Spo16755 (gene) | SpinachBase

Overview


Name	Spo16755
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	ATP-dependent RNA helicase, mitochondrial, putative
Location	SpoScf_00778 : 159815 .. 192811 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDS

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

TTTCATAGTCGAGTTAAGAATGGCTCCATTATAACTCGAAATAAAGGATTTTTTTTAATTATGGCTTCTTCACTTCTACGCCGGAGATTCTCAAACTTCAGCCTCTCTCGTCATTATTACGGTTCGATTCTTTCGTTTTCATGTAAAAAATTCGTCGCGTTTTCATCAATGAATAGGTTGCAGTTTCTGTCAATATGACAGAAACTGCAACCTATGCATATAATCTGCCAAAAATTTGACCTTTTGTTTTTGCGTTTTTATTTGATCCTTAATTCTGCAGATATGATCCAATATATTGCTATTTTGTAAAATTATTGGATTGTTGTTCTAATAAATTGCTTAGTGTTCTGTACAATTTGTTCGGCAATAACCTGAATTTGGCAATTAAGCTCTAATTGTTTGGTTGGTTTCGAATTTTTTTTCCATTCAATATATTACTTCATGCATAAAATTGTGTTATTTTCGAGCTCAATTTTCTCAGGTAATGTTAAATGTAGCCTACTGATTACGGATAAATAACTTAAAAATCGAAAGTATTTATATATTTTTGATGCATTTTATTGTTTGGACATATCCGTGTTTGATGGAAGCGAGGCGTCTGTTTTGAGTTGAAAATTGTAATGGGTTGGTGTGAATATTTTCGGGAATATTGACCTCCCATTTTTGAGAAGACATTGAAGAAGACATTGAGTTAATATTCTTTTGGAACCTTTTCAAACTATTATTGTAGAAAAGTTGAGGAAAACAATTTTATCGAATATGCTCTCTTGCCATCTTTTGTTTAGTAAAGATTTCTTTAGATTCAATTATGTCCTGGTCATTTGTCAGTTTGTCACTTTATCGTGCTTTGTATTTCCAGATCAATTTGAGACTTTACCCTGGGAGTTGAGATTTGGACTATTGGCTAGTCAGTGTGGTTGCTCGAGGCAGTTCAGCAACGGTGCTACATCATCCAGATTTGATTTTACGGACTTGACGTGAGAATAATATCTCCTTTCTATTGCTATTGTTAAATGATGTATGGTCTATTATCTTTGCATAACCTTGTTGGTTGATAGATATCATAGCCTCGTAGTTGATTTTGATGTTATCTATACTCATTTTCTTGATGCAATATTATTATTCTAATTGTGAAAAGCTTTGAGAAGAAAATTTTCTGTTCTGTTTTAGTGTCGTATTCCCTTATCAACACATTCATGTAGGTTCCTTTTCTTATTTTGTGTACATATGCCCTTGTTCTTGTATTTTATTTTTTCTCTTGTAATTGGTTCTTCGCTTCAGTTTACCATAAATTCTGACTCACATCTCAAGTTTACCTCTTGTTGAATTCTCCCTTGTTTGTTAGAGTGACACTGCCTTTTGAGAGCATACCATTTAAGTAATGCCCTCTTGCTGCTTACTTTTTATTTAGTAAATGTTTGACTATACTTTAGTCCATGCTTGAAACGAGGTTAATTATTTGAGGGGTAATACCGTAATAGGGTCTAAAATAATGAGGTGGTATGTAGGTGGAGATGGTGGTGGTTTAGGGAAGCAGTAGTGGGGGGGGGGGGGGGGGANNNNNNNNGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGACTATTACCTTTATTGGGGGTAACCTATTTCCTAGAGGGGTGGGAATAATTAGTCTTATATGAGGGTAGTCAAGTAATTTCTCTCCCTCCCCCGTCTCTGTCTTTCACCAAATGTTAACCTCTTCTAACACCAACACCCACTCACGGCCTCTTCATTTGAATCCTGTAACCCCCTTAGATTTCCTCCATTCGAGCAAGCCCTTAGGACCCATTTGGTATATGGTAATAAATGGTGGTAATGAAAATGATTTTTATACGGGAGTAAATAACATACTCAAAATTCTTAGCTATCTAGCTTAGATCACATAAACAAAGTGAATGCTTCACAAGAGGAGTCAAAAGTCTTCAAACTACTGATAAAGATAGTTTTATATAGCCTTGAAAATTGAAACTGACCGAACTTAAGCTTGCATTTAAATTGTCTTTCTCCTAATAGGTTGGCAGTTTTGTCAATTTGTGTAGGGCTTAGCAATTGTTAATGCCTTAAATTTCCAGTACATTCTCAGGGTCTCTTTAGTAGTCTTTGAAAGTTAGGGCCTTAGGGGTAAGGCTGTGCAGCAGTCTGCAGTAATAGTTGCTGCTGTTGTATTGTAGACTTATTGGTGTCAAATGCTGTTCTATTCTTTTAGAAAGTTACAAGGATGGAGTCTAAAATATTTACTTTCTCTGTGGGCTGTTTATGCTAGTCGTCCTCACACATGGTACCCAATTGCCAGAGAGAAGAAGCGAACTATTTTTCTTCACGTGGGACCCACAAACAGTGGTAAAACATATCATGCGTTGAAACAGTTGGAATGTAGCTCAACAGGTTAAAGAAGCTGGCCTTGTTTATTAAATTTTATTATCAGTAAGGGTGGCAGCCATGGCGCAGTCCGGCAGATATATTCATTTAAAAGCCATATCCTTAATCATTTCTTGTGTTCTGTTCTGTAGGTGTATACTGTGGACCCTTAAGATTATTGGCTTGGGAAGTAGCAAAACGTTTGAACAAAGCTAATGTTCCTTGCAATCTTATCACTGGACAAGAACGGGAGGAAGTTGAAGGTGCAAAACACATGGCTGCTACTGTTGAGATGGCAGATGTGACATCTGACTATCAATGTGCTGTTATTGATGAAATTCAGGCATGTAGTTGGCTATAGCTTAGTGTGCTGAAAATTTCATGATCTGATGGTTTTTAATAGCTTTCCTAATTTGTGTTTTATTGGTAGGAGTAGAACATTGGTCTTGCACTCTTTTGCTGCAGGCCTGTGACTATCAGCGCATATTCTATCATCTTTCTCATGCTTCTCCAAATGCTTAAATTAAACTTTTTCAGCATTTATTTATATGGTTTTGGGTGTTAGATATTGGAAAAATAGTATATACAATTGATGACCGCCATGTGATTGCTCATTGACCGTTTCTCTTCCACTTGTAATAATTGGCGCTTTTTTATGATTTCAGATGCTGGGTTGCAGGAATAGGGGTTTTTCCTTTACTCGTGCTCTACTGGGACTTGCTGCAGATGAACTACACTTATGTGGAGACCCTGCCGCTGTGCCTCTCATTAAGCAAATGTTGAAAGTTACTGGTGATGATTTGCAGGTAATTTTTTTTTTTTTTTATAATAAAAAGCAGGTTTCCTGATTTCGACTATTTTCTGTATTACATCCCTTGGTTATTAGTCAGTAACTTAAGTAAAATCTATTCAGATTCGAAACATGTAATGTTTTTTGTTTGCTGCTTTTAAGCTTTTGTTTTAATGGATGGGTGCATGGGCTTCTGTGCAATGGACTCTAGTAACTTTTTTTCCTGCATTTTTTTTAATATTCTAGTTCTTTGTCAGTTATTATGATCATAGCACAGTTTTAATTGTAAGAAGAGTTTCTGAAGAGAGTTTATAATTCTTTTCCTGTATGTCTTAAATTCTTCTCAAAAGGTCCTATCTAAGAAGATGTTTCAACTTTGAGAGATCTCATGGGAAAAATGCTTCAGTTAAGTGCATACTGCATAGGCTGATCTAGTTGTGGACTTCTGGTTGTTAACTGGTATTGCACTAGCTTTCCATCCAACATAAAACCTTAGGGGTTGTTTGTGAGCGAAGAAAGGAAAGAGAATGGGAAGGAAAAACATCAAAATCCCTTTAACTACATGGCATGTTTTGTTTGATAAAGGCAACAGGTTGATAAAGAAAAAGAAAATAAAAAGGAAATCCAACACCTTCTCAACCACCCACCTTCCTTATTTTTCAGATCGTAGTTGCCTGAAAATTTGGACTAGAAAACTCTGCGAGAGGTTAACTACTTGTTTCTGCAGATCTGGAAATTAAGGTTGGAGTTTTTCTCTTTGCAGATGATATTGTGTTGATTGATGAAACAAAAGGAGTGGAAAGTAAGTTGGAGTTATGGAGACAAACTTTGGAATCTCGGGGTTTTAGGCTGAGTAGAAACAAGACGGAATATATGGAGTGTAAGTTTAGTGGAGTCCAAGATAGAGAGACAGGGGGGATTACCTTAGATGGGAAAATTGTCTAAGGCTCTGATATGTTCCGTTGTTTAGGATCTATTATCCAAAAGGATGGAGAATTGGATGGCGATGTGGCCTATAGAATCAAAGCAGGTTGGTTGAAGTGGAAAGGTGCCACAGGGTTCCTATGTGATTCAGGCATGCCCCAAAGATTGAAGGGAAAATTTTACCGTACGACAATTCGACCGGCTTTGTTATACGGCACGGAATGCTGGGCAGTGAAACATTGTCACGTGCACAAGATGAATGTGGCGGAGATGCGCATGTTACGTTGGATGTGTGGGCATACAAAAAAGGATCGTTTGAGGAATGAGATTATTAGGAAGAAAGTAGGGGTTGCACCGATTGAGCTTAAGATGATGGAAAATCGTTTAAGATGGTTTGGGCATGTAAGCAGAAGATCAAGTGATGCCCCGGTTAGGAGGATAGAAGGGTGGCAAAATGATAGAATTGCAAGGGGTAGGGGAAGACCTAAGGAAACTTGGAGGAAGGTGATTGAGCACGATATGAGCTTTCTTGGGATTGAGGAAAATATGGCGTTGGATAGGACAGAGTGGAGGGAGAGAATATATATTGATGACTTCATTTGACTTATACAACTTTCATGTTTCTGTTTCTTTCTATTTTTTAATTTATTTTTTTATTCTTATTTTTATTTTTTATTTTATTTTTAAAATTCTTTTGAATTTTTTATTTTTACATGCTATTTTGAAATGTATTTATTTTACTTATTCATTTATTTTAAACTTTACTTATTTTTTATTATCTCTTACAATATTTCTTCTATAATATATACACTTTTTTTCTCTTATCTTACTTTCATTAATTCCACCTTCTCTTCCTTGCTTTTTTCTTTTTACTTCCTGCTCCTTTCTGGTTTGATTTGTGACAATGACGATCTCCTACGACGATTCATGTTAGCCGACCCCAAATCATTTTGGGACTAAGGCTTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGGTAGATGGAGACTTCTTCACTCTCAGTCGAATGTACACAATAAGTTCGAACCATGAATTTGAACTTCATTTTGTTGTAAAGAGCGTAGTTGCAGGAGCTTGGTGGAAGGGTGAGATAATGAGTTTTGGGTGTGTGGTGTTAAGACTTAAGAGTGTGTTTGTGTGTGAATAGGGGTCGTTGATGCCAATGTTGGGTTGAATGGCGGGGCTCCTTCTGCAGGGTGGTGGTGTGAACGACGGGGGTGAAAGCCGGTGGCATCCATCATGTTGGTGGGGATAGAATGGTGGTTGTGATACTGGACTAGTGATGGATAAAAGTTTAGGGAAATTCAAATCCCAATGGGGAGGGGGTATGGGGAAGCAAGATGATGTAAGGGTATTTTACTAAAGCAAAAGTGGGAAATGGATACCAAATAACTTGATCCAGACCAATGTTACATGGAATATGGGCCGATGCAGAATGTGGTACGAGAACGGGAACCCTGCCTCTAGAGTTACCGAAATGATGGGTTCTTTTTTATTTTATTATTTGAGTTGATTTTAATTGTTGAACTACTAAAACTGTGATCTTTTGGGAGGAGAAAAGAGAGGTCGGACAGTTTAATATTCCCTCCATATTTTTTTAGGAGTTACATATACCATTTCCTGCCGTAACTTTAGGAGTTATATTTCCATTTTTAAACTTCTACATTAAAATATTACACCCAAGGTCCCCACTCCCCCATTGTTTATTATTTATCTTTCTCCTATGATCCCCACATATACTCACATCATCTTTCCTTACCATAAATTATTCCCCCACTATCAAATATTTACAATATTTTTTTTTTGGTTGTTACCACCCAGTTCACCCTTGAGGATAATCCGGATTCGGGGCTAGTTTGGGGTGGATAAGTTCCAGTCCCCTCCCAATTGTTGCAGGGGATCGAACACGCAGTCCTTCCTACCAAGTTCAACCCCAATCACCACTGAACCAACAGACAATTGGTTAATATTTACAATATATAATTAATATATGCACCACTTGCATAATTAATTCATTATTATAAGAAAATCAACAAAAAATCCTTAATACTTGTGCCAATCAACATGTAACTCCTAAAAAAATACGCAGGGAGTACAAAACATATAATATATGATACTACACAATATTTTAAGAGGGAGGAGAGATAACTCATTTAATGTGAAGCCGGTTTATTTAATTTTAAAAACAAAATGATGAGAGAAAGGTGTTGTGGCTTCTAGAAGGTCCACATACTTTTACCTCTTTGTCTACAAAACAAAACCCCAAAAAGAAAAAAGAGAAGTTAAAAAAGTAAAGAAACCCGACTCTCTTTTTCGTAAGTTTTCTCTCTCCTCCTCTCTCTCCATAGTTAATTCCCTTTTCTTCAGCAACAAAATGACTTTCCACCTTCATAGATACTTTCTCTGTTTCTTAATAAATGCATCATTTTTTACTTTTCACACTATTCATTTATTAACTTTGACCACATTTATTCCACTTTGACCACATTTTTTTTACCAATAATAGTTATTGGGTTAATCTCAATAGTTCTACACATTTTCAAAATATCTCATTTATAACCTTTATTAATACATAAGTAAGATATTGATGGTCAAAGTTAGTATATAAGTAATGTAGAAAGTTAAAATGATGCGTCTATTGTGAAACAAAGGAAGTATCGTTTATGATTCCGGTGAACCGGTTTGCAACATTCATCGAACCGGATCGTTGAATTGTAGCGTCCCGAGACGAATGAACCCGATTCGCCAAACATGGCTCTGTTCTACGTTCCGGGTAACACTGATCCAGACACTTCCATAGGGGAATATAAGAAATTTTCGACTTCCCTAAAACAAGACCCTAACCATATCCCTATAATGTTATTAAAGTTAACTTTAAGATTTCTATTCTCTAGTTATGTGGCTTCAAGTAGCATGTTGTTAAACACACTCAAATCAACCAATATATTACATTATTATCCTATTACCTAAAATACACTAAAAAGTATGGTAAATACGGAATTGTTTCCTTGAGATCACTTTCCTACCAACTCAAGCTTTTATTAATTGTTTTATGTTATAACTATTTACAAATTACTTTCTCCTTTTCAAAATAATTACAACACTTCCCCTTACGAAGAAATTTCAAATTAGTTGTAACATTTCTTTGTTTGGTTAATTGGTTCTCCGTATCTATGTTTTCATCCCACTCTGTATCTCTCCTCATCACACAGCCTCCTAAAACCTTATGCCTCCCGTGTATTGCAAATATTTTGGAACGGAGGAAGTATTAACATATGGTTTAGAAGAAGGATAAGAAGAAGGATTTACATATGCCTCGGGATAAGAAGAAGGATTTACATATGGTTTTCATTGATTTGGAAAAGGCGTATGATAAGGTACCAAGAGAAATTCTTTGGTGGGCATTAAGTAAGAAAGGAATTCCGANTGATTTGGAGAAGGCGTATGATAAGGTACCAAGAGAAATTCTTTGGTGGGCATTAAGTAAGAAAGGAATTCCGAGGAAGTATATTGATATCATCAAGGACATGTATGAGGGAGTTAGTACGAGTGTGAGAACTAGTGTTGGTAAGACTGAAGAATTCCCTATTACGATCGGAGTGCATCAAGGTTCCGCACTTAGCCCGTTTCTTTTTGCTATAGTCATGGACGAATTGACGAGGTCAATCCAAGATGGTATACCCTGGTGCATGATGTTTGCAGATGATATTGTGTTGATTGATGAAACAAAAGGAGTGGAAAGTAAGTTGGAGTTATGGAGACAAACTTTGGAATCTCGGGGTTTTAGGCTGAGTAGAAACAAGACGGAATATATGGAGTGTAAGTTTAGTGGAGTTCAAGATAGAGAGACAGGGGCGATTACCTTAGATGGGAAAATTGTCCAAGGCTCTGAAATGTTCCNGAGAGACAGGGGCGATTACCTTAGATGGGAAAATTGTCCAAGGCTCTGAAATGTTCCGTTATTTAGGATCTATTATCCAAAAGGATGGAGAATTGGATGGCGATGTGGCCCATAGAATCAAAGCAAGTTGGTTGAAGTGGAAAGGTGCCACGGGGTTCCTATGTGACTCAGGCATGCCCCAAAGATTGAAGGGAAAATTTTACCGCACGGCAATTCGACCGGCTTTGTTATACGGCACGGAATGCTGGGCAGTGAAACATTGTCACGTGCACAAGATGAATGTGGCGGAGATGCGCATGTTACGTTGGATGTGTGGCATACAAGAAAGGATCGTTTGAGGAATGAGATTATTAGGAAGAAAGTAGGGGTTGCACCGATTGAGTTTAAGATGATGGAAAATCGTTTAAGATGGTTTGGACATGTAAGCAGAAGATCAAATGATGCCCGGTTAGGAGGATAGAAGGGTGGCAAAGGGATAGAATTGCAAGGGGTAGGGGAAGACCTAAGAAAACTTGGAGGAAGGTGATTGAGCACGATATGAGCTTTCTTGGGATTGAGGAAAATATGGCGTTGGATAGGACAGAGTGGAGGGAGAGAATATACATTGATGACTTCATTTGACTTACACAACTTCAATGTTTCTGATTCTCTTTATTTTTATTTTACTTTTATTTTATTTTTAAAATTCTTTCAATTTTTTTAATTTCACATGCTATTTTGAAATGCACTTATTTTACTTATTCATTTATTTTAAATTTTACTTATTTTTATTATCTCTTACAATATTTCTTCTATTATATATATATACATTTTCTCTTATCCTACTTTCATTAATTTCACTTTCTCTTCTTTGTTTTTTTCTTTTTACTTCCTGCTCTTTTCTGGTTTGATTGGTGACAATGACGATCTCCTACGACGATTCATGTTAGCCGACCCCAAATCATTTTGGGACTAAGGCTTTGTTGTTGTTGTTGTTGTTGTTGGAGGAAGTATTAACATATTTATAAGATAAGANNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGGGGGGGAGGCGTTGAAAATTTATCTGCTAATGTTTTACAAGCCACCCATTAAATTTATCTACTAATGTTCACAAGCCACCAATTAGTAGATGAATTTAGAAGAGAGGACGGTTAGTAGATAAATTTAAGCCCCATATTATCTCCTTTCAAAAGTCATTTCACGTAATTTAGCAAATGCTGAATTACTGCTGTTATCAAGTCCTTATCTTGCTCACTATCAACTGAGGATTTTGCTAAGACAGAATGAATTAGTTGAAGTGATTCGGGTCGTTTTACCAAGCCTTATGGTCGTCTAGCATTATTAAGATACTTTACACATGTAGTGGGCACGATCACAAGTATTGAGATCAAGTTTCTCGATGGGTAGTGACTATTAAAAGGGTCCTATCACATTAAAAAACACAATTTTCTCACGAGGACTAAGAAATTATATGTCAAGTGCAAGAAAAAAAGACAGAAGAACTGGATCTTTGTTAAGGGACACAATTTTGAATTAGTGGCACACCGATGCAGCCGCTGGCCCTTTAATTTGCCTCTGCCACACGTTCTCTCTTTTTTCTCTTTACACATCAAGACATAGCCCTGGATCGAACTTTCACCTTCTTGTTTAAGCCTTCAAAACTCTTGAATTTGGTATTGTAAAATTAAATTATATATATGCTCTTATCAGTTATTATATGTTGATTCAATCCTCTGTTTTCTTATTTCTGTATCTTTGTTTTACTGCAGATAAAATATTATGATAGGTTATCACCTCTGGAGCCATTAAAAGTGCCCCTTGGATCATATTCGAATATAAAAAAGGGGGATTGCATTGTTACCTTTTCACGTCGGGGAATATATAATTTTAAAGTAAGATGCTAGCTTCTTTTTACCCTTCTTTATATGTATTATTCTATTCATGGGACTGCAGAACTCTTCTTGTAGCTTTCACATCTGTGTTATTATTTCACTGTTGTAGATAGAATGCATAAATGTAGTGTTAAGACTTAGCAGTTGGCAGTGTGAAGAGCAACTACAGTTCTTAGCTGTGTATAATGGTTTTGCTACTCCAAATGGGCTATACTTCACTGCTTCACTCTTAATAGCGCAAACGAGGTTGCTAAACATAGAAGATGTTGGAGACCGTGCAACAGTCACAGGCAGAAGAATCATTTTAAGTTGAAACCACGACTCGCTATCTGGTACGATTGTTGTGTGCCTACCAAAAATAACTTAACTCGAACCTTTTAATAGTGTAGTATGGGTAGTCAGGGTCGACCTCACAGGATAGATTTATATAATAATATCTTATGCAAGTTAAAAACTCCTGTTTTCTTTTATAATGTACAAAGTACGAATTAACTAAATCACTGACTTTGAAATACTAACTACTTGAATTTAAGAGAGACAAACAATGATAAGGAAATAGGGATCGGGGAAATTAAATATTAACTGATCACCGAATTTATCGAAATCGTGCTTGTACCTTAATGCTAACCAATGGACACAAACATGCATGATGCATTCTAAACTTCCCTTAATTGCAAATAAACCGAACAAGCTCTTGGCATATTGTCTAGCTAACTAACAATCTAGAACAACCTCTCTGACTCGATTAACTAGTAGCATTGACAATCACTAAGTAGTTAACTTCAGGCATATCTCACAAGATTGGACTGTGCAACTTAAAGGGTCAATAACCATAGATATTATTATAAGTTTTAGTCACTGCTCACTTATCAAACATCTAATCTCTACTAAGGGAAATTATCTAGGACAATTATGTATCACAAGTTAATGTCCTAGCAATCAAACTTGCAAATTACCTTAAAGATGGCAAGTCTAAAATAAAAATCGACTAGTTCAAAACATTTAAACAAATTATAAATCCAACCACAAAATAAGAAACATTATCACACAAAATAATACCAATAATAACTTCTCCATTCTCACAATTAATAATTCCAATGCTTAATATATCTTCCCACCCTAATAAGAATTAGCTAAGAAAATTAAGATTTGAAAGACAAATGTAATAATCAATGAACCCATAATTTAAGTATATGAAAAGTCAATTATACTAAAATAAGGAATCTGAAGAACGAAAATTAGTCTACCAGACTTCCAGAAGAAGGAAATCGCAAACAGTCTTCGTCCCGGAACTTCTTCCCCTTTTGTTTGCTGCTTCACACTTTTGACGAAATTCTTTTGCTACATATATACCAAAATTGATACCAATAAAACCCGAATCTTCTGCCTTATAATTCTGCAACACGAATGAGTATTCAGTGTTCGATATTTATCTCTTCTCTAGTGCTCTACTTGGTCTGGACTTTAAGGACCTCACGCGACTCTCCTCAAAACTCCAAGTGCTCCTCTTTATTTCTAGTTGAGTATCTTTTAATGGGCTTGAGAGCAAACCTTGGTTAGGCTTTGTTTTGTATCCCGTGTTGACTTCTTAACATGACTTCAAGTTTGACTAACATAAGGGAATGTCCTTCCAACAACCAAAATAATTATAGTCTTAAACCGTATTTCAGAAGGTAAATATTTGAAGAATTCTTAAAGCAAAAATTCCAATATAAATTCATGTTTATGAATACTATAATTTTACACTTTCGACTCTATCACTTTCCTGTCCTCACAGCCAGTTGGGCGTTATCATAGCTTGATCCTCCAGCTGTTGTGACTTTTCACTGGGCATAGAGAAAGTGTATAGGGAATTGGGTATACTATAATTCGAATTGTTTTGTATACTTTTACCTATTCTGGTATTTGCTCCATATTTTAATATGAGTTACACTTTGTAAAAGCGATGGTATTTTAATATGAGTTACAATTTCTATTTTTGGTTTGCTTTCTACTGTTTTATTTCTTTCTTAGTTCATGGTCCCCACTCCCTATTATATTAATCATTCTATTTCTTCCATGGTCCCTACACTTGCTCCATTTTTTTACCACAATAAATAATTCATCCACTATCAATTTCTTATAATAAATAATTAACCTACTACTCCACTTCCAATTAGTTTAATAAATTCAACTCAAACCTCCTAAACCTCTATGGCGATCAAGGTGTAACTCATATTAACATACGGAGGGAGTAGTTCCTAATATCTCCTTGTTGTTAGGGTGGTTGTAATCTTTGCTTTAAAAGGAGCAAGGCCGACCAAGGCACACACGATTCATGGAGAATAGGTGTAAGGCACAAGGTGAAGGATCAAGACTTTTGGATACCAGGCGCACCTATTTATTAATTTTAAGAAAAAAATTATTTTTATTGATTCTAGTTCAAATAAGAGGATAAAAATTGCTATTATACTTTTTGTTAGAGGAAAAAGCTATTGTACTTAATAACCTTTAAACAAAAGTATGAGGGGAGGGACCACTTGATTACTTACTTGCTATGTTGCTCAAACTCGGGTACTCATGTCAACACAGGTACATGTCTAAATGTCCGACTTAACTTTTTTGTGAAAAAGAAATCATGATTTTGGTCCAAAATAAAATGTCTGATGTCCATGTCCGAGTGTCGAGGATTCATCACGGGAACTTTAGGTAAAATGAATAGTTCAAGTAACATAGCTTACTTGCCACAAAATAAAACAAAAGGGTAAAAAGAAATACTCCCTCCGTTTCTTTTTGTTTGTTACGTTTGGACTTTTGCACGTTTATTAACGTATAATAAAGATTCTTTTTCTTTTTTATTAAAAAATAAACCCAAATAAAACATCAATCCACTAATCATTACAACAACCAATAAGATTGTTTTATTTATCAAAATGAACCAATAATGGAAAAGCACAAAGATTGCTAACTTAACATACTTGGGAAATTGTAAAGAAATTTAACGAGTTGAAAAAATTGGACCAATTAAAATTAAAAGTTGGCACAAAAAATGATAGTATAATAAGTTTATAAAAAGAAAGATTATCTCACGTAACAAACATTGTGAAACACCCTAAAAGGAATACGTAACAAACAAAAAGAAACGGAGGGAGTAAAAAATTACTGAAAATGTAAAACTAAAAAGTAAAAAAATGAAAAATGAAAAAAGTGGCTAATGAAAGAGATAGTAAGAAAAAAAGAGAGCAAAGCACACCCGTCGAAGTGGACCTGAGAAAGCTTCACCGGATTCGACCGCTGGAAGTAAGGATGGCAAACGGGCGGGGCGGGTGCGGGTACCCCCTCCCCCTCCCCCGCACCCAGCCAATTATTTTGATACCCACCACCTACCCGCTACCCATGGCGGTACAAATTCAACATCCATGCCCAAGCGGGTATAAGCTATTATCCACACCCGCTGCACCACCCGAGTGGATATCCATTACGAACTAAACCCGCTTACCTGCGTATACCCGTAAAAAACCCTCCCACCTATATCCGTTAAAAAAGCACCAACCAAGTAATGGTAAAGACTAAAAAATCAAGATTCCTATTTATTTTCTGGGATGCAAAATAAATACATATCCAACAAATTTTAAAAAATTGAAAAATATTTGCAATAATATATTAAGCTCCGTCCTTGCATTTCTACTAGCAGCTAAAAGTTACATCACCAGCTAACAAATTTACACAAAGAATAACTTGAAGAATGAGATAGAAGAAATAAGCTATTAAATCTACAAAGGAGATAAAATTGAACCAGGCCCATTGAAGAAAACCCTAAAATCAAAGTATTACACTTATTTTTCATCTTTCTGTACGCTTTATGAGTGCATTAGATTTTAGAAAAAAACATGATATTGAGAGTATCGTTCAGGAGTGGAGGGCGGCGAGTTGGTGACTACGGTGATCTAGTGGTAAAAATGTAGACTAGAAAGGGAGATTAAGATTTCAGAGTAATAAGAGAGAGGAAGGCGTAGGTAATTTGGGAATTTTGTTCAGCATTAGGGTTTTTTCTTCTTAGAGATGGGATATATTACTAAGATTGGGCTTATGTCTCTTGGGATGCCAATCTGCCATTATGTTTTGTTGTGCCAAGTCTTATTTGGAATAAACAAGGTAGGCGGGTATGGGGACAGCTGGTTGGGTGTTAGGGGCTGGTAGGCGGGTACTGGGCGGGTATGTTATCACATCCACCACCTATTCGCGACCCATTGCGGGTATGAATTTTTGTAACCATACCCGGCTACTAAGTCATACCCATTGGGGCGGGTGCGGACGTGCGGTGCGGTATCCGCAAAATTGTACCCACTTGCCATCCCTAGCCGAAAGATCTAACGTTAATAACCACCAAAGATTGCTCGCCGGCATTATCTGTCATCAGCGGCGAGTGGCCAACAACAATTGCTAATCAATGTTATTATTAGGTTATTATTATTATATTTTTTATAAAATAAGTAGGGGTTTGAATTTAGAGGTTGAAATGGAGTAAATTCATGCAATTTATTGACGGCCTTTGTTCGAATTTGCATCATAAAGAATGGGTAAGAGTTAATTTGCAAGAAATTGGTTTTTTTTTTGTATATTTTTAACTCAGCTATACTACATCCCTTATGGCGGTCCATCCTCAATTCTTTATGGCGCCCCATCCTCAATCCTTTATGGCGCCCCATCCTCAATCCTTCAAGGCGCCCCAGGGGCACCACCTTGGTCTTGGTAAAGGCGGCCTGAGAGGCGCGCCATCGGAAGCCTTCTAGAATGCGTTGCGCGTTGTCGCAGAGACAATGGGCTGCGCATGGAGCCTATGTGCGCCTTTTAAAACTGAGGTTGTAATTTTGCTTATCGTCTAGAATGATCTTTTTGGGGATTGCAAATCCGTATTCACGATCAATCCTTATTCTTCTTTAGTGGGTAATAGTGATATGGATGTCTTACTGCCTATTAAACTACACTCTATTTATGATTGTTGAAGTATCAGGCATTTGATGCACTCTAAATAAGAACAATGTTTCTCCAATTACGAGAGTGAGTGCATATAAATCCATTCAAGACGGATTTATAGTTGTGTGTGGATCCCTTCAGGGTGCAATATTGATTGTTCTGTTTGTTCCGTGTCAATTCATGGCTTTGTTTGTGGGGTTTTTTTGTATTGTTGGCTTCTTTGCTAGGTCTGGGTGGTTGTGAAATGTACTAGGACAGATTGTAATTATATTGTATGCTGCCGGTTATTGTGTCACATCTAATTAGATTTCTCTTTTCTCTTCCCAGAGAAAAATAGAAAATGAGGGGAAACATCTTTGCTCCGTTGTGTATGGTTCACTGCCACCAGAAACTCGTACGAAACAGGTAATAACATAGTCCACTCTCTTGCTATCTGCAACTTTGAGTTTCAGATATCTTGTTAAGTTAGGCTCAAGGAGAAGAGATTACTGTGATTCTGTGGATATGGATGAACATGTCACAGACCTGACTGTGATAGTGTCTCTGTATAAGTGTGTATGGAACACAATGAATAATGTGAAAATTGGGTGCATAGTTCAGGTTTGGGTCGCACGACGGATATGGTCTTATTGAGTCGTATTTGGAACGGATACATTTAGCGATATGGGTCAACCTAGGTTGAGCCGGGTCATCATCAGCATGTCAGGTCGGGTCATAACTGGTTCAAATTCGAATGGACCATAGCAGGTTGTTTCGGGTATTCTGGTTGTGGGGCATTTTTTATTTTTGATTTTTGATATCTGGTCATGGTCAGGTTGGTTTCGGTTGAATTTTGGATCGGACCTTATCGTGTTAAGGTTGTGATCGGATTAGGTCATTCTTGAAATCCGATTGTGTTCCGGACATTCTAGACATACGATTGTGACGTTTTGACAATTTTTGTGAGATTCATCTCGAGTTTTCTCGAGGTGTGACATTTTGTTATACAAGAGAAATAAAATTTGATAAGTTATTGCAGAACAAAATATTGATTACAGGATTAAACGATAAATGATAAAGTTTTCATTTTTAGAAACGTTGCAAGTAATCCGTGACGGCCTTATAAGGAAAACGTTTCAAGTATTCCGGGATGGAGGGATACAAAAAGTTTATATTGTATTAGGCCGAATTATGAATATTGACTTTACTAGGTGCATTTACGTGGAATCTCACGAGGAGGGGTAATCAAATGGCACGTGATATGCACCTAGTATCTTACAACATAAATTTTTTATAAAGTAACATTTTTTTATAAGGTAGTTTTTTCGCAAAAACCCAATTTTATACGGTTGTTTAGACAAATTTTCCTAATAAGTATGATTGTAAAATGTATTGCTGTATCAAACGAGTGTCATGTATAACCGTCAAGGCTTCAACCACGTCAATATTTAAATAATTATCAAGCCAAATAATTTCACATAAGTTTTGATCACTACTCACTAGGCGTTCACTGATATTGAGATAGTTATATACTTATTGTTAACAATATATGAACTATTTTCACTGACAAGTTTAAAGGGTCGGGTAAAATTGGGTCACATGTCGTATTTGGGTCTGGTCAATTCTGGTCTTTTTAGGTCGGAGTATTACGGGCTTGGGTTGACTTCAGGGGATCAAGTTATTTATGGGTCACATACTCCTGAATTACAGCAGGTTGGGTTCGATTAGGTTCTGGCTAGTTCACGAGCCGGATCAGTTTCTGACTGCTTTACTAATGATAGACAAAGTTAACATTCCGTTACTTCTTCATCACTTTAAACCCCAGAAAAACCCCCATTTCAAGGTTTAACTTTTAAGTAATGGACAAGTAACAAAATATCAACTCCAATTATCATTAGTTCACCTATATGACAACATAGTGAACTTGGGATGATGTCGGGAGTTTGTTAAGCTGGAGATTTATTTTCTCCTATGGCCCAAACATGGGATGTTGTCAAATTTAAGAAAATTACCGTCGGTGGAATGAAGAATTATTATTCCTAATCTTTTCTAACCCTTAGTTTTTCCTTCCTCTACGAAATAGTTTGGAGCTTGTCACATTGAGTTTTTTCCTTTACCCCATTTATATATTTTCTACCTCAGGATGCATGCAGTTGACCTATGCATGCATTTGACCGGTAAGTACTCTTACCTTGTTCCACTGCAATATTCTTTTGGCTATCATATCAATATCTTTACGGATCTTATATATTGGAGATGATTACAAGTTGCTGAAACTTTGTATGGCTATTTAATACACAGAATATCCACTGAAATTTAATGCCTATTTCATTAGTTGCTCCTGCTAATAACTTCAAGTCATTTTGGTGAGATTTTTGTGCCCTGAGCCCCTGTCGCCTGTTTGTTCAGAACTTCAGACTCTCTAAGATCATCTTTTGCTTAGAAATGCAGGCAACTATGTTCAATGATGCTACCAGCGAGTTTGATGTTCTTGTGGCTAGTGATGCAATTGGTATGGGTCTCAATTTAAATATTTCGAGAATCATATTTTCGACGCTGAAAAAGTTTGATGGTCTGGAGATGCGTGATCTAACCGTTCCAGAGATCAAGCAAATAGCAGGTCTGTTGTACTCTGCTTTTGATTTACCCTATTTTTATTTTGAATGCCAGGGATTTTATGAGCTTATAAATGTTTTCTTCTAATTTTTTTTGCAAATGTATTATTGGAGTTATGTCAACCCCAATAACAACAACTAGTGCATGAGGGGCCGTGCAATACCAGGGATTTTATGAGCTTATAAATGTTTTCTTCTATTTCTTTTTTTTCAAATGTATTATTGGAGTTATGTGAACCACAATAACAACAACATAGTGCATGAGGGACCGTGGGGTGGGAGAGGAGGGAGAGGATTTTTCATTTTTGCTTTGAAAAAGTCACCAAAAGGGTACATCAAGGCACAACTGTTGTACGATTTCATGGAAGTCAGTTGTTTCTTTTTTTCTCTATTTCTTTCTTGCCCTTTTTATTTTTGGCAATTGTAAAATTGTACAGTAAGGCCTTCTGGAATAAGGTCTTTAGGGTGCGTTCTGTTCAACTTATTTGACCTGAACTTATCTGAACTTATCTGATCTGAACTTTTCTGAACTTATCTGAACATATTGGAACTTATCTGAACTTATCTGAACTTATTGGAACTTATTGAAATTTTTAATAGTAGTTGTAGTAGTAGTAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATTATAATAAAATTAATAAATAAAAATAATAATAATAATAATTATTATTATTATAATAATAAATAAAAATAATAAAAATAATCATTAAAATAAATAAAAATAATAAAAATAATCATTAAAATAAATAAAAATAAAATAATAATGATTATTATTAATAACAATAAACAAATTATTAAAATAAATAATAATAATAAAAAATAAAAATAAATAATAAATAATAATAATAATAATAAAATAATAAAATAATAAAATAATAATAATAATAATAATAATAATATAATAATAATAATAATAAAATAAAAAAATAATTATATATTTTATTATTATTATTATTATTATTTATTAATATTATTATTATTATTTATTATTTATTATTTTTATTATTATTTATTATTAATATTATTATTAATATTTATTATTATTATTAATATTATTATTTTTTATTATTATTATTATTATTATTATTGAATCTTATTGGAACTTATTGAAACTTATTGAAACTTATCTGAACTTATTGGAACTGAAACTTAATTTTTTAAGGTGAACAGAACGCACCCAGTCAGACTTCTAGTCGAATAATTAATATTTTTGTTTCCCCTGGCCTCGTGTTCGTAGGGTGTTTCCTAGCATGTCTCTCTCAGTTCTACCATATGATTTCAATTTTTTCTGCTCAGTTTCTCTGCTTTGAAGATGAAGCTTAGTGCTTCTATCCTGTATTTTTCTTATATCCCTTGCAGCAAAGTGCTGCTGTTTGTGATAATTTTTTCCAGTAATAGCCTAATAGGTATCTGTTGATGCAATTGTAATGCAAGCTCCAGTAATTCAATCACTGATCGCAGGAGTAGTTGAGCCTCTCATGCATTCATTTTCATCACTTTTTTGGATGCTTGAGGTGATCTATGATTCTTGTAGGGAGAGCTGGTAGATACGGGTCCAAGTATCCTGTTGGTGAAGTGACATGTCTAGACAGGGAAGATCTACCACTACTTCATTCATCACTTAATTCTCCATCTCCAGACCTAGAGGTGAAATAGTGAAACTGCTGCAGCTTTAAATGGACTTCGTTTGAATTTTTTCTGTTCCATAGCTCCCTATGAAACATTTTATTAAGGATATGAATAGGCTTTCACGTAACAAGTCTGTTCCCTTTTCCTTTTCTAATTCTTATGCAAGTCTTACATGCTTTGCAGCGTGCTGGATTGTTTCCAAGCTATGATCTTTTGCTCATGTATTCAAGAGCAAATCCACAAAATGGATTGTACCAGATATTGGTAAGTTTTCCAGCTTTCCTCTCCACTTCAAGCAACCAAAAAACGTAGCTACCACGTTGTCGTTGGCATTAGTCAACTTTTTTGTCTATAATCTGGTTTCTTTTCTTGACAGGAACACTTTTCAATGAATGCTAAATTATCTTCAAATTACTTCATATCCGACTGTGAAGAAATGCTTGTACGTAAGAAATTTTGTGTCATGTCATTGCGGTCTTATTCTTTGATGTAAATGTTGAAAATTCCTGTATTCCAACTGAAAGATTTTTTTTGAAAATAAAAATAAACGGAGATTCCCAACCTTTTCCAAATTGGCATAGCACCAGATAGGGTCTTCAGTACCCCCCCCCACAAATATCGGTTGCGCCCCTCTCCCTCGTTATCTCGCTCTTCTATCATATTTCCACCATGTGGTCCAACCCAAATAGGGAGCAGATTAATCATGCCATTCTATTATCGATTACGGCATTCAGTTGATCACTATGCCTTAACTTTTGTCAAAGGAGCTTGATGATGTGTTAGCACTCTTAGATTCTTTGACATGGAGGCCTTCGTTTGTTAGATGGCTTTTGGTGAGGTATTTGATTGACTTCCTGTTTTTTAGTTCTTGAATGTGGTTAAACTGCCTTTAACATTTTTAATATGAACTGGCCAAAAATGACCTAGATCAGCTTTTTTTGCCAGCCTTTTCAATTAATAATGAAGAGTTTAGTTCTTTTACAAGATGACTATCCAACAACTGATATTCCCATACATGATACATCTTTATATGGAGCTAATGCTTCCACTTGACTAACACAACCTATACTTCAAGTAGCCAGTAGCTGATTGACAAACAAGGCCGGAATTTTATCACCCTTGTCTCTGAAACAAGGTTAGAAATACGTACTATGTTTCAGTATCGAGTTAGTATATTAAATTGTTTAGTTGGATGAGTTACCGACTTAATTCACAGTATTGTATTTGCATGTTAGTCGTTCCAATTAGAAAAGGGCATGTTGATGAATTAATCAGTGCCTTTGCTGGTGGCTGCAAGAGGCATGAGTGAGTGGAACCCTTGGATGAGTCTAGCTGTGTGCACTGATGAAGGATGTTGACCTTGTGCCTAATGGAAGGGGTGTTCTGTTACAGGGACTAATATAAAGAGAGGGTCTTGATCCCTTTTTCATTCTCACTTCACGACCAGGATCTTCAAAATTCTGGCTCTGAGACCTGCAAAACTGTCTGCTTGGTCACATTGTGGCAATTCAGATTTCAGAGAGAGGTGGTTAAGTGGGAGGGTGGGGGTGCAGGTTGGAAGATTCTTTTTTTTTTTTTTTTTAAAAAAATGAGATTTTAAATAGTCGCTATTGACTTTGTAAATGATAACTCATTCAGGATATAGTCAATTTTATGGTTACAACTTGCAACAAACAAATTTTTCATTGAGAAACATCAGTTTTCTAGATCAGAGGTATTATGTTAATTGACTAAAAAAATGGTCGTGTCAAATTAAAGAAACTTAAAAATCAAGGTGGTTGTAGATACATTCCCTTTGTTCATCCTTGGCATTTATGTTCTCCTTTTCTTTTACTATTTATGCGCCTTTGTAATTCATAACTTTTGCTCTGGAGTTCTTTCGTATGCTTACAAGACCACAATGATGCAGAAAGTAGCTGCCATTATTGATGAGCTGCCACTTGGTTTGAAAGAGAAATACCTCTTCTGTATCAGGTATCAATTTCATTATCTCTTTCTATCGATTAAAAGACTTTGCGCAGGTTTTTGCATAGGCACTCTGTTTGTTCTTGGTTGCTGCTTTTATTTGATTTCTGTTTTAGTCAAAGAATGAGTTTCATAAGATTAAGAAAGAGAATCAATGGTGGTGTTGTTGATGCTGAATAATGACAAATTGTTCTCTCTTGATATAGAAAGAAAAACATAATTTTTTAAAGATGTATGGAGAATGCCTTCTTCAGTCTTTGGCTCCCTATTGCATTCGTTTTAAATATAAGCGCTATGACTATTTATTCTATAATTGGCGCTCTTCCCCATTGCTTCTGAAATGTGTAGATTTATCTGGATTTTCCTCACTTGTTGCAACCATCCTCTTGATGGAATATACTATGTGTTACAGTCCGACAGTTTTGACACCGGATCGGTCGGATCAGTGCGGCATGCTCTCGCCTTTCGGTAGCAAGGGCGCAAGCCTTGTGCGGAATGAGTGTGGGGGGCTCGTTGGGGCACGAACAAATGTTTGATTAATGTGGGATTATTTGGTGGTTATAAACTTCTCTAATTTAAGTAAAGGAAAATAATGAGAAAGGAGAAGAGAAGTATAAACTTCTCTAATTTAAGTAAAAGAAAATCATGAGAAAGGAGAAGGGAAGTTTAAGGAGAAGTAAATGGATAAGGAAAAGTAAATGGAAAGAGTTTAATTTACTAATTTGCAACAACGTATTACATTGTTTGTTTAGTTAAATTATTCTTAGCCATTCTTTAATTAGTACATTAGATATTATAAAAGGTTTTTATGTAATGTAGAAATGTATTCGTTCAATTCAATACAATTCACATCATAAAAACATAAACTAAGAAAAATTCATTTTTCTTACGTTACATTTATTAATTCCTTCATAAGGGTTGTTTGTTTATCCACAAAACATTATTTATTTGTGAGGTATCGATTTCAAATTATCGAGTAGAAGCCAAATTTTCGCTGCGAGTTCTAACAATTGGTATCAAAGCCAACGTCAAAATATTAAGTTGTGACATTTTTTATTTTGAAGTTTTTTTATAATGGCCTGTACTAGTGGAACGGTAAAAGTTGGGAAACATGAATTTGAAAAGTTTAATGGGAAAAATGATTTTGTCTATTGGAGGATGCAAATAATTTTTTTGCTAATTTCACAAAAGCTGCACAAAACGCTAGCGGAAAAGAACAAAAACCCGGAGATATGAAAGATGAGGATTGGGAAGAGTTAGATCTTAAAGCAAGAGCAACCATAATCTTGTGTCTTGAGAGGGATGTCACGTTCTTGGTAAATGAAGAAGCGACGGCTGCTGGCGCGTGGGCAAAGTTAGAGACAATTTTCATGATGAAGTGGATGTTTGTTTCAGGAGCATCACACCATATGTGCTCAAACAAAAAGTTGTTTACCACTTATCAAAGCTTGGATGGTGGTACAATTTTGATGGGAAATGATTATGCTTGCAAGACTGTCGAGTTAGGTACTATCTGAGTCAAAATGGATGATGGAACAATAATAACCTTGAAGGATGTGAGACACATCCAGATTTGCGGAAAAACCTTATTTAAATTGGGTTATTAGAAAATAATGGTTGCAAAGTAGTCATGGAAAATGGAGTATAAAGTTGTTTGTGGTTCCTTGGTAGTGATGAAGGGGATTCGTCACAGTAATCTTTATCCTCTTTTGGGGAGAACTGTTACGAGTGATTTAGAAGTTGGAATAAGTGGAATTAAAGACCAAACAGAATGCATTAGGATATGGCACATGCACCCTGGGCATATGCTGGAAAAAGTTCTATCATTGCTTTGCGGACAAGGTTTGTTGAAGAACATGAAGAAACCACAAATAGAATTTTGTGAACATTGTGTGTATGGAAAAGCACACAGGGTAAAGTTCTCTAAAAGAAAGCACAAAAGCAGAGGGTTGTTAGACTATGTGCATACGGATGTTTGGGCTCCGGCTAAAGTTTCTTCCAAGGGTGGTTCCAGGTACTTTGTTATATTTGTTGATGATTATTCTAGATATGCTTGAATTTATTTTCTCAAGCATAAGAATGAGGTATTCGACATTTTCAAGCGGTGGAGAGCAATGGTTGAGAACAGAACGAGTCGAAAGCTAAAAATTGTACGGTCTGTAATGGTACATAGTACACAGAGGGAGCTTTCAAGGAGTTTTGCTATCAGGAAGGCATTGTGAAACACTGGACACTCAGAGAAACACCCGAATGGAGTTGCACAAAGACTAAATCGTACACTACTTGAGAAGGCTAGGTGTATCCGCTCCAGTTCTGGGTTAGGCAAAGAATGCTGGGCAGAATCGGTTGCTACAACTTGTTATATAGTGAACCGAACCCCACATTCTTATTTAGATGGCGACATACCTTATAGGGTGTGGTCAGGGGAACATGCAGATTACAAGAGACTTGGAGTCTTTGGGTGCACTGCTTATTATCATGTCAAGGATAACAAGCTTGATGAAAGAGCCAAGAAAGCAATATTCTTGGGGTATCGCAAAGGCGTTAATGGCTATCGTCTTTGGAGTATAGAGGATTCTAAATTTGTAATCAGCATGGATGTGATCTTTGATGAAAGATCTATGATAGCTTTATCTAAAGCTATGGTGCCAAATAATGGTGATGTCGGGACTATTTCAAATACTCAAGTGGTGGAGATTCATGTTCAGGTGGAGCATCCTAGTGTTAATCAAAATGATGATGAGGATGATCTTGAACATGAGAGTCAGCGAGAAATGTACATGTGTTACAATAACAACATGAATCTTTGGCAACCACTAGGCCAAAGAGGAATTATAAATCAGTTCAGAAGTTTGGGTTAGACAAACCTCTGAGGCATTATGGGCAGGTTAACTTGGTAGAATATGCACTCTCCGTGGAGGATGATTGGCCGGTCACCTTCAAACAAGCTATCTAAGACAAGGATAGAGAGAGTTGGTTGGTTGCTATGGAGTAGGAGGTGCAATCTCTTCATAAAAACAAAACATGGGAGGTAATCCCATTTTCCGTGGGAAAGACTATTATTGGTTGTAAGTGAGTGTATAAAAGAAAAGAGGATCCTTCCAAGACCGATGGTATAAGATATAAGGCTAGATTAGTGGCCAAGGGATTTGCACAGAAAGAGGGTGTTGATTACAATGAGATATTTTCTCCGGTGGTAGAACATACTTTTATCCAGGTGCTATTAAGTCTTGTTGCTCATGGTGATCTTGAGCTGGAACAACTTGATGTGAAGACAACCTTCTTACACGGTGATTTGGATGAGGGAATCTATATGTATCAACATGAGAGATACAAGGTTGAGGGTAAAGAGAGTCACGTATGTCGCTTGAGGAAATCACTTTATTAAATTGAAGCAATCTACTCGACAGTGGTACAAGCGATTTTATTCCTTTAATTTAAAGCAAGGGGTTTCTAGAAGTAATTATGATTGTTGTGTATACATTCGTAAACTTCGTGGAGATGATTATATTCATCTTTTATTGTGTGTGGACGACATGCTTATTGCTTCAAAAAGGAAGGTTGAGATAAATATTTTAAAAGCTCAACTCAGTAAAGAGTTTGAGACAAAAGATTTGTGCGATGTAAAGAAAATACTGGGTATGGAGATTATAAGAGAGATCAAACCAAAAATTGTTCTTGAGCCAGAAAGGATACATTGAGCGGGTAATTGAAAAGTTTGAGATGAAAGGTGCTAAGTCAGTGGTCCCCATTGACTCTTCATTTTAGACTCTCTGGTAACAATATCCAATCTCCAAAATCCAATCTCCAGATACAGCGCAAGATAAGATATACATGGATAATGTACTTTATGCTTGTGCAGTTGGAAGTTTAATGTACGCCATGGTGTGTACACGTCCAAATATTTCACAAGTTGTTAGTGTTGTCAGTAGTGAAATGGGTTTTAAGGTACTTGAAAGGTACTGTTGACATGGGTTTGTGCTTTGGTAGAGATACATGTCAGGTAAATGGTTTTGTTGATTCTGATTATGCCGGTGATCTAGATAAACGACGATCTACTGCTGGTTATGTGTTTAAAACACATGGTGCTCCAGTTAGTTGGCGATCAATGTTACAAGCTACGGTGGCTTTATCTACGACAGAGGCCGAACACATGGCACTGGTGGAAGGAGTTAAGGAAGCATTGTGGTTGTGGGGACTTCTAGATGATTTAAGGTTGAAGCAGAAATGTGTGAATTTGAGTTGTGACAACCAAAGTGCAATTTATTTGGCTAAGAATCAGGTTCATCATGCTCGTACCAAGCATATAGATGTGAGATATCATTTTGTTCGAGATGTCATAGACGAAGGTAGTATTTCTCTTATGAAGGTGCATACAAATGGGAACCAACAGATATGTTAACCAAAGTTGTGCCAGGAAGCAAGTTCCAACTTTGTTTGGAATTGCTAAATATTGTCCAATGTTAGGCATTACATGGAAAGATAAAAGGAACTACGATTGGTTTGATCCCAGTCGATGATACATAGGCAATCATTGTCAAAATGGTGCAACCAGATACGAATACCGCAATTTGTTCGTTCAAAATATGAATGTTTTCAAAATTATAAATGAGGTGGAGAATTGTGGGATTATTTGGTGGTTATGAACTTCTCTAGTTTAAGTAAAGGAAAATCATGAGAAAGGAGAAGAGAAGTATAAACTTCTCTAATTTAAGTACAAGAAAATCATGAGAAAGGAGAAGAGAAGTTTAAGCAGAAGTAAATGGAAGGAGTTTAATTTACTATTTTGCAAAACCGCATTACATTGTTTGTTTATTTAAATTATTCTTAGCCATTCTTTAATTAGTGCATTAGACATTATAAAAGGTTTGTTTGTAATGTAGAAATATATTCATCCAATTCAAATCATAAAAGCATAGTTTAAGAAAAGTTCATTTTTCTTACGTTACATTTATTAATTCTTTCATAAGGGTTGTTTGTTTATCCACAAAGCATTATTTATTTGTGAGGCATCGATTTCATATTACCTAGTAGAAGCCAAATTTCCGCTGCGAGCTCTAACAATTAAGAATGAGCGATCTTGCCTATTGGCAAGAGCGGGGGATGGGGTCGATCGGGGCGCTTGTGTGCGCACAACAGGCACAAGCGGGGTCGACGACGAGAATGTATCCGTTTTGGGAGACTTTATTGAGTCCGGAAAGCTTAAGAACGAACGACAACACAATATGTACAAAAGTTTACAACAATGTTAGTAATCAAGCAAGACTACTTCTGATGAGGGGTATAGGTCATACCATGGTGTACAAACTCGTCCTAGTTAACTCGTATCGCCCGAGCTAACTAGGTTTTGGAGGCTGACAATACGAGATATCCCGAGTTGTAAAAGTGTTTTTAAAAATGGCGATATCTCGGCCGGTTCAACCGATCCGAACGAATTTTGTCCGCATTAAATGTTATTAGCCTCTCATCTACTCGGTTTCAGCTGAATTTCCCATGTTTTCGACAAAAAGAAAGGGAAAAGGGAAAGAAATAGAGAAACTCCACTGAAATAGAGTAGAGAACTCCATTTTCATATCTAAAACAAGAGAGGAGAGGAAAGGCAGACAAAGGTAATCATTTAATTATGTCACGTGTACGGTTTAGGGGAGGGGGACTAGGGTAGGTAGTGAGTGGGGCTGACATGGGGCTTTTTTTTTAAATTTCAAATTATTACGCGACAACGGTGACACGTTCCGCGACTAACGCATCATTTCCGTTACCGAGACTCCGCGACCGATCCCGCGACCGTGACCGATACCGCATTTTTTTATCTATGGGTCATACCCTTCATAGAGGTTTATTTTGAATTTGCTTAAAATTATGGTGAACGCTGGATTGACAGAAACATAATAATTCTATCTAAAGTCTAGAAAACTATTAGAAAAGTTATAGAAAGCCTTAGATAAGCCAAATATAAGTAAAGAAAGGTTGTACTCTAAAGGTGAGATTATTAAAAAATATATCGTAAATCCAAAGCTTTTGTCAACACACCTAAGTCCTTTAATTCCACCACACTCTTTGATGAGATTAAAAGATCGACTGTGAAGGTGTTAAAAGACAAGAAAGATAGTCTCATGGAACCAATTTTGTCCGCATTAAACGTTATTCTAATTGCAGCTCCATTGGAGCAGATCCATGAGACTATCTTACTGGAGCAGACCCGACTTCACAACCCGATTACATTGGAGCAAGCCATGGAGATGGTGGCTATGGGTCGATTTTGTCCACATTAAACGTTAATAGCCTCACATCTACTCAACCTTTAAGGTCTTTTGATGACATAGGACTTTTGATTAACGTTTTAAATTTATGTACTTTTTTTTTCAATTTAGAAGAATTATCGTATTATGTTGTCAAAAATCATATTCCAAAATACCTAAAAACGTATTACAATTCAACCAACCCTCGTATTGCGTATTCGTACTAAATCGTACTATGTATTAGGTAACCCTCGCTGTGAGAGGTACTGAAATTTGCAAGGAAGTGACTTATGGAAGACTAGAGGTAATGGAGGATTTGTTGTCTCTATAATTAGGGAACTCAGATTTGATATTGGGAGTATATTGGCTCGAAAAATAGCGGATTGTGTTGACTAATTGGAAAACTTAGATTATACAGTTTGTTATAGATGGAAACACTATCATAATCACCGGTGATTCATTCATCCTTGGCAAGGTAAAAAATCTCTCTTAAAGCAAAGATACGAACCGTGCGCAAGGAAGGGGAAGGGTTATGGCTTGAGCTTAATCAAATTGAGGAGATATGAGGCGAAGTGGAGTTGGGGATTGATAATGTGAAGACAATTCCGTAATTTTTGAGTAAATTACTTGCCTGGTGTTTGAGTTGTGGGCATGAGCATGCTATCCTCCTGAACAAAGGGAGCAACCCCGTCGGGGTAAGGACGTACCGATACCCTCAGTTTCAAAAAGATGATAATGCTTGCAGCTGGTATCATAAAACCATCAAATAGCCCTTTTCTAGCCCGGTTTATGGGTAAAAAAGGACAAGTCTCGGCGGTTCTGCGTGGACCAGCGTTACCTGGTTCGCGGGTAACCCCCGTGAATCTCAAACTGGTTCGCCCGTACCGATTCGCGGTTCACCGGCGATGCAATACGCGATGTTTCACGAACCAAACGAACCCTAGTTTTAACGATTGAAGGTCCGGGAAGGCGATAAAAGATAAAATATGTTGGGGCTTTTGTTTGAGAAGGACATACGCGTTGATTGCGACCGTCAATTGTTGTTTTTGTTGTTCTTTCGTCTTGCTGAAAATAAGCACCATAGATGAAAGAAGAGTTCTTGGAACTCGATGGTTAAGAACTAAAGAATGAAGTTGATGGTTTTTTTTCTTTTTTTAAATTTTTTTCTTTATTTTGTTATTATACTTTTTGTGTGCACATGGGTAATGAGTGTGGTGCCATTACTTTATTAAGTATTCACTTTTTTGCCAATTGACCTTTTCTTTACGTATTCACTTTTTATTCACTTTGCTAACAATTGTGTAATTAGCCACCACAATGTATATTTTGTATCAACTATTATTATTATTATGTTTATGGCATATATTACACTAAAACACACACATCAAAAATAAAAAATAAAATAAAAACCCATACGCTCTCGTGAACCTAAAATTAGCTACCCGCGATCCAGAACTCGTACCCCGTACCGAAGCGAACCACGAACCAAGTAACTCTGGCGTGACCTATAGGGCTCTTAATAAGGAGAGCGTTCCGTAAAATTTTCCGATTCCGGCCAAAGATGAGCTATTGGATGAGTTACACGGGGCAACTACGCTCTCTAAGCTGGATCTTATGGCAGGATACCATTTTGACGATATCCTTGTGTAGGAGAGGAACATGTGAGACATTTAGGGTGGTCTTGGATGCCTTGGCAGAGCACCGCGTATTTGCGAATATGAAGAAGTGTGAATTTGGGAAGACTGAAGTGGAATACTTAGGGCTTGTTATCTACTAATGGTGTGGTGGTAGATACCGATAAAGTTACATCAATGCTTGATTGGCTACAACCCAAAAATATCAAGGAACTTGAGGACGTCTTGGTCTTACAGGGTTCTATAGAAAGTTTGTCGCGAAATATGCTTAGATCGCTCAATCATTGACAGAGCAATTGAAAAAAAAAAAGACATTTTCGGGATGACAGAGGCAGCCACAAAGGCGTTCGAACTACTGAAGCTATGACTAATCCACTGGTTTTAGCCATGCCAAACTTGGAGAAAAGGTTTAGAGTTGAGACATGCGTCAGATTTTGGTTTAGGTGCGGTCTTGATGCAAGATGGCAGGCCCGTTTCTTTCTTCGGCAAACTTGTCCAACACAAGTCAATCTAGAGAGAGTGAATGGCAATTTGTCTTGTAGTGTATAAATGGAAATACTACCTTTTGAGCCGACACTTCTTAATTTGAACCGATCAACAAAGTCTGAGATATATAACCCAACAACACGAAATTGAGGCTGATTATCAGAAATGGGTGAGTAAACTTATCGGCTTTGAAAATTGAGATTCAATTCAAGCCGGGGTCATCCAAGGTGTTGGAGAGGTGAACTGGGTGCCTCGGTGACGACGCATGGGGTAGCTTGGAGTGAGTTAGAGGAGGAGATTGAAAAGGACCCCCTGCTGATTCAGATTAAGCAAGACTTGAAGACAAAGGAAAAAGTTCATGCAGGATTCTCTATTGTGGATGCCAAGCTGGTTTATAAGGGCCGTTATGTGATACCAAAATCCTCCACCCATATCCCTTTTTTGCTGAAGGTATATCATGAATCCCCCATTGGTGGACATGCTGGAGATTTGAAGACTTACTCCAGAATGACAGCAGATTGGTATTGGATGGGAATGTGCAAACATGTAGCGAAGTATGTGCAGTGTTGTGAAGTTTGCCAGCGCCAAAAAGTGTCCCAACAATGCCCGGTAGGCCTCTTGCAGCCTCTGCCTTTACCCTCTGTGGCCTGAGAGGACATCTCGATGGATTTCATTGAAGGACTTCCATTATCCAAGGGGGTTGGACATGATACTAGTAGTGGTAGACCGTCTGTACAAATATGTTTGTTCATTTTGTGGGGTTAAGACATCCTCTTAGTGCTGTAACGGTGGTTGAAGTCTTTATCAAGGAAGTGGTTCGTTTACATGGGTTTCCAGCATCCATTGTTTCTGATGGAAACCGTGTTTCTCCAGTATATTCTGGAAAGAACTGTTTCGCATCCATGGAGCGAATTTGAAGCACAGCACGATCCATCACCCACAAACGGATGGCCGGACGGCCTGACAGAAATTGTGAATAAGGCTTTGGAGACCTACTTGAGATGCTTTGTTGCGGGTCAGCCGAGATCTTGGGCCAAGTGGCTGCCATAGACTAAGTTCTCTTACAACACTTTGCCACATATGTAAATGAAGTTGACTCCGTTTAAGGTTCTGTATGGAAGAGACCTTCCTCATTTACCAAGCAGCAGATTCTAAGAGGGAAGAATCTTTTGAGATTGGCGACAAAGTGTATTTAAAGTTGCAACGATAAGGTCAGCATTCTTTGGCTTAGTGCACATATGAAAAATTGGTGGCGGTTTTACGGTCCCTTTGCAGTCATTCAAAAGGTGGGCACTGTGGCCTACAAACTGCAGCCTACAAACTGCAGTTGCCACCTGAGAGCAAGATTCATCCAGTTTTTCGTGTCTCCCAGCTCAAGCGGGCTGTGGCGATGTGCCTGTTTCTCCTAAAGTACCACAGCAACTATCTCGTGACATGGAGTTACTTGTGGAACCAGAGGAGCTGCTGGATGTGTGCCACATTCCTGTTGGGGTATCCACTAGATCTAAAGTTTTCTCAAATGGCTGAACCTTCCAGTATTTGGGGCCACTTGGGAGGATGAGCGGCGGTCCATGCTCGCTTTCGAGACTTCCACCTTAAGAACAAGGTGCGTCTTTGGGGGAGGGGTAACGTAATGACTAATGAATTCAGGCAGCCCATCAATGCTGCTGTCATATGCAAGACGCAAGAAGAAGGGTATTCCTGGCAATGTCATATAATTCAGTGAAAGGAATATTTGAGGTGGCAGGAATTGTCAGAAGTTGATAAGCAATAGTTGAGCAATAAAAGGGGGTGAGGGGAATGCATGTAGGGCATGAATATTGTGTGTTGTGTTTTAATTCCTTGGAGAGCACAGAACCTCTCGAAAGTTCAGCCTGTTAACCTTTGTCCATTAATCTGAATATCTTTCTTCCACTATTTTCTGTATTTTTCTCAGTTTATTGCATATTTCCAGATTTTTTATCCAAAAGCATCACACGCGCTCACCTTGTAGTGGCTTTGTGTCTGATAAAAATACACCTCCCAGACTTTCAGGATGTGGCACCTTTCAGCTTAGCATGCTGTTTCAAACATTAGTTGTAGTGCTACATTCATTTGGCTTTTGTCGTATCTTGCTGGTTATCAGCTCATTATTATGATTGCTGAATTTTTTACTTCTGTCTATAAATTGTTAGACAATATGACTGCCTTTTTTTATTCTACATATGATCCCCAAGCTAAGACCTATTTAAAGAGCGAAAGAAATGCTACTTTGGGGTTCTGGGCGTCTGTCTAACTCTGATGATATGACCTCCTAAGTTTCAAAAATGTTTTATGCTTCTAGTTTGTCATGCAATAAATCACGTAACGTTGCTCTGAGTTGCACATATAAATCACTGAATGTTGTTATAGGCTTCTGTTACGACCTCCTAAGCTTCTGAGCTACTTTTATGCTATTAGTTTGTAATGCACTAACTATATTGTTGCACGGAGTTACAAATATAACTTACTTCAGCCTTTATACATCTATTATGTCTCTATGTGCAGTCCAGTTGATGTGGATGATGATATATCATCGCAAGGACTTGTACAGGTAATAAAATATCTTATCTCCTACAGATACTAGTATGTGTTAATTTGTTCCTTTTGGTTTCTCAGTTGATTTTACCCTGCAAATTTGTGGACAGTTTGCACAAACATATGCCCAGAAAGGCCTTGTTCAATTACGGGAGATTTTCACACCTGGTACGCTTACGGTGCCTAAAACACCAGCTGCTCTGCAAGAGCTGGAATCTGTCCACAAGGTCTGTCTCCTAATAATGTTATGAGTAATTGACCACTTCAGAATTCAGATCCTTAAATAACTTTAACATATGTATTTCTTGACTGAAGGTCTTGGAGCTTTATGTGTGGTTGAGTTACCGTTTAGACGAGTCATTTCCTGACCGTGAGATGGCAGCTTCACAGAAGTCTATTTGCAGCATGTATATACCTGCAAATCCATTGACATTTATAGTGCTTGTCCCTTTGGTGTTGTCTTGATCTATTTTTCTCTAATATTTCCTGATTTACTTACAGGTTGATCGAGGAGTTCCTAGAGCAATATGGTTGGCAAGAACCAAAACTAAAGACAAAATTCAACCATTTAAATTTATCACTTTTATCCCAGCGTAGAAGACGACAACTGTAGTCTGATATTTTTCTTTGGTAAAACCTAGAGACATTGTTATTTCAGTTGCCAGAAGCCTAACAGTTCTGTTCGAATTGTACTATTGAAGACGAAGCAAACTGTCATTGGGACGATTCCTTGAGTGTCTGCAATCCCATACTTTTCTGAATTGTTTGGTCTCAGAACTTGCAATCTGCATGCCTGCTAGTTCATCGTGTACTCAATCGGCAAAGCATCATGTTAAGGTAGCCTCAGATGATTGA

mRNA sequence

TTTCATAGTCGAGTTAAGAATGGCTCCATTATAACTCGAAATAAAGGATTTTTTTTAATTATGGCTTCTTCACTTCTACGCCGGAGATTCTCAAACTTCAGCCTCTCTCGTCATTATTACGATCAATTTGAGACTTTACCCTGGGAGTTGAGATTTGGACTATTGGCTAGTCAGTGTGGTTGCTCGAGGCAGTTCAGCAACGGTGCTACATCATCCAGATTTGATTTTACGGACTTGACTCGTCCTCACACATGGTACCCAATTGCCAGAGAGAAGAAGCGAACTATTTTTCTTCACGTGGGACCCACAAACAGTGGTAAAACATATCATGCGTTGAAACAGTTGGAATGTAGCTCAACAGGTGTATACTGTGGACCCTTAAGATTATTGGCTTGGGAAGTAGCAAAACGTTTGAACAAAGCTAATGTTCCTTGCAATCTTATCACTGGACAAGAACGGGAGGAAGTTGAAGGTGCAAAACACATGGCTGCTACTGTTGAGATGGCAGATGTGACATCTGACTATCAATGTGCTGTTATTGATGAAATTCAGATGCTGGGTTGCAGGAATAGGGGTTTTTCCTTTACTCGTGCTCTACTGGGACTTGCTGCAGATGAACTACACTTATGTGGAGACCCTGCCGCTGTGCCTCTCATTAAGCAAATGTTGAAAGTTACTGGTGATGATTTGCAGATAAAATATTATGATAGGTTATCACCTCTGGAGCCATTAAAAGTGCCCCTTGGATCATATTCGAATATAAAAAAGGGGGATTGCATTGTTACCTTTTCACGTCGGGGAATATATAATTTTAAAAGAAAAATAGAAAATGAGGGGAAACATCTTTGCTCCGTTGTGTATGGTTCACTGCCACCAGAAACTCGTACGAAACAGGCAACTATGTTCAATGATGCTACCAGCGAGTTTGATGTTCTTGTGGCTAGTGATGCAATTGGTATGGGTCTCAATTTAAATATTTCGAGAATCATATTTTCGACGCTGAAAAAGTTTGATGGTCTGGAGATGCGTGATCTAACCGTTCCAGAGATCAAGCAAATAGCAGGGAGAGCTGGTAGATACGGGTCCAAGTATCCTGTTGGTGAAGTGACATGTCTAGACAGGGAAGATCTACCACTACTTCATTCATCACTTAATTCTCCATCTCCAGACCTAGAGCGTGCTGGATTGTTTCCAAGCTATGATCTTTTGCTCATGTATTCAAGAGCAAATCCACAAAATGGATTGTACCAGATATTGGAACACTTTTCAATGAATGCTAAATTATCTTCAAATTACTTCATATCCGACTGTGAAGAAATGCTTAAAGTAGCTGCCATTATTGATGAGCTGCCACTTGGTTTGAAAGAGAAATACCTCTTCTGTATCAGTCCAGTTGATGTGGATGATGATATATCATCGCAAGGACTTGTACAGTTTGCACAAACATATGCCCAGAAAGGCCTTGTTCAATTACGGGAGATTTTCACACCTGGTACGCTTACGGTGCCTAAAACACCAGCTGCTCTGCAAGAGCTGGAATCTGTCCACAAGGTCTTGGAGCTTTATGTGTGGTTGAGTTACCGTTTAGACGAGTCATTTCCTGACCGTGAGATGGCAGCTTCACAGAAGTCTATTTGCAGCATGTTGATCGAGGAGTTCCTAGAGCAATATGAACTTGCAATCTGCATGCCTGCTAGTTCATCGTGTACTCAATCGGCAAAGCATCATGTTAAGGTAGCCTCAGATGATTGA

Coding sequence (CDS)

ATGGCTTCTTCACTTCTACGCCGGAGATTCTCAAACTTCAGCCTCTCTCGTCATTATTACGATCAATTTGAGACTTTACCCTGGGAGTTGAGATTTGGACTATTGGCTAGTCAGTGTGGTTGCTCGAGGCAGTTCAGCAACGGTGCTACATCATCCAGATTTGATTTTACGGACTTGACTCGTCCTCACACATGGTACCCAATTGCCAGAGAGAAGAAGCGAACTATTTTTCTTCACGTGGGACCCACAAACAGTGGTAAAACATATCATGCGTTGAAACAGTTGGAATGTAGCTCAACAGGTGTATACTGTGGACCCTTAAGATTATTGGCTTGGGAAGTAGCAAAACGTTTGAACAAAGCTAATGTTCCTTGCAATCTTATCACTGGACAAGAACGGGAGGAAGTTGAAGGTGCAAAACACATGGCTGCTACTGTTGAGATGGCAGATGTGACATCTGACTATCAATGTGCTGTTATTGATGAAATTCAGATGCTGGGTTGCAGGAATAGGGGTTTTTCCTTTACTCGTGCTCTACTGGGACTTGCTGCAGATGAACTACACTTATGTGGAGACCCTGCCGCTGTGCCTCTCATTAAGCAAATGTTGAAAGTTACTGGTGATGATTTGCAGATAAAATATTATGATAGGTTATCACCTCTGGAGCCATTAAAAGTGCCCCTTGGATCATATTCGAATATAAAAAAGGGGGATTGCATTGTTACCTTTTCACGTCGGGGAATATATAATTTTAAAAGAAAAATAGAAAATGAGGGGAAACATCTTTGCTCCGTTGTGTATGGTTCACTGCCACCAGAAACTCGTACGAAACAGGCAACTATGTTCAATGATGCTACCAGCGAGTTTGATGTTCTTGTGGCTAGTGATGCAATTGGTATGGGTCTCAATTTAAATATTTCGAGAATCATATTTTCGACGCTGAAAAAGTTTGATGGTCTGGAGATGCGTGATCTAACCGTTCCAGAGATCAAGCAAATAGCAGGGAGAGCTGGTAGATACGGGTCCAAGTATCCTGTTGGTGAAGTGACATGTCTAGACAGGGAAGATCTACCACTACTTCATTCATCACTTAATTCTCCATCTCCAGACCTAGAGCGTGCTGGATTGTTTCCAAGCTATGATCTTTTGCTCATGTATTCAAGAGCAAATCCACAAAATGGATTGTACCAGATATTGGAACACTTTTCAATGAATGCTAAATTATCTTCAAATTACTTCATATCCGACTGTGAAGAAATGCTTAAAGTAGCTGCCATTATTGATGAGCTGCCACTTGGTTTGAAAGAGAAATACCTCTTCTGTATCAGTCCAGTTGATGTGGATGATGATATATCATCGCAAGGACTTGTACAGTTTGCACAAACATATGCCCAGAAAGGCCTTGTTCAATTACGGGAGATTTTCACACCTGGTACGCTTACGGTGCCTAAAACACCAGCTGCTCTGCAAGAGCTGGAATCTGTCCACAAGGTCTTGGAGCTTTATGTGTGGTTGAGTTACCGTTTAGACGAGTCATTTCCTGACCGTGAGATGGCAGCTTCACAGAAGTCTATTTGCAGCATGTTGATCGAGGAGTTCCTAGAGCAATATGAACTTGCAATCTGCATGCCTGCTAGTTCATCGTGTACTCAATCGGCAAAGCATCATGTTAAGGTAGCCTCAGATGATTGA

Protein sequence

MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQYELAICMPASSSCTQSAKHHVKVASDD

Relationships

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


Feature Name	Unique Name	Type
Spo16755.1	Spo16755.1	mRNA

Homology

[Close]

BLAST of Spo16755.1 vs. NCBI nr
Match: gi|902233273|gb|KNA22974.1| (hypothetical protein SOVF_028970 [Spinacia oleracea])

HSP 1 Score: 1090.9 bits (2820), Expect = 0.000e+0
Identity = 537/537 (100.00%), Postives = 537/537 (100.00%), Query Frame = 1

		  
Query: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60
           MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT
Sbjct: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60

Query: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120
           RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK
Sbjct: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120

Query: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180
           ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL
Sbjct: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180

Query: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240
           GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI
Sbjct: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240

Query: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300
           VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM
Sbjct: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300

Query: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360
           GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL
Sbjct: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360

Query: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420
           HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM
Sbjct: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420

Query: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480
           LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL
Sbjct: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480

Query: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 538
           TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY
Sbjct: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 537

[Close]

BLAST of Spo16755.1 vs. NCBI nr
Match: gi|731367217|ref|XP_010695490.1| (PREDICTED: ATP-dependent RNA helicase SUPV3L1, mitochondrial isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 951.8 bits (2459), Expect = 5.300e-274
Identity = 462/537 (86.03%), Postives = 504/537 (93.85%), Query Frame = 1

		  
Query: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60
           MAS+LLRRRFS+F++SR+ +D+ E+   ELR GLLAS CGC RQFS+ ATSSRFDFTDLT
Sbjct: 1   MASALLRRRFSSFTVSRYLHDKSESSSLELRLGLLASHCGCLRQFSSRATSSRFDFTDLT 60

Query: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120
            PHTWYP AR+++R +FLHVGPTNSGKTY ALKQLECSSTGVYCGPLRLLAWEVAKRLNK
Sbjct: 61  CPHTWYPNARKQQRNVFLHVGPTNSGKTYQALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120

Query: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180
           ANVPC+LITGQEREEVEGAKHMA TVEMADVTS YQCAVIDEIQMLGCR+RGFSFTRALL
Sbjct: 121 ANVPCDLITGQEREEVEGAKHMAVTVEMADVTSHYQCAVIDEIQMLGCRSRGFSFTRALL 180

Query: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240
           GL ADELHLCGDPAAVPLI ++LKVTGD++QI YYDRLSPLEPLKV LGS+SN++KGDC+
Sbjct: 181 GLPADELHLCGDPAAVPLITEILKVTGDNVQIHYYDRLSPLEPLKVSLGSFSNVRKGDCV 240

Query: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300
           VTFSRRGIYNFKRKIE+EGKHLCSVVYGSLPPETR +QATMFNDATSE DVLVASDAIGM
Sbjct: 241 VTFSRRGIYNFKRKIESEGKHLCSVVYGSLPPETRNRQATMFNDATSESDVLVASDAIGM 300

Query: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360
           GLNLNISRIIFSTLKKFDG+E+RDLTVPEIKQIAGRAGRYGSKYPVGEVTCL+ EDLPLL
Sbjct: 301 GLNLNISRIIFSTLKKFDGVELRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLEGEDLPLL 360

Query: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420
           H+SLNSPSP LERAGLFP+YDLLL+YSRANP+ GLY ILEHF  NAKLS NYFI+DCE++
Sbjct: 361 HTSLNSPSPPLERAGLFPNYDLLLLYSRANPEIGLYHILEHFVTNAKLSPNYFIADCEDL 420

Query: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480
           LKVAAIIDELPLGL EKYLFCISPVDVDDDISSQGLVQFAQTYA+KG+V LREIFTPG L
Sbjct: 421 LKVAAIIDELPLGLHEKYLFCISPVDVDDDISSQGLVQFAQTYAKKGIVHLREIFTPGML 480

Query: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 538
            VPKTPA+L+ELES+HKVLELYVWLSYRLDESFPDRE+AASQKSICS+LIEEFL QY
Sbjct: 481 KVPKTPASLEELESIHKVLELYVWLSYRLDESFPDRELAASQKSICSLLIEEFLRQY 537

[Close]

BLAST of Spo16755.1 vs. NCBI nr
Match: gi|590658320|ref|XP_007034819.1| (ATP-dependent RNA and DNA helicase, putative isoform 1 [Theobroma cacao])

HSP 1 Score: 835.9 bits (2158), Expect = 4.200e-239
Identity = 414/564 (73.40%), Postives = 485/564 (85.99%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSRHYYDQFET--LPWELRFGLLASQCGCSRQFSNGATSSRFDFT 60
           MAS LLR RR S   +SR   D  ++  L  E +F   AS     R++S+G ++++FDFT
Sbjct: 1   MASLLLRQRRVSALGVSRILQDNGDSFRLRLESKFETFASIGVMIRKYSSGKSAAKFDFT 60

Query: 61  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 120
           DLT PHTWYP AR+K R +FLHVGPTNSGKTYHALK+LE S +G+YCGPLRLLAWEV+KR
Sbjct: 61  DLTCPHTWYPNARKKNRKVFLHVGPTNSGKTYHALKRLESSPSGIYCGPLRLLAWEVSKR 120

Query: 121 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 180
           LNKA VPC+LITGQE+EEV+GAKH A TVEMADVT+DY CA+IDEIQMLGC+ RGFSFTR
Sbjct: 121 LNKAKVPCDLITGQEKEEVDGAKHKAVTVEMADVTADYDCAIIDEIQMLGCKTRGFSFTR 180

Query: 181 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKG 240
           ALLG+AADELHLCGD AAV LI+++LKVTGDD+Q++ Y+RLSPL PL+VPLGS+SNI+ G
Sbjct: 181 ALLGIAADELHLCGDAAAVALIQELLKVTGDDVQVESYERLSPLVPLEVPLGSFSNIRTG 240

Query: 241 DCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDA 300
           DCIVTFSR+ IY  K++IE+ GKHLCSVVYGSLPPETRT+QATMFND +SEFDVLVASDA
Sbjct: 241 DCIVTFSRKEIYQLKKRIESRGKHLCSVVYGSLPPETRTRQATMFNDTSSEFDVLVASDA 300

Query: 301 IGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDL 360
           IGMGLNLNISR+IFSTLKKFDG EMRDLTVPEIKQIAGRAGRYGSK+P+GEVTCLD +DL
Sbjct: 301 IGMGLNLNISRVIFSTLKKFDGSEMRDLTVPEIKQIAGRAGRYGSKFPMGEVTCLDADDL 360

Query: 361 PLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDC 420
           PLLHSSL SPSP LE+AGLFPS+DL+ MYSR  P+ GLYQILEHF  NAKLS NYFI++C
Sbjct: 361 PLLHSSLKSPSPILEQAGLFPSFDLIFMYSRLQPKRGLYQILEHFIENAKLSENYFIANC 420

Query: 421 EEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTP 480
           EE LKVAAIIDELPL L++KYLFCISPVD++D+ISSQGL QFA+ YA+KGLV LREIFTP
Sbjct: 421 EEQLKVAAIIDELPLRLQDKYLFCISPVDMNDEISSQGLTQFAENYAKKGLVHLREIFTP 480

Query: 481 GTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 540
           GTL VPKT +AL+ELES+HKVLELYVWLS+RL++SFPDRE+A+SQK+ICS+LIEEFLE+ 
Sbjct: 481 GTLQVPKTHSALKELESIHKVLELYVWLSFRLEDSFPDRELASSQKAICSLLIEEFLER- 540

Query: 541 ELAICMPASSSCTQSAKHHVKVAS 562
            L    P S   T SA  +  +A+
Sbjct: 541 -LGWQKPTSRRLTSSATLNSLIAN 562

[Close]

BLAST of Spo16755.1 vs. NCBI nr
Match: gi|590658330|ref|XP_007034822.1| (ATP-dependent RNA and DNA helicase, putative isoform 4 [Theobroma cacao])

HSP 1 Score: 831.2 bits (2146), Expect = 1.000e-237
Identity = 414/565 (73.27%), Postives = 485/565 (85.84%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSRHYYDQFET--LPWELRFGLLASQCGCSRQFSNGATSSRFDFT 60
           MAS LLR RR S   +SR   D  ++  L  E +F   AS     R++S+G ++++FDFT
Sbjct: 1   MASLLLRQRRVSALGVSRILQDNGDSFRLRLESKFETFASIGVMIRKYSSGKSAAKFDFT 60

Query: 61  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 120
           DLT PHTWYP AR+K R +FLHVGPTNSGKTYHALK+LE S +G+YCGPLRLLAWEV+KR
Sbjct: 61  DLTCPHTWYPNARKKNRKVFLHVGPTNSGKTYHALKRLESSPSGIYCGPLRLLAWEVSKR 120

Query: 121 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 180
           LNKA VPC+LITGQE+EEV+GAKH A TVEMADVT+DY CA+IDEIQMLGC+ RGFSFTR
Sbjct: 121 LNKAKVPCDLITGQEKEEVDGAKHKAVTVEMADVTADYDCAIIDEIQMLGCKTRGFSFTR 180

Query: 181 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKG 240
           ALLG+AADELHLCGD AAV LI+++LKVTGDD+Q++ Y+RLSPL PL+VPLGS+SNI+ G
Sbjct: 181 ALLGIAADELHLCGDAAAVALIQELLKVTGDDVQVESYERLSPLVPLEVPLGSFSNIRTG 240

Query: 241 DCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDA 300
           DCIVTFSR+ IY  K++IE+ GKHLCSVVYGSLPPETRT+QATMFND +SEFDVLVASDA
Sbjct: 241 DCIVTFSRKEIYQLKKRIESRGKHLCSVVYGSLPPETRTRQATMFNDTSSEFDVLVASDA 300

Query: 301 IGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDL 360
           IGMGLNLNISR+IFSTLKKFDG EMRDLTVPEIKQIAGRAGRYGSK+P+GEVTCLD +DL
Sbjct: 301 IGMGLNLNISRVIFSTLKKFDGSEMRDLTVPEIKQIAGRAGRYGSKFPMGEVTCLDADDL 360

Query: 361 PLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDC 420
           PLLHSSL SPSP LE+AGLFPS+DL+ MYSR  P+ GLYQILEHF  NAKLS NYFI++C
Sbjct: 361 PLLHSSLKSPSPILEQAGLFPSFDLIFMYSRLQPKRGLYQILEHFIENAKLSENYFIANC 420

Query: 421 EEMLKVAAIIDELPLGLKEKYLFCI-SPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFT 480
           EE LKVAAIIDELPL L++KYLFCI SPVD++D+ISSQGL QFA+ YA+KGLV LREIFT
Sbjct: 421 EEQLKVAAIIDELPLRLQDKYLFCISSPVDMNDEISSQGLTQFAENYAKKGLVHLREIFT 480

Query: 481 PGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQ 540
           PGTL VPKT +AL+ELES+HKVLELYVWLS+RL++SFPDRE+A+SQK+ICS+LIEEFLE+
Sbjct: 481 PGTLQVPKTHSALKELESIHKVLELYVWLSFRLEDSFPDRELASSQKAICSLLIEEFLER 540

Query: 541 YELAICMPASSSCTQSAKHHVKVAS 562
             L    P S   T SA  +  +A+
Sbjct: 541 --LGWQKPTSRRLTSSATLNSLIAN 563

[Close]

BLAST of Spo16755.1 vs. NCBI nr
Match: gi|720000749|ref|XP_010256128.1| (PREDICTED: ATP-dependent RNA helicase SUPV3L1, mitochondrial isoform X2 [Nelumbo nucifera])

HSP 1 Score: 829.7 bits (2142), Expect = 3.000e-237
Identity = 405/539 (75.14%), Postives = 471/539 (87.38%), Query Frame = 1

		  
Query: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFG---LLASQCGCSRQFSNGATSSRFDFT 60
           M SSLLRR+FS+  +S H YD  +     L      +    C   R+FS+ ++ + FDFT
Sbjct: 1   MVSSLLRRKFSH-GISCHLYDNMKPFRMHLELHARFVFGDCCSILRRFSS-SSGAPFDFT 60

Query: 61  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 120
           DLTRPHTWYP AR KKR I LHVGPTNSGKT+HALKQLE SS+G+YCGPLRLLAWEVAKR
Sbjct: 61  DLTRPHTWYPNARRKKRNIILHVGPTNSGKTHHALKQLERSSSGIYCGPLRLLAWEVAKR 120

Query: 121 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 180
           LNKA+VPC+LITGQE+EE++GAKH + TVEMADVTSDY CAVIDEIQM+GC+ RGFSFTR
Sbjct: 121 LNKAHVPCDLITGQEKEEIDGAKHKSVTVEMADVTSDYHCAVIDEIQMVGCKTRGFSFTR 180

Query: 181 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKG 240
           ALLGLAADELHLCGD A VPLI+++L+VTGD ++++YY+RLSPL P KVPLGS+S I+ G
Sbjct: 181 ALLGLAADELHLCGDAAVVPLIQEILEVTGDVIKVQYYERLSPLIPSKVPLGSFSKIQTG 240

Query: 241 DCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDA 300
           DCIVTFSRR IY  K  IEN GKHLCSVVYGSLPPETRT+QATMFND +S+FDVLVASDA
Sbjct: 241 DCIVTFSRREIYRLKNDIENGGKHLCSVVYGSLPPETRTRQATMFNDESSQFDVLVASDA 300

Query: 301 IGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDL 360
           IGMGLNLNISRIIFSTLKKFDG +MR+LTV EIKQIAGRAGR+GSK+P GEVTC+D EDL
Sbjct: 301 IGMGLNLNISRIIFSTLKKFDGTDMRELTVSEIKQIAGRAGRFGSKFPCGEVTCIDAEDL 360

Query: 361 PLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDC 420
           PLLHSSL SPSPDLE AGLFP++DLL +YSR +P+ G +QILE+F  NAKLSSNYFI++C
Sbjct: 361 PLLHSSLKSPSPDLESAGLFPTFDLLFLYSRLHPKMGFHQILENFLENAKLSSNYFIANC 420

Query: 421 EEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTP 480
           EEMLKVAA+IDELPL L +KYLFCISPVD++DDISSQGLVQFAQTYA+KG+V+LREIFTP
Sbjct: 421 EEMLKVAAVIDELPLQLHDKYLFCISPVDMNDDISSQGLVQFAQTYARKGIVRLREIFTP 480

Query: 481 GTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQ 537
           GTL VPKT  AL+ELES+HKVL+LYVWLS+RL++SFPDRE+A+SQKSICS+LIEEFLE+
Sbjct: 481 GTLQVPKTQTALKELESIHKVLDLYVWLSFRLEDSFPDRELASSQKSICSLLIEEFLER 537

[Close]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RVN1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_028970 PE=4 SV=1)

HSP 1 Score: 1090.9 bits (2820), Expect = 0.000e+0
Identity = 537/537 (100.00%), Postives = 537/537 (100.00%), Query Frame = 1

		  
Query: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60
           MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT
Sbjct: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60

Query: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120
           RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK
Sbjct: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120

Query: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180
           ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL
Sbjct: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180

Query: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240
           GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI
Sbjct: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240

Query: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300
           VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM
Sbjct: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300

Query: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360
           GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL
Sbjct: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360

Query: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420
           HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM
Sbjct: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420

Query: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480
           LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL
Sbjct: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480

Query: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 538
           TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY
Sbjct: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 537

[Close]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B9K4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g125140 PE=4 SV=1)

HSP 1 Score: 951.8 bits (2459), Expect = 3.700e-274
Identity = 462/537 (86.03%), Postives = 504/537 (93.85%), Query Frame = 1

		  
Query: 1   MASSLLRRRFSNFSLSRHYYDQFETLPWELRFGLLASQCGCSRQFSNGATSSRFDFTDLT 60
           MAS+LLRRRFS+F++SR+ +D+ E+   ELR GLLAS CGC RQFS+ ATSSRFDFTDLT
Sbjct: 1   MASALLRRRFSSFTVSRYLHDKSESSSLELRLGLLASHCGCLRQFSSRATSSRFDFTDLT 60

Query: 61  RPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120
            PHTWYP AR+++R +FLHVGPTNSGKTY ALKQLECSSTGVYCGPLRLLAWEVAKRLNK
Sbjct: 61  CPHTWYPNARKQQRNVFLHVGPTNSGKTYQALKQLECSSTGVYCGPLRLLAWEVAKRLNK 120

Query: 121 ANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTRALL 180
           ANVPC+LITGQEREEVEGAKHMA TVEMADVTS YQCAVIDEIQMLGCR+RGFSFTRALL
Sbjct: 121 ANVPCDLITGQEREEVEGAKHMAVTVEMADVTSHYQCAVIDEIQMLGCRSRGFSFTRALL 180

Query: 181 GLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKGDCI 240
           GL ADELHLCGDPAAVPLI ++LKVTGD++QI YYDRLSPLEPLKV LGS+SN++KGDC+
Sbjct: 181 GLPADELHLCGDPAAVPLITEILKVTGDNVQIHYYDRLSPLEPLKVSLGSFSNVRKGDCV 240

Query: 241 VTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDAIGM 300
           VTFSRRGIYNFKRKIE+EGKHLCSVVYGSLPPETR +QATMFNDATSE DVLVASDAIGM
Sbjct: 241 VTFSRRGIYNFKRKIESEGKHLCSVVYGSLPPETRNRQATMFNDATSESDVLVASDAIGM 300

Query: 301 GLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDLPLL 360
           GLNLNISRIIFSTLKKFDG+E+RDLTVPEIKQIAGRAGRYGSKYPVGEVTCL+ EDLPLL
Sbjct: 301 GLNLNISRIIFSTLKKFDGVELRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLEGEDLPLL 360

Query: 361 HSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDCEEM 420
           H+SLNSPSP LERAGLFP+YDLLL+YSRANP+ GLY ILEHF  NAKLS NYFI+DCE++
Sbjct: 361 HTSLNSPSPPLERAGLFPNYDLLLLYSRANPEIGLYHILEHFVTNAKLSPNYFIADCEDL 420

Query: 421 LKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTPGTL 480
           LKVAAIIDELPLGL EKYLFCISPVDVDDDISSQGLVQFAQTYA+KG+V LREIFTPG L
Sbjct: 421 LKVAAIIDELPLGLHEKYLFCISPVDVDDDISSQGLVQFAQTYAKKGIVHLREIFTPGML 480

Query: 481 TVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 538
            VPKTPA+L+ELES+HKVLELYVWLSYRLDESFPDRE+AASQKSICS+LIEEFL QY
Sbjct: 481 KVPKTPASLEELESIHKVLELYVWLSYRLDESFPDRELAASQKSICSLLIEEFLRQY 537

[Close]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Match: A0A061EL63_THECC (ATP-dependent RNA and DNA helicase, putative isoform 1 OS=Theobroma cacao GN=TCM_020670 PE=4 SV=1)

HSP 1 Score: 835.9 bits (2158), Expect = 3.000e-239
Identity = 414/564 (73.40%), Postives = 485/564 (85.99%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSRHYYDQFET--LPWELRFGLLASQCGCSRQFSNGATSSRFDFT 60
           MAS LLR RR S   +SR   D  ++  L  E +F   AS     R++S+G ++++FDFT
Sbjct: 1   MASLLLRQRRVSALGVSRILQDNGDSFRLRLESKFETFASIGVMIRKYSSGKSAAKFDFT 60

Query: 61  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 120
           DLT PHTWYP AR+K R +FLHVGPTNSGKTYHALK+LE S +G+YCGPLRLLAWEV+KR
Sbjct: 61  DLTCPHTWYPNARKKNRKVFLHVGPTNSGKTYHALKRLESSPSGIYCGPLRLLAWEVSKR 120

Query: 121 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 180
           LNKA VPC+LITGQE+EEV+GAKH A TVEMADVT+DY CA+IDEIQMLGC+ RGFSFTR
Sbjct: 121 LNKAKVPCDLITGQEKEEVDGAKHKAVTVEMADVTADYDCAIIDEIQMLGCKTRGFSFTR 180

Query: 181 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKG 240
           ALLG+AADELHLCGD AAV LI+++LKVTGDD+Q++ Y+RLSPL PL+VPLGS+SNI+ G
Sbjct: 181 ALLGIAADELHLCGDAAAVALIQELLKVTGDDVQVESYERLSPLVPLEVPLGSFSNIRTG 240

Query: 241 DCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDA 300
           DCIVTFSR+ IY  K++IE+ GKHLCSVVYGSLPPETRT+QATMFND +SEFDVLVASDA
Sbjct: 241 DCIVTFSRKEIYQLKKRIESRGKHLCSVVYGSLPPETRTRQATMFNDTSSEFDVLVASDA 300

Query: 301 IGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDL 360
           IGMGLNLNISR+IFSTLKKFDG EMRDLTVPEIKQIAGRAGRYGSK+P+GEVTCLD +DL
Sbjct: 301 IGMGLNLNISRVIFSTLKKFDGSEMRDLTVPEIKQIAGRAGRYGSKFPMGEVTCLDADDL 360

Query: 361 PLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDC 420
           PLLHSSL SPSP LE+AGLFPS+DL+ MYSR  P+ GLYQILEHF  NAKLS NYFI++C
Sbjct: 361 PLLHSSLKSPSPILEQAGLFPSFDLIFMYSRLQPKRGLYQILEHFIENAKLSENYFIANC 420

Query: 421 EEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFTP 480
           EE LKVAAIIDELPL L++KYLFCISPVD++D+ISSQGL QFA+ YA+KGLV LREIFTP
Sbjct: 421 EEQLKVAAIIDELPLRLQDKYLFCISPVDMNDEISSQGLTQFAENYAKKGLVHLREIFTP 480

Query: 481 GTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQY 540
           GTL VPKT +AL+ELES+HKVLELYVWLS+RL++SFPDRE+A+SQK+ICS+LIEEFLE+ 
Sbjct: 481 GTLQVPKTHSALKELESIHKVLELYVWLSFRLEDSFPDRELASSQKAICSLLIEEFLER- 540

Query: 541 ELAICMPASSSCTQSAKHHVKVAS 562
            L    P S   T SA  +  +A+
Sbjct: 541 -LGWQKPTSRRLTSSATLNSLIAN 562

[Close]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Match: A0A061EM91_THECC (ATP-dependent RNA and DNA helicase, putative isoform 4 OS=Theobroma cacao GN=TCM_020670 PE=4 SV=1)

HSP 1 Score: 831.2 bits (2146), Expect = 7.300e-238
Identity = 414/565 (73.27%), Postives = 485/565 (85.84%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSRHYYDQFET--LPWELRFGLLASQCGCSRQFSNGATSSRFDFT 60
           MAS LLR RR S   +SR   D  ++  L  E +F   AS     R++S+G ++++FDFT
Sbjct: 1   MASLLLRQRRVSALGVSRILQDNGDSFRLRLESKFETFASIGVMIRKYSSGKSAAKFDFT 60

Query: 61  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 120
           DLT PHTWYP AR+K R +FLHVGPTNSGKTYHALK+LE S +G+YCGPLRLLAWEV+KR
Sbjct: 61  DLTCPHTWYPNARKKNRKVFLHVGPTNSGKTYHALKRLESSPSGIYCGPLRLLAWEVSKR 120

Query: 121 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 180
           LNKA VPC+LITGQE+EEV+GAKH A TVEMADVT+DY CA+IDEIQMLGC+ RGFSFTR
Sbjct: 121 LNKAKVPCDLITGQEKEEVDGAKHKAVTVEMADVTADYDCAIIDEIQMLGCKTRGFSFTR 180

Query: 181 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGSYSNIKKG 240
           ALLG+AADELHLCGD AAV LI+++LKVTGDD+Q++ Y+RLSPL PL+VPLGS+SNI+ G
Sbjct: 181 ALLGIAADELHLCGDAAAVALIQELLKVTGDDVQVESYERLSPLVPLEVPLGSFSNIRTG 240

Query: 241 DCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASDA 300
           DCIVTFSR+ IY  K++IE+ GKHLCSVVYGSLPPETRT+QATMFND +SEFDVLVASDA
Sbjct: 241 DCIVTFSRKEIYQLKKRIESRGKHLCSVVYGSLPPETRTRQATMFNDTSSEFDVLVASDA 300

Query: 301 IGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDREDL 360
           IGMGLNLNISR+IFSTLKKFDG EMRDLTVPEIKQIAGRAGRYGSK+P+GEVTCLD +DL
Sbjct: 301 IGMGLNLNISRVIFSTLKKFDGSEMRDLTVPEIKQIAGRAGRYGSKFPMGEVTCLDADDL 360

Query: 361 PLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISDC 420
           PLLHSSL SPSP LE+AGLFPS+DL+ MYSR  P+ GLYQILEHF  NAKLS NYFI++C
Sbjct: 361 PLLHSSLKSPSPILEQAGLFPSFDLIFMYSRLQPKRGLYQILEHFIENAKLSENYFIANC 420

Query: 421 EEMLKVAAIIDELPLGLKEKYLFCI-SPVDVDDDISSQGLVQFAQTYAQKGLVQLREIFT 480
           EE LKVAAIIDELPL L++KYLFCI SPVD++D+ISSQGL QFA+ YA+KGLV LREIFT
Sbjct: 421 EEQLKVAAIIDELPLRLQDKYLFCISSPVDMNDEISSQGLTQFAENYAKKGLVHLREIFT 480

Query: 481 PGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEEFLEQ 540
           PGTL VPKT +AL+ELES+HKVLELYVWLS+RL++SFPDRE+A+SQK+ICS+LIEEFLE+
Sbjct: 481 PGTLQVPKTHSALKELESIHKVLELYVWLSFRLEDSFPDRELASSQKAICSLLIEEFLER 540

Query: 541 YELAICMPASSSCTQSAKHHVKVAS 562
             L    P S   T SA  +  +A+
Sbjct: 541 --LGWQKPTSRRLTSSATLNSLIAN 563

[Close]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Match: A0A061ELN8_THECC (ATP-dependent RNA and DNA helicase, putative isoform 2 OS=Theobroma cacao GN=TCM_020670 PE=4 SV=1)

HSP 1 Score: 826.2 bits (2133), Expect = 2.300e-236
Identity = 397/519 (76.49%), Postives = 464/519 (89.40%), Query Frame = 1

		  
Query: 43  RQFSNGATSSRFDFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGV 102
           R++S+G ++++FDFTDLT PHTWYP AR+K R +FLHVGPTNSGKTYHALK+LE S +G+
Sbjct: 3   RKYSSGKSAAKFDFTDLTCPHTWYPNARKKNRKVFLHVGPTNSGKTYHALKRLESSPSGI 62

Query: 103 YCGPLRLLAWEVAKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDE 162
           YCGPLRLLAWEV+KRLNKA VPC+LITGQE+EEV+GAKH A TVEMADVT+DY CA+IDE
Sbjct: 63  YCGPLRLLAWEVSKRLNKAKVPCDLITGQEKEEVDGAKHKAVTVEMADVTADYDCAIIDE 122

Query: 163 IQMLGCRNRGFSFTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLE 222
           IQMLGC+ RGFSFTRALLG+AADELHLCGD AAV LI+++LKVTGDD+Q++ Y+RLSPL 
Sbjct: 123 IQMLGCKTRGFSFTRALLGIAADELHLCGDAAAVALIQELLKVTGDDVQVESYERLSPLV 182

Query: 223 PLKVPLGSYSNIKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMF 282
           PL+VPLGS+SNI+ GDCIVTFSR+ IY  K++IE+ GKHLCSVVYGSLPPETRT+QATMF
Sbjct: 183 PLEVPLGSFSNIRTGDCIVTFSRKEIYQLKKRIESRGKHLCSVVYGSLPPETRTRQATMF 242

Query: 283 NDATSEFDVLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGS 342
           ND +SEFDVLVASDAIGMGLNLNISR+IFSTLKKFDG EMRDLTVPEIKQIAGRAGRYGS
Sbjct: 243 NDTSSEFDVLVASDAIGMGLNLNISRVIFSTLKKFDGSEMRDLTVPEIKQIAGRAGRYGS 302

Query: 343 KYPVGEVTCLDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHF 402
           K+P+GEVTCLD +DLPLLHSSL SPSP LE+AGLFPS+DL+ MYSR  P+ GLYQILEHF
Sbjct: 303 KFPMGEVTCLDADDLPLLHSSLKSPSPILEQAGLFPSFDLIFMYSRLQPKRGLYQILEHF 362

Query: 403 SMNAKLSSNYFISDCEEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQT 462
             NAKLS NYFI++CEE LKVAAIIDELPL L++KYLFCISPVD++D+ISSQGL QFA+ 
Sbjct: 363 IENAKLSENYFIANCEEQLKVAAIIDELPLRLQDKYLFCISPVDMNDEISSQGLTQFAEN 422

Query: 463 YAQKGLVQLREIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQ 522
           YA+KGLV LREIFTPGTL VPKT +AL+ELES+HKVLELYVWLS+RL++SFPDRE+A+SQ
Sbjct: 423 YAKKGLVHLREIFTPGTLQVPKTHSALKELESIHKVLELYVWLSFRLEDSFPDRELASSQ 482

Query: 523 KSICSMLIEEFLEQYELAICMPASSSCTQSAKHHVKVAS 562
           K+ICS+LIEEFLE+  L    P S   T SA  +  +A+
Sbjct: 483 KAICSLLIEEFLER--LGWQKPTSRRLTSSATLNSLIAN 519

[Close]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Match: SUV3M_ARATH (DExH-box ATP-dependent RNA helicase DExH16, mitochondrial OS=Arabidopsis thaliana GN=SUV3 PE=1 SV=1)

HSP 1 Score: 774.2 bits (1998), Expect = 9.500e-223
Identity = 386/553 (69.80%), Postives = 457/553 (82.64%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSR------------HYYDQFETLPWELRFGLLA----SQCGCSR 60
           MA S++R R+ S   +SR            H+  +F  L   LR G+L        G  +
Sbjct: 1   MAYSVVRLRKVSALGISRVLQADKGSLWRFHFEPEFGDL---LRLGVLTRNYRKNSGSPK 60

Query: 61  -QFSNGATSSRFDFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGV 120
             F+   T+S+FDFTDLT PHTWYPIAR+KKR + LHVGPTNSGKTY ALK LE SS+GV
Sbjct: 61  FDFTGTGTTSKFDFTDLTCPHTWYPIARKKKRKVILHVGPTNSGKTYSALKHLEQSSSGV 120

Query: 121 YCGPLRLLAWEVAKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDE 180
           YCGPLRLLAWEVAKRLNKANVPC+LITGQE++ VEGA H A TVEMADVTS Y CA+IDE
Sbjct: 121 YCGPLRLLAWEVAKRLNKANVPCDLITGQEKDLVEGATHKAVTVEMADVTSVYDCAIIDE 180

Query: 181 IQMLGCRNRGFSFTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLE 240
           IQM+GC+ RGF+FTRALLG+AADELHLCGDPA VPL++ +LKVTGDD+++  Y+RLSPL 
Sbjct: 181 IQMVGCKQRGFAFTRALLGIAADELHLCGDPAVVPLVEDILKVTGDDVEVHTYERLSPLV 240

Query: 241 PLKVPLGSYSNIKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMF 300
           PLKVP+ S S+IK GDC+VTFSR+ IY +K+ IE  GKHLCSVVYGSLPPETRT QAT F
Sbjct: 241 PLKVPVSSVSSIKTGDCLVTFSRKDIYAYKKTIERAGKHLCSVVYGSLPPETRTAQATRF 300

Query: 301 NDATSEFDVLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGS 360
           ND T++FDVLVASDAIGMGLNLNISRIIFSTL+K+DG E RDLTV EIKQIAGRAGR+ S
Sbjct: 301 NDETNDFDVLVASDAIGMGLNLNISRIIFSTLQKYDGSETRDLTVSEIKQIAGRAGRFQS 360

Query: 361 KYPVGEVTCLDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHF 420
           K+P+GEVTCL +EDLPLLHSSL SPSP LERAGLFP++DLL  YS+A+P +GLYQILEHF
Sbjct: 361 KFPIGEVTCLHKEDLPLLHSSLKSPSPILERAGLFPTFDLLSGYSQAHPTHGLYQILEHF 420

Query: 421 SMNAKLSSNYFISDCEEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQT 480
             NAKLSSNYFIS+ E+M+KVAAI+DELPLGL+EKYLF +SPVDV+D+IS QGL QFAQ 
Sbjct: 421 VENAKLSSNYFISNVEDMMKVAAIVDELPLGLQEKYLFVVSPVDVNDEISGQGLAQFAQN 480

Query: 481 YAQKGLVQLREIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQ 536
           +++ G+V+LREI  P  + VPKTP  L+ELES+HKVL+LYVWLS RL++SFPDRE+AASQ
Sbjct: 481 FSKAGIVRLREILAPDRVKVPKTPTELKELESIHKVLDLYVWLSLRLEDSFPDREVAASQ 540

[Close]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Match: SUV3M_ORYSJ (ATP-dependent RNA helicase SUV3, mitochondrial OS=Oryza sativa subsp. japonica GN=SUV3 PE=1 SV=1)

HSP 1 Score: 760.8 bits (1963), Expect = 1.100e-218
Identity = 364/486 (74.90%), Postives = 431/486 (88.68%), Query Frame = 1

		  
Query: 51  SSRFDFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLL 110
           S +FD TDLT PH WYP AREKKR +FLHVGPTNSGKT++ALK+LE SS+GVYCGPLRLL
Sbjct: 55  SGKFDLTDLTHPHIWYPNAREKKRNVFLHVGPTNSGKTHNALKRLEASSSGVYCGPLRLL 114

Query: 111 AWEVAKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRN 170
           A EVA+RLNKANVPCNLITGQEREE+EGAKH + TVEMAD+T++YQCAVIDEIQM+GCR+
Sbjct: 115 AREVAQRLNKANVPCNLITGQEREEIEGAKHSSVTVEMADMTTEYQCAVIDEIQMVGCRS 174

Query: 171 RGFSFTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLEPLKVPLGS 230
           RGFSFTRALLGL +DELH+CGDPA VPLI+++L+ TGD + ++YY+RLSPL PLK  LGS
Sbjct: 175 RGFSFTRALLGLCSDELHVCGDPAVVPLIQRILEPTGDVVTVQYYERLSPLVPLKTTLGS 234

Query: 231 YSNIKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFD 290
           +SNIK GDC+VTFSRR IY  KR+IE  GKHLCSVVYGSLPPETRTKQATMFND  S  +
Sbjct: 235 FSNIKAGDCVVTFSRRSIYMLKRRIEMGGKHLCSVVYGSLPPETRTKQATMFNDQDSNLN 294

Query: 291 VLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVT 350
           VLVASDAIGMGLNLNISRIIFSTL+KFDG+  R+LTV EIKQIAGRAGRYGSK+PVGEVT
Sbjct: 295 VLVASDAIGMGLNLNISRIIFSTLEKFDGICNRELTVAEIKQIAGRAGRYGSKFPVGEVT 354

Query: 351 CLDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSS 410
           CL+ + LPLLHS+L SPSP +ERAGLFP++D+L +YSR +  +    ILE F   AKLS 
Sbjct: 355 CLNSDHLPLLHSALKSPSPIIERAGLFPTFDVLSLYSRLHGTDFFQPILERFLDKAKLSP 414

Query: 411 NYFISDCEEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQ 470
           +YFI+DCE+MLKVAAI+DELPLGL +KYLFC+SPVD+ DDIS++GL+QFA+ YA+KG+V+
Sbjct: 415 DYFIADCEDMLKVAAIVDELPLGLYDKYLFCLSPVDIRDDISTKGLIQFAENYAKKGIVR 474

Query: 471 LREIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLI 530
           L+EIFTPGTL VPK+   L+ELES+HKVLELYVWLS+RL++S+PDRE+AASQKSICSMLI
Sbjct: 475 LKEIFTPGTLQVPKSHNQLKELESIHKVLELYVWLSFRLEDSYPDRELAASQKSICSMLI 534

Query: 531 EEFLEQ 537
           EE+LE+
Sbjct: 535 EEYLER 540

[Close]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Match: SUV3L_ARATH (DExH-box ATP-dependent RNA helicase DExH18, mitochondrial OS=Arabidopsis thaliana GN=At5g39840 PE=3 SV=1)

HSP 1 Score: 419.1 bits (1076), Expect = 7.700e-116
Identity = 207/484 (42.77%), Postives = 311/484 (64.26%), Query Frame = 1

		  
Query: 55  DFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEV 114
           D  DLT+P TW+P AR  KR I  H GPTNSGKTY+AL++   +  G+YC PLRLLA EV
Sbjct: 255 DTADLTKPATWFPFARAMKRKIVYHCGPTNSGKTYNALQRFMEAKNGLYCSPLRLLAMEV 314

Query: 115 AKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFS 174
             ++N   + C+L+TGQE++ V  A H++ TVEM      Y+ AV+DEIQM+   +RG +
Sbjct: 315 FDKVNALGIYCSLLTGQEKKYVPFANHVSCTVEMVSTDELYEVAVLDEIQMMADPSRGHA 374

Query: 175 FTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLE-PLKVPLGSYSN 234
           +T+ALLGL ADE+HLCGDP+ + ++++M   TGD+L  ++Y+R  PL    K  LG   N
Sbjct: 375 WTKALLGLKADEIHLCGDPSVLDIVRKMCADTGDELVEEHYERFKPLVVEAKTLLGELKN 434

Query: 235 IKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLV 294
           +K GDC+V FSRR I+  K  IE    H C V+YG+LPPETR +QA +FND  +E+DVLV
Sbjct: 435 VKSGDCVVAFSRREIFEVKMAIEKHTNHRCCVIYGALPPETRRQQAKLFNDQENEYDVLV 494

Query: 295 ASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLD 354
           ASDA+GMGLNLNI R++F +L K++G ++  +   ++KQIAGRAGR GS+YP G  T L 
Sbjct: 495 ASDAVGMGLNLNIRRVVFYSLNKYNGDKIVPVAASQVKQIAGRAGRRGSRYPDGLTTTLH 554

Query: 355 REDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYF 414
            EDL  L   L  P  ++ + GLFP ++ + +++   P      +LEHF  + +L  +YF
Sbjct: 555 LEDLNYLIECLQQPFDEVTKVGLFPFFEQIELFAAQVPDMAFSNLLEHFGKHCRLDGSYF 614

Query: 415 ISDCEEMLKVAAIIDELP-LGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLR 474
           +   + + KVA +++++  L L++++ FC +PV++ +  +   L +FA +Y+Q   V + 
Sbjct: 615 LCRHDHVKKVANMLEKVEGLSLEDRFNFCFAPVNIRNPRAMHNLYRFASSYSQNMPVNVA 674

Query: 475 EIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEE 534
                 +    K+ A L +LES H++L +Y+WLS + +E+FP  E   +  +  + L+ E
Sbjct: 675 MGIPKSS---AKSDAQLLDLESRHQILSMYLWLSNQFEENFPFVEKVEAMATNIAELLGE 734

Query: 535 FLEQ 537
            L +
Sbjct: 735 SLSK 735

[Close]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Match: SUV3L_ORYSJ (ATP-dependent RNA helicase SUV3L, mitochondrial OS=Oryza sativa subsp. japonica GN=LOC_Os04g38630 PE=2 SV=2)

HSP 1 Score: 410.6 bits (1054), Expect = 2.800e-113
Identity = 205/470 (43.62%), Postives = 295/470 (62.77%), Query Frame = 1

		  
Query: 58  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 117
           DLT PH WYP AR  +R +  H GPTNSGKT++AL +   + +GVYC PLRLLA EV  +
Sbjct: 188 DLTAPHAWYPFARAMRRRVVYHCGPTNSGKTHNALTRFAAAKSGVYCSPLRLLAMEVFDK 247

Query: 118 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 177
           +N   V C+L TGQE +EV  + H+A T+EM      Y+ AV+DEIQM+    RG+++TR
Sbjct: 248 VNALGVYCSLRTGQEIKEVPFSNHVACTIEMLSTEEPYEVAVVDEIQMMADPVRGYAWTR 307

Query: 178 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPL-EPLKVPLGSYSNIKK 237
           A+LGL ADE+HLCGDP+ + +++++   TGDDL++  Y+R  PL    K  LG   N++ 
Sbjct: 308 AVLGLKADEIHLCGDPSVLKIVRKICADTGDDLEVHQYERFKPLVVEAKTLLGDLKNVRS 367

Query: 238 GDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASD 297
           GDCIV FSRR I+  K  IE   KH C V+YG+LPPETR +QA +FN+  +E+DVLVASD
Sbjct: 368 GDCIVAFSRREIFEVKLAIEKFTKHKCCVIYGALPPETRRQQAKLFNEQDNEYDVLVASD 427

Query: 298 AIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDRED 357
           A+GMGLNLNI R++F +L K++G  M  +   ++KQIAGRAGR GS YP G  T    +D
Sbjct: 428 AVGMGLNLNIRRVVFYSLAKYNGDRMVPVAASQVKQIAGRAGRRGSIYPDGLTTTFLLDD 487

Query: 358 LPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISD 417
           L  L   L  P  + ++ GLFP ++ +  ++   P     ++L+ F  N ++ S YF+  
Sbjct: 488 LDYLIQCLQQPFEEAKKVGLFPCFEQVESFAIQFPDLTFNELLDKFRENCRVDSTYFMCH 547

Query: 418 CEEMLKVAAIIDELP-LGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIF 477
            E + KVA +++ +  L LK++Y FC +PV++ D  +   L++FA  Y+Q   V +    
Sbjct: 548 QESIKKVANMLERIQGLSLKDRYNFCFAPVNIRDPKAMYHLLRFATNYSQSRRVSIAMGM 607

Query: 478 TPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSI 526
             G+    K    L +LE+ H+VL +Y+WLS+  +E        A + SI
Sbjct: 608 PKGS---AKNDTELLDLETKHQVLSMYLWLSHHFEEDHFPHVQKAEEMSI 654

[Close]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Match: SUV3L_ORYSI (ATP-dependent RNA helicase SUV3L, mitochondrial OS=Oryza sativa subsp. indica GN=H0219H12.4 PE=3 SV=1)

HSP 1 Score: 410.6 bits (1054), Expect = 2.800e-113
Identity = 205/470 (43.62%), Postives = 295/470 (62.77%), Query Frame = 1

		  
Query: 58  DLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEVAKR 117
           DLT PH WYP AR  +R +  H GPTNSGKT++AL +   + +GVYC PLRLLA EV  +
Sbjct: 188 DLTAPHAWYPFARAMRRRVVYHCGPTNSGKTHNALTRFAAAKSGVYCSPLRLLAMEVFDK 247

Query: 118 LNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFSFTR 177
           +N   V C+L TGQE +EV  + H+A T+EM      Y+ AV+DEIQM+    RG+++TR
Sbjct: 248 VNALGVYCSLRTGQEIKEVPFSNHVACTIEMLSTEEPYEVAVVDEIQMMADPVRGYAWTR 307

Query: 178 ALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPL-EPLKVPLGSYSNIKK 237
           A+LGL ADE+HLCGDP+ + +++++   TGDDL++  Y+R  PL    K  LG   N++ 
Sbjct: 308 AVLGLKADEIHLCGDPSVLKIVRKICADTGDDLEVHQYERFKPLVVEAKTLLGDLKNVRS 367

Query: 238 GDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLVASD 297
           GDCIV FSRR I+  K  IE   KH C V+YG+LPPETR +QA +FN+  +E+DVLVASD
Sbjct: 368 GDCIVAFSRREIFEVKLAIEKFTKHKCCVIYGALPPETRRQQAKLFNEQDNEYDVLVASD 427

Query: 298 AIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLDRED 357
           A+GMGLNLNI R++F +L K++G  M  +   ++KQIAGRAGR GS YP G  T    +D
Sbjct: 428 AVGMGLNLNIRRVVFYSLAKYNGDRMVPVAASQVKQIAGRAGRRGSIYPDGLTTTFLLDD 487

Query: 358 LPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYFISD 417
           L  L   L  P  + ++ GLFP ++ +  ++   P     ++L+ F  N ++ S YF+  
Sbjct: 488 LDYLIQCLQQPFEEAKKVGLFPCFEQVESFAIQFPDLTFNELLDKFRENCRVDSTYFMCH 547

Query: 418 CEEMLKVAAIIDELP-LGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLREIF 477
            E + KVA +++ +  L LK++Y FC +PV++ D  +   L++FA  Y+Q   V +    
Sbjct: 548 QESIKKVANMLERIQGLSLKDRYNFCFAPVNIRDPKAMYHLLRFATNYSQSRRVSIAMGM 607

Query: 478 TPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSI 526
             G+    K    L +LE+ H+VL +Y+WLS+  +E        A + SI
Sbjct: 608 PKGS---AKNDTELLDLETKHQVLSMYLWLSHHFEEDHFPHVQKAEEMSI 654

[Close]

BLAST of Spo16755.1 vs. TAIR (Arabidopsis)
Match: AT4G14790.1 (ATP-dependent RNA helicase, mitochondrial (SUV3))

HSP 1 Score: 774.2 bits (1998), Expect = 5.300e-224
Identity = 386/553 (69.80%), Postives = 457/553 (82.64%), Query Frame = 1

		  
Query: 1   MASSLLR-RRFSNFSLSR------------HYYDQFETLPWELRFGLLA----SQCGCSR 60
           MA S++R R+ S   +SR            H+  +F  L   LR G+L        G  +
Sbjct: 1   MAYSVVRLRKVSALGISRVLQADKGSLWRFHFEPEFGDL---LRLGVLTRNYRKNSGSPK 60

Query: 61  -QFSNGATSSRFDFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGV 120
             F+   T+S+FDFTDLT PHTWYPIAR+KKR + LHVGPTNSGKTY ALK LE SS+GV
Sbjct: 61  FDFTGTGTTSKFDFTDLTCPHTWYPIARKKKRKVILHVGPTNSGKTYSALKHLEQSSSGV 120

Query: 121 YCGPLRLLAWEVAKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDE 180
           YCGPLRLLAWEVAKRLNKANVPC+LITGQE++ VEGA H A TVEMADVTS Y CA+IDE
Sbjct: 121 YCGPLRLLAWEVAKRLNKANVPCDLITGQEKDLVEGATHKAVTVEMADVTSVYDCAIIDE 180

Query: 181 IQMLGCRNRGFSFTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLE 240
           IQM+GC+ RGF+FTRALLG+AADELHLCGDPA VPL++ +LKVTGDD+++  Y+RLSPL 
Sbjct: 181 IQMVGCKQRGFAFTRALLGIAADELHLCGDPAVVPLVEDILKVTGDDVEVHTYERLSPLV 240

Query: 241 PLKVPLGSYSNIKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMF 300
           PLKVP+ S S+IK GDC+VTFSR+ IY +K+ IE  GKHLCSVVYGSLPPETRT QAT F
Sbjct: 241 PLKVPVSSVSSIKTGDCLVTFSRKDIYAYKKTIERAGKHLCSVVYGSLPPETRTAQATRF 300

Query: 301 NDATSEFDVLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGS 360
           ND T++FDVLVASDAIGMGLNLNISRIIFSTL+K+DG E RDLTV EIKQIAGRAGR+ S
Sbjct: 301 NDETNDFDVLVASDAIGMGLNLNISRIIFSTLQKYDGSETRDLTVSEIKQIAGRAGRFQS 360

Query: 361 KYPVGEVTCLDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHF 420
           K+P+GEVTCL +EDLPLLHSSL SPSP LERAGLFP++DLL  YS+A+P +GLYQILEHF
Sbjct: 361 KFPIGEVTCLHKEDLPLLHSSLKSPSPILERAGLFPTFDLLSGYSQAHPTHGLYQILEHF 420

Query: 421 SMNAKLSSNYFISDCEEMLKVAAIIDELPLGLKEKYLFCISPVDVDDDISSQGLVQFAQT 480
             NAKLSSNYFIS+ E+M+KVAAI+DELPLGL+EKYLF +SPVDV+D+IS QGL QFAQ 
Sbjct: 421 VENAKLSSNYFISNVEDMMKVAAIVDELPLGLQEKYLFVVSPVDVNDEISGQGLAQFAQN 480

Query: 481 YAQKGLVQLREIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQ 536
           +++ G+V+LREI  P  + VPKTP  L+ELES+HKVL+LYVWLS RL++SFPDRE+AASQ
Sbjct: 481 FSKAGIVRLREILAPDRVKVPKTPTELKELESIHKVLDLYVWLSLRLEDSFPDREVAASQ 540

[Close]

BLAST of Spo16755.1 vs. TAIR (Arabidopsis)
Match: AT5G39840.1 (ATP-dependent RNA helicase, mitochondrial, putative)

HSP 1 Score: 419.1 bits (1076), Expect = 4.400e-117
Identity = 207/484 (42.77%), Postives = 311/484 (64.26%), Query Frame = 1

		  
Query: 55  DFTDLTRPHTWYPIAREKKRTIFLHVGPTNSGKTYHALKQLECSSTGVYCGPLRLLAWEV 114
           D  DLT+P TW+P AR  KR I  H GPTNSGKTY+AL++   +  G+YC PLRLLA EV
Sbjct: 255 DTADLTKPATWFPFARAMKRKIVYHCGPTNSGKTYNALQRFMEAKNGLYCSPLRLLAMEV 314

Query: 115 AKRLNKANVPCNLITGQEREEVEGAKHMAATVEMADVTSDYQCAVIDEIQMLGCRNRGFS 174
             ++N   + C+L+TGQE++ V  A H++ TVEM      Y+ AV+DEIQM+   +RG +
Sbjct: 315 FDKVNALGIYCSLLTGQEKKYVPFANHVSCTVEMVSTDELYEVAVLDEIQMMADPSRGHA 374

Query: 175 FTRALLGLAADELHLCGDPAAVPLIKQMLKVTGDDLQIKYYDRLSPLE-PLKVPLGSYSN 234
           +T+ALLGL ADE+HLCGDP+ + ++++M   TGD+L  ++Y+R  PL    K  LG   N
Sbjct: 375 WTKALLGLKADEIHLCGDPSVLDIVRKMCADTGDELVEEHYERFKPLVVEAKTLLGELKN 434

Query: 235 IKKGDCIVTFSRRGIYNFKRKIENEGKHLCSVVYGSLPPETRTKQATMFNDATSEFDVLV 294
           +K GDC+V FSRR I+  K  IE    H C V+YG+LPPETR +QA +FND  +E+DVLV
Sbjct: 435 VKSGDCVVAFSRREIFEVKMAIEKHTNHRCCVIYGALPPETRRQQAKLFNDQENEYDVLV 494

Query: 295 ASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTCLD 354
           ASDA+GMGLNLNI R++F +L K++G ++  +   ++KQIAGRAGR GS+YP G  T L 
Sbjct: 495 ASDAVGMGLNLNIRRVVFYSLNKYNGDKIVPVAASQVKQIAGRAGRRGSRYPDGLTTTLH 554

Query: 355 REDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSRANPQNGLYQILEHFSMNAKLSSNYF 414
            EDL  L   L  P  ++ + GLFP ++ + +++   P      +LEHF  + +L  +YF
Sbjct: 555 LEDLNYLIECLQQPFDEVTKVGLFPFFEQIELFAAQVPDMAFSNLLEHFGKHCRLDGSYF 614

Query: 415 ISDCEEMLKVAAIIDELP-LGLKEKYLFCISPVDVDDDISSQGLVQFAQTYAQKGLVQLR 474
           +   + + KVA +++++  L L++++ FC +PV++ +  +   L +FA +Y+Q   V + 
Sbjct: 615 LCRHDHVKKVANMLEKVEGLSLEDRFNFCFAPVNIRNPRAMHNLYRFASSYSQNMPVNVA 674

Query: 475 EIFTPGTLTVPKTPAALQELESVHKVLELYVWLSYRLDESFPDREMAASQKSICSMLIEE 534
                 +    K+ A L +LES H++L +Y+WLS + +E+FP  E   +  +  + L+ E
Sbjct: 675 MGIPKSS---AKSDAQLLDLESRHQILSMYLWLSNQFEENFPFVEKVEAMATNIAELLGE 734

Query: 535 FLEQ 537
            L +
Sbjct: 735 SLSK 735

[Close]

BLAST of Spo16755.1 vs. TAIR (Arabidopsis)
Match: AT3G46960.1 (RNA helicase, ATP-dependent, SK12/DOB1 protein)

HSP 1 Score: 53.1 bits (126), Expect = 6.300e-7
Identity = 27/68 (39.71%), Postives = 39/68 (57.35%), Query Frame = 1

		  
Query: 291 VLVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVT 350
           VL +++   MG+N     ++F  L+KFDG E R L   E  Q+AGRAGR G     G V 
Sbjct: 741 VLFSTETFAMGVNAPARTVVFDALRKFDGKEFRQLLPGEYTQMAGRAGRRGLD-KTGTVV 800

Query: 351 CLDREDLP 359
            + R+++P
Sbjct: 801 VMCRDEVP 807

[Close]

BLAST of Spo16755.1 vs. TAIR (Arabidopsis)
Match: AT1G59760.1 (RNA helicase, ATP-dependent, SK12/DOB1 protein)

HSP 1 Score: 52.0 bits (123), Expect = 1.400e-6
Identity = 38/134 (28.36%), Postives = 65/134 (48.51%), Query Frame = 1

		  
Query: 292 LVASDAIGMGLNLNISRIIFSTLKKFDGLEMRDLTVPEIKQIAGRAGRYGSKYPVGEVTC 351
           L A++   +GLN+    ++F+ ++KFDG + R L+  E  Q++GRAGR G       +  
Sbjct: 413 LFATETFSIGLNMPAKTVVFTNVRKFDGDKFRWLSSGEYIQMSGRAGRRGIDKRGICILM 472

Query: 352 LDREDLPLLHSSLNSPSPDLERAGLFPSYDLLLMYSR---ANPQNGLYQILEHFSMNAKL 411
           +D +  P +  S+   S D   +    SY++LL   R    +P+N L      F      
Sbjct: 473 VDEKMEPAVAKSMLKGSADSLNSAFHLSYNMLLNQLRCEEGDPENLLRNSFFQF------ 532

Query: 412 SSNYFISDCEEMLK 423
            ++  I D E+ +K
Sbjct: 533 QADRAIPDLEKQIK 540

The following BLAST results are available for this feature:

BLAST of Spo16755.1 vs. NCBI nr
BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
BLAST of Spo16755.1 vs. TAIR (Arabidopsis)

BLAST of Spo16755.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
gi\|902233273\|gb\|KNA22974.1\|	0.0e+0	100.	hypothetical protein SOVF_0289...	[more]
gi\|731367217\|ref\|XP_010695490.1\|	5.3e-274	86.0	PREDICTED: ATP-dependent RNA h...	[more]
gi\|590658320\|ref\|XP_007034819.1\|	4.2e-239	73.4	ATP-dependent RNA and DNA heli...	[more]
gi\|590658330\|ref\|XP_007034822.1\|	1.0e-237	73.2	ATP-dependent RNA and DNA heli...	[more]
gi\|720000749\|ref\|XP_010256128.1\|	3.0e-237	75.1	PREDICTED: ATP-dependent RNA h...	[more]

BLAST of Spo16755.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
A0A0K9RVN1_SPIOL	0.0e+0	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8B9K4_BETVU	3.7e-274	86.0	Uncharacterized protein OS=Bet...	[more]
A0A061EL63_THECC	3.0e-239	73.4	ATP-dependent RNA and DNA heli...	[more]
A0A061EM91_THECC	7.3e-238	73.2	ATP-dependent RNA and DNA heli...	[more]
A0A061ELN8_THECC	2.3e-236	76.4	ATP-dependent RNA and DNA heli...	[more]

BLAST of Spo16755.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5

Position :

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Match Name	E-value	Identity	Description
SUV3M_ARATH	9.5e-223	69.8	DExH-box ATP-dependent RNA hel...	[more]
SUV3M_ORYSJ	1.1e-218	74.9	ATP-dependent RNA helicase SUV...	[more]
SUV3L_ARATH	7.7e-116	42.7	DExH-box ATP-dependent RNA hel...	[more]
SUV3L_ORYSJ	2.8e-113	43.6	ATP-dependent RNA helicase SUV...	[more]
SUV3L_ORYSI	2.8e-113	43.6	ATP-dependent RNA helicase SUV...	[more]

BLAST of Spo16755.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 4

Position :

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Match Name	E-value	Identity	Description
AT4G14790.1	5.3e-224	69.8	ATP-dependent RNA helicase, mi...	[more]
AT5G39840.1	4.4e-117	42.7	ATP-dependent RNA helicase, mi...	[more]
AT3G46960.1	6.3e-7	39.7	RNA helicase, ATP-dependent, S...	[more]
AT1G59760.1	1.4e-6	28.3	RNA helicase, ATP-dependent, S...	[more]

InterPro

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

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001650	Helicase, C-terminal	PFAM	PF00271	Helicase_C	coord: 236..341 score: 3.9
IPR001650	Helicase, C-terminal	SMART	SM00490	helicmild6	coord: 253..341 score: 1.4
IPR001650	Helicase, C-terminal	PROFILE	PS51194	HELICASE_CTER	coord: 226..384 score: 10
IPR022192	Mitochondrial degradasome RNA helicase subunit, C-terminal domain	PFAM	PF12513	SUV3_C	coord: 489..535 score: 1.5
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 75..181 score: 2.5E-4coord: 240..343 score: 5.2
IPR027417	P-loop containing nucleoside triphosphate hydrolase	unknown	SSF52540	P-loop containing nucleoside triphosphate hydrolases	coord: 72..350 score: 4.73
None	No IPR available	PANTHER	PTHR12131	ATP-DEPENDENT RNA AND DNA HELICASE	coord: 29..536 score:
None	No IPR available	PANTHER	PTHR12131:SF2	ATP-DEPENDENT RNA HELICASE	coord: 29..536 score:

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008152	metabolic process
molecular_function	GO:0004386	helicase activity
molecular_function	GO:0016817	hydrolase activity, acting on acid anhydrides
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0008270	zinc ion binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo12263	0.71	Barchart \| Table
Spo26527	0.68	Barchart \| Table