Spo06227 (gene)

Overview
NameSpo06227
Typegene
OrganismSpinacia oleracea (Spinach)
Descriptionintegral membrane TerC family protein
LocationSuper_scaffold_18 : 203312 .. 219031 (-)
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.
ATGTATGTTGTGGAAGAGTTGCCCTCCATTGGAGCTGTCTCGAGGTATATGGAGAAGAAGTGGAGTCAGGTGGTCAAACCTCAAGTTTTCCTTCATGATGAAGGTTTCTTTGTGCTTAAGTTTGCCTCCATTGCAGACAGAAATGCTATTTTGTTTGCTGGTCCACACTCGTATGGTAGACCCATGATTGTTAAGCCATGGGCTGCAAACTTCAGTTTCCATGATGAAATATTGCGTGTGGTTCCCTTATGGATTAAGCTGCCTAATTTGCCTCTTAATTGTTGGGGTACTGACTCTTTGAACAGAATTGGTAGTTTAGTAGGGGTTCCATCGCATGCTGATGAATGCACATCTAAGCAACTTAGAATTTCATTTGCTAGAATTCCAGTGGAAGTGGATGTAACAAAAGAGCTACCCCATTCTGTGCTTGTGAAAGATCCTAGTGGTCTGTATGACTGGATGCCGTGTAAGACTTGTAAGACTGTGGTCATTGCTCTAAGAGCAAGCAAACCGACACTGATTTCAACCTGCCGTCCACCAACAGAAGGTTACTAAGAAATGGGTGGTGAATGGACCAATGGACCTGTCAACACTGCAACTACAACTACAACTACTGAGATTGCAAAGGGTGATGTCCAACTCCTGCAGTGGATGAAGTGGATGAAGAGCCAGTTGATGATGGGTGGAGGGTGGTTTCAAGAAGGAAAATGCTTCATAGATCTCCTCTGGGCACTCTTTTGACCTCTATTCCAGAGGGGTTAGCTCAGGTGAATCTTGCATATGATGTAATGGATGGTATAGGGGGGGTTTAGGTGGGGAAGAGACTCATCCTCACATAGTTCCATGATCTGCAGCTGGAATGTGAGAGGTTTTAATGACCTCAGTAAGGAAAGGGAGGTGAGGAAGGTTCTAACTCATAATAAAGTGAGTATTGTAGCTTTATTTGAAACTATAGTTAAGTGTGGGAAAGTAAGAGGATAATAGGGAAATTTGGTTCCATTTGGTCCTAGGGGTAGGATTTGGCTTGCCTGGTATCATTATGATGTTACTGCCCAAATCATTCAGCACAGCTAATTCATCGTTGGGTTCAACTCAAGAATGGGAAAACTGATTTCTACCTCACTGTGGTGTGGATTACACGTAGTGGACACAAGGAAACCTTTATGGCATGATCTGTCCTTTTTGGCTAATAGTATTACAATGCCCTGGTGTGTTATTGGTGATTTCAACGTTGTTCTATATGATGGTGACAGGATTAATGGAAATCCTATAGCTACTGTGTAAACTGCTGACTTTGGTTGTCTAACATTGATCTAGGGGGAGATGAAGGCTTGTGGCAGTTTCTTCTCATGGAGTAATAAAGGTTTGGGAGATACTAGGGTCTCTTCAAGGATAGACAGGTGCCTTTGTAATTCTACATGGCATTTTGTCTTCCCTATCTCTCTAGTGGAATATCTCAATCCAGGTGTTTCAGATCACTCTCCTTTGGTTATTCATGGTAACCTATAGGTCAAGCAAGGAGGGAGGCCCGTTAAAATTTTCAATTACATGGCTGGCCATGTAGAATTCCATCAAGTCATCAGTGAAAGTGATCAGTGAAGGCTGGAATGTTCCTTTTATGGGTACTCCAATGTTTCAAGTTTTGGAGAAGATCAAACATATTAAAACTGGTCTTAAAAGGATCCATAGTAGGGACTTTGCTAAGTTGGAGGATAGAATTGAGCATATCAAAGGAGAGTGAGATATTGTCCGAGTCAGTTGTCCAACAATCATACAGATCTTGATCTTTAGATGAAGAAAAAAGAAACACTTGCTTCTCTTAAAAAGTTTCTTGCTGTCCTGGAGAGTGTCTATAAGCAGAAGTCAAGGATTGGCTTAAGCTTGGTGATTCAAACCCCAAATTCTTCTTCACTACCATGAAGGAAAGGTATTCCAACAATAGTATTGACCTGCTTTATGATAGTAGTGGCAATAAATTGAGTAGTGCAGTGGAAATCAAGGAGAATATTAGGGTCTTCTATAAGGGGTTGATTGGAACAACTGCTGACTCTATTCTAGGAGTTGACGTAACTGTTGTCAGGCAAGGTCCACGACTAACTGCTGATGCTGCTCAACACTTGATAAGACTTGTCCTACACAGGAAATTGATATAGCTCTTAAAGGGATTGACATTAATAAAGCTCGATGGACTCAATAGCCTTTTCTTTCAGAAGGCTTGGCCAACCATCAAGACTTGGATTTATGAACCTGTGTTAGACTTCTTTGACAATGGCAAATTGCTCAAACAGGTTAATACTGTAGTCACCTTAATCTCAAAGTTCAGAATGCTTCTTGTGTGAAGGACTATAAGCCTATTGCCTGCTGTTATGTTATTTATAAGCTTATTTCAAAAGTTCTCACATCTAGACCGTTGACAGTGGTGGGGGATGTAGTTAGTGATGCTCAAACTGGATTTATTCCTGGCAGATCAATTGTTGATAACATTCTCCTGGCCTCTGAGTTGATTAAGGGGTATACTAGGAAACATATCTCACCAAGGTCCATGATCAAGATTGATCTTAGAAAGGCTTATGACTCTCTTGAATGGCCTTTCCTCAAAACAATGTTACAAGAGCTTGGCTTTCCGTCCATTTTTGTAGGGTGGATCATGGAGTGTCTTTCTACTGTTTCTTACTCCCTTTTGGTCAATGGTTATCCCACTGGTCATATTCATGCAATTCTGCAAATAAAGAACTTAGACAGGGTGACCTTATCTCTCCTTTTCTATTTGCCCTTGGAATGGAATATCTATCTAGATGTCTGCTGCAGTGGTTGGCACTCATGGTTTCAAGTTTCATCCTAGATGTAAAAAACTGTGAATCACTCATATGATGTTTGCAGATGATCTTCTGATGTTCTTGATGTATCTGATGATGATGAGTCTAGTATTAGAGGTGGACTAGGTAAGATCAAGGATTCCTTCCCCTTTAAATACCTTGATGTTCCTCTACCACTAGAAAACTAAAGTACACTGATCGTAGGCCTCTCATTAATAAAACTATTGTAAAATTCAGGAGTTGGTCTGCTAAGCTTCTCTCCTATGCCGGTAGGCTTCAGTTGTAAAACAATTCTCTATGGAATGCAACTTTATTGGTGTCAAATTTTTATCATGCCTAGGAAGGTCATGAGAGAGATTCATGTTGTTTGCAGGGCTTTCCTAAGGGCTTTCCTATGGATTGGTGGGGATATGGGATCTAAGAAAGCTCAGTGGCTTGGGAACAACTCTGTCTTGATATTTGAGGGATCTTATAGTGTGGAACAAAACAAAGTTGTAGTCCTAAAACATTGTTGGGCTCTTTCTTTGAAGCAGGACAGGCTTTGGATTAAATGGGTGCACGTGTACTATGTGAAGAAAAATGACTCCGGACCATGAATTTTCCTAATGGACTGAGTTGGTCCCTTAGGAAAATATGTAGGAAAATACAAGATTCAGAAAATGTACAAGCACTTGAAGTAGGAAGGTAATAAGGTGGATTGAAGAAGGCTCATTTGTAACAATAGAGCTAGTCCTAAGAGTATCTTTATAATTTGGCTAACAGTTCAAAACAGGCTTCCAACTAAATACAAACCGTTGCAATGGAACATGAGTGTGGATGGTGTTTGCAGTTTATGCCAACAGGAACCTGAGAATCTGCATCAATTATTTTTTAAGTGTCCTGTTTCTCCTAAAGTCTAGTCTAGTGTGTAAACCAAAATAGGATTTATCATTAGTATAGGTGATTTCCCTGAGGAGGTAAAATGGATTACCAAGAAGTGTAGAGTCAAAAAACCAGAAGCTAGGGTCATCTTTTTCTGAAACAGTGTATCGGTTGTGGCTGCAGAGGAATGCCAAGATCTTCAGTTGGACAATTGCAGTGTTATAGTTCATAGTATTTTGTTTCATGTAGCTTGTATATGATGCAATGAGTGGTTATATTGCTTAAGTAGTAGGTGGTGGTATTTCCTCAACCGGAGGATTTTGTTCCACTTTCAGCCTAGGTGATTTGTTGGATTGTGGTTATTTTGTAATCTTATCCTTTTGGTAATAATACTTCTTTGTTTGCCAAAAAAAAAAAAACAATAGAGCTCAAATTAGGGAAAAAAATCTACATTTATAATAATACATTTGTAAACCATATTCATCACTCCTAAGTCCTAACTAGAAGGTTTGTAAAATACTCTACATGATAATAATACATTTGTAATGTCCTAGAGGTTTGCCTTATTGCACCAAATACCCCTAAACTTTTCAGAATGCACCAAATACCCCCGAGGTTTGGGAAAATACACTCAAGTACCCTTTTTGCCCCATTTTGACCGACGACGTTAACTTTCCGTTAACTGTTTTTTTCCCTCTTAATTTTCTTTTTTCCCCTTTTCTTTCTCTTTTCTTTTCTCTCCCCTTTCCATCCAGCCAACCATGGAGCAAAAGCAAGGCAGGGGCAGAGGTGAGCACGACGAGGAAGGAAGAAGGGCTGCGGCTGAGGCTTGGGTGGTGCTGCGTGGCTGCGGCCAGGGCTGAGGAGAAGGAGGCAGGGAGGGCGAGATAAGGTGAGCACGACGAGGAAGGAAGAAGGGGGCCGCGGCGTCACTCCAGCAAGGCAGAAGGGGTACGCCGGCTGGGGTGGTGTTGCTTATCTGCGGCCAGCGTGGAGGAGGAGGCAGGGAGGGCGAGAGAAGGTGAGCACGACGAGGAAGGAAGAAGGGCGCCGCGGCTCAGGCTTGGGCGCGGCGTCACGCCGACAAGGCAAAAGGAGTACGCCGGCTGGGGTGGTGCTGCGTGGCTGCGGCCAGCGCGGAGGAGAAGAAGACAGGAAGCGCGAGAGAAGGAAAGGAAGACGAGGGCGTGGTGTTGCGGTGGTTGCGGGTCGTCTGCAGCAATTAAGGCGGTGGTGGCGCGGGTGGTTAGTGGTGGTGAAGGTTCTAAACAGGAAAAATTGGAGGTTAATTGTTTTTTTTTGGGGTTAATTGATTTTTTTGGGTTAATTGATTTTTTGGGGGTTAATTTATTATTTTTGGGGTTAATTGATTTTTTTGAGGTTAATTGATTTTTTTTATTTACTTTAATTAAGGGTTAATGTTAGGATTAGTAGTTAAAATGGTTGATTAAGGGCAAAAGGGTAAACATACGCTAATGGAGACTTAATGTCCGTTAGCCTTGTGGGCATTTTGTATTATTTTTCAAAACCTCATGGGTATTTGGTGCATTCTGGAAAGTTTAGGGGTATTTGGTGCATTAAGGCAAACCTCAGGGGCATTTCATGAAAAATCCCATTTGTAAAACATATTCAGTGGAAAGGGAGTCCAATGCAAACCAATGAATGGGACGAACAAAAACGAAATTTTTAATCAGTAAAAATGTAAAATGAAAATACAAGGATTTGATAGTTCTCGCGATAACACTGAAACTTGAAGAGCTTTAAATTTGTGGCATTTATGACGTACTTCCTCCATTTCTCTTTACTTGCAAGTTGCAATACTTCATTATCACATTTGTCACTGCACAACTTGAACAATTAATATCTTTAATTAACAATAAGTACAAATATAAAAAGTTAATATTCAGAAAATGCATTATGACGAATCTCTCATGAATATGTTTTACCTTAAGTATAATCATCAAAGATAAACAAAGTAGTGTATGTGAATAGTGCAAAAACCAAAGTGTTGCAAGTAAAAAAAAAACGGAGGAACATTATAGTATACAACGATTGCCTATAGCCATTTATATTAAACTGGAAGCCTTTTTCCCCCCTCTTTCCTAGGGGGGAAGGGGGTGTGTAGAAGATTGAATCAATCCGTAACCATGAGTTTTTCTCATTATTGCCAATTATCTCTGCCCAATCCTAACCTTGTGAGCCAGATTTCAAGAAGAAAGGAAATGAACTGTGGGAAATGCTATATATAAGAAGGATAGGGAGAAAGAAGCCATGAAGAACATTATTGAAAATTTTCTTTGGTTTTAGTTTACACTTTGGAGAGAACGAGCCTCTGGGACGCTTGTATTATCTTCTATTTATAAAGCTAACTAACTTGCTGTCTTGCTTTCCCTGCCATTGTTTTTTGGAAAATTCGCCTGAACCAATCTTTTATAAGACCCTTTTTGTCAAAAATTACTTTATATAAAAAAGGATGTTGGAAATTACTACAATTACAGAACCCATGCTCCATGGTTTGCTTAATGTTGAACCCATGCTCCATTTTCTTTGGTTGATCATCTTGCTAGAAATATCATCGCCATCTTCATCAACTTTGGATTGGTGAGATTTTATGAAATGATGAATCTTGGCCTCTTGGATCTAGAACTGTTTGATCAAAAGAATTAAAGGGAACAAAATATAGGATAACGAAAGGTGAGTTAGAAAAGTAGGAAAAGGAAGAGAACAGAGGAAAAAAGAAAAAGTCAACTTCCAAAGAGTTGGTCAACTTGTGGTATATGTTTGCGAAAAAAGTATCTTCAAAGGTAGTATCTCAAAACCTTTCTTTATAAATTAGTTTTTGACAAGGCGTGTCTTATAGAAGGTTTTATTTTGGCAAATCTGTTCATTTTTGTTTTAAATGTTGCATGTAGATTTTTGAGACTAAAAAAATCAATTTAATTGTAAATATTTCCATAACTTGGCAAAGTTCAATAATCAAATTGGTGGTAAGGCCAAGAGCCAAGTCCAGAAAAGTTCAACAAGTCGTAGATCCTACTATAATATATCTCTGGTAGATCACACTGGTTATCTAACCCCATTCTAATCCTATGTTGCTGGATCTTTTCATTTCTTCTTTTGTCGAATATTAAACTCTGTAGAGTGTGGACAATTTACTAGGTTGAAAATCTTGACACTTTGTTTTGGACCAAAAACATGTGCATTATCCATGAAATTATTGAGTCTAACATCAGGACAGGTACTCTTGTCGGGGCTGAGCCCGAGTGTTACAGTCCAGTACTTCAATTGCTCCAACCTGATGTAGAAAGTTGAAATGTCAGTGGAATCATGATCTTGATTTTAGCTTCCCTAGATGGGGTTGTTAGTGTATATTTTGTAGTTTGGATTACTTTTTTGCACGGAATTATTTATATTGTTCTGCTGATGCATGCAGCATACTTAGATCAACATCATCTTCTACTTACAAAGTGTCAAATCTCCCTTTTCCCATTTCCCATTTCCATTTCCATTTCGTGTCTACTTTTATGTTATATGGACTCGGAAATACTGCTAAGTGTTATCAATGAGAATTTCATATTCTTTTTAATAGTACTTTCTGTAACTGACAATAATGCATTGCTGTGTAGCCAGCTTTATAACGATTTTGAGAATGCTAAGATTATCCAGTTACAACCAATTCAATCACTTTTAAGCAGGCCAAGCAGCCGCAGTATACCAGAAAGCTGTGGTTAACCCTCATAGAGTTGCAGTGAGGCCATGATCGATGTTAATAGTCTGATACTCTGATAGCTTCAGTTTTGAGTCTTTCGACCTGATAAGTGTCTCTAACGTCTCGGTGCTGATTTTCTTTTTATTTTGTTGATCTTAGTCAAGATTTGGTGCCTGTGGTGAGAAGCTAGATAATAGACTTAGTCCTGTGAGAGAGCCTACACTGATTTGATTAGGGGAATGGAGAATTTTTAAGGTATCATATCAGAAAGTTTACTGAGATATTGAATCATTGAACGTATGGAAAACAGTTGAATCAGTTCTCTTACCTCCAGAGTCCAGAAGTACAAGGATAAGCGCTGAAGTTTAAATTTATATTCTTGGTCTTCAGAGAGAAATAGAGCAAAGAATTAAAAAGTTTCTGTTAATTTGATATTGCTACTGTCTGGTTGACTCACTTGAAACAGGACCACCTTAAGAAAGTAGACTTTGTTTTCTGCAGAGAGCTAAGTGGATCATGGTTGATGATTATACATGTTCTAGACTAGTTCAATTTGACTATATTCTTGGTAAAGGGTCCTAAGTTACAATAAAGGCTATGTTTGGCAACACTGGTTGAAATGAAGCTGAATCTGATACAACTAAGCATTAACAAAAATAGGTAGTAACTGAAACTGGTAAGGTGGCTGATTGTAAGATGATTACATGAGTGGTTGGTAGAACGAAGAAGTTGTTTATGTAGATGAAATTTTATGATTTTATTTTAATTGAAACTTTAGCAGAAATTTTCATCTACCTTGTCATATTAGTCACCTGAATCAGTTACCAGACAAAAGCCTGTTTCAAGTAAATATAATTGCTAGAATACTTGATTTACAATGCTGTAAGACTGTAAGGTTGATTATTATAGTGAACACTTTGCTGTCGGTGTTCATTGTCCAAAGTTCTCATTTCCCATCTTCTCAACTTTGCAGCTAATTATGATGGCAATCGGTTTTTCACAATCGACAATGGTGTGTGGAAGGTTAGTCACAAATCAACATTGGTTATTAATTTCTTTGTTCATGGATGCTTATAGTGAACAGCTTGTACAAACTGGAGTGTTCCAACAGTTATCTACTTCCTCTGTTCCACAATAGATGCATCATTTCTCATTGCACGTATGCCAACGCGCTTATTTGAACATTAATGTCTCTAAATGCGTATAAGTAAAAATTATAAAAAGTTGATATTTGGAATCCTTGCATTAATACGATTTTAACAAGATCACACTTGACTATGTTTTTTTTCTTACACAACAGTGAAAGAAAGGTTGTCAAAGTTGATTGATGAATAGTGCGCAAATGAGAAATGATGCATCTATTGTGGAACGGAGGAAGTACTTGATTAATTGGATTGTCATTGTATGAGCTTCATTATGTAATGCTATTGTTTTTAACCTCTTTCACCCCCATTAAAAAAAATGCATAAAAAAAACTGTTTGTGCCTCGTTAATAATCAAGGTAATAAGGTCATTCACTACACCAACTAGTCGAGGGGTTTCGTTGTCATACAAAAATAATATGTAATGCTATTGTTGTTAACGCTATTGTTGTTAACCTTTGTCCATTTCCGATGGAGCCAAAGTTTCATTTGTTCTTTTGGCCGTGGGATGTAATGGACTAAATCAAAATGGCTCTTAAAACCTCTTCGCCTCCTTTCAATGAAGTAGAAGATGGTCGTCCCGTTGTCGTCCTATTATTGCTTTTGGGTCAATTGGAAACAACCTCTCTGAAATTGCAGGGTTAAGGTTGCGTACACCCGACCCCCCTTACCCCGCTTCTTACGGGAGCCTCTTTGAGGCAATGGGGTAATGATAATGATGATAATGATAATGCTATTGTTGTTAACCTCTTCATCCCCATAAAAAAAAGTGAATCAGAAAAACTTTTTGTGCCTCATTAATAATAAAGGTGACAAAGTGATAGAATTGCAAGTAGTAGGGGAAGACCTAAGAAAACTTGGAGGAAGGTGATTGAGCATGATATGAGCTTTCTTGGGATTGAGGAAAATATGGCGTTGGATAGGACAGAGTGGAGGGAGAGAATATACGTTGATGACTTCATTTGACTTATACAACTTTCATGTTTCTGTTTCTTTCTATTTTTTAATTTTTTAATTTTAATTTTTAATTTTTATTTTATTTGTAAAATTCTTTTAAATTTTATTTTTAATTGTACATGCTATTTTGAAATGTACTTATTTTACTTATTCATTTATTTTAAACTTTACTTATTTTTTATTATTTCTTACAATATTTCTTCTATAATATATATATATATATATATATATATATATATATATATATATATATATATATATAGGGGAGGGATCCGGTAAGAACACCTCCTTAGGTAAGAACACTTCTTATGGTAAGAACACTTTTACACTCTCCATGTTCTATATTTGTTCAAACATGTTCTATATTTGTTCAAACATGTTCAAAATTTGTTCAATCATGTTCAAAATTTATTCAACCATGTTCTAAATTTGTTCAATCATGTTCTAAATTTATTCAACCATGTTCTAAATTTATTCAACCATGTTCTAAATTTTTAAACTCATGTTCTAAAATTATTCAACCATGTTCTAAATGTATTCAACGATGTTCTAAATTTATTCAACCATGTTCTAAATTTATTCCAACATTTTTTAATTTTATTCAACCACGTCCCAAAATTTTAAGCTCATTTTCTAAATTAATTCGAGCATGTTCTAAAATTATTCAATCATGTTCTAAATTTTCAAGCTCATGTTCTAAATTTATTCAAGCATGTTCTAAATTTATTCAACGATGTTCTAAATTTGTTCAACCATGTTTCTAAATTTGTTCAACCATGTTTTAAATTTATTCAACCATGTTCTAAAATTTCAAGCTCATGTTCTATATTAATTCAAGCATGTTCTAAAATTATTCAACCATGATCTAAAATTTCAAGCTCGTGTTCTAAATTTATTCAAGCATGTTCTAAATTTATCTAACGATGTTCTAAATTTATTTAACTATGTTCTAAATTTATTCAAGCATATTCTAAATTTATTCAAGCATGTTCTAAATTTATTCAAACATGTTATAAATTTATTCAACCATGTTCTAAATTTTAAATCCCATGTTCTAAATTTATTCAAGAATATCCTAAATTTATTCAAGCATGTTCTAAATTTATTCAACGATGTTCTAAATTTATTTAACCATGTTCTATTTTATTCAACCATATTCTAAATTTAGAACATGAAAACCTAGCCAACACATATACAAATGTTCTAAATTTTCAAGCTCTTGTTCTAAATTTATTCAACGATGTTTTAAATTTGTTCAAGCATTTCTAAATTTATTCAAGCATGTTTTAAATTTAGAACACGAGAACCTAGTCAACTCATATACATATATACATGTTCTAAAATTTCAAGCTCATGTTCTAAATTAATTCAAATATGTTCTAAAATTATTAAACATGTTATAAATTTATTCAATCATGTTTTAAATTTATTTAAGCATGTTCTAAATCCATTCAAACATGTTCTAAATCTATATAATGATGTTCTAAATCCATTCAAACATGTTCTAAATTCATTGAAGCATGTTCTAAATTCATTGAAACATGTTCTAAATTTATTCAAGCATTAGCTTGTTTCTAAATTTAGTCAACAATTCGAGGATTTGAAGTCATGAACGCAATAAAGTCCGCTATAGAAAAGGAGTTCCCTGGTGTTGTTTCTTGTGCTGATATTTTAGCTCTGGCTTCTCAGATGCAATTATAACGGTATATATATTGTTATATTTAGATAATTTTAAAGAAATTATTAATTAGTCCAAGTATATAACACTAAATATATAATTGTGAATTTAATTTTGAATTGAAAGTGCTGATTGAAGAGATAATCGGAATTGCTGTGAAAATATAATCGGAATTGGAGGAGGGAGGAGATGCTATGTGGCCGAATTACTGAGAGCGGCGCCGGCACCATTGAAATAATTTCGTATTCGAAGAATCGATTAAAATCGATTTTATTTTGGAATTGAGAAATCAATTGAAATTGATTTTTGAAATCGATTTTAACGAAGAATCGAATGAGAGTTGCTGAATTGAAATTGTGTTTACCTGATTCGTGAAACACAACCACCGCCACCGCTATTTATGGTTCGATTTCAGATTCGGCGACCGGCGATTATGTTCGAACACCGGCGATTTTGTTTGAGCGACAGCGAGCGGCGGCCGACGAGCAGCAAGAAGGAATCACCGCGAGGAGGATGTCGTTGGATGTTGGTGGTGGTGGTGGCTACGAGCGGTGGCCGGATGTGTGTTCGAAAATGGGAGGGAGAGAGGAATTGAAGAGAGAGAGAACAACCACCGCCACAACCGCGGGATACGAGCGGCGGCCGGCGATAGGCTAGCGGCGAGCGGTGAACGGCGACCGGCGAGCAACGGCGGCAGCAAACGACGATCTGATGTTGGTGGTGTTCGAAAGAGAGAGAGGGAGAGGAACTGAAGAGAGAGAGTGTGAAATAATGAGAAAAAAAATCTGGAAAAAAAAATTATTTTTGTTTTTAATCCCAACCGTAAATATTNTGAAATAATGAAAAAAAAAATCTGAAATTTTTTTTTTTTTTGTTTTTAATCCCAACCGTAAATATTTAAAGGTCCAGATTTGTTAAAATCGATTCATTTTGGGCGGTCAGATTAGAAACAATCCAACGGTCTAAAAAGTGTTCTTACCGTAAGAAGTGTTCTCACCGTAAGAAGTGTTTTTACGGGAGCCTTTCTCTCTCTCTCTCTATATATATATATATATATATATATATATATATATATATATATATATACATTTTTCTCTTATCTTACTTTCATTAATTCCACTTTCTCTTTCTTGTTTTTTTTCTTTTTACTTCCTGCTCCTTTCTGGTTTGATTGGTGACAATGACGATCTCCTACGACGATTCATATTAGCCGACCCCAAATCATTTTGGGATTAAGGCTTTGTTGTTGTTGTATTAATAATAAAGGCAATAGGGTCATCCATTAGATCAACTAGTCTAGGGGTTTCGTTGTCATCCAAAAATAGTAAGTCCTTGCATCAGCTAGGGCTGCTAATTGAGCGATCTGAGACCGAGCTTGGGATTGTTCAAGCTCGCCAGCTCGGCTCGTTACACTTGCTCTGAAATAAAATTGGAAGTTATCATTAGTGCAAAGGACAGAGGACAGATACACCATGTAAATGTTAATAACAATTGAAGAAAAGGTAAATGCTCTGGCCAAAAAATCTTCTAATGATGTCGCCATCTCTCAAAAAATATTAATTTTATTCGCTTCAAATTTTAGGGGTTTCTACTTGAGATTAAAGCCCACTGAACAAAGAAGGAAACATCAGCATGTTTCATTCCCTCATAAAGGTGTATGAAGTTGTGCTAGTTGAGCAGATTTCTGCCAATCACGTTACCTTTTGTTTTGCTTAGATGATTCGATAAGTAGTGAAATATTTCTTATCTATGTGTGCATTTATGTTTCCTTTGTACAGTAATTGTATTTGGTTTCTAACAGGCATCTAAACTTTTGGGCAGGCTACACCTTTACTTCTCACTGTAGCAGTTATTGAGTTGAGTGATATTGCTTTTGCCGTAGGTTCTTTATCTCATGTCATGGCTTTTAATTTCATGTTAACTTGATGGATGGTCAACCTTGCTTAGATCATGAACGAATTACTAATAAGTTTTTTGTCTGCCTATATCTGTTACATGTAGGTTGACTCAATACCAGCTGTGTTCGGTGTAACTCGAGATCCTTTCATAGTATTTTCATCCAATCTCTTTGCCATCTTAGGTGATATTTTGTTCTTTGTCCTTTATTGTCTCAGTAAGTTGAACAAATAATACATTGGTGTTAGCTTCCAAATCAACATTGAATATTTCATTCATTATGAGTCTTTCTGATCACTGGCCTGGTGAATGTTTGAGAGTGCTATTTAGGCTTGCTGGTACTTTTTCATCACCAATTAAAGCCAATAACTTTTTTGTGTAGTGAGCTACTATCTAGGTGGGAGAACATATTATTGACATTTTGACAGCATGATGGAAGAAAGTAATACAAGTATTAACTTGGAAAGAAAATATTAATTTTCTGCCAAACACTAAGTTGAGATGGTAAGCACATTGAACAACTGATGGAAAATCATTGATAACGTGAAACTAGCAATGCCTTAACGGCCTGTTTCGTAGCCAGTGATGAATAGTGGGAATGAGAATAAATCTAAGTGTTATTTGGAAGGAAAATAATATCATGAGTCCATGGTAATGAATTTTTGTCACAAACTTGGTGTTTTTCTTCTTAAACTAGTCTTTGGCCCATGCAACGCATGAGTTAATTTGTTAAATAAATTATGTATTTTTCGGGCAATTATAAATTAGGAAAAATTGATTCTAAAAATACAACCTTTAAGCGATCTGCTTAAAAAGGGGTGAAAGTCATTTATGAGGGGAACCCTTTAAAAGAAGACAAGTCTAAAAGGTTGTGTTATTCTTAGTTAAACGGAAAGTCAGCCATTTTTAAGTCAGCCATTTTTAAGCAGATCGATTAAAGGTTGTATTTTTAGAATCAATTTATCCTATAAATTATATAAGTATAATATTAAAACCAAGACATTCTTACTCAAATTATAAATATCATAATTCCGACTTTGAGTAGAGAGAAATTTGTTGTGCAAAATCTTTGACTTAAATGTCTTGCAAGGAAGTAAATTCAAAAAAAGTAAGTTGCTTGGTTCGAAATTTCAGATTTGGCGAAAGGGAGAAGGGAAAGAAAAATAAAATTAGAGTAAAATTTAATGGGGGAAAGAAGTAAGGGAAGATAATTAAGGATTTGAAACCGAAGGGAATCGGAAACGAAATGAAAAAGAAACGGAAAGTTTATGACATTTGAAGAGAAATGTAACAAAAGGCTATTGAAATTCCACAATGTTTATGGATGGTTTTCTTTTAAAAAAAAATTGAAATTGAAGATGTGACACGTGGCAGGCTAAATTTCTTGCAAATCTTCCTGTTATAAAATAGTAGTATAGAATTGAAGATTTGACATGTGGCACGCTAGATTTCTTGCGAATCTTCCCGTTATAAAAATAGTAGTATAGATTTGCATTCCCACCTAATTCCACTCCCAAAATGGTAATGGAAATTTGTAAAGAAAAAGAGGTAATTTTGAGTGAACTAACATTACCATGGGAATGGATATTGAATTTCCTTACAAATTCATTCTCATTCACGCCATTTATGGCCGGCTACCAAACGGGTCGTAAGCGTATACCACACAAAGACCCCACACAACAGTATTCTGAAAAAAAAAATTCAGGCTTCCATCCGACGAGGTAGTATGTAGTTCAACTAATGGTCTAAGAGAAATGGTAATCTGAAAGAAACTATATGGGCTATTTAGCCATGCCCCATTTGGGGACCTTTAAGTCCATTGTAAATTGTCTATGCTAGATTTAGGTGAAACAGAGAGTTCATATTGTTTGCTTGAATTCTGTGGTAATTGCTAAAGTGGAATCAAAGGATTTGGTACATACGAAGCATTAGTTTCCTTAGCTCCAGTGCTTGAAAGCATGCTTTACTTATATTGACTGGTTATCATTTTATATTTATAGTATTTAGATGTACTGATGATATAAATTTGAATGCAGGTTTAAGGTCGTTATATACTCTTATTTCTGAAAGCATGGCCGACTTGGAATATCTGCAGGTGAATGAACTTTTCTGGTTCATTGTTAAGACATATTTATTTCTTGTATATTCATACAGATTTAGGTAATATGCTGCATGTTAGAAACCGTGGTGAATCATTTTCGGAAAAATATGCAGCAAACTCAGTGAAGGCTTGGAAGAAAATATGTCAACTGAAAAGGAATTCAAAATATTCTTCACCATTGGTGCTGTTTGAATAATTTGTGTCAATATAATGCAGTATGTGGATATACCTGGCTATGACCAAGTCGCTGCAATGCCTTGTGTTAATTCTTTATTGCTACTGAATAAAATACTAAGACAGCTTCGATTTGTTTTGTTTCAGCCCTCCATTGCTGTTGTACTAGGCTTTATTGGGCTGAAGATGATCCTTGATTACTTTGGTGGGTGTTTTTACACAAAAAATTCTTTCCTAGTTTTCCTTTTTTGTCTAAATTTAATTTCTTTTTCTCTCCTTTTACTTTTATTTCAGGATTCCATGTTGGAACAGAAGTATCTCTTGGTTTTGTGGCAACGAGTCTTACTACTGGCGTGCTTCTCAGTTTGGTGAAAAAGTCTGAGTAG

mRNA sequence

ATGTATGTTGTGGAAGAGTTGCCCTCCATTGGAGCTGTCTCGAGGTATATGGAGAAGAAGTGGAGTCAGGTGGTCAAACCTCAAGTTTTCCTTCATGATGAAGGTTTCTTTGTGCTTAAGTTTGCCTCCATTGCAGACAGAAATGCTATTTTGTTTGCTGGTCCACACTCGTATGGTAGACCCATGATTGTTAAGCCATGGGCTGCAAACTTCAGTTTCCATGATGAAATATTGCGTGTGGTTCCCTTATGGATTAAGCTGCCTAATTTGCCTCTTAATTGTTGGGGTACTGACTCTTTGAACAGAATTGGTAGTTTAGTAGGGGTTCCATCGCATGCTGATGAATGCACATCTAAGCAACTTAGAATTTCATTTGCTAGAATTCCAGTGGAAGTGGATGTAACAAAAGAGCTACCCCATTCTGTGCTTGTGAAAGATCCTAGTGGTCTGTATGACTGGATGCCGTTGGATGAAGTGGATGAAGAGCCAGTTGATGATGGGTGGAGGGTGGTTTCAAGAAGGAAAATGCTTCATAGATCTCCTCTGGGCACTCTTTTGACCTCTATTCCAGAGGGGTTAGCTCAGGGGGAGATGAAGGCTTGTGGCAGTTTCTTCTCATGGAGTAATAAAGGTTTGGGAGATACTAGGGTCTCTTCAAGGATAGACAGGTGCCTTTGTAATTCTACATGGCATTTTGTCTTCCCTATCTCTCTAGTGGAATATCTCAATCCAGAAGTCAAGGATTGGCTTAAGCTTGGTGATTCAAACCCCAAATTCTTCTTCACTACCATGAAGGAAAGGTATTCCAACAATAGTATTGACCTGCTTTATGATAGTAGTGGCAATAAATTGAGTAGTGCAGTGGAAATCAAGGAGAATATTAGGGTCTTCTATAAGGGGTTGATTGGAACAACTGCTGACTCTATTCTAGGAGTTGACGTAACTGTTGTCAGGCAAGGGCTGAGGAGAAGGAGGCAGGGAGGGCGAGATAAGGTGAGCACGACGAGGAAGGAAGAAGGGGGCCGCGGCGTCACTCCAGCAAGGCAGAAGGGGTACGCCGGCTGGGGTGGTGTTGCTTATCTGCGGCCAGCGTGGAGGAGGAGGCAGGGAGGGCGAGAGAAGGTGAGCACGACGAGGAAGGAAGAAGGGCGCCGCGGCTCAGGCTTGGGCGCGGCGTCACGCCGACAAGGCAAAAGGAGTACGCCGGCTGGGGTGGTGCTGCGTGGCTGCGGCCAGCGCGGAGGAGAAGAAGACAGGAAGCGCGAGAGAAGGAAAGGAAGACGAGGGCGTGGTGTTGCGGTGGTTGCGGGTCGTCTGCAGCAATTAAGGCGGTGGTGGCGCGGGTGCCAGCTTTATAACGATTTTGAGAATGCTAAGATTATCCAGTTACAACCAATTCAATCACTTTTAAGCAGGCCAAGCAGCCGCAGTATACCAGAAAGCTGTGCTAATTATGATGGCAATCGGTTTTTCACAATCGACAATGGTGTGTGGAAGGCTACACCTTTACTTCTCACTGTAGCAGTTATTGAGTTGAGTGATATTGCTTTTGCCGTTGACTCAATACCAGCTGTGTTCGGTGTAACTCGAGATCCTTTCATAGTATTTTCATCCAATCTCTTTGCCATCTTAGGTTTAAGGTCGTTATATACTCTTATTTCTGAAAGCATGGCCGACTTGGAATATCTGCAGCCCTCCATTGCTGTTGTACTAGGCTTTATTGGGCTGAAGATGATCCTTGATTACTTTGGATTCCATGTTGGAACAGAAGTATCTCTTGGTTTTGTGGCAACGAGTCTTACTACTGGCGTGCTTCTCAGTTTGGTGAAAAAGTCTGAGTAG

Coding sequence (CDS)

ATGTATGTTGTGGAAGAGTTGCCCTCCATTGGAGCTGTCTCGAGGTATATGGAGAAGAAGTGGAGTCAGGTGGTCAAACCTCAAGTTTTCCTTCATGATGAAGGTTTCTTTGTGCTTAAGTTTGCCTCCATTGCAGACAGAAATGCTATTTTGTTTGCTGGTCCACACTCGTATGGTAGACCCATGATTGTTAAGCCATGGGCTGCAAACTTCAGTTTCCATGATGAAATATTGCGTGTGGTTCCCTTATGGATTAAGCTGCCTAATTTGCCTCTTAATTGTTGGGGTACTGACTCTTTGAACAGAATTGGTAGTTTAGTAGGGGTTCCATCGCATGCTGATGAATGCACATCTAAGCAACTTAGAATTTCATTTGCTAGAATTCCAGTGGAAGTGGATGTAACAAAAGAGCTACCCCATTCTGTGCTTGTGAAAGATCCTAGTGGTCTGTATGACTGGATGCCGTTGGATGAAGTGGATGAAGAGCCAGTTGATGATGGGTGGAGGGTGGTTTCAAGAAGGAAAATGCTTCATAGATCTCCTCTGGGCACTCTTTTGACCTCTATTCCAGAGGGGTTAGCTCAGGGGGAGATGAAGGCTTGTGGCAGTTTCTTCTCATGGAGTAATAAAGGTTTGGGAGATACTAGGGTCTCTTCAAGGATAGACAGGTGCCTTTGTAATTCTACATGGCATTTTGTCTTCCCTATCTCTCTAGTGGAATATCTCAATCCAGAAGTCAAGGATTGGCTTAAGCTTGGTGATTCAAACCCCAAATTCTTCTTCACTACCATGAAGGAAAGGTATTCCAACAATAGTATTGACCTGCTTTATGATAGTAGTGGCAATAAATTGAGTAGTGCAGTGGAAATCAAGGAGAATATTAGGGTCTTCTATAAGGGGTTGATTGGAACAACTGCTGACTCTATTCTAGGAGTTGACGTAACTGTTGTCAGGCAAGGGCTGAGGAGAAGGAGGCAGGGAGGGCGAGATAAGGTGAGCACGACGAGGAAGGAAGAAGGGGGCCGCGGCGTCACTCCAGCAAGGCAGAAGGGGTACGCCGGCTGGGGTGGTGTTGCTTATCTGCGGCCAGCGTGGAGGAGGAGGCAGGGAGGGCGAGAGAAGGTGAGCACGACGAGGAAGGAAGAAGGGCGCCGCGGCTCAGGCTTGGGCGCGGCGTCACGCCGACAAGGCAAAAGGAGTACGCCGGCTGGGGTGGTGCTGCGTGGCTGCGGCCAGCGCGGAGGAGAAGAAGACAGGAAGCGCGAGAGAAGGAAAGGAAGACGAGGGCGTGGTGTTGCGGTGGTTGCGGGTCGTCTGCAGCAATTAAGGCGGTGGTGGCGCGGGTGCCAGCTTTATAACGATTTTGAGAATGCTAAGATTATCCAGTTACAACCAATTCAATCACTTTTAAGCAGGCCAAGCAGCCGCAGTATACCAGAAAGCTGTGCTAATTATGATGGCAATCGGTTTTTCACAATCGACAATGGTGTGTGGAAGGCTACACCTTTACTTCTCACTGTAGCAGTTATTGAGTTGAGTGATATTGCTTTTGCCGTTGACTCAATACCAGCTGTGTTCGGTGTAACTCGAGATCCTTTCATAGTATTTTCATCCAATCTCTTTGCCATCTTAGGTTTAAGGTCGTTATATACTCTTATTTCTGAAAGCATGGCCGACTTGGAATATCTGCAGCCCTCCATTGCTGTTGTACTAGGCTTTATTGGGCTGAAGATGATCCTTGATTACTTTGGATTCCATGTTGGAACAGAAGTATCTCTTGGTTTTGTGGCAACGAGTCTTACTACTGGCGTGCTTCTCAGTTTGGTGAAAAAGTCTGAGTAG

Protein sequence

MYVVEELPSIGAVSRYMEKKWSQVVKPQVFLHDEGFFVLKFASIADRNAILFAGPHSYGRPMIVKPWAANFSFHDEILRVVPLWIKLPNLPLNCWGTDSLNRIGSLVGVPSHADECTSKQLRISFARIPVEVDVTKELPHSVLVKDPSGLYDWMPLDEVDEEPVDDGWRVVSRRKMLHRSPLGTLLTSIPEGLAQGEMKACGSFFSWSNKGLGDTRVSSRIDRCLCNSTWHFVFPISLVEYLNPEVKDWLKLGDSNPKFFFTTMKERYSNNSIDLLYDSSGNKLSSAVEIKENIRVFYKGLIGTTADSILGVDVTVVRQGLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTTRKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGRLQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTTGVLLSLVKKSE
Relationships

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

Feature NameUnique NameType
Spo06227.1Spo06227.1mRNA


Homology
[Close]
BLAST of Spo06227.1 vs. NCBI nr
Match: gi|902190103|gb|KNA11540.1| (hypothetical protein SOVF_134240 [Spinacia oleracea])

HSP 1 Score: 317.4 bits (812), Expect = 5.500e-83
Identity = 163/164 (99.39%), Postives = 164/164 (100.00%), Query Frame = 1 

		  

Query: 319 QGLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT 378
           +GLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT
Sbjct: 9   RGLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT 68

Query: 379 RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR 438
           RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR
Sbjct: 69  RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR 128

Query: 439 LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC 483
           LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC
Sbjct: 129 LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC 172
[Close]
BLAST of Spo06227.1 vs. NCBI nr
Match: gi|731374236|ref|XP_010666904.1| (PREDICTED: uncharacterized protein LOC104884014 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 238.4 bits (607), Expect = 3.300e-59
Identity = 122/131 (93.13%), Postives = 130/131 (99.24%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           A+YDGNRFFT+D GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVF+SNLFA
Sbjct: 245 ASYDGNRFFTMDGGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFTSNLFA 304

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFG+HVGTE+SLGFVATSL+T
Sbjct: 305 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGYHVGTEISLGFVATSLST 364

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 365 GVLLSLIKKSD 375
[Close]
BLAST of Spo06227.1 vs. NCBI nr
Match: gi|747093880|ref|XP_011094762.1| (PREDICTED: uncharacterized protein LOC105174380 isoform X2 [Sesamum indicum])

HSP 1 Score: 223.8 bits (569), Expect = 8.300e-55
Identity = 116/131 (88.55%), Postives = 123/131 (93.89%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           +NYDGNRF T  +GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA
Sbjct: 245 SNYDGNRFITTQDGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 304

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRS YTLISESMADLEYLQP+IAVVLGFIG KMILD+FGFHV TEVSLG VATSL +
Sbjct: 305 ILGLRSYYTLISESMADLEYLQPAIAVVLGFIGCKMILDFFGFHVSTEVSLGLVATSLVS 364

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 365 GVLLSLIKKSD 375
[Close]
BLAST of Spo06227.1 vs. NCBI nr
Match: gi|747093878|ref|XP_011094761.1| (PREDICTED: uncharacterized protein LOC105174380 isoform X1 [Sesamum indicum])

HSP 1 Score: 223.8 bits (569), Expect = 8.300e-55
Identity = 116/131 (88.55%), Postives = 123/131 (93.89%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           +NYDGNRF T  +GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA
Sbjct: 276 SNYDGNRFITTQDGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 335

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRS YTLISESMADLEYLQP+IAVVLGFIG KMILD+FGFHV TEVSLG VATSL +
Sbjct: 336 ILGLRSYYTLISESMADLEYLQPAIAVVLGFIGCKMILDFFGFHVSTEVSLGLVATSLVS 395

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 396 GVLLSLIKKSD 406
[Close]
BLAST of Spo06227.1 vs. NCBI nr
Match: gi|747093882|ref|XP_011094763.1| (PREDICTED: uncharacterized protein LOC105174380 isoform X3 [Sesamum indicum])

HSP 1 Score: 223.8 bits (569), Expect = 8.300e-55
Identity = 116/131 (88.55%), Postives = 123/131 (93.89%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           +NYDGNRF T  +GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA
Sbjct: 232 SNYDGNRFITTQDGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 291

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRS YTLISESMADLEYLQP+IAVVLGFIG KMILD+FGFHV TEVSLG VATSL +
Sbjct: 292 ILGLRSYYTLISESMADLEYLQPAIAVVLGFIGCKMILDFFGFHVSTEVSLGLVATSLVS 351

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 352 GVLLSLIKKSD 362
[Close]
BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QWA6_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_134240 PE=4 SV=1)

HSP 1 Score: 317.4 bits (812), Expect = 3.800e-83
Identity = 163/164 (99.39%), Postives = 164/164 (100.00%), Query Frame = 1 

		  

Query: 319 QGLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT 378
           +GLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT
Sbjct: 9   RGLRRRRQGGRDKVSTTRKEEGGRGVTPARQKGYAGWGGVAYLRPAWRRRQGGREKVSTT 68

Query: 379 RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR 438
           RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR
Sbjct: 69  RKEEGRRGSGLGAASRRQGKRSTPAGVVLRGCGQRGGEEDRKRERRKGRRGRGVAVVAGR 128

Query: 439 LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC 483
           LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC
Sbjct: 129 LQQLRRWWRGCQLYNDFENAKIIQLQPIQSLLSRPSSRSIPESC 172
[Close]
BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B3N7_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_005320 PE=4 SV=1)

HSP 1 Score: 238.4 bits (607), Expect = 2.300e-59
Identity = 122/131 (93.13%), Postives = 130/131 (99.24%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           A+YDGNRFFT+D GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVF+SNLFA
Sbjct: 245 ASYDGNRFFTMDGGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFTSNLFA 304

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFG+HVGTE+SLGFVATSL+T
Sbjct: 305 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGYHVGTEISLGFVATSLST 364

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 365 GVLLSLIKKSD 375
[Close]
BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Match: M5VYP0_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa007234mg PE=4 SV=1)

HSP 1 Score: 221.5 bits (563), Expect = 2.900e-54
Identity = 118/138 (85.51%), Postives = 128/138 (92.75%), Query Frame = 1 

		  

Query: 476 RSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIV 535
           R IP + ++YDGN+FFT  +GV KATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIV
Sbjct: 241 RFIPVT-SSYDGNKFFTFQDGVQKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIV 300

Query: 536 FSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGF 595
           FSSNLFAI+GLRSLYTLISE M+DLEYLQPSI VVLGFIG KMILDYFGFHV TEVSLGF
Sbjct: 301 FSSNLFAIVGLRSLYTLISEGMSDLEYLQPSIGVVLGFIGCKMILDYFGFHVSTEVSLGF 360

Query: 596 VATSLTTGVLLSLVKKSE 614
           VATSL+TGVLLSL+KKS+
Sbjct: 361 VATSLSTGVLLSLMKKSD 377
[Close]
BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Match: A0A022RNT5_ERYGU (Uncharacterized protein OS=Erythranthe guttata GN=MIMGU_mgv1a007480mg PE=4 SV=1)

HSP 1 Score: 220.7 bits (561), Expect = 4.900e-54
Identity = 114/131 (87.02%), Postives = 123/131 (93.89%), Query Frame = 1 

		  

Query: 483 ANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFA 542
           +NYDG+RF TI +GVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIV SSNLFA
Sbjct: 276 SNYDGDRFITIQDGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVISSNLFA 335

Query: 543 ILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTT 602
           ILGLRS YTLISESMADLEYLQP+I VVLGF+G KMILD+FGFHV TEVSLGFVATSL +
Sbjct: 336 ILGLRSYYTLISESMADLEYLQPAIGVVLGFVGCKMILDFFGFHVSTEVSLGFVATSLIS 395

Query: 603 GVLLSLVKKSE 614
           GVLLSL+KKS+
Sbjct: 396 GVLLSLMKKSD 406
[Close]
BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Match: B9MT63_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0006s13620g PE=4 SV=1)

HSP 1 Score: 219.5 bits (558), Expect = 1.100e-53
Identity = 115/146 (78.77%), Postives = 129/146 (88.36%), Query Frame = 1 

		  

Query: 468 SLLSRPSSRSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFG 527
           + + +   R IP + +NYDGN+F T ++G+WKATPLLLTVAVIELSDIAFAVDSIPAVFG
Sbjct: 228 NFIVKTCQRFIPVT-SNYDGNKFITREDGLWKATPLLLTVAVIELSDIAFAVDSIPAVFG 287

Query: 528 VTRDPFIVFSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHV 587
           VTRDPFIVFSSNLFAILGLRSLYTLISE MADLEYLQPSIA+VLGFIG KMILD+ GFH+
Sbjct: 288 VTRDPFIVFSSNLFAILGLRSLYTLISEGMADLEYLQPSIAIVLGFIGCKMILDFMGFHI 347

Query: 588 GTEVSLGFVATSLTTGVLLSLVKKSE 614
            TE SLGFVATSL  GVLLSL+KKS+
Sbjct: 348 STEASLGFVATSLGAGVLLSLMKKSD 372
[Close]
BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Match: TERC_ARATH (Thylakoid membrane protein TERC, chloroplastic OS=Arabidopsis thaliana GN=TERC PE=1 SV=1)

HSP 1 Score: 206.5 bits (524), Expect = 8.600e-52
Identity = 111/145 (76.55%), Postives = 125/145 (86.21%), Query Frame = 1 

		  

Query: 468 SLLSRPSSRSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFG 527
           + + +   R IP + ++YDGNRFFT  +G+ KATPLLLTVAVIELSDIAFAVDSIPAVFG
Sbjct: 238 NFIVKTCQRFIPVT-SSYDGNRFFTKHDGILKATPLLLTVAVIELSDIAFAVDSIPAVFG 297

Query: 528 VTRDPFIVFSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHV 587
           VTRDPFIV +SNLFAILGLRSLYTLISE M +LEYLQPSIAVVLGFIG+KMILD+FGFH+
Sbjct: 298 VTRDPFIVLTSNLFAILGLRSLYTLISEGMDELEYLQPSIAVVLGFIGVKMILDFFGFHI 357

Query: 588 GTEVSLGFVATSLTTGVLLSLVKKS 613
            TE SLG VA SL+TGVLLSL  KS
Sbjct: 358 STEASLGVVALSLSTGVLLSLTNKS 381
[Close]
BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Match: Y319_MYXXA (Uncharacterized membrane protein STKORF319 OS=Myxococcus xanthus PE=3 SV=1)

HSP 1 Score: 124.4 bits (311), Expect = 4.300e-27
Identity = 69/147 (46.94%), Postives = 102/147 (69.39%), Query Frame = 1 

		  

Query: 465 PIQSLLSRPSSRSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPA 524
           P +  L R + R+IP S  N+DG+ FFT++NG   ATPLL+ + ++E SDI FA+DSIPA
Sbjct: 162 PEEGALMRLARRTIP-STPNFDGHHFFTVENGRKLATPLLMALLLVEASDILFALDSIPA 221

Query: 525 VFGVTRDPFIVFSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKM-ILDYF 584
           +F VT DPFIVF+SN+FAILGLRS++ +++ ++    YL+  ++ VL F+G KM I+D+ 
Sbjct: 222 IFAVTTDPFIVFTSNIFAILGLRSMFFMLAGAVEKFSYLKVGLSAVLVFVGTKMAIIDF- 281

Query: 585 GFHVGTEVSLGFVATSLTTGVLLSLVK 611
              +  EVSL  +A  L   ++ SL+K
Sbjct: 282 -VKMPPEVSLSVIAGLLGASIVASLIK 305
[Close]
BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Match: ALX_PHOLL (Inner membrane protein alx OS=Photorhabdus luminescens subsp. laumondii (strain DSM 15139 / CIP 105565 / TT01) GN=alx PE=3 SV=1)

HSP 1 Score: 109.8 bits (273), Expect = 1.100e-22
Identity = 58/125 (46.40%), Postives = 87/125 (69.60%), Query Frame = 1 

		  

Query: 484 NYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFAI 543
           N  G RFF  + G+  ATPL+L + ++E+SD+ FAVDSIPA+F VT DPFIV +SNLFAI
Sbjct: 186 NLHGERFFVKEKGLLYATPLILVLILVEISDVIFAVDSIPAIFAVTTDPFIVLTSNLFAI 245

Query: 544 LGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFVATSLTTG 603
           LGLR++Y L++        L+  ++V+L FIG+KM++  F +H+    SLG VA+ L   
Sbjct: 246 LGLRAMYFLLAGVAEKFTMLKYGLSVILAFIGIKMLIIDF-YHIPIGGSLGAVASILAVT 305

Query: 604 VLLSL 609
           +++++
Sbjct: 306 MIINV 309
[Close]
BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Match: ALX_ECOL6 (Inner membrane protein alx OS=Escherichia coli O6:H1 (strain CFT073 / ATCC 700928 / UPEC) GN=alx PE=3 SV=1)

HSP 1 Score: 107.8 bits (268), Expect = 4.200e-22
Identity = 58/111 (52.25%), Postives = 78/111 (70.27%), Query Frame = 1 

		  

Query: 486 DGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFAILG 545
           D   FF   NG+  ATPL+L + ++ELSD+ FAVDSIPA+F VT DPFIV +SNLFAILG
Sbjct: 188 DNEHFFVRKNGLLYATPLMLVLILVELSDVIFAVDSIPAIFAVTTDPFIVLTSNLFAILG 247

Query: 546 LRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFV 597
           LR++Y L++        L+  +AV+L FIG+KM++  F +H+   VSLG V
Sbjct: 248 LRAMYFLLAGVAERFSMLKYGLAVILVFIGIKMLIVDF-YHIPIAVSLGVV 297
[Close]
BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Match: ALX_ECOLI (Inner membrane protein alx OS=Escherichia coli (strain K12) GN=alx PE=1 SV=2)

HSP 1 Score: 107.8 bits (268), Expect = 4.200e-22
Identity = 58/111 (52.25%), Postives = 78/111 (70.27%), Query Frame = 1 

		  

Query: 486 DGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFGVTRDPFIVFSSNLFAILG 545
           D   FF   NG+  ATPL+L + ++ELSD+ FAVDSIPA+F VT DPFIV +SNLFAILG
Sbjct: 188 DNEHFFVRKNGLLYATPLMLVLILVELSDVIFAVDSIPAIFAVTTDPFIVLTSNLFAILG 247

Query: 546 LRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHVGTEVSLGFV 597
           LR++Y L++        L+  +AV+L FIG+KM++  F +H+   VSLG V
Sbjct: 248 LRAMYFLLAGVAERFSMLKYGLAVILVFIGIKMLIVDF-YHIPIAVSLGVV 297
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BLAST of Spo06227.1 vs. TAIR (Arabidopsis)
Match: AT5G12130.1 (integral membrane TerC family protein)

HSP 1 Score: 206.5 bits (524), Expect = 4.800e-53
Identity = 111/145 (76.55%), Postives = 125/145 (86.21%), Query Frame = 1 

		  

Query: 468 SLLSRPSSRSIPESCANYDGNRFFTIDNGVWKATPLLLTVAVIELSDIAFAVDSIPAVFG 527
           + + +   R IP + ++YDGNRFFT  +G+ KATPLLLTVAVIELSDIAFAVDSIPAVFG
Sbjct: 238 NFIVKTCQRFIPVT-SSYDGNRFFTKHDGILKATPLLLTVAVIELSDIAFAVDSIPAVFG 297

Query: 528 VTRDPFIVFSSNLFAILGLRSLYTLISESMADLEYLQPSIAVVLGFIGLKMILDYFGFHV 587
           VTRDPFIV +SNLFAILGLRSLYTLISE M +LEYLQPSIAVVLGFIG+KMILD+FGFH+
Sbjct: 298 VTRDPFIVLTSNLFAILGLRSLYTLISEGMDELEYLQPSIAVVLGFIGVKMILDFFGFHI 357

Query: 588 GTEVSLGFVATSLTTGVLLSLVKKS 613
            TE SLG VA SL+TGVLLSL  KS
Sbjct: 358 STEASLGVVALSLSTGVLLSLTNKS 381
The following BLAST results are available for this feature:
BLAST of Spo06227.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5
Match NameE-valueIdentityDescription
gi|902190103|gb|KNA11540.1|5.5e-8399.3hypothetical protein SOVF_1342... [more]
gi|731374236|ref|XP_010666904.1|3.3e-5993.1PREDICTED: uncharacterized pro... [more]
gi|747093880|ref|XP_011094762.1|8.3e-5588.5PREDICTED: uncharacterized pro... [more]
gi|747093878|ref|XP_011094761.1|8.3e-5588.5PREDICTED: uncharacterized pro... [more]
gi|747093882|ref|XP_011094763.1|8.3e-5588.5PREDICTED: uncharacterized pro... [more]
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BLAST of Spo06227.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5
Match NameE-valueIdentityDescription
A0A0K9QWA6_SPIOL3.8e-8399.3Uncharacterized protein OS=Spi... [more]
A0A0J8B3N7_BETVU2.3e-5993.1Uncharacterized protein OS=Bet... [more]
M5VYP0_PRUPE2.9e-5485.5Uncharacterized protein OS=Pru... [more]
A0A022RNT5_ERYGU4.9e-5487.0Uncharacterized protein OS=Ery... [more]
B9MT63_POPTR1.1e-5378.7Uncharacterized protein OS=Pop... [more]
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BLAST of Spo06227.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5
Match NameE-valueIdentityDescription
TERC_ARATH8.6e-5276.5Thylakoid membrane protein TER... [more]
Y319_MYXXA4.3e-2746.9Uncharacterized membrane prote... [more]
ALX_PHOLL1.1e-2246.4Inner membrane protein alx OS=... [more]
ALX_ECOL64.2e-2252.2Inner membrane protein alx OS=... [more]
ALX_ECOLI4.2e-2252.2Inner membrane protein alx OS=... [more]
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BLAST of Spo06227.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1
Match NameE-valueIdentityDescription
AT5G12130.14.8e-5376.5integral membrane TerC family ... [more]
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InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR005496Integral membrane protein TerCPFAMPF03741TerCcoord: 498..581
score: 5.2
IPR022369Integral membrane protein TerC, riboswitch-linkedPANTHERPTHR30238:SF0PROTEIN PIGMENT DEFECTIVE 149coord: 484..613
score: 1.4
IPR025558Domain of unknown function DUF4283PFAMPF14111DUF4283coord: 3..130
score: 6.7
NoneNo IPR availablePANTHERPTHR30238MEMBRANE BOUND PREDICTED REDOX MODULATORcoord: 484..613
score: 1.4

GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009902 chloroplast relocation
biological_process GO:0005985 sucrose metabolic process
biological_process GO:0050896 response to stimulus
biological_process GO:0048731 system development
biological_process GO:0006810 transport
biological_process GO:0015976 carbon utilization
biological_process GO:0019243 methylglyoxal catabolic process to D-lactate via S-lactoyl-glutathione
biological_process GO:0034660 ncRNA metabolic process
biological_process GO:0009117 nucleotide metabolic process
biological_process GO:0005982 starch metabolic process
biological_process GO:0006633 fatty acid biosynthetic process
biological_process GO:0050794 regulation of cellular process
biological_process GO:0006550 isoleucine catabolic process
biological_process GO:0006552 leucine catabolic process
biological_process GO:0009750 response to fructose
biological_process GO:0009744 response to sucrose
biological_process GO:0009069 serine family amino acid metabolic process
biological_process GO:0006574 valine catabolic process
biological_process GO:0051017 actin filament bundle assembly
biological_process GO:0019988 charged-tRNA amino acid modification
biological_process GO:0050793 regulation of developmental process
biological_process GO:0006730 one-carbon metabolic process
biological_process GO:0044238 primary metabolic process
biological_process GO:0006468 protein phosphorylation
biological_process GO:0042793 plastid transcription
biological_process GO:0010027 thylakoid membrane organization
biological_process GO:0006816 calcium ion transport
biological_process GO:0071702 organic substance transport
biological_process GO:0006486 protein glycosylation
biological_process GO:0009630 gravitropism
biological_process GO:0044237 cellular metabolic process
biological_process GO:0006913 nucleocytoplasmic transport
biological_process GO:0006807 nitrogen compound metabolic process
biological_process GO:0009987 cellular process
biological_process GO:0010467 gene expression
biological_process GO:0033036 macromolecule localization
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0043231 intracellular membrane-bounded organelle
cellular_component GO:0044444 cytoplasmic part
cellular_component GO:0005759 mitochondrial matrix
cellular_component GO:0022626 cytosolic ribosome
cellular_component GO:0009343 biotin carboxylase complex
cellular_component GO:0009507 chloroplast
cellular_component GO:0009535 chloroplast thylakoid membrane
cellular_component GO:0016020 membrane
cellular_component GO:0005643 nuclear pore
cellular_component GO:0005739 mitochondrion
cellular_component GO:0032040 small-subunit processome
molecular_function GO:0005524 ATP binding
molecular_function GO:0004075 biotin carboxylase activity
molecular_function GO:0050897 cobalt ion binding
molecular_function GO:0004485 methylcrotonoyl-CoA carboxylase activity
molecular_function GO:0047262 polygalacturonate 4-alpha-galacturonosyltransferase activity
molecular_function GO:0004672 protein kinase activity
molecular_function GO:0003779 actin binding
molecular_function GO:0008270 zinc ion binding
molecular_function GO:0043399 tRNA A64-2'-O-ribosylphosphate transferase activity
molecular_function GO:0004089 carbonate dehydratase activity
molecular_function GO:0005515 protein binding
molecular_function GO:0005488 binding
molecular_function GO:0004674 protein serine/threonine kinase activity
RNA-Seq Expression
   



Co-expression
Gener valueExpression
Spo167590.75Barchart | Table
Spo111600.75Barchart | Table
Spo070790.74Barchart | Table
Spo074410.74Barchart | Table
Spo172200.73Barchart | Table
Spo070150.73Barchart | Table
Spo111900.72Barchart | Table
Spo116800.72Barchart | Table
Spo239300.71Barchart | Table
Spo015900.71Barchart | Table
Spo080730.71Barchart | Table
Spo131740.71Barchart | Table
Spo127190.71Barchart | Table
Spo086130.71Barchart | Table
Spo047030.70Barchart | Table
Spo119930.70Barchart | Table
Spo238330.70Barchart | Table
Spo265600.70Barchart | Table
Spo177840.70Barchart | Table
Spo124230.70Barchart | Table
Spo210050.70Barchart | Table
Spo105950.69Barchart | Table
Spo144240.69Barchart | Table
Spo115540.69Barchart | Table
Spo048850.69Barchart | Table
Spo135340.69Barchart | Table
Spo133290.69Barchart | Table
Spo130530.69Barchart | Table
Spo246290.69Barchart | Table
Spo059480.69Barchart | Table
Spo233550.69Barchart | Table
Spo229720.69Barchart | Table
Spo196090.69Barchart | Table
Spo192870.69Barchart | Table
Spo081470.69Barchart | Table
Spo037350.69Barchart | Table
Spo038650.68Barchart | Table
Spo189610.68Barchart | Table
Spo202420.68Barchart | Table
Spo049850.68Barchart | Table
Spo142400.68Barchart | Table
Spo028180.68Barchart | Table
Spo253020.68Barchart | Table
Spo250130.68Barchart | Table
Spo150890.68Barchart | Table
Spo196130.68Barchart | Table
Spo269900.68Barchart | Table
Spo197930.68Barchart | Table
Spo211710.67Barchart | Table
Spo007830.67Barchart | Table
Spo012160.67Barchart | Table
Spo018410.67Barchart | Table
Spo022540.67Barchart | Table
Spo023820.67Barchart | Table
Spo038610.67Barchart | Table
Spo048000.67Barchart | Table
Spo054440.67Barchart | Table
Spo088840.67Barchart | Table
Spo089630.67Barchart | Table
Spo091200.67Barchart | Table
Spo091500.67Barchart | Table
Spo092380.67Barchart | Table
Spo110690.67Barchart | Table
Spo113260.67Barchart | Table
Spo116410.67Barchart | Table
Spo119970.67Barchart | Table
Spo129720.67Barchart | Table
Spo140050.67Barchart | Table
Spo155290.67Barchart | Table
Spo188140.67Barchart | Table
Spo220530.67Barchart | Table
Spo228590.67Barchart | Table
Spo237330.67Barchart | Table
Spo237710.67Barchart | Table
Spo242020.67Barchart | Table
Spo268140.67Barchart | Table
Spo254170.66Barchart | Table
Spo069620.66Barchart | Table
Spo001730.66Barchart | Table
Spo218230.66Barchart | Table
Spo219670.66Barchart | Table
Spo259360.66Barchart | Table
Spo221870.66Barchart | Table
Spo227470.66Barchart | Table
Spo227500.66Barchart | Table
Spo229700.66Barchart | Table
Spo063580.66Barchart | Table
Spo235070.66Barchart | Table
Spo057650.66Barchart | Table
Spo240920.66Barchart | Table
Spo023480.66Barchart | Table
Spo245980.66Barchart | Table
Spo050860.66Barchart | Table
Spo035250.66Barchart | Table
Spo125090.66Barchart | Table
Spo114820.66Barchart | Table
Spo110210.66Barchart | Table
Spo145080.66Barchart | Table
Spo105630.66Barchart | Table
Spo154240.66Barchart | Table
Spo158420.66Barchart | Table
Spo160760.66Barchart | Table
Spo165290.66Barchart | Table
Spo165840.66Barchart | Table
Spo087790.66Barchart | Table
Spo173860.66Barchart | Table
Spo085500.66Barchart | Table
Spo148260.66Barchart | Table
Spo191010.66Barchart | Table
Spo078240.66Barchart | Table
Spo074260.66Barchart | Table
Spo071990.66Barchart | Table
Spo208870.66Barchart | Table
Spo149640.65Barchart | Table
Spo206930.65Barchart | Table
Spo135270.65Barchart | Table
Spo031850.65Barchart | Table
Spo060410.65Barchart | Table
Spo140860.65Barchart | Table
Spo267380.65Barchart | Table
Spo272680.65Barchart | Table
Spo096220.65Barchart | Table
Spo059280.65Barchart | Table
Spo251360.65Barchart | Table
Spo177010.65Barchart | Table
Spo227440.65Barchart | Table
Spo240890.65Barchart | Table
Spo085410.65Barchart | Table
Spo126600.65Barchart | Table
Spo026720.65Barchart | Table
Spo228940.65Barchart | Table
Spo074150.65Barchart | Table
Spo125430.65Barchart | Table
Spo070930.65Barchart | Table