IVF0019062 (gene) Melon (IVF77) v1

Overview


Name	IVF0019062
Type	gene
Organism	Cucumis melo L. ssp. agrestis cv. IVF77 (Melon (IVF77) v1)
Description	Protein of unknown function (DUF3754)
Location	chr06: 11912633 .. 11938456 (-)
RNA-Seq Expression	IVF0019062
Synteny	IVF0019062

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.

ATTTCTTACTCTGAAAGCAATACAAAGAAACAAAAAGGAAAAAAAGAAAAAAAATATATAGAAAACCGAAAATGAAAAGGGGCGTAGAGAGCGTACCACCTGGCGCGTGGCGGTAAATTTATAAATTAATAAAAAAATTAAGAAATTGTTCGACAGGTGTGAACAAAACAAAACAGCATTTCCCTCCGGAGCCAGCGGGGATCGTTCAGTTTCATGAGAATTCTTTTCTGGTTGAGACGAGAGACAATTCTTTTTTTTAGATTCAAAACCTAAATTGCTTTATATATTGTCTTTATTGATAAGATAATTGCGTCTATTCATCCTAATAATGATTTGATTTTGTTTTGGAATCGACTTGGGACTGTTCTTGACACTGTTTCAGACGTTACAGTTTGCTGATTTGGAGGTTTCTTCTTTCCTTTTTCTGCTGCCTTGTTTTTGAAGGCATAAATTCAATATTCTCATCTCAAAAACTTCTGTTCTATACCAAAGAACCTTACTGTATTTTGGCCGTTCCCTCAGTACTATTCTTGTCTCGCCTCTCTCTTTCTTAGGCCAGTGGCATACACTCTTTCAGCTTCTGAACAATGGGGAAGAACAAGGAAGTAATTCGGCTGGAGCGTGAATCTGTCATTCCGGTGTTGAAGCCGAAGCTGATAATGACCTTGGCCAATCTAATTGGTTCGACCACTTCTCGCTTTGTGATTTATGAGTTTTGGGTTCTTTCTTTTTACGAATTTCAGTGGTTCTATGAGTTTCTAGGATTTCAATATTCATAATGGTTATCCATGTAAATAATTATGTCAGATATTCTGCTGTGCTGTAGTGTGATTCACTGCCTGCGTTTCTCCGCTCTCCAAACTACCTCTTTTGTCAGTTTTGTAACATCCATTTCGGATGGCCTGGTGCTAATGTTCTATTTGTACTGCTATTATTATATTCTACACTGCTTTTGATGATAACCTATTTTCCTTGGTCCATGACTTTTCGTGTTGTATTATAAGAGTATCCGCTAGTAGAGGTATTAAGAAAAGGTCGCTATTCATGAGCTTTTTTCCTTACCTGCTTGCTAAACTGAGATGATAATCCTAGAGAATTATGTTCCCTTTGTAATTGGGGTTGCTGATTATTTCATTGTCTTCTAGAACATAGTTCTGATCGGGCAGAGTTCTTAAAACTTTGCAAGAGAATTGAGTACACAATTCGAGCTTGGTATCTTCTTCAATTTGAGGATTTGATGGTACTATTCTTCATGAATAAAAGGTCTTCATTTCACTGTTACTATTCCGCTTGTGAACTTAAATTGAGACAGATCTGTTTTGATTTCAGCAACTCTACTCTCTCTTTGATCCTGTTCATGGAGCCCAGAAGCTGGAGCAGCAGAATCTATCCTCTGATGAAATTGATGTGCTTGAACAAAATTTCCTTTCTTACCTATTTCAGGTTTGTACAGTTCTCTGCTTCTTTCACTATGTTCATGGTGTTAGTTATTTTCTAAAGTAACTTCCCAATCATCATGGATTGACTTATTGACCATAGAACATAAAAAGAAAAAAGATTCTGGGGGAATAAGTTTAAACCTTCTGATGGCCACCTACATAGGATATTGAATTCCTAGGAGTTCTATGACAACTGAAATTCGGAAGATCAAATTTTGGCCGGATTGAAATAAATAATATGAGGAATGGGAAATGCATGTTTTGCAAATATTGTGAAGGCGAATAAAAATAAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGTATAAGTGCATTATGGAAAGTTATGTACCAAACCAACAAGTGGGGATTTCTTGGATAGTTAATTGGGACAATAACAAATATGGAATTTTGACTAATGGTTGAAGTTGGACAAAAATACATTGTTTTTGTTAAGAAGCACATTGATCAGTTACTTTGGTTCTTGCTTCACTCAATTGATATCTTTGGCATCAGCTTTCGGTATAAATTGCACCAACATTTAACTTAAAATAATGGGTTCCTTCAGAACACTACTTCTAAATGTTCATATTAACAGCTTTTTAACAATTGACTTATTTTTTCTTGATTCATCCAGGAGGATTTATGCAATTCTTATTCTGAACATTTACCCTTTGCTGTTTTCAAACTTGTACCTGTTATGTTCTTCATGACTTTGGCAAAGTACAGGGCCTCATAGTTTGCTCGTTTACCAATGAGATATCTTTTGCAAAAGTGATGGAGAAGTATTTCTCCTCACCATTAGATTGAAATTTAAAACCAAACAACAGTTTCAAACAAACACATCACCCAACCAATTTGAGAGGGTTAGTAATTTCTTCGTACAAAAGTAGTGTAACATTGACAAAATAAAATCTAAACCTTCCTTACAAATCAACGTACTCTTGGTACACCTGTTTGCTCCCTAGCTCTGATATACTTGCAACGTTTCCCACTAAAAAGCACGCTAACTACCATATTGTCTTTTCCCTTATTCTCCTCCTTGCCTACGTATCCATAGTAGGAGACCTAACAAAATTATGAGTAATTTGTTTTTCTAATTTAATTGTGCTTGATTGATTTGGTTTAAGATTCTGGGAAGCTTGAAAGTTCAGGCTTCAAGAGGTCTTAGACAAAGAGACTCTTTATCCCCTTTTCTCTTCTTGCTTCTCGTGAGCGCCCTAAGCAGACTTTTTACTGAAGAGTGTCGGTGGTAAGATCACTGAGTCCTTTGAGGTTGATAAGGAGAATGAGGCTCTTTCCCACCTTCAGTTTGATGATGACACGATTTTCTTTTGCTCTGGGGATGATGTTAAATTCTTAATCTTGAACCATATCTTAGCTTTCTTTGAAAATGCTTAAGATTAGCAAGGGGTTAGTACCAGATTATGGGTCTTAATTGTGAAAGAGATGCTTAGGAGATGTGCAGAAGTGGTGGCCTGTGATTTATGAAATTGGCTCTTCCCCTCTTATTACCTAGACTCCATCCTTGGAAGTCATTCCAGTCCACTTCCATTTGGAATTTGGTGGTGGAGAGAGTTGGGAAAAGTCTGGCCTCTTAGAAGAAGGGTTTTTTCTCCAAAGTTGGAAGGCTAACTTCGGTTTGCTCGGTTTTAGTTTTATCCTCACATATTATGTCCTTTTTAGTTGTAAGGATATTGAGAAGCTAATGGACAATTTCCTCTGGAAAGGAGGGGAAGAACTAAGAAGGAGAATGGTTGCACTTGGTTAGAATGGGAAGTTGTTGAGAGGTCAGTTCCTTTGGAGCATTATAAATTGAGACTTTAAGGGCTCAGTAATAAAGCTTTGTTCGCCAAATGGTTTTGGTGCTTGAGCCCAATGCTCTTTAGCCCAAGATCATTACTAGCAAGTTTGGTCTTCATCCTTTTGAGTGTTTGTTAGGTGTGGCTAGAAACACTTCTCAAAACATATGGAAGGATATTTCTGACGTGGTCTCTTTTGTCTCACTCAATCCATTGCGCGGTGAGGTAAGGGAAAGATCTATATGTTCATGCAAAAATAATTGTTACGGCTAGTTGGGGTGTGTAGTGTGGGATCTTTAAGGTGAGTGGAACAATGGGGTGTTTAGAGGTTGAAGTGGGATATGGTGATGTTTGGTCTCGTGAATTTTCATGTTCCTTTATGGGCTTTTACTTTGAAGATCTTTTATAATTATTTTGTAGACACCATGTTGTATATTTGTATCCCTTTGTCTAGTTGAGCTGCCTTTGTTGTGCACTTGGTTGTTTGTATGTCCTTGTATTCTTAGATTTTTCCTTACATTTTTTCTCAATGAAAGGTGGTGTCTATAAAAAATTATATAAATGAATTTTGTTTCTTGTCCAAAAAAAAAGAAAAAATGCATTATTTATTTATTATTATTATTTTACAAATATTATGATAATAAAAAAATATTTTTGTAGATTTCAAAACTTCCTTGGAAAAAGGTGTGTTAAAGGACAACAAAACCTCCATCTATCATTACAATGGTTTGATATTGTCTACTTTGGGCTAAACCATAACCTTGGTTTTGGTTTCACCTAAAAGACATTATACAAATTGAGATAATTGTCCTCACTTATGTACCAATTTCTCCCTTCCTTAGCCAATGTGGAACTTTTGTTGCACTCTTAAGAATCCTCTCTCCCGAACAAGTACCACACTTGAGCCTCTCCTCAAACGAAGATCCCTTTCTATTAATCCACTGAACTTGATAGGGTCACACCACTCTTTTCAGACCACGGTCTTGATAGAGCTCTACTTGCTTGTTACGCACAAGCACTTTATGCCCCATCTAGGAACTCATTTACAATGTAAGACTCGTTAATTTGGTTTGTCTCTTGAGTACTTCTCCATAGTACAACTAGGTTTAGAGCATGGTTGTGATACCAATTCTTAAGGATAACCAAACCCTCTCCTATCCTTGCCATGGTTTGAATTATGACATTGTTCACTTCGGGCATATTCTCATGGATTTGTAAGGTTTTATTCAAAAGGCCTCATACGGTCATACCAATGGAGGTCATTGTCCACAGTCCTCACATATATGCCATAGATTTCTCCTTTCCCTAGCCAATATGAGTCTTTATTGGCATTCCTAACACTCTGTGGCATCATTATGAATTAGGAGTGTTTGTAACCTTGAGGTTGCAATGTCTCAATTTTTATTTTATTTTATTTTTAATAATGGATGCCTTTCTTACAGCCTCTGCCTTTATTCCATATCTTCCCCCCTTCCCCTTCTCCTACCGGAATCATAGACAGAAGGAAGCCATCATTTTGTTGTCAGACAATGGATTAAGCTTCCCTTGTTTGGTTCCTGTAAGAACGGTTTGCTCTTGTTTAGCCTTGGTAATAGGATGGATTTTGCATGAGTCAGGTACATATACTCTATGGCTCAGGGTTTGAGATCTTAGGTTGTAGATTATTTTTCATGTGCTAACCACCACAGCACATAAGTTGGCATAGTGGCATTGAGACAAGTAAACAAAGTATAGGGGATAGGATACTAAAATCTTATTAGTTTTTTTTATGACGTAATGTTATTGAATCAAACGGTTGTTTTATATGATTTGTCAAGGTTGCATAAGCTATCCTAGATACTTTTTTTTTTTTTTTTTTCTGAAATGGAATCAAGCCTGTTTATTAATGATAATAATGCGACTAATGCTCAAAGTCCATGAGAAATATACTAAGAGCTGAAAAGGACCGAAAAGACTAAAAGACTAAAGGAACAATCAGAACAAAAGAACCAATGAACCGAACAAAAACTTCTTAACCCCAAACAGAAAAGAGAACAAAGTACAACAAAAACTTAAAAACTTTCAAAACAAAGCCCAAAGTCAGCCGAGAACTTTCACTCTAAAAGCTTCAAAATGGACGGAGCGGAAACACCAAGAGAAGGAAAACAAACAAGCTTCTCCAAGTCTGAAGTGACAGAAATGCCCCGAGTCTGGGAAGCCTAGCTGAAAACTTTCAACCCAAAAGACTGTAATGCAATAATAATTGACTGATGAGACAGAATCAAATCTACTTTTAGGAATTGAACCAAATTATTCCACAATTTCCAATGGAAGACTTCAATTGATCTCGAATTTCTCAGTGCTGTGCTTGTGAGGGAATTATAGAGGCCTGCTTTTCAATAATTAGATCCTTCTCGGACTGAAACTGGGAATTTAATCAGATTCTATGGGGTCCTTTAGCGGCTGGTCCTCCTCCTCAGCTTTGTAAAATAGTCGACTTTCTTGCTTCTTACACTACATATAGAGTGAAAATCTAATTCACAAATCTTTTCGAATGGAGGGACAGGAGATTTGCATGGAGAACCTCTGAAAACTTTACCTTTCAGGAAGGTAAGGAAAAACAGAATACTTAATACGTGGATGGGTGGCCTAAGAGGGTCTGACTTGGTTGAGAAAGAAGGAGCTTGAATCTAGGAACAACTTACCTCAAAAGAATCAGGATTTCGGTCTAAAATTAAATTTGCCTGTATGGAAGATTTTTTTCTTGTTCATGTGTTGGTATAGGTACTATATGTTCTTCACATATACAAAATGGATTTTTTTTTTTTTTTCCTTTTTCTGGTTCATGTGTTGGTATATGTATTTTAGACACATTGGTCGCTTGTTTATCAATTATTAAATAGGACCAGAACTTCTAGACTTCTACCCAAGATTATGTGTTAAACTTCAAAGAACTTATTATTAAAAGAGACGAAAAAGAGAGAACACACCAAGATACGTGGAAACCCTAGTATAGAGAGAGACCATGATAGATACTTTTTCTTATTATTTCCTTATGAATCAGAAAAATATGAAGGGGAAGAATAAATAGGTAACATGAGCCTTAACAGAAAAAGGAACAGAATCTAGGGTATAATATTTACATAAATACCCTTGGGGTTTTTAACAAACAACAAGCCCCTAAATTCTAACACTCCCCTCAAGTTGGGACATAAATGTCAATAAGACCCAACTTGCTAACACAAGAATCAAATCCCTGTTTGAGAAGTCCCCTGGTGAGAATATCAACAATTTGTTGACTTGAGTGAATGTAAAGAAATGCAAATGCTGCTAGTATCCATTTTTTTCTTTAATAAAGTGTGTCAATTTCCACATGTTTAGTTCTATCATGTTGGACTGGGTTATTGGTGATGCTAATAACGTCTTTATTATCACTTAATAATTTCATAGGCACCTCATAGTCCTGATGAAGATGAGACAAAACCTTCTGTAATCTAATCTTCTCATATATCCCCAAACTCATTGTCTTGTATTCAACTTCAGAACTGCTTCTGGCAACAACTCCCCACACAAATGTACAGTAGCCAAAAGTGAATTTTCTATCAACAATAGACCTTGCCTGTCAAAATCAGTATAAGCCTTAATATACCTTCTATTGGTCTTTCAAGACATCAAATCTTTACCATAAGTCATTTTCAAATATCTTAGAATTCAGTTCACTGCCTTCCTATGTTCCTTGTAGGAGCCTGCATAAACTGACTAACACTACCACCATATAAGAGATATCTGGTCTAGTGTGAGATAAGTAAATCAACATTTCCACCAGGCATCAATATTTTTCTTTACCAACTGGGACTTTATCCACAAAATTTCCCAGTTTAGCATTGAGCTCGATGGGAGTATCAGCGGGTCTGTATCCCGCCATACCTGTTTTCGTCAACAAGTCACTTTGGGATACAAAGATACCTTTTCTTGATCTTGCTACCTCCATTCCAAGGAAGTACTTCAGACTTCCTGAATCTTTAATCTCAAATTCATCCCCCATCCTTTTTTCCAGTTGGACAATCTCAACCTTGACATCTTCAAATAACACGATATCATCAACATAGATGATCTACACAACAATTTTCTCGGACTTAGATACTTCCGTAAATAGAGTGTGATACGAATGTCCCTATCTGAACCCTTGAGGCTTAACTAAGGTGGTAAACCTGGTTCTGTCAAACCATGCTCTCGGCAACTGTCTCAATTAATACAAGGATTTCTAAAGCTTATGCTCCTTGATGGTCAGACTGGGCTTCAAAGCCTGGAGGAGGTCTCATATATACTTCTTCTTTTAAGTCTTTGTTTAAGAATGTGTTCTTAATGTCTAGTTGATACAGAGGCCAATCTCTATTTACTGCAACAGATAAAAGAACCCTAACGGTTTTGAACTTTGTAACAGGAGAAAGTGTCTTAGAGTGGTCGTCTCCTTAAGTCTGAGTGAATCCTTTTGCAACTAACCTACCTTGTGTCTATCTAAAATTCCATCATATTTGTACTTTAGGGTAAACACTCATTTACATCCCATAGTTTTATGCTCTTGAGCGCAGAGCTCCTCAGTTTTTTGCTTCTCAAGGACTCTCATCTCTTCCATGATTGTAGCCTAAAAAGCACAAACAATTCATATTAGAAGTAGACAACAAAGGAAAGCAGGCTACTTGTCACACCCCCTCTCTTCCTAGACCCCAAAAGATGGTGGGAGGGCTGGCAAGCGTTGCCATATGTTGACAACATCACCAAAAACTAACTATCACAGCAACCTCTTAACTAACAATGCTTGTTAACTCAAAGAACACAAGCAAAGTGCTCTAGACACTTGAATCTAGTTATCACAAACACACAACCGAGACATAAACCTTACTATCTAAGCCCACGACTTCTAACTTATGCAATACGCATGCACATGCTAACTGTAAAGAAAATAACCTTAGTTCACTAATAGTAGTTGTAGAGCATGCTCGACATGATGATTACTATATGGAAAGTTAAAACATTTTTGAAAGAATGAGTTGAGAAACTTAGTGAGTGACCATTTTATGAAAACGTGCTTTTCTAAATAGTTATGCTCAATGCTTTTAGCTTTGAAACTATGCAAGCAATTAAATACATTTCATAAAGCTTTAATTCAGAACAACAGCCCATCCATATCTGTAACTTGGGTGAAAACTCACCACACTGTCATTTGACATAAACTCTCAATATAGCAGGCACAATTTAATTTGTAACCTTTGTCCCTTAGGTACAATAATTGTACCTGGGAACCATAGGTCTTATTGCCTTGTCAGACCTTATAGCCCTCGCATCAAAATGGAACATAAAAGCACGTAACTCGAGTAGGCAGAAAGTATCAATCGGGTATTGATATATGTAAAACATTCTTGAAATCTTTACTTTAAAAGCACGCTTTTATAAATACTTGCTTTAGATCAAAATATTGTAAATAGCTTGGAAACATGCTTGCTTAAACATTTAGAACTCAGCTTTACAAATCTGGCTTATAAAACACGCTACTGTAACTCTTTATTAAACTCATGCTTTGCAAATCATTTACTAAATCAGTCAAGAATATCTTTTAAATATCTCAAAGCATATTTAGAAACTTTTAGCTAGAAACTCATGTTTAGAAATAGTTATTTAAATGCATTTAGTCCCTCACAACTTGTAGCCCAACTCCTTGGCTTAAGAATTTCCCTTTTCCTCTTCTTGGTCTGAAACAAAGGAATTAATATTCCAAATTAATCTTCTCATACTTCAAAATATCAACAAACCACTTAAAATTCACCAAAAATCCAAAAACTCATTTTTAGCATAAACCCGCAGCACATGCCATGACACTGTCATGGGCATGCTACGTGCACACATAGGCAGGCCATGGCATGGCCCTGGGCAGTGCTGGCTAACCTCGCAACTGTATGCCCTAGGCGCTAGCTGCATGCTTTGCCTTGCCGCAACGGCAGTACACACAAATGCCTTGCTGTGCGCAATTAAGCTCTCAAAAGGCCGTGACTCAAGCCAGCTCGCCTAGCCTTGCTGCCCAGCTTCAACGCTCAACCTTGACACTCATGGTCTAAGCTTCAAATTACCTTTAAAAGTCTAGACTCAAATTTAAAAATTCATAACTTAAAATCCATAGCTAAAATCAAGAAATTTTCCACTACAAACTTGTTTCTTATCCTCTTAATTACATTACCTCAAAATTCCAGCTCCAAATTCGAATTAATGAGCTCTCTAGCCTCTGGCGAATCAACATTGCTTTAGTTTACCCGATAAATGACTTTAAAGGCTTTCCTTCAATGGATGAATGTCTTCCTCACGTCCCCTTTTTTCAGCAGCCTAACCCATTAAACTAGACTCATTTTGGGAGCTTTTGCAACTGAAATTACAAAACACGCACGAATGAAATGGGAGAACTTCCTCCTCAAAGTTACCTTATATATTGGTCCTTGCATGGTTTCCTTAAGACATTTCGTGCTTGCCATTTTTTACTTCTTTGCATGCCTAGACATTTGGAATACACTCCAACGAACACTACCAGAACGCCTAGAGCTTCATTTGGTCAGATGGCATCCCACATCAACTCGCAAAGCTTTCGACTAAACCTTGCAGCCTAGCCTCTCGTCACACACACACCATGCCGCCTAGCCATAAGCGACTAGCTTGTCTTAACTTGTCCTTTAGAGGTTCTTTGGCCATATCTTGGCCGTATCACACAAACCCTTGGCCGCCTAGCATGCTTTCCTCGCCTAGGGTGTTTTTGCTACCCAACTCTTTACTGTTAGAGGTTTTCTTGGTTGGCTGTCCAATCATGCTTAATGCCTAACACTCATGTCACTCTTTGGACGCCTAGGACATGGCCTTCAGAGGTTCTTTGCCGCCTAGCACACTCAAAACGCCTAGCCTTCCATGTCCAACACTTGGCCAAAATTTTGAACTTCCCTCCCTTCCTTCCTTTTTCCTTTGGCCGCCCACTATAAATTCTCCCTTCCAACACTTACAAAAATTTCCTCTCAAACTTCTCTTTCAGAAACCACAAACACAACTTAACCAATATACTAAACCAAAAAATTTCCTCTCAAGCTTCTCTTTCTAAAACCACGAACACAACTTAACCAATATAATAAACAACTCTCTCGGGTATTCTAAGGTTTACACTACTTCCTTAAGGTGACAGTTTTTTCATTCGGCAACCCCACCGGTCAGCATGATCTAAAGCTAGCGGAGAAGCTGGTTCATGGCGGCGGAACTTCAGCATCAACGACAGCTTGAATAATGGCACTGACCCCGACTGTTGTCTCGCCGGTAGTGGGGTCCTCCATTATTTGCTCCTCTATTTGGGTTCCATTAAGGGTGGTTTCTAGGGTTTCGTCGTCACCTTACTTCGATACCAAAGACGAAAAAGAGAACACACCAAGATACGTGGAAACCCTAGCACAGGGAGAAAAATCATCAGAAAAATACAAAGGGAAAGAATTAATAGGCAGCAGGAGCCTTAGCAGAAAAGGCAAAAAAAACTAGGGTATAATAATTTACATAAATACCCTTTGGGCTTTTAACAAACAACAAGCCCCTAAATTCTAACGCCCATAGTGTATTTACTAATCATCCAAGTAATCGATCCCTGTTCTCAATCTGTGTTTCTGAACTCGGTAATGTTTCTCTTCTAAATAACTAAATAGGGTTAAGCACAAGGGCTATGGTTTAAAAAGGAGATCAGCAGGTTGAGTGGAGTAATTAGAGATACTATAACAAGTATGCATGTGTGTATGTCGTGGAATATTCTTATAATTATACTTGCAAGTGCATACACGTTGAAAAATGAGATAGTAGTACCTATTGATCATTTTGGGAAGCCTTCAATTTTATACAGGTTATGGAAAAGAGCAATTTCAAAATAGCAAGTGATGAGGAGATCGAAATTGCACTTTCGGGGCAGTATCTCCTAAATCTTCCTATTACAGTTGATGAATCCAAGGTTTGTATTCAGTTATGCATGCTTTAATATCTCAAATGGGAATTGTACGTGTAAAAAATGCAAAAACTTAAAAAGAATATCTTGGTGGATTCATTTAATTCATACGAGAGCAATATTCTTCATATCATCTTCTCTGGTCTCATGTTTATCTTTCTAATTTGTAGCTTGACAAGGTTCTTTTAAAGAAATATTTTGCTACACATCCTCAAGCCAACCTACCAGACTTTGTTGACAAGGTATGTACTCTATTTGTACGTAACTTTGGAAACCTTAATGTTTCTTCAACTAATTAAAAGATTGTTTTTTGACTCTTAGATTGATTTTTAAAGCTCAAGACGCGATAAAGTGCAATACTCTTTTGGAGCTTAAGCGTAAGATGCAAAGAAAAAGCATGGCTTTTTTTTTAAGGCGCACTATATATGAAAGTACTACATTTAAAAAGGAAAGCACGGTTGAAGTGAAAATATGAAAAACTAGACCTCTAAACACAAGAAATTTTGTATTTAGACTTGGTAAATTTGAAATTTTAAAAAATAATAAAAAGGCCCCAAGGCAAGTTGCTTTGAGCCTTTAAGACTTTGCCAAACCTGCACTTATAGTTTTCCACTTATTAAGTTTACTAGTCTTTCAACACGTGCCTAACACGTGACTCTTTTAGTTTGTTAAATGAATGTATAAAATTTGAAGTCAATAAAAAAAATCACACGACGACAAAATTTAACAAAACTAATTTTAAAAAAATACAAAAGACACATCATTTGAAAAAAAAGGTATAAAAGATACATTATTGTTATCATTAAAATTATTTAATAATGAGTTTATTGAAGAAAAATGTTTGCATAAAAAATGTATTCTGAAATGAAAGTGGAAAATTGGGAGACAATTAAAAGTCATTTTTATTAATGTTTTAATGTTTAATGTATTCTATAATATAATACATTAAAAAATAATTTCGCAATCGATTTTAAATTCTTGAATTATGACAAAACTTTGCTTTTTAACAAAAAATACTACTTTAATTTTAAAAAATATATATATTTCTTTTCAAAGTTTATATTGAAAGCAATTAACAACACGAGGCTTACGTGGAAACTCGAGAACCAGGAGGAAAATCATGATACTTTAGTTTTTATTATTTCTCTTATGAATACAATAGGTACAAAGGGAGAGAATAAATAGAGTACAATAGGAGTAAGAAAGGAAAAGATTTAGGAAAGACTTAGGAAATAAAATCTTCTATATTATTCTTTTCAAAAATACTCTAAGGGCAAAGTCCTACTAATTCTAACACTCCCCCTCAAGTTGGGACGTAAATATCAATGAGTCCCAACTTGCTAACACAAAGGTCGAAGTGTGGTCTGAGAAGCCCCTTGGTGAGAACATCAGCAATCTGTTGGCTCGAAGGAATGTACGGAATGCATATGCTTCAACTATCAAGTCTTTCTTTCATGAAATGCCGATTATTCTCAATATATTTAGTTCTATCATGTTGAACTAGGTTGTTAGCAATACTAATAGCGGCTTTATTATCACCATAAAACTTCAATGGTGTCTCACATTCCTGATGAAGATCTGACAAGACTTTTTGGAGCCAAATTTCCTCACATATTCCCAAACTCATAGCTCAGCCTCTGCACTATTCCTAGCCGGAACATTTTGCTTCTTACTCCTTCAAGTTACAAGATTGTCCCACACAAAGGTACAATAACTCGGAGGTAGACTTTCTGTCAACAACAGATACTGCCCAATCCGAGTCAGTATATGTCTCAATGGTCTTTCTATTTGTTTTTCTAAACATCAACTCTTTTTCAGGTGTATTTTTCAAGTATCTCATAATTCTGTTAACAACTTCCATATGTTTTTCATAGGGAGCCTGCATAAACTGGCTGACAACACTCACAGCAAAGGAAATATCATGACGAGTATGGGATAAGTAAATTAATTTACCTATAAGGCACTGATATTGTTCTTTTATCAACTAGAACTTGATCATCAGAGTTTCCTAGTTTACAGTTGAATTCAATAGGAGTATTAGTAGGACGACATCCCAACATACCTGTCTCGGTTAGCAAATCAAGAGTGTATTTTCTCTGAGACATGGAGATACCTTCTTTAGATCTGGCCACCTCCATTCCAAGGAAATATTTCAAATTTCCCAAATCCTTGATTTCAAATTCATCACCTATTCTCTGCTTTAGTTGACTGATTTCTGTTTGATCATCTCCAGTCAAAACAATGTCATCCACATAAACTATTAGAATAGCAATCTTCCCTGTCTTGGAAACCTTTGTAAATAAAGTATGGTCAGAGTGCCCTTGACTGTACCTTTGGGACTTGACTCAGGTAGTGAATTTTTCAAACCATGCTCTCGAAGACTGTTTCAGACCATATAGGGATTTCTGGAGTTTACACACCTGCTGATCAAATTGGGCTTCAAATCCTGGCGAAGGCTCATGTAAACTTCCTCCACAAGGTCTCCATTCAAAAAAGCATTCTTAACATCCAGTTAGTATAGAGGTCAATCTTTGTTTACAGCAACAGATAACAGGACTCTAACAGTATTCAACTTAGCAACTAGATAAAAGGTTTCTAAATAGTCAATACCATAGGTCTGAGTAAATCCTTTTGCAACTAACCTTGCCTTGTGTCTATCAAGCGTACCATCTGCTTTGTATTTGAGAGAGAACACTCTTTTGCATCCTACAGTTTTATGTCCCTTGGGTAGAGCACAGATCTCCAAAATTCTATTCTTTTCAAGAGCCTTCATCTCTTCCATAACAGCATTGTTTCATTTAGGACACTCTAGAGCAGTATAGATATTTTTCGGTATTATGGTAGAGTCAAGGCTTGCTGTAAACGCTCTAAACTGTGGAGAGAGATTATCATAGGAAACATAGTTGCAAATGGGATGTTTAGTGCAGGATCTGGTACCTTTTCTCAAAGCAATAGGAATGTCAAGAGAGGGATCATACTCATCGAGTTTCCTTGTATGACCCTGTTTAGCTTCATGGTTACTGGTTTCTATTCTAACCTCAGTCTCATCACCTCGGTTCTTTTCTTCCATATTTTCAAGAACAGCAACATCAGACCTATCATTCTCACTCATTGTATTATTAGTACAAGGTTCTGTAGAGTTTTTCATACCTTGGTCTCGAGGAGGTTCGAAGTCTTGGATTGGAGCTGGCGGTTGACTAGTAGGGGACCCAACTTCCTTTCTGAGATTCCTTTTGTAATATGTCTTCCAAGGAACTTGGTTTGTGGGTAAGATTATGGGATGAGGATCAACGTCAGATACGGTACTAGGAGTAGGTTCAATAAATTCAAAGGTGCTGTTAGACTCTTCACTCACACTCTCCCCCTGAAGATGGCTAACAGGAAAGTAGGGTTGGTTCTCACAGAAAGTAACATCCATAGCAACAAAGTATTTCCTAGACGGCGGGTGAAAACATTTATAACCGCGCTGGTGAAGGGGATACCCAACAAACACACAAGCCTAAGCCTGAGAGGTAAATTTGGTCTGATTAGAGCCAAAATTATGGATATAAGCGGTACACTCAAACACACGAAGAGGAACCTCAGAAACAAGACGAGTAAAGGGGTAAGACTCCTTAAGACAATCTAAGGGAGTATGAAGGTGGAGGATACGAGAAGACATTCTATTGATTAAGTGAGCGGCTGTAAGAATAGCATCTCCCGCCAGTTATGATGGAAAGGAAGTGGAAAGCATAAGAGAACGGGCTACTTCCACAAGGTGATGGTTTTTTCGTTCGGCCACTCCATTTTGTTGAGGAGTATAGGCACACGAGGTTTGGTGAACAATCCCTTTGGTGAAATTCACTAAGGTTATAGTTTTGGAATTCCCAACCATTATCACTCCGAAAAATTGCAATTTTTGTATGATATTGTGTTTTAATAGTATGATAGAAGTTTTGGAAAATGGATGAAACCTTGGATTTATCTATGATAAGGTAGACCCAGGTAAGATGGGTATGGTCATCGATGAAAGTTACAAAACACCGCTTTTCCGATGAGGTGGTGACCTTGAAAGGACCCCAAACGTCACTATGGATGAGGGTAAACGGTTGTGTAGGTTTATATGGTTGTGAGAGAAAAGAGACCCAATGTTGTTTAGCCCGGATACACACATCACAAGATAGAGAAGAGACATCAAGTTTAGAAAAAAGGTGGGGAAATAAATATTGCATATATGTAAAGTTTGGGTGACCCAGTCGAAAATGCCACAACATACAATCTTGTTTAGAAGTGCTAAAGTAGGACGACGGTAGATTAACCTAGAGAAACTACTATAGGAGGTATCTTCATTAAGGATGTAAAGTCCCCTGCTGTGCTGGGCAATGTCAATCGTCCTCCCAAGCTCATTCCTGAAAATAAACCGATTCAGGTAAGAATATAGCTTTACAATACAACTCACGAGTGATCTTGCTTATAGATAACAAATTGTAAGACAGTTTAAGGACATGCAAAACATTTTGTAGAGCAAAACCGTCAAAGGGAGCTATTTTTCCTTTGCCTGCGATCGGAGCTAGAAAGCCGTCGGCTATTCAGATTTTTTCATTACCGGCACATGGGGCATACGAGATAAAGTGTTCCGAAGAACCTGTCCAGTGATCTGTAGCCCCTAAGTCTAAGATCCAGGGATTCTTCCCATCAACGCTAATAAGTCCAAGGGACTGACCTGACTGAGCAATGGCACCCAGAGTCGGAGTCTTGGTCTGGCTTGCAGTATGACCAGTTGATTGAGAAGTGCTGGTAGGGGTAGTCTCACTAGGCATGTCCTGAATTCTATTTCTCGTTGGAGGACCGTTTCTTACCTCCTAGGGGACGATCGTGGTGTGCCATTGCTTCTTTAGTGCTCAGACACATGTATTGACTTCCCATTATTCTTGTCACTATCATGATTTGAGGACCGAGCGCTAAGGGCAACGGAGTCAATGGTAGGAGTAGTCAGTACACCCATGACATTAGTGCAATCCTCTTCCAGGGAACTTCAAAACACACTTCCATTAGGGAGGGAAGAGGTCTTTGTCCGAGTATACGACCACAAACAGTATCTAATTTGGGATTAAATCCTGCAAGGAAGTCATAAACACGGTCAGCCTCTTCAAGTTTAACATATTGTCTCTCTGCACAAATCCATCTCTTACCAGAGGAGAGAGAGCTTGTTAAAATAGGTAGCCACGTCCAGGGTCCCTTGTTTGCAATTATGGATTTGTTTTCGCAGTGTATACAACCGAGAGACATTCTGTCGTTTCGAGTAAAGGGTCTGAGTTGTATCCCACAAAAATCTTTTGCTGTGACTGCATATAGTAGAGGCTTGTTGATATGTGGTTCCATACTATTAATCAGCATGGACCGAATAAGTGAGTCCTCCCTTTTCAAGAGTCGTTCCAAGGTGTCTCCTGGTGGAGGACGTACAGTCTCTCCAGTTAAGAAGCCGAACTGGCGGTGACCTTCGAGGAACATCTTTATTGATTGGGACCAAGAGAAATAATTTTGCCCATTTAATTTTTCACCTGAAAAATTCCTTGTAGACGAACCCAAAGAGCCAGTTATATAATCTGACGGTAAATTAGGGAACGAAGTTACTGGGTTCTTGGAATACATCGGCAACTCGGTTGGTTTGGAATGTGTCGAAGACTCGACCGCTTCAATGTCCGATCTGTTCTGGGGTTGGTCAATCCTGTTACCAGAAAACAACGATTGCTATAAAGAGTCAACATAAAGCGGATGCTTATTGTACAGATTTGACAGATTTACAGTTGAGGGTTACTGTCCGGAGTTCATAGGCGGTGCGAGAGGATGCAGATGGCCGGAAGGGTATGACGGTTGGACATCCGACGGTGCATGGGCCCACGCGCCGGACAGGAGCGGCACGTACGGTTGCGAAACCACTCTCGTTGGGTAGATCGGCGGTTTCTGTAGGTTTTGGAGCAATTTCTCCATGGCGGCGGCGATCCTGTGGCGGCGGCAATGACGGGTTTAGTTTCGATCTGGGTTTTTCCTAGGTTATTTTCTAGGGTTTCGTTATTACTTTCCTCTTATACCATATTGAAAGCAATTAACAACAACCCGAGGCTTATGTGGAAATCTGAGAACCGGGAGAAAAACTACGATACTTTAGTTTTTATTATTTCTCTTATGAATACAATAGGTACAAAGGGAGAGAATAAATAGACTACAATAGGAGTAAGAAAGGAAAAGATTTAGGAAAGATTTAAATCTTTCTATATTATTCTTTCCAAAAATATTCTTAAGGGCAAAGCCGTACTGATTCTAACATATGGCTTCTAACAGTTTACATTATTTCTTATCATAGGTAGAAGAATGTATTCGTTAAAGAAAACAAGGAAACATCTATTGGAGAGAAGAGATCAGTTTTCTGCTGTGTGCCTTATGAGCATGAATGGAGAAAATAATAAGATATTTATACCCAAAAATTTCAAAGGGGAAATTGAAAGGTTGGGAGATAGAGAAGAGTTGATAAGAGAAAAGGGGAGAGGTGAATAGTTAGGAGATGAAAGGTTAAGAGAAAGATGAAAAAAATGGATGAGGAAGAGAGAAGTTTTAATTAATAAGAGAATTAATTAGAGAGAAATGTGAGTCTTTTCTAGAGGTACATCTAGAGAGAGGAGCAGTGGAAGGAGAGTAATAAATGTATAAATTAAACAACATAAAAGTAAACTATAAATCATCACATCACTCAATCTTTTTATTAATAAAACAACTAAAATGAAAATGAATTAATTTAATGATAAAGAATTAATTTAGTTAGCCATTAACTACATTCATTTTGTATTTAAATGATAAAATTGCCGCTAAAATAGTAATGAAGAACTTTATAATGAAAGGACATAATTGGAACAAAAAGTTTCTGCTCATCCATGCTTTTATACATAATATAAATATAGATTTAATATAGATATCGATAAGATATAGATGATTTATGATTCAGGTGCCAAAGTCTGGCTCTATTTCCCGCTTTCAATCCCTTTATTTTCTTAGGTCAAAGTTTTGATGCAGAGATTCATAGACAGAAATAAAGCTAGAATTGTAGTTTTAAACTACTTTGCTGTTCTTTGGTCATGTTCACAAGGCTGGCCACAAAGGTTCTTGTCGTATGTTACACAAGTCTGTCATTGGTACTAAAAATGAATGTTTGTAGGAAAACTAGAGATATTTGGTGGTCGGAAATATTTTTTTCAGTTCTGTGCATGGGAAATTGATGAGTGGTATAATCCTTTTCAACTTCATAACCTTAAACTCACTCTAAATGGACACATGCCTATCCTTGTCTCTCTCATCTGTACCGTGTTTCTTTTGTCAGTATGTTATTTTCAGGCGAGGAACTGGAATTGACCGAACGAGTGATTTCTTTTTCATGGAGAAAGTAGACATGCTTATTGGAAGATTTTGGTCATATCTCTTAAGGTTAACGAGGTAAGTTAGTGCTTGAAATCGGTGAACATTTTATTTCATTTACTATCAGTTGTAGGCCTGTGAACTATTTTACTTTTGCTAGTCAAACATCAAATCAAAGAGTTATGTTGCGTAAACTTGTTATAGACCAAAGATTTTTTGCCATCATTGGCAGTTTCTAGTTGGACATCATGAAAAGGAGATTTCTAAGCACATCACATTTACTTTTACGATAAAACTGCCTCCAAGCAACATTTAGAGTATGAAACTGCATCTGTTTGAGCACCATCAAAACTATGGTTTTCTCCTTTTGATTTGTGTGGTTGCAGGTTAGAAAAGATTCTCTGCAGACGGCCAAGTTCACGATCTATGGAGGATAGGAAGAAGAATGATGAGATTCCCACTGATGCTGAACAAGACCTAGATGTTGAAAGAGTTCGTCTGGAGAATATGGAACTGAGGTTGTGCATATTTTCTTACAATTGATTACCGAATGCAGTTGGATCATGCTTACACAAATTTTATGTTGATGGAATGAATAAAAAAAGAAAAATTAAAGCAAAAGACTAATCATATGTTATTCTGGGGTTTAGTTGGGAACAGGACTAATAAGAAAAATGCAGTTCACTCATTGAATTTCCTAGTTCTTTTCTATACTACTTTAAACAGAAATCGACTTAGAAAAGCAAGATTAACCCCCCTGTTTTCGCAGTGCTAGCAATTTGCTGGGCAAGGTTACCATTCAAGAACCTACCTTTGATAGGATTATTGTAGTTTACAGGTACTGCTCTATTGCTTCGAACTATGCATGCCCCATTATATTTTGAAGCTTCATTTTAGATTATGTAGGATCTGATTACAAAACTTGATTCTTCTTTTGGCTAATTGAATTTGAAGTGTTGGTTTGAGGTCAGACTGAGGGGGATATTTAATTACATTGTGGAGTTTGTATTCCTTAATGACAGGAAGGTTATATATCGATGATTTTGTCTTACTATTGTAGCTGTGTTGTTCGTTATCGGTGCATATTAGTGGGAATTTCATTTTCATTTTATTACTAATAATCAACCAGCTTTTCAGATTTTCTTGTCAAAGAGTATCTATTGCCATCTGAGCTGATTGTTCATCAGAAATTTTCCTTTTTTCCAATTATTTTAAAGTACAGTTCGTTGATATCTAAAAGGAATGGTAATTCTTCAGGCGAGCAAGTACAAAGTCAAAACCTGAACGAGGAATATATGTCAAGCATTTTAAAAACATTCCAATGGCTGATATGGAAATAGTACTTGTATGTTAATTCTCTATTTTAATCATCATTCTTTTTTGTTTGTTGAAAAATTTGTGTGAGAAGATCAGTGACGAATTTTTGGTGACAGCCTGAAAAGAAGAATCCAGGACTGACTCCAATGGACTGGGTTAAGTTTATTGTATCTGCTATAGTTGGGCTGGTTAGTATTAAGTATGTTTATTTAGTGCACTATTGTTGTCACTAAATTCTTAATATTTTGTTTACTTGTTTTTACTGTTTGAGTATTTATAGGTTGCCGTTGTGGGTTCAATTGAGATGCCCAAGGCTGACTTTTGGGTCATTTTCGCTGTCCTCTCAACAGTTATTGGTTACTGTGCAAAGACATATTTCACGTTAGTACCATACTCTCTTTGATGCATTTTTCAATTTAATCATTAACTTCTGTTGACCACTTCTGTAAACTATTCAATAATCTCCAAATTTGAAAGATTGGAACGAAAATGTGAAACCCATGACCATGAGCCCAAATCTGAAGTCCACACGTTTACTACAGAAGTAGCAGGGATAGCTGGAGTAGAAGTATGACGGCTGCCTTCAGAGATAAATGTATATTTCCAACTGTCCGATTTAGCATTTCTTCCTAAAGGCAAGCCCAAATAGGTTGATGGTCACAACTCTGTTTACAACCAAAGGTGCCCAGAATCCAAGCAGCTCACTCTTAGATAGATTAACTTTAAGCCTAGATGTATGCTAGGAAATATGAACAGTATTAAAAAGACGATTCAATGCAACATGGTCCACGATGGAGAATACTAAAGTATCATATCAGCAAATTGAAGATGATTCAAAAGATAAATTAGAGACTCCTAGCTGATTGGTTCAAGAGATGACTCAGACAATCAACAACCAGAAAATATGTATCCAAAATCTTTAAGCAACAGAACCCAGCTGTTTATCAGAAATGGTGGATGGGAGCACAAGTTTCAAATGATTAGACAAGACACCGGCTACATTTTATAAGCACATAGAATGAGACTAGGAGGCTGATAATCAAGACAAATTTAGAGTCGACCTTCGGGAAGAGGCAGATGAGAGTTTCATTTAATGATGCATTGATAGAACCATAAGAGTAGAAGTCAATAATCATGTTCTTAATGTCTTGCTTGAGAGAAGGCTAGAAAAATTTTAAAAATTCTTTAGGAAAACCGTTGGGTTATGGGACTTACTACCTCCCAAAGAGGAAACTACAGAAAAAGCCTCTTCCTCAATGAAAGGGCGTTCTAATTCATATGCGTCCTCAACTCTAATAGGGCACCAACCAATGTTAGTGGGAATAATGCTCTGATAGTCATCCTTAAAGGATAAATTGGAACAAAAATGAAGAATTTCAACTTCGATATCAGATGCCGTCACCAGACTCTCCCCTTCTTTGGAAAGAAGTTTGGTGAATGAACTCTTATACTTATGGGCAACAAAAATACAGTGGAAAAAGTGGTATTTTTATCTCCATTTCATTACAACGTTGCATCCAGTATACATCTTGTGCAATCAACTTTTCAAATATGTTCTCAGAGTAATCATCGATAGGAAATCTGATCTGTATTAAGCTATCCATTATCCTCCAAAGTGTTCAAAGCGGCAAAATGTGAAATCAGGGAAGGGAGGTTCCTGGTCTCAAGGTGACAGTTTTACGCCCAATCACAAAGAAAAAATGTCTGTTCTTTCAGTTTCGTCATCAATCCATGGTCAGGCCAACTAGAAGTGGGATGTTAGTCCACCAATTCTCCACCAAAGCATGAAAGGACGGAATTTGTAACCATGAATTTTCAAAGTGAAAGGGGCATGGACCCCAATCAATACTACTAGAGGATAAAGCCAGAGGAAAATGATGAGACATAACTCGATCTAGATGGTGGAAGGTCACAACAATGAATTTGGAAAGCCAAGCGTTTGCAACAAGGAATTTGTTTGGTAAGGAAAGATAAGAGGTTGGTCCTGAGCAAGACAAGTATAACAGCCATCGTCCAACAGGATATCATACAACTGATAATTGGAGATCCACTGATTAAACACTCGCCTACTAGCAGAGATTGAGTGATCATGTGATTTCTCCCATGACTAGCAGATCAACTAAAACCACCGCCAATAATCAATAGTCACCACCAAGTCAAGCCAGCCACCTCATCAAGCTCCTGCCAACATTCTTGATGGTAACATCGATAGACTGCTGTAAGCCAAAAGAAAACCCATTAGCCAAAAAGACTTGAATGGAAATCATATTTGTGTTGCCCAGGTTTACCCTTTGTTGTTTCAGTTATAGGCTGTATTTTTTCTATAGTCCTTTTTCCTCCTAGTATAATACTCTTGTACTTTGAGCATCAATCTCTTTTATTATTATTAACAAAGAGGCTCATTTCCATTCAAAAAAAAAAAAAAAAGAAAAAAAGACTCGAATGGACATAGTAAACAGCCTTGAATGATGTCTTGAATCCTGTAACCAGGTGCGCTCCAAAGTATAAGAATCCCCTGAAAGAGTCAATGGTGTCGAGAGCTGTCCACAACCAAATAAAAGAAGAGCTACAAATAGATTTAACCAAAAAGCCATCCACTTACAGCTTTGTTTCCTGAAGGAGGACAATACTTGGGCACTGTTGTTGAATCACCTTCTTAACCAAAGCTTGCTTCTTCCAGGAACGTAAACCACAGACATTCCATGTGAGAAACTTCATGGGTGAAAAGTGGTACCCTTCTGTATAGCCAACGTGGCTGTTTTGTCATAGTGGATTGATGACTGTAGTCCCTGTAGTTCAAATTGCAACTTTTCTTTTTTCACAGAAGCGGAGTTGTGTTTTTTGGGATTTTAATTTTAGTAGGAGAGGTGGAATGGCCATAATAAAAGGCCATGTTCACGGAGGATATTGGCAATACCTTGAAGGTTAAGAGGGAGGTGAATAGTAATTGAGGGGGGTGGGTTGGGTATAGGCTGCAAACTATCATAATGGTTTATGTTTGGGATGTAGACTAATTTAGTTTGAGCTGGAAATAGTGAACCTACTGTAGCAAAGAGGGAAAGAGAGAATGAGTAGGAAATAATAAACATGTTAACAAAGAGAGATTTGAAATAGTAATCTGTAGTTAATTGTAGGTTTTAATGGTTGGAAACACAAACTACCACAAGTGAAGCCCAAACATGGACTGGGCTATAGTAACCCACTCCAACCACTGGGAGGTAAACAACCTGTCTGTTTTATACTTAAATAATGTGCAACTGGGAGGCTATTCCTAATAGTTATCTTGCTCTGATTATCAGTTTTGTTGATTTCTCTAATGCATGTATACTCTGGCCATTTTTGTTTTTAAATCTATAGGTTTCAGCAAAACATGGCTACATATCAGAACTTAATTACACAATCCATGTATGACAAACAGCTGGATAGTGGAAGGGGAACACTTCTTCATTTGTGTGACGATGTGATCCAACAGGAAGTAAGTATATTATGAATTTCTTGTCTGTCAAATGTGAATATTGTATCGAGACATAAATTTCCGAGTTTGAGAGAAAGGATTAAAATGCATGCTATGCTCGTAATTGGACTATATCTTTACTTGTCTCTTTCTGAATCTCTGAAAGGAGTCTGAAACTCTAGAATGATAGTGTGGTTCCGTCTTCATTTTCCAGCTGGGACCTTCTGGAAAGCCAATGGGTTCTGTTCATTCTCAGAAAATTACCCTCTAGTTTGGGCATTTGTTGGCTAAGAGAAGTCCAATCATTTAATGAATTATTGTTATTGAATCATTGTAGGGTATGTTTCTATAGGGCAGTGCTTTGCTCATTTTTCAAGAAGCTTGGTCTTCTGAGGGATTTTTCCTGTACTGTATGTATCGTTTAGTCCTTCTGCCAGTCTGATTGATAGATAGAAAAATGGAGCAATCCATGGAGAAATGGTGAAAAGTCGAGCAACAAAAGCCAATCTTTTAGTCAACCACTGTTTTGTTTAAGTACAAGCCATGGTTGTTTGTAATTGAATAATTGAAGGGTATGTTTTCTTAGAGGCTAGTGTTTGGTCATGTTGCAAGTAGCTCACGTGAAAAATGTGATAATACATGGGAAAATAGTGAGTACATACTATGACTCGCTGTTTTAGCTTCTGTTTGCATGTGCATCTGTTTTTGGTGACTAGAGGCCTATTGATTTGTTATTACTTTGGTTGTTTTTGCTTTAACCATTTAATAAACTTTGAGCAACAAATAGAGAAAACGATGAATTGCGTATACAACAACTGCTTTTCTGAAATCAATATTTAGATGCCTATTGATTTAGTTTTTTTTGGGTTTGGTTTAACCCACAAATTGTTGGATCCTACGTTTGAGGTAATATAATAAAGTTGAAGATGAAAACCCTCCCTACTGCTGGTAAACGATGGTAATCATCTTCACCTTTTCTTGATTAAGAGCATCATTATGTTAAGAAACATGACAGGATTTCTAAGGCGCTTTAGAAATGCTGACGAAATTAAATATTAGCTCATTGCTCTATTTCTCTAGCTGTTTTTTGGAGATTCATTTTTATATGATATCTGTATGAACTAGGCTGGAGTTTTTCTGAGGTACGCAAGTGGCATACCCTTATGCATATACTGTTAGTCAATACTTATAATGAGTTTTTTCCCTTTGTGTTTAGGTTAAAGAAGTGATCATTTCCTTCTTTATACTGATGGAGCAAGGCAAAGCTACTTTAGAAGTAATTTCTTCAGCCGCTGCTTTGTTTTCTTGCTTTCTTTGATTATGTTTGGAAACATTGATGTGGATTATCTGAAATTTACGGAGAAAAGTGATTTTATGATGATGGCAAATAGGATCTTGATCTACGGTGTGAGGAGTTGATCAAAGAAGAGTTTGGAGAACACTGCAACTTTGAAGTGGACGATGCTGTTCAAAAGTTGGAGAAATTGGGAATCGTTTCTCGGGTTAGTTATAAGCATTTTTCTTACTGATGAAAATTGATCCAAAAAAATTTATAAAAGCAATTTAGAAAAAGTAGTAAAAGCAATTTGAGGAAAAGTAAGAAGAAAGTCGTATATTACTCTGTTTCTAAGTGAGGAAGGGATCAACAACAACACTTTGTACGTAAATTGCGTTAATTATATGAATGCATCAGGATTCTTCTGAGTAGATGCTCATTGACTAAATGGAATATTTGATGATTGCCTAGCATGGTTTTAATGGATATTTACACATATAGTATTTGAGGGTAAGTTGATAGTGTGGTGCATATGGAAGGTGTCCATGATCTTCATCTGATTCTTTCTCTGTTGACTTTAAATTTAGGATACAATTGGACGTTATTACTGTGTTGGATTAAAACGCGCCAATGAGATTATAGGACCAACTACAGAGGAGCTTGTCTTGAAAGCAAGGCAGGGTCTCAATCCTTGAGAAATGGAAAGGCCAAACCTATTCCTGCCCTTTCTCGGAGTGTATCTTAGCGCTAGAGCATGAAACATGAAATTCAACTGTAGATAGTGTTGGCAGTGCAAATGAAGAAAAATTGCTGCTCAAGAAAGTTTTCCACTTCAACAGTTTAGTGATGCAAGCTTAGTAGTTTGCTTCATGCATTTACCCCTTCTTCGTAGAAATGCTGCTCTTTGGTGTGTTTCTGAACTTGATTCGAATCTGGAGTGTAGTTATATTTTACTTGCAAGATTTATTGCATCAGTTTTGTTATTTTGGAAATCTCACCGAGGACATGGCTGTTTTTCTTATGCTTATTGTATGGTTGAAATATGTTTTAATATTTTCATGTCAGGTATCTCATGTAGAAAGGGCAATCCTATTATGCCAATGAACATTTTGTGCCATGTGTCACAAAGAGGGGTTTATAAAGTTCAATTGGGG

mRNA sequence

ATTTCTTACTCTGAAAGCAATACAAAGAAACAAAAAGGAAAAAAAGAAAAAAAATATATAGAAAACCGAAAATGAAAAGGGGCGTAGAGAGCGTACCACCTGGCGCGTGGCGGTAAATTTATAAATTAATAAAAAAATTAAGAAATTGTTCGACAGGTGTGAACAAAACAAAACAGCATTTCCCTCCGGAGCCAGCGGGGATCGTTCAGTTTCATGAGAATTCTTTTCTGGTTGAGACGAGAGACAATTCTTTTTTTTAGATTCAAAACCTAAATTGCTTTATATATTGTCTTTATTGATAAGATAATTGCGTCTATTCATCCTAATAATGATTTGATTTTGTTTTGGAATCGACTTGGGACTGTTCTTGACACTGTTTCAGACGTTACAGTTTGCTGATTTGGAGGTTTCTTCTTTCCTTTTTCTGCTGCCTTGTTTTTGAAGGCATAAATTCAATATTCTCATCTCAAAAACTTCTGTTCTATACCAAAGAACCTTACTGTATTTTGGCCGTTCCCTCAGTACTATTCTTGTCTCGCCTCTCTCTTTCTTAGGCCAGTGGCATACACTCTTTCAGCTTCTGAACAATGGGGAAGAACAAGGAAGTAATTCGGCTGGAGCGTGAATCTGTCATTCCGGTGTTGAAGCCGAAGCTGATAATGACCTTGGCCAATCTAATTGAACATAGTTCTGATCGGGCAGAGTTCTTAAAACTTTGCAAGAGAATTGAGTACACAATTCGAGCTTGGTATCTTCTTCAATTTGAGGATTTGATGCAACTCTACTCTCTCTTTGATCCTGTTCATGGAGCCCAGAAGCTGGAGCAGCAGAATCTATCCTCTGATGAAATTGATGTGCTTGAACAAAATTTCCTTTCTTACCTATTTCAGGTTATGGAAAAGAGCAATTTCAAAATAGCAAGTGATGAGGAGATCGAAATTGCACTTTCGGGGCAGTATCTCCTAAATCTTCCTATTACAGTTGATGAATCCAAGCTTGACAAGGTTCTTTTAAAGAAATATTTTGCTACACATCCTCAAGCCAACCTACCAGACTTTGTTGACAAGTATGTTATTTTCAGGCGAGGAACTGGAATTGACCGAACGAGTGATTTCTTTTTCATGGAGAAAGTAGACATGCTTATTGGAAGATTTTGGTCATATCTCTTAAGGTTAACGAGGTTAGAAAAGATTCTCTGCAGACGGCCAAGTTCACGATCTATGGAGGATAGGAAGAAGAATGATGAGATTCCCACTGATGCTGAACAAGACCTAGATGTTGAAAGAGTTCGTCTGGAGAATATGGAACTGAGTGCTAGCAATTTGCTGGGCAAGGTTACCATTCAAGAACCTACCTTTGATAGGATTATTGTAGTTTACAGGCGAGCAAGTACAAAGTCAAAACCTGAACGAGGAATATATGTCAAGCATTTTAAAAACATTCCAATGGCTGATATGGAAATAGTACTTCCTGAAAAGAAGAATCCAGGACTGACTCCAATGGACTGGGTTAAGTTTATTGTATCTGCTATAGTTGGGCTGGTTGCCGTTGTGGGTTCAATTGAGATGCCCAAGGCTGACTTTTGGGTCATTTTCGCTGTCCTCTCAACAGTTATTGGTTACTGTGCAAAGACATATTTCACGTTTCAGCAAAACATGGCTACATATCAGAACTTAATTACACAATCCATGTATGACAAACAGCTGGATAGTGGAAGGGGAACACTTCTTCATTTGTGTGACGATGTGATCCAACAGGAAGTTAAAGAAGTGATCATTTCCTTCTTTATACTGATGGAGCAAGGCAAAGCTACTTTAGAAGATCTTGATCTACGGTGTGAGGAGTTGATCAAAGAAGAGTTTGGAGAACACTGCAACTTTGAAGTGGACGATGCTGTTCAAAAGTTGGAGAAATTGGGAATCGTTTCTCGGGATACAATTGGACGTTATTACTGTGTTGGATTAAAACGCGCCAATGAGATTATAGGACCAACTACAGAGGAGCTTGTCTTGAAAGCAAGGCAGGGTCTCAATCCTTGAGAAATGGAAAGGCCAAACCTATTCCTGCCCTTTCTCGGAGTGTATCTTAGCGCTAGAGCATGAAACATGAAATTCAACTGTAGATAGTGTTGGCAGTGCAAATGAAGAAAAATTGCTGCTCAAGAAAGTTTTCCACTTCAACAGTTTAGTGATGCAAGCTTAGTAGTTTGCTTCATGCATTTACCCCTTCTTCGTAGAAATGCTGCTCTTTGGTGTGTTTCTGAACTTGATTCGAATCTGGAGTGTAGTTATATTTTACTTGCAAGATTTATTGCATCAGTTTTGTTATTTTGGAAATCTCACCGAGGACATGGCTGTTTTTCTTATGCTTATTGTATGGTTGAAATATGTTTTAATATTTTCATGTCAGGTATCTCATGTAGAAAGGGCAATCCTATTATGCCAATGAACATTTTGTGCCATGTGTCACAAAGAGGGGTTTATAAAGTTCAATTGGGG

Coding sequence (CDS)

ATGGGGAAGAACAAGGAAGTAATTCGGCTGGAGCGTGAATCTGTCATTCCGGTGTTGAAGCCGAAGCTGATAATGACCTTGGCCAATCTAATTGAACATAGTTCTGATCGGGCAGAGTTCTTAAAACTTTGCAAGAGAATTGAGTACACAATTCGAGCTTGGTATCTTCTTCAATTTGAGGATTTGATGCAACTCTACTCTCTCTTTGATCCTGTTCATGGAGCCCAGAAGCTGGAGCAGCAGAATCTATCCTCTGATGAAATTGATGTGCTTGAACAAAATTTCCTTTCTTACCTATTTCAGGTTATGGAAAAGAGCAATTTCAAAATAGCAAGTGATGAGGAGATCGAAATTGCACTTTCGGGGCAGTATCTCCTAAATCTTCCTATTACAGTTGATGAATCCAAGCTTGACAAGGTTCTTTTAAAGAAATATTTTGCTACACATCCTCAAGCCAACCTACCAGACTTTGTTGACAAGTATGTTATTTTCAGGCGAGGAACTGGAATTGACCGAACGAGTGATTTCTTTTTCATGGAGAAAGTAGACATGCTTATTGGAAGATTTTGGTCATATCTCTTAAGGTTAACGAGGTTAGAAAAGATTCTCTGCAGACGGCCAAGTTCACGATCTATGGAGGATAGGAAGAAGAATGATGAGATTCCCACTGATGCTGAACAAGACCTAGATGTTGAAAGAGTTCGTCTGGAGAATATGGAACTGAGTGCTAGCAATTTGCTGGGCAAGGTTACCATTCAAGAACCTACCTTTGATAGGATTATTGTAGTTTACAGGCGAGCAAGTACAAAGTCAAAACCTGAACGAGGAATATATGTCAAGCATTTTAAAAACATTCCAATGGCTGATATGGAAATAGTACTTCCTGAAAAGAAGAATCCAGGACTGACTCCAATGGACTGGGTTAAGTTTATTGTATCTGCTATAGTTGGGCTGGTTGCCGTTGTGGGTTCAATTGAGATGCCCAAGGCTGACTTTTGGGTCATTTTCGCTGTCCTCTCAACAGTTATTGGTTACTGTGCAAAGACATATTTCACGTTTCAGCAAAACATGGCTACATATCAGAACTTAATTACACAATCCATGTATGACAAACAGCTGGATAGTGGAAGGGGAACACTTCTTCATTTGTGTGACGATGTGATCCAACAGGAAGTTAAAGAAGTGATCATTTCCTTCTTTATACTGATGGAGCAAGGCAAAGCTACTTTAGAAGATCTTGATCTACGGTGTGAGGAGTTGATCAAAGAAGAGTTTGGAGAACACTGCAACTTTGAAGTGGACGATGCTGTTCAAAAGTTGGAGAAATTGGGAATCGTTTCTCGGGATACAATTGGACGTTATTACTGTGTTGGATTAAAACGCGCCAATGAGATTATAGGACCAACTACAGAGGAGCTTGTCTTGAAAGCAAGGCAGGGTCTCAATCCTTGA

Protein sequence

MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFEDLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIALSGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFMEKVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENMELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNPGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATYQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEELIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQGLNP

Homology

[Close]

BLAST of IVF0019062 vs. ExPASy TrEMBL
Match: A0A5D3DUK4 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold236G00370 PE=4 SV=1)

HSP 1 Score: 947.6 bits (2448), Expect = 2.0e-272
Identity = 483/483 (100.00%), Postives = 483/483 (100.00%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240
           KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME
Sbjct: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240

Query: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300
           LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP
Sbjct: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300

Query: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360
           GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY
Sbjct: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360

Query: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420
           QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL
Sbjct: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420

Query: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480
           IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG
Sbjct: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480

Query: 481 LNP 484
           LNP
Sbjct: 481 LNP 483

[Close]

BLAST of IVF0019062 vs. ExPASy TrEMBL
Match: A0A1S3BNA9 (uncharacterized protein LOC103491708 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103491708 PE=4 SV=1)

HSP 1 Score: 946.0 bits (2444), Expect = 6.0e-272
Identity = 482/483 (99.79%), Postives = 483/483 (100.00%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFF+E
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFIE 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240
           KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME
Sbjct: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240

Query: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300
           LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP
Sbjct: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300

Query: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360
           GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY
Sbjct: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360

Query: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420
           QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL
Sbjct: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420

Query: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480
           IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG
Sbjct: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480

Query: 481 LNP 484
           LNP
Sbjct: 481 LNP 483

[Close]

BLAST of IVF0019062 vs. ExPASy TrEMBL
Match: A0A6J1F2A2 (uncharacterized protein LOC111441530 OS=Cucurbita moschata OX=3662 GN=LOC111441530 PE=4 SV=1)

HSP 1 Score: 892.9 bits (2306), Expect = 6.0e-256
Identity = 453/484 (93.60%), Postives = 467/484 (96.49%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPV+KPKLIMTLANLIEH+SDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVMKPKLIMTLANLIEHNSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQ LSSDEI+VLEQNFLSYLFQVMEKSNFKI SDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQRLSSDEIEVLEQNFLSYLFQVMEKSNFKITSDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRG GIDRT+DFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGIGIDRTTDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAE-QDLDVERVRLENM 240
           KVD+LIGRFW+YLLRLTRLEKI CRRPS R MEDRKKNDEI  DA+  DL VERVRLENM
Sbjct: 181 KVDVLIGRFWAYLLRLTRLEKIFCRRPSRRPMEDRKKNDEISPDADLDDLSVERVRLENM 240

Query: 241 ELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300
           ELSA NLLGKVTIQEPTFDRIIVVYRRAS KS  ERGIYVKHFKNIPMAD+EIVLPEKKN
Sbjct: 241 ELSARNLLGKVTIQEPTFDRIIVVYRRASAKSNSERGIYVKHFKNIPMADLEIVLPEKKN 300

Query: 301 PGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360
           PGLTPMDWVKF+VSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT
Sbjct: 301 PGLTPMDWVKFLVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360

Query: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420
           YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE
Sbjct: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420

Query: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480
           LIKEEFGE+CNFEVDDAV KLEKLGIVSRD++GRYYCVGLKRANEI+GPTTEELV KARQ
Sbjct: 421 LIKEEFGENCNFEVDDAVHKLEKLGIVSRDSVGRYYCVGLKRANEIVGPTTEELVFKARQ 480

Query: 481 GLNP 484
           G+NP
Sbjct: 481 GVNP 484

[Close]

BLAST of IVF0019062 vs. ExPASy TrEMBL
Match: A0A6J1IYZ4 (uncharacterized protein LOC111481938 OS=Cucurbita maxima OX=3661 GN=LOC111481938 PE=4 SV=1)

HSP 1 Score: 888.3 bits (2294), Expect = 1.5e-254
Identity = 452/484 (93.39%), Postives = 465/484 (96.07%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPV+KPKLIMTLANLIEH+SDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVMKPKLIMTLANLIEHNSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQ LSSDEI+VLEQNFLSYLFQVMEKSNFKI SDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQRLSSDEIEVLEQNFLSYLFQVMEKSNFKITSDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRG GIDRT+DFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGIGIDRTTDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAE-QDLDVERVRLENM 240
           KVD+LIGRFW+YLLRLTRLEKI  RRPS R MEDRKKNDEI  DA+  DL VERVRLENM
Sbjct: 181 KVDVLIGRFWAYLLRLTRLEKIFSRRPSRRPMEDRKKNDEISPDADLDDLSVERVRLENM 240

Query: 241 ELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300
           ELSA NLLGKVTIQEPTFDRIIVVYRRAS KS  ERGIYVKHFKNIPMAD+EIVLPEKKN
Sbjct: 241 ELSARNLLGKVTIQEPTFDRIIVVYRRASAKSNSERGIYVKHFKNIPMADLEIVLPEKKN 300

Query: 301 PGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360
           PGLTPMDWVKF+VSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT
Sbjct: 301 PGLTPMDWVKFLVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360

Query: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420
           YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE
Sbjct: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420

Query: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480
           LIKEEFGE CNFEVDDAV KLEKLGIVSRD++GRYYCVGLKRANEI+GPTTEELV KARQ
Sbjct: 421 LIKEEFGEDCNFEVDDAVHKLEKLGIVSRDSVGRYYCVGLKRANEIVGPTTEELVFKARQ 480

Query: 481 GLNP 484
           G+NP
Sbjct: 481 GVNP 484

[Close]

BLAST of IVF0019062 vs. ExPASy TrEMBL
Match: A0A6J1D4F2 (uncharacterized protein LOC111016875 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111016875 PE=4 SV=1)

HSP 1 Score: 880.9 bits (2275), Expect = 2.4e-252
Identity = 446/483 (92.34%), Postives = 465/483 (96.27%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKR+EYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRVEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQ+LSS+EI+VLEQNFLSYLFQVMEKSNFKI SDEEIE+AL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQHLSSEEIEVLEQNFLSYLFQVMEKSNFKITSDEEIEVAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVD+SKLDKVLLKKYFATHPQ +LPDFVDKYV+FRRG GIDRT+DFFFME
Sbjct: 121 SGQYLLNLPITVDDSKLDKVLLKKYFATHPQPHLPDFVDKYVVFRRGIGIDRTTDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQ-DLDVERVRLENM 240
           KVDMLIGRFW+YLLRLTRLEKI  RRPS R M DRKKND+IP DA+  DL VER+RLENM
Sbjct: 181 KVDMLIGRFWAYLLRLTRLEKIFSRRPSRRHMGDRKKNDDIPPDADNADLYVERIRLENM 240

Query: 241 ELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300
           ELSA N+LGK+TIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN
Sbjct: 241 ELSARNMLGKITIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300

Query: 301 PGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360
           PGLTPMDWV F+VSAIVGLVAVVGSIEMPKADFWVI AVLSTVIGYCAKTYFTFQQN+ T
Sbjct: 301 PGLTPMDWVTFLVSAIVGLVAVVGSIEMPKADFWVIVAVLSTVIGYCAKTYFTFQQNLVT 360

Query: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420
           YQNLITQSMY+KQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGK+TLEDLDLRCEE
Sbjct: 361 YQNLITQSMYEKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKSTLEDLDLRCEE 420

Query: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480
           LIKEEFGE CNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ
Sbjct: 421 LIKEEFGESCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480

Query: 481 GLN 483
           G N
Sbjct: 481 GTN 483

[Close]

BLAST of IVF0019062 vs. NCBI nr
Match: TYK27184.1 (uncharacterized protein E5676_scaffold236G00370 [Cucumis melo var. makuwa])

HSP 1 Score: 944 bits (2441), Expect = 0.0
Identity = 483/483 (100.00%), Postives = 483/483 (100.00%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240
           KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME
Sbjct: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240

Query: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300
           LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP
Sbjct: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300

Query: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360
           GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY
Sbjct: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360

Query: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420
           QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL
Sbjct: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420

Query: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480
           IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG
Sbjct: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480

Query: 481 LNP 483
           LNP
Sbjct: 481 LNP 483

[Close]

BLAST of IVF0019062 vs. NCBI nr
Match: XP_008449987.1 (PREDICTED: uncharacterized protein LOC103491708 isoform X2 [Cucumis melo])

HSP 1 Score: 943 bits (2437), Expect = 0.0
Identity = 482/483 (99.79%), Postives = 483/483 (100.00%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFF+E
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFIE 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240
           KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME
Sbjct: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240

Query: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300
           LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP
Sbjct: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300

Query: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360
           GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY
Sbjct: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360

Query: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420
           QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL
Sbjct: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420

Query: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480
           IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG
Sbjct: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480

Query: 481 LNP 483
           LNP
Sbjct: 481 LNP 483

[Close]

BLAST of IVF0019062 vs. NCBI nr
Match: XP_004145705.1 (uncharacterized protein LOC101204725 isoform X1 [Cucumis sativus] >XP_031738640.1 uncharacterized protein LOC101204725 isoform X1 [Cucumis sativus])

HSP 1 Score: 926 bits (2392), Expect = 0.0
Identity = 472/483 (97.72%), Postives = 479/483 (99.17%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQNLSSDEI+VLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIEVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGID+TSDFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDQTSDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQDLDVERVRLENME 240
           KVDMLIGRFW+YLLRLTRLEKILCRRP SRS EDRKKNDEIP DA+QDLDVERVRLENME
Sbjct: 181 KVDMLIGRFWAYLLRLTRLEKILCRRPISRSTEDRKKNDEIPPDADQDLDVERVRLENME 240

Query: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300
           LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP
Sbjct: 241 LSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNP 300

Query: 301 GLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360
           GLTPMDWVKFIVSAIVGLVA+VGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY
Sbjct: 301 GLTPMDWVKFIVSAIVGLVALVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATY 360

Query: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420
           QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL
Sbjct: 361 QNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEEL 420

Query: 421 IKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQG 480
           IKEEFGEHCNFEVDDAVQKLEKLGI+SRDTIGRYYCVGLKRANEIIG TTEELVLKARQG
Sbjct: 421 IKEEFGEHCNFEVDDAVQKLEKLGIISRDTIGRYYCVGLKRANEIIGLTTEELVLKARQG 480

Query: 481 LNP 483
           +NP
Sbjct: 481 VNP 483

[Close]

BLAST of IVF0019062 vs. NCBI nr
Match: XP_038874654.1 (uncharacterized protein LOC120067213 [Benincasa hispida])

HSP 1 Score: 903 bits (2333), Expect = 0.0
Identity = 461/483 (95.45%), Postives = 473/483 (97.93%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKR+EYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRVEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQ+LSSDEI+VLEQNFLSYLFQVMEKSNFKIASDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQHLSSDEIEVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQ NLPDFVDKYVIFRRGTGIDRTSDFF+ME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQGNLPDFVDKYVIFRRGTGIDRTSDFFYME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQD-LDVERVRLENM 240
           KVDMLIGRFW+YLL LTRLEKI  RRPS+R  EDRKKNDEI  DAEQD L+VERVRLENM
Sbjct: 181 KVDMLIGRFWAYLLSLTRLEKIFSRRPSTRLTEDRKKNDEISPDAEQDDLNVERVRLENM 240

Query: 241 ELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300
           ELSA NLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN
Sbjct: 241 ELSARNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300

Query: 301 PGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360
           PGLTPMDWVKF+VSAIVGLVAVVGS+EMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT
Sbjct: 301 PGLTPMDWVKFLVSAIVGLVAVVGSVEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360

Query: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420
           YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGK+TLEDLDLRCEE
Sbjct: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKSTLEDLDLRCEE 420

Query: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480
           LIKEEFGEHCNFEVDDAVQKLEKLGI+SRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ
Sbjct: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIISRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480

Query: 481 GLN 482
           G+N
Sbjct: 481 GVN 483

[Close]

BLAST of IVF0019062 vs. NCBI nr
Match: XP_022934334.1 (uncharacterized protein LOC111441530 [Cucurbita moschata])

HSP 1 Score: 890 bits (2299), Expect = 0.0
Identity = 453/484 (93.60%), Postives = 467/484 (96.49%), Query Frame = 0


Query: 1   MGKNKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFE 60
           MGKNKEVIRLERESVIPV+KPKLIMTLANLIEH+SDRAEFLKLCKRIEYTIRAWYLLQFE
Sbjct: 1   MGKNKEVIRLERESVIPVMKPKLIMTLANLIEHNSDRAEFLKLCKRIEYTIRAWYLLQFE 60

Query: 61  DLMQLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIAL 120
           DLMQLYSLFDPVHGAQKLEQQ LSSDEI+VLEQNFLSYLFQVMEKSNFKI SDEEIEIAL
Sbjct: 61  DLMQLYSLFDPVHGAQKLEQQRLSSDEIEVLEQNFLSYLFQVMEKSNFKITSDEEIEIAL 120

Query: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFME 180
           SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRG GIDRT+DFFFME
Sbjct: 121 SGQYLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGIGIDRTTDFFFME 180

Query: 181 KVDMLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAE-QDLDVERVRLENM 240
           KVD+LIGRFW+YLLRLTRLEKI CRRPS R MEDRKKNDEI  DA+  DL VERVRLENM
Sbjct: 181 KVDVLIGRFWAYLLRLTRLEKIFCRRPSRRPMEDRKKNDEISPDADLDDLSVERVRLENM 240

Query: 241 ELSASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKN 300
           ELSA NLLGKVTIQEPTFDRIIVVYRRAS KS  ERGIYVKHFKNIPMAD+EIVLPEKKN
Sbjct: 241 ELSARNLLGKVTIQEPTFDRIIVVYRRASAKSNSERGIYVKHFKNIPMADLEIVLPEKKN 300

Query: 301 PGLTPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360
           PGLTPMDWVKF+VSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT
Sbjct: 301 PGLTPMDWVKFLVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMAT 360

Query: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420
           YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE
Sbjct: 361 YQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEE 420

Query: 421 LIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQ 480
           LIKEEFGE+CNFEVDDAV KLEKLGIVSRD++GRYYCVGLKRANEI+GPTTEELV KARQ
Sbjct: 421 LIKEEFGENCNFEVDDAVHKLEKLGIVSRDSVGRYYCVGLKRANEIVGPTTEELVFKARQ 480

Query: 481 GLNP 483
           G+NP
Sbjct: 481 GVNP 484

[Close]

BLAST of IVF0019062 vs. TAIR 10
Match: AT3G19340.1 (Protein of unknown function (DUF3754) )

HSP 1 Score: 781.2 bits (2016), Expect = 4.9e-226
Identity = 387/481 (80.46%), Postives = 439/481 (91.27%), Query Frame = 0


Query: 4   NKEVIRLERESVIPVLKPKLIMTLANLIEHSSDRAEFLKLCKRIEYTIRAWYLLQFEDLM 63
           NKEVIRLE ESVIP+LKPKLIMTLANLIEHS+DR EFLKLCKRIEYT+RAWYLLQFEDLM
Sbjct: 6   NKEVIRLEPESVIPILKPKLIMTLANLIEHSNDRQEFLKLCKRIEYTVRAWYLLQFEDLM 65

Query: 64  QLYSLFDPVHGAQKLEQQNLSSDEIDVLEQNFLSYLFQVMEKSNFKIASDEEIEIALSGQ 123
           QLYSLFDPVHGAQK++QQNL+S EIDVLEQNFL+YLFQVMEKSNFKI S+EE+E+A SGQ
Sbjct: 66  QLYSLFDPVHGAQKIQQQNLTSQEIDVLEQNFLAYLFQVMEKSNFKITSNEEMEVAHSGQ 125

Query: 124 YLLNLPITVDESKLDKVLLKKYFATHPQANLPDFVDKYVIFRRGTGIDRTSDFFFMEKVD 183
           YLLNLPI VDESKLDK LLK+YF  HP  N+PDF DKYVIFRRG G+D+T+D+FFMEK+D
Sbjct: 126 YLLNLPIKVDESKLDKKLLKRYFEEHPHENIPDFSDKYVIFRRGIGLDKTTDYFFMEKLD 185

Query: 184 MLIGRFWSYLLRLTRLEKILCRRPSSRSMEDRKKNDEIPTDAEQD-LDVERVRLENMELS 243
           ++I RFWS+L+R+TRLEK+  +R SS + +D KK+DE   D + D L VER+RLEN +LS
Sbjct: 186 VIISRFWSFLMRITRLEKLRAKRSSSLNKKDPKKDDEPNPDTDNDELYVERIRLENSKLS 245

Query: 244 ASNLLGKVTIQEPTFDRIIVVYRRASTKSKPERGIYVKHFKNIPMADMEIVLPEKKNPGL 303
             + L K+TIQEPTFDR+IVVYRRAS+K+  ERGIYVKHFKNIPMADMEIVLPEK+NPGL
Sbjct: 246 FKSFLSKLTIQEPTFDRMIVVYRRASSKTNLERGIYVKHFKNIPMADMEIVLPEKRNPGL 305

Query: 304 TPMDWVKFIVSAIVGLVAVVGSIEMPKADFWVIFAVLSTVIGYCAKTYFTFQQNMATYQN 363
           TPMDWVKF++SA+VGLVAV+ S+EMPK+D WVI A+LSTV+GYCAKTYFTFQQNMATYQN
Sbjct: 306 TPMDWVKFLISAVVGLVAVLTSVEMPKSDPWVIIAILSTVLGYCAKTYFTFQQNMATYQN 365

Query: 364 LITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILMEQGKATLEDLDLRCEELIK 423
           LITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEV+I F+ILMEQGKATLEDLDLRCEELIK
Sbjct: 366 LITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVMICFYILMEQGKATLEDLDLRCEELIK 425

Query: 424 EEFGEHCNFEVDDAVQKLEKLGIVSRDTIGRYYCVGLKRANEIIGPTTEELVLKARQGLN 483
           EEFG  CNF+V+DAVQKLEKLGIV+RDTIGRYYC+GLKRANEIIG TTEELVLKA+QG+ 
Sbjct: 426 EEFGARCNFDVEDAVQKLEKLGIVARDTIGRYYCMGLKRANEIIGTTTEELVLKAKQGVT 485

[Close]

BLAST of IVF0019062 vs. TAIR 10
Match: AT5G13940.1 (aminopeptidases )

HSP 1 Score: 562.8 bits (1449), Expect = 2.7e-160
Identity = 282/452 (62.39%), Postives = 359/452 (79.42%), Query Frame = 0


Query: 31  IEHSSDRAEFLKLCKRIEYTIRAWYLLQFEDLMQLYSLFDPVHGAQKLEQQNLSSDEIDV 90
           I+   +R EFL+ C+R+E TIRAWY L FEDLMQLYSLF+PV GA +L QQNLS+ EID 
Sbjct: 321 IKDKWEREEFLRFCQRVECTIRAWYHLHFEDLMQLYSLFEPVRGAHRLNQQNLSTREIDA 380

Query: 91  LEQNFLSYLFQVMEKSNFKIASDEEIEIALSGQYLLNLPITVDESKLDKVLLKKYFATHP 150
           LE  FL +LFQVMEKSNFK+ ++EEI++ALS QY LNLPI V+E+KLD  LL +YF+  P
Sbjct: 381 LEDQFLLHLFQVMEKSNFKVITNEEIQVALSAQYRLNLPIVVNEAKLDTKLLTRYFSKFP 440

Query: 151 QANLPDFVDKYVIFRRGTGIDRTSDFFFMEKVDMLIGRFWSYLLRLTRLEKILCRRPSSR 210
           + +LP F DKY+IFRRG GID    +FF+ K+D ++ R W +LL +T L++++  + +  
Sbjct: 441 RDDLPHFADKYIIFRRGFGIDHMKAYFFLAKIDTILVRIWHFLLTITCLKRLVYGKKNDV 500

Query: 211 SMEDRKKNDEIPTDAEQD-LDVERVRLENMELSASNLLGKVTIQEPTFDRIIVVYRRAST 270
            + ++    +I  + E+D L +ER+R+E ++LS SNL+ K+TIQEPTF+RIIVVYRR S 
Sbjct: 501 GLSEQ---IDISIETEKDSLYIERIRIEKLKLSLSNLMKKITIQEPTFERIIVVYRRVSG 560

Query: 271 KSKPERGIYVKHFKNIPMADMEIVLPEKKNPGLTPMDWVKFIVSAIVGLVAVVGSIEMPK 330
           K + ER IYVKHFK IPMADMEIVLPEKKNPGLTP+DWVKF+VSA +GLV VV S+ + K
Sbjct: 561 KKESERNIYVKHFKTIPMADMEIVLPEKKNPGLTPLDWVKFLVSAAIGLVTVVSSVSLKK 620

Query: 331 ADFWVIFAVLSTVIGYCAKTYFTFQQNMATYQNLITQSMYDKQLDSGRGTLLHLCDDVIQ 390
           AD  VI A+LSTV+ YC KTYFTFQ+N+  YQ+LIT+S+YDKQLDSGRGTLLHLCD+VIQ
Sbjct: 621 ADIRVIAAILSTVVAYCVKTYFTFQRNLVDYQSLITRSVYDKQLDSGRGTLLHLCDEVIQ 680

Query: 391 QEVKEVIISFFILMEQGKAT-LEDLDLRCEELIKEEFGEHCNFEVDDAVQKLEKLGIVSR 450
           QEVKEVIISFF+L+++G  T  E+LD++ E  IKEEF E CNF+VDDA+ KLEKLG+VSR
Sbjct: 681 QEVKEVIISFFMLIKKGCPTSKEELDMKSEAFIKEEFNESCNFDVDDAITKLEKLGLVSR 740

Query: 451 DTIGRYYCVGLKRANEIIGPTTEELVLKARQG 481
           D+  +Y CV +K ANEI+G TTEE+VLKARQG
Sbjct: 741 DSEDKYRCVEMKEANEIMGTTTEEMVLKARQG 769

[Close]

BLAST of IVF0019062 vs. TAIR 10
Match: AT2G46915.1 (Protein of unknown function (DUF3754) )

HSP 1 Score: 92.4 bits (228), Expect = 1.0e-18
Identity = 63/230 (27.39%), Postives = 121/230 (52.61%), Query Frame = 0


Query: 237 ENMELSASNLLGKVTIQEPTFDRIIVVYRRAST------KSKPERGIYVKHFKNIPMADM 296
           + ++ S S LL   T+QEP F+ +I++Y + ++      K +    + ++ F+ IP+ D+
Sbjct: 454 KRIKTSISILLSPSTLQEPAFEELILLYTKDASEKDDKNKDETRSSLQLEIFERIPIPDL 513

Query: 297 EIVLPEKKNPGLTPMDWVKFIVSAIVGLVAVVGSIEM------PKADFWVIFAVLSTVIG 356
            ++ P KK      +D V+  +++I+GL A   + +       P A F  + AV + VI 
Sbjct: 514 PVIFPHKK-LYFRIIDTVRLDIASILGLTAYFVNYKFENISSSPSAFFLDVIAVTALVI- 573

Query: 357 YCAKTYFTFQQNMATYQNLITQSMYDKQLDSGRGTLLHLCDDVIQQEVKEVIISFFILME 416
           Y  +    ++Q    YQ L+ +++Y+K L SG G++  L D   QQ+ KE I+++ I+++
Sbjct: 574 YATRVVLGYKQTWDRYQLLVNKTLYEKTLASGFGSVHFLLDASEQQQYKEAILTYAIILQ 633

Query: 417 QGK---ATLEDLDLRCEELIKEEFGEHCNFEVDDAVQKLEKLGIVSRDTI 452
            GK    + + +  RCE  + + F       V+ A+  L +LG+V+   +
Sbjct: 634 AGKNQNMSYKGVGDRCERFMYDTFKIKVEMRVEKAISTLVRLGLVTETLV 681

The following BLAST results are available for this feature:

BLAST of IVF0019062 vs.


Match Name	E-value	Identity	Description

BLAST of IVF0019062 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3DUK4	2.0e-272	100.00	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A1S3BNA9	6.0e-272	99.79	uncharacterized protein LOC103491708 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1F2A2	6.0e-256	93.60	uncharacterized protein LOC111441530 OS=Cucurbita moschata OX=3662 GN=LOC1114415...	[more]
A0A6J1IYZ4	1.5e-254	93.39	uncharacterized protein LOC111481938 OS=Cucurbita maxima OX=3661 GN=LOC111481938...	[more]
A0A6J1D4F2	2.4e-252	92.34	uncharacterized protein LOC111016875 isoform X1 OS=Momordica charantia OX=3673 G...	[more]

BLAST of IVF0019062 vs. NCBI nr


Match Name	Identity	Description
TYK27184.1	100.00	uncharacterized protein E5676_scaffold236G00370 [Cucumis melo var. makuwa]	[more]
XP_008449987.1	99.79	PREDICTED: uncharacterized protein LOC103491708 isoform X2 [Cucumis melo]	[more]
XP_004145705.1	97.72	uncharacterized protein LOC101204725 isoform X1 [Cucumis sativus] >XP_031738640....	[more]
XP_038874654.1	95.45	uncharacterized protein LOC120067213 [Benincasa hispida]	[more]
XP_022934334.1	93.60	uncharacterized protein LOC111441530 [Cucurbita moschata]	[more]

BLAST of IVF0019062 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G19340.1	4.9e-226	80.46	Protein of unknown function (DUF3754)	[more]
AT5G13940.1	2.7e-160	62.39	aminopeptidases	[more]
AT2G46915.1	1.0e-18	27.39	Protein of unknown function (DUF3754)	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (IVF77) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 403..423
None	No IPR available	PANTHER	PTHR33645	AMINOPEPTIDASE (DUF3754)	coord: 3..480
None	No IPR available	PANTHER	PTHR33645:SF10	AMINOPEPTIDASE	coord: 3..480
IPR022227	Protein of unknown function DUF3754	PFAM	PF12576	DUF3754	coord: 257..378 e-value: 2.0E-24 score: 86.0

Relationships

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


Feature Name	Unique Name	Type
IVF0019062.4	IVF0019062.4	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006508	proteolysis
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0004177	aminopeptidase activity