Spo17682.1 (mRNA) | SpinachBase

Overview


Name	Spo17682.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	Dihydroorotase
Location	chr5 : 593517 .. 610579 (-)
Sequence length	3461

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

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Spo17682	Spo17682	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Spo17682.1	Spo17682.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo17682.1.CDS.15	Spo17682.1.CDS.15	CDS
Spo17682.1.CDS.14	Spo17682.1.CDS.14	CDS
Spo17682.1.CDS.13	Spo17682.1.CDS.13	CDS
Spo17682.1.CDS.12	Spo17682.1.CDS.12	CDS
Spo17682.1.CDS.11	Spo17682.1.CDS.11	CDS
Spo17682.1.CDS.10	Spo17682.1.CDS.10	CDS
Spo17682.1.CDS.9	Spo17682.1.CDS.9	CDS
Spo17682.1.CDS.8	Spo17682.1.CDS.8	CDS
Spo17682.1.CDS.7	Spo17682.1.CDS.7	CDS
Spo17682.1.CDS.6	Spo17682.1.CDS.6	CDS
Spo17682.1.CDS.5	Spo17682.1.CDS.5	CDS
Spo17682.1.CDS.4	Spo17682.1.CDS.4	CDS
Spo17682.1.CDS.3	Spo17682.1.CDS.3	CDS
Spo17682.1.CDS.2	Spo17682.1.CDS.2	CDS
Spo17682.1.CDS.1	Spo17682.1.CDS.1	CDS

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


Feature Name	Unique Name	Type
Spo17682.1.utr3p.1	Spo17682.1.utr3p.1	three_prime_UTR

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


Feature Name	Unique Name	Type
Spo17682.1.exon.15	Spo17682.1.exon.15	exon
Spo17682.1.exon.14	Spo17682.1.exon.14	exon
Spo17682.1.exon.13	Spo17682.1.exon.13	exon
Spo17682.1.exon.12	Spo17682.1.exon.12	exon
Spo17682.1.exon.11	Spo17682.1.exon.11	exon
Spo17682.1.exon.10	Spo17682.1.exon.10	exon
Spo17682.1.exon.9	Spo17682.1.exon.9	exon
Spo17682.1.exon.8	Spo17682.1.exon.8	exon
Spo17682.1.exon.7	Spo17682.1.exon.7	exon
Spo17682.1.exon.6	Spo17682.1.exon.6	exon
Spo17682.1.exon.5	Spo17682.1.exon.5	exon
Spo17682.1.exon.4	Spo17682.1.exon.4	exon
Spo17682.1.exon.3	Spo17682.1.exon.3	exon
Spo17682.1.exon.2	Spo17682.1.exon.2	exon
Spo17682.1.exon.1	Spo17682.1.exon.1	exon

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
BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
BLAST of Spo17682.1 vs. TAIR (Arabidopsis)

BLAST of Spo17682.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|902188463\|gb\|KNA11157.1\|	2.7e-217	100.	hypothetical protein SOVF_1378...	[more]
gi\|731325160\|ref\|XP_010673365.1\|	1.4e-184	92.1	PREDICTED: dihydroorotase, mit...	[more]
gi\|902146310\|gb\|KNA05052.1\|	1.1e-176	88.6	hypothetical protein SOVF_1939...	[more]
gi\|731408785\|ref\|XP_010656978.1\|	2.4e-173	77.9	PREDICTED: dihydroorotase, mit...	[more]
gi\|703080712\|ref\|XP_010091494.1\|	4.1e-173	84.0	Dihydroorotase [Morus notabili...	[more]

BLAST of Spo17682.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QV58_SPIOL	1.9e-217	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8FG47_BETVU	9.6e-185	92.1	Uncharacterized protein OS=Bet...	[more]
Q8VXS9_BETVU	9.6e-185	92.1	Dihydroorotase OS=Beta vulgari...	[more]
A0A0K9QCQ5_SPIOL	7.3e-177	88.6	Uncharacterized protein OS=Spi...	[more]
W9QNF3_9ROSA	2.9e-173	84.0	Dihydroorotase OS=Morus notabi...	[more]

BLAST of Spo17682.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5


Match Name	E-value	Identity	Description
PYRC_ARATH	1.1e-168	75.2	Dihydroorotase, mitochondrial ...	[more]
PYRC_ORYSJ	7.3e-162	78.4	Dihydroorotase, mitochondrial ...	[more]
PYRC_LARHH	2.5e-125	64.8	Dihydroorotase OS=Laribacter h...	[more]
PYRC_SYNP2	2.5e-122	62.1	Dihydroorotase OS=Synechococcu...	[more]
PYRC_NITOC	3.1e-120	60.5	Dihydroorotase OS=Nitrosococcu...	[more]

BLAST of Spo17682.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT4G22930.1	5.9e-170	75.2	pyrimidin 4	[more]
AT4G01970.1	2.3e-81	68.3	stachyose synthase	[more]
AT5G40390.1	2.7e-69	62.2	Raffinose synthase family prot...	[more]
AT1G55740.1	3.1e-33	40.4	seed imbibition 1	[more]
AT3G57520.1	2.2e-31	35.7	seed imbibition 2	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002195	Dihydroorotase, conserved site	PROSITE	PS00482	DIHYDROOROTASE_1	coord: 650..658 scor
IPR002195	Dihydroorotase, conserved site	PROSITE	PS00483	DIHYDROOROTASE_2	coord: 886..897 scor
IPR004721	Dihydroorotase homodimeric type	HAMAP	MF_00219	PyrC_type1	coord: 641..984 score: 46
IPR004721	Dihydroorotase homodimeric type	TIGRFAMs	TIGR00856	TIGR00856	coord: 642..982 score: 5.7E
IPR006680	Amidohydrolase-related	PFAM	PF01979	Amidohydro_1	coord: 650..959 score: 5.8
IPR008811	Glycosyl hydrolases 36	PFAM	PF05691	Raffinose_syn	coord: 536..584 score: 5.4E-14coord: 52..145 score: 5.3E-31coord: 148..535 score: 2.0E
IPR013785	Aldolase-type TIM barrel	GENE3D	3.20.20.70		coord: 323..334 score: 1.7E-31coord: 375..541 score: 1.7E-31coord: 149..192 score: 1.7
IPR017853	Glycoside hydrolase superfamily	unknown	SSF51445	(Trans)glycosidases	coord: 150..188 score: 2.34E-28coord: 376..544 score: 2.34
None	No IPR available	unknown	Coil	Coil	coord: 333..360 scor
None	No IPR available	GENE3D	3.20.20.140		coord: 641..982 score: 1.3E
None	No IPR available	PANTHER	PTHR31268	FAMILY NOT NAMED	coord: 58..229 score: 1.0E-225coord: 317..583 score: 1.0E
None	No IPR available	PANTHER	PTHR31268:SF8	GALACTINOL--SUCROSE GALACTOSYLTRANSFERASE 4-RELATED	coord: 58..229 score: 1.0E-225coord: 317..583 score: 1.0E

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0019856	pyrimidine nucleobase biosynthetic process
biological_process	GO:0044205	'de novo' UMP biosynthetic process
cellular_component	GO:0009507	chloroplast
cellular_component	GO:0005739	mitochondrion
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0004151	dihydroorotase activity
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0016812	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amides
molecular_function	GO:0046872	metal ion binding