Spg001016 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg001016
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	hippocampus abundant transcript-like protein 1
Location	scaffold8: 39361593 .. 39387360 (+)
RNA-Seq Expression	Spg001016
Synteny	Spg001016

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptidethree_prime_UTR

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

ATGTTTCGTCTCGGGCGAACTTCTGAAGTGTAATTGTTTTTATTTTTGTATAAACAATCTCAATAATGAAATTAATTATGGTTTGGCTTCGTCTGCTCCGTATTCCTTTCGCGAATGAAGCAATGAAGGTTTTTAATTCTTTATTTTGAATCAAATATGAATATATATATATATATATTTAAAAAACATATATAAATATAATCATAATTCCAACCTTGCTAACCGAGACAATCGAGAATCCCGGTCCATCGTCCCGGTGCCCATTCAAGCGCCCCGGTCGGGATGCTTCATCTGAAAATGAAAAAACCCACCTCGAAATAGTGAAATAAGCCCTGTTTTCAGCCAAATAAACTCAGAAAGCGCCAAAAATGTAATGTGTGCAAGAAAATCAAGCTAAACTTCAACAAATTTGGCCAAACAATCCTAGAATGTACCAAACGCATTAAAACCCTAGAAAACTAAAAAAAAAAAAAACGAAAAACGTTCCTTAGAGCAACAATGAGTGATCTTTGGTCCTTTAAGCACCAAATGCACGCACGAACTCGTCAGATATAATTTGGAGTAAAAGATGATTGTTGAGGGAGAGAAAACGCCATTTCAAATGGGAGAGAAAGAGTTTTCGTCATGTCACATGCACTCTGAAATTAAAAGGGTCTAAGAAAAACTATAAAAAGAGAAGGGGTCCAATTTTACAAAACATAAACTTTAGGGATCCATCTTTGTCCATTACCCATAATAAACACAACTTTCACTATTTTGCACTTTTGTCCTCTCTTTTAAAATAAGCTAAAAAAGAATTATTGTAATAACTATTACATCCACTTTATCCAAATTCTCTTTCCTCTTAGTAATAGTAAAGAGTAATAATAATAAACTCAAAAAAATAATAATAAATGTTATAGTTAATATAAAGAAATAAGCTTATGATAAAACCACTTGGCTCACTCACACGCTCTCCTTTTTCAATTTCCTCCGAAGATCAAGAGAGAGAGAATCGGAGATGGAGCAGTTAATAAGAGAATTGCGCCACCTGTTGGCGACGGTGCTTCTCGCCGGCTTCGGCACGAGCGTGGTGGTTCCGGCCATAGCCGACGTCACAACCGACTCCGTTTGTCCAGGCCACCCAGACCAGTGCTCTCTCGCCTTTTATCTCATCAGCTTCCAACAAGCGGTGCGTTTTATTTCTTTCTTTCATCTTCATCCAATTTCACATTTCATTCTCCAAGTTCGTTTCTTTCTTTCTTTTTTTTTTTTGAAATTTCACATTTGATTCTCAAGTTTTTTGCTTTTTCTTAATGGGTTTTTTTCAAAAGTTTTGATTCGATTTCGTTATCAGTCAAGCCTTTACTTTATACCAAAAGCAAGTAAGAAAAGAAAGGCTCACACAAGGATTCTCATTATTGCTTTATATTCTTTATTGCTTAGATGGAAGTGTTTTTCTTTACCTTCTGTTCGGAATTAGGAAAGTTCAGGCTCGTTTGATAACCATTTGCTTTTTCGTTTTTGAAAATTAAGCTTATACACACCTTCTTCCACCTATACCTATAAGTTTCTTTGCTTAATTAGTATCTACCTTCTTTCTTGTTTTAAAAAATCAAGTCAAATTTTGAAAAAAAAAAATAGATTTCAAAAACTTGCTTTCAGGATTTAGAGTTCAAATGGGATCCTTAACAAAAGATGATAAAACCAAGGGAATTGAGGAGAAAAAAAAGTATAATTTTCAAAAATTGAAAACCAAAAACCAAATGGTTATCAAACGAGATCTCAATAAAATGATTTTAAATGTTATGATCTGAAGTTCGAGAAAAGATTTTAATTTTTTTTTTATCTCGTTTGAAACGTATAAGATTTAACATGGATGTATTTAAAAATTTGTACTTAGATAATAACTAGAAAAGAAAAGAAAAGAAAGTACGAAGTTTATTAATATAGGTTTTTAATATTGATTTATTAATAAAAAATTAAAATATAAGTCAAATAAGTAATTTAGTTATAAATCCAATGAAATCTTGCATAATCCGATGATTTTAGTTGCAAAAGTTATTTTTTTTTCATAAATAAACATTATTTGAAATCATTATTTTAGATTTTAAATCATTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTATAACAAACAACAAAATTGATTTGAAATCTCTCAAAATCACCCTAGAGCATTAGTATTTTTTTCTCTACCTAATTTTTTTTTCTTTGGAGTAATATTACAGATAATTGGATTGGGAGCAATGATTTTGACACCATGGATTGGGAGTTTATCAGACAAATATGGAAGGAAAAGTCTTCTAACTCTTCCAATTGTTCTATCTATCATTCCATCAGGTATCTAATCTAATTAAATTTTGCCACCAACCTTTTCTTAAATTATTTTTTTTTATTTTTATTTTTTTTGAAACTTTCTTAAAAAGTATTATGCTTTTGAGCTTTTGTTGAGTGGACTGATTCCTATCCAAATGAATATTTTTTTTCTTTGTCCATAACGTTTGGCCTAACATTATTGTTAAGAATAATGCCAAATTTTATAAAAGCCAACCACTAGGAAATAAAAATACGAATACATTTGACATGAGTGGTAACAAAAATTAACGAGTTTAGTTATTCAAAATTTAAGTTCATGTCTAATCATAGTCCATTATTAAACTTTACCGTTTTTAATAAGTTTTTATAAATAAAGAGTTTAGAGGGAATGAGTTCAATCCATGATGGCCACATTAACAGTTTTCATCCAAAAATTAACGGTAAGGGTATTTTTGAAACATTTTTCAAAGTTCAGAGGTATTTTTGAAACTTTTCAAAGTTCAAGGACATTTTTGAATCAATGGTACTTTTTTATAATTTAGCCAAAATAAAAAAAATTTAAAAAAAAATTACTTTTTAAAAGTTGTCAGTTTGAAATGGTAATTTAAAATAGGGAAAATACACTTTTGGTCCCTGAGGTTTGGGTTAAGTTACACTTTGGTTCATGAGTTTTAAAACTCAACAAAATTACCCCTGAGGGTTTGAGATAAGGAGCAATCTATTATTCTTTTCATTATTATTCAAAATCTCTTTCTTCTTCCCCTCTTCTTCATCTCTTCTTCTTCTTCAAGTCTTCGGCGCCCGACGACCGGCGGCAAGCCACCGCTCGCCGCCGCCGGCCGGCCGCAAGCGACTTTTTTTTTTCTTTTCTTCTTCTCTTACCCATTTTTCTTCTTTTTTTTTTTATTTAAAAAGAATATAGAAGTCTTCCACTTTCGACCGAAAATAAAGGAGGAGGGACCTCCCTCCTCCGTTTCGCGTCGGAAACAGAGGACTTCTATATTTTTTTAACGGTTTGAAAAATACCCCTGAACTCTGAAAAACTAATTAAATGGTTAATATCTCTCGAAGAATTCCATTTAGAAAGAGAATTCTTACCTTTCTTAAAAAAACAAATATAATATTTCACTTTAATTCAAATATCTCTTAAACCAATAAACTAATTAAATATGATGAGTCTTAAATATCAAATAATTCATTATTTTATATATATATAAAATGGTGAGGACGAAGATAAAGGCCAATGAATCTTTCCACCTTCTTCCATTCCATTTGAAAAATTATTCAGAGAGGTTGGTACAATGTAACTGTTAGTTACTTTTGTATTCTCCGATGATGTATGAGAGAGAAATTGCAAAAATCCTTTAAATTTGTATCTGATGACCATTAGGGAGCATGGATATTTTGGGGGTTAATTGGAAAAAAAATTGGCAAAAACATGGTCTTTTGAAAAAAATTGGGAAAACCAGGCACTTTTTTTGTCCTTATTTGAATCCGTGGGTTGAAGCCACGGATTCAACTTTTTACGAATTTGACCAGTCAGCCCTTGAATCCGTGGCTTCAACCCACGGATTCAACTTTTTACATTTTTTTTTTTTTTTTTTTTTTTTTTAATTTCAGATTTAATTTTCTTTTTTCTTTTTTAAATTTCATTCTGTTTTCTTAAAAGAAAATTCTTGGCTTCATTCCTTCTTGGTTTTTTCTTTTTACAAATTTTGAAAATTAATTTTTATTTTAATATTTTGAGTTTTTTTTTTGTTTTTTAATGTTTTTATCCTATAAATCAAATTATTGGAATAAATAAGAAAAAAAATTATATTTTTTAAAAAAAATCTAAGAATAAAAACACTCTCATTTCTTCGAATTTGAAAATTAGGCATATAGACACTATTTTTACATAAAGGTTTTTTTGTTTCGTTATCTACTATATTTTCAAAATTCAAGTCAAATTTTGAAAATTAAAAAGAAAGTAGCTTCCAAAAACTTGTTTTTTGTTTTTTAGAATTTGACAATAAATTTATATGTTTCTTAATAAAGATTATCATGGTAAAGAAATGAGAAGAAAACAAACACATTTTTTTAAAAACCAAATAGTTATCGAAATGATAGAGTGGTTGGGGTCAAGTTTTTTTTTTTCCTCATTAATTTGAATAAAAATCTTTAGTCTACTTCTGTTAGTTGAGCCATCCATAGCCGTATTCAAAACAGATATACAGTTTAATAACAGTTGATTAATTAATCATAAAAGTATTAAAAAAAATTAGTAAATATGAAAACCAAACAATTAATGTTTGAAAGGTTCGTGAATTCAATTTAATACATTGGAATTTTATCGCCTTCTTAATTAAAAAAAAAAATCTAATTTTATTCTTATTTATCCCAATTTTTCTTGTCCCACTAATTTTTGATGTATCGATTTTTATTAGTATAATTTCTTTAAAAAAAGTAGTTGGTAAAAATTACGAATCGAAATGTGAAGTGATTGAAAATGTATCAATAATGTTGTAAATTTAGAAGGATAATTTTCCAATTATAATTATGTTATCAATTATAATATTCCAATAATTTGATTTATAGAATAAAAACATTAAAAAACAAAAAAAAAACAAAATATTAAAATAAAAATCAATTTTCAAAATTTGTAAAAAAGAAAAAACCAAGAAGGAATGAAAGAATTTTCTTTAAAAAAAACAGAATAAAATTTTTAAAAAAAAAAGAAAAAAAAAAAAGAAATCTGAAATTTAAAAAAAAAAGAAAAAAAAAAAACCTAAAAAGTTGAATCCGTGGGTTGAAGCCACGGATTCAAGGGCTGACTGTTCGAATTTGACCAGTCAACCCTTGAATCCGTGGCTTCAACACACGGATTCAAATAAGGACAAAAAAAGTGCCTGGTTTTCCCAATTTTTTTCAAAAGACCATGTTTTTGCCATTTTTTTTTTAACTGTATTTTTTTTCCAATTAACCCGATATTTTGGTTATTAAGAAAAAGTTACATTGTAGCCAAGGGTTAAAATATCGATGTCGATGAAAATGTCGGTCTCAATTTAATGGAAATGTGGATGGAAATATCGACAAAATGTCGATGTCGATCGATATTGCAGGAAAAATATTCAAAACAAAAAAAAAATAAAAAAATATTTAAATTAATAGATAAATGTTTTACACTTTTAAAATAAGTCAAAATACTTATGATAAATATTATATCCACATTAGTTACATTTTGTTATTTTGTTTACATTTTATCAATTTTTGTACGATATACTGGAAATGTCAATTTACCTCACATGTTGATGTCGAACTTATGGAAATGTAGAAATGTCAATGAAAATGTCGACATGTCGATGGAAATTTAATACATTGATTGTAGCGATCTCATTGAATAAATTTTCCATGCGAGAAATACCCGATTTCCTTAGGCCGGGTTGCCATGGAAAAATAACATCTCTATTTCCAATTATACCCCTTACTAATATTTGGTTATAATTGTAGCGATATTGGCGTATAGAAGAACCACAAGCTTCTTCTACGCATACTATGTGATGAAGACTCTCACCGGGCTCTCCGACGGCACTCTAATTTCCCTCGCCCTCGCTTACGCGGTACTTAAATCTCCGCCGGTTTAACATTGCCGGAATGTGCGACCGAAACTGAAATCCGCCGTTGCCTTTTTGATCTCAGGCGGACAAAATTCCAGTGGAGCGTCGAATATCGGCATTCGGAATCGTATCGGGAGTTTTCTCGGCGTCTTTCTTGTGCGGAAACTTGGCGGCTCGGTTCCTTTCAATTGCCGGAATCTTTCAGGTTCTTCATTTGATTAAGTTTAGTTCGATTCTGAATATTGAGAGTTGAGATTTTGCTTTTGTTATTGGTAATGAATTTGGGCCCTCTGTTGTTGTACTTGTAATGTAGGTCGCCATGTGTGCGTCGTTGGTTGCGACTGTTTACATGAGGATTTTTCTGGAGGAAAGTACTTCGGATGAAATCGATTTGCTGTCTCAACCAATCTCTAAGATGGAAGAAGAAGGCGACGATGACGATGATGTTCCTAAATTGGCTACATTTAAAACAATTACCTCTTTGAAGGAAATCACTTTCTTGCTCCGGAGAAGGTAATTAAGGGCTTGTTTTTGATAACTTTTTAAGGTTTTTAATTTTTTTATTTTTCTCGAGTTCAACCTAGGAATGATTTAAACCTTGGACTCGAATAAATAATGACAATGAGTTCATCTTCAAAACTAAATTTGATAATTGTACTCAACCAAGGAATACTAAATTTCAAAACTAAATTTGTTAGTTTTTCGAAAGGGGGCTTTGCACAATAGCAAAAACCGGCAAAAAGAATGATAAAAATAGCAAAAAATACGTTAAATTACGAAAATACCCTTAGTATCTTCAATAGTCTATCAGTCCCTATTATTGATAGTCACTAATAGACTTCGATTAATCGGAGTCAGAGTCTATCAATGATAAATACGGATAGACTTTGATGATAAGTTTCAATTAATCGGAGTCTATTAGTGATAGACACTGATAGACTTTGATTAATCGAAGTCTATCAGTGTCTATCACTAATAGACTTTGATTAAACGAAGTCTATCAGTGTGTATCACTGATAGACTTTGATGATCATAATCTATAAGTTTTTATCGTGTTTAATTCAAGTCTATCAGTGATAGCAGCTGATAGAAAACAATTTAATTCAAGGCTATTAGTTCAGTTTAATTCAAGGCTATCAGTTTCTATCCATCAGTTTAATTTAAGTCTATCAGTGATAATCACTAATAGAAAATCGTTTAATTCAAGGTTATCAGTTTCTGTCACTAATAGAAATCAATTTAATTCAAGACTATTAGTTTCTATCATTGATAGAAATCAATTTAATTGAAGTTTATCAGTTTCTATCAGAAATCAATTTAATTAAAGTCTATTGACTTGTATCACTAATGGAAATTAGTTTAATTCAAATCTATCATTTTCTATCGAGGATAGAAATCAGTTAATTGAAGTCTATCAGTTTCTATCTCGGATAGAAATCAGTTAATTATCAATTAATTGAAGTCTACCAATGATTGTTACTGATAGAAATCAATTTAATTGAAATCTATCAGTAAAGTACTTTGCATTGCAATCATCTCGGTAATTAGAAACTCATCCAAAATTATTATACTACAATCATAAATTGAACAAAAAATTTAAGTCTCTTGTGGTAATTAGAACATAAAATCCAAAAATAACCATTACGAACAAGCGACTCTCAATCAACAATATAATTTTTAAAGCCTAGCACACAAGCTCCGTGACCACCACCATAAAATTGTTATTCTTGTATTCTTTGTATTTCATTATCTATCAATTATAGCCCTGATAGACTTCGACCAGTGATAGTCAGTGATAGACTACGATTAACCGGAGTATATATCAGTGATATACTTTGATATACCTATACAAACACTCACCAAAATTGCTATTTTTGTATTCTTGGCATTCTTGAATTAAAAAGAAGGCCAACAAGAGCTTAGCTCAATTGGCATAAAGTTGTACTGATAACCAGAAGGTCATAAATGCACAAAAATGCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGAAATCGTTAAAAAAAAGCGAAGAAAGGGTAAATGGAGAGGGAGAGAAAGAGAAGGGTAAAATGGGAATATTCTAATTTTTTTTGCCATATTTGCAATTCTTTTAACCTTGTGCTAAATTTTTTATTATATATAATTAATTTACCACCCACTCCAATTACTCTTTTCGAAATCATATCAACAAGCCCACCTACTCAAATTCAACTACTTAAAAAAAAATTAACATAATAGCTTAGGGAAAAATACACTTTAATCCTGAAGTTTGGGTTAGGTTTCATTTTGGTTATTGAGTTTTCAAACTCAACAATTTAGCCCCTGAGGTTTGGTTTTAGTTTCATTTTAGTCCCTCCATCCATTTTTCCATTAAAAACTAATGGTTTGCTGACGTGACACTATTTTTTTATTATAAAAAATTATTTTTGATTTTATTTTTAAAAATATTATTAATTTTTATTTTTATTTCTTCTTCTCCTTCCTCCTTCTCCAGTCGCCGATGACCGCCTCCCACCGACCGCCACCGCCATCGCCGGTGCCGTCTCGCATGAATTTTTTCCCCCTTCCTTTCTTCTTCTTTCCTTTTCTCCTTACCCTTCTTTCTTTCTTCTTCTTCTCCTCTTTTTCACTGGTTTAAAAAAAAATCGAAGGGGGAAACCCCCTTCAAATCCGGTGTCGGAGAGGGAGGAGGGACCTCCCTCCTCCGTCTCTAGCGTCGAAAACGGGAGCGGAGCCGAGAGCTATGAAGGCCTCGTGAGCGGGAGAGAACGGAGGCGTGCGACTGCTTTTTTCTTCTTTTTTAAACATGAAACACCCTCTCCATTTCAGATCTGAGCTCAACGAAAACGACGGTGGCGCTGCTATTCAGACGCGAGGGGTCAATGGCGCTGCTATTCAGACGAGGGAGAGAATGGAGGCGTGCGACTGCGGCGTTGGATTTGGGCTCAACAAAGACGACGGTGGTTCAGATCTGGCGTGAAACCGAGGAGAAAATTGTTATTCAGACGAAGGAGAGAACGGAGGTGTGCGACTGCGGCGTTGGATTTGGGCTCAACGAAGACGAGATAGTTCAGATCTGGTGCGAAACCGAGGAGAAAACCCAGATCTGGCTGCTGTTTGCGATTGAGGGACGAGGCACCTATTTTCCGATGAAGAAACCACGTTTAGAAAAAAAAAAGAAAGGTTGGAGAAAAGGAGAAAGAAGAAGAAAAGAAGAGAAGGACGAAAAAAAGGAAGTCGCCCGCCGCCGGCCGTCGGCCATCTGCAGAAGAGGAGGAGGAAGAATAAGAGGAAGAAAAGAAAGGAGAAGAGAGATAATAAATAAAAAGCCATTAGTTTCTAACGGAAAAATGGATGGAGGGACCAAAATGAAACGAAAACCAAACCTCAAAGGCTAAATTGTTGAGTTTGAAAACTCAGGGACCAAAATGAAACCTAACCCAAACGTCAGAGACTAAAAGTGTATTTTTCCCTAATAGCTAATATGAATATTGTTCAGCGGTTAAAAAACCATATATTTTCTTTTGAATAAACGATTAAAACATATATTATTTCTTCCTACTTTTTTTTAATTAAGTAGTTCATTACATCCTTTCCACATTTATTGTACTAAAAAAGACTCAATAAAAATAAATATTAAAATAAAATAAAGATGTCTATAACTAGTCATAAACCTAAATTTTTTTTGAAAGTTAATTAAATGAAAGTATTAATTGCATTACTCTTTAATTGCAATTTTTATTTAGTTTAGGACTTAAATTGATAAACTTGGAAGTTTTAAGTTAAATAAATTATTCATTAAAGTCACTGCAATGTGGCTATCTCTTTAAAACTGTCGAATGTAAATCTTCGAATTTGTCTACTCCTAATAACAGTTGGATATAAAATCAAGAAACCTTTGTAATTTCTCTTTTACATCCCACAGTGCAGAACTACCAGCCTCATTGTACTGCCTTCACCGAATAATTTCTTGTGACATTAGGGGTAAAAAATGTTATATTTTCTTGGTGAACCATTGGTTCTTGATCGCTTTAAGTTTAAAATTTTAAAAGTCAAATAAAAATTTGACCTTTCTTAAAAATGAGAAAAGAAATTAAGAAGAACCGTTATCAAACAGAAAATAAAGAACTTGAAATAATGAAAAATAACGAACGCTATCAAACCAGTTGGGGAGAGAGATTTGAACCTCTACCTTTTGATATATGATACATGTCAATTACCGTTAAATTATACCCACAGTCACAAAAAATTGTCGGGCTAAAATTTCGTTTTTATGTTTAAAATTGTGTGCGTAAGTAATTTTGTTATTTACTTTGTGTATGCAAAGGTTGATTAATCTCACAGTGTGTTAAGTGAAATGTTGTATTGTTAGCTCGACATTTTCACGGACAGCAACTATTAGTTTCTTCAACAACATTGCCTTCGGTTGGACACAAGCATCATTGTTGGTACATTTTCTTTTTCTAAATTTTTACAACTAATTAATACAACATTACTCTTACATTTATGTTACACATCTTAGATGACCTATACGAGTTTGCTCGTATGAATTTACGGAGTTTTAAATGTCTGTGCTTACGTTAACGTAAGCTTCTCCGTTCAAAACTTATTAAAACCGTGAGTGAAACATTTTCTCCTTAATTTTGTCGAATTGAATTATGAACTTGAATAAATAATAGAAGTAATGCTTATAGTTGGTTCAATAGGGTGGGATAATTTATGGAAAGGGTCACTAGTTTTTATGGTTGTGTGAAGGCTTTTTCTTCGTTGAATTTGAGCATTTCATGTCTCGTTTGATAACCATTTGGTTTTTAGTTTTTCAAAATTATGCTTGTTTTCTCTCAATTTCTTTACCATGGTTTTCATCTTTGTTAAGGAGACATTAAAGTTCTTAGTCAAATTCCAAAAATAAAAACAAGTTTTTAAAAACTATTTTTTTTTGTTTCCAAAATTTGACTTGGTTTTTGAAAACATGGGAAGAATGTAGGTAATAAACCAAAGAAATGTATAGGTGGAATGAGTGTTTATAAACTTAATTTTCAAAAACCAAAAAAAAAAAAAAAAAAAAACGAAGGTCCCGTTTGATAACCATTTGGTTTTTGGTTTTTGGTTTTTGAAAATTAAGCTTATAAACACTACTTTCACCTCGAAGTTTCTTTGTTTTTCTAATACCCTTCTTTCCATGTTTTAAAAAACCAAGCCAATTTTTGAAAACCAAAAAAAATAGTTTTCAAAAACTTGTTTTTGTTTTTGGAATTTGGTTACGAATTCAAATGTATCCTCAACAAGGATGGAAAACCATGGTAGGGAAATTGAGAGAAATAAGCCTAATTTTCAAAAACCAAAAACCAAATGGTAATCAAACGGGGCCGAAATGGTTATGAAACGAGGCCTTAGTTTTTTACTCTATTATTTAGAAAGATGTTTACTTCACAATTTTAATAAGTAAGGAGTTATTAAGTCTGAGATTGATTTTAGACTTGATTTCGGTTTTTCAATCTATTGGTGCAGTACTACTTAAAGGCTCGTTTTCACTCCAACAAAGACCAATTTGCTAGCTTATTGATAATTAGTGGGGGCTTGGGGGCCATTTCACAGGTATGTAATTAATATTTTCTTGAATTTTGAATCCCATTCCATTTTAATCTCTACTTTTAAATGTCTAAATTTACTCCATTTACTTTCAATAAATCTTAAAATTACTTCTTATTGTTTGCTTGAAGTTAATTTTTATTGAATTGGTAGAATAATAATAATAATAATTCTCATTCAAGAAATGCAAAGACGTGTGTAGAATTTAGTTAAAAATATAAACTAGTAGTAGGACTAAATTTATAAGATTTATTGCAAGTAGAAAGACTCATTAATTTAGATATTTGAAAGTACAGAGACTAAAATAGAACAAATTTCAAAATACAAGAAACAAGTGGTATTTTAACATAAAAAATATATTTTTTTTTTCTTGAGGGTGAATTATAAGTTTAGTGCCAAGGGACATTTGATAACTATTTCATTTTCAAAAAATAGGTACTCTCAAAATTTTTCTAATAGTTTTTTTTTTTTTTAAATGTTTTCTAATAGGTCTTTGAACTTTTAGTCTCTATATTTTAAATGTGTGAATCTACCTCAAAACTAGTCCACTGTTTAATTCTTAAATAATAAAAACTGGGTGTTATATATATAGTATAAAACTAACAAAAGTTAACAACGACAACTTATTAGACACAAAACTAAAAACTCAAGAATTTAACAGAAACTTTCTAAAATACATGGACCTAAACACAAACGTGGAGGTTTAAGAACTATTAGAACTTAAGCAATTTTACAATGACTAAATAGACACAACTTCAAAATTTACATGGATCAAACTTATAATTTAACATTTTTATAGTCCAAGATGACTATCATATGTCAAAATTTGTATATCTAAATCATATTTGTTAGTATACATTAGCTTTGATAGAAACAATATACTTATGACATATTTAGGAGTCTGTGTTTTGAATAACTTTCTACGTGTTTTTAAGTGTAGAAAAAGTATTTTTAGGTCTTTAAAAAGTCATTCCAAACAGGTTCTTAACGTTGAATACAATTTTGCAGTCGATTTTGGCTTCTTTTTTATCAGGTGTGATAGGAGATAAAAACTTGCTTTCAGTAGCTCTCTTTGCGACCTTCATACAAGTAAGGGACTTTGCTTAATACTCAATTATTCTCTTAAACAACCTTTTAGATATCACTGATCCATTGCTCTCTTTCATGCAGTTCTTAATTTTAAGCATAGCTTGGTCATTTTGGGTAATTTCTCCACATCCAAATTCAAATTATATATTGTTAAGTTAAATTATAAGTATGGTCCTAAATCTTTAATATGTGTTAATCGTTATCTAAAAGAATTTCTAATATAATCTTAAAATTTTCAGGTCTTAGTCTATTATTATTTTAGCTTCTATACTTCAAAATTTTCTAAATACATTCATGAAGAACTTTCAATCTTGTATCTAATTTTGAATAAGCTTTGCCATTTGGCAAGTGGTTGAAGAAAATGGAAAATTATTAGGTGTTTCCCGTGCAACGAGACCTCCTTTTTAAAACCGTCGGATGTAAGTATTCAAATTTGTCTGTCCCCAAATAACCGTTGGATACAAAATCGAGGTTCTTTTGTCATTTCTCTCTCTTACATCCAACGGTGCAAAATTACTGGTCTCATTGCACGGGAGCTCCTAAAAATTTCTCGAAGAAAAGGGACAAGAGAGAGTTACAAACTCCATTACAATATTCGGGGACAACATATTAGAAACTTATTTTTTATGAGTTTATTATAAATTTGGATAAAATACCCTTTTGGTTTCTGGAATTTGAACTTAGTTTCTATTTGGCTTCTGAGTTTTCAAAAAACTAACCGTTTTTGTATTTGAGATTATAATTTAGTTTTTCCTTGGTTCTTGAAGTACAAGTGTCAATACTTAGTCTCTAAGGTTTGAATTCACATTTTTAATTGGTCTCTAAAGTTTCAAATTGATTTCTTTATTAATAGTCTCTAAATAGAGTTGATTGTTAGTTGAACTAATAAAAATGATGATTTGCTTATATGTATTTTTTAAATGGTTTTTTTTTTAAATAATTATGGACCGATTAGAAACTAATTCAAAATTTAGGGACCAATTAGAAATCAAATTCAAACCTCAAAAACCAAACATGTCAAATTTGAAACCTGAAGGACTAAATAGAATGAGTGCAGGTTGTTTATGCTTCAGCTACACTTATTCTTCTCTCTTGGTGCGTAATTCCCGCGGTAGGTTTGGTTTAAATTTGTCACTTCCTTCCAATATGTGTTCAAATGTTTCTTCTATGAGTAGAATTTTATTTTATTTTATTTTTTCTTTTTCTACATATAACCAAACAGTATGGAATTATTCTAGACTTGCTTTTGTTCACCCCAAAAGGCCTCATACCAATGGAGATACTTGTCCTCCCTTTTATACCCATGATCATCCCCTTATCTAGTCAATGTGGGACACTTTGATCGCACTCCAAACAATCCTCCCCTCGAACAAAGTACCACCGAGCCTCCCATTCGAATAGTCATCTATCCATAACTCAACCGTGGTAGTTACCTCATTCACTTGCCTAAGCACTCTATCTGAGAGATAGAGTATAATAGTCGAATAGGCAATCTCATCCATTTCCTTCTTATCATCTTATGTGAGCGTCGTCGGAAGGTCCTTTTCGTCACACAAGATTTTAGCTACTTTTTGTTGCACCAAAAGAGCTTTAATCTTCTTTCTCCATAGACCGAAATCACCCTTCCCATCAAATTGAGCAACCTCGAAACGAGTCGACATTGAAGACATTAATCAATGTATAACTCACAGAATAACCTGAACAAAGAATGGAAACACAAAAGGCACTAAACCACGAACCTCCAAACTTTGGATCGAATGGAGCTCTGATACCAATAGACATACTTGTCCTCCCTTATATACCCATGATCATCCCTTTATCTAGCCAATGTAAAACTTTGGGCGCACTCCCAATAAGACCCTCATAAGATAATAAAAAAAAATATTCCAAAGTTACTGTAAATATTGGGTTTTAATATATAGTTTTTTAAATTTGAACAGACATGCAGTATCGCATCAAAGCAAGTCGAGGCTCACGAGCAGGTAAATATTTGTTACACATTTTTCTAATTTCAACTAACTTTGAACTAAAGTCAACACGAACTTAACTCAGCGGTAATTGACATGTTCCCTCGACCAAGAGGTCAGAGGTTAAACTAACTTTGAACTAAAAAATGACTTTTTTTTTCCTCCCTTCAATTTTCCTTTTTCCATTTAACAACTCTTTCCTTCACTAGGGAAAAGCTCAAGGCTGCATTTCTGGCATTCAAAGCTTTGCTATTGCTATATCTCCACTAGCTTTCAATCCCCTAACAGGTATATAAAATACTATGTCTTTTCGTCCTTGATTTTTAAGAAAGTAATGATTTAATTTCTAAATTTGTAACAATTTAGTGTACTTAGGTACTTCAATTTTGTAATAATTTAGTCTCTCATGAAAAATGTTATTAAAAAATGAATAGGATTTTTTTACACAGATTAACATCACATAATAAAAATTTGTGATCACTTAATTTTGATGGAGTTTTTTCACATTAGAGACTAAGGCCCCGTTTGTTAACCATTTGGTTTTTGGTTTTTGGTTTTTGAAAATTAAGCTTATAAATCTTACTTCCATCTACAAGTTTCTATGTTTTGCTAATACTTTTCTTTCCTTGTTTTTAAAAACCAATCAAATTTTGAAAACTAAAAAAAGTAGTTTTCAAAAACTTGTTTTTGTTTTTAGAATTTGGCTAGGAACTCAAATGTGTCATTGGCAAATATGAAAATCATGATAGGAAAATTGGAAGAAAACAAGCCAAATTTTCAAAAACCAAAAACAAAAAACCAAATGGTTATCAAACGGGGCCTAAATTATTACAAATTCAAGTTCAAAAACTAAGGCTCCATTTGATAACCATTTGGTTTTTGAAAATTAAGGTTGTTTTCTCCAAAGTTCCTTCCAATGGTTTTCATCTTTGGTATGGACAAATTTGAATTCCTAACCAAATTTCAAAAACAAAAACAAGTATTTGAAAACTACTCTTTTTCAGTTTTCAAAACTTGACTTGGTTTTTGAAAACATGAGAAAAAAGGTAGATAACAAAACCAAGAAACTTATAGGCGGAAATAGTGTTTTTAAGCTTAATTTTCAAAAACAAAAAACAAAAAACTAAGATCCCGTTTGATAACCATTTGGTTTTTGGTTTTTGAAAATTAAGCTCATACACACATACTTCCACCTATAAGTTTCTTGGTTTTAGTATCAATCTTGTACCTTGTTTCCAAAAACTAAGTCCAATTTTGGAAACAAAAAAAATAAGTCTTCAAAATTTTGTTTTTGTTTTTAAAATTTGGCTAGGAATTCAAATGCAACCTTAACTAGGATGAAAGTCATGGTAGAAAGTTTATGATAAAACAAACATAATTTTCAAAAACCAAATGGTTATCAAACGGGGCCTAAATGGTTATCTAAAAAGACTTAAATCGTTACTTTTATAAAAGTTGAGACACCAAAAATGTTTTTTAACCAAAATTTTATATACTTACTCTTTTTAGTAAAATTTTAGATTCTTTAGTTTATGGAGTTGTCAATCTTTCCAGCTCTCTTCTTATCTGAGGACGCACCATTTCACTTTCCTGGCTTTACTATTTTGTGCCTCGGATTTTTTTCGGTAAGAAATTAAAAATTCACTTCAAATATCTATACTTTTTATTATTATTAAATTCAAATATCTATAGTTTGTTCTTATATTTTATTTACTTGAAATTTTTGTATATATTATCTTGCAGTTGGTGGCCTTTGTATTGAGCCTTTCAATCAAAGTAAATCCATCAATAATTTCAAGTGAAGAAGTACATTAACGACGGGCTCATATATATTAATCATTTTCCTACTCCCAAAAACCATCTATATATATAGTCCACGTCACTCCATCCATGTATAAATATTACCTTCCTATAATGTGATGGTATCGTACAACAATTATTTCAACTATCTCTAAATTTTTAAAAAACTTATATATTCTTGACGAAAGAGATTGCCAAGTAAATTTATAGTCCACGATTTCTAAAGCTAATTTGTAGCAGTAGTGGCCGGGATCGAACACAGGGAGTCTATATACACGAATTTCACTTTCCTTTACTGTTAAGTAACCAATGAGGGTTTTGGGAGAAAGTATGGAAATCAAATATGAAAAGTGAAAAGAATTGTAGAATTTTTAAGCGAACTTGTAATGCCCAATCACGCAAACACGCAAATTTCCAGCAGAGAAATAAACAAGTAAAAATAAAGAACACAAGGATATATAGTGGTTCAACCTTTCGGTCTACATCCACTTTGAGAACCAGCTTATGAGAGTTTTATTAAGAGCAATATTCAACAATACAGAGTACAATATTCGCACAAATCACACAATGGTGAAATACCTCAAACCTTAATCGATTTGAGCTCCAAGCGAAATACCCACTTCACGTTTCAGCATCCAATCCCGAGACCCACTGATGTACAAGGCCGCTCCTGAATTTAGACCCCAAATCAGTGTCTAACCGAGTCTCACACCAAGCTGTATCGAAAACCCAAAAAACAACCGAGACCCACTGCTGAAATCAGACCCACGCGCGACAGCCTCTCTAACCGCGACACTCCAGCGACTGCTAAACAATCACCCACGGCGTTTACCCGAGACCCACGCGAGTTTGTCCTCAAAATCGAGACCCACGGCGACTGTTGTGATACCCACGTCGGCGTCTGCAGCATTACCCACACCGGCGTCTTTTTCTGTCTCTAAATACCGAGACCCACACGATTTCGAGACCAGCGGCTGAAGCTTCTTCCTTCTCTCCCTGCGGCTGAAGCTTCTTCCTTCTCTCCCTCTGTTTTTGGTGTGGCTGCTTATTCACTCTCCCTCTCTCTCTGTTCTGTCGTGATAGCCAGCCCTAAAGAAAGATGAAAAGCTAAATTACAAGACTGCCCCCTCTGTTCTTTGAATATTACAAAATTGCCCCTTAAGATGCCTTGTCATATTTTTTCCACAAGAATGTTGAAAATAGAAAGCAAGAGAAGAATCAATACCTTAAGTTGTATGTAATCAGGGTTGTCGTATTAGATAACATGGGGTTCCATCTCAAAACCAATTGGTAATGAGTGGAGTAAACCATACATCTTATAAATTGTGAGGTCTCCACTTATCTTTTCAATGTGGGATCCTCAACATGTCGGAATTCAGTTCAATTCAATTAAATCATAAATCTCACTAAAAACAACAATCGCGTATTTAGGCTCGGCCTACTTCGGAAACAGCTCGAAAGTCGTGATCCTACTATCACAAACATGCAAACGCTAAGTTTGTTTCTAGTTTAAATTAGCTAATTGGTCAGTTAACTAATTCAAACTGCATTGGGATCTAGCCGAACTAATAACACATGCAATGGGCAACAAACCTCAATTACAATTGATTAAATCATCTAGTTCTAGGTGACACATGAAGAATATCACCACGTTCTCCTATTTACTACTTAGATTAGCAATTAAGTTTAAGTAAACCGTGGTTAAAAGGTTGTCAATCTTTCCCTAGCACTACGTAAAACTTGTATGCATAGAACTAGAATCACATAAACATGCATTGAAGAGAATTAAAGCACAAGGGATTTCATTAAAAGAAATTTGAACTTACATTCAACGTACCAATTACATGAATGAAAAGTCTAGCCGTTCATGAAGCACGAACAAGCTTGATCTTTGACTTGGTACATCATCAAAACTCACTAAACTTAACTAAAATCTGGGAATTTGCTAGAGAAGGTAAAGAGAAAGACGAGTACAATTGCAAGAATATGATATATTCCAACCCTAAAACCTAAGCTACATATTTATAGAGGTTCTTGGCCTTCAAATCGTCTGAATTTGGCACTGAAGCAAAGGCTCAAAATAGGAAAAATCGTTGCTCAAAAAAGGAAAACAAGATCTGGAAATCTGCCTAGCGTAGCTAGCATCGAGACGTTGGTCTGCTGATTTGCGACATTGAGAGCATTAGCGTCAAGCAGTGTCGAGACGCTTTCCTCTTGGGTTTTCTGGCTGATTTTGATGCTATAGAGCGTTGAGACGCTTCCCACTAGCGTCTAGTCGCTCTGGCCTTGGGAATTTTGGTTCAAATGCTCGAATTACTCTGGTTTAGCTCGTTTAGGCCTCGTTTTGGCTCCGAACCTCCGTCATGGTATACACATATTATACTCATTTTAAAGGATTTTTCGTAAGGAATTCAACTAAGATAAACAAATTGGGAGAATATAAACGTATAACAAATTAGACCTATCAATTTTCTATTTGCATCTCCTAGCTTTTAAAAAATCAATTTTAATCATTTTGACCTTTTAAATTTTAATTTTCCCTCTTAAATTTTCATATTAAGTAGAACATTGTGATTGAGATAGCTTTGGATTTTTTTTAGATCACTTTTTCTAGCTATAAGCACATTTTAAAAAATTACCAATTTAAAATGTATTTAATATAGTTTCTTGAGTAATTTTTAGATGATCAAATGTGCGTATGTTTTTTTTTTGTAAACTTCATAACATTCCATCAAAGGCAAATTACAAAAAAATCATATCACATTAACAACTAGTCTCTCTGCACTCACAAGTACAGACTCTAACCACACATGATTTTGCTGTTCAACAAAGGCAAGACTAGCTAGAACATGTGCCACATGTTTGCCATCACGCCATGTGAAATTGAAACTCACTAACCAAGCTGTCAGAATCTCATGTTGCGCCTCATAGATCAACACACTCAAATCTGATATCTCCTCGCGCTCCCCCTTCAGAATCTGGTATACCTGCAACGAGTCTGTCTCCACAACCGTCGGCCGAAACCCCAACTCCACTACCAGCTTCAACCCATCAACCACAGCCCAACCCTCTGCCATATCCGAACACCCCACATACCTATGGAACATCGTTGCAAACGCCATCACTTGCCCCATACTGTTCCGAACCACCATACCCACACCAGCTGAGAATTGATCCACCTTAAATGCAGCATCAACATTCACTTTATACCAATCCCTAACTGGAGCTACCCATTTACATTCCTCTTGACAACTTTCCCTCTCCCCTCTACGCCAGAAAGCCCCCAAGTAGTCTGCCACCCGCTCCGACAGTCCCAAACGTTGAAACTCTCCCTTGAATCTCCCCTGGTTTCGACAATCTCATATAGTCCACAACAGAACCACAAACTCTCCCCATTCCAACTCATCTTTCACATCCCTCTATATAAGAAAGAGATAAGTCGTTTGGCATTTCGACAGAAGGTGCCCAAATCCGGCATCCCTCATGACTTCTCTCGTAAACTTGCAAGTCCAAAAAACATGCAAAATGGACTCCCCCTACTAGCCACAAAGCATACAAATATTCAATAAGTCAACCCCCCTCATACTCAGACTATCACAAGTTGGTAACCGATCTAGGTGTAGGCATAAATGCCAAAAAACACTTTAATCTTACTTGGGATAGTCATTTTCCAGCAGCCTTTCCACCAGCTATGAGTCTATGCAAGAGAAGATGAAGACGGGTTCTGAGCCAACACGTGCGACTGCCCCAACCTGTACCCGCTCTTCACAGAATATAAACTTGACTTCTCAAAATGCCCGATAATCAAGTCCTCCATAACAAATCGTCTAATACGAATGGATAAAATAAGACTAACCTCGTGAGGATTAAAATGCTGCTAAAGAAAGCCTTCTTTCCATTGCCCCGAGGGAGTGAGCAAATCTGACATCCGAGTTTCCATTGGTAGTGAAGGCGGGGAGCCAATCCTCAGGCTAGTATCACTTGGGAGCCAATTCGACCCATAAACCTGAACCTCTCTCGCCACTCCCAATTTGCCAACGAACACCCTTCTCTAGGAGCTTCCTCCCCCACATTAGAATCCTCCAAATGAAGGAAGGTCGGGACCCAAGTGTAGCCTCCAAAAAGTCAGAATTTGGGAAATACCTCCCTTTCAAGATGCATGCTAGAAAAGATGTCGGGTGCTGGATGATCCTCCAACACTGTTTGGCCAATAAAGTCTGATTAAAAATCTCCAAGTCCCTAAAACACATTCCCTCATAACATTTCGATTTGCACACCAATGAATCCCCCTACTCTCCTCAAACCCATTCCACCAAAAATATGCCATCAAACGATTAATCTCCGAAATTAACTTCTTTAGGAGCTAAAAACAGTTCATGGAATAACATGGGATAGCCTGAACGATAGATTTAATCAGGACCACTCTTCCACCCACTGAAAACAACTTCCCCTTCCATCCCAAGATCTTCTGCCACACCCGGTCCTTAATAAATCTCAGAGTACTCGATCTAATACGGGGCATGAAATATGGAAGGCCCAAATACTGTTTGTGGCATGCTGTTCGCTGCACATGAAGCACTGCACTCATATTTACCTCATCACACAAATCCATACTCGGACTAAAAGAGACCATAGATTTGTCAAAATTAACTCTCTGACCTGAGGTTTTCTCATAGTATCGTAGAATACCCTTAATAACCTACGCTTCTCCCTCCTTTGCCCGAAAAAATAACTAAATGTCATTTGCAAAGAACAAGTGGGACACTAGAGGTCCCTAACGTGAGATATTCAACCCTGAAATAGTCTTATTCACTTCCGCCTCCTGCAACATACTAGACGAACCTTCAACACATAATAAGAACAAATAAGGGGATAATATGTCCCCTTGTCTCAAACCTCGACTGGGCCTCACATCACCACACCGAAACCCATTTATGTTAAAAGAAAACCACACTAACGAGATACAATGAGAGATCAACAATACCCACTCCGAAGCAAAATTCATACTCAACATAATCTGTTCCAGGTACACCCATTCCACACGGTCATAAGCCTTACTCGTATCAAGCTTGAGGGAGACCCATCCCGTCTTCCCCTTCCTTTTAGCCTTCAACACATGGATGCATTCGTACCCCAGGATTGTGTTATCAACCATACACTGCCCTGGAATAAATGCGCTCTGATTCTAGGAAATCAGCTTATTCAAAATACCCTTCATTCGATTAACCAGTACTTTCGAGACTAATTTATAGGCCACGTTGCATAAAGAGATGGGGAAAAATCAGATACCTGACGAGGATTCATAACCTTAGGAATCAGCACAATCTTCGTCTCATTTAGGAGGGATTGGCGAAACTCTGTCATTCAGGATACTCAAACAACATTTCACCACGTCCGCCCCAATGATGTCCCAGGACTACCGATAAAAAGCTCCTGACACCCCATCCGACCCAGGAGCCTTATCTGGGAAATCAGCTTATTCAAAATACTCTTCATTCGATTAACCAGTACTTTTTAGACTAATTTATAAGCCACGTTGCATAAAGAGATGGGGTGAAACTCAGATATCTAACAAAGATTCTTAACCTTAGGAATCAACACAATCATCGTCTCATTCATGAGGGATTGGTGAAACTCTGTCATTCAAGATACTCAAACAACATTTCACCACATCCGCCCGAATGATGCCCCAGGACTACTGATAAAAAGCTCCTGACATCCCATCCGGCCCAGGAGCCTTATTTGGGTGAATCTGTCCCAAGGTTGCCAAAACCTCATCCTACTGAAATGGCTTGAGCAAATGTCTATTCATCTAATCAGATACTGTCACTGAAACCCCAGAGATCACTCTATCAATCTCCTCAATCGAAGGATAGCTCGACGTGTAAATCTGTGTAAAGTAATCTGGAATCACTGCCAGAATCTCCCTCGGGTCCTGTCTCCACACACCACTACTATCCTCCAGACCCTGAATAACATTAACCTTCCTTATATGCGAGACATGTATATGAAACTAGTGGGTATTTCTGTCACCCATATCAACCACGGCTCCCAAGATCTCTACTTCCAGTATACCTCATCCTCTAAGAGAAGCGACTCAAGTGGGGCCTCAGCCTCCTGTAATTCCCATCTAGACCCTGCATTGCTCAAATTCCCCATCGCTACTTGCATATCCATTGTTGCCTCCCGAATACGATCACCATACTTCCCTACTTTCCCCCTACCCCACTTTACTAGTGATATCAAACACTGCTCCGTAGCTAGGGCCAAGTCTGAGGGTAATGCTTCCATCGGGCCCATTCGCTGAAATCCGGAGCAAGAAGCCAGGTATCCTAATAAACAAAAAAGTAAAATTTTGGATAAACTACCTTAAAAAGGTAAAATTTAGGATAATCAAGTCTCCTAGATTTAGGAAATAGTTCTATTAATTCCCCTCTCTATAAATCTCAAAATTTTCTCTAATTTTTCTCTCTAAAAAACTTATATTTTAACTTTGTAATTTTATTTCCTACCTTAATATATGACTCTATCTTTCTAGCTCTTTAGAAAATGAAAAAATAAAAACAATTAGCAAACACGAATAGTTTTTGTTTTTTTTTAAAAAAAAAAAAAACATTAAAAAAAAAAAGAAAAACAAAATTAAAAGTCAAAGTGGTTAGCTGTCTTCCGAACATTTTCATACTAGCTTATAGCTTACAGTTACAATTTTATGTTTGGATGTTAGTTGCGATAAATGATAATTGAGCTATCTTTTCATTAACTTTATCTTTTATAAAACAAAAAATTTTCATACTAGCTTACAATCTTTTTTGTTTTTCTTTGGACATGTTTTTGTTTGAATGCTGGTTGTGAACTTGTGATAATTGAGCTGTCTTTTCATTATTATTACTATTTTTTTTTTTTTCATCAGTCTTTTCATTAGTTTTCATTAATTTTTCATTAGTTTTCTTATATAAAACAAAACATTTAACGACAGCAGTTTACCATTTTTTAAGTTATGATTTTTGTTTTCTTTTTGGCCAAAAGTTGTGCAATGTGTCCCACAAGATTTCAAAAAAAAAAATATATTGAATTTGTATATAAGTGTCACACCTTCTAATATTTATCCTAAGATTATTGCTCACAAATATATAACTTTGGTTTTCATCTTGTTGGTCTTCTTGGATCAACTTGCTTGACTTGTCTAATTAGCTTCTTGGATCAACCTATTGGTTTGTTGATCTTTTTAGATGATTGACTCTTAATTTGTTGATTTTCTTGAAGATTTGATTGAAGTCTTGAAGTCTTATATGTTCCAAATGTCTTCAACCTGTCTTCGAAATCTTTAGATCTTCAAAGAAAATTCAATCTTCAAAGTCTTCAAGGTCATTAAGTCTTAAGAGAATTTTTTTTTTCTTGTTTTAGGAGAGATCTCAATCTTCTGGAAGTCTTTTGAATGCTCTGACTTCTAATTCTTGATTAAATGTCCAAAATGAAGAGTCACATCCTCTATTTATAAAGTTTGATGGACCTTGTATGAGCTTGAACTTGATTGGACTTTGGCCCCGATATTTTTTATTATTATTATTATTACATAGGCTTATTTGAGCTTAACTCAATTCTTTGCAATATATTTGGATTATTTGAATTTGACCCAATGCCCTTTTAGTGAGCTTGAACTATAGCTTTGAGTCTAACTGTCACATGATATAACTTGATAGGACTGACTTATATCGTTTGATGGATTAATATGATAGACAAGTGACATTATTTGATTTGTCAATTTTTCATGTCTATTAATTTCATTTAAGAACACGTGTAAATTTGTCATTGATCTCAAATTTATTTTATCAAAAATTAATTATGTGACAAATTGTGATCCAACCTCCTTCCTTCCCCCTTTAATTTGTTTTAGCAATTGTATTATAAAAAAAAAAACTTGGAAAAAAGTTTCAAAAACAGTATTAAGTGAATAAATTATTTATCGATATGATGAATAAATTCGGATTGAATTTTCAAGTTTATTGAGGCTATGAAGTACTTTTAAGATGTCGAATTTATTCCATAATATTTGTTTTCTAAATTATTTTAGTTGTGTACAATATTTTCTCACTCTACTTATTCGTCCATTTAATGTTCGTCTAAAATAAGCTATGCATGGTTTTAATATACACATGTCACTAACTTGAGTATAGTTGAGCTAGTTAAGATGCGTATCTTTATACATATACAAATAACAAAGTCACGTTGTCCATCTATTAAAAGTAAAATAATGATAAAACAAAAAAAAATATTTACTTCTTTTTTTTTCTTTTGAGTACATCAACACTTGGGGGTGGGGAGATTCGAACCTCTGACCTCATGGTCGAGGGTACATGCCAATTACCGCTGAGTTAAGCTCACTTTGGCAAAAAAAAATAAAATATTTACTTCTTAAAAGTTGTTCAAAAACTTGATAATAATATATTTTTATCCCAACTTCTTTCCTCACCTTTTTTTTTTTTTAAAAAAAAAAAAGCCTTCTTTCCTCACCTATCCAATAAAGTTACACTAAATGAATTTTGTAGGAAAAAAAATTGCTTAGGACAATGTGTTTGGTTTAACTTTTCAACTTTTCGAGTGTTTTAATTTTGAAAAAAATTATAGTGTTTGGCAACCACTAAAAATAACTTATTAAAAAAAATGAGATTGAGAAATATACCATTTTGAGAGAAACACTTGAAAGTAAATTTTTTAAAAATAGTTTGTAGGATATAATAACTTGGGTATAAGAACATTTATGAGAAAATGTAACCGTATGTGAGTGTTTAAATTCTAAATAATTTTTACACAAAATATTGAAAATACTTGAAAAACATTTAAACTAAAAGTTATTTGAAACGGATGGTTAATCATGAAGTTAAAATGATTAAGTTTTGATATTATGTTAATGAGTTGCCATAGAATCCTATGAATAGATTCAGTAGAATCTTGTTTGACTCAATATGACGCTATCTATATATGGGAAAAGATATTATGCCGACATCCAAACCCCACAGTCATAAAAGCATTAAAGGCTCCATTGTTTTCTTTTTCAATAAGCCTACCACTTTCTTGGTGTCGTTAATGAAGCTTTCATTTCAAAGAGAAAAAAAAAGTAATGGTGTAGTTAATGAAGCTTTCATTTCAAAAAGAAAAATAGTAAGCCCACTTGCACACCTACTTTAAAAAAGAAAAAAAGTTTACCATTTAACTAAATTATAGACCTAAATTTTATACCTCATTTCAATAATATCTTTGAACTTTAAAAAGTACGATGAATTGTAAAAACCATCCCTAAACTGTGACAATCATAACAATTGCACTTTTAAACTGTTTTGATAACTGTTTTTTTTTTTTTTTTTTTTTCAGAAAACCAAACTTGTTTGATAACTGTTTTT

mRNA sequence

ATGTTTCGTCTCGGGCGAACTTCTGAAGTATCAAGAGAGAGAGAATCGGAGATGGAGCAGTTAATAAGAGAATTGCGCCACCTGTTGGCGACGGTGCTTCTCGCCGGCTTCGGCACGAGCGTGGTGGTTCCGGCCATAGCCGACGTCACAACCGACTCCGTTTGTCCAGGCCACCCAGACCAGTGCTCTCTCGCCTTTTATCTCATCAGCTTCCAACAAGCGATAATTGGATTGGGAGCAATGATTTTGACACCATGGATTGGGAGTTTATCAGACAAATATGGAAGGAAAAGTCTTCTAACTCTTCCAATTGTTCTATCTATCATTCCATCAGCGATATTGGCGTATAGAAGAACCACAAGCTTCTTCTACGCATACTATGTGATGAAGACTCTCACCGGGCTCTCCGACGGCACTCTAATTTCCCTCGCCCTCGCTTACGCGGCGGACAAAATTCCAGTGGAGCGTCGAATATCGGCATTCGGAATCGTATCGGGAGTTTTCTCGGCGTCTTTCTTGTGCGGAAACTTGGCGGCTCGGTTCCTTTCAATTGCCGGAATCTTTCAGGTCGCCATGTGTGCGTCGTTGGTTGCGACTGTTTACATGAGGATTTTTCTGGAGGAAAGTACTTCGGATGAAATCGATTTGCTGTCTCAACCAATCTCTAAGATGGAAGAAGAAGGCGACGATGACGATGATGTTCCTAAATTGGCTACATTTAAAACAATTACCTCTTTGAAGGAAATCACTTTCTTGCTCCGGAGAAGGTAA

Coding sequence (CDS)

ATGTTTCGTCTCGGGCGAACTTCTGAAGTATCAAGAGAGAGAGAATCGGAGATGGAGCAGTTAATAAGAGAATTGCGCCACCTGTTGGCGACGGTGCTTCTCGCCGGCTTCGGCACGAGCGTGGTGGTTCCGGCCATAGCCGACGTCACAACCGACTCCGTTTGTCCAGGCCACCCAGACCAGTGCTCTCTCGCCTTTTATCTCATCAGCTTCCAACAAGCGATAATTGGATTGGGAGCAATGATTTTGACACCATGGATTGGGAGTTTATCAGACAAATATGGAAGGAAAAGTCTTCTAACTCTTCCAATTGTTCTATCTATCATTCCATCAGCGATATTGGCGTATAGAAGAACCACAAGCTTCTTCTACGCATACTATGTGATGAAGACTCTCACCGGGCTCTCCGACGGCACTCTAATTTCCCTCGCCCTCGCTTACGCGGCGGACAAAATTCCAGTGGAGCGTCGAATATCGGCATTCGGAATCGTATCGGGAGTTTTCTCGGCGTCTTTCTTGTGCGGAAACTTGGCGGCTCGGTTCCTTTCAATTGCCGGAATCTTTCAGGTCGCCATGTGTGCGTCGTTGGTTGCGACTGTTTACATGAGGATTTTTCTGGAGGAAAGTACTTCGGATGAAATCGATTTGCTGTCTCAACCAATCTCTAAGATGGAAGAAGAAGGCGACGATGACGATGATGTTCCTAAATTGGCTACATTTAAAACAATTACCTCTTTGAAGGAAATCACTTTCTTGCTCCGGAGAAGGTAA

Protein sequence

MFRLGRTSEVSRERESEMEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGLSDGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVATVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKLATFKTITSLKEITFLLRRR

Homology

[Close]

BLAST of Spg001016 vs. NCBI nr
Match: XP_038901532.1 (hippocampus abundant transcript-like protein 1 isoform X3 [Benincasa hispida])

HSP 1 Score: 324.3 bits (830), Expect = 9.3e-85
Identity = 181/242 (74.79%), Postives = 200/242 (82.64%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LI ELRHL ATV L   G+++V PAIAD+T DSVCPG  DQCSLAFYL +FQQAI GLG
Sbjct: 2   ELIIELRHLFATVFLGNLGSNLVFPAIADITMDSVCPGRRDQCSLAFYLTAFQQAISGLG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTG-LSDG 139
           AMILTPWIGSLSDKYGRKS+LT PIVLSI P AILAY+RTTSFFYAYYVMK L   +S G
Sbjct: 62  AMILTPWIGSLSDKYGRKSMLTFPIVLSIFPHAILAYKRTTSFFYAYYVMKMLIAMISHG 121

Query: 140 TLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVA 199
           TLISLALAYAADK+  ERRISAFGIVSGVF  SFLCGNLAARFLSIA IFQVAMC SL+A
Sbjct: 122 TLISLALAYAADKVSAERRISAFGIVSGVFMTSFLCGNLAARFLSIAAIFQVAMCLSLIA 181

Query: 200 TVYMRIFLEESTSDEIDLLSQPISKME--EEGDDDDDVPKLA--TFKTITSLKEITFLLR 257
            +YMRIFLEES S + + LS PISKME   +GDDDDD  +LA  TF+T +SL +IT LLR
Sbjct: 182 ILYMRIFLEESISIQNNSLSHPISKMEYGGDGDDDDDFSQLASTTFETTSSLNQITSLLR 241

[Close]

BLAST of Spg001016 vs. NCBI nr
Match: KAG6604954.1 (Hippocampus abundant transcript-like protein 1, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 320.1 bits (819), Expect = 1.8e-83
Identity = 172/247 (69.64%), Postives = 205/247 (83.00%), Query Frame = 0


Query: 12  RERESEMEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISF 71
           R  E+EME++I +LRHLLATV LAGF  +VV+P + DVTTD++CPGH DQC L FYL  F
Sbjct: 49  RTGEAEMEEVISKLRHLLATVFLAGFSYAVVIPTMVDVTTDALCPGHQDQCPLVFYLTGF 108

Query: 72  QQAIIGLGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKT 131
           Q AIIGLGAM++TPWIGSLSDKYGRK+LLTLPI+LS IP+AI A+ R+ SFFYAYYV++T
Sbjct: 109 QDAIIGLGAMVMTPWIGSLSDKYGRKNLLTLPILLSAIPTAIFAFGRSESFFYAYYVVRT 168

Query: 132 LT-GLSDGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQV 191
            T  L+ GTL SLALAYAADK+ V++R+SAFGIVS VFS S+LCGNLAARFLSI  IFQV
Sbjct: 169 FTAALTGGTLSSLALAYAADKVLVDQRLSAFGIVSAVFSGSYLCGNLAARFLSIDAIFQV 228

Query: 192 AMCASLVATVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKL--ATFKTITSLKE 251
           A+CASL A  Y+RIFLEES S+++DLLS+PI KMEE+GD  DDVP+L  +T KTI S KE
Sbjct: 229 AVCASLFAIAYVRIFLEESVSNKMDLLSRPILKMEEDGDGADDVPQLPPSTAKTIPSFKE 288

Query: 252 ITFLLRR 256
           IT LL R
Sbjct: 289 ITSLLGR 295

[Close]

BLAST of Spg001016 vs. NCBI nr
Match: XP_038901533.1 (hippocampus abundant transcript-like protein 1 isoform X4 [Benincasa hispida])

HSP 1 Score: 319.3 bits (817), Expect = 3.0e-83
Identity = 181/245 (73.88%), Postives = 200/245 (81.63%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LI ELRHL ATV L   G+++V PAIAD+T DSVCPG  DQCSLAFYL +FQQAI GLG
Sbjct: 2   ELIIELRHLFATVFLGNLGSNLVFPAIADITMDSVCPGRRDQCSLAFYLTAFQQAISGLG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSII---PSAILAYRRTTSFFYAYYVMKTLTG-L 139
           AMILTPWIGSLSDKYGRKS+LT PIVLSI    P AILAY+RTTSFFYAYYVMK L   +
Sbjct: 62  AMILTPWIGSLSDKYGRKSMLTFPIVLSIFPHGPKAILAYKRTTSFFYAYYVMKMLIAMI 121

Query: 140 SDGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCAS 199
           S GTLISLALAYAADK+  ERRISAFGIVSGVF  SFLCGNLAARFLSIA IFQVAMC S
Sbjct: 122 SHGTLISLALAYAADKVSAERRISAFGIVSGVFMTSFLCGNLAARFLSIAAIFQVAMCLS 181

Query: 200 LVATVYMRIFLEESTSDEIDLLSQPISKME--EEGDDDDDVPKLA--TFKTITSLKEITF 257
           L+A +YMRIFLEES S + + LS PISKME   +GDDDDD  +LA  TF+T +SL +IT 
Sbjct: 182 LIAILYMRIFLEESISIQNNSLSHPISKMEYGGDGDDDDDFSQLASTTFETTSSLNQITS 241

[Close]

BLAST of Spg001016 vs. NCBI nr
Match: XP_038901530.1 (hippocampus abundant transcript-like protein 1 isoform X1 [Benincasa hispida])

HSP 1 Score: 319.3 bits (817), Expect = 3.0e-83
Identity = 181/245 (73.88%), Postives = 200/245 (81.63%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LI ELRHL ATV L   G+++V PAIAD+T DSVCPG  DQCSLAFYL +FQQAI GLG
Sbjct: 2   ELIIELRHLFATVFLGNLGSNLVFPAIADITMDSVCPGRRDQCSLAFYLTAFQQAISGLG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSII---PSAILAYRRTTSFFYAYYVMKTLTG-L 139
           AMILTPWIGSLSDKYGRKS+LT PIVLSI    P AILAY+RTTSFFYAYYVMK L   +
Sbjct: 62  AMILTPWIGSLSDKYGRKSMLTFPIVLSIFPHGPKAILAYKRTTSFFYAYYVMKMLIAMI 121

Query: 140 SDGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCAS 199
           S GTLISLALAYAADK+  ERRISAFGIVSGVF  SFLCGNLAARFLSIA IFQVAMC S
Sbjct: 122 SHGTLISLALAYAADKVSAERRISAFGIVSGVFMTSFLCGNLAARFLSIAAIFQVAMCLS 181

Query: 200 LVATVYMRIFLEESTSDEIDLLSQPISKME--EEGDDDDDVPKLA--TFKTITSLKEITF 257
           L+A +YMRIFLEES S + + LS PISKME   +GDDDDD  +LA  TF+T +SL +IT 
Sbjct: 182 LIAILYMRIFLEESISIQNNSLSHPISKMEYGGDGDDDDDFSQLASTTFETTSSLNQITS 241

[Close]

BLAST of Spg001016 vs. NCBI nr
Match: XP_038901531.1 (hippocampus abundant transcript-like protein 1 isoform X2 [Benincasa hispida])

HSP 1 Score: 319.3 bits (817), Expect = 3.0e-83
Identity = 181/245 (73.88%), Postives = 200/245 (81.63%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LI ELRHL ATV L   G+++V PAIAD+T DSVCPG  DQCSLAFYL +FQQAI GLG
Sbjct: 2   ELIIELRHLFATVFLGNLGSNLVFPAIADITMDSVCPGRRDQCSLAFYLTAFQQAISGLG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSII---PSAILAYRRTTSFFYAYYVMKTLTG-L 139
           AMILTPWIGSLSDKYGRKS+LT PIVLSI    P AILAY+RTTSFFYAYYVMK L   +
Sbjct: 62  AMILTPWIGSLSDKYGRKSMLTFPIVLSIFPHGPKAILAYKRTTSFFYAYYVMKMLIAMI 121

Query: 140 SDGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCAS 199
           S GTLISLALAYAADK+  ERRISAFGIVSGVF  SFLCGNLAARFLSIA IFQVAMC S
Sbjct: 122 SHGTLISLALAYAADKVSAERRISAFGIVSGVFMTSFLCGNLAARFLSIAAIFQVAMCLS 181

Query: 200 LVATVYMRIFLEESTSDEIDLLSQPISKME--EEGDDDDDVPKLA--TFKTITSLKEITF 257
           L+A +YMRIFLEES S + + LS PISKME   +GDDDDD  +LA  TF+T +SL +IT 
Sbjct: 182 LIAILYMRIFLEESISIQNNSLSHPISKMEYGGDGDDDDDFSQLASTTFETTSSLNQITS 241

[Close]

BLAST of Spg001016 vs. ExPASy Swiss-Prot
Match: P39843 (Multidrug resistance protein 2 OS=Bacillus subtilis (strain 168) OX=224308 GN=blt PE=3 SV=1)

HSP 1 Score: 56.6 bits (135), Expect = 4.7e-07
Identity = 50/189 (26.46%), Postives = 83/189 (43.92%), Query Frame = 0


Query: 28  LLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMILTPWI 87
           LL+ + +A  G  +++P         V P       L+   + +  A   +  +I +P+ 
Sbjct: 15  LLSNIFVAFLGIGLIIP---------VMPSFMKIMHLSGSTMGYLVAAFAISQLITSPFA 74

Query: 88  GSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGLSDGTLISLALAY 147
           G   D++GRK ++ L +++  +   I       S F   Y  + L G+S   ++    AY
Sbjct: 75  GRWVDRFGRKKMIILGLLIFSLSELIFGLGTHVSIF---YFSRILGGVSAAFIMPAVTAY 134

Query: 148 AADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGI---FQVAMCASLVATVYMRI 207
            AD   ++ R  A G VS   S  F+ G  A  F++  GI   F  A   +L+A V    
Sbjct: 135 VADITTLKERSKAMGYVSAAISTGFIIGPGAGGFIAGFGIRMPFFFASAIALIAAVTSVF 191

Query: 208 FLEESTSDE 214
            L+ES S E
Sbjct: 195 ILKESLSIE 191

[Close]

BLAST of Spg001016 vs. ExPASy Swiss-Prot
Match: P02981 (Tetracycline resistance protein, class C OS=Escherichia coli OX=562 GN=tetA PE=1 SV=1)

HSP 1 Score: 51.6 bits (122), Expect = 1.5e-05
Identity = 45/170 (26.47%), Postives = 82/170 (48.24%), Query Frame = 0


Query: 28  LLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMILTPWI 87
           +L TV L   G  +V+P +  +  D V   H D  +  + ++    A+  L   +  P +
Sbjct: 10  ILGTVTLDAVGIGLVMPVLPGLLRDIV---HSDSIASHYGVL---LALYALMQFLCAPVL 69

Query: 88  GSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGLSDGTLISLALAY 147
           G+LSD++GR+ +L   ++ + I  AI+A   TT   +  Y  + + G++ G   ++A AY
Sbjct: 70  GALSDRFGRRPVLLASLLGATIDYAIMA---TTPVLWILYAGRIVAGIT-GATGAVAGAY 129

Query: 148 AADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLV 198
            AD    E R   FG++S  F    + G +A   L    +    + A+++
Sbjct: 130 IADITDGEDRARHFGLMSACFGVGMVAGPVAGGLLGAISLHAPFLAAAVL 169

[Close]

BLAST of Spg001016 vs. ExPASy Swiss-Prot
Match: P02982 (Tetracycline resistance protein, class A OS=Escherichia coli OX=562 GN=tetA PE=3 SV=2)

HSP 1 Score: 50.1 bits (118), Expect = 4.4e-05
Identity = 40/153 (26.14%), Postives = 75/153 (49.02%), Query Frame = 0


Query: 23  RELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMI 82
           R L  +L+TV L   G  +++P +  +  D V   H +  +  + ++    A+  L    
Sbjct: 5   RPLIVILSTVALDAVGIGLIMPVLPGLLRDLV---HSNDVTAHYGIL---LALYALMQFA 64

Query: 83  LTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGLSDGTLIS 142
             P +G+LSD++GR+ +L + +  + +  AI+A   T  F +  Y+ + + G++ G   +
Sbjct: 65  CAPVLGALSDRFGRRPVLLVSLAGAAVDYAIMA---TAPFLWVLYIGRIVAGIT-GATGA 124

Query: 143 LALAYAADKIPVERRISAFGIVSGVFSASFLCG 176
           +A AY AD    + R   FG +S  F    + G
Sbjct: 125 VAGAYIADITDGDERARHFGFMSACFGFGMVAG 147

[Close]

BLAST of Spg001016 vs. ExPASy TrEMBL
Match: A0A6J1I0T0 (hippocampus abundant transcript-like protein 1 OS=Cucurbita maxima OX=3661 GN=LOC111469809 PE=4 SV=1)

HSP 1 Score: 315.5 bits (807), Expect = 2.1e-82
Identity = 170/241 (70.54%), Postives = 201/241 (83.40%), Query Frame = 0


Query: 18  MEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIG 77
           ME++I ELRHLLATVLL GF  +VV+P I DVTTD++CPGH DQC L FYL  FQ AIIG
Sbjct: 1   MEEVISELRHLLATVLLVGFSYAVVIPTIVDVTTDALCPGHQDQCPLVFYLTGFQDAIIG 60

Query: 78  LGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTG-LS 137
           LGAM++TPWIGSLSDKYGRK+LLTLPI+LS IP+AILA+ R+ SFFYAYYV++T T  L+
Sbjct: 61  LGAMVMTPWIGSLSDKYGRKNLLTLPILLSAIPTAILAFGRSKSFFYAYYVVRTFTAVLT 120

Query: 138 DGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASL 197
            GTLISLALAYAADK+ V++R+SAFGIVS VFS S+LCGNL ARFLSI  IFQVA+CASL
Sbjct: 121 GGTLISLALAYAADKVLVDQRLSAFGIVSAVFSGSYLCGNLVARFLSIDVIFQVAVCASL 180

Query: 198 VATVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKL--ATFKTITSLKEITFLLR 256
            A  Y+RIFLEES S+++DLLS+PI K EE+GD  D+VP+L  +T KTI S KEIT LL 
Sbjct: 181 FAIAYVRIFLEESVSNKMDLLSRPILKTEEDGDGADNVPQLPPSTAKTIPSFKEITSLLG 240

[Close]

BLAST of Spg001016 vs. ExPASy TrEMBL
Match: A0A6J1G5D3 (hippocampus abundant transcript-like protein 1 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111451057 PE=4 SV=1)

HSP 1 Score: 312.4 bits (799), Expect = 1.8e-81
Identity = 168/241 (69.71%), Postives = 199/241 (82.57%), Query Frame = 0


Query: 18  MEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIG 77
           ME++I +LRHLLATV LAGF  SVV+P + DVTTD++CPG  DQC L FYL  FQ AIIG
Sbjct: 1   MEEVISKLRHLLATVFLAGFSYSVVIPTMVDVTTDALCPGRQDQCPLVFYLTGFQDAIIG 60

Query: 78  LGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLT-GLS 137
           LGAM++TPWIGSLSDKYGRK+LLTLPI+LS IP+AI A+ R+ SFFYAYYV++T T  L+
Sbjct: 61  LGAMVMTPWIGSLSDKYGRKNLLTLPILLSAIPTAIFAFGRSESFFYAYYVVRTFTAALT 120

Query: 138 DGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASL 197
            GTL SLALAYAADK+ V++R+SAFGIVS  FS S+LCGNLAARFLSI  IFQVA+CASL
Sbjct: 121 GGTLSSLALAYAADKVLVDQRLSAFGIVSAFFSGSYLCGNLAARFLSIDAIFQVAVCASL 180

Query: 198 VATVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKL--ATFKTITSLKEITFLLR 256
            A  Y+RIFLEES S+++DLLS+PI K EE+GDD DDVP+L  +T KTI S KEIT LL 
Sbjct: 181 FAIAYVRIFLEESVSNKMDLLSRPILKTEEDGDDADDVPQLPPSTAKTIPSFKEITSLLG 240

[Close]

BLAST of Spg001016 vs. ExPASy TrEMBL
Match: A0A6J1G5T6 (hippocampus abundant transcript-like protein 1 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111451057 PE=4 SV=1)

HSP 1 Score: 312.4 bits (799), Expect = 1.8e-81
Identity = 168/241 (69.71%), Postives = 199/241 (82.57%), Query Frame = 0


Query: 18  MEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIG 77
           ME++I +LRHLLATV LAGF  SVV+P + DVTTD++CPG  DQC L FYL  FQ AIIG
Sbjct: 1   MEEVISKLRHLLATVFLAGFSYSVVIPTMVDVTTDALCPGRQDQCPLVFYLTGFQDAIIG 60

Query: 78  LGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLT-GLS 137
           LGAM++TPWIGSLSDKYGRK+LLTLPI+LS IP+AI A+ R+ SFFYAYYV++T T  L+
Sbjct: 61  LGAMVMTPWIGSLSDKYGRKNLLTLPILLSAIPTAIFAFGRSESFFYAYYVVRTFTAALT 120

Query: 138 DGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASL 197
            GTL SLALAYAADK+ V++R+SAFGIVS  FS S+LCGNLAARFLSI  IFQVA+CASL
Sbjct: 121 GGTLSSLALAYAADKVLVDQRLSAFGIVSAFFSGSYLCGNLAARFLSIDAIFQVAVCASL 180

Query: 198 VATVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKL--ATFKTITSLKEITFLLR 256
            A  Y+RIFLEES S+++DLLS+PI K EE+GDD DDVP+L  +T KTI S KEIT LL 
Sbjct: 181 FAIAYVRIFLEESVSNKMDLLSRPILKTEEDGDDADDVPQLPPSTAKTIPSFKEITSLLG 240

[Close]

BLAST of Spg001016 vs. ExPASy TrEMBL
Match: A0A6J1CGK1 (uncharacterized protein LOC111011033 isoform X4 OS=Momordica charantia OX=3673 GN=LOC111011033 PE=4 SV=1)

HSP 1 Score: 292.4 bits (747), Expect = 1.9e-75
Identity = 168/241 (69.71%), Postives = 188/241 (78.01%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LIREL  L  TVLL GFG SVV+PA+ DVT +SVCPG  DQCSLA YL  FQQAI G G
Sbjct: 2   ELIRELGQLFVTVLLTGFGISVVIPAMTDVTVESVCPGR-DQCSLAIYLAGFQQAITGFG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTG-LSDG 139
           AM + P IGSLSDKYGRKSLLT+ I LSI+P AILAY R+TSFFYAYYVMKTLT  L DG
Sbjct: 62  AMFVIPLIGSLSDKYGRKSLLTVSIALSIMPPAILAYERSTSFFYAYYVMKTLTAMLCDG 121

Query: 140 TLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVA 199
            L+SLALAY ADKIP +RRISAFGI+SG FSASFLCG+ AARFL I   F+VAM ASL+A
Sbjct: 122 ALLSLALAYTADKIPADRRISAFGIISGAFSASFLCGSFAARFLPIDATFKVAMGASLLA 181

Query: 200 TVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKLA-----TFKTITSLKEITFLL 255
           TVYMR+FLEES   EID LSQPISK E EG  D DVP+L+     TFK + S+KE+  LL
Sbjct: 182 TVYMRVFLEESIPYEIDELSQPISKTEGEG--DVDVPELSRRALTTFKRVPSIKEVIRLL 239

[Close]

BLAST of Spg001016 vs. ExPASy TrEMBL
Match: A0A6J1CFG2 (uncharacterized protein LOC111011033 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111011033 PE=4 SV=1)

HSP 1 Score: 292.4 bits (747), Expect = 1.9e-75
Identity = 168/241 (69.71%), Postives = 188/241 (78.01%), Query Frame = 0


Query: 20  QLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLG 79
           +LIREL  L  TVLL GFG SVV+PA+ DVT +SVCPG  DQCSLA YL  FQQAI G G
Sbjct: 2   ELIRELGQLFVTVLLTGFGISVVIPAMTDVTVESVCPGR-DQCSLAIYLAGFQQAITGFG 61

Query: 80  AMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTG-LSDG 139
           AM + P IGSLSDKYGRKSLLT+ I LSI+P AILAY R+TSFFYAYYVMKTLT  L DG
Sbjct: 62  AMFVIPLIGSLSDKYGRKSLLTVSIALSIMPPAILAYERSTSFFYAYYVMKTLTAMLCDG 121

Query: 140 TLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVA 199
            L+SLALAY ADKIP +RRISAFGI+SG FSASFLCG+ AARFL I   F+VAM ASL+A
Sbjct: 122 ALLSLALAYTADKIPADRRISAFGIISGAFSASFLCGSFAARFLPIDATFKVAMGASLLA 181

Query: 200 TVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDDVPKLA-----TFKTITSLKEITFLL 255
           TVYMR+FLEES   EID LSQPISK E EG  D DVP+L+     TFK + S+KE+  LL
Sbjct: 182 TVYMRVFLEESIPYEIDELSQPISKTEGEG--DVDVPELSRRALTTFKRVPSIKEVIRLL 239

[Close]

BLAST of Spg001016 vs. TAIR 10
Match: AT2G16980.1 (Major facilitator superfamily protein )

HSP 1 Score: 185.3 bits (469), Expect = 6.3e-47
Identity = 100/193 (51.81%), Postives = 132/193 (68.39%), Query Frame = 0


Query: 24  ELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMIL 83
           ELRHLL TV L+G    ++ P + DVT  +VC G  D CSLA YL   QQ  +G+G M++
Sbjct: 8   ELRHLLVTVFLSGLAEYLIRPVMTDVTVAAVCSGLDDSCSLAVYLTGVQQVTVGMGTMVM 67

Query: 84  TPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGL-SDGTLIS 143
            P IG+LSD+YG K++LTLP+ LS++P AIL YRR T+FFYA+YV+KTL  +   GT+  
Sbjct: 68  MPVIGNLSDRYGIKAMLTLPMCLSVLPPAILGYRRDTNFFYAFYVIKTLFDMVCQGTIDC 127

Query: 144 LALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVATVYM 203
           LA AY A  +   +RIS FGI++GV S S +C +L+ARFLSIA  FQVA  +  +  VYM
Sbjct: 128 LANAYVAKNVHGTKRISMFGILAGVSSISGVCASLSARFLSIASTFQVAAISLFIGLVYM 187

Query: 204 RIFLEESTSDEID 216
           R+FL+E   D  D
Sbjct: 188 RVFLKERLQDADD 200

[Close]

BLAST of Spg001016 vs. TAIR 10
Match: AT2G16980.2 (Major facilitator superfamily protein )

HSP 1 Score: 185.3 bits (469), Expect = 6.3e-47
Identity = 100/193 (51.81%), Postives = 132/193 (68.39%), Query Frame = 0


Query: 24  ELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGLGAMIL 83
           ELRHLL TV L+G    ++ P + DVT  +VC G  D CSLA YL   QQ  +G+G M++
Sbjct: 8   ELRHLLVTVFLSGLAEYLIRPVMTDVTVAAVCSGLDDSCSLAVYLTGVQQVTVGMGTMVM 67

Query: 84  TPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGL-SDGTLIS 143
            P IG+LSD+YG K++LTLP+ LS++P AIL YRR T+FFYA+YV+KTL  +   GT+  
Sbjct: 68  MPVIGNLSDRYGIKAMLTLPMCLSVLPPAILGYRRDTNFFYAFYVIKTLFDMVCQGTIDC 127

Query: 144 LALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVATVYM 203
           LA AY A  +   +RIS FGI++GV S S +C +L+ARFLSIA  FQVA  +  +  VYM
Sbjct: 128 LANAYVAKNVHGTKRISMFGILAGVSSISGVCASLSARFLSIASTFQVAAISLFIGLVYM 187

Query: 204 RIFLEESTSDEID 216
           R+FL+E   D  D
Sbjct: 188 RVFLKERLQDADD 200

[Close]

BLAST of Spg001016 vs. TAIR 10
Match: AT2G16990.1 (Major facilitator superfamily protein )

HSP 1 Score: 183.3 bits (464), Expect = 2.4e-46
Identity = 104/199 (52.26%), Postives = 132/199 (66.33%), Query Frame = 0


Query: 18  MEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIG 77
           ME  I  LRH+LATV L+ F   +VVP I DVT  +VC G  D CSLA YL  FQQ  IG
Sbjct: 1   MEDGIGGLRHMLATVFLSAFAGFMVVPVITDVTVAAVCSGPDDSCSLAVYLTGFQQVAIG 60

Query: 78  LGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGL-S 137
           +G MI+ P IG+LSD+YG K++LTLP+ LSI+P  IL YRR   FFY +Y+ K LT +  
Sbjct: 61  MGTMIMMPVIGNLSDRYGIKTILTLPMCLSIVPPVILGYRRDIKFFYVFYISKILTSMVC 120

Query: 138 DGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASL 197
           +GT+  LA AY A  I    RISAFGI++G+ + + L G L ARFL IA  FQV+  +  
Sbjct: 121 EGTVDCLAYAYVAVNIHGSTRISAFGILAGIKTIAGLFGTLVARFLPIALTFQVSAISFF 180

Query: 198 VATVYMRIFLEESTSDEID 216
           V  VYMR+FL+E  +D+ D
Sbjct: 181 VGLVYMRVFLKEKLNDDED 199

[Close]

BLAST of Spg001016 vs. TAIR 10
Match: AT2G16990.2 (Major facilitator superfamily protein )

HSP 1 Score: 183.3 bits (464), Expect = 2.4e-46
Identity = 104/199 (52.26%), Postives = 132/199 (66.33%), Query Frame = 0


Query: 18  MEQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIG 77
           ME  I  LRH+LATV L+ F   +VVP I DVT  +VC G  D CSLA YL  FQQ  IG
Sbjct: 1   MEDGIGGLRHMLATVFLSAFAGFMVVPVITDVTVAAVCSGPDDSCSLAVYLTGFQQVAIG 60

Query: 78  LGAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGL-S 137
           +G MI+ P IG+LSD+YG K++LTLP+ LSI+P  IL YRR   FFY +Y+ K LT +  
Sbjct: 61  MGTMIMMPVIGNLSDRYGIKTILTLPMCLSIVPPVILGYRRDIKFFYVFYISKILTSMVC 120

Query: 138 DGTLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASL 197
           +GT+  LA AY A  I    RISAFGI++G+ + + L G L ARFL IA  FQV+  +  
Sbjct: 121 EGTVDCLAYAYVAVNIHGSTRISAFGILAGIKTIAGLFGTLVARFLPIALTFQVSAISFF 180

Query: 198 VATVYMRIFLEESTSDEID 216
           V  VYMR+FL+E  +D+ D
Sbjct: 181 VGLVYMRVFLKEKLNDDED 199

[Close]

BLAST of Spg001016 vs. TAIR 10
Match: AT2G16970.1 (Major facilitator superfamily protein )

HSP 1 Score: 164.1 bits (414), Expect = 1.5e-40
Identity = 97/215 (45.12%), Postives = 130/215 (60.47%), Query Frame = 0


Query: 19  EQLIRELRHLLATVLLAGFGTSVVVPAIADVTTDSVCPGHPDQCSLAFYLISFQQAIIGL 78
           E  + ELRHLL TV L+GF   +V P + DVT  +VC G  + CSLA YL   +Q  +GL
Sbjct: 3   EYRLGELRHLLTTVFLSGFSEFLVKPVMTDVTVAAVCSGLNETCSLAVYLTGVEQVTVGL 62

Query: 79  GAMILTPWIGSLSDKYGRKSLLTLPIVLSIIPSAILAYRRTTSFFYAYYVMKTLTGLSDG 138
           G M++ P IG+LSD+YG K+LLTLP+ LSI+P AILAYRR T+FFYA+Y+ K L  +   
Sbjct: 63  GTMVMMPVIGNLSDRYGIKTLLTLPMCLSILPPAILAYRRDTNFFYAFYITKILFDM--- 122

Query: 139 TLISLALAYAADKIPVERRISAFGIVSGVFSASFLCGNLAARFLSIAGIFQVAMCASLVA 198
                     A  +   +RIS FG+++GV S S +C   +AR L IA IFQVA  +    
Sbjct: 123 ----------AKNVCGRKRISMFGVLAGVRSISGVCATFSARLLPIASIFQVAAISFFFG 182

Query: 199 TVYMRIFLEESTSDEIDLLSQPISKMEEEGDDDDD 234
            VYMR+FL+E   D+           +E+  D+DD
Sbjct: 183 LVYMRVFLKERLHDD-----------DEDDCDEDD 193

The following BLAST results are available for this feature:

BLAST of Spg001016 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038901532.1	9.3e-85	74.79	hippocampus abundant transcript-like protein 1 isoform X3 [Benincasa hispida]	[more]
KAG6604954.1	1.8e-83	69.64	Hippocampus abundant transcript-like protein 1, partial [Cucurbita argyrosperma ...	[more]
XP_038901533.1	3.0e-83	73.88	hippocampus abundant transcript-like protein 1 isoform X4 [Benincasa hispida]	[more]
XP_038901530.1	3.0e-83	73.88	hippocampus abundant transcript-like protein 1 isoform X1 [Benincasa hispida]	[more]
XP_038901531.1	3.0e-83	73.88	hippocampus abundant transcript-like protein 1 isoform X2 [Benincasa hispida]	[more]

BLAST of Spg001016 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P39843	4.7e-07	26.46	Multidrug resistance protein 2 OS=Bacillus subtilis (strain 168) OX=224308 GN=bl...	[more]
P02981	1.5e-05	26.47	Tetracycline resistance protein, class C OS=Escherichia coli OX=562 GN=tetA PE=1...	[more]
P02982	4.4e-05	26.14	Tetracycline resistance protein, class A OS=Escherichia coli OX=562 GN=tetA PE=3...	[more]

BLAST of Spg001016 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1I0T0	2.1e-82	70.54	hippocampus abundant transcript-like protein 1 OS=Cucurbita maxima OX=3661 GN=LO...	[more]
A0A6J1G5D3	1.8e-81	69.71	hippocampus abundant transcript-like protein 1 isoform X2 OS=Cucurbita moschata ...	[more]
A0A6J1G5T6	1.8e-81	69.71	hippocampus abundant transcript-like protein 1 isoform X1 OS=Cucurbita moschata ...	[more]
A0A6J1CGK1	1.9e-75	69.71	uncharacterized protein LOC111011033 isoform X4 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1CFG2	1.9e-75	69.71	uncharacterized protein LOC111011033 isoform X2 OS=Momordica charantia OX=3673 G...	[more]

BLAST of Spg001016 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G16980.1	6.3e-47	51.81	Major facilitator superfamily protein	[more]
AT2G16980.2	6.3e-47	51.81	Major facilitator superfamily protein	[more]
AT2G16990.1	2.4e-46	52.26	Major facilitator superfamily protein	[more]
AT2G16990.2	2.4e-46	52.26	Major facilitator superfamily protein	[more]
AT2G16970.1	1.5e-40	45.12	Major facilitator superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR036259	MFS transporter superfamily	GENE3D	1.20.1250.20	MFS general substrate transporter like domains	coord: 22..253 e-value: 1.5E-23 score: 85.2
IPR036259	MFS transporter superfamily	SUPERFAMILY	103473	MFS general substrate transporter	coord: 25..213
IPR011701	Major facilitator superfamily	PFAM	PF07690	MFS_1	coord: 29..210 e-value: 9.8E-19 score: 67.5
None	No IPR available	PANTHER	PTHR23504:SF95	MAJOR FACILITATOR SUPERFAMILY PROTEIN	coord: 23..255
None	No IPR available	PANTHER	PTHR23504	MAJOR FACILITATOR SUPERFAMILY DOMAIN-CONTAINING PROTEIN 10	coord: 23..255
IPR020846	Major facilitator superfamily domain	PROSITE	PS50850	MFS	coord: 24..256 score: 13.355424

Relationships

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


Feature Name	Unique Name	Type
Spg001016.1	Spg001016.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0055085	transmembrane transport
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0022857	transmembrane transporter activity