Spo06569.1 (mRNA) | SpinachBase

Overview


Name	Spo06569.1
Type	mRNA
Organism	Spinacia oleracea (Spinach)
Description	Probable ADP-ribosylation factor GTPase-activating protein AGD13 (ARF GAP AGD13) (Protein ARF-GAP DOMAIN 13) (AtAGD13)
Location	Super_scaffold_74 : 249018 .. 267535 (+)
Sequence length	1535

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.

ATGAATAACCGCTCGGAGCTTGGTAGACCCACTTCAGGTACTTGTATACTAAAATTTCTTGACTAGTTTAGATTTGTAGCCTGGGTAGTAATAGATGGTTATTAATATCTATCTACTTGTTTAGACTAGTTAGAAGTAACAATATTTTTTGACCTCTTAGAATCCTACACCCCTACCGATATTACAATCCATTCTTGGCGCAACTTTGTTACAATATCAGGACTAGTTAGAGAATACATGCTATTTTTAACTTGCAAGAGAGCAGAAGCATGTTTGATGTCTTACCTTTTTTCCATTTTCAGGTAAAAGAAGGCTTAAGGATCTCTTGCTTCAAAAGGATAACCGTTGTTGTGCTGATTGCAGTGCCCAAGATCCTAAATGGGCGTAAGTCCTGTTAGGAGTTTTTATTTTTCCAACTATTTAGTCGCTTCCTCCGGAGAGTATTTTGCTTTTATTGCACATTTATGTTTCAATTTCATCCATGCTAGCAATTGCATGTTCTGTTTTTAATTTTTCGTGCTATGTTTTTGGTTTTGATTATCTATACCATTGCCCTTTTTGTTTACTTTTGGTCAAACACTTTAAAGGCTTAATCACATAGATCTATAATATCATTTTGTTTGGCCAAACGAATTTCACGAAACATGGGTGTTAATTTAGAGTCGATCGGATCTAAACATAACAATTTCATCGACCAAACCAAACAATAAACAAAACTATAAATGCTAGTGCAGGCGAATAGCCGAATAAGCATATAACCTACTCATAAGTTGTATAATTTTTTTAAAACTCTATTGTTCTGAATCACACGTTAATAAAAGCACATCCTAAAGAGCTTTATATAGGCAATATAATTCTAGAATAATATAACAAATAATCCTTAATTACGCAGAGCATAAACACCTAATTATACTAGGTCTCCTAAAATTAAAACAATTTTTTTCTACACGTAAAATCCGATTCTTAATGGACTAGTATAAAGGTGTAAGACTACTAATAAAATACTTAAAAATATGATTTATCCTAACTAGATTAGGATTAAACTTAGTAAGCTATGTCACGCCAAACACCAGCTCCACCATATGCCTCTTTGGACTCGAACCACGACGTTGACTTTGATTCTTGACAGTTGTATCTCAAATCCACAACTCTCTCTCTCTCTCTCTGTATATATATATATAGAGAGAGAGAGAGAAAGAGAGAATGAGAGAGGGTTGTTAGTATTCTAGTTATTTAAGAATGAATCTAGACCATTGGATTGGACGCGCTCATTAATGGCAAAATCGTAAATAATATGACTTTTGTCATACAAGTTAGAACATGTTGTGTGTATGTTTAGAACATGATGTATATATTTTTAAAACATAATGCATATTTTCTTAGAACATAATGTAAATATTTCTTCCAAACATGAAAGAAACCATTTAAAAAACCTCATCTTCTACTTCCAACTTTCCCCAAATTTCTTCAATTTTGCATTAATCTCAATTACTCCCAAATTTTCCAAAAATTCTCCAAACCCTTACAATATTCAGGCTTTGAAAATTTTGGTAGAAAAATAAATAATTTTCAAGAGGGAGAGAGTGGGGGAGGAATTTTTATTTTTTATTTTTATTTTTATTTTTATCAATTACACTTTGTATATTTTGCTTTTATGTAGAATTGAATTCGAGGTTAAATATTTTCATTGAAATGGACTTTTTCAATGGAGGAGAAAAAGATGGGTGCGTAAGATTGAGCGGGGAAAAGAGGAAAGAGAAGGGAAAATGGCTAAAGTTATTTAGTACCTATGCAACATTTTTTAGAACATGGACTCATTAGGCTTAGCCGCTTAGGACATTAAAATCAAGGCTTTAAACATGTGCAATACCATTTAGAACATCAGACTTAAATTTTTAGAACATAGTCTCAAAAAGAGGAATAACATGAAACTCTACCTATAAAAGTTGAATCTCAGAAAGTTTGATTATGAATTTCATTAAATTCGTGAAGAACTTCATTGAATTTGAGCTTCAAGTTTCAATGGAGTCTATTGGAGGAGAGAGAATGGTTATTCTTGAGTAGAATGGATCTACTGGAGGAATTTGAAACAAAACTGAATTAGTATTTATTGAATTCAAACTAAATAATTCGGGTTACGTGAAAGTTGATAAAGAAAATCGTTGAATTTTTTAACAATTTGTTGTATTTAAGCTTGAAGCTTAAATGGGGTATTCTAATGGAGGAGAGAGATGGGTAATCCTAATAAGATAAAAATGGGTCTCCTTGAGGAGAGAGATTCAAAATCAAATTGTTACCTATCGAATTCAACCCGAGTAAGTTCAATTTCTGAAAAATTGATGAAGACTTTATTTGAAATTTGAAGAATTTCGTTGACAATAGGAGCTTGAAGCTTCAATGATGAAGTTGTTGAATATATATTTTTTTTACACAAAGAAGGAGATTATAGTACAAAAGGGTTAAAAGAGAACCCCAACAGTCACAAGATACTTTAGTTATAAAAGGGTTAGCAGTGAAAACCGAGCTTAAACCCAAGCTGAGAATAAGCCATACTGAAAGCAAATGTACGAAACGAAGAAGTTCATAACTAAACAACAGCAAAAAGATGGAGCAGATATAAAAGAACATTCAGCACACACTCCATGGAAAAGATCTTCAAAAAAGGATCAAGAATCTGGTGTAGGGGTTTCCTTCTCATAGTCTGCAACACCACTTTGAGGAGGTTGATAGTGGTAAGTCTTGGCAATTCCATGCTTCTTCCGATGTCAGCAAGCCCATGAGCCACCTTATTAGCACTAACGTTTGACATGTAAGATTGTCGCAACCCAGTTCCTTTCAAGAAGAGAGACAACATCAATGATTGTAGAAGCAAGCCACTGATCAGTATAAGCTTGAGGATTCTCCGACATATACTTGAGAGCTTGTGCATCTGTTTAAGTTCAAAGTGGGAGATTTTCCTTTCCCAGGCAATTAGGAGACCTTCCTTGGTAGAAGTAAGCTCAGTAGAGGCGGGGCCAATGCTCTGTCGCACCTAATTACCCCTCTACCCCCTACATTATTGATGTTTAGCCATGACCCTTCCGTGTTCAGCTTGAAATAAGAAGCAATGGGAAACCTGGCATAAAGATTGAACGAGGAAGAGGAGGATACCTCAGACTGCAACATAGAGTTAGTGAACTTGTAGTCTGCCCAAAACTTATTATAGAAACTTCAAGCATTTCCCAATTTTAACTTAAAAACTGCATTTTTTATGTAAGACCAAATATGCCAGATGCAAACAGAAAAAATGATTTGCCATTCAGTGGAACCTTTCAGATTATAAGAAACCCAGTCATGCGGTTATAAGAAAAAAAAGAGTCATATCCGGATTGAAAAGATGTCCATGATATTGGAAGATCATTGACCAAAACACAACAGTACTATGGCAATCTCTAAACATGTGAAGGTTAATGTTATCTTCAATAAAAGTTGTACAACAGACACAAATAGGATAAAGATTGGACACTTTTAATGAGAGTTTTTGCAAGTGGAAGAGTGGAATGACTGACATTCCACAAGAGCATTCTATTTTTATAAGGAACATGTATTTTTTTGGAGTTTTTTCAGGTGACATGAATAGAGCATGAAGGTGAGCGATGGGAAGGAGATGTGGAATTGTAAGCAGATTTTATAGTAAAAGATCCTTTCTTGTCTATAGTCAACGAAGAGAATCATTTTTATCAATCGAGGTGGAAAGAGGAATAGCTTCAATAAGGACAGAGAGAGAAAGTTGGGAATGAGATGAGATATGCTAGATAAATCCCTATTTTTCTTTTTTGGCAAATAAAGAAACTTTTATTACCAAAAGAGAGTAGCAACAACTAACAATTTAGAACAAACACTCCACTACGAAATAAACAACCAAAAGAAAAGATTAGAAAAACCACCCTCTAGGAAATGAGAGACTCTGACTTCCTCAAAAGCCACAAAAAACCAAAGCAATCAACAACTCTGACAAAAGATCAGAAAAGATTACAACATTAAGCTAATTATGCTCTCAGAGCACCTCTAAAACAAATCTCCTTAAATAAGGCAGAGCTTGTAAAGACTCTAAAGTGGGCTTTAGAATCTAGAATGGTGATATTTGGCATTAGATATATTGGTTTATCACCAACCCAATGATGGGAAGTGTCTTTTCCATTACCGATGTCGACAATAATCCCATTCCTAGCAATTTCACGACCTTTTAAAATATCTTTCTGTAACGGAGAGGAGTTTGACATAGGGTTACACTAAGCATCGAGACGATAAGATTTGAACCCAAATCTTATTTGGTTGCGTTAGGATTTTCCATCCCAATTTTGCCATAAAGGCTAGATTCCAACGTTTTAGGTTTTTTAATTTCAAGGCCACCTATGTTTATGAGATCACAAACTCCTTCCCAATTTGTACGGGGAATGTATTTAGAACGATCAACCCTATCCCAAAGGAACGCTTACATTTACTTTCTAATTCTTGAGTAATTGAATTGGGAACTCAGGGAAGGATACCAGTTTGCGTAACATAAAGAGGGTAGGCGTTTAAAAACAGATTTAATCATCGTGGTTCTCCCTTCCATATTCAAAAGCTTTGCTTGCCAACCCCTTATTTTACTAGTTGTTTTACCTGGAAGGTTAAAGAACTCAGACTTTTTCAATCTCGTTGTGGCAATTGTATTTCCTAGATATTTCCCAAAGGTAATGGTGTCCTTAAAAGAGCATAAGGCCTTTATGGATATGCTTACATTATAGTTCATTTTTTTCAGGAAAATAAGAGAAGATTTAGAAAAATTAACTTCGAAGTCTCGAAAGAATTTTAAAATCCTCTAGGGTTTTAAAGCATAATCTCAATATTAGAGGCCGTAGCTTTATCAAAAAGGAAAACATCATCTGCATAAAAAAGATAAATTTATATTTTTCGATCTTAATCCAGGAGGATGTTTCGCATTTTACACTTATTGGAAGTTATTAATGGAATAAATACGTTTTCCTTTCAGCTGTCTGATTTTATTAAAAAGTTCGATTTTTCTGTTTTTCAGATCCGCAAATGTTGGAGTTTTTATATGCTTAAAATGTTGTGGTGTGCACAGAAGCCTTGGAACTCATATATCAAAGGTACTTGCACAATATCGTCCCATATTAGTTCTAGGTGATAAGTGGTTGTTTGGTTATCAAATTTTATTTTTTTGAAAAAGTAGATGTGAACGGAAAAAATGAGGTAATACTTACTGAAAAAATAGATGTAATCCGAGATAATGGGGTATTTTTATATTGAACGTGAGAGAGTGTGGGGCACTAACATTTTTATAGTGGGGAGAGTGATATACTAAAATAATGGTGAGATCTTTCACAAAATAGAAGTGTAAAACTAATCTAGGACACATGGAGTATGCATTATGCATTACTGCTTCCGTTTTTTTAAATGCATCACTTGTATGGGCACATAGCTTTAGGAGGCCCATGCAAAATAATTATTAAAAGGTGCAAGTGGACAAATAGATAATTTTTTTATAGAAAAGTTGACAAGAATACTCACACCTTTCTCCGATCTTCTTTAGACCTTTCACAGTCCCAAGTTAAATGAATTTAATAAGATTACTTAAAACATTGTAGGGTGTCTTCTTTTAATGGACCTTAGTCATAGATGACCGGCAACACATCTGACGTGTCATGTATGATTACTCTTATTGCTTTTTACTTTTCTTTTTCATCCTTTAATTGACAAAGGAACCCCTGCATTGGGTTTTCTCTTGAATTACTTTTGTTTAAGTTTTTCTCCTATTCATTGAACCTTTTCCATTTCAAAATCCATTAATTGGTATATAACTTTTACTCACTCCTTATCGAAGTAATGGTTACACTGACGAATCAAATAAAACCTCACACGACTATATTTTTCCTTACCCATACATCACAAATGATAGTCAAATTGAAAATTTATGAATAGTGTCAAAAGTCAAAGTGTCCCCATTAAAAAGAAACAGAGAGAGTATTTAATTGAGCAGCTGGTATAGGAAATACCTATAACTAATGACTTTTGTAGCTGACTACATGAATGCAATAGGCCAAAAGGCTCTCAAACTTGATCTATATTATCATAAAGTATATGACCACAAAGGATCAGAAGTTACAAACTACATCACCATTTTATGGCTGATAAAACCAGCATAACTCATCTAAATTAAATGTCCTACATTCACCTCCCCTGTACACTAACTCTCCTTTATGCTTCTTAAAGAAACCGTCATGTAACATTCTCCATCGTCATACAATAACCTGCTAACAAGAATTACAATTACAAATATAAAAATTCTGGAAACAAAATAATAAAGAAGGAAATACAATAACAAAGTATTAAAATTCAGAACATCTGCACAATCACTTCGTGATTAACTCACACAATTATGACAATCAAAATTGAAATTAATTTAACTTTATTGAATTACAATCCCGCAGATTATGGAAAATCGAAATTAACTTTCCAACTTTATGAATTTAATTGAAAAAGTTGCATTATCACTTTAATAATTAACTCACAAAAGTGGCACTGGTTGTCTCTTTCATTAACTCACCAAATTTCATCCCACTTCGAAAGTCATGCAGCAAAATCCCGTAACAAGACAAACTTTATACAAATTGAAGAATTAACAAATCAAAGAAAGAAAAGCAATTACCTTTTTTAGTTGTCAATCATACACATAATTGATTAACGTTTCTCTGCTTTAATTTTGGCCCACTGATGTTAATTTTAGGTAGGCAGGGAGACAACGAACGGTCGAGCTCTTGCAGAGAGGAGGAAGGAGAGTATTGGGAGGTTATTGTTGGAATTTAGGGTCATTAGTTGGGTTTAGAGGGAAAGATTACCCATCAGCAAATTTTTACCCATGTAGTCGGTGGCCAATTTTTTTACCCTTGTAGTCGGTGGCCAATGGACACCCTACAAAGACTGGACAAAGGTGGGAGTATTCTTGTCATTTTTTCCTTTGTTTATTAAAATAAAATACCAATGAGGACCATGATAGTGATAGCATGTGAGGGATAGTGGTTTTTTTAAAATTATTGAAGTGGGCACCACGAGGGAGAGACCTCCATGCAGAATAATTATTAAATGGTTCAAGTGGACAAATAAATAATTTTTTTATTGAAATAATAACAATGGAGACCATGATAGTGATAGCATGTGAGAGATGATGTTTTTTTTTTAAATTATTCAACTGAGGACCATTAGAGCGAGATAAGCTGGGAGTAATGAAAGAGAGAAAAATAATTAAATATGGTAGAAAGCTACCAAATGTAGAAGTGATGCATTTATATGTTACACATCTTCTCCCTTCTTCAATGTGGGATAATTGGTCCCTACTCACATATGGATTGATGTGGTTGTATTATCTTAACAATCTCACACGTGAGCCCCTTCTTCAAGGGCTCTCACTTATTAGGTGTTGATAACGAGTCATAGACCATGATAAATTTCATGGGCGGAGTCAAGCCCATGTTAAATAACATCACACCGATAACCTTCGTCGTCAGAGTATAAACATGTTCCATCCTAAAACAAATTGACAATTGGAGTAGCCCACTAATCTTATATGCTAGTCATCATCTGCCTTCTACTTTAATGTGTGACAATTGGTTACAACTCACATGTGGATTGTGGCTCATGGAGTGGCTCTTCAAGTAGCTCCCCAAGTAGCAATCCAACAAGAACTATCTCTTGGCCAACATTGGGGATCTTGAGTGGTTCTTGAGGGGCTCTTGAGTAGCTTTTCATGGAGAGCTACTTTTAGGTAGCTCTTGCCCAAGAGCCCTCAAAGAGTTGATTCTTGTTGAAAATGGGGAGTAAGTTTGAAAAGTGATAGTAACTTTGGTTAAAAAACAACTAATTATGGACCACCAAATGGTAAAAAAGAGATTAAATAGGTCACTTGAGGAACCAACCAATGTTGGGTGTTTTTAGAAATGAATTATTGAGTGTCTTGTAGAGAGATAGTGGTAGAGAGAGAGTGGGAGCCCTCAAAGAGCTCTTTTGAAGAGCCAATCAACGTACATGCTCTAACGGAAACTTCTTAGACCTCACAAAACCTAGGCTAGGCTCTTGATACCATTTTATATGGGTTTAATCAGACCCAATTAAGTATATAAATGAAGATCTGTAAACACGAGTATACGGAGTTTCAAAGCATGCAAGCATTAGAAAAAGAGAACGCTAAATACAACAACCGTCATAAGGAACCGACCGCGAAAAGCAACAAGAAAATTAAAGGGCTAAGGGAGAAAACTTTGAAAATATGCTCAAGGGAGAAACTTTTCAAAACTCAAGGAGGTAAGTAAAAGGATTATCAAAAGGAAATTTATATATGAAGTAATGACATGTCATCTACTTACACCCCGCCGCCCTCCGCCCTTCCCCTCCACCCTATTAAATGACATGTTATCACTTTCAATCACCTTCATCCTAGTTTTCTTAGGTCTTCTCCTAACCCCCACAATCTCATATACTCATTGCTTTGCCACTCTTAGCCGCCTATCAGGGTGCAACACTCGGTCTCCGCCTTACATGGCCAAACCACCTTAAGCGATTTTCCCTCATCTTATACTCAATAGGTGCAACCCCTAATTTATTTTTAGTTATCTCAGTCCTCAACCAATCTTTCTTGTATAGCCACACATCCAATACATCATTCGCATCTCTGCCACATTCATCTTATGAACCGGATAATGTTTCATAACCAACATTCTATACCATTAGTTATTGAGCTATGAAAGCAACTATAAATAATTGTGTTGTTTTAAATAACTACCTATGAAGAAATAATGGTTTTATTTGATTAACTAGTGACCATAACTAAAAGTTAATATAAGGTAGTTATCTCCAAAACTCGATTTATATTAGTCAGTTTCCCACAAATAACTTTATTACATATTTCGTAGATATATGAAAGCTCTCTCTCACTCACTTTATTTTGTACATATTTGCAACAAATTGAATAATCCGGGGATTTTAATTCCAATTTAGTTGTAGCTCACTAATTATTGGAGTTATTGTTCTTCTAACATGCAATAATCTAACAATTACCCATACTGAAATGCCTATTCTATAGAATTGGACATGATCCTAACAATCCATACCTTAAAAGTTAGGGCTAGGTACCTGTTGCTGCCTTAACAAATCGGAAGGGATTACCCTAAGGTCTCCCATACGTTGCCTGAAGTTCGGACATGGTAGATTTTGAGTGGCAGCTTTTGAATTTCAACGCAGTATGAAAGAACTAAAATGTGCTAGGAAATTAGTTAATGGAAGGGAAGAAGTGGGCTGTGAGCTGTGAGGGCCCATTCACAGACTTTTCTAACTTAGACTATTTTTTTCTTGAATAAAATTTCATAACGTTTAGTTTTTATTCAAAAACCAAACACTTATTCGGTAGTTGTTTTAGAGTTGATAATTAATATAAGAAGATAGTTGACAAAATTTTCTAATTCTTATTCATTTTGCTCGAACTTTAGTCATACAGTTTATTACTTCCTTCGTTCACTTTTGTTGTTTTTTGCCTTTTAGTTTTTTCCCATTGCATATCTTTGAGCACCAATAATTCAATATTTTTGTCTATGTTTAAAATAATGGAAGTTTGTTGATTATAAAGTACATATTGAGACAAATCCAACATGATCCCACAAAGTATGTTTTTTCTTAGACATTACACTCACGGTTGAAGTTTTGTGATCAAAATATTTTCCCTAGGAATATCAAAATGGAATGGAATGAGTAGAAATTTTTATTTAATTATGGAATTTTAACTTCCTAATATATTGGAAATTGCTAAATTTATAGGAATAAAATATTTGAGATTACTATGCGGAGAGTACCAACAATGGCCCCGAAGTGTAAGCCCATCCCGATTTTTACGTGTTAAAGCAGAAATGTTGTCCTTAGCACACGAGTCTGGTTAAAGCAAGCCCCCTTTTATTGGCTGTGGCCTGACCAATTATCACTTCTAGTTCTAGCCAGGGTCTGTTTCTGTAGATGGATCACTAATGGATGTCACTTATTGCTCATGATTCTTAGAACCAAGATTAGTATGAGTGAAGTGCATTTTGATGTCATGTATGAAAACGAGCTGAATGATTCGAATATCTCCTGCCTCTTTGCATTCTTCCCAGAGAAGAAGTAGGAAATCCATCACCTTGTGAAAGGGAAATTGAACATAGAAGTTCTTTTTGTTAACTCCTTACGAATTCAAGGTTCTGTATTACTAGAGTGCATTGTTGAGAAAATGACATGCTTTAACTGACTCCTATCCTCAGTCCTCCTTCTATAGTTGCATACCTAGCTTCGTCTAAAAACAAATTCAAAATAGAAACTTCTCAGATGTATAGCAAGCTAAGAAATATTGTAATGGTGATGAATACATGAATATGTCCTATTCTCCTATACACGGGTGCTTGATAGTGCTACCTAATTTCCTGATCCCCATCGGAAAAGTGAATTGTAGCATCAAAATTTTACATGTTTTGCCTAATTCAGCAAATTAGACTGGGAATTGTGAACCCGCTCCCAATCTCATTCTAGCGAATTATGTAACTATGGGTTCACTCTTCACTGTCTCATACTCATATGAAAAAAGCATCATAAGAACAACTATGGCTTCACTTCTTTACTGTCTCATACTCATATGAAAAAACATCATAAGAACAAATGCTTTGTTCAATAAGCACTTCACGTCCTTGCTGCTAATATGGATGTAAATATAACCTGCCTTTATGTCTTCCTTTGACACATTTCTCAATTCTACTCGACCTTACAAATCTTGCATTCAGGTTTAAGGATTTCTTTCAAGTGTATCTCTTATGGTTTTTCCAGGTTTTATCCGTGACATTAGATGAATGGTCTGATGAAGACATTGATGCGATGATTGAGGTTGGAGGAAATGCTGCGGCTAATGCAATATATGAGGCTTTTATTCCAGATGGATTTTCAAAGCCTGGACCTGATGCAAGTCATGATGATCGTATGAGATTCATCAGGTTTTATTCCTGTATTTTCTTTCAAGTTATTGATTGCTAGGTCTGATATGCTGCATTCTGAAGACTGTGCTCAGTCTGAATAGCCTATCACTTACCCTTTATTATGCCGCTCTCTAGTCTCTACATATTATTGTTCGCTCTCAAGGCATGAAAACTGTAGTAATTCAAAGTGCTCCCTCCGTCCCTTTTTTCAGTAGTAAGCACAATCTGAATGAATAACCTAGCACAATTTTGCAATGGAGAGTTTGTTGAACCGTTCTTGTACTCCAAAAGCAGGCCGTCATGGCTCTGGAAAGAGACAAAGAACGAAATTAAAGAATCTGAGTGTTCAAACCCATGGTTTCCTCCAAAGAAACATATTACCTCAACTTTGTTAAACCCAACAAAGCTTGTTCAATAAATATGGATTCACTTTCTGTTTTGGGGTGTTTCTGAAAGTTCTACTCACTTTTGTTTTATTTTACTTTTGGCCTACAAATTTTACCACTTTAACTTTATTTCCCCGTATTATTTACACCTTCCTACTCACTCTTTCTTAGTTTAATTTCTTTTTTTCTTACATAATCCACTTTTTTTTTACATCTCTTTTACTTGATTCACTTCTTTCTATACCCACTCACCTTTCCCATATTTACCTAGAAACAAGAGTCTACCGTAAGTGAGTAGACATAACGGAACGAGGCAGTATGAAACATGACATAGGACACTAATATTTTTATGTTTAGCTGTTCACTGACACGTGGCTGGTATGGTTCAATGATCTTTTTAGATGAAAAGGCATTGCATTATCCTTGGTTGAACTGAAACACTTTGTATTATTAACTTATATTTTTTTTTATTGTACCGCAACAATTCGACGTAGATCTAAGTATGAGCTTCAAGAATTCCTGAAACCTAGCTTGCGGATTCTTTCAATGCAACCTGTAAAGAGCTCGCTTCAACCAAGTTTTTCTAAAAAGCTCATGAGTAGTTTCCGAAGTTCACAATCATCTAAAAGATCGGAAAACTCTGTAAGTTTTTTAATTTCTTTCATCTTATTAGTGATTTCAAAGTGCATGGTGATTAAAAATGGAAACACTATATTGGTCTAAAGTAGATGCTACAGCTGTAAATTTGTGCTCCCATATATTGGGGCTAGTGCGGTAAACACTTTTGGTCAAACTACATAGTGCCGTCGTGAGAGTGCAAAGCTTATTATGTCTTATTAAAGCTTCAAAATAGATGACCTCCAGGTTGTAACTGCTTGACCAGCCTTGGTTTAGCTATTATGCTTGATTTCTTCTTTATTAAAACTGAAAAGATTGCTTTGGAATTAATTTTCTTTAGTAAATTTGTATGCATATGTTTTTTGTTTTTTTTGTCAGATTGCTTTGTGATTCAATCAAAATTCTGTCTTGTGCCATTATGTTGTCTATATTTTTTATGAAAGGATGTCTGATCTGTATAAATAAATGTTGAACTTTCTAAACAGGAAGGAATGGTAGAATTTATTGGAGTATTGAAGGTCAAAGTAGCAAAAGGGACAAATTTAGCTGTCAGAGATATGTTATCTAGTGATCCTTATGTTGTCCTTAATCTTGGGCAGCAGGTGAGTTACTGAAACTGAATGTTTCGACACATATTGCATGGTGCTGGTATGAACCTCATTAGATATTGCAGTTATCAGTCACATGCTGTCTGGTTATCCCCGTTAGTTTCATATGCATGCAAATGACAGCTACCTTTGTCCGGTTGTCCCCCATTGAACTGCCCGTTTCACCTCCGCACACGTTCTTAGCAGAGGAGCTATTGTAGTGGGGTTTTGTTGATTAAAGGTGAATAAAATTTAAGTTAGTAGATAAAGTTAATATTTCTTAGGGGATGCTAGAGAAATTGGGAACCCTGATAAAAGGATTGAAAACATATTTTATTTTGTGGACCCACCCAAATTGACAATTTGGCAGTTTAATGGGGATAGACATTTTGTGAGGTATGAGAAGTTTAATGAGGACGGAAGGGGTATATTACATATAGTTGTCTCTATTACATGTCCATTTCTGTTGGAGCCAAAGATTCATTTGTTCTTTTGGTTGTGGGATGTAATGGACTAAATCAAAATGGCTCTTAAACCTCTTCGCTTCCTTTCCATGAAGTAGAAGATGGTTGTCCCGTTGTCGTCCGGTTATCGCTTTTGGGTCAATTGGAAACAACCTCTCTGCAATTGCAGGGGTAAGGTTGCGTACACCCGATCCCCCCTTACCCCACTTCTTGCGGGAGCCTCTTTGAGGCAATAGGGTAATGATAATGATGATGATAATGATGAAGTTGTAACTAACTATGATGTTGAATTTCTCCCTCTTTTATTGTCTATGAAGACAAAAACAAATTATATGCAATAGTCTCTGAGAGTATCGTGACCCTTCTTTCCAAAGCTGAACGAGTTGGGAGTTAGAAATTTTTCGCTTTGAGCTATAATTGACTTGATAAATTGTCCTACCGAGGAGCATAAGAGAGAACCTATTTCAATTGAAATTTCAGGGTTGAGGCCATATGCATTCTGACTCCCCGCCTCCCCACCTGCAATTCACACTTGCTGGGTGCCTTGTACATTAGGTTGATCTATTTGGTTTTTGTTAAGCATGGGTTTTATCATAGTATTTATAAACTTATGCTTTATAAACTATCTTTTTTCCACATTGTTTATATTCTTAATTTACTATTCCAGACTATTCAAACATCTGTTGTAAAGAGCAACCTAAATCCGATTTGGAATGAAGAACTCTTGCTTTCTGTACCACAACGATACGGATCTGTAAAATTGGTAAGACTATCTTTTTCTTTTTAATAACTCCATCAGGTGCTCTTTGTGCAATTTGCTTCTCCTGTTTTTCCTGGCTATTACCGCTGCTTTTACCTACTCGCTGGCATGATCGTATGATCAACATTTTTTATGTTGATTTTCATCAACAAATTATCTTCAATTATTTTTGAACAGGGTAATTTTTCCAAAAAAAATTCTAAATAGAACAAATCGTTCTCGGCTTCTCGCTGGGGTTTAATCCCTAAGGTCCACATGTGAGATAATTTTTTTTATGTTTTTTAATTCTACTTAGTTTGTGAACTACATAAATATTTCCACTTATGCAAAAGAGGTTTTCTGGACCTGCCACCAAATGCCTATATATTGAACTGGAAAAATAATCTAAAATCGTTTCGGAATTTCAACCTTGGACGTTGCACATAGTATGTAAATGTAAAATACAGAGATGATGGAAAAAATTGATGCATTAGAGGGAATGAGCAAGAGAGAGTGATAGAGAAGATGGAGAAATTTGAAGCCGGTTTGTTGAGTGTGTATACCAAGATTTTGATTATGGTCTCATGGAGGAAATTTTGTGGGGGAAATTCTGCTAAGGTCCTGTTGTGTTTAGATAAGTTCAAATAATTTCAGATTAGGTAAGAGATTAGAGTTTTGCCATGGTATTTGGTGTGGATTTCAACCCCTACTTTAGTAAAGTTTATAGAAATACATGAATCTTGTAACAAAGTTTAGATATTAGATAGTTTTTGAAGTTTTGTATCAAAAGAAAACAATGTTTCCGTACACCTTCACTTCTAAACTTATGGTTCAAATTTTCTTAGAACCTAGATCCCTCTTCGAAACTCTAATCCTAAAACCACTCTTGATTTCGGATCAATGGAAGTAAGTTTGATAAACTCACAGACAATCCAAAACATCACTTTAAAGTCAAAACTCTCTTGCTAACTCGTTCGTTAGGAGGGTGTATTTTTCATGCTTGGGGCGTATGCCCAATACTTCTTAGAGTTTGATATGCACCATTATTGCACCATACAACCAGATATTAACTCCTGAAACTCTAAAAGAGCAAGGAGACAATCTACCTTGATCTCCAAGCCACACTACTTCAATCTTACCAAGGAAGGAAAACAAGAAGCTAATGAATACTTTCCTGCTTAAATTAGGAAATATATAAACAAATTGTTAACAACTTGGAACAGAATCTAAGTAAAATAGTCAGTCCTATTAAGCAAAACACATATGAAATGGACTACACAGTAAGCACAATACTAAGCCCAATTTACAATTTAGCTGTATGTTATAATGCAAACATCATGAGCTAGGAAAAACCATTGGCTTATTTACTAAAGCCAATTTGTCAACAGCTACCTATTATGACATACTCTTTGATATAACTACTTAATTTGTGCATTTTTGTAAATAACTACTCCCTCCGTCCCGGAATACTCGCAACGCTTCGACTGGACACGCTTGCCAATGCACAACTTTGACCATCAATTTCTTTAACTACATATTATAAAAACTTATAAAATATTAATATTTTGAAAATATATATTAAGATGAAGCCAACAATATATTATATACTAACATTTGTTTTCATATACTTGAAATAAAATAGGGTCAAAGTGAATTATGTGAATAGTGCAAAAAGTCAAACCGTTTCAAGTATTCCGGGACGGAGGGAGTACATAATATGATATGTCTGTTTTGTAACCCTGCCTAAACACGATATTAGCCCGCAACCCCTTCCCTTCCTTTATCTTTTCCCTTTTCCTCGTTGATTTTCTAAATCCCGTTAGGCGGTCTTACACAAAAGTTTCTGCCAAACAAATTCATTCAAAAAAATAAACATTTGAACTAAAATTCCAGTTTTAACTAATTTGGGCTTTTAAATGTTTTGGGTATACGCCAAACTTAAAAGTAATCATCCTTGGTTTTTGCACTTACTCTTCAATTTAGAAATTAGGATTTCAATTTTGGGGTAAAATATGATAATTAAACATTAGGGTTTTCAGTTTAGGGTTGCCTGTAAGATCTAGATTGTATAAGGGCTCTCCTGTAGTCATTAACGTAAATGATTTGGTGTCCCCCTGTAGAATAAACTACAATACCCTCAATGACATTTAAATAAATCAAAATTGTATTAAATAAATAAATAAAAACTCATTTGGGGAGATTAGTCAAATAACACGAAAGGAATAAACAGGAAGTAATAAAAGAGAATAAAAATCAAACAATTACTCCGTAATTCTCTCCTCCGTATGTCTTTTGAGAGAACTCCGATACTCCATACATAACATATGCTTGTTAATGTTAATAATTTGGGAAAGAGGACGACACGCAAACAATGGTTGATCAAGTTTATTGAGGAAAATAAAACAGGTTAAGCAAATGTCACATAAATTCAAAACCCCTTATATGCGCACACATCGCGTGTACATGAGAAAATATTATGCTTTATTTTGTTATTACATTTTTGTATTGTTTCGAACTTTCGATGTTTGCTAAATATAGATACGTCTATTTTTCTTTAGAGAAGTTTTGAATAATTTCTTTTTTTGCATATAATTTCAGGGTAAATTGTAGTAACACAAATATGCTTCTTATATTCGCTCGTATCACGTGTATATACTTTATTTAACATATTATTTAAAGTTATAACACAAAATTTGCTTCTATTTGCGTGCATATGAGACTAGCTTATAATGTTGCAACTGGGAGCTTTACAAATCCATCTTTTTCTTGTCTGCAATGATAAATGTAGGTGATGACAGACCATAGCATAGTCATTTTTAATGGAAAGAGAGAGAGAGAACAACGGAAAATAGGATGCAAAAGCTAGAAGATTCAAATAGCAGTGATCTTGTTTGACAGAGGAATGTAGTTAATGGGTTAAAAGCCAGAGGAATAGAGTTAGTTACTTGAACAAAGTACTAATGAGTAATGGCCTCTATAATAATTTTAAAGTGAAGAGAATTGCTGGGAGGCGTTGGATGAAGGAAACTTTGACGGAAATGTTGTTTTGGTAGTGCAACCCAAATAAACACATAGGTAGTTAAATAAAAATCATACATATAGTTAGTTATTTTCAGAAAGTAGGTTATAATAGGTAAACTTTACAAATTTTCCTATTACTAAATATATAAATAAAAAGCAATTGAAGTTTCTAAGCAACATTACTAAGCTATTCTTCAAACAAGTGACAGAAGTGAGGAACTCTTGCTTAGATGCAAACAAATGGAAGCCCGTGACATCAAACACTAAGGTGACAGCTCGTCAAGAACAATCAACTTTGTATCAAAATAGATTCTTTTGAATGCCAAACTAGTACAACACCATCTCATCATGTAGTGACAATCAACTTTTTATCAAAATAGATTCGTTTGAATGCCAAACTATTACAACACCATCTCATCATGTAGTGGTCAAACTTATCAAAGAGGGTCACTACACATACGATGTCAACTGCTAAATGTGTGGTCTCTTTAGTCCTGATTTGATATTCATTCATTCATCTGAACTTATTTTCCCTTATTTGAACTTTTAGAATTTATTGCAGTAGTGATTTGAACTTATAGTGAACTCCTATTGGCCTTCATTTGAACTATTTTCTTGGAATAAATCAAAATAAGGTGAGGAAAAGTTAACAATAGTGTACTTTTGGATTTGAAATTATTTCCTTCCAAATAAACCCGTCTTAAAGAATACAATACGAATAATCGTACAAAATTAGTTGAGCAACAATATATAACTTTTTATTGATGTTATTGATATTGCACCTGACATGGTATGATTGGCTCACTACTGCGATAACTCTGATGCATTTAGTGGTTCGTATTGTCGTGTCTTGTTCCGCCTCTGCAGAAAGTGTTTGATCACGACACATTCTCAGCCGATGACATTATGGGTGAAGCTGAGATTGATATCCAGCCATTGATAACCTCGGCGATGGCTTATGGAGACCCAGGAATGTTTGGCAATATGCAAATTGGAAAATGGTTGAAGTCACATGATAATGCTCTTGTAGAAGACAGCATCATCAACATTATTGATGGAAAAGTTAGACAAGGGATGCAATTGAAGCTCCAGAATGTTGAATGTGGAGAGCTAGAATTAGAAGTGGAGTGGATGCCTCTTGAGCAATAATCAACGATATTTTAAACCCGGATATGAAATAGTTAAGTGGAAAAAAGAAAAGAAAAATGAACTTTACCATCTATCTTTTGGGCTTGATTTTTAAATTTATGACTAAAATTTTAAATTGTGAAAGATCTGCCGGCGTTGGATTTCAATTTACCATCTATCTTCTGGGCTTGATTTTTAATTTATGACTAACATTGAGAGAATTTACTTTGAAGGTCTGTAATGAGGTTTTTTCTAATATTTTGTAAGTAAATTACGGAGTATAAACTTGGTTGACAATGTCGTTATCGTTTATGCCCAAAATAACCGATTCAGAAATCTTACACAAGCAAGCATTAATCTCCCATGGAAACAAGCTGAGGATGAAAACCAACAGGAAACTGTTTACACTAACGAGAAACGAATCAGTATAAGTTATACGAAGTATGTAAATGTATAAGGAAATATCAATGCCCATTCCTATGATAGCGGGTCAACTCGTCCGGGTTAGCAGGTTAGACATTTTGATAGTGGAGAGATGATAAAGGGAAAACCTC

mRNA sequence

ATGAATAACCGCTCGGAGCTTGGTAGACCCACTTCAGGTAAAAGAAGGCTTAAGGATCTCTTGCTTCAAAAGGATAACCGTTGTTGTGCTGATTGCAGTGCCCAAGATCCTAAATGGGCATCCGCAAATGTTGGAGTTTTTATATGCTTAAAATGTTGTGGTGTGCACAGAAGCCTTGGAACTCATATATCAAAGGTTTTATCCGTGACATTAGATGAATGGTCTGATGAAGACATTGATGCGATGATTGAGGTTGGAGGAAATGCTGCGGCTAATGCAATATATGAGGCTTTTATTCCAGATGGATTTTCAAAGCCTGGACCTGATGCAAGTCATGATGATCGTATGAGATTCATCAGATCTAAGTATGAGCTTCAAGAATTCCTGAAACCTAGCTTGCGGATTCTTTCAATGCAACCTGTAAAGAGCTCGCTTCAACCAAGTTTTTCTAAAAAGCTCATGAGTAGTTTCCGAAGTTCACAATCATCTAAAAGATCGGAAAACTCTGAAGGAATGGTAGAATTTATTGGAGTATTGAAGGTCAAAGTAGCAAAAGGGACAAATTTAGCTGTCAGAGATATGTTATCTAGTGATCCTTATGTTGTCCTTAATCTTGGGCAGCAGACTATTCAAACATCTGTTGTAAAGAGCAACCTAAATCCGATTTGGAATGAAGAACTCTTGCTTTCTGTACCACAACGATACGGATCTGTAAAATTGAAAGTGTTTGATCACGACACATTCTCAGCCGATGACATTATGGGTGAAGCTGAGATTGATATCCAGCCATTGATAACCTCGGCGATGGCTTATGGAGACCCAGGAATGTTTGGCAATATGCAAATTGGAAAATGGTTGAAGTCACATGATAATGCTCTTGTAGAAGACAGCATCATCAACATTATTGATGGAAAAGTTAGACAAGGGATGCAATTGAAGCTCCAGAATGTTGAATGTGGAGAGCTAGAATTAGAAGTGGAGTGGATGCCTCTTGAGCAATAATCAACGATATTTTAAACCCGGATATGAAATAGTTAAGTGGAAAAAAGAAAAGAAAAATGAACTTTACCATCTATCTTTTGGGCTTGATTTTTAAATTTATGACTAAAATTTTAAATTGTGAAAGATCTGCCGGCGTTGGATTTCAATTTACCATCTATCTTCTGGGCTTGATTTTTAATTTATGACTAACATTGAGAGAATTTACTTTGAAGGTCTGTAATGAGGTTTTTTCTAATATTTTGTAAGTAAATTACGGAGTATAAACTTGGTTGACAATGTCGTTATCGTTTATGCCCAAAATAACCGATTCAGAAATCTTACACAAGCAAGCATTAATCTCCCATGGAAACAAGCTGAGGATGAAAACCAACAGGAAACTGTTTACACTAACGAGAAACGAATCAGTATAAGTTATACGAAGTATGTAAATGTATAAGGAAATATCAATGCCCATTCCTATGATAGCGGGTCAACTCGTCCGGGTTAGCAGGTTAGACATTTTGATAGTGGAGAGATGATAAAGGGAAAACCTC

Coding sequence (CDS)

ATGAATAACCGCTCGGAGCTTGGTAGACCCACTTCAGGTAAAAGAAGGCTTAAGGATCTCTTGCTTCAAAAGGATAACCGTTGTTGTGCTGATTGCAGTGCCCAAGATCCTAAATGGGCATCCGCAAATGTTGGAGTTTTTATATGCTTAAAATGTTGTGGTGTGCACAGAAGCCTTGGAACTCATATATCAAAGGTTTTATCCGTGACATTAGATGAATGGTCTGATGAAGACATTGATGCGATGATTGAGGTTGGAGGAAATGCTGCGGCTAATGCAATATATGAGGCTTTTATTCCAGATGGATTTTCAAAGCCTGGACCTGATGCAAGTCATGATGATCGTATGAGATTCATCAGATCTAAGTATGAGCTTCAAGAATTCCTGAAACCTAGCTTGCGGATTCTTTCAATGCAACCTGTAAAGAGCTCGCTTCAACCAAGTTTTTCTAAAAAGCTCATGAGTAGTTTCCGAAGTTCACAATCATCTAAAAGATCGGAAAACTCTGAAGGAATGGTAGAATTTATTGGAGTATTGAAGGTCAAAGTAGCAAAAGGGACAAATTTAGCTGTCAGAGATATGTTATCTAGTGATCCTTATGTTGTCCTTAATCTTGGGCAGCAGACTATTCAAACATCTGTTGTAAAGAGCAACCTAAATCCGATTTGGAATGAAGAACTCTTGCTTTCTGTACCACAACGATACGGATCTGTAAAATTGAAAGTGTTTGATCACGACACATTCTCAGCCGATGACATTATGGGTGAAGCTGAGATTGATATCCAGCCATTGATAACCTCGGCGATGGCTTATGGAGACCCAGGAATGTTTGGCAATATGCAAATTGGAAAATGGTTGAAGTCACATGATAATGCTCTTGTAGAAGACAGCATCATCAACATTATTGATGGAAAAGTTAGACAAGGGATGCAATTGAAGCTCCAGAATGTTGAATGTGGAGAGCTAGAATTAGAAGTGGAGTGGATGCCTCTTGAGCAATAA

Protein sequence

MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIINIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ

Relationships

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


Feature Name	Unique Name	Type
Spo06569	Spo06569	gene

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


Feature Name	Unique Name	Type
Spo06569.1	Spo06569.1-protein	polypeptide

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


Feature Name	Unique Name	Type
Spo06569.1.exon.1	Spo06569.1.exon.1	exon
Spo06569.1.exon.2	Spo06569.1.exon.2	exon
Spo06569.1.exon.3	Spo06569.1.exon.3	exon
Spo06569.1.exon.4	Spo06569.1.exon.4	exon
Spo06569.1.exon.5	Spo06569.1.exon.5	exon
Spo06569.1.exon.6	Spo06569.1.exon.6	exon
Spo06569.1.exon.7	Spo06569.1.exon.7	exon
Spo06569.1.exon.8	Spo06569.1.exon.8	exon

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


Feature Name	Unique Name	Type
Spo06569.1.CDS.1	Spo06569.1.CDS.1	CDS
Spo06569.1.CDS.2	Spo06569.1.CDS.2	CDS
Spo06569.1.CDS.3	Spo06569.1.CDS.3	CDS
Spo06569.1.CDS.4	Spo06569.1.CDS.4	CDS
Spo06569.1.CDS.5	Spo06569.1.CDS.5	CDS
Spo06569.1.CDS.6	Spo06569.1.CDS.6	CDS
Spo06569.1.CDS.7	Spo06569.1.CDS.7	CDS
Spo06569.1.CDS.8	Spo06569.1.CDS.8	CDS

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


Feature Name	Unique Name	Type
Spo06569.1.utr3p.1	Spo06569.1.utr3p.1	three_prime_UTR

Homology

[Close]

BLAST of Spo06569.1 vs. NCBI nr
Match: gi|902212574|gb|KNA17019.1| (hypothetical protein SOVF_083840 [Spinacia oleracea])

HSP 1 Score: 662.1 bits (1707), Expect = 5.000e-187
Identity = 333/333 (100.00%), Postives = 333/333 (100.00%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG
Sbjct: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL
Sbjct: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN
Sbjct: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ
Sbjct: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 333

[Close]

BLAST of Spo06569.1 vs. NCBI nr
Match: gi|731351518|ref|XP_010687080.1| (PREDICTED: ADP-ribosylation factor GTPase-activating protein AGD12-like [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 610.5 bits (1573), Expect = 1.700e-171
Identity = 305/333 (91.59%), Postives = 316/333 (94.89%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           MNNR+ELGRPTSGKRRLKDLLL+KDNR CADC A DPKWASAN+GVFICLKCCGVHRSLG
Sbjct: 1   MNNRTELGRPTSGKRRLKDLLLKKDNRFCADCGAPDPKWASANIGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAM+EVGGNAAANAIYEAFIPDG SKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMVEVGGNAAANAIYEAFIPDGSSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRI+SM   K+SLQPS SKKLM+SFR S SSKRSE+SEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRIVSMPAAKNSLQPSLSKKLMNSFRGSHSSKRSESSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKV KGT LAVRDMLSSDPYVVLNLG Q IQTSVVKSNLNPIWNEEL+LSVPQRYG VKL
Sbjct: 181 VKVVKGTTLAVRDMLSSDPYVVLNLGHQNIQTSVVKSNLNPIWNEELMLSVPQRYGPVKL 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN
Sbjct: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           I+DGKV+Q MQLKLQNVE GELELEVEWMPLEQ
Sbjct: 301 IVDGKVKQEMQLKLQNVESGELELEVEWMPLEQ 333

[Close]

BLAST of Spo06569.1 vs. NCBI nr
Match: gi|311701729|gb|ADQ00629.1| (ARF-GAP protein [Phytolacca acinosa])

HSP 1 Score: 591.3 bits (1523), Expect = 1.100e-165
Identity = 294/333 (88.29%), Postives = 317/333 (95.20%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           M +R ELGRPTSGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSLG
Sbjct: 1   MTSRMELGRPTSGKRRLKDLLLQKDNRFCADCGAPDPKWASANIGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAM+EVGGNAAANAIYEAFIP+G SKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMVEVGGNAAANAIYEAFIPEGRSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRI+SM   KSSLQ SFSKKL++SFRSS SSK+SENSEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRIVSMSD-KSSLQASFSKKLVNSFRSSNSSKKSENSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKV KGTNLAVRDMLSSDPYVVLNLGQQT+QTSVV+SNLNP+WNEEL+LSVPQRYG VK+
Sbjct: 181 VKVVKGTNLAVRDMLSSDPYVVLNLGQQTVQTSVVRSNLNPVWNEELMLSVPQRYGPVKV 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFD+DTFSADDIMGEAE+DIQPLITSAMAYGDPGMFG+MQIGKWLKS DNAL+EDSIIN
Sbjct: 241 KVFDYDTFSADDIMGEAELDIQPLITSAMAYGDPGMFGDMQIGKWLKSQDNALIEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           I++GKV+Q MQLKLQNVE G+LE+EVEW+PLEQ
Sbjct: 301 IVNGKVKQEMQLKLQNVESGDLEIEVEWVPLEQ 332

[Close]

BLAST of Spo06569.1 vs. NCBI nr
Match: gi|1009105432|ref|XP_015869194.1| (PREDICTED: probable ADP-ribosylation factor GTPase-activating protein AGD13 [Ziziphus jujuba])

HSP 1 Score: 545.4 bits (1404), Expect = 6.800e-152
Identity = 266/333 (79.88%), Postives = 302/333 (90.69%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           MN   ELGRP SGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSLG
Sbjct: 1   MNRPLELGRPASGKRRLKDLLLQKDNRNCADCGASDPKWASANIGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDE+IDAMIEVGGN++AN+IYEAFIP+G +KP PDASH++R +FIR
Sbjct: 61  THISKVLSVTLDEWSDEEIDAMIEVGGNSSANSIYEAFIPEGINKPAPDASHEERSKFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRILS    KSSLQ S S+K+M SFRSS SS++ E   GMVEFIG+LK
Sbjct: 121 SKYELQEFLKPSLRILSSNSKKSSLQASLSRKIMDSFRSSNSSQKLE---GMVEFIGLLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKV KGTNLA+RDM+SSDPYV+LNLGQQ+ QT+V+KSNLNP+WNEEL+LSVPQ YG +KL
Sbjct: 181 VKVIKGTNLAIRDMMSSDPYVILNLGQQSAQTTVMKSNLNPVWNEELMLSVPQHYGPLKL 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           +VFDHDTFSADDIMGEAEID+QPLITSA+A+GD GMFGNMQIGKWLKSHDNAL++DS +N
Sbjct: 241 RVFDHDTFSADDIMGEAEIDLQPLITSAIAFGDAGMFGNMQIGKWLKSHDNALIDDSTVN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           IIDGKV+Q + LKLQNVE GE+ELE+EWMPL+Q
Sbjct: 301 IIDGKVKQEVLLKLQNVESGEMELELEWMPLDQ 330

[Close]

BLAST of Spo06569.1 vs. NCBI nr
Match: gi|703106701|ref|XP_010098566.1| (ADP-ribosylation factor GTPase-activating protein AGD12 [Morus notabilis])

HSP 1 Score: 538.5 bits (1386), Expect = 8.300e-150
Identity = 263/329 (79.94%), Postives = 298/329 (90.58%), Query Frame = 1


		  
Query: 5   SELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHIS 64
           SEL RP SGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSLGTHIS
Sbjct: 6   SELRRPASGKRRLKDLLLQKDNRSCADCGAPDPKWASANIGVFICLKCCGVHRSLGTHIS 65

Query: 65  KVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYE 124
           KVLSVTLDEWS+++ID+MIEVGGN++AN+IYEAFIP+GF KPGPDASH++R  FIRSKYE
Sbjct: 66  KVLSVTLDEWSNDEIDSMIEVGGNSSANSIYEAFIPEGFKKPGPDASHEERSIFIRSKYE 125

Query: 125 LQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLKVKVA 184
           LQ+FLKPSLRI S+   KSSLQ SFSKK+M SFRS+ S    +N EGMVEF+G+LKVKV 
Sbjct: 126 LQKFLKPSLRITSIPSTKSSLQSSFSKKIMDSFRSTNS----QNLEGMVEFMGLLKVKVV 185

Query: 185 KGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKLKVFD 244
           KG NLAVRDMLSSDPYVVL LGQQT+QT+VVKSNLNP+WNEEL+LSVPQ++G +KL+VFD
Sbjct: 186 KGVNLAVRDMLSSDPYVVLTLGQQTVQTTVVKSNLNPVWNEELMLSVPQQFGPLKLRVFD 245

Query: 245 HDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIINIIDG 304
           HDTFSADDIMGEAEID+QPLITSAMA+GD  MFGNMQIGKWLKSHDNAL EDS +NI+DG
Sbjct: 246 HDTFSADDIMGEAEIDLQPLITSAMAFGDAEMFGNMQIGKWLKSHDNALKEDSTVNIVDG 305

Query: 305 KVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           KV+Q + LKLQNVE GE+ELE+EWMPL+Q
Sbjct: 306 KVKQEVSLKLQNVESGEMELELEWMPLDQ 330

[Close]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RDF2_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_083840 PE=4 SV=1)

HSP 1 Score: 662.1 bits (1707), Expect = 3.500e-187
Identity = 333/333 (100.00%), Postives = 333/333 (100.00%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG
Sbjct: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL
Sbjct: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN
Sbjct: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ
Sbjct: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 333

[Close]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Match: A0A0J8ELP5_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g187740 PE=4 SV=1)

HSP 1 Score: 610.5 bits (1573), Expect = 1.200e-171
Identity = 305/333 (91.59%), Postives = 316/333 (94.89%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           MNNR+ELGRPTSGKRRLKDLLL+KDNR CADC A DPKWASAN+GVFICLKCCGVHRSLG
Sbjct: 1   MNNRTELGRPTSGKRRLKDLLLKKDNRFCADCGAPDPKWASANIGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAM+EVGGNAAANAIYEAFIPDG SKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMVEVGGNAAANAIYEAFIPDGSSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRI+SM   K+SLQPS SKKLM+SFR S SSKRSE+SEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRIVSMPAAKNSLQPSLSKKLMNSFRGSHSSKRSESSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKV KGT LAVRDMLSSDPYVVLNLG Q IQTSVVKSNLNPIWNEEL+LSVPQRYG VKL
Sbjct: 181 VKVVKGTTLAVRDMLSSDPYVVLNLGHQNIQTSVVKSNLNPIWNEELMLSVPQRYGPVKL 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN
Sbjct: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           I+DGKV+Q MQLKLQNVE GELELEVEWMPLEQ
Sbjct: 301 IVDGKVKQEMQLKLQNVESGELELEVEWMPLEQ 333

[Close]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Match: E7BQV8_PHYAN (ARF-GAP protein OS=Phytolacca acinosa GN=AGAP PE=2 SV=1)

HSP 1 Score: 591.3 bits (1523), Expect = 7.500e-166
Identity = 294/333 (88.29%), Postives = 317/333 (95.20%), Query Frame = 1


		  
Query: 1   MNNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLG 60
           M +R ELGRPTSGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSLG
Sbjct: 1   MTSRMELGRPTSGKRRLKDLLLQKDNRFCADCGAPDPKWASANIGVFICLKCCGVHRSLG 60

Query: 61  THISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIR 120
           THISKVLSVTLDEWSDEDIDAM+EVGGNAAANAIYEAFIP+G SKPGPDASHDDRMRFIR
Sbjct: 61  THISKVLSVTLDEWSDEDIDAMVEVGGNAAANAIYEAFIPEGRSKPGPDASHDDRMRFIR 120

Query: 121 SKYELQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLK 180
           SKYELQEFLKPSLRI+SM   KSSLQ SFSKKL++SFRSS SSK+SENSEGMVEFIGVLK
Sbjct: 121 SKYELQEFLKPSLRIVSMSD-KSSLQASFSKKLVNSFRSSNSSKKSENSEGMVEFIGVLK 180

Query: 181 VKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKL 240
           VKV KGTNLAVRDMLSSDPYVVLNLGQQT+QTSVV+SNLNP+WNEEL+LSVPQRYG VK+
Sbjct: 181 VKVVKGTNLAVRDMLSSDPYVVLNLGQQTVQTSVVRSNLNPVWNEELMLSVPQRYGPVKV 240

Query: 241 KVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIIN 300
           KVFD+DTFSADDIMGEAE+DIQPLITSAMAYGDPGMFG+MQIGKWLKS DNAL+EDSIIN
Sbjct: 241 KVFDYDTFSADDIMGEAELDIQPLITSAMAYGDPGMFGDMQIGKWLKSQDNALIEDSIIN 300

Query: 301 IIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           I++GKV+Q MQLKLQNVE G+LE+EVEW+PLEQ
Sbjct: 301 IVNGKVKQEMQLKLQNVESGDLEIEVEWVPLEQ 332

[Close]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Match: W9R7K6_9ROSA (ADP-ribosylation factor GTPase-activating protein AGD12 OS=Morus notabilis GN=L484_026008 PE=4 SV=1)

HSP 1 Score: 538.5 bits (1386), Expect = 5.800e-150
Identity = 263/329 (79.94%), Postives = 298/329 (90.58%), Query Frame = 1


		  
Query: 5   SELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHIS 64
           SEL RP SGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSLGTHIS
Sbjct: 6   SELRRPASGKRRLKDLLLQKDNRSCADCGAPDPKWASANIGVFICLKCCGVHRSLGTHIS 65

Query: 65  KVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYE 124
           KVLSVTLDEWS+++ID+MIEVGGN++AN+IYEAFIP+GF KPGPDASH++R  FIRSKYE
Sbjct: 66  KVLSVTLDEWSNDEIDSMIEVGGNSSANSIYEAFIPEGFKKPGPDASHEERSIFIRSKYE 125

Query: 125 LQEFLKPSLRILSMQPVKSSLQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLKVKVA 184
           LQ+FLKPSLRI S+   KSSLQ SFSKK+M SFRS+ S    +N EGMVEF+G+LKVKV 
Sbjct: 126 LQKFLKPSLRITSIPSTKSSLQSSFSKKIMDSFRSTNS----QNLEGMVEFMGLLKVKVV 185

Query: 185 KGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKLKVFD 244
           KG NLAVRDMLSSDPYVVL LGQQT+QT+VVKSNLNP+WNEEL+LSVPQ++G +KL+VFD
Sbjct: 186 KGVNLAVRDMLSSDPYVVLTLGQQTVQTTVVKSNLNPVWNEELMLSVPQQFGPLKLRVFD 245

Query: 245 HDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIINIIDG 304
           HDTFSADDIMGEAEID+QPLITSAMA+GD  MFGNMQIGKWLKSHDNAL EDS +NI+DG
Sbjct: 246 HDTFSADDIMGEAEIDLQPLITSAMAFGDAEMFGNMQIGKWLKSHDNALKEDSTVNIVDG 305

Query: 305 KVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           KV+Q + LKLQNVE GE+ELE+EWMPL+Q
Sbjct: 306 KVKQEVSLKLQNVESGEMELELEWMPLDQ 330

[Close]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Match: M5WTX6_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa008355mg PE=4 SV=1)

HSP 1 Score: 535.8 bits (1379), Expect = 3.700e-149
Identity = 262/339 (77.29%), Postives = 305/339 (89.97%), Query Frame = 1


		  
Query: 1   MNNRS-ELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSL 60
           MN+R  ELGRP SGKRRLKDLLLQKDNR CADC A DPKWASAN+GVFICLKCCGVHRSL
Sbjct: 1   MNHRPMELGRPASGKRRLKDLLLQKDNRSCADCGAPDPKWASANIGVFICLKCCGVHRSL 60

Query: 61  GTHISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFI 120
           GTHISKVLSVTLDEWSD++IDAMIEVGGN++ANAIYEAFIPDG SKPGPDA H++R +FI
Sbjct: 61  GTHISKVLSVTLDEWSDDEIDAMIEVGGNSSANAIYEAFIPDGCSKPGPDAGHEERSKFI 120

Query: 121 RSKYELQEFLKPSLRILSMQPVKSSLQ-----PSFSKKLMSSFRSSQSSKRSENSEGMVE 180
           RSKYE QEFLKPSLRI S    K+SLQ      SFS+K++ SFRS+ S K    +EGMVE
Sbjct: 121 RSKYEAQEFLKPSLRINSGPSRKNSLQNTLQSSSFSRKIIDSFRSNSSQK----TEGMVE 180

Query: 181 FIGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQR 240
           FIG+LKVKV +GTNLA+RDM++SDPYV+L LGQQT+QT+++KSNLNP+WNEEL+LSVPQR
Sbjct: 181 FIGLLKVKVIRGTNLAIRDMMTSDPYVILTLGQQTLQTTIIKSNLNPVWNEELMLSVPQR 240

Query: 241 YGSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALV 300
           YG+++L+VFDHDTFSADDIMGEAE+D+QPLITSAMA+GD GMFGNMQIGKWLKS+DNALV
Sbjct: 241 YGALQLRVFDHDTFSADDIMGEAEVDLQPLITSAMAFGDAGMFGNMQIGKWLKSNDNALV 300

Query: 301 EDSIINIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           +DS +NI+DGKV+Q + LKLQNVECGE++LE+EWMPLEQ
Sbjct: 301 DDSTVNIVDGKVKQEVTLKLQNVECGEIDLELEWMPLEQ 335

[Close]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Match: AGD12_ARATH (ADP-ribosylation factor GTPase-activating protein AGD12 OS=Arabidopsis thaliana GN=AGD12 PE=1 SV=1)

HSP 1 Score: 516.9 bits (1330), Expect = 1.600e-145
Identity = 253/331 (76.44%), Postives = 294/331 (88.82%), Query Frame = 1


		  
Query: 7   LGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHISKV 66
           LG+P SGKRR++DLL Q DNR CADC A DPKWASAN+GVFICLKCCGVHRSLG+HISKV
Sbjct: 8   LGKPGSGKRRIRDLLTQSDNRVCADCGAPDPKWASANIGVFICLKCCGVHRSLGSHISKV 67

Query: 67  LSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYELQ 126
           LSVTLDEWSDE++D+MIE+GGNA+AN+IYEAFIP+G SKPGPDASHD RMRFIRSKYE Q
Sbjct: 68  LSVTLDEWSDEEVDSMIEIGGNASANSIYEAFIPEGSSKPGPDASHDQRMRFIRSKYEHQ 127

Query: 127 EFLKPSLRILSMQPVKSS----LQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLKVK 186
           EFLKPSLRI S++   +     L  S SKK++ SFR++ SS++ +  EGMVEFIG+LKV 
Sbjct: 128 EFLKPSLRITSVRGSSTKTPAFLSSSLSKKIVDSFRTNSSSQQPQ-LEGMVEFIGLLKVT 187

Query: 187 VAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKLKV 246
           + KGTN+A+RDM+SSDPYVVL LGQQ  Q++VVKSNLNP+WNEEL+LSVP  YGSVKL+V
Sbjct: 188 IKKGTNMAIRDMMSSDPYVVLTLGQQKAQSTVVKSNLNPVWNEELMLSVPHNYGSVKLQV 247

Query: 247 FDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIINII 306
           FD+DTFSADDIMGEAEIDIQPLITSAMA+GDP MFG+MQIGKWLKSHDNAL+EDSIINI 
Sbjct: 248 FDYDTFSADDIMGEAEIDIQPLITSAMAFGDPEMFGDMQIGKWLKSHDNALIEDSIINIA 307

Query: 307 DGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           DGKV+Q +Q+KLQNVE GELELE+EW+PLEQ
Sbjct: 308 DGKVKQEVQIKLQNVESGELELEMEWLPLEQ 337

[Close]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Match: AGD13_ARATH (Probable ADP-ribosylation factor GTPase-activating protein AGD13 OS=Arabidopsis thaliana GN=AGD13 PE=2 SV=1)

HSP 1 Score: 506.5 bits (1303), Expect = 2.200e-142
Identity = 248/335 (74.03%), Postives = 296/335 (88.36%), Query Frame = 1


		  
Query: 2   NNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGT 61
           N  + LG+P SGKRR++DLL Q DNR CADC A DPKWASAN+GVFICLKCCGVHRSLGT
Sbjct: 3   NYAAGLGKPGSGKRRIRDLLNQPDNRVCADCGASDPKWASANIGVFICLKCCGVHRSLGT 62

Query: 62  HISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRS 121
           HISKVLSVTLDEWSDE++D+MIE+GGNA+AN+IYEAF+PD  SKPGPD +HD RMRFIR+
Sbjct: 63  HISKVLSVTLDEWSDEEVDSMIEIGGNASANSIYEAFLPDTCSKPGPDVNHDQRMRFIRA 122

Query: 122 KYELQEFLKPSLRILSMQ-PVKSS--LQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGV 181
           KYELQEFLKPSLRI S +   KSS  L  S S+K+M SFR++ SS+ +   EGMVEFIG+
Sbjct: 123 KYELQEFLKPSLRITSGKGSTKSSAFLTSSLSRKIMDSFRTNSSSQ-TMFQEGMVEFIGL 182

Query: 182 LKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSV 241
           LKV + KGTNLA+RDM+SSDPYVVLNLG+Q +QT+V+ SNLNP+WN+EL+LSVP+ YG V
Sbjct: 183 LKVTIKKGTNLAIRDMMSSDPYVVLNLGKQKLQTTVMNSNLNPVWNQELMLSVPESYGPV 242

Query: 242 KLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSI 301
           KL+V+D+DTFSADDIMGEA+IDIQPLITSAMA+GDP MFG+MQIGKWLKSHDN L++DSI
Sbjct: 243 KLQVYDYDTFSADDIMGEADIDIQPLITSAMAFGDPEMFGDMQIGKWLKSHDNPLIDDSI 302

Query: 302 INIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           INI+DGKV+Q +Q+KLQNVE GELELE+EW+PL+Q
Sbjct: 303 INIVDGKVKQEVQIKLQNVESGELELEMEWLPLDQ 336

[Close]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Match: AGD11_ARATH (Probable ADP-ribosylation factor GTPase-activating protein AGD11 OS=Arabidopsis thaliana GN=AGD11 PE=2 SV=1)

HSP 1 Score: 328.6 bits (841), Expect = 8.100e-89
Identity = 167/337 (49.55%), Postives = 231/337 (68.55%), Query Frame = 1


		  
Query: 16  RLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHISKVLSVTLDEWS 75
           RL+ LL Q  N+ CADC + +PKW S ++GVFIC+KC GVHRSLG HISKVLSV LDEW+
Sbjct: 49  RLEKLLKQPGNKYCADCGSPEPKWVSLSLGVFICIKCSGVHRSLGVHISKVLSVKLDEWT 108

Query: 76  DEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYELQEFLKPSLRI 135
           D+ +D ++  GGN A N  +EA   D   KP PD+++++R  FIR KYE  +F+ P    
Sbjct: 109 DDQVDMLVGYGGNTAVNERFEACNIDQSKKPKPDSTNEERNDFIRKKYEQHQFMDPKDGA 168

Query: 136 LS--MQPVKSSLQP---------SFSKKLMSSFRSS--------QSSKRSENSEGMVEFI 195
           L    QP +++  P         S   ++  +FR+S        +  K+S +  GMVEF+
Sbjct: 169 LCTYQQPSRTNTSPPSLCSASHRSTKNRIGHAFRNSWGRRESDHKGPKKSNSMAGMVEFV 228

Query: 196 GVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYG 255
           G++KV V KGTNLAVRD+++SDPYV+L LGQQ+++T V+K+NLNP+WNE L+LS+P+   
Sbjct: 229 GLIKVNVVKGTNLAVRDVMTSDPYVILALGQQSVKTRVIKNNLNPVWNETLMLSIPEPMP 288

Query: 256 SVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVED 315
            +K+ V+D DTFS DD MGEAEIDIQPL+++A AY    +   MQ+G W+ S +N LV D
Sbjct: 289 PLKVLVYDKDTFSTDDFMGEAEIDIQPLVSAAKAYETSSIKEPMQLGSWVASKENTLVSD 348

Query: 316 SIINIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
            II + DGKV+Q + L+LQNVE G LE+++E +PL Q
Sbjct: 349 GIILLEDGKVKQDISLRLQNVERGVLEIQLECLPLTQ 385

[Close]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Match: GAP1_ORYSI (GTPase activating protein 1 OS=Oryza sativa subsp. indica GN=OsI_07012 PE=3 SV=1)

HSP 1 Score: 146.0 bits (367), Expect = 7.500e-34
Identity = 70/156 (44.87%), Postives = 109/156 (69.87%), Query Frame = 1


		  
Query: 176 IGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRY 235
           +G++KV+V +G NLAVRD+ SSDPYV++ +G+Q ++T V+K   NP WN+EL LS+    
Sbjct: 6   VGLVKVRVVRGVNLAVRDLRSSDPYVIVRMGKQKLKTRVIKKTTNPEWNDELTLSIEDPA 65

Query: 236 GSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVE 295
             V+L+V+D DTF  DD MG AE+DI+PL+   +     G+  N  + K + +  N L E
Sbjct: 66  VPVRLEVYDKDTF-IDDAMGNAELDIRPLV-EVVKMKIEGVADNTVVKKVVPNRQNCLAE 125

Query: 296 DSIINIIDGKVRQGMQLKLQNVECGELELEVEWMPL 332
           +S I I +GKV+Q + L+L++VECGE+EL+++W+ +
Sbjct: 126 ESTIYISEGKVKQDVVLRLRDVECGEIELQLQWVDI 159

[Close]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Match: GAP1_ORYSJ (GTPase activating protein 1 OS=Oryza sativa subsp. japonica GN=GAP1 PE=1 SV=1)

HSP 1 Score: 146.0 bits (367), Expect = 7.500e-34
Identity = 70/156 (44.87%), Postives = 109/156 (69.87%), Query Frame = 1


		  
Query: 176 IGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRY 235
           +G++KV+V +G NLAVRD+ SSDPYV++ +G+Q ++T V+K   NP WN+EL LS+    
Sbjct: 6   VGLVKVRVVRGVNLAVRDLRSSDPYVIVRMGKQKLKTRVIKKTTNPEWNDELTLSIEDPA 65

Query: 236 GSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVE 295
             V+L+V+D DTF  DD MG AE+DI+PL+   +     G+  N  + K + +  N L E
Sbjct: 66  VPVRLEVYDKDTF-IDDAMGNAELDIRPLV-EVVKMKIEGVADNTVVKKVVPNRQNCLAE 125

Query: 296 DSIINIIDGKVRQGMQLKLQNVECGELELEVEWMPL 332
           +S I I +GKV+Q + L+L++VECGE+EL+++W+ +
Sbjct: 126 ESTIYISEGKVKQDVVLRLRDVECGEIELQLQWVDI 159

[Close]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Match: AT4G21160.1 (Calcium-dependent ARF-type GTPase activating protein family)

HSP 1 Score: 516.9 bits (1330), Expect = 9.100e-147
Identity = 253/331 (76.44%), Postives = 294/331 (88.82%), Query Frame = 1


		  
Query: 7   LGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHISKV 66
           LG+P SGKRR++DLL Q DNR CADC A DPKWASAN+GVFICLKCCGVHRSLG+HISKV
Sbjct: 8   LGKPGSGKRRIRDLLTQSDNRVCADCGAPDPKWASANIGVFICLKCCGVHRSLGSHISKV 67

Query: 67  LSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYELQ 126
           LSVTLDEWSDE++D+MIE+GGNA+AN+IYEAFIP+G SKPGPDASHD RMRFIRSKYE Q
Sbjct: 68  LSVTLDEWSDEEVDSMIEIGGNASANSIYEAFIPEGSSKPGPDASHDQRMRFIRSKYEHQ 127

Query: 127 EFLKPSLRILSMQPVKSS----LQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGVLKVK 186
           EFLKPSLRI S++   +     L  S SKK++ SFR++ SS++ +  EGMVEFIG+LKV 
Sbjct: 128 EFLKPSLRITSVRGSSTKTPAFLSSSLSKKIVDSFRTNSSSQQPQ-LEGMVEFIGLLKVT 187

Query: 187 VAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSVKLKV 246
           + KGTN+A+RDM+SSDPYVVL LGQQ  Q++VVKSNLNP+WNEEL+LSVP  YGSVKL+V
Sbjct: 188 IKKGTNMAIRDMMSSDPYVVLTLGQQKAQSTVVKSNLNPVWNEELMLSVPHNYGSVKLQV 247

Query: 247 FDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSIINII 306
           FD+DTFSADDIMGEAEIDIQPLITSAMA+GDP MFG+MQIGKWLKSHDNAL+EDSIINI 
Sbjct: 248 FDYDTFSADDIMGEAEIDIQPLITSAMAFGDPEMFGDMQIGKWLKSHDNALIEDSIINIA 307

Query: 307 DGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           DGKV+Q +Q+KLQNVE GELELE+EW+PLEQ
Sbjct: 308 DGKVKQEVQIKLQNVESGELELEMEWLPLEQ 337

[Close]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Match: AT4G05330.1 (ARF-GAP domain 13)

HSP 1 Score: 506.5 bits (1303), Expect = 1.200e-143
Identity = 248/335 (74.03%), Postives = 296/335 (88.36%), Query Frame = 1


		  
Query: 2   NNRSELGRPTSGKRRLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGT 61
           N  + LG+P SGKRR++DLL Q DNR CADC A DPKWASAN+GVFICLKCCGVHRSLGT
Sbjct: 3   NYAAGLGKPGSGKRRIRDLLNQPDNRVCADCGASDPKWASANIGVFICLKCCGVHRSLGT 62

Query: 62  HISKVLSVTLDEWSDEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRS 121
           HISKVLSVTLDEWSDE++D+MIE+GGNA+AN+IYEAF+PD  SKPGPD +HD RMRFIR+
Sbjct: 63  HISKVLSVTLDEWSDEEVDSMIEIGGNASANSIYEAFLPDTCSKPGPDVNHDQRMRFIRA 122

Query: 122 KYELQEFLKPSLRILSMQ-PVKSS--LQPSFSKKLMSSFRSSQSSKRSENSEGMVEFIGV 181
           KYELQEFLKPSLRI S +   KSS  L  S S+K+M SFR++ SS+ +   EGMVEFIG+
Sbjct: 123 KYELQEFLKPSLRITSGKGSTKSSAFLTSSLSRKIMDSFRTNSSSQ-TMFQEGMVEFIGL 182

Query: 182 LKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYGSV 241
           LKV + KGTNLA+RDM+SSDPYVVLNLG+Q +QT+V+ SNLNP+WN+EL+LSVP+ YG V
Sbjct: 183 LKVTIKKGTNLAIRDMMSSDPYVVLNLGKQKLQTTVMNSNLNPVWNQELMLSVPESYGPV 242

Query: 242 KLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVEDSI 301
           KL+V+D+DTFSADDIMGEA+IDIQPLITSAMA+GDP MFG+MQIGKWLKSHDN L++DSI
Sbjct: 243 KLQVYDYDTFSADDIMGEADIDIQPLITSAMAFGDPEMFGDMQIGKWLKSHDNPLIDDSI 302

Query: 302 INIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
           INI+DGKV+Q +Q+KLQNVE GELELE+EW+PL+Q
Sbjct: 303 INIVDGKVKQEVQIKLQNVESGELELEMEWLPLDQ 336

[Close]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Match: AT3G07940.1 (Calcium-dependent ARF-type GTPase activating protein family)

HSP 1 Score: 328.6 bits (841), Expect = 4.600e-90
Identity = 167/337 (49.55%), Postives = 231/337 (68.55%), Query Frame = 1


		  
Query: 16  RLKDLLLQKDNRCCADCSAQDPKWASANVGVFICLKCCGVHRSLGTHISKVLSVTLDEWS 75
           RL+ LL Q  N+ CADC + +PKW S ++GVFIC+KC GVHRSLG HISKVLSV LDEW+
Sbjct: 49  RLEKLLKQPGNKYCADCGSPEPKWVSLSLGVFICIKCSGVHRSLGVHISKVLSVKLDEWT 108

Query: 76  DEDIDAMIEVGGNAAANAIYEAFIPDGFSKPGPDASHDDRMRFIRSKYELQEFLKPSLRI 135
           D+ +D ++  GGN A N  +EA   D   KP PD+++++R  FIR KYE  +F+ P    
Sbjct: 109 DDQVDMLVGYGGNTAVNERFEACNIDQSKKPKPDSTNEERNDFIRKKYEQHQFMDPKDGA 168

Query: 136 LS--MQPVKSSLQP---------SFSKKLMSSFRSS--------QSSKRSENSEGMVEFI 195
           L    QP +++  P         S   ++  +FR+S        +  K+S +  GMVEF+
Sbjct: 169 LCTYQQPSRTNTSPPSLCSASHRSTKNRIGHAFRNSWGRRESDHKGPKKSNSMAGMVEFV 228

Query: 196 GVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNEELLLSVPQRYG 255
           G++KV V KGTNLAVRD+++SDPYV+L LGQQ+++T V+K+NLNP+WNE L+LS+P+   
Sbjct: 229 GLIKVNVVKGTNLAVRDVMTSDPYVILALGQQSVKTRVIKNNLNPVWNETLMLSIPEPMP 288

Query: 256 SVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKWLKSHDNALVED 315
            +K+ V+D DTFS DD MGEAEIDIQPL+++A AY    +   MQ+G W+ S +N LV D
Sbjct: 289 PLKVLVYDKDTFSTDDFMGEAEIDIQPLVSAAKAYETSSIKEPMQLGSWVASKENTLVSD 348

Query: 316 SIINIIDGKVRQGMQLKLQNVECGELELEVEWMPLEQ 334
            II + DGKV+Q + L+LQNVE G LE+++E +PL Q
Sbjct: 349 GIILLEDGKVKQDISLRLQNVERGVLEIQLECLPLTQ 385

[Close]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Match: AT1G70800.1 (Calcium-dependent lipid-binding (CaLB domain) family protein)

HSP 1 Score: 139.4 bits (350), Expect = 3.900e-33
Identity = 70/166 (42.17%), Postives = 111/166 (66.87%), Query Frame = 1


		  
Query: 164 KRSENSEGMVEFIGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIW 223
           +++E    M E +G++++ V +G +LA RD LSSDP+VV+ +G Q +++  VK+N NP W
Sbjct: 2   EKTEEEVEMKELVGLVRILVKRGIDLARRDALSSDPFVVITMGPQKLKSFTVKNNCNPEW 61

Query: 224 NEELLLSVPQRYGSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIG 283
           NEEL L++      VKL V+D DTF+ADD MG+A+ID++P +      G   +    ++ 
Sbjct: 62  NEELTLAIEDPNEPVKLMVYDKDTFTADDKMGDAQIDMKPFL-DVHKLGLKELPHGKELK 121

Query: 284 KWLKSHDNALVEDSIINIIDGKVRQGMQLKLQNVECGELELEVEWM 330
           + + + DN L EDSII   +GK+ Q M L L+NVECG++E+++EW+
Sbjct: 122 RIVPTRDNCLSEDSIIVSDNGKIVQDMILLLKNVECGKVEIQLEWL 166

[Close]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Match: AT3G17980.1 (Calcium-dependent lipid-binding (CaLB domain) family protein)

HSP 1 Score: 139.4 bits (350), Expect = 3.900e-33
Identity = 69/166 (41.57%), Postives = 109/166 (65.66%), Query Frame = 1


		  
Query: 166 SENSEGMVEFIGVLKVKVAKGTNLAVRDMLSSDPYVVLNLGQQTIQTSVVKSNLNPIWNE 225
           +  S  M + +G+L++++ +G NLAVRD+ SSDPYVV+ +G+Q ++T V+  ++NP WNE
Sbjct: 7   ARTSSLMDDLLGLLRIRIKRGVNLAVRDISSSDPYVVVKMGKQKLKTRVINKDVNPEWNE 66

Query: 226 ELLLSVPQRYGSVKLKVFDHDTFSADDIMGEAEIDIQPLITSAMAYGDPGMFGNMQIGKW 285
           +L LSV     +V L V+DHD FS DD MG+AE +I+P I +     D G+     +   
Sbjct: 67  DLTLSVTDSNLTVLLTVYDHDMFSKDDKMGDAEFEIKPYIEALRMQLD-GLPSGTIVTTV 126

Query: 286 LKSHDNALVEDSIINIIDGKVRQGMQLKLQNVECGELELEVEWMPL 332
             S  N L E+S +  +DGK+ Q + L+L++VECGE+E +++W+ L
Sbjct: 127 KPSRRNCLAEESRVTWVDGKLVQDLVLRLRHVECGEVEAQLQWIDL 171

The following BLAST results are available for this feature:

BLAST of Spo06569.1 vs. NCBI nr
BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
BLAST of Spo06569.1 vs. TAIR (Arabidopsis)

BLAST of Spo06569.1 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\|902212574\|gb\|KNA17019.1\|	5.0e-187	100.	hypothetical protein SOVF_0838...	[more]
gi\|731351518\|ref\|XP_010687080.1\|	1.7e-171	91.5	PREDICTED: ADP-ribosylation fa...	[more]
gi\|311701729\|gb\|ADQ00629.1\|	1.1e-165	88.2	ARF-GAP protein [Phytolacca ac...	[more]
gi\|1009105432\|ref\|XP_015869194.1\|	6.8e-152	79.8	PREDICTED: probable ADP-ribosy...	[more]
gi\|703106701\|ref\|XP_010098566.1\|	8.3e-150	79.9	ADP-ribosylation factor GTPase...	[more]

BLAST of Spo06569.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9RDF2_SPIOL	3.5e-187	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8ELP5_BETVU	1.2e-171	91.5	Uncharacterized protein OS=Bet...	[more]
E7BQV8_PHYAN	7.5e-166	88.2	ARF-GAP protein OS=Phytolacca ...	[more]
W9R7K6_9ROSA	5.8e-150	79.9	ADP-ribosylation factor GTPase...	[more]
M5WTX6_PRUPE	3.7e-149	77.2	Uncharacterized protein OS=Pru...	[more]

BLAST of Spo06569.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5


Match Name	E-value	Identity	Description
AGD12_ARATH	1.6e-145	76.4	ADP-ribosylation factor GTPase...	[more]
AGD13_ARATH	2.2e-142	74.0	Probable ADP-ribosylation fact...	[more]
AGD11_ARATH	8.1e-89	49.5	Probable ADP-ribosylation fact...	[more]
GAP1_ORYSI	7.5e-34	44.8	GTPase activating protein 1 OS...	[more]
GAP1_ORYSJ	7.5e-34	44.8	GTPase activating protein 1 OS...	[more]

BLAST of Spo06569.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT4G21160.1	9.1e-147	76.4	Calcium-dependent ARF-type GTP...	[more]
AT4G05330.1	1.2e-143	74.0	ARF-GAP domain 13	[more]
AT3G07940.1	4.6e-90	49.5	Calcium-dependent ARF-type GTP...	[more]
AT1G70800.1	3.9e-33	42.1	Calcium-dependent lipid-bindin...	[more]
AT3G17980.1	3.9e-33	41.5	Calcium-dependent lipid-bindin...	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000008	C2 domain	GENE3D	2.60.40.150		coord: 170..329 score: 8.8
IPR000008	C2 domain	PFAM	PF00168	C2	coord: 177..268 score: 1.5
IPR000008	C2 domain	SMART	SM00239	C2_3c	coord: 178..273 score: 7.3
IPR000008	C2 domain	PROFILE	PS50004	C2	coord: 179..258 score: 15
IPR000008	C2 domain	unknown	SSF49562	C2 domain (Calcium/lipid-binding domain, CaLB)	coord: 173..262 score: 5.8E-27coord: 313..330 score: 5.8
IPR001164	Arf GTPase activating protein	PRINTS	PR00405	REVINTRACTNG	coord: 26..45 score: 6.7E-20coord: 66..87 score: 6.7E-20coord: 45..62 score: 6.7
IPR001164	Arf GTPase activating protein	PFAM	PF01412	ArfGap	coord: 15..130 score: 6.0
IPR001164	Arf GTPase activating protein	SMART	SM00105	arf_gap_3	coord: 14..136 score: 1.6
IPR001164	Arf GTPase activating protein	PROFILE	PS50115	ARFGAP	coord: 14..128 score: 25
None	No IPR available	PANTHER	PTHR23180	CENTAURIN/ARF	coord: 13..332 score: 5.8E
None	No IPR available	PANTHER	PTHR23180:SF245	ADP-RIBOSYLATION FACTOR GTPASE-ACTIVATING PROTEIN AGD12-RELATED	coord: 13..332 score: 5.8E
None	No IPR available	unknown	SSF57863	ArfGap/RecO-like zinc finger	coord: 14..131 score: 9.02

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0016049	cell growth
biological_process	GO:0000902	cell morphogenesis
biological_process	GO:0016197	endosomal transport
biological_process	GO:0048193	Golgi vesicle transport
biological_process	GO:0043547	positive regulation of GTPase activity
biological_process	GO:0006623	protein targeting to vacuole
biological_process	GO:0043087	regulation of GTPase activity
cellular_component	GO:0005794	Golgi apparatus
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0005773	vacuole
molecular_function	GO:0005096	GTPase activator activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0005543	phospholipid binding
molecular_function	GO:0008270	zinc ion binding