MELO3C014331.jh1 (gene) Melon (Harukei-3) v1.41

Overview


Name	MELO3C014331.jh1
Type	gene
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	Serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit B-like
Location	chr05: 3806471 .. 3846211 (+)
RNA-Seq Expression	MELO3C014331.jh1
Synteny	MELO3C014331.jh1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonstart_codonCDSpolypeptidestop_codon

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

AAACAATTCGTTTCTCTCAACGCTTGAAATGGACTTGGATTGGATTCAGTAACTGAAGCTTGAAGCCTTTTTGTTAAGCCTGGTAAATCTCAATCCTTGTATTTCTCTCCCCTATTTTCTGTTTGTGTGGTTCCAATTTTGCCTATTATCTGTCTAAAAGATGAATTCTTAGAGATACTGTCAATTATCTTGTATTTGATGGTTTCTTAGATGGGGTTTTGATTAGATGTTAGGTTTTGATCATAACTATTAATTCCTTGGGGCTGTTTGATTTAGCATAGCAGCATTCTCACAATCTATGTATGGTGTTATCTACAGATGTTTGCATAGGAACACTCGCAATGGTATGGTGTTATTTACAGATGTTTGCATTGGTTGTTCCTCGTAGTTTGTTAGTTTTATTAGGGTTTGGATAGGTTTGCTGATGATTTTGATTCCACAAGAGATGGATTTGTAGAAATTACTGGATTTGGATTAGGAAGTCTTTTGTAACACAAATTTTTGAAGGATAAGAGAAGCTACCCTTATTTTCGAGGGCGATTGGGTACTTAAGGTTAGGAAGATTGCGAGGGCGATTGGGTACTTAAGAACGGGGGAGAGAATTGTAAAGGAATTGGAGAAAAGATGAGCCATTTTCACAATGATATTGTAAGTTCTTGCATTGCGGTGGTAGAGAATGATATTGGAAAACCTCATTGTTTTCTGTTCTCTGACAACATAACTCCTCGAATGCATCCTGCAATATAGTTGTTTTCTGACCTCAATGTCCACCCACCCAAGTGCCATGACCAAAGTGCCACCTATAAGGTGCATCATGGCACTTGGCGAGTATCTAAGTGCACTTCCTTAGAATGTGATCAATCCCCTACTTGTAAAGGTTGGTCTCATTCTATTTGTAAAAGCGACATTCACGAAACTTCTTCCTTTGTTGATAGCTAAAGTCCTATGGTCATGTTATGCGTACTGATAATTGACCATGTTTGTGTACCACAATTCCCTCTCTTCAATTTTCAACAATTACTTATAAGGAAACTAGTCTTGGATTTCAGTCTTACCAAGTTGAAGAGGTGTTTTCCAAACGAGACAAATAATCTGCAACCTGATTTTTGTGGTCTAACATCTCCAAATCAAATGCTTGGAGCAATAAAATCCATCAGATTAACTTCAATTTGACATCTTTCTTGGCCATGAGATATCTGATTGCAAAATGATTAATATATATTGTGATTTTGAAGTCAACAAACATAACTCCTATATTTCTAAAGCTTAAATATTATCATGAGCAATTACTTCTATGTCATAGGCTGCTTACCCACGACATCAATCTTAGTAAGGTCAACTTCTAACTCCTTGCAGGATATTTTGTTTCTTAGCACAATCCCCTTAATCATCATGAAGTGACACTTTTTCTAGTTCAAACACCAAATTAGTTTATTTGCACCTTGCCATAACAACTTCTTAATTGCTCAACCATTCTTCAAAGAGTCTCTGAAGATAGAGAAATAATAAATGAAATCTCAATTTATCTTTTTAGGAAGTTGAAAAACATTGTCATCATGCACTTTCGAAATGTCCCTAGTGCGTAACAAACCCAAATGGCGTGCAACAAAAGCACGCCACATGGACAAGTAAATGTGGTTTTTTCTTGATCATTCGATGCTATTGTAATTTAGTTATAAGTTATAACCAAAATAGCCATCGGAAAGCGAAATAATTGTTCCAGGCAACCTACTTCACATTTGATCAATAAAAGACAATGAGAAATGGCTCTTTTGGTGTCTGTGTTCAGCTTGCTAATACATAAAGATACGCCATCCACCCACAATTTGCATAGGTATGAGTTCATCTTATTCATTAGTGACTTTGAAACTCAATGGATTGGGTTGACCCATTCACCATTAGAGATCGAATAAATCACCCCATGACAAGCCACTCAATTACTTCTTTCTTGATGACTTCTTCTATCGTGGGGTTTAATCGCCTCTAATATTGAATAACATTAGCTTATCCCTCCTCCAACCCGATTTTGTGCTCTGAATATCATCTAGAGTCCATCATATGGCCTCAGTGTGGCGTTTCAGAGTCTTCATTATTGCTTTCTCTTTAGTGGTTTTTTGGTGGGCGAAAATGATGACATACAGAGTGCCATTCTCTCCTAAATATGCATATTTCAGGTGAAGTGGGAAAGGTTTCAATTCTAATTTTGGTGGTTCTTCAGTTGATGGTTTTATTTTCCTTGAATCCTTTGTTGGTTTAAGGATTCATACTTTTTTGCGTCAGACACAACATTCACTTCTTCAATCTTGCCATTTAAAGGGAACTCTTCTTCTAAACATTATTGCAAAACAACTCTACAATCACTTCTTCCTTGCAGTAATCCTGTCCAAATGATTTTATCGTGTTATAGTGCTCAGGCTCATTTGGGTATTTCAACAAGTTGAAGATGTTGAATTTCACTTCTTGCTTATTGACCCTCAATGCCAATTTCCTTTGATGGGCATCAATTAAGGCATTCCTAATAAATAGGCATCAATTAAGGCATTCCTAATAAATAGAAACGACTACCCTAAAATAATAGGAACTTCCTTGTTAGCCTCATAATCCAGGATAATGAAATATGTAGGAAAGATGAACTTGTCCACTTGTACTGACACATCTTCAATCTTGCTTTAAGGAGGGTATAGATCTGTATGTCAACTGGAGCAATATTGTTATAGGTCTTGCCTCACCAATCCCCAAGTTGATGCTGGCTCCAAGGTCGCATAATGCACACCCAAGAGCTATTTTGCCTATAGAGCACAAAATCATGAAGCTTTAGGGATCTTTCATCTTTTCAGGGAGCCCTTTTTTTTTTTTTAGATATCACCTATTTCTTGCATTAGAGCAACAATTTTATACTCATTTAACCTTCTTTTCTTTGACAATGTCTTTTAGAAACTTGACATATGAAGGCATCTACTCCAAAGCTTCGATAATTGGATGTTAATGCACAACTGCTTAAGCACATCCATCAATTGTTTAAACTACTTCTCATCACCTTTCTTCTTTAGGCGACTTGGAAAAGGAGGTGACATAGGATCAAATGCAGTTGTCTAATTAGACGTCTCTCTTATTTTAGCATTTTGCCTCTCATTCTTTGCTTTCTTGTTTTTCTAAATCTGCATGGATGGATTACCGTTAAATTGAGTTATAGAAGTATAAGAAATATAAAAGGTAAAGCTAGTCTATCAATCATAGTGTTGGTTGGTAAAGAATTTGTCCGTTTGAATTCTTAATCTAATTCTTTAATGGTCAAAGGCCTTCCACCCTATAATGTAATAACTTTACATTGCTCTTTTGTGGATCGACCTGCGTTAGGCGACAGCCTTCCCTTGAGCTTGTTGGTTATTTTATCCATTTGCATTTCCAGGTTACGAACCGTGGCTTCTTGATTCTGTAGAAGAGCATCATTCTTCTAGATATATTCCTTTAGAGGCTTTCCATAGAAGAGGAGCTGGATGAAGACACATTATTCATTTATGGTGGAAAACTTGGCCGATGTGAGTTCTAATGACCTTGGTAAAACCTAGGGCGTTGTAACTGCGTCCTAACATATTGGTCATCTTGTTTGTTTTGCCCTTGGTTCCTTCCCAACTGAAATTAGGACGATCCATCTACTCATGATTATAGATGTTGGAATAGGGATCGTGTTTGAGGTACGAAATAGACTCTTGGTTCTATAGGCATGCATTAGTACATACAACCAATTCCTTCCATCTGATTGACTATTTGCACTTTTTTTCCTTTTGCATTAACTAGAGTCGATGCTATTGATTGAAGCAAATTCATTGTAGCTGTGAAACAATCTTGAAACGTTGTAATAGTGTCTTTATCCCATTCCTTCAGAATCTTCTTGTGCCTCCTAGATCACGAGCCAAAATCATTGTCTTCACACTCTTTGTGATTTCTAGACATGACATCTAGAGTCTCTTTAACCTTTGTATATATTTTGCTCATCAATCCACAAGCTCCAGTCACGTAGCACCAGCTACCTGTTGTGTAACCTTGTTCGAGTCGTCATAAATTATATCCATTAAAGCACATTCATGAATGCCATTGTGAGGGCAAATCTTGATCAGGTGCTTGTACCTTACGCATCACAAAGAGTTTCTCTATTTTTTTGTTGAAAGTTTGCAATGTCTCCTCTTTTTGGCATTCTCTTGGGTGGAATGAACTTCTTGATGAATTTCTCAACTAGTTGGTCTTATGAAGTAATCCTACTTGCTTTTAGAGCTACGACCCATTTCTTGCTACATCCTTCAGAGTGAAAGGAAAAAGCGTTGGGCATTATCTTCTTGAGTAATGTCCGACTTATTGAAGGTTTTGTAGATCTTGTAGAAATCTTTAATATGCGTGTGTGGGTCTTCGTCATGGTACTCTTCGATTTGACCTGCAATTTGGATCATTTGGAGATTAACCAGTTTCATCTCCAATTGAAAACATGTTCCCTAAGCTGAAGACATTTAGGTTGGGAGAAGCATATTCTCGAATGGGTCTATTCTATTCGTAAGCTATCAAAATTGGATGGGCATTCATACTCATATGAGCCTTAGCTTCATTGTTAATGTGACTTAAGCTGGTGTTTTTCTGTTCTTCCTCATTGGTTGCTGGATGGAAACCTCGTTCATTATTATATGTCATTTTTTCCTTGTCATCTTTGGCTTATTTCTTTGTTGTGAAGTTGAAAGATTCGTTCAATCTTCGAGTGAAGTTCAAATTTAGGTTCAAAACCATCACTCATTAACTCGCTCACGCATTCTTCGGATAAGTGAATGATAGACCACAAATGAACTTCTACAAAAGATAAAAAACAAATAAATTAATTAAAATTCTCGACAATAATAGCACAAAAAACTTGGTTGGGTTGTAATTTTATCGCAAATGCATGATGTGAAGATGCATTTGCATGATCATAATTATATATGGTATATGCAGTGTAATTATTTTCGTGCGATATTTTTGACTCGTAAATTCATCTTTGAGGTTCTAAGTTTGTGAATTCATGTGTAATGATGCGAAATGAAAGAGAAGATAAATTTCTTTGAATCGATATAAATATAATATTCAATCCTAAATTAAGACGAACAATCTCTCGATGTCTTGTCACATATGTTCGCCTATTGGGATATACATGCTGAAGCTGAAACATGCGATTCATACCTAAGTACTTTTGGATGTGATATTCACAATTCAATCATTATTTAAGCCAAGCAACATCTTGGCGCTTAATTGCCACACACATTTTTGATATGTATGATAAGGTTCAAATAGCAAAATTGATTTTATTTTTTAAATAACTTCTACACTTAGTTTAATGAAGTCGTAGTTACTTTCTTTTTCGAGTAGTTAACTTTTAATACTTAATTCATTATCTATAATAGAATTATGTATTGAATATATCTTTGATTAAACAAAATAAATATTGCATTCATCCAAATTTTTTAAAGAAAACATTTCCACTTTTTATTTTAATCAAAATATAGAAAACATGAATATGGAGCAGGTAAAGAGACGAGAGAATGATAGTGTAAGTTCATTGCATTCATATTGGAAACTTTACATCTCTCGAACATTAATTGAAAACTTTACATCTCTCGAACATTAAATTCATATTACAAATACATTGTAAAGAGAGAGTGAAAATGGAAAGGTAGTAAAATGTGTCGAGTCTCAAAATGCAATGTATTGCATCGTTTAGCTAGTGGTTGTCTGTTCCAAAAAGTAGAGGATTGGTGTTTAAGGGTTCCATTCCAACTCTCACAACACCAAGCTCTCACCTGATGTTTAATGGAACAAGAAAGAAAAATGCAAGAAGATGATGTACTCCAAAAGTCTTCTTTCCTCGATTTTCTTTCACACTCACACCATAGATTCCCTACTATTTCTGTCCTTCTAGCTTCTAGAGTTCAATCCTCTCTAGTCCATAGAATCCATTGTTTTGCATGTCGTCTAACATTTTCACCAACTTGTTTTTCATTTAGCAATTCACATCGTGTTTTATTTTTTTTTCATTGCCTGGTTGGTTGACACAAACTAGATCAACTTTCCTATCCTAACTCTTCATTCTACATTGTCTTAATTTTTCATAATCTTGCGCTTAAACATGAAAAATTCATGATAAACAAATGTTTTATCTTTTGTAACTCTTAGATTGAATAGTTGATATTTTTATTAAATTTATCACTCATTATCTCACTTTTCTCTCAATTTTACCCCATTATTCTAGATAAAAGGTTATTATAACACGTAGTTCTACGAGTTATCATTTAACCATAAAATTTCCTCAGTTTTGGGTATAAAGTCTAAATAAAAGGCTATTATAACACGTAGTTCTACGAGATATCATTTAACCGTAAAATTTCCTCAGTTTTGGGTATGAAGTTTGGGAGAAGGGCGAAAGCAAAAGAAGAGGAAGTGGACTTGGGATTTGGAGAAAATGAGTTTTAGGTTTTGTTTGTCTCTTTCGCCTCTTCTCAACAATAAGTTCATCCATATTTTTTTCTACGTTTGGTTTATTAGACTCTTTTAGGAGTCTTTTCAATAACCTAAAATCATAAAATCAAAAAATAACATGGCATCTATCAATAAGGTATAAGTTTGCTATCATTTATACTATTAGTAATTGAAAGTATCATATTGATAACATGTTATCTGATTCAAAGTGATAACATGTTATCTGATTCAAAGCTATCATTGATAGAATGCTAACCCTATCTCTTTTCTTTATCGATTTATGTTAAAAACAAACAACCACAATATGACTTACATAAACATTACCTTGATATCATTGATCTATAGTATCACATTAGGGATATCACTTATAGATGTTATCAATGAGAGCAATAGAAGAATATTATTCATAGTACTATAAAAAATATCAATTGCTAGCCTTGTCAAATAATCATCAAATCACAATTAATATGTTTATCAAGGAGATATCTTGTATAGCCATAAAAAGTATCCTTCTAATGATATCACTTATAGAGATGCTATGAGTGATATCGGTCTACTGTAATCATTAATAGATAATGTTAGTTAGATTCTTATATGTTGATAGGAATATTGGAAAATTATTTATAGTATCTGTCAGGAATACCAATTGATAGTATTTTTGAAATACCTATCATCATTCAATTGGGAACAAATAATATATATTGTTAGAATTAATGGGCTTGACCCTTAGAGTATTTTTGGAAAGTATATGGAAGATTTTGTCTACTTTCTAAATCTTTTCTTTTTTTACTCCTTATTGTATCCCCTCCCTCATTGTACCTATTGTATTTAATAGAATAATAAGAAGAAAAATATCATGATTTTTATCCCTTCTCAACAATCATGGGTTAAGGACAAGGTGATGTACCATGACCAAGTCAATTTTTAAAAGGTTGTCATTTTTTACTACAGGGATAGATTTTCTCTTAATATATAAATGGTAATGTGTAAAGAGCAAAACATATATTTTTTCACTATTTTCAAATTGGGGTAACTATATTCTTGACTCTTGAGTTGTCTCCAAGACTTGAAGTTCTCAAGAGTTGTAGCGTAAATGGCCGATGTAAACAATATTACTTCTAAGTTGATTTTCTTGTTTTCATTTTTGTTTCCTTAATTGTATTTCTAGGTTACAACCTTTACTTGTTGGAAATTTTTTGGTATCTGAGAGTTTTCTTTTTCTTTCTAAAAGATACTTTCTTTTTTAACAAGTATGTCTCTTGAGTTCTAACAAGTACACAAATAAGAATTTCAATCTCACGCCTCATTTAGGATATAGAAAGAAATACGGACTTGTGTTGAACATGGTAGAACTGGTTTCAATTGAACTCAGAGAGGTTGTGAACTGAACTCCTTTCTTTCTCCATCGTTGAAGATGAAGTTGTGTTATATGATTTACATGCAAGGCAAGCTCAGAAGATCAAGAACACACAAAAATTGTACTATGAGTTGGGTTTCTCATTTCATCTATAATAGTTGTCTGCCTCAATGTTTTGTTCTTCTATATCTACAACATAGACGGTCAGAAAAATTGCATCGCTGTGGATAGAAAAATCAAGAACGTGGCCCTTGGGGCTAGGTCGGTGACAGACTTCATCCTTTTACTCGAAGTTGCCTACAAGATCTACTCAAGTTCAATACTTGAGTTATGTCCCAATTCTAAAACAAATGTGGCTCCTCTAACTTTCTTTGGATGCCTTACTGATGTTAGTAAAAGGGTTTCATGGATGGATGTTCTTGTCGACTTTTTTGGCTCTGCTTTCTCTTCCATAGGTTCTTCTTCAATACTTTATGTGATTCTTATACCATTGTCTATTTTGGATCAAACCCCATCTACTTTTGGAGTACACTCTAGTGCTAATTCCACTTTTATTGGCATACTCATAACACTTTTGATCTTCACTTCTAGTTAATTCGTCTAGAACATTCAGTTTTGTCATTGACTCTTAAGATTTATATAGAAGAGATACAATTTAAATCCTAAGATTTATTAGATAACAGGAAATTCCATCTCAATGTTTGATTTAGTGCAAGGGGAGAAGTATGCATCTTTTTAAGATTCTAATTTCTAGAATCTATTTCCATAAGGAAATTGAATGATAAGCTTGAATCTATGGGTTTGAAAGACCATAAAGAATAGGAGGAGTCTTATTCCTTGTCGGAGCCTCTTATGTTTTTCAGGTATGCCATGTTGCATTCTTGATTACCCAGATGCTTACGCGGGATGGAATGTCCTTAGAATTTTTGGCTCTTATATATCTATAGTTGGGATTTGTCATTTCTTCGTGGTTGTCACAATCATTTTAAGCAGTGGACATCAGAAAAGATGTGCTCCATGTCCTTGAGCTCTTGAACAAAATTCAACCATCTTGAATGGATGCTACAAAGTCCTCCGGCTTATCATACCTTTGAAGAACTTCCAGTTATCAAGGAGACAAAAAGCTATGTGAAGTAAAAGAAGAAATGTCTAAGACTGCTACGAAGAACCTAACAGAATTTTTCAAAGTGTGGGTTCTAAAATCTACTAAAATAAAGTGAATATGGATATAAGCAAGTCCAGCAACAAGATGAATATGGTAGAATGAACAAGTTCGACGGTTAGTGGAATTTGATAAGTCTGGAGGGTCCAAAGGACTTATTGGCATTGAATAGGGAATGAGTCGATGGATTCAGATCAACACTGGCTTTTGCATGCCACAGAAACCACATGAGCCAGCTGGATAGCCAGCTCCAGTATGTGGCATACTCGGCCACTCATTTTTCACCTTCCCTAGTGAAGAGGTACGATGGAATTAGATGAAGCTCTTTTGGCTTAAGTTCCTGCAACAACATCGCAACTATCTGCCTATGTAGATAAGCATTAAGGAGCATGCCCCTTCCAATCCACTACTCTAATGGTACCTACAATGAACTCAGTGGCTTCGTGGCTATACTCATAATCGCTCCTACTTCTTAAAGCGATTAGAGGTATAACCGTGAATGTGCACGGTAACGAGCCCCATATAACTGGCTTTGATAGGGTGGTGCAATACTAGTAATAACAAGAGTTCTTTCCTTTGCAAGCCGTTTATAAGCCCAAAAAATGTCAAGGCCTTCCATAAAAAAGAATGGTGGATGAAGGTTACATGAGAGAACCCTTTTCATACTGTCAAATACAGGATCAAAATTCAAAGGGATACCGCTTTTGACTTTCCTGTCTTACCTTTTCCAATAAGTTCCATTCCAATGTATGGTTCCAAATGAAATCCTGTGGCAGCCGATAAAAGGAATATGAAAAGTTAGAACTCCAACTAAAGAAAGAAACCAAAAGGAAGAAAAAGAAAAAGAAAAAGATGAAGATGGTAAGTGAGAGCGGACGAGAGCTTGGGCCAGCAGTGTCTTTCCAAAAAGACCTATTGTCAGTCTCTTGTTAGGGAAAGTCTCACTTTTCCCCTACCCAGCTCTTTTGGAGTCTTCCTTGTAAGGTCTCAGACGTAGTCGATTTGTGGTCCCATTTTGCACTCCTCGAATGTGATTTAACCTTTTTTCTTCCATTTTATCGAGTCGTAGGTTAGTTGTAGAAGGAGAGGAGAGATCTAATTGAGAAGGGATTGATAAGGATCAATAGTGCAAGCGAAAAAGGGTGAGCCATTGATTTCATATCCAGGTTTAGGATCAAGATAAAGAGAGAGAGAAGTTGAATTCGATCTTCATTTTCCCACGTAGTAGTATTTCATTCTTAGACCAAGTTAGACCAAGAGTTTGATAACTCAAATCTCCATGAAGCATAGAGAGATAGGAGTCAGGCATAGGTAGAGCAGGAATCATTTGAGCAGCAAGAGAAAGTAGGACCAACCAAGATCAAGGAAGAGAAAGTAGAAGTAACAAGCAGACGCAGGATAGACGAACCTCTTCCTTTCACTTAGAGGGAGAAACCACATTTTTCTTTCATTATTGATATAGATGGAGCACAGACAAATGAAGGAAGGAAGCTCAGAACCCCACCTTTTGAAGAAAAGATAGACACAGGGAAGGAGCGACCTTTGAAAAAGTGAATCAATCTATATTCAATCCTCCTAGAAATTAATGAATAAGGTTCGTGAATATGGTAGATTTATGAGTCAAGAGGTTCAAAGAATGATCGAAGGACTTAGCTAAAAAAGAAGAGGAGTCTGAAGGACTATCCATATTCACCATTTATATTAGCTTTCAAATATACTCATCTAGAGGTCCTCAGTCTTTGTAATTCCACTAGTATATAGGACTTTTTAATTCTACCATATGAATCTTGTTGTGGGACTTGTTAATGTGAATATGGTAGATTTCAGACGTAGAAGGAGGGGTTTGGAGGACTTATCCACCAAATAGGCATTGCATTTTATTCACTAAATCAAATATGTACTGGTTAGCCTAGCCCACAGAGCGATATTTCATTCTTTCATGACTCACTAAAGTAGGAAGCATTTTCAGAATCCTAAAGGAGGGTCCTCTTGATCCATGAATTCCACTAAAAGGAGTGGGAGAGGTTTAAAGAATATTAACGAGGCCTACGAAGCGGGGCGAGTTAGACACAACAATATGGATCATAAGAGAGAACCCTTGCTGCAAGACCAGGAGCTTTGGCCCCAGCAAGGGGGTCTTCTCTACCTTCGCTCCTTTTTTCCTTGATCGCCAATGCGCATCCGTCTTCGGGTTGGGGACCAGTGGTGCAGTCCTTTAACTGATTATTGACTCCTTAGTCTACTGCTACACTTCTTTGCTTCGTAGGTCTCCTTTCTTTTCTCCATGGAGATTCAAATTTTCTTCTAACTCAATTTTATCGAGCAGCCCTTGGTCTCATTTGCTTAAAGGTTTTGGTCTTGAATTCATAATTGGACTTCTGACTCTTCGCATTCGAACCTCTCCTATCTTCTTCCTTCGCACCTTTGCTCTTGTATTAATCAATTCTACCTCACTGCTACTAGGCCCATTCGGCTGGGCTAACCTATCCCCGATCCTGGTGGAGTTCTTTTTCTATCCTTTCTTCTTATCTCAAGATCTGACGAAACCTATTCTCCTGTGGTGAGTCAGACTTTCAGTGCTCATTCTTTTTTTTTTCATGGATTTGACATAGGCTGAATGAAAATTCCTTCTATCTTGCACGACTTCTATTCTTAGTCGCTTCTCTTCTTCTCTCAACTGCTACAACTCTCCGTTTTTGATGTTTCGCTCTCTGGGCCTCCTCTTTCTCTTCGGTCTCGCCCAGTGGATGAAAGAGAAAGGGCAACCTCTTGGGAGGGAGCATATGGTAATGTGAATTTCGCCCACCTACTATATCTTCTTCCCTACTTTACAGGAAGGATAATTCCACTGATCGTAAACGAAAGAATACTGGATCGAGTGAGTTAGGGTGGGAAAGAAACCCAGATAAAGCACAGAGATTTGAAGATTGATAATAGTCTTTGAAAGAATACAAAAAGCCTATGAACATAAGATCACGGAATCCATACCTCTTAATGGGAAGATCAGAAATGAAAGCTCGATCTTTTTTATTCTCAATTTCGGGAATCAATCACTCGAAGTAGGGAAAAAAGCTAAAGGCCTCATCTTTGCTTTACATATTGAATTTCTTATCCACACGCCACGTAGCTATCTTGCTCTTTCTTAGTGGACGCTTTACTTGAATACACAGAATGAAACAAGAATGAGTAGGACTTAATGGAATATAAGAAAAATCTACCTTTCTATAAGAAGATCAAGAGGCGAGAAGACGCGAGATTAGGAGAGAGGAGAGGAAAAAGAAAGATACTAGATAGGGGCCTATTCTGTTGAGCCAATTAACTGAACCTCCCTTGTTGGATGCATTCGAATGTACGATGGAAGACTAACGACAACTCTCCAAGTTCGGATGTTCCCAATGGAGACGGATTTTAGTCTGACCTCTAGTCCTATGGTCAAGCTACAGATAACCTTTTTGGTCTAAGTTGTATGGGCACTGCTTCATATTGTTATAAAGTGGACTTCTCCCCTAAATGGGAATCTTTTCTCATTATATATGAGTTAGCCTTCTTGTTTCCACTTCTATTATAACTGAATAGCGCAGCAGGCTCAATCTCATGCCTAGGAACCCATCTAGTGTAGGGACTGCGAGAACTACGGCTACAACAGCAAAAGAAAGGGATGCAAGAACAGATGGTTAAGCCTGAACTTCCCAAGAGGGTGGGGCAAGGGAAACAATTCCTTGTGCTAAGTTGATTTGTGTGCGTGGATCATGTGCCAATGCCCCAAGGTCCATCTTCTGGTTGTTTAGCCTCTTCAGACTAAGTACCTTTCAATCCGACTAGTTGAAGCACGTGGAAAGAGGGCTCGAGCATTGTCAAATCGAGTTTTTTTCGTAAGATGGGGATGACTCAACTTGTTTATCTTCCTTTCATCTTTGAATTGGAAATATCTGATTACGATGTATTTCGGTATTTAAGCTCACTATGAGCAAAACTGCGAAGTAGGAAATGTCAATTTGACCTCAAATAAATTGTGCGAAATGGGATGAAAAGAGGTCTTTATGCTTTCAATTGTCTTCTAGGCAGACCGTATTAGATGTCGAGTTGATCGAACCCTTGTTTATCCACAGGTCCTTTTAACTCATGAATTCCACTCAAACAAGTCCAGAGGACCTCCGGAGGCTAAAAGAAGAGGAGAACTAGTCCGAGGACTTATGAATTCCAAAGATCCTTTGGACTCTTTGAATTCCACTCAGAAAATTTATTCGAAGGGACTTCAAACCACTAAAAGACTAGAAATTGAAAGGACAGCCTAATGATAAACTTGTGATGTCAGAGAATAGTGCAGAAGAGAAGAGAAGAGGCTCGAGCAAAGGTTATCTAATCTTTTCTTGAAAAGAGAGAGGAAGATGGCTATGGCTGTCTCACCAGAAAGTTCGTATGATCTCTTTCGAATTGGTCCTGATGCTGAGACGGAGATGTATGAGAGGAGAGTGTATACTCTTTCACTTTGGGAGCGAGACCAAAGTTCAAGAAGTTAAGTGGTCAACACTGAAAAGAAAGATGGAAAGAGGTGAGTTGGCTGATAAAGATGGACAGTTCTCTAAAGTCACCTACTTGAAGACAGAAAAGGTTAGCAGCCAAGCACATTTATCTCAGAGAATAAGATAGTACTCCCTAGGACTTAGGTTCTGCTTTTCGAAGACTATTACTTTGATTAGTATCTCCAGACTCCTTCTTTAGAAAATACGTGCTTTTCCCTCTTATGAGAGCTAAATCCCATCTCTTAGGGTGAAAAAAAGGGTCATTTCTTCCGTTTGGAGACCACCTTTTCTTGCATCCCTTGCTCTTTCAGTAGTGACTGTCATAGTAGTCATTCCCGTTTATTGGACGGATCTCTCTTGCATAAACGAAAAGACTTTTTTTTGTATTTCATTTTACAAGGAGGAGATCAATGAACAAGGTTCAAAGAATTTGACATAGCGAGATCAGTCTAGAGGACAGAAGTTTAAGTGAATCTCCTACTAAACCTACTGAAATAAAGATCAAGCCTAGACAGTGCAGAATTAGACAAAGCCAAGTCAAAACTAAATAGGTATTTTGATGTCCAGGATTAACCAATAAAACGCATCCTCGGATCTGAAGGTTGAACATTCCCCCATTTTTTGATTGAGTTTTGATTCTTTATCTCTTTCGGCATCAAGGGCATCGATGCAAAGAGACTGATGATAAGGAAAGATCTCCTCGCCCTAATGGCTTTTTCTTGCTTGCTGTTCATGTGGATAATCAATTCTTTGGAAATCTTTCTTATAGAAACTAAGCTTTTGCTAGAAAGAGTTTAAGCTTTAGTCAGCATGCCAAAACTCAATTCAATAAGTTCTCACATTGGAAACTCGATACAGTAAGAGGCACGCTCAAAGGTAGAATAGGCTCGACCCTACCTTGACAAAGGGTCACTCATCTTTGTTCATGGGGGCTACTAATCCTACTAAGAACCTTCTCAAGTAGTAAGCTTTTTCAAAAAATGACTCAAACTCTTTCGCTGAGGTTGGCTCTGGCATATCTCCCACTTCTTTTCTTTTAGTTGGGTCAACATTCATGCCTTGTCGATTCACCAAATAACCAAAAAAATTTCTTGATTTGACTTCGAAGGCACACAAGACTATTACCTAATATCAAATTTGAAAGGATTCAAATATCCCTTTCTATTCATTTCTATGATCGTAGAGGGACCCCTTTACATTCAATGGATAAACAAGTCCTTTGGACGAGGGATGAAAGTGGAAAGTCATAGATCTTTTGCTCAGTAAATGAGTCAAACAAGACTTTCCATTCCTTTTTCACGAAAGGCCCTAGGATAAGACGTTTGACTAAGCCTCTTGTCTGTAAATGGATAAATACGCCAGGCGAAAGACTTTACCATAGAGAGATCTAAATATGAAACTCCTTCTCGCACAAGAAAAGAAAGAACTATAACTGGACGAAAGGCAAATCCCATGGCCTAACAAGAGGCATCATAACATCAAAGAAATCATCTCCGTCCCCTCCGACTACCGAACTCAAGGTTATCAGCTAATTCATCTACTGCAATTATGTTATTTCAATCAGGTCGGGTAATCTTTCTCCATCTATTAGGTCTTTCATCGTAGATATTATGCCATGGAAAAAAACCAATCCCCATGGGAGAGACGTAAGAGAATCCATGGTAAATACTAGCAAAGGCTTCAGAGCTAATTAGTGACTGACTAACGAAATGGATCCTTGTACTCAATTACGAAGCTTTGTCTCGTCGCCTTGATCAATGATAGATTCTCCCGTGGATTCCTAATAGGTGATTGATCTTGAAGATTAGTGAGCGAAAGAAAAGCATTATTTTCTTATAGGAAGATAGGTATGAGAAATAGGCTCCATGAAAGAAAACGTAGCAAGATCTGCTGTAGAAGAAAGGGTAGGAACTGGAACCCCGTTGAATCAACTCTTTTCGTAGTTCGATAGTCCCACGCTTGGTAGCATGAAAAGAATAAACTCTTTTCGTAGTTCATATGGTAGATTTCAGACGTAGAAGAAGGGGTCAGAGGCAGGCAAACTAAGCCGCTGCTCAAGCTATTCTTTCGGTTCATTTAAGTTACTTTTCTTGCTTGTTGACATTGTTAAGATAGCAAACTGATAAAAAAGCTCAAAGCCGAGTCAATCAAGAATTTTGTGACTTTTTTCTTTCTAATTTTTTGCATTTTTACTTTTTTATAATCTTCTGCCCTTTTATTCAATGCAATCATCTGATGTTGTCTCATCGAACTACCTTTACCCTAACATGTTGATCAACAAACTCAAGCAAAGAATAACAGCGAAATTCAAAAAAGGAAAAGGAGGCTAAACTCCTTCCTGTTTTTTGTACTTAAGAAATCTTCTGAAAAAAAAGAAAGAAACACGAAACTGAAACTTTCAAAAATTGTGAATTACCTCACTAAGAGAGATAGATGGGATCCTTGTTTGTATTAATATCCTCGGTGTCAAAAATTAGCTTTGGCGCCTCCTCTCTCATCTTTGGGGCATGAATGAAAGAATGAACCCTGTTTCTTCCTCAACGATTGGGTTAGTTTTGTGCCCTTGTTCATTGATTGTTAAGGAAAGATGAGACAAATGGCGTACAAGGAAATTCATACACTTTTCTTTCATTGAATACGCCTTTTTGGGCTAGAGATAGCTACTTTCGATCCCTATTCATTCGCACATTTAGGCTTTCAAGAAGGAGAGAAAGAAGAGGGAAAGCTTGTGGGACTGATCTTTATTAAGAAACGACTATGGGTCCGAAGTCCTTGTTTGAGTGGAATGAATGAGTCCTCTACTTTCACACTCTTAACTCCGTGGTTTGAAGGACGGGTTAGTGGAATTTCATGAGAACTCTGAACAGGTTCATATGGATTTTAAACTCCTTCGGAGCGGTCATTTTGACTTGTTTATATCTATATTAACCTGTCAAAAGGACCATTAAAAGCAGAAAGCCTATTCGTAGGACTAGTTTATGCAGTTCGACCAGCTGTGTCAGTCGTTCTGGCTTCAGAAGTTCGCCTTCTTGTGCCAGTTGTTGACATTTCGAAACTAATCATGAAATGATCATTTCTTATATAGAATTACTGAATGAGTCTATGAATATCATACCTATCCGACCCTTTTATTTATCCTATTTCAAGAGCAAAAACCTAGGAAAGATCAAATACCACTACGCCTGCCTATGAAACCCCAAGATCATCGACTTACTTGGCATATGCGGTTCCTTATCGTTCAAGATCCTAATTCAGAGTTTTAGCTCTCCTTCTCTCTAGCTTCCTTACGAGTTCCTTTGCACCTTTGGTCTCATTCTATGATTCAAAATCCATATGCTTCACCATGAATGCATAAAGAAGAAAGTCAATTTTCTGACATGAACTAAAAATAATCCAGGTTTCTTCTTTCTTCTGAGTAAGAAACCCATGGACATCAAAAGATTGAAAGAAAGGCTTAATGTAATACGAGAAAGGGAATGAGAAAGTGAAAGATCTATCTTTAGGAGCTTCAATTAGTAGAGCCTTCGAAGGTCCTCTGGACTCTGAAATCTACCATATTAATCTTCTTGTACTACTTTAGGGCAAATGCACAAAAATGCACTTTTAGGTATAGGTTAGATTCAAGAAAAGAAGAAAAAGAACCCATTTCTTAGATAGAATGGACAAAGAATAGGTTTTGACCCATGGGAATCAGAATTTCTTTCCTCTTGATGCGGTATAAGAGGTCTTGTCTAGGTCATTTCTTTTGCTAGAGAATATGTTGGCAATGATCCTTTTATAGGAAGGGAATCGCTAAGACCAATCATTCCCTAGTCTGCCTATATCCTATTGCTATTATAGATGGGATATTCTTTCTATTATGTGATAGAAGAGGTAATATTGTATCAGTCTAGTCTTAAATCATTCTTTTACTTCCATTCGCTCCTAAAGCTGCAATTCTTCTTTTCACATGGGGCCCTTGATTTTGATTGCATGATAGAAAGACATATGATGAATTGATTTCTTACCTATGTAATAAGGTTTTTCTTAGTCTCATCTACGATCATAATAATAGATGAATAAAAAACTTTTCATTTCATCTATTTTTTCAATTAGTATTTTGACTTATCCATCCGCGTATCTTTCAAAAGAGAAATTGAGGGAAGTGCTTTATAAACATATGGATCAAAATAATGTATTTCATTTAGCCTCATCATGCTTACTATTTCTAGTGATTCGAAAAAATAGTCAGATTTTTTCGCTTAACTCGCATTGCACCTTAAAGTGAATCAGTCTTTGAAAATCTTTACGAGGAGTATTTGGGCGTAGATTTACGACTATGGAGGTGAACTTTCAAGTTACCTCACGACTGCTCTTATAAAAAGTATGCTTTTTTTTTTGGGAGGAGGGGTTTCCACTAATCCAATCTTGAAAAGGTTCTTAAAGGCCGATAGAAAGCGGGTTAGCGATAACACTATCAGGGAATGAAAAGAGAGATGTTATTGAAGGGAATGAAGTAGTGTCGTCGATTACCCGACCACCTAATAGAAAAGATTAACGAGCATCAAATCTCAGATGAAGAGAAAGAAGACCTATCATTCCCGAATGACGCATCCTTAGATACAACAAAAACTAGAGGTCTAGCAGATTTCAAAGTTAGAAAGTGAAAGCCTACTAACAAGAAAAGAAAGCTTCTATTTTCATGCCATCTTAATAAGTTGCCCACTCCATGCCAAATTCATTGAATGCACAATTCAAAAAAAGAAAGATAATGGTATGATTCAATATATTGTAGAGTTCTTTACCTTGTCAGTTCCATTTCCAATTCTTGGTCATTGAGATTCATGGGCAATACCAATTCAGATTTCAAGGATAGATATTACCTCCCATTTTCCTCATTCAAATCAATTTCAATGATTTCTATTTTTCTATTTTGAATCGTATTTGGTCGAATTCCTATTACTTTGGCTGGATTATTTGTGACCTTTGATTGACAATACAGACGGGGGGGATTAATTGGACCTTTGATTAATTAACAGTTCTTTTTTTATTGACCCCTTACTTGCTTTATAGCCTAGAAGACAAGCACTGCTTGAATATGAACGAGCTAACGTTTTTTTTAGAGACTATCTTTGTTCACTGAGGCAGGAAGAGCTTCAAATATTGGAAACAAACTTGCTGCCTTAGAACCATCGAGCCTAGCCTGCTCAATCCATAGCCCTTGGGAACTCCCTTGTAAAAAGACGAAACTTCCATTCCAACTGCCACCACAACTTGAGCCCTACCTCATTTCAACTGCAATTGGCTCAAAAGGAGAAAGAAAGGCTACTCTCATGCAATGCTGACTTTTTTTCTTCAATTAAAGGATATGGTGTACCTTACAACTGAACATGGATTGCCCTTTCATAACCGCTACGCTATGTTATAGTCATTTTTGTACATTTAATGTACTCTATGGATAGAGGAATACTCTACGCAAATCTAACCCCTTCCCCTGTTCCCGCCTACGTATATGGGAGATTTTCAGAAGTGAACATCTTTTTTAGTCGTAGGGTCTAGGGAAAGAATAGGAAAGGTGATTTCACTATATTTTTTACCCTATCATAAGAATCTTTTTTTTTAGTGGTCCGAAGAATAAGAGGAGCTCAATTTCAATGCTCAATTTGGCCCTTTATTTTAGTTTCACCATTTTTGATCGAGGAATCTGTATTTCAGGTTTTCGGAGCCAAGGGGTTGAGACTCGTAATTCGCCTTCTACTCTCGGAGATTTCCCTTTCAGGTTTCCAGATTGAGGAGGGAAAGCACAAGCTAACTATTGTAGGTTAACCTAATCCAAGGGAAAGGAGAATATAATAGGAACCTATGATATTCGAGATACCTACATCCGAACGGCTAAGAAGAAGTTGCTTTTGCGGCCATTGCTTTGGACTAACTTGATTACAACGACATTGATTACAACTAAGAATAGGTTGAATTCGAAATTCATTCTCTTAATTCAAGAAAAGAAAAAGATGAATATGGTAGATTAAAAAGTCCTTTGGACTGGTAAAGAACTCTGAATATCGATAGTTGTGTAAATTCTCTCTCTTTTTTTTCTTCTCTTTATATCTTTCACAAAGAAAATCATAAAGGTCAGAAGATTTCGATGGGTGGAGGACGAGGCTTCGAGCTTAGAGGTTAACTCTGACTTATGTAGTTGAATCATAAAGGTCAGAAGATTTCATTGGGTCAACCCACTCCATGGTAGGATATGAAATATGCTAAAGCTAATTGAATATACTAGCTTCCGAGAGAAGTGATGAATGAAAGAGAATCAACCAAAGATGAAGAATGAAATGAGGTTCAAAGAATATTGGCAAAGAATTCTGATCTTTCTCTTTGTGATCCATTAGGAAAGCTATAACGACTATGAACTAGAAGATGAACAAAAAATATTTGAAAGATTCCTAATTCATGAGAAAATAAGATCGTCTAAGTTGGAGGCTGCCACACTTCAGATCCACGAATAGCCACGGGCAAACACCTTTCACAAGCAAGTATCTTGCTTCCACCTTTCTGAACAACAAGGTGCGGAAGCCTGAGCTTTTCCTATAGGTTATACTTAGTCTTAGCAACCTAAATAAATGTTTTGATTCCTTAGTTGTCGAGCTACTCAAGCTAGAAAGCTAGTATACACACATTTGCTTGATTGTTTTAAGAGAAACTTGATGTCCACCTTGCCCTACCTTTGCAATTTATTGGCTTTTTTGTTGCATTTTGTTAGTTTTTATAAGATTGATATTTAACGATAAAAGATGAAAAATAATTGAAAAGAGATATTTTTTTTGTTCCATCTTTCCTATATTAAAACCTTGCAAATTGTGCATTTTTGCTAAGAAACCAATCATCACCTACTTATGCAATTAGGAATAAGACTTCTAGCATGAATCCACTTAAGTATTAAATCGTACACTTGAAATATAGCCCAAAAATTCAAGAGAACACTTAGATAATTGGCCAGGGTGTGACGGGTGGTATGTATAGGGCCCAGGTACATATTCACTAGGGCATGCTGATCCGCGATTACCAGCGATTCCAACTTTATGTTCCCGAGTTGGGCTCCGTGGGAGGAAGGCAGTTATCAGAAGCAAAGAAAGAGACTGAGGGTCAAAGAATTTGAGAAGTTGACTCTGTTAAGAAAAGAGTTTGACTTATCTCCTTTCAAAAGAGGTTAGAGTTTCAGACACATTTCTTCCCTTTGTAACTGCGGAGTGGGCTCAAATACCGCTAAGTAGGTTTCAATCCAAAAACCCTAGGCAAACTTCTTTTCTTGTATTTTTTACAGGATTTTTACGATTCAAAGATTTCTCTGATTTTCTGAGATAACTTGATCCTTCTACCCTGGCTCTTCTTGGATGCAAATTAGAGGAAAAGGAGATTGATTCGATCTCTTTCACAAGAGTCTTTCTGCTGAATGAGGATAGACTTTCTTGTCAAAACCAAAAGGGTAATGAGTGAAATGAAAAAGAATTGATTCATCCTTGTTAAGATCTTACCTCGGATCAGAGGGACGGACTAGCCTAAAGCGTCTGATAGAGACGTCAGCCACCTTAAACTATAATGAAAGTGGGGTTATTTTTCTTACTCTGCATAGTGGGTTAACAAATAAGTCTTTCGATCTGCACTGGTTCGAGCTATCCTACTTGTTCATCGTTTATTAGATTGTTTAAGAAGAAAAGCTTGCAAGATCTCTTTTACCGCATAGTAGGAGTCTCATATTCTACTCCTGGGACGAGGTTTCTTGCATCCTTCATATTATGCAACATAGTACGTACTTAGTTCACGGGAGTAACGCAAGCTGGGAACAGGATTAAGGTAAGGGGGAGTTCATCATTGTCCTTTCACTAAGAATACCTTTGAAGGACTACACTGCAAGACTGAATATAGAAAGCGGTGCTGAGGTTCAGTCGCACCATCTCTGGTTCTTGGTAATGCCATCTGTCCTTTTGCACCTCATACATCGGCTCCAAGAATTTCTTTGATAAAGAAAGACTATATACTGGTAATTCTGGGGCACGCCTTAAAGTCAAGTCCTCCTCTCCATGCCCACCGTCATCATCTATCGATAACCTTCCTTTAGTTTTCTTCTAGCACTTCATAGTCTTTATGTAGTCTTTCTCGTACACCTATAGAGCAATGTTTGTCTTTATGAGTTGGTATTGCACACGAGCTCCTCTTGAGAACTCTCATTATACCGACCCACGTAACGATCTTGCACATTCATCCATTTCTGACTTGTGAATAGAGAATATTCTTAAACCTTAACTTAGCATAGAAAGAAGAAAAGCGATTACTACTTCTTTAAGAGCAGCCACAACGGGTCTAGCCTCCTTTAACCACTTCAACCATAGAAAGAGCGACTTTCTCTTTTTCCTGTATTTTTTTAGAAGGCTCGATGAGGTAGGTCCCTTGTAGAAATCTGTAAATTCATAGTCTACAGAGTGGTTCTTGAACTGACATCAGTCCTTCGACCTTTCCCATAAAAAAGATAGAAAAAGACGGATTTCTGAAGAAACATGTCTGCTTCACATGGGAATTCGTACAAATCAGATTAAGCCTAACGATGTGAAGCGACTAATAGCCTACTAAACCTACTAAAAGGATGTTATGTTATAAGAACATAATATATAAAGCATAATAATTCAATGATGAATAGTGGATTTGATACATTGTTATATGAGGGTTCGACTATCCATTGGGGAATGCTTCTGCAATAACTTCAACCCTAACAAGAACCGTGTCATGGGCCCAAAAGAGGGACGAATTATTATGCCCCAGCACTTAGTCGAGTGCCCCGACTTTTCTTTTTCTTCTTTATGGGTGGGAAATGAAATTGACCATTAAAAGAATGAAGAGAAATATGCTTGTATTTAGCTAAGAGCTTTAAGCCTTGTTTCATATTCTTTGAACCTTGTATATTGATAGTAATCCTTTCGTTTCTTTTGTTGCGAGACTAATTTGAGATTGATCTATCTAAGATTCATTTCATTATTATGCTTCCTTTATCTTAAATTCACTTTCTTGTTGTTGGACTGATTATAATGGAACTCATTATCTTCTTATGAGACGGATTATGTTAAGCAATTCATTCATGGTCCTAGGCTTAATGAACCTACTATTTAGAGGAAAGTGAATATGGAAGAAGACTGCTCTGAAGAAGCCATCAGACTAAGCTTTTTCCATGAAATGCAGTACCAAAATAGCGATTTCTTCCACTTTTATTATTCACTCTTTCTTTTTTCTTTTTTTACTTCAAAATCAACCTATAATAACCAGCATAAAAAAAAAACTCTTTGCATAGGTCTGACTAAACTGGCATTTTCTTCCAACTCCCCTACCGCTTCGTGGGAAGGAAGAAAGAGATTATATTCTATTTTGATGGTTGAACAGGAAAAGTACGATTGGATTTTGTCGGGACTGACGGGGCTCGAATCCGCAACTTTCGCCTTGACAGGGGAGTTCTTTGACCAATTGAACTACAATCCCAAGGTGTCGATTTGCGCTCTGTCTCGCTTTCCGCTCAATGCCTTACGGAGTAGGTTTTGGCCTAGTAGAAGTTCTCTTCTTTTTATTCCCTCATAAATCATATTAAGGCATAAAGAGTATGCCATAGCTCTAAAGATAGGTGCAAGTTTTAGAAGCCAAGTAATTGGATGAACTTTCTCTTCTTCTTTATGAGACTTTTCTCCTTTCTTCTCTTTATCTTGACTTCTCTTTTCTCACTCTGTGGGCATTGATCTTTTTCTGTAGATATTAACCTTCTTCATTGATCTCTTTCATAATACTCAGGCCGATCTCTCTTTTTTCGAACTTCTGGTCTTACTTAGCTATTCTTAACTCTGTCTCATTGTAACCTATTCTTTTTAAATAGAAGAGACAGTCGATTCTCATATTTATTCAACCGTAATTTCATCAATTCTTTCATGAGAATTGACCTTAAAGCGTCAGTTGCCCAAAAACTGATCCTGCAAGAAGAAGAGTGACTGTCTGCCAGGGCAGGCTCCGGAAACTTCTCCCGAGACTTCCTTTTTCTTTTTTCATCCAGGTGCAAAACTCAAACCTTCCTTGATTTGGACTCTATTTGATAGAAATATCCCTTTCATAAGAGAACTGGGATAAAGCCCTCAAAATATATTCTTTTCTATAGTTGAACCCTTTATAGAATAGGATAGTCTCATCGTCCGACAATAGAGTAGATTTGATAAGGCAAAATGAGAGGACAAACGCAAGATAAAAAGGACGAACATGCCCAGTAAATGAGTACAAAAAGCATCAGTGAAAGACCTAGACCCGTTGAGGAATCCTAATTTATGGAATAATAGGATCTCGACCTTCCCTTTTGTAATGGAAGACTAAATAATAAAGGTAGCCTTCAAAATCAACATATGTGGATTCTCTCTGTCTCGCTGTCGCGATTTTGGAAGATTACTCTATATCGAAATATCTAAGACTTATTAGGTCGGACATCAAAATCTTTCCAGACTAGACTACTAGAAATCTATCACTTTCGTCATATGAAAGGCGAGGCTACGTAAGATAATGAAAATGTATATGACTACTGAGCAAGCGAAAAGGCCCCTTGTTCATTAAGGCGGTTAGGAAAGACTACTCCTCTTCATGGAAATAGTGTGCATTAGGTCTTAAGTCCTTTAGGATCTCCTCCCTGATGAGCGAATACTGATTTTGCTTATTCGTTCCATTATATTGATCCTTCAGGCCAATTAAAGAATGTCTAAAGCAAATGAAAAGAGAAATCTGCCCTTGAAAGTTCACCTTTTCCCCCTTTCGCTTCCGCCTCGAGCATTGATATTTCCTTCCTAAATATGCCAATATATCATAACAATATATAAGAGTGGAAAAGCATTGATTTTCAAGGATTTTCCCACCGTACTTTTAGAAGCACGAAACTGCTCCTTTGACTTCTCCTTTATCGCCTTCTAACTATGATTGCCTCCACTGAAGGCTAGGAAAAAGCCTAGTAGAAGGACTCCTTTGGAGATTTCTTGCCTCCTTGCTCTTATTTATCTCTTTCTCCTTTCTTTAGAAAAAAGAATATAGGGGGCGTCTTCTTTTCTTTCAAACCTACTACAAAGATTCAATCATTACGTCAGGGATGGTTATTTTCGACGTATGGATGACGTCTGATATACAAACGTCAGAAATAGTTATTTCCGATGCATAGCTAAGTCGGAGCTGCGGACGTCAGGGATGCCTTGTTGTCGACGCATTGAAAACGTCGATAACGAGGTCATTGGAAGAAGTATATTTCCAAAACCGTGTTGGTGATGCCTCGAGAATTTGTCTCCTGACACATTTCTTCTAACGGTTTTTCAGACGTCTCTTTCTGCGTTGTGAACTCAGTTTTCAAAGTTATTTACACTTATGCCGACGTTTTTGTGCGTCGGGAGTGGTCCCACTTCTTGTAGTGCTAAATGTAAATTAAATCACATTCATAGTGTCCCCAAAATAAGGTGTCAAACCCTATTCTTATACCTAGATCATTTAGACTATTAACTTAAACTTGATCCACTTTTATGTCACTACATAAAGCTTGAATATTCATATAATAGTCAAGGAACCTTAGTTTATTAGATTTAGGTTACAATGAGCAAGTCATTAATTCAATAACAATTTATTGAATCATACCTCAATAACTATAACTTTATTGAATAATATGTGTCTAAAATAAGTTTAGCATTTACAAACTACGAGTTTTAAGATATAATTAAAATCATACTAGAGCTTGCTTTGTTTGAATTGAAAGCTAAGTGTGGAATACAATTGATGTTATTTTAGGATTGCTCCTATACAAAATTTGTTGGAGACAATGAAGAAAAATTAGGATAAAGTTTAGAATGGAGAGAGTAATTTGAATAAACTTCTTCTATTTGAGTGCTTTCGCACTTAGGCTCAATTGGAGAGCTTTCTCATTTTGTTACGTAGAAAGGGTAGAGAACACCTCTATTTATATTTATATCAATAAATAACTCTAGAAACACTAATTAATGACCCTATAAAACATCTTTTCATATTTCGAAAAGTCATATCGAAGAACATAATGGACTATTTTGAAATTACACAGTACATTTAACAATAATAAGGTTCTATTGCTAAATTAATTGTAATGGGTCTTAAATGTAATTAGATTGCTTTTGATTTTGTTTACTTAAGCTTCTAAATTTGCAAAAATGTAATCTAATTACTATTGAAGTTGTTTAATTTACACTTGAAATAATTGAAGGAATAACGTAAATGTCATCCATTATTATTACGCTTTGGAGTCCATCAGTAATGATATCTATAACATTAACAGTAACTATGACATATTCATATTCATATATCTTACTGCAAAGGTAATAGAATTGAGAACAAAAGTTGAAAAATCATTCAAAAGTATCTCAAGCTAATGAGTTCCATGTAATTTTCAAATGCAATCAAATTATTTACTCTCAAACTCTGCAATCCGATTGTTTTTTTTTTTTATTAAGATTCAACAATGGACCCACATTATGGAACACTTGTAACACCACAACAAACCTAATTTGATGGATCCCACTTTTCAAAATACATTTATAGGATAATGAGCATTAATTCCTTAATTCAAAACTCAGATAATCTCAAAAGTAGTGTTTGGAACCTCATACATTCTTTCCACTTACCAAACCAACGTAACCCTCGCACTCTTCATTTGCTTTATTCTGATTTGTTTATCATGCTAAATTGTATGTACGATATAAGCATTTGCTTTTCCTTGTCTTGAAGCTAACACTTTAAGAAAGTTGTCAGTTCACTCTAACTTAAACTGAGGAGGTAGATTCATAACTTGATATTCAAGTTCAAAAATGGAATCCACTTACACTTCCCCCATAAAATAATAATCAGTCATAAAATATGTCTTAATTCAAGCAACACTTACCAAAGTGTTTTTCTTTTATATAAAAAGGGACGAACGGATGGTAAGATATGTACAATATAATGGAGCCCTCAAGAAAAGAGAGGAATTGGAAAGAGATGGAGGAGTTGGAAAGCCTGAAGAAATCCCTGTTTAAGAACGCCATGAAAGGAAAATGGAAAGAAGTGGTGGAGAAATATGCGATGGATAGTCGAGCCCGGGACATGAAAATCACAAAGCGTGGAGACACGGTGTTGCATGTGGCAGTGTGCGATGGGCAAGTTGGGGTAGTGGAGGAGCTCATGAGAATTATATCAGGGGAGGAAAAGAAAGGAGGGGAGGAGAATAATAGTAAGAGAGTGGTTGGAATTGCGAACCATAAGAGTGCCACGGCACTGCACCTAGCGGCGACGCTCGGGAACGTGAAAATGTGTTATGATATAGCAAGTGTGGACCATTCTTTGGTGGGGATTAGGAACAATGAAGGGGAGACGCCGCTGTTCTTGGCGGCTTTGCATGGTAACAAAGATGCTTTTCTTTGCCTTCACTCATTCTGTGCTCACACAGAGGATCGTTGTAGAAGATCTAAAGATGGTCAAACCATTCTTCATTGTGCCATTATGGGTGATTTTTTCGGTCAGTTACATTATTTTCGTCATCTACTTTTAATTTTTTTTTCTTTTTTGATTATGACAAAATGAACAAAAATATTTACGATATATAACAACATTTCAATCATTGATAAATATTGATAGACTTCTATTAATTAGTGTTTATATATCAATGTTTATTATTGATAGAATTTAAAATTTTGCTATATTTTGTAAATATTTCAATAGTTTGTCTTCAAGCAAACATGAGATAACAAATCCGATCTTTCACTAAAATTTTGAATGGTTGTTTTTCTTTTTTATTTTTCTTTCACTTTGTTTAATAACTATTTGACCATTTTTATTATTTTCATGTTTATTTTAATCTTTATCAAGCAAAGATTTTGATTATTACGATGTATAACAATTTTATAATTAATAATTAACTATATAGCAACCTTTTTAATGCAATGCAAATCTAATAGATTTTATCGGTGGTAGAGTTGATCAATTGTCTTCCATTCATGGTAGATTTAGGATGTGTTTGGGAGTGATAGTTGAAGTAGTGATTTTTTAAAAGAAAAATTAGGTAAAATTGATTTTTAAACAACAAATTTATGTTTGGTTTTCAAAATTTAAAGTGATTTTCAAATGCCTAAAAGTGATTTTAAATTATTATGTTTGGTTTTAAAAGTGATATTAAAATTACAAAGTTAGTAAAAAAGGTATTTTATATTTGAAAAATAATAAATTTGACAAAATATAGAAAAATTTCAAATTCTATCTATGATAGACACCGATATATTTCTATCATATAGATAATAATAGAAGTCTATCGGTGTCTATCGTTAATTGAATACAAAATTTTACTATATCTTGTAAATATTTTAGTTTACTTTTCTATATTTAAAAATGTTCTATCTAAATTCATCAATTTATTTGTTTTTAATATTTTTTTTAATGGTTTTAAGGCTGAAATTTCGTCCTAAATCTATATGACAACAGGAGTTTTAAAAAAGTTCAATGATATGAGAAAAATGGTTTGGGTGATTCTCACTCAATCACCAGAACAAAAATCACTTGCTTAGTGATAGTTCAAAAATCAAATTAAAGTGACCTTTTACTTTTTGAAAATTCAATTTTTTTTTTGATTTGTAAAAAATTATATTTTTTATAAAATATTTACAAAATATAGAAAATTTAATACTCTATCAATTATAGAATTGATAGTCGTTGATATGCTTCTATTGATAGATAGTAATAAAAGTCTATCAGTATCCATTTATTGATAAATTATCCAAAATTTTGTTATATGTTGTTAAATATTTTAGTTTGTTTTACTATGTTTAAAAATGTCTTTTTTATTTTCTTGTTGACATGATTATTTTAGAGGAAAATGATTTTAACAATGCCAAAAGGATCCAAGTAATGTGAAAATCATACTCGCTTTTAGAATTGGATCTAAATTTTAATACCTTTACAAATTCTTTTACGTTGTATTATATCTACAAATATTTTGAGTTTGATTGCTATATTTGCAATTATTTTAATAGTAAAATATTAAAATTATTCCCAAAATATAATAAAATCTATTAAACCTACTCTAATCCATTTAATATTTTTTATATATTTGTAAATAGTTTCTTTCTCTTATTGTTCATAACAACTTCTCTTTCTAACGTTAGAAAGCTGACCAATTCAGAATATGATTTAAAGTTAATTTGACATTCATTATATGACATGTGTTGAGTTGGTAAATTTGAAAGGAGTTAAAAGATTTTAACTAAATAATTTTAGATTTATTATCTTATGGTAAAATAAATTAAAATATTTTTAAAAATTATAAAAAATATCACAATTTTTTTACTATAGACTGCGTTTGTCTTAGTCTATTTGTATCTTAGACACCGATAATAGTTTATCGTGATCTATTACAAATAGATTGTGATATTTTATTGTATTTGTAGATATTTTTTGAAATTTTGTAATGTAAAATAATTTTCTTTAATTAGAGTCGGTCATAGTGTTTGTAGGCTTAATTTTCAAAAATTAAAATTCGTAATCTAAAGTGCTACGAAAGAGGGGACATTAATTAGTTTTAAGAATTTGTTCTTATTTTTTGAATTGACTAATAATTCAATCAAGCCTTTTAAGAACGGCGAAAACCATGGTGAAAATTAAGACTCCTTCTTTGTTGATGCATTATTATTAAATTTGTAAGATAGTGTGTTAAACATATATGTAGACACATACACAACTTTTCAATTCTTATACATTACATTAAGATCTCAATTAGTTAATTAATGAATGAATTGTAATTAAACAGAACTAGCACTTCATATCATAAGACTATACAAGGAGTTGGTGAACTATGTGAATGTGCAAGGTTACACACCTCTCCATCTTTTAGCCACCAAGCCTTCAGCTTTTAAAAGTGGAACCCACTTAGGAAGATGGAAGATGATTGTTTATCATTGTAAGTATATGTATATATATATTTCTATCTAATCACACCCTTCTTCTATGGCTAGCTATGTCCAGCAATAATACATCATATAATATGGTTTGTACGATGGAATTAGGTATATTTGTGGACGAAGTGAAGATTGATCCAAAGTCATTTCTTCGTGCTTTGCCGACAAAGCCGCTATCGCTACACCCACGATCGAACCCAAATAATAATGAGAAATTTTATCCACCCAACTACACTACATGTGCCAACTTCTTCAACTTTTTGTGGAAAGGAATTCTAATGGGTTAGTAATTTTTCTTTTTCTCTTTTCTCAATCCACAACATATAATATTCCTCCATTTTAACCATACATGCATGTTAGCCCAAATTCTTTGTAAATTACTTAAGATATGGCAATGTTGGTTGAGAAATTTGTATTTCATATAATTTTTAAGGTAGTGTTTGGACACTTGATTGTTTATTACCATCCTCTATAAATTATAATAGTCTATATTTAAGGTACATGTTATTTTAGTCTGGATAGAAAATGGTAAACATTTTACGAAAATGGTAAACATTTTACGAACGTTGTAAACGGCCTTCATTGAACTTCAATTAAGGTTGATATATAAATCATTAAGCATAATTTTTTTTTGGGTGCATTTGGAGTTGCACACCTACCTTTTGTACGATTCTCCATTAGCAATAGAGATCTAATGAAAAAATGTATTTAAAAGGAAAATTCAAATTGTGATTCTATAGGTTGGATTAAACTAAATTTTCTATGTAGTACACCTTGTGTTAAAATATATACAAATACTAACTAGTCCACAATATGTCATTAGTGCGTGAATTAGACTTTTCTAGAGTTATGTTGAAGGATATAAATAAATATCTCAAAATAAAAAAGGTTAAAAATATTATAGAATTTCTTTAGATAAGGATGAAATAATAACAAGCTAAAATAGTTAGAATTCTAGAGATTACTTTTGCTTGGGCTTCTAAGGCTTCTAGGATTCCACGCCTATAAATAGAATGTGTATTGATCCTTATTTGTGAACTAAACAAGCAAGTAAAGAGGGTAAGAAAGAGAGCAAGAGAGTTAGAGAGAAAATGTGAATGAAAAGAGAGTGAGTGTTTTGTGAGTAAAAGAGTACTCTCTTTTTAAGAAAAGTTTTTCTTTCGAGTGAGTGTCTCTTTTGTGTCAATTTCTTCAAGTGGTATTTGAGCCAAGCTAGCTTAACTTGTTGTGGTAGAGCTCTTGAAGATCGAATACAATTTGAGACTATGAAACTTAATTGTTGTCTGGAAAAAAGCTACTTGTTGAGTGCATTCATTATTACATGATGATGGAAGATCAGACCCTTCAAATTATTGGAAGAATTAAGAAGCTCAACATTCATAATTACAAAACATGGCCCATAAGCATGAACCCGTATCTCCAAGGCCAAGATTTACGGGATATGGTAGGAGATACTAAAGTTAACCCACTTGAGGAAGTTGTTGCTTTGAAGAACTAGAATGTCCAGGCAGGCAAGGTCATGTTTGCAATCAAAACTACAGTTGATGAAATGTTGGATCGCATTACTATTGTTGAGATGCCAAAGAAAGCATGGGACACATAGTGTACCTCACTTTTCTTGAAGAAAAATGATACAAGATTGTAGCTTCTAGAGAATGAGCTCTTGTCAATTGCTCAAAGTGAGATGACTATCAATAAATACGTCATCAAGGTAAAAGCTCTATATCATGAAATCTGTGAATTAGATTCTACTTCTATTATTTCAGAATTAAGAATAAGAAGAATTATTATCCATTGTCTTAAACCTAAATTTAAAAGCTTTATTGCTCCTATTCAAGGTTGGGAAATGTAACCTTCTTTAGTTGTCCTATAAAATATGCTTCCCAGTCAAGAATTGCAAAAGGCCACAATAAAGAAAAATAATAAAGAAGCACTCTTTATTGGCTAAAGAAAAGGTCATTTAAAATATCAAAATAAAGTAGGATCAAAAGAAGATGAAGGACTCGAAAACGACCCTAAGTAGGGGGAGTTGGTAAAAATGATCGACAATATGCATGACCATAATAAAAAAGGATGAATGTTACAATTATGGATAAATAGGTCATAATGCTAAAGAATGTCATAAATAGAAAAGACAGCAGAAAGCATAGCTGTCACCTCCTAAGTTGAGAGCATTAGTGAAGAAGAATGGGGTGCAGATGTATGCTTTGCAAGAATACATCCCAACCTCCAGTTGACATCCAGTGCGATGAAGAAGGAAATGTTGACTATCCATACAAAAGAGGTAAATTATGAAAATGATTGGATTATTGATTTTGGTTGCTCTAACCTCAGGACGGAAGATACCAAGAAGCTGCAAAACACATTATAGTACAAAAGAAACCAATTTATTGTAACCGCAATCATCTTGAAGTTTCCAATAGCCCACATTAGCAAAACTATGTGCCTAGAGTAAAGAAGAATTTGGTGTCAATATCTCAATTGACATCTATAGGCAACTTTGTTGTGTTTGGACCTGATGATGTCAAGGTGTACTATAATCTTAAAGTTAGTGGTATACCATTGTTGGAAGGACAAACGATGAACTTCATTTATGCTATGTCAGTAGAGGTTTCCTACGTGAACAAGACATTGAAGAATGAAACAACGGATTTCTGACATGCAAGACTTGGTTTTCTTAGCTATAACAAATTGAAGACAGTGATAAACAACTCTATGCCTAAGGAGTTGTCACAACTTGATATAAGAGAAAACGTGGTCTATGCTAGTTTTAGTATTGTAAGACACATCAACTATTATTAAAGGAGTTCAAATCCAAATAAAAACAACTACTGGAGTCGGTGCATTCAAACGTATTTGGTCTTGTCCAGCAATCTTCACTTAATAGAATGTGCTACATGGTGACCTTTATTAATGACTTCTCGAGACATGCTTGTGTGTTCTTTATGAAAGGAGAAGTCTAAAACAATTATAAAATTTAAGGAATCCAAAGAATAATTTGAAAGTGAATTAGGAAAGAGAATTACATGTCTACTTCTAGATAACGAAGAAGAATATATGTCAAATGAATTCTCTCAATACTTGCAAAAGTATAAGATATGTCATCAATTAACTTGTTCAAACAGTCTACAACAAAATGGAATGGCAAAAAGGAAAAATAAACATCTTTCAGATTATGATACATAACATGCTACATGGAAGTAAAATCCCATAAAAATTTTAGGCTAAGTGCATAAGAACAACGACCCATGTGGTTGATAGACTTCCCCAACAAATGTTTGTATTTAATGTTTGGATTTAAGTCACCTTATGAAAGTTGTTGAATATCAAGCCAATAGTTAGACACTTTCGAGTCTTTAATTTTGTATGTTATATATTCGTACCAAATCATCTAAGAAGCAAGTATGACAAGAAAGCAATCGATGCTTCTTTATTGGATATGAAAACTAAAAGAAGGTGGAGATGTGTTGATCCTACCAATGGATGATGCTATACATCAATGATTGTTATATGTGATGAAGCATCACAATGGTGGACACCAAAATTAGAAAAGACAATCAAAGATGAGAAGTCTTTCAAAGAAGGATCAAAAGAAGAGATAAGTCAAGTGCAATAGGGCTCCAACAAACGGTCAAGAAGAAAATGACCAAGACAAAGCAAAAAGTCTTTGGTAAAGCAGAGTACACGAGAACCACAATTACAGAGATAGATCATAATAGAAAACGAAATTCCAGGTATGTAGATGTGCACAGTTAGTAACACTTGAAGAGTCAGCAACATACAAAAGAGCGTCACAAAATTTCCAATGGAGAAAAGTCATGGAAGAAGAAGTTGACGCATTAAGAAAGAATCTTACGTGGGACTTGATACCAAAGCATAAAGATGTTAAACCAATATTATGCAAATGGGTTTACAAAGTTAAAACTCAAGCATATGGAAGACAGAGAGATACAAAGCTTGATTGTTGGCTTGAGGGTCTTCTCAACAGTGTGGCTTAGACTCTAATGAGACGTTTTATCTAGTGAAAAGCACTAGTTGCTATAAGAATTGGAAGTTATGACAAATGGATGTTAAGGATTCTTTCTTAGATGAAGAGTTGGATCAAAAAATATATATGGAGCAACCAAAAGGATTTGAGGATGAAGCTCATTGTGACTATGCTTGCAAGCTAAGAAAGACTTTATATGGCTTGAAGCAAGCACCAAAGGCTTGGTATGAAGAAATTGCAAAATTTCTGGTTGAAAGTGGCTATGTAGTAGCTCTAACAGATTTCGATTTATATGTCAAAGCTCAAAACTCAAAGGTCACAATCATATTAGTCTATATGGATGATCTAATCATAACAAGAAACCAAATGGAAAAAGTTTGACAAATAAAGTAGAATCTACTAGTCCGATTTGAAATGAAAGAGCTTGGACGACTAGAGCACTTCCTTGGACTAGAAGTGGAGTGCTCAAAGAAAAGGTTGTTCCTTGAACAACAGAAGTATGTAAAAGATCTTTTGCAAAAGTATGACATGAGTGACTGCAAGCAAATATCCACACTGATGGAGGCTAACAAAAAGTTTTGTATGCATGAAAGTAAAGATCTTGCAGACCTAACAATGTACCATTAGTTGGTAGGTAGTTTGATCTACCTTACCTAAACAAGACCCCATATCTTATATTCTGTCGGAGTTGTAAGTCGTTATATGCAGAACCCAAAGATGCCTCATCTCGATGTAGTTTGAAGAATTCTAAGTTATCTTAAAGGAACAATGTATATGCCTTTCTATATAATAAAGGGGAAGACCGCAAGTTATACAATGTTGATTATGTAAGGGATCACAGTACACAAAGATCAACTACTGGTTACTTGTTTAAACTTGGTTGTGCAACAATTTCTTGGTGTATAGAAAAAGACAACCAACAATTGCATTATCTACCACAGAAGCAGAGAATAGAGCAACTATTATGGCAACACAAGAGAATATATGGATAAAGCAACTAATGAAGGATTTGCACCAAGAGATTAACTTTATATTGTGACAACCTATTGATCTGCAATTCACTTAGTTGAGAATCCTGATTTCCATGCAAGGACTAAGCATGTGGAGGTACACTATCACTTCATTGATGAATGGTACTTCAAGAGGAAATTAAGATGATGCCAATAAGAGAGAAGATCAAATTGCAAATATACTTACACAAAATGATTACTTGCAACCAAGCATGCAAAGTTAATTGAGCAACTCGGGATGATTGAAAGACCCAAGATAGTTAGTGTTGAAGGGGAGTATTAAAATATATACCAACACTAACTTGTCTAGAATAGTTTCTTGAAGTATCCACAATATGTCATTAGTGTGTGAATTAGACTTTTCTAGAGTTACGTTGAAGGATGTAAATAAATATCTCAAAATAAAAAATGTACAAATATCCTAGATTTTTTCAAATTAAAAAAATCTAACTTAAGTGCAATAGACTCCAACAGAAGATCAAGAAGAAAATGATAAAGATGAAGAAGAACAATTAGGAACACAAAATCCTTGGCAAAGTGAAGTACACAAGAACCACAATTATAGAGATACCAGAATAAGAAAACCAAATTCCAGACATGTAAATGTGCAGCGTTAGCAACATTTGAAGAGCTAAAAACATACGAAAAGGCGTCACAAAAGATATAATGGAGAAAAGCCATGGAAGAAGTTGGTGCATTAAGAAAGAATCGTACGTGGGACTTCATACCAAAGCCTAAAGATGTTAAACCCATATTATGTAAATGGGTTTTACAAAGTTAAAACTCGAGACGATGGAAAGATTGAGAGATACGAAGCTTGACAGATGGCTCGAGGGTTTTCTAAACAATATGACCTAGACTCTATAAGACGTTTAGTTTAGTAGGAAAGCTCACCATTGTTCAAGTTTTATTGACACTAGTTGCTAGTAAGAATTGGAAGTTATGGAAAATGGATGTTAAAAACACTTTCTTAGATGGAGAGTTGGATTGAAAAATATATATGGAGCAACCAAAAGGATTTGAGGATGAAGCTCATCATGACTATGTCTGCAAGCTAAGAAAGACTTTATATGGCTTGAAGTAAGCACCAAAGACTTGGGTATGGAAAATTTTCAAAATTTCTTGTTGAAAGTGGTTATCCAGTAGCTCTAGCAGATTCCAGCTTATGTGTCAAAGCTTAAAACTCAAAGGTCACAATCATATTAGTCTATCTAGATGATCTATTCATAACAGAAGATCAAATGGAATAAGTTTGACAAATAAAGTAGAATCTACTAATCTGATTTGAAATGAAAGAGCCTAGAAAACTAAAGCATTTCCTTAGACCTAGAGGTGGAATGCTCAAAGAAAAGGTTATTCCTTTAACAACAGAAGTATGTAAAAGATCTTTTGCAGAAGTATGACATGAGTGACTGCAAGCCAATATCCATGCTGATGGAGGTTAACAAAAGTTTTGTATGCATGAAAGTAAAGATCTTGCAGACCTAACAATGTACTATCAGTTGGTAGGTAGTTTGATCTACCTTACCTTAACAAAACCCCATATCTCATATTTTGTCGGAGTCGTAAGTCATTACATGCAGAATCCGAAGAAGCCTTATCTCGAAGCAGTCTAGATCAGAATTTTGAAGTTATCTCAAAGGAATAATATATATGCCCTTCTATATAAGAAAGGGGAAAACTAGAAGTTAGAAGGCTTATGCAATAATGCTGATCATGTAGGGGATCATGATACATGAAGACAACTACTGGTTACTTGTTTAAACTTTGTTGTGCAACAATTTCTTGGTGTAGCAAGAGACAACCAAAAGTTGCATTATCTACCATAGAAGTAGAGTATAGAGCAACAGCTATGGCAACACAAGAGAATATGTGGATAAAGTAACTAATGAAGGATTTGCACCAATAGATTAATCATGTAGTAACTTTATATTGTGACAACCTATCTGCAATTCGCTTAGCTGAGAATCCAGTCTTCCATGCAAGGACTAAGCATGTGAAGGTACACAATCACTTAATTGATGAAGGGTACTTCAAGAGGAAATTGAGATGACGCCAATAAGACAAAAGATCAAATTGTAAAAATATTTACAAAAGGATTACTTACAACCAAGCATGCAAAGTTTCTTCAACAACCGAGGATTATTGAAAGACCCAGGATAGTCAGTGTTGAGAGGGAGTATTAAAATATATACTAACACTAACTCGTCTGGAATAGTTTTTTGAAGTATCCACAATATGTCATTAGTGTGTGAATTAAAATTTTTCTACAGTTATGTTGAAGGACGTAAATAAATATCTCAAAATTAAAACTAGAAATACCTTAAGAATTTTTTAGGTTAAGGAATTCATAATTATTCTTTTAGATAAGGACGAAATAATAACTATCTAGAATAGTTAGAATTCTATAGAAATCTTTTACTTGAGCTTCAAGAATTTCATGCCTATAAATAGAAGGTGTGATCCTCATTAGTGAACCAGCAAGCAAGTAAAGAGTGGAAGAAAAAATGGAAGAGAGTCATAGAGAAACTTTGAGTGAAAAGTAAATGAATACTTTGGAAGTATCTTTATACAATTTCTTAATCTTTCAATTGAGTTGTCATGTGATAAACTTTTCTTTTTGGATGGGCATGTATATATTTGTATATAATTTTGATTTCTGTTGTAATTGAAGTGATACATAAAGTTTGGAACTCGTTTTCTTTTTAGAAACCATAAGCAGCTTTTGAATCTACATCTAAATTACTATTTGGTTATCTCATTGTGTTTTGGATCCTTTGTATGCAGTGTGTTCTGTGGGAAAGACAAAGAAAACCCAAAACAACAATGAAGCTAAAGAGAGTACAAACGATACAGAGAATCCTCATCAAAAAGGTTTGAAAAATCTAACATCAAATTTGGAATTTTAGGTTGAGTCGTGAATTTTCAAATTTAATATTATAATATAAACTCACTTGTATATATATTAAAATCATTACAGAGGATGATTCAACGGTGAAACATTATGAGCTTGCAATTTTCCCAGAAAATTATGCAACTTGCTTCAACTTTCTCAAATTGATCTCCAAGGCCTTGCTCATATTCATGGGACTAGGTATATATAAAATTATGATTTGAAGAAATTTCGTTGTTTGTTAATACAAGAAAAATTCGAATGTTTTCAATTTAATATATATGTATGCAAATATGAATTGATTAAGGATCTAGAGGACTAAAGAAGATTGAGGAGAAAAAGAAGAAGCACATGTGGTCATTCCAAGTTATGAACAAACTTCTAGAATGTGCTTCAATGTATGAATATGATGACAATGGAAGTACACCAAAGGAAACTCCAAAAGGGGAAGAAACACAACCTTATACCATTGCTGATGACAATGTCACATTTGATGATAGTAACATCTCCCAACATGGAGTACACCCTCCACATCAACAACCACCAAACATCATCCCTGGCCTGCACAACAATAACATTATCGACCAGGATCACGGTATGAATGTTGATATTACTTTATTGAATTGTGTTGTGTTATTTACAAACTTTAGATGAAATGTGGTTATTGGTAATCTAAATGTTTGTCTTTCTATGCCTTGAAAATGAATTTGGTTAATCCTATACCATAAACATACATGATTTACGGTGATATTATTCATGTATACCAATGTTATATTAGATTTTGATTTACAATTCGTATATTTGAAAACATGAAAAGAGGAAAATCCAAATAACTAAAGTTGTTACAAATTTGCAAATATGAGAAGTTTTTCTCATAATATTTAAGGTATCAATCAAAGTGAGTAAAGATAAACGATTGTATATGTGATTTATTTCATGTCAAATGACAGTAGCAGAAAACAAAGAAGAAGCAACGACAACAATCACTATAGAATCAAAGTCCAGCATTGGTGACAAAATCCTAAAACATTTTCCAATAACCATTGGAGACAAGAAAGGGAACAAGAAACTGATTCTCAAAGCAACAACAACAACAACAATAAATACATGGGAAAATACAGAGGGTCGTCATCAAAATAGGCAAGAAACACCAGTATTGATAGCAGCAAAGAATGGAGTAGTTGAAATGGTGGAGAAAATTTTGCACTTATTTCCTGTGGCAATTCATGATACTAATTCAGAGCAAAAGAACATTGTTCTGTTGGCTGTGGAGAATAGGCATCCTCATATTTATGAACTATTGCTTCGTAGAAATATTCTAAGAGAAAGTGCTTTTAGAATGGTGGATTCTCAAGGAAATAGTGCTTTGCATCTTGCAGCAAAGCTTGGTGATCATAAGCCTTGGCTTATCCCGGGTGCTGCCTTGCAAATGCAATGGGAACTTAAATGGTATCAGGTAGTTAAAATTACTTCTTTTCTGCTTTTTCCTACTGTTATCAATTCCAAAGTATATAACACCAATTTGTGACAGTTTGTGAAGGGATCCATGCCAGCAAACTTCTTCCCCACCTACAACAAAGAAGGAAAGACTTCAAAAGTAATGTTTTGTGAGACACATTGTGATCTAGTAAGAAGTGGAGAAGAATGGCTAACAAACACCGCAGAATCCTGTTCTTTAGTAGCTGCCCTAATTGCAACCGTTGCCTTCGCCACCTCCGCCACCGTCCCAGGCGGGAACGATCAAAACAAAGGCATACCATTACTCCATGGGAGACCAGCCTTCAATGTTTTTGCCATAGCATCACTCATTGCTCTCTGTTGTTCAGTCACTTCTTTAGTAATGTTCCTCTCAATATTGACCTCAAGATTTCAAGCAAAGGACTTTGGAGGCAATCTTCCCACAAAGCTATTACTGGGATTGTCATCTCTTTTTGTGTCAATTGCAGCAATGTTGGTTTCATTTTGTGCGGGACATTACTTTGTGCTTAGTGATAAGCTTCAATATGCTGCATTGCCTGTGTATGCAGTGACATGCTTGCCAGTGACATTGTTTGCTATAGCACAATTTCCTTTGTATGTGGATCTTGTGTGGGCTACTATCAAGAAAGTCCCAACAAGAAGCTATTCAGCCATCTCACCAACATAGGGCTCTTTTCTCCAAGTCAGGTTGGATTTTGGAAAGGAAACTACTTAGGTGCATTAAGAATCTCACTAACAATTTTTTTCTTACTTTTTGTTTTGAAATATTTTCTTTAGTTTTGTGTGTATTTGATGGGTGGCAAGATGTATCACATCACTCAAACTTTTTACGAGCTACCTTCTTCTATATAATATATATATAT

mRNA sequence

AAACAATTCGTTTCTCTCAACGCTTGAAATGGACTTGGATTGGATTCAGTAACTGAAGCTTGAAGCCTTTTTGTTAAGCCTGGGACGAACGGATGGTAAGATATGTACAATATAATGGAGCCCTCAAGAAAAGAGAGGAATTGGAAAGAGATGGAGGAGTTGGAAAGCCTGAAGAAATCCCTGTTTAAGAACGCCATGAAAGGAAAATGGAAAGAAGTGGTGGAGAAATATGCGATGGATAGTCGAGCCCGGGACATGAAAATCACAAAGCGTGGAGACACGGTGTTGCATGTGGCAGTGTGCGATGGGCAAGTTGGGGTAGTGGAGGAGCTCATGAGAATTATATCAGGGGAGGAAAAGAAAGGAGGGGAGGAGAATAATAGTAAGAGAGTGGTTGGAATTGCGAACCATAAGAGTGCCACGGCACTGCACCTAGCGGCGACGCTCGGGAACGTGAAAATGTGTTATGATATAGCAAGTGTGGACCATTCTTTGGTGGGGATTAGGAACAATGAAGGGGAGACGCCGCTGTTCTTGGCGGCTTTGCATGGTAACAAAGATGCTTTTCTTTGCCTTCACTCATTCTGTGCTCACACAGAGGATCGTTGTAGAAGATCTAAAGATGGTCAAACCATTCTTCATTGTGCCATTATGGGTGATTTTTTCGAACTAGCACTTCATATCATAAGACTATACAAGGAGTTGGTGAACTATGTGAATGTGCAAGGTTACACACCTCTCCATCTTTTAGCCACCAAGCCTTCAGCTTTTAAAAGTGGAACCCACTTAGGAAGATGGAAGATGATTGTTTATCATTGTATATTTGTGGACGAAGTGAAGATTGATCCAAAGTCATTTCTTCGTGCTTTGCCGACAAAGCCGCTATCGCTACACCCACGATCGAACCCAAATAATAATGAGAAATTTTATCCACCCAACTACACTACATGTGCCAACTTCTTCAACTTTTTGTGGAAAGGAATTCTAATGGTGTGTTCTGTGGGAAAGACAAAGAAAACCCAAAACAACAATGAAGCTAAAGAGAGTACAAACGATACAGAGAATCCTCATCAAAAAGAGGATGATTCAACGGTGAAACATTATGAGCTTGCAATTTTCCCAGAAAATTATGCAACTTGCTTCAACTTTCTCAAATTGATCTCCAAGGCCTTGCTCATATTCATGGGACTAGGATCTAGAGGACTAAAGAAGATTGAGGAGAAAAAGAAGAAGCACATGTGGTCATTCCAAGTTATGAACAAACTTCTAGAATGTGCTTCAATGTATGAATATGATGACAATGGAAGTACACCAAAGGAAACTCCAAAAGGGGAAGAAACACAACCTTATACCATTGCTGATGACAATGTCACATTTGATGATAGTAACATCTCCCAACATGGAGTACACCCTCCACATCAACAACCACCAAACATCATCCCTGGCCTGCACAACAATAACATTATCGACCAGGATCACGTAGCAGAAAACAAAGAAGAAGCAACGACAACAATCACTATAGAATCAAAGTCCAGCATTGGTGACAAAATCCTAAAACATTTTCCAATAACCATTGGAGACAAGAAAGGGAACAAGAAACTGATTCTCAAAGCAACAACAACAACAACAATAAATACATGGGAAAATACAGAGGGTCGTCATCAAAATAGGCAAGAAACACCAGTATTGATAGCAGCAAAGAATGGAGTAGTTGAAATGGTGGAGAAAATTTTGCACTTATTTCCTGTGGCAATTCATGATACTAATTCAGAGCAAAAGAACATTGTTCTGTTGGCTGTGGAGAATAGGCATCCTCATATTTATGAACTATTGCTTCGTAGAAATATTCTAAGAGAAAGTGCTTTTAGAATGGTGGATTCTCAAGGAAATAGTGCTTTGCATCTTGCAGCAAAGCTTGGTGATCATAAGCCTTGGCTTATCCCGGGTGCTGCCTTGCAAATGCAATGGGAACTTAAATGGTATCAGTTTGTGAAGGGATCCATGCCAGCAAACTTCTTCCCCACCTACAACAAAGAAGGAAAGACTTCAAAAGTAATGTTTTGTGAGACACATTGTGATCTAGTAAGAAGTGGAGAAGAATGGCTAACAAACACCGCAGAATCCTGTTCTTTAGTAGCTGCCCTAATTGCAACCGTTGCCTTCGCCACCTCCGCCACCGTCCCAGGCGGGAACGATCAAAACAAAGGCATACCATTACTCCATGGGAGACCAGCCTTCAATGTTTTTGCCATAGCATCACTCATTGCTCTCTGTTGTTCAGTCACTTCTTTAGTAATGTTCCTCTCAATATTGACCTCAAGATTTCAAGCAAAGGACTTTGGAGGCAATCTTCCCACAAAGCTATTACTGGGATTGTCATCTCTTTTTGTGTCAATTGCAGCAATGTTGGTTTCATTTTGTGCGGGACATTACTTTGTGCTTAGTGATAAGCTTCAATATGCTGCATTGCCTGTGTATGCAGTGACATGCTTGCCAGTGACATTGTTTGCTATAGCACAATTTCCTTTGTATGTGGATCTTGTGTGGGCTACTATCAAGAAAGTCCCAACAAGAAGCTATTCAGCCATCTCACCAACATAGGGCTCTTTTCTCCAAGTCAGGTTGGATTTTGGAAAGGAAACTACTTAGGTGCATTAAGAATCTCACTAACAATTTTTTTCTTACTTTTTGTTTTGAAATATTTTCTTTAGTTTTGTGTGTATTTGATGGGTGGCAAGATGTATCACATCACTCAAACTTTTTACGAGCTACCTTCTTCTATATAATATATATATAT

Coding sequence (CDS)

ATGTACAATATAATGGAGCCCTCAAGAAAAGAGAGGAATTGGAAAGAGATGGAGGAGTTGGAAAGCCTGAAGAAATCCCTGTTTAAGAACGCCATGAAAGGAAAATGGAAAGAAGTGGTGGAGAAATATGCGATGGATAGTCGAGCCCGGGACATGAAAATCACAAAGCGTGGAGACACGGTGTTGCATGTGGCAGTGTGCGATGGGCAAGTTGGGGTAGTGGAGGAGCTCATGAGAATTATATCAGGGGAGGAAAAGAAAGGAGGGGAGGAGAATAATAGTAAGAGAGTGGTTGGAATTGCGAACCATAAGAGTGCCACGGCACTGCACCTAGCGGCGACGCTCGGGAACGTGAAAATGTGTTATGATATAGCAAGTGTGGACCATTCTTTGGTGGGGATTAGGAACAATGAAGGGGAGACGCCGCTGTTCTTGGCGGCTTTGCATGGTAACAAAGATGCTTTTCTTTGCCTTCACTCATTCTGTGCTCACACAGAGGATCGTTGTAGAAGATCTAAAGATGGTCAAACCATTCTTCATTGTGCCATTATGGGTGATTTTTTCGAACTAGCACTTCATATCATAAGACTATACAAGGAGTTGGTGAACTATGTGAATGTGCAAGGTTACACACCTCTCCATCTTTTAGCCACCAAGCCTTCAGCTTTTAAAAGTGGAACCCACTTAGGAAGATGGAAGATGATTGTTTATCATTGTATATTTGTGGACGAAGTGAAGATTGATCCAAAGTCATTTCTTCGTGCTTTGCCGACAAAGCCGCTATCGCTACACCCACGATCGAACCCAAATAATAATGAGAAATTTTATCCACCCAACTACACTACATGTGCCAACTTCTTCAACTTTTTGTGGAAAGGAATTCTAATGGTGTGTTCTGTGGGAAAGACAAAGAAAACCCAAAACAACAATGAAGCTAAAGAGAGTACAAACGATACAGAGAATCCTCATCAAAAAGAGGATGATTCAACGGTGAAACATTATGAGCTTGCAATTTTCCCAGAAAATTATGCAACTTGCTTCAACTTTCTCAAATTGATCTCCAAGGCCTTGCTCATATTCATGGGACTAGGATCTAGAGGACTAAAGAAGATTGAGGAGAAAAAGAAGAAGCACATGTGGTCATTCCAAGTTATGAACAAACTTCTAGAATGTGCTTCAATGTATGAATATGATGACAATGGAAGTACACCAAAGGAAACTCCAAAAGGGGAAGAAACACAACCTTATACCATTGCTGATGACAATGTCACATTTGATGATAGTAACATCTCCCAACATGGAGTACACCCTCCACATCAACAACCACCAAACATCATCCCTGGCCTGCACAACAATAACATTATCGACCAGGATCACGTAGCAGAAAACAAAGAAGAAGCAACGACAACAATCACTATAGAATCAAAGTCCAGCATTGGTGACAAAATCCTAAAACATTTTCCAATAACCATTGGAGACAAGAAAGGGAACAAGAAACTGATTCTCAAAGCAACAACAACAACAACAATAAATACATGGGAAAATACAGAGGGTCGTCATCAAAATAGGCAAGAAACACCAGTATTGATAGCAGCAAAGAATGGAGTAGTTGAAATGGTGGAGAAAATTTTGCACTTATTTCCTGTGGCAATTCATGATACTAATTCAGAGCAAAAGAACATTGTTCTGTTGGCTGTGGAGAATAGGCATCCTCATATTTATGAACTATTGCTTCGTAGAAATATTCTAAGAGAAAGTGCTTTTAGAATGGTGGATTCTCAAGGAAATAGTGCTTTGCATCTTGCAGCAAAGCTTGGTGATCATAAGCCTTGGCTTATCCCGGGTGCTGCCTTGCAAATGCAATGGGAACTTAAATGGTATCAGTTTGTGAAGGGATCCATGCCAGCAAACTTCTTCCCCACCTACAACAAAGAAGGAAAGACTTCAAAAGTAATGTTTTGTGAGACACATTGTGATCTAGTAAGAAGTGGAGAAGAATGGCTAACAAACACCGCAGAATCCTGTTCTTTAGTAGCTGCCCTAATTGCAACCGTTGCCTTCGCCACCTCCGCCACCGTCCCAGGCGGGAACGATCAAAACAAAGGCATACCATTACTCCATGGGAGACCAGCCTTCAATGTTTTTGCCATAGCATCACTCATTGCTCTCTGTTGTTCAGTCACTTCTTTAGTAATGTTCCTCTCAATATTGACCTCAAGATTTCAAGCAAAGGACTTTGGAGGCAATCTTCCCACAAAGCTATTACTGGGATTGTCATCTCTTTTTGTGTCAATTGCAGCAATGTTGGTTTCATTTTGTGCGGGACATTACTTTGTGCTTAGTGATAAGCTTCAATATGCTGCATTGCCTGTGTATGCAGTGACATGCTTGCCAGTGACATTGTTTGCTATAGCACAATTTCCTTTGTATGTGGATCTTGTGTGGGCTACTATCAAGAAAGTCCCAACAAGAAGCTATTCAGCCATCTCACCAACATAG

Protein sequence

MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT

Homology

[Close]

BLAST of MELO3C014331.jh1 vs. NCBI nr
Match: XP_008449371.1 (PREDICTED: uncharacterized protein LOC103491271 isoform X1 [Cucumis melo])

HSP 1 Score: 1654 bits (4284), Expect = 0.0
Identity = 828/832 (99.52%), Postives = 828/832 (99.52%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832

[Close]

BLAST of MELO3C014331.jh1 vs. NCBI nr
Match: XP_016900773.1 (PREDICTED: uncharacterized protein LOC103491271 isoform X2 [Cucumis melo])

HSP 1 Score: 1648 bits (4268), Expect = 0.0
Identity = 827/832 (99.40%), Postives = 827/832 (99.40%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH AENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH-AENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 831

[Close]

BLAST of MELO3C014331.jh1 vs. NCBI nr
Match: XP_008449372.1 (PREDICTED: uncharacterized protein LOC103491271 isoform X3 [Cucumis melo])

HSP 1 Score: 1646 bits (4263), Expect = 0.0
Identity = 826/832 (99.28%), Postives = 826/832 (99.28%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH  ENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH--ENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 830

[Close]

BLAST of MELO3C014331.jh1 vs. NCBI nr
Match: KAA0057396.1 (serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit B-like [Cucumis melo var. makuwa])

HSP 1 Score: 1622 bits (4200), Expect = 0.0
Identity = 812/816 (99.51%), Postives = 812/816 (99.51%), Query Frame = 0


Query: 17  MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE 76
           MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE
Sbjct: 1   MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE 60

Query: 77  LMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN 136
           LMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN
Sbjct: 61  LMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN 120

Query: 137 NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR 196
           NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR
Sbjct: 121 NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR 180

Query: 197 LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL 256
           LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL
Sbjct: 181 LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL 240

Query: 257 PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST 316
           PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST
Sbjct: 241 PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST 300

Query: 317 NDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK 376
           ND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK
Sbjct: 301 NDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK 360

Query: 377 KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH 436
           KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH
Sbjct: 361 KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH 420

Query: 437 PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG 496
           PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG
Sbjct: 421 PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG 480

Query: 497 NKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS 556
           NKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS
Sbjct: 481 NKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS 540

Query: 557 EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA 616
           EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA
Sbjct: 541 EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA 600

Query: 617 ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS 676
           ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS
Sbjct: 601 ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS 660

Query: 677 LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI 736
           LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI
Sbjct: 661 LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI 720

Query: 737 LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC 796
           LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC
Sbjct: 721 LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC 780

Query: 797 LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 816

[Close]

BLAST of MELO3C014331.jh1 vs. NCBI nr
Match: XP_011657510.1 (uncharacterized protein LOC101211501 isoform X1 [Cucumis sativus])

HSP 1 Score: 1441 bits (3729), Expect = 0.0
Identity = 736/835 (88.14%), Postives = 770/835 (92.22%), Query Frame = 0


Query: 5   MEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHV 64
           MEPSRKERN KE EEL+ LKK LF  AMKG+WKEVVEKYA DSRAR+ KITKRGDTVLHV
Sbjct: 1   MEPSRKERNGKEKEELDYLKKYLFNKAMKGRWKEVVEKYATDSRAREAKITKRGDTVLHV 60

Query: 65  AVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKMCYDI 124
           AV DGQVGVVEELMRIISGEEKKGG+E+NSKRVV IAN+KSATALHLAATLGNVKMCYDI
Sbjct: 61  AVSDGQVGVVEELMRIISGEEKKGGDESNSKRVVRIANNKSATALHLAATLGNVKMCYDI 120

Query: 125 ASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIM 184
           ASVDHSLVG+RNNEGETPLFLAALHGNKDAFLC+HSFCA T   CRR+ DGQTILHCAIM
Sbjct: 121 ASVDHSLVGVRNNEGETPLFLAALHGNKDAFLCIHSFCAQTTVHCRRTIDGQTILHCAIM 180

Query: 185 GDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDE 244
           GDFFELALHII+LYKELVN+VN QGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDE
Sbjct: 181 GDFFELALHIIKLYKELVNFVNEQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDE 240

Query: 245 VKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTK 304
           VKIDPKSFLRALPTKPLSLH RSNPNN EK YPPNYTTCAN FNFLWKGI MVC+VGKTK
Sbjct: 241 VKIDPKSFLRALPTKPLSLHRRSNPNN-EKLYPPNYTTCANLFNFLWKGIRMVCTVGKTK 300

Query: 305 KTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLG 364
           K QN NEAK+S ND ENPH +EDDSTV+HYELAIFPENYATCFNFLKL SKALLIFMGLG
Sbjct: 301 KNQNKNEAKKSINDAENPHPEEDDSTVRHYELAIFPENYATCFNFLKLFSKALLIFMGLG 360

Query: 365 SRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVT 424
           SRG+KKIEEKK+KHMWSFQVMNKLL+CAS+YEY+DNGS P ET   EETQPY +AD NVT
Sbjct: 361 SRGIKKIEEKKEKHMWSFQVMNKLLQCASIYEYEDNGSRPMETSIEEETQPYYVADGNVT 420

Query: 425 FDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH----VAENKEEATTTITIESKSSIG 484
           FD+ NI+QH V PP  QPP  I  LHN NIID DH    VAENKEEATTTI +ESKSSIG
Sbjct: 421 FDELNIAQHEVQPPQDQPPPNISNLHNINIIDHDHGHDYVAENKEEATTTIIVESKSSIG 480

Query: 485 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQN----RQETPVLIAAKNGV 544
           DKILK+FPITIGDKK NKKLILKATTT   NTW+NTE   +N    RQETPVLIAAKNGV
Sbjct: 481 DKILKYFPITIGDKKENKKLILKATTTK--NTWKNTEDHLKNKQYSRQETPVLIAAKNGV 540

Query: 545 VEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGN 604
           VEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNI+RESAFRMVDSQGN
Sbjct: 541 VEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNIIRESAFRMVDSQGN 600

Query: 605 SALHLAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCET 664
           SALHLAAKLGDHKPWLIPGAALQMQWELKWYQFVK SMP+NFFPTYNKEGKTSKV+F ET
Sbjct: 601 SALHLAAKLGDHKPWLIPGAALQMQWELKWYQFVKASMPSNFFPTYNKEGKTSKVLFSET 660

Query: 665 HCDLVRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFA 724
           HCDLVRSGEEWLT+T+ESCSLVAALIATVAFATSATVPGGNDQNKG PLLHGRPAFNVFA
Sbjct: 661 HCDLVRSGEEWLTHTSESCSLVAALIATVAFATSATVPGGNDQNKGTPLLHGRPAFNVFA 720

Query: 725 IASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGH 784
           +ASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLF+SIAAMLVSFCAGH
Sbjct: 721 VASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFLSIAAMLVSFCAGH 780

Query: 785 YFVLSDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISP 831
           YFVLSDKL YAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISP
Sbjct: 781 YFVLSDKLHYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISP 832

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot
Match: Q9C7A2 (Ankyrin repeat-containing protein ITN1 OS=Arabidopsis thaliana OX=3702 GN=ITN1 PE=1 SV=1)

HSP 1 Score: 64.7 bits (156), Expect = 5.7e-09
Identity = 83/339 (24.48%), Postives = 136/339 (40.12%), Query Frame = 0


Query: 526 TPVLIAAKNGVVEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRE 585
           TP++ AA  G  E+V ++L      +  + S  KN + LA    H  + + LL ++    
Sbjct: 200 TPLVSAAMRGHTEVVNQLLSKAGNLLEISRSNNKNALHLAARQGHVEVIKALLSKD---P 259

Query: 586 SAFRMVDSQGNSALHLAAK---------LGDHKPWLIP------GAALQMQWELKWYQFV 645
              R +D +G +ALH+A K         L D  P ++         AL +    K  + V
Sbjct: 260 QLARRIDKKGQTALHMAVKGQSSEVVKLLLDADPAIVMQPDKSCNTALHVATRKKRAEIV 319

Query: 646 K--GSMPANFFPTYNKEGKT--------------SKVMFCETHCDLVRSGE--------- 705
           +   S+P     T  ++ KT              S +  C      +R+ E         
Sbjct: 320 ELLLSLPDTNANTLTRDHKTALDIAEGLPLSEESSYIKECLARSGALRANELNQPRDELR 379

Query: 706 ------------------------------------EWLTNTAESCSLVAALIATVAFAT 765
                                               E + N   S ++VA L ATVAFA 
Sbjct: 380 STVTQIKNDVHIQLEQTKRTNKNVHNISKELRKLHREGINNATNSVTVVAVLFATVAFAA 439

Query: 766 SATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQAKDFGGN 789
             TVPGG D N G  ++ GR +F +F I + +AL  S+  +V+ ++++    +A+     
Sbjct: 440 IFTVPGG-DNNDGSAVVVGRASFKIFFIFNALALFTSLAVVVVQITLVRGETKAEKRVVE 499

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot
Match: Q80YE7 (Death-associated protein kinase 1 OS=Mus musculus OX=10090 GN=Dapk1 PE=1 SV=3)

HSP 1 Score: 61.6 bits (148), Expect = 4.8e-08
Identity = 52/167 (31.14%), Postives = 70/167 (41.92%), Query Frame = 0


Query: 56  KRGDTVLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATL 115
           K G+T LHVA   G   VV+ L    S  + +  EE               T LH AA  
Sbjct: 443 KSGETALHVAARYGHADVVQLLCSFGSNPDFQDKEEE--------------TPLHCAAWH 502

Query: 116 GNVKMCYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDG 175
           G   +   +  V  + V I+N EGETPL  A+  G  D   CL     H  D     KDG
Sbjct: 503 GYYSVAKALCEVGCN-VNIKNREGETPLLTASARGYHDIVECL---AEHGADLNASDKDG 562

Query: 176 QTILHCAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSA 223
              LH A+     E+   ++  +   V++ +  G TPLH+     SA
Sbjct: 563 HIALHLAVRRCQMEVIKTLLG-HGSFVDFQDRHGNTPLHVACKDGSA 590

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot
Match: O60733 (85/88 kDa calcium-independent phospholipase A2 OS=Homo sapiens OX=9606 GN=PLA2G6 PE=1 SV=2)

HSP 1 Score: 60.5 bits (145), Expect = 1.1e-07
Identity = 41/116 (35.34%), Postives = 59/116 (50.86%), Query Frame = 0


Query: 100 IANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLH 159
           I NH S +  HLA  LG ++ C+  + +        N EG TPL LA   G+ +  + L 
Sbjct: 114 IRNHPSWSVAHLAVELG-IRECFHHSRIISCANCAENEEGCTPLHLACRKGDGEILVELV 173

Query: 160 SFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHL 216
            +C HT+      K G+T+ H A+ GD  ++   + R     +N VN QG TPLHL
Sbjct: 174 QYC-HTQMDVTDYK-GETVFHYAVQGDNSQVLQLLGRNAVAGLNQVNNQGLTPLHL 226

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot
Match: P97819 (85/88 kDa calcium-independent phospholipase A2 OS=Mus musculus OX=10090 GN=Pla2g6 PE=1 SV=3)

HSP 1 Score: 60.5 bits (145), Expect = 1.1e-07
Identity = 40/116 (34.48%), Postives = 58/116 (50.00%), Query Frame = 0


Query: 100 IANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLH 159
           I NH S T  HLA  LG ++ C+  + +        N EG TPL LA   G+ +  + L 
Sbjct: 114 IRNHPSWTVTHLAVELG-IRECFHHSRIISCANSTENEEGCTPLHLACRKGDSEILVELV 173

Query: 160 SFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHL 216
            +C H +     +K G+T  H A+ GD  ++   + +     +N VN QG TPLHL
Sbjct: 174 QYC-HAQMDVTDNK-GETAFHYAVQGDNPQVLQLLGKNASAGLNQVNNQGLTPLHL 226

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot
Match: P97570 (85/88 kDa calcium-independent phospholipase A2 OS=Rattus norvegicus OX=10116 GN=Pla2g6 PE=1 SV=2)

HSP 1 Score: 60.5 bits (145), Expect = 1.1e-07
Identity = 40/116 (34.48%), Postives = 58/116 (50.00%), Query Frame = 0


Query: 100 IANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLH 159
           I NH S T  HLA  LG ++ C+  + +        N EG TPL LA   G+ +  + L 
Sbjct: 114 IRNHPSWTVTHLAVELG-IRECFHHSRIISCANSTENEEGCTPLHLACRKGDSEILVELV 173

Query: 160 SFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHL 216
            +C H +     +K G+T  H A+ GD  ++   + +     +N VN QG TPLHL
Sbjct: 174 QYC-HAQMDVTDNK-GETAFHYAVQGDNPQVLQLLGKNASAGLNQVNNQGLTPLHL 226

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL
Match: A0A1S3BMI1 (uncharacterized protein LOC103491271 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103491271 PE=4 SV=1)

HSP 1 Score: 1654 bits (4284), Expect = 0.0
Identity = 828/832 (99.52%), Postives = 828/832 (99.52%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL
Match: A0A1S4DXS0 (uncharacterized protein LOC103491271 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103491271 PE=4 SV=1)

HSP 1 Score: 1648 bits (4268), Expect = 0.0
Identity = 827/832 (99.40%), Postives = 827/832 (99.40%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH AENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH-AENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 831

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL
Match: A0A1S3BMT2 (uncharacterized protein LOC103491271 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103491271 PE=4 SV=1)

HSP 1 Score: 1646 bits (4263), Expect = 0.0
Identity = 826/832 (99.28%), Postives = 826/832 (99.28%), Query Frame = 0


Query: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60
           MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT
Sbjct: 1   MYNIMEPSRKERNWKEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDT 60

Query: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKM 120
           VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKM
Sbjct: 61  VLHVAVCDGQVGVVEELMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKM 120

Query: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180
           CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH
Sbjct: 121 CYDIASVDHSLVGIRNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILH 180

Query: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240
           CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI
Sbjct: 181 CAIMGDFFELALHIIRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCI 240

Query: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300
           FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV
Sbjct: 241 FVDEVKIDPKSFLRALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSV 300

Query: 301 GKTKKTQNNNEAKESTNDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360
           GKTKKTQNNNEAKESTND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF
Sbjct: 301 GKTKKTQNNNEAKESTNDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIF 360

Query: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420
           MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD
Sbjct: 361 MGLGSRGLKKIEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIAD 420

Query: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIG 480
           DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH  ENKEEATTTITIESKSSIG
Sbjct: 421 DNVTFDDSNISQHGVHPPHQQPPNIIPGLHNNNIIDQDH--ENKEEATTTITIESKSSIG 480

Query: 481 DKILKHFPITIGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMV 540
           DKILKHFPITIGDKKGNKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMV
Sbjct: 481 DKILKHFPITIGDKKGNKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMV 540

Query: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600
           EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH
Sbjct: 541 EKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALH 600

Query: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660
           LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL
Sbjct: 601 LAAKLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDL 660

Query: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720
           VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL
Sbjct: 661 VRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASL 720

Query: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780
           IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL
Sbjct: 721 IALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVL 780

Query: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 SDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 830

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL
Match: A0A5A7UTC2 (Serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit B-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold280G002680 PE=4 SV=1)

HSP 1 Score: 1622 bits (4200), Expect = 0.0
Identity = 812/816 (99.51%), Postives = 812/816 (99.51%), Query Frame = 0


Query: 17  MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE 76
           MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE
Sbjct: 1   MEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVVEE 60

Query: 77  LMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN 136
           LMRIISGEEKKGGEENNSKRVV IANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN
Sbjct: 61  LMRIISGEEKKGGEENNSKRVVRIANHKSATALHLAATLGNVKMCYDIASVDHSLVGIRN 120

Query: 137 NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR 196
           NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR
Sbjct: 121 NEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHIIR 180

Query: 197 LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL 256
           LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL
Sbjct: 181 LYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLRAL 240

Query: 257 PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST 316
           PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST
Sbjct: 241 PTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKEST 300

Query: 317 NDTENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK 376
           ND ENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK
Sbjct: 301 NDAENPHQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKKIEEKKK 360

Query: 377 KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH 436
           KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH
Sbjct: 361 KHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNISQHGVH 420

Query: 437 PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG 496
           PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG
Sbjct: 421 PPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPITIGDKKG 480

Query: 497 NKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS 556
           NKKLILKATT TTINTWE TEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS
Sbjct: 481 NKKLILKATTATTINTWEKTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVAIHDTNS 540

Query: 557 EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA 616
           EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA
Sbjct: 541 EQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKPWLIPGA 600

Query: 617 ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS 676
           ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS
Sbjct: 601 ALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCS 660

Query: 677 LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI 736
           LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI
Sbjct: 661 LVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSI 720

Query: 737 LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC 796
           LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC
Sbjct: 721 LTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTC 780

Query: 797 LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 832
           LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT
Sbjct: 781 LPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAISPT 816

[Close]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL
Match: A0A6J1K7T7 (uncharacterized protein LOC111491429 OS=Cucurbita maxima OX=3661 GN=LOC111491429 PE=4 SV=1)

HSP 1 Score: 1108 bits (2867), Expect = 0.0
Identity = 578/820 (70.49%), Postives = 669/820 (81.59%), Query Frame = 0


Query: 15   KEMEELESLKKSLFKNAMKGKWKEVVEKYAMDSRARDMKITKRGDTVLHVAVCDGQVGVV 74
            KEME +E LKK +F+NAMKG+W+EVVEKY+ D RAR +KITKRGDT LHVAV DGQVGVV
Sbjct: 730  KEME-IERLKKFVFENAMKGRWEEVVEKYSTDVRARGLKITKRGDTALHVAVSDGQVGVV 789

Query: 75   EELMRIISGEEKKGGEENNSKRVVGIANHKSATALHLAATLGNVKMCYDIASVDHSLVGI 134
            E+L+ II  E+K      N+K+V+ + N +  TALH+AATLGNVKMCYDIASV+ SLVGI
Sbjct: 790  EKLVTIIISEDK-----GNTKKVLEMGNDRGNTALHVAATLGNVKMCYDIASVEASLVGI 849

Query: 135  RNNEGETPLFLAALHGNKDAFLCLHSFCAHTEDRCRRSKDGQTILHCAIMGDFFELALHI 194
            RN+EGETPLFLAALHGNKDAFLCL +FC  T D CRRS DG TILHCAI+GDFFELA+HI
Sbjct: 850  RNHEGETPLFLAALHGNKDAFLCLDAFCTCTIDHCRRSNDGHTILHCAILGDFFELAVHI 909

Query: 195  IRLYKELVNYVNVQGYTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDEVKIDPKSFLR 254
            I+LYKELV +VNVQG+TPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVD++K++P SF  
Sbjct: 910  IKLYKELVEFVNVQGFTPLHLLATKPSAFKSGTHLGRWKMIVYHCIFVDQIKVEPHSFRH 969

Query: 255  ALPTKPLSLHPRSNPNNNEKFYPPNYTTCANFFNFLWKGILMVCSVGKTKKTQNNNEAKE 314
            ALP +PLSLH R +  N+ K YP NY TCA+FF+FLWKGI MV +VG T K  N++ AK 
Sbjct: 970  ALPKRPLSLHQRPSYPNHHKCYPANYNTCAHFFSFLWKGIGMVFTVGTTNKKPNSHNAKS 1029

Query: 315  STN---DTENP-HQKEDDSTVKHYELAIFPENYATCFNFLKLISKALLIFMGLGSRGLKK 374
            +T+   D ENP  QK  DS V H+ LAI P+NYATCFNFLK+ SKA+LI MGLGS  +KK
Sbjct: 1030 TTDADADAENPPQQKGHDSIVNHHGLAILPQNYATCFNFLKMASKAVLIVMGLGSAQIKK 1089

Query: 375  IEEKKKKHMWSFQVMNKLLECASMYEYDDNGSTPKETPKGEETQPYTIADDNVTFDDSNI 434
            I++KK+KH W+ QVMN+LL+CASMYEYDDNG +P  + + EETQPY  A+ +VTFDD NI
Sbjct: 1090 IQKKKEKHTWAVQVMNQLLQCASMYEYDDNGGSPTGSKEEEETQPYHFANGSVTFDDHNI 1149

Query: 435  SQHGVHPPHQQPPNIIPGLHNNNIIDQDHVAENKEEATTTITIESKSSIGDKILKHFPIT 494
            S H  H  H QPP   P   N    ++   AE KEE T  I IESK  + DKI +H P T
Sbjct: 1150 SGHPTH--HLQPPTDSPQQPNMPSHEEISDAEEKEEGTN-IVIESKGGLVDKIHEHIPPT 1209

Query: 495  IGDKKGNKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMVEKILHLFPVA 554
            IGDKK NKK++  A       T            ETPVLIAAKNGVVEMVEKIL LFPVA
Sbjct: 1210 IGDKKNNKKVVPTAAAAAGRTT------------ETPVLIAAKNGVVEMVEKILRLFPVA 1269

Query: 555  IHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAAKLGDHKP 614
            IHD N+++KNIVLLAVENRHPH+Y+LLL +NI+++SAFR+VDSQGNSALHLAAKLGD+KP
Sbjct: 1270 IHDLNADRKNIVLLAVENRHPHVYQLLLEKNIVKQSAFRVVDSQGNSALHLAAKLGDYKP 1329

Query: 615  WLIPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTN 674
            WLIPGAALQMQWELKWYQ+VKGSMP NFFP YNK+ KT++++  ETH +LV +G +WLT+
Sbjct: 1330 WLIPGAALQMQWELKWYQYVKGSMPPNFFPHYNKDRKTARLILSETHSELVENGGKWLTS 1389

Query: 675  TAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHGRPAFNVFAIASLIALCCSVTSL 734
            T+ESCSLVAALIATVAFAT+ATVPGGND  KG PLLHG+P FNVFAIASLIAL CSVT+L
Sbjct: 1390 TSESCSLVAALIATVAFATAATVPGGNDP-KGTPLLHGQPTFNVFAIASLIALSCSVTAL 1449

Query: 735  VMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALP 794
            VMFLSILTSRFQ KDFGGNLP KLL+GLSSLFVSIAAMLVSFCAGHYFVLS+KLQYAALP
Sbjct: 1450 VMFLSILTSRFQEKDFGGNLPRKLLVGLSSLFVSIAAMLVSFCAGHYFVLSEKLQYAALP 1509

Query: 795  VYAVTCLPVTLFAIAQFPLYVDLVWATIKKVPTRSYSAIS 830
            VYAVTCLPVTLFAIAQFPLY+DLVWAT+K VP RSYS ++
Sbjct: 1510 VYAVTCLPVTLFAIAQFPLYMDLVWATVKTVPQRSYSVVT 1527

[Close]

BLAST of MELO3C014331.jh1 vs. TAIR 10
Match: AT3G18670.1 (Ankyrin repeat family protein )

HSP 1 Score: 176.4 bits (446), Expect = 9.5e-44
Identity = 107/289 (37.02%), Postives = 171/289 (59.17%), Query Frame = 0


Query: 531 AAKNGVVEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRM 590
           A +NG+VE +E+++  +P  +   NS   NI   AV  R   I+ L+      +      
Sbjct: 296 AVENGIVEYIEEMMRHYPDIVWSKNSSGLNIFFYAVSQRQEKIFSLIYNIGAKKNILATN 355

Query: 591 VDSQGNSALHLAA-KLGDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPTYN-KEGKT 650
            D   N+ LH AA +    +  LIPGAALQMQ EL+W++ V+  +        N K+ KT
Sbjct: 356 WDIFHNNMLHHAAYRAPASRLNLIPGAALQMQRELQWFKEVEKLVQPKHRKMVNLKQKKT 415

Query: 651 SKVMFCETHCDLVRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGNDQNKGIPLLHG 710
            K +F + H DLV  GE+W+  TA SC++VAALI T+ F+++ TVPGG  ++ G+PL   
Sbjct: 416 PKALFTDQHKDLVEQGEKWMKETATSCTVVAALITTMMFSSAFTVPGGY-RSDGMPLYIH 475

Query: 711 RPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAM 770
           +  F +F I+  I+L  S  SL+MFL IL SR++ +DF  +LPTKL++GL +LF+S+A M
Sbjct: 476 QHRFKIFLISDAISLFTSCMSLLMFLGILKSRYREEDFLRSLPTKLIVGLLALFLSMATM 535

Query: 771 LVSFCAGHYFVLSDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLVWAT 818
           +V+F      ++ +K+ + +     +  +P+ +F + QFP+ +++  AT
Sbjct: 536 IVTFVVTLMTLVGEKISWVSAQFMFLAVIPLGMFVVLQFPVLLEIFRAT 583

[Close]

BLAST of MELO3C014331.jh1 vs. TAIR 10
Match: AT5G35810.1 (Ankyrin repeat family protein )

HSP 1 Score: 162.9 bits (411), Expect = 1.1e-39
Identity = 101/296 (34.12%), Postives = 170/296 (57.43%), Query Frame = 0


Query: 526 TPVLI--AAKNGVVEMVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYELLLRRNIL 585
           +P+L+  AA++G +E++  ++  +P  I   + + +++  +A  NRH  I+  +     +
Sbjct: 31  SPMLLFDAAQSGNLELLLILIRSYPDLIWTVDHKNQSLFHIAAINRHEKIFNRIYELGAI 90

Query: 586 RESAFRMVDSQGN-SALHLAAKL-GDHKPWLIPGAALQMQWELKWYQFVKGSMPANFFPT 645
           ++      + + N + LHL A+L   ++  ++ GAALQMQ E+ WY+ VK  +P  +  T
Sbjct: 91  KDLIAMYKEKESNDNLLHLVARLPPPNRLQVVSGAALQMQREILWYKAVKEIVPRVYIKT 150

Query: 646 YNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCSLVAALIATVAFATSATVPGGND--- 705
            NK+ + +  +F + H +L + GE+W+  TA +C LV+ LIATV FA + T+PGGND   
Sbjct: 151 KNKKEEVAHDLFTKEHDNLRKEGEKWMKETATACILVSTLIATVVFAAAFTLPGGNDTSG 210

Query: 706 --QNKGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKLLL 765
             +  G P       F VF I+  +AL  SVTS+++FLSILTSR+    F   LPTKL+L
Sbjct: 211 DIKTLGFPTFRKEFWFEVFIISDSVALLSSVTSIMIFLSILTSRYAEASFQTTLPTKLML 270

Query: 766 GLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTCLPVTLFAIAQFPLYVD 813
           GL +LFVSI +M+++F A    +   + +++ + +  V       F +  F L+ D
Sbjct: 271 GLLALFVSIISMVLAFTATLILIRDQEPKWSLILLVYVASATALSFVVLHFQLWFD 326

[Close]

BLAST of MELO3C014331.jh1 vs. TAIR 10
Match: AT5G04700.1 (Ankyrin repeat family protein )

HSP 1 Score: 162.5 bits (410), Expect = 1.4e-39
Identity = 113/306 (36.93%), Postives = 165/306 (53.92%), Query Frame = 0


Query: 521 QNRQET---PVLIAAKNGVVE-MVEKILHLFPVAIHDTNSEQKNIVLLAVENRHPHIYEL 580
           + R ET    +L A + G V+ +VE I +   +      S    + LLAVE R   ++ L
Sbjct: 353 KERSETVDEALLFAVRYGNVDFLVEMIRNNSELLWSTRTSSSSTLFLLAVEFRQEKVFSL 412

Query: 581 LLRRNILRESAFRMVDSQGNSALHLAA-KLGDHKPWLIPGAALQMQWELKWYQFVKGSMP 640
           L   +  +       D  GN  LHLA       K   + GA LQ+Q EL+W++ V+   P
Sbjct: 413 LYGLDDRKYLLLADKDCDGNGVLHLAGFPSPPSKLSSVVGAPLQLQRELQWFKEVERIAP 472

Query: 641 ANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCSLVAALIATVAFATSATVPG 700
                  N E +T   +F + H  L +  E+W+ +TA SCSLVAALI TV FA   TVPG
Sbjct: 473 EIEKERVNTEEQTPIEIFTKEHQGLRQEAEKWMKDTAMSCSLVAALIVTVTFAAVFTVPG 532

Query: 701 GNDQN-KGIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQAKDFGGNLPTKL 760
           G D N KG P       F +F ++ LI+   S TS+++FL ILT+R+   DF   LPTK+
Sbjct: 533 GTDDNSKGKPFHLRDRRFIIFIVSDLISCFASCTSVLIFLGILTARYSFDDFLVFLPTKM 592

Query: 761 LLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTCLPVTLFAIAQFPLYVDLV 820
           + GLS LFVSIAAML++F +  + ++  + ++   P     CLP  LF + Q+PL  +++
Sbjct: 593 IAGLSILFVSIAAMLIAFSSALFTMMGKEGKWIVAPTILFACLPALLFVLLQYPLLKEMI 652

[Close]

BLAST of MELO3C014331.jh1 vs. TAIR 10
Match: AT3G54070.1 (Ankyrin repeat family protein )

HSP 1 Score: 154.1 bits (388), Expect = 5.0e-37
Identity = 113/335 (33.73%), Postives = 188/335 (56.12%), Query Frame = 0


Query: 497 NKKLILKATTTTTINTWENTEGRHQNRQETPVLIAAKNGVVEMVEKIL--HLFPVAIHDT 556
           NK L L A  T+ I+         Q      +  AA+ G VE++  ++  HL  + I D 
Sbjct: 228 NKALHLLARKTSAISHKSQLNLFQQVASSWLLFDAAELGNVEILVILIRSHLDLLWIVDN 287

Query: 557 NSEQKNIVLLAVENRHPHIYELLLRRNILRESAFRMVDSQG-NSALHLAAKLGD-HKPWL 616
           N+  + +  +A   RH +I+ L+     +++      + Q  ++ LHL A+L   ++  +
Sbjct: 288 NN--RTLFHVAALYRHENIFSLIYELGGIKDLIASYKEKQSKDTLLHLVARLPPMNRQQV 347

Query: 617 IPGAALQMQWELKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTA 676
             GAAL MQ EL W++ VK  +P ++  T N +G+ +  +F E H +L + GE W+  TA
Sbjct: 348 GSGAALHMQKELLWFKAVKEIVPRSYIETKNTKGELAHDIFTEQHENLRKEGERWMKETA 407

Query: 677 ESCSLVAALIATVAFATSATVPGGNDQN------KGIPLLHGRPAFNVFAIASLIALCCS 736
            +C L A LIATV FA + T+PGGND +       G P    R  F++F ++  +AL  S
Sbjct: 408 TACMLGATLIATVVFAAAITIPGGNDDSGDKANTLGFPNFRKRLLFDIFTLSDSVALFSS 467

Query: 737 VTSLVMFLSILTSRFQAKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQY 796
           + S+V+FLSI TSR+  +DF  +LPTKL+ GLS+LF+SI +M+++F    + ++  +++ 
Sbjct: 468 MMSIVIFLSIFTSRYAEEDFRYDLPTKLMFGLSALFISIISMILAFT---FSMILIRVEK 527

Query: 797 AALPVYAVTCLPVTLFAIAQFPLYVDLVWATIKKV 822
           A+L +  ++CL  +L A+    LY  L + T++ V
Sbjct: 528 ASLSLVLISCL-ASLTALTFAYLYFHLWFNTLRSV 556

[Close]

BLAST of MELO3C014331.jh1 vs. TAIR 10
Match: AT5G04690.1 (Ankyrin repeat family protein )

HSP 1 Score: 150.6 bits (379), Expect = 5.6e-36
Identity = 98/258 (37.98%), Postives = 143/258 (55.43%), Query Frame = 0


Query: 565 AVENRHPHIYELLLRRNILRESAFRMVDSQGNSALHLAA-KLGDHKPWLIPGAALQMQWE 624
           AV+ R   ++ LL      +       DS GNS LHLA     ++K   +  A LQMQ E
Sbjct: 359 AVQVRQEKVFSLLYGLGDRKYLFLADKDSDGNSVLHLAGYPPPNYKLATVVSATLQMQRE 418

Query: 625 LKWYQFVKGSMPANFFPTYNKEGKTSKVMFCETHCDLVRSGEEWLTNTAESCSLVAALIA 684
           L+W++ ++  +PA      N E  T   +F + H  +    E+W+ +TA SCSLVAALI 
Sbjct: 419 LQWFKEMERIVPAIENERVNTENLTPIEIFRKEHEAMRLEAEKWMKDTAMSCSLVAALIV 478

Query: 685 TVAFATSATVPGGNDQNK-GIPLLHGRPAFNVFAIASLIALCCSVTSLVMFLSILTSRFQ 744
           TV FA   TVPGG D N  G P       F +F ++ LI+   + TS+++FL ILT+R+ 
Sbjct: 479 TVTFAAIFTVPGGTDDNSGGRPFHRHERIFVIFIVSDLISCFAACTSVLIFLGILTARYA 538

Query: 745 AKDFGGNLPTKLLLGLSSLFVSIAAMLVSFCAGHYFVLSDKLQYAALPVYAVTCLPVTLF 804
             DF  +LP  ++ GLS+LFVSIAAMLV+F +  + + +D   +   P     C P  LF
Sbjct: 539 FDDFLFSLPANMIAGLSTLFVSIAAMLVAFSSALFTIFND--PWIVAPTIFFACFPALLF 598

Query: 805 AIAQFPLYVDLVWATIKK 821
            + Q+PL  +L+++T  K
Sbjct: 599 VMIQYPLLKELIFSTYGK 614

The following BLAST results are available for this feature:

BLAST of MELO3C014331.jh1 vs. NCBI nr


Match Name	Identity	Description
XP_008449371.1	99.52	PREDICTED: uncharacterized protein LOC103491271 isoform X1 [Cucumis melo]	[more]
XP_016900773.1	99.40	PREDICTED: uncharacterized protein LOC103491271 isoform X2 [Cucumis melo]	[more]
XP_008449372.1	99.28	PREDICTED: uncharacterized protein LOC103491271 isoform X3 [Cucumis melo]	[more]
KAA0057396.1	99.51	serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit B-like ...	[more]
XP_011657510.1	88.14	uncharacterized protein LOC101211501 isoform X1 [Cucumis sativus]	[more]

BLAST of MELO3C014331.jh1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9C7A2	5.7e-09	24.48	Ankyrin repeat-containing protein ITN1 OS=Arabidopsis thaliana OX=3702 GN=ITN1 P...	[more]
Q80YE7	4.8e-08	31.14	Death-associated protein kinase 1 OS=Mus musculus OX=10090 GN=Dapk1 PE=1 SV=3	[more]
O60733	1.1e-07	35.34	85/88 kDa calcium-independent phospholipase A2 OS=Homo sapiens OX=9606 GN=PLA2G6...	[more]
P97819	1.1e-07	34.48	85/88 kDa calcium-independent phospholipase A2 OS=Mus musculus OX=10090 GN=Pla2g...	[more]
P97570	1.1e-07	34.48	85/88 kDa calcium-independent phospholipase A2 OS=Rattus norvegicus OX=10116 GN=...	[more]

BLAST of MELO3C014331.jh1 vs. ExPASy TrEMBL


Match Name	Identity	Description
A0A1S3BMI1	99.52	uncharacterized protein LOC103491271 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S4DXS0	99.40	uncharacterized protein LOC103491271 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S3BMT2	99.28	uncharacterized protein LOC103491271 isoform X3 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A5A7UTC2	99.51	Serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit B-like ...	[more]
A0A6J1K7T7	70.49	uncharacterized protein LOC111491429 OS=Cucurbita maxima OX=3661 GN=LOC111491429...	[more]

BLAST of MELO3C014331.jh1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G18670.1	9.5e-44	37.02	Ankyrin repeat family protein	[more]
AT5G35810.1	1.1e-39	34.12	Ankyrin repeat family protein	[more]
AT5G04700.1	1.4e-39	36.93	Ankyrin repeat family protein	[more]
AT3G54070.1	5.0e-37	33.73	Ankyrin repeat family protein	[more]
AT5G04690.1	5.6e-36	37.98	Ankyrin repeat family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Harukei-3) v1.41
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002110	Ankyrin repeat	SMART	SM00248	ANK_2a	coord: 523..553 e-value: 84.0 score: 12.0 coord: 174..204 e-value: 49.0 score: 12.8 coord: 208..244 e-value: 3300.0 score: 1.1 coord: 138..167 e-value: 14.0 score: 14.7 coord: 557..586 e-value: 1100.0 score: 4.7 coord: 57..86 e-value: 69.0 score: 12.3
IPR036770	Ankyrin repeat-containing domain superfamily	GENE3D	1.25.40.20		coord: 494..612 e-value: 5.6E-12 score: 47.4
IPR036770	Ankyrin repeat-containing domain superfamily	GENE3D	1.25.40.20		coord: 12..235 e-value: 3.8E-24 score: 87.0
IPR036770	Ankyrin repeat-containing domain superfamily	SUPERFAMILY	48403	Ankyrin repeat	coord: 27..244
IPR036770	Ankyrin repeat-containing domain superfamily	SUPERFAMILY	48403	Ankyrin repeat	coord: 522..607
IPR026961	PGG domain	PFAM	PF13962	PGG	coord: 665..779 e-value: 6.3E-29 score: 100.2
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 306..327
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 307..327
None	No IPR available	PANTHER	PTHR24177:SF289	ANKYRIN REPEAT PROTEIN	coord: 48..829
None	No IPR available	PANTHER	PTHR24177	CASKIN	coord: 48..829

Relationships

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


Feature Name	Unique Name	Type
MELO3C014331.jh1.t1	MELO3C014331.jh1.t1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005515	protein binding