Spo20252 (gene)

Overview
NameSpo20252
Typegene
OrganismSpinacia oleracea (Spinach)
DescriptionUnknown protein
Locationchr5 : 9721585 .. 9735799 (-)
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGTACCGGCACCATCACAAACAACACTCGATTTCATCTAATGGTGTTCCCTTTGTGAATTTTAACGCGGCTTCACAGTTACAGTTGGGAATAGCACCCCCAGCTAATTCAAAGAATGTGGTACATTTTTCTCATAATCACCCTTACTCTAGCAGTAGTAGTCCGTATAACTCTGGTCATCTCGATGTCAAAGAAACTCTGTTGAACTCGATCAATGTGGATCCAATAAGGAGGTGATGATAATAACAATAGAGAGAACGAGAATAAAAATGTGATGCCTCACAATCACAATTGGTGGTGACTTCAATCACAATTGGTGGTGACTTTAAAATCAGCGGTGAATCAACCTGATGCCTTTCAAGGTTACAATGACATGTATCCGTACTTTGATACCGTAGAACGACAATCATACATTGGTTCCAAAGAAACATATGATAGTAAATATGTTGGTCTTTGGTTTAATTATGAAACAAATATCACATACTATATTCATCATGTTCTCTAGAAGGGAAAAAATCAGGAAAAAAACAGAACACAAAAAAACAAACTCTTTTCTCCACTAGTTTCCATTTAGAATTAATTTCCCATACCGATTGAATATGCACCTCTGAACCATCGACGAAAAATATAACACAATATACAGTCACAGAGCATGTCGGCAAAAATGAAGAAGATAGTTGATGTATACTTCAGCCTTACCAGTAGGGGTGAGCAAAAATTGGTCCAGATCGAAAAAATGGACCGGACCGGACCGACCCAGACCGGACCGGACCGAAGGCAATTGGTCCAGTCTCAGGGTCGAGAAATATCAAGTTCCGGTCTTCGGTCCGGTCTGGTCCAGACCAGATTTTGGACCGGATCGATTTTTCCTCAATAAATATAATATAAACTTTTTAAAAAATCAATTCTCTCCTTTAATATGTTGTAAATATTTCTCCCTCCATTCTTTTTTGATGTTCCTGTTTCTATAAATGTTTCTATTTGATGTTTCTGTTTCTATTTTTGGACATAACTTTTTACCATAAATTTCCCCGCCATTCCTTATTTAATTCATTCACATTTCCCCATTCACTCACCCAACCCCACTGTTATGGTTTTTTATTACTTTAATAAAAATATCTTTTCTCTCCTTCCTTTCTTTACTATTTTCCTTCATTTATTTATTACTTTCTCTTACACCCAATCATTACTCTTACACTCAATCATTACAAGATTCCATTTTCTTATTTTCCACCCCAAACTCCAAATAGGAACATCATTTAGGAATGGAGGGAGTACTATATTGTGATATATTTTACTTTAGCTTCCAAAAAAAGCCTTAAACAATTAGTTTTTTATATACTTCCCCCGCTCATAAATACTCGCAACGTTTGTCAATTTCACGCATACCAATGCACAATTTAGATCGTTAATATCTTAAATTCTCTTCAAGCAAAAGTTATAAAAAATTGATATTTTGAAAGTATGTATTGAGACGAATCTAACAAAATCCCACGTGACTATGTTTTATTTGACATATAAATCACCAACAATAGCCAAAGTGAAATATGTGAATAGTGTTAAAATAACAAATGTTGCGAGTACTTATGAACAGAGGAAGTATATTTTTTCTTTTTCGCCATACTTTTTAGAAAAAATAAAAAAATATAGAAATAGGTCTACAATCGGTCCAAAACGGTCCGATCCGGATTTTGTACAGATTATTCCGATCCAGTCCGGGTTTGGTAAAACATAATCAGTTCGGTCTTCGGTCTTAAATAATCAAATTTTCGATATTCGATCCGGTGCGAGTCTGTCTAGTCCGGTCCAGTGTCAACTAATGACATTGATAGGCATTTAGGCAATTTTGGTCAGGAATGTTTTTTCCGGTCCTTAACTTCTATACTGGTAATTTTTTTTTATTTCTTTATTCATTTGACACATGAATATTATGTTATCCACGAAAATACTGTAATCATTCCTTTAGCAATAACATAAATGAAATGAAACGCATTTTATACACACGACTCTATGAGTCTATGCTCACACAGACAAAATGACATGATGATAGTTACACCCTTCTAAAATCCTAACAAAAATCTGATAGTATAGTAGTATTAATAGTTCTCAAATGACAATATCAGCAATACATATATCAAACTACTTGCAACCCTCGTGGAATATCTTTGCCAATCATACAAAAAGAATCATTCTTATAATACATAATTTGATGGGAATCATCCTAATATCTGATGTCCCATACAGCTCTTGATGTTATGAGCATAAGAAGTGTCCCTAAGGCATGTAACCAGATACTTCGAAGGAAGCATAACCTACCATTATTTAAACAACAGGATGTCGCCTATTCTATTCTCTCAAATCTAGACATGTACTCTAATTAAACTGAATGTGTCAAAATTGGTTGAATCATACATTAATATCCTATTTACAAGATTGTATTTGCTTTTTACCCTTTTTCCGCCTTGTATTTGAAGGAAGAGAGTCATATAAGCCGGGTATTGTAAGACCCGCAAAATGGACACTTGTGATGTACCCAATGGAAGGGAGCAGTTCCTTTCCTCTCACAGTCATTGCATAGTATGGCCTGGAGTTTTAAAACCAGTTATGATTACACATTACATAGTTAACCTAGATGAATTATCTGTTTACTAAAGATCGCACTAACCTGAGTTCGCCCAATGTATTCCTCTGGCATTTGCAATTTCTCTTCAGCCAAAAGTGCATCCCACATTCCGAACAACACCTGCAGAACACCTTTCCAATTTTAAGAACTGAATTATGTGACTTCTGTTCCTTTAGTGAACTTATGTGATCATAGTCAAGTGATGAACTGAAACACTTAAAGAGTAATACAGACCTGCATGTCATTGATGTCACCAAGGGACTTACTGCATACTGGGCATGTATAGCGCGTGCAAGTGTACACCTGTCCACCATGTAAAACAGTTCAGAAAGAACGAAAATGATAAAGGTCGCAACATGCGACCTTTACGCTGTGTCACAATGATGACATGGCATGCTTATGTGTCATGATTTAAATTGAAAACTAAAATATTTAATTTATATAACATATTATACATTTTACAAAAAAAGGTAGGAAAATCTTAATATTTTAATTTGTTTCTTTCTTTATATCGACAACCCTATTTACATATTTTCATAGTAAAAATATTGTATTAGTAGTAAAAATATTCTGATGACGCATAGCCTACGTGGCGCCTATATGTGCCAATTAAACTGCGACACGTAAGATTGCGACAACTAAAAATTGTCGCAACTTGTGACCTTTATCATCAATAAAAGGGCAGGGAACGTTTAGAAACTTTGATGCCTTACTTGAAAAGGGTCTCATCTATGAAGTATATGACAATTATCTCACTTTAACTTTAACTTTCTGGGTTTTAATATAATTCCCTCAAGGCAGCATATTCAAGAATTTCAGAATTTACTTTTACAAGATAATATGATTAAGCCAAATGATTACTTCTGGAATTATTTAAAGAATTAAAATATTGTTATTTATCAATAAATCATATACTAAGTGGGTTAATACATTAGATTAGTGTAGTATGGAATACTATGTTTATATTTAATACACAAGGCACACATGGTTTGTGATCAATATATTAGGATTCACACATGGTCATATTAGAAGGAAATAAGTTTAAGCAAAAGCAATCGAATAACCGTACTATATAAATGTGAGTGAAGTTTGATAAAATTCAAAACATTTTGTATGTTCTGAGTGAAAACTAGGTTTTGTTTATTATACAATGATTCAATCTTTAAGTAAAAGTATTCAAGTAAAGGAAACACTAGATCTAAAAGCGATTTTTTTTATAGATTGTACCTGTTTTATTTAGTGTGATACAATATGTGTTCTGATAAAAAAAAACATTACCCCAATGAATATCAACCATATATATAGATGGTCAATTTTCACTCATCATCAAACTTTTTCCTATTATTTCTTTTACACTACCTACAATAGCCAATAGGACACTTATCTTAACAGGAAGTTTCTTTGATCACAGAGTCGGTACCAATTTATCATTTATTTTTTTTTGATTTTTGTACTGTTAACAGTAACATTGAAGTATTCATTTTGTTTGGTCTTCAACAATTTCTAAATTACCTAAAAGTGGCACAAGGGAAGGTTTTTAAATACCTCAAAGCATGATGAGTGCATCAAATGACCACAAACAAGGGCCTTTACTGGATCACGTGAAGTAAACATGTCGTCATGGCATATGGGACACTTATCCTCAATGCACTTCTCCCTGCATACATGCGAGGTTGAAACAGTTCGGGACATGCATGCGTTACATTTCATGCAATGGAAATAGTCAATCCCCAATCCTTTTCCAAGTCGGCATAAGTTACAATAGGGGCAGTGATAGATCTCCCTGTCTAATAAATATAGTTAGAGAAACTTCAGAGACCACATCTTTTATAAGAATAAAGAATAGAGTGCTCCACGGAAAATTAACCTGTTATCGTCGAATAATCGACAAATCTTGCAATAATATTTCGCCATAGAATACTTGTTGCAGGAAGGAGTCATGCAAGTGCGTCCAATTGGTTGAGTTTCTAGGCACATCATGCACATCATTTGGGTTGTGGATTTCCTGCACATGTGTTCATTAATTGAGAAATGACACTTTCGTAAACAAGTAAAAGGACAACACTTATTATAAATTTACCTATCCATCACGTGATCGGAAACCTCGTCATGGCAGTGTCTACAAGTAAAAATCTGGTTACAACAAGCTGCGACAAGCTTGCAGTTCTGTTTGTAGTGTTTGCAACCAAATACAGAGTCTCCTGTGTCCCTATATGAGGGAAATTGACCAGGAAGCTTTCCAGGCTCGCTTGTAATCACAACATTTGAATCAGGTAGTGATTGTGGAACGCAATGGCTAAAGAATGGCAGAGAACAAGCATGAATTTAGATGCCATTAAACGTACGTATTTCATAGAGATTTTGAGAAGCAACAAGGTCAACTCAAGAAAGGCTACTATGAGAATACAAGAAAATCATCATGCTCAATTAAAGAGAATCCAAATGAATAGATTCAAAATAACACAATACATGTCTTCATTTACTTCCTTCATCCCTAAATAAATCACACTTGGGTTTGGCATGGATATTATGAATAGTGGATACTGAAAAGAAAAAAAAACAAGAGGAAATGTGGGGATTTAGTAGGGGCGCTGCTAGGGTCTTGCTCCTTTGTTTTGTAGCTGGGTTGTTGTCTAGCTTTTGCTAGTTGTTTTCCTGATCTTTGGTAATAAATTTCATTTTACTTGCAAAAATAAAAATAAAAAAATAGATTTCCGGGACGTCCATTTTAGGAAATCTTCAAATCTATTTAGAAATGGAGTGAATAGCTGTTTAACAAAACAACTAAGCCATGACACCCAAGTACAAGTATGTTTAGAGCCACGAATCTGTGTAAAAGTGCTCTAATTAAGATTCTAGAGCATATGAAAACCTAAATATCCCTCCTATGGGTGTAATAATCCAAGAAAAATAGCAATATCGTAAACTTGACATAAATAGAAGGGGTTTTATCCACATATGAAAGGTGCATGAGGCAGAAAATTTATGTTCAATTTGCCAATCCAGCCTAGTAGATCGAAGGGGTTCTATGTTCAATTTATCCAAAAATAAAATTCATGAGCTCACAGACCAGCACGATGGGTATGACCTATGAGGGCAATAGTACAAGAAATTCGAAACAGGATAAATATTCAAAAGTGATCAACCAAATAGGGTATGATGATCATATAACACAAAACGAGGGGGAAGACTGTGAAACTGATCTCAGTAAATCAATTTCTCTGATTCAAGTAAATCTGAATCATGAAGAACAGAGGTGGAGAAGAAACAAGATACAATTGTATTAATTATCTCACTACATGGTTCAGATGATGTGTCATGAATTCATATGTAGAAGGCATATTAGAAGGGGAAAAAGGGAAGCTAAGGAACAAATAAAAAACCAACCTTGTCATCAAATCCTGCATTATTCGTGTTTTTGCTTGTAGATCCAAAGAAGAGTCCTGTGACACCTTTCTCATAGCAGCCTCCAGTTCGCTTATTGAATCAGTGAGATTCCCTTCTCTCTTGGGGTTGTCTTTCTCACCAAGGAGCATTTTATTATCTGAAGATTTATGCTTCTTGTTGTCCTTATCAAGACCTTCCCTTTTTTTAACCTTATTGACATTGTTCGCCTCATCATGCAAATACTTCACATTTTCAATTCTGAAGTTTTTCCCTCGGTCATGAGAAACACTCAGAGACGAATGCTTCGCTTCAAGATCTAGGGAGTCTGTTGCTGATGAACAAGAAAAATCTGGCTTTTCTGCCTCAGCACAAACATAGCTCTCCATTCCTTCCCACCATTCTCCTAACCACTCATCAAACTTGGTATATTTAGTAGCTTTGCGCCAGTAGCTCATCATAGCTTGCTGCTCTTCTGATGTTAAAGAGGCCATAAGCCATACTATCATTTTTTGCAAAATCTCTGCCCGTGTTCTTCCAAGCATGTACCCTACAATTTTTTCCTGTTCTTCAGTGGAGAAATACTCTCTAAACAAAGGCCAAAGTTCAATCTCTTCCCGATGTATGTGATCATTCAATATCCTCTCCAGCAATTTACAACTATCTTGGAGCCTTACACACAACTGATGAAACTTCACTAATGCTGGACCTACTTCATCAACACTTGAACCAGAAAGTGTATTATACAATTCAGACATCTGATCCAAAATTCCTGAAACTCTATTAAAGCAGTCACCTTCTAGTTTGTGGTCAATTGTATAAGACTGTGTAAGGTTTTGAACCTTTTGCTTTGCCTCCAGAGCTGGAAATGCCACCCGATCTTCGGTTTCACTATGAAGTTCATATAAAGATCGCACTAGCCGGAAGTGTCGGTTGAACTCCACAAAAAGGTCCACGTTTTTGGATAGCTTAGTTGAGTCAAGAACTAAGGACTCAAGGTCCTTTTTTATGGCTTTGTGGAAATAATAGATGTGATCCATTGGCCTTGGTTCTCGGTGATTAGCAGAAACTGCTTCAATGGAAGATCCAGAAAAGGTATACACCTGATTTAAAGATCGTGAAGAAAACACGAGCAAGTTAATGCCACTAGAATACAGTGTCCCATGCTTCTCATTTCGCTGGAAACACTTGCTTAAAGAATGAGAAAAGAAGTTGGAGCTGTTTAAAGATCTTTGTTTTGTTGTGGGATCTATATCCTCTCTAAACTGCTCAAACATGTAAGATACCCTGCTATTGAACATCTCCCGCAAATCTTCCATAGTAAATTTGGCAGAGTAACCTATGCGAATCCATTTATGTAAAAGGGACGCAAAAGGTTTATCAAGAAAGCCAGATTGCTTAATGCCATGTAAAATACACTTCAACTTATCCTTCGGCAAGTGAGATGAAAACCAAGTTGTCACACACTTTAACAGGCCAAGGGGCAGCATACAAAGACTCTTGAACAGCAACTTCTGTTGGGTTTCATGGGCATAGTTCTTGCTGATGAAAGGAAAAACCTGAACAACAATTGAAAGCAGTGAGACAGGAAAGTTCGGTGGTTATAGCCTGTTTGCAACTGCTGAAACAGCTTAACATATACCAACTTAACGATTTCTGTCATACATAAAATAAGGTGAGCTACATACCTCTGTTTCTTGGAAAGACAAGTGCTTACTAGTCGCCAGGACTAAATCTTCCATCTTATTACATATCATCTTGAAAAAGTTCGGATTAGAAAAATTAATCTGAGTAGCACCGAATATGATCTTCTGAAATCCTTCAATTTCATTTTTGCAAGGAAATGCTTTGTATGAGTCTGATGTCGGAAGTACAGAGGCATCTTCTAACAATGGATAAAATATTCTTTCCAATGCATCACTGTAAAAAAAAGCTACACTTTCATGAAAAACTTACAACAAAGAAGTACAAAAGGCTAACAAGAAGTGCCAATGGTCAAATTGATTCCAAATATTTAGAGGTAGTTAGAGCTAGTTACCTATAAAAGATCAGCACATCTGTAAGGAAGTTAATCCGAACAAGCAGTGACGCCAATATGGAGAATTCCTTTGATCCTGTTGTATAGAGCTTGTCTAAAATTTCTTTAAAGTCAGACCTAATGGCAGCATGCCAAAGAAGAAGGCCGTCAAACGGGCTGTCCTTGACTTTTGACAGAAAATCTGACTGATTACTTTCATTGGAGGTTTTGAGCAGACAAAGTTTGGAGATGTCTTTCAAAGTATCCCTTTGATCAGGACACTTAGATGATTCATCATGATTTACGCAACCTCCTGAGGATGGTTGAGCAGTCTTATCAATCCAGAAAAACACCACCTTCAGAGAATGATTTCTACCATTAGAATCAGAAAGACGACTTATAATAGGAGATACAGTTCAGTTAGAAATATACTTCTTGTAGCATTTTATCTTGAGGCACAATTTTTCTCATGATATGTTTCAAGTCCAATTGTTCTTCTGGAGCAAGAAAACAAGCTAACCATGGAAATAGGTCCTCCATGAGCACCACAGGGACACTACACATTAACTGCCAAAGGAGGAAACCTTGCTCTTCATCGGAGAATTGGCTCACTAGTAGAGGGAACACCTGCCATAGGAGCGGCGAGGTATGGTTAACATAAGCTAAGAATAACCATTATGCAATGTAAATGGGTGAAGGTAAGCATGCAACTTAGACAGGCATTTTGTTGGCATTTAACACATTTGGTCTCTCAAATGTTGGATATTTGATTCCTTGAGAGCCTAGTTAATGTATCATTCATCTTCATAAGAAATTGACATCTGATCTAACCACTTCTATGACATCAATTCTAAATTCAACAGTAGCTCGAAGAGGGAGTGGTGGGGGAAGGTAAAAGGCTTAGTGTCCAAGTAAATCTAATTCTAATAGAATGTCATAAACTAAAATCACACACAAAGATGATATTCAATACTCCCTTCGTTCCAAAATAATCATCTTGTCAGCCATTTTGGTATATCCGGTAAAGATCTTTCTATAGGGTAAGTGTTTGTAACTCGTAAGCACTTGATGATAAATTACAGTGGGATGAGTTAAATTAGATGTGTACCTCCCGTCACCATGGATGTGTGTGCTTAATTAACATAGCTAGACATCAATAATGGCAGAAAATTATGGAAGAAGATGATTTGATTAGTAAGCTGGAAAATACAGAAAATGTGATGATATTCAAGCTTTCAAGAGGTTTGATTCTCTCCCAATGAACTATAAAACCTCAACCAAACACTCGTCAAGTCGTCAATATTCAACAAATTTCCCTCTCCCTAATCTTCTCTATTCATAGAGCTTCTACTCACAGATTAAGTAGCTTCTTCTTCAAGCTAACAACGTTATATGCTATTTCCTAAAGTACCCCCTACACCCCTCGTATCAGTTTATTGCAGTATGTTAGTCAAAAAGTTCAACTATAACCTGATGGTACATTAGCAAGATCGTATCCCCCCTCTTTCAAGGTACATAAAGATCGAACAAACATAGTAATCACTTGAACATCTTTCTGTTAATGACTGTAGGAAGTGACTGATATGACTACTAGTTCCGGAACAAGAACACAACTTTGAAGGAGCCTAAGGAATTAAATACAAAATCATGGCAAGAAGCATCAAATTTCCAAAGAAGTAACGAAAAATAAGGGAAATGTATAACCGTACAATTCAAATAAAATAAATGATGTCTTACCAGCTATATCTCTTTTGCATTGAAAAAGCAAATAATCCCAAAATTCATTAAGTGTATTAGTGTATAAATGTTGAAACCTTGAAAATATTTAAATCTATTTTTCATACAAAATTTTTGGGAGTTGACAATGCACTATTAAATAAAATTGAAAGAGGAAAGAGATCTTGAATGGTTGGATGCACTATCTGAAGAATGCATGTTTTCTAAAAGGAGATGCTACCAATTCTATACCTGCTGTTCTTCTTTCACCATATGCTGACAAATAGACCCCTGTAGAGTGCTAATATGAAAGGCAAGTTCTTGAAATTCTTGACATATACTCCCGTGGTCCTCCAGTATGTCGTTTAGACGGGAAAAGATTGAATCAAATACAGAATCAATTGTATGGTGTTCTAGGAAGTATGTACAAGCAATGTTTTTCACACGTGCATCTAGAGCAAAAAATATAACCTGTTGGAAAATAAATAAAGATCAGTCATGTTTTGGGTTCAATGAAATTTGTAGAGAACAAAGTCTTCACATTAGTATATCTTGTTCTTGGTAATAGAACAACACAGCTACAGGTTGTAAATGGTACAACAATTTTCTTACCCTCTCCTCCACCTAAAACACCAAAAAGAGGAGTGTTCTAATATTCTAAGAACACAATTACTAGGTGGTAAGATTATTACTCCCTTCGTTCCTTTTCAAATGCATCACCTTGACCGGCACACTTGCCTATACATCGTTTGACCATTTATTATTTATAATTTTCTATTTGTAAAAATTATAAAAGGTTGGTAAATATGAAAATATTTATTATGACTAATCCAACAATATTTGAATGCTATTTGAATTTATATAATAGTAAAAGTTCAACTCAAAGTATATGAATAATGTCATAGTCAAAGTGATGCATTTAAAAAGGAAATGATGGAGTACTGCCTCCGTTTCTGTAAGACGTTAACATTTACTATTTTCACAAACATTAAGACAAAGGACAAAGAGTTTTGGTGTGGTGAGTGGGTGTAAGCAAAAGATAAAGTAAAAGAGCGAGTGCAAAAGGTAGACGGGTGGAAAAAGGTAGATAAAGTAAGAGAGAGGGAATGAAAAGGTGTAAATGTTTTGGGTAAAAAGGATAGGATTGTAAAGGGGTTGCCAGAATGGATAAAACAAACTCGTTAACATCTTGGAGAAACGGACTAAAATGGACTTGTACGTGATCAATGTGTCGTGAGCGGCAAATTATAAGGTACACCCGGTTGTATGTAGTTCTACATGCAACCGGGTTAAAAGCACATATTTTTACGGCTTAAAAGCACATTTACATACTTAAAAGCACATTAACGATTTAAAAGCACATACTTATATATTTTTCATTTCCTTCTACTTGCAAAACTTTGATATTCATCTGTAACAATGTGTTTTTAATTTGTCAATATGTGCTTTTAAACTATAAAAATATGCTTTTGATGGGTTAAAAGTATAAAATGAACTGATTACACGTAGAACTACGTGCAACCGGGTGTACCTTCTACCAATTGGTCTTGAGCAAAGCCTAAGAGGGATTACATCCAAAACTAATTAACAATGAAGGATTAACCCACCAAGCTATTATTTCGGGATATTTCCACAATATTTTCCATTGTAACGATTAGGTTTTGTGAACCAGATGAAAATAAAGGAATAGCCCCTTAGCCTTATAAAGTGAACATGTCTCTCTTCTCTTGTCAATGTGGAATACTCACATAGTCACATGTGATGTTTCATGGGACTAGATCATAACATTTCAGTGATTCCTTCTGTTTAGCCCATGGTCGGGACAAATTTTCCAGGACCGAAAAAGGCTTATTTTGCAGCATTTCTCGAGTGGATGGGTTCATAAGCTACTAGATTGCTCTAGGATGGTCTTGGGCATTCTAGCATGATTTTGTCCGGTGGGTCCTAGATGGGATATATTTAGACAATCTTGTATATGTTGTATAATAGTTATAAAAGCCTCTTTGCATGTAGGAGTTCATTGGAGGTGGGAACATTCTAGAAAGTGTAGGACATTTCCTGGTAGGAATTGTATAAAATGTTCTAGAGTATGAATATTCTACACTAAGGGGATGGTGACCTATAAATTGGCATAAAGGGTCATTTGTACATTAGTGAGGCCTCAAATGTAGGCCTAAATGGATTCTGTGAAAATCCTTAACTGGATTGTTTACCATATCAATGTTTTTATTGGTCATGCCATTGGTCTAGATGTGTTAGGAAAACAAACATAATAAGTAATCTAATTACATTAAGTAGATCATAACAATATTCTGGGAATATTATCTATCATTAACGTTGAGTTATTCCAACGTACCCGTCTTTTAGAATTGAACAACAAAACCTAAATGACCTTTGAAATTATTTAAAAAGTATTCGTATGACTTTTTTCATCGATGAACTCAAGTAGCACACACAGGATCCTCACATCACACACAGGATCCATGGTATGCTACTATAACCACCTCGAACATTAGAAAGGTGTCGCAAGATCGAGTGTGGAAGATTGCTCACATGCGTATCGTTATTGCCATCGTTAATAAACTAAAGGAATCAACAAGTTTGTACGGAGAGGGTCATACTCATATCGTTAACCTTGTTTCTGGATATCGTGTATCATTCTCTTTTGACCAAAATGATCATAGTACGTCAATCACTACTGCATAGGATTCTTTCTATTTTCACCTTTTCGGCATACATTATATGGTTAGAAGTGATAGTGGAAATAGTTATTCACTTACCGCAAACATTTTGTAGAAATTAATAATTGAAAATTTTATAAGTTTTTGGATCGTATAATTTTACTACATGTCTACCTGCGATGGATTTAACATTTTTCTATGGAGCAACGATAAATATGTCACTAAACAAAGTCATTCCTTAGGCTATTCTTGTAAATTAAATTTTCTTTTGATAGGAATCTATATCGATCAATAAAAATGGTAGAGTTAGTCAAAATCATTTTAAAAAAAACAATTTTAATCAATACTTCATACATTAGTACATACTATACACTAGTGAATCAGAAAATACATATGTTCGCAAAAAAAAAAAAAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAGACTGGGACGAAGTATTTATCAAACACATGTACACGACATATGAGTAACATGTGCTGAAATTAATTGAACTCTTTCCAAAATTGGATGTTTGTAATAATTGCAATGTTTCCTTTTCTGGGGNCAAACACATGTACACGACATATGAGTAACATGTGCTGAAATTAATTGAACTCTTTCCAAAATTGGATGTTTGTAATAATTGCAATGTTTCCTTTTCTGGGGCATGTAGCCATATAGACAATTTTGTGGAAGATNAAATTAATTGAACTCTTTCCAAAATTGGATGTTTGTAATAATTGCAATGTTTCCTTTTCTGGGGCATGTAGCCATATAGACAATTTTGTGGAAGATTTGAGCAACTAAGTTACCCCTCTACGGGCCAATAGACCCAATACATCCACCTTAATCTTCCTTGTGTTTGAAAAAATACTACTGCCTCCGTCCCAGAGTAGTTGTTACACTTTCCTTTTTCCTCTGTGTCCCATATTAGAACAACTAAAACTTTGGGCAGAGGTAAGTTTACGATTAATTTGGGACAAAGAGAGTACAATTATTACGAAAGAGAGGGAGTAATAAATTTGATGAAGCGCAATAATTTTCATTATTTTTTTTGGTAAGAAAACTACCTTGGACCCTTTTGGAAAGAAAGATTCAATTGTAACCTAAGTTCAAATTGGATCTTTTCATAAGCCGATAAATCAGCCCGCTACCCACGTTAAGCTCTTCGGAATGGGGAAGGATAAGGGAATCCAAACCCAACTTTGGGAGTATAATTGTACCAAGATACGATGTACCTTGGAATATAAGAATGAATAAATTTCTTTTTCCACAAATTTTGACTTGAATTTAAGAAAATATTCCCCCCATAGCACAATCAAACACCCCCAATTCCCCAAAGTACTCTAATTTCTTCTCAATTTTCCAATCCATTTCTCTCACCTAGTCATCTCCCAATTTCATCTAAACAATTGCAACGAAAAAAAAAAACGAAAATTAAGAGAGGGAAAAAGGCGAAATATACCTCATCTTCAGCAGCGCAGTGGTACCTAAACACAGTTCTAAAGAACTCAAGCCTCCTCCGAAGCTCAACCACCGCCGTTTCCCGGCGACGCTTATCACTCTCGTTGGAAGCAGCGACGGCGTCATTGGCCAAGCGCAGGAGCTCGCCAAGCTCCCCTCTAAACGCCTTATGAAAAAACACAAGGACTCGCACCGGAGAACTAGAGTTCCGGTCGCCGGAGAAATACTCCGACGCCGGCAACGATGA

mRNA sequence

ATGTACCGGCACCATCACAAACAACACTCGATTTCATCTAATGGTGTTCCCTTTGTGAATTTTAACGCGGCTTCACAGTTACAGTTGGGAATAGCACCCCCAGCTAATTCAAAGAATGTGGTACATTTTTCTCATAATCACCCTTACTCTAGCAGTAGTAGTCCGTATAACTCTGGTCATCTCGATGTCAAAGAAACTCTGTTGAACTCGATCAATGTGGATCCAATAAGGAGTAACATTGAAGTATTCATTTTGTTTGGTCTTCAACAATTTCTAAATTACCTAAAAGTGGCACAAGGGAAGTCCAATTGTTCTTCTGGAGCAAGAAAACAAGCTAACCATGGAAATAGGTCCTCCATGAGCACCACAGGGACACTACACATTAACTGCCAAAGGAGGAAACCTTGCTCTTCATCGGAGAATTGGCTCACTAGTAGAGGGAACACCTGCCATAGGAGCGGCGAGAAATTGACATCTGATCTAACCACTTCTATGACATCAATTCTAAATTCAACAGTAGCTCGAAGAGGGAGTGGTGGGGGAAGCAGCGCAGTGGTACCTAAACACAGTTCTAAAGAACTCAAGCCTCCTCCGAAGCTCAACCACCGCCGTTTCCCGGCGACGCTTATCACTCTCGTTGGAAGCAGCGACGGCGTCATTGGCCAAGCGCAGGAGCTCGCCAAGCTCCCCTCTAAACGCCTTATGAAAAAACACAAGGACTCGCACCGGAGAACTAGAGTTCCGGTCGCCGGAGAAATACTCCGACGCCGGCAACGATGA

Coding sequence (CDS)

ATGTACCGGCACCATCACAAACAACACTCGATTTCATCTAATGGTGTTCCCTTTGTGAATTTTAACGCGGCTTCACAGTTACAGTTGGGAATAGCACCCCCAGCTAATTCAAAGAATGTGGTACATTTTTCTCATAATCACCCTTACTCTAGCAGTAGTAGTCCGTATAACTCTGGTCATCTCGATGTCAAAGAAACTCTGTTGAACTCGATCAATGTGGATCCAATAAGGAGTAACATTGAAGTATTCATTTTGTTTGGTCTTCAACAATTTCTAAATTACCTAAAAGTGGCACAAGGGAAGTCCAATTGTTCTTCTGGAGCAAGAAAACAAGCTAACCATGGAAATAGGTCCTCCATGAGCACCACAGGGACACTACACATTAACTGCCAAAGGAGGAAACCTTGCTCTTCATCGGAGAATTGGCTCACTAGTAGAGGGAACACCTGCCATAGGAGCGGCGAGAAATTGACATCTGATCTAACCACTTCTATGACATCAATTCTAAATTCAACAGTAGCTCGAAGAGGGAGTGGTGGGGGAAGCAGCGCAGTGGTACCTAAACACAGTTCTAAAGAACTCAAGCCTCCTCCGAAGCTCAACCACCGCCGTTTCCCGGCGACGCTTATCACTCTCGTTGGAAGCAGCGACGGCGTCATTGGCCAAGCGCAGGAGCTCGCCAAGCTCCCCTCTAAACGCCTTATGAAAAAACACAAGGACTCGCACCGGAGAACTAGAGTTCCGGTCGCCGGAGAAATACTCCGACGCCGGCAACGATGA

Protein sequence

MYRHHHKQHSISSNGVPFVNFNAASQLQLGIAPPANSKNVVHFSHNHPYSSSSSPYNSGHLDVKETLLNSINVDPIRSNIEVFILFGLQQFLNYLKVAQGKSNCSSGARKQANHGNRSSMSTTGTLHINCQRRKPCSSSENWLTSRGNTCHRSGEKLTSDLTTSMTSILNSTVARRGSGGGSSAVVPKHSSKELKPPPKLNHRRFPATLITLVGSSDGVIGQAQELAKLPSKRLMKKHKDSHRRTRVPVAGEILRRRQR
Relationships

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

Feature NameUnique NameType
Spo20252.1Spo20252.1mRNA


Homology
[Close]
BLAST of Spo20252.1 vs. NCBI nr
Match: gi|902234396|gb|KNA23436.1| (hypothetical protein SOVF_024820 [Spinacia oleracea])

HSP 1 Score: 88.2 bits (217), Expect = 2.300e-14
Identity = 50/90 (55.56%), Postives = 60/90 (66.67%), Query Frame = 1 

		  

Query: 1   MYRHHHKQHS-ISSNGVPFVNFNAASQLQLGIAPPAN------------------SKNVV 60
           +YR+ H+Q   +SSNGVPF +FNAASQLQLG+APP N                  S N+V
Sbjct: 46  LYRNQHEQQQPVSSNGVPFTDFNAASQLQLGMAPPINNDLSCYPLNTLVHEQQYNSDNMV 105

Query: 61  HFSHNHPYSSSSSPYNSGHLDVKETLLNSI 72
             S NH YSSSSSPYNSG+ DVKET+LNS+
Sbjct: 106 PVSQNHSYSSSSSPYNSGYFDVKETVLNSM 135
[Close]
BLAST of Spo20252.1 vs. NCBI nr
Match: gi|731335196|ref|XP_010678608.1| (PREDICTED: LOB domain-containing protein 27-like [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 78.6 bits (192), Expect = 1.800e-11
Identity = 45/88 (51.14%), Postives = 54/88 (61.36%), Query Frame = 1 

		  

Query: 2   YRHHHKQHSISSNGVPFVNFNAASQLQLGIAPPAN------------------SKNVVHF 61
           YRH H    IS+N V F + N+ASQLQLG+ PP+N                  S+NVV  
Sbjct: 113 YRHQHDHQQISTNVVSFTDINSASQLQLGMGPPSNIIPSFYNQNTAVLQQHYNSENVVPL 172

Query: 62  SHNHPYSSSSSPYNSGHLDVKETLLNSI 72
           S NH YSSSSSPY+S +LDVKE LLNS+
Sbjct: 173 SQNHSYSSSSSPYHSSYLDVKEPLLNSM 200
[Close]
BLAST of Spo20252.1 vs. NCBI nr
Match: gi|870858950|gb|KMT10414.1| (hypothetical protein BVRB_5g115440 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 78.6 bits (192), Expect = 1.800e-11
Identity = 45/88 (51.14%), Postives = 54/88 (61.36%), Query Frame = 1 

		  

Query: 2   YRHHHKQHSISSNGVPFVNFNAASQLQLGIAPPAN------------------SKNVVHF 61
           YRH H    IS+N V F + N+ASQLQLG+ PP+N                  S+NVV  
Sbjct: 113 YRHQHDHQQISTNVVSFTDINSASQLQLGMGPPSNIIPSFYNQNTAVLQQHYNSENVVPL 172

Query: 62  SHNHPYSSSSSPYNSGHLDVKETLLNSI 72
           S NH YSSSSSPY+S +LDVKE LLNS+
Sbjct: 173 SQNHSYSSSSSPYHSSYLDVKEPLLNSM 200
[Close]
BLAST of Spo20252.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RV76_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_024820 PE=4 SV=1)

HSP 1 Score: 88.2 bits (217), Expect = 1.600e-14
Identity = 50/90 (55.56%), Postives = 60/90 (66.67%), Query Frame = 1 

		  

Query: 1   MYRHHHKQHS-ISSNGVPFVNFNAASQLQLGIAPPAN------------------SKNVV 60
           +YR+ H+Q   +SSNGVPF +FNAASQLQLG+APP N                  S N+V
Sbjct: 46  LYRNQHEQQQPVSSNGVPFTDFNAASQLQLGMAPPINNDLSCYPLNTLVHEQQYNSDNMV 105

Query: 61  HFSHNHPYSSSSSPYNSGHLDVKETLLNSI 72
             S NH YSSSSSPYNSG+ DVKET+LNS+
Sbjct: 106 PVSQNHSYSSSSSPYNSGYFDVKETVLNSM 135
[Close]
BLAST of Spo20252.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CE04_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g115440 PE=4 SV=1)

HSP 1 Score: 78.6 bits (192), Expect = 1.300e-11
Identity = 45/88 (51.14%), Postives = 54/88 (61.36%), Query Frame = 1 

		  

Query: 2   YRHHHKQHSISSNGVPFVNFNAASQLQLGIAPPAN------------------SKNVVHF 61
           YRH H    IS+N V F + N+ASQLQLG+ PP+N                  S+NVV  
Sbjct: 113 YRHQHDHQQISTNVVSFTDINSASQLQLGMGPPSNIIPSFYNQNTAVLQQHYNSENVVPL 172

Query: 62  SHNHPYSSSSSPYNSGHLDVKETLLNSI 72
           S NH YSSSSSPY+S +LDVKE LLNS+
Sbjct: 173 SQNHSYSSSSSPYHSSYLDVKEPLLNSM 200
The following BLAST results are available for this feature:
BLAST of Spo20252.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 3
Match NameE-valueIdentityDescription
gi|902234396|gb|KNA23436.1|2.3e-1455.5hypothetical protein SOVF_0248... [more]
gi|731335196|ref|XP_010678608.1|1.8e-1151.1PREDICTED: LOB domain-containi... [more]
gi|870858950|gb|KMT10414.1|1.8e-1151.1hypothetical protein BVRB_5g11... [more]
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BLAST of Spo20252.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 2
Match NameE-valueIdentityDescription
A0A0K9RV76_SPIOL1.6e-1455.5Uncharacterized protein OS=Spi... [more]
A0A0J8CE04_BETVU1.3e-1151.1Uncharacterized protein OS=Bet... [more]
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BLAST of Spo20252.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of Spo20252.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 0
Match NameE-valueIdentityDescription
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RNA-Seq Expression
   



Co-expression
Gener valueExpression
Spo219730.67Barchart | Table