Spo09787.1 (mRNA) | SpinachBase

Overview


Name	Spo09787.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	alpha/beta-Hydrolases superfamily protein
Location	SpoScf_01646 : 21972 .. 41137 (+)
Sequence length	1461

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.

ATGTGCCCCATCATTGTCAGAGATATGATCGAGCAATTCATCAATTTTGTGATTCGACCTCCCAGGTACTAAGTCCATTTCTCTTTAATCAAGCTTGCGATCTTGTCAGCAGGCCATCGTTCATATGCATATTTGTTGTTGCTTAGTGCTGAATAGTTTAAATTTGTTAATGAGTTTATGTTATGTGCAAGCAGCTAATTTCATGTGATTAAAAAGTGTACGTATGAATTTGTTGGTGTTGTAAGGAGAATAATGATTTCAAATGAGTAGAGATCCAAGGAAAAGTAGAAATGAGAAAGAAAGAAGTAAAGAGTTGCTTTCCCTATCTACTCCTACAACCCTAGTCTCCACTAGAGATATGGTTTCAGATATGATGGCCTCTAATGATCCTAACTTAGAAAGCACGAGGAAAAAAAATGTTTGAATCAGCAAATCACATTTCAATGCACTTCATCAATGTTTTCTCTCCTTTGCTCTTGCATGTGCATATACGAAGTGCTTTGTACAGTCGAAGATTTGAAATTAAATTATAATTTCACATCTAGATGCTTTTCTCTAATAATGCCGCTCTAGGTACTTACTCCTTCCGATGATTAAAAGAACAACTTTCACGCTGTAGTCTGTAGCTATGATAAAACCTTAATTGATTAGTTAATCGATGTTAGAGATTAGTTGTAAATTCTGTTTTTGGCGGGAAAAATAGTTAAAGTGTTTGTTAGTTGGGGTAACTGAACTCAATTAGTTGATCAGCTGTAAGCTTTAAATAGCTTAATCCTATATTGTAATAGGCATCTTGAAATAAATAAACTCTAATTCCCATCTTCTACTATTTTCTCTCTCATCTTCTCTCATCTTCTCTAATTTCTATTATCTTTCTTATTATTCAGCATTGAGGTTGCCTCTTGCATCAAGTTAGCCAAGGTTTCTTTATAATCTTTTGTTTGCCACAAGAAAATGTGTGGCCTTGTAGAATGGAACCCAAGTTCATGAGGAAGATGATTTTCTCTTGAATGCCGCTTTAGGCACACCACTACACCATCCACTGTCCAAAAGAGCCAACCTTGACTTCGTAAGTTTGTTGCTAACTAAGACTTCAATTTTCTGTGATAAACCAACCTAGAGGATGGGTTCTACGGGGAATGCCAATATAAATCTGTTCAGAGTTATCTTGGGGAATAAGTTGAGTAGCTAGAGTAGAGAAAGGGAAGATAATATCTATATGGAGAGATCATCAGTGAGAAGATTGATAAATATAACATTTTCTTTTCATGCCACCAGTCCATTTTTTGGCCTTGTAGAACTGAAACCAACTAACCTACGTTTGTTTTCTTTGACATAAAGTAGAGTTTTCAGATAGTGGAAACATGCCTCATCGATGCTATAATTTTCGAGAAAGGAATAAATCGCATCTTTATTGTTTTCGTTGAGATTCCCGTCATGATTTGAGGATTGGAATGGCTTGTGTAGTATTATTATTATTATTTTATTTAGTATTGGAATGTAAACGGTAGTTTTATATTCTTTTTCTTGATAAGTAAATTCTTCGACCCTCTTCCTCTTATATAATCAAGTATACAAAATGTCATTTTATGTTCTTTTCTCGAAAGTAAATTCTTGTTATATAGAGAAATATTATTGCTTGGAGATTGTTTAAGTTTTTCCCTCTTATCCAGATACTCTGTATTTATATTTAGTAGTCTCTATACTACACTACTACTTCTCCCTTACCCTTATTTTTTCCTTATTCCTACTTGCTCCGACTTTTTAATCCCTGCACCACATGGAAATTCACGCATCTCAATTAATATCGTCCATTATGTACTACTCGGTTACTATAGTTACGTGGTTTAAGAAAATTTTGAAAAAATGAGTGGGTGTAAAAGTATGATGAAGTAAAAGAGGAAGTAAAAGGTGGGTGGATGTAAGAAAAATATGAATGAAGTTAGAGTGTGTGGAAATGTGTAATTATTGTGGGATAAGAGGGGTAAGATGGTAAAGAAAATCTGCCTAAAAGAGAATAAAGCAAAGTAGGTAGAACAAAAAAGAACGGATAAAGATGGAAAGTGGATAGAACAAAAAAGAACGGAGATAATATATGTTTTGAAAGTATGTACCAAGATGAATCTAATAAGACCCCACATGCTTATATTTTTGCTCATACATACATCACAAAAAATGGTCTAAAGATTAATGTCCATACTAATTAACATTAGTATTGTTGTGTGACTAGTGTACAAATCTAAATGGTGCAATTCTAAAAAAGTGGAGCAAGAATTATCCTTTACTCTATCTGTCTTCAAAAGATTAATAATCATAATAACATTAATATTGCTGTTTTTATTTTGGTAGCTATCATATACTCGTAATTGTTGTGTTCCGGTTGTTAGTTACTATGGTTGTGATTTTCCCCCCTATGTTTTTGTATGGGTGTATGTTTGCATGTATAGGGCTGTGTATGATCCAGATCAATACCTATGGGAGAAGAATTTTACACTTGCTGGTAGAGCATTCAGAAGAGAAGATTTGGAGGCAAGTATGGGAATCAGCACCTAGCCTTTTCAATTATTATTTTTTCCCGTATTTTTTATTTATTCATTTGTATGTTGTGTCATTTTGTTATTTGAGCTTGGTGCAATGCCTCCCTCTGAAAATTTTCAGCTTGGAAATGAAAGAGGCCAGACCTTGAAGTGTAGTCATTATGTGCCATCTCTTCAGCCAGAAGATTCCGCTCTTCCTTGTGTTGTATACTGTCATGGCAACAGGTCTGTCAACAAATTAGATAATTTTTATTTGATAAAGGAACAGTCTACGCGAATTCTCAAAAATCTGTTTGTGTTACTACTGCAGTGGATGCCGGGCTGATGCAAATGAGGCTGCTGTTGTACTTCTTCCTGCAAATATTACAGTCTTCACTCTGGACTTCTCTGGATCAGGCTTATCTGATGGTAACTATGTCAGCCTTGGATGGCATGAGGTTTGGTTATGTCAAGATAGCTGTAATTTTCTGTAACTAAATGCACGGTTGCATTATCATCAAGTTCATTAATTCTCCTTTTCTACGCGACAGAAAGACGACCTCAGAGTTGTGGTTTCTTATCTAAGAAGTAATAAATGTGTATCGCGAATAGGACTTTGGGGAAGATCTATGGGTGCTGTTACAAGGTATAAAAGCATGTTGCTGCCTTTACTTTTCAACTTTCTCCAGTTGGCAATCTTCAAACAAATTAGGGAAAAATTGACTTTTACCACCTATGAATATTGACATATTGTTTTTTACCATCTAAAAAATAGAAATTGTATTTTACCACCTAAAATTAAATAAAAATTGTTTTTAAGGCAAGATGGTCAGAAACGTCATGTGGAGCCCCTTTTGACGCAAATCAAACATAAATCATACCAATACAACTTGACTCTCCTTTGCAAATCTGAAAAGAATATTATGCCTGTCAATTTGAGAAATATTACCAAATTATGTGAATTAATGGGAAACAATGGCAAATGGTAGCTTATTATACATGGAAATCGTGGGAGTAGAGAAGGAAATTAGAAATATAGCCGTTGAAATAGGTCCCGCTTATCGTTTCTGTCTATCTTGCCGTTAAGAGGTGGTTAAAAAAATTATTTTATTTTAGGTGCCAAAATACAATTTCTATTTTTTAAGGTGGTAAAACGCAATTTAGTAATTTTTTTAGGTGGTAAAAGTCAATTATTCCAATGAATTATACTCCTTTTCTTTTTTATATGTTGTAGTGCAATTTCATGCAGAATATACTTGATGCTTTTGATTACACGTTCAGTATACAACTTTTGAGAATTTTCTTACTGTTTTTCATCCTTGTTTGGTGACATAATTGTTTTCAGCATAATTTCCAATAGGATTGTCAAAATTGCTAGAGCTGTTATCGACTTATTGTCAATATTATTCTTTCCTTGCTTTGTTGGGGTGGGGATGTGATGAAACGATGAATTCGTTTTAAACATCTTGCCGTTAAAGCTGAATTAGCCGTCTGTTCTTATGTTCTAGAGTAGTTACATGGTTTTTGTTACGGTTTGTAAATTGGTAATGTTTGAGTTTGGGTTTAAAATTCTGTTTAGAGTAGTTTAGTTATATTCACAGCCCTGTGTGAGCCTTTCGAGTGTTGTGAATACATGATTTATGACTTTGTGGTTTAATTAGCTTGAATCAAGGTGTATTTGAGAATTTACTGGTTTTGATATCTTGGCATTGCCGTTCTATGCAGCCTTCTATATGGATCAGAGGACCCTTCAATATCTGGGATGGTTATAGACAGTGCTTTCTCTAATTTATTTGATCTGATGATGGAACTTGTGGATGTCTACAAGATCCGCCTCCCAAAATTCACTGTATGTATCATTTACTTCGTATTTGTTAGACTGATGTAGATGCAGAGCTGCCAAATATAAATGAATTTCTATTAACTATGGAAGGGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGGGGGACAGATGGAAGATTCCTTCCCAAGGAAGACAAAGAGTCAAAATGTCAAAGTCTACTCTAGGGACTAGTCGATACTAGCTACTGTAGGGACTTACTACCTCTCTTAAAAAAAAAAGAGCTACTCACTGTACTACCATCTTCTCCATCTTTCTTCCAAAATTCTCTTTCCTCTTTTCTTGCTCTGAATTCTATCTTCTTCTCTTTATTTTTGGCTTGTTGTTCTTTCCCGACAATTAAAACGGTTAATCTGAAATATAACGCCATAGAAAGGTTCATAACGGCGTACCACCGCTATGTAACGGAAATGCGCTGAGTTTTGTGTGAGTTCCATGCCACCGTTATATAACGGTGTTCTTGGAACGGTGGGTCTGAAACCCATTACAACTCAGGGGTTCCATAAACAGGCGAGTTTTGTTTCCATGATGTCATCCTTCCATCAAGGGAAAGGTAGAGCTTCTTCCCCCTCGTTAATAACAGGGTGTTAGAGAGTCTTCACACATGGGTTGCCTTTTTTCATTTAAACACCATGGAGAGGACATTAAAATTGTCAAAGTCTGATCACGTGAACTCTCTTCTCCCTCAATCACCTTTCTTAAGGCTGCTTAACAAAGATTCCCTCAAGAATATCAACTATCAACATGAAAAGAATAGGTGACATAGGGTACTATCGGGAATAAGAACCACTCTTCGGGGGCATTATACACCGCCACTCAAACATAAGCATTAGACAAACATCCTCTTATGACTAATCTAGCTCCTCCACAATGAGCTAACCCTTTCCTCTAAAGAACAACATCTAGAAACTCCCGTCTTATCGTATAATTAGCCTTCAAAAAATCTAGCTTAACTTAATCCCCTAAACTACTTCATGATTCGCTTTTTTCACAAATTTCATTGGCCCATTGTATAAAAAGAGGCCCCTTGCACATCAATCATTTTAAACTTTTTTATATATAGTGCGTCCCAATTTAACGTGTCCCCTTTCCTGTTTTCAGTAGTCCCAATTTAGTTTACCCCTTTCTATTTTTGGTAAGGGTTAACTATTTTTGGCAGGGCCTACTATTTTAATTTATAGTTATTTTATCCCACTACTAAAAGTTAAGGTCCGAACACTCTCATTAAATTAAAAAAGTACCAACTATTTTTAATTGTATTAACTTTTTCATTATAATTATATTTGATAACCAAACATCAACATACCTCCTAAAACTATGTGCTCTAATAAGTGGGCACACTAAATTGGGACAGAGAGAGTAATAAGAACATTGGTTGCAAAACAACAATACAACCTAATGTGGGTGCACTAGACGCCACCAACTTTGATCATAGGTGTATATAACAACATAAATGACGTCGAAGAATGGAGAACTAGGAGTTGGAACTTTTTATATTTTTATATTTATGATTTAATTTTAATTGGCGGTACACAACGACACAACGCTATACAGGTGCGTCCACACCACCAACTTTGATAATTTCTGCATGGAGCATGATTTTTTTTTATTTCCCAAATGGAAGTTATTCTCTCACAAATTCTTTTTCTTCACTCTTAATCTAAAATTTTCTCCAAACCACAAATTTACATAAAATGGCAGAGTAAAAAAATCAAAGTTAAAAGACAATAATTATTATTGGTGAACATGATAAAATTGATTTACGGATAACTTTGCCTTTTGTCAAGTTATTGGAATTTTGTCTTTCTACTCCACCTTCTTCCTTGGGCATTCAATTTCCACCTTTTATATTATCAAACATTTACATATATTACTTTTGTATATATGGAGCCAAAGATTCATTTGTTCTTTTGGCTGTGGGATGTAATGGACTAAATCAAAATGGCTCTTAATATCTATTCGCTTCCTTTGCATGGAGTAGAAGATGGTCGTCCCGTTGTCGTCCCGTTATCGTTTTTGGGTCAATTGGAAACAACCTCTCAGCAATTGCAGGGGTAAGGTTGCGTACATCCGACCCCCCCTTACCCCGCTTCTCGCAGGAGCCTCTCTGAGGCAATGGGGTAATGATAATGATGATGACTTTTGTATATATGTTAAGGTATTTTTTTTTATCACTGTTAGAATGGGTTGGAGAAGGGAAAAAAAAATTATAAATTTAGTAGAAAAGAGGGAAATAAGACAAAGCAGAAAATCATAACTAAAAAGTTAGGCTCCGTACGGTACATTTTATGTTTCCAGTTTTCTGTTTTTCACAAAACTAAAAACCAAAAATTGAAAACCATAAAAAGTAGTTTCCAATTTTTTGTTGCCAGTTTTCGAAATCAACACAATTACTATAGGTATGACTATTTTTTGGTTCATAATTCAATCTAATTCATATGACTTTCAGAACCGAAAAACCAAAAACTGGAAACTAACAGTGACCTTAAAGAGTGATTTAGTACTTTAGTACGATCCACAACAAAAGGGAGGTCTTCCAATAAACCATAGCAGCTGAAATAGGCCCTTCAAGGCGTCTATGTGTTATATCACTTACAAATAAATGCGCGTATTGCAAATTTGCAACCATCACAACCAAACTTCACAACATGGATAGTGAAAGGCGAGAAGCTTCGAGAAAGTGCAGAAGATAGTGAGGGTGGGGACTTTAAAACACATTATTTTTACAGAAAAATCATAATGTGCCACGTGTCATTGGTAATCTGCTAAACCAGTTTCTTCCGATCACTGGGTCATTTCGAGAAGGCGCCCATAATAGCTGCAATTATTATGGGATAATCAACAACTGGAATAGTCAATAGTTCCGATTATCATGGGAAGACCACCCTTAGTTGGGATTAATGTTATCAATGAATTCTTTATTATTATATCAAATCTTGCTAATAATGGACTGTCCTTGCAAGTGGGGGAAGTGGGGTTCTTATTTGTATGTCCACAACTCATTTTTCAGTGTTAATTTAATGGGTGAACATTACGCTTCTCTTCAACCTCGTTTCCTGCCCAAGCAATCAAAATGATCACCTCTACTCTTAAGAACCATCATCAAACTCAAATACTCAAAGAATTGGTGTATTGTGTAGTACTCTCCTTGGTTAGTCAAACTTTATAAAAACTGTGAAATAAATGCATCAATGAATGCACTATAAAATGGATGCAGTGTAATATGAAGTCTGATTTGTGCTTGATAGAATGGTATATTATAATTGTGCTAGTCATTAGCAGACAAAGATCTGACTTTGATTCTGATAATAGGTGAAGATGGCAGTGCGGTACATGCGGCGGGTGATTAGGAGGAGGGCAAATTTTGATATCAAGGACCTCAATTCCTTGCAGGTTCAACAAACATCAATTCACAGTAAACACACACAAGCACACACATATACCAATATTGATTCTGTCCCTTATCACCTTCTCTTTGTAAGCTATTATTCAATGGTTCTCTCCTGTGTGTGTGTGCGCTTGCGCTTTTGTGTTTGTGTATGTGCATAGTTGTGTATGGAAACTTAACATCAACTGTAGCCCATCCCATAAGATGACTAATCCATCTTTGCATCCAAGGCTATTTTCCTTCTTGCTTCATGCAAATCAAATTAAAGGACTATGGAAACTTAACAGCAACCTTTCCCCATCCTGTAACACCAGTAAGTACACTAAGTACTGCCTTTGAGAAGGAGCACCCCAAAAAAGGGTTTTATTAATGAAACATGGAAAACCACAGTATCCTCCTTTTTGAAGTTACAAAATCACACTGGATTTCTGGATGCAAATATGTCGGAAAAGAATCATGTACAAAAACCAAGCAAGTAATACTTTCTAAGTCCTTAACAAATTTAGAGGAGGTATCTAGAATAAGCCCCAATTCATCTAATTTGTGCAAAGTTAATAAACAATGTTCGCTAGCTAGTCAGTAACTAAACATTAGTCACGAAGACGTAATCCAGTCCATCAGTGTCCTTCATTGAAGTTTTTTACCTTTATGGTGAAAAGTTTCATAACTAAGCCAAAATCATTATTGCCATTTGTCATAGTCAAGCCCTTAATGAGAACTTCTGAATTTTACAAGCATTGGCATTAAACAGATTGTGCGGCAAAATGTCGAGGAGTTACTTCAAAATAGAGACTAGTAGGGACTAGGGAAATAACCTTGACAGAGCACAAAAAAATCATCAGGTATGTAGAGATGGGTTAGTCATTTTCTTACACCATGTATGCTAGTTGTACCCTGGGGTATGGCATTAGGACCTGCCTCATAAACTTTCTGGATAAAGATTTTATTGAAATAACAAAAAGACAAGGGGAATCGGTCGGTCCCCTTTGAAATAGCCCTGGTTACTGTTAACTAGATTGGAGAATTTTTAGTAAAAGATAAAGCACATTGGTCAATGCATAGATTGACATGGAAAGTCTATCCAATGATATGTTCCTACATTTTCCAACTAAACCAGGTCTTAGCCTTATGAATACTAGTTTTATTGCACGCGATGCATATTTCAATTCCATAAAAAATAAATATATTATATTCTATAAAAGAATTGCATAAGCGTTAGTGAAAAATAAGTAACAGATAAATTATACATGAAACCCTTAAGATACACTCATAAATATAAAAACTTATAAATTGGTTTTCCTCTAATTAGAAAAGGGAAAATATCCAAACTGTATATTAAAAAAAGCTAAATATTTTCCCTAAATATTATTTACTGTACGCTAGTTGTTCATAGAAACTATCTTTACTAATTTAGTTCTTTTTCTGAGCTTGCATTTTATTTATTCATAAAATCAAGGGTAATAAGGGAACTCCTGATTTCTGACGCTACCTCGGAAGTTCCCTTGTATAATAGAGATGTACCTTGTTAGCACTCCACGAAAAACATCTTTCATTTGATTCTGAACTTGCTGCTGTTTTTAATTTTAGTGAAGTACTGATACTTGTATTGTAACGTTTTTATGTTACGCTTCGAAAACATAATATCAAAGCTTTTTTACTCTACTTTTTTGTGCATTTTTTTCTACAACTTTGTTACAGTTTAAAATTAAGTACTTCCAAAGACTCGTGTTTTCTAACAATCAGTAGTTTAACTATTGTTGGAGTGTGGAAGATGGTTCATTCGCAATTTGGTGGTGCACTTTGAACGAAAGAACCAATGGAATTTTGTGGGTAGAGCTTTGAGCTTTCACTTTTCAGGGTTTTAAGTTCCCCTTTTTAAGACTTGTGTGTATCAGGTGTCAAATATAAGGTTTTGAGTGATACTTGGCGTTTCTTGATTTTGTATATATATATATCGTAGATATAACTTGAGGAGTTGAGGGTATCTTTTATCCTTAGCCCTCCTAACAGGTCACTTCCCCTTGGTGTCTTTCCCATTTATATTACGTTATTGAAAGATTTATGGGAGTGCATGCTCCAAAAGCGAATGCCAGGTTTGGTTATTTCCACCGGATATTAGTTTGCTTTGCCGTGTTTGTAGTGAGTCATGCTTACATGTTTTCTTACACTGTGGAATGGAAAGTTACTTTTCGAGGAGATTGTTTGTGATTCATGAGCTATCTTGGGTTTCCGCTTCAGAGATAATGCAAGTTTGCTTTAGGTGGTTTGGTAAGGGTATGGAGAAGAGATTGTTTGACGCAATGCTTTCATGGAAATTATGTGGTGTGTCTGGTTGGATTGGAGAGAAACTCGAGGGTCTTTTCATGAGTTTCATTACCTTCTGGTTTATTGTGGGCCAAGGTCACATATTTAACATCTTTATGGGCTAAGGCTGGTGGGGTTTCAAGAATTACTCTGTTGGGAGATATGAAGTAATTGGGTTAATCTGTAGTTTTATTTTCTAGATCACAGGACAGCTTGTCCTCATTGTTTGTTCTCCTTTTTCCTACTGGCTAATATATATTTTCTTATATGAAAAAAAAGATTTATAGGAACTCTTCCTCTTCGAGTCTATGTCACTGTATATGAATTTTCTCTTCTATGATATATAGTTAACACTCATGATTCCTGCAGGTTGCGAGTCAAACTTTCATTCCTGCTTTGTTGGGACATGCTAATGGGGATAAATTTATTCAACCACACCACTCTGATGTCATCTTTAAATTGTATGCGGTATATATACATGCACATGTCTGTTAAATTTCAGTAAATAATATTGCAAATGGCTGCTTCGTGATTGCTTTTTGTTGCTGGTGTCAACGCAGGGTGATAAAAACATCATAAAATTTGACGGTGATCATAACTCTTCTAGGCCACAGTTCTACTATGACTCGGTTTCCATATTTTTCTATAATACCCTACATCCACCGCAAGTTTCTTCCGTTTGGTCCAATAAGATTGAGGAATGTCATGGCGTGAAAGATCCCGGAGTGGGTGCTGGTATGAATGAGGTAAAATGTTGTGAACGTTTAGCTTTTTAGTATAATGGAAAATTTGTCAATTACTACTTGGGTTGTTAGGGAGTTTGTCAATTACTCCCTCCGTTTCGGAATATTCGCCCCGCTTTGACCGGCATAGAGTTTAAGTCAATTTAATTGACTTATTATTTAATTAGGTGGTAGTTGATAGTGAGATTTTTTTTAATATTAACTAGTGGGAAATGGGTGGGATCTTCGATTTTTTTAATGTTTTTTTTGAGATATTGGAAATATAAGTGGGACCTTAGGTAAGCGAGAAACAATATAAAATTAGAAAAATATGCCATCTATAGAAACGGGGCAAGTATTCCGGGACTGCTTTATAAGGAAAGTGGGGCGAGTATTCCGGGACAGAGGAAGTATTACCTAGGTTGTTAAAAGTTGTCAATTACTAGTTACATTTCTAACAGTTGATGTCAATTTCTACCTTATTCCATACTCCGACCAATTAGTACATCAATGACGCGCCCTTGATCCCTGTTGAACAAGTTATCAAAGTAGAACCTCCATCTATCCTTGATTTTCTTATCTCCCACCAAAACTTTTTGATCAACATCTTTCACACATTTAATCCTCCCGATGTCTCGCATCTTTCTATCTCTCATTCGTCATTCGAGCAAGTCTATAGATTGCTTTTTTTTTTCCCTTCTTTTGTATCCAATCTTGCGTAAAGATCCTGATTCACCTTTGCTCTAGCCTCTCTTACGGCCTTCTTTGCTTCCCTTTTAGCCTCCTTGTACTTCTCGTAGTTCTCATCACTTCTACATTTTCCCAACTCCTTATAGCATTCTCGTTTTCTCTTTATAGCTTGTTGCACAACTTCGTTCCACCAAGATGTGTCCTTACTTGGTGGCACAATTCCTTTAGATTCCCCTAGGACTTCTTTCGCCACTCTCTTTATGGTGTTCTCCATTCTTGTCCATAATGAGTCTATATCCAAATCCATATCCCGGCCCAAATACCTTCACTTGTCACCTTTTCCACGGAGGCACGGATAGGGATAATTCCTTTAAAATAATAAAATCGAGTCACATAAAAATAATTTGAATTCCAAAACGTATTTATAAAATGATTTAAGACTGTGGGGGTATTTTATTCTTGTCCAAGGAGGATCTTTTGCCCTCCTTGCTATCACAAGTTCAATTAGTTCGAGGTAAGGTTCAGAATATGGGTAAACATACTCTTATGGGGCAAACAAAAGGGAATGGAGATAATTCCTGTAAAATAATAAAACTGAATCATATAAGATAATTTTAATTCCCAAAAATATTTATAGAATGATTTAACCTTTATTTTTGTCGAGGGTGGGTGCTATGCGCTCCTTGTTATCACAAGTTCACTAGTTAAAGGAAAGGTTGCAAAATATGGGTAAATTAACAATGAAGTTAAATCTATAATTGGTAATTGAATTTCCCTCTTTTTGCTTGTCAAAACCTTCTCATCCAGATTTGCTTCTCTGTGGACATTTTACTCAAAGTCATTGCACCCAAACTACTGGCTACAAACAGGTACACCCTCTCTGTTGTTGTTGGAGCTAGATGAGGGTAAGGTCCCTGCTGATTTTTGCCACCCTTGCTGTAAAGTAATCCTTGAAGATCATGCAAAACACATAGGAAATGAGGTGAAGGGTGAAGAGAAGAAAGAAAGGACAGGGGAGTGACGGTTTGATGAGTGGTGATTGTGAGATTATAACGGAATTACAGTTTGTTCTTTTTAAATTTTTTATCTTGCTCTCTTATGTGCTGGTTGCATGTTTGAAGTCTATTAATTCATGTTGATCACCACTTGTATTTTTTTGGACTCGGGTAAAGAAAAAAAAATCGTGATCATGGTACTGGTTGTGATGACGTGGAAGTGTGCATTTGGTGAATGTTGATGTGGCACGAATGGAAATGATCCTTTTTATCTTTATAGTTCAAGATATTTAAGAAATATTCTTTAGAAGCTTATCTTGTAGATTTTTTTTATAGGAATAAGAGGTGCTACACAGTCAGGTTGACTAAAATTAGTAATAATCATAATATTATTTTATGTGTTAACTCAATTTTATCCATATAACAGTTTGATAACAGTTTATAGTAGCTAATAAAGTTTTAGTAAAGGTTTTAATGCAGATAACATGATTAGTGCGGAACAGGGTTGTTTTATTTATATCAGCGACACCTTCGGTGCCTTTAGATATGCTGTTTTATCACTTTTTTTTTAATCTCTATTAGACAAGTATAAGCCACGTCTTGAGGTGTTTGGTGTCCACCTAAAATATCTAAAGTACCCTTACTCTTTTATGCTCTAATTTTTTTTATTTTCAATGTTAATATACCGTGAGTTGTCTTATATACATCTTCAAATATTAAGCACTTTCACGTGCATAAATCATAAATACATTGACAAAAGACTAATGTTTGAAGTGATTGGTTGGGTAAAGTATGAAGAGATTGGTTGGGTAGGCTGGAAATATGGTTGGTGTAGAAAAGCTTTAGATATATTTTGTAGTTTTAAAAAAGGTGGCATTGTTTCCGTGTACTCCTAAATTGAATAATACTTTCTTGGACAGTTGAATTGTTAGTTTTATGAAGTATTTTTTGTCTTTTGTTGAGTTTGTAGATGCCATTATTTTGGTCTACTAGTTTTTTCTACAGACTTTTTACTAGATGACACCTCCTTTGCATAAGAGTAAGCAAAAGAAAGATTAAGGGAAAGAAATATGCATAAAGGGAGGAGGGAGGGAGGGAGTAATCACATGGAAAGGGAAAAGATGTCAATTCATGGCAAAAAAATATACCAAATATGGGTATGTAATTAATAGTGAACTTCCATAAAAAGGAAATGTAGCGATTAAAAAAGAGTGGAGGAAGTATTTGTAGTAAAAGTGTAAAACTAGTAATTACAAGACTAGTGCATCTGATCAAAACTGCTTTTTGGAACAAACTATGTCTTCTTTTTCTTTTAGTTTAGAACTAACATGTGTGCATTTTTTCCTTATTTTAGAGGCTGCTGTATGAGATAATATCTAATCTTCATATTGCGAGTACTGATGCTGCAAGCTCATCTTCTGCTCTGCCCAGCTTTTCAACTGCTAAATCTGTTGGAGATATGCTCTCTGAAATTGTACCAGTCTTGGGCACAAATGTATGTATAATTCTTGATCCTAGTTCCAGCTTCCGTTAGTGATATCCATCCTTCTCAACTTCTAGCAATGAACTAAATGTATAAGGAATATTTTTTTATGCATCTGCGAAGTTTTCTTATCTTAATGGGAAAGGGTTTGACCATTAACATTTTGCTGGTGGTAAATGCAGGACGTGATGTCTAATAAAGACATATGTGCAGCTAATGGGTATCTCCAGGTACTATGTAATTTTGTTGTCTTTGGTGTTATTTCAATCTTTTTGTCCTCTCTCCACTTTGTTTTTGTCATTGAAAAGGAATAGATGAGACTTGAATGATTTGTGGAGTGTGTGGACCAAAAATGAATAAATCATCAGCATTATAAAGCTTACACATTCTAGCTTTCTACACAACAACTAAACCAAAACCTTTTCCCCAAAGAGATAGGGTCGTATGCATGAACCGGTAATCTATATCATGTGGTCATCCACAAAAATCGTCCTCTCCGTCACTTTGATCTAATGATGTATCATCTTGCAAGCACACTTTCTCTATGAACTTTTTAACTCCCCCAATAAACGTTGTCTTTGGCCTTCCTCGATTGTGCTTGATATCTTTATTACCCTAACCCTACACTTTCCTTACTAGAGCGTCTTTGCTGGAATCATCGTAATTGATTCTCCCATATCTCATCCTCAATATCCGCCAACCTTCCTCCCAATATGATGGCGTTTCCCACTTCTCGTACATACCAAACATACTCCATCTCTGCCACACCCATCCCTGAACTTTGCTCCTACTAAATTTGAACCCTCTAGATTCTAGTATTTGTCTCCATTGCTCTAACTTAGCATTAACACCACCTTAAGTCTTATCCATTAGAACCATATAATCCGCAAATTGCAAACACCACGGTCCCTTGTCTTGATAGACCTTGTGATGCATGACGATGCATGGGATTGCGTGATTCCCTTCACGTGCGCTTTTACTTGGAGAGCAAGCAAGAATAAGGTGGAGGATTCGTCTTTCGTTGGAGCCAAGGCAACGTGGACGAATTCTACTCCTAGTGGGACTCTCCGTGTCCGAATTTGTTTAGAGTTTTTTTAGAGTTTGTTTAGAGTTGGCTTACATGTTTATACTATCCTACTTGGGGTAGGTTTTCCAGGTTTTAGGCACTTTAGAATTGTTTTGATTTTCAGATTGTCTGTCCTTGTAGAAAACTGATTTCTACTTTGTTTAGGATTTGTTTTAGTCGTAGAACTTTATCTTTTATAGCTGGTTGTTTTGGGTCTTTTCTAAGATTTTTAGGACTCTATTAAGCTTGGGTTTAATTTGGAACATATTTTTTGCCAGATTTCTCTTAGTGTTGGATGAGTGACTTAAGCATAGAACCCTTAGTTTCAGGCGTGTGAATCTTGAATCTAAGCAAGATTAATTTGTTTAGTGAGTGAAGTTAAGCATAAAACCTTAGTTGCAAGCGTGTGAAACCTGAATCTATCCTAGATTGATTTGTTTAGTGAGTGAAGATAAATTAAATCAATCTATACCTATCCGTAAATCGTGAGTTGGTGCGTGAAGCCATACATCAGATTTTGAATCCTTAGGCTACAGCAAATGAGTGAACCTTGTTATATCCCATTATTCTAAGTCTAAACCAGTGTTACAGGGAACGTGGTACGGACCCACGTTCCACGAACCGGATTCTTACGTTTCTGTAACGCATGTGGAACACGAACCGATTCGCTGAACCTTGCTACTTGTGTCAACGAGCCTATGACCCAAATCCCTAAAGGTTTTTCCCTTGCTAGAGGAAGGCCATTAACTTTATTGATTGCAGGTTAGAGGAGGGAGAGAGCATAGAAGAATGAGTTTCCGCTTTTCTTTTGTTTTTCATTTTGTTCAAGGGCTACCCGATTCGCAATGGTTGGGTTTCGCGGTTTTTCTCCCGTACCATGTAACCTTTGTCCAAACGCATGAAAAAACACCCCACCTTGTTACAAACACAACTTTCTTTCTATCACAACCCTCCCCCACCCTAATCTGGGGGAAAACTAGGTCGTTACTAGTCTCTCCTAATCAAACAAATTACCTAAACTAACCACTAAACATAAGTAAAGCAGTAAGCAAGGGTCGGAATCCACAAGGACTAAGGTGCGCTAATTTATGCTAATAAATCGATAAGCTAGGTCGGAATGAGATTTTGAAAAGTCAACTAACCAACTAAACTAAATCAACTAAACTAACTACCAAGGACAAACGAGGTTAGGGAATGGGGTCAAACAACAACGAATCATGGAACGAGCCCAAAAGACGTGAAATAGAGGATAGAACATGAACACCACATGTATGAACGTTGAATTCACGAGTAGCTACATCCACCTCCCGGTATCTAGCAATTTCCCTAAGCATCAAGCATGAACTCCCGTTCTACACTATCATCCCGGGGTAAGTCAAAGTCCAATTCAACCAAATAGTCAAGGCTAGGTCTTTAATCCCTTTCCAACCCAACTAGACTACCTCAAGAAATCATGCAACACCCAAGTAGCTAATTTGAATGCAACAAGTATTGAGAATGCTCAAACATGTAACAATTTAATCATGAAAAATACCAAAGTCCAATCATAAATGCCCAAACCAATCAATGTTGGGTTTTCACCCAAACCCTAACCAATAAACTACTCCATCAACATAAAAATATAAAATTTATATAAATTAACAACTAAAAACATGATTCTAAACATTAATAACAACTAATCTAAACATGAATCGTTAAAATAAACAAAAACAATTAAACTAATTAAAACGATAAAAAAAATAAAGCAATAAATGAAGAAATAAATAAAGAGAGAGATAGAAATTTCTCATTGATTGATTGTTGGTTGCTCAATACAAATTGCCACACTTGAATTTCAAAAGCCCCAATTTTCAATGATTATTTCTCATTTTCTCTCACCAATAAAAACTAAGGAAAAACCCTAAAAATTGAGAGAACTAAACTAATTATGTACATGGTTCTGAAAATTGGTTCAACCTTAAGTATTTATACTCCAACTTAATAAAAAGTAAAAAAAAGAGAAAACAAAAATCCAACAAAAAGAATAATCCAAAACTAATAAAAAGAAAGAAAAAGAAAAGAAGAAAAGAAAAAGGAAAAAGAAAGAGAAAGAGAAAAAGAAATAAAAGAGGAGGAAGCCCACTTTGGTAACCCTCCCGTCATTTTCCTTTCAATGAGGCCCATTTTCATTTTCATCTCCTTCTTCGTATTCGTTTTCCTGTTCTTTGCTGCGCTTTCCTTCGCTCCTCCGTTCTTCGCAGCACCCTCATCACCATCAATCGCATCCATCATCCAACGCCCACCATCATCCAATCATCACCATCAATCATCATTACCAATCATCATCATCTCAAATCACAACCTTCAATCAACATCACCACCGTTTATCTTCCTTCAATCGAGCAACCCAAATAACAACTCAATCGTAGCCTTCCAATTCGGGTTGTACGGCGGTAATCCAAGAAGCTAGCACCACCACCGTCACGTGCAATCATTAATTCCGTACCAATTTGAGCGCTAAATAGGTTCGGACGAACACTTGTGATGTTCGGGCGAACTTTTGTCGGTTTGGGCGAACTCCATTGAGGTTCGACCGAACCTCATACAATCAGGAACTCTAAATTTTGGGTTCGGTCGAACATAAATACGGGTTCGGACGAACCCAATTCCTCTGTTTTTGCTCTGTATTTTACTCTGTTTTCCGGGTTCGATTTTGATTGATTTTGATTGTCTTTTTGCTGGGTTTTGTGCGAATTGGGTTGAGGTGGCCAGTTGTAGTGTTGTTGGTGTATGTGAGATGGTGAGAATTGGATGAGGGCAGGGGTGTGGGTTGGTGTTGTGAGATGAAGGACGAGCTGCAATAGTGGCAGCCGTGGCTGTTGGAATTGAAGGTGGGTTATGCTCGGTGGTACTGTTTTGATGAGAGCTGGGGGCTGCCTTGGTTTGTAATTGCTGCGTGGTGGAGGTGAGAGGAGGAGGGTGTAGGTTAACCAAAAGTGTGGTGCAGGATAGGAAGGAGAGTAGGAAGCTGGCATCTTGTTGCTTTTGAAGCCGTTGACTTTTCTTGACTGACCTTCGAACAATATGGACCTACATAAACAAAATAAAGATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATGTTAAATATAATAGAAAATAGGAATAAATTTAGAAAACTAAAATGAAAACTAAAATAATTAAAATATAAAATTATAAAAACAAGAAAAACAAACAAATTACGAAATTAAGGCCTAAAAACAAAGAAATGTCACTAATTACGCTAATTAAGCTACAAAATTTAAAATAAAATAAATAACGGCTAAAAATGATAAATTAGATAAATATATAATAAAATAGGCTAGAAAAATACCTAAAAACTACCCCTAGGAGTGACATAAATGTCACTCATCAAACTCCCCCAAGCTAAGCTTTTGCTTGTCCTCAAGCAAAACAAGATGAAAACGGAGAGAATGAGATTTATTCAAACAAAACGAAAATAAAGAAAATCAAGGATAAGAATATACACTAACTCACTGTCGTAGGAATCACGGTTGCATTTAAGCACATGCAACAAGCTCTTTAAACCCCTAAATCGCTCTAGAGGGCGAGTGAGATCTCGCAAGGGTTTCCCACAAGATTAACCCATAACTCTTATTAAGCACAATCAAGACATTTCACCCAAAGTCATCTCATCAAGCATGGTTCACCAAACATGGTCGATTTAAACAAACTTTCAAAGCATAACCATCATCAAGATGCATCCATGAATTAGGAATATAAGGAATAGACTAATCTAAGGTGCAAGAGAATCACAATCAAAGCATCGAATCATCAATTAGGCTCACTAAGGCATCCAAAAGTCAAAAATTGTTCTCAAATGAATAAATATGATCACAACCACCTAAAATGCACATTCACTCCCCCAAACTTGACTTTTGCTAAGAGAATCTTGGATTGTAAGATTAAGGGACTTGAGTAA

mRNA sequence

ATGTGCCCCATCATTGTCAGAGATATGATCGAGCAATTCATCAATTTTGTGATTCGACCTCCCAGGGCTGTGTATGATCCAGATCAATACCTATGGGAGAAGAATTTTACACTTGCTGGTAGAGCATTCAGAAGAGAAGATTTGGAGCTTGGAAATGAAAGAGGCCAGACCTTGAAGTGTAGTCATTATGTGCCATCTCTTCAGCCAGAAGATTCCGCTCTTCCTTGTGTTGTATACTGTCATGGCAACAGTGGATGCCGGGCTGATGCAAATGAGGCTGCTGTTGTACTTCTTCCTGCAAATATTACAGTCTTCACTCTGGACTTCTCTGGATCAGGCTTATCTGATGGTAACTATGTCAGCCTTGGATGGCATGAGAAAGACGACCTCAGAGTTGTGGTTTCTTATCTAAGAAGTAATAAATGTGTATCGCGAATAGGACTTTGGGGAAGATCTATGGGTGCTGTTACAAGCCTTCTATATGGATCAGAGGACCCTTCAATATCTGGGATGGTTATAGACAGTGCTTTCTCTAATTTATTTGATCTGATGATGGAACTTGTGGATGTCTACAAGATCCGCCTCCCAAAATTCACTGTGAAGATGGCAGTGCGGTACATGCGGCGGGTGATTAGGAGGAGGGCAAATTTTGATATCAAGGACCTCAATTCCTTGCAGGTTGCGAGTCAAACTTTCATTCCTGCTTTGTTGGGACATGCTAATGGGGATAAATTTATTCAACCACACCACTCTGATGTCATCTTTAAATTGTATGCGGGTGATAAAAACATCATAAAATTTGACGGTGATCATAACTCTTCTAGGCCACAGTTCTACTATGACTCGGTTTCCATATTTTTCTATAATACCCTACATCCACCGCAAGTTTCTTCCGTTTGGTCCAATAAGATTGAGGAATGTCATGGCGTGAAAGATCCCGGAGTGGGTGCTGGTATGAATGAGAGGCTGCTGTATGAGATAATATCTAATCTTCATATTGCGAGTACTGATGCTGCAAGCTCATCTTCTGCTCTGCCCAGCTTTTCAACTGCTAAATCTGTTGGAGATATGCTCTCTGAAATTGTACCAGTCTTGGGCACAAATGACGTGATGTCTAATAAAGACATATGTGCAGCTAATGGGTATCTCCAGGTTAGAGGAGGGAGAGAGCATAGAAGAATGAGTTTCCGCTTTTCTTTTGTTTTTCATTTTGTTCAAGGGCTACCCGATTCGCAATGGTTGGGTTTCGCGGTTTTTCTCCCGTACCATACTAATCTAAGGTGCAAGAGAATCACAATCAAAGCATCGAATCATCAATTAGGCTCACTAAGGCATCCAAAAGTCAAAAATTGTTCTCAAATGAATAAATATGATCACAACCACCTAAAATGCACATTCACTCCCCCAAACTTGACTTTTGCTAAGAGAATCTTGGATTGTAAGATTAAGGGACTTGAGTAA

Coding sequence (CDS)

ATGTGCCCCATCATTGTCAGAGATATGATCGAGCAATTCATCAATTTTGTGATTCGACCTCCCAGGGCTGTGTATGATCCAGATCAATACCTATGGGAGAAGAATTTTACACTTGCTGGTAGAGCATTCAGAAGAGAAGATTTGGAGCTTGGAAATGAAAGAGGCCAGACCTTGAAGTGTAGTCATTATGTGCCATCTCTTCAGCCAGAAGATTCCGCTCTTCCTTGTGTTGTATACTGTCATGGCAACAGTGGATGCCGGGCTGATGCAAATGAGGCTGCTGTTGTACTTCTTCCTGCAAATATTACAGTCTTCACTCTGGACTTCTCTGGATCAGGCTTATCTGATGGTAACTATGTCAGCCTTGGATGGCATGAGAAAGACGACCTCAGAGTTGTGGTTTCTTATCTAAGAAGTAATAAATGTGTATCGCGAATAGGACTTTGGGGAAGATCTATGGGTGCTGTTACAAGCCTTCTATATGGATCAGAGGACCCTTCAATATCTGGGATGGTTATAGACAGTGCTTTCTCTAATTTATTTGATCTGATGATGGAACTTGTGGATGTCTACAAGATCCGCCTCCCAAAATTCACTGTGAAGATGGCAGTGCGGTACATGCGGCGGGTGATTAGGAGGAGGGCAAATTTTGATATCAAGGACCTCAATTCCTTGCAGGTTGCGAGTCAAACTTTCATTCCTGCTTTGTTGGGACATGCTAATGGGGATAAATTTATTCAACCACACCACTCTGATGTCATCTTTAAATTGTATGCGGGTGATAAAAACATCATAAAATTTGACGGTGATCATAACTCTTCTAGGCCACAGTTCTACTATGACTCGGTTTCCATATTTTTCTATAATACCCTACATCCACCGCAAGTTTCTTCCGTTTGGTCCAATAAGATTGAGGAATGTCATGGCGTGAAAGATCCCGGAGTGGGTGCTGGTATGAATGAGAGGCTGCTGTATGAGATAATATCTAATCTTCATATTGCGAGTACTGATGCTGCAAGCTCATCTTCTGCTCTGCCCAGCTTTTCAACTGCTAAATCTGTTGGAGATATGCTCTCTGAAATTGTACCAGTCTTGGGCACAAATGACGTGATGTCTAATAAAGACATATGTGCAGCTAATGGGTATCTCCAGGTTAGAGGAGGGAGAGAGCATAGAAGAATGAGTTTCCGCTTTTCTTTTGTTTTTCATTTTGTTCAAGGGCTACCCGATTCGCAATGGTTGGGTTTCGCGGTTTTTCTCCCGTACCATACTAATCTAAGGTGCAAGAGAATCACAATCAAAGCATCGAATCATCAATTAGGCTCACTAAGGCATCCAAAAGTCAAAAATTGTTCTCAAATGAATAAATATGATCACAACCACCTAAAATGCACATTCACTCCCCCAAACTTGACTTTTGCTAAGAGAATCTTGGATTGTAAGATTAAGGGACTTGAGTAA

Protein sequence

MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECHGVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGTNDVMSNKDICAANGYLQVRGGREHRRMSFRFSFVFHFVQGLPDSQWLGFAVFLPYHTNLRCKRITIKASNHQLGSLRHPKVKNCSQMNKYDHNHLKCTFTPPNLTFAKRILDCKIKGLE

Relationships

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


Feature Name	Unique Name	Type
Spo09787	Spo09787	gene

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


Feature Name	Unique Name	Type
Spo09787.1	Spo09787.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo09787.1.exon.1	Spo09787.1.exon.1	exon
Spo09787.1.exon.2	Spo09787.1.exon.2	exon
Spo09787.1.exon.3	Spo09787.1.exon.3	exon
Spo09787.1.exon.4	Spo09787.1.exon.4	exon
Spo09787.1.exon.5	Spo09787.1.exon.5	exon
Spo09787.1.exon.6	Spo09787.1.exon.6	exon
Spo09787.1.exon.7	Spo09787.1.exon.7	exon
Spo09787.1.exon.8	Spo09787.1.exon.8	exon
Spo09787.1.exon.9	Spo09787.1.exon.9	exon
Spo09787.1.exon.10	Spo09787.1.exon.10	exon
Spo09787.1.exon.11	Spo09787.1.exon.11	exon
Spo09787.1.exon.12	Spo09787.1.exon.12	exon
Spo09787.1.exon.13	Spo09787.1.exon.13	exon

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


Feature Name	Unique Name	Type
Spo09787.1.CDS.1	Spo09787.1.CDS.1	CDS
Spo09787.1.CDS.2	Spo09787.1.CDS.2	CDS
Spo09787.1.CDS.3	Spo09787.1.CDS.3	CDS
Spo09787.1.CDS.4	Spo09787.1.CDS.4	CDS
Spo09787.1.CDS.5	Spo09787.1.CDS.5	CDS
Spo09787.1.CDS.6	Spo09787.1.CDS.6	CDS
Spo09787.1.CDS.7	Spo09787.1.CDS.7	CDS
Spo09787.1.CDS.8	Spo09787.1.CDS.8	CDS
Spo09787.1.CDS.9	Spo09787.1.CDS.9	CDS
Spo09787.1.CDS.10	Spo09787.1.CDS.10	CDS
Spo09787.1.CDS.11	Spo09787.1.CDS.11	CDS
Spo09787.1.CDS.12	Spo09787.1.CDS.12	CDS
Spo09787.1.CDS.13	Spo09787.1.CDS.13	CDS

Homology

[Close]

BLAST of Spo09787.1 vs. NCBI nr
Match: gi|902154091|gb|KNA05783.1| (hypothetical protein SOVF_187260, partial [Spinacia oleracea])

HSP 1 Score: 726.5 bits (1874), Expect = 3.100e-206
Identity = 363/384 (94.53%), Postives = 365/384 (95.05%), Query Frame = 1

		  
Query: 1   MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC 60
           MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC
Sbjct: 1   MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC 60

Query: 61  SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV 120
           SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV
Sbjct: 61  SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV 120

Query: 121 SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL 180
           SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL
Sbjct: 121 SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL 180

Query: 181 FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA 240
           FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA
Sbjct: 181 FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA 240

Query: 241 NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW 300
           NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW
Sbjct: 241 NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW 300

Query: 301 SNKIEECHGVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSE 360
           SNKIEECHGVKDPGVGAGMN     EI  ++ I     A    A  SFSTAKSVGDMLSE
Sbjct: 301 SNKIEECHGVKDPGVGAGMN-----EICFSVDILLKVIAPKLLATNSFSTAKSVGDMLSE 360

Query: 361 IVPVLGTNDVMSNKDICAANGYLQ 385
           IVPVLGTNDVMSNKDICAANGYLQ
Sbjct: 361 IVPVLGTNDVMSNKDICAANGYLQ 379

[Close]

BLAST of Spo09787.1 vs. NCBI nr
Match: gi|731350611|ref|XP_010686591.1| (PREDICTED: uncharacterized protein LOC104900779 isoform X4 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 641.3 bits (1653), Expect = 1.300e-180
Identity = 320/396 (80.81%), Postives = 350/396 (88.38%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRAVYDPDQYLWEK FTLAGRA++REDLEL + RG+TLKCSHY+P L 
Sbjct: 1   MIEQFINFVIRPPRAVYDPDQYLWEKEFTLAGRAYKREDLELESGRGETLKCSHYMPYLN 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PEDSALPCVVYCHGNSGCRADANEA  VLLPANITVFTLDFSGSGLS+GNYVSLGWHEKD
Sbjct: 61  PEDSALPCVVYCHGNSGCRADANEAVTVLLPANITVFTLDFSGSGLSEGNYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DLRVVV+YLRS   VS IGLWGRSMGAVTSLLYGSEDPSISGMV+DSAFSNLFDLMMELV
Sbjct: 121 DLRVVVAYLRSKDHVSHIGLWGRSMGAVTSLLYGSEDPSISGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+RRA FDI+DLN +QV+S+TFIPAL GHA+GDKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVKYMRRVIQRRAKFDIRDLNLVQVSSKTFIPALFGHADGDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+IFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPP VSSVWS +IEECH
Sbjct: 241 HHSDIIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPHVSSVWSKRIEECH 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALP-SFSTAKSVGDMLSEIVPVLGT 368
            +KD  VGAGM+E LLYEIISNL I  T AA+SSS+ P SFSTAKSVG         L T
Sbjct: 301 SLKDLRVGAGMDETLLYEIISNLRIGGTGAAASSSSPPTSFSTAKSVG---------LST 360

Query: 369 NDVMSNKDICAANGYLQVRGGREHRRMSFRFSFVFH 404
           ND+MSN DICAA+G++Q+   +E  R+ ++F   FH
Sbjct: 361 NDMMSNDDICAADGFIQISLCKE--RLPWKFLSFFH 385

[Close]

BLAST of Spo09787.1 vs. NCBI nr
Match: gi|731350605|ref|XP_010686588.1| (PREDICTED: uncharacterized protein LOC104900779 isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 637.1 bits (1642), Expect = 2.500e-179
Identity = 315/377 (83.55%), Postives = 340/377 (90.19%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRAVYDPDQYLWEK FTLAGRA++REDLEL + RG+TLKCSHY+P L 
Sbjct: 1   MIEQFINFVIRPPRAVYDPDQYLWEKEFTLAGRAYKREDLELESGRGETLKCSHYMPYLN 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PEDSALPCVVYCHGNSGCRADANEA  VLLPANITVFTLDFSGSGLS+GNYVSLGWHEKD
Sbjct: 61  PEDSALPCVVYCHGNSGCRADANEAVTVLLPANITVFTLDFSGSGLSEGNYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DLRVVV+YLRS   VS IGLWGRSMGAVTSLLYGSEDPSISGMV+DSAFSNLFDLMMELV
Sbjct: 121 DLRVVVAYLRSKDHVSHIGLWGRSMGAVTSLLYGSEDPSISGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+RRA FDI+DLN +QV+S+TFIPAL GHA+GDKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVKYMRRVIQRRAKFDIRDLNLVQVSSKTFIPALFGHADGDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+IFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPP VSSVWS +IEECH
Sbjct: 241 HHSDIIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPHVSSVWSKRIEECH 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALP-SFSTAKSVGDMLSEIVPVLGT 368
            +KD  VGAGM+E LLYEIISNL I  T AA+SSS+ P SFSTAKSVG         L T
Sbjct: 301 SLKDLRVGAGMDETLLYEIISNLRIGGTGAAASSSSPPTSFSTAKSVG---------LST 360

Query: 369 NDVMSNKDICAANGYLQ 385
           ND+MSN DICAA+G++Q
Sbjct: 361 NDMMSNDDICAADGFIQ 368

[Close]

BLAST of Spo09787.1 vs. NCBI nr
Match: gi|731438503|ref|XP_010647089.1| (PREDICTED: uncharacterized protein LOC100242843 [Vitis vinifera])

HSP 1 Score: 588.6 bits (1516), Expect = 1.000e-164
Identity = 288/368 (78.26%), Postives = 328/368 (89.13%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRA Y+PDQYLWEK+FTLAGR ++R+DLEL N RG TL CSHYVPS  
Sbjct: 1   MIEQFINFVIRPPRAEYNPDQYLWEKDFTLAGRTYKRQDLELTNGRGHTLHCSHYVPSPF 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PED+ LPCV+YCHGNSGCRADANEAAV+LLP+NITVFTLDFSGSGLSDG+YVSLGWHE+D
Sbjct: 61  PEDTPLPCVIYCHGNSGCRADANEAAVILLPSNITVFTLDFSGSGLSDGDYVSLGWHERD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DL+VVVS+LRSNK +SRIGLWGRSMGAVTSLLYG+EDPSI+GMV+DSAFSNLFDLMMELV
Sbjct: 121 DLKVVVSHLRSNKQISRIGLWGRSMGAVTSLLYGAEDPSIAGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+++A FDI DLN LQVA +TFIPAL GHA  DKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVQYMRRVIQKKAKFDIMDLNCLQVAPKTFIPALFGHATEDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+IFK Y+GDKNIIKFDGDHNSSRPQFYYDSVSIFFYN LHPPQVSSV+ +K+++ +
Sbjct: 241 HHSDIIFKSYSGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNVLHPPQVSSVYPSKLDKYY 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGTN 368
            + D  +GAGM+ER+LYEII+ L  A TDAASSSSA PS S+ K VG+ LSEI PV  T+
Sbjct: 301 DLGDLKIGAGMDERVLYEIIAGLRTAGTDAASSSSAPPSISSTKFVGEFLSEIAPV--TS 360

Query: 369 DVMSNKDI 377
             M N++I
Sbjct: 361 VSMLNEEI 366

[Close]

BLAST of Spo09787.1 vs. NCBI nr
Match: gi|731350609|ref|XP_010686590.1| (PREDICTED: uncharacterized protein LOC104900779 isoform X3 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 575.9 bits (1483), Expect = 6.800e-161
Identity = 281/340 (82.65%), Postives = 304/340 (89.41%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRAVYDPDQYLWEK FTLAGRA++REDLEL + RG+TLKCSHY+P L 
Sbjct: 1   MIEQFINFVIRPPRAVYDPDQYLWEKEFTLAGRAYKREDLELESGRGETLKCSHYMPYLN 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PEDSALPCVVYCHGNSGCRADANEA  VLLPANITVFTLDFSGSGLS+GNYVSLGWHEKD
Sbjct: 61  PEDSALPCVVYCHGNSGCRADANEAVTVLLPANITVFTLDFSGSGLSEGNYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DLRVVV+YLRS   VS IGLWGRSMGAVTSLLYGSEDPSISGMV+DSAFSNLFDLMMELV
Sbjct: 121 DLRVVVAYLRSKDHVSHIGLWGRSMGAVTSLLYGSEDPSISGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+RRA FDI+DLN +QV+S+TFIPAL GHA+GDKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVKYMRRVIQRRAKFDIRDLNLVQVSSKTFIPALFGHADGDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+IFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPP VSSVWS +IEECH
Sbjct: 241 HHSDIIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPHVSSVWSKRIEECH 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSF 349
            +KD  VGAGM+E    +++SN  I + D         SF
Sbjct: 301 SLKDLRVGAGMDE----DMMSNDDICAADGFIQDKVNGSF 336

[Close]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QGI3_SPIOL (Uncharacterized protein (Fragment) OS=Spinacia oleracea GN=SOVF_187260 PE=4 SV=1)

HSP 1 Score: 726.5 bits (1874), Expect = 2.200e-206
Identity = 363/384 (94.53%), Postives = 365/384 (95.05%), Query Frame = 1

		  
Query: 1   MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC 60
           MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC
Sbjct: 1   MCPIIVRDMIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKC 60

Query: 61  SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV 120
           SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV
Sbjct: 61  SHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYV 120

Query: 121 SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL 180
           SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL
Sbjct: 121 SLGWHEKDDLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNL 180

Query: 181 FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA 240
           FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA
Sbjct: 181 FDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHA 240

Query: 241 NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW 300
           NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW
Sbjct: 241 NGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVW 300

Query: 301 SNKIEECHGVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSE 360
           SNKIEECHGVKDPGVGAGMN     EI  ++ I     A    A  SFSTAKSVGDMLSE
Sbjct: 301 SNKIEECHGVKDPGVGAGMN-----EICFSVDILLKVIAPKLLATNSFSTAKSVGDMLSE 360

Query: 361 IVPVLGTNDVMSNKDICAANGYLQ 385
           IVPVLGTNDVMSNKDICAANGYLQ
Sbjct: 361 IVPVLGTNDVMSNKDICAANGYLQ 379

[Close]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BWF4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g184190 PE=4 SV=1)

HSP 1 Score: 637.1 bits (1642), Expect = 1.700e-179
Identity = 315/377 (83.55%), Postives = 340/377 (90.19%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRAVYDPDQYLWEK FTLAGRA++REDLEL + RG+TLKCSHY+P L 
Sbjct: 1   MIEQFINFVIRPPRAVYDPDQYLWEKEFTLAGRAYKREDLELESGRGETLKCSHYMPYLN 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PEDSALPCVVYCHGNSGCRADANEA  VLLPANITVFTLDFSGSGLS+GNYVSLGWHEKD
Sbjct: 61  PEDSALPCVVYCHGNSGCRADANEAVTVLLPANITVFTLDFSGSGLSEGNYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DLRVVV+YLRS   VS IGLWGRSMGAVTSLLYGSEDPSISGMV+DSAFSNLFDLMMELV
Sbjct: 121 DLRVVVAYLRSKDHVSHIGLWGRSMGAVTSLLYGSEDPSISGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+RRA FDI+DLN +QV+S+TFIPAL GHA+GDKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVKYMRRVIQRRAKFDIRDLNLVQVSSKTFIPALFGHADGDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+IFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPP VSSVWS +IEECH
Sbjct: 241 HHSDIIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPHVSSVWSKRIEECH 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALP-SFSTAKSVGDMLSEIVPVLGT 368
            +KD  VGAGM+E LLYEIISNL I  T AA+SSS+ P SFSTAKSVG         L T
Sbjct: 301 SLKDLRVGAGMDETLLYEIISNLRIGGTGAAASSSSPPTSFSTAKSVG---------LST 360

Query: 369 NDVMSNKDICAANGYLQ 385
           ND+MSN DICAA+G++Q
Sbjct: 361 NDMMSNDDICAADGFIQ 368

[Close]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Match: A0A061GIU0_THECC (Alpha/beta-Hydrolases superfamily protein isoform 1 OS=Theobroma cacao GN=TCM_030483 PE=4 SV=1)

HSP 1 Score: 572.8 bits (1475), Expect = 4.000e-160
Identity = 275/364 (75.55%), Postives = 322/364 (88.46%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MI+QFINFVIRPPRA Y+PDQYLWE+ FTLAGR ++R+DLEL N RG  L+CSHY+PS  
Sbjct: 1   MIDQFINFVIRPPRADYNPDQYLWEREFTLAGRQYKRQDLELTNARGYMLRCSHYMPSPF 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           P+++ LPCV+YCHGNSGCRADANEAAV+LLP+NITVFTLDFSGSGLSDG+YVSLGWHE+D
Sbjct: 61  PKETPLPCVIYCHGNSGCRADANEAAVILLPSNITVFTLDFSGSGLSDGDYVSLGWHERD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DL++VVSYLRS K +SRIGLWGRSMGAVTSLLYG+EDPSI+GMV+DSAFSNLFDLMMELV
Sbjct: 121 DLKIVVSYLRSEKQISRIGLWGRSMGAVTSLLYGAEDPSIAGMVLDSAFSNLFDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI+++A FDI DLN L+VA +TFIPAL GHA+ DKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVQYMRRVIQKKAKFDIMDLNCLKVAPKTFIPALFGHASNDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+I KLYAGDKN+IKFDGDHNSSRPQFYYDSVSIFFYN LHPPQ+SS  S+K+E+ +
Sbjct: 241 HHSDLILKLYAGDKNVIKFDGDHNSSRPQFYYDSVSIFFYNVLHPPQISSTCSSKLEKYY 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGTN 368
            + D  VGAGM+E LLYEII+ L  AST+AASSSSA PS  T K V ++LSE+ P+   +
Sbjct: 301 DLGDLKVGAGMDESLLYEIITGLQSASTNAASSSSAPPSILTTKPVNELLSEVAPLSRLD 360

Query: 369 DVMS 373
            ++S
Sbjct: 361 SMLS 364

[Close]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Match: K7MJ87_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_17G003700 PE=4 SV=1)

HSP 1 Score: 566.6 bits (1459), Expect = 2.900e-158
Identity = 273/359 (76.04%), Postives = 318/359 (88.58%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRA Y+PDQYLWEK FTL GR ++R+DLEL N RG TLKCSHY+PS  
Sbjct: 1   MIEQFINFVIRPPRAEYNPDQYLWEKEFTLTGRTYQRQDLELKNTRGYTLKCSHYLPSPF 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PED++LPCV+YCHGNSGCRADANEAAV+LLP+NITVFTLDFSGSGLSDG+YVSLGWHEKD
Sbjct: 61  PEDTSLPCVIYCHGNSGCRADANEAAVILLPSNITVFTLDFSGSGLSDGDYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DL++VVSYLRSNK +SRIGLWGRSMGAVTSLLYG+EDPSI+GMV+DSAFSNL+DLMMELV
Sbjct: 121 DLKMVVSYLRSNKQISRIGLWGRSMGAVTSLLYGAEDPSIAGMVLDSAFSNLYDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI ++A FDI +LN LQVA +TFIP L GHA+ DKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVQYMRRVIEKKAKFDIMNLNCLQVAPKTFIPVLFGHASDDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+I + YAGDKN+IKFDGDHNSSRPQF+YDSVSIFFYN LHPP V    ++K+E+ +
Sbjct: 241 HHSDLISEAYAGDKNVIKFDGDHNSSRPQFFYDSVSIFFYNVLHPPNVPR--AHKLEKYY 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGT 368
            + D  +G+G++E LLYEI+S+L  ASTDAASSSS LP+ S+ KSV ++LSE+ PV  T
Sbjct: 301 NLGDLKLGSGVDESLLYEILSSLRSASTDAASSSSVLPAISSTKSVSELLSEVAPVTDT 357

[Close]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Match: K7L419_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_07G270200 PE=4 SV=1)

HSP 1 Score: 564.7 bits (1454), Expect = 1.100e-157
Identity = 275/378 (72.75%), Postives = 327/378 (86.51%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MIEQFINFVIRPPRA Y+PDQYLWEK FTLAGR ++R+DLEL N RG TLKCSHY+PS  
Sbjct: 1   MIEQFINFVIRPPRAEYNPDQYLWEKEFTLAGRTYQRQDLELKNTRGYTLKCSHYLPSPF 60

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
           PED++LPCV+YCHGNSGCRADANEAAV+LLP+NITVFTLDFSGSGLSDG+YVSLGWHEKD
Sbjct: 61  PEDTSLPCVIYCHGNSGCRADANEAAVILLPSNITVFTLDFSGSGLSDGDYVSLGWHEKD 120

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DL++VVSYLRSNK +S IGLWGRSMGAVTSLLYG+EDPSI+GMV+DSAFSNL+DLMMELV
Sbjct: 121 DLKMVVSYLRSNKQISCIGLWGRSMGAVTSLLYGAEDPSIAGMVLDSAFSNLYDLMMELV 180

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVKMAV+YMRRVI ++A FDI +LN LQVA +TFIP L GHA+ DKFIQP
Sbjct: 181 DVYKIRLPKFTVKMAVQYMRRVIEKKAKFDIMNLNCLQVAPKTFIPVLFGHASDDKFIQP 240

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+I + YAGDKN+IKFDGDHNSSRPQF+YDSVSIFFYN LHPP V    ++K+E+ +
Sbjct: 241 HHSDLISEAYAGDKNVIKFDGDHNSSRPQFFYDSVSIFFYNVLHPPNVPR--AHKLEKYY 300

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGTN 368
            + D  +G+G++E LLYEI+S+L  AST+AASSSS LP+ S+ KSV ++LSE+ PV  T+
Sbjct: 301 DLGDLKLGSGVDESLLYEILSSLRSASTEAASSSSVLPTISSTKSVSELLSEVAPV--TD 360

Query: 369 DVMSNKDICAANGYLQVR 387
           +    +D    +G+  V+
Sbjct: 361 ESFFGEDTDGNDGHTDVQ 374

[Close]

BLAST of Spo09787.1 vs. ExPASy Swiss-Prot
Match: YQKD_BACSU (Uncharacterized protein YqkD OS=Bacillus subtilis (strain 168) GN=yqkD PE=4 SV=1)

HSP 1 Score: 67.0 bits (162), Expect = 6.400e-10
Identity = 62/225 (27.56%), Postives = 100/225 (44.44%), Query Frame = 1

		  
Query: 55  GQTLKCSHYVPSLQPEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGL 114
           G  +K  H  P   P       ++ CHG +    ++ +   + L     V   D    G 
Sbjct: 67  GYDIKGYHVAPHDTPNT-----IIICHGVTMNVLNSLKYMHLFLDLGWNVLIYDHRRHGQ 126

Query: 115 SDGNYVSLGWHEKDDLRVVVSYLRSNKCVSR--IGLWGRSMGAVTSLLYGSEDPSISG-- 174
           S G   S G++EKDDL  VVS L+ NK   R  IG+ G SMGAVT+LLY     S     
Sbjct: 127 SGGKTTSYGFYEKDDLNKVVSLLK-NKTNHRGLIGIHGESMGAVTALLYAGAHCSDGADF 186

Query: 175 MVIDSAFSNLFDLMMELVDVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQ 234
            + D  F+  FD  +      + RLP + +     +    ++ R  +  ++++ L V  +
Sbjct: 187 YIADCPFA-CFDEQLAYRLRAEYRLPSWPLLPIADFF---LKLRGGYRAREVSPLAVIDK 246

Query: 235 TFIPALLGHANGDKFIQPHHSDVIFKLYAGDKNI-IKFDGDHNSS 275
              P L  H+  D +I    ++ +++   G K + I  +G+H  S
Sbjct: 247 IEKPVLFIHSKDDDYIPVSSTERLYEKKRGPKALYIAENGEHAMS 281

[Close]

BLAST of Spo09787.1 vs. TAIR (Arabidopsis)
Match: AT4G17150.1 (alpha/beta-Hydrolases superfamily protein)

HSP 1 Score: 540.0 bits (1390), Expect = 1.500e-153
Identity = 259/363 (71.35%), Postives = 306/363 (84.30%), Query Frame = 1

		  
Query: 9   MIEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQ 68
           MI+QFINFVIRPPRA YDPDQYLWEK F+L G   +R+DLEL N RG TL+CSHYVPS  
Sbjct: 10  MIDQFINFVIRPPRAEYDPDQYLWEKEFSLGGTKCKRQDLELTNSRGHTLRCSHYVPSSS 69

Query: 69  PEDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKD 128
            ED+ LPCV+YCHGNSGCRADANEA +VLLP+NITVFTLDFSGSGLS+G+YVSLGWHEKD
Sbjct: 70  REDTPLPCVIYCHGNSGCRADANEAVMVLLPSNITVFTLDFSGSGLSEGDYVSLGWHEKD 129

Query: 129 DLRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELV 188
           DL+ VVSYLR++  VSRIGLWGRSMGAVTSLLYG+EDPSI+GMV+DSAFSNLFDLMMELV
Sbjct: 130 DLKTVVSYLRNSNQVSRIGLWGRSMGAVTSLLYGAEDPSIAGMVLDSAFSNLFDLMMELV 189

Query: 189 DVYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQP 248
           DVYKIRLPKFTVK+AV+YMRR+I+++A F+I DLN ++V+ +TFIPAL GHA+GDKFIQP
Sbjct: 190 DVYKIRLPKFTVKVAVQYMRRIIQKKAKFNIMDLNCVKVSPKTFIPALFGHASGDKFIQP 249

Query: 249 HHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQVSSVWSNKIEECH 308
           HHSD+I K YAGDKNIIKFDGDHNSSRPQ YYDSV +FFYN L PP +SS +S+K+E  +
Sbjct: 250 HHSDLILKCYAGDKNIIKFDGDHNSSRPQSYYDSVLVFFYNVLRPPPISSSYSSKLESYY 309

Query: 309 GVKDPGVGAGMNERLLYEIISNLHIASTDAASSSSALPSFSTAKSVGDMLSEIVPVLGTN 368
            + D     G++E  LYEIIS L  A  D ASSSSA P+  T K   ++LSE +P++ T+
Sbjct: 310 SLGDVNSATGLDESFLYEIISGLRSACIDVASSSSAPPAPLTTKPTNELLSEAMPMIDTD 369

Query: 369 DVM 372
            V+
Sbjct: 370 TVL 372

[Close]

BLAST of Spo09787.1 vs. TAIR (Arabidopsis)
Match: AT4G14290.1 (alpha/beta-Hydrolases superfamily protein)

HSP 1 Score: 422.2 bits (1084), Expect = 4.400e-118
Identity = 193/287 (67.25%), Postives = 241/287 (83.97%), Query Frame = 1

		  
Query: 10  IEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQP 69
           +EQ +NFVIRPPRA Y+P+  L E+ F L GR ++R+DLE+ N RG  L+CSHY+P  +P
Sbjct: 1   MEQLVNFVIRPPRAEYNPEHDLLEQEFLLKGRWYQRKDLEVKNIRGDILQCSHYMPVERP 60

Query: 70  EDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKDD 129
           ED  LPCV+YCHGNSGCRADA+EAA+VLLP+NIT+FTLDFSGSGLS G +V+LGW+EKDD
Sbjct: 61  EDRPLPCVIYCHGNSGCRADASEAAIVLLPSNITIFTLDFSGSGLSGGEHVTLGWNEKDD 120

Query: 130 LRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELVD 189
           L+ VV YLR++  VS IGLWGRSMGAVTSL+YG+EDPSI+ MV+DS FS+L DLMMELVD
Sbjct: 121 LKAVVEYLRTDGNVSLIGLWGRSMGAVTSLMYGAEDPSIAAMVLDSPFSDLVDLMMELVD 180

Query: 190 VYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQPH 249
            YK RLPKFT+K A++YMRR ++++ANF+I DLN+++VA   F+P L GHA  D FIQPH
Sbjct: 181 TYKFRLPKFTIKFAIQYMRRAVQKKANFNITDLNTIKVAKSCFVPVLFGHAVDDDFIQPH 240

Query: 250 HSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQV 297
           HS+ I++ Y GDKNIIKFDGDHNS RPQFY+DS++IFF+N L PP+V
Sbjct: 241 HSERIYEAYIGDKNIIKFDGDHNSPRPQFYFDSINIFFHNVLQPPEV 287

[Close]

BLAST of Spo09787.1 vs. TAIR (Arabidopsis)
Match: AT3G23540.1 (alpha/beta-Hydrolases superfamily protein)

HSP 1 Score: 412.9 bits (1060), Expect = 2.700e-115
Identity = 187/287 (65.16%), Postives = 236/287 (82.23%), Query Frame = 1

		  
Query: 10  IEQFINFVIRPPRAVYDPDQYLWEKNFTLAGRAFRREDLELGNERGQTLKCSHYVPSLQP 69
           ++Q +NF+IRPPRA YDP+  L EK F + GR ++R+DLE+ N RG  L+CSHY+P  +P
Sbjct: 1   MDQLVNFIIRPPRAEYDPEHDLLEKKFMMKGRWYQRKDLEVKNSRGDVLQCSHYMPVERP 60

Query: 70  EDSALPCVVYCHGNSGCRADANEAAVVLLPANITVFTLDFSGSGLSDGNYVSLGWHEKDD 129
           E   LPCV+YCHGNSGCRAD +EAA+VLLP+NITVFTLDFSGSGLS G +V+LGW+EKDD
Sbjct: 61  EGKPLPCVIYCHGNSGCRADGSEAAIVLLPSNITVFTLDFSGSGLSGGEHVTLGWNEKDD 120

Query: 130 LRVVVSYLRSNKCVSRIGLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDLMMELVD 189
           L+ VV +LR +  +S IGLWGRSMGAVTSL+YG EDPSI+GM++DS FS+L DLMMELVD
Sbjct: 121 LKAVVEFLRQDGNISLIGLWGRSMGAVTSLMYGVEDPSIAGMILDSPFSDLVDLMMELVD 180

Query: 190 VYKIRLPKFTVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPALLGHANGDKFIQPH 249
            YK RLPKFTVK A+++MRR I+++A FDI +LN+++VA  +F+P L GHA  D FI+PH
Sbjct: 181 TYKFRLPKFTVKFAIQFMRRAIQKKAKFDIMELNTIKVAKASFVPVLFGHALDDDFIRPH 240

Query: 250 HSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNTLHPPQV 297
           HSD I++ Y GDKNIIKF GDHNS RP FY+DS++IFF+N L PP+V
Sbjct: 241 HSDRIYEAYVGDKNIIKFPGDHNSPRPPFYFDSINIFFHNVLQPPEV 287

[Close]

BLAST of Spo09787.1 vs. TAIR (Arabidopsis)
Match: AT2G19550.1 (alpha/beta-Hydrolases superfamily protein)

HSP 1 Score: 50.4 bits (119), Expect = 3.500e-6
Identity = 62/235 (26.38%), Postives = 97/235 (41.28%), Query Frame = 1

		  
Query: 70  EDSALPCVVYCHGNSGCRADA--NEAAVVLLPANITVFTLDFSGSGLSDGN--YVSLGWH 129
           E  +   VV CHG    + +      A  L    I+ F  DFSG+G S+G   Y +    
Sbjct: 22  ETGSKEVVVLCHGFRSDKTNKILKNVATALEKEKISSFRFDFSGNGDSEGTFYYGNFNSE 81

Query: 130 EKDDLRVVVSYLRSNKCVSRI--GLWGRSMGAVTSLLYGSEDPSISGMVIDSAFSNLFDL 189
            +DDL  V+ +L S+  ++R+   + G S G    LLY S+ P     V++   S  FDL
Sbjct: 82  AEDDLHYVIQHLSSSNIMNRLVPVILGHSKGGDVVLLYASKFPDYIRNVVN--ISGRFDL 141

Query: 190 M--MELVDVY--KIRLPKF----TVKMAVRYMRRVIRRRANFDIKDLNSLQVASQTFIPA 249
              + L D Y  KI+   F      K   R  +  +  R N D+     L +  Q  +  
Sbjct: 142 KNDVRLGDGYIEKIKEQGFIDATEGKSCFRVTQESLMDRLNTDMHQA-CLNIDKQCKV-- 201

Query: 250 LLGHANGDKFIQPHHSDVIFKLYAGDKNIIKFDGDHNSSRPQFYYDSVSIFFYNT 291
           L  H + D  +    +    K+    K  I    +H  ++ Q    S+++ F  T
Sbjct: 202 LTVHGSDDTVVPGEDAKEFAKVIPNHKLEIVEGANHGYTKHQKELVSIAVEFTKT 251

The following BLAST results are available for this feature:

BLAST of Spo09787.1 vs. NCBI nr
BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
BLAST of Spo09787.1 vs. ExPASy Swiss-Prot
BLAST of Spo09787.1 vs. TAIR (Arabidopsis)

BLAST of Spo09787.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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Match Name	E-value	Identity	Description
gi\|902154091\|gb\|KNA05783.1\|	3.1e-206	94.5	hypothetical protein SOVF_1872...	[more]
gi\|731350611\|ref\|XP_010686591.1\|	1.3e-180	80.8	PREDICTED: uncharacterized pro...	[more]
gi\|731350605\|ref\|XP_010686588.1\|	2.5e-179	83.5	PREDICTED: uncharacterized pro...	[more]
gi\|731438503\|ref\|XP_010647089.1\|	1.0e-164	78.2	PREDICTED: uncharacterized pro...	[more]
gi\|731350609\|ref\|XP_010686590.1\|	6.8e-161	82.6	PREDICTED: uncharacterized pro...	[more]

BLAST of Spo09787.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
A0A0K9QGI3_SPIOL	2.2e-206	94.5	Uncharacterized protein (Fragm...	[more]
A0A0J8BWF4_BETVU	1.7e-179	83.5	Uncharacterized protein OS=Bet...	[more]
A0A061GIU0_THECC	4.0e-160	75.5	Alpha/beta-Hydrolases superfam...	[more]
K7MJ87_SOYBN	2.9e-158	76.0	Uncharacterized protein OS=Gly...	[more]
K7L419_SOYBN	1.1e-157	72.7	Uncharacterized protein OS=Gly...	[more]

BLAST of Spo09787.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 1

Position :

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Match Name	E-value	Identity	Description
YQKD_BACSU	6.4e-10	27.5	Uncharacterized protein YqkD O...	[more]

BLAST of Spo09787.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 4

Position :

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x 1


Match Name	E-value	Identity	Description
AT4G17150.1	1.5e-153	71.3	alpha/beta-Hydrolases superfam...	[more]
AT4G14290.1	4.4e-118	67.2	alpha/beta-Hydrolases superfam...	[more]
AT3G23540.1	2.7e-115	65.1	alpha/beta-Hydrolases superfam...	[more]
AT2G19550.1	3.5e-6	26.3	alpha/beta-Hydrolases superfam...	[more]

InterPro

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

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR022742	Serine aminopeptidase, S33	PFAM	PF12146	Hydrolase_4	coord: 76..192 score: 1.8
None	No IPR available	PANTHER	PTHR12277	UNCHARACTERIZED	coord: 4..364 score: 2.6E
None	No IPR available	PANTHER	PTHR12277:SF58	ALPHA/BETA-HYDROLASES SUPERFAMILY PROTEIN	coord: 4..364 score: 2.6E

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008152	metabolic process
molecular_function	GO:0016787	hydrolase activity