IVF0021904 (gene) Melon (IVF77) v1

Overview
NameIVF0021904
Typegene
OrganismCucumis melo L. ssp. agrestis cv. IVF77 (Melon (IVF77) v1)
DescriptionBeta-glucosidase
Locationchr05: 12867179 .. 12897579 (-)
RNA-Seq ExpressionIVF0021904
SyntenyIVF0021904
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

GTCAACTGTCAATTCTTTCACTATAAGTACGTGTCAACCATTTTTCACTTCAATTTTCAATCCCATTTTTCTTCACTCATCGATAATGCCGAAGAAGGAGGAAGTATTGGAGCATCATCAAGAGGATGCCGATGGTCCCGACGCTAAACCATTATCTCGCCATGATTTTCCTCCCAATTTCATCTTCGGCGTTGCCACTTCCGCTTATCAGGTTGAAGGAGCTGCCAATGAGGGGGGCAGAGGCCCTTGTATCTGGGATGAATTTACACATATTAAAGGTAAGATCCTGGATGGCGGCAATGGTGATGTAGCGGTGGACCAATATCACAGATACAAGGAAGATGTTGAACTTATAGCAAATTTGGGATTTGATGCTTACCGCTTTTCAATATCATGGTCCCGCATATTTCCTGATGGTTTGGGGACCAAAGTCAATCTTGAAGGGATTAATTACTACAATAACCTAATCAATGCACTTCTTGAAAAGAGCATTCAGCCGTATGTAACATTGTATCATTGGGATCTTCCTTTGCATCTCCAGGAGGCAATTGGAGGGTGGCTAAATAAAGAAGTCGTAAATTACTTCGCAACCTATGCAGAAACTTGTTTTTCAAGTTTTGGTGATAGAGTAAAGAACTGGATTACAATTAATGAGCCTCTTCAAACTTCCGTGAATGGACATGGAATTGGTATCTTTGCTCCTGGAAGATGGGAAAATCCATCAGTTGAACAATATTTGACTGCACACCACCAGATCTTGGCACATGCAACTGCTGTATCCATTTATCGGAAGAAGTATAAGGAACATCAGGGAGGACAAATAGGCCTGTCTGTAGATTGTGAATGGTCAGAACCTAACTCAGATAGCGTTGAAGACAGGACTGCTGCATCAAGACGCCTAGATTTTCATTTTGGATGGTACATGCACCCAATATATTTTGGAGATTATCCTGAAGTTATGCGTGAAGAACTTGGAGATAACCTTCCGAAATTCACTGATGAAGAAAAGGAGTTGATTATGAATAGCGTGGACTTTGTGGGTCTAAATCACTATACATCGAGGTTTATTGCTGATGCATCAGAGAGCCCTGATGGTGGGAATTTCTACAAATCACAAAAGATGGCAAGACTTGTTCAATGGGAAGACGGTGAGCTTATCGGCGAGAGGGCTGCATCAGAATGGCTTTACATTGTTCCTTGGGGATTACGAAAGCTCCTAAACTACATAAAGCAGAAATACAATAATCCAATTATTTTCATAACTGAGAACGGCGTGGATGATGAAGAAAATGAAACTTGCCCACTTCATGAGATGCTTGATGACAAAATGAGAGTTCGTTATTTCAAGGGCTATCTGGCTGAATTATCCAAGGCAATCAGGGATGGAGTAGATGTTAGGGGTTACTTTGCATGGTCCCTATTGGACAACTTTGAATGGGCACAAGGCTACACCAAGCGATTTGGATTGATTTATGTAGACTACAAGAATGGCCTAACTCGCCACCCTAAATCTTCAGCTTATTGGTTCCGTCGCTTATTGAAAGGTTCCGAGGAGAAAAATGGGAAGCAAGAGTGTAACGCTCCTTCATTTTGTATGTGATCTTGTCCATATTCATTTATTTCTTACAACCTTAGATCTCCATTCTTGCAATCTCTCTGTTCTCTCCGTTTGTTTTCCTATCTGTTAATTGAAGGCATATTTTAATTAACCAATACATTCGGCTTGTTATAAATAATGGGCTCTGGCAGAAAGGGTCCAACTCTCGACGTGGTATGAAATACAAATTGAAGCCACCGAAGAAGGAATCTATCTGCATGTTCGTGTTGTTCAATCAATAACTAGAATAAGTCATTAAGGTTGTTGACTTGGTGCATTTCGTTCTCATTTGAAGTTGTGTGGTGGAAGAAAATAAAACTTACGGATACTTCATCGTATAGCAACTTTAGAGTTATGATGTCAACACAGAAAATTAATAAGATTTGTAGCAAAGAGGTTCTGCTGCATGGAATCTATTGTTTTTTCAATCCGA

Coding sequence (CDS)

ATGCCGAAGAAGGAGGAAGTATTGGAGCATCATCAAGAGGATGCCGATGGTCCCGACGCTAAACCATTATCTCGCCATGATTTTCCTCCCAATTTCATCTTCGGCGTTGCCACTTCCGCTTATCAGGTTGAAGGAGCTGCCAATGAGGGGGGCAGAGGCCCTTGTATCTGGGATGAATTTACACATATTAAAGGTAAGATCCTGGATGGCGGCAATGGTGATGTAGCGGTGGACCAATATCACAGATACAAGGAAGATGTTGAACTTATAGCAAATTTGGGATTTGATGCTTACCGCTTTTCAATATCATGGTCCCGCATATTTCCTGATGGTTTGGGGACCAAAGTCAATCTTGAAGGGATTAATTACTACAATAACCTAATCAATGCACTTCTTGAAAAGAGCATTCAGCCGTATGTAACATTGTATCATTGGGATCTTCCTTTGCATCTCCAGGAGGCAATTGGAGGGTGGCTAAATAAAGAAGTCGTAAATTACTTCGCAACCTATGCAGAAACTTGTTTTTCAAGTTTTGGTGATAGAGTAAAGAACTGGATTACAATTAATGAGCCTCTTCAAACTTCCGTGAATGGACATGGAATTGGTATCTTTGCTCCTGGAAGATGGGAAAATCCATCAGTTGAACAATATTTGACTGCACACCACCAGATCTTGGCACATGCAACTGCTGTATCCATTTATCGGAAGAAGTATAAGGAACATCAGGGAGGACAAATAGGCCTGTCTGTAGATTGTGAATGGTCAGAACCTAACTCAGATAGCGTTGAAGACAGGACTGCTGCATCAAGACGCCTAGATTTTCATTTTGGATGGTACATGCACCCAATATATTTTGGAGATTATCCTGAAGTTATGCGTGAAGAACTTGGAGATAACCTTCCGAAATTCACTGATGAAGAAAAGGAGTTGATTATGAATAGCGTGGACTTTGTGGGTCTAAATCACTATACATCGAGGTTTATTGCTGATGCATCAGAGAGCCCTGATGGTGGGAATTTCTACAAATCACAAAAGATGGCAAGACTTGTTCAATGGGAAGACGGTGAGCTTATCGGCGAGAGGGCTGCATCAGAATGGCTTTACATTGTTCCTTGGGGATTACGAAAGCTCCTAAACTACATAAAGCAGAAATACAATAATCCAATTATTTTCATAACTGAGAACGGCGTGGATGATGAAGAAAATGAAACTTGCCCACTTCATGAGATGCTTGATGACAAAATGAGAGTTCGTTATTTCAAGGGCTATCTGGCTGAATTATCCAAGGCAATCAGGGATGGAGTAGATGTTAGGGGTTACTTTGCATGGTCCCTATTGGACAACTTTGAATGGGCACAAGGCTACACCAAGCGATTTGGATTGATTTATGTAGACTACAAGAATGGCCTAACTCGCCACCCTAAATCTTCAGCTTATTGGTTCCGTCGCTTATTGAAAGGTTCCGAGGAGAAAAATGGGAAGCAAGAGTGTAACGCTCCTTCATTTTGTATGTGA

Protein sequence

MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM
Homology
BLAST of IVF0021904 vs. ExPASy Swiss-Prot
Match: Q9FIW4 (Beta-glucosidase 42 OS=Arabidopsis thaliana OX=3702 GN=BGLU42 PE=2 SV=1)

HSP 1 Score: 757.3 bits (1954), Expect = 1.1e-217
Identity = 340/473 (71.88%), Postives = 402/473 (84.99%), Query Frame = 0

Query: 25  RHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYK 84
           R +FP  F FGVATSAYQ+EG  NEG +GP IWD+FTHI+GKILDG NGDVAVD YHRYK
Sbjct: 18  RSNFPSTFTFGVATSAYQIEGGWNEGKKGPSIWDKFTHIEGKILDGSNGDVAVDHYHRYK 77

Query: 85  EDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYH 144
           EDV+LI  LGF AYRFSISWSRIFPDGLGT+VN EGI +YN+LIN LLEK IQPYVTLYH
Sbjct: 78  EDVDLIGQLGFGAYRFSISWSRIFPDGLGTEVNEEGIAFYNDLINTLLEKGIQPYVTLYH 137

Query: 145 WDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIF 204
           WDLP HLQEAIGGW N+++V+YF  YA+ CF++FGDRVK+WIT+NEPLQTSVNGH IGIF
Sbjct: 138 WDLPSHLQEAIGGWTNRKIVDYFGLYADACFANFGDRVKHWITLNEPLQTSVNGHCIGIF 197

Query: 205 APGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVED 264
           APGR E P +E YL +HHQ+LAHATAVSIYR KYKE QGGQIGLSVDCEW+EPNS+  ED
Sbjct: 198 APGRNEKPLIEPYLVSHHQVLAHATAVSIYRSKYKESQGGQIGLSVDCEWAEPNSEKPED 257

Query: 265 RTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKE-LIMNSVDFVGLNHY 324
           + AA RR+DF  GW++ P++FGDYP  MR++LGDNLP+FT EEKE ++ NS DF+GLNHY
Sbjct: 258 KVAADRRIDFQLGWFLDPLFFGDYPASMRQKLGDNLPRFTPEEKEFMLQNSWDFLGLNHY 317

Query: 325 TSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYIVPWGLRKLLNYIKQ 384
           TSR I+  S      NFY++Q++ R+V+ E+G+LIGERAAS+WLY VPWG+RK LNY+ +
Sbjct: 318 TSRLISHVSNKEAESNFYQAQELERIVELENGDLIGERAASDWLYAVPWGIRKTLNYMSK 377

Query: 385 KYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAW 444
           KYN+P IFITENG+DDE++ +  +H+MLDDK RV YFK YLA +S+AI DGVD++GYFAW
Sbjct: 378 KYNHPPIFITENGMDDEDDGSASIHDMLDDKRRVDYFKSYLANVSQAIEDGVDIKGYFAW 437

Query: 445 SLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQE 497
           SLLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYWF + LKG EE  GK+E
Sbjct: 438 SLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYWFMKFLKGDEENKGKKE 490

BLAST of IVF0021904 vs. ExPASy Swiss-Prot
Match: Q5N863 (Beta-glucosidase 4 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU4 PE=2 SV=1)

HSP 1 Score: 688.7 bits (1776), Expect = 4.8e-197
Identity = 306/476 (64.29%), Postives = 387/476 (81.30%), Query Frame = 0

Query: 17  GPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVA 76
           G DA+ ++R DFP  F+FGVATSAYQ+EGA  EGG+G  IWD FT  K +ILDG +G+VA
Sbjct: 5   GRDAE-VTRGDFPDGFVFGVATSAYQIEGARREGGKGDNIWDVFTENKERILDGSSGEVA 64

Query: 77  VDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSI 136
           VD YHRYKED+EL+A+LGF AYRFSISW RIFPDGLG  VN +G+ +YN+LIN ++EK I
Sbjct: 65  VDHYHRYKEDIELMASLGFRAYRFSISWPRIFPDGLGKNVNEQGVAFYNDLINFMIEKGI 124

Query: 137 QPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSV 196
           +PY TLYHWDLP +LQ+ +GGWL+ ++V YFA YAE CF++FGDRVK+WITINEPLQT+V
Sbjct: 125 EPYATLYHWDLPHNLQQTVGGWLSDKIVEYFALYAEACFANFGDRVKHWITINEPLQTAV 184

Query: 197 NGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSE 256
           NG+GIG FAPG  E  +   YL AH+QILAHA AV +YR+K+K  QGG++GL VDCEW+E
Sbjct: 185 NGYGIGHFAPGGCEGETARCYLAAHYQILAHAAAVDVYRRKFKAVQGGEVGLVVDCEWAE 244

Query: 257 PNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVD 316
           P S+  ED+ AA RRLDF  GWY+ PIYFGDYPE MR+ LGD+LP F++++KE I N +D
Sbjct: 245 PFSEKTEDQVAAERRLDFQLGWYLDPIYFGDYPESMRQRLGDDLPTFSEKDKEFIRNKID 304

Query: 317 FVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYIVPWGLRK 376
           FVG+NHYTSRFIA   + P+   FY+ Q++ R+ +W  GE IGERAASEWL+IVPWGLRK
Sbjct: 305 FVGINHYTSRFIAH-HQDPEDIYFYRVQQVERIEKWNTGEKIGERAASEWLFIVPWGLRK 364

Query: 377 LLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVD 436
           LLNY  ++Y NP+I++TENG+D+E++++  L ++L+D  RV YFKGYLA +++AI+DG D
Sbjct: 365 LLNYAAKRYGNPVIYVTENGMDEEDDQSATLDQVLNDTTRVGYFKGYLASVAQAIKDGAD 424

Query: 437 VRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKN 493
           VRGYFAWS LDNFEWA GYTKRFG++YVDYKNGL+RHPK+SA WF R LKG + +N
Sbjct: 425 VRGYFAWSFLDNFEWAMGYTKRFGIVYVDYKNGLSRHPKASARWFSRFLKGDDAEN 478

BLAST of IVF0021904 vs. ExPASy Swiss-Prot
Match: Q339X2 (Beta-glucosidase 34 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU34 PE=2 SV=1)

HSP 1 Score: 530.8 bits (1366), Expect = 1.7e-149
Identity = 253/479 (52.82%), Postives = 323/479 (67.43%), Query Frame = 0

Query: 23  LSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHR 82
           L+R  FP  F+FG A+SAYQ EGA  E GRGP IWD+F H  GKI+D  N DVAVDQYHR
Sbjct: 33  LTRKSFPNGFVFGTASSAYQYEGAVKEDGRGPTIWDKFAHTFGKIIDFSNADVAVDQYHR 92

Query: 83  YKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTL 142
           ++ED++L+A++G DAYRFSISWSRIFP+G G +VN  GI++YN LINALL K I+PYVTL
Sbjct: 93  FEEDIQLMADMGMDAYRFSISWSRIFPNGTG-EVNQAGIDHYNKLINALLAKGIEPYVTL 152

Query: 143 YHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIG 202
           YHWDLP  L++   GWL+++++N +A YAETCF +FGDRVK+WIT NEP   +V  +  G
Sbjct: 153 YHWDLPQALEDKYTGWLDRQIINDYAVYAETCFQAFGDRVKHWITFNEPHTVAVQAYDSG 212

Query: 203 IFAPGRWE----------NPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDC 262
           + APGR            N   E Y+ AH+ IL+HAT   IYRKKYK  Q G++G+S D 
Sbjct: 213 MHAPGRCSVLLHLYCKKGNSGTEPYIVAHNMILSHATVSDIYRKKYKASQNGELGISFDV 272

Query: 263 EWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIM 322
            W EP S+S  D  AA R  +F  GW+  P +FGDYP  MR  +G  LPKFT++E  L+ 
Sbjct: 273 IWYEPMSNSTADIEAAKRAQEFQLGWFADPFFFGDYPATMRSRVGSRLPKFTEKEAALVN 332

Query: 323 NSVDFVGLNHYTSRFIADASESPDGG--NFYKSQKMARLVQWEDGELIGERAASEWLYIV 382
            S+DF+G+NHYT+ +  D   +      N   +      V + +G+ IG+RA S WLYIV
Sbjct: 333 GSLDFMGINHYTTFYTKDDQSTVIEKLLNNTLADTATISVPFRNGQPIGDRANSIWLYIV 392

Query: 383 PWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKA 442
           P  +R L+NY+K +YN P ++ITENG+DD  +    L   L D  R +Y   YL  L+ +
Sbjct: 393 PRSMRILMNYVKDRYNKPTVYITENGMDDGNSPFISLKNALKDDKRTKYHNDYLTNLADS 452

Query: 443 IR-DGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGS 489
           IR DG DVRGYFAWSLLDN+EWA GYT RFGL YVDYKN   R+PK+S  WF+ LL  S
Sbjct: 453 IREDGCDVRGYFAWSLLDNWEWAAGYTSRFGLYYVDYKN-RKRYPKNSVQWFKNLLASS 509

BLAST of IVF0021904 vs. ExPASy Swiss-Prot
Match: Q8L7J2 (Beta-glucosidase 6 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU6 PE=1 SV=1)

HSP 1 Score: 529.3 bits (1362), Expect = 4.9e-149
Identity = 246/477 (51.57%), Postives = 330/477 (69.18%), Query Frame = 0

Query: 23  LSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHR 82
           L+R  FP  F+FG A++AYQ EGA  E GRG  IWD F H  GKI D  N DVAVDQYHR
Sbjct: 45  LTRGSFPEGFVFGTASAAYQYEGAVKEDGRGQTIWDTFAHTFGKITDFSNADVAVDQYHR 104

Query: 83  YKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTL 142
           ++ED++L+A++G DAYRFSI+WSRI+P+G+G +VN  GI++YN LI+ALL K IQPYVTL
Sbjct: 105 FEEDIQLMADMGMDAYRFSIAWSRIYPNGVG-QVNQAGIDHYNKLIDALLAKGIQPYVTL 164

Query: 143 YHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIG 202
           YHWDLP  L++   GWL++++V+ FA YAETCF  FGDRVK+WIT+NEP   ++ G+  G
Sbjct: 165 YHWDLPQALEDKYKGWLDRQIVDDFAAYAETCFREFGDRVKHWITLNEPHTVAIQGYDAG 224

Query: 203 IFAPGRWE----------NPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDC 262
           + APGR            N   E Y+ AHH ILAHA A SIYR KYK  Q GQ+G++ D 
Sbjct: 225 LQAPGRCSVLLHLYCKAGNSGTEPYVVAHHFILAHAAAASIYRTKYKATQNGQLGIAFDV 284

Query: 263 EWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIM 322
            W EP S++  D  AA R  +F  GW+  P +FGDYP  MR  +G+ LP+FT +E  ++ 
Sbjct: 285 MWFEPMSNTTIDIEAAKRAQEFQLGWFADPFFFGDYPATMRARVGERLPRFTADEAAVVK 344

Query: 323 NSVDFVGLNHYTSRFIADASESPDGG--NFYKSQKMARLVQWEDGELIGERAASEWLYIV 382
            ++DFVG+NHYT+ +    + +  G   N   +      + +++G+ IG+RA S WLYIV
Sbjct: 345 GALDFVGINHYTTYYTRHNNTNIIGTLLNNTLADTGTVSLPFKNGKPIGDRANSIWLYIV 404

Query: 383 PWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKA 442
           P G+R L+NY+K++YN+P ++ITENG+DD  N    + + L D  R++Y   YL  L+ +
Sbjct: 405 PRGMRSLMNYVKERYNSPPVYITENGMDDSNNPFISIKDALKDSKRIKYHNDYLTNLAAS 464

Query: 443 IR-DGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLK 487
           I+ DG DVRGYFAWSLLDN+EWA GY+ RFGL +VDYK+ L R+PK+S  WF+ LLK
Sbjct: 465 IKEDGCDVRGYFAWSLLDNWEWAAGYSSRFGLYFVDYKDNLKRYPKNSVQWFKALLK 520

BLAST of IVF0021904 vs. ExPASy Swiss-Prot
Match: B8AVF0 (Beta-glucosidase 12 OS=Oryza sativa subsp. indica OX=39946 GN=BGLU12 PE=3 SV=1)

HSP 1 Score: 519.6 bits (1337), Expect = 3.9e-146
Identity = 249/476 (52.31%), Postives = 317/476 (66.60%), Query Frame = 0

Query: 22  PLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTH-IKGKILDGGNGDVAVDQY 81
           P+SR  FP  FIFG A+S+YQ EG A EGGRGP IWD FTH    KI D  NGDVA D Y
Sbjct: 33  PVSRRSFPKGFIFGTASSSYQYEGGAAEGGRGPSIWDTFTHQHPEKIADRSNGDVASDSY 92

Query: 82  HRYKEDVELIANLGFDAYRFSISWSRIFPDG-LGTKVNLEGINYYNNLINALLEKSIQPY 141
           H YKEDV L+ ++G DAYRFSISW+RI P+G L   VN EGI YYNNLIN LL K +QP+
Sbjct: 93  HLYKEDVRLMKDMGMDAYRFSISWTRILPNGSLRGGVNKEGIKYYNNLINELLSKGVQPF 152

Query: 142 VTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGH 201
           +TL+HWD P  L++   G+L+  ++N F  YAE CF  FGDRVKNWIT NEP     NG+
Sbjct: 153 ITLFHWDSPQALEDKYNGFLSPNIINDFKDYAEICFKEFGDRVKNWITFNEPWTFCSNGY 212

Query: 202 GIGIFAPGR---WE--NPSV-----EQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLS 261
             G+FAPGR   WE  N SV     E Y   HHQ+LAHA  V +Y+ KY+  Q G+IG++
Sbjct: 213 ATGLFAPGRCSPWEKGNCSVGDSGREPYTACHHQLLAHAETVRLYKAKYQALQKGKIGIT 272

Query: 262 VDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKE 321
           +   W  P S S  +  AA R +DF FGW+M P+  GDYP  MR  +G+ LP+FT E+ +
Sbjct: 273 LVSHWFVPFSRSKSNNDAAKRAIDFMFGWFMDPLIRGDYPLSMRGLVGNRLPQFTKEQSK 332

Query: 322 LIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYI 381
           L+  + DF+GLN+YT+ +  +   S    N Y +   A L    +G  IG +AAS WLY+
Sbjct: 333 LVKGAFDFIGLNYYTANYADNLPPSNGLNNSYTTDSRANLTGVRNGIPIGPQAASPWLYV 392

Query: 382 VPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSK 441
            P G R LL Y+K+ Y NP ++ITENGVD+  N+T PL E L D  R+ Y+  +L  L  
Sbjct: 393 YPQGFRDLLLYVKENYGNPTVYITENGVDEFNNKTLPLQEALKDDARIEYYHKHLLSLLS 452

Query: 442 AIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLL 486
           AIRDG +V+GYFAWSLLDNFEW+ GYT RFG+ +VDY +G  R+PK+SA+WF++ L
Sbjct: 453 AIRDGANVKGYFAWSLLDNFEWSNGYTVRFGINFVDYNDGRKRYPKNSAHWFKKFL 508

BLAST of IVF0021904 vs. ExPASy TrEMBL
Match: A0A1S4DU36 (Beta-glucosidase OS=Cucumis melo OX=3656 GN=LOC103485810 PE=3 SV=1)

HSP 1 Score: 1073.5 bits (2775), Expect = 1.9e-310
Identity = 503/503 (100.00%), Postives = 503/503 (100.00%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF
Sbjct: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQECNAPSFC 504
           FRRLLKGSEEKNGKQECNAPSFC
Sbjct: 481 FRRLLKGSEEKNGKQECNAPSFC 503

BLAST of IVF0021904 vs. ExPASy TrEMBL
Match: A0A1S3B454 (Beta-glucosidase OS=Cucumis melo OX=3656 GN=LOC103485810 PE=3 SV=1)

HSP 1 Score: 1070.1 bits (2766), Expect = 2.8e-309
Identity = 502/502 (100.00%), Postives = 502/502 (100.00%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF
Sbjct: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQECNAPSF 503
           FRRLLKGSEEKNGKQECNAPSF
Sbjct: 481 FRRLLKGSEEKNGKQECNAPSF 502

BLAST of IVF0021904 vs. ExPASy TrEMBL
Match: A0A0A0LHE2 (Beta-glucosidase OS=Cucumis sativus OX=3659 GN=Csa_2G095930 PE=3 SV=1)

HSP 1 Score: 1036.6 bits (2679), Expect = 3.5e-299
Identity = 485/496 (97.78%), Postives = 492/496 (99.19%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKK+EVLEHHQEDADGP+AKPLSRHDFPPNF FGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKKEVLEHHQEDADGPNAKPLSRHDFPPNFFFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVN+EG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNVEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAI GWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIEGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKF+DEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFSDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAAS+WLYIVPWGLRKLLNYIKQKYNNPII ITENGVDDEENETCPLHEMLDDKMRV YF
Sbjct: 361 RAASDWLYIVPWGLRKLLNYIKQKYNNPIIIITENGVDDEENETCPLHEMLDDKMRVGYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQE 497
           FRRLLKGSEEKNGK+E
Sbjct: 481 FRRLLKGSEEKNGKKE 496

BLAST of IVF0021904 vs. ExPASy TrEMBL
Match: A0A5A7U840 (Beta-glucosidase 42 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold55G001910 PE=3 SV=1)

HSP 1 Score: 954.1 bits (2465), Expect = 2.3e-274
Identity = 452/469 (96.38%), Postives = 455/469 (97.01%), Query Frame = 0

Query: 38  TSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA 97
           T +  VEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA
Sbjct: 324 TDSNWVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA 383

Query: 98  YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG 157
           YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG
Sbjct: 384 YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG 443

Query: 158 WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY 217
           WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY
Sbjct: 444 WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY 503

Query: 218 LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG 277
           LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG
Sbjct: 504 LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG 563

Query: 278 WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG 337
           WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG
Sbjct: 564 WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG 623

Query: 338 GNFYKSQKMARLVQWEDGELIGE--RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN 397
           GNFYKSQKMARL     G+ +     AASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN
Sbjct: 624 GNFYKSQKMARL-----GKSLSYCLPAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN 683

Query: 398 GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY 457
           GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY
Sbjct: 684 GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY 743

Query: 458 TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM 505
           TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM
Sbjct: 744 TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM 787

BLAST of IVF0021904 vs. ExPASy TrEMBL
Match: A0A6J1KHT3 (Beta-glucosidase OS=Cucurbita maxima OX=3661 GN=LOC111493363 PE=3 SV=1)

HSP 1 Score: 946.0 bits (2444), Expect = 6.2e-272
Identity = 440/496 (88.71%), Postives = 467/496 (94.15%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKK E+LEHHQEDADGP+AKPLSR DFPP+F FGVATSAYQVEGAA EGGRGP IWDEF
Sbjct: 1   MPKK-ELLEHHQEDADGPNAKPLSRDDFPPDFFFGVATSAYQVEGAAKEGGRGPSIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           +HIKG ILDGGNGDVAVDQYHRY+EDVELIA LGF AYRFSISWSRIFPDGLGTKVN+EG
Sbjct: 61  SHIKGNILDGGNGDVAVDQYHRYEEDVELIAKLGFGAYRFSISWSRIFPDGLGTKVNVEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           I+YYNNLINALLEK IQPYVTLYHWDLPLHLQEAIGGWLNKE+VNYFA YAETCF+SFGD
Sbjct: 121 ISYYNNLINALLEKGIQPYVTLYHWDLPLHLQEAIGGWLNKEIVNYFAIYAETCFASFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGR ENPSVEQYLT+HHQILAHATAVSIYRKKYK 
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRRENPSVEQYLTSHHQILAHATAVSIYRKKYKA 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIG+SVDCEW+EPNS+ VEDRTAASRRLDFHFGWYM+PI++GDYPEVM EELGDNL
Sbjct: 241 HQGGQIGISVDCEWAEPNSNKVEDRTAASRRLDFHFGWYMNPIFYGDYPEVMHEELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKFTDEEKELI NSVDFVGLNHYTSRFIAD  E+ D  +FYKSQKM R+VQWEDGELIGE
Sbjct: 301 PKFTDEEKELITNSVDFVGLNHYTSRFIADVQETSDHNDFYKSQKMERIVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           +AASEWLY+VPWGLRKLLNYIKQKY NPII ITENGVDDEE+ETCPLHEMLDDKMRV YF
Sbjct: 361 KAASEWLYVVPWGLRKLLNYIKQKYKNPIIIITENGVDDEEDETCPLHEMLDDKMRVGYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           K YLAE+  AIRDGVDVRGYFAWSL+DNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYW
Sbjct: 421 KSYLAEVFNAIRDGVDVRGYFAWSLVDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQE 497
           F R LKGS+EK+GKQE
Sbjct: 481 FLRFLKGSDEKSGKQE 495

BLAST of IVF0021904 vs. NCBI nr
Match: XP_016899504.1 (PREDICTED: beta-glucosidase 42 isoform X1 [Cucumis melo])

HSP 1 Score: 1069 bits (2765), Expect = 0.0
Identity = 503/503 (100.00%), Postives = 503/503 (100.00%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF
Sbjct: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQECNAPSFC 503
           FRRLLKGSEEKNGKQECNAPSFC
Sbjct: 481 FRRLLKGSEEKNGKQECNAPSFC 503

BLAST of IVF0021904 vs. NCBI nr
Match: XP_008441738.1 (PREDICTED: beta-glucosidase 42 isoform X2 [Cucumis melo])

HSP 1 Score: 1066 bits (2756), Expect = 0.0
Identity = 502/502 (100.00%), Postives = 502/502 (100.00%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF
Sbjct: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQECNAPSF 502
           FRRLLKGSEEKNGKQECNAPSF
Sbjct: 481 FRRLLKGSEEKNGKQECNAPSF 502

BLAST of IVF0021904 vs. NCBI nr
Match: XP_004138903.1 (beta-glucosidase 42 [Cucumis sativus] >KGN61355.1 hypothetical protein Csa_006425 [Cucumis sativus])

HSP 1 Score: 1032 bits (2668), Expect = 0.0
Identity = 485/496 (97.78%), Postives = 492/496 (99.19%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKK+EVLEHHQEDADGP+AKPLSRHDFPPNF FGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKKEVLEHHQEDADGPNAKPLSRHDFPPNFFFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVN+EG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNVEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAI GWLNKEVVNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIEGWLNKEVVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKF+DEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE
Sbjct: 301 PKFSDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           RAAS+WLYIVPWGLRKLLNYIKQKYNNPII ITENGVDDEENETCPLHEMLDDKMRV YF
Sbjct: 361 RAASDWLYIVPWGLRKLLNYIKQKYNNPIIIITENGVDDEENETCPLHEMLDDKMRVGYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYW
Sbjct: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQE 496
           FRRLLKGSEEKNGK+E
Sbjct: 481 FRRLLKGSEEKNGKKE 496

BLAST of IVF0021904 vs. NCBI nr
Match: XP_038891025.1 (beta-glucosidase 42 [Benincasa hispida])

HSP 1 Score: 997 bits (2577), Expect = 0.0
Identity = 462/496 (93.15%), Postives = 483/496 (97.38%), Query Frame = 0

Query: 1   MPKKEEVLEHHQEDADGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEF 60
           MPKK E+LEH+QEDADGP+AKPLSR DFPPNF FGVATSAYQVEGAANEGGRGPCIWDEF
Sbjct: 1   MPKKVELLEHYQEDADGPNAKPLSRDDFPPNFFFGVATSAYQVEGAANEGGRGPCIWDEF 60

Query: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEG 120
           THIKGKILDGGNGDVAVDQYHRYKEDVELI+NLGFDAYRFSISWSRIFPDGLGTKVN+EG
Sbjct: 61  THIKGKILDGGNGDVAVDQYHRYKEDVELISNLGFDAYRFSISWSRIFPDGLGTKVNVEG 120

Query: 121 INYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGD 180
           INYYNNLINALLEK IQPYVTLYHWDLPLHLQEAIGGWLNKE+VNYFATYAETCFSSFGD
Sbjct: 121 INYYNNLINALLEKGIQPYVTLYHWDLPLHLQEAIGGWLNKEIVNYFATYAETCFSSFGD 180

Query: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKE 240
           RVKNWITINEPLQTSVNGHGIGIFAPGRWEN SVEQYLTAHHQILAH+ AVSIYRKKYKE
Sbjct: 181 RVKNWITINEPLQTSVNGHGIGIFAPGRWENSSVEQYLTAHHQILAHSAAVSIYRKKYKE 240

Query: 241 HQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNL 300
           HQGGQIGLSVDCEWSEPN+D+VEDRTAASRRLDFHFGWY+HPIYFGDYPEVMRE+LGDNL
Sbjct: 241 HQGGQIGLSVDCEWSEPNTDTVEDRTAASRRLDFHFGWYLHPIYFGDYPEVMREQLGDNL 300

Query: 301 PKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGE 360
           PKF+DEEKELIMNSVDFVGLNHYTSRFIADA+ESPDGG+FYKSQKMARLV WEDGELIGE
Sbjct: 301 PKFSDEEKELIMNSVDFVGLNHYTSRFIADAAESPDGGDFYKSQKMARLVHWEDGELIGE 360

Query: 361 RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYF 420
           +AASEWLY+VPWG RK+LNYIKQKYNNPII ITENG+DDEENE CPLHEMLDDKMRV YF
Sbjct: 361 KAASEWLYVVPWGFRKVLNYIKQKYNNPIIIITENGMDDEENELCPLHEMLDDKMRVGYF 420

Query: 421 KGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYW 480
           K YLAELSKAIRDGVDVRGYFAW+LLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYW
Sbjct: 421 KSYLAELSKAIRDGVDVRGYFAWTLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYW 480

Query: 481 FRRLLKGSEEKNGKQE 496
           FRR LKGS+EKNGKQE
Sbjct: 481 FRRFLKGSDEKNGKQE 496

BLAST of IVF0021904 vs. NCBI nr
Match: KAA0051438.1 (beta-glucosidase 42 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 951 bits (2459), Expect = 0.0
Identity = 452/469 (96.38%), Postives = 455/469 (97.01%), Query Frame = 0

Query: 38  TSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA 97
           T +  VEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA
Sbjct: 324 TDSNWVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYKEDVELIANLGFDA 383

Query: 98  YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG 157
           YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG
Sbjct: 384 YRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYHWDLPLHLQEAIGG 443

Query: 158 WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY 217
           WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY
Sbjct: 444 WLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIFAPGRWENPSVEQY 503

Query: 218 LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG 277
           LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG
Sbjct: 504 LTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFG 563

Query: 278 WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG 337
           WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG
Sbjct: 564 WYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMNSVDFVGLNHYTSRFIADASESPDG 623

Query: 338 GNFYKSQKMARLVQWEDGELIGE--RAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN 397
           GNFYKSQKMARL     G+ +     AASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN
Sbjct: 624 GNFYKSQKMARL-----GKSLSYCLPAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITEN 683

Query: 398 GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY 457
           GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY
Sbjct: 684 GVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAWSLLDNFEWAQGY 743

Query: 458 TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM 504
           TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM
Sbjct: 744 TKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQECNAPSFCM 787

BLAST of IVF0021904 vs. TAIR 10
Match: AT5G36890.1 (beta glucosidase 42 )

HSP 1 Score: 757.3 bits (1954), Expect = 7.9e-219
Identity = 340/473 (71.88%), Postives = 402/473 (84.99%), Query Frame = 0

Query: 25  RHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYK 84
           R +FP  F FGVATSAYQ+EG  NEG +GP IWD+FTHI+GKILDG NGDVAVD YHRYK
Sbjct: 18  RSNFPSTFTFGVATSAYQIEGGWNEGKKGPSIWDKFTHIEGKILDGSNGDVAVDHYHRYK 77

Query: 85  EDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYH 144
           EDV+LI  LGF AYRFSISWSRIFPDGLGT+VN EGI +YN+LIN LLEK IQPYVTLYH
Sbjct: 78  EDVDLIGQLGFGAYRFSISWSRIFPDGLGTEVNEEGIAFYNDLINTLLEKGIQPYVTLYH 137

Query: 145 WDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIF 204
           WDLP HLQEAIGGW N+++V+YF  YA+ CF++FGDRVK+WIT+NEPLQTSVNGH IGIF
Sbjct: 138 WDLPSHLQEAIGGWTNRKIVDYFGLYADACFANFGDRVKHWITLNEPLQTSVNGHCIGIF 197

Query: 205 APGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVED 264
           APGR E P +E YL +HHQ+LAHATAVSIYR KYKE QGGQIGLSVDCEW+EPNS+  ED
Sbjct: 198 APGRNEKPLIEPYLVSHHQVLAHATAVSIYRSKYKESQGGQIGLSVDCEWAEPNSEKPED 257

Query: 265 RTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKE-LIMNSVDFVGLNHY 324
           + AA RR+DF  GW++ P++FGDYP  MR++LGDNLP+FT EEKE ++ NS DF+GLNHY
Sbjct: 258 KVAADRRIDFQLGWFLDPLFFGDYPASMRQKLGDNLPRFTPEEKEFMLQNSWDFLGLNHY 317

Query: 325 TSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYIVPWGLRKLLNYIKQ 384
           TSR I+  S      NFY++Q++ R+V+ E+G+LIGERAAS+WLY VPWG+RK LNY+ +
Sbjct: 318 TSRLISHVSNKEAESNFYQAQELERIVELENGDLIGERAASDWLYAVPWGIRKTLNYMSK 377

Query: 385 KYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAW 444
           KYN+P IFITENG+DDE++ +  +H+MLDDK RV YFK YLA +S+AI DGVD++GYFAW
Sbjct: 378 KYNHPPIFITENGMDDEDDGSASIHDMLDDKRRVDYFKSYLANVSQAIEDGVDIKGYFAW 437

Query: 445 SLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEEKNGKQE 497
           SLLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYWF + LKG EE  GK+E
Sbjct: 438 SLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYWFMKFLKGDEENKGKKE 490

BLAST of IVF0021904 vs. TAIR 10
Match: AT5G36890.2 (beta glucosidase 42 )

HSP 1 Score: 751.1 bits (1938), Expect = 5.7e-217
Identity = 337/467 (72.16%), Postives = 398/467 (85.22%), Query Frame = 0

Query: 25  RHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHRYK 84
           R +FP  F FGVATSAYQ+EG  NEG +GP IWD+FTHI+GKILDG NGDVAVD YHRYK
Sbjct: 18  RSNFPSTFTFGVATSAYQIEGGWNEGKKGPSIWDKFTHIEGKILDGSNGDVAVDHYHRYK 77

Query: 85  EDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTLYH 144
           EDV+LI  LGF AYRFSISWSRIFPDGLGT+VN EGI +YN+LIN LLEK IQPYVTLYH
Sbjct: 78  EDVDLIGQLGFGAYRFSISWSRIFPDGLGTEVNEEGIAFYNDLINTLLEKGIQPYVTLYH 137

Query: 145 WDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIGIF 204
           WDLP HLQEAIGGW N+++V+YF  YA+ CF++FGDRVK+WIT+NEPLQTSVNGH IGIF
Sbjct: 138 WDLPSHLQEAIGGWTNRKIVDYFGLYADACFANFGDRVKHWITLNEPLQTSVNGHCIGIF 197

Query: 205 APGRWENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCEWSEPNSDSVED 264
           APGR E P +E YL +HHQ+LAHATAVSIYR KYKE QGGQIGLSVDCEW+EPNS+  ED
Sbjct: 198 APGRNEKPLIEPYLVSHHQVLAHATAVSIYRSKYKESQGGQIGLSVDCEWAEPNSEKPED 257

Query: 265 RTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKE-LIMNSVDFVGLNHY 324
           + AA RR+DF  GW++ P++FGDYP  MR++LGDNLP+FT EEKE ++ NS DF+GLNHY
Sbjct: 258 KVAADRRIDFQLGWFLDPLFFGDYPASMRQKLGDNLPRFTPEEKEFMLQNSWDFLGLNHY 317

Query: 325 TSRFIADASESPDGGNFYKSQKMARLVQWEDGELIGERAASEWLYIVPWGLRKLLNYIKQ 384
           TSR I+  S      NFY++Q++ R+V+ E+G+LIGERAAS+WLY VPWG+RK LNY+ +
Sbjct: 318 TSRLISHVSNKEAESNFYQAQELERIVELENGDLIGERAASDWLYAVPWGIRKTLNYMSK 377

Query: 385 KYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIRDGVDVRGYFAW 444
           KYN+P IFITENG+DDE++ +  +H+MLDDK RV YFK YLA +S+AI DGVD++GYFAW
Sbjct: 378 KYNHPPIFITENGMDDEDDGSASIHDMLDDKRRVDYFKSYLANVSQAIEDGVDIKGYFAW 437

Query: 445 SLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGSEE 491
           SLLDNFEWAQGYTKRFGL+YVDYKNGLTRHPKSSAYWF + LKG EE
Sbjct: 438 SLLDNFEWAQGYTKRFGLVYVDYKNGLTRHPKSSAYWFMKFLKGDEE 484

BLAST of IVF0021904 vs. TAIR 10
Match: AT1G26560.1 (beta glucosidase 40 )

HSP 1 Score: 517.3 bits (1331), Expect = 1.4e-146
Identity = 243/479 (50.73%), Postives = 316/479 (65.97%), Query Frame = 0

Query: 23  LSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHR 82
           +SR  FP  F+FG A+SA+Q EGA    GRGP IWD F+H  GKI D  N DVAVDQYHR
Sbjct: 32  ISRGSFPKGFVFGTASSAFQHEGAVKAEGRGPTIWDTFSHTFGKITDFSNADVAVDQYHR 91

Query: 83  YKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTL 142
           Y+EDV+L+ N+G DAYRFSISW+RIFP+G+G  +N  GI++YN LINALL K I+PYVTL
Sbjct: 92  YEEDVQLMKNMGMDAYRFSISWTRIFPNGVG-HINEAGIDHYNKLINALLAKGIEPYVTL 151

Query: 143 YHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIG 202
           YHWDLP  L +   GWLN +++N FA YAE CF  FGDRVK+WIT NEP   ++ G+ +G
Sbjct: 152 YHWDLPQALHDRYLGWLNPQIINDFAAYAEVCFQRFGDRVKHWITFNEPHTFAIQGYDVG 211

Query: 203 IFAPGRWE----------NPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDC 262
           + APGR            N S E Y+  H+ IL HAT   IYRKKYK  QGG +G++ D 
Sbjct: 212 LQAPGRCTILFKLTCREGNSSTEPYIVGHNVILTHATVSDIYRKKYKAKQGGSLGIAFDV 271

Query: 263 EWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIM 322
            W EP S+  ED  AA R  DF  GW++ P+ FGDYP  MR  +G  LP FT  +  L+ 
Sbjct: 272 MWFEPESNKTEDIEAAQRAQDFQLGWFLDPLMFGDYPSSMRSRVGSRLPVFTGSQSSLVK 331

Query: 323 NSVDFVGLNHYTSRFIADASESPDGGNFYK--SQKMARLVQWEDGELIGERAASEWLYIV 382
            S+DFVG+NHYT+ +  + + +  G   +   S      + ++    IG+RA+S WLYIV
Sbjct: 332 GSLDFVGINHYTTYYARNNATNLIGTLLHDAVSDSGTVTLPFKGLSTIGDRASSIWLYIV 391

Query: 383 PWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKA 442
           P G+R L+NYIK +Y NP +FITENG+DD  +      + L D  R++Y   YL+ L  +
Sbjct: 392 PRGMRSLMNYIKHRYGNPPVFITENGMDDPNSILISRKDALKDAKRIKYHHDYLSSLQAS 451

Query: 443 IR-DGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLKGS 489
           I+ DG +V+GYF WSLLDN+EWA GY+ RFGL +VDY++ L R+PK S +WF   L  +
Sbjct: 452 IKEDGCNVKGYFVWSLLDNWEWAAGYSSRFGLYFVDYRDNLKRYPKDSVHWFTSFLNST 509

BLAST of IVF0021904 vs. TAIR 10
Match: AT3G18080.1 (B-S glucosidase 44 )

HSP 1 Score: 503.4 bits (1295), Expect = 2.1e-142
Identity = 240/474 (50.63%), Postives = 315/474 (66.46%), Query Frame = 0

Query: 23  LSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIKGKILDGGNGDVAVDQYHR 82
           LSR  FP  F+FG ATSAYQVEG  ++ GRGP IWD F  I GKI      ++ VDQYHR
Sbjct: 39  LSRQSFPKGFVFGTATSAYQVEGETHQDGRGPSIWDAFVKIPGKIAKNATAEITVDQYHR 98

Query: 83  YKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEKSIQPYVTL 142
           YKEDV+L+  L FDAYRFSISWSRIFP+G G KVN +G+ YYN LI+ +++K I PY  L
Sbjct: 99  YKEDVDLMKKLNFDAYRFSISWSRIFPEGSG-KVNWKGVAYYNRLIDYMVQKGITPYANL 158

Query: 143 YHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQTSVNGHGIG 202
           YH+DLPL L+    G L ++VV  FA YAE C+ +FGDRVKNW+T NEP   +  G+  G
Sbjct: 159 YHYDLPLALENKYKGLLGRQVVKDFADYAEFCYKTFGDRVKNWMTFNEPRVVAALGYDNG 218

Query: 203 IFAPGRWE---------NPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGGQIGLSVDCE 262
           IFAPGR           N + E Y+  HH ILAHA AV  YRK Y+  Q G++G+ +D  
Sbjct: 219 IFAPGRCSKAFGNCTEGNSATEPYIVTHHLILAHAAAVQRYRKYYQAKQKGRVGILLDFV 278

Query: 263 WSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFTDEEKELIMN 322
           W EP + S  D  AA R  DFH GW++HP+ +G+YP+ M+  + + LPKFT++E +++  
Sbjct: 279 WYEPLTRSKADNLAAQRARDFHIGWFIHPLVYGEYPKTMQNIVKERLPKFTEKEVKMVKG 338

Query: 323 SVDFVGLNHYTSRFIADASESPDGGNF-YKSQKMARLVQWEDGELIGERAASEWLYIVPW 382
           S+DFVG+N YT+ ++++   +    +  Y+          + G+ IG RA S WLY VPW
Sbjct: 339 SIDFVGINQYTTYYMSEPHPTTKPKDLGYQQDWNVEFGFAKLGKPIGPRAYSSWLYNVPW 398

Query: 383 GLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLDDKMRVRYFKGYLAELSKAIR 442
           G+ K L Y+K++Y NP + ++ENG+DD  N T  L + L D  R++Y+K YL  L KA  
Sbjct: 399 GMYKALMYMKERYGNPTMILSENGMDDPGNVT--LAQGLHDTTRIKYYKDYLTNLKKARD 458

Query: 443 DGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLTRHPKSSAYWFRRLLK 487
           DG +V GYFAWSLLDNFEW  GYT RFG++YVDYK  L R+PK SA WF++LLK
Sbjct: 459 DGANVVGYFAWSLLDNFEWLSGYTSRFGIVYVDYKT-LKRYPKMSAQWFKQLLK 508

BLAST of IVF0021904 vs. TAIR 10
Match: AT5G54570.1 (beta glucosidase 41 )

HSP 1 Score: 503.1 bits (1294), Expect = 2.7e-142
Identity = 251/497 (50.50%), Postives = 322/497 (64.79%), Query Frame = 0

Query: 16  DGPDAKPLSRHDFPPNFIFGVATSAYQVEGAANEGGRGPCIWDEFTHIK-GKILDGGNGD 75
           D   ++ +SR +FP  F+FG A+SAYQ EGA  EG +G  IWD FT  K GKILD  N D
Sbjct: 23  DHVSSESISRANFPDGFVFGTASSAYQFEGAVKEGNKGESIWDTFTKEKPGKILDFSNAD 82

Query: 76  VAVDQYHRYKEDVELIANLGFDAYRFSISWSRIFPDGLGTKVNLEGINYYNNLINALLEK 135
             VDQYHR+  D++L+ +L  DAYRFSISWSRIFP+G G +VN +G+ YYN+LI+ALL K
Sbjct: 83  TTVDQYHRFHNDIDLMKDLRMDAYRFSISWSRIFPNGTG-EVNPDGVKYYNSLIDALLAK 142

Query: 136 SIQPYVTLYHWDLPLHLQEAIGGWLNKEVVNYFATYAETCFSSFGDRVKNWITINEPLQT 195
            I+PYVTLYHWDLP  L++   GWL++EVV+ F  YA TCF +FGDRVK WIT NEP   
Sbjct: 143 GIKPYVTLYHWDLPQALEDRYEGWLSREVVDDFEHYAFTCFKAFGDRVKYWITFNEPHGV 202

Query: 196 SVNGHGIGIFAPGR------W----ENPSVEQYLTAHHQILAHATAVSIYRKKYKEHQGG 255
           S+ G+  GI APGR      W       SVE Y+ AH+ +L+HA A   Y++ +KE Q G
Sbjct: 203 SIQGYDTGIQAPGRCSLLGHWFCKKGKSSVEPYIVAHNILLSHAAAYHTYQRNFKEKQRG 262

Query: 256 QIGLSVDCEWSEPNSDSVEDRTAASRRLDFHFGWYMHPIYFGDYPEVMREELGDNLPKFT 315
           QIG+S+D +W EP SD  ED+ AA R +DF  GW+M P+  GDYP  M+  + + LPK T
Sbjct: 263 QIGISLDAKWYEPMSDCDEDKDAARRAMDFGLGWFMDPLINGDYPASMKSLVEERLPKIT 322

Query: 316 DEEKELIMNSVDFVGLNHYTSRF------------IADASESPDGGNFYKSQKMARLVQW 375
            E  + I  + D+VG+NHYT+ +            + DAS          S        +
Sbjct: 323 PEMYKTIKGAFDYVGINHYTTLYARNDRTRIRKLILQDAS----------SDSAVITSSF 382

Query: 376 EDGELIGERAASEWLYIVPWGLRKLLNYIKQKYNNPIIFITENGVDDEENETCPLHEMLD 435
             G  IGERA S WL+IVPWG+RKL  Y+K  Y NP +FITENG+D++ +    + + L 
Sbjct: 383 RGGVAIGERAGSSWLHIVPWGIRKLAVYVKDIYGNPPVFITENGMDEKNSPFIDMEKALK 442

Query: 436 DKMRVRYFKGYLAELSKAIR-DGVDVRGYFAWSLLDNFEWAQGYTKRFGLIYVDYKNGLT 489
           D  R+ + + YL+ LS AIR D  DVRGYF WSLLDN+EW  GYT RFG+ YVDYKN LT
Sbjct: 443 DDKRIGFHRDYLSNLSAAIRNDECDVRGYFVWSLLDNWEWNSGYTVRFGIYYVDYKNNLT 502

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q9FIW41.1e-21771.88Beta-glucosidase 42 OS=Arabidopsis thaliana OX=3702 GN=BGLU42 PE=2 SV=1[more]
Q5N8634.8e-19764.29Beta-glucosidase 4 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU4 PE=2 SV=1[more]
Q339X21.7e-14952.82Beta-glucosidase 34 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU34 PE=2 SV=1[more]
Q8L7J24.9e-14951.57Beta-glucosidase 6 OS=Oryza sativa subsp. japonica OX=39947 GN=BGLU6 PE=1 SV=1[more]
B8AVF03.9e-14652.31Beta-glucosidase 12 OS=Oryza sativa subsp. indica OX=39946 GN=BGLU12 PE=3 SV=1[more]
Match NameE-valueIdentityDescription
A0A1S4DU361.9e-310100.00Beta-glucosidase OS=Cucumis melo OX=3656 GN=LOC103485810 PE=3 SV=1[more]
A0A1S3B4542.8e-309100.00Beta-glucosidase OS=Cucumis melo OX=3656 GN=LOC103485810 PE=3 SV=1[more]
A0A0A0LHE23.5e-29997.78Beta-glucosidase OS=Cucumis sativus OX=3659 GN=Csa_2G095930 PE=3 SV=1[more]
A0A5A7U8402.3e-27496.38Beta-glucosidase 42 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_s... [more]
A0A6J1KHT36.2e-27288.71Beta-glucosidase OS=Cucurbita maxima OX=3661 GN=LOC111493363 PE=3 SV=1[more]
Match NameE-valueIdentityDescription
XP_016899504.10.0100.00PREDICTED: beta-glucosidase 42 isoform X1 [Cucumis melo][more]
XP_008441738.10.0100.00PREDICTED: beta-glucosidase 42 isoform X2 [Cucumis melo][more]
XP_004138903.10.097.78beta-glucosidase 42 [Cucumis sativus] >KGN61355.1 hypothetical protein Csa_00642... [more]
XP_038891025.10.093.15beta-glucosidase 42 [Benincasa hispida][more]
KAA0051438.10.096.38beta-glucosidase 42 isoform X1 [Cucumis melo var. makuwa][more]
Match NameE-valueIdentityDescription
AT5G36890.17.9e-21971.88beta glucosidase 42 [more]
AT5G36890.25.7e-21772.16beta glucosidase 42 [more]
AT1G26560.11.4e-14650.73beta glucosidase 40 [more]
AT3G18080.12.1e-14250.63B-S glucosidase 44 [more]
AT5G54570.12.7e-14250.50beta glucosidase 41 [more]
InterPro
Analysis Name: InterPro Annotations of Melon (IVF77) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001360Glycoside hydrolase family 1PRINTSPR00131GLHYDRLASE1coord: 413..424
score: 33.33
coord: 390..398
score: 57.48
coord: 458..470
score: 52.21
coord: 434..451
score: 65.26
coord: 314..328
score: 44.98
IPR001360Glycoside hydrolase family 1PFAMPF00232Glyco_hydro_1coord: 26..486
e-value: 5.2E-173
score: 575.6
IPR001360Glycoside hydrolase family 1PANTHERPTHR10353GLYCOSYL HYDROLASEcoord: 44..497
NoneNo IPR availableGENE3D3.20.20.80Glycosidasescoord: 16..487
e-value: 2.3E-213
score: 711.0
NoneNo IPR availablePIRSRPIRSR617736-1PIRSR617736-1coord: 25..488
e-value: 1.1E-185
score: 615.3
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..24
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..23
NoneNo IPR availablePANTHERPTHR10353:SF251BNAC06G12100D PROTEINcoord: 44..497
IPR017736Glycoside hydrolase, family 1, beta-glucosidaseTIGRFAMTIGR03356TIGR03356coord: 28..481
e-value: 2.5E-146
score: 485.9
IPR033132Glycosyl hydrolases family 1, N-terminal conserved sitePROSITEPS00653GLYCOSYL_HYDROL_F1_2coord: 32..46
IPR017853Glycoside hydrolase superfamilySUPERFAMILY51445(Trans)glycosidasescoord: 22..486

Relationships

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

Feature NameUnique NameType
IVF0021904.1IVF0021904.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0030245 cellulose catabolic process
biological_process GO:0009866 induced systemic resistance, ethylene mediated signaling pathway
biological_process GO:1990641 response to iron ion starvation
biological_process GO:0019748 secondary metabolic process
biological_process GO:0005975 carbohydrate metabolic process
molecular_function GO:0008422 beta-glucosidase activity
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0102483 scopolin beta-glucosidase activity
molecular_function GO:0004553 hydrolase activity, hydrolyzing O-glycosyl compounds