Spo05092 (gene) | SpinachBase

Overview


Name	Spo05092
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Vacuole
Location	chr4 : 112522889 .. 112540688 (-)

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.

ATGCGTCGTCTTGATGTTGATGTCAAATTAGGGGTGATCTTTAGCAGTTTGCAGGGAAAACAAATGAAGAAATTGAAAATTAGGGTTTGGGGGGTTTGAGGGGTTTGAGTTGAGGAGAAATGCGTTTTGTTTGTGCGGGAGTTCAGAGAGGAGTGGCAACTGGATAAATTTCCAAACGATTACCTTCGCAAAGTTGTCATTCTCGTAAATATAATAAATAAATATATATATATATATATAAATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATGAAGGAGACATATTTGTTGAAATATTAGATCGTCATATTATTATTGGTTTCTTTCAATGAAAAATAAGGGTCATTTTAGTGGACATTAAGCGACAATTTATAAACTTTTAGGAAAGACGGTCTAATGGTTAGACCACTTTTATGCATGCACTTTAAATAATTAGTTAACTGCTGAAACTAATTACTTAAGTTTGAAATTCAATTAGTTAAGTAACGAATCCAGTTAGTTATGCAACCGAACCTATTAGTTAAGCACTGAACCAATTAATTAAACAATGAAACTGATTAGTTAAACAATGAAATCAATTAGTTAAGATTTTATGAGTTTTAGTTATTAATAAGTTTGTTCGAAAATAATAACTATTCGACTCATAAATTTAACTATTTGTCTTTATACCTTAACTATTTTGTTATTCAATTAGTTATGATTTTATTACTTTTAGTTATGTTTTACACTACTATGTTTTACACTACTTTAGTTAGTAACAAAAAAAGTGGTGTAACCGTTAGACGGTCTTACACAAAAGCTTTTCGCGACAAATTGGTAAAACAAGTGTCTCAGGCGACAATTTGGTAAATATAAATCACAACGACGACGAATAAGTCACAAAACCGGTCGGAATTTAGAAAACTTAATCGCGTGACTCACACGCTCCTAATATTGTTTTTTCGATTTTTTTTTCTTCATTCTACTCCAATTTAATTTTATGATTAATATTCCCAACTACCGACTTCGTTTTTATTTTCCTTCCCTATTCTTCTTCTCCTCCATTTTCATACCACCGCCAAACCTAACTTCTTTCAGATATGATAATCCTGGGAGAAGGTTCATGAAATGCGGTAAAGTTAAAAAGATTTGATGCAAATTATTTCTGTATTTTTAATTTCCTCATTTGTAGAGGAGTTGTTTGATGGTTAATTGGCTTCTTGTTGAATTTTTTTTAGGGGAATGGATGCAGAACATGGGAGTGGATTGACACTCTTGTTTGTCATGTTGGAAGTCAATTATTTTGCTTGATGAGAGATGATTTAATGGAGATGGAATCAGACAATGATTTGAAGGTTAAACAAATCAGATGCATGGAGGAAACAATGTTGAAGGCTTACTAATTTTGGAGAAGGAATTGGTGGCTGGAAACTTACAAGCGACCAATTTTCATAACCACCCAGTCATAATCAAACATCAATCACCATTACTAATTGGCATTTGAAAAGACAAAAGCAAGAAAATGACTCTGAAATTCACCTTTACCACGCCAAAACCGTCGTGTTAATGTTTTTCTTCCCTTATTTTTGTTGAGTTGACTCAGTAATTCTTCAACAATGGTGGGTAAGCACAAAAATGGAAGAGGAGGAGAAGAGAGAGAGAATGAAAGAGAAGGAGAAATAGAAGGGGAGGAAATTAATTACAATTTTTTTTACAAAAGTATTAATTATAAAATTAAATTGGAGGAAAATGAAGGAAAAATGAAGGAAAAAACAATATTAGGAGCGTGTGAGTCATGCACTTAAGTTTTCTAAATTCCGACCGATTTTGTGACTTATTCGTCGTCGTTGTGATTTAAATTTACCAAATTGTCGCCTGAGACACTTTTTTTTACCAATTTGTCACTTAACGTCCACTTTTTTTTAAACCAATCTGGTTAAATGGCCGAAAAATAAGATTTCTAATTTATTTTTGAATTAAAAAAATCAAGTGTCACGCAGATAAAAATTATGTGTCACGTAGATATTTTAATTATTAATCTAATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAAAGGAGACATATTTGCTGAATTATTAGAGCGCCACCTAGGATTACAAATGGTTCCGGGCCTTCCGGCCAATGAAAAATAAGAATTCTAATTTATTTTTGAATTAAAAAAATCGAGTGCTACGTAGATAATTAATTAGGCACCACATAGATATTTTAATTAATTAATTACTAATATATACAACTCCATCTAAAATCAAACACTCTAATCATTAAAAAAAATCTAAAATAAAATTCATCCAATTGAAATCAAACACTAATCTAAAATAAAATTCAATCCAAAATCAAACATGAATCCAATATTAGAGTGCCACGTAAAAAATCTAATGGTTTCAGCCAATAGAAAATAAGATTTCGGAATTATTTTTGAATTAAAAAAGTTGAGTGTCACGTAGATAAATAATTAGGTGACACGTAGATATGTTTATTAATTAATTACTAATATTACGCAAATACAACTTCATCCAAAATCAAACACATTAATAATTAATCCAAAATAAAAAAATTAATCTAATCTAATATATAAAACATAGCCGTTTTTATTTTAATTTAGCAATTTTATAAAATCCGTGCATCGCACGGGCTAAAATCTAGTTACTAATATATACAACTCCATCCAAAATCAAACACTCTAATAATTAAAAATAAATATGTTGTTAAATAAAGAGAAAGAGAGGAGAAATTGGAAGAGAACAATATGGTGTGTTTTATTCCATGGACAATAGGGTATATATACATAACAATAGAATAGAGTTTGCTTGGAGAACAATATACCCTAGATCTAGAATATCCCGGAAAGATATTAGGGGTATGTTGGTCATCCACATAATATTTCATAACACTCCCCCTTGGATGTCCATTTTTGTAGTGGAGGCAACATCTCAAGCCTCCACTACAAAAATAAAGAGTAAAGAGGGCGTGAATATTAAAACAAGGACGCCTTGTTTTCGCCTTTGAATATCTAAGCAAACGGGACGAGTTGATAATCGCTTTTAAATACATAACCAAATAGGGAGATAGTAAGAAATTCGCCCTCATTGATTACAATAAGAAGACGACCGCTTAAATTTCGCCCTCCTTAATCATACTTTCTCTTACCGCACTCTGCAGCAACTAGAAATCCTTCACCCAAAATGATAAACTCTGAAAATTTTCATTCGTATTCCCCCAAAATCCTTTGCAGAGTTCGACCTATTGGATTCTGCTCAAAATCCTTTGCAAAGTTCCCCCACTATTTTGTTCCTCCATCTTCGAACAATAATGCTTAAGTTGAAGAAAGTGGTGTTCCTGTCTCTGTTCTTTAGCCCGTCTATGCGGGATTTTTGATACCACAATGTCTCTTCTCTGTCAAGAATCTCGCCCAGTTCTCGTCTCAACTTAGACTCCAATTTAATCAGGCCTCGATTGACATTATTTGACAATGTTGACTGAACTCCTGCAATCCTAGCTAAGATTTTGCGTTTTTGATGGAAGATGTTACCAAACACGTTCCTGTTCCATTCTTGAAGATCCTCGGCTAATTGAGATAGAGCATGTATAAGGGAACTGCTGTTATTCCATTTTTCAGAGACAAAGTCATTGAAATTTTCATGACTTATCCAAGTAGCTTGGAATCGAAACGGGCGAGAAAGGGAGTTCATTAGTGCAAAGCCATTGGGTGATATGAATATTGGGCAGTGGTCTGAATGGGAGGCAAGAAGATGTTTAACTTTGGCTTTGTCGAAGCGCAAACCCCAGTCTCCATTACACAAGGCTTTGTCGAGCCATGCACTTCTTCGAGTTTCTGGTGATAGACCCCGGGCCCAAGTATGAGAGGCCCCTGTAAATTATTTCAATGAGGTCCATATCCTTGATCAACTCATTGAATCAAGCAGACCTACGATTGGTTTCACTGCAAGATTGATTACGCTCGGAAGGAAATCTTGTATCGTTAAAGTCCCTTGCTATCATCCATGGTTTATTATGAGTTGTAGCGAAGTCTTGAAGTTCCTTCCATAATTCCCGCCTTTTGGAGGGATCAGGCGAAGCATACACTGCTGTGAAGTACTAAGGAACTGCACCAATCCGAGTTATATTCATAGTAATATGCTGGTTGTGTTTGAGGATTGGTTCCACCGTGACGACTTTCGATCTCCAATAAACCCATATGCCGCCACTAAATCCAACTGCATCTACTCTAGAGTGTCCAGTGTAGCCTAGCACAAACGAGATATGTTGTGCTTGACTCCCTCCTATATGCGTTTTTACTAGGACAAGAACATTAGGTTGATGGGTGTTAACCATGTCTCTGAGTGCAGAGACAAAGGTGCGGTCTCCTGCTCCTTGAACGTTCCACACCAAGCAAGAGATTGGTAGAGTATCCGGGGACAAGTTCGATATTCTTGCTTCCATTGATATCGGAATTAAGGTGAGGGTTGCAAGGTAAGCTTGGCTTATCATTCTCATCAGACGTTGGATTTCATTGGGAATTAGTAGCGTAGCTACCAAGTCCGGTGGATTCGAGATTGGTGGGAGGTAGGAGTCGAGTCTCACCTCCATGACGTGGGTATGGGGGCTCGCCCAGGCAAGTTATGGAATCTCCATCGATTGGCCGACAAACAAGGTCTTCTCCGGGGGTATCCTCAACTCGAACACTTGTGGGTAAGTTTCCATCATTCAAAGAAATATCAGAGCAGTTTGGGATAGCTTGTTCAATGTCAATTGTTTGTCGAGAGATATCTTGTGTTTTGGAATTTAAAGCAGTACTAGAGTTCTCCTTGCCTTCTCCTCTGTGTAGAATCCTAGTCACAATGCGCTGAGGTGGGTTGGTGTTTGAAGTGTCATGAAGTGCCTTCAAGGTTCCTAGTGATGATGATCTTTCCTTGGGTTGGTAGATTCTCGATGGAATTTTATTACTTTTGGACTTGATATTATTCTGATTCTTGTTCACTAAATTAAAGGATATTTCCTTGGGCCTTAATTGTGAAGTATCTCCTAAATTGACGGTGTCAAAGGAGTGTCTAACCTCATCAACGATTTGATTATTATTGTAATACCCCGAATTCTTAAACTTGATTAATTATGCTTAATTATTTTTATTTAGCTTAAAATCGTTTTAAATCTAAAATTCGAACTTTATTTTTTTAACGAAGTTTTATTTCGCTTGAATTTTTAAATATTGTTACACTATTTATTAATTTTCAGATTCTATGAATTAATTTCAAATTTACGAGTTTAAGCTACTTTTTAAATATTAGTTATTTCGTAATTGATTTCGGATTTTTAATAATTTCAAAACGTTCTTATTTATTCGGGAACTAAATTCATTTTTCGTTAACGATATTTTTATAAAGGATTATTTTAAAACTTAATTTTAATTAAATATTTCTATTCAAATTAATTTTCTAAAAATAGAAACCAATTTTCAGAAATCTTGCCTAACTAAGTGAAATGACCAAAATGCCCCTAAGGAACAAATTGGCATCTTTCTCTTCCTTGCTCTCCACGTACAAAGTAAGGAGGAAATTTCATTCCTTCCTTCTTCCCTCATTTCAGTCTCCATTCATAGCAAATTACAAATTTGCTTCCTCCACTTCTTCAGCTACATATTCAACATCCCACAATTTTAATTTCAAAGATCAGAAACCACAAAACCAATTTCAATTCACCCTTCCCTTGTTCCTCTGATTCGGACCATCACCCATCACGACCACAACAACCACCGTGGCCACCACTGATTACCACCACTGCCCCCACTGTCTACACCCGACCCAAACACCTCCATTATTTCTCCTCCTCCTTCGCCGTGAACTCCCCTGCCCCTCCCCTGCTTTTCAGTTCAACTCACCTCCCCTGACTTTTCTCTTCTTCACGCCCAGTCGCCGGCATCGCCGTTAGGCCGCGCACCACCCTCCATCTCCTCTGTGCGCAGGCCACCACCACCGCACTCACCCCACCGTCCCCCTGCTCCCTCTTTCCTGCTCGCATCTCCCCTGCCTTTCCCTCCCTCTCCTCCGCGATGCGCCGCCCTGCGTCCACCACTACCTCCATCTCCTTGTCGGCACGCTCCTGCGCCGCCGTGCTGCCCCGGGCCCAACCGCCGTTCCCTTTCCTTCTCCCTTTCCTTTGCTTCGATCCCCCTCCCCTGCTTCCCCTGCTTCGTGCCTTAGTTTCGAAAAGAAACGAGTTCCAGTAATAGGAACTTTGTTCATTTATTCCCCAAATTAAGCCCAAGCCCTTTTGTTTTGGCCCAATATCCCAAAGTAAGCTCTATTCTTTTATTTAAAAACCCATGTTAATATTTCATGAAAATCAATTATTATTTACTTTAATTATATAAATTTTAAATGATAATATCAGATTTATATTTTGATTGAAATTTGATTTAAATAATATATTTTCGTTAATTTAGGAAATTAGATAATATTTATGTAAATCGATTTATGAAAATTTGATTGAAATCTTGTTTAATAATATTTTCAATAATTTATAAAAATATATTTTTATTAAATTTATTACTTTAAAATTCACTATCTATAAATTTATTATTTATAAAATATTAGTTTTAAATTATTTATCGTTTTAGCTACTAATTCAATAATTCGATATTTTGAAAGAAATTGGACTCGGGGCTCAGGAAGGACGATCCATCGGACAGGAAGTATAAAAACTGCGGTTGAGGTAACGGTTATTGCTAGTACCCGCAATCCCTTCGAAATGTATTTATGAATGATGTTATGAATTATTGATGTTTTATAATGATGTTTTATGATTTGCGGGATTACAAGTATGATTTGATTGAATTATTTTATGATAATGCAGCTTTATGCAAAGTATTGATTTAATGAATTATTATTCCTGAAAGAAATGATTTTACGAAATAACGAGATTTAATGATTTTACTGAAATATCCTGAATGAATGAGATTTTCCTGATTGATGTTCTATTAAAAGAAATGTAAACATGATAAATGAAAGTGTAAGAACTGGTCAAGTTCCCCTGATATGGAGCCCAGGCTCCCCCTGATAAGAAGCACTAGCTTCCCCTGATATGGAACCAAGGTTCCCCCTGATAAGAAGCACTGGCTTCCCCTGATATGGAACCAAGGTTCCCCCTGAAATGAAGCACTGGCTTCCCCTGTTATGGAGCATTGGCTCCCCCTGTTATGAAGCACTGGCTTCCCCTGTTCGTAGGAGACGTCCTACCATGTTTTCCTGTAAAATCCTGATGACTAGAATAATACTGTTAAAAGGAAAAAGGTTAAAGAAATGATATTCCTGAAATGATGTTCCTGAAATGATATTCTTAAAATAATGTTCCTGAAATGATGTTTCTGAAATGACGTTTCTAAACTTATGTTTCTGTAATGATGATGCTTCTGAAATGATGATTTAGTAAATGTTTTACTATATTCTATTCTCCCTGTTTATTAAATAAAATGAATTGAAATGATGTTACGATGCTAGGGTAACTCGTTACTGAGTCTTCGGCTCACCGTTTTGTTTTCCGTTTTAGGTACTGCTGGGGACCACGGAAACGAGTAGTGGCGAGGATTTCACCATTACCATGTTCACCTAAGTAAATGTTAAGTTGTAAAGTGAAGATTCTGGATTAAAGTTACGTACTTTTATTAAGGAATTAAAAATGATTATTATGTTAATATTGGAGTTTAATAGCTTATGATTGATGGTTGCCTTGTAATTCCCAAGAGGGAGTTACGGCAGTAATGTCCCGACCGAATTAGGTTAATTCCGCTGCTAAGTATGCTTTAATAAGCGATTTAGAGGTCGGGGTGTTACAATTATCTTTACCAAAAATAAATGATTCCTCATTAGCCTCAACTTCCTTATCTTTCTAATTCTCTAGCAAACTGAATCTTGAACCCGAGCCTTGATTCGCGCCTATAATAGTGGGCATATTAGATTTAGCATGATTTCCGGCCCTAACTACGTTGGTTGTTGCTGTTGACTTGGTGCCACCTCCGGGTGGATTACCGGTAGCCGGATTATTTTTCTCCGTTCTTGGATTTCTTTTTCGGATAGGTATTTTGACTAACATCCATGATCCAAAGTCCTCCTCTTCCTCCGGTCTAATTCTTGGGCTAGTGGTGGACTCTTTTGCCTCTCAAAATTCCCCTTTGATACCCATTTGAGCATCTGCAGTTATTAGTCCCTGAGTGGTACATTCTTCCTTCGTATGGCCTAGTTTTCCACATTTGAAACACACTATCCGTAGCCCTTCGTATTGTACCCTCCAAACTTTGCCTTTAAGCCAAAACTTCGAAAGCAATGGCTTGATGAGGTCGATTTCCACGCTAATTCTCGTGAACTGGCCACGTTCAGCTTGTGCCGTATTTTTGTCCACCCTTAGCACTTTCCCAATCTTTGAGCCCACCTTATGGAGAAAATTAATGTCGAAGTATTCTACTGAGAGATTTGGGATACGGACCCAAGCAGTAAGGATCTTGATAGGTGTATCGTTCGGGACAAAGTTTGAAACCCACTTTCTTATGGTGAGATAGCTATCATCGAGCATCCAAGGTCCTTGTGTGACTATAAAATTGTAGTCTGCCGAGTTGGTGAACGAGCTATAAAATATTTGTGGCCAATGTTTGTAAGAGACAACTCACCACGAATGCTCCATTTTTTCTTGAGGTCGTCGCATCAAGCCCATATAGCCTAGGTTACCATCGAACATTTTGATAATTAGAGAGTTCTGTCGCATTCTCCTTTTCTCATCCTTCGAGAGGAGTATGATCGGGCAACGCTCATCGTCAGCCATATCTTCCGGTGCTAAGTGATCATCATATGAAACATCATGCATCTTCTTCTTCTAGAGCCTCTATACGTTGGGTTGTCAAGGACCGACTAGCTTCGCCTTGGAGCATGTCTCGGAAGGAAGGAGGAGGTTGCAGACTATTGTTGTTCTCCGGCACTGGAGGGCTCTCATGATGTGCGTCGGCCATGTTTTGATCAAGATTGTCATTTCTATCGAAAATCAAACGAGTGATTTTCCGTTTTAGTTTTTTATTTGATGGGGAAACTTAATCCCTTTCTTCACTAGATTTTGGGTTTTCCGCGTGATTTTCCATAGAGAGGTTTTTAGCTTGTTTTAATTTATACTCCTCATGAGTAAATTATTAACTTTAGCCGTTAAATATATACTTCGTATAATAATATTATTGTGGACTGGATAACGAAAACAGAGCCTTGGTCGGCAGCGGAGTAGTTTGATACAATAGACATAATTTAAGACCCCCGGACAAGGAAGAAAACGAACGGCTTCAAATCCTTCTAACATTAGAAAATATCTTTTTCTAAAAAAGATACTAAAAATAGAAAGAAGAGAGAGACAATCAGACAATGTCCCTTCCATCGTTTCCCCCCTTTTTTCCGTTGATTAAATAGCAGGTATAGTATCTTCCAACGAACACAGCTTAGAAAAACAAAAGCTTCCAAAAATAGGAAGAGGAGAGAGAAAATGAGGAACGCTGAAGGAGAAGGCGAAATCTCACAACCCCGTAACTCGCCCCCCGACTCACCGTCGCCGCACCAGTCTCGTCCCACGTCCAACACGAAACCCGACGCAAAATTGAGGCGCAGAAACGCGCCGTTTTTGATCGTTTGTAAATGTTTCAGCGTCATCACTGCTTTATCTGCTATTCTATGTATTGCCGTCAATATTCTCTCTGCTTTTCGTTCCTTCAAGAACGGATCTGATGTATGAATCTATATGATTTATTCCTTTATTTTTTTTTATTTTTTTATATCAATTTGTTGTTGTTATTATTGAATTTGGGGGTTCAGTTCATGTTTTGATTTTATTTCAATTTTTTAGGTTTTTGATGGGATTTTCCGATGTTATGCGGTGGCGCTAGCAATTTTTGTGGTTTTGGCTGAGACGGAGTGGAGTCTCATTTTCAGATTCTGGAAGGTATAATTTATATTGGATGAATTTATCATTTTATGGGTGTGGTAGTTCAATTGCTTCTATGTAATTCACAATGGTGGTTTTATAAGGAAGTTGAAGTACTGTATTTTTATGGACACAACAATGGTCTCTTTTTGGGGTATGGGTTAATTGGGATAGTGAGGGCTGAGCTCATTTTATTATTCCTTTAAGGACAAGGCTTTCGGGTTTCGGATTAGCAAGTATTGAGTTCAGAGTAATACTCGTAAGGATAAGGCTTCGGGGTTGTGAATTGAGCAGGATTGAGCTCAATGTAATGCTCACTAGTACAAGACATTACCTTATTTTGCAACACAAACAATTATGGATGTATGTCAAATGTTCACCAAGCTATGTAAAAAGCGAGTGTTGGTTATATACTATTATAAATTGTCATGAAGCTAGGAGCAAGGTGTTGTGTTCTTGAATAACTATCATCAGTAGTAGTTTAATAGAAATATTGCAAACTAAAAATTGTAATGCCATAGAGGATTTATTAGCTTCAAACTTGTGTGTGTGTGTGTGTGTGGGGTGGGGGGNGGGGGGGGGGGGGGGGGGGGGGGGTGCTATTTAACAGCATGCTGATTCATAAATATAGCTTCAATAAGTAATACTTCGTACAAAGTAAGCATACAGTGTGGAGCGGCTGGCTTCTAGAATTTCATTGTCACGCATGTTTTATTCCATTGTTTCTCCTCTCCTTTCCATTTCCCCAATTTTTTAAGCATTGTAAGAGCAATTTTGCTGCAGCTGTCGGCACTCTGCAGTCATTTTGTATGTTGCGCAGTTCACTCCTTGGATAGATCGTTGTTTCCCCAAACAATTACCCTGCTTATGTTCACAATACTTAAAATGGCCATCTTGGTCTATAGTTGTCAATTACTTGGTCTTGGCCTTGCTTTGTGTTTTACTTTAGACTTGAAAACTAATTTCTAGTGCTATGCGGCAGGTGTTGGAGTATTGGCCTGGCAGAAGCATGCTACAGATCTTGTAAGTATACTAGCACCCTTGACTGTTGAATTGAACTTATCTGAACGTGTAGAAGTATAGCATTTTGTCCCTGCACTTTTGTATTTGCAATATACTTTGGCTTGGAGTTGGAATTAAACTTCAATTAAATTATATGTCTTTTATGCATAAATAGAGGAATTATTGGTGTAGCCAATTAGCAATGAAACAGAAGGTAACAACTAACAAGTGGAATCTACACAAAAGGAACAACACGTTATTTGTTACTTCATTCAAATCTTTAAAATTTTGAAAATAAAATTTTGAAAATTTTGAAGGAAAAATCATCCTTCAAATAGAGAAAGATATGGAGTAATCTTGACGGAAAGGTGGGTGAACACAGGACATCATTTGTTTGAAGATCCCCATCTTAATAAATCCCCAATAGCTAGGTTCATGAAAAAGGAGTTGGAGTTCAATGCCAAAGGATTGCTTATCTAATGGCTTGACTGGTGTTACACTGTTACTGAGTGGTGCGTTAATGTGATGCATTTCTTGATTATCACATTCTTTTAGAGAAGTTATTTTAGGGCTCTTGTACTTAAGCTTTCATAGGTATATTCATATGTCTTAGCATACCGTTTAACAAGGCTTCCACCTACATTGAGGTGGGGAGTTTCAGATGTAGGCAGCATATGCCTAGAAGAGGCTGTTTTCATCAACTATGGTTTTTTGGGAGCCACACTGCCTGTGTCACTTCAGTTAATTGCTGATGTAGACACACTAGAGAAAGTTGATTTAATGCATCATTACCACTAACGATGGATACGAACTAACAGTCACAGTTTCATTGATCGTTTTGTATAGCGTTGCTGTTATGACTAGGGCATTCTCTGACTTCATTGGAAAGCAGCGCGACATAGTTCTTCTTCAGAGCATAGCAAGCTATCTGCTGCTTTCTTGCGGTGTTGTGTATCTTGTATCGGTAAGAAGATGGACTAAACATTCTTTTTTTCCTGTTTATAATGTGAATTTGCTCTCATTTTTTAGTGTAAATTTTAAAGGTACGTCTGGAGTATATTGTACTCGAATGTTTTTGTGACATACGAAGTGCAATTTAAAGGTTCAATGGGCTCTTTTGCTCATATGTTTGTTTTTATACTTCAAACAAATAATTATTAACCGAAGTTGTAATTCCCACGGAAAAATATGTGCTGACGAGAAACACCATAATAATATATTGACAGAATTTTGAGATTGAAACTGTACAAGGAGTACTTGATAAAAAAAACCCCAAGCTAATCCAATATCCATAGCTTAAATATTAAAAGTCTCTTTTTGTGACTTTAGATATATGGCCTTTGTTTATCTTGAAATGTGCAGTGATATATCTTCTCATGTTGCTTTAACTTAACAATATTTCAGGGAATCCTTTGCATTGGTGTTATCAAGCGTTCCCTCGAAGAAAAAGAAATTAGTAGGGATCAAGCAGTTAAGGATCTGGAGGTAAGTGTTAACTGCTTAATGAAGGTTATGCTTTTGATTTTATAAGTCATTGAGGAGGAATGGTGTGTGAGTTTGATGATTGAATCTTAATTTAATGCGTAAATATTGGTTAAAACCTTACAGTTGCTGGTCTGTTCGACTATCTTTATTGGTCTTTGCTGATGCTCAGATTGTACAATATGCTTCTGTAGGAATTAGCACCGTTTGTGTTTGTTTGGCAGTTCATTGATTGGATTTGATTCTCTATGTTTCGGCTAGTAATCTGGGGGTTATTGATACTAAGCTGTCAATGCATTTAAATTTCACCCCCGCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCNCCCCCCCCCGCCCCGCCCCGCCCCGCCCTCTGATGAGATGGGATAGAATAGCAAGTTGTTCAATGTCAAATTTGCGGAATTTTGTCGTTTTCTTAAATTTCCGTGATGCATATAATATGAACTTGTGGGGTTAACCAATTAATTTCGTAATTTCAAAATGTTAAGCATAAGTGAAAAGTAGCTTTTGAGGGGCTTCAGAAGAATCTAATTTCTTGGATGAATGTGACATATGTTGTTTTTTAAATATCTCCCGCAACATTGGATAATTGAGGAGCACAAATTGGGTATGATTCATAAGTGGATAATCTTTCTCATAATAAGAGTGCCTTTCTTTATCGGGTTTAAACAAACTTTTAAAGATCCGCTTGGACTTCATTACCTTTATCACAATTTATTGCTAGGTGTCATCCACTCATTCTGCAGCCTAAGTTGGGGTTTGATTGTTTTGCTTCCTGCACATTGTACAAGTGTGGAATGTATATAAGTACCCTGCATCATCTTGAAGCAAGTCAAAATGAACACAAAGGAAACTAGTGGAATAAAGATAGGGAGAGAATCTGCTGCGGAGTCAGGAACTGTGTAAGTGCCACAACTAGAATTGTTGATAATTGCCATTACCCCTCTAATTCTTCAGGCTTAGCATACCAACAAAGGCTTTGAAGGATTCTCCTTGACAGGGACCCATTCTTAAAACCTGTAAGAATCAGCTTTTCATCCTCCCTCACTATTTAAGCAACTCGCCACTACTTCCTTAGCCAATCGCCTCAGATGATCATAACATTCGCCACAGTTGTAATTCATATGCGAACTTTCTTATTGGCCGAAAGGGATATTATTTCTGGCCAATTTTATCAATTTTCGTGGGTTATCATGTCCATCAAATTAGAATGCGATAGGTGAAATTCTAGGTTGCTCTGTGATATATTGTGATTTGCCTTTTAACTATATATTTCATCAATCTTTCTACATTTCCGTCACAAAGATTCTAAAATCATTTGTGCCATATAATTATTAATTAGTACAATCTGCACTTATTCTTGTCAGTAGTTTGTGAATCTTGTGGCTTAATTTACTCCATGTCGATATTAGTTTTTCTGCGTTCATAATTTTTGGCTACCACCACAAATTTGAAGTGGTAATCATCAGTTATAAGTCTTATAACCGCAAGCGATGAACAAATGACCATCGATCATCAAAGATAAACGTTGACAGTGACAGTGTGACCCAACCCTGGTTCTGAAAAACCACGTTTCCTCCTCTAGGAAACAACTGCCCCAAAGCTATTACTTCGTTATCAAACACCGTTTTTACCTCTTGAAACTTTCAAAAGCTTGCTTTTTGAGCATGGATGCTTGAGATTTGAGGCCTGGATGGATTTCCTAAAATATATGTTAGATGGAGAAATATCTTGGAACACATTGAGTCCTTTTTCCAATAATATCTCCAAGGACGTCATTCGTAGAGAGAATAGCATTTGAAAGTTTAGAGCTGGTGTGATGGGATTTGTTTCTATCATTTGTACAGAATTAGGAGTGAAGTAGTCTCCTAGGTAGTTCAACTCCATCATTTTTCTTACCATAATGAATTTGTTTATTAATGGTAATGGAGCCTGGATCACTTACAATCAGAGTTTTTCTCTCAAAATTTCTGCTCTTTGTCTTCAGTGCTAAGCAGTTCATATATATTAAGTATACCCATATGCTGAGTCATGCTTTAAAATTGACATTTTGAGTTTTTCTGAACAAATACATATCCAGCTTCTTCAAGGGGGTATTTTGTATGATTTTCAAGTTTTATGTACCAAACATCTTTATCTTTTGAGAAGTGCAGAGTGAACATTTACTTGCTGATTGTAGTCTTGTCGTCTTTCTCTCTCTACTCCTTTGTTTGGAAGTTGATATGGGTTGATTATTTGTTTTCAATCTGATTGAGGCCCATGAAAAAAAAGATGTTGAGTGGCTTGCATTAACTTTTGTCCCATCACAGGAACTGGAGAAGAAACGGCATGAGCTTGAAGCTTTGCTAATTGAAGAAGAAAACGTTTGAAAGAGAATTCATACGTTGGTTTGGCACGGCTCCTTATCTGGAGTTCCCCTGAAACATTGAGGAAGAAAGCTGACCATTTCTGAACCCAATTGTACAGGCTGTTCTCATTTTTGTGTGATAGTTAAGGCGTTAAGCTGATCTGTAGCCGCCTTTGGATTTTACGGAGTACTTTTTACGACTTTATATAGGTTGTATTCATTTTCTTATCATTCTTGACTTGTGTGTATAAAGAGTGTTAGTGTAGCTTGTTGAAAGAAATCGTAGCCGATGTACTCACTCATATTGGAGAAGTACATCCTATATTTTTTTTTCCCATTTGAGTAAATTACATTTTTCTACCACATTGATCGAATTTTAGCCACTTTTTGGACTCTGAATCGTGGTTTGATTTCTCAAGCAAGTGGAAGCTTACTATTTTGGTAAATTCCAGCATATTTAGCCAGTCAGTCAGGCTGCATCATATTCATTTTATTTACAGAATCATCTCCTAATTGACATTTGAAACCAATTAAGATTTTGCGATTGTTATGTTTTTTGGAAAAATTAAAAGAAATGCCAATGTGTAGATTGTAATATTCAATCATATCGATTTTATTATAATAATGTCACTTGGTTGACCAACTTTGTCAATCACCAAGAACAATTGGCGATTTCTCTTTTTAACTGTTTTATTTAACTCATAAATACAAAGTATCATTGATCAACATGATTAGTCAAGCATTTGTTGAAAACTAATGAGGCTCTGTTCTGTTCAACTCATTTTGACTTATTTCAAACAAGATAAGTTCAGATAAATTCAGTTAATTTCAGATAAAATAAGTTCAGAAAAATAAGTTTTTTCTAGATATTTTCACACACAAATAAATTTATTTCAGACAAAAATAAGTTTTTTCAGGTAAAATAAGTTCAGACAAAATAAGTCAAATAGAACGGAACTTAGGTATGAAAGGAATAACTTATGAAATAAAAGCATTTTCAACGTTAATCAATATTAAGCTTTAAAATGAGTTATCCGCAAATTTATTTAACGCATGCAAAACTTTAGAGTTATCGATACTCCTTACATTTGTATACTCGTACTTTACAGTTGTGGATATTCCGTACATTTCTTTAGAATCTTAGCTTTTAAAATTTCTTTACTTTTGTCTCTCACCTTTTTTTTTGTTAAAATAATTTCTTACTCCCTCCGTCCCTTAATATTCGCATCGTTTTGACTGGACACGCTTGCCAATGCACAACTTTGACCACTAATATATTTAACTACATATTATAAAAGCTTACTCCGTATAAAAATATTAATGTTTTGAAAATATATATTAAGATGAAGCCAACAATAGATTATATTCTAACATTTTTGTTTATATACTAGAAATAAAATAGGATCAAAGTAAATTATGTGAATAGTGCAAAAAGTCAAAACGGTACGAGTATTAAGGCACAAAGTGATTACTATATTTGGTTTGGATGAGAGAAGTTATAGCCGTACTCAAAATTTAAACAAGCGCTCCCGCTCTCTCTCTATCTCTCTCTGTTCATCCCAGATTCACCACTACGCCTTGCTGCTTCCAGGTTCTTTCTCTTTCTCTCTATCGACTCCATTTCTTCTTGAAAATCTTGCATTTCCTTTAAATTTCTCTGTCATTTGTTCACCAAACCCTAATCCTCGGTAGTATGATTAGCTATACTGAATTTGAGATTTATTTGATTTGAATTTATACTGTATTTCATCTTAGCTTCTGTGCCTGCAATTTAGTTTCTTGTTTCGAATTTGTTGCATATGTATGATTTCTAAAGGTCGTACGTCATATGTTGCTGTTATTTAATTTTACCCTTTTCTTTCCTGGTTTCTAAAACTAGGGTTTTTAATTTTGAAAGGATTGAAAACAAATGTAATGGATTTTTGTTTTTTCGATTTGTAAGTTAATTTCTTCATGGAAGTGTGGGGAAATTGATAGTGGATATATGATGAATGGTGGTCTGGTTTGGTGAAATCTTTGATTTTCAGCCCCTTTTAAGTTCACATACAGAAAATTTAGGAAATTAACATATTTGTTTGAGGAATAAGATCACAATATATAGGCATGTAGCAATTGCAGTTTCAGTGTAATGGGAACCACAAGGTGCATTGATGTAAACAATATTCGATTTGAGGTTTTGGATAGAGTTTCCACTTTCCACTACAGAAATTGTATTTTCAATTTTTTCATGTTCTTAATGTTTTTGTTTTCTTGGTGCCCCTTTAGCTTAGCACTAGAATTTTACTATTTGGCTCTCTTAGAAGTTAGAGCCCTACTTTACATATAGTTTTGAATTGATTACGTAGCCAAAATCAGTTGATTTCATCCTTTACTAATGGGACGAAAGAGGTTGGAGCGCAATAGCAGAAAGCATTTATCTTGTGCTTTTAGTTCCTTTCCTTTTTCTGTTCTTTTTGTGCCTGTTTGTGATCATTTCTGCTAGTATTGTGCGCTTAATACACGGATACACAAACTCGTGCTGCTTGCCTGAAGAAATTTCTGAGAATTTGTTGTTATGCTCATTTCCCTAGCATGAGCTTCTTAGGGGTTGTCTCTGAATTGTTGATGCAATTTCTGTGAACTGTTGATGCAATGCTCCTTTTCTTTCACCATACATATAATGTGTTTATTTGTTCATCAACTTAGGTTAAATAA

mRNA sequence

ATGCGTCGTCTTGATGTTGATGTCAAATTAGGGGTGATCTTTAGCAGTTTGCAGGGAAAACAAATGAAGAAATTGAAAATTAGGGGGAATGGATGCAGAACATGGGAGTGGATTGACACTCTTGTTTGTCATGTTGGAAGTCAATTATTTTGCTTGATGAGAGATGATTTAATGGAGATGGAATCAGACAATGATTTGAAGCGTAGCTACCAAGTCCGGTGGATTCGAGATTGGTGGGAGGTAGGAGTCGAGTCTCACCTCCATGACGTGGGTATGGGGGCTCGCCCAGGCAAGTTATGGAATCTCCATCGATTGGCCGACAAACAAGGTCTTCTCCGGGGGTATAGTATCTTCCAACGAACACAGCTTAGAAAAACAAAAGCTTCCAAAAATAGGAAGAGGAGAGAGAAAATGAGGAACGCTGAAGGAGAAGGCGAAATCTCACAACCCCGTAACTCGCCCCCCGACTCACCGTCGCCGCACCAGTCTCGTCCCACGTCCAACACGAAACCCGACGCAAAATTGAGGCGCAGAAACGCGCCGTTTTTGATCGTTTGTAAATGTTTCAGCGTCATCACTGCTTTATCTGCTATTCTATGTATTGCCGTCAATATTCTCTCTGCTTTTCGTTCCTTCAAGAACGGATCTGATGTTTTTGATGGGATTTTCCGATGTTATGCGGTGGCGCTAGCAATTTTTGTGGTTTTGGCTGAGACGGAGTGGAGTCTCATTTTCAGATTCTGGAAGGTGTTGGAGTATTGGCCTGGCAGAAGCATGCTACAGATCTTCGTTGCTGTTATGACTAGGGCATTCTCTGACTTCATTGGAAAGCAGCGCGACATAGTTCTTCTTCAGAGCATAGCAAGCTATCTGCTGCTTTCTTGCGGTGTTGTGTATCTTGTATCGGGAATCCTTTGCATTGGTGTTATCAAGCGTTCCCTCGAAGAAAAAGAAATTAGTAGGGATCAAGCAGTTAAGGATCTGGAGGAACTGGAGAAGAAACGGCATGAGCTTGAAGCTTTGCTAATTGAAGAAGAAAACGTTAAATAA

Coding sequence (CDS)

ATGCGTCGTCTTGATGTTGATGTCAAATTAGGGGTGATCTTTAGCAGTTTGCAGGGAAAACAAATGAAGAAATTGAAAATTAGGGGGAATGGATGCAGAACATGGGAGTGGATTGACACTCTTGTTTGTCATGTTGGAAGTCAATTATTTTGCTTGATGAGAGATGATTTAATGGAGATGGAATCAGACAATGATTTGAAGCGTAGCTACCAAGTCCGGTGGATTCGAGATTGGTGGGAGGTAGGAGTCGAGTCTCACCTCCATGACGTGGGTATGGGGGCTCGCCCAGGCAAGTTATGGAATCTCCATCGATTGGCCGACAAACAAGGTCTTCTCCGGGGGTATAGTATCTTCCAACGAACACAGCTTAGAAAAACAAAAGCTTCCAAAAATAGGAAGAGGAGAGAGAAAATGAGGAACGCTGAAGGAGAAGGCGAAATCTCACAACCCCGTAACTCGCCCCCCGACTCACCGTCGCCGCACCAGTCTCGTCCCACGTCCAACACGAAACCCGACGCAAAATTGAGGCGCAGAAACGCGCCGTTTTTGATCGTTTGTAAATGTTTCAGCGTCATCACTGCTTTATCTGCTATTCTATGTATTGCCGTCAATATTCTCTCTGCTTTTCGTTCCTTCAAGAACGGATCTGATGTTTTTGATGGGATTTTCCGATGTTATGCGGTGGCGCTAGCAATTTTTGTGGTTTTGGCTGAGACGGAGTGGAGTCTCATTTTCAGATTCTGGAAGGTGTTGGAGTATTGGCCTGGCAGAAGCATGCTACAGATCTTCGTTGCTGTTATGACTAGGGCATTCTCTGACTTCATTGGAAAGCAGCGCGACATAGTTCTTCTTCAGAGCATAGCAAGCTATCTGCTGCTTTCTTGCGGTGTTGTGTATCTTGTATCGGGAATCCTTTGCATTGGTGTTATCAAGCGTTCCCTCGAAGAAAAAGAAATTAGTAGGGATCAAGCAGTTAAGGATCTGGAGGAACTGGAGAAGAAACGGCATGAGCTTGAAGCTTTGCTAATTGAAGAAGAAAACGTTAAATAA

Protein sequence

MRRLDVDVKLGVIFSSLQGKQMKKLKIRGNGCRTWEWIDTLVCHVGSQLFCLMRDDLMEMESDNDLKRSYQVRWIRDWWEVGVESHLHDVGMGARPGKLWNLHRLADKQGLLRGYSIFQRTQLRKTKASKNRKRREKMRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRSMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKEISRDQAVKDLEELEKKRHELEALLIEEENVK

Relationships

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


Feature Name	Unique Name	Type
Spo05092.1	Spo05092.1	mRNA

Homology

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BLAST of Spo05092.1 vs. NCBI nr
Match: gi|902169667|gb|KNA07690.1| (hypothetical protein SOVF_168980 [Spinacia oleracea])

HSP 1 Score: 397.5 bits (1020), Expect = 2.400e-107
Identity = 211/211 (100.00%), Postives = 211/211 (100.00%), Query Frame = 1

		  
Query: 138 MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA 197
           MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA
Sbjct: 1   MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA 60

Query: 198 ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR 257
           ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR
Sbjct: 61  ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR 120

Query: 258 SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK 317
           SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK
Sbjct: 121 SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK 180

Query: 318 EISRDQAVKDLEELEKKRHELEALLIEEENV 349
           EISRDQAVKDLEELEKKRHELEALLIEEENV
Sbjct: 181 EISRDQAVKDLEELEKKRHELEALLIEEENV 211

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BLAST of Spo05092.1 vs. NCBI nr
Match: gi|731359656|ref|XP_010691397.1| (PREDICTED: uncharacterized protein LOC104904734 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 303.1 bits (775), Expect = 6.100e-79
Identity = 168/210 (80.00%), Postives = 184/210 (87.62%), Query Frame = 1

		  
Query: 138 MRNAEGEGEISQ---PRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITA 197
           M   +GEGEI++    RNS  +S S  Q     NT  +A L+RRNAPFLIVC+CFSVITA
Sbjct: 1   MAKNQGEGEITEHQLQRNSSSNSNSAPQ-----NTNINAPLQRRNAPFLIVCRCFSVITA 60

Query: 198 LSAILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYW 257
            SA LCIAVN+LSA RSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIF+FWKVLEYW
Sbjct: 61  ASAALCIAVNVLSAVRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFKFWKVLEYW 120

Query: 258 PGRSMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSL 317
           PGRSMLQIFVAVMTRAFSDFIG QRD+VLLQSIASYLLLSCGVVYLVSGILCIG++KRSL
Sbjct: 121 PGRSMLQIFVAVMTRAFSDFIGTQRDLVLLQSIASYLLLSCGVVYLVSGILCIGMLKRSL 180

Query: 318 EEKEISRDQAVKDLEELEKKRHELEALLIE 345
           E+KE +RDQAVKDLEELE+KR ELEALLI+
Sbjct: 181 EQKETTRDQAVKDLEELERKRQELEALLID 205

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BLAST of Spo05092.1 vs. NCBI nr
Match: gi|1009151853|ref|XP_015893776.1| (PREDICTED: uncharacterized protein LOC107427886 [Ziziphus jujuba])

HSP 1 Score: 256.9 bits (655), Expect = 5.000e-65
Identity = 132/183 (72.13%), Postives = 156/183 (85.25%), Query Frame = 1

		  
Query: 163 SRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAILCIAVNILSAFRSFKNGSDVFDGI 222
           +R +S +    +LR R  PFL+VCKCFSVIT+L+AILCIAVNILSA RSFK+GSDVFDGI
Sbjct: 17  TRVSSTSGGSTRLRTRPDPFLVVCKCFSVITSLTAILCIAVNILSAIRSFKDGSDVFDGI 76

Query: 223 FRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRSMLQIFVAVMTRAFSDFIGKQRDIV 282
           FRCYAV +A FVVLAETEW  I +FWKVLEYW GR MLQIFVAVMTRAF D+  KQ+D++
Sbjct: 77  FRCYAVLIAAFVVLAETEWEFIIKFWKVLEYWAGRGMLQIFVAVMTRAFPDYSSKQKDLI 136

Query: 283 LLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKEISRDQAVKDLEELEKKRHELEALL 342
           LLQ+IASYLLL+CGVVY+  GILCIG +KRS ++KE +R+QAVKDLEELE++R ELE LL
Sbjct: 137 LLQNIASYLLLACGVVYVFMGILCIGFLKRSRQQKETTREQAVKDLEELERRREELEQLL 196

Query: 343 IEE 346
           IEE
Sbjct: 197 IEE 199

[Close]

BLAST of Spo05092.1 vs. NCBI nr
Match: gi|568868393|ref|XP_006487484.1| (PREDICTED: uncharacterized protein LOC102618562 isoform X1 [Citrus sinensis])

HSP 1 Score: 253.8 bits (647), Expect = 4.300e-64
Identity = 130/207 (62.80%), Postives = 162/207 (78.26%), Query Frame = 1

		  
Query: 139 RNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAI 198
           RN E  GEISQP       P P    P +      +LR R  P L+VC+CFSV+T+L+A+
Sbjct: 3   RNGERVGEISQP------PPQPQPPPPPARASSGGRLRNRADPLLVVCRCFSVLTSLTAL 62

Query: 199 LCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRS 258
           LC+AVN+LSA RSFKNGSD+FDGIFRCYAV +A FV LAETEW  + +F KVLEYW  R 
Sbjct: 63  LCLAVNVLSAIRSFKNGSDIFDGIFRCYAVVIAFFVALAETEWQFVLKFTKVLEYWVARG 122

Query: 259 MLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKE 318
           MLQIFVAVMTRAF D+  KQ+D++LLQ+IASY+LL+CGVVY++SGILCIG IKR+ ++KE
Sbjct: 123 MLQIFVAVMTRAFPDYSAKQKDLILLQNIASYMLLACGVVYVISGILCIGCIKRARQQKE 182

Query: 319 ISRDQAVKDLEELEKKRHELEALLIEE 346
           ++RDQAVKDLE+LE++R ELE LL+ E
Sbjct: 183 MTRDQAVKDLEDLEQRREELEQLLVAE 203

[Close]

BLAST of Spo05092.1 vs. NCBI nr
Match: gi|567862158|ref|XP_006423733.1| (hypothetical protein CICLE_v10029296mg [Citrus clementina])

HSP 1 Score: 253.1 bits (645), Expect = 7.300e-64
Identity = 129/207 (62.32%), Postives = 162/207 (78.26%), Query Frame = 1

		  
Query: 139 RNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAI 198
           RN E  GEISQP       P P    P +      +LR R  P L+VC+C+SV+T+L+A+
Sbjct: 3   RNGERVGEISQP------PPQPQPPPPPARASSGGRLRNRADPLLVVCRCYSVLTSLTAL 62

Query: 199 LCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRS 258
           LC+AVN+LSA RSFKNGSD+FDGIFRCYAV +A FV LAETEW  + +F KVLEYW  R 
Sbjct: 63  LCLAVNVLSAIRSFKNGSDIFDGIFRCYAVVIAFFVALAETEWQFVLKFTKVLEYWVARG 122

Query: 259 MLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKE 318
           MLQIFVAVMTRAF D+  KQ+D++LLQ+IASY+LL+CGVVY++SGILCIG IKR+ ++KE
Sbjct: 123 MLQIFVAVMTRAFPDYSAKQKDLILLQNIASYMLLACGVVYVISGILCIGCIKRARQQKE 182

Query: 319 ISRDQAVKDLEELEKKRHELEALLIEE 346
           ++RDQAVKDLE+LE++R ELE LL+ E
Sbjct: 183 MTRDQAVKDLEDLERRREELEQLLVAE 203

[Close]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QKB1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_168980 PE=4 SV=1)

HSP 1 Score: 397.5 bits (1020), Expect = 1.700e-107
Identity = 211/211 (100.00%), Postives = 211/211 (100.00%), Query Frame = 1

		  
Query: 138 MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA 197
           MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA
Sbjct: 1   MRNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSA 60

Query: 198 ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR 257
           ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR
Sbjct: 61  ILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGR 120

Query: 258 SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK 317
           SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK
Sbjct: 121 SMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEK 180

Query: 318 EISRDQAVKDLEELEKKRHELEALLIEEENV 349
           EISRDQAVKDLEELEKKRHELEALLIEEENV
Sbjct: 181 EISRDQAVKDLEELEKKRHELEALLIEEENV 211

[Close]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Match: V4RR17_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10029296mg PE=4 SV=1)

HSP 1 Score: 253.1 bits (645), Expect = 5.100e-64
Identity = 129/207 (62.32%), Postives = 162/207 (78.26%), Query Frame = 1

		  
Query: 139 RNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAI 198
           RN E  GEISQP       P P    P +      +LR R  P L+VC+C+SV+T+L+A+
Sbjct: 3   RNGERVGEISQP------PPQPQPPPPPARASSGGRLRNRADPLLVVCRCYSVLTSLTAL 62

Query: 199 LCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRS 258
           LC+AVN+LSA RSFKNGSD+FDGIFRCYAV +A FV LAETEW  + +F KVLEYW  R 
Sbjct: 63  LCLAVNVLSAIRSFKNGSDIFDGIFRCYAVVIAFFVALAETEWQFVLKFTKVLEYWVARG 122

Query: 259 MLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKE 318
           MLQIFVAVMTRAF D+  KQ+D++LLQ+IASY+LL+CGVVY++SGILCIG IKR+ ++KE
Sbjct: 123 MLQIFVAVMTRAFPDYSAKQKDLILLQNIASYMLLACGVVYVISGILCIGCIKRARQQKE 182

Query: 319 ISRDQAVKDLEELEKKRHELEALLIEE 346
           ++RDQAVKDLE+LE++R ELE LL+ E
Sbjct: 183 MTRDQAVKDLEDLERRREELEQLLVAE 203

[Close]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Match: A0A067E4Q1_CITSI (Uncharacterized protein OS=Citrus sinensis GN=CISIN_1g028694mg PE=4 SV=1)

HSP 1 Score: 253.1 bits (645), Expect = 5.100e-64
Identity = 129/207 (62.32%), Postives = 162/207 (78.26%), Query Frame = 1

		  
Query: 139 RNAEGEGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAI 198
           RN E  GEISQP       P P    P +      +LR R  P L+VC+C+SV+T+L+A+
Sbjct: 3   RNGERVGEISQP------PPQPQPPPPPARASSGGRLRNRADPLLVVCRCYSVLTSLTAL 62

Query: 199 LCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRS 258
           LC+AVN+LSA RSFKNGSD+FDGIFRCYAV +A FV LAETEW  + +F KVLEYW  R 
Sbjct: 63  LCLAVNVLSAIRSFKNGSDIFDGIFRCYAVVIAFFVALAETEWQFVLKFTKVLEYWVARG 122

Query: 259 MLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKE 318
           MLQIFVAVMTRAF D+  KQ+D++LLQ+IASY+LL+CGVVY++SGILCIG IKR+ ++KE
Sbjct: 123 MLQIFVAVMTRAFPDYSAKQKDLILLQNIASYMLLACGVVYVISGILCIGCIKRARQQKE 182

Query: 319 ISRDQAVKDLEELEKKRHELEALLIEE 346
           ++RDQAVKDLE+LE++R ELE LL+ E
Sbjct: 183 MTRDQAVKDLEDLERRREELEQLLVAE 203

[Close]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Match: A0A0D2V9Q5_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_013G055400 PE=4 SV=1)

HSP 1 Score: 251.9 bits (642), Expect = 1.100e-63
Identity = 131/190 (68.95%), Postives = 159/190 (83.68%), Query Frame = 1

		  
Query: 156 DSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAILCIAVNILSAFRSFKNG 215
           D   P   R +S+T+    LR R  PFL+VC+CFSVIT+L+AILCIAVN+LSA RSFKNG
Sbjct: 10  DGGEPVLPRASSSTR----LRSRPDPFLVVCRCFSVITSLTAILCIAVNVLSAVRSFKNG 69

Query: 216 SDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRSMLQIFVAVMTRAFSDFI 275
           +DVFDGIFRCYAV +A FVVLAETEW  I +FWKVLEYW GR MLQIFVAVMTRAF D+ 
Sbjct: 70  ADVFDGIFRCYAVVIAFFVVLAETEWGFIIKFWKVLEYWAGRGMLQIFVAVMTRAFPDYT 129

Query: 276 GKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKEISRDQAVKDLEELEKKR 335
            +Q+D+VLLQ+IASY+LL+CGVVY+ SGILCIG +KRS ++KEI+R+QAV+DLEELE++R
Sbjct: 130 ERQKDLVLLQNIASYMLLACGVVYVFSGILCIGFLKRSRQQKEITREQAVQDLEELERRR 189

Query: 336 HELEALLIEE 346
            ELE LL+ E
Sbjct: 190 EELEQLLLAE 195

[Close]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Match: A0A068TMY3_COFCA (Uncharacterized protein OS=Coffea canephora GN=GSCOC_T00014714001 PE=4 SV=1)

HSP 1 Score: 250.4 bits (638), Expect = 3.300e-63
Identity = 131/202 (64.85%), Postives = 159/202 (78.71%), Query Frame = 1

		  
Query: 144 EGEISQPRNSPPDSPSPHQSRPTSNTKPDAKLRRRNAPFLIVCKCFSVITALSAILCIAV 203
           EGE   PR           S  +S +     +R    PFL+VC+CFS ITA +A+LCIAV
Sbjct: 7   EGEHPAPRRGS-------NSGSSSTSSATRTVRAGTDPFLVVCRCFSFITAFAALLCIAV 66

Query: 204 NILSAFRSFKNGSDVFDGIFRCYAVALAIFVVLAETEWSLIFRFWKVLEYWPGRSMLQIF 263
           NILSA RSFKNGSDVFDGIFRCYAV +AIF VLAE EW  IF+FWKVLEYW GR MLQIF
Sbjct: 67  NILSAIRSFKNGSDVFDGIFRCYAVVIAIFAVLAEMEWGFIFKFWKVLEYWAGRGMLQIF 126

Query: 264 VAVMTRAFSDFIGKQRDIVLLQSIASYLLLSCGVVYLVSGILCIGVIKRSLEEKEISRDQ 323
           VAVMTRAF ++ G+++++VLLQ IA YLLLSCG++Y+VSGILCIG +KR+ ++KE+SRDQ
Sbjct: 127 VAVMTRAFPEYSGERQELVLLQKIACYLLLSCGLIYIVSGILCIGALKRARQKKEVSRDQ 186

Query: 324 AVKDLEELEKKRHELEALLIEE 346
           AVKDLEELE++R ELEALL+E+
Sbjct: 187 AVKDLEELERRREELEALLVED 201

[Close]

BLAST of Spo05092.1 vs. TAIR (Arabidopsis)
Match: AT4G33625.1 (FUNCTIONS IN: molecular_function unknown)

HSP 1 Score: 228.8 bits (582), Expect = 5.200e-60
Identity = 109/174 (62.64%), Postives = 148/174 (85.06%), Query Frame = 1

		  
Query: 174 KLRRRNAPFLIVCKCFSVITALSAILCIAVNILSAFRSFKNGSDVFDGIFRCYAVALAIF 233
           KL  R  PFL+VC+CFS++T+L AILC+ VN+L+A RSF++  D+FDGIFRCYAV +A F
Sbjct: 22  KLGNRADPFLVVCRCFSLVTSLIAILCVVVNVLAAVRSFRDSHDLFDGIFRCYAVVIACF 81

Query: 234 VVLAETEWSLIFRFWKVLEYWPGRSMLQIFVAVMTRAFSDFIGKQRDIVLLQSIASYLLL 293
           VVL ETEW  I +F KVLEYW GR MLQIFVAVMTRAF D++ +++D++LLQ+IASYLLL
Sbjct: 82  VVLVETEWGFILKFSKVLEYWAGRGMLQIFVAVMTRAFPDYMTQKKDLLLLQNIASYLLL 141

Query: 294 SCGVVYLVSGILCIGVIKRSLEEKEISRDQAVKDLEELEKKRHELEALLIEEEN 348
           +CGV+Y++SG+LCIG +KR+ ++KE+SR+QAVKDLEE+ +++ ELE LL+E ++
Sbjct: 142 ACGVIYVISGVLCIGFLKRARQQKEVSREQAVKDLEEIARRKEELEQLLLEHQS 195

The following BLAST results are available for this feature:

BLAST of Spo05092.1 vs. NCBI nr
BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
BLAST of Spo05092.1 vs. ExPASy Swiss-Prot
BLAST of Spo05092.1 vs. TAIR (Arabidopsis)

BLAST of Spo05092.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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Match Name	E-value	Identity	Description
gi\|902169667\|gb\|KNA07690.1\|	2.4e-107	100.	hypothetical protein SOVF_1689...	[more]
gi\|731359656\|ref\|XP_010691397.1\|	6.1e-79	80.0	PREDICTED: uncharacterized pro...	[more]
gi\|1009151853\|ref\|XP_015893776.1\|	5.0e-65	72.1	PREDICTED: uncharacterized pro...	[more]
gi\|568868393\|ref\|XP_006487484.1\|	4.3e-64	62.8	PREDICTED: uncharacterized pro...	[more]
gi\|567862158\|ref\|XP_006423733.1\|	7.3e-64	62.3	hypothetical protein CICLE_v10...	[more]

BLAST of Spo05092.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
A0A0K9QKB1_SPIOL	1.7e-107	100.	Uncharacterized protein OS=Spi...	[more]
V4RR17_9ROSI	5.1e-64	62.3	Uncharacterized protein OS=Cit...	[more]
A0A067E4Q1_CITSI	5.1e-64	62.3	Uncharacterized protein OS=Cit...	[more]
A0A0D2V9Q5_GOSRA	1.1e-63	68.9	Uncharacterized protein OS=Gos...	[more]
A0A068TMY3_COFCA	3.3e-63	64.8	Uncharacterized protein OS=Cof...	[more]

BLAST of Spo05092.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0

Position :

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x 1


Match Name	E-value	Identity	Description

BLAST of Spo05092.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1

Position :

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x 1


Match Name	E-value	Identity	Description
AT4G33625.1	5.2e-60	62.6	FUNCTIONS IN: molecular_functi...	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013714	Golgi apparatus membrane protein TVP15	PFAM	PF08507	COPI_assoc	coord: 186..324 score: 2.3
None	No IPR available	unknown	Coil	Coil	coord: 314..348 scor
None	No IPR available	PANTHER	PTHR34965	FAMILY NOT NAMED	coord: 151..348 score: 5.0

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090305	nucleic acid phosphodiester bond hydrolysis
biological_process	GO:0006418	tRNA aminoacylation for protein translation
biological_process	GO:0044237	cellular metabolic process
biological_process	GO:0008152	metabolic process
biological_process	GO:0006626	protein targeting to mitochondrion
cellular_component	GO:0005774	vacuolar membrane
cellular_component	GO:0016020	membrane
cellular_component	GO:0005829	cytosol
cellular_component	GO:0005739	mitochondrion
molecular_function	GO:0004812	aminoacyl-tRNA ligase activity
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004518	nuclease activity
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0043565	sequence-specific DNA binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo23000	0.72	Barchart \| Table
Spo22993	0.70	Barchart \| Table
Spo14742	0.69	Barchart \| Table
Spo07644	0.69	Barchart \| Table
Spo18150	0.68	Barchart \| Table
Spo24750	0.66	Barchart \| Table
Spo01272	0.66	Barchart \| Table
Spo26302	0.65	Barchart \| Table
Spo02519	0.65	Barchart \| Table
Spo04377	0.65	Barchart \| Table
Spo07768	0.65	Barchart \| Table
Spo26195	0.65	Barchart \| Table
Spo00360	0.65	Barchart \| Table