Spo17532.1 (mRNA) | SpinachBase

Overview


Name	Spo17532.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	DUF3685 family protein
Location	chr6 : 21835686 .. 21862126 (+)
Sequence length	1725

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.

ATGGCAAGAGTAATGAAAGAAGCTTTTGAAAACAATCAAAAGATCCTAGCCCCATATCATCAGATGTAAGTTTATTTTCTTATCTTGGTTAGAACAATACTAGTTGTTTAGTTTGTTCTATGTTCGACACTTTTCCCATTTATCTGTATTCTTGCATGTCATATAGTCGCATATCCGACAATCATACAATATCTGTATTTGAGAAACCCTCTTCATATAGTTTCCTATTATTATTTTTAATTATTTTTTGCCGATAAAGTAATTTTATTATTGTTAAGCATATTTCATTTTCATAGTTTTGCCGATCCTTACGTGTCATATTTCAAAAAAAAAGTAGCCGTTTTCGCTCCCAACTCTTAACTCATGAACCAAAATAGGAATTATTAACCCTTTACATGTTTAATATACTTAGTATTAGTTTTCCAATCATTATTCTCATCTACTTTGGTCAATTTATGCACATTTAAGGCTCGTTCGATCCTTACATGTCATATTTTGACTAAAATAGCCGTTTTCGCTCCCAACTCTCAAGTAATGAACCAAAATAGGAATTCTTTACCCTTTACATGTTTAAAATACTTAGTATTAGGTTGCCAATCCTCATTCTCATTTACTTTGGTCAATTTTTGCACATTTAAGGCTCGTTTGATCGCTATATGTCATATTTTGACTAAAATAGTCGTTTTCGCTCCTAACTCTCAACTAATGAACCAAAATAGGAACTCATTTCAACTAATAATATGAATCATGAAAAAGGTTTAGAATTTGAATATAAGTTTTTTTGTTGATAGTTGGGATCGAAAATGCCATTTAAATGACCTATATCGACCTAAATGAACCATAGACGTGCATAAAGATCTTAGAGACAAAATAATTTAAAAACTTTGGGACCAGTATTGTGTCTTGCTGGTTTAGTCTGACGTGCAGCCTGGGAAACATCTTGAGTTTAATTTAATGTCGAGGGACTTATGGCAGCCTGGCAGCAGCAGATCAGCTGCTGAACACATCAGTTTATGATCTGTTCAACTGCTGATCCGTTGCTGCTGATCTGCAACTGAACAGATCAGAAACTGATGTGTTCAGCTGCAGATCAGTAGCAGCAGATCAGCAAACTGATCTGTTCAACAGCAGATCAGCAGCAGCAGATCAGCTGCTGAACACATCAGTTTCTGATCTGTTCAGCTGCAGATCAGCAGCAACAGATCAGCAGTTGAACAGATCAGAAACTGATGTGTTTAGCAGCTGATCTGCTGCTGCTGATCTGCAGCTGAACAGATCAGTTTCTGATCTGTTCAACAGTAGATCAGCAAAAGCAGATCAGCTGCTGAACACATCAAAAACTGATATGTTCAGCTGCTGATCATTACAGTTACTACACTTCAACCGTTCATCAGGACTATTTCTATGCTTGTGTAATTTTGAACCAGCCATGTTACTACTAGATGCAGACAAAGGGAATACATTATTACCTCTGTAGATCAAAATATGAATGTGTGAAACCCTTTCTTGTATTTTTCTTTCATGTCTGATTGCTTTAAATCAGTATTTAGCTTGGTAGATGTATATGATTTCCAGTTTCCCTGATGAAGCTTTTGAGGTATTAGGAAAAGGCTATGTTGCCTCAATAGGATGCAAACTTTCTAGGATGTTACCTCTTGAATAATACATTTGTCAGTTCAAGTAGAGATTATTAATCTTAGTAACCTCTAACTAATCATATCAAACATAAAAAAGATTTAGAAAGTGTCCTTAGGTTCATTTGTTGATATTTGAAATTGAAAATGCCATTTTTGGCCAAATATGACCTATATCGAGCCAAATGATCCTTAGATTTGCATAAAGAACTTGAAATGAGTTTAATAAATATATAACTAATCATATAATTCATGAAAAACGTTTAGAATATGGAAATAGGTTCGTTTGTTGGTAGTTGCGTTCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGACCCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCATATGAATCATAAAAAATGTTTAGAATATGGAAATAGGTTTGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGAACCATAGCCATGCATAACGAACTTGAAATAAGTCTTATAAACATATAACTAATCATCTAAATCATGAAAAAGGTTTAGAATGTGGATATAAGTTCGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGACCAATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATCTGACTAATCATATAAATCATGAAAAAAGGTTAGAATGTGGAAAGAGGTTCGTTTGTTGGTAGTTGGGTTCAAAAATGCCATTTTTGCCAATAAATGACCTATATCGACCCAAATGACCTATATGCGTGAATAACGAACTTGAAATGAGTCTTATGAACATATAATTAATCATATGAATCATGAAAAAGATTTAGAATATGGAAATAGGTTTGTTTGTTGGTAATTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTTTATCGACCCAAATGACCCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCATATGAATCATAAAAAACGTTTAGAATATGGAAATAGGTTTGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTTTATCGACCCAAATGACCCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCATATGAATCATAAAAAACGTTTAGAATATGGAAATAGGTTTGTTTGTTGGTAGTTGGCATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGACCCATAGGAATGCATAACGAACTTGAAATGAGTCTTATAAACATATAACTAATCATCTAAATCATGAAAAAGGTTTAGAATGTGGATATAAGTTCGTTTGTTGGTAGTTGGGATCGAAAATGCCACTTTTGGCCATAAATGACCTATATCGACTCAAATGACCCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCATATGAATCATAAAAAACGTTTAGAATATGGAAATAGGTTTGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGACCCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCATATGAATCATAAAAAACGTTTAGAATATGGAAATAGGTTTGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGTCATAAATGACCTATATCGACCCAAATGACCCATAGGCATGCATAACGAATTTGAAATGAGTCTTATAAACATATAACTAATCATCTAAATCATGAAAAAGGTTTAGAATGTGGATNAACATATAACTAATCATCTAAATCATGAAAAAGGTTTAGAATGTGGATATAAGTTCGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGACCCAAATGACCCTTAGGCGTGCATACGAACTTGAAATGAGTTTCATAAACATTTAACTAATCATATTAATCATTAAAAGGGTTTATAATTTGAATATAAGTTCGTTTGTGTTAGGTTATGATACATATGACAATTCATAAATCATGCGGAAAAAACCATAAACCCAGGAAAACATATTATTTACACATAATCATTTAGCATAGATTAGATGCATACTCTTTGTTGCGTGCCTTCCCTAGCTGCGCCCGAACCGAACAAGAACAAGTCTTTAGGACTCCAAGTGTCGTCCCTCCGTAGATAGTCCACAGCACGTCCGGATCCGCCTTAAGATTGACCAACTAGAATCGCCCTTAAGGTACTATTATTTTCGGCACTTTATAGGCAAATGTGTGACTGAATTTTTCTCTCAAAAACTCACTTTGAATACTTTGAAACTTGTGTTATAAATTGTGAGCCCTAGCCTCATATTTATAGCGGTATGGAAAGGGAATCGAAATCCTATTCAGATACAAATTAATTAAACCTAGAATTCTACAAGAACTCTAATTTAATTAATTTATCAAATAGAATTAGGAATTTAATCATTAACCGAACTCTGCATGTTTTAGGAAACGTGCACGAACACAAACACTTGCACACACACGCACGGCAGCCACGATGGGCCCCATGCGTGCGCGCTAGCAGCAGCCCACTCAGCGCCCGCGCGCGCTGCGCGCTGCGCGTGCTGTGCGCAGCCTGCTGGGCCTGGCCTTGCGCTGGGCCTGGCGTTGCTGTTTGTGCGGCGCGCTTGGCTTGCTGGGCGATGGCCTGGCTTCGTGCTGGGCCTCGTCCGGCAGGCCTCGTCCGATGCTTATTCGTACGATGCGCTTCCGATTAAATTTCCGATTCCGGAATTCATTTCCGATACGAACAATATTTAATATTTCCGATTCCGGAATTAATTTCCGTTTCGAACAAATATTTAATATTTCCGTTTCCGGAATTATTTTCCGATTCCGGTAATATTTCCGATTCTGACAACCGCATTTATTAGACTTAACATAGAATGCATACTTGGACCAAGGGCATTATTTCCTTCAGTTTGTTGGTAGTTGGGATCGAAAATGCCATAAATTACCTATATCGACCCAAATGACCTATATGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATATAACTAATCGTATGAATCATGAAAAACGTTTAGAATATGGAAATAGGTTCGTTTGTTGGTAGTTGTGATCGAAAATGCCATTTTTGGCCATAAATGACTTATATCGACCCAAATGACCCTTAGGTGTGCATAACGAACTTGAAAAGAGATTCATAAACACTTAACTAATCATATTAATCATTAAAAAGGTTTATAATTTGAATATAAGTTCGTTTGTTGGTAGTTGGGATCGAAAATGTCATTTTCGGCCATAAATTACCTATATCAACCCAAATGACCTTAGGCGTGCATAACGAAGTTGAAATGAGTCTTATAATAATATAATTAATCATAAGAATCATGAAAAACATTTAGAATATGGATATAGGTTTGTTTGTTGGTAATTGGGATCGAAAATGCCATTTTTGACCATAAATGACCTATATCGACCCAAATGACCAATAGGCGTGCATAATGAACTTAAAATGAATCTTATAATCATATAACTAATCATATGAATCATGAAAAACGTTTAGAATATGGAAATAGGTTCGTTTGTTGGTAGTTGAGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCTACCCAAATGACCCTTAGGCGAGCATAACGAACTTGAAATGAGTTTCATAAACATAAAACTAATCATAAGAATCATGAAAAACATTTAGAATATGGATATAGGTTTGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGACCATAAATGACCTATATCTACCCAAATGAACCATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATTTAACTAATCATCTAAATCATGAAAAAGGTTTAGAATGTGGATGTACGTTCGTTTGTTGGTAGTTGGGATCGAAAATGCCATTTTTGGCCATAAATGACCTATATCGATCCAAATGACCAATAGGCGTGCATAACGAACTTGAAATGAGTCTTATAATCATCTGACTAATCTTATAAATCATGAAAAAGGGTTAGAATGTGGAAAAAGGTTCGTTTGTTGGTGGTTGGGTTCAAAAATGTCATTTTTGGCCAATATAATTGTTTTCGCGACCAATATAATTTTTGTTTTCGCATATGAAACTTGATTTAATTTATTTGTTTGCATGTATGGTGTTCTTTTAAAGGTTTTCAAAACTCCAAGGGAGGGTCCTTTACCAAAAAGGAGTTGGATGAAGTTCGAGACAAGTGGAGTACTTACTTCAACGATTGTGAACTACCCTCAGTGTAATAAATAGAGAAGGCTTGTAGTTATTCGTGACTCTTACGTTATTTTGTTATTTATCGATTTAATTAATTACATTTGAATTAATTCTGTAATATTATTGGAAATTTGAAATTTATATCATTTTTGAGAATGTCAAGCTGATGTTTGATGAAACAGAAATTATATTGCAAAATCAGAAATTATATTGCAGAATATTAGGAATTATATTGTAGATTTTTTTTTTTTTAAAAAAAAACTCAAAAGTTGCCCTTGTTTGTAACAAGAGCAACTTATGTGCAGCTTATAAGGTGCCCTTGTTGCAATAAGTTTCACATAAGGTGCCCTTGTTTGCAACAAGGGCACCTTATAAGTTTCACATAAGGTGCCCTTATAAGATTATAAGTTGCCCTTGTTAAGGGCAACTTTTGATAATTTTACAAAAGTGACCCCCCATTGGTGGCACTTACGAAGGGCAACTTATAAGCCACTTTTAAGAGCAACTTATCAAGTTTTTTCCTCTAGTGTGTGCTTACAACTTCGGCTACATTCTTGAATAGTTTTGCCTTCTGTTTTTAACATTTTATGTTGAATGTAGTGCCCTTTTAATATATCTAGTATCTCCTGCATGTACTATGTTGTTCCTTTTCCTAATTTCCAATGAGAAACGATATTTTTTTTTTTTACGCAAATCCGACGATATATATTAATTAGGAAGGGCTAAAATCCCCAGATCAAAATTCTCAAAGAGAGAAAACAAAGTTGGAGCACCAATATCCAAAATATTCCTAACACTTCTAAAAAGCGTAGGATAACGCACAGTAAACCAACCCAAAATACCGGAGGAAACTATAACTTGTGAAATCCAACCTTACCGAAAGGAAAGCAAAAGACACATAAAATACTAATATATACAAAAGAACGCCAAAGCATAAACGTGTGGACACATGCGTCTCCCCAAAATGAAGTCATCCAAATTAGTTGTTGGTAACGCTTCCATTTTCCTCATCATCTTCAATTTCAACAACTTGTATGTTATTTGTTGTTGTTGAACCACCAACAACGAATGGAACAAACTCCTTGCCTTTTCCTTTATCCACCTCAACTCCTTGCTGAGCAGTATTTGAACTTTGCAACCCCTTCTTAATGGTCGAAACAATGGAGCCAAAAACAATCTGAGAAGCTGNAGATTACTATGATAATGTGTGGTAGTAAAGAGGCGTTGAAAATAAGTAGTTGCCATGTTTTTTAATTCCTGTTGATCAGTAATCCAATCATTAGCCTCATTTTTTTAGGGTTAAGATCTTTCCTCTCGATTTTTTAATCTTAGCCATAATATGGAAATATTTAGTATTATAGTCCCCATATCTTCTCCAATCAAGACCCGCCTTTTGAGCCCAGATAATTCTTTCCTTCATAAAAATATCTTTAAGCCTTCCAATTAATTCAGCTTCTAGATTAATCAAATAGCGAGAATAATGGTGACTCAGAGCAATTTGAATACCATCAATTCTAGCAATAATATTGGCTTTTTGTTTTTTTAGGTTTCCAAAAATATTATGATTCCAGCCGTTAATGGTCCGAAGAAACCTATTCCTACCCTCTAAAAAATTATTATTAGGAAATTTCCAATTATTAACGAAGTAATTAGAGAACTCAGGATGCGATAACCAGATATCTTTACATCTAAAAGGAAAGGAACCAGAAATAAAGGAATTCTGCAAAGTAACTAAAACAGGAGAATGATCAAAATGAATGCGAGGGAGATGATGAACCTTAGTATGCGGAAAATTGTCCATCCATGGCGAATTTGCTAGAGCTCGATCCAACCGCTCCTGAATCAGATCCACCCCATCCCTAACATTAGTCCAGGTGTATTTGCAGCCATTGTAACCAATATCCACCAAACCAGCATCGTCCATGAAATTTATGAGGTTGCGCCCCTGCGAGCTTCTAACTGGACGTCCTCCCATTTTTTCTGATTGCGATGTTACTTCATTCATATCACCCAAGACCAACCAGGGAGTATCAGGAGGAGGTAAATCAGAACGTCTTTGATCCCGAAATTGATTTCTCCGAGCAGAAGTGCTCGGAGCATGCATGGCTGTGATCAGACCCTCTTTTCCCAAATTTTTGAAATGGAAAAGAGCGTGGAAATGATGATATTCTGCATCAAATAGGACCAANCAAAGCACACTAGATTGAGGACAATCTCTAAAAAGATGTATGTGATCTTCTTTATGGTGGAGACATCTAGAACAAATCGGACTGATACTGTTGATTTTCTGATTTAAAGAGGAAGCTACAGGTAAAATTTCATGGCAGCAATTCCAGAGAAGCATTTTATATTTAAAATGGCATTTAATTTTCCAAATAGAGTTCCAAGGAACATGATCTTGAATGATGGGTGAAGGGCTCGTTAACTGAATATGATAAGCTGATTTGATTTCAAAATCCCCATTTTTTGAGAATTTCCATCGTATAAAGTCCTTTTCCTCTGTATTGTTAGAAAGAGGGTAGGCCAAAATAAGATCTTTTATATGAGATGGGATGATATGTTGGATTTCATCCAAATGCCACTTCCCATCTTTAATTATTCTTTCAACAAACCAGTGAGCCTTTAGGTCTGGAATTTTAATTTCCTCAAGAGTGTAAAGAGGAGCTTCCCCTATCCAATGATGATACCAGATAGAAGTGTTCTTCCCATTCCCAATCCCTATCATTAATCCCTGATGGAGAATTGCATTTCCTTTGAGAATGTCTCTCCATATAGGGGACTGATTATAAGTAGGAAAGCAGTTTAAAAGATTTGTATTCTTAAGATATTTTTCTTTCATAATTTTCACCCATAGTTTGTCTGGTTTAGTTAGAATGCTCCACCCTAATTTTGCCATAAAAGCTAAGTTCCACTCTTTAAGCCTTCTAATCCCTAAGCCTCCCAAAGTAGTAGAACTAGTAACCTTACTCCAAGCAATTCTTGACATATATTTACTATTATCAACTTTGTTCCAAAAGAATTTTCTACAACATTTTTCAAGAGCATAGGAAATGGTGGTTGGGAATAANATTTTCTACAACATTTTTCAAGAGCATAGGAAATGGTGGTTGGGAATAAATTGGTTTGCATAGCATAAAGAGGGAAAGAATTGAGAACTGCTTTAATAAGAGTACAACGTCCAGCCATGTTTAGTAGTTTGGCTTGCCATCCCCTTATTCTTTCCATAGTTTTGTCAAGAAGCCCCCTGTAATTGGTGATTTTTCAGTTTATGAGGTCTAATGTCTACCCCTAGGTATTTTCCAAAAGAAGTTGAAATTTTTAGGCCATGGTTTCCAGCAATATCATTTCTTATATTGTGATTCAAGGAAGAAGGAAATATGATGGTAGATTTAGTCAAACTTAACTTTAATCCAGACATATTCCCAAAATGAGTTAGAGTATTCATGATGGTAGACATGTTATCCTCAGAGGCTACACTAAATAAGAAAACGTCATCCGCGTAGAAAACGTGAGAGATTTTAATATTCTTAGTCAAGGCAACTGGCTTCCATTGAGCTTGATGAACTAAATTTTCAATCATGATTGAGAGTCTGTCCAAACAAAGGACAAAGATATAGGAAGAAAGCGGATCCCCTTGTCTAATACCCCTTGAAGGATAAAAGGGCTCACAAATTTCTCCATTCCAGAGAACGGAAATGGAAGAAGAAGTGATGCAGGACATAATGAGATTGATAAGATTCACTGGAAATTCAAAATAATAAAGAGTGTCTCTAATAAAACCCCATTCTAAACTATCGTAAGCTTTAGTGATATCCAATTTTAAGGCCATTATTTTATTTTTCTTCTTTGCCTTATGAAAATAATGAGCCATTTCCTTGACCAAAATAACATTATCTTCAATTCCCCTACCCTTAATAAAATTAGATTGTAAGGGGCTTATGATACGCTGTAAAACAGTTTTAAGCCTTGAAGAAACAATCTTAGTGATCAGCTTATAAATAGTGTTACAAAGACCTATTGGTCTAAATTCTGTAATGACAGAAGGGTTACCAATTTTAGGAATTAAAGCTAAATAGGAGTTATTAATATCTTTGGGGATGCAGCCATTTCTGAAACAAGAAACACAAAATTCATAAATAGAAAGGCCAATATCCTTCCAGTGTCTTTGAAAGAAGATTGGTTGAATGCCATCTGGTCCTGGGGATTTAATAGGGGCCATAGAAAAAAGGTTATGATGAACTTCTTCTATGGAAACCATGGCTGATAATTCTCTAATTTCATCTTCATTTAATTTTAAACCATTATTAGTAGAGCAGTGAAGATTACTATGATAATGTGTGGTAGTAAAGAGGCGTTGAAAATAAGTAGTAGCCATGTTTTTTAATTCCTGTTGATCAGTAATCCAATCATTAGCCTCATTTTTTNTCTTGATGCCCCATGTCTTGACCTTGTGTTTCTGAATGCAAGGGTATGATGTGAACCCCTCTTGGAAGTTGCGGTAGTGGTTGTCTTCGGGTAACCGGAACCCAATTCGCCGGGCTGAACTCCCAACTTTTTCTGGTTGAAAATTGCCTTGGTCCCACTGAAATTGGAGAGTAAGGGTTTGCCGTGCTGTTGAGCTTCCGAGGTGTGAATGGTTCTCCTTGATACTTCAAGGTGTTGAGGGTTGTGAGACTGCTCCTCAGTTCTTCCAAGGATGCTGGTTGCACCCTGTTTATCGTGCATGCATTTTCCGGCGAGGTTGGAAACAGATTCCGAGTTCGTGGAGGGTTCATCTCCCATGGGTCCTCCGGAATATTGACAGGAATTTGACCGGGATCCTTCCTTTTCCTGAATTCCGGTGGGCGGCGCTGGTAAGTGGTTATCGGGAGCTGGTTCAACTCCATGCATGTCGATTTCTGGGCCTGGGATGAACTCATGCATGTCGATTCCTGAGGATAATTTGGATCCATCGGGAGGTAAAATCGATTTTGAATTTAGCTTTGCAGAAGAAGAAAGAAGAAGATCAGAGGGAAGAGAAGTAGAAGAAGAGGAAGGAATAGAAGGAGAGAGAATGGGAGATGAAGTTGTGGTTGAGAGATTATTTAAAGAGAGACCAACAGAGGGAGTCGAAGAGTGTAAATCTTCAATCGCCAATGGAGAAGCAGCCCTTTGCTTTGAGACTTGTTCCACGTGTTGATTGCCCTCTTTAATATGTTCAGTAACTTTACTTGGGGAAGTATGCAAAATATTTTGATCATTATTGCTAAGCTGATGCTGCTGCTCAATAGGGGAAGCTACATTTTTTGATTGGGCAGAATGTAAAGGGGTGATGCCTTTTCCATGCGAAGGAACAATGGTCGAAGCATTCCTCGAGCCATTAAAAGACCAATTTTTATTATTTCCATAGTCATTAATTCTAGAATTGTTGGAGATGGCACCATTATTTCTCCCTCTAGAACTATCTACTCTGTGTTTATTAATATTGTTGCTTCTTCTACTGGTAACTAAAGTCCATGGCCCATAATCCTGATTAGTTCCAATTGTCTGAGCATGAGAATTAATGGGCTTCACAGTATCACTCGTTTTAGCTGTTCCCAAAACTCGATTATCTTTGTCCGTTTCATTATTGTTAATATTATTGGTTGTTTTATCTAATACATTATTAGCGTTACAATATTGTTTGACATGTCCTATTTTCCCACATTGAAAACATAAAGTATCTATATTCTCATACAAAATAGATTGCCAATCTCCTCCTACCCAGACTTTGGTGATTAAGGGTTTATCTAAAAAAATTTCACACATACCCGGGCATATCTAGCTCTAGTTATTTTATCGGTGGCGTAGTCCACCCTAATAGGATTTCCTATAATTTTGGCTATACTAAAAAGAGCCTCCTTGTCGTAATATTCTACCGGTAATTCCGCAAACCTGGCCCAAACCATAATCTTATCAAAGTTGTTTGTCGAAGATCTGAAATTAGGTTTCCATTTAGTTATCATCAAGTAATGATCCAATATGAACCATGGTCCTCCAAACAAGGCTCTTTCATAATCCTCCTCCAAAGTAAACCTATAGAAAAAGACCCCTTTTCCTACATCAATGGTTTCCATTGTACCTTTGATTCTCCACATGGATCTAACCTTAGTGTCCATATAGTCTAACTTCACGTTAATCCCTAAACACTTTCCCATTAAAGTCAACTTCCAAGGAGATCTCAATCTTGCTAAAGTATTCTTATCAAAAGTAACAACTAAATTACTATCCGGAGCCATATTTTCTTCTTCTTCATTCCATTCTTTTGAAGCGTGAATTATTTTTTTTGCCTCATAAAACCATTGTGTTGATTTAGAAACCACATCTCGGAACGAAATAGGACATACCTTAGTTGTTAAGGATTGAATATTGCTTACCTGACCCTGATCTCGATTTATGGTAGATGAATTCCTTTGGTGATGAATATTTTCATTGATACATTTGGTTAGATCCATCTCATGCATATCCTCATCCATATTTGAGGGTGGAGACGGCGTCTCCTCCTCCATGACTTCTAGGTTTTGAAGAGTACAAAATTGAGTAGGTTTCTATTTTCTCTCTAAGACTTTCTCTCTCTCAGAAACGATATTTTACTTGTGAGTTGATTGGTAGTGGATGAAATAGCCACAACAGAGGGGGGCTGATGTACTCGGTTGAGAATTTGCTAAAGTTTGTGGTATTATACTATGATACTACTATGTGTACTAACATAGAAAATATGAAATTTATTTGTTTAAATTTTTTTAATATTTTAACCCAGTTAACCATTGTTAAATATTTAATGGAAAAGTCATGTTAATAAGGAAATCATTGACAATAAAATTGAAATAAGTGTATCATTAACAGAAGAAAATAGTACAAGTGTATAAATGGAAATTTCCAAAAAAAAAAGTTTATACGGTTGTTATTTAAAAAATGACATCTTTAAAAGTTGGTTTTATCCTTATAAAAAGCGTATCGCTATTCGACGCCTGCCCACGCTAAAATCGCCCTACTATGCATAGCAAAAGTACAAAATTACCCTTATAAAAACTTACCCCTCCCTTTCATTTTTTTTACCCTTCTCACCTCACCTTTCCCTCACCTCTCTCTCAACCCCCCCTCCCCACCAAGTTGGTTACCGGAATTCAGTCGAAAAACTGAAATTCCGGCGAGAGATTCCCCCCCCCCTCTTTAACTCATTATGGTATCTTAACTTGTAATCTTGTCGGAATAAGTTGTTGGCAACGTTAGTTTCTTCATAATTCATGTGGGAGCTGCGGCAGTGGTTGTTATAGTCGTGGAAGTTGTCCCAGAATTTCGGCTCGTAGCTTCAATGGAGGAGGTAAAAATGGTATTTTTTTTATTATTTTTATTCATTTCTGGCGCACAGATTTTGCACCGTGCACATGGGAGTGGCGCACAGATTTTGCACTGTGCACATGGGAGTGGCGCAAAATCTGTGCATGAATGACATGGAACTGGCGCACAAAATTTGCGCCGTGTACATGGAACCCATGCAAATTCCGTGCGCCACTTCCATGTCGTTCATGCAAAGTCTGTGCGCCACTCCCATGTCATTCATGCAAAGTCCGTGCGCGGGAAGTTAATCTGAAATTAAAATTTATTTAATTGTTTTTTTAATTTTTAACGTAAAGTTTATTCGAATTAATATTATAATTTGTTAATTTAATTTTTATTTATTTAAGAAAATTATGTTAGTGATTTTAGAAATTATGTTAGGGAAGAGATGGGGGGTGAAAAAGGAGAGGGGGTGAAATGAATTTAAAGGGCAAAAATGTACTTTCACACAGATAATTGGGGCGATTTTAACGGAATAATAAAAATCCCCTATAAAAACGACCTTAAAAAAAGAGAAGAGAAAAGAACAGAAAAGGAAACTTTGAATGATTTACCTCCAAGGATTGTAGATATTAGGGTCCACTCCACCATTGTTCATACTCTATACTCCGACTTCATAGTGTTGCAAAACCAGAACCTCCCCTTAGTTGCTGCCGATTCATGTTCATTCTATTGGAATAAATCGATGAGAATCAATCCGCAGGTGCGCTTTATAGAATTAAACGCAAATGTCTCAATGCCAATTCCCTAAATCCAATTTCAATTACGCCATTTTTCTAGAATTTTTTACTGCAATTTGCCATTTTTTTTTTGAAAATTAGCGAATCTATGGCTAGTTGAAATGTAATTTTTATCCACCCCTTTTGTTACTGATTTTGATTATTATCTTTCAGTAGATGCATTTTCGCATTTGATTGGGAAAAGAGAATGTGTTAGAGCATTTGGGTGCTATTGAAATTGCAGAAAAATGGCGGAATGTGCGACTGTGCCATCGAATTTCAAGCTGCAGTTGCATAGAAGTAATTCTAAAAGGTCGTGCTTTCAACCCCAAAAATCATTTCCCAAATTGTTATCGAGGTGATTGTTCTTCATGTCGATTTCCTTGTAATTAATTTCCCTGTTAATCTGATAAAATGATCATTTTGGTTTGTTATTTTATGGTTGCTAGAATTGTAGTTTTTCTTTGAATAGAAGAAATTGATGTTATGTGGGTTCTTTTCACCTTGTTATTTGACAAAATGCAGCCTGCTTGTGATGTGGAGTGTGGAGGCTATCATTTTGTTCTCTCAACAGTCCGTTGGATTAAATATTACTTTGTCGAGCAATGTCTACAATATATTAATTAATATTGCTAAACAAACCATAACCGTTTTGCATTTGTTTTGAAAATATTTTCGTACATACTGTCCATGTAGAACCGGATGTAGAACCGTTTTGAAAAGGTCATACAATCTATGCACAACTCTCAAAATTATGTTAGTCTCACAATTCAATTGCACTCAAACCAGTCTGACATTCAATTGTGTGCGTCCCTAGTCTAGGCCAGTTTTGGACTTTTGGTAGTGAAGAAGATAAATTCTAAAGGAAAACAGCTAGGGGTATTAGTTGTTCTACGGTTCTACCCTCAGAGATAAAAAGGATGCATTTCCATTGTTGGACCCTACATGGATAGTATTATGGGAAATGTTAAGAAACTAACCTAAATTATCAATATTTTGAGGGAGTTATTCAACTTATCTGATCATATCTTTCAATGTAGCATGTGTTCATCTTTTGATTGGAGGGTATGAGGAAATTCAACTCATCAGCTTTTCATCTAGTTATCACATGCGCTTAATGGATAATTGTGGAATGAGATATGTCTTTCAAAGTCAAACTGTCTAGTATGCCAACTCATGAGTGATTTTAACTTTTCTAAACAAATTCTATCTGTTTTGGCATCATTTCGAAAGGTCTTTTAGACTCACGAAGTCATTTAATCATGATGAATATTTACAAGGTTGTGATAAAGTTCACACTTGTATGGACTTGTGTTTTCCCTTGGGAGGATCATGAAAAACTCATACGTGCATTAGTGATTGTTGATGCTTGTTTTAACTAGCAGTTGATTTGTGGTAGGACTTATATTATGCACGTGTTCTACCCACTAAAGGGCTTACTCATTAACATTGTGACCCTATGACTTTTCTTTGTCATAGTTAAAGGTATGGTCATTATTTATTTCACATGGAGGGGGGAGGTGGACAAGAAAGGTATAACAAATTATTTTGGAGTATGGATGATATGAGCCGTAAACTTAGTTACTTCCTCCATTCTAAGAAATTGACATTTGAGGTTAATGCTTACAAATTAAGGATTTTATAGTTCTTGGATGGTATCTCGAAACGCCACATAATTTTTATTGGTAGTCTTAGGTGACCAATAGGATTACTGACTATTGCAGAATGACAAGCATGGAATTAGAATATAGGAAGTAATCTTTAGGAAAAATTTACGCTACCAGCTCCAACTATGAACGATTATTTTTAAAAGGTCCCGACTTTTGATTAACCATGATTGTCCTAACTTTTGGGGGTTTCTACTTTTATAGGGATATGTGACTTACAACCTGCTAGACAAATTTTTTTTTAAATACTTTTTCCAAAAAATTACCTTAAATCAAGTTTTTATTTTTTATTTTCACCTTTTTCCTCCTCAACCCCTCACATGCAATGAGTCATGTAAGAAATTTGTAGGATCGACATTGAAGTGGGGTCGTTTTATGCTAGCACCTCTGAGCCTCTCTACAATCTCCAGCTTTGAGTGGAAATGCTCGGGAAGGAAGTGAGGACTATGAAAGCTGAAATGGATGAATCTAATAATTTAAGAAAACAAATAATACCCATTAAATTCCAATCCTTTTCTTTTTTGGATGTTTTTTGATTTTCCATTTTCGCTATTGTTGAAAATTTAATCAAGAAAATACGGAAACACCTCCCCCCGAAAAAAAAAAATCAAGAAATCATGGTTGAATGGCCGTGCGAGGATCTCCTAACTACTGGGAAGAAATGCCACTGGAGATTGACCTAAAGATTGGAAGAATTCCATAAGTAATAACAAAACCTGGGATCATCCAGGAATTCGGCGGTGGGTCTGAATGGCCGATCCCAAATTCACTTCTTTCAAACCTTAAATGAAATTTGCAAATTAGATGAAATTGACGAAGAAATCAAAATTAACCCTCGCATTTGTGTTAGTGCATATTAAATTTTGTAAACTTTTAATCAATTGTAATCTTGGGGGGGAAATTGCAATATTGGTGGAACTGAATATGTGATTGAGGAGAGAGAAAATGGGGTAGTTGTTTAGGAGGAGAGAGAAAATGGGGTGGTTTTGAGGGAGGAGAGAGAGTGGGATAGGTTTCACTCTCCGGTGCGGGTGGAGGTAAGAAAGATCTAGCTGGTGGTGGTTATGGCGTGAGAGGGGGAAGGGCACGAGAGGGGAGGAGTTAAAATTAAGTTTAATAAAAAATTTGAACAACCAATGAAAGCGTTCCACGTAGCTATCTTAACCAGTTCAACAGGTTAATAATGGGTAAGGACCTTTCAAAGTGGAGACCCCCCAAAGTTAGGACCGCCCTAGATTAATCAAAAGTTGGGACCTTTTAAAAATGACCAGCCATAGTTGGGACTCGTAGTGTTAATTTTTCCTGATTTTTACAGTTCAAATATTGCATGTGATTTGACAAAGCTACTTTTTTGGGATGTTGACTTTTTAAACACACCTTAGGGACTTTTGGAAGTGTTGATTAATATCATGATGGTTTATTCGGGTTTGTTACCTAGTTCCATAATCACTCCATGAACCGTGCAATCGTAAAAAGAAATCTATACTATTATTAAAACTCCAAGGCAAGAAATGCCATCTCGCCACATGTCGCTTCACGTCAATTTTGACATGTCATCTCATGTAATATTCTTGATCATGAAAAAATGTTAGTTATAGGTTTTGAACCTATAACCTATCATTTGGTAAACACATACTTTAACCACTATGCCACAACTCATTTTGATATTTCTTATACGGTCAAAATTATATTTCAATATAATTAGAAAAATGGTCTAAATCATTTTTTAATAGTCTCACATCACTAATTAGTCATTACTTTTACAAGTTACTAATTCTTACATGATAAAATTTATTAAAGCATACTCAAAGCAAGATATATTGTAATGTAAAAATTAAATTAGACTCAAAACGAGTTATATAATAATCTAATTGATCCATATTTCTACTATCCAAGGCATCGCCCGGGACACTAACGAGTTATAACATTAAAGTTGTACATTTTTGGTCGATTTTGTCAAATTAGACAGTGAATTGCGAACCCGTATCCAATCTCATACTAGCGAATTAGGTAACAATGTTGAACACCTTGGGCACTTAGCATCTTGAGAAATTTTGTTGGTCACATTTTTTTTTTTTTTAAAGCTTCACTTTTTCTTTAGCTAATGCCAACCCTATTTCTGGCTATATACAATTTCTTTTTCCAGATGTTTAATGATTTTCCTTCCAAATCTGTCATAACACTTTTATAAGCCATCTCTGTTGTGTTGTGTTGCTTTTGTGCGTATTGAAGCAATATGTAAGGTGCATTTTACAGCTACCTGCTGTTTCTTTTCCCCCAAGAACATTTATCAATAAGGTTTTTGCTTTGAAATAGGAAATTGATGTTATTGTTTTCTTGTAGTTGAGGCCAATTGTTCTAATGTCCCTTGGAAGTTCCTATTTTGTTTTATGCTTTTATATTTCGCTTCCTAAGTTTTAAGACTGAACTCTTACAGGGTAATACATGGTGTATTTCTGTAGTAGAGTTGTCAACTTTGAAGTTTTTGAGTTCCATATTTCATGTTGTATTCATTTAAATATTTGGTGGGGGAGATCCGGAGATGGCATGTCTCACTGTATTTTTCTTTTTACAACTTTCAATATGTTCCCTGCAGAAAGTATTCGTCTGTTAAAGTCCCTCTACGAAGGTTTTGACAACATTTAATATTTTTTTCAGCACAAATTCTATGTCTGTGTCAGTCCCTCTATGGAGAGTCAGCAAGCTTACTACTACATCGATTTCAGTTTGTAATTCCAGAACTCCTGTTTCTAATGGAAGTCCCATGAGATGCAGCTGCTTGGGAACTATGATAAATTTTGAGAGCGCTGCTGCATCTAATTGGGTTCCTGTCATTGACCAAGTGCTTCTGACTGCTAGTGTAGTCTTTGCTTATATGGCTGGAGTCATTCCTTCCGGAGGATCCTATGTAAAATCCCAAAAGAAAAAGTTAAATGACCCACTGCTTCCTGAAAGTCCCATGTTTTCCGGTAGGTAAGCTTACTGTTCTTAAAGTTTGGTTTTTTCTTAAGAATACATCTCTATTATCTGTCTTCGAATAGATACTTGCAGTTTGCACTGTCTTGATTTTTGCACTGTAACCTGTTAAATATTCCTGTGCTAATTTACTTCTTTTGATATTTTGCAGTACAACAAAAAAGGAAGATCAGCTTGTGTATCAATGTCCCTGGGATGTAGTGAAAGGGAAAATAACAAAGTCTCTTCTTGCTATTGAAAATGGTGTTATTGTGGAAGAAAGTTCCATAGAATATGAATTAGATCGTGCAAAGAGGCCTCTTAATTTGTATGCTGTTGCTAATGGTTCCAGATTCAGGCTGCTTTTGTCTTCAATTGAGCAACTTGAGAAAGAGGTGGGTACAGGTTCTATATGTCTTACTCCTAACAGCTTGTTTCCATGTTGTCAGTTTAGTTTCAGACATGTTGTTTGTTTTCAGACAGTAGATACTAGAAATATGAAACATGATGCATCTAATGTAGAGGAATATTGATATATTGAGAAATTGCAGGAAGACACTTGACTTGTCAGGGGTGAAGTAGCATGTATCTTGCCCTCCCCAAGACCATGGGATACTTAATGGGTATAAATGTATAATGTTGATTGTTTTTCAAGTTCACTATTTTTGCTCCGTTTGCTATGAGTTTACAACCCCTCTGCAGCCCTTATAATTTGTTTCCTGCTCATGAAATTATGCGAATCTCTTCATAATGACTTCCTTGTCTGCAATGAATATTCCTTTTCCCGGAAAATTTATTACTTTATTACTATTGCCACCATTTATGTACCGCTTACGAAATTAGCTGTTAGGTGCCTACTTAATAACCTTCTGTTTCATTTAAAAAATCTTTTGTCTGTGATAACTTTTATCAATTAACGCGAAGAATGTCTGGAAAATTAGACGCATAATTTAGACATGTGAATTGGAGTTTCCTGTTTCTATCTAAGAAAAACTCAAATATGTACTGGAGATCCTTTTCAAAAATTTGTTCACTCATAAATTTCTTTCTGACAACTGCATGCTGAGAAAGAGAAAGGGTAAAAGGAGAATCTTGTTACTAGCTCTAGGAATTGATGGATCTGTCCAATCTTTAGCCATCTTAGGGAGATATTCACCTTATAAATTCATTTTCTGGGCGCCTTCACAATCTCGTGCGATGCTGCTCAGCTGCTGAGAGCTTCTTATTTGCTACACATTGATTAGACCCATGGAATTAAAACTCGACTGTTCCGTTACGTAACGGCCGTTCTGTAACAGGTTTTGGATTTGCTGTTCCGTAAAACTCCCTTACATAACGATACGAAAAAAATCACACCTTTCTCCCTGCGTCGTCCGTTACGTAATGGTAACTCACCGCATTAGAACATTTTTTTTTCCCGTTACACCGTTCTTTTGTACAAATTGGCCAAAAATATTTTAGTAATTGCTATGTATATGAAACATGATATTTTGAGTGATTATTTGTTCACAAAACACCCACTCATATTATGATAGGACTGGTTTATATATTGTTAACATAATATTTTTTAAATTTAAAAGTATTAACAGCGTTAGCTACGACCCGTTCTATTTATCCGTTACAACCGGTTTCGGCAACTGTTACCGCGATCGCGACCGCATCTCTTTTCTATGATTATACCCCACTTGTTTGTATTTTCTTCTTAACGCCTTGGGTTTCCCGGTGAAATATTTCCTAAATAATACAAGTATAATGTATTTTCTCTTTAGATAAAACTTTCTTTTTTTTGCAATCTTTGAAGTTTCAGATGCATCTTAACGTATCCAATTCTTCTGGAAATTATGTCATGTGATTACTTGTTTCTTGTAGTGAATTACTTTTGCCTAGTTTATCTGTATACCAGACCTTCAACCATGAATTAGTTTCACACTATTTCCTGCTCAAGTTTCTTACTGTCTTGACAGGTTAATGAAATCCCAGACACATCAATGGCTATGGAAAGGGAGGAATGGCTAGGATTATTTTCCTCTACTTTAAAGAAGGCTTGTCAATCAGCTTTGTTTTCTTGGATGGAAATGGAGTTCTGCACTGAAAACTGTAAGCCTGACAAGGTATTGTTAGAATGGATTGCTTATGATGATAACGTAGTCACATATGAGATATCGACATTGCGCTGCTTATTCTTTGCTCGTCTCTGTTTAGGAGCTTTTGTTCTCTATGTCAGAGAAGTTGAGAGGAGATGATATTATCTTAGGGAACATTAGAAAATTCGGCAAGATGGATCTATTTGCAGATTTGATTGGCTTTCTCAGATATGATTACATTAGGTAAGTTTATGGTCGTTGGGGTGCTATTGCTGATCATTTGTCAAAATTGATTCATAAAAACTGTTGTTGCTTACTCCCTCTGTTCCCTAAAGTTCTTTCCTCTTTAACTTTTTTCCTATTTTGACAAAGAAAATTTTCTTTGTCACTTCCCTCACTTATTTTATTTAATACACACTCTCTCTTATGCCCAAGAGAGTACGAGATCTACCAACCCCACTTTTTCCCCTTGCCTTGGTCTGTGGTACTCATAAGTCATATCAGGGAAGAACATTTCGGAACGGAGGGATACTTTTTTTAAAAGATGAGTTTTTCTTCGTGGATGAATGGAGTGTACATTTCTTTCAGCACCAAGTTTTTTGTTTTTGTTTTGCTATAATACGAAAGAAAAACTGGAGTTTACCCCACAGTTGGAAACCTGGTTTCTCAATTAAGCAGAGTCTTCCTTCTGCATCACTATTGTCAAAATGCCTATTATCATGTTTGAATTTGAAATGTATAATATTCAGGTACTGAATTTTCGTAGAAGTATAATATTCAGGTACTGAATTTTCGTAGAAGAATTTTCGTTCTTTCTCAATGTTTATTGACCTGCTTCTTATACCTTGTTCCCCATTTTTGTAGCTTTCCAAAGGGCCTTGTCCTTTAAAAATTACTTCCGTAAATTTTAACTTATTCGAAAATAACATGAATTAAGGCATATTGGACTAAATAGTTATCTCGTGAGCTTATATGTGACTACTGTAAACAGAAAGAAGCGAGGCTTATATGACGTAACCTGATCGTGACAAGGAAAAACTTATATGCCTTTAACCTAATTCTTCACTATTACGTTCACGTGTCTAATAAACCGAGTACGAGTATTTTTGTGACCTTTTTATCCAATTACCTTAACAAAACCTTCTACACTCTTGTGTAAGCTTGTATGGAGCTGTATGTACAAACTCTGTATGTTGATTTTTCTGTGAATGCTAGCATTTGCCTCAGATGTTGAATAGCTTCTACTGCAGGTTTATCGGAGATAAAATTGGTTATTAGATATGGATATATCCTTTCTCAGTCTTTTCAATCATCTTTCCTCGTAGTTTATGGTAAAAAGGAGCTCCTTAGGGCATGCTTGGATTGAGGGTAATGCATTAAAGGGCAATAAAAGTCAAACTATGAAAAGTTAGGGTGATGATAAGGGGATGAAGTGGTGGTAAAGAGAATAAGCTAGTGTTCGTAAGAAGAAAAGAAAAGGAAGAGGTGAATAGTATTATGGGGTTAATTGTTACCCACCATCCGGCTAGGGTGATTATTACCCTCATTTGGAGGGTGATAGTATTTCCCTTCCTTCCTTTTCCTCACAACACCACCACTTCTCATCATAACACCGCCACATCACCCTCCTTGCACCCACCTTAATTTGCCTTCATTTTCTTTTTATTAAGGTGGTTTGACTTTTATTACCCCCCTAATCCACTAACCCCCAATCAAAGCATTCCCTTAATGTTGCTAAGCTGGTATAACTTTTAAATGCCCGATGTTGTTATATGACAATGCATATTAAAAAGCTTATGAAAGAAAATTGTCTACCTTCTGTTGATGCTAGCCTCGTCTTCAAACTGCTCTTCACAACAGTGTACCTCGTGTAAATCTCTCATTTTTATCCCTCTTTTCATGAAGTTAAATCATTTTTCATGTCCAGCTCCAACGAAGGATTAAAATGTGGTTTCTTGTCTTGGCTTGTTTTAGAGAATGGGGTTCTCTTTCTTTACATTTAGGTTGCTTTGAAACTAAAGTTCTGTAGGAAATTTGGTGTCTTCTGTCTCTTTGTTACCGTTTCTGTAAATATAGTCCCTCTTAGAACTACTTTTGCAGAAGTCTCAACATTAAATTCCAGTTTGCAATGTGAAGTTACCATTGCTATTCCTGATATAATTACTCTTCCTGATAAATGCTCTATAGATTTGCACTAAAAAGTTTCACTCTAGTATTTTGAGGTTGGATTGAATTAATCTTACAGGAGTTATTAGTCATATTACTCCTCTTTCATTTGTTTTTACAGTTGACACTGCGCATATTACAAATAAATGAGAATTTGTTATTCTATTTCTCTTCCTCTCTTTCTTGATTTAGCTTCATAGCGACATGGCCACAAACTTATCAGAATTTTTCTCTCCGAACATTTTATCACATGACAATATGAAATGGATCTGCTTTTTTGTTGCAGGGAATGTAGCTACTATGACCACAATGTTTATCCCTTACACGGGTGTGCTATATTGGAAGATCTGATCATTACTCTAGCTGATGCAATTTCAAGCATATATTTGGAGGTTATATCTGTTGACAGTGATATTTCTGAAAAGATTAGCAACTTTGGGTTGTCCTTGTGTACTTTGTCAACAAGAGATCTGCAGAAATTAAGAAATGAGGTATCTTCTTTTTACTCTTCATGATGCTTCAATTTTATCCATTTTCAGTATTCTTTACCATGTTATCATATCAGTCTTTGCACAATCTGTATTTCAAAAGAGGAGAAACAAAAACCTACTATTGTGGTTATCAGCCGTCATTAAAGAAGGGACCACCTGTTACCTTCTTGTGCTCCAGCTCTATACATTGGGATTATTGTACACGTGTCATTTCCCTTCTTCGAGATCCTGGGACGTCAGCCGAGGCTTTCATTCCTCACTCGTCACTCAACCGTCTGGCCACCCCTCCTTCAAATAACAATAGAATACTCAGCTATCTTCGGGTGTTCCGCATTTAAGTTCATTATTTTAGGAAGTTTTTCTTCCATACTTTTTTCTCAAAGTTGGGCTCCATACCCACCCAATTTCTCTCTCTATTTTTTCATTCTCAATATCTTTGTGCAAAAAGTAAATGTTAACTAATTATGGGATGGAGGTGGGAAGGGAGCATGCACAAGATTAATTTTGGGACATAGGGAATTTTTTTTTTGCAATATCCTATGCATACAAATTACCAACAATGGATTGACCAAAGTTAACGAGCATTGTTGTCAATTTATCATGGGAGTATGGGACTTTGAAAGCTCTAAAGGAAATCACCTTTCTTCTCTTTCAGCTTAAAATCTGTGTATCAGAAGTATTCCTTCAATCTCATATATACATTCTGCTCCCCTTCATTGATTGTCTGTGGAGAGTTTGGCCACTATCCAGCTCCTTCCATTAATTACGACTAAATATGTCTGAAGAACTTAGTCTCAATGCTAATATGGAAATTAAAATGACATTATGTCCCTTTCATTCTCTAGCAAAGATTTCTATTGTCTCTGGAATAGGAATTCAATGGTATGGATATATCAATAGCTGAATATATTTTGCACTTCTGCCCCCTGATTCTTTGCCTTTGGATTTGTGGTGGAAGATAGCTATGCGCGAGTGGATTCACCAGAACTTTGGACAAATTGTATTGATGTATGAGGATCGATTTGACCTTCGGGTACTAAAGATTGAACCTTATCGTGATCCAGCAGAAAAGCTCAAGGAAAGTCGTAAGTGGTGGAAAAGACTTACTCTGAAGAAATCTGTAACAGTGCAGTCCTCACTACGCTATTCAGTAGTTGGTCCCTTCTCTTTGACCTTAAAGCGCACAAGGGAACTGAGGGCCCTCAAAGGATGGTATGCTCCTCCTCCTCCCTGGTCTTTATAACCTTGGGTTCTTATCTCCCTAATATATGTGGAAAGTTGGAAACTATAATTATTGCTATTTTTCTCTTTTCCTTTGTGAATTTTATGGTAATTTTAATATTGCATGCAATGGCTTAAAAGATGCAGTTTGAACAAGATGAAGTGCTTATATTGAAGTTATGCTTGCATATTTGTTGTCAGTCTCCTGCTTGAAATCTAGCCTTCTGTCTATTCATACTTTTAAAATTTTAATGCATGCCAAGTTGAACTAAATAATTATGAGTATATCCCAGTAATTTTGCTTTTGGATGTACAAGCGAAAGTTCATCTAGTACATTTTGGTTTATTGTGAATTTGCAATTCAGAGAAGTGAGGTGAATTACTGATTTGTGGCGCCAAGTGCTCTTGCTCTATCATGAGAATGTCATAGCATGCACACTTCTGTAGGATTGCAAAATAGACCGTGTCCTTGAATTTAGTTTGCTTGAACTGCTGCTGGAGATGAATAGATTACAACTACCAATTATAAAGGTCTCATAGAAAACCCTGAAGCATGTAATGATGCTATGGGTGCCTAGATGGAATATGCGCAGTAGTTTAATTCCGAAGCTTCTGAGATGTGCTTCTTGATAAGTGATTACAAAATAAAAACACAGGGGAGTCACACTGATGCTGCTGTCAACTGAATCCAAGGTGTCATGATTGCGTAAATTAATAACAAGAACTAAAGAAGTCAGAGTCCTTTCTGAATAGTATCTTGTTGCTTAAATTTTCTTCTGAATGTCTCAGAAATATTACTTATAATTATTGCATGAGATTTATTTTCTGTGTAATTGTTGATATCTCTACTTATCCTTTTGGTTTCAGGAAGTACTACTTCAGCCTCATACTTGAGTTGTCTGACATAGCAGTGCCAATGGTCAAAGTAGTTGTTTCTCAGGTTCGCAATGCCATCTCATTCTTCCTCGTTAGCTTGATTGGACGATCTGTAGGACTCGTATATACCGGGATTAGGCAATCCCTAGGGTGGAAGTAAAGATGACACCTACCACTCTTTCATCTCATGCTCCAATTTTGCTTTGTTAGCTACTAAAATAGTTGGGTTATACTGGATGAAACAACTTGGTTATTCCAGTGATTCTTTTCTGGGATAGTCTTCTGTTTAGCCCAGAACAGTTGTTTCAACTCATTCTTTTCTCGTAACGATTCGGCCTGGAAATGTTATTTGTTGTTTTAAGCAGGTCTGAATACGATTATTGATTTTTGGTGGTACTAATTACAGCACACCCCAATTTGTTCAATCCCTGAATCATCATTTCTGCAACAAAATTTACATTGCTTTAAATGTAAAGATAACGAGCTATGCACACTATACACACTATACACAATACACTATATAATGATCGACATCAGTTGCGAAAAAGAGCGAATCTGGTGCTTAAAACTGTGACTTGGAATCTCAGAAATTAAAAACGTGACATTTTTATTATTTGCAGAAAGAGATGAATCACCTATTTAGTATTTACCTATGAGACTATGACTTGTTTAAGGATCCTAGTCCATGCAGGTACCACAGAAAATGAAATGCTAAGGTCCCGTTTGGTATTGTTCTTTACTTCCAGTTTTTTTTATTTTTGGAAACCAAAAATCAAATATTAAAACAACAAAAATATCTTTTTAGTTTTTTGTTGTCAGTTTACCAATCAACATGATTATAATAGGTATGACTATTTTATAGTTTGA

mRNA sequence

ATGGCAAGAGTAATGAAAGAAGCTTTTGAAAACAATCAAAAGATCCTAGCCCCATATCATCAGATCACAAATTCTATGTCTGTGTCAGTCCCTCTATGGAGAGTCAGCAAGCTTACTACTACATCGATTTCAGTTTGTAATTCCAGAACTCCTGTTTCTAATGGAAGTCCCATGAGATGCAGCTGCTTGGGAACTATGATAAATTTTGAGAGCGCTGCTGCATCTAATTGGGTTCCTGTCATTGACCAAGTGCTTCTGACTGCTAGTGTAGTCTTTGCTTATATGGCTGGAGTCATTCCTTCCGGAGGATCCTATGTAAAATCCCAAAAGAAAAAGTTAAATGACCCACTGCTTCCTGAAAGTCCCATGTTTTCCGGTAGTACAACAAAAAAGGAAGATCAGCTTGTGTATCAATGTCCCTGGGATGTAGTGAAAGGGAAAATAACAAAGTCTCTTCTTGCTATTGAAAATGGTGTTATTGTGGAAGAAAGTTCCATAGAATATGAATTAGATCGTGCAAAGAGGCCTCTTAATTTGTATGCTGTTGCTAATGGTTCCAGATTCAGGCTGCTTTTGTCTTCAATTGAGCAACTTGAGAAAGAGGTTAATGAAATCCCAGACACATCAATGGCTATGGAAAGGGAGGAATGGCTAGGATTATTTTCCTCTACTTTAAAGAAGGCTTGTCAATCAGCTTTGTTTTCTTGGATGGAAATGGAGTTCTGCACTGAAAACTGTAAGCCTGACAAGGAGCTTTTGTTCTCTATGTCAGAGAAGTTGAGAGGAGATGATATTATCTTAGGGAACATTAGAAAATTCGGCAAGATGGATCTATTTGCAGATTTGATTGGCTTTCTCAGATATGATTACATTAGGGAATGTAGCTACTATGACCACAATGTTTATCCCTTACACGGGTGTGCTATATTGGAAGATCTGATCATTACTCTAGCTGATGCAATTTCAAGCATATATTTGGAGGTTATATCTGTTGACAGTGATATTTCTGAAAAGATTAGCAACTTTGGGTTGTCCTTGTGTACTTTGTCAACAAGAGATCTGCAGAAATTAAGAAATGAGTCTTTGCACAATCTGTATTTCAAAAGAGGAGAAACAAAAACCTACTATTGTGGTTATCAGCCGTCATTAAAGAAGGGACCACCTGTTACCTTCTTGTGCTCCAGCTCTATACATTGGGATTATTGTACACGTGTCATTTCCCTTCTTCGAGATCCTGGGACGTCAGCCGAGGCTTTCATTCCTCACTCGTCACTCAACCGTCTGGCCACCCCTCCTTCAAATAACAATAGAATACTCAGCTATCTTCGGATAGCTATGCGCGAGTGGATTCACCAGAACTTTGGACAAATTGTATTGATGTATGAGGATCGATTTGACCTTCGGGTACTAAAGATTGAACCTTATCGTGATCCAGCAGAAAAGCTCAAGGAAAGTCGTAAGTGGTGGAAAAGACTTACTCTGAAGAAATCTGTAACAGTGCAGTCCTCACTACGCTATTCAGTAGTTGGTCCCTTCTCTTTGACCTTAAAGCGCACAAGGGAACTGAGGGCCCTCAAAGGATGGTATGCTCCTCCTCCTCCCTGGAAGTACTACTTCAGCCTCATACTTGAGTTGTCTGACATAGCAGTGCCAATGGTCAAAGTAGTTGTTTCTCAGTTTACCAATCAACATGATTATAATAGGTATGACTATTTTATAGTTTGA

Coding sequence (CDS)

ATGGCAAGAGTAATGAAAGAAGCTTTTGAAAACAATCAAAAGATCCTAGCCCCATATCATCAGATCACAAATTCTATGTCTGTGTCAGTCCCTCTATGGAGAGTCAGCAAGCTTACTACTACATCGATTTCAGTTTGTAATTCCAGAACTCCTGTTTCTAATGGAAGTCCCATGAGATGCAGCTGCTTGGGAACTATGATAAATTTTGAGAGCGCTGCTGCATCTAATTGGGTTCCTGTCATTGACCAAGTGCTTCTGACTGCTAGTGTAGTCTTTGCTTATATGGCTGGAGTCATTCCTTCCGGAGGATCCTATGTAAAATCCCAAAAGAAAAAGTTAAATGACCCACTGCTTCCTGAAAGTCCCATGTTTTCCGGTAGTACAACAAAAAAGGAAGATCAGCTTGTGTATCAATGTCCCTGGGATGTAGTGAAAGGGAAAATAACAAAGTCTCTTCTTGCTATTGAAAATGGTGTTATTGTGGAAGAAAGTTCCATAGAATATGAATTAGATCGTGCAAAGAGGCCTCTTAATTTGTATGCTGTTGCTAATGGTTCCAGATTCAGGCTGCTTTTGTCTTCAATTGAGCAACTTGAGAAAGAGGTTAATGAAATCCCAGACACATCAATGGCTATGGAAAGGGAGGAATGGCTAGGATTATTTTCCTCTACTTTAAAGAAGGCTTGTCAATCAGCTTTGTTTTCTTGGATGGAAATGGAGTTCTGCACTGAAAACTGTAAGCCTGACAAGGAGCTTTTGTTCTCTATGTCAGAGAAGTTGAGAGGAGATGATATTATCTTAGGGAACATTAGAAAATTCGGCAAGATGGATCTATTTGCAGATTTGATTGGCTTTCTCAGATATGATTACATTAGGGAATGTAGCTACTATGACCACAATGTTTATCCCTTACACGGGTGTGCTATATTGGAAGATCTGATCATTACTCTAGCTGATGCAATTTCAAGCATATATTTGGAGGTTATATCTGTTGACAGTGATATTTCTGAAAAGATTAGCAACTTTGGGTTGTCCTTGTGTACTTTGTCAACAAGAGATCTGCAGAAATTAAGAAATGAGTCTTTGCACAATCTGTATTTCAAAAGAGGAGAAACAAAAACCTACTATTGTGGTTATCAGCCGTCATTAAAGAAGGGACCACCTGTTACCTTCTTGTGCTCCAGCTCTATACATTGGGATTATTGTACACGTGTCATTTCCCTTCTTCGAGATCCTGGGACGTCAGCCGAGGCTTTCATTCCTCACTCGTCACTCAACCGTCTGGCCACCCCTCCTTCAAATAACAATAGAATACTCAGCTATCTTCGGATAGCTATGCGCGAGTGGATTCACCAGAACTTTGGACAAATTGTATTGATGTATGAGGATCGATTTGACCTTCGGGTACTAAAGATTGAACCTTATCGTGATCCAGCAGAAAAGCTCAAGGAAAGTCGTAAGTGGTGGAAAAGACTTACTCTGAAGAAATCTGTAACAGTGCAGTCCTCACTACGCTATTCAGTAGTTGGTCCCTTCTCTTTGACCTTAAAGCGCACAAGGGAACTGAGGGCCCTCAAAGGATGGTATGCTCCTCCTCCTCCCTGGAAGTACTACTTCAGCCTCATACTTGAGTTGTCTGACATAGCAGTGCCAATGGTCAAAGTAGTTGTTTCTCAGTTTACCAATCAACATGATTATAATAGGTATGACTATTTTATAGTTTGA

Protein sequence

MARVMKEAFENNQKILAPYHQITNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNESLHNLYFKRGETKTYYCGYQPSLKKGPPVTFLCSSSIHWDYCTRVISLLRDPGTSAEAFIPHSSLNRLATPPSNNNRILSYLRIAMREWIHQNFGQIVLMYEDRFDLRVLKIEPYRDPAEKLKESRKWWKRLTLKKSVTVQSSLRYSVVGPFSLTLKRTRELRALKGWYAPPPPWKYYFSLILELSDIAVPMVKVVVSQFTNQHDYNRYDYFIV

Relationships

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


Feature Name	Unique Name	Type
Spo17532	Spo17532	gene

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


Feature Name	Unique Name	Type
Spo17532.1	Spo17532.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo17532.1.exon.1	Spo17532.1.exon.1	exon
Spo17532.1.exon.2	Spo17532.1.exon.2	exon
Spo17532.1.exon.3	Spo17532.1.exon.3	exon
Spo17532.1.exon.4	Spo17532.1.exon.4	exon
Spo17532.1.exon.5	Spo17532.1.exon.5	exon
Spo17532.1.exon.6	Spo17532.1.exon.6	exon
Spo17532.1.exon.7	Spo17532.1.exon.7	exon
Spo17532.1.exon.8	Spo17532.1.exon.8	exon
Spo17532.1.exon.9	Spo17532.1.exon.9	exon
Spo17532.1.exon.10	Spo17532.1.exon.10	exon

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


Feature Name	Unique Name	Type
Spo17532.1.CDS.1	Spo17532.1.CDS.1	CDS
Spo17532.1.CDS.2	Spo17532.1.CDS.2	CDS
Spo17532.1.CDS.3	Spo17532.1.CDS.3	CDS
Spo17532.1.CDS.4	Spo17532.1.CDS.4	CDS
Spo17532.1.CDS.5	Spo17532.1.CDS.5	CDS
Spo17532.1.CDS.6	Spo17532.1.CDS.6	CDS
Spo17532.1.CDS.7	Spo17532.1.CDS.7	CDS
Spo17532.1.CDS.8	Spo17532.1.CDS.8	CDS
Spo17532.1.CDS.9	Spo17532.1.CDS.9	CDS
Spo17532.1.CDS.10	Spo17532.1.CDS.10	CDS

Homology

[Close]

BLAST of Spo17532.1 vs. NCBI nr
Match: gi|902207941|gb|KNA15805.1| (hypothetical protein SOVF_094860 isoform A [Spinacia oleracea])

HSP 1 Score: 664.8 bits (1714), Expect = 1.300e-187
Identity = 338/338 (100.00%), Postives = 338/338 (100.00%), Query Frame = 1


		  
Query: 23  TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID 82
           TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID
Sbjct: 23  TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID 82

Query: 83  QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD 142
           QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD
Sbjct: 83  QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD 142

Query: 143 VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV 202
           VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV
Sbjct: 143 VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV 202

Query: 203 NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG 262
           NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG
Sbjct: 203 NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG 262

Query: 263 DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS 322
           DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS
Sbjct: 263 DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS 322

Query: 323 SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE
Sbjct: 323 SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 360

[Close]

BLAST of Spo17532.1 vs. NCBI nr
Match: gi|902207942|gb|KNA15806.1| (hypothetical protein SOVF_094860 isoform B [Spinacia oleracea])

HSP 1 Score: 659.1 bits (1699), Expect = 7.200e-186
Identity = 335/335 (100.00%), Postives = 335/335 (100.00%), Query Frame = 1


		  
Query: 26  MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL 85
           MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL
Sbjct: 1   MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL 60

Query: 86  LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK 145
           LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK
Sbjct: 61  LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK 120

Query: 146 GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI 205
           GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI
Sbjct: 121 GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI 180

Query: 206 PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI 265
           PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI
Sbjct: 181 PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI 240

Query: 266 ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY 325
           ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY
Sbjct: 241 ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY 300

Query: 326 LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE
Sbjct: 301 LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 335

[Close]

BLAST of Spo17532.1 vs. NCBI nr
Match: gi|731347322|ref|XP_010684928.1| (PREDICTED: uncharacterized protein LOC104899430 isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 516.2 bits (1328), Expect = 7.600e-143
Identity = 268/339 (79.06%), Postives = 295/339 (87.02%), Query Frame = 1


		  
Query: 24  NSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQ 83
           N+   S+PLWRV K  T S+S+ N + PV NGSP+R S LGTMI+FE++AAS+WVPVIDQ
Sbjct: 38  NNRFASLPLWRVRKHNTRSVSIFNVKGPVLNGSPLRRSYLGTMIDFETSAASDWVPVIDQ 97

Query: 84  VLLTASVVFAYMAGVIPSGGSYVKSQKKK--LNDPLLPESPMFSGSTTKKEDQLVYQCPW 143
           VLLTA+V FAYMAG+IPSGGSY  SQK K  LND LLPE+ +F GS ++KEDQ+  QC W
Sbjct: 98  VLLTATVFFAYMAGIIPSGGSYTDSQKNKNSLNDVLLPENAIFFGSISEKEDQVGCQCTW 157

Query: 144 DVVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKE 203
           DVVKGKI KSLLAIENGVIVEE+ +E E DRAKRPL+LYAVANG RFRLL+SSIEQLEKE
Sbjct: 158 DVVKGKIAKSLLAIENGVIVEENFVESESDRAKRPLSLYAVANGPRFRLLMSSIEQLEKE 217

Query: 204 VNEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLR 263
           V+EIPDTSM MEREEWLGLFS+T+KKACQSAL SWME EFC ENC+PDKELL SMSEKLR
Sbjct: 218 VSEIPDTSMTMEREEWLGLFSTTIKKACQSALLSWMEKEFCMENCRPDKELLLSMSEKLR 277

Query: 264 GDDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAI 323
           GDDIILGN+RK GK+DLFADLIGFLRYD  RECSYYD NVYPLHG AILEDLIITLADAI
Sbjct: 278 GDDIILGNVRKSGKIDLFADLIGFLRYDNFRECSYYDLNVYPLHGGAILEDLIITLADAI 337

Query: 324 SSIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           SSIYLEVISVDSDISE ISNFGLSLC LSTR LQKLRNE
Sbjct: 338 SSIYLEVISVDSDISETISNFGLSLCALSTRALQKLRNE 376

[Close]

BLAST of Spo17532.1 vs. NCBI nr
Match: gi|731347316|ref|XP_010684925.1| (PREDICTED: uncharacterized protein LOC104899430 isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 516.2 bits (1328), Expect = 7.600e-143
Identity = 268/339 (79.06%), Postives = 295/339 (87.02%), Query Frame = 1


		  
Query: 24  NSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQ 83
           N+   S+PLWRV K  T S+S+ N + PV NGSP+R S LGTMI+FE++AAS+WVPVIDQ
Sbjct: 38  NNRFASLPLWRVRKHNTRSVSIFNVKGPVLNGSPLRRSYLGTMIDFETSAASDWVPVIDQ 97

Query: 84  VLLTASVVFAYMAGVIPSGGSYVKSQKKK--LNDPLLPESPMFSGSTTKKEDQLVYQCPW 143
           VLLTA+V FAYMAG+IPSGGSY  SQK K  LND LLPE+ +F GS ++KEDQ+  QC W
Sbjct: 98  VLLTATVFFAYMAGIIPSGGSYTDSQKNKNSLNDVLLPENAIFFGSISEKEDQVGCQCTW 157

Query: 144 DVVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKE 203
           DVVKGKI KSLLAIENGVIVEE+ +E E DRAKRPL+LYAVANG RFRLL+SSIEQLEKE
Sbjct: 158 DVVKGKIAKSLLAIENGVIVEENFVESESDRAKRPLSLYAVANGPRFRLLMSSIEQLEKE 217

Query: 204 VNEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLR 263
           V+EIPDTSM MEREEWLGLFS+T+KKACQSAL SWME EFC ENC+PDKELL SMSEKLR
Sbjct: 218 VSEIPDTSMTMEREEWLGLFSTTIKKACQSALLSWMEKEFCMENCRPDKELLLSMSEKLR 277

Query: 264 GDDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAI 323
           GDDIILGN+RK GK+DLFADLIGFLRYD  RECSYYD NVYPLHG AILEDLIITLADAI
Sbjct: 278 GDDIILGNVRKSGKIDLFADLIGFLRYDNFRECSYYDLNVYPLHGGAILEDLIITLADAI 337

Query: 324 SSIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           SSIYLEVISVDSDISE ISNFGLSLC LSTR LQKLRNE
Sbjct: 338 SSIYLEVISVDSDISETISNFGLSLCALSTRALQKLRNE 376

[Close]

BLAST of Spo17532.1 vs. NCBI nr
Match: gi|731396410|ref|XP_010652493.1| (PREDICTED: uncharacterized protein LOC100244728 [Vitis vinifera])

HSP 1 Score: 293.9 bits (751), Expect = 6.100e-76
Identity = 168/337 (49.85%), Postives = 220/337 (65.28%), Query Frame = 1


		  
Query: 33  WRVSKLTTTSISVCNSRTPV---------SNGSPMRCSCLGTMINFESAAASNWVPVIDQ 92
           ++V++L+  S  +C S  PV         S    +RCSCL      + A  S+WVPV+DQ
Sbjct: 44  YKVARLS--SWQICVSTAPVVSNLKITHCSKEGSLRCSCLA-----DGATTSDWVPVVDQ 103

Query: 93  VLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDV 152
           VLL AS+   YMAGVIP+  SY  SQ+   +D  + ES  FSGS  K  DQ+  +C WDV
Sbjct: 104 VLLMASIFLTYMAGVIPTEKSYFSSQRNVSDDNAVHESSTFSGSALKNGDQVNLKCAWDV 163

Query: 153 VKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVN 212
           VKGK+  SL AIE+   +E   +E E  RAKRPL+L+A+A+G R RLL +S +QLEKEV 
Sbjct: 164 VKGKLLDSLNAIEHIGSLENGVVESE-QRAKRPLSLHAIADGPRLRLLWASFQQLEKEVE 223

Query: 213 EIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGD 272
            I + S  +  ++WL LFS  ++K CQ    +W+E E CTEN K DK L   M EKL GD
Sbjct: 224 NISENSETVTMDDWLILFSEIIQKLCQPICMAWLEKE-CTENRKADKALHTLMFEKLEGD 283

Query: 273 DIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISS 332
             IL  IR  GK DLFA+L+ FLR+  +RE   YDH+++ LHG  ILEDL+ITLAD ISS
Sbjct: 284 TSILQKIRNSGKEDLFAELLCFLRFGSLREGCCYDHSLFTLHGVVILEDLVITLADGISS 343

Query: 333 IYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           +YLE+ISVD ++S ++++ G  LCTLSTR LQ+LRNE
Sbjct: 344 VYLELISVDGNVSNEMNSLGWRLCTLSTRALQRLRNE 371

[Close]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Match: A0A0K9R8I8_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_094860 PE=4 SV=1)

HSP 1 Score: 664.8 bits (1714), Expect = 9.200e-188
Identity = 338/338 (100.00%), Postives = 338/338 (100.00%), Query Frame = 1


		  
Query: 23  TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID 82
           TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID
Sbjct: 23  TNSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVID 82

Query: 83  QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD 142
           QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD
Sbjct: 83  QVLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWD 142

Query: 143 VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV 202
           VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV
Sbjct: 143 VVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEV 202

Query: 203 NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG 262
           NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG
Sbjct: 203 NEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRG 262

Query: 263 DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS 322
           DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS
Sbjct: 263 DDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAIS 322

Query: 323 SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE
Sbjct: 323 SIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 360

[Close]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Match: A0A0K9R8J2_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_094860 PE=4 SV=1)

HSP 1 Score: 659.1 bits (1699), Expect = 5.000e-186
Identity = 335/335 (100.00%), Postives = 335/335 (100.00%), Query Frame = 1


		  
Query: 26  MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL 85
           MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL
Sbjct: 1   MSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVL 60

Query: 86  LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK 145
           LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK
Sbjct: 61  LTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVK 120

Query: 146 GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI 205
           GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI
Sbjct: 121 GKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEI 180

Query: 206 PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI 265
           PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI
Sbjct: 181 PDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDI 240

Query: 266 ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY 325
           ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY
Sbjct: 241 ILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIY 300

Query: 326 LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE
Sbjct: 301 LEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 335

[Close]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Match: A0A0J8C059_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_7g166970 PE=4 SV=1)

HSP 1 Score: 516.2 bits (1328), Expect = 5.300e-143
Identity = 268/339 (79.06%), Postives = 295/339 (87.02%), Query Frame = 1


		  
Query: 24  NSMSVSVPLWRVSKLTTTSISVCNSRTPVSNGSPMRCSCLGTMINFESAAASNWVPVIDQ 83
           N+   S+PLWRV K  T S+S+ N + PV NGSP+R S LGTMI+FE++AAS+WVPVIDQ
Sbjct: 38  NNRFASLPLWRVRKHNTRSVSIFNVKGPVLNGSPLRRSYLGTMIDFETSAASDWVPVIDQ 97

Query: 84  VLLTASVVFAYMAGVIPSGGSYVKSQKKK--LNDPLLPESPMFSGSTTKKEDQLVYQCPW 143
           VLLTA+V FAYMAG+IPSGGSY  SQK K  LND LLPE+ +F GS ++KEDQ+  QC W
Sbjct: 98  VLLTATVFFAYMAGIIPSGGSYTDSQKNKNSLNDVLLPENAIFFGSISEKEDQVGCQCTW 157

Query: 144 DVVKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKE 203
           DVVKGKI KSLLAIENGVIVEE+ +E E DRAKRPL+LYAVANG RFRLL+SSIEQLEKE
Sbjct: 158 DVVKGKIAKSLLAIENGVIVEENFVESESDRAKRPLSLYAVANGPRFRLLMSSIEQLEKE 217

Query: 204 VNEIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLR 263
           V+EIPDTSM MEREEWLGLFS+T+KKACQSAL SWME EFC ENC+PDKELL SMSEKLR
Sbjct: 218 VSEIPDTSMTMEREEWLGLFSTTIKKACQSALLSWMEKEFCMENCRPDKELLLSMSEKLR 277

Query: 264 GDDIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAI 323
           GDDIILGN+RK GK+DLFADLIGFLRYD  RECSYYD NVYPLHG AILEDLIITLADAI
Sbjct: 278 GDDIILGNVRKSGKIDLFADLIGFLRYDNFRECSYYDLNVYPLHGGAILEDLIITLADAI 337

Query: 324 SSIYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           SSIYLEVISVDSDISE ISNFGLSLC LSTR LQKLRNE
Sbjct: 338 SSIYLEVISVDSDISETISNFGLSLCALSTRALQKLRNE 376

[Close]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Match: D7U3I2_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_07s0005g06150 PE=4 SV=1)

HSP 1 Score: 293.9 bits (751), Expect = 4.300e-76
Identity = 168/337 (49.85%), Postives = 220/337 (65.28%), Query Frame = 1


		  
Query: 33  WRVSKLTTTSISVCNSRTPV---------SNGSPMRCSCLGTMINFESAAASNWVPVIDQ 92
           ++V++L+  S  +C S  PV         S    +RCSCL      + A  S+WVPV+DQ
Sbjct: 44  YKVARLS--SWQICVSTAPVVSNLKITHCSKEGSLRCSCLA-----DGATTSDWVPVVDQ 103

Query: 93  VLLTASVVFAYMAGVIPSGGSYVKSQKKKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDV 152
           VLL AS+   YMAGVIP+  SY  SQ+   +D  + ES  FSGS  K  DQ+  +C WDV
Sbjct: 104 VLLMASIFLTYMAGVIPTEKSYFSSQRNVSDDNAVHESSTFSGSALKNGDQVNLKCAWDV 163

Query: 153 VKGKITKSLLAIENGVIVEESSIEYELDRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVN 212
           VKGK+  SL AIE+   +E   +E E  RAKRPL+L+A+A+G R RLL +S +QLEKEV 
Sbjct: 164 VKGKLLDSLNAIEHIGSLENGVVESE-QRAKRPLSLHAIADGPRLRLLWASFQQLEKEVE 223

Query: 213 EIPDTSMAMEREEWLGLFSSTLKKACQSALFSWMEMEFCTENCKPDKELLFSMSEKLRGD 272
            I + S  +  ++WL LFS  ++K CQ    +W+E E CTEN K DK L   M EKL GD
Sbjct: 224 NISENSETVTMDDWLILFSEIIQKLCQPICMAWLEKE-CTENRKADKALHTLMFEKLEGD 283

Query: 273 DIILGNIRKFGKMDLFADLIGFLRYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISS 332
             IL  IR  GK DLFA+L+ FLR+  +RE   YDH+++ LHG  ILEDL+ITLAD ISS
Sbjct: 284 TSILQKIRNSGKEDLFAELLCFLRFGSLREGCCYDHSLFTLHGVVILEDLVITLADGISS 343

Query: 333 IYLEVISVDSDISEKISNFGLSLCTLSTRDLQKLRNE 361
           +YLE+ISVD ++S ++++ G  LCTLSTR LQ+LRNE
Sbjct: 344 VYLELISVDGNVSNEMNSLGWRLCTLSTRALQRLRNE 371

[Close]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Match: V4VUE4_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10019729mg PE=4 SV=1)

HSP 1 Score: 267.7 bits (683), Expect = 3.300e-68
Identity = 159/384 (41.41%), Postives = 226/384 (58.85%), Query Frame = 1


		  
Query: 51  PVSNGSPMRCSCLGTMINFESAAASNWVPVIDQVLLTASVVFAYMAGVIPSGGSYVKSQK 110
           P    S  RCSCLG +IN + A AS+WVPV DQVLL AS+   Y+AGVIP   S +  QK
Sbjct: 73  PYPRESSSRCSCLGFLINPDGATASDWVPVGDQVLLMASIFLTYLAGVIPVRKSNISYQK 132

Query: 111 KKLNDPLLPESPMFSGSTTKKEDQLVYQCPWDVVKGKITKSLLAIENGVIVEESSIEYEL 170
           + L+     +S    GS  K +D+   + PW  V+ K+  SL AIE    +  + +E+E 
Sbjct: 133 EILDKNAFLKSSTSPGSAGKDDDKANLKHPWQAVQEKLLDSLDAIEQSSNLG-NGVEFEQ 192

Query: 171 DRAKRPLNLYAVANGSRFRLLLSSIEQLEKEVNEIPDTSMAMEREEWLGLFSSTLKKACQ 230
            +A RPL+L+A++ G + RLL +S  QLEKEVN +      ++ + W+ +FS  +++ACQ
Sbjct: 193 KQAARPLSLFAISEGPKLRLLWASFHQLEKEVNNLSGAPDTVDMDNWMMVFSKIIREACQ 252

Query: 231 SALFSWMEMEFCTENCKPDKELLFSMSEKLRGDDIILGNIRKFGKMDLFADLIGFLRYDY 290
               +W+E EFC EN   D+ L+    EK++GDD IL  I K GK DL+A+L+ FLRY  
Sbjct: 253 PVCLAWLEKEFCLENRNFDEALIM---EKVKGDDSILQTIIKSGKGDLYAELVYFLRYGT 312

Query: 291 IRECSYYDHNVYPLHGCAILEDLIITLADAISSIYLEVISVDSDISEKISNFGLSLCTLS 350
           +R+ S YD++V+ L+  +ILEDL+ITLAD I+SIYLE+ISVD D S +I++ GL++C LS
Sbjct: 313 LRKGSTYDYSVFALYAESILEDLVITLADGIASIYLELISVDGDFSNEINSLGLAMCNLS 372

Query: 351 TRDLQKLRNESLHNLYFKRG--------ETKTYYCGYQPSLKKGPPVTFLCSSSIHWDYC 410
           TR LQKLRNE    L+            E     C +Q  L K P       +   W   
Sbjct: 373 TRSLQKLRNEVALKLWLYENVEAVVSMYEDCFDLCTFQSQLIKEPSRDRRTENYSWW--- 432

Query: 411 TRVISLLRDPGTSAEAFIPHSSLN 427
             +I     P TSA +++   S++
Sbjct: 433 KNLIQRKSGPVTSASSYVKIMSIS 449

[Close]

BLAST of Spo17532.1 vs. TAIR (Arabidopsis)
Match: AT5G48830.2 (unknown protein)

HSP 1 Score: 201.8 bits (512), Expect = 1.100e-51
Identity = 124/314 (39.49%), Postives = 181/314 (57.64%), Query Frame = 1


		  
Query: 56  SPMRCSCLGTMINFESAAASNWVPVIDQVLLTASVVFAYMAGVIPSGGSYVKSQKKKLND 115
           S  +C+C  ++ +F+  A S WVP+ DQVLLTAS+   YMAGVIP   +   S  K    
Sbjct: 68  STCKCTCFASLADFDGVAGSGWVPIGDQVLLTASIFLTYMAGVIPVQKTSTYSSGKSTIV 127

Query: 116 PLLPE--SPMFSGSTTKKEDQLVYQCPWDVVKGKITKSLLAIENGVIVEESSIEYELDRA 175
             +PE  +   SG  T  E  L  +  WDVVK K+  SL AI+    +    ++ +  + 
Sbjct: 128 EEIPEVGTSKSSGRETDFEGDL--KSVWDVVKVKLLDSLDAIKRENTLGSKVLKPKPPQG 187

Query: 176 KRPLNLYAVANGSRFRLLLSSIEQLEKEVNEIPDTSMAMEREEWLGLFSSTLKKACQSAL 235
           K PL+LYA++ G +  LL S  ++LE+E N+I  T   +  +EW+G F+  +++A Q+A 
Sbjct: 188 KPPLSLYAISEGPQLYLLWSCFQKLEEETNKISGT---INSDEWMGSFTQIVREAYQAAC 247

Query: 236 FSWMEMEFCTENCKPDKELLFSMS-------EKLRGDDIILGNIRKFGKMDLFADLIGFL 295
            +W++ E   EN   D  L   +          L   D I   IRK GK DLFA+ + F 
Sbjct: 248 TAWLKEELYVENTDSDNNLARDLQAITPLLIRMLNEKDAIFDKIRKSGKEDLFAEFLYFH 307

Query: 296 RYDYIRECSYYDHNVYPLHGCAILEDLIITLADAISSIYLEVISVDSDISEKISNFGLSL 355
           ++    +   YD + +  HG AILED +ITLAD ++SIYLE+ISVDS  S ++++ GLS+
Sbjct: 308 KFGSPGKAFCYDLSFFRTHGVAILEDFMITLADGVASIYLELISVDSKFSNEMNSGGLSI 367

Query: 356 CTLSTRDLQKLRNE 361
           C+LS+R LQKLRNE
Sbjct: 368 CSLSSRALQKLRNE 376

The following BLAST results are available for this feature:

BLAST of Spo17532.1 vs. NCBI nr
BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
BLAST of Spo17532.1 vs. ExPASy Swiss-Prot
BLAST of Spo17532.1 vs. TAIR (Arabidopsis)

BLAST of Spo17532.1 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\|902207941\|gb\|KNA15805.1\|	1.3e-187	100.	hypothetical protein SOVF_0948...	[more]
gi\|902207942\|gb\|KNA15806.1\|	7.2e-186	100.	hypothetical protein SOVF_0948...	[more]
gi\|731347322\|ref\|XP_010684928.1\|	7.6e-143	79.0	PREDICTED: uncharacterized pro...	[more]
gi\|731347316\|ref\|XP_010684925.1\|	7.6e-143	79.0	PREDICTED: uncharacterized pro...	[more]
gi\|731396410\|ref\|XP_010652493.1\|	6.1e-76	49.8	PREDICTED: uncharacterized pro...	[more]

BLAST of Spo17532.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9R8I8_SPIOL	9.2e-188	100.	Uncharacterized protein OS=Spi...	[more]
A0A0K9R8J2_SPIOL	5.0e-186	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8C059_BETVU	5.3e-143	79.0	Uncharacterized protein OS=Bet...	[more]
D7U3I2_VITVI	4.3e-76	49.8	Putative uncharacterized prote...	[more]
V4VUE4_9ROSI	3.3e-68	41.4	Uncharacterized protein OS=Cit...	[more]

BLAST of Spo17532.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of Spo17532.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT5G48830.2	1.1e-51	39.4	unknown protein	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR36807	FAMILY NOT NAMED	coord: 56..360 score: 5.3E-113coord: 444..558 score: 5.3E
None	No IPR available	PANTHER	PTHR36807:SF1	SUBFAMILY NOT NAMED	coord: 56..360 score: 5.3E-113coord: 444..558 score: 5.3E