Tan0004011 (gene) Snake gourd v1

Overview
NameTan0004011
Typegene
OrganismTrichosanthes anguina (Snake gourd v1)
Descriptionoligouridylate-binding protein 1-like
LocationLG08: 252928 .. 281662 (-)
RNA-Seq ExpressionTan0004011
SyntenyTan0004011
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGCAGTATCAGAGGCTTAGACAGCAGGCAATGATGCAGCAGTCTTTGTATCCCCACCCTGGCCTCCTGGCTGCTCCTCAGGTTTCTACCTCTCATATATTTTAATTTTTTATTGTTCGATTTGGTTGCAAGATATGTATCCTCTTCTGATCGATCCTTTATTCCTCAGTTTTAGATTACTCGAGCTTGGATCGTTCTCTCCCCAGCTATTTTCTTGAAATCTGAGTTCGTTTCATCAACAAGATATAATATATTTTTTTTTCAAAATTTTTAAAGTGGAAACAGGAAAGGTTTCAGTAGAGAAGTAAAGGTTCAGTAGGTGATAAGATATCAATGTTAGAAAGGAGCCCCAGGGATTCAAAAGCAATCCTCCAATTGTTATCGATAAATTATAATCATGCCGACGAAAACATTTTCGCGAGGAGCTTTACCAAGAAGTCTTGTACTGAATAGTATCCCAAATGACCACTTCCCAAGTGTTCCGAAAAAGTGTGAGATTTCTTTTCAACCACAACTTCCCAGCCACAGCTTTGATGTCTAGAAACATGGTCACTGAGAAGCTGTTCTACACTTCCGACCGAGGTCAAACGCCTGTAATAAGAAAAGTAAAAGCTCCCGAGTAGTTGGACAATGAAGAAACAGGCGGCTTTGGGTCTTACAGTTCTCTTGGCATAAAAGACAACATTTAGGATTGGGGTTAAAAAATCATACGTGATGTCCAGAGACTATATTCCTACCTAAATGAAAGAAGCACATCCTAAAGTGCGTCCCCTTTTATCAAATCTAAAAACCATGTACTGGTTCCATGTTTTTCTATGAGTTCGTCTTTTGTTTTTTCCCCTCCTATTTCATTTTGATTGGCCCATTTGTGCGCACGTACATACATGATGGAATTTGCATGCTAGTGAGTAAATGACAATCAATTAACTAGTTTTCAAATACTCCTCCTTTCTATTCTTCTTGCACAAACTGTTGCCATCGTTATGCGAGTCTTAGGAGCCATCCAGATATTCTTTAGCTGTTGCCTTTGGTAACCTGAGTAACAGAAGTCACCCAGATATTCGTTCAGAAATATGATCGTTAATTGATCAATATCAGTATCATATTCTTCTTTACATGGGCTTCCATGACTAGTCCTTAGAGATTTCTTGCTGAAGAACACGAGTCAATTGGAGTCTCTTTCATCCCTGGATTTAAAACATTACCCATTGTTTGTGAGTTTGAGCTGTCGGTGACACTGTCTACGTAACCTTTTTCCACATTTGGCTGGAATTTGGGTGAGGAGTGCAGACATGTTTTTCTAGGAAGATTCTGCTTTCCTTTTCTCCTTTCTTGGTTTTTACTTTTTTATTTTGCAGATAGAGCCTATCTTGAGTGGAAACCTGCCTCCTGGCTTTGATTCAAGTACATGCCGCAGTGTGTGAGTGTTAAATAGATATTTTCTTTTCCTTTTTCGATTTTGTCATTTAGTTCATTTTAACTTTTACATAGTAAGATGGAGTCTTGATTTGGATTAACTCATACCTTTCTTGCCTTAGATATAGGGTTCCTCATTGGGTTTGGCATTTGTCGATTGATTTCCATTGACACCATATCATGTTCATTATTTGCTAAAATTGATACCATTTCAATTCGTATGTGGAATGAATGAATTCAAGTACACTGACTGCTATTACATTATTTGTTCTTAATTGGCCATCAATCTGAACTAATGGAAAAATATAGGTATGTTGGGAACATTCACCCCCAAGTCACCGAGCCTCTTCTTCAAGAAGTTTTCTCAAGTATTGGACCCATTGAAGGATGTAAGCTCATTAGGAAGGAGAAGGTGCGGTTCCATTTAGACTGTCATTTGTTGGTATATGACCTCTTTCCATCATGATAATAAGTACCATCGATTAATAACTATTAGATTTTGATGGACTATTTCTTCCTTAAGTAACCAGTTAGTGGAATTATTTCAAAGAATCCAGTGTTATCTCACTGATCAACATCTTCTTTGAACGTGTTTTTGGTTAAATAAATTGGTGCTGATCTTCTGTCTTAAGTTTTGTTTCTATTTATGCAGTCATCCTATGGTTTTGTGGACTACTTTGATCGCAGATCGGCTGCAGTTGCTATTATTTCTCTCAATGGAAGAAACTTGTAAGTGAAATTCTTTATTGCATTTTTATTGACATTAACCAAATCATATATTTCAATATAATTTCACACAGGTTTGGACAACCTATAAAAGTTAATTGGGCATATGCAAGTAGTCAGAGGGAAGACACATCTGGTTGTATGCTTAGATTGTTTCTTTTTCCTTTTACTTTGTTTCCAATGACGAGGAGTTTGTAGTATGCGGCTGCTGATATTTTTATATGGTGTTTTTATCCAGGTCATTTTAATATATTTGTTGGTGATCTTAGCCCTGAGGTTACTGATGCTACATTGTTTGCATGCTTTTCTGTTTACCCCAGTTGTTCGTAAGTTTGTTCTCCAAATTTTTGTTATGAGTCCGTCTGCTTGGCTTATGTTCAAATGTTTGAGATGTGACAGAGCTTAACTTAATACTATTCAACTGGGAGTGTCTTGTTCTAGCACCTCTAATTTTAATTTCCTTAAATACTTCAGGGATGCAAGGGTTATGTGGGACCAGAAAACTGGACGCTCGAGGGGTTATGGTTTTGTTGCTTTTCGGAATGAGCAGGTTTTGGAATTGTTTCAATATTATGTTTTTACCCCTTCCTGGATCCCACCCTTTTGCTACCAATATAGGAAGTATTATATTTGCTTTCTTCAGATTATGGTCATAATTGTACTTCGGTTGATAATTATTTATTCTGCTCTCAGGACGCTCAAAATGCAATTAATGACATAAATGGTATACCTACTCTCTCTCGTTTGGAAATCTTATGTTGTGTATTTATCTATTTATTGACCTGGCTAACCATATCTTGTCCTGAACCATGCATGAGGAGTATGGAAACTTGATATGAAAATCCAAGGGAACTGATATGAGATCTCTTCCATTTAAGGAGGACCCCAAAGAACTGTCCTTGAATCCTGAAACAATTTGGATCAAGTCAAAAGGCAAAATTAGATTTGGATCAGTGTTTTCAAAGCGCAAGGCGCACCTCAAGGCGACAAGCCCTGTGATAGCCCGAAGGCAAGAGGCGACCAAAAGGCGTGGCCCGAGTGATGCGAGGCGCAATAATTAAATATATAAATAAATAATATATAGAGCATAAATTGTATAGTAAATATTATATAAAATGTAAAAACCTTAAAAGCTTAATACATCAATCAAATGTCACAAGTCATTAAGAATGAAATAATGAATCACTGAACCAAAAATAATAAAGGTAAATGTTAAAACTAGTCTAAATTTAAAAGACTACAACATTAATCAACTGTCATAATCATAATTTTCCTCCCCATCTACAGCTCCTCCTTGATTTTTTAGTGTTTCTTGAATTTTAAGTTAAGTAGTTAAGATTCATTAAAAAAAAAAAAGAAAAAAAAAGCCTGCGGAAAGTCGCAGGCGATCGCCTGCGCCAGAGGCAAGGCGGCTGCAAGGCGCGGCAAGGCGAAGCCGGGCGTGCGCCCCGTTGAAGGGGCTCGCCTTGCCTTGATGCGAGGCGCAAGACCTCAAGGTCGCCTCGCCTGTCGCCTAAGGCGAGCGCCCGGCTGCGCCTCAACAACACTGATTTGGATTATACATTATGGTCAGTGTTTTAAAAAGCCCTCCGGGGCGCGCGCCTAGGCGCGAGGCGCATGTAAGAAGGCGCGCGCCTTCCATGAAGCCCTTGAGGTGCGCAAGGCGTGCCTCTGGGGCTTCTTCAGTTTATTTATTTTTTTTCTTTCATTAAATGTATTTTAAATATATATTTAAAGAAAAAAACACAAAACACAATAAACCCATTTCATTTAGGGTTTAACATCATTAAAATCAGTGGAGGAGAGATTGATATTTAAGGCTTTTGATCTTGTAGTGTTTATAATTTATTAGTGTTGTATTGTTTCATGTTTTTTAATAGAGTATCTATTGTCTCTATGTTCAAACATTAATACTTGAAAGTTGAACCTTATTTCTTTTACTTATTTTCCTTGGTTAAAACTTAATTTCATCCCATGAAGAGTTTTTCTTATTGTGTATATATATATATATATTTTTATTTTTTTATATATAGTGCACCTTAGATAAAAAAGCCCGCACCTTTTGGTGCGCCTTGCGCCTAGGCTCCAGAGGGCTAGTGCGCCTTGAGCCTTTAAAAACACTGATTCTGGTCAATGATCAAGAAGCAAGAAAGCTTGTTTTTTTTATTCAAGGTTGTAAGACTCCACAAGATTAGTGATCAATCAAACTTGAACTTATAGGGACATGCTAACACATAGAATTGCAATGGGAAAGAGGGAAAAATTCTCGACTCTTTAGAGTTGGTCAAACGCTGAATTTATTTCATCGTCTTAACTACAATGACCTGAATAAGGCATATATAGTCTTAAGGGAGGTGACAACAAAGGAAGTAAAATGCTAAAAAATCTCGACAAACAAGGTAAAAATCCTATTAATCCAATAAGGCAAGAATCTAAACAAATCAATGTGTAATTTTAGACAATAATCCCCCTAATAAAATCCTAAATAAATGTCAATACAAGGCCTAGATGGCAAGCTAAAAAATAGTCTTAAACTAGGATGTATTTATAGGCCTCCCTAAGCTCTTCGTCTCTTCCTCTTGGATTGTGTGAGTAGCATGGATTCTTGGAAAAGATTTCTTTGATGCAATGATAAGCTTTTGGAGCCTTTGAAAGGGAACTTGAATTGACAATATGGGCTTGGATCTTATTTGGTTAGTGGGCTAGGATCTTATTTGGGTATTGGGCTTGAACTTGCAGATTGAACCTTGGATAGAGATTTTGAAGTCTAAGCTTGGTTCCTTGCCCTTGGTTCATATCGAAACTATTTTAAATTAACAGAGAAAATGTTCAGTGATTGGTATTAATTGCAATTACTCTAAGTTGGATGGGTGGGGTCTTTCCCTTCCTCGTTCTTAGGTCTCCCCCTTGGTCATAATCCTAGAAGCATTTGATTCTGGCATCCCATAATGGAAAAGGTTTAGAAACGGTTATCCTCGTGGAAAATAAGTTTTTTCTCTCAGGGAGGAAGGCCAACCCTTATCCAGTTAGTTCTTAGTGGTTTGCCAATCTATTTCCTTTCCTTGTTTTTGGATCCTTGTGAAAGGTTTGCAATTCCTTGGAGCGACTCATGCATGATCTTTTGGGAAGGGGTGGAGGAAGGGAAGGGTTCACATTTGGTTAATTAGGAGGTGGTAGCTAGACCAGTGGAACTTGGTGGTTTGGGTATAGGGAATCTTTGGGTGTGCCATGAGGCCTTGCTGGGTAAATGGTTATGACATTTCTCTTGAGATGTGGCATAAGGTTATTGGGAGTAAATATGGTCTCCATCCTTTTGATTGGTCCTTGAAGGGGGATTTCGAGAGGTACTACCAGAAATCCATGGAAAACTATCTCTATCTCGGATGGATTTGCTTTATTTTCCCGGTTTGTTCATTGTTATGTGGGCGATGAGTTGAACACTTATTTCTAGGAAGACAATTGGCTGGGGGTAGTCCTCTCTACTTGTTGTTTCCTCGTCTTTACCATCTTTCCACTTTGAAGTTTTGTTCGGTGCCTCTACCATCTTGTCTTTTGGGAGTTCTTCGTTTATTTCCCTTGGTCTTAGTTCACCCTTTTCTGATAGAGAGTCGATTGATGCAATGGCCCTTTTGGCCTTGGGGTTTTTGCTATTCATAGGGAGAAGAGATGTTTGCTTTTGGAGCCCTGATCCTGTGATAGAGTTCTCTTGTAGCTCGTTCTTTTGTTGTAGGGTGAGTCCTTCACTGTCGAGCTCTTCCATCTTTCCTCTGCTTTGAATAATCAAAATTCCAAAGAAGGTTAAATTTTTTGTTTGGCAAATCCTTCATGGAAGGATTAATGCTCTGGATCTCATTCAGAAGTTTTTTTGCCTAACTTGATTGGGCGTTAGTGTTGTATCCTTTGTAGGGAAGTGGATGAGGACTTGGATCATCTCCTATGGTTCTGTAAGTATGCTAAATTGGTATGGAGTAGTATCTTTGGGTCTTTTTCTGTCAGTTTGGCCTGGCAGAGGAGTTGCAGATCCATGTTGGCTGAGAAGTCAGTATGCTAGATTGATTTGGAGTGGTATCTTTGGTTTTTTTTTTTTGTCAGTTTGGCATGGCTGAGGACTTGCAGATCCATGTTGGGGGAGCTTCTTTACCACCCCTTTTCGTGAAAAGGGTCACCTACTGTAGCTTGCTTGCCTGTATGCTATTGCTTGGGGTCTTTGGGGGGAAAGAAACAATAAGATTTTTAGAGGGGTTGAGAGACCTTCGAGTGAAGTGCGGTCCCTTGTTAGATATCATGCCTCTCTTTGGGTCTCTGTTTGTAAAGAATTTTGTAATTATCCTTTCGGTCTTATTTTGCTTGATAGAGTCCCTCTTAGGTTAATTGGGCTTTTCCTGGGGTGTTTTTTCGTGTTTCCTGTGTTTTTTTTTTTCATCTTTTATCAATGAAAGTTGGACTTTTTACAAAAAAGAAACTATTTAAAAAGTTATGAGATATTTTTTTAATGTCAGACTTGTGTAGTAAAGTATGCATATCAGGTTCGATGTAATTTCATTAACCGGATATCATTGTTATTCTCTTTGGTGTTAAAAGTTTGTCTTCATGCTCACTTTTTGGGACTTGAGTATTGTTGTTTCTTTTTATTGGAAACTGTTTTACATTTTTTCCTTCTTTTTTGACAATAAAGGAAAGTGGCTTGGGAGTCGACAGATTAGGTGTAATTGGGCCACCAAAGGTGCTACTTCTGGCGATGACAAACAGAGTTCAGATTCCAGAAGTGTTGTAGAGCTTACAACTGGAACTTCAGGTAGTTCATCTAGACATTTTTTTTTATCATTCATCTAGAGATATTTAACTCTGAAATTTTCAGCTTTAATAATCTTCATTGAAATCTTTTATTTACCTTTTCAAATTTTTATAGTGATTGTTGCAAATCTTCTAACGATTCTACACGCATGATAGTTTTGGCTGTTGAATAGGGAGCCTTCTCTTCTTGTTTGTCCAGGCCTGAGGTTATTCATGTTGATCTATCTTTTCACTCTTAACCCTTGACTTGTTTCTTGCCAATTGCGTTACTATAATTATATCTGGCACGTGCATTAGAACTCTTGGCCATGAGATATATAATTAAACCTATATTTTTGCTTAGAGCGGAGGACTGTCGTTGGTCAAATCTTGTCTAACAAGAGACATATCTCCCTGAATGTCTTGACCTTACGGTCTGTATCTTGCTTGTTTATATTGAATTATCATTCGAAAATCTGCTTACACGTAGTTATTTGGTGTAAAACAGGGTATTGTCGTGTAAAACAGGGACTTTGTGGTATTAAAAACAGGGGGAAGGCTTGAGTTAGTTAGTAAGTAGTTAGCTTCTGTTATGATTTTAACTACTTTAAGCTTGTTATGATTTTAACTACCTGAGGTAGTTTTGTTTGTACCTCCAACCTATTTAAAGGTTTGGCCGCTTGGTTGTAAAGTCAGATCACATTTTGATATTAATAAAATCCTCCAAGAAAAATTCTTTTTGGTTTACACCAACTTTGGTATCAGAGCACCCTTAGGAAGGGACCTGATGGCTGGCAAAAAGAACCCAGCACCTTCGGGAGAGGAACCTGCATTTCCAGGATCCGAAATCTCCTCTATTCACCTACCTCTATCTCCACGAGCTCTGACAAGAAAAGTTTTATCCATAGAAAACTCTGTTGAAGAATTGAAGATTTGCGTGAAAGAGATGCAGCAAGCCTTGGCTACATTTATTCAATCTCCAGAGAAGGTAGGGATAGCACCAACTGAAAGAACAGAACAAGAAACGAGGAGAATTGAAGTGGGATCGTCTAGCCACCAAGAAATGGCATCGAAAGGAAAAATGAAATACCAAGAATCACATTATTCACAACAAGAACCATCAAGAACATACCTTCTCCAATTCAAGAAACCAGAAACAAGATGAGAAAGAATCCACCGATTTGGTTGGGAAAGTTCCAACGAAGAAGAAAATGTTTTGCAACCCAATCCCTTGTTTAGACCCAGTGAGGAAACCACATGGCAAACACGTTACCAATCACACTATCAACAAAATGATTTCCGAATGAAGATTGATCTACCTTTCTTTAGCGGAAAATTGGATCTTGAAGCTTTCCTTGATTGGATTAAAGACGTAGAAAACTTTTTCGAATATACCAATACCCCTGAAGAAAGAAAGGTCAAATTAGTAGCTTATAAGTTCAAAGGAGGAGCTGCGGCTTGGTGGGACCAATTAAAAATCAATCGACGAAGATTTTGCAAGAAGCCAATCAAGACTTGGCCGAAAATGTTGAGGTTAATGAAGGTACAATTTTTGCCCACTGATTATGAACAACTACTGTACAACCAACTCCAACATTGCCAACAAAAGGACAGATCTGTGGCTACCTATACTGAGGAGTTCAACAGGCTTAGTGCAAGAAACAACCTAATGGAGATTGAGAATCAACAAATAGCCTGCTATGTAGATGGTCTAAGAGAAGATATCAAGTGGAAAGTTAGGTTACAACCCATCTATTTTCTCCCTGATGCTGTTTCTTTGGCATACCGTGAAAACAACTGAAGGAAGAGAAGACAGGAACCCAATCTGTCAAGAAACCTCCATGGGGAAGTTTTCCAAGGAAATCCAACCTAGAATCAAGTAAGAATACAAGGAAAATCAGTCCTTCTAGGAACACTTTCAAGAGCAAAGAAGAACCAGATGGACGGGTAACAAAAGGGAGTGAACCTGCAGTAAAAAGAACCAACACCAATGTATACAACAAACCCACTTTAGGTAAGTGTTTCAGATGTGGACAACATGGGCATCTTTCCAATGTATGTCCTCAAAGAAGGGTAGTAACGTTTGTGGAAAACCAAGAAGCAACACCAGAAGGAGAAGAAGAACAAGAAGCTGATGTTGACTACTTGGAAGTTGATGAAGGTGATCAATTGTCCTGCTTAGTTCAAAGGGTGCTGCTAACTCCCACAACCGAACCTCATGAGCAACGACACTCCTTGTTCAGAACCAGATGTACTATCAGTGGGAAAGTGTGCAATGCCATCATAGATAGTGGAAGCAGCGAAAACATCGTCCCAAGGAAATTAGTTCAGACTCTAAAATTAAAAATAGGTCCACACCCTCATCCTTACAAAGTGAGCTGGATGAAGAAAGGGGAAGAGGTTGCAGTAAGTGAAATTTGCACAGTACCATTATCAATCGGGAATAATTACAAAGACTAAATAATCTGTGATGTAGTGGAAATGGATGCATGTCATGTTCTGTTGGGAAGGCCCTGACAATATGATATTCAGGCTATTCATAAAGGAAGGGAGAATACTTATGAATTCTATTGGATGGAGAAAAAAATTGAAAAAATTGTACTCCTACCACTGTCTCAGCATTAAGAGAAAGCAAAAAGAAACGAGGGAAGGACCAACAATCCCTTATTTACTGTCATACAAGGAGAAAACTTTAATAAGTCAGGTAAAGAAGAACTTTGGGCAATAGTGAATACCGCCGAGGACTTGCAAACACATTAGGAAATAGGTGTTGATGTTCAGGAACTCTTAGACAGATTTCCTAAATTAACAAGGGAGCCGGATGAACTACCACCCCTTCGAGATGTTCAACACCAGATTGATTTAATTCCTGGCTCTGTTTTACCAAACTTACCCCACTATAGACTAAATCCTATTGAATGTGCAACTCTACAGGAGCAAGTCCAACAACTGCTAGACAAGGGGCATATACATCCTAGCCTAAGTCCGTGTGCTGTACCAACCCTTCTTACACCAAAAAAAGATGGTTCATGGAGGATGTGCATAGATACCAAGGCCATCAATAAGATCATAGCCTGAGTCCGTGTGCTGTACCAACCCTTCTTACACCAAAAAAAGATGGTTCATGGAGGATGTGCATAGATACCAGGGCCATCAATAAGATCATAGGTTCCCAATTTCCTAGACTCATCGATCTATTTGATCAATTAGGGGGGGCTGCAATCTTTTCAAAGGTAGATATGAAAAGTGGATATCATCAAATCCGAATTAGGCCAGGGGATGAATGAAAGACAACCTTCAAAACCAACTTTGGACTTTTCGAATGGTCGGTGATGCCGTTTGGGCTATCCAATGCCCCCAGCACATTCATGCGACTCATGACACAGGTCCTTCATTCTTTCCTAAATAAATTTATTGTGGTTTACTTTGACGACATATTAGTATATAGCAAAACGAAAGAGGAGCATCTTGAGCATCTAGCAACCCTTTTCTCCACTCTAGCAGATCACGAACTGGTTATAAACCTAAAAACGTGTTCTTTTATAATGCACAAAATACATTTCTTGGGATTCATCATAAGTTCAAGGGGTGTTGAAACTGATCCAACAAAAGTAGAGCCAATTAAAAATTGGCCTACACCACCTCGGCAAGGCAGAGATTCTCCTGTTTCTAACCCCTCCCCCCCTTCTCTTTCCTCCCGACTCTTCCTATTCGCCCTTGCTGATTGCATTCTGCGACTTCGTCGAGCTGGTCTGATCCTTCCGGTGAAGCCTTCTCTCCTCGCCGAAGATTTCTTCGACCCTTCGGGTGGTTCCCAAATAACATTTCCTCCGTCCGACGATCTACGATTTTCTTTCACTTCGCGTCTGCAAGAAGTTTTTTAGTGGTTTCTCTTCAGAGGATGGGTGTTCCGTCGCTTCCGCGGGGTGTCTGTTCAAAAACTTTTAGTTGTAACGTGGGTAATAGGCTCTTTCGAATTCGGGCTGAAGGTTCACAGGCGCTCCTACAAGTCCAACCAGATAACTTGGTGATTCGGCTATCCTTAGACCACGTTGCCTGGTTTTGTGACTCTTTCAACAACCTTTCAAAATGTGTTTCATCCTACTTTGCAAGAAGGAAGTATAGAGATGACTTCGCTACCCTTGGACTTTTTAAGCTTAAGAAGGAAGGTGAATGGGTTGCGGAGGGTGTGTTTTGGCCTCCCTCGGGAGGAAGGTTTGTTTTTGGTACCGTTGGGAAGTAACAAGGTGGGCTGGTTGGTCTTCCGAGACCTACTTGCAGATTTCCTTAAGGCTGAAGAAGTCCAGGGCAATAGGTTGGGTGAGAAGTGGTTACATTTCAGTGAATTATCAAAGATGGATTGTGATGGAGATTGTTCGGAGCACCCTTTTCCTGTGGCTCTAAAAGAGTACTGGATTCGAAAGGAAGAAGCGAGTCCTAAGAGTGGATTTTCTACTTTATGGGTGGTTACAGTGCTCTTTGCCCATATTCGATGGATTTACCGTCAAGGTAGCCTTGCAAGAACACTTTGGATTCCAGCTTCAAATTAATCCCTATGCAAGCGATAAGGCTATTATAAAGTTTGGTATTGAGTTAACGCCGGATCTGGTTGGGGAAATAGAATCCATCAGTTCTAAATGGAGAATTCTCGGTGGTATTCATCTGTTGGTTGAAAAATGGGATGAGAAACGACATGCTTTATCTTCGGAGATGATAGGGTATGGAGGGTGGCTTGCGATCAGGAATTTACCGTTGAGATTGTGGAGGAAAGAGATTTTTGAAATGATTGGGCATCATTTTGGAGGGTTGTTGGGCATCTCCGCTGACACGTTGAACTTAATTGACATTGCTTTGCCCAAAATCAAAGTGGCGTCAAATATTTGTGGTTTTTGTCTAGCCTCCATTCCAATAACCGATCCAGTCCTTGGGGAATTTCAGATTTATTTTGAATTCTTGGGTGAGTGTCGTATCCCAAATAGTCTAAGGAGGGACCTTGTACTGAAAGATGTGGTCAATCCAATTGATTTGGATAGGATTGGAAAAGTGTTGGATGTTGAAATGGATTCAGAGTCAACCGAGGGGCATGATGTTTTGAAATTTGGAATGCGGATGGCCGCTTTTTGGAAGGGTGAAAGTTGTAGGGCGTCTTACACTTTGGAAGGGGATAATTTAAATGGCACTGACTCATTGAATCATGTTAGGGCATGGGCAGGTAATAGTAAGAGTCCTTTGGCTCCGGAGGAAGGTTTAATGGTTTCATTTAATAAGGTTGACACAAGGTTTGTGAAGGGGATGAACAAGGTTTGGAAATTCAAATGGCGGAAGGTTATGTGGTAATGGGCAATAGAGGGTCAGGCGTTGGTGAACCTCAAGCCTTGGGCTCCCAATCGGTTGATATCAATGAGGAAGAAGAGACTTTTTTTCTTCTTATGAACCAACAAGCGTAAAGGAGGTTAAGGATACCTTTTGTGGGAAGTATTATGTAAGAAAAAAGGTTAATGTGAGTACTTTGGTCCCGGATCTCCAAGGAACTTCTAGTTTTCCAGATTTTTCGGAGCGGGAGGGTCGAGCGTGCCATCTTCAAGCCTAATTCCTTTAAATTTGCAAGAGAATTGTGGGGGGAGATTTGTATGGTTGAAAGTTGTCTTCTCGGGTCAAAGGATGTTCCTTTTACAAGAGCTTCCTTTCTCTTCTCTTCGAAAAAGCAACAAGGTATTGACTCCCTCTCCCCTTTAGTTGGTGAGGAAGCGGGGGTGGATTCAGATGTGAGTATCAGTAGCCTTGAGCTCTCCTCGGTCAAAAAGGTATTTGATTGCTCCTTGATTGAGTCTCCCCCTATTATTAATCTCTCTAGTTTGTTTGAATCAGTGGAGGAGAGTCAACTCTCTAAAGGCGAGATGGATGTGGGCAATAGCGGTTGCCCACCCGAGTTGAGTCGTTTTGAGTCTTTGCTCCGTGCAAGCGGCCTACAATTGAAGGAGATCCCTGTGAAGTGAGTCTCGGTGGAATTAGTATGAAGATTTTTTCTTGGATCACATGTGGCCTGGGTGGTGGAGAGAAAAGGGTCAATCTCAAGGATATTGGGTGGGCTCATGTTGAGGCATATGGGAAGTAAGGAGGTATGCTAATATTGTGGGTTGAAGGTAAGGTGCAGATGAAGGGGGATTTTCCATTTTGGTAAGAAATAGCTCATGGAACTATTTTTCCTTTTGGAATTCATTATTCTATGGGTCGCATCATTATTATTCCAGAGTGAGGAATTTTTTATTAGTCAAGATGGTTGGATTGATTTGTTAGTTGGTCTAAGACTCTTTGAAGTTCTAGGGTGTTTGGTTGGGTGCTTGTGGTTGTCTTTGGAAGTTCAGGTGGCATGTTAGTTTTTTGTGGGCTAAACCTAGTTTTTCGGTTGAGGAAGTGATGAATGAGGGGTTCTCCTGATTTTTTGATGGTTTCTCTTGTTCGAATCTCAGTCTTATTTGGCAGAATTTTATTTGTCTATGTAATAGCTCATGGTAGTTTTGGTTCTCAAGTTCTTTGGATTTTGTTTTGCTATTGTACTTTGAGCGTTAGTCTCATTATTGTAATTTGAGCATTAGACTCTTTTCATTACATCAATGAAATTATTGTTATCTTTTCAAAAAAAAAAAAAAAAAGGCCTACACCAAAAAGGGAGAAAGAAATACAGAGCTTCTTAGGATTGACCTCCTTTTATAGAAAATTTATCAAGGATTTCTACACAATTGTAGCACCAATAACTCACGGTTTAAAAAGAGGGAAGTTCGCGTGGGGTAAAGAACAAGAAGAAAGTTTCCACCTCTTTGGAGAGAAGTTAAGTTCTGCTCCAGTTCTAACCTTTCCAGACTTTAACAAGCTCTTCGAAATAGCAGTAGATGCCTCCGGAGTGGGTATTGGATCAGTATTATCCCAGGAGAATCACCCCATTGAGTACTACAATGAAAAGTTGAGTGATGCTCGAGTAAAATGGAGCACCTACGAACAAGAATTATATTCACTTATTAGAGCCCTAAAACAGTGGGAGCATTACCTATTGGGGAAAGAATTCATTTTGTTCATAGACCACTTTTCCCTAAAATTTTTACAAACCCAGAAAAGTTTAAATCGGATGCATGCTCGATGGATGTCATACATTCAGAAGTTCGAATTTGTGATTAAAAACAAAGCAGGGACCACCAATCAGGTAGCAGATGCCTTGAACAGGAAATACAACTTACTGACAAAGCTTGAAGGAGAAATAATGGCCTTTAAAAGCCTTCCAGAATCCCATCATACCGATCAGGACTTCAAAAACATTTGGGACCAATGCATTCACCATATCCCCATCAAGGAATTCCTTCTAGTCAATGGATATTTATTCAAAAACAATACCCTATGCATAACCCATACGTCCCTGAGAGAGGTCTTAATAAAGGACTTACATGAGGGCGGGCTTGCTGGACACTTTGGGAAGAGTAAAACCTATGAAATGGTTGCATCCCGATTCTATTGGCCCCAACTGCGAACAGATGTATCCAACTATGTTAAAAGGTGCTTTACCTGCCAAACAACGAAGGGACAAAGGCAGAATACTAGGCTATATCAACCCTTGCCAATTCCAAAAACCAGCTGGGAAGACCTATCTACGGATTTCGTCCTGGGACTCCCTGTTACACTGAGGGGCAATGATTTGGTGATGGTAGTAGTAGACAAATTCAGCAAGATGACACACTTCTTGGCTTGTAAAAAAACAACGGATGCAGTAAACATTGCCAACCTATTTTTTAAAGAAATAGTTCGACTCCATGGTGTTCCTAAGACAATTACTTCTGATAGGGACGTAAAAGTTTTGAGTTATTTCTGGCGAACGTTATGGAGAAAATTTAACACCGGATTAAAATTTAGCTCCACAAGCCACCCTCAAATCGACGGTCAAACTGAGTTCGCGAATAGGACCCTTGGGAATCTTATCCGTTGCTTAAGTGGCAACAAACCAAAACAGTGGGATCTACAATTAGCTCAAGCCAAATTTGCTTACAACCACATGAAAAATAGATCCACAGGGAAGTCCCCATTCGAGATTGTCTACACTCATCTCCCACGCCTAACAATTGATCTAGCTAATTTGCCTTCTTCCTTTACAGGAAACTTGGATGCAGAAACAATGGAGGACCGAATGTCACAGCTACATAAAGAAGTTTGTGATCACCTGGAGAAAGCAAATTCAGAGTACGAAAACAGGGCTGACAAATGGAGAAGATTAAAGTTATTTGAAATAGGTGACCTCGTTATGGTACACTTGCACAAAAGTCGGCTACCTTCAGGGGTCCACTCGAAGTTATACCCTAAGAAAATTGGGCCTTACCCATTTTACAAAAGATTGGTGATAATGCTTATCGAGTGGAGCTCCCTTCAGATTACAAAATTTCGCCTCTATGATGTGGCTGACTTATTTGATTACCAAGCTCCTGATTCCTTTCATCTGGCAACGTAAAACTCGAGACGAGTTTTCTTTAGAAAGGGAGGGAAAATGGTGCCTGATTCCTTTCATCTGGCAACGTAAAACTCGAGACGAGTTTTCTTTAGAAAGGGAGGGAAAATGGTGTAAAACAGGGTACTGTCGTGTAAAACAGGGACTTTGTGGTATTAAAAACAGGGGAAAGGCTGGGGTTAGTTAGTAAGTAGTTAGCTTCTGTTATGATTTTAACTACTTTAACTTTGTTATGATTTTAACTACCTGAGGTAGTTTTGTTTCCATCTCCAGCCTATTTAAAGGTTTGGCCCCTTGGTTGTAAAGTCAGATCACATTTTGATATTAATAAAATCCTCCAAGAAAAATCCTTTTTGGTTTACACCATTATTCCTCTAGGGCAATTTGCCACTAGGCTTATCATAAGGAAGTCATTGGATTTAACCTGACCGTCATTGTTTAAATCCCTTGTCAACCACTACCCAAGGGGATGTTTGGCTTAGGGTTTTAATATGCCTGGGTTTATGAAGGTAGGCTGAGGTTGAGAATTTTGTATCTGTGTAACTTGTGTTTGGATTATATAAAGGAATAGGTTATATGGAAATTTGGGTTTGTATAAGTTGTGTTTAGCTGGTGGGTTTATAACTTATCAAGCTTCATGCAACTCCTTGATGTGGTCTTTCTTGAGTTTTTTTTTTTGTTTTTTCGATAATAGAAACAATTTCATTGATAAAGCTTATTTTTATTTTTGGTTTATTTTATTTTAATAAGAAACTATTTCTAGCCCCACTTTCTAACACTTAAACGTGGCTAAGTTTTTCTTTGTTCATTTCTTCACATAATTTACAATGGCCCCTTCCCCAAGTATTCATCTCCATTTGCATTTGCGTTGTGCGATGGCGACGACCTCCGACCATTATTTGTCTCAATTTTTTTTTCCAGTTTTTTATGTCTGTCCTCCTTTGATCCCTCTGCTGCCTTTCCACAAACCTTGCGTTGGTGCCTTTCCCTAGGCTTTGTCTCTAGCCACACATGCCGACAACGTCGAATACGGTCCTTGTCGGACTTTTTCTTTCTTTGTTTTTTTTTTTTGAAGTTTGCAGGTACTGAAGCTTTCCCTCCCCCTTAATGATCGATTATCCCCCCTTCGAACTCCATCCCTTGGTATCCCAAATATTCCAGACCATTCGCGTGTGGTTTTCGAACTCCATAGAAAACAGGTTGGTCTTGTCTCGATCGTTTCTCTTTGATTTTATTCTTTTTTGATTGTTGCACTAGTTTCGTCTTCCAAACAACCTTACTCTTTTTCTTAATTTTTTTCATTGACTTCTCTTTTTCTCCATCATTCTTGCACTGAGATGATTCATCTTCATCAACAACCATGCGTTCTACTGATTCTTCATGTTTAATAGCCAAAAATCTGGCACATAAACTCCTTTCTTGCGCCGGTCGATATCGATCGAATACTCTTGACTTCATATCTTCCCATGAAACCACCTTCGATCGACTGTTAGTGTATCGATACCACTCGATGACCTCCGGATCGAAACTCACGATAGCTACGTTGATTTTCTCCACATCACTGAGCTGATGAACCTAAAAGTATGTCGACTGACTTTGTTCCATCGAAGACAGACATTTTCAACTTCTTAAATTTGTCCCGATCATTCGGTAACCCCAATCTCTAACCTGGAATGCCATCCCCTGTCTTCGCACCCGTAAGACCTCCGAAACTCTCTCTCATCCGGGAACCAGTTTGGTATTGCGCCTAGAGTGGTAGAGCTTTCTTCTTGCCATTTTCTCTTGCTAGCCACTATCATAACTAACACTTTATGATTTTCTCGCATTTCGTCCATATACCTGCGCTGCCCTTCCCTTACTTCGTCGGAACTCCTCTGGCTTTCATTCACTTGATCCGACAACACTCCCAGGTTCTTCGTCAACTCCATAATGACTGCTCGCAGATCATTCACTTCCCTTTTTGCCCATTCTACTCTCTCCTCCATCTGTCTCTGTGTCATCCTCCGCGTTCTCCCCAGGATGCACGCGCTTTGATACCAATTTGTTAGGTATCTAAACACAGAAAAATATTAAAAACACAAGAAAACTAATATATTGCAATAACTATGAAGAAATTACAATATTCAGAATGGACTCTCTACCAAAATGATCCACCCCCAAAAAGAAAGACCCTAACACTACTATTTATAAGCAAACTCCCTTAACTAATTACTAAGGGCTTGTTTGGTAGGCAATCCGAAAACAGAAATTTGAAAACAAGGGATTCAATGAAAACAAAATTGTATTTCATGTTTTCAGATATGTGTTTGGTAGCAGATTTAGAAATTTGATTTCATTTGAAATAGTAGTTTAAAGTGTGTTCTATAATATATTTATATATCATAAAATTAGTTGTAGTTGCAAAACTAAATATTAGGTTGAATATAAGACATTATTAATTAATTTAAGAACATGTTTTTTTTTTATAAATTTTATATTATTATTATTTTATAATATAATATAATATAATATTTTATATTTTATAATATATTATATTATAGCTATTTTAATTTAACAAAAGTAAATTAAGTTTATAAACATGAAATATTATATTTATTAAGATTTTTATCTTTGTTTAATATAATTCTGCATTTTAAAATCAAATTCAAAATCTGGATACATTAAAAACATAAAATTGTTGTTTTCAGAATTTCTACTATTTGGATCACTGAATCCGAAAACAGTTTTCGAAAACACGTCTGCCAAACACGTATTCACTGAATTCAGTGAATCCGAAAACATTAAACAGAATCTGGATTGTCTACCAAACAGGCCCTAAAACACCCCTCACTGAAATACTACTAATCTCCCACATAAACTCCATAGAATACCATACTAGTACTCTCACAGTATGGATTTGGGTCAAGATTCGTCGGTCTTTAGACACAAAGGACAAAATTCGCTCGACGGTACTAATGAGTCGGGTCGTGCATGCATCGAATCGGACGCATCTTCTTCCTTCTCTTCACCTTTGCTTGATTGGTCTTTGTCTTTGTGTGGGTTTTGTGAGTTCGTATCCATGCCTTTTTTCTTGTCTTCAGTTTTACAATTATGTTCATCTTCTGTGCGACGATCTTTCCTTTTCACACACAAATTTTGCATTTTCGTCTTCACCCAAGTTCCTATCATTCTTATCGATTTCATTCATCTTTATTATGCACTTTCCTTCAATTTTGTTCTCGATTTCGCTTGGTATTTTAAAATACATGTATGTCGACTTCGCTAGGTGAGTTCTCTCTTGTATTGAACTTTTTGGTTAATTCGATCCAAATTGCTAGACATATTATTCAAAATTTGTCGAACTTTGACCACCCCTTTCTGATTTCTTCAAAGGCTTCATGATCAATGTTATGAATTTAAGTGTTCTTGAATAATTTTTCGCGTCCATTGGTCGTGATCTAAATTTGAATGTGGATTTTATGGCTTTGAACTCCCTTTTGTGCTGTGAAATTCCATTCTTGAAGTTTTCCCTTTATTTCTTGAAAAGAGAATACTCTAAAATGTATCCTCTTGAAAATAAATGTGAGTTGTTGAACAACGAGCACAACTCCCGAAACTCCTTGCAATCGACGTCAATAAAGTTTTCCAGTCTTCCACCAGCAACAACCAAAATTAGCCCAGTTGATTTCTCTTACAAATATGGTTGATGTAGCATAAGAGGATAAAAGGAGAATTCTTTCCAAGAATCAATTAAATGTTTATTATGAATTAAAAGTTATTGAATACGAGAGAACAATTCTCTATTTATAGAGAATTGAAAAACAAACTAATCCTATTCCTAATTAAATAAGGAATTAAACAAACTAATCCTAATCCTAATCCTAATTAACCAAGGAATTGACCAAGATATCTAATTAATTACCAATCCTACTACATCATAATCACAAGAAGATTTCACGTACAAACTCCACGAAATTGCAAGCATAGATGAAGATGCAAAATATGCGTGCGAAGAAGAAGCAAGCAATAATGAAGAGAAGAGCAACACAAAAATAAACGAAGATGAAATATCAAAAGGTAAGCCCCCTCCCTTCTCTCTCTTCTCTCTCTCCTCTCCCTTCTCTTCCCTCGCCCATCCAGCCCTAGCTCCGGTCACCGTTTTGTGTGAGCTGGTCCTGGTTGTTCTGTCTTCGTCCTCCAACCCTCCTTCGCTCTAGGATTTTCCGGTCAGCTTTCGTTCCTGTAGTTTGGTTTCGGCCGGTCTTCCGCCGGTAGTTGTTTTCTTCTGTAAGCCAAGTTGAGGGGTAGGCTAGAGGCAATGTATGTTGCAAGTTGTAGGATTGGCGGGGAGGCTTTCAGCATTCGGAATGAAGGGAAATCGGTTGTTGTGAGGAATGAGTCCAAGGGGGTTCAGTTGCCTCTAACTTGGTCGCACTTAAGTTGGTTTACCAAGTTGTTCAAGTCTCTGGTTAGTCAGTCTGTCACCTCTTTCGTTCGGGAAAAATTTAAAGACGAGGATGGCACTTTGGGCCTATTTAGGTTGCGGCGAGCTCATCAGGCTGCGGTCCAAGTGTGTGGTGTGGTCTCCCTGGGCAGGGAGAGCGTGTCTCCAGGTCTCAGTGGGGGTTTTTGGTCAAGGATGGTTGGTGTTCGGGGATATGCTCGAGGACTTCACCAGGTCAAGTAAAGAGGCTTTCTTCACTTCGGAGAAGGTCATGCCATTGGCAGGGGCTGGCAGGACGACTCCTTCAGAGGCAGGGGTCTTAAATGTTCCGGCCTCTCCGGCCTCAGAGCGCAAGGTCACAAGGATAACAGATAAGTGTTCTTATTCGTACTGGGTCAAAAAACATAGAGAGGTGATCAATGTGGATTTTGCAAGTTTGATAGTTGTCTCTCGTTTATTTGCTCATTCTTCGTGGTTAGAAATTAAAGAGGTAGTGGAGTGTCATTTTAAGGTAAGGTGTCAATTTAATCCCCTGTCGGCCGATGAAACCTTGTTAATGTTAGCTGAAAATGAGGAGAATTTGCGGGGTTCAGTGAGTGGGAAATGGATAAAAGTGATGGATTTTTATCTGAAATTGGAAAATTGGTCGATTAGTAGACAAGGTCGGCCGGAGTTCATGTTGGGGTATGGCGGCTGGATGTCAGTTTTAAATCTGCACATTCAGTTCTGGTCCAGAGGAGTGTTCGAGGCCATTGGTGTTCATTTTGGGGGATTAGAAGAAATAGCCTTGGAAACTCTAAATTTCACCAATCTGGCTAGAGCAAGGATTAAGGTGAAAAGGAATATCTGCGGATTCATGCCTGCAACCATTGAAGTAAGTGCCTCCCCCTTGGGTTCTTTTTGGCTCTCCTTTGATAACATTGAATTTAGAGATCCTCTGGCTTTCGCCCATGGTCCTCTTTTCGTGAAGGATTTCGACAATCAGATCGACTTGATTCGTATCAAGGAAATTTTAAATGATGAGTCCGATCTATTAGCGGCTGATGGATTAGGGGGAGTCGATTCTCATCGGAAGGGTTTGGCGCCCTCTGCTCTTCCACTAAGTCTGGGTGACTGTCCAGGTTCTGGCGCCATTCCTTCATTTTCCATTGTCCAGGCTACGGAAGGCCAAGAGGCATTGGCAAGGGGGGCGGTGGAGGAAGTGAATGCTGTGATAAATGCAAATTTGGGTGACTCTGCAGTTAATGTTCAGGCGGCTGCTTTGGATTGCGAGGCCAGAGGCTTAGTCCCTTCTTCTCCCCCTCTCGGTCTCGACTCCCAATCTGAGTTAATGGAAGATGCGGATCCCGGGGTTGCGTATTCATTACAGAGAAAAGAGATTTCGGAGGTTGAAAGCCTTAAGCCGGCTGCCTCCTGGTCTTCCCCATTCCCCTCCTCGGTAAAAGAAGTTAGAGACAATTTTTGCGCTAAATATTATGTTAGGAGGCAGGGCAAGGAATTTAAGAAGAAAGGGGTGTCATGACCTTTTCTAATCAAAGAACGATTTTCGGGATGATTGGATGGTTGTTAACAAAGCGGGATAAGCAACCGCATTGCTCAAGGCGACCCTCGAAGCGAGCATTAGCAAGGGAGATCCTCAAAAGTTGTCGATGAGTGGGCAGGCGGTTCTATTTTTGAAAGTGGTACTCAAAAGTCCTCCCTGTATAATGACTTTTTCCCTGAACTCCTGTGTGTCGAGGAACTTTTTCGATCAGATTTGAGGTCGATCTTAGTAGCCCTGAAGTGGAGGTAAAGTTAGCCGCGGGAAGAGCTTTTCGCAATAGCCAGGAAGATTCCCCTTTAGCAGGTATCAGGCATCTATTTTCTCCCCTGGAGGCTGTCATCTCGGCTCCGGAGGTGGGGGAAGTAGGTGAAGACACCACTTTAGCTGAGTTTGATTCGTTGGTCAAGGCCTGTGGGTTGCAGTTCCGGGGGGTGGGCCTTGCTGGTTCTTTTCCCTTGTGTAAATGAGGATCCTATCTTGGAATACAAGGGGGTTGGTGGATCCATCCAAGCGTGTAAGTCTGAAAAACTTCGTCCTTAAGATCAATCCGGATATTGTCATGATTCAAGAAACCAAATTGGACTCGGTGGATGGTAGTTTCATTAAGTCACTATGGAGCTCCAAAGATATAAGCTGGGACTTAGTGGAGGCAATTGGAAAGTCGAGGGGTTTGTTGTTTCTATGGGACGACAACAAGGTCAAAGTGCTAGAGGTGCTCAAAGGGATCTTCTCCATTTCTATCAAAGTTCTATTTGCCAATTGTCATCTATGCTGGATCTCGAATTTTTATGGGCCAAACAGGTATAAGGAGAGAAGGCTGCTATGGGAGGAGTGGTGCGCATTGGCAGCCTATCGGGAAGGGCCTTGGTGTGTAGGAGGCGATTTCAATGTCATCAGGTGGGCTCACGAGAGATTTCCGGAAGGAAGCATACTAGAAGCATGAGTTCTTTTAATAAGATCATCCGGGACCTTGGCTTGTTGGAATTACCCCTTAGTAATGGAAGTTATACCTGGTCTCGGTTAGGGTTGGATATTTCTAGGTCTTTGTTAGACAGATTCTTTATTAACGCAAGTTGGGACAGCGTGTTCGAAGATTCTAGGGTCTCTCGGCAGGCAAGGACTTTTTCAGACCATTTTCCTCTGCTTCTGGAAGTTGGTTCAATTCTTTGGGAGCCTTCTCCTTTTGGATTTTTAATACTTGGCTTGGGAACAAAGAGTGTGTCTCTCTTATTACCAACGTTTTGAAGGAAGATCAGTCCTTTGGATGGGCAGGTTTTGTGTTGTCTCTGAAACTAAAGAAGCTGAAGGGGAAGTTAAAGTCTTGGGTTGCGGACTATGATCGGGCTTCTAAAGGAAAAAAAAAGAATCTTATCGAAGAAATCTCTTTACTGGATGCAAAGGCAGAGACTTCCTCTCTAACATCCCAAGAACTGCTGATCCGGGCCATTGCCAAAGGGGAGTTACTAGAAGTGTATATGGATAACGAGCGGAAGTTAATTCAGAAATGTAAGCTTGTGTGGCTCAGGGAGGGAGATGAAAATTCGGGCTTTTTCCACAGATATTTAGCAGCTAAGAAGCGGAGGTCGTTGATTTCCAACATCCTGTCATCAGAAGGCATTTCATTGGTAAAGTTCTCAGATATTGAATCAGAAATAGTGGGATTCTTTAGTAAGCTCTATGGGCGTATTCCAGGACAACGATTAGTGTCGGTAATTGAGACTTGGAAGAGTGTTTCGTCAGCTGAAAATTGTTCTCTCACAGCTCAGTTTTCGTTGGAAGAAATAAAATTGGCTCTTAAACATTTGGGAAGGAATAAGGCTCCGGGGCCCGATGGTTTCACAATCGAGTTTTATCTCAAGTTCTGGGAGGTTCTGAAGCTGGACCTTCTTCGGTTTTTCAAAGAATTTCACAGCAATGGTCACATCAATTCAGTACAAAAGGAAAATTTTATTTGTCTAGTGCAGAAGAAGGGTGCTGCAAGTTCGATAAAGGATTATAGACCTATTAGTTTGGTTTCTTCAATTTATAAAATTCTCACCAAAGTCCTAGCAGATCGCTTAAAGAGAGTAATGCCTTCTATCATCTCGGAAGTCCAAAGTGCATTCATCCAAGGTAGGCAAATTTTAGACTCTGTCGTAATTGCTAATGAGGTGATTGAGGAATATAGAGTTCATAAGAAGAAGGGGTGGGTTCTCAAGCTAGATTTCGAGAAAGCTTTCGATTGTGTGGATTAGGGGTTCTTGGAGGAAGTGCCCAGGCTAAAGAATTTCAATACTAAGTGGATCCAGTGGATGAGGGAGTGTGTGGTGGATTAGAAATTCTCCATTTTGATCAATGGAAGACCTAGAGGAAGGATATTGGCCTCTCGAGGTTTGCGGCAGGGGGATCCCCTGTCACCCTTTTTGTTCATTTTGGTTGTGGAAGTGCTAAATGCCCTGGTGGAAAAGGTGTATGGGCAGGGCCTTTTTGAAGGATTCAAAGTGGGAAAGGAGAAGGTCCATGTGTCCATTTTGCAGTTTGCTGACGACACAATCATTTTCTGTAAAGAGGAAGAGGGGATGCTGGATTGTATATTCAGTGTGATAAGGCTATTCGAAGTTTGCTCGGGCCTGAAGGTTAATTGGTCAAAGTCAGCCATTTGTGGGATTAATATTGCGGAGTCCAAGGTTGAGGAGGTTGTAGCAAAGGTAGGGTGCAAGGGAGTCAAGCTGCCATTTACATATTTGGGGCTTCCATTGAGTGGTCATCCAAAATCTCTTGAATTCTGGCAGCCAGTGATAAATAGTTTCGAAAGAAGGCTGGATAGGTGGAAGAGGTTCAGTTTGTCACGGGGAGGGCGCCTGACTCTTTGCAATGCGGTGTTGGAAAGCCTCCCGCTGTATTTCTTTTCACTTTTTCGGCTTCCAGCTAAAGCTGGTCTGGTCATGGAAAGGCTAATCAGGGCCTTCTTCTGGGAAGGGTCTGAGGGGGGCAAGCTCAAGCATTTAATAAGATGGAAAGAGGTTGCTAAACCGCTGACTTCGGGAGGTCTCGGCATTGGGGCTTTAAAAGTAAAGAATCAAGCATTGCTAGCCAAGTGGGGTTGGAGATTTTCAGTTGAATCCTCTTCCTTTTGGCGGAGAGTGGTAGCCAGTATCCATGGTTTGGTGAACAATGGGTGGGACCCCGGTTTCTCCAAGAAGAGCAGTTTGAGAAGCCCTTGGGTTAACATAGCGAAGAATTGGAGGCAAATGCAGCATCTGGCTCCCTTTAAGTTGGGCAGTGGTAGGAACTTAAGGTTCTGGTGGGACCCGTGGATGGGGGGCACCCCTATTAAAGAAAAATTCCCAGCCCTGTTCTTATTATCAAGCAACAAGTTGGTTTCGGTTGCTGAGTCATGGGATAGCTCGTTGGAAGCCTGGGGCTTCTCCTTCAGAAGGTCTTTGAAAGAAGAAGAAATTGGGAGTTTTGCAGAGCTTTTGGCAGCCTTGGACAGTTTCAAACCCTCCCATGTTCAGGATTCTAGGCGCTGGATTCTCGAGCCTTCAGGGACATTCTCAGTAAAATCCTTGTCAAAGCATTTATGCCCTTATCCCCCCGATGGACAAATTAGTTTACAAGATGCTATGGAAGGTGAAGTGCCCTAAGAGAGTGAAGATTTTGTCCTGGATTCTCCTGTTTGGAAGCCTTAACACAGCTGACATATTGCAAAAAAGGCTGCCGCACATGTATCTTCAACCCTCGGTTTGTCCTCTCTGTTTGGGAGGGGCAGAAACAGGTCTTCATCTGTTTGTGGAGTGTTCTTTTGCTCGGAGCTGTTGGACTAAGCTGTTTCAGGAGTTTGGCCTCGGGTGGGTCTTTGCAGGCAGTCTTAAGGAGTGTGTTTATCAGTTGCTGGTGGGTCCTTCTCTGTCAGTAAGGGCCTCGGTTTTGTGGGGTAATGCAGTAAGATCGCAACTGTCAGATATCTGGTTTGAACGAAACCAACGGGTGTTTCAGGATCTTAGTAAGTCTTGGGAAGCCATCTTTGAAGCCACCCATCTTAAGGCTTCGACATGGTGCACTCTCTCAGTGGCTTTTGAGGGTTTCTCTATCTCTGATATTCAGGCCAACTGGAATGCTTTTATTTCTCCAGCCTAGTTTTTAGCTTGATGTTTCTTTTGTTCAGGCCTCAGCCCTTGTTGGCAGTTTTTTATTTGTCTACATAATAGCTCATTTGGTTCTCAGTTTCTTTGGTTTTTGTTTTGCTTATATTCTTAGAACACTGGTCTCATTTTGTACTTTGAGCATTAGACTCTTTTCATTACTTCAATGAAATTTTTGTTACCTTTTCAAAAAAAAATAAACGAAGATGAAGAGGTGTCGCAAAACCGGCCGGAAGAAGAAATCGCGAGCAAGGAAGAAGATGTGAAGATGGAAACCTTTAGCAAAGAAGAAGATGTGATGTTCAAAACCTTACGTGATGATGCATGCGAAGAGGAGGAAGAAGACGTGACCTGGTGTTTGTCGGTTTGACCTGGCACCTATCATGATGACGCAACCCACACATTTTAAAGAATCGATCCAACAGAAGTTCTTTTTTTGGAATTCTTTCGTGGGGGTTGCATCCTCAAAATTGCAACGTAGGTTTATATCAACCGATTTCTTCCCAAATTTTGCTGTCAATTTTCGAATGGACTTGTGAAAGAGAATTTTTTTCCATGGGTTTGAGGATTATTTTGCCGCTCCAACAATGCCAAGGAAGGTAGGGCACAACTTTTTCAATGGGAGTGAAACCAAATCACAACAATTGAAGAGAATTTTTTACAGAAATAAAAAAACATCCTGAATCGAGAAGAGGAAGAAAAGTCTTTTCGAGGAATTATGAATTATTTTGTTTGTAATATTGCTCTAAAAAAGGCAAAGGAGAGTATTTCACTGATTTTTTTTTTCAAAACATTGAAAGAAGCGTCATTGGAACAAGTATGACTCATCAATTATTCTCATTTGGGCAATTTGCTTTTGTCCTCCTATCTTCATTTTCTTTCTCAAAACTCGAGGACGAGTTTTTTTTGGAAGGATAGAATATGTAGTAGGACTAGTGATTAATTAGAGATCTTGGTTACTTAGGATTATGATTAGTTTGTTTGGTTCATTGGATATTTAGGATAAGGATTAGTTTGTTTTTCAGTTCTCTATAAGTAGAGAATTGCCCTCTTGTATTCAATAACTTTTGATTGATAATAAAGATTTGATTGATTATTGGGGAGAATTCTCCTTATATCCTCTTAGGCTACACCACTATAATTCCCACATGAAAACCTTTGATAGAACCCTCCAAATGGGCTTTCAAAAGAAGCCTACGAAAGCTGTCCACCAAACTGAAGAGAAAGGAGGAGAGCGAATTTGTACAATTAATTCTAATTGGAATGCTTTTTTTTTTTCTGAACAAAAAATAATAATTTTGTCTGTTAGTTAATATAGCTTTTCAGTCACGGGGGGTTTATTGGTGTGTAATCTCCTAGTTAGATTGCTATTTGGTGTTTTTTGAAGGTTGTACTGCACTTAGTTTAAGTTTTGGGGGTTCTCTTTGTTATAATCTCTCTACAAAGTTGGTAGTTTGTAACTTTTCTAGTAACCATGAAATGTTCGTATTTGTTGTCAACCACTTGGTAAATATAGTACAGAGGACGAATTTCATAAGACAGAATTCATGTAAATGCGGAATTAACAAATCCACATTTTTTGTGTCTCTAATTTCGTAATCCCAAGTTAAACAAATTTAACCCGAGTCAAACCACCTCTAAATTTTAAGTACCTTGTGAATTTCTTAACTACCAATGTTTTGGGTTCTGATCTCTAATGTTGTGATGAATAATTCAATATTGATTAAATTTTCTGGTTAACTTTTTGAACAATTCAACACATTTAAGGGTGGAGAATTGAACCTGCGACCTCTTAGAAGAAGTAGAACATGTTGGTGAATTTTTTGTTATTGATGTATAATGATACTAATTTCTATCAGGAATTGCAGTCAGTGTCGGTGAATGTTTTTCCTTCTCGGACTTTTTATTTTTCTTATCACTGCTCTCTGCAAACTGCATTCCTCTGATGAGACATTTATATTTTTTGCCTCATTAGTTTTAGTTTGACAATTTTGTCATGCCTCTTTTTGCAGAGGGTGGCCAAGAGAAATCCAATGAGGAGGCACCTGAGAACAATCCTCAATACACAACCGTATATGTGGGAAATCTTGCTCCGGAGGCAAGGAAATTCTTTTGATAATATAATAATAACTAATATTTAATAGTAGTTGTTGAAACAGCTAACTTGGGTGAACCTGCAACTGGATGGCTTGTCAAAGTTCTCTGCCATCTCTAAAAGCATAGGCATGATGGTGATGCGTTTCTAAAATTTATCTAAGAAAGTTTGGCTTGTATCTTTTGTTCGCTCCTTATATGGTCTTTTGTTGGATATTTGTTTTCTTTCAATTTTTTTTTGGATGAAATCATGGTTTTCAACTTTTCATATTATTTGTGTATATCTAACGTGTAGGTGTACTACAAGAAATCCTCCCATTTCCTGACTTAAACCTGAATTAAAAGCATGTCAGTTTTGTCATCTTATAGCATGATTCTGTTAAGATTGCATCATTTTCAGTGTTTATGATTCTGCAGGTTACTTCAGTTGATCTCCACCGTTATTTTCATGCCCTTGGTGCCGGGACAATTGAAGATGTTAGGGTACAACGGGATAAAGGTTTTGGGTTTGTGAGATATAGCACTCATGCTGAAGCAGCTTTGGCCATCCAAATGGGCAATGCTCGAGTTGTCTGTGGCAAACCAATTAAGGTACCCTTGATGAAAAATGTACAATTGTGTCCATGAATTTTAATTAGTCATCGTTTGATCTAGTTCTCATTGCCAATGTGTATTTCAACTTGGTTTTTTTGGGTGGACAATTTGTGTTTCGTGGAAGAGAAATAGCTACATCATTTGATTCTTATGGGTCAAGTTAATGCCGGTTTACTGGGAAAATTTACTTTTCGTGACCTTAGGACTTGAATTTTCATTTATCCATTTAATGTTTTTGTAATAAAATGATGCAGTGTTCATGGGGTAGCAAGCCAACCCCGCCAGGGACTAATTCTACCCCTCTTCCACCTCCAAATGTGGGACACATGCCAGGTCTGTCTTCAGCCGACCTTGCTGCCTATGAACGGCAAATGGCGTTGAGCAAAATGGGTGCGGCACAAGCGCTAATGCATCCGCAGGCGGCTCAGCATGCCCTCAAGCAGGCAGCCATGGGAATGGGGATGGGAATTGGGATGGGTGGTGCTGGCACTAGTCAAACTATATATGATAGTGGGTTTCAAAATATTGCAACAACCCAACAGCTGATGTATTACTAG

mRNA sequence

ATGCAGTATCAGAGGCTTAGACAGCAGGCAATGATGCAGCAGTCTTTGTATCCCCACCCTGGCCTCCTGGCTGCTCCTCAGATAGAGCCTATCTTGAGTGGAAACCTGCCTCCTGGCTTTGATTCAAGTACATGCCGCAGTGTGTATGTTGGGAACATTCACCCCCAAGTCACCGAGCCTCTTCTTCAAGAAGTTTTCTCAAGTATTGGACCCATTGAAGGATGTAAGCTCATTAGGAAGGAGAAGTCATCCTATGGTTTTGTGGACTACTTTGATCGCAGATCGGCTGCAGTTGCTATTATTTCTCTCAATGGAAGAAACTTGTTTGGACAACCTATAAAAGTTAATTGGGCATATGCAAGTAGTCAGAGGGAAGACACATCTGGTCATTTTAATATATTTGTTGGTGATCTTAGCCCTGAGGTTACTGATGCTACATTGTTTGCATGCTTTTCTGTTTACCCCAGTTGTTCGGATGCAAGGGTTATGTGGGACCAGAAAACTGGACGCTCGAGGGGTTATGGTTTTGTTGCTTTTCGGAATGAGCAGGACGCTCAAAATGCAATTAATGACATAAATGGAAAGTGGCTTGGGAGTCGACAGATTAGGTGTAATTGGGCCACCAAAGGTGCTACTTCTGGCGATGACAAACAGAGTTCAGATTCCAGAAGTGTTGTAGAGCTTACAACTGGAACTTCAGTGTTTATGATTCTGCAGGTTACTTCAGTTGATCTCCACCGTTATTTTCATGCCCTTGGTGCCGGGACAATTGAAGATGTTAGGGTACAACGGGATAAAGGTTTTGGGTTTGTGAGATATAGCACTCATGCTGAAGCAGCTTTGGCCATCCAAATGGGCAATGCTCGAGTTGTCTGTGGCAAACCAATTAAGTGTTCATGGGGTAGCAAGCCAACCCCGCCAGGGACTAATTCTACCCCTCTTCCACCTCCAAATGTGGGACACATGCCAGGTCTGTCTTCAGCCGACCTTGCTGCCTATGAACGGCAAATGGCGTTGAGCAAAATGGGTGCGGCACAAGCGCTAATGCATCCGCAGGCGGCTCAGCATGCCCTCAAGCAGGCAGCCATGGGAATGGGGATGGGAATTGGGATGGGTGGTGCTGGCACTAGTCAAACTATATATGATAGTGGGTTTCAAAATATTGCAACAACCCAACAGCTGATGTATTACTAG

Coding sequence (CDS)

ATGCAGTATCAGAGGCTTAGACAGCAGGCAATGATGCAGCAGTCTTTGTATCCCCACCCTGGCCTCCTGGCTGCTCCTCAGATAGAGCCTATCTTGAGTGGAAACCTGCCTCCTGGCTTTGATTCAAGTACATGCCGCAGTGTGTATGTTGGGAACATTCACCCCCAAGTCACCGAGCCTCTTCTTCAAGAAGTTTTCTCAAGTATTGGACCCATTGAAGGATGTAAGCTCATTAGGAAGGAGAAGTCATCCTATGGTTTTGTGGACTACTTTGATCGCAGATCGGCTGCAGTTGCTATTATTTCTCTCAATGGAAGAAACTTGTTTGGACAACCTATAAAAGTTAATTGGGCATATGCAAGTAGTCAGAGGGAAGACACATCTGGTCATTTTAATATATTTGTTGGTGATCTTAGCCCTGAGGTTACTGATGCTACATTGTTTGCATGCTTTTCTGTTTACCCCAGTTGTTCGGATGCAAGGGTTATGTGGGACCAGAAAACTGGACGCTCGAGGGGTTATGGTTTTGTTGCTTTTCGGAATGAGCAGGACGCTCAAAATGCAATTAATGACATAAATGGAAAGTGGCTTGGGAGTCGACAGATTAGGTGTAATTGGGCCACCAAAGGTGCTACTTCTGGCGATGACAAACAGAGTTCAGATTCCAGAAGTGTTGTAGAGCTTACAACTGGAACTTCAGTGTTTATGATTCTGCAGGTTACTTCAGTTGATCTCCACCGTTATTTTCATGCCCTTGGTGCCGGGACAATTGAAGATGTTAGGGTACAACGGGATAAAGGTTTTGGGTTTGTGAGATATAGCACTCATGCTGAAGCAGCTTTGGCCATCCAAATGGGCAATGCTCGAGTTGTCTGTGGCAAACCAATTAAGTGTTCATGGGGTAGCAAGCCAACCCCGCCAGGGACTAATTCTACCCCTCTTCCACCTCCAAATGTGGGACACATGCCAGGTCTGTCTTCAGCCGACCTTGCTGCCTATGAACGGCAAATGGCGTTGAGCAAAATGGGTGCGGCACAAGCGCTAATGCATCCGCAGGCGGCTCAGCATGCCCTCAAGCAGGCAGCCATGGGAATGGGGATGGGAATTGGGATGGGTGGTGCTGGCACTAGTCAAACTATATATGATAGTGGGTTTCAAAATATTGCAACAACCCAACAGCTGATGTATTACTAG

Protein sequence

MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPLLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYASSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTSVFMILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQMALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY
Homology
BLAST of Tan0004011 vs. ExPASy Swiss-Prot
Match: Q9M427 (Oligouridylate-binding protein 1 OS=Nicotiana plumbaginifolia OX=4092 GN=UBP1 PE=2 SV=1)

HSP 1 Score: 585.9 bits (1509), Expect = 3.5e-166
Identity = 302/424 (71.23%), Postives = 345/424 (81.37%), Query Frame = 0

Query: 1   MQYQRLR---QQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQV 60
           MQ QRL+   QQA+MQQSLY HPGLLA PQIEPILSGNLPPGFDSSTCRSVYVGNIHPQV
Sbjct: 2   MQQQRLKQQQQQALMQQSLY-HPGLLAPPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQV 61

Query: 61  TEPLLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNW 120
           TEPLLQEVF+S GP+EGCKLIRK+KSSYGFVDYFDRRSAA+AI++LNGR+LFGQPIKVNW
Sbjct: 62  TEPLLQEVFASTGPLEGCKLIRKDKSSYGFVDYFDRRSAALAIVTLNGRHLFGQPIKVNW 121

Query: 121 AYASSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFV 180
           AYAS+QREDTS H+NIFVGDLSPEVTDATLFACFSVY SCSDARVMWDQKTGRSRG+GFV
Sbjct: 122 AYASAQREDTSNHYNIFVGDLSPEVTDATLFACFSVYTSCSDARVMWDQKTGRSRGFGFV 181

Query: 181 AFRNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS---- 240
           +FRN+Q+AQ+AIND+NGKWLGSRQIRCNWA KGA     +Q+SD++SVVELT+GTS    
Sbjct: 182 SFRNQQEAQSAINDLNGKWLGSRQIRCNWAAKGA-GAVGEQNSDAKSVVELTSGTSDDGQ 241

Query: 241 -----------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRY 300
                            V+   +  +VTSVDLHR+FHALGAG IEDVR+QRDKGFGFVRY
Sbjct: 242 EKVVNEDAPENNPQYTTVYVGNLAPEVTSVDLHRHFHALGAGVIEDVRIQRDKGFGFVRY 301

Query: 301 STHAEAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAY 360
           S+HAEAA AIQ+GNAR++ GKP+KCSWGSKPTPPG++S PLPPP +G +PGLS+ DLAAY
Sbjct: 302 SSHAEAARAIQLGNARLLFGKPVKCSWGSKPTPPGSSSNPLPPPAIGQIPGLSAMDLAAY 361

Query: 361 ERQMALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQ 398
           +RQ+AL+KM  AQA M PQ             G  IG  G G    IYD G+  IA+TQ 
Sbjct: 362 QRQLALAKMAGAQAFMQPQ-------------GQRIGAPGQG----IYDGGYGGIASTQP 406

BLAST of Tan0004011 vs. ExPASy Swiss-Prot
Match: Q9LQI9 (Oligouridylate-binding protein 1B OS=Arabidopsis thaliana OX=3702 GN=UBP1B PE=1 SV=1)

HSP 1 Score: 571.2 bits (1471), Expect = 8.9e-162
Identity = 293/420 (69.76%), Postives = 329/420 (78.33%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 61
           Q Q + QQA+MQQ    HPGLLA PQIEPI SGNLPPGFD STCRSVYVGNIH QVTEPL
Sbjct: 10  QQQVMMQQALMQQQSLYHPGLLAPPQIEPIPSGNLPPGFDPSTCRSVYVGNIHIQVTEPL 69

Query: 62  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 121
           LQEVF+  GP+E CKLIRKEKSSYGFV YFDRRSA +AI+SLNGR+LFGQPIKVNWAYAS
Sbjct: 70  LQEVFAGTGPVESCKLIRKEKSSYGFVHYFDRRSAGLAILSLNGRHLFGQPIKVNWAYAS 129

Query: 122 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 181
            QREDTS HFNIFVGDLSPEVTDA LF CFSVYP+CSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 130 GQREDTSSHFNIFVGDLSPEVTDAMLFTCFSVYPTCSDARVMWDQKTGRSRGFGFVSFRN 189

Query: 182 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 241
           +QDAQ AI++I GKWLGSRQIRCNWATKGATSG+DKQSSDS+SVVELT+G          
Sbjct: 190 QQDAQTAIDEITGKWLGSRQIRCNWATKGATSGEDKQSSDSKSVVELTSGVSEDGKDTTN 249

Query: 242 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 301
                     T+V+   +  +V+ VDLHR+FH+LGAG IE+VRVQRDKGFGFVRYSTH E
Sbjct: 250 GEAPENNAQYTTVYVGNLAPEVSQVDLHRHFHSLGAGVIEEVRVQRDKGFGFVRYSTHVE 309

Query: 302 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 361
           AALAIQMGN    + G+ +KCSWGSKPTP GT S PLPPP    +PG S++DL AYERQ+
Sbjct: 310 AALAIQMGNTHSYLSGRQMKCSWGSKPTPAGTASNPLPPPAPAPIPGFSASDLLAYERQL 369

Query: 362 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           A+SKM     +MH    QHA KQAA        MG  G++Q IYD G+QN    QQLMYY
Sbjct: 370 AMSKMAGMNPMMHHPQGQHAFKQAA--------MGATGSNQAIYDGGYQN---AQQLMYY 418

BLAST of Tan0004011 vs. ExPASy Swiss-Prot
Match: Q9LJH8 (Oligouridylate-binding protein 1C OS=Arabidopsis thaliana OX=3702 GN=UBP1C PE=1 SV=1)

HSP 1 Score: 565.5 bits (1456), Expect = 4.9e-160
Identity = 289/420 (68.81%), Postives = 331/420 (78.81%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 61
           Q   ++QQA+MQQ    HPG+LA PQ+EP+ SGNLPPGFD STCRSVYVGNIH QVTEPL
Sbjct: 15  QQAMMQQQALMQQHSLYHPGVLAPPQLEPVPSGNLPPGFDPSTCRSVYVGNIHTQVTEPL 74

Query: 62  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 121
           LQE+F+S GP+E  KLIRK+KSSYGFV YFDRRSAA+AI+SLNGR+LFGQPIKVNWAYA+
Sbjct: 75  LQEIFTSTGPVESSKLIRKDKSSYGFVHYFDRRSAALAILSLNGRHLFGQPIKVNWAYAT 134

Query: 122 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 181
            QREDTS HFNIFVGDLSPEVTDATL+  FSV+ SCSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 135 GQREDTSSHFNIFVGDLSPEVTDATLYQSFSVFSSCSDARVMWDQKTGRSRGFGFVSFRN 194

Query: 182 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 241
           +QDAQ AIN++NGKWL SRQIRCNWATKGATSGDDK SSD +SVVELTTG          
Sbjct: 195 QQDAQTAINEMNGKWLSSRQIRCNWATKGATSGDDKLSSDGKSVVELTTGSSEDGKETLN 254

Query: 242 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 301
                     T+V+   +  +VT +DLHRYFHALGAG IE+VRVQRDKGFGFVRY+TH E
Sbjct: 255 EETPENNSQFTTVYVGNLAPEVTQLDLHRYFHALGAGVIEEVRVQRDKGFGFVRYNTHPE 314

Query: 302 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 361
           AALAIQMGN +  +  + IKCSWG+KPTPPGT S PLPPP    +PGLS+ADL  YERQ+
Sbjct: 315 AALAIQMGNTQPYLFNRQIKCSWGNKPTPPGTASNPLPPPAPAPVPGLSAADLLNYERQL 374

Query: 362 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           ALSKM +  ALMH Q  QH L+QA        G+  AG +  +YD GFQN+A  QQLMYY
Sbjct: 375 ALSKMASVNALMH-QQGQHPLRQAH-------GINAAGATAAMYDGGFQNVAAAQQLMYY 426

BLAST of Tan0004011 vs. ExPASy Swiss-Prot
Match: Q9SYG4 (Oligouridylate-binding protein 1A OS=Arabidopsis thaliana OX=3702 GN=UBP1A PE=1 SV=1)

HSP 1 Score: 524.2 bits (1349), Expect = 1.2e-147
Identity = 274/421 (65.08%), Postives = 325/421 (77.20%), Query Frame = 0

Query: 4   QRLRQQAMMQQ--SLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 63
           Q + QQAMMQQ  SLY HPG++A PQ+EP+ SGNLPPGFD +TCRSVY GNIH QVTE L
Sbjct: 20  QAMIQQAMMQQHPSLY-HPGVMAPPQMEPLPSGNLPPGFDPTTCRSVYAGNIHTQVTEIL 79

Query: 64  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 123
           LQE+F+S GPIE CKLIRK+KSSYGFV YFDRR A++AI++LNGR++FGQP+KVNWAYA+
Sbjct: 80  LQEIFASTGPIESCKLIRKDKSSYGFVHYFDRRCASMAIMTLNGRHIFGQPMKVNWAYAT 139

Query: 124 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 183
            QREDTS HFNIFVGDLSPEVTDA LF  FS + SCSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 140 GQREDTSSHFNIFVGDLSPEVTDAALFDSFSAFNSCSDARVMWDQKTGRSRGFGFVSFRN 199

Query: 184 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 243
           +QDAQ AIN++NGKW+ SRQIRCNWATKGAT G+DK SSD +SVVELT G          
Sbjct: 200 QQDAQTAINEMNGKWVSSRQIRCNWATKGATFGEDKHSSDGKSVVELTNGSSEDGRELSN 259

Query: 244 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 303
                     T+V+   +  +VT +DLHR F+ LGAG IE+VRVQRDKGFGFVRY+TH E
Sbjct: 260 EDAPENNPQFTTVYVGNLSPEVTQLDLHRLFYTLGAGVIEEVRVQRDKGFGFVRYNTHDE 319

Query: 304 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 363
           AALAIQMGNA+  +  + I+CSWG+KPTP GT S PLPPP    +P LS+ DL AYERQ+
Sbjct: 320 AALAIQMGNAQPFLFSRQIRCSWGNKPTPSGTASNPLPPPAPASVPSLSAMDLLAYERQL 379

Query: 364 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATT-QQLMY 398
           AL+K       MHPQ AQH+L+QA      G+G+  AG +  +YD G+QN+A   QQLMY
Sbjct: 380 ALAK-------MHPQ-AQHSLRQA------GLGVNVAGGTAAMYDGGYQNVAAAHQQLMY 425

BLAST of Tan0004011 vs. ExPASy Swiss-Prot
Match: Q6YZW2 (RNA-binding protein 208 OS=Oryza sativa subsp. japonica OX=39947 GN=RBP-208 PE=1 SV=1)

HSP 1 Score: 465.7 bits (1197), Expect = 5.3e-130
Identity = 255/438 (58.22%), Postives = 308/438 (70.32%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAA------PQIEPILSGNLPPGFDSSTCRSVYVGNIHP 61
           Q   L QQA+ QQ  Y   G+LAA       Q+EPI +GNLPPGFD STCRSVYVGN+HP
Sbjct: 24  QQALLMQQALQQQQQY-QSGVLAAAAAAAMTQMEPISNGNLPPGFDPSTCRSVYVGNVHP 83

Query: 62  QVTEPLLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKV 121
            VTE LL EVF S G +E CKLIRKEKSS+GFVDY+DRRSAA+AI++L+GR++ GQ IKV
Sbjct: 84  NVTESLLIEVFQSSGLVERCKLIRKEKSSFGFVDYYDRRSAALAIMTLHGRHICGQAIKV 143

Query: 122 NWAYASSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYG 181
           NWAYAS+QREDTSGHF+IFVGDLS EV DATL+ACFS YPSCSDARVMWD KTGRSRGYG
Sbjct: 144 NWAYASTQREDTSGHFHIFVGDLSSEVNDATLYACFSAYPSCSDARVMWDNKTGRSRGYG 203

Query: 182 FVAFRNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---- 241
           FV+FRN+Q+A+ AI ++ GKWLGSRQIRCNWATK   + ++KQ +D+ + V LT G    
Sbjct: 204 FVSFRNQQEAETAITEMTGKWLGSRQIRCNWATK--NNAEEKQETDNHNAVVLTNGSSSN 263

Query: 242 ---------------------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKG 301
                                T+V+   +  +V   +LHR+F+ LG G IE+VRVQ+DKG
Sbjct: 264 PGMEASQDTGSKENPENNPDCTTVYVGNLGHEVNRDELHRHFYNLGVGAIEEVRVQQDKG 323

Query: 302 FGFVRYSTHAEAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMP---- 361
           FGFVRYS H EAALAIQM N  VV GKPIKCSWG+KPTPPGT+S PLPPP   + P    
Sbjct: 324 FGFVRYSNHGEAALAIQMANGLVVRGKPIKCSWGNKPTPPGTSSKPLPPPLPSYQPVPMA 383

Query: 362 ----GLSSADLAAYERQMALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQT 398
               G S+AD+ AY+RQ+ LS++ A Q      A QH L        +  G+  AG SQ 
Sbjct: 384 GVPQGFSAADIVAYQRQLTLSQVAAGQI-----AGQHGLAGQ-----VSAGLLAAG-SQA 443

BLAST of Tan0004011 vs. NCBI nr
Match: XP_022154627.1 (oligouridylate-binding protein 1-like isoform X2 [Momordica charantia])

HSP 1 Score: 764.6 bits (1973), Expect = 4.2e-217
Identity = 386/420 (91.90%), Postives = 392/420 (93.33%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELTTGTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTTGTSEGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEEAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQMGNARV+CGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLAAYERQM
Sbjct: 301 EAALAIQMGNARVLCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLAAYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
            LSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 TLSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. NCBI nr
Match: XP_038889890.1 (oligouridylate-binding protein 1-like [Benincasa hispida])

HSP 1 Score: 760.8 bits (1963), Expect = 6.0e-216
Identity = 384/420 (91.43%), Postives = 392/420 (93.33%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAG IEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEDAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGIIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLAAYERQM
Sbjct: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLAAYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           ALSKMGAAQAL+HPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 ALSKMGAAQALIHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. NCBI nr
Match: XP_008460071.1 (PREDICTED: oligouridylate-binding protein 1-like [Cucumis melo] >TYK10832.1 oligouridylate-binding protein 1-like [Cucumis melo var. makuwa])

HSP 1 Score: 759.6 bits (1960), Expect = 1.3e-215
Identity = 383/420 (91.19%), Postives = 391/420 (93.10%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEDAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQ GNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLA+YERQM
Sbjct: 301 EAALAIQTGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLASYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           A SKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 AFSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. NCBI nr
Match: KAA0061449.1 (oligouridylate-binding protein 1-like [Cucumis melo var. makuwa])

HSP 1 Score: 758.8 bits (1958), Expect = 2.3e-215
Identity = 382/414 (92.27%), Postives = 389/414 (93.96%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSG-HFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF 180
           SSQREDTSG HFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF
Sbjct: 121 SSQREDTSGCHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF 180

Query: 181 RNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------ 240
           RNEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS      
Sbjct: 181 RNEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEK 240

Query: 241 ----------VFMILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI 300
                      +  + VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI
Sbjct: 241 SNEDAPENNPQYTTVYVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI 300

Query: 301 QMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQMALSKMG 360
           Q GNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLA+YERQMA SKMG
Sbjct: 301 QTGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLASYERQMAFSKMG 360

Query: 361 AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 414

BLAST of Tan0004011 vs. NCBI nr
Match: XP_022965399.1 (oligouridylate-binding protein 1-like [Cucurbita maxima])

HSP 1 Score: 758.4 bits (1957), Expect = 3.0e-215
Identity = 382/420 (90.95%), Postives = 391/420 (93.10%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSS CRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSACRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA+SGDDKQSSDSRSVVELTTGTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGASSGDDKQSSDSRSVVELTTGTSEGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFH LGAGTIEDVRVQRDKGFGFVRY THA
Sbjct: 241 NEEAPENNPQYTTVYVGNLAPEVTSVDLHRYFHTLGAGTIEDVRVQRDKGFGFVRYGTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNS PLPPPNVGHMPGLS+ADLAAYERQM
Sbjct: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSAPLPPPNVGHMPGLSAADLAAYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           ALSKMGAA+ALMHPQAAQHALKQAAMGMGMGIG+GGAGTSQT+YDSGFQNIATTQQLMYY
Sbjct: 361 ALSKMGAARALMHPQAAQHALKQAAMGMGMGIGIGGAGTSQTLYDSGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. ExPASy TrEMBL
Match: A0A6J1DM61 (oligouridylate-binding protein 1-like isoform X2 OS=Momordica charantia OX=3673 GN=LOC111021846 PE=4 SV=1)

HSP 1 Score: 764.6 bits (1973), Expect = 2.0e-217
Identity = 386/420 (91.90%), Postives = 392/420 (93.33%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELTTGTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTTGTSEGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEEAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQMGNARV+CGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLAAYERQM
Sbjct: 301 EAALAIQMGNARVLCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLAAYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
            LSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 TLSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. ExPASy TrEMBL
Match: A0A5D3CHT1 (Oligouridylate-binding protein 1-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold332G001510 PE=4 SV=1)

HSP 1 Score: 759.6 bits (1960), Expect = 6.5e-216
Identity = 383/420 (91.19%), Postives = 391/420 (93.10%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEDAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQ GNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLA+YERQM
Sbjct: 301 EAALAIQTGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLASYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           A SKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 AFSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. ExPASy TrEMBL
Match: A0A1S3CBS9 (oligouridylate-binding protein 1-like OS=Cucumis melo OX=3656 GN=LOC103498989 PE=4 SV=1)

HSP 1 Score: 759.6 bits (1960), Expect = 6.5e-216
Identity = 383/420 (91.19%), Postives = 391/420 (93.10%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA
Sbjct: 241 NEDAPENNPQYTTVYVGNLAPEVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQ GNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLA+YERQM
Sbjct: 301 EAALAIQTGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLASYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           A SKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 AFSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. ExPASy TrEMBL
Match: A0A5A7V704 (Oligouridylate-binding protein 1-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold41G00040 PE=4 SV=1)

HSP 1 Score: 758.8 bits (1958), Expect = 1.1e-215
Identity = 382/414 (92.27%), Postives = 389/414 (93.96%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAV+IISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVSIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSG-HFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF 180
           SSQREDTSG HFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF
Sbjct: 121 SSQREDTSGCHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAF 180

Query: 181 RNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------ 240
           RNEQDAQ+AINDINGKWLGSRQIRCNWATKGA SGDDKQSSDSRSVVELT+GTS      
Sbjct: 181 RNEQDAQSAINDINGKWLGSRQIRCNWATKGANSGDDKQSSDSRSVVELTSGTSDGGQEK 240

Query: 241 ----------VFMILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI 300
                      +  + VTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI
Sbjct: 241 SNEDAPENNPQYTTVYVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAALAI 300

Query: 301 QMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQMALSKMG 360
           Q GNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLS+ADLA+YERQMA SKMG
Sbjct: 301 QTGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSAADLASYERQMAFSKMG 360

Query: 361 AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYD GFQNIATTQQLMYY
Sbjct: 361 AAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDGGFQNIATTQQLMYY 414

BLAST of Tan0004011 vs. ExPASy TrEMBL
Match: A0A6J1HQW3 (oligouridylate-binding protein 1-like OS=Cucurbita maxima OX=3661 GN=LOC111465315 PE=4 SV=1)

HSP 1 Score: 758.4 bits (1957), Expect = 1.4e-215
Identity = 382/420 (90.95%), Postives = 391/420 (93.10%), Query Frame = 0

Query: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEP 60
           MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSS CRSVYVGNIHPQVTEP
Sbjct: 1   MQYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSACRSVYVGNIHPQVTEP 60

Query: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120
           LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA
Sbjct: 61  LLQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYA 120

Query: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180
           SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR
Sbjct: 121 SSQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFR 180

Query: 181 NEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTGTS------- 240
           NEQDAQ+AINDINGKWLGSRQIRCNWATKGA+SGDDKQSSDSRSVVELTTGTS       
Sbjct: 181 NEQDAQSAINDINGKWLGSRQIRCNWATKGASSGDDKQSSDSRSVVELTTGTSEGGQEKS 240

Query: 241 -------------VF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHA 300
                        V+   +  +VTSVDLHRYFH LGAGTIEDVRVQRDKGFGFVRY THA
Sbjct: 241 NEEAPENNPQYTTVYVGNLAPEVTSVDLHRYFHTLGAGTIEDVRVQRDKGFGFVRYGTHA 300

Query: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 360
           EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNS PLPPPNVGHMPGLS+ADLAAYERQM
Sbjct: 301 EAALAIQMGNARVVCGKPIKCSWGSKPTPPGTNSAPLPPPNVGHMPGLSAADLAAYERQM 360

Query: 361 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           ALSKMGAA+ALMHPQAAQHALKQAAMGMGMGIG+GGAGTSQT+YDSGFQNIATTQQLMYY
Sbjct: 361 ALSKMGAARALMHPQAAQHALKQAAMGMGMGIGIGGAGTSQTLYDSGFQNIATTQQLMYY 420

BLAST of Tan0004011 vs. TAIR 10
Match: AT1G17370.2 (oligouridylate binding protein 1B )

HSP 1 Score: 572.4 bits (1474), Expect = 2.8e-163
Identity = 293/417 (70.26%), Postives = 329/417 (78.90%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 61
           Q Q + QQA+MQQ    HPGLLA PQIEPI SGNLPPGFD STCRSVYVGNIH QVTEPL
Sbjct: 10  QQQVMMQQALMQQQSLYHPGLLAPPQIEPIPSGNLPPGFDPSTCRSVYVGNIHIQVTEPL 69

Query: 62  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 121
           LQEVF+  GP+E CKLIRKEKSSYGFV YFDRRSA +AI+SLNGR+LFGQPIKVNWAYAS
Sbjct: 70  LQEVFAGTGPVESCKLIRKEKSSYGFVHYFDRRSAGLAILSLNGRHLFGQPIKVNWAYAS 129

Query: 122 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 181
            QREDTS HFNIFVGDLSPEVTDA LF CFSVYP+CSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 130 GQREDTSSHFNIFVGDLSPEVTDAMLFTCFSVYPTCSDARVMWDQKTGRSRGFGFVSFRN 189

Query: 182 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 241
           +QDAQ AI++I GKWLGSRQIRCNWATKGATSG+DKQSSDS+SVVELT+G          
Sbjct: 190 QQDAQTAIDEITGKWLGSRQIRCNWATKGATSGEDKQSSDSKSVVELTSGDGKDTTNGEA 249

Query: 242 -------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAEAAL 301
                  T+V+   +  +V+ VDLHR+FH+LGAG IE+VRVQRDKGFGFVRYSTH EAAL
Sbjct: 250 PENNAQYTTVYVGNLAPEVSQVDLHRHFHSLGAGVIEEVRVQRDKGFGFVRYSTHVEAAL 309

Query: 302 AIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQMALS 361
           AIQMGN    + G+ +KCSWGSKPTP GT S PLPPP    +PG S++DL AYERQ+A+S
Sbjct: 310 AIQMGNTHSYLSGRQMKCSWGSKPTPAGTASNPLPPPAPAPIPGFSASDLLAYERQLAMS 369

Query: 362 KMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           KM     +MH    QHA KQAA        MG  G++Q IYD G+QN    QQLMYY
Sbjct: 370 KMAGMNPMMHHPQGQHAFKQAA--------MGATGSNQAIYDGGYQN---AQQLMYY 415

BLAST of Tan0004011 vs. TAIR 10
Match: AT1G17370.1 (oligouridylate binding protein 1B )

HSP 1 Score: 571.2 bits (1471), Expect = 6.3e-163
Identity = 293/420 (69.76%), Postives = 329/420 (78.33%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 61
           Q Q + QQA+MQQ    HPGLLA PQIEPI SGNLPPGFD STCRSVYVGNIH QVTEPL
Sbjct: 10  QQQVMMQQALMQQQSLYHPGLLAPPQIEPIPSGNLPPGFDPSTCRSVYVGNIHIQVTEPL 69

Query: 62  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 121
           LQEVF+  GP+E CKLIRKEKSSYGFV YFDRRSA +AI+SLNGR+LFGQPIKVNWAYAS
Sbjct: 70  LQEVFAGTGPVESCKLIRKEKSSYGFVHYFDRRSAGLAILSLNGRHLFGQPIKVNWAYAS 129

Query: 122 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 181
            QREDTS HFNIFVGDLSPEVTDA LF CFSVYP+CSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 130 GQREDTSSHFNIFVGDLSPEVTDAMLFTCFSVYPTCSDARVMWDQKTGRSRGFGFVSFRN 189

Query: 182 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 241
           +QDAQ AI++I GKWLGSRQIRCNWATKGATSG+DKQSSDS+SVVELT+G          
Sbjct: 190 QQDAQTAIDEITGKWLGSRQIRCNWATKGATSGEDKQSSDSKSVVELTSGVSEDGKDTTN 249

Query: 242 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 301
                     T+V+   +  +V+ VDLHR+FH+LGAG IE+VRVQRDKGFGFVRYSTH E
Sbjct: 250 GEAPENNAQYTTVYVGNLAPEVSQVDLHRHFHSLGAGVIEEVRVQRDKGFGFVRYSTHVE 309

Query: 302 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 361
           AALAIQMGN    + G+ +KCSWGSKPTP GT S PLPPP    +PG S++DL AYERQ+
Sbjct: 310 AALAIQMGNTHSYLSGRQMKCSWGSKPTPAGTASNPLPPPAPAPIPGFSASDLLAYERQL 369

Query: 362 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           A+SKM     +MH    QHA KQAA        MG  G++Q IYD G+QN    QQLMYY
Sbjct: 370 AMSKMAGMNPMMHHPQGQHAFKQAA--------MGATGSNQAIYDGGYQN---AQQLMYY 418

BLAST of Tan0004011 vs. TAIR 10
Match: AT3G14100.1 (RNA-binding (RRM/RBD/RNP motifs) family protein )

HSP 1 Score: 565.5 bits (1456), Expect = 3.5e-161
Identity = 289/420 (68.81%), Postives = 331/420 (78.81%), Query Frame = 0

Query: 2   QYQRLRQQAMMQQSLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 61
           Q   ++QQA+MQQ    HPG+LA PQ+EP+ SGNLPPGFD STCRSVYVGNIH QVTEPL
Sbjct: 15  QQAMMQQQALMQQHSLYHPGVLAPPQLEPVPSGNLPPGFDPSTCRSVYVGNIHTQVTEPL 74

Query: 62  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 121
           LQE+F+S GP+E  KLIRK+KSSYGFV YFDRRSAA+AI+SLNGR+LFGQPIKVNWAYA+
Sbjct: 75  LQEIFTSTGPVESSKLIRKDKSSYGFVHYFDRRSAALAILSLNGRHLFGQPIKVNWAYAT 134

Query: 122 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 181
            QREDTS HFNIFVGDLSPEVTDATL+  FSV+ SCSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 135 GQREDTSSHFNIFVGDLSPEVTDATLYQSFSVFSSCSDARVMWDQKTGRSRGFGFVSFRN 194

Query: 182 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 241
           +QDAQ AIN++NGKWL SRQIRCNWATKGATSGDDK SSD +SVVELTTG          
Sbjct: 195 QQDAQTAINEMNGKWLSSRQIRCNWATKGATSGDDKLSSDGKSVVELTTGSSEDGKETLN 254

Query: 242 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 301
                     T+V+   +  +VT +DLHRYFHALGAG IE+VRVQRDKGFGFVRY+TH E
Sbjct: 255 EETPENNSQFTTVYVGNLAPEVTQLDLHRYFHALGAGVIEEVRVQRDKGFGFVRYNTHPE 314

Query: 302 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 361
           AALAIQMGN +  +  + IKCSWG+KPTPPGT S PLPPP    +PGLS+ADL  YERQ+
Sbjct: 315 AALAIQMGNTQPYLFNRQIKCSWGNKPTPPGTASNPLPPPAPAPVPGLSAADLLNYERQL 374

Query: 362 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATTQQLMYY 398
           ALSKM +  ALMH Q  QH L+QA        G+  AG +  +YD GFQN+A  QQLMYY
Sbjct: 375 ALSKMASVNALMH-QQGQHPLRQAH-------GINAAGATAAMYDGGFQNVAAAQQLMYY 426

BLAST of Tan0004011 vs. TAIR 10
Match: AT1G54080.1 (oligouridylate-binding protein 1A )

HSP 1 Score: 524.2 bits (1349), Expect = 8.8e-149
Identity = 274/421 (65.08%), Postives = 325/421 (77.20%), Query Frame = 0

Query: 4   QRLRQQAMMQQ--SLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 63
           Q + QQAMMQQ  SLY HPG++A PQ+EP+ SGNLPPGFD +TCRSVY GNIH QVTE L
Sbjct: 20  QAMIQQAMMQQHPSLY-HPGVMAPPQMEPLPSGNLPPGFDPTTCRSVYAGNIHTQVTEIL 79

Query: 64  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 123
           LQE+F+S GPIE CKLIRK+KSSYGFV YFDRR A++AI++LNGR++FGQP+KVNWAYA+
Sbjct: 80  LQEIFASTGPIESCKLIRKDKSSYGFVHYFDRRCASMAIMTLNGRHIFGQPMKVNWAYAT 139

Query: 124 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCSDARVMWDQKTGRSRGYGFVAFRN 183
            QREDTS HFNIFVGDLSPEVTDA LF  FS + SCSDARVMWDQKTGRSRG+GFV+FRN
Sbjct: 140 GQREDTSSHFNIFVGDLSPEVTDAALFDSFSAFNSCSDARVMWDQKTGRSRGFGFVSFRN 199

Query: 184 EQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG---------- 243
           +QDAQ AIN++NGKW+ SRQIRCNWATKGAT G+DK SSD +SVVELT G          
Sbjct: 200 QQDAQTAINEMNGKWVSSRQIRCNWATKGATFGEDKHSSDGKSVVELTNGSSEDGRELSN 259

Query: 244 ----------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYSTHAE 303
                     T+V+   +  +VT +DLHR F+ LGAG IE+VRVQRDKGFGFVRY+TH E
Sbjct: 260 EDAPENNPQFTTVYVGNLSPEVTQLDLHRLFYTLGAGVIEEVRVQRDKGFGFVRYNTHDE 319

Query: 304 AALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAYERQM 363
           AALAIQMGNA+  +  + I+CSWG+KPTP GT S PLPPP    +P LS+ DL AYERQ+
Sbjct: 320 AALAIQMGNAQPFLFSRQIRCSWGNKPTPSGTASNPLPPPAPASVPSLSAMDLLAYERQL 379

Query: 364 ALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATT-QQLMY 398
           AL+K       MHPQ AQH+L+QA      G+G+  AG +  +YD G+QN+A   QQLMY
Sbjct: 380 ALAK-------MHPQ-AQHSLRQA------GLGVNVAGGTAAMYDGGYQNVAAAHQQLMY 425

BLAST of Tan0004011 vs. TAIR 10
Match: AT1G54080.2 (oligouridylate-binding protein 1A )

HSP 1 Score: 518.5 bits (1334), Expect = 4.9e-147
Identity = 274/425 (64.47%), Postives = 325/425 (76.47%), Query Frame = 0

Query: 4   QRLRQQAMMQQ--SLYPHPGLLAAPQIEPILSGNLPPGFDSSTCRSVYVGNIHPQVTEPL 63
           Q + QQAMMQQ  SLY HPG++A PQ+EP+ SGNLPPGFD +TCRSVY GNIH QVTE L
Sbjct: 20  QAMIQQAMMQQHPSLY-HPGVMAPPQMEPLPSGNLPPGFDPTTCRSVYAGNIHTQVTEIL 79

Query: 64  LQEVFSSIGPIEGCKLIRKEKSSYGFVDYFDRRSAAVAIISLNGRNLFGQPIKVNWAYAS 123
           LQE+F+S GPIE CKLIRK+KSSYGFV YFDRR A++AI++LNGR++FGQP+KVNWAYA+
Sbjct: 80  LQEIFASTGPIESCKLIRKDKSSYGFVHYFDRRCASMAIMTLNGRHIFGQPMKVNWAYAT 139

Query: 124 SQREDTSGHFNIFVGDLSPEVTDATLFACFSVYPSCS----DARVMWDQKTGRSRGYGFV 183
            QREDTS HFNIFVGDLSPEVTDA LF  FS + SCS    DARVMWDQKTGRSRG+GFV
Sbjct: 140 GQREDTSSHFNIFVGDLSPEVTDAALFDSFSAFNSCSSYYRDARVMWDQKTGRSRGFGFV 199

Query: 184 AFRNEQDAQNAINDINGKWLGSRQIRCNWATKGATSGDDKQSSDSRSVVELTTG------ 243
           +FRN+QDAQ AIN++NGKW+ SRQIRCNWATKGAT G+DK SSD +SVVELT G      
Sbjct: 200 SFRNQQDAQTAINEMNGKWVSSRQIRCNWATKGATFGEDKHSSDGKSVVELTNGSSEDGR 259

Query: 244 --------------TSVF---MILQVTSVDLHRYFHALGAGTIEDVRVQRDKGFGFVRYS 303
                         T+V+   +  +VT +DLHR F+ LGAG IE+VRVQRDKGFGFVRY+
Sbjct: 260 ELSNEDAPENNPQFTTVYVGNLSPEVTQLDLHRLFYTLGAGVIEEVRVQRDKGFGFVRYN 319

Query: 304 THAEAALAIQMGNAR-VVCGKPIKCSWGSKPTPPGTNSTPLPPPNVGHMPGLSSADLAAY 363
           TH EAALAIQMGNA+  +  + I+CSWG+KPTP GT S PLPPP    +P LS+ DL AY
Sbjct: 320 THDEAALAIQMGNAQPFLFSRQIRCSWGNKPTPSGTASNPLPPPAPASVPSLSAMDLLAY 379

Query: 364 ERQMALSKMGAAQALMHPQAAQHALKQAAMGMGMGIGMGGAGTSQTIYDSGFQNIATT-Q 398
           ERQ+AL+K       MHPQ AQH+L+QA      G+G+  AG +  +YD G+QN+A   Q
Sbjct: 380 ERQLALAK-------MHPQ-AQHSLRQA------GLGVNVAGGTAAMYDGGYQNVAAAHQ 429

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q9M4273.5e-16671.23Oligouridylate-binding protein 1 OS=Nicotiana plumbaginifolia OX=4092 GN=UBP1 PE... [more]
Q9LQI98.9e-16269.76Oligouridylate-binding protein 1B OS=Arabidopsis thaliana OX=3702 GN=UBP1B PE=1 ... [more]
Q9LJH84.9e-16068.81Oligouridylate-binding protein 1C OS=Arabidopsis thaliana OX=3702 GN=UBP1C PE=1 ... [more]
Q9SYG41.2e-14765.08Oligouridylate-binding protein 1A OS=Arabidopsis thaliana OX=3702 GN=UBP1A PE=1 ... [more]
Q6YZW25.3e-13058.22RNA-binding protein 208 OS=Oryza sativa subsp. japonica OX=39947 GN=RBP-208 PE=1... [more]
Match NameE-valueIdentityDescription
XP_022154627.14.2e-21791.90oligouridylate-binding protein 1-like isoform X2 [Momordica charantia][more]
XP_038889890.16.0e-21691.43oligouridylate-binding protein 1-like [Benincasa hispida][more]
XP_008460071.11.3e-21591.19PREDICTED: oligouridylate-binding protein 1-like [Cucumis melo] >TYK10832.1 olig... [more]
KAA0061449.12.3e-21592.27oligouridylate-binding protein 1-like [Cucumis melo var. makuwa][more]
XP_022965399.13.0e-21590.95oligouridylate-binding protein 1-like [Cucurbita maxima][more]
Match NameE-valueIdentityDescription
A0A6J1DM612.0e-21791.90oligouridylate-binding protein 1-like isoform X2 OS=Momordica charantia OX=3673 ... [more]
A0A5D3CHT16.5e-21691.19Oligouridylate-binding protein 1-like OS=Cucumis melo var. makuwa OX=1194695 GN=... [more]
A0A1S3CBS96.5e-21691.19oligouridylate-binding protein 1-like OS=Cucumis melo OX=3656 GN=LOC103498989 PE... [more]
A0A5A7V7041.1e-21592.27Oligouridylate-binding protein 1-like OS=Cucumis melo var. makuwa OX=1194695 GN=... [more]
A0A6J1HQW31.4e-21590.95oligouridylate-binding protein 1-like OS=Cucurbita maxima OX=3661 GN=LOC11146531... [more]
Match NameE-valueIdentityDescription
AT1G17370.22.8e-16370.26oligouridylate binding protein 1B [more]
AT1G17370.16.3e-16369.76oligouridylate binding protein 1B [more]
AT3G14100.13.5e-16168.81RNA-binding (RRM/RBD/RNP motifs) family protein [more]
AT1G54080.18.8e-14965.08oligouridylate-binding protein 1A [more]
AT1G54080.24.9e-14764.47oligouridylate-binding protein 1A [more]
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003954RNA recognition motif domain, eukaryoteSMARTSM00361rrm2_1coord: 132..205
e-value: 3.8E-5
score: 33.1
IPR000504RNA recognition motif domainSMARTSM00360rrm1_1coord: 132..205
e-value: 5.8E-24
score: 95.6
coord: 47..116
e-value: 2.7E-18
score: 76.8
coord: 233..299
e-value: 2.8E-7
score: 40.2
IPR000504RNA recognition motif domainPFAMPF00076RRM_1coord: 48..114
e-value: 3.8E-15
score: 55.5
coord: 133..203
e-value: 5.0E-18
score: 64.7
coord: 240..297
e-value: 3.1E-6
score: 26.9
IPR000504RNA recognition motif domainPROSITEPS50102RRMcoord: 221..303
score: 11.127682
IPR000504RNA recognition motif domainPROSITEPS50102RRMcoord: 46..120
score: 15.732639
IPR000504RNA recognition motif domainPROSITEPS50102RRMcoord: 131..209
score: 17.284681
IPR012677Nucleotide-binding alpha-beta plait domain superfamilyGENE3D3.30.70.330coord: 130..223
e-value: 2.7E-26
score: 94.1
coord: 1..129
e-value: 1.0E-22
score: 82.5
IPR012677Nucleotide-binding alpha-beta plait domain superfamilyGENE3D3.30.70.330coord: 235..307
e-value: 2.0E-14
score: 55.5
NoneNo IPR availablePANTHERPTHR47640:SF40NUCLEOLYSIN TIAR-LIKE PROTEINcoord: 239..382
NoneNo IPR availablePANTHERPTHR47640:SF40NUCLEOLYSIN TIAR-LIKE PROTEINcoord: 4..233
NoneNo IPR availablePANTHERPTHR47640TRNA SELENOCYSTEINE 1-ASSOCIATED PROTEIN 1-RELATED-RELATEDcoord: 4..233
NoneNo IPR availablePANTHERPTHR47640TRNA SELENOCYSTEINE 1-ASSOCIATED PROTEIN 1-RELATED-RELATEDcoord: 239..382
NoneNo IPR availableCDDcd12619RRM2_PUB1coord: 132..206
e-value: 3.48166E-53
score: 169.225
NoneNo IPR availableCDDcd12352RRM1_TIA1_likecoord: 48..118
e-value: 1.8887E-38
score: 130.886
IPR035979RNA-binding domain superfamilySUPERFAMILY54928RNA-binding domain, RBDcoord: 124..214
IPR035979RNA-binding domain superfamilySUPERFAMILY54928RNA-binding domain, RBDcoord: 35..124
IPR035979RNA-binding domain superfamilySUPERFAMILY54928RNA-binding domain, RBDcoord: 240..310

Relationships

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

Feature NameUnique NameType
Tan0004011.1Tan0004011.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0003723 RNA binding
molecular_function GO:0003676 nucleic acid binding