>AT5G04510.2 | PDK1 (3-PHOSPHOINOSITIDE-DEPENDENT PROTEIN KINASE 1) 3-phosphoinositide-dependent protein kinase/ kinase/ phosphoinositide binding / protein binding / protein kinase
GAACGAATCATTGCAAAGAGCCAAAGATCCAAAATTTGCAACAAAAACAAAAACTCTACC
AAGTGAAGAAGAAAGAGAAGTGTCACATCTCTCTCTCTATCTCTTTGATCCAAACAAATT
CCCTCATATATCTCTGCTCTCTCTTCCCAATATTCTTCCTTTTTCTTCAATCGAGATTTT
ATCGCTTTTTGATTCGAGAATTTCGAAATCGGAACCCACCACCACCACCCTCCATCGTCG
CCAACAGATCCAACGGTTCTCTGATTATTTTTATTTGAAAATTGTCTTCTTTGTTCTCCC
TCTCGCTGGGTTTGATTCTGAGATTGATTAATCTAAATGGGTCGCATCGAGATTTAGAAG
AAAAGGGAAATGTTGGCAATGGAGAAAGAATTTGATTCAAAGCTTGTTCTTCAAGGGAAC
TCATCCAACGGTGCTAATGTTTCTAGAAGCAAAAGCTTCTCCTTTAAAGCTCCTCAAGAA
AATTTCACCAGCCATGATTTCGAATTTGGCAAGATCTATGGTGTTGGTTCTTACTCTAAG
GTTTCTATTTTCATTACTATTTTCTATTGTGGCTTTGATTCATGAACCCAGCTCGATTCT
CTGGTTGATTTTTTTGTTGCAATGTGGTGTTGATATTGGAAAGGATTGGTTTTTGACCTG
TGGGTGATTCATATTAGGTTGTTAGGGCAAAGAAGAAGGAAACTGGAACTGTGTATGCTT
TAAAGATTATGGACAAAAAGTTTATCACCAAGGAGAATAAAACTGCTTATGTGAAATTGG
AAAGGATTGTTCTTGATCAACTTGAACATCCTGGGATCATTAAACTTTACTTCACGTTTC
AAGACACATCCTCACTATGTAGGTATTTCTAATTCTAATGAACATTCCTGTGCTTGAACA
TTCTGTAGTTGATTGATTTTTCTTATTTCTGCTCGGTATGCTTTTGGTAGATATGGCACT
TGAATCTTGTGAGGGTGGCGAGCTTTTCGACCAAATAACCAGAGTAAGATGATCGCTGAA
TCTTGGGAGATTGATTCATTCAATGTTGTCGGAATTTGACATAACATCATGGTTCCTTTT
TTTGTGCAGAAAGGTCGGCTATCGGAGGATGAAGCTCGGTTCTACACTGCAGAAGTTGTG
GATGCTCTTGAGTATATACATAGTATGGGACTGATTCATCGAGATATTAAGGTAGTTTCT
CTTTCGAATAGCTTCTCTTTTATGGTCTTAACAATAGCTGTGCTAAGTGTTTTTCTTGAA
ATGGTAGCCGGAGAATCTGTTGCTGACTTCAGATGGACACATTAAGATTGCGGATTTTGG
AAGTGTAAAGCCGATGCAGGATAGCCAGATCACAGTTCTACCTAATGCAGCTTCTGGTAA
CATGACCGTCCATAATCCTTTCTGGTATCTCTGAGCTTTAAGGTCTTATCAATAATTATT
GTCAGATTCTGCTTTAAGCCTGTCTCTGTAAAACTGGTGACGTATACAGACGATAAGGCG
TGCACTTTTGTCGGGACTGCTGCATATGTTCCTCCAGAAGTTCTCAACTCCTCTCCCGCA
ACTTTCGGGTAAGAGTTTTCTGTTTCTGTAATTTGCGTTTTGGTTTTGTGGATTGCGATG
CCTCTCTTACTTTGTACAATTTCTTTGGTACTCTGTGGAACACCAGGAATGATCTTTGGG
CTCTCGGCTGCACTCTCTATCAGATGCTTTCGGGGACTTCCCCATTTAAAGATGCAAGTG
AATGGCTGATTTTCCAAAGAATTATAGCCAGAGATATAAAGTTCCCAAATCATTTTTCAG
AAGCAGCAAGAGACCTCATCGACCGGTTGCTGGTAAGATGCATCAAAAGCCGTTGTCACC
AATCAAATGATATGGCAGTAACTCTTTAAATGTGCGATTCTCTCAGGATACCGAGCCAAG
CAGAAGGCCAGGTGCTGGCTCAGAAGGTTATGTTGCTCTTAAGAGACATCCTTTCTTTAA
TGGAGTTGACTGGAAGAATCTAAGGTCCCAGACTCCTCCAAAACTAGCTCCAGATCCTGC
GGTATGTCTCCTCATGTACTTTGGAATTATGAGGCCCTTTATTATCATTATTGTTTTACT
CGGTTATTAAGTCAATTTTTTTACATCTGATGCAGTCTCAGACAGCATCTCCCGAGAGGG
ATGACACACATGGTTCTCCATGGAACCTGACACATATTGGAGATTCTTTAGCCACACAGA
ACGAGGGGCACAGTGCTCCTCCTACATCTTCTGAATCATCGGGTTCCATAACTCGACTTG
CTTCAATAGACTCTTTTGATTCAAGATGGTGGGGGCATTTAAGCTTCATTTGTTTTCTGG
GCAGCAACCTTGTTCAAAGCTCCTAAAACTATACTTCAGTTAGACAATCTGCTAATTTTT
TTCTTGTGAATATTTGATAAACAGGCAACAGTTTTTAGAGCCAGGAGAATCGGTTCTGAT
GATATCAGCGGTGAAGAAGCTTCAGAAAATAACGAGCAAGAAGGTGCAGCTAATACTCAC
CAACAAACCCAAGCTGATCTATGTCGACCCGTCAAAACTAGTTGTGAAAGGAAACATTAT
ATGGTCTGATAACTCGAATGACCTCAACGTTGTAGTCACTAGCCCTTCACATTTCAAGAT
TTGCACGGTACTCATCATTTCCCTATTCTTCTATCCACCAAAGATCAAAGATGATGAAAC
TGAAATTGTGACCTCTTCTTGCATTTGTGCAGCCAAAGAAGGTTTTATCATTTGAAGACG
CAAAACAGAGAGCTTCAGTGTGGAAAAAGGCAATCGAGACTCTTCAGAACCGCTGAGACA
AACTCCACTGAAGAATGGTTCTGTTAATTTCCTCGTTGGTGTTTTGTCTTTCCTTCAAGA
TTTTAAACTGACCAAACTCCATTCTTCATATGTTTTTTCTATTTCACGCATCCTTGAAAA
GACCAGTTGGACACAAAACTGAAAAACTGCTTTTTGAATCCTTTGTATAAGTCAAACAAA
TGTATTACAAGGTTAAAGTTACATGAGATACTGAATTCAAGC
>AT5G04510.2 | PDK1 (3-PHOSPHOINOSITIDE-DEPENDENT PROTEIN KINASE 1) 3-phosphoinositide-dependent protein kinase/ kinase/ phosphoinositide binding / protein binding / protein kinase
GAACGAATCATTGCAAAGAGCCAAAGATCCAAAATTTGCAACAAAAACAAAAACTCTACC
AAGTGAAGAAGAAAGAGAAGTGTCACATCTCTCTCTCTATCTCTTTGATCCAAACAAATT
CCCTCATATATCTCTGCTCTCTCTTCCCAATATTCTTCCTTTTTCTTCAATCGAGATTTT
ATCGCTTTTTGATTCGAGAATTTCGAAATCGGAACCCACCACCACCACCCTCCATCGTCG
CCAACAGATCCAACGGTTCTCTGATTATTTTTATTTGAAAATTGTCTTCTTTGTTCTCCC
TCTCGCTGGGTTTGATTCTGAGATTGATTAATCTAAATGGGTCGCATCGAGATTTAGAAG
AAAAGGGAAATGTTGGCAATGGAGAAAGAATTTGATTCAAAGCTTGTTCTTCAAGGGAAC
TCATCCAACGGTGCTAATGTTTCTAGAAGCAAAAGCTTCTCCTTTAAAGCTCCTCAAGAA
AATTTCACCAGCCATGATTTCGAATTTGGCAAGATCTATGGTGTTGGTTCTTACTCTAAG
GTTTCTATTTTCATTACTATTTTCTATTGTGGCTTTGATTCATGAACCCAGCTCGATTCT
CTGGTTGATTTTTTTGTTGCAATGTGGTGTTGATATTGGAAAGGATTGGTTTTTGACCTG
TGGGTGATTCATATTAGGTTGTTAGGGCAAAGAAGAAGGAAACTGGAACTGTGTATGCTT
TAAAGATTATGGACAAAAAGTTTATCACCAAGGAGAATAAAACTGCTTATGTGAAATTGG
AAAGGATTGTTCTTGATCAACTTGAACATCCTGGGATCATTAAACTTTACTTCACGTTTC
AAGACACATCCTCACTATGTAGGTATTTCTAATTCTAATGAACATTCCTGTGCTTGAACA
TTCTGTAGTTGATTGATTTTTCTTATTTCTGCTCGGTATGCTTTTGGTAGATATGGCACT
TGAATCTTGTGAGGGTGGCGAGCTTTTCGACCAAATAACCAGAGTAAGATGATCGCTGAA
TCTTGGGAGATTGATTCATTCAATGTTGTCGGAATTTGACATAACATCATGGTTCCTTTT
TTTGTGCAGAAAGGTCGGCTATCGGAGGATGAAGCTCGGTTCTACACTGCAGAAGTTGTG
GATGCTCTTGAGTATATACATAGTATGGGACTGATTCATCGAGATATTAAGGTAGTTTCT
CTTTCGAATAGCTTCTCTTTTATGGTCTTAACAATAGCTGTGCTAAGTGTTTTTCTTGAA
ATGGTAGCCGGAGAATCTGTTGCTGACTTCAGATGGACACATTAAGATTGCGGATTTTGG
AAGTGTAAAGCCGATGCAGGATAGCCAGATCACAGTTCTACCTAATGCAGCTTCTGGTAA
CATGACCGTCCATAATCCTTTCTGGTATCTCTGAGCTTTAAGGTCTTATCAATAATTATT
GTCAGATTCTGCTTTAAGCCTGTCTCTGTAAAACTGGTGACGTATACAGACGATAAGGCG
TGCACTTTTGTCGGGACTGCTGCATATGTTCCTCCAGAAGTTCTCAACTCCTCTCCCGCA
ACTTTCGGGTAAGAGTTTTCTGTTTCTGTAATTTGCGTTTTGGTTTTGTGGATTGCGATG
CCTCTCTTACTTTGTACAATTTCTTTGGTACTCTGTGGAACACCAGGAATGATCTTTGGG
CTCTCGGCTGCACTCTCTATCAGATGCTTTCGGGGACTTCCCCATTTAAAGATGCAAGTG
AATGGCTGATTTTCCAAAGAATTATAGCCAGAGATATAAAGTTCCCAAATCATTTTTCAG
AAGCAGCAAGAGACCTCATCGACCGGTTGCTGGTAAGATGCATCAAAAGCCGTTGTCACC
AATCAAATGATATGGCAGTAACTCTTTAAATGTGCGATTCTCTCAGGATACCGAGCCAAG
CAGAAGGCCAGGTGCTGGCTCAGAAGGTTATGTTGCTCTTAAGAGACATCCTTTCTTTAA
TGGAGTTGACTGGAAGAATCTAAGGTCCCAGACTCCTCCAAAACTAGCTCCAGATCCTGC
GGTATGTCTCCTCATGTACTTTGGAATTATGAGGCCCTTTATTATCATTATTGTTTTACT
CGGTTATTAAGTCAATTTTTTTACATCTGATGCAGTCTCAGACAGCATCTCCCGAGAGGG
ATGACACACATGGTTCTCCATGGAACCTGACACATATTGGAGATTCTTTAGCCACACAGA
ACGAGGGGCACAGTGCTCCTCCTACATCTTCTGAATCATCGGGTTCCATAACTCGACTTG
CTTCAATAGACTCTTTTGATTCAAGATGGTGGGGGCATTTAAGCTTCATTTGTTTTCTGG
GCAGCAACCTTGTTCAAAGCTCCTAAAACTATACTTCAGTTAGACAATCTGCTAATTTTT
TTCTTGTGAATATTTGATAAACAGGCAACAGTTTTTAGAGCCAGGAGAATCGGTTCTGAT
GATATCAGCGGTGAAGAAGCTTCAGAAAATAACGAGCAAGAAGGTGCAGCTAATACTCAC
CAACAAACCCAAGCTGATCTATGTCGACCCGTCAAAACTAGTTGTGAAAGGAAACATTAT
ATGGTCTGATAACTCGAATGACCTCAACGTTGTAGTCACTAGCCCTTCACATTTCAAGAT
TTGCACGGTACTCATCATTTCCCTATTCTTCTATCCACCAAAGATCAAAGATGATGAAAC
TGAAATTGTGACCTCTTCTTGCATTTGTGCAGCCAAAGAAGGTTTTATCATTTGAAGACG
CAAAACAGAGAGCTTCAGTGTGGAAAAAGGCAATCGAGACTCTTCAGAACCGCTGAGACA
AACTCCACTGAAGAATGGTTCTGTTAATTTCCTCGTTGGTGTTTTGTCTTTCCTTCAAGA
TTTTAAACTGACCAAACTCCATTCTTCATATGTTTTTTCTATTTCACGCATCCTTGAAAA
GACCAGTTGGACACAAAACTGAAAAACTGCTTTTTGAATCCTTTGTATAAGTCAAACAAA
TGTATTACAAGGTTAAAGTTACATGAGATACTGAATTCAAGC
>AT5G04510.1 | PDK1 (3-PHOSPHOINOSITIDE-DEPENDENT PROTEIN KINASE 1) 3-phosphoinositide-dependent protein kinase/ kinase/ phosphoinositide binding / protein binding / protein kinase
GAACGAATCATTGCAAAGAGCCAAAGATCCAAAATTTGCAACAAAAACAAAAACTCTACC
AAGTGAAGAAGAAAGAGAAGTGTCACATCTCTCTCTCTATCTCTTTGATCCAAACAAATT
CCCTCATATATCTCTGCTCTCTCTTCCCAATATTCTTCCTTTTTCTTCAATCGAGATTTT
ATCGCTTTTTGATTCGAGAATTTCGAAATCGGAACCCACCACCACCACCCTCCATCGTCG
CCAACAGATCCAACGGTTCTCTGATTATTTTTATTTGAAAATTGTCTTCTTTGTTCTCCC
TCTCGCTGGGTTTGATTCTGAGATTGATTAATCTAAATGGGTCGCATCGAGATTTAGAAG
AAAAGGGAAATGTTGGCAATGGAGAAAGAATTTGATTCAAAGCTTGTTCTTCAAGGGAAC
TCATCCAACGGTGCTAATGTTTCTAGAAGCAAAAGCTTCTCCTTTAAAGCTCCTCAAGAA
AATTTCACCAGCCATGATTTCGAATTTGGCAAGATCTATGGTGTTGGTTCTTACTCTAAG
GTTTCTATTTTCATTACTATTTTCTATTGTGGCTTTGATTCATGAACCCAGCTCGATTCT
CTGGTTGATTTTTTTGTTGCAATGTGGTGTTGATATTGGAAAGGATTGGTTTTTGACCTG
TGGGTGATTCATATTAGGTTGTTAGGGCAAAGAAGAAGGAAACTGGAACTGTGTATGCTT
TAAAGATTATGGACAAAAAGTTTATCACCAAGGAGAATAAAACTGCTTATGTGAAATTGG
AAAGGATTGTTCTTGATCAACTTGAACATCCTGGGATCATTAAACTTTACTTCACGTTTC
AAGACACATCCTCACTATGTAGGTATTTCTAATTCTAATGAACATTCCTGTGCTTGAACA
TTCTGTAGTTGATTGATTTTTCTTATTTCTGCTCGGTATGCTTTTGGTAGATATGGCACT
TGAATCTTGTGAGGGTGGCGAGCTTTTCGACCAAATAACCAGAGTAAGATGATCGCTGAA
TCTTGGGAGATTGATTCATTCAATGTTGTCGGAATTTGACATAACATCATGGTTCCTTTT
TTTGTGCAGAAAGGTCGGCTATCGGAGGATGAAGCTCGGTTCTACACTGCAGAAGTTGTG
GATGCTCTTGAGTATATACATAGTATGGGACTGATTCATCGAGATATTAAGGTAGTTTCT
CTTTCGAATAGCTTCTCTTTTATGGTCTTAACAATAGCTGTGCTAAGTGTTTTTCTTGAA
ATGGTAGCCGGAGAATCTGTTGCTGACTTCAGATGGACACATTAAGATTGCGGATTTTGG
AAGTGTAAAGCCGATGCAGGATAGCCAGATCACAGTTCTACCTAATGCAGCTTCTGGTAA
CATGACCGTCCATAATCCTTTCTGGTATCTCTGAGCTTTAAGGTCTTATCAATAATTATT
GTCAGATTCTGCTTTAAGCCTGTCTCTGTAAAACTGGTGACGTATACAGACGATAAGGCG
TGCACTTTTGTCGGGACTGCTGCATATGTTCCTCCAGAAGTTCTCAACTCCTCTCCCGCA
ACTTTCGGGTAAGAGTTTTCTGTTTCTGTAATTTGCGTTTTGGTTTTGTGGATTGCGATG
CCTCTCTTACTTTGTACAATTTCTTTGGTACTCTGTGGAACACCAGGAATGATCTTTGGG
CTCTCGGCTGCACTCTCTATCAGATGCTTTCGGGGACTTCCCCATTTAAAGATGCAAGTG
AATGGCTGATTTTCCAAAGAATTATAGCCAGAGATATAAAGTTCCCAAATCATTTTTCAG
AAGCAGCAAGAGACCTCATCGACCGGTTGCTGGTAAGATGCATCAAAAGCCGTTGTCACC
AATCAAATGATATGGCAGTAACTCTTTAAATGTGCGATTCTCTCAGGATACCGAGCCAAG
CAGAAGGCCAGGTGCTGGCTCAGAAGGTTATGTTGCTCTTAAGAGACATCCTTTCTTTAA
TGGAGTTGACTGGAAGAATCTAAGGTCCCAGACTCCTCCAAAACTAGCTCCAGATCCTGC
GGTATGTCTCCTCATGTACTTTGGAATTATGAGGCCCTTTATTATCATTATTGTTTTACT
CGGTTATTAAGTCAATTTTTTTACATCTGATGCAGTCTCAGACAGCATCTCCCGAGAGGG
ATGACACACATGGTTCTCCATGGAACCTGACACATATTGGAGATTCTTTAGCCACACAGA
ACGAGGGGCACAGTGCTCCTCCTACATCTTCTGAATCATCGGGTTCCATAACTCGACTTG
CTTCAATAGACTCTTTTGATTCAAGATGGTGGGGGCATTTAAGCTTCATTTGTTTTCTGG
GCAGCAACCTTGTTCAAAGCTCCTAAAACTATACTTCAGTTAGACAATCTGCTAATTTTT
TTCTTGTGAATATTTGATAAACAGGCAACAGTTTTTAGAGCCAGGAGAATCGGTTCTGAT
GATATCAGCGGTGAAGAAGCTTCAGAAAATAACGAGCAAGAAGGTGCAGCTAATACTCAC
CAACAAACCCAAGCTGATCTATGTCGACCCGTCAAAACTAGTTGTGAAAGGAAACATTAT
ATGGTCTGATAACTCGAATGACCTCAACGTTGTAGTCACTAGCCCTTCACATTTCAAGAT
TTGCACGGTACTCATCATTTCCCTATTCTTCTATCCACCAAAGATCAAAGATGATGAAAC
TGAAATTGTGACCTCTTCTTGCATTTGTGCAGCCAAAGAAGGTTTTATCATTTGAAGACG
CAAAACAGAGAGCTTCAGTGTGGAAAAAGGCAATCGAGACTCTTCAGAACCGCTGAGACA
AACTCCACTGAAGAATGGTTCTGTTAATTTCCTCGTTGGTGTTTTGTCTTTCCTTCAAGA
TTTTAAACTGACCAAACTCCATTCTTCATATGTTTTTTCTATTTCACGCATCCTTGAAAA
GACCAGTTGGACACAAAACTGAAAAACTGCTTTTTGAATCCTTTGTATAAGTCAAACAAA
TGTATTACAAGGTTAAAGTTACATGAGATACTGAATTCAAGCA
>AT5G04510.1 | PDK1 (3-PHOSPHOINOSITIDE-DEPENDENT PROTEIN KINASE 1) 3-phosphoinositide-dependent protein kinase/ kinase/ phosphoinositide binding / protein binding / protein kinase
GAACGAATCATTGCAAAGAGCCAAAGATCCAAAATTTGCAACAAAAACAAAAACTCTACC
AAGTGAAGAAGAAAGAGAAGTGTCACATCTCTCTCTCTATCTCTTTGATCCAAACAAATT
CCCTCATATATCTCTGCTCTCTCTTCCCAATATTCTTCCTTTTTCTTCAATCGAGATTTT
ATCGCTTTTTGATTCGAGAATTTCGAAATCGGAACCCACCACCACCACCCTCCATCGTCG
CCAACAGATCCAACGGTTCTCTGATTATTTTTATTTGAAAATTGTCTTCTTTGTTCTCCC
TCTCGCTGGGTTTGATTCTGAGATTGATTAATCTAAATGGGTCGCATCGAGATTTAGAAG
AAAAGGGAAATGTTGGCAATGGAGAAAGAATTTGATTCAAAGCTTGTTCTTCAAGGGAAC
TCATCCAACGGTGCTAATGTTTCTAGAAGCAAAAGCTTCTCCTTTAAAGCTCCTCAAGAA
AATTTCACCAGCCATGATTTCGAATTTGGCAAGATCTATGGTGTTGGTTCTTACTCTAAG
GTTTCTATTTTCATTACTATTTTCTATTGTGGCTTTGATTCATGAACCCAGCTCGATTCT
CTGGTTGATTTTTTTGTTGCAATGTGGTGTTGATATTGGAAAGGATTGGTTTTTGACCTG
TGGGTGATTCATATTAGGTTGTTAGGGCAAAGAAGAAGGAAACTGGAACTGTGTATGCTT
TAAAGATTATGGACAAAAAGTTTATCACCAAGGAGAATAAAACTGCTTATGTGAAATTGG
AAAGGATTGTTCTTGATCAACTTGAACATCCTGGGATCATTAAACTTTACTTCACGTTTC
AAGACACATCCTCACTATGTAGGTATTTCTAATTCTAATGAACATTCCTGTGCTTGAACA
TTCTGTAGTTGATTGATTTTTCTTATTTCTGCTCGGTATGCTTTTGGTAGATATGGCACT
TGAATCTTGTGAGGGTGGCGAGCTTTTCGACCAAATAACCAGAGTAAGATGATCGCTGAA
TCTTGGGAGATTGATTCATTCAATGTTGTCGGAATTTGACATAACATCATGGTTCCTTTT
TTTGTGCAGAAAGGTCGGCTATCGGAGGATGAAGCTCGGTTCTACACTGCAGAAGTTGTG
GATGCTCTTGAGTATATACATAGTATGGGACTGATTCATCGAGATATTAAGGTAGTTTCT
CTTTCGAATAGCTTCTCTTTTATGGTCTTAACAATAGCTGTGCTAAGTGTTTTTCTTGAA
ATGGTAGCCGGAGAATCTGTTGCTGACTTCAGATGGACACATTAAGATTGCGGATTTTGG
AAGTGTAAAGCCGATGCAGGATAGCCAGATCACAGTTCTACCTAATGCAGCTTCTGGTAA
CATGACCGTCCATAATCCTTTCTGGTATCTCTGAGCTTTAAGGTCTTATCAATAATTATT
GTCAGATTCTGCTTTAAGCCTGTCTCTGTAAAACTGGTGACGTATACAGACGATAAGGCG
TGCACTTTTGTCGGGACTGCTGCATATGTTCCTCCAGAAGTTCTCAACTCCTCTCCCGCA
ACTTTCGGGTAAGAGTTTTCTGTTTCTGTAATTTGCGTTTTGGTTTTGTGGATTGCGATG
CCTCTCTTACTTTGTACAATTTCTTTGGTACTCTGTGGAACACCAGGAATGATCTTTGGG
CTCTCGGCTGCACTCTCTATCAGATGCTTTCGGGGACTTCCCCATTTAAAGATGCAAGTG
AATGGCTGATTTTCCAAAGAATTATAGCCAGAGATATAAAGTTCCCAAATCATTTTTCAG
AAGCAGCAAGAGACCTCATCGACCGGTTGCTGGTAAGATGCATCAAAAGCCGTTGTCACC
AATCAAATGATATGGCAGTAACTCTTTAAATGTGCGATTCTCTCAGGATACCGAGCCAAG
CAGAAGGCCAGGTGCTGGCTCAGAAGGTTATGTTGCTCTTAAGAGACATCCTTTCTTTAA
TGGAGTTGACTGGAAGAATCTAAGGTCCCAGACTCCTCCAAAACTAGCTCCAGATCCTGC
GGTATGTCTCCTCATGTACTTTGGAATTATGAGGCCCTTTATTATCATTATTGTTTTACT
CGGTTATTAAGTCAATTTTTTTACATCTGATGCAGTCTCAGACAGCATCTCCCGAGAGGG
ATGACACACATGGTTCTCCATGGAACCTGACACATATTGGAGATTCTTTAGCCACACAGA
ACGAGGGGCACAGTGCTCCTCCTACATCTTCTGAATCATCGGGTTCCATAACTCGACTTG
CTTCAATAGACTCTTTTGATTCAAGATGGTGGGGGCATTTAAGCTTCATTTGTTTTCTGG
GCAGCAACCTTGTTCAAAGCTCCTAAAACTATACTTCAGTTAGACAATCTGCTAATTTTT
TTCTTGTGAATATTTGATAAACAGGCAACAGTTTTTAGAGCCAGGAGAATCGGTTCTGAT
GATATCAGCGGTGAAGAAGCTTCAGAAAATAACGAGCAAGAAGGTGCAGCTAATACTCAC
CAACAAACCCAAGCTGATCTATGTCGACCCGTCAAAACTAGTTGTGAAAGGAAACATTAT
ATGGTCTGATAACTCGAATGACCTCAACGTTGTAGTCACTAGCCCTTCACATTTCAAGAT
TTGCACGGTACTCATCATTTCCCTATTCTTCTATCCACCAAAGATCAAAGATGATGAAAC
TGAAATTGTGACCTCTTCTTGCATTTGTGCAGCCAAAGAAGGTTTTATCATTTGAAGACG
CAAAACAGAGAGCTTCAGTGTGGAAAAAGGCAATCGAGACTCTTCAGAACCGCTGAGACA
AACTCCACTGAAGAATGGTTCTGTTAATTTCCTCGTTGGTGTTTTGTCTTTCCTTCAAGA
TTTTAAACTGACCAAACTCCATTCTTCATATGTTTTTTCTATTTCACGCATCCTTGAAAA
GACCAGTTGGACACAAAACTGAAAAACTGCTTTTTGAATCCTTTGTATAAGTCAAACAAA
TGTATTACAAGGTTAAAGTTACATGAGATACTGAATTCAAGCA
>AT2G22720.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34422 Blast hits to 21553 proteins in 958 species Archae - 9 Bacteria - 2953 Metazoa - 16492 Fungi - 6405 Plants - 1061 Viruses - 320 Other Eukaryotes - 7182 (source NCBI BLink)
ATGCAAGTGAGAACTTTTGAGAGGCGCAACAACAAGATGGCGCATAATAGCAAAAGACCT
AATTTTGCTTCTGGGTCCTTGGATTTTCTTCCTCTTCCTCTTTATTCCCCTCAAAACCTA
GGAGCCCAACGAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGC
TTTCTCTCCTCTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCT
CCATCGGATTCGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCC
AGGTATGTCAATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTT
TGGATCTATTTTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAA
TTCACAAGATTTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAG
CTAGATCTCGATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTG
TTTTTGTCAAAGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGG
AAACGAGATCGATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGA
GAAGATTTTCTGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAAT
TCGGTCTCTGTTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGA
TTTAATTGAGTTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACAT
GCATGGTTATGAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAAT
TCAATTTAAGGTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATG
AGGAAGCTGGGTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAG
AGGAGGATGAAGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGA
AGGAATCAATTCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGA
GAAGAAGAAAACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATT
ACAATGTCCTGGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGG
TTCTTTCTTTGGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATC
CTTGCTTGAAAACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGA
TCTTTGTTACTCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTT
GGGGTGCAGAAGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAA
GAGAAGCGACCTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACA
AGAGACTATTCGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCT
CTTTCACGAAGTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTT
CGCTATTTGTGATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGC
TGATGTTCAAGAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTAT
CAATGGTAGAACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGG
ACATTCAAGACCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGG
CAGTAAAATGAATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACC
AGCTTCCTCTGGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTC
CTCAGGCAGCCAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAG
CCAAATGCAGCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCA
AAGGCCTGCGTCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTAT
GAGGCCACCAGGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACT
GAATTCCAGATCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAA
ACAGATGAGCAGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTT
ACCTTCTAAGAGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCA
AAGCCCTCAGAGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGT
AGAACAGAGAAAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGC
GCCTACCTCGAAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCT
TCCTCTAGCCAAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGC
TCAAGAGACCTCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGC
CTGCAAGGTCAGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGC
TCCAAACTTTCTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTC
CTGATACTTAAATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTA
TGACGATGATGACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACG
AAGGTACATGAGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCC
TTAACGATTGAATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGA
GAACTTAAGCTCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTG
AGCCGTTAGAAGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTG
TTTTCTCATTGAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGT
TTTGTGTTTTCAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAA
TATCTTTTATTGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAG
CTTGATTCTCTTT
>AT2G22720.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN chloroplast EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 18810 Blast hits to 9739 proteins in 609 species Archae - 9 Bacteria - 1424 Metazoa - 8282 Fungi - 2696 Plants - 486 Viruses - 222 Other Eukaryotes - 5691 (source NCBI BLink)
ATGCAAGTGAGAACTTTTGAGAGGCGCAACAACAAGATGGCGCATAATAGCAAAAGACCT
AATTTTGCTTCTGGGTCCTTGGATTTTCTTCCTCTTCCTCTTTATTCCCCTCAAAACCTA
GGAGCCCAACGAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGC
TTTCTCTCCTCTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCT
CCATCGGATTCGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCC
AGGTATGTCAATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTT
TGGATCTATTTTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAA
TTCACAAGATTTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAG
CTAGATCTCGATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTG
TTTTTGTCAAAGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGG
AAACGAGATCGATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGA
GAAGATTTTCTGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAAT
TCGGTCTCTGTTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGA
TTTAATTGAGTTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACAT
GCATGGTTATGAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAAT
TCAATTTAAGGTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATG
AGGAAGCTGGGTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAG
AGGAGGATGAAGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGA
AGGAATCAATTCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGA
GAAGAAGAAAACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATT
ACAATGTCCTGGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGG
TTCTTTCTTTGGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATC
CTTGCTTGAAAACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGA
TCTTTGTTACTCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTT
GGGGTGCAGAAGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAA
GAGAAGCGACCTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACA
AGAGACTATTCGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCT
CTTTCACGAAGTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTT
CGCTATTTGTGATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGC
TGATGTTCAAGAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTAT
CAATGGTAGAACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGG
ACATTCAAGACCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGG
CAGTAAAATGAATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACC
AGCTTCCTCTGGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTC
CTCAGGCAGCCAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAG
CCAAATGCAGCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCA
AAGGCCTGCGTCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTAT
GAGGCCACCAGGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACT
GAATTCCAGATCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAA
ACAGATGAGCAGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTT
ACCTTCTAAGAGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCA
AAGCCCTCAGAGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGT
AGAACAGAGAAAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGC
GCCTACCTCGAAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCT
TCCTCTAGCCAAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGC
TCAAGAGACCTCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGC
CTGCAAGGTCAGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGC
TCCAAACTTTCTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTC
CTGATACTTAAATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTA
TGACGATGATGACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACG
AAGGTACATGAGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCC
TTAACGATTGAATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGA
GAACTTAAGCTCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTG
AGCCGTTAGAAGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTG
TTTTCTCATTGAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGT
TTTGTGTTTTCAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAA
TATCTTTTATTGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAG
CTTGATTCTCTTT
>AT2G22720.2 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34349 Blast hits to 21327 proteins in 952 species Archae - 9 Bacteria - 3053 Metazoa - 16365 Fungi - 6337 Plants - 1046 Viruses - 325 Other Eukaryotes - 7214 (source NCBI BLink)
ATGCAAGTGAGAACTTTTGAGAGGCGCAACAACAAGATGGCGCATAATAGCAAAAGACCT
AATTTTGCTTCTGGGTCCTTGGATTTTCTTCCTCTTCCTCTTTATTCCCCTCAAAACCTA
GGAGCCCAACGAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGC
TTTCTCTCCTCTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCT
CCATCGGATTCGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCC
AGGTATGTCAATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTT
TGGATCTATTTTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAA
TTCACAAGATTTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAG
CTAGATCTCGATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTG
TTTTTGTCAAAGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGG
AAACGAGATCGATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGA
GAAGATTTTCTGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAAT
TCGGTCTCTGTTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGA
TTTAATTGAGTTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACAT
GCATGGTTATGAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAAT
TCAATTTAAGGTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATG
AGGAAGCTGGGTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAG
AGGAGGATGAAGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGA
AGGAATCAATTCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGA
GAAGAAGAAAACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATT
ACAATGTCCTGGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGG
TTCTTTCTTTGGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATC
CTTGCTTGAAAACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGA
TCTTTGTTACTCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTT
GGGGTGCAGAAGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAA
GAGAAGCGACCTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACA
AGAGACTATTCGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCT
CTTTCACGAAGTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTT
CGCTATTTGTGATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGC
TGATGTTCAAGAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTAT
CAATGGTAGAACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGG
ACATTCAAGACCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGG
CAGTAAAATGAATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACC
AGCTTCCTCTGGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTC
CTCAGGCAGCCAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAG
CCAAATGCAGCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCA
AAGGCCTGCGTCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTAT
GAGGCCACCAGGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACT
GAATTCCAGATCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAA
ACAGATGAGCAGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTT
ACCTTCTAAGAGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCA
AAGCCCTCAGAGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGT
AGAACAGAGAAAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGC
GCCTACCTCGAAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCT
TCCTCTAGCCAAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGC
TCAAGAGACCTCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGC
CTGCAAGGTCAGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGC
TCCAAACTTTCTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTC
CTGATACTTAAATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTA
TGACGATGATGACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACG
AAGGTACATGAGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCC
TTAACGATTGAATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGA
GAACTTAAGCTCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTG
AGCCGTTAGAAGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTG
TTTTCTCATTGAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGT
TTTGTGTTTTCAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAA
TATCTTTTATTGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAG
CTTGATTCTCTTT
>AT2G22720.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34422 Blast hits to 21553 proteins in 958 species Archae - 9 Bacteria - 2953 Metazoa - 16492 Fungi - 6405 Plants - 1061 Viruses - 320 Other Eukaryotes - 7182 (source NCBI BLink)
TCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCTCTCTCAGATCTAT
ACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATTCGTCAGATATCTT
CGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCAATTGTAAAATTTC
GATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATTTTCTATGAAATAT
CAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGATTTTCTGGAAACGA
GATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCGATTTCTATGTTTT
TGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAAAGTTCGATCTCGA
TTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATCGATTTTGTGAGTT
TTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTCTGAAAGCGAGATC
GATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTGTTTTCTTATCAAA
AAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAGTTTTAGTTTGCAG
GGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTATGAAGATGTAAGCA
CGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAGGTAGATAGATTTG
ACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGGGTATGATGACTAT
TACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGAAGAACCTCCTAAG
GAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAATTCGGAAGAAAATG
GGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAAACTTCCTTATAAC
GAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCTGGAATGTGTTTTG
ATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTTGGTCCTTCACGGC
CTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAAAACGAGCTACGTA
AAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTACTCTTTGTATTTTT
ATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGAAGAAAAGACCAGT
TCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGACCTAAAGTTGTGAA
TGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATTCGTTTTTGTTTTC
CGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAAGTGGCTCTTTTCC
TAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGTGATCTTTAAGCAT
ACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAAGAGGCTCGATCTG
CTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGAACTGCTCACAGTC
CCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGACCGTCTTCCTCGG
GCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATGAATCATTCAAGAC
CGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCTGGCAGCCAAATGC
AGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGCCAGATGCAAAATT
CAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAGCAAAGGCCTGCGT
CCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCC
AAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCAGGTTCAGGTTCCA
CAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGATCAGATTCCCGAA
GATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGCAGTAGCAATGGAG
TTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAGAGTTCATTGGAAA
GAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAGAGACCGTCCTCAT
CAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGAAAGGTTTCTCGTG
ACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCGAAACACCAGGTAT
CATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCCAAGGCACTAATTT
GTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACCTCCCTCGCGTGAC
ATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTCAGAGGATCAAGAA
GCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTTCTTCCTACTCTCA
AATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTAAATGGGGGTTTGT
GTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGATGACATAAACATGG
AAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATGAGTATTTTTGTTA
TCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTGAATTGGTTGTTAA
ATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGCTCTTAGAGGAAGA
AGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGAAGAATCCTTTCTC
CTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATTGAAATCTCTTTGG
CCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTTCAAATTAAGGATC
TTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTATTGGGGAC
>AT2G22720.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN chloroplast EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 18810 Blast hits to 9739 proteins in 609 species Archae - 9 Bacteria - 1424 Metazoa - 8282 Fungi - 2696 Plants - 486 Viruses - 222 Other Eukaryotes - 5691 (source NCBI BLink)
TCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCTCTCTCAGATCTAT
ACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATTCGTCAGATATCTT
CGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCAATTGTAAAATTTC
GATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATTTTCTATGAAATAT
CAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGATTTTCTGGAAACGA
GATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCGATTTCTATGTTTT
TGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAAAGTTCGATCTCGA
TTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATCGATTTTGTGAGTT
TTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTCTGAAAGCGAGATC
GATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTGTTTTCTTATCAAA
AAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAGTTTTAGTTTGCAG
GGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTATGAAGATGTAAGCA
CGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAGGTAGATAGATTTG
ACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGGGTATGATGACTAT
TACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGAAGAACCTCCTAAG
GAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAATTCGGAAGAAAATG
GGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAAACTTCCTTATAAC
GAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCTGGAATGTGTTTTG
ATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTTGGTCCTTCACGGC
CTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAAAACGAGCTACGTA
AAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTACTCTTTGTATTTTT
ATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGAAGAAAAGACCAGT
TCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGACCTAAAGTTGTGAA
TGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATTCGTTTTTGTTTTC
CGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAAGTGGCTCTTTTCC
TAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGTGATCTTTAAGCAT
ACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAAGAGGCTCGATCTG
CTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGAACTGCTCACAGTC
CCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGACCGTCTTCCTCGG
GCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATGAATCATTCAAGAC
CGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCTGGCAGCCAAATGC
AGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGCCAGATGCAAAATT
CAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAGCAAAGGCCTGCGT
CCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCC
AAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCAGGTTCAGGTTCCA
CAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGATCAGATTCCCGAA
GATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGCAGTAGCAATGGAG
TTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAGAGTTCATTGGAAA
GAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAGAGACCGTCCTCAT
CAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGAAAGGTTTCTCGTG
ACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCGAAACACCAGGTAT
CATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCCAAGGCACTAATTT
GTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACCTCCCTCGCGTGAC
ATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTCAGAGGATCAAGAA
GCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTTCTTCCTACTCTCA
AATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTAAATGGGGGTTTGT
GTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGATGACATAAACATGG
AAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATGAGTATTTTTGTTA
TCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTGAATTGGTTGTTAA
ATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGCTCTTAGAGGAAGA
AGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGAAGAATCCTTTCTC
CTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATTGAAATCTCTTTGG
CCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTTCAAATTAAGGATC
TTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTATTGGGGAC
>AT2G22720.1 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34349 Blast hits to 21327 proteins in 952 species Archae - 9 Bacteria - 3053 Metazoa - 16365 Fungi - 6337 Plants - 1046 Viruses - 325 Other Eukaryotes - 7214 (source NCBI BLink)
TCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCTCTCTCAGATCTAT
ACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATTCGTCAGATATCTT
CGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCAATTGTAAAATTTC
GATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATTTTCTATGAAATAT
CAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGATTTTCTGGAAACGA
GATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCGATTTCTATGTTTT
TGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAAAGTTCGATCTCGA
TTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATCGATTTTGTGAGTT
TTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTCTGAAAGCGAGATC
GATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTGTTTTCTTATCAAA
AAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAGTTTTAGTTTGCAG
GGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTATGAAGATGTAAGCA
CGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAGGTAGATAGATTTG
ACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGGGTATGATGACTAT
TACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGAAGAACCTCCTAAG
GAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAATTCGGAAGAAAATG
GGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAAACTTCCTTATAAC
GAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCTGGAATGTGTTTTG
ATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTTGGTCCTTCACGGC
CTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAAAACGAGCTACGTA
AAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTACTCTTTGTATTTTT
ATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGAAGAAAAGACCAGT
TCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGACCTAAAGTTGTGAA
TGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATTCGTTTTTGTTTTC
CGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAAGTGGCTCTTTTCC
TAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGTGATCTTTAAGCAT
ACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAAGAGGCTCGATCTG
CTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGAACTGCTCACAGTC
CCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGACCGTCTTCCTCGG
GCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATGAATCATTCAAGAC
CGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCTGGCAGCCAAATGC
AGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGCCAGATGCAAAATT
CAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAGCAAAGGCCTGCGT
CCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCC
AAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCAGGTTCAGGTTCCA
CAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGATCAGATTCCCGAA
GATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGCAGTAGCAATGGAG
TTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAGAGTTCATTGGAAA
GAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAGAGACCGTCCTCAT
CAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGAAAGGTTTCTCGTG
ACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCGAAACACCAGGTAT
CATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCCAAGGCACTAATTT
GTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACCTCCCTCGCGTGAC
ATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTCAGAGGATCAAGAA
GCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTTCTTCCTACTCTCA
AATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTAAATGGGGGTTTGT
GTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGATGACATAAACATGG
AAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATGAGTATTTTTGTTA
TCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTGAATTGGTTGTTAA
ATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGCTCTTAGAGGAAGA
AGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGAAGAATCCTTTCTC
CTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATTGAAATCTCTTTGG
CCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTTCAAATTAAGGATC
TTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTATTGGGGAC
>AT2G22720.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34422 Blast hits to 21553 proteins in 958 species Archae - 9 Bacteria - 2953 Metazoa - 16492 Fungi - 6405 Plants - 1061 Viruses - 320 Other Eukaryotes - 7182 (source NCBI BLink)
GAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCT
CTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATT
CGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCA
ATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATT
TTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGAT
TTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCG
ATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAA
AGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATC
GATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTC
TGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTG
TTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAG
TTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTAT
GAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAG
GTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGG
GTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGA
AGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAAT
TCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAA
ACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCT
GGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTT
GGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAA
AACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTAC
TCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGA
AGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGAC
CTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATT
CGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAA
GTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGT
GATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAA
GAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGA
ACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGA
CCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATG
AATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCT
GGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGC
CAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAG
CAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCG
TCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCA
GGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGA
TCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGC
AGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAG
AGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAG
AGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGA
AAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCG
AAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCC
AAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACC
TCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTC
AGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTT
CTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTA
AATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGAT
GACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATG
AGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTG
AATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGC
TCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGA
AGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATT
GAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTT
CAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTAT
TGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAGCTTGATTCTC
TTT
>AT2G22720.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown LOCATED IN chloroplast EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 18810 Blast hits to 9739 proteins in 609 species Archae - 9 Bacteria - 1424 Metazoa - 8282 Fungi - 2696 Plants - 486 Viruses - 222 Other Eukaryotes - 5691 (source NCBI BLink)
GAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCT
CTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATT
CGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCA
ATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATT
TTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGAT
TTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCG
ATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAA
AGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATC
GATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTC
TGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTG
TTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAG
TTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTAT
GAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAG
GTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGG
GTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGA
AGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAAT
TCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAA
ACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCT
GGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTT
GGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAA
AACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTAC
TCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGA
AGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGAC
CTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATT
CGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAA
GTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGT
GATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAA
GAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGA
ACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGA
CCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATG
AATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCT
GGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGC
CAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAG
CAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCG
TCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCA
GGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGA
TCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGC
AGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAG
AGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAG
AGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGA
AAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCG
AAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCC
AAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACC
TCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTC
AGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTT
CTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTA
AATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGAT
GACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATG
AGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTG
AATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGC
TCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGA
AGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATT
GAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTT
CAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTAT
TGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAGCTTGATTCTC
TTT
>AT2G22720.3 | FUNCTIONS IN molecular_function unknown INVOLVED IN biological_process unknown EXPRESSED IN 24 plant structures EXPRESSED DURING 15 growth stages CONTAINS InterPro DOMAIN/s Chromatin SPT2 (InterProIPR013256) BEST Arabidopsis thaliana protein match is unknown protein (TAIRAT4G378601) Has 34349 Blast hits to 21327 proteins in 952 species Archae - 9 Bacteria - 3053 Metazoa - 16365 Fungi - 6337 Plants - 1046 Viruses - 325 Other Eukaryotes - 7214 (source NCBI BLink)
GAGAGCACCCCTTTCCTCTTCTTCTATATCCCTTTTTATCTCTTCGCAGCTTTCTCTCCT
CTCTCAGATCTATACTCTCTTCTCCTTCACAATCGTTCGTTTTATCCTCTCCATCGGATT
CGTCAGATATCTTCGATTTCTCGTCGTTTCATCGGTTCCAGGTCAAATCCAGGTATGTCA
ATTGTAAAATTTCGATCAGATTCGTCGATTTCGATCAGCTTTTTCGATTTTGGATCTATT
TTCTATGAAATATCAGATCTGGTGATTGTTTTACATATTTTTGGGTTGAATTCACAAGAT
TTTCTGGAAACGAGATCGATTAATTGAGTTTTCTGTGTTTTTATCTTAAGCTAGATCTCG
ATTTCTATGTTTTTGGATTGATTTGATAAGATTTTCGAGAATTTTTTGTGTTTTTGTCAA
AGTTCGATCTCGATTTCTATATTTTTGGTTGAATTCACAAGACTTTCTGGAAACGAGATC
GATTTTGTGAGTTTTCTTTGTTTTTAATCTCGATTTTTGGATTGATTTGAGAAGATTTTC
TGAAAGCGAGATCGATGTTTTTGGGGATTTTCTTTGTTTTGTTCAATAATTCGGTCTCTG
TTTTCTTATCAAAAAATTCGTTTTCCATCTCAAATCGATGTTCTTATTGATTTAATTGAG
TTTTAGTTTGCAGGGATTTGATCGTTGGTAAGCTATCTTTCAGCAAACATGCATGGTTAT
GAAGATGTAAGCACGCTCATGAATTTTTGTTTTCAGTGATTTTGTCGAATTCAATTTAAG
GTAGATAGATTTGACATTGTTCGATAATGTTATATTGCAGGACCTTGATGAGGAAGCTGG
GTATGATGACTATTACAGCGGTGATGAGGATGAGTATGAAGATGAGGAAGAGGAGGATGA
AGAACCTCCTAAGGAAGAATTGGAATTTCTTGAGTCACGCCAAAAGTTGAAGGAATCAAT
TCGGAAGAAAATGGGAAATGGAAGTGCTAATGCTCAATCTTCACAAGAGAGAAGAAGAAA
ACTTCCTTATAACGAGTATGTGGTGGCTAAATCACATTTTCTAATTCATTACAATGTCCT
GGAATGTGTTTTGATGCTGAGCTTATTGATTTTTCTTAATGCAGCTTTGGTTCTTTCTTT
GGTCCTTCACGGCCTGTTATTTCCTCAAGGGTTATACAAGAAAGCAAATCCTTGCTTGAA
AACGAGCTACGTAAAATGTCGAATTCGAGCCAAACTGTATGTGCATTTGATCTTTGTTAC
TCTTTGTATTTTTATCATTTAAGATGTTTTTGCTGATGGAATTGTTTTTTGGGGTGCAGA
AGAAAAGACCAGTTCCGACGAATGGTTCAGGCTCTAAGAATGTGTCACAAGAGAAGCGAC
CTAAAGTTGTGAATGAGGTGAGAAGGAAAGTTGAGACTCTTAAGGATACAAGAGACTATT
CGTTTTTGTTTTCCGATGACGCGGAGCTTCCTGTTCCGAAGAAGGAATCTCTTTCACGAA
GTGGCTCTTTTCCTAATTCTGGTATGTTGTGTCTTTTGAAAAATCTTTTTCGCTATTTGT
GATCTTTAAGCATACCATTTTCATGAAGATAACTTATACAGGTTTTTTGCTGATGTTCAA
GAGGCTCGATCTGCTCAATTATCATCGAGGCCCAAACAATCATCAGGTATCAATGGTAGA
ACTGCTCACAGTCCCCATCGTGAGGAGAAGAGACCTGTTTCAGCGAATGGACATTCAAGA
CCGTCTTCCTCGGGCAGTCAAATGAATCATTCAAGACCGTCTTCCTCTGGCAGTAAAATG
AATCATTCAAGACCGGCTACCTCGGGCAGCCAAATGCCAAATTCAAGACCAGCTTCCTCT
GGCAGCCAAATGCAGTCGAGAGCTGTCTCAGGCTCAGGGCGACCTGCTTCCTCAGGCAGC
CAGATGCAAAATTCAAGACCACAAAATTCAAGACCAGCTTCCGCTGGTAGCCAAATGCAG
CAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCGTCCTCAGGCAGCCAAAGGCCTGCG
TCCTCAGGCAGCCAAAGGCCAGGTTCGTCGACAAACCGTCAAGCACCTATGAGGCCACCA
GGTTCAGGTTCCACAATGAATGGTCAATCAGCCAACCGGAATGGCCAACTGAATTCCAGA
TCAGATTCCCGAAGATCAGCTCCTGCTAAAGTGCCAGTGGATCATAGGAAACAGATGAGC
AGTAGCAATGGAGTTGGTCCTGGTCGGTCAGCGACCAATGCAAGACCTTTACCTTCTAAG
AGTTCATTGGAAAGAAAACCCTCAATCTCGGCGGGAAAGAGTTCTCTTCAAAGCCCTCAG
AGACCGTCCTCATCAAGACCAATGTCATCTGATCCTAGGCAACGGGTAGTAGAACAGAGA
AAGGTTTCTCGTGACATGGCCACACCCCGAATGATACCTAAACAATCAGCGCCTACCTCG
AAACACCAGGTATCATGATCATGATCTTTCACATCTCTTTCTTTTGTCCTTCCTCTAGCC
AAGGCACTAATTTGTCAAGTAATATTTACAGATGATGAGTAAACCAGCGCTCAAGAGACC
TCCCTCGCGTGACATAGATCATGAAAGGAGGCTGTTGAAGAAGAAGAAGCCTGCAAGGTC
AGAGGATCAAGAAGCATTCGATATGCTTAGACAGTTATTGTAAGTATTGCTCCAAACTTT
CTTCCTACTCTCAAATTGTAAGTTACAATTTTCTAATTCTATTTTGTCTCCTGATACTTA
AATGGGGGTTTGTGTATCAATTTTAGACCACCCAAGCGGTTTTCTCGGTATGACGATGAT
GACATAAACATGGAAGCAGGCTTTGAAGATATCCAAAAGGAAGAGAGACGAAGGTACATG
AGTATTTTTGTTATCACACGTTTCATTTATTTGTGTTTCTTGGATATTCCTTAACGATTG
AATTGGTTGTTAAATGCAGTGCGAGAATCGCAAGGGAGGAAGATGAAAGAGAACTTAAGC
TCTTAGAGGAAGAAGAAAGGAGAGAAAGACTGAAAAAGAATCGGAAGCTGAGCCGTTAGA
AGAATCCTTTCTCCTTTGTGTCTTTGTCTTCTTTTAGGACTTTTTTAGTGTTTTCTCATT
GAAATCTCTTTGGCCGCTTGAGGCAAAAAAGAGTTTGACCTTTTTTTTGTTTTGTGTTTT
CAAATTAAGGATCTTTTTTTTGTTCATGGAAATTGTACAATTAGAAATAATATCTTTTAT
TGGGGACACTTCAAGAAGAATCTGTTGGAAACCTTCCCAGTTAGTGAAAGCTTGATTCTC
TTT