>AT4G23930.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN endomembrane system EXPRESSED IN 11 plant structures EXPRESSED DURING 6 growth stages CONTAINS InterPro DOMAIN/s Harpin-induced 1 (InterProIPR010847) BEST Arabidopsis thaliana protein match is proline-rich family protein (TAIRAT1G644501) Has 80 Blast hits to 75 proteins in 8 species Archae - 0 Bacteria - 0 Metazoa - 0 Fungi - 0 Plants - 80 Viruses - 0 Other Eukaryotes - 0 (source NCBI BLink)
AAACATCTCCACCGAGAAATGTCGAAGTCTTGTTCAAACCTCGCTTCATGCGCCGTCGCC
ACGCTCTTCATAGTCTTCTTAATCATCGCCGCACTTACTGTTTATCTCACAGTCTTTAGA
CCGAGAGATCCTGAGATCTCCGTCACTAGCGTCAAGGTTCCTTCATTCTCCGTCGCTAAT
AGCTCCGTTAGTTTCACCTTTTCTCAATTCTCCGCCGTTAGAAACCCTAACCGCGCAGCT
TTCTCACACTACAACAATGTAATCCAGCTCTTTTACTATGGAAACCGGATCGGTTATACC
TTCGTACCTGCTGGTGAGATCGAATCGGGTCGAACCAAGCGTATGTTAGCTACTTTCTCC
GTTCAGTCGTTTCCTCTCGCGGCGGCCTCTAGTTCTCAAATCTCCGCCGCCCAATTTCAA
AATTCGGATCGGTCCGGGTCAACAGTGGAAATAGAGTCGAAGCTGGAGATGGCGGGTCGG
GTTCGGGTTCTCGGTTTGTTTACTCACCGAATCGCGGCTAAATGTAATTGTAGGATCGCG
ATTTCCTCGAGTGATGGTTCCATCGTAGCCGTCCGTTGTTAATATTAAAAAACAATTGTA
AAAGTGACATGGTTATTTTTCAAAAATACATGTATGTGAAGTGAAACCTCTTGGGTTCTT
TTCTGAATCCATCAAGTTAGAAAATTGCAAATATTAATACAAAGCTATTGTACTTTTAGA
TTTTGTACGTATACTAAATTACAACTTAACACGAAATTTTCGGTTGC
>AT4G23930.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN endomembrane system EXPRESSED IN 11 plant structures EXPRESSED DURING 6 growth stages CONTAINS InterPro DOMAIN/s Harpin-induced 1 (InterProIPR010847) BEST Arabidopsis thaliana protein match is proline-rich family protein (TAIRAT1G644501) Has 183 Blast hits to 177 proteins in 15 species Archae - 0 Bacteria - 0 Metazoa - 0 Fungi - 0 Plants - 183 Viruses - 0 Other Eukaryotes - 0 (source NCBI BLink)
AAACATCTCCACCGAGAAATGTCGAAGTCTTGTTCAAACCTCGCTTCATGCGCCGTCGCC
ACGCTCTTCATAGTCTTCTTAATCATCGCCGCACTTACTGTTTATCTCACAGTCTTTAGA
CCGAGAGATCCTGAGATCTCCGTCACTAGCGTCAAGGTTCCTTCATTCTCCGTCGCTAAT
AGCTCCGTTAGTTTCACCTTTTCTCAATTCTCCGCCGTTAGAAACCCTAACCGCGCAGCT
TTCTCACACTACAACAATGTAATCCAGCTCTTTTACTATGGAAACCGGATCGGTTATACC
TTCGTACCTGCTGGTGAGATCGAATCGGGTCGAACCAAGCGTATGTTAGCTACTTTCTCC
GTTCAGTCGTTTCCTCTCGCGGCGGCCTCTAGTTCTCAAATCTCCGCCGCCCAATTTCAA
AATTCGGATCGGTCCGGGTCAACAGTGGAAATAGAGTCGAAGCTGGAGATGGCGGGTCGG
GTTCGGGTTCTCGGTTTGTTTACTCACCGAATCGCGGCTAAATGTAATTGTAGGATCGCG
ATTTCCTCGAGTGATGGTTCCATCGTAGCCGTCCGTTGTTAATATTAAAAAACAATTGTA
AAAGTGACATGGTTATTTTTCAAAAATACATGTATGTGAAGTGAAACCTCTTGGGTTCTT
TTCTGAATCCATCAAGTTAGAAAATTGCAAATATTAATACAAAGCTATTGTACTTTTAGA
TTTTGTACGTATACTAAATTACAACTTAACACGAAATTTTCGGTTGC
>AT4G23930.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN endomembrane system EXPRESSED IN 11 plant structures EXPRESSED DURING 6 growth stages CONTAINS InterPro DOMAIN/s Harpin-induced 1 (InterProIPR010847) BEST Arabidopsis thaliana protein match is proline-rich family protein (TAIRAT1G644501) Has 80 Blast hits to 75 proteins in 8 species Archae - 0 Bacteria - 0 Metazoa - 0 Fungi - 0 Plants - 80 Viruses - 0 Other Eukaryotes - 0 (source NCBI BLink)
AAATGTCGAAGTCTTGTTCAAACCTCGCTTCATGCGCCGTCGCCACGCTCTTCATAGTCT
TCTTAATCATCGCCGCACTTACTGTTTATCTCACAGTCTTTAGACCGAGAGATCCTGAGA
TCTCCGTCACTAGCGTCAAGGTTCCTTCATTCTCCGTCGCTAATAGCTCCGTTAGTTTCA
CCTTTTCTCAATTCTCCGCCGTTAGAAACCCTAACCGCGCAGCTTTCTCACACTACAACA
ATGTAATCCAGCTCTTTTACTATGGAAACCGGATCGGTTATACCTTCGTACCTGCTGGTG
AGATCGAATCGGGTCGAACCAAGCGTATGTTAGCTACTTTCTCCGTTCAGTCGTTTCCTC
TCGCGGCGGCCTCTAGTTCTCAAATCTCCGCCGCCCAATTTCAAAATTCGGATCGGTCCG
GGTCAACAGTGGAAATAGAGTCGAAGCTGGAGATGGCGGGTCGGGTTCGGGTTCTCGGTT
TGTTTACTCACCGAATCGCGGCTAAATGTAATTGTAGGATCGCGATTTCCTCGAGTGATG
GTTCCATCGTAGCCGTCCGTTGTTAATATTAAAAAACAATTGTAAAAGTGACATGGTTAT
TTTTCAAAAATACATGTATGTGAAGTGAAACCTCTTGGGTTCTTTTCTGAATCCATCAAG
TTAGAAAATTGCAAATATTAATACAAAGCTATTGTAC
>AT4G23930.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN endomembrane system EXPRESSED IN 11 plant structures EXPRESSED DURING 6 growth stages CONTAINS InterPro DOMAIN/s Harpin-induced 1 (InterProIPR010847) BEST Arabidopsis thaliana protein match is proline-rich family protein (TAIRAT1G644501) Has 183 Blast hits to 177 proteins in 15 species Archae - 0 Bacteria - 0 Metazoa - 0 Fungi - 0 Plants - 183 Viruses - 0 Other Eukaryotes - 0 (source NCBI BLink)
AAATGTCGAAGTCTTGTTCAAACCTCGCTTCATGCGCCGTCGCCACGCTCTTCATAGTCT
TCTTAATCATCGCCGCACTTACTGTTTATCTCACAGTCTTTAGACCGAGAGATCCTGAGA
TCTCCGTCACTAGCGTCAAGGTTCCTTCATTCTCCGTCGCTAATAGCTCCGTTAGTTTCA
CCTTTTCTCAATTCTCCGCCGTTAGAAACCCTAACCGCGCAGCTTTCTCACACTACAACA
ATGTAATCCAGCTCTTTTACTATGGAAACCGGATCGGTTATACCTTCGTACCTGCTGGTG
AGATCGAATCGGGTCGAACCAAGCGTATGTTAGCTACTTTCTCCGTTCAGTCGTTTCCTC
TCGCGGCGGCCTCTAGTTCTCAAATCTCCGCCGCCCAATTTCAAAATTCGGATCGGTCCG
GGTCAACAGTGGAAATAGAGTCGAAGCTGGAGATGGCGGGTCGGGTTCGGGTTCTCGGTT
TGTTTACTCACCGAATCGCGGCTAAATGTAATTGTAGGATCGCGATTTCCTCGAGTGATG
GTTCCATCGTAGCCGTCCGTTGTTAATATTAAAAAACAATTGTAAAAGTGACATGGTTAT
TTTTCAAAAATACATGTATGTGAAGTGAAACCTCTTGGGTTCTTTTCTGAATCCATCAAG
TTAGAAAATTGCAAATATTAATACAAAGCTATTGTAC
>AT1G80910.1 | unknown protein
ATGAGAATCTGAAGATCCTCTACGACCCGAGTCCATTTTAGATCCTAACCCGGTGACCCG
TTTACCTGGTTTCCTCTCACCACCAAGTTTTGCTTCTAAAATTTTCTGGTAGATCTGAGT
CCACAATCATCAGAAATCAACTTTGTGAATTGAAGGCCGATCACTCCTTTGACTTTGTTC
TTAGGGTTCATCCTCAAAGGTAATCAATTTATATGGATTACGCAATTTTCTTAACGAAAT
TGATTAACTTGCAATTACCTGAACCTCCAAAATCGTAAATTGTAGGGTTCTCTGGTGATT
TGATGTGCCTTAAAGTTATGAATTTTAGATACGGAGTTTGTATTATTGCCTGATTTCCGA
TACACATTTCTGTGTGCTTTTTAAGGTGTTTAATGAGCTCTTAGAAGCTATGGGAATGGC
GTCCATGAGCTCTGGTACTGAAAGCCTTCGTCTTTGCGTGTTTGACTTAAGAAGAGGCCA
ACACGAAGGACAGGAACTGGACAAGATCTTGTTCTTCTATCCTCCTGATCTAACCTTCTC
CACTCAGCTATCGGTTATAGGTCTCAGTGAAGGGCTTATCACGTTCACGAGGTTAGCTAC
TAGAGATTTTCCTTCTTTACACAGATTTTTCGAGTTCATGGATTGATTGATGTTGTCTCA
TGTTCACATAAATTTTGAGCGTTATTAGCTTTTCCTGTATTGTTGGGTGTTCCTGAGACG
TGGTTTATGGAATATAAACACAGACTTTTCTCCCCGGAGGCAGCTTGTGAGGTAATTGAA
GCAGAGAGACATTCCCATGTTTTCTATGAGGCCGAGCCCGATATCTGGATGGTCATGGTA
CAACATTATCAACTCTTTCACTTGTTTTAGCAATTGATTTGCACTTTGTTCATATGCATA
AAAAGAACAAAATTTGATTTAGACTTTGGTAGATTGTAGAGAAAAATAAGGAGATTGAAG
CTGTATGGAGGATTGATGCATTGCGGAGAGTGCTTAAGGAAGTGCACTCTCTCTTTGTTA
TGTTTCAAGGGTCAATTAGGGCATTGCTTGAGAAAGAACCAACTGGAGGACTTGTAAGAT
CGCACTTGTATCCATTCATCACAGACTATTTAAATGGTAAGCAATAATCACCAAGTCTAT
AGCCCACAAAATCCCTGTGTAGTAGCACTTATCAAAAGTTTTTCTATTTTGGGGCAGATC
TTTTCGTTGGGAAAAAACAACAGTTACCTTCCTTCCGTGACACTTTGAAAGAGCGTGGAA
CAGTTCAGATGCTAACTTTAGCTAGAGATGCGGCACTTGAAGTTCAGGTTTGTTTCTCTA
TCAGAAGATGCGTTTCGAAACAAAAAAAAAGTTCACTATTTTGAATAGTATTATTTAGAT
GTACAGTCTCTCGTCGGAGTGCTAGATTCATGTGCTGGGACCGTTCGATGCCACTCTGTG
ATTCTATTTCATGATCTACTGGTGTCAACAACTCTCTCACCTGTATGTTTTCAAATCCCT
CATTCGCATTAATCATATTTGCCAAGATTGTTGAGTCGTTAAGATTCTTAAATTATCGTG
GTCTGTGTAGACTATATTGTTCACTAATACTAAAAGCTTTAGTCTTTGTCTTCTCTCTCT
CTTCTCTTTTCAGGATGATACCGTCGACTTGTTTGCATTTTCTGTCATGAGATTAACCAC
AAACGCGCTATCATCTGGCACAAGTTCCTGGTCATATCTACGCAAAGGATCCGGTTCACC
TCAAATATCTTCTAGATCTACTACGGTGCCCCCTCTTGGTTCAGGTGGTACATTGCCTTC
GGGAAATGGTAGTAGCACAGGTCGTGTTATTAGACCTTTGCAGCACGATAAGTGGTCGAA
GGGGAAAGATGGGTTTCTTGTAACTGATATTTGGGGTTTAGATGCCACCCCGACAATTTT
GATACAGAAGACACAGGAAAGTTTTTACCTTTTGACTTATCAGTACAAGAGTCTCACCTT
GGTTCTTCTCGTGCCTATCGCTGCAATTGTTAATGGAGAGCTAGACATCTCATTCGTGAA
GCAGCAAGTTATTGAAAACGTTAGCTCATCTCTGTAAACCTGTCTTGCTTCATTGTAAAA
TCTTTTCAGACTCCATCCCTTATCATCTCTATGCATTTTTGCAGGCATCGACCAAAATCT
TGAAAGTCGAAGAGAAGCTATCGAAAGGGTGGGGCGGTGAGAATGCTTACCATGTAAGCG
GTTACCGTTACTTACTAGTTGATAATGACATGGAAGTTTCCAGAGCTTCTCCACCAGGAA
AGGTAGCAACACTAGCAAAGGTGAGAGAGAACTTCCATCAATCATATTCATATACTGCGA
TCTCGTGAGTAGCATAAGCAAGAGTGTAACAAAATTGTCTCTGATTTCGTAGGAGTCTTT
GCTTGCACTAAACAAGCTAAGGGAAGAAGTGGATACAGAAAAAAACCGCTCGAAGCAAGA
GAAAGACATGGAAATATGCATTCGAGCGAAGAACAACACATGGGTCATCGCGCGTCTAAA
CAGAGGTAAAGAGCTTTACATGGCTTTAGAGAAAGCAAGTGAAACTCTTCTTGATGCTAC
AGACTCTGTCCAAAGATTCAGCAACAGGTAAAACTTTTTAGTTACTACTACTACTAAAGT
ACTAACCCATGAATTAGGGTTTCCAAACAAAAAAAATGAAATGATGTTGCCAATTTCTTC
AGGTACTGCAGCGGGGCATTCCCCATGGATTAGATTCTGCAATTGTTTGTTTTGATAGAA
GTTGCAAAGGAAAGTGTTTTTGAAGTGTTTTGAGATATGTTTTAGATTTTCAATTATAAG
ATATAAAAGAAACCGTTACAAAGAATGAGAATTTGGTGACTTTTGTATCCACAACTAAAA
GTAAACGTGGAACTTGACCCTTGACGGTTTGAATAAAACCTTCGCTTAATCTCAAAGATT
AGT
>AT1G16020.1 | unknown protein
GATCCTTGTCACAAAATGTCGCGTAATTCTTCTACTGATTTCAGCTCAATCGCTCAAATT
CGAGTTTGCGTTTAGAAATTGAAGTTGACTCTTCTGTTCTTGAATCTATCTCCGATCGGT
GAACTATCTCGCAGTACCAGGAGATTGATCACTCCTTCGACATTGCTCTTTGAATTCGTC
CTCAAGGTAGTCAATTTTCACTTAATTTTTTTTCCGTTTCCTAGCCTTCTACAGTAATTT
TCTCTTCTCGATGTATGGGTTCTTCGGTCTTCTTATTAGGAACCTTACTTGGTATTTGTG
TGCCGTGGTTGAATCACCAATGTGCTCTTGAAACCCTGAAATTACTTTGGATTTTGAAGT
AGAGTACATCCACATTGGAAACAACAACCAATTGTAACATGCTTGATTCTGACGCGGTTC
TTGCATTGTATTGTTAGGGTATTAATGAGCTCGTAGAAGCTACCAGAAATGGCGTCCATG
AGCTCTGGTGATGAAAGCCTTCGACTTTGCATGTTTGATTTGAGGAGAGGTCAAACTGAA
GGACAAGAGTTAGAGAAAATTTTGTTCTTTTATCCTGCCGATTTAGACTTCTCGACGCAG
TTATCAGTGATCGGGCTCAGTGAAGGGCTTATTACTTTTACTAGGTCAGCTGCTATAGAT
TCTTCTTCTTTTTGAACACTGTGAGATGTGTTTTTACAATTGCTGGTGATCTAGATTTGG
TTGCATTTGTGACTTGTTCGATAAATTAAGTCAGGGTCGTTAATCGATAGTCTGTGTAGA
TCTTCTTCATGTTTTGAGGCTTGGTGTGACTATTAATGCAGACTTTTCTCTCCGGAGGCG
GCTTGTGAAGTGATCGAAGCAGAAAGACATTCCCATGTTTTCTATGAGGCTGAACCTGAT
ATCTGGATGGTTATGGTAAGGCATTGTCTTACTTTTCTTTTGTTATAGCACAATGTTTTC
TATGAATGATGCATCCTATGGTGTCTTAGCAATGTAAATAAACAAGATCTGATCTATACA
TTGGCAGGTTGTGGAGAAAAATAAGGAGACAGGAGCGATATGGAGGATCGATGCATTAAG
GAGGGTGCTTAAAGAAGTGCACTCACTCTTTGTGATGTTTCACGGGTCAATTAGGGCATT
AATCGAAAAAGAACCAACAGGAGGGCTTACCCGATCACTATTGTACCCGTTCATCACAGA
TTATTTAAGCAGTAAGTGACTATCACAAAATCTAGCATATATAACTTTCCACTGTTTTCC
CTTTTTATTCTGTTTCCCGCTTCAATACATTTTATGTCAATAATTGTCAGCATTTCAAAT
ATGGTCTCTCTCGGAAGACTGCTGCTGTGGTAAAATCCTGAAGTTGCTGTGTCGAATGCC
TTCCTTTGGATTTGTGCAAAACCACCGCATATTTTGTTATCTTCATGGTAAAATACTCAA
GTTCGTTCTTATGCAAAGGTTTTCTGTTCCTGGCAGAATTTTTTGTTGGGAAGAAACTTC
AGCTACCAACTTTCCGTGAAACTTTGAGAGAGCGTGGAACTGTTCAAATGCTTACTTTAG
CAAGGGATACTGCAGTTGAAGTTCAGGTTTGTGTCTCCAAACCTGTTGGATTATTATTAC
ACATACTAATTTGGTATTTGACGAACAGTTTTTGGATGTACAGTCTCTTGTTCAAGTACT
AGATTCATGTGCTGGGAGCTTACGATGTCACTCTATGATCTTATTTCAAGATCTTTTGGT
TTCAACAACCCTCTCAGCTGATGATACCGTCGACTTGTTTACATTTGCGGTAATGAGGTT
GACCTCAAAAGCTTTATCCTCTGATACGAGTTCTTGGTCATATCTACGTAAAGGGCCTGG
TTCATCTGAAATCTCTTCTAGATCTAATCTGGCACCCGTTGGCTCAATTGATTCCCTACA
CTCAAGAAACGGTAATAACATGCATCATGTTATTAGGCCACTACAAAATGATAAGTGGAC
AAAAGGGAAAGATGGGTTTCTAATAACCGATATTTGGGGTCTTGAGACTGGCGGCTCCCC
TGATTCTGCCATCCCTACAATTTGGCTTCAGCAGACACAAGAAAGAATGTATCTCCTTGC
CTATCAGCATAAAAGTCTCACCTTACTTCTTCTGATGCCTACAAATGCCATTGTCAATGG
AGATTTAAGCATCTCAGCCGTGAAACAGCAAGTTATTGAAGATGTTAGCACATCTCCCAT
CGATCTTTTTTGTTGAATCTCTTTTCTGGTGTCTTCTAATATATACCCAATATATCTTTT
CCAGGCATCACTGAGAATTTTGAAAATTGAAGAGAATATTTCAAGAGGGTGGGGCGGTGA
GAATGCTTACCATATTAAGGGTTACCGTTACTTAGTAGTTGATAATGACACGAAAGTATC
CAGATCTTCTCCTTCAGGAAAAGTAACAACACTTGCAAAGGTAACGTCTTTCACACTACG
ATTTACTAGCTGAAATTATTACCACCTTGGACTCAAAGTGTATGAACTTCGAAACCGCAG
GAGTCTCTACTTGCACTAAACAAGCTTAGAGAAGAAGTGGATTCAGAAAAAAGCCGTGCA
AAAGGACAGGAGAAAGACATGGAAATATGCATCAGAGCTAAGAACAATGTGTGGGTGATC
GCCCGTGTGACCAGAGGCAAAGAGCTTTACATGGCTTTGGAGAAAGGCAGCGACACTCTT
CTTGATACCACAGACGCTGTTGGAAGATTCAGCAACAGGTATTGCTACTTACGAACTAAA
TACTCTGCCTTGGGAACAAGTTCATGACTGTTCTTACAAAAACATGTGCTGGGATTTAAA
CAGGTATTGCAGCGGAGCATTCTTGATGGACTAAGTTTTCGTGTTCTTTCTTCTGGTTTT
GGGAAGAGGGTTCTTCTAGTTTCAAGTACGAAGTGAAAAGCTCAGAAGAAGTAATGAGCA
CTTCTCTCTCAGCCATTAATTTTGTTTTGTGAGAAATTGCAGAGAGGAAAACGATTGTGT
TCTTAGTTGGCCTGTAGATATGTAACAATGATATTCCACGTTGGATCAGTGCAAACAAAT
CCTTTTTTGTGCGGAGGAAAGCATCTTTCTCGTGGGTCTTAATCCTTGGTTTGGTTGGAT
ATACCCACTCCTGATTACTAGTACTATACAAGTGTTACTCTGTATCCGTTTCAATAGAAT
TTGAAGTTTACAAT
>AT1G16020.1 | unknown protein
GATCCTTGTCACAAAATGTCGCGTAATTCTTCTACTGATTTCAGCTCAATCGCTCAAATT
CGAGTTTGCGTTTAGAAATTGAAGTTGACTCTTCTGTTCTTGAATCTATCTCCGATCGGT
GAACTATCTCGCAGTACCAGGAGATTGATCACTCCTTCGACATTGCTCTTTGAATTCGTC
CTCAAGGTAGTCAATTTTCACTTAATTTTTTTTCCGTTTCCTAGCCTTCTACAGTAATTT
TCTCTTCTCGATGTATGGGTTCTTCGGTCTTCTTATTAGGAACCTTACTTGGTATTTGTG
TGCCGTGGTTGAATCACCAATGTGCTCTTGAAACCCTGAAATTACTTTGGATTTTGAAGT
AGAGTACATCCACATTGGAAACAACAACCAATTGTAACATGCTTGATTCTGACGCGGTTC
TTGCATTGTATTGTTAGGGTATTAATGAGCTCGTAGAAGCTACCAGAAATGGCGTCCATG
AGCTCTGGTGATGAAAGCCTTCGACTTTGCATGTTTGATTTGAGGAGAGGTCAAACTGAA
GGACAAGAGTTAGAGAAAATTTTGTTCTTTTATCCTGCCGATTTAGACTTCTCGACGCAG
TTATCAGTGATCGGGCTCAGTGAAGGGCTTATTACTTTTACTAGGTCAGCTGCTATAGAT
TCTTCTTCTTTTTGAACACTGTGAGATGTGTTTTTACAATTGCTGGTGATCTAGATTTGG
TTGCATTTGTGACTTGTTCGATAAATTAAGTCAGGGTCGTTAATCGATAGTCTGTGTAGA
TCTTCTTCATGTTTTGAGGCTTGGTGTGACTATTAATGCAGACTTTTCTCTCCGGAGGCG
GCTTGTGAAGTGATCGAAGCAGAAAGACATTCCCATGTTTTCTATGAGGCTGAACCTGAT
ATCTGGATGGTTATGGTAAGGCATTGTCTTACTTTTCTTTTGTTATAGCACAATGTTTTC
TATGAATGATGCATCCTATGGTGTCTTAGCAATGTAAATAAACAAGATCTGATCTATACA
TTGGCAGGTTGTGGAGAAAAATAAGGAGACAGGAGCGATATGGAGGATCGATGCATTAAG
GAGGGTGCTTAAAGAAGTGCACTCACTCTTTGTGATGTTTCACGGGTCAATTAGGGCATT
AATCGAAAAAGAACCAACAGGAGGGCTTACCCGATCACTATTGTACCCGTTCATCACAGA
TTATTTAAGCAGTAAGTGACTATCACAAAATCTAGCATATATAACTTTCCACTGTTTTCC
CTTTTTATTCTGTTTCCCGCTTCAATACATTTTATGTCAATAATTGTCAGCATTTCAAAT
ATGGTCTCTCTCGGAAGACTGCTGCTGTGGTAAAATCCTGAAGTTGCTGTGTCGAATGCC
TTCCTTTGGATTTGTGCAAAACCACCGCATATTTTGTTATCTTCATGGTAAAATACTCAA
GTTCGTTCTTATGCAAAGGTTTTCTGTTCCTGGCAGAATTTTTTGTTGGGAAGAAACTTC
AGCTACCAACTTTCCGTGAAACTTTGAGAGAGCGTGGAACTGTTCAAATGCTTACTTTAG
CAAGGGATACTGCAGTTGAAGTTCAGGTTTGTGTCTCCAAACCTGTTGGATTATTATTAC
ACATACTAATTTGGTATTTGACGAACAGTTTTTGGATGTACAGTCTCTTGTTCAAGTACT
AGATTCATGTGCTGGGAGCTTACGATGTCACTCTATGATCTTATTTCAAGATCTTTTGGT
TTCAACAACCCTCTCAGCTGATGATACCGTCGACTTGTTTACATTTGCGGTAATGAGGTT
GACCTCAAAAGCTTTATCCTCTGATACGAGTTCTTGGTCATATCTACGTAAAGGGCCTGG
TTCATCTGAAATCTCTTCTAGATCTAATCTGGCACCCGTTGGCTCAATTGATTCCCTACA
CTCAAGAAACGGTAATAACATGCATCATGTTATTAGGCCACTACAAAATGATAAGTGGAC
AAAAGGGAAAGATGGGTTTCTAATAACCGATATTTGGGGTCTTGAGACTGGCGGCTCCCC
TGATTCTGCCATCCCTACAATTTGGCTTCAGCAGACACAAGAAAGAATGTATCTCCTTGC
CTATCAGCATAAAAGTCTCACCTTACTTCTTCTGATGCCTACAAATGCCATTGTCAATGG
AGATTTAAGCATCTCAGCCGTGAAACAGCAAGTTATTGAAGATGTTAGCACATCTCCCAT
CGATCTTTTTTGTTGAATCTCTTTTCTGGTGTCTTCTAATATATACCCAATATATCTTTT
CCAGGCATCACTGAGAATTTTGAAAATTGAAGAGAATATTTCAAGAGGGTGGGGCGGTGA
GAATGCTTACCATATTAAGGGTTACCGTTACTTAGTAGTTGATAATGACACGAAAGTATC
CAGATCTTCTCCTTCAGGAAAAGTAACAACACTTGCAAAGGTAACGTCTTTCACACTACG
ATTTACTAGCTGAAATTATTACCACCTTGGACTCAAAGTGTATGAACTTCGAAACCGCAG
GAGTCTCTACTTGCACTAAACAAGCTTAGAGAAGAAGTGGATTCAGAAAAAAGCCGTGCA
AAAGGACAGGAGAAAGACATGGAAATATGCATCAGAGCTAAGAACAATGTGTGGGTGATC
GCCCGTGTGACCAGAGGCAAAGAGCTTTACATGGCTTTGGAGAAAGGCAGCGACACTCTT
CTTGATACCACAGACGCTGTTGGAAGATTCAGCAACAGGTATTGCTACTTACGAACTAAA
TACTCTGCCTTGGGAACAAGTTCATGACTGTTCTTACAAAAACATGTGCTGGGATTTAAA
CAGGTATTGCAGCGGAGCATTCTTGATGGACTAAGTTTTCGTGTTCTTTCTTCTGGTTTT
GGGAAGAGGGTTCTTCTAGTTTCAAGTACGAAGTGAAAAGCTCAGAAGAAGTAATGAGCA
CTTCTCTCTCAGCCATTAATTTTGTTTTGTGAGAAATTGCAGAGAGGAAAACGATTGTGT
TCTTAGTTGGCCTGTAGATATGTAACAATGATATTCCACGTTGGATCAGTGCAAACAAAT
CCTTTTTTGTGCGGAGGAAAGCATCTTTCTCGTGGGTCTTAATCCTTGGTTTGGTTGGAT
ATACCCACTCCTGATTACTAGTACTATACAAGTGTTACTCTGTATCCGTTTCAATAGAAT
TTGAAGTTTACAAT
>AT1G16020.2 | unknown protein
GATCCTTGTCACAAAATGTCGCGTAATTCTTCTACTGATTTCAGCTCAATCGCTCAAATT
CGAGTTTGCGTTTAGAAATTGAAGTTGACTCTTCTGTTCTTGAATCTATCTCCGATCGGT
GAACTATCTCGCAGTACCAGGAGATTGATCACTCCTTCGACATTGCTCTTTGAATTCGTC
CTCAAGGTAGTCAATTTTCACTTAATTTTTTTTCCGTTTCCTAGCCTTCTACAGTAATTT
TCTCTTCTCGATGTATGGGTTCTTCGGTCTTCTTATTAGGAACCTTACTTGGTATTTGTG
TGCCGTGGTTGAATCACCAATGTGCTCTTGAAACCCTGAAATTACTTTGGATTTTGAAGT
AGAGTACATCCACATTGGAAACAACAACCAATTGTAACATGCTTGATTCTGACGCGGTTC
TTGCATTGTATTGTTAGGGTATTAATGAGCTCGTAGAAGCTACCAGAAATGGCGTCCATG
AGCTCTGGTGATGAAAGCCTTCGACTTTGCATGTTTGATTTGAGGAGAGGTCAAACTGAA
GGACAAGAGTTAGAGAAAATTTTGTTCTTTTATCCTGCCGATTTAGACTTCTCGACGCAG
TTATCAGTGATCGGGCTCAGTGAAGGGCTTATTACTTTTACTAGGTCAGCTGCTATAGAT
TCTTCTTCTTTTTGAACACTGTGAGATGTGTTTTTACAATTGCTGGTGATCTAGATTTGG
TTGCATTTGTGACTTGTTCGATAAATTAAGTCAGGGTCGTTAATCGATAGTCTGTGTAGA
TCTTCTTCATGTTTTGAGGCTTGGTGTGACTATTAATGCAGACTTTTCTCTCCGGAGGCG
GCTTGTGAAGTGATCGAAGCAGAAAGACATTCCCATGTTTTCTATGAGGCTGAACCTGAT
ATCTGGATGGTTATGGTAAGGCATTGTCTTACTTTTCTTTTGTTATAGCACAATGTTTTC
TATGAATGATGCATCCTATGGTGTCTTAGCAATGTAAATAAACAAGATCTGATCTATACA
TTGGCAGGTTGTGGAGAAAAATAAGGAGACAGGAGCGATATGGAGGATCGATGCATTAAG
GAGGGTGCTTAAAGAAGTGCACTCACTCTTTGTGATGTTTCACGGGTCAATTAGGGCATT
AATCGAAAAAGAACCAACAGGAGGGCTTACCCGATCACTATTGTACCCGTTCATCACAGA
TTATTTAAGCAGTAAGTGACTATCACAAAATCTAGCATATATAACTTTCCACTGTTTTCC
CTTTTTATTCTGTTTCCCGCTTCAATACATTTTATGTCAATAATTGTCAGCATTTCAAAT
ATGGTCTCTCTCGGAAGACTGCTGCTGTGGTAAAATCCTGAAGTTGCTGTGTCGAATGCC
TTCCTTTGGATTTGTGCAAAACCACCGCATATTTTGTTATCTTCATGGTAAAATACTCAA
GTTCGTTCTTATGCAAAGGTTTTCTGTTCCTGGCAGAATTTTTTGTTGGGAAGAAACTTC
AGCTACCAACTTTCCGTGAAACTTTGAGAGAGCGTGGAACTGTTCAAATGCTTACTTTAG
CAAGGGATACTGCAGTTGAAGTTCAGGTTTGTGTCTCCAAACCTGTTGGATTATTATTAC
ACATACTAATTTGGTATTTGACGAACAGTTTTTGGATGTACAGTCTCTTGTTCAAGTACT
AGATTCATGTGCTGGGAGCTTACGATGTCACTCTATGATCTTATTTCAAGATCTTTTGGT
TTCAACAACCCTCTCAGCTGATGATACCGTCGACTTGTTTACATTTGCGGTAATGAGGTT
GACCTCAAAAGCTTTATCCTCTGATACGAGTTCTTGGTCATATCTACGTAAAGGGCCTGG
TTCATCTGAAATCTCTTCTAGATCTAATCTGGCACCCGTTGGCTCAATTGATTCCCTACA
CTCAAGAAACGGTAATAACATGCATCATGTTATTAGGCCACTACAAAATGATAAGTGGAC
AAAAGGGAAAGATGGGTTTCTAATAACCGATATTTGGGGTCTTGAGACTGGCGGCTCCCC
TGATTCTGCCATCCCTACAATTTGGCTTCAGCAGACACAAGAAAGAATGTATCTCCTTGC
CTATCAGCATAAAAGTCTCACCTTACTTCTTCTGATGCCTACAAATGCCATTGTCAATGG
AGATTTAAGCATCTCAGCCGTGAAACAGCAAGTTATTGAAGATGTTAGCACATCTCCCAT
CGATCTTTTTTGTTGAATCTCTTTTCTGGTGTCTTCTAATATATACCCAATATATCTTTT
CCAGGCATCACTGAGAATTTTGAAAATTGAAGAGAATATTTCAAGAGGGTGGGGCGGTGA
GAATGCTTACCATATTAAGGGTTACCGTTACTTAGTAGTTGATAATGACACGAAAGTATC
CAGATCTTCTCCTTCAGGAAAAGTAACAACACTTGCAAAGGTAACGTCTTTCACACTACG
ATTTACTAGCTGAAATTATTACCACCTTGGACTCAAAGTGTATGAACTTCGAAACCGCAG
GAGTCTCTACTTGCACTAAACAAGCTTAGAGAAGAAGTGGATTCAGAAAAAAGCCGTGCA
AAAGGACAGGAGAAAGACATGGAAATATGCATCAGAGCTAAGAACAATGTGTGGGTGATC
GCCCGTGTGACCAGAGGCAAAGAGCTTTACATGGCTTTGGAGAAAGGCAGCGACACTCTT
CTTGATACCACAGACGCTGTTGGAAGATTCAGCAACAGGTATTGCTACTTACGAACTAAA
TACTCTGCCTTGGGAACAAGTTCATGACTGTTCTTACAAAAACATGTGCTGGGATTTAAA
CAGGTATTGCAGCGGAGCATTCTTGATGGACTAAGTTTTCGTGTTCTTTCTTCTGGTTTT
GGGAAGAGGGTTCTTCTAGTTTCAAGTACGAAGTGAAAAGCTCAGAAGAAGTAATGAGCA
CTTCTCTCTCAGCCATTAATTTTGTTTTGTGAGAAATTGCAGAGAGGAAAACGATTGTGT
TCTTAGTTGGCCTGTAGATATGTAACAATGATATTCCACGTTGGATCAGTGCAAACAAAT
CCTTTTTTGTGCGGAGGAAAGCATCTTTCTCGTGGGTCTTAATCCTTGGTTTGGTTGGAT
ATACCCACTCCTGATTACTAGTACTATACAAGTGTTACTCTGTATCCGTTTCAATAGAAT
TTGAAGTTTACAAT
>AT1G16020.2 | unknown protein
GATCCTTGTCACAAAATGTCGCGTAATTCTTCTACTGATTTCAGCTCAATCGCTCAAATT
CGAGTTTGCGTTTAGAAATTGAAGTTGACTCTTCTGTTCTTGAATCTATCTCCGATCGGT
GAACTATCTCGCAGTACCAGGAGATTGATCACTCCTTCGACATTGCTCTTTGAATTCGTC
CTCAAGGTAGTCAATTTTCACTTAATTTTTTTTCCGTTTCCTAGCCTTCTACAGTAATTT
TCTCTTCTCGATGTATGGGTTCTTCGGTCTTCTTATTAGGAACCTTACTTGGTATTTGTG
TGCCGTGGTTGAATCACCAATGTGCTCTTGAAACCCTGAAATTACTTTGGATTTTGAAGT
AGAGTACATCCACATTGGAAACAACAACCAATTGTAACATGCTTGATTCTGACGCGGTTC
TTGCATTGTATTGTTAGGGTATTAATGAGCTCGTAGAAGCTACCAGAAATGGCGTCCATG
AGCTCTGGTGATGAAAGCCTTCGACTTTGCATGTTTGATTTGAGGAGAGGTCAAACTGAA
GGACAAGAGTTAGAGAAAATTTTGTTCTTTTATCCTGCCGATTTAGACTTCTCGACGCAG
TTATCAGTGATCGGGCTCAGTGAAGGGCTTATTACTTTTACTAGGTCAGCTGCTATAGAT
TCTTCTTCTTTTTGAACACTGTGAGATGTGTTTTTACAATTGCTGGTGATCTAGATTTGG
TTGCATTTGTGACTTGTTCGATAAATTAAGTCAGGGTCGTTAATCGATAGTCTGTGTAGA
TCTTCTTCATGTTTTGAGGCTTGGTGTGACTATTAATGCAGACTTTTCTCTCCGGAGGCG
GCTTGTGAAGTGATCGAAGCAGAAAGACATTCCCATGTTTTCTATGAGGCTGAACCTGAT
ATCTGGATGGTTATGGTAAGGCATTGTCTTACTTTTCTTTTGTTATAGCACAATGTTTTC
TATGAATGATGCATCCTATGGTGTCTTAGCAATGTAAATAAACAAGATCTGATCTATACA
TTGGCAGGTTGTGGAGAAAAATAAGGAGACAGGAGCGATATGGAGGATCGATGCATTAAG
GAGGGTGCTTAAAGAAGTGCACTCACTCTTTGTGATGTTTCACGGGTCAATTAGGGCATT
AATCGAAAAAGAACCAACAGGAGGGCTTACCCGATCACTATTGTACCCGTTCATCACAGA
TTATTTAAGCAGTAAGTGACTATCACAAAATCTAGCATATATAACTTTCCACTGTTTTCC
CTTTTTATTCTGTTTCCCGCTTCAATACATTTTATGTCAATAATTGTCAGCATTTCAAAT
ATGGTCTCTCTCGGAAGACTGCTGCTGTGGTAAAATCCTGAAGTTGCTGTGTCGAATGCC
TTCCTTTGGATTTGTGCAAAACCACCGCATATTTTGTTATCTTCATGGTAAAATACTCAA
GTTCGTTCTTATGCAAAGGTTTTCTGTTCCTGGCAGAATTTTTTGTTGGGAAGAAACTTC
AGCTACCAACTTTCCGTGAAACTTTGAGAGAGCGTGGAACTGTTCAAATGCTTACTTTAG
CAAGGGATACTGCAGTTGAAGTTCAGGTTTGTGTCTCCAAACCTGTTGGATTATTATTAC
ACATACTAATTTGGTATTTGACGAACAGTTTTTGGATGTACAGTCTCTTGTTCAAGTACT
AGATTCATGTGCTGGGAGCTTACGATGTCACTCTATGATCTTATTTCAAGATCTTTTGGT
TTCAACAACCCTCTCAGCTGATGATACCGTCGACTTGTTTACATTTGCGGTAATGAGGTT
GACCTCAAAAGCTTTATCCTCTGATACGAGTTCTTGGTCATATCTACGTAAAGGGCCTGG
TTCATCTGAAATCTCTTCTAGATCTAATCTGGCACCCGTTGGCTCAATTGATTCCCTACA
CTCAAGAAACGGTAATAACATGCATCATGTTATTAGGCCACTACAAAATGATAAGTGGAC
AAAAGGGAAAGATGGGTTTCTAATAACCGATATTTGGGGTCTTGAGACTGGCGGCTCCCC
TGATTCTGCCATCCCTACAATTTGGCTTCAGCAGACACAAGAAAGAATGTATCTCCTTGC
CTATCAGCATAAAAGTCTCACCTTACTTCTTCTGATGCCTACAAATGCCATTGTCAATGG
AGATTTAAGCATCTCAGCCGTGAAACAGCAAGTTATTGAAGATGTTAGCACATCTCCCAT
CGATCTTTTTTGTTGAATCTCTTTTCTGGTGTCTTCTAATATATACCCAATATATCTTTT
CCAGGCATCACTGAGAATTTTGAAAATTGAAGAGAATATTTCAAGAGGGTGGGGCGGTGA
GAATGCTTACCATATTAAGGGTTACCGTTACTTAGTAGTTGATAATGACACGAAAGTATC
CAGATCTTCTCCTTCAGGAAAAGTAACAACACTTGCAAAGGTAACGTCTTTCACACTACG
ATTTACTAGCTGAAATTATTACCACCTTGGACTCAAAGTGTATGAACTTCGAAACCGCAG
GAGTCTCTACTTGCACTAAACAAGCTTAGAGAAGAAGTGGATTCAGAAAAAAGCCGTGCA
AAAGGACAGGAGAAAGACATGGAAATATGCATCAGAGCTAAGAACAATGTGTGGGTGATC
GCCCGTGTGACCAGAGGCAAAGAGCTTTACATGGCTTTGGAGAAAGGCAGCGACACTCTT
CTTGATACCACAGACGCTGTTGGAAGATTCAGCAACAGGTATTGCTACTTACGAACTAAA
TACTCTGCCTTGGGAACAAGTTCATGACTGTTCTTACAAAAACATGTGCTGGGATTTAAA
CAGGTATTGCAGCGGAGCATTCTTGATGGACTAAGTTTTCGTGTTCTTTCTTCTGGTTTT
GGGAAGAGGGTTCTTCTAGTTTCAAGTACGAAGTGAAAAGCTCAGAAGAAGTAATGAGCA
CTTCTCTCTCAGCCATTAATTTTGTTTTGTGAGAAATTGCAGAGAGGAAAACGATTGTGT
TCTTAGTTGGCCTGTAGATATGTAACAATGATATTCCACGTTGGATCAGTGCAAACAAAT
CCTTTTTTGTGCGGAGGAAAGCATCTTTCTCGTGGGTCTTAATCCTTGGTTTGGTTGGAT
ATACCCACTCCTGATTACTAGTACTATACAAGTGTTACTCTGTATCCGTTTCAATAGAAT
TTGAAGTTTACAAT