Spo12186 (gene) | SpinachBase

Overview


Name	Spo12186
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Nucleotide-diphospho-sugar transferase family protein
Location	chr6 : 33513719 .. 33537143 (+)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

TTTTAGGAAAATTAAGCAGACAAACAACCTTGTTCTTTTACGTTTGAATATTCCACACTCCACTTACTGAAGACGAACTCGTCGTCACTCTCACTTTTTGGGCGCCCAAACCAATCTTCATCAAAACTATTAAATTAACCTAAATTCACCGAACCCTAATTTCCGATGATCTTCCCCAATTTCTTCACAATGATCACAACAAATTTGTAACCAATCTTTTAATTTAGAAATTCATTGATTCATTAATAATAATCTCATTAGTCTGGGCAGATAAACAACATTTTTTGATGATCATTTTGATTTGGTGATCGGAGAAGATTAAAAATGGCGTTGGAAAATCCATGCCAAGAAGCTGCAAAATCGAAGCCATTATTTGTTACAATTTATGCAACTGTGATTGTCGGAATCATCTTCTCTTCATTTTATGTTTTTTCTGCTATTTACTCATCCGAGCCTCCCGATGCTCGAATTTCTATCTCCACTTCGCCTTCAAGTAATTATCCATCTCTTTTTATCTCTCATGCTCTGATTTTACGATTTTTGTTGTTGATTGAAGTAGAACTTATTGCAGTTTTGAACCATGTGTAGATTTTATTAGTAGGAATTTAAATATTTGTTATGTTTATGTGTTTAAAGGTAAGTATGTGGAGTGATTGCACTTTCTGGACAATGGTTTGCGATTTCTTTGCTATCAGTGGTGCTTTTGAGTTCGAGATTGATAGGTTAAGTGTTCAATTGAGGTAGCTTTATGGAAATGTATTGTGAGTGAATTAGGATACGAGGATCGGGGTATGGGGGAACATTTTTGTGTTTGAGGTGCAGGAATGCATTATAAATTAGATATTCAATAATGCTTTCGTTTTCCCTTGTGAAATTTCCGATCTTTGGTTTTGGGATGAGCTTTCCTTTGATTGTAAAATTAGACAATGCTTTGCTCATGGATACTCCGTACTCCGTATCTTATAAGCAACCTTCTATTACTTTAAAGTTTAAAGTTATATTGCACTTCGTTTGGTATGTTAAGCAAGTTTGAGTGATGGTAATGTTTACAATGGTAAATTTCATTACCATTCCACAGTGCATAGTTTTTGAGAGATGAACTCAATGAAGAGTAGTAGTTTGAATTAAGGAGGGAGAACTCAGAACATTTTTGGTTCTTTTGTGAATGAATATAAGTTACTATGTGGAGGGAAAATCTTGCAGGGGTTGTCAATGGTGTGGGATAAGTTACTGGAATTTGAAATATTCCTGCCCCTGGACTACTTTTCAAAAACATAGGCTTTCATGTTGTACGCAGACAGATAATTGGAAAGGTATACTGGGAGTTAGTTAGATACCCATGGAAGTAAAACCAGATGATGTTCGATAGGTGTTATCTCCTGTGCTGTTTTATGGTTTTAAAAGTGAGCATGTTAATATGGATGGTCTCACTTTAAGATAGGGTAAGAAAAAGAGAAAATGTGGATGTAGAAGTGACACGGTCTTGCTGTAGTCAATATAAAGGAAGGCACATGTGTAGCATGGTTGAATGTGTAAGGTGAAGGCTTTATTCTCCATCCGTGGGCAGGTGCCAGGCTGTCAGAAACTTCCTTGAAAGAGCTATTTAAGGGTGAAGGTGTGTGTGTGTGTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGAGGTGGGGAGGGAGGATGCTGGATGAAGATTTGAGGCAAGATCTTTTGATTCTCATCTTCAGGAACCTGTTCGATTGACAACAGGGGGACATACCTTGATTTGGTTGAATTTTCAGTTCCCAATTTATCTAAGTCATCTAAGTCCATATAATTGTGCATTCATGTTTTCATGAAAAAGCGAATAATTTTCCAAAGGTTTAATCAACAACTTGATTAAGCTACATCTGTTTTGAATTATATTTCAGGAGGGGATTCTCTTCTACAAGCACCAAACTCTTCTCCGTCAACAGGTTTAAGCACACACTCAGTGTCTCCTGTCAATCCCCAGAGCACAAATTTGAAGCCTATATGGGAGCCTCCCCCTAAATCTAAGAAAATGCCACCTATTGATTCCTTTCGGTTGAGAAAAGAGTTGGTGGAGCAGAGGGTGAAGGATAATACAATCATAGTCACTTTTGGAAACTATGCCTTCATGGATTTTATCCTGACTTGGGTTAAACACTTGACTGATCTGGGTTTGTCAAACCTCCTAGTTGGTGAGTTCTTTTAACCTCAACGTCTTGCCAGAAAAGTCTTGTTTCTTGATCAGCTTCGTTCAGATTATTTTAGTTGAAAACTGAATTTATCCTGATAGTATCTTCCGTAGCTTTGAATTTTGCTATATAATGTGCCTCCATCCCCGTTCCAATTAGTGGGCTGTATTTGCTGTGACCTCACTGTTAAGCATTCTTACTCGAGTTCATAATTTCTATATGATTCATCATGTTTAACTCGGTGCCTTATACAATGCTCGAACAGGTAAAATGTTCAATTCGCAAGTTCGACCCTTGTAATGTTAAGAGTATTTCACTTTGATACCCTTTTGACTAACCTACTACGGACTACTACAGAGTACTTGATAAGAATTAGTTAAAGGACAAGTTAGTGAACCATTTGCTATTGTCCTTCACTCCTTTATAATTCAAAGCAAAAGTATATTTTTAACTTTTTGACTTTGTTAGCTGTTTTGACGACAAACATATACTTGTATGAAATTGTGTTACTTTCAGCGAAGAGCCATTCTAATTTGTTGTTCTAAATTGTGTTTTTTACACATTCCGTAAAACAAAATGATATTCTTTTTGCCATAAGACACCAAAATGTTTACTACATACTCCTTACGGGGTTTTTTATTTTTTAATTTACTCACGTCTCTTTTCTTATTTTTCTAAAATATACACATTTTTAACTTACTAATTTTAGACAATGAACCCATAACTTACTTTCACATACACTACTTTATGCATGTCATTGTCACAACTTACCTCTCTTTCCTAAAATGTATGGTAACATTGGTAATTTGGTATTGATGAAAGTCAAGGGAATAGATTAAAAGAACCAGGAGGTAGTACACTCATACAGAATATCTATAACGTAGACACCTTGTCCGAAACATGGCTTCCCATTTACATGTAACGTTTTTGTGTGTCTTAATAACTAAAAAAATCGTTTTTATGGAAGATATAGAATCATGGAAACTTCAAAAGATAAGATTGATCTACTAGTCTAAAGTATATAAGAGTATCTGAGTATAATATTATGAAACTATATGAGATAATTACGTTTATCTATGTAGATTGCTGAATAATAGTATAAAGAGTCTACAAACTTGTGGAATTCGAAAACTACTTGGAAGTTGTTTAGTCATGCGGAATTTTGTCATCAAATACACACACATAAACGAATTAACGCGCATGCACTCAGCCACTCACACACACAGTCATACACACACAATTACTATGCAATTTATATATTATAAACAGTATGTACGAATAGCAAGATTCTTTTTAGAAGGAACATGCTGTTAATATTTTAACTTCACGTGATCTTTTAAGTCATAGGGATACAAATATTTACAGCTTCATGTGGAAGAAGCATAAAAGTAGGTAGAAACTGTTTAAGAGATGACGGATTATTGAGTACGAACGCCATTGATTTGTGCAAATGGGTTGACATCAAGCATAGTAGGGGTTGAACCTACACTCTTCCCAGGGTTAACTAATTCCCACTGAAACCGGCTTCGATCTTTTCTTAAGAAGAAAAGGATGTCAGATGAATGAGAAGAGATAGGGGACAGAACACAGATATTTGGAAATGTTCTATTCTTCTTTTTTTTTTGTTGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGGGGGGAAGGCGTTGGAGCTTGTTGTGGAGGAAGCACAGGGCTCGTTTAGTTAACTAAAGCAGGAACATATACATCTATTGTGGTATATAGAAATAAGAAGTCTTATTTAACTTGTTGTTACTGTAGGTGCGATGGATACTAAATTGTTGGAAGCACTGTATTGGAAGGGCATTCCAGTTTTTGATATGGGAAGTCACATGAGCACTATAGATGTGGGATGGGGATCACCAACTTTTCATAAAATGGGAAGGGAGAAGGTTATTTTAATAGATTCTATTCTTCCTTTTGGCTATGAATTACTGATGTGTGACACGGACATGGTTTGGTTGAAGGTACCCTTTTTCACTCATTCTATTGTTTTTCTATGTTTGGGATTAAATCTTTTTGCATATTTTGCTGCCTTCAATCATTAGAGTGGCGCTCTAGATTCAACAGTGGAATAGCCATTATCTTGCAACTGGAATGGAAAAGTTAAGGTTTGTTTTATTTAATTTTATGCGTGGATCGTCTTTCTAGAGTTTATTGGTAGGTGACTAGCATCCAAATGGTATAAGGGCCTTGGCCCCTCACCACAATGATCGGGCTAGTAGCTTGCTTTTACTCGTACAAAATTCAAATAAGTCAAACTTAAGAAAGGAATGTGTTGGAGTTGTCTAGATTATAGGATACTTTATTCTGTCTAATTTTTGGACCATTTATATTGTAAGATGCACTAAAGGGACACTTTAAATGTGGTAATTCTAAAATTATAATCCCTCCCTCCCAAATTAGTTTTTACACTTATCAGGATACAAAGTTTAGGAGATAAGTTGTCGTTTGGTTATCAAATATTATTTTATTGAAAAAGTAGACGTAAAAGGAGATAGTAGGTAATTTTATTGAAAAGTAGATGTGATAGGAGATAGTGGAGTATTTTTTTTAATTGAATGTGAGAGTGTGTAGGACCCTAACCTTTTGGTAGTGGGAGGAGAGAGATACTAAAATAATTGTGGGGTCTATTCCAAAATGGAAAGTGTAAAAATTAATGTGGGACAGATGAAAATGGAAAGTGTACGAACTAATATGGGATTGAGGGAATAGTAACTATAGTTTTTCACTCCGCATCCCAAGCTATGACTTCAACCCTCATTTCTGTATTCGAGTGTCATTGTGCGATTCAATTAATGAGCTAAACTTTCCCTTTACACTACTTCTAGTGCCGCAACTTATGTTTGACTACCATGCAACATTCTAAATTCAAGCAGCTCCAAACTATTTTTTCGGTTGCCTCATTAAACACATAATTCTAGACTTAGGTTGCAAACCATGGTTTTGAGGGTCATTATTACGATGCTTTAATTGGGTCCCTATATTTATATTCAAACACTTTTTAAGTTCACATGAATGTAAAGATATGAAAGATATACAACTATCCGTGTTTTTCTCGTTCAAATGTTCAGAACAATATTTGAAGTTAAAAAGATTGTGTTCCTTGAGACCTCTATGTTAGCTTGTGGCTGCAAAACCTGCAATGCACATTTTATGGTTACTACTTCTTTGCCAGTTTTTCAACAAATTTATGATCCTTATCTTTCGGGTTGCTTCTCTTATATTCTTTCTTTTATGTATTGTCTTCCCCTTGGTAACGTTTCATGTTCATGTAACAGAACCCCCTTCCATATTTTGCTCGATTTCCTGAAGCAGATGTTTTGACTTCAACTGATCAAGTTATACCAACAGTGGTTGATGATAGGTTGGATGTTTGGCAGCAAGGTGAGTCTGTTAGAATTTATTTTAGTTACTGAATACTGTTTTACTAGTTATCACACAAAAATATTCTACAATCTTAATAGCAAAAGATCTGGTACATACTCTGTAGTCTCTAATCATACACATAATATTTTATCTTCTTATACAACTTTTTGTGATATACATGTATCAGCTGGAACAGCTTTTCTTGTGGACCTTATATTTCCTTTCCTTCAGTTTTCGTCAAGAATTCTAGTGTATTTTTTTCTTTTTCTAATCCTGTATTAATGAAGGCAGATTATTTTGATTGTATATTTTTTATGGTATTTTAAAAAGGTTACTTAGCTTATAGTTTATGTGATCAGTGTACGAGGTCAATTTAGATTTTTTTCACATTCACAAAAGGTATCCTGGTGTGTTCGTGTCATTGGAAGCCTTATAATGTACCTCAAAGGCTTTATGGAATGTATGATTTTTATATAGGTTTTGTCAGTTGTCTCTCTCTTAATCTGGTGCGTGGGCTTTTCTTTTTCTTTTTGCTGGTGTTCATTTCCAAACCGAAGCCAGTAGTTTCTTTTAGTCCCAATGATCTTGTATACGTGGGGCGAGGTCTGATTCAAATGATTGCAGAAATCAATTTGATTTTAGGGTGCCTTAACCATTAAACATGATAATGCTGAAGAATGTCTTCCCTTAAAAACTAGTTCGAAGTTTAATGGGTTTCCATGGTTGTTTATGATCCTTGGGCCGGTTTCTTGATGTTAGTGGGTTGTTCCATTTTTTAAATGACAATGCATGTACCATTGCTTTCCGCGATATAAGATTCATAGATATATATGCTTTGCTCAATATATATGGTACTCATTGTTATATCTGTCCAACAGTTAGTGGTGCATACAATATAGGAATCTTTCACTGGAGACCGACAGAATCTTCAAAGAAGTTGGCTAAACATTGGAAAGAGTTGCTACTCGCTGATGAAAAGATATGGGATCAGAATGGGTTCAATGATATTTTACGAATGCAGCTTGGACCTTCTGTTGATGATGAAAGTGGTCTTTTCTATGCTTATGATGGAAATCTCAAGCTGGGGCTCCTTCCATCCAGCATATTCTGTAGTGGACATACCTATTTTATTCAGGTACATTTTCTTCTTCAGTTCTTTTATGCAGTTTTGACGTATCTTCATGCCTAGAATAGGGACAGAGGGAGATTAGGAGAGCATCCTTGAAGGATAAGTTTTGATTAGTTTCTTAACAAAATTAAACTTGGATGATTTAAGAGGGAGGGAGTTGGTTGGGATCATACCTTTCATTTCTACCCGTGTGCCCTTTATGGGGTCAGACCAGAACAAGATCCACTGTCATTGTCAACCTACTTTGAATCCCAAAAGCAAGGTAGAATTACAGAAGTTTATGCGCAGTGTCAAGGGTGCATTGAGCACATAAACAATGATCAGTTGCTGAACCGTGAAATTTCCATTCATGTATGGGTTTCATCAAATATCACCATAAGTGCAGTGTAAGTCACAAAACACATTCATATTCAGTAACACCTTCCACCCATGCCTTGCTTTTGGATATACTAAGATTTAGATAGACCTTCATAGTACTCCCTCCGTTCCAGATTACTTGTTGGTCTGCCCCAGATTACTTGTTACACTTCTAAATTAGGAATGACCCCACAATTGTTATATTGTCTCTCTCTTCCCACTAAATTTTTTCCCACACCCTCTCATCTCCAATTAAAAAATACCCCACCAACTCTTATCACATCTACTTTTTCAATAAAATAACAATTGATAACCAAACAACCACTTATCACCTACAACTTCGTGCAAAGGTAAGTGTAACGAGTAATTTGGGACGGAGGGAGTATTAGCTGGAAAGCTGAATGATTGAGGTTGGCCTCATAAACGGTTCAGGAACAATGAACAGTTTGCTGCTAATCTGAATAGTTCAGAAACTTTTTGATATTCGGGCTAGAAATCCAACAAAAGATAGAAATGACTCATGCTTGACCAAATAAGACACTATTTCTTCCAACTAATAAAGCTCCCTCAACACTGCTTAACTTCCTGACAAAGCCTTTCCTCAGAAACCAACTTGATGGTCAATTTTTCTGACTTGATGATTTATCAAACTAAGCGGGGGATCAAGTTTTTTTTATTCTCTCAGCTTCAGCTAGGTGAATCAATGGGCTTATTACCTTCTCTCCTGTAAATTCCCTTCTCGATTTTGTTCAATCCAGCACTTTGATGGAGATTTGTACTCCACAAGACCTTGTAAACTTAACTATTGACTATTGAGTGCCTCAAATCCTCAATGCGGAATTGCGGATATCAGAACAACATTATGCATACTTGAATCATAGTATGGATGTGTTGTCTATGTATAAGAATAAAAGATGTTTACTTCTGAAATAAGTCTCTGTCGATTTTCTTTGCAATCTTCTGTTATGTTCTTCTGGAACTATGTAAGAACTGATATTCTTGAGCATAATAATAATGGCAGAAAATATATTAATATGCTTGATAGATGATGAACATAAAATAGGATACTACTATACTAGATAGTAGGTAGTGACTTGAGGCCACCAATCTCCGGGTTTAGTGACTTGGGGCACCACTCTCCGAACTCCAAAGCCTAAGCTTACCAAATTCTCAACATCCCTCCCATAACTTAATGTGCCAGCATTTATAACCATTCTACTACACCTACCTAATTTGTCTTCTACCAAATACCACTCACTACCTATTGTGCCCTTTCCTTACACTTGATTCATTGCAATACTGGCCCCCTAAACTTCCACCTTGTCCTCCTCAAGGTGGGTAGTAATTAGCACAGAATTCACGGCCTCGGCAGCAATGGTCAATGTTCCCACTCTTGCACTGGCTAAGAACGAGCTGCTGAGTTGAGATTTGGTGTATACTCCTGGTGCTTAATCAATGAATTCAGGTGCAGCAACTTATCATCCTCAAAACTCTGCCTCTGGTGTTGTAGCATATTGGTAAGTGTCAGTAAGAGTGCTTGGCTTGGATGTGGAAATGAAATTCAGTTACTGATCTTGGGAGGGTAAGAAATTTTGGGAAGAATGTGGTGTTTGAATTAAGATGATGAGTGCATAGGTTGGATGGAGTTGTGTTTGAACTGGTGTTTGGGTTGGATTGATAGGTGCATTCAATTGGTTTGGATGAGTTTTTGTTACTTGCTAATGAGCAATTCATTGATTGGTGCTTCCTGAAGGGATGCATGCAGTGGGCTGGTATTGACAACTTCAAAATGGCCTATGATAGGATCTTAACTTTCTGGATAAGATAGCTGTTGACACTTGACAGGAATGGTTTTGTGATATGTCCTAGTGGAAGAAGATATACCTGCCATTTGATTTCTGCTCGATTTTATTTCATTTCTGGCGACGGCAGCTTAATGGTTACACAAAGCCATCTTCCCTCTTCTTCTTTTTTGTTTTAAAGTGGTTGATGTTCATAAGCTCTGTTTTGAAGGAAAAAAGAACCAACTTTATGCACAGTTCGATTTCCAGTTGGTGTTGATATTTGAGATTAGGATTGATAGAATCAGGTGGGGGCTGATATTGTTGTTGTGCTTCCGGTCTATAATCTGCCGACACTACTATTTGCTCTTGATGTATTAAGAAAATTCTATAGGCTTTCCGGGTGTTGTCTGGTCATAATCTAAATGCCTGGGACATATGTGATGCGTAAATAAGACCACTAAATTGCAATCTAACTCACACAAATTGTAACTGATATTTCAAGTTGGTAAATCACTCTTGAAGTTCCAATCGAATCCCCTAGCCTAGAAGATCACTCTTGAATCCTAAGTATGAGACCTAAGTCCTAGAAACACTCCTGAAAGGCTGAAATTAAGCAAAAGTTTACTTACGTTCAAGCCACTACTAGAATTAAACACAAGCAACGAAAGATCAAAACTCTCGATTTGATTAAGCAAAGCTCTGAAGTTTATTGATTTCTGAATTGTGTGTAAAACAAGCATAAGCACCTCTATTTATAGGGAATAGAGTGCGGGAATATTCTGGAAGCTTTATACTTAATCCTAGTCCTAAAACAACAAGGAAACCTAATCCTAGTGCAAGTAGGAAAATTAATCCAATTCAAAATAGAAAACCTAAAACCAAATCCTAATAGGTTTAGGAAACCAACTTCTACTCCTAACTGAATTAGGAAATCTAACATACATCAAAATGAAATTTCCCAAAATGAGAAAACCGTCTCAAGTGAGACCAAAAACTCATGAGCAAAATCTAATTAAGCAATAAAGAGATATGAAGAGTCTTGAAACGGTAATCATCCACGCATCACCATGCATGCTCTTGCATTATACTCCCTTCTTGAAAAAAAAAATTGTCCTCTAGTTTCTTCAAGCATGGAATTCAAATCATCTTCCTCTAACCCATGATAACATCCAAATTAATCTAACGGAAAACATAAGAATCAAGTCAATTTTGTGTCGCTTGCATCTACATCAATATGGTTCTGTACTTGATAGGGGATTAAACAATTTAACCTATGAGGTGCTCTTTTTAGTGAGGAGATCCTATGAATCCTCATTTTATGTATCTTTTGCTGAGAAGATTTCTTAGAGGTTAGATGTGTTAAAGGCGCCTTTTATTCTCTTGGAGGTGCATTACTTTTAACCAATTTCCTTACTTTCACCCCGTTTGTATTTTGTTTTGCTAACCTTGTTTAGAATCATGGGTTAGCTGCACAGGGGATTGAATAGACAGCAATTGAATTTCTTTGGTCTGGGGTTGGGGAAAGCTGGAAAGGCTTAGGGATTTCACATATACAGGTTTGGCGATAAGTATAGGGAATTTTGGTGGCTTGGGCTAATGTTTTCTAGCCTATAAATGGGTAGTTAGGGCTTTATAATGTGATATAAAAAATATTTTAGTGGGTTTATAAGTGTCTCTATTTCTGACAAATATGACGCAAAGAGCCACCTTCCTTCTTATTAAATTAATGAATATATATACTCCCTCCGTCCCAGATTAGTTGTTACACTTACCTTTGCACAAAGTTTTAGATAATAAGTGGTTGTTTGGTTATCAATTGTTATTTTACTGAAAAAGTAGATGTGATGGGAGTTAGTGGGGAAATTTTTTAATTGAATGAGAGAGGGGGTGGGGACAAAAAGAAAATTAGTGGGAAGAGAGAGACAATATAATAATTGTGGGGTCATTCCTGATTTAGAAGTGTAACAACTAATCTGGGACGGACGAAAAAAGAAAGTGTAACAACTAATCTGGGACAGAGGGAGTATTACAATTCCTAACTATTTTCAACCTAACTATTCTTAGATATATTAAGATAATACTACTAATAATATGGTAATCCTAATTTTAAGATATTATACTAATATTATGTTAATCCTAATATTAGGANCTATTTTTTCTTGACAAGATGGGCATTCAAGATCTACATGCTCCACCTTGAGGGGGGATGTTAAGCTATATTAGGAATATTAAATATTATGTTAATATTAGGATTGCCATATTAGTATCCTAATATTAGGATTAACATAATATTAGTATAATATCTTAAAATTAGGATTACCATATTATTAGTAGTATTATCTTAATATATCTAAGAATAGTTAGGTTGAAAATAGTTAGGAATTGTAATATATATATTCATTAATTTAATAAGAAGGAAGGTGGCTCTTTGCGTCATATTTGTCATGGTATCAGAGCCAGGTTTATTTTCACTAACAGGAAAAGGACTCCTATTTTTTCTTGACAAGATGGGCATTCGAGATCTACATGCTCCACCTTGAGGGGGGATGTTAAGCTATATTAGGAATATTAAATATTATGTTAATATTAGGATTGCCATATTAGTATCCTAATATTAGGATTAACATAATATTAGTATAATATCTTAAAATTAGGATTACCATATTATTAGTAGTATTATCTTAATATATCTAAGAATAGTTAGGTTGAAAATAGTTAGGAATTGTAATATATATGTTCATTAATTTAATAAGAAGGAAGGTGACTCTTTGCGTCATATTTGTCATGGTATCAGAGCCAGGTTTATTTTCACTAACAGGAAAAGGACTCCTAGTATGCTTAGCACGAGGACAAACATCGCATACATTATTATTTCTCCTAACAACATTACTCACAGGAGGAAGAAGCTTCACAATTCTTTCCGATGGATGCCCCATTCGTTGATGCCACAGTTCGACCACACATTCTGTCTCAACCGCACACACCTTGACCAACGGAGTTCCACGAAAAAAATAAAGTCCATCCCTTCGTTCACCTAGGCCAATCATCTTCCTCGTCAACCGGTCCTGTATAACACATATCTTGTTAGTAAATTGAATCACACAGTTTGATTCATCACTCAATTGCGTCACAGAAATTAAATTGCAATTTAAAGTAGGTACAAATAACACATTATCAAGTATTAATCCTCCATTCAATTCCACCGAACCAATTTGATTCGAATTAGTGAATTGTCCATCTGGGAGGCCTACAGGGCAATTTTGGATCGTCCGCACATTCATCAATATTGAGAGGTCGTTTGTAACATGATTTGATGCTCCCGTATCAACGATCCATAATAAATTATTATCGCATATACCTTGCAATTTCATATTGGTTTTGGATGTCAACAGGTCAATAATCTGCTGGACTTGAGTGGAGGATACTCCTGCTAGCCCTTCGGTCATCCCAAAAGCAGCAAAAGAAGTTTGATGTCCCTGGCTTGTGAGTTTGTTAGCTCGCACACCACCTACTGCCCCTTGATTACTTGGCCCTGTGACACCATTGCCTCCTACACGACCGCCTCTACTATTGTTACGGCCAGAGCCTCGTCCTCCTTTTCTCCTATCATCCCACCATTCGGGAAAGCCAACTAGCTGGTAGCACGTCTCATCCTCATGGCCTTCCCTATTGCAATGTTACAAAATCTAGTGGCATGATCTCGATAACCCGACTTACCTCGTACCTCAGTCTTGAAAGCGATAATGTTACCCTCACGTTGATGGCCTTCCTTTATTCGTAAATCCTCAGTATTAGTCACTGATTGGTATGCTTCATCTATCGAAGGTAGAGGCGTCTGTCCTAGTAATTGGGCTCGTATCTATGTTACTCAGACACGGGTGTCGGTGTCGTGTCAGACACGTGTGTCGGAGTATCCGACACTTCGATCCAAATTTTTGTAGACACTTGACTAGGGTTTTAGACACGGTTACCATATAAAGTGTCGGAAAAAAATCGACACTTTTTATAAATTAAAAATTTCTAAAAGTAAACATTAAAAAAAAAGTATATGGTATTATGTACTTCTTTAATAGGCTAAGATAAAAGTCTTTGTATAGGGAAGATAAAAGTCTTTGTATAGGGAAGATAAAAGTCTTATCTAGGAAAGGTGAATGGTGTAAAAAAATAAAAACAAAAAATAAAATACGGAATACGAGCAGTTATTACTCCGTAAAAACTAAAAAAAAGCCCTCAAAAAGCTAAAAGATTCCCTCACTGTTCAGCTACAGAACTTTAATACTAAAAAAATTTAATAAAAGATGAAGGGTTGGACCACAACCCACTTTCTGTCTTTCTTCTTTCTCTCTCCTCAACCCTTCTTTCTGTTTTCTTTCTTCTCTTTCTTCTTTCTCTCCTGACCCTTATTTCAGCCATTTTTTCCGGCCGATTCGCCTCACCAAGGAGATCAAAGCCCATTATTTTTCCGGTGAAGTTCAGATCTACAACAAAGAGAAAGAGTTCGACACCTGATTTTTGGATTCTTTTCCGACACCGGTGTCGACACCTCCCCGGACATGTGTCGAGTGTCGTGTCGCGGGTCGGGTCGTGTCGACACCGACACCCACTGCCGGACGCCGTGTCGGAGACTCGGAGTAACATAGGCTCGGATGGCTTCGTAAGGTTTGTCAAGCCCAATCAAAAAATAATGTAAATGATCCTCTTCTCTAATCTCCGCTACTTGCGCTGCAATACCACACGTGCAACCTCCACAATCACACTTAGGTACCCTTGCATAATTCACAAGTTCCTTCATGATAATGGACAGCCTGCCATAATACTCAGCTACTGTCTCATTACCTCCCTGCTTGCATTCACCGAGGCTTGTTTTTAATTTGCAGACACGTGTGCCGCTGACCACGCAGAAGCGCTTCTTCAGGTGAAGCCACAAAGTTTCGGCATTATCATAATCTCCTACGGTTGATCTCAACGATTCCTCCAACGTGTGTGTGATCCATGATACCAACATAGATTGGACAGCAATCCAATCTGCAAGTCTATCCGGGTATGTTGTTGGTTCTTTGATTGATCCATCAATGAAGCCAAATTTTCTCTTCGAAATCAAAGCTCTACGAACCGATGTAGACCACTCATCGTAGTTCTTGGAGCCTCTAAGTTTAATAGGTGTAAGTATATTTCCTGGACCATCAGATGATCCTAGATAGTATTCCTTCGCAAGTTCATCCTTCGGTGGCGGAGTTTCCTCATCATCCTTCGTCATTACACGACCTCAAAACTCACCTTATTTCTCTCCTCAAATTTGCGGAGGAAAAAAAAATCTTACCTTGCTCTTGATACCATGACAAATATGACGCAAAGAGCCACCTTCCTTCTTATTAAATTAATGAATATATATATTACAATTCCTAACTATTTTCAACCTAACTATTCTTAGATATATTAAGATAATACTACTAATAATATGGTAATCCTAATTTTAAGATATTATACTAATATTATGTTAATCCTAATATTAGGATACTAATATGGCAATCCTAATATTAACATAATATTTAATATTCCTAATATAGCTTAATAATTTCTAAGGCGGAGCTACTTCTGGCACTGTGTCTTCCGAATTTGTATTGTTTCCTGCTAGTAGGTTGTTCATAATGGTTGAGTGGTCGACAACGACGACAAGTAAGTCACATATGCACTTATGGAGAAGTTAATGTCCATTAAGGTGGATTTTGAGTCAGATTGGATTACTTAATTCATCATGGGGGGATAATTTAAGGGAAGATGTCCCATTTACCCAACCTATATTACTCAGGAGTCAGGTACCTGTCTAAGTAAGTAATTTCCGTAAAGAAGTTTATGCACTAAAAGAAAGATTCAATTTTGTACGTTTTTGTTTCAGGAGAAGATTTGAGGAAGTTAGATTAGGAACCTTTTGATTTTTGTTCCCTTGCTGGATCAGACACTAGGGTCTGGAGTGTTGATAATATAGAGCAAGTCATGCTCAGAACTTTATTCTCCACTTGTTACCCCTGCTTGTTTGACACCCATTATGTTGGCAATTCATTTGGAGAAGTACCAGGCAGAGTCAAATATTTCCCTTGAGTGACCATTTTGAGTATAGTTAGTGTTGTATAATGATTGTTCTTAGTGTAACCAGCAACCTGCTGTTGAAGAGGAGCCTATATCAGGCATTGTTCCTGGATTTATGTTTTGCACTTTAATTGTAGCCAGAACAATTAGCATCTCTTCTGTTATTGCACCTTGCTTGGATGTCTTGATCAACCTGAATTACTCCCTTTATACCTAATACCAGGCCGTATATGGTTAATCATCTTTAAGGAGTTGAGCTAAGTACAATAATTATCCGTTGGCTATAAACATTTTACATGTGCACCATACCAATTGATTTTTTTTTTGGAATTTTTGTTTAATGGTGTCATCATCATACTGAAAAATAAATTTAACATACTGAATCTAGAAATTGGCCTTTATATTTGGGATGGCCTAAACTAGGATGTGGTCTATTATTTGGGGATGAAGGACGGGGTAGACAGGGGTAGTAGGTTTGGTGTACAATAGCCACCTCAAATGTTGGAATCCATTTGTCAGCTTAATTTTACAGGGAAAGATCTTGGAACACAGTGATTGAATCTTTAGATACCAGGTTGTCCCTGGAAATATTTCTCCATTTGTCAGCTGTTATCTGGCGTATTAGGTTGGAACACAGTGATTGAAGCTTTAGATACCAGGTTGTCCCTGAAAATATGACTCCTGCTGCCTCTTTGTCGGTTTTCCCCACTTGTGTTTTCTAGGGACTTTGTTTCCAGATAGTCTGTTTTATTAATAGGCGCAATTGTAACAGATCTTTTGTCTTCTATACTCTTAATTGTACACATTCTCGTTTCAGCAAACTCTCCTCAGTATCTCAGAAAAGCCATCTGTATGTATTGCATTCTGATTTGCGGACTACTAATCTTTATGTCTGGCTTAATAGGGTCCAGGAGTTTGAATAAAAATTCTGCGCTGTAGTATGTAAGGACACATTTTTGAGAATGATTTATAGAGTGATACTTATTTCACAGGCAATGTATCAACAATTTAAACTGGAGCCGTATGCAGTGCATACCACATTCCAGTACGCTGGTACTGAAGGAAAACGCCATCGATTACGAGAAGCCATGTTGTTTTATGATCCACCTGAGTACTATAACTCTCCAGGTACTTTGGCCAGACTTCCCATAATATATGTGCTTCATTTCATGTAGCAAAAAGACGACTGCTTGTACCTCACCTTTTTCTTCTCTTTCATGTTTAGAAACAAACCTCTTTCATGCTTGTTGGTGATTTATTACTTGCATTTTTGTATTCTCTTTATTTCATAGTGATTGCCTTAGTATGTTTCATATTAACCCTCCTGGTGGTTCAGTTCCACTGCAAATTTATATTTCGGTCCATTTCCTCATTCCTTAATCTTTTTAAATCTGTTAACTAGGACAACAAATTGAGTGAGGGGTTTGTTTGTCCTATGTTGCTATTGATTGGCAAGAAGGGAAATTATGCATGCCTTCTTACTTTAAAGGCTCTTAGTCATTTGACATGTATTTCATGAGAAGAGTTGAAAATTGTGAGGTTTCCTAACTGTATTGCTTTGCCCCGACAGACTACAGTAAGCTTCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCNCCCCCCCTCCCCCTCTCCCTTCAAACCAGTCGAATACTGAGTGAGGGGCTTGTTTGTCCTATCTTTCTACTGAATGAACAAAAAAACCTGAAGATAAAGGATCCTGTACCCTCAAAGAAATTCAGGATGGGCATGTTAATGGTCTCACGTGAAATATGTGATGTGTGTCTGACAGTCTTTTAAGTGGAAGTTCCTCTTGTCAAAGTATTTGGCCGTTTCGATTTGGGCTTCTGTGGACCTCTATAGGGTAGTGTTTAAGCCTGTCTTTGGTGTTGATTGACATTTATTTTATAAAGAAGTACATGTGTGTTCGTTGGGAGATATGGATTGGCTATTTGTCTATTATCAAATCTGATGGAAAAGTGTCTGAGTCCAGTATTGTTCTTCATAATCATATATTGATTAAAGCATATAAATCTAGAAAAGTTAGAAGTTAACAATGATTATAAACTTTCTTATCTTCTAGCGGTAGTAACAATACATTGGATTTAGCATTGTTCTCGGGTTCATCTCTTAGCCCTTGCATAAGCTCTTTGCTTTGTATTTGAAAGTTTGGAACATAGATGATCTGCCACCTCTGTTGAATCTAATGCAGGAGGTTTCTTGTCCTTTAAGCCATCCATTCCGAGGAGCTTGTTATTAGATGGAGAGCATAGTGTTGAGTCACACTTTGATGTTGTTAATTATCAGGTACAATGTAAATTGCTGATGTCTGTAGTTGCTACTATGTATGACATCTGCTTAATGACCTTTTATGCTTTTCTTCAGATGAAACAGATACGAACAGCACTTGCTATCGCGTCATTGCTGAATCGTACCCTGGTGAGAACACGTTTGACTGTTCGTAAATGCATATCTTTTGTAATTGTGGCTGTCGATGTGCATCTCTACTCAAAATGAATATTTGATTCTGTTTATTTTAAGTTCATAATTATCAATTGTGATACATCATCCTAATATTAAGCACGAACTAAAATATATTAGAGAGAGTACATATAGGAAAAAGGGAGGTTAACAGATAGAAACTTTATAATAAATATACATTTTGACAAGAGGATATACCACATCGGCATTAGATGTATTAGTTCCTTTTTCAGCTTCTTTCCTTTTTTTTTCTTTTTTTTTTTGTCTCCCCCTTCCTCGGGATTTCAACAAACTTTGTACTTTAGAAGTACCTAGAGTTTTACATATATTCTTGTGAGTTGCCTTGACCATTTTAACCTCTAATCTGTTATTATGTTCTGTCAACAAGAACAGACCCCTTCTATAGAGAAGACGATGGTCAAATTGTATTTTTTGCGTTCCCAGAGTACATAAGTTGTTTATACTCGAATAATTTGAAGATTTGCAGTGTGTTGGTGCCTTGTCTATTATGTCCTCTAGTCTTGCATCTTTTAATCTGAAAAATTGAGTGATGCAAATTTGTAGATTTTACCAGTTGCAGTTGTGATTTATGACTTCAGGAATCAGGACTTAAGATTGCCTCGTTGGGAATTTATATGTTGACATCTTGTTTACTTCTTGCTATGATTTATAGGTTATGCCTCCAATATGGTGCAGGTTGGATAGGCTTTGGTTTGGTCATCCTGGAATCCTGGAGGGTACCATGACAAGGCAACCTTTCATTTGCCCTATGGATCATGTTTTTGAGGTAGAGCATAGCGTGAAAATTCATTCAGCTACAATCCTTGTTTAGGCTAATTGCTTTTACTCTTTTGCTTAATCATTTGCGTGAGTCTGGCCTTGAAATAGTTTGGTGTTTTAATATTGAATGTTTTACCTGGAAAATAACCAATATTGGTATATGTGAAGGATCAAGAGAGTTTTCTTTTACTTTTATCTTGAACGGAAAACCTATAAATGCTTGTCAGGCTATTTGTTTGTTCTCTGTTGCATTTCATCTACGAGAAACTTACTCACTGAGTCACTAGAGATAATTGAAGTTGTTTTTTATGAATAGAAAGTTGATTGAGGGTCATAGAAGCATTAGGAGAAGACAAAAATATTTAAAAGAAGAATAGAAAGACAGTTGGAACAAAGACGACCAAATAAGTAGAAGAAATAATAATAAGCTAATGTCATTGTCTTCTTGCCTTCTCTCCATTGGATATAGACCAAAAAGGTTGTGAATCTGACAATAAATATTGCATTAGTATTGATGTTTCAATGTGAATAAGTTTGTGCGTCTCAATATGTCTTCAGTCTGAAAAGTTGCTCTGTTAATTGCTAGAGTTAAGAAGACGCATGGCAATGTCTAAGTATATAGAACTTGGAACTTACGTGCACTGACCGTTAGAAGAAGAGAGTTTTCTGATTCTTGTGAAGGTAGAAAAAGGTGAAGTTGGGGGTGTTCCTTTTGAAGTAAAAATCTTCCCACTTCCTAGAATTCTTTCGAACTGCAAACTTACAATGGTTCTTCAAGGAGACTATATAAATCCATGTTTATCGTTGTGTGTTCTATACTTATACAGGGGAGACTTGATTCAAACACATGTTCATGTTACATACTCTTAAACTTAAGTCTTGAATCTGGTTGCTGAGATTTACATGTGTTTTTGTATATTAAATTTGACATTGTTATTTGAATATCTACTGCAGGTTAACGTGATGCTGCGAGACTTGTCACAGCAAGAATTTGGCCCACATATTGATATCAGGGAATATTCCTTTCTTGATAACCCAGCACTGCCCCTGAAAGTATGTTAATATAGGGATGTGATAGATCCATCCAATAGAAACTGCATATTTAAAAAAATAATTTACCTGACTTTTTTGGTGTCTAGGTAAAGGAGTCGTGGCTCGATGTGCAACTTTGTCAAGTGGGATCAAAAGACTGCCATGCTACCAGTAATTCTAGCGCTGCCGGACTGCTTAGATTTCCCAAACATGGCAGCGAAAAAACGGTATTCATTTATGATAGTTGGGGATTGTTGATAAACTGTCGTTTAATTTGATTAAACTTATTATGGTATGGTAAAATACACTTAGATGTTCACTACAAGTGCACCTATTGCTGATATCTTAAGAAATCACCTGCCTTAAACAGCCAACCATCTGGTAATTTTATCCCATAAAATCTCCTCTGTCTCCCTGTAGTAATAGCCCAACACAAAATTCTCTACACAAACAAAGGGCTACATAGTAAACAAAAGAGGAGGAAAACTGCAAGAACAGAGAGAGAGAGCAGTAGTGGAAGCTAGTATGTACTTAAAATAGGCGTGGGTGCTTCATAAAATCTATAATTGTCCTAATGTGTTTATTATCTGATGTTACTCATCATGTTTTATTGATCCTTTTCCTAAGGCCTTAAATTGTTTTACATTTCCTAAATTGGTTATGAACTTATGATGTAGAACCAGACTGAGAGACACAATCCCACCTTCCAAGTGACAGATGATCATCTTACTTAGGCCTCCTTCCACGCCAGCCTTGTTTGTAGCCATCCTTCTCTGTCTTCCTATCCTAAATCATTGCTAGCATGCCATTTAGTCAATGGTGTTACCGTGTTACCCCCCAGAACTGATTTTATCTTAGCTACTCTGCTGCTACCTTATTTATGTTTGTCTGGAGCTGGAAATTATCCTTTTAAAAATGCATAATATGCTCTTTCTCCCACCTATCTTGAAACCTGTCTATTTTATAGCCTGACTGCAATTTCCAAGGTATTACACCGCTTCCAATAATAGGACTTACTTTCACATTTCATTTTTGAAGTATGTAATAGAGATGCGTTGTTTGTGATTGTTCCCTAACATTTACTACCTCTGGATACCTGTCATTAGCCAGGCTTGTTACTTATATGGCAACGAAGCGTGAAGAATAACAAATGCCGTTAGTTTGCAAGATGATAGTTTGGGTGCTAACGTGCTTGAAAGTTTTGGTGGTCTTTTTGTTTGGGTCTTGGGATTTCATTATTTGGCATCTTCTTGTTGTGAATGTTCTTGTAGTACAGGAAAGTTATTTACAAATGGTTTTAGTTTGCAAGATGAAAGATGAGAGTTTGGGTGCTAACGCGTTGCTTGAAAGTTTTGTTCTGTATACTTGATGCTTTCCTTTATTTGGTATCTTGTTGTGAATGTTCACAATGTACAAGGAGGTTATTTTAAGTTTTCAATTGCCTCTTAGTATATGTATTTTCTCATTATTCTTGATTAGTGTTGTAGGATTCTTGTTATGGACTATACTAAATCAAAAGGTCTTGCACTCACAAGGTGTACATTAAATTTTTTGTACACCATGATATAACTTTTCACCAGCTTTTTGTAACTGTTACCTAGTTTTTTTTGTAACTTTTAATATGCTTTGTCTAAGTTTTATATTATAAAAAAAAAATTGATAGATAACTTTATAGAGGGTTAAATGATTAATTTTACACATTATCAGTGATTTTGAAGAAATAATTTTTATTAAAATGAAAAATTTTATCACTAAAAAATAGAACTTTTACATATATAAGGGTAACTTTTAAGCATATTGGTTAGGGGGTCCGGTCCGAAGAAGACAAAGCAACAGGAAAAAAAAAAAAAAAAAATGGAGCAGTTCGGTTGAAACTCGGAATTAGGTAGTAAGTGATTGGTCTTTTGGCCACCGATGAAAGGAGGATTTCCAGTCATGTAATTCAAAAGAAATAGAAAGAAATGATGGACAAAGATCTAAACCCTGGTCAGGCATCCTCGCCGGTATAATGAGAAAGATTCCGTAGTTAAATTTACGGTGTACAGTATTTAGTGCATAAGAACTTGTGATACTAAATAAGAGCTAGACATCTTTGAGATACTCATACTGGAGAAGATAGGATAAAATCCACAAAAGTGGATCAGCATTTGGTTGAGATGATGATATACACAAAAGGGGCTGGCCAAAATTTGGACCTCTTTTATGGGTAATACCCAGTCATTTATATTCCATCTCCTGTAATCCCCGATCAAGTCCTCCTCATCCTCGTGATCTTATCACTCACAATACAATCTTACACAAGAAAAAGAATTTGAGAAAGGACTCTTTAACTTTCTGCTTCCTTGTTATTTGAGTGTTTTTGTTTTGTAAATGTGAGTTCCTTTTTCAGTTCTGCCTAGCCTTTATCTTATTAAATATATTCAACAATGCAATTGATTATCTTATGTTTTAATTGTTTGATAGTTCAAGTCAGTGTTCTCCCCATTCAAGAATGTCAAAGTTATAAATTTCATGTCAATCCAGGATGCCTTCCTTGGGTTTGCTGAAAAGGTAAGTTTCCGTTTCAAAACATTTCCTAGCTTTTGTGTGCATGCTGCTTGCTACCGTACGTAGTTCCTGTAAATACTTACATGGTAATATGCTCATTTAGGAGAGAGAGCAGAAGTTTGAGAAACGTGTTAAACGTTATGTAGGCATATGGTGTTGTGTGATGAATAACACACCAGGTCATATATATTATGATATGTATTGGGATAAGAAACCTAACTGGAAACCATTACCGCCACAAAAACCGGAGGATGATCACCCTCCAGTATAGCTGCCTAGACCGTACGCCCTTCCAACACGAGAACTGTAAAGGCATTACACGGAGAGACAAAAGCATGCAATCAGCTGACAGACATTTGTAGACAGTACTTCATGTTTGGCCGGAAGCTGGCAGTACTCTAACAGAGGAACATATTTTGGTTATTGGTGCAATGCTTGCTGCAACTCAGGCGTACAAAGAGAAGTCTTGCCCTCTTCTAGGGCAGGGCAGTCAGGGCAGTCAGGGCAGGGGAAGCTGTTGCAATACTATTCTGAATCGGATATTTATGAAAATTCTGTTGAATCATTGATCTTGATAAAGATCGGTTCATAAGTTGTAGCTAAACATTTCTTTTATTCAGTTTAGTTTTATACCAAGCTGTATCCTGGTGCATTTGTTCCAATGTAATTGAACTAAAGCACCAGTAAACAAAAATGGTGTATGGCGCAGTTTACCGCGATTTTTTTGTAATATAAACAAATTTTGAAATCCATTATGTTCTAATTTGATACGGCAAATTGGAAGGATCCTTTTCGCATTCAAGTTTTGTACTTATTAACAAACACAATCGATTATATGATACTACGAGTACTACATATGATTTGTCATATAACTAAAGATGAGCAGAAACAAACATTGTATTATTTGGATAATTTTAGTTCACATATCATGATATCAACAGCAAAATGCTCTGTTAAATTAAACCATACAATGAAACAAACTGAATTAAATGCAGCAATATTTCTAGTCAAAGAAACCCTCAAATTAGAACGTGAAATCAGGAAAGACAAGCCACACAAGCTCCATTCATGTATATATCTAAATCGCAATGGTCAAGAAGATGCCGCACTGACTGGTTCAGGCCACAAAGGAGAACAATCCATGACAACAAATACAACACTACATCCAAC

mRNA sequence

TTTTAGGAAAATTAAGCAGACAAACAACCTTGTTCTTTTACGTTTGAATATTCCACACTCCACTTACTGAAGACGAACTCGTCGTCACTCTCACTTTTTGGGCGCCCAAACCAATCTTCATCAAAACTATTAAATTAACCTAAATTCACCGAACCCTAATTTCCGATGATCTTCCCCAATTTCTTCACAATGATCACAACAAATTTGTAACCAATCTTTTAATTTAGAAATTCATTGATTCATTAATAATAATCTCATTAGTCTGGGCAGATAAACAACATTTTTTGATGATCATTTTGATTTGGTGATCGGAGAAGATTAAAAATGGCGTTGGAAAATCCATGCCAAGAAGCTGCAAAATCGAAGCCATTATTTGTTACAATTTATGCAACTGTGATTGTCGGAATCATCTTCTCTTCATTTTATGTTTTTTCTGCTATTTACTCATCCGAGCCTCCCGATGCTCGAATTTCTATCTCCACTTCGCCTTCAAGAGGGGATTCTCTTCTACAAGCACCAAACTCTTCTCCGTCAACAGGTTTAAGCACACACTCAGTGTCTCCTGTCAATCCCCAGAGCACAAATTTGAAGCCTATATGGGAGCCTCCCCCTAAATCTAAGAAAATGCCACCTATTGATTCCTTTCGGTTGAGAAAAGAGTTGGTGGAGCAGAGGGTGAAGGATAATACAATCATAGTCACTTTTGGAAACTATGCCTTCATGGATTTTATCCTGACTTGGGTTAAACACTTGACTGATCTGGGTTTGTCAAACCTCCTAGTTGGTGCGATGGATACTAAATTGTTGGAAGCACTGTATTGGAAGGGCATTCCAGTTTTTGATATGGGAAGTCACATGAGCACTATAGATGTGGGATGGGGATCACCAACTTTTCATAAAATGGGAAGGGAGAAGGTTATTTTAATAGATTCTATTCTTCCTTTTGGCTATGAATTACTGATGTGTGACACGGACATGGTTTGGTTGAAGAACCCCCTTCCATATTTTGCTCGATTTCCTGAAGCAGATGTTTTGACTTCAACTGATCAAGTTATACCAACAGTGGTTGATGATAGGTTGGATGTTTGGCAGCAAGTTAGTGGTGCATACAATATAGGAATCTTTCACTGGAGACCGACAGAATCTTCAAAGAAGTTGGCTAAACATTGGAAAGAGTTGCTACTCGCTGATGAAAAGATATGGGATCAGAATGGGTTCAATGATATTTTACGAATGCAGCTTGGACCTTCTGTTGATGATGAAAGTGGTCTTTTCTATGCTTATGATGGAAATCTCAAGCTGGGGCTCCTTCCATCCAGCATATTCTGTAGTGGACATACCTATTTTATTCAGGCAATGTATCAACAATTTAAACTGGAGCCGTATGCAGTGCATACCACATTCCAGTACGCTGGTACTGAAGGAAAACGCCATCGATTACGAGAAGCCATGTTGTTTTATGATCCACCTGAGTACTATAACTCTCCAGGAGGTTTCTTGTCCTTTAAGCCATCCATTCCGAGGAGCTTGTTATTAGATGGAGAGCATAGTGTTGAGTCACACTTTGATGTTGTTAATTATCAGATGAAACAGATACGAACAGCACTTGCTATCGCGTCATTGCTGAATCGTACCCTGGTTATGCCTCCAATATGGTGCAGGTTGGATAGGCTTTGGTTTGGTCATCCTGGAATCCTGGAGGGTACCATGACAAGGCAACCTTTCATTTGCCCTATGGATCATGTTTTTGAGGTTAACGTGATGCTGCGAGACTTGTCACAGCAAGAATTTGGCCCACATATTGATATCAGGGAATATTCCTTTCTTGATAACCCAGCACTGCCCCTGAAAGTAAAGGAGTCGTGGCTCGATGTGCAACTTTGTCAAGTGGGATCAAAAGACTGCCATGCTACCAGTAATTCTAGCGCTGCCGGACTGCTTAGATTTCCCAAACATGGCAGCGAAAAAACGTTCAAGTCAGTGTTCTCCCCATTCAAGAATGTCAAAGTTATAAATTTCATGTCAATCCAGGATGCCTTCCTTGGGTTTGCTGAAAAGGAGAGAGAGCAGAAGTTTGAGAAACGTGTTAAACGTTATGTAGGCATATGGTGTTGTGTGATGAATAACACACCAGGTCATATATATTATGATATGTATTGGGATAAGAAACCTAACTGGAAACCATTACCGCCACAAAAACCGGAGGATGATCACCCTCCAGTATAGCTGCCTAGACCGTACGCCCTTCCAACACGAGAACTGTAAAGGCATTACACGGAGAGACAAAAGCATGCAATCAGCTGACAGACATTTGTAGACAGTACTTCATGTTTGGCCGGAAGCTGGCAGTACTCTAACAGAGGAACATATTTTGGTTATTGGTGCAATGCTTGCTGCAACTCAGGCGTACAAAGAGAAGTCTTGCCCTCTTCTAGGGCAGGGCAGTCAGGGCAGTCAGGGCAGGGGAAGCTGTTGCAATACTATTCTGAATCGGATATTTATGAAAATTCTGTTGAATCATTGATCTTGATAAAGATCGGTTCATAAGTTGTAGCTAAACATTTCTTTTATTCAGTTTAGTTTTATACCAAGCTGTATCCTGGTGCATTTGTTCCAATGTAATTGAACTAAAGCACCAGTAAACAAAAATGGTGTATGGCGCAGTTTACCGCGATTTTTTTGTAATATAAACAAATTTTGAAATCCATTATGTTCTAATTTGATACGGCAAATTGGAAGGATCCTTTTCGCATTCAAGTTTTGTACTTATTAACAAACACAATCGATTATATGATACTACGAGTACTACATATGATTTGTCATATAACTAAAGATGAGCAGAAACAAACATTGTATTATTTGGATAATTTTAGTTCACATATCATGATATCAACAGCAAAATGCTCTGTTAAATTAAACCATACAATGAAACAAACTGAATTAAATGCAGCAATATTTCTAGTCAAAGAAACCCTCAAATTAGAACGTGAAATCAGGAAAGACAAGCCACACAAGCTCCATTCATGTATATATCTAAATCGCAATGGTCAAGAAGATGCCGCACTGACTGGTTCAGGCCACAAAGGAGAACAATCCATGACAACAAATACAACACTACATCCAAC

Coding sequence (CDS)

ATGGCGTTGGAAAATCCATGCCAAGAAGCTGCAAAATCGAAGCCATTATTTGTTACAATTTATGCAACTGTGATTGTCGGAATCATCTTCTCTTCATTTTATGTTTTTTCTGCTATTTACTCATCCGAGCCTCCCGATGCTCGAATTTCTATCTCCACTTCGCCTTCAAGAGGGGATTCTCTTCTACAAGCACCAAACTCTTCTCCGTCAACAGGTTTAAGCACACACTCAGTGTCTCCTGTCAATCCCCAGAGCACAAATTTGAAGCCTATATGGGAGCCTCCCCCTAAATCTAAGAAAATGCCACCTATTGATTCCTTTCGGTTGAGAAAAGAGTTGGTGGAGCAGAGGGTGAAGGATAATACAATCATAGTCACTTTTGGAAACTATGCCTTCATGGATTTTATCCTGACTTGGGTTAAACACTTGACTGATCTGGGTTTGTCAAACCTCCTAGTTGGTGCGATGGATACTAAATTGTTGGAAGCACTGTATTGGAAGGGCATTCCAGTTTTTGATATGGGAAGTCACATGAGCACTATAGATGTGGGATGGGGATCACCAACTTTTCATAAAATGGGAAGGGAGAAGGTTATTTTAATAGATTCTATTCTTCCTTTTGGCTATGAATTACTGATGTGTGACACGGACATGGTTTGGTTGAAGAACCCCCTTCCATATTTTGCTCGATTTCCTGAAGCAGATGTTTTGACTTCAACTGATCAAGTTATACCAACAGTGGTTGATGATAGGTTGGATGTTTGGCAGCAAGTTAGTGGTGCATACAATATAGGAATCTTTCACTGGAGACCGACAGAATCTTCAAAGAAGTTGGCTAAACATTGGAAAGAGTTGCTACTCGCTGATGAAAAGATATGGGATCAGAATGGGTTCAATGATATTTTACGAATGCAGCTTGGACCTTCTGTTGATGATGAAAGTGGTCTTTTCTATGCTTATGATGGAAATCTCAAGCTGGGGCTCCTTCCATCCAGCATATTCTGTAGTGGACATACCTATTTTATTCAGGCAATGTATCAACAATTTAAACTGGAGCCGTATGCAGTGCATACCACATTCCAGTACGCTGGTACTGAAGGAAAACGCCATCGATTACGAGAAGCCATGTTGTTTTATGATCCACCTGAGTACTATAACTCTCCAGGAGGTTTCTTGTCCTTTAAGCCATCCATTCCGAGGAGCTTGTTATTAGATGGAGAGCATAGTGTTGAGTCACACTTTGATGTTGTTAATTATCAGATGAAACAGATACGAACAGCACTTGCTATCGCGTCATTGCTGAATCGTACCCTGGTTATGCCTCCAATATGGTGCAGGTTGGATAGGCTTTGGTTTGGTCATCCTGGAATCCTGGAGGGTACCATGACAAGGCAACCTTTCATTTGCCCTATGGATCATGTTTTTGAGGTTAACGTGATGCTGCGAGACTTGTCACAGCAAGAATTTGGCCCACATATTGATATCAGGGAATATTCCTTTCTTGATAACCCAGCACTGCCCCTGAAAGTAAAGGAGTCGTGGCTCGATGTGCAACTTTGTCAAGTGGGATCAAAAGACTGCCATGCTACCAGTAATTCTAGCGCTGCCGGACTGCTTAGATTTCCCAAACATGGCAGCGAAAAAACGTTCAAGTCAGTGTTCTCCCCATTCAAGAATGTCAAAGTTATAAATTTCATGTCAATCCAGGATGCCTTCCTTGGGTTTGCTGAAAAGGAGAGAGAGCAGAAGTTTGAGAAACGTGTTAAACGTTATGTAGGCATATGGTGTTGTGTGATGAATAACACACCAGGTCATATATATTATGATATGTATTGGGATAAGAAACCTAACTGGAAACCATTACCGCCACAAAAACCGGAGGATGATCACCCTCCAGTATAG

Protein sequence

MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDSLLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTSTDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFNDILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTFQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVMLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLRFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMNNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV

Relationships

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


Feature Name	Unique Name	Type
Spo12186.1	Spo12186.1	mRNA

Homology

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BLAST of Spo12186.1 vs. NCBI nr
Match: gi|902237958|gb|KNA24990.1| (hypothetical protein SOVF_010650 [Spinacia oleracea])

HSP 1 Score: 1315.8 bits (3404), Expect = 0.000e+0
Identity = 633/633 (100.00%), Postives = 633/633 (100.00%), Query Frame = 1

		  
Query: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60
           MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS
Sbjct: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60

Query: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120
           LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD
Sbjct: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120

Query: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180
           NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST
Sbjct: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180

Query: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240
           IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST
Sbjct: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240

Query: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300
           DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND
Sbjct: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300

Query: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360
           ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF
Sbjct: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360

Query: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420
           QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ
Sbjct: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420

Query: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480
           MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM
Sbjct: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480

Query: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540
           LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR
Sbjct: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540

Query: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600
           FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN
Sbjct: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600

Query: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
           NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV
Sbjct: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 633

[Close]

BLAST of Spo12186.1 vs. NCBI nr
Match: gi|731331522|ref|XP_010676703.1| (PREDICTED: uncharacterized protein LOC104892459 isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 1148.3 bits (2969), Expect = 0.000e+0
Identity = 548/633 (86.57%), Postives = 586/633 (92.58%), Query Frame = 1

		  
Query: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60
           MA ENPCQEAAKSKPLFVTIYATVI+GI FSS YVFSAIYSS+PPDA IS+S   S GD 
Sbjct: 1   MAWENPCQEAAKSKPLFVTIYATVIIGIFFSSVYVFSAIYSSKPPDAEISLSFPHSGGDP 60

Query: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120
           L +A NSS    LST S+SP   +ST LKPIWEPP K+KKMPP+ SFRL KELVE+RVKD
Sbjct: 61  LHEAQNSS----LSTTSLSPAKSRSTLLKPIWEPPSKTKKMPPLKSFRLTKELVEKRVKD 120

Query: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180
           N IIVTFGNYAFMDFILTWVK LTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST
Sbjct: 121 NIIIVTFGNYAFMDFILTWVKCLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180

Query: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240
           IDVGWGSPTFHKMGREKVILID+ILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST
Sbjct: 181 IDVGWGSPTFHKMGREKVILIDTILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240

Query: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300
           DQV+PTV+DDRL+VWQQV+GAYNIGIFHWRPTE SKKLAK WKELLLADEKIWDQNGFND
Sbjct: 241 DQVVPTVLDDRLEVWQQVTGAYNIGIFHWRPTEYSKKLAKQWKELLLADEKIWDQNGFND 300

Query: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360
           I+R QLGPSVD ESGL YAYDGNLKLGLLP+SIFCSGHTYF+QAMYQQFKLEPYAVHTTF
Sbjct: 301 IVRRQLGPSVDGESGLVYAYDGNLKLGLLPASIFCSGHTYFVQAMYQQFKLEPYAVHTTF 360

Query: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420
           QYAGTEGKRHRLREAM+FYDPPEYYNSPGGF+SFKPSIPRSLLLDGEH+VESHF  VNYQ
Sbjct: 361 QYAGTEGKRHRLREAMVFYDPPEYYNSPGGFMSFKPSIPRSLLLDGEHNVESHFSAVNYQ 420

Query: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480
           +KQIRTALAIASLLNRTLVMP IWCRLDRLWFGHPG+LEGT+TRQPFICP+DHVFEVNVM
Sbjct: 421 LKQIRTALAIASLLNRTLVMPAIWCRLDRLWFGHPGVLEGTVTRQPFICPLDHVFEVNVM 480

Query: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540
           L++L QQE+GP IDIREYSFLDNPALP +VKESWLDVQLCQVGSKDCH T NSSA GLLR
Sbjct: 481 LQNLPQQEYGPRIDIREYSFLDNPALPREVKESWLDVQLCQVGSKDCHVTDNSSAPGLLR 540

Query: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600
           FPK+G+E+T+K+VFS FKNVKVINF+SIQDAF GFA+KEREQKF +RVKRYVGIWCCV N
Sbjct: 541 FPKYGNEETYKTVFSSFKNVKVINFLSIQDAFTGFADKEREQKFRRRVKRYVGIWCCVTN 600

Query: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
            T GHIYYDMYWD+KP WKPLPPQ PE+DHPPV
Sbjct: 601 RTIGHIYYDMYWDEKPGWKPLPPQTPEEDHPPV 629

[Close]

BLAST of Spo12186.1 vs. NCBI nr
Match: gi|731331524|ref|XP_010676704.1| (PREDICTED: uncharacterized protein LOC104892459 isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 1026.5 bits (2653), Expect = 1.900e-296
Identity = 476/533 (89.31%), Postives = 507/533 (95.12%), Query Frame = 1

		  
Query: 101 MPPIDSFRLRKELVEQRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKL 160
           MPP+ SFRL KELVE+RVKDN IIVTFGNYAFMDFILTWVK LTDLGLSNLLVGAMDTKL
Sbjct: 1   MPPLKSFRLTKELVEKRVKDNIIIVTFGNYAFMDFILTWVKCLTDLGLSNLLVGAMDTKL 60

Query: 161 LEALYWKGIPVFDMGSHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVW 220
           LEALYWKGIPVFDMGSHMSTIDVGWGSPTFHKMGREKVILID+ILPFGYELLMCDTDMVW
Sbjct: 61  LEALYWKGIPVFDMGSHMSTIDVGWGSPTFHKMGREKVILIDTILPFGYELLMCDTDMVW 120

Query: 221 LKNPLPYFARFPEADVLTSTDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAK 280
           LKNPLPYFARFPEADVLTSTDQV+PTV+DDRL+VWQQV+GAYNIGIFHWRPTE SKKLAK
Sbjct: 121 LKNPLPYFARFPEADVLTSTDQVVPTVLDDRLEVWQQVTGAYNIGIFHWRPTEYSKKLAK 180

Query: 281 HWKELLLADEKIWDQNGFNDILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTY 340
            WKELLLADEKIWDQNGFNDI+R QLGPSVD ESGL YAYDGNLKLGLLP+SIFCSGHTY
Sbjct: 181 QWKELLLADEKIWDQNGFNDIVRRQLGPSVDGESGLVYAYDGNLKLGLLPASIFCSGHTY 240

Query: 341 FIQAMYQQFKLEPYAVHTTFQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPR 400
           F+QAMYQQFKLEPYAVHTTFQYAGTEGKRHRLREAM+FYDPPEYYNSPGGF+SFKPSIPR
Sbjct: 241 FVQAMYQQFKLEPYAVHTTFQYAGTEGKRHRLREAMVFYDPPEYYNSPGGFMSFKPSIPR 300

Query: 401 SLLLDGEHSVESHFDVVNYQMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEG 460
           SLLLDGEH+VESHF  VNYQ+KQIRTALAIASLLNRTLVMP IWCRLDRLWFGHPG+LEG
Sbjct: 301 SLLLDGEHNVESHFSAVNYQLKQIRTALAIASLLNRTLVMPAIWCRLDRLWFGHPGVLEG 360

Query: 461 TMTRQPFICPMDHVFEVNVMLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLC 520
           T+TRQPFICP+DHVFEVNVML++L QQE+GP IDIREYSFLDNPALP +VKESWLDVQLC
Sbjct: 361 TVTRQPFICPLDHVFEVNVMLQNLPQQEYGPRIDIREYSFLDNPALPREVKESWLDVQLC 420

Query: 521 QVGSKDCHATSNSSAAGLLRFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKER 580
           QVGSKDCH T NSSA GLLRFPK+G+E+T+K+VFS FKNVKVINF+SIQDAF GFA+KER
Sbjct: 421 QVGSKDCHVTDNSSAPGLLRFPKYGNEETYKTVFSSFKNVKVINFLSIQDAFTGFADKER 480

Query: 581 EQKFEKRVKRYVGIWCCVMNNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
           EQKF +RVKRYVGIWCCV N T GHIYYDMYWD+KP WKPLPPQ PE+DHPPV
Sbjct: 481 EQKFRRRVKRYVGIWCCVTNRTIGHIYYDMYWDEKPGWKPLPPQTPEEDHPPV 533

[Close]

BLAST of Spo12186.1 vs. NCBI nr
Match: gi|590680449|ref|XP_007040865.1| (Xyloglucanase 113 isoform 1 [Theobroma cacao])

HSP 1 Score: 1020.8 bits (2638), Expect = 1.000e-294
Identity = 479/631 (75.91%), Postives = 552/631 (87.48%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDSLLQ- 64
           N  QEAA SKPLF+TIYATVIVGI+ SSFYVFSAIYS      + S+STS     SL Q 
Sbjct: 6   NAVQEAAGSKPLFLTIYATVIVGIVVSSFYVFSAIYSPSASTTQ-SVSTSWLSSPSLSQN 65

Query: 65  --APNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKDN 124
             + +S  S  +S  S     P S NL+PIWE PP++ KMPP+  F L KELVE+R KDN
Sbjct: 66  GVSLSSGQSINISQPSGIASQPGSNNLRPIWEAPPRTSKMPPLKFFSLTKELVEERAKDN 125

Query: 125 TIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMSTI 184
            IIVTFGN+AFMDFILTWVKHLTDLG+SNLLVGAMDTKLL+ALYWKGIP FDMGSHMSTI
Sbjct: 126 VIIVTFGNFAFMDFILTWVKHLTDLGVSNLLVGAMDTKLLKALYWKGIPAFDMGSHMSTI 185

Query: 185 DVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTSTD 244
           DVGWGSPTFHKMGREKV+LI++ILPFGYELLMCDTDMVWLKNPLPY AR+P+ADVLTS+D
Sbjct: 186 DVGWGSPTFHKMGREKVLLINAILPFGYELLMCDTDMVWLKNPLPYLARYPDADVLTSSD 245

Query: 245 QVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFNDI 304
           QV+PTVVDDRL  W+QV  AYNIGIFHWRPTE + KLAK WK++LLAD+KIWDQNGFN++
Sbjct: 246 QVVPTVVDDRLADWKQVGAAYNIGIFHWRPTEPAIKLAKEWKDMLLADDKIWDQNGFNEL 305

Query: 305 LRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTFQ 364
           +R Q GP+VDD+SGLFYA+DGNLKLG+LP SIFCSGHTYF+QAMY+Q +LEPYA+HTTFQ
Sbjct: 306 VRRQSGPAVDDDSGLFYAFDGNLKLGILPESIFCSGHTYFVQAMYEQLRLEPYALHTTFQ 365

Query: 365 YAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQM 424
           YAGTEGKRHRLREAM+FYDPPEYY++PGGFLSFKPSIP+SLLL+GE+++ESHF ++NYQM
Sbjct: 366 YAGTEGKRHRLREAMVFYDPPEYYDAPGGFLSFKPSIPKSLLLEGENNLESHFSLINYQM 425

Query: 425 KQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVML 484
           KQIR+ALAIASLLNRTLVMPP+WCRLDRLWF HPG+L G+MTRQPF+CP+DHVFEVNVML
Sbjct: 426 KQIRSALAIASLLNRTLVMPPLWCRLDRLWFPHPGVLVGSMTRQPFLCPLDHVFEVNVML 485

Query: 485 RDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLRF 544
           +DL  +EFGP I+IREYSFL+NP LP +VKE WLDVQLCQ G++DCHA+SN+S  GLLRF
Sbjct: 486 KDLPVEEFGPAINIREYSFLNNPLLPQQVKELWLDVQLCQEGTEDCHASSNTSRPGLLRF 545

Query: 545 PKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMNN 604
           PKH  E+TFK+VFS FK+VKVI F S+QDAFLGF++K RE+KF  RVKRYVGIWCCV ++
Sbjct: 546 PKHSGEETFKTVFSAFKDVKVIQFSSMQDAFLGFSDKTREEKFRNRVKRYVGIWCCVDSH 605

Query: 605 TPGHIYYDMYWDKKPNWKPLPPQKPEDDHPP 633
           TPGHIYYDMYWD+KP WKP PPQ PEDDHPP
Sbjct: 606 TPGHIYYDMYWDEKPGWKPAPPQTPEDDHPP 635

[Close]

BLAST of Spo12186.1 vs. NCBI nr
Match: gi|802647153|ref|XP_012079766.1| (PREDICTED: uncharacterized protein LOC105640147 [Jatropha curcas])

HSP 1 Score: 1016.1 bits (2626), Expect = 2.600e-293
Identity = 474/633 (74.88%), Postives = 549/633 (86.73%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSR-GDSLLQ 64
           N  Q    +KPLF+TIYATV+VGI+FSSFYVFSA+YSS    A   +S+ PS     + Q
Sbjct: 14  NAYQAVVNTKPLFLTIYATVVVGILFSSFYVFSAVYSSSSLSATTWLSSPPSSLSRHIDQ 73

Query: 65  APNSSPSTGLSTHSVSP----VNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVK 124
           + N S     S   VSP    + PQ+  LKPIWE PP + KMP I  FRL K++VE+RV+
Sbjct: 74  SSNISQQEAKSIVVVSPPIKTLRPQTKQLKPIWEAPPGNSKMPSIKKFRLTKKMVEERVQ 133

Query: 125 DNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMS 184
           DN IIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKG+PVFDM SHMS
Sbjct: 134 DNVIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGVPVFDMESHMS 193

Query: 185 TIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTS 244
           T DVGWGSPTFHKMGREKV+LID+ILPFGYELLMCDTDMVWLKNPLPY AR+P+ADVLTS
Sbjct: 194 TADVGWGSPTFHKMGREKVMLIDAILPFGYELLMCDTDMVWLKNPLPYLARYPDADVLTS 253

Query: 245 TDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFN 304
           +DQV+PTVVDDRLD+WQ+V  AYNIGIFHWRPTESSKKLAK WKE+LLAD+KIWDQNGFN
Sbjct: 254 SDQVVPTVVDDRLDIWQEVGAAYNIGIFHWRPTESSKKLAKEWKEVLLADDKIWDQNGFN 313

Query: 305 DILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTT 364
           DI+R QLGPS+DDESGL YA+DGNLKLG+LP+SIFCSGHTYF+QAM+QQ +LE YAVHTT
Sbjct: 314 DIVRRQLGPSLDDESGLVYAFDGNLKLGILPASIFCSGHTYFVQAMHQQLRLEAYAVHTT 373

Query: 365 FQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNY 424
           FQYAGTEGKRHRLRE M+FYDPP+YY++PGGFLSFKPSIP+SL+LDG+HS+ESHF ++NY
Sbjct: 374 FQYAGTEGKRHRLREGMVFYDPPDYYDAPGGFLSFKPSIPKSLVLDGQHSLESHFSLINY 433

Query: 425 QMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNV 484
           Q+KQIR+ALAIASLLNRTLVMPPIWCRLDRLWF HPG+L G+MTRQPFICP+DHVFEVNV
Sbjct: 434 QIKQIRSALAIASLLNRTLVMPPIWCRLDRLWFSHPGVLVGSMTRQPFICPLDHVFEVNV 493

Query: 485 MLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLL 544
           ML+ L +++FGP I+IREYSFLDNP+LP +VKESWLDVQLCQ G+  C A++ +S +G+L
Sbjct: 494 MLKQLPEEDFGPGINIREYSFLDNPSLPKQVKESWLDVQLCQEGTHGCVASNRTSPSGVL 553

Query: 545 RFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVM 604
           RFPKH +E   K+VFS FK+VKVI F S+QD FLGF +K RE+KF  RVKRYVGIWCCV 
Sbjct: 554 RFPKHSNEDMIKAVFSSFKDVKVIQFSSMQDGFLGFTDKAREEKFRNRVKRYVGIWCCVE 613

Query: 605 NNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPP 633
           N+TPGH+YYDMYWD+KP+WKP+PP+ PE DHPP
Sbjct: 614 NHTPGHVYYDMYWDEKPDWKPMPPETPELDHPP 646

[Close]

BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RZQ8_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_010650 PE=4 SV=1)

HSP 1 Score: 1315.8 bits (3404), Expect = 0.000e+0
Identity = 633/633 (100.00%), Postives = 633/633 (100.00%), Query Frame = 1

		  
Query: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60
           MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS
Sbjct: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60

Query: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120
           LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD
Sbjct: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120

Query: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180
           NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST
Sbjct: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180

Query: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240
           IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST
Sbjct: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240

Query: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300
           DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND
Sbjct: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300

Query: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360
           ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF
Sbjct: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360

Query: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420
           QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ
Sbjct: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420

Query: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480
           MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM
Sbjct: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480

Query: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540
           LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR
Sbjct: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540

Query: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600
           FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN
Sbjct: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600

Query: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
           NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV
Sbjct: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 633

[Close]

BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CFH0_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g102380 PE=4 SV=1)

HSP 1 Score: 1148.3 bits (2969), Expect = 0.000e+0
Identity = 548/633 (86.57%), Postives = 586/633 (92.58%), Query Frame = 1

		  
Query: 1   MALENPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDS 60
           MA ENPCQEAAKSKPLFVTIYATVI+GI FSS YVFSAIYSS+PPDA IS+S   S GD 
Sbjct: 1   MAWENPCQEAAKSKPLFVTIYATVIIGIFFSSVYVFSAIYSSKPPDAEISLSFPHSGGDP 60

Query: 61  LLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKD 120
           L +A NSS    LST S+SP   +ST LKPIWEPP K+KKMPP+ SFRL KELVE+RVKD
Sbjct: 61  LHEAQNSS----LSTTSLSPAKSRSTLLKPIWEPPSKTKKMPPLKSFRLTKELVEKRVKD 120

Query: 121 NTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180
           N IIVTFGNYAFMDFILTWVK LTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST
Sbjct: 121 NIIIVTFGNYAFMDFILTWVKCLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMST 180

Query: 181 IDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240
           IDVGWGSPTFHKMGREKVILID+ILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST
Sbjct: 181 IDVGWGSPTFHKMGREKVILIDTILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTST 240

Query: 241 DQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFND 300
           DQV+PTV+DDRL+VWQQV+GAYNIGIFHWRPTE SKKLAK WKELLLADEKIWDQNGFND
Sbjct: 241 DQVVPTVLDDRLEVWQQVTGAYNIGIFHWRPTEYSKKLAKQWKELLLADEKIWDQNGFND 300

Query: 301 ILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTF 360
           I+R QLGPSVD ESGL YAYDGNLKLGLLP+SIFCSGHTYF+QAMYQQFKLEPYAVHTTF
Sbjct: 301 IVRRQLGPSVDGESGLVYAYDGNLKLGLLPASIFCSGHTYFVQAMYQQFKLEPYAVHTTF 360

Query: 361 QYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQ 420
           QYAGTEGKRHRLREAM+FYDPPEYYNSPGGF+SFKPSIPRSLLLDGEH+VESHF  VNYQ
Sbjct: 361 QYAGTEGKRHRLREAMVFYDPPEYYNSPGGFMSFKPSIPRSLLLDGEHNVESHFSAVNYQ 420

Query: 421 MKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVM 480
           +KQIRTALAIASLLNRTLVMP IWCRLDRLWFGHPG+LEGT+TRQPFICP+DHVFEVNVM
Sbjct: 421 LKQIRTALAIASLLNRTLVMPAIWCRLDRLWFGHPGVLEGTVTRQPFICPLDHVFEVNVM 480

Query: 481 LRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLR 540
           L++L QQE+GP IDIREYSFLDNPALP +VKESWLDVQLCQVGSKDCH T NSSA GLLR
Sbjct: 481 LQNLPQQEYGPRIDIREYSFLDNPALPREVKESWLDVQLCQVGSKDCHVTDNSSAPGLLR 540

Query: 541 FPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMN 600
           FPK+G+E+T+K+VFS FKNVKVINF+SIQDAF GFA+KEREQKF +RVKRYVGIWCCV N
Sbjct: 541 FPKYGNEETYKTVFSSFKNVKVINFLSIQDAFTGFADKEREQKFRRRVKRYVGIWCCVTN 600

Query: 601 NTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
            T GHIYYDMYWD+KP WKPLPPQ PE+DHPPV
Sbjct: 601 RTIGHIYYDMYWDEKPGWKPLPPQTPEEDHPPV 629

[Close]

BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
Match: A0A061G711_THECC (Xyloglucanase 113 isoform 1 OS=Theobroma cacao GN=TCM_016700 PE=4 SV=1)

HSP 1 Score: 1020.8 bits (2638), Expect = 7.300e-295
Identity = 479/631 (75.91%), Postives = 552/631 (87.48%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDSLLQ- 64
           N  QEAA SKPLF+TIYATVIVGI+ SSFYVFSAIYS      + S+STS     SL Q 
Sbjct: 6   NAVQEAAGSKPLFLTIYATVIVGIVVSSFYVFSAIYSPSASTTQ-SVSTSWLSSPSLSQN 65

Query: 65  --APNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKDN 124
             + +S  S  +S  S     P S NL+PIWE PP++ KMPP+  F L KELVE+R KDN
Sbjct: 66  GVSLSSGQSINISQPSGIASQPGSNNLRPIWEAPPRTSKMPPLKFFSLTKELVEERAKDN 125

Query: 125 TIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMSTI 184
            IIVTFGN+AFMDFILTWVKHLTDLG+SNLLVGAMDTKLL+ALYWKGIP FDMGSHMSTI
Sbjct: 126 VIIVTFGNFAFMDFILTWVKHLTDLGVSNLLVGAMDTKLLKALYWKGIPAFDMGSHMSTI 185

Query: 185 DVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTSTD 244
           DVGWGSPTFHKMGREKV+LI++ILPFGYELLMCDTDMVWLKNPLPY AR+P+ADVLTS+D
Sbjct: 186 DVGWGSPTFHKMGREKVLLINAILPFGYELLMCDTDMVWLKNPLPYLARYPDADVLTSSD 245

Query: 245 QVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFNDI 304
           QV+PTVVDDRL  W+QV  AYNIGIFHWRPTE + KLAK WK++LLAD+KIWDQNGFN++
Sbjct: 246 QVVPTVVDDRLADWKQVGAAYNIGIFHWRPTEPAIKLAKEWKDMLLADDKIWDQNGFNEL 305

Query: 305 LRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTFQ 364
           +R Q GP+VDD+SGLFYA+DGNLKLG+LP SIFCSGHTYF+QAMY+Q +LEPYA+HTTFQ
Sbjct: 306 VRRQSGPAVDDDSGLFYAFDGNLKLGILPESIFCSGHTYFVQAMYEQLRLEPYALHTTFQ 365

Query: 365 YAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQM 424
           YAGTEGKRHRLREAM+FYDPPEYY++PGGFLSFKPSIP+SLLL+GE+++ESHF ++NYQM
Sbjct: 366 YAGTEGKRHRLREAMVFYDPPEYYDAPGGFLSFKPSIPKSLLLEGENNLESHFSLINYQM 425

Query: 425 KQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVML 484
           KQIR+ALAIASLLNRTLVMPP+WCRLDRLWF HPG+L G+MTRQPF+CP+DHVFEVNVML
Sbjct: 426 KQIRSALAIASLLNRTLVMPPLWCRLDRLWFPHPGVLVGSMTRQPFLCPLDHVFEVNVML 485

Query: 485 RDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLRF 544
           +DL  +EFGP I+IREYSFL+NP LP +VKE WLDVQLCQ G++DCHA+SN+S  GLLRF
Sbjct: 486 KDLPVEEFGPAINIREYSFLNNPLLPQQVKELWLDVQLCQEGTEDCHASSNTSRPGLLRF 545

Query: 545 PKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMNN 604
           PKH  E+TFK+VFS FK+VKVI F S+QDAFLGF++K RE+KF  RVKRYVGIWCCV ++
Sbjct: 546 PKHSGEETFKTVFSAFKDVKVIQFSSMQDAFLGFSDKTREEKFRNRVKRYVGIWCCVDSH 605

Query: 605 TPGHIYYDMYWDKKPNWKPLPPQKPEDDHPP 633
           TPGHIYYDMYWD+KP WKP PPQ PEDDHPP
Sbjct: 606 TPGHIYYDMYWDEKPGWKPAPPQTPEDDHPP 635

[Close]

BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
Match: A0A067K5R1_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_15383 PE=4 SV=1)

HSP 1 Score: 1016.1 bits (2626), Expect = 1.800e-293
Identity = 474/633 (74.88%), Postives = 549/633 (86.73%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSR-GDSLLQ 64
           N  Q    +KPLF+TIYATV+VGI+FSSFYVFSA+YSS    A   +S+ PS     + Q
Sbjct: 14  NAYQAVVNTKPLFLTIYATVVVGILFSSFYVFSAVYSSSSLSATTWLSSPPSSLSRHIDQ 73

Query: 65  APNSSPSTGLSTHSVSP----VNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVK 124
           + N S     S   VSP    + PQ+  LKPIWE PP + KMP I  FRL K++VE+RV+
Sbjct: 74  SSNISQQEAKSIVVVSPPIKTLRPQTKQLKPIWEAPPGNSKMPSIKKFRLTKKMVEERVQ 133

Query: 125 DNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMS 184
           DN IIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKG+PVFDM SHMS
Sbjct: 134 DNVIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGVPVFDMESHMS 193

Query: 185 TIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTS 244
           T DVGWGSPTFHKMGREKV+LID+ILPFGYELLMCDTDMVWLKNPLPY AR+P+ADVLTS
Sbjct: 194 TADVGWGSPTFHKMGREKVMLIDAILPFGYELLMCDTDMVWLKNPLPYLARYPDADVLTS 253

Query: 245 TDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFN 304
           +DQV+PTVVDDRLD+WQ+V  AYNIGIFHWRPTESSKKLAK WKE+LLAD+KIWDQNGFN
Sbjct: 254 SDQVVPTVVDDRLDIWQEVGAAYNIGIFHWRPTESSKKLAKEWKEVLLADDKIWDQNGFN 313

Query: 305 DILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTT 364
           DI+R QLGPS+DDESGL YA+DGNLKLG+LP+SIFCSGHTYF+QAM+QQ +LE YAVHTT
Sbjct: 314 DIVRRQLGPSLDDESGLVYAFDGNLKLGILPASIFCSGHTYFVQAMHQQLRLEAYAVHTT 373

Query: 365 FQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNY 424
           FQYAGTEGKRHRLRE M+FYDPP+YY++PGGFLSFKPSIP+SL+LDG+HS+ESHF ++NY
Sbjct: 374 FQYAGTEGKRHRLREGMVFYDPPDYYDAPGGFLSFKPSIPKSLVLDGQHSLESHFSLINY 433

Query: 425 QMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNV 484
           Q+KQIR+ALAIASLLNRTLVMPPIWCRLDRLWF HPG+L G+MTRQPFICP+DHVFEVNV
Sbjct: 434 QIKQIRSALAIASLLNRTLVMPPIWCRLDRLWFSHPGVLVGSMTRQPFICPLDHVFEVNV 493

Query: 485 MLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLL 544
           ML+ L +++FGP I+IREYSFLDNP+LP +VKESWLDVQLCQ G+  C A++ +S +G+L
Sbjct: 494 MLKQLPEEDFGPGINIREYSFLDNPSLPKQVKESWLDVQLCQEGTHGCVASNRTSPSGVL 553

Query: 545 RFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVM 604
           RFPKH +E   K+VFS FK+VKVI F S+QD FLGF +K RE+KF  RVKRYVGIWCCV 
Sbjct: 554 RFPKHSNEDMIKAVFSSFKDVKVIQFSSMQDGFLGFTDKAREEKFRNRVKRYVGIWCCVE 613

Query: 605 NNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPP 633
           N+TPGH+YYDMYWD+KP+WKP+PP+ PE DHPP
Sbjct: 614 NHTPGHVYYDMYWDEKPDWKPMPPETPELDHPP 646

[Close]

BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
Match: A0A0D2MZW3_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_004G177500 PE=4 SV=1)

HSP 1 Score: 1013.4 bits (2619), Expect = 1.200e-292
Identity = 468/628 (74.52%), Postives = 544/628 (86.62%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYSSEPPDARISISTSPSRGDSLLQA 64
           N  QEAA SKPLF+TIY T+IVGI+ +SFYVFSAIYS   P +  SISTS      L Q 
Sbjct: 6   NAVQEAAASKPLFLTIYTTIIVGIVATSFYVFSAIYSPSAPTSTQSISTSWLSSPPLSQN 65

Query: 65  PNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKDNTII 124
             S+ S  +S  +     P S  LK IWE PP + KMPP++SF+L KELV +R KDN II
Sbjct: 66  GGSNFSNNISQPTDKASQPGSNQLKTIWEAPPSNSKMPPLESFKLTKELVGERAKDNVII 125

Query: 125 VTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMGSHMSTIDVG 184
           VTFGN+AFMDFILTWVKHLTDL +SNLLVGAMDTKLLEALYWKG+PVFDMGSHMSTIDVG
Sbjct: 126 VTFGNFAFMDFILTWVKHLTDLDVSNLLVGAMDTKLLEALYWKGVPVFDMGSHMSTIDVG 185

Query: 185 WGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEADVLTSTDQVI 244
           WGSPTFHKMGREKV+LI++ILPFGYELLMCDTDMVWLK+PLPY A++P+AD+LTS+DQV+
Sbjct: 186 WGSPTFHKMGREKVLLINAILPFGYELLMCDTDMVWLKDPLPYLAQYPDADILTSSDQVV 245

Query: 245 PTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQNGFNDILRM 304
           PTVVDDRL  W+QV  AYNIGIFHWRPTE + KLAK WK++LLAD+KIWDQNGFN++ R 
Sbjct: 246 PTVVDDRLADWKQVGAAYNIGIFHWRPTEPAIKLAKEWKDMLLADDKIWDQNGFNELARK 305

Query: 305 QLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTFQYAG 364
           Q GP+VDD+SGLFYA+DG LKLG+LP SIFCSGHTYF+QAMY+Q +LEPYA+HTTFQY G
Sbjct: 306 QTGPAVDDDSGLFYAFDGTLKLGILPESIFCSGHTYFVQAMYEQLRLEPYALHTTFQYGG 365

Query: 365 TEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFDVVNYQMKQI 424
           TEGKRHRLREAM+FYDPPEYY++PGGFLSFKPSIP+SLLLDGEH++ESHF ++NYQMKQI
Sbjct: 366 TEGKRHRLREAMVFYDPPEYYDAPGGFLSFKPSIPKSLLLDGEHNLESHFSLINYQMKQI 425

Query: 425 RTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVFEVNVMLRDL 484
           R+ALAIASLLNRTLVMPP+WCRLDRLWF HPG+LEG+MTRQPF+CP+DHVFEVNVML+DL
Sbjct: 426 RSALAIASLLNRTLVMPPLWCRLDRLWFSHPGVLEGSMTRQPFLCPLDHVFEVNVMLKDL 485

Query: 485 SQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSAAGLLRFPKH 544
            ++EFGP I+IREYSFL+NP LP +VKESWLDVQLCQ G++DCHA+SN+S  GLLRFPK+
Sbjct: 486 PEEEFGPEINIREYSFLNNPLLPQQVKESWLDVQLCQEGTEDCHASSNTSRPGLLRFPKN 545

Query: 545 GSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIWCCVMNNTPG 604
            +E+ FK+VFS FK+VKVI F S+Q AF  F +K RE KF  R+KRYVGIWCCV N+TPG
Sbjct: 546 STEEMFKTVFSSFKDVKVIQFSSMQGAFYSFTDKTREGKFRNRMKRYVGIWCCVENHTPG 605

Query: 605 HIYYDMYWDKKPNWKPLPPQKPEDDHPP 633
           HIYYDMYWD+KP WKP PPQ PE+DHPP
Sbjct: 606 HIYYDMYWDEKPGWKPAPPQTPEEDHPP 633

[Close]

BLAST of Spo12186.1 vs. ExPASy Swiss-Prot
Match: XG113_ARATH (Arabinosyltransferase XEG113 OS=Arabidopsis thaliana GN=XEG113 PE=2 SV=1)

HSP 1 Score: 1008.1 bits (2605), Expect = 4.400e-293
Identity = 465/638 (72.88%), Postives = 549/638 (86.05%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYS---------SEPPDARISISTSP 64
           N  ++A  SKPLFVTIYATVI+G++ SSFYVFSAIYS         S PP +      S 
Sbjct: 7   NGFRDATNSKPLFVTIYATVIIGVLVSSFYVFSAIYSPTNGSSSFLSFPPLSTSGRIHSL 66

Query: 65  SRGDSLLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVE 124
            + ++ L+ P + P    +         Q  +L  IW  PP+ KKMPP+++F+L KEL  
Sbjct: 67  PQENATLELPVAPPPPPQALPPPVLEEAQGNSLGKIWVSPPRDKKMPPLETFKLTKELFG 126

Query: 125 QRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMG 184
           +RVKDN IIVTFGNYAFMDFILTWVKHLTDL LSN+LVGAMDTKLLEALYWKG+PVFDMG
Sbjct: 127 ERVKDNVIIVTFGNYAFMDFILTWVKHLTDLDLSNILVGAMDTKLLEALYWKGVPVFDMG 186

Query: 185 SHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEAD 244
           SHMST+DVGWGSPTFHKMGREKVILIDS+LPFGYELLMCDTDMVWLKNP+PY ARFP+AD
Sbjct: 187 SHMSTVDVGWGSPTFHKMGREKVILIDSVLPFGYELLMCDTDMVWLKNPMPYLARFPDAD 246

Query: 245 VLTSTDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQ 304
           VLTS+DQV+PTV+DD LD+WQQV  AYNIGIFHWRPTES+KKLAK WKE+LLAD+K+WDQ
Sbjct: 247 VLTSSDQVVPTVIDDSLDIWQQVGAAYNIGIFHWRPTESAKKLAKEWKEILLADDKVWDQ 306

Query: 305 NGFNDILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYA 364
           NGFN+I+R QLGPSV+ +SGLFYAYDGNLK+G+LP+SIFCSGHTYF+QAMYQQ +LEPYA
Sbjct: 307 NGFNEIVRRQLGPSVEGDSGLFYAYDGNLKVGILPASIFCSGHTYFVQAMYQQLRLEPYA 366

Query: 365 VHTTFQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFD 424
           VHTTFQYAGTEGKRHRLRE M+FYDPPEYY+SPGGF++FKPSIP+SLLLDG+H++ESHF 
Sbjct: 367 VHTTFQYAGTEGKRHRLREGMVFYDPPEYYDSPGGFIAFKPSIPKSLLLDGKHTIESHFI 426

Query: 425 VVNYQMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVF 484
           +VN+QMKQIR+ALAIASLLNRTLVMPPIWCRLDRLWFGHPG L+G+MTRQPFICP+DHVF
Sbjct: 427 LVNHQMKQIRSALAIASLLNRTLVMPPIWCRLDRLWFGHPGTLQGSMTRQPFICPLDHVF 486

Query: 485 EVNVMLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSA 544
           EVN+ML++L ++EFGP I IREYSFLDNP LP +VKESWLDVQLCQ G + C A++N+S 
Sbjct: 487 EVNIMLKELPEEEFGPGIGIREYSFLDNPLLPKQVKESWLDVQLCQEGKEGCEASNNTSP 546

Query: 545 AGLLRFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIW 604
           + +L+FPK  +E TFK++FS F +VKVI F SI+DAF+GF++KERE++F +RVKRYVGIW
Sbjct: 547 SRVLKFPKRSNEDTFKAIFSSFDDVKVIKFSSIEDAFIGFSDKEREERFRRRVKRYVGIW 606

Query: 605 CCVMNNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
           CC  N TPGHIYYDMYWD+KP WKP+PPQ PE+DHPP+
Sbjct: 607 CCEENKTPGHIYYDMYWDEKPGWKPVPPQTPEEDHPPL 644

[Close]

BLAST of Spo12186.1 vs. ExPASy Swiss-Prot
Match: RAY1_ARATH (Beta-arabinofuranosyltransferase RAY1 OS=Arabidopsis thaliana GN=RAY1 PE=2 SV=1)

HSP 1 Score: 77.0 bits (188), Expect = 8.100e-13
Identity = 45/159 (28.30%), Postives = 80/159 (50.31%), Query Frame = 1

		  
Query: 97  KSKKMPPID-SFRLRKELVEQRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGA 156
           K + +PP+   F L   L     K+ T++++   Y++ D +++WV  L  L + N LV A
Sbjct: 248 KDETVPPLKFPFDLESLLPLVADKNRTVVLSVAGYSYKDMLMSWVCRLRRLKVPNFLVCA 307

Query: 157 MDTKLLEALYWKGIPVFD---MGSHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELL 216
           +D +  +    +G+PVF       ++S  D  +GS  F ++ + K   +  IL  GY +L
Sbjct: 308 LDDETYQFSILQGLPVFFDPYAPKNISFNDCHFGSKCFQRVTKVKSRTVLKILKLGYNVL 367

Query: 217 MCDTDMVWLKNPLPYFARFPEADVLTSTDQVIPTVVDDR 252
           + D D+ W +NPLP    F  + +   +D+   T   +R
Sbjct: 368 LSDVDVYWFRNPLPLLQSFGPSVLAAQSDEYNTTAPINR 406

[Close]

BLAST of Spo12186.1 vs. ExPASy Swiss-Prot
Match: AGTA_DICDI (UDP-galactose:fucoside alpha-3-galactosyltransferase OS=Dictyostelium discoideum GN=agtA PE=1 SV=1)

HSP 1 Score: 54.7 bits (130), Expect = 4.300e-6
Identity = 66/294 (22.45%), Postives = 117/294 (39.80%), Query Frame = 1

		  
Query: 118 VKDNTIIVTFGNYAFMDFILTWVKHLTDLGL--SNLLVGAMDTKLLEALY-WKGIPVFD- 177
           +K+N  IV   NY F D  L  +K    L +  S  ++  MD K  +    +KGI     
Sbjct: 8   IKENDKIVLMCNYGFRDMTLNLLKCFEKLSIDKSRYILYCMDDKAYQFFAEFKGIECQRF 67

Query: 178 -----MGSHMSTIDV------------------GWGSPTFHKMGREKVILIDSILPFGYE 237
                + S  S+  +                   +G   F  +  EK +++  +L  GY 
Sbjct: 68  SRDDIINSSTSSTQLFHDNNTNDNKGIYSENAESYGDIGFRAICNEKPLVVLDVLKKGYN 127

Query: 238 LLMCDTDMVWLKNPLPYFARFPEADVLTSTDQVIPTVVDDRLDVW-QQVSGAYNIGIFHW 297
           +L  DTD+VW ++P  +F +          +Q      DD +D++ QQ       G +  
Sbjct: 128 VLWTDTDIVWKRDPFIHFYQ--------DINQENQFTNDDDIDLYVQQDDDDICAGFYFI 187

Query: 298 RPTESSKKLAKHWKELLLADEKIWDQNGFNDILRMQLGPSVDDESGLFYAYDGN----LK 357
           R  + + K  +    +   +  I DQ      L+ Q G ++  ++ L    + +    ++
Sbjct: 188 RSNQRTIKFIQ--DSINFLNPCIDDQIAMRLFLKSQ-GINIKSKNILLSLSENDKKDKIR 247

Query: 358 LGLLPSSIFCSGHTYFIQAMYQQFKLEPYAVHTTFQYAGTEGKRHRLREAMLFY 380
             LL   +F +G  YF   + Q+  + P+ +H      G   K+ R  E  L+Y
Sbjct: 248 YRLLDKKLFPNGTNYFNLKITQRDNITPFIIHNNC-IIGHRSKKDRFIEYGLWY 289

[Close]

BLAST of Spo12186.1 vs. TAIR (Arabidopsis)
Match: AT2G35610.1 (xyloglucanase 113)

HSP 1 Score: 1008.1 bits (2605), Expect = 2.500e-294
Identity = 465/638 (72.88%), Postives = 549/638 (86.05%), Query Frame = 1

		  
Query: 5   NPCQEAAKSKPLFVTIYATVIVGIIFSSFYVFSAIYS---------SEPPDARISISTSP 64
           N  ++A  SKPLFVTIYATVI+G++ SSFYVFSAIYS         S PP +      S 
Sbjct: 7   NGFRDATNSKPLFVTIYATVIIGVLVSSFYVFSAIYSPTNGSSSFLSFPPLSTSGRIHSL 66

Query: 65  SRGDSLLQAPNSSPSTGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVE 124
            + ++ L+ P + P    +         Q  +L  IW  PP+ KKMPP+++F+L KEL  
Sbjct: 67  PQENATLELPVAPPPPPQALPPPVLEEAQGNSLGKIWVSPPRDKKMPPLETFKLTKELFG 126

Query: 125 QRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEALYWKGIPVFDMG 184
           +RVKDN IIVTFGNYAFMDFILTWVKHLTDL LSN+LVGAMDTKLLEALYWKG+PVFDMG
Sbjct: 127 ERVKDNVIIVTFGNYAFMDFILTWVKHLTDLDLSNILVGAMDTKLLEALYWKGVPVFDMG 186

Query: 185 SHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEAD 244
           SHMST+DVGWGSPTFHKMGREKVILIDS+LPFGYELLMCDTDMVWLKNP+PY ARFP+AD
Sbjct: 187 SHMSTVDVGWGSPTFHKMGREKVILIDSVLPFGYELLMCDTDMVWLKNPMPYLARFPDAD 246

Query: 245 VLTSTDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQ 304
           VLTS+DQV+PTV+DD LD+WQQV  AYNIGIFHWRPTES+KKLAK WKE+LLAD+K+WDQ
Sbjct: 247 VLTSSDQVVPTVIDDSLDIWQQVGAAYNIGIFHWRPTESAKKLAKEWKEILLADDKVWDQ 306

Query: 305 NGFNDILRMQLGPSVDDESGLFYAYDGNLKLGLLPSSIFCSGHTYFIQAMYQQFKLEPYA 364
           NGFN+I+R QLGPSV+ +SGLFYAYDGNLK+G+LP+SIFCSGHTYF+QAMYQQ +LEPYA
Sbjct: 307 NGFNEIVRRQLGPSVEGDSGLFYAYDGNLKVGILPASIFCSGHTYFVQAMYQQLRLEPYA 366

Query: 365 VHTTFQYAGTEGKRHRLREAMLFYDPPEYYNSPGGFLSFKPSIPRSLLLDGEHSVESHFD 424
           VHTTFQYAGTEGKRHRLRE M+FYDPPEYY+SPGGF++FKPSIP+SLLLDG+H++ESHF 
Sbjct: 367 VHTTFQYAGTEGKRHRLREGMVFYDPPEYYDSPGGFIAFKPSIPKSLLLDGKHTIESHFI 426

Query: 425 VVNYQMKQIRTALAIASLLNRTLVMPPIWCRLDRLWFGHPGILEGTMTRQPFICPMDHVF 484
           +VN+QMKQIR+ALAIASLLNRTLVMPPIWCRLDRLWFGHPG L+G+MTRQPFICP+DHVF
Sbjct: 427 LVNHQMKQIRSALAIASLLNRTLVMPPIWCRLDRLWFGHPGTLQGSMTRQPFICPLDHVF 486

Query: 485 EVNVMLRDLSQQEFGPHIDIREYSFLDNPALPLKVKESWLDVQLCQVGSKDCHATSNSSA 544
           EVN+ML++L ++EFGP I IREYSFLDNP LP +VKESWLDVQLCQ G + C A++N+S 
Sbjct: 487 EVNIMLKELPEEEFGPGIGIREYSFLDNPLLPKQVKESWLDVQLCQEGKEGCEASNNTSP 546

Query: 545 AGLLRFPKHGSEKTFKSVFSPFKNVKVINFMSIQDAFLGFAEKEREQKFEKRVKRYVGIW 604
           + +L+FPK  +E TFK++FS F +VKVI F SI+DAF+GF++KERE++F +RVKRYVGIW
Sbjct: 547 SRVLKFPKRSNEDTFKAIFSSFDDVKVIKFSSIEDAFIGFSDKEREERFRRRVKRYVGIW 606

Query: 605 CCVMNNTPGHIYYDMYWDKKPNWKPLPPQKPEDDHPPV 634
           CC  N TPGHIYYDMYWD+KP WKP+PPQ PE+DHPP+
Sbjct: 607 CCEENKTPGHIYYDMYWDEKPGWKPVPPQTPEEDHPPL 644

[Close]

BLAST of Spo12186.1 vs. TAIR (Arabidopsis)
Match: AT1G70630.1 (Nucleotide-diphospho-sugar transferase family protein)

HSP 1 Score: 77.0 bits (188), Expect = 4.600e-14
Identity = 45/159 (28.30%), Postives = 80/159 (50.31%), Query Frame = 1

		  
Query: 97  KSKKMPPID-SFRLRKELVEQRVKDNTIIVTFGNYAFMDFILTWVKHLTDLGLSNLLVGA 156
           K + +PP+   F L   L     K+ T++++   Y++ D +++WV  L  L + N LV A
Sbjct: 248 KDETVPPLKFPFDLESLLPLVADKNRTVVLSVAGYSYKDMLMSWVCRLRRLKVPNFLVCA 307

Query: 157 MDTKLLEALYWKGIPVFD---MGSHMSTIDVGWGSPTFHKMGREKVILIDSILPFGYELL 216
           +D +  +    +G+PVF       ++S  D  +GS  F ++ + K   +  IL  GY +L
Sbjct: 308 LDDETYQFSILQGLPVFFDPYAPKNISFNDCHFGSKCFQRVTKVKSRTVLKILKLGYNVL 367

Query: 217 MCDTDMVWLKNPLPYFARFPEADVLTSTDQVIPTVVDDR 252
           + D D+ W +NPLP    F  + +   +D+   T   +R
Sbjct: 368 LSDVDVYWFRNPLPLLQSFGPSVLAAQSDEYNTTAPINR 406

[Close]

BLAST of Spo12186.1 vs. TAIR (Arabidopsis)
Match: AT4G19970.1 (Nucleotide-diphospho-sugar transferase, predicted (InterPro:IPR005069))

HSP 1 Score: 52.0 bits (123), Expect = 1.600e-6
Identity = 56/246 (22.76%), Postives = 97/246 (39.43%), Query Frame = 1

		  
Query: 71  TGLSTHSVSPVNPQSTNLKPIWEPPPKSKKMPPIDSFRLRKELVEQRVKDNTIIVTFGNY 130
           T    H    VN  S+  +P+ +    S  +    S   R+ L     ++ T+IVT  N 
Sbjct: 406 TAYPLHQELDVNNLSS--RPLLDHTSSSSPLTRSKSISFREVLENASTENRTVIVTTLNQ 465

Query: 131 AFMDFILTWVKHLTDLGLSNLLVGAMDTKLLEAL---------YWKGIPVFDMGSHMSTI 190
           A+ +        L DL L +  +G    KLL+ +         + +   +     ++ T 
Sbjct: 466 AWAE-----PNSLFDLFLESFRIGQGTKKLLQHVVVVCLDSKAFARCSQLHPNCYYLKTT 525

Query: 191 DVGWG------SPTFHKMGREKVILIDSILPFGYELLMCDTDMVWLKNPLPYFARFPEAD 250
              +       +P + KM   ++ L+  +L  GY  +  D D++WL++P P    +P+ D
Sbjct: 526 GTDFSGEKLFATPDYLKMMWRRIELLTQVLEMGYNFIFTDADIMWLRDPFPRL--YPDGD 585

Query: 251 VLTSTDQVIPTVVDDRLDVWQQVSGAYNIGIFHWRPTESSKKLAKHWKELLLADEKIWDQ 302
              + D+      D   D W       N G  + +    S +  K W    L   K+ DQ
Sbjct: 586 FQMACDRFFGDPHDS--DNW------VNGGFTYVKSNHRSIEFYKFWYNSRLDYPKMHDQ 634

The following BLAST results are available for this feature:

BLAST of Spo12186.1 vs. NCBI nr
BLAST of Spo12186.1 vs. UniProtKB/TrEMBL
BLAST of Spo12186.1 vs. ExPASy Swiss-Prot
BLAST of Spo12186.1 vs. TAIR (Arabidopsis)

BLAST of Spo12186.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
gi\|902237958\|gb\|KNA24990.1\|	0.0e+0	100.	hypothetical protein SOVF_0106...	[more]
gi\|731331522\|ref\|XP_010676703.1\|	0.0e+0	86.5	PREDICTED: uncharacterized pro...	[more]
gi\|731331524\|ref\|XP_010676704.1\|	1.9e-296	89.3	PREDICTED: uncharacterized pro...	[more]
gi\|590680449\|ref\|XP_007040865.1\|	1.0e-294	75.9	Xyloglucanase 113 isoform 1 [T...	[more]
gi\|802647153\|ref\|XP_012079766.1\|	2.6e-293	74.8	PREDICTED: uncharacterized pro...	[more]

BLAST of Spo12186.1 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
A0A0K9RZQ8_SPIOL	0.0e+0	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8CFH0_BETVU	0.0e+0	86.5	Uncharacterized protein OS=Bet...	[more]
A0A061G711_THECC	7.3e-295	75.9	Xyloglucanase 113 isoform 1 OS...	[more]
A0A067K5R1_JATCU	1.8e-293	74.8	Uncharacterized protein OS=Jat...	[more]
A0A0D2MZW3_GOSRA	1.2e-292	74.5	Uncharacterized protein OS=Gos...	[more]

BLAST of Spo12186.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 3

Position :

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x 1


Match Name	E-value	Identity	Description
XG113_ARATH	4.4e-293	72.8	Arabinosyltransferase XEG113 O...	[more]
RAY1_ARATH	8.1e-13	28.3	Beta-arabinofuranosyltransfera...	[more]
AGTA_DICDI	4.3e-6	22.4	UDP-galactose:fucoside alpha-3...	[more]

BLAST of Spo12186.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 3

Position :

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x 1


Match Name	E-value	Identity	Description
AT2G35610.1	2.5e-294	72.8	xyloglucanase 113	[more]
AT1G70630.1	4.6e-14	28.3	Nucleotide-diphospho-sugar tra...	[more]
AT4G19970.1	1.6e-6	22.7	Nucleotide-diphospho-sugar tra...	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR005069	Nucleotide-diphospho-sugar transferase	PFAM	PF03407	Nucleotid_trans	coord: 148..372 score: 3.6
None	No IPR available	PANTHER	PTHR10994	RETICULON	coord: 18..522 score: 1.4E
None	No IPR available	PANTHER	PTHR10994:SF69	PROLINE-RICH PROTEIN 18	coord: 18..522 score: 1.4E

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0052325	cell wall pectin biosynthetic process
biological_process	GO:0000160	phosphorelay signal transduction system
biological_process	GO:0048316	seed development
biological_process	GO:0023052	signaling
biological_process	GO:0006486	protein glycosylation
biological_process	GO:0031323	regulation of cellular metabolic process
biological_process	GO:0000079	regulation of cyclin-dependent protein serine/threonine kinase activity
biological_process	GO:0060255	regulation of macromolecule metabolic process
biological_process	GO:0023014	signal transduction by protein phosphorylation
biological_process	GO:0009628	response to abiotic stimulus
biological_process	GO:0008152	metabolic process
biological_process	GO:0009987	cellular process
biological_process	GO:0048437	floral organ development
biological_process	GO:0048523	negative regulation of cellular process
biological_process	GO:0048827	phyllome development
biological_process	GO:0009725	response to hormone
biological_process	GO:0032784	regulation of DNA-templated transcription, elongation
biological_process	GO:0090501	RNA phosphodiester bond hydrolysis
biological_process	GO:0006357	regulation of transcription by RNA polymerase II
biological_process	GO:0006355	regulation of transcription, DNA-templated
biological_process	GO:0065008	regulation of biological quality
biological_process	GO:0030422	production of siRNA involved in RNA interference
biological_process	GO:0006259	DNA metabolic process
biological_process	GO:0080147	root hair cell development
biological_process	GO:0051607	defense response to virus
biological_process	GO:0006464	cellular protein modification process
biological_process	GO:0007154	cell communication
cellular_component	GO:0005634	nucleus
cellular_component	GO:0005768	endosome
cellular_component	GO:0005802	trans-Golgi network
cellular_component	GO:0019013	viral nucleocapsid
cellular_component	GO:1990904	ribonucleoprotein complex
cellular_component	GO:0009365	protein histidine kinase complex
cellular_component	GO:0016020	membrane
cellular_component	GO:0009506	plasmodesma
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004386	helicase activity
molecular_function	GO:0046983	protein dimerization activity
molecular_function	GO:0004525	ribonuclease III activity
molecular_function	GO:0000166	nucleotide binding
molecular_function	GO:0052636	arabinosyltransferase activity
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0008026	ATP-dependent helicase activity
molecular_function	GO:0019901	protein kinase binding
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0005515	protein binding
molecular_function	GO:0042393	histone binding
molecular_function	GO:0000155	phosphorelay sensor kinase activity
molecular_function	GO:0003723	RNA binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo27357	0.79	Barchart \| Table
Spo09831	0.78	Barchart \| Table
Spo19810	0.78	Barchart \| Table
Spo05286	0.76	Barchart \| Table
Spo08634	0.76	Barchart \| Table
Spo26119	0.72	Barchart \| Table
Spo16452	0.72	Barchart \| Table
Spo12410	0.71	Barchart \| Table
Spo23602	0.71	Barchart \| Table
Spo04928	0.70	Barchart \| Table
Spo20384	0.70	Barchart \| Table
Spo26530	0.70	Barchart \| Table
Spo24424	0.69	Barchart \| Table
Spo23988	0.69	Barchart \| Table
Spo11877	0.69	Barchart \| Table
Spo25649	0.68	Barchart \| Table
Spo01185	0.68	Barchart \| Table
Spo05181	0.68	Barchart \| Table
Spo16343	0.68	Barchart \| Table
Spo23655	0.68	Barchart \| Table
Spo26783	0.68	Barchart \| Table
Spo21171	0.67	Barchart \| Table
Spo24122	0.67	Barchart \| Table
Spo22622	0.67	Barchart \| Table
Spo20293	0.67	Barchart \| Table
Spo09365	0.67	Barchart \| Table
Spo19276	0.67	Barchart \| Table
Spo23733	0.66	Barchart \| Table
Spo19562	0.66	Barchart \| Table
Spo20250	0.66	Barchart \| Table
Spo15581	0.66	Barchart \| Table
Spo10094	0.66	Barchart \| Table
Spo19410	0.66	Barchart \| Table
Spo00903	0.66	Barchart \| Table
Spo08002	0.66	Barchart \| Table
Spo05665	0.66	Barchart \| Table
Spo08697	0.65	Barchart \| Table
Spo17082	0.65	Barchart \| Table
Spo25707	0.65	Barchart \| Table
Spo18253	0.65	Barchart \| Table
Spo02863	0.65	Barchart \| Table
Spo22598	0.65	Barchart \| Table
Spo24219	0.65	Barchart \| Table