Spo17682 (gene)

Overview
NameSpo17682
Typegene
OrganismSpinacia oleracea (Spinach)
DescriptionDihydroorotase
Locationchr5 : 593517 .. 610579 (-)
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTCTCTGACCGTTTTTGGCTGTTGCAACATTCATTCCGTCGGAGTTGCGCTAATCCTGGAGGGCGACCGCATTCTGTTCTACCGCATTCTGTTCTTCGTTCAGTTCATCGAATCAGATAAGTTTGTTCTAATTTTCGCTTTAATCGCAACACAATCAACCTCCCAAAAAGGCGGGTTCTTCGGGCTTGGGCTCGAAGAACCCGCCCATAGAGTGATAAACTCCTTAGGAAAATTCCATGACAGGAATTTCCTTAGCATATTTAGGTTCAAAACATGGTGGTCTACTCAATGGGTAGGAAAATGTGGGTCGGATTTACAAATGGAAACTCAATGGTTGTTACTTGAAATTCCTGAAATTAAGTTATATGCTCTTATTGTGCCCTTAATTGAGGGTGGGTTTAGGGCTGCCCTTAAACCTGGGGATGATGATGATCATGTAATGGATGCATTTTACTTGAGTGTTGAACCTAAGGGTGTGTTTTATGGGGTGGATGAATTTGTACAAGGAGGGTTTTCGGTTCGATTTTTGATTATTGATGATGGGTGGCAAAGTGTTAATTGTGATGAAGATGAGCTAAATGAAGATAGGAATGGCCTTGTTTTAGGTGGTGAGCAAATGAATGCAAGGCTTCATAGGTTTGATGAAGGAGAAAAGTTTAGGAAATACAAAGGTGGTTTGTTGTTAGGGCCTAACCCTCCTCCCCTTAAAGATGGTCAGTTGATCGGATCTGAACCAGCCCATCCTGACACAACACATAATGGATCATGTGGGTCAGATCCACTTATGACCCATAATTCGACCCACCTTGAGTTAACTAAGGCAGGCCGTGTGTCAAATATCTTCAACCCACAACCCACCAAATTCACCCATGACCTACCTTACCCGCCACGTTGGCCATCTCTATCTCCCCCTTATAACCCTCTGAAGCCAAAGTTGCTCATCTCGAAAGCTATCGAGATCGAGCAGGCTCAGAAGGACCTTAAGAGGTTTGTTCAAAAGGGACTTGAGGCTGATTTCTCTTCCCTCGAAGAGAAGATCCAAGTGTTAAAGCATGAGTTAGATGAGTTGATGGAAGCTGGAACAATGGATGATCTTGCTGTGGATAAACTTGTGGAAGGTGGAATTGGATTAGTTCATCCTGATCAAGCTGGTGAATTCTATGATTCAATGCATTCCTACCTTTCTAGTGTTGGAATTACTGGTGTTAAAGTTGATGTTATTCAAACACTTGAATATGTCTCGGAGCAATTTGGAGGTAGGGTGGAGCTTGCAAAGAAATATTATGATGGATTATCCAAATCTTTGGAGAAGAACTTCAAAGGCACTAACCTCCTTTCAAGTATGGAACAATGCAATGACTTCTTATTGCTTGGAACTAAACAAATATCCATGGGAAGAGTAGGTGATGATTTTTGGTTCCAAGATCCAAATGGAGACCCAAATGGGGTGTTTTGGCTACAAGGTGTGCATATGATACATTGTTCATATAACAGTTTATGGATGGGTCAGATAGTCCACCCTGATTGGGATATGTTCCAGAGTGATCATGTTTGTGCTAAGTTTCATGCCGGCTCTCGCGCCATTTGTGGTGGACCGATCTATTATGGAGCTGTTATTGGAGCATTTAATTGCCAAGGAGCAGGGTGGGACAAAAAAGAGAGAAGGATCAAAGGCTACAAGGAATGTTACAAAACTATGGAAGGTTCCATACATGTAAAGGACATAGAATGGGATCAAACATTAGAAGATACAATCTTAAACCCAATTCAAAATTCAGCAATCAAGAGGTCGTGTGCTAGTATTCGTTGCAGGCAATTCCAGATGATAAACACTTCAATTTTGTCATACAATGCATCAAATTTGCCTATTCCAGGGATAAAGAGGTTTAACAAGATAAATATCATCAATGCGGTAAAGATGGAACTGACTCTGACACGCCCTGATGATTGGCATCTTCATCTCCGCGATGGGGATCTTCTTGCTGCTGTTGCTCCCTACAGTGCAAGACATTTTGGAAGAGCAATTGTTATGCCAAATCTAAGGCCTCCTGTTACTACTACAGCTGCTGCTATTGCTTACCGGGAGTCTATTATGGAAGTATTGCCTGCTGATAGCGACTTCAATCCTCTCATGACACTGTATTTGACTGATACAACAAGCCCTAATGAGATCAAGCTTGCCAGAAAAAGTGAAGTGGTGTATGCCGTAAAATTGTACCCTGCAGGCGCGACAACTAATTCACAGGATGGCGTCACTGATCTTCTTGGAAAGTGCTTACCTGTGCTTCAAGAGATGGCTGAGCAAAACATGCCTCTATTGGTTCACGGTGAGGTTACAGATCCCGACGTAGATATATTTGATCGTGAAAAAGTTTTTATTGAGACGGTTTTAAGACCTTTAATTCAGAAACTACCACAACTAAAAGTTGTAATGGAGCATATCACTACGGCAGATGCTGTTAACTTCATTGAATCATGCAATGAAGGAACCGTAGCAGCCACTGTGACTCCGCAGCACATTATTTTGAATAGAAACTCTCTCTTCCAAGGAGGGTTACAGCCTCATAACTATTGTCTTCCAGTGCTCAAAAGAGAAATCCATAGAAAGACAATTCTATCCGCAGTAACGAGTGGGAGTAAGCAATATTTTCTCGGGACTGATAGTGCTCCTCACGAGAGGCAACGGAAAGAGAGTTCCTGTGGATGTGCTGGAATCTTCAACTCCCCTGTTGCTCTATCACTATATGCTAAAATATTTGAAGAGGCAGGTGCCCTCGACAAGTTAGAGGCATTTACAAGCTTCAACGGACCTGATTTTTACGGTCTTCCAAGGAATACATCAAAGATCAAGTTGAAAAAAGAACCATGGAAAGTTCCAGAACATTTATCTTTCCCTTTCGGAGAAATCATCCCAATGTCTGCTGGACAAACACTTGACTGGAAACCATCTTTTTGATACAGTATGATCCCTCATTTATCTTAAACTTGGTCTTTCTGTTTCAAAATCTCAGGTTTCTGAATGTGTTTGCTTCATATTGATGATAAGTATATTGCAGTTTTGTAAGAGCCCCTTCGCATTTTAGTTGGTCTAAATTTGGGAAAAGATTATGAATTCTTTTTATTCATTTTTGTAATCTGAGACCAGTATAATCTTAAACTATGATTTTAACAGCTAATTTTCACTTGAAAAAGGGGATTTTCATCATTCTGTCCACGAATTTGTGATTGTTTTTCGTTTTTATGCAAAATCCACCCTTTGTTGTTGTATTCTGAATTTTGGGTTTAAGCCGAGGAACAGCACCTTCTGAAAGAGACCAGACCAGTTCAAGTGGCTCGTCTGATGTACTCTGACGTACTTAATAGGAGTTTAACTTTTAAGCATTTTAAGGTAACTTTACTTCTGTTTTACCTTGTTTTATTGTACAACTGTCTTAATTAAGAGTTTGTGATCAAATTGAA

Coding sequence (CDS)

ATGTCTCTGACCGTTTTTGGCTGTTGCAACATTCATTCCGTCGGAGTTGCGCTAATCCTGGAGGGCGACCGCATTCTGTTCTACCGCATTCTGTTCTTCGTTCAGTTCATCGAATCAGATAAGTTTGTTCTAATTTTCGCTTTAATCGCAACACAATCAACCTCCCAAAAAGGCGGGTTCTTCGGGCTTGGGCTCGAAGAACCCGCCCATAGAGTGATAAACTCCTTAGGAAAATTCCATGACAGGAATTTCCTTAGCATATTTAGGTTCAAAACATGGTGGTCTACTCAATGGGTAGGAAAATGTGGGTCGGATTTACAAATGGAAACTCAATGGTTGTTACTTGAAATTCCTGAAATTAAGTTATATGCTCTTATTGTGCCCTTAATTGAGGGTGGGTTTAGGGCTGCCCTTAAACCTGGGGATGATGATGATCATGTAATGGATGCATTTTACTTGAGTGTTGAACCTAAGGGTGTGTTTTATGGGGTGGATGAATTTGTACAAGGAGGGTTTTCGGTTCGATTTTTGATTATTGATGATGGGTGGCAAAGTGTTAATTGTGATGAAGATGAGCTAAATGAAGATAGGAATGGCCTTGTTTTAGGTGGTGAGCAAATGAATGCAAGGCTTCATAGGTTTGATGAAGGAGAAAAGTTTAGGAAATACAAAGGTGGTTTGTTGTTAGGGCCTAACCCTCCTCCCCTTAAAGATGGTCAGTTGATCGGATCTGAACCAGCCCATCCTGACACAACACATAATGGATCATGTGGGTCAGATCCACTTATGACCCATAATTCGACCCACCTTGAGTTAACTAAGGCAGGCCGTGTGTCAAATATCTTCAACCCACAACCCACCAAATTCACCCATGACCTACCTTACCCGCCACGTTGGCCATCTCTATCTCCCCCTTATAACCCTCTGAAGCCAAAGTTGCTCATCTCGAAAGCTATCGAGATCGAGCAGGCTCAGAAGGACCTTAAGAGGTTTGTTCAAAAGGGACTTGAGGCTGATTTCTCTTCCCTCGAAGAGAAGATCCAAGTGTTAAAGCATGAGTTAGATGAGTTGATGGAAGCTGGAACAATGGATGATCTTGCTGTGGATAAACTTGTGGAAGGTGGAATTGGATTAGTTCATCCTGATCAAGCTGGTGAATTCTATGATTCAATGCATTCCTACCTTTCTAGTGTTGGAATTACTGGTGTTAAAGTTGATGTTATTCAAACACTTGAATATGTCTCGGAGCAATTTGGAGGTAGGGTGGAGCTTGCAAAGAAATATTATGATGGATTATCCAAATCTTTGGAGAAGAACTTCAAAGGCACTAACCTCCTTTCAAGTATGGAACAATGCAATGACTTCTTATTGCTTGGAACTAAACAAATATCCATGGGAAGAGTAGGTGATGATTTTTGGTTCCAAGATCCAAATGGAGACCCAAATGGGGTGTTTTGGCTACAAGGTGTGCATATGATACATTGTTCATATAACAGTTTATGGATGGGTCAGATAGTCCACCCTGATTGGGATATGTTCCAGAGTGATCATGTTTGTGCTAAGTTTCATGCCGGCTCTCGCGCCATTTGTGGTGGACCGATCTATTATGGAGCTGTTATTGGAGCATTTAATTGCCAAGGAGCAGGGTGGGACAAAAAAGAGAGAAGGATCAAAGGCTACAAGGAATGTTACAAAACTATGGAAGGTTCCATACATGTAAAGGACATAGAATGGGATCAAACATTAGAAGATACAATCTTAAACCCAATTCAAAATTCAGCAATCAAGAGGTCGTGTGCTAGTATTCGTTGCAGGCAATTCCAGATGATAAACACTTCAATTTTGTCATACAATGCATCAAATTTGCCTATTCCAGGGATAAAGAGGTTTAACAAGATAAATATCATCAATGCGGTAAAGATGGAACTGACTCTGACACGCCCTGATGATTGGCATCTTCATCTCCGCGATGGGGATCTTCTTGCTGCTGTTGCTCCCTACAGTGCAAGACATTTTGGAAGAGCAATTGTTATGCCAAATCTAAGGCCTCCTGTTACTACTACAGCTGCTGCTATTGCTTACCGGGAGTCTATTATGGAAGTATTGCCTGCTGATAGCGACTTCAATCCTCTCATGACACTGTATTTGACTGATACAACAAGCCCTAATGAGATCAAGCTTGCCAGAAAAAGTGAAGTGGTGTATGCCGTAAAATTGTACCCTGCAGGCGCGACAACTAATTCACAGGATGGCGTCACTGATCTTCTTGGAAAGTGCTTACCTGTGCTTCAAGAGATGGCTGAGCAAAACATGCCTCTATTGGTTCACGGTGAGGTTACAGATCCCGACGTAGATATATTTGATCGTGAAAAAGTTTTTATTGAGACGGTTTTAAGACCTTTAATTCAGAAACTACCACAACTAAAAGTTGTAATGGAGCATATCACTACGGCAGATGCTGTTAACTTCATTGAATCATGCAATGAAGGAACCGTAGCAGCCACTGTGACTCCGCAGCACATTATTTTGAATAGAAACTCTCTCTTCCAAGGAGGGTTACAGCCTCATAACTATTGTCTTCCAGTGCTCAAAAGAGAAATCCATAGAAAGACAATTCTATCCGCAGTAACGAGTGGGAGTAAGCAATATTTTCTCGGGACTGATAGTGCTCCTCACGAGAGGCAACGGAAAGAGAGTTCCTGTGGATGTGCTGGAATCTTCAACTCCCCTGTTGCTCTATCACTATATGCTAAAATATTTGAAGAGGCAGGTGCCCTCGACAAGTTAGAGGCATTTACAAGCTTCAACGGACCTGATTTTTACGGTCTTCCAAGGAATACATCAAAGATCAAGTTGAAAAAAGAACCATGGAAAGTTCCAGAACATTTATCTTTCCCTTTCGGAGAAATCATCCCAATGTCTGCTGGACAAACACTTGACTGGAAACCATCTTTTTGA

Protein sequence

MSLTVFGCCNIHSVGVALILEGDRILFYRILFFVQFIESDKFVLIFALIATQSTSQKGGFFGLGLEEPAHRVINSLGKFHDRNFLSIFRFKTWWSTQWVGKCGSDLQMETQWLLLEIPEIKLYALIVPLIEGGFRAALKPGDDDDHVMDAFYLSVEPKGVFYGVDEFVQGGFSVRFLIIDDGWQSVNCDEDELNEDRNGLVLGGEQMNARLHRFDEGEKFRKYKGGLLLGPNPPPLKDGQLIGSEPAHPDTTHNGSCGSDPLMTHNSTHLELTKAGRVSNIFNPQPTKFTHDLPYPPRWPSLSPPYNPLKPKLLISKAIEIEQAQKDLKRFVQKGLEADFSSLEEKIQVLKHELDELMEAGTMDDLAVDKLVEGGIGLVHPDQAGEFYDSMHSYLSSVGITGVKVDVIQTLEYVSEQFGGRVELAKKYYDGLSKSLEKNFKGTNLLSSMEQCNDFLLLGTKQISMGRVGDDFWFQDPNGDPNGVFWLQGVHMIHCSYNSLWMGQIVHPDWDMFQSDHVCAKFHAGSRAICGGPIYYGAVIGAFNCQGAGWDKKERRIKGYKECYKTMEGSIHVKDIEWDQTLEDTILNPIQNSAIKRSCASIRCRQFQMINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF
Relationships

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

Feature NameUnique NameType
Spo17682.1Spo17682.1mRNA


Homology
[Close]
BLAST of Spo17682.1 vs. NCBI nr
Match: gi|902188463|gb|KNA11157.1| (hypothetical protein SOVF_137810 [Spinacia oleracea])

HSP 1 Score: 764.2 bits (1972), Expect = 2.700e-217
Identity = 377/377 (100.00%), Postives = 377/377 (100.00%), Query Frame = 1 

		  

Query: 609 MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 668
           MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS
Sbjct: 1   MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 60

Query: 669 ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 728
           ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA
Sbjct: 61  ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 120

Query: 729 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 788
           RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD
Sbjct: 121 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 180

Query: 789 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 848
           REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL
Sbjct: 181 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 240

Query: 849 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 908
           FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN
Sbjct: 241 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 300

Query: 909 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 968
           SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG
Sbjct: 301 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 360

Query: 969 EIIPMSAGQTLDWKPSF 986
           EIIPMSAGQTLDWKPSF
Sbjct: 361 EIIPMSAGQTLDWKPSF 377
[Close]
BLAST of Spo17682.1 vs. NCBI nr
Match: gi|731325160|ref|XP_010673365.1| (PREDICTED: dihydroorotase, mitochondrial isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 655.6 bits (1690), Expect = 1.400e-184
Identity = 318/345 (92.17%), Postives = 332/345 (96.23%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELTLTRPDDWHLHLRDGDLLAAVAP+SARHFGRAIVMPNLRPPVTTT AAIAYR+SIME
Sbjct: 1   MELTLTRPDDWHLHLRDGDLLAAVAPHSARHFGRAIVMPNLRPPVTTTGAAIAYRKSIME 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
           VLP DSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL
Sbjct: 61  VLPDDSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVL+EMAEQ+MPLLVHGEVTDPDVDIFDREKVFIE+VLRPLIQKLPQLKVVMEHITTADA
Sbjct: 121 PVLEEMAEQDMPLLVHGEVTDPDVDIFDREKVFIESVLRPLIQKLPQLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V FIESCN G VAATVTPQH++LNRNSLFQGGLQPHNYCLPVLKREIHR+ ++SAVTSGS
Sbjct: 181 VKFIESCNGGNVAATVTPQHLVLNRNSLFQGGLQPHNYCLPVLKREIHRQALVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
           KQYFLGTDSAPHER+RKE SCGCAGI+NSPVALSLYAK+FEEAGALDKLEAFTSFNGPDF
Sbjct: 241 KQYFLGTDSAPHERRRKECSCGCAGIYNSPVALSLYAKVFEEAGALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF 986
           YGLPRNTSKIKLKKEPWKV E + FP GEIIPM AGQ LDWKPSF
Sbjct: 301 YGLPRNTSKIKLKKEPWKVLERIPFPSGEIIPMFAGQMLDWKPSF 345
[Close]
BLAST of Spo17682.1 vs. NCBI nr
Match: gi|902146310|gb|KNA05052.1| (hypothetical protein SOVF_193990 [Spinacia oleracea])

HSP 1 Score: 629.4 bits (1622), Expect = 1.100e-176
Identity = 305/344 (88.66%), Postives = 326/344 (94.77%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELTLTRPDDWHLHLRDG+LLAAVAP+SARHFGRAIVMPNLRPPVTTTAAAIAYRESI++
Sbjct: 1   MELTLTRPDDWHLHLRDGNLLAAVAPFSARHFGRAIVMPNLRPPVTTTAAAIAYRESILK 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
           V+P+ S F PLMTLYLTDTTSPNEIKLAR+S VVYAVKLYPAGATTNSQDGVTDL GKCL
Sbjct: 61  VMPSGSQFVPLMTLYLTDTTSPNEIKLARESGVVYAVKLYPAGATTNSQDGVTDLFGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVLQEMAEQNMPLLVHGEVTDP VDIFDREKVFIETVL PL+QKLPQLKVVMEHITTADA
Sbjct: 121 PVLQEMAEQNMPLLVHGEVTDPAVDIFDREKVFIETVLGPLVQKLPQLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V FI+SC+EGTVAATVTPQH+ILNRNSLFQGGLQPHNYCLPVLKREIHR+ I+SAVTSGS
Sbjct: 181 VKFIDSCSEGTVAATVTPQHLILNRNSLFQGGLQPHNYCLPVLKREIHRQAIVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
            +YFLGTDSAPHE+ +KE SCGCAGIFN+PVA+SLYAKIFEEA ALDKLEAFTSFNGPDF
Sbjct: 241 NKYFLGTDSAPHEKWKKECSCGCAGIFNAPVAISLYAKIFEEANALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPS 985
           YGLPRNTSKIKL KEPWKVPE +SFPFGEI+PM AGQ LDW+ S
Sbjct: 301 YGLPRNTSKIKLIKEPWKVPECISFPFGEIVPMFAGQMLDWQTS 344
[Close]
BLAST of Spo17682.1 vs. NCBI nr
Match: gi|731408785|ref|XP_010656978.1| (PREDICTED: dihydroorotase, mitochondrial isoform X1 [Vitis vinifera])

HSP 1 Score: 618.2 bits (1593), Expect = 2.400e-173
Identity = 297/381 (77.95%), Postives = 333/381 (87.40%), Query Frame = 1 

		  

Query: 604 CRQFQMINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAA 663
           C  F MI        AS LP   I+  N++ +  A +MEL+LT+PDDWHLHLRDGDLL A
Sbjct: 28  CSAFGMIKAVAFPCKASILPFARIEVPNQVKVKGA-RMELSLTQPDDWHLHLRDGDLLEA 87

Query: 664 VAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPN 723
           V  +SA HFGR IVMPNL+PP+TTTAAA+AYRESI++ LPA+ DF PLMTLYLTD TSPN
Sbjct: 88  VVSHSASHFGRGIVMPNLKPPITTTAAAVAYRESILKALPANCDFTPLMTLYLTDKTSPN 147

Query: 724 EIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPD 783
           EIKLAR S VV+AVKLYPAGATTNSQDGVTDL GKCLPVL+EM EQNMPLLVHGEVT+P+
Sbjct: 148 EIKLARNSGVVFAVKLYPAGATTNSQDGVTDLFGKCLPVLEEMVEQNMPLLVHGEVTNPE 207

Query: 784 VDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIIL 843
           VD+FDREKVFIETVLRPLIQK P+LKVVMEHITT DAV F+ESCNEG+VAATVTPQH++L
Sbjct: 208 VDVFDREKVFIETVLRPLIQKFPRLKVVMEHITTMDAVRFVESCNEGSVAATVTPQHLVL 267

Query: 844 NRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGC 903
           NRNSLFQGGLQPHNYCLPVLKRE HR+ I+SAVTSGS+++FLGTDSAPHER+RKE  CGC
Sbjct: 268 NRNSLFQGGLQPHNYCLPVLKRETHRQAIVSAVTSGSRKFFLGTDSAPHERRRKECPCGC 327

Query: 904 AGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHL 963
           AGI+N+PVALSLYAK+FEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKL K PWKVPE  
Sbjct: 328 AGIYNAPVALSLYAKVFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLSKTPWKVPESY 387

Query: 964 SFPFGEIIPMSAGQTLDWKPS 985
           SF FG+I+PM AG+TLDW PS
Sbjct: 388 SFSFGDIVPMFAGETLDWLPS 407
[Close]
BLAST of Spo17682.1 vs. NCBI nr
Match: gi|703080712|ref|XP_010091494.1| (Dihydroorotase [Morus notabilis])

HSP 1 Score: 617.5 bits (1591), Expect = 4.100e-173
Identity = 290/345 (84.06%), Postives = 321/345 (93.04%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELT+TRPDDWHLHLRDGDLL AV P+S+ HFGR IVMPNL+PPVTTTAAA+AYRESI++
Sbjct: 1   MELTITRPDDWHLHLRDGDLLKAVIPHSSNHFGRGIVMPNLKPPVTTTAAAVAYRESILK 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
            LPA SDF PLMTLYLTDTTSPNEIKLARKS  ++ VKLYPAGATTNSQDGVTDL GKCL
Sbjct: 61  ALPAGSDFTPLMTLYLTDTTSPNEIKLARKSGAIFGVKLYPAGATTNSQDGVTDLFGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVL+EM EQNMPLLVHGEVTDP VD+FDREKVFI+TVL+PLI++LP LKVVMEHITTADA
Sbjct: 121 PVLEEMIEQNMPLLVHGEVTDPSVDVFDREKVFIDTVLQPLIERLPLLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V F+ESC EG VAATVTPQH++LNRNSLFQGGLQPHNYCLPVLKREIHR+ I+SAVTSGS
Sbjct: 181 VRFVESCKEGFVAATVTPQHLLLNRNSLFQGGLQPHNYCLPVLKREIHRQAIVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
           +++FLGTDSAPHE++ KE SCGCAGIFN+PVALSLYAK+FEEAGALDKLEAFTSFNGPDF
Sbjct: 241 RRFFLGTDSAPHEKRNKECSCGCAGIFNAPVALSLYAKVFEEAGALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF 986
           YGLPRNTSKIKL+K PWKVP+  SF FGEI+PMSAGQTL+WKPSF
Sbjct: 301 YGLPRNTSKIKLRKTPWKVPDSYSFSFGEIVPMSAGQTLEWKPSF 345
[Close]
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QV58_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_137810 PE=3 SV=1)

HSP 1 Score: 764.2 bits (1972), Expect = 1.900e-217
Identity = 377/377 (100.00%), Postives = 377/377 (100.00%), Query Frame = 1 

		  

Query: 609 MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 668
           MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS
Sbjct: 1   MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 60

Query: 669 ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 728
           ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA
Sbjct: 61  ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 120

Query: 729 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 788
           RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD
Sbjct: 121 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 180

Query: 789 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 848
           REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL
Sbjct: 181 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 240

Query: 849 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 908
           FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN
Sbjct: 241 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 300

Query: 909 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 968
           SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG
Sbjct: 301 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 360

Query: 969 EIIPMSAGQTLDWKPSF 986
           EIIPMSAGQTLDWKPSF
Sbjct: 361 EIIPMSAGQTLDWKPSF 377
[Close]
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Match: A0A0J8FG47_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_3g065270 PE=3 SV=1)

HSP 1 Score: 655.6 bits (1690), Expect = 9.600e-185
Identity = 318/345 (92.17%), Postives = 332/345 (96.23%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELTLTRPDDWHLHLRDGDLLAAVAP+SARHFGRAIVMPNLRPPVTTT AAIAYR+SIME
Sbjct: 1   MELTLTRPDDWHLHLRDGDLLAAVAPHSARHFGRAIVMPNLRPPVTTTGAAIAYRKSIME 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
           VLP DSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL
Sbjct: 61  VLPDDSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVL+EMAEQ+MPLLVHGEVTDPDVDIFDREKVFIE+VLRPLIQKLPQLKVVMEHITTADA
Sbjct: 121 PVLEEMAEQDMPLLVHGEVTDPDVDIFDREKVFIESVLRPLIQKLPQLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V FIESCN G VAATVTPQH++LNRNSLFQGGLQPHNYCLPVLKREIHR+ ++SAVTSGS
Sbjct: 181 VKFIESCNGGNVAATVTPQHLVLNRNSLFQGGLQPHNYCLPVLKREIHRQALVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
           KQYFLGTDSAPHER+RKE SCGCAGI+NSPVALSLYAK+FEEAGALDKLEAFTSFNGPDF
Sbjct: 241 KQYFLGTDSAPHERRRKECSCGCAGIYNSPVALSLYAKVFEEAGALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF 986
           YGLPRNTSKIKLKKEPWKV E + FP GEIIPM AGQ LDWKPSF
Sbjct: 301 YGLPRNTSKIKLKKEPWKVLERIPFPSGEIIPMFAGQMLDWKPSF 345
[Close]
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Match: Q8VXS9_BETVU (Dihydroorotase OS=Beta vulgaris GN=dhoase PE=2 SV=1)

HSP 1 Score: 655.6 bits (1690), Expect = 9.600e-185
Identity = 318/345 (92.17%), Postives = 332/345 (96.23%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELTLTRPDDWHLHLRDGDLLAAVAP+SARHFGRAIVMPNLRPPVTTT AAIAYR+SIME
Sbjct: 1   MELTLTRPDDWHLHLRDGDLLAAVAPHSARHFGRAIVMPNLRPPVTTTGAAIAYRKSIME 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
           VLP DSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL
Sbjct: 61  VLPDDSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVL+EMAEQ+MPLLVHGEVTDPDVDIFDREKVFIE+VLRPLIQKLPQLKVVMEHITTADA
Sbjct: 121 PVLEEMAEQDMPLLVHGEVTDPDVDIFDREKVFIESVLRPLIQKLPQLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V FIESCN G VAATVTPQH++LNRNSLFQGGLQPHNYCLPVLKREIHR+ ++SAVTSGS
Sbjct: 181 VKFIESCNGGNVAATVTPQHLVLNRNSLFQGGLQPHNYCLPVLKREIHRQALVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
           KQYFLGTDSAPHER+RKE SCGCAGI+NSPVALSLYAK+FEEAGALDKLEAFTSFNGPDF
Sbjct: 241 KQYFLGTDSAPHERRRKECSCGCAGIYNSPVALSLYAKVFEEAGALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF 986
           YGLPRNTSKIKLKKEPWKV E + FP GEIIPM AGQ LDWKPSF
Sbjct: 301 YGLPRNTSKIKLKKEPWKVLERIPFPSGEIIPMFAGQMLDWKPSF 345
[Close]
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QCQ5_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_193990 PE=3 SV=1)

HSP 1 Score: 629.4 bits (1622), Expect = 7.300e-177
Identity = 305/344 (88.66%), Postives = 326/344 (94.77%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELTLTRPDDWHLHLRDG+LLAAVAP+SARHFGRAIVMPNLRPPVTTTAAAIAYRESI++
Sbjct: 1   MELTLTRPDDWHLHLRDGNLLAAVAPFSARHFGRAIVMPNLRPPVTTTAAAIAYRESILK 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
           V+P+ S F PLMTLYLTDTTSPNEIKLAR+S VVYAVKLYPAGATTNSQDGVTDL GKCL
Sbjct: 61  VMPSGSQFVPLMTLYLTDTTSPNEIKLARESGVVYAVKLYPAGATTNSQDGVTDLFGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVLQEMAEQNMPLLVHGEVTDP VDIFDREKVFIETVL PL+QKLPQLKVVMEHITTADA
Sbjct: 121 PVLQEMAEQNMPLLVHGEVTDPAVDIFDREKVFIETVLGPLVQKLPQLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V FI+SC+EGTVAATVTPQH+ILNRNSLFQGGLQPHNYCLPVLKREIHR+ I+SAVTSGS
Sbjct: 181 VKFIDSCSEGTVAATVTPQHLILNRNSLFQGGLQPHNYCLPVLKREIHRQAIVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
            +YFLGTDSAPHE+ +KE SCGCAGIFN+PVA+SLYAKIFEEA ALDKLEAFTSFNGPDF
Sbjct: 241 NKYFLGTDSAPHEKWKKECSCGCAGIFNAPVAISLYAKIFEEANALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPS 985
           YGLPRNTSKIKL KEPWKVPE +SFPFGEI+PM AGQ LDW+ S
Sbjct: 301 YGLPRNTSKIKLIKEPWKVPECISFPFGEIVPMFAGQMLDWQTS 344
[Close]
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Match: W9QNF3_9ROSA (Dihydroorotase OS=Morus notabilis GN=L484_010336 PE=3 SV=1)

HSP 1 Score: 617.5 bits (1591), Expect = 2.900e-173
Identity = 290/345 (84.06%), Postives = 321/345 (93.04%), Query Frame = 1 

		  

Query: 641 MELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIME 700
           MELT+TRPDDWHLHLRDGDLL AV P+S+ HFGR IVMPNL+PPVTTTAAA+AYRESI++
Sbjct: 1   MELTITRPDDWHLHLRDGDLLKAVIPHSSNHFGRGIVMPNLKPPVTTTAAAVAYRESILK 60

Query: 701 VLPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCL 760
            LPA SDF PLMTLYLTDTTSPNEIKLARKS  ++ VKLYPAGATTNSQDGVTDL GKCL
Sbjct: 61  ALPAGSDFTPLMTLYLTDTTSPNEIKLARKSGAIFGVKLYPAGATTNSQDGVTDLFGKCL 120

Query: 761 PVLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADA 820
           PVL+EM EQNMPLLVHGEVTDP VD+FDREKVFI+TVL+PLI++LP LKVVMEHITTADA
Sbjct: 121 PVLEEMIEQNMPLLVHGEVTDPSVDVFDREKVFIDTVLQPLIERLPLLKVVMEHITTADA 180

Query: 821 VNFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGS 880
           V F+ESC EG VAATVTPQH++LNRNSLFQGGLQPHNYCLPVLKREIHR+ I+SAVTSGS
Sbjct: 181 VRFVESCKEGFVAATVTPQHLLLNRNSLFQGGLQPHNYCLPVLKREIHRQAIVSAVTSGS 240

Query: 881 KQYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDF 940
           +++FLGTDSAPHE++ KE SCGCAGIFN+PVALSLYAK+FEEAGALDKLEAFTSFNGPDF
Sbjct: 241 RRFFLGTDSAPHEKRNKECSCGCAGIFNAPVALSLYAKVFEEAGALDKLEAFTSFNGPDF 300

Query: 941 YGLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPSF 986
           YGLPRNTSKIKL+K PWKVP+  SF FGEI+PMSAGQTL+WKPSF
Sbjct: 301 YGLPRNTSKIKLRKTPWKVPDSYSFSFGEIVPMSAGQTLEWKPSF 345
[Close]
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Match: PYRC_ARATH (Dihydroorotase, mitochondrial OS=Arabidopsis thaliana GN=PYR4 PE=1 SV=1)

HSP 1 Score: 595.5 bits (1534), Expect = 1.100e-168
Identity = 282/375 (75.20%), Postives = 328/375 (87.47%), Query Frame = 1 

		  

Query: 609 MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 668
           MI T +  Y+          R ++     AV+MELT+T+PDDWHLHLRDGDLL AV P+S
Sbjct: 1   MIKTLVSPYSGFGSQKLKFDRSSEKVKTRAVRMELTITQPDDWHLHLRDGDLLHAVVPHS 60

Query: 669 ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 728
           A +F RAIVMPNL+PPVT+TAAAI YR+ IM+ LP++S F+PLMTLYLTD T P EI+LA
Sbjct: 61  ASNFKRAIVMPNLKPPVTSTAAAIIYRKFIMKALPSESSFDPLMTLYLTDKTLPEEIRLA 120

Query: 729 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 788
           R+S VVYAVKLYPAGATTNSQDGVTDL GKCLPVL+EM +QNMPLLVHGEVTDP +D+FD
Sbjct: 121 RESGVVYAVKLYPAGATTNSQDGVTDLFGKCLPVLEEMVKQNMPLLVHGEVTDPSIDVFD 180

Query: 789 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 848
           REK+FIETVL+PLIQ+LPQLKVVMEHITT DAVNF+ESC EG+V ATVTPQH++LNRN+L
Sbjct: 181 REKIFIETVLQPLIQRLPQLKVVMEHITTMDAVNFVESCKEGSVGATVTPQHLLLNRNAL 240

Query: 849 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 908
           FQGGLQPHNYCLPVLKREIHR+ I+ AVTSGSK++FLGTDSAPHER RKESSCGCAGI++
Sbjct: 241 FQGGLQPHNYCLPVLKREIHREAIVKAVTSGSKKFFLGTDSAPHERSRKESSCGCAGIYS 300

Query: 909 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 968
           +P+ALSLYAK+F+EAGALDKLEAFTSFNGPDFYGLPRN+SKI LKK PWKVP+  +FPFG
Sbjct: 301 APIALSLYAKVFDEAGALDKLEAFTSFNGPDFYGLPRNSSKITLKKSPWKVPDVFNFPFG 360

Query: 969 EIIPMSAGQTLDWKP 984
           EI+PM AG+TL W+P
Sbjct: 361 EIVPMFAGETLQWQP 375
[Close]
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Match: PYRC_ORYSJ (Dihydroorotase, mitochondrial OS=Oryza sativa subsp. japonica GN=PYRC PE=2 SV=1)

HSP 1 Score: 572.8 bits (1475), Expect = 7.300e-162
Identity = 269/343 (78.43%), Postives = 305/343 (88.92%), Query Frame = 1 

		  

Query: 642 ELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEV 701
           ELT+TRPDDWHLHLR+GD+LAAV P+SA HFGRAIVMPNL+PPVTTTA A+ YRE I+  
Sbjct: 59  ELTITRPDDWHLHLREGDVLAAVLPHSAMHFGRAIVMPNLKPPVTTTARALEYREEILRA 118

Query: 702 LPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLP 761
           LP  S+F PLMTLYLTD TSP EIKLA+KS VV+AVKLYP+GATTNSQDGVTD+ GKCLP
Sbjct: 119 LPPGSNFVPLMTLYLTDNTSPEEIKLAKKSGVVFAVKLYPSGATTNSQDGVTDIFGKCLP 178

Query: 762 VLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAV 821
           VL+EMA Q MPLLVHGEVTD  VD FDREKVFIE +L PL+Q+LPQLK+VMEHITT DAV
Sbjct: 179 VLEEMARQEMPLLVHGEVTDQHVDTFDREKVFIEKILAPLVQRLPQLKIVMEHITTMDAV 238

Query: 822 NFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSK 881
           NF+ESC EG VAATVTPQH++LNRN+LFQGGLQPHNYCLPVLKRE HR+ I+SAVTSGSK
Sbjct: 239 NFVESCKEGHVAATVTPQHLLLNRNALFQGGLQPHNYCLPVLKRETHRQAIVSAVTSGSK 298

Query: 882 QYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFY 941
           QYFLGTDSAPH+++RKE SCGCAGI+++PVALSLYAK+FE+AGALDKLEAFTSFNGPDFY
Sbjct: 299 QYFLGTDSAPHDKRRKECSCGCAGIYSAPVALSLYAKVFEQAGALDKLEAFTSFNGPDFY 358

Query: 942 GLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWKPS 985
           GLPRNTSKI L+K  WKVP+  S+  GEI+PM  G TL+W PS
Sbjct: 359 GLPRNTSKIVLRKSAWKVPDTYSYSSGEIVPMFTGNTLEWLPS 401
[Close]
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Match: PYRC_LARHH (Dihydroorotase OS=Laribacter hongkongensis (strain HLHK9) GN=pyrC PE=3 SV=1)

HSP 1 Score: 451.4 bits (1160), Expect = 2.500e-125
Identity = 221/341 (64.81%), Postives = 262/341 (76.83%), Query Frame = 1 

		  

Query: 643 LTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVL 702
           LTLTRPDDWHLHLRDG+ LAAVA YSAR F RAIVMPNL+PPVTT   A AYRE I+  L
Sbjct: 4   LTLTRPDDWHLHLRDGEALAAVAAYSAREFARAIVMPNLKPPVTTVVQAAAYRERILAAL 63

Query: 703 PADSD-FNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLP 762
           P     F PLMTLYLTD T P EI    +S  V+A+KLYPAGATTNS  GVT L G CLP
Sbjct: 64  PPGGPAFEPLMTLYLTDNTPPAEIDRVAESGFVHALKLYPAGATTNSDAGVTSLSG-CLP 123

Query: 763 VLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAV 822
            L  MAE  +PLLVHGEVTDP +D+FDRE VFI+TVL+PL+ +LP L+VVMEHITT  A 
Sbjct: 124 TLTRMAELGVPLLVHGEVTDPQIDVFDREAVFIDTVLQPLLAELPTLRVVMEHITTRQAA 183

Query: 823 NFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSK 882
            F+ +  +  +AATVTPQH+++NRN+LF GGL+PH+YCLPVLKRE HR  I  AVTSGS 
Sbjct: 184 EFVLAAPDN-IAATVTPQHMLMNRNALFTGGLRPHHYCLPVLKREEHRAAIARAVTSGST 243

Query: 883 QYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFY 942
           ++FLGTDSAPH R  KE++CGCAGIF++  AL LYA+ FE+AGALD+LEAF SFNGPDFY
Sbjct: 244 RFFLGTDSAPHARHAKEAACGCAGIFSAHAALPLYAEAFEDAGALDRLEAFASFNGPDFY 303

Query: 943 GLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWK 983
            LPRNT  + LK+E W VP  L +    ++P+ AG+TL W+
Sbjct: 304 RLPRNTGTVTLKREEWTVPASLPYGNDTLVPLRAGETLRWQ 342
[Close]
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Match: PYRC_SYNP2 (Dihydroorotase OS=Synechococcus sp. (strain ATCC 27264 / PCC 7002 / PR-6) GN=pyrC PE=3 SV=1)

HSP 1 Score: 441.4 bits (1134), Expect = 2.500e-122
Identity = 212/341 (62.17%), Postives = 259/341 (75.95%), Query Frame = 1 

		  

Query: 642 ELTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEV 701
           ++TLTRPDDWHLHLRDG+ L AV P + R F RAIVMPNL+PPV T A A AY + I+  
Sbjct: 3   KITLTRPDDWHLHLRDGEALKAVLPDTVRQFARAIVMPNLKPPVRTVAEAAAYHDRILAA 62

Query: 702 LPADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLP 761
           +P    F PLMTLYLTD TSP EI+ A++S  V AVK YPAGATTNS  GVTD+  KC  
Sbjct: 63  IPPGRTFEPLMTLYLTDNTSPAEIQAAKESGFVKAVKYYPAGATTNSDLGVTDIR-KCDA 122

Query: 762 VLQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAV 821
           V + M   ++PLL+HGEVTD  VD+FDREKVFIET LRPL ++ PQL++V+EHITT DAV
Sbjct: 123 VFEAMQTVDLPLLLHGEVTDHRVDVFDREKVFIETYLRPLKERFPQLRIVLEHITTKDAV 182

Query: 822 NFIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSK 881
            F+ + +E  VAAT+TPQH++ NRNS+FQGG++PH YCLP+LKRE HR+ +L A TSG+ 
Sbjct: 183 EFVLASDE-KVAATITPQHLLFNRNSIFQGGIRPHFYCLPILKRETHREALLEAATSGNP 242

Query: 882 QYFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFY 941
           ++FLGTDSAPH R RKES CGCAG +++  AL LYA +FE A ALDKLE F SF GPDFY
Sbjct: 243 KFFLGTDSAPHGRDRKESDCGCAGCYSALHALELYATVFEAADALDKLEGFASFYGPDFY 302

Query: 942 GLPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWK 983
            LPRNT KI L K PW++P+ L FP   ++P+ AGQ L WK
Sbjct: 303 QLPRNTEKITLTKTPWQIPDALPFPESSLVPLWAGQELSWK 341
[Close]
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Match: PYRC_NITOC (Dihydroorotase OS=Nitrosococcus oceani (strain ATCC 19707 / NCIMB 11848) GN=pyrC PE=3 SV=1)

HSP 1 Score: 434.5 bits (1116), Expect = 3.100e-120
Identity = 206/340 (60.59%), Postives = 258/340 (75.88%), Query Frame = 1 

		  

Query: 643 LTLTRPDDWHLHLRDGDLLAAVAPYSARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVL 702
           L LTRPDDWHLHLRDG +L  + P + R F RAI+MPNLRPP+TTT  A+AYR+ I+   
Sbjct: 5   LQLTRPDDWHLHLRDGKMLTDIVPATGRRFARAIIMPNLRPPITTTTQALAYRKRILAAQ 64

Query: 703 PADSDFNPLMTLYLTDTTSPNEIKLARKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPV 762
           P + DF PLMTLYLTD T P EI  AR S  +YAVKLYPAGATTN+  GVT  L K  PV
Sbjct: 65  PKNLDFEPLMTLYLTDNTIPEEITRARDSGHIYAVKLYPAGATTNADFGVT-CLHKLYPV 124

Query: 763 LQEMAEQNMPLLVHGEVTDPDVDIFDREKVFIETVLRPLIQKLPQLKVVMEHITTADAVN 822
           L+ + +Q +PLL+HGEVTDP VDIFDRE+VFIE+ L PL+   P L+VV+EHITT +AV+
Sbjct: 125 LEALQQQQLPLLIHGEVTDPAVDIFDRERVFIESHLIPLLHDFPALRVVLEHITTQEAVD 184

Query: 823 FIESCNEGTVAATVTPQHIILNRNSLFQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQ 882
           FIE+     +AAT+TP H++ NRN+L  GG+QPH YCLPVLKREIHR+ +++A TSG+ +
Sbjct: 185 FIEAAPPN-IAATITPHHLLFNRNALLAGGIQPHYYCLPVLKREIHRQALVAAATSGNPK 244

Query: 883 YFLGTDSAPHERQRKESSCGCAGIFNSPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYG 942
           +FLGTDSAPH +  KE++CGCAGI++S  AL LYA+ FEEA AL+KLEAF SF+GPDFYG
Sbjct: 245 FFLGTDSAPHAKTAKETACGCAGIYSSHAALELYAEAFEEASALEKLEAFASFHGPDFYG 304

Query: 943 LPRNTSKIKLKKEPWKVPEHLSFPFGEIIPMSAGQTLDWK 983
           LPRN   + L K PW+VPE L +    +IP+  G T+ W+
Sbjct: 305 LPRNQDTVTLIKTPWQVPESLPYGDDALIPLRGGTTVAWR 342
[Close]
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Match: AT4G22930.1 (pyrimidin 4)

HSP 1 Score: 595.5 bits (1534), Expect = 5.900e-170
Identity = 282/375 (75.20%), Postives = 328/375 (87.47%), Query Frame = 1 

		  

Query: 609 MINTSILSYNASNLPIPGIKRFNKINIINAVKMELTLTRPDDWHLHLRDGDLLAAVAPYS 668
           MI T +  Y+          R ++     AV+MELT+T+PDDWHLHLRDGDLL AV P+S
Sbjct: 1   MIKTLVSPYSGFGSQKLKFDRSSEKVKTRAVRMELTITQPDDWHLHLRDGDLLHAVVPHS 60

Query: 669 ARHFGRAIVMPNLRPPVTTTAAAIAYRESIMEVLPADSDFNPLMTLYLTDTTSPNEIKLA 728
           A +F RAIVMPNL+PPVT+TAAAI YR+ IM+ LP++S F+PLMTLYLTD T P EI+LA
Sbjct: 61  ASNFKRAIVMPNLKPPVTSTAAAIIYRKFIMKALPSESSFDPLMTLYLTDKTLPEEIRLA 120

Query: 729 RKSEVVYAVKLYPAGATTNSQDGVTDLLGKCLPVLQEMAEQNMPLLVHGEVTDPDVDIFD 788
           R+S VVYAVKLYPAGATTNSQDGVTDL GKCLPVL+EM +QNMPLLVHGEVTDP +D+FD
Sbjct: 121 RESGVVYAVKLYPAGATTNSQDGVTDLFGKCLPVLEEMVKQNMPLLVHGEVTDPSIDVFD 180

Query: 789 REKVFIETVLRPLIQKLPQLKVVMEHITTADAVNFIESCNEGTVAATVTPQHIILNRNSL 848
           REK+FIETVL+PLIQ+LPQLKVVMEHITT DAVNF+ESC EG+V ATVTPQH++LNRN+L
Sbjct: 181 REKIFIETVLQPLIQRLPQLKVVMEHITTMDAVNFVESCKEGSVGATVTPQHLLLNRNAL 240

Query: 849 FQGGLQPHNYCLPVLKREIHRKTILSAVTSGSKQYFLGTDSAPHERQRKESSCGCAGIFN 908
           FQGGLQPHNYCLPVLKREIHR+ I+ AVTSGSK++FLGTDSAPHER RKESSCGCAGI++
Sbjct: 241 FQGGLQPHNYCLPVLKREIHREAIVKAVTSGSKKFFLGTDSAPHERSRKESSCGCAGIYS 300

Query: 909 SPVALSLYAKIFEEAGALDKLEAFTSFNGPDFYGLPRNTSKIKLKKEPWKVPEHLSFPFG 968
           +P+ALSLYAK+F+EAGALDKLEAFTSFNGPDFYGLPRN+SKI LKK PWKVP+  +FPFG
Sbjct: 301 APIALSLYAKVFDEAGALDKLEAFTSFNGPDFYGLPRNSSKITLKKSPWKVPDVFNFPFG 360

Query: 969 EIIPMSAGQTLDWKP 984
           EI+PM AG+TL W+P
Sbjct: 361 EIVPMFAGETLQWQP 375
[Close]
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Match: AT4G01970.1 (stachyose synthase)

HSP 1 Score: 301.2 bits (770), Expect = 2.300e-81
Identity = 136/199 (68.34%), Postives = 167/199 (83.92%), Query Frame = 1 

		  

Query: 343 LEEKIQVLKHELDELMEAGTMDDLAVDKLVEGGIGLVHPDQAGEFYDSMHSYLSSVGITG 402
           ++ K +V   EL   + A TM DLAVDK+VE GIGLVHP +A EFYDSMHSYL+SVG+TG
Sbjct: 435 MDLKAKVAPFELSPSLGA-TMADLAVDKVVEAGIGLVHPSKAHEFYDSMHSYLASVGVTG 494

Query: 403 VKVDVIQTLEYVSEQFGGRVELAKKYYDGLSKSLEKNFKGTNLLSSMEQCNDFLLLGTKQ 462
            K+DV QTLE ++E+ GGRVELAK YYDGL++S+ KNF GT++++SM+QCN+F  L TKQ
Sbjct: 495 AKIDVFQTLESLAEEHGGRVELAKAYYDGLTESMIKNFNGTDVIASMQQCNEFFFLATKQ 554

Query: 463 ISMGRVGDDFWFQDPNGDPNGVFWLQGVHMIHCSYNSLWMGQIVHPDWDMFQSDHVCAKF 522
           IS+GRVGDDFW+QDP GDP GV+WLQGVHMIHCSYNS+WMGQ++ PDWDMFQSDHVCA++
Sbjct: 555 ISIGRVGDDFWWQDPYGDPQGVYWLQGVHMIHCSYNSIWMGQMIQPDWDMFQSDHVCAEY 614

Query: 523 HAGSRAICGGPIYYGAVIG 542
           HA SRAICGGP+Y    +G
Sbjct: 615 HAASRAICGGPVYLSDHLG 632
[Close]
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Match: AT5G40390.1 (Raffinose synthase family protein)

HSP 1 Score: 261.2 bits (666), Expect = 2.700e-69
Identity = 112/180 (62.22%), Postives = 140/180 (77.78%), Query Frame = 1 

		  

Query: 362 TMDDLAVDKLVEGGIGLVHPDQAGEFYDSMHSYLSSVGITGVKVDVIQTLEYVSEQFGGR 421
           TM+DLAVDK++E GIG   PD A EFY+ +HS+L + GI GVKVDVI  LE + +++GGR
Sbjct: 369 TMEDLAVDKIIETGIGFASPDLAKEFYEGLHSHLQNAGIDGVKVDVIHILEMLCQKYGGR 428

Query: 422 VELAKKYYDGLSKSLEKNFKGTNLLSSMEQCNDFLLLGTKQISMGRVGDDFWFQDPNGDP 481
           V+LAK Y+  L+ S+ K+F G  +++SME CNDF+ LGT+ IS+GRVGDDFW  DP+GDP
Sbjct: 429 VDLAKAYFKALTSSVNKHFNGNGVIASMEHCNDFMFLGTEAISLGRVGDDFWCTDPSGDP 488

Query: 482 NGVFWLQGVHMIHCSYNSLWMGQIVHPDWDMFQSDHVCAKFHAGSRAICGGPIYYGAVIG 541
           NG FWLQG HM+HC+YNSLWMG  + PDWDMFQS H CA+FHA SRAI GGPIY    +G
Sbjct: 489 NGTFWLQGCHMVHCAYNSLWMGNFIQPDWDMFQSTHPCAEFHAASRAISGGPIYISDCVG 548
[Close]
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Match: AT1G55740.1 (seed imbibition 1)

HSP 1 Score: 141.4 bits (355), Expect = 3.100e-33
Identity = 68/168 (40.48%), Postives = 103/168 (61.31%), Query Frame = 1 

		  

Query: 368 VDKLVEGGIGLVHPDQAGEFYDSMHSYLSSVGITGVKVDVIQTLEYVSEQFGGRVELAKK 427
           ++ + + G+GLV+P++   FY+ +HSYL+SVG+ GVKVDV   LE +    GGRV+LAKK
Sbjct: 351 LESITKNGLGLVNPEKVFSFYNDLHSYLASVGVDGVKVDVQNILETLGAGHGGRVKLAKK 410

Query: 428 YYDGLSKSLEKNFKGTNLLSSMEQCNDFLLLGTKQISMGRVGDDFWFQDPNGDPNGVFWL 487
           Y+  L  S+ +NF    ++S M    D  L   K+ ++ R  DDFW +DP          
Sbjct: 411 YHQALEASISRNFPDNGIISCMSHNTDG-LYSAKKTAVIRASDDFWPRDPAS-------- 470

Query: 488 QGVHMIHCSYNSLWMGQIVHPDWDMFQSDHVCAKFHAGSRAICGGPIY 536
             +H+   +YN+L++G+ + PDWDMF S H  A++HA +RA+ G  IY
Sbjct: 471 HTIHIASVAYNTLFLGEFMQPDWDMFHSLHPMAEYHAAARAVGGCAIY 509
[Close]
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Match: AT3G57520.1 (seed imbibition 2)

HSP 1 Score: 135.2 bits (339), Expect = 2.200e-31
Identity = 75/210 (35.71%), Postives = 109/210 (51.90%), Query Frame = 1 

		  

Query: 335 GLEADFSSLEEKIQVLKHELDELMEAGTMDDLAVDKLVEGGIGLVHPDQAGEFYDSMHSY 394
           G++   S +E     L + +      G   D+ +D L   G+GLV+P +   FY+ +HSY
Sbjct: 314 GVKPAASGMEHYDSALAYPVQSPGVLGNQPDIVMDSLAVHGLGLVNPKKVFNFYNELHSY 373

Query: 395 LSSVGITGVKVDVIQTLEYVSEQFGGRVELAKKYYDGLSKSLEKNFKGTNLLSSMEQCND 454
           L+S GI GVKVDV   +E +    GGRV L + Y   L  S+ +NF     +S M    D
Sbjct: 374 LASCGIDGVKVDVQNIIETLGAGLGGRVSLTRSYQQALEASIARNFTDNGCISCMCHNTD 433

Query: 455 FLLLGTKQISMGRVGDDFWFQDPNGDPNGVFWLQGVHMIHCSYNSLWMGQIVHPDWDMFQ 514
             L   KQ ++ R  DDF+ +DP            +H+   +YNSL++G+ + PDWDMF 
Sbjct: 434 G-LYSAKQTAIVRASDDFYPRDPAS--------HTIHIASVAYNSLFLGEFMQPDWDMFH 493

Query: 515 SDHVCAKFHAGSRAICGGPIYYGAVIGAFN 545
           S H  A++HA +RA+ G  IY     G  N
Sbjct: 494 SLHPTAEYHAAARAVGGCAIYVSDKPGNHN 514
The following BLAST results are available for this feature:
BLAST of Spo17682.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5
Match NameE-valueIdentityDescription
gi|902188463|gb|KNA11157.1|2.7e-217100.hypothetical protein SOVF_1378... [more]
gi|731325160|ref|XP_010673365.1|1.4e-18492.1PREDICTED: dihydroorotase, mit... [more]
gi|902146310|gb|KNA05052.1|1.1e-17688.6hypothetical protein SOVF_1939... [more]
gi|731408785|ref|XP_010656978.1|2.4e-17377.9PREDICTED: dihydroorotase, mit... [more]
gi|703080712|ref|XP_010091494.1|4.1e-17384.0Dihydroorotase [Morus notabili... [more]
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BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5
Match NameE-valueIdentityDescription
A0A0K9QV58_SPIOL1.9e-217100.Uncharacterized protein OS=Spi... [more]
A0A0J8FG47_BETVU9.6e-18592.1Uncharacterized protein OS=Bet... [more]
Q8VXS9_BETVU9.6e-18592.1Dihydroorotase OS=Beta vulgari... [more]
A0A0K9QCQ5_SPIOL7.3e-17788.6Uncharacterized protein OS=Spi... [more]
W9QNF3_9ROSA2.9e-17384.0Dihydroorotase OS=Morus notabi... [more]
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BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5
Match NameE-valueIdentityDescription
PYRC_ARATH1.1e-16875.2Dihydroorotase, mitochondrial ... [more]
PYRC_ORYSJ7.3e-16278.4Dihydroorotase, mitochondrial ... [more]
PYRC_LARHH2.5e-12564.8Dihydroorotase OS=Laribacter h... [more]
PYRC_SYNP22.5e-12262.1Dihydroorotase OS=Synechococcu... [more]
PYRC_NITOC3.1e-12060.5Dihydroorotase OS=Nitrosococcu... [more]
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BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5
Match NameE-valueIdentityDescription
AT4G22930.15.9e-17075.2pyrimidin 4[more]
AT4G01970.12.3e-8168.3stachyose synthase[more]
AT5G40390.12.7e-6962.2Raffinose synthase family prot... [more]
AT1G55740.13.1e-3340.4seed imbibition 1[more]
AT3G57520.12.2e-3135.7seed imbibition 2[more]
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InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR002195Dihydroorotase, conserved sitePROSITEPS00482DIHYDROOROTASE_1coord: 650..658
scor
IPR002195Dihydroorotase, conserved sitePROSITEPS00483DIHYDROOROTASE_2coord: 886..897
scor
IPR004721Dihydroorotase homodimeric typeHAMAPMF_00219PyrC_type1coord: 641..984
score: 46
IPR004721Dihydroorotase homodimeric typeTIGRFAMsTIGR00856TIGR00856coord: 642..982
score: 5.7E
IPR006680Amidohydrolase-relatedPFAMPF01979Amidohydro_1coord: 650..959
score: 5.8
IPR008811Glycosyl hydrolases 36PFAMPF05691Raffinose_syncoord: 536..584
score: 5.4E-14coord: 52..145
score: 5.3E-31coord: 148..535
score: 2.0E
IPR013785Aldolase-type TIM barrelGENE3D3.20.20.70coord: 323..334
score: 1.7E-31coord: 375..541
score: 1.7E-31coord: 149..192
score: 1.7
IPR017853Glycoside hydrolase superfamilyunknownSSF51445(Trans)glycosidasescoord: 150..188
score: 2.34E-28coord: 376..544
score: 2.34
NoneNo IPR availableunknownCoilCoilcoord: 333..360
scor
NoneNo IPR availableGENE3D3.20.20.140coord: 641..982
score: 1.3E
NoneNo IPR availablePANTHERPTHR31268FAMILY NOT NAMEDcoord: 58..229
score: 1.0E-225coord: 317..583
score: 1.0E
NoneNo IPR availablePANTHERPTHR31268:SF8GALACTINOL--SUCROSE GALACTOSYLTRANSFERASE 4-RELATEDcoord: 58..229
score: 1.0E-225coord: 317..583
score: 1.0E

GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0044205 'de novo' UMP biosynthetic process
biological_process GO:0019252 starch biosynthetic process
biological_process GO:0009651 response to salt stress
biological_process GO:0010157 response to chlorate
biological_process GO:0045037 protein import into chloroplast stroma
biological_process GO:0006457 protein folding
biological_process GO:0009704 de-etiolation
biological_process GO:0009658 chloroplast organization
biological_process GO:0001510 RNA methylation
biological_process GO:0006406 mRNA export from nucleus
biological_process GO:0009553 embryo sac development
biological_process GO:0019856 pyrimidine nucleobase biosynthetic process
biological_process GO:0006569 tryptophan catabolic process
biological_process GO:0006782 protoporphyrinogen IX biosynthetic process
biological_process GO:0009684 indoleacetic acid biosynthetic process
biological_process GO:0015995 chlorophyll biosynthetic process
biological_process GO:0005985 sucrose metabolic process
biological_process GO:0071897 DNA biosynthetic process
biological_process GO:0005982 starch metabolic process
biological_process GO:0006012 galactose metabolic process
biological_process GO:0006364 rRNA processing
biological_process GO:0009220 pyrimidine ribonucleotide biosynthetic process
biological_process GO:0006606 protein import into nucleus
biological_process GO:0000398 mRNA splicing, via spliceosome
biological_process GO:0016024 CDP-diacylglycerol biosynthetic process
biological_process GO:0006885 regulation of pH
biological_process GO:0006813 potassium ion transport
biological_process GO:0010048 vernalization response
biological_process GO:0006508 proteolysis
biological_process GO:0016485 protein processing
biological_process GO:0070084 protein initiator methionine removal
biological_process GO:0031365 N-terminal protein amino acid modification
biological_process GO:0009414 response to water deprivation
biological_process GO:0006260 DNA replication
biological_process GO:0043481 anthocyanin accumulation in tissues in response to UV light
biological_process GO:0090503 RNA phosphodiester bond hydrolysis, exonucleolytic
biological_process GO:0051604 protein maturation
biological_process GO:0000463 maturation of LSU-rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA)
biological_process GO:0000466 maturation of 5.8S rRNA from tricistronic rRNA transcript (SSU-rRNA, 5.8S rRNA, LSU-rRNA)
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0006623 protein targeting to vacuole
biological_process GO:0006096 glycolytic process
biological_process GO:0009909 regulation of flower development
biological_process GO:0006626 protein targeting to mitochondrion
biological_process GO:0000338 protein deneddylation
biological_process GO:0009640 photomorphogenesis
biological_process GO:0000478 endonucleolytic cleavage involved in rRNA processing
biological_process GO:0010206 photosystem II repair
biological_process GO:0030163 protein catabolic process
biological_process GO:0006399 tRNA metabolic process
biological_process GO:0051252 regulation of RNA metabolic process
biological_process GO:0009165 nucleotide biosynthetic process
biological_process GO:0010075 regulation of meristem growth
biological_process GO:0006281 DNA repair
biological_process GO:0006429 leucyl-tRNA aminoacylation
biological_process GO:0006206 pyrimidine nucleobase metabolic process
biological_process GO:0006144 purine nucleobase metabolic process
biological_process GO:0019243 methylglyoxal catabolic process to D-lactate via S-lactoyl-glutathione
biological_process GO:0048608 reproductive structure development
biological_process GO:0022414 reproductive process
biological_process GO:0009791 post-embryonic development
biological_process GO:0009657 plastid organization
biological_process GO:0009790 embryo development
biological_process GO:0009987 cellular process
biological_process GO:0006950 response to stress
biological_process GO:0006351 transcription, DNA-templated
biological_process GO:0048440 carpel development
biological_process GO:1902600 proton transmembrane transport
biological_process GO:0016556 mRNA modification
biological_process GO:0006396 RNA processing
biological_process GO:0042744 hydrogen peroxide catabolic process
biological_process GO:0009793 embryo development ending in seed dormancy
biological_process GO:0009902 chloroplast relocation
biological_process GO:0016117 carotenoid biosynthetic process
biological_process GO:0006464 cellular protein modification process
biological_process GO:0042967 obsolete acyl-carrier-protein biosynthetic process
biological_process GO:0010467 gene expression
biological_process GO:0007010 cytoskeleton organization
biological_process GO:0016573 histone acetylation
biological_process GO:0090305 nucleic acid phosphodiester bond hydrolysis
biological_process GO:0015031 protein transport
biological_process GO:0006094 gluconeogenesis
biological_process GO:0034660 ncRNA metabolic process
biological_process GO:0008152 metabolic process
biological_process GO:0006886 intracellular protein transport
biological_process GO:0010498 proteasomal protein catabolic process
biological_process GO:0006566 threonine metabolic process
biological_process GO:0006560 proline metabolic process
biological_process GO:0006563 L-serine metabolic process
biological_process GO:0006426 glycyl-tRNA aminoacylation
biological_process GO:0006544 glycine metabolic process
biological_process GO:0006420 arginyl-tRNA aminoacylation
biological_process GO:0006525 arginine metabolic process
biological_process GO:0022618 ribonucleoprotein complex assembly
biological_process GO:0006446 regulation of translational initiation
biological_process GO:0044260 cellular macromolecule metabolic process
biological_process GO:0019288 isopentenyl diphosphate biosynthetic process, methylerythritol 4-phosphate pathway
biological_process GO:0006412 translation
biological_process GO:0006431 methionyl-tRNA aminoacylation
biological_process GO:0010228 vegetative to reproductive phase transition of meristem
biological_process GO:0009099 valine biosynthetic process
biological_process GO:0006450 regulation of translational fidelity
biological_process GO:0048481 plant ovule development
biological_process GO:0009098 leucine biosynthetic process
biological_process GO:0006428 isoleucyl-tRNA aminoacylation
biological_process GO:0009097 isoleucine biosynthetic process
biological_process GO:0008610 lipid biosynthetic process
biological_process GO:0044238 primary metabolic process
biological_process GO:0006555 methionine metabolic process
biological_process GO:0000372 Group I intron splicing
biological_process GO:0016226 iron-sulfur cluster assembly
biological_process GO:0006869 lipid transport
biological_process GO:0000373 Group II intron splicing
biological_process GO:0006448 regulation of translational elongation
biological_process GO:0046686 response to cadmium ion
biological_process GO:0010027 thylakoid membrane organization
biological_process GO:0042254 ribosome biogenesis
biological_process GO:0033036 macromolecule localization
biological_process GO:0006913 nucleocytoplasmic transport
biological_process GO:0071702 organic substance transport
biological_process GO:0010103 stomatal complex morphogenesis
cellular_component GO:0005739 mitochondrion
cellular_component GO:0009507 chloroplast
cellular_component GO:0022627 cytosolic small ribosomal subunit
cellular_component GO:0009533 chloroplast stromal thylakoid
cellular_component GO:0005737 cytoplasm
cellular_component GO:0005634 nucleus
cellular_component GO:0005886 plasma membrane
cellular_component GO:0009535 chloroplast thylakoid membrane
cellular_component GO:0009506 plasmodesma
cellular_component GO:0005829 cytosol
cellular_component GO:0005774 vacuolar membrane
cellular_component GO:0005850 eukaryotic translation initiation factor 2 complex
cellular_component GO:0000123 histone acetyltransferase complex
cellular_component GO:0022626 cytosolic ribosome
cellular_component GO:0005732 small nucleolar ribonucleoprotein complex
cellular_component GO:0016363 nuclear matrix
cellular_component GO:0015030 Cajal body
cellular_component GO:0030687 preribosome, large subunit precursor
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0005840 ribosome
cellular_component GO:0009570 chloroplast stroma
cellular_component GO:0009941 chloroplast envelope
cellular_component GO:0032040 small-subunit processome
cellular_component GO:0017177 glucosidase II complex
cellular_component GO:0005654 nucleoplasm
cellular_component GO:0080008 Cul4-RING E3 ubiquitin ligase complex
cellular_component GO:0019013 viral nucleocapsid
cellular_component GO:0016020 membrane
cellular_component GO:0005618 cell wall
cellular_component GO:0015934 large ribosomal subunit
cellular_component GO:0042575 DNA polymerase complex
cellular_component GO:0009345 glycine-tRNA ligase complex
cellular_component GO:0005730 nucleolus
molecular_function GO:0004519 endonuclease activity
molecular_function GO:0004605 phosphatidate cytidylyltransferase activity
molecular_function GO:0008184 glycogen phosphorylase activity
molecular_function GO:0016817 hydrolase activity, acting on acid anhydrides
molecular_function GO:0004540 ribonuclease activity
molecular_function GO:0043021 ribonucleoprotein complex binding
molecular_function GO:0004252 serine-type endopeptidase activity
molecular_function GO:0003743 translation initiation factor activity
molecular_function GO:0032440 2-alkenal reductase [NAD(P)] activity
molecular_function GO:0030170 pyridoxal phosphate binding
molecular_function GO:0004853 uroporphyrinogen decarboxylase activity
molecular_function GO:0043022 ribosome binding
molecular_function GO:0005515 protein binding
molecular_function GO:0003746 translation elongation factor activity
molecular_function GO:0004402 histone acetyltransferase activity
molecular_function GO:0003723 RNA binding
molecular_function GO:0016779 nucleotidyltransferase activity
molecular_function GO:0004820 glycine-tRNA ligase activity
molecular_function GO:0004814 arginine-tRNA ligase activity
molecular_function GO:0016887 ATPase activity
molecular_function GO:0008536 Ran GTPase binding
molecular_function GO:0004822 isoleucine-tRNA ligase activity
molecular_function GO:0005506 iron ion binding
molecular_function GO:0020037 heme binding
molecular_function GO:0003735 structural constituent of ribosome
molecular_function GO:0000049 tRNA binding
molecular_function GO:0004825 methionine-tRNA ligase activity
molecular_function GO:0005524 ATP binding
molecular_function GO:0046872 metal ion binding
molecular_function GO:0004151 dihydroorotase activity
molecular_function GO:0002161 aminoacyl-tRNA editing activity
molecular_function GO:0070006 metalloaminopeptidase activity
molecular_function GO:0043023 ribosomal large subunit binding
molecular_function GO:0003824 catalytic activity
molecular_function GO:0005525 GTP binding
molecular_function GO:0008859 exoribonuclease II activity
molecular_function GO:0000175 3'-5'-exoribonuclease activity
molecular_function GO:0004518 nuclease activity
molecular_function GO:0004823 leucine-tRNA ligase activity
molecular_function GO:0003899 DNA-directed 5'-3' RNA polymerase activity
molecular_function GO:0016812 hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amides
molecular_function GO:0016787 hydrolase activity
molecular_function GO:0003887 DNA-directed DNA polymerase activity
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0003677 DNA binding
molecular_function GO:0051082 unfolded protein binding
molecular_function GO:0032450 maltose alpha-glucosidase activity
molecular_function GO:0030246 carbohydrate binding
molecular_function GO:0004558 alpha-1,4-glucosidase activity
molecular_function GO:0000166 nucleotide binding
molecular_function GO:0015299 solute:proton antiporter activity
molecular_function GO:0008270 zinc ion binding
molecular_function GO:0016491 oxidoreductase activity
RNA-Seq Expression
   



Co-expression
Gener valueExpression
Spo073130.78Barchart | Table
Spo244150.76Barchart | Table
Spo094260.75Barchart | Table
Spo148480.75Barchart | Table
Spo064680.74Barchart | Table
Spo234650.74Barchart | Table
Spo213870.74Barchart | Table
Spo211520.74Barchart | Table
Spo144510.72Barchart | Table
Spo086640.72Barchart | Table
Spo128740.72Barchart | Table
Spo114340.71Barchart | Table
Spo239310.71Barchart | Table
Spo189370.71Barchart | Table
Spo188600.71Barchart | Table
Spo154820.71Barchart | Table
Spo271000.71Barchart | Table
Spo070710.71Barchart | Table
Spo056380.70Barchart | Table
Spo239780.70Barchart | Table
Spo137320.70Barchart | Table
Spo044900.70Barchart | Table
Spo007290.70Barchart | Table
Spo197560.70Barchart | Table
Spo155520.70Barchart | Table
Spo082850.69Barchart | Table
Spo052670.69Barchart | Table
Spo055550.69Barchart | Table
Spo058040.69Barchart | Table
Spo127250.69Barchart | Table
Spo135060.69Barchart | Table
Spo157970.69Barchart | Table
Spo023740.68Barchart | Table
Spo112680.68Barchart | Table
Spo105840.68Barchart | Table
Spo270760.68Barchart | Table
Spo108820.68Barchart | Table
Spo016390.68Barchart | Table
Spo097010.68Barchart | Table
Spo051370.68Barchart | Table
Spo079620.68Barchart | Table
Spo300050.68Barchart | Table
Spo038840.68Barchart | Table
Spo202430.68Barchart | Table
Spo205150.68Barchart | Table
Spo029350.67Barchart | Table
Spo074230.67Barchart | Table
Spo049190.67Barchart | Table
Spo099590.67Barchart | Table
Spo183930.67Barchart | Table
Spo074420.67Barchart | Table
Spo164920.67Barchart | Table
Spo175230.67Barchart | Table
Spo251230.67Barchart | Table
Spo074890.66Barchart | Table
Spo110720.66Barchart | Table
Spo118330.66Barchart | Table
Spo127640.66Barchart | Table
Spo060940.66Barchart | Table
Spo207520.66Barchart | Table
Spo030590.66Barchart | Table
Spo219100.66Barchart | Table
Spo232240.66Barchart | Table
Spo030530.66Barchart | Table
Spo023730.66Barchart | Table
Spo087760.66Barchart | Table
Spo050750.65Barchart | Table
Spo148840.65Barchart | Table
Spo203760.65Barchart | Table
Spo044760.65Barchart | Table
Spo209410.65Barchart | Table
Spo032830.65Barchart | Table
Spo046220.65Barchart | Table
Spo217220.65Barchart | Table
Spo051900.65Barchart | Table