TGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCAGAG
TGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAAACA
AGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAGGAT
GATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTGTAC
GAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGATTA
GGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTTGCC
TTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGAACA
GTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTTAGA
CTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT3G19370.3 | LOCATED IN plasma membrane EXPRESSED IN 22 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Protein of unknown function DUF869 plant (InterProIPR008587) BEST Arabidopsis thaliana protein match is transport protein-related (TAIRAT2G233601) Has 35914 Blast hits to 20425 proteins in 933 species Archae - 357 Bacteria - 2527 Metazoa - 19254 Fungi - 2459 Plants - 1272 Viruses - 95 Other Eukaryotes - 9950 (source NCBI BLink)
AGTGTCACATAGTCACTTGATGCCTCTCTCTACCTTATTTACTTGTAAAGATTCATCTCT
CTTCTTTAATTTTCCTCTTCTTGTTCTCTTTTGTTGGTTTTGTTAAATACTTCTTTTGTT
GCAGAGATTACTCAGAGTCTCAGATACTTGTTCAACCTTAAAACTATATACGACTATGTA
AGATTCTTGCATCCCTTCTCTCCTTCATTGAACGTTTTTGTATATTGTTCTTTGATTATT
CATACTCAAATATAAAGTTTGATGTTTGAAATTATGCTCTATCTCCTTTGTAAATGTGTT
GCAGAAGACATCTTACAGAGTCAATGGAAACAAACCAGTGGCGGTCGAGGAAAAAGATAG
AATCAGCTGCAGAAACACTCCAAGTTTCTTCTAGAAGAGGCAGAGGACAGGTAAAGAAAA
TTTTGCAGAAATTGTCAAAGTTTGCTTTAATTGTTCCATGTTTTCTTGAGCAAGACTTGA
TCATTCATTATCATCTTCTGTTGTGTCTATGTATTGCTTGTGAACTTCTATGGCTTAGTA
AATGTCTTTTAAATGATGATTTGTTACTTTGGTATTGGTCTTTAGGCACGTATGGTTCCT
CCTGTAAGTGGAGTTAGATCCGAGAGAGCTCGAAAAAGTCTAAGTGAGAAGCTAGAGACT
GTAGCTTTAAACTCTCCTAAGAAAGATGCTCGTGTGAGTCTTTATGGCGAGAAAAGTGTA
GTAGATGAGATTTTCCTAGAAGATGAAGAAATGGGTCATGAAACTGGTTTGAAGAATGGA
GAGTCGTCGCCTTTTTGTGGTGTATCGGACAAGCTTCTGCAGCGAATCGAGCTTCTTGGG
AGAGACCATGAGGCAACGAGACTTGATAACAACAAGTTCAGGTCAATCGAATCTATGAAA
AAGAGACAAGAAGAATCGGCATGTGATGATCTAGTTGATATGAAGACAAAGATTCAAACG
TTAGCTGCGGAGAACACTCAGCTTAAGAAGTCTCTTGTGGCGAAAGAAGAGCTTGCGGTA
AGTCTTCAAGAGCGTAAATTTCAGGTGGAATCAGAATTCGAAGCGTTAATGACTAGATTA
GATTCAACGGAGAAAGAAAACGCATTCTTGAGATATGAGTATACTGTTCTTGAGAAAGAT
CTTCAGGTAAAAACAGAGGAAACAGAGCATACTCGCAGGTCTATGGAGCTAACGCATAAG
CAGCAACTTAGGAATGTGAACAAGATTGTTGAGCTTGAAGCTGAATGCCAAAGGTTAAGA
CTTCTCTTTCGAAAGAAGTTTCCAGAGAAGTCTATATCTATGAGGAATGAAGGTGAAGAA
AAGAAGATGGAGATGAGAAGACGAAACGCTAATAAGAGCGATATGATGATGAGAGATGAA
GTTCAGAGCAGGAAGCTGAAGTATGATCTTTTGATGGAGCAGATTGGGAATGTTAGGGCA
GAGAACAAGAATCTAATGGACATAATTATGAAGAAAAACATTGAGATCAAAGATCTTAGC
CGCGGGCAGAAACCGTTAGAGGCTTCGAGTTTCGATATTCAAAGCGAAAGTAGTGTGATG
AGCCCCTGTGGTTCCAAGGAGATGAAGTTACTGATGGATGATTTTAATGAGATGGAGAAG
TTAGCCATTGTGTGTACTGAGAAAGATCCAAGAGTGGATGATGAGAAGGAAGGATCTTTT
GATTGGATTCAAGTTGTTTTGAGCGCTATAACGAAGCAAGAGAGGATATCGAAACGCGGT
GTTAAAGAACTCTTACAAGACATTAAGATTGCTTTAGGATGTATGGATGAAAATGATAAT
GTAGAAAGAAAGAAAGGTGAAGAAGATCCTCTCTGCATCACATGGAAATCTAATAACGAA
TCGGGTCCAATGACTAAGGATGAGATCAAGAGACATTTGGGTTTGACGAAATCAGATAAG
GTGGAGAAGATTGAATCTGATGAAAAGCAAGAACTGAGAAAGAAGCTTGAGGAATCAGTG
GAGAAGATCAGAAACTTAGAAGCAGAGATGAAAACATTGAGAGAGAATAAGGAAAAGGTA
GAGGCAGAGATGGAAACGGAGAAATCGATGAAGGAAGATCTTGATACAAAGCTGAACATA
ACAAGAGCTAACCTCAACGAGACACAGAAGAAGTTGTCTTCTCTTGAAGTAGAATTTGAT
TACAGAAAGAGCTGTTGTGAAGAACTCGAAGGGACTTGCATCGAGCTTCAGCTTCAGCTA
GAAAGGTAACTGAAACAATAATCACATCTAAAGCTTTCCACATTTCTTCTATTTAAAGAA
ATTTCATCACTTATCTATGCGTTTTTGCAGTGTTGAAACAAAGAAACCGACGCAGAGAAA
CAAAAACGTAAGTATTACAAACCAAAATATAAAATTTGAGTCATGTGTGTTTGTTGATGA
TGATGGAGTTTTTGTTTGCAGGGGTGGGATATAGCAACAGCTTCTGTGAAGTTATCAGAG
TGTCAAGAAACGATTACCAGTTTACGGAAGCAACTAAGAGCGTTATCTACAACAGAAACA
AGCAGCACCATTAAATTTCTACACAAAAGATCTTCTCTCCGGGAAAATATAGCAGAGGAT
GATACTAACAGAGTTGCTCAAGATGATGATGGTAACCGTTACAACGCTTTGATCGTGTAC
GAACCAGTGAAGGCGAGAGGTGAGAAGATGGAGATGGTACCGAGAAAGAAGCAAGGATTA
GGGTTCTTGAAAAAACTGTTGTTCAGGAGGAAAAGAGTGAGCAGCAAGAAATGTCTTGCC
TTGACTATGTGATGAAGAAAACTAAACTAAAAAGGCTTGTGTGTGTGTAATGAGTGAACA
GTGAAAACTGCTTTTGGGTATGTTTGATGTGTCTACTCTATGAGATGTGATGAGTTTAGA
CTCTTATTTGATCTAATAAACTAAAATAAAAGGAATGTGTTCAATCCA
>AT4G11690.1 | pentatricopeptide (PPR) repeat-containing protein
ATGGCGGCAAAATCCCAGAAAACCCTCGTTCTGCTAGCGAATTTAATCAAGTTTCCTCCA
TTAAAAGCTTTTTCTCTCTTAAATTCTCCAAATTTCCATGAATTTCAACACACACACGAA
TCAATCTCAATCCTTCTTCGTCTCCTTCTCTCTGGGAACTTATTCTCTCACGCTCAATCA
CTTCTTCTACAAGTAATCTCCGGAAAAATCCACTCCCAATTCTTCACATCTTCCTCTCTG
TTACACTATTTGACAGAATCAGAAACGTCAAAAACAAAGTTTCGTCTCTACGAGGTAATC
ATCAATTCCTATGTTCAATCTCAATCCCTAAACTTATCAATCTCTTACTTCAACGAAATG
GTCGATAATGGTTTTGTTCCTGGATCGAATTGCTTCAACTATCTCTTAACTTTCGTTGTT
GGGTCATCTTCTTTCAATCAATGGTGGAGTTTCTTCAACGAGAACAAAAGCAAAGTTGTT
TTGGACGTGTATAGCTTTGGGATTCTGATCAAAGGTTGTTGTGAAGCTGGTGAGATTGAG
AAAAGCTTTGATCTTCTTATTGAATTGACAGAGTTTGGGTTTTCTCCAAATGTAGTTATC
TACACTACTTTGATTGATGGGTGTTGCAAGAAAGGTGAGATTGAGAAGGCTAAAGATTTG
TTTTTTGAGATGGGGAAACTTGGATTAGTGGCTAATGAGCGTACTTACACGGTTTTGATT
AATGGGTTATTCAAAAACGGGGTTAAGAAACAAGGGTTTGAGATGTATGAGAAGATGCAG
GAAGATGGAGTTTTCCCTAATCTCTATACTTATAACTGTGTGATGAATCAGCTTTGTAAA
GATGGAAGAACAAAAGATGCATTCCAAGTGTTCGACGAAATGCGTGAGAGAGGGGTTTCT
TGTAACATTGTCACTTATAATACTTTGATTGGTGGGTTATGTAGAGAGATGAAGTTGAAT
GAGGCAAATAAAGTTGTGGATCAAATGAAGAGTGATGGAATCAACCCGAATCTGATTACG
TATAACACTTTGATTGATGGGTTTTGTGGTGTGGGAAAATTAGGGAAGGCGTTGAGTTTA
TGCAGAGATTTGAAGTCAAGAGGTCTGTCTCCGTCCCTCGTCACGTATAATATCCTAGTT
TCCGGGTTCTGTAGAAAAGGAGATACTTCAGGAGCAGCTAAGATGGTTAAGGAGATGGAA
GAGAGAGGGATTAAACCGTCGAAAGTAACATACACGATACTTATCGACACATTTGCTCGT
TCGGATAACATGGAGAAAGCAATTCAGCTTCGACTATCAATGGAGGAACTAGGATTAGTC
CCGGATGTTCATACCTATAGTGTATTGATTCATGGGTTTTGCATCAAAGGTCAAATGAAT
GAAGCATCTAGGCTTTTTAAGTCGATGGTCGAAAAGAATTGTGAACCGAACGAGGTTATA
TACAATACGATGATTCTTGGTTATTGTAAGGAAGGTAGTTCTTATAGAGCATTGAAGTTG
CTTAAGGAGATGGAAGAGAAAGAGTTGGCTCCAAATGTTGCTAGCTACAGATATATGATT
GAAGTTCTTTGTAAAGAAAGAAAATCGAAAGAAGCTGAGCGTTTAGTTGAGAAGATGATT
GATTCAGGGATTGATCCATCTACTTCAATCCTTAGTTTGATCTCTAGAGCCAAAAACGAT
TCACATGTAAGCTCAAAATAA
>AT1G56690.1 | pentatricopeptide (PPR) repeat-containing protein
ATGAAGCGTTTAAAGCTAATCTTACGCAGAACTTACTTGACAAGCACTGGAGTGAATTGC
AGTTTTGAGATCTCACGTCTCTCACGAATCGGGAAAATCAATGAAGCACGAAAGTTTTTC
GATTCGTTACAGTTTAAAGCAATCGGTTCATGGAACTCAATTGTATCTGGGTATTTCTCA
AACGGGTTACCGAAAGAAGCACGCCAACTGTTCGACGAAATGTCTGAGAGAAATGTAGTT
TCCTGGAACGGGTTGGTTTCAGGGTATATTAAGAATAGGATGATTGTAGAAGCTAGGAAT
GTGTTTGAGCTAATGCCTGAGAGGAATGTTGTGTCGTGGACCGCGATGGTTAAAGGTTAC
ATGCAAGAAGGTATGGTTGGTGAAGCGGAGTCGCTGTTTTGGAGAATGCCTGAGAGGAAT
GAGGTTTCTTGGACTGTGATGTTTGGTGGTTTGATTGATGATGGACGTATTGATAAAGCA
AGGAAGTTGTATGATATGATGCCTGTTAAAGATGTTGTAGCGAGTACTAATATGATTGGT
GGGTTGTGTAGAGAAGGAAGAGTTGATGAGGCAAGGTTGATTTTTGATGAGATGAGGGAG
AGGAATGTTGTTACTTGGACTACGATGATTACTGGATACAGGCAGAATAATCGAGTGGAT
GTTGCTAGGAAGTTGTTTGAAGTGATGCCGGAGAAGACTGAAGTTTCGTGGACTTCTATG
CTTTTGGGGTATACTTTGAGTGGGAGAATTGAGGATGCTGAGGAGTTTTTTGAGGTGATG
CCGATGAAGCCGGTTATTGCGTGTAATGCTATGATTGTTGGGTTTGGTGAGGTAGGAGAG
ATATCGAAAGCTAGGAGGGTTTTTGATCTAATGGAGGATAGGGATAATGCGACTTGGCGA
GGAATGATTAAAGCTTATGAAAGAAAAGGTTTTGAATTGGAGGCTCTTGATTTGTTTGCT
CAAATGCAGAAACAAGGAGTTAGACCGAGTTTTCCGTCTTTGATCAGTATTCTTTCGGTT
TGTGCCACTTTAGCAAGTCTACAATATGGTAGACAGGTCCATGCTCATTTGGTGAGATGT
CAGTTTGATGATGATGTCTATGTTGCCTCTGTTTTGATGACCATGTATGTCAAATGTGGT
GAGCTTGTAAAAGCAAAGCTAGTATTCGACAGGTTTTCCTCAAAGGACATTATCATGTGG
AATTCAATCATTTCTGGCTATGCGTCGCATGGTCTAGGAGAGGAAGCTCTTAAGATTTTT
CACGAGATGCCATCATCTGGTACCATGCCAAACAAAGTGACCTTAATTGCAATTCTGACA
GCATGTAGCTATGCTGGAAAACTCGAGGAAGGGCTTGAGATATTTGAATCAATGGAATCA
AAGTTTTGCGTGACTCCAACGGTTGAGCATTATTCTTGCACGGTGGATATGCTTGGGCGT
GCAGGACAGGTAGATAAGGCAATGGAGTTGATCGAAAGTATGACTATTAAGCCAGATGCT
ACAGTTTGGGGTGCTCTGTTAGGAGCGTGTAAAACTCACTCACGATTGGATTTAGCTGAA
GTTGCTGCAAAGAAACTTTTCGAGAATGAACCAGATAACGCTGGTACATACGTTTTGCTA
TCGAGCATAAATGCATCTCGATCCAAGTGGGGGGATGTTGCAGTAGTAAGAAAAAACATG
AGGACAAACAATGTAAGTAAATTCCCTGGTTGTAGTTGGATTGAGGTAGGGAAGAAAGTG
CACATGTTCACTCGCGGAGGTATCAAAAACCATCCCGAGCAAGCGATGATACTAATGATG
TTGGAGAAAACAGATGGATTATTAAGAGAAGCTGGTTATAGTCCTGATTGCAGCCATGTC
TTACACGATGTAGACGAGGAAGAGAAAGTTGATAGTTTAAGCCGTCACAGTGAAAGACTC
GCGGTAGCTTATGGACTCTTAAAGCTACCCGAAGGAGTACCTATTCGAGTCATGAAGAAC
CTTAGAGTCTGTGGAGATTGTCATGCCGCCATTAAACTCATTTCTAAAGTCACAGAAAGA
GAGATCATTCTAAGAGATGCAAACAGATTCCATCATTTCAACAATGGAGAGTGTTCTTGT
AGAGACTACTGGTGA
>AT2G28460.1 | protein binding / zinc ion binding
AGCACTAAGTTTACATTCATATTCAAAAAGTCAAAATCTATCATCTACTCGTTACGCAGA
TAATCTTTCTCTCGACATCTCTATGGATTCGAAGACAGAGTCGAAGCTCCTATCGCTCAC
ATCTCAAATAATGTCTCCCGCAAAACAAATAAGATTTGATCTTGATTGGGTTGGTGAAAA
GAGGATGAATTCTTTCATTACTAAAGTAATGTCTCTCGTCAGCTCAATGGATTTGGATTT
GCAGCCGAAGCCGGAGTCGGAGTTCATGTCACTCACTACTCAAATATTCTCTCTACTCCA
CTCTATGGATTCGGATTCCATGCCGAAGCCGCTCTCAAATCTCATCTCACTCCTTTCTCA
AGGAAACTTTGACCATAATACCGACTTCAGGTTATTCTTTCGTCAAACTATGGCACTCGA
GCCAGAGCCAATATTTATGTCACTCATCTATCAAATATTCTCCCTAGTAATATCTATGAA
TACTAAGAGGGATAAGCTTATTTCCTTATGTCCTCAAGCATGCGTGGTTTTGGGTAATAA
TGGGAATTTTGAAGTGATCGTTAAAAAACAAGAAGGTCAAGCTCATAAGGGCAAAGCAAT
CCCGTGGAGTAGAGATAGCAAGTGGGAATGTCTTCCTTTTAACTGGAAGACATATTGGTC
TAGTGGAGATGATGTTACACATTTTCGATGCCGAAACTGCGATGGCGACAACCATAAAGA
ATATGAAAAGGCTCCGGTTGAGATCAAACACTCTCTTCATCGGAAACATTCTCTTCAGCT
TGTCTTGTTGGATGAGAGTAGTTATACGAGGGTATGCTATTGTTGCGATGAAGATCTCAA
AAGGATGTTTTATTATTGTCGGACTTGCGATTTTGGTCTTAATTTCGTTTGTGCGAAGAA
AGAAGCAATCTTATATATAGACCAACCGAAGTGGCATGAGCATACACTTGCGTTGTTTCT
AAGAAAGACTTCGTTAACTTGCAACGCATGTGGCTTATCACATTCAAGTTGTCCTCTCTA
TATGTGTCCCCCTTGTGACTTTGTGATCCATAAGAGTTGTATCAGCTTACCACGTCTCAT
AAGGATATCACGACATTTCCATCGTATAGCTTATACCCCTTCTTTTGATGAAGGAGATTG
GTCTTGTAGTGTTTGTCGCAAGAAGATCGACAATGATTACGGAGGCTATGTTTGTACCAA
AGGTTGTTCGTATGCGGCTCATTCAAAATGTGCCACTCAGAGCAATGTGTGGGATGGTAT
AGAACTTGAGGGAGAGCCAGAAGATATTGAAGAAGAAGTGCTTCCTCCGTTTTTGGAGAT
AAGTGATGGAATCATACAACATTTTAGTCATCAGCAACATCATATGAAACTTGACGAGAA
CACGGGCAGAGATTACGACGAGAATAAGGAGTGTGAAGCATGCATCAGGCCAATCTATTT
CGGTAATTTCTACTCTTGTTTGGAATGTGATTTTATTCTTCACGAAGAGTGTGCAAACCT
TTCTCGCAAGATACATCACCCGATACATCCACATCTTCTCAATCTAATTGGAGGATTTGA
TGGTGTTATAAACTATTATAACGATAAATGCTCAGCTTGTATTGGACTGTGCAAAGGTGG
TTTCTTCTATGAGTGTGGTAAACAAGGATGTAAGTTTATGCTACATGTGCAGTGCGCCAC
AACTTCTGAGCCATTAGTTCATGAAAGTCATAGGCATCCACTATTTCTAACATCCAAACC
AGGAGAGAAAATACGTTGTTCAGTTTGCAAGGATTCAGAAGAGACATTCAATTGCATTGA
GTGCGACTTTGCTTTGTGTTTCTATTGTGCTATTTTACCTCAAAAGGTGAGGTATAAGCA
TGATAAGCACACACTCACTCTTTCTTACGGGAAGGAGACAGGTACGTCTTGGTGTGAAGT
TTGTGAGGCTAAAATAAATCTGAAAGGACGGTTTTATATGTGTAATGAGTATTGTTGTGT
CACCCTACACATTAAATGTACGCTAGGGGACTTACACATGAGGCCCGGTTCAACGTGGAT
CACCTTTGGTAACAAGGTAGATGTTCTACACAACAGTAACCGTATGTCTCGATCTATTTG
CTCCTATTGTGTGAAACACTGTCCATATAAGATAGTTTACATGTGTTCTGGATTGATATT
ATGTTCCCAAGGTTGTGTAGTGCGTAGCATATTGCAGAAACGTGGACGTTACAGAGAGTT
AGAATTTTTGAGTAGATATGCTTAAAGATGTATCTTGCTTTTGTATCAGTGGTGATTCTT
CAATGAACTTTTTCTTTTCTTT
>AT4G18465.1 | RNA helicase putative
ATGGCGTTTTGGAAACCAGGGACCGAGAAACCTCGTTTCGAAGAGGATGGAGAAGGAGGC
ATAGTGTTCATGTCCAACAATCTCGCATCCTCTTCTTCTTCTAGGTATGCTAATTTCTCT
TTCTCTTTGATCTTACTTGTTCAGCAGATGATTGTTATTGTAACTTAGTCGAAATTGTAG
CTATGGGTATGCGAATATAGAGAAGCAAAGACAGAGATTGCCAGTGTACAAGTACAGAAC
TGAGATTCTGTATTTGGTGGAGAATCACGCTACCACCATTATCGTTGGCGAGACGGGTAG
TGGTAAAACTACTCAGATTCCTCAGGTTTCTTCTTCATTCTTTGCTCTTCGTTAATATTT
TTGGGGAAAGCACCTAGCTTTGCTAATTTCAAGGTTCTTAGACCAGTAGGCAAATTTTGA
TAGGAGTCAAAGGTTGCGACTTGCGAATTTGGATTGTGATAGTAACTTGCTGATATATTT
GCAATGTAGCTAGAGAGAGGCATAAAAGTTACTCAAAATCTTGCAAAATCATGCAATATT
TAGCTCAATAGCTGTTGGGGAAGTTGGAGAATTGGAGAAAACTACAATTCGATCAATAGC
AAGGTCTTCTTGTTTAGCTCAATAGCTTTGTTTATTATATTTTGTAGTACCTGAAAGAAG
CTGGGTGGGCTGAAGGAGGCCGAGTTATTGCTTGCACACAGCCAAGACGTTTAGCTGTCC
AGGTTTGTTTTCTCTCCCTAAACAAAATCTTACAACTCAAGTTTGAACTTTGAAGAGTGA
TATCTCAGCTCAAGTTTTTATATTTGATCACATATATGCTTTGTTTTGTAATTTGCTTAG
GCGGTTTCTGCGAGAGTGGCCGAGGAAATGGGAGTGAATCTTGGGGAGGAAGTTGGCTAC
ACTATTCGATTTGAAGATCATACAACTTCCGTCAGACTCTTTCCTTAACGCTCTTCTACT
TTTTCTTATGTATGGAGTATTCTGATGATGCTTACAAGATCTTTTGCTTGGTTACAACAG
GGTGTGACTAGTGTAAAATTTCTCACAGATGGGGTACTAATTCGAGAGATGATGGAGGAT
CCCCTCTTGACAAAGTATAGGTAATGATTTTGTTGCACTGTATAATCTGTTCAGATTATG
AGTAAATCGTGTTGGTAAAACCTTTTCTTATTTGTCATTGTGCAGTGTTATTATGATAGA
TGAAGCTCATGAGAGATCTATTTCAACTGACATTTTACTCGGTCTCTTAAAAAAGGTATC
TCAGTCAAACACAGTCTTAATTGTTAGTGTACTTTCAGCAACATCTATTTATTATTGATT
TTCAGATACAACGTCGTCGTCCTGAGCTACGCCTGATTATATCTTCAGCCACAATCGAAG
CAAAAACCATGTCCAATTTCTTCAATTCCAGGTTCTGATCTTACCGAATGGTTATAGTTC
TTTTTCCTGAAGTTTAGGGCTCTTGGAATCACTAGTACGATATAATCTTATACATTATGT
TAAATTATGTAGCAAAAAACGCCATGCGCCAGAAGGTAGTACCCCTGGACCAAAGTTGGA
ACCTGCAATCTTATCTGTTGAGGTATATTGTGACTCTCTTGCGTAAGATCATTCTCTGAT
AACCTATTTTCCTATGTGATATTTAAATATTTTTGTTTTCTTGGTCAAAATTTCTTAGGG
CAGAGGCTTCAGTGTGAAAATTCACTATGTCGAGGAGCCTGTATCAGATTATATCCGATC
AGTTGTTTCAACGATACTGTTGATTAATGAACGGGTACTTTAAGTTGATGTTCTTATAAC
CATTCAATGTGTTCAAACTTAGTATATTATTTTCCAGGTATGTTCTTGTATTTAAATTGT
CTCTTCTTATGTTCAGGAGCCACCTGGGGATGTTCTTGTATTTCTTACTGGTCAAGAGGA
TATTGAAACTGCTATTAAACTTCTTGAAGAAGAAGCTCATAGCAATCAAAAGAATTCTTC
AGGTATAATATATACACATAAATAAGATCATGTCGATCAACTTTAGCATTTGCCTTCAGT
TTTTAAGCACCATAATGCAATTCATATCTTTTTCAGGACTGCTACCTCTTCCATTATATT
CAGGACTTTCTCGATCAGAACAGGTTAATTTTGTTGCAAGGCTCTAGACAATCTAAACCA
TACTTTTGAGAGTATTTGAATAACTGAAACGGCGAAATGTTGTTTTCTCCTTTTTTATAT
TAGGAATTGATCTTTACTCCAACTCCCAGAGGAAAGAGAAAAGTTATACTATCAACAAAT
ATTGCAGAAACTTCATTGACTCTAGAGGCAAGGATTCTTCTTTACTGTCTTTTTGTTGCA
AAATCCCATGGAACGAACAGATGTATTTCTCATACAGATATTGCTGATACATCATTGAGA
GTAACTTTCTGTGTCGTTTCTTTATTCAGGGCGTTGTCTATGTGATTGATAGTGGTTTCT
CGAAGCAGAAGTTCTATAACCCAGTAAGTCCATCTCCATTTCTTTTGTTTATATATTTTT
AGTTCCATCTTTTGTAATATGTTGGACATTTCTAAAGCAACTTACATTTCTTACCCTCAC
AGATTTCAGATATCGAAAGTCTTGTGGTGGCTCCAATATCAAAAGCATCTGCAAGGCAAA
GGTCTGGTAGGGCTGGGCGAGTTCGGCCTGGGAAGTGTTACAGGTAACTCTCAATCCGTT
TATTAAAGTACAGAATTTCGTCTGATATAGTTGTTTAGTGCTCATTAATCCTCTTCCTGA
TATTTTTATGGTAACTAGGCTTTACACCGAAGATTATTTTCTCAACCAAATGCCTGGAGA
AGGCATACCGGAGATGCAGAGGTCGAATCTTGTTTCTACTGTAATACAGGTACTAGACTT
GCTCAACTCTTGTCATTTAGTTTTTTTTTATAAGAACTCAAAAGTTGGGAGGCGTTACGC
AAAACCACACAAGTTTTTTCTTTTCACCTTTTCTATTAAGTAATTAATATCCAGATGAGA
GGAAGCTCTTGCTTCTAGATTTCTCAAACTCTGTTGATCTTTTTGGTATTTTCAGCTAAA
AGCTTTGGGCATAGATAATATCTTGGGTTTCGATTGGCCTGCACCTCCATCGTCTGAAGC
AATGATTCGAGCACTTGAAGTACTTTATTCACTTCAGATCCTCGATGATGATGCTAAACT
CACTTCGCCAACAGGATTCCAAGTTGCAGAACTTCCACTGGTACTTTTTCTTCCTGACCA
TGAGCTATTATATATCTAAAATGTAATGTTCATTTGCAGTTTGTTCTGCATATTACATGT
CTCATGCTCGTCATTTTTTGCTAGGACCCAATGATATCAAAAATGATTTTGGCTTCAAGT
GAGCTTGGTTGTTCACATGAGATCATTACAATCGCTGCAGTTCTCTCTGTCCAAGTAAAA
GCTCTTTACCCCTTTTTCCTTTGCTTAAAGTTTCTTCTCTTTATTTACATAAGGAACAAC
CGAACATATTGCAAATTTGTGATTATTTGCTTTCGACTTGAACTATGGGATTTGAAACTT
AACAGATGCAATCTTGAATATGTTTCTATGCAGTCTGTTTGGATCATTGCCCGGGGAGTA
CAGAAAGAACAAGATGAAGCAAAACTGAGATTTGCAGCCGCAGAGGTATGTATTGATATA
TAACTTTGAGCTAACTATATCTCTGAAAATCTTTTTTTGACTGAGTAAAATCATTGTTCT
TGTCTATATAGGGTGACCATGTCACATTCCTGAATGTATACAAAGGGTTTCTTGAGTCGA
AAAAGCCTACACAGTGGTGTTACAAGAATTTCCTCAACTACCAATCCATGGTGCGTATAA
TAACAGAACAGGCAAGTAGTCCTTATCTTCCCTTCTCCAATTTAATTTGTTTTTGTTTCC
TTTCACAGAAAAAAGTAGTTGAAATCAGAGATCAACTCAAACGGATTGCTCGGAGATTAG
GCATCACCTTGAAATCATGTGACGGAGACATGGAGGTAAGAAACTGTAGCACTTTGCTTC
ATTTGAAAAAAGGTTGCATGTTTCTAACGTTACACTGTTTCAGGCTGTGAGAAAAGCTGT
GACTGCAGGTTTTTTTGCCAATGCATGCCGTTTAGAAGTAAGTGACCCATTTCAGTTCTC
TTTTTCTGCACATCCTTTCAGCCCTATAAAGAAATCTGATTTTCATCATCTTAATTCTTT
TCGATGTTTTAGCCACACAGCAATGGAGTATACAAGACCATTAGAGGCTCTGAAGAAGTT
TATATTCATCCGTCATCTGTATTATTCAGGTTAGTAGTATATCTTGTTGCTATGGATTTA
GCAAAAACCTCAATAACATCTAAAAGTTGAAGATTTTTTCTTTTGAACGTGAAAGCTTAT
TTGGTATATATACTCTTTATACAATCTTCAGGGTGAATCCAAAATGGGTGGTTTACCAAT
CCATTGTCTCAACTGAGCGTCAATACATGCGGAATGTCGTCACCATCAATCCTTCTTGGC
TGACAGAAGTTGCTCCACACTTTTACCAGAACCGGCAAAACGCTATGTCCTTCTAA