MELO3C012686.jh1.t2 (mRNA) Melon (Harukei-3) v1.41

Overview


Name	MELO3C012686.jh1.t2
Type	mRNA
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	protein TPX2-like isoform X3
Location	chr01: 21673641 .. 21709942 (-)
Sequence length	996
RNA-Seq Expression	MELO3C012686.jh1.t2
Synteny	MELO3C012686.jh1.t2

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.

GCAAAATCAACCTCGGGGAATACATTCCAACACGGTTCTTCGAAGGTGATGTTCATATCTTAAATACTGTTCTCATGCCAATAATGATGTATGCAGTGTCTCTTTCTCTTGATATATGATGGGTTCATTTCTCATTCCACTCGTGAAGATAGGTTTATATCAGGATAGTTGGTGATAGTTGTGGCTCATTCATTATTGTGGAACATGTTACTGTGAAATAAGGGTTCAATATAATCATTATTTATTGTTATAGTTTATTTTATGTTCTTATTCAATTTTATTCTCACTTATCATTTTGTAATGTTTCTTAGATTTCAGTTCAGCTTGGGCGATAGTATAGAGATCAGCTCTCAGCGGTCTTCATTGAATATTAGTCATGCTACCAAAAGGCAGAAGTTGGAGGCTGGTTATTTTTCCAATGTATGTGGAAATTTCTATTTCTACATTTATTTTTATTTATTTATTTATTTTTATTTTTATTTTTATTTTGTTTTGGTATTCTACAAATCTCTTACATGTAGCTGTCTTTATTGAGGCAAAGGGAATGAAACATTAGTGTGTCAGACAGAAGAAGACAGTATTCAACCTTTTCTTTTTCCAAACCAAATATTCTTTCTAACAGCGTGCCCATCTTTCCTGTGTTAGCTTAAAAGTGTTTTGCGTAGGACAACAATTAGGATAGGAACATATGAACCACATACCTTATAGCTATTAATATACTCACTCTAGTTGAACTAAGCTCTTACTGGCAACCTCCAAGATTTTGAAACCCATTCATTTAGATGGTTTAGTTACCTCCTTAGCAAATATTGCTATCTGTTTCTCTTGCATTCTTGTTTATTACTGACATCATTTTAAAAAATATTTGAAGATGCTGTTAAGGGTACGAAGACTTAAAACTGATGGGTTTCTAGAGTGCTGACTACTGTCCAATCGCCAAGACTTGTGTTTTCTAATTGGCGTATTGTTTCCATCTAACTATTGCTATTGCTTTCTTCGTCTCATCTCACACTCTGTAACATCATAAATGCAGCATATTTGAGTGGTTTGATTAGTTTTATCTTGGAATTTCATTTTTGTTTTATCAACCTTTTAATAAATACATTTTTCCTAATCCTAAAATATTAAAAGCAGAGAGACAAAAAGGAAAGGGATTTCGTGGAATTTATTTTTCTTTAATATGCTTTTGTAGAACGGGCAGTTACTCATGTTCCAGTCTATCAAACCTGCAGAGTGAGTCTATTAGTCACAAGTTTTTAAGGAACTTTTAACCTTCTGCTGCAGGTCCGACATTCAAAGCGTCAAACAAGTTTGCTTCACAAAATACCTAAAAAGGTAATCAATGCATCTTCCTTCAATATATCATACTTGTGAATCAAACATTGTACTTATGCAAACTTATCATTACGGTAGTAGAGTGTTAGTATGGAAAGTTTTTCTTTTTTAAGGTAAAGAGTCTTTTATTAATATTAATATTGAAAGTAACAACAATAGCTAACACAAAGATTTACGTGGAAACCCTAATACAAGGAGAAAAACCATGAGAGAATTTTCAATTTTCTTATTATTTTCTTATGCCACACAATAATACAAGAATGGAGATTAATAGACAACATGAACCTAAGATAAAAAAGGAAAGAATAAATAAGGTTACGTAGAGTACAAAAGAACCTTTGGGCTTTCAACATACAACAAGCCCACTAATTCTAACCATTAATAATGACACAAAAGCACAATGTACAAGAAGATTATACATTACAAGAAATCGGGCTTTTTCCGACGTCGAAAAAGACGTCGGCATAAAAGACGTTGGTAATAAGAGGTTCTCCCAACGCATAAAGTAAGACGTCGGGAGAAAAAGCTATTCTCGACGCATAAAGTAAGACGTCGGGAATAAGAGGTTTTTCCGACGCACAATTCATGCGTCGGGCACAAGACGTCGAAAAATAAGGGATATTTCCGACACCGACCTAACGCGTCGGGAAATGTCGTCGGGAAATAAAGGGTATTCCCGACGTTGGCCTAACGAGTAGGAAAAGGCCTAGGTATTTCCGACGCCGTAAGTGTGCGTCGGGAAAGGCAAGTAGTGCGTCAAGAAAGACCTAGGTTTTCCCAACGCCGTAAGTAGTGCGTCGGGAGATCCCCTTAATATTTATTTTGTTTCTATTTTACACAGAACTGAAAACAAAAGGGAAAGGGTTCGGACAAGAGAGAAGCATTTGTCGCCGTCCGTAGCTCGCCGCCGTCTGTTCCATCATCGTTGTCGTCCATCGTCGCCGTCCGTCGCCGCGGCCGCAACTTCAGCCTTCCTCTGTTCGTAGCTCGCCACCAACCTTCTCTTTGATGTCTTTCAAGTTCTTCTCTCTCCATTCTCACTTTTTCAGGATCCCGTTTGTCACCCTGTACCTAAGTCAGTCCTAAACAAATATATCTCAAATGAATATTTTTTTTATTGAAACAACTTTCATTGAATGAATATGTGTGCGTCTGTGCATCATAGGGTTGACCTAACATTGGATAAACAAGAAAAACCTCAAGTTTAATGAACCTTTTCAAGTGTCTTTTCTCGAGCTTTCAGTATAGTGTCGGCAAAATGGTTCCTTAACAAAGCTGCATGGTAAAGCCTGTCGAGAGAGGCTTTCCTGACGCAGTGCTTTCCCGACGCCATGGATTACGTTGAAAAGGATGCCGTCGGGAGAGGCTTTCCCGACGCGTGACCAACACAGCATCGGGAAAGCCTATCCCGACTCACTCCCTCCGACGTTTGTCCCGACGCCGAGGACTGCGTCGGGAGATCCTTTCCCGACGTATTTTTCACTTCCTCCGACGTTTTTTGGCGTCGGGAAAATTTCGATTTCTTGTAGTGATATAATGAGCATAAGAACCTAAGGATTACTAGACGCACCCGGACATCTGAACCAAGTTGATACCTCCTTAGCATCCTCATCATATCTGTATAAACTATTAAGAACATATAATATGAGGATAAATGAAGGTCAGCACAAGCTGTAAAAACCCAGAATCCAAAATCTAATACACCAAATCTACACTGACCAAAAGGCACCGATAAGGAAGGAGACCAAAAAATAATGAACCTTGATTAAATTGTTGAAATGAAGGCACCCTAGTTTAGATTTAAATCAGAGATGTTGTACATGTTGAATTCCTTAGAAAGAATGTACCACAAAGAGGCATTTTGATGAGCATTTTCAAAACGATCGAACCAACTTAGAGATTTGTTGTGAAAAGTCCTTTGGTTTCATTCAATCCAAAACTTGGCCAATAAGGCTTTGTCTGCATTCCACCAAAGAATTTGTGCAGTCTTCTTAAGATGGGGTCCTCCTACAAGCAGTCTAACCCATTCTCTACTCTCCAAGAGAGGCATCCAAGACATTTTAAAGATGGAGAACCAACTTCTTCCACCAATTGGCTGGATATGATTAAAGAAAAAAGAGGTGTAAAGGGCTTTCTTCATGCTAGAGACAAAACGAGCAGATTGAGGGTGAGAGACAACTATTTGGCAATTTTATCTGTAAAATTATATAAATGTTCAATTGACCAACCAACATCACTCAAACTAGAATATTCACATACCCAGTGGTATAATATACAAATGTCGAGTTTAAGTGAGAAAATGGAATACAATAAACTCGGGTATACTTTAGATACATATCCAATAAAAACAAGGATAGTGGATATGGATAATATCCTTAAATCTTGAACAAATAAAGAAATTATAATAAAGAAATGTGATAAAGTTATTTGACTAATACATCCCCTCAAAACTCAAGACAATGAAGTAGTCATGAGTTTGGAAGAGCATGACGGAAAGGGACGTGATGGAAGAGCCTTGGTGAAGAGATTAGCAACTTGGTCTTGTCAAGAAACAAATTGGATGACAAGATATTTCCAAAGAACATTCTCTCAAATAAAATGATAGTCAATTTCAATGTATTTGGTATGAGCATGAAATACGTGATTGTTGGCTAGTGAGATACCAGACACATCATCACACCACAATAGAGGAGGGTCTACCAAGAAAAAGGATAAAATCATTGGTGGTTGATACAATCGATAACTATTCTAATTTAGATCAGGGTTTAAGCTTGTTGCCATTTATTCCTAGCCCATGCATCTAATGATTTTTTTTGAATTCGTGAATCCCACCTTCGAAAAATCTCGACAAATCTTGCTCTAATCATGCTTGTTTACTTCATAAAAGTCTCTATGGTCTCAAGCAGGCAGCTCGAGCATGGTATGATTGGTTGGCATTTTATTTACTCACACTAGAATTCATTATGTCCAATGCAGACAACTGCTTATTTGTCCAATCTGATGGCTCTTCATTGACTATTTGTCCAATTTGATGGCTCTTCATTGACCTATCTTTTACTCTATATTGATGATATTATCATCGTTGGCTCAGATTTCGATCCTGTGCTTCTTTTAAAAGATCAACTTTCTTCAAACTTTTAGATATTAGGCAATCTTAGGCATGTCCATGACAAATTCTTGTCACATACTCATGTCCACGACAGTTATTCTCCATGCATCAGATCCACTTTTATCTAATGTTACCCTATACCGAAAGTTTCATTACAGTATCTCACACTAGACCTGATATTGTATTTGCGGTCAATCGTGTTAGCCAATTCATGCAACAACCTACTGCGATTAATTACACGACTATTAAACACATCATTTTGATATCTTTGTGGAACACATGATCTTGGTATTTTGTTCAAATCTGGCAAGCTTTTTGTAGAAGCATTCTATGATGCAAATTGGGCAAGTGATTCTTCAAATCGTCGCTCCACGACAGAATATGTTGTTTTTCTTGGCTTCTCTCCTATAACCTAATCTGCCAAGAAGCAACCTACTATTTCTCGATCGTCTACCAAGGTCCCTTGGCTATGTTATTTTCATATTTTCTTGGCAGATCCTCCTCTCTTGCAGTGTGACAATGTGTTAGTTATCTCACTAGGTATTTCATGTTCTTACCAAACACATTGAAATTGACTATCAATTTGTTTGAAAAAGGTTCTTAGCAAAGATCTTGTCATCCGATTTGTTTCTTCACTAGACCAAGTTAATGATCTCTTCACCAAGGCTCTTCCATCGCGTTCCTTTCGGTTATTCTCTTTAGTTTGAGGGGGTATATTAGTCAAATAACTTTATTACATTTCTTTATCATCATTTATATATTCACTATCCTCGTTTTCCTCCCCTTTTTCAGCTATATTATCACCATCCATTGTTTGTATCGACCACCCATTATAAAAAGGGAGCGTACATAATTTCAAAAGATGTGCAGGAAAAATTACAATTGAAAGTTAAAATTACTTGGAAGTTCATTTCTAATTGATCGAGAAAGCTTGTTGTAATTCCATGAAATATTTGTACCTTTTGTAAATTTCACACAACAATGAAGTTGCGTTGTTTCTTATTTCTTATAAGAAAAAAACAAAATATCTTCAGGAGTAAACAAAATATTACCTCGAGTTTTTGCTTAAATCTTTGTGATGGTTGTGTAGATTGAAATATATCTAGTTGACATTGTCCTTGAAGTCACTAAAGTAATGTAAGATCTCTAGACGCACAAAATCGTCGGGATGTACACAAAAACGCATCGAAAAAAGATCTCTCGATGCAAATGCTTGTCAAGATCGTGGTTGGACGAAATGCATTGAAGAAACCTTCTTGACGGCAAGAAATGCACCATCGGGAGATCGTATGTAACTCCCAACGCTACATACGACATCGAGAGTTTGATTATTTTAAAAAAAACATTCCATCATTACTTTTATTTTATTTTTGTAACCTAAAATTTTGAGCCCAAATAAAAAATAATCAAATAAATTGTATTTATACAGTATCAAGACAATTAAAATATCAAAATTTTCAACTCATAAAATTAAATAATCAAACAAATTGCATTTGTACATTTATCTTTGTAGAAAGCATAGAATTAAAGGCCTAGCACCTCATTACAACTTGGGATTAATATAGTAGTTTGAACTTTGGTGCACAACTTTTCAACAATTATAATAATAATGAGAGTGAAGTAATCCACATTTGTCTCAACATTGTTACATACCATTGTTTCCTTGCTCTGATAAAATTATAAATAATTCACCCTTCAAAGTCCCACGTTGCAGACCATATTTAGACACAAGGTCCATTTCCTTGTAAAAGAACAAGAATGAAGGGTACTCATGAAAGTATACAATGAAACATAACGTGAACCATTCACAATATCTGCCCACATTAAGTTTGTAATAAAGCAGAACAAAAGGATGAGTGGTTTAGGTTCTGAATCTCCAAGGTTCGGGTTCTCTGCTTGGCCTTATTTTGAGCTGTAGGATTATTTGGGTTGGATTAAAATTGCATCAATCCAAGAACGTTGGAAATGTTTAGCAAGTCGCAAATCTAATATGATAATAAGCTAAGCAGAACCTCCATCCTTCCAAGATTTTAATCAAGGCATTTAGGATAAACTAGAACTAGAACGACCCACACAAACTTATAACTAACAAGCAATGCTATTTTCTCATTAATCTAACCAGAAGTCATAACCATTCATCCTTCAACAATAGGACAGACAACATTACAACTTGAAATTTCACGTCAAGCACCCCTCATGAGTTAAAGCAGGATGGTCAGAATCTCTCCTATAATACTATGTAGGGAAAGGGCAATTGTATCTACTTTCCACTAATTGTGTGAAAGGAGAAGAAGATTAGACTAATGAAACCAACTATGCAACTTGGTGGTACCGAAAACAGAATCGATATATTAGGAAGTACATGGACCAGCTTTAAAACTCTTCAAACTTCAAAGCTGTTGACTGAAATAAAAATGGATGAAGCTAATATTTAAGAATCACAATTAGAAAGCGTTCTCTCTTGCGAGAACCGTCATGTAGAACAAACAAATACAACAACTAGAGAGTTACTGATCAATCAATATTCAATAAGAAAAAATAAACATAAACACAGAACTTGTTCAACTAAAATATAGAAAAGCAACCTGAAACTATTCTCTTAGGTGGTAGTAGTGGTGCTTTTGGATTACAAGGCATGCTAAGACATCTCTCCCAGAAACCAGCAAAGGTAGCAAACGGATTGCCATTGGCATCCTTAACATCCCACAGTTCCTACAGTAAACCTCCTTCACCCATGATCCCGAATGAGCGATGAAGGATCTAACAGAACAAATTCACTTTCATAATATATGTATATCCAAATCATTACCAAGACATCAAAGAAAACACCATAATTCACCAATTCTAAAGGAAGAATCTATTCACAACACAACCATTTAAGAACCCCCTTCCCTCTTTCCAATCCCATGAAAACTGAAGCACTTGCAATTAGAATCCGAGAAGACAGTTTATATCAATAATAAGCAGAGTTCACCTGGTAATTAATAAGAATTAACAAGCAGATGAATAAAAATCTCAGTATAATGTCACAAAATATCTTCCATCCTTGAAAAAACCCCACAAATAGAAGAAAATTAGATCACTATACAAACAATTTCAAGCACATCCAACAACAAACAAATCAATTGTAGAAGAAAAACAAAGAAACCCAGAAAGAAGAACAAACCGTATAAGAGATTGAAGAAGAGGTGAGAAGCACCGATGGGCTTAAAGGCGTCAAGCAGCAAAGTAGAAACGGTGTTTGTGGATCTCTTAGTGAGAAGAAAAGTACCAAGGATTCTACGAGAGGAATCAAGACGAGCTAAGCTTTGTTTAAGCCACCATCAGGAAACTCTACCATGATAATAGTGACCCTCTTCTTTAGGAGCCTAGAAGAAGACAGCGACGACGGCGCCAGTAAGAGGTGGGTTATAGACCTAGCACCTCTCTCCATAGAATTATACCCATCCCCTTCCCCTTCTTCGCAGGTTTGTGAAGTACAAATCTGGGAGGGTTTTTAAAGACTAACTCCCGACGCCGTCCAACATGCATTGAGAGTTATCCCCAAAACTGTCGACGCTTTAATTAATGCATCGGGAATTCGCTTCTATCTCCCGATGCCGTGAACTTGCTGATGGTTGCGTCAGGAGAGGCCTTATCTCCCAAAGCATCATCTCCTGACGATTTAAAGTGATGTCGAGAGATCCAAAATTTCATGCAGTGAGTTCTTCACGATAGAGTAACACACATAGTTCCAAGTCATAACAATGGCGTTTTCAGTATCCAAGTAGCAAACAATGGATCAACTTTGGCCGGTGCCTTTCTCTCTGGTAAGATATCCTATTTTTACTTGTCTATGAATATACATTTGAACACCATGGGACCAACGAAGAAAGTTATCTCCATTAGGTAAATAAGTCAGATCGTCAGAGTGTGGACATTCGGAGCATAACGATTTTCAGAAACGTTAGCCATCAATGACTTGTCTTGCATACTGCACATTGAAAACATGAAAATGCACTAAATAAAGGGAAAAAAAGCTCCAAAAACAAGATTTCAGCAGTTAAAACCAAACAAAATAATAATAAAAGGAGCACTAGCAGAGACGATTGAAGATGTCAGCAGACAACGCAAAACCCCTGTCAGTGGTGACAAGGATGTTTGCGAACCATTGGAATGGTGGGTAACTTGGGGATTATAAGGGATCACCGATGCACATCCCCGTTGTCGGGTGGGTATGAGTTAGAGGTATGGGGACGGTGGCTGATAATGAAGTAATGGCTAGGGTTAGGATTTATATACTTAGGGATTTATTATATGTGTTTGCATCGATACCATGTAGGTCATTATTCAAGGAGCAACAAGATTTAAAATCAAGACAATGCATTCTATTCTTTAAGAACATTTTATTTGAGAAACACAAAAGACAAATCAACAAAAGAAAATAAATGTTCAAATCCTGAAACTATCTATCCAACAAAGTGTTAAAAACAATCTAAAATCTTAAAAATATAGCGGAAGCAGCAATATAGTGTCAAATGGCACGATTGCGGGTTCCTTTTGAGACCTGAAGCTGCAGGGACGACGAGAACGGCGGCGGTGGCTAGACGCTACGGCCGACAGACGAGCTACGATTGACGGCGCGACGACAAGAAGAAAAGATGGAGAAGGCAACGCCAACCGTTTAGATGTGAGGAAAAAGAAGATGAAAAATATATTACTTTTTTTTTTAATTGCGCATAATACGAGGAGAATTATTTATTTAAATCCTAAATTCTTTTGATTTATTTTAAAAAATATAATAAAACTTCAAAATATTTACATAGAATAATTCCAAAAACGGAAAAAGTCCACGATCCACGATGAAAAATACCAAAAATATTCCGTCAACAACGTGCCTAATATACTTGTTATATGATTGTTTAAATTTGACTAAATTTTTTTTTAAAAATTTAGTACATGATCATTTACATTTGGCTAAATGAATTTTTTCAAGGTTCTTTTGGTACGTGATCGTTTAGATTTGTTTACACGATCGTTTATTTTTTCAAGATTCTTTGGTATATGATCGTTTAGATTTGACTAAACAATTTTTTTGGTACATGATTGTTTAGATTTGTCTACACGATTTTTTTTACACGATCATTTAGATTTTGCTACTCCAATTTAAACGATTTTTTTCAAGATGATCTTTTAGATTTGACTATTTTTTTTTTGTATACGATCGTTTAGAATTGATTACCCAAGTTAGATACCAAATCTAAACGAGGTAAAAAAAGATTACACAAATCTAAATCTAAACGACGTATAAAAAAGAAGAGGAAAGAAGAAAGATGATGGAAAAAAAATTGCAGCAGAAAAAAAAATAAGAGGAAAAGAAGAAAGACTCGAAAGAAATTTCGAAGCGAACAGAAAAGAAAGACGGAAGGGGTAAACCTGAAATATTTAAAAATGACTAACTTCATGCCCTTTGTTACAAGAGCGTAAATATTTGAGTGGTTTGTCATATTTATGAAATTTTCCAAATTCTTTTCCCTTTTCCCAAAACATATATATGACTTTTATAAATCCAACAAAAATAGAAAATGGGTAACAAAAACAAAACAAAAAAAAGCACGTGAACCCAACATAAAATGTAGATTTGATTTTGATACTGTAGAAATTCGTCGCTTCTATTTCTTATTTTTCTTTGTGATTTATTTATCTTCTCTTCGAGATTTCTTCTACTATTCTTTCGGTTTTTATTATATTTTTATTTAGTTTTTTCTTTCTTTCTCATTCTTTTTTTTTCTTCCAGCTCTCCTAGAAAATTAAGATTGTTTAAATATTATTTTGATATAATATTTGATTTGAACGATCACTTACTAAGTCAACATGATCGTTTAGCAGGATAAATACAATGGTTTCGATTTGAAGCCATTTTCTCATTGTTTAAAAACAATCGTTTAATGTGTTCAACACGATTATTTAAATTTGAAGTCATTTTCTCATCATTTATAAAAAACTGATCGTGGAGATATGATCTAAACAATCTGTAACGACTCAACTTTTCAGACTAAGCCAAGGTCATTACTTTACTTCATCAAAACATTAAAAAAAAACTAATAAAACCTGTTTAAAATCATTAAACATAAAAAAATAAGGAAATCTGTCTTTAGGTCCTATTTCAAACAATTTCAAAAGTTTACATATTTTATGAAATCATCAAAGAAAAAAACCAAATAAATAGATATCCTGAACCTGACTCGTTTTCAATCCTCAAAACAAAATAAGTAAAAGAAAAAAACACTAAGCGATAGCATTAAAAGAAAGACGTTCCCATATGGCATTCACGAATCCTTCTTGCCTTTCGTCGGTCTATTTATCGCATTATCCTTGTTTGAAAAAGTAAAATATAAAAGAGTGAATATAAAATATATCCAGTAAGAGACCCACTACTGGTCCCGTTAGAGGTAAAAACAATTAGCTTCCTATTAGGGGTACCCTGCAACATAACAGTCTAGTGATCCTGTAGGATATGCACATCAGTCTAATGATTCCGTAGGACGCACATATCAGTCTAGTGATCCCGTCGGATACACACATCAGTCTAGTGATTCTATAGGGTACACATCTTAGTTTAGTGATCCCGAAAGATGCACAGCTTGTGGTGATCCCGTAGGACACCATGCTTGCAAGGTATATCACCCTATAGATAAAACTAATAGTTACTGCTCAGACCATTCTAAACAGCCCACGATAGTCACATCAAAATACATTTTAAACTAACAATTTGTTCTTTACGCATAACCAGATAAACAGTCTAAGTTTAGTCAACAGTACCGTCCATCAATATATGTAACTAAACTATAAATCACAGTTACACCATCTAATTCCAATCCATAGTACAAACCATCAATATTTAAGTACACCTGACAGTAAAATCATTTACATTCAGTCAACAGTGCAACTCTACATGACAGTCAAATCATTATCATCTATATTCAGTCAACAACACAACCCATCAATATATTTAAACTACACATAACAGTTAAGTCGTCTATACTCAGTCAAAAGTGTAAACTAACAATACTTTCTATCTACACATAAGAGTCGAATTAGTGCATTCTTTATATTATAACTTTCATATCAGTCATTACGTTCCAATTCTAAATTGAGTCTAGCAGAAATCACGTTCCAAGAGTCTAGTAGAAATCCCTTACTTTACGCTTAGCTAAGATTCTCGATAAAAGAAGTCCAATGAACCAACCTTCAAACACCATATTAAGCAAAGCCATCCAACCAAAATATCCAATTGCGAATTCAATTAGGCTTGGCTTCCCTGAGGATGGAGATCAATTAGGCCAGACGCAGAGGATGGGTGGAGGATCTTCACGGATGGAGATCAATTAGGCCAAACGAATCGTTCGACGGCGTGTGCGACAAACCACAACCTGTGCGAACGAATCTGATGCCTTGGCTTAGCCGATGAGGAACATGACAGAGAGTGGACAGAGAACTAAGGTTGGTCGGACGAAGAAAAAAAGGCGAAGGGTGAGGGCGACACTGTGCAATTTCGAAGGAGAAAAGGCTGGGGCACACAAGTAAGGGTTTTTTTTTTAAAAAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAAGGGATCTTTTAAAAAATATAAAAAAACGACAAAGTATTTACACTATATAAAAATAATTTTTAAAACGGAAAAAACCCAGAGGTCCACTATGTAAAATGCCAAAAATGTCCTGTCAACCACGCCAACAACGCAGACGTAATATATTTGCGATCGTTTATTGTTTGGTACACGATTGTTTAGATATGGCTACAATTTATGCGATCGTTTAGATATGACTACAATTTATCTTTTCAATTTTATCGTTTAATTTTGTTACACGATTATTTAATTTGGTTACGTTTAAATTTGGTTACACGATCATTTAGATTTGAGGACCCAAATTTAAACGGTTTTTTTTTTTCAAAATTTGATACACGATTTTTTTAATTATTTTGGTACACGATTGTTGATCGTTTACTTTTTTTACATGATCGTTTAACTTTAGCTACTCCAATCTAGATGATTTTTTAAAGATTCTTTATACACGATTTTTATTTTTTTACACGATCGTTTACTTTTTTTTACACGATCGTTTACATTTGGCTACTCCAATCTAAATGATTTTTTACTTTTTTTTACACGATCATTTACATTTAGCTACTCTAATCTAAATGATTTTTTTTTTCAGAATTCTTTATACACGATCGTTTACTTTTTTTACACGATCATTTACATTTGGCTACTCTAATCTAAATGTTTTTTTTTTAGATTCTTTATACACGATATTTTAGATTTTGCTATTTTTTGTACACGGTCGTTTAGATTTGGCTACCTAAATTTAAACCACATAAAAAAAAAAAAGAGAAAATGAAAAAAGACAATGGAGAGAAACACAGCGAAAAAAAAAAAAGAAAACAAAGAAATACGATAGAAAGATTAAACGACGTAAAAAAGAATCAAAAAAGAAGAAAGGCGATGAAAAGAAATCGCAGTAGAAAAAAAGAGTAAAAGAAGAAATACGATGGAAAAAATTACAGCAAAAAAAAAAAAGAAGAGAAAAAGAAGAAAGACGATGGAAAGAAATCGCAGCAGAAAAAAAAAGAAGGAAAAGAAAAAAGACGATGAAAGAAATTCCATGAGGAAGACGATGAAAGAAATTGCGAGAAAGAGAAGAAAGATGGAAATACAAACCTGAAATATTTTTAAAAATGACAAACTCTATGAGCTTTGTTACACGGGTCATAAATAGTTTGGTGTTTTGTTACATTTATGTAAGTTTCCCTAATAATAATATAATATAATATAATAATTTTATTTTATATTATATTATCTTATATTATTATAAAAGGGAAACTTACATAAATATAACAAAACTGTACACTATTTACGGTTCGTGTAACAAAAACTCATAAGATATGTCATTTTTTTAAATATTCCAGCTTTGTCCTTCCATTTTTCTTTTCCTTCTCGCGATTCGTCTTTCTCCTGTTATTTCGTCTTCCCCGTCTTTCCTGTCTTCCCCTGCGATTTCGTCTTTGTTCTTTTCTCTTTTTCTTTTTTGCAATTTCTTTCCAACATCTTTAATATTTTTCAATTCTTTATTTATGTCGTTTAATCTTTCCATCATTTTTTTTCGCTACAATTTTTTTCCACCGTCTTTTGTTTTTTTACGCATTTACATTTGGTAACCAAATCTAAATGAATGTGTATAAGACTGTGTACAACAAAATAGCAAAATCTTTTTAATTCTTTATTTATGTCGTTTAATATTTCCATCGTTTTTCTTTTTTCCTCTTCGTTTTTTTCACTTTGATTTCTTTCCCATCGTCTTTTTTTTTTTTTTTTTACGCATTTACATTTGGTAATCAAATTTAAATGACTTTGTATAAGATTGTGTACAACAAAATAGCAAAATCTAAAAGATCGTGTATAAAAATCTTGAAAAAAAATCATTTAGATTGAAGTAGCAAAATGTAAATGATCGTGTAAAAAAATAAAAGATTGTATATAAAAAATCTTGAAAAAAAAAACATTTAGATTGGGTCCCCAAATCTAAACGATCGTGTAAAAAAATTAAACAATGAAATTGAAAAGATAAATTGTAGTCATATCTAAACGATCGTGTATAAATTGTAGCCATATCTAAACGATACCGTTGTAGTCATATCTAAATGATCGCGTATAAATTATAACAATATCTAAACGATCACCTTGTAGCCATATCTAAACGATTGTGTATATATTGAACAATATCTAAACGATCGCGTATAAATCGCAAATATATTACACGTCTGTTATTGACGGGACATTTTTAGTATTTTACACGGTGGGCCTCTGAGCTTTTTCCGTTTTTGGAATTGTTCTATAGAGTGTAAATATTTTGTCCTTTTTTTTATATTTTTTAAAATACCTCTTATATTATCTTATATTATTATAAAAATATATTTTTCTTTTTCTTTTCTTTTTTCTCACAAAACTCAATTAACATAACACCCAACAACATTAGAATCTTAGTAACATAAGATGATTACCTTGAAATCTTGGGGCGTTGCACAATCGCCTGCCATAGTTAACACGTTCGTTTAGATTTAAAATATTTTTCTATCGTTAAAAAGAAACCATAATCGTGTATCATTTCCTATACGATCGCGTATCATAATCGTTTAAAATAAACAAATATGCGCGTGTGTGGTCGATTAATATTGGGACATTTTTGGTATTTCTCATTTTCGGCTTGTGACTTTTTTTTCTTCTATATTTTTGAAAAAACCCCGATGTATTTTAAAATGATTTTCTTTTCTTAATTAATTTTTCAAAATTTTCAAATTCATTTTCAAATTAAAAACCATTTTGGGTTGGTCTAGTAGTAGAAGGAAGATACAGTCTTAATATCTAACTAAGTAGCCCAAACACTCACGGGTATAAAAAAAAAAACTCGAAATCGAAGATCTTAAATCCAAAATTTCAAAATATCCAAATCTTCCTAAATTTTAAATTGAATTACTGCAACATTCTAATTTAATTTAATATTTATAAAACCAAAATATAATTTAATTGATCCAAGATAATTAAATAAAATTACCTCAATTTTGAAATGTTACGTGTAATCTCGGTTCTTAGTTCGTTCATCAACTAGAACTTAACCCTTATAGCTACTGCAGGTTGTTTCAGAAGTTTTTCCACCTCTTACAAAAATTAAAGCTACCATACCTAGAGAGCCCAATCTTGAGACAGCAAATAGAGCACAAAGAGACAGGTAGTAACTTTATTTGAACCAAAATAAAACATTTTTTTAACTCATTCAGCATTTAATAATTTGTGATCTGAGCTGATGGCATCAACTTGCAAGTTTGAATTTCAGGTCTAAAATCGACATGACAACAACTGAACATAATAAATTGGATGCTTCTAACTTTAAAGCACGGCCGCTGAACCGAAAAGTTAGTATTGATGTAGTGCTTGGCACAATTTCTTTTATATTAAAATTTATTTATTCATATTAGATTTACTCCATTCGTTGTATGATATTATAGCACTTCTCTTGACTCGATCAGTTAAACTCTTCCTCATGGTGCTCCCCTTCTAAGAAGTTTGAAAGGTTTTAAATCCAAGATATCTATTGCAACTGGGCTGCTTTTATTACACCATTATAGTTTTGTTTCTTTAAGTTTCTCTTGTTTCCCTTATTTTGTTGCAGCTTGACTTATGATTTTGTTAGTTATGAACTTATGATTTCAGTTGTTTTATTTTTGTTTTTCGTATTGTAGAGCGCTACTCTCTTTCATTCTTTTAATGAAAACTTTCGTGTACTCTTCTAAAAAGAAAAGAGTTACAAACATTATTGCACTTTTTGGCTTTACAGATCCTTGAGGCTCCTACTTTGCTCCCACCAAAGAAGAGTATACCGCAGATGCCTGAATTTCAAGTAATTTGTCTGAGCATTGTTTTCATTTTTTGAGCTAATGTTTGTTCCAGCACCTTGACGGAAATTTTTATTTTACTTCAGTGGGCAAGTATTTTGTACCTTAAGTTTATTTACAACTTTTATTTGGTTGTTTTAGGTGTTTCATCTTAAGACATCAGAGAGGGCCGCACAACACACATATGTTGTAAGTTATCAGACTGTTTTACTAATGGTCACCATTTATGTTTGTACACATTTCAGTCTATGATGATTAAGCCGGTGTGTTTAGTGGTAAATAAACAGTCTTGATTGAGTCTGTTGTAAACAATTTGAAAATGGTATGTTTCTTTTTTAAATGCTAAAAATTTCTTGTAGCACTGACACACCAACTATTGCAGGTAAGTAAATCCTTACGTAATTCACAAAGTGAAAGCAAGTGCACAAGAAGGTAATTGAGGTAGATCTTTCAGCAATTGTAAATTTATAATGTAAAAGGCCTTTACTTTGAAGATCTAATTAATGATTATAGATGGGGCAACTACGAAGTATATTTATATTGCTTTGAGTCCGTATAAAGTATTGGTGTCATACCGGTGATTGTATGCATATTAGATTATACATGTTATTGAATGTAGGGACAGAGAATACACAAATTTACGTGGAAACTCGAGTACCGAGAGAAAAACTACGATATTTTTCCTTTTATTATTTTCTGACAATAATACAATAGGTACAAGAGGGGGAAATAAATAGAAAAAGATAAAAAAAAAAAGGAAAGAATATTTAGGGCAAATCTTATAATGGGCTAAGCCCACTAATTCCAACACTCCCCCTCAAGTTGGGACATAAATATCAATGAGGTCCACCTTGTTAAGATAAAAGTCGAAGTTTGGTTTGAGAAGCTTCTTGGTGAGGACATCAACAACTTTTCTGTAACGCCCCGAAGTTCGAGGTAAAATTTTAGCATTTTAAGTGATTTGTTCGGAAATTTGAGTTTTGGAAAAAAAAAAATAATAATAATAATATAATATTGATTAGATTATTATTATCGGGGTTTATTATTATAATTTTTAATGTTAATATTTTCTTTTTATTTATTTAAAATAAATATTAATATTCTTATTTAATTTTATTATAATTAATTAATATTAATATTCTATTATAAATTATATTAATTTTATTCAATATATATATACATGTATCATTAATTACGATATTATATTTAATATTATTATTATTATTATTCATTTTTTTATTAAATATATATTTATTATTATTATTATTTATATATATATATATATATATATATATATATTTGTAAAAAAAAAAAAAGAGAAGAGAAACTACGTTGCCGCGAGCCATCCATTTCGCTTTCTCCCGCCGCACGACCCGAACCGCCTTCATCAGCGCCCGCCGCCCTTCGCACACAGCCCATCTCTTCTTCTTTTTCTTCTCCTTCTTCTTCTTCTTTACAGTTCCTCACCGACGACAGCAGACGCTCGTCCGCCGCGGCCTTCATCCATTTCCGTTTCGCCTCCAACCGCCGGCAGCCACTTCTCCATCTCTCTCTTGTTTCTACCATTGCCCTTCCTCTCCATCATCTCGCTGTTTCCGACTGCAGCACAGAGGAAGCACCGCCGTCTGAAAAGAACTAAACCGTCTTGTTTGCCCAACCTGACCTGCCCTCAAGCCGACCGAACCCGCTTCCGTCCGAGCACAAATCTGAGTGAGTCGCGAGCCGAGCGAGCGAGTGAGCGAGCCAGCCAGTGAGCCAGCCAGCGATGGCCAGCCAGCGATCGTGCCGTTCGAACCAAGCCAGCCGCCAGCCAGTAAGCCGAGCCGCGAGCGAACGAGCCGAGCCGCGAGCCGAAGCGAGCCGAACGAGCGGAGTGAGCCGAGCCCCAGCCAACCAAGCCGAGCAGCCGCCGCGAGCCTAACCAAGCCGAGCCGAGCCGAGCTCAGCCGAGCCGAGCCGAGCCACCTAAGCCTTCCTTCCTCCACTTCGGTTCACGGTGAGTCTTCGGTAAGGATTGTTTTGATGAATTCCCTAATGTTACGTCGTCCGATTCAAGTTTGAATGTTGGATTAAGATATGGCCCTACTTTTCTCCCTTGAAGGTAGTACAGGGTTGACGCTTAAGTTCTCGGATTCCGCGGCAGACCTGGTTGGAGATAGCTTCCTTTCCTTGGGGTAAGTCAACGGATAACCTTTTAAAACAACTGCTACTAAAGTCACCAACTAAAACTTTCGTGTTTCGTTAGGTAGATCTGTCGAGCGTGGATTTCGATCGAGGGGCATAACCGAGTTTCAGGTAAGGGTTTTCCTACTACTGGACCCCGAGTCCAGGCTAAAACCTTAGTAATCCACAGGGGATTACACGTTAGTGACTGTACTGAATATCTGTATGCGTGTTGACTGTTAAGTACTGATATTATATTTTGTCTGATGAAAATTATACTGTGACTGCTATTTGTGGATTGAGATTTTATGTTGATGGACCTTAAAGTTACGGTTCAGTATGTAGTAAAACACTGGTCTGTATGTGGTTCATGGAGTTTGGACGGGGAAGAACAGTGAGTCCGGTTCTGGTTGGTTAGTCGATTGAATTTAGGGTTTTCCCTAATGGCGTACGAATCGGTAATGCATATAGCAACTGAGGGTGTAGATGTTTAAACCTATACTATCTGACTGACAAAGCCTATGGCGGGACTGTGATATGAATGCCGTTGGGATGTGATTGATGTAGACAGTTTAGTTTGGACTGAGGGGTAACGGTTAGCTTCATCTATGGGGTAGTGTGCCTTACGGATATGTGCATCCTTCGGGAGCATTAGACTGATATGTGCATCCTTTGGAGCACTAGACGATATGTGCATCCTTCGGGGCACTAGGCGACATGTGCGTCCTTCGGGAGCACCAGATGATATGTGCATCCTTTGGGGCACTAGGATCGATATGTGCATCCTTCGGGAGCACTAGATATGTGCATCCTTCGGGAGCACTAGACGATACGTGCATCCTTTAGCACTAGAATGATATGTGCATCCTTCGGTAGAGATGGCCATGTAGGGTACCCCATAGGAAGTTAACTGTTGTCCTACGGGCCCAGAGTGGGGTCCTTACTGGGTATGTTTATATCACCCTTTCTCTTTAACTTTTCAGGTAGGACATCAGCAGCACCACGGGAGGCAGGAAGGATGCGTGAAGGCCATATGGACGCGTCTGATTTTCTTTCGCTTCCGCTATGTATTTTGTCAGAATATTTTGATTGTGGTTTTGGACTGGTGACTTGACATTTTATCTTGTGATTTTTTTTGAATTATTTAAAATAGGGCCCGAAACTGTCTTTTGTAAGGTTTATACTGTTTTAATGAATCGTATCTGGTCCGTTTTGAATTTTACGTTGAATGGTCGAGTTTTGGTATTTGGTAGTGACCTCAGCTTAGTCCGGAAAAGTTGGGTCGTTACATTTTCAGCTCGAAGGGATGTATGGAATGCATATGTTCCTACTGTCAAGTCTTTCTTTGATGAAATGTGGATCAATCTCAACATGTTTAGTTTTATCATGCTGAACTGGGTTGTTAACAATACTAATAGCGGCTTTATTATCATAAAAGAACTTCAATGGTGTCTCACATTCCTGATAAAAATAAGACAGGACTTTCTGGAGCCAAATTTCTTCACATATTCCTAAACTCATAGCTCTATATTCTGCCTCAGTGCTGCTTCTGGCCACAAAACTTTGCTTCTTACTCCTTCAGGTTACAAGATTGCCCTAAACAAAGGTACAAAAACTAGAGGTAGACTTTCTGTCAACAATAGACCCTACCCAGTTCAAGTTAGTATATGTTTCAATGGTCTTTCTGTCTGTCTTTCTAAATATCAACCCTTTACAAAGTGTCGTTTTCAAGTATCTTAGAATTCTTTTGACAACTTTCATGTGTTCCTCATAGGGAGCTTGGATAAACTGGCCGACAACACTCACATCAAAGGAAATATCACGACGAGTATGGGATAAGTAAATCAATTTACCCACAAGATGTTGATATTGTTCTCTATCAACTGGAACTTGATCATCAGAGTCTCCTGGTTTACAATTGAATTCAATAGAAGTGTTAGCAGGACGACATCCCAAGATACCTGTTTCGGTTAGGAAATCAAGGGTGTATTTTCTCTAAGACACGGAGATGCCTTATTTAGATCTGACCACCTCCATTCGAAGGAAATATTTCAAATTCCCAAATTCTTGATTTCAAATTCATTACCCATTCTTTGCTTAAGTTGATTGATTTCAATTTGATCATCTCCGGACAAAACAATGTCATCCACATAAACTATCAGAACTACAATATTTCTTGTCTTGAAAATTTCTGTAAATAAAGTATGATCAGAGTGCTCCTGACTATCTCCTTGGGACTTGACAAAGATCGTGAATCTGCCAAACCATACTCTGGGTGATTGTTTCAGACCATATAAGGATTTCTGGAGTTTACAAACCTGCTGACCAAACTGGGCTTCAAAGCTAGGTGGGGGGCTCATGTAGACCTCCTCTACTAGGTCTCTATTCAGAAAAGCATTCTTAACGTCCAACTGTTATAGAGACCAATCTTTGTTTATAGCAACTGATAGAAGGACTTTGACAATATTCAACTTAGTAACAGGAGAAAAAGTTTCTAAATAATCAACACCATAGGTCTGAGTAAACCCTTTTGCAACTAACCTTGCCTTGTGTCTGTCAAGTGTTTCATCTGCTTTGTATTTGAGAGTGAACACCCATTTGCATCCTACAGGCTTCTGTCCCTTGGGTAGAGCACAAATCTCTTAAGTGTTATCTTTTCAAGAGCTTTCATCTCTTCCATGACAACATTCTTCCATTTAGGGCACTGTAAAGCAATATGAATATTTTTCAGTATTTTGGTAGTCAAGGCTGGCAATAAAAGCTCTGAATTGCGTTGAGAGATTCTCGTATGACACATAATTAGATATGAAATGCTTTGTATAGGACCTAGTACGTTTCCTTAGTGCAATAGGAAGATCAAGAGATGGATCATACTTGCTAGTATTTTCAGAATGGTTGGACTTAATTTCGTTTTCAGTATGTTTAGTAACAACCTCGTTCTCATCAATACTGTCATCTCTGTCGATAATGACCCTATCAATACTATCCTGCTCACCCATATCTTCTGGAACAGTTATCTCGGACCCGTCATTCTCACCTGCCTTATTGTCGGTATGTGAGTTAGTTGAATTCATCTCAGACCTATCATTCTCTCTCATTTTGTTATTACTATGTGAGTTAATGGAACCAGTCATACCTTGATCTCTTGTTGGTTCAGAATCCTAGATTGGAGCTGTTAGAACAATAAGAGACTCAACTCTCTTTTCGAGATTCCTCCTATAGTAGGTTTTTCAAAGAACTTGATTTGTAGGTAGGACTGTACTGTGAGGGCTAGGTCAGGTAAGGTAACCATAGTAGGACAAGTAGACTCTAAACAAAGCATATAGTTAAATTCTTCACTCAAACTCTCCCCCTTGAAGTAGGCTAATGGGAAAGAAATGACGATCTTCAATAAAGGTGAAATCTATGGTACCAAAGTACTTTCGTGAAGATGGGTGGAAGCATTTATAGCCTCGTTGGTGTAGAGGATATCCAACAAACACACAAGCCTGAGCCCTAAGGGTAAATTTAGTTTGGTTAGGACCATGACTATGGACATAGGTAGGGCATTCGAACACCTGAAGGGGAATATCAAGGATGAGACGGGTGGAGGGATAGGATTCTTTGAGGCAATCTAACGGTGTCTGAAAGTGAAGGACATGGAAGGGCATGCGGTTGATGAGATGAGCGGTAGTGAGATGACATCACCCCAGAAATAGGAAGGAAGAGAAGTTGAAGGGCACGAGCAACTTCCAAAAGGTGATGATTTTTTCGTTTAGCAACCTCATTTTGTTGGAGGGTGTAAGCATAGGAACTTTGGTGAACAATTCCTTTAGAGGATAAAAACTCGTTAAAAGAGTGGTTTTGAAACTCACGATCATTATCGCTCTTTAGGTTTGCAATTTTTGTATTGAGTTGTGTTTCTATGGTGTGATAGAAGTCTCAGAAAGTGGATGTAACTTTGGATTTGTCGGAGATCAGGAAAACCCAAGTAAGACGAGTATGATCATCAATAAAGGTCACAAACCATCGTTTCTCGGAAGAGGTAGTGACATTGGATGATCCCCAAACATCATTATGGTCAAGAGTAAAAGGTCGGGTTGGTTTATAGGATTGTGAGGGAAACGAGACTCGGGGTTGTTTAGCAAATGCACACATCACAAGCTAAGGAAGAAACATCAACTTTAGAAAAGAGATGAAGAAATAGGTATTTTATATATTTAAAGTTGGGATGGCCTAAATGGAAACGCCACATCATAAGATCTTTTTCAGAAGTGGTAAAGTAGGAAGATAAAAGACTTGTCCTAGAAATGCTACTAGAGGAGGCATCATCATAAAGAAAGTAAAGACCCCTATTGTGTCGGGTAGTGCCAATCATCCTCCCTGAGCTCAGGTCTTGAAAAGAAATAAAATCAAGTAAGATTGTTGCTTTGCAGTCTAATTCACGAGTAATCTTGCTAATTGACAAGATTATATGAAATTTGTGGCACATGCAACACATTATGTAATGAGAACCCGTCAAAAAGAGAAATCAGCCTTTTTCTGACAATGGGAGCCAATGAGCCATTAACAATTCTTATCTTCTCATTTCCAGTACATAGAATGTAGGACACGAAGTGTTTAGAGGAATCAGTTAAATCATCTGTGGCCCCAAAGTCCAGGATCCAAAGATTCTTACCATCAATACTAATGAAAATAAAGGGCTGAGGTATACCTGACTGGACAATAGCTCGAAGTGTGGTTGGACTAGCATTCACATAGGAAGAGGATAAAGTAGGGAATAAGGTTACCAGATTCTCAGAATACATTAGTATAAGAGCGTTGGATGTCGTCCCTAAGGTAGCCTCAATTGTTGCAATATGTTGTCGAAGCTCTTTCAGTTGTTGTTGAGCTATTCCCGAAGAAGAAAAGGAAGCTTGCATGTTAGGGTTGGAATTTGTCGAAGGTTTACCAACCTTAAATATTGACTGAATTTGAGGGTTTTTAACATCGAGATGATAACTAAGGTCAGTGGGTGGCAGGGAATACGGATTTGACTGTCGAAGCGATGGTGGTCGATCGAAACTAGGTGGCAGCACATGAGTCTGCACGTGGGGGACACTATAGGCTGTCGATGAAGACAAAGGTGGCACAGTTAGGTCGACCGACGACGTCTGAACAGAATTGGCCGACGTGTGAAGCTCTGACGACAGTTTGTGGGCGGTTTCTAGCAGTGCAGACGACAAGAAAATCTGCAGAATTATGTTTCCCGACATTTTCTGAAGGCGGCGGAAAAATTCGTCCATGACACCATTGATCCGAGCATCGACTGCACCTACGATGGCGGCGTTAAAATTGGCCACTGTCCCTTCTGTTTGATTTCCATCACTAATTGTGTTGCTTAGGGTTTGTTCACTGTCCCGCTCTGATATCGTATTGAAAGTAGAGACAAAAAACACACAAATTTACGTGAAAACTCGAGTACCGGGAGAAAAACCACGATATTTTTTTATTATTATTTTCTGACAATAATACAATAGATACAAGAGGGGAATGAATAGAAAAATATAAAGAGATAAAAAATGAAAAGAATATTTAGGGAAAATCTTCCAATGGGTTAAGCTCACTAATTCTAACACATGTAACTCATAGTTTTCATTGATACCGTGGAATCTAGATGTCATATTTGAATATAATGTATTTTTCCAGTTTAAACTCTTGTTAACCATTTTTCTACTCTTGCTAACCATTTTAAGGATTTGATGTATGTATTCTAGTTTTTGTTAGTGTTGCTTGACAAACCATCTGTTGGGCCTCCTATTATCTTTTAGTATCAACTTAAGAGTAAAAAGGGACAGTTAGATTGTGAATAAGATAAAGGTTATATGTTATTGAAAGTTAGGAAAGGAGGGGAGTCGATTTTATTTTCACTTTGGAAGTTGTTTCCTTCTCAAAGAGTGGGACCAAACTTTGTATTCGTTTAAGTGCAAGTTCTTAATTTGAATAAGAATCACTATCTCGATTTCTATCACTAAATACATATGCACCCAAGGACATTGAGAAGATGACCTTTAGGACACATGAAGGGCATTGTGAGTTTTTGGTTATGCCATTTAGGTTAACTGATGCACTATCTACATTTCAAGGTTGATGAACAAAATCTTCCATTCTTATTTGCAGAAGTTTATTATTGTATTTTTTTTATGGTATTCTAATTTATTATTCAAGGATTGGAGGAACATTTGTCTCACTTGAAGGTGGTACCATCAGTTCTTAAAGATAACCAATTGTATGCCAACAGTCGTAAGAGCCTATTTGCTTGAGAATGAGTGTATAGTAGGGCATTCGATTTTGGGTAAAGTTGTAGAAGCTAATCCTGAGAAATTGTGAGCGATGCTTGGGTGGCCTATACTTACATCCATCAAAGAAGTTCATGGATTGACATGTGGTCATGAGAAATATCTTGCTTGACATGTTGTTATCAACACTTTATGCAAAACTATGGGAGTATGGTTTCCCCATTAAGTGAAGCCTATGTACGAGAGGGAGTTTATGGTAGTTGTCCTAGCTGCACATAGGTGATAATTTTATTTACTTGGACAAATTTTTTTGGGGAAAAACGATCAGTATGCCTCGTCATTTCTCTTAGACCAAAGTGTTGTTCACATCATAAAAAAAAATTTACAAGTTATTAGTGTAACACCCATCTGTGGTGATAGTTGGCACCAAGGATGAGGCGGTGCAGTAAGGGTAAGGCGAGGAAAGGCATTTTTGAAAGAAAGAAGAAACTACGTTTTGAAATGGGAGTTTAGGCTGGTGTCGAGAAGGGTTGCTGAGGAGTCAGGCGTTGAAGGCCTGAACACAATGAGAATATGCAATAGAGAAGTGGCTGCTTGGAGGGAAGAATGGAAAAGGGACAGGTGTCGTGTAGCTAAAATCTTGGATATGAGGTGGCAAAATTAAGGAATGCTAAATTAAGGATAAACCAATGAGGTGACATTTTTCGGGGTTTAGTAGGAGGTGACAGCAAGATAAAAGTCAAGTGTTGACTAAGATTTTTGAAGAAAGGTATATAGAGAAGGTATGGATCATTTTAAGGAACAGAAAGTAGAGATCAAGGAAAGAATGAAGTGCTAAAGAAAACATTGATTGAAGTGCTAAAGAAGGCGTTGACATTGTTGAGAAGAAGAAAGTTGGGAAGAGAACTGGAGTTAGAGATGAGTTAACCCTTTGAACCAAAATTAATTTAAAATGATGTTTAAACTCAAAATGTGTTGAAATTTATTCGAGCGTAATGATTTTAAATGTTTTTAAATGATGAAATGCTTTCCCAGAAAATAATTTTTTTAAAAGAGTTTCAAACAATTGGATTTGTTAATCAGAATAATAAGTCGAGTTTGCGTGCACCTCTGACAAACTGCTAGGCGTTGAGATGTGTCGCCATGGCAAATTGAATGTGTTGAGTTGTTGTTGACCTTATTACTTGAGTGTTGTCCACCTTAGTGGCTGGCAGTGTTGAGCTGTTGTCCACATTCAGGACCTCGGTGCGTTGAGTTATGCTCGGCCCAGGGGTGTACAGGTACAAGTTTGATGAGGTTTTGGCACATGGTGTCTTTAGTGAAGAGCTCATTATTAGATGAGTGCCAGGGAAGAAAGTGAATTTTAAAAGCGATTTTTTATTATAAAACATCTATTTTCTTCCAAATGTTTTAACTCATGTCACTCACTAAGCTTATTGGCTTAGACTTTCAAAGTTGTCTTCTTTTATTTCCTTTAAGTAGCTAAGAGTTTCAGGTGCCTTACAAAAGCTGTTGTTGCCTATGTTGTATAGAAATCTTGCATCCGCATCCCATATAGTTCCTCATTTTTTATATCTTGCTCTTCATAGCTGGTCAGTAAAAAGTGTATTGATTACAATGTGTTCAGTTGTACATTGAGGAAAAGTTGTAAATTGTAACAAGCATTTAATTCAATAAGAGTGATCATTATCTTTGTTGCTTCTTCACGTTGTTCGCTTTAGGTTTCCATTTGAGTGAAGTTTCAAGGATGTTAAGAGCAATTAAGTGTGTATCGCCAAGAAAATGAGTCATGCGTTGAATCTGGGAATTGTGTTAGGCGTCGAGTGTTACTTCACCAAGGGATGTGGATGTTGTGTAACGACCCAACTTTTTATACTAAGCTGAGGTTATTACTGAAAAGAAAACAAAAACTTTCTTAAAAAAAAATGGAAAACAAAACTAAATTTTATAATCAAACCTCAAGTACTCACTCAAATCATAAATAAACTAATGTAAGTAGAAATAAATCTAAAAAATAAAATCCTAATTCGCACCCTATCTAGGTTTAAAAGAATAATAATGAAAGTACAAAAATAATGAAATAAAAACTAATAACATAATGGTGGAAGTAAAACGTTTCCCTATGGCACGCCACGGTCTCTTCTTGTCATTCGCCAACTTTCCTTTACCTCTACCTCTACCTTTACCTTTGCTTGTAAAATTAAACATTAAAGGGTGAATATAAAAAATATACTCAATAAAGGACCTACTACTAGTCTCGCTAGGTGTCTGTTAATTTTTCTATTAGAGTCCTGTGAAGTAGTACCCCTCAACTGACACGTTCCCAAATACATGCAATCTGTAATCCCATAGGAACATCTCTGGTCTTTGGTGAACCCAAAGGAACACCTAGGACAAACTGGTCTTTAGTGAACTTGAAAGAACACTAAGACAATTAGGCTATGGGTGATCTAGTTGGACTACACAATCATAAAAGGTAGTGATCCCAAGGAACACTCATGTGGGTATGATTTTGATAGATAAAGCTAACAGTACACCTTATCGATAACATGTAGCATAACATAACATCATAAGCATGACATGAATATTAATCATAACATTCCTAATCATGAGATTAATATTTCATGCACTAACATCAACAACATCAATCATTATCATCAACATAATTCAGTCATAACTCTCGGTCATCATAACATAAACTCAGTCATGACTATCAATCATCATAAATATAAGCACATTGTGCATATTAGCTACATCAATGCAGAATGAAAAATTACATGCAAGCTCTTAACTTCAGTTCGAAGGTTTAGTAGGAGAATCTCTTACATGGAGATTGGAAATTAGCTTAATCCAAAAATATAATCCTGACAGCAAGATCAAGCTTCCCAAGAGAAATCCTAAACAGTAAGGGTAAAATATACAAAGTTCAATAACTTAATTAACAATTGCTTAAAGACCCAAGAATCCTATTAATTCAACTTACCCAGAGTTGAGGTTGAATTCCAATTTAACCTTAGACTTAAGAAAATTTCACAACACAAACTCCCACTTGATCTAACCAGTCATTTAAGAAAAAAAATCAACTTAAACCAAAACTAAACTATTTGGGATTCAAAACTAATATTTGTTGGACATGAACCAAAGCCCAAACAAATACTCACCAAAACTTACCAAAACAGGTGGGAGAAGGCAAAAACTAGGCTTGACTAGAAGAAGAGATCGGCTGGGTTGGGCTTGGATTGGCTGAAGGTGCGTGCGGCTCGAAATGAAGAAGATGGCTCGAGCACGGCTTTAGGCTATGAACGGGCTTGGCTCGGACTCATTAGAGGTTGCAAAGCAAGGAAGACGGCTCGGGTCGTTTGACTGCTTTCAACGACGATTGACGGAGGGGATATGACAGCTGACGGGTGAACAGAGACCACGCGATGGCCGATGGACGAACAAAAGGATTGGCTTCGACAGATAACTCGAACAGATGGAGACGGGCGAAGAATGGCGTGCAGCGAAGGGATCGGCTTGCGGCTTCACGACGACTTGACCGAGACGATGGAATCGACAACAAGAAGTGGCTGGTGTGCGACAGTTGTTGATCAGAGATGGGTGGCGACGGACTTGAGTGGTTAGGATTTGTGAGGAAGAAGACGGTGAGTTAGGGTTTCCAATGAAGAAGATGATGAATAGTGAGATTTCACGTTTTCCAAGGACATATTTAATTGAAAATAATAATAATTAAAATTATTATTATTATTTTCTTTTCTTTTTTCCTTAATTCAAAACAAAATTCAACTCTTCTCTCTCTTCATTTAAAACCCATTAAATCTCCTTTTCAAACTTAAATATTTTCTCTCTTCAATAACTCCCACCAAATCACACATCTTCTTTTATCCTTTTCTCCAAAAAATAACTATATTTTTTTCCAAAAATTATATTATTCTCAAAAATTATATTATTCTTAATTTATTCACAATTTAATTAATTAATTAATTAATTATATATAATTATAATTCCCTCAACTTCACCAATAAAAAAAATCCACCGAACACAATTCACTTAAATCAAATCTTTCCACCAAAAATTCCAAATTTCAAATAATTAATTTAATACTTTCCCAAAATATCTAATCAATTCTAATTTCTACATTACATAATTTCAACAATTAAATCAAATACCCAAAATAATTTCAGCATTAGTCAAAATTAAACTTAAGATAAGTAAGATTTAAAATTACTTTAATTTGGGGCATTACATGTTGATACTTCTCTCACCTATTGCATCTCCTCTCGGTTTAAGTAGGTAAATTAGGAGAGGTGTGATAATAAGACTATGACTTTGAGGTGAAATATAAATCTAGTTCTTCAAATAAGGTAGCCAATAATTTGTCTAGAGTATAAAATTAGTGGGCTTGGCCCTTAAGGTATTGATGGAAGATTATGAGAATATTTTCCCTTATTCTTAAATCTTTTCCTTTTTTTATTCCCTTGTATATTCTATTTATTTTCCTCATTGTACCTATTGTAAAATTCATTAGAAAATAATAACAACAAAATATCGTGGTTTTTCTCCCGGTACTCGGATTTCCATGTTTATCGGCGTGTGCTCTTTGCCTCTACTTTCAATACTTTCAATGTGCAACACTCTCATCATTTGGTTCCAACACTTTTGAATGTTCAAAAGATAAGAAATGAGATAGAAAAGAACCCAAAATTGGTAAGTTTTACTATCCAACTAAAGAATGACAACAGTAGTGTGTCCCATTATATGTTGCAACAAGGAGTACTCAAATAAAAGGGAAGGTTAATATTGTCTAAATCATCTTCACTGATCCTTACAATTATACATACTTATCAATTTTGTCATAGAGTAAACTAACTCTCATGTAGAAAAGAACCCAAAATTGGTAAGTTTTACTATCCAACTAAAGAATGACAACAGTAGTGTGTCCCATTATATGTTGCAACAAGGAGTACTCAAATAAAAGGGAAGGTTAATATTGTCTAAATCATCTTCACTGCTCCTTACAATTATACATACTTATCAATTTTGTCATAGAGTAAACTAACTCCCATGTAGCTTCACTTTCGGGCTTGAGGCTCATAGAGTATGGTGTTGTTTAAAAAAGCTTAACTGTATGATAAGTATGTATAATTGATAAAATTGATAAGTATGACAAAATGGATAAGTATGTGTAATTGTAAGGGTTGCCCGAAAGTGAAGCTACATGGGAGTCAGTTTACTCTATTTTTGTCCGTCTAAATCAATAGTTTCCTACATTTTTGTCCGTCTAAAAAAGCCTAACTCTATGTTTGTCCTCAAGGTGAAATGTAGGAAACTGACTCCCATGCATTGTCTAAATCAGTTCCATGCTCTTTCTGTTTGTCCGTTTGTTTGTGGGTGAAAAGTCGTGCTCCTTTTAAGTATGGTGTCCATAGTGTATAACAGTTCCTTCCAAAAGTTGCTAAGAAAACTTTTGTCTCTATCTGAAATGATTGACTTAGGAATGCCATGCCTTCTTACTACCTTATCAATGAATTCTGCTGCTACTTGCTTGGTTAAGAATGGGTGTTTCAAGGTGATGAAATATGCATATTTGCTTAATCGATCTACCACCACCATAATCACATTCATGCCCCCTGCTTTAGGAAGTCCTCCTATGAAGTCCATAGTCCAATCTTCCAAAATTCTTTCCAGTATGGGTAGTGGCTGAAGAACTCTTGCTGGCTTGGTAGCTTCATACTTATTTCTTTGACATATCTCGCATTGCTCTACATAGCTCTTAATGTCGGCCTTCATTCCCTTCCAATAAAGCTCTCCACTCATCCGTTTGTAGGTTCTTAGGAAACCTGAATGGCCTCCAAAAATAGAGTCATGGAATGTATGCAAAAGGCTCGGTTGAGAGATGATGATTTGGATAACACTACCCGTCTCTTATACAATAGCTTGCCGTTAACCCATGAGTACTTTCCTTCAGGTGGGTGGTCAGATTGAAGTTGTTGCGTTAGTTGTTGGAGTTCTTCATCTTTCTCAACTTCTTTGGTGACTATTTCCATATCCACAATGCCTGATGTTGACATTGTATTCAGCTCCGGTAAGTTTTCCACCTTTGAGAGTGCATCGGCTGCCTTATTTTGTAGTCCGGGTTGGTACAGAATCTCAAAATCATACCCTAAAAGCTTGGTTAACCATTTTTGGAACTGTGGTTGGACCTCTCTCTGTTCCAGCAGAAACTTCAAAGCTTTTTGATCCGACATATTCTTCCCAAGAGATAATGCCGCCATTTTTGTACTGATGACACTACCGCCATCAATTCTCTTTCGTAGATCGATTTGGATTGAGTCCTTGGCGATAGCTTTTGGCTAAAGAACGTGATGGGGTGGCCATTCTGTGATAGTACTGCCCCTAATCCACTACCTGACGCATCAGTTTCTACCATGAAGGGCAGGGACCAATCAGGGAGTGCCAGTATTGGTATTATGGTCATAGCCAGTTTCAAATTTTCAAAAGCAATAGTGGCTTCTTCATCCCATTTAAAAGAGTTTTTCTGCAACAATTTGGTCAAGGGGTTTCAATATCTCCATAACCTTTGACAAAACGTCTATAATACCCAGTCAGCCCTAAAAACCCTCTTAATTCAGTTACATCCTTAGGTTAGGGCCATTGTAACATGCTGTGTACTTTATCCTGATCGACTTCCACCCCTTTTTTGGATATGATATGGCCTAGATATTGTATTTGGGAATGGGCAAACACACATTTTTTTTCTATTAGCATACAACTGGTTATCCCTCAATACTGCAAACACCATACTTAAGTGCTTCTCATGCCAAGTTATGTCTGAACTGTAAATGAGTATATCATAAGAAAAAACCAGTACACAGCGTCTGAGGAATGGTTTGAATACCAGGTTCATGAGGGATTGGAAAGTGGCCGGGGCATTCGTCAGTCCAAATGGCATGACCAGGAATTCATAGTGGCCCTCGTGTGTTCGAAACGTCGTCTTTTCAATATCCTCTTCTTTCATTCTGATCTGGTGGTAATCAGATTTTAGGTCCAGTTTTGAAAAAATCGTGACCCCATGTAGTTCATCGAGTAGCTCTTCAATCACTGGTATGGGGAATTTATCAGCTATTGTGATTTTGTTCAATTTTCAATAGTCCACACAAAACCTCCATCCACCATCTTTCTTCTTTACCAACAGCACGGGACTTGAGAAAGGGCTATGATTGGGTCTGATTATCTCTGTCTGTAGCATATCTGCCACCAGTTTCTCTATCTCTTCCTTTTGAGCATGACCGTACTTATAGGGACGTACATTGATAGGTTTTTGTTCTGGTAATGTGAGGATGCGATGGTCTATATGTCTTTTGGGTGGTACGGTTTTTGGAGTGTCAAACAGGTCAGAATATTGGTTTAATAGGAATCTAATCATCGGTAAGTCTTCCTCTTCCCCTTGTGGGTTCTGTGTTTTACTTCCCCTGAAATCATCCTCTGTCTCGTAGTTTTGCCATTCAATTAAGAATCCCTGGTCCTCCGATTCCCATGTTTTTTCTATTGTTTTCAATGAGCATTCGGCTCTAATCAGGGAGGGATCACCCTTGAGAACCACCTTGCTTTCCCCATTCCAAAACACCATTGTTAATGAGGGCCAATGGACTTTCATGGTGCCAGTCGTATCTAACCATTGCATTCCCAAAACTACGTCCACTTGTCCTAACTCTACGGCTAGGAAATCAGCTACAATAGTCAGCCCCTTCAGTTGGATTCCTACTCTTCGGCAAATCCCCTTCCCCTTACAACTCGTGCCATCCCCAATGGTAACCCCAAATTGAGTGCCGCTGTCCATGGGAATCTTCTTCTCCTTGACCAACTCATAATGGATGATGTTGTGGGTTGCCCCACTATCGATCAATACGATTATCTCCTTTCCCTTGACTTCTCCCCTCAGTTTCATAGTTCCTTTGGTTATCAAACTGGTAATGGTTCGATATTCGACCACAACTTCTTCTAAGTCGTCCATCTGTTTGAGTTCCATTTGCTCTGCCTTTTGGGAATCTATATTTTCCCCTTCTTCGACACTTTCTTCTTCATTCAGTATAAAGAGCATGAGCTCCCTTTTTTCTTTAATCATACAACGGTGCCCATGAGAGTATTTCTCATTACACCTAAAACAGTGTCCCCGTTCCAGTCTCGACCTGAACTCTGCATCCGAAAGCCTTTTAACCGGTGGTTCCCCCTTGTGGTAACTCCCTTTTAGAGGTATTATAATCTGTATCATCTGGAATCCATTTTTTCGTATGTTCCTTTTTCGTCGTTCCCTGGGGTCTTAGTGTTAGCCGGTTCTCCTCCTTTAGACTCCTGAATTCCCAGCTCCGCTCGTGACAATTTGAGAGCCAAATTGCGGTCGTTCACCAATTGTGCTGCCTTCATGCATTCTTCTAATGTCTGAGGGTGGCGACTAACCACTTCCGCTTGCAATGCTGGCTCTAATCCTGTCAAGAAGGCGTCCCGGAGTACACTCTCTGCCATGTGAGGGAGGGATGCTGAGTAGTTCACGAACTTTTTGACATAATCAATGTAAGATCCATCTTGTTGAATCCTTATAAGTCCGACCCCCAAACTCTTCTGTCCGGTATCCCTAAAGAACTCAAACATTCAGGTTTTTAAGTCCTCCCATGATTCCACCTTCTTACGGTTGTGACTCCATCTATACCAATCTACTTCATCTTGTCCGTAGCTTACCACCGCCACCTTCACTTTCTCAGCTTTTGACAGATTATTAATTTCAAAAAACTGTTCTGCACGATATACCCAGGACTCTGGATTTTCTCCCAAAAACATGGGCATCTCCAACTTCTTGTACTTGCTTCGATCGACTGTGCGTGTGTTCACCTCAGTTATCACGTCTAACTCTTCCATTTTGCCTTTGAGTTTCATGTCGGATCCATCGGAGGTGCCTGACTCTTCTTTTTTCTTGTAATATTGGCTTCCGTTTTCTCATTTCTTCCGTCAGGCATCCATGCTTTTTTTCATTTCGAGTATCATCTCCTTAAGGCTTAGTACTTCTTTTTCCGTTCCTTCCAGCCTTTCTTCCACTTGTCGCTGCGCCATCAGTCTTGTAATTATTCCTAGCTTGTCGTGGCTCTGATACCAATTGTGAAATTCCTCACTTCTATAATACTATTTTAATTACTTTAATGGCAGAAACAGAGGCAGCACTCTGTAGTTATATATTTATAATGCCAAATAGCAATAGATACAAGATGATGAAGGAAAATAACAAGGAAATAACAACAGAAAACAATAAAACATACCCTCAATCCTCTAAAGACTAGGGTAATCCTCCTCAGCCGCCAAGGGCTTTCTCATCATGAAACTCATAATATTTTTCCTACCTCCCCTGGTCCCTTACCTCTAGTACTTATAGGACAAGCTCCTAAATAAGACAAAAGACATTATCCTGTCGGGCCCACATGCTATTCCACTATCCCATTCTAATTCTTTCTTCCATCCAGGTTGTCCTATGGGATTACATTCTTACCCTTTCTTTTATATACATTAATAATAGGAGGCCTAACAGTCTACTTGGCTTCCTTGGGGTGAATGGTATAACAAAACATACCATGCTTCTACGGGAGTTACCCCCGTTTCAAGTTGTTTATGGTCATATGCCCCACCATTAGTTTACTAGGGATTTTTCTACGTCTAGTTTGACTTAAAGATCAGCAACTTCGTGATTGAGATATAGCCTAATTAGTTCTGAAGGATAGTTTAAGATATTGCGTTATTAGTTTTGAAGGATAGTTTGAAGAAATTTGCTGATTTGTTCCAAGTTGGGGATTGAGTTTCTGTATAGATAGACATACTTGAGCAGGTTTACAAGCAAGAAGTTGTCCCCTGAATTTTTGGCCCTTACGAGGACAACAGGTGACACCTATTAGTCCATATTAATCCCCAACCCCGATATATGCCTCTCATTTTGCTCTCCTAACAAAACAAAATCAGTTGTTACCGAACAAAATTGATCTAAGCTGATGCAAAATGGTTCGGTTTTCGAATTAAAACCATGGTACCTTCGGTTTTTTATTGGTTCAACAAGACTAGAAATCAATATGCTCAGTTCAGTCTACAGTTCCACCCAAGATCGGGCCATGAACACCCCTAGCGGTAGCATTTATTAGTAAGGTTAGTTAAGTTTTAAAAATCTAAATTAACTTCACCACTGGCGACAATTCCATCTATGAATAAAAGCACTCAAAGATCCCTATTTCTCTTGGCACCAAGGTTCTTGTTTCATGGTGTTTATAGTAACAGATACCACACCTGTTTTCTGTCTATTGTCCCACATAGTTTGCTCATTTGAGTTTGTATTATTTAACAATATTTCGTATTCTCAGTTGCAACTGCAATCGACTTCCCATAGACTTGTGAATATACAATTTTTTTTTTTTTTTTTTTTTTTATCTTTTTAATTTGCCAGCAGGTGTTACTCGTGTTTATCATTTATTCTAATATTGTTGTTATCTTACAAAAGCTATTCTCCATCCAACAGGCCAAGTCCTCTTCACGATATGAAACAAGAGAAATGTGTAAAAGCCGAAAAATGTAAAGCACGACCACTTGATAAGGTTGTAAAACTCATAGTATTTGAACCCGTTATTTTCTGAATAATTTGCCTGATTTGAGTCCTAAGCTCCTTCATACAGATGCTCTCAAATAATGAAGAATGTGATGTCTTTGTGAGTCGTAAAGATGGAACATCTGTCTACAAGGTGAGTCTCATTTTATCCCATAGAATTGCAATTGCACAAATAAATATAAATCACATTTTGATACTTTAACTTTCATGTTTATTCTACTTTGATCTCTAAATTTTCAAACATTTCGTGTTCTATTTTGTTCGTCGGAGTATTCTAGGAATTCAACTGTCTAGATCAAAAGAGATGTTCGGACGAGCTACCAACCAAATTACTTAGCAAGGTACCAAAAAATTATGAATCTCAAGATTTCTTCTTCATCTTATCTAATATGTGAATGTATTATAGTAGATATTCTAATACTAACTTGTTTTATTTGTGTCAACAATTTTACGTCATCCTCAGCTCACCCTTTCGTCGGATTGTAATCAATGCGGTACAAAATTTCATTGCAAAATGCATTTTCCGGACAACATACGTTAGCTTCTTTTATCATCTCCATTTCATTAATTATTACCTGAAAAAACTTATTCATATACCCAAAAGTCGTTTTAATTTCTTTTATTTTAGTGCTCAAAAGAGAATGTCACGGGCTTCCGTAATCAAGAGCATGAGGTATACTTGAGATGTCTTTATTATAGTTTAGGATTAATTAATTATGTTCTCATCATGTCATTGGATTCAAATTGTAGGTCATTGATACTTTTGCCAAACTCACGATGGCTTGTTGCGAAGCGAGACCTAACATTGAGATCACACTAACAGGTAATGCTACAACCTTTAATCTAAACCTAAAATTAGGATTTTAACTAATAAAGCCTTGTCTATTTTGTTTTTGGTTTTTTTTTATATATAAATTAAGCTCATTAGAGTTAGGTATTTCAGTAGTACTCGTTTTAAATAATTTTTTTTATCAAGGCTAATTCCCCTGAGTAACACTTTTAAGGTTAGAATTGAGTGAATAACATTTTTAAAAGAATTGCATATATAAAAAAACCTATAGGTAGTATGTTCTATTGCTTAATAGGCTCCTATTGGTGATATAGTCATACTTTAATAATAGTTGGTTAATTTTTATAAATATAATAAAACACCAAAATAATTACGGCTTGTGTAATAAAATAAAAAAGTTAATGATATTTTCTTGAATTTCAGGTTTGCCCTTGAGTAATGTGGATGATTATTCACTTCTTTTCTTCTTCTTCTTAGCAATTTAATTCATCTCCTGTTCATATTATTAATTTTTTCATATTTACT

mRNA sequence

GCAAAATCAACCTCGGGGAATACATTCCAACACGGTTCTTCGAAGATTTCAGTTCAGCTTGGGCGATAGTATAGAGATCAGCTCTCAGCGGTCTTCATTGAATATTAGTCATGCTACCAAAAGGCAGAAGTTGGAGGCTGGTTATTTTTCCAATGTCCGACATTCAAAGCGTCAAACAAGTTTGCTTCACAAAATACCTAAAAAGGTTGTTTCAGAAGTTTTTCCACCTCTTACAAAAATTAAAGCTACCATACCTAGAGAGCCCAATCTTGAGACAGCAAATAGAGCACAAAGAGACAGGTCTAAAATCGACATGACAACAACTGAACATAATAAATTGGATGCTTCTAACTTTAAAGCACGGCCGCTGAACCGAAAAATCCTTGAGGCTCCTACTTTGCTCCCACCAAAGAAGAGTATACCGCAGATGCCTGAATTTCAAGTGTTTCATCTTAAGACATCAGAGAGGGCCGCACAACACACATATGTTGTAAGTAAATCCTTACGTAATTCACAAAGTGAAAGCAAGTGCACAAGAAGGCCAAGTCCTCTTCACGATATGAAACAAGAGAAATGTGTAAAAGCCGAAAAATGTAAAGCACGACCACTTGATAAGATGCTCTCAAATAATGAAGAATGTGATGTCTTTGTGAGTCGTAAAGATGGAACATCTGTCTACAAGGAATTCAACTGTCTAGATCAAAAGAGATGTTCGGACGAGCTACCAACCAAATTACTTAGCAAGCTCACCCTTTCGTCGGATTGTAATCAATGCGTGCTCAAAAGAGAATGTCACGGGCTTCCGTAATCAAGAGCATGAGGTCATTGATACTTTTGCCAAACTCACGATGGCTTGTTGCGAAGCGAGACCTAACATTGAGATCACACTAACAGGTTTGCCCTTGAGTAATGTGGATGATTATTCACTTCTTTTCTTCTTCTTCTTAGCAATTTAATTCATCTCCTGTTCATATTATTAATTTTTTCATATTTACT

Coding sequence (CDS)

ATGACAACAACTGAACATAATAAATTGGATGCTTCTAACTTTAAAGCACGGCCGCTGAACCGAAAAATCCTTGAGGCTCCTACTTTGCTCCCACCAAAGAAGAGTATACCGCAGATGCCTGAATTTCAAGTGTTTCATCTTAAGACATCAGAGAGGGCCGCACAACACACATATGTTGTAAGTAAATCCTTACGTAATTCACAAAGTGAAAGCAAGTGCACAAGAAGGCCAAGTCCTCTTCACGATATGAAACAAGAGAAATGTGTAAAAGCCGAAAAATGTAAAGCACGACCACTTGATAAGATGCTCTCAAATAATGAAGAATGTGATGTCTTTGTGAGTCGTAAAGATGGAACATCTGTCTACAAGGAATTCAACTGTCTAGATCAAAAGAGATGTTCGGACGAGCTACCAACCAAATTACTTAGCAAGCTCACCCTTTCGTCGGATTGTAATCAATGCGTGCTCAAAAGAGAATGTCACGGGCTTCCGTAA

Protein sequence

MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP

Homology

[Close]

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr
Match: XP_016900370.1 (PREDICTED: protein TPX2-like [Cucumis melo])

HSP 1 Score: 334 bits (856), Expect = 1.41e-115
Identity = 164/164 (100.00%), Postives = 164/164 (100.00%), Query Frame = 0


Query: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60
           MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV
Sbjct: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60

Query: 61  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 120
           SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS
Sbjct: 61  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 120

Query: 121 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP 164
           VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP
Sbjct: 121 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP 164

[Close]

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr
Match: XP_011659005.1 (protein TPX2 isoform X2 [Cucumis sativus])

HSP 1 Score: 282 bits (722), Expect = 1.49e-91
Identity = 146/179 (81.56%), Postives = 151/179 (84.36%), Query Frame = 0


Query: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60
           MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV
Sbjct: 236 MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 295

Query: 61  -SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGT 120
            S  + NS  E+KCTRRPSP HDMKQEKCVKAEKCKARPLDK LSNNEECDVFV+ KDGT
Sbjct: 296 NSPYVSNSLGENKCTRRPSPPHDMKQEKCVKAEKCKARPLDKTLSNNEECDVFVNCKDGT 355

Query: 121 SVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQC--------------VLKRECHGLP 164
            + KEFNCLDQKRC DELPTKLLSKLTLSSDCNQC              +LK ECH LP
Sbjct: 356 PIAKEFNCLDQKRCLDELPTKLLSKLTLSSDCNQCSTKFHCKMHFSENTMLKSECHRLP 414

[Close]

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr
Match: XP_011659002.1 (protein TPX2 isoform X1 [Cucumis sativus] >XP_011659003.1 protein TPX2 isoform X1 [Cucumis sativus] >XP_031744915.1 protein TPX2 isoform X1 [Cucumis sativus] >XP_031744916.1 protein TPX2 isoform X1 [Cucumis sativus])

HSP 1 Score: 282 bits (722), Expect = 1.63e-91
Identity = 146/179 (81.56%), Postives = 151/179 (84.36%), Query Frame = 0


Query: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60
           MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV
Sbjct: 239 MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 298

Query: 61  -SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGT 120
            S  + NS  E+KCTRRPSP HDMKQEKCVKAEKCKARPLDK LSNNEECDVFV+ KDGT
Sbjct: 299 NSPYVSNSLGENKCTRRPSPPHDMKQEKCVKAEKCKARPLDKTLSNNEECDVFVNCKDGT 358

Query: 121 SVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQC--------------VLKRECHGLP 164
            + KEFNCLDQKRC DELPTKLLSKLTLSSDCNQC              +LK ECH LP
Sbjct: 359 PIAKEFNCLDQKRCLDELPTKLLSKLTLSSDCNQCSTKFHCKMHFSENTMLKSECHRLP 417

[Close]

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr
Match: XP_038887479.1 (uncharacterized protein LOC120077612 [Benincasa hispida])

HSP 1 Score: 248 bits (633), Expect = 4.37e-78
Identity = 129/162 (79.63%), Postives = 141/162 (87.04%), Query Frame = 0


Query: 2   TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS 61
           T  E++KL+ASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTY VS
Sbjct: 238 TAIENDKLNASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYDVS 297

Query: 62  KS-LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKM--LSNNEECDVFVSRKDG 121
              + NS+SE+ CTRRP+PLHDMKQEKCVKAEK KARPLDK+  LSNNEECDVFV  K+G
Sbjct: 298 NPYVSNSRSENNCTRRPNPLHDMKQEKCVKAEKFKARPLDKIQILSNNEECDVFVDCKNG 357

Query: 122 TSVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
           T+  +EFN LDQKRCSDELPTK LS+LTLSSDCNQC  K  C
Sbjct: 358 TTDSREFNSLDQKRCSDELPTKFLSQLTLSSDCNQCSTKFHC 399

[Close]

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr
Match: XP_022995793.1 (uncharacterized protein LOC111491222 isoform X2 [Cucurbita maxima])

HSP 1 Score: 224 bits (572), Expect = 7.26e-69
Identity = 115/160 (71.88%), Postives = 130/160 (81.25%), Query Frame = 0


Query: 2   TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV- 61
           T +EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V 
Sbjct: 243 TASEHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVN 302

Query: 62  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 121
           S  + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+
Sbjct: 303 SPCVSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTT 362

Query: 122 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
           V  EF+C+DQK  SDE PTKLLSKL+LSS+C +C  K  C
Sbjct: 363 VSTEFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHC 402

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy Swiss-Prot
Match: F4I2H7 (Protein TPX2 OS=Arabidopsis thaliana OX=3702 GN=TPX2 PE=1 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 1.1e-12
Identity = 57/168 (33.93%), Postives = 90/168 (53.57%), Query Frame = 0


Query: 14  FKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS-----KSLRNSQ 73
           FKARP+N+KIL AP L  P++S P +PEFQ FHL+T  RA QH    S      S +++ 
Sbjct: 353 FKARPVNKKILAAPALPAPQRSTPHLPEFQEFHLQTMARANQHAETSSIASTEVSKQHND 412

Query: 74  SESKCTRRPSPL---------------HDMKQEKCVKAEKCKARPLDKMLSNNE-ECDVF 133
            +   T   SP+                +++QE+  KA K KA+PL+K +  ++ E  +F
Sbjct: 413 QKHHLTEPKSPVLQTMLRARPTIAKTTAELEQEELEKAPKFKAKPLNKKIFESKGEMGIF 472

Query: 134 VSRKDGTSVYKEFNCLDQKRCS-DELPTKLLSKLTLSSD-CNQCVLKR 159
            + K   ++ +EF+    +R S  E    +  KL+L+S+ C++  L R
Sbjct: 473 CNTKKHITIPQEFHFATDERISRPESVLDIFDKLSLNSESCHEKPLPR 520

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL
Match: A0A1S4DXC4 (protein TPX2-like OS=Cucumis melo OX=3656 GN=LOC103489692 PE=4 SV=1)

HSP 1 Score: 334 bits (856), Expect = 6.83e-116
Identity = 164/164 (100.00%), Postives = 164/164 (100.00%), Query Frame = 0


Query: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60
           MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV
Sbjct: 1   MTTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV 60

Query: 61  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 120
           SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS
Sbjct: 61  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 120

Query: 121 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP 164
           VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP
Sbjct: 121 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKRECHGLP 164

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL
Match: A0A6J1K915 (uncharacterized protein LOC111491222 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111491222 PE=4 SV=1)

HSP 1 Score: 224 bits (572), Expect = 3.52e-69
Identity = 115/160 (71.88%), Postives = 130/160 (81.25%), Query Frame = 0


Query: 2   TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV- 61
           T +EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V 
Sbjct: 243 TASEHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVN 302

Query: 62  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 121
           S  + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+
Sbjct: 303 SPCVSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTT 362

Query: 122 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
           V  EF+C+DQK  SDE PTKLLSKL+LSS+C +C  K  C
Sbjct: 363 VSTEFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHC 402

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL
Match: A0A6J1K2W6 (uncharacterized protein LOC111491222 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111491222 PE=4 SV=1)

HSP 1 Score: 224 bits (572), Expect = 5.05e-69
Identity = 115/160 (71.88%), Postives = 130/160 (81.25%), Query Frame = 0


Query: 2   TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVV- 61
           T +EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V 
Sbjct: 243 TASEHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVN 302

Query: 62  SKSLRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTS 121
           S  + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+NEECDV  + KDGT+
Sbjct: 303 SPCVSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNEECDVVANCKDGTT 362

Query: 122 VYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
           V  EF+C+DQK  SDE PTKLLSKL+LSS+C +C  K  C
Sbjct: 363 VSTEFSCVDQKNVSDEPPTKLLSKLSLSSECRRCNTKSHC 402

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL
Match: A0A6J1H1Y0 (uncharacterized protein LOC111459624 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111459624 PE=4 SV=1)

HSP 1 Score: 220 bits (560), Expect = 3.26e-67
Identity = 114/161 (70.81%), Postives = 131/161 (81.37%), Query Frame = 0


Query: 2   TTTEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS 61
           T +EHNK +ASNFKARPLNRKILEAPTLLPPKKS PQ+PEFQVF LKTSERA +HTY V+
Sbjct: 243 TASEHNKSNASNFKARPLNRKILEAPTLLPPKKSKPQIPEFQVFRLKTSERATEHTYDVN 302

Query: 62  KS-LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNN-EECDVFVSRKDGT 121
              + N Q  +KCTRRPS L D KQEKCVKAE+CKARPLDK LS+N EECDV  + KDGT
Sbjct: 303 NPCVSNPQIRNKCTRRPSSLQDTKQEKCVKAERCKARPLDKRLSHNDEECDVVANCKDGT 362

Query: 122 SVYKEFNCLDQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
           +V  EF+C+DQK+ SDE PTKLLSKL+LSS+C +C  K  C
Sbjct: 363 TVSTEFSCVDQKKVSDEPPTKLLSKLSLSSECRRCNTKSHC 403

[Close]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL
Match: A0A6J1DZ46 (protein TPX2-like isoform X4 OS=Momordica charantia OX=3673 GN=LOC111025952 PE=4 SV=1)

HSP 1 Score: 219 bits (557), Expect = 5.22e-67
Identity = 113/160 (70.62%), Postives = 134/160 (83.75%), Query Frame = 0


Query: 4   TEHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKS 63
           +EHN+ + SNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERA Q TY V  +
Sbjct: 236 SEHNQSNVSNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERALQQTYNVVNN 295

Query: 64  --LRNSQSESKCTRRPSPLHDMKQEKCVKAEKCKARPLDKMLSNNEECDVFVSRKDGTSV 123
             +  S++E+KCTRRP+ LH+ KQEKC+KAE CK RPLDK+LS+NEECDVFV+ KDGT+V
Sbjct: 296 PYVSTSRNENKCTRRPNSLHNTKQEKCIKAETCKNRPLDKILSHNEECDVFVNWKDGTTV 355

Query: 124 YKEFNCL-DQKRCSDELPTKLLSKLTLSSDCNQCVLKREC 160
            KEF+C  DQKR SDELPT+LL++L+LSSDC+    K  C
Sbjct: 356 SKEFSCCPDQKRSSDELPTELLNQLSLSSDCHWRNAKSHC 395

[Close]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10
Match: AT4G22860.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 95.1 bits (235), Expect = 5.5e-20
Identity = 63/150 (42.00%), Postives = 90/150 (60.00%), Query Frame = 0


Query: 14  FKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS----------KS 73
           FKARP NRKI +AP+L   KKS P++PEFQ FHLKTSERA QH+  V+          KS
Sbjct: 289 FKARPFNRKIFDAPSLPIRKKSTPKLPEFQEFHLKTSERAMQHSSAVTTRSHAYKESDKS 348

Query: 74  LRNS--QSESKCTRRPSPLHDMKQEKCVKAEKCKARPLD-KMLSNNEECDVFVSRKDGTS 133
           +       +++ +RRPS +   K +    +   KARPL+ K+LS+  +  +F + K  T+
Sbjct: 349 IITDMLDGDNRESRRPSGMDISKHDVSEGSHVFKARPLNKKILSSRGDMGIFKNSKRETT 408

Query: 134 VYKEFNCLDQKRCSDELPTKLLSKLTLSSD 151
           V  EF+   +KR   +LPT L SKL++ S+
Sbjct: 409 VPLEFSFHSEKRVQPDLPTDLFSKLSIKSE 438

[Close]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10
Match: AT4G22860.2 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 95.1 bits (235), Expect = 5.5e-20
Identity = 63/150 (42.00%), Postives = 90/150 (60.00%), Query Frame = 0


Query: 14  FKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS----------KS 73
           FKARP NRKI +AP+L   KKS P++PEFQ FHLKTSERA QH+  V+          KS
Sbjct: 281 FKARPFNRKIFDAPSLPIRKKSTPKLPEFQEFHLKTSERAMQHSSAVTTRSHAYKESDKS 340

Query: 74  LRNS--QSESKCTRRPSPLHDMKQEKCVKAEKCKARPLD-KMLSNNEECDVFVSRKDGTS 133
           +       +++ +RRPS +   K +    +   KARPL+ K+LS+  +  +F + K  T+
Sbjct: 341 IITDMLDGDNRESRRPSGMDISKHDVSEGSHVFKARPLNKKILSSRGDMGIFKNSKRETT 400

Query: 134 VYKEFNCLDQKRCSDELPTKLLSKLTLSSD 151
           V  EF+   +KR   +LPT L SKL++ S+
Sbjct: 401 VPLEFSFHSEKRVQPDLPTDLFSKLSIKSE 430

[Close]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10
Match: AT4G11990.1 (Cell cycle regulated microtubule associated protein )

HSP 1 Score: 88.2 bits (217), Expect = 6.7e-18
Identity = 61/160 (38.12%), Postives = 87/160 (54.37%), Query Frame = 0


Query: 5   EHNKLDASNFKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVSKSL 64
           E +      FKARPLNRKI EAP+L   K S P++PEFQ F LKTSERA QH+  VS S 
Sbjct: 272 EQDSTSVYRFKARPLNRKIFEAPSLPIRKNSTPKLPEFQEFRLKTSERAMQHSSAVSTSS 331

Query: 65  RNSQSESKCTRRPSPL------HDMKQEKC-------VKAEKCKARPLD-KMLSNNEECD 124
               +  K   +P+         + ++++        V+ +  KARPL+ K+LS+  E  
Sbjct: 332 YQGNNNHKEADKPNRTFPDGVNREPRRQRAIDIPKDDVRKDLFKARPLNKKILSSGREIG 391

Query: 125 VFVSRKDGTSVYKEFNCLDQKRCSDELPTKLLSKLTLSSD 151
           +F   K  T+    F+   ++    +LPT L SKL+LSS+
Sbjct: 392 MFTKSKRETTAPLGFSFHSERTAQPDLPTDLFSKLSLSSE 431

[Close]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10
Match: AT1G03780.2 (targeting protein for XKLP2 )

HSP 1 Score: 74.7 bits (182), Expect = 7.7e-14
Identity = 57/168 (33.93%), Postives = 90/168 (53.57%), Query Frame = 0


Query: 14  FKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS-----KSLRNSQ 73
           FKARP+N+KIL AP L  P++S P +PEFQ FHL+T  RA QH    S      S +++ 
Sbjct: 353 FKARPVNKKILAAPALPAPQRSTPHLPEFQEFHLQTMARANQHAETSSIASTEVSKQHND 412

Query: 74  SESKCTRRPSPL---------------HDMKQEKCVKAEKCKARPLDKMLSNNE-ECDVF 133
            +   T   SP+                +++QE+  KA K KA+PL+K +  ++ E  +F
Sbjct: 413 QKHHLTEPKSPVLQTMLRARPTIAKTTAELEQEELEKAPKFKAKPLNKKIFESKGEMGIF 472

Query: 134 VSRKDGTSVYKEFNCLDQKRCS-DELPTKLLSKLTLSSD-CNQCVLKR 159
            + K   ++ +EF+    +R S  E    +  KL+L+S+ C++  L R
Sbjct: 473 CNTKKHITIPQEFHFATDERISRPESVLDIFDKLSLNSESCHEKPLPR 520

[Close]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10
Match: AT1G03780.3 (targeting protein for XKLP2 )

HSP 1 Score: 74.7 bits (182), Expect = 7.7e-14
Identity = 57/168 (33.93%), Postives = 90/168 (53.57%), Query Frame = 0


Query: 14  FKARPLNRKILEAPTLLPPKKSIPQMPEFQVFHLKTSERAAQHTYVVS-----KSLRNSQ 73
           FKARP+N+KIL AP L  P++S P +PEFQ FHL+T  RA QH    S      S +++ 
Sbjct: 353 FKARPVNKKILAAPALPAPQRSTPHLPEFQEFHLQTMARANQHAETSSIASTEVSKQHND 412

Query: 74  SESKCTRRPSPL---------------HDMKQEKCVKAEKCKARPLDKMLSNNE-ECDVF 133
            +   T   SP+                +++QE+  KA K KA+PL+K +  ++ E  +F
Sbjct: 413 QKHHLTEPKSPVLQTMLRARPTIAKTTAELEQEELEKAPKFKAKPLNKKIFESKGEMGIF 472

Query: 134 VSRKDGTSVYKEFNCLDQKRCS-DELPTKLLSKLTLSSD-CNQCVLKR 159
            + K   ++ +EF+    +R S  E    +  KL+L+S+ C++  L R
Sbjct: 473 CNTKKHITIPQEFHFATDERISRPESVLDIFDKLSLNSESCHEKPLPR 520

The following BLAST results are available for this feature:

BLAST of MELO3C012686.jh1.t2 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_016900370.1	1.41e-115	100.00	PREDICTED: protein TPX2-like [Cucumis melo]	[more]
XP_011659005.1	1.49e-91	81.56	protein TPX2 isoform X2 [Cucumis sativus]	[more]
XP_011659002.1	1.63e-91	81.56	protein TPX2 isoform X1 [Cucumis sativus] >XP_011659003.1 protein TPX2 isoform X...	[more]
XP_038887479.1	4.37e-78	79.63	uncharacterized protein LOC120077612 [Benincasa hispida]	[more]
XP_022995793.1	7.26e-69	71.88	uncharacterized protein LOC111491222 isoform X2 [Cucurbita maxima]	[more]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4I2H7	1.1e-12	33.93	Protein TPX2 OS=Arabidopsis thaliana OX=3702 GN=TPX2 PE=1 SV=1	[more]

BLAST of MELO3C012686.jh1.t2 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S4DXC4	6.83e-116	100.00	protein TPX2-like OS=Cucumis melo OX=3656 GN=LOC103489692 PE=4 SV=1	[more]
A0A6J1K915	3.52e-69	71.88	uncharacterized protein LOC111491222 isoform X2 OS=Cucurbita maxima OX=3661 GN=L...	[more]
A0A6J1K2W6	5.05e-69	71.88	uncharacterized protein LOC111491222 isoform X1 OS=Cucurbita maxima OX=3661 GN=L...	[more]
A0A6J1H1Y0	3.26e-67	70.81	uncharacterized protein LOC111459624 isoform X2 OS=Cucurbita moschata OX=3662 GN...	[more]
A0A6J1DZ46	5.22e-67	70.63	protein TPX2-like isoform X4 OS=Momordica charantia OX=3673 GN=LOC111025952 PE=4...	[more]

BLAST of MELO3C012686.jh1.t2 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G22860.1	5.5e-20	42.00	Cell cycle regulated microtubule associated protein	[more]
AT4G22860.2	5.5e-20	42.00	Cell cycle regulated microtubule associated protein	[more]
AT4G11990.1	6.7e-18	38.13	Cell cycle regulated microtubule associated protein	[more]
AT1G03780.2	7.7e-14	33.93	targeting protein for XKLP2	[more]
AT1G03780.3	7.7e-14	33.93	targeting protein for XKLP2	[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
IPR027330	TPX2 central domain	PFAM	PF12214	TPX2_importin	coord: 9..126 e-value: 5.0E-26 score: 91.9
None	No IPR available	PANTHER	PTHR14326:SF15	OS06G0130200 PROTEIN	coord: 4..152
IPR009675	TPX2	PANTHER	PTHR14326	TARGETING PROTEIN FOR XKLP2	coord: 4..152

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
MELO3C012686.jh1	MELO3C012686.jh1	gene

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


Feature Name	Unique Name	Type
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_2	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_3	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_4	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_5	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_6	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_7	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_8	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_9	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_10	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_11	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_12	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_13	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_14	exon
MELO3C012686.jh1.t2.exon	MELO3C012686.jh1.t2.exon_15	exon

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


Feature Name	Unique Name	Type
MELO3C012686.jh1.t2.stop_codon	MELO3C012686.jh1.t2.stop_codon	stop_codon

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


Feature Name	Unique Name	Type
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_2	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_3	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_4	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_5	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_6	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_7	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_8	CDS
MELO3C012686.jh1.t2.cds	MELO3C012686.jh1.t2.cds_9	CDS

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


Feature Name	Unique Name	Type
MELO3C012686.jh1.t2.start_codon	MELO3C012686.jh1.t2.start_codon	start_codon

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
MELO3C012686.jh1.t2	MELO3C012686.jh1.t2-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032147	activation of protein kinase activity
biological_process	GO:0060236	regulation of mitotic spindle organization
cellular_component	GO:0005874	microtubule
cellular_component	GO:0005819	spindle