Spo19551 (gene) | SpinachBase

Overview


Name	Spo19551
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Phosphatidylinositol-glycan biosynthesis class X protein, putative
Location	Super_scaffold_229 : 484642 .. 499264 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

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

AGCCGAGCTCAAACTCGAACCCAAACAGTAGATCCATTAATCGAGCCGAATTCAAGCTCAAAATTAAAGTTCGAACCGAGCTCGAACCCGAACTCTACCCCGATATACTAATAGTTAAACCGGCCACAATTTTCTCATACATCCTTCCTTCTGGTAACTAACACCTCTTCACGCAACCACCGTAACAACTACTCCTCCCACCATCTGACCCTTCCCTCCACCGCCGGTCCACCGCAGCACCCACCTTTCTGGCAGCGGAGATATCCAGGGAGGGCGGAAGTGACGGAGATGTCGTTGAGTGATGACATCGCTGGGCAAAGGCGGCGGCACTAGTTAGCGAGGAGTTTCGGATAATGATCAGTTCAAAATCTATCCATTTGTTTACTTAATCAGTTCTAATTAATACCCAATTTTAGAGAGAAATTGAAAAAATGGGTGTTAAATTCGGAAAATCTCCAGTCCATATTCTAATTGCGACGATTGTTCTTCATTTCACCATTCGTATTACCTCTTCAACTTCAAATCAGGTTTGTAATTATATCCTGAATTATTCTCTGATTTCTAATTTATCTTTATTTAATTGTACGTCACTTTATTGTTCTTGGATTGTGAAATATATGATCTGCAATGTGTTTAGAAGATCAATGACATTGTAAAAATGCTGCTTTTATGAATTCTGTGTTGTTCTTTTAATTAATTTCTTTTATGAGATTGGTACAATTGGATTGCTCTATCTAGGTTGATTAGGCTTTTAATTAGGGTTTTGTGGTGTCAGGTGTCACTGACTAGTAGCAAGAAGGGGTTTTGATTGTATCTTTATGCTATTGAAAACTTTAGGGTGGTCTAAATGTATGGCATTGTTGCAGAGGTGTGATAATGATTCTAAATGGGAAAGAAAATTCGTTTAGCCGAGGTTCCTAATCGGTTGTTGGGCAGGATTATCCCATTATTTCACCGTTTCATGGATTTGAAGTTTTTGGATAATTAGGTCTGTGGGTCTTGTGTCATGAGACTCATGATAATGAGCTATTGAAGGTTTGTTTATGTTTCTCAAAAGGATGATACAACCTCTTTAATAGTCTTGGAATAGTTTGGGTGAGGCTACCTGTAATGTTGACTTCTTCCTTAATCGGGTATTGTACGAAGTTCGTAAGTCATAGCAATTCCCTGCCACAATATCTGGACCTTTTAGTTGAGGCTGTGGCATGCTCAAGCTTCTGTTGAGGTTGTTGGGTGAGAGTGATAGACTTTTCACCTCTCTATTTTTTGGAAGGCTTCGGAAGTTTTCGGCCATAAGCACTGCCCTACCACGTTATGGGGGGAAGCAGGTGTGAATATGTGCTGGTAGATGTGATGTTGACAGTGGATCATGTTGTATATCGTGTGAGTTTTCTGTATGTTTCAAGTAGGTATTGGCTGAAAATTAGTGATAAAATTGCCTGATGCAATCCTTGTTTTTGTTGTGTGCGAGGGGGGAATTAGACTTGATTTCGAACCAGCCTGCAGTTGTTAGAATCATTTTGGTGCTTTGAGATACGATCATCTTATAAACATAACATACAATTGCAGAGGATATTACTGATTTGTTACTTTTGTTGAACCCGGTTATCTTTTCGTTGAGTTCTGATTAATAGATCTCGTAGATTTCAATTCCCGTTCTCAACCCATGACCAAATCTCTTTGTGTGATTGTTATTTTGTTAAAAGATGTCTTTTTTCTTCATTTACTAACTAGTACCATCTCTCTGTTCCTCTTTTTGCATAAAATCTAATAGCTTTTGAGAAATATAAGAATTTGTGACGTATTAGTTTAACAACAATGACTCTACATGTATTTCTATTATTCTTCATCTCCTTTGAATTTTGTTGATTAAACTTCAATTTGGAACAGAAATGGTATTGCAAACTCTTGTTTATTTCCTTGTTTAGCTGGGCAAGGAGATGGAAAGTTTGATTTATGCATGTTTCACTTTGAAATTTCTTCATCTTCTCCTCTTATCATATTTTTCCAGGAAAGTCTTAATAACTATAATGGTGACTACATGAAGCACAGCACCAGTTCCTCTCCTTGTTTTGCAAGATATGCTCTGGAGTCGTTTTCCAGGGAATATGATAGCTTCACCGATTCAAATTTTTTAGAGTATATGAAACATAAGATTCTAGTTGGCTCTGAGCCAACATTTTCTAAACTTTTACAATTAGAGCGCCGTTTGATTGGAGAGGGTTCTCATCGCCGTCTATCTTCATCTGTCAGATTAAGCATTCAGCCAAATCTGATTGCTGACTTTTCCTCACAAATGTGTGAGATCATAATCATTGAAAGACTACCATCTGGGGTTTTTGCTGATCCTTTTGAGCTTCAACATCTAATTTACCGTGGAGGTACTTTTTATATATATCTTTAAGTTTTTGCCTTTAAGTTTTTGCCTTCTCATTCTTTCATGACATTGACTCCAACGGCTCTTTGCTGCAGCATTCAAGGATGCTTATGTTTTCGGAGATGCTAATTTGGAGTTGCCATCCTTTCTTTCCAATCAGTCAATTGTTGAAGTTCACTTAGATACAGCCTTGAATAATTCAGCAGGTCAGGAGACTGTGCTAGAGTTCAAGATAGAGATACCATTGCATGCTCGATATCCTGTAAGCACTGTTATAAATTATCATAGTATCTTTACTTGTGGAAGCGATTTGTTTGCCTAAAATTTTCCGGCTCTGTGAAATATTAATATTTGAGCTTTTTGTTAATATGTTTTGCCTAAAGGTTTCTGCGTACATGAACCATTTTATCAAAAAGTGTTTCTTGCTTTGATGGAGCAGTAATGTCAAGACTTCAGCATATATGAAGCTGAATCTTGATTTTATTTGCAACGAATTCCGAATTTGTGAAATGAGCTATTGGTGCTTTTACAGAGGCACTGTTACTTTATTTTTTGGTGTTGTAGCACATAAGGAAAGAGTCTGCTTGGTAGATTAAGTACCTTGCAGTGTGTTTTAGATTCTGTTCAAAATTTTCGGAATCAATCATCTGACCTTGGAATATGAAGAATACAGTAATATTTTCCATCGGATAGATCTTATCTGCTTATGTTTGCATATAATTAATCTATATCAAAGTGCTCTAACTTGTGTATTTATTACCTAAAGCTATAGATTTGGTATTCTTAAGCTATTACATTACAAAAATAGAAGAAAAAATAAGCAAAAATGTGACATGTTTTATATTGTCCTAAACTTCATTTGATTCTAAAACTATTCCTCCGTTGTTTTTGGTACCCCAACGACTTTTTGCACTATTCACGGTTTACTTTGACTATTTTCTCATCATTCATTATCATTACCCCATTGCCTCAAAGAGGCTCCCGCAAGAAGCGGGGTAAGGGGGGTCGGGTGTACGCAACCTTACCCCTACAATTGCAGAGAGGTTGTTTCCAATTGACCCAAAAGCGACAACGGGATGAAAACGGGACGAACATCTTCTACTTCATGGAAATGAAGCGAAGAGGTTTTAAGAGCCAATTTGATTTAGTCCATTACATCCCACAGCCAAAAGAAGAATCTTTGGCTCCATCGGAAATGGACACTTTGACTATTTTCTAAATATCAAATTTTTATAAAATTTACAAATGTCTTACTAAATATTATAATGGTTAAAGTTGTGCGATAGAAAATATGAAAGTCAATAAGGTACAACTAAAATAGCCGAGGAAGTAGATGATTCCAGGAGAACTTCAAAATGCTTATTCAAGATCATTAGAAATTTGTTTTTGAAGTTCTCCTTACCCTAGACATCTTTTTTGTTGAAGTGGTGAATGCTTTGGGGCTGAGTTCATGTAAGTATAATATAAGTGTGGACTTTCTGCCCCTGTTTTGGTGTTTGGACACTGGGTGAGGGTTTAGAGAAAAGCATACTACACTTGGATAAATGGTGCTGAGTGCTGATATTTTAATGTATGTTGTAAACATCAATTCTTGGTAGACATTCCAATTAGGAGAATATCTTGTTTTGCCAGAATAAGTTATGCATCTGCTAAGCAGCAGAACTGTGTTATTTAATGCACTGATATGGATCACAGTGACCCTGATGTTCTGCCTATTGTTAAGGACTTTTCTAAATTTGCATTCACCATTTACGTATTTCTTGTTTGATAAGAATCTATATCGCCTATCTAACAGATGATTGAGGTAGTTCAGAACATAAGGCATTTAGACTTCATATTGTTAACTAAAAGATTCTGTATGTTCATTGTAAAATCAGAAAGGTTATAGGGATCCTAGCTTAGTTCATTAGCAGATGGAAGCATTCACTAATTTACTGCAGCCTAAAAGAAATTATAGCTAAGCATGTATTGCTTCCACCTTCCAATTCACTTGGCTATGTTATTTGTATGTGTGTGGTGGTTATTTTTATTCATTTCTAAGTATCTTGTACGATTTCATGTATTTTAACAGCCTCTGGAAGAAAGTGGATATTCAAAAGTCAGGTTTGGTGCTCCTGACTTGTATATGTACTGCAAAATGCATGGAACGTCACCTGCTCAAAGCTGTTCTTTGTCACCCATTACTAGCAACGGTTCTCTGGAACTTGATGATATTGTGTGGAGCATTCCAGCGGGGATCAAGTCTCACTCAAGAACAGTGTCTGTTGTTACTTACGCGTCAGCACTACTGTCAGCAACTTTAATCATCTTTTTTTCCTTGCGATCTTCACGCATAGAATGTGATGGAAAATCGAAACAAACTTGATAACCAATAACAGTCAGACTGTCCTATGCCTAATCCAGTGGGGGACAACCAGATCTATGAGGGTTTTCACCTGGAGCCCGTCTGCATGAGTCCATGACAATATCTGTCATTGAATTTCTACCAACAGTCCTGCGAGGAGCTCAGGTACAGGTTTAACAACCCTGATACCTTTTATATTTGATACTTTTTCACATCTGAATGTTTAGTCGTATGATGCACTGCTTCACAAGTCACAACTGTGGATATTAGGTTTATGTTTCTGTAGATTTGGCTGCTTGTGTGAAAAGTAGTTGTGGTGTATGGGTCAATTGATCTACTTTAATTTTTAGTAGAACAAATGATAGAGGATAAATCAGCTTTTTTGGTGTTATATTGTTTGAAAGAGGAAATATTTGTCTAATTCAATAATGCTGAATTTGTCACCAATTTGAGATATACTAACCCAGATTGATTCAGCATTATTGTGCTTAGAACAACTGTATACATTTAAATCCCATCAGCTAATAAAGGAAATTTTCTGGAAAAAAGCCCTGCACTTCTTTGAGTTTTTAGTGTCCAGATTTTCCATTAAAATTAAGCTCTCCATAGAGATAAGCGGAACCAAACACGAGATAGAAAAACCATTTATGGAATTGGAGTATGATCATCTTTTGAAATGATGGATTGTCAATATATTCTAATTTGGGATGGATTACAGATTTTTTTAGATTATTCATGAGTAGCGCTTTACTGTTGAAGATAATAAATCGCGCACGATGCTTCCTAAGTCTAAACTTATAGGCCACATTTGACATTTGCTTACAAAATTAATCAAACTTGACAATAATTTTCTTCCTGTTAACCAAAGTTTTTGGTGATCCTTGACTATCAATTGTAACCAAAGTTTTTCCTGATTCGCAATGGTAACCTTGACTTCTTAAATTTACTAAGCATGATATTAATGATCACTTTTGGTATACACTTCTTTAAATCTAACGTTTATTAACCACGGTTAATCGGTTAACCCATCATCAATTTACCAACCTAGTAGTCTAGTACCCTTATCCATCATCCTCATCATTCAACCTCTTCCTCTCTCCACTAATTCAAACAAGGATCCAATGGCCATACCGCTCACATGACCCATCTTCTCTTTCCCGTCGGCACCCTGCCACCGTCCCAATACTGTCCACCGTCAAACCCACAACCTCGCCCAACCGAGACTGGCCTGGCTTCTTCCTCCATTAAGAATGGGGGGATCCACCTACTGCAACAAGGAGTACACCAAAGGTAAGGAGTAAGAATCAATCAGGGAAATAAAAGATCCGTCGGCCACCACTAGCGAAGCCCAACCACCACCACCTCCTCTTCTTCCCGGTGAGTCACAGTGCACAGTGGATGAATGTCGACCTTCTTTTTCTCTCTACTCAATTGTAGCTTTGGTTTATAGTGGTTGTTGTGGTTTTTGTGATGTGCTGGGAGCAGCAAAAGGTTGTAGTTGTTGCTTGATTTGGGTGATTGCGAGGAGTGGTGGGTTGTTGTTGCTCCAATGGTAAGGGTGCTTGGAGCTTGGTGTTGGGGCAGAATATTGGTGAAGGTGGAGTTAGGGTGTTAATGGTCGATGATGGTGTTACAAGAAGAAGGTTTAGTGAAGTAAAAGAGAGAAATGAAAGAGGATGGTTGGCCTGGGACCGTGGTTAACTCAAAATAGCTTATTAACCATTAATGTTTAAGGTCGCTAATGCCACTTAGTAAATTAAAGAAGTACAGGGTCATTGGGAATCGGAAAATATTTTGATTACCATTGATAAAAGTACAGGAACACCACTAATATTTCCCTAATATTACATAGTAATTGTAAAAACACCATTCCATATTATGAACATGTTTTCACTTGTAAAGTCGGTTTTAAACTTTAACCATTAATCTGACAGTATCTATATGAATATTTTTAGATTTGTAATAGAAATTGATTATGTCAGAATTGACCTCGAATACTGCAAGACTATAAACAGGTTAATCTTGCAGAAGCAACTCCTAGGATGATTTTTTTTTAATAGTACTCTTAAGATGACTCGAGTTCTGATCTTTATGCAATATAGCTCGATACCCTAAGTTCAATGTGGTACAAGTAGTAAACTGTAGAGTATAGACCTTAAAATAACTTCCAGTTACAACTTTCAGCATCAACAGGATACTTCTCAAACTTAGAAACAGCTAAGCATCTTCCTAGGTTGTGAACTCATGGTACAAACCAGCAATTAGATCTGAGATTGTTACACTCCATTCATCCTCAGCTGTTGAGTCTTGAGCATAAGGGGAGAAGTAGGGAAGGGAAGAAAAACCAAATCTTATTTTCATGGGACATTAGTCAGATTGAGAAGTCCTCGTTTTGCTTCTAAGATTTTGAGAACGAAGGGAACAGATATGGAAGTTTTCAATTGACAATCTTTTCTTGGAAATTATGGATCAAGTCTTGAATGAAATCCGTGAATTATCTGACAACACTAAGATGCAGATACCTAAAAATCCTACTGTTCCATGTTAAGGCTAGTTGTCAAACGTTAGTTTTCGTCCATTTTACAGAGTTTGTTTACAACTTTATTATGCTCTCCTGCTGGTAATCCTAAATTCTATTCCTTATACAAGTATAAAGTTCCCAAATATTTTGGGTATTATAACTTTTTGCACCAACCTCATCTATCATTTTCTTCAACTCTAAGTCAACACAGTCAAACACCTCTCTTTGTCAACCTATACACCTCAGAAGATCCACATTCTAGTTAACATCCAAAATTCCAAATCATCCAGTCACACTTTCAGCCAAAATTTGTATTTGTCGTATGAGTCGCCTAGTGAGTTCTGACTTGCGTTATCTGGTCTTGGTCAAAGAAGTCCTCCTGTCCTGTTTACTGATTATTGTGAGGGGTAGAAGCTATGGATCTCGTGAAAATGATCTAGGGAGGGAGACCTTAGCCACAATGCACCACATTCGATATTTATAGTAAAACCTTTTGAACTTATTATCAGTGAAATGCTTTAAATAAGTAATGATCTTACGGATGTATTTTGCGGTAAAACTTCTTGTTGATTATATGTTTCAACAGAATTAATGGTTAATTGACTTAATTCTAAAACAAGTTTTGAGAATCAGACTCGTGTCTGGTTTTTTAATTTGAGACTTGAGATGGAAGGTAGTTGCTTTTTAGTTTTTACCCACAATTGAAGTTGATGTCAGCAGACAAGGGAGACAAGAGCAACATGCCTATGCCCAAATGTCCAACAAAGACGGAGGCCATTGTCTTCGAGAGTGAAACTCGAGCGCCTAAGCTGGATATTCATAGAGTTTGGGTGGAGGGAGGAGGATGTTAAAGCTCCTCTCTTTATAGAAGAATTGAATACATATTATCGAGCCTTATAGCAGAATATATATTACAAGAGAGTTATGCAAATATGTACGAATACTACTACCGAGGAAAGGAGAAGAATATCCGGTCAGGAGGATATTATGTACACAATCAAGGGGATATTATTTGCATTAGTAAAAGATAATCTGCTCCTAGTATATTAAGTAGTCGAAGATGTGAGAAGATATTATTGTGAAGATTATATCAAGAGATGTTCTTGATATTATCTTCCACAAACCCCCTCAAGATGGACGACGGTTTGGGAAATCTGATCATGGGAAGTCATCTTTGGGTGGTCACCGTTATTAATGATTATTCAAGGAAGGTGCGAGTGTTCTTGAAAAGTAAAGATCAAGTATTTGAAGAGGTCCAAGATTGGAAGATTTTGATTGAGAAGCAAACATGAAAGCAAGTAAAAGGTTGTGAACGGACAATGTGTCCTTTGAGAAAGAGTTCACCAAGTTTTGCAAAAAGCTTGGGATTGTCCAGCGTCGCACTCTGCCGGTAGACCACAACAAAATGGAGTGGCGGAAAGGATGAAAAGGACTTTGCTCGAAAAAGGCTCGTTGAATGTTGTTTCAAGCGGGATTAAGCAAGGTATTTTGGTCCGATTCGGTAAAAATGGCGGCTCATTTGGCAAACTTGTCATCACGTACCGCTCTTAGGTTGAAGACGACAGAGGAGATGTGGTCGGGTTTGCCAGCGGATCTTTCCGGAATGAGGGTATTTGGTTCTCCGGTTTATGCTTATGTGAATGATGGGAAGTTGGAGCCACGAGCAAAGCAGTGTATCTTCTTATGATACATGGATTGGGTCAAAGGCTATAGATTTTGGACCCTAGTTCATCAAGAATCATTTATAACCGAGATTTCACTTTCAATGAGTATGTGTTTATCCATAAAGAAGAGACCTCTTCTTTTAACCTTGTTGGGAATGAGGCGGGGGTGTTAATGGTGATGAAACTCATGAGAAGGATGTAGAAGATGTTCTTGATGATGATGATGGTGGCGTAGAAACACCACAAAAGGTGGATATTTTCTTTTATAGGAAGGTCACCACACCTAGGAAGGAACAAACTCGCTATGGGCAAAAATCAAGTCTTGCACAACATAATACTAACTGGCCTATTAAGCCTACGGTCTTGTTCAATTTAAGTAGATGGCGGCTTATGATTTGAGTGTCGCAAGTGATATCATTGATCTTGAGTCACTCATAAAACGAAGCAACGAGGGACTGTTAACTCCGGAAAGTGGCAAGTAGCCATGGCAGAAGAGATGGAGTCTCTTCAAAATAACCAAACATGGGAGCTTGTAGAAACACTGTTGGGTAAGAGAATTGTTGATTGCTAATAGGTCTACAAATACTAAGAGGGGATTAAGGAAATTGAGTTGTCAATGTGCAAAGCAAGAGTCATAGCTAGAGCTGTCAAAAATCGACCCAACCCGAAAACCGACCCGAACCCGACCCGAAAATACTGGGTCCTGAACAAGATTTTGTGACCCGTAACCCGATTTTATCCGAACCCGAACAACCCGAAAAGGAATGGGTCAAAACCCGACCGAACCCGTTTTAGACCCGACCGATTGAAAATCATTGTATTTATAGCAATAAATGAGATTATGAGAAAATTTAAGCATAAAAGACACGTTGTTTTTACTATTGTTCTGTGTAATATGATTTTAATTTGAATTATACGCCATTTTATGATTGAATTTGACAAAATATAAACTTTCGTAGGAAAATTTGTTAACTTGTGCCAATATTTTGTATATTTTTCACCTAAATTAATGAAAATATAATGCGTGTTTTAAAATCTCTCAACCCGTTGGGTCGACCCGAACCCGAAAGTTCTGGGTCTTGAACAAGCATTTATAAACCCGAACCCGAAAGTGACCGACCCGATTCAACCCGAACCCGAAAGTAAATTTTCACAACCCGACCCGACCGACCCGTTTGACAGGTCTAGTCATAGCACACGGTTTTAGCCAAGTTCCGGAGCCGATTACAATGAGAATAGTGGTAAGACATACTTCCATTCGTACATTACTTGCTCTTGTTGCCATGCATGATTTGGAGTTGAGCTATTGGATATGAAGATGCTTTCTTGCATGGAGAGCTTAAGGATGAGATTTACATGTGACAACTGGATGGTTTGTTGTTGAGGGCAAGAGAAGCATGTGTGCTTGTTGAAGAAGTCGTTTTATGGTGAAACAATCACCTCAGCAATGTATGAACGGTTTGACCAATTTCTGTTGGGGCATTGTTTCTCCCGGAGTGAGTACCGTAGTTGTATTTACTTGAATAAGGTGAGTAATGGCTATTTGTTGTATCTTTTGTTATACGTTGATGATATGCTTGTTGTAGCAAAAGACACGTTTAAGGTTCATGAGGTGAAAGAGATGTTGAAAGGGGAATTTGAAATGAAGGATTTTGGGTCGAAGGAAGATTCTCAACATAAAAATAATCATACGAGATCGTGAAAGACGGAGTTTGTACTTGTACTAAGAAAAGTACATTGAAAAGGTTTTGAGCGATTTCATATGTTGAATGCCAAGCCTGTGTCCGTTCCTTTGGCATCTCATTTCAAATTGTCATCATCAGAGTCTCCTAGTTCCAATGAAGACGAGGAGTTCATGTCACCCATTCCTTATGCAAATGCGGATTGGAGCATAATTTATGATATGGTTTGTACTCTATCAGACATTGTTCAAGCCGTTAGTGTTGTGAGTAAAGGATTTTGATAGACTTCTTAAGATATTTTATGTTGAGGCTTTGAATGAAAAGCTAGCTTAGTGTAGGATTTATTTTTGAGAGGATAGAACCAGATGTATGGTAAATGATCATTCGGTAAGTGATCAATAAACACAACATAGTATTTGAAATTCATCATCATTATCATTACCCCATTGCCTCAAAAAGGCTCCCGCAAGAAGCGGGGTAAGGCTCCCGCAACATAGTATTTGAAATTATGAAGATAAATTAGGAAAGTCCATAAATTGGTGTAAATAATTTCAAGAGGAGCGTGAGATACTAATCTTGATTTATTGAATGGAAGCTTATGACTTTGTTGTATTGGTATACACCACAATTTAAAGAAAAAAAGAAAAAATCCGAAAACATTGATTCTAAAATCTGACAAGCGATTCTTGAAAGTAGCATATGATGCCAATTTATTGCCAAATTGTCGGTTCGTTGACGCTGGAAAAGGCAAGAATTGATGGAAAAGACGGCAACTCATAAATCCCTTGCCTATTTGGACCCTTGATAAGATGTGCCCTTGTGAGATTGTCCTTGATTATGAAGGAATCGGGTAAGAACTCAATGACAAGATTATTATCGGCACATAATTGGGAAACAGAAATGATGTTGCGAGTCATATTGGGTGCACATAGAACATTCAATAAATGAATAGAGTTAGAAGGAGATGTAAGGAGAATACGCGAGCCAATGTGAGTAATAGGGGCACCAGTGCCATTGCCCATGACAATCACTTTGGTTCCAACATACGGATGTATGAAGGATAAGTTTGACATGTCGTAAGTGACATGGTGAGTGGCGCCAGAATCAAGGAGCCATGTTGTCGGAAGTGTGGCATTACTGGTTGTTGCAATGTAAGCCTGTGGTGTTGTCAGTGGGCCGTTGACATGAGAATGAATGGCATGAGCCGAGGCACATATCATAGTGTGCCTTGTTGGCATTTGAAGGCTTACAATGAAGGGGTGCGAAGGTTCGACATCGTTGTTGTTTGATGCCATGAAAATGTTGGTAGAGAAAAAGATGGACGTTTGAATTCTACTATACCATGTAAGGAAGAATTGAATACATATTATTGATGAGCTTCACAACGGAATACATTTATATATTACAAGGGAGTTGTGCAAATATGTACGTAATACTACAACTAAGGAAAGAAGAAGAATATCCGGATCAGGAGGATATTATGTATCCGGATCAGGAGGATATTATTTACAAAATTGAGAAGTTATTATTGTGAACATTATATCAAGAGATGTTTTTGGTATTATCTTCCACGCTCTCATCCTAAACTAGCCACTCTTCTTATAGTCCAAGCAGCACTACTAGTAGTTGTGTTGGGCAATCTCTAGTAGAGTAATACTCCCTCCGTCCCTAATTGTTTGCCCCATGCTCCAAATTTGCTTTATTAAGAGTTGGGATTGTGGAATTGAGAAAAGACAAAAATGGTGGGACCAAATGTAAGTTGTGGTCCCATGAGCATTTTTTGTAATTGGATCAATCTTTTGGGGACAAACCAAAATGGCAAATGGGGCTAACAAAAAGGGGACAGGGGGCGTATCAGTGAAATAAGTAGTGAAATTGTGAAACGTGAAACTGTGAAAGTATCTAAAGGCGAATTGTGTGATGAGGGAAAACTTTGATTGGTGGTGGGAGCATAAAAATGCAACCATAATGTCATGTAACAAATCATGCGGAACTCTGCCAGAAATGCATGCAGAGTAATAGAGTCAAGATGGTTGGTTGTTGTAGTTGCCTTGTGAAGTTATACAAGATGAAAACAAAGATAGACCGAGTGCTAGCCTGATGCCAGTTTACACACTTGGCTAAAAATGAAGCATATAAACCCGGAGTTCCTTTATCAAAGTTATTAGCTAGTATTATCCATGGTTAATACTCCCTCCGTCCCTTTTTATAGTCACGTTTCTATTTTGAGCGTTCTAAAATTATAGTTTTATTTCTATTTTTGGCCATTAAATTTCCCACTTTCCCATATATTTTTTAAAAATGCATTGAAAATCCAACAAAACTTCCCTCATGTACTATATTCCAATTCCCCAAGTACTTTATTCCCTTTTCCATGTACTATATTCTACTTTCTCACTCAAATGTATTATATCCAATTTTCCATGTACTATATTCCACTTTTTTTTAAACCCATGTTTAGTCAAATGAGACTATAAATATGGGACGGAGGGAGTACTAAAGAGTTGAGGTATGAACGAGTATTGTAGAGATCGCTGATGTTTGTTTAAGTCTTTCAGCCATTTTTAGCAGCAACGCTTCCATAAAATTCTCAGTTTTGATTGGCAGATATAAGAAGTGAGATTCTTAAGCTTAATAGGTACACCTACAGAGACTTGGGAAGGAGAAAGGGTAAGTTGGGAGTCATTTTAGGAACTGATTCATATATAACAGGGGGCTTTTCCAGAAATATGTACATAATATTTTGTTGTTTTGGTTATATGACTTATACTGGTACTTATTTTGTGGTTCAGAATTAAGTTCTTAAAGCTTGCATTATTTTGATTGTCATCCAGTGACTCTGAATTCTGATGACAATAGAACAATAGAATAGTTCTGTAGTTGCTCTAAAGTCTGATTTTGATAATCTTTATTTCAACACTCCAATAATTCAGTAGCTCCATTGTTGGTTTGATTATTAGAATGTTGGTTGTTATTGGCAACAGACGCATTATTTTCCTAATCATCAACATGTATGGATCTTAGTCTGCCTTTGATACTTTTCTTCCTTGTCAAGTTTGCCAATTTTCCTCATCGGCTCACCGCCATCTATAAAGGCACTATATGTTGAGAAGACTAATCCACATGTGAGTTGAGACTAAGTGTTTCACATAGAAGAAATAGAGGGATATTGACGAGGTTGGCGAGGCGGCTATCTGATATGTGTTGCATCAGTCAACAAAACGACAAAATAGGGGAAAAATAATGTGTCATTCATGTAAAAACAAATACCATTCCGGTTAAAAAAAAGTACCCTTCTATAAATAAAAAAAAGTACCATTCAATTTATTTTTTGTCTTTTTCCTATTTTGTCTTTTTCCTATAATATGCATTTGCAAGCACATATCAGATATGCAAAAATACTTCCTCGGATATTGACTAACATATAAGATTGGTGAGATACTACACTTATTACCAATAAGTTTTAGGATAGGAATAAATCAGGCTTATATATGGTCCATCTCTGATATCTATTTAGAATAGAATGTTTGGCTTGCCACATGTTTATCTTCTTGATTTTCTATGCTTTTCCTTTTTTTAAGGAATTGGAAAAGGTGTTGCCTGCTTCCATTTGCCAAGAACAATAAAATTACACAAATTAGAAGGTACACTCGGTTACATGTATTGTTTTGTATTTTACAATTTCAAAGCACATATTTTTGTTTATTTTTTCAAATTCTATAATTGAAGTACTTTTTTCCAATTAAGAAAAAAAACCTAAACCTAAGAGGTGAGCAACCAACAACAATTTACATATTCTCTCAAATCATTTGCGCTCAAGTTTGAAAACCCCAACTAGTTAGTGGCCCGGGGCCCGGGCGATGTCCCAGAGTGTTTGATATTGTTTGAGTTTCTTTTTAATCTTTGAGTAATTTACATTGTTTGTGTAAAACTTTAGTTTATGTACTTTTTTACTTGTAATTTATCCTCCGTACAAAATTTAAGTTACAACTGTAAAATGAGTTATAAAGTCGAAATACTTTTGTAGGAAAAAAA

mRNA sequence

AGCCGAGCTCAAACTCGAACCCAAACAGTAGATCCATTAATCGAGCCGAATTCAAGCTCAAAATTAAAGTTCGAACCGAGCTCGAACCCGAACTCTACCCCGATATACTAATAGTTAAACCGGCCACAATTTTCTCATACATCCTTCCTTCTGGTAACTAACACCTCTTCACGCAACCACCGTAACAACTACTCCTCCCACCATCTGACCCTTCCCTCCACCGCCGGTCCACCGCAGCACCCACCTTTCTGGCAGCGGAGATATCCAGGGAGGGCGGAAGTGACGGAGATGTCGTTGAGTGATGACATCGCTGGGCAAAGGCGGCGGCACTAGTTAGCGAGGAGTTTCGGATAATGATCAGTTCAAAATCTATCCATTTGTTTACTTAATCAGTTCTAATTAATACCCAATTTTAGAGAGAAATTGAAAAAATGGGTGTTAAATTCGGAAAATCTCCAGTCCATATTCTAATTGCGACGATTGTTCTTCATTTCACCATTCGTATTACCTCTTCAACTTCAAATCAGGAAAGTCTTAATAACTATAATGGTGACTACATGAAGCACAGCACCAGTTCCTCTCCTTGTTTTGCAAGATATGCTCTGGAGTCGTTTTCCAGGGAATATGATAGCTTCACCGATTCAAATTTTTTAGAGTATATGAAACATAAGATTCTAGTTGGCTCTGAGCCAACATTTTCTAAACTTTTACAATTAGAGCGCCGTTTGATTGGAGAGGGTTCTCATCGCCGTCTATCTTCATCTGTCAGATTAAGCATTCAGCCAAATCTGATTGCTGACTTTTCCTCACAAATGTGTGAGATCATAATCATTGAAAGACTACCATCTGGGGTTTTTGCTGATCCTTTTGAGCTTCAACATCTAATTTACCGTGGAGCATTCAAGGATGCTTATGTTTTCGGAGATGCTAATTTGGAGTTGCCATCCTTTCTTTCCAATCAGTCAATTGTTGAAGTTCACTTAGATACAGCCTTGAATAATTCAGCAGGTCAGGAGACTGTGCTAGAGTTCAAGATAGAGATACCATTGCATGCTCGATATCCTCCTCTGGAAGAAAGTGGATATTCAAAAGTCAGGTTTGGTGCTCCTGACTTGTATATGTACTGCAAAATGCATGGAACGTCACCTGCTCAAAGCTGTTCTTTGTCACCCATTACTAGCAACGGTTCTCTGGAACTTGATGATATTGTGTGGAGCATTCCAGCGGGGATCAAGTCTCACTCAAGAACAGTGTCTGTTGTTACTTACGCGTCAGCACTACTGTCAGCAACTTTAATCATCTTTTTTTCCTTGCGATCTTCACGCATAGAATGTGATGGAAAATCGAAACAAACTTGATAACCAATAACAGTCAGACTGTCCTATGCCTAATCCAGTGGGGGACAACCAGATCTATGAGGGTTTTCACCTGGAGCCCGTCTGCATGAGTCCATGACAATATCTGTCATTGAATTTCTACCAACAGTCCTGCGAGGAGCTCAGTTTGCCAATTTTCCTCATCGGCTCACCGCCATCTATAAAGGCACTATATGTTGAGAAGACTAATCCACATGTGAGTTGAGACTAAGTGTTTCACATAGAAGAAATAGAGGGATATTGACGAGGTTGGCGAGGCGGCTATCTGATATGTGTTGCATCAGTCAACAAAACGACAAAATAGGGGAAAAATAATGTGTCATTCATGTAAAAACAAATACCATTCCGGTTAAAAAAAAGTACCCTTCTATAAATAAAAAAAAGTACCATTCAATTTATTTTTTGTCTTTTTCCTATTTTGTCTTTTTCCTATAATATGCATTTGCAAGCACATATCAGATATGCAAAAATACTTCCTCGGATATTGACTAACATATAAGATTGGTGAGATACTACACTTATTACCAATAAGTTTTAGGATAGGAATAAATCAGGCTTATATATGGTCCATCTCTGATATCTATTTAGAATAGAATGTTTGGCTTGCCACATGTTTATCTTCTTGATTTTCTATGCTTTTCCTTTTTTTAAGGAATTGGAAAAGGTGTTGCCTGCTTCCATTTGCCAAGAACAATAAAATTACACAAATTAGAAGGTACACTCGGTTACATGTATTGTTTTGTATTTTACAATTTCAAAGCACATATTTTTGTTTATTTTTTCAAATTCTATAATTGAAGTACTTTTTTCCAATTAAGAAAAAAAACCTAAACCTAAGAGGTGAGCAACCAACAACAATTTACATATTCTCTCAAATCATTTGCGCTCAAGTTTGAAAACCCCAACTAGTTAGTGGCCCGGGGCCCGGGCGATGTCCCAGAGTGTTTGATATTGTTTGAGTTTCTTTTTAATCTTTGAGTAATTTACATTGTTTGTGTAAAACTTTAGTTTATGTACTTTTTTACTTGTAATTTATCCTCCGTACAAAATTTAAGTTACAACTGTAAAATGAGTTATAAAGTCGAAATACTTTTGTAGGAAAAAAA

Coding sequence (CDS)

ATGGGTGTTAAATTCGGAAAATCTCCAGTCCATATTCTAATTGCGACGATTGTTCTTCATTTCACCATTCGTATTACCTCTTCAACTTCAAATCAGGAAAGTCTTAATAACTATAATGGTGACTACATGAAGCACAGCACCAGTTCCTCTCCTTGTTTTGCAAGATATGCTCTGGAGTCGTTTTCCAGGGAATATGATAGCTTCACCGATTCAAATTTTTTAGAGTATATGAAACATAAGATTCTAGTTGGCTCTGAGCCAACATTTTCTAAACTTTTACAATTAGAGCGCCGTTTGATTGGAGAGGGTTCTCATCGCCGTCTATCTTCATCTGTCAGATTAAGCATTCAGCCAAATCTGATTGCTGACTTTTCCTCACAAATGTGTGAGATCATAATCATTGAAAGACTACCATCTGGGGTTTTTGCTGATCCTTTTGAGCTTCAACATCTAATTTACCGTGGAGCATTCAAGGATGCTTATGTTTTCGGAGATGCTAATTTGGAGTTGCCATCCTTTCTTTCCAATCAGTCAATTGTTGAAGTTCACTTAGATACAGCCTTGAATAATTCAGCAGGTCAGGAGACTGTGCTAGAGTTCAAGATAGAGATACCATTGCATGCTCGATATCCTCCTCTGGAAGAAAGTGGATATTCAAAAGTCAGGTTTGGTGCTCCTGACTTGTATATGTACTGCAAAATGCATGGAACGTCACCTGCTCAAAGCTGTTCTTTGTCACCCATTACTAGCAACGGTTCTCTGGAACTTGATGATATTGTGTGGAGCATTCCAGCGGGGATCAAGTCTCACTCAAGAACAGTGTCTGTTGTTACTTACGCGTCAGCACTACTGTCAGCAACTTTAATCATCTTTTTTTCCTTGCGATCTTCACGCATAGAATGTGATGGAAAATCGAAACAAACTTGA

Protein sequence

MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT

Relationships

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


Feature Name	Unique Name	Type
Spo19551.1	Spo19551.1	mRNA

Homology

[Close]

BLAST of Spo19551.1 vs. NCBI nr
Match: gi|902218911|gb|KNA18173.1| (hypothetical protein SOVF_073290 [Spinacia oleracea])

HSP 1 Score: 605.5 bits (1560), Expect = 5.100e-170
Identity = 308/308 (100.00%), Postives = 308/308 (100.00%), Query Frame = 1


		  
Query: 1   MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES 60
           MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES
Sbjct: 1   MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES 60

Query: 61  FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL 120
           FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL
Sbjct: 61  FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL 120

Query: 121 IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV 180
           IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV
Sbjct: 121 IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV 180

Query: 181 EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA 240
           EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA
Sbjct: 181 EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA 240

Query: 241 QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE 300
           QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE
Sbjct: 241 QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE 300

Query: 301 CDGKSKQT 309
           CDGKSKQT
Sbjct: 301 CDGKSKQT 308

[Close]

BLAST of Spo19551.1 vs. NCBI nr
Match: gi|731375124|ref|XP_010667156.1| (PREDICTED: phosphatidylinositol-glycan biosynthesis class X protein [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 443.0 bits (1138), Expect = 4.400e-121
Identity = 224/308 (72.73%), Postives = 261/308 (84.74%), Query Frame = 1


		  
Query: 1   MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES 60
           MGVK+ K   HIL+A +VLH         SNQESL NY+G+Y KH+T+S PCF RY LES
Sbjct: 4   MGVKYVKVATHILMAMLVLHLRC------SNQESLYNYDGNYHKHNTNSLPCFDRYVLES 63

Query: 61  FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL 120
           F REY +  D  F EYM+HKILVGSE TFS+L+ LERRL GEGSHRRLSSS+++SIQP+ 
Sbjct: 64  FFREYYNVVDPKFSEYMEHKILVGSEATFSRLMDLERRLNGEGSHRRLSSSIKVSIQPDR 123

Query: 121 IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV 180
           IADFSS +CE+I+IERLPSGVFADPFELQHL++RG FKDA VFGD NLELPSFLSNQSIV
Sbjct: 124 IADFSSHICEVILIERLPSGVFADPFELQHLLHRGVFKDASVFGDTNLELPSFLSNQSIV 183

Query: 181 EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA 240
           EVHLD ALNNSAG+E VLEFKIEIPLHARYPPLE+SGY++VRFGAPDL+M CKMHG SPA
Sbjct: 184 EVHLDAALNNSAGKEIVLEFKIEIPLHARYPPLEDSGYTEVRFGAPDLFMRCKMHGNSPA 243

Query: 241 QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE 300
            SCSLS ITS+GSLELDD +WSIPAG+K+HS TVS+VT+ASALLSA+LII  SLRSSR+E
Sbjct: 244 HSCSLSRITSSGSLELDDTIWSIPAGVKAHSGTVSIVTFASALLSASLIIIASLRSSRME 303

Query: 301 CDGKSKQT 309
            + + K++
Sbjct: 304 SNRRLKKS 305

[Close]

BLAST of Spo19551.1 vs. NCBI nr
Match: gi|870842048|gb|KMS95558.1| (hypothetical protein BVRB_007040 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 427.9 bits (1099), Expect = 1.500e-116
Identity = 216/295 (73.22%), Postives = 252/295 (85.42%), Query Frame = 1


		  
Query: 14  IATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNF 73
           +A +VLH         SNQESL NY+G+Y KH+T+S PCF RY LESF REY +  D  F
Sbjct: 1   MAMLVLHLRC------SNQESLYNYDGNYHKHNTNSLPCFDRYVLESFFREYYNVVDPKF 60

Query: 74  LEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIII 133
            EYM+HKILVGSE TFS+L+ LERRL GEGSHRRLSSS+++SIQP+ IADFSS +CE+I+
Sbjct: 61  SEYMEHKILVGSEATFSRLMDLERRLNGEGSHRRLSSSIKVSIQPDRIADFSSHICEVIL 120

Query: 134 IERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAG 193
           IERLPSGVFADPFELQHL++RG FKDA VFGD NLELPSFLSNQSIVEVHLD ALNNSAG
Sbjct: 121 IERLPSGVFADPFELQHLLHRGVFKDASVFGDTNLELPSFLSNQSIVEVHLDAALNNSAG 180

Query: 194 QETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGS 253
           +E VLEFKIEIPLHARYPPLE+SGY++VRFGAPDL+M CKMHG SPA SCSLS ITS+GS
Sbjct: 181 KEIVLEFKIEIPLHARYPPLEDSGYTEVRFGAPDLFMRCKMHGNSPAHSCSLSRITSSGS 240

Query: 254 LELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
           LELDD +WSIPAG+K+HS TVS+VT+ASALLSA+LII  SLRSSR+E + + K++
Sbjct: 241 LELDDTIWSIPAGVKAHSGTVSIVTFASALLSASLIIIASLRSSRMESNRRLKKS 289

[Close]

BLAST of Spo19551.1 vs. NCBI nr
Match: gi|147791632|emb|CAN75134.1| (hypothetical protein VITISV_018886 [Vitis vinifera])

HSP 1 Score: 241.1 bits (614), Expect = 2.500e-60
Identity = 133/287 (46.34%), Postives = 176/287 (61.32%), Query Frame = 1


		  
Query: 29  TSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFLEYMKHKILVGSEPT 88
           TSN  S N         S +  P F ++  +S+  +YDS  DS+FL+++ H++  GS   
Sbjct: 56  TSNVGSTNQ--------SLNIPPYFEKHITKSYFDKYDSLLDSDFLDFISHELFPGSCEL 115

Query: 89  FSKLLQL-------ERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGV 148
               L L       +R LIG+GSHR LSSS R +IQ  LIA+     CE IIIE+LP G+
Sbjct: 116 LLDNLNLVLRLSVQQRSLIGDGSHRHLSSSFRFNIQSELIAELPIHFCEAIIIEKLPYGI 175

Query: 149 FADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFK 208
           F DPFELQHL+ RG F DA VFGD NLELPS  SN+S+VEVH+D  LN  +  +  LE  
Sbjct: 176 FXDPFELQHLLQRGVFMDAAVFGDTNLELPSVHSNRSLVEVHMDVDLNTFSRHKDGLEIN 235

Query: 209 IEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGSLELDDIVW 268
           I++PLH RYPPLEESGYS +  GAPDL+M C +   S  QSC L    +  +L    +VW
Sbjct: 236 IDLPLHIRYPPLEESGYSNIELGAPDLFMRCSIEAKSHNQSCLLMLKDNGVALGNGPVVW 295

Query: 269 SIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
            +P+GIK+H+R VS+VT+ SA+LS   I+  S+  S  +     KQ+
Sbjct: 296 RVPSGIKAHARAVSIVTFISAILSTLSIVLTSVYYSSTKLCKNLKQS 334

[Close]

BLAST of Spo19551.1 vs. NCBI nr
Match: gi|225427140|ref|XP_002278687.1| (PREDICTED: phosphatidylinositol-glycan biosynthesis class X protein [Vitis vinifera])

HSP 1 Score: 240.4 bits (612), Expect = 4.300e-60
Identity = 133/287 (46.34%), Postives = 176/287 (61.32%), Query Frame = 1


		  
Query: 29  TSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFLEYMKHKILVGSEPT 88
           TSN  S N         S +  P F ++  +S+  +YDS  DS+FL+++ H++  GS   
Sbjct: 51  TSNVGSTNQ--------SLNIPPYFEKHITKSYFDKYDSLLDSDFLDFISHELFPGSCEL 110

Query: 89  FSKLLQL-------ERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGV 148
               L L       +R LIG+GSHR LSSS R +IQ  LIA+     CE IIIE+LP G+
Sbjct: 111 LLDNLNLVLRLSVQQRSLIGDGSHRHLSSSFRFNIQSELIAELPIHFCEAIIIEKLPYGI 170

Query: 149 FADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFK 208
           FADPFELQHL+ RG F  A VFGD NLELPS  SN+S+VEVH+D  LN  +  +  LE  
Sbjct: 171 FADPFELQHLLQRGVFMGAAVFGDTNLELPSVHSNRSLVEVHMDVDLNTFSRHKDGLEIN 230

Query: 209 IEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGSLELDDIVW 268
           I++PLH RYPPLEESGYS +  GAPDL+M C +   S  QSC L    +  +L    +VW
Sbjct: 231 IDLPLHIRYPPLEESGYSNIELGAPDLFMRCSIEAKSHNQSCLLMLKDNGVALGNGPVVW 290

Query: 269 SIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
            +P+GIK+H+R VS+VT+ SA+LS   I+  S+  S  +     KQ+
Sbjct: 291 RVPSGIKAHARAVSIVTFISAILSTLSIVLTSVYYSSTKLCKNLKQS 329

[Close]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RFB5_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_073290 PE=4 SV=1)

HSP 1 Score: 605.5 bits (1560), Expect = 3.600e-170
Identity = 308/308 (100.00%), Postives = 308/308 (100.00%), Query Frame = 1


		  
Query: 1   MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES 60
           MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES
Sbjct: 1   MGVKFGKSPVHILIATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALES 60

Query: 61  FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL 120
           FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL
Sbjct: 61  FSREYDSFTDSNFLEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNL 120

Query: 121 IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV 180
           IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV
Sbjct: 121 IADFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIV 180

Query: 181 EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA 240
           EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA
Sbjct: 181 EVHLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPA 240

Query: 241 QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE 300
           QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE
Sbjct: 241 QSCSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIE 300

Query: 301 CDGKSKQT 309
           CDGKSKQT
Sbjct: 301 CDGKSKQT 308

[Close]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B6M5_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_007040 PE=4 SV=1)

HSP 1 Score: 427.9 bits (1099), Expect = 1.000e-116
Identity = 216/295 (73.22%), Postives = 252/295 (85.42%), Query Frame = 1


		  
Query: 14  IATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNF 73
           +A +VLH         SNQESL NY+G+Y KH+T+S PCF RY LESF REY +  D  F
Sbjct: 1   MAMLVLHLRC------SNQESLYNYDGNYHKHNTNSLPCFDRYVLESFFREYYNVVDPKF 60

Query: 74  LEYMKHKILVGSEPTFSKLLQLERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIII 133
            EYM+HKILVGSE TFS+L+ LERRL GEGSHRRLSSS+++SIQP+ IADFSS +CE+I+
Sbjct: 61  SEYMEHKILVGSEATFSRLMDLERRLNGEGSHRRLSSSIKVSIQPDRIADFSSHICEVIL 120

Query: 134 IERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAG 193
           IERLPSGVFADPFELQHL++RG FKDA VFGD NLELPSFLSNQSIVEVHLD ALNNSAG
Sbjct: 121 IERLPSGVFADPFELQHLLHRGVFKDASVFGDTNLELPSFLSNQSIVEVHLDAALNNSAG 180

Query: 194 QETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGS 253
           +E VLEFKIEIPLHARYPPLE+SGY++VRFGAPDL+M CKMHG SPA SCSLS ITS+GS
Sbjct: 181 KEIVLEFKIEIPLHARYPPLEDSGYTEVRFGAPDLFMRCKMHGNSPAHSCSLSRITSSGS 240

Query: 254 LELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
           LELDD +WSIPAG+K+HS TVS+VT+ASALLSA+LII  SLRSSR+E + + K++
Sbjct: 241 LELDDTIWSIPAGVKAHSGTVSIVTFASALLSASLIIIASLRSSRMESNRRLKKS 289

[Close]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Match: A5BYQ3_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_018886 PE=4 SV=1)

HSP 1 Score: 241.1 bits (614), Expect = 1.800e-60
Identity = 133/287 (46.34%), Postives = 176/287 (61.32%), Query Frame = 1


		  
Query: 29  TSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFLEYMKHKILVGSEPT 88
           TSN  S N         S +  P F ++  +S+  +YDS  DS+FL+++ H++  GS   
Sbjct: 56  TSNVGSTNQ--------SLNIPPYFEKHITKSYFDKYDSLLDSDFLDFISHELFPGSCEL 115

Query: 89  FSKLLQL-------ERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGV 148
               L L       +R LIG+GSHR LSSS R +IQ  LIA+     CE IIIE+LP G+
Sbjct: 116 LLDNLNLVLRLSVQQRSLIGDGSHRHLSSSFRFNIQSELIAELPIHFCEAIIIEKLPYGI 175

Query: 149 FADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFK 208
           F DPFELQHL+ RG F DA VFGD NLELPS  SN+S+VEVH+D  LN  +  +  LE  
Sbjct: 176 FXDPFELQHLLQRGVFMDAAVFGDTNLELPSVHSNRSLVEVHMDVDLNTFSRHKDGLEIN 235

Query: 209 IEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGSLELDDIVW 268
           I++PLH RYPPLEESGYS +  GAPDL+M C +   S  QSC L    +  +L    +VW
Sbjct: 236 IDLPLHIRYPPLEESGYSNIELGAPDLFMRCSIEAKSHNQSCLLMLKDNGVALGNGPVVW 295

Query: 269 SIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
            +P+GIK+H+R VS+VT+ SA+LS   I+  S+  S  +     KQ+
Sbjct: 296 RVPSGIKAHARAVSIVTFISAILSTLSIVLTSVYYSSTKLCKNLKQS 334

[Close]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Match: D7TTT1_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_02s0012g01840 PE=4 SV=1)

HSP 1 Score: 240.4 bits (612), Expect = 3.000e-60
Identity = 133/287 (46.34%), Postives = 176/287 (61.32%), Query Frame = 1


		  
Query: 29  TSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFLEYMKHKILVGSEPT 88
           TSN  S N         S +  P F ++  +S+  +YDS  DS+FL+++ H++  GS   
Sbjct: 51  TSNVGSTNQ--------SLNIPPYFEKHITKSYFDKYDSLLDSDFLDFISHELFPGSCEL 110

Query: 89  FSKLLQL-------ERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGV 148
               L L       +R LIG+GSHR LSSS R +IQ  LIA+     CE IIIE+LP G+
Sbjct: 111 LLDNLNLVLRLSVQQRSLIGDGSHRHLSSSFRFNIQSELIAELPIHFCEAIIIEKLPYGI 170

Query: 149 FADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFK 208
           FADPFELQHL+ RG F  A VFGD NLELPS  SN+S+VEVH+D  LN  +  +  LE  
Sbjct: 171 FADPFELQHLLQRGVFMGAAVFGDTNLELPSVHSNRSLVEVHMDVDLNTFSRHKDGLEIN 230

Query: 209 IEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSPITSNGSLELDDIVW 268
           I++PLH RYPPLEESGYS +  GAPDL+M C +   S  QSC L    +  +L    +VW
Sbjct: 231 IDLPLHIRYPPLEESGYSNIELGAPDLFMRCSIEAKSHNQSCLLMLKDNGVALGNGPVVW 290

Query: 269 SIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKSKQT 309
            +P+GIK+H+R VS+VT+ SA+LS   I+  S+  S  +     KQ+
Sbjct: 291 RVPSGIKAHARAVSIVTFISAILSTLSIVLTSVYYSSTKLCKNLKQS 329

[Close]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Match: A9PIK5_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0003s09390g PE=2 SV=1)

HSP 1 Score: 231.5 bits (589), Expect = 1.400e-57
Identity = 122/292 (41.78%), Postives = 180/292 (61.64%), Query Frame = 1


		  
Query: 12  ILIATIVLHFTIRITSSTSNQ--ESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFT 71
           +LI ++   F ++ +SS+     ES +N N  Y          F +Y +ES+  +YDS  
Sbjct: 18  LLIFSVGFGFFLQSSSSSEETRCESSSNSNNSYCG--------FRKYIMESYFEKYDSLL 77

Query: 72  DSNFLEYMKHKILVGS----EPTFSKLLQLE---RRLIGEGSHRRLSSSVRLSIQPNLIA 131
           + NF  ++  ++L  +        + LL++    R LIGEGSHR +SS++R  +QP+ ++
Sbjct: 78  EPNFQNFIVDELLFNTCKLLPDNLNHLLRVSVPWRHLIGEGSHRHISSTIRFHMQPDSMS 137

Query: 132 DFSSQMCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEV 191
              +  C++IIIERLP+GVFADPFELQHL+ RG F D  VFGD NLELPS LSNQS VE+
Sbjct: 138 QLRAHFCKVIIIERLPTGVFADPFELQHLLKRGVFTDVAVFGDTNLELPSVLSNQSAVEI 197

Query: 192 HLDTALNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQS 251
           H+  A  +  G  + LE   ++PLHARYPPL++SGYS+V FG P++++ C M      +S
Sbjct: 198 HMKVAPTSLLGHISELEISADLPLHARYPPLDDSGYSEVEFGEPEIFLRCSMEENGDHES 257

Query: 252 CSLSPITSNGSLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSL 295
           C L P         D++VW IP+GI++H+  VS VT+ +A +S  LI+  S+
Sbjct: 258 CLLMPTNDRTGSRTDNVVWRIPSGIRAHAGIVSAVTFLAASISTLLIVLTSI 301

[Close]

BLAST of Spo19551.1 vs. ExPASy Swiss-Prot
Match: PIGX_HUMAN (Phosphatidylinositol-glycan biosynthesis class X protein OS=Homo sapiens GN=PIGX PE=2 SV=3)

HSP 1 Score: 68.2 bits (165), Expect = 1.800e-10
Identity = 55/213 (25.82%), Postives = 98/213 (46.01%), Query Frame = 1


		  
Query: 95  LERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQMCEIIIIERLPSGVFADPFELQHLIYR 154
           L + ++ +G HR L   V+       I D  +  C ++I + +P+G++ DP+EL  L  R
Sbjct: 48  LRQEVLKDGFHRDLLIKVKFG---ESIEDLHT--CRLLIKQDIPAGLYVDPYELASLRER 107

Query: 155 GAFKDAYVFGDANLELPSFLSNQSIVEVHLDTALNNSAGQETVLEFKIEIPLHARY-PPL 214
              +   V  + ++E P++LS +S V ++           + +  F+  +P+H RY  P 
Sbjct: 108 NITEAVMVSENFDIEAPNYLSKESEVLIYA------RRDSQCIDCFQAFLPVHCRYHRPH 167

Query: 215 EESGYSKVRFGAPDLYMYCKMHGTSPAQSC-SLSPITSNGSLELDDI------------- 274
            E G + +    PDL M+C      P   C + S + +  +LE +DI             
Sbjct: 168 SEDGEASIVVNNPDLLMFCDQE--FPILKCWAHSEVAAPCALENEDICQWNKMKYKSVYK 227

Query: 275 --VWSIPAGIKSHSRTVSVVTYASALLSATLII 291
             +  +P G+  H+  V  VT    +L +TLI+
Sbjct: 228 NVILQVPVGLTVHTSLVCSVTLLITILCSTLIL 247

[Close]

BLAST of Spo19551.1 vs. TAIR (Arabidopsis)
Match: AT5G46850.2 (FUNCTIONS IN: molecular_function unknown)

HSP 1 Score: 183.3 bits (464), Expect = 2.200e-46
Identity = 119/303 (39.27%), Postives = 168/303 (55.45%), Query Frame = 1


		  
Query: 15  ATIVLHFTIRITSSTSNQESLNNYNGDYMKHSTSSSPCFARYALESFSREYDSFTDSNFL 74
           + I L F     SSTS+ +   NY   +    + +     +Y +ES+   Y S  DS F 
Sbjct: 34  SVIALIFICCAISSTSSDQVGTNYRDSHEFFDSDTICISDQYIMESYFTTYTSLDDSEFR 93

Query: 75  EYMKHKILVGSEPT-------FSKLLQLERRLIGEGSHRRLSSSVRLSIQPNLIADFSSQ 134
            ++  +      PT        +  +Q  R + GEGSHR L +S++L     L+    SQ
Sbjct: 94  NFLLLQQCSDKVPTQDSNIVPATSFIQ-HRNITGEGSHRNLITSIKL-----LLHHSESQ 153

Query: 135 MCEIIIIERLPSGVFADPFELQHLIYRGAFKDAYVFGDANLELPSFLSNQSIVEVHLDTA 194
             E++I+ERLP GVFADPFELQ L  R AF D  VFGD NLELPSF SN+S+VE+H++ +
Sbjct: 154 FRELVIVERLPLGVFADPFELQSLQQRRAFSDVSVFGDTNLELPSFRSNRSVVEIHVEIS 213

Query: 195 LNNSAGQETVLEFKIEIPLHARYPPLEESGYSKVRFGAPDLYMYCKMHGTSPAQSCSLSP 254
             N    E  + FK  +PLHARY PL++SGYS+V FG PDL++ C  H  +  +      
Sbjct: 214 SRNYENGE--ISFK--LPLHARYQPLDDSGYSRVEFGEPDLFL-CSSHVQNQRRERRRCL 273

Query: 255 ITSNG--SLELDDIVWSIPAGIKSHSRTVSVVTYASALLSATLIIFFSLRSSRIECDGKS 309
           + S G    E   + W IPAGI+ H+  VS +T+A+A+ SA  I+  S+ SS+ E     
Sbjct: 274 VLSIGRSKTETRSVFWDIPAGIRGHTEYVSALTFAAAVFSAFSILVASVLSSKGESCKNL 325

The following BLAST results are available for this feature:

BLAST of Spo19551.1 vs. NCBI nr
BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
BLAST of Spo19551.1 vs. ExPASy Swiss-Prot
BLAST of Spo19551.1 vs. TAIR (Arabidopsis)

BLAST of Spo19551.1 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\|902218911\|gb\|KNA18173.1\|	5.1e-170	100.	hypothetical protein SOVF_0732...	[more]
gi\|731375124\|ref\|XP_010667156.1\|	4.4e-121	72.7	PREDICTED: phosphatidylinosito...	[more]
gi\|870842048\|gb\|KMS95558.1\|	1.5e-116	73.2	hypothetical protein BVRB_0070...	[more]
gi\|147791632\|emb\|CAN75134.1\|	2.5e-60	46.3	hypothetical protein VITISV_01...	[more]
gi\|225427140\|ref\|XP_002278687.1\|	4.3e-60	46.3	PREDICTED: phosphatidylinosito...	[more]

BLAST of Spo19551.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RFB5_SPIOL	3.6e-170	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8B6M5_BETVU	1.0e-116	73.2	Uncharacterized protein OS=Bet...	[more]
A5BYQ3_VITVI	1.8e-60	46.3	Putative uncharacterized prote...	[more]
D7TTT1_VITVI	3.0e-60	46.3	Putative uncharacterized prote...	[more]
A9PIK5_POPTR	1.4e-57	41.7	Uncharacterized protein OS=Pop...	[more]

BLAST of Spo19551.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 1


Match Name	E-value	Identity	Description
PIGX_HUMAN	1.8e-10	25.8	Phosphatidylinositol-glycan bi...	[more]

BLAST of Spo19551.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT5G46850.2	2.2e-46	39.2	FUNCTIONS IN: molecular_functi...	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013233	Glycosylphosphatidylinositol-mannosyltransferase I, PIG-X/PBN1	PFAM	PF08320	PIG-X	coord: 103..291 score: 5.1
IPR013233	Glycosylphosphatidylinositol-mannosyltransferase I, PIG-X/PBN1	SMART	SM00780	pig_x_1	coord: 100..297 score: 1.
None	No IPR available	PANTHER	PTHR28650	FAMILY NOT NAMED	coord: 10..306 score: 1.9

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006506	GPI anchor biosynthetic process
biological_process	GO:0045892	negative regulation of transcription, DNA-templated
biological_process	GO:0010016	shoot system morphogenesis
biological_process	GO:0050896	response to stimulus
biological_process	GO:0050793	regulation of developmental process
biological_process	GO:0035194	posttranscriptional gene silencing by RNA
biological_process	GO:0009886	post-embryonic animal morphogenesis
biological_process	GO:0007389	pattern specification process
biological_process	GO:0048507	meristem development
biological_process	GO:0048438	floral whorl development
biological_process	GO:0055085	transmembrane transport
biological_process	GO:0016192	vesicle-mediated transport
biological_process	GO:0006886	intracellular protein transport
cellular_component	GO:0005789	endoplasmic reticulum membrane
cellular_component	GO:0016020	membrane
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0003677	DNA binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo15717	0.67	Barchart \| Table
Spo27009	0.67	Barchart \| Table
Spo01111	0.66	Barchart \| Table
Spo10215	0.65	Barchart \| Table
Spo19609	0.65	Barchart \| Table