Tan0008838 (gene) Snake gourd v1

Overview


Name	Tan0008838
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	S-protein homolog
Location	LG06: 16794530 .. 16821152 (+)
RNA-Seq Expression	Tan0008838
Synteny	Tan0008838

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.

ATGAAATCTATGGAAAAGCACTTTTCGATTTTCATGATTGTTTTGTCGTTGGCAATGCTTGAGTCAGCAAGGGCTGCCGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAATAGCCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGATCTAGGCGAACACAATATCAGCGTTGGAACTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAACACAACATTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCATTTTGGATCGAGAGCAGATCTGTTTGGCTTTTTCATAAATGTTTTGATTCTAATTGCATTTGGACAGCAAAAGACGATGGAATCTATTTGAAAGACAACATGACTCAAGTAGATGTTTTGATTCATCAATGGAAATAACATGCACCAAAACATACCAGAGTTTATTTTATATGGATTATTTGACTTAATATCTTCCTACACCACATCCATTTTATATATTTTGTTATATTTTTTTTTTCCTTTGTTTCAATAAGCAATATCCATTTGTATGGATGTTCTATTTCTTAATGAAGTTGATTAAGATTTGGTTTGGAATTGATTTTGCAAGGATTGAAAGTTGTTATACAAATTGAAGTTTTCATGATATTAAAACAAATAAGAGGAAAGGGAGAAAAAAAATATCATAAATAGTTTGAGACACGTTTTAACAGAAAAAAAAAAAATAGAGATTTTATATTTTTAAAAATTTATTACATTTTTTCAAAGTCATAAATTTATGATTTTGATTAATTTTCATTAATTAAAAATAATATATCAGACAATTTAAATTTGAGAAGAATATAGGAAAAATAATAAAAGAAAGTTTCATCTTCCTTTCCACTTTCCCTCATTCTAACATATCCAACAAGTCATCCTTCTCCAACCAGCCATATCCAGCAATGACGAAAGACTTCAGCGGTGTTTTGTTATTATGTATTAAGTCAAAGACAGAATCGATGTCAAAGTTGTGTTCTGTGCTTGTTGCTTTGTACAACATGAGACTGCCTGGAGAGGGATAAATAAATCAAAGAGAGTAAAGACCAAATAATTTCACATAAGGTAAAAGGAAAAAATGTTGAGAGAAGAAGATATTTCTGTTAACGATCATTAAAAAAAATTATTTTAATGTTTGGTTTTGCTTTTTCAATATTGATTTTTCATACAATTAGAAGTAATTTTTTTTAAAAAAAAAATATATTTGGAAATAATTTTAAAATAAGTATTTTAAGTTAAGTTATTTTATTATAATTAATTATTTTAAAAAGTATTTAGTTTAAAACTTTCAAAAATATGGATTATTTGCTGATTTGCTGGCTCCTATTATTACCATTCAGCTGCTCATTTGTTTATGATTTTTGTGGTGGCTGCTCCTCCCTTTTGAATAATGTTGTTTATATTCCTAAGTCATAGTAAGTTTAATGATTTGTCTTGTTTTTTATGAGTGTAATTGCTGTAGTTATGACATTTTCCATAAAGTTTATACTTTATTCATTTGTTTATTTTTTTTTCTGAGAATTGTTATCTTACTACATTTTGGTTTTAATAAATGTTTGATTTATAATTGTATACTAGTAAATTATTTTTTGTCACATTACACCATGTTATGCGTACTTTTACGTTTTTGTAAGCGCACATGCCATATGATATAAAAAGAGATTTGATACTCAATTTTTAATTCAATTAAACACAATGAATAATTTCACTTAGTTTTATTTAGATAAGAGAAGTGAAAAGAAGATAAGCAAAACTAATAATTAAAAATAAAGTACATAAAATAAATTAGAGACACAAACACGAACAATAGCTTGGGAAAGGATCCATCATTAAGATGGCACACAATTATAACCCAATAAACATTGAACTCAAAAGTCTAGAAGCTCAAAAGACGTGAAATCTCTTGTCACTAAGGTAAATAAACACTAGTTGTGCAATTGGGTTATTGTCTTAGCTTTTCTCATTCGAGTTTCCATTTAAAAAACTAGTCAATTAATCAATGTCCAACTAATTAACCTTCATCACAAACTACTATTAATTAACTATTCATCACATGTGTACATTTGAGGCCATAAATAACATTAAATAAGTCAAACTTGATAATTAAAAATCACTTAAATTTGAGATCCCTATTAAAACAAAACATTTAAAACATAAATGAGTTTAGCCTCAATTCAAAAATCTCTAAGCTACTGGGAAAAAAACTTAAAAATACTTTCTAAAATATGTATGCGGAAATCATAACTTGGTTCTCATGCCTTTTCTAGCGCGTCCCCGTCATTCGCCTTGTATACCCTTGCTTTAACCTGAAAACATTTTAAAAAGGAAGAAAGAAAACAAAGATAAAGGGGTGAGAATTATAAATAATACCTAGTAAGTAGGGGGTCGAGAGATACAAACACATGCAACATGACTTTTAAAATCATACAACTTTCTTTAGTGGGACCTAAAACTTTCTTTCATAAAATCATGACTTTTCTTTTCGGCTTTAAGTTGCCAATTGAATCAACCTGAGTCCTTTAATGTTGAGTCCCTCACAGACCTCTATAGGTTTGAGTCCTTCACAGACCTCTATAAGTTTGAGTCCCTCACAAACTCATATAAATTTTGAGTCCATCACAAATCCCTATAAGTTGACCCATAGGATCTCTAATGCATGTTTGACCATGCATAAATCCTCAGGAGATCAATTGTCACAACCTTCATAAAACATGTTCATATACATAGAATATGGCATGAGGTCTCATTCTTCAATCACATGTACATATATATTCATAATGTTAGCAACAATACATGACAATTGTATAATCATAAATACATTCATAATTAAAACACATATACATCACAATATCATAAGTGAAAATCTCGATGTATGTAAATATAAATAACTGTGTCAAAACTCTTTTTCAATTACTTAAAATCATTTCTGTTCGGGTACTCTCAAACCCTTAGATCACCTGGAATCCTCTCAAATTCCAAAATGAAATTCTTTTCTAAATCTTTTTGAAACTCGTTTTACTCAGGGTCCTCTCAAACCCTTAGATCATCTAGAATCCTCTCAAATTCCAAGATGAAATTATTTTCTAAATCTTTTAAAAATCATTCTGCTCAGGGTCCTCTCAAATCCTTAGATCACATGGAATCCTCTCAAATTCCAAGATGAAATTCTTTTTCTAATTCTTCTTAAAATTAAATCATCTAGGGCCCTCTCAAACCCTTAAAATGATTCATTTCTAAAATCAAGTCCTTCAGGGAAAATCTTTGAATATCATTTATTTAAATAAGTCCCTTACATTCACCTTTTTGGGTAATCCTTAAAAATATCTTTTAAATAAATCGTTCAAAGCATATATGTTTTCCCTTTCAAAATAATTTGTAGAAAATTTCTTACCTTAGCTCAGCTTGGAACTCCTCAAGCTCCGTTCCTAACTAAAGGTTTCTCTCAATCGTGTTTGATAGTTGAATCCCCTAAATCTAATACATTTTCCTAATTAAAACACATATAAATGAACTTATTTTCGAATCCAACAATAGTTAGGCTAAATTACAACAAACGGAGGGTCAAAACATGCTCGGAAGGTTGAAACTAACCAACTAGATAAACTGGCATTAACCGTTGACCAACACGTTGACCATTGACCGATGAGCGACAACATACCGCGCAAATAGCGTGGAGCTCGGGATCCGGATGCCCACTTGTTGATCTACTCGAATCGGTGGTTAAACTTCAAAACCAATTGAAAAAGTGTTGAATCGCTTGAACCAAAAGTGTGGCGGTTGGAATCGGCGTCCGGTGACTAGTCGATCGTCGACTTAGGCGCCGTTACACCGAGACAATGGCTCGAACGACGTGTGACGTTTTTCGACAAAACCCGGGGCGATGAAGGCTCGACAAAACCACCACCGTCGAGTAGTGAAGGTCGTGGTGATTCCGACGAAGAGCTTACTTTCGAATCTAGCATCAACGAGAGGAGGTTGTAGATTTGCGAACATTGGCGTGTGCCCGATCCGTTGTTCGACGCAGCGAGGAATGGCAAAGCGATGTCCGATCGAGAAATGAGAGCTTACCTAAAACTCAAAAAGAGAAGAGAATTGCAGGTTGATGGTCGTTTTTGTCGAGAAGAAGAGGGTGGAGAGGAAGAACAAAGGCTTTGGAGTCAGGAACAACTCCGATATCCAAGGCCCCGTACAGAATGGCACCGGCAGAGTTGAAAGAGCTTAAAATACAGTTACAGGATTTACTGGATAAGGGATTTATACGCCCTAGCATTTCACCTTGGGGAGCCCCTGTGCTGTTTGTGAAAAAGAAAGACGGAACTATGCGCCTGTGCATAGATTACCGAGAGCTGAACAAGGTTACGATCAAGAATAAGTACCCTCTTCCTAGAATCAATGATTTGTTCGATCAGTTGCAGGGAGCAGCGGTATTTTCGAAAATTGACCTGAGGTCAGGCTATCACCAGTTAAGAATCAGTGAGGAAGACATTCCCAAGACGGCGTTCAGATCGCGTTATGGACATTACGAGTGCACAGTGATGCCATTTGGTTTGACCAACGCCCCTGCCGCTTTCATGGACTTGATGAACCGATTATTCAAGGAGTTTTTAGATACGTTCGTAATTGTGTTTATTGATGACATTGTGATATACTCCAAATGTGATGAAGAACATGAAAGGCACCTGAGGAAAGTTTTACTCACGCTGAGAGAGAATAAGTTGTATACAAAATTTTCCAAGTGCGAATTCTGGCTCAGGCAGGTATCCTTTTTGGGACATGTGGTGTCCAAGGCAGGAGTCTCTATTGATCCTGCGAAAGTGAAAGCAGTCACACAGTGGCCTCGTCCGACCACCGTTACGGAGGTACGCAGATTTCTTGGTCTTGCCGGATACTATAGATGTTTCGTGCAGGACTTCGCCAAGATAGCCATGCCTATGACTCAGCTGACGCGCAAAGGTAACACGTTTGTTTGGGATGACACTTGTGAGGCGAGTTTCCAAGAACTAAAGCGGAGATTGGTGTCATCTCCGATCCTTACAGTCCCCGAGGGAACAGGAAGCTTTGTAGTCTAAAGTGACGCTTCTAAGAAGGTTTGGGTTGTGTATTAATGCAGCACGGTAAAGTAATAGCCTACGCATCCCGACAACTGAAGACGCACGAGCGAAACTATCCAACCCATGACTTAGAACTAGCGGTAGTGGTCTTTGCACTAAAGATTTGGAGACATTACTTATATGGCGAAAAAATTCAGATATTTACAGATCATAAAAGCCTGAAGTATTTGTTCACCCAAAAAGAATTAAATATGAGGCAACGCAGATGGTTGGAATTAGTGAAAGATTACGACATAGATATTCAATACCATCCTGGTAAAGCAAATGTCGTGGCCGATTCCCTTAGTAGGAAGCCGCTCATACTTCAAATATGAGTTACTTGTGAGTGGAATCAGAGACAAAATTTGTAATGAGCCAAATTGCAAAGCTAGTAGGGAAAGCCACGACGCAGTTAGCTCAGTTAACTGTACAACCAACCTTGAGACAACTCATTGTCGATTCTCAACAGGGGGACCCTCAGTTAGTAGAAAAGCTTATTGCAGTAACTGCAGGTCAGTTGGCAGGATTTTCGCTATCCGCAGGTGGAGAACTACTATTCCAGGGACGATTAGGTGTTCCAAACGACGACAAATTGAAGACTGAAATCTTGAACAAAGCTCACAACTCACCATTTTCGGTACATCCCGGCAGTACCAAGATGTATCGAGATCTGAAACAGTCATTCTGGTGGTGTAACATGAAGCGCGACGTGACAGAGTTTGTTAGTAGGTGTTTGACTTGTCAGCAGGTGAAGGCACCTAGACAAAAGCCTGCAGGACTGCTGCAACCTTTACATGTACCACAGTGGAAATGGGAGGAGATCTCTATGGACTTCATAGTCGGATTGCCCAGAACCTTGCGAGGTTACTCAGTGATTTGGGTCATCGTTGATGTGTTAACAAAGTCAAGACACTTCATACCAGAAAACCCACCTACTCTACTTGATAAGTGGGCACAAATTGCACTGGAAGAGATAGTTCGTCTACATGGGATTCCAGCCAGAATTATTTCAGACAGGGATCCACGTTTCACCTCCAATTTCTGGAGAAGCTTACAAAAAGCGTTAGGTACACAGTTAGACTTTAGCACAGCTTTTCACCCACAGACAGACGGGCAGACAGAGCGTTTGAACCAGATCATAGAGGACATGTTGCGAGCTTGCACCTTAGACTTTCCAGGTAGTTGGGACACTCATTTGCATTTGATGGAGTTTGCATACAATAACAGTTATCAGGCGACCATCGGAACGACTCCATTTGAAGCCCTTTATGGAAAGCGTTGCAGAACCCCTGTCTTTTGGGAGGAGGTTGGTGAACACCAATTATTGGGTCCAGAATTGGTGCAGGTCACTAACAGTGCAATTCAAAAGATTAGGGAGCGTATGCAGACGACCCAAAACAGACAAAAGTGTTATGCCGATTCGAGACGAAGGGACCTAGAATTTGGAGTTGGGGACCACGTATTCCTTAAGGTGGCCCCAATGAAAGGAATTCTAAGGTTTGGTCGGAAGGGGAAATTGAGTCCGCGCTTTATAGGGTCGTTTCAGATTTTAGATAGGGTTGGCGTGGTGGCCTACAGGTTGGCATTGCCGCCTTCCCTCTCTGCAGTTCATAACGTGTTCCATGTCTCCATGTTAAGAAAATACGTTCCAGACCCGACCCACATAGTAGACTTTGAACCGTTACAGTTGGAAGAGGATTTAAGTTATGGTGAACGACCTGTACAGATTATTGCAAGAGACCGAAAGACTCTTCGAAACCGCGAGATCAACTTAGTTAAAGTGTTATGGCAAAATCACCGCACGGAGGAGCTACCTAGGAGCGAGAAGAAGAAGTGCGAGCTAAATACCCGAAACTATTCCAAGAGTAGGAACTTTCGAGGACGAAAGTTCTTAAGGAGGGAAGATTGTGACGACCATAACCACAGGTACTAATTGCTTATTTTATTTTACGTTCTAACAACCTATGTGTCGGGTCGGATTAGCGAATTTTCATCATGCTCGATAAGATTGAACCTTGAATTTTATATGGTAAAAAATGTTTTATTTTCTTTTAAAAAAATATATATAAATAAATAAAGGAAGAGGAGGTGACAATGGCATTTTAGTAAATAGTGCCTAAGTCAAGGGCTAGTTGTGGCCTTTTTGAAGATGACCTAGGTCTTTTATTATTTTTATTATTTAGGCTTGAAATCACGCAACCCTAGGCACTCTTCTTCTTCTTCTTCTCTTTGCCCTAGCTGACCCCCCTTGCCGCAACTCCCGCCAACCGGAACAGGAGGCTGCACGTCTAGCACGCCTCACGAACTCCACCGGCGAACACCCTTGAACGTCGACGACGCTGGAGCATTGAACCGCACGAGATTGTCGTCGACCGCGAGCCTCAGATCTGCACCGCCGCCGATCTGACCGCGAGCCATTTGCGCCTGTTCTTTTCAAACCATACCTTGCGTCGACCGTCGCCGACCATCAGAGCTGCACCGCCGCCGATTGCTCGTAGATCTCGCCGTCGCCAGACGCTCACGTTGCAGATCTCGCCGTCGCCGGACGCTCGCGTTGCAGACCTCGCAGTCGTCGTCCGGATCCGCCGATCGCAACGCCGCCATCTTCGATCGCAAAGGCCGCCATCTTCAATCGCAAACGCGCCGTTGATCATTGATTTCAATCGGATCTCGTGTCTCCTCAATTCCCAGCCGTTGAACTCGCAGTCAGGTGAGCTACTCGATACGTTCCAGATTTGAAAGAGATTCATACGCTGACTTATTGAATAGTAAATCGTTATTTTGAAGACTTAAGTTACTGTTTGAACACAACTTTTAGGGACCAAGTTTAGAGCGGAGTTGAAGGCCAAACATCAAGGCGAACCAAGGAATATTCGGCCTACACGTTGAGCTTGAGGTAAGCGGGCCATGAATCCTCAAGAACTTAAATTAAGTACCTATACGATTATGAAATTGGAGTATGCTCGGAGTGTGATTTCGGGAATAATGTGTGAAACATGTTCTACAAAAGGGAGCATATCCAAAGAACTAGGATTAAGGTTTGGAGTTAGAATCTAAGCTAAGGTAAGGGTCCTTGTGCCGAACTTTTCTGAACGGGATCAAAGAAAACGAATTTCATTATTTTATACGAAAATCGTTCGTTATTTTATGTGAAAATAGTCATTATTTTATGTGAGAGCTTATCTTCATTTTATGTGAAAATAGTCATTATTTTATGTGAGAGCTTATCTTCATTTTATGTGAAAATAGTCTATCATTTTATGTGAGATTATTTTGAAGTAGTCCTTTATTTATGAGAGAGTATTCCATTATTTTATGTGACAATATTTCACTATTGCACGCGAAAGTTTTCTGTAATGAAGGTACGAATCGATCATGCTTAAAAGTATTATCTTCAATATGTTGTGAAAAAGTCATGATTTGCATGTCAGTATCACTGTTTCATGATATGTGCATTATAGTCACGATAGATGATGGGACCTCATGCATGGTATGTATGTCATGAAATGATTTGAATTAGGATGTGGAAATTGGTCTCCTGAGTTCATTGTATGCATGGTCGAACATGCATTAGAGATCCTATGGGTCAAGCTTATAGGGGTCTGTGAGGGACTCAATCCATACAGGGGTCTGTGAGAGACTCAAAAGCACTTATAGGGGTCTGTGAGGGACTCAAATTCTTATAGGGGTCTGTGAGGGACTCAAAATGAAATGACTCAGGGCGACCAATTAGCCATTTAAATAAAAAGGGAGTCATGCATTACAGTCACGATTGATATGAGAAAGTCCTAGGTCCCACATATGAATATTTTGACCGAGTTTAAAAAGTCACGATTGTATGTGTGTTCATGTCCCAAAACCTCGGTAGCGAGGTCACTTACTGGGTATTGTATTACAATACTCACCCTTTTATTTTAAAATGTTTTTCAGGTAAGGCCAAGGACGTACGGGGCGAGTGACGGAGGCGCGTTGTCAAACCATGGGGAAAGTCATGTTTTCCGCATTTTTCCTTAATAATGGATGTTGTCGTTAAAGGATTTCGAAGTTTAAATTTTATTTCCAGAACTTTAAGTAGGCCGAGTTTAAAATGTTGTTTTCAACGTTTTGACGTTTTCTTTCGGGATCCCTAAAGATATTTTGATATTTTGGCGATTTAAAGATTGTTTTATGCGCTTTTGGCCTAAGAATGCATGCATGTTTAGTAGTGTCTCTAGAAATTATAGTTGTGGAAAAGTAGGGGCGTTACAAAGAAACCCTAATTCCATTTCTTTTAACAAATTACAAAAATGCCCATTTTCTTAACCATAACCACTTAAATGTCCTTGGGCTCATTTAATTGTTTCAAAAAGGCTTTTAATCATCCAAAATTCTCAATTAACACAATCCTACCTTGATTTAACAAACTTCAAAGTCCAAGTAAATTTAATTTTCATTAAATTAATCCGAGTACAACCTAAAAGATACTTGGAAATTCTGGGGCGTTACATGCCCCGAATGAAAGCGTTTCGAAAATAGTTGAAATATCAAGACGCTGCAAAGAAGACAGAGCGTGTGTATGCAGGACAACATTGAGACGCTATCTGCAGTGTCTAAATGTTGCAATAGTGACCATCCCTCGATGCTTGGTTGATTAAGGATAGCGTCTCGGCGTTGCCTATAGCATCTCGACATTACTTAAAATTGTATAAAAACCTTCTTTTGCAATTTAGGTAAATTTGTCTCCAAATTTTCAGTTGTAATGAGACCACCTTAGTCTTTTCTCTATGTTTTGAGTAGCTTAGCATAAAGTTAGGTGTTTTGATCGATCCTTAGTGTTTGAAAGGCTCAATTTGATGTCCTTGCTAAGCATTTGATGTCGATTATGTTATCTACATTGATACAATATAATTTTTGTGAGATTATGCTTAATTTCCTTATGCTTTACAGTATCATCTTGTTGTTCTTTATTGTTGCTTATCGTTGTGCATGTTCTACACACATTGAATGTGTGCTTTAGGCTGGTTTAAAGTAGCAAGCAACTTGAATATCATTTAGCATATTTGTTATCCCTTGATTTTTGTTTCAATGACTATAGTATAAGCATATTCGTAGATAGTCTGACAATCTTTTCACATCGAATGTGCTTGTACTGTTAGTCTTAGCTTACAATTTGACTGACTCATGTTTGCATTGTAGAAGTTAGTCCCTCATGTAGATTTCATGATAGGACCTAAGAATCAAACGAGCTTATTCATTAAATTAGAAATGCATGCCTAGTTTAATTAATTGGTCTTAATAAATACCTAGAGCTTAAGGTAATTAGCTCCGTTAGTATGAAACACTATCGTGCCCAACTAATTAGGGTTAATTAGGCTAATTAGGTTGATGCAAGGTTTAGTTAATAAGGATTTAGGGGATGTAAGCTTGTTAGAGGCATAGTTGGTTTTACTGGTGAGTTGATTTGGTAATAAACTACTGAATATATATCATGATTAGTTGTCTGTGATCGAAAATTGAATTGTTACTTGGTTTAACCCCAAATTAGTGTCTAAAATGAGATTGAAGTCTTTATATTTATCACTTGAAGTCATTTTTCCCTTTTTTTTTAATGTTTAACTCCCCTCCTTTTCGTGTCAATAGGAAAATCAATTAAAAAAAATTAATTATAGTTCGATTTCTTATGGTTCGACCCGGTCTACTATTAAATACTATAAGTATTTAATCTCAGATAAGTAAATATAAATTGTATTTGATGGAGCACTCAATAAAGCTCACTATTAAATTAGCACCGTTGTTGAACATTTTATTTATTTGATTCCTCTAGCTTGCACCAATTTTAATCCCAACAAATTAGCTTCGTTGCTTGAGAACAATCAATTAAATCGATTTCTTCATTTAAAATTTCCTAGTTTTCATAAAAAAAATACAAAAATAGTCAATACTTTGTTTCTAATTTTGGTTGACAATTTCAGATATTATGAAGTTTGTTTGTCATTTGAGAAATATGTATGTGAGGCAGAATGTAACGCCCCTACTTTTATGCAATAAATTCCTAGGGCATTACTACTCATGCATGACTTTGAGGCCTTAAATAAAGGTAAATAGGAAAAAACTTGGCAATTAAATTAACTTTATGTTGGGATCCCATAAAAATAAAAACATTTAAAAACATAACTGAGTTCGGCCTCTGGTTTCAAACTTCTATAATACATAGCGGAAAACAATAGTCTGTAAAAAAAATATTATCTAAAACATATGCGCGGAAAACTATGACTTGGTCCCCATGGCTTCTGTAGTGTATCCCTGTCACTCGCCTGGTATGCCCTCGCCTTTACCTGAAAACATTTTTAAAATAGAGAAAATAAAACAAAGGTAAAGGGGTGAGTATTATAAAATACCCAGTAAGTGGGGGTCGGGAACTGCATGTGTTTGCTTTAAACATGACTGTTATTCGTGACTTTTGAAATTATAGAACTTTCTGTTGTGGGACCTAAGACTTCTTTCATAAAATCATGACTTTTCTCTTTGGCTATGCGTGGTCAATTGAGTCTACCTGAGTCTTTTCATGTAAGTCCCTCACAGACCCCTATAAGATATGAGTCCCTCACAGACCCCTATAAGTTTGAGTCCCTCACAGACTCCTATAAGTTTGACCCATAGGGTCTCTGATGCATGTTTTACCACGCATAAATTCTCAGGAGACCAATTGCCACAGCCTACATAACATGCCCATAGACACACAATATGCATGAGGTCCCATTCTTCAATCACATAAACATTTGCGTTCATAATGATGCAACAAGCATATAGATCATATAATCAAGGCATAACTTGCATAACTTTCAACTCGAGTCAATCAATCATACATAATAGGTACGTTTATAATTTAAGATCCATATTTAACACAACAACATAACCGATAATCTCAATCTGCATAACTATACATAACTGCATCAAGATTCATTTTTAAATACTTTGAAATCATTTTTGTTCGGGTTCTCGCAAAGACTTAAGTCATTTGGAATTCTCTCGAATTCTAAGATAAAATCTCTTTCTAACATCAAACACATCGGGGGAAATCCCTGGATATCATTTATTAACCTACGCCCTTAAAATTCATCTTTTGGACAACTCCTTCAAACGTATTTTAAATAGATCTTTAAAAAACCTTCCCTTTCAAATTAATTTGTAAGAAATCCCTTACCTCATCTTAGCTTGAAACTTCCTAAAGTTCTGCTTCCTAACTCAAGGTTCTTCTCAATCGTGCTTGACACTCGAATCCCCAAATTAAACTCATCAATTCCTTAATTAAAAACACATAAACATAAACTTATTTTCGAATCCAAACATAGTTAAAAGATGATACCACAAACGGACGCTTAAAACAGACTCAGGAGGCGAGACGGATGCAATTGGCAAGGGCTGGAGAGCGGCGCGCGTGGGATACTGGGCGGTGCGTGCGTGGGATACAAAGGGCAACGCGTGCTAGCGCGTGGGGTCGATCTAGGATGCCCACTTGCCGATCTACTCAAAACCGGTCACCAATCGCCTGAAACCGGTTGGAAAGTTAGTGAACCAACCGACCCTACGCGACGTTTTGACTCTAAACTCGCATTTAACCGTGGTCGCCGAGGGTCAGCCCCTCCGCGGGCGGCGGCGATCGTCAGGAGACGTGGCGAGCCGGTGTTGCACAAACGGAGCCGATGAGGTCGACTACCCTGTGTTCCAAAGAAATCGCCGACGGCTACACGGTGCAGCGGGGACCAGCCGACCACCACGCGATTCGCCGCTGCGACTTGCAGGCTGGCGGCACGAGACGTTGGAGACTGGACTTCGTCGAGGATTGGCAGCGGCAGAGGGACGCTGTTCCGATGGATGGGCGCGCGACCGACGATCTTCTTCTTCATGGGTTCCCCATCGTGCGGCTAAAAGAGGGAGGAATCCTCCTCTTGGAGCACGTGTCCCAAGGACAAAAGGGTGGTATGAAACCCTAACTCCAAGCCTCTTTTCCCAATTTGCCCTTCCTCTTCCCTTCAAACCACAACCATGCCCTTAGTCATAATATTCCAACTTAACTTAAACTAATAAACTTTAAAACTCGATTAGCTTATTTCCATTAAGCTAATCCAAGTACAACCTAAGAGGTACCTGAAAATCTTGGGGCGTTACACAGAAGAAGTCGAGTTTCAGTTCGAATAGGAGACCCAACTGATAAAGTTGGATGCCGAATGACCTGCGTCTGTTCTATCCTTTAGTTTCTTTTTATTTTTCTTGTTTTTCTTTTCTAGAGACAATAAAATACAAAAAGATCTGCATTTTTGGAGTCCATAAGATATTGACAAACTTGCTTGATGCAATGGGTTTCGTAGATTCAAGGAATAAAAGGTCACAGAAATGAGAGAATTTTTATATGCCCTAACATGCATACCACACGACAAGTCGAACAATTGACTATAAAAATTTGCGTTTCTCAGAGGCAACGGGGTAAAAAAGTTACTTGTTTTCCTTACTACTTTTTGTTTTTTATTTTCCTAATTTTGCTTGTTTTGTTTGGCTTGGTAGGTAATAAAGTGACCCTTGAGCAAAAAAATTATCATTTTTCGAGGTTTCCGTCGCGCCACCACCCATTTACGTATTGAAATTTCAGGGGAGATTTTATGTTCCCTTTACTTTTGTCCTAGTTCTTTTTAGAATTTTTATTTTAATGACAATGTAGAATTTAGGTTGGGGGTGGAAGTTAATTTTTTAATCTTGAGGTTTAATTTCTTAGCATGATTGGTTGAGTTCTTGAGCATTTGAGTTTAGACCTATTTTTTGTTGGTTGTTGTGCTTTAAAGTGCAGTCCTCGAGCGCATGTGCTCGGACTTTTGACTAATCGTGCTAAACATGTCTTTTTTGAAAATTTTGAGCCTTGATTGTGAAGGAGTCTATATTGAGAAAGCGGAAGCAATTTAGGATCTTGAACACTCTAATTTGATCAATTATGCAAAATAAAAAACATGCTTAAATCTCGAAAAATAGAGAATAAGAACTCATACCTTTGTAGCTCAAAATTGTCCTAATCCATATGCAATTTCTTGTCACAAACACTTTGTGGACCACCTCTAATGGCGTCCCTACTATCCTCAGGCCTTGGAACAAATTGTGGGATCTTTGATTGTAACGCCCCGAAATTTCTAAGTACCTTTTAGGTTGTGTGTTTGATTAATTTAATGGAAATTAATTTTAATCCCGCCTTGAAGTTTGTTAGTTTAATTTAAGTTTTTCAAATTTAAGAGAATAAATATGGTTTAATCATATATATGTTAATTCAGGACATTTAATTAAGCCCAAGGGCATTCTTGTGGTTTTAAAGGAAAAGGAGGGGCAAAGTTGGAAAGTAAATTGGGAATTAGGTTTAGTAGAAGCTCTTTCACGTGTACCAAGGCACAACTCTTCTTCTTCTTCCTTGGATTCACGAGCAGCAGCTTGTAGGGTGTTTTCCAATCAGGCTGCAAGCTGCACCTCCCAGCCGACGACCTTTCTCTCTACCGCACCAGTTCCACTACTGAATACCGTGTCAGTCATCGCGCCATCGGAGCTAAAGGACCACGAGAACCGTGTTGTCGTCGAAGCTGCAGACCAGTCGCGTGCCTCGTCTCCGTCCAGCAGCCTAAGACGTCACCCATCGAAGCCGCCGAAAACTCTAGCCCTTCAGCCGCCGACCGTGTTTGGTCGTCGTCCGCTCCCAATTACGTGACAGAAGTCGTGCCGCCTTCCAGTTCACTCACACGCGTCATGCATGGACACTCAAGCCGATGGATTTCGCACGCCAAGTTGTAGTGGACGAAGTCGTCGGACACACGCTCTGAACTCAGCGGAGGAAAAGTTTTACAACCTGTAACGACCCTACTTTTTTTATACTTTCTTCCTAAGGGTCATTACTAACATGCATGTGTTTGAGGCCCTAAATAACTTCAAATAGGTAAAACTTGGTAATTAAAATTAATTTAATTTGGGATCCCATGAAAACAAAACATTTGAAACATAACTAAATTTGGCCTCAATTTAACGGTCATTATGCTACATTAGCGAAAACTAGAATTTCCTAAAAAATACTTTCTAAAACATGTATGCGGAAATCATGACTTGGTTCCCATGGCATTCGTAGCGCGCTCCTATCACTCGCCTGATATGCCCTCGTCTTTACTTGAAAACATTTTAAAATGGAGAAAGCAAAACAAAGGCAAAGGGGTGAGTATATAATAATACCCAGAAAGTGGGGGTCGGGAAATTCAAACACATGCAACATGACTTTTAAAACATGACTTTTAAACATGACTGTTAATCGTGACTTTTAAAATCAAAAAACTTTCTGTAGTGGGACCTAAAACTTCATTTCATAAAATCATGACTTTTCTCTTCGGCTATACGTGGTCAATTGAGTCTACCTAAGTCTTTTCATGGTTAGTCGCTCACAGACTCATATAAGTTTGACCCATAGGGTCTCTGATGCATGTTTGACCATGCATAAATATTCAGGAGACCAATTGCCACAACCTACATAACATGTTCATATACATACAATATACACGAGGTCCCGTGCTTCAATCAGATATACATGTGCATTCATAATGATGCAACAATCATATAAATCACATAATCATAGTGACTTTCAGTCATAGATCATAAATACATTTGTAATTAAAATACGTATCCAACACAATGACAGACATGGAAAATCTCAGAATACATAACTATACATGACTGTGCAAAAATTCATTATCAAATACTTTGAAATCATTTTTGTTCGAGTCCTCTCAAACCCTTAAATCTTCTGGAATCCTCTCAAATTCCAGAGTAAAATACTTTTCTAAATTTCGTCTTTGGAATAACTCTTGGGAATTCATTCTTTTTAAACTAGATTTTTCGAAAGCATAATTATTTACTTTTAAAAAAAAAAAATAATTTGTAGAAGATCCCTTACCTTAACCTTAGCTCCAAGATATTTCATAGTTAAATCTCTGACTCTGCAATCCTTTCAATCGTGATCAATACTAGAGTCTCCTAAATCAATTTCATTCATTCCTCAATTAAATCACATAACCATAACTTAGAGCCTACATAGCGAATACTTGAAACATCATGTAATAATCAAGTGGATTTACCCAAACGGAGGCTTAAAACGGACTCGGGCGTCGAAACGGATGATATCGGGCATATTCCGGCGAGCGGCGACGCGTGGGACGGTGAGCGGCGGCGTACTTGCCGCGCGTGGAGAAAAGCTTTTTTACTTATTGTTCATTGTTTATGAGTATATTACCAAATATAAGTCTCAACAAACATTCTTACTTATTGTTCTCCAAAAGTGGGAAGAAAAGCTTGTTTTGAGATATTATCATTACCAATAAATAAATGCACAGTTAACTATTTTTATAAATTAATTGTGTTGAGGCTTATCATGTGACGACCACAACCACAGGTACCAATTATTTATTGTATTTGACGTTTTACCATTAATTACTGTTTCTCCTTGAGATGAGATTCATTTGTAAAAATTAAAAGAAGGGGAAGAGTCAATGGCATTTTAGTTATTAGGGTTTAAATGAGGGATTGTTGTGATATTTGGAATTTGACCTAAACCCTAATCTTTTAGTCTCCTTGTTATTTAATCCAAAAGAGAAACCCTAGCCTACATTGGTAATCATCTCCTTCTCCTTATATCTAGCCCTAGACCTAACCCTAATCTCTTCCTCCACAATTTTAACCTAGCCGACCACCTCGAGCTCACCGTTGCCCTCGCCGCCAGTCGTCCAGCCAGCCACTCGAGGAAGTTCCCAGCCGCCTCGTCTGAAGCTCACGAACGAAGAAGCGCCGGTCGTTTGAAGAGCCACGGCCGTACGCTGAAGTCATCCTTTTGAAGTCGTTCGTGGAAGCCGCTGCTTCCGCACGACCGAGATCGACGAAGATCCAGCCTCGCCACGCCGTCGATCCCTTCGCGCTGGCAAGCCGCCACCACAAGCTTCACCTCGCCATTGGTTCCTGCACGCTGGAGACCGCTCGAGTTTGACGTCGCTCACAAGCTCCAGCCGCAGCCGCCCTTCGAGACTTCGTCCGATTGAGCGAAGCGCGAGAACCTCGCGCGGAGTTGCACGAACACGAAAACCACGCGGCGCGAGCTCATCCTCCCCGCCGCAGCTCCCGCCGGATTCGCAACGCCGGCCAAAGACGACTCCACACACCGCTTGATTACAAAATGGTGAGCGATCCGCTTTAGTTTCGAGTTCGTTGGAGATTTATTTGCGACCAACCAAATACTTAAGCGTTTGTTTGAGAGCCTAAACTACTGTTTCGAACGCTACTTGCAGGGACCGAGTTGGAGCAAGATTGAGGGCCAAACGTCAAGACGAACTAAGGAGTATTAGGTTTTCGCGTTAAAATCAAGGTAAGCGGGGCATGGAACCTTAATAACGTAATTTAATACCTCATAATCATGGAAATGGTGAATGCCTGGAGAATGAAAGTGGAAGTTGTGGTGTGAATCAGGTTCCACTAAAAGAAGAGTAGTCCAGGAGCTTGGGTTAAGTCTTGGAGTAGGATTCGAATTAAGGTAAGGGACCTTGTGCCGAACTTTTTATTGGGGTTGAAGAAATTGATTTTCACAATTTCATGCGAAATTAGTTTATATTTTCATATGACAATATACAGATATTTTCGTGAGAATACTTAATATTTTATGTGCAAATATTTCAATGCTTCATGTGGAAATAAACTAGTATTTTATGTGAGAATATTCTTGTATTCTATGTAAGAGTATTCCAAAGATTTCATGTGAGGATATGACAGTAATTTGCATGAGAATATTTCATGGTTTCCTACAAAAGTATGATTTTCAAACTGTCTATGAGAAAAGTATGATTTGCATATTGACGATGATGTTTGTGACATGTACACTATTGTTATGTGAATGATGGGACCTCATGCATGTTATGTATGTCATGAAATGATTTGATGAAAAATGTGGACATTGGTCTCCTCGAGTGCATTAAGTGCATGGTCAAACATGCAATAGAGACCCTATGGGTCAAATTATTACAGGGTGCATGAGGGACTCTCAACCGTGCATGTGGTCCATGAGGGACTCAAATGATTACAGGGGTCTGTGAGGGACTCAAAAAAAATGAAATGACTCAGGATGACCAGTCGGCCACATAAATAAAAAGGAAGTCATGGATTAAAGACCCGACAATATGAGAAAGTTTTAGGTCCCGTGATATGTACATTTCGAACAAGTTTAAAGGTCATGATTGTATGTGTATGCATATCCCAAACCTCGAGCGAGGTCACTTACTGGGTATTGTTTTTACAATACTCACCCTTTCTTTTAAAAATGTTTTTCGTGTAAGGCTAAGGACGTGCGGGCGAGTGACTCGAGAGGCGCGTTGCCGTGACCATGGGAATAGACATGTTTTCCGCACATTTCTTTTATAACTGATGTTGTACCTTTATGTTTTTGGAAGTTTAAATTTACTTTACAGATTTTAAATAGGCCATGTTAAACTGCTCCTTTTATCTGTTTTGAATGTTTTATTTGGGATCCCTAAAGACAAATTATTTTCATTGGAGGTTTACAGATCTTTTTATCTCTTGGCCTATAAATGCATGCATGTGTAGTAATGTCCCTAAGAGTTTAGTCATAGAAAAGTAGGGGCGTTATAGCTTGGTATCGAGCCCTAGGTTTAAGGGTTCAGAGACTTGCTTTACGAGTAAGCACAGAGTAGTTCCCATGGTTGAGTAACGCGTTCCGGTCACTGCCAAGTACGTCCCGGTATTTTATAAATTAAGTAAATGATTATGATGTAAATCTATATTGTGAATGTAAATGAATTTAAAACCCTAAGGGGTGATCCTATCTTACAGTTAGAAAGGATGAAAACTAAGCTAGAAATTCTCTGCATTGTAGTACTGACAAAAATGCCACCTAGAGGTCGAGGGAGAGGTAGGGGACGTGGTAGGGGCCGAAGGGCAAGAGAAAACGTTGACACCCAACCGATTACCACCGAACAGAAGAGATTGCTCCACTGCATTTCGCACTCTCCCCGAGACTGCTGTCGCGCGGGAGAATGCACCGCAATCGCCCAGCAAGGCGATCAAGGGAACACTAACGTTATGACTATGATGGTAGAGGCTATGCGCACTCTGAGTGCGCGAGCTCAAGAGCCACTCACCGCCCAGCAAATCAGTGGACTAACGATGCAACTCGAGTCTCGATATCCGAAGGACTTCGTGAAATATGATCCCGCATCGCTTTGATGGGTCTTCCAGTGACCCCACCGTGGTCGAGTTAGTATGGTCGCCCTCCATTGAGACCATCTTCGATTGATGAACCGCCCGAGGACCGTAGGTGTCTCTTGTGCTACCTTTATGCCGAGAGGATGACGCTTATTTATGGTGGGAGTCCGCCAGGGAACCATTGTCGCCAAAGTGAAACGATTACCTCGAATATGTTTAAGGAAGCATTCTCGCGTAAATTTTACCTCGCCGCAGCAGCATTCTGACAGAAAAAAAACAAGCGTAATTCTTACAACTTAGCCGCAATGCAGAGGGCGTTGGAGGTATATGAGAGAGAATTCACCCGCTTGTCACGCTTTGCCCCGAGCTAGTAGACATAGAGGCGAAGAAGACAGTAGAGCGCTTCATCATGGGACCGGATGAAAATGTTCGAGGCTTTATCCGCACTAGCACCTCCCGATTATGCCTCCGCGCAGTGAGAGTGGCGGAATTGATTTGGGTGCAGCGCAGATCGCACAGCAGTAGTGGTTAACCCGGGCAAACTATGGCAAATCATAAGAGGAAGTGGGACCACCAAATTCAAGCTCACAAAGATCCCCAAAGATACACCGCATAGACCAGAACTTTTCGTGCGGTGTTCGGTCGAAACCACAGTCAACAGAACGGGAAATAATAAAGTGGAGATAAGCCACAATGCAAAGATCGTGGTAAATGATTGGGGTAGGTGTTTGGCCCGTCCGAGTGTGCTTCGATGATGTGGGAAAGAAGGGCACAGAGCTAATAGCCGCCCGAGTCAAGCCAGGCCACTAGCCAACCTCGAAGTTATCAATAGTGGACTCATTGTGAAGCCCGTAATACATCAAGAAGAGCTTATGCAAGCACCAAAGAAAAACATCTATGGCTCGGACTTAGTGGTTACAGTGTACACTTCCATTACTTGGGCACCTTGCCTTTGTATTATTTGATTCTGGTTCTACACACTCTTTTATTTCTCGCATCCTTCGTAAGTCAAGTGAGTTAGAATTAGAACGATTCTGATGCTCTGTCTGCTCCACTCTCTGCGGGGATAAATTTGTTAGCCACGATGAAAGTCAAGGATGGTAGTGTGACCATCGCACTCATGAGTTAACAAAGAAATCTAGTAGTCTTAGACATGTTTGACTTTGATGTGATATTGGGTATGGATCAGTTAGCGCAGAAACCATGCTTGCATTGATTGCTTCAGGAAGGAGGTAGTGTTTACTCTTCCCGACCAACCCGCAAGGTTCGAGGCACGTTAACGTGAAGTAGGCCTAAGGTAATTCTGCGCCTAAGGCCGGTGAAGTTATTACATCGGGGAGCTTAGGCGTCTTAGCTTGCATATTAGATGCAAGGTGTACGAAGATTTCCGTGTCATCGGCATCCAGATGGTAAATGAATTTCCGCACGTTTTCCCGAGGACCTCCCTAATACCTCCCGGCCGAGAGGTAGATTTTAACATCGGATTGGAATTGGGGGCGACCCGATATCCAAGGCACCGTCATGAATAGCACCGCAGAGTTGAAAGAATCAAACTACAGCTTGTAGGACTTCATCGGACAAGGGGTTTATACGCCTAGCGTTTTTCGCCTTGGGAGCACCAGTGTTGTTCGTGAAAAAGAAAGAGCGGGTCCATGCGCTGTATAGATTACGGTGGAGTTGAATAAAGTTACGATCAAGAATAAATATCCTCTTCCCGCATTAGACGATTTGTTCGATCGGGCTTGCAAGGAGCAACAATGTTCTCCAAGATTGATCCGAGATCGAAGCTACCATCGATTGAGGATCGGTGAAGAGGATATTCCTAAAACAAAGATTCGTGATCACGTTATGGGCATTACGAGTTCACGTGATGTCGCTTTGGTTTGACCAACGCTCCCGCCGCTTTCATGGACTTGATGAACCGCTTGTTCAAAGAGTTTCTTGATACGTTCGTGATAGTATTTATTGACGATATACTGATATACTCGAGATGTGACGAAGATCACGAAAGGCACCTGAGAAAAGTTTTAAATACGCTGAGAGAGAATAAGTTGTATGCAAAATTTTCCAAGTGTGAATTCTGGCTCGGACAGGTATCCTTCTTAGGGCATGTGGTGTCCGGTCGAGTCTCTGTGACCCAAAGAAAAGTGGAGGCCGTCACCTAGTGGCCTCGTCCGACCACCGTTACAGAGGTACGTAGTTTTCTGGGTCTTGCAGGTTACTATAGACGTTTCGTACAGGATTTCGCCAAGATAGCTACGCCCATGACTCAGCTGACGCGCAAGGGTAACTCATTTGTTTGGGATGATGCTTGCGAGGCGAGTTTCCAGGAACTCAAGTGCAGATTAGTGTCAGCTCCGATTCTTACAAATCCCGGGAACAGGGAGCTTCGTGGTTTACAGTGATGCTTCTAAGAAAGGTTTGGGCTGTGTACTAATGCAACATGGTAAAGTAATAGCCTATGCATCCCGACAATTGAAGACGCACGAGAAGAACTACCCAACTCATGACTTGGAACTGGCAGCAGTGGTCTTTGCATTAAAGATCTGGAGACATTACCTCTATGGCGAGAAAATTCAGATTTTTACAGATCATAAAAGTCTGAAGTATCTGTTCACCCAGAAGGAATTGAACATGAGACAACGCAGATGGTTGGAATTAGTGAAGGATTACGATATTGACATTCAATACCACCCCGGTAAGGCTAATGCCGTGGCTGATGCCCTCAGTAGGAAGCCAATTCATACCTCAGCACGAGTTACTGACAGAGCAGAGTTACAGGCAGAGTTTGCACGAGCTGAAATCGCAGTACTAGTAGGAAAGACCACGGCTCAGTTAGCTCAGTTAACGGTGCAACCAACTTTGAGACAACGTATTGTTGAGGCTCAACAGGTGGACCCTCAGTTAGTAGAGAAGCTTACGGCAGTAACTACAGGCGAATTGACAGAGTATTCACTATCCACAGATGGAGGATTACTATTTCGTGGTCGATTATGTGTGCCGACGACGACAAAGTCGAGTCTTCGAAATCTTGAGCGAAGCCCATAACTCGCCATTCTCTATGCACCCTGGTAGCACCAAGATGTATCGAGATCTGAATGAGTCATTCTGGTGGTGTAACATGAAGCGCGACGTGGCAGAATTTGTTAGCAAGTGCCTGACTTGTTAGCAGGCGAAGGCACCTAGACAGAGGCTCGCAGGACTACTGCAGCCTTTACATGTACCCCAGTGGAAATGGGAGGAGATCGCTATGGACTTCATAGTCGGTTTGCCTAGAACCTTACGAGGCTACTCAGTAGTTTGGGTCATTGTGGACAGATTAACCAAGTCAGCACATTTCATACCAGGGAAACCCACCTATTCTACAGATAAGTGGGCGCAGCTTTACCTGGAAGAGATAGTCCGCCTGCATGGGATTCCAGCCAAGATTATTTCGCATGGATCCACGTTTCACCTCCAACTTTTGGAGGAGTCTGGCGTAAAGCGTTAGGTTCACAGCTGAACTTTAGTACGACTTTTCATCCACGACGGATGGGCGGCATGTAACGCTTGAACCGCATCTTAGAGGACATGTTACGAGCTTGCACTTTAGACCTCCTGTAGTTGGGACACTCATTTGCATTTGATGGAGTTTGCTTACAATAACAGTTATCAGTCGACCATCGGAATGGCTCCATTTGAAGCTCTCTATGGAAAACGTTGCAGAACTCCCATTTTCTGGGAGGAGGTTGGCGAACGCCAATTGTTGGGTCCAGAATTAGTACAGGTCACTAATGAGGCAATACAAAAGATTAGGGCGCGAATGCGGCACCGCCAAGACAGATAAAAAGAGTTATGCCGACACAAGGCGAAGGACCTAGAATTCGGTGTTGGGGACCACGTATTTCTTAAGGTGGCCCCAATGAAAGGGATTCTAAGGTTTCGTCGGAAAGGGAAGTTGAGTCCGCGCTTTATAGGACCATTTGAGATTTTAGAGAGGGTTGGTGCGGTGGCCTACAGACTAGCACTGCCGCCTTCCCTATCAGCAGTTTATAACGTATTTCATGTCTCCATGTTGAGAAAATACGTTCCGGACCCTACTCACGTCATAGACTTTGAACCATTACAGTTAGCAGAAGATTTGAGTTATGGCGAACGACCTATACAGATTATTGCAAAGAATCGAAAGACCCTCCGTAACCGTGAGATCAACTTAGTTAAAGTGTTGTGGCAAAACCACCGCACGGAAGAAGCTACCTGGGAGCGAGAAGAAGAAGTGCGAGCTAAATATCCAGAGCTAATTCAAGAATAGGAACTTTCGAGGACGAAAGTTCTTAAGGAGGGAAGATTATGACGACCACAACCACAGGTACCAATTATTTATTGTATTTGACGTTTTACCATTAATTACTGTTTCTCCTTGAGATGAGATTCATTTGTAAAAATTAAAAGAAGGGGAAGAGTCAATGGCATTTTAGTTATTAGGGTTTAAATGAGGGATTGTTGTGATATTTGGAATTTGACCTAAACCCTAATCTTTTAGTCTCCTTGTTATTTAATCCAAAAGAGAAACCCTAACCTACATTGGTAATCATCTCCTTCTCCTTATATCTAGCCCTAGACCTAACCCTAATCTCTTCCTCCACAATTTTAACCTAGCCGACCACCTCGAGCTCACCGTTGCCCTCGCCGCTACCGTCCCACCACCACCCACTGAGGAAGTTCCCACCGCTTCGCCTCAAGCTCACGAACGAAGAAGCGCCGGTCGTTTGAAGAGCCACGACCGTACGCTGAAGTCATCCTTTTGAGGTCGTTCGTGGAAGCCGCTCGTTTCTGCACGACCGGAGATCGACGAAGATCCAGCCCGCCACGCCGTCCGAAATCCTTCGCGCGCAAGCCGCCGCCACACAAGCTTCACTCGCCATTGGTTCCTCGTGACGCCGAGACCGCTCGAGTTTGACGTCGCCACAAGCTCCACCGCGGCCGCAGCTCGCCGAGACTTCGTCGTCCGATCGAGCGATGCAGCGAACCTCGCGCGCGAGTTGCACGAACACGAAACCACGTGCAAGCTCATCCTCCCACCGCAGCTCCCGCCGGATTATAGCGCAACGCGGCCAAAGACGACTCCACGGCCGCTTGGATTACGACCGTGAGCGATCTGCTTTAGTTTCGAGTTCGTTGGAGATTTATTTGCGACCAACCAAATATTTAAGCGCTTGTTTGAGAGCCTAAACTCATCGCTTTGACGCTATTTGCGGGGACCGAGTTGGAGCAAGATTGAGGCCAAACGTCAAGACTAACTAAGGAGTATTAGGTTTTCGCGTTAAAATCAAGGTAAGCGGGGCATGGAACCTTAATAACGTAATTTAATACCTCATAATCATGGAAATGGTGAATGCCTGGAGAATGAAAGTGGAAGTTGTGGTGTGAATCAGTTCCACTAAAAGAAGAGTAGTCCAGAGCTTGGGTTAAGTCTTGGAGTAGGATTCGAATTAAGGTAAGGGACCTTGTGCCGAACTTTTTATTGGGGTTGAAGAAATTGATTTTCACAATTTCATGCGAAATTAGTTTATATTTTCATATGACAATATACAGATATTTTCGTGAGAATACTTAATATTTTATGTGCAAATATTTCAATGCTTCATGTGGAAATAAACTAGTATTTTATGTGAGAATATTCTTGTATTCTATGTAAGAGTATTCCAAAGATTTCATGTGAGGATATGACAAGAATTTGCATGAGAATATTTCATGGTTTCCTACAAAAGTATGATTTTCAAACTGTCTATGAGAAAAGTATGATTTGCATATTGACGATGATGTTTGTGACATGTACACTATTGTTATGTGAATGATGGGACCTCATGCATGTTATGTATGTCATGAAATGATTTGATGAAAAGTGTGGACATTGGTCTCCTGAGTGCATTAAGTGCATGGTCAAACATGCAATAGAGACCCTATGGGTCAAATTATTACAGGGGTCTGTGAGGGACTCAAACCGTACAGGGGTCTGTGAGGGACTCAAATGATTACAGGGGTCTGTGAGGGACTCAAAAAAAATGAAATGACTCAGGATGACCAGTCGGCCACATAAATAAAAAGGAAGTCATGGATTAAAGACCCGACAATATGAGAAAGTTTTAGGTCCCGCATATGTACATTTCGAACAAGTTTAAAGGTCATGATTGTATGTGTATGCATATCCCAAACCTCGGTAGCGAGGTCACTTACTGGGTATTGTTTTTACAATACTCACCCTTTCTTTTAAAAATATTTTTCAGGTAAGGCTAAGGACGTGCAGGGCGAGTGACGGAGGCGCGTTGCCAGGACCATGGGAATAGACATGTTTTCCGCACATTTCTTTTATAACTGATGTTGTACCTTTATGTTTTTGGAAGTTTATATTTACTTTACAGATTTTAAATAGGCCATGTTAAACTGCTCCTTTTATTTGTTTTGAATGTTTTATTTGGGATCCCTAAAGACAAATTATTTTCATTGGAGGTTTAAAGATCTTTTTATCTCTTGGCCTATAAATGCATGCATGTGTAGTAATGTCCCTAAGAGTTTAGTCATAGAAAAGTAGGGGCGTTACATATCATCTGTTAAAAAACGTCTCATAACTACGTATAAGAATTAAACAAAAATAAGCCCTAATCTAGTAACTTGTTATTTTATGACTAACGGAAATCCTACAGAAGCGGAGAGCTTAAAATACTATTTCCTTGCATAGAATTATTCCATATGCGATTATACAAGTCCCATCCCTATTTATAAGCCATCATCAAAGTGCTTTTCCAAGCACAATATCTCAAACAATGGAAATGAAATCTATGAAAAAGCACTTTTCGGTTTTCTTGATTGTCTTGTCGTTGGCAATCCTTGAGCCAGCAAGGGCTGCAGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAACGACCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGACCTAGGGGAACACAATATTAGCGTTGGAGCTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAATACAACGTTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCTTTTTGGATCGAGAGCAGATCTATTTGGCTCTTTCATAAATGCTTTGATTCTAACTGCATTTGGACAGCAAAAGATGATGAAATCTATTTGAAAGACAACTTGACTCAAGTAGATGTTTTGATTCATCAATGGAAATAG

mRNA sequence

ATGAAATCTATGGAAAAGCACTTTTCGATTTTCATGATTGTTTTGTCGTTGGCAATGCTTGAGTCAGCAAGGGCTGCCGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAATAGCCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGATCTAGGCGAACACAATATCAGCGTTGGAACTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAACACAACATTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCATTTTGGATCGAGAGCAGATCTGTTTGGCTTTTTCATAAATGTTTTGATTCTAATTGCATTTGGACAGCAAAAGACGATGGAATCTATTTGAAAGACAACATGACTCAAGTAGATATTTCATGTGAGGATATGACAGTAATTTGCATGAGAATATTTCATGGTTTCCTACAAAACACAATATCTCAAACAATGGAAATGAAATCTATGAAAAAGCACTTTTCGGTTTTCTTGATTGTCTTGTCGTTGGCAATCCTTGAGCCAGCAAGGGCTGCAGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAACGACCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGACCTAGGGGAACACAATATTAGCGTTGGAGCTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAATACAACGTTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCTTTTTGGATCGAGAGCAGATCTATTTGGCTCTTTCATAAATGCTTTGATTCTAACTGCATTTGGACAGCAAAAGATGATGAAATCTATTTGAAAGACAACTTGACTCAAGTAGATGTTTTGATTCATCAATGGAAATAG

Coding sequence (CDS)

ATGAAATCTATGGAAAAGCACTTTTCGATTTTCATGATTGTTTTGTCGTTGGCAATGCTTGAGTCAGCAAGGGCTGCCGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAATAGCCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGATCTAGGCGAACACAATATCAGCGTTGGAACTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAACACAACATTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCATTTTGGATCGAGAGCAGATCTGTTTGGCTTTTTCATAAATGTTTTGATTCTAATTGCATTTGGACAGCAAAAGACGATGGAATCTATTTGAAAGACAACATGACTCAAGTAGATATTTCATGTGAGGATATGACAGTAATTTGCATGAGAATATTTCATGGTTTCCTACAAAACACAATATCTCAAACAATGGAAATGAAATCTATGAAAAAGCACTTTTCGGTTTTCTTGATTGTCTTGTCGTTGGCAATCCTTGAGCCAGCAAGGGCTGCAGAGCTGAAAAAATGGCACATCCACGTTATGAATGGGCTAAGCAACGACCAAATGTTGTTGGTGCACTGCAAGTCTAAGGACGATGACCTAGGGGAACACAATATTAGCGTTGGAGCTGAATTCGATTGGACTTTTAGAGTAAACTTTTGGAATACAACGTTGTTTTGGTGTTACTTGAAAAAGCCGAATGCTCAATTTGTTTCATTTGAAGCTTTTTGGATCGAGAGCAGATCTATTTGGCTCTTTCATAAATGCTTTGATTCTAACTGCATTTGGACAGCAAAAGATGATGAAATCTATTTGAAAGACAACTTGACTCAAGTAGATGTTTTGATTCATCAATGGAAATAG

Protein sequence

MKSMEKHFSIFMIVLSLAMLESARAAELKKWHIHVMNGLSNSQMLLVHCKSKDDDLGEHNISVGTEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSVWLFHKCFDSNCIWTAKDDGIYLKDNMTQVDISCEDMTVICMRIFHGFLQNTISQTMEMKSMKKHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQWK

Homology

[Close]

BLAST of Tan0008838 vs. ExPASy Swiss-Prot
Match: F4JLS0 (S-protein homolog 1 OS=Arabidopsis thaliana OX=3702 GN=SPH1 PE=2 SV=1)

HSP 1 Score: 111.3 bits (277), Expect = 1.9e-23
Identity = 48/116 (41.38%), Postives = 72/116 (62.07%), Query Frame = 0


Query: 189 ELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLK 248
           ++ +W + V+NGL+  + L +HCKSK+DDLGE N+     F W F  N  ++T FWCY+ 
Sbjct: 37  KISEWQVTVVNGLTTGETLFIHCKSKEDDLGEINLKFRNRFSWNFGENMLHSTFFWCYMN 96

Query: 249 KPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           K N   ++   FW +   + LFH+C   NCIWTAK D +YL ++ +  DVL  +W+
Sbjct: 97  KDNGH-MNVNVFWDD---VILFHRCGWKNCIWTAKTDGLYLWNSASGEDVLSRKWE 148

[Close]

BLAST of Tan0008838 vs. ExPASy Swiss-Prot
Match: Q2HQ46 (S-protein homolog 74 OS=Arabidopsis thaliana OX=3702 GN=SPH74 PE=2 SV=1)

HSP 1 Score: 107.8 bits (268), Expect = 2.1e-22
Identity = 46/116 (39.66%), Postives = 73/116 (62.93%), Query Frame = 0


Query: 189 ELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLK 248
           ++ +W + V NGL+  + L +HCKSK++DLG+ N+     F W F  N  ++TLFWCY+ 
Sbjct: 37  KISEWQVTVANGLTTGETLFIHCKSKENDLGDINLKFLDRFSWNFGENMLHSTLFWCYMS 96

Query: 249 KPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           K +   ++ + FW +   + LFH+C   NC+WTAK+D +YL ++    DVL  +WK
Sbjct: 97  KDDGH-MNVKVFWDD---VILFHRCDWKNCVWTAKNDGLYLWNSAIGEDVLSEKWK 148

[Close]

BLAST of Tan0008838 vs. ExPASy Swiss-Prot
Match: Q9LW22 (S-protein homolog 21 OS=Arabidopsis thaliana OX=3702 GN=SPH21 PE=3 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 2.0e-12
Identity = 49/131 (37.40%), Postives = 73/131 (55.73%), Query Frame = 0


Query: 6   KHFSIFMIVLSLAMLESARAAELKKWHIHVMNGLS--NSQMLLVHCKSKDDDLGEHNISV 65
           K+ SIF+ V+ L M+        KK  I V N L+  N  +L VHCKSK++D+G   + +
Sbjct: 2   KNLSIFLFVVGLCMISDVYG---KKSTITVKNELNPKNKNILKVHCKSKNNDIGVKYLKI 61

Query: 66  GTEFDWTFRVNFWNTTLFWCYLKK--PNAQFVSFEAFWIESRSVWLFHKCFDSNCIWTAK 125
           G    ++F+ NFW TT FWC L K     ++    A+    +++ LF K   S+  W A+
Sbjct: 62  GEVMSFSFKTNFWGTTEFWCNLYKGPDYKRYRGITAY----QAIGLFAK-DGSSYNWLAR 121

Query: 126 DDGIYL-KDNM 132
           DDGIY  KD++
Sbjct: 122 DDGIYFHKDSL 124

[Close]

BLAST of Tan0008838 vs. ExPASy Swiss-Prot
Match: Q9FI84 (S-protein homolog 27 OS=Arabidopsis thaliana OX=3702 GN=SPH27 PE=2 SV=1)

HSP 1 Score: 74.7 bits (182), Expect = 2.0e-12
Identity = 39/102 (38.24%), Postives = 53/102 (51.96%), Query Frame = 0


Query: 202 SNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFW 261
           +ND +L +HCKSKDDDLG H    G  + W F VNF N+TL++C   +       F+   
Sbjct: 54  NNDYLLGIHCKSKDDDLGFHIHKEGELYGWKFHVNFQNSTLYFCGFSQGQDNKGVFDI-- 113

Query: 262 IESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQW 304
              R+   F++C   NC W AK D +Y   NL Q      +W
Sbjct: 114 --DRAERDFYRC--RNCTWNAKKDSLYGYSNLPQTVTWFFKW 149

[Close]

BLAST of Tan0008838 vs. ExPASy Swiss-Prot
Match: P0DN92 (S-protein homolog 24 OS=Arabidopsis thaliana OX=3702 GN=SPH24 PE=3 SV=1)

HSP 1 Score: 72.8 bits (177), Expect = 7.6e-12
Identity = 45/123 (36.59%), Postives = 67/123 (54.47%), Query Frame = 0


Query: 170 FSVFLIVLSLAILEPARAAELK---KWHI-HVMNGLSNDQMLLVHCKSKDDDLGEHNISV 229
           F V ++V+SL   E  +  E K   + H+  V     ND +L +HCKS+DDDLG H ++ 
Sbjct: 17  FIVSIVVISLICSEALQIQEAKEPIRGHLTRVTIQNDNDYLLGIHCKSRDDDLGFHILAK 76

Query: 230 GAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDD 289
           G  F W F VNF  +TL++C   +   +   FE +    R+   F++C  +NC W A+ D
Sbjct: 77  GELFGWKFHVNFCYSTLYFCGFSQGQMKKGVFEIY----RANRDFYRC--ANCTWKAEKD 133

[Close]

BLAST of Tan0008838 vs. NCBI nr
Match: XP_022143772.1 (S-protein homolog 74-like [Momordica charantia])

HSP 1 Score: 231.5 bits (589), Expect = 9.7e-57
Identity = 101/149 (67.79%), Postives = 123/149 (82.55%), Query Frame = 0


Query: 157 ISQTMEMKSMKKHFSVFLIVLSLAILEPARA-AELKKWHIHVMNGLSNDQMLLVHCKSKD 216
           +SQ M ++S KKHF VFL+VLSL ILEP  A +ELKKW IHV+NGLSN Q L VHCKSKD
Sbjct: 1   MSQAMGVRSTKKHFLVFLLVLSLVILEPIEAFSELKKWQIHVVNGLSNGQTLFVHCKSKD 60

Query: 217 DDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFD 276
           +DLGEHN++ G EF+WTFRVN WNTTLFWCYL KP+ +  SF+ FW+E +SIWLF++C+ 
Sbjct: 61  NDLGEHNLNSGTEFNWTFRVNLWNTTLFWCYLHKPDGKSASFDVFWVEKKSIWLFYRCYH 120

Query: 277 SNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           SNCIWTAKDD IYL+DN  Q D+L+H+WK
Sbjct: 121 SNCIWTAKDDGIYLRDNPVQRDILVHEWK 149

[Close]

BLAST of Tan0008838 vs. NCBI nr
Match: XP_016902699.1 (PREDICTED: uncharacterized protein LOC107991826 [Cucumis melo])

HSP 1 Score: 227.6 bits (579), Expect = 1.4e-55
Identity = 100/151 (66.23%), Postives = 123/151 (81.46%), Query Frame = 0


Query: 155 NTISQTMEMKSMKKHFSV--FLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCK 214
           N  S+   M+SMK HF V  FL VLSLAI++P +A  L++WHIH++NGLSNDQ L VHC+
Sbjct: 21  NISSKLETMRSMKNHFLVFCFLFVLSLAIVKPTKAIGLERWHIHIVNGLSNDQNLFVHCQ 80

Query: 215 SKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHK 274
           SKDDDLG+  +SVG EF+WTF++NFW+TTLFWCYL+KPNA+ VSFEAFW+E +SIWLF++
Sbjct: 81  SKDDDLGKRYLSVGTEFNWTFKINFWDTTLFWCYLQKPNAESVSFEAFWVERKSIWLFYR 140

Query: 275 CFDSNCIWTAKDDEIYLKDNLTQVDVLIHQW 304
           CF SNCIWTAKDD IYLKDN    D L+H W
Sbjct: 141 CFKSNCIWTAKDDGIYLKDNPANRDALVHNW 171

[Close]

BLAST of Tan0008838 vs. NCBI nr
Match: XP_038896594.1 (S-protein homolog 1-like [Benincasa hispida])

HSP 1 Score: 222.2 bits (565), Expect = 5.9e-54
Identity = 98/144 (68.06%), Postives = 116/144 (80.56%), Query Frame = 0


Query: 161 MEMKSMKKHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGE 220
           MEM+ M K   V   VL LA+L+  +AAEL KW IHV+NGLSN Q+L VHCKSKD+DLGE
Sbjct: 1   MEMRCMTKQCVVLFFVLCLAMLDENKAAELAKWQIHVVNGLSNGQILFVHCKSKDNDLGE 60

Query: 221 HNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIW 280
           H +SVG EF+W FRVNFWNTTLFWCYL+KPNAQ  SF+AFWIES S+WL++ C+DSNCIW
Sbjct: 61  HKLSVGNEFNWRFRVNFWNTTLFWCYLQKPNAQHSSFQAFWIESTSVWLYNMCYDSNCIW 120

Query: 281 TAKDDEIYLKDNLTQVDVLIHQWK 305
            AKDD +YLKDN    DVLIH+W+
Sbjct: 121 IAKDDGVYLKDNTNHEDVLIHKWE 144

[Close]

BLAST of Tan0008838 vs. NCBI nr
Match: XP_031745090.1 (S-protein homolog 1-like [Cucumis sativus])

HSP 1 Score: 219.2 bits (557), Expect = 5.0e-53
Identity = 98/149 (65.77%), Postives = 118/149 (79.19%), Query Frame = 0


Query: 157 ISQTMEMKSMKKHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDD 216
           +++ +E+  MKK   V L VL LAILE  +A EL+KWHIHV+NGLSN Q+LL HCKSKD+
Sbjct: 3   MNKQIEIGHMKKQCVVLLFVLCLAILEETKAVELEKWHIHVVNGLSNGQILLAHCKSKDN 62

Query: 217 DLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDS 276
           DLGE  +  G EF+W FRVNFWNTTLFWCYL+KPN Q  SFE+FWIESRS+WL+  CF+ 
Sbjct: 63  DLGERRLIAGTEFNWRFRVNFWNTTLFWCYLQKPNGQHSSFESFWIESRSVWLYTMCFEK 122

Query: 277 NCIWTAKDDEIYLKDNL-TQVDVLIHQWK 305
           NCIWTAKDD IYLKDN  T  D+LIH+W+
Sbjct: 123 NCIWTAKDDGIYLKDNFDTHKDILIHKWE 151

[Close]

BLAST of Tan0008838 vs. NCBI nr
Match: XP_022143829.1 (S-protein homolog 74-like [Momordica charantia])

HSP 1 Score: 214.5 bits (545), Expect = 1.2e-51
Identity = 92/144 (63.89%), Postives = 119/144 (82.64%), Query Frame = 0


Query: 161 MEMKSMKKHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGE 220
           M  + +KKHF V L+ LSLAI+EP  + ELK+W+IHV+NGL N ++L VHCKS+DDDLGE
Sbjct: 1   MGRRFLKKHFLVVLLFLSLAIVEPDTSIELKRWNIHVVNGLGNGRLLFVHCKSRDDDLGE 60

Query: 221 HNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIW 280
            N+  GAEF WTFRVN  +TTLFWC+L+KP+AQ VSF+AFW+E  SIWLF++C+D+NCIW
Sbjct: 61  QNLYDGAEFSWTFRVNVIDTTLFWCFLRKPDAQSVSFDAFWVEKTSIWLFYRCYDANCIW 120

Query: 281 TAKDDEIYLKDNLTQVDVLIHQWK 305
           TAKDD +YL+DN  Q DVL+H+W+
Sbjct: 121 TAKDDGVYLRDNPVQRDVLVHKWQ 144

[Close]

BLAST of Tan0008838 vs. ExPASy TrEMBL
Match: A0A6J1CRU0 (S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013603 PE=3 SV=1)

HSP 1 Score: 231.5 bits (589), Expect = 4.7e-57
Identity = 101/149 (67.79%), Postives = 123/149 (82.55%), Query Frame = 0


Query: 157 ISQTMEMKSMKKHFSVFLIVLSLAILEPARA-AELKKWHIHVMNGLSNDQMLLVHCKSKD 216
           +SQ M ++S KKHF VFL+VLSL ILEP  A +ELKKW IHV+NGLSN Q L VHCKSKD
Sbjct: 1   MSQAMGVRSTKKHFLVFLLVLSLVILEPIEAFSELKKWQIHVVNGLSNGQTLFVHCKSKD 60

Query: 217 DDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFD 276
           +DLGEHN++ G EF+WTFRVN WNTTLFWCYL KP+ +  SF+ FW+E +SIWLF++C+ 
Sbjct: 61  NDLGEHNLNSGTEFNWTFRVNLWNTTLFWCYLHKPDGKSASFDVFWVEKKSIWLFYRCYH 120

Query: 277 SNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           SNCIWTAKDD IYL+DN  Q D+L+H+WK
Sbjct: 121 SNCIWTAKDDGIYLRDNPVQRDILVHEWK 149

[Close]

BLAST of Tan0008838 vs. ExPASy TrEMBL
Match: A0A1S4E390 (S-protein homolog OS=Cucumis melo OX=3656 GN=LOC107991826 PE=3 SV=1)

HSP 1 Score: 227.6 bits (579), Expect = 6.8e-56
Identity = 100/151 (66.23%), Postives = 123/151 (81.46%), Query Frame = 0


Query: 155 NTISQTMEMKSMKKHFSV--FLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCK 214
           N  S+   M+SMK HF V  FL VLSLAI++P +A  L++WHIH++NGLSNDQ L VHC+
Sbjct: 21  NISSKLETMRSMKNHFLVFCFLFVLSLAIVKPTKAIGLERWHIHIVNGLSNDQNLFVHCQ 80

Query: 215 SKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHK 274
           SKDDDLG+  +SVG EF+WTF++NFW+TTLFWCYL+KPNA+ VSFEAFW+E +SIWLF++
Sbjct: 81  SKDDDLGKRYLSVGTEFNWTFKINFWDTTLFWCYLQKPNAESVSFEAFWVERKSIWLFYR 140

Query: 275 CFDSNCIWTAKDDEIYLKDNLTQVDVLIHQW 304
           CF SNCIWTAKDD IYLKDN    D L+H W
Sbjct: 141 CFKSNCIWTAKDDGIYLKDNPANRDALVHNW 171

[Close]

BLAST of Tan0008838 vs. ExPASy TrEMBL
Match: A0A6J1CQH6 (S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013643 PE=3 SV=1)

HSP 1 Score: 214.5 bits (545), Expect = 6.0e-52
Identity = 92/144 (63.89%), Postives = 119/144 (82.64%), Query Frame = 0


Query: 161 MEMKSMKKHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGE 220
           M  + +KKHF V L+ LSLAI+EP  + ELK+W+IHV+NGL N ++L VHCKS+DDDLGE
Sbjct: 1   MGRRFLKKHFLVVLLFLSLAIVEPDTSIELKRWNIHVVNGLGNGRLLFVHCKSRDDDLGE 60

Query: 221 HNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIW 280
            N+  GAEF WTFRVN  +TTLFWC+L+KP+AQ VSF+AFW+E  SIWLF++C+D+NCIW
Sbjct: 61  QNLYDGAEFSWTFRVNVIDTTLFWCFLRKPDAQSVSFDAFWVEKTSIWLFYRCYDANCIW 120

Query: 281 TAKDDEIYLKDNLTQVDVLIHQWK 305
           TAKDD +YL+DN  Q DVL+H+W+
Sbjct: 121 TAKDDGVYLRDNPVQRDVLVHKWQ 144

[Close]

BLAST of Tan0008838 vs. ExPASy TrEMBL
Match: A0A6J1CPR8 (S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013612 PE=3 SV=1)

HSP 1 Score: 206.1 bits (523), Expect = 2.1e-49
Identity = 90/136 (66.18%), Postives = 106/136 (77.94%), Query Frame = 0


Query: 168 KHFSVFLIVLSLAILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGA 227
           KHF VFL V SLAI+E   A  L KW IHV N LSN QML VHCKSK+DDLGEHN+SVG 
Sbjct: 7   KHFLVFLFVSSLAIVEQIEAVPLSKWQIHVRNELSNTQMLFVHCKSKNDDLGEHNLSVGT 66

Query: 228 EFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEI 287
           EF+W FRVN W+TTL+WCYL+KPN Q VSF+AFW+E  SIWL++KC +SNC W AKDD I
Sbjct: 67  EFNWRFRVNIWDTTLYWCYLQKPNGQSVSFDAFWVEKDSIWLYYKCLESNCTWKAKDDGI 126

Query: 288 YLKDNLTQVDVLIHQW 304
           YL++N    DV +H+W
Sbjct: 127 YLRNNPDGRDVFVHKW 142

[Close]

BLAST of Tan0008838 vs. ExPASy TrEMBL
Match: A0A5N5I9W3 (S-protein homolog OS=Pyrus ussuriensis x Pyrus communis OX=2448454 GN=D8674_027023 PE=3 SV=1)

HSP 1 Score: 192.2 bits (487), Expect = 3.2e-45
Identity = 100/264 (37.88%), Postives = 148/264 (56.06%), Query Frame = 0


Query: 42  SQMLLVHCKSKDDDLGEHNISVGTEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIE 101
           S+ L+ HC+S DDDLG  +IS G EF+W+FR N   +TL+WC +   + Q  SF+ FW E
Sbjct: 4   SRTLVAHCESLDDDLGIRDISDGNEFNWSFRENLSGSTLYWCDMHNDH-QHASFKVFWPE 63

Query: 102 SRSVWLFHKCFDSNCIWTAKDDGIYLKDNMTQVDISCEDMTVICMRIFHGFLQNTISQTM 161
               WL ++C    C W AKDDGIYL+     +  S ED      R        T  +T+
Sbjct: 64  RNHSWLRYRCNYKECFWIAKDDGIYLR----VIPESREDGGA---RRKQAVEDPTRHKTI 123

Query: 162 EMKSMKKHFSVFLIVLSLA-ILEPARAAELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGE 221
              + K+  ++ L    LA   E       ++WH+HV+N L   + L  HC+SK+DD+G 
Sbjct: 124 THSTAKQGQTLALSTPCLANFHEDKWELRPERWHVHVVNNLGARKTLFAHCQSKNDDIGN 183

Query: 222 HNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFWIESRSIWLFHKCFDSNCIW 281
             I+ GAE  W+F+ NF+ TTL+WCY +  + +  +F+ +W ES+  WL ++C    C W
Sbjct: 184 RTIAPGAEITWSFKPNFFGTTLYWCYTRTDH-EHTAFDVYWEESKHNWLRYRCNYKECFW 243

Query: 282 TAKDDEIYLKDNLTQVDVLIHQWK 305
            AKDD  Y++    + D LIH+W+
Sbjct: 244 IAKDDGFYIRIIPEKRDELIHKWE 258

[Close]

BLAST of Tan0008838 vs. TAIR 10
Match: AT4G16295.1 (S-protein homologue 1 )

HSP 1 Score: 111.3 bits (277), Expect = 1.4e-24
Identity = 48/116 (41.38%), Postives = 72/116 (62.07%), Query Frame = 0


Query: 189 ELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLK 248
           ++ +W + V+NGL+  + L +HCKSK+DDLGE N+     F W F  N  ++T FWCY+ 
Sbjct: 37  KISEWQVTVVNGLTTGETLFIHCKSKEDDLGEINLKFRNRFSWNFGENMLHSTFFWCYMN 96

Query: 249 KPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           K N   ++   FW +   + LFH+C   NCIWTAK D +YL ++ +  DVL  +W+
Sbjct: 97  KDNGH-MNVNVFWDD---VILFHRCGWKNCIWTAKTDGLYLWNSASGEDVLSRKWE 148

[Close]

BLAST of Tan0008838 vs. TAIR 10
Match: AT4G29035.1 (Plant self-incompatibility protein S1 family )

HSP 1 Score: 107.8 bits (268), Expect = 1.5e-23
Identity = 46/116 (39.66%), Postives = 73/116 (62.93%), Query Frame = 0


Query: 189 ELKKWHIHVMNGLSNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLK 248
           ++ +W + V NGL+  + L +HCKSK++DLG+ N+     F W F  N  ++TLFWCY+ 
Sbjct: 37  KISEWQVTVANGLTTGETLFIHCKSKENDLGDINLKFLDRFSWNFGENMLHSTLFWCYMS 96

Query: 249 KPNAQFVSFEAFWIESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQWK 305
           K +   ++ + FW +   + LFH+C   NC+WTAK+D +YL ++    DVL  +WK
Sbjct: 97  KDDGH-MNVKVFWDD---VILFHRCDWKNCVWTAKNDGLYLWNSAIGEDVLSEKWK 148

[Close]

BLAST of Tan0008838 vs. TAIR 10
Match: AT5G04350.1 (Plant self-incompatibility protein S1 family )

HSP 1 Score: 85.5 bits (210), Expect = 8.0e-17
Identity = 44/126 (34.92%), Postives = 70/126 (55.56%), Query Frame = 0


Query: 10  IFMIVLSLAMLESARAAELKKWHIHVMNGLSNSQMLLVHCKSKDDDLGEHNISVGTEFDW 69
           IF IV+ L +  S    E+ +  + + N L +S++L VHC+SKDDDLGEH + +G ++++
Sbjct: 6   IFSIVIGLCIGVSNAFHEIGESKVVLSNQLEHSKLLKVHCRSKDDDLGEHILKIGQDYEF 65

Query: 70  TFRVNFWNTTLFWCYLK-----KPNAQFVSFEAFWIESRSVWLFHKCFDSNCIWTAKDDG 129
           TF  N W TT F C +      K +  FV++E  W          K  +++C W  ++DG
Sbjct: 66  TFGDNIWQTTSFSCQMDQGPNFKHHLDFVAYETSW---------SKALEASCKWIGREDG 122

Query: 130 IYLKDN 131
           IY   +
Sbjct: 126 IYFSQD 122

[Close]

BLAST of Tan0008838 vs. TAIR 10
Match: AT3G26880.1 (Plant self-incompatibility protein S1 family )

HSP 1 Score: 74.7 bits (182), Expect = 1.4e-13
Identity = 49/131 (37.40%), Postives = 73/131 (55.73%), Query Frame = 0


Query: 6   KHFSIFMIVLSLAMLESARAAELKKWHIHVMNGLS--NSQMLLVHCKSKDDDLGEHNISV 65
           K+ SIF+ V+ L M+        KK  I V N L+  N  +L VHCKSK++D+G   + +
Sbjct: 2   KNLSIFLFVVGLCMISDVYG---KKSTITVKNELNPKNKNILKVHCKSKNNDIGVKYLKI 61

Query: 66  GTEFDWTFRVNFWNTTLFWCYLKK--PNAQFVSFEAFWIESRSVWLFHKCFDSNCIWTAK 125
           G    ++F+ NFW TT FWC L K     ++    A+    +++ LF K   S+  W A+
Sbjct: 62  GEVMSFSFKTNFWGTTEFWCNLYKGPDYKRYRGITAY----QAIGLFAK-DGSSYNWLAR 121

Query: 126 DDGIYL-KDNM 132
           DDGIY  KD++
Sbjct: 122 DDGIYFHKDSL 124

[Close]

BLAST of Tan0008838 vs. TAIR 10
Match: AT5G06020.1 (Plant self-incompatibility protein S1 family )

HSP 1 Score: 74.7 bits (182), Expect = 1.4e-13
Identity = 39/102 (38.24%), Postives = 53/102 (51.96%), Query Frame = 0


Query: 202 SNDQMLLVHCKSKDDDLGEHNISVGAEFDWTFRVNFWNTTLFWCYLKKPNAQFVSFEAFW 261
           +ND +L +HCKSKDDDLG H    G  + W F VNF N+TL++C   +       F+   
Sbjct: 54  NNDYLLGIHCKSKDDDLGFHIHKEGELYGWKFHVNFQNSTLYFCGFSQGQDNKGVFDI-- 113

Query: 262 IESRSIWLFHKCFDSNCIWTAKDDEIYLKDNLTQVDVLIHQW 304
              R+   F++C   NC W AK D +Y   NL Q      +W
Sbjct: 114 --DRAERDFYRC--RNCTWNAKKDSLYGYSNLPQTVTWFFKW 149

The following BLAST results are available for this feature:

BLAST of Tan0008838 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4JLS0	1.9e-23	41.38	S-protein homolog 1 OS=Arabidopsis thaliana OX=3702 GN=SPH1 PE=2 SV=1	[more]
Q2HQ46	2.1e-22	39.66	S-protein homolog 74 OS=Arabidopsis thaliana OX=3702 GN=SPH74 PE=2 SV=1	[more]
Q9LW22	2.0e-12	37.40	S-protein homolog 21 OS=Arabidopsis thaliana OX=3702 GN=SPH21 PE=3 SV=1	[more]
Q9FI84	2.0e-12	38.24	S-protein homolog 27 OS=Arabidopsis thaliana OX=3702 GN=SPH27 PE=2 SV=1	[more]
P0DN92	7.6e-12	36.59	S-protein homolog 24 OS=Arabidopsis thaliana OX=3702 GN=SPH24 PE=3 SV=1	[more]

BLAST of Tan0008838 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022143772.1	9.7e-57	67.79	S-protein homolog 74-like [Momordica charantia]	[more]
XP_016902699.1	1.4e-55	66.23	PREDICTED: uncharacterized protein LOC107991826 [Cucumis melo]	[more]
XP_038896594.1	5.9e-54	68.06	S-protein homolog 1-like [Benincasa hispida]	[more]
XP_031745090.1	5.0e-53	65.77	S-protein homolog 1-like [Cucumis sativus]	[more]
XP_022143829.1	1.2e-51	63.89	S-protein homolog 74-like [Momordica charantia]	[more]

BLAST of Tan0008838 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CRU0	4.7e-57	67.79	S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013603 PE=3 SV=1	[more]
A0A1S4E390	6.8e-56	66.23	S-protein homolog OS=Cucumis melo OX=3656 GN=LOC107991826 PE=3 SV=1	[more]
A0A6J1CQH6	6.0e-52	63.89	S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013643 PE=3 SV=1	[more]
A0A6J1CPR8	2.1e-49	66.18	S-protein homolog OS=Momordica charantia OX=3673 GN=LOC111013612 PE=3 SV=1	[more]
A0A5N5I9W3	3.2e-45	37.88	S-protein homolog OS=Pyrus ussuriensis x Pyrus communis OX=2448454 GN=D8674_0270...	[more]

BLAST of Tan0008838 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G16295.1	1.4e-24	41.38	S-protein homologue 1	[more]
AT4G29035.1	1.5e-23	39.66	Plant self-incompatibility protein S1 family	[more]
AT5G04350.1	8.0e-17	34.92	Plant self-incompatibility protein S1 family	[more]
AT3G26880.1	1.4e-13	37.40	Plant self-incompatibility protein S1 family	[more]
AT5G06020.1	1.4e-13	38.24	Plant self-incompatibility protein S1 family	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR010264	Plant self-incompatibility S1	PFAM	PF05938	Self-incomp_S1	coord: 32..133 e-value: 1.2E-25 score: 90.0 coord: 194..303 e-value: 6.4E-25 score: 87.7
IPR010264	Plant self-incompatibility S1	PANTHER	PTHR31232	FAMILY NOT NAMED	coord: 170..303
IPR010264	Plant self-incompatibility S1	PANTHER	PTHR31232	FAMILY NOT NAMED	coord: 10..133
None	No IPR available	PANTHER	PTHR31232:SF99	SUBFAMILY NOT NAMED	coord: 170..303
None	No IPR available	PANTHER	PTHR31232:SF99	SUBFAMILY NOT NAMED	coord: 10..133

Relationships

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


Feature Name	Unique Name	Type
Tan0008838.1	Tan0008838.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0060320	rejection of self pollen
cellular_component	GO:0005576	extracellular region