Spo25396 (gene) | SpinachBase

Overview


Name	Spo25396
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	DNA-3-methyladenine glycosylase
Location	chr3 : 30865603 .. 30888412 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

AAAATCCCATGCAAAAAAGTCAATCCTTAACCAAATTCCATAAATCTCTTTTTAATTGTTTATGCTGCTTCTTCTTCTTCCAACTAATATTCAACTCCTCCCTTCTCAACTCCGGTGTAGGTGGGCCCCAATGACCGGACCTGAACGCTCCAAACTGCGCTCCAAATCTAATTCCGGCGAAAACCTATCTCAAGCAAAACTCAAAATTCGCGCCACGAAGTCTAAATCGAAATCGAAATCGAAATCGAAAGTCCCGTTATCTCCAGAACATCCAATTTCCAACATTTCTGAGATTGATCAACAGAATTTGGTTATTCTAGGGCCCGATTTCTGCTCCGTTGATGCTCTTGATCTTGCTCCACTTCTTCTTGGCAAGTACCTTCGTCGTGATGATGTTATACTTCAGATAACCGAGGTGAGATTTCATTTGCTATTGATGTTGCACGCTAACTGTTCGACGAAATTACCCAACAAGCTAGAATTAGAATTGCATAATCAGTGATTTTTCTATTTTTGGGGTCATAAATAATGATCAATTTTCTTATTAATGAATTACTTTCTGTGGTCAGACCATTTTTCTTCAGTTCATGGTTAATAAAATTCAGGTTCTTTTTCGACTTTTGTTTAGTTTCTGAGGGTCATGAACGTATAGTTTAAAACCCGATTATTTGAGTCGGTTATGTCAAGGTTTTTGCACACCAACTGTTCGAAGAAAATTACTCAATGAGCTAAAATGTTTTTCTTGTCTTTTTGGATTTGCTTATCTTTGTATGAATACTATATAGAGTTTCCAAACAAGTCAGTTTTGGGGTAACAAAATCATGGTCAAGTTCTTTTTCTATTTGTCTATTAGATCAATTTTCTCTAGTTCTTAGTCCAATAAATTATGGTTCTTTCTGTTTTATGATATTGGTGTTTGGGTGATATTTCAAACCCCATTTCTGGAATCAGGTTTTTAAGGTTCACAGGCAAGTCCAAAGCTTAAATGGGTGTAAACTTTGCAGGTGGAAGCATACAGGCCGAATGATTCAGCATGCCATGGTCGCTTTGGCAATACAGCAAGGACAGCTCCTGTTGTAAGATATACATTATATTCACATGGTCACTTTTCTCTAGTGGTTGGATATTGATTTAGTAATTTTGTCTCATGAACAAAATTTATACCCTTTTTGATGAATTATGGAGTTTCTTATTTTATCTTGTGCAATTTGGGTAGTTTGGACCATGTGGGCATGCGTATGTGTATCTCTGCTATGGTCTTCACATGATGCTTAACATTGTTGCTGATAAGGAGGGTGTTGGTGCAGCTGTATTGATACGTTCTTGTGCTCCTATTAGCGGTAATTGCATGTAACCTATGTGTTCTGTAACCTACGTATTGTCCTGCCATTAGCATAAAGCTATGCATGACAACATGTGCAGTAACAAGTTGAATAAAATCATGCTATTAGGTTGGTTGGATGTGGAAATTAGACAGTACTGGTCAATCAACTCTGACTAAAACAATTTTTTTTTCTTATATATGGTAATCTGTCATTCACTCATTTGCACAAGCATTAACGTTTCATATTGAAGAAGAGCATTCCACTGTTTCTATTGATAATGGAAGAAGGGAGGTGATAGGAGTCAAGGTTATTGCATTCTTAAATCCTTGACCAGTAGTTGAGTGTTCTGAATACGCGAGACTGATGTTGCAGGTTTGACGACTATTCAGCAGCGCCGTGGTCAGATTACCAATAAGCCTGTTCTCCTCGCAGGGCCAGGAAAGGTTAGCAGAAAATCCTTACAGTCTCTTTTTTCATTATGTTGGGTAAAATTAGATGCTTGGTAGTGTTGTTTAAATTTTTTTTTTTGGCGTGAAAGAGGAAAACCTCTCAACAAAAATAAAGCAAGAAAAGACAACAATATAAATAAAAAGCAGCAAAACTAGCTACGAAGTCCTAAGCCGACGGAGCCGAAACTCTTCTTGCTATAGTCATGCCTCAACAGGTCCTCCAATAAAACTGCACGAAGCACGGTTTGCAGCAAATACATTGAAGGGTTCCCCTCTAATCCGTCGGATAAGACCACCACATCGCGCAATACCCGGGTTGCCCTTTGCAGCTCCATCGGTATTCAATTTCACCCAACCTTCTCTCGGCTTAAACCATCGCACAAACACCTCAACTTTGCCTTGTTTTCTTTTGCCCAACATCAGATCATCTTTGTTCATTGCTTGCTTAATAAAGCCCACTGTCCTCATAATGAAGCTATATTGGTCGAAAGGTATATCAATATTAGCATTGAAGCACTTCATTTCTCCATTTCCATATCCACAAAAGCGAATTTGCAAACACAATGTACCAATCTTCAACCCAAGATTGATTCGTTCGTTGAGATTATATTGCAACCACTCAATAAATGGCTTCGAAAATAGCTCGTTATCTGTCATCCAAGGGAATTCTTTCCAAACGAGTGTGGCTGCTAGACAAGTTCTCAAAATGTGCTCAATGTTTCTTCGCTTGCTCCACATATAGTACAGCTCAGATCCTGGATTAAACCTCTCATCAACCTAGTTGTGTTCGATATCAACCTGTTTCGAAACACCAGCCAAAAAGAAACAAAACGAATGCGCTGTGGCAAGCGGAGCTTCCATAACCTCCCCAACGGGCAGTGCAGGGGTTCTTCATCATTAGCTGCAACGCTGAGTTAATAGAGAAGCCCCACGAGGCCTCTCCGTGGAGTTAAAAGGACTTAATCATCTTGAGTATGTTCGAAGGAAGAAAGTCACTAAACAGATCGATTTTCCAGCCACTACTCGCGTCCCACATATCAACTCTTGAGGTGGAGCAGAAGTAACATGTTCTAGCAGAGGAACGTTTGTAGCCCACGGATGTCGCCAAAAAATGGTGTCATTACCATTACCAACTACCATACCCATCCCTCTCCTGAGGACATCTATGTTATCTAGTATACCCCTCCACGCATTAGAGGCATCATTCCTTGGCATGAACATGTCGATATCACACCGACCTTCACAATATTTGCTTCTCAATACTCGAGACCACAAGGCATCCGGTTCTGCAAGCACACGCCATCCAAGCATGGTAAGAAAAGCGGCATTGGCTTGTCTCAAAGATCGAATGCCAAGTCCTAGCTTTTTATGCTTTGTGATCGTCTCCCAGGAAACCAAGTGAACCTTGCGTTTATCTTCTGAACCACCCTACAAAAGTCTCCAAGAAATACGATCGATCTCGTCACAAGTAGACCGAGGTAATTTGGTTGTCTGCATAGCATAGTACGACATTGAGGAAAGACACGATTGGAATAAAGTAGCTCAACCAGCAATAGAAATCATCAATCATCTCTGCCATCCAACCTGCCAGTTTACCATTCACACGATCCACCAAGAATTGTTACTCCTTTTTAGAAGACATGTCGTTAATCATAGGGACACCGAGATACATCCCCAAATCATCCGTCTCTGTAATATGAAAGGTCTCACAAATGCCAAACCTTATATCAACAGACGTATTGTTGGAGAAAAAAATTCGGGACTTCGAACAACTAAGCTTGTTGCCTAAGCTTGTTGCCTGATACTTTACAGAATTGTTCCAAGCAAGCTGCTACCACCTTGGCTTGGTCAATTGTAGTTTCCGCAAATAAAATTAAATCATCCGCGAAAGCTATATTAGAAATATTCGGACCATTGCGGCTTGCCCGGACAGGTTTTCAAGCTCCCAGGGTAACTGCTTTCGGTCCATACAAATGACATAGAGCTAAGGTGTAACACCCCAAATTTATCTCTTTTAAAAATCTATATTTTGTTTAATAAAATCAACATTGAGAGAAACTTAGGAGTATTACCGCCACATGATAACATTAAAGGCTAACCAAACTCCAAACAATGCAGCGGAAACTCAAATGATACTCTTTTATTATAAATAAACTATAATGTAATTAAGTATTTAAAACCTTAATAAATAAAAATTTAACTTGAAATGATACCCTAGTAGGTTATTCTCTATCACAAATCCCGCATATGAAGATGCCACATTAATCACCAAGTTCTTGCAAATCTATTCATCATAAGATGAATACGGCAAAGGCAAAACAAAAAGAATACGGATTAGCAAAAACGCTAAGTACATATATGTACAAGATATGTAAAAACATTTAAACATACTTGAACATACTTTCATAATTCATTTATTTCATAAACTTTTGCATTTTGAATTATAGAAAGGACAAATTGTTTTTTACCACCTAAAATAATCGAAAAATTGTTTTTTACCACCTAAAAAACTAAAACTTGTATTTTACCACCTAAAAAAATTTAAAACTTTGTTTTTACCACCTAAAATGGAAAAAATAAACAAAACCGTTATGTGGAGGGCCACAATGACGGTAATATATCTAATATTTTCTCTTTTTCCACAATTTCATGTATTTAACTCCCTTCATTCTTTTTAAGAATTCACATGATTTTTTCTCTCATTAATTCACAAAATTAACAAAATTCAATGGAAATGAAGAGAGGAGGGTGAAGGAGTTAAAGAAAATCGCACGGGGAGTGTATAAAATTGGTGGGATATTGAATTAGTAAGCCCCACATAACGATTTCATCTTTTTTTTTTCCGTTTTCACGTGGTAAAATACAACTTTTAATTTTTTTTGTAGGTGGTAAAATACAACTTTTATTTTTTAGAAGGTAAAAAACAAATTTTCAACTTTTCTAGGTGGTAAAAAGCAACATGTCCTTATAGAAAATCCATTTTTCAAAAGATGGTGACTTTCCAAAATAGTAACTTTCCAAAAATAGAAAACATTTCAAAAGTAGAAACCTCCCAATCAAGACAACTTTCCAAAAATAGGAATTTCCAAAATAAATCTTTCAAAATAGAACTTTCCAAAAATAGAAATTACAAAAAATATCTTTCCAAAAATAGAACTTTCCAAAAATAATTACTTCAAAAAATAAGGTTTCGAAAAGTAAAAACTTTCCAAACATAGATTCCAATATAAATATGGAATCATACCCTCTTCTTATCTCTCCTTCCTTCCTAAATGTGCACACCTCCAAGTTAGTATTCCATTTTACAAATATATGCATTTCGGTACTAACCAAAATAAATGTAACAAGTGACCTCGACTTACCCAACAAATGATGTGTATGAACATTAGTTCCATAGATCTAGAAAGATCCATTATACCAATAATAATAAGTCATGAAAGACTTTGAAAACTTTCTAAAATATAGTTTTTCCATAAAAGACTTTCTATAAAATAAATATGCCACATAAAGGCTTTCCATAAAATAACTTTTCCATGTCAACCTTACTTGTCCACCAAGTATTTTAAAAACACTCATTTTGTTTTTGAAACATATTTTTAAAGATCAACAAACTATTATTTGAATAAAAGTTGTACGTTCAAACCATTTCAGTCACCAGCAACATACATGAAAATCATCATCATCATATTTGAACATCATCAACAATATTATTCAAAAATCATAATTATCATAATTAAAAATACCAATTAAATCACACATAGATTTTAATCATAATTAAAGATCTAGCCGCATACACATACCTTGATCAATCAACCACTTCTCACGAGATCAAATAGGCTTAGGAGATTCATTCATGAACTCCTAATCAATTAATTCACTAAACCTAATTAATAATAATACTAAACATAACTAATTAAATATGATTAAATCTAAAGATGATAAATTTAAATCATGATTCAGTTGATAAAAACATTTTTATTTTATAAACATGTTTTTAAATCACAAACGTTTATCTAAAATAATTGAATTACTAATCGGAAAAGAGTGATTTAAATCAACGATTTGAAGAACGACAAACGACAACGAAGAACGACGAACGAAGAAGCCAACAACACGTGGTGGTGTTGAGCAAGGTGGACGGATGGTGGTGGCTGCCTCCTTGGGGCGGCGGCGGAGGGTTTTAGAAAAGAGAGAGAGTGAGAGTTTGGGAGAATTATAAAATTTAGGTTTTTTTTAAAGAAACTCTAAAGCTTTTTGCGTGGAAAATAATAAAGGCCATGAAGGGGTATTTATAGTTTAATGGGGTATGGGTTATGGTAATTAGGGTTTAGAGGATTTAGGTAAAAAAATATTCTACAATGTTCATTGGAAGAATTAAGGAAAGAGAGAATAATTAATTATGGAAAATGCCAATAGAATAGAATTTAGAGTTATTTTCAAATTATTAAAAATCAGATTTTTCCTAAATCGTTCCTCAAAAATTCAGAATAATTTTAGTTTCCAAATTTCCAATGTTGATTTTCGATTTTAGGAAAACCCTTTAAAATATTCGTATTTTAGGAATTGTTTTCGAAAATCTTTTCTTATTTTTAAAAGTCTGATTTATTTTCGAAAATTCAGATTTCTGAAAGAATATTTTTCTTAATTTTTTTAATTAAAAATCCCTTTTAAACTAGTTATTCCAAAATTACATAAATATCCTTAATGAATTTTGAAACAATACTTCCCTCCAAATTAATTTGAAAAGGTTTTTCCCTCCAAAATCATTTTGGATATAATTACGTAATTAATCAAAATTAAGTTTTTGAAATGCATGAGCTAATCAAATTAATTACGCCAAAAATACGAGGTATTACATAAGGTGAGAGGGGGTTTCCTTGTCGTATACCCCGACTAGGGGTGAAGCTCTTTGTGGGCTCACTGTTCCATAGTACCTGCCGGCTCGTGGATGAGACACACCTCATAATTATCTCAACCATTAATTGAGGCAGTCAAAGCTCCATAATTTATTCGCGGATAAATTTCGATCTTAGGCGGTCTTACGCTTTCTCGAAGTCAATTTAAATGGCCATGTATCCCACTTTACCTTGATTCTTCCTCACAGTATGGAACATTTCTTGCGCTATTATAACCTTGTCTGTAATTTGCCTCCACAGAACAAAGGAATATTGAGTGGGGGAGATGACTGCAGGGAGCATAAACGTCAAGCAATTCACTAGAACCTTGGTAACCGCTTTGTAAACGATGTTGCAAAGACAAATTGAGGTGAGTTCTCCTTAGGGATTAGGACTAAAAAAGCTTTATTAAGGTCAGTAGGAAAATCTCGACCTTCCAACACATCTAACACCGTCGGTTACTAGTAACCGACGGGGAAAGAGGTGTTGATAGAAAACAGGTTGAAAGTCGTTCGGTCCCGGAGCCTTGTGGCCTCATGCTCATAATAGAAGCCTTTACTTCACAAGCAGTGTAGGGTCGAGTAAAATTCTTCCAATCTAATCATCAGCAGGAATTGGGGAAGCAATTGGGCATAAATACACTTAATTGAGCTAGTGGATTTTTTTCTTGGACTAAGGATTTCTAGTAATCCACAACTAAGATTTAAACCTCTTCAGCATTCGAAACTCATTGCCCTTCAGAATTTTGGAGCATCTCAATACGGTTATGTCTTCGTCGGATCACCGTCGAGAGATGGAAGAATTTCGTGTTCCGATCCCCATCTCTCAAGGGCCTCTAATCTTGACTTTTGGAACCAAAGAAGTTCTTCCTGTTGCAGAACACATCCATCACCTTCGAGTTTAGACCAAAACTGGGCTTTTTTGCGAAAATATATTATGAAATATATTTCTATTCTAGTAATTGAGTTTGGTAGCCAAGGTTGCCAGGAAATGAATGAATGGGCTAGAATTATCCCAATTATTATGCATGAACGAACCAGGCATCTTGAAACCGAAAAGGTTTGCATGCCATGGGAATTGGCGCATAACCACAAGTACTCCACAATATTGGACAGTGGTCCAAGCATGATTTTGGAAGATGTTTCCCCGCCCCTTCAGTGAAGCGAAGCCTTTAATCCTCATTCACAATGAACCTATCAAGTCGAGCTGATTTAAAGGTGGCTCGAGTATCACATCGAAACCAAGAGTGGTTGGGACCCGAAAACCCCAAATCTATCTAACCCATGCTCCTCCATCCAGTTACTAAAGCATCGAAATTGCATTTCCGATCCTCCAACCCCATGTCTTTCATCCATCGTTCTTGTTTCATTGAAGTCACCCACATTAAGCCATGGTCCATGAAAATTTTGTTTATCCCTCTCAAGGGCACTCCACAATTCACGACAAGTAAAAGAGTCAGGCTATGTTACTCAGACACGGGTGTCGGTGTCGTGTCAGACACGGGTGTCGGAGTATCCGACACTCCGATCCAAATTTTTGTAGACACTTCGACACTTTCAAAGGAGTGTCTTGACTAGGTTTTTAGACACGGCTACCATATAAAATGTCGGAAAAAAATCGACACTTTTTATAAATTAAATTTTTTCTAAAAGTAAACATTAAAAGTAATAATAATATGGTATTATGTATTTAATAGGCTAAGGTAAAAGTCTTTGTATAGGGAAGATAAAAGTCTTATCTAGGAAAGGTGAATGGTGTAAAGAAAATAAAAACTAAAAAATAAAATACGGAATAGTTATTAAAAACTAAAAAAAAGACCTCAAAAAGATAAAAGATTCCCTCAAAACAGTGAGTTGTACAGCTACAAAACTTTAATTAATAAAAGAAAAATAAAAAATATCAAAAAAATTAATAGAAGATGAAGGGTTGGACCATAACCCACCTTCTGTCTTTCTTCTTTCTCTCTCCTCAACTCTTCTTTCTGTTTTCTTTCTTCTCTTTCTTCTTTCTCTCCTGTACCCTTATTTCAGCCATTTTTTCCGGCCGATTCGCCTCACCAAGGAGATCAAATGCCCATTATTTTTTCGGTGAAGTTCAGATCTACAACAAAGAGAAAGAGTTCGACACCTGATTTTTGGATTCTTTTCCGACATCGGTGTCGACACCTCCCCGGACACGTGTCGAGTGTCGTGTCGCGGGTCGGGTCGTGTCAACACTGATACCCACCGCCGGACGCCGTGTCGGAGTAACATAGGAGTCAGGGCTCGCGTAAACTACTGAAATGAGTCATGGTTCTTCACTCACCTTAGCTATTTTAATAGTAATGTGCTGAGTGTGGAGTTCGATTGGATTGACTGTAACCACCAAAGCCCCGTGCTTCCACTCTAAGTTGTCTAGAAAAGCCAATACAGTCACAAATACTTTGCGCTTTATCTCCACTGATGTGAGTTTCGACGAGTGCTAGCAAATTAGGTTTATCAATTTTAATGAGTTCCTTAATCGTAGGCATAAAAGCCTGCTTCGCTTCCCCTTGAACATTCCAAGTCATGATTTTTATGGACATATTAAACATTGGTATACGGGGGTAACAATCATAGACATTCAACGACACACTAAGTAGTATGCTCAGGAAGGCGTCTCTCGACGTTCTCATTGGAATCACTAAGTCCGCCGGGTGTTGAATTGTAGCCATTAACACCTTGGGAACATGCATCGGAGGCAGAAGCGAGCTCACATTGAACTCCACTCGGTTGAGTGTGGGATGAAGCGTAATCAATGTTGGACCCTCCATTCGATAATCTAAGAACATTGTGTATGCCGAGGAAATATAAACTTCTAAGGTTGTTGGAGGATGTAGGGGGTTCATGGCTAACTTCTCTTCCTCCCGTCTCGAAAGGCTGAGGAACAATTCTATGAGGAAGGGAAGAAACAAATGTAGGGAAAATAGGGGTAGAGTATTCCTTTCCTACGACAGTATGGTGTGCAATAGGAGAAGGAAGGGACTGACTTATTTTCTGGGGATTTATTTTTGATGTTCTGATTACTTTCCTTAAATGGAAACTGTCTTGGCCCATAGGATTTTCTTCCTTGATTTACTGCCGAATTTAACTTAGGAACAAAGGACATTAGCCTAATATCTCGTTTCTCCCTAAAGGAAGGTGTAGCCCCGGAGTTCAAATTGACCGTTGATACAAAATCATCCTTCCTATCCCTAGAAGATATTTCCATATTACCCGTAATATTTGCCATAGAACAAGAGTCCTTAGTTAGGTCCACTATGGGAATTTCCGCATTAATATCAACCTCCGTAATTATACGATGTTCCATATCAATATCTTTTACCGTAACATTCCTTTCTAAAACAAACTCTTGATTACCAAGATCTTCCTCATTATTCCCCTTCAAAATAGGCTATAATTGGGCTTGGTTAATTTATGTACTATCATTGGCCATGTTTCTATACTCTCTCCTTGATTTAGTACATCAAATCTTGACCCCCTTGACCCATTTGCGACTGATTTTGCTCTCTTCCTCTTTGATCTGTTGACATGGTTCTATGGGTAGTATTCTGTTGACCTTGTGTGTTGGAGCCATGTCCTCTGTTAGGGTTCCCTTTGTGCTTTTGTGGTTACCTTCTTGGAGGACGTTGAACAACATCCATGCGCGTATTGTTCCGATGTATCATGTCTTAATGGAGTTGAGTTCGATGGATTCAAATGACGTACATTTTTCCTCCTTGTGGCCAAGCTTGCCACACTTGAAACAGATCTGTTGAAGCCCTTCGTATTGGACCAGCCATACACGTTCATTGAGTCGAAACTTTGAGAGTTGATGTCTAATGATATCAACCTCGACACATTAGTCGAATGTATTGTCCTCTACTCATGGATTATGTGTGCTTGGCAATTTTAGTGACTCTGCCGATTCGTTCACCTATTTTCATGAGGAACTTTTAATTAAAGTACTCCACAGATAAGTTAGGAATTCTAACTCAAGCTATCAAGACATTGATAGGTTCTTCGTCTAGGACAAAATTTGGGACCATTTAGGGATCGTGAGGTAACTGTCGCCAATAACCCATGGCCTTTGTGTCACTGTGTCAGCACCAGGGTTACCTAATTCGGTGGAGACCCTACCGTACTCTGATTTAGAACGGTTTGTATCGATTCGAGTACGAATTCAGTCTAATTCGACCAAATAGTCGAGTCGACCGATTTATACTCTTTTTCGCTGGTCTTCTTCGCCGAATAACGTTTCCCATGGAGATACGAAAGAATTAATTAAACTGGTTTGTAATGTTTTTTAAATGGTGGATGTCAGAAGGTTGAAAGAACTATAACCATGAAAGTAGATCTGAAAGAAAAGCGGGGAAGGAGAAGGAGGAAGTGGGTGACAACTTTAGAAGTGCGATCCACCACAAATTTGGATTAATTGTGATTTTTTCCCCTTAAACAGTACGTGTCATCGTTTTGGTGTTGTACTGCTACTAGGAGTCTAGCTGTTAACATTTGTCCACTTTATATTATTTATTTGTTTATTTTTTAATTTATTTATAAAGGATTAATATTTTAACTTATTTGAGAAACTTTTAATCTATACAAGAGCTCCTATTTTAGGCTTTTTTTTTCCGCAGGACTCTTGTATTTTATTTTTTAGTATTTTATCTTTTTTTTAGTTTCTATTAAACATAAATATGTACCTGTTTTTTTTAATTTAAATGAAATCGTATTTTAAAATTACTCATAACGTATTTGTAATTCGACCCTCTCTCGTATTCCGTATTCGTACTAAATCGTACTCCCTCCGTCCTAGAATACTCGCAACGGTTTGATTGGACACGCTTGCCAATGCACAACTTTGACCATCAATATCTTCAATTATATATTATAAAAATTTATAAAATATTAATATTTTGAAAATATATATTAAGATAAAGTCAACAATATATTATATGCTAACACATACTTCGTATATACTATAAATAAAATAAAGTCAAAGTAAATTATGTTAATAGTGCAAAAAATCAAACCGTTTCGAGTATTCCGGGACGGAGGGAGTATTACCTATTAGGTAACCCTGGTCAGCACAAACGAGTAGTCATCTATGTTTGAGAATCGAACAACATAGTATGAACACCCCACATCAGTTAGGGAAATATCTCCCTTCAGACTCCGCTTATTCCTTAGCCTTCTAATAAGATCTTCATAATCAAAGCATTCAACCATTGCGTGCGCAACATGCCTTTGAAAGACGGATGGTTCGACAGTCCGGGTGTTCCAAGTCCTTCATTAGCCATTTCATCATCTGAGATATCTTTTGTGAACATCCCCCCATCAAGATCTAATATCGCATTGTTTAATCCAATACCACCGGCAGCATGAGTATATGAAAGGCCTTCTCATTTCAAACCATTATCTGATGGAACTCCATCTTGTGCGGGAGATACATGAGTTTGAATGTCTTAATCCATAGCCATGGAGTACTCCTTATCATCACGATGCTTTATTTTCTTATTCAATCTCCTCACAATGCTTTATTTTCTTATTCGATCTCCTCATGAGATCAGTTTCCTACGAAGAAAGTCCTTCATTTTCTCTCATTTCCTCCTAGGTTCATGATAAAGTAGGTCACAAATAAGACCATTTACATTATTCTTAGGGAATCACTCAACCAGTAGTGTTCTTTCAATCTTTTCAAGTATAAGTTATTTCACTGATAAAATAAAAACTATAATTCAAAATTCAAATTCAATTAATGCAAAATAGTTATTTGGGGCTGTCTTGAACCTACGAACAGTTATAGAATCTTTTGGTAAATATTTATTTTTATCAACCAAAGTAAAGAGCAATGCTAACAACAAAACTTATAAACTAAAGGGCAAAGTGAAGCCTGATAACCCTTCTAGGAAGGCTCGTCCGGTTTTAAACGCTCACACCATTACAACTCTAGCCAAATTCTTGAGCTTACTACATGATGTAAGTCTAGAAACACCTTCCAAGGAGATGGGTGAGGATTTTAAACTCAAAGGAACAAGAATACTCACAAGAACACTTTTAATTTTTTAAACACTCGAAACAAGGATAGTGACCAAATCACACGAACACAATCAATGATTTGGGGTTTTAAGGAAATAGAAGACTCACTCAATCTCTCCCATACTTATCACTCAAGACTAACTCAAAGAATAAGGGAAGTTTAAACTTGAGAAACAAAGCATAAACTATGAAAACTCAAGGTTTTTTTTTTATCAAATTCAAAAATGATTTTTATTCATCATTTTCTCTCCTTATGTATAGGATGGAGCAGCAAAAGGAAGCCAAAAGAATTTACAAAGAAACCCTAAAAACCGTCCAAGAGTGAAACGGTTTTAGAGCTAGAAAGGCTCCTTGATTCATGCCCCATTACAAGTTTCATCAATGAGCTGTTACAAAGATGTTACACCAGCAATAGATGACCTAATTAGGCTCATAATCACACGCCTAATCATCACAATCTCACAGCCAAAATGTTACTTTAGGAGTAATCTCTTGGGCTAATTTTTTTTTTTTGGCAAATAAGATTTTATTACTTACCAAAGATAGATAACCAACCTAACACCAAAACTCCTAGGCTTAAGATCCCAAACTTTTAAGAAGACTTGGGACCAACTGAAGCCAAACTACATGAAGCACTGTTTCAAACATTAAACAAAATTCTATTTGCAACTACCTTACAAAGTTACAATCATCTAGCTTATTGCTAAAATGTTTAGCATTTCTCTGCAACCATAAAGCATACACAATTTCTATAAATGTCATGCTATACACTTTGTCAGCATCTTTCTTACCTGGAAACCCATGGGCTGCCTGTGTACACCGACATTCTTCATTACTAAGCACCAGATCCCTTGAAAAAGCGCAACTAAAGATGGTGCAACGTTTCTGCTTGCTGCTGACAGAGGCAACAAATACCATCAGTAGGCACTCCCCAATTAAGCAGTCTGTCTTTTGTAGTGATTCTATTCTGTACCGCAAGCCAAACAATGAAAATACTCTTTGGACTCGCTTTGCTGTTACATATGATACTCTTCCACTCCACCTAGTTCCCAGTGTCCCTCAAAAACCTATACATTTTCTGCACTTTAAACTTACCAACAATAATTTAAAGCCACCAACATCATGAATAACTTCTCTACTTTGCCGTATCTTCCTTAAAGTCCAAGTGAGTCCACTAGGAATAGACATGGACCAAAAATCCTTCTGCTTGATGTATGAACTGTGCAGCGCCACCAGCATCATGAATAACTTCTCTACTTTGCCATATCTTCCTTAAAGATCAAGTGAGTCCACTAGGAATAGACATGGACCGAAAATCCTTCTGCTTGATGTGACCCATTTAATCCAAAGCCGATCTTATTTCAAAGATAAAGCCCAACAATAAGGTCTTTCAGGTTCCACCCACCACATACCTTAGGCAAGCACATCGGTCCCAAGCTACTGGGGCTCTTCTTGAATTTGAATCACCACCAGAGGAACACCCTGCAAATCCTCTGAATTTCTTTGATCACCTTCTTAGGCATTATGAATATCTGGCACCAGCATAGTTGAATGCCAAAGAGCACTGATTTGATCAATTGAACCCTGCCTGCATAAGAAAGAAGCTTAGCGGACCAACTTCAAATTCTAGCTATTGTCCTTTCAATCAAAGGTTTGCAGTCTATGTAACTCAGTTTTCTTGTAGTCAAAGGGACTCTAGGTACGTAAAGGGAAAAGTACTTTTGGGAATTCCCAAAGTCTCAACAATATGATTTCCCTCTGTATCTGAAATCCCAGCCACATACACTTCACTTTTATGAAGATTGGCAACCAAACCTGATGCTCCAGAGTACTTATTAAAAACATCAAACATCACTTTAACAAAATGTGTATCAACTTTACAGAACATCAACAGATCGTCTACGAACATCGAACGAGTGACCCCTAACATCTTGCATCTTGGATGGAATTTGAAAGCAGTAGAACCAGAAGCAACTTCTAAGCAACAAGACAAATATTCCATACCCAAAGCAAAAAGGAAGGAAGACGTTGGGTCGCCTTGTCTTAACCCTTTCCCTCTTGGGCTTCATTACAAGCTAAAAAAATAAAATAAAATACTCTTGCCCATAACAGAAATATTGGCTGCTCATATTTACTCACTTTCACGCCACTTTGTTGCTTCATTCATGTTGGGCCTTCAATCCAAGTAATGCAAGTCATAAACTCGGCCTTTGCGACTTGAATTGTAAGATGATCCAAATCCAATAATTTGAAAGGTCATCTAAATTAATTATTTTAAGTCGCCTTGTCGCATCTGTATCATTCTCTCTTTCTTTGGAAAAAAATCGACCCCGACTTTGCCGATTCTCGAAAGCCGAAACCGATCAAAAGAAATGATAGCCTTGTCAAACATGGTATGTGGTATCATGGAACTCTAGAGCGTGTCAAAAGAAATTCTTGGAACATCATCTTGAACCTCAACATAATCATAGTCATGCTCAATAATGCTCTCGTTAACCCCAAAAGTGGGAACTAGCCAATCTGGAGGGGGTTCGGAAATTGTATCAAAATGTTTCATGAAAGCCTTACGTGGAAAGTTGCAAGCACTAGAGTCATGGAATGACTCTTTGTGACAGCGACCACCAAAAAAGGAACTACAAATTTTTCCTTAATCACCTCATTTTCATTTTTCTTGTGAATTCGTTCAACAACAATGTTCTCTTCAACAGTAGGGTCTCAGTCTAATAAATCAGAAGCATCCCCACGTTTATGCGTGATATCTGTTTTAGGAAAAGCGTCGAGAACTAGGTGTTTATCTCATGAAGATTGGTTTTAAATTCTTCGATTCAAGGACGATGAGTTTCATACTCCACACTCCTGTTATTTTGCTAGAGATTGGTTAACATTAAATGTTCTTTTTCTCATATTCCCTAGGAAAAATTACTTTAAATAATCCAACCTTTTGACGATTTTACGTTGATAATCCAATCTTTGGATTATTATCTAATAATCCAACCTTTGTACCCCACTAACTCTTATTGCACCCAACCGGTCACCAACCTGATATAGTAGGTAATCTATACACGTGTCATGCAACTATTCGCCCTAAGTTTTTTTTTTTTTGCCTTCTTCCTTCTAGTTTATTTATTTTCATGTAGTTTTTTTTTTATTCTTCATCATCATGTTACTCCTCCAGCAGAGCCACTCTCTCTCCTACCCTTCGGTCCTCCGCATCACCGACGTTGTACACCATTATTGCTGGTAAGTCTCTTCCACCCATTAACAACCAACCCAGCCAATTAACACTCACCACACCACAAACCCCCTCCTCCGTTCCTCCTTTCTATCTGATTGTCTCCTCCCCTTCACAACCCCCTTTTTCTTCTCCTCCAAATACGTACACCATCAAAGACTAATTAGACCAATAAACAAAAAAAAAGTATTACAACATACAACACCACCAACCAACAACGAAAATAAAAACTGTAGCAGGGTTACTGGGGAGATGAGAGGCAAGGCGAAGCGTAAAAATTCTCTAGCAATTGAACTCGGGCGGTGGTGTGCGGTAGCAGCAAAATGCAGCAATAAGAAAGAACCTCGTCGACAAAAAATTAGTCGTCTTTGGGCTCTTATTGTTTTTAGTTTGAATAACACATTTTTGTTAGAGTTACCATTGATGATTGATTTATTAAAAGTTGTTCATTGAGAAATTGAAAACAAAATTACTATTGACCAGACACAAAAGAGTAGGAGAAAGGAAGATGAGTGTGCCTCCATTGGAATGGACCTCCACCTTCTTCTCATTGTTCTATGCTTCGTGGAAATTAAACCACCGGAACTCAAGTTCCGATTTTGGAACTCCTTTCCCAGTTAATTAGCCTAATTCCAAAAGCTTTGACCTAGTATCTATTTGGACAATTTATAACTGTATTTTCTCCTTTAAATTTTATTAAGCTCTTGTAGACTTTAAAGCCATTGATGAAATCTTGGAAGAGGAGAGAGTCTGGGATTTGGGGATAAGTAAGGGTAGTTTTAAAAAAAATTAGTTCGTAATGAAATAGAGATGTTGACCTATTTTGCCGGTTGTAAGTCCTTTAGGTGCAATAAAAGCGAATGGGGTATAAAGGTTGGATTATTATATAATAATCGATAAGTTGGATTATTAGCGGAAAATCGTTAAAAGGTTGGATTATTTGAAGTAATTTTTCCCATTCCCTACCCACCCATTTGTCTCTCATTTTCTTCTTTAATCTCTCCCACAAATCAATTTTCTCCTTCCTTTTTTTTCTTCTTCGTGACTTAAGATTTTCATACCATATGACAACTCCTTTATTGAGCTACGAAATAGCAAGTTTAAACCTCTTTGTGTCATCATAACTCTTGTACTCAAAGACGGTCTCAATTTTTCTTACCTAATCAAGGAAAGACTCACTATCAATGACCACCATCTAAGTTTGGCAAATCAATCATAGGAGCTCTATCTTCATCATTCTGCCTAAGGTTATAAGTCTTACTATTATCAACATTTCTCAAGCAATTCAGTTTCCTATTAGTTTGCAACAACATTTCCGCCATAGTATCCATTCTAGTCTTTTCCCTAGCCTTCTCCACCTCATTTTCTTCTGTTTTTTCCTCCAAATTCTATAGTTTTTAAGTTAGTAATTGTATCATCCTAGCAAGATCCCCCTATTTTCCATTATTTTGCTAGACTATTACAATTACAATTGAGTTTATGCCCGAAACTTTAAGCAACAAAACGGAAATGAAAACGACGTTGAGACTCTCAAAGGCTTACAGGTTATGAAACTTCAGGAAATTCCAAGCAATTTCAAAATAAAGAAACTCCTCAAAAGCTGTCCGGATCAAAGAGTAGTCCTCGTTTAAAATCTGATGCGCTGGATTGGCTTCGTTTTGCGCAGTTTTCGGAAATCTGCCCAGTTTAATAGCAAAAACCAAAAATCTGAAATTAAATATGAGTATTCTACACAGAAAAATACCCAGATTAAAAAAAAAATAAAAAAAAAATCTGTCAATTTGGTGCCCCGAGCAAAGATAAATCGCTGTTCAAAGTTGACAGGAAAATTGTTTGTATCCGGCAGTTTTCTTCTTCTCCAAAAATCAGATTTTCTTCAAGACCTCCACGCCAAAGCTCTGATACCAGATGATGCAAGTCTAAAAGCACCTTCCAAGGAGATGGATAATGATTCTAAACTCAAAGGAACAAGAACACTCACAAGAACATTTTTAAACACTCGAAATAAGACCAATGACCAAATCACAAGAAAACACTCAATGATTTGGGGTTTTAGGCCAGATATAAGACTCACTCAATCTCTCCTAAGCTTATCACTCAAGACTAACTCAAAGCGATAAGGGAAGTTTAAACTTGAGACTAACTCAAAGCATAAACTATGAAAATTCAAGGTTTTTTTTTATCAAACTCAAAATTGATTTCTATTTCATCATTTGCTCTCCTTATATAGAGGAATGGAGAAGCAAAACGAAGCCAAAGACTTCACAACCCTATAAACCGTCCAAGAGTGAAACTGTTTTGGAGCTAGAAAGGCTCCTTGATTCATGCCCCATTATTAGCTTCATCAATGAGCTGCTACAAAGATGTTACAACAAGTCAACAACGATGTTACAGCAGCAATAGAGGACCTAGTTAGGCTCCTACTCACACGCCTAATCATCACAAACTCACCACCAAAATGAGGTAATTTAGGAGTAATCTCTTGGCTTTATTACAAGCTAAAAACAGCAAATAAAATATTCTTGACCATAACAGAACTATGGGCTTTTCATATTAAATCCCTTTCACGCCACTTTGTTGCTTCATTCATGTTGGGCCTTCAATCCAAGTAATGCAAGTCACAAACTTGGCCTTTGCTACCTTGAATTGTAAGATGATCAAATCCAATAATTTGAAAGGTCATCTAAATTAATTATTTTAAGTCGCCTTGTCGCATCTGTTTCACTACACATAAAACATCTACTGTATACAAGAAATTGGTTTTTTTTCTTCTGACAATACTCTGTGCATCAAGTCTGCAGTTCTGAAACCTCCTTTGATTCCTTTCCTTCCAAATATGACAAATGGTGGTGATCAAAGCCATCCTATAGAGTTGAAGCTTCACCGAGTTACCCTTGGCACGAGCTAACATGACTGAACCTTCATAAGCCATCAGTTCTCCAGATGCCAGCAGACATACTACATTCAAAAAAAAAAAAGTTCTCATTAATTACTCTCCATGCTCAGATTGAAAAGAATACATATTCTGTGATACTGAATCCAAAAGTTGTTCAGTCAATCACATGTAGATAATCTTTCCTGGGCTGCCATAATTATTACAAAGTTACCTCTCAAAGCGTCATACACTTTCCAAATAGGAAAGTTTCCTTAAACATCTGCAAGCCTTGAAGAATTTGTATGTACTGCACAGCTCCTAGAATCTTTTTTTTTATCACACATGAATCCTGATTTAGTACTGCCATCAGCAGTACAGAATTGTTCTTGATATGTAAGTGTGAATCGATTTGATCAACACTTTATCCTTTTTCTTATGAACATTCCATAAGAGTTTGCAAAGTGCCGCTTGATTCCAGTATGATTAACAATCCAACCACCTGCGTTTTTTTTGGTAAGCCAACATTTTACCAAGCAATGAGGGATCTAGAAGCTGTGAAGTTTGGATCATTTTCAGAACTTTCTTAGGTATCAAGAAAACTTGGCACGTAGCTTGGATGCTGAAGATATAACTAATTTAGTCAGTTGAATTCCACCAGCATAGCTCAACAACTTGGCTAACCATCTGCCCACTAGTCAATTCTCTACAAATTCTTCTGCATTCAACTTCCTGTATTGCAGTCAACTTCCTACTTGATAAAGGTACTCCGAGTTACCTAAAAGGTAAGGTACCTTTAGTTATACCCTTATACTCATCCGAATCTCTTCCTTGACCCCACCACAATTCACTGAACTTTTACTGAAAATTAACCGTCAAGCCAGAGACAGCAGAAGAGCTTTGAAAAACACCATATAACTTTATCACAGATTCAACATCACCCTTAGCAAAGAGGAGCAAGTCATCCGCAAAGCAAACACAAGTCACGTAAATTTTTAAAATCTAGTATGGAAATGAAATCTTGGATTTTCTTGTAAATGAGATAATCATCTGTTCAAGTACTCCATGCTTAAGACCAAAAGATAGGGAAACACTGTATCTCCCTGCCTAAGGCCTTTTTCTCTTTGAAAGGGCATGATATTTGTCCGTTAACTGTGAAAGTGTAGGATGCAGTGCTAATACATTAAATACACTCCATAACCCAATTTCCTGTAATTTTCCATATCCAAGTGGAAGTAAATGACTGAACTCAACATTCACCTAAAAGAAAGAAATCCATAGTTCAGCCAGCGGAAGTCAGCGAGATAACGGGTTGTCCAACCCCTTTATCCAGATGCCATGTATATCGCACTAGAAGTAACATATTAGAAGTACTTACGGACTTTGTCTATAGGTTAATTTCTATTATTAAGCAGAATTCGAAAGCTTCAACTTTAGCTCAACTTCGAGCTTTAGGGAGTCAACTACCAAAATAATACTCCCTCCGTCCCAGATTAGTTGTTACACTTTCCTTTTTCGTCTGTCCCAGATTAGTTGTTACACTTCTAAATTAGGAGTGACCCTACAATTATTATATTGTCTCTCTCTTCCCACTAATTTTTTTTTGTCCCCACACCATCTTTCTTTCAATTAAAAAATACCCCACTAACTCTTATCACATCTACTTTTTCAATAAAATAACAATTGCTAACCACACTACTACTTATCGCATTAAACTGTGTGCCCATGAGAGTGTAACAACTATTCTGGGACGGAGGGAGTAGCTTTAGAGACCCATCACCCATGCCATCTTGTCCAAAGCAAGAGAGCCCCCGCTCGTTTGAAGTCATTGCGAGTCGGAAGGGGTGCACTAAATTGAGACGGATAGAAGCAGTATTTCATAAAATTATTGAACCTTTTGCTCGGCCAAACAACAATAACAACAACAACAACAACAAAGCCTTAGTCCCAAAATGATTTGGGGTCGGCTAACATGAATCGTCGTAGGAGATCGTTATTGTCACCAATCAAACCAGAAAGGAGCAGTAAGTAAAAAAAGAAAAAGCAAGGAAGAGAAAGTGGAATTAATGAAAGTAAGATAAGAGAAAACACCATTATTTTAACCTCCCGATTTGCATTGAATCCTTGGTGCAACAAATGTTTCATGTCTTTCAACATCAAAAGTGTGTATACTTGGTGTATATATCATGATCAGAAGTACATAGTGCTGGTTAACGGTAGTTCAAATGGAGCAGAAAGCCGCGATGATAACAAAATATGCTTAGACTGGTCTTGGTGGTCTTGGAGTAACTGCTTTTCTATGTTACTAGGCCTTGTATGGTACCCATGCCAATTCAAGTAAACTGGTTGACTAGTTGAGGAAGGAGGGAATCTATATATTATCTTTCTTCCCAATGCTTTAACTCCAGAAAGTACTAACCTTGACATGCTCGCATGCTTGATTCATTTTCTTGAAGATTAGATTTAAAGGTGCCGTTGTGCTAATCCTAATTTGATAAAAAAAGAAGTTAATCATGGGTTTGAGTGAGCTAAACAAAAATTATTAAACATCCTCTGGATGAAAGGATAAGAAATATTTTTTCGATGGTAAGCAGTTTTTGTTGAACTAGTCCAGGTGAACTTCTCAACATTAGAAATTTAGAATCATATGTTCATTTACAGGTTGGCCAAGCACTTGGATTATCAACTGAATGGTCGAATCATCCCCTTTATGTGCCTGGTAAGATACCTTGCCTTGGTAGGTAAAATTCTGAATTTTGCATAATCAGTCTAAAATGGGACAAGTTTTTCTATGATATATCATTTATGCAGGTGGTTTGGAGCTTCTGGATGGGCCAAAGCCTGAAAAGATACTGGTTGGTCCCCGTGTTGGCATCAATTATGCTTTGCCCGAGCATGTAAATGCTTTATGGAGATTTGCTGTTGCAGGTAGCCCATGGATAAGTGCCCCAAAGAACACGCTTAGGTTTCCCTGATAGAAAGAAAATTCTTTCAACCATGTAAGAGGTAACCGAATGAATGCAATCTTAGAGGACAAAAATGGAGCTTACACATCTCTTGTTTATTTACTACTGGGAGAAGGAAGGAAATGTTACGCCTCCCCTCCCCCCCTCCTCCTCCTTTTGTGGTGTTTAGGAATCCAAAAAATTTAGCAGTTGATGATTTAGCTACTAGCTAGAGCTCAAGTTGATGTTGTTTTCCTTGTTTCATTTTCTACTGGAAATTGGAAAACAAGGAGTCCTCATCAATGACATCATATGTACACAGAAATCATATCGTATTCTTTGCCTTGCGTTTTTACTTGAACAAACCAGAAGCAAAAATTCTTCATGCATTGTTGACAATATGGTGGTAATTAGTACTTTAGTAGTGATGGTTTTTAACTTCATTTGAAGTTTTGGAACCCATGGGTTGCACACACAAGCAAAATGACAGTAATATACGCAGAGGCGATTTATTCTATAAGAAATTGGTAATCCCCTGCATGCTTATGGTAAGAGATTGATGTTAATTTACTTTTTTTTAAAAAGTTTTTTCCACCGAGTGGTGTTTACTTGAAAAACGAAAGCAGGTAAAATGTGGTTTTTGTTAGTACCGTTTCTTTATAAGTGAGACATGAACATGGAGCTCCATGGCCTACTCTTGAAAAAAGTACAAAAACACAACTTCAACTCCTTTGATTCAGGTAAAAGTTGAAGTTAAGAGAACAATCGTTCTTTTACTATCCCAAGTGCGCTTCCACTGTTCTACACTGAGTGAGACTGAGAACTCGATTGCAGGTGTAGCTGAATGCCAATTTGCTTTTAATGCAGTAAAGTCTTTTATCTTCTAAGTAGCTCGTAATCCTTTCTTTCCTAACAGAACCCTGTTTATATTGTTCACGGAAGCACATTTTTTTTTTTTGGCAATTTTATAATCAGGTTTTTTTTTTTAAGGAGTCACAATTACTACTTTCGGCCGTATTTTCTAGAAGTTATAATTTTATTATTGGTACTACTCCGG

mRNA sequence

AAAATCCCATGCAAAAAAGTCAATCCTTAACCAAATTCCATAAATCTCTTTTTAATTGTTTATGCTGCTTCTTCTTCTTCCAACTAATATTCAACTCCTCCCTTCTCAACTCCGGTGTAGGTGGGCCCCAATGACCGGACCTGAACGCTCCAAACTGCGCTCCAAATCTAATTCCGGCGAAAACCTATCTCAAGCAAAACTCAAAATTCGCGCCACGAAGTCTAAATCGAAATCGAAATCGAAATCGAAAGTCCCGTTATCTCCAGAACATCCAATTTCCAACATTTCTGAGATTGATCAACAGAATTTGGTTATTCTAGGGCCCGATTTCTGCTCCGTTGATGCTCTTGATCTTGCTCCACTTCTTCTTGGCAAGTACCTTCGTCGTGATGATGTTATACTTCAGATAACCGAGGTGGAAGCATACAGGCCGAATGATTCAGCATGCCATGGTCGCTTTGGCAATACAGCAAGGACAGCTCCTGTTTTTGGACCATGTGGGCATGCGTATGTGTATCTCTGCTATGGTCTTCACATGATGCTTAACATTGTTGCTGATAAGGAGGGTGTTGGTGCAGCTGTATTGATACGTTCTTGTGCTCCTATTAGCGGTTTGACGACTATTCAGCAGCGCCGTGGTCAGATTACCAATAAGCCTGTTCTCCTCGCAGGGCCAGGAAAGGTTGGCCAAGCACTTGGATTATCAACTGAATGGTCGAATCATCCCCTTTATGTGCCTGGTGGTTTGGAGCTTCTGGATGGGCCAAAGCCTGAAAAGATACTGGTTGGTCCCCGTGTTGGCATCAATTATGCTTTGCCCGAGCATGTAAATGCTTTATGGAGATTTGCTGTTGCAGGTAGCCCATGGATAAGTGCCCCAAAGAACACGCTTAGGTTTCCCTGATAGAAAGAAAATTCTTTCAACCATGTAAGAGGTAACCGAATGAATGCAATCTTAGAGGACAAAAATGGAGCTTACACATCTCTTGTTTATTTACTACTGGGAGAAGGAAGGAAATGTTACGCCTCCCCTCCCCCCCTCCTCCTCCTTTTGTGGTGTTTAGGAATCCAAAAAATTTAGCAGTTGATGATTTAGCTACTAGCTAGAGCTCAAGTTGATGTTGTTTTCCTTGTTTCATTTTCTACTGGAAATTGGAAAACAAGGAGTCCTCATCAATGACATCATATGTACACAGAAATCATATCGTATTCTTTGCCTTGCGTTTTTACTTGAACAAACCAGAAGCAAAAATTCTTCATGCATTGTTGACAATATGGTGGTAATTAGTACTTTAGTAGTGATGGTTTTTAACTTCATTTGAAGTTTTGGAACCCATGGGTTGCACACACAAGCAAAATGACAGTAATATACGCAGAGGCGATTTATTCTATAAGAAATTGGTAATCCCCTGCATGCTTATGGTAAGAGATTGATGTTAATTTACTTTTTTTTAAAAAGTTTTTTCCACCGAGTGGTGTTTACTTGAAAAACGAAAGCAGGTAAAATGTGGTTTTTGTTAGTACCGTTTCTTTATAAGTGAGACATGAACATGGAGCTCCATGGCCTACTCTTGAAAAAAGTACAAAAACACAACTTCAACTCCTTTGATTCAGGTAAAAGTTGAAGTTAAGAGAACAATCGTTCTTTTACTATCCCAAGTGCGCTTCCACTGTTCTACACTGAGTGAGACTGAGAACTCGATTGCAGGTGTAGCTGAATGCCAATTTGCTTTTAATGCAGTAAAGTCTTTTATCTTCTAAGTAGCTCGTAATCCTTTCTTTCCTAACAGAACCCTGTTTATATTGTTCACGGAAGCACATTTTTTTTTTTTGGCAATTTTATAATCAGGTTTTTTTTTTTAAGGAGTCACAATTACTACTTTCGGCCGTATTTTCTAGAAGTTATAATTTTATTATTGGTACTACTCCGG

Coding sequence (CDS)

ATGCTGCTTCTTCTTCTTCCAACTAATATTCAACTCCTCCCTTCTCAACTCCGGTGTAGGTGGGCCCCAATGACCGGACCTGAACGCTCCAAACTGCGCTCCAAATCTAATTCCGGCGAAAACCTATCTCAAGCAAAACTCAAAATTCGCGCCACGAAGTCTAAATCGAAATCGAAATCGAAATCGAAAGTCCCGTTATCTCCAGAACATCCAATTTCCAACATTTCTGAGATTGATCAACAGAATTTGGTTATTCTAGGGCCCGATTTCTGCTCCGTTGATGCTCTTGATCTTGCTCCACTTCTTCTTGGCAAGTACCTTCGTCGTGATGATGTTATACTTCAGATAACCGAGGTGGAAGCATACAGGCCGAATGATTCAGCATGCCATGGTCGCTTTGGCAATACAGCAAGGACAGCTCCTGTTTTTGGACCATGTGGGCATGCGTATGTGTATCTCTGCTATGGTCTTCACATGATGCTTAACATTGTTGCTGATAAGGAGGGTGTTGGTGCAGCTGTATTGATACGTTCTTGTGCTCCTATTAGCGGTTTGACGACTATTCAGCAGCGCCGTGGTCAGATTACCAATAAGCCTGTTCTCCTCGCAGGGCCAGGAAAGGTTGGCCAAGCACTTGGATTATCAACTGAATGGTCGAATCATCCCCTTTATGTGCCTGGTGGTTTGGAGCTTCTGGATGGGCCAAAGCCTGAAAAGATACTGGTTGGTCCCCGTGTTGGCATCAATTATGCTTTGCCCGAGCATGTAAATGCTTTATGGAGATTTGCTGTTGCAGGTAGCCCATGGATAAGTGCCCCAAAGAACACGCTTAGGTTTCCCTGA

Protein sequence

MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRFAVAGSPWISAPKNTLRFP

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Spo25396.1	Spo25396.1	mRNA

Homology

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BLAST of Spo25396.1 vs. NCBI nr
Match: gi|731323806|ref|XP_010672632.1| (PREDICTED: DNA-3-methyladenine glycosylase [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 441.8 bits (1135), Expect = 8.900e-121
Identity = 223/284 (78.52%), Postives = 244/284 (85.92%), Query Frame = 1

		  
Query: 4   LLLPTNIQLLPSQLRCRWAPMTGPERSK-------LRSKSNSGENLSQAKLKIRATKSKS 63
           +LLPT +QLLPS+L CR  PMT P+ S+       L+S + + EN SQ+KLK R+    S
Sbjct: 1   MLLPTTLQLLPSRLHCRCVPMTKPQPSQRCAKFKSLQSNAITDENPSQSKLKFRS----S 60

Query: 64  KSKSKSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQI 123
           K K K K PLSPE PI N SE+  QNL ILG +F SVDALDLAPLLLGK++RRDDVILQI
Sbjct: 61  KIKFKLKAPLSPERPIPNTSELIYQNLAILGANFYSVDALDLAPLLLGKFIRRDDVILQI 120

Query: 124 TEVEAYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLI 183
           TEVEAYRPNDSACHGRFG T RTAPVFGP GHAYVYLCYGLHMMLN+VADK+GVGAAVLI
Sbjct: 121 TEVEAYRPNDSACHGRFGITVRTAPVFGPGGHAYVYLCYGLHMMLNVVADKDGVGAAVLI 180

Query: 184 RSCAPISGLTTIQQRRGQITNKPVLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPK 243
           RSCAP+SGL TIQQRRGQIT+KPVLLAGPGKVGQALGLSTEWSNHPLY PGGLELLDGPK
Sbjct: 181 RSCAPVSGLKTIQQRRGQITDKPVLLAGPGKVGQALGLSTEWSNHPLYAPGGLELLDGPK 240

Query: 244 PEKILVGPRVGINYALPEHVNALWRFAVAGSPWISAPKNTLRFP 281
           PEKI+VGPRVGINYALPEHVNALWRFA+AG+PWISAPKNTLR P
Sbjct: 241 PEKIVVGPRVGINYALPEHVNALWRFAIAGTPWISAPKNTLRSP 280

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BLAST of Spo25396.1 vs. NCBI nr
Match: gi|870864166|gb|KMT15286.1| (hypothetical protein BVRB_3g059950 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 416.0 bits (1068), Expect = 5.200e-113
Identity = 210/264 (79.55%), Postives = 228/264 (86.36%), Query Frame = 1

		  
Query: 24  MTGPERSK-------LRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNIS 83
           MT P+ S+       L+S + + EN SQ+KLK R+    SK K K K PLSPE PI N S
Sbjct: 1   MTKPQPSQRCAKFKSLQSNAITDENPSQSKLKFRS----SKIKFKLKAPLSPERPIPNTS 60

Query: 84  EIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNT 143
           E+  QNL ILG +F SVDALDLAPLLLGK++RRDDVILQITEVEAYRPNDSACHGRFG T
Sbjct: 61  ELIYQNLAILGANFYSVDALDLAPLLLGKFIRRDDVILQITEVEAYRPNDSACHGRFGIT 120

Query: 144 ARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQIT 203
            RTAPVFGP GHAYVYLCYGLHMMLN+VADK+GVGAAVLIRSCAP+SGL TIQQRRGQIT
Sbjct: 121 VRTAPVFGPGGHAYVYLCYGLHMMLNVVADKDGVGAAVLIRSCAPVSGLKTIQQRRGQIT 180

Query: 204 NKPVLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHV 263
           +KPVLLAGPGKVGQALGLSTEWSNHPLY PGGLELLDGPKPEKI+VGPRVGINYALPEHV
Sbjct: 181 DKPVLLAGPGKVGQALGLSTEWSNHPLYAPGGLELLDGPKPEKIVVGPRVGINYALPEHV 240

Query: 264 NALWRFAVAGSPWISAPKNTLRFP 281
           NALWRFA+AG+PWISAPKNTLR P
Sbjct: 241 NALWRFAIAGTPWISAPKNTLRSP 260

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BLAST of Spo25396.1 vs. NCBI nr
Match: gi|902233240|gb|KNA22966.1| (hypothetical protein SOVF_029050, partial [Spinacia oleracea])

HSP 1 Score: 406.8 bits (1044), Expect = 3.200e-110
Identity = 207/207 (100.00%), Postives = 207/207 (100.00%), Query Frame = 1

		  
Query: 1   MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS 60
           MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS
Sbjct: 1   MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS 60

Query: 61  KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE 120
           KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE
Sbjct: 61  KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE 120

Query: 121 AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA 180
           AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA
Sbjct: 121 AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA 180

Query: 181 PISGLTTIQQRRGQITNKPVLLAGPGK 208
           PISGLTTIQQRRGQITNKPVLLAGPGK
Sbjct: 181 PISGLTTIQQRRGQITNKPVLLAGPGK 207

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BLAST of Spo25396.1 vs. NCBI nr
Match: gi|568879813|ref|XP_006492840.1| (PREDICTED: DNA-3-methyladenine glycosylase isoform X1 [Citrus sinensis])

HSP 1 Score: 362.5 bits (929), Expect = 6.800e-97
Identity = 178/244 (72.95%), Postives = 204/244 (83.61%), Query Frame = 1

		  
Query: 34  SKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEIDQQNLVILGPDFCSV 93
           ++S + +++ +   + ++   K KSKS  K  ++P  PIS     +  N+ IL   F  +
Sbjct: 25  TESTNDDSIIRTGHRPKSVTVKIKSKSSPKPKIAPSVPISAGPSFE--NMTILPHHFFQI 84

Query: 94  DALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVFGPCGHAYVYL 153
           DALDLAP LLGK+LRRDDV+LQITEVEAYRPNDSACHGRFG TARTAPVFGP G AYVYL
Sbjct: 85  DALDLAPRLLGKFLRRDDVVLQITEVEAYRPNDSACHGRFGITARTAPVFGPGGLAYVYL 144

Query: 154 CYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLAGPGKVGQALG 213
           CYGLH MLN+VADKEGVGAAVLIRSCAP+SGL TIQQRR Q+T KPVLL GPGKVGQALG
Sbjct: 145 CYGLHTMLNVVADKEGVGAAVLIRSCAPVSGLKTIQQRRAQLTEKPVLLTGPGKVGQALG 204

Query: 214 LSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRFAVAGSPWISAP 273
           +STEWSNHPLY+PGGLE+LDGPKPEKIL+GPRVGI YALPEHVNALWRFA+AG+PWISAP
Sbjct: 205 ISTEWSNHPLYMPGGLEILDGPKPEKILIGPRVGIEYALPEHVNALWRFAIAGTPWISAP 264

Query: 274 KNTL 278
           KNTL
Sbjct: 265 KNTL 266

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BLAST of Spo25396.1 vs. NCBI nr
Match: gi|823256402|ref|XP_012460848.1| (PREDICTED: DNA-3-methyladenine glycosylase isoform X1 [Gossypium raimondii])

HSP 1 Score: 362.1 bits (928), Expect = 8.900e-97
Identity = 180/261 (68.97%), Postives = 206/261 (78.93%), Query Frame = 1

		  
Query: 20  RWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEID 79
           ++ P+    R  +RS     E  SQ+  K    ++++K   K   P S     S +S   
Sbjct: 6   QFKPVASKSRKTVRSSQCLEERRSQSS-KAATVRTRTKPSRKQTRPQS-----SPVSLPC 65

Query: 80  QQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTART 139
            +N  IL P+F  +DALDLAP LLGK+LRRDDV+LQITEVEAYRPNDSACHGRFG TART
Sbjct: 66  FRNTTILPPEFFQIDALDLAPHLLGKFLRRDDVVLQITEVEAYRPNDSACHGRFGVTART 125

Query: 140 APVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKP 199
           APVFGP GHAYVYLCYGLH MLN+VADKEG GAAVLIR+CAP+ GL TIQ+RRGQ T KP
Sbjct: 126 APVFGPGGHAYVYLCYGLHTMLNVVADKEGAGAAVLIRACAPVCGLETIQERRGQQTEKP 185

Query: 200 VLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNAL 259
           +LL GPGKVGQALG++TEWSNHPLY PGGLELLDGP+P+KIL+GPRVGI YALPEHVNAL
Sbjct: 186 ILLTGPGKVGQALGITTEWSNHPLYTPGGLELLDGPEPDKILIGPRVGIEYALPEHVNAL 245

Query: 260 WRFAVAGSPWISAPKNTLRFP 281
           WRFA+AGSPWISAPKNTLR P
Sbjct: 246 WRFAIAGSPWISAPKNTLRLP 260

[Close]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Match: A0A0J8FHB0_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_3g059950 PE=3 SV=1)

HSP 1 Score: 416.0 bits (1068), Expect = 3.600e-113
Identity = 210/264 (79.55%), Postives = 228/264 (86.36%), Query Frame = 1

		  
Query: 24  MTGPERSK-------LRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNIS 83
           MT P+ S+       L+S + + EN SQ+KLK R+    SK K K K PLSPE PI N S
Sbjct: 1   MTKPQPSQRCAKFKSLQSNAITDENPSQSKLKFRS----SKIKFKLKAPLSPERPIPNTS 60

Query: 84  EIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNT 143
           E+  QNL ILG +F SVDALDLAPLLLGK++RRDDVILQITEVEAYRPNDSACHGRFG T
Sbjct: 61  ELIYQNLAILGANFYSVDALDLAPLLLGKFIRRDDVILQITEVEAYRPNDSACHGRFGIT 120

Query: 144 ARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQIT 203
            RTAPVFGP GHAYVYLCYGLHMMLN+VADK+GVGAAVLIRSCAP+SGL TIQQRRGQIT
Sbjct: 121 VRTAPVFGPGGHAYVYLCYGLHMMLNVVADKDGVGAAVLIRSCAPVSGLKTIQQRRGQIT 180

Query: 204 NKPVLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHV 263
           +KPVLLAGPGKVGQALGLSTEWSNHPLY PGGLELLDGPKPEKI+VGPRVGINYALPEHV
Sbjct: 181 DKPVLLAGPGKVGQALGLSTEWSNHPLYAPGGLELLDGPKPEKIVVGPRVGINYALPEHV 240

Query: 264 NALWRFAVAGSPWISAPKNTLRFP 281
           NALWRFA+AG+PWISAPKNTLR P
Sbjct: 241 NALWRFAIAGTPWISAPKNTLRSP 260

[Close]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RTU4_SPIOL (Uncharacterized protein (Fragment) OS=Spinacia oleracea GN=SOVF_029050 PE=4 SV=1)

HSP 1 Score: 406.8 bits (1044), Expect = 2.200e-110
Identity = 207/207 (100.00%), Postives = 207/207 (100.00%), Query Frame = 1

		  
Query: 1   MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS 60
           MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS
Sbjct: 1   MLLLLLPTNIQLLPSQLRCRWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKS 60

Query: 61  KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE 120
           KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE
Sbjct: 61  KSKVPLSPEHPISNISEIDQQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVE 120

Query: 121 AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA 180
           AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA
Sbjct: 121 AYRPNDSACHGRFGNTARTAPVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCA 180

Query: 181 PISGLTTIQQRRGQITNKPVLLAGPGK 208
           PISGLTTIQQRRGQITNKPVLLAGPGK
Sbjct: 181 PISGLTTIQQRRGQITNKPVLLAGPGK 207

[Close]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Match: A0A0D2V3S9_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_012G099400 PE=3 SV=1)

HSP 1 Score: 362.1 bits (928), Expect = 6.200e-97
Identity = 180/261 (68.97%), Postives = 206/261 (78.93%), Query Frame = 1

		  
Query: 20  RWAPMTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEID 79
           ++ P+    R  +RS     E  SQ+  K    ++++K   K   P S     S +S   
Sbjct: 6   QFKPVASKSRKTVRSSQCLEERRSQSS-KAATVRTRTKPSRKQTRPQS-----SPVSLPC 65

Query: 80  QQNLVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTART 139
            +N  IL P+F  +DALDLAP LLGK+LRRDDV+LQITEVEAYRPNDSACHGRFG TART
Sbjct: 66  FRNTTILPPEFFQIDALDLAPHLLGKFLRRDDVVLQITEVEAYRPNDSACHGRFGVTART 125

Query: 140 APVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKP 199
           APVFGP GHAYVYLCYGLH MLN+VADKEG GAAVLIR+CAP+ GL TIQ+RRGQ T KP
Sbjct: 126 APVFGPGGHAYVYLCYGLHTMLNVVADKEGAGAAVLIRACAPVCGLETIQERRGQQTEKP 185

Query: 200 VLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNAL 259
           +LL GPGKVGQALG++TEWSNHPLY PGGLELLDGP+P+KIL+GPRVGI YALPEHVNAL
Sbjct: 186 ILLTGPGKVGQALGITTEWSNHPLYTPGGLELLDGPEPDKILIGPRVGIEYALPEHVNAL 245

Query: 260 WRFAVAGSPWISAPKNTLRFP 281
           WRFA+AGSPWISAPKNTLR P
Sbjct: 246 WRFAIAGSPWISAPKNTLRLP 260

[Close]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Match: V4SVX9_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10012466mg PE=3 SV=1)

HSP 1 Score: 359.8 bits (922), Expect = 3.100e-96
Identity = 177/244 (72.54%), Postives = 203/244 (83.20%), Query Frame = 1

		  
Query: 34  SKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEIDQQNLVILGPDFCSV 93
           ++S + +++ +   + ++     KSKS  K  ++P  PIS     +  N+ IL   F  +
Sbjct: 25  TESTNDDSIIRTGHRPKSVTVDIKSKSSPKPKIAPSVPISAGPSFE--NMTILPHHFFQI 84

Query: 94  DALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVFGPCGHAYVYL 153
           DALDLAP LLGK+LRRDDV+LQITEVEAYRPNDSACHGRFG TARTAPVFGP G AYVYL
Sbjct: 85  DALDLAPRLLGKFLRRDDVLLQITEVEAYRPNDSACHGRFGITARTAPVFGPGGLAYVYL 144

Query: 154 CYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLAGPGKVGQALG 213
           CYGLH MLN+VADKEGVGAAVLIRSCAP+SGL TIQQRR Q+T KPVLL GPGKVGQALG
Sbjct: 145 CYGLHTMLNVVADKEGVGAAVLIRSCAPVSGLKTIQQRRAQLTEKPVLLTGPGKVGQALG 204

Query: 214 LSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRFAVAGSPWISAP 273
           +STEWSNHPLY+PGGLE+LDGPKPEKIL+GPRVGI YALPEHVNALWRFA+AG+PWISAP
Sbjct: 205 ISTEWSNHPLYMPGGLEILDGPKPEKILIGPRVGIEYALPEHVNALWRFAIAGTPWISAP 264

Query: 274 KNTL 278
           KNTL
Sbjct: 265 KNTL 266

[Close]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Match: B9SWJ1_RICCO (DNA-3-methyladenine glycosylase, putative OS=Ricinus communis GN=RCOM_0278080 PE=3 SV=1)

HSP 1 Score: 359.4 bits (921), Expect = 4.000e-96
Identity = 181/258 (70.16%), Postives = 203/258 (78.68%), Query Frame = 1

		  
Query: 24  MTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPE-HPISNISEIDQQN 83
           M    R K  +KS     L+   + ++      K KSK + P +P  H + N + +  + 
Sbjct: 1   MKRSRRFKRVAKSIKPIQLNDPNINVQPDSITVKDKSKPRQPKTPVLHSVPNSNPLSFEK 60

Query: 84  LVILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPV 143
             IL   F  +DALDLAP LLGK+LRRDDVILQITEVEAYRPNDSACHGRFG TARTAPV
Sbjct: 61  SRILPSQFFQIDALDLAPRLLGKFLRRDDVILQITEVEAYRPNDSACHGRFGVTARTAPV 120

Query: 144 FGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLL 203
           FGP GHAYVYLCYGLH MLN+VADKEGVGAAVLIRSCAPISGL TIQQRRGQ T KPVLL
Sbjct: 121 FGPGGHAYVYLCYGLHTMLNVVADKEGVGAAVLIRSCAPISGLDTIQQRRGQKTEKPVLL 180

Query: 204 AGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRF 263
            GPGK+GQALG+STEWS+HPLY PGGLELLDGP+P+ ILVGPR+GI YALPEHVNALWRF
Sbjct: 181 TGPGKIGQALGISTEWSSHPLYSPGGLELLDGPEPKNILVGPRIGIEYALPEHVNALWRF 240

Query: 264 AVAGSPWISAPKNTLRFP 281
           A+A +PWISAPKNTLR P
Sbjct: 241 AIADTPWISAPKNTLRPP 258

[Close]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Match: 3MG_ARATH (DNA-3-methyladenine glycosylase OS=Arabidopsis thaliana GN=MAG PE=2 SV=1)

HSP 1 Score: 338.6 bits (867), Expect = 6.600e-92
Identity = 168/256 (65.62%), Postives = 202/256 (78.91%), Query Frame = 1

		  
Query: 24  MTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEIDQQNL 83
           M  P R   R      E     ++ +R  K+       ++V   P++P++  +   +  +
Sbjct: 1   MKTPARRSKRVNQEESETNVTTRVVLRTRKTNCSKTRAARV--RPDYPLTRTTS--ESEM 60

Query: 84  VILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVF 143
            ++ P+F  +DALDLAP LLGK++RRD+V+L+ITEVEAYRPNDSACHGRFG T RTAPVF
Sbjct: 61  KLMPPEFFQIDALDLAPRLLGKFMRRDNVVLRITEVEAYRPNDSACHGRFGVTPRTAPVF 120

Query: 144 GPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLA 203
           GP GHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSC+P+SG+ TIQ+RRG  T+KPVLL 
Sbjct: 121 GPGGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCSPVSGMETIQERRGLKTDKPVLLN 180

Query: 204 GPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKP-EKILVGPRVGINYALPEHVNALWRF 263
           GPGKVGQALGLSTEWS+HPLY PGGLELLDG +  EK++VGPRVGI+YALPEHVNALWRF
Sbjct: 181 GPGKVGQALGLSTEWSHHPLYSPGGLELLDGGEDVEKVMVGPRVGIDYALPEHVNALWRF 240

Query: 264 AVAGSPWISAPKNTLR 279
           AVA +PWISAPKNTL+
Sbjct: 241 AVADTPWISAPKNTLK 252

[Close]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Match: 3MGH_NITOC (Putative 3-methyladenine DNA glycosylase OS=Nitrosococcus oceani (strain ATCC 19707 / NCIMB 11848) GN=Noc_0079 PE=3 SV=1)

HSP 1 Score: 214.5 bits (545), Expect = 1.400e-54
Identity = 107/189 (56.61%), Postives = 135/189 (71.43%), Query Frame = 1

		  
Query: 85  ILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYR-PNDSACHGRFGNTARTAPVF 144
           +L P F + DAL++A  LLG  L R+ V+L+ITEVEAYR P D+A HGR G T R  P++
Sbjct: 4   LLPPRFYARDALEVAADLLGASLCREQVVLRITEVEAYRWPEDTANHGRHGQTLRNEPLW 63

Query: 145 GPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRR-GQITNKPVLL 204
           GP G  Y+YLCYG+H +LN+V  +EG  AAVLIR+C P++GL  IQ+RR G+I  KP LL
Sbjct: 64  GPPGRVYLYLCYGIHHLLNLVTGEEGQAAAVLIRACEPVAGLDLIQRRRRGKI--KPGLL 123

Query: 205 AGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRF 264
            GPGKVG ALGL   W++HPLY PGGLE+  G     +L GPRVGI YA PEH +A WR 
Sbjct: 124 TGPGKVGAALGLDLSWNHHPLYEPGGLEVRRGTPVAALLAGPRVGIAYAHPEHRDAPWRL 183

Query: 265 AVAGSPWIS 272
           A+  +PW+S
Sbjct: 184 AIPDNPWVS 190

[Close]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Match: 3MGH_NITMU (Putative 3-methyladenine DNA glycosylase OS=Nitrosospira multiformis (strain ATCC 25196 / NCIMB 11849) GN=Nmul_A1264 PE=3 SV=1)

HSP 1 Score: 128.6 bits (322), Expect = 1.000e-28
Identity = 72/182 (39.56%), Postives = 108/182 (59.34%), Query Frame = 1

		  
Query: 92  SVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVFGPCGHAYV 151
           S  ++D+A  L+G  L  + V  +I E EAY  +D A H   G T R   +FGP  HAY+
Sbjct: 11  SASSVDVARSLIGATLLVNGVGGRIVETEAYDHDDPASHSFSGPTRRNQVMFGPPCHAYI 70

Query: 152 YLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLAGPGKVGQA 211
           Y  YG+H  LN V    G GA VLIR+  P+ GL  +++RRG ++++ +L +GPG+V +A
Sbjct: 71  YRSYGIHWCLNFVCRPAGHGAGVLIRAIEPLVGLDIMRKRRG-LSDERLLCSGPGRVCEA 130

Query: 212 LGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNALWRFAVAGSPWIS 271
           LG++ E+S   +  P   +L     P  ++ GPR+GI+ A     +  WRF +AGSP++S
Sbjct: 131 LGITQEYSGMSIDTP-PFQLTPPLDPVPVVTGPRIGISKA----KDVPWRFGLAGSPFLS 186

Query: 272 AP 274
            P
Sbjct: 191 RP 186

[Close]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Match: 3MGH_CHLTE (Putative 3-methyladenine DNA glycosylase OS=Chlorobium tepidum (strain ATCC 49652 / DSM 12025 / NBRC 103806 / TLS) GN=CT1853 PE=3 SV=1)

HSP 1 Score: 128.3 bits (321), Expect = 1.400e-28
Identity = 78/193 (40.41%), Postives = 108/193 (55.96%), Query Frame = 1

		  
Query: 86  LGPDFCSVDALDLAPLLLGKYLRRDDVILQIT-----EVEAYRPN-DSACHGRFGNTART 145
           LG DF  +  + LA  LLGK     +V  ++T     E EAY  + D ACH   G T R 
Sbjct: 4   LGADFYQMPTILLAERLLGKIFVHHEVSGRVTKGRIVETEAYLGDGDEACHAWRGMTERN 63

Query: 146 APVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKP 205
             +FGP GH Y+Y  YG H + NIV++++G+  AVL+R+  PI G+  +Q+RRG  T++ 
Sbjct: 64  HVMFGPPGHLYIYFSYGCHYLANIVSEQKGIAGAVLLRAMEPIEGIEWMQERRGT-TDER 123

Query: 206 VLLAGPGKVGQALGLS-TEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNA 265
            L++GPGK+ QALGL    +    L     LE      PE I   PR+GI+       + 
Sbjct: 124 ALMSGPGKLTQALGLGPAHYGESLLGDICWLEEAPDIPPELIGTSPRIGIS----RSTDL 183

Query: 266 LWRFAVAGSPWIS 272
           LWR  +AGSP+IS
Sbjct: 184 LWRKFIAGSPYIS 191

[Close]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Match: 3MGH_METAR (Putative 3-methyladenine DNA glycosylase OS=Methanocella arvoryzae (strain DSM 22066 / NBRC 105507 / MRE50) GN=UNCMA_17850 PE=3 SV=1)

HSP 1 Score: 127.1 bits (318), Expect = 3.000e-28
Identity = 77/192 (40.10%), Postives = 105/192 (54.69%), Query Frame = 1

		  
Query: 85  ILGPDFCSVDALDLAPLLLGKYLRRD----DVILQITEVEAY-RPNDSACHGRFGNTART 144
           +L  DF     L++A  LLGK L R      V L+I E EAY   ND ACH   G TAR 
Sbjct: 3   VLPRDFYDRPTLEVARDLLGKTLVRQLPAGRVALRIVETEAYIGENDKACHASKGMTARN 62

Query: 145 APVFGPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKP 204
             +FG  GHAYVYL YG++  LN+V +K+G  AAVLIR+  PI G   +   R +     
Sbjct: 63  RVMFGQPGHAYVYLIYGMYNCLNLVTEKDGYPAAVLIRAGEPIEGEEIMSSLRPKARKHH 122

Query: 205 VLLAGPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKPEKILVGPRVGINYALPEHVNAL 264
            + +GPGK+  A+ ++   +   +   G L + DGP  +KI+  PR+G++YA  E     
Sbjct: 123 EIASGPGKLCGAMSITRALNGADVCASGELYVEDGPAVKKIVACPRIGVDYA-GEDALRP 182

Query: 265 WRFAVAGSPWIS 272
           WRF    SP +S
Sbjct: 183 WRFYDKNSPCVS 193

[Close]

BLAST of Spo25396.1 vs. TAIR (Arabidopsis)
Match: AT3G12040.1 (DNA-3-methyladenine glycosylase (MAG))

HSP 1 Score: 338.6 bits (867), Expect = 3.700e-93
Identity = 168/256 (65.62%), Postives = 202/256 (78.91%), Query Frame = 1

		  
Query: 24  MTGPERSKLRSKSNSGENLSQAKLKIRATKSKSKSKSKSKVPLSPEHPISNISEIDQQNL 83
           M  P R   R      E     ++ +R  K+       ++V   P++P++  +   +  +
Sbjct: 1   MKTPARRSKRVNQEESETNVTTRVVLRTRKTNCSKTRAARV--RPDYPLTRTTS--ESEM 60

Query: 84  VILGPDFCSVDALDLAPLLLGKYLRRDDVILQITEVEAYRPNDSACHGRFGNTARTAPVF 143
            ++ P+F  +DALDLAP LLGK++RRD+V+L+ITEVEAYRPNDSACHGRFG T RTAPVF
Sbjct: 61  KLMPPEFFQIDALDLAPRLLGKFMRRDNVVLRITEVEAYRPNDSACHGRFGVTPRTAPVF 120

Query: 144 GPCGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCAPISGLTTIQQRRGQITNKPVLLA 203
           GP GHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSC+P+SG+ TIQ+RRG  T+KPVLL 
Sbjct: 121 GPGGHAYVYLCYGLHMMLNIVADKEGVGAAVLIRSCSPVSGMETIQERRGLKTDKPVLLN 180

Query: 204 GPGKVGQALGLSTEWSNHPLYVPGGLELLDGPKP-EKILVGPRVGINYALPEHVNALWRF 263
           GPGKVGQALGLSTEWS+HPLY PGGLELLDG +  EK++VGPRVGI+YALPEHVNALWRF
Sbjct: 181 GPGKVGQALGLSTEWSHHPLYSPGGLELLDGGEDVEKVMVGPRVGIDYALPEHVNALWRF 240

Query: 264 AVAGSPWISAPKNTLR 279
           AVA +PWISAPKNTL+
Sbjct: 241 AVADTPWISAPKNTLK 252

The following BLAST results are available for this feature:

BLAST of Spo25396.1 vs. NCBI nr
BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
BLAST of Spo25396.1 vs. TAIR (Arabidopsis)

BLAST of Spo25396.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
gi\|731323806\|ref\|XP_010672632.1\|	8.9e-121	78.5	PREDICTED: DNA-3-methyladenine...	[more]
gi\|870864166\|gb\|KMT15286.1\|	5.2e-113	79.5	hypothetical protein BVRB_3g05...	[more]
gi\|902233240\|gb\|KNA22966.1\|	3.2e-110	100.	hypothetical protein SOVF_0290...	[more]
gi\|568879813\|ref\|XP_006492840.1\|	6.8e-97	72.9	PREDICTED: DNA-3-methyladenine...	[more]
gi\|823256402\|ref\|XP_012460848.1\|	8.9e-97	68.9	PREDICTED: DNA-3-methyladenine...	[more]

BLAST of Spo25396.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
A0A0J8FHB0_BETVU	3.6e-113	79.5	Uncharacterized protein OS=Bet...	[more]
A0A0K9RTU4_SPIOL	2.2e-110	100.	Uncharacterized protein (Fragm...	[more]
A0A0D2V3S9_GOSRA	6.2e-97	68.9	Uncharacterized protein OS=Gos...	[more]
V4SVX9_9ROSI	3.1e-96	72.5	Uncharacterized protein OS=Cit...	[more]
B9SWJ1_RICCO	4.0e-96	70.1	DNA-3-methyladenine glycosylas...	[more]

BLAST of Spo25396.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description
3MG_ARATH	6.6e-92	65.6	DNA-3-methyladenine glycosylas...	[more]
3MGH_NITOC	1.4e-54	56.6	Putative 3-methyladenine DNA g...	[more]
3MGH_NITMU	1.0e-28	39.5	Putative 3-methyladenine DNA g...	[more]
3MGH_CHLTE	1.4e-28	40.4	Putative 3-methyladenine DNA g...	[more]
3MGH_METAR	3.0e-28	40.1	Putative 3-methyladenine DNA g...	[more]

BLAST of Spo25396.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1

Position :

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x 1


Match Name	E-value	Identity	Description
AT3G12040.1	3.7e-93	65.6	DNA-3-methyladenine glycosylas...	[more]

InterPro

Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR003180	Methylpurine-DNA glycosylase (MPG)	GENE3D	3.10.300.10		coord: 85..275 score: 3.5
IPR003180	Methylpurine-DNA glycosylase (MPG)	HAMAP	MF_00527	3MGH	coord: 88..271 score: 26
IPR003180	Methylpurine-DNA glycosylase (MPG)	PANTHER	PTHR10429	DNA-3-METHYLADENINE GLYCOSYLASE	coord: 63..278 score: 1.8
IPR003180	Methylpurine-DNA glycosylase (MPG)	PFAM	PF02245	Pur_DNA_glyco	coord: 90..268 score: 1.6
IPR003180	Methylpurine-DNA glycosylase (MPG)	TIGRFAMs	TIGR00567	TIGR00567	coord: 86..271 score: 5.5
IPR011034	Formyl transferase, C-terminal-like	unknown	SSF50486	FMT C-terminal domain-like	coord: 84..276 score: 2.9

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006284	base-excision repair
biological_process	GO:0009909	regulation of flower development
biological_process	GO:0006144	purine nucleobase metabolic process
biological_process	GO:0006206	pyrimidine nucleobase metabolic process
biological_process	GO:0051301	cell division
biological_process	GO:0048825	cotyledon development
biological_process	GO:0009880	embryonic pattern specification
biological_process	GO:0032264	IMP salvage
biological_process	GO:0019915	lipid storage
biological_process	GO:0009640	photomorphogenesis
biological_process	GO:0010072	primary shoot apical meristem specification
biological_process	GO:0016567	protein ubiquitination
biological_process	GO:0045595	regulation of cell differentiation
biological_process	GO:0009737	response to abscisic acid
biological_process	GO:0042967	obsolete acyl-carrier-protein biosynthetic process
biological_process	GO:0050826	response to freezing
biological_process	GO:0010162	seed dormancy process
biological_process	GO:0009845	seed germination
biological_process	GO:0010182	sugar mediated signaling pathway
biological_process	GO:0010228	vegetative to reproductive phase transition of meristem
biological_process	GO:0006508	proteolysis
biological_process	GO:0005975	carbohydrate metabolic process
biological_process	GO:0008152	metabolic process
biological_process	GO:0006094	gluconeogenesis
biological_process	GO:0006096	glycolytic process
biological_process	GO:0001522	pseudouridine synthesis
biological_process	GO:0042254	ribosome biogenesis
biological_process	GO:0006351	transcription, DNA-templated
biological_process	GO:0006855	drug transmembrane transport
biological_process	GO:0006139	nucleobase-containing compound metabolic process
biological_process	GO:0051026	chiasma assembly
biological_process	GO:0000911	cytokinesis by cell plate formation
biological_process	GO:0032508	DNA duplex unwinding
biological_process	GO:0006302	double-strand break repair
biological_process	GO:0000278	mitotic cell cycle
biological_process	GO:0006312	mitotic recombination
biological_process	GO:0010564	regulation of cell cycle process
biological_process	GO:0007062	sister chromatid cohesion
biological_process	GO:0022618	ribonucleoprotein complex assembly
biological_process	GO:0042138	meiotic DNA double-strand break formation
cellular_component	GO:0031307	integral component of mitochondrial outer membrane
cellular_component	GO:0005657	replication fork
cellular_component	GO:0000785	chromatin
cellular_component	GO:0005783	endoplasmic reticulum
cellular_component	GO:0005829	cytosol
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0005774	vacuolar membrane
cellular_component	GO:0005730	nucleolus
cellular_component	GO:0031225	anchored component of membrane
cellular_component	GO:0005634	nucleus
cellular_component	GO:0016020	membrane
molecular_function	GO:0004553	hydrolase activity, hydrolyzing O-glycosyl compounds
molecular_function	GO:0043916	DNA-7-methylguanine glycosylase activity
molecular_function	GO:0030246	carbohydrate binding
molecular_function	GO:0008568	microtubule-severing ATPase activity
molecular_function	GO:0052821	DNA-7-methyladenine glycosylase activity
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0052822	DNA-3-methylguanine glycosylase activity
molecular_function	GO:0097159	organic cyclic compound binding
molecular_function	GO:1901363	heterocyclic compound binding
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0004034	aldose 1-epimerase activity
molecular_function	GO:0008725	DNA-3-methyladenine glycosylase activity
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0008236	serine-type peptidase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0043424	protein histidine kinase binding
molecular_function	GO:0008026	ATP-dependent helicase activity
molecular_function	GO:0003899	DNA-directed 5'-3' RNA polymerase activity
molecular_function	GO:0005488	binding
molecular_function	GO:0016887	ATPase activity
molecular_function	GO:0005525	GTP binding
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0003678	DNA helicase activity
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0003905	alkylbase DNA N-glycosylase activity
molecular_function	GO:0008080	N-acetyltransferase activity
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0015238	drug transmembrane transporter activity
molecular_function	GO:0015297	antiporter activity
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0003876	AMP deaminase activity
molecular_function	GO:0009982	pseudouridine synthase activity

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo20101	0.70	Barchart \| Table
Spo03914	0.69	Barchart \| Table
Spo19388	0.69	Barchart \| Table
Spo24125	0.69	Barchart \| Table
Spo17513	0.68	Barchart \| Table
Spo27144	0.67	Barchart \| Table
Spo11180	0.67	Barchart \| Table
Spo00637	0.66	Barchart \| Table
Spo03739	0.66	Barchart \| Table
Spo04350	0.66	Barchart \| Table
Spo12403	0.66	Barchart \| Table
Spo13204	0.66	Barchart \| Table
Spo15656	0.66	Barchart \| Table
Spo16857	0.66	Barchart \| Table
Spo22525	0.66	Barchart \| Table
Spo22712	0.66	Barchart \| Table
Spo22722	0.66	Barchart \| Table
Spo26452	0.66	Barchart \| Table
Spo08767	0.65	Barchart \| Table
Spo05941	0.65	Barchart \| Table
Spo05618	0.65	Barchart \| Table
Spo09959	0.65	Barchart \| Table
Spo21824	0.65	Barchart \| Table
Spo22912	0.65	Barchart \| Table
Spo13241	0.65	Barchart \| Table
Spo14654	0.65	Barchart \| Table
Spo05230	0.65	Barchart \| Table
Spo01308	0.65	Barchart \| Table
Spo16963	0.65	Barchart \| Table