Spo12188.1 (mRNA) | SpinachBase

Overview


Name	Spo12188.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	embryo defective 3006
Location	chr6 : 33442448 .. 33460838 (+)
Sequence length	1444

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

ACATTGCTTCACTAACAATGTCACCAAGTATTTAGACGGTGCCAAAACAAGTGAGGGACCGGAGAAGGTGTCGGACTGCCGAAGATCAACTGCTTACCCCCAATTCCTCAAAATATTCAAGTAGTGAAGGGGAGGAGAGAATATTCAATTCGCTTCAGGTACATTCTCTTCAATTTTTTCTCTCCACTATTCAATCTCTCTCTTCAATTTGAGCAATTGAGTAGTTATGCTATGAAATTCAATTCAAACAGTACTTTTCGTCAACAATTTCATGAAATAATTCTAAATTAGCATCCTTATTTGAAATGTGAGCTCTTTTTAGCGATCAACGACCCAAGTTTTGTATAATCATCAATAAGAGTTTGCAAATTTAGGGTTTTCGGAAATTGAGAGTATTTTTTTTTTAAATTGTAAGTTGAAAAGTAGGAATTATTGTGCAGGCTTTGCTTGAAGTGTTGAAAAATGGAGGAAGCTTTTAAAAGTGAAACTGTTATCCCTGGAGTTAGACATTCCAATTTGAAGACGTCATTTAGGCAGTGTCTTGGTTTCCTGCTTACGGCTTTTCCTTTCGAGGTACTCTGTAATTATTAACTTTAGAAGTGTAATTATGCGTGAATAGGATCTTCCTTATGCCCTTTGTTCGGGATTAGTGGTCGCGTTGATAGTGTGATTTGAACTTGTAATATGAAACTTAACCCGGACGGAGGGAGTATAGTTTAGTGTATTAGGTTTCAACTTTCAATCGTTTGATGGTGTGTGTTTTACATGTTTATGTTGTTATGCCATTTTTAGGATTTCGCTAAAGCATTTCCGAGATACACCGGAGCCGAGCAGGATCTGCTCTACCAGCTATATGTTCAGGTTCTTCTTCTCAACGTTGTACAAGTAGATTTGACTTATTTCCTTTGTTCAATGCGGAAATATTTTATTGTATTTCGTATATGGTATTTCGACATGTATGTTGGCAATATTCCACCCTGCTCGTCCATTGGTGAGAGAACATTGCTAGTACATTGAGAGTTGTAATGAACAGTCAGCTGATCTGCTTGACTGTTAATGGAGACATTTTTCTAATGATGGAGTTCAAAAGGAGTCAACAAGACTCCTATGGTGTCCAAGAACATTATATAGGTCTGAAGAAAGATGTCTGTTATATTCTACTCAATGAATTGATCATGTTTTAATGTAGTAGTTTGCTGAGAATTTTAGTCATGCTACTTGCAGCATAGATTCCTTTATGACGTTTCCTTCATAGCACCTAGGTGAAAGCCGTGAAGCCGATACACCAGGTTCTACCAAATAACAAATTACGCGATCTCCATTAAACTGTTCACTGTAGGCTTGTAGCATGTTCCCTTGATTAGGCTTACATAACTTAGGCTCCGTTTGGTAGGGCGTAAAATGTTTTCATCGTAAAATGATTTTCCATGGAAAACATTTTTCAAGGGAAAACACAATTCCAAACTAGTTTTCCTTTGTTTGGTACCTTAAAGGAAAATGGGAGAAGATGGTGAAAATTGAGGGGAAGAAAGGAGAGGGAGGTAAGGAGGAATGAAAAGTGGTTTCCCTCCCTTTCAAATGGAAAAGGATTTTCCACCTTTGAGGAGTCATGGAAAATTGTTTTCCACCCCTTACCCAACCAAACAATGTAAATGATTGAAAAGGGGAAAATTGTTTTCCATGAAAACGTTTTACACCATACCAAACGGAGCCTTACTGTCTTATATAGTTACATGGATGATGGGCCTGGGTGTTTATTCTGAGAAAATGTTGCAGGAGCCACTCTAAGGCCATTGGTTGTGCGTCAATGTGAATCATGCATGAAGCCTTGCAATCTTTCACTTTTGAGTAGTTTTTGAGGACGTAGAGTCATGAAAGATTTAAATTGTCTATCGTGACTTCAGGTTCTGCATCTACTATTTTCCTCTGGCCAGTTGTTCTCACACATCATCTAAGTAGAACATTTTAGCTTTGCACCTTTTGTCCTTCAGGTTTTCTATGATTCATATGGTGTCTAACATGTGGTGAGTCTATCTCAACCATGCAGTGGCGCTTCAACTCTTTGAAGTTGAGCTTTGTATATTGCTGTCCTGTTAGATTGCTATAGCCTTTATGCAGTCAAGAGATTTTTGTTTTAACTACTAAAGACTTTTGCAGAAGTTGGGGGCTATTGGCAATAGAACATGAATCTGGAGACAATGCACTTCGTGATCTTCATAAAGAAAATAATTATGTTTATACCTCATACTGTACTGTTTTGGCATAAGCTGCAGCTTATTAGCTTGTTGGCTTCTTTTTAAGGTTGTCGGAGGCCATATCTGAAGTCCATAATATCTAAGAGCCTAGAAATAATGCAGTACAGGCATGTAAATCTTTAAGCAAGCCCATTCTTCAATATGACGTCAACCTAGCCCTTAGACCAAAAACTTGCGCATTGATTAGAATTAGATGACGGACTTGACAGTTAGCACCATCGACTGTACGTCAATCTGTAGGATTGGTATTATATGTACAACTAGAGCAGTAGTATTATAATAGCGGCTTCATTGATAAAGGATAGAGGCACAGATTACTCTTACCTTGAATTTGAATCACTTCCATTTACACCAAAAATTTGTGTACTATATACTGATTGACCTTCTGCAGTAAATAGATAACTCTTATTTTAGTTAAATTGCTATTCTACTTTGTCCCTGGTTGGTTTAATTGCCTCAAACATTTATGGTTTCAAATATCTTGCTATTTTAGCTGACTTTATGTTCTCTGTTTTCTTAGCAGGTCATCACATCGTTACATGAAAATATGCAGGTGTTGTGTCTTGCTCTTTTCTTCTTCAACTGGTTTTTTTCTTTTTCTCAAAAGATAAATGTCATTTGCAAATTATACTCTCTCCCTCCCAATATTTGGAACAGTTTCTTTTGTGCCTGTTTTAGAATAAGTGAGGTATCCTTTCTTGTAAACTTGACACATGGGTCCCTCTCTCTCCCCTCATCCCAAAGAGAAGATTCTTATCTCTTTAGTATCTCTCTTCTCTTCCTCAATGATCATGCCAAAAAGCAAGGTTTCAATTGGAAATATGAAAATGACCTTTATAAGGACATTAGGAAGGGTCTTTGGTTTGTTTACCTTGTTTGAAATTCATCGTCCTCCCTTCTCTGCATGTTAAATTTGCAACTCCTATAAATGGAAATTCAATATCATTTTCCTGCTAGGTAACATATTTCACTTATGCAAGAGGAGTGGAGGACATGTGCGTTATCACCCAGAAGAACCTCTTTACTTAGAGAATGCAAAATAAAAATCAGTATGTTCTCCTGAATTCCTGAATGCTAATGCTTTATGATTATGTACATACAAGGGATATTCTAAGTGGTCCTCTGTGCATGAAGTGTTTTAAAAGCAGAGTCTTAGTTTAGGTCTCCTCCTCTGTGCTTTGTCGGGAGCCCAAACCATCCATACGATATTTTTCATGCCATCTATAACTCAAGAGGGGGATCACTCATGTGGTTAGTTTTCCTTTTAAGAGGGGAGAGATAGAGACTAAGAGAATTATTAATTATAACTGCGTTCCACAAAGTGGAGTGAGAGATATAAAATGTGAATGAAATGTTGATATGGAGGATAATAAAGAGCTAGTAAAACTCAGAAACTGATGAAACGGAAAGTGAGTAGAACTTAGAAAAACGGAGATTGTACTAGTGACAAGTTTCATTCGTGCTAACATATCCAACGCGTCAAATTTTTTAGAAGAAAAGGTGAAGTTATTTTCTTTCTGTAGTCTCCCACAATAGTTCTCTTCTTTCTGCACATTGTATAACTATTTTCTAGATTTGGCTGGATCATTGATTGTTTATTGAAATAGCAATCTTTCACGAAGTTTATATTGATTTTCCCCATTCTCTTATACTTCCTCCGTTCATTTTTACTCGCAACTTTTGTCACTTTCACGCATGCCAATGCATAACTTTGATATCTTTAATTCTCTTTAAGCAAAAATTATAAAAGTTAATATTTTGAAAATACACATTAAGACGAATCTAACAAAATCTCACATGACTATGTTTTATCTTACGTATAAATCACCAACAATGGTCAAAGTATAATATGTGAATAGTGTAGAAATCACAAACGTTGCAAGTATTAAAAATCGGAGGAAGTATATACTTTTCTTGTCTTTTCTTGTAAGAATAACTCAATTGAGAATTTGATGATCCTGGAATTAGGAGTTCCTTGATTTGGCGCGGATCACAATTTGGGGTAATATGTAGCTTGTTAATGTTTTGGGCTAAAGTGGGGGACATTGTCCGAGTTTGTTCTTTAAAGATGTTAGTGAGAGGAAAAGGTGCCTTTTTACTAGGATTTGAAGTTGAGATTTAGGATCTTATCAGAGAAGATGATACTCTTTCTGGTGGATATTTTTTTGTTTTACAAGTCCCTTTTTAAGGTTGAGAAGGTTGGTCGTCCTATTATTGTTGGCCCATTTAGTTTGATATATTTCACTTTTTGGTATGAAGGCTGATATGTCCTGTGGTTCTTGATGGGTTTAGAAAGAATCTTTTCACCATAGTTCATGAGAAGGAAAGATCAAGTTAAGGTAATTGGAATCTTAATCTCTCACAAGTGTTTAAATTTGTTAGCTAAAGAGTTTCGAAATCCTTGGTTTTGATAAACCTATGTTCGTTTGTTGGAATTTTTTGTACAAGGTGGTGAAAAAATTCGGTTTTGATCCGAGGTGAAGGATTTGTATTAGGATTTCTTTCCGGGGGTTGTTTGGGGTACTCGTGGTTCAAGATAGGGTAATCCTCATTTTACTTTTTATGTTACTGGGACTCGAGCACTAGTGTCGGACACGGGTATTTGTCCAAGTGTCTAACTCGGATAAATTAGGAAAATTTTCTATGGTTTAAGCCCAAAATAAAGTGTCCATACCCATGTTTGAGTGTCGAGGACCCGACACGGGTGTTTGACGTAAAAAGAAGAGTACGAGGAACATAGTTGGTGGTTGTTGCCGTATGGTTTCGAGGGGAGAATAGTTGGGTTTCATTGGAAAGGCATACTCAGATTTTTACAGAAGTATTAATTTCACGTTAAGTGTAGGGAAAAGTAACTTTATTGGCATCCGTGTGGGCTAAGGCAGCTGGGATACTAAAATTTATTCAATCGGGGAATTACAATAAAATTGGACTGTCTTGTAATTAGCTTATTGTTTCCATATGAGGACACCTTGATATACTTCTCTTTTTTCTTAAAAAAATAATTTTTCTTATAAAAAAAAGTTGGGCTTCGTAGATGTTTTTCAGATAAAAAGCGAAAGGGTGGTCGTGTCTCTCTTACATTGATGCTGCTGCTTTTTTCTTGTCAAATGATTTGCAATTTTGCATTGGTTTAAAAATGTCTTCACTCTCTTTCATGCTTCCGAGTTGCTATCAGGTCTTTTGGATAAATGGATTAAGGTTCAACCCGAAGTAGTTAAATCTGGTTGTAGAGAAGTTCTCTAGGACGTTGGATGGATGGAAGGCTCATTTTTCTTTAGAGTACCGTATAATCCCAATTCAGAATTTCAGACATTTCTTTCTAATACTCCCTTTTCTATTTCTCTTTTTTTTTAGCTTCCTGTGGGTATAATTAAGAGGTTGAGGAGGCTTATTAAGATTCGTTTTTCTGCAATCTAGAGTAGTATTTGTAAAAGGATCAACCTATGAGGCATGACTCTAGGTCTAAGGCAGAGAGTGGTCTGGCTCTTGGTAATGTGGTGTTTGAAACCAACTCTTTGGTAGGGAAGTGGTTGAGACATGTTCTGGGTGTTTGTCTTTGGCGCAGAGTGATCGCTAGCTGTATGGTTTTCAACGGAACAATGGGGATGTTAGTTGCTTTTTTCTACTGTTTCGAAGGCTAAGGTTCCTTAATGGGTGATAGATTTGTCTGGGTTTGCTAGTTTGGGGAACTCAATACTTGTGATAAACTGTCGGAGACCACACAAGTCTTCATCCTCTTTCTTGTGTCTGCTAGTGAGGAGATGGAAAATCACTTGGCATGCATTGTCACGTAGCGATGTTTGATTTCTAGCCAGCTAACCTTCCTTTTGTATTGTTGTTTCTGGGTCGCGTTAAAATTTATTCTAATTAAGCCCTGTTTTTGCTCTCCACCAAACTCTTTCCTTCTGATTCTGATTCATTCATCTTTCAAGAAAAATCCACATCCCACCTTATCTTTCTTTTCTATTAACAATCTAACTGATGTTAACCTGTATGCTTTCTCTGGTTACCCCAACACCCCCCNCCACCCCTCCCTAGCTTCTGTGTTTCCTTATCAAATTAATAGTGTGCTTGTCTCTAAATGGTTTCCATAGTAGTGTATGCTAAAATAACATAACTACATGCATCTAGCAAATACCCTAGACGTTTGGAAACCCTTTTCCCATTTTGTTTAGTTTCTGATGTTGATTTGTGAAACATCCCGTGCTGCTGTTAATTCTAGTTTTATCGTTTTACCTTTTCAGGAAGAGTTCAATGTAGTATGCCATGCAACACAGGTACTATTTCTAATATCTCCGTAAATGTAATAGCTATTGCCAAACTGGTAGCAAAAAAGTTTACTCTGCAGATAGCACTGAATGATAATATACTTGAAATGTAGATGTTGATCTCATTTGGCTGAAGGGTTTCTTTCTCGGTCATATGAGAGGATGATGATGATATCTTTCTCGAACAACTGGTATTAAGCCTATGTTTTAACACTGTGTTTGGAAACCAAGTTAACTTGTAAATGTGAGGAAAACTAAAACTATGGAAATAGGTAGAAAAATAAATCTGAAGAAATATGTAGAAATGTCTAGATTTTAATTTGTTTGGCTAATTATTACGGAAAACTTGGGAAATTGGAATATGACATATTTTTCACTTCTTTTATTTTGTTTTCCACACCCTGAGGAGATTCGTTTTCTGAATGAATTGGGGGTATTTCCATAGTTTTTCCATCACTTTTGAGGGAAAAGGTGTGAAAAATAAAACAGGCAAAATATAAGTAGTTGATTTCCACACATTAATTTTTCCTTACTTTTCCATTTAAATTGCCAAACAAGCTAAATTAAGGAATTCGCCTATTTCCACAATTTTACACATTTTTCCTCATTAAACCAGAGTTCCCAAACACATTGTAAGAGACCCAGAAATTTCCCGTTAGTTTTTTTTGTGTGTATTTTTTTTCTGTGCTCGTATTGTTAGCGTCTTCGTTGGTTGACCACCTAATTCATTAATCAGTCACTTCCACCCGTGAGACTAAATTATGTTTGGATTTTACTATTTTATAGTTTTCTTTTTCATCTGGTTAATAACTAAATCTGCTACGCTGGTGCACTGTTAGGGACCAGCAACACCAATTAAATATGGAACTGTTGATTGTACGATTTTCGCCTCGTATTCTCAGCATTAGCTCCAAAGTTACCTTGATGTTATGCTAGGTCACGATTGGTTAGTGATACTCTAGCAAAGGTCGCTGGAATTGTGTCTAAAATTGACTGCTTACTCTTTCCTTTGGAGGATGAGAAACAAATACATACATGTATGGATGAAAAGTGGCATTGTTGGAGTACAAAGCAGGGTAATAAATCGTTTCCACTCTCATTATCATAAATAACCTTAATCATTCCTCTCAATCATTTCCTAATTATTTGCAAACCTAATGGGGATTTGGAATAAAGGCAAGTAAATGGGATTACGGGAGGGCTGGATAGTGTGCTCTTCAACTGGCAGAGGCTTAGTTATGTAAGCCAACAGCCTTTTCTGAAACATCTCAGTTTTAGGGTCCCAATCTCCTTCGCATTTTTTAAAGGAGCTCCTTTAGAGGACCAGAAAGCATGATTCTAATCAGAGCTGCGCATCTGCTTCCAATAATTCATTATTTCATATGTGGCGGGGTATTCTGATTGTTCACCGGCTTATTGATTTTGTGGCATGGCTTACAAAATTTGTGCCTTTCTCTTATTCTTGTGAAAGAATGTTGTGTTCAGATCACCCTCATGTAATAAGTTCACTCCAGACTTCTGCTTCCCGATTTCTCCTACTAGCTAAATGCAGCATCCCTTTCTGCTGATCAAAGCTTAAATGGGCCTGTTGTTACGAAGTTGAGATTGCATGATTTTAGATTTTATCTTGTTTTCTAAATCATATCCTTTATTTATCACCCTTGAAAATTTTGAGTTTCTTTCTAAAGCAAGATTTAGAAGCTTTAATATTATGAAAAATACATACAAAGGAGTGTCGTATCATATTTTGCGTCTTTTTTGAGTGATGTAGAAGCTTCAATTAGTATGCCACATTCTTCGTATGATAATGTAATTGATGGACTGGAGGCTCAATGCATTTAGCTTTGTTCTCTTCCTGTGGGGTGCTGTTATCCACATTGGGTTTCCATTAAGAAGGAAGTGGGACAAAAGAAAGAGGCTGAGCTTCATGTCTAAGTGTTAGTGGAAAGCCATTATTTTCTTTGTTGTGCTTACTTGTGTCGGGCACCTGAAAGCTGTCAAGTAACTTGGTAGAGGCCATTAAGACATTGGTGGAGCAGGTCCTAGCAATTCTTAGTTCTAAGGTTTGTAAAGATTGTATTTCAACTTTTATGTTTGCCTGCTACAAAGGATAAAAAGGAACATGTGTATTCAGTGGAGAGTGGTCGCGATTGGGAGAGGGGGGGGNGGGGGGGGGGGGGGGGGGGGGGGGGGGTAGACCCATAATACACAGGAACTCAGGATCTCCCTTGGATCCTAGATAGGATTCGATGTTTAGAAACACCAAGTTATACCCAAAGACACAACGCTCTCAGAAATAGCCATCTCCAACTCGAGGATCCACACTTGTTCAGGTTCTTGTTCTCATGTCTTAAAAACATATTAGGACGGGAGGTATGTGCTGCATCTGTCAACCATATTTTACCTACTCTAACAAGTTCCTAAATTGAGGACATAACTATGCCCTGTAGAACACTGAAAAGAGCATATTTTTTTACTTTAAACAACTCTTTTAGCATTTAGTTTCACTGTTGCATCCAAAGCATCTTATCTAGCGCAACATGCGCTTACATGTTCATTTGATCTGCAGGTCGGTACCACTCTGGACACCGTTGAGCACCTTGTGGAGCAACAAAGTCTGGATCCTTTATTTTCAAAGAAGTATGTATTTCTTAGAATTACTTTTCTTAGAGTTCTTAAATGGTCTATCATTTGAAATGAACTTAGTGTGTATTATTACTTTTTCTTAGAGTTCTTAATGGTCTATCATTTGAAATGAACTTGGTGTGTATTATTACTTTTTGAGACCATGAGATCATGTGAAGACTATTTCTAGGGGTATAAGCTTGATAATTATCCAGCGTTACTCTTTGATATTGACCTATTGGTTCTAACAGGTGGACTATTTTGCTCTACTTGGGTCTCAGGTTGCTTAAACTGTTGCAAGTTTACAGTTAGGGTGGCTCAACTAAGGAGAGTCTTCAGTATTCCACTTTAATAGTACCCAGAGACGAATTGTGAGGAGAGCCTATCTGGTGTCTGTTGCTTCTTATTTCTCATTATAAAATTCTAATTGACCCGCTATGATCTCCTTGGATACCCTTGCATAATCTTGCTCTAGGGAAATACGACTAATGTAGTTGATGGGAGTCCATTGTTAAAGGAGGACTGCATTACCAATAATTTCTTACTTGCACACTTGCTTCATGATGAGAGAGAGCAGGTATTTGGGATGAAAGAGGAAGAATATGGGTAAAGGAAAAATAAGTTGTTTTTAATAGTACTGGTCATTTGAGACTTATAGATGTGTACTTTTGATTAAGAAGCTGTAAAATTGGATTGTTAAAGATTTTGTGGACTTAGAATAGTAGTACACAAATGCTGTGTTATGTATCCACATCGGCACATCCCGATCTAGGATAGTCTTTATGTTTCAAAACTTTGGGTCATGATGAAATGGGCATTCTGACTCTTAACCACATCCGAATCCTTTACCTGAGTCCATGTGAGCATAACTGTTCAAAGCAATGCTCTTGCTTTATGGGGCTGGGAAGTGGGAAATGTCAAATATATAATTTTAGTGAATGTTTATGAAATACCTTTGTTGAATTAATTTGATCAGGATGCTTTTCTATGTATGCACTCTTAGTCAAATTAAGTTATTTCCGTACTAAAGGAGATAGCAAATACTATTTTAGCAGATTTGAATTAATGCATCATATGTTTACTAAAAGCTACTGTATCTTCAGGTTTTTCTGCTCTCATTGAGGATGTTATATAATTACAGCTGGATTACTGCATGTTGAGAAGTCTGTACTAATGTATTTTAAAACCCTGCATGGAATCTAGTTTGTCTGTGGTGGTCCAAGTTTGTCATATCAGTCCATGAATGATTTTGCATTGCTTTTCCCATTTTGTTGTGCATGCTTTGCCCCACCCCAAACCTTTAACTGGTAGTATGTAATTTGGAGCACACTAGAGAACATCAAAAGATATTTCTGATCAATGTTTTAAGCGGAACATATTTCTGTTCCAAGTTAGAGTAATGGTTGAATAATGACCTCTAAACATCGAGTTTCGTCTTTGAGAATTCATGTCATCTCTTTCGTTTTCCACCTCCTCCCCACCCCCCACCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGTAATGAAAAAAGAGAGAGACGGAGAGAAAGCATTAGTACTGGTACTTTAGAAAAGTAAGTTATACATACATTACCAACCAATCCCCTCATGAACCAAATAAGGGAACGTTGATATATACTCATATAGGAGATTCTCTATCACCCTTTTCCACCGTCTATCCCATTCTTCAATCCCAAACTACAATTCCCACTTGTAACTGTTAAAAGAGTCTGTGTGGTATGTTGGAAGTTTTATTTTGAGAAATTCCGTATGGTGCCCTTGTATTAAAAAAATTCAACATTTAAAATCCAAATGGTTCCCTTAAAGGCTTGAGTTCCAATTACATGGTGCTCTTCCTTTCGTACTCTTATAAAAAATGGCTACTTTTTACTTTCATCTACTAAACCCTGCTCAAGCACTTTAAAGCTCCATCAACTACAAATTGGTGACTATTTGATGATCATTGGTGAAAGATGTCTCTTTTTTCTGTGCAATCAGTATGAAAAGTAATTCCAAACTCCTCCATTTTGGCATTTTTGGGGTTTAATTTGTAATGAGCTCTAGAGAGTACAGGGTAGGGGGTGGAGAATGTTAGTTATTTTCGATTTCTGAGCAACTGAATTAAGGAATACCACAGTAGTCCATAGTTCCATACTAAAAGGACAGCATGTGGATTGCAACAGAACCTTGTCAACCATACAGAAAATTACAAAATATATATATCTCATTTGGGATTTCCTTTTATCTTTTTTTTTTTTTGAGTTGTGTAATTATGTTGAATACCCATTATTTAGATAGCCTTTCTCTCTTTGATACCGCACACAATCCTGTACTAAACTGTACAGAGACAGAAATGGAGAAAGAGATGGAAAACAAACACTTTTGATGGGATTTATGGCAATACTGTAAAATTATGTACCAATTACAGTAGGCTTAATATGATGACAAATGAACAATGTTAGAATCGTAATTTTAAAATTATGAGGAAGATGCTAGAGGAAAGAAGCCACTGAAATTAGAGCATCTAGAGAGTAGAGACAAGAAGGCATATAAATGATTGTTTCAGTAGAACGGTTTCATTGGTTGGGAAATAGGTGAAAAAGAAAGAGGAGAGGAGCAATTTATTTTTGACGCAAGCAGGGGACATAATTAATAATTAAAAGCATTTAGGGAGATATGTCCTCCAAGATTACAACAGCCACAAATCCAGGGTTTTGGTTCAACTATAGTTTAACATAATTAAGCGATACATTAGTTCTACAGCTCCTAGCCAAACAGTCAGCTACTCTATTCGCACCTCTTGGCTCAAATTCCAGCTTAATTTTATGTGTCTGCAACCTTAGAGCCCAGAAAATTTCCACCAATAGATAGTTATCATCTTTAACCTGGATATCCTGCCAAATAAGCTCCACAACCTGTTTCAAGTCAGAGCAAATGATTATATTCATCCACCCTTTTTTGTTTACAACTTGCAGTTCTATAAGAATTGCCTTGAGCTCACCCATTCATACTGATTTTACCTTGCACTTCTGAAAACCAAGAACTGAGGACCTTGGTAGTCATGAAACACCCCAGCTATACCAGAATCTTCACCAATCATAGTAAATGACTCATCACAATTCAGTTTAAGCCAAGAATTGGGGGATGGACCGGGAAGGTTGGTTGGTTGGGTTCGGATAGGCTGTAGCTTCTTGAGGTGAAAAATTCCCAAGCGAGAGCGTGGGCCTCAATAAGACACCTATCAGGGTTGGTATTTGAGTGACAAAAGATACTCTTATTTCTCTTGAGCCAAAACTTCCAGATGACGAAGGAGAAGAGAATAGACCAGGGGAGGGTTACATCAAACTGATCAGATGGGGGTTTGTTTTTGAGGTTTTTGAGTAGCCATTCTTGAAGAGGAGGGGTGAAGAACGAGGAAGACATGTGTAGAAGATCCCACAATTCTCTTACTTGGTGGCAATCAATAAGCACATGGATAGTGTCCTCAGGGATGTCTTAACACCAATCACACTTGTAATTATCAATGATGTGCCACACCAGAAGGGTTTTCTTGTGAGGCAATCTGTCTAAGAAAACTGACCAAATAAAAAACTTCACTATTTGAAGAGTGCTTAAGTTCCAAATCCAAGATAAATCAAAAGATTGAAAACTATGATGAGCAAGAGTTTTAGGGTTAAGAACGTTTAAAGCCTTTTAAGTGAAATCTTCATTTCGTAGTTAATTGAGAAAAAAATAAAATCAGAAGATTGCTTATTGAAGGGAACAGAAAGGCACAACTTCAGAACATCATGAGGGAGGTGGAAAGAAAGATTTGACAAATCCTACCCAGATTTAGTAATGTAGTGACTGACAGTAAGCTCCTTCTCCCCACTTGGCAGGGGTCTTAAGGGTAGTTCATATTCATTCATGCCATGTGGGTAAACGGAAAACATTTTATCTGTTTTCTTGTCTAAGAAGAGCCAAGGAAAGGGGCTGTTTTTGGAGAGATTTCCTGTCTTAAATTATTTACACTATTGGTATCGGTATAGTAAAGGTTTTCTTTGTCAAAATAATTTGTACTGTTAGTGTACAAAGTACTGGTGACTGAAGTTGGGACAATCTTTTGGGACACCACGTATAGAAATTTGACTTTTGTCAAAATGGATACCCCAATTTCATAACTTTTCGTTGGGAGTTCAAAACTGAATACTGATCTGTTAACAGTTATCAAACTGGGCTTCTTTTAGGGTGTTGGTTAGAGAATGATCTTCTAGTCCTGGTAGATTTCTTTGTACTTCCCTCTAATTTGCTTTGTGAAGATATTACTTGACCAATGTGGATTTAGTAATTGGCTAAAGATGTCAAAATAGACTGTATGGAACTTTGTAGCTTCCTTAACTGTTTCTTGAGTTATTATTTTTGTGCCGTGGCTGAGGTTTTTGCTTGTAAGGGGGTTTGATGTTTCTATGGCCCTTGTAAGCTTTTGGCAATGTTTTATGACAGTGTTTCTTCAAATAACATATCCCTTAGTCTCAGATGTCCCAGTTCTCTTTAGTGGTTTCAAATCCTTTCTTGTAATTGATATTTTGATTACCTGATCTCCAGCAACTCTAAGTGCGCAAACGTCCAGATCTTGGTTATGATAATTTAATCGGTTTTCATTGTCTCATTACTAATTTTAATTACGCTATCACTAATTGTTTTTGGATGCAGAGCTTATTAATCTTATAGAAGTTGTGCTTATCCGTTTGTGCTCACCTGGGTATTTTTATCATGCATGCAGAACGAATCTATTTCATCTCAAGCATGATGTATTAGCTACAAAGGAGAACGAGGTCCGATTATTGCAGGGTTTGCTAGATAAGGTAACATTCCAAGGACTTGCTAAAGGGATTCTGCATTCGAACAGGATATTTATAACTTGTAAAATTCTGCAATTTTGCTCTCCTTTTTATTCATTGTGCGTGGAGAAAGATATGCATCTCATAGCTATGAAATTTTTGTTGTGATTAGAACCTTACTTTACAAGAGTTATTATGTCAATTAGTAACTGATGATTTACTTCTTATTTCGAACTTTTTAAGTAATTTTCTGTTAAAAAACATGCTTATTCCAATTTTTAATGAGCTTTATCTTCTCGAACACTAGCTAGAAAAATTCTCCTTTTGTCCCTAAATAAAAGGCCAAGTTTGATTTGTAATCCTCTTTAAAAACAATTTATCTGAAGTACACTGATAAGTTTCCATCAATATATAGATTTTTAGATCTCTACTTTTACAGATGTATTTTTCGGAATTCTTATAAGGGTATTATCATGGCGTGTACTTACGAACTTACCTATTGATGAACATAAATGATGGGTAAATATGAATCTTTTATGCTTATTTAGTGCTAGTGAGTATGTTCTTGGAGAAACTTGTTGTAAGAGCATCAGATGGTTGCGGCAATGTCTACATCTGGACAACTTCAATAAATATGGCAGGGCAATCTGAATTTGTAAAACCGACATTTGATACATTCTTTTTTTTATGTAAGTTTGCGCAGAGCCGCAGACTGTCAAATTGTGCATTATGTGCTGAAAGTTGTTCTTGTATTAGTAAATTTCCAGCACTAGATGAGTGTATGGCAGTTGTCCCTTTTATTTTTACTTATGCTGTTCCTGTCCTGCTAGTTTTTTCTACCTGATGGTAGACAGGTTAATCTTGTTTTTTTTTTTTTTTTTTTGTTCTTGCTATGTGCCTTGCAGTTACCCAGATGCCTTTGTCTCATGTTTTCTATACTAAGCTCTACCTGTGTTTTACTTATAGGGCTCCATTTAAGATGTTCATATTCTGTTAACAATTCTTAAAAAGAAATGAGAACAGTCTTAATCTAGTAATTACTGCATATTAATATGAATCTCATAACCAGGTTGATGATCAGAAACATACAACCAAAGCTCGGATCAAACTTCTTAAAAAGAAACACGCAGAGTCTGAAGACACATCAGGTCTTACTGCGACTTTAGAAAAGGTGCACATCTGAATTCTTTATCTAGTGTTTTTATGCAAATTTTCTGTCTTGCCGGACTTGGTTGTATAGCTTCAATTTGCATTTATATGTGAACGTGATAAATGCGTTTCATATTCATTACTTTAGTCCTTCAAGTTTGACTTTCACCCAGGTCGGGATCAACTCGTCTTGCTTGCATTGGGTGCAGAATAATCTCATTGTAAACACTTTCCTAAGTTATTCTTCTATGCTTTTGAGTGACCATTTGTTAATTACCATGTCAGAGTTTCCTTCTCATGTGTTTCAAAGACCCTTCATAACTCATAACGTTAAAACACTGACTTCACAGACAAAAGGATGACTAATCCAAAAGTTGATCCATTGCACAATACAAGTTTTTGTGCACTGGATACTTAAAACATAGTCTTACTCATTTAATCTTTCATTTTGCATTATATGTGATGAATTCAGCTGAAGTCTGATATTCTTAGTTTCTTACCCTAGAGCTTTCTACAATTTTGTTAGGTATTAACCATTAAATGACATTTTGGCCAATCATTTATCAGTTTTTGTCTTAACTAGCATCGTTGAAGCCTGAAGCACATAAAATATCACAAGTATAAGCATCGAAAGCCTTGTATGACGAGGGTGAAGAAAACTACTATGTTCCATAACTATAATAAAAAGGGTTACGCCATCGCATATTCGCATGTCTTACATCAACATCTCAAATTCTCAACCTCCATCTACTAGATAATTTGTGTCTAAGTCACAGATCATTTAACCATGGATATTCCCATTGGTATCTAGAACATAAATTTCCTTTTGTCTCAAAGATATTGTCTGTAATTATTTTGTTTACAAATTTAATGAGTGGTTAATAACTACTCCCTCTGTCCCTAAATACTCGCACCATTTTGACTTTTTTCACCATTCACATAATTCACTTTGACCCTATTTTATTTCTAGTATATGAAAACAAATGCTAGTATATAATATATTGTTGGCTTTATCTTACTACCTCCGTTCCTTAATGTTCTTTACGCTTTGGAATATGTGTCCAAAGTGTGAAAACTTTGACCGTGAATTCTCACTGTTATATACATCAAAATGTTATCATGTAAGATCTTGTTAGATTGATCTCATTATGTATTTTCAAAATATCAAGTTTTTATAATTTTTTCACACACGGAAATGGATATATAAGTCGTTAAATATTGCATTGGAGTCCGTGCAAATAGTAAACGTAAAGAACATTAAGGAACGGAGGTAGTAATATATATTTTTAAAATATTAATATTTTAATAAGTTTTTATAATCTGTAGTTAAAGATATTGGTGGTTAAAGTTGTGCATTGGCAAACGTATCCAGTCAAAACGGTGCGAGTATTAAGAGACGGAGGAAGTAATAGTGAGTGCTGTGACAATAGAGAAAGTTGATAGCGTAAATATGCATTTATTGACTAAGAAGAACTATACAATGGGTTAAATCAGAATGGGAGGGCGGGAAATATCTTTCGGGTGGAGGGAGCATGCATATGGCATGGTCCTTGACGCATACTAAAGCTTTCTCCGGGGATAATATTCACAAACCCTTTCAATAAACCATCCAAACATGATCCAGTACTTTCATGACCCACCTGTGAACCTGGTCCATGGTCTGCAGTTCTGCACAAACCAATGAGACGTATAAGGAAAGCCAAAAATGTATTAGGAAAAACATTTCCCCATGAACCACAATCCTCCACACATTGAGCGGAGAATATCTTTTCAAGTTTTCAATACCTTCTTCCATAATTTATAGATGTCTGTTCATAATTTATACTGCATGCAAGGCAACACAACTCCAGAAACTACTCTTAGCTCACTGTGATTGTCATAGTCAACTTTTCACGCATATTATGGAAGTGGAAATGAACCAATGAATAGGTTTTACTGAACTAATAGATTAGATGAACTAAGAACAAAAAAATATGAACAATTTTTTTAAAATTAGTCTTAAAAGTAAAATGTGACAGTCATATTGAATGGAAGGAATGTACTACTATGGTAGGACAGTACAATTTACAAATAATAGTGCTTATATATTCTGGATATCCTGGAAGAAAACAATCAAACATCTTCCAGTTTGGCTAAAGAATGCATTTGCCAAAGTAGTTTAAAGTTTCACTAATATTAGACAAATCTTCTCCGGTTTGCATAACACTGCTGCCATATAGACTAGGTCCCTGATCTGGTTCTTTGCTCTGATTCTTTGCTGTTTCTGCGTCACTGTTATTGCAGAATGTACTTTTTGGCCTAGTTCCACTCTGTTGGACTTTTAGTGCGCTGGTTTTTAACATTTTATCTCCAGTGACATAACTTTTAGGGAGTAATTAAATATGAATGTTGTATAACTTTTGCGTATGTGATGAATGCAGATCAGATCTATGATGGTAAAATATGGTGGTGACATTGACGAATGGGTTTCAGATCAATCTAAGGCATGAAAGGAGCCTCTACATCACAAGTAGACATGTTCAACATGGTGCCCAAAATGTACATCTAACATGACTGTTTCTGATTTATTTATTTATTTCGTGTAATTAAATTTGAGTGTTGTTTTAGATGAAAGAAGAATCTTGTATCATAATATCATATTGTGTGGTCTCATTGTAACTTATTACGAGACCAGGGCGTTTTCGGGACTTGCGTATGGGTTACTTGATAAGTTGGTGTAAGATTATTGCATAATTTATGTTCTTTTTATTTCTGATTTCGGGAAGAATTTGAAGATTAAGCTCGATAATACTCGGTTGGCATCTTGTTCCTCTGCGCTTAACTCCTCATTGCAGCTAGTCTGAACGATATCTCTTCGGATTATTTACTTTAAGCTCACATTTGTTGAGCAAAAACTATGGAGGTTTCAAACTTTAGTGATGAACTGATGACGTATGAATGATGTACGGACTCGCCTATACAATTTGACTTGAATTAGTTACTCATTTGATATTGATTAGCTTGAAGCGTTCCTGTCTGAAATCCATAATTTAGTCAAGCTTTAATTTAATCAGTTGACATTTTTGTATTTTGATTAATAAACGTTTATTCTTTTCAGATACTTTGTATACTACGATAACCCGTGTGATTCTTAGTATTGCAAATACATTTTCTTAAGAAAAAATAAACACAAAAAGCTTGTAT

mRNA sequence

ACATTGCTTCACTAACAATGTCACCAAGTATTTAGACGGTGCCAAAACAAGTGAGGGACCGGAGAAGGTGTCGGACTGCCGAAGATCAACTGCTTACCCCCAATTCCTCAAAATATTCAAGTAGTGAAGGGGAGGAGAGAATATTCAATTCGCTTCAGGCTTTGCTTGAAGTGTTGAAAAATGGAGGAAGCTTTTAAAAGTGAAACTGTTATCCCTGGAGTTAGACATTCCAATTTGAAGACGTCATTTAGGCAGTGTCTTGGTTTCCTGCTTACGGCTTTTCCTTTCGAGGATTTCGCTAAAGCATTTCCGAGATACACCGGAGCCGAGCAGGATCTGCTCTACCAGCTATATGTTCAGCAGGTCATCACATCGTTACATGAAAATATGCAGGAAGAGTTCAATGTAGTATGCCATGCAACACAGGTCGGTACCACTCTGGACACCGTTGAGCACCTTGTGGAGCAACAAAGTCTGGATCCTTTATTTTCAAAGAAAACGAATCTATTTCATCTCAAGCATGATGTATTAGCTACAAAGGAGAACGAGGTCCGATTATTGCAGGGTTTGCTAGATAAGGTTGATGATCAGAAACATACAACCAAAGCTCGGATCAAACTTCTTAAAAAGAAACACGCAGAGTCTGAAGACACATCAGGTCTTACTGCGACTTTAGAAAAGATCAGATCTATGATGGTAAAATATGGTGGTGACATTGACGAATGGGTTTCAGATCAATCTAAGGCATGAAAGGAGCCTCTACATCACAAGTAGACATGTTCAACATGGTGCCCAAAATGTACATCTAACATGACTGTTTCTGATTTATTTATTTATTTCGTGTAATTAAATTTGAGTGTTGTTTTAGATGAAAGAAGAATCTTGTATCATAATATCATATTGTGTGGTCTCATTGTAACTTATTACGAGACCAGGGCGTTTTCGGGACTTGCGTATGGGTTACTTGATAAGTTGGTGTAAGATTATTGCATAATTTATGTTCTTTTTATTTCTGATTTCGGGAAGAATTTGAAGATTAAGCTCGATAATACTCGGTTGGCATCTTGTTCCTCTGCGCTTAACTCCTCATTGCAGCTAGTCTGAACGATATCTCTTCGGATTATTTACTTTAAGCTCACATTTGTTGAGCAAAAACTATGGAGGTTTCAAACTTTAGTGATGAACTGATGACGTATGAATGATGTACGGACTCGCCTATACAATTTGACTTGAATTAGTTACTCATTTGATATTGATTAGCTTGAAGCGTTCCTGTCTGAAATCCATAATTTAGTCAAGCTTTAATTTAATCAGTTGACATTTTTGTATTTTGATTAATAAACGTTTATTCTTTTCAGATACTTTGTATACTACGATAACCCGTGTGATTCTTAGTATTGCAAATACATTTTCTTAAGAAAAAATAAACACAAAAAGCTTGTAT

Coding sequence (CDS)

ATGGAGGAAGCTTTTAAAAGTGAAACTGTTATCCCTGGAGTTAGACATTCCAATTTGAAGACGTCATTTAGGCAGTGTCTTGGTTTCCTGCTTACGGCTTTTCCTTTCGAGGATTTCGCTAAAGCATTTCCGAGATACACCGGAGCCGAGCAGGATCTGCTCTACCAGCTATATGTTCAGCAGGTCATCACATCGTTACATGAAAATATGCAGGAAGAGTTCAATGTAGTATGCCATGCAACACAGGTCGGTACCACTCTGGACACCGTTGAGCACCTTGTGGAGCAACAAAGTCTGGATCCTTTATTTTCAAAGAAAACGAATCTATTTCATCTCAAGCATGATGTATTAGCTACAAAGGAGAACGAGGTCCGATTATTGCAGGGTTTGCTAGATAAGGTTGATGATCAGAAACATACAACCAAAGCTCGGATCAAACTTCTTAAAAAGAAACACGCAGAGTCTGAAGACACATCAGGTCTTACTGCGACTTTAGAAAAGATCAGATCTATGATGGTAAAATATGGTGGTGACATTGACGAATGGGTTTCAGATCAATCTAAGGCATGA

Protein sequence

MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDIDEWVSDQSKA

Relationships

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


Feature Name	Unique Name	Type
Spo12188	Spo12188	gene

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


Feature Name	Unique Name	Type
Spo12188.1	Spo12188.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo12188.1.exon.1	Spo12188.1.exon.1	exon
Spo12188.1.exon.2	Spo12188.1.exon.2	exon
Spo12188.1.exon.3	Spo12188.1.exon.3	exon
Spo12188.1.exon.4	Spo12188.1.exon.4	exon
Spo12188.1.exon.5	Spo12188.1.exon.5	exon
Spo12188.1.exon.6	Spo12188.1.exon.6	exon
Spo12188.1.exon.7	Spo12188.1.exon.7	exon
Spo12188.1.exon.8	Spo12188.1.exon.8	exon
Spo12188.1.exon.9	Spo12188.1.exon.9	exon

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


Feature Name	Unique Name	Type
Spo12188.1.utr5p.1	Spo12188.1.utr5p.1	five_prime_UTR
Spo12188.1.utr5p.2	Spo12188.1.utr5p.2	five_prime_UTR

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


Feature Name	Unique Name	Type
Spo12188.1.CDS.1	Spo12188.1.CDS.1	CDS
Spo12188.1.CDS.2	Spo12188.1.CDS.2	CDS
Spo12188.1.CDS.3	Spo12188.1.CDS.3	CDS
Spo12188.1.CDS.4	Spo12188.1.CDS.4	CDS
Spo12188.1.CDS.5	Spo12188.1.CDS.5	CDS
Spo12188.1.CDS.6	Spo12188.1.CDS.6	CDS
Spo12188.1.CDS.7	Spo12188.1.CDS.7	CDS
Spo12188.1.CDS.8	Spo12188.1.CDS.8	CDS

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


Feature Name	Unique Name	Type
Spo12188.1.utr3p.1	Spo12188.1.utr3p.1	three_prime_UTR

Homology

[Close]

BLAST of Spo12188.1 vs. NCBI nr
Match: gi|902213082|gb|KNA17173.1| (hypothetical protein SOVF_082560 isoform B [Spinacia oleracea])

HSP 1 Score: 376.3 bits (965), Expect = 3.100e-101
Identity = 189/189 (100.00%), Postives = 189/189 (100.00%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ
Sbjct: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
           QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK
Sbjct: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID
Sbjct: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180

Query: 181 EWVSDQSKA 190
           EWVSDQSKA
Sbjct: 181 EWVSDQSKA 189

[Close]

BLAST of Spo12188.1 vs. NCBI nr
Match: gi|902213081|gb|KNA17172.1| (hypothetical protein SOVF_082560 isoform A [Spinacia oleracea])

HSP 1 Score: 369.8 bits (948), Expect = 2.900e-99
Identity = 188/189 (99.47%), Postives = 188/189 (99.47%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYV 
Sbjct: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYV- 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
           QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK
Sbjct: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID
Sbjct: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180

Query: 181 EWVSDQSKA 190
           EWVSDQSKA
Sbjct: 181 EWVSDQSKA 188

[Close]

BLAST of Spo12188.1 vs. NCBI nr
Match: gi|731352050|ref|XP_010687337.1| (PREDICTED: uncharacterized protein LOC104901450 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 225.7 bits (574), Expect = 6.700e-56
Identity = 121/183 (66.12%), Postives = 142/183 (77.60%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           ME+A  +ETV  G +HSNL  SF QCL FLLTAFPFEDF+KAFPR+TGAEQ  LYQLYVQ
Sbjct: 1   MEKA--AETVFHGSKHSNLNKSFGQCLRFLLTAFPFEDFSKAFPRFTGAEQQRLYQLYVQ 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
            VITSLHEN+Q+EF  +CH TQVGT LDTVEH VEQQSLDPL S+KTNL  LKHD+LA+K
Sbjct: 61  -VITSLHENLQDEFESICHETQVGTILDTVEHFVEQQSLDPLCSQKTNLAQLKHDLLASK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           +NEVR L+ +LDKV+DQKH+ KARIK+LKKK   +ED S      EK+R  +  +G   D
Sbjct: 121 KNEVRSLEEILDKVEDQKHSIKARIKVLKKK---NEDPSVTAEAAEKLRCAIANFGSYSD 177

Query: 181 EWV 184
           E V
Sbjct: 181 EVV 177

[Close]

BLAST of Spo12188.1 vs. NCBI nr
Match: gi|359474728|ref|XP_003631523.1| (PREDICTED: uncharacterized protein LOC100854852 [Vitis vinifera])

HSP 1 Score: 157.9 bits (398), Expect = 1.700e-35
Identity = 84/173 (48.55%), Postives = 119/173 (68.79%), Query Frame = 1


		  
Query: 13  GVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLHENMQE 72
           G+R  NL+ SFR  L  LLT    E+F+KAFPR+  AEQ+ L++L++Q VITSLH N+++
Sbjct: 17  GLRQMNLEKSFRLALRSLLTTCSKEEFSKAFPRFGSAEQERLHRLFIQ-VITSLHGNIED 76

Query: 73  EFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLLQGLLD 132
           EF  +C  TQVGT LDT+E L E+QSLDPLFS+KT    ++HD+L  K+NEV+ L G+L 
Sbjct: 77  EFESLCLETQVGTALDTIEQLSEEQSLDPLFSEKTPAGDVEHDLLMAKKNEVQYLMGMLK 136

Query: 133 KVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDIDEWVSD 186
           K ++QKH   AR++LLKK     +D S  +  +EK+RS ++ YG   +  + D
Sbjct: 137 KAEEQKHIISARLELLKK--GSQQDLSATSDVIEKLRSGILSYGAYTNNGLHD 186

[Close]

BLAST of Spo12188.1 vs. NCBI nr
Match: gi|674235826|gb|KFK28591.1| (hypothetical protein AALP_AA7G017300 [Arabis alpina])

HSP 1 Score: 152.5 bits (384), Expect = 7.200e-34
Identity = 80/163 (49.08%), Postives = 114/163 (69.94%), Query Frame = 1


		  
Query: 8   ETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLH 67
           E  IPG R S+LK SF+  L  LLTA   +DF   F +++ AEQ+LLY+LY Q VI +LH
Sbjct: 7   EMGIPGNRQSDLKQSFKSALRSLLTACSKQDFLDIFSKFSRAEQELLYRLYTQ-VIVNLH 66

Query: 68  ENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLL 127
           +N+++EF+  CH TQVG  LDTVE LVE+QSLDPLFS KTN+  + +D+   K++E+++L
Sbjct: 67  QNLEDEFDAQCHETQVGPILDTVEELVEEQSLDPLFSDKTNVMDIANDLTTAKKSEIQML 126

Query: 128 QGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRS 171
            GLL K ++Q    +ARI LL+K   ++ D SG T  +EK+++
Sbjct: 127 TGLLQKAEEQNRQMEARISLLRK---QTLDVSGTTNAIEKLKT 165

[Close]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RCG3_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_082560 PE=4 SV=1)

HSP 1 Score: 376.3 bits (965), Expect = 2.100e-101
Identity = 189/189 (100.00%), Postives = 189/189 (100.00%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ
Sbjct: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
           QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK
Sbjct: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID
Sbjct: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180

Query: 181 EWVSDQSKA 190
           EWVSDQSKA
Sbjct: 181 EWVSDQSKA 189

[Close]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Match: A0A0K9REB2_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_082560 PE=4 SV=1)

HSP 1 Score: 369.8 bits (948), Expect = 2.000e-99
Identity = 188/189 (99.47%), Postives = 188/189 (99.47%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYV 
Sbjct: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYV- 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
           QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK
Sbjct: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID
Sbjct: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180

Query: 181 EWVSDQSKA 190
           EWVSDQSKA
Sbjct: 181 EWVSDQSKA 188

[Close]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BRJ7_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g189510 PE=4 SV=1)

HSP 1 Score: 225.7 bits (574), Expect = 4.700e-56
Identity = 121/183 (66.12%), Postives = 142/183 (77.60%), Query Frame = 1


		  
Query: 1   MEEAFKSETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQ 60
           ME+A  +ETV  G +HSNL  SF QCL FLLTAFPFEDF+KAFPR+TGAEQ  LYQLYVQ
Sbjct: 1   MEKA--AETVFHGSKHSNLNKSFGQCLRFLLTAFPFEDFSKAFPRFTGAEQQRLYQLYVQ 60

Query: 61  QVITSLHENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATK 120
            VITSLHEN+Q+EF  +CH TQVGT LDTVEH VEQQSLDPL S+KTNL  LKHD+LA+K
Sbjct: 61  -VITSLHENLQDEFESICHETQVGTILDTVEHFVEQQSLDPLCSQKTNLAQLKHDLLASK 120

Query: 121 ENEVRLLQGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKYGGDID 180
           +NEVR L+ +LDKV+DQKH+ KARIK+LKKK   +ED S      EK+R  +  +G   D
Sbjct: 121 KNEVRSLEEILDKVEDQKHSIKARIKVLKKK---NEDPSVTAEAAEKLRCAIANFGSYSD 177

Query: 181 EWV 184
           E V
Sbjct: 181 EVV 177

[Close]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Match: A0A087GFD9_ARAAL (Uncharacterized protein OS=Arabis alpina GN=AALP_AA7G017300 PE=4 SV=1)

HSP 1 Score: 152.5 bits (384), Expect = 5.000e-34
Identity = 80/163 (49.08%), Postives = 114/163 (69.94%), Query Frame = 1


		  
Query: 8   ETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLH 67
           E  IPG R S+LK SF+  L  LLTA   +DF   F +++ AEQ+LLY+LY Q VI +LH
Sbjct: 7   EMGIPGNRQSDLKQSFKSALRSLLTACSKQDFLDIFSKFSRAEQELLYRLYTQ-VIVNLH 66

Query: 68  ENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLL 127
           +N+++EF+  CH TQVG  LDTVE LVE+QSLDPLFS KTN+  + +D+   K++E+++L
Sbjct: 67  QNLEDEFDAQCHETQVGPILDTVEELVEEQSLDPLFSDKTNVMDIANDLTTAKKSEIQML 126

Query: 128 QGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRS 171
            GLL K ++Q    +ARI LL+K   ++ D SG T  +EK+++
Sbjct: 127 TGLLQKAEEQNRQMEARISLLRK---QTLDVSGTTNAIEKLKT 165

[Close]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Match: D7MGT2_ARALL (Predicted protein OS=Arabidopsis lyrata subsp. lyrata GN=ARALYDRAFT_658174 PE=4 SV=1)

HSP 1 Score: 148.7 bits (374), Expect = 7.300e-33
Identity = 77/168 (45.83%), Postives = 114/168 (67.86%), Query Frame = 1


		  
Query: 8   ETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLH 67
           ET IPG R +NLK SF+  L  LLTA   +DF   F +++GAEQ++L+Q Y Q V+ +LH
Sbjct: 7   ETDIPGSRRTNLKKSFKSSLRCLLTACSKQDFLDIFSKFSGAEQEVLFQFYTQ-VVVNLH 66

Query: 68  ENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLL 127
           + +++EF+  CH  QVG  LDTVE LV++QSLDPLFS KT++  + +D+   K+NE++ L
Sbjct: 67  QTIEDEFDEQCHEAQVGPILDTVEQLVQEQSLDPLFSDKTDVMAIANDLTTAKKNEIQKL 126

Query: 128 QGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKY 176
            GLL + ++Q    +ARI LLKK   +++D SG T  +EK+++    Y
Sbjct: 127 TGLLQRAEEQNRQKEARISLLKK---QTQDFSGTTDRVEKLKARFSGY 170

[Close]

BLAST of Spo12188.1 vs. TAIR (Arabidopsis)
Match: AT4G19350.1 (embryo defective 3006)

HSP 1 Score: 144.1 bits (362), Expect = 9.100e-35
Identity = 76/168 (45.24%), Postives = 114/168 (67.86%), Query Frame = 1


		  
Query: 8   ETVIPGVRHSNLKTSFRQCLGFLLTAFPFEDFAKAFPRYTGAEQDLLYQLYVQQVITSLH 67
           ET I G R ++LK SF+  L  LLTA   +DF   F +++GAEQ+LL+QLY + V+ +LH
Sbjct: 7   ETDIAGSRRTHLKKSFKSTLRHLLTACSKQDFVDIFSKFSGAEQELLFQLYTR-VVVNLH 66

Query: 68  ENMQEEFNVVCHATQVGTTLDTVEHLVEQQSLDPLFSKKTNLFHLKHDVLATKENEVRLL 127
           + ++EEF+  CH TQVG  LDTVE LVE+QSLDPLFS KT++  + +D+  +K+NE++ L
Sbjct: 67  QTIEEEFDEQCHETQVGPILDTVEELVEEQSLDPLFSDKTDVMAIAYDLTTSKKNEIQKL 126

Query: 128 QGLLDKVDDQKHTTKARIKLLKKKHAESEDTSGLTATLEKIRSMMVKY 176
             LL + ++Q    +ARI +LKK   +++D SG    +EK+ + +  Y
Sbjct: 127 TVLLQRAEEQNRQKEARISMLKK---QTQDLSGTADRIEKLNAGVSGY 170

The following BLAST results are available for this feature:

BLAST of Spo12188.1 vs. NCBI nr
BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
BLAST of Spo12188.1 vs. ExPASy Swiss-Prot
BLAST of Spo12188.1 vs. TAIR (Arabidopsis)

BLAST of Spo12188.1 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\|902213082\|gb\|KNA17173.1\|	3.1e-101	100.	hypothetical protein SOVF_0825...	[more]
gi\|902213081\|gb\|KNA17172.1\|	2.9e-99	99.4	hypothetical protein SOVF_0825...	[more]
gi\|731352050\|ref\|XP_010687337.1\|	6.7e-56	66.1	PREDICTED: uncharacterized pro...	[more]
gi\|359474728\|ref\|XP_003631523.1\|	1.7e-35	48.5	PREDICTED: uncharacterized pro...	[more]
gi\|674235826\|gb\|KFK28591.1\|	7.2e-34	49.0	hypothetical protein AALP_AA7G...	[more]

BLAST of Spo12188.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RCG3_SPIOL	2.1e-101	100.	Uncharacterized protein OS=Spi...	[more]
A0A0K9REB2_SPIOL	2.0e-99	99.4	Uncharacterized protein OS=Spi...	[more]
A0A0J8BRJ7_BETVU	4.7e-56	66.1	Uncharacterized protein OS=Bet...	[more]
A0A087GFD9_ARAAL	5.0e-34	49.0	Uncharacterized protein OS=Ara...	[more]
D7MGT2_ARALL	7.3e-33	45.8	Predicted protein OS=Arabidops...	[more]

BLAST of Spo12188.1 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 Spo12188.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT4G19350.1	9.1e-35	45.2	embryo defective 3006	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR007128	Polyamine-modulated factor 1/Kinetochore protein NNF1	PFAM	PF03980	Nnf1	coord: 59..104 score: 3.
None	No IPR available	unknown	Coil	Coil	coord: 117..137 scor
None	No IPR available	PANTHER	PTHR15459	FAMILY NOT NAMED	coord: 3..181 score: 2.6