Spo17822 (gene) | SpinachBase

Overview


Name	Spo17822
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Midasin
Location	Super_scaffold_7 : 2164665 .. 2185393 (+)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGACTGAAAGTTAGTATTTTTGTTTTTATGATTGTTTGGTATGCTTTGAAATGTGTTTATTATTTTTGTAGGGTCCAACTTGATTAGAGCTTAGCTATTAGCCTATTACCTAACCGAGTGGATAATTAGTACTATTGGCTAGAATGTGCTATAAGGGTTTAATGTATTACTTTTAGATGCCTCATCTGGAGGATCATATATAACTCTTGAGGTTGATATTGGATATAGTAATTTTTGTTATAACAAGTACCTGTGTTTGGATTAATGGTGGGTTGATCATCCTGTGTTTTTTGTTATCTATTTCATCCTCTTTAGGATAGAGTTCTGTCTCGAATTTCTTATGTCACTCTTGCTTTCAAAAAAGGAGAAGGCTTTGTCTCAGCACTGGTCATTTGAATGACATTTATTTTGGGATAGTGACATAGTGTTTCAGCATTGTGTTGAGAAGTTATTAATGGATTTCCTAAGGTAAATGTCACCTGGTGGGAAATGAGGAAAGTAGATTCTGCTCTAAAGCAGACATGAAATGGATGCAAGTAGCATCTACCTGGCTGAGAGCTTATAACTCGAATGTGCAACAGTTTTTATAGCACTCTTCACGGACCATTTTTTGTTTTGTCCTTAACGTCTGATTTTGCTGGTTTAGAAGAGCAGAATGTTTGCAATTTTTTTTTTTTAAAATTGACTGAGTTTTGATTATTTTTGTTTTATGATTGTTGTTGGCTTTGAAATGTGTTGATTTCTGTAGGGCTTGATTTTTTTATGGTTCAACCTAATTGAGTCAATAATTAGTATTCATTAGCTATTCATTATATGATCATCAGCGCGTTGCATTTGTTCCTTTGGTTTAGTAATCCAAAGAGTTACTAAATTACAGCTTGCCTGTCGTTTCCATTGGCGTGGGGCATAGCTCGTATGACAAAGCATCTGTAATTTAGTAACTCTTTGGATTTTTTACATTTGGAAAGTGTATTGAGTGCAAATCAGGATCAAGTAGCTGATAGACTAATAAGTATGTTCTGCATAGGAATTAGAAGCAAAGCAGAGAAATGAAAGTAAGTTGAGGGGTAAGAGTGTAAGACGCACAATCTATGTACAATTATCTGCCAAGCCACTGAATATCTGGTGGCTATTGTATTTGGAATAATGTATTCCAGTTCATTACTATGTATCAACTATTGTGACTACATAGTTTTGCTGCAGCAGCTCACATATAATTCTCCAAGTGACTATAGTTCCTGGCCTTTATATACTTAATGTCAATTATGTCTTTTTATACTGAATAACACATAATACACAAACAAAATGAGAATACAAAAAAATGAAAATTTAATTGAATCTATGGGTGGGAGTTGTGTATCTTTTATTCTTTATGTCTGGAAATGTTGCTGACATGTAATCCAGCAAAAGAAATAGTTGACAAAAGAAATACTGCCATAAAACTCCCTCACTGTATGATAGTGCTGGGCTTGGGTGCATGCTCTTCTATGTGTGTATTTCTGTATGTCATGTTCCCAGTTAAAATCTTATAAAAGTCTATTTTAAATTCATGTTTACTTGTCTATTTTTCAGAATTACTTTAAGGAGAAAAAAGCTACAAACTCTCTAATCTCTATACGAGAGTGAGAATCAAAAGACAGAGGACGAGTTGTTCCTCGAGGCCACAGGTAGATGGACTGACAAGGGAAGAGTATTTGGTATGGGAGCATCAACAGACTCATACTATGAGAGACCAGGAGTTTAAGAGAGGAACGCAAAAATAGTATAGAGGGTTCTTCAATACATTGATGAGAAAGCTACGTGCAAGGGGCACTACTGGTATGCAATTTTCTGGTTTTTAGTCCTATCTTTTTAGGATGAGTCCGAAAATTCAGCTCGTATCTTTTAGTTTCCGTCTTTTATTAGGTATATGCCGCTACAGCCTCTAGTGTCGGTCTATGTAAGCACATTTAATTTAAGGCTCATTGGGTCGTTATAGGTCATATTTATGAATAACTTCCTTTGATTTATAGCTAACCTAAATAATGCTTTTATGGTCTCCATTTACGGTGCGACATTTAGCGAGCATCAAAGCGAACTAATTCTCAAACAAGTAATCATAACTACTTAGGTTTTGAGGAATAAGTTTCAATCAAGAATGATTTATGAGATGACTTTAATATCTTGAAATGTTCTCATGGTCACCCCGTAACACCCCAGTATTTTTCTAAAATAATGTTTTGTAAAGAAATTGGTTTATATTACTACTCAACTTTTATTTAACTTTATATCTATTCAAAGGGAAAGTTTATTCTTATATCCGATTATTTTACAGCTTGATTTTCTAATTACTTCCATTTAAATACTAATCAAAAGTCGTTACTATCATATTTATTCCCCAAATAAAAGAAACAACTTTATTCCTCTTAATTGTACTAATTAACCGTGCATAGTGGAGCTTTACTTCTTTGATTCTTATTCTTATTAGATTTATAACCTCCATTGACTCTCCATTTCATAACACCCAAAGTGAGCTTAGACTTTTCATTTCTTATTCCCCTTCCTGCTTTTCTCAACCGTGAGTCCTACCCCTTTCCCTTCTGTTTTTGTTTCTCCTTCACCAAAAAAAATATCAAACAACATAAAGTACTCTTACTCTTCTTGCGGGTCATAATAGTTTTGTAAGTGTTGCTTGTCCAAACGATCGATTTACAAGGTTGGTTTTACCCATTGGTTTGTCTATAAGGAGAAGAGCGTGACGGTTCCGAGGCGTGATTTCGGTATTCTAGCACTTCTCTCGTTGGTCGAGGTAACTAGTCGTACTCCTCGTTTACGTTAGATTAGGGAATTAAAATTAGTAATTTTAATTAGTCTAAGTTAGGGATATCAAGTGATTAGCATCCAAATACGTTTTGTAGATTATATTCTTAATATTTAAAGCATGCTCGGAAATTGTTTTGAGTTTCATACAATCATGACTTTATGTAGTAGGTGTCGTTAAGGTAAGGTTATATGTGTGTTGTTGTAGCGTTGTCAACGATTTTATACTCGGAGGAGTGTAGCTTGTGAGAGTTTCACTGTCTTTAGTACAATTTTGTCAAGCTTTACGCACCGTGTGTACTGTGAGTATCTTTCCTACTTACAGTAAGCCTTGTGCGCGTGCGCAGATGACGAGTAGTCGAGTTGGTTGCTTGGCCTTGTATTGCGTTGTGTGTGAATGAGGCTAATGCCATGCGATACTGTTGTTGGGTTCGATGGGCAAGAGTACATTTAAATTGTTAATGTATGCAAACAATAGTAGAAAAAATGTCATTTACAACCCACCATTCGCAACACGCGTGATAAGTGATAGTTGCGAAATGTCTCTAGTCAACGCGGGTCAAAAAATTAATGAGATTTTAGCAACTTTTATGGGTTCTAAACGCAGCGAATCAACGGCAAAAAATAAAATAAAAAATTCTCGCAGCGCAGGAAGAGTGGAAGTTGCGAATAATCCTTTTCTACCCTCGTCTATCGAACTCTCCGCCCTTCCCTCATTCCCCCCCTCAAACCCCCCCCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCATTCCATCAAATGCACACTTCGTTAAGGTTGGAATTCTTCGTTTTCACCGGCGTTCGTAGGAAAGTCTTCGTTACTATCAGGNTAAGGTTGGAATTCTTCGTTTTCACCGGCGTTCGTAGGAAAGTCTTCGTTACTATCAGGGTTGAGCAAAATTCGGTGCCGATTTACGCTCTTACCAAAAATTCCAGAAATTTGGTCATCGTTTAGTGTTTTCCCACTAGATTTTGGAGCATTAAGGTTGGATGTCCTCGTTATTATCAAGTATTTTATGGTTTATTTTATCATCAGATCTGTGATTTTTGCTACCAATTTTACTCTACCAGATTTTCTTGATTTTACACAAAAATCTCAAACGAAGGAGAACAAGAACTCGTCGCTCTTTACCAGGACGAGTTTCCAAATTCCGACGCTTTCGATGCCGCTGCTATTGATATGTGTGTTTTATATAGAGTTTTTACCCCCGTCCCTTAGTACTTTTCTGCATCAAATGGGCTCTTAGGAGTCGTTTTTAGTACTAATATGTGTTGTAATGTGCCTGGAGTTTCAGGATTTGTTCGATGAGAAATTAGCCTTTTTAGGCTCGTTTCGCAATGATATAGGCCACTACACGGACCCCGAGTAGGTTCGGGATGATTACGGTCGACCCTTGGGAGCCTAGGATGCCTATGTTCGAGCCTCGAGAGTTAGACTTGGTGCTTTGAGTGAAGGACGATGTATTCTGCGAATCGCCCTTTGAGTGGAGGGCGGAATGAGAAAACCGGGCGAAGAAAAAGACTTCTGAAAGTTTCAACACGCGCCGGATCGGGCGGAATTTCGCCCGATCGACCTGCTTGTCGAGCATAATGCCCGATCGGGCGGTCGTCTGCCCGATCGGGCGGCGCCAACCTCTATGCCTTTTTCGCGAGTTTTATTTCCGATTTTGAGTTGTATTTTGGGCAAACTATAAATACTAAGCCCTTTTATTTTTAGTGACATCTTATTCCTTAGTTTCAAACACTTAGTTTTATTCTCATAGCTTAGTTTATTCTCTCAATTTGTTGCAACACTTAGTTTTTAATTTCAATCAAAAATTCAAGCTTTCATTATTCATTGTTCTTCATTTAGGTATTAATTCTTACTTTGCTTTATTAGTTTGTTTTTAATCATGTTTTCAATAGTATTAATTGTTTTGTTTATTGTTAATATGAGTGAGTAGTCAATTTTCTAGGGTTTTGGGGATCCATGAATTAATATGAAGGGATGATTGAATGTTGTTGATTGTTGGTACAAGATTTTAGCCCGTGCGATGCACGGTTTCTATTAAATTGTTACGTTAAAATAAAACTTCTATATATATCAACTGCTATATTTATATTAGATTAGATTGATTATTTTTATTTTTGATTGAATATCATTTTAGATTTATTTTTTAATTATTATAGTGTTTGATTTTGGATGGAATTGTATGTAAGAAATATTAATAATTAATTAATTAAAATATCTACGTGGCACCTAATTATTTATCTACGTGGCATTCGACTTTTTAATTCAAAAATAATTTTGAAGTCTTTTTTTTCATTGGCCGAAACCATTAGATTTCATACGTGGCGCTCTAATATTGAATTAATGTTTGATTTTGGATTGAATTTATTTTAGATTAGTGTTTGATTTTGGATGAATTTTATTTTAGATTTTTTTAAATTATTAAAGTGTTTGATTTTGGATGGAATTGTATATATTAGTAATTAATTAATTAATTTAAATATCTACGTGGCACCTAATTAATTATCTACGTGGCACTCGATTTTTTTAATTCAAAAATAAAGTAGAAATCTTATTTTTCATTGGCCGAAACCATTAGTATTCCTAGGTGGCGCTCTAATAGTTCAGCAAATATGCCTCCTTTATATATATATATATTAGATTGTGGTTAATTCCTATTGATTGATTTCATTTACTTTGCAATTAGATTTGCGCAGGTTTAGTTGTATTAGTCAAGCAATATCAAGTTAAGATTCGAGAGATGCAATTTGATGTTTATGCTTGTTTCAATACGTAGAATTGGAATTAATACGTCGCGAGAGCCCGTTAATTCTAAGTCTATGATTAGTATCGATTCGAGAGATCATGATAGTCTAATTAACTGCTTTATTGACTATTATTGATTGTTTATCATCCTGGATTGTTGTTCATCGGTGAACTTATGCCCTAGACCTTTTTATATCTGAATTATCCCTATTTTATTATTGTCGTAGTTTTAGTATTAAAACCAACCAATTCCTTGTTCGCAATAGTCTAGACTTTAGTTTTAGTAATAGAAATAACGCTTGTTTCTCTGTGGATACGATCCCTACTTCTCTTGCTATCTTGTTAGTGGACTTAGGCTATCTTTGATGGGAGTGCAATTTAGCCTGTCAAATTTTGGCGTCGTTGCCGGGGAAACGGTTTCATTTTCTGTTATTAATTGTTTATTCTAGATTATTGTTTGTTATTTCTCAAGGAACCCCCGTTCCTTGAGACCGGATCTCACACCTGTTTTTAGTTTCGTTGTCTATGCCCAGGACCGTAGGTACTAGTAATCTTACTCCGTTAGATCCTGAGCCCGAAAGAACCTTTCGTAGACGAAGGAATTTCATCGCAGAGTGTGGGAATTACTCTAACTCTGATTCTGATCATAACATTTGCGGTCTTTTTCCTTCAGATACAGATACAGTTTAAAAGATAGGGATGGGTGATGATACACCACCACCAGTTGAACCAAGGCTTACAGACTATTTTAAGCCAAGTTTGTCTGTGCTACCCAAGGCAATCATGCCTTCTATTGCAGTTGAGACTTTCAAGATTGAGCCTGCATTAATTAACATGATTGAGAGACGCCAGTTCGGTGGGGAAGTAGGTGAAGACCCAAAATCTTCACATTCAATCCTTCATCGAATACTTCTCTACCATTAAGCAGAAGAATGTGACTCCGGAGCAAACTATGGAGATGCTTTTCCCGTTCTCGCTGAGTGGGAAGGCAAAGTTGTGGATCAATGGGTTGAATCGAGCAGCCATGAAAATTAATAACTGGGAGTCTTTGGCCCTTGCATTCTATGTGAAGTATTTCCCGCCTGAGAAGACAGCTCGTCTGAGGAGCCAGATCATTTCTATTACTTAACAAGCAGATGAGAGTTTGTTCGAGATCTGGGAAAGGTTCAAGGATCTACAGAGAGAGTGCCTACACCATGGTTTGAGTGACTGGTTCTTGATTCAACAATTTTATAATGGTCTGGGTAATGAGTCTAGACTTATTCTGGATTCAGCTGCTAGTGGGAGATTCATGCAACTTGTTGTGACTAGAGCTATGGAGGTGATTGAGGAGATGGCCATGCATAATGCCCAGTATGGGAATCCTAGAGGTCTATCTAATAGGGGTGGTAAGCATGACTTGAATTCCATAGAACAACTAACTGCTCAATTGACTGCTTTACATTACAAGTTTGATAATATGCAAGCAGCAAATGCTCAATCTGCTCAACCTGTTAGTGTAGCTGCAATGAATTCTCAAACCGTCAATGTCTGTGATAGTTGTGGGATGTCTGGTCATTATGCACAGGAATGTAGGAGCTCTATTGAACAATATAATGCATTCCAGTCCTACAAATAGAATAACCCGTACTCTAATTCTTACAATGAGGGATATAAAAATAATCCCCTACTATCATACAGGAGTACTAATATTCAGAACCCCCATCAGGTTCAACACCCCCACCACCACAACAACCATACCAACCACGGAATAACTACAATCCCCAGTCTAGTGGACCACCTGGGTTCCCTAGACAACACACATCACCTCCACCACCACAACCAAAACCCACATAGTCGGACCCTATGCTAGTAGAGATAAGGAACATGATGTTGCAGATGCAGAAGTCTCTGAGTGAAAAGGATGCTAAAATTGATGCTCTTGCCGCCCATAACAAGATCATTGATACACAGTTGGCACAAATAGCTACTACTCTTGCAGGGATACCCAAAGGTCAACTCCCTTCGCAACCTGAGAATAGAGAAACTGCAAATGCTATTACATTGAGGAGTGGAAGAGGTTATGACGGTCCCTTTATGCCCGTCGAGGTTGATTTTGAGGTGTCTGCTAGTGGTCTGGTTAATCAGGAAACACCAAAGGTAGTCATGGATGGTAAGCAAGCTGAGAAAGTAGTATGTGAAAAAGAGGCTACAACTGAGGTTAAGAAGGGGACAGATATTCAAGTACCACCTATTGTACTCCCCTTTCCAAACCGGCAATTCAAGAGTAAGCTAGACAAACAGTTCGGCAAATTCTTGGATGTGGTAAAAAACTTGCAGGTAACTGTTCCTTTTACAGAATTGATTTTACAGGTTCCTGCATATGCTAAGTTTATGAAAGATATTTTGACCAGGAAACGTGCTTTTTGTGAGGTAGAGACTGTAGATTTTACTGAGGAATGTAGTGCTTATTTACAGAACAAGTCTCCACCTAAACTTAAAGACCCCAGGAGTTTTTCCATCCCATGTAACATTTGAACCGTTTTTATTGATAAGGCTTTATGTGATTTAGGTGCTGGTGTGTCTGTTATGCCCTTGTCTGTCTGTACTAAATCGAACATGGGTGAGTTTAAAATTACTAATATCACTCTTCAAATGGCCGACCGTTCTGTTAAATACCCCTTAGGTATTTTAGAGGACATCCCCGTTAGAGTAGGTAAATTCTATATACCTGTGGACTTTGTAGTACTAGACATGCAGGAGGATTCTCAAATTCCCATTATCTTAGGTAGACCCTTCCTTCACACGGTAGGGACGGTCATTGATGTTAAAAGTGGGAAATTGACTTTGTCTGTTGGGGATGATAAGGTGATTTTTAATCTGAATAATGCCTTAAAGAGTCCCATGCTAGAGGAAGAACAATGCTATCAAATTGATGTAGTTGATTTTATTATGCGAGATAACGTCTCCCAAGTTCTCGAAAGGGATCCCTTGGAGGCAGTGCTTTGTTGTGAATCTTCTGCAGGTGATAGCAGTTCTTGGAGAGCTAAAGTGGATGCTCTAGAGTTAGCTCTTGATGGTGGAGAATCTGAACCCGAGGAGAGCACCAAAGTGAGGAGGTTAGTTCGGCCGGTCTGCTCTGTAAAAGAGGTAAAGAAACCCGAACTTAAACCTCTTCTTGCTAATCTGAAATATGCATTTTTGGATGATGAACAACTTTGCCCTGTAATTGTCAATACTGCACTTGATGCAGACCAGTTGTCCCAACTTCTTAATGTGTTGAAAAAGCACAAAAAGCCATTGGGTACAGTATTGACGATTTAAAGGGTATTAGCCCTGATTTTTGCATGCATAGGATACATCTAGATGAAAATCAAAAGCCATGCATTCAACCCCAACGTCGTTTGAACCCCATCATGCAAGATGTTGTAAAAGCTGAAGTCATGAAATTGTTTGATGCGGGTATTGTTTATGTTGTGTCTGATTCTAAATGGGTGAGTCCCGTTCAGGTAGTGCCAAAGAAAGGGGGGGCGACTGTGGTTAGGAATGAAAAGAATGAATTAATCCCAACTAGGGTGGTTATAGGGTGGCGCATGTGTATTGACTATAGGCGTCTGAATGTTGCCACTAAAAAGGACCAGTTTCCCCTTCCCTTTGTTGATCAAATGTTAGAAAGGCTAGCCTGTCACAAGTTTTTATATTATCTGGATGGTCATTCTGGCATTTTCCAAATCCCTATACATCCAGATGACCAGGAAAAGACCACCTTAACCTGTCCTTACGGTACTTTTGCATATCGTAGGATGCCCTTTGGTTTATGTAATGCACCTGCTACATTTCAACGTTGCATGATGAACATCTTTTCTGAGTTTATTGAGTCTATAATGGAAGTGTTTATGGATGACTTTAGTGTCTATGGTAATTCTTTTGATTCCTGTTTGGTTAATTTGACTAAAGTGTGGAAAAGATGTGAAGAATGTAACCTGGTCTTAAATTGGAAAAAGGGTCATTTCATGGTTACTGAAGGGGTGGTTTTGGGACATTTGATATCTGATAAGGGCATCCAGGTGGATCGAGCTAAGGTCCAAGTGATTGAACAATAGCCCCCTCCAGTTAATGTGAAGGGTGTTAGAAGTTTTATTGGTCATGCAGGGTTTTATCGCCGCTTTATCAAGGATTTTTCTAGATTGTTAAACCACTGACCCAAATCCTCCTCAAGGATGCCCCATTTGTGTTTACTGATGCTTGTTTTGAGGCTTTTGACAGAATTAAACAGGCATTAATTTTTGCTCATATCATCTGTTCTCCCGAATGGGATCTTCCGTTCGAGATAATGTGTGATGCAAGTGACTACGCAGTTGGGGCAGTTTTGGGTCAGAGAAAAGAAAAGGTCTTGCATGCTATCTACTATGCTAGTAAGACCTTAGATGAAGCTCAGGTTAATTATGCTACTACTGAGAAGGAGCTTCTAGCCATAGTCTATGCCTTGGACAAGTTTCGATCGCACTTATCTGATTGGGTCCAAGGTGATAGTCTATACTGAAGGAAATAATGCCCTTGGTCCAATTATGAATTTAATGTTAAGTCTAATAAATGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCGCTTCAGTTCAAGTGGAATTAATTATATTAATCCACAGCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTAAACGGATCAAGTATTTAATGGCATTAAATACTCCATCTATGGATATTCGGAATCGACGGATCTTAGTTTCAGTGGGAGCTAAGATCGTCACAAGCAAGAAATGAATACTCCGGAAACGATGATATTGCCGGAAACGATGATATTGTCGGAAACGGAAATATGGATCGTATCGGAAATATAAATATTGTCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGCATCGGAAAATATTAATGGAAATGGAAATATTGCCGGAATCGGAAATATTGCCGGAAACGGAAATATTGTCAGAATCGGAAATATTATCGGAATCGGAAAATAATTCCGGAAATGGAAATATTATCANGGAAATATTATCGGAATCGGAAAATAATTCCGGAAATGGAAATATTAAATATTTGTTCGAAACGAAAATTAATTCCGGAATCGGAAATATTAAATATTGTTCGTATCGGAAATGAATTCCGGAACCGGGAATTTAATCGGAAGCGCATCGTACGAATTAGCATCGGACGAGGCTTGCTAGACGAAGGCCCAGCACGAAGCCAGGCCCGCGCCCAGCAAGCCGAGCGCCCAAACACGGAGCTGCCACAGCCTCGCCAGGCCCAGCGCAAGGCCAGGCCTAGCAAGGCCTTTGGCGCGCGCGCGCTGAGCGTGCTCGTGGGCTGCGAGTTGCGACTGCTCGTGTGGGCCGCAAGGCCTGCGCGGGTGGTGCGATGCTCGTGGCCATACGACGCTCGTGTTCGTAACGAATCCTAATCCTTTTGGAATTCGTGTATTTATTAAATCCTAATCCTAATAGATTAAATTTATTATTTAGAGTTCAAATATGATTCTAATTAATAAATCCACATCCTAGTAGGATTATAATTCCTTTTCCATATCTCTATAAATAGGTGCCTAGGGTCATAATTTATAGATACAATAGAAGTATTCAAAGGTAAGGTTTTTAAGCAAAATCAGCCAAACACTTGCACCCAAATAGCCGAAATTCCTAAGCAACCTTAAGGGCGATTCTAGTTGGTCAAGCTTAAGGCGGATCCGGACGTGCTGTGGACTATCTACGGAGGGACGACACTTGGAGTCCTAAAGACTTGTTCTTGGTCGGTTCGGGCGCAGCTAGGGAAGGCACGCTACAAAGTGTATGCATCTAAATTATGCTAAATGATTATGTGTAAATAATATGTTTCCTGGCTTTATGGTTTTTCCGCATGATTTATGATTTGTCATATGTATCATAACCTAACATATACTTGAAGGAAATAATGCCCTTGGTCCAAGTATGCATTCTATGTTAAGTCTAATAAATGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCGCTTCAGTTCAAGTGGAATTAATGATATTAATCCACATCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTAAACGGATCAAGTATTTGATGGCATTAAATACTCTATCTATTGATATTCGGAATCGACGGATCTTGGTTTCAGTGGGAGCTGAGATCGTCACAAGCAAGAAATGAATACTCCGGAAACGATGATATTGCCCGAAACGGAAATATGGATCGTATCGGAAATATAAATATTATCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGTATCGGAAAATATTATCGGAAATGGAAATATTGCCGGAATCGGAAATATTGCCGGAAACGAAAATATTGTCAGAATCGGAAATATTATCGGAATCGGAAAATAATTCCGGAAACGGAAATATTAAATATTTGTTCGAAACGGAAATTATTCCGGAATCGGAAATATTAAATATTGTTCGTATCGGAAATGAATTTCGGAACCGGGAATTTAATCGGAAGCGTATCGTACGAATAAGCATCGGACGAGGCCTGCCGGACGAGGGCCCAGCACGAAGCCAGGCCATCGCCCAGCAAGCCAAGCGCGCCACACGAACAGCTAAGGCCACGCCAGGCCCAGCAGGCCGTGGCAGCGCGCACAGCGAGCGCAGCAATGGGCTGCGAGCTGTGCTGCTGCTCGCGTGGGCTTGCGGCTCGCGTGGGCCGAGCAGCCGTGTGGGCTGTGCGCGGGCATGGCCTGCACGCTCGTGGGTCATGCTCGTGTAGAGTTTGTGTTCACATACAAAACCTAAATTGTGTAGGATTTGTTTGATGATTAAATTCCTAATCCTAAAAGAATAAAATTAATTAATTAGAGTCCTACTAGGATTCTAGTTTAACTAATTAGTATCCTAATAGGATTCCAGTTCCTTTTCCATACCTCTATAAATAAAGGCCTAGGGTCATTATTTGCAGGCACGATTGAATTATTCAAAGGGTAAGTTTTTGAAATAAAATTAGCCATACACTTGCAAACACTAAAGACTATCTACGGAGGGACGACATTTGGAGTCCTAAAGACTTGTTCTTGTTCGGTTCGGGCGCAGCTAGGGAAGGCACGCTACAACATGTATGCATCAATTCTATACTAAATTATTATATGAATATAATATGCTTTCCTGGCTTTATGGTTTTTCCGCATGATTTATGAATTGTCATATGTATCATAACCTAACAATACTGACCATGCGGCCCTTAAGTATTTTCTCTCTAAAAAGGAAGCCAAGCCTAGGCTTATTCGATGAATATTACTGCTATAGGAGTTTGATCTAGAGATCTGCGACAAGAAAGGAGCTGAGAATGTGGTTGCAGACAACTTGTCTAGGTTGAGGTATGATGATGGTAAAGTGTCTACACCGATCGATGATTCATTTTCGGATGATCACTTACTTACACTTGTCAGTCAGTCACTATGGTTCGCAGACTATGCGAATTACATTGTAGGGGGTATTCTTTCGTCCGATCTTACATATCAACAGAAGAAGAAGTTCCTACATGATGTTCGGTTCTACTTTTGGGATGATCTTTATTTGTACCGTTAAACTGCTGAAGGGTTGTACAAGCGATGTGTTCCAGAATGGGAAGTCCATGGTATTATCAATAGGTGTCATTCTTCACCTTATGGTGGTCACCATGGACCTTCGAAGACTAATGCTAAGTTGTCGTAGTGAGGTTTATACTGGCCTACTATGTTCAAGGATGCACAGGCTCTTATTATGGCTTGTGATGCGTGCCAGAGGGCTGGCACTATTTCGAGGAGGCACGAGATGCCACACAACGGGATTCTTGAAGTCGAGATTTTTTATGTGTGGGGGATAGATTACATGGGACCATTCCCATCGTCCAAGGGTAATATGTATATCTGTCACTGTAGATTATGTGTCCAAGTGGGTAGAAGCCGTTGCCTCGCCTACCAACGATGCTAAGACAGTCATCTCCCTATTCAAGAAAATCATTTTTCCCAGATTTGGAGTACCAAGGGCCTCGATCAGTGATGGGGTTCACACTTACATGAGAAGCATCTGGATGCGCTCCTGCGCAAATATGAGGTCTACCATCGTACGGGACTAGCCTACCACCCTCAGACGAGTGGGCTAGTTGAGGTCTCCAACCGGGAGATCAATCTATACTTGAGAAAGTGGTGGCAAAGTCTAGGAAGGATTGAAGCGACAAGCTTGTTGATACTCTATGGGCGTATAGAGCTGCTTTCAAGACACCTATTGGTACTTCCCCGTATCGGTTAGTATATGGTAAAGCATGCCATTTGCCGGTAGAATTGGAGTATAAGGCTTATTGGGCGATCAAACAACTCTACATGGATGCTAGGCTAGCCGGTGAAAAGCGGCTACTACAGTTGAGTGAGCTAGATGAGTTTCGATTGCATGCCTACGACAGTGCCCGTATCTACAAGGAAAAGACTAAGCGATGGCATGATAGTCACATCCTTCATAGGGAGTTCGCGGTGAGCGACAAGGTTCTATTGTTTAATTCTAGGCTTAAGTTATTTCCTGGAAATAAGTCTAGATGGTCTGGGCCGTTCACCATGACCATGGTTGGCAAGTTTGGATCCGTTGAAGTAGAGAACAATAATGGTGAGCGTTGCAAAGTAAATGGGCGACGTCTGAAGTTGTACCATGAAGGGGCTACTGTAGGAGTGGTTGAGGTTCAACACCTCAATTCTTCCGCCCCATGATGTGCATATTTGAGGTAATGAGGTCGAGTGGGACCTAGAAATAAACCGGCGCTTTGCGGGAGGCAACCCGTATCTTTATCGCTTATAGTAGTGTAATTTTTCCCTTTTTCTTTTCTTTTGTGTGTTTTTAATATAGCCCTTAGTATTGGAGAGGTGAGAAGAGGGAATTTTACTGTTTGGGTGTTTAGTGGTGTGTAGGCTTAAGGCTCCAAGTTCGAAAAAGCGAAAAAATAGCTGAAACGGAGTACTTTGCAAACTGCCCAGTGGAGACCGGGCGAAGAGCGCCCGATCGGGCGCGCACCGAAAGAAGAAGAAAATTTTAATTTCGCCCGACGGGGCGGAGGAGGCCTGATCGACTCGATTGGTGAGTAGAAAGCCCGATCGGGTGAACCTCTGCTTGATCGGGCGCGCACAGAAAGAAGATATTTTTTTGATTTTCGCCCGACCGGGCGGAAGTGGCCCGATCGACCTGTTTGGCGAGTAGAAAGCCCGACCGGGCGAATTTCTGCCCGATCGGGCAGATGGTGATGACGTCACAGGAAAGCTGGAGGATGAAATATGGGTCGAAGAAGGGGTTCTGGCATCAAATTGCAATCGCCCGATCCGGATCGGGCGAAATGCGCCTGATCGGGCGCGCGTCAAAACTCAGAAAAGGTTTTTATTTTGCCCGATCGGGCGAAGCTTTTCCCGACCGGGCGATTCACGATTTCACGGGCTATATTACACTGATCTCCCCCTTCCTTCATTCTATTTTCCATTTTCTTTCTCAACTCTCTCTCTCTCTTCCTCCATTAAACCCCAAACTCCAAAATCTTCAAACCTTCATAACTTCTTCATTCCTCCACCAATTCATCACACCTTACATCAAATTCATCCTCTCACCACCCTCTACAACCTCCACCCATTTATTTTCATCTTTCTCCACTCTCCACAAAAACCCCAATTTTCCCAAAAACCCCCAAAACCCCAAAAATTCATATTTTCTCCTCCTACCATGGCAAATCGACCCAAGAGGACATGCACCATCACTTCAAGGAACCAACAAGAGGCTTTCACAAGCCGGGCTCGTGAGCCAACACCACCGCCGCTGCCACCACTGTTCGAATCCGATCCGGACTTTCCGGAAATCATTATCACTATGGAGTGGCAACGGGATCGACTCGCCCACCTCAAATTGAGGGAGGTAATTCCTACGCGCTTTATTTGTCAAAAATCCTTGCATGAAATGGGAATTGAAAGTGATGTCAAAAGGGTAATTTATGGTGTTGGCATGAAAGACATGTATGGCATGATGCGTTTAACTTTTAGGAGATTAACGCTTGAATTTCTGAGTTCTTTGTGGTTAGAAAAGAATGGTTATAGGGATGTCACTAGTGTACACTTTCGACTAATGAATCGTGATGTCCATTTAAGCATTCGAGATTTTAGTAGGATATTTGGTTTGTCGACTGAACATAGTAGGAAGGCTGGGAGTGCCCATGATAATTGTGAGATGTGGGGAAAATTGACCGGGAATAGTTCACCCCCTAGCATGCAACACTTGCATGCTTCCCGGATTCAACACCTCGTCCCCATTATGTTTTACAGGTTCCTGGGATTCACTATTTTCGGGAGGGAGGAGAACCAAAACATTAGGAGCACTGAGTTGGAAATCCTAGGTGGTTTTGTGCTGGAGGGGGAGGGGAGATACAGGATGAATTTGGCCCACCACATGGCTTCTCACCTCTATTCGGTGGCCACTAGTACACATAAGACCCGCATTACCATTGGTGGGTTAATCACCCACATTGCTATGGCCTCGGTGAACTTTGTTGAGGCCAACCAGACACCAGTGTTAGGTAGTAACTTGCTGGACTTGAGTTATTTTGCTGGCCTACGCCGCCTTCAAGGCGAGCATGGGTTATTCCGCCCGGGTGCCATGTACTGGATGTTTGATGGGGATAGGCTTTTTACCTTGCCTGACTCACAGGGCCGCACCCGCTTTAGACCCGGCCAGGCACACCACCTATTTGTGGGAGAGCCCATAGAGCATCACCAGGAACCCGAACCCCCAACCCGAGCCACAGCCAGAGCCTGATCAGTTTGAGCACGTTCCCCGTACCTACTTTCGGAGGGGGCGTCATGAGAGAGAGAGGGGAGGCTACACGGTGGCCCAGCTCCAGAGGGGGAGCAACGCTCTATTGAGGAGCATTTGGACAGGCTCGAGATCATATTTGATCACTTTGAGAGTGATCACCAGCGAGCTATGTTCCCCATCTGTGATCATTACGCCAGGCAGGGCTATGTGCCTCAGGATGCCCAGCACCCTTCCTGGTTTAGCTATCCCGCAGAGGGATATGGAGTTCCTGGTGCCATGGGCACTTTCACACCCACCCACTACTACGGTGGTTATGGAGAGGGCCTCAGCGGTCACGGTGGTCGTGGTGGTGATATGGATGATGATGATGGCCAGGGCCAATAGTGATGATGAGGTTGATGGTGATGGTTCGGTCCCCCTTAAGCCAATGAGGACATTATCTGATTTAGCTTGGGGGGTGTCTCATTTCCCTGTACATATTAGGTATGATTTCTTTTCTTTTCGTATTTTCTTTTTTTTTCTTTTTTTGGTGTGTTTATTTTGGTGTGTTTACTGCTTTATAAGTTAGTTTTACCGCTTTAAAAAAAAGAACAAAAATACATTCCGATGAATGCAAAATCATGCTTCCTTGTGCCCCTTTGATTGAAAATGGTTTTGATTCTTGGTATTTGATGACGAGCAATGTTGATATGTTAGCCATGATTTGATATTTGATTACTTTGATGCTAGACATGAGTCAACTCTGACCAACTATTTGTGGACTTGGTGCTTGGCTAGTTGACTTGGTTAGGAATGTGTGATAGCTTCATGGTGTGTCTTTGATTTTGAGTATTGGTTTGCAACTGTTAGTAATGTTTTATGACTCATATACATGGACATTGAGGAGGACGAAGGCATTTTTTCAATTTAGGTAGCGTTCAGATGAAATTAGATACATTTGTTCCCTTCTTTTCCACCCATGTTGTTGCTTGTGCCCTTTATTCGGTGACTAGCCACATTACAAGCCCGTGAGTGCCCCATTGGTTACTAGTCCCAAGCCTAGCTTGGGGGAGCTAATAGTAGTGAGGTGAGGGAGTTGTAGTGTGCTACATCTTGAGCACAAAGTGAGTGTTGAAAAAAATAAAAGGGAGTTCTTATCTTGTTTGTTGTTTGAAAAAAGAAAAAATTCTAATGAAGAGTGAAAAAGATGAGAAGAGTAGAAAATGTGAAGGTTTCCAAAAGAAAAAGAAAAAAAAAGAAATTGAGCAAAAAAACAAAGAAAATTTTCATTGTTGTCAGAAAAATTCAAAGCATTATGTCATTCAAGTATTACAATTCTTTATCATTATGAGTGATTGATTTTTATAGATGAAAAAGGCAAGGAAGTATGGTGTAGTTCATTTGATTGTTTATCATGTGTTGAGTGGGAGAGTTGTGGTCATCACTTGTGGTTGATCATGGGTTTTGCTAGGATTTATACTCCCCAAAGCCAAGGCTTTAAGCTAATATTTTACCCAAATTTACCACTCCCCTACCTAAGCTTAACATTACAAGCTTTGAAGACCTTCCGACCTTTGTGCATAGAGTCGTATTAATATGAAAATAGTTGTTTATCAATGCAAGTTATGACATGACACATTTCGACTCGACTACTAGGTTGAGTGCATGTTCTTTTAGACACATGAGTGTTGTGAGTTTGGGAGGGCATTTTTCACATATATGTTGGGAGGAGAGCGAACGGGTACATATTTTACCCGCCACATAAATGAGTGACGACTGTGTGAGAACTAGTCTTGAATTCCATTGTGCACTTGTGGTTCGCTTTGCGTGACGATTGTTAGGGAGGATTTGTGGTTGGATAGATTTGATTGGTTGACATTGATGCATGCTCGTTGAATTTTTCCTTGAATTATATCCACTGTTTTGAAATATGTTTTGGGGTGAAGTTGATTTTTGTATTCATCGATGATTTCTTTTCCAAGGGACAAGCAAAGATCTAGCTTGGGAGAGTTTGATATGTGTGTTTTATATAGAGTTTTTACCCCCGTCCCTTAGTACTTTTCTACATCAAATGAGCTCTTAGGATCCGTTTTTAGTACTAATATGTGTTGTAAGTGTGCCTTGAGTTTCAGGATTTGTTCGATGAGAAATTAGCCTTTTTAGGCTCGTTTCGCGATGATATAGGCCACTACACGGACCCCAAGTAGGTTCGGGATGATTACGGTCGACCCTTGGGAGCCTAGGATGCCTATGTTCGAGCCTCAAGAGTTGGACTTGGTGCTTTGAGTGAAGGACGATGTATTCTGCAAATCGCCCTTTGAGTGGAGGGCGGAATGAGAAAACCGGGTGAAGAAAAAGACTTCTGAAAGTTTCAACGCGCGCCAGATCGGGCGGGCCTCGCCCGATCCAGATCGGGCGGCCATCCTGGAAGGCATATGGAGTTTTTCTCATCCGCCCGATCGGGCGGAATTTCGCCCGATCGACCTGCTTGTCGAGCAGAATGCCCGATCGGGCGGTCGTCTGCCCGATCGGGCGATGCCAACCTCTGTGCCTTTTTCGCGAGTTTTATTTCCGGTTTTGAGTTGTATTTTGGGCAAACTATAAATACTAAGCCCTTTTATTTTTAGTGACATCTTATTCCTTAGTTTCAAACACTTAGTTTTATTCTCATACCTTAGTTTATTCTCTCAATTTGTTGCAACACTTAGTTTTTAATTTCAATAAAAAATTCAAGCTTTCATTATTCATTGTTCTTCATTTAGGTATTAATTCTTACTTTGCTTTATTGTTTTGTTTTTAATCATGTTTTCAATAGTATTAATTGTTTTGTTTATTGTTAATATGAGTGAGTAGTCAATTTTCTAGGGTTTTGGGGATCCATGAATCAATATGAAGGGATGATTGAATGTTGTTGATTGTTGGTATTGTGGTTAATTCCTATTGATTGATTTCATTTACTTTGCAATTAGACTTGCGCAGTTTAGTTGTATTAGTCAAGCAATATCAAGCTAAGATTCGAGAGATGCAATTTGATGTTTAGGCTTGTTTCAATAGCTAGAATTGGAATTAATACGTCCTGAGAGCCCGTTAATTCTAAGTCTATGATTAGTATCGATTCGAGAGAGCATGGTAGTCTAATTAACTGCTTTATTGACTATTATTGATTGTTTATCATCCTGGATTGTTGTTCATCAGTGAACCTATGCCAATAGACCTTTTTATATCTGAATCATCCCTATTTTATTATTGTCGTAGTTTTATTATTAAAACCAACCAATTCCTGGATCGCAATAGTCTAGACTTTAGTTTTAGTAATAGAAAGAACGACTGTTTCCCTGTGGATACGATCCCTACTTCCTTGTTATCTTGTTAGTGGACTTAGGTTATCTTTGATAGGAGTGCGATTTAGCCTGTCAGCTATCAAGGATCCTAAATTTCAGGTTTGTTCCTCTTTCTCTCTCCTAAATCTTATTCCATTTTCAGATCGTCTTTCCCCCAATTCGTTATTTTTGTTTTGAATAAAATTGAAATAAATTCATAAAAAATATCCAGAATTTCCAATTAATTGCTGTTTTCGTTTTTTATATATTTGTTAATTTATTCAGTATGTTATTTTGTTTGTTTGGTTGATTAGTTAATTTATTTAGTATGTTGATTTAGTTTTCTTTGTTTGATCTGTGAATTGATTTACTGTTCTTCATATGATTCGTTAATTTGAAGTATATTTGGACGGTTTTGTTGATTGTGAGACTGATTCGGGTCATTTCAGGGTTTTTTTTGTATTTAGGTCGGTTTTGTTAAACTTCTGAATTGATTTATTGTTCTTAGTTTTATTTGTTAATTTGAAGTAATTTTGGAAGGTTTTGTTGATTGTTTGACTGATTCGGGTCATTTTGGGGTTTGATTTGTTGTTTTTTAATTGTATTTAGGTCGATTTTGTTAAACTTGTGGCCAAATTGGTCGATTCTTTTGACAAGGGTGGATTCTGGTGGTGTGATAGGTTGCGTGTTGGGTTGCCGAACCCACTACCCAACATTGGAGATGCACTTCAAGACTGGAAGGATAGAGTTAAAGTGTCTGCTGATATTCCACAAAGGGATATGGAGGATCAAGAAGAAGGTGAATTTGGGTTGACATCTGAACTTGATCAGGGAACAGCTCAGGCGTTAGGATCTGCAATGCCTTATCAGACGGAGCATAATATTGTCCATGACAAGCCTGATGGGGATGGAGCATAA

mRNA sequence

ATGACTGAAAATGCCTCATCTGGAGGATCATATATAACTCTTGAGGATAGAGTTCTGTCTCGAATTTCTTATGTCACTCTTGCTTTCAAAAAAGGAGAAGGCTTTGTCTCAGCACTGGAGAAGAGCGTGACGGTTCCGAGGCGTGATTTCGGTATTCTAGCACTTCTCTCGTTGGTCGAGGTCGATTTTGTTAAACTTGTGGCCAAATTGGTCGATTCTTTTGACAAGGGTGGATTCTGGTGGTGTGATAGGTTGCGTGTTGGGTTGCCGAACCCACTACCCAACATTGGAGATGCACTTCAAGACTGGAAGGATAGAGTTAAAGTGTCTGCTGATATTCCACAAAGGGATATGGAGGATCAAGAAGAAGGTGAATTTGGGTTGACATCTGAACTTGATCAGGGAACAGCTCAGGCGTTAGGATCTGCAATGCCTTATCAGACGGAGCATAATATTGTCCATGACAAGCCTGATGGGGATGGAGCATAA

Coding sequence (CDS)

ATGACTGAAAATGCCTCATCTGGAGGATCATATATAACTCTTGAGGATAGAGTTCTGTCTCGAATTTCTTATGTCACTCTTGCTTTCAAAAAAGGAGAAGGCTTTGTCTCAGCACTGGAGAAGAGCGTGACGGTTCCGAGGCGTGATTTCGGTATTCTAGCACTTCTCTCGTTGGTCGAGGTCGATTTTGTTAAACTTGTGGCCAAATTGGTCGATTCTTTTGACAAGGGTGGATTCTGGTGGTGTGATAGGTTGCGTGTTGGGTTGCCGAACCCACTACCCAACATTGGAGATGCACTTCAAGACTGGAAGGATAGAGTTAAAGTGTCTGCTGATATTCCACAAAGGGATATGGAGGATCAAGAAGAAGGTGAATTTGGGTTGACATCTGAACTTGATCAGGGAACAGCTCAGGCGTTAGGATCTGCAATGCCTTATCAGACGGAGCATAATATTGTCCATGACAAGCCTGATGGGGATGGAGCATAA

Protein sequence

MTENASSGGSYITLEDRVLSRISYVTLAFKKGEGFVSALEKSVTVPRRDFGILALLSLVEVDFVKLVAKLVDSFDKGGFWWCDRLRVGLPNPLPNIGDALQDWKDRVKVSADIPQRDMEDQEEGEFGLTSELDQGTAQALGSAMPYQTEHNIVHDKPDGDGA

Relationships

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


Feature Name	Unique Name	Type
Spo17822.1	Spo17822.1	mRNA

Homology

[Close]

BLAST of Spo17822.1 vs. NCBI nr
Match: gi|902185707|gb|KNA10543.1| (hypothetical protein SOVF_143350 isoform A [Spinacia oleracea])

HSP 1 Score: 135.6 bits (340), Expect = 7.900e-29
Identity = 68/83 (81.93%), Postives = 70/83 (84.34%), Query Frame = 1


		  
Query: 85   LRVGLPNPLPNIGDALQDWKDRVKVSADIPQR------DMEDQEEGEFGLTSELDQGTAQ 144
            L+   PNPL NIGDALQDWK+RVKVSADIPQR      DMEDQEEGEFG TSE DQGTAQ
Sbjct: 4931 LQKNQPNPLRNIGDALQDWKERVKVSADIPQRDDETVDDMEDQEEGEFGFTSEFDQGTAQ 4990

Query: 145  ALGSAMPYQTEHNIVHDKPDGDG 162
            ALGSAMP QTEHNIVHDKPDGDG
Sbjct: 4991 ALGSAMPDQTEHNIVHDKPDGDG 5013

[Close]

BLAST of Spo17822.1 vs. NCBI nr
Match: gi|902185708|gb|KNA10544.1| (hypothetical protein SOVF_143350 isoform B [Spinacia oleracea])

HSP 1 Score: 135.6 bits (340), Expect = 7.900e-29
Identity = 68/83 (81.93%), Postives = 70/83 (84.34%), Query Frame = 1


		  
Query: 85   LRVGLPNPLPNIGDALQDWKDRVKVSADIPQR------DMEDQEEGEFGLTSELDQGTAQ 144
            L+   PNPL NIGDALQDWK+RVKVSADIPQR      DMEDQEEGEFG TSE DQGTAQ
Sbjct: 4931 LQKNQPNPLRNIGDALQDWKERVKVSADIPQRDDETVDDMEDQEEGEFGFTSEFDQGTAQ 4990

Query: 145  ALGSAMPYQTEHNIVHDKPDGDG 162
            ALGSAMP QTEHNIVHDKPDGDG
Sbjct: 4991 ALGSAMPDQTEHNIVHDKPDGDG 5013

[Close]

BLAST of Spo17822.1 vs. NCBI nr
Match: gi|731348138|ref|XP_010685342.1| (PREDICTED: midasin isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 105.5 bits (262), Expect = 8.700e-20
Identity = 56/77 (72.73%), Postives = 59/77 (76.62%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQRD------MEDQEEGEFGLTSELDQGTAQALGSAM 150
            NPL NIGDALQ+WK+RVKVSADIPQRD      MED+E  EFG TSE DQG  QALGSAM
Sbjct: 4968 NPLRNIGDALQEWKERVKVSADIPQRDEETVDNMEDEEADEFGFTSEFDQG-PQALGSAM 5027

Query: 151  PYQTEHNIVHDKPDGDG 162
            P Q EHNI  D PDGDG
Sbjct: 5028 PDQVEHNIGRDMPDGDG 5043

[Close]

BLAST of Spo17822.1 vs. NCBI nr
Match: gi|731348140|ref|XP_010685343.1| (PREDICTED: midasin isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 105.5 bits (262), Expect = 8.700e-20
Identity = 56/77 (72.73%), Postives = 59/77 (76.62%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQRD------MEDQEEGEFGLTSELDQGTAQALGSAM 150
            NPL NIGDALQ+WK+RVKVSADIPQRD      MED+E  EFG TSE DQG  QALGSAM
Sbjct: 4967 NPLRNIGDALQEWKERVKVSADIPQRDEETVDNMEDEEADEFGFTSEFDQG-PQALGSAM 5026

Query: 151  PYQTEHNIVHDKPDGDG 162
            P Q EHNI  D PDGDG
Sbjct: 5027 PDQVEHNIGRDMPDGDG 5042

[Close]

BLAST of Spo17822.1 vs. NCBI nr
Match: gi|1009111803|ref|XP_015902684.1| (PREDICTED: midasin-like [Ziziphus jujuba])

HSP 1 Score: 75.1 bits (183), Expect = 1.300e-10
Identity = 38/84 (45.24%), Postives = 52/84 (61.90%), Query Frame = 1


		  
Query: 85   LRVGLPNPLPNIGDALQDWKDRVKVSADIPQRDME-------DQEEGEFGLTSELDQGTA 144
            +R   PNP  ++GDAL++WK+RV VS DI   DM+       D+   EFG  SE ++GTA
Sbjct: 4942 VRKSQPNPYRSVGDALKEWKERVNVSVDIQADDMDTQQVEIDDENANEFGYVSEFEKGTA 5001

Query: 145  QALGSAMPYQTEHNIVHDKPDGDG 162
            QALG AM  Q + N+  +KP+  G
Sbjct: 5002 QALGPAMSEQVDKNVSDNKPNEAG 5025

[Close]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QTF5_SPIOL (Midasin OS=Spinacia oleracea GN=SOVF_143350 PE=3 SV=1)

HSP 1 Score: 135.6 bits (340), Expect = 5.500e-29
Identity = 68/83 (81.93%), Postives = 70/83 (84.34%), Query Frame = 1


		  
Query: 85   LRVGLPNPLPNIGDALQDWKDRVKVSADIPQR------DMEDQEEGEFGLTSELDQGTAQ 144
            L+   PNPL NIGDALQDWK+RVKVSADIPQR      DMEDQEEGEFG TSE DQGTAQ
Sbjct: 4931 LQKNQPNPLRNIGDALQDWKERVKVSADIPQRDDETVDDMEDQEEGEFGFTSEFDQGTAQ 4990

Query: 145  ALGSAMPYQTEHNIVHDKPDGDG 162
            ALGSAMP QTEHNIVHDKPDGDG
Sbjct: 4991 ALGSAMPDQTEHNIVHDKPDGDG 5013

[Close]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QV03_SPIOL (Midasin OS=Spinacia oleracea GN=SOVF_143350 PE=3 SV=1)

HSP 1 Score: 135.6 bits (340), Expect = 5.500e-29
Identity = 68/83 (81.93%), Postives = 70/83 (84.34%), Query Frame = 1


		  
Query: 85   LRVGLPNPLPNIGDALQDWKDRVKVSADIPQR------DMEDQEEGEFGLTSELDQGTAQ 144
            L+   PNPL NIGDALQDWK+RVKVSADIPQR      DMEDQEEGEFG TSE DQGTAQ
Sbjct: 4931 LQKNQPNPLRNIGDALQDWKERVKVSADIPQRDDETVDDMEDQEEGEFGFTSEFDQGTAQ 4990

Query: 145  ALGSAMPYQTEHNIVHDKPDGDG 162
            ALGSAMP QTEHNIVHDKPDGDG
Sbjct: 4991 ALGSAMPDQTEHNIVHDKPDGDG 5013

[Close]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BXX6_BETVU (Midasin OS=Beta vulgaris subsp. vulgaris GN=BVRB_7g170240 PE=3 SV=1)

HSP 1 Score: 105.5 bits (262), Expect = 6.100e-20
Identity = 56/77 (72.73%), Postives = 59/77 (76.62%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQRD------MEDQEEGEFGLTSELDQGTAQALGSAM 150
            NPL NIGDALQ+WK+RVKVSADIPQRD      MED+E  EFG TSE DQG  QALGSAM
Sbjct: 4968 NPLRNIGDALQEWKERVKVSADIPQRDEETVDNMEDEEADEFGFTSEFDQG-PQALGSAM 5027

Query: 151  PYQTEHNIVHDKPDGDG 162
            P Q EHNI  D PDGDG
Sbjct: 5028 PDQVEHNIGRDMPDGDG 5043

[Close]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BTH2_BETVU (Midasin OS=Beta vulgaris subsp. vulgaris GN=BVRB_7g170240 PE=3 SV=1)

HSP 1 Score: 105.5 bits (262), Expect = 6.100e-20
Identity = 56/77 (72.73%), Postives = 59/77 (76.62%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQRD------MEDQEEGEFGLTSELDQGTAQALGSAM 150
            NPL NIGDALQ+WK+RVKVSADIPQRD      MED+E  EFG TSE DQG  QALGSAM
Sbjct: 4967 NPLRNIGDALQEWKERVKVSADIPQRDEETVDNMEDEEADEFGFTSEFDQG-PQALGSAM 5026

Query: 151  PYQTEHNIVHDKPDGDG 162
            P Q EHNI  D PDGDG
Sbjct: 5027 PDQVEHNIGRDMPDGDG 5042

[Close]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Match: R0I690_9BRAS (Midasin OS=Capsella rubella GN=CARUB_v10019643mg PE=3 SV=1)

HSP 1 Score: 71.6 bits (174), Expect = 9.700e-10
Identity = 32/73 (43.84%), Postives = 50/73 (68.49%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQR-----DMEDQEEGEFGLTSELDQGTAQALGSAMP 150
            NP  N+GDAL++WK+RV++S+D+ ++     +MED E  E+G  S+ D GT+QALG A+P
Sbjct: 4863 NPYRNVGDALKEWKERVRISSDLGEKQEAENEMEDPEASEYGYASQFDAGTSQALGPALP 4922

Query: 151  YQTEHNIVHDKPD 159
             Q   N+   +P+
Sbjct: 4923 EQVNANMREGEPE 4935

[Close]

BLAST of Spo17822.1 vs. TAIR (Arabidopsis)
Match: AT1G67120.1 (ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding)

HSP 1 Score: 66.6 bits (161), Expect = 1.600e-11
Identity = 29/62 (46.77%), Postives = 45/62 (72.58%), Query Frame = 1


		  
Query: 91   NPLPNIGDALQDWKDRVKVSADIPQR-----DMEDQEEGEFGLTSELDQGTAQALGSAMP 148
            NP  N+GDAL++WK+RV++S+D+ ++     +MED +  E+G  S+ D GT+QALG A+P
Sbjct: 4922 NPYRNVGDALKEWKERVRISSDLGEKQEAENEMEDPDASEYGFASQFDAGTSQALGPALP 4981

The following BLAST results are available for this feature:

BLAST of Spo17822.1 vs. NCBI nr
BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
BLAST of Spo17822.1 vs. ExPASy Swiss-Prot
BLAST of Spo17822.1 vs. TAIR (Arabidopsis)

BLAST of Spo17822.1 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\|902185707\|gb\|KNA10543.1\|	7.9e-29	81.9	hypothetical protein SOVF_1433...	[more]
gi\|902185708\|gb\|KNA10544.1\|	7.9e-29	81.9	hypothetical protein SOVF_1433...	[more]
gi\|731348138\|ref\|XP_010685342.1\|	8.7e-20	72.7	PREDICTED: midasin isoform X1 ...	[more]
gi\|731348140\|ref\|XP_010685343.1\|	8.7e-20	72.7	PREDICTED: midasin isoform X2 ...	[more]
gi\|1009111803\|ref\|XP_015902684.1\|	1.3e-10	45.2	PREDICTED: midasin-like [Zizip...	[more]

BLAST of Spo17822.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QTF5_SPIOL	5.5e-29	81.9	Midasin OS=Spinacia oleracea G...	[more]
A0A0K9QV03_SPIOL	5.5e-29	81.9	Midasin OS=Spinacia oleracea G...	[more]
A0A0J8BXX6_BETVU	6.1e-20	72.7	Midasin OS=Beta vulgaris subsp...	[more]
A0A0J8BTH2_BETVU	6.1e-20	72.7	Midasin OS=Beta vulgaris subsp...	[more]
R0I690_9BRAS	9.7e-10	43.8	Midasin OS=Capsella rubella GN...	[more]

BLAST of Spo17822.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of Spo17822.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT1G67120.1	1.6e-11	46.7	ATPases;nucleotide binding;ATP...	[more]

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0002237	response to molecule of bacterial origin
biological_process	GO:0018108	peptidyl-tyrosine phosphorylation
biological_process	GO:0007169	transmembrane receptor protein tyrosine kinase signaling pathway
biological_process	GO:0010103	stomatal complex morphogenesis
biological_process	GO:0009069	serine family amino acid metabolic process
biological_process	GO:0048767	root hair elongation
biological_process	GO:0010224	response to UV-B
biological_process	GO:0008152	metabolic process
biological_process	GO:1900140	regulation of seedling development
biological_process	GO:0010817	regulation of hormone levels
biological_process	GO:0009911	positive regulation of flower development
biological_process	GO:0010584	pollen exine formation
biological_process	GO:0000271	polysaccharide biosynthetic process
biological_process	GO:0060548	negative regulation of cell death
biological_process	GO:0009932	cell tip growth
biological_process	GO:0048657	anther wall tapetum cell differentiation
biological_process	GO:0009825	multidimensional cell growth
biological_process	GO:0009742	brassinosteroid mediated signaling pathway
biological_process	GO:0043481	anthocyanin accumulation in tissues in response to UV light
biological_process	GO:0071555	cell wall organization
biological_process	GO:0042742	defense response to bacterium
biological_process	GO:0009729	detection of brassinosteroid stimulus
biological_process	GO:0048366	leaf development
cellular_component	GO:0044464	cell part
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0010008	endosome membrane
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0032991	protein-containing complex
molecular_function	GO:0005496	steroid binding
molecular_function	GO:0005509	calcium ion binding
molecular_function	GO:0004714	transmembrane receptor protein tyrosine kinase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0004674	protein serine/threonine kinase activity
molecular_function	GO:0042803	protein homodimerization activity
molecular_function	GO:0046982	protein heterodimerization activity
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0008233	peptidase activity

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo02647	0.69	Barchart \| Table
Spo17779	0.69	Barchart \| Table
Spo26806	0.67	Barchart \| Table
Spo15410	0.66	Barchart \| Table
Spo00927	0.66	Barchart \| Table
Spo17220	0.66	Barchart \| Table
Spo17549	0.66	Barchart \| Table
Spo00486	0.65	Barchart \| Table
Spo00236	0.65	Barchart \| Table
Spo10018	0.65	Barchart \| Table