>AT5G11980.1 | conserved oligomeric Golgi complex component-related / COG complex component-related
GCAGGAAAACAAATCACAGAAACATTTTGATGTTAAGTTTTTGAAAAAATCGCGAGTTTC
TGGATCTGTATACTTTCTTAGAGGAGATTTTGATAGCATCGTTTACAGGAGTAAGATCCG
GGAATGGCAATGGAGGTTGGGGAGATGTCTCAGCCGGAGGCGACGGCGAGTCTTCTCTCT
CTCGCTTCCGCCACTCAGCAACCGTACGTCTCCGAGCTCCTCTCTTTCACTCTTGATCGT
CTCCACAAGGTTCATCTCTCTCTCTCTCTCTAACTCTCTTTTGAAATCTCTGCGCTCATG
GATTTTTGTGAATCTTATATTGGTTACTGAATTTGAAGGAACCGGAGCTGCTTCGAGTGG
ATGCGGAGCGGATTCAGAGGCAAATGCAAGAGGTGGCTGTTGGAAATTACCGCGCGTTTA
TCACCGCTGCTGATGCTTTGCTTGCGATCCGTCAGGAAGTTTCTTCCATTGATAAGCATC
TCGAGTCTCTGGTAAATTATATTTTTACTTTCAATTTGTAAATTGAGTTCTACTGCTTCA
CTTGATTAGTTCTGAACCCTGGCCGATAAAATTACGATTAGTCACAGTGCAAGTATCATT
GCTAAGATCCTAAAACTAGTTGAGGTTGGAGGAGTTCGAGGCATCGTGTTTGGAGCGTTC
AATAGTTTTGGAGTTAGGGAATTAGAAAATCTAGTTTAGTTGCAGAACCATGTTGTTTCA
AGTCTTGTAGTTTTTTAGACTCTGTGTATGCAAAATTTGGGTGATTGATCTTGTTGTGTT
GTAGTCTAGGAGATACCTAAGGTCTTGATAATAGGTGAATGAATCATTGGATTAGGAGTG
TAGCTTCAGCCTCCTTGTTTTCAGTAAACAAGATTGGTTATCGCACATCTATAGAAAACA
TCCTCTGACTTTAGCAGTTGCATCTTCGGAGATGTTTTATTTTCTTTCAAATTTTGATGT
CAAAGTTCTGTACTTTTCACCTTTTGTAGATTGGCGAAGTCCCAAAACTAACGTCTGGTT
GCACTGAATTTATCGATTCTGCTGAGAATATTTTGGAGAAGAGGAAGATGAACCAAGCAT
TGCTGGCAAATCACAGCACTCTTCTTGACTTGCTTGAGATTCCTCAGCTTATGGACACGT
AAGCTATTAGACCTCGTGCCAACTTTTTTGATCTGCTTTCTAGTCAATCTTTAGCGGATC
TTCTTCCTGGCGTTAGCAACTTCTGGATGTGTACTTATCTTTTCAAAATGATTTGTGTCT
TTGTCAGATGCGTGAGGAATGGAAATTTTGATGAGGCTCTTGACCTGGAAGCATTTGTAT
CGAAACTTGCTACCCTGCATCCCAAGTGAGTTTTTTGTAATCTTTCTCACGATACTTTTA
CTTAAGGCCTCAACCATCAAGCTTTAGCTCTAAACATTATATCTTCTCTCTATGTCAAGA
TTGCCAGTTATCCAAGCACTTGCAGCGGAGGTTAGACAAACAACTCAGTCACTTCTCTCA
CAGCTTCTCCAGAAACTACGCTCAAATATACAGGTTTCATGTGAATACAGTTTTTATTTT
TGGTATTCAGTAACTATGGAATGGTTAAGCTTAGCAATCAAGAAGGCTCAATATCTGGTT
GATGCTCTCTGTTTCAGTTACCAGAATGTCTCCGCATTATTGGATACTTACGCCGAATAG
GTGTCTTTGGCGAGTATGAAATGCGATTACAGGTGAAATATTTTGACATATAACATTTGA
GGTTATCCTTCCATTACATTGTATTCCTTTGTCTATGGAATTGTTCATTCTGTAAGCTCT
GTCTTCACTTGTTAATGGATCTTCTTGTCTATGCAGTTCTTAAGATGCCGAGAGGCATGG
CTCACTGGAATTCTTGAGGATTTAGATCAGAAAAATGCCTATGAGTATTTAAAAGGCATG
ATAAACTGTCACAGAATGCACCTATTTGACGTGGTTAACCAATATCGAGCTATATTTTCT
GATGATACATCTGGGAGCGAAGAAAATTATGATGGTGGACTTTTGTTTAGCTGGGCCATG
CATCAAATAACATCACACCTGAAGACTCTAAAAATCATGCTTCCAAAGATTACTGAAGGA
GGATCTCTATCAAATATTTTGGATCAGTGCATGGTTGAGTTCTTCTGCATCTTGTGTATT
CCTTTTTGAATTCACTGTTTAACTCCGATGATTGACATTTTACCTTCTTCTCATGTCCAC
CCAGTACTGTGCGATGGGGCTTGGTGGGGTTGGGCTAGACTTCCGGGGTCTGCTTCCTCC
ACTTTTTGAAGAGTAACAATTCTTTCAATCTAATTTTAACTGCTGTCATAACCTTCGCTT
ATTTCTGTAAAAGTTCAGTATCTAACTCGCATACTTACTACAGGGCGGTTCTAAACTTAT
TCTCCAAGAACATGAGTACAGCAGTTGAGAATTTTCAGGTGCAATATTTGAACTTTTGTT
CTGGCATGGAACTCAACTCAAACAGTGTTTGGTATCCAATTATCCACATGTCACACTCTT
GAATTCTTCAGAATGTTTTACTTCCAGTTAGTTTTGGATTCACATCGATGGGTTCCATTA
CCATCTGTTGGCTTTCCTTCAAGTGGTATTAATGAAGATAGCAAGGATGACGTCACACCT
CCATCATACTTGATGGAGCACCCGCCACTTGCAGTTTTCATAAATGGTGAGATAATTATA
TACTATCAATTTTTAACATTATGGATGATATAACCAAAATGAGTGTCCTAACTCCCAACT
ATGTCAAATGTTGCAAAATGAAAGTTGTTATCTCTCTTATGGATGTTTTTTTCACAGTCT
GATTGTGATTGATAATCCCGGCTATGTCAACAGGGGTATCTTCTGCTTTGAACGAATTAC
GTCCTTGTGCCCCGCTAAGTCTAAAGAATGTTGTTGCTCATGAACTGATCAAAGGACTCC
AGGCCGTGTCTGACTCCTTACTAAGATACAATACAACTCGGATGCTTCGACTCAGTGAAT
CCAATCTATTCCTTTCACTTTGCCGAGCTTTTGTCGAGGTCGAGTTTTGAATCTCATCTC
ATCTCAGTTTTGTATTAACAAGTTAAAAGTCAGTAGCCATTTCAGATTGAACACCTCTAT
GTCCTAACGCACATTGCTCTTTTTTTCTCTTTGGTTCCTTGTTCTTACAGGTGGTTTTTC
CACATTGCGCCACATGCTTTGGCCGATGTTATCCAGGTGGTGCCACAATCGTTATGGATG
CCAAGAGTGCATACGAAGGTCTGGGTCGCATCTTAGCTGCATCGTCCTCTCAAGAACCAT
CCAACAAATCTCCAAAGGTCATCAGCACGGACACAAAGGATGCATCAGAGAATGGTGTAG
CCTCCCAACCTGAAGAAAAACAAGCCGAGAATCCAAACGCGAAAGAAGAAGATAACAGTC
CCATTCCTTTGCAGACTCCTGAGATAACACCCGAGTCTTGAGAAATTTTTCATAAATTTG
TCTTTTGTTGTAAGAATTATATGCTAATACACACATAGAGAGAGAGAGACAACAAAAGCT
TTAAAATTAAGTGAAGAGTATCAATGCATTATGGTATAAATTTGATGGGATTATGTCGAA
TTGAGACTGCATCCAATT
>AT1G75950.1 | SKP1 (S PHASE KINASE-ASSOCIATED PROTEIN 1) protein binding / ubiquitin-protein ligase
AAACTTGCGACTTTTTAACAATCGACCGACTTATCAAAATTAGGGATTGTTTTATATATA
AAGAGAGACGCATCTCTTTATTTCATTCATCGCTTCTCCAAAATTTTCTTCAAAGAACAA
ATCTCCCAAATCTAAAATCTTTCTCTTCTCTCTTCGTTTCCATAACCATGTCTGCGAAGA
AGATTGTGTTGAAGAGTTCCGATGGTGAATCTTTCGAGGTTGAGGAGGCGGTGGCTCTCG
AGTCACAAACCATAGCGCATATGGTTGAAGACGACTGCGTCGACAACGGAGTCCCTCTTC
CTAACGTCACGAGCAAGATCCTCGCCAAGGTGATCGAGTATTGCAAGAGGCACGTCGAGG
CTGCTGCCTCTAAGGCCGAGGCCGTCGAGGGTGCTGCTACCTCCGATGACGATCTTAAGG
CCTGGGACGCTGATTTTATGAAGATCGATCAAGCTACTCTCTTTGAACTCATTCTGGTAT
GTTTCTTCTCTCGATCTGATTTGATTTTTCCATCGAATTTTGAATTTTGGGATTCTAGGG
TTTTCGATTTGGGAAAATTAGGGTTTCGAAATTTAGGTGTTTGTTTCAGAAATTGAATCT
GCTTGAGATTGATATTGTTAGGGTTCTTATGGAACCAATCATTAATTGAATCTATCGATT
TGGATTATAATCATATCTGTGTTTTTGGATTCGGATTTTGATCTAATGGTTATGAATTTG
GGATCTTGTGCAGGCTGCTAATTACCTGAATATCAAGAACTTGCTTGATCTAACATGTCA
GACAGTTGCGGATATGATCAAAGGAAAGACTCCAGAAGAGATCCGCACAACGTTCAACAT
TAAGAACGACTTCACACCAGAGGAAGAGGAAGAGGTTCGCAGAGAGAACCAATGGGCTTT
TGAATGATTGATCTTCAGAGAGAAGAATCAAAAGCAGCAAGCAACCAGTTTCTTCTTCCT
TATGTTTATTGCCGTTTTCAAGTGTTGTTGATGACTTGCTTTTTAATATTCTTCATGAAT
CATGACTATCTTCTTCCTCTTCTTTCTTTCTTATCAAGAACCAATGTTTCTTACTCTTTG
TGGGATGGATAATTTGTGCTTTTAGATAATCTTCAAGAGTGATGTTGGTTTGTCTTACAA
AATAACTTCTTT
>AT3G17750.1 | protein kinase family protein
GCATTATTATTTGCGCATTGGTGGCGTTGATAATGGGATGTCCAAGGAGGAGGGAAGCGC
CGGGATTGCAGCATAAGCAAATTTATTAAGACGAAGAAGAAGAAGCTCCATTAGATTTTG
CAGAACAAATCAAAAGAACTTCAACAAGGAATATTGCAAGAAATTGATTGAAGCTGCTCG
AATTAGATCTGTAAGTGAAAATGATTGCTCGACTTCGAATTCTGGGTTTTTTGTTTTGTT
TTTTATGGGGTAATATTCATGAGAGAAGGAGAATATGCTTTTGTTAGGGTTCTGTCTAAC
GAATTTTCGTACTAGTCACTAAGTTGCTTAATTTTATCTTTCTGGGTTTTTGTTTGGAGG
GAGGAATTATTTGAGATTCGAAGAAATAAATCATGGAGTTTCTGTTTGTGTAAATGTTTC
TCAGGTTTTGTGAAAATTTGTTTCTAGAGATTTGGGGAAATGGAGGATTCGAGCTCTATC
GATTCGATTTTGGAATTTTTGCGGAAGAATCATTTTATGAGAGCTGAAGCTGCGTTGATT
AGTGAGCTTTCTAAGAAACCAAGTTCAAATGGGTCTCTTCAAAAGCTTAACTTTGAGGAT
AATTGTGTGAGCAAGTTGTTGGATAAGAAGAAGCAAGGCGGGAGTAGCCAAGCATTGGGT
CTTCACAACGATAGTCACATTTCTGATGAATTGGTTGTGAAAGAGATACAATGTGGAGCT
GCCAATAACTTACACGAGAGTAATCTTATGAATGATGTTTCTGTTCAGACACAAAGTGGT
AATGCAGATTTTTGGGAGGAGAGATTCACGTTTGCTGAAGGATTTGAGGATACCGAGCTC
GATTTACCTCCCTGGAACCATACCTCTACTGATATTGTAGCTGACTCTGAGGAATACAGT
ATCAATCCAAGTAAAAGAGGCTTTGTGAATCCACGGAGTTCAAAGCAATCAAGTCATGAA
AAGGTTCCTGAACCTGGTAAAAGCAATAAAGTGGTTGTGGAAGACGTCTTCTCTTCTTTT
GAGAAGATACGGACTGGAAGCTCTAGCCAGGTATCTCAGTATGACCATGGCAAAGCATGT
CAATCTCTGGAAGTTGATAATAAGGTTGGGAACTCTGCAATACAAGAAGGATTCGTCACC
ACGTCATGGTCAAGAAGCGAAGAGAACATTGGTGCTTCACCAGACCATTGGAAGGATTGT
TCTGTTACAACTGTTTTTCCGTTGTCCAAAGGAAGCACGTCAACAAAAGATAATGGTGTA
GCCATTTTAGATAAATGGCAAGGAAAGAAACTGGTTGGCGCGAGTGATTCCAGGATTCTT
ATCAAGGAGCAGGAAGATGATGTGGCAACAGCGCTATACCTTGGGAAGTCACAGTCTGGT
TATGAACATAAGATTCCAAGCAGCTTAGCATTTTCGCTGGCTCATGATGCTCCGAGGGAA
GATTTACCTAGACTGCCACATGTAAAAATCAAGTCAGAGGATAAACTAATGAACTTTACT
TGGGAAGAAAAACACGAGCGAGACATATTGGACGAGAAGCTGATTAATACTGATAATGCT
TTCCTATTAGGCTCTTATCTAGATGTTCCTATTGGACAAGAAATAAATTCATCAGGTTAG
TTGACATGATGATGGCTACCATCCAAATCTTAAAACTTTATGTTCTGTATGAGTAAATTA
TGTTACCATTGGCTAGCTTTTGCGTACACCTTTTCTTTTGTTTTTTGCAACCTATAACTT
ACCTTTTCTATTGTGATGGTGTCATAGGTGGCAAAATGGCTGGTGGAGGAAACTGGTTGT
CTGTAAGTCACGGAATAGCAGACGATGCATCTGACTTGATTTTTGGCTTTGGCGATGGCT
TAGGTGCTCTCAATGAACATTCAAATGAGTATTGGGACTCTGATGAATATGACGACGATG
ATGATGTTGGTTACATTAGGCAACCAATTGAGGATGAGGCATGGTTTTTGGGTCACGAAG
TCGACTATCCTAGTGATAATGAGAAAGGCACAGAGCACGGAAGTGTTCCTGATACGCAGG
ATAAAAGTCAAACCAAGAATGATGATGATCATTCATTTGCCGAGGAGGATTCTTATTTCT
CCGGTGAGCAATATGTACTCGCTAAAGGCATTGAGCCAGTTACTGCTTCCAATGATCCGA
TGGGTCTCTCAATGACTGAAACATACAGCACGACCAAGCAAGCTGATTTGGTTGCTCGAT
ATGACGGGCAATTGATGGATGCAGAGGAGCTAAGTTTGATGGACACTGAACCTGTGTGGA
AGGGATTTGTCAGCCATGAAAATGATGTAATTTTGTTGAAGAAAGGGAAAGTCGAGGACA
ACTCTGGTAGAATCTGTCGGAAGGATATCCGCGCAGAAGATGATCGAAATGCTGCAGTTA
GGTCAATTGGTGTAGGAATGAGCGATGATGTTGATGACAATGGGAGTATAATACCTGAAT
ACTTTCCTGGAGAAGGTAGTGAATGGGATCTGGAGCTCCTTCCTTATCGCGGAGTTGGAG
TTGCTGGTGTTAAGCCTCCACCTGGTAAAGGTGCGAGTATGCTGCTTAAAAACTTTGCAG
ATGGTGGATTCTCATTTCCCTCTCCAGTAGCTGATAGACAGAAGTCCCAGGATGATTCTG
CAAACCCTGAATGGTCAAACCATTGCGATGCTGTTGTGAGAAATGAAAGTGATGAACCAA
AGGGGCTAATCCAGTCCGATAGCATGATTGTCTCTTCGACAAAAAGATGCAGTGGCTCTT
CTTCTGAAAGAAATTTAAGAGACATGGATGATGAAAAGGTTGCGAGTTCAAGAAATTCTT
CCCCATCCGCACTCTCCCATAGTTCTGATACTGGGAGAGAGCACAAAGAAGAAGATGAGG
AAGAAACTAGTCATGGGCCTGAAGAAGATCCTGGGACCTCGTTCGAGGATGAGGATGCCA
TCGTGGTCCAAGAGCAAGTAAGACAGATTCAAGCCCAAGAGCAGGATTTTGAGACCTTCA
ACCTGAAGATTGTTCACAGGAAAAATAGGTCTGTTCCCTTACAATATCGTGGTTTATTAT
GTATTAAATGATGTTTCGTACACATTTTGTTTAGAAGGGGGATGAAGTCTGTCCCGAATC
TTGTGAACCCTCAGGAAATTTATTTGTTTCTTCTATTTGTCTTCTGTTGCCCAGGACTGG
TTTTGAGGAGGATAAGAACTTCCATGTGGTTTTGAATTCTGTCATTGCTGGTCGTTACCA
TGTCACTGAGCATCTTGGATCAGCAGCTTTTAGCAAAGCAATACAAGCACATGACCTCCA
CACCGGCATTGATGTTTGTGTAAAGATCATAAAGAACAACAAAGACTTTTTTGATCAAAG
CCTTGATGAGATCAAACTTCTCAAGTATGTCAACCAGCATGATCCTGCTGACAAATATCA
TCTCCTTCGACTGTATGACTACTTCTACTTCCGGGTAAGTAGATAGATGCAGAATTGTAT
CTTTTTCTTTTCAACACCGGGTGGATATTCTGCTGCTTTGGTGCTATGATGTATCAATTG
TTCGATTCAGTAAAGAACATGGGACGTGAGCCTACATCATGATGCCATTGACTGTGATTA
ATTGGAATCTCAGTTTTGCAGGAGCACCTGTTAATAGTATGTGAACTTCTCAAGGCAAAC
TTGTATGAGTTCCAAAAGTTTAATAGGGAATCAGGGGGAGAGGTTTATTTCACTATGCCA
AGATTGCAGGTTAGCCAACATCTTTACTACTCATCAGTTTTATGTATGTTTTCACTGCTC
TCTCATTTTCTTCTAAATCAAAATATTGTGCAGTCAATTACTATCCAGTGCTTGGAAGCA
TTGAACTTTCTGCATGGTCTCGGCCTTATACACTGCGACTTAAAACCTGAAAACATACTA
ATCAAAAGCTACAGCAGATGCGAAATCAAAGTTATTGATCTGGGAAGTAGCTGTTTTGAG
ACAGATCATCTTTGCTCCTATGTCCAGTCTAGATCCTACCGTGCTCCAGAAGTCATTCTT
GGGCTTCCATATGATAAAAAGATAGATATCTGGTCACTTGGCTGCATTTTGGCAGAACTA
TGTACCGGCAATGTAAGTTCCAGCATCGATGATACCAGTTAAAAGCTTTATAATTATATA
ATCCACTAAGCTAGCTAGGACCCTATAATGTAACTTGCGTCTGCTTTTGCAGGTTCTTTT
CCAAAATGATTCTCCGGCTACTTTACTTGCAAGGGTCATCGGTATAATCGGATCAATTGA
CCAAGAAATGCTTGCCAAAGGACGTGATACATGCAAGTACTTCACCAAAAATCATTTACT
ATATGAGAGGAACCAGGTGCGTATTGAAAAACCAAAAAGAAAGAAAACTTTACTATATAG
TGCGGCTCACAGCTATTACTCAAGCAATTTGTAATGGTTGTTGAATCTGATTTCAAACTA
ATGTAATGGGTTTGTGTTTCTAATACCTCAGGAGAGTAACAATTTGGAGTACCTAATACC
GAAAAAGTCATCGCTAAGGCGTAGACTACCAATGGGTGACCAAGGCTTCATAGACTTTGT
GGCATACTTGCTCCAAGTTGATCCAAAGAAACGCCCGTCTGCATTTGAAGCTCTTAAGCA
TCCTTGGTTGACTTATCCCTACGAACCCATATCTGCCTGATTCTGTAGGTGCAACAAAAG
CAGAATGGATGAGAGCTAGTCAAGGAAGAAGATGATGGTTTGTTTTTCAGACATTGTTTT
TTGTTGAAAAGTCTGCTGAGAGTGAAATCTTTCAGACCTTGTTGTATATTAATTTGATGT
GTGACTATTGCTCATTTGGTCTCAGCATTTTGTTTCACTGGTAGCTTGTGAAATATAGTC
CCTTCTTCGATTTTGCTTTTGCCACATGCTTTGGGTATTTGATTATATGATTGTAGCCGG
TGATATTTTGCAGCTAATTTTTCGTTTACGAGAG
>AT3G25980.1 | mitotic spindle checkpoint protein putative (MAD2)
ATTTCCGAGGAAGACTAGCCGTTACGCTCTTATTCCTTTTTTTTTCTTTTTCTTTCTTTC
CTTCTTTTTAATCCTTCCCTCAAATATCTTTTTTTCCCTTCAAAATCATTAAAACCCTAA
GCGACGCTGTTAACACTTGCGAATTCAATTTTCAAAATCACCGATCCTTAGACTCCATGG
CGTCCAAAACAGCGGCTGCTAAAGATATCATCACTTTACACGGATCTGCTGCCATCGTCA
GCGAATTCTTCTGTACGTATCTTCATTTTTTCTTAGACTCAATTTCAGATATCTTCTTCT
CGATTTGATGTTTTTTTTTTCCTTCTTCTTCTTCCTCCAGGTTACGCTGCGAACAGGTGA
GAATTGGATCGGAACTTTTCAATTTCAGTGTCTGGAAATCTTCGATTCTGTGATTTTTTT
ACAGTGAAATTGATTCGTTATTGGTTTCTGGGTACAGTATATTGTATAATCGTGCAGTTT
ATCCAGAGGAAAGTTTTGTGAAAGTGAAGAAATATGGACTTCCGATGTTGCTTATTGAAG
ATGAATCCGTCAAATCTTTCATGTCTAATCTCACTTCTCAGATCTCCGGTAATTTTACAA
ATGTCAGACTTTTATTCAATGATTCCTTTTGTGAGAGAGTCTGAGACTTGATTTTGTTTT
TGGTCTAAAGAATGGCTTGAAGCTGGGAAGTTGCAGAGAGTAGTGTTAGTGATTATGAGT
AAAGCTACTGGTGAAGTCTTGGAGAGGTGGAATTTTCGTATTGAGACTGATAATGAAGTT
GTTGACAAAGGGTCAGTTTTTTGTTTTTAGTGTTGATACTTTCGCAAGTTTGTTTGTTTT
CTTTGATTCTTTGTTTCATTATGTTATCTTTATGGAACTTTTTAGTGTGTCGAGGGAGAA
GAGTGATAAGGAGATCATGAGGGAGATTCAAGCTATTATGAGACAGGTTGCTTCAAGTGT
TACTTACTTGCCTTGTCTTGATGAAACATGTAAGAACCAATTCATAGGAACTTTGAGTGA
TCATCATTTCGGAACTAGTTTGATTTGGATTCTCGTTTTTGATTGTGCATGTTGTTTGTA
TTAGGTGTGTTTGATGTATTGGCGTATACGGATACTGATGTGGCTGTTCCATTCACTTGG
ATCGAGAGCGACCCGAAGTTGATTGCTAATCCACAGATGGTTAAGTTACACGGTTTTGAT
ACCAAGGTAAGGAGGAGGAAGAATTTTGAAACCTTTATTTATACACTTTGAAATGTCTAA
GTATTTTGGTGGTTTCATACTTTGCAGATTCACAAAGTCGACACGCTTGTCTCATACAAG
AACGACGAGTGGGATGAAGAAGAGTAACAGAAGTCGGGACACACGTATGCAAGGCTCTTT
GTTCAGCTTGCGTTTATCTCTTTGGGAGTTCTCATTGTTCTTAAAGGCACGTGAATCCTT
TATTCACACACCTATATCGTTTTCTCTTCTGTTTTTTTTCTTTTTCTGAATTGTATGAGA
ATTGGAATCCTGTACTTGTGTTGTGTTTTGTTCAAAAGTTATCAGCTTTTTCATTGTCCC
TGTCTCTTGTACTGAACCGTTTTGTTTACCAATCAAACTTTATGGCTCTTGGATC
>AT5G16300.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 204 Blast hits to 183 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 127 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAAAAAAGATTTGGTTCAACAT
>AT5G16300.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 199 Blast hits to 182 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 122 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAAAAAAGATTTGGTTCAACAT
>AT5G16300.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 201 Blast hits to 182 proteins in 75 species Archae - 0 Bacteria - 0 Metazoa - 125 Fungi - 34 Plants - 23 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAAAAAAGATTTGGTTCAACAT
>AT5G16300.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 204 Blast hits to 183 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 127 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAA
>AT5G16300.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 199 Blast hits to 182 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 122 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAA
>AT5G16300.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 201 Blast hits to 182 proteins in 75 species Archae - 0 Bacteria - 0 Metazoa - 125 Fungi - 34 Plants - 23 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGCTGGTTTACTCTCTTCTTTCACAAACACCAGGTCCGAGTGATGATCAACCAGT
TTTGAGACTAAACCGTCATTTTCAACCCGAATTTCCTGCCGTCGGTTTATGATTCACACA
CAAGAAACGAAGAAGCTGATTCATGAACCAAAAACTAGAGATATCTTCATTGCTATACAA
GTTTTACAAAAACGAGAGAACAGGTTTTGTAATAGGTTTTGATTTATTGTTTCTTATATG
CTTCTTTTATAAGGAACATGTAATTAAGTAAAAAA
>AT5G16300.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 204 Blast hits to 183 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 127 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGC
>AT5G16300.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 199 Blast hits to 182 proteins in 76 species Archae - 0 Bacteria - 0 Metazoa - 122 Fungi - 34 Plants - 24 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGC
>AT5G16300.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN cellular_component unknown EXPRESSED IN 23 plant structures EXPRESSED DURING 13 growth stages CONTAINS InterPro DOMAIN/s Vps51/Vps67 (InterProIPR014812) Has 201 Blast hits to 182 proteins in 75 species Archae - 0 Bacteria - 0 Metazoa - 125 Fungi - 34 Plants - 23 Viruses - 0 Other Eukaryotes - 19 (source NCBI BLink)
ATGAGAATGTCATCAGCTTCCGCCGGGGAATACCGGCCTTCCGCCGTAAGTCTCAGCAGT
AACGGAGGTGGTCAACGAGATGCTGAGTCTCTTTTTCGCACGAAACCAATGTCGGAGATT
CGAATTGTGGAGTCGGCGACTAGGAAGAACATCGAGGATAAGAAAGAGGAGCTTCGGCAA
CTCGTTGGGACTAGGTACCGTGATCTAATCGACTCAGCTGACTCGATTGTTCACATGAAG
TCGCTCTGTGAGTCGATCTCAGCCAATATCTCTTCGATCCACGGTAACATTCGATCGCTT
TCTTCTTCTTCTGTAGCGGAAACTCCTAAGCTTGCTAGCCTTAACCCAGTACGAGTCAAT
GTCTATGGGATCGCTTGTCGTGTTAAGTATCTGGTGGATACGCCTGAGAATATATGGGGA
TGCCTTGACGAGTCTATGTTTCTAGAGGCTGCGGGGAGGTACATGCGTGCTCAGCATGTG
CAGCAGAGACTGATCAAGTTGGAGGGATGTGGTGGTGGTGTAGCAGAGGTGGATCAGAGT
AAGCTGTTGGCGAATTTTCCACTATTGGAGCACCAATGGCAGATAGTTGAGAGTTTTAAG
GCTCAGATTTCGCAGAGGAGCCATGAGCGGCTTCTAGATCCGGGTTTAGGACTGGGAGCT
TATGTGGATGCCTTAACTGCTGTCGCGGTGGTTGATGAGCTTGATCCAGAGCAAGTGCTT
GAGTTGTTTCTAGACTCGAGGAAGACTTGGATTCTGCAAAAGTTGAATGCTTGTACTGGT
GAGGATGCGGGTGAGGTTGTTTTGGTGTTTTGTGATGTGTTAAGTGTGATTCAGGTTACA
GTGGGACAAGTTGGGGAACTCTTCTTGCAAGCCTTGACTGACATGCCTCTATTTTATAAA
ACAATCTTGAGTACCCCTCCAGCTTCTCAACTGTTTGGTGGAATTCCGAATCCAGAGGAA
GAGGTTGAGTTGTGGAAATCCTTCAGAGATAAACTGGAATCCGTTATGCTCATCCTTGAT
AAAAATGACGTTTCTAAGTCTTGTCTGACTTGGTTGAGGGAATGCGGTGGACAGATTGTT
GGTAAGGTTAGTGGGAAGCATTTGATTGAAGCTATAGTTACTGGCGCGGAGCTTGGATCA
GCCGAAAAGTTGATAAGGGAGACCATGGATAGCAAAGATGTCTTGAGGGGTAGTTTGGAT
TGGCTTAAAAGTGTTTTCGGGTCTGAGGTAGAGTTGCCTTGGAATAGAATCCGAGAGCTT
GTTCTGGGGGATGATTTGAACCTATGGGATGAAATATTTGAGAAGGCCTTTGTGGAAAGG
ATGAAATCTATCATTGACTCCAAATTTGAGAATTTGACTAAAGCTGTCAATGTAGCAGAT
TCGGTACATGCTTATAGTGAGATTACTGGTGAGAAAATCAACTTCCAAGCATACTTAAAC
AGACCTTCTACAGGTGGTGGTGTCTGGTTCATTGAGCCTAATTCAAAGAAAGTTGGTCTT
ATTTCCGGAAATAAATCATCACCTGAAGAAAGCGACTTCCAAAGTTGTCTAACTGCGTAC
TTTGGTCCTGAAGTTAGCCAAATGAGAGATGCAGTTGATAGGCGCTGCCATAGTGTTTTG
GAAGACCTCCTAAGCTTCTTCGAGTCAGAAAAGGCAGGTCCAAGGTTAAAGGATCTTGCA
CCATACGTGCAGAATAAGTGTTATGACAGTGTCTCAGCACTTCTTGCAGATGTAGATAAA
GAACTTGAATTTCTATGTGCTGCCGTGAAGAAAGAGAACAAGGACAGTGAAGCAATTCCA
CCTGCTATAATAATTGAGAAATCACTTTTTATGGGACGCCTTTTGTTTGCATTGCTGAAC
CACTCAAAACATGTTCCCTTAATTCTCGGTTCTCCAAGATTGTGGTGTAGAGAAACTATG
ACTGCAGTTTCTGATAAGTTGTCATCCTTGTTGAGGCAGCCAAGATTTAGCTCGAATACT
CCAGCCACTGCTGACAGCCCTGGAAAGCAATTGCATACCGATCTTAGAAAGCAGACTTCA
TTAGCTGTTGCTGCACTACTGGGAGCGGAAGAGAAAACAAGTCCAAAATTTGAAGAGCTT
AATAGAACTATGCGAGATCTGTGCATCAAGGCTCATACATTGTGGATAAAGTGGTTATCT
GATGAGCTTTCAGCTATTCTCTTGCGTGATCTTAGGAGTGATGATGGATTGTCTGCTACA
ACTCCTTTAAGGGTAACTAAATATGTTTTTATCCTTTGTCTGTATTTTCTTGTCTTTTAT
TTCGTTCTGCTTAGTTGTCTCTCCTGCATCGGTTTAGAAAGAGCTGACTAAATCGACAGA
GGTAGTTAGTTTGCTTATGTCCTATGTTGAAATTCTTTGTTTTTGGTGAAGATGATTCTG
AACTACTCTGATTTTTTGAAGTTATTATGCTATAGTTTATACTTCCTCTTGCATTTCAAT
AGTCATATGCAAGGTTAATATTGTAGTGTCCTGCTCATCTTTTAAGAATGATATAGGGAT
GGGAAGAGACAATAGTGAAGCAAGAGCAGGACGAGAGTCAATCTGAGTTGAAGATATCAC
TTCCATCGTTGCCTTCACTCTATATGATTTCATTTCTCTGTCGGGCATCAGAAGAAATTC
ATCGAATTGGAGGTCACGTACTGGATAGGTCTATTTTGCAAAAATTTGCTTCAAGCCTGT
TGGAGAAGGTGCGTTGTCTCTGGTTACTTCCTTCTTTTCTTTTTTTTTCCATCTACGACA
GAGATATTTCTGGCAAGAAAAAGTTTATTTTTCTCTTCAAAATTTTCAGAGCTGTTTGAT
AATTTTTGTTTCCTATTGATACTTTTTCACTTTCATCAGTAAACATTTCCAAGCTAGTGA
TTGCCTATAAGAATGATTTTTTCAACCTTCCATTGTACAATGCAGATCACCATTATTTAT
GAGGATTTCTTATCTGCCAGGGAGGCCAGCGAACCCCAAATTTCAGAGAAAGGAGTTTTA
CAAATTTTGCTGGATTTGAGATTTGCAGCTGACGTTCTTTCTGGGGGTGATACTAGCACC
AATGTGGAGACACCAAAGAGCACAATAAATAGATCGGCTTACAGGCGAAGGCAGGATCAA
CAGAAAACAAAGTTAGTCAATAGAGGTCGCATTGATGGAGTGACCTCCCAACTAACCCAA
AAGTTGGATCCCATAGACTGGCTTACGTAAGAAATCTTATCCCTAATCTTTACCTACGTC
ATATATTATCTTTTACTATTTTGGCTGCTCTATCGTCTTGTTGTCACTCTGATTCTAGTA
TTTTGAATATCAAAAAAGGTACGAGCCTTATCTTTGGGAGAACGAAAAGCAGTCGTACCT
ACGCCATGCTGTACTCTTTGGTTTCTTTGTGCAACTAAACCGAATGTACACAGATACTGC
GCAGAAACTATCAATTAATATAGAATCAAATATCATGCCATGTTCCACAGTTCCCCGCTT
CAAATACCTTCCCATAAGGTAAGATTTTCTTCTTCTACATCTAACATTGTTTGTATGTTT
GTAGCTTTTAAAAAAAATTGGGAAACTAGTTTCTGCTATCAGAAGTCTTCTTTTTGACCT
TTTTAAAATTTGGGAAACTAGTTTCTGATATCAGAAGTCTTCGTTTCGGGTCAAATGCAG
CGCTCCAGCTCTGTCATCTAGAAGTACAAATAAGGTCTCTATTCCAGTTACATCAAATGA
TGCTTCGGCAAGAAACTCATGGAAGGCATTTACAAACGGCGAGCAATCTCAAACAAGTGA
TTTAGAAGAAAATTCCAATTTCGGCGTGGCTTTTAAGTCTTTCATGCAGGTAAAGGTTTA
GGCTTTGGTTAATTAATGGCTACAATGTTGTAATCGGGTTTAGTATATTAGACCATGTAT
AAATTGTTTTTTCAGGAAAGCACATTGAAACTGGGATCAATATTAACTGATGGACAAGTG
GGAATATTCAAGGACAGATCAGCAGCCGCTATGTCGACATTTGGCGATATACTACCGGCT
CAAGCAGC
>AT5G42190.1 | ASK2 (ARABIDOPSIS SKP1-LIKE 2) protein binding / ubiquitin-protein ligase
GTTAGATCTCACTGGTTCAATGTGTGAGCCGGGCTTTAAAAACATTTTGATTTAACCCAT
ACACACATCTCTCTGTTCCACGATTCTCTTCCTCAGCCTCCACGTCGTCTCTAAACTCAG
CAAAAACCAATGTCGACGGTGAGAAAAATCACTCTTAAGAGTTCGGATGGCGAAAACTTC
GAAATTGACGAAGCGGTGGCGCTAGAGTCACAAACCATCAAACATATGATTGAAGATGAC
TGTACCGATAATGGTATCCCTCTCCCTAATGTCACAAGCAAGATCCTTTCGAAGGTGATT
GAGTACTGTAAGAGACATGTCGAAGCTGCTGAGAAATCCGAAACCACGGCCGATGCTGCT
GCTGCTACTACTACCACCACCGTCGCGTCGGGTTCTAGTGATGAAGATCTCAAGACTTGG
GATTCTGAGTTTATCAAAGTTGATCAGGGCACTCTCTTCGATCTTATCCTGGTTTGTCAA
ACTTATTTTTAATTGCTTTGGTTTTCAAAGTTTGCGATTTCATTTCTAGGGTTTGAGATC
TTGATTTCTGTTTGAGATCTAATTTTAGGGTTCAGGTTTTGTTTAGATTGCCAATTTCAC
AGTTTAAACTATGATCATGTCTGATTGAAATATATGGTCTGATAGAGAAAAAAGTGTCAA
GAGATTTCTTTTGAGTTTGTTGGATTTGTTTATAGCTGAAGACCACTTTACATCCAAACT
CATGTTTTTTATGTTCTGTCTTAAACATTGGATAATGTTTAATTTCTTTGGGATTTGCTT
GAATCTAGATTTGTTTTTCTGAGAAACCTTTTGGATGCTAACATGACATGTTTTGTTCTG
TCTGAAACGAGTGATAAAGTTTATTTTCTTTGGAATCGTAGTTCAATATGTTTGATTTGC
TTGAACAATAAAGTTCCATTTTTATCTGAAAGTTGAAGAGCTTGAATCTAAGTTGGTTTC
CCTGTGACACCTTTTAGGCTGCTAACTACTTGAATATCAAGGGACTGTTGGACTTGACTT
GCCAGACAGTGGCTGATATGATTAAAGGAAAAACCCCAGAAGAAATCCGTAAGACGTTCA
ATATCAAGAACGACTTCACGCCAGAGGAAGAAGAAGAGGTTCGCCGTGAGAATCAGTGGG
CGTTTGAATGAAGAAAAATGAAGACCTAGGTTGCTGTCATGTCCTCGACCCATTTGTGTC
TCCCTGTCTTATCTTCTTTCTTTGACTATATATCCATTCTCTTCTACGTGATGGTCCAGC
TAAGACAGTGGGTCGGATGTTAATGTTATGTTATGTATGTCAAATTAAAGACTTAACTAC
GAAACATATTGAAGTTGTTGCTCAAAAGAGAGTGTTGGTCTTCTATTGTTTCGTCAATCA
TTTAGATAGGTTGTGAACACAAGTGATAAGATTTGTCTGCATGTTCTTAGAAAGAGAAAA
GATCTTATTACTTGT
>AT5G47240.1 | atnudt8 (Arabidopsis thaliana Nudix hydrolase homolog 8) hydrolase
ATAAGTGTGCCTCAAAAAAATCTAACATTACTCTCTCAACACATCTCTCTTTCTTCTCCA
TTTCCTTCTTCTCTTTCATTCTCTTATTTAAGATTTAAATCTGCTCAAATGCTTGTAAAC
AAATTTCAAGTTCTTTAAACGATTTCCTTTTCAAGAAAAATCCTTCTCCTTCTTCTTTTT
ACCACATAGATCTTCTTGATCTACAATGGATTCTGTTTCTCTTTCTGAGGTTACTGTCAT
TAAAGGAACAACACATTTGGGTTTTATGCACAGTTTCAGACAGCCATTTTGTGGTGTCAA
AATATCTCCAAAGTTCTATTTATCCAAAGGTAAATAATAACACCTTAAAATCACTTCCTC
TTCACAACAAGAATCTTCATTGTCTTTTTTAAAAATTGTTTTTTTTTTTTTGCATTTTGG
ACGAGAAGTTGATGGACCAAAGGCAATATCTTCGAGCAGCAACACAAAGAGTCAATTTGT
TTATGGAGGAGGAAGCATAGCTGCAACTTCAGATTCAGGTTATAAGATGAATGGAGTAAA
CCTAAAAAGCAGAACATTGATGAGTTCTGCAGTTAAAGAAAGATCATTACTTGATGCTTA
TGATGATGAGTATGGTGGAGTAATAGTAGATCATGGAAAATTACCATCAAACCCTTATGC
TTTCGCTTCTATGCTTCGAGCTTCTCTATCCGATTGGAGAAGAAAGGTAAAAACGATAAA
CCCTATAAAAGTCTTAAACCCTTTTGTTTTTGTACATATGTAAATTTGGGGGAAATTTTT
GTAGGGAAAGAAAGGAGTTTGGTTAAAGTTACCTGTGGAACAATCAGAATTAGTCCCAAT
AGCTATAAAGGTAAGCAATAAGAAAATGGTTCTTGATCTTGTTTGATAAAGCAGAGATTT
GTTTATGCAAGTTAATGATTTTTTGTGGATTGATTTTGCAGGAAGGTTTTGAGTATCATC
ATGCAGAGAAAGGATATGTAATGTTAACATATTGGATACCAGAGGAGGAACCTAGTATGC
TTCCTGCAAATGCTTCACATCAAGTTGGTGTTGGAGGTTTTGTATTAAATCAACATAAAG
AGGTATCAATATATGAATGATTATTCTCTCAAGTCTCAACACTTAAAGTAGAGTAGGTAA
AAAGAAGAGTTACCTGAATTTTTTTTTAAATCTCATTAGGTGCTTGTGGTACAAGAAAAG
TATTGTGCTCCTTCGATTACTGGTCTATGGAAGTTACCAACAGGGTTTATTAATGAATCT
GAAGAGATTTTCTCTGGTGCTGTAAGAGAAGTCAAGGAAGAAACTGGGGTAATTAAATCC
GAGAAGATTAGTATATAGTATAAATCTTGATTCTGTTTAAAAATTCGCAAGATCATAACC
ATGTATGGCATTGTGTTGTGTTATTCAGGTAGATACAGAGTTCTCAGAGGTTATAGCTTT
CAGACATGCTCACAACGTTGCATTTGAGAAATCTGATCTGTTCTTCATCTGTATGTTGAG
ACCACTCTCTGATAAGATAATCATCGATGCTCTTGAGATCAAAGCCGCAAAGGTAAATGT
AACAAGAGTCTTTATTAGAATGCTCCAGTTGTACATGCTACAAGACGGTCCTGATTACAA
TGATTGTTGTGTTTTTCAGTGGATGCCATTGGCTGAATTTGTGGAGCAACCGATGATAAG
AGGAGACAAAATGTTTAAAAGAGTGATTGAAATATGCGAGGCGAGATTAAGCCATCGGTA
CTGCGGTCTTTCTCCTCATCGACTTGTCTCTACTTTTGATGGCAAACCTTCTTCTCTCTA
TTACAACGTTGTTGATGATGATCATGATCCTTCCCACTCCAATTGTAGCACTGAGTTTTA
TAGATAGACGGGTAAAACAGAACCAAATCAAGTGGTTCGATTCTGTATATACTTATTCTC
ATGTAATGTATGTTGTTATTTGATACTCTCTCTTCAGTATAGTAAATAGTAATAGATCCT
CTGCAAAATCCATGTAGCATCGAACCGGTACTCTCAGTAGACTATACAATAAAAAGATCT
GTTC
>AT5G47650.1 | ATNUDT2 (ARABIDOPSIS THALIANA NUDIX HYDROLASE HOMOLOG 2) ADP-ribose diphosphatase/ NAD or NADH binding / hydrolase
TTTTATTATTATTTCACTCATCATACGTTGTAGAAAGGGAACCGCAAAGTGAAAAAACAG
GTTTTGTATGCTCAAATCCTTCAAACGAGTGATCAATCTATTTAGCAATTTAAAAACTTT
CAGATTTATATAGAATTTGTTTTGTCTGTTACTTATTTAGGACAAATCTTTAGTGTAAAT
TGAGTTGAGAGTTTTGTTTTTTCTTCTCTCGTAATGATGACTTGCCGTTTGGCCAAAAGT
TATGGTTTAATCAAATTGTTGTTGTGTAATAAGAATAATGGCCGTCGTCTTCGTTTTCCT
CCGGCTGATGGGTTCTCTGCGTTTCACAGTTGCTCCACCACGAGGAACAGATCCATGTCT
GCTTCTAGTTCCTCCACAAATCCCATGTCCCGTGAGGACGCAACAACACTGCTTCCGTCT
GTTCAAGACAAGTACGGTGGCGTGATGACCGAGATGACTCATCCCATGGATCCTTCTCTC
TTCTCCACACTTCTCCGATCCTCTCTATCTACCTGGACTCTTCAGGTTCTCTCTTCCTTC
TTCCTCTTGTTAAATTTGATCTTATTGGATTCGATCAAAATGACAAATTTTGTTATCCGA
ATCAAGATACTGGTACCGATTTGTTGTTACATAGAAGAATCATTGTAAAAGTTTGGGTGT
TAAAAGTGTTAGTGTCACTATTCCGCTTGAAAATTGTTGTATTCTAATGCGGGCCAGAAA
CTCTCTTTCACTTTGCTGCAAAAAAAATTAAATTCAACTTTTCCACTACAGTAATAGACG
GTGAATAGGACTATGAACCGATCTACTGTGAAATGTTTACAAACGTTTTTATGTACGCAG
GGCAAAAAGGGAGTGTGGATCAAGTTGCCAAAGCAGCTTATTGGTCTTGCTGAAACTGCT
GTTAAGGTCTTGTTTTGTTACCTAATGCGCAATCAGATATCTTTAAACCCCCTTTTGCTT
ATTGTTTGGAGAGTCTTCATATCACTTACTGGTTGTGTATTATGTGTAGGAGGGATTCTG
GTTTCACCACGCGGAGAAAGACTACTTGATGCTTGTCTATTGGATTCCCAAAGAAGACGA
TACGCTTCCTGCCAATGCATCTCACCGTGTTGGCATAGGTGCCTTTGTCATTAACCACAA
CAAAGAGGTTTGATTACTGATGAGATGAGATTTTTAGTGTGTCTTTTTGGAACATCTCCA
AGAATGGATCACATCTCTTTTCTTTTCTGTATTTGAATCCAAAGGTGCTGGTGGTTCAAG
AGAAGACAGGGAGATTTCAAGGTCAAGGTATCTGGAAGTTCCCCACCGGAGTTGTGAATG
AGGTGCTGGTTCTTATTAAAGCTCATTACATGGTTAGGTTCAGCTCTCTGATTCGCCTTT
TTGTGTTTGTGTTGAGTCAGGGTGAAGACATTCATGATGGCTCAGTCAGAGAGGTGAAAG
AAGAGACCGGAGTAAGGCTTCTTCATGCCTCAACTTTTCACTGTCCTCTTTACAGTTTAC
ATGAGACCAAGAGCTAATCCCACTCTTCTGCATCGTATGTTTTCAGGTGGATACAGAATT
CGACCAAATATTGGCCTTCAGGTAGCAACTCCAACTGCATAATCTTCTATATTGCAACAT
AACTGATTCTCGTCTGTTTTAAAATTCTGGCAGACAAACACACAAAGCGTTCTTTGGAAA
GTCAGATTTGTTCTTCGTGTGCATGTTAAAGCCCCTTTCTTTGGAGATCAACGCACAGGA
GTCAGAGATTGAGGCAGCTCAGGTAACAGTTTTTGCTCCTCACTTCAACGACTCTCCAGT
CTCATCCACTAAAACACTCATAAACCTCTTCTCTTTCTGAAAATGGGAATTTGGTGCAGT
GGATGCCTTGGGAGGAATACATAAATCAACCATTTGTACAAAATTATGAGCTATTGAGGT
ATATGACAGACATTTGCTCTGCTAAAACCAACGGAGACTACGAAGGCTTCACTCCTCTCC
GCGTCTCTGCACCTGATCAACAAGGCAACTTGTACTACAACACCCGCGACTTACATTCGC
GCAATTGACCTTCTTTCTCAACAAACAGAGCTTTCCTCACAGATTCTAACGAAGCTGGTT
TCTTTGCTGCCTCTCTATGTAAGCATTTTGACACTTGAATCACTACATAACTCTCACCAA
AACATAAAAGCATCCCAAATGAAAACATTTGCATTCAATACAATGGCTTTAGTTACATAC
AAGATTCAATGAAGCAGATTCGTTAGT