Tan0018902 (gene) Snake gourd v1

Overview


Name	Tan0018902
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Vacuolar fusion protein MON1 homolog
Location	LG08: 27090001 .. 27137079 (+)
RNA-Seq Expression	Tan0018902
Synteny	Tan0018902

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGTCTTCTGGGTTGAGCTCACTATCATCGAGTGACGAACTCGACGATTTCAACCCTGAACGAACACCCACTAAACCTCTCGAAGAAGAATTGGCGTCTCTAGCATTGACCTTACCCCATCCCGAGGTGCTTTCGGACCAAGAGGATGTCAATGGCGTCTCAGATGGATCCGCGACCAATGGCTCTAGGTTTGGAATTCGACGGAGTGATGAGGAAACGAGGGTCGGCGTAGTTTGTGAAGAGAATGTTGTTGGGAATTCGGCTTCAGTATCTGTTGGAACTGAGATGGTTGAGGAAGCGACGGAGAGTTCGGTGCGAGGGGGTGATGGGATTGCGTGGGGGAGGACCAATTCGGAGATTGAGGTGGATAGACCGGCCAGTCCGAGCAGCAGTGGGTATGCCGGTGAAAGGGGAAGCAGCAGTGCTAGTAGTGGTCGGTCGGAGATGGATGGAATTGCTGAGGATGAGATACAGGAACTGAGAGATGACGCTTCTGTTGGTGAAATTTCGAATTCTGTACCCTCGTGGGTTCCTGGAAAGCGGCATGGTGATGAGGTACTGTAATTAGGCAACTTGTTGACGACTGTTTGATTGGAGGATTTTGAACTCCATGCCTCTCATTGTCTATAGAGTAGATCATAAATGAATATTGATATTTGGGACTTGCTTGATAACTTTTTCCAAGTCATATTTATGCATATATGTAACCTTGATATTTATGCATATATGTCGTGGAAACGTGATCTGATGAGAGTTACCTTTTCTTGTTTCCATTTTAGCATGTTATAGTGTGCGTAATAACACCAATCATTACGAGTAATTTGATCATGGTTCTTTAAAAATGGTTTAAATTAGGAACTTGCAGAAGGCAATCTCATTGCGTTCTCATTTGGTAAGATAGGAGATGGAATGTTGTCTCACAATCATGGAAGGAGGTCGGTTGGGTTTAAGGAAATTTAAGGCTTAGAAATTTGGCTCTTCTAGCTAAATGGCTATGGTGATTCCCTCTGGAATTGAATGCTTTGTGGCTCAAGGTTATAGTGAGAAAATATGGGTGTTATCCTAATTGCGTGGGACTTGGCTTGTTGGTTAAAGGCTCCTTGAGGAATTTGCGCAAAGAAATCTCTTTGGGCTTCCCTTGTTTTTCCAAGTTTGTGAAATTTTCTATTGAGGATGGGTTCCTCATTCAAATTTTGAAAGACCATTGGTTTGATGGTTCCCTATGTTCTTTTTTTCCTTGTATTTTTCATCTCTCTTTTGTGAAGTGCACTTTTGTAGCCTTTTTTCTTTCTTTTTATGGAGTTTCCACTTCATACTACTTCGATTTTAGGAGATCTTTCTTTGAATGGGAAAGTTTTGACGGACCTTCTGTGCTTTCTCTTGTCCATGGATTTTTCCATCAGCCTAGGTTTAGGGAGGTGGTGCTTTTGGATCAACTTTAGGGGGAGCTTTAGTTAATATATCTTAGTGCAACAGTGTTTGTCTCAATTTTCTCACTATTAAAGTGGCGATCTATTTCAACATGCTTCATTCTATCACGATGTATTGGATTCTTTGCAATTGCAAGTGCTAATTGATTATCACATACTACTTCTATAGTACCTTCTGTCTTGATTTTGAGTTCAGTGAGGAGGCGTAGTGACGAGGCGTTTTAACCAAATTCCTTCACAAATCCCATGAGCTAGTGATCGAAATTCACTTCGACACTACTTCGAGCTACAACTTGTTTTTTTATAAAAGACCGAACTTTCATTGGGAAAGAATGAAAGAGTACAAGAGCATACAAAAAACAAGCCCACAAAAGAGAGAGGGGGAGCTTACAACAAAACACTCCACCCAAGCAAAATAAAATCTAGAGGATAATTACATAAAGACTTAGACACCGAGATCCAGAGAGAAACATAGAATCTAGTAAGGGCGCAAATATCAAGAGAGAAACGCTCAAGCCCTCGAAAGATTCTATTGTTTCTCTTCCCCCAATGTCCCCAAAAGACAACACAAACCCCCGCCTTCCACAAAAACGCCCATTTCCCCTTAATTAGGGGTGCAAAAGGAACTCCTCCAACCTCTCCCTACAAGTCCCTTCTCTCGTAGAAAAGGAAAGCCCAAACTCTCCGACAAAAAGGTTCCAGATATCCTGAGCCAACTCACAACTCCAAAATAAAGGGTCGATATCCTCCGCCGCCCTCTTGCAAAGAATACAACATCAAGGACCAACCAAGGATGGTAATCTTCTTGAGACCCTATCCAGAGTATTGACTCTTCCGTGAAGAACCTGCCAAGCAAAAAACTTAATCTTTTTTGGGATTTTCACCTTCCAGACTGAGGCAAAGACAAACTCCCCCCGTGAAGCAGAGGAAGAAGAATTAACCAAAGAGAGGAAAAAGGACCGACACGAGAACCCTGCAATCGGATTGGGACTCCAACAACGGACATCCTTCCTTTCCGAACTGCGACGAAGGCCTCCCAATAAGGAGAGGAGGGACAAAACATAAGACGTCTCTCTATCAGACAAGGCACGCTGAAAACCCAAAGAGGGAGACGCAAGGGGGACCCGAATGAAATAAAACATCAACCACCGTTTTATGTTTATACCGAGACAAATGATAAAGACGGGGAAAAATAGAATAGAGAGGTCTATCCCTTAACCACCTATCTTCCCAGAAAAAGGTATCCTCCCCATTCCCCACACGACAATGGACAAGCCCAGAGAAAAAAGGAAAACCCTCCACAATATCTGTCCAAGGGCATCTAAGAGTACCTCTCCTACCACTACTAATCCACTCAAAAGGGGATCCCCTATACTTGCTCACAATGATCTTATGCCAAAAAGTGAAAAGTTCGTTGCGAAAACGCCACAACCATTTCGCTGACAAAGCCCTATTTTTTTGACAAGGCAACAAAAGAGATTTCATTGAAATAATGAAAAGAGACTAATGCTCAAAATACAAATGAGAAACCAGAAAATAGCCAATACAAAGGGATAAAAGTCCTGTAAAAACAAAACAAACACCCAAAGCCTTAGAATTAAAACCACAATCCCAAAGACACCCAACAAAACAACCAACACTATAAAGAACCAAACACCCAAAGATCCGATGGAAATGAAGAAGCCAACTTCCCTTGAAGCATCTCGGAGTAGTCAAAATTCAAACCACCAAGAGCCACCAAAAGACCATAGCGAAAAATTTAACCATGGATCACCCCTCAAAACCAAAGGAAGCCACAAAAACATTCCTGAAGGCTCCAAAAACCTAGGGACTCCAAACCTCCCAAAACACTCAGCTTCAACCCCTTCTTTAACCATAAACTGAAGAACAACCCACAACACCAACATACCACTTGAACTTCTGAAAGCCTCCACATGAGTCCACCCAATAATTCTCGAGCTCCAAATCTCAATAAGCTATTTCTCAATTTCCTTAAATACCATAAGAGTATTTTCAATGCGAGGTCAAGAGCGCCTGCCTTGGCACAACTTTTTGAATTGCATACCACTTTCTTTTAATAATTTGCTAAAATGAAGCAACTCGATAGGACACTCAGCCCCATCCTCAATAACTTCCTTTTCCACTTGAGGCTGGGAAGCCTCTAAATCAAAAAACTCCTGGAGGTTGATCGTTGGGGAAAAGGCTTCCACCTCTTTGTTCTTTAAACTCTTTACAATTTCCAGATCTGGACTGCTCAAAGCCACCTCCGATCCCGATACCGAAGACCCCGAGATGGGGGAGAGGGGAAAAACACCCTGATTTATATCAGAAGAAGGCTGAAAAGTAGCTTTAACAAAACCCACCCTATTCGACCCTAAACAACACTTTTCAACATCAATCTGAGGGGGTTTATTGAATGGGAAAGAAGAACCCAGGGTCTCCGACCCTGCACCATTAGGAAAATGAGAGCATACTTCTGATTGTTCTAAGAAATCTGGAAAATTCTCCTCCAAATGATCTTCCAAAATTGAAGCTGAGGTTCTCCCAATATGATCTTCCAAAGAAAATTCTCCTCCAAAATGATCTTCCAAAAGCCCTATTGCGAGCTCTCAAATTTCCTATCCCCAACCCCCCGAGGTCCAAAGGTTCGGAGACGGTGGCCCAATTAACCAAATGAGCTCCGTCCCCCCTCTCCAACACCCTCCTACAAGAAGTCGCACATTAACTTCTCAATTCGATGGCAAAGCGAAACAAGAATCGTAAAGAGAGACAGGAAGTATAAAGGAATTCCACTTAGGACAGAATAAATCAGGGTGAGTCGCCTCCTTTAGAAAAGAAACTCCTCCTCCACGAAGCTAATCTCTTAAAGATCTTTCCCACCACTGGATCCCAAAACGAGAGAGACTTAGGGCTATGCCCAAGAGGAAGACCCAGATACGACGACAGGAAAGAACCCACCTCACACCCGACCAAAGCAACTCATCTTCTCAGCTTCCCTAGGTCACAATTCACGCCCAGAAGCTGGCATTTGCCCCTATTAATATGTAACTCAGAGATAGACTCAAAAAAGGCAAGGAGATTATTCAAATGCAAGAAGGACTCCTCATTACCCGAACAAAAGAACAAAGTATCATCCGCGAACTGAAGATGAGATACAAATAACTTGTCCTTACCAACCCTAAACCCCTCAAGAATCCCACTCTCCACCCCTGAGAGATTACTCTACTTCGAACATCAACCACCAAGAGGAAGAGGAAGGGCAAGAGAGGATCTCCTTGTCTCAAACCTCTCATAGCGTTAATACGACCCTCGTGCGTCCATTTACCAAAAAAGAATATCTAACCGTCCTCACGCAACTCCACATCCAAGATCTCCATTTATACCCAAAGCCTTTTGGTGTAAACCAAGAAGGGATTTTCTTGGAGAAATTTATTAAATTTCAACAGTGTCGTACACCCAAGCAGGCCAAGCCTTTAAATAGGCTGGAAGCGATCAAACAAAGCTAAATGTGGTTAGAAATAACTGACCAATACTAACTAACAGAAATAACTAACTACTTACTAACTAATCCAAACACTACCCTGTTTTACACAAATAATGCTCTGTTTTTACACAATTACTGCTCTGTTTTACACCATTTTCCCTCCCCCTTTAAAGAAAACTCGCCCCGAGTTTTAAGTGGCTTGTTGAAACGAATCTGGAGCATGGTAATCAAACAAGTCAACCACATTGAATGTGGGTGAGATTTTGTAATCTGGAGGAAGCTCCACCTGATAAGCGTTGTCACCAATTTTTTGCAAAATGGGGTAAGGCCCATTTTCTTAGGGTATAATTTTGAATGGACCCTTGAAGGCAAGCGACTTTTGTGCAGATGCACCATAATGAGGTCTCCCACTTTAAATAACTTTAGTCTTCTTCGTTTATCAACCCTGTCCTTGTATTCTGAATTGGCTCTCTCCAGATGGTCATGGACTTCTTTATGGAGCTGTGATATTCTATCTCCCATTGTTTCCGCATCAAGATTTCCTGTAAAGGAGGGAGGCAAGTTAGCTAAGTCTACTGTTAGACATGGGAGGTGAGTATAGACAATCTCAAATGGGGACTTCCCTGTGGATCTATTCTTCATGTGATTGTAGGCAACCTCGGTTTGAGCTAAGTGTAGATCCCACTGCTTTGGTTTATCTCCACTTAAACAACGGATAAGATTCCCAAGAGTCCTATTTGCGACTTATGTTTGTCCATCAGTTTGAGGGTGGCTCGTTGATAAGCGCCGAATTTGTTGGTTCAACAAAGCTAGAGGTCCTTCTAGGATCTTTGCAAACGTCACGAACAAGGCTAACTTAACGAATTGATTCCAACTAAGAGTTAAGTTAGAAGATGAATCACTCTTAGATCAAACTTAGAATAAGGATGGTCACTCCTAGATCCTAAGACGACTCACTCCGCAATTAGCTTGATCGGGGCTAATCCAATGAATCGGTTAAACATCAAACCTAAAGCAAGATTTGAAAGAAAGTTAACACCAAATGGGGCTAAACAAAACACAAGTTTTTTCATAAAGGTTCTCGCTTTTCCATGTCAATACAAGCCTTTAAATAGGCCAAAATGGTCGTAGTAAAGCACCAAAGACCAAAAGTCTTTAAAAAGCATTAAATGTGAAATGAAGAAAAAATTGACCTAGGAATTTAAAACTTGATTGCACAACGTTTGAGAGCTCTAAATATGGAACAAAAACATAGAAATGCTTTAAATGGTCTTAATTATCTACTCAGGGATCCGCCATGCATGACTATTTCGTTTGACGAGGTTTGACATCACGAAATCCCAAGAGGTGCAATCTAGACAGCCACTGCTCACATTTTCTGCACACTTTTTTTGTCCTCCGTGCCATCTTTCAAACTAGACAACTTTTCCCGTGCCATCTTCACTCCATTCTCATCTTGACTGTTGTACTAACATTATAAAGAATTTTGGGCTCAAAATCTTGGTCTCTCCTTGTGCATTCACGAGCTTTTGGAGATGCAATGTGAAAGCCTCTTGAATCTTCTTGGCCTTGCTCCTTGTTATTGCTCCTTCAGTGTACATGCAATGGATCAATGGTTTGATTCACATCATCCCCTTTTCTTTAAAAGGATTTGTCCTCAAATCAACGTCTTCATTTCCTACATCAAAAGGAGTCAAATCACCACATTAAAAGTAGAACTTACATTGTACTCACCTCGGAGATCTAGTTTGTATGCATTGTCATTGATCCGCTCTAATACTTGAAATGGACCATCTCCCTTGGTTGAAGTTTAGACTTCCTTTGGTCCTAAACCTTTCCTTTCGTAGATGAACCTGCACCCATTCACCGGCTTAAAAATCAATTTCTTTCTCCTTGGTTCTTCCGAGTGACTAGCTTTTCATTTTTCTTTTCAATTCTTTCCTTGACTTCTTTGTGAAGATTTTTGATGTATTCTGGCTTTAGAAACAAATGCATCACTAGAAAACATATTAGGTGGTAAAGGTGATAAATCTAGAGGAGTTAAGGGATTAAATCCATACACAACCTCAAAAGGTGAACAATGAGTGGTGCTATGTATCGCTCTATTGTATGCAAACTCCACAAATGGTAGAGTCTCTTCCCAAGACTTAAGATTCTTAGAAATTAGCGATCTAAGTAATGCCCCTAAAGTTCTATTAACCACCTCGGTTTGCCCATCAGTTTGGGGTGACAAGTTGTAGAAAACAAAAGCTTAGTTCCCAATTTACCCCACAAAACTTTCCAAAAATGACTTAAAAATTTGGCATCTCTATCACTTACAATGGTTTTTGGAATGCCATGCAATCTAACCACTTCCCTAAAGAATAGATTAGCTATATTAGTTGCATCATCTGCTTTGTTACATGGAATGAAATGTGCCATTTTACTAAACCTATCAACCACCACAAAAATGCTATCATGATGTCTCCTAGTCTTTGGCAATCCTAGAACAAAATCCATGCTAATGTCAACCTACGGTTCACTAGGAACATCTAAAGGTGTATAAAGTCCATGTGGTTGTGTTTTAGACTTAGCTTCCTTTCATTTGAAACATTGCTTGCACACTTTATTCACATCCTTCCTCATTTTCAACCAATAAAAGTGTTCACACAACATGTTGTATGTTTTAAACTCCCCAAAATGTCCCATAAGACCTCCCCCATGAGCTTCCTTCACAAGTAACTCTCGAATAGAACACTTAGGAATGCAAAGTTTACCCTTCCTAAAAAGCATACCATCAAATACAACATGATCATGTACGTTGTTTCCTCCTAAACATTGCATATACACATCATGAAATTCAGATTTCTCAACTTTGTAAAGCTCAATCATATGTTTAAAACCAAGAATCTTTGCACTAAGGGCAGAAAATAATGCATACCTTCTTGATAATGCATCGCCACCACATTATCCTTACCTTTTTGTAATGAATGACATAAGGAAATGTCTCAATGAACTCTACCCATTTTGCATGCCTCCTATTTAGCTTTGTTTGGCTTTTGAGGTGCTTCAAACTTTCATGATCGGTGTGGATGACAAACTCTTTTGGCCACAAGTAATGTTGCCAAACTTGCAAAGTCCTCACAAGTGCATGCAGCTTCTTTGTCATATGTCGAGTAGTTGAGTTGTGCTCCATTTAGCTTCTCACTAAAGAACATGATTGGCCTCTTTTCTTGCATCAAAACAGCTCCTATACCTATCCCGCTTTCATCACATTCAATCTCAAAAGATTTGTCAAAGTTAGGTAAAGCAAGACAAGGTGCATTGGTCAATTTATCTTTTAATTCATTGAATGCATCTTCTTGTTTTTCATCCATTCAAATTTCACATGCTTTTTGACAAGTTCATTTAATGGTGAGGCTATACTACCAAATTCTTAATAAACCTCCTATAAAAACTAGCCAAACCATGAAAAGATCTCACCTCATTTGCATTGGTAGGTGTCGCCACTCTCTGGATAGCCTTTACCTTTTCTTCATCAACTTGCACACCATTCCTTCCAACAATGAAACCTAGGAAATTGACTTGGTCTAGACAAAACTACACTTTTTGAAGTTGGCATATAGCTTCTCTTCTCTAAGTTTAAGTAAAATTGTCTTAACATGCAAAAATATGATCATCCAAGCTTTTGAGTAAACAAGAATATCATCAAAGTACACAACAACAAATTTTCCAATGTACTCTCTCAACACATGATTCATTAGCCTCATAAAAGTACTTGGTGCATTAGTAAGGCCAAATGGCATAACAAGCCACTCATAAAGTCCAAATTTTGTTTTGAAAGCCGTTTTCCACTCATCTCCCACATGCATTCGAATTTGATGATAACCACTTTTAAGATCTATCTTTGAAAATGATTAGCACCATGTAATTCATCTAGCATGTCATCCAATCTAGGAATGGGATGTCGATATTTTACTGTTATCTTGTTGATGGCTCGACAATCAACACACATTCTCCATGTGCCATCCTTCTTGGGTACCAAAATCACCTGAATCGAGCAAGGACTCATGCTTTCTCTAACATAACCTTTATCCATGAGTTCTTCTACTTGCCTTTGAATCTCCTTAGTCTCGGTTGGATTGGTCCTATAAGCTGCCATGTTTGGAAGAGTTGCCCTGGGTATGAAGTCAATTTGATGTTCAATCTCTCTTAAAGGAGTAAATCCAGTAGGTGCATCTTCATGTGGAAACATATCATTAAATTCCTGCAAAAAGAGACTTAAAAGAACTTGGCAAAACATCATTAGATTTTGGGTTAGTTGTTAAACACATCCCTTTGCACATAAGTACAAATTTTGGTTGTTGTGTCAACAACACATTCCTCACTTCCCCCTTTCTTATAACCAAACTCACATTTTTCGTTTTTCCTCAAAATCACTCTTTTTTCTCTCTTGGTTTTCACTCACCTTTTGCCCCTCACTTCTCTCTTTCTTTTCACTCTTTTCTTTTTCTTTTAACTTACTTTCTTCTCTCCTCTCTTGTTCTTCAAACTCTTTTCTTTTCTTCTCTAATTTCAAATGATCACAATGTACTTCATATGGAGACAATGGAAGTAAAGTAAATTTCTTCCCGTTGAAGGTAAACGAATACTTATTTTTCACTCCATCAAATGTGACCTCTCTATCATATTGCCAAGGTCGGCCTAACAATATATCCCCCGCATGCATAGGTAAAACATCACAAAATACTTCATCCTTATATCTTCCCAAAGTAAAAGGAATAAGAACTTGAGAATTTACCTTAAGTTCTCCTTTGTTTGTCAACCATTGAAGTTTGTATGGCTTTGGATGTGGACGGGTAGTAAGTTGAAGTCTCTTTACAAGAAAACTACTTACCACATTTGTGCAACTCCCACTATCAATCACCAAACTGCATGAACTTCCTTTAATTAGGCATCTTGTGTGAAACAAGTTTTCCCTTTGGTCTTCAACTTTGTCTTCCTTGATTTGCATACTAAGGACCCTCCTTGTGATCAACGATATGGAGTTACCTTCTTCAACATACTCATCATCACATATTTCAGATTCTTCCTCAAATGGGGCATCATGCTCCTCACATTCATCCTCCGAATCAACTACACCATTTCTTATCACCATAACTCTTTTATTGACACATTCTTTGCTCATGTGTCCAAACCCTTTGCACTTCCAACATTGAATAGAACTAGACTTTTCCCTTACCTCCTTTGAAGCTTCATTCTTTTTAGCATTGGAGCTTTCTGCCTCCACTCTTTTGCAAAACAAACTTGCTTCTTTGTTGTGTCGGTTCATTCCTATTCACAAAACTATCCTTGTTCCATGCATTAGAGTTTGAAAAGGTACTAGCTTTAGGTGTATACCTTTTGAATGCTCCTTTTCTTCCTTCAATTGAGCTTCAATTTTGATAGCATAATGATACATATCTTCAAGGTAAGGTGGTGGATTTCTATCAACCTGGATGAGCAATTTCTCGATTCAAACCTCCAAGGAATCGAGACATGGTGTCTTCCTCTTCTTCTCGAATTTTTGCTCTTTCCATCAAGGACTCCATCTCTTGATAATATTCAAAGAACACTTTTTGTTCCCCTGTCTCAAAGATTGCAATTTAGTTTTCAAATCTCTTTCATAATGTTTTGGAACATACCTCTTTCTCATGGCTTCTTTAAGTTCTTCCCAAGTTTCTATTGGATCTTCCTCTTTCCTTCTTCTCTCGATTTGAGATGTTGATACCATTCTCCCGCATGATTGGTGAATTCGCAATGGCAAGTTTCATCTTCTTATTCTCACTATATGTATTACAATCAAATACATGTTCTATTTTTCTTTCCCATTGCAAGTATGCCTCGAGTCCGCTGCACCACTAAAGGGGTGGAATTCTGAGTTTCACTCCGCTATCCCTTTCTTCATTCACTCTTTCCGCTCTTCTAGGTTGCACAATGTTTGCAACGTTATTTCTTCCTCTTCCCCTCACATTTCCTCTTCCTCCTAAGTTTCTTTCTTGTGTACCAGAAATCAAACATGCCTTCATCTTCTTGCAAGATCCGTTCTTCTCTTTGTTGTTGTCCTCTCCTTTCTTCCCTTTCTTCTCTCATCATCTCCATCATACCTTGAATTGCTTGAAGAATAGCCATATTTGGATCTACCACTTGCATGAACTTTTTCTTTATTATCTTGTGACATTTTTTTTTTATAAGGACCTCTCCACACTTCTCACCAAGATATCACTCAAGGACACTCGTGTTTATCACTCAAGGGTAGGCTTTTGGTACTAGGTCAAAGATGTAAGGGTTGATTTAAAAATTTGGTGCAACCTTGCTTTTCAACTTGATATAAAACTAAATCAATGATAACCTTTCACAAGCTAAGACTAGAGAAACTCATCCTAAGGATCTACAACTCAAAGTTTTGAGAAAACAAAATTTAAAATCAAGAACTTTTGTGTGTCTTGGATCCTTGAACACTTTTTTTTTTGCTACTGCTTTTTTTTTTCACTTTTTGCTACTTTTTTTTTTTTCACTTTTTGCTACTGTTTTTTTTTTATCCAAGAACTAAACACAAAGAAATGGAAGAAAAGTTGTAGGATGCCTTGTATTAAACTTTGTAAATGATAAAAAAAAATGAAAGAAAATAAAGTAAAGCAAATTGAAGATATTTCACCTCTAGAGAGTCGGCCAAAGGATGTCGACCAATGAGCTCTGATACCAAATGATAAGCGCCTTAATTTTGTTGGTTCAACAAAGCTAGAGGTCCTTCTAGGATCTTTGCAAACGTCACGAACAAGGCTAACTTAACGAATTGATTCCAACTAAGAGTTAAGTTAGAAGATGAATCACTCTTAGATCAAACTTAGAATAAGGATGGTCACTCCTAGATCCTAAGACGACTCACTCCGCAATTAGCTTGATCGGGCTAATCCAATGAATCGGTTAAACATCAAACCTAAAGCAAGATTTGAAAGAAAGTTAACACCAAATGGGGCTAAACAAAACACAAGTTTTTTCATAAAGGTTCTCGCTTTTTTCCATGTCAATACAAGCCTTTAAATAGGCCAAAATGGTCGTGTAAAAGCACCAAAGACCAAAAGTCTTTAAAAAGCATTAAATGTGAAATGAAGAAAAAATTGACCTAGGAATTTAAAACTTGATTGCACAACGTTTGAGAGCTCTAAATATGGAACAAAAAACATAGAAATGCTTTAAATGGTCTTAATTATCTCATCAGAGGATCCGCCATGCATGACTATTTCGTTTGACGAGGTTTGACATCACGAAATCCCAAGAGGTGCAATCTAGACAGCCACTGCTCACATTTTCTGCACACTTTTTTTGTCCTCCGTGCCATCTTTCAAACTAGACAACTTTTCCCGTGCCATCTTCACTCCATTCTCATCTTGACCTGTTGTACTAACATTATAAAGAATTTTGGGCTCAAAAATCTTGGTCTCTCCTTGTGCATTCACGAGCTTTTGGAGATGCAATGTGAAAGCCTCTTGAATCTTCTTGGCCTTGCTCCTTGTTATTGCTCCTTCAGGTACATGCAATGGATCAATGGTTTGATTCACATCACTCGTCGAGCTAAATTTTAATCCGGTGTTGAATTTCCTCCATAATGTTCGCCAGAAATAACTCAAAAATTTTACGTCTCTATCAGAGGTAATTGTTTTAGGAATGCCGTGGAGTCGGACTATTTCTCTAAAAAATAAATTGTCAATGTTTTCTGCATCCGCGATTTTCTTACATGCCAAAAAGTGCGCCATATTGTTTTAGGAATGGGTAGGGGTTGATACAACCCTGTATTCTGTCTTTGTCCCTTTGCAGTTTGGCAAGTGAAGCATCTTTTGACAAAGTTAGACACGTCTCTTCGTAGTTGGGGCCAATAGAATTGGGATGCAACCAGATCACAGGTTTTATCTTTTCCAAAGTGTCCAACGAGCCCTCAATGACGTGTGGGGTATACATAGGGCATTCTTTTTGAACAAATATCCATTGACTAGATGGAATTCCTTGATGGACATATGTTGAGTGCATTGGTCCCAAATATTTTTGAAATCCTGGTCAGTATTATAAGATTCTGGGAGGGTTTTGAAGGCTATTATTTCACTCTCAAGCTGTGTCAGCAAGCTGTATTTCCTGCTTAAAGTGTCGGCTACCTAATTAGTAGTCCCAACTTTGTGTTTAATCACAAACTCAAACCTCTGAATGTATGACATCCATCTTGCGTGCATCCGATTTAAGTTCTTCTGAGTTTGTAAAAAATTTAGAGAAAAATGATATGTGAATAGAATGAATTCCTTCCCTAATAGGTAATACTCCCACTGTTTTAGGGCCCTCCTAATAAGTGAGTATAATTCTTGTTCGTAAGTACTCCACTTTACTCGAGCATCACTCAACTTTTCACTGTAGTACTCAATGGGATGGTTTTCTTGGGATAATACTAATCCAATACCCACCTCGAAGGCATCTACTGCTACTTCAAAAAGTTTGTTGAAATCTGGAAAAGTTAGAACTGGAGCAGAACTTAACTTCTCTTTGAGAAGGTGGAAACTTTCTTCTTGTTCATTGCCCCACGCGAACTTCCCTCTTTTCAAACAATGAGTTATTGGTGCTGCGATCGTGCTAAAGTCTTTAATAAATTTTCTATAAAAAGAGACCAAACCTAAGATGCTTTGTATTTCTTTCTCCTTCTTCTGTGTAGGCCAATTTTTTATTGCCTCTACCTTTACTGGATCAGTTTCATCACCCCTTGAACTTATGATGAATCCCAAAAAATGTATTTTGTGCATCATGAAAGAACGCTTCTTAAGGTTTATAAAGAGTTCATGATCCGCTAGGGTGGAGAAAAGTGTTGTTAGATGCTCAAGATGTTCCTCTTTCATTTTGTTGTAGACTAATATATCATCAAAGTATATCACAACGAATTTGTTTAGGAAAGGATGTAGGACCTATGTCATCAGTCGCATAAATGTGCTGGGGGCATTAGATAGACCGAATGGCACATCGACCACTCGAAAAGTCCGAAATTGGTTTTGAAGGCTGTTTTCCATTCATCCCCTGGTCTGATTCGGATTTGATGATATCCGCTTTTCAGTTCTACTTTTGAAAAAATTGCAGCTCCTGCCAATTGGTCAAATAAATCTGTGAGCCTGGGAATTGGAAACCTATATTTCACTGTAATTTTATTGATCGCCCTGCTATCTATACACATCCTCCATGAACCATCTTTTTTTGGTGTAATAAGGGCGGGTACAACACAAGGACTGAGGCTAGGATGTATATGTCCTTTGTCTAGTAGTTGTTGGACTTGCTCCTGCAAAGCTGCACATTCAATTGGATTTAGCCTGTAATGCAGTAAGTTTGGTAAGACTGAGCTAGGAATTAGATCAATCTGATGTTGAACGTCTCGAAGAGGTGGTAGGTCATTCGTCTCCTTCTTATTTTAGGGAATTTGTCTAAAAGTTCTTGAACCTCAAGACTGAGTTCCTGATGTTTTGGCAAATCCTCAGTGGTATTCACTATTGCCCATAGTTCTTCTTTACCTGACTTATTAAAGCTTTCTCCTTGAATGACAGTGAATAAAGGACTTTTGGTTCTTCCCTCGTTTTTTTTTGTTTTATCTTGATGTTGAGATAACGGTAAAAGTACAATTCTTTTTTCCATCCAATAGAATTCATATGTATTCTCCCTTCCTTTATGAATAGCCTGAGTATCATATTGCCAAGGCCTTCCTAATAGAATATGGCATGCGTCCATTTTCACTGCATCACAGATTATTTGGTCTTTGTAATTATTCCCAATTGATAACGGAACTGTGCAAATTTCATTTATTGCGACCTCTCCTCCCTTCTTGATCCAACTCACCTTATAGGGATGGGGGTGAGGGTTTGTTTTTAGTTTTAGCGCCTGGACTAATTTCCTTGAAACTATATTTTCGCTGCTTCTGCTATCTATGATAACATTGCACACTCGTCCACTAATAGTACATCTGGTTTTAAATAAGGAGTGTCGTTGTTCATGTGGTTCTGTTGTGGGGGCTAATAGCACCCTCCAGTTTTTTAAAAAGCCCATTCGGGCGCGCGCCTAGGCGCAAGGTTCACCTTAAGCGCCTCGCCTCGAAGAGGTGAGACGCATGTAGGAAGGTGTGCACGAGGCGCGCGCCTTCCATGAAGCCCAAGAGGCGCACCTGGCGCGCACCTCTGGGGCTTCTTCAATTTATTTATTTTTTTCAGTTTAAAAGTAAAACTTACCATTTTACTTATCTTAAATATATTTAGTGAAGAAGATATTGATATTTAGGGTGTGTTTGGCCCATGGGTTTGGATTTGGATGGGTTTGACATCCAAATCCAAACCCATGTTTGGAGCAAAGTGTTCCAAATCCTTGGTTTTGAAACCCATTCCCATGGGTTACAACAATACAACCCCATGGGTTACAATAGTGTAATCTCATGGAATTTGTTTCATGTTTTTCTCATCCATTTGTCGACTACTTCGACAACCCCAGTAAAAAACTCCGGCGACCACCAACGACAATCGACAACGACAACTCCAGTGACCACCGACAATGACAACTCCGGTAAAAACATCGACAGTCGCACCGGCGACCACTTTGGCAACAACTTCGGTGACCACTCAACAACCACCGGCAACGACAACTCCGACGACCGTACCAACGACCACTTTGCCACAAAACTCCGGTGACAACTCCGACGACAACTCCGACGACCACCCGACACCATCAACAACGACAACTCCGACGACCACACCAGCGACTCGACTACTGCTGTGACTGCCTCTGAAAAACACTTGATTTTCCATTTCCTCTTCAATTTTTCGTTTTTCATTATCGGTGACTGCTTCGACAATAACTCCGATGACAACTCCAGCGACCACCTGACAACTACAACTACAACGACCACATCAGGGACTCAACCACCGTTGACGGTTACCTCTTGCGACCACTTGGTTTCCCATTTCCTCTTTCATTTGTCGTTACAATTTTTCAGCCACCACTTCGACAACAACTTCAGTGACAACTCCGGCGACCACAGACAACGACAATTCTGACGACCACATCGGCGACTAGCCACCACTGATGGTTGCCTCAACGACCTTTTCAACAACAACTCCGACGACCCGATGACCACCGACAACCAAAAATCCAACGACCACCTCGGCAATCCCACCACATCATCAACTCGACCACGCCAACAATCTGACAATCTAGTCAATTTTTTAAAAGGTTAAAATAAAACTAAAAAATAGCTAATAAACATTTTTTTATGCTACTCTCAACACCTTTGAATTTTGTGAAATTTTTATTTAAAAAAAAAAGAAAAACAACTTGGAATTTTTTTTAATGTACACTCAAATGGCTCAATTTTGTAATTTCTTTTTTAAAAGTTAGAAAAAATGAAATAATTTTTTTCTTTCGCACAAAGGCATTTTATGTTCTTTTGTTTCATGTTAGTTGCAACACTTTTGGACGATGTATCTGTATGTCTAAACTCGTGGTAGGAGTGTTAAAAAAACTACCTAAAATGAAAGTTTCATGGAAAAGTTACTTAAAAAGTTGATCCATGTTAGACATTAACTTCTACAATTCACATAAGATCAATTACAAAAATTTGAAAGGAATAAAATAGCTAAAAAAAAAGGTGAAACAAAACTGTACAAAACCTAGAGTTGAAAATCGCACCCAAGACACGTGTCTCTCGATTCCCGTGCTTTGAACACTGCACCCCAAACACGCTTTTTGATTCCCGAGACTTGAACACACCGCACCCCAAACACACACAGTTTTACGATTCACGAAGCTTCAACCCCCGGGACAAACCTCTCAGAGCTTCGATTCCTGTGTTTCGATTCCGAACTCAAGTCCCCAAACAACCCCTTAAGGCTTTTGATCTTGTATTGTTTATTAGTGTTGTATTGTTTCATGTTTTTTAATGGAGTATTGACTCTATGTTCAAAGACTAATACTTGAACCTTATTTCTTTTACCTATTTTTCTTGGTTAAAACTTAATTTCTTTCCATGAAGGGTTTTTTTCTTATTGTGTATGTATACATATATATTTTTTATTTTTTATATATATAGTGCGCCTTAGAAAAAAAGGTTGCGCCTTTTGGTGCGCCTTGCGCCTAGGCTCCAGAGGGCTATTGCATCTTAATGCGCCTTGAGCCTTTAAAAACACCGGCACCCACTGGATTAGGCAGGACAATTGATCGCCTTCATCAACTTCCAGGTAATCAACATCTGCTTCTTGTTCTTCTTCACCTTCTAGTGCTATCTCTTGGTTATCAACAAACGTTACTGCTCTTCTTTGAGGGCATTCATTGGATAGTTGCACTTGTTGGCCACATCTGAAACACTTTCCCAGAGTAGGTCTGTTATATATGTTGGTGGTGGTCTTTTTTACAGTCGGTTCACCTTCTTTCGCCACCTTCCTATCTAGTTCTTTGTTCTTGAAAGTGTTCTTGGTAGGGCTAATCTGTCTTGTATTCCTACTTGATTCCAGGTTGGATCTCCTTGGGAAATTTCCCCATGGAGGTTTCTTGACAGATTGGGTTCCCGTCTTCTCTTCCTTCTGTTGTTCTACATGATATGCTAAAGAAACAACATCAGGAAGAAAGTAGATATGTTGTAACCTCACCTTTCGCTTGATATCTTCTCTTAGACCATCTATATAGCGAGCTATTTGTTGATTCTCAGTCTCCATTAGGTTATTTCTCGCACTTAGTCTGTTGAATTCTTCAGTGTAAGTCGCCACTGATCTGTCTTTTTGTTGGCAATGTTGGAGTTGATTATACAGTAGTTGTTCGTAGTCAGTGGCAAAAACTGCAGCTTCATCAACCTCAACATTTCGGCCCGATTTTGATTGGTTTCTTACCATATCTTCTTCGATTGAAAAAGCGCATTGCATCTGATGACCCCCCCGGATTCTCTCTTCTCTCTCCACCCGTCTTGCCCTAATCCCCGACAACTCTCCTCGATTCCTACCTTAATCGCGCGTCTCCGACTGCTGCTTTCCGATTCCGTCAATCTTTCATGATCTGTGGTGGACCTTAAGGAATCGCTGGTGACTTGGACGACTGTCATCAAGTTTTCTTCCGTAGATTCGACGATTGGTGTGGCCTGGTTTTTCGGTTTTTTGATAAGGTGTCGCACCTACGATCTGTCTTCCCCTCCGACTTGGTGAACCTTTGGGGCTGTTAGTCTTCTTACAACTATGAAGACATTCAGTTGCAGTATCGATAACAGAAACTTCCGAATTTGGGCTGAGGAATCAGGAGCGTTCCTTCAAACCGGATTGAACACCCTGGTGATTCGCCTCTCCTTCGACCATGTGGTCTGGTTTCGAGACTCCTTTGCCAAGATCTCTGAGGATGTTTCGGCCTATTTTAAGAGGAGAAAATTCAAAGACGAACATGCTACTCTTGGGCTTTTTAAGATACAAAAGGAAGTTGGTTGGGTTGCTGAGGGGGTGGTTTGGCCGCCCTCTGGGGGCAAAAGGTTGTTTTTGGTTCCTCTGGGAAGGCATGAATTGGTTGGGCAGTCTTCAGGGTCCTTTTGTCAGACTTTCTTAACGCCCTTAATGATTCTTGCTTGACTTTGAAGTTGGGGGGATTCCGAGTGTGGAAACGTGAATTGGGACGCTCGGTGGAGGTTGTTCCGAACGATCTAACTCCTTGGTTTCAAAAGGGTACTGGGTTCGGAAGGAAGACCAGGTTGTGACGGTTGATTTTATTAAAATTTGGGTGGTCACTCGACTTTTCGCACACATACAATGGAAGCTTGTTAATTAGGTGCTGCAGTCTTTCTTTGGAAGCCAGGTACTAATTAATCCATTTGCCAGTGATAAGGCCATCCTTCTATTCGAAAATGGTTCAACATCAAACTTGGATGGAAAATTGGAGTGCAATAGCCGCAAATGGAGCGTAATTGGGGGCCTTCATCTTCTAGTTGAGAAATGGATGATCAATTGCACGGCTTGCCTTTGGTGATGGAAGGATATGGAGGGTGGTTAGCGGTTAAAAATTTACCGATAAGATTGTGGAAAAAAGAGGTTTCGAAGTAATCGGGCAACATTTTGGGGGTTTGTTGGAAATTTCCTCAGACTCGTTGAATTTTATTGATATATCTATGGCCAAAATTAAGGTGGCGCCGAATATTTGTGGATTTTGCCTAGCTTTTATCCTGGTAAAAGACTTGTTTCTCGGAAAGTTTTGGCTCAATTTTGAGTTCATAGAAGAGCTAAAGGTTCCTGCTACATTAAATGAGGCCCTGTTGTTGAAAGATGTTGAGAACCCGATTGATTTGGAAAGAATTCGTCAAGTTTGGGAGGATGAATCAAAAATGGAATTATTACCGGGGATATATGAAAATGATGACTTGGGCGTGAATGGTCATAACTTGGAAGGGGGGCAGTTTATAGGGGAGACTCATCTTAAGAGAAGGAAGATATTAATGTTGGTCATTCGATGAATCAGGTAGAGAGGCTGGTGATTTTAATTGCTGACTCCTCGTGTCCCGGGGGTGCTTTAATCGATCCCTCTAATGGTAATGGTCTACTGATTTCGGGGGAATGTATGAATGGTAATAAGGATCGGCTGGAGACTCAGGAGGTATTAGTGCAGTTGGAAGAGTGCCTTGAAGTGTCGGTTGAAGGAAGAAGTCTAATCTTGGATTCTCAACCGCATGAATTTGCTAAAACCGAAGGGGTTCTCTTCTCATTGTATGAACCAACAAGTGTGAAGGAGGTATAGGATACTTTCTGAGGGAAGTATTATACTAGAAAAAATACAAAGGAAGTCATTTCGGCCTCGGGATTCCAAGGGTCAGCAATCTTCTCAGATTTTTTGGAGCATTCGGATCGGATTGCGTTGAGCTCTAACTTAATCCCGTCGACTTTGCAAGGTAATACAAGTCATCTATCAAAGGGGACGGTTTGTATGGTTGAGAATTGTCTTTTAGGACCAAAGGAAGTTTCTTTCACAAAAGCTTTGTTCCTTTCTTCGAATAGGCAGCAACAGGAGAATTGCTATCCCTCCCCGGTGGGAGGTGAGGATTTATTGATGGAATTTGACGTAAGTATTAGTAGTTTGGAGCTATCTTTGATCAAAAAGGTATGCAAGCAACCGTTAATTGATCCTCCCCCTGTTATTAACCTTGCTAGTTTGTTTGATACAGTGGAAGTTGACTCTCTTTCTGGAGGCAAGATAGTTCATGACCGCAGCAATTGCCCAGCCGATCTAGTTCGTTTTGACTCTCTACTTCGAGCAAGTGGCTTACATTTGAAGGAGATCCCAACAAAGCGGATCTTAGTGAAGTCAACATGAAAATTTTATCATGGAACACATGTGGACTGGGAGATGGTTCAAAAAAATTAAATTGAAAAGGGTACTGCAGAAGGTGATTCTGGATTTTGTTCTCATTCAGGAAACCAAGTTGATGAATGTTGATGACAAAGTGATTAAATCTATTTGGAGTTCTAAGGGTATTGGATGGGCTCATGTTGAAGCTTATGGGAAATCAGGTGACAAGGTGTTTATATCTAAGTTGTTTGGAGAAGGGAAGTGGCAAGTATTCATGATGTTTCAAAGGATGGATGGATCTCTAGAAATAAAATTTTGAGAAGACCTTGGCTGAATATTGCCAAGCAATGGAGTGAATTTATTTAACTTGTTCGATTTCAATTTGGAAATGGCCTTCGAACTTGTTTTTGGGAAAATATTTGGTTAGATATCTGAAGGAAGTAGAGCTGGAGGATTTGGTGGCCTTGCAAGGGCTGTTAAATGATTTGAGACCGTCACAAAGGGAAGATTGGAGGTAATGGGCTTTTGAGCCTTCAGGATGTTTCTCCCTTAAGTCACTGGTTACCTTTTTTGTCAAAGGTCCTTTCGGGTTCTCTTTTGTGCTCGATGGCCAGGATTCTGTGGAGATTTGGAGTGAATGCTCTTATCTCGGGTTTATGGTTTGCAAGAAATCAAAGGCTGTTTGAAGTCAAAGAAATGGGGTGGGATTGAAGTTTTGACTCAAGTTGTCTACGGGCTTCTTCTTGGTGTATTCTCTCCAAGGAATTTGCTGGCTTCTCGTTTTTAGATTTATGCTTTACCTGACAGCCTTTTATTCATATGACTTAATCTTGGATGTTTTTTTCCGGAGTTTCTTGGATTTTGTTTTCTTCTTGCTTGATGCTTTGTTTCGTTCTTTGCTTTTCTCTTACAGACTTGTACTTGTTCTTTTGTATTTTCATTATATCAATGAAATGGCTTTGTTACCTTGTCAAAAAAAAAAAAAATTTTCTTCTATTGATCTTCAATTGGTCCCACCAAGCCGCGACTCCCCCCTTTTAACTTATAAGCTACTAGTTTGACCTTTCTTTCTTCGGGTGCATTGGTATATTCGAAGAAGTTTTCTACGTCTTTAATCCAATCAAGGAAAGCTTCAAGATCCAATTTTCTGCTAAAGAAAGGTAGATCAATCTTCATTCGGAAATCATTCTGTTGATAGTGTGATTGATAACGCGTTTACCATGGGGTCTCCTCACTAGGTCTAAACAGGGGATTGGGTTGTAAAACGTTTTCTTGCTCCTCTTCACTAGAACTTTCCCAGGCAGATCAGTGAATAGTTTCTGGTTTCTTGAATTGTGGGAGATATGTTCTTGATGGTTCTTGCTGTGAATAATGCGATGCTTGACACTCCATTTTTCCTTTCGTTTGCATTTCTTGGTGACTAGATGACCCCACTTCAAGTTTCCTGCATTCTTGTTCTGTCCTTTCAGTCGATGATATCCCTACCTTCTCTGGGGATTGAATAAATGCAGTCAAGGCTTGCTACATTTCTTTCACACATGTTTTCAATTCTTCAACAAAGTTTTCTATGGATAAAACCTTTCTAGTCAGAGCTCGTGGTGAGAGAGGTAGGTGAATGGAGGAGATTTCGGATCCTCGAAATGCAGGTTCCTCTCCCGAAGGTGCTGGGTTCTTTTTGCCAGCCATCAGGTCCCTTCCCGAGGGTGCTCTAATACCAAAATTGGTGTACACCAAGAAGGGATTTTCTTGGAGAATTTTATAAAATTTCAACAGTGTCTTACACCCAAGCAGTCCAAGCCTTTAAATAGGCTCGAAGCGATCAAACAAAGCTAAAGGTGGTTAGAAATAACCGACCAATACTAACCATAACGGAAATAACTAACTACTTACTAACTAACCCAAACAATGCCTTTTTTACACAAATACTGCTTTGTTTTTACACAATTACTGCTTTGTTTTACACCACCTTTCTTTGCCAACACTTTGTCCAAAAAATCCCAATCCACATGGTCATACGCCTTTTCAAAATCAATCTTAAAGAGGATCCCTTCCTGGTTGCGAGATCTATTATCCTCTATAACCTCATTCGCAATCAAGGATTGGTCTAAGATCTGTCTTCCTTTCACAAAGGCACCTTACGAGTCAACAATGGTCAGGGGGAGAACTTTCCTTAACCTACAAGCTAACACCTTAGCTATAATCTTGTACACACTTGTTTCCAGACTAATCGATCTAAAGTCCCTAACCTTCCTAGCCCCTTCCTTTTTAGGAATCAAACAAACAAGAGTATCACTAAGGGAACTATCCAAAATCCCTTGCTTGAAGAACTCACAGAAAACCTTCCAAAGATCCTCTTTAATGATATCCCAACCGTCCTGGAAGAAATCCACAGAGAAGCCATCCATACTAGGGGTTTTGCATCTATCGAAACTAAAGACTACTTGACGAATCTCCTCAAGGGTAAAAAGGCTAACAAGGGTCGAGTAAGCCTCGCCAGGGATAGGGCTCCACTCTACCCCCTCTAGAAACCCACGCTTGTGAACAGTAGGGGGCGAAAAGACGCTTATAAAAAGAGATAATCTCTTCCTCTATCTCCCTCTCCTCCCGCACAGCCTCACCTGACCCATTTTCCAAAGAGAGAATGACATTCTTATTGCGTCTTCTTGCTTCGAGCTACAACTTGTTGTTTATTGCTTCGCCAGGTAACTAAGTTTCCCAATACATAGGAACAATAACCTGGGCTTGACTTATGATCAATAGGAGAGCCAACTCAATCTACATCAGTGCAAACTTCCAACGATCGATTTGTAGCTTTTCTGAGCACATGTCCCTTTCTTGGATCATTCTTTAGTTATCTTAGTATTCTATACATAACCTCCATTTGTTCTTTAGTTGGTTTGTTCATAAATTGGTTCACCACGCTAACAACAAAGCTAATATTTGGTCGAGTACAAGTCAATTATATTAGCTTTCCAACTGGTCGTTGATACCTGCCTCGATCGACTACTTCACCTTCAAGGTCAACTCCAAGTTTCATATTTGCATCCAAGGTGTGTCTGTTGGTTTGCAACCACTCATCCTAGTTTCTCTTAAGAGATCTAAAGTGTATTTTCGTTGAGTTACAGAAATCCCCTTGTTGGATCTTGCTACTCTACTTCCATTCCTAGAACATATCTTAGATGCCCCAAGTCTTATATTTCAAATTCCTTTGAAATAAGTTGCTTAAGTCGAGCCATTTCTTCACAAGCATTCCCTATGAGAATAATATCATCGGCATATACGATTAACACAGTAATATTACTTGGTGAGAAATGTTTGATGAATAAGGTGTGATTGGATTGACACTGAGTATAGCCATCTTGCTTCATCAGAGTTGCAAATCTATTAAACCAAGCCCAAGGCGATTGTTTTAGCTCCTAAAGAGATTTCTTGAGTTTACATACATTTCCTCTAGTATATCGGTCTTCAAATCAGGAGGTATATCCATATAGACTTCCTCGACTAGAGGTATATTCATGCAGACTTCCTTAACTAGATCACCTCATAAATGCATTTTTTTACATCAAGTTGAAATTATGGCTAGTCTAGATTAGCTGCAATAGAGAGAAGTACCCGAATAGTATTTAACTTGCCGACTGGAGCAAATGTCTCTTGATAGTCGATCCCATAAGCTTGAGTGAATCCCTTAGCCACAAGTCGAGCTTTGAATCGTTCTATCCTACCATCTGGTTTGTGTTTGGTGGAGAATATCCATCTACATCCAACTGTGCGCTTTCCTGGAGGCAAATCTATAAGAATCCATGTCCTTTTTTTGCAAGTGCTCGCAACTCCTCTAGAGTGATTGCTTTCCATTCAGGTCTCTGTAATGCTTCCTATACTGTGCTGGGAGTTTGTATCTAATCTAGTGAAGTCACAAATGCTTTAAATATTGGTGACAAATTAGGATAAGATAAATGATACCGTATAGAGTGTTGAGTACATGAGGTGTTTTCCTTGTAGCTATAGGTCTATCTGTATCATCTTCCATAGTCTCGTGTACTATTTCAGAGACATTAGGGTTTTGGTTTAGATCTTGGCTCTGTTGAACATGTGAAGGTTGCACTTTAAGTTGTTTCGTCCTTCACGAATAAACTTGTAATTCAGTCTGAGGGATTGGCTCAGAGGAGGATCAGAAGGTTTTTTAGATGGGTTAGGAGGAAAATAAGGTATGCAATTCCAATTCTGTGATTCAATGTCATAATGCACCCCCTGAAGTGTAGAATTGGAGAGATGATTGATTTTCAAAGAAGGTTACATCCATGGTATGAAAGAATTGATGAGTTGGAGGATAATAGCATTTAACCTAGAAAGATGCATTTCATGGATCGAGCATCAAGTTTACTACGGGGTTGAGGGTAGATATGGACAAATGCCGTACGTCTAAATATTTTTAGTGGTAGCTAAAACACCCGATGAGATGTAGGATAAAGAGTAAGTAAACTTTGCAAAGGTGTTTTGAATTGAGAATGCGAGATGGTATGCAATTTATAAGATAAGTAGTTGCTAGAACAACTCCACCAAAAGGTTTTTGGAACATCTGATGTAAACATGAGGGAATGAGGTACATCAAGAAGATGACGATTTATTTGTTGGGGTGTGTCGACACAGGAACTTTGATGAACAATGCCATGGGATTGAAGATAAGGTCCAAGAGTAGAGTTGAAGAAGTCTCAAGCATTATCAGTTTTGAGGATTAACTGATTTTGGATCATTTTATGAAAGATTGTGAATAATGGACTAGTCTCATACTTATCTTTCATAAGAAATGCCCAACTCAAACGGGTGTAATCATCAACAAGTAAAAGAAACCATCGTGCCCTGTTGAGATTTTTTACTCTCGAGGGTGCCCAAATGTCTCCATGGATAAGAGAGAAAGGTCAAGAAGGAATATAAGAATGAGGTGAAAAATGAGTTCGAGTGTGTTTGGAGTGTTGATTTGTACTCTTCTCACTTTGCCTATTACCCTTCCAATTAGCAGGTTTTCCATGAAGTTTTCAACATGTTTCCCGGGTGTGTCGAGGTTTGTTGCAATAATCACACCAAACCCGAGGTTTATCATTGGTCTTGGTTGTTTGGTCTGATGCCTTGTGTGCAGTAGCTTCAACTATTAGAGCCGAACTTTCAATAGAATCAACAACTTTCTTACCAATCATAACGTTTCGTCAACTTTCTTCCCTGCGAACTTCAGAAAACACATCATTAATAGTAGGGAGGTCAGTTTTGCCAAGTATTCTACCTCTAACCTCGTCAAATTCAACGCTGAGACCCACGAGAAATTTATAAATCTGACTGTCTTCCACAATTTTCCGGTAGTACTTTTGATCATTCGACTTCCATTCATATGTATCGAACAGATCAAGGTCTTGCCAAATTCGCTTCAACAGGTGAAGTATGTCACCTAGTTTGAGATTGAGCTCAAATACTTGTGACTAGTTTCCTAAGTTGGAATACATATGAACCACACTATCCCATAATTCCTTAGCAGTAGAATAACACATAGTTACAACCTATATCTTCTACCATAGAATTTACTTACCCGGTCATCACCATGGAGTTCTCAGCATCTCATCCAGCGAACGAAGGATCGTCTGTAGCAGACATGGTTTTTTCTCCAGTAAGGTATCCAATCTTCCCTTGTCCTCAGATATACATTTGAATACTTTGCGACCAACGGAGAAAGTTGTTGCCATTTAGTCGAATTGTAGTAATTTGGACGATAGGGCTATTGGAATGGATCCGACTATCTGAGGTTTTAACAATAGGCTTATTTTCCGACAGTGTTGAAAATCAACAAACACCAATAGGAGCAGAGAAATCGATACCAAAAAACAAACCAATATGCAGTAGCCACGAACCAGTGAACCCGACAAAGAGCAACAAAAAAAGTTGGAAAGAAAATACCAGGAACGAGCATGGTCAAAGAATCGCGTTTGCAGATCTGGTCAAAGAAAAATACCAAGATCTGGTCGTAGTACCAGCGCCCATAAAAAAAAAAACTCCAAATTCGCCCCGATGCATGACAAATCGTGTTGACTCATAGAGTTTGCGGGTCGCGAGTTACCAACACTGGACGTCGCGGGTCATTGGAAGCCGCGTGATACCTTTTCGGTCACGGTCACGGAAGTCACAGATGTCGCCGGCCACGGATGTCGCCAGTCATGGGTTACCAACGCCAGAAGTTGCAGGTCACACGAGTCCTGTTCGGTCACTACCAGGGGTCCACGGTCACCGCACTAGGGAATTGAAAAAAAGAAAATCGGGGATGACCGATTGGTAAAAATTAGAAGGTTGAAAAAGGGCTCGGCTAGGGTTTTTGGCTCTGATACCATGTAAACAGTATGAATAATGTATTCTATATATTTACCATGAGGAAAAAGGTTTCTTATATAGGAGAAAACCCTAATTTACAGGAAAGGAAAAAATAATAATACAAAATATTTTAATTTAATATATAAGGAAATAATACATAAGGAAATAACCAACAAGGAAATAACCAACACCAAATTTTCTGTCTTAATAAATGGAAGGCCTAGAGATCGAATTTTGGCTTCTCAAGAATTAGTTGCCCTAACTGCTAATTACAAAACACCTTCGCCACCGATGCCTTAACGGATCCCACAACTTCTCCAAAGATCACTTTATTTTCTTTCTTTTTGTGTTTCATTGTTAAGGAGCAATAGTAGGATTTAAGCTTGAAAAATTTACAAAAAGAGAGAAAAAGAGAGAAGACATCCCTGACCAGCCAAAGGGATTACAAAAAAGACTCAGTTGGCAAGAATTTGCATCAAACCATCATTACAAAAGTCACTATGACCAAATAGTAGAAAATATTCTGACTGGATCCCACAAGTCATCATGACAAGAATCACACCCCTGAGAGATCCCCTTGTTCCATGCCAAAGTTTCCATAAAAGAGACTCCACTGAGTTATGCCTCAATATTTTAGCTTTGCCCCAAAAAAGTCCTGTAAATAAGCTGATAAAGTGCCCCCAAGAAACTCCTGGGAAAGATCCAGGATAATTTAAAGATTTTGAAGAGGCTATGCCAAAAAGAAACAGCCAACGGGCAAAGAAAAAGCAGAATGTAGTCTTTCCTCCACGTCCTTTCTACACATAATACACCAATTAGGGGCCAGCGAGAGAGAGACTATCTCTTGGGGTCCTCCTAAGGAAAACTTTCACCTTCTTAGACCACTCTAGCTTTCAAGATAATATTAACGTAATGAGGGCTTAAGCAAGCATTCTTAGTCTTTGGACCAAAGATTTAACCTGCTTTCAAGGGACCATCTCTTGGTGTCCTAATCTTTGGGTTTGGCATTCTCGAGCAGCTTAGATGTCCAAAATTGAGAATGGCGAAATGTTTTGAGTTTGCTACCCTGTAATCTAATGATCATCCCAAAACAGAGTTTTCCTCTAATGCTTATCCCAGTACATACTTCAGAGTGCTGTTTCCAAATCAGACCCAGCCTATTCCTCCATTTCACACTCAGTTAGGTTTCTTCATTAATCATCTAAGGAGTGATCACATTCTCCACTCACATCTGGTTAGCCCGGTCTAGGAAAAATTCAAGTAAAGATTCTTGTGGAATTATATTGGGCAAATCATCATTCTCTTGTTCTAAGGTTCCTCTATTGTCCTAAATAGTAACATCCCCAACGAGCATGTACCATCTGACTCAAGAGTTTCTTCCGTGTTTTTCTTTGTGAATGATGGGTAAATTACATGTTTATTTAAACGTCTGCATGCTCCATTATTATTGTTATTTTTTGTTGACTTACACATGTTAGCTGTGGTTTCAGACTTTCAGTTGAATCTGTTCACTTTTAGACTCTAGATAACCATCTGTTTGATCGTAACTTAAAGCACTTGAAGTTCAAATCATTATGAATTCTCAGCTTATGTTGATTTTACTGTATGTGGAATGGAGCAATGTTTTGTTTGTAGTTAAGCCAGTGATCAGTAGTATGATGAAAATATAGGCTTTGGAAGTATAGTTCCTTCCCGCTATACCGTTATAATTACCCAGAAAAACTGCTCATCACTTCTTTTTCATTGTGGTGACTTACCCAACAAACATTGATTATTAGCACTAGACCTTCCCTGATCGGTTAGTTCTTAAAGTTCAGGATGATGCTTCCATATCGTGGAGAAAAAGGAAGAAACATTTCTTTATTCTGAGCCATTCTGGAAAACCTATTTATTCCAGGTTTGTTCCTTTGCTGCTTATTCTAGTATGATAAACAGTTTTATTTATTTAAAGCACTATAATTTTCGACCTTCTACTGTAATCTTATTTTGATTTAATTTAATGACATCCAGGTATGGAGACGAACACAAACTAGCAGGATTTTCTGCCAGCTTGCAGGCAATCATTTCCTTTGTGGAGGACGGGTAAGTCACTGGACTTTTCTATGTTATCAATGAGTTTTAAAATTTAAAATTTTTAAGCATTATGATATTCAAAATCTCAGGTAACATTTCCTCTGAATCAATGCCGCACATTTCTGATTGATTACTGACCTTTTCAGGGGTGATCGTGTCAAATGGGTTAGAGCTGGAAAACATCAGGTCTTTCTTTCTTTTTTTTTTCTTTATTTTTTTCAATTTTCATTTTTATATATCATTGGTTACTTCAATGTTGGTTATCGGAATTGAGTGTTCTTTTAACTTTAGGTGATTTACAGGACTGAGAATGAATCTTTGCCATGCCCATTCTTGTTGTTCACTTCATTAAGCCCTAAGGGAATGAACTGATACAGTGTTTTTAAAGGCTCAAGGCGCACTAAGGCGCAATAGCCCTCTGGAGCCTAGGCGCAAGGCGCACCAAAAGACGCGGGCTTTTTTTTCTAAGGCGCACTATATATAAAAAAATATAAAATATATATGCATACATACACAAGAAGAAAAAACCCTTCATGGGAAGAAATTAAGTTTTAACCCAGAAAAATAGGTAAAAGAATTAAGGTTCAAGTATTAGTCTTTGAACATAGATTGAAGGAGGAGAGAGTAAAGTGTGGGATCATTTGATCAGGGTTGCAATTCTTTTAAGTTTTAACGTAAAAGTTGTATATGTAAACCCTAAATGAAGTGGGTTTCTTGTGTTTTGTTTTTTTTTTAAAATATATATTTAAAATAAGTAAAACAATACGTTTTACTATTAAAACTGAAAAAAAAAACACTTAAGAAGCCCTGCGCGCCTCTTGGGCTTTTCATGGAAGGCGCGCACATTCTTACATGCGCCTCGCCTCGAGGCGAGGCGCTTAAGGTGCGCCTTGAGCCTAGGCGAGCGCCCGAAGGGGCTTTTTAAAACACTGAACTAATAGAGTGCGACCCAACTTAAAAATTGGGAATAATTTTGAAATGTCATTCTAAAAAAAAAGTGATAAGTTCCAATCCCACCCTCATTCTTGGGTACCACTAAATTGTTTAATTAATTAATTGTTTCTTCTTTATACTTGTTTTGGATCTCACATCAGTTGATTTTCATTCTCGATTTTATATATTGGAATAAAAAATCAATGACATCCTCTTTCTTCCAATTTCTATTTCAAAATAATATCAGTGAATGTGATTTTAACGAGGCCTTAGTTCCTTTGTTGATTCACACCTATTTAAGCAACTCTCCATAATGATAGTAAAAAAAAAAAGCAACTCTCTCTAATCTTCCAATATACTTCATTTCTCTCTCTACTAAGCCTAAAAGGTAATCTAAATCATCAAGAAGACATTTAAGCACTTTCTTTCGGAAGGAGACAACATGCCAGATGGCACTCATCTTGTGAATTGTAGCAAAACTCAAAAAACCCCATCTCCTAACGATCAAGACTAGGATAATAGCACCGATACCCTTTTTGACCACGAGAATAACCAAGGAAGACACATTTTAAAGACTTCGGATCTAGTTTGGTGAGTAGAGGGCGAACATCTCGAACAAAGCAAGTACAACCAAAGATTTTTGGTGGAAGGAAAAATGAAGGGAGGTTGGGGCACAAAATACGATAAGATATCTCACTTTTAAGGATCGACGAGGGTGTACGATTTATTAAGAAGCAAGTCGTTGACACAACATCAACCCAAAATATTTGGGGACATTTGTCTGAAACATTAAGGCTCTTGTTTCAAGGAGATGACGATTCTTTCGTTCTGCAACTCCATTTTGAGATGGAGTATCAACACATGAGGATTGATGGAGAATGTCGTGTTCACTCAAATAAGAACTAAGAGCATAAGAAAAGTATTCTTTAGCATTATCACTTTGTAGAAATTTAAGAGAACCATTAAATTGAGTACGAATTTCAGCATGAAAATTGCAAAAGTGAGAAAGCAACTCAGAACGATTTTTCATTAAATATAACCACGTTACACGAGAAAAATCGACAAATGTAACAAAATATTGAAACCCTCACTTAGACTCAACAGGACATGGACCCCAAACATTAGATTGAACTTACTCAAATGGAGCATTAGCTCGTTTATTGACTCTAGGATACATACTCAGACGATGAAATTTAGCCAACTAACATGACTCGCAATCTAAACAAGATAAGTGATTAAATTGAGGACGAAGACTCTTCAAGACAGAAAAAGATGGATGACCCAAACGACAATGTTCTTCAAAGGGAGAGGTCACTTTAGAGCATGGAACAGATGTGGATATGTGTGGTTCAAAAATATAGAGACCTCCCGATTCGTGCCCTTTACCAATAGTCTTCCTCGTCAAAAGATCCTGAAATAAACAATAACCAGGAAGGAATAAGACACAACAATTTAGATCTCGAGTAAGCTTACTAACTGAAATCATGTTAAAAGAGAACTGGGGTAAACTTTAAACAGAAGACAAGGAAATTGAATCTGTAAGATTGACAGTGCCCTATCCTAAAACAGGAGAGGTGGTCCCATCAACTATAGTAACATTAGGTGAAGATTTAGACGGACAAATATGAGAGAATAAATTGGGATTACCTGTCATATGATCGGAAGCGCTAGAGTCTATGACCCATTTTGCAGAGGAGGAAAGAAGACACGTAGATGTATTACCTGTGTCAGCAATGACAGTAATAGAAGTGGAAGATGACGCCTTTAGTGACTCTTGATACTGGCGGAACTTAGCAAACTCCTCTGCAAAAATCGAAGTAGACTTATCAGGATTATCAGGTGTAGAGGCAACATTCGCAGATGAAAACCTCTGGCCTCTATTCAACAATCTTTTGCAATCACGCTTCATATGACCAAGCTTATGGCAGTAGTGGCAAACAATATCGCCCGAGTTTGCTCTTTGAGTGTTCGAATTACCTTTATACGTGTTGGATCCAACCCCTCCTTTTCCTTTGACTCAGATGGCAAGGTTACTTGCGACTTCTCAGTACGAAGTATTCGAGTATAAGCATCTTCCAATAGAGAGATTTATGAGCTAGACAAAACTTGATCTTTTGCCATATCATATTTAGAAGCGAGACCAACTAAAAAAACTCATAATAAACAGTTGTTCACACTATGCAGTTTGAACTTTCACATCAGTACTAATAGGCAACAAAGCATTAAACTCTGCATGTGATGTTTTGTACTCCATAAAGTAACTAGTCAGAGATTTCTCGCCTTGATCAGGTTGAGAGAGAGTTTTGCATACATCAAACACCCTACTAATATTCCCTTTTCCAGAGTAAAGGAATTCCAAATATTCTAAGAGCTCGTGAACAGAGTCACAATAATTAACCAAACCTACGATGTCGCTCTCAATAGAGTTCTTTATCTGTAGAATAAGCCTAGAATCATCTCGTAACCAATTTTTCCTAGTAGCATCAGTCGGTGGCGATTTTTCAGTGACATGATCATCCATATCGAGACTTCGAAGATAGTAACGAATGTTTGTCCGCCATGCATAAAAATTAGACCCATTAAGCTTATGTTCTGTAATCTTTGACACCATAGGGATCATCTCCAACATCACTATACCTTTCTTTTCAGCCATAACTATAAAAAAAAGACCACAAAAATAGATTTAAAACCCAAAACAAAACTATACCAAAAAACCCTAGATTGCCAAAGAGGGGTTTCTCCAACCTACCCTAAATCGAGAAAGATATGACCGAAACAAGCACACCACTAGAGAGAGCACACAAACCCGAGCAAAACCCAAAAAAAACAGCAACTTTCGGTGACTCACGTGCCTCCATGCGCCGGCGCGTTAGATAGGCGCAACTCCTTGAGGCAGTGTGTGTAGCGCACACGTTGGGCGTTTTGGGCCGATTTTTTTCGTACCACAAGATCGGCAAGTGACTCGTTGAAAGAGTTGGGCGGTGATGGAAAAACATGCCGGCGACGGTCCCTGACGGCGGCGGATTCCGACGACGATGAAAGTTCTGATGGTAGTGGCAGCGAACAAACCTCACAGCAAAGGACTTAGACCTCCAAATCTCAAACCCTAATTAGTTCCAAATCCGACAACAAAAAAGGAACCCTAATTGCCCTAGAAAACCCTAGGCTCTGATACCATGTTAATGCTAAAGGTTTGAGTGAATCAGTTCATCTTATTCCATTTCACTCGAGAGATATATATATATACAAGTATACAAGGTTAACCTAAATAGGAGAGCATAGAAAGACAATAAAGGACAACCTAAAAGATATATTAACAACTAATATAAGAACTCAACATCTATAAACTACCCCTCCCCCTCACCCACACACAAAAATGATAAATGTATACAATTTATTTTCCCTTTCCTTTCTTTTCTATTTTTTCTCAATTTTATGGAAACTTTATGCATTTGTATGAATGTGTATATTTGTGTGTGTATTATGCATCTGACCTCACCTAAGCTCATGTCTCATAAGTTGTTTTTTTTTTAACAAGGTAACAATAAATTTCATTGATATAATGAAAAGAGCAGAAGCTCGAAGTACAAGGCGAAACGAGCAACAGCTCAAAGAACAGGACAAAATAAAGCCAATAAACAGAAACCCCTTTCAAGAAATTAAAAACAAAGGCACTAAACCCCACAAAAGGCCAACCAAAACAAAAACCCAACCCAGCAACAGAGGTCAAAAGAAATTCATGAAAAAACTCGAAGCCCCAAACATTCGAATCCTCTAAAACGAATAAATAAAAACAGAAATTGCCTTCTGAAAATTCTTCCATCACAAAATTAGCTCCAAACTGCCAGCTAAACCACCCACTAGAAGAGCCTGCACACCCTGCTTACAACAGCTTTCTAACCACCGCTTTTAATTTTGTCTCCCTTTTAGCTCCTTCATCCAGACCTCTCACAAACCCGTAAACAACTTTCAAATTGCAGAATGAAAACTCCCCCCAACTTTCACCCCCTTGAATTGCATCCCACTTGCCTTAATGAGGGAGGCAAACCGAGACAATTCCGTAGGGATAATAGGACTAGCCACCCTTTCTACCTCTGCCTTTCCCTGCTGCCCCTGGGGTGACTCAAATAAACTTGCCAAATTGACAACAGGGGAATCTGCCCTCCACACCTCCGCCATTCTCCTTCTCCCCGACCCACAATCAACACTACTCAGACTCTGAATCGACCACCCATCTGACTCATGACACCCCTTGACAGGGCTAGCAAAACCCTCAACACACCCCTGAACCGATTGGAAAGAAGTTCTAACGAAAGAAACCCCTTTTTCACCTAAGACGCACTCCATTTCAAAACTAACCGGATGATCGGTTTCTCTTGAGAACTTCCTTGATCTTTGCATCTCAGGAGTAAGGCCAGCCGACTGCTCAAGAAAATCCAGCCAAACTTCTTCAACCATAGAAAATTGATCTACTCATGTCTCATAAGTTGTATATAGGCTGCAAGGAGTTTTTGGTGCCCTAACAAGTTTTGACCTCTATAAAACATTGCTGGTTAGGGGAAAACAAAGTGTTTTCCTCCCTGATGTACAGAAGAATAGTTGAATTGGCTACTTTTACTTTCTGATTTCAACCTGAGTAGTGAAATACGTGTGCAAAATTTGTTGGTATATCTTGTTTTTGAAATTATGTACATGCAAATATTGTTTCTTCACTTTCAAAAAATTATCTATGTTTGTGAAATTGCCTTCTGGTGCTTGTGATACTAGTGTAGTGGAACTGGAGATTGGAGAGAGTCAAATCCTGTTTTCAACTTATATTTGTCATCTTTTGTATAAATAAAATATGTTTATAATTCCCCATCTTCAGGTGGTCTTTCTTGTGAAGGGTCCAATTTACTTGGTTTGCATCAGCTGCACGGAAGAGCCTTATGAATCATTAAGAGGCCAGTTGGAACTTATTTATGGTCAGGTAACCGTGGTTCTACCTGTAACCCATTTAGAAATTTCTTCTTTTCGTTTGTCTGTAGCTTTCCCACGTGAATTGCTGCTTGTTTGTGCAACTAAGTGGTCATTTTTTTCATTGTTTGCTTAAATTTTTATGAATGAAATATTTGTTGGTATCATGGTTTCTTCACGTATTTGATATATTGTAATGCGTGCATGCAGATGATACTTATTCTAACAAAGTCTGTAAATAGATGTTTTGAGAGAAATCCCAAGTTTGATATGACTTCTCTTCTTGGAGGAACAGATGTTGTCTTCTCCTCTCTCATCCATTCATTTGGTTGGTTAGTTTCGGCACTCTTGACCCGCCTATAACTGTTTTTCTGGATGAGACACGCCTGTCTGTTCTCTTTCATCTTGTAAACTGCTTGTGCTCTTTCTTGAACTGTTATTCTGCTTGTGCAAAAATACGGCACCATCCAGACCACTTCAGTATTATAAGAATCTAAACTGGTCATGGTTTAACATTTTTGTTAACCTAATATTGCTGTTTCTGCTTTTGCACCAATATCAGTGTAAATGGATTTCAAGAGCATCTATTTCTAGTTTGTTCTTTTCTACTACACATAACACATAACCTAACCACCATTTTTTTTAATTTTTAAATTTTCAGTCAATGTACACTCACTTTGTTCCTCTTGTATAAAATGTATGCACAACTATGCTTATGATGCACTGGGGGTGGGTGTACTTTTCGATATCATGTTTCAGTGAGGAGCATTGAAATATCATTTTGAATTTTATGATTTTTCCCTTAGTTCTAATTGATTGGTCCAACTTCAGGAATCCAGCTACATTTCTTCATGCATACACTTGTCTTCCTCTTGCTTATGGTACACGACAAGCTGCAGGTGCAATATTACAAGATGTTGCTGATTCAGGCATTCTTTTCGCAATTTTAATGTGCAAACATAAGGTGAACTTTCATCTCCTTGTCCCATTTCCTGTCCTTTGGCTCCACGTATCATGTTCTCTATAGAATATATAAGAATTCGATCTAGGTTTCAGGTTATCAGTCTTGTTGGTGCCCAAAAAGCTTCTCTTCATCCTGATGATATGTTACTACTTGCCAACTTTGTGATGTCGACAGAGTCCTTTAGGTAAGTTTCAAATTTTAGGTTTTATTGTTCTGCTTCTTTTAGAACAACCAAATTTTGCATCTGACATAAGCTTAACAAATTAACTTTGGAACAATTCAAGTTGTAATTGTTAGTGTTCTGTCCTTTTTCTATGCTACCTTTGGATATCTTTGCTACTTCATGTGAGAGATTGCATTATCTCTCTTTCTACACGTATGTGTGCTTTACATGCTTATATCTATGGGTGTGAATTCACTTGCCCATATTCACATAATAGTTTAGTCAATATTATAGGCCTTGTTTGATAACCATTTAGTTTTTAATTTATGGTTTTTGAAAATTAAGTTTATAAACACTACTTCTACCTAAGTTTCTTTGTTTTGTTATCTACTTTTTACCAATGTTTTCAAAAACCAAGCCTAGCTTTGAAAACTTAAAAAATGTAGGCCCCGTTTGATAACCATTTTGTTTTTGGTTTTTATTTTTTGAAATTTAACCTAAAAATACTACTTCTACCCATGAGTTTATATGTTTTATTATCTACTCTGTACCTATGTTTTAAAAAACCAAGCTAACTTTTGAAAACTAAAAAAAGTAGTTTTCAAAAATTTGACTTTGTTTTTAGAATTTGGCTAAGAGTTCAAATGTTTACTTAAGGGAGATAATCTCTATTGTAGAGAAATTAGGTGAAAACAAGCTTAACTTTCAAAAACTAAAAACCAAAAACAAAATGGTTATCAAACGGGGTCGTAGTTTTTTTGTTTTGGAATCTGACTATAAATTCAAATGTTAACTTAAGAAATATGAAAACTATCGTAAGGAAATCATGAGAAAATAAGCTTAGTTTTCAAAAACCAAAAACCAAATGGTTATTAAACGGTGTTGTAATTTCCTGGTTTCTTATAGAAGACCCAAGCTATTTTCATTTATGAGATATTCATTTGATTTAAGAGGCAACGTTGATGCCTTTCGGAAATTCAAAACAGGTTTTTTCACCATCTTCTATTGTATTTTTTGTGTTTTACATTCCATTCCCATCTATCCAGATTCACTCTTTTAAAGCTGCACGCTAATTGCGTCTGATATGTAAATGTCATGGACTGATTGAGTGATGGATACTTGAGATATCTTCAATTTGGTTGCTGTGGAATTCATCTTAATTGGCCTGTCTTATCAATAAACAAGTGGCCATTTTTCATTTTATTTCTTTCCCCTTTTAATGCAGGACATCCGAGTCTTTCTCTCCAATATGCCTTCCAAGATACAATCCTATGGCATTTTTGTATGCCTATGTTCATTATTTTGATGTGAGTGAGACTGACCCTACAAATTTTATTTTGGTAACCTAAATGGGAAAAGAAAAAAAATTAAGTTCAGATATCTTCGATTTTGTACTTGATAATTTTTTGTTAAAAGATGAAATAACTGATCAAATTATAGGCCAGATTAATTAATGTCTATAGTAGAAAACGTATGGGGCAACTATTTCACTGTGTAAGTAATGTGCGCTAAACGCAGCTTAAGTTGGAGAGTATAGAGTGTCATTGAGGAACTAAGAAGCACACACACAGACACGAGACATAGACACGACACAACATAGACATGGGGACACGCTAAATTTTGAAAATGTAGGACACAACATGTTGGAGACACGTTATTTTTTTATTAGATAATATTAAAAGATTAAACACAAAATAGTTTATTTTTTAATTAGTCTTTAAATTGTACTTTGGAAAAGAACCCTAACCCTAAAATACCACTCCTCCCCCGATTCTCTTCCTCCCTCATATTCTTTCCCTCCCTCCCCATTTTGCTTTCCCTAAACCAGTGTGTTGAAAGCGCAAGGCGCACCTCAAGGCGACAAGCCCTTTGATCGCCCGAAGGCGAGAGGCGATGAAAAGGCGTCGCTCGAATAAAGCGAGGCGCAATAAATAAATATATAAATAAATAATATATAGAGCATAAATTTTATAGTAAATATAGTCACATAAAATATCAAACCATTAAAAGCTTAATACTAATTGGTAAAAACAGCAGATGAGGATCTAAATGAGACTTTCTCTTATTTGAAGACGTCGGAAGCAGGGCAATCAAACGCTTGTGAGAAGGAATTTTGGAGGAGTGGGAGTTTGTCGAAAGGTCATGAAAATGTGAAGCTGTAAGAGCTGAGGGTATTGGATGCAGAAGACTTGCCTTCACGGAGTAAAGACTCTGTGTTTGATGAGCCTCTATTCTCTTCTACTACCCCAATCAGTGTTAAGGAAGTCAAAGATACTTTTTGTGGCAAGTACTATTTAAGAAGGGGGGAGAAACTCGACAATAAATTTGGAAAAACATTTGGATGGAAACTTTCCAGATTTCCTCGAGCAATCTGAGGCCTTCATTCAGCAATCAAACCGTGTAATATCAGAGTCCCAAGTTACTTCTGCTCCCTTATTCAAAGCTCCATTAATTGCTGTTGAAGAATGCCACCTTGGGCCGAAAGAGGTGCCATTCGTTAAAGCTTCTTTTTGGTCCCCAAATGTTCTAATCCGAGGAACACCTTCCCCTTCCCTTGTTCTTGGTCAAAATTCGATACCAGATTCGATTGTGGCTTTAAGCAACCCTGATTTAGAGTTTGCAAAGAGCTTAAAGCATAAGGATTTAAAAGAATTTTCCCCCGCAAATAATTTGTAGGAATTTTTTGATTTAGAAGTCTCTCAACCTTGTTTGGAAAAGGAAAGTAATAAAGGGAACCCTGATTGCCTGGTTGAATTAGCCCGCTTTAATTATTTAATAAAAGAAAGTGGGCTGCAATTCAAAGAAATTGTAACTAGACAAGTAGTCTCGACCTTATAACCACAGGCTGATCATGGACAGTGGGCTCCATTTTCGTGGGGATGGCCCTTTGGTACCCTTTCCTTTGATAAATGATGACTTTATTATGGAATACCAGGGGTTGGGGGAAGTCTGAAAATTATGTTATGAAGCTTTGTACCGGTGTAGTGTGGTTTTAAGAAACAAAAACTGGGTGTATTGATGCTTTTATCGGGTATTCAGATGTTTCCAATGGCTCGTTTATTGTGGAGAAATGGGGTCAAGACACTGCTATCAGATCTTTGGCTTGCGAGAAATCAAAGAATGTTTGAGGATAAGGAGATGGATTGAGATAGGAGATTTAATGCAATTCTTTTGTCAGCTTCTACCTGGTGTGTTCTTTCCAAGGATTTTGTTAATTATTCTATTTATGACTTACGCTTTTCTTGGAAGCCCTCCTTGTCTTGTATTAGTTGGTTTGTAGACTATTTTTGGTTTACTGGTGATATACAAGGTTTAGATGCCTTTATTTTGGGTTTCTTTGGGCTATGTCTCATGTTGTTTGGATATTTCCTGTTCTTTATTGTTTGTTGTATTTTGAGCATTAGTCTCTTTTCATTATTTCAATGAATCTCGTTTGTTACCTTGTCAAAAAAAAAAAAAAAGGTAAAAACAGCAAAATGTGAAAAACATCCAATAATAACCATGTTCTAGTAGTTTAAGACAAAATGAATCAATGAACCATAATCCAGTTATTAAGAATGAATCAATGAACAAAAAATAATAAAGGTAAAACTAGTCTTAAAGACTAAAACATCAATCAAATGTCAAAATCATCATTTTCCTCATCTAAATCTAAGTCCTCATCTATTGTTCTTCAAATTCTGCATGCATGGCTTTCGTGGGCTTTTTTTGTGGCTTGACCTTTAGGTTTTTGTGGTAATTAAGTTAAGCTTTATTATATTAAAAGAAGAAAACCTGTAGAATTGAAACAGGCGTTCACCTGCAACAAGGGCAAAGGCACCGTCGGGCGCAAATAGGCGCAATTCGGTGAGCAGCCGTTTGAAGTCAACCACCTGGGCAACACAAGAGGCATACAACCCTAGGATCACCTCGACCCTCGTCTGAGGCGCACACCTAGGATTACCTCAACATCACTGCCCTAACCCTAAAAAACTACCACTCCCCCTTTCTTTCCCTCCCTCCTCATTTGGCTTTCACTACTATTCAACAATTTCTCTCCCTCTCCCTTCCATGTTCGCCACGTGTCCACCTTTGCTAACAACGCCATGCCGCCGACCGCCAAAAGGTTAGAATTTTTGAATGCGTGTCTGTGGCGTTTCTGAAAATACAAAGATTAAAAAAAAAGACATGCAATTTTGCATGTTGGACACATGTCCAGAGCATGTCCGAGCGTGTTCGTATCCGACACGGACACTTTATAAAAAATAAAGCTTTTGTGCTGCCTAGTTTAAAAGTTTAGGAAGATGCATGAAGAATTCCATAGATCTTGAAAACAAGATAGATTTAGTAGCAAAATTGGATTCCATAGATCTTGAAAACAAGATAGATTTTGTCAATGATGATTGGAGCATTCGAAATCTAAAAGGAGTAGTATTAAAACTTGACCTTGAGAAGGCGTTTGATACAATTGATTGGGACTTTGTAGATGCAGTGCTAGAGGCTAAAGGTTTTGGGTTAATTTGGAGGAAGTGGATTCGGGGTTGTCTTACGAGTGTTAGCTATTCTATCATTATTAATGAGCGACCTCGTGGGAAGATTATTCCATTTCGTGGCATCTGACAAGGTGATCGTTTATCTCCGTTTCTCTTTATTTTGGTATTTGATTGTCTGAGTCGTCTGTTGGAGCATGGTGCTAGATCTGGTAGTATATCTTCTCAATCTATTGGTGAATCATCTTTTGCCTTAAACCATTTGCAATTTGCGGATGATACTCCACTTTTTTCAACTTCTGATCATTCTGCTTTGCAACATCTATATGAACTGATTAAGATTTTTGAGAGTGCTTCTGGTTTAAGAGTTAATTTGGCAAAGAGCGAGATGCTTGGAATCCATATTGACCAACCTGAGATGGACAGGTTATTGACGATCTTTGGTTGTAAGCAGGGTTTTTGGCCAACCACCTTCCTGGGCTTGCCATTGGGAGGCAATTCCAAGTCGATTTCTTTTTGGCAGCCTATTATAGAGTGTTTTAAACAGAAACTTCATAATTGGAAATATGCCTTTATTTCCAAAGGTGGGCGACATACCCTTATTCAGGCAACACTTTCTAGCATGCCTACATACTACATGTCTCTTTTTAAACTCCACTCGAGAATCATTTTAATGTTAAATAAAATTATTCGTGATTTCTTTTGGGAAGGAGCTAAGGGAGATGGCGGAGTTCATAATGTGAAATGGGCAACTATTCAACTTCCTAAACTCATGGGTGGTCTCGGGATTGGTAATTTTGCATATCGGATCTCGGCTTTGTTGGCTAAGTGGATTTGGAGATTCACACAAGAAACTGATTCACTATGGAGGAAATTTATTGTAGCTAAATACTATGGTACTTTGACTTCAGTTGATTGGCCCCAGATTATTACGAATGCTAAACATAAGTCACCATGGAGATCTATTTGTCATTTGCGTGATTTGGTGGTTAGTCGTTCTATACGACGTATAGGGAACGGATGCTCCATAGTTTTCTGGACTGACCATTGGCTCAGTTGTGGACCTATTGCTCGTGCTTTTCCATAACTTTATAGACTGGCTTTGAACCCTGACTCGACAGTGGCTAATATGTGGAATTTGACGGACTCGACTTGGGACCTGCGACTTCGGAGTAATTTAACAAATTTAGAAATTAATGAGTGGCCATCTCTATCTCATTTATTATCTGTTGTTCGATTGTTGAATAGAGTAGATTCATGGGTATGGTTGTTAGAGCCTTCTGGTACTTTCTCTATGAAGTCTCTTACTGATGATTTGTTGGGATACGCTAATCTGAGGCAAAAGGATACCTACTCAGTCATATGGAAGGATTCATATCCAAAAAAGATTAAAATCTTTCTCTGGGAGCTCAATTTAGGAGCTATTAATACTGCTGATCGTCTTCAAAAACGAAAGCCTTACATGGCTTTATCTCCCTCTTGGTGTCTTATGTGCACTTCGAACTCAGAACATGCGGGTCATCTATTTGTGCATTGCCCTCTTTCTTTAAATTTTTGGTGGAAGATTTTGGATGCTTTTGGATGGTCATTACCGCTTCCGATTAATATTTTTTATTTTCTTTCTTCCGTCTTGGTGGGGCATCCTTTCAAGGGCAATAGGAAAATCATTTGGCTTGCTCTCGTTCGTGTCTTTCTTTGGAACCTATGGATTGAGAGGAATGGGCGACTATTCAGGGATGTTTCATCTACCTTTGATCGTTTTATGGATAATGTTCTTTTAAATGTTTTATGGATAAGAAATTGCAGGAACTAGACAATGGCTTATTTCTTGAAATATTAAGGAGCTATGAGGTTTCCCCAGATGAATGGGCTATTTCAAAAAGTTTGTAGTCATCTATGGGTCTATTACGTTTCCATTAATGCAACAACTCAAGATGGATATCTTCTAGTGGTTGAGGAGGCCACTGATGAATCCCAAAAGCTAAAAGCAACTCTGACTTTTGTTCTTGACCAGTAAGGGGTGGTTAGCAATTTCTCGTTGGTGGATTAAAAAATTGAACTGGTGGAGCACATATCAAGTGATTGAGAACTACGAAGTATAAAGAGGGTCATCCAGAGTGGAGAAGTTCCACCTGGTTGTTATTCTTTACGAGGACGTGTTCCTTTGTTGTTGCATGAATCTATAATTCACCTATGGAGCCAACAGGGGTGTGCCAAGAAGTCTTCTGGAAAGGAATGAAGGTACGTAAGGGTGTGGCAGTATGTGGTAGAATGTGGGTTGTGCCAAGAAACAAAGTATTTGGCTTGGTGCCCGGAGGTTTGTCATGACTTCTGCCAATTTCCTGATAGAATTTGGGGAGATGTCTCCTTAGATTTAATTGAAGTCTTGCCAAAATCAAATGTTTATGATTCAATATTGATGGTAGTGATATGCCCAAGTTTTATTCCCCATATAACATCCTTCTATACAACCATAATGTTAGCTCAAACTTTTGTTAAGGAGAGGTAATGCATCTGCACAATCTTTCCCGTAGGATTGCATCATTTCTGATTGTGACAGTTTTTGTCAGCTTGTGACAGTTTTTGTCAGCTTGTTTTGTGAGGAGTTGTTCAAGTGTCAAGGAGCACAACTTGAGAGGAGTACATCCTATCACCTGCAAACCAAGGGCCAAACTCCTTTTGAGGCAGTATATGGATGGCCTCCCCAGTACGTACCAGAAATATCCCCGGTAATTAAGGTGAGGTGGATGCACAGTTTATAGAAATGGATGCATGATTGCTTGTCTAAAGTCTCATTTGGAAGATCTCAGGGAAGATGACTAACATAGCTAATTGGATGCATCAACACGTGCAGTTTAGTAAGGTCCCTCAGGTTTATCTGAGTTTGAAACCTTGACCATTGGACCTACCTTTCCTGTAATACCAGTTTCTCCTCAACATGGGCGTAATATGATGGTTTGTATGCAGCCAACTGAGCAGCTAGAACTTCGGTTTTCTTAAGATGATCCAGAGGCATTAGAGGTCTTTATTTGTTGGGAGGATGTCACTGTAACTGATGGTACCTGGGAACAAGCTTTTCCTGTAGCTTCCTAGCTCCCTAAATTTCACCGCAAGAACAAGTTTGTTATCTGTGGGGGGCCTTTTGTAACTAAGTTAGTGATGGAGAAGAGAGCATATCTAGACTAGAGGGTATAGGAATCTCTTGTGTGGATGAGAAATAGATTCTGCCTGTAGTGAAACTGAGGTAGGGAGAGTTACTCTTAAAACATATCTTAGGCTCGTATTTCCTTGAAACTTTTTGAATGAAGCTGATTCTATTCTTAAAACATAATAAGTTTAAGATTTTCGGTTTTGTTTCAAAATAGTATCAGAGATCTTAATTGCAAAGCCTACCATGTCATTTTCACAATCATTTAATATTAGTAGTCTAAATATTAAGTATCCAATTTTTTTCCTTGGTAAACTGCTATCATTAGGAAGAATGGAAGTACAAAAATGTCGTTTAAAAGCACAGACTACATCTCATCACAAACAGGAGCCACCAAAATATAATTGATTACGATAAAGGGTTCCAATGATTAGTAATCAACGGAAGCGGAAATCACTAAAAAGGCTCAGAAATAAATCCACAGAGAGGAATTAAAATGTACTGGATTTCAAACATCCTCCAAAGTGTCCTAAAAAATCTTCCTAGTATCAATGTCCCAAACGATGGCCAAAAAACTGGCTTGCCAAAGAATCACCTTCATGGAATGGGGAATAAAGGAATACTCCTTCCTACATGTTGCACCGATTTAGAGCAAGAGAACTCAATAACCTTGAAGGATTTATGACAACACCTATTGAAAGAGCAACTCCCGAAAATCTGATTCAGATCTTCACTCTTGTTTCCAACAGTCAAGTAAATTAGAAGATTAGTATCCAGTCTACATGTGAAGGGGTGTGTTAAGAATAAATTAACTGGTTAAATTCATTCTAACTTAATAGATTGAGCTTTGTAATTTAATAGGTTTATGGTGGTTTAAGTAATTGTGATTTTCCTTATTCTTATTATATTGACACAATAAATGTCTTATGGCAGGTTAACACTTACCTGATGCTCCTTACAACTAATTCAGATTCCTTCTATCACTTAAAGGAATGCAGGTGAAATAGACGTCATATATCAGTACCATTAGGATGTCTTTGGTTGTCAACTAAGGCAAAAATGGCACATGTTTTTACCAACCATAATTTTGTTTATGGTCTATATTTACCCAATGAATGTCCTGTCCTGCCAACTCACTTGACATGCACATGCTTTTAAAAATTCAGGTTAGCTACATAAATTGCGTTGAAGTTTGGCCAAATTCAAGCCAAATTTTTTCTGACCCTCTTTATCATTTATTTTTAGTAAGGATCATGCACTGTATAAAATGTCACGAGCAAGATGCATATTCATCATCTGAAGGAACATAATGTCAAGAGTTAGCCAAAGTCCGCAGTTTTTCTTGTTATTCAAAGACATTTCTTGGGTGCTTATTCATTGATAGTTGATAATTTTTTTCTTCTTTACATGTTCTGAAAAATGGTTGTAACATCGTAGGATTCGTATTGAGACTGTCCTTTTGAAGTCAAATGTTCTTGGCGAAGTTCAGAGATCCATGTTAGAAGGTGGGATGCATGTTGAAGACGTGCCTGTTGATTCTTTACCTCGTTATAGAACTATATCTCCTCGTTTGGGCCAACAAAGAGAATTTCCTGAAAGATTCAAGGAATCTTATGCTGGGATGGGTGGTCCTGGTGGACTCTGGCATTTCATTTACCGCAGTATATATTTGGATCAGTACGTATCTTCTGAATTTTCATCTCCAATTAGCAGTCGTCAACAACAGAAGAGGTAGTTGTGGCAAATTTCTAATCCCATATAATAACTCTAGATGGTTTTTTGAAGCCCTTCTTATTAATTATGCATTTGTTAGATTGTAAATTTTATTTCTTTACATATTTGTTTTGATTTATTTATTTTTGCAGATTGTACAGAGCATACCAAAATATTTATGCTTGTATGCATGATAAAGAAATTGGCCCTCACAAAACCCAGTTTAGAAGAGATGAAAACTATGGTACGTTTTTGTTTTCCCTTGACATTTCCAATTGGATTAATACAATAATTTAATCATTTTTCTCTTAATTATACTGCACTTCCACTCTTGATAGTAAGAGTTTTTCTTTTTTTTTTCTTTTTTTAATTATTATTATTTCTTTTGAACTCATAACTTTATTGGCCATATTTGTTCTTTATTCATTGTGTATATATATATTTTTTCTCAGAATCAGATGTTTTCTTTTGACTTAGTTTGTCTCTTATATCTTGTTTTTGATCATCCATCACAATCGATTTCTGATCTATTACAACTAATTTATCCCTTTGTTTATCGTATGGAACCCAACAATCCACTCTTGATAAGGAGTATGATTTCTATCGGAGTTTTTGCCTTCCAGAGTCTTAATCAAACTATGCTCCAAGTCCAATATATTATTACTGTGGCATAAACATCTGAACAGATATCTTCATTATAATAAAGAACCACACCTAATTTGCAGAATCTTGTATCAGGGTATGCTTAGGTTGAATTATTCAATAGAGGAAAGAGTGGTCTGTATCTGTTTTCAGCTGCATCAAACCTATTATCTGCTTATATATAAAGATACGTGAACATAACAGCATTCAAGTTTTTAATGATGGTTTTTATTGGCAGTTCTACTCTGCTGGGTCACCCAAGATTTTGAGCTTTATGCAGCATTTGATCCTTTGGCTGATAAGGTATTTCTTTTTGTGAGATTTATGAGTTATAGTTGGCTGAAAAAGTTATTTATATGAAGTCATAGTGACCACGTTCTTGCTTCTTGGTCTTTCATGAATGTTGATATGGTGAATTTTAATTTTGCTTTCTGACAAGAAAAAAACTTCTCATTGATGTTTGAAAAGTTACAAACTAGAACTACTAGAGAAACAATATGAACTTTAATTATTAAGATCTCAACTGTATATTAAGATTAAAACCCTAATTGAAAAACACTGCGTGGAAATGATTTAGCATGCACGAAACTTGTGGATGAATATTTTGGTCCTTAAAATTTTGGAACAAATGGAACGGAAGAATCTTGAAAGATAGTCTCCAAGACCTTATTTTGGGGGTGGGGGTTGACGTTTCATGTATCTAGTAGCCTTTTCAGTATTTAGAGAATCCAATTTGAGTGGTGTCTCTTACAGATCCTCCTTTATGAGTTTTCTTGTCGTCAATTCTGATTTCTCTCCTCTGAAAACAAATAAGAAGAAAAGTAAAATTATTCATCCTTTACTCGTATTTGATCCATGTCTTTCTCGGTGATATCTATGTTGAACATTAGAGATTAGGATAACATTAGAAGGATATTGTTAACATCTTCATCATATCTTATGCATACTTTGTGATGGAAGAAGCATCAAGTCTTACTTTTACTGACTTTTTGCACCTACACTCTTATTAGTACTACTCTGATTATGACTGTGCTTTATTGGGATGATAGAGATTTGTTAGAGAAGGTTTTTCTGAATCCTCCATAATAAATGAAATTTTGGAAGACTGGTTTTTTGTGCTTGAGAGTAAGGACTGTTTAGGATAGAAGATTTTAAAAGAGTTTGGAGCTTCTCCCTTGGTTCTTAGTCTTCCTCGATTCTTCCATTTCTTTTTCTTCTTTTTTTCTCTCTATTACTGACCACTGGACCTCGCCCTTGTAATTTTTTTCCCCTTGCTGTTCCCTTTTTTATGTTTCCGTTGAATCTGATTGTAGAACATATGATTCCACAGGCTTTGGCGATAAAGATCTGCAATCGAGTTTGTCAATGGATTAAGGACGTTGAAAATGAAATTTTTCTGCTGGGTGCGAGCCCATTTTCATGGTAA

mRNA sequence

ATGTCTTCTGGGTTGAGCTCACTATCATCGAGTGACGAACTCGACGATTTCAACCCTGAACGAACACCCACTAAACCTCTCGAAGAAGAATTGGCGTCTCTAGCATTGACCTTACCCCATCCCGAGGTGCTTTCGGACCAAGAGGATGTCAATGGCGTCTCAGATGGATCCGCGACCAATGGCTCTAGGTTTGGAATTCGACGGAGTGATGAGGAAACGAGGGTCGGCGTAGTTTGTGAAGAGAATGTTGTTGGGAATTCGGCTTCAGTATCTGTTGGAACTGAGATGGTTGAGGAAGCGACGGAGAGTTCGGTGCGAGGGGGTGATGGGATTGCGTGGGGGAGGACCAATTCGGAGATTGAGGTGGATAGACCGGCCAGTCCGAGCAGCAGTGGGTATGCCGGTGAAAGGGGAAGCAGCAGTGCTAGTAGTGGTCGGTCGGAGATGGATGGAATTGCTGAGGATGAGATACAGGAACTGAGAGATGACGCTTCTGTTGGTGAAATTTCGAATTCTGTACCCTCGTGGGTTCCTGGAAAGCGGCATGGTGATGAGGTACTGTATGGAGACGAACACAAACTAGCAGGATTTTCTGCCAGCTTGCAGGCAATCATTTCCTTTGTGGAGGACGGGGGTGATCGTGTCAAATGGGTTAGAGCTGGAAAACATCAGGTGGTCTTTCTTGTGAAGGGTCCAATTTACTTGGTTTGCATCAGCTGCACGGAAGAGCCTTATGAATCATTAAGAGGCCAGTTGGAACTTATTTATGGTCAGATGATACTTATTCTAACAAAGTCTGTAAATAGATGTTTTGAGAGAAATCCCAAGTTTGATATGACTTCTCTTCTTGGAGGAACAGATGTTGTCTTCTCCTCTCTCATCCATTCATTTGGTTGGAATCCAGCTACATTTCTTCATGCATACACTTGTCTTCCTCTTGCTTATGGTACACGACAAGCTGCAGGTGCAATATTACAAGATGTTGCTGATTCAGGCATTCTTTTCGCAATTTTAATGTGCAAACATAAGGTTATCAGTCTTGTTGGTGCCCAAAAAGCTTCTCTTCATCCTGATGATATGTTACTACTTGCCAACTTTGTGATGTCGACAGAGTCCTTTAGGACATCCGAGTCTTTCTCTCCAATATGCCTTCCAAGATACAATCCTATGGCATTTTTGTATGCCTATGTTCATTATTTTGATGTTAACACTTACCTGATGCTCCTTACAACTAATTCAGATTCCTTCTATCACTTAAAGGAATGCAGGATTCGTATTGAGACTGTCCTTTTGAAGTCAAATGTTCTTGGCGAAGTTCAGAGATCCATGTTAGAAGGTGGGATGCATGTTGAAGACGTGCCTGTTGATTCTTTACCTCGTTATAGAACTATATCTCCTCGTTTGGGCCAACAAAGAGAATTTCCTGAAAGATTCAAGGAATCTTATGCTGGGATGGGTGGTCCTGGTGGACTCTGGCATTTCATTTACCGCAGTATATATTTGGATCAGTACGTATCTTCTGAATTTTCATCTCCAATTAGCAGTCGTCAACAACAGAAGAGATTGTACAGAGCATACCAAAATATTTATGCTTGTATGCATGATAAAGAAATTGGCCCTCACAAAACCCAGTTTAGAAGAGATGAAAACTATGTTCTACTCTGCTGGGTCACCCAAGATTTTGAGCTTTATGCAGCATTTGATCCTTTGGCTGATAAGGCTTTGGCGATAAAGATCTGCAATCGAGTTTGTCAATGGATTAAGGACGTTGAAAATGAAATTTTTCTGCTGGGTGCGAGCCCATTTTCATGGTAA

Coding sequence (CDS)

ATGTCTTCTGGGTTGAGCTCACTATCATCGAGTGACGAACTCGACGATTTCAACCCTGAACGAACACCCACTAAACCTCTCGAAGAAGAATTGGCGTCTCTAGCATTGACCTTACCCCATCCCGAGGTGCTTTCGGACCAAGAGGATGTCAATGGCGTCTCAGATGGATCCGCGACCAATGGCTCTAGGTTTGGAATTCGACGGAGTGATGAGGAAACGAGGGTCGGCGTAGTTTGTGAAGAGAATGTTGTTGGGAATTCGGCTTCAGTATCTGTTGGAACTGAGATGGTTGAGGAAGCGACGGAGAGTTCGGTGCGAGGGGGTGATGGGATTGCGTGGGGGAGGACCAATTCGGAGATTGAGGTGGATAGACCGGCCAGTCCGAGCAGCAGTGGGTATGCCGGTGAAAGGGGAAGCAGCAGTGCTAGTAGTGGTCGGTCGGAGATGGATGGAATTGCTGAGGATGAGATACAGGAACTGAGAGATGACGCTTCTGTTGGTGAAATTTCGAATTCTGTACCCTCGTGGGTTCCTGGAAAGCGGCATGGTGATGAGGTACTGTATGGAGACGAACACAAACTAGCAGGATTTTCTGCCAGCTTGCAGGCAATCATTTCCTTTGTGGAGGACGGGGGTGATCGTGTCAAATGGGTTAGAGCTGGAAAACATCAGGTGGTCTTTCTTGTGAAGGGTCCAATTTACTTGGTTTGCATCAGCTGCACGGAAGAGCCTTATGAATCATTAAGAGGCCAGTTGGAACTTATTTATGGTCAGATGATACTTATTCTAACAAAGTCTGTAAATAGATGTTTTGAGAGAAATCCCAAGTTTGATATGACTTCTCTTCTTGGAGGAACAGATGTTGTCTTCTCCTCTCTCATCCATTCATTTGGTTGGAATCCAGCTACATTTCTTCATGCATACACTTGTCTTCCTCTTGCTTATGGTACACGACAAGCTGCAGGTGCAATATTACAAGATGTTGCTGATTCAGGCATTCTTTTCGCAATTTTAATGTGCAAACATAAGGTTATCAGTCTTGTTGGTGCCCAAAAAGCTTCTCTTCATCCTGATGATATGTTACTACTTGCCAACTTTGTGATGTCGACAGAGTCCTTTAGGACATCCGAGTCTTTCTCTCCAATATGCCTTCCAAGATACAATCCTATGGCATTTTTGTATGCCTATGTTCATTATTTTGATGTTAACACTTACCTGATGCTCCTTACAACTAATTCAGATTCCTTCTATCACTTAAAGGAATGCAGGATTCGTATTGAGACTGTCCTTTTGAAGTCAAATGTTCTTGGCGAAGTTCAGAGATCCATGTTAGAAGGTGGGATGCATGTTGAAGACGTGCCTGTTGATTCTTTACCTCGTTATAGAACTATATCTCCTCGTTTGGGCCAACAAAGAGAATTTCCTGAAAGATTCAAGGAATCTTATGCTGGGATGGGTGGTCCTGGTGGACTCTGGCATTTCATTTACCGCAGTATATATTTGGATCAGTACGTATCTTCTGAATTTTCATCTCCAATTAGCAGTCGTCAACAACAGAAGAGATTGTACAGAGCATACCAAAATATTTATGCTTGTATGCATGATAAAGAAATTGGCCCTCACAAAACCCAGTTTAGAAGAGATGAAAACTATGTTCTACTCTGCTGGGTCACCCAAGATTTTGAGCTTTATGCAGCATTTGATCCTTTGGCTGATAAGGCTTTGGCGATAAAGATCTGCAATCGAGTTTGTCAATGGATTAAGGACGTTGAAAATGAAATTTTTCTGCTGGGTGCGAGCCCATTTTCATGGTAA

Protein sequence

MSSGLSSLSSSDELDDFNPERTPTKPLEEELASLALTLPHPEVLSDQEDVNGVSDGSATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSWVPGKRHGDEVLYGDEHKLAGFSASLQAIISFVEDGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVEDVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW

Homology

[Close]

BLAST of Tan0018902 vs. ExPASy Swiss-Prot
Match: Q9SKN1 (Vacuolar fusion protein MON1 homolog OS=Arabidopsis thaliana OX=3702 GN=MON1 PE=1 SV=2)

HSP 1 Score: 701.8 bits (1810), Expect = 6.6e-201
Identity = 379/633 (59.87%), Postives = 450/633 (71.09%), Query Frame = 0


Query: 2   SSGLSSLSSSD-ELDDFNPERTP---TKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 61
           S   SS SSSD E  D NP   P   ++ ++ +L S+ L+ P           + VSDGS
Sbjct: 4   SDSRSSPSSSDTEFADPNPSSDPETNSERVQSQLESMNLSQP-----------SEVSDGS 63

Query: 62  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTN 121
            T  S  G    DE      V   N  GN   VS G  + E    +S  GG+ +      
Sbjct: 64  HTEFSGGGDDNDDE------VASAN--GNEGGVSNGGLLREGVAGTS--GGEVLLRAENP 123

Query: 122 SEIEV-DRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSW 181
            E+E  + P SP+SSGY GERGSS  ++   + D  +EDEI+E   D      S    +W
Sbjct: 124 VEMEAGEEPPSPTSSGYDGERGSSGGATSTYKADDGSEDEIREANVDGDTA--SQHEAAW 183

Query: 182 VPGKRHGDE-------------------------VLYGDEHKLAGFSASLQAIISFVEDG 241
           +PGKRH DE                           YGDEHKLAGFSA+LQAIISFVE+G
Sbjct: 184 LPGKRHVDEDDASTSWRKRKKHFFILSNSGKPIYSRYGDEHKLAGFSATLQAIISFVENG 243

Query: 242 GDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCF 301
           GDRV  V+AG HQVVFLVKGPIYLVCISCT+E YE LRGQL+L+YGQMILILTKS++RCF
Sbjct: 244 GDRVNLVKAGNHQVVFLVKGPIYLVCISCTDETYEYLRGQLDLLYGQMILILTKSIDRCF 303

Query: 302 ERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADS 361
           E+N KFDMT LLGGTD VFSSL+HSF WNPATFLHAYTCLPL Y  RQA G ILQ+V  S
Sbjct: 304 EKNAKFDMTPLLGGTDAVFSSLVHSFSWNPATFLHAYTCLPLPYALRQATGTILQEVCAS 363

Query: 362 GILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMA 421
           G+LF++LMC+HKV+SL GAQKASLHPDD+LLL+NFVMS+ESFRTSESFSPICLPRYN  A
Sbjct: 364 GVLFSLLMCRHKVVSLAGAQKASLHPDDLLLLSNFVMSSESFRTSESFSPICLPRYNAQA 423

Query: 422 FLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVE 481
           FL+AYVH+FD +TY++LLTT SD+F+HLK+CR+R+E VLLKSN+L  VQRS+ EGGM VE
Sbjct: 424 FLHAYVHFFDDDTYVILLTTRSDAFHHLKDCRVRLEAVLLKSNILSVVQRSIAEGGMRVE 483

Query: 482 DVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEFSS 541
           DVP+D   R  T +    Q+++ P    +   G GGP GLWHF+YRSIYLDQY+SSEFS 
Sbjct: 484 DVPIDRRRRSSTTN----QEQDSPG--PDISVGTGGPFGLWHFMYRSIYLDQYISSEFSP 543

Query: 542 PISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLA 601
           P++S +QQK LYRAYQ +YA MH K +GPHKTQ+RRDENY LLCWVT DFELYAAFDPLA
Sbjct: 544 PVTSHRQQKSLYRAYQKLYASMHVKGLGPHKTQYRRDENYTLLCWVTPDFELYAAFDPLA 603

Query: 602 DKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           DKA+AIKICN+VCQ +KDVENE+FL GASPFSW
Sbjct: 604 DKAMAIKICNQVCQRVKDVENEVFLQGASPFSW 607

[Close]

BLAST of Tan0018902 vs. ExPASy Swiss-Prot
Match: Q5JL08 (Vacuolar fusion protein MON1 homolog OS=Oryza sativa subsp. japonica OX=39947 GN=MON1 PE=3 SV=1)

HSP 1 Score: 667.2 bits (1720), Expect = 1.8e-190
Identity = 332/502 (66.14%), Postives = 392/502 (78.09%), Query Frame = 0


Query: 112 AWGRTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISN 171
           AW     + +V  P SPSSSGYA ERG+S ASS  +  D   + +  +   D       +
Sbjct: 69  AWKDDLEDADV-APPSPSSSGYAAERGTSLASSAAANDDPQPQPDDDDWPRDKKHLHEDD 128

Query: 172 SVPSWVPGKRH-------GDEVL--YGDEHKLAGFSASLQAIISFVEDGGDRVKWVRAGK 231
           +  SW   K+H       G  +   YGDEHKLAGFSA+LQAIISFVE+ GD +K+VRA K
Sbjct: 129 TSASWRKRKKHFFILSNSGKPIYSRYGDEHKLAGFSATLQAIISFVENSGDHIKFVRAAK 188

Query: 232 HQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFERNPKFDMTSL 291
           HQ+VFLVKGPIYLVCISCTEE YE LRGQLEL+YGQM+LILTKSVNRCFE+NPKFDM  L
Sbjct: 189 HQIVFLVKGPIYLVCISCTEESYEGLRGQLELMYGQMLLILTKSVNRCFEKNPKFDMAPL 248

Query: 292 LGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSGILFAILMCKH 351
           LGGTD VF SLIH+F WNPATFLHAYTCLPLA  TRQAA A+LQD+ADSG+LFA+LMC+H
Sbjct: 249 LGGTDAVFLSLIHAFSWNPATFLHAYTCLPLAQSTRQAASAVLQDIADSGVLFALLMCEH 308

Query: 352 KVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAFLYAYVHYFDV 411
           KVISLVGAQKA+LHPDD+ LL+NF++S+ESFRTSESFSPICLPRYN MAFLYAYVH+FD 
Sbjct: 309 KVISLVGAQKATLHPDDIFLLSNFILSSESFRTSESFSPICLPRYNSMAFLYAYVHFFDE 368

Query: 412 NTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVEDVPVDSLPRYR 471
           NTYL LLT  SD+FY LK+ R RI+ VLLK+NVL EVQRS+ E  + +ED+P D  P  +
Sbjct: 369 NTYLTLLTARSDAFYDLKDSRSRIQNVLLKANVLVEVQRSLRESALRIEDLPAD--PSSQ 428

Query: 472 TISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEFSSPISSRQQQKRL 531
           ++SP     ++   +   S   +GGP GLWHFIY+SIYLDQYVSSEF   IS+ +QQKRL
Sbjct: 429 SVSPPPQFSQDLHFQLLSSEMAIGGPAGLWHFIYKSIYLDQYVSSEFPLIISNPKQQKRL 488

Query: 532 YRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLADKALAIKICNR 591
           Y+AYQ +YA MHDK  GPHKTQFRRDE+YVL CW+TQDFELYAAF+PLADK+ AIK+CNR
Sbjct: 489 YKAYQKLYASMHDKATGPHKTQFRRDEDYVLFCWITQDFELYAAFNPLADKSQAIKVCNR 548

Query: 592 VCQWIKDVENEIFLLGASPFSW 605
           VCQWI+D+ENEIF+ G S  SW
Sbjct: 549 VCQWIRDLENEIFVYGESTLSW 567

[Close]

BLAST of Tan0018902 vs. ExPASy Swiss-Prot
Match: Q9YGN1 (Protein SAND OS=Takifugu rubripes OX=31033 GN=sand PE=3 SV=1)

HSP 1 Score: 213.4 bits (542), Expect = 7.2e-54
Identity = 131/465 (28.17%), Postives = 230/465 (49.46%), Query Frame = 0


Query: 152 IAEDEIQELRDDASVGEISNSVPSWVPGKRH-------GDEVL--YGDEHKLAGFSASLQ 211
           I E   Q++   +   E   S  +W   ++H       G  +   YG E  L+     + 
Sbjct: 92  ITEQHAQDVSPQSRSKEEDMSSEAWRSHRKHVFVLSEAGKPIYTRYGSEEALSSTMGVMM 151

Query: 212 AIISFVEDGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILI 271
           A++SFVE   + ++ + A   +V+FL K P+ LV +S T +  + L  +L+ IY Q++ +
Sbjct: 152 ALVSFVESDKNTIRSIHADGCKVIFLAKSPLVLVGVSQTYQSDKELLRELQYIYYQIVSL 211

Query: 272 LT-KSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA 331
           LT   +N  F+    +D+  LL G++ +  +L+H    +P   L A TCLPL+   R   
Sbjct: 212 LTLTQLNHIFQNKQNYDLRRLLAGSEYLTDNLLHRLDRDPGLLLSAVTCLPLSNSVRDVV 271

Query: 332 GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSP 391
            + LQ      ++F+IL+   ++++LV  +   LH  D+ L+ N V S+ SFR  E ++P
Sbjct: 272 SSSLQAAKAKNLVFSILLAGDRLVTLVRKKDQFLHHIDLHLVMNLVGSSSSFREGEGWTP 331

Query: 392 ICLPRYNPMAFLYAYVHYFD--VNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEV 451
           ICLP++N   F +A++ Y +   +  L+L++T+ + F+++ +C+ R    L K      +
Sbjct: 332 ICLPKFNTAGFFHAHISYLESASDLCLILVSTDREDFFNMSDCKQRFLERLTKRTAYQAL 391

Query: 452 QRSMLEGGMHVEDVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSI 511
           + ++      VE V +                   PE              L HF+Y+S 
Sbjct: 392 KEALKCPSYSVEQVGI-------------------PE--------------LRHFLYKSK 451

Query: 512 YLDQYVSSEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQ 571
               Y S EF     S ++Q+RL   YQ++++ +H   + P +  +R      LL WVT 
Sbjct: 452 SSGLYTSPEFPELYQSDEEQERLMGLYQDLHSHLH-HPVRPLRFFYRCTNKENLLAWVTN 511

Query: 572 DFELYAAFDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
            F+LY  F PL  KA+A+   N++ +WI+  E+ +F+L  SP ++
Sbjct: 512 GFQLYLCFSPLGTKAMAVSAVNKLLKWIRKEEDRLFIL--SPLTY 520

[Close]

BLAST of Tan0018902 vs. ExPASy Swiss-Prot
Match: Q86VX9 (Vacuolar fusion protein MON1 homolog A OS=Homo sapiens OX=9606 GN=MON1A PE=1 SV=3)

HSP 1 Score: 207.2 bits (526), Expect = 5.1e-52
Identity = 152/578 (26.30%), Postives = 271/578 (46.89%), Query Frame = 0


Query: 55  DGSATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWG 114
           DG+ T      + R++  T       E   G   ++ V     E+ TES     DG A G
Sbjct: 112 DGTLTPSDGQSMERAESPTPGMAQGMEPGAGQEGAMFVHARSYEDLTESE----DGAASG 171

Query: 115 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQEL-------------- 174
            ++ E     P  P+       + S   S   +++ G+A D  +E+              
Sbjct: 172 DSHKEGTRGPPPLPTDM----RQISQDFSELSTQLTGVARDLQEEMLPGSSEDWLEPPGA 231

Query: 175 ---------RDDASVGEISNSVPSWVPGKRH-------GDEVL--YGDEHKLAGFSASLQ 234
                    R+  + G+  ++  +W   ++H       G  V   YG E  L+     + 
Sbjct: 232 VGRPATEPPREGTTEGDEEDATEAWRLHQKHVFVLSEAGKPVYSRYGSEEALSSTMGVMV 291

Query: 235 AIISFVEDGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILI 294
           A++SF+E   + ++ + A  ++VVF+ + P+ LV ++ T +  + L  +L  IY Q++ +
Sbjct: 292 ALVSFLEADKNAIRSIHADGYKVVFVRRSPLVLVAVARTRQSAQELAQELLYIYYQILSL 351

Query: 295 LT-KSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA 354
           LT   ++  F++   +D+  LL G++ +  +L+     +P+  + A  CLPLA   R   
Sbjct: 352 LTGAQLSHIFQQKQNYDLRRLLSGSERITDNLLQLMARDPSFLMGAARCLPLAAAVRDTV 411

Query: 355 GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSP 414
            A LQ      ++F+IL+ ++++++LV  +   LHP D+ LL N + S+ SFR  E+++P
Sbjct: 412 SASLQQARARSLVFSILLARNQLVALVRRKDQFLHPIDLHLLFNLISSSSSFREGEAWTP 471

Query: 415 ICLPRYNPMAFLYAYVHYF--DVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEV 474
           +CLP++N   F +A++ Y   D +  L+L++T+ + F+ + +CR R +  L K       
Sbjct: 472 VCLPKFNAAGFFHAHISYLEPDTDLCLLLVSTDREDFFAVSDCRRRFQERLRKR------ 531

Query: 475 QRSMLEGGMHVEDVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSI 534
                  G H+        P Y                   S A +G P  L HF+Y+S 
Sbjct: 532 -------GAHLALREALRTPYY-------------------SVAQVGIP-DLRHFLYKSK 591

Query: 535 YLDQYVSSEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQ 594
               + S E  +P +S ++Q+RL   YQ +++  H+    P KT +    N  LL WVT 
Sbjct: 592 SSGLFTSPEIEAPYTSEEEQERLLGLYQYLHSRAHNAS-RPLKTIYYTGPNENLLAWVTG 647

Query: 595 DFELYAAFDPLADKALAIKICNRVCQWIKDVENEIFLL 598
            FELY  + PL  KA A+   +++ +WI+  E+ +F+L
Sbjct: 652 AFELYMCYSPLGTKASAVSAIHKLMRWIRKEEDRLFIL 647

[Close]

BLAST of Tan0018902 vs. ExPASy Swiss-Prot
Match: Q95KG9 (Vacuolar fusion protein MON1 homolog A OS=Macaca fascicularis OX=9541 GN=MON1A PE=2 SV=2)

HSP 1 Score: 206.8 bits (525), Expect = 6.7e-52
Identity = 153/578 (26.47%), Postives = 270/578 (46.71%), Query Frame = 0


Query: 55  DGSATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWG 114
           DG+ T      + R++  T       E   G   ++ V     E+ TES     DG A G
Sbjct: 15  DGTLTPSDGHSVERAESPTPGLAQGMEPGAGQEGAMFVHARSYEDLTESE----DGAASG 74

Query: 115 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQEL-------------- 174
            +  E     P  P+       + S   S   +++ G+A D  +E+              
Sbjct: 75  DSPKEGARGPPPLPADM----RQISQDFSELSTQLTGVARDLQEEMLPGSSEDWLDPPGA 134

Query: 175 ---------RDDASVGEISNSVPSWVPGKRH-------GDEVL--YGDEHKLAGFSASLQ 234
                    R+  + G+  ++  +W   ++H       G  V   YG E  L+     + 
Sbjct: 135 VGRPATEPPREGTAEGDEEDATEAWRLHQKHVFVLSEAGKPVYSRYGSEEALSSTMGVMV 194

Query: 235 AIISFVEDGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILI 294
           A++SF+E   + ++ + A  ++VVF+ + P+ LV ++ T +  + L  +L  IY Q++ +
Sbjct: 195 ALVSFLEADKNAIRSIHADGYKVVFVRRSPLVLVAVARTRQSAQELAQELLYIYYQILSL 254

Query: 295 LT-KSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA 354
           LT   ++  F++   +D+  LL G++ +  +L+     +P+  + A  CLPLA   R   
Sbjct: 255 LTGAQLSHIFQQKQNYDLRRLLSGSERITDNLLQLMARDPSFLMGAARCLPLAAAVRDTV 314

Query: 355 GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSP 414
            A LQ      ++F+IL+ ++++++LV  +   LHP D+ LL N + S+ SFR  E+++P
Sbjct: 315 SASLQQARARSLVFSILLARNQLVALVRRKDQFLHPIDLHLLFNLISSSSSFREGEAWTP 374

Query: 415 ICLPRYNPMAFLYAYVHYFDVNTYLMLL--TTNSDSFYHLKECRIRIETVLLKSNVLGEV 474
           +CLP++N   F +A++ Y + +T L LL  +T+ + F+ + +CR R +  L K       
Sbjct: 375 VCLPKFNAAGFFHAHISYLEPDTDLCLLFVSTDREDFFAVSDCRRRFQERLRKR------ 434

Query: 475 QRSMLEGGMHVEDVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSI 534
                  G H+        P Y                   S A +G P  L HF+Y+S 
Sbjct: 435 -------GAHLALREALRTPYY-------------------SVAQVGIP-DLRHFLYKSK 494

Query: 535 YLDQYVSSEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQ 594
               + S E  +P +S ++Q+RL   YQ +++  H+    P KT +    N  LL WVT 
Sbjct: 495 SSGLFTSPEIEAPYTSEEEQERLLGLYQYLHSRAHNAS-RPLKTIYYTGPNENLLAWVTG 550

Query: 595 DFELYAAFDPLADKALAIKICNRVCQWIKDVENEIFLL 598
            FELY  + PL  KA A+   +++ +WI+  E+ +F+L
Sbjct: 555 AFELYMCYSPLGTKASAVSAIHKLMRWIRKEEDRLFIL 550

[Close]

BLAST of Tan0018902 vs. NCBI nr
Match: XP_038894456.1 (vacuolar fusion protein MON1 homolog isoform X2 [Benincasa hispida])

HSP 1 Score: 1079.7 bits (2791), Expect = 0.0e+00
Identity = 559/635 (88.03%), Postives = 568/635 (89.45%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNP---ERTPTKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP     TP KPLEEELASLALTLPHP  LSDQEDVNGVSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSSATPPKPLEEELASLALTLPHPHRLSDQEDVNGVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTN 120
             + +RF I+RSDEET VGVVCE     NSASV      VE AT  S  G  G+ WGRTN
Sbjct: 61  EGDSTRFEIQRSDEETGVGVVCE----ANSASV------VEGATGGS-DGAAGVVWGRTN 120

Query: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSWV 180
           SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDG+AEDEIQELRDDASVGE S SVPSWV
Sbjct: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGVAEDEIQELRDDASVGENSKSVPSWV 180

Query: 181 PGKRHGDE-------------------------VLYGDEHKLAGFSASLQAIISFVEDGG 240
           PGKRHGDE                           YGDEHKLAGFSASLQAIISFVEDGG
Sbjct: 181 PGKRHGDEDDASISWRKRKKHFFILSHSGKPIYSRYGDEHKLAGFSASLQAIISFVEDGG 240

Query: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE 300
           DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEP+ESLRGQLELIYGQMILILTKSVNRCFE
Sbjct: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPFESLRGQLELIYGQMILILTKSVNRCFE 300

Query: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360
           RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG
Sbjct: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360

Query: 361 ILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420
           ILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF
Sbjct: 361 ILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420

Query: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVED 480
           LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMHVED
Sbjct: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMHVED 480

Query: 481 VPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEF 540
           VPVDSLPRYRTISP LGQQR   EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEF
Sbjct: 481 VPVDSLPRYRTISPHLGQQRAPSEFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEF 540

Query: 541 SSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600
           SSPISSRQQQKRLYRAYQNIYA MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP
Sbjct: 541 SSPISSRQQQKRLYRAYQNIYASMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600

Query: 601 LADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           LADKALAIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 LADKALAIKICNRVCQWIKDVENEVFLLGASPFSW 624

[Close]

BLAST of Tan0018902 vs. NCBI nr
Match: XP_023520062.1 (vacuolar fusion protein MON1 homolog [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1075.1 bits (2779), Expect = 0.0e+00
Identity = 555/638 (86.99%), Postives = 572/638 (89.66%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP  +PT   KPLEEELASLALTLP PE+LSDQEDVN VSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSPTTPPKPLEEELASLALTLPPPELLSDQEDVNVVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVR---GGDGIAWG 120
           A +G  FGI+RSDEE+RVGVVCEENVVGNSA+      +VE AT +SVR    G G+ WG
Sbjct: 61  AADGFGFGIQRSDEESRVGVVCEENVVGNSAAA-----VVEGATGNSVREGIDGTGVVWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVP 180
           RTNSEIEVDRP SPSSSGYAGERGSS ASSGRSEMDGIA+DEIQEL DDASVG+ SNSV 
Sbjct: 121 RTNSEIEVDRPVSPSSSGYAGERGSSGASSGRSEMDGIADDEIQELNDDASVGDNSNSVH 180

Query: 181 SWVPGKRHGDE---------------VL----------YGDEHKLAGFSASLQAIISFVE 240
           SWVPGKRHGDE               VL          YGDEHKLAGFSASLQAIISFVE
Sbjct: 181 SWVPGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASLQAIISFVE 240

Query: 241 DGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300
           DGGDRVKWVRAGKH VVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR
Sbjct: 241 DGGDRVKWVRAGKHLVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300

Query: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360
           CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA
Sbjct: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360

Query: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNP 420
           DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNP
Sbjct: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNP 420

Query: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMH 480
           MAFLYAYVHYFD NTY MLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMH
Sbjct: 421 MAFLYAYVHYFDANTYFMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMH 480

Query: 481 VEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVS 540
           VEDVPVDSLPRYRTISP LGQQR   EF ERFKES AGMGGPGGLWHFIYRSIYLDQYV+
Sbjct: 481 VEDVPVDSLPRYRTISPHLGQQRVPSEFTERFKESSAGMGGPGGLWHFIYRSIYLDQYVA 540

Query: 541 SEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600
           SEFSSPISSRQQQKRLYRAYQNIY  MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA
Sbjct: 541 SEFSSPISSRQQQKRLYRAYQNIYDSMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600

Query: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           FDPLADKA+AIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 FDPLADKAMAIKICNRVCQWIKDVENEVFLLGASPFSW 633

[Close]

BLAST of Tan0018902 vs. NCBI nr
Match: KAG6583584.1 (Vacuolar fusion protein MON1-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1074.3 bits (2777), Expect = 4.6e-310
Identity = 555/638 (86.99%), Postives = 571/638 (89.50%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP  +PT   KPLEEELASLALTLP PE+LSDQEDVN VSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSPTTPPKPLEEELASLALTLPRPELLSDQEDVNVVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVR---GGDGIAWG 120
           A +G  FGI+RSDEE+RVGVVCEENVVGNSA+  V    VE  T +SVR    G G+ WG
Sbjct: 61  AADGFGFGIQRSDEESRVGVVCEENVVGNSAAAVV----VEGETGNSVREGIDGTGVVWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVP 180
           RTNSEIEVDRP SPSSSGYAGERGSS ASSGRSEMDGIA+DEIQEL DDASVG+ SNSV 
Sbjct: 121 RTNSEIEVDRPVSPSSSGYAGERGSSGASSGRSEMDGIADDEIQELNDDASVGDNSNSVH 180

Query: 181 SWVPGKRHGDE---------------VL----------YGDEHKLAGFSASLQAIISFVE 240
           SWVPGKRHGDE               VL          YGDEHKLAGFSASLQAIISFVE
Sbjct: 181 SWVPGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASLQAIISFVE 240

Query: 241 DGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300
           DGGDRVKWVRAGKH VVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR
Sbjct: 241 DGGDRVKWVRAGKHLVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300

Query: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360
           CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA
Sbjct: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360

Query: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNP 420
           DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNP
Sbjct: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNP 420

Query: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMH 480
           MAFLYAYVHYFD NTY MLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMH
Sbjct: 421 MAFLYAYVHYFDANTYFMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMH 480

Query: 481 VEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVS 540
           VEDVPVDSLPRYRTISP LGQQR   EF ERFKES AGMGGPGGLWHFIYRSIYLDQYV+
Sbjct: 481 VEDVPVDSLPRYRTISPHLGQQRVPSEFTERFKESSAGMGGPGGLWHFIYRSIYLDQYVA 540

Query: 541 SEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600
           SEFSSPISSRQQQKRLYRAYQNIY  MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA
Sbjct: 541 SEFSSPISSRQQQKRLYRAYQNIYDSMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600

Query: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           FDPLADKA+AIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 FDPLADKAMAIKICNRVCQWIKDVENEVFLLGASPFSW 634

[Close]

BLAST of Tan0018902 vs. NCBI nr
Match: XP_022964973.1 (vacuolar fusion protein MON1 homolog [Cucurbita moschata])

HSP 1 Score: 1072.8 bits (2773), Expect = 9.3e-310
Identity = 554/638 (86.83%), Postives = 570/638 (89.34%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP  +PT   KPLEEELASLALTLP PE+LSDQEDVN VSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSPTTPPKPLEEELASLALTLPRPELLSDQEDVNVVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVR---GGDGIAWG 120
           A +G  FGI+RSDEE+RVGVVCEENVVGNSA+  V    VE  T +SVR    G G+ WG
Sbjct: 61  AADGFGFGIQRSDEESRVGVVCEENVVGNSAAAVV----VEGETGNSVREGIDGTGVVWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVP 180
           RTNSEIEVDRP SPSSSGYAGERGSS ASSGRSEMDGIA+DEIQEL DD SVG+ SNSV 
Sbjct: 121 RTNSEIEVDRPVSPSSSGYAGERGSSGASSGRSEMDGIADDEIQELNDDVSVGDNSNSVH 180

Query: 181 SWVPGKRHGDE---------------VL----------YGDEHKLAGFSASLQAIISFVE 240
           SWVPGKRHGDE               VL          YGDEHKLAGFSASLQAIISFVE
Sbjct: 181 SWVPGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASLQAIISFVE 240

Query: 241 DGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300
           DGGDRVKWVRAGKH VVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR
Sbjct: 241 DGGDRVKWVRAGKHLVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300

Query: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360
           CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA
Sbjct: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360

Query: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNP 420
           DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNP
Sbjct: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNP 420

Query: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMH 480
           MAFLYAYVHYFD NTY MLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMH
Sbjct: 421 MAFLYAYVHYFDANTYFMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMH 480

Query: 481 VEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVS 540
           VEDVPVDSLPRYRTISP LGQQR   EF ERFKES AGMGGPGGLWHFIYRSIYLDQYV+
Sbjct: 481 VEDVPVDSLPRYRTISPHLGQQRVPSEFTERFKESSAGMGGPGGLWHFIYRSIYLDQYVA 540

Query: 541 SEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600
           SEFSSPISSRQQQKRLYRAYQNIY  MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA
Sbjct: 541 SEFSSPISSRQQQKRLYRAYQNIYDSMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600

Query: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           FDPLADKA+AIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 FDPLADKAMAIKICNRVCQWIKDVENEVFLLGASPFSW 634

[Close]

BLAST of Tan0018902 vs. NCBI nr
Match: XP_004139448.1 (vacuolar fusion protein MON1 homolog [Cucumis sativus] >KAE8652778.1 hypothetical protein Csa_022725 [Cucumis sativus])

HSP 1 Score: 1071.2 bits (2769), Expect = 3.2e-309
Identity = 554/635 (87.24%), Postives = 570/635 (89.76%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPE---RTPTKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP     TP KPLEEELASLALTLPHP++LSDQ+DVNGVSDG 
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSPSTPPKPLEEELASLALTLPHPQLLSDQDDVNGVSDGF 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTN 120
             + S FGI+RSDEE RVG+V EE+VVGNS  V      VE ATE  V  G G+ WGRTN
Sbjct: 61  EADSSMFGIQRSDEEMRVGLVSEEHVVGNSVPV------VEGATE--VSDGAGVVWGRTN 120

Query: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSWV 180
           SEIEVDRPASPSSSGYAGERGSSSASSGRSE DG+AEDEIQELRDDASVGE SNSVPSWV
Sbjct: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSETDGVAEDEIQELRDDASVGENSNSVPSWV 180

Query: 181 PGKRHGDE---------------VL----------YGDEHKLAGFSASLQAIISFVEDGG 240
           PGKRHGDE               VL          YGDEHKLAGFSASLQAIISFVEDGG
Sbjct: 181 PGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASLQAIISFVEDGG 240

Query: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE 300
           DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE
Sbjct: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE 300

Query: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360
           RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG
Sbjct: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360

Query: 361 ILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420
           ILFAILMCKHKVIS+VGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF
Sbjct: 361 ILFAILMCKHKVISIVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420

Query: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVED 480
           LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKS+VL EVQRSML+GGMHV D
Sbjct: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSHVLSEVQRSMLDGGMHVGD 480

Query: 481 VPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEF 540
           VPVDS+PRYRT S  LGQQR   EFPERFKES AGMGGPGGLWHFIYRSIYLDQYVSSEF
Sbjct: 481 VPVDSVPRYRTTS-HLGQQRAPSEFPERFKESNAGMGGPGGLWHFIYRSIYLDQYVSSEF 540

Query: 541 SSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600
           SSPISSRQQQKRLYRAYQNIYA MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP
Sbjct: 541 SSPISSRQQQKRLYRAYQNIYASMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600

Query: 601 LADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           LADKALAIKICNR+CQWIKDVENE+FLLGASPFSW
Sbjct: 601 LADKALAIKICNRICQWIKDVENEVFLLGASPFSW 626

[Close]

BLAST of Tan0018902 vs. ExPASy TrEMBL
Match: A0A6J1HMH2 (Vacuolar fusion protein MON1 homolog OS=Cucurbita moschata OX=3662 GN=LOC111464922 PE=3 SV=1)

HSP 1 Score: 1072.8 bits (2773), Expect = 4.5e-310
Identity = 554/638 (86.83%), Postives = 570/638 (89.34%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP  +PT   KPLEEELASLALTLP PE+LSDQEDVN VSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTSPTTPPKPLEEELASLALTLPRPELLSDQEDVNVVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVR---GGDGIAWG 120
           A +G  FGI+RSDEE+RVGVVCEENVVGNSA+  V    VE  T +SVR    G G+ WG
Sbjct: 61  AADGFGFGIQRSDEESRVGVVCEENVVGNSAAAVV----VEGETGNSVREGIDGTGVVWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVP 180
           RTNSEIEVDRP SPSSSGYAGERGSS ASSGRSEMDGIA+DEIQEL DD SVG+ SNSV 
Sbjct: 121 RTNSEIEVDRPVSPSSSGYAGERGSSGASSGRSEMDGIADDEIQELNDDVSVGDNSNSVH 180

Query: 181 SWVPGKRHGDE---------------VL----------YGDEHKLAGFSASLQAIISFVE 240
           SWVPGKRHGDE               VL          YGDEHKLAGFSASLQAIISFVE
Sbjct: 181 SWVPGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASLQAIISFVE 240

Query: 241 DGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300
           DGGDRVKWVRAGKH VVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR
Sbjct: 241 DGGDRVKWVRAGKHLVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300

Query: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360
           CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA
Sbjct: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360

Query: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNP 420
           DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNP
Sbjct: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNP 420

Query: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMH 480
           MAFLYAYVHYFD NTY MLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMH
Sbjct: 421 MAFLYAYVHYFDANTYFMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMH 480

Query: 481 VEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVS 540
           VEDVPVDSLPRYRTISP LGQQR   EF ERFKES AGMGGPGGLWHFIYRSIYLDQYV+
Sbjct: 481 VEDVPVDSLPRYRTISPHLGQQRVPSEFTERFKESSAGMGGPGGLWHFIYRSIYLDQYVA 540

Query: 541 SEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600
           SEFSSPISSRQQQKRLYRAYQNIY  MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA
Sbjct: 541 SEFSSPISSRQQQKRLYRAYQNIYDSMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600

Query: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           FDPLADKA+AIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 FDPLADKAMAIKICNRVCQWIKDVENEVFLLGASPFSW 634

[Close]

BLAST of Tan0018902 vs. ExPASy TrEMBL
Match: A0A1S3CIR5 (Vacuolar fusion protein MON1 homolog OS=Cucumis melo OX=3656 GN=LOC103500868 PE=3 SV=1)

HSP 1 Score: 1069.3 bits (2764), Expect = 5.8e-309
Identity = 553/635 (87.09%), Postives = 567/635 (89.29%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPE---RTPTKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MS GLSSLSSSDELDDFNP     TP KPLEEELASLALTLPHP++LSDQ+DVNGVSDG 
Sbjct: 1   MSCGLSSLSSSDELDDFNPRTSPSTPPKPLEEELASLALTLPHPQLLSDQDDVNGVSDGF 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTN 120
             + S FGI++SDEE RVG+V EE+V GNS SV      VE ATE S   G G+ WGRTN
Sbjct: 61  EADRSMFGIQQSDEEMRVGLVFEEHVGGNSVSV------VEGATEGS--DGAGVVWGRTN 120

Query: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSWV 180
           SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDG+AEDEIQELRDDAS GE SNSVPSWV
Sbjct: 121 SEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGVAEDEIQELRDDASDGENSNSVPSWV 180

Query: 181 PGKRHGDE-------------------------VLYGDEHKLAGFSASLQAIISFVEDGG 240
           PGKRHGDE                           YGDEHKLAGFSASLQAIISFVEDGG
Sbjct: 181 PGKRHGDEDDASISWRKRKKHFFILSHSGKPIYSRYGDEHKLAGFSASLQAIISFVEDGG 240

Query: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE 300
           DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE
Sbjct: 241 DRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFE 300

Query: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360
           RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG
Sbjct: 301 RNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSG 360

Query: 361 ILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420
           ILFAILMCKHKVIS+VGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF
Sbjct: 361 ILFAILMCKHKVISIVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAF 420

Query: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVED 480
           LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQRSML+GGMHV D
Sbjct: 421 LYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQRSMLDGGMHVGD 480

Query: 481 VPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEF 540
           VPVDSLPRYRT S  LGQQR   EFPERFKES AGMGGPGGLWHFIYRSIYLDQYVSSEF
Sbjct: 481 VPVDSLPRYRTTS-HLGQQRAPSEFPERFKESNAGMGGPGGLWHFIYRSIYLDQYVSSEF 540

Query: 541 SSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600
           SSPI+SRQQQKRLYRAYQNIYA MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP
Sbjct: 541 SSPITSRQQQKRLYRAYQNIYASMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDP 600

Query: 601 LADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           LADKALAIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 LADKALAIKICNRVCQWIKDVENEVFLLGASPFSW 626

[Close]

BLAST of Tan0018902 vs. ExPASy TrEMBL
Match: A0A6J1I552 (Vacuolar fusion protein MON1 homolog OS=Cucurbita maxima OX=3661 GN=LOC111469307 PE=3 SV=1)

HSP 1 Score: 1059.3 bits (2738), Expect = 6.0e-306
Identity = 552/646 (85.45%), Postives = 567/646 (87.77%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPE---RTPTKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP     TP KPLEEELASLALTLP PE+LSDQEDVN VSDGS
Sbjct: 1   MSSGLSSLSSSDELDNFNPRTLPTTPPKPLEEELASLALTLPRPELLSDQEDVNVVSDGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSV---RGGDGIAWG 120
           A  G  FGI+RSDEE+R GVVCEENVVGNSA+      +VE AT +SV     G G+ WG
Sbjct: 61  AAVGFGFGIQRSDEESRAGVVCEENVVGNSAAA-----VVEGATGNSVWEGIDGTGVMWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDA--------SV 180
           RTNSEIEVDRP SPSSSGYAGERGSS ASSGRSEMDGIA+DEIQEL DD         SV
Sbjct: 121 RTNSEIEVDRPVSPSSSGYAGERGSSGASSGRSEMDGIADDEIQELNDDEIQELNDDDSV 180

Query: 181 GEISNSVPSWVPGKRHGDE---------------VL----------YGDEHKLAGFSASL 240
           G+ SNSV SWVPGKRHGDE               VL          YGDEHKLAGFSASL
Sbjct: 181 GDNSNSVHSWVPGKRHGDEDDASISWRKRKKHFFVLSHSGKPIYSRYGDEHKLAGFSASL 240

Query: 241 QAIISFVEDGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMIL 300
           QAIISFVEDGGDRVKWVRAGKH VVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMIL
Sbjct: 241 QAIISFVEDGGDRVKWVRAGKHLVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMIL 300

Query: 301 ILTKSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA 360
           ILTKSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA
Sbjct: 301 ILTKSVNRCFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAA 360

Query: 361 GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSP 420
           GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSP
Sbjct: 361 GAILQDVADSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSP 420

Query: 421 ICLPRYNPMAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQR 480
           ICLPRYNPMAFLYAYVHYFD NTY MLLTTNSDSFYHLKECRIRIETVLLKSNVL EVQR
Sbjct: 421 ICLPRYNPMAFLYAYVHYFDANTYFMLLTTNSDSFYHLKECRIRIETVLLKSNVLSEVQR 480

Query: 481 SMLEGGMHVEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRS 540
           SML+GGMHVEDVPVDSLPRYRTISP LGQQR   EF ERFKES AGMGGPGGLWHFIYRS
Sbjct: 481 SMLDGGMHVEDVPVDSLPRYRTISPHLGQQRVPSEFTERFKESSAGMGGPGGLWHFIYRS 540

Query: 541 IYLDQYVSSEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVT 600
           IYLDQYV+SEFSSPISSRQQQKRLYRAYQNIY  MHDKEIGPHKTQFRRDENYVLLCWVT
Sbjct: 541 IYLDQYVASEFSSPISSRQQQKRLYRAYQNIYDSMHDKEIGPHKTQFRRDENYVLLCWVT 600

Query: 601 QDFELYAAFDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           QDFELYAAFDPLADKA+AIKICNRVCQWIKDVENE+FLLGASPFSW
Sbjct: 601 QDFELYAAFDPLADKAMAIKICNRVCQWIKDVENEVFLLGASPFSW 641

[Close]

BLAST of Tan0018902 vs. ExPASy TrEMBL
Match: A0A6J1DFB6 (Vacuolar fusion protein MON1 homolog OS=Momordica charantia OX=3673 GN=LOC111020536 PE=3 SV=1)

HSP 1 Score: 1044.3 bits (2699), Expect = 2.0e-301
Identity = 542/638 (84.95%), Postives = 561/638 (87.93%), Query Frame = 0


Query: 1   MSSGLSSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 60
           MSSGLSSLSSSDELD+FNP+ TPT   KPLEEELASLALTLPHPE+LSD++DVNGV +GS
Sbjct: 1   MSSGLSSLSSSDELDEFNPKPTPTAPPKPLEEELASLALTLPHPELLSDRQDVNGVPNGS 60

Query: 61  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVR---GGDGIAWG 120
             +GS+FGI+++D E R G V EENVVGNS              ESSVR   GG G+ WG
Sbjct: 61  PADGSQFGIQQNDGEMRDGAVPEENVVGNS--------------ESSVRGGIGGAGVVWG 120

Query: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVP 180
           RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVG    S+P
Sbjct: 121 RTNSEIEVDRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGV---SLP 180

Query: 181 SWVPGKRHGDE-------------------------VLYGDEHKLAGFSASLQAIISFVE 240
           SWVPGKRHG+E                           YGDEHKLAGFSASLQAIISFVE
Sbjct: 181 SWVPGKRHGNEDDASISWRKRKKHFFILSHSGKPIYSRYGDEHKLAGFSASLQAIISFVE 240

Query: 241 DGGDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300
           DGGDRVK VRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR
Sbjct: 241 DGGDRVKLVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNR 300

Query: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVA 360
           CFERNPKFDMTSLLGGTDVVFSSLIHSF WNPATFLHAYTCL LAYGTRQAAGAILQDVA
Sbjct: 301 CFERNPKFDMTSLLGGTDVVFSSLIHSFSWNPATFLHAYTCLXLAYGTRQAAGAILQDVA 360

Query: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNP 420
           DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNP
Sbjct: 361 DSGILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNP 420

Query: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMH 480
           MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIE+VLLKSNVL EVQRSML+GGM 
Sbjct: 421 MAFLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIESVLLKSNVLSEVQRSMLDGGMR 480

Query: 481 VEDVPVDSLPRYRTISPRLGQQR---EFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVS 540
           VED+PVDS PRYRTISP LGQ R   E PERFKESYAG+GGPGGLWHFIYRSIYLDQYVS
Sbjct: 481 VEDMPVDSSPRYRTISPHLGQHRAPSELPERFKESYAGIGGPGGLWHFIYRSIYLDQYVS 540

Query: 541 SEFSSPISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600
           SEFSSPISS  QQKRLYRAYQNIYA MHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA
Sbjct: 541 SEFSSPISSHHQQKRLYRAYQNIYASMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAA 600

Query: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW
Sbjct: 601 FDPLADKALAIKICNRVCQWIKDVENEIFLLGASPFSW 621

[Close]

BLAST of Tan0018902 vs. ExPASy TrEMBL
Match: A0A660KT03 (Vacuolar fusion protein MON1 homolog OS=Carpinus fangiana OX=176857 GN=FH972_011312 PE=3 SV=1)

HSP 1 Score: 893.6 bits (2308), Expect = 4.4e-256
Identity = 459/627 (73.21%), Postives = 504/627 (80.38%), Query Frame = 0


Query: 6   SSLSSSDELDDFNPERTPT---KPLEEELASLALTLPHPEVLSDQEDVNGVSDGSATNGS 65
           S  +S D+L D NP  TPT   KPLE+E ASLAL  PH E    QE +NGV++G     +
Sbjct: 3   SDSTSGDDLPDPNPNPTPTPTPKPLEDEFASLALAEPHNEAPEGQEALNGVANGPLAENN 62

Query: 66  RFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTNSEIEV 125
              I   + E  V  V E         + +  E VEEA ES  R   G+ W RTNSE+EV
Sbjct: 63  HREIESGEREGEVSSVEER--------IEINLE-VEEARESVQR---GVVWRRTNSEVEV 122

Query: 126 DRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSWVPGKRH 185
           D  +SPSSSGYAGERGS+SASSG S +DGI EDEIQE+ ++ S+   S+S  +WVPGKRH
Sbjct: 123 DGQSSPSSSGYAGERGSTSASSGGSGIDGIGEDEIQEVENEGSISGFSDSPATWVPGKRH 182

Query: 186 GDE-------------------------VLYGDEHKLAGFSASLQAIISFVEDGGDRVKW 245
            DE                           YGDEHKLAGFSA+LQAIISFVE+GGDRVK 
Sbjct: 183 LDEDDASISWRKRKKHFFILSNSGKPIYSRYGDEHKLAGFSATLQAIISFVENGGDRVKL 242

Query: 246 VRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCFERNPKF 305
           VRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQM++ILTKSVNRCFE+NPKF
Sbjct: 243 VRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMLVILTKSVNRCFEKNPKF 302

Query: 306 DMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADSGILFAI 365
           DMT LLGGTDVVFSSLIHSF WNPATFLHAYTCLPLAY TRQAAGAILQDVADSG+LFAI
Sbjct: 303 DMTPLLGGTDVVFSSLIHSFSWNPATFLHAYTCLPLAYATRQAAGAILQDVADSGVLFAI 362

Query: 366 LMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMAFLYAYV 425
           LMCKHKV+SLVGAQKASLHPDDMLLLANFVMS+ESFRTSESFSPICLPRYNPMAFLY+YV
Sbjct: 363 LMCKHKVVSLVGAQKASLHPDDMLLLANFVMSSESFRTSESFSPICLPRYNPMAFLYSYV 422

Query: 426 HYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVEDVPVDS 485
           HYFDV+TYLMLLTT+SD+FYHLK+CRIRIE VLLKSNVL EVQRSML+GGMHVED+P D 
Sbjct: 423 HYFDVDTYLMLLTTSSDAFYHLKDCRIRIEVVLLKSNVLSEVQRSMLDGGMHVEDLPTDP 482

Query: 486 LPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEFSSPISSRQ 545
           LPR   +SP LGQ R+ PE F++SY G+GGP GLWHFIYRSIYLDQYVSSEFS  I S Q
Sbjct: 483 LPRSGYVSPHLGQPRDSPEGFRQSYVGIGGPAGLWHFIYRSIYLDQYVSSEFSPAIGSSQ 542

Query: 546 QQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLADKALAI 605
           QQKRLYRAYQ +YA MH+  IGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLA+KALAI
Sbjct: 543 QQKRLYRAYQKLYASMHNSGIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLAEKALAI 602

[Close]

BLAST of Tan0018902 vs. TAIR 10
Match: AT2G28390.1 (SAND family protein )

HSP 1 Score: 701.8 bits (1810), Expect = 4.7e-202
Identity = 379/633 (59.87%), Postives = 450/633 (71.09%), Query Frame = 0


Query: 2   SSGLSSLSSSD-ELDDFNPERTP---TKPLEEELASLALTLPHPEVLSDQEDVNGVSDGS 61
           S   SS SSSD E  D NP   P   ++ ++ +L S+ L+ P           + VSDGS
Sbjct: 4   SDSRSSPSSSDTEFADPNPSSDPETNSERVQSQLESMNLSQP-----------SEVSDGS 63

Query: 62  ATNGSRFGIRRSDEETRVGVVCEENVVGNSASVSVGTEMVEEATESSVRGGDGIAWGRTN 121
            T  S  G    DE      V   N  GN   VS G  + E    +S  GG+ +      
Sbjct: 64  HTEFSGGGDDNDDE------VASAN--GNEGGVSNGGLLREGVAGTS--GGEVLLRAENP 123

Query: 122 SEIEV-DRPASPSSSGYAGERGSSSASSGRSEMDGIAEDEIQELRDDASVGEISNSVPSW 181
            E+E  + P SP+SSGY GERGSS  ++   + D  +EDEI+E   D      S    +W
Sbjct: 124 VEMEAGEEPPSPTSSGYDGERGSSGGATSTYKADDGSEDEIREANVDGDTA--SQHEAAW 183

Query: 182 VPGKRHGDE-------------------------VLYGDEHKLAGFSASLQAIISFVEDG 241
           +PGKRH DE                           YGDEHKLAGFSA+LQAIISFVE+G
Sbjct: 184 LPGKRHVDEDDASTSWRKRKKHFFILSNSGKPIYSRYGDEHKLAGFSATLQAIISFVENG 243

Query: 242 GDRVKWVRAGKHQVVFLVKGPIYLVCISCTEEPYESLRGQLELIYGQMILILTKSVNRCF 301
           GDRV  V+AG HQVVFLVKGPIYLVCISCT+E YE LRGQL+L+YGQMILILTKS++RCF
Sbjct: 244 GDRVNLVKAGNHQVVFLVKGPIYLVCISCTDETYEYLRGQLDLLYGQMILILTKSIDRCF 303

Query: 302 ERNPKFDMTSLLGGTDVVFSSLIHSFGWNPATFLHAYTCLPLAYGTRQAAGAILQDVADS 361
           E+N KFDMT LLGGTD VFSSL+HSF WNPATFLHAYTCLPL Y  RQA G ILQ+V  S
Sbjct: 304 EKNAKFDMTPLLGGTDAVFSSLVHSFSWNPATFLHAYTCLPLPYALRQATGTILQEVCAS 363

Query: 362 GILFAILMCKHKVISLVGAQKASLHPDDMLLLANFVMSTESFRTSESFSPICLPRYNPMA 421
           G+LF++LMC+HKV+SL GAQKASLHPDD+LLL+NFVMS+ESFRTSESFSPICLPRYN  A
Sbjct: 364 GVLFSLLMCRHKVVSLAGAQKASLHPDDLLLLSNFVMSSESFRTSESFSPICLPRYNAQA 423

Query: 422 FLYAYVHYFDVNTYLMLLTTNSDSFYHLKECRIRIETVLLKSNVLGEVQRSMLEGGMHVE 481
           FL+AYVH+FD +TY++LLTT SD+F+HLK+CR+R+E VLLKSN+L  VQRS+ EGGM VE
Sbjct: 424 FLHAYVHFFDDDTYVILLTTRSDAFHHLKDCRVRLEAVLLKSNILSVVQRSIAEGGMRVE 483

Query: 482 DVPVDSLPRYRTISPRLGQQREFPERFKESYAGMGGPGGLWHFIYRSIYLDQYVSSEFSS 541
           DVP+D   R  T +    Q+++ P    +   G GGP GLWHF+YRSIYLDQY+SSEFS 
Sbjct: 484 DVPIDRRRRSSTTN----QEQDSPG--PDISVGTGGPFGLWHFMYRSIYLDQYISSEFSP 543

Query: 542 PISSRQQQKRLYRAYQNIYACMHDKEIGPHKTQFRRDENYVLLCWVTQDFELYAAFDPLA 601
           P++S +QQK LYRAYQ +YA MH K +GPHKTQ+RRDENY LLCWVT DFELYAAFDPLA
Sbjct: 544 PVTSHRQQKSLYRAYQKLYASMHVKGLGPHKTQYRRDENYTLLCWVTPDFELYAAFDPLA 603

Query: 602 DKALAIKICNRVCQWIKDVENEIFLLGASPFSW 605
           DKA+AIKICN+VCQ +KDVENE+FL GASPFSW
Sbjct: 604 DKAMAIKICNQVCQRVKDVENEVFLQGASPFSW 607

The following BLAST results are available for this feature:

BLAST of Tan0018902 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SKN1	6.6e-201	59.87	Vacuolar fusion protein MON1 homolog OS=Arabidopsis thaliana OX=3702 GN=MON1 PE=...	[more]
Q5JL08	1.8e-190	66.14	Vacuolar fusion protein MON1 homolog OS=Oryza sativa subsp. japonica OX=39947 GN...	[more]
Q9YGN1	7.2e-54	28.17	Protein SAND OS=Takifugu rubripes OX=31033 GN=sand PE=3 SV=1	[more]
Q86VX9	5.1e-52	26.30	Vacuolar fusion protein MON1 homolog A OS=Homo sapiens OX=9606 GN=MON1A PE=1 SV=...	[more]
Q95KG9	6.7e-52	26.47	Vacuolar fusion protein MON1 homolog A OS=Macaca fascicularis OX=9541 GN=MON1A P...	[more]

BLAST of Tan0018902 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038894456.1	0.0e+00	88.03	vacuolar fusion protein MON1 homolog isoform X2 [Benincasa hispida]	[more]
XP_023520062.1	0.0e+00	86.99	vacuolar fusion protein MON1 homolog [Cucurbita pepo subsp. pepo]	[more]
KAG6583584.1	4.6e-310	86.99	Vacuolar fusion protein MON1-like protein, partial [Cucurbita argyrosperma subsp...	[more]
XP_022964973.1	9.3e-310	86.83	vacuolar fusion protein MON1 homolog [Cucurbita moschata]	[more]
XP_004139448.1	3.2e-309	87.24	vacuolar fusion protein MON1 homolog [Cucumis sativus] >KAE8652778.1 hypothetica...	[more]

BLAST of Tan0018902 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1HMH2	4.5e-310	86.83	Vacuolar fusion protein MON1 homolog OS=Cucurbita moschata OX=3662 GN=LOC1114649...	[more]
A0A1S3CIR5	5.8e-309	87.09	Vacuolar fusion protein MON1 homolog OS=Cucumis melo OX=3656 GN=LOC103500868 PE=...	[more]
A0A6J1I552	6.0e-306	85.45	Vacuolar fusion protein MON1 homolog OS=Cucurbita maxima OX=3661 GN=LOC111469307...	[more]
A0A6J1DFB6	2.0e-301	84.95	Vacuolar fusion protein MON1 homolog OS=Momordica charantia OX=3673 GN=LOC111020...	[more]
A0A660KT03	4.4e-256	73.21	Vacuolar fusion protein MON1 homolog OS=Carpinus fangiana OX=176857 GN=FH972_011...	[more]

BLAST of Tan0018902 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G28390.1	4.7e-202	59.87	SAND family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004353	Vacuolar fusion protein Mon1	PRINTS	PR01546	YEAST73DUF	coord: 275..287 score: 37.18 coord: 553..567 score: 50.0 coord: 582..602 score: 22.22 coord: 304..325 score: 28.03 coord: 328..341 score: 17.86 coord: 352..368 score: 36.27 coord: 377..400 score: 45.14 coord: 405..431 score: 27.78 coord: 190..210 score: 27.78 coord: 224..238 score: 37.78 coord: 569..582 score: 30.95
IPR004353	Vacuolar fusion protein Mon1	PANTHER	PTHR13027	SAND PROTEIN-RELATED	coord: 84..185
IPR004353	Vacuolar fusion protein Mon1	PANTHER	PTHR13027	SAND PROTEIN-RELATED	coord: 188..604
IPR043970	FUZ/MON1/HPS1, third Longin domain	PFAM	PF19038	Fuz_longin_3	coord: 490..591 e-value: 1.2E-18 score: 67.7
IPR043972	FUZ/MON1/HPS1, first Longin domain	PFAM	PF19036	Fuz_longin_1	coord: 185..293 e-value: 3.6E-17 score: 62.7
IPR043971	FUZ/MON1/HPS1, second Longin domain	PFAM	PF19037	Fuz_longin_2	coord: 333..424 e-value: 1.2E-18 score: 67.1
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..71
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 50..64
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 98..149
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 132..147
None	No IPR available	PANTHER	PTHR13027:SF16	BNAC04G15860D PROTEIN	coord: 188..604
None	No IPR available	PANTHER	PTHR13027:SF16	BNAC04G15860D PROTEIN	coord: 84..185

Relationships

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


Feature Name	Unique Name	Type
Tan0018902.1	Tan0018902.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006623	protein targeting to vacuole
biological_process	GO:0016192	vesicle-mediated transport