MELO3C010649.jh1 (gene) Melon (Harukei-3) v1.41

Overview


Name	MELO3C010649.jh1
Type	gene
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	Auxilin-related protein 2
Location	chr03: 7757394 .. 7802144 (+)
RNA-Seq Expression	MELO3C010649.jh1
Synteny	MELO3C010649.jh1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGGATCAAGGTATGTTGTTCTTTAACTAATTTTAATTTGTAAAGTTGTCTAGTTCAAAGATATTGGTGCTTATCGTTATGTACAATGCTAGGGTTTATTGTATAATCATGAAACTAAAGTTTACATGTGGCATCAGAGCCTTGAATGAGAACTTGTAATTTTACATGGATGATTAATGATTTGTTTTAATGTTTCCGCTGCATGCTTTCTCTTAAATTTAAATCAAGATTCCTTAATTATCAATTACATGAATTAAAGATTTTTGATTATTGATTGTGATTTTGATTTTATTGAAAGACGGAGAACGAAACAAAATTTAGAAGGTTAAATACTTGTGCATCTTACCACCGACCACAATCTTCTGTTTTCTTTGAATTTTGATTAAGCAATTAAACTTTCTTCTTCTTCTTCTTCTTTTTTTAACAAGAATTAGTAAGTAATTAAAGTATTTTTAAAAATCTAATGTACATTTCTAATTAAAGGAATCAAGAACACCGTCAGTTTTCTTTTTCATATCAATTTCAAGCTTTTATTTATAAATTTTAATGAATTAAACTAATATTCTAATCCATAACTAAAGGAATTAAAATCTAATAAAGATTACGATATTGTCGAAAATCTAATTCATCATAAATCTAATTAAATTTTAGATTTTAATCATTTTCGAAATATTACATATATTTAGTTTATGTTGAAATTGATGATCATGTGTTAATTATATTTTATGTGTTATGTTTAAAGTATCCATTTATCTCTAAAATTTAAATTATACAATTAAATTTTTGGAGGATGATGTATGAATGTATGAATTTTTGATGAAATTCTTGTATCCAACTGTAAATTATGAGGTAAATCACTTGGAATTATGTTGTTCGATATCTATATATTATGAATAATTTGTTAGTCACCAAAGTGGCCAAATTAGTAAGTTCAATAGATATCAAATTAAGGTTAAACTCAATTACTCCTATTTATGTGATGATGATGAATTATTTTATATTATGAAAAATAAAGATGTGTTATTATGAATATATTGATTTTCATTATTATAAAACTTTTAAATTGCCCAAAGACAATTAGTAGTTTTATAATTTTCATTCTTATTATGGTTAATTGGAATTGTTTTATCATGATGCCTATATTATGAACAATTTGTTAGTCACCAAAGTGGCCAAATTGGTAAATCTTTTGACATCAAATTAAGATTGATTCAATTACTCATGTCCATTTGATGCTAATGAATGAGATAATATTATGAAACATTAATGATTTATCATGAGTATATTGATTTTCATCATTATAGAACATTTAATTTGCCCAAAGGTAATTAGCAGTTTTATAATTTTGAATCTTATTGTGGTTAATTGAGGTGTTTGGTTAGATATTGTTAGTATATCCAAAGATAACTAGTGTATCTAATTTGAGCATTTAAATTACCAATTATATGAAACTAAATCTAGCATCAGTTAAGTGTAAATGTTGTACATTTTTTTGCCTTCCAAAGAAGAACTTCAATATATAAATTAATGGTTATTTAATATTATCTGAACATATGTCAATATCTTTAAGTTTATTTCTCAAAGCAATGATGTATAAACATATTTATTTTGTAATTTCAGCATCTGCTCATGTTTCTCTTTTTTCGCATGCTACATCTATAATAAAGTTTAATGGACTGAACTTCTCTGATTGGTGCGAACAAATCCGATTCCATCTTGGAGTTTTGGATCTTGATTTAGCACTTTTAAGTGAGAAACCTGCTGCAATTACTTCTGCTAGCAGTGATGAGGATAGATCTTTCTATAAAGCTTAGGAAAAAATCAAATAGATTGAGCTTAATGTTTATGCGAATGACTGTAGCAAACAATATTAAGTCCACAATTAAGAAAACTAAAGATGTTAAGGAATTTATGAAATCTGTGAAAAAATGTTCTCAGTCAGAGTCGGCTGACAAGTCACTTGCTGGAACACTTATGAATACTTTAACCAACATCAAGTTTGATGGCTCTCGTACTATACATGAGCATATCCTTGAAATGATGAACTTGGCAGAAAGGTTAAAGACCAGGGGAATGGAAGTTAATGAGAATTTTTTGGTAACGTTTATCCTTAATTCCTTACCTTCAAAGTATGATCCATTTCACATGAACTATAATACTTTGAAAGATAAATGGAATGTGCATGAATTACAAAGTATGCTCATTTAAGAGGAAGCGAGGCTTAAGAAACCAATAATTCACTCTGCCAATCTCATGGGTCACAAAGGAGCTGGAAAGAAACCTGGAAAAAAGAATGGCAAGAGCAATCATGGACAATTAAAGGTAAAACAGTCGTCTGCCTCAATCCACAAAAAGGGACAAATTAAGGATAAATGTCGTTTTTGCAACAAACCTGGACACTATCAGAAAGATTGTCTAAAACGTAAGGCATGGTTCGAGAATAAAGGTAAGCATAATGCTTTAGTATGTTTCGAATCAAACTTAACTGAAGTTCCTTATAATACATGGTGGATTGATTCTGGTTGTACCATTCATGTTTCCAATACGATGTAGGGATTTCTTACGACCCGAACCACACCCAAATGAGAGATTCATTTTTATGGGAAACAGAGTTAAAGTTCCAGTTGAAGCTGTGGGAACCTATCGTTTAACTTTAGATACTAGACATCATTTAGACCTTTTTGATACCTTTTATGTTCCTTCTATTTCTCGTAATTTGATTTCCTTGTCAAAACTTGATACTTCAGGTTATTACTTTAAATTTGGGAATGAGTGTTTTAGTTTATTCAAACAAAACATTTTTATTGATTCTGGTATTCTTTGTGATGGCTTATATAAATTAAAGCTTGATAATGTTTTTGCTGAGAGTTTGTTAACCCATCATAATGTTGGTACTAAACGTGGAAAAACTAATGAATCGTCAGCTTGCTTGTGGCATAAACGTTTAGGTCACATATCTAAAAAAAGAATTAAAAGATTGATAAAGAATGAAATTCTTCAATATTGGATTTTACTGACCTTGGAATTTGTGTGGATTGTATTAAAGGAAAACAAACAAAAAACATAGTTAATAAAGAAGCCACAAGAAGCTCACAGTTTCTTGAAATTATACACACTGATATTTGTGGGCCTTTTGATGTTCCATCTTTTGGTGGAGAAAAGTATTTTATCACCTTTATTGATGATTTCTCACGATATGGTTATATCTATTTATTGCATGAAAAAACTCAAGCAATAGATGCCTTAAAAGTATTTATAAATGAAGATGAAAGAAAATTAAATAGAAAGGTGAAAATCTTAAGATCTGATAGAGGTGGTGAGTATTATGAAAAATATGACGAGAATGGACAATGCCCTGGTCCATTCGCTAAATTCCTAGAAAGCCATGGCATATGTGCTCAATACACAATGCCAGTAACACCATAATAAAATGGTGTTGCAGAAAGACGAAATCGTACATTAATGAATATGGTTAGAAGCATGTTAATTAATTCATCTTTACCTGTGTCCTTGTGGATGTATGCATTAAGAACCGCTCAATATTTATTAAACAGGGTTCCTAGTAAGTCTGTTCCAAAGACACCTTTTGAACTGTGGACAGGAAGGAAACCTAGTTTAAGACACCTACATGTTTGGGGTTGTCAAGTGAAAGTAAGAATTTATAATTCACATGAAAAGAAACTGGATTCAAGAACAACTAGTGGTTTCTTCATTGGTTATCCAGAAGAATCAAAATGGTATAGATTTTATTGTCCTAACCACAGTACAAGAATAGTTGAAACTAGAAATGTAAGGTTCATTGAGAATGACATAATTAGTGGGATTTTGGAACCACGAAAAGTGGAAATTCAAGAAGTTAGGGAGGAAATTCCTTCATCTATAACTTCTTCTCAAGTTGTTGTTCTTATAGTTGTTGACTCCGTTAACAATCCACAAGAACAACAAATTAATGGTCAAACGCCACATAATGATATTGTAACAAATGAACCCCACAAGCATTGATAATGATCCGGTTTCTAATGACTATTTGGTTTATTTGCATGAGTTAGAATTTGACTTAAGCATTGATAATGATCCGGTTTCGTTTTCACAAGCCATTAAAGGAGATAATTCTACCAAATGGTTAGATACCATGAAAGAAGAGTTAAAATCTATGAATGATAATGAAGTCTAGGATCTTGTAGAATTGCCTAAAGAAAGCAAAAGAGTTGGATGTAAATGGGTCTTTAAGACCAAACGCGACTCAAATGACAATATCGAACGATACAAGGCTAGACTTGTTGCCAAAGGTCATACTCAGAAAGATGACATTGACTACAAAGAGACCTTTTCTCCTGTGTCGAAAAAGGACTCATTAAGAATTATTATAGCTTTGGTAGCTCATTATGATTTAGAGCTTCATCAAATGGATGTGAAAACTGCCTTTCTAAATGGAAATTTAGATGAAGAAGTGTTCACAGATCAACGAAGGTTTTATGGTTGAAGGAAAGGAACATATGGTGTGTAAATTAAAGAGGTAAATATATGGACTTAAACAAGCTTCCAGACAGTGGTATCTTAAGTTTAATGACACCATCACATCTTTTGGTTTTAAAGAAAACATCGTTGATCGATGTATATATCTAAAGATCAGTAGGAGTAAGTTTATAATTCTTGTTCTATATGTTGATGACATCTTGCTTGCTACAAATGACTTTGGTTTATTATGTCAAACCAAAGAATTTCTTTCTAAAAACTTTGAAATGAAAGATATGGGTAAGGCATCCTATGTGACTGGAATTGAAATATTCCGTGATCGAACACATGGATTGTTAGGATTGTCTCAAAAATCCTATATTAATAAAGTTTTAGAGAAACTTAAGATGGACAAATGCTCTTCAAGTGTAGTTCCAATTCAGAAGGGAGATAAATTTAGTCTCATGCAATGTCCAAAAAATGAATTGGAATGAAATCAGATGGAAACTATTCCTTATACATCTATTGTTTGAAGCTTATTGTATGCACATATTTGCACTAGACCAGACATCAGTTTTGCTGTGGGTATGCTAGACAGGTATCAAAGTAATCCAAGAATGGATCATTGGAAAGCTGCAAATAAAGTTTTAAGGTATCTGCAAGGAACAAATGATTATATGCTTACTTACAAGAGATCTGATCATTTTGAGGTGATTGGATATTCAGATTCAGATTTTGTCGGATGTGTGGATACAAGAAAATCCACTTTTGGCTATTTGTTTCTGTTAGTTGAAGGAGCAATTTCATGGAAAAGTGCAAAGCAGTCTTTATCGCTGCATCCACTATCGAAGCTAAATTTGTAGCATGCTTTGAGGCTACAGTTCATGGTTTATGGCTGTGGAACTTTATCTCAGGACTTGGAATTGTCGACAGTATTGCCAAGCCGCTGAGAATTTATTGTGATAATTTTGCAGCAGTTTTCTTCTCAAAAAACGACAAGTATTCTAAAGGTGCTAAACATAAGCAATTAAAATACTTTGCCGTTAAAGAAGAAGTTCAGAAACAGAGGGTGTCAATTGAACACATTAGCATTAAACTTATGATTGCGGATCCATTGACTAAAGGATTGCCACCAAAGACGTTCAATGATCACGTTGAACGTATGGGCATCAATAGATATCATTATTAAGATCAAGATTATGTTTTTTTTTTACACTTTGAGCTCATTTATTTATTATTTCTGATTTTATCTTATGGTTCTGTTCTTATGATTAGTATATACATAAAGGAATTATGTAAACCAAACAGGACATCGTATTTGATAAAGACACTTATTGTTGGACCATTATTGATTATCTTTATTATAGATCATGTTAATAGAAGAACTATTTCAGTGATATATGGAAGGGAGTATGTTAATGCAATGATGTATGACCGCTATGATCCTTTAGTAGTTTCTTTGATTTGACACGATATGTTATGAAGTTTAATTTTACGCATTATGTCTATGAACATTGGTAAATAATGTCAATGGGCCAAGTGAGACAATGTTAGATTTATTCTTAAATATAATATTATCATTAATGTGACCCAATTGCATTATCTATTATTTATCCCTTTTGGGCTTTATTTTATTAGGCCCATTAGGTTAAAAAGATAATGCCCTAATTTAACACCATGATGGGTGGTGTTTATAAATAGAACCTTAGGGATTGGTCCTCTCACTGCCTCATTAACTATTCTATTCTTCCCATCAAGAAACCTAAATTAAGTTCTAAAGAAAGGCAAGTGAGAGAAACAAAATTCCTCAAGAAGATTATTCATGGATCAAGGTATGTTGTTCTTTAATTTTAATTTATAAAGTTATCTAGTTCAAAGATCTTGGCGCTTATCGTTATGTACAATGTTAGGGTTTATTGTATAATCATGAAACTAAAGTTTACAAACATGAAATATCTATGTTGTGTAGGGAACACCTAATACAACCAACACTTAGTAGCTCTACGATGTAGTGGGGCCCACCCAACACTCTCATTGTCTTTGTCGTAGTGGGGTCCGTCCAATACTTACGTCAATATTATTGTCACGGAGTACGCTCAACATCAACAATAGATATAACTTGTGTGCACATGGTACCATACAACCACGGGCTCAATATCTCAATCATGTAATCAATAGACATCTCAGAAAATCACATGAAAACATTAAAGCACGTCTACTTATCTTTATCTTGCATAAACATTGAGCTTACTCAGCTTGTTCATGAAACATGATTTTTTAATTAATACGTGCTTAAACATGCTTTGCTTTATACAATATTGAAACTCAACATTCACGTGCTCACATATAAATTTCATGAAGAAATCTAAGCTCAAAACTCATGATTGAAATTAATCATAGAAATCATGTATCATTAATAAATTCGAATTCAAGCATGTAAAACATTTAATCAGAAAAAATAGTCTTAGAAATTATTTTCAAAACATGTTTGGTCACTCACAATCTTGAGCTAGCTCTCCCTAGTCTATATAAACTCGACATATTTCCTTTTGGCTTAACAAGCGAAACAAAATTGAGAATTAGAACCTGGAATATTATGTCTTTCTATGGTAAGCTTAAATGTCGTACTTGTTATGATTTACTTAAAATAACGTACTAAAGATGTTGCTCATGAATTCCAATCTTAAGAAATAAAATCACATTCCATAGTTTTTTCAAAATTTTCTAGATTCAGTACCCTAACTTCAAATACTCATAACTTTCTTAATACTTGACCAAAATTAATATACTTTATATCAAAATCTTTATTTTGAAATCTTCAAGATCTTTATTTTAAAATCTTCTATAACTCACTTGAAGGAATAAAAATGAGATTCCCAATGTATTTTCCCATAAATGTCCCAAACCACAGCTACTCCAATTTCACATTTTTTGTACTTCTCTAATTTTCTTATGAAATTAAACCAATTTCTAGTCATATTTGGCTCATGAGTTCTTTATAAAAGCTATAAAAAATTGAATAAGATTTCCAATCATACTAAATAGAGCTTTTAGTTCAACTTATCCACTCTGAGATATTCGAAAAACCAAATACTCTTCATATTTGCATGAAAATCCGATCACCTATCTTCTCCTTAAAAAATCATCCACTTAATATCAAAATTAGCTCAAGTTTCTTCATTAAATTTGTTAGAAAATGAGTAAAATTTAAAACATGATAGGCGTCACTATCTAATTCTATTTGTGCAGCTTGAACAAAACAAAAAACCAGAAGTGTGTAGGATACATTAAGCTTCTGTCATGGTTGCCCCCTTTCTTTGAGCTCTCCTTTGTCTTCTTCGACCTCAAAAACTAAAAAACTTTTCTTCTTCTTCTTCCTTAGGTTATCTTCTGAGGAACTCTAAAATTTGGGTGAAAATGGTTGGGAAATGATTTTGGGTGATGGATTACTTAGAAGAAAATAAAATGCACCAAAAGGTTATTTCATTTCCTTGTCCTTCTCTTCTTCTTTCTTTAATTCTCTTTTTATTACTTAAAAAAATATATAAAAGAATATATACATATATTGCCACATTCTTTTTGTTACTTATTCCATTTAATTTCCAATATTTGAAAACAAATATTATTACCCAAATTTCCATTCTTTACCTTCCTCTTGGTTGATTTATTCATTCCAAACTACTTGGCCATAAATTTCCTAAACAACATTAAGAAACTAAAAATAACTTGAAACTTATCTTGATCAACTTACTTCTAAGTTTAAACGAATCAAAGTAGGTAGGAATTAAGGTTACGAGTTTACAACTTAACTCTCCTTATGAAATTTTGTATTTGAAATTTAGTTGTCCTTAAGTAAACAATGTCAGATATGTTCTCTTCTTATGATCTTTTTATTCTCAAGTTGTCTCCTCCACACCATGATGTTTCAAAAGAATTTTCACGAGTGGAATCGTATCGTTTCTTAAAACTTTCTCTTTCTTGTCAAGGATCTGTACTGCTTCCTCCTAGTAATCCATGTCTTTTTTCAACTCAACTGGTTGCGCTTGTAACACATGTAGCAGATCCAGAATATATTTCCTCAATGTAGATATATGAAAAACATTATATATTCAAGTAAGCTCTTCTAGCAACTCAAGTCTAAGCTACTGGTTCAACTTGTTCAGTTACCCAATAGGTTCAATATGTAATGCCCCAAATTTCGAAGTAAATTTTAACATTTTTTTTATGTTAACTTTTGGGGATTTAAAATTTAGGGTGTTAAATTTTATTTGGTTTAGAAGAGAAAGGAAAAAGAAAATAATGGTATAAATTTTAATAATATAATATATATAATATAATAATAATATAATATAAATTATATTAAATTATGTTGTTATTATTATTATTATTATTATTATTAATAGATATTATAATATAATAATAATATAATATAAATTATATTAAATTATGTTATTATTATAATAATAATAATAATAATAATTATATATATATATATATATATTTTAAAACTCTAAAGCCCCCCCGTCTCCCGCATCGCGCCGCCCCCCTTCGAATTTTCTTCTTTCTCTTCCATCCTCTCCCGAACAGCCGTCGTCGTCCCCAATCTCTTCTTCGCTTTCGACGTCCACTATTCTCCGATGCCCCCACCTGCAGCCGCCACACGCTAAAGCCCTTCATCGTAGTCGTCTCGCGCCATTCGACGGAGCCCGAAAGTTCACGTAAGCCTTGAGACCTCTTCCTCTCCTTTTCGCTCGTTCCATCGACTGTCGGCAATCTCTACCCTCAACCGATAGTGAGCTCTCTTTCTTTTCTTATCCTTTATTAAAGGATGTCACTCATAACTGGAAAATCCAACTGATCTACTTGTTCTAAGATTTTATACCCATTCATCACAACTGAAGGAGCCCTATGCTCTACCTTTCCATCGTGTAGCCTACTTCTACGCCACACGTGGTTCTTTGGAAGATATCGTCTATGTCCCATGAAGGATATTTTACCTCGTAATTCGAACGACAATCTATCACTCATGCATATAGGACATGCCTTATATCCCTTTGTACTCCACCCCGATAGGTCACCATACGCCGGGAAATCATTAATCGTCTATAACAAGGCTACATGTAGCTAAAAGAACTGACCTGTAAGAGAGTCATACGTACACACCCTAAAATTCCATAACTCTTTCAGTTCCTCAATTAATGGTTAGAGATGCACATCGATTTCCCTACCAAGAGATCTAGGATCAAGTATGAGCAGTGACATTAAGTAATTTGCCTCTTTCATGCATTTACATGGTGGCAAATTGTAAGGAAAGTAACACAACAGGCTACATCCTGTATAAGGTACTCATATGACCAAATGGGTTAAACCCATCTGAAGTCAACCCCACAAGCCCTTTCCATGGATCAGAAGCAAAATCAGGAAATTCAGAATCAAAGTGCTTCCCTCCCTCGCATCAGCTGGATGTCTCAACACATCATCTATTTCAACATGTTTATCCTTATGTCATCTCATGTCAGCGAACCCTTCCTGCGATACAAACAAGCATTGTAATCTCGGTACCAAAGGAAAGTGGCGTAATACCTTATGCATAATTTTTTCCTTATGTTATGGTTAATCTTGTACCGAGCCTCGTCACATGTAGGACAATGTTGCAAATCAACAAACTCTCTCCAGTACAATACATAGTCATACTTGCACGCTTGAATAGTATCGTATCCCAAGCCCAAGTCACGAAGTTTTTATTTGGCTTCATAAAATAAACTAGGAATAATACTACTACACATTGGAAACGCTGCTCTTAAGAGTTCTAACAACATGTCGAAGGACTTGTTACTCCAACCATTTAGAACCTTGATATACATCAACTTAACCAAAAAATTTGAGGAAAAATCAGAACAACCGGGGTACAACTCATTACGTGCTTTATCAATAAGTTCTGAAATATGTTTGTTGTATCTTCATCTATATCCACCCCAATATTCCTCTGCATTTCATCCTCCAAACGACCTTCCTTCGTTTCCTCTTCCTATTCAATTGGGGCTTGTAAATCATTCAGCTACCAAATATGTCATGTTCTTCATCAAACTGCCTACTACTAATTCCTTCATCAAAAGGGTTACTGCTGGTTCCTTCATCAAAGTTTTCTATACTCTAAAGCTAACTGACTACACTCATTCTGTGTAGTAGGAGGATATTCCAATAGTCAGTAGATGTCGTTCTATACCCTCTAGTGAGTTCTAATGTGAGTTCATACATCTCTTGCATGGACACCGTATTCGTCCATAGGCATCAACGTGAAACTTGGTAACTTTTAAAAATTGGGTCACTCCCTCCCTATACTCGAGGGAAAACTGATTCCTAAATTTCATCCATTCCTTGTCCATCGTTTAAGTCTCTAAAACATAAATAGATTTGATTAGAAGCATATCCTTTCCTCTCACATCCTAAACTTACTCATCTAAATATACAATCTCCCAAAATTTTCACTAAAACTAACTTCAAACTACAGAGGCTACCATAACTGCAGGATAGCCACACAACCTAATTAACCACAAAGAACTTCAATCTTTGCATCCTACCCACCCCTTCCAACAACGCTACCTTACAAGCTATCATACTACCACCCCTTCAAACCCTTGGAAATACAAATAAATTCAAAAGAAAAAAAGACTACTATTACTGTAAGATAGCCATCTTAAATCAACAACAGAATTATTCAAAACTACTAAGAAATAAACAACTAGAATTAAACTAAAAGCTACCATAACTACAGGATAGCTAAAACGAATCTTAACAAAAATTACATAATTTTTAAAATAATAAAAGCACTCACCCCCCCTAAATTTTCAACCCTAACTTCTCAAATTTTCAATTCAAACCCCCTCACCCCCTTCAAAATTTCAATTCAACCCCCATTCCCTTCAAAATTTCATCCTTAAACCCCCTTCTGTCTTCAAATTCAACCCACACATTCAAATTTTTAATTCTCCAAATCAATTTATCAAATAATCCCCCTCTTTCAACCCACATTCAAAATTTCAACTTCAAAAACAAAAATCTATTCTTAAACAATATCCTAAAACTAATTCATCATTAAAATCTTAAAACTAATTTCAAAAAAAAAAAACTAAACTATTTAAACTAACCTAACCTAAAATAACATTTAAGGGTTTAGGGCTTTAAACTTACCTCAAATAGGAATAGTGGCGGCAGACAACGGGAGAGGCACGACGACAGATTCACGACGGTGAGGGGAAGGACGACAACGGCAACGATCTTTCTTCATCTTCTCTTCATTTCACCGAATAATCTTCCTTTCTCCTCTTTCGTTTCGATTTTGTGTTTCACAGAACTAAAACATCTTTTTTATATCGGAACTTCCTACGCAACATGAAAACGTTGGGAGATCCCCTATTCTCGACGCCATTCCTGACGAATCACTAATGCCATCAGAAATAGTTAAAACCATTTTCGACGCCATGCTTTAGGCATCGGGAATCGCTATCTAACATAATTAATGTTTGAAGATTTCTGACGGTCATTCCCGATGCATGTCGAGTGCTGTTAGGAACATGGGTGTTTGTTATCGACGTCGTGCATGGGCATCGAGAGAAGTTATATATTTTATTTAATTGCTAACAATTCCCGATGCTCTACACCCAGACATCAAAAATGGGTTCTTTTTTTCCAACGACTCTATAACGGCATCGGGAAAAGGTAATAATAAAATAATGTGTTCGCTTTTGCTCAACATGTGAAAAGTGACATCGAGGAAAAGTCGTTTACATGTAGAATATATAACAGCATGATCGTTACTGTATCGCATGATCATTTAACATTATTAGCAGCATGGTTGTTTAAAGTGGTACAACATCGATGGTGTTGGTTAAAAACAACCGATCGTTTATGCATATCGTGGCGATAGTATGAATTATTAGTAGTAGGATCGTTTAAAGATGTAGAAGATCGATGGTGTGGATTAAACACCAACGATCATTTACGTCTATCGTGGCGACCGTATGAAGCGATTAAGGCCATGTGGAGACTATGCAAAGACTTTAATGTTATTTAAATCGTTTACTTCTATCGTTTACTTGCATAAACATTCGTTTATAAAATACAATATGATCGTTTATGATTAACAAATCAATCATTCAGACGTTAGATAACAATCATTTAAATTTAATGTTAAAATCGTTTAGACCTACTTAAATATCGTTTTAACATAAATGTACGATCGTTTAACAAATATTTCCATTATGTAAAATGCGTAAAAATATCGTTTAGATTTAATAACTCGATCGTGTAGGTTTAACAACACGATCGTTTAGATGTAAATCAAAGATCGTTTAGATTTTATTATTATATTGTTTATTTACATAAACATTCGTTTTTAGAACACCACATGATCGTTTATGAGTAACAGACCAATCGTTCAAATGTTATTAAATGATCATTCACATCTAGTGATAACATCGTTTAGACCTACTCAAAGATCGTTTTAGCATATATACATGATCGCTTAACAAATATTTCCATCATGTAAAACGTATAAAAGGATCGTTTAGATTTACTAACACGATCACAATACAATATTGTTTAGAATTACTAGTATGATCGTTTACATGTAAAATGATTAAAAGCATCGTTTAAATAATATCTTACATGATCGTTTAACATTCTCAGCAACACGATCGATTAAAGTTGCAGAAGATCGATACCGTTGGTTAAACACCAACGATCTTTTATGTCTATCGTCTAATTAATGAATGTGATTTCAATTATAAAATTAGAGGATTAAGACCAGATGGCGACCATGTGTAGAGTTTAGAGTTCGTGGGTGAAAATGGTCAATACGTGTGTTGTAAATAATAAATTCGCATTTATTAACCTATCAGCAAGTATAATGCAAAAAAAAAAACGCTTTCTTTTTCGTGCATTCATCTTCTTACTTTAAAACCATTCTCACAAACAATTAGGTTTAGAGTTTCTCAACTTTTCACCTCACAATTTTTCTTTGAAACTTTTCCTCATTCTGACAAATTAAGGGTCTAATGCTGAGATTCCAGATGCTGCTATTTGGACAAATAACGATAAGATCAAGAAAAAAGGAAACAACATGCAAGGTGCTTCGAAAAATGTCTACAAAAGACTAGGGTATGCTCTTAAAAACTTCCTAGATTCCGAAGCCTCTTCGGGCCAAATTGGAAGAGGACAGGATTCACAAAGGAAGATAACGTCGGTGTTTGGTGCATGATTTTAGAGAAGTTTTCTAGCCATTAAAGTTGTGCAAGCATTACAAACATCGACAAAGACCTTCTTTTTAAAGCCTTTGAGTTTCTTGAGAATGGAAAGAATGCCAAAATTTTAATTGTAATGAATGAAAACTTACAAAGTAGGTGGTTGAGGACAAATCTTTGCAAAAATAATGATGGATGGCTATACAATTGCATTAAACATTTTTCCATTTTCATCACGTTATGTGCATGAACATTGACATTTTATGGATGCCTATTTTACATGTTATGTAAAATTTACATGCAATGGAAACATGTAATAACGTTTGCAATCAATATGTTATTGCTAATAATTGTTTAAATTTGTTAACATTTTAAAGTATTTTTTCTTTAAAAAAAACATCCGACGACGAGATCTAGGAAATTTGAGAGTCCGATTTCTTCGAATTCTTGAGGTGAGGAAATCGATTTTTTGGAATCGATCTCCAATATGTTTTTTTATGTTTGCATAATTTGTTATGATGCTTCCTTTACTTTTGTTTCTACTTATCTAAAATTTTCTATTAAGCCTCGTTGTTTCTTATTTAAAGTTTTCAATATTTTAAAATCCTTCTTTTTAAAATTATCCAAGTTTTTAAAATTTCATAAAACTTTTTTTTTATATCATTTAGAAATTCTTTTCTTTTAAAATTATAATTTTTTTTATGTTTTTCAAACGTTCAAAATTTAATCTATTATTTCATAAGGTTTCTTAATCAATTCTTTCTAATAACATATATCATTTTTCTTAAACAAAATCCTACAACGGAATCTAGGAAATTTAATTTCCTAGAAATTCTTGAGGTGAAGGATCACATCTTTGGGAGTTCAAAATTTGATCACAAGAAAAAATGATTTTAATTAATGTTTTTTTAAAATAACTTTTTATTAGAAGACTATTCCTATTACGGATTTTGAGAAATTTTATTAATTTCTCACTTTTTTCAGCTGAGAAAATTTTCTTCAATATAGTCTAATTGATAGAGTGCTCTCCACTTATTTTATGAGATCATTGCTTCAAATATTGGAGTAATAAGGGGTAAAATAAGACATTAATTTTTTAAAAAAAATTAAAGAATATTTTCAATTTAAGGTTTGAATTTTGGCCACCATTTTTTCTAAATGAGTGTTGTGAGGTGCTAACACCTTCCTCATACACAAATGACCCCTAAACTCAACTCTAGTTTTCGCATACCATTTTTTTATGATTTATTTAAAATTGTTTACTCTATTTCCGTGTTCAATCACACCATATGAAGAATTGGTTGCGACTCCTATTTTATTTTGAAACTAACCATTTTGAGGACATCGGCCACTCTGCGTCGTCTCGGGCACGTGGCGATAGCTTGGCGACTCCACTAGAGACGTGGGGCTCTACCTCAAGAGCTTGGCCACTTTCTCCTTTATCTTGAATTATTTTATTCTATAATTTTATTTTAAATTTATTGTGTGTAGTTATTGTGCATTTTATTATTATACACACTCACAAGCCTCCTACCCAGGCTTTACCTCATAAGATTAAAATTGAGGACGAAGTAGTGTTGACCTTCAAGGAGCTTCGCCCCCGTGTAGGCACAAGAAAAATCCTCTCTCAAGTTAGTCATATCATGTACGACTTTTGACCAATTTGAGAACCTTTTATATAAGACTTTAGAGCAAACCTCACTTTGTTTGGAGACTTTTATTTTGACATTATATAAATTATTATCTTGCTTCACACACTATCACAAGCCTCCTATTCAGGCTTTACCTCATAAGATTATAATTGGGGACGGAGTAGTGTTGATCTTCGAGAAGCTTATCTTTTGTGCAAGCACACGGAAAATTTTCACTGACCAATCTTAGGACCTATATCATTTAGGGATTTTAAAATTAACCTCAAAATTAAAACTTTTACTACTAGTGTATTACCAACATGCATTCACACATGTATTTCTTTTCAATTTTATTGATTCTTTACCTAGGTCGGTTCAAATATCACAATTTCATAAAATGTTTTGTAAAAGTTAACAATTTATTTGCCAATTTTGAAATCTCAATAATTGTGTTTAAATTTCCTAAAGTTTTCTTCATATATTAAAAATATATATATTTTTAAGAGAATTCAAGAACTTATCTTTTTATATTTTAAAAGATTGAATGACATTTTTTTTATAAAATGTTCCTAAAAAACATATTTATCTAATTCTTTTGCTTTCTAAAAAGAATATATATTCAATAATAATTAGTATCATTTAATGAATTTTTTTTTGAAATATATTAACTATTTAAAAATAGATAAAAAAAATCATGTTAAAATTAAATAACATTAGCTTCAAAAATTAAAATTTTGAGAACAATTATTTGAAATGCTAAAAAATATGATCAAGTATAAAAGGAATTTGGTAAAAAAAAAACCTATTGTGTAACTTTCAGTTTTGTTTCTAAACAACATGCATATTATTTGCTTGCAGAGCTTGAAAATTTTGAAAGTTGTTTTAAAAGAGGCAAATATTTCAAAGTAAAAAAAATAAGCAAAGAAAATAGCGAAAAGTTTTTAACTTTTTTCAATTTTCTTAAAATAAATTTGGACATTTTACTTAGGGAAACTTTTTTAAATATAACAAACTACTCAAATATTTACGGACCGTGTAACAAAGCCCATAAAGTTAGTCATTTTTTAAATATTTCAGGTTTGTCCTTCCATCTTTTTCTCTTCTCTGCAATTTTTTTATCGTCTTTCTCCGTACTTTTCTTTTTTAGCTGCAATTTCTTCAATCTTTTTTTTTTTTTAGATTTGAGTAGCTAAATCTATTTTTTCTATCGTCTTTCTTGTTTTTCTCTCTTTTTTTAGGTGCGTGCATGTCTTTCTTTCTCTTTCTTCTTTTTCCTTTTTTTTTCATTCACTGCATGCATCGTATTGTCTTTCTTCTTTTCTTTTTTACGTTTAGGTTAGGTAACCAAATCTGATGATGTATTAGAATCTTGAAAAAATTGGTTAGACATTTAAATTAGGGTAACCAAAACTAAAAGATTATGTATAAAGAATATCGAAAAAAATCGTCTATACCAAATTTTGAAAAAAAAAGCGTTTAGATTTGGGGTAGCCAAATCTAAACGATCATCTAGCAAAATCTAAACGATCGTGTAACCAAATCTAAACGATCGTGTAGTCAAATCTAAACGATCATATACCAAATTTTGGAAAAAAAAATGGTTTAGATTTGGAGTAGCCAAATCTAAACGATCGTGTAACTCATTTAATTAAACGATCATGTAACCAAATTAAATGATAGAATTTTAAAAAAAATCTAAACGATCGTGTACCAAATCGCATTACCAAATATATTATGCGCATTGTTGATGGGGCATTTTTGGTATTTACACAGTGGGTCTCTAGGCTTTTTCCATTTTCGGAATTGTTCTATACAGTGTAAATATTTTGTCGTTTTTTTATATTTTTTAAAAAACCCCTTTTACTTGATAGTCATCAAACAAATTTGACTAATTAATAATAAAAAAAAAAGCTCTTAAATCACTATATGTTTAGATTAATTGATTAATTTTGACGGACTGTAAAACTTTTGGGGTGCGTTTTATTTATTAACTTAAGTTTTAACTTTTTAAAATTTTCTTAAAATAAATTTGGACATTTTACTTAATAGTCATCAAACAAATTTAAATAATTAATTAAAAAAAAAGCTCTTAAATCACTCTATGTTTAGATTAATTGATTAATTTTGACGGTCTCGTAAAACTTTTGGGATGAGTTTTATTTATTAACTTAAGTTTTAACTTTTTTTCAGTTTTCTTGAAGTAAATTTGGACATTTTACTTAATAGTCATCAAACAAATTTGACTAATTAATAATAAAAAAAAAAACTCTTAAATTTGGACATTTTACTTAATAGTCATCAAACAAATTTGACTAATTAATAATAATAAAAAAAAGCTCTTAAATCACTATATGTTTAGATTAATTGATTAATTTTGACGGTCTCGTAAAACTTTTAGGGTGAGTTTTATTTATTAACTTTTTCATCTCATATAACCACATTGTTATCCATTTTATCTTGTTAAAAATTGCATTAAGTAAAAAAAGTTTATTTCTTCATAAGAAGTTACACTATTTTTAAGATATTTTTTGTTGCCTCATTTAATAAATAACTAATAATGTTTTAATGTTGATGATTTTTTTGCAAATATAAATTAAAAAGTGGAAATCTTTGCAAAAAAAGAAAAGTTTTTTCATAAAAGAAATATATGTCGTGGAGAGTATTATATTATGCTATTATTTCATCATTATTTTTTACTAATTGCATGATCTAGCACTAAGAGTCCTCTCATTATCATGCATTATAATCATATGTTTATAAACACGTACTTGTATATATGTTATAAACTGTTGGCTAGTATTTTGTTTAAAAATATCAGTAGCAATTGCATTTAGCTATTTATTCTTGGAAATATTAGTGAATTTTATTGACTAATGGTTGTTGCATTGTTGATGAAATTTTACATGCATAAGCCTCAGACTAGTAAATAACTTCAAATAATTTAACCATTCTCTCTCTTTAGAAAGATCAAAAGAGTCAAAGTTCTTACAAATAGTTGAAAAGATTTTCACCCCCTCATTCATTATTGGTCGAGGTCATAGAAGAGTTTCCCAATCAAGAGCAAGTAATCAGAAGAGATGTATCAGAGTGTTAAAAGGACAAATGGCAAAGTTTTCAAAGTCGATCCCTCGCTTTAGTTAAAGATAGATTAGTAGCAAGGGCATTCAAACAAGTGAAATTGGTTTAGAACCAAGCTCCAGATGAAGTTTCTCCTTACCCACATGCTTTTACTTCCAAAAAAACTATTAGGTTCATCATTGTTAAACTTGAGGGCATACTTGACACAAGATTGTGGTCGTGCTCCACAACAAATAAGCCATTTGAATGACTTAGTTTCTATGATGAATGAGAAAAATAACAAGAAGACCTTTGAAGACACAAATCTTGAAGGAAGATTATATCAAGGTTTCTAGAAGAGAGATTTGGTGTAATAAAGAACAATAACATTTATCACCAAGACATTGAGGTGACATAATTGTGTATAGTCTCGGACGTCATCGTTACCCCACCCAATTTCAAGATGCCAAAATTTGGAAAGTATAATGGTACAACTACCTTAAAAGTCATTTCATCATGTAAGACTGAAGGATGTCAGTCCCACTTCCATAGAGACAAAAAATTTTATTCACCACTTTCAAGAGCGCCTAATTTTACACTATTTGATATCGTGATATGGAATATATTCTTCATTAGGTATGGGGTATGATGAGGGCGATACGAAGGTATCAACCTAGTTGAGATGCTCTGGTGCGCCTATTGTTCCTACCTTTCTTTTTTAGTTGTTTGTTCATAAAAAGATAGCATAATTGGCTCAACTGCTCATTGGTACATGTAGTTGGATATCTCTCAAGTGCACTGGTATTCAAACAGTACAAGAACATTTTTAATTTGGTCTCATACCATTTAAATCTCCAGTGTATAAAAAGGAAGCATTAGCCACTTTTAAGGAATATGTTTAAAGATGTAAAAAATAGTCAATTAGAAGCAACCTCCATTGACTAAGTAAGGAAATGTCCAATGTTTTACAAGCATTATGAATGCTCCATACTAGGATAAAATGTCTCTTACAATGAGAGAAAAAACTTGAGAGTGAAGTTTAAAAGAGAAATGATTACAAATGATGCAAAAATAGAAGTTAGCATCATCAAAAGCATGACCCCTCTAAAAGTAAAGATGAACTGCATGAGATCAGCTCAAGGCAGAGCATTATCAGCCATGTGTCACTACCATCATTTAAACAAGTGACCTATAAAGAGGAAAAGTCAAATAAATGATAGATAAAGAAATGACAATGAAGCACTTGTGCCTATCATCTTTAGTAGTGAAGTTCCATCTGATCGGTTGGTTTATACATACTCGGGAAAAAAATCTAAGCTTCACAACTGATTTGAAAAAAAAACTATCTAAGATCGTTAAAGAAATGTGAAAGACTATTTTCTAGTCATTGAGACAGACGGTAATTTTCTTCAATATAGTTTAATTGATGGAGTTCTCTCCACTTATTTTATGAGATCATTACTTCAAATATTGGAGTAATGAGGGATAAAATAAGACATTAGATTTTTTACAAAGAATTAAAGAATATTTCAATTCAAGGTTTGAAATTTGGTCACTGTCTTCTAAACGGGTGTTGTGAGGTGCTAACACCTTGGTCATACACAAATGACTCTCGAACTCAACTCTAGTTCTCGCATACCATTTTTTTATGATTTATTTAAAATTGTTTACTCTATTTCTGTGTCCAATCACACCGTAAAAAGAATTAGTGGCGGTTCCTATTTTGTTTTGAAACTAACCATTTTGAGGATGTCAGTCGCTCCACATCATCTCGGGCACGTGGTGACAATGTGCAAGGTATTTTTGAAAATGTCTATAAAAGACTATGGCATTGTCTTATTAATTTTCCAAGATTCTGAAGCATCGTCCCACCCAAGTTAAAAGTGGGCGAAATTCAAAAAGAAAGATATCGGTGTTGTTTAGCTCAATAAGGGTTAGGATATTCAAATCTTGGTACCCATTCATCTGCAGTGCCTCAAGGAGACAATCCTTTATCTTCTGTTGTTAGAGACGGTTATGGTGAAGTTTTCCAGCCATTGAAGAAGAGGAAGGAGTAGAAGAAGCCCCTATAAAAGGAAGAAGAAGAAGCAGTCATTGAGGCGACGTGGCGTATGTTAGTGTGCCACAAGTGATAGCTTCTAGTAATGTTAGATATGGTAAATCAAATTTGCAATCATCGCCTTTATTACTCTTAGGCTACTAGAAGGCTAAGCTATAGGTAAGTGAGTCAGCTAAAGTTAGTTTGAATTTAGTTCAAACAAAAAATATATGTCTTCGTCATCTTAATTTCATTTAATGAAAAGACTTGTTAAGTGTGAAGACCTTTTTTAAGCCTTTTAGTTTCTTGAGAAGGAAAAGAATGTCTAAATGTTTATTGCAATGAATGCAAGCTTATGAAGCTTTATGAAAATAATGTATCGGCGTTTTTCAAAATTTCTCTATTTTATACTTACTTAACTTATATAACATTATCGCTATCATATTGTAAAATGATCATTTAAAAGAATTAACATTATCGCTTACATGTTCTAAACGATGGTTTAAAGTAATTAGCATTATCGCTTGGATGTTATTAAATGAACGTTTACATCAAATTCCTACATCGTGCACCTTAATGACCAACAATCGTCAATGGAACGACAAGATCATTTATGGTTGAGGGGCTAATGTTAATCTTTTACACGTATTCAATAATGATTTTAACTTAAACAAACAAGATTAATCAGTATGATCGTTTTGCTGTTATTGGGAGATCTTACCTGACGATCGTTTAAAGTGTATTGTTTACATTAAACAATGTGATCATTTAGATATTTTAAAAGATCGTTTTGACTTAATTACACGATCGTTTACAAAAATGCAGTGACATGTTAATGAATGCGATTCGACATTTTAAAAAAGCACGCAAATTTACAATCTTGCCCCTCTAGTAAAAACCAACCATATACGTACTGCCTTCTTCGTTTTCGATCACTTCATTTCAAACGCACTATTCACTTAGCTTTTTGTCTCCTTTCCTCTTAAACGACGATTTTCCTCTTCAACGTCAAAATGTATGTTTCAGTATAACTCTAAATTTTTGTTGTTGAACTATGTTATGACTATCGTACTATCATGTTACGTTTCGTCTTCTTTATATTTCAAACGTTTTCACTTCTATCTTGAACAAGATCGTTTTGTTGTTAAACTTTTACTCTCAAACATTTTCGATTCCGTTAAATTTTTATTCTTAAGATTGTTAAACGTTTCTATTTATCATTACTTGTCGATTAATTCTATTACCATCGTGTTTCTGTTTGGATTAAATGATCTGTCACGTCAAGTAAATGATACTTTAACCTAGACTAAATGATCGTGTATATTGGAATGAACGATAGTGTATATGTTATACACGATTGTTTAGATTTATCTAGATGATCACACACATAGTCTAAACAATGTTTAGAGCTTTACATATTACTTTTAGGGTTTAGTGTTTTATAAATGATCGTGTACATAACGAAAATATACTATGATCATTCTTTTTAGGATGGTTGTACTTGGGGATAAATACTTTTCTGCCACTGTCTCATGTCAAGTCCACAAGTTTGGCACTTTTATTAAGAATAAACTGACCAAGGAACAGCTGCAGATGTTCCATAAAACAATTTTTGGTCTATTACTAAATGTCAACATGGTCTTCAACGACCAATTGATCCATCATTTTTTGCTGAGACAAATACTTGAAGAAGCCAATGCAAATAGAATCTATTTTTCTATTTTGGGAAAAAATGTTTGTTTCACCCAAAACGAATTCAACATCATAACCGGTTCGTGGCCAACCAATGTAACACTAGATAAAATTATGACAATAAGCGCCTACAAAGCCTCCTATTCTGATCATAAAACAAGAAGATAATAACGTGTTTGGAAATTTAGGAAATTTTCAAAAATTCTGACTTTACAAATGATGATGATGCTATAAAGGTTGTCTTAGCCCTCTTTATTGAACTATGATGGTGGGGAAGGATAAAAAAAAAACGCAGTTCGATTTGGATGTTTTGGGAAAAGTAGATGATGAAGAAGTTTTAAGAATTTTGATTGGTCAACTTTCTTCTACACTCGTTTCCTTAATAGTTTGAAGATAATTCTACAAGGGAAAAAAGAAGCATACGAGTTCCAAAACAGTGGCATACTACAACATCAAAGGCTACGTGCTTGCTTTTCAGGCGATTTTTATTTGTTTATATACTTTAGTTAAAAACAAACTTAACATCAAATATTAACATATTTGTTTAACTGCATTAAGTGTGGGCTTACGAAACACTCTCAACTGCAAGTGAGCACTTGGCCACAAAAGACTAGGGATCAATTCCTAGAAAATTAAGATGGAATTGTACACAAGTTCCATCGTACAAAATGTTACAAAAAAATATATTCAAGAACAAAAATGTAAGTACAAGTTGTCAGTGATCATTTATAGCACGATCGTTTACATTTGAAACTTGATCTTGTATCTTTTGATAGATGATCGTTTACTTAATGTAAGATTGTTTACATTGGGTACCATATCGTGTATCATATCACTCTCAACAATCATTTGCCTTAGATTAAAACTAGCTTAGTTTGATATACACCGTATTAATAATCTTTGATTATAACATTGCAGACTGTTGTTCGACCTAAACTGAAGTTATCACCCTAAGAGAAAGCTTTCAAGGAGAGTCAGGATTTGAGGGGATGATAACATAGATATTGAGGACGATGAATCCATGCCAGATTTTAACACCAGTGATACCAATACTCCTGTTGATACTATGAACAATCAATCATCGGATCAAAATGACTTGAATAACTTGTGATCAACCTCGTCTCACTACTTCAGTCCACTGAAAATATTGGTGGACTTAATTCTGCAACCATTACCACAAAGAAAAGAAAGATAAGCAGTGGTTGACCAACCTGAAACCAATCCAATAACCAACAACAAACGTTCCAAATCCAATGACAAACTAGAAGGAAGTCATTCAAAATCCTATAAAAGACTAAAAAATGACATCAACGAAGTTCATAAGGATTTATCTTACATTAAGTTCCATAGTTTGTAGGATGGATGATGCATTGAAGCTATCTGAAATGAAGCACATACTCGAGAGTTTGGTTCAAGTAAAATTTTATTTCAAAAAGTATTTTGTTTATCAGTTGTTTAAATAAACGATCGTTTAATTGCAACATTCGATCGTGTATCACATTCGAACGATTGCTTATCACATTTACACGATCTTTTTTAGATAGGATACATCATCGTTTGTTTTTGTATACACGATCGTGTAGCAATCGATTTTTTTAATTCTATTTTCCTTTTTATTTAATTATTAGAATCTGAATCATAATCAAGGGAATGATGATATTAATCACTTGTAAGATGATTGTCATGATGATTCTGATCATGACAATGTGGACAAAATAATGACCATCAGAATACGGAAGATATGATCAGCACTGAGGAACCATATGCTGAAGAGCCACATGCTCAAGAACCTACCATGTAAACTCAACAATTAACGTTTCATTTATTATTTACTGCTTTATATTGTTTAAAATTACTTACATTCTAAATAAATAACAATTGTATTTTTTTCTTTTTTTATTTTGTTTAGGGAACAAAAAACATCACATGAACATCAAAAGGAATCGTGAGTGATATTAGCATAGACAATAGAAATGCAAACTTGCTATTAACTATAAGCAATATATCAGATAATATGAATGCTCAAAGTCAAAAAGAAAAAGACCTAGAAATAATTACTAGTCTTCCACTTGTGAGCCAACCACTTCCACTTTGTGAGATACTACCATCAAGTACTCTCAAAGGTCTTGCATTAGTTCCATTGGAACAAATTTTGAAAAGTTACGAAGTGCCACCATCTAGTTTAGATGTAAATAAAGAATGTCAACCGGTATGTATACACAACAACTGTGTAGTCCTTTGGATTAACAGTTTGTTTCTTATCTAATATTATACATTGTAGGAAATACAAAAAAATGTTAAAGCCATTATTTTGGTTGAGATGCAAAAAGAAAATGATCCAGTAACTGAGGAAAAAAGTTTAGCAATTGACAATGTGCAGCCATCTAATTCGGCTGAAAAATAGAATATCAATTGGTATGTATACACAACAACTGTGTAATCCTTTGAATTAACAGTTTGTATATAATATTATGCATTTTATAAAATACAAAAAAAATGATGAAGTAGTTACTTTAGTTGAGATACAAAAAGAAAATGAGTCAGTGACTAAGGAACAAAGTTTAAAAATTGACAACGTGCAACCATCTACTTCAGCTGAAAAAATAGAACCTCAAGTGGTGTGTATATACAACAACGGTGTAGTCCTTTGAATTAGTAGTTTGTTTCTTGATATACATTGTAAGAAAGACCTAAACTCCAGGTTAAGATTCAAAAAAATGATGAAGTAGTTACTTTGATTGGAATACAAAAAGAAAATGAACCAGTAACTGAGAAACAAAGTTCATCAATTGACTTAGAACCTCTATTGGTATGTATATATAAGAACTTTATAGTCCTTTCCATCAATTGTTTTTTTTCTTATTTAACATTATGCATTCTAGAAAATGAAGAAACAACAAAAACCAATAAAGAGAAGGAAGCTATGTAAAACAAAAGATAAAAAAGTGCATGTTCAACAAGTTAATCCACCCACACCATCTACTAAAGTCATTAAAACCTACAATACCTGTCCTAGATGTCAAAATTACGAGACGTAGATAGATATGATCCCTTGTGACCAGTTGATCCAAAATTGTGGAAGACATACTTAGCTTGGAAGAGATCTAGAAGAATAATTAATGAAGAGAGAAAAGTAGTGTTCTCATTCAGAAAGAAGTCATTTTTCAAAAAGCTTGAAGAAAACACATGGATACTAGGAGACGTAAGTACTCATTCCAAATTTTATTTTATACATACAACTACACTATCGAGTACAATATTCTTTATTTAACTAAATGGTTGTTTATATATAAGTACACGATCGCTTAGTTTCAAAAAGAATGCTGTAAACGATCACTTGTATTTGATAAGCGATGACTTAAATTTTGATAAGCTATCACTTGTATCTGCTATGTGATCACTTGTATTCACTAAATGATCATTTGATTTTTTTGGTAAACTATGGATTTGTTATTGTATCACGTGCAGAATAAGATGTTACAAAGAAAGCATCTTTGCAAATATAGTTTTATAGTAGTAGATTCGTCATTTATGGTTCGTTATTATTATTTAAACTTTTTTTTTGTATAGAAATTAAACTGCATAATTGTATTTTGGCTAAATTTTTTATTTGTTCTTCAAGACTGGCATCAACAAAGAACCCGCAATTATTCAACGATTTTTTGAGAATCGTGTGCTAACACCAAACAATAAGGAGGTTAAATGGATAGACAGAACATCACTCTTAGCTCTATGGTCAGAAAACGATTTAGATTACTATTTTAATTTAGCTATTGGTGCAATTCCAGATAAAGTAAGGTGGACAGATGTCAACTACGTGATTGGTTGCATCAACATAAAAGAACATTGGATGGCTATTGCAGATGACATAAAGAAATGCAAGATCTATGTGTTTGACTTTATGCCAAACTATGTTCAACAAGAACTTGTTGATACAGCTCTTGCAATACCTGAACGATGCATCCCTTCACTAGCAATTGCTATTGGATTACATAAGTAAAGAAAACGTTTCACGTATAGCCCTTGACTAGTATTAAGATCGAATACCAAATTACAAGAAGGGGCTTCATTAGATTGCGGGATTTTTTGTGCCAAATTTGTTAAATGCCTTGTAACAAATGCAGACCATAATTATCTAATTATGGATAACATGAAACTATTTAAGCAACAATATGTAATGGAATTTTGGGCAAATAGATTCTATTAGTAAATAAAATGTTTGTTTGGGTTGATGTACATGTACAATTTTTACTTTTTAATTTTAATCACCTTTTGACTAAATGTTTGTAAGTTTAGATAGTTTTTAGAAAACAATTGTATAAAGATATAAAAATGATTGTGTACAGAAATGTAAAAGATCGTGTATATAGCTTTAAGCTGTTGTTTATATATACCACATTAAAGTCTAAACGATCGCGTATTTTGCAACAAATCTAAATGATCGTGTAAGACATCATAGACCACCACGTACTTAGTCAAACTGATCTCCTAACTATATTTAAACGTACAATGATCAAGCCAAAATGATCGTGTGATGCACGATCATTTAGTAAAGTCTAAACGATCTTGTTAATATATGTAAACAATCTCTTAATTCAATCTAAAGGATCACGTTATTAAATCTCCATCATCATTGTAGTCATTCACCAATTTTAATGTCAAACATTTATACATACTATTATGTATTAGAATGAAAGAAAAGATCACAGATTTTCATTAATTGTTCAAACCTTGCTTATAAGTCCTACTATTATGCTTTTTATGATTATAGTTGGAACATCTGGTTGAACTACTAAATTCGCCAACAGATGGAATTCTTTATTTTCTTGGTCTTCTAGTTTGCATTTAAAGACTGGAGATAATGTTTTCATGATAGAATCTTCAACTCTCCAATTCAAATGAGTTCTAACAGGTTGAATACAACCACTGAATGTTGTGGATAGCATTTCTCTATAATAAAACTTAGATACATAAGAATAGGTATCTAAATTAAGCATTTGTAGAACAAAAAGAGCATGTGCATAAGGAATTACTTTGTATTCAATCGTATTAATTGGATCGACCTAATACATAAGACAAATAATGAAAATTAAGAAAATAATAAACATGTATAAATAAATTTCAATCTCTGTATACATCATATATATACAGATAACAATCTACCTATGTCCATCTGAGATAGGAATAGATAAATTGCTATCTTTGTCTGTCAGATAGACAATGGTAGCAGTCTATCTCTAGCTAACTGTCCGAGATACAAGCATAAAAAGAAAAAGTTTTACCAATAATCTTCTTGACTTTTCATGTTTTGAACGTAGAACGTTCTCAACCCAAGAAGTCAAACGACTCTTCATTGTAGAAGCAGCTTTACTTTATTCATAAAATCACTTTTGCAATACATCCCTAATTGAACTATGCATTGTAGCCATAGGTTTAAACACTGAATTTACACTTTCTACACAATTTGATGTTATCATTCTATACCTTCGTCCATGTAAATATATCTTACCACTTCTCAAAACCAACACTACTAAGATAATCTCTAATATTTGAACAAACGAACTCCATGCATCTCATGTGGTAGTCAAATTTATCAACGATGTAGGCATAAGCACAACTAAAGAAATATTTATCAAGTAGTGGATCCTTAAAATGGAGTCTCAAGTTACTTTAAAAGATGTTTTGTGAACACACAATACTCAACATCAGGAACACTCTTAAAACTCCTTTAAGGATGCTAAGATGCCTATAAAAAACAATGACTAAATTAGCCCGCTCTGAAAAACTACCTCGTATCTTCTAAAAAAACCATGTCCATGATACATCATTTTTAGAATCTACAATGGAAAAGGCAAGAGGGAAGATTTGATTGTTACCATCTTATGATGAAGGCTGTTAATAGGATGCCACCAAACTTACACTTCAAAAGTATCCCATCAACAGAAATAATAGGTCTACAATATTTCCATCCCTCAATTGATGCACCAAAAGTCATAAAGCAAAATTTGAAATGACCACTATCATCCATTTCTAAAGTAGTGCATGTAGCTATAATAATTACAAACACATTTCTATCAGCACATACAAAAAAGAACAGAAAGAATGTGATAGATGCTAATATTTATCTATCTAGATAAACTGTTATATTTGTCTATCTAGATAGACTGTAATATTAGTCTATCCACATCTATCTGCAAATAAATTTAATTTTGATATATAAAACTAATCATACACTACAAGAAATTGGGGTTTTCTGACGCACAAAAAGACGTTGGAAGAAACGACGTCGAAAAATACGCCTTATCTCAACGCCACTTTTTACACATTGGGTAAAGAAACTTTTCTCGATGTCGTGATAGAGTCATTGGGAAAGATGACAATATTTTCGAGATCTGGATGAATAGCTTCGGAAATAATAACTTGTCCTGATGCCCTATGCACCGTCGGAAACTATTAGTCGGAGAAATTTATAATTTTTTAAATATATTTAACATCTTCCGACGTCGTTGTATATGGCGTCGAGAGACGTTTATAATTTTTTAAATATATTTAACTTCTCTCAACGTCATACATAATGGCTTTGGAAGAAGTTTATAATTTTTTTAAAAATATATGTAACTTCTTTCGACACCATGTATAACGGCGTCGGGAGTTTCCCTTTAAAACCCATTTTTTAGATATGTTTGACATATCTGAAAGCAAGTTGAAAAATGAGAGAGAGAGAGAGATTTCAAACTTTCGAAAGAGGAAAAATATTTTTGTTGCCATCCACCATCCGACCTTTGCCGTCAATCTTCGTTGTCCGGTCTTCACATTCGCCCGCCGCCCCTCGCCGACGGTAAGGCAATCTCTTCTTCTTCTTTTTTTCTTTATTTTGGTTTAGGTATTAGAAATATAATTAAACTTGTGATTGTTTTATGGATTTGTATCAATAATATTTAAACTATGTTCATTTTGTTGTGGATTTGTTGTTGATTATGTAAATTTTGTTTTTATTGTTGACTTTTTGTTATTATTCTTTATGTTCTCAGTCCTCCCTTCTGGTGCCACTACTGCCCCTATCTCTTCTTGTTATTTATTTATTTAAGTTAGATTGCTCTAAAATCTTAAACCCTATTTCTAATTTTGTTTTAACTTTACTAATTTTTTCATCAGTTTGTTTAGATCTCATTCTCAGTTTTGCAAAAAAAAAAAAAAAAAAGAAGAAGAAGATCTCCCAACACACAAATATAGCGTCTGGAGATCCCTTGACATCTCCTGATGCTATATTTTGTGTGTCGGAAGATGTCAAGGGATCTCCCGATACTATATTTGTGCGTTGGGAGATCCTCTCTCGACTCATTTTTCCCGATTCTGATCCTGACGCGAATTTATGTGTCGGAAAAGGATTTTTCGACGCTTTTTCATATATTTGTCGACGCCTTTGTGCGTCGGGAGACCTCCATTTTCTTGTAGTGATACTTGGGTTAGATTCAACCAATTTATCAAATAAGTTTGGAATCAATACATACGATTCAATTGCGTCACCTTAATATCTTTACCATATGTTCTTTTGCCCTCCAAGCTTTTTGGTAACTTATATTAACTCCACGATTTGTACGAGCCTTATGCACAATCTCTTTTGGAATGGATCGATCAGTAGACATGAATCTAAAATCATCTATCAAACAACTGCCAATTAGTGTTGAAGAAGTTTGCATTTGAGAACTTTGGGCAGTACTTAATGAACAATCATTTTCAGAAGTGTATTTTCGTAGCATCCACAAATCACTCTTCTTATAACGAGATGCCTTAACATACCATTTGCAGCCTTCTTGTAAACATCTAAATTCAAGGGACCTTAAATTTGATACTGTAGTCTTAAATTAAAAGTTGTTCTTCATTGCTATTATGCAAAACACTTTGAAAGCACTTCTTTACTTTTAAATAAACTTTTTTCCTTCAAATCAGAATAATAATAGATGTCTCTTAGAACTTCATCATTTGATACAGAAGAAGAATCTATATTCAGTGACATATCAACATTCTCCCGTACACTACTAGAAGAAGAAGACATTCCCAAATAATTAACACTTACATGGGCAATTAATGGATGTCTACTAGTTGCATCTTTAACAAAAGCTAAATACCAAGCAACATCACTGTCTTTCTTTATTGGCACCACAGTTTGAACATTACTTTCACCAAAATCAAGTAAAATAGATAATTCTACTGATTCATCCAATTCAATTTGTTCACATGTCAAAGCAACCAAAGAATTAAAGCCGACTCGAATATCTATCAAAATTCCAGACACTGAGTAATTCTCATAGACATTGCAGCCATTCCATTGACCTCCATAAAAAACAACAATAGGAATAGACATTGTAATCTTTAAAAAAGAAAATATAATTAAGTATTTAATGATGATAAAAAGAGATAGATAGATATTAGATAGATATCTATCACAGAATAAGAGAATAAAATGTACAAAATGATAAAAATAAACACAATGCAAAAAATAAATAGACGATCGTGCAAAAAAGATAATAAATACTAAACGATCATTTGACAACAATAGATGATCATATAAAATAAAGTAAACCATCGTATAGAATAAACTAAACAATAGTGTTGACTTAGGTACATGATTGTTTAAACACGCTGATCATATTAAATATTGAAAATGTTCATGTTCATAAAGATGAATGATCGTGTTCATATAGGAAAACAACCGTGTTTATATAGATAAACGATGATGTTGATAGAGGTAAACAATCAAGTAACTCAATGAAAATTATCGTGAAAAACTTCAAACTATCGATATTCATAATGAAATACACAATTCTCTCAGTAATTCTTAAAAGTTCTAAACGAAAAAAAAACTTTAAAATTCTTACAAACAACAAAAAAACAAAAACGACATTCACATTGAAATATAAATTCTTAGTTCGATGTAAATGATAATCAAAATCTTCAAACTAACGATCTTCATAACGAAGTACAGAATGTCTTACACTAATACCTAAATATTCTAAACATTCTATCTTGACGTGAAAATATATAATTCTGAACAAAATTTTATAATCAACTAAGGAGTTCAGATGAAAACAATATTTAAAATATTCACCATAACCAAAATCACTGAGACAATATTGACAGAGCAATATAAACGATCTTGATTGTCTAAGATGATAAAATGAGAAACGATGTTATGAAAGATGATGAATACGAAAAAGAATGTTGTCAAAGATTACAAATAAGAGAAAGAATGATCAAGATGAAAGATATATAAAAGACGAGATGAATAACTCATAAACGATCGTGAAAAAATCGAGAAGAAGAAGAATTATCAGATTTGAAAAATCGTTATAAATAGTAAGGATAAATATAGAATTTTGAAAAAATAATCGATCTTAATAGACTTATTATACGAACTTTAAATAATTTAGGGTTTTGTTATATCTATGAAAAATTTTCAAAAAAAATCTATTTTTAAATTTCACGAACCAAAAATCCACTGAATACATATTAAGTGAAACTAAGAACTAATTGGGAAGATTTAGAAAGTAAGGTTGAATAGATTGTCCTCACCGACACGGAGTCGGAAAGAAAAAATAAAAAAGGAAGAAAAATAAAAAAAACTGATGTTGCGCTTGCGAGAAGGAGAGTTGGTGATTGCCTTCGTGGCTTCCACTCAAATATTCGTACGGTGACTTCTCACATAGAGAGACAGAGGCGGGGGGGCCACGAACACCAATTTCTCATATTCTTTTTCTTATTGATTTTTAGAATTTCTTTTCGCTTTTCTCAAGCTTCTTCTTTGTTTCATCTTTATGATTCAATAGGATCTTCTTCTTCTTTTTCTTTTCTCCCAAAGATCAGTAATCATCAATTCTTTCATTTCCTTCTGATTCTGCTCGCTTCTGTTTTTAAGAATATTCTGTTTGAAGAGAAATTCTCACGCTTACTTTACTTTTTTCCATCTGGGATCGAAGTTTCTAGCTCTAATTTTGATCCCATTGTTTCTAAATTTGTCATTGCGTCTGCAATGGACGAGTTTGGGGTATTGACCGAAAGATTTGGATTGAAGCCGCAAGGAAAATCGGCTCCAATGGCTGCATCTAAGCAACCTGCTTCCTCAAACACCTTCCACTCTGGGTTTAATTCCGGTTTGAATGGTAAATCCTCCCTCGATTCTGGTTTTGTTGACGTATCGTTTCAGAAAAACACTAAACCCGACTCTTACGCTGGGGTTGATGATATTTTCGGGAGTCTCAATCAGTCAACGAAACATTTGAGGAATTCTGCAAGTTCTCCATCTTCTTTTGACTACGATTCCATATTTTTTGGGTCCAAGAATTCAGATCCAACATATGATGATATGTTTAGTGGGATTGCTGGATTTAAGAGCTCGGGTACAGCGAAGAAGGAGGATCCGGTCCGATCATTTTCCCCATCTTTGAATCATACCTCTCAAATTGATGACTTGTTTGGTGATTTTAGCAGCAATGTGGTGAAACCAACTCCTAACCCGAACGGATTAAAAAGTGCACCAAATAACGCTGCCCCTTTTGATGAATTGATTTCGGGCTTTGATGATAGCAAATCTCGAATTAACAGGTATGTTCAATGTATGATGCTTCAAAAACTGGCCTGCATTATGTCGTTGGTACCAGAAAAACATGGCTTAATTTCTGCTTTTTGTTGGTGAATCTACTGTATCATCGTGCCAGTGTATATCGAACTTAGGAAAAGTTTAAGTTGTGTATTTCTAGTTTCTTAGATGACAAGCGGCAATTTTAGCTTCGTAGTTTGATTTTCTTTACTGTAACAATAGTTTCTCATGGTATCTGAAACCTGTCGTTGATAAACTATCTAACTGCGAATGGAATTGTATTGTATTGTATTGTATTGTTAATGGAAGCACAAACTATCTATAACTGGAATGAAACAGATGATATTTCCTCTGCAGTTAAATAACGTGATAATCTAACGACTTATCCTCAATCATATTTGATTATTTACAGTATTGTGCTGCTAGAGAAATTCTCTTCAATAGGGGAAACTCTTTTAATTGTTGTTGAAATCTAGTTTCAGCTTGCCCCATGTGCCCTTTTTGCCAAACTCTTGCTATATGGTGTTTCTACATGTTTTCGTTGTTGACTTGATGTCTTCCATGCATGCACTTACTATGCATGAATCTCTATTTTTCTCCTAATTTTATATCGTACAATTGAGGCATTCTGTTTTTACTTGTTTGCTCAGAGCAAGCATGCAGGACAATCTGACCCAGCAAGCAACTTCTCATTCTAAATCAACTTTCAGTTCAGCCAGAGATCCTTTTATAGAATTAGAATCGGCTTCAATACCATCATATAATTCGTCTGAGGCTTTTCCAGATCCGCTTGAGGAAATGACCAAGTTCAATAATAAATTCGATAGCTCCTACAATTCTTCCCCACCATTCAGGGTTCCTCCAGTACCAAAGCCAGGTCACAAGGCAGTTAAAGGTTCAGCTTCCTAAAATTCATAAATACTAATCTGTCCAATCTCTTCAAATCTGACAATTGAAGATGTCCTGTGCAGTTAAGAGTTCCTCTTCCTCTCCTATTGATGAATTGGAGGACTTTGCAAAGGGGAAGGTGCGGAATAACAGTGAAGGGAATGTGGATGCCTCAACACGCACAACAAATAGAAATAGTAAAGATGCACATACTGCAGGACTAAATCATCAAAAAACTGTTGATGATCTGGACTCCTTTTTCAATGTGGGTCCTCGATCAAAGAGTGCTCCAAGGTCACGAACAACAACTCCGGTGAGAAGAACCATTTAACACCACCATCTCTTGTACTGAAGAAAAAAGAATATGAAAACTTGTTGCAGTTTTAAGCAGTATTTTATTTGTTTATTTTGTATCTTAAACTACTGAATGGACCTCTCTGTTATTGTTGTGTGGTTATTTTTCAGGATCCTCTGTTTGACGTTCCTAAGTACAACAAACCACCTGAAATACCCAAACCCACTCCCTCAGCTTCCTTTTCCCACATAAAGAAATCTTCTTCAGCTGTAAATTTTGTGGATGATCTTTTTTTCGGAGGTGATATACTTATACATACTATGGAATGCAGCTTCAGCTATGACTATGTGCAATTGATTACTATTTTCTCCTTTGTTCTTTCCTTCATTCATTTAAAATTTGATTTTTCCCTTATTATCTAAAAAAAGTTTGAATTTTCCCCAACCTGTCTTTTCTCTCATGGTAGGTTCTCCTTCATTTGGACATTTTGAAGAAGTTGATGGAGAAAGTGAAGAAAGAAGAAGAGCTAGATTAGGGCGTCTACAGAGGACCCAAGAGCGTGCAGTTTGTGTTTCTCTCTCTGTTCTAACTTCTTTGTTAGATTTTGTACCATTCGAGGCTAGATCTGCCTTCTTAGATGGATGTTTTTCATTGAATTAAAACCGGTCCAAACTGATTCCTAATAGGATTTGAGGAAAAGAGATAGACTTAAGGGAAAAGTGAGGTGTCCTAGTAATTGTGGTAGAATGTTTATGAAGTTTTCATTTCCTTTTTTTGGAACAGGAACATTTACATCATCTTAATGTTTGTTTTCAGGCAAGAGCAGTGGCTGATTTGAATGAGCGTGACTTTCAAACACAGCATGAGCAAGAAGAGAAGCGTGTTAGTTCAGTTGCTATATTGTGATATAATCCTCATTTGGGATAATTCTAAGGCTTGGTTGGTTTAATGCCAGTTTTGTTTGCTATGACCAGAGGATTGCTGAATCTCTAGATGTTGATATCAAGCGCTGGGCTGCAGGGAAGGAAGGCAACATGCGTGCACTGTTATCATCATTGCAATATGTATGTTTTTTTTTTTTTTTATTTTAGTTTTTCTCTCTCATTCTAATGTTTGTTATTTTTTATTTTTCTTAATGCTGATTATTTTTTTTAATATATATTTTTTAATTTTCTTTTTGAAAGTGAAATGAAGTCAAACAAACCGAAAAAGAAGCTCAATCTAAAGGCCTTAGGAATAGGCTCCCTAGAGCGAGAAATCGAAAAAATGCCTTCAAAATATAAGGAAAGAGGGAATATTACAAAAAAATTTACATGGTTGTTTCTTAAAAAAAAAAAAAGAAAAAGAACACCTAAAAGAAAAAAACAAAACTCCATCCATAGCATTCAAGCTTCCACGTCTCTGGAGTTTGGGCCATCCAATATATTTTATTTTGTTTTGTTTTTGGACTATTGCCTTTCCAAATTAACTCTGAAGGTGAAGAATTTTGTTGGCCAATTCACTGATAGTAGCCCCAACCTCAATTTTATTATCAACAACGTGAGAAGGATTCAAAAAGAAGCTACTTACAAGCTGAATATAGGAAAAATAGGCATACTGGAGTCCACAACCTTATGCAAGACAGACACATGAAATACCGGATGAATACCCATGTCTTTGGGTAAATCAAGGAGATAAGCGATGCGTTCCACGTGTGACACTACCTGAAAAGGTCCAACAATCCTTGCTATGAGCTTGGGCTGGGCGTGCCATCCAGGGATGATTGGCAGTATGGGCATAGCATAACATACTGATAGACCCCCACCTCCTATAATACATCAGTACAGCCGTAGAGGAAATAACAAATTAGTTAATCTAGTAGTTACTAACAGTCAGATAAATAGTTAGGCTGTTACAGAAACAGTTAGAAAGTTAGTTAGCAAAAAAGTATAAATAACACATGAATACGAGAGGTTAGACATGAGAAGTTTATGAGAGAAAGTTCCTCAGTTCGTTCTTGAAAGACAGAATAACAAGGAAGTGAGTTAGATACTGTAATTCTTTCATTACTATCAATAAAGCAAGATTACCAATTTCTTCATAAGAGAGGGTCCCATCATATTGGTATCAGAGCATGTTCGATCTGGGCAAGCGACGAAGGATGGCGAAGAAGGCTGAAGAATGGTTTGAAGCTGTTGAACAAGAAATCATCAACATCCACACAGAATTACAACGAATACCAAAATTGAAAGCAATAATCACAGAGTTTGCCGAAGAACAGAACCCAAATGAAATGGAAGGAGAAGAGAAGAATAATGATCGGAGCAAATTTAAAAAGGTAGAAATGCCAGTGTCTAACAATGAAGATCCAGATGGATGGCTATTCCACGCAGATCGGTACTTTCAGATTCACAAGCTGACGAATTCTGAGAAAATGCTTGTTGCAACCATCAGTTTCGAAGGACCAGCTCTGAACTGGTACAGGGCACAAGAAGAACGAGACAAATTCTCAGGTTGGGCAAATCTAAAGGAGCGCTTACTCATACGATTTCGATCAGCAAGAGAGGGATCAATATATAGGCAATTTCTGAGAATTAGACAAGAGACAACGGTAGAAGAATATTGAAATCTTTTCGATAAGCTTATGACACCATTAACAGATCTGCCAAATCGTGTGATTGAAGAAACATTCATGGGTGGTTTAATGTCGTGGATTAAAGCCAAATTTGAATTCTGTCAACCAGTCGGCCTTGCTCAAATGATGTGACTCGCCCAACTTGTGGAAAACAAAGAAATCATTCGGAATGAAGCCAACCTGAAGGGATACAGTGAAGTACTCGTCTTCACCCTCCTCTATTATGAAAACGAATGATAGTAAAAATAATACAGTATTTCCAATAAGAACTGTTATGTTGAGAGGAAATACAACCAGAGAAGTGAAGAAAGAAGGGCCATCAAAGTGATGCAGAATTCCAAGCTAGAAAAGAAAAAGGCCTTTGCTTCAGATGTAACGAAAAGTACTCCCACGACCATAAATGCAAAACCAAAGAGCAAAGAGAGTTAAGAATGTATGTGGTCACGGCTGACAATGAGCAATTCAAAATTATAGAAGAGACCAACTATGAAGAAAAGGAGTTGAATATGGTGAAAGTAGTGCAGGAAGATCAAGCGATAATAGAATTATCCATCAATTCAGTGGTCGGTTATCTAACCCAGGTACTATGAAAGTGAGGAAAAATTAAAGATAGAGAGGTTGTGGACTCATAGATTGCGGCGCCACACACAACTTCATTTTAGAGAAAATGGTTAATGAATTGCAATTAACGACCAAGGATACTTTGCACTATGGAGTAATCCTAGGATCCTTAGCAACTGTTAAAGGAAAAGGAATCTGTGAAGCTGTTGAATTAATGCTGAACGAATGGAAGATAGTAGGCAATATCCTGCCACTTGAACTTGGAGGAGTAGATGTGGTCTTGGGAATGCAGTGGCTGTACATTGGGCGATATTGAAGTAGATCGGAAGAACTTAACAATGACTTTCCTACATCAAGGAAAGAATATCATCATCTAGGGAGACCCTAGTCTAACGAAGGCAAGAGTGAGTCTAAAAAATATGATCAAAACATGGGAAGAATCCGATCAAGGTTTCTTAGTGGAGTTTCGATTGATGGAAGGAGGAAGTACTTCATCGGAAGACAAAATATGATCAAAACGTGGGAAGAATCCGATCAAGGTTTCGTAGTGGAGTTTCGATCGATGGAAGGAGGAAGTACTTCATCGGAAGACAGTGAAAGAGAAATCGAAGAAGTATTGACTATAGAAGAATCCGTGGCGGTAGTATTGAAGAAATATGAAGATGTCTTCGCTTAGGCCTGAAAATTTACCATCACAGAGGAGTATAGAGCATCACATCCATCTAAAACAAGGTACCAATCCAGTCAATGTTCGACCTTATCGATATGCTCATCAACAGAAAAATGAAATGGAGGAACTGGTTAAGGAAATGCTGAAATCAGGGATCATACGCCCCACTAACAGCCCTTATTCTAGCCCTGTTTTATTGGTGAGAAAAAAAGATGGGAGCTGGTGTTTTTGCATTGACTATAGGGCATTAAATAACGTCACTATCCCTGACAAGTTTCCGATACCTATGATTGAAGAATTGTTCGATGAGTTAAATGGAGCTACTTGGTTTTCCAAAATTGGTTTAAAGGCAGGCTACCATCAAATTCAAATGAGCAAAAATGACATTTAAAAGACAGCATTCTGAACCCATGAAGGTCGTTACGAATTCATGGTGATGCCTTTTGGATTAACCAATGCACCATCACCATTCCAATCCTTGATGAATTTCCATTTTTAGGCTATACCTAAGGAGATTCTTACTTGTATTCTTCGATGATATATTAATCTACAGCAAGGATCTGGAATCACATTTACAACATCTTGTGCTGGCTCTACAAGTACTAAGGAAGAATGAACTCTATGCGAACCACAAGAGTGCAACTTCGTGAAAACAAGAGTGGACTATTTGGGCCATGTTATCTTTGGTCAAGGAGTAGAAGTAGACCCAGATAAAATTAGAGTGATCAAAAGAATGGCCTATTCCAACAAATGTTTGAGAAGTCCGAGGTTTCTTAGGACTAACAGACTATTACAAAAAGTTTGTGCAACACTATGGTTCGATAGCTGCCCCATTAACGCAATTATTGAAGATAGGAGGATTCAAGTGGAATGAAGAAGCCTAATAAGCATTCCAAAAGCTGCAGAATGCTATGATGACACTACTGGTATTGGCCTTACCGACTTCAGTGTTACTTTTGAGATAGAAATAGACGCTTCAGGCTATGGGATAGGAGCAATGTTGATACAATCTAAACATCCCTTTGCCTATTTCAGCCATACTATGTATTGAGAGACAGAGCCAAACCGGTATAGAAAGGGAGTTGATGGCCGTGGTCTTGGCTGTTCAAAGGTGGAGACCTTATCTGCTCGGCCGAAAATTTGTAGTGAAAACAGATCAGAGATCATTAAAATTCCTGCTGGAACAAAGAGTGATCCAACACCAATATCAAAAATGGATAGCCAAACTCTTAGGCTACTCATTTGAAGTGATATATAAGCCCGGGTTAGAAAACAAAGCAGCAGATGCTTTATCACGCATGCCTCCTACAGTACATCTTAGGGTCCCAATAAGAGGGGACCCATCACATACATGATACACCCAATCATTGATCTCACAAACTTCCCGTTGCTTGCTATGAGCAAACTTGTTCGTCTGTTGTTGAGCCTTCAGCATATTAGCTTTTAAAACCAGCAACATTTCATCTTGCTCTCTTCACAAACCATCAATCTCACCAACCATGCTCGTCCCTGTCTCATATTGAGAGATTGGAAGGGGTGGACAGCCATAAACAATCTCTAAAGGTGTCATATGAGTTTGAGCAAAATTCCACCCAAGGTAATCATTTAAACCAATCTTTAGATTTTCCCATGGTGAAACAAAGTAAATACGTTTCGACCTTGTGATTGACCATCTTTGTTTGACCATCCCTTTTGAGGGTGGTATGTAGTACTGCGACGCAACTGAGTGCCCAATAACTTCATTAGTTTCTCCCAGAACAAGCTAGTGAAAATTCAATCATGATCCGAAACAATACTTTGGAAACAGTTGTGAAAGCTACAAATGCACAATTTTGCTCAGAGAAACAACCACCACAAATTTAGTACTAAAGGGATTCTTAAGAGGACCAAAATGGCATACTAGGATAGTCAATCGACCACCACTCGAATAGTGTCGCCTGCCTTGGATTTTATTAATCCCTCGTTGGAGTCCAAATCTGATCAGGAATGGGAAGAGCTTGGTGGAGGCTTCCTGGCGCCGTTGTCAAGTACTTTACTTGCTGACAAACTGGACGTTCAGCCATGAATGCATGAACCCAAGCCCGTCATACCTCACTAGTACACCTTCTGAGATAAACGTTGATATGTTTTCAAGGCACCTTGATGACCACCCATGGGACTGTTATGGAATTCATCCAACAAGTGTTGGCTGCCCCTTCAGTAATGCTTTGAAAATGTCATTCAAAGTCATTACTTTGCAATTAGTCTACAAATACCGGTGTATTGAGTCCCCCAATCATGCTCAAAAGACCCAATTTCAATGCTGGTAGTAGTCTAAACATGCATGCAGCGGAAGTTTCTAAGCCTCTTTTGTACTCAATTGAGAAATCATGCCCCATGAGTTTGACAATCCATCGATGATACTTTCCCGCTATGACTCGCTGTTGAAGTAGAAATTTAAGGTCTTTTTGGTTGGTTTGGACGATAAATTTACGGCCCGACAAATACAGATGCCATGTCTGAATGACAAAACACAATAGCTATAAGTTCCTTTTCATAAACCAGGTTTAAAGCAATTTGTTGGGGGTGACACTTGACTGAAATAAGCCAAGGGCCACTGATCTGCAGCAAAACTGCTTCCACCCCTACCCTTGATGTGTTGACCACGAAGGTTTAAGAATAATCAATAACGAGCACTGGGGCTGACAACATAGCTGATTTTAAGCACTGAAAAGCTTATTCTGCGTTCTGATTCCACAAAATATTTCCTTTCTTAAGTAACTGGGTCAGCGGTACAACAATGGACCCATACAAATTTTTGATAATAGCCGGTGAGGCCTAAGAATCCTCGTAATTCCTTAACATTTTGAGGAATGGGCCAAGTTACTGGAGGATTAATCGAAAAAACAGCTCAAGCTGGCCAAAACCGCTCGTCGAGTCGAGTTAGGTGGTATTGGGTTGAAAATGTTAAAAATCAAAAAAAGAAATCGGTCGGGTTCAAGTTCGACAAAAAGAAGGTTGTAAAACTGAACTGGCTGATACAATATATAAACCAAGTGTTAGAATGCGTTTCAAAAGATTTCCTTGGTCAAATTGGTACTGAGCCCAAGGTTGTTAAAATTGAACGTTTCACGTTATGTATTTACTAATGGAAAAGATTTGAAAAGATTCACTTCGTTATTTTGAATCAGAAACATCATGTATTGCACGATTCAAGTTCCTGAATCGTGCAAATTATGCTGAATCGAAGTGTTCTGATTCACTATTCAGGAGAAGAAAAAAGAACCAATTTCGAGTTGCATCAACGCCGGAGAAGATGGATAAGAGAACAAAGTCAAATCGTGCTCGCCGTCAATGAACTGTAGTTCTTCTCCTAATCTCCTCTTCAAGTTGCAAGAGAAATCTGATTTTGGACTTGATGAAATTATAGATATGAAAAGAAAAACCCAAAGAAAGAGAGGAAGTAGGAACGCGGAATGGGTTTTCTTTTTTCTTAAAAAAAATTATATAATCTTTTCAAATTCCCACTTCGAAAATATATAAACAATTATTTTCATTCATCTTTTTAAGATATAGACTTGGCATGCATTTATTTCTAAAGTAGTTTATATTTTTATTTTGAATCAACTTAATGCAAGACTATTTATTCTATGTTTCAAGCTTTCATATTTATATTTATATGTTATTGACTAAATTAAATCTAAAATTAGATTTTGCTTCACGTGCCGTTTTACAATTTCACAACCTAACTGTATGCACTTGTTTGCGAGTTTGAATTCAGGGTAGTGCAAAAGTTGTATTTTATTTTAAATTTAATATAGTGGTGCTGTTGACTCGGTACCTTGTTCATTACCATGTTTCGTTGTGGGCTTCGATTTCGAAGACCTTTTGTAATTACCTTATAAGCATTCTTTTTTTGCTGAGTTGGAGTTCCTTTATGTAGTTGGGGGTCTCTTTTGTGGGATTGCATTTTTGCATGCCTGTGTTTTTATTCTCACCTTTTCTCATAGAAAGTTGTTAGCTTTTATAAAAAAATTATAAAAAAGGCGCTCTTGTGCCTCTTTCTGCACGCTTTCATGGCATTCAGCCAACTGCGAGCCAAGTCTACCAAACCTGCTTGTCTAAACGGTTCGACTGTCTCGGTTTGCCCATGTATCCAGTTCAGTGTTGTTGCATGCCGATCATTCATTGATTTGAGCTGTTTGGTTCTGGTTATCTACAAAAACCTGATCCGAATCGAACCGTTTACACCCCTACGAGATGCTATAATAATGGCCCAAATAATGGCTGTTTAACAAGATCTGCTGGCACTCCTTTGGCGGATATAATAATGGCCCAAATATTCAATGCTCAAAACCGCAAATTGGCATTTCTTGAAACTAGCCAGAAACTAATTCGAAACTAAGATATCCAACACTACTGTCAAATGAATCATATGGTCTTCCAATGATTTACTATACTGATATATAGGCGTCAGAAAACACCAAAACGAATTTGTGCAAATGGGGTCGGAGGATGTCATTCATAATGGACTGGTAAGTTGAAGACAGTTCTTCAATCCAAACAGCATCACCAAGAAATCATAGAGTGACCTTCATGTGTTCGAAAGGCATCCAGCTGGATGCTTATGTTGGAGCAGGACAGTGGGGTTCACTCATTCCTCTAATTTTCTTTCCACTAAGCCTCTTCTCAGCTGAAGATCCCAAGTATTATAACAAACACACCAGCAAGTATGTGTAGTGGAAAACTTGGAATTAGAGACTATTTATGGATGGAAAAAGGCTGAATGGAGGAAGAGTAGAGATCCTAGGAGAGTCGAAGATTCTAAAAGAGTTACCAATCTTAAACTGCTTATGCATTTCATGTATTTCCCGTAGGGTTCTGTGATCTTAAACTTCACGGGGAGTAGAAACTAGTCATTTTTGGAGCTTCTTTAGGATGTATTTCCTGTAGGGTTCTGTGATGGCCGATAGGAAAGATTGGGGATTTTAAAGAATAGGCTGGTACATAGACGTATTGGAAAATCATAGTCCCTAAAATGTATGTCTTTTTTATGACTTAGTAGTTAGTACATAGGTAAGTTAATGTTGGAAACATGATTAAATAAAGACACTTTGCAGTGGGCTGGCTTAAGAGGAGATAGAAAAAAACTTAAAACCATCAATCTTCTTTTTGTGATATTGTAAATCGTAAGAGGGGTCTTTTTTTATGGCTTGCAGAGCTGTGTGCTATTTTGTGGGACATTTTAGGAAGAGGAACGGCTGGGTGTTTCGTGGTAGGGAAATGGATCATAGTGTTGTTTACATTTCATGTTTTCCTTTAGGTTTCGATTTTGATGACTTTTTGTAATTATTCCATTGGTTACATTTTACTTGGTTGAAACCCCTTTTTAGTTTGGTGTACTATTCTTTCCTTTTTTCTCAATAAAAGATAAAGGTAGCACTCTTAGAATATGTCTACTTCCCTGGCCTTTTGTATGATACGGTGATGCTTAAGGGAATCCTACTCCAATTGTTGGTTCTGGCTTTGGTTTTTCTTTACTTTTTTATTTTTAGGAAACGTTTGATTGAATAAATGATAGATGGGGAACCCCAAAACACCTGCAGGTACATTTGAGATTTCCAATTTGAAATTTAGTAAGAAAGACTAAAGTGCTTAAAAGGGTGCATAATTTTACACCAATACAGTGCGATAGACATAACAAAATCCATAAAATTATCAAAAACAGAAGAATCTTTAAAAAGACATTTATTGCATCTCCCATAAAGTCCAAAAGAAAGCTTGAATAATGGCCAAGAAAACCATGTTCATGCAACCAATCGGAAGCATCATATTACTATGGATTTTGCTTTTATTATGTGCGTATGCATAACTTTTGTAGAAACTTAACATGATTATATGCATAAAGAAGCATAATCTGGTGCAGAGGTTGCACCTGATAATTGTAAATTTGTAACGAAGTATATTCTCATGAATGCCATCTTTAACCCTGGATTACGAGCCTACGTTCAACAAGTATATATTTTCTAGCTTTAATTGGCAACAATAATCATGCTTATTAATCTCTACCGCTGATTAGGTTCTATGGTCTGGATGTGGTTGGGAGCCAGTTTCATTGACAGATATGATTACTTCTACTTCAGTTAAAAAAGTTTACAGGAAGGCAGTCTTGTGCATTCATCCAGATAAGGTTCAACAGAAGGGTGCCAGTATTGAACAGAAATATACAGCAGAGAAGGTTTTTGATATCCTGAAGGTGACTTGGCAATATTCTTCTCATTTTCTTCCTTTTTCCTTTTCCACTTAACATCTTTAGCTTCAAGCTTGCTCTCGACTTGGTTCCTGTTATTTAAATGATGAACGTTTTTGAGTTTGGTTGTATGTTAGAGAATTGGGTTTGTTCTTATAAATTTTTTTCAACCAGTTATAGGTCTACAATGCGGATGCTGTTTCTTTCGTAGAATTATAGATTACCTAATGATTTCCTTTTTTGGAATGTTTCTATGCCAAAGTATTGTAATCCTAGGAGAAATAAACAAAGGTTTTTTCATTTTTTTTTATTTTTTTAATTTAATTCTATTATTTTCATTTTTCTTGTCCAAAATTAGTATGACTGCTTTTAGATTCAAACTATAATTTAGGTCCCGCTTATTATAACCACTCCGTTTTTTGTTTTTGGTTTTTTAAAATTAAGCTTATTTTCTCTCATTTTCTTACCTAAAATGCATAAAATTTTTAAGTATAAGAGTTCCCCAAATTTCAAAAAACGGTTTTTGAAAACAAGTAAAAAAACTAATTTTTTTTGTTAGTTTTCAAAAATTGTCTTAGTTTTAAAACGCTCCTAAAATGTATTAAAAAAACTTGGAAACTAATAAATGAAAGCGAAATTTGTAGGCTTAATTTTCAAAAAAACCAGATACCAAATGGGACCTTAGTCTCTGGTTTTGCTTGTCATGACTGTTATTTTACCGTGAAATCTATTTTACACTGAAACAGGAAGCCTGGAATAAATTCAGCAAAGAGGAACTTTAG

mRNA sequence

ATGGATCAAGCATCTGCTCATGTTTCTCTTTTTTCGCATGCTACATCTATAATAAAGTTTAATGGACTGAACTTCTCTGATTGGTGCGAACAAATCCGATTCCATCTTGGAGTTTTGGATCTTGATTTAGCACTTTTAAGTGAGAAACCTGCTGCAATTACTTCTGCTAGCACAAACAATATTAAGTCCACAATTAAGAAAACTAAAGATGTTAAGGAATTTATGAAATCTGTGAAAAAATGTTCTCAGTCAGAGTCGGCTGACAAGTCACTTGCTGGAACACTTATGAATACTTTAACCAACATCAAGTTTGATGGCTCTCGTACTATACATGAGCATATCCTTGAAATGATGAACTTGGCAGAAAGGGATTTCTTACGACCCGAACCACACCCAAATGAGAGATTCATTTTTATGGGAAACAGAGTTAAAGTTCCAGTTGAAGCTGTGGGAACCTATCGTTTAACTTTAGATACTAGACATCATTTAGACCTTTTTGATACCTTTTATGTTCCTTCTATTTCTCGTAATTTGATTTCCTTGTCAAAACTTGATACTTCAGAATTGCCTAAAGAAAGCAAAAGAGTTGGATGTAAATGGGTCTTTAAGACCAAACGCGACTCAAATGACAATATCGAACGATACAAGGCTAGACTTGTTGCCAAAGGTCATACTCAGAAAGATGACATTGACTACAAAGAGACCTTTTCTCCTGTGTCGAAAAAGGACTCATTAAGAATTATTATAGCTTTGGTAGCTCATTATGATTTAGAGCTTCATCAAATGGATGTGAAAACTGCCTTTCTAAATGGAAATTTAGATGAAGAAGTGTTCACAGATCAACGAAGACCAGACATCAGTTTTGCTGTGGGTATGCTAGACAGGTATCAAAGTAATCCAAGAATGGATCATTGGAAAGCTGCAAATAAAGTTTTAAGGAGCAATTTCATGGAAAAGTGCAAAGCAGTCTTTATCGCTGCATCCACTATCGAAGCTAAATTTGTAGCATGCTTTGAGGCTACAGTTCATGGTTTATGGCTGTGGAACTTTATCTCAGGACTTGGAATTGTCGACAGTATTGCCAAGCCGCTGAGAATTTATTGTGATAATTTTGCAGCAGTTTTCTTCTCAAAAAACGACAAGTATTCTAAAGGTGCTAAACATAAGCAATTAAAATACTTTGCCGTTAAAGAAGAAGTTCAGAAACAGAGGGTGTCAATTGAACACATTAGCATTAAACTTATGATTGCGGATCCATTGACTAAAGGATTGCCACCAAAGACGTTCAATGATCACGTTGAACGGTCTAATGCTGAGATTCCAGATGCTGCTATTTGGACAAATAACGATAAGATCAAGAAAAAAGGAAACAACATGCAAGGTGCTTCGAAAAATGTCTACAAAAGACTAGGGTATGCTCTTAAAAACTTCCTAGATTCCGAAGCCTCTTCGGGCCAAATTGGAAGAGGACAGGATTCACAAAGGAAGATAACGTCGGTGTTTGTGCCTCAAGGAGACAATCCTTTATCTTCTGTTGTTAGAGACGGTTATGGTGAAGTTTTCCAGCCATTGAAGAAGAGGAAGGAGATGGATGATGCATTGAAGCTATCTGAAATGAAGCACATACTCGAGAGTTTGGTTCAAACTGGCATCAACAAAGAACCCGCAATTATTCAACGATTTTTTGAGAATCGTGTGCTAACACCAAACAATAAGGAGGTTAAATGGATAGACAGAACATCACTCTTAGCTCTATGGTCAGAAAACGATTTAGATTACTATTTTAATTTAGCTATTGGTGCAATTCCAGATAAAGTAAGGTGGACAGATGTCAACTACGTGATTGGTTGCATCAACATAAAAGAACATTGGATGGCTATTGCAGATGACATAAAGAAATGCAAGATCTATGTGTTTGACTTTATGCCAAACTATGTTCAACAAGAACTTGTTGATACAGCTCTTGCAATACCTGAACGATGCATCCCTTCACTAGCAATTGCTATTGGATTACATAAAATTTCTTTTCGCTTTTCTCAAGCTTCTTCTTTGTTTCATCTTTATGATTCAATAGGATCTTCTTCTTCTTTTTCTTTTCTCCCAAAGATCAGTAATCATCAATTCTTTCATTTCCTTCTGATTCTGCTCGCTTCTGTTTTTAAGAATATTCTGTTTGAAGAGAAATTCTCACGCTTACTTTACTTTTTTCCATCTGGGATCGAAGTTTCTAGCTCTAATTTTGATCCCATTGTTTCTAAATTTGTCATTGCGTCTGCAATGGACGAGTTTGGGGTATTGACCGAAAGATTTGGATTGAAGCCGCAAGGAAAATCGGCTCCAATGGCTGCATCTAAGCAACCTGCTTCCTCAAACACCTTCCACTCTGGGTTTAATTCCGGTTTGAATGGTAAATCCTCCCTCGATTCTGGTTTTGTTGACGTATCGTTTCAGAAAAACACTAAACCCGACTCTTACGCTGGGGTTGATGATATTTTCGGGAGTCTCAATCAGTCAACGAAACATTTGAGGAATTCTGCAAGTTCTCCATCTTCTTTTGACTACGATTCCATATTTTTTGGGTCCAAGAATTCAGATCCAACATATGATGATATGTTTAGTGGGATTGCTGGATTTAAGAGCTCGGGTACAGCGAAGAAGGAGGATCCGGTCCGATCATTTTCCCCATCTTTGAATCATACCTCTCAAATTGATGACTTGTTTGGTGATTTTAGCAGCAATGTGGTGAAACCAACTCCTAACCCGAACGGATTAAAAAGTGCACCAAATAACGCTGCCCCTTTTGATGAATTGATTTCGGGCTTTGATGATAGCAAATCTCGAATTAACAGAGCAAGCATGCAGGACAATCTGACCCAGCAAGCAACTTCTCATTCTAAATCAACTTTCAGTTCAGCCAGAGATCCTTTTATAGAATTAGAATCGGCTTCAATACCATCATATAATTCGTCTGAGGCTTTTCCAGATCCGCTTGAGGAAATGACCAAGTTCAATAATAAATTCGATAGCTCCTACAATTCTTCCCCACCATTCAGGGTTCCTCCAGTACCAAAGCCAGGTCACAAGGCAGTTAAAGTTAAGAGTTCCTCTTCCTCTCCTATTGATGAATTGGAGGACTTTGCAAAGGGGAAGGTGCGGAATAACAGTGAAGGGAATGTGGATGCCTCAACACGCACAACAAATAGAAATAGTAAAGATGCACATACTGCAGGACTAAATCATCAAAAAACTGTTGATGATCTGGACTCCTTTTTCAATGTGGGTCCTCGATCAAAGAGTGCTCCAAGGTCACGAACAACAACTCCGGATCCTCTGTTTGACGTTCCTAAGTACAACAAACCACCTGAAATACCCAAACCCACTCCCTCAGCTTCCTTTTCCCACATAAAGAAATCTTCTTCAGCTGTAAATTTTGTGGATGATCTTTTTTTCGGAGGTTCTCCTTCATTTGGACATTTTGAAGAAGTTGATGGAGAAAGTGAAGAAAGAAGAAGAGCTAGATTAGGGCGTCTACAGAGGACCCAAGAGCGTGCAGCAAGAGCAGTGGCTGATTTGAATGAGCGTGACTTTCAAACACAGCATGAGCAAGAAGAGAAGCGTAGGATTGCTGAATCTCTAGATGTTGATATCAAGCGCTGGGCTGCAGGGAAGGAAGGCAACATGCGTGCACTGTTATCATCATTGCAATATGTTCTATGGTCTGGATGTGGTTGGGAGCCAGTTTCATTGACAGATATGATTACTTCTACTTCAGTTAAAAAAGTTTACAGGAAGGCAGTCTTGTGCATTCATCCAGATAAGGTTCAACAGAAGGGTGCCAGTATTGAACAGAAATATACAGCAGAGAAGGTTTTTGATATCCTGAAGGAAGCCTGGAATAAATTCAGCAAAGAGGAACTTTAG

Coding sequence (CDS)

ATGGATCAAGCATCTGCTCATGTTTCTCTTTTTTCGCATGCTACATCTATAATAAAGTTTAATGGACTGAACTTCTCTGATTGGTGCGAACAAATCCGATTCCATCTTGGAGTTTTGGATCTTGATTTAGCACTTTTAAGTGAGAAACCTGCTGCAATTACTTCTGCTAGCACAAACAATATTAAGTCCACAATTAAGAAAACTAAAGATGTTAAGGAATTTATGAAATCTGTGAAAAAATGTTCTCAGTCAGAGTCGGCTGACAAGTCACTTGCTGGAACACTTATGAATACTTTAACCAACATCAAGTTTGATGGCTCTCGTACTATACATGAGCATATCCTTGAAATGATGAACTTGGCAGAAAGGGATTTCTTACGACCCGAACCACACCCAAATGAGAGATTCATTTTTATGGGAAACAGAGTTAAAGTTCCAGTTGAAGCTGTGGGAACCTATCGTTTAACTTTAGATACTAGACATCATTTAGACCTTTTTGATACCTTTTATGTTCCTTCTATTTCTCGTAATTTGATTTCCTTGTCAAAACTTGATACTTCAGAATTGCCTAAAGAAAGCAAAAGAGTTGGATGTAAATGGGTCTTTAAGACCAAACGCGACTCAAATGACAATATCGAACGATACAAGGCTAGACTTGTTGCCAAAGGTCATACTCAGAAAGATGACATTGACTACAAAGAGACCTTTTCTCCTGTGTCGAAAAAGGACTCATTAAGAATTATTATAGCTTTGGTAGCTCATTATGATTTAGAGCTTCATCAAATGGATGTGAAAACTGCCTTTCTAAATGGAAATTTAGATGAAGAAGTGTTCACAGATCAACGAAGACCAGACATCAGTTTTGCTGTGGGTATGCTAGACAGGTATCAAAGTAATCCAAGAATGGATCATTGGAAAGCTGCAAATAAAGTTTTAAGGAGCAATTTCATGGAAAAGTGCAAAGCAGTCTTTATCGCTGCATCCACTATCGAAGCTAAATTTGTAGCATGCTTTGAGGCTACAGTTCATGGTTTATGGCTGTGGAACTTTATCTCAGGACTTGGAATTGTCGACAGTATTGCCAAGCCGCTGAGAATTTATTGTGATAATTTTGCAGCAGTTTTCTTCTCAAAAAACGACAAGTATTCTAAAGGTGCTAAACATAAGCAATTAAAATACTTTGCCGTTAAAGAAGAAGTTCAGAAACAGAGGGTGTCAATTGAACACATTAGCATTAAACTTATGATTGCGGATCCATTGACTAAAGGATTGCCACCAAAGACGTTCAATGATCACGTTGAACGGTCTAATGCTGAGATTCCAGATGCTGCTATTTGGACAAATAACGATAAGATCAAGAAAAAAGGAAACAACATGCAAGGTGCTTCGAAAAATGTCTACAAAAGACTAGGGTATGCTCTTAAAAACTTCCTAGATTCCGAAGCCTCTTCGGGCCAAATTGGAAGAGGACAGGATTCACAAAGGAAGATAACGTCGGTGTTTGTGCCTCAAGGAGACAATCCTTTATCTTCTGTTGTTAGAGACGGTTATGGTGAAGTTTTCCAGCCATTGAAGAAGAGGAAGGAGATGGATGATGCATTGAAGCTATCTGAAATGAAGCACATACTCGAGAGTTTGGTTCAAACTGGCATCAACAAAGAACCCGCAATTATTCAACGATTTTTTGAGAATCGTGTGCTAACACCAAACAATAAGGAGGTTAAATGGATAGACAGAACATCACTCTTAGCTCTATGGTCAGAAAACGATTTAGATTACTATTTTAATTTAGCTATTGGTGCAATTCCAGATAAAGTAAGGTGGACAGATGTCAACTACGTGATTGGTTGCATCAACATAAAAGAACATTGGATGGCTATTGCAGATGACATAAAGAAATGCAAGATCTATGTGTTTGACTTTATGCCAAACTATGTTCAACAAGAACTTGTTGATACAGCTCTTGCAATACCTGAACGATGCATCCCTTCACTAGCAATTGCTATTGGATTACATAAAATTTCTTTTCGCTTTTCTCAAGCTTCTTCTTTGTTTCATCTTTATGATTCAATAGGATCTTCTTCTTCTTTTTCTTTTCTCCCAAAGATCAGTAATCATCAATTCTTTCATTTCCTTCTGATTCTGCTCGCTTCTGTTTTTAAGAATATTCTGTTTGAAGAGAAATTCTCACGCTTACTTTACTTTTTTCCATCTGGGATCGAAGTTTCTAGCTCTAATTTTGATCCCATTGTTTCTAAATTTGTCATTGCGTCTGCAATGGACGAGTTTGGGGTATTGACCGAAAGATTTGGATTGAAGCCGCAAGGAAAATCGGCTCCAATGGCTGCATCTAAGCAACCTGCTTCCTCAAACACCTTCCACTCTGGGTTTAATTCCGGTTTGAATGGTAAATCCTCCCTCGATTCTGGTTTTGTTGACGTATCGTTTCAGAAAAACACTAAACCCGACTCTTACGCTGGGGTTGATGATATTTTCGGGAGTCTCAATCAGTCAACGAAACATTTGAGGAATTCTGCAAGTTCTCCATCTTCTTTTGACTACGATTCCATATTTTTTGGGTCCAAGAATTCAGATCCAACATATGATGATATGTTTAGTGGGATTGCTGGATTTAAGAGCTCGGGTACAGCGAAGAAGGAGGATCCGGTCCGATCATTTTCCCCATCTTTGAATCATACCTCTCAAATTGATGACTTGTTTGGTGATTTTAGCAGCAATGTGGTGAAACCAACTCCTAACCCGAACGGATTAAAAAGTGCACCAAATAACGCTGCCCCTTTTGATGAATTGATTTCGGGCTTTGATGATAGCAAATCTCGAATTAACAGAGCAAGCATGCAGGACAATCTGACCCAGCAAGCAACTTCTCATTCTAAATCAACTTTCAGTTCAGCCAGAGATCCTTTTATAGAATTAGAATCGGCTTCAATACCATCATATAATTCGTCTGAGGCTTTTCCAGATCCGCTTGAGGAAATGACCAAGTTCAATAATAAATTCGATAGCTCCTACAATTCTTCCCCACCATTCAGGGTTCCTCCAGTACCAAAGCCAGGTCACAAGGCAGTTAAAGTTAAGAGTTCCTCTTCCTCTCCTATTGATGAATTGGAGGACTTTGCAAAGGGGAAGGTGCGGAATAACAGTGAAGGGAATGTGGATGCCTCAACACGCACAACAAATAGAAATAGTAAAGATGCACATACTGCAGGACTAAATCATCAAAAAACTGTTGATGATCTGGACTCCTTTTTCAATGTGGGTCCTCGATCAAAGAGTGCTCCAAGGTCACGAACAACAACTCCGGATCCTCTGTTTGACGTTCCTAAGTACAACAAACCACCTGAAATACCCAAACCCACTCCCTCAGCTTCCTTTTCCCACATAAAGAAATCTTCTTCAGCTGTAAATTTTGTGGATGATCTTTTTTTCGGAGGTTCTCCTTCATTTGGACATTTTGAAGAAGTTGATGGAGAAAGTGAAGAAAGAAGAAGAGCTAGATTAGGGCGTCTACAGAGGACCCAAGAGCGTGCAGCAAGAGCAGTGGCTGATTTGAATGAGCGTGACTTTCAAACACAGCATGAGCAAGAAGAGAAGCGTAGGATTGCTGAATCTCTAGATGTTGATATCAAGCGCTGGGCTGCAGGGAAGGAAGGCAACATGCGTGCACTGTTATCATCATTGCAATATGTTCTATGGTCTGGATGTGGTTGGGAGCCAGTTTCATTGACAGATATGATTACTTCTACTTCAGTTAAAAAAGTTTACAGGAAGGCAGTCTTGTGCATTCATCCAGATAAGGTTCAACAGAAGGGTGCCAGTATTGAACAGAAATATACAGCAGAGAAGGTTTTTGATATCCTGAAGGAAGCCTGGAATAAATTCAGCAAAGAGGAACTTTAG

Protein sequence

MDQASAHVSLFSHATSIIKFNGLNFSDWCEQIRFHLGVLDLDLALLSEKPAAITSASTNNIKSTIKKTKDVKEFMKSVKKCSQSESADKSLAGTLMNTLTNIKFDGSRTIHEHILEMMNLAERDFLRPEPHPNERFIFMGNRVKVPVEAVGTYRLTLDTRHHLDLFDTFYVPSISRNLISLSKLDTSELPKESKRVGCKWVFKTKRDSNDNIERYKARLVAKGHTQKDDIDYKETFSPVSKKDSLRIIIALVAHYDLELHQMDVKTAFLNGNLDEEVFTDQRRPDISFAVGMLDRYQSNPRMDHWKAANKVLRSNFMEKCKAVFIAASTIEAKFVACFEATVHGLWLWNFISGLGIVDSIAKPLRIYCDNFAAVFFSKNDKYSKGAKHKQLKYFAVKEEVQKQRVSIEHISIKLMIADPLTKGLPPKTFNDHVERSNAEIPDAAIWTNNDKIKKKGNNMQGASKNVYKRLGYALKNFLDSEASSGQIGRGQDSQRKITSVFVPQGDNPLSSVVRDGYGEVFQPLKKRKEMDDALKLSEMKHILESLVQTGINKEPAIIQRFFENRVLTPNNKEVKWIDRTSLLALWSENDLDYYFNLAIGAIPDKVRWTDVNYVIGCINIKEHWMAIADDIKKCKIYVFDFMPNYVQQELVDTALAIPERCIPSLAIAIGLHKISFRFSQASSLFHLYDSIGSSSSFSFLPKISNHQFFHFLLILLASVFKNILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL

Homology

[Close]

BLAST of MELO3C010649.jh1 vs. NCBI nr
Match: XP_008466754.2 (PREDICTED: LOW QUALITY PROTEIN: auxilin-related protein 2 [Cucumis melo])

HSP 1 Score: 1057 bits (2734), Expect = 0.0
Identity = 542/547 (99.09%), Postives = 545/547 (99.63%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN 819
            MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN
Sbjct: 1    MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN 60

Query: 820  TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFK 879
            TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFF SKNSDPTYDDMFSGIAGFK
Sbjct: 61   TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFWSKNSDPTYDDMFSGIAGFK 120

Query: 880  SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS 939
            SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS
Sbjct: 121  SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS 180

Query: 940  GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE 999
            GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE
Sbjct: 181  GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE 240

Query: 1000 MTKFNNKFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV 1059
            MTKFNNKFD+SYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV
Sbjct: 241  MTKFNNKFDNSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV 300

Query: 1060 DASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 1119
            DASTRTT++NS DAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK
Sbjct: 301  DASTRTTSKNSNDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 360

Query: 1120 PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR 1179
            PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR
Sbjct: 361  PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR 420

Query: 1180 TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW 1239
            TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW
Sbjct: 421  TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW 480

Query: 1240 SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 1299
            SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN
Sbjct: 481  SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 540

Query: 1300 KFSKEEL 1306
            KFSKEEL
Sbjct: 541  KFSKEEL 547

[Close]

BLAST of MELO3C010649.jh1 vs. NCBI nr
Match: XP_004149430.1 (auxilin-related protein 2 [Cucumis sativus] >KAE8647265.1 hypothetical protein Csa_018258 [Cucumis sativus])

HSP 1 Score: 994 bits (2569), Expect = 0.0
Identity = 512/547 (93.60%), Postives = 525/547 (95.98%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN 819
            MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSS DSGFVDVSFQKN
Sbjct: 1    MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSFDSGFVDVSFQKN 60

Query: 820  TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFK 879
            TKPDSYAGVDDIFGSL QSTKHLRNSASSPSSFDYDSIFFGSKNSDP+YDD+FSGI GFK
Sbjct: 61   TKPDSYAGVDDIFGSLTQSTKHLRNSASSPSSFDYDSIFFGSKNSDPSYDDVFSGIPGFK 120

Query: 880  SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS 939
            SS TAKKEDPVRSFSPSLN TSQ+DDLFGDFSSNVVKPTP PNGLK+APNN APFDELIS
Sbjct: 121  SSVTAKKEDPVRSFSPSLNQTSQVDDLFGDFSSNVVKPTPKPNGLKTAPNNGAPFDELIS 180

Query: 940  GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE 999
            GF  S S I+RASMQDNLTQQ+TSHSKSTFSSARDPFIELESAS+PS NSSEAFPDPLEE
Sbjct: 181  GFGASNSPIDRASMQDNLTQQSTSHSKSTFSSARDPFIELESASVPSNNSSEAFPDPLEE 240

Query: 1000 MTKFNNKFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV 1059
            MTKFNNKFDSS+NSSPPFRVPPVPKP      VKSSSSSPIDELEDFAKGKVRNNSEGNV
Sbjct: 241  MTKFNNKFDSSHNSSPPFRVPPVPKP------VKSSSSSPIDELEDFAKGKVRNNSEGNV 300

Query: 1060 DASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 1119
            DASTRTTNRN KD HTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK
Sbjct: 301  DASTRTTNRNGKDVHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 360

Query: 1120 PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR 1179
            PPEIPKP PSA+FSHIKKSSSAVNFVDDLFFG SPSFGHFEEVDGESEERRRARLGRLQR
Sbjct: 361  PPEIPKPAPSATFSHIKKSSSAVNFVDDLFFGDSPSFGHFEEVDGESEERRRARLGRLQR 420

Query: 1180 TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW 1239
            T+ERAARAVADLN+RDFQTQHEQEEKRRIAESLDVDIKRW+AGKEGNMRALLSSLQYVLW
Sbjct: 421  TEERAARAVADLNQRDFQTQHEQEEKRRIAESLDVDIKRWSAGKEGNMRALLSSLQYVLW 480

Query: 1240 SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 1299
            SGCGWEPVSLTD+ITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN
Sbjct: 481  SGCGWEPVSLTDIITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 540

Query: 1300 KFSKEEL 1306
            KFSKEEL
Sbjct: 541  KFSKEEL 541

[Close]

BLAST of MELO3C010649.jh1 vs. NCBI nr
Match: TYJ95742.1 (auxilin-related protein 2 [Cucumis melo var. makuwa])

HSP 1 Score: 992 bits (2564), Expect = 0.0
Identity = 511/515 (99.22%), Postives = 514/515 (99.81%), Query Frame = 0


Query: 722  NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 781
            NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM
Sbjct: 21   NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 80

Query: 782  AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 841
            AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH
Sbjct: 81   AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 140

Query: 842  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 901
            LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS
Sbjct: 141  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 200

Query: 902  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 961
            QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA
Sbjct: 201  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 260

Query: 962  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDSSYNSSPPFRVPP 1021
            TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFD+SYNSSPPFRVPP
Sbjct: 261  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDNSYNSSPPFRVPP 320

Query: 1022 VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQ 1081
            VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTT++NS DAHTAGLNHQ
Sbjct: 321  VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTSKNSNDAHTAGLNHQ 380

Query: 1082 KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 1141
            KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA
Sbjct: 381  KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 440

Query: 1142 VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 1201
            VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE
Sbjct: 441  VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 500

Query: 1202 QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 1236
            QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY
Sbjct: 501  QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 535

[Close]

BLAST of MELO3C010649.jh1 vs. NCBI nr
Match: KAA0055509.1 (auxilin-related protein 2 [Cucumis melo var. makuwa])

HSP 1 Score: 984 bits (2544), Expect = 0.0
Identity = 507/515 (98.45%), Postives = 511/515 (99.22%), Query Frame = 0


Query: 722  NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 781
            NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM
Sbjct: 21   NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 80

Query: 782  AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 841
            AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH
Sbjct: 81   AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 140

Query: 842  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 901
            LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS
Sbjct: 141  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 200

Query: 902  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 961
            QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA
Sbjct: 201  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 260

Query: 962  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDSSYNSSPPFRVPP 1021
            TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFD+SYNSSPPFRVPP
Sbjct: 261  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDNSYNSSPPFRVPP 320

Query: 1022 VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQ 1081
            VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTT++NS DAHTAGLNHQ
Sbjct: 321  VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTSKNSNDAHTAGLNHQ 380

Query: 1082 KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 1141
            KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA
Sbjct: 381  KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 440

Query: 1142 VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 1201
            VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE
Sbjct: 441  VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 500

Query: 1202 QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 1236
            QEEKRRIAESLDVDIKRWAAGKEGNMRAL+ S  Y
Sbjct: 501  QEEKRRIAESLDVDIKRWAAGKEGNMRALVPSYWY 535

[Close]

BLAST of MELO3C010649.jh1 vs. NCBI nr
Match: XP_038885293.1 (auxilin-related protein 1 [Benincasa hispida])

HSP 1 Score: 909 bits (2348), Expect = 0.0
Identity = 480/554 (86.64%), Postives = 500/554 (90.25%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTF---HSGFNSGLNGKSSLDSGFVDVSF 819
            MDEFGVLTER+GLKPQGKSAPMAASK  ASSNTF   +SGFNSG NGKSS DSGF D+SF
Sbjct: 1    MDEFGVLTERYGLKPQGKSAPMAASKPTASSNTFQSRNSGFNSGFNGKSSFDSGFGDLSF 60

Query: 820  QKNTKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIA 879
            QKNTKPDSY   DD FGSLNQSTKH  N  SSPSSFDYDSIFFGSKNSDP+YDD+F GI 
Sbjct: 61   QKNTKPDSY---DDFFGSLNQSTKHSGNPGSSPSSFDYDSIFFGSKNSDPSYDDVFDGIP 120

Query: 880  GFKSSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDE 939
            GFKSS TAKKEDPVRSF  SLN TSQIDDLFGDFSSNV K TP PNGLK+A NNAAPFD 
Sbjct: 121  GFKSSVTAKKEDPVRSFPSSLNQTSQIDDLFGDFSSNVAKTTPKPNGLKNAANNAAPFDG 180

Query: 940  LISGFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDP 999
            LISGF D  SRINRASMQD+LT  +TSH+KSTFSSA+DPFIELESAS   YNSSEAFPDP
Sbjct: 181  LISGFGDGNSRINRASMQDSLTPPSTSHTKSTFSSAKDPFIELESAS---YNSSEAFPDP 240

Query: 1000 LEEMTKFNN----KFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVR 1059
            LEE  KFNN    KFDSS NSSPPFRVPPVPKPGHKAVKVKSSSSSPI+ELEDFAKGKVR
Sbjct: 241  LEETAKFNNSGGTKFDSSSNSSPPFRVPPVPKPGHKAVKVKSSSSSPIEELEDFAKGKVR 300

Query: 1060 NNSEGNVDASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLF 1119
            NNSEG VDASTRTTNR SKDAH AG++HQ+T+DDLDSFFNVGPRSKSAPRSRTTT DPLF
Sbjct: 301  NNSEGKVDASTRTTNRTSKDAHAAGVDHQQTIDDLDSFFNVGPRSKSAPRSRTTTLDPLF 360

Query: 1120 DVPKYNKPPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRA 1179
            +VPKYNKPPEIPKP PSA  SHIKKSSSAVN VDD FFG +PSFGHFEEVDGESEERRRA
Sbjct: 361  EVPKYNKPPEIPKPAPSAVLSHIKKSSSAVNLVDDFFFGDAPSFGHFEEVDGESEERRRA 420

Query: 1180 RLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLS 1239
            RL RLQRTQERAARAVADLN+RDFQTQHEQEEKRRIAESLD+DIKRWAAGKEGNMRALLS
Sbjct: 421  RLRRLQRTQERAARAVADLNQRDFQTQHEQEEKRRIAESLDIDIKRWAAGKEGNMRALLS 480

Query: 1240 SLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFD 1299
            SLQYVLWSG GWEPVSLT+MITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFD
Sbjct: 481  SLQYVLWSGSGWEPVSLTEMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFD 540

Query: 1300 ILKEAWNKFSKEEL 1306
            ILKEAWNKFSKEEL
Sbjct: 541  ILKEAWNKFSKEEL 548

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot
Match: Q0WQ57 (Auxilin-related protein 2 OS=Arabidopsis thaliana OX=3702 GN=At4g12770 PE=1 SV=1)

HSP 1 Score: 265.8 bits (678), Expect = 2.6e-69
Identity = 157/290 (54.14%), Postives = 189/290 (65.17%), Query Frame = 0


Query: 1029 AVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAGLNHQK 1088
            A   +  +     E  + A  +VR   E  V A      R + +      A       Q+
Sbjct: 602  AAGAREKAEKAAAEARERANAEVR-EKEAKVRAERAAVERAAAEARGRAAAQAKAKQQQE 661

Query: 1089 TVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPT---PSASFSHIKKSS 1148
              +DLDSFFN   R  S PR RT  PDP  D        E  +P+   PS    +++K+S
Sbjct: 662  NNNDLDSFFNSVSRPSSVPRQRTNPPDPFQDSWNKGGSFESSRPSSRVPSGPTENLRKAS 721

Query: 1149 SAVNFVDDL--FFGGSPS-FGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDF 1208
            SA N VDDL   FG   S  G F++VDGE+EERRRARL R QRTQERAA+A+A+ NERD 
Sbjct: 722  SATNIVDDLSSIFGAPASQSGGFQDVDGETEERRRARLERHQRTQERAAKALAEKNERDL 781

Query: 1209 QTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITST 1268
            Q Q EQ EK RI  +LDV+I+RW AGKEGN+RALLS+LQYVLW  CGW+PVSLTD+IT  
Sbjct: 782  QVQREQAEKDRIGGTLDVEIRRWGAGKEGNLRALLSTLQYVLWPECGWQPVSLTDLITGA 841

Query: 1269 SVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            SVKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD+LKEAWNKF+ EEL
Sbjct: 842  SVKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFDMLKEAWNKFNSEEL 890

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot
Match: Q9SU08 (Auxilin-related protein 1 OS=Arabidopsis thaliana OX=3702 GN=AUXI1 PE=1 SV=2)

HSP 1 Score: 259.2 bits (661), Expect = 2.5e-67
Identity = 156/297 (52.53%), Postives = 190/297 (63.97%), Query Frame = 0


Query: 1024 KPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAG 1083
            K    A + +  +     E ++ A  + R   E  V A      R + +      A    
Sbjct: 610  KAAKAAAEAREKAEKAAAEAKERANAEAR-EKETRVRAERAAVERAAAEARGRAAAQAKA 669

Query: 1084 LNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKP-----TPSASF 1143
               Q+  +DLDSFF+   R  SAPR RT   DP  D   +NK             P    
Sbjct: 670  KQQQENTNDLDSFFSSISRPNSAPRQRTNPLDPFQD--SWNKGGSFESSRESLRVPPGQP 729

Query: 1144 SHIKKSSSAVNFVDDL--FFGGSPS-FGHFEEVDGESEERRRARLGRLQRTQERAARAVA 1203
             +++K+SS  N VDDL   FG S S  G F++VDGE+EERRRARL R QRTQERAA+A+A
Sbjct: 730  ENLRKTSSVTNIVDDLSSIFGASASQSGGFQDVDGETEERRRARLERHQRTQERAAKALA 789

Query: 1204 DLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSL 1263
            + NERD Q Q EQ EK RI  +LDV+IKRW AGKEGN+RALLS+LQYVLW  CGW+PVSL
Sbjct: 790  EKNERDLQVQREQVEKDRIGVTLDVEIKRWGAGKEGNLRALLSTLQYVLWPECGWQPVSL 849

Query: 1264 TDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            TD+IT+ SVKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD+LKEAWNKF+ EEL
Sbjct: 850  TDLITAASVKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFDMLKEAWNKFNSEEL 903

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot
Match: Q9FWS1 (Auxilin-like protein 1 OS=Arabidopsis thaliana OX=3702 GN=AUL1 PE=2 SV=2)

HSP 1 Score: 175.3 bits (443), Expect = 4.7e-42
Identity = 85/152 (55.92%), Postives = 115/152 (75.66%), Query Frame = 0


Query: 1154 PSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIAESLD 1213
            PS    +   GE  +R +AR  R QRT +RAA A+A+   RD +TQ EQ E+ R+AE+LD
Sbjct: 1298 PSNSSNQTAKGEPIQRCKARSERHQRTSDRAAEALAEKKLRDLKTQKEQTERNRLAEALD 1357

Query: 1214 VDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDK 1273
             D+KRW++GKE N+RAL+S+LQY+L +  GW+P+ LTD+++S SV+K YRKA L +HPDK
Sbjct: 1358 ADVKRWSSGKENNLRALISTLQYILGAESGWKPIPLTDLVSSASVRKAYRKATLYVHPDK 1417

Query: 1274 VQQKGASIEQKYTAEKVFDILKEAWNKFSKEE 1306
            +QQ+GAS +QKY  EKVFD+LKEAWNKF  +E
Sbjct: 1418 LQQRGASTQQKYICEKVFDLLKEAWNKFGADE 1449

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot
Match: Q9C9Q4 (J domain-containing protein required for chloroplast accumulation response 1 OS=Arabidopsis thaliana OX=3702 GN=JAC1 PE=1 SV=1)

HSP 1 Score: 130.6 bits (327), Expect = 1.3e-28
Identity = 59/109 (54.13%), Postives = 86/109 (78.90%), Query Frame = 0


Query: 1197 QTQHEQEEKRRIAE---SLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMI 1256
            Q +++ EE  + AE   ++D  I++W++GK GN+R+LLS+LQY+LWSG GW+PV L DMI
Sbjct: 538  QDENKMEEANKDAEEIKNIDAKIRKWSSGKSGNIRSLLSTLQYILWSGSGWKPVPLMDMI 597

Query: 1257 TSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFS 1303
               +V+K Y++A+L +HPDK+QQKGAS  QKY AEKVF++L+EAW+ F+
Sbjct: 598  EGNAVRKSYQRALLILHPDKLQQKGASANQKYMAEKVFELLQEAWDHFN 646

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot
Match: P10978 (Retrovirus-related Pol polyprotein from transposon TNT 1-94 OS=Nicotiana tabacum OX=4097 PE=2 SV=1)

HSP 1 Score: 108.2 bits (269), Expect = 7.0e-22
Identity = 52/94 (55.32%), Postives = 69/94 (73.40%), Query Frame = 0


Query: 188 ELPKESKRVGCKWVFKTKRDSNDNIERYKARLVAKGHTQKDDIDYKETFSPVSKKDSLRI 247
           ELPK  + + CKWVFK K+D +  + RYKARLV KG  QK  ID+ E FSPV K  S+R 
Sbjct: 847 ELPKGKRPLKCKWVFKLKKDGDCKLVRYKARLVVKGFEQKKGIDFDEIFSPVVKMTSIRT 906

Query: 248 IIALVAHYDLELHQMDVKTAFLNGNLDEEVFTDQ 282
           I++L A  DLE+ Q+DVKTAFL+G+L+EE++ +Q
Sbjct: 907 ILSLAASLDLEVEQLDVKTAFLHGDLEEEIYMEQ 940

HSP 2 Score: 71.2 bits (173), Expect = 9.5e-11
Identity = 52/198 (26.26%), Postives = 81/198 (40.91%), Query Frame = 0


Query: 283  RPDISFAVGMLDRYQSNPRMDHWKAANKVLR----------------------------- 342
            RPDI+ AVG++ R+  NP  +HW+A   +LR                             
Sbjct: 1126 RPDIAHAVGVVSRFLENPGKEHWEAVKWILRYLRGTTGDCLCFGGSDPILKGYTDADMAG 1185

Query: 343  ----------------------SNFMEKCKAVFIAASTIEAKFVACFEATVHGLWLWNFI 402
                                   + ++KC    +A ST EA+++A  E     +WL  F+
Sbjct: 1186 DIDNRKSSTGYLFTFSGGAISWQSKLQKC----VALSTTEAEYIAATETGKEMIWLKRFL 1245

Query: 403  SGLGIVDSIAKPLRIYCDNFAAVFFSKNDKYSKGAKHKQLKYFAVKEEVQKQRVSIEHIS 430
              LG+     K   +YCD+ +A+  SKN  Y    KH  ++Y  ++E V  + + +  IS
Sbjct: 1246 QELGLHQ---KEYVVYCDSQSAIDLSKNSMYHARTKHIDVRYHWIREMVDDESLKVLKIS 1305

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL
Match: A0A1S3CTA4 (LOW QUALITY PROTEIN: auxilin-related protein 2 OS=Cucumis melo OX=3656 GN=LOC103504092 PE=4 SV=1)

HSP 1 Score: 1057 bits (2734), Expect = 0.0
Identity = 542/547 (99.09%), Postives = 545/547 (99.63%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN 819
            MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN
Sbjct: 1    MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKN 60

Query: 820  TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFK 879
            TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFF SKNSDPTYDDMFSGIAGFK
Sbjct: 61   TKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFWSKNSDPTYDDMFSGIAGFK 120

Query: 880  SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS 939
            SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS
Sbjct: 121  SSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELIS 180

Query: 940  GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE 999
            GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE
Sbjct: 181  GFDDSKSRINRASMQDNLTQQATSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEE 240

Query: 1000 MTKFNNKFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV 1059
            MTKFNNKFD+SYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV
Sbjct: 241  MTKFNNKFDNSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNV 300

Query: 1060 DASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 1119
            DASTRTT++NS DAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK
Sbjct: 301  DASTRTTSKNSNDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNK 360

Query: 1120 PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR 1179
            PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR
Sbjct: 361  PPEIPKPTPSASFSHIKKSSSAVNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQR 420

Query: 1180 TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW 1239
            TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW
Sbjct: 421  TQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLW 480

Query: 1240 SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 1299
            SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN
Sbjct: 481  SGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWN 540

Query: 1300 KFSKEEL 1306
            KFSKEEL
Sbjct: 541  KFSKEEL 547

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL
Match: A0A5D3B7B9 (Auxilin-related protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold282G00470 PE=4 SV=1)

HSP 1 Score: 992 bits (2564), Expect = 0.0
Identity = 511/515 (99.22%), Postives = 514/515 (99.81%), Query Frame = 0


Query: 722  NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 781
            NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM
Sbjct: 21   NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 80

Query: 782  AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 841
            AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH
Sbjct: 81   AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 140

Query: 842  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 901
            LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS
Sbjct: 141  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 200

Query: 902  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 961
            QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA
Sbjct: 201  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 260

Query: 962  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDSSYNSSPPFRVPP 1021
            TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFD+SYNSSPPFRVPP
Sbjct: 261  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDNSYNSSPPFRVPP 320

Query: 1022 VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQ 1081
            VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTT++NS DAHTAGLNHQ
Sbjct: 321  VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTSKNSNDAHTAGLNHQ 380

Query: 1082 KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 1141
            KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA
Sbjct: 381  KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 440

Query: 1142 VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 1201
            VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE
Sbjct: 441  VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 500

Query: 1202 QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 1236
            QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY
Sbjct: 501  QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 535

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL
Match: A0A5A7UPX0 (Auxilin-related protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold221G00890 PE=4 SV=1)

HSP 1 Score: 984 bits (2544), Expect = 0.0
Identity = 507/515 (98.45%), Postives = 511/515 (99.22%), Query Frame = 0


Query: 722  NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 781
            NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM
Sbjct: 21   NILFEEKFSRLLYFFPSGIEVSSSNFDPIVSKFVIASAMDEFGVLTERFGLKPQGKSAPM 80

Query: 782  AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 841
            AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH
Sbjct: 81   AASKQPASSNTFHSGFNSGLNGKSSLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKH 140

Query: 842  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 901
            LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS
Sbjct: 141  LRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIAGFKSSGTAKKEDPVRSFSPSLNHTS 200

Query: 902  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 961
            QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA
Sbjct: 201  QIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQA 260

Query: 962  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDSSYNSSPPFRVPP 1021
            TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFD+SYNSSPPFRVPP
Sbjct: 261  TSHSKSTFSSARDPFIELESASIPSYNSSEAFPDPLEEMTKFNNKFDNSYNSSPPFRVPP 320

Query: 1022 VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQ 1081
            VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTT++NS DAHTAGLNHQ
Sbjct: 321  VPKPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTSKNSNDAHTAGLNHQ 380

Query: 1082 KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 1141
            KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA
Sbjct: 381  KTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSA 440

Query: 1142 VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 1201
            VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE
Sbjct: 441  VNFVDDLFFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHE 500

Query: 1202 QEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQY 1236
            QEEKRRIAESLDVDIKRWAAGKEGNMRAL+ S  Y
Sbjct: 501  QEEKRRIAESLDVDIKRWAAGKEGNMRALVPSYWY 535

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL
Match: A0A6J1CI52 (auxilin-related protein 2 OS=Momordica charantia OX=3673 GN=LOC111011847 PE=4 SV=1)

HSP 1 Score: 854 bits (2207), Expect = 3.74e-297
Identity = 460/562 (81.85%), Postives = 493/562 (87.72%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTF---HSGFNSGLNGKSSLDSGFVDVSF 819
            MDEFGVLTERFGLKPQGKSAPMAASK P +S +F   +SG+NS LNGKSS DSGFVDVSF
Sbjct: 1    MDEFGVLTERFGLKPQGKSAPMAASKTPTTSKSFQSRNSGYNSSLNGKSSFDSGFVDVSF 60

Query: 820  QKNTKPDSYAGVDD---IFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFS 879
            QKNTKPDSY G+DD   +FGSLN STK+L NSAS+PSSF YDSIFF  KNSDP YDD+F 
Sbjct: 61   QKNTKPDSYGGLDDYNDLFGSLNHSTKNLGNSASAPSSFGYDSIFFEPKNSDPAYDDVFG 120

Query: 880  GIAGFKSSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPT-PNPNGLKSAPNNAA 939
            GI GFKSS TAK EDP+RSFS SLN TSQIDDL GDF SNV K T P PNGLK+A NNAA
Sbjct: 121  GIPGFKSSVTAKTEDPLRSFSSSLNQTSQIDDLLGDFGSNVTKTTTPKPNGLKNAANNAA 180

Query: 940  PFDELISGFDDSKSRINRASMQDNLTQQATSHS-KSTFSSARDPFIELESASIPSYNSSE 999
            PFDELISGF +S SRINRAS+ D L+Q +TSH+ KSTFSSARDPFIELES S+PSYNSSE
Sbjct: 181  PFDELISGFGNSNSRINRASVPDKLSQPSTSHTTKSTFSSARDPFIELESTSLPSYNSSE 240

Query: 1000 AFPDPLEEMTKFNN----KFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFA 1059
            AF DPLEE++KF+     KFDSS +SSPPFR+PP+PKPGHKA KVKS SSSPIDELEDFA
Sbjct: 241  AFSDPLEEISKFSKSGSTKFDSSSSSSPPFRIPPIPKPGHKADKVKSFSSSPIDELEDFA 300

Query: 1060 KGKVRNNS-EGNVDASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTT 1119
            +G V+NNS EG V+ASTRT NRNSKDAH A +N+QKTVDDLDSFFNVG RSKS PRSRT 
Sbjct: 301  RGNVQNNSNEGKVNASTRTANRNSKDAHAAAVNNQKTVDDLDSFFNVGFRSKSVPRSRTA 360

Query: 1120 TPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSAVNFVDDL--FFGGSPSFGHFEEVDG 1179
            T DPLFDVPKYNKPPEIPK T S + S+IKKSSSAVN VDD    FG +PSFGHFEEV+G
Sbjct: 361  TVDPLFDVPKYNKPPEIPKGTSSGASSNIKKSSSAVNLVDDFASVFGDAPSFGHFEEVEG 420

Query: 1180 ESEERRRARLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKE 1239
            ESEERRRARLGRLQRTQERAARAVADLN+RDFQTQHEQEEKRRIAESLD DIKRWAAGKE
Sbjct: 421  ESEERRRARLGRLQRTQERAARAVADLNQRDFQTQHEQEEKRRIAESLDADIKRWAAGKE 480

Query: 1240 GNMRALLSSLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQK 1299
            GNMRALLSSLQYVLWS CGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQK
Sbjct: 481  GNMRALLSSLQYVLWSECGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQK 540

Query: 1300 YTAEKVFDILKEAWNKFSKEEL 1306
            YTAEKVFDILKEAWNKFSKEEL
Sbjct: 541  YTAEKVFDILKEAWNKFSKEEL 562

[Close]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL
Match: A0A6J1GPR9 (auxilin-related protein 1-like OS=Cucurbita moschata OX=3662 GN=LOC111456376 PE=4 SV=1)

HSP 1 Score: 806 bits (2082), Expect = 1.57e-278
Identity = 436/557 (78.28%), Postives = 468/557 (84.02%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSNTFHS---GFNSGLNGKSSLDSGFVDVSF 819
            MD+FGVLTERFGLKPQGKSAPMAASK   SSNTF S   G+NSGLNG SS DSGF DVSF
Sbjct: 1    MDDFGVLTERFGLKPQGKSAPMAASKASTSSNTFQSPKSGYNSGLNGNSSFDSGFGDVSF 60

Query: 820  QKNTKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFFGSKNSDPTYDDMFSGIA 879
            QKNTKP       D  GSLNQ TKH  +S SSPSSFDYDSIFFGSK+SDPTYDD+F GI 
Sbjct: 61   QKNTKPGGLDDYGDFLGSLNQPTKHSGHSGSSPSSFDYDSIFFGSKSSDPTYDDVFGGIP 120

Query: 880  GFKSSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSNVVKPTPNPNGLKSAPNNAAPFDE 939
            GFKSS T K EDPVRSFS S NH SQIDDLFG+F SNV K T      K+A NNAA FDE
Sbjct: 121  GFKSSVTTKTEDPVRSFSSSTNHNSQIDDLFGNFGSNVAKTTIPKPLKKAANNNAATFDE 180

Query: 940  LISGFDDSKSRINRASMQDNLTQQATSH-SKSTFSSARDPFIELESASIPSYNSSEAFPD 999
            LISGF +  SR NRAS+ DNLTQQ+TSH +KSTF SA+DPFIELES SIP+++SS+AF +
Sbjct: 181  LISGFGNGNSRTNRASVLDNLTQQSTSHPTKSTFGSAKDPFIELESTSIPTFSSSKAFLN 240

Query: 1000 PLEEMTKFNN----KFDSSYNSSPPFRVPPVPKPGHKAVKVKSSSSSPIDELEDFAKGKV 1059
            PLEE++KFN+    KFDS  NSS PFRVPP+PKPGHKA KVKSSSSSPIDELE+FA GKV
Sbjct: 241  PLEEISKFNSSGGTKFDSPSNSSSPFRVPPIPKPGHKADKVKSSSSSPIDELENFAMGKV 300

Query: 1060 RNNSEGNVDASTRTTNRNSKDAHTAGLNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPL 1119
                     AST T NRN KDAH AG+NHQ TVDDLDSFFN GPRSKS PRSR TTPDPL
Sbjct: 301  N--------ASTYTVNRNGKDAHAAGVNHQNTVDDLDSFFNAGPRSKSVPRSRITTPDPL 360

Query: 1120 FDVPKYNKPPEIPKPTPSASFSHIKKSSSAVNFVDDL--FFGGSPSFGHFEEVDGESEER 1179
            FDVPKYNKPPEIPK T  A+ S++KKSSSA+N VDDL   FG +P FGHF+EV+GESEER
Sbjct: 361  FDVPKYNKPPEIPKGTSFAASSNMKKSSSALNLVDDLTSVFGDAPLFGHFDEVEGESEER 420

Query: 1180 RRARLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRA 1239
            RRARLGRLQRTQERAARAVADLN+RDFQT HEQEEKRRIAESLDV IKRWAAGKEGNMRA
Sbjct: 421  RRARLGRLQRTQERAARAVADLNQRDFQTLHEQEEKRRIAESLDVSIKRWAAGKEGNMRA 480

Query: 1240 LLSSLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEK 1299
            LLSSLQYVLWSGCGWEPVSLTDMITS+SVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEK
Sbjct: 481  LLSSLQYVLWSGCGWEPVSLTDMITSSSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEK 540

Query: 1300 VFDILKEAWNKFSKEEL 1306
            VFDILKEAWNKFSKEEL
Sbjct: 541  VFDILKEAWNKFSKEEL 549

[Close]

BLAST of MELO3C010649.jh1 vs. TAIR 10
Match: AT1G21660.1 (Chaperone DnaJ-domain superfamily protein )

HSP 1 Score: 363.6 bits (932), Expect = 6.6e-100
Identity = 263/577 (45.58%), Postives = 332/577 (57.54%), Query Frame = 0


Query: 760  MDEFGVLTERFGLKPQGKSAPMAASKQPASSN----TFHSGFNSGLNGKS---------- 819
            MDEFGVLTER+G+KPQGKSAPMAASK+  ++N     F +G +SGLN KS          
Sbjct: 1    MDEFGVLTERYGIKPQGKSAPMAASKRNPNNNGQSWNFGTG-SSGLNAKSTSFSSNSSWN 60

Query: 820  ------SLDSGFVDVSFQKNTKPDSYAGVDDIFGSLNQSTKHLRNSASSPSSFDYDSIFF 879
                  SL  G  D+ F  N+     +   D+F  LN+S+    NS SS +    D +FF
Sbjct: 61   KDSTNGSLFDG-DDIFFPANSTNRKVSNDFDVFAGLNKSSSSGDNSKSSLN----DDLFF 120

Query: 880  GS-----KNSDPTYDDMFSG-IAGFKSSGTAKKEDPVRSFSPSLNHTSQIDDLFGDFSSN 939
             +     K +  + DD+F G I G KSS + K                  DDLFG FSS+
Sbjct: 121  SNFGNPGKTTPSSADDLFGGVIPGSKSSDSVKN-----------------DDLFGSFSSS 180

Query: 940  VVKPTPNPNGLKSAPNNAAPFDELISGFDDSKSRINRASMQDNLTQQATSHSKSTFSSAR 999
              +     + L     N A +D LI GF  S             TQ  +S +  +   A 
Sbjct: 181  EKQYAAAVDDLLGLGKNEAGYDGLIPGFGGS-------------TQTTSSKTTPSNFDAT 240

Query: 1000 DPFIELESASIPSYNSSEAFPDPLEEM--TKFNNKFDSSYNSSPPFRVPPVPKPGHKAVK 1059
            DPF+ LES +     S+  F DPLEE   T  +     S  S    ++ P PKP  K  +
Sbjct: 241  DPFVVLESTT-----STGLFVDPLEEFAATVSSQGIKPSNTSHTSTKLKPPPKPTQKVNR 300

Query: 1060 VKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKDAHTAGLNHQKTVDDLDSFF 1119
             KS   S IDELEDFA G +R ++     + T +  R ++DA T   N Q  VDDLDSFF
Sbjct: 301  GKSVGMSSIDELEDFAMGTMRRSASA---SDTASKYREAEDAATK--NKQFGVDDLDSFF 360

Query: 1120 NVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPTPSASFSHIKKSSSAVNFVDDL--F 1179
            +   RS S P+SRTTT           +    PK TP+   S+ KK  +  N VDD    
Sbjct: 361  SA--RSSSVPKSRTTTE------TTRKQASNAPKKTPN-GVSNAKKPPAPANLVDDFSAL 420

Query: 1180 FGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQTQHEQEEKRRIA 1239
            FG  P F  FEE+ GESEERR+AR  R QRT+ R A+AVAD+N RD Q++ EQE++ RI+
Sbjct: 421  FGEDPIFRQFEEIPGESEERRKARWDREQRTKSRVAQAVADMNNRDHQSRIEQEQRTRIS 480

Query: 1240 ESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCI 1299
            E++D +I+RWA GKEGNMRALLSSL  VLW GCGWE VS+TD+ITS++VKKVYRKA L +
Sbjct: 481  ETVDTEIRRWATGKEGNMRALLSSLHIVLWPGCGWEAVSITDLITSSAVKKVYRKATLYV 522

Query: 1300 HPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            HPDKVQQKGA++EQKY AEKVFDILKEAWNKF+KEEL
Sbjct: 541  HPDKVQQKGATLEQKYIAEKVFDILKEAWNKFNKEEL 522

[Close]

BLAST of MELO3C010649.jh1 vs. TAIR 10
Match: AT4G12770.2 (Chaperone DnaJ-domain superfamily protein )

HSP 1 Score: 268.5 bits (685), Expect = 2.9e-71
Identity = 158/289 (54.67%), Postives = 190/289 (65.74%), Query Frame = 0


Query: 1029 AVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAGLNHQK 1088
            A   +  +     E  + A  +VR   E  V A      R + +      A       Q+
Sbjct: 602  AAGAREKAEKAAAEARERANAEVR-EKEAKVRAERAAVERAAAEARGRAAAQAKAKQQQE 661

Query: 1089 TVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPT---PSASFSHIKKSS 1148
              +DLDSFFN   R  S PR RT  PDP  D        E  +P+   PS    +++K+S
Sbjct: 662  NNNDLDSFFNSVSRPSSVPRQRTNPPDPFQDSWNKGGSFESSRPSSRVPSGPTENLRKAS 721

Query: 1149 SAVNFVDDL--FFGGSPSFGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDFQ 1208
            SA N VDDL   FG S S G F++VDGE+EERRRARL R QRTQERAA+A+A+ NERD Q
Sbjct: 722  SATNIVDDLSSIFGASQS-GGFQDVDGETEERRRARLERHQRTQERAAKALAEKNERDLQ 781

Query: 1209 TQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITSTS 1268
             Q EQ EK RI  +LDV+I+RW AGKEGN+RALLS+LQYVLW  CGW+PVSLTD+IT  S
Sbjct: 782  VQREQAEKDRIGGTLDVEIRRWGAGKEGNLRALLSTLQYVLWPECGWQPVSLTDLITGAS 841

Query: 1269 VKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            VKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD+LKEAWNKF+ EEL
Sbjct: 842  VKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFDMLKEAWNKFNSEEL 888

[Close]

BLAST of MELO3C010649.jh1 vs. TAIR 10
Match: AT4G12770.1 (Chaperone DnaJ-domain superfamily protein )

HSP 1 Score: 265.8 bits (678), Expect = 1.9e-70
Identity = 157/290 (54.14%), Postives = 189/290 (65.17%), Query Frame = 0


Query: 1029 AVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAGLNHQK 1088
            A   +  +     E  + A  +VR   E  V A      R + +      A       Q+
Sbjct: 602  AAGAREKAEKAAAEARERANAEVR-EKEAKVRAERAAVERAAAEARGRAAAQAKAKQQQE 661

Query: 1089 TVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKPT---PSASFSHIKKSS 1148
              +DLDSFFN   R  S PR RT  PDP  D        E  +P+   PS    +++K+S
Sbjct: 662  NNNDLDSFFNSVSRPSSVPRQRTNPPDPFQDSWNKGGSFESSRPSSRVPSGPTENLRKAS 721

Query: 1149 SAVNFVDDL--FFGGSPS-FGHFEEVDGESEERRRARLGRLQRTQERAARAVADLNERDF 1208
            SA N VDDL   FG   S  G F++VDGE+EERRRARL R QRTQERAA+A+A+ NERD 
Sbjct: 722  SATNIVDDLSSIFGAPASQSGGFQDVDGETEERRRARLERHQRTQERAAKALAEKNERDL 781

Query: 1209 QTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSLTDMITST 1268
            Q Q EQ EK RI  +LDV+I+RW AGKEGN+RALLS+LQYVLW  CGW+PVSLTD+IT  
Sbjct: 782  QVQREQAEKDRIGGTLDVEIRRWGAGKEGNLRALLSTLQYVLWPECGWQPVSLTDLITGA 841

Query: 1269 SVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            SVKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD+LKEAWNKF+ EEL
Sbjct: 842  SVKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFDMLKEAWNKFNSEEL 890

[Close]

BLAST of MELO3C010649.jh1 vs. TAIR 10
Match: AT4G12780.1 (Chaperone DnaJ-domain superfamily protein )

HSP 1 Score: 259.2 bits (661), Expect = 1.7e-68
Identity = 156/297 (52.53%), Postives = 190/297 (63.97%), Query Frame = 0


Query: 1024 KPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAG 1083
            K    A + +  +     E ++ A  + R   E  V A      R + +      A    
Sbjct: 610  KAAKAAAEAREKAEKAAAEAKERANAEAR-EKETRVRAERAAVERAAAEARGRAAAQAKA 669

Query: 1084 LNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKP-----TPSASF 1143
               Q+  +DLDSFF+   R  SAPR RT   DP  D   +NK             P    
Sbjct: 670  KQQQENTNDLDSFFSSISRPNSAPRQRTNPLDPFQD--SWNKGGSFESSRESLRVPPGQP 729

Query: 1144 SHIKKSSSAVNFVDDL--FFGGSPS-FGHFEEVDGESEERRRARLGRLQRTQERAARAVA 1203
             +++K+SS  N VDDL   FG S S  G F++VDGE+EERRRARL R QRTQERAA+A+A
Sbjct: 730  ENLRKTSSVTNIVDDLSSIFGASASQSGGFQDVDGETEERRRARLERHQRTQERAAKALA 789

Query: 1204 DLNERDFQTQHEQEEKRRIAESLDVDIKRWAAGKEGNMRALLSSLQYVLWSGCGWEPVSL 1263
            + NERD Q Q EQ EK RI  +LDV+IKRW AGKEGN+RALLS+LQYVLW  CGW+PVSL
Sbjct: 790  EKNERDLQVQREQVEKDRIGVTLDVEIKRWGAGKEGNLRALLSTLQYVLWPECGWQPVSL 849

Query: 1264 TDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFDILKEAWNKFSKEEL 1307
            TD+IT+ SVKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD+LKEAWNKF+ EEL
Sbjct: 850  TDLITAASVKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFDMLKEAWNKFNSEEL 903

[Close]

BLAST of MELO3C010649.jh1 vs. TAIR 10
Match: AT4G12780.2 (Chaperone DnaJ-domain superfamily protein )

HSP 1 Score: 248.4 bits (633), Expect = 3.1e-65
Identity = 156/314 (49.68%), Postives = 190/314 (60.51%), Query Frame = 0


Query: 1024 KPGHKAVKVKSSSSSPIDELEDFAKGKVRNNSEGNVDASTRTTNRNSKD------AHTAG 1083
            K    A + +  +     E ++ A  + R   E  V A      R + +      A    
Sbjct: 583  KAAKAAAEAREKAEKAAAEAKERANAEAR-EKETRVRAERAAVERAAAEARGRAAAQAKA 642

Query: 1084 LNHQKTVDDLDSFFNVGPRSKSAPRSRTTTPDPLFDVPKYNKPPEIPKP-----TPSASF 1143
               Q+  +DLDSFF+   R  SAPR RT   DP  D   +NK             P    
Sbjct: 643  KQQQENTNDLDSFFSSISRPNSAPRQRTNPLDPFQD--SWNKGGSFESSRESLRVPPGQP 702

Query: 1144 SHIKKSSSAVNFVDDL--FFGGSPS-FGHFEEVDGESEERRRARLGRLQRTQERAARAVA 1203
             +++K+SS  N VDDL   FG S S  G F++VDGE+EERRRARL R QRTQERAA+A+A
Sbjct: 703  ENLRKTSSVTNIVDDLSSIFGASASQSGGFQDVDGETEERRRARLERHQRTQERAAKALA 762

Query: 1204 DLNERDFQTQHEQEEKR-----------------RIAESLDVDIKRWAAGKEGNMRALLS 1263
            + NERD Q Q EQ EK                  RI  +LDV+IKRW AGKEGN+RALLS
Sbjct: 763  EKNERDLQVQREQVEKDNKKLRHLSILSHCFFPFRIGVTLDVEIKRWGAGKEGNLRALLS 822

Query: 1264 SLQYVLWSGCGWEPVSLTDMITSTSVKKVYRKAVLCIHPDKVQQKGASIEQKYTAEKVFD 1307
            +LQYVLW  CGW+PVSLTD+IT+ SVKKVYRKA LCIHPDKVQQKGA+++QKY AEKVFD
Sbjct: 823  TLQYVLWPECGWQPVSLTDLITAASVKKVYRKATLCIHPDKVQQKGANLQQKYIAEKVFD 882

The following BLAST results are available for this feature:

BLAST of MELO3C010649.jh1 vs. NCBI nr


Match Name	Identity	Description
XP_008466754.2	99.09	PREDICTED: LOW QUALITY PROTEIN: auxilin-related protein 2 [Cucumis melo]	[more]
XP_004149430.1	93.60	auxilin-related protein 2 [Cucumis sativus] >KAE8647265.1 hypothetical protein C...	[more]
TYJ95742.1	99.22	auxilin-related protein 2 [Cucumis melo var. makuwa]	[more]
KAA0055509.1	98.45	auxilin-related protein 2 [Cucumis melo var. makuwa]	[more]
XP_038885293.1	86.64	auxilin-related protein 1 [Benincasa hispida]	[more]

BLAST of MELO3C010649.jh1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q0WQ57	2.6e-69	54.14	Auxilin-related protein 2 OS=Arabidopsis thaliana OX=3702 GN=At4g12770 PE=1 SV=1	[more]
Q9SU08	2.5e-67	52.53	Auxilin-related protein 1 OS=Arabidopsis thaliana OX=3702 GN=AUXI1 PE=1 SV=2	[more]
Q9FWS1	4.7e-42	55.92	Auxilin-like protein 1 OS=Arabidopsis thaliana OX=3702 GN=AUL1 PE=2 SV=2	[more]
Q9C9Q4	1.3e-28	54.13	J domain-containing protein required for chloroplast accumulation response 1 OS=...	[more]
P10978	7.0e-22	55.32	Retrovirus-related Pol polyprotein from transposon TNT 1-94 OS=Nicotiana tabacum...	[more]

BLAST of MELO3C010649.jh1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CTA4	0.0	99.09	LOW QUALITY PROTEIN: auxilin-related protein 2 OS=Cucumis melo OX=3656 GN=LOC103...	[more]
A0A5D3B7B9	0.0	99.22	Auxilin-related protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffo...	[more]
A0A5A7UPX0	0.0	98.45	Auxilin-related protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffo...	[more]
A0A6J1CI52	3.74e-297	81.85	auxilin-related protein 2 OS=Momordica charantia OX=3673 GN=LOC111011847 PE=4 SV...	[more]
A0A6J1GPR9	1.57e-278	78.28	auxilin-related protein 1-like OS=Cucurbita moschata OX=3662 GN=LOC111456376 PE=...	[more]

BLAST of MELO3C010649.jh1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G21660.1	6.6e-100	45.58	Chaperone DnaJ-domain superfamily protein	[more]
AT4G12770.2	2.9e-71	54.67	Chaperone DnaJ-domain superfamily protein	[more]
AT4G12770.1	1.9e-70	54.14	Chaperone DnaJ-domain superfamily protein	[more]
AT4G12780.1	1.7e-68	52.53	Chaperone DnaJ-domain superfamily protein	[more]
AT4G12780.2	3.1e-65	49.68	Chaperone DnaJ-domain superfamily 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
None	No IPR available	COILS	Coil	Coil	coord: 409..429
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 12..38
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 245..366
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 23..38
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 290..312
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 152..172
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 152..168
None	No IPR available	PANTHER	PTHR23172:SF77	CHAPERONE DNAJ-DOMAIN SUPERFAMILY PROTEIN-RELATED	coord: 1..251 coord: 309..541
None	No IPR available	PANTHER	PTHR23172	AUXILIN/CYCLIN G-ASSOCIATED KINASE-RELATED	coord: 1..251 coord: 309..541
IPR036869	Chaperone J-domain superfamily	GENE3D	1.10.287.110	DnaJ domain	coord: 412..540 e-value: 1.1E-41 score: 143.7
IPR036869	Chaperone J-domain superfamily	SUPERFAMILY	46565	Chaperone J-domain	coord: 398..540
IPR001623	DnaJ domain	PROSITE	PS50076	DNAJ_2	coord: 477..541 score: 8.901089

Relationships

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


Feature Name	Unique Name	Type
MELO3C010649.jh1.t1	MELO3C010649.jh1.t1	mRNA
MELO3C010649.jh1.t2	MELO3C010649.jh1.t2	mRNA
MELO3C010649.jh1.t3	MELO3C010649.jh1.t3	mRNA