Spo07384 (gene)

Overview
NameSpo07384
Typegene
OrganismSpinacia oleracea (Spinach)
DescriptionExpressed protein
LocationSpoScf_01132 : 50183 .. 68890 (+)
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGATAATTCCGAAATGTACAAATTTAAACACAAAAATGTACATTATTCACCTTTAGAAAAAAAGAGCAAGAGTGCAAGAAGGCGACAAAAGAAAGTGAAAGCATATGACCTATCCCACCTACATGAGTTCTTGCCTGAGCTGAAAGAACAACAGCAACCTGCTCTTCCACCTAAAGAAGTGAACTGCAAATCCAGACATAAATTATTATTGAAGGAGGCAAAACAAATGACAACAGTCCTAAGTCACCCAGTTTTCCAATTAGATCCACTTGCTGCCATACACCAGCACCTGCAGAACACCCAACCAGCTCCTGAAATAAAACCTGTAAAGAAGTCTAAAGACGATGCAAAGAAAAAAAGAAAGAAGAAAACAAAAAAGTCTTCAGAACCACAGTCCATGGAGATGTGAAATGTCAAATTTGGGTCCGTCAGTATCAATCCCTCTGAAGGCAGGCGTTGTTGAGAGATCAATCTTCGCGGGTACTATGATCAGTAAGATGAGTGGTTCTGTCATTATCTGATATAATATTTGCTTACTTGACTTATTTGGTAGTTTAATCATCTTATATGTCGAATGCCGATGAGGATATAGGGCAATATAACTCAACCACACCAATTTTTTTTTGTTTATTACCTATTTTAAGTGGGTAGATATTGAAATGTCCTTATTTCATAAGGATTGCGATTAATGTATGACTGAAATTTTGTATGTAGATCCCAATTAAAGATGTTTTATTCAAAAACAAATCTGGAATATAAATTAGTTGACAGTTTGACATTAAAGGATGAGAAATAATGATAATAATCCATAAGAAAATAGAGTTAGAATCTATTATCA

Coding sequence (CDS)

ATGGATAATTCCGAAATGTACAAATTTAAACACAAAAATGTACATTATTCACCTTTAGAAAAAAAGAGCAAGAGTGCAAGAAGGCGACAAAAGAAAGTGAAAGCATATGACCTATCCCACCTACATGAGTTCTTGCCTGAGCTGAAAGAACAACAGCAACCTGCTCTTCCACCTAAAGAAGTGAACTGCAAATCCAGACATAAATTATTATTGAAGGAGGCAAAACAAATGACAACAGTCCTAAGTCACCCAGTTTTCCAATTAGATCCACTTGCTGCCATACACCAGCACCTGCAGAACACCCAACCAGCTCCTGAAATAAAACCTGTAAAGAAGTCTAAAGACGATGCAAAGAAAAAAAGAAAGAAGAAAACAAAAAAGTCTTCAGAACCACAGTCCATGGAGATGTGA

Protein sequence

MDNSEMYKFKHKNVHYSPLEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMTTVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM
Relationships

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

Feature NameUnique NameType
Spo07384.1Spo07384.1mRNA


Homology
[Close]
BLAST of Spo07384.1 vs. NCBI nr
Match: gi|902143729|gb|KNA04869.1| (hypothetical protein SOVF_195740 [Spinacia oleracea])

HSP 1 Score: 219.5 bits (558), Expect = 3.500e-54
Identity = 117/118 (99.15%), Postives = 118/118 (100.00%), Query Frame = 1 

		  

Query: 19  LEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 78
           +EKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT
Sbjct: 41  IEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 100

Query: 79  TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM 137
           TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM
Sbjct: 101 TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM 158
[Close]
BLAST of Spo07384.1 vs. NCBI nr
Match: gi|731360245|ref|XP_010691706.1| (PREDICTED: putative ribosome biogenesis protein slx9-like [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 177.6 bits (449), Expect = 1.500e-41
Identity = 97/119 (81.51%), Postives = 107/119 (89.92%), Query Frame = 1 

		  

Query: 19  LEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 78
           +EKKSKSA+RRQKK+KA+D S+LHEFLPE++E QQPA PPKEVNCKSR KL+LKEAKQM 
Sbjct: 41  IEKKSKSAKRRQKKLKAFDFSNLHEFLPEVQEPQQPAPPPKEVNCKSRQKLMLKEAKQMM 100

Query: 79  TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKK-KRKKKTKKSSEPQSMEM 137
           TVL HPVFQ DPLAAIH+HLQNTQPAPEIKP KKSK DAKK K+KKK K SSEPQSMEM
Sbjct: 101 TVLGHPVFQSDPLAAIHRHLQNTQPAPEIKPAKKSKADAKKRKKKKKAKTSSEPQSMEM 159
[Close]
BLAST of Spo07384.1 vs. NCBI nr
Match: gi|658008313|ref|XP_008339347.1| (PREDICTED: uncharacterized protein LOC103402381 isoform X1 [Malus domestica])

HSP 1 Score: 125.2 bits (313), Expect = 8.900e-26
Identity = 69/116 (59.48%), Postives = 91/116 (78.45%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMTTVL 81
           K K  R RQKK+KAYDLS   EFLPELKE+Q  A    ++NCKS+ KL+LKE KQ+TTVL
Sbjct: 43  KKKKLRSRQKKLKAYDLSSFSEFLPELKEKQPTAASEFKINCKSKKKLVLKEGKQLTTVL 102

Query: 82  SHPVFQLDPLAAIHQHLQNTQPAPEIKPVK-KSKDDAKKKRKKKTKKSSEPQSMEM 137
           +HP F+ +PLAAIHQHLQ+TQP  ++KP K K+K  +KK+++KK+K S+ PQ+M+M
Sbjct: 103 NHPTFKSNPLAAIHQHLQSTQPVEDVKPEKRKNKSGSKKRKEKKSKASAGPQAMDM 158
[Close]
BLAST of Spo07384.1 vs. NCBI nr
Match: gi|658008315|ref|XP_008339349.1| (PREDICTED: uncharacterized protein LOC103402381 isoform X2 [Malus domestica])

HSP 1 Score: 123.6 bits (309), Expect = 2.600e-25
Identity = 68/114 (59.65%), Postives = 90/114 (78.95%), Query Frame = 1 

		  

Query: 24  KSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMTTVLSH 83
           K  R RQKK+KAYDLS   EFLPELKE+Q  A    ++NCKS+ KL+LKE KQ+TTVL+H
Sbjct: 44  KKLRSRQKKLKAYDLSSFSEFLPELKEKQPTAASEFKINCKSKKKLVLKEGKQLTTVLNH 103

Query: 84  PVFQLDPLAAIHQHLQNTQPAPEIKPVK-KSKDDAKKKRKKKTKKSSEPQSMEM 137
           P F+ +PLAAIHQHLQ+TQP  ++KP K K+K  +KK+++KK+K S+ PQ+M+M
Sbjct: 104 PTFKSNPLAAIHQHLQSTQPVEDVKPEKRKNKSGSKKRKEKKSKASAGPQAMDM 157
[Close]
BLAST of Spo07384.1 vs. NCBI nr
Match: gi|657974029|ref|XP_008378833.1| (PREDICTED: uncharacterized protein LOC103441895 isoform X1 [Malus domestica])

HSP 1 Score: 117.9 bits (294), Expect = 1.400e-23
Identity = 65/116 (56.03%), Postives = 89/116 (76.72%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMTTVL 81
           K K  R RQKK+KAYDLS   EFLPELKE++   +   ++NCKS+ KL+LKE KQ+TTVL
Sbjct: 18  KKKKLRSRQKKLKAYDLSSFSEFLPELKEKRPTPVSELKINCKSKKKLVLKEGKQLTTVL 77

Query: 82  SHPVFQLDPLAAIHQHLQNTQPAPEIKPVK-KSKDDAKKKRKKKTKKSSEPQSMEM 137
           +HP F+ +PLAAIH HLQ+T+P  ++KP K K+K  +KK+++KK+K S  PQ+M+M
Sbjct: 78  NHPTFKSNPLAAIHXHLQSTRPVVDVKPXKRKNKSGSKKRKEKKSKXSVGPQAMDM 133
[Close]
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QC60_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_195740 PE=4 SV=1)

HSP 1 Score: 219.5 bits (558), Expect = 2.400e-54
Identity = 117/118 (99.15%), Postives = 118/118 (100.00%), Query Frame = 1 

		  

Query: 19  LEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 78
           +EKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT
Sbjct: 41  IEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 100

Query: 79  TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM 137
           TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM
Sbjct: 101 TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM 158
[Close]
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BJI4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_9g224080 PE=4 SV=1)

HSP 1 Score: 177.6 bits (449), Expect = 1.100e-41
Identity = 97/119 (81.51%), Postives = 107/119 (89.92%), Query Frame = 1 

		  

Query: 19  LEKKSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMT 78
           +EKKSKSA+RRQKK+KA+D S+LHEFLPE++E QQPA PPKEVNCKSR KL+LKEAKQM 
Sbjct: 41  IEKKSKSAKRRQKKLKAFDFSNLHEFLPEVQEPQQPAPPPKEVNCKSRQKLMLKEAKQMM 100

Query: 79  TVLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKK-KRKKKTKKSSEPQSMEM 137
           TVL HPVFQ DPLAAIH+HLQNTQPAPEIKP KKSK DAKK K+KKK K SSEPQSMEM
Sbjct: 101 TVLGHPVFQSDPLAAIHRHLQNTQPAPEIKPAKKSKADAKKRKKKKKAKTSSEPQSMEM 159
[Close]
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Match: M5XTD5_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa012713mg PE=4 SV=1)

HSP 1 Score: 114.4 bits (285), Expect = 1.100e-22
Identity = 68/116 (58.62%), Postives = 84/116 (72.41%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEVNCKSRHKLLLKEAKQMTTVL 81
           K K  R RQKK+KAYDLS   EFLPELK ++QP    K +NCKS+  L+LKE KQ+ TVL
Sbjct: 43  KKKKLRSRQKKLKAYDLSSFSEFLPELKAKKQPTSEFK-LNCKSKKTLILKEGKQLATVL 102

Query: 82  SHPVFQLDPLAAIHQHLQNTQPAPEIKPVK-KSKDDAKKKRKKKTKKSSEPQSMEM 137
            HP F+ DPLAAI QHL+ TQP  E+KP K K+K  +KK++ KK K S+ PQSM+M
Sbjct: 103 EHPAFKSDPLAAIQQHLERTQPVVEVKPEKRKNKSGSKKRKDKKLKASAGPQSMDM 157
[Close]
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Match: A0A067LQC7_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_22136 PE=4 SV=1)

HSP 1 Score: 112.8 bits (281), Expect = 3.200e-22
Identity = 71/117 (60.68%), Postives = 85/117 (72.65%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKE--VNCKSRHKLLLKEAKQMTT 81
           K K  R RQKK+KAYDLS L EFLPEL   +QP  P  E  +NCKSR KL+LKEAKQ++T
Sbjct: 41  KKKKLRSRQKKLKAYDLSTLTEFLPELNAPKQPT-PTSEFKLNCKSRQKLILKEAKQLST 100

Query: 82  VLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKK-SKDDAKKKRKKKTKKSSEPQSME 136
           VL+HP FQ DPL AIHQHL +TQP  + KP KK +K+  KK + KK+K S E QSM+
Sbjct: 101 VLNHPAFQSDPLEAIHQHLLSTQPVVDEKPKKKLNKNGGKKMKGKKSKLSKESQSMD 156
[Close]
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Match: D7UC07_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_03s0180g00100 PE=4 SV=1)

HSP 1 Score: 112.5 bits (280), Expect = 4.200e-22
Identity = 68/116 (58.62%), Postives = 85/116 (73.28%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPA-LPPKEVNCKSRHKLLLKEAKQMTTV 81
           K K  R RQKK+KAY+LS L E LP+LK Q+QPA +   +VNCKSR KL++KE  Q+ TV
Sbjct: 42  KKKKLRSRQKKLKAYNLSSLSEVLPDLKAQEQPAPVTEFKVNCKSRQKLIMKEGDQLRTV 101

Query: 82  LSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKSSEPQSMEM 137
           L+HP+F  DPLAAIHQHL +TQP P+ K  K+S    KK +K+K+K S  PQSMEM
Sbjct: 102 LNHPIFHSDPLAAIHQHLLSTQP-PDKKQEKRSSKKGKKAKKQKSKASLGPQSMEM 156
[Close]
BLAST of Spo07384.1 vs. TAIR (Arabidopsis)
Match: AT2G01640.1 (unknown protein)

HSP 1 Score: 94.0 bits (232), Expect = 7.800e-20
Identity = 56/109 (51.38%), Postives = 71/109 (65.14%), Query Frame = 1 

		  

Query: 22  KSKSARRRQKKVKAYDLSHLHEFLPELKEQQQPALPPKEV--NCKSRHKLLLKEAKQMTT 81
           K K  R RQKK+KAYDL++L EFLPE    Q+ ALP  E+  NCK R KL+L E +++  
Sbjct: 43  KKKKIRSRQKKLKAYDLTNLSEFLPEFNALQKSALPAPELKMNCKRRQKLVLTEGERLNK 102

Query: 82  VLSHPVFQLDPLAAIHQHLQNTQPAPEIKPVKKSKDDAKKKRKKKTKKS 129
           VL HP FQ DP+ +I QHL + QP  E KP KK+  +  KKR KK  K+
Sbjct: 103 VLDHPAFQADPVGSIFQHLLSQQPPVEEKPKKKTNTNGSKKRNKKKGKT 151
The following BLAST results are available for this feature:
BLAST of Spo07384.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5
Match NameE-valueIdentityDescription
gi|902143729|gb|KNA04869.1|3.5e-5499.1hypothetical protein SOVF_1957... [more]
gi|731360245|ref|XP_010691706.1|1.5e-4181.5PREDICTED: putative ribosome b... [more]
gi|658008313|ref|XP_008339347.1|8.9e-2659.4PREDICTED: uncharacterized pro... [more]
gi|658008315|ref|XP_008339349.1|2.6e-2559.6PREDICTED: uncharacterized pro... [more]
gi|657974029|ref|XP_008378833.1|1.4e-2356.0PREDICTED: uncharacterized pro... [more]
back to top
BLAST of Spo07384.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5
Match NameE-valueIdentityDescription
A0A0K9QC60_SPIOL2.4e-5499.1Uncharacterized protein OS=Spi... [more]
A0A0J8BJI4_BETVU1.1e-4181.5Uncharacterized protein OS=Bet... [more]
M5XTD5_PRUPE1.1e-2258.6Uncharacterized protein OS=Pru... [more]
A0A067LQC7_JATCU3.2e-2260.6Uncharacterized protein OS=Jat... [more]
D7UC07_VITVI4.2e-2258.6Putative uncharacterized prote... [more]
back to top
BLAST of Spo07384.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
back to top
BLAST of Spo07384.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1
Match NameE-valueIdentityDescription
AT2G01640.17.8e-2051.3unknown protein[more]
back to top
InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availablePANTHERPTHR31109FAMILY NOT NAMEDcoord: 24..136
score: 3.9
NoneNo IPR availablePANTHERPTHR31109:SF2PROTEIN FAM207Acoord: 24..136
score: 3.9
NoneNo IPR availablePFAMPF15341SLX9coord: 8..101
score: 1.5

GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0009987 cellular process
biological_process GO:0000394 RNA splicing, via endonucleolytic cleavage and ligation
biological_process GO:0006626 protein targeting to mitochondrion
biological_process GO:0042546 cell wall biogenesis
biological_process GO:0044036 cell wall macromolecule metabolic process
biological_process GO:0006487 protein N-linked glycosylation
biological_process GO:0006468 protein phosphorylation
biological_process GO:0019344 cysteine biosynthetic process
biological_process GO:0009086 methionine biosynthetic process
biological_process GO:0006508 proteolysis
biological_process GO:0016998 cell wall macromolecule catabolic process
biological_process GO:0000398 mRNA splicing, via spliceosome
biological_process GO:0007020 microtubule nucleation
biological_process GO:0009220 pyrimidine ribonucleotide biosynthetic process
biological_process GO:0044260 cellular macromolecule metabolic process
biological_process GO:0044238 primary metabolic process
biological_process GO:0009073 aromatic amino acid family biosynthetic process
biological_process GO:0009793 embryo development ending in seed dormancy
biological_process GO:0016226 iron-sulfur cluster assembly
biological_process GO:0045036 protein targeting to chloroplast
biological_process GO:0010103 stomatal complex morphogenesis
biological_process GO:0051604 protein maturation
biological_process GO:0009069 serine family amino acid metabolic process
biological_process GO:0006412 translation
biological_process GO:0033036 macromolecule localization
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0006979 response to oxidative stress
biological_process GO:0042254 ribosome biogenesis
biological_process GO:0006913 nucleocytoplasmic transport
biological_process GO:0071702 organic substance transport
biological_process GO:0001510 RNA methylation
biological_process GO:0006364 rRNA processing
biological_process GO:0006606 protein import into nucleus
cellular_component GO:0031981 nuclear lumen
cellular_component GO:0005773 vacuole
cellular_component GO:0005802 trans-Golgi network
cellular_component GO:0005768 endosome
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0005829 cytosol
cellular_component GO:0034457 Mpp10 complex
cellular_component GO:0005794 Golgi apparatus
cellular_component GO:0005737 cytoplasm
cellular_component GO:0005783 endoplasmic reticulum
cellular_component GO:0005634 nucleus
cellular_component GO:0005840 ribosome
cellular_component GO:0005730 nucleolus
cellular_component GO:0009507 chloroplast
cellular_component GO:0005886 plasma membrane
cellular_component GO:0005732 small nucleolar ribonucleoprotein complex
molecular_function GO:0005515 protein binding
molecular_function GO:0003677 DNA binding
molecular_function GO:0004046 aminoacylase activity
molecular_function GO:0003723 RNA binding
molecular_function GO:0003735 structural constituent of ribosome
molecular_function GO:0008237 metallopeptidase activity
molecular_function GO:0020037 heme binding
molecular_function GO:0046872 metal ion binding
molecular_function GO:0004601 peroxidase activity
molecular_function GO:0004674 protein serine/threonine kinase activity
molecular_function GO:0005524 ATP binding
molecular_function GO:0000166 nucleotide binding
RNA-Seq Expression
   



Co-expression
Gener valueExpression
Spo165630.74Barchart | Table
Spo088680.74Barchart | Table
Spo058880.74Barchart | Table
Spo077370.73Barchart | Table
Spo239330.72Barchart | Table
Spo266940.71Barchart | Table
Spo002820.71Barchart | Table
Spo121180.71Barchart | Table
Spo109320.71Barchart | Table
Spo241530.71Barchart | Table
Spo173670.71Barchart | Table
Spo016150.71Barchart | Table
Spo144080.71Barchart | Table
Spo029640.70Barchart | Table
Spo207720.70Barchart | Table
Spo183490.70Barchart | Table
Spo259130.70Barchart | Table
Spo122190.69Barchart | Table
Spo144280.69Barchart | Table
Spo150250.69Barchart | Table
Spo183980.69Barchart | Table
Spo184780.69Barchart | Table
Spo206650.68Barchart | Table
Spo180270.68Barchart | Table
Spo083120.68Barchart | Table
Spo240650.68Barchart | Table
Spo022140.68Barchart | Table
Spo070650.68Barchart | Table
Spo133740.68Barchart | Table
Spo234450.68Barchart | Table
Spo231270.68Barchart | Table
Spo226050.68Barchart | Table
Spo144830.68Barchart | Table
Spo209580.68Barchart | Table
Spo151300.68Barchart | Table
Spo104340.68Barchart | Table
Spo208940.67Barchart | Table
Spo110730.67Barchart | Table
Spo038460.67Barchart | Table
Spo182760.67Barchart | Table
Spo182850.67Barchart | Table
Spo003910.67Barchart | Table
Spo184790.67Barchart | Table
Spo198990.67Barchart | Table
Spo208060.67Barchart | Table
Spo208890.67Barchart | Table
Spo211360.67Barchart | Table
Spo238890.67Barchart | Table
Spo085330.67Barchart | Table
Spo034760.66Barchart | Table
Spo019970.66Barchart | Table
Spo175390.66Barchart | Table
Spo169040.66Barchart | Table
Spo081060.66Barchart | Table
Spo072080.66Barchart | Table
Spo035050.66Barchart | Table
Spo240540.66Barchart | Table
Spo119450.66Barchart | Table
Spo154010.66Barchart | Table
Spo012980.66Barchart | Table
Spo095620.66Barchart | Table
Spo258460.66Barchart | Table
Spo233800.66Barchart | Table
Spo143100.66Barchart | Table
Spo072290.65Barchart | Table
Spo067890.65Barchart | Table
Spo038830.65Barchart | Table
Spo210740.65Barchart | Table
Spo240490.65Barchart | Table
Spo225660.65Barchart | Table
Spo272910.65Barchart | Table