MELO.jh004793.1 (gene) Melon (Harukei-3) v1.41

Overview


Name	MELO.jh004793.1
Type	gene
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	DEAD-box ATP-dependent RNA helicase FANCM isoform X2
Location	chr03: 151036 .. 200282 (-)
RNA-Seq Expression	MELO.jh004793.1
Synteny	MELO.jh004793.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDSstart_codonstop_codon

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

TAACAACTAACCAAATACAATAACAACGCTGGCTCCCCAAACCTGCCCAAAAGAGAACGGCAACCAAAACAGCCATTAATGTCCCCCAATTTTCGTTTGAAAGTTTTGCCGCCGTTTGCTCCTTCTTTTCACTGACTTGGTTATTTTCGCTTTCCTGCGTTGTGAGTTCTTTTGTTCTATGGCGTTTAGGATGTGTCCAATGGCAGCAAGTAATCGAGAATTCACTGTTGACGACAACGACGACGACGACGTAAATGCCGTTCGCGTCCTTCCTCTTTCTTGTTAACTTACCTCATATGTCTGAGTCCTTTGACCTCTCTCCCATCCCATTTTCAGGACTTCGACTGGGAAGCAGCCGTCAAAGAAATTGACGTGGCCTGCCTATCAGGAATTCACTCTGCTTCATCACATTCACTTCATCCTTCCCTAACGGAATCCTCCGACGCCACTGCAGAAACTCCAGCTTCATTTCCACTTTCCGAGGAGAATGAAAAACGCGGGACTTCTCGCCAGTCTACACTTCACAGATTTATCATGAATGCAAAGTTTCAAAAGAAAACAATGGACGTCGAAAAACCGGTTCAAGATCCCGGCCTTGTTGAAGACTCGGTTGGTCTTGTTGACATAGATGAGGAGGCAGCAAAGACCTGGATATATCCAGGTCGTCTTTGAACTCCGGACTAATTTTGATTTCCATCATTTTGGGATTGTTATCCACGGACTCAATTTGTTCTATTCTCACCATGATTTTCTGTGAAACGTACTCCTCACTTACCCCAAGCAACTAGAACATGTAAAATACAAAAGATAACCTAAATTTGTCAACTGATTGTTTAGATCAACTACAAGCTTCTTCAGGTGGCATATGTTTTACTGCAAGAGTTGTAGTCCTATTTTGGAATGCAACGAGTCCAATTTACTTCCTCAAACCATATGGTTTTTGATAGCCTTTCTTTTGTTTCAACTCTAAGTTTGTTTAATATGCCAACATATTCCTTAGAATTTCTTGAGTTCACTGTTTGATATGTAGGCTATAAATTTCATGAAGTCAGTAGATAAGGAGATTTATTGCGTATATACAGTATTTTGCATCATTGACTGCTTGATGAATTATTTCTTTTCTTAGAAGTTAGGTGTTAATAGAATTATAATCTGATGTGATGTCAGTTAAATCATGTAGTTAATGTTCCTCTTCGGGATTATCAGCTGGCTATTACAAAGACAGCACTATTTTCAAATACGTTGGTGGCTTTGCCTACAGGACTTGGAAAGACTCTTATTGCTGCAGTTGTTATGTATAACTACTTCAGATGGTTTCCTGAGGGTAAGGGAAAACTTTTGCTATCTTATTGAGTGTTAAAGTTATATCATATCAATGGAATGTCCATTAGCCTAATTGAACATAGTTTCAGTAAGGTATAGGTTCAACTAAAGGTTTATAGTGTAATACCAAAATCTGAATTTGAATGAAATGATTCTCTTCCTCAACTGAGGTGAGATGAGGTTTATTTATAGGGTAAGCAGAATATAGATTATATTTTTATAACTGAATTACAACAAAACTAACAAGTTTAAAACATCAAACAATTCTTAACAAACACCCAAGTAAGTAACTAACTATCCTTCAATGATAAAGCTTCTCATTGTATCATATTCCATCCCCAAAATCAAACTGACCTTGAGGATAATCATTTAGCATGCCAATTGTGTAACATTTTCTTTTTAAAAAAAGAAAAGAAAATAACCATTCTTTTTTATTGAGAAAAATATGAAGAATACATGGGCATACGAACAACCAAACCCACAAAAAGGAGAATCCTCTACAAGAACGGGCTTCAACTATGCAGTATCAATCCTAAAGCATAATTACAAAAGGTCTTTGAAATTGAAACCCAGAGAAACATGAAAATGAACAAGGGACCAAAGCTCACTAGGATCCCTCTCAAGACCCATAAACACCCTTCTGTTGCTCTCATCCCACAAAATCCATTACAAACCACACATGCCGACAAGCCAAAGAAACCACCCTTTCTCCCCAAAAAAGCGGATTGGGAAGGGACTCCATACTTATCGCGTAAACATCTTTTTGATGAGCACTTGGCATCCCAAAAGATTGGAAGAAAGAGTCCCAAACAACGACTGCAGCATTACAACTCCAAAGAATGTGATCTAAGTCTCCCTCTGCCTTCCAACGAAGAATACAACAAAAAGGCCCAAACAGCATAGGCAACTTCCAACCAAGCTTGTCCAAATATGTTAGCTTGGTTGTGGAGAACCTGCCAAGTAAAGAACCTAACCTTCCTAGGGACCTTAATCCTCCAAACCATTGCAAAGACCGACTCACCTGAGGGAGAGGGATCAATTAAGCAATTGAAAAAAGATTTGCACGAGAACCAGACTCTAACATCTCTCCTCCCTAACCTGAAAGGGTGAACATCAAGCAAAGAAGGAAGGATAGGCACATAAGAAGCTTCCTAGTTGAAAAGAGAACGACAAAGCCCAAAGGAGAAAGAAAAAATAACTCTCGGACCACACAAGAAAATCCGCCATGAAATTATTTTTAGATTATTTTTAAAGGAAGATAGATGATATAAGCGCCCACCTGATGATCTTCCCAAAAGTGTCTCTCCTTCCCCCATGACACAATGAACCCAAGGAACAAAAGAAGGGTTTAAGGCAAGGAGATCCTTTAATCCCTTTCTTGTTTCTTCTTGTCTTTGATGTCTTACGTCGTCTAATTCCTAAGGGAGTGGAAGGAGGCAGAAGGTTAGTGATGTAATATCAAATTTGTTTTCTCTAAAATTTTTCTTATCTTCCCAATGTGGTGAAGATGTTTATTTATACTAGAAATTTACAGTTGTGTAACTGTTTAGTTGTAACAACTTTAACAACTTTTAGTTAGTTATCTAGGTGGCTTATTTAGTTAGCCTATTTAGTTACATCAAATCCACCCCACCCAAAATCAACTCGTCCCAGAGTTGAACTAGTCAGCAAGCTGGAACTCATTTGGGGCGTGATAGGTCTTCAAGTCTGCTACGTTAAAAACAAGGCTGATATGTAGGTCGTCGGGCAGTTCCATTCTATAGGCATTATCACCATATTTTGCTAGTACTTTACAAGGTCCAAGCTGTTTGTGTTTTAGTTTATTGTATGTCCCTGTTGGAAATATGTTCTTTAGATGAATCATCACTAGATCTCCCTCTTTGAACTTTACTTTCCTTCTTTTCTTGTCTTTATCTTGTTTATAAGATAAAGTAGTATTCTGTAGGTGTTCGCGAACTTCTTTGTGCAGACTTTGTATTCTTTCGATCATATTTTCTCCTTCTATGTTGATATCTGCATCAGATGGTAGATTGGCAAGGTCAAACGTAAGTCTAGGACTTTTAGTGTAAACAATTTCAAAGGGGCATCTCTCGGTTGATCTGTTTTTCATGTTGTTGAATACAAATTCAGCTTGAGCTAGTGCTAGATCCCACTGTTTCGGCTTAGAACCACTTAGACAACGAATAAAATTCCCCAAGGTTCTGTTAGTGACTTCAGTTTGGCCATCTGTTTGTGGGTGTGTTGTAGTACTGAATTTAAGTGTGGTGTCTAGTTTCTTCCACAATATTCGCCCAAAGTGGCTTAAGAATTTCACGTCCCTATCTGACACAATAGATTTAGATATGCCATGTAGTCGTATTATCTCTCGAAAAAAGAGATTAGCAATATAGACATCATTAGTCTTCTTGCAGGGTAGAAAATGGGCCATTTTGCTGAATCTGTCTACCACTACCATTACAACATCATTCTGTCTTTGTGTCTTAGGTAGCCCCAATACAAAATCTTCTGATAAGTCCTCCCATATAAACATAGGAATTGGCAAAGGGTTGTATAGGCCAGCATTGGTACTAGTCCTTTTAGCTTTTTGGCATATGGCGCAATGCTTCACAAAATTATTTGTCTTTTCGTAATTGTGGCCAATAATATCTAGAGGAGAGTATTTCAAGTGTCTTGTCTTGCCCGAAGTGACCAGCGAGTCCTCATGAGTGTGCTTCCTTTAGTAGGGCTTCTCTTAGAGACTTATGGGGTATGCACAGTTTTTCTCTTTTGAAAAGAAATCCATCAATGATGTGAAACTCTCCAGCTTCGAGGTGATAGACGCATTTGTACCAAATTTTGCTAAAGTCAGCATCATCTTCATATAGGTCTGGTCAATGTTTGAATGCTATCACCTCGGATTATAGTGTAGAAAGTAAGGAGTGCTTTCTACTCAGTGCGTCGGCTACTTTGTTTTCTTTCCCACTTTTGTGCTTGATAACAAAATCGAATCTTTGTAGAAAGGAAATCCATCTAGCGTGCATCTTGTTGATAAATTTTTGTGCTTGGAGATATTTTAGGGAAAAGTGATCTGTCAATAGGAGTAACTCTTTAGATAGTAGGCAGTGCTCCCATTGTTTTTAGTGCTCGGACGAGAGCATACATTTCTTGCTCATAAGTGCTCCACATCTGTCTTGATTGGTTGAGTTTTTCACTGAAGTACTCAATGGGATGACCTGATTGAGATAAGACAGCTCCAGTGCCAGTCCCGGAGGCATCAACAACTACTTCAAATGGCTGTGTAAACTTGGGGAGTTTTAGGACTGGTTTATTACTAAGCTTTTTCTTCAATGCTTCAAAGCTATCTTGTTGTTTCTTTCCCCATAGGAAGCCTCCCTTCTTTAGGCAGTCTGTAATTGAGGCGGCAATGGTACTGAAGTTATAAATGAACTTCTTGTAGAATGATGCCAAGCCTAGGAATGCTTGTACTTCTTTTATTGATTTCGGTATTGGCCAGTTTCTAATTGCCTCGACTTTCTTTTCATCCATTAGGATGTGATTCTTCTTGATAATAAATCCCAAGAATGCTATTTCTTCTACACAAAAGGCCAGCACTTTGAACACTTGGTATAGATGTGGATTATGCTCTTCTAGGCATCTGCTAAAAACCAAGATATCATCAAAATAAACAACGACAAATTTATTAAGGAAATGATGAAGTACTTGGTTCATGAGTCTCATGAAAGTGCTAGGAGTGTTGGAGAGCCCAAATGGCATCACAAGCCATTCAAAGAGGCCTTCATTTGTTTTGAATACTGTCTTCCATTCATCTCCGGGCCTGATTCTAATCTGGTCATAACCACTCTTTAGGTCAATTTTAGAAAAAATCCCTGCTTCTCCAAGTTGGTCAAGTAGTTCATTTATTCTTGGAGTAGGGAACCTGTATTTTACTGTGATTTTGTTGATTGTCCTGCTATCAATGCACATCCTCCAACTTCCATCTTTCTTTGGTGTTAGTAAGGCAGGGACTGCACATGGACTTAAGCTTGGTTGGATATGTCCTTTTATCAGCAATTCTTCAATTGCCTGCTGTAAAATAGCGTATTCTTTTGGGCTCATTCTAAAATGTGGCAGATTAGGCAGTGAAGCTTCTGGTATTAGTTCGATATTGTGCTGAATGTCTCTCAAGGGAGGCAATTTTGATGGTTCTTTGATGATATTCGGAAATTCATCAAATAGCTCCTTCCCTCTCTTAGGGATTTCAACAATCTGTTCTTCTCTGATTTGATTAGTCAATACTAGCCCCAAAATATCACCTTCTCATTCTTTAATTAACTTCTTTCCACTGGTTGTTATGAAGAGGCTGGAGCTTTTCTTATTCATTCCTTCTTCGTTCTTCTTTTTCAAGGGTAGGAGGATTACCTTTTTATTCATCCAGTGGAATTCATATGTATTTTCTCTCCCCTTATGCAAGGCTCGAGTATCATACTGCCATGGTCTTCCTAAGAGTATATGGCATACATTCATTTCGAGGACGTCACATACAACTTGGTCTTTATAACTATTGCCAATAGATAATGAAACAAAACATATTTATGATATTTGAGCTTCTTCTCCTTTCTTTATCCAACTAATTTTATAGGGGTTGGGATGAGCTTCACTTTTTAAGATTCAAGGCTGTCACCAACTTTCTTGAAACAAAGTTTTCACTGCTACCACTGTCTATTATAACATTGCAAATTTTCCCTTGAATTGTGCATCTTGTCTTAAATAGACTATGCCTTTGTGGTTGTTGCTCTTCTTTTGGGGTGATCAGTATCTTCTGAAGCACATATGACAGGCTGTCTCCTTCATCAGCCTCAATTAATTCTGCTTCTTCTTCTTCTTCCTTGATTTACATCTATTACTGCCATTGTCTTACGCGGAGGATAGGAATTTGAGGGATGACCGGCTTGTCCACACCTATAGCAGGTTCTTGAGAAAGGTCTGTTATAGGGATTTTTGGACCTTTTATTAGCTTCAACTGTCTCTTTTTTGTTGTTCTGTTCTTCTTTTCTGGTCCTTTATTCTTTTCTACCACAATCGCTTTATTAGTTCCCTGAGGTGCTGAAGTGTTTTTGGATGTGGAGTTTTCTCACAATCCTTTTCTTGTAAACTTCGATCGGCTTTCTATCATTTCTTCTACTGACTCAGCGTATGCTATGGCCTCTAATAGCCATTGGAAGTGCTGGAGCTTTACTTTCTCCCTTAGGTCCATCCATAATCTCCATTTGAATCTGGAAATTAGGTGTTGTTCATTTTCCATTAGATTCGTTCGAGCTCCTAGCCGGTGAAACTCCTCAATGTACTCTGCTGTTTTTTGGGATCCCTGCCAGCAATTTTGATACCGAATATATAGGGTTTGCTCTTAGTTGGGAGGTAAAAATCTCTGTTTCATTAGCTTCTTCATTTTCTCCCACGATCGAATTGGGTTCTTTTCTTGTTTTTTACGATTGATTGCTATTTGATCCCACCATGCTGATGCTCCACCTTTTAATTTTAATGCCACCAAATGAACCTTCTCGTGTTCAGCTGTTTCCATGTAACTGAAAATTTTTTCAGTGTTTTTAAGCCAGTCAAGAAAAGTTTCAATATTTCGTTTACCGTCGTATATAGGGAGGTCAATTTTCATCTTATATTCATGTGCTTCTGCTCTTCTTTGTCTGATCGGTGCAAATCGACGTCCTCTTTTGTTGATGGCGTCATCGCTATCTTCATCTTCGCTTGAGGAACTCCAATCTTGATTTTTCGGCCGTTGTTCTTCATGTCTATCTCTTCCTTGTAATCGGTTCAGTCTTCTTTCTTGATAATTTTCTTGATTTATGTAGCCTCTCGGATATTCTGCACCTCGTCTTCTTTGAGCACCCCATTGCCGTAAGTTTGGCTGTCCCTTACCGGTTGAGTTGGAGCTATTACGTCCAGCCTTCTGACCACCGCCTCCAAAGTCTCACGAATTCCCTCCAAGCTGTTCTCAACTGACAGCAAGCGTCTGGTTGTCGTTCTTGGAGAGAGGACGGGCGTTTCTTCTGCCTCTTGTTGTTCCTCTGTCGTTGGAGCTCCGCCACGCCGGTTGGCCATTGGTCCCAAGTCCGGTGATGCTCTGATACCAATTTGATGTAATATCAAATTTGTTTTCTCTGAAATTTTTCTTATCTTCTCAATGTGGTGAAGATGTTTATTTATACTAGAAATTTACAATTGTGTAACTATTTAGTTGTAACAACTTTAACAGCTTTTAGTTAGTTATCTAGGTGGCTTATTTAGTTAGCCCATTTAGTTACATCAGTTAGTTGGGAAAAATCAGCTCTTAGTGATGTAAATGTGAGTGAGGATGACTTGTTCTAAATAGCAGCTCGACTTGGTTGCAAGGCAGAATAATTATCCATCTTATACTTAGGTCTCCCCTAGGAGGTTACCCTAGGTGAAGGGAGTTTTGGCAACCAGTCATAGATAGAGTTCACAAGAAATTAGATAGATGGAAGCGCTTTAACATCTCTAGACTAGGTAGACAAACCTTATGCAATGCTGTTTTGGCTAGCCTTCCTACATACTATCTATCTTTGTTATCCTCGGGAATGTGGCAACTTCTTTGGAAAAAAGTCATGAGGAACTTCTTTTGGGAAGGCTTTGCAGGTGGCAAGATCAACCATCTTGTGAAATGGAGTTTGGTTTCCCTTCCATTAAAGGATGGGGGCCTCAACCTAGGGGCATTAAAATTTACAATTAAGCCATAGAGCCTTCTCGCTCCCATGGAAAGGATGACCATCAAAGATCAAGTTTCTTAAAATTTTTATCTAGGATTGACTGCCAAGTGCCCTTTTGGTGATCACCCAAGGACAAACCAAGATAAATAGAAGGCAGGACCTCCACTTTACGATTGAACTTTGTTGAAAACGTGGTTCATGGTTCTTTGATATGAAAGCTATGAGTAGTATTTAAGCTCCCCCAATGACGTTCTAAAGTGGAAAGAAATGCTGAAAGAACCTAAAAACTGCTAAATTCTCTTCCTCTTATGCTACTCTCCATATTTTGAATAATTAACTTCATGAACTAATACATGCCTCATTTTCTCCTTGTACTCTTTCAACTCTTAGAAACAAACCCTCCTCTCTCCTCTCTCCTCTCTCCTCCCTCCTCCTCCACCTTTCTCCCCGGTTTAGCTAAGTCTCTTCGACGAGCCCCTCAACATGGAAATTGCCAGCTGCAAAGTTATCAATCTCATTATTGTATTTGGAAAGAGAAAGAAGATTTTATCATTGAAGATGTGGAAGCTAACAAATCCATATCAATCTCCGAAGCTCTACTTTGATGGACTTTGCATACTATTTCTGATCTCCTCAATAGTCCAGTAGACCGTTTCTTCAAGAAAGATGGTGAAATTGATAGAGGGCGAATGAAGATCTTCTAGTTTCAAGCCAACTCGAGGTGGATCCTTAGCTGTGACGTCTGGCCTTATTTAGGAGGTCACTCTACCCTTAGAATCTATTCAGGAGTCAATATGCAAGATTGGTCCTCCTTCTGTAGAATGCTGAAAAAGTATGTAGACGTAGTAGACTACTCTAGTTGGTTTTCAACCATTTCTATAAAAGCTCCCTTCCAACCTTCCGGGGAAAAACAAAGTTATGCTGCTAATATTAAATCCAAAATCTCCTACCAATCAGTACCTAGATTTGGAAAGAATGGAACCTTGCCCGACCTCCAATCATAAAGTTCATTCTCAGGTCTTAGTTCGTCATCCCCCTTCAATTCAAAAACAATGGTTAATTAAAAACCATGAGGTGGCTAAGCTTAACTTTGATAACCTCTGGATTATATCAAAACTTTTTGCTTTTGATGATTGGAGATTGATCCGCACCTTAATCGAAATTCCATTCCAGCATTGTTATTAACCCCTTTTATGATGACAACGCCCTTATCAGTCTTGATCAAGGCTCCCTTAGTGACTTCATTGGTGCAGTAGGTAAATGGTAGGAATGGGGCAATTTCCACCTAAAATTTGAAAAATGGGACAGTGCAAAACATAGTAGGCGATTGGTGTTGAAAGGCTATAGAGGTTGGATTAAAGTGAAGAACCTTTCTCTTGATTTCTGGTGTAGAAGTATTTTCGAAGCAATTAGAGACCATTTTGGAGGACTCATAGAAATAGCCACTGAAACCCTTAATTTTACTAATAGTAGTGAAGCTCATATTAAGGTCCAGAAAACCAGTGTGGATTCATTCCTTCAACGATCAAAATTTCTGACCAAAAAAGGGGAAACATGTTTCTACATTTTGGAGATTTTGAGTTTCTAAACCCTCATTTTTCCAGAAAATCTCCTAGTGTACAAGACGATTACAGCAATTCCATTGACCGATTGAGGGTAAGAAAAGCTTTGCTTGATGAGGGTGTGATCTCTCCTCCTTCCCACCTGTACTTAATTACCAAGATTGGTTTCTGCAATCTTACCAAAATGTAGAAATCCTTTTCAGTCTCTGCAAAATTTTCCGGCCATCTCTCTGACGCCGAAGAAGATGAAAGGTTCAGTTACACAGGAGGCAGCCAACTCCATCGGGCGGGAATCTGAACAATCTCCACTTTTAATTAATGAAAACCCTATTGGTCACAGCTGTATTAAAAAGAAACTGAGGCCCACGGATTTTAACCAACTTCCCATTAATTCGGCAGCTATAAATCTAAGTAGTGAGAGAAAAAAGGGTAAATCTCCTTTAATTACTATCATGCAAAATTATGAGATTTTCTTAAAAGTAATTAAAGATTACAACTTTCCCTCCAAGCAACAACAGCTTCCTATTTTGGCCTCCATACATCTTTTTCCTTCAGTTTCTGGTTTCTGCAACAAGACTAATCCTTCACAAGGTGACAAAGGTCTCTAAGTACATGCTCCCTAAATTCTGAAGCACTATTCTCAGAAGCATACATCTTTTAATAATTTATGGACTGCCTTACTGAAGTGTGAGTTGAATGGAGGTTCTGACATTAAATTACCATTTTCAGCCCCCTCTCGGAAGCATAATTCAAAGCCTTCTATCTCAGCAAACAATCCTGACCTTTTGGAGGTTTGCAGCTCCAAAATCTAGACTTCTAATTGTCTTTCCAGGTTAGTAAACTCAGGGTTCCTGTCAAGCATTTCAAATATTCAAAACTCCCAATTTTTAACTTTGAAGTTAATTTGTTGTGAGGCTTCCCTTGTCGTGCCGTCATTGACAAACTGAACTCCAAGACCTTGGAGTCTCCATTTAGTGTCAGTAGTGAGGAGTCCCTGGGGTTTCCAAATGGTTTTGATTTCAAGAATAAAGAAGAAGTTGAAGGGGTTGAACTCTCTTCTCTATTTGATGAAGCCCGTGTTGTTCCCATCAAAGTTCCCTCGGAATTGCCTAAGGATCTGCTGCCCTTAGTCAATGATTGTGGTATCATTTTGGTTTAATGAAAATTTGATAACCTTCCTCCTCATCCAGGCTAATGAAGATAATTTCTCGATAGTAGAAAAATGCAAATTAGTTTTCTTTCCAAATCTGATTTCAGCCATCTTTTGGTCCAATAATCAGGTACTTCGTAAGGTTCGAAGGCTGCAGATAAAAATGTTGGGATTCAAGTCTCTTGAACACTTATTAGAACTAGTTCTCTCATATTCAAGATTGAGCAAAAATTTCTAATTGATGCAGTTAGCTTAAAATTTTTAGCTTTTTTGATGTTTTGTCTTCGTCATCATGATTTTCAGTGGAGGGCAAAGATCTCTAGAAAAATTTATTTGGGTTGGATAGTTTTGAAGCAATCAATTATCTTCTTGGTTGTCCCTTCTCCTTTCAAATTGAAGCATGTGGTGTTCAAAATTTCAGTCTGAAGTGGGCGCTTTTCATCAAAGTGTTTATATTTTCTTTGTATTAAGATCTTTACTAGTGTCTCAACTCTTTGTTGCTTTGGTTCTTTCGTTGTTTCTACTTTGTTATCGTTTGTTGGTCGTCTTCCCCTATGTTTTGTCTGGGTTCATCTTTGTTTAGTTAGTTTGTTTGGTTGACTTTGTCTTTTTCTTATTTTGCTCTTAGTGTATTACTAGTACATTGTCTCATTTATTATTAATAAAGGGGCTTGTCTTCGTTTAAAAAAAACTCTTAGAAACAAACCCTGATCCTAATAAACCATGAAAACTTTTCCTAATCTTGATAAACTAAGGCAACTAATTTTAATCCTAATCAATTAAGAATTTGACCAAGATAACCCAATTACCTAACCCTACTACGTCACTCAATTGAACCTAAGAGCACTATGATACCACACAGATATATGCAATATAATGCATGTGAATGAAGTTATCTTCTCTTTGTTTGCATGAAGATGGTTTTTGGAATTCATTTGATACATTTCTGAACTTAAAATATGTTGACATCTTTTCCTAGTTATTGCTTGCAGGCAAAATTGTATTTACTGCTCCTTCTCGACCACTAGTCTTGCAACAGATAGAAGCATGCCATAATATTGTCGGAATACCACAAGTACGACGGTAAACTCGTTTCTCAATGAAGTGGTTTGATGGATCCATTGTCTTTCCCCAGATATTTCATTATATTAATTGAAACGAATTCAACAACTTTCTAATCAAACATATTGCAGGAATGGACCATTGACATGACAGGCATGATAAATCCGGCCAAAAGAGCATCTTTTTGGAGAAGTAAAAGAGTTTTCTTTGTTACACCACAAGTACTAGAGAAGGATATTCAATCAGGTAATTCTTTTAATCCTTAGCCTTCTTGTATTGGGAATGTCGATAGACTGGACCTAGGAAGTGCAATTATGTATAATTACTCTTATTCTCGGTGAAAGGGGACATTTACGTGGGACACTGTTCCATGCCTGGTTTTATAAGTTCATCTTTCGTCAAAGTTGTATCTGAATATAATAGAGATGTTCCAGATAAAAATATTGTAGTCTAAAACCGTCTGCTCTGATGGAAAGCCTGCAATGGTCAATTTCCTGAGATTATATCTCTTATTTTACTGGAGTTCAATTCTGTGTTGTATTTAACGTTTGCCATCATATAGGCTAACTCTCGATCATACTATTCTGCAAAACTTTGAAATGCTTACTGATATAAAGTTCCTAGTTATCATCCATCCAGGTTTTGAATTTTTAAAATTCCCCCCTCTTGTTTCGTTATGATGTATGACAGAAAAGTGAACATGCACCCAGTGATATTTTATGACTTATGCATGATGCTGATTGCTGCTTATGCACATTTCATTATTTAAATGATGGAGTCAAAATTTGGCAGGCACATGTTTGATGAAATACCTGGTTTGCTTAGTGATTGATGAAGCCCATCGAGCACTTGGAAATTACTCTTATTGTGTTGCAGTTCGTGAGGTCTGTTGTTCAGTTTGTAATGTTTTCATTTCTGTTGGATCTTTCACTTTGAGTTTTTACTTTAATTTGCAAGGTTTGTATACAGTTACCAGTATGGGTGTCAATGAAAAATATACAATAATCAATATGATTTTGAATGTACAGTTAACGAAAATACCTTTGCCACTAAGAATACTAGCCTTAACTGCCACACCAGGATGTAAGTTTCTATCGATCTTTTTTCCATATTGTTCAGTTTGTCTATATATTCTAAATCAGTTGCATTTACTCAGCAAAGCATCAGGGTATTCAGCAAATCATTGACAACTTACACATTTCAACCCTTCAATATCGTGATGAAAGTGATCATGATGTCAGTCCATATGTTCATGACAGGAAAATAGAATTGATTCAAGTATGCAAACATTGTCTTTAAGTGATGTTCTTTTATCATAGATTTGATATTGTAGTTCTAAACTTGAAGGTTGCAATGGGAGAAGATGCTGTTGAGATAGATAATAAGCTCCTGGAAGTTATGCGTCCATTTGTGGCCAAACTTCGTTCAATAGGAATTCTCCAGAACAGAGATTATAGAACGGTATGGTACAAATCTTTTGATGTGCATTAGAGTATTTGAGGAACCTATTCAACGTACTATCTTTCAGAAGATATTAACATTGAAAATTGGATAAAATATTTTATCTTCAAAGTTTCTAAATTTTAAGTATTAAAAGTAGTGAGCTATCCTTTTTATTTTTTCTGAATTATAATTTTAATAATTATACCATCAGTTACCGTAGCTGATAGATAAAAAGGTAAGTTCTCTTCCCTCTCTCCTCTCGACTCCTCTACAACAGCCTCCAGCGGTATTTTATTGGTGAGCATTGCCTACCTGTCTGCCTCCCTATCATTTCTTCAGCTTTTTGTCAGAAAGTTTGAAGCAATGGAAGTAATAAACTGTCAGGTCTTCCAAGCACACTATTGTATGTGGTTTGAAGTTGGAAAGTTTCAAGTAGAAGATGTGGACGCACAAAGAAGGCTGTCAATTTCAGAGACACAACTGAAGTAGTGGGTTTCTTTCAAAATTTTGAAGAGTTGGATAGAGGAAGGCTGAAAGTGTTGAAAATCAGATTCAAAGGTGGATGGATGCTAGGTTGTGATCTTTGGCCTTTGTCAGGTGGTCATTCCAACATCTGAGTGTGTTTAGGGGTGGACAAGTAGGATTGGTTAGATTTCCACAAAATGTTGAAGAACTTCCTGACTAAGGTAAACTATAGAAGATGGTTTGAGAATACAAGGCCCTTGACTAATCTCTCCTCAAAGAGCAAGAGTCTAAGCTACGCAGACTGTGTGTTCGTGGGAGATGGCTTAGAACGGGAAAAAAAAAAGAAAGGAAAACTGAGTGCTACTCTTGCGGGTTGTCGGACTAACTCCAAAATTGAAGACTTATCCTTTTCGAAGGTAGTAAAATAGAGTCAATGGATGACAAAGAATCCTGATGTTATCAACGCACACTTTGATTAGTTATGGATTGTCACGAGGCTTTTTGCAATCAATGACTGGAGGGAGATTTGGAAAATGCTGGAAGTTTTTTGTGAAACACTCGTCATTATTAGTCCCCTGTTTGATGAAAACGCCCTCTATCAGTATTGATCAAAGGGTAATTGAAGATTTCATATCCGAATCTGGAAAATGGCAGGCAATGGGTTCATTCCACCTCAAGTTCGAAAACTGGGATAAATTCAAGCGTAACAGACCTAAGGTGGTAAAAGGTTTCGGTGGTTGGTTGAGAATTAAGAACTTACCACTGGACTATTGGTGCAGGAAAACATTTGAAGTAATTGGGAACTATTTCGGAGGGCTGGAAGACATAGCCACAGAAACACTAAACCTCATTAACTGTAGTGAGGCTCACATTCAGGCCAAACAAATCTTATGTAGTTTCATGCCTACCACCTATACAAATTACTTCAATAGAGGGAACAATTTTTTGAGTTTTGGTGACATTGAGCTCATGGTTCCACCGAGCATCACCAAAGGAAGGCTGGCGGCCAAAGACTTCACAAACCCAATTATAAAGTAAGATGCAAGTAAGTAATGGAAGATGAAGAAGTTGATGTCTAATTTCTTCTCAGACCTAGATAATTTTGAAACCATTGAAGACGAAATTCTCTTTCTCACGAAACCCTTTCGAGGCATTGAATTGCATCCATGGCTCACTGTTGACCCCGGTGAAGATTACGGATGACGGCAATATGGCTAGAGAAGTTCCTGTGCCGCCAGAATGCGAAGAGTCGCATTTCAAAAAGAGAGAGTGCTTCCATAGACAACTGTGCGGTTAATGATGTGGGCCCCGTTATCTTGCCAAACAACCAAATTTTAAATAATAAGGAATAGGAGAAGGCAATGGGTGAATTTCAAAAGACACACAACAGTAATTTAGTTAAAGGTTGTCTTTTACCTCCTTCAAATAACGGCGCTAGTCTATCTGGCACAAATGAATCTCTTCCCCCTAGCATGGTAAAAAAGGTCATTCCTCCCATTAATCCGGACACAGAGCTTCAAGAACCACAGTCAGTCAGTAAAAAATGCTGCAATTCATCCCCAAAAAACTGGATCAATAATCTCAAAAGAAAACCCGGCTCTCTTGAGATCCCACAAAAGCACTTTATCCGAAAAGAAACCTCTTTCAATAAAGTCTGGACAGCCCTTCTGAGGTCAGAACTTTCAGAGCATGCTCTGTTAAGATCCAAGAGAAGTACCCCCACATTCGAACATTAAATAGACCTTTGATTGCGAGTGACAATCCAGAACTTTAGAAAACTGCAGCTCTCTCATTCAAGCACCATCTGGAAAAACCAGTCAGTTGCTGATCCTTTAGCTCCTAAATTATTTAATCATACAAGCTTCTCTCATCCTAATATGAAGATATCTTTCTTGAGAGGTTTGCCAAGCCACCTGTTTGACAGAAATAATAAGGAGAAAGATGCTGTAACAGAAACACCAATTAGTGTCAGTAGTTAAGAATCTGAGGGTATGATCAAAAGCCATGAGGATGACATCGTTGAGGACATTAATGGAAAAGACCTCAATTTTTTATTTGCAGCAGAATTTGATCCTAATAGCTCAGCACCGATATCCCCCTAGTCTTCCCCTACAAAGCTTTCTGATAAACCGGCACATTTGGTGCCAATTGTAAAGCACCGTGGCATAATTTTGACCTGACTCTCCTGCTAGTCCTTTCTAGTAATTGTTGACTTTTGTTTGCTGTCAGTATGAAGGTAGTTTCTTTAAATACAAGTGGATTGAAGGACCCGTCTAAGCGTTTAGCCCTCAAGAATTTTGTGAAAAAACTCCACTTGGAGGTGGTCCTTATTCAAGATGGAGGTTTTGGACATTGCTTTCATAAAATCTTTATGGAGTTCCAAGGAAATAGGGTGGGATTTTGTAGCATCAACCGGTCTCTCTGGTGAAATTGTGACACTGTGGGACTTGAGTTAGATAACCGTGGTTCAAACAATTAAAGGAACGTCCTCTTTGTCGGTTAAATGCTCCACAAGTTGCAAAAAGATGTTGGATCACTAATGTTTATGGGCCTCGAGAATATAGAAAAAGATGGTTAGTATGGCTAGAACTCCTCTCACTCTTGGATTATTGTTCGGATGCTTGGTGTATCGGGGGAATTTTAACGTCATATGTTGGGCTTTTGAGAGATTTCCTTTAGGTAAAGTTACACGGGGAATGAGGCATTCAATAATTTCATCAATACAGCAAATGTCATGGAAATCCCTCTCCAAAACGGAAGATTTACATGGTCTAGAGAAGGAAATCAGGTTGCTAGATCCCTGCTGGCTTGTTTTTTCATCTACAAGGAATGGGACGACGCTTTTGACAACACAAGAGTCAGCAGAAATGCACATACCTTCTCTGACTATTTCCCTTTGGTGTTGGAGGCAGATGCGGTGAGTTGGGGCCCTCACTATTCAGATTCAGCAATAGTTTGTTGCTGAACAAAGAATGCAATGATGTAATCGACAAAGCCTTGAGCAGCTCCAACAGTAATGGTTAGGCTGGTTTTGCCCTCCACGAACAATTGCAAAAAGTGAAGCAGCAGTGAAAGCTTTGTAATCCGCTTTCCAAACATCTCTCAAACAAAAAGAGGAATCTTTGTTGAAAAGTTTGGCCTCTCGTGATGCTTTTGCAGAAGTCAGTGGTTTAAATTCAGAAGAAATTGAATACAGAAACTCTTTGCAAGCCGAGCTATTAAGCATATATAGGATTGAAGAAAGGAGTAATACGCAGAATAGTAAGCTACATTGGTTGAAGGTGGGGGACGAGAACTCGGGCTTCTTTCATCGGTTTTTGAGTGCACAGAAAAGGAAGAATCTTATCACTGAACTAGTGGATGATTTTGGGGCAGCAACCAGATCATTCCACGAAATAGAAGGGCTGATTTTGAGCTTTTATAAAAATCTCTATAAAGGATGCCAGGTGTAAGGTTTTTTCTTCTAAATGTGGTCTGGCCTTGGATCACATCAAATTAGGACATTCTTCTCATAGGGTGCTTTGCAGATGCAGAAATTCTTAGGGCAGTCAAACCTCTTGGGAAAAACAATGCTCACCGGACCCGGACGGATTTACAATCGAGTTTCTTTTCAAACACTGGGTCCATTTCAAGGGCAATTACAAAAATATTTTGGAGAAATTCTTCATAAATGGAAAACTCAAATCTTGCATTCAAGAAAATTTCATTTGCTTGATTAAGAAAAAAGAAGATGCTGTGCTGGTAAAAGACTTCAGACCAATAGGTCTTAACACTCTTATCGTATAAGGTGGTGGCATAAGTGTTGGCGGAATGGTTAAACCTGGTTATAGATTCAATAATAAGATCTTTTGGAGTGCCTTTATCGGAGGAAGACAGACTTTGTATCCAGTTTTAACAGCCAATGAAGCTGTAGAGGATTATCGTGCCAAAAGAAAGAAAGGGTGGATTTTGAAAATTGATCTCGAAAACGCCTTTGATAGAGTGGACTGGGGCTTCTTAGAGAAAATACTGTACAACAAGAACTTTGACCCAAAATGGACATCCTGGACCTTAGGATGGTTGAAGAACACCAAGTTCTTTGTTTTTATAAACAACAAACCATGTGGAAGAATAACGACTTCAAGAGGTATCAGACAAGGGCACCCCTTGTCTCCTTTCCTGGTTCTGTTAGTTGGAGATGTGTTGGGAGCTTTTGTTTTAAAGTTCTATGAAAATGGGTTGTAGGAAGATTTCTTGGTGGGAAAAGAAAAGATCCATGTCCTTGTCCTCCAATACGTTGATGACATTCCTTTTTTGCAAACATGGGGAAGGTATGTTGGTGAAGCTAACCTTAGAGTTGTTTGAATGGTGCTCGGGGCAGAAAATCAATTGGGAGAAATCAGCTTTTAGTGGTGTAAATGTGAGTGAGGAGGAGCTAAACTACATGGCTGGAATACTAGGATGCCATGCCGAGAAACACCCTTTTATGTACCTTGGTTTGCCTTTGGGTGGATATCCGAGGAAGGAAATCTTCTTGGCAACCGGTGGTTGATCGTGTTCAGAAAAAATTGGATAGATTGAAGAGATTCAACCTTTCAAGAGGGGGAAGGTAAACGCTATGCAAATCAGTCCCGACAAACCTTACTACATGTCTCTTTTTGCAATGCCGAGTAAGGTAGTGTCCTCCTTGAAAAGGCTTTTGAGGAATTGTTTTTGGGAAGGCCACTCGGGCAGCCGAATTAACCATTTGGTTAAATGGGGAAGAGTTACCCTTGGACTGGAAGGGCTAAGTAATAAAAATACGACCTTGTTAGCTAAATGGGGTTGGATATTTATAGAGGAGGAAGAGTCTCTTTGGCGCCAAGTAGTCAGAAGCATTTACGGCAAAGAATCCTACAGTTGGCATACCATTGGAAAATTCGGGAATAGCTTAAAAAGTCCTTGGATAGGCATCTCCATGGTACGGAGAAAGTTGGAAACATTGACCTCTTTCAAACTTGGAAATGGAAATCGAATTGCCTTTTGGTCTGATGTGTGGGTTGAAGAAACCCCTTTTAGAACTTGCTTTTCAATGCTGTTTAGAGTCTCCTTGATGCCTAATGGATCAGTAGCTGCACTTTGGGATAACTCTACCCTCTCTTGGTCCATAATGTTTAGAAGACTCTTTAAAGAAGAAGAGATTTCAGAATTCCAGCAATTGCTTCACCTCCTTTCAAATAGGCAGGTGGCAGATTCTATGGACAGAAGGTTTTTGTCTTTGGATCCATCCAGTCGGTTTTCAGCGAAATCTTTTGTAAACCACCTTGCTGTATCTTCTCCGCTGAATAGAGAGACATATAAAGTAAAGCCTTGTGGAAGTCCCGTAGTCCTAGACGAGCCAGCATCTTGGCCTGTATTATGGTTTTTGGGGCTCTAAACGGTTCTTTGATTGTGCAAAGGAAGCTCCCAAATAGCTGCCTTCTACCCTCTGTTTGCGCTCTCTGCCTCCAAGAAGAAGAACATCTGTTGCACAGATTTTTCTCCTGCCCGTATTCAACCAAATGCTGGGTTCTTTCCTCTCTCTTTTTGCAGCAAGCTGGGTTTTTGAAGGATCTTTCAACTCCAATGTAAGACAGATTATTCTGGGACCATTCTTGAAAAAGGGTCCTCCGCTACTTTGGCCCAACCTGTCTAAATCCTAGAAATTTGGTTCGAACAGAATCAGAGGGTTTTCCAGGATAAGTTCATGGGCTGGTTGGATCGAATGGATATTGCAAAAAGGAATGTAGCAGCCTGGTGTTCATTGACAAAGGAGTCTAACGCCTATACCATGTGTCTGAACTGGCCGGCCTTCACATCTTGAGTTTTTGGCTTTTTGTTTTTCCATTTCTAGTTTTGTTTGTTTTTTTCTGATGGAGTTTCAGTTTTTTCACATATGGATATATTTTTTTATTTATGAATTCCTTTGGGATACTAGTTTTTTGATTGGAAAAGATGAGGACTCCAAGGGGATGTTGAGATATCCGGGTGCGTCCTCTGATCCTTAGGCCTCTATTTTTGTACTCTTAGTATATATTTCTTGTACTTTGAGTTTCTGAATATCAATAAGAGGCTGTCTCCTTTTAAAAAATATAACCATCGGTTACTGTTTATTACCAATAACTATTATTTTTTTGTCCTCCATTCATTCTTTCATCTATCTTGATTAAAGTTTGCCGTTAAAAGAAAAAACAGTGTTACTATAAATGAAGCTTTTAATCATTATTCATGTTCCCCTACTCTTTTTCCAGTTGAGTCCCTGTGATTTACTGAACTCCAGGGATAAATTTCGTCAAGCACCCCCACCAGTCCATCCACACATTAAGTATCATGACGTGGAGGGTTTCTTTGGAGTACTCATTACACTATACCATATACGTAAGTTACTTTCAAGCCATGGAATAAGGCCAGCGTCTGAGATGCTAGAAGATAAGCTACAACAAGGGTATATTCTTTTTAGATTGTATCTGTTGAGTTTTGTTGACTAGAAATAAGTGGTTACAGCTTTTTTTATGCACCCTCTTTGCATGATCATGTTATTAAGAATGATACAGTTTCTTCTATCTTAAACATGTGTTTCCAAAATTGTTAAAAAACGAGGACTGCTCTCATTTTCTTTGTGAAAGTTGTGTTTTTTTATCAAAATCTTTGATTCACATATTTATGGAAACGATATAAAGCTTCCAAATTGTTTTATTTGATTCTAGTGACATTTGGGTCCTAAAATTTTAACTCATACTGGGAAAAAATGGTTTGTTATTTTATTTTTTCTGAACAAGAAACAAGCCTATTCATTAAGATAATAAAATGAGACTAATGCTCAAAGTACAATCAGTACCAAGTAAGGAATTTTATTACTTTTATTGATGATTGCCCACACCTATCTTGGGTCTATTTAATGACAAGTAAATCTGAGGTGAAAAATGTTTTTAAAAAAATTTATGATATGGTTGAAACTCAATTTTTTTTTTAAATGGAAACAATACTTTTTCATTAAATTAATGAAATGAGTCTAATGCTCAGACATAGAATGTACGATGGGTCTTGAAGAAGGCTTAGAAAACAGAGCTAAGTCTGGAAGTTCTTATTTCTTTTATTTATTTTTTGAAAAAAATGTTAACAGCCCAAACACATTTATACCAAGAACAAAAGGTGACTGACCACCTTTACAACTGGTCTACAAAACTAAACTTATTAAAATAACCAGCTGGACTCATTATGAAGCATTCTATCCATCTCGGTTGAACATGTAGCGAGATTGCCTCAGGATTACACTTCTGTCTTCAATCTTTCCCGAGATTCCACATGACTGCTCGAGATTCATCTCTAAAACTTTTCTGTTTTTCATCTCGGTCTGCTGCAGCCCTGAGATCAACCTTCTGTCTTTAAAATGCTTCTTCAAAATCCCCTAAAAAATGTTAACTCAAAAATTCTTATTTACTACAATGACCCTTCTATTAGGCACGAGTCTCACAATTATAGATATTGGTCTATTGACCACCAAGGCCGTTACGCAGTTAAGTGTTTCTTGGTTCACTTGTATACAACTTCCTCGATGGAGATAAAGACATCTTTAAAACCCTTTGGAAATCAAGCAGCCCCAGAGAATCAATATTCTCCGATCTTCTTCAAGATGGACTTCTTAACACACTTACATTAAGGAGGGAAGTGGTCTCTGTCCAAGTATGCGAGTACAGACAATGTCAAACTTGGGATTGAGTCCTGTAAGGAAATCATAAATACGGTCAGCTTCTTTGAGTCTAGCATGCTGTATACTGTCGTTCGAAGTATCCCATACTGTCTCCCTGCACAAATCCATCTCTTGCCAAAGAGGGAGCTTATTGAAGTAGGAGGTAACATCCAGGGTTCCTTGCTTGCAATCATGGACTTGTTTCCTCAGGGTATACAACCATGAAGCATTCTGACGCATCGAATAAAGTTCTTGAGTTGTGTCCTATAGATCTTTTGTGGTGGCTGCATAAAGTAGAAGCTTGTCTATCTGTAGTTCCATACTATTAATCAACATCGACCAAATGAATGAATTGTCTCCTTTCTAGAAACCATCCAAGGAATCACCAGGTGGAGGACGAGCAGTCTCCCCTGTCAAAAAACCAAATTGATGGACCCTCGAGGAACACCTTGATCAATAGGGATCGAAGTTATCGAGTTCTTTGCATACATCGGTAAATCGGTTAATTTGAATTGCGTCGAGGATTCACCAACTTCAAATCCATATTGGTTATACCCTCAACCGATCCTGAAACCATGAACATGTGGGTGCTATAAAGTGTGAAAAGGCAGTGACACATGATTAGATGGTAGTCCATTAACCGAGGGCGGTGGTGGCTCGTGGAGGTGTGCCTAGCTGGAAGGGTATTGCGGTCAGACTTGGGATGACAGATGGGAGAAAACAGACTGGTTCGTGGAGGTATTCGACGGCAACGTGTAGGGAGATGCACCTGGCAGTGGCGGCACGTGAGTGACTAGATGTGGGGTATGCAGGCTGTTACTGGTGCTAAGCTGCGTGGATAGTAAAACAGAATTCTCTTTGGTGTAAGGTTGTTTGTAGTATCCACGACAGTGACTTATTCCATTGGCACACAAGTGGCAAAGAGAACTCAAGTTTAAGAAGCCCTTGGATAAATATTTCTAGGCAGTGGCATAAAGTAGAAGCTTTTGCAGATTCAAAGTTGGAAAGGGGGACACAACTCTGTTTTGGGTGGACCAGTGGCTGGACAGAATTTGCTTTGAAGACCAGCTTTCTGTGTTTGTACAGAATAGCCCTTTTTCCTAAAGGTTCGATTTCTGGATACTGGGACTTCTCCACCTTCTCTTGGTTTCTTAATTTTACAAGATTGTTGAAAGAGGAGGAAATCTCTGACTTTCAACTTCTCTTTGGCTCCTTGGACAGGACAAGACCATCCACTTTAGAGGATAAAAGAAGCTGGTCACTGGAATCTCATGGGTTTTTTGTTGTAAAGTCAGAGGCTTCTTCAGTAGCAGTCGTGGCTATCAAAACACTTAGCTCCTGGCTCTCCAATCAATCCACAGCTGGAAAAATGCCTTTGGAAATCGAAAAGTCCAAGGAAAGTGAATATAAACATACGGTTTATGCTGTTCAGGAGTATAAATTGTGCTTCAATTATGCAAAAGAAACTACCCACTCATTTGTCCATTTCGTCTTAGATTCAATGAGGATCTACAAAACATATTATTTGATTGCGTTTATGCTGCCAAGTGTTGGAGTTCTTTCACACCTTTAATCTTATAGCTGGACCCTTGATAAAGACTGCAAGAATAATGTTAGACAGTCGCATATTGGTCTGATTATGGGGAAAATACATCCTTGCTTTGGTGCAATGCTGTCAAGGAGGCAGAACTATGGTTCTTTTTTTATATATATATATCCGTGAGTGTCCTAGCTAGCTTACATGAACCTTGACTAATTTTACGGGACAACTTGGCTGATCCTACAACATTTGGGTGTCAAAAAAACTCATTACCTCTTACTTATTGAGACTATTTCTTTCTCTTTACCACTTGGCTAACCCATGATGGTTGGTTGGCAGAACTATGGTTTGAGAGAAATCAAGAGGTCTTTTACAATAAAGTTTCCTCCTTGCTTGATAGATACGAGTTCGCACGGCTGAACGCCTCTTCGTGGTGCTCTCTAAGTAAACAGTTTAAAGACTTTTCAATGCAAGACAACTTACTAAATTTGCAGGCCTTCATCTTTCCTCCTTGATTGATGATTTAGTTTTGGGCCACAACCTCTGATGCTTCTTCCATTTGCAGCTCCTTTGTTTGACTGTCTTTTATTCCCAGTCTTGTTAGAGTTGTTTCTACGTTTCTTATTGGTTTGTATTGGCTATGTTTAGCCCCCAATTTGACTTTATTTATTTGTTGTTAGGTCCTTTCTTTTTTTTTGTTAGAAATGATGAGGGTACTAAGGGGGTATCGACCTATTTAAGATGACCGGGTGCACCTCTTGATCCTTGTTTGGTTTCACGATGTTTGCTCATTGTATAATACTATAGTATTGTGAGCTTTTGTCTCATTGGATAGTCTTGTCTAATTGGATATCAATAAATGAGACTGTTTCATTTCAGAGAAAACACTAAACCCTGGTAAGCCTGCTGAAATGATGGCACTCCAATTCAGATTTAACTAAAAAATACTGTACATATCAAACTCCTTAGATAGAATGCAACATGAAGAAGCACTTCTACGAGCAACTTCATAACGATCAAGCCAGCCGAGAGATTTGTTTTGAGAAGTCCTTTGGTTTCTTTCAAACCATAAATCTGCCAATAGAGCTTTAACCACTTCCCATCATAATATCCGAGAGGTCTTATTGAAATAAGGCCATCCTAGAAGCTGTTGATCTGATTCTCTACATTTCTTATCAAACACCCATGCCATGTTAAAATCATAGAACAAATTTTCCCAACATCTGGTTGAACAGGGGGAGAGGAAAAAAGATATGAGACGGGTCTTCTCCATGCTGAAGACAGAATGGACAGATTGAAGGGGAAAGACAACTAGTTGACAATTTTCGCTGCAATACTGTAGACACGTTCAATTGACCAAACAACAAAACCCAAACCAGAATATTCACCCTTTTTGGGCTTTTAGTCTTTAATAATGCCATGTGCAGCACACTTTCCAACGATGAAGATGGGGAGAGATGAGCTGTAAGAGATTTAACCAAAAATCTTCCACTTTTGGTGTGAAACAAATGAATAAATTCTTTAGTTCGTAATGCCCAAAATTACAGAGTTATACCAGTAATTGGAACCCTAATTGCCTAACAGGCAGTCAATTAGCTACAAAAACTAACAAATAACCAAAGTACTTAGCTAACAGAACTACTAACTAACTAATATTACAACCAGGAAACATATGCACGGTTGAAACAAGAGGGGCTACATCAAAACTAAGGTACTTACTCTTATATTAGAATGACCTAGGAATTAATTTCTTACGAGTTTCCTTGACAACCAAATGTTGTAGGGTTAGGCGGGTTGTCTCGTGAGATTAGTGTGGTACGCGTAAGCTGGTTTGTCACAAATATTAAAAACAATGTGCTTGCATGACACCAGATTAATGCTATTGGCTATTTATCTATTTAGCCGAAGAGACTTGGAGTGACAGTATTTGTGCTGTAGTTATTTGAAACATTATATTACAAGTATTTTTCTTTTTTTGAAGTTCTTATCCATCACATTCAACAAAACCCTACTTTTTGCAGGTCTTTTGCAAGATTTATGAGCAAAAATCATCATATCTGTGAAGTGAGACTCATAATGGAGAAGAGCTTGACCCATGGTGCACCAAGTCCCAAATTGTCCAAAATGATGGAAGTATTGGCCGACCATTTTAGTAGGTGCCAACTGCCAATAGTAGTCATGGCTTGCCATCATTATTGTTCTTCCACTGTTTTTGCTATAGTATTGTTGCTTGAGATCCTTATAGTTTTGTTTATGAGGTTTATTTATTTTTATTTCATATCTCAAGTATTTGAATATTCCATAGCTTAAGAACATGCTATTATGGGAACATTTTGTCTGGTTGGACCATTTTAAATTTGCTCGTCGAAATACTTCATCTTGTTGCACCTTATCCAAGCCTCTTGAACCTATTCTGTCCAAGAGTTTTTTATTTTAAAAAAGAAAACAGTCTCTTTATTAATATATTAATAATAAGACAAAAGCTCATACATAGTACAAGAGAATTAGACAATGAGCATGCTTCTTTGGTTTGGAAGAACGCGGTAGAAGCCTTACTGTCTGAATTATGGTTTGAAAGGAACCAACAAGTTTTTTACAATAAATCATCCCATTGGTTAGATTGTTTTGAGATTGCTCGATTACACACATATTCATGGTGCACACTATCAAAGGCTTTTGAGGACTACTCAATTCAGGAGCTTAATCTGAATAGGCAAGCATTCATCCTCCCCCTAGAATAGTAGCAGATTTTACGTATTTCTGTCTTATTTTCATTTTTGGAGTCATTTTGTACTTTATCACTGATGGACTCTTCTTCATGGTCTTAGTCTTATTGCCCAAAGGATTGTAATTTTGTATTTTTGGCCTTACATGTATCACTATCATAGTATCATTTGCTGTAAAGGCAGTATGGTAGTCTTCTGCGACATGTGTATTCTTAGTTTTGACATGTGTATTCTTAGTTTTGTTTGGATACTATGAGGACGCTAAGAGGGTGTCAACCTAGTTAAGTTGTCTACGTGCGTCTTCTGATCCTAAAATTTCTTTTACTCATTGTATAAACCTCTTGTACTATGAGTTTTCGCTTATTTATAATTAATAAAAGAGACTTGTTTCACTTAAAAAAAAGTGAAGACTCAGAGTGTTTTGGAGCTGAGATTGTTCAAGAAGAGTCCAAGCTTGTTGATAACATCGAGTTGAGTTCAATGCTCTGTTTTGAGAAGTTCCAAGGATCCATTTGCATCAAGGGACCAAGAACGTTTGTCATTAGAATCTATCACCTTTTCCTCGGCAAGGATGCTTAACAGGATTTGGAAATCAAGAATCTAATCGTTCTTTTCAAGTCTTCTAAAAGAAATGGACCATGAAGAAGTTGCTTGATCTCAATGAGCCAAAACTGAACCATTAGGGCATTGTGCTATTTTTTAAAAGGAGATGGCCTCTTTATTAATATAATAATAATGATACAAAAGCTCATAATACAAAAGAATTATACAATGAGCATGTAACCATGGATCAAGAGGTGCACCTGGACATCTCAACTAGGTTGATACTCCCATAGCACCCTCATCATATCCAAACAAGCTAAAAACAAAAACAAAGGAGTAACGTCTGAAGGCAAAACAAAAACAAATGAAGTACAAAGAAATACAAATAAAAAGACTAAAAGACTATATTAGTAACATCCATCAACTCGCACTGAGTCAAAATCGAGATCCTTGGAGAAGGAACACCATGAGGAGCAGAAGTTTGGTTTTTAGAGGGATTTTATCAATCCATGAAGCAAGCGAAAAAGCAATCATTCTCCCATTTCCAAGCTTAAACACTGCTAAGGCCTCCACTTTCTGCCAGGATCTTGAAATATTGATCCAAGAAATACTATGCTTGTACGATGAGATAGAGGGAACCAAGCATAGGGTTTTTAGAGGGAACCCTATGCTTGTACTATGAGTATTTGTCTCATTTATTTATATATATTAATAAAGAGACTCGTTTCCCTTTTTTTTAGAGAAGTATAGGGCTCCCATCTTTTTATATTTTCTTCTCTCGCTTCTCTTTTTGTCTCCTGCACTCTCTTGATCGTCTGTCCTCTTGGGATATAGCAAGGTCATTGGCTCTAGAAACTCATAGAATTACCAAGACAAATCTTTGAAATTATAAGTTCTTGTTTGATATCTATTCTTATTCAGTTTTTGTAATGCATGAGCATTTCTTCAATGATGTGTAAGTTTGGTTTCTGGAACATGAGTTGGTAAAAGGCTTTTATGGATTTTGGATTGGAATTTAAAATGTCGGCAGTGAAATTTCAATTGTTCTGCGGGGACAAATGGGTGGTTGTAGTAGCTGACTCAAAACTAACCCCAGGGGCTAGCATAGTAGTAAAGACCTTTAGATTCAATTAATTGGTTGTGGTCCAAAGTATCCTGAGTCACATATCTTAGAGTTAGGTGGTACTCTAGAATCTAATGCATCTGGAATTTACTCAATATTGTAAAAGTTGGTTTGAGAAACTTGAGTTGGTAGAAATGTGCTTAAGTTAGAGTTATAAGCAGTAAATTTTCTATCCATTAACCATTTGTGCAAAGGAAAATGATTGTAGTAGCTAACTCAAAACTTTAGTCGAATGCTCTGCCACTGAATTACGGATCCAATAGCTATCTTAAAACTAACCCCAACGCCTCTAGATTTAAATTATTCATGGGTTCATAATAATCTGTGTCAGTGGCTTTCGTCTAACTGTTACATAGAATGAAGTTTCAGTGACGTGTTTGGTTCACTTTGTTAGATTATTGTGTTGCATATTGGTGCTTTGGAGCCGACCAATTTTCTCTCACAGGACTAGTGAGCATTCTCCGTTGAAAACCTTCAAAAGGCCTGAACTTTTAACTTTTTGTTGTTTCAATCCCTGTTTTGGTCTTCGATCATTGGGCTACAAACATTTTATGAGTTGTTAATTGGCCAAAGTGCTTAGCTGACAATCGACATGACATTTCATTCTAGAGGTGAGAATTTCGATTTTCATCTCCGACAATTGTTGTACTAAGAAAATTGGTCGTATTTATTTTTATTTTGTTTTTTTGTTTCATCCTACTTTAAGCCTTAGCTTCTTTTTATTTTATAAATGAAAAGTCTTGTTTCCTTTTCAAAAAATAAAATAATAATAATAACCTGTGTCACATATGTTAGGTTTTGAATTTTCTGTAAATCTAGACAACTGAATAGCAGGCCTTTTTTGGTACGAAACCAATTTTCTCGATGAGTTTGCTTCCAATGGCTGAGATGTAATCAAAAGACTTGACATGTAGCTGACAAAGTAACTTTGTTGCAGAAACGAAGGATCCACAAGATTCAAGGGTGATTATATTCTCAAATTTCAGGGGAAGTGTAAGGTGAAATATTTTCTTCAAGTTCAATTTTGTAGTATTTGATGATTTAGAAGTGCACACATTCCGATCAATTATTTATTCTTAAACTTGCCTCAATGTGCTAAATACTATTTAGGGACATTATGAGTGCACTATCCAAGATTGAAGACATTGTCAGAGCTACTGAGTTTATTGGTCAAAGCTCAGGTTTGCAATTTCATTTTTGTTCATGTTTGGTTATTATTTAGTTAATGATACAATATCTTTTGGGATAATCTTGTTTTCTTTTTAAATTGAGACAAACCTCTTTATTAATGATAATAAACGAGACTTAAGCTCAAAGTACAAGAGTACTAAGAGCAAGAGAACTAGGGGAGAATACGGTCAAAGACTAAAACAGAAGCTAAACTTAGGCAACAAAAAAAATGGCAATCCAAAAGCAAATTCCAATAGAAAATAAACAAGCTAAACAAAACCACTCAAAAATAAAATAGCCTTAGAGAGCTAAACGTAAAATCTCTCTCATAAGGAACCCATTCGAATCTAAAATCTTGCATGCCCAAATCTTCAAAATAATAGGAGAAAAAGAGACACCAAGAAGATTCAATCGGCTGTCTCAAAATTCTCTTGCCAAAATAATCCATTACGTAGAGGAAGCTCAAAGAAGTCTTTCAAACCATCAACATCACTGTCAGTGTGCTTGGCTTGCCACCCACGTGAAGAGAAATCAATAAAAAAATAAAAATTAGTCTAACATTTGGGGGAATTACATTTAACGACTGAAGAATCAAATTAGAATAAGTTCACAATCAGCAACTAATGACGCGAAACCAAATCCCAAGTACCATTATCATCTAGAGCAGTCATCTCTTCAATCATTGCACTACGCCACCCAGGATGAGATGAAGCTTCATGAAAAAAGTTATGGATAGAGGTGGAATCACGAGATGTAATAAAGGAATATGTGGGAGAGGACAATTGGGTATATGAAACAAACGAGGTGCGTAAATAATATATTTCTTGTATTTCACAAAGTGAGAAGGGTCCTTAAATAGAAGAACAACCCATTATAAAGAAGGGAAAATTAAATTTGGCAAAAATACAACCAATACGATAAAATATGATACAAAATAGGAAATAATCAACACTCTCCCTCAAGCTGGTTTGAAGATATCAGTCATTGCTAGCTTGTCAATCAATTTGTTGAATTACCACTTTGGAAGGTGTTTAGTTAACATATTTGCAATTTGTTATGTTGTCGGAAGATAGGGTAAGCATATTACTTCTGCATCGATCTTTTCCTTTATAAAGTGTTTATCAACTTCAATATGTTTTGTTCTGTCATGAAGGACTAGATTATGGACAATGGAAATTGCTGCCTTGTTATCACAGTAAATGCGCATGGACCTTGTCTGTATGAATGTCAATTCTTCCAACAATCTTCTTATCAATATACCCCCACAAATACCATGGACTAAAGCTTTAAATTCTGCTTCTACTTCTTGCAACCACACGCTCTTTTTTTACTTTGCCAAGTAACAAGATTTTCTCTAACAAAGGAGTAGTGTCCGGAAGTGGATCTTCTATTAGTCATGCTACTTGCCCAATCAACATTAGTATAAACTTCAACATTGAGATTGTCATGTCTTTGAAACACTATGCCTTTTTCTGGAGTACCTTTCAAATATCTTAGGATTCTATAAATTGCATCAAAGTGAGCTTGCCTAGGAACATGTATGAACTGACTTACCATGCTAATTGTAAAAGCGATGTCGGGACACGTGTGAGAGAGATATATAGTCTCCCCACAATGTCTAGTACTTGTCTCTTTCCTTTATCTCATTCTTGGTTGCAACTTCCAATTTCAGATTCTGATCAATGAGAGTTTTTGGTACCTTGCAACCAAGTAAATCTGTCTCTTTCAGCATATCAAGAATACACTTCCTTTGGTTGACAAGAATACCACTTTTGGACTTGTCAAACTCCATGCCTAGGAAGTAATTTGAAGTTCCTAAATCTTTGATTCAGAAAGCATCTACTATTTTTTTTCTTCACAAAAGTCCGTCCTATCTCATCATTGCCTGTAAGAATAATATCATCAAGATAAACTATCTAAATCACAACCTTGTCATTTCTTGTATGTTTATAGAACATAGTAGGATCAGCTTGACTTTGACTAAATCCATAACTCGTGACTGCTTTTTCGAAGCATTCAAACCAGGCTCTAAAGCAAACATCTCAAATTGGGGTGACCGGCAAAGAAAAACAAGAAACTACAAAACATCCACTAACTTACAGTAAGAAAAAAGGCTTCCGGTGAGGTCAAGTGGCGGCAGCGATCGGAGTACAGTGATCGGCGACGACGACCCTTAAGGTGGTGGCAGTTGGTTGGCTGGCTAGTTGTAAGGGATCTAGGGTTTTTAGGTTTTAAAAAAACCAACTCTGATATCATACCAAAATAATAAATTTCTTGTATTTAGAGAGAGAGTTTTCTTAAATAGAATAACAACCCATTACAAAGAAGGAAAAAATAAATTTGGCAAATATAATACTACCAATACAACAAAATGTAACTCAAAAAAGGAAATAATCAACACGAAGAAATAGGATAAGTACAAGTGCCTTTACCTTTGCGTAGGGCAAGATGGCAAACAAGTTTGTGGTGGAGGACATGAGTTTGAAGGTTGCTCGTAGGACGCTTGGAGTAGACACGACAAACAGATGGGTCAGAAGGAAGAGACACAGAGGTAAGTGGAGGAGAGGATGATGTGGGGAGATAATTTCATAGATTAAAATATTGTCATTCTTGACAATGGTTGACTAAAAGTTTCTACAAGTGTAACATTACGAGATATGAGATATCGTTTAGATTAGAACAAAAACAAAAGTACCCTTTTTGGACACGTGAATAGCCTAAAAAAATGCATTTCAAAGACTTTGGATCTAACTTGGTATGATGAGGGCGAACATCCCAAGCAAAACAGACACAACCAAAGATCTTATTGGCAATGGGAAACAGAGATTTAGTAGGAAAGATGACACGATGAAGAATCTCACCATTGATGACAAAGGAAGGCTTTCGATTAATCGGAAGCAAGCAATGGAAACAACATCACCTAAAAGAGCTTTGAAACATGCATGTAAAATGATAAGGCTCGAGTTGTTTCAAGTAGGTGCCTGTTTTTACTCCATTTTGGGATGGAGTGTCTACACAAGAGGATTGATGAATGATGCCATTATCACGTAAGTAAGTCTCGAGTACATGAGAGAAATATTCACCAACATTATCAGTGAGCAAGGTTTTGAGAGAGACATTAAATTGAGTTCAAATTTCAGCATGAAAAGCACAAACAATGAGACAACTTTGAACGTTTTTTCAGTAAATTTAGCCAAGTTACATGAGAGTAATCGGCAACAAAGGTAACATAATAATGAAAACCTGTTTGAGACACAACTGGACAAGATGTCCTGCCTCGCCCCGCACGCATCTTGCACTTCGCTATGCGGCACGTGCCACGACTTGAGCAGCCTTGACGCCTGAAGATGAAACGCTAGAACGCTGAACTCAAGTCCTTGAATTTAAGCTTAATCGCCTAATTCCAATTCTATTGACTTAATGCAAGCTTGATACTTACCAAAAGGGCGATAAGAAATATACGATGCAAAATGCTAATAACAAAGTCTCGTTTTATTCCTTAACAAACACGTTCTAAATACACATGTTACACAATTCTTAAATACATAAACTACAAGTAAAACATAGAATACCTTGCTCAGCTTCCATGCGTAGTAGGTCACCATCCTTATCCAAACTTGACCTTAACGCCTAAACCTGAGTGAGGGAAAACTTAAAACATAAGTCAAAACTTAGTGAGTAATAGTTTTGAAAACCTTTTCGGCATATCACACTTGAAATCATTTTCATAAACATGGCTTTCATCGACTTATTTCATAAAACAGAAATCACTCATTAGTCTTTCATATTCCTTTCTTCCAAGAACATGAACCATTCTCACGTATAGATTACTGTGATGTCGTTTTCAATAGCATCCCTTGGAGAATTTCCTGGTTCATTTCCCGTTGTTCAAGCCGCTAAGCTCAATATGCTCCTTTTACGCATGGACCAGCTTCACTCTACCATGCAATTCTTTTCTATATGGCTGCCTTGACTCCTCATATGCACATAATAGTTAGCTCTATCGATAGAAATAAGACTAATGGTTTACAAACAAACATATCATACAATGCAATCATTAAACATAACACAAGCTTTCTTTCGGAATCTTTCTTTTATAATCATTAACATATGAACATCATTACAAATCAACAAGGAATTTAGAAGAAAACTTTAAATCTTTAAACATTTTGGAAAATCACTCACAACTCAAATCTTTTCTTCAGAACACCTACCTCCCCAAAGTCCTCCTTCTCGCCTACTTCAGCAAGACAACACTTAATACTTTTCCTTATCAAAATCTCAGAGTAACCTTCTTCTCTTCTGACTCCTTCTCCTATTTATACTAATCCTAATTTGGATTAAACATCCTAAGTTCTTATAAATTTACCAGCTCCTACTTAAAATGCTAGACGTGTAAGCCTAATAACTTTTCAAACCATGCTTAGCTTAAATTCTTATACGTGGCTCATTAAATATAATTAGGAAACTTCTTAGACTTTTCCGAACTCTCAACACCTAGCTTCAGCTCGCATTGATTTTCAAACCGCCCATTTGGTCTTGCTCGCCTTCTCCTTCAGCTCGCGTTGCCTTAACTCAACTCCAAGCATTAGAATGCCCAAATCCTCAAACTTTTTTCTTCAAAATCCTTTACTTAACTTCTTATCTTCCAAAATGACTCTTTTATTCAGATACGGGTCTCACACAAGGACCCCAAATATCGAAATGAACTAACTCCAATGGAGCACTGGCTAGTTTATGGACTCTAGAACTCAAACTAAGACGATGAAATTTAGCAAACTGACATGAATCACAATTCAAAGATGACAAGGAATGGAATTTTGGACAAATGTTTTTCAACACAAACAAAGATGGATGGCCCAAATGACAATGAACTTCAAACGGAGATGTAACTTCAAGCAAGCTACAACTTTCGATATCTGATGGTAAAAAATGTAAAGGCTTCTCGACTTATGTCCTCTACCAATAATCTTCTTTGTCATACGATCTTGAAAGAAGCAATAACTAGGAAAAAAGAGACAAAACAATTAAGATCACGAGTAAGTCAACTAATAGAAATTGAATTAAAGGACAATTGAGGCAAATATAATACAGAGGACAAAGAAAGGAATGGGGTGAGAGTAATGGTGTCGGATCCAAGCACTGAGGAGGTTGATACATTTTCCAAGGTGGCAGATGGGGATGAGATAGGGGTCAAAGGTGTAGAAACTTATACAATAACTTTCGACAATCATGTTTTAGATGTTCTGCCTTATGACAATAGTGATAGACAGTCTCTTGAGAGTCGGATTTTCGAATATCAGAACTAGGCTTCTGAAAATTGTTAGTTATCCCTGAAGCACCTCGAGAGTTATTATTATTCTTGTTGATTAGGGCACTACTAGGTTGAGAAATAGGCTAATCAGATTGGGAACTCTCAATATGAAGAACACGACTAAAGGCTTCATCTAATTATAGAATCTCAGAATCAGAAAGGATGTGTTTTAGCCATTCCAAATTTTGGTAACAATCCATTCAAGAACATCACAACACCATCTTTTCATGTTGAGCTTGTTGAACCTTGACATCGAAGCTTAAAGATAATAGTAAAAAAGTTCAGTAGTTGTCTTCTTAAGCCTCATAAAGTAGCTTGTAACAAATTCAATCAAAAACCAAACCAAGACGAACCCAACTGATGAAAACCAAATCGAAGTTTCCAATCACTCCCACGCATTAGCTCGTGGAGACAAGACATTATCATTTTGGTGGTGTGTGAACCTCACGCATAGTTGTTTCCAATGGATGGTGACGACAGACTTTTGCGGATGGTGGTGACGCTTCTACTGAGATGGGTGGTATCAACAAACAGTCACTTGAAGATGACCTAAGCTTGGACTCTAATAGAGAATGAAATCGTCAAACGAATATTTCCAAACTCTAGATGCTCTACTATGTACTATGTATTTTTGGAGAATATAATAATTTTATTCTTTAATCAGACTGAAGATACATATGTAGGCAATTAAGAAACCCTAATCTAGGGAATGTATAATTACAATATAAACACATTATATCACCAACATCAAGAGGAAGGACGACCACCCCTTGTCTTCCGTTGAAAAAACCTTGATTGTTGAATGCCCATCTGACGCCGGCCAGAATTCGCAACATAAAACCCAACCATTTGTCGGATCTGAACTTTGAGATCTTTGTTTCCCACTGTCTAGCTTCCCAAATTTAAGAATTCTCCGGGCCTCTAACTAACTCTACTATCGATGCAAGGAACCAATTCAGGTGGGCTTCTGTGATGAATAGGGATCGTTGAGCTTCCACATCCTCGACGTGAAAGCGGTTATCTTGCAGCCAAATGCAAAAGTGCGATTGAAGAATTTTGCAACATGCTACTTTTATTGTATTAGGACTAAGCCGAAGAAAACACCCGAGAAGGCTGAAGGTAATATCGGGCATTGACCCAAAAAGGAGAGAACACCAGAAAGGTGTAGATGATCAATGGAGAAGACAGCAGAGGAAGGAGAGAGGAGAGAGGATAATCTTTTCTTTCTTTGTCCTAAGTAGTTCTTGACCTTTCTTGGGTTAATCTTTTTTTTTTCTCTTTTGAGTTGTATTCATATGCAGCTTGCTTTTCACCTTTTACTTCACCATAAAGGTTATTGTATTTTCTTTAAGTTAGCTTCTCTTTAGTTCTTTTACCCTGCCGTAAAAGGGTAATTTAGGTTGTAACTTCTTCAGCTTATAAATAAGACCGAAGGCTTTCTTATAGGGCTAATGTGAAAATCAGTATTTTTTTGAAAACTTATGTACACCAGTTAATTACTAGTTTAGCCGTGAACTTTCAAATTTGTGTTTTTATAGTTTATGAAACTTGTTGATAAAAGTCACAAAACATTGAAAGTTTAGAGGCTTATGATCTCTTTTCAAATTCTGGGACCTCTCGTTAGACAACCCTAAAACTTGAACCGACATTCTTGTAATTTGACCCTTCATAAATTTATCATACCAACCAACTTAAACTTTTGGGTTGATTGGTGATTTAACAATATTGGATATGTTTTTCTTTATGTACATAAGCACATATGAGATGATTATATTGTAGAGCATGTTTTTCGGCCTATTTAATCTTATCTGGATAGTCCTATTGTTGAAAAGCTAATGAGAAAAGTTTGTCAATCCGAATTGGACTTAAATATATCTAAATTGCTCCAGTTATGTATGGTTTGGAATTTATTAGAGCTTGGACTTAATGCTTGAATTACTCATTTTATTGGTGAAATGAAAAGAGACTAATGTTTGAATTACAAAGAATTAGAAATCACAAGAATTAGGGATCAGCAAGCTTAAATATATCTAGCTTGGACTTCTTCTATTTGTTTGGAAATATTTTTGACGTTGGACAAGCTACTTAGTCTGAGTATTGCAGGAAAATCTCTGAAAGGTCAATCACAAAAGGTTCAACAGGCTGTTTTGGAGGTAGGCAATCCGGGTTTGTGGTTACTATCCCTATTAGCTACCTGTACTGAATTTATACTTTTCAACAGAAATTTCGTGCTGGCGGGTTCAATGTCATTGTTGCCACATGCATTGGTGAAGAAGGTCTTGATATAATGGAAGTCGATCTTGTTATCTGTTTCGATGCAAATATTTCACCAATAAGAATGATTCAGCGGATGGGTAGAACCGGAAGGAAGCATGATGGAAGAGTGGATATCCTTGAACATTCAATTATCAATCAATTTCATTAATTAAATTCTGAACTTGTGTTAGCTAAAGTTGTTTTTTGTTAGTTTAGCAAGATATCATGCCAACTTTTTTTTTCTAAACAAGAAACCGGTCTCTTTATTAATAATAAAACTCAAAGTACAAGAGAATCAGACATAGAGTGAGAATATCGAGACCAGAGGATTAGTAGGCACACCCAAACGTCTCAACTAGGTTGGCATCGTTGAAGTTAGAGCAAAATATGAAATAACTCCCTTAATTCATTCTATACAATAGACTATAGAGTTCAATATATAGCCATACATGGAAACCCTAACTAAAGACTAGTAAATTACAATAAAAGACAAAAGACTAATAAGCTCCTATAGTTACATACATATTCGAACACTGCCCCTCAAGCTTCTTGGCTAGAATGACAATATTTAATGACCGGAATGAAACTACAAGGTTCTTGGAAGATTTGTTTCAGAGTGAAGATCGTCATTAACTCCTTTTTTGTACATGGATCCAAGCTCCTTCTCTTTCAACCAGATCAGCCCCTCAGAGATTCAACCTTCCACATTTTAAATATTCTGAGTTTTCCCTACCTTCCTGAAACTTAAAACTTTTTAGATGCTCCCCTATCCAAAACTTTGGACCCTCCTTCTAAAAGGAAATGTGATTTCAATTTTGGCTCTCCTTTTTTTAGTGTGAGCAGTGTCGAAGATGATCATTTGGGAAAGAGAATACTAGCTTTATCTAAAAGGTAAGTTCTCTCTCTGCCTTTCTCTCTTTTCTCTCTCCTCTTTCTTCCCTCCTCCTGGCAGCAACATGGAAGTGAAGAGCTGTAAAATTGAGTCTTTCTACTGCATTTGGTTGGAAAAGGGGCACTTCAACATTGAAGCTGTTGACTTTCGAAGACGAGTTTTGAAGAATCAACTGAGATGGTTTATCAATGCTTTGTTGGATTTGGCTCAAAATGAGAAACATTGTTTCTTCCTAAAAAATGGTAGAGATGCAGATGGAACTATAAGACTAACAAAGTTCAGAGCTTCTTCTGGATGGGTAGTCAAATGTGTTGCTCGAAATACCTCAGGGTTTCAGTCTTTTGTGCACGTATATACAGGGGTTGAGATGCTTGGGTGCACCTGTTGATCCTCTTTATTATTATCATGATTGAATGTGCCTTGTACAAGCTTTCTATTATATCAATGAAATTTCTAGTTTCCGTTTAAAAGATTTTATATTTTATTTTAGTTTTTTGTAATCTTCACTTTCTTTCTAAAACTCCATGAGAAAGGTTTTGTTTATTTATTTTAGGTTTTGTTTATTTATCTTTTTTAGTAGTCTCTCTTCTTTTTTGCATTCGTGGTTGTTCTACCAGATCTCTTTGTTCACTTAGATGATTGTCATATTTTACTCGGTTTATTATCTTGGATTTGTTGTGGTTGTTTTGAGGTGTCACCCTAGTTGAGATGCGCGGATGCACCCCCTGATCCTTACTATGTAATTCTTTTCATTATATCAATGAAAAAAAAAAAGTTTTGTTTATTTATTTATTTGTCTTTTCTGTAGTTTCTTTTCATTATATCAATGAAAAGTGTTGTTTCCTTAAAGAAAATTAAAATTAAACATTCATCCCTCAAAGTTTGGAACTTCAACCTAATTGTTTTTCCCTTTTATGCTAATTATTTAATTTCCTTGACTAGTATTACTAGTTTTAGCATGTGAAGGGTCAGAATTGAAGGGTTACATGAAAAAGCAAGCAACAAGCAAGTCTATAAAGAAGCACATGCAAAATGGGGGAATAAATAGCTTCAACTTTCATGCTAGCTCTAGAATGGTGAGATCATTTGACATAAGTCTATCGCAACATAGTATTGTTTTCTTATGCTATCGCTTCGTTTCCATTATTTAGATTCCACATGCTATCAGACCAGAAGTCCAGTTTGTTAAGCTGTCTATCAAACAATTTGTTCGTCCTGGAAAGAAAGTGAAAGATGATCATGCTGTTCAGATAACATCATTTAAGAACAAGTTAACTGATACTGAGACTGAGTTACTTCTCAAGTATTTCCATCCTTGTGATGATGCATGGAGGCCGTCCCTTATTGCCTTTCCTCACTTCCAGACTTTTCCCTCAAGAACCCATGGAGTATTGCATTCATCTAGAACAATGGTTCTGATTAACACAATGCAACACTTGCAAGGACTGCATTTTTCTAGGGAATCTGAATCATTCTCTGTTGCACGTAAGATAACCATAACACTTATGGATGACAAATATACATATGTTCACTTTTACGTTTCTCAAAAGTGCCAATTTTGAGTGGGAGCTTTAATTAGTGTTTTCTATATTTGCGGAACAAGAAACATTTTTGCTCATCTTCATTTGTGACTATGTTGGTGACAACGCAATGTTAAACATAAACTGAACTCATTATGGTAGTGTGTTTCTAATAATACTTCGTCAAAAAATCATGATAATTTATTTTCTTATGATCAAAGTTTTGATTATTTTATAGAGTCAAGAAATGAAGTCAACACATCAAAAGCAGAATTAGAAACACCATTACTGTATCCAGAAGTCTCACTACCCCAAAATTCTGCAGAAAACAATTGTATTTCTCGTTGCTGTTCTCCCAAACATTCTACAATAGACCTCGTTGGTTCAGGTTTGATATCTGTTGGTGCCATGGGAAATGACCAAATACCATGTTTCTTCGTGTTCTCTTCAAAATATTATTGCATTCCTATTCTATTATTGTAGGTAGCAAATTGTTGAGTTCTTCTGAGCCAGGTTCTTACTGTGTAAGAACTGCTCAGGACTTAATTGTGCCAACTGAAGCTGTCAACGAGCGGACAACTTCGCAAACAAAAATCTTACCGGATGAGATTTTTCCAAGCCCTGAAACAGATTGTGTTCCTGTCTTGGAAGACAAAGCAATGAATCTGATTGAGAAAAATCATCAAAACACTCCATTGAAGAGGACTTTTTTTAATAAAGACACTGTCGATGAAAAACTTGTTCTGGAAATCGAGCCGCAATTCACCCCGGCTGACGAATGCTGTATTACTGAGACTCAGCTTAGTCCTCGTCTCACTAATTTAATTGAGAGTGGTTTTGTACCAGATTCACCAATTGATGATTGTGGTACATGCTATTTTCCAAGATAATACATTATGTTCTGTTGATAAAGAGGGAATATTCCACTGTTCTTTGATTTCTCTAATGATGACAAGAATCTCTACATACTAATGCGGGTTTTATTTTCCAGGATATTCTAGACAACGGATATCTGAATCAGCAAAATCACAGCTTATCTTGCCTGCCCAAGTGGATGGTCTACAGCTTTTAAACTCCTCAAGTTCTGGGATAAATGAAATGATCAATTGTAATGGGGGCTTTTGTGCTGGAAATTATATTTTTCTCGCAAGTAGTGAAGGTCAATCTTCTGCACTCAAGGATAATGAGAGCGTGGGTATAAAATCACATGCCCCTACATCTTCTGTGGCTGATGAAATACAAACTCCCTTGGCTATTATTGCAAGCAGTTGTGATAATGAAGTTTGGGATTCAGTTAATGGAGAAAAGTTCAGCAGCATACCGAAACCCCACAAATTCAAAAGATTGCGAAAGGTTGGAGACATGAAGAAAAATGAAAACATTGAAAGCATGGCAAAAACTTCAATTTCTCCATTGGGAAATATGGTTGGAACTTTTTCTAGCACCAGACAATTTAAAAGAAAGAAACGTGATGGTATCTTCTCTCTCTCATTGTTCAATTCTTGAAATCTTGTCCCAAATATTGTTAAGAGATCTAATAGAGCAAACGTTTGAACAAAAACTCTTTCCTAGTTGCTAATTGTCAATTCAATTGCTACATTTAGGTGAAAGGAAATTTGATGACAATGTTAAAGCATTTATCGAGGAGGAAGCTGAGTAAGTCCAAAGTTTACCTTGTTAAAAGGAAAAAAATATAGGAAATGAGATTAGTGCTAAATTTAAATATACCTTTAGTAATGATATGGTAGTTTTACCTTGCGTTCACAAGTTAAAAGGAGATGATACAGTGGTGAATATCTGCCCCATTTCTTATTGACATCTAGGGTGTCTTCGGATGCTACCTTATCTGGGGATGAAGATGACAAGATTAAGAGCTCATTTGATAGTTTCATAGATGATAGGGTCAGTGCTAGTGCCTCTAGTACTCAAGATGAAACAAGCAAACCTGATATGATGGCAATTTACAGGTTTCTACTAATCTCATATTTCTCTGTTATTTAATTGTGATGGGCTTGTGCGTTCTCTCGTTATGCGATAAAGTAGTTGATTTTAGCACAATGCTCAAGTCTAAGAAACTTTATTGACTGTTCAAATGATTTATTTAACACGTTACAAGAGCAGAATATAAGTGTTATATTATATACTTAAAAATGGGAAGTAGAAATAATGTAGTATTCTTCCTCTACTTTTTTTTAAAAGAAAATGAGTGTCATTTATTAATAATAATAATGAGTTAGAAGCTCAAAGTACAAGAGCGTACAAAGAGCTAAGAAAAAACTAGGGATCAGTAGACGCACTCGGACATCTCAACTAGGTCGTACCCCTTAGCATCCTCATCATATCCGAAAAGAAATAAGATGAAACTATAGAAACATGGAAATTGAGGTTGCCTCTACAGCAGCAGTGCATCAACAGAGAATATCAATCAAATCAAAACAGAACAAAAACCATGACCCAATGTCTAATACACCAAAACTGGACTTAAAAAATCTTAGAAAATAAAAGCCTGCCAGTTTAATTGAATGTCTTATGTGAAATAATCCTGGAAGCCCTTGGCTGTGGAGCACCATGATTAAAATTCAAACTTTTGGATTAGAATGTGAAAGGTCAGAAAATAAAACTCACATCTCTTCAAATTTTAATCTATCTCTTCAAATTTTAATCTATCTCCTATAAAAATTTCAAACTTGAGCATTAATCTTGTGCGATGTACTCTGCATTCAGCATCAAATATTACAAATTCCGGAAAAAAAAATTAGATGATGAAGTCTCCATAGTCGGTACCAGCAGTGAAGAATTAGAACCTGTTAGTTTAGAGGAGAGAGACGACAAGTTGGCTGAATTCAAGGTAAATAATCTGGATGATGCGTTGGGTCCAGATCTTCCTAAGTTATTTCTCACCCCTGAACCCAAGGCTTGCTATAAAGAATTGGCAGAAAGCTTTCCTGCAGAATTAGTCCCTTTCATTGCTGCTTGTGGAATTGATCTTATCTAAAGAAGATCTGAATAAGCGAAACATGAAAGTCAAATTGTGGAACACTAGAGGCATCCTAAATAAATCAAAACAATTAGTCTTGAAAGGAGTAGTGAAGTTGACTTATCCAGATGTTATTCTAATTCAAGAGACGAAACAAGAGACTATTGACAACTCCTTAATTAAGGCTTTATGGAGTTCGAAGGACATTGGCTGGGATTATATTGAATCAACCGGTAGATCTGGAGGAATGTTGACTATGTGGGATGAAAGTAAAATATCTGTATGAAGTCATTAAAGGAAGATACGTCCTCTCGTTTAAATGCAATATTGTTTGCAAGAAGCCTTGTTAACATAATGAAGAAAGCTAGCTGAAAGCTTTGGCAAATAAAGAAGACAACGATGAGCAACTGGATTTAGCAACAGAGTAGTACCCTAAAATGGTTGCTGGAAGCGGACCTTCTGGAACTATATAGGAGGGAGGAAAGAGACCTTATTCAGAAAAGTAAGTTAAACCAGATGAAATTAGGGGATGTGAACACCACGTTTTTCCATCAGTTTCTAGCCGCCAAAAAAAAGAAGTCTACAGTTTTTTCAGAAAAAATTGCCAAATACCAATTGCTGGAAAAGCTGCTCTCTATCTTTGAAATGTCCTGGGTGCCTCACTTGGAGAGTAGAGAATCGGTTAGACAGCTTCTAGGAGGGCCTCATCTTAATAAGATTGTGCAGTTTCTTTGTGGAATGCAGTCAAAGCCTTATTGGCTGTTTTGTGGTTTGAAAGAAACCAAGGACTTTTCACAACAAATCTCTCGATTGGGTCGATCGTTTTGAAAATACTCATTGAAATTCCTGTGCATTCTTTAACAAGTAGTGAGACATAATTATAGTGCGGAAGCAAGGAAAGCCCTTGTTGAGCTGGTTAGCTATATAAAGAGCATTGGGTCAATGATGCAGCAGTGTGATACTCTGGTAGCTGATGCTTTGTGGGAAACTGTTCATGCTGAGGTTCAAGATTTTGTTCAAAACACATTGGCCACCATGTTACGAACTACCTTCCAGAAGAGGAAAGAAATTTCATGGATTCTTTCTTATATACGAACCTTGTCAGCTTATTGGATGGCAAATAGAAGCAAATCTGATTCTGAAGCACAATCCCAAAGAGGTAAAGAAAGTAAATTGAACTTCTTTTTCCACGGCAAGTTGCACCTACAGTTACCTAGCTATTGAAATACGTGAGGACTTGGACAAAAATCTATGTGGCTGATTATTAAAAGATTGCTAGAGAAATCAATCTGGTTGTTGTACTAATTCATGAATCTAGAAGAGACAGCTTTGACAAAGCATTCGTAAAAAGCATCTAGAGCTCAAAAGATGTTGGCTGGATTTTTGCTGGAAGCTTAGTTTCGGCGTACATTCTTACAAGGTGGGATGAAGGTTTTTTTCAGTGTCTGACATTGCTAAAGCAGATTTCTCTTTGATAACTGGAGTAATGTGTTGAAGGCAGTGCTGGCAAGATTTTGTGGACTAGTAGACTGCTTCAAGTTCCTCTAGACATTGGATTGCATTGGTAAGACAGTTTTGTCGGGGCTGGTTGCATCTTCTTAGCTCTCTTTTTCTTTCCATCTTGAAGACTTGGGTGTGCAAGATTTTAGTTTCAAGTGGGCTAATTTTGAGAGAGTTTAAGTTTTGCTTTGTATTTAGCTTTCTATTGATATATTGTCTTTGAGTGGCTTTTATTAGCTCGTTATTTTCTGCTCGGTTCGTTTTTAGAATTCCATCATATTTATGTTACCCGAGTATAGTTATTTGTTTAAGTTTTAGCTTGTATTTTTCCTTAGTTCTTTTTACTCTTAGTATAATACTCTTGTACTTTGAGCTTTAGTCTCATTATCATTAATAAAGAGGCTTATTTCCGTTTCAAAAAACAGTATTTGGAATTTGGTGGCTTCCTCCTCTTTCTGTAATCTTCTGAAGTAAACCGACCAAGTGCTAGTTTGACTATCCGAATGCTTCGCCACAAACCCTTCTGGTGAAAGGGAAATACGAATAATCTTGGGAATTTGCTATTTAGTGGGATAACATCCAGCCAACAGTCGGTTCAGAAGAAGATTCTGCTGCCAGTGCCCACTCTAAAGGCAGCCAACTTTGCACCATTCTCTAGATATACTGATCCATGGGCTTCTTAGGCTCAAGTACTCCCTCCCACTTGTGTGCCAATGGAAGAGATGGCCCTCATGAATCCTTTTAACTACTTTACACCACAGGACATTCTGTTCTGACATAAACCTCCAGCCCGATTTTGATAAGAGAGCATTATTCCTTATTTTCATATCGCATAATTCGAGACCTCCATCTCTCTCTGTTTTGGTGAGTTTGTTTCATTTAACCATATGATTCATCTTCTCCTCACTTTTACCTTCTCAGAAGAACTTTCTCGTAATTTTTTCCAAAGTATTAGAAATAAAGGTTGGCATGGAAAGTGGACATGTAATATTTGGGAACGTTAGAAAGGACTGATTTGCATAAAGTGATTCTACCTCCTCCACTTGCTTAGTTTTCCTTGGACTTTATCTATGATGAGTTGCCAAAATGAGGAACTTTTTGGTCACTTCTAAGTGGTAGACCGAGGTACATAATGGGGAGTTTCTCTGTCTTGCAACTTAACCTTGAGGCCATTTCAGCAGTCTTTCTTTCCTCAATGTTGATCCTGCAGATAGAAGACTTTTCCCAATTAACTTTTTGGCCTGAACACCATTCAAATATAACCAAAGTCTTACAAAGGCTTCCCATCATAGCCGAACAAAAGGGACTCATCAGCAATTTGAAGTAAGGGAACATGGACCTTGTCTTTGCCTACCGTAAAGCCTTCAAACATTATATTTACGTGAATCGTTGAGATGAGGCTACTAAGAACTTCACTTACAAGAAGGAATAGAAAAGGGGAGAGTGGATCTCCTTGTTTTAGGCTTTTTGATGCTTGTATTCTGCCTCTTGGACGGCCATTTATGAAGATTGAGCACTTGGGCATTGATTGGATAATGGGCAATGGAAATTACTACCTTGTTATCACAGTAAATACCCATCGGCATCATCTGAGTGAATCTCAATTCTTCCAACAGTCTTCTTACCTCACAAATACCATGGGCTAAAGCTCTAAATTTTGCTTCTGCACTACATCTAGAAATCGCATGTTGCTTTTTACTATACCAAGTAACAAAATTTCCTCCAACAAAGGAGCAGTAACCAGATGTGGATCTTATATCAGTCATGCTACCTGCCCAATCAGCATCAGTGTGAACTTCAACATTAAGATGATCATGCCTTTTAAACAATATGCCTTTTCTTGGATTACCTTTCAAATATCTTAAGATTCTATAAACTGCATCGAAGTAAGCTGACCTAGGAGCATGCATGAACTGACTTACCAAGCTAATTGAAAAAGCGATGTCAAGACGTGTGTGAGAAATATACACGAGTCTCCCCACAAGTCTTTGGTACTTTTCTCTTTCCTTTATCTCATTTTTTGTTGTAGCGTCTAATTTCAAATTCTACTAAAGTGGAGTTTCTACTACCTTGCAACCAAGTAATCTGTTTCTTTCGGTATATCAAGAATATACTTCCTTTGGTTAATAAGAATGCCACTTTTGGACTTGACAAACTTCATACCTAGGAAGTACATTAAGGTTCCTAAGTCTTTAATTTGGAAATCATCAACTAACTTTTTCTTCACGAAAGTCAATCTTGCCTCATCATTGCCTATAAGAATGATATCACCAACATAGACTATCAAAACTATAACCTTGTCATTTTCTGTATGTTTATAAAACATCGTATGATTGAATCCATAGCTCGTGACTGCTTTTTCAAAGCATTCAAACCAAGCTCTAAGAGACTGTTTGATACTATAGAATGATCTCTTTAACTTGCACAGTTCATTAATCCTGAACCATGTGGCAAGTTCATAAATACCTCTTCTTCAAGTTCCATTGAAAAAGACATTTTTAACATCTGGTTGATAAAGAGCCCAATCAAAGTTATTGCAACTAGAGCAAATGTTTCTTGATAATCAACTCCATAGATCTGAGTAAACCCTTTAGCAACCAATTTGGTGCTGTAATTTTCAACACTACCCTGAACTTTACATTTCACCGTTAAAACCCACTTGCATCCAACTGTTTTCTTATCTTTTGGTAGTTCAACTATGTTCTATGTGCAATTTTGTTCCAGAGCGTTCATCTCTTCCATCACTACTAATTTCCGATACAAATCATTAGGACCTCATATTTGCGGTGGTGGACAGCGGATCGGTGGCGAGCGGCTTAGAAAGGGGCAATCGACGAGGACCAAGATGAACAATGGCAAAGATTAAAAATAAAAAAATAAAAAATAAAAAAAGACCAAATTACAGACAAGAAAAAGCGGCTGCCGGCGGTGTCCGTCAAGTAGTGGTTGGCAACGACAATCGGTCAGAGTAGTACAATCGTCAGTGACAACCCTTGAAGCAGCGGAGCACTTGGGCAATGGCAGCGGGCTATAAGAGTTTTAGGACCTTTTAGGTTTTAAAAGAAAATTGGTTTTTTTAGGGTTTCAAGAACCTTATCTGATACCATGCCAAAAAATGTAATTTCCTGTGTATTTCACAAATAGAGAATGGTTTTCTTAAATAGAAGAACAACCCTTTACATATAAGGAAAAAATACTTTTGCCATATATAATGAAACCAATACAATAAAATATAATACAAAAAGGAAATAATCAACAACGACTTTACAGTTTGGATCACCAAGTATCGATATCCACAATTGTTGCTTGGTCTGGAGTTATTTTTCCTTTTAATGCCCATTGTCAACTTGGTCATCGGTCTCTCTCAGTCTAGACCGTTCATAACGCTTTGTCTCATTCTAGATGGTGCAGTGCGATGATAGAAGAGGTAGCCTTAGATGATAACAACATTTGGCATTTAGTATCTCTTCCTACAAGAAAGAAGACTATTTGGTGCAAATAGGTGTTTGCAATTAGGGTTAATCATGATGTATCAATAGCTCTTTTAAAAATACACATTGTGGCTAAAGGCTATGCTCAAATGTATGGGGTTAACTATTTTGATACATTCCCTCCGGTTTTTAAACTCACTTTTGTCAAGTTATTCATTTTTGTGGTGGCATCTAAAGATTGGCCTTTGCATCAGCTTGACATTAAAAATGTCTTTCTCCACAATGATCTTTAGGAGGAAATCTATATGGAGCAACAAGCCTTGCTCGTGGGGAGAACGATAAACTGTGTCGTCTTCATAAATCCTTGTATGGGTTGAAACAGAATCCACGCGCATGGTTTGGAAAATTTAGTCAAGCACTTGAGCAGTTTAGAATGAAGAAAAGCAAATTGAATTACCCAATTTTCTACTAAAGATCTATAAGTTGAATTATTCTACTTGTTGTATATGTTAATGATTTTGTTATATTCGGTAGTGATACATTAAATATATTGTCTCTCAAATCTTTCCTCCAAAGTCAATTTCATACTAAAGATTTAAGAGTGCTAAAGTATTTTTGGCATTGAAGTAATGAGAAGCAAGAAGGGTACTTTTATGTCAAAGAGATGTACTTGATTTGCTATCTAAGACTGGAAAATTAGGAGTCCAGCCATGTGGTACTTCGATGATCCTTGGTCTACAACTTTTAAAAGATGGAGAACCATTTAAGGATCTTGAGAGGTATAGAAGACTGGTTGGTAAGTTGAATTATCTTAGGGTAACACGTCCAGACATTACTTATTCTTATTCGATAGGCATTGTGAGTCAATTTATGACCTCACCCACAGTGGAATATCAGAATGCAAAAATTTTATTTTACATTAAGGTTGCACCTGGATGTAGGATTTTATATAAAGATCATGGTCATATGAATATTGAATGTTTTTCAAATGCTGATCAGGCAGGATCAAAGGAAGATAGAAGATTGACTTCTAGGTATTGTGTTTTTGTTGGAGGCAATTTGGTTTCGTGGAATAGTAAGAAACAAAACGTAGTTTCACGATCAAGTGATAAAGTAGAATGCTGAGCAATGACACAATCAATGCAAAATAATGTGGTTACATCAACTCTTGATTGAGTTAGGTTTTGATACTACAATTCCGACTAAGTTGTGGTATGATAATCAAGTTGCTATCCATATTGCATCTAATCCAGTATTTTATGAGCTAGTAAACACATTGAAATTGACTGTCATTTTGTTCGGGAAAAATACAACAAGGTCTGTGTCTACCGAATGTAAAGACTAGTGAACAATTAAGAGATATCTTTACTTAAGCTTTGAACGAAGTTCAAATAGAGTACCTAGGTAACAAGTTGGGCAAGATTTGTATATGCTCCAATTTGAGGGGAGTGTTATAGTATATATGTAATTATAGGAGCTTATTAGTCTTTTATCCTTTGTTTTAATTTACTAATCTCAGTTCAACCCTTTGAATTTGTGTAGTTTCACCCTGGGTAGTGCCTCGTGTCACGATTGGGGTTTTGGCTTTGACAGTGGAATAAGAAGTTTCAGGGGCTAGAATGATAAGTTCAATAACTTAGTGTACTCTTTCTTATTTATAGCCTTTTTTATATCTTATTCGCTAGGTATTAGGACAACTCTAGTTGGGCTTTTGGGTCATTTTCTTGTGATTTGTGAACCTTTTCCATCTCATTATATGATTTTAAAATTAATAACAAAATCATCTTTTCGTTCTTCCTGCCATCTTAACCAACTGATCTTTAGGAGTAATTTTCTCCTTTTTGCCTCTGTATATCACATAGAATAAGCAGTCTCTTCCTAGCATTACATTAACTCAGACGATTTTCTATTATTCTACATATCTTATCGTGTGTCTTGAAATTTGATATTAGATTGTGAATATTGCGGAACCTGCTATAAAAATCTCTAATTTGTGACATTCCAAAATTGCATTTTCTACTCTGAAAATTAATTTGGATTTACGAGGTGGAGCTATTTCTATAAATGTTGTACTAAAATTGTGAGCTTATACAACAGACGTTCTTTGCTAAGTCAATCACCATTTGGGAGGTTGACTTCACCCCTAGCGACCAGGGTAACTGAAAGTGAAACTTCTCCTGACAAGACATTGAATATTTTCCAGTCAACTGTAACAGGTGACGTCAATCAATCTCATATACTGCATTCAAAACATGTGAAAATGAACTGCAGCCCAGAAGTTGTAATTGCTACAACTGGTGTCTGCCCAAGGGCGACAGACGTAGAAAGCAGGAATAGAAATTCGACATTTTGTACATCAGAATCTGTTCCTGTACTTAATTTGGATAAACAGTTTGAGTTGGTGGTGGCAGGAAGAGAATCCATAAGCGAAGTGGATTCAAATAGAAATGTGTACATTGATGATGATGAATTTTATGAAGGTCTTGACCTTGATGCAGTTGAGGCCCATGCAAAATTGCTCCTCGAGAAGAAAGTCGAGTTGCCTCTGACTATGGTTACTCAGCAACAGAAGAATATTCCTATCGACATTTCTCCATCTTTTGATCTTGGGATATGACCGTTTTCTATGTGCATATGACTTGTTCAAATACTTAATTTCCGGAAAATATAATCAGGAAAGTTTGGTATTTGTTTTTAGACTCATACTCCTGATTTTCTTCGCTCAAAGTGGCACGTATTCTTAAGTTATGATTTAGTGGTTGGGTGGGAAGGAGTGTGTAAAAAAGCGTTGTACAAAAGTTATTAAAATAAGAATTTCAGTTTTGTTACTTCTTGTTTTCTACA

mRNA sequence

TAACAACTAACCAAATACAATAACAACGCTGGCTCCCCAAACCTGCCCAAAAGAGAACGGCAACCAAAACAGCCATTAATGTCCCCCAATTTTCGTTTGAAAGTTTTGCCGCCGTTTGCTCCTTCTTTTCACTGACTTGGTTATTTTCGCTTTCCTGCGTTGTGAGTTCTTTTGTTCTATGGCGTTTAGGATGTGTCCAATGGCAGCAAGTAATCGAGAATTCACTGTTGACGACAACGACGACGACGACGACTTCGACTGGGAAGCAGCCGTCAAAGAAATTGACGTGGCCTGCCTATCAGGAATTCACTCTGCTTCATCACATTCACTTCATCCTTCCCTAACGGAATCCTCCGACGCCACTGCAGAAACTCCAGCTTCATTTCCACTTTCCGAGGAGAATGAAAAACGCGGGACTTCTCGCCAGTCTACACTTCACAGATTTATCATGAATGCAAAGTTTCAAAAGAAAACAATGGACGTCGAAAAACCGGTTCAAGATCCCGGCCTTGTTGAAGACTCGGTTGGTCTTGTTGACATAGATGAGGAGGCAGCAAAGACCTGGATATATCCAGTTAATGTTCCTCTTCGGGATTATCAGCTGGCTATTACAAAGACAGCACTATTTTCAAATACGTTGGTGGCTTTGCCTACAGGACTTGGAAAGACTCTTATTGCTGCAGTTGTTATGTATAACTACTTCAGATGGTTTCCTGAGGGCAAAATTGTATTTACTGCTCCTTCTCGACCACTAGTCTTGCAACAGATAGAAGCATGCCATAATATTGTCGGAATACCACAAGAATGGACCATTGACATGACAGGCATGATAAATCCGGCCAAAAGAGCATCTTTTTGGAGAAGTAAAAGAGTTTTCTTTGTTACACCACAAGTACTAGAGAAGGATATTCAATCAGGCACATGTTTGATGAAATACCTGGTTTGCTTAGTGATTGATGAAGCCCATCGAGCACTTGGAAATTACTCTTATTGTGTTGCAGTTCGTGAGTTAACGAAAATACCTTTGCCACTAAGAATACTAGCCTTAACTGCCACACCAGGATCAAAGCATCAGGGTATTCAGCAAATCATTGACAACTTACACATTTCAACCCTTCAATATCGTGATGAAAGTGATCATGATGTCAGTCCATATGTTCATGACAGGAAAATAGAATTGATTCAAGTTGCAATGGGAGAAGATGCTGTTGAGATAGATAATAAGCTCCTGGAAGTTATGCGTCCATTTGTGGCCAAACTTCGTTCAATAGGAATTCTCCAGAACAGAGATTATAGAACGTTGAGTCCCTGTGATTTACTGAACTCCAGGGATAAATTTCGTCAAGCACCCCCACCAGTCCATCCACACATTAAGTATCATGACGTGGAGGGTTTCTTTGGAGTACTCATTACACTATACCATATACGTAAGTTACTTTCAAGCCATGGAATAAGGCCAGCGTCTGAGATGCTAGAAGATAAGCTACAACAAGGGTCTTTTGCAAGATTTATGAGCAAAAATCATCATATCTGTGAAGTGAGACTCATAATGGAGAAGAGCTTGACCCATGGTGCACCAAGTCCCAAATTGTCCAAAATGATGGAAGTATTGGCCGACCATTTTAAAACGAAGGATCCACAAGATTCAAGGGTGATTATATTCTCAAATTTCAGGGGAAGTGTAAGGGACATTATGAGTGCACTATCCAAGATTGAAGACATTGTCAGAGCTACTGAGTTTATTGGTCAAAGCTCAGGAAAATCTCTGAAAGGTCAATCACAAAAGGTTCAACAGGCTGTTTTGGAGAAATTTCGTGCTGGCGGGTTCAATGTCATTGTTGCCACATGCATTGGTGAAGAAGGTCTTGATATAATGGAAGTCGATCTTGTTATCTGTTTCGATGCAAATATTTCACCAATAAGAATGATTCAGCGGATGGGTAGAACCGGAAGGAAGCATGATGGAAGATATTACTAGTTTTAGCATGTGAAGGGTCAGAATTGAAGGGTTACATGAAAAAGCAAGCAACAAGCAAGTCTATAAAGAAGCACATGCAAAATGGGGGAATAAATAGCTTCAACTTTCATGCTAGCTCTAGAATGATTCCACATGCTATCAGACCAGAAGTCCAGTTTGTTAAGCTGTCTATCAAACAATTTGTTCGTCCTGGAAAGAAAGTGAAAGATGATCATGCTGTTCAGATAACATCATTTAAGAACAAGTTAACTGATACTGAGACTGAGTTACTTCTCAAGTATTTCCATCCTTGTGATGATGCATGGAGGCCGTCCCTTATTGCCTTTCCTCACTTCCAGACTTTTCCCTCAAGAACCCATGGAGTATTGCATTCATCTAGAACAATGGTTCTGATTAACACAATGCAACACTTGCAAGGACTGCATTTTTCTAGGGAATCTGAATCATTCTCTGTTGCACAGTCAAGAAATGAAGTCAACACATCAAAAGCAGAATTAGAAACACCATTACTGTATCCAGAAGTCTCACTACCCCAAAATTCTGCAGAAAACAATTGTATTTCTCGTTGCTGTTCTCCCAAACATTCTACAATAGACCTCGTTGGTTCAGGTAGCAAATTGTTGAGTTCTTCTGAGCCAGGTTCTTACTGTGTAAGAACTGCTCAGGACTTAATTGTGCCAACTGAAGCTGTCAACGAGCGGACAACTTCGCAAACAAAAATCTTACCGGATGAGATTTTTCCAAGCCCTGAAACAGATTGTGTTCCTGTCTTGGAAGACAAAGCAATGAATCTGATTGAGAAAAATCATCAAAACACTCCATTGAAGAGGACTTTTTTTAATAAAGACACTGTCGATGAAAAACTTGTTCTGGAAATCGAGCCGCAATTCACCCCGGCTGACGAATGCTGTATTACTGAGACTCAGCTTAGTCCTCGTCTCACTAATTTAATTGAGAGTGGTTTTGTACCAGATTCACCAATTGATGATTGTGGATATTCTAGACAACGGATATCTGAATCAGCAAAATCACAGCTTATCTTGCCTGCCCAAGTGGATGGTCTACAGCTTTTAAACTCCTCAAGTTCTGGGATAAATGAAATGATCAATTGTAATGGGGGCTTTTGTGCTGGAAATTATATTTTTCTCGCAAGTAGTGAAGGTCAATCTTCTGCACTCAAGGATAATGAGAGCGTGGGTATAAAATCACATGCCCCTACATCTTCTGTGGCTGATGAAATACAAACTCCCTTGGCTATTATTGCAAGCAGTTGTGATAATGAAGTTTGGGATTCAGTTAATGGAGAAAAGTTCAGCAGCATACCGAAACCCCACAAATTCAAAAGATTGCGAAAGGTTGGAGACATGAAGAAAAATGAAAACATTGAAAGCATGGCAAAAACTTCAATTTCTCCATTGGGAAATATGGTTGGAACTTTTTCTAGCACCAGACAATTTAAAAGAAAGAAACGTGATGGTGAAAGGAAATTTGATGACAATGTTAAAGCATTTATCGAGGAGGAAGCTGAGGTGTCTTCGGATGCTACCTTATCTGGGGATGAAGATGACAAGATTAAGAGCTCATTTGATAGTTTCATAGATGATAGGGTCAGTGCTAGTGCCTCTAGTACTCAAGATGAAACAAGCAAACCTGATATGATGGCAATTTACAGACGTTCTTTGCTAAGTCAATCACCATTTGGGAGGTTGACTTCACCCCTAGCGACCAGGGTAACTGAAAGTGAAACTTCTCCTGACAAGACATTGAATATTTTCCAGTCAACTGTAACAGGTGACGTCAATCAATCTCATATACTGCATTCAAAACATGTGAAAATGAACTGCAGCCCAGAAGTTGTAATTGCTACAACTGGTGTCTGCCCAAGGGCGACAGACGTAGAAAGCAGGAATAGAAATTCGACATTTTGTACATCAGAATCTGTTCCTGTACTTAATTTGGATAAACAGTTTGAGTTGGTGGTGGCAGGAAGAGAATCCATAAGCGAAGTGGATTCAAATAGAAATGTGTACATTGATGATGATGAATTTTATGAAGGTCTTGACCTTGATGCAGTTGAGGCCCATGCAAAATTGCTCCTCGAGAAGAAAGTCGAGTTGCCTCTGACTATGGTTACTCAGCAACAGAAGAATATTCCTATCGACATTTCTCCATCTTTTGATCTTGGGATATGACCGTTTTCTATGTGCATATGACTTGTTCAAATACTTAATTTCCGGAAAATATAATCAGGAAAGTTTGGTATTTGTTTTTAGACTCATACTCCTGATTTTCTTCGCTCAAAGTGGCACGTATTCTTAAGTTATGATTTAGTGGTTGGGTGGGAAGGAGTGTGTAAAAAAGCGTTGTACAAAAGTTATTAAAATAAGAATTTCAGTTTTGTTACTTCTTGTTTTCTACA

Coding sequence (CDS)

ATGAAAAAGCAAGCAACAAGCAAGTCTATAAAGAAGCACATGCAAAATGGGGGAATAAATAGCTTCAACTTTCATGCTAGCTCTAGAATGATTCCACATGCTATCAGACCAGAAGTCCAGTTTGTTAAGCTGTCTATCAAACAATTTGTTCGTCCTGGAAAGAAAGTGAAAGATGATCATGCTGTTCAGATAACATCATTTAAGAACAAGTTAACTGATACTGAGACTGAGTTACTTCTCAAGTATTTCCATCCTTGTGATGATGCATGGAGGCCGTCCCTTATTGCCTTTCCTCACTTCCAGACTTTTCCCTCAAGAACCCATGGAGTATTGCATTCATCTAGAACAATGGTTCTGATTAACACAATGCAACACTTGCAAGGACTGCATTTTTCTAGGGAATCTGAATCATTCTCTGTTGCACAGTCAAGAAATGAAGTCAACACATCAAAAGCAGAATTAGAAACACCATTACTGTATCCAGAAGTCTCACTACCCCAAAATTCTGCAGAAAACAATTGTATTTCTCGTTGCTGTTCTCCCAAACATTCTACAATAGACCTCGTTGGTTCAGGTAGCAAATTGTTGAGTTCTTCTGAGCCAGGTTCTTACTGTGTAAGAACTGCTCAGGACTTAATTGTGCCAACTGAAGCTGTCAACGAGCGGACAACTTCGCAAACAAAAATCTTACCGGATGAGATTTTTCCAAGCCCTGAAACAGATTGTGTTCCTGTCTTGGAAGACAAAGCAATGAATCTGATTGAGAAAAATCATCAAAACACTCCATTGAAGAGGACTTTTTTTAATAAAGACACTGTCGATGAAAAACTTGTTCTGGAAATCGAGCCGCAATTCACCCCGGCTGACGAATGCTGTATTACTGAGACTCAGCTTAGTCCTCGTCTCACTAATTTAATTGAGAGTGGTTTTGTACCAGATTCACCAATTGATGATTGTGGATATTCTAGACAACGGATATCTGAATCAGCAAAATCACAGCTTATCTTGCCTGCCCAAGTGGATGGTCTACAGCTTTTAAACTCCTCAAGTTCTGGGATAAATGAAATGATCAATTGTAATGGGGGCTTTTGTGCTGGAAATTATATTTTTCTCGCAAGTAGTGAAGGTCAATCTTCTGCACTCAAGGATAATGAGAGCGTGGGTATAAAATCACATGCCCCTACATCTTCTGTGGCTGATGAAATACAAACTCCCTTGGCTATTATTGCAAGCAGTTGTGATAATGAAGTTTGGGATTCAGTTAATGGAGAAAAGTTCAGCAGCATACCGAAACCCCACAAATTCAAAAGATTGCGAAAGGTTGGAGACATGAAGAAAAATGAAAACATTGAAAGCATGGCAAAAACTTCAATTTCTCCATTGGGAAATATGGTTGGAACTTTTTCTAGCACCAGACAATTTAAAAGAAAGAAACGTGATGGTGAAAGGAAATTTGATGACAATGTTAAAGCATTTATCGAGGAGGAAGCTGAGGTGTCTTCGGATGCTACCTTATCTGGGGATGAAGATGACAAGATTAAGAGCTCATTTGATAGTTTCATAGATGATAGGGTCAGTGCTAGTGCCTCTAGTACTCAAGATGAAACAAGCAAACCTGATATGATGGCAATTTACAGACGTTCTTTGCTAAGTCAATCACCATTTGGGAGGTTGACTTCACCCCTAGCGACCAGGGTAACTGAAAGTGAAACTTCTCCTGACAAGACATTGAATATTTTCCAGTCAACTGTAACAGGTGACGTCAATCAATCTCATATACTGCATTCAAAACATGTGAAAATGAACTGCAGCCCAGAAGTTGTAATTGCTACAACTGGTGTCTGCCCAAGGGCGACAGACGTAGAAAGCAGGAATAGAAATTCGACATTTTGTACATCAGAATCTGTTCCTGTACTTAATTTGGATAAACAGTTTGAGTTGGTGGTGGCAGGAAGAGAATCCATAAGCGAAGTGGATTCAAATAGAAATGTGTACATTGATGATGATGAATTTTATGAAGGTCTTGACCTTGATGCAGTTGAGGCCCATGCAAAATTGCTCCTCGAGAAGAAAGTCGAGTTGCCTCTGACTATGGTTACTCAGCAACAGAAGAATATTCCTATCGACATTTCTCCATCTTTTGATCTTGGGATATGA

Protein sequence

MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDHAVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLINTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCSPKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPETDCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSPRLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCNGGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDSVNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRDGERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPDMMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVKMNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDSNRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI

Homology

[Close]

BLAST of MELO.jh004793.1 vs. NCBI nr
Match: XP_008441145.1 (PREDICTED: Fanconi anemia group M protein isoform X1 [Cucumis melo])

HSP 1 Score: 1396 bits (3613), Expect = 0.0
Identity = 715/718 (99.58%), Postives = 718/718 (100.00%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 612  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 671

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 672  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 731

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 732  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 791

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 792  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 851

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 852  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 911

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 912  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 971

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 972  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1031

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1032 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1091

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1092 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1151

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK
Sbjct: 1152 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 1211

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1212 MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 1271

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI
Sbjct: 1272 NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 1329

[Close]

BLAST of MELO.jh004793.1 vs. NCBI nr
Match: XP_008441146.1 (PREDICTED: Fanconi anemia group M protein isoform X2 [Cucumis melo])

HSP 1 Score: 1396 bits (3613), Expect = 0.0
Identity = 715/718 (99.58%), Postives = 718/718 (100.00%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 598  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 657

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 658  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 717

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 718  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 777

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 778  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 837

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 838  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 897

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 898  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 957

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 958  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1017

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1018 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1077

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1078 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1137

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK
Sbjct: 1138 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 1197

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1198 MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 1257

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI
Sbjct: 1258 NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 1315

[Close]

BLAST of MELO.jh004793.1 vs. NCBI nr
Match: XP_011649875.1 (DEAD-box ATP-dependent RNA helicase FANCM isoform X1 [Cucumis sativus])

HSP 1 Score: 1299 bits (3361), Expect = 0.0
Identity = 670/718 (93.31%), Postives = 687/718 (95.68%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGG+NSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 612  MKKQATSKSIKKHMQNGGVNSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 671

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQI SFKNKLTDTET+LLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHS RTMVLI
Sbjct: 672  AVQI-SFKNKLTDTETQLLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSCRTMVLI 731

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            +TMQHLQGLHFSRESESFSVAQS NEVN SKAELE PL+YPEVSLPQNSAENNCIS CCS
Sbjct: 732  DTMQHLQGLHFSRESESFSVAQSINEVNASKAELEVPLVYPEVSLPQNSAENNCISGCCS 791

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTID++GSGSKLL+ SEPGSYCVRTAQDLIVPTEAV ++TTSQTKILPDE FPSPET
Sbjct: 792  PKHSTIDIIGSGSKLLNFSEPGSYCVRTAQDLIVPTEAVIKQTTSQTKILPDEFFPSPET 851

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIE NHQNT LKR FFNKDTVDEKLVLEIEPQFTPADE  ITETQLSP
Sbjct: 852  DCVPVLEDKAMNLIETNHQNTLLKRIFFNKDTVDEKLVLEIEPQFTPADEFSITETQLSP 911

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQ ILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 912  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQFILPAQVDGLQLLNSSSSGINEMINCN 971

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
             GFCAGN IFLASSEGQSSALKDNESVGIKSHAPTS +ADEIQTPLA IASSCDNEVWDS
Sbjct: 972  AGFCAGNDIFLASSEGQSSALKDNESVGIKSHAPTSPMADEIQTPLATIASSCDNEVWDS 1031

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSS+PKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFK+KKRD
Sbjct: 1032 VNGEKFSSVPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKKKKRD 1091

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GER+FDDNVKAFIEEEAEVSSDAT+SGDEDD IKSS DSFIDDRV+ASASSTQD TSKPD
Sbjct: 1092 GERRFDDNVKAFIEEEAEVSSDATISGDEDDNIKSSSDSFIDDRVNASASSTQDGTSKPD 1151

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVT DVNQSH LHSKHVK
Sbjct: 1152 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTDDVNQSHTLHSKHVK 1211

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIAT GVCPR TDVES NRNSTFCTSE VPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1212 MNCSPEVVIATIGVCPRTTDVESMNRNSTFCTSEPVPVLNLDKQFELVVAGRESISEVDS 1271

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNV+IDDDEFYEGLDLDAVEAHAKLLL+KKVELP  MVTQQQKNIPID SPSFDLGI
Sbjct: 1272 NRNVFIDDDEFYEGLDLDAVEAHAKLLLQKKVELPQIMVTQQQKNIPIDTSPSFDLGI 1328

[Close]

BLAST of MELO.jh004793.1 vs. NCBI nr
Match: XP_031736810.1 (DEAD-box ATP-dependent RNA helicase FANCM isoform X5 [Cucumis sativus])

HSP 1 Score: 1299 bits (3361), Expect = 0.0
Identity = 670/718 (93.31%), Postives = 687/718 (95.68%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGG+NSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 515  MKKQATSKSIKKHMQNGGVNSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 574

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQI SFKNKLTDTET+LLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHS RTMVLI
Sbjct: 575  AVQI-SFKNKLTDTETQLLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSCRTMVLI 634

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            +TMQHLQGLHFSRESESFSVAQS NEVN SKAELE PL+YPEVSLPQNSAENNCIS CCS
Sbjct: 635  DTMQHLQGLHFSRESESFSVAQSINEVNASKAELEVPLVYPEVSLPQNSAENNCISGCCS 694

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTID++GSGSKLL+ SEPGSYCVRTAQDLIVPTEAV ++TTSQTKILPDE FPSPET
Sbjct: 695  PKHSTIDIIGSGSKLLNFSEPGSYCVRTAQDLIVPTEAVIKQTTSQTKILPDEFFPSPET 754

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIE NHQNT LKR FFNKDTVDEKLVLEIEPQFTPADE  ITETQLSP
Sbjct: 755  DCVPVLEDKAMNLIETNHQNTLLKRIFFNKDTVDEKLVLEIEPQFTPADEFSITETQLSP 814

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQ ILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 815  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQFILPAQVDGLQLLNSSSSGINEMINCN 874

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
             GFCAGN IFLASSEGQSSALKDNESVGIKSHAPTS +ADEIQTPLA IASSCDNEVWDS
Sbjct: 875  AGFCAGNDIFLASSEGQSSALKDNESVGIKSHAPTSPMADEIQTPLATIASSCDNEVWDS 934

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSS+PKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFK+KKRD
Sbjct: 935  VNGEKFSSVPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKKKKRD 994

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GER+FDDNVKAFIEEEAEVSSDAT+SGDEDD IKSS DSFIDDRV+ASASSTQD TSKPD
Sbjct: 995  GERRFDDNVKAFIEEEAEVSSDATISGDEDDNIKSSSDSFIDDRVNASASSTQDGTSKPD 1054

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVT DVNQSH LHSKHVK
Sbjct: 1055 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTDDVNQSHTLHSKHVK 1114

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIAT GVCPR TDVES NRNSTFCTSE VPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1115 MNCSPEVVIATIGVCPRTTDVESMNRNSTFCTSEPVPVLNLDKQFELVVAGRESISEVDS 1174

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNV+IDDDEFYEGLDLDAVEAHAKLLL+KKVELP  MVTQQQKNIPID SPSFDLGI
Sbjct: 1175 NRNVFIDDDEFYEGLDLDAVEAHAKLLLQKKVELPQIMVTQQQKNIPIDTSPSFDLGI 1231

[Close]

BLAST of MELO.jh004793.1 vs. NCBI nr
Match: XP_031736811.1 (DEAD-box ATP-dependent RNA helicase FANCM isoform X6 [Cucumis sativus])

HSP 1 Score: 1299 bits (3361), Expect = 0.0
Identity = 670/718 (93.31%), Postives = 687/718 (95.68%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGG+NSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 483  MKKQATSKSIKKHMQNGGVNSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 542

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQI SFKNKLTDTET+LLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHS RTMVLI
Sbjct: 543  AVQI-SFKNKLTDTETQLLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSCRTMVLI 602

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            +TMQHLQGLHFSRESESFSVAQS NEVN SKAELE PL+YPEVSLPQNSAENNCIS CCS
Sbjct: 603  DTMQHLQGLHFSRESESFSVAQSINEVNASKAELEVPLVYPEVSLPQNSAENNCISGCCS 662

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTID++GSGSKLL+ SEPGSYCVRTAQDLIVPTEAV ++TTSQTKILPDE FPSPET
Sbjct: 663  PKHSTIDIIGSGSKLLNFSEPGSYCVRTAQDLIVPTEAVIKQTTSQTKILPDEFFPSPET 722

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIE NHQNT LKR FFNKDTVDEKLVLEIEPQFTPADE  ITETQLSP
Sbjct: 723  DCVPVLEDKAMNLIETNHQNTLLKRIFFNKDTVDEKLVLEIEPQFTPADEFSITETQLSP 782

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQ ILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 783  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQFILPAQVDGLQLLNSSSSGINEMINCN 842

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
             GFCAGN IFLASSEGQSSALKDNESVGIKSHAPTS +ADEIQTPLA IASSCDNEVWDS
Sbjct: 843  AGFCAGNDIFLASSEGQSSALKDNESVGIKSHAPTSPMADEIQTPLATIASSCDNEVWDS 902

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSS+PKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFK+KKRD
Sbjct: 903  VNGEKFSSVPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKKKKRD 962

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GER+FDDNVKAFIEEEAEVSSDAT+SGDEDD IKSS DSFIDDRV+ASASSTQD TSKPD
Sbjct: 963  GERRFDDNVKAFIEEEAEVSSDATISGDEDDNIKSSSDSFIDDRVNASASSTQDGTSKPD 1022

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVT DVNQSH LHSKHVK
Sbjct: 1023 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTDDVNQSHTLHSKHVK 1082

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIAT GVCPR TDVES NRNSTFCTSE VPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1083 MNCSPEVVIATIGVCPRTTDVESMNRNSTFCTSEPVPVLNLDKQFELVVAGRESISEVDS 1142

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNV+IDDDEFYEGLDLDAVEAHAKLLL+KKVELP  MVTQQQKNIPID SPSFDLGI
Sbjct: 1143 NRNVFIDDDEFYEGLDLDAVEAHAKLLLQKKVELPQIMVTQQQKNIPIDTSPSFDLGI 1199

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy Swiss-Prot
Match: I3XHK1 (DEAD-box ATP-dependent RNA helicase FANCM OS=Arabidopsis thaliana OX=3702 GN=FANCM PE=2 SV=1)

HSP 1 Score: 275.8 bits (704), Expect = 1.4e-72
Identity = 260/798 (32.58%), Postives = 375/798 (46.99%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            M+KQA+ ++IKKHM+NGG NSFNFH S RMIPH  +PEVQ V+ SIKQFV  GKK+++++
Sbjct: 592  MRKQASGRAIKKHMRNGGTNSFNFHPSPRMIPHVYKPEVQHVEFSIKQFVPRGKKLQEEY 651

Query: 61   AVQITSFKNKLTDTETELLLKYF-HPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVL 120
            A +  +F+ KLT  ET +L KY+ +P ++  R SLIAFPHFQT PS+ H V+HS +T +L
Sbjct: 652  ATETPAFQKKLTPAETHMLAKYYNNPDEEKLRVSLIAFPHFQTLPSKVHKVMHSRQTGML 711

Query: 121  INTMQHLQGLHFSRESESF-------------------------SVAQSRN-EVNTSK-- 180
            I+ MQHLQ   FS +S+SF                          +   R+ EVNTS+  
Sbjct: 712  IDAMQHLQEPTFSEQSKSFFTEFRAPLGEREELDTGLRVTNDPKDLHSVRDLEVNTSQRK 771

Query: 181  -AELETPLLYPEVSLPQNSAENNCISRCCSPKHSTIDLVG-----------------SGS 240
              ++E+P    E +       +       S + +++D +G                 S +
Sbjct: 772  AKQVESPTSTLETTEKDYEESSPTHRYLFSSECASVDTLGNVFVMPVPLLFFPNVLESDN 831

Query: 241  KLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPETDCVPVLEDKAMNL 300
              L  +E    C  T+   +VP +   +           E F SP         D A   
Sbjct: 832  TPLPKTEKQHSCRNTSHIDLVPVDTSEKHRQDNISCKLKERF-SP---------DGASET 891

Query: 301  IEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSPRLTNLIESGFVPD 360
            +E  H       T   +D V    V EI      +DE      +LSPRLTN I+SG VP+
Sbjct: 892  LE-THSLVKRNSTRVGEDDVANS-VGEI---VLSSDEDDCEGLELSPRLTNFIKSGIVPE 951

Query: 361  SPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCNGGFCAGNYIFLAS 420
            SP+ D G    R  +    QL  P +        SS         CN          L +
Sbjct: 952  SPVYDQG-EANREEDLEFPQLSSPMRFSNELAGESSFPERKVQHKCNDYNIVSTTTELRT 1011

Query: 421  SEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAII--ASSCDNEVWDSVNGEKFSSIPK 480
             + +       E + +      S + ++ +TPLA +   +S   + W   +GEK  ++ +
Sbjct: 1012 PQKEVGLANGTECLAV------SPIPEDWRTPLANLTNTNSSARKDWRVSSGEKLETLRQ 1071

Query: 481  PHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRDGERKFDDNVKA 540
            P K KRLR++GD        S  K +   +       S +R  K  +   +   DD+V+ 
Sbjct: 1072 PRKLKRLRRLGD------CSSAVKENYPGITEADHIRSRSRGKKHIRGKKKMIMDDDVQV 1131

Query: 541  FIEEEAEVSSDATLSGDEDDKI--KSSFDSFIDDRVSASASSTQDETSKPDMMAIYRRSL 600
            FI+EEAEVSS A +S DE++ +   S  DSFIDD    +A +TQ E+ K DMMA+YRRSL
Sbjct: 1132 FIDEEAEVSSGAEMSADENEDVTGDSFEDSFIDDGTMPTA-NTQAESGKVDMMAVYRRSL 1191

Query: 601  LSQSPFGRLTSPLA------------TRVTESETSPDKTLNIFQS--TVTGDVNQSHILH 660
            LSQSP       LA            TR+ ES +  DK+L+  ++  T   + NQ     
Sbjct: 1192 LSQSPLPARFRDLAASSLSPYSAGPLTRINESRSDSDKSLSSLRTPKTTNSESNQD---- 1251

Query: 661  SKHVKMNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQF--ELVVAGRE 719
                       ++I    V   ++D  SR R  + C S + PV+NL+ +F        +E
Sbjct: 1252 ----------AMMIGNLSVVQISSD--SRKRKFSLCNSANAPVINLESKFAAHAQATEKE 1311

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL
Match: A0A1S3B3H7 (Fanconi anemia group M protein isoform X2 OS=Cucumis melo OX=3656 GN=LOC103485372 PE=3 SV=1)

HSP 1 Score: 1396 bits (3613), Expect = 0.0
Identity = 715/718 (99.58%), Postives = 718/718 (100.00%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 598  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 657

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 658  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 717

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 718  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 777

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 778  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 837

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 838  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 897

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 898  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 957

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 958  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1017

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1018 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1077

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1078 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1137

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK
Sbjct: 1138 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 1197

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1198 MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 1257

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI
Sbjct: 1258 NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 1315

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL
Match: A0A1S3B3E0 (Fanconi anemia group M protein isoform X1 OS=Cucumis melo OX=3656 GN=LOC103485372 PE=3 SV=1)

HSP 1 Score: 1396 bits (3613), Expect = 0.0
Identity = 715/718 (99.58%), Postives = 718/718 (100.00%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 612  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 671

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 672  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 731

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 732  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 791

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 792  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 851

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 852  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 911

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 912  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 971

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 972  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1031

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1032 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1091

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1092 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1151

Query: 541  MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
            MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK
Sbjct: 1152 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 1211

Query: 601  MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
            MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS
Sbjct: 1212 MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 1271

Query: 661  NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
            NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI
Sbjct: 1272 NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 1329

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL
Match: A0A0A0LQJ7 (Helicase C-terminal domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_2G393190 PE=3 SV=1)

HSP 1 Score: 1299 bits (3361), Expect = 0.0
Identity = 670/718 (93.31%), Postives = 687/718 (95.68%), Query Frame = 0


Query: 1   MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
           MKKQATSKSIKKHMQNGG+NSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 136 MKKQATSKSIKKHMQNGGVNSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 195

Query: 61  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
           AVQI SFKNKLTDTET+LLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHS RTMVLI
Sbjct: 196 AVQI-SFKNKLTDTETQLLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSCRTMVLI 255

Query: 121 NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
           +TMQHLQGLHFSRESESFSVAQS NEVN SKAELE PL+YPEVSLPQNSAENNCIS CCS
Sbjct: 256 DTMQHLQGLHFSRESESFSVAQSINEVNASKAELEVPLVYPEVSLPQNSAENNCISGCCS 315

Query: 181 PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
           PKHSTID++GSGSKLL+ SEPGSYCVRTAQDLIVPTEAV ++TTSQTKILPDE FPSPET
Sbjct: 316 PKHSTIDIIGSGSKLLNFSEPGSYCVRTAQDLIVPTEAVIKQTTSQTKILPDEFFPSPET 375

Query: 241 DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
           DCVPVLEDKAMNLIE NHQNT LKR FFNKDTVDEKLVLEIEPQFTPADE  ITETQLSP
Sbjct: 376 DCVPVLEDKAMNLIETNHQNTLLKRIFFNKDTVDEKLVLEIEPQFTPADEFSITETQLSP 435

Query: 301 RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
           RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQ ILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 436 RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQFILPAQVDGLQLLNSSSSGINEMINCN 495

Query: 361 GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GFCAGN IFLASSEGQSSALKDNESVGIKSHAPTS +ADEIQTPLA IASSCDNEVWDS
Sbjct: 496 AGFCAGNDIFLASSEGQSSALKDNESVGIKSHAPTSPMADEIQTPLATIASSCDNEVWDS 555

Query: 421 VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
           VNGEKFSS+PKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFK+KKRD
Sbjct: 556 VNGEKFSSVPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKKKKRD 615

Query: 481 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
           GER+FDDNVKAFIEEEAEVSSDAT+SGDEDD IKSS DSFIDDRV+ASASSTQD TSKPD
Sbjct: 616 GERRFDDNVKAFIEEEAEVSSDATISGDEDDNIKSSSDSFIDDRVNASASSTQDGTSKPD 675

Query: 541 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTGDVNQSHILHSKHVK 600
           MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVT DVNQSH LHSKHVK
Sbjct: 676 MMAIYRRSLLSQSPFGRLTSPLATRVTESETSPDKTLNIFQSTVTDDVNQSHTLHSKHVK 735

Query: 601 MNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQFELVVAGRESISEVDS 660
           MNCSPEVVIAT GVCPR TDVES NRNSTFCTSE VPVLNLDKQFELVVAGRESISEVDS
Sbjct: 736 MNCSPEVVIATIGVCPRTTDVESMNRNSTFCTSEPVPVLNLDKQFELVVAGRESISEVDS 795

Query: 661 NRNVYIDDDEFYEGLDLDAVEAHAKLLLEKKVELPLTMVTQQQKNIPIDISPSFDLGI 718
           NRNV+IDDDEFYEGLDLDAVEAHAKLLL+KKVELP  MVTQQQKNIPID SPSFDLGI
Sbjct: 796 NRNVFIDDDEFYEGLDLDAVEAHAKLLLQKKVELPQIMVTQQQKNIPIDTSPSFDLGI 852

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL
Match: A0A1S4DUR1 (Fanconi anemia group M protein isoform X3 OS=Cucumis melo OX=3656 GN=LOC103485372 PE=3 SV=1)

HSP 1 Score: 1069 bits (2764), Expect = 0.0
Identity = 547/555 (98.56%), Postives = 551/555 (99.28%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 612  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 671

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 672  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 731

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 732  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 791

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 792  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 851

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 852  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 911

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 912  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 971

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 972  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1031

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1032 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1091

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1092 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1151

Query: 541  MMAIYRR-SLLSQSP 554
            MMAIYRR S+ S  P
Sbjct: 1152 MMAIYRRKSIWSNKP 1166

[Close]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL
Match: A0A1S3B2A7 (Fanconi anemia group M protein isoform X4 OS=Cucumis melo OX=3656 GN=LOC103485372 PE=3 SV=1)

HSP 1 Score: 1068 bits (2762), Expect = 0.0
Identity = 545/550 (99.09%), Postives = 548/550 (99.64%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH
Sbjct: 612  MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 671

Query: 61   AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 120
            AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI
Sbjct: 672  AVQITSFKNKLTDTETELLLKYFHPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVLI 731

Query: 121  NTMQHLQGLHFSRESESFSVAQSRNEVNTSKAELETPLLYPEVSLPQNSAENNCISRCCS 180
            NTMQHLQGLHFSRESESFS+AQSRNEVNTSKAELETPL+YPEVSLPQNSAENNCISRCCS
Sbjct: 732  NTMQHLQGLHFSRESESFSIAQSRNEVNTSKAELETPLVYPEVSLPQNSAENNCISRCCS 791

Query: 181  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 240
            PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET
Sbjct: 792  PKHSTIDLVGSGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPET 851

Query: 241  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 300
            DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP
Sbjct: 852  DCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSP 911

Query: 301  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 360
            RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN
Sbjct: 912  RLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCN 971

Query: 361  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 420
            GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS
Sbjct: 972  GGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAIIASSCDNEVWDS 1031

Query: 421  VNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPLGNMVGTFSSTRQFKRKKRD 480
            VNGEKFSSIPKPHKFKRLRKVGDMKKNEN+ESMAKTSISPLGNMVGTFSSTRQFKRKKRD
Sbjct: 1032 VNGEKFSSIPKPHKFKRLRKVGDMKKNENVESMAKTSISPLGNMVGTFSSTRQFKRKKRD 1091

Query: 481  GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 540
            GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD
Sbjct: 1092 GERKFDDNVKAFIEEEAEVSSDATLSGDEDDKIKSSFDSFIDDRVSASASSTQDETSKPD 1151

Query: 541  MMAIYRRSLL 550
            MMAIYR S L
Sbjct: 1152 MMAIYRTSYL 1161

[Close]

BLAST of MELO.jh004793.1 vs. TAIR 10
Match: AT1G35530.2 (DEAD/DEAH box RNA helicase family protein )

HSP 1 Score: 254.2 bits (648), Expect = 3.1e-67
Identity = 263/839 (31.35%), Postives = 383/839 (45.65%), Query Frame = 0


Query: 1    MKKQATSKSIKKHMQNGGINSFNFHASSRMIPHAIRPEVQFVKLSIKQFVRPGKKVKDDH 60
            M+KQA+ ++IKKHM+NGG NSFNFH S RMIPH  +PEVQ V+ SIKQFV  GKK+++++
Sbjct: 591  MRKQASGRAIKKHMRNGGTNSFNFHPSPRMIPHVYKPEVQHVEFSIKQFVPRGKKLQEEY 650

Query: 61   AVQITSFKNKLTDTETELLLKYF-HPCDDAWRPSLIAFPHFQTFPSRTHGVLHSSRTMVL 120
            A +  +F+ KLT  ET +L KY+ +P ++  R SLIAFPHFQT PS+ H V+HS +T +L
Sbjct: 651  ATETPAFQKKLTPAETHMLAKYYNNPDEEKLRVSLIAFPHFQTLPSKVHKVMHSRQTGML 710

Query: 121  INTMQHLQGLHFSRESESF-------------------------SVAQSRN-EVNTSK-- 180
            I+ MQHLQ   FS +S+SF                          +   R+ EVNTS+  
Sbjct: 711  IDAMQHLQEPTFSEQSKSFFTEFRAPLGEREELDTGLRVTNDPKDLHSVRDLEVNTSQRK 770

Query: 181  -AELETPLLYPEVSLPQNSAENNCISRCCSPKHSTIDLVG-----------------SGS 240
              ++E+P    E +       +       S + +++D +G                 S +
Sbjct: 771  AKQVESPTSTLETTEKDYEESSPTHRYLFSSECASVDTLGNVFVMPVPLLFFPNVLESDN 830

Query: 241  KLLSSSEPGSYCVRTAQDLIVPTEAVNERTTSQTKILPDEIFPSPETDCVPVLEDKAMNL 300
              L  +E    C  T+   +VP +   +           E F SP         D A   
Sbjct: 831  TPLPKTEKQHSCRNTSHIDLVPVDTSEKHRQDNISCKLKERF-SP---------DGASET 890

Query: 301  IEKNHQNTPLKRTFFNKDTVDEKLVLEIEPQFTPADECCITETQLSPRLTNLIESGFVPD 360
            +E  H       T   +D V    V EI      +DE      +LSPRLTN I+SG VP+
Sbjct: 891  LE-THSLVKRNSTRVGEDDVANS-VGEI---VLSSDEDDCEGLELSPRLTNFIKSGIVPE 950

Query: 361  SPIDDCGYSRQRISESAKSQLILPAQVDGLQLLNSSSSGINEMINCNGGFCAGNYIFLAS 420
            SP+ D G    R  +    QL  P +        SS         CN          L +
Sbjct: 951  SPVYDQG-EANREEDLEFPQLSSPMRFSNELAGESSFPERKVQHKCNDYNIVSTTTELRT 1010

Query: 421  SEGQSSALKDNESVGIKSHAPTSSVADEIQTPLAII--ASSCDNEVWDSVNGEKFSSIPK 480
             + +       E + +      S + ++ +TPLA +   +S   + W   +GEK  ++ +
Sbjct: 1011 PQKEVGLANGTECLAV------SPIPEDWRTPLANLTNTNSSARKDWRVSSGEKLETLRQ 1070

Query: 481  PHKFKRLRKVGD----MKKN-------ENIESMA--KTSISPLGNMVGTF--SSTRQFKR 540
            P K KRLR++GD    +K+N       ++I S +  K  I        ++   S+  F  
Sbjct: 1071 PRKLKRLRRLGDCSSAVKENYPGITEADHIRSRSRGKKHIRVKWKSAESWFTLSSVAFAL 1130

Query: 541  KKRDGERKFDDNVKAFIEEEAEVSSDATLSGDEDDKI--KSSFDSFIDDRVSASASSTQD 600
              +  +   DD+V+ FI+EEAEVSS A +S DE++ +   S  DSFIDD    +A +TQ 
Sbjct: 1131 VTKKKKMIMDDDVQVFIDEEAEVSSGAEMSADENEDVTGDSFEDSFIDDGTMPTA-NTQA 1190

Query: 601  ETSKPDMMAIY--------------------------RRSLLSQSPFGRLTSPLA----- 660
            E+ K DMMA+Y                          RRSLLSQSP       LA     
Sbjct: 1191 ESGKVDMMAVYRYIQPKISFFYCEVNELIKNHKVSFHRRSLLSQSPLPARFRDLAASSLS 1250

Query: 661  -------TRVTESETSPDKTLNIFQS--TVTGDVNQSHILHSKHVKMNCSPEVVIATTGV 719
                   TR+ ES +  DK+L+  ++  T   + NQ                ++I    V
Sbjct: 1251 PYSAGPLTRINESRSDSDKSLSSLRTPKTTNSESNQD--------------AMMIGNLSV 1310

[Close]

BLAST of MELO.jh004793.1 vs. TAIR 10
Match: AT1G35530.1 (DEAD/DEAH box RNA helicase family protein )

HSP 1 Score: 218.4 bits (555), Expect = 1.9e-56
Identity = 239/794 (30.10%), Postives = 349/794 (43.95%), Query Frame = 0


Query: 31   IPHAIRPEVQFVKLSIKQFVRPGKKVKDDHAVQITSFKNKLTDTETELLLKYF-HPCDDA 90
            IPH  +PEVQ V+ SIKQFV  GKK+++++A +  +F+ KLT  ET +L KY+ +P ++ 
Sbjct: 576  IPHVYKPEVQHVEFSIKQFVPRGKKLQEEYATETPAFQKKLTPAETHMLAKYYNNPDEEK 635

Query: 91   WRPSLIAFPHFQTFPSRTHGVLHSSRTMVLINTMQHLQGLHFSRESESF----------- 150
             R SLIAFPHFQT PS+ H V+HS +T +LI+ MQHLQ   FS +S+SF           
Sbjct: 636  LRVSLIAFPHFQTLPSKVHKVMHSRQTGMLIDAMQHLQEPTFSEQSKSFFTEFRAPLGER 695

Query: 151  --------------SVAQSRN-EVNTSK---AELETPLLYPEVSLPQNSAENNCISRCCS 210
                           +   R+ EVNTS+    ++E+P    E +       +       S
Sbjct: 696  EELDTGLRVTNDPKDLHSVRDLEVNTSQRKAKQVESPTSTLETTEKDYEESSPTHRYLFS 755

Query: 211  PKHSTIDLVG-----------------SGSKLLSSSEPGSYCVRTAQDLIVPTEAVNERT 270
             + +++D +G                 S +  L  +E    C  T+   +VP +   +  
Sbjct: 756  SECASVDTLGNVFVMPVPLLFFPNVLESDNTPLPKTEKQHSCRNTSHIDLVPVDTSEKHR 815

Query: 271  TSQTKILPDEIFPSPETDCVPVLEDKAMNLIEKNHQNTPLKRTFFNKDTVDEKLVLEIEP 330
                     E F SP         D A   +E  H       T   +D V    V EI  
Sbjct: 816  QDNISCKLKERF-SP---------DGASETLE-THSLVKRNSTRVGEDDVANS-VGEI-- 875

Query: 331  QFTPADECCITETQLSPRLTNLIESGFVPDSPIDDCGYSRQRISESAKSQLILPAQVDGL 390
                +DE      +LSPRLTN I+SG VP+SP+ D G    R  +    QL  P +    
Sbjct: 876  -VLSSDEDDCEGLELSPRLTNFIKSGIVPESPVYDQG-EANREEDLEFPQLSSPMRFSNE 935

Query: 391  QLLNSSSSGINEMINCNGGFCAGNYIFLASSEGQSSALKDNESVGIKSHAPTSSVADEIQ 450
                SS         CN          L + + +       E + +      S + ++ +
Sbjct: 936  LAGESSFPERKVQHKCNDYNIVSTTTELRTPQKEVGLANGTECLAV------SPIPEDWR 995

Query: 451  TPLAII--ASSCDNEVWDSVNGEKFSSIPKPHKFKRLRKVGDMKKNENIESMAKTSISPL 510
            TPLA +   +S   + W   +GEK  ++ +P K KRLR++GD        S  K +   +
Sbjct: 996  TPLANLTNTNSSARKDWRVSSGEKLETLRQPRKLKRLRRLGD------CSSAVKENYPGI 1055

Query: 511  GNMVGTFSSTRQFKRKKRDGERKFDDNVKAFIEEEAEVSSDATLSGDEDDKI--KSSFDS 570
                   S +R  K  +   +   DD+V+ FI+EEAEVSS A +S DE++ +   S  DS
Sbjct: 1056 TEADHIRSRSRGKKHIRGKKKMIMDDDVQVFIDEEAEVSSGAEMSADENEDVTGDSFEDS 1115

Query: 571  FIDDRVSASASSTQDETSKPDMMAIY--------------------------RRSLLSQS 630
            FIDD    +A +TQ E+ K DMMA+Y                          RRSLLSQS
Sbjct: 1116 FIDDGTMPTA-NTQAESGKVDMMAVYRYIQPKISFFYCEVNELIKNHKVSFHRRSLLSQS 1175

Query: 631  PFGRLTSPLA------------TRVTESETSPDKTLNIFQS--TVTGDVNQSHILHSKHV 690
            P       LA            TR+ ES +  DK+L+  ++  T   + NQ         
Sbjct: 1176 PLPARFRDLAASSLSPYSAGPLTRINESRSDSDKSLSSLRTPKTTNSESNQD-------- 1235

Query: 691  KMNCSPEVVIATTGVCPRATDVESRNRNSTFCTSESVPVLNLDKQF--ELVVAGRESISE 719
                   ++I    V   ++D  SR R  + C S + PV+NL+ +F        +ES   
Sbjct: 1236 ------AMMIGNLSVVQISSD--SRKRKFSLCNSANAPVINLESKFAAHAQATEKESHEG 1295

The following BLAST results are available for this feature:

BLAST of MELO.jh004793.1 vs. NCBI nr


Match Name	Identity	Description
XP_008441145.1	99.58	PREDICTED: Fanconi anemia group M protein isoform X1 [Cucumis melo]	[more]
XP_008441146.1	99.58	PREDICTED: Fanconi anemia group M protein isoform X2 [Cucumis melo]	[more]
XP_011649875.1	93.31	DEAD-box ATP-dependent RNA helicase FANCM isoform X1 [Cucumis sativus]	[more]
XP_031736810.1	93.31	DEAD-box ATP-dependent RNA helicase FANCM isoform X5 [Cucumis sativus]	[more]
XP_031736811.1	93.31	DEAD-box ATP-dependent RNA helicase FANCM isoform X6 [Cucumis sativus]	[more]

BLAST of MELO.jh004793.1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
I3XHK1	1.4e-72	32.58	DEAD-box ATP-dependent RNA helicase FANCM OS=Arabidopsis thaliana OX=3702 GN=FAN...	[more]

BLAST of MELO.jh004793.1 vs. ExPASy TrEMBL


Match Name	Identity	Description
A0A1S3B3H7	99.58	Fanconi anemia group M protein isoform X2 OS=Cucumis melo OX=3656 GN=LOC10348537...	[more]
A0A1S3B3E0	99.58	Fanconi anemia group M protein isoform X1 OS=Cucumis melo OX=3656 GN=LOC10348537...	[more]
A0A0A0LQJ7	93.31	Helicase C-terminal domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_...	[more]
A0A1S4DUR1	98.56	Fanconi anemia group M protein isoform X3 OS=Cucumis melo OX=3656 GN=LOC10348537...	[more]
A0A1S3B2A7	99.09	Fanconi anemia group M protein isoform X4 OS=Cucumis melo OX=3656 GN=LOC10348537...	[more]

BLAST of MELO.jh004793.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G35530.2	3.1e-67	31.35	DEAD/DEAH box RNA helicase family protein	[more]
AT1G35530.1	1.9e-56	30.10	DEAD/DEAH box RNA helicase family protein	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR14025	FANCONI ANEMIA GROUP M FANCM FAMILY MEMBER	coord: 1..687
IPR039686	FANCM/Mph1-like	PANTHER	PTHR14025:SF20	FANCONI ANEMIA GROUP M PROTEIN	coord: 1..687

Relationships

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


Feature Name	Unique Name	Type
MELO.jh004793.1.t1	MELO.jh004793.1.t1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006281	DNA repair
molecular_function	GO:0043138	3'-5' DNA helicase activity