Spo18691.1 (mRNA) | SpinachBase

Overview


Name	Spo18691.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	Preprotein translocase subunit SecA
Location	Super_scaffold_175 : 555631 .. 586530 (+)
Sequence length	618

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGCTTAAAGCTTATGTGTTTGCAATGTTCAATGAGGATGACAAACCTGGGCCAAATTTTGAGAGGAATTTTGGGCTTTGGAAACCTGATGGCAGCATCTCGTATGATGTGGGTTTTCCTGCATTGAAGTCAACTGCTTTAGCTATATCACCCTTCTCCATAAAGGTACACATTTGATTAATTTATTTGTTTTTATTCTAGTAGTAGACTTGACTAAACTGGTGTAACGCCCCGACCTCTAAATCACTTATTAAAGCATAATTAGCAGCGGAATTACCCTGATTTGGTCGGGACATTACCTGCCGTAATTCCCTCTTGGAAATTACAAGGCAAACATCAATCTTAAGCTATTAATTACTCTGAAAATATATAATACTCCTTTATAATACCAAAATAAAAGTTCATAACTTACTAAAAGTCTTGAATTAAACTATTAAAACTTTAAACATAAACTAGGTGAATAATAATAAAGTGAAATTCCTCGCCACTACTCGTTTCCATCGTTCCCCGCAGTACCTAAAACAGAAAACAAAATAACGGTGAGCCGAAGACTCAGTAACGAACTATTCTAGCAACGTAAATTCATTTCAATTCATTTTATTTAATAACACAGGGAGAATAGAATAATGTAAAACATTTTATAAAGTCCTTTATTTAATTCATTCATAACTTTTGGGTGCACATGCTAGTCGTGGCAAGTATGACATGGTGGAACGTCTTCCACGATGGACCGCTGTCCATAAACATGGGGCCTTGGCCCGAAAACATGAGAGCCTTGGCTCAATGGGCGGATGCCCCATGGGTACATGCATGACCGAGAATCGTAACCTGTGAACATATACTGCCAAACGGACTAGGAATTTCACTTTCATTTATCATGTTTCGTTTGATTTTACATTTTAGTCTTTTTACTTCAGTTGAAGTAACATAATTCCTTTGGATCATAAGATCAAACATCCTTTCTTTCATGGTTTCTTATAAACAGCATTTTATAAGAAATTCAATCAATCATCATAGCATTTTATAATCAATCATAAAATAAGGAATAATTCAAATCATATTATAATAAATTATTCAATAAAATCATACTTCATTTCCCGCAATTCATAAAACATGTCAAAACATTCATTTAATAAATCAATCATACATTGTAATTTCATAATCACATTTATAAGGGAATTGCGGGTACTAGCAATAGCCGTTACCTAACTCCACGATTTCCTAGGGATTTTCCTTGGTTCGTTCGTCCTGAGCTCCGAGTTCAATTCTTTCAAAATATTAAATCATTGAATTAGTACTAAATCGATAAATAATTTAAAATCAATATTTTATAAATCATAACCTTTATAAATCAAGAATTTTATAAATAACGAATTTTAATATAAATATAATTTCATAACTTAATGAAAATATTATTAATTGAAATTTTAATCGAATATATATTTATTTCATAAATCGGTTTTCATGAAAATCTTATTTAAATTCTGTTTTTGTTAATCCAAGATAATAATTTATTTTAGTAAAATCCATATTTGATAATTAAACCTGAAAAATAATAACAATTTATTAGTAAATAATTATATCATAAAAAAAACAATATTAAAACATGAAAATTAATAGTTAGAGAATCTGAAATTTAATAGTTAGGAAATCTGAAATAGTAATTCAAAGTTTAACTCACCAAAGGCCCAAGTTAGAATAGCCCAACTCAAGTATGGATTTGATGTGAATAAAATTCAAGGTTTCAAGAAACCTGATTTTCGGTTCTTCTGGGAAAGGGAATAGAAACAGGGGAGGGGGCACGAAGAAGAGCAGGGGAGGAAAGAGAGGAGGAAGGAAGGGAAAGGTGGTCGGCTGGGCGGCTCGGTGTCGGATGCGACGGTGAGGGTGGTGGTTGTGCGGTGGACGAACGACAAGAGATAAGAGGTAGGGGTACGACAGAGCAGAGCACAGGGAAGAGGGGGGGAAGAAGGTGGCCGACTGGGTGTCTGGCTGGGCGTCGCAGATGGGTTGCGACGGTGATGGCGGTGGTTTGGTGGCAGAGGAACGGCGAGGGAGACAGAAAATGGAGCACGAAGTGAGTGAAAACAGGGGAAATTCGGGTTTGTTTCTGGGTGGTTTTGGGCGGCGGCTCGCCGGAATTGAGGGCGGAGGTGGTTGACGAGATGGTGAGGGTGGCTGGGGGTGGTGGTGTGTGGTGTGGTGTTGGTGCGGGTGGTGCAGCGAAGAGAAAAGGGGAGAGGCAGGGGAGTGCGAAGCGGGGAAGCAGGGGACGGTGGTTGAGTACGGTGGTGTTTCTGGCTGGCCGAGTGGTGCTGGGGTGGTGGTCGAACAGTGGTGGGAATGGTGGTGGTCGGTGGCTGTTGTGGTGGTTAATGGTGGTTGCAGCACGGTGGTGCCGTGAAAGGAAGAAGGAGGGAAGCTTTGGTGGGTTGTTGGTTCGAAACAGAGAGGAGAATTAGAATTGAAAATTGGTTTTGATTTTGTGATGTTGAATTCCAATTGGTACTATGACTGATTTGTATAGTCAAGAAGATTGAATGGAAAGGAAAAGTCCTTGGTCTCCAAGGCAGGAATGTAGACAGAATTCAAGGAAAGGAGTGGAAACATACGTGGAGAGGGGGGGAAGAAGAAGAGAAATGGAATTTTTCTCTTTCAAGGGCATTTTTGTAATTTCACAAGATTAGGCTAAAATTCTGAAAAAAAATTGGTTTCTATTTTTAGGAAATTAATTAGAATAGAGATGTTTAATTAAAACTAAGTTTCAAGATAATCTTTTATAAAAATATCGTTAACGAAAAATAAATTTAGTTTTTGAATAGAATAAGAACGTTTCGAAATTATTTAAAAATCCGAAATAATTAACGAAATAACTAAAATAAATAGCTTAAACTCGTAACTTTTTAAATTAAATCATGGAATCTGAAAAATAATAAATCGTGTAATAATATTAAAAATTCAAGTGAAGTAAACTTCGTTAATTAAAATAAAGTTCGAATTTAGGATTTAAAAACGGTTTTAAGCTAAATAAAAATAATTAAGCATAATTAATCGAGTTTTAAAAATTCGGGGTATTACAACTGGGCAGTGGACTGACGGTCTCCTTTGTCAAAACTTATGAAAGCGTCATCATGTTGATCTAAGATTAATGAACATTGCTTCAAGAAATATGACGACTTCCATAATAAATTACACAGTGTCTATTCGTTATTGTATTGCTTTTATCTCCTGCCTTTTGTGGACATATTCGTATATGTAAGTGTTTATCATTGCTGGAGATAAGGAGTTAGTATTTACATATCTCTTTCCTTGAATCAAGGACAAGCCGTTGTACGAGCAATGCTAGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCTGTGGATTAATATCATTAATTCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATTCAGCTCACTTGATCTCACTGAATTATTAACTTGTTAATTAATACTGAACCGCATTTATTAGACTTAACATTGAATGCATACTTGGACCAAGGGCATTATTTCCTTCAGTCTCCCACTTGTCCTTAGGGACAAGTGTGCATTTCCTAATTCCTTTGTCGCTCGATGCTTGCTCTTGAACATAAGGTAAGAGTTGTCATCCTTATTATGTCCAGAGGTGTTCCTCGGTTTCAGAGTTCAACTGATCAAATAAACAGATAATCATAGCCTATGATTCATCTGAGCACGGCCATGCATTTCACAGTTTCTAGCTCTCCGAGTGGCCTTGTACAACTTTTAAGCATCTCATCCCGATTTATGGGAGGACAATCCCAATCTTGCGATCTTAAGATTAGACTTCGTTTGATAGGTGATTACCTGAGCGTTGCCTTTATAGCCTCCTTTTACGGTGCGACGGTTGGTCAACGTCAAAGCAACCAGTTCTCAAACAAGTAATCTCAAATCACTCAGGTATTGAGGATTTAGTGTCTAATAATTTTATTGAAATTTACTTATGACAGATTTTCATCTCTTACAGTAAAGTTTCATAGGTCTTGTCCGATACTAGTCTTCCCAAAGTAAGTATCTATGCAAATGATTATGACATTGCCATGTCCACATAGTTCAAGAAACAGAACTACTAGTCATCTTGCATTCTAATCGTCTAACGTTTTCTATGCGTCCAATTTTATAGAAAACTCCGACTAGGGACCATTTTCAACCTTTGACATTCAAGTTCACTTGATAGACATTTCTTAGTCACAGGACTGGTCCTGACAGTCTATCTTGAATATATCGTCAAATTGAAGGGACTCATCATTTAATAAACCACAAATTAAATGGAAAAATGAATTCTTTTCATTTATTGTGAATGATTAACCAATAATGTTTTACAAAGATTTAAACTCTAAAACTTTAAAACATTAAACAGAGACATCAAAGCCATTCTCCAATATGCTTGATTCCCATAGCTGCAGTGTGCGAGTTGTGCTTCGCCTGCGGCAGAGGTTTAGTTAATGGATCTGATATGTTGTCATCAGTTCCAATTTTGCTTATCTCGACTTCTTTTCTTTCAACGAACTCTCGTAGAAGGTGAAATCTACGAAGTACATGCTTGACTCTCTGGTGGTGTCTAGGCTCTTTTGCCTGTGCAATAGCTCCGTTATTATCACAATACAGGGCTATTGGTCCTTTAATGGAGGGGACTACACCAAGTTCTCCTATGAACTTCCTTAGCCATATAGCTTCCTTTGCTGCTTCATGTGCAGCAATGTACTCCGCTTCAGTTGTAGAATCCGCAATGGTGCTTTGCTTAGCACTTTTCCAGCTTACTGCTCCTCCGTTGAGGCAGAAGACAAACCCAGACTGTGATCTGAAATCATCTTTGTCGGTTTGGAAACTTGCGTCCGTATAGCCTTTAACAATTAATTCATCATCTCCACCATAGACCAGGAAGTCATCTTTGTGCCTTTTCAGGTACTTCAGAATATTCTTGGCAGCAGTCCAATGCGCCTCTCCTGGGTCTGACTGGTATCTGCTCGTAGCACTGAGTGCGTACGCAACATCCGGGCGTGTACATATCATAGCATACATTATTGAACCAATCAATGATGCATATGGAATCCCATTCATTCGTCTACGCTCATCAAGTGTTTTTGGGCACTGAGTCTTGCTTAGAGTCATTCCATGAGACATGGGTAGGTAGCCTCGCTTGGAGTCCGCCATCTTGAACCTATCAAGCACCTTATTGATATAAGTGCTTTGACTAAGTCCAATCATCTTTTTAGATCTATCTCTGTAAATCTTGATGCCCAATATGTACTGTGCTTCTCCTAGATCCTTCATCGAAAAACATTTCCCAAGCCAAATCTTGACAGAGTTCAACATAGGAATGTCATTTCCGATAAGCAATATGTCGTCGACATATAATACTAGGAAAGCAATTTTGCTCCCACTGACCTTCTTGTATACACAAGATTCGTCCGCGTTCTTGATGAAACCAAAGTCACTGACTGCTTCATCAAAACGTATATTCCAGCTCCTGGATGCCTGCTTCAATCCGTAGATTGACTTCTTTAGCTTGCATACCTTTTTAGCATTCTTTGGATCCTCAAAACCTTCAGGCTGTGTCATAAACACAGTTTCTGTTAAAACGCCGTTTAAGAAAGCAGTTTTGACATCCATCTGCCATATTTCGTAATCGTAATATGCAGCGATTGCTAACATTATTCGAATAGACTTTAGCATTGCAACTGGTGAAAAGGTTTCATCGTAATCCACACCGTGGACTTGCCTGTAACCTTTTGCAACCAATCTAGCTTTGAAAACTTCAAGTTTCCCATCCTTGTCCTTTTTCAGTTTGAAAACCCATTTGCTTCCAATGGCTTGGTAGCCATCTGGCAAATCGACCAAATCCCATACTTGGTTTTCAGACATGGAGTCTAATTCAGATTGCATGGCTTCTTGCCATTGCTTGGAGCTAGGGCTCGTCATAGCTTGCTTGTAAGTCGCAGGTTCATCACTTTCAAGTAATAGAACGTCATAGCTCTCGTTCGTCAAAATACCTAAGTACCTTTCCGGTTGAGATCTATATCTTTGCGATCTACGCGGGGTAACATTTCTAGATTGACCATGATTCTCACCAGATTCTTCTAAAGATCTCTGAGTTTCATCCTGAATGTCATCTTGAGCATTCTCTAGAGTTTGTTGTTCGACTCGAATTTCTTCGAGGTCTACTTTTCTCCCACTTGTCATTTTGGAAATGTGATCTTTCTCCAAAAAGACACCATCTCGAGCAACAAACACCTTGTTCTCAGATGTATTGTAGAAGTAATACCCCTTTGTTTCCTTTGGATAGCCCACAAGGATACATTTGTCAGATTTTGGATGAAGTTTGTCTGAAATTAATCGTTTGACGTATACTTCACATCCCCAAATCTTAAGAAAAGACACATTTGGAGGCTTTCCAAACCATAATTCGTATGGAGTCTTTTCGACAGCTTTAGACGGAGCTCTATTTATAGTGAGTGCAGCTGTATTTAGTGCATGTCCCCAAAATTCTAATGGAAGTTCGGCCTGACCCATCATTGACCTGACCATGTCTAGCAAGGTTCTGTTCCTCCGTTCCGACACACCGTTCCATTGTGGTGTTCCAGGAGGAGTCAATTCTGATAGAATTCCACATTCTTTCAGATGGTCATCAAATTCATAGCTCAGATATTCACCGCCTCTATCAGACCGCAGTGCCTTAATCTTCTTGCCTAATTGATTCTCTACTTCACTCTGAAATTCCTTGAATTTGTCAAAGGATTCAGACTTATGCTTCATTAGGTAGACATAACCATACCTACTGAAGTCATCAGTGAAAGTGATAAAGTAGCTGAAACCACCTCTAGCATTTGTACTCATTGGTCCACATACATCTGTATGGATTAAACCCAATAGTTCATTTGCTCTTTCTCCAACTTTAGAGAAAGGTTGCTTTGTCATTTTGCCAAGTAAACATGATTCGCATTTACCATAATCCTCTAAGTCAAATGGTTCTAGAATTCCTTCTTTTTGAAGTCTTTCTAAGCGTTTCAAGTTTATATGGCCTAATCGACAATGCCACAGATAGGTGAGATCTGAATCATCCTTTTTGGCCTTTTTGGTATTTATGTTATATACTTGTTTGTCGTGATCTAATAAATAAAGTCCATTGACTAATCTAGCAGATCCATAAAACATCTCTTTAAAATAAAACGAACAACTATTGTCTTTTATTAAAAAGGAAAATCCCTTAGCATCTAAGCAAGAAACTGAAATGATGTTTTTAGTAAGACTTGGAACATGGAAACATTCTTCCAGTTCCAAAACTAGCCCGGAGGGCAACGACAAATAGTAAGTTCCTACAGCTAATGCAGCAATCCGTGCTCCATTTCCCACTCGTAGGTCGACTTCACCCTTGCTTAACTTTCTACTTCTTCTTAGTCCCTGTGGATTGGAACATAAGTGTGAGCCACAACCTGTATCTAATACCCAAGAAGTTGAATTAGCAAGTATACAGTCTATAACGAAAATACCTGAAGATGGAACGACTGTTCCGTTCTTCTGATCTTCCTTTAGCTTCAAGCAATCTCTCTTCCAATGCCCCTTCTTCTTGCAGTAGAAGCATTCGGATTCAGAAGTGGGTTGACTGACCTTCCTCTTTACAGATTTGGCGCCAGTTTGCTTAGTTGGGCTGGCCTTGTTGCCACCTTTCTTAGCATTCCTCTTCTTTCCAGATTTCTTGAACTTGCCCCCACGCACCATAAGCACATCCTGCTTATCACTTTTGAGCGTCTTTTCAGCGGTCTTCAGCATACCGTGAAGCTCAGTGAGCGTTTTGTCCAGACTATTCATACTGTAGTTCAGTTTGAACTGATCATACCCGCTATGAAGAGAATGGAGGATGGTGTCTATAGCCATTTCCTGAGAAAATTGTTGATCCAGCCGACTCATATTCTCAATGAGTCCAATCATTTTGAGAACATGTGGACTTACGGGCTCGCCTTTCTTAAGCTTGGTCTCAAGAATTTGCCTATGAGTCTCGAATCTTTCGACTCGAGCCAGATCTTGGAACATGTTCTTCAACTCACTGATGATTGTGAAAGCATCTGAGTTGATGAACGTTTTCTGCAGATCCGCACTCATGGTGGCGAGCATTAGACATTTCACATCCTTGTTGGCATCAATCCAACGATTGAGGGCTGCCTGAGTGACCCCGTCGCCTGCGGCTTCGGGTATCGCCTCTTCTAGGACATACTCCTTTTCTTCCTGCATAAGAACTATTTGCAAGTTCCTTTGCCAGTCAAGGAAGTTTTTCCCGTTCAACTTCTCCTTTTCGAGAATTGATCGAATGTTGAATGAATTGTTGTTTGCCATATTAAAAACTACAATTGAAAAGAATAAACAAATAAATAACCATTCACAGTTTCTCTTAATAAACTTAAATTCTAGCATACATGCATAACTCAATGTTTATTAAGCATTTTATTCAAGTTATGTGTTCCGGCAGGTGTGAATAAAATGATTCCAAGATCCTAAAATCATTGAAGAACTAAGCACAGTTTGTCGACTTAATATTGGTTTTCCCTTGTATGTTTTCTTTTGTGTATTTCACATTTTCCTGATAATGCAATTTTCTGCTCTTTGATGTCAAACTATCTCTTCCTTTCCTGATAATATATTCTATGGTTAGAACGAAAATTTCCAGAATGAACTTTATTATTTCAGTGGTAGGATTTACTTAAGAAAAGATCCAATAATCCAATTGTTATCTTTGTTTTGTGTCTATTCGGCCGAGGAACACTTCCTCTATTAGCATATGATCAGCTTCCAATTTTTGTCATTTTTTCTGCTGTAGTGGTAACTGTCAACGATTATCTTACTCGTCGTGATGCTGAGTGGATGAGCAGTGTTCATCATTTCCTTGGTCTATCAGTTGGTCTCATTCAGGTAAATTTTTCAAATGTGAATTTGAGTTGTGCTTGTCTTTCATTTACGTCCGCATTATCTTGGACGTTGGGTCATGCCTACTGTTGTTTTTTGATTTCCTGCTCTGCATCTTGATTTTTATTCTCCTATTTATAAGTGTAGAAGGGAATGAAGGCTGAGGAGAGGAGATCCAACTATAGATGTGATATAACTTATACCAACAATTCAGTATGTAGCTTTTAGATCATTTCTCTTAGTTTTGGCTTATTTTTCATTTTTTCTCTGCTGGAAACTCGGAAGCTGTCACTTGCTCTTGTGGCAACTTCTTGATGTGCCTGGTACACTGTCTTATAATTGGATTCTATCGTTTTGTCCGCAGCGCCATGTTTTGGAACTGAATCATGTGTGCCTCATTTTTTGCAAAATTTAGGAACTTGGTTTTGATTATCTGCGGGACATGCAACCTTGCTGGAACTAGTGGAGAGCTTGTGATGAGATGGTACTTCTCCAAATAATATTGAATTTCTGTTTGATTTTTCTTTTTTTCCCCTATGAGAGTTTAATCTAGAAATTGTAAACAGGCCAAAGCCATTTCATTTTGCAATTTTTGATGAGGTCGATTCTGTTCTTATTGATGAGGGCAGAAACCCTTTACTGATAAGTGGACAGGTAATCTTCTTTCTATGTATAGGATGGGGTAATAGTAAATTTCCTTGATAATTATAACTATGTGATTATATTGGAGGTCCACCAGCATCCCTCTGAAAGTGTGTCTCTCGGTATATATTTAGGCCAATGAAGATGCTGCCCGATACCCTGTTGCTGCCAAAGTAGCGGATTTGCTTGTGCGGGGTATTGTAAGTTTTTGTTAGGTTATGATACATATGACATTTACATAGATCATGCGGAAACAACCATTAACCCAGGAAACATATTATTTACACATAATCATATAGCATAATTAGATGCATACTCTTTGTTGCGTGCCTTCCCTAGCTGCGCCCGAACCGAACAAGAACAAGTCTTTTAGGACTCCAAGTGTCGTCCCTCCGTAGAAAGTCCACAGCACGTCCGGATCCGCCTTAAGATTGACCAACTAGAATCGCCCTTAAGGTACTCAGAAAATTCGGCACTTTTGGGGCAAGATGGGTGTTTGAATTTTCTCTCAAAAACCTCACTTTTGAATACTTTGAAACTTGTGTATAAATTATGACCCCTAGGCCTTTATTTATAGAGTTATGGAAAAGGAATCGTAATCCTAGTAGGATGCGAATTAATTGGAATTAGAATTCTACATGAATTCTACTTAATCAATTTATCCAATAGGAATAGACATTTAATCATACACTGACTCTTGCAGATTCAGGAATCTCGCATGAGCTCAAACTCACACACACACGGCAGCCACAAGGGCTGCCCACGCATGCGAGCAGCAGCCCACGCAGCGCGGCCCACGCATGCGCGGCCTTGTGCGCGCTGGGCTGTGGCGTGCGTGCTTGCTGGGCGATGGCCTGGCTTCGTGCTGGGCCTTCGTCCGGCAGGCCTCGTCCGATGCTAATTCGTACGATACGCTTCCGATTAAATTTCCATTTCCGGAATCTATTTCCGATACGAACAATATTTAATATTTCCGATTCCGGAATTAATTTCCGTTTCGAACAAATATTTAATATTTCCGTTTCCGGAATTATTTTCCGATTCCGGTAATATTTCCGATTCTGACAATATTTCCGTTTCCGGCAATATTTCCGATTCTGGTAATATTTCCATTTCCAATAATATTTTCCGATACGTACCATGTTTCCGTTTCCGGCAACATCTACGACTTGGATAATATTCATATTTCCGATACGATCCATATTTCCGTTTCCGGCAATATCATCGTTTCCGGAGTATTCATTTCTTGCCTGTGACGATCTTAGCTCCCACTGAAACCAAGATCCGTCGGTTCCGAATATTCATAGATGGAGTATTTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCTGTGGATTAATATCATTAATTCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATTCAGCTCACTTGATCTCACTGAATTATTAACTTGTTAATTAATACTGAACCGCATTTATTAGACTTAACATAGAATGCATACTTGGACCAAGGGCATTATTTCCTTCAGTCTCCCACTTGTCCTTAGGGACAAGTGTGCATTTCCTAATTCCTTTGTCGCTCGATGCTTGCTCTTGAACATAAGGTAAGAGTTGTCATCCTTATTATGTCCAGAGGTGTTCCTCGGTTTCAGAGTTCAACTGATCAAATAAACAGATAATCATAGCCTATGATTCATCCGAGCACGGCCATGCATTTCACAGTTTCTAGCTCTCCGAGTGGCCTTGTACAACTTTTAAGCATCTCATCCCGATTTATGGGAGGACAATCCCAATCTTGCGATCTTGAGATTAGACTTCGTTTGATAGGTGATTACCTGAGCGTTGCCTTTATAGCCTCCTTTTACGGTGCGACGGTTGGTCAACGTCAAAGCAACCAGTTCTCAAACAAGTAATCTCAAATCACTCAGGTATTGAGGATTTAGTGTCTAATAATTTAATGAAATTTACTTATGACAGACTTTCATCTCTTACAGTAAAGTTTCATAGGTCTTGTCCGATACTAGTCTTCCCAAAGTAAGTATCTATGCAAATGATTATGACATTGCCATGTCCACATAGTTCAAGAAACAGAACTACTAGTCATCTTGCATTCTAATCGTCTAACGTTTTCTATGCGTCCAATTTTATAGAAAACTCCGATTAGGGACCATTTTCAACCTTTGACATTCAAGTTCACTTGATAGACATTTCTTAGTCACAGGACTGGTCCTGACAGTCTATCTTGAATATATCGTCAAATTGAAGGGACTCATCATTTAATAAACCACAAATTAAATGGAAAAATGAATTCTTTTCATTTATTGTGAATGATTAACCAATAATGTTTTACAAAGATTTAAACTCTAAAACTTTAAAACATTAAACAGAGACATCAAAGCCATTCTCCAATATGCTTGATTCCCATAGCTGCAGTGTGCGAGTTGTGCTTCGCTTGCGGCAGAGGTTTAGTTAATGGATCTGATATGTTGTCATCAGTTCCAATTTTGCTTATCTCGACTTCTTTTCTTTCAACGAACTCTCGTAGAAGGTGAAATCTACGAAGTACATGCTTGACTCTCTGGTGGTGTCTAGGCTCTTTTGCCTGTGCAATAGCTCCGTTATTATCACAATACAGGGCTATTGGTCCTTTAATGGAGGGGACTACACCAAGTTCTCCTATGAACTTCCTTAGCCATATAGCTTCCTTTGCTGCTTCATGTGCAGCAATGTACTCCGCTTCAGTTGTAGAATCCGCAATGGTGCTTTGCTTAGCACTTTTCCAGCTTACTGCTCCTCCGTTGAGGCAGAAGACAAACCCAGACTGTGATCTGAAATCATCTTTGTCGGTTTGGAAACTTGCGTCCGTATAGCCTTTAACAATTAATTCATCATCTCCACCATAGACCAGGAAGTCATCTTTGTGCCTTTTCAGGTACTTCAGAATATTCTTGGCAGCAGTCCAATGCGCCTCTCCTGGGTCTGACTGGTATCTGCTCGTAGCACTGAGTGCGTACGCAACATCCGGGCGTGTACATATCATAGCATACATTATTGAACCAATCAATGATGCATATGGAATCCCATTCATTCGTCTACGCTCATCAAGTGTTTTTGGGCACTGAGTCTTGCTTAGAGTCATTCCATGAGACATGGGTAGGTAGCCTCGCTTGGAGTCCGCCATCTTGAACCTATCAAGCACCTTATTGATATAAGTGCTTTGACTAAGTCCAATCATCTTTTTAGATCTATCTCTGTAAATCTTGATGCCCAATATGTACTGTGCTTCTCCTAGATCCTTCATCGAAAAACATTTCCCAAGCCAAATCTTGACAGAGTTCAACATAGGAATGTCATTTCCGATAAGTAATATGTCGTCGACATATAATACTAGGAAAGCAATTTTGCTCCCACTGACCTTCTTGTATACACAAGATTCGTCTGCGTTCTTGATGAAACCAAAGTCACTGACTGCTTCATCAAAACGTATATTCCAGCTCCTGGATGCCTGCTTCAATCCGTAGATTGACTTCTTTAGCTTGCATACCTTTTTAGCATTCTTTGGATCCTCAAAACCTTCAGGCTGTGTCATAAACACAGTTTCTGTTAAAACGCCGTTTAAGAAAGCAGTTTTGACATCCATCTGCCATATTTCGTAATCGTAATATGCAGCGATTGCTAACATTATCCGAATAGACTTTAGCATTGCAACTGGTGAAAAGGTTTCATCGTAATCCACACCGTGGACTTGCCTGTAACCTTTTGCAACCAATCTAGCTTTGAAAACTTCAAGTTTCCCATCCTTGTCCTTTTTCAGTTTGAAAACCCATTTGCTTCCAATGGCTTGGTAGCCATCTGGCAAATCGACCAAATCCCATACTTGGTTTTCAGACATGGAGTCTAATTCAGATTGCATGGCTTCTTGCCATTGCTTGGAGCTAGGGCTCGTCATAGCTTGTTTGTAAGTCGCAGGTTCATCACTTTCAAGTAATAGAACGTCATAGCTCTCGTTCGTCAAAATACCTAAGTACCTTTCCGGTTGAGATCTATATCTTTGCGATCTACGCGGGGTAACATTTCTAGATTGACCATGATTCTCACCAGATTCTTCTAAAGATCTCTGAGTTTCATCCTGAATGTCATCTTGAGCATTCTCTAGAGTTTGTTGTTCGACTCGAATTTCTTCGAGGTCTACTTTTCTCCCACTTGTCATTTTGGAAATGTGATCTTTCTCCAAAAAGACACCATCTCGAGCAACAAACACCTTGTTCTCAGATGTATTGTAGAAGTAATACCCCTTTGTTTCCTTTGGATAGCCCACAAGGATACATTTGTCAGATTTTGGATGAAGTTTGTCTGAAATTAATCGTTTGACGTATACTTCACATCCCCAAATCTTAAGAAAAGACACATTTGGAGGCTTTCCAAACCATAATTCGTATGGAGTCTTTTCGACAGCTTTAGACGGAGCTCTATTTATAGTGAGTGCAGCTGTATTTAGTGCATGTCCCCAAAATTCTAATGGAAGTTCGGCCTGACCCATCATTGACCTGACCATGTCTAGCAAGGTTCTGTTCCTCCGTTCTGACACACCGTTCCATTGTGGTGTTCCAGGAGGAGTCAATTCTGATAGAATTCCACATTCTTTCAGATGGTCATCAAATTCATAGCTCAGATATTCACCGCCTCTATCAGACCGCAGTGCCTTAATCTTCTTGCCTAATTGATTCTCTACTTCACTCTGAAATTCCTTGAATTTGTCAAAGGATTCAGACTTATGCTTCATTAGGTAGACATAACCATACCTACTGAAGTCATCAGTGAAAGTGATAAAGTAGCTGAAACCACCTCTAGCATTTGTACTCATTGGTCCACATACATCTGTATGGATTAAACCCAATAGTTCATTTGCTCTTTCTCCAACTTTAGAGAAAGGTTGCTTTGTCATTTTGCCAAGTAAACATGATTCGCATTTACCATAATCCTCTAAGTCAAATGGTTCTAGAATTCCTTCCCTTTGAAGTCTTTCTAAGCGTTTCAAGTTTATATGGCCTAATCGACAATGCCACAGATAGGTGAGATCTGAATCATCCTTTTTGGCCTTTTTGGTATTTATGTTATATACTTGTTTGTCGTGATCTAATAAATAAAGTCCATTGACTAATCTAGCAGATCCATAAAACATCTCTTTAAAATAAAACGAACAACTATTGTCTTTTATTAAAAAGGAAAATCCCTTAGCATCTAAGCAAGAAACTGAAATGATGTTTTTAGTAAGACTTGGAACATGGAAACATTCTTCCAGTTCCAAAACTAGCCCGGAGGGCAACGACAAATAGTAAGTTCCTACAGCTAATGCAGCAATCCGTGCTCCATTTCCCACTCGTAGGTCGACTTCACCCTTGCTTAACTTTCTACTTCTTCTTAGTCCCTGTGGATTGGAACATAAGTGTGAGCCACAACCTGTATCTAATACCCAAGAAGTTGAATTAGCAAGTATACAGTCTATAACGAAAATACCTGAAGATGGAACGACTGTTCCGTTCTTCTGATCTTCCTTTAGCTTCAAGCAATCTCTCTTCCAATGCCCCTTCTTCTTGCAGTAGAAGCATTCGGATTCAGAAGTGGGTTGACTGACCTTCCTCTTTACAGATTTGGCGCCAGTTTGCTTAGTTGGGCTGGCCTTGTTGCCACCTTTCTTAGCATTCCTCTTCTTTCCAGATTTCTTGAACTTGCCCCCACGCACCATAAGCACATCCTGCTTATCACTTTTGAGCGTCTTTTCAGCGGTCTTCAGCATACCGTGAAGCTCAGTGAGCGTTTTGTCCAGACTATTCATACTGTAGTTCAGTTTGAACTGATCATACCCGCTATGAAGAGAATGGAGGATGGTGTCTATAGCCATTTCCTGAGAAAATTGCTGATCCAGCCGACTCATATTCTCAATGAGTCCAATCATTTTGAGAACATGTGGACTTACGGGCTCGCCTTTCTTAAGCTTGGTCTCAAGAATTTGCCTATGAGTCTCGAATCTTTCGACTCGAGCCAGATCTTGGAACATGTTCTTCAACTCACTGATGATTGTGAAAGCATCTGAGTTGATGAACGTTTTCTGCAGATCCGCACTCATGGTGGCGAGCATTAGACATTTCACATCCTTGTTGGCATCAATCCAACGATTGAGGGCTGCCTGAGTGACCCCGTCGCCTGCGGCTTCGGGCATCGCCTCATCTAGGACATACTCCTTTTCTTCCTGCATAAGAACTATTTGCAAGTTCCTTTGCCAGTCAAGGAAGTTTTTCCCGTTCAACTTCTCCTTTTCGAGAATTGATCGAATGTTGAATGAATTGTTGTTTGCCATATTAAAAACTACAATTGAAAAGAATAAACAAATAAATAACCATTCACAGTTTCTCTTAATAAACTTAAATTCTAGCATACATGCATAATTCAATGTTTATTAAGCATTTTATTCAAGTTATGTGTTCCGGCAGGTGTGAATAAAATGATTCCAAGATCCTAAAATCATTGAAGAACTAAGCACAGTTTGTCGACTTAATCCTAGAACATCTTAGGTAAGCAAAAGCCTTTTGCTAATAGTCTAGAAACTATTCTTGGTTGATAGGTACGTCTAAGAACTTATTAGGTAAACCTATCGAATTTGCCACGACATAAAAGGACTCCTTACTTATATCGTTGAGTTTCACCAAAACTAACATGTACTCACAATTATTTGTGTACCTTGCCCCTTTAGGACCAATAAGTAACACCTCGCTGAGCGAAAACTATTACTAGATTGATGTAAAGGATATCCAAGCAAGTGTATATTTTGGCATGGCACCTTTTAACTCAATTTTTAAGTTTGGAACTTAAGGCTCTTACTATGTTGGTTAGATTTTAAGTGAACTAAAATCCTTAATCATGCAACATAATCAAGCTTTTGATCTCATGCATTTTAAGACATATTTAAAAGCAATAAATAACTTAAAACATGCATAAGATAAATGTGATCTAGTATGGCCCGACTTCATCTTGAAGCTTTGACTTCAAAGTCCGTCTTGAAAATCTCCGTGGGAGGCACCATTTTCTTCAAATAGGATAAGCTATAACTAATTACAACTATTTGATGGTACGCAGACCATATTTGAATTGAAAAATAACTTTGGTACTTTAGACCAATTACATTCAAATTAATGGTACGCAGACCATATTTTCTATCCTATTTGGGCCATACTAGTCACTTCATAACCTGCAAAACAGTACATATACAATATATACCATTCACCCATTCATTATCATGAATGGCCCACATAGCTGGTTAGTAAAACACATTATGCATCACGTAAACATTTGCAGCAATTAATCAAGGGCACCAATAATCTACCAATTATTCAGTCCTTATTAATTCTAATCAAGTTGTTTTAACCTTAAGGATTTGTAGACCTAATCAAGAGTTTATGACTAAAAAGCGCTCCCACTTAAACCAATAAATTTATATGCTTTACTAATTTTAAACATAAAAATGTATTTCTAGTCTAACCGGAAACATACAAATTTAATTAAAATTTAAAGCTCATATAAATTTATAATTGAATCCAAAAAGTTTAATTTAATTTCAGTCGTATTTAAATTAATTCATGATTTTAATTTTAGTAAAATAATTAGAATAAATAAAATTTATTATAATTACAATATTCAAAATTAAAATCCAAGAAAATAATTTAAATTATTAATTTTAAAATTAATTAAAATTACGTAAACTGAAAATTTCAAATTAAAATTTCAAAACGATCTAATCGCAACGCAACAACCCCACGCAACGCACGCCCATGGGCCACACGCACACAGCCATCGCTGGCCATGTGCGCGCAGCCCATGCGCTGTGTCGCATTGCTGCTGCTCACCATCGCAAGGCATCACGCGAGCTGGTGCTCGCTGCGCGCGCCACCGCTCGACGCACGAGCATGCTGCCGCAGCCCATCGCTGGGCGCAGCGCTCGTCGCACGTCGCAACAAGCACGCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAGGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAACAAGCACTCGCACGCCATCGCTGGGCGCAGCGCTCGTCGCACGCACAATAGCGCTCGCTGCGCGCGAGCGATCGATGCTTGGCGCAGCACTCGTGGCACGCGAGCTTACGCTCGCTGCGCGCGAGGCTCCGCACGCTTGCGCGAGGCAGTGCGCGCTGTGGCGCAGCTCGCTTGCTGCCCACACGCGACTGCTCGTGCCTTGCTCTCGCCCTCGCCCATTCGCCCATTGCACACAGCCCACGACACAAGGCAGGGCTGCTGCCTTGTGCTCGTGCACCATGGCCTTGCTCATTGCATTCGTACCGCATGGGCGACGAGCTCCCTTGCTCGTCGTCACATGCCCGCACTATACAACACCCCTTAAGGGTAACACGTAGCGTCCATTGCTTTGTGCGTGCAAGTTATATGAGCGAATCGCATAAAAATTTAAAATTTATATTCAAAATTAATGACAAATTAATAAATAATATTAATTTCATAATTTTAGGGCGAAAAATCGAAAATTTATTATTCAATTGATTTCCGATTAACATGGATTCAAGTCTAGGTCATAAAAATTTAAAATTTAACATAAATTTACAATTTTTATGGTGGTTTTTAATCATAGGTATCTAATTAAATTATAACTAATTATGAAAATCAAATTAATTCTAAATTATTCCAATTTTCAACAAATTAATCATAATTACAAATTAGATTGCATAATTAACAAGGCTAGGCATTCAAACTTGTTAAACATATACAGTAGGTCAATCAAAAATTCAAGATTTATCAACAAGAATCGCAAATATTTAATTTAACATCTTAAATTTACGAAATTTTGCATTCGAAAAACTAAAACCTCCGAAAAGTCATAGTTAGGCTTCGAATTTGAGAATTCTGGGTTCGGCCGAAAAATACTATTTTTGTCAAAATTTTAGAATGCCTTTTACATGCGGAATTGACACAAAAATCACTCGATTTGGATGAGTAACGAAGAAACTGCCGAAAAACTGCGTACGTATAATTAAATAAACGCAATTTGCAATTAATTAACAATTACGAAAATTAATCACCCCTTTTAATTCTTGCAAATTTGTAATATTTAACCATGTTCATGCAATTTAGATTATGAAAATAATAAGAGGCTCGTGATACCACTGTTAGGTTATGATACATATGACAATTCATAAATCATGCGGAAAAACCATAAAGCCAGGAAAACATATTATTTACACATAATCATTTAGCATAGTTTAGATGCATACTCTTTGTTGCGTGCCTTCCCTAGCTGCGCCCGAACCGAACAAGAACAAGTCTTTAGGACTCCAAGTGTCGTCCCTCCGTAGATAGTCCACAGCACGTCCGGATCCGCCTTAAGATTGACCAACTAGAATCGCCCTTAAGGTACTATTATTTTCGGCACTTTATAGGCAAATGTGTGACTGAATTTTTCTCTCAAAAACTCACTTTGAATACTTTGAAACTTGTGTTATAAATTGTGAGCCCTAGCCTCATATTTATAGCGGTATGGAAAGGGAATCGAAATCCTATTCAGATACAAATTAATCAAACCTAGAATCCTACAAGAACTCTAATTTAATTAATTTATCAAATAGAATTAGGAATTTAATCATTAACCGAACTCTGCATGTTTTAGGAAACGTGCACGAACACAAACACTTGCACACACACGCACGACAGCCACGATGGGCCCCATGCGTGCGCGCGAGCAGCAGCCCACTCAGCGCCCGCGCGCGCTGCGCGCTGCGCGTGCTGTGCGCGCTGTGCGCGCTGCGCGCTGCGCGCAGCCTGCTGGGCCTGGCCTTGCGCTGGGCCTGGCGTGGCTGTTTGTGCGGCGCGCTTGGCTTGCTGGGCGATGGCCTGGCTTCGTGCTGGGCCTCGTCCGGCAGGCCTCGTCCGATGCTTATTCGTACGATGCGCTTCCGATTAAATTTTCCGATTCCGGAATTCATTTCCGATACGAACAATATTTAATATTTCCGATTCCGGAATTAATTTCCGTTTCGAACAAATATTTAATATTTCCGTTTCCGGAATTATTTTCCGATTCCGGCAATATTTCCGATTCTGACAATATTTCCGTTTCCGGCAATATTTCCGATTCTGGTAATATTTCCATTTCCAATAATATTTTCCGATACGTACCATGTTTCCGTTTCCGGCAACATCTACGACTTGGATAATATTCATATTTCCGATACGATCCATATTTCCGTTTCCGGCAATATCATCGTTTCCGGAGTATTCATTTCTTGCCTGTGACGATCTTAGCTCCCACTGAAACCAAGATCCGTCTGTTCCGAATATTCATAGATGGAGTATTTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCTGTGGATTAATATCATTAATTCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATTCAGCTCACTTGATCTCACTGAATTATTAACTTGTTAATTAATACTGAACCGCATTTATTAGACTTAACATAGAATGCATACTTGGACCAAGGGCATTATTTCCTTCAGTTTTATGTTCCTCTTTTCAGCAATAAGTAGAAGTCGTGATTTGGCCTTCTCTTTTAATTGTGCCAAAGATCCTAAGGACACATTTTATTCTTATTACATGATTAATATGCATAGTTTTAACTTTCTAAAACTCATTCCAATCTATGTAAGTACATTTAAGGCTCATTGGGTCGTTATAAGTCATATTTAGAGCTAAAACGACATTTCCGCTCCCAACTTTGAACTAAAGAACTTAAGGACTCATTTGATTATTATCACATGATTAATATGCATAGTTTTAATTTTCTAAAACTCATTCCAATCTATGTAAGCACATTTAAGGCTCATTGGGTCGTTATAGGTCATATTTAGAGCTAAAACGACATTTCCGCTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTGATTTTTATAACATGATAACATGCATAGTTTTAACTTTCTTACACTAATTCCAATCTATTTATGCACATTTAAGGCTCATTAGATCGTTATAGATCATATTTAGAGCTAAAATGACATTTATGCTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTTATTATTATTACATGATTAATATGAATAGTATTAACATTCTAAAACTCATTCTAATCTATGTATGCATATTTAAGGCTCATTGGGTCGTTATAGATAATATTTAGAGCTAAAACCACATTTCCGCTCCCAACTTTGAACTAAAGAACCTATGGACTCATTTAATTCTTATTACATGATTAATATGCATAGTTTTAACTTTCTTAAACTAATTCCAATCTATCTATGCACATTTAAGGCTCATTAGATCGCTATAGGTCATATTTAGAGCTTAAATGACATTTAAGCTCCCAACTTTGAACTAAAAAACCTAAGGACTCATTTGATTCTTATTAAATGATTAATATGCATATTTTTAACTTTCTTAAACTCATTCCAAACTATTTATGCACATTTAAGGCTAATTGGATCGTTATAAGTCATATTTAGATCTAAAATGACATTTACGCTCCTAACTTTGAACTTAAAAACCTAAGGACTCATTTGATTCTTATTAAATGATTAATATGCATATTTTTAACTTTCTAAAACTCATTCCAATCTATGTATGCACATTTAAGGCTCATTGGGTCGTTATAGGTCATATTTAGAGCTAAAACGACATTTCCGTTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTGATTCTTATTACTTGATTATATGCATAGTTTTAACTTTCTTAAACTAATTCCAATCTATTTATGCACATTTAAGGCTCATTAGATCGTTATTGGTCATATTTAGAGCTAAAATGACATTTACGCCCCCAACTTTGAACTGAAGAACCTAAGTACTCATTTTTATTCTAATTACATGATTAATATGCATAGTATTAACTTTCTAAAACTCATTCTAATCTATGTATGCACATTTAAGGCTCATTGGGTCGTTATAGGTAATATTTAGAGCTAAAACGACATTTCCGCTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTGATTCTTATTACATGATTAATATGCATAGTTTTAACTTTCTTAAATTAATTCCAATCTATTTATGCACATTTAAGGCTCATTAGATCGCTATAGGTCATATTTAGAGCTTAAATGACATTTACGCTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTTATTCTTATTACATGATTAATATGCATAGTTTTAACTTTCTTAAACTAATTCCAATCTATTTATGCACATTTAAGGCTCATTAGATCGCTATAGGTCATATTTAGAGCTTAAATGACATTTACGCTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTTATTCTTATTACATGATTAATATACATAGTATTAACTTTCTAAAACTCATTCCAAACTATTTATGCACGTTTAAGGCTCATTGGATCGTTATAGGTCATATTTTGAGCTAAAATGACATTTACGCTCCTAACTTTGAACTAAAAAACCTATGGACTCATTTGATTCTTATTAAATGATTAATATGCATATTTTGAACTTTCTAAAACTAATTCCAAACTATTTATGCACATTTAAGGCTCATTGGATCGTTATAGGTCATATTTAGAGCTAAAACGATATTTCCGTTCCCAACTTTGAACTAAAGAACCTAAGGACTCATTTGATTCTTATTACATGATTATATGCATAGTTTTAACTTTCTAAAACTCATTCCAATCTATGTATGCACATTTAAGGCTCATTGGGTCGTTATTAGTCATATTTAGAGCTAAAATGACATTTCCGCTCCCAACTTTGAACTAAAGAACCTAAGGACTTATTTGATTCTTATTACATGATTAATATGCATTGTTTAACTTTCTACAACTCATTCTAATCTGTGTATGCACATTTAAGGCTCATTTGGTCGTTATAGGTCATATTTAGAGCTAAAATGACATTTACGCTCCCAACTTTGAAATAAAGAACCTATGGACTCATTTTATTCTTATTACATGATTAATATGCATAGTTTGAACTTTCTTAAACTCATTCAAATATATTTATGCACATTTAAGGCTCATTGCGATCGTTATAGGTCATATTTAGGCTAAAATGACATTTCCTTACTCTTGACTCGTATTCTAGACTATTAGGACATTGTCATTAGTTGCTTGAATGTTAAAATGCGATATTTAATTTGCATTTAATCTAATGCTTAATTGAAATTTTTGTTTTTGTAAAGGTCTATACTCTGAGGAATGCGCCTTATGCTAGTGAGGAAATTGATGTGGTACGTGAGCAATGGGCTAAGTTTTTTACCAGCAAATATTTATTATTGGCCTGAGCGCGCTTGATCGAGTTGGTTTAGATGTTATAGAACAATATTTTATAATAAAATGTATGCGTACGTTGAAATTCGAACATATATATAAATGTACGTGCACTTTGGTTTCATGTATACAAAACAACAATTATTGTTTTTATATTTGTTATACAGGTTGCGGTATTCTATTATTGTTGTGACAGGTTTCTATATTTGGTGCAAGGCACTCTAGGTATACCTAACCACAATTAAAATTTTCCCGCCAAAAGTGCTTTTTTGCAGCGTACATATATATGTGTACGCTGTAACAAGGGTGTAAAATTTGGCAAAATTTCAGACTTGTTGCAGCATACAAATAGATGTACCCTGCAACAGGTGGGGTCTATTGCACCGTACATGAATTTGTACCCTGCAACAAGTCAAGATTTTGGTCAAAATTTTGACACTTGTTGCAGCGTACATGCATATGTACGCTGTAAAAAAGTACTTTTTGCAGCGAACATTGTATGCTGCAACAAGTCTAGACTTGTTGCAGGCCCCCCAGTTGCAGCATACGATGTACGCTGCAATAGGGGTCTAAAAGCCCGCTGCAACAAGGGTTTTTTCTACTAGTGTGGGGTTCGATCTTGAAATTCTCGACCGTAATAGAAGGCATGATTTCCTTGGGAAGCATAGACAGACTTGGTTTAGAATAGTCTGTAAGCCTTGGCACAAGTGGGGGTGGTGGTGGTGGTGCTTGGTCACCCATCTCTGAATCTGTATGGAATAGATTGCTAATCAGATAGTCGGATTCAGAGTCAGAATAGTCCCTCAACTGTTCAACGAATCTACGCCGTCTACGAAAGGTCCGTTCAGGATCGAACGAAGTCAGATCGCTGGTATGGACAGTCCTGGGCATAAACAAGTAAAACCTAGAAAACAGTCGTGAGATCCGATCTCAAGGAACGGCAGTCCCTTGAGAAGTAACAAACAATAATCTAGAAAAACAATTAATAACAGAAAATAAAACCGAATCCCCGGCAATGGCGCCAAAATTTGACAGGCTTAAGTCGTATCACCTAATAAAAAATAACCTAAGTCCACTAGCTAGGTAGCAAGGGAAGTCAGGATCGAATCCAAAGGGAAACAGGCGTTCTTTCTACTATCAATTAATTAATCTAGACTATTGGGAACAGGAATTGGTTGGTGGTTTGTATGATAAAACTACGAACGATAATTAAGCGAGTAAGAATCAATATATTAAGGAATCTAGGGCATAGGTTCACCAACAAATAACAATCCAGGACAATGAACAATCACGATAATCAACAAAGTAATTAATTAGACTAGCATGCTCTCTCGAATCGATATTAATCATAGACTTAGAATTAACGGGCTCTCGCTACGTATTAACTCTAATTCCACCTATTGACACAAGCCTAAACATCAAATTGCATCTCTCGAATCTTAATTTGATATTGCATAACTACCACAATTAAACCTGCGCAAATCTAATTGTATAGTGAAATAAACCAATCAATAGGAATCAATTACAATGCCAACAATCATGATTATTCAATATCCCTTCATATTATTCATGGATCCCCAAACCCTAGAAATTAGACTACTCAAGCACATTAACAATAAACAAGGAAATTCGCATGATTGACAACATAATTAGAGCTAAACAAAGAATTTAAATAGTGAACAATACCTTAATTGAAGAACAATGGAAATAGAAATCTTGAATTTTTATTGAAATTGAAAACTAAGTGTTTGCATAAATTTAGAGAGAAATTAACTAAGGAAAATAAAACTAAGGGTTTCAATACTAGAATAAGATGTCCACTAAAAATAATGAAGCCTAGTATTTATAATTTGCCCATAAAAATAAAGAAAAACCGGAAGAAAACCGCGGAAAAAGGGCCCTGGGTTGTCGTCGCCCGGTCGGGCAGCCTTCCGCCCGTCGGGCGACCAGCTCGTAACCCGCCCGTCGGGCACAGGTCTGCCCGCCAGGCGGAGGGAGACATTCTGAAAATCATCGGCACGCGCCCGGTCGGGCAGCTCCCGCCCGTCGGGCAGACGTTCGCCCGTCGGGCAGCCATTCGCCCGCCGGGCGCGCGTACAAACTGCACGATCCTCTATCTTTAAAACGCTATATCTCCTTCGTTATTCGTTGGAATTAGGTGAGTGACCACTCGTTGGAAAGCTATTGAAGTCTAGAATCCAACCCAATTGAAATCACTTCATTTAGAGTTGTAGAACGTAAGTTATGATCAAAAGAGTAGACGAGTGTCGGTTTTCTAGTTCTTTCACTATCCGCTTTGCTCAAAAACTCTTCCAACTCAATGTGTGTGCTCTCGAAAGTACATAATCTCTTGTATTGATTCAAATGAGTAGAAAATGTACAAAAACATGCTAATTCCTACAATGATGAACCTGAAACTACAAACACACTACAAGGAGCACATTAGTACTAAAAATCGCTCCGAAGAGCTCATTTGAGATCAAAAAGTACTAAGGGACGGGGGTAAAAACACTATAAAATATGAACATATCACCTAGCCCTGCAAGATGAAGGATTCGATCCAACCCAACCAATCATCCCGTCACCCACTACGGAGGAGGAAGCCAAGCACGGATGGTACACATCATTTCAATGGATCAACTCAAGAGGGATCGAGTTCAAGATGACCACTGGAGAAGGACCAAAATTCTTCGAGAACCAACCGAAAGTATGAGTTCAAGTCTAGGGTAGCTAGCATATAATGAAGGAAATAATGCCCTTGGTCCAAGTTTGCATTTAATGCTAAGTCTAATAAATGCGGTTCAATATTAATTAACAAGTAAATAATTCAGTGAGATCAATTGACCTGAATGCCTAGCTAGAGGCTACTTCAGTTCAAGTGGAATTAATAATATTAATCCACAACTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTGCGTGAATGAATCAAGTATTTAGGTGAATATAATATTCAGTAAATACTCTATTTATTGACATTCGGAAAATGATGGATATTGGTTCCAGTGGGAGCTGAAATTATCAAAAAGGCAAAGAAAGAATATTTGCCGGAAATGAAGATATTGCCGGAAACGGAAATATGGTTCATAACGGAAATATAAATGTTATCGAAGTCGAAGATATTTCCAGAAATGGAAATACAGTTAGTTTAGGAAAATATTAATGGAAATAGAAATATTGCCGGAATCAGAATTATTGCGGGAAACAGAAATATTACCGGAATAGAAAATATTGTCGAAATCAGAAAATATTGTCGGAGTCGGAAAATATTATAAAAAACGTGAATACTGTTCGAGTCGGAAATAAATTTCGGAATCGGAAGCACGGCGAGAGATTGCTCGACGAGCAAGCCCGCAAGGCACGAGGCCTAGCGCAAGCGCCAAGCCCAACGCCCAGAAGGCCTGCGCGCGCGAGCAATAGTGATGGGCCAGCAGCGCCATAGCGTGGGCTGCAAAGCCTTGCGTGGGCGGCAAGCAACAAGCAGCAGCAGCGGGGGCCTCAAGCCACACATGATGCAACGAGCACCAAACCCGCATGTGCTTGTCATTGGCTTGGACGCTAAGTCTACTTGCGTGACAAGTAGCTTGGGTCTTAAGCTAACCGTTTTCCTAATCCTACGCAAACTAGAATTTTAGGATAAATATAATACTAATAGTGTTTGATTATATCTGAATTCCTAAGAGTTTAAGATTAACTAGAATCCTAATTCTAATGGATTTAATAAATCCAATCTTAGTAGGATATGACTACTCTATTTCCTCTGATCCATGATCACAAATAAATATACAACACACATTGAATTCTAACCGAATTTAATAATTTTCTTATCACTTATTGTGAGTCCCCGAGTGCACATAAAACCTTAGATTATATCCAAGTTGTAACAGCCCTGATTTTAAGCAATTCTTAATATGATATTAAGAGTAATTTTCGTCTTAAACGTGTAATTAGAATTTCTCCTAAACCCATTTTGAGATTAAGATCTTGAAATTTTATTAAACTGGTGAATGAATTTGAGATTTTTTTTTATATTTTGTATTTAAGTTAGTATTCGAATTGATTTTCGAGTTTACCCTCGAGATAATTTATGGAATAAAAAATTCGTTTGAAGATTTGAGATTTTGTACTCCGAAGTAAATTGTTTAAACTCAAGGATTAATTATGAAATTAAAAATTCTATTTTAATGAATTATATTTTGTTCAAGTATTTTGCCTAAAAAAGAAAATCATTGTTAAGTTAGTTGAAGAGAATTATATTTAAATAATTAAGATTATTATACTTGAGCTTGTTTGTAAAAATCTGAGTGTTTAGATGATTTTCTTATTGTTAAATGAATAATGAACCTTCTCCTCTCCTCTCAATCTCCTTCACCTTCCTTCTCTCTCCTCACCGACACTCCCTCTCCCCACCTTCGACACCCTCCTCTCTCTGTCCTGAGCCGCGCACCACCAGCGCCTCCACCGTACTCCGTTCTCCCTCGTCAATGCTTCTGATGATGTGTGTTGTTTGTTTGTTGATTTGTTTCTGCCACCTTCCTTGCTCTACCTCCCTCTCGTGCTCTGGGTCGCCGCCGCCACCGACGGTGACGTTTCGGGATCTCCATGCTTGCTACACTACTTGATTGGTAATCTCTTAAATTCTTATCACTAATTTATTGAATTCAAGTAAAACCCCCAAATTGAAGAAAACCCTAACTTTCTCTTTTTTTGGGTTTCTCTCTCTTCTTGTTCGGTGCACCACTTCCTCCGCCGGAGTCGTGATTTGGTGGTGGTGATGCCCACCCTGTACGTGGTGGTTGTTAGTCGTCTGATGTTGTTGCTCTTCTCCCTCTCTCCACTTGCTCTTCCCTGTCATCTCTCTGGCTCTCCGCCAGGCTCTCCCACCACTGTGGCGGTGCGGCGTAGCTGGTCTTGCTGCTTCTTGGTATTATTATTGGTCACTTTGTTGTTGTTGATGTGGAAGCTCATGTTGCTAATTCTGCCTTCTATATTCCTTAAGGGTATAAGTCAATCCAAACTTTATTCTATCTACTTTTCAGTTCATCCATTTCCACAAAGTTATGAGAATTTAATTTGTTATTGATTATTAACTTTATTCTATCTACTTTTCATATGAAAGATTTGGGAGTGTTAAAATATTTTTTGGGGCTAGAGGTAGCTCGAAGTCATGAGGGAATTTATCTTTGCCAGAGAAAATATGCATTGGAAATAATTGAAGAAACGGGTTTATTAGGGGCAAAACCGACAGAATTTCCAATGGAGCAACATCACAAACTGGCATTAGCGACCGGTGCGCTACTTGAAGACCCATAACCCTATCGAAGACTTGTAGGGAGATTGATTTACTTATCAGTGACTAGACATGATCTTGCCTATTCAGTACACATCTTATCTCAATTTATGCAACAACCTCGTGAAGAGCATTGGGAAGCAGTCTTGCGGGTTGTGAGATATTTAAAGAAAAAACCTGGCCAAGGAATTTACTTCTGTCCGATAGTGCTTTGGTCTTGGAGGGATGGTGTGATTCTGATTGGGCTAGTTGTCCACTTACAAGACGTTCTTTAACAGGGTGGTTGGTGTTGCTTGGTCTTTCGCCAATCTCTTGGAAAACTAAGAAACAACCAACCGTTTCTTGTTCTTCTGTTGAGGCGGAATACCGATCTATGGCAGCAACTACATGTGAGCTAAAATGGCTTAAACAATTGCTCGGTGATTTAGGAGTTTGCCATCCCAAAGGGATGCGGTTATTTTGTGATAGTCAATCTGCTTTGCATATTGCTCAGAATCCGGTGTTCAATGAACGGACAAAACATATATTGAAGCCGACTGTCATTTTGTTCGTGATGTAGTGACTGAAGGAATTATTTCCCCTTCGTATGTTCCTACGACAATACAACTAGCGGATATTTTCACAAAAGCCTTGGGAAAAACACAGTTTGAGTTCCTCCTTCACAAGTTGGGCATTCAAGACCTTCACGCTCCAACTTGAGGGGGGTATTGAGATATTATTATTATTATTGCTAGTAATGTAAAAAGATATGTTAGTCAACTTAGGAGTTATGATAATTGTTAATATAGCTTATACATACATAACTTCTGTCATAGTAGAGTAGTAATAAGGGATATTACATTAGCATTAATTTGTGTCTGAAACTCTGCTTGCTTGTAACGTTTATGTTACATTAGAATTTGTATAAATAGTGGGTTGATAAATGAGAAAGAACACACACTTTTGAGGAGAATTAACATTAATATATAGTGGTTGTTTCCTTTGAAATATTTGTTGATTTCTAATTGTCCAGCAGAGACTAGAAAGAAGACGCCAGATGCCATATCACATGCACATTAACCTTGAACTTTTGGAGGCAGTTCATCTAACTTGTGCCATGCTACTGGAGGTCCCCCACATGGCAGCCAATACCGTGGATGCAAAGCGTAAAGTCTATAAGCAAGACATTCAGAAGATTGCTTGA

mRNA sequence

ATGCTTAAAGCTTATGTGTTTGCAATGTTCAATGAGGATGACAAACCTGGGCCAAATTTTGAGAGGAATTTTGGGCTTTGGAAACCTGATGGCAGCATCTCGTATGATGTGGGTTTTCCTGCATTGAAGTCAACTGCTTTAGCTATATCACCCTTCTCCATAAAGGATTTACTTAAGAAAAGATCCAATAATCCAATTGTTATCTTTGTTTTGTGTCTATTCGGCCGAGGAACACTTCCTCTATTAGCATATGATCAGCTTCCAATTTTTGTCATTTTTTCTGCTGTAGTGGTAACTGTCAACGATTATCTTACTCGTCGTGATGCTGAGTGGATGAGCAGTGTTCATCATTTCCTTGGTCTATCAGTTGGTCTCATTCAGAAGGGAATGAAGGCTGAGGAGAGGAGATCCAACTATAGATGTGATATAACTTATACCAACAATTCACAGAGACTAGAAAGAAGACGCCAGATGCCATATCACATGCACATTAACCTTGAACTTTTGGAGGCAGTTCATCTAACTTGTGCCATGCTACTGGAGGTCCCCCACATGGCAGCCAATACCGTGGATGCAAAGCGTAAAGTCTATAAGCAAGACATTCAGAAGATTGCTTGA

Coding sequence (CDS)

ATGCTTAAAGCTTATGTGTTTGCAATGTTCAATGAGGATGACAAACCTGGGCCAAATTTTGAGAGGAATTTTGGGCTTTGGAAACCTGATGGCAGCATCTCGTATGATGTGGGTTTTCCTGCATTGAAGTCAACTGCTTTAGCTATATCACCCTTCTCCATAAAGGATTTACTTAAGAAAAGATCCAATAATCCAATTGTTATCTTTGTTTTGTGTCTATTCGGCCGAGGAACACTTCCTCTATTAGCATATGATCAGCTTCCAATTTTTGTCATTTTTTCTGCTGTAGTGGTAACTGTCAACGATTATCTTACTCGTCGTGATGCTGAGTGGATGAGCAGTGTTCATCATTTCCTTGGTCTATCAGTTGGTCTCATTCAGAAGGGAATGAAGGCTGAGGAGAGGAGATCCAACTATAGATGTGATATAACTTATACCAACAATTCACAGAGACTAGAAAGAAGACGCCAGATGCCATATCACATGCACATTAACCTTGAACTTTTGGAGGCAGTTCATCTAACTTGTGCCATGCTACTGGAGGTCCCCCACATGGCAGCCAATACCGTGGATGCAAAGCGTAAAGTCTATAAGCAAGACATTCAGAAGATTGCTTGA

Protein sequence

MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKDLLKKRSNNPIVIFVLCLFGRGTLPLLAYDQLPIFVIFSAVVVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQRLERRRQMPYHMHINLELLEAVHLTCAMLLEVPHMAANTVDAKRKVYKQDIQKIA

Relationships

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


Feature Name	Unique Name	Type
Spo18691	Spo18691	gene

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


Feature Name	Unique Name	Type
Spo18691.1	Spo18691.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo18691.1.exon.1	Spo18691.1.exon.1	exon
Spo18691.1.exon.2	Spo18691.1.exon.2	exon
Spo18691.1.exon.3	Spo18691.1.exon.3	exon
Spo18691.1.exon.4	Spo18691.1.exon.4	exon

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


Feature Name	Unique Name	Type
Spo18691.1.CDS.1	Spo18691.1.CDS.1	CDS
Spo18691.1.CDS.2	Spo18691.1.CDS.2	CDS
Spo18691.1.CDS.3	Spo18691.1.CDS.3	CDS
Spo18691.1.CDS.4	Spo18691.1.CDS.4	CDS

Homology

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BLAST of Spo18691.1 vs. NCBI nr
Match: gi|902218223|gb|KNA17973.1| (hypothetical protein SOVF_075040 [Spinacia oleracea])

HSP 1 Score: 117.9 bits (294), Expect = 2.100e-23
Identity = 54/57 (94.74%), Postives = 56/57 (98.25%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKDL 58
           MLKAYVFAMFNEDDKPGPN ERNFGLWKPDGSISYDVGFPALKS+ALAISPFSIKD+
Sbjct: 317 MLKAYVFAMFNEDDKPGPNSERNFGLWKPDGSISYDVGFPALKSSALAISPFSIKDI 373

[Close]

BLAST of Spo18691.1 vs. NCBI nr
Match: gi|731353233|ref|XP_010687954.1| (PREDICTED: glucan endo-1,3-beta-glucosidase 14 isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 112.8 bits (281), Expect = 6.900e-22
Identity = 54/74 (72.97%), Postives = 61/74 (82.43%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKDL-LK 60
           MLKAYVFAMFNE DKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+A SPFS+KD+ ++
Sbjct: 310 MLKAYVFAMFNEKDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAVATSPFSMKDIRVQ 369

Query: 61  KRSNNPIVIFVLCL 74
            R      IF  C+
Sbjct: 370 GRLTPYFTIFTTCM 383

[Close]

BLAST of Spo18691.1 vs. NCBI nr
Match: gi|902234934|gb|KNA23657.1| (hypothetical protein SOVF_022930 [Spinacia oleracea])

HSP 1 Score: 110.5 bits (275), Expect = 3.400e-21
Identity = 51/54 (94.44%), Postives = 52/54 (96.30%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL RRDAEWM SVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNS+
Sbjct: 196 VVTVNDYLARRDAEWMGSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSE 249

[Close]

BLAST of Spo18691.1 vs. NCBI nr
Match: gi|731353235|ref|XP_010687955.1| (PREDICTED: glucan endo-1,3-beta-glucosidase 14 isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 110.2 bits (274), Expect = 4.500e-21
Identity = 50/56 (89.29%), Postives = 53/56 (94.64%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKD 57
           MLKAYVFAMFNE DKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+A SPFS+KD
Sbjct: 310 MLKAYVFAMFNEKDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAVATSPFSMKD 365

[Close]

BLAST of Spo18691.1 vs. NCBI nr
Match: gi|902231811|gb|KNA22413.1| (hypothetical protein SOVF_034340 [Spinacia oleracea])

HSP 1 Score: 110.2 bits (274), Expect = 4.500e-21
Identity = 51/55 (92.73%), Postives = 53/55 (96.36%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIK 56
           MLKA VFAMFNEDDKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+AISPFSIK
Sbjct: 152 MLKASVFAMFNEDDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAIAISPFSIK 206

[Close]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RER4_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_075040 PE=3 SV=1)

HSP 1 Score: 117.9 bits (294), Expect = 1.500e-23
Identity = 54/57 (94.74%), Postives = 56/57 (98.25%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKDL 58
           MLKAYVFAMFNEDDKPGPN ERNFGLWKPDGSISYDVGFPALKS+ALAISPFSIKD+
Sbjct: 317 MLKAYVFAMFNEDDKPGPNSERNFGLWKPDGSISYDVGFPALKSSALAISPFSIKDI 373

[Close]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BN88_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g194130 PE=3 SV=1)

HSP 1 Score: 112.8 bits (281), Expect = 4.800e-22
Identity = 54/74 (72.97%), Postives = 61/74 (82.43%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKDL-LK 60
           MLKAYVFAMFNE DKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+A SPFS+KD+ ++
Sbjct: 310 MLKAYVFAMFNEKDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAVATSPFSMKDIRVQ 369

Query: 61  KRSNNPIVIFVLCL 74
            R      IF  C+
Sbjct: 370 GRLTPYFTIFTTCM 383

[Close]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RXV0_SPIOL (Protein translocase subunit SecA OS=Spinacia oleracea GN=SOVF_022930 PE=3 SV=1)

HSP 1 Score: 110.5 bits (275), Expect = 2.400e-21
Identity = 51/54 (94.44%), Postives = 52/54 (96.30%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL RRDAEWM SVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNS+
Sbjct: 196 VVTVNDYLARRDAEWMGSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSE 249

[Close]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RSH2_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_034340 PE=3 SV=1)

HSP 1 Score: 110.2 bits (274), Expect = 3.100e-21
Identity = 51/55 (92.73%), Postives = 53/55 (96.36%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIK 56
           MLKA VFAMFNEDDKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+AISPFSIK
Sbjct: 152 MLKASVFAMFNEDDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAIAISPFSIK 206

[Close]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Match: A0A0J8EIK0_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g194130 PE=3 SV=1)

HSP 1 Score: 110.2 bits (274), Expect = 3.100e-21
Identity = 50/56 (89.29%), Postives = 53/56 (94.64%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTALAISPFSIKD 57
           MLKAYVFAMFNE DKPGPN ERNFGLWKPDGSISYDVGFPALKS+A+A SPFS+KD
Sbjct: 310 MLKAYVFAMFNEKDKPGPNSERNFGLWKPDGSISYDVGFPALKSSAVATSPFSMKD 365

[Close]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Match: SECA2_ARATH (Protein translocase subunit SECA2, chloroplastic OS=Arabidopsis thaliana GN=SECA2 PE=2 SV=1)

HSP 1 Score: 97.1 bits (240), Expect = 2.500e-19
Identity = 44/54 (81.48%), Postives = 48/54 (88.89%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL +RDAEWM  VH FLGLSVGLIQ+GMKAEER+ NY CDITYTNNS+
Sbjct: 193 VVTVNDYLAQRDAEWMGRVHRFLGLSVGLIQRGMKAEERKFNYSCDITYTNNSE 246

[Close]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Match: SECA_SYNP6 (Protein translocase subunit SecA OS=Synechococcus sp. (strain ATCC 27144 / PCC 6301 / SAUG 1402/1) GN=secA PE=3 SV=1)

HSP 1 Score: 92.8 bits (229), Expect = 4.600e-18
Identity = 43/56 (76.79%), Postives = 45/56 (80.36%), Query Frame = 1


		  
Query: 95  AVVVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           A VVTVNDYL RRDAEWM  VH FLGLSVGLIQ+GM  EERR NY CDITY  NS+
Sbjct: 130 AHVVTVNDYLARRDAEWMGQVHRFLGLSVGLIQQGMSPEERRRNYNCDITYATNSE 185

[Close]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Match: SECA_SYNE7 (Protein translocase subunit SecA OS=Synechococcus elongatus (strain PCC 7942) GN=secA PE=3 SV=1)

HSP 1 Score: 92.8 bits (229), Expect = 4.600e-18
Identity = 43/56 (76.79%), Postives = 45/56 (80.36%), Query Frame = 1


		  
Query: 95  AVVVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           A VVTVNDYL RRDAEWM  VH FLGLSVGLIQ+GM  EERR NY CDITY  NS+
Sbjct: 130 AHVVTVNDYLARRDAEWMGQVHRFLGLSVGLIQQGMSPEERRRNYNCDITYATNSE 185

[Close]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Match: SECA_MICAN (Protein translocase subunit SecA OS=Microcystis aeruginosa (strain NIES-843) GN=secA PE=3 SV=1)

HSP 1 Score: 92.4 bits (228), Expect = 6.000e-18
Identity = 42/54 (77.78%), Postives = 44/54 (81.48%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL RRDAEWM  VH FLGLSVGLIQ GM  EER+ NY CDITYT NS+
Sbjct: 131 VVTVNDYLARRDAEWMGQVHRFLGLSVGLIQAGMSPEERKKNYACDITYTTNSE 184

[Close]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Match: SECA_CYAP8 (Protein translocase subunit SecA OS=Cyanothece sp. (strain PCC 8801) GN=secA PE=3 SV=1)

HSP 1 Score: 91.7 bits (226), Expect = 1.000e-17
Identity = 42/54 (77.78%), Postives = 44/54 (81.48%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL RRDAEWM  VH FLGLSVGLIQ GM  EER+ NY CDITYT NS+
Sbjct: 131 VVTVNDYLARRDAEWMGQVHRFLGLSVGLIQGGMNPEERKKNYGCDITYTTNSE 184

[Close]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Match: AT1G21650.3 (Preprotein translocase SecA family protein)

HSP 1 Score: 97.1 bits (240), Expect = 1.400e-20
Identity = 44/54 (81.48%), Postives = 48/54 (88.89%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYTNNSQ 151
           VVTVNDYL +RDAEWM  VH FLGLSVGLIQ+GMKAEER+ NY CDITYTNNS+
Sbjct: 940 VVTVNDYLAQRDAEWMGRVHRFLGLSVGLIQRGMKAEERKFNYSCDITYTNNSE 993

[Close]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Match: AT3G56150.1 (eukaryotic translation initiation factor 3C)

HSP 1 Score: 85.1 bits (209), Expect = 5.400e-17
Identity = 40/59 (67.80%), Postives = 51/59 (86.44%), Query Frame = 1


		  
Query: 146 TNNSQRLERRRQMPYHMHINLELLEAVHLTCAMLLEVPHMAANTVDAKRKVYKQDIQKI 205
           T   +R+ERRRQMPYHMH+NLELLEAVHL CAMLLEVP+MAAN+ DAKR+V  ++ +++
Sbjct: 590 TPEQERMERRRQMPYHMHLNLELLEAVHLICAMLLEVPNMAANSHDAKRRVISKNFRRL 648

[Close]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Match: AT3G22860.1 (eukaryotic translation initiation factor 3 subunit C2)

HSP 1 Score: 75.5 bits (184), Expect = 4.300e-14
Identity = 37/59 (62.71%), Postives = 48/59 (81.36%), Query Frame = 1


		  
Query: 146 TNNSQRLERRRQMPYHMHINLELLEAVHLTCAMLLEVPHMAANTVDAKRKVYKQDIQKI 205
           T     +ERR Q+PYHM+INLELLEAV+LTCAMLLEVP+MAAN+ D+K K   ++IQ++
Sbjct: 548 TTEQMLMERRTQIPYHMNINLELLEAVYLTCAMLLEVPNMAANSHDSKHKPISKNIQRL 606

[Close]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Match: AT4G01800.2 (Albino or Glassy Yellow 1)

HSP 1 Score: 75.1 bits (183), Expect = 5.600e-14
Identity = 33/50 (66.00%), Postives = 38/50 (76.00%), Query Frame = 1


		  
Query: 97  VVTVNDYLTRRDAEWMSSVHHFLGLSVGLIQKGMKAEERRSNYRCDITYT 147
           VVTVNDYL RRD EW+  V  FLGL VGLIQ+ M  E+R+ NY CDITY+
Sbjct: 203 VVTVNDYLARRDCEWVGQVPRFLGLKVGLIQQNMTPEQRKENYLCDITYS 252

[Close]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Match: AT3G15800.1 (Glycosyl hydrolase superfamily protein)

HSP 1 Score: 72.4 bits (176), Expect = 3.600e-13
Identity = 29/46 (63.04%), Postives = 40/46 (86.96%), Query Frame = 1


		  
Query: 1   MLKAYVFAMFNEDDKPGPNFERNFGLWKPDGSISYDVGFPALKSTA 47
           +++AYVFA+FNE+ KPGP  ERNFGL+KPDG+I+YD+G   LKS++
Sbjct: 325 VVRAYVFALFNENSKPGPTSERNFGLFKPDGTIAYDIGLTGLKSSS 370

The following BLAST results are available for this feature:

BLAST of Spo18691.1 vs. NCBI nr
BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
BLAST of Spo18691.1 vs. TAIR (Arabidopsis)

BLAST of Spo18691.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|902218223\|gb\|KNA17973.1\|	2.1e-23	94.7	hypothetical protein SOVF_0750...	[more]
gi\|731353233\|ref\|XP_010687954.1\|	6.9e-22	72.9	PREDICTED: glucan endo-1,3-bet...	[more]
gi\|902234934\|gb\|KNA23657.1\|	3.4e-21	94.4	hypothetical protein SOVF_0229...	[more]
gi\|731353235\|ref\|XP_010687955.1\|	4.5e-21	89.2	PREDICTED: glucan endo-1,3-bet...	[more]
gi\|902231811\|gb\|KNA22413.1\|	4.5e-21	92.7	hypothetical protein SOVF_0343...	[more]

BLAST of Spo18691.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RER4_SPIOL	1.5e-23	94.7	Uncharacterized protein OS=Spi...	[more]
A0A0J8BN88_BETVU	4.8e-22	72.9	Uncharacterized protein OS=Bet...	[more]
A0A0K9RXV0_SPIOL	2.4e-21	94.4	Protein translocase subunit Se...	[more]
A0A0K9RSH2_SPIOL	3.1e-21	92.7	Uncharacterized protein OS=Spi...	[more]
A0A0J8EIK0_BETVU	3.1e-21	89.2	Uncharacterized protein OS=Bet...	[more]

BLAST of Spo18691.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5


Match Name	E-value	Identity	Description
SECA2_ARATH	2.5e-19	81.4	Protein translocase subunit SE...	[more]
SECA_SYNP6	4.6e-18	76.7	Protein translocase subunit Se...	[more]
SECA_SYNE7	4.6e-18	76.7	Protein translocase subunit Se...	[more]
SECA_MICAN	6.0e-18	77.7	Protein translocase subunit Se...	[more]
SECA_CYAP8	1.0e-17	77.7	Protein translocase subunit Se...	[more]

BLAST of Spo18691.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT1G21650.3	1.4e-20	81.4	Preprotein translocase SecA fa...	[more]
AT3G56150.1	5.4e-17	67.8	eukaryotic translation initiat...	[more]
AT3G22860.1	4.3e-14	62.7	eukaryotic translation initiat...	[more]
AT4G01800.2	5.6e-14	66.0	Albino or Glassy Yellow 1	[more]
AT3G15800.1	3.6e-13	63.0	Glycosyl hydrolase superfamily...	[more]

InterPro

Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000490	Glycoside hydrolase family 17	PFAM	PF00332	Glyco_hydro_17	coord: 3..39 score: 2.
IPR008905	Eukaryotic translation initiation factor 3 subunit C, N-terminal domain	PFAM	PF05470	eIF-3c_N	coord: 145..192 score: 7.1
IPR011115	SecA DEAD-like, N-terminal	PFAM	PF07517	SecA_DEAD	coord: 96..149 score: 2.3
IPR011115	SecA DEAD-like, N-terminal	SMART	SM00957	SecA_DEAD_2	coord: 20..205 score: 5.
IPR013781	Glycoside hydrolase, catalytic domain	GENE3D	3.20.20.80		coord: 3..39 score: 2.9
IPR014018	SecA motor DEAD	PROFILE	PS51196	SECA_MOTOR_DEAD	coord: 1..205 score: 11
IPR017853	Glycoside hydrolase superfamily	unknown	SSF51445	(Trans)glycosidases	coord: 3..38 score: 5.
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 95..150 score: 4.6
IPR027417	P-loop containing nucleoside triphosphate hydrolase	unknown	SSF52540	P-loop containing nucleoside triphosphate hydrolases	coord: 94..153 score: 2.58
None	No IPR available	PANTHER	PTHR30612	SECA INNER MEMBRANE COMPONENT OF SEC PROTEIN SECRETION SYSTEM	coord: 97..150 score: 3.7
None	No IPR available	PANTHER	PTHR30612:SF5	PROTEIN TRANSLOCASE SUBUNIT SECA2, CHLOROPLASTIC	coord: 97..150 score: 3.7

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0005975	carbohydrate metabolic process
biological_process	GO:0017038	protein import
biological_process	GO:0006413	translational initiation
biological_process	GO:0006605	protein targeting
biological_process	GO:0006446	regulation of translational initiation
cellular_component	GO:0005852	eukaryotic translation initiation factor 3 complex
cellular_component	GO:0016020	membrane
cellular_component	GO:0009536	plastid
cellular_component	GO:0005840	ribosome
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004553	hydrolase activity, hydrolyzing O-glycosyl compounds
molecular_function	GO:0003743	translation initiation factor activity
molecular_function	GO:0031369	translation initiation factor binding