Spo13536 (gene) | SpinachBase

Overview


Name	Spo13536
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	(Isopentenyl pyrophosphate isomerase) (5.3.3.2)
Location	chr2 : 1263598 .. 1305465 (+)

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.

AAATGACACGTGATTTGCTCTATGATTACATTTCCGTTTGAATCCGTTCCAAATCACGTGTTGTTTTTTCGAGTCGCTTCCACTTACCATTAGCACAGGCGCACTGTAAGCAGCAGCCATGGATGAAGCAGTTCAAGCCGAAGAATACTTTGATGTTCTTACCAAAACTGGCCAGAAAACCGGCATTCGCAAAACCAGGTCTCCATTAATTATTTGTTGCCTGTAATTCGTATTCTAATAATTAACTCAATGTTTAATTTATACATATGAAAAACCTGATCTTTCGTTCACTTTTCTCAATTTCAATTTAGATTTGATCGACACCCGATTAATTTTTCATATTTGATTCCCACCCACCTAATTTTTCTCAACTTTAATTCTGACCCACTTAATTACTTCGGATGATTTATCGTTACATTTTTAATTTTATTTTATGTCAGTGCTGAATTGTGTACGATCATTTTTATGTTGTTCTGTTTAATTTGATTAGTTTTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTAAATGATCGGTTATGAGGAGTGGATTATTTTTTTTAGAAAAAAACAAATTATTCCGACAAAATTTCTTCAGAATTTTGTTTCATGAAAATTGTATAATAACACAAACCAATACAATGTGAAAAAGTAAATTTTAGCGTAACTTGGTTAAATTTGTTTGTCATACTCATAACTAATCAATGGGATTCTACACGAAGCATAGAATGCCTTTTGAAGGTTTTGAGGTGATGCATCTGGCATTACCTTAAACAACCATAGTAGTTTTCTTTAGAATCGAAAATTACCCACCCAACAAAACTTTAGTGGGTTTCAAAAGTCTGGGACTCTATTTTATTTGGTTGCCACATGAATGTGCAATATTTGTAATGTTCGTTGCAATCTTTGTAATGTTCGTTGCTTCTAAAGCTTTTGTAATATTATGGGATGGCTTGGTGTTAAGAGATTTGAAAACGGTTAACCCTTTTTACTAAGAATGTTCTTATATGTTGGTGGATATTACCCCGGTGATTAATTTCTAAGAACTTGTGTAGAGGGCATGTTCATAGAGATGGGGATTACCATCGTGCTGTTCACGTGTGGATTTATTCTGAAAGCACAAACGAGCTTCTGCTTCAGAAACGTGCTGAATTCAAAGATTCCTGGCCAGGCCAGTGGGATATCTCCAGTGCAGGTCATATATCTGCTGGTGACTCTTCCCTCATAACAGCAAGGTAAATTGTGTCAATTTGTTAAATGTTGATCAGTCCTGTACTTCGTTACAATTCTAAGATTCAAAGTATTGGTCATGTCATGTGCTTTCTTATATTTGGGTTTTCACTGTCCATTTAAGTAAGCCATTGTATTTTATTTCATTTTCATGTTGTGATGGATAATTTGGTTGTTGTCGTATTGCAAGTGTCCTGTATTTTACATTCACTCTAAATTCTTGCAGAAGGGAACTTCAGGAAGAGCTAGGTGTCAATCTTCCAGAGGATGCATTTGAACTGTTGTTTGTTTTTCTTCAAGAGTGGTATGTACTTGATGTTGCTTCTATTCATCTTGATTGTGGTTGCTTTTGTGACTACGCTATTATTTACATATACATAGAAAGAAGTTGTGTATAAGATCATTCATGCGGTAAGTTGGTATGCCTTTAATTGTGTATGCCGATTGTTCTCCAAATATGCGACATGATTACTGAAGTTTAGAATGAATGAATTCCTTCGTCTTGCATGCATCAGGTACTTTTATTGTGTACCCACCCTTGCCTAAGTTACTCTTTTATGTTGATTAGTGACCATTTTACGTAAACATGGATGTGTCCATGTTAGAGTTACCTTTTAATGTATTTAGGTGACTCTTATGCTCGAAGCATTAAAAAACATTTATAACAAAGAGGATACCTTTTTCAAAGTTGGGCTTGCAGCCTGATAAGAATTTTCATAAAATCAATCAATGCGGTACATCAATCTTGTTAGAGAGAGAGAGAGAGAGAGAGAGAGGCTTTCACAATGTCTCTATAAAATGCAGCTTTTGATATGATTGAAGATTCTAACCAAATTGTTAGCCTCTGTTTTCTGAACTTTTTATTTTTTGAACTTATTTTATTTATTGGAACTTATTTAAACTTATTGCATCTGTAAAAAGTTTTCAATCAAGGATGGACTGAGATTTTTAGTGTCGTAAAATACCATCCAGTTTTACATCTTTCTGAGTAATTCGGTTAATCTGTTGTAATGTTAGGGACTGAAATACTATATTTTGCTTTAGTTTGGTTAGATTTTTATTTCCCTAGCTGGTGTCTTTATGTTCGGGTTTTATTGTAATTCCTTTCTTGATGTAATGCCATCTACCTCTTCAGTTTTAACAGAAGAGAAGAGCCGGACAATTGGATCCTACAAATGATGTGTTGATTTGCCTAATTTTTCATGTCATTCTGCTTTCTGAACAAACCAACTTTGTTTTTTGATGCAGCGTCACTAATGATGGAAAATTTATCAATAATGAATTTAATGACGTGTATTTGGTGACCACCATAGCACCTATTCCTCTAGAGGCATTTTCACTTCAGGTAAAAGTGGTAAAAGTTACATTTACCATTCATAATATTTCACTCAGCTTAAATTGTTGAGCAATATTAAATTTGACCTCTGTTTTTCATAAAGTAGGAATTTATTAATACCAAAAGGCGTTTAGGAACAGACTAAAACAAACTACAAGCCAAAAGCCAGCAGGCTAGGCAAACAATCTGACTTCTTTTGTTTAAGTTTCAAATATACCACTCCCTCCTTCTTGAATTGACCCTTTCAAATATCACAGAATTAATTCCAGGATGGGCTGGTGTTTAGTCGGACTATATATTACTATATATCATGCTTTTACATTGACTCACTACTCACTAGAGTCAGCTTGGCAATTAATCATACAAATTCGATAAAGTAACTAAATAACTAATTGAGAAAAATGTTTAACTAACGTAAAATGCTAACTAAAAGTTCAAAAATTATAACTTATGGCAAAAACTGCTTGCTTTTTTTTTTTTTTGTTAGTTACCTAATTTGTTTTCTTAATGTTGTGATTTAATACGATAAAAGAATAATGTTGCAACAATAACATAATTACAATATAATTATAATAAACTTATCTCAATATCGTGATGAACGAGGTGAACGATTTAGAACGATTGTCGTGCCATGGCCGAACCACTGCTCTAAAAGACAATTCCGCACTACCTTAGTGCAGTAGAACGTTTGTGATTGTTCTCAAGGGCTAACACGACATCAAGACTCGTGTGCACTCACAAGACTCAATTGGAGATCAGAATATTTCCCCAAAACGAAAGAGATTTTAGAGAGAGGAGATGAACGCTTTTGTGTGTTTTTGAGATACTCTGTTGTCCCCTTGTCGGTTAACACGACATCACGACTTGTGTGCACTCACAAGACTCGATTGGAGATCAGAATATTTGCCCAAAAACAGAAGAGATTTTAGAGAGAGAAGATGAACGTTTTTGTGTGTTTTTGAGATACTATGTAACTGATCAAGTCTTGATTATATATTTATGTAACCAAGAAGATGGGAAATTCAATAGTAAAAAAGGTGGTTATATAGAGGTTATAAGGAGATAATGAAGGAGAAATTAACTCCCAACGGTTACGGAATAAATGGTGTAACAACCATAAGCTTCCTAATAACAATGATTGAACAAAATAAATAGGTAGGCCCACGACCCACCCACACATGACCCAAGGCCCAAGTTTGACCAAGTCAACGTGCGTGTGCGAGTGTGTCCACCAAGACCTCTTTTCCACCTTCTCAAACAGGTAGTATTAGAGCATCCACATTCATTAACCTCCTATTAATTTCTCTCCCCTCACCTAATTGGTCCACATCACTTTCCACTAACTTTATCACATAACCTTCCCATTTCACAATTTCATACCTACATTCATTAACCTCCCCATTTACCTTCTCTCTCGTACTTTTCCATACCCCACCACCTTTTCTCCCTCCTCTCCATACTCCACCAATATTAATAAAAATTATTTGATTCATCACATTAATTTTAGATAATATTAATTAAATCAAAGTTTGGTAATTATAATTAAATAATTACCTTTTAATTAATTAATCGGATTAATTGTAGTACGTTAAAAAAGCGTTATTTTTAATTACACTAGTTTAATCGTTAATTGTTATTTACACTAATTTACTCGATTAATGTTATTAATCGCGCTGACATTGATGACAATTTTTATTACAACAAATAAATACTTAATAAAACAACATAAATTCACTAACGAAACATAGATGAATTAGACATGAAACCATACAATTTATCTTTTTTAAAAGATTGCAATAATTTAGATGATCAGTTGTCATCGGTAGACGGGCCACAATGTTGCCAAATATGTTGAGCCTGGTTTTTTTGTAAGGCGTTGTGAACATTTCTATCCCATGCGTCAGTTTTCCTTTGCATATATTAGTTCAGTCCAATACCATTTAATCAACCAAGTTGCACAGAATAGTTTTTACGAGTTGATCTGAAAATCGCTGTCCTGTTTTCTTGCTCAAATTCCGACATGTCATGATAATTTTGGTATGTATCTCGCTCATCCTCAACAATCATATTATGAAGAATTATACAAGCCAACATTATCTCCCACAACAAGTGTTCGTCCCATACAAGAGCTGGTTTTTGTATTATTGCGAAACGGGATTGAAGAATGCCAAAGGCACGCTCCACATCTTTTCGGACCGATTCTTGGCGCTGACAACTCATCCACGGGATTCATTGGCAGTCGAATAGTTGGGATGAACACTGGCCACTTAGGGTATATCCCATCAGTTAGATAGTACCCTTTGGTATATATGTTCCCATTGACTGTAATGTTCACTTCAGGAGTTTTACCTTGATATAATTCATCCAACACTGGAGATCGTTGCAACACGTTGAATTGCAAGTTCCACGTGTTCCGAAAAATGCGTGCCATATCCACAAGTCACCAGGGGCAACTGCTTCTAAGACAACCGTTGCAGATTTACTCCTTCCCTGATATAATCCTTTCCAAGCACGCGGACAGTTTTTCCATTGCCAATGCATGCAATCTATACTGCCTATCATGCCTGGAAGCCCCGTCTTTCCCAATCATGTAGGAGGCGCTGCAAATCTATAACAGTAGGCCTCCTCAAGTACTCTTCTGTGAACGCTTGTTGAACCCCTTTTAACGAAGTGAGCAAGACTTTCTCTTGCAGTTGACTGAGCTATTTTGATGTACTCATCAACTGAATCAGCTGCAGTTCCGTAGGCTAGCATCCTCAACGCTGCCGTACATTTCTGGATAGGAGTGGCTCCTAGTTTCCCAGTAGTGTCGCGACGTTGCTGGAAGTATTTGTGTTGTTTTGCAGTAACTGCTCTACAACTCGAAGGAATAGAGGCTTACTCATACAAAATCTACGCCAAAACACAGATTCTGTGTATAACGGATGATCAACAAAGTAAGTGTTCATTAACCTTGTGTTTGCAGCTTCACGATCTCTACAATGTGCCTAATCTTCTTGTTAGATCTTCTTCTATAGCTGGATTCTTCGGCAACTAGGCAACAATCAATTTAGCAGCTTGCTCGATTATGTAATCTTCTTCTTTATCTAGACACTCGTTCACAGCGGTGATGTTGTTGACATAGTCATCAAAGAAATCATCACTTGAGCTAGAAGAATTTTCATTTGGGTTCATGTTTGTGAGAAATTTGAAGAGGGGAAAGCTCTAATGTGTGTTGGAAGAAGGTTGTTGTGAAAAAACAAATGCAATGTAACTCTTCTTTTATAGACCTATACGGATAAGATTGCAATCTATGTCTACGGATAAGATAGCATTCCACATCTTTGCGAATAAGATTGCGATCTTTGTCTACGGATAAGATTGCATTCCATATATCTGCGTATAAGATTGCGATCTTTGTCTACGGATAAGATAGCATTCCATATCTCTGCGGATAAGATTACAATCTATATCTGATGATAAAATTATCAACTTTATTTTTCAAGATAAGTTAGTAATCTATCCATGAGAATCCAATCAATAATTAGGATAACAATGTAATCTATAACGTCAGTGGATAAGATATCAATATTAACTTATTAGTAAGAAAAACAATTACATTTAGCCCTGAAATACAAATAAATTAATCATAAAATACTACAACATAAAGCATTAAAACACATTTACGTTTATCATAAAACATGAGCTATCCTTCCTAAAAACAAATGAGATACTTCATAAACTCTTTCTTCAGCTTTACAAGATACCCTTCCTCAAATGGTTCAAGATACGATTTTGTCATCAACAATTGAAACATCTTAAACCTCAATTGAGTTTCATCTCGCTGTTTTTGGTACTCGAGCATATCAGACATTCCTTTCCTGATTAGACCTCGCTCATTTGACATCCCGCTTAAGTGTTATTGAATTCATCCAAGCTCGTTGCAACACCTTTCAATTTATTTTGGGCTTTCACTTTCTTCACACCGTCGGGACGCTTTGACATCCCGGCTTCATCGCTTGATCTCTTAATTCTCCCTTCACTCACAATGGTTGAATCTCTACCAGACATCCATCTTAGAAGGTGTTACATTCCTAGCCAACAATGGTGAAATATGAAAGGTTGACCATCTTCCCTTTTTTGTCTGTAAAGTTCATGTGCTTTAGCCTCTAGGTCATTGATGACCTCACCACTAGCTTGCATACGCTCAGCTAAACCAAGTTGTGCAACCCACGAAGTAACAACTTCGTTGATTTGACCCCAACGCCTTTTAAGAGCTTTGATGGTTCTTTTGTGCAAGACATCCGGTTTTTTTGCTACTGCTACGTCGTAGGAGTCTTTGATTTCATCCATAACGCTCCATTTTTCCGATTTGTTCCTTGCTCCAGATCACCGGAACATTTAAGGTAAGCGGACACCAAGTGTTTATCTTCTTCTGCACACCACCTTTCCCTCGTGTGCTTCCCTTTCTTACTTCAGTGTCTAGAACTTTATCTTCATCTTCATCATCACCGAGTGATTGCATTGGATGTTGGTTTTCAAACGGCATTTTGGTGCTACTCCCGTCACCCCCCGGAGTTGTTGGATATGGATCTACTTGTGGAGATGTTGTGCGCAGTGTGCCGGGTGAGGAATGTTGATACATAGCAAGGAATTGAGGATTGTTTAGCATGTTTGGATCAAAAGTAATATTTGAATTTTGTTGAGAATTTGGATTTGGTTGGTAATTTGGATTTTGCTGGTAATTTGGATTTGGTTGGTAATTTGGATTTGGTTGGTTTGGATTTTGTTGGTAATTTGAGTTTCTTTGATATCTATTTTCATAATTAGGATGATTGGGATCCATAATTATAAAGATGAAAAATTATAAGGATGATGAGAAATTATGGATTTTTTTCGGTGTGTGTTGAAAATATATCAAGATTGGTCTCTATTTATAGAGGATAAAAAAAATATGACTGTTGGTATTTATTTTTTTAATACATTGTATTTTTTAAGTTACCGTTTAAGTAGTAAATAGTAATATTACCGTTGGAAATATTGAAATGTTGCTGCTATTTGAAGGGGAAGGCAATCCAACGGTAATATTTATTTATTTTATTTTTTAATTGAAGTTGGGATGTTTGAAGGGGAAGAAACACACGTGGGGTATCACTTTGGACCACTTTTGAGACCACTTTTATATGGGAAGCATCTCCTATTAACAACCTCCCTTTTTTTGTGGTATTTATTAGAAACATTCAACAATGGTGGGAAGCTTCCCATTTCCATTTTTTCTTAAATGGGAAGGGTAATTTCCCACCAATGTGGATGCTCTTACTAACCCTCACTATATAAAGTGAGGAAATGCTTGGGATTCTTTTCATGTGAGATAAAAAGACTACTCTCTTTTTTCACTTTCATTTGTGGGCTTCTTGAACATATAAAACTTCCAACAATCCCCCACAGGTTCGAATATGTGAAAAGAAAGAAAGAAATTGTTTTTGGGAAAAACAAACAATTGAATAAGTGTCAATGTCTTGCGACTTGAATTAACACTTAGTGACATTTAGGCTAGGATCTCTTTCTTACCAAGTGGCTTTCGTCTTGAACTTAATAGGAGGTTGGACACCCACCACTCAAAGCACACAATTGAACATGTATAATTAGACCTGTCAAACGGGTCGGTCGGGTCGGGTTGTAAAAAATTATTTTCGGGTTCGGGTTGAATCGGGTCGGTCATTTTCGGGTTCGGGTTTACAAATGCTTGTTCAAGACCCAGAACTTTCGGGTTCGGGTCGACCCAACGGGTTGAGAGATTTTAAAACGCGCATTATATTTTCATTAATTTAGGTGATAAATATACAAAGTATTAGCAGAAATTAACAAATTTTCCTACACAAGTTTATATTTAGTCAAATTCAACTATAAAATGACGTATAAGTATAAATAAAATCATATTACACACAACAATAGTAAAAACAACGTGCTTATTATGCTTAAATTTTCTCATAATCTCATTTTTTTAGTATAAATACAATGATTTTCAATCGGTCGGGTCCAAAACGGGTTCGGTCGGGTTTTGACCCATTACTTTTCGGGTTGCTCGGGTTCGGATAAAATCGGGTTACGGGTCACAAAATCTTGTTCAGGACCCAGTATTTTCGGGTCGGGTTCGGGTCGGTTTTCGGGTCGGGTAGATTTTTGACAGGTCTATGTATAATGTTCTGAATCTCCGCCAATAAAAGTGACGCATTATACGGCCATACGTCCGAATCTTGGATGCTCATAGGTGCTCTGGAGAATATCCCATATCACAATTCTCATAGGAAGCGGCCACACTTCCACACCTAAGTAGGTGAATCCAATAAAATGTGAGCTACATCACACCACCAAAAATATGGATATGAGTTCAGTAAGAGCCGTATGCTTATCCTCTTTCCAATTGTGGCAACCACATAACAAACATCTAGGCATGGACAAAAAATAATTTTTGTGCACCCGAATTATTACATAATGTTCCCCTTTGAACTCTGAGAGTAGGAGTTCGTTACTTTACAATTCATCCAATGGGCCTCAATCCCATCATTTCCGATGTTTTCAAAGCTAGTTTTAAAATAGGCCTTTCGTTAATGGATCCGCATTATTCAATTTAGACTTTACACAGTCTAAAGATATCACTCCAATAGACGACATATCTTTGACGACCTTATGCCTCAAACGAATATATGTGTCTTTCTTCCCATTGTAGGCAAGGTTGTTTGCAAGAACAATTGCAACTGAAGGAGCTGGCTTCCCTCACAGTGGAATATCTGCAAGCATATTCCTTAATCATTTGACTCAGAAACTGCCAATTCAATAACAATAAATTTATATTCTATATTAGCCAAGAAGTACGAGATTGCTTGCAAGATTTACAAGATATAGCTCCACCCACCCTAGGGTGAAGACATAGCTGCTAGTGGAGTGAACTTCATAATTATTAGATACCCAATGGGCATCACAAAATATCCCTCCAACACTCCTGGAAATTTGGAGTAGTGCAGAGTCCAATCCATGGTACCCTTAAGATACCTAAGCAATCGCCTCATAACACCCCAATGTGCATTGCTTGGGTTATGAGTGTACCTGCTCAACCTACTCAAATAATAAGTAATGTCAATCCTGTTGCAGTTCATAGGAAATATAACACTACCAACAATATTAGCATATTGAGATTGACAAACTAGATCACCCTTGTTTATCTTTAAGTGGATGTTTGTATCAAAAGGAGTCCTAACTTGATTGACATGAAATAAGTCAAGCGTTTAAAGAAGATGTTCAACATGGACTTTTACTCCACGTCATCACATCTACCTCATCCACGTCTTTCATTTAAAAGTTAAAATTAGAAAATTTTGTCTCATTTACTCGATCCAAGTTAGTAACTAAAATACCATATCATCCACATAAAGATAAACAATCACACAACCAAGATAATCATGCTTAGACTAAACACAAGAGTCACCTCCATCGACATGAAACCCATTACCAATCATAGTCTGTCAAACCTGTCATGCTGTTGTTTAAAATCTTGCTTAAGTCTATATAATGACTTAACCAATTAACAAACCTTGGTCTCTTGAAATATAAGATTGGATACTACTAACTCAACTTCATAGTGCATAATGCAACATACTTCTGCTTTGTATTTTCTCAGAACATTACACTACCACATAGTGAAAATTAAAGTCACTAGTGGTTTATAATTGTACCAACAAACGTTGTTTACTGCAAAACAACATAAAGTCAAGATTAAATTATCACCATATTAGACTTACAAGCACATTAGCATATTATTTTGAGAGTACTTTCTCAAAAGCTATCAACAATAGTATGTTAGAACCACAATAAGTCTATACTAAGCATTTGACGATTACCAAACATTTATCTACATAATGTGAGAATAAGATTACCACCAAGTATCATATTAATTAATCTCATCAACGTCGTACCTCATCTTGGCTCAAGAAATTAAAAACCTTAGTCTCACCAAAAGTATTAAAACGTATGTGAACCCACAACATATGATTACCACAAGGCATATTAGCACACTCAAAGCTAATCATGTTAAACTGCAAAACCCAAGAAAAGGTGTAGTATTAAGAAACTTCTCATACCACTATGCACTTAGTTGCCTGCAACGACTCTTTAGTAGTTTCACAGACATGTACTCACTAAATCACGTCATAACTAACTTAATTATTAGCTAGTCTCAAACACTAGCTCAACCCCACATTGCACAATAATTTATCGAAATTTTATGCATAAAAAGGGACACAATGAACTAAACATATTTGTAAAACAATAATTTAACAAATATATAATAAAGTGAAAACAAACATTCCTACTGCCGTGCATGATGGATATATTGCCATCACTGCACATGTTCGCCAAGTGGTATAGGAGCAACCCTCATTAGTATTGCTAGTATTGTAGAAAAGTAGTCGTGTCAACTATGAGTCTAACGAACCTGCACAATCTTGCTAGCCACAAGTGCATCATTCAAAAAATCATCATCCACAAAATTTGAATGTTAAACAAAAATAATAGCACAGTAAGGTCAACCGTTGAAGACAATTAGAAGATACTTATCCACATACCCACTAATCCAATATTGCACTTTGACTGCCATACATAAAATCAAATATATGAAAATCAAGTTTCCTGTTGCATACTTAATATTGGAAGGTAATCCCTTGATTGAATAACATGACCAATCAGTCATACAAACGTATAGGCGTAATTCTAGCCTACAATTAAGCAATGTTGCTACACAATAGCTAACAGAGTATGTAATGTATAATTACAATTTATTGCTAAATATCAGTTTGACTTTCTAATACATCCTATCACTTAATAAAGTTGTGAACCAATTATCTCAAAAAATTAATTCATAAACTATCACAAATAACCAAAAGATCAAACGCACCAAAACTAATATCTATACTTGTTAGGCGATAATCAAATAAGCAATCATCTCCAAATTAATACTTATGCAATTTAAAAAGACATATTTAACATATGACTTATGACCAACATAGAAAATTAATTTCCATTCGACCAATTCTTGTTTCATCCGAGGACACAAAAAAACCTCAAGTTCACAAACTGAATAGTCCTCATTCAACTAAAATCAAATAATACGTCCACATCTCTCAAAACAAATTGTATAACAACATATTCAGAATCACAGTAATAAAGTTCCTTCATGCTTGCTTACGAGTTACGAACACTAAACAGATCCAAAGCTAAACAAGTCATTAATGGTAGATAAACTAACGGGAAACCTATTGATGTTTCACAATAATCCGACAATAAATGTCGTAAGATTGATATAAACTCAAATTAAGAAAACTTCCCTTTTCAATAACATGATTTCTGGCCCGATTATCTTGCCTACAAGCAACCTCGGTTGTTTTAACTCCAGCGTGAGAATCACGTTCCCCGAGGATAAAGGGCACTACTTGGACAGTTGGACTGCTCCACTCTCTGTCATCGTCCAATCTTCATTAACGCCGTCGTCAACCATCAAATCATCACTGTCTGATTCGCCGGAACCTTCTCCGTCAACTGAAATCGAAACATCATCTTCATACGGCGGCGATTGGAACTCTATTGGATTCACCGCCATTAATCCGGATGAAGAGGTTATGATCCTGGACCGTTGACATGATTTTGATGTTGGTAATGCCTTGCACGATGCCCAACTTGCTCCTCGACAAATTGGCCACCGCAAGCTTAATGTGAGCAGGTGACCATTGAAATCCTTATATCTCGATTCTCAAAACCAACATCAACAAAACAATCCTCAGCCATTTGATAAAAAATGACGATTAATATTATTTTCATTGTAAAGCAATATTGATCGGGAGAATTGAATATTGAGACAATTTTACAATATTTTGGGAGGGGCGAAGAGAATTCTTCGAAAATATAACTCCATATAAAATACAATTCAACAAATCCGATTATGCGCACATCCAATTCAAGAAATAAAAAGGTTTACAACATCATTCAAATTGCTCGTAACATTAATAACTTGTCTTTCAGATTGTTGCGATTTAATACGATAAAAGAATAATGTTGCAACAATAACATAATTAGAATATAATTATAATAAACTTATCTCAATATCGTGACGAACGAGGTGAACGATTTAGAACGATTGTCGTGCCATGGCCGAACCACTACTCTAAAAGAAAATTTCGCACTACCCCGGTGCAGTAGAACGTTTGCGGTTGTCCTCCAGGGTTAACACGACATCAAGACTTGTGTGCATTCACAAGACTCGATTGGAAATTAGAATATTTGCCCAAAAATTGAAGAGATTTTAGATAGAGGAGATGAACGCTTTTGTGTGTTTTTGAGATATTATGTTGTCCTCCAGGGTTAACACGACATCAAGACTTGTGTGCGCTCACAAGACTTGATTCGAGATCAGAATATTTGCCCGAAAACGGAAGAGATTTTAGAAAGAGGAGATGAACGTTTTTGTGTGTTTTTGAGATACTATGTAACTGACCAAGTCTTGATTATATATTTATATAATCAAGAAGATGGGAAATTCAATAGTCAAAAGGAGGTTATAAGGAGGTTATAAGGAGATAATAAAGGAGAAATTAGCTCCCAACGGTTACGGAATAAATGGTGTAACAACCATAAGATTCCTAATAACAATGATTGGACAAAACAAATAGGTAGGCCCACGACCGGCCCACACATGACCCAAGGCCCAAGTTTGACCAGGTCAACGTGCGTGTGTGAGTGTGTCCACCAAGACCTCTTTTCCACCTTCTCAAACAAGTAGTATTACTAACCCCCACTATATAAAGTAAGGAAATGCTTGGGATTCTTTTCATGTGGGATAAAAGGACTACTATCTTTTTTCACTTTCATTTGTGGGCTTCTTGAACATATAGAACTTCCAACACTTAATATGTTATTAGTTATGTTATTTAAATTCTTAGTTAGTCTCTTTAGTAACTACCATTTTTTCTTTATTAGTTAAGATATTTATATTACTAGTAACCATTTGTGCTTACGCCATGGTGATATAACCTGGTAAGACCATCTTGTAGTAGTTTTTGTATTTGCATATAAACAATAATCGAGAAAGACAAATTCTGACAGATTAGAAAAAGAAAAGAAAAAAGTTTTCACCAATGTATACTTCGTATTATCCTGGTTACTCAAAATAATATGTATTCTTCTAAAACAATAATACCTCGCACGAGTACAATCTAGTATTTCTTAATAAGTTATACCACTTCACAACTTTTAGCAAATATTACATGAAAGCACTGTTTCCAACTGATGCATACTGTTCATAAGGATCCTACTGCTAGGTCTGTTTAATTTCCTATTAGCTACGTGTTGCTTTATAACAGAATGAACTGATGTTGTGTTTGTAGGAATCAGAAGTCTCAGCTGTTAAGTATATTTCTTGTGAGGAATACAAAAGTTTGCTGCAGAAGGAAGATCCTGACTATGTCCCTTATGATGTAAACGGGCAATATGGTGAACTTTTGAACTTAATTGCACAAAGGTATTTACCATCTTTCCACTTAAGCTGCAATTGCCTATCTCTCTCTACAAATCAAAGTGTGAATGATTTATCTCACGTTTTGATTATTCCTCATTGAGTTTGCTTTATATTACTAGTACTGGCAATTGCTATATTATGAGATGTGGTGTTGTGATCTTTTTTCACGCTTCACCACCATTTACTTTTCTTTTGTTCTCTAGATGCCCCTCATCACTGCCAAAAAGTTCGATTTGGTTGTTTGTCTATTATTTCAAGCTTTAAGATCAGATATCATTCCACAGTCTAGCTCACTTGATGTATGGGGCTTCACTTAAAGAGTCGAACACTATCTTGTCTTTTTGCTCCTTACTTCAGAGGTTTCAGAAAGGAACAGTAAAGGAAATTAACGACAACTATGCTTGGGTTCGACTAACTTTTTTTCTTTTTTTTTCTTTCTGTACATGTAATTTCCTTATTCTTGCTATACCTATGTATAGTTCCATGATTCCACTGTATTATGAACATGTTAATAGTATATTCTTGCTGATGTGATTGTAATTTAACTTTTATCTGACACTGAAGGTACAAAGAGAACGTTGAGGAACGAAGTTTATCTCTTCAAAGGCAACTCAATCGCTATGCACCTATTCCCCTTACTGCAGAGGTAGGTCTTACTATCTAGCTTGTTGATATATCTGCTATTGAGTAAGAGACTTTACTTTAAATGGAAATAAAAACGTGAAGTCACTGTCTTGTAAAATGTGACAAAAGAATGGATTCCAATCAAAACTCCAAAATTTCAAGATAGTCCTGTGAATAATATAAAATTTAAGGGGAGGCCATTAAGTAAGTGTAATTGTGTATGTCAGCCGAAAACAGGGTAGTTTTTTGTCTTGGTAATTGATGTTAAAGAACATCTCCTTAGTAGGTAACGGCCTTGCTATTTCTATTTTAGAACCTGATTCTCCACGACATGGAGTGATTCAGATCTGCTATGATCTTTAAATAATGAATTGAACGCGTTCTCTTTCTACACAAGCTTTCAGAAGTTCATTTTCAGTAGCCATGTTCTGTTTTTCCCCTTTGGTGAAATATAAGGTGTGAATCAGGGCTATTGAGTTTTGCGATAAATCTTGAGAAGCAGAGTAGCGTTTGTGTGATCTTCTATTATGGCTTCTATTATGTTTTTTGTTTTTGGAATAACCTTGGATGGGGAACATCATTTTTCCATGACTCTTGTCAATTGCCTTATGTTTGTAAATGAATCTATCTGTACTGTGCTGCAAAATGGTAGTTTTGGTTCTTCGAATTTCCATTTTTGGAATAGTCCCCTATATTGAGTTTTGGAAGAGTTTGAACACATGTTTTGTTTCCTCGAGTCAACTTCCTTAAAAAGTCTTCCCAACCCACAACCTTTTCTCATAACCATTTGTGTTTGATAAACTAAGATCTAAAGTCAAGGCAAGACATGGCTTTGTGTGAGCAGTTGCATTGGAGAAATTAATATTTCTAACAATAAGGTGACGGTTCAGAAACTCATTGAGTCACTGTTTCTGAATTTTTTTTCCAAACTCTTGCCATAGGTATATTGTTTTTGCATTGTATGTAGCTGTTGTTATACCAGATTTGTAGTACAGATTTCCACTGGATCAACTTTTTTGGCTAATATATGAAAGTTTGGGTAACACCCTCAAAATGGTCGTTTTATTTGAGAAAAACAACCACTTAAACCTTTAAATATTGCTTTACACACATTCCCTCTCAAAATGGATGCGAAACAAAGATATAAGAGTACCTAATACTCATTTTAAGTTATTTGTATGGTCTAAGTTTAGTGTTAACTATTACAACCAAACTATAGGTAAAACCTAGAGTGTTAAACTTAAGTGTTTGTTGGTTACGTGAATTTATTCTATCTTGCTTCCTTACTTGGACCGATTCCCTTACCAACTTGCAAAGTACGTAAGAAAGGAGAATGAGACAAACTCCTAGAAACGAGAAAGCTGAGTAATTTGACTCCATGCCGTAAAATAAATAGTTTTATAGTTTGAAGACTTTAAGCTCGTACAAAAATCTAAGTACATAAGAACCAAATTAGTTAAATCCATAATTTAGTCACCACACAACATATATATTAATTTTATTCAAGACATGGAAAAAGAACGCTAGTAATGCGGGACTAATCTCAAATTAAGCACCTACAAATTAGGGTCACACGCCACATTAAACCGACGGCCAATTGTCAAGATTACAAATGTCCCTAGTGTGCATTCTACTCAAGATTAGGTGGAAGACTTTGAAAGATATTTTATAGAAACAAAAACGGAACCTATTAAAAGCCTATTGAATAGCTACATGTGTGCTCAATAGAATACCATATAGTAGGGCAACCTATTATTAGCACTTCTGGGTTTCAATTCACTTTTAAATTATTTTTCTTTACATTATTTGTAGTTTTATGAAGTCCAAACACATAGTAAAATATTTTAAAAATGACTTAAATAATTGTAAGACACAAAGCATCATAATTTTCTCTCCAAATCGTTCACAAATAACTTTGTAAACATACTTCTAATCCAAATAATCGCAATTGTGTTATTGGATAATTGTGATTATTTGGATTGGAAGTACGTTTACTAAGTTATTCATGAACGACTTTGTGTCCTACAGTTATTTAAATCCTTCTGTAAACTATTTTACTATCTTTGTAGACTTGATAAAACTTATTAATAACGTAAAACTAACTTTTATTTGAATTGAAATTGTACCTGAAAGGGTAATGAAAAGGTTGCCCTACTATATGTTCTATTGAATACACATGTGGGAATTCTACTAGGTAACTTATTAATTTTTGTCAACTCTCTTTCATTGTCCTAATCTTGAAGTTATTAGTGAGGGTTATACAGATTAGGGACATTAAGTAATCAAAATTACTTTGCCATTCTTTTAGGTTTAAACACGATCTTATTTGTAGGCGTTTACTTTGGGATTAGTCCTGGCCAACTACGTTCTCTTTGCCTCACTTAAATCAAAATAACATATATATTGCGTGTTGACTAATTTATGGAACCAATTAATTTGGTACTTATGCACTTAGTTTTCTTGTATTAGTTTAAAGTTATCTAAAACATTTTAAAAAATTAAACTACTTATTTTACAGGATGGAGTCGGATTACTCCAATTTTCTGATTTTTGGAAGTTTGTTTCTCTTTCTTTTTCCTTATGTATTTTGCAGGTGGTAATGAGAATTGGCGGGTTGTTTTTTTCAAACAAAATGAGGATTTTATTATCTTCTAAGGTCTAAATTTTGGGTGTTACAATTTCATTGATGACTGATGAGGATTAAATCCTACTTAATTGGAATATGTATAGGTTCTGCAAGTGGCCACCCGCATACAGTATGTCCTAGTACTTAAATTGTTGTCCATACAGATTATTGATATGGGTATAGCCATTGTAACTTGGATTTGTTAGACAACCGAACTTCCCAAATGATTAGAGTGTACCCAGCCATCGGTCATGGCTTGATCAGAAGGAAGAGAGCATTAAAAGTAATAAATAAATATGAGAGATAAGAAGTAGGGAAGAGAGAGAAGCATGAGATGGTCATGCCCATGACCAAACCTAATTTTTGGCATAGAATGTAGGAAGGACAAGTGGAAATATAATTGTTTATTTTTTATTTCTTTATTTTGGTGGGTAGGGTAAAAGTAGAAAAGAGAAAAAGTTGACTAAACTTATTTGGTCATCCATTGGGGATTAGTGGTCATGTATGGGCATGGGAGTTGGTCATGAGTAAAATGTAGGAGAGAGAAAATTTAATTTATTTGATGACCATTTCTTTTTGGTCATCCACTGGCTTTACTCTTAAAGTCGGAATATAAGTTGATTCTATTTCTAAAAGTATACTAGGCGAGAAAGAAAAAATGACAGAACAAAGGGAAGCTAAGTCAAGAAAGGCATCCAGGTTCATTGCAGTAACATTCTATGTAATTGAGATTGACACATGTGAGTTTTTTATGATAGCAGATTGAATATTTTGACATACTTTATATGAAGTGTCTTTTTCAGATTTTATGAACCACTAAAGAATTTAGTTTTTCGAAACCCTATAGTTAAGGGTCAGTATACGAGAAATCATCCATAAATGAAATGATCGAATTCTCGGACTCCAAAAAATGCTATGGGGTGCTCGGAAATGGTCGACATGTTCAAAACTTCAAACTAAATCAATCTTAAATGTTTATGGTAGGTTAGTTGAGTTTTAATCCATTAGGAGTTACTCGCTCCGTCCCATGTAATTGAAACACTTTTGTTGGCACAAGTTTTGTTGACTTTATTTATTGTTGGTAGTGGAGTATTTTTTTTTCTTATTGTAGTTAGTGGGATGAACTACTTCTTTCCTTCAAATTATATGCATGAAAAAAGATAAGTTTGTTACATATTGTAGCACAAATCCGCCTCCGAATGATTTTACTTGTAACCCTCTTACTCTTTTAACTTCTTTTTTCTCTTGCACAACTTGAGAGAATTTCTATGTAATTTATTTTATTTTATTTTATTTATTTTTAAAATTTTTATCTTGCAGTGTCTTACTTTGAGATAAAATGCTGAGGCCTGAGGCAGAATAACTTTTTGATTTTTTTTGTTGCTATGCAGCTTGGCGGGATTAGTGACGTTGATAAAGAAGCTCTTAAGTTTGTTCTTAAAGCTGCGATGATAATGGATGATATATTTCACCAGCAGGTTTGATCTATTAAACATAAAAATATACGAGCTGCATAGACAATCTTGCTTTTGGAAAATTCTTTTTGCTACAGTGTTACCTTTAATATGTTTCCTGATGACCTCTAAAGGAGAAATACCTCTAATCTACTAGTCTTCATTTGTTCGGAAGTGGCTGTGAATTCTTTTTCATATGGAATCAGTGACATACTTTTCCAATAAAAAGTTGTGCTTCAACAGTAAGAGAAGTATGAAGTTTTGTGGTTATATTAATCTTGGTTTTTACTTCAACAGTAAGAAAAAGGGTGTTGGGGGGAATTGATGATTTGTCATTGCTTGTCTTGTGTTCATTAATTGGTATACCGAAAGGCAGGGATGAGTAACATTATACATATTGGGGATATTTATTCCTTACATGTGTGAAATAGACAGTGACATGTCATCGACTAGATTATGTTGTCGCATTTTTTTTTGAGGGGAAGATTAGATTGTTGTAAGATTTGTTTAAGTTGAGGTAATTTTGTGATTCATGCAATACCATAGCATTACCTCAGGAAGATTTTAAAAACCAAAACTATGGGAAAAGGTTTTCCTGGAGCTGTGTATGTTGCTAAATTAAGATGAAATTACTCTTGGAAGGGCTTATTTCATGGATTATTATCATATGCACTTCAAGTTGAAAGTTAACTTAGAGTAAGTGGTGGTTTTGGTGATAACGATTCTTTTTCTGCCGTCAAATTCCTTTCTTTTTAAGTGGCAAACTAATGTCCTGTCTTCAAATTCCCTTTTTTCTAAGAGGATAAATTATGTCAATTAACATTCCCTGTACACTTCCATTTTGACTGATTTTCCTAGACACTAATAATGTACTAGAGAACCATCAGATAGCGCAACCCTAAATGGACAAAGACATGCTACCCCAAACAAACGTATTGATGAAGCATAAGAACAGTGAATTGGACGTGCTGGTTATTTGGATTATCTAATTCTTGTAGCCATCCACTTAGAGAAAATGAATATGAGTAAGCAGTAGTTTAACTTGAATCTGTTAAATGGGACTTCTTGGATGTCATCAAAGCTCAATTCAAATTTGTTGAAGTATCTATTTTATTCCTTGAAGGGAGTTGGGGTTAAGAGCTCTAAGATCAAAAGAGACTGTCTCTGAAAATTCTATGGACCAATGGCTCTGAGCTACCTTTTAACTCTGACAATGATTTGTAGATGCTCTAAATGTGTTAGGCTTCTCTTTAATTTTTGAAAGATTATCAATGCAGTGCTTCTAAAAGGTTTGATCTGGAATAACAAACTATCACTCCATTTGTTGTAGGCTATCTGTTACATAAATATATTGTTAATAGTGATATCCCTGAGTACTTTCTTGATGGTATTTGCTTTGTTTCAATATATTCTTCTGGCTTGTGATTTATCTTTTGTTGAGTCTCAAAGGAAAAGAAATTAAATACTAATTGCTCATGTTTAAGATGATCTTATGCTTACATGCCCAAACCATCTTAAACGATTTCCCATCATCTTAAACTCAATCGTGCAACCCCTACTTTATTCCTAATAATCTCATTCCTCAAACGGCCCTTTCTTGTATGCCCACACATCCAACGTAACATGCGCATCTCCGACACATTCATCATATGCATGTGACAATGTTTCACGGAATGCTGGAAGTGAAACTTTGCCACGTGCATAAGATGAATGTGGTGGAGATGCGCATGTTACGTTGGATGTGTGGGCATACAAGAAAGGACCGTTTGAAGAATGAGATTATTAGGAAGAAAATAGGGGTTGCACTGATTGAGTCTATGATGATGGAAAATCGTTTAAGATGGTTTAGGCATGTAAGCAGAAGATTAAGTGATGCTCCGATTAGGAGGCCGGAAGGGTGGCAAAGTGATAGAATTGCAAGGGGTAGGGGAAGACCTAAGAAAACTTGGAGGAAGGTGATTGAGCACGATATGAGCCTTCTTAGGATTGAGGAAAATATGCCGATGGATAAGGACAGAGTGGAGGGAGATAATATACGTTGATGACTTCATTTGACTTATACAACTTCCTTTTTTTTACATGCTATTTTTGGAATGTACTTATTTTACTTATTTATGTATTTTAATCTTCACTTACAGGTTTGTCTTAGCAATCCAGCTTTGAGAGATTGGTTGAAGGAGCATGCTGATACTTCCCCCTTGAATAAGTTGAAATGGAAATATTTCTCTATTAACAAAAGTCCATGGTAAGTACCAGCATTTTGAAAATCGTTCCGGAAGAACCTAACTTCAAATGATGTCCTCAAATAGTGTTAAAATAAATAAAGTTCCAAGTAAGGTATTTGTACAAACCTGAGACACGGGTGTCGGTGTCGTGTCTGACAAGTCGTCGGGTATCCAAATATTGCAGACACTCCGACACGGTCAAATGAGTGTCTTGACTTGTTGTTTATACACGATTCTCATACAAAGTGTCGGATCTATAAAAATACAAATATAGTTATTAAATTAAAAAAACGTGTCGGAAAAAGTATTTGTATAGGGAGAAGGTAAACAGAAAAAGGAAAGGGGGAAGGTGAATGGTGGGCCTGGTGGCTGACAGCCTGACAGTTGTAAAAGTAAACAAGACATACTCATTTATATAATATATATATATATAAAAAAGGTAAAAATTTAAAAATGGAATGTTAAAATTAATGGACCACTATTCTACGTGGTACATGAAACAAGCTGATACAATTTGGCCCAATCCAAAATTTGTCTATTTCAACTCATTAATACATCCCTAGCGCTAAACATAAGAAGGAAGAGAGAGAAAGGGAGAGGAGAAAGAACACAATGCTGGCCGGATCTGTTCGCACGGCCTGTTTTCATCCCCGACAGAAGCAACCTCCCTATCTCCTCCTCCCACTCCCTACCACTATGTATATCTTCATCTTGAATTGCAAATTTTGAACTTTTTTCTCCTCCCGTTTCCGACACTGCATTTCGAACCCTTTTTCGACACCAGTGTCGACACCTTCCGGACACGTGGCGTGTCTCAGGTCGGGGTGTTGCCCTGACGAAGTGTCAGAGTAACATAGGTACATACATATTTCTGAAAGAAGAAGAGAGAGATGATGGATTGCAAATCTACTTACCACAAAAAGAGGCTAAGAAAGGGAAACGACCTGCACATCTGTCTTACCATTATAACGAATGGAAGGGGGAGATGGAGGATACATAGTTTAGAGATTAAAATCAGACTCTCTAGTGAGGTTTAGACCGCTTATTGCGAGGAAGATCTCGCGGCGGTGGTGGTCGGCGTGGATGATGTAAGTTGAAGTGATATGGGTTGAGATAGTAGATGACGGGTGATGATGTAACATGGCTGTTGGTTGTGGTTTTCAGGCGGACAATGTTGTCTTTTTAACCTCCTCTAACCTTTTCTTGGTTTTGTTCCATTCATCTTGGTTGCAACTTTAAAAAAACGAACAAAGGAAATATTTCCTACCTCCGTATTAGTTAGCACTTCCTCCTATTTTACAAAGTTCTATTTGGTTACCTTTGTTGGTTTATGAACAAACTAATACAAGATTGCATGCATGAATTTAATCAACCAATTAGTTAGTAATGAATACATACGATCTATGACATGTGCCTTTGCCTAGCTGCTCCTAAACCGAGCTAGAACCGAGTTTATAGGACCGCAAGTGTTGTCCTCTTAGGAAAGTCCACAAGTCCATTGTATGTTCGGATTCTCCTTGAATATATATTAGCTTAGAATGTGATCAAAAGGTAGGTGAATGGTGTATAGTTCGGGATCTCACAATTTGAGTAAGCAGAAAATATGAGCCCCAAAGGTTACATTGATAGAGCTGCATCCGAGAAATACGACTCCAACTAGGTTTAGGATTTCCGGTGGCATTAGAATTCCGGTATAATTAGGATTCCAACATGAATTATAATTCCTATCATATACGAACATCTACGCACTAGGACACGCATGCAAGGCCAGGCACGGATCTTGCTTGTCGCCCAAGAAAGCACACAGCTACAAGGCCCACGCGCGTATGCACATACGCACCAAGCCCAGAACATGCACGCGGGCTTGTCCAACTTCTGCATTGATGTGTTGTGCGCCCCAACAGTGTGCTGCACTTCTCGCGTCTTGGCTCACGGCTAGCCTTGCGCTCATAGCTTAGGCTATGCGATGGCATCGCCAACACATCCATGCGTAGATGCATGCGGTTGGGTCGACCCAACTACCCTTGGCCTTGGCGCTTGTGTTGCGATACGATTGGCTCTGCAATGGGCAAGATTGCTTCTGGCTTATGGGTCGGGCCTCGCTTTGACGATTCATATATCAATTCCAATTTATTTTTCAGTGCGACTATCTGGTCTACTAAATTAATTTCGTTCTTGCCTTTAAACGTTTGTCCGCTTCCACTGAGCCCAACATTCGTCATTTCCGAACTTTAACGTTTCTTAGTATATCTACCGAATGATGTAAGCTGTGATTAATTCCAGTAATCAGAAGCAGCCTTCAACTAGGCATTCTGATACTATAATTAACTCCATAATTAATATGAACCACATTTATTAGACTCTCTATAAATACATAAGATGCGTATTTGGAGAAAGGACATAAACCCTTCAACCTTAACCAAGGAGAATAGGAAAAAGTGGCCAAATATTTTGTTTGGCCAAATCTTTATTTAGTACATGGTAAGTACCATGTGCCTTTTGGCTTCTTTTGGGGAGGAAAAGTAATCCATTTGTCCCATGTTGTTGACTATTGGAGGGTAAAAAGGGAAAAAGTAAGGTCCAAATAAGTAAGAAACAAAAGTGAGTTAACTTGAAAAAATGGATGTAAAATGAAAGTGAGTAATACTTGGGAAAATAGAGGAAGAGATAACCACATTTGAATGAAATAAATGTTTAAACCGTAATAAACCCTGTTAAACATTTATGAACTTTTAGATAAATAATTTTATTGGCTGTGGACTTAATAGTCACAAGGGGAAGAGAACATTTAGATTATCAAACTCCATGGATTTTTGGAATTTTCTTCTGAAGCATGTGCTAATTGAAAGGAAATTTGTTTCTTTGCAGTGGTTATGATCATTATGTTACTAACCCTAGTCTGCATTTTTCTCTATACTATCCACTTACGCGAGAGATAGTTTCTCATTATTGATTGCTTACAGGTCTTGCCTAGATGAAAACCTTGCATTTTTAAGTACGGCTGATTCTGCAATTAAATTGCATTTGCATGCCACAAAACCAGTATCTGGCTGGAAGGGCCTTGAGTATAAAGCTGCGTTTCCTCTATCGAAACAACCTGGTGCAAATTTCTATCCTTCAGATATGGACAAACTGGTACATGATCATTTATTTTTTGAACAACTTTTCTTAATGCATACATATGATGTGATGGTCTTTTTCTTGTTTTTGGCCTTGCATGTAGGAAGTCTCCCTTAATTGATTTATCAATAGAAGTAGGTACAAATAAAAAAGGCAAACCACATTAGCTCTTTTTTTTCCTTTTTTTTTTTTGTTTTGTTTTGGTAGGTCAAGACTATTTTTTCGTTATTTGGTGCTCGGAAATCCGAGCTGTCTTTTTCTTCCGATGTAGACACGTCAAACAGCTTGGTAGGGTCGTGTTGGGTCAAATTTCTTTAGGTTTCAGGTCGGTTCAGCTTGGTTTCGGGTTGGTAAATGAATATTCGTTACCTGGTCTGTCTGGGTATTGTTGTAATTATGTGGCTAGTGAAGTGTGGAGCCCAAGGCCCCAAGCATCATAGATCAACATGATATTTGAGCAACGTGACTCCTAATGACCGTCCGTTCCTTATTACTCCTGGAGTTAACATAATCACTTGCAACAAAAAGACATAAGGTGAGTAAAACTATAAACACCGATCTTCACAAACAACATACTTAATACCTCTCCGTACTACCATGGGAAACATTAAGCTTGATACAATCAACAAAATGTACTTTTTGGTCATCAAATTTTATGTTATCATCGGTGTTGAATCCATTTAAACATTCTATCCTTGCAAAATCCTTGACGTTCTATTTTACCTTCTACCACAAAATAAAGGTGCCCAAAGCCCCAAGAAGAGGATGTGTTCTTGGTGCTTTATGTACATGGTTGAGAAAGAGTTACCAGTAAAAGAGGCAGCAGTCATCATTATCATTCATTATCATTACCCCATTGCCTCAAAGAGGCTCCCGCAAGAAGCGGGGTAAGGGGGGTCGAGTGTACGCAACCTTACCCCTGCAATTGCAGAGAGGTTGTTTCCAATTGATCCAAAAGCACTAACGGGACGACAACGGGAAGACCATCTTCTACTTCATGGAAAGGAAGCGAAGAGGTTTTAAGAGCCATTTTGATTTAGTCCATTACATCCCACGAGCAAAAGAACAAATGAATCTTTGGCTCCATCGGAAATGGACATTAAAAGAGGCAGCAGTCTTAAAGTTTTTTTTGTGTACCAGAGGCTCTTTGTTTCTGTTATGAGTTTGATTATTATTGTTTGTTTACCGTAAGAATTGGTTAAGTTTATTTTTTTGACTTCGGTGCAAAAGGGTTTATGTTAACACTTAAAACACTTTTTCCACAGGAATTTGAATTGTGGAAAAATAGTCTGTCTGAGGATGAAAGACAAGAAGCGATGGGCTTTTTTAATGTCATAAAAAGATTCAACGGAGTCAATTTAGATACTCAAACTGATGAGGGCGTCGCTGACCTGTCTATCCGTGATCTCTATTGTGTCCCATTCTCTCAAGAGTATAGTTCTTACCTCACAAAAGCTTCAGAGTTGCTGTATAAAGCAGGGGAACTGACTAGCTTTCCCAGGTAAAGTCTTGTCCATATATGGGTCTGTTAAAATATTTTTTAAAATAAATTGATGAAGTCATTTAATGTGTTATTTATGAATCCTTTTATTTGTGTTTCTTGATTGTAGTTTGAAGAAGCTGCTGCACACTAAGGCCAATGCATTCCTCTCCAATGATTATTATGACTCTGACATAGCCTGGATGGAATTGGTCTGTGATCTTTTATCCTTGAATGTCAAATTTGTTGTTCAGAAGAACTTCAGAAGTTAGGATCAAACTGGTTTTAACTTGGATTTCCTTGGAAAATATAGTGACAGTATGATAAAAGAAGTTAAATTTATTTATTTTGAAATGCTAAAATTTTGTTCCTCGTTATGATATAGGTCAATGAAAAGTGAAAACTATATGTATGATGTATTGTCGTTCCTCCTTTAGTTTGGGAGCCAAATTTGTGTCTGTTGCTTTGTGGCGTCATCTCGGTTGCTTTACAGATCTGTCTGATTGTGTGAGTGATTTTTACATTATAATATGTTATCCATTCAGACATTACACATTGATAATGATAAATGTTAAAAATAAAAAGTCAGAACCTACTAAAGAAATCGCCTCCTATAAGTACGTATGACAAAGTTCTTTCTATTTCTAATGCGAAATTTTGATCAAACTTTTCACAGCATGTCCATATCTGGACCTTTCATTGCAGTTTGTTATATGAATTATGAACTGTGCATTTCCGACTTATGTTATTAATTTATTTTCCCCAATTTTGTAGGATTCAAAACTAGATATCACCATTGGCCCTTATGAAACCTATGAAGATTCGCTTTTCGGATACAAGGTATGCTGCACTACATGGTAGTGTGTTTCATCGAAATCATTACTGACAAATACATAGCTAGCTTACCTTAAAATAGACTGATAGTTGGACTCTAGTAGAGAAAATTTCATTTGTAAAAGCTTTTTGTCATGCCAGTTTCTCTAAAGGAAGTGATTGATAAGGTGACACGCCGCTTCTTACTCAAGAAGGCTCAAGAGCTTTATAAGATATGTATGTACTTATATGCTGCTTAAAATCATGCATGTGCACAGAAACACGACTCTGGCCTTTGCTTTGTATTGATGAAAACTTGACTTGGCAGAATGTCTGTTATTCAGTTAATCAGTTCACATTCAGAGATGTTGATGCATCATGATTATTTTTTACTCATGCGTTACCCCTGAATTCTTAAACCCACAATTGTTATATCAATATGTTGTTACCTTCTTCGTTGCCTTCTCTCCGTGGTGTGCATATCAATTGCACGAAAAAATGCACCAGTTGGAGAAATTTTCAGGTATAGGGTTCAAATGGTGAACTCTAGAGTCTAGATCTGCGAATTGAAGGTGTAATTTAGTAAATGAAGATGTTATCTATTGGCCTTTTATTCAGGACGGTAAGGTAAGTCAGTGCATAGTATAATCAATGAGTGTTGTCACGTGGTACTTTAGAAGTTATAACTTAGAAGTACCATTCTATTAATTTTCTCTTTCTATCTCTTTTGACTCCATTTTGGCCCTAGTTTTCTGGAAACTTTTCCCTATACCTTTTATCAAAGAAGTGAAAAAACACAAATGAGAGGTTGTTTGATTTCATTTATTTTAAAAATGAAGCTACTTTATAGCCACAATTTGATATTTTGCGTATGACTTTTTTCTTGTGTGTACAATAAATGAAAATTTCATAAACATATGGGGTAACCTAGCTTGTGAAAGTCAGACAAACACATCTTCAAGCATATCAGATTGTACATTCAGGCACTGGTTTAAATTAATTTTTGAAAGAAACTGGTTTAGCTTATTATTAAAGTTCTTTATGGAGGTTTTTGGGTTTTTGTTCCAGAGGTATGATGTGTGAATGGCTGTCTGTTTTTCCTTTTTCTGATTGGTGTTTTAGAGGACTCCTGTATTTTGTTGGCGTCTTTGATTGTTATCGTACAATTTTTCCTTTTCCGAGATGATTCTTTAGTTACAAATTGATGAAGCTTATGATACTGATTCACTGAATCTACATTTTAGTTCTCCATGTTGCTTGACCCTACAAATGGGTATGGACTTTGCAATTGACCAAAATGGAGAAAATTAGTACTTCCCTTTTTACATATCATATAATAATAAGGAAATTATTAAAGAAAAGTGCTGGTGTCGTTGAACCCCATACTGTGACTATTGACACCAGTAACCTTGTTCCCCCATATCTTCAAGTGAAGAACTGTTTGTGTCAAATTCTTGGATCCATACCCAAGACTGACACTCATACTGCAATTATTATACGTTGGTTGAACTAACTGCTTGTAGCCTATTCCCCTTTACAATTTATTTTATAATTTACCTCTCCTACCATTTGTTCTAAGGTTAACCAGTTACGTGCTCTCTTGTTTTTCTTGGGATAAATTTCATTCGCTTCAAGTGGTATGTATCCAAGCAGGTCATGGAGTAGAAATGGGTAAACTATAGCTAGTTGATATCTCTTGTCGATATTGCAGGCTACTTTTGAGGCATTTATTGGAATTCGAGACGATGATGCTACAGCCAAACTTAAACTATTTGGCGATAATTTATTGGTAATCTGTTGATTATTTTTGTTTATGAAAATATTTAAAGCCTCTTACTTCCCCGGTTTATTTTCATTAAGGACATTGGCCACTTTACGCATACAAAAAAATTAGTCAAGTTTTGTTAAAAATGTTTTGAAAACCTAAATTGGTTTTTATTCATGTATACTCCTTACTTTAAAGTGGTAAAAAGTATGTGATATTGCATTGGTATTACATAACGATTTATTTGTTAGATGCAAATTTTTGGCTAAAATACCTTATAAAGGAAACGGAGGGAGTAACATTGTTTAGAAATTTGCTTCATTTCTGTTACTTATTTTTGTAATTTCCTACCTTCATGCTGAAAAAGACTCTCATAGCCTCAAGTGTTGTTTGATTGACATGAAAAATCATGGGAAGTATGACTTCCTAGGAAGTGGAAGATTGTGGTATTGTTTGTTTGACAAAAACAATGGGAAGTCACACTAACTTCCACTTCCCACAAAATAGAGGAAATGTTCCCTAGGTCCCCCTAGGTCAGTGGAACTTCCCATGGGAACCTACTTCCCTTGTTCAACCAAACAACATTCTCTACTTCCTCGGAAATGCTTATCTGTAGTATTACTTATTAAAAAAAAGAAGGTTCTACTTCCTACGTTCAACCAAATGACCCCTCAGATTAAATATTCTGGTCTCAATTGAGTGATTGGCCATCGGATAGTAACCATCACCATTACTTCTTTCATTGATAAAATGGTGATCCATTTGATGATAAAAAGTATGAGTAGTTTTGGTTTTTTTAGAGATAAAAGAAGTGATTAGCCGGAAGGTGTTATCAACGTTGTTTTTTTTAAATAAAATCAAATATCAATTATTACTTATTAGTAACTTCTAAAATTGTTTATAACTTGTAGAGGTCAATGATTTTTCTGTAATTAATAATGGTACTACCAATTTCTTCATTTTTTTAGCCCTACTCACACTCATTGAGAGAAACAAATTAAAATCAGCTGATTGTTTTTAGTTTCTTTTCTGCTTGCTTTGGTAAGGTTTTGGAGCAAAACCTTCCAATGGATGACACATTCAAGTCTAAAGATGTCACAGCTGCTCCAATTCGTGTCATCCAACTTCTTTACAATGCTGGGGTATGTCCTTCATCCTTGAAAACATTTATCAGTATTAGCTGCCTTTGTGATTTGTGTATACCAATTTATTTAGCTGAATGAGCCCCTATCTTTTAATTTGCTATGTCGTTACAAGTGATTGTATACTCTCCAGATTGCTATGAAAATATTCCAAATTTTTTACATAATCTTGCATGTAGTCTGTCTCTTTTATTTTTGGTATAGTTTTAACATATGCTCCAAATTAATGAATAAATTACTCTTTTGAAAATGAATTGGGATTTTTTTTCTTAAAACAAGGCTTCAGATAAAGTAATGCAAGAGAAGATTTATTTAAAGAAAAAGACAATTTGTTAGTTTGGGCTGGTAATTTATCTCTCATCAATACCAATTATTTTAAATTTGTTTAGTTTTGAAGGCAATACCATTATATTGATGCTCTGTACTAAAGATCACTTTTTTTTGAGGAGACTAAAGATCACTTATTTAATCTAATATATATAGACTGGAATCTTAGTCTTGGCATGCTTTATATTTGTCATTGTTTCTATTGTTTTAAGTCAGAAGATAAGGGGAGTACAATTTGCATGTCAACAACCAAACGAAGGTGCTATGTGGTGAGGTTTGGTATATCGCAATTCCTTGAATATAATGTTATTATCCTAATTCCTAAGTCTCCATTCCCGTGACAGATACTTAGGCCCTGTTTGGCAATTAGAGTTTAGAGTTTAGCAGTTAGTTGGATACTTTTTTGTTTTAACGCAGATTTGACTAGCTGTTTGTATAAATGTGTTTGATAATACATAGAGGTTTGCTAAAAGTTGTTAACTACTACTCCCTCCGTCCCTTAATACTCGCACCGCTTTCCTTTTCGGGTCGTCCCTTAATACTTGCACCGCTTCTATAAATGGAAATCTTTACCAATATTATATTATTTCTCACACTTACCTACTACCCCACCTACACCCCTACTCCCTACAAAAAATCATTTAAAAATCCACACCCCACACTCACCACTCTCCACCCCTTCACATTTCCCACTAACTATATTAAAAAAATACCCCACTATCAACTAACACCCATTAAATTAATAAGTCAATTTAAATGTCTTAAACTCCGCACCGGTCAAACCGGTGCGAGTATTAAGGGACGGAGGGAGTATATTGTATAAAATGACATTTATGGACATTTGTCTTTTATAGCATTTATTTAATATTGTTAGGTAAGAATAGTAATTACGAACGAAAATGTCTGTTACTGTTTTACATTATCAATCCTCTAAGCAAAATGTTGGTGGGAGGAGCTTTTTCAAAATGAGAGGTTCGAGCTCAATCCTCTTTTCAATACTCTTTTTTACCAAACACCCCATTTAGAAGTTTTGACTAGTCAAACCTCTAGAATTGGTCCAAACCTCCAAAGCCCCCCAAACCTCTCTTTACCAAACATGACCTTAGTGTAGGATATATCCATATCTCTGCAATGTCAACTATCATACTTCAGTCAGTGCTACTTGAACCCCAACTGTGAATGGAGACATGCTTAGTGTTGGATATGTCCAAAGTCCGAACCGCTGCAGTTTTAACTATTTTACCCCTTTTAGTTTTACTTTAACCCTACTGTAAATCTTCTTGTTGGGATTCTCTCCTCTCGTACTACTAAGCATCCGGGTCATCCACCTCAACATAAGCCTTAAGCGTCTCGGACTCTTCCTTAACATGAACATTCTTGAAAGCCTAGCATTCTGACAAATACAGCAAAGTGGCTGAATAACACTCTTATAAAGCCTTCCTTCACGTTTTTAGGGGCACGTTCTGATCATATTATTATTTCAAATGATCTCAATTTGAGTTGGCCAGACTTGATTCCATGCCGAACATCTTCTTGGTCAATATCTCCATTCTTTTGGATGATAGATGCCCAAAAATTTTAACACTCACTATTAGGTGACTGGCCTGACTACCCTCAGACCAGCTTCAGATTACGTGATGAAATCGTTCTCAATACCAAATAAGACATTACTGGACATGTTGCCTTTCTTGCTTTCTACACTTATCGACAAAAACAGCAACGAAAATCAGACTTTTATAGTGCCTCAAGATGATTGGGTCTTTTCTTTGTATATAAAAGACTGGTTGCAGATTCTTTTTGTGGGGCTCAGAAGGGCGAAGGAGATGCGGCGAAATGCCATGATGGCAATCCTGTTGACCTCTGGAGTTGTTGTTTCCCGTGATTTAATTACTCTTGTAACATATACCGTTAGAAGTCTTTACCTGACTACCTTGTCATCTAATCACTTAAGATGTAGAACTTCAAGTTTAGTTTTATAAGTCTTAAAAAACTTACTTTGGTAGGACTATATTTCTATCAATTTATAAATACGATGATAAAATAGTACCGGTTAATGCGAAGGACCACAAATGTGTAATTGAACCCTTAAGTGGGAATAGGGGAATTTTTTTTTTTTTTTTCTTCTGATTCTGCATGCTAGTTAAGAAATATGTTTTTTCTTCTGTAAAAGTTGATAATATTGATGGATAAAACTGCTTAAAGACGTTAGTGTTATTTCAGGATGTGAAGGGACCTCAAACTGTTGCATTTAATTTACCAAACGATGAACGCATTGTGAGAGATCGTGGTACTTCAATGGTAATGCTGAAAAATGTCTCTGAGGCGAAGTAAGTCTTCAAATATCAAAGTTTTCTTCTGCAGTTTATTCGTATGATTGTTATCACTGTTGGCTGCTATCACTTTTTTTCCTTTTTTCCATATTAAGTATTTAGTATTACATGACTGGACCAGGTTCAAACATATTCTTCTTCCTATAGCCGAGGCATGCATATCAAAAGAACAACAGGAGCTTGTTGACTTTGATTCCTTCTTCACTCATACAATTTGTCATGAATGCTGCCATGGTATTGGTCCTCATAGCATAGTGCTTCCAGATGGTCGGAAGTCAACAGTAAGATTGGTAAGTCTATGCAGATCATCCATTTTCATTAACTATTATATTTTTGAATGAACATGATGTATTTACATGAATCAAACAATAAGAAGTTCTTAGAAGACTCGAAATGATTGAAGGGCTTTCGCTAAATAATCACATTTACTACACCTGCTTTCAAAAGTGAGACTAATACTCTGAGAAAGCACTATTTGTTTGGTGACAAATTAGAACTTCTTGAGCTGAAAAACAAGATGCTAAGTGATTAGGGAACCAAACATAATAACCATATTCGATACATCAGCATCGCAACTTTCAGTATTGGCTTTCAACATGAAATGGATAATTTTAGTTCTCATCTTTGGAATATGGACTTGAAAACTTTTATTGTGACACCTTTGTGGACAAATGCCTTTATGCTAGTTGCTTCACTATGTGGTGGTCGTGGTGGTGGCCGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGTGTATGGGAGAAACCCCTACCCTTGGATTTTTTTTTTAGAAAATTTGTTTTACACTGACAAAGTGTATACAAAGAGGCTTCTGCCTAAAATGAGAATAAAAAAAACCTTTGTTTTTCTATGTGTATCATCAGCCAGTGTTGTTTTAGTTGCTCACTTTATAAGACAATGCAATAGAATGCTCGTTAGGGTTGTCTCAATTATAATAAGCTTCATTTTAGTTGGTATGTTGTTGATATCACATGAAAACAATTTCATGTAATATCTACACGATTCAAGAGGGCTGATAAATCTAAAATAGTCTAAACTAAGCCTAGTATTTATGGGTGCACAACATGGTGTAAAAACTCGGACGAGTTAACTCGGTTTTGGAGGCCGGCGATACAATATATCCCGGTTTATAACGGTGTTTTGAAAAACTGTCGAGATCTCTGCTGGTTCACCGAACTGATTTTGTCCGCATTAAATGTTATTACCCTCGCATCTACTCAATTTTCAGTCGGATTTTCCCACGTTTTCGACAAAATGAAAGGGAAAAAGAAAGAAATGGAGAAACTCCATTGAAATCGAGTGGGGAACTCCATTTTCAAATGTGAAACAAGAGAGGAGAGAGAAGGTGGACAAATGAAATCATTTAATGATATCACGTGTAGGGTTTACTGGTTTAGGGAAGGAGGACTATGCTAGGTGGTGAGTGGGGTTGACTTTGGGGATTCTTTTTTTAATTACATACTCAAGTGTAGGGCTTATGGGAGGGCCTGTTGTCACTTGTCATTGGGCCTTTATATAAGTGATTGTTCTCAATGAACCCATAACTTAGGGACAACCTTGATATTTTTGTATGAAATACTTCCCGCGTTCTTATTTACATGACACAATTGGATTTTTGACACTATTCACACAAGCTTCTTTTACTTCTTTTTGTGATTTATACTTAAGAAAAAACATAGTTGTGTGGGGTCTTATTAGATTCGTCTCAATAATTATTTTTTTAATATCAACTTTTTATAATTTTTTCTTATCCATAATTGATTATATTAATGTTTGAAATCGTGCATCGGCAAACAGTGCCTAAATAATTGTGTCATTTAAAAAAGAATAGAGAAAGTAGTTTATAAGATTCTTCAAATAAATTCCCAACTAATTCAATTTTAAAATTTAAATAAATTTCAACTTCCTACCACGACACAGTCCGCGACTAACGAATCATTTCCGTTACCAAGACACCTCAACCGCGATCGATAGCGCGTTTTCGATCTGTTGTGCACACTTGTGCCGTCAATCGTCATGATCATATTCGACAGCTTAGAGAAGCTCCTTGCAGTTCTGCTACACTAAAATCATCACCAATTATATTAGGAAAATACAACCACCAATTATATTAGGAAAATTTGCCGAATACAACCCTATAAACTTATCTCTTTACGGGTTACAACCTCAAACTTTCAATTTTGTTAATTACAACACAAAACTTTATCCCACATTCTAACTTACAACCTCGGGTCAAATTCCGTCTAATTTAATCAAAAAGTAATGTCATAATTATAATTTTCTTTCAATTATTAAATGACTTTGGAAAAAAATTAACCAAAAAAAACAACAAATTACTCCCTGCCCAAGCTTTGACAAAAACCCATTAACCCGACATCAGTTTTCCACAATTTCCATTTCACAGATACACAAGAATACCCAATTCTTCCATAGTCTTCCTTCCTTCACTTCCATTGCATCAAGTTTCTACAATCAGAAATTCAAACACCAACCATTATCAAATCAGAAAGAAAACTATGACAGTAGAGGAGCTTGAGAAATCAATGGCGACGACAGAGAATGAAGGGAAGAGAGAGGTAACGATGATTTGGAGGAAGGCGAGATTATCAGCGAAAGAGGAGAAGGGCCGTTACAAAACCCAACATCCATTACTCACCCCCTTGAGAACTCTTGGACTCTCTGGTTTGATGGTTTGATAATTCTTCTGCTAAGTAGAAGGCAGCCGCTTGGGGTAGCTCTATTCGTCCCATTTACACCTTCTCCACTGTCGAAAAGTTCTCTTGGATTTTTTGAATTTGATTTCGTTTTGGATTGTTGGGATTTTGCGGATTTGGGTTTGCTGAATCTTGTTTTGTGATGTGGGCAATTGAGCTAGGTTTTAAATTTAATTTTCCTGTGCGTATTTGAGCATTTGATACGGCCATATCATATGGGTGATTGAGATGTTCTCGTTATTTTTGGTTTATTTATGTAGATTTCAGTTTTAAGGTTTTCTTTGGGTTCTTAATTAGATTATTTTGTAGGGATAGGCAGTTCATTTCATTTTCTTGGGGAATTCGAGGGAGTTGAGAAGATGGGGTAATTTGAGGGGTTATTTTTTTTTTTTTGAAAAGTTTTTGGTTAAAAGTTTTTTTCAAAATGATTTAATTGGGAAAAATTTATAATTATGACATCACTTTCGGAATAAGTTAGTCGGAATTTGACACGGGGTTGTAATTTGAAGTGTGGGATAAAGTTATTTGGTTGTAATTAACAAAATTGAAAGTTTGAGGTTGTAACTTGTAAAGAGAGAAGTTTATAGGGTTGTATTTGACAAATTTTCCATTATATTATAACAATATCTTCTGAGTAAACAAATGCCGTTTTCGTGGATTTAGGGATTCTGTTTTAACTTTTAAGGGATTGCAACTATAGCATTTTTTTTCTTAACCCCAAAGGAAAATTGCAATAATGGTACAAGAATACAAGAATATATGCCAAAGGTAGTTGGATTCTCTAGGAAAAGGAATATAATTGATAAGGAGACCAGGATAAAAATGTGTCCTAACAAACCAGCCTGCATATCCTTGACATTTTGGCAACATGAGACTACGCCAGTTTCTAACATGCTTCTTATTGAAATAATTAACATCTTTAAGCTTTAGCAGCTTTGTGTGGTGGCCCATGTTGCACTTGCACCCGCTAATAGCCAGTCTGAAGCTCGACACAGGGTGTAGACTGTAGAGGAGTGTCGACTGAGGAACGATAGATTAAAAAAATTCTGCGCACTGCCACAACCCACGTTTATTGTGTAATGGCCTATTAATTTATGAAATGCTTTACGTAAAGGGAGTTGAATTTTTTTCATATAATGGCTGTTATGTAACATATTGGTCTTTATTGGATTCAATGTTTGAAGCTTTTTTATGTAAATCCATTATATTATCTTTGGACAAACCAAACACAACTAAATAACACTTTGAGTAACATAGTTGGTTATTTAGTATGGTGGTAGTGATTGAAAGTATTGACAAAATGTCCTTAACTTGGTTTTCTCTTAGCAAGGTTGTCCTTCACACTGTTTTGTCGACGCATGTGGTAGAGGCTATTAAATACTCTCCAATGAAAAAAAGTGTCATTGTTTCCCTTCCCTGTTTAGAGACTTGGTGCTATAATTTAGACCTTATGGAGATTGTTAATTATTGCTTGCTTGTGAGCGCTTGATAGAAGTTAACAATTTACTTGTCAAGCAGGAGCTACAAGAACTACACTCTGCTTTGGAAGAAGCAAAAGCTGATATAGTTGGTCTTTGGGCTCTCAAATTTTTCATTAATCAGGTCAGTGATCATAAATTTCACATTGCCATCTTTGAAGCTTGTAAGGCTTTCTGGTGATACTTTAAACTTTTTTACCAACTGTTAATTTCATGGAAATTTTTCTCACCCCTGCCCCTCCTTTTTAGTGATAAACATCTTCTGGACATTATTTGGTAGTTATGTTTTGAAATGCTAAGACTCCTTCCGGTCCAAAATAAATTGACTCTTTACCATACGAATACAACATAATTGTCATTTCTTAATATCAATAAAACATCGTAGGTAATTTTACAAATATCAACAAAAAATAAATGCTGCCTTACCAGTGCAACAACTATAAAATTTATCAAACTTCTTAATTTCATTGAAAATTCTTGAATTGATTATATACTGGAAACAAAAGAGTACTTTTTTATTTTTTTTGACAAAGAGACAAAAGAGTACTTTATTACAGGCTACATGAACAAAACAAATCCTTTTATACAAACGAACTTCAAAGGACTCTCATAAGTCATAACTGAATTTGTCACGTATGAAGTTCATATCTTTTATGAATCAAAAAAAGTGTATTTGTTAGCTGCTATATCTAGTGGTGTTTTCACCATACAACCGGTTGTACCTTGCGAGGTACAAGCGTACAACCAAGGGTGTATTTTTTGTTTCGCCATACTTGTTTTCTTACTAAGATATCATCTTTTTCTGATCTCTATTCTGAAAAGAAGGAAGTCATGTAAGATTAATGTTAAACCTTAGATTAAGATGTTAAATATTTTTCTTTGTTTAGGATTGTGGATGAATATCAAAGATATATGTTGAAATTTTGTGGTTAATATATAAAAAAATATGTTATAAGAAATTCCGTGTGTTCACCAATACGTTTTTGAATAACTACAAAAAAATTCTTCCATTTATCTAAAATATATGTCTCTTCGTATCAGATGCAACCACTCCATGGACTGAATTTATGCAAAGTTCTCATATTTTTTCAGTTTCTATTTATTTTTTATCATCCTCATTTAATTCTTCTACCTTGCTGACCCAGAATTTACTTCCGTCAAGTTTGTGCAAATCTATGTATGTTTCCTTTCTTGCGGGATGTTTTCGCTCCGTACGTTTTGGGCTAGATGAAGCTCATGGGTAAGCAAGTTACTGCTAATTTTTTAAAATCCCTATTATTTCATATTCTTGATTTATGTTTGCTTGTTTTTCAGAAAGGGACAAGCGTTGCAGTTTAATTGGTTATTTGAGAAAGAAGCATTTATTATGCATCCTGATGGGAGATTTAGCGTTAATTTTGACAAGGTTGGCATTCATATCTAATGTCTTCAGTTTTCAAGGTTACTTTGTTGAGGTAATCTGATACATATTTTTGTTTTGTTTTGTTTTTTTTCCTTTATCTTATTATTATAAGGTTGAAGATGCTGTTGAAAGCTTGAGTAGAAAAATATTAACCATACAAGCTACTGGTGACAAAAATAAAGCCAGTTCTCTTCTTGAGGAGTACTGCAAAATGACCAATCCATTGCGACTTGCATTAGACAAGTTAGAAAGTGCTGAGGTATGGCTTTTCAGAATTTATTCTAAGGGGTTTGTTACTGTTATTGTTTCTAAACTGGAAACTCATATCCTATTAATTGGTAAATGGATAGGCTGATTCTTTAGAAACTGACAGGCTAAAGTCGCATCACCTAATCAAAGATAAACCTAAGTCCACTAACAAGATAGTAAGGGAAGTAGGGATCGTATCCACAGGGAAACAGGCGTTCTTTCTATTACTAAAACTAAGGTTTAGACTATTGGGAAACAAGAAAATGGTTTAAGTTGAATATTAAACTCCGACAATAATTAAACAAGTAAGAATTCAGATATTAAAAGGTCTAGGGCATAGGTTCACCAATGAACAACAGTCCAGGATGATAAACAATATTAATAATCAATAAAACATTTAATTAGACTAGCATGCTCTCTCGAGTCAATACTAATCATAGACTTAGAATTAACGGGGTTTCGCTACGTATTAATCCCAATTCTACCTATCGACACAAGCATGAACATCAAATTGCATCTCTCGAATCTTAACTTGATATTGCTAGACTAATACAATTAGACCTGCGCAAATCCAATCGCATAGTAAATGAAAACAATCAATAAGAATTAACAACTAATACCAACAATCAACAATATTCAATCATCCCTTCATATTAGTCTATGGATTCCCAAAACCCTAGAAAATAAACTACTCACACATAGTTAGATTAAACCAAACAAGCATATTAAATGAAAGCATAATTGAAATTGAATAATAAAATAAGAAACAGACCAATACCGAATTGAAGAATGAATGATGAAATTTAAAGCTTGAAACTTGAATTGAATAATAAAAGTAATAACCAGTTTAGAGAGAAAATAAAACTAAGTAATAAACTAAGAGTCTAAAAAATAACATGCTGAAAATAAGATGTCCAACTAAATAATAAGGGCTTGGTATTTATAATTTGCCCAAAAAAACAAGAGAAAACCGGAAATAAACTATAATCCGCGCTCCAGGGGTTGTCGTCGCCCGATCGGGCAAAGGGCCACCCGATCGGTCGATCTGCTCGTCAAACTGCACAATCCCGTATCTTAAAAACATCATATCTCCTTCGTTATAAGTCGGAATTAGGCGAGTGACCACTCGTTGGAAAGCTCTTGAAGTCTAGAATCCAACCCAATTTGAATCGCTGCATTTGGAGTTGTATAACTTGAGTTATGATCAAAAGAGTAGACGAGTGTCGGTTTTATACTTCTTTCACTATTGGCTTTCTCAATATTCGTGCTCTCTAAAGTACATAATCTCTTGTAGTGATTCAAATGAGTAGGAAATTCACACAAATATGATAATTCCTACAATGATGAACCTGAAACTACAAACACACTACAAGGAGCACATTAGTACTAAAAATCGCTCCGAAGAGCTCATTTCAGATCAAAAAGTACTAAGGGATGGGGGTAAAAACTCTATATAAAACGCATATATCAGAAACCATCTCTCTTTTAGTTTTAGTTGATATCTTTCATTTTGTCTTCTTCGGATGTTACCTATTTCTAAGTTGGATGTGGTGATCCAATCAGTCATACCATCAATGAACAACAAAAAAGTTCATTCAAATGTTTCATTTTCATTAGTACCTATACGTCACGTGCTATGTCAGTTGCAATAGTGCCCATGCTATGTCTCGTTTTTGTTAGTAGCCATATGTTTCGTTAAAAGTTAAGTCAGGCTTCGTCCATGCTAGGTTTTAATTTAAGAGTGCAAACTTTGTTCCTTGAAATATGAATTGCAATAGTGTGGTGTTAGGTGGAAATGAACTCCATTACCTCCCCTATTTATAGGCTACTTAACTACAGTAGTAATTGTATAAGCGAACCAGCTCTAAAGCTTCTACTTTTACCTCCCTCCATAGAACCTTTTACTTAAATCTTTTGGATAGCTTGCTTAAGAAGCTTTCCATGCCTCTATGATGCTAAGTTCATACTACCTCCGTTTTGTAATGTTCTACTCGCTTGCTGTAGACTCTCTAGGAAAGTTTGAGAAAAGTGAGTGGGTGTTGGTAAGAGAGAGAGCGTAAAGAGGTAGGTGGGTGTAAGGAAAAGGGTTAATAAAGTAAGAGATAATGAGTGAAAAAGTGTAAATATTGTGAGAAAATGGGGTAAGATGGTAAAAAAGTATTTGCCAAAAACAGAAAAAAGTGTTAGAAATGAGTAGAACTTTATGAAACTCTCCAAAACGGAAAGTGACTAAAAGCATTAGAAAGAAAGGGAGGGAGTATAAGGTTTGAACGAATAGTTGAGTAGGCAAAAAGCTTTTAAAGGAACATCAATAAGTGATTTAGGCCTTTAGGCCAATTTTGGCTTTGTAAAGGAACATCAATGAGTGTATAATCTCCATATGATTGGATATCATATACTTGTGGACAAAATCTTTTAACCGTTTAACCCATATAAAGTTGGGTTTGAATTTCTTCTTTTACCCTTCCTTTTAGACCACTCTCACCGGTGAGCAAAAAATATCTCACCCTATCTCTACCACTTTCTTACTCCTGCACATAACTTTCCTCACGAACAAATTTTTCTACAAAAATTTATCCCACCAATGAACTAAAAAAAACTCCTCACCACTCTTACTTTTACTATTCACTAAACCCCACCACACTTTCTATCTCCCACATACTCCATCCATTTTATATTTTATTCAATTATATTAATAACTTAAATGAATTAACAATTAATTAAGATAAATTATTTATTTATGTTAAAACTTTTTATTTACGTTATTTTTATATATATTTCGATATTTATATATTTTTAATACTCTAAATTTAATTGAAAATTTATGTTACTGAAAATTTTCAATAATTTTTCGTTAATATCAAAAACTATAGTAATACTTAATATGAAAAATGATTTTGGTGAGTTTAGAGAGATAGAAAAAATGATTTTTGAAAGTGTCAAAATATAGCAAAATTGGTATAGCAAAATTGATCTTGAAATTTTATGACTGTTGGTATAATTTTTTTTGTTTTTATTAATTATTTTCGGCTAAAATTAGCCGTTAAACAAAAGAGCCGTTACAATTTGCACCGAATTTTGGGATTGGTTGATGAATCTTACTGGGACACGTGGCCAGCGCCCATTGGGCCTCAAGCTACGCCCAGTTAGATTTGTTGAGACTTTGAGAATATATATATATTGGAATGTTGTGGTTCAACGGTAACATTTGGGGGAATACCTGTCATTTTCAACTGAAATATGGCAGTTGGTGGGGCCAAATTTCTGGCAAGCAACTTCATGAAATGGAATTACGTGCGCGCATTTCCCCATTTGCTCGTGAGCAATTCCTCGACTCATTGTTTTGTTTCGCGATCTTTTTTTTTTTCTTCACTGATTTTTCTTCGTGAGCTAATTTTTTCACCACTGCTCGGAGTTGCTCTTAGGCTGTTACTTTACCCTTGTTATATAAAGTTGATTTTTGATGTCTTTACAGGTACCAGTTGACATAACTCCAGCATTTCCTGTCGCTGACCAAATATTGCATGGAAGACCCTGAAACTTGCTGAGACTTTGAAGATGCAGTCGTGCTTTACAATTAAAGGAAATGCTAGGTTTTTTCATTTTGATACCTGATTTATCACTTTACTTAACTAAGATCAACAGGAATGGAAAATGACTGATTGGATATTGCTTCACTTGTTCTGCTGCATATTGTCCTAGTACATTCTTATAACTTATCCCAATATAACAATAATAATTGCTTTCTACCTTATTTATGTATCAAATAAGATGTACCTGGTCATTTGAATCTCATCTTAACTTCAATTCTTTTTTGATAACCTTGTTAAGGAAGCTGATTTCCGCAATAGTTTCCCTTGCCTTTCACTTGTATCGAATGTCACTCTACTTTTCTAATTATTATTTTGGACCGAATTCCAAATAAAATGCTTGAAGATGTTAAAATTCCCTAAATACGCATCTTTTTCATAAAATTTTCAATCTACTGCC

mRNA sequence

AAATGACACGTGATTTGCTCTATGATTACATTTCCGTTTGAATCCGTTCCAAATCACGTGTTGTTTTTTCGAGTCGCTTCCACTTACCATTAGCACAGGCGCACTGTAAGCAGCAGCCATGGATGAAGCAGTTCAAGCCGAAGAATACTTTGATGTTCTTACCAAAACTGGCCAGAAAACCGGCATTCGCAAAACCAGAGGGCATGTTCATAGAGATGGGGATTACCATCGTGCTGTTCACGTGTGGATTTATTCTGAAAGCACAAACGAGCTTCTGCTTCAGAAACGTGCTGAATTCAAAGATTCCTGGCCAGGCCAGTGGGATATCTCCAGTGCAGGTCATATATCTGCTGGTGACTCTTCCCTCATAACAGCAAGAAGGGAACTTCAGGAAGAGCTAGGTGTCAATCTTCCAGAGGATGCATTTGAACTGTTGTTTGTTTTTCTTCAAGAGTGCGTCACTAATGATGGAAAATTTATCAATAATGAATTTAATGACGTGTATTTGGTGACCACCATAGCACCTATTCCTCTAGAGGCATTTTCACTTCAGGAATCAGAAGTCTCAGCTGTTAAGTATATTTCTTGTGAGGAATACAAAAGTTTGCTGCAGAAGGAAGATCCTGACTATGTCCCTTATGATGTAAACGGGCAATATGGTGAACTTTTGAACTTAATTGCACAAAGGTACAAAGAGAACGTTGAGGAACGAAGTTTATCTCTTCAAAGGCAACTCAATCGCTATGCACCTATTCCCCTTACTGCAGAGCTTGGCGGGATTAGTGACGTTGATAAAGAAGCTCTTAAGTTTGTTCTTAAAGCTGCGATGATAATGGATGATATATTTCACCAGCAGGTTTGTCTTAGCAATCCAGCTTTGAGAGATTGGTTGAAGGAGCATGCTGATACTTCCCCCTTGAATAAGTTGAAATGGAAATATTTCTCTATTAACAAAAGTCCATGGTCTTGCCTAGATGAAAACCTTGCATTTTTAAGTACGGCTGATTCTGCAATTAAATTGCATTTGCATGCCACAAAACCAGTATCTGGCTGGAAGGGCCTTGAGTATAAAGCTGCGTTTCCTCTATCGAAACAACCTGGTGCAAATTTCTATCCTTCAGATATGGACAAACTGGAATTTGAATTGTGGAAAAATAGTCTGTCTGAGGATGAAAGACAAGAAGCGATGGGCTTTTTTAATGTCATAAAAAGATTCAACGGAGTCAATTTAGATACTCAAACTGATGAGGGCGTCGCTGACCTGTCTATCCGTGATCTCTATTGTGTCCCATTCTCTCAAGAGTATAGTTCTTACCTCACAAAAGCTTCAGAGTTGCTGTATAAAGCAGGGGAACTGACTAGCTTTCCCAGTTTGAAGAAGCTGCTGCACACTAAGGCCAATGCATTCCTCTCCAATGATTATTATGACTCTGACATAGCCTGGATGGAATTGGATTCAAAACTAGATATCACCATTGGCCCTTATGAAACCTATGAAGATTCGCTTTTCGGATACAAGGCTACTTTTGAGGCATTTATTGGAATTCGAGACGATGATGCTACAGCCAAACTTAAACTATTTGGCGATAATTTATTGGTTTTGGAGCAAAACCTTCCAATGGATGACACATTCAAGTCTAAAGATGTCACAGCTGCTCCAATTCGTGTCATCCAACTTCTTTACAATGCTGGGGATGTGAAGGGACCTCAAACTGTTGCATTTAATTTACCAAACGATGAACGCATTGTGAGAGATCGTGGTACTTCAATGGTAATGCTGAAAAATGTCTCTGAGGCGAAGTTCAAACATATTCTTCTTCCTATAGCCGAGGCATGCATATCAAAAGAACAACAGGAGCTTGTTGACTTTGATTCCTTCTTCACTCATACAATTTGTCATGAATGCTGCCATGGTATTGGTCCTCATAGCATAGTGCTTCCAGATGGTCGGAAGTCAACAGTAAGATTGGAGCTACAAGAACTACACTCTGCTTTGGAAGAAGCAAAAGCTGATATAGTTGGTCTTTGGGCTCTCAAATTTTTCATTAATCAGAATTTACTTCCGTCAAGTTTGTGCAAATCTATGTATGTTTCCTTTCTTGCGGGATGTTTTCGCTCCGTACGTTTTGGGCTAGATGAAGCTCATGGAAAGGGACAAGCGTTGCAGTTTAATTGGTTATTTGAGAAAGAAGCATTTATTATGCATCCTGATGGGAGATTTAGCGTTAATTTTGACAAGGTTGAAGATGCTGTTGAAAGCTTGAGTAGAAAAATATTAACCATACAAGCTACTGGTGACAAAAATAAAGCCAGTTCTCTTCTTGAGGAGTACTGCAAAATGACCAATCCATTGCGACTTGCATTAGACAAGTTAGAAAGTGCTGAGGTACCAGTTGACATAACTCCAGCATTTCCTGTCGCTGACCAAATATTGCATGGAAGACCCTGAAACTTGCTGAGACTTTGAAGATGCAGTCGTGCTTTACAATTAAAGGAAATGCTAGGTTTTTTCATTTTGATACCTGATTTATCACTTTACTTAACTAAGATCAACAGGAATGGAAAATGACTGATTGGATATTGCTTCACTTGTTCTGCTGCATATTGTCCTAGTACATTCTTATAACTTATCCCAATATAACAATAATAATTGCTTTCTACCTTATTTATGTATCAAATAAGATGTACCTGGTCATTTGAATCTCATCTTAACTTCAATTCTTTTTTGATAACCTTGTTAAGGAAGCTGATTTCCGCAATAGTTTCCCTTGCCTTTCACTTGTATCGAATGTCACTCTACTTTTCTAATTATTATTTTGGACCGAATTCCAAATAAAATGCTTGAAGATGTTAAAATTCCCTAAATACGCATCTTTTTCATAAAATTTTCAATCTACTGCC

Coding sequence (CDS)

ATGGATGAAGCAGTTCAAGCCGAAGAATACTTTGATGTTCTTACCAAAACTGGCCAGAAAACCGGCATTCGCAAAACCAGAGGGCATGTTCATAGAGATGGGGATTACCATCGTGCTGTTCACGTGTGGATTTATTCTGAAAGCACAAACGAGCTTCTGCTTCAGAAACGTGCTGAATTCAAAGATTCCTGGCCAGGCCAGTGGGATATCTCCAGTGCAGGTCATATATCTGCTGGTGACTCTTCCCTCATAACAGCAAGAAGGGAACTTCAGGAAGAGCTAGGTGTCAATCTTCCAGAGGATGCATTTGAACTGTTGTTTGTTTTTCTTCAAGAGTGCGTCACTAATGATGGAAAATTTATCAATAATGAATTTAATGACGTGTATTTGGTGACCACCATAGCACCTATTCCTCTAGAGGCATTTTCACTTCAGGAATCAGAAGTCTCAGCTGTTAAGTATATTTCTTGTGAGGAATACAAAAGTTTGCTGCAGAAGGAAGATCCTGACTATGTCCCTTATGATGTAAACGGGCAATATGGTGAACTTTTGAACTTAATTGCACAAAGGTACAAAGAGAACGTTGAGGAACGAAGTTTATCTCTTCAAAGGCAACTCAATCGCTATGCACCTATTCCCCTTACTGCAGAGCTTGGCGGGATTAGTGACGTTGATAAAGAAGCTCTTAAGTTTGTTCTTAAAGCTGCGATGATAATGGATGATATATTTCACCAGCAGGTTTGTCTTAGCAATCCAGCTTTGAGAGATTGGTTGAAGGAGCATGCTGATACTTCCCCCTTGAATAAGTTGAAATGGAAATATTTCTCTATTAACAAAAGTCCATGGTCTTGCCTAGATGAAAACCTTGCATTTTTAAGTACGGCTGATTCTGCAATTAAATTGCATTTGCATGCCACAAAACCAGTATCTGGCTGGAAGGGCCTTGAGTATAAAGCTGCGTTTCCTCTATCGAAACAACCTGGTGCAAATTTCTATCCTTCAGATATGGACAAACTGGAATTTGAATTGTGGAAAAATAGTCTGTCTGAGGATGAAAGACAAGAAGCGATGGGCTTTTTTAATGTCATAAAAAGATTCAACGGAGTCAATTTAGATACTCAAACTGATGAGGGCGTCGCTGACCTGTCTATCCGTGATCTCTATTGTGTCCCATTCTCTCAAGAGTATAGTTCTTACCTCACAAAAGCTTCAGAGTTGCTGTATAAAGCAGGGGAACTGACTAGCTTTCCCAGTTTGAAGAAGCTGCTGCACACTAAGGCCAATGCATTCCTCTCCAATGATTATTATGACTCTGACATAGCCTGGATGGAATTGGATTCAAAACTAGATATCACCATTGGCCCTTATGAAACCTATGAAGATTCGCTTTTCGGATACAAGGCTACTTTTGAGGCATTTATTGGAATTCGAGACGATGATGCTACAGCCAAACTTAAACTATTTGGCGATAATTTATTGGTTTTGGAGCAAAACCTTCCAATGGATGACACATTCAAGTCTAAAGATGTCACAGCTGCTCCAATTCGTGTCATCCAACTTCTTTACAATGCTGGGGATGTGAAGGGACCTCAAACTGTTGCATTTAATTTACCAAACGATGAACGCATTGTGAGAGATCGTGGTACTTCAATGGTAATGCTGAAAAATGTCTCTGAGGCGAAGTTCAAACATATTCTTCTTCCTATAGCCGAGGCATGCATATCAAAAGAACAACAGGAGCTTGTTGACTTTGATTCCTTCTTCACTCATACAATTTGTCATGAATGCTGCCATGGTATTGGTCCTCATAGCATAGTGCTTCCAGATGGTCGGAAGTCAACAGTAAGATTGGAGCTACAAGAACTACACTCTGCTTTGGAAGAAGCAAAAGCTGATATAGTTGGTCTTTGGGCTCTCAAATTTTTCATTAATCAGAATTTACTTCCGTCAAGTTTGTGCAAATCTATGTATGTTTCCTTTCTTGCGGGATGTTTTCGCTCCGTACGTTTTGGGCTAGATGAAGCTCATGGAAAGGGACAAGCGTTGCAGTTTAATTGGTTATTTGAGAAAGAAGCATTTATTATGCATCCTGATGGGAGATTTAGCGTTAATTTTGACAAGGTTGAAGATGCTGTTGAAAGCTTGAGTAGAAAAATATTAACCATACAAGCTACTGGTGACAAAAATAAAGCCAGTTCTCTTCTTGAGGAGTACTGCAAAATGACCAATCCATTGCGACTTGCATTAGACAAGTTAGAAAGTGCTGAGGTACCAGTTGACATAACTCCAGCATTTCCTGTCGCTGACCAAATATTGCATGGAAGACCCTGA

Protein sequence

MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP

Relationships

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


Feature Name	Unique Name	Type
Spo13536.1	Spo13536.1	mRNA

Homology

[Close]

BLAST of Spo13536.1 vs. NCBI nr
Match: gi|902184738|gb|KNA10354.1| (hypothetical protein SOVF_145120 [Spinacia oleracea])

HSP 1 Score: 1572.0 bits (4069), Expect = 0.000e+0
Identity = 776/776 (100.00%), Postives = 776/776 (100.00%), Query Frame = 1


		  
Query: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60
           MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF
Sbjct: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60

Query: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120
           KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF
Sbjct: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120

Query: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180
           INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY
Sbjct: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180

Query: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240
           GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD
Sbjct: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240

Query: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300
           DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK
Sbjct: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300

Query: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360
           LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF
Sbjct: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360

Query: 361 NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK 420
           NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK
Sbjct: 361 NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK 420

Query: 421 KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD 480
           KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD
Sbjct: 421 KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD 480

Query: 481 ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND 540
           ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND
Sbjct: 481 ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND 540

Query: 541 ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI 600
           ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI
Sbjct: 541 ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI 600

Query: 601 GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF 660
           GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF
Sbjct: 601 GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF 660

Query: 661 LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL 720
           LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL
Sbjct: 661 LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL 720

Query: 721 TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP 777
           TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP
Sbjct: 721 TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP 776

[Close]

BLAST of Spo13536.1 vs. NCBI nr
Match: gi|731352006|ref|XP_010687318.1| (PREDICTED: nudix hydrolase 3 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 1360.9 bits (3521), Expect = 0.000e+0
Identity = 672/774 (86.82%), Postives = 715/774 (92.38%), Query Frame = 1


		  
Query: 1   MDEAVQAEE-YFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAE 60
           M   VQAEE Y DVLTKTGQKTG+RK R HVHRDGDYHRAVHVWIYSEST+ELLLQKRA+
Sbjct: 1   MAAPVQAEEEYLDVLTKTGQKTGLRKLREHVHRDGDYHRAVHVWIYSESTHELLLQKRAD 60

Query: 61  FKDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGK 120
            KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECV NDGK
Sbjct: 61  CKDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVINDGK 120

Query: 121 FINNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQ 180
           +INNEFNDVY+VTT+APIPLEAFSLQESEVSAVKYI  EEYKSLL  +DPDYVP DVNGQ
Sbjct: 121 YINNEFNDVYVVTTLAPIPLEAFSLQESEVSAVKYIPFEEYKSLLGNDDPDYVPCDVNGQ 180

Query: 181 YGELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIM 240
           YG+L NLI +RYK N+EERSL+LQRQLNRYA IPL+AELGG+S  DKEAL+ VLKAAMI+
Sbjct: 181 YGQLFNLIDERYKVNMEERSLALQRQLNRYASIPLSAELGGLSAADKEALELVLKAAMII 240

Query: 241 DDIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAI 300
           DDIFHQQVC+SNPALRDWLKEHA TSPLNKLKWKYFSINKSPWS LDEN  FL+TADSA+
Sbjct: 241 DDIFHQQVCVSNPALRDWLKEHAVTSPLNKLKWKYFSINKSPWSSLDENRPFLTTADSAV 300

Query: 301 KLHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGF 360
           KLH HATKPV  WKGLEYK+AF L K PGANFYPSDMDKLEFELW N+LSED+RQEAMGF
Sbjct: 301 KLHPHATKPVPDWKGLEYKSAFSLVKPPGANFYPSDMDKLEFELWNNNLSEDKRQEAMGF 360

Query: 361 FNVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSL 420
           FNVIKR NGVNLD  TD    D S+ DLYCVPF QEY SYL +ASELL+KAGELTSFPSL
Sbjct: 361 FNVIKRRNGVNLDAPTDVRDTDHSVHDLYCVPFCQEYMSYLMEASELLHKAGELTSFPSL 420

Query: 421 KKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDD 480
           KKLLH+KA+AFLSNDYYDSDIAWMELDSKLD+TIGPYETYED LFGYKATFEAFIGIRDD
Sbjct: 421 KKLLHSKADAFLSNDYYDSDIAWMELDSKLDVTIGPYETYEDMLFGYKATFEAFIGIRDD 480

Query: 481 DATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPN 540
           DATAK+KLFGD+LLVLEQNLPM+D FKSKDVTAAPIRV QLLYNAGDVKGPQTVAFNLPN
Sbjct: 481 DATAKVKLFGDHLLVLEQNLPMNDAFKSKDVTAAPIRVTQLLYNAGDVKGPQTVAFNLPN 540

Query: 541 DERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHG 600
           DERIVRDRGTSMVMLKNVSEAKFKHILLPI+EACISKEQQELVDF+SFFTHTICHECCHG
Sbjct: 541 DERIVRDRGTSMVMLKNVSEAKFKHILLPISEACISKEQQELVDFESFFTHTICHECCHG 600

Query: 601 IGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVS 660
           IGPHSIVL DGRKSTVRLELQELHSALEEAKADIVGLWAL FFINQ+LLP SL KSMYVS
Sbjct: 601 IGPHSIVLSDGRKSTVRLELQELHSALEEAKADIVGLWALNFFINQDLLPPSLAKSMYVS 660

Query: 661 FLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKI 720
           FLAGCFRSVRFGLDEAHGKGQALQFNWLFEK+AFIMHPDGRFSV+FDKV DAVESLS +I
Sbjct: 661 FLAGCFRSVRFGLDEAHGKGQALQFNWLFEKQAFIMHPDGRFSVDFDKVRDAVESLSTQI 720

Query: 721 LTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILH 774
           LTIQATGDKN A+ LL++YC +TNPL+LALDKLES EVPVDITP F VA++ILH
Sbjct: 721 LTIQATGDKNAANLLLQKYCIITNPLQLALDKLESIEVPVDITPTFTVAEEILH 774

[Close]

BLAST of Spo13536.1 vs. NCBI nr
Match: gi|731403637|ref|XP_002271902.2| (PREDICTED: nudix hydrolase 3 [Vitis vinifera])

HSP 1 Score: 1222.6 bits (3162), Expect = 0.000e+0
Identity = 597/778 (76.74%), Postives = 683/778 (87.79%), Query Frame = 1


		  
Query: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60
           M E +  EE+FDVLTKTGQ+TG+ K RG VHRDGDYH AVHVWI+SEST ELLLQ+RA+ 
Sbjct: 4   MAEPLLHEEHFDVLTKTGQRTGLSKPRGDVHRDGDYHAAVHVWIFSESTQELLLQRRADC 63

Query: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120
           KDSWPG WDISSAGHISAGDSSLITARREL EELGV LP+DAFE LFVFLQECV NDGKF
Sbjct: 64  KDSWPGLWDISSAGHISAGDSSLITARRELHEELGVILPKDAFEFLFVFLQECVINDGKF 123

Query: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180
           INNEFNDVYLVTT+APIPLEAF+LQESEVSAVKYISCEEYK LL KEDP+YVPYDVNG+Y
Sbjct: 124 INNEFNDVYLVTTLAPIPLEAFTLQESEVSAVKYISCEEYKRLLAKEDPEYVPYDVNGKY 183

Query: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240
           G+L ++IAQRYKEN+EERSL+LQ+QL RY PI L AE+ G++D DK+AL  +++AA I+D
Sbjct: 184 GQLFDIIAQRYKENMEERSLTLQKQLRRYVPISLEAEMTGVTDADKKALVLLVQAATIID 243

Query: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300
           DIF+ QV  SNP L+DWLKEHADTS L+KLKW Y+ INKSPWSCLDEN AFL+TADSA+K
Sbjct: 244 DIFNLQVWYSNPILKDWLKEHADTSHLDKLKWMYYLINKSPWSCLDENKAFLTTADSAVK 303

Query: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360
           L   ATK ++GWKGLEY+AAFPL K PGANFYP DMDK+EFELWK SL++D++++A GFF
Sbjct: 304 LLPEATKSITGWKGLEYRAAFPLMKPPGANFYPPDMDKMEFELWKGSLAKDKQEDATGFF 363

Query: 361 NVIKRFNGVNLDTQ----TDEGVADL--SIRDLYCVPFSQEYSSYLTKASELLYKAGELT 420
           +VI+R     LD      T EG  DL  S  DLY +PFSQEY  +L KA+ELL+KAG+LT
Sbjct: 364 SVIRRHGEFMLDASLSNNTVEGTDDLVGSTHDLYSIPFSQEYKPFLKKAAELLHKAGDLT 423

Query: 421 SFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFI 480
             PSLK+LLH+KA+AFLSN+Y DSDIAWMELDSKLD+TIGPYETYED+LFGYKATFEAFI
Sbjct: 424 DSPSLKRLLHSKADAFLSNEYIDSDIAWMELDSKLDVTIGPYETYEDTLFGYKATFEAFI 483

Query: 481 GIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVA 540
           G+RDD ATA+LKLFGDNL VLEQNLPMDD +KSK+V AAPIRVIQL+YNAGDVKGPQTVA
Sbjct: 484 GVRDDHATAQLKLFGDNLQVLEQNLPMDDVYKSKEVIAAPIRVIQLVYNAGDVKGPQTVA 543

Query: 541 FNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICH 600
           FNLPNDERIV+DRGTSMVMLKNVSEAKFK+IL PIAEACI+KEQQ+ VDF+SFFTHTICH
Sbjct: 544 FNLPNDERIVKDRGTSMVMLKNVSEAKFKNILRPIAEACITKEQQKYVDFESFFTHTICH 603

Query: 601 ECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCK 660
           ECCHGIGPH+I+LP+G+KSTVRLELQELHS+LEEAKADIVGLWAL+F I Q+LL  SL K
Sbjct: 604 ECCHGIGPHTIILPNGQKSTVRLELQELHSSLEEAKADIVGLWALRFLIGQDLLSKSLLK 663

Query: 661 SMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVES 720
           SMYVSFLAGCFRSVRFGL+EAHGKGQALQFNW+FEK  FI+HPD  FSV+F K+E AVES
Sbjct: 664 SMYVSFLAGCFRSVRFGLEEAHGKGQALQFNWVFEKGGFILHPDETFSVDFAKIEGAVES 723

Query: 721 LSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQIL 773
           LSR+ILTIQA GDK  A +LLE+Y KMT PLR+AL+KLE+ +VPVDI P FP+AD+IL
Sbjct: 724 LSREILTIQAKGDKPAAYALLEKYAKMTQPLRVALEKLENIQVPVDIAPRFPIADKIL 781

[Close]

BLAST of Spo13536.1 vs. NCBI nr
Match: gi|470134791|ref|XP_004303220.1| (PREDICTED: nudix hydrolase 3 [Fragaria vesca subsp. vesca])

HSP 1 Score: 1214.5 bits (3141), Expect = 0.000e+0
Identity = 592/771 (76.78%), Postives = 681/771 (88.33%), Query Frame = 1


		  
Query: 8   EEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPGQ 67
           EE+FDVLTKTGQKTG  K RG VHRDGDYHRAVHVWI++EST ELL+QKRA+ KDSW G 
Sbjct: 10  EEHFDVLTKTGQKTGTSKPRGAVHRDGDYHRAVHVWIFAESTQELLVQKRADDKDSWAGL 69

Query: 68  WDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFND 127
           WDISSAGHISAGDSSLI+ARREL+EELG+ LP+DAFE++FVFLQECV NDGKFINNEFND
Sbjct: 70  WDISSAGHISAGDSSLISARRELEEELGIILPKDAFEMIFVFLQECVINDGKFINNEFND 129

Query: 128 VYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLNLI 187
           VYLVTT+ PIPLEAF+LQE+EVSAVKYI+ EEYKSLL KEDPDYVPYDVNGQYG+L ++I
Sbjct: 130 VYLVTTLDPIPLEAFTLQETEVSAVKYIAYEEYKSLLAKEDPDYVPYDVNGQYGQLFDMI 189

Query: 188 AQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDIFHQQV 247
           AQRYK+N   RSLSLQ+QL RYAP+ L AEL G++D DKEAL  ++KAA I+D IFH QV
Sbjct: 190 AQRYKKNNTARSLSLQKQLQRYAPVTLNAELTGLTDADKEALVILVKAATILDKIFHLQV 249

Query: 248 CLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLHLHATK 307
             SNPALRDWLKEHAD S ++KLKW Y+ INKSPWS LDEN AFL+TADSA+KL   ATK
Sbjct: 250 WYSNPALRDWLKEHADVSQMDKLKWMYYLINKSPWSDLDENEAFLTTADSAVKLLPEATK 309

Query: 308 PVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNVIKRFN 367
           PV+GWKGLEY+AAFP+ K PGANFYP DMDK EFE+WK+SL+ D++++A GFFNVIKR +
Sbjct: 310 PVTGWKGLEYRAAFPMLKPPGANFYPPDMDKTEFEMWKSSLTVDQQEDATGFFNVIKRHS 369

Query: 368 GVNLDTQTD---EGVADLS---IRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLKK 427
             +L +  +    G  D S   I DLY VPFSQEY+++LT+A+ELL+KAG+L S PSLK+
Sbjct: 370 ESSLGSTVNCNTGGSKDHSVGLIPDLYTVPFSQEYNTFLTRAAELLHKAGDLASSPSLKR 429

Query: 428 LLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDDA 487
           LLH+K +AFLSNDYYDSDIAWMELDSKLD+TIGPYETYED+LFGYKATFE FIG+RDD A
Sbjct: 430 LLHSKGDAFLSNDYYDSDIAWMELDSKLDVTIGPYETYEDALFGYKATFEVFIGVRDDQA 489

Query: 488 TAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPNDE 547
           TA+LKLFGDNL VLEQNLP+DD +KSK+V +APIRVI+L+YNAGDVKGPQTVAFNLPNDE
Sbjct: 490 TAQLKLFGDNLQVLEQNLPLDDVYKSKEVISAPIRVIELVYNAGDVKGPQTVAFNLPNDE 549

Query: 548 RIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGIG 607
           RIV+DRGTSMVMLKNVSEAKFKHILLPIA+ CI+KEQQELVDF+SFFTHTICHECCHGIG
Sbjct: 550 RIVKDRGTSMVMLKNVSEAKFKHILLPIADVCITKEQQELVDFESFFTHTICHECCHGIG 609

Query: 608 PHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSFL 667
           PHSI LP+GRKSTVRLELQELHSALEEAKADIVGLWALKF I++ LLP SL KSMYVSFL
Sbjct: 610 PHSITLPNGRKSTVRLELQELHSALEEAKADIVGLWALKFLIHKELLPKSLLKSMYVSFL 669

Query: 668 AGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKILT 727
           AGCFRSVRFGL+EAHGKGQALQFNWL+E+ AFI++PD  FSV+FDKVE AVESLSR+ILT
Sbjct: 670 AGCFRSVRFGLEEAHGKGQALQFNWLYEQGAFILNPDDTFSVDFDKVEGAVESLSREILT 729

Query: 728 IQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQIL 773
           IQA GDK  A+ LL++YC MT+PL++AL +LE+ +VPVDI P FPVA+ IL
Sbjct: 730 IQAKGDKEAANLLLQKYCTMTDPLKVALQRLENVQVPVDIVPRFPVAENIL 780

[Close]

BLAST of Spo13536.1 vs. NCBI nr
Match: gi|595963740|ref|XP_007217029.1| (hypothetical protein PRUPE_ppa001658mg [Prunus persica])

HSP 1 Score: 1208.0 bits (3124), Expect = 0.000e+0
Identity = 589/781 (75.42%), Postives = 680/781 (87.07%), Query Frame = 1


		  
Query: 3   EAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKD 62
           +A   EE+FDVLTKTG+KTGI K RG VHRDGDYHRAVHVWI++EST ELL+Q+RA+ KD
Sbjct: 5   DAHTQEEFFDVLTKTGEKTGISKPRGDVHRDGDYHRAVHVWIFAESTQELLIQRRADCKD 64

Query: 63  SWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFIN 122
           SW G WDISSAGHISAGDSSL+TARRELQEELGV LP+DAFE++FVFLQECVTNDGKFIN
Sbjct: 65  SWAGLWDISSAGHISAGDSSLVTARRELQEELGVTLPKDAFEMIFVFLQECVTNDGKFIN 124

Query: 123 NEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGE 182
           NEFNDVYLVTT+ PIPLEAF+LQE+EVSAVKYIS EEY+SLL KED +YVPYDVNG+YG+
Sbjct: 125 NEFNDVYLVTTVDPIPLEAFTLQETEVSAVKYISYEEYRSLLAKEDLEYVPYDVNGEYGQ 184

Query: 183 LLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDI 242
           L ++IA+RYKEN   RSLSLQ+QL RYAP+ L+AEL G+ D D+EAL  ++KAA IMD+I
Sbjct: 185 LFDIIARRYKENTIARSLSLQKQLQRYAPVSLSAELAGLPDADREALVLLIKAAAIMDEI 244

Query: 243 FHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLH 302
           F+ QV  SNP LRDWLKEHAD S L+KLKW Y+ INKSPWS LDEN AFL+TADSAIKL 
Sbjct: 245 FYLQVWYSNPVLRDWLKEHADASQLDKLKWMYYVINKSPWSSLDENEAFLTTADSAIKLL 304

Query: 303 LHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNV 362
             AT+PV+GWKGLEYKAAFP+ K PGANFYP DMDK+EFELWK SL+ED++Q A GFF V
Sbjct: 305 PEATRPVTGWKGLEYKAAFPVLKPPGANFYPPDMDKVEFELWKTSLTEDQQQAATGFFTV 364

Query: 363 IKRFNGVNLDTQ--------TDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELT 422
           IKR +  +LD+         T+  V   S  DLY VPFS+EY+S +T+A+E L+KAG+L 
Sbjct: 365 IKRHSEFSLDSSLYSSTVSSTNHSVG--STHDLYSVPFSEEYNSSITRAAEFLHKAGDLA 424

Query: 423 SFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFI 482
           S PSLK+ LH+KA+AFLSNDYYDSDIAWMELDSKLD+TIGPYETYED+LFGYKATFEAFI
Sbjct: 425 SSPSLKRFLHSKADAFLSNDYYDSDIAWMELDSKLDVTIGPYETYEDALFGYKATFEAFI 484

Query: 483 GIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVA 542
           G+RDD ATA+LKLFGDNL VLEQNLP+D+ +KSKDV +APIRVI LLYNAGDVKGPQTVA
Sbjct: 485 GVRDDKATAQLKLFGDNLQVLEQNLPLDNVYKSKDVISAPIRVIDLLYNAGDVKGPQTVA 544

Query: 543 FNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICH 602
           FNLPNDE IV+DRGTSMVMLKN+SEAKFKHIL PIA+ CI+KEQQELVDF+SFFTHTICH
Sbjct: 545 FNLPNDEHIVKDRGTSMVMLKNISEAKFKHILQPIADVCITKEQQELVDFESFFTHTICH 604

Query: 603 ECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCK 662
           ECCHGIGPHSI LP+GRKSTVRLELQELHSALEEAKADIVGLWALKF I+++LLP +L K
Sbjct: 605 ECCHGIGPHSITLPNGRKSTVRLELQELHSALEEAKADIVGLWALKFLIHKDLLPKTLLK 664

Query: 663 SMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVES 722
           SMYVSFLAGCFRSVRFGL+EAHGKGQALQFNWL+EK AFI++P+  FSV+F KVE AVES
Sbjct: 665 SMYVSFLAGCFRSVRFGLEEAHGKGQALQFNWLYEKGAFILNPEETFSVDFTKVEGAVES 724

Query: 723 LSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHG 776
           LSR+ILTIQA GDK  A+ LL+++CK+T+PL++AL +LE  +VPVDI PAF V D+IL  
Sbjct: 725 LSREILTIQAKGDKEAANLLLQKHCKLTDPLKVALQRLEKIQVPVDIVPAFSVIDKILEQ 783

[Close]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QSW1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_145120 PE=4 SV=1)

HSP 1 Score: 1572.0 bits (4069), Expect = 0.000e+0
Identity = 776/776 (100.00%), Postives = 776/776 (100.00%), Query Frame = 1


		  
Query: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60
           MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF
Sbjct: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60

Query: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120
           KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF
Sbjct: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120

Query: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180
           INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY
Sbjct: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180

Query: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240
           GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD
Sbjct: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240

Query: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300
           DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK
Sbjct: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300

Query: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360
           LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF
Sbjct: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360

Query: 361 NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK 420
           NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK
Sbjct: 361 NVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLK 420

Query: 421 KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD 480
           KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD
Sbjct: 421 KLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDD 480

Query: 481 ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND 540
           ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND
Sbjct: 481 ATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPND 540

Query: 541 ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI 600
           ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI
Sbjct: 541 ERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGI 600

Query: 601 GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF 660
           GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF
Sbjct: 601 GPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSF 660

Query: 661 LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL 720
           LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL
Sbjct: 661 LAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKIL 720

Query: 721 TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP 777
           TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP
Sbjct: 721 TIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHGRP 776

[Close]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BUX0_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g189340 PE=4 SV=1)

HSP 1 Score: 1360.9 bits (3521), Expect = 0.000e+0
Identity = 672/774 (86.82%), Postives = 715/774 (92.38%), Query Frame = 1


		  
Query: 1   MDEAVQAEE-YFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAE 60
           M   VQAEE Y DVLTKTGQKTG+RK R HVHRDGDYHRAVHVWIYSEST+ELLLQKRA+
Sbjct: 1   MAAPVQAEEEYLDVLTKTGQKTGLRKLREHVHRDGDYHRAVHVWIYSESTHELLLQKRAD 60

Query: 61  FKDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGK 120
            KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECV NDGK
Sbjct: 61  CKDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVINDGK 120

Query: 121 FINNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQ 180
           +INNEFNDVY+VTT+APIPLEAFSLQESEVSAVKYI  EEYKSLL  +DPDYVP DVNGQ
Sbjct: 121 YINNEFNDVYVVTTLAPIPLEAFSLQESEVSAVKYIPFEEYKSLLGNDDPDYVPCDVNGQ 180

Query: 181 YGELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIM 240
           YG+L NLI +RYK N+EERSL+LQRQLNRYA IPL+AELGG+S  DKEAL+ VLKAAMI+
Sbjct: 181 YGQLFNLIDERYKVNMEERSLALQRQLNRYASIPLSAELGGLSAADKEALELVLKAAMII 240

Query: 241 DDIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAI 300
           DDIFHQQVC+SNPALRDWLKEHA TSPLNKLKWKYFSINKSPWS LDEN  FL+TADSA+
Sbjct: 241 DDIFHQQVCVSNPALRDWLKEHAVTSPLNKLKWKYFSINKSPWSSLDENRPFLTTADSAV 300

Query: 301 KLHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGF 360
           KLH HATKPV  WKGLEYK+AF L K PGANFYPSDMDKLEFELW N+LSED+RQEAMGF
Sbjct: 301 KLHPHATKPVPDWKGLEYKSAFSLVKPPGANFYPSDMDKLEFELWNNNLSEDKRQEAMGF 360

Query: 361 FNVIKRFNGVNLDTQTDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSL 420
           FNVIKR NGVNLD  TD    D S+ DLYCVPF QEY SYL +ASELL+KAGELTSFPSL
Sbjct: 361 FNVIKRRNGVNLDAPTDVRDTDHSVHDLYCVPFCQEYMSYLMEASELLHKAGELTSFPSL 420

Query: 421 KKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDD 480
           KKLLH+KA+AFLSNDYYDSDIAWMELDSKLD+TIGPYETYED LFGYKATFEAFIGIRDD
Sbjct: 421 KKLLHSKADAFLSNDYYDSDIAWMELDSKLDVTIGPYETYEDMLFGYKATFEAFIGIRDD 480

Query: 481 DATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPN 540
           DATAK+KLFGD+LLVLEQNLPM+D FKSKDVTAAPIRV QLLYNAGDVKGPQTVAFNLPN
Sbjct: 481 DATAKVKLFGDHLLVLEQNLPMNDAFKSKDVTAAPIRVTQLLYNAGDVKGPQTVAFNLPN 540

Query: 541 DERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHG 600
           DERIVRDRGTSMVMLKNVSEAKFKHILLPI+EACISKEQQELVDF+SFFTHTICHECCHG
Sbjct: 541 DERIVRDRGTSMVMLKNVSEAKFKHILLPISEACISKEQQELVDFESFFTHTICHECCHG 600

Query: 601 IGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVS 660
           IGPHSIVL DGRKSTVRLELQELHSALEEAKADIVGLWAL FFINQ+LLP SL KSMYVS
Sbjct: 601 IGPHSIVLSDGRKSTVRLELQELHSALEEAKADIVGLWALNFFINQDLLPPSLAKSMYVS 660

Query: 661 FLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKI 720
           FLAGCFRSVRFGLDEAHGKGQALQFNWLFEK+AFIMHPDGRFSV+FDKV DAVESLS +I
Sbjct: 661 FLAGCFRSVRFGLDEAHGKGQALQFNWLFEKQAFIMHPDGRFSVDFDKVRDAVESLSTQI 720

Query: 721 LTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILH 774
           LTIQATGDKN A+ LL++YC +TNPL+LALDKLES EVPVDITP F VA++ILH
Sbjct: 721 LTIQATGDKNAANLLLQKYCIITNPLQLALDKLESIEVPVDITPTFTVAEEILH 774

[Close]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Match: F6HBY3_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_09s0018g01600 PE=4 SV=1)

HSP 1 Score: 1222.6 bits (3162), Expect = 0.000e+0
Identity = 597/778 (76.74%), Postives = 683/778 (87.79%), Query Frame = 1


		  
Query: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60
           M E +  EE+FDVLTKTGQ+TG+ K RG VHRDGDYH AVHVWI+SEST ELLLQ+RA+ 
Sbjct: 1   MAEPLLHEEHFDVLTKTGQRTGLSKPRGDVHRDGDYHAAVHVWIFSESTQELLLQRRADC 60

Query: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120
           KDSWPG WDISSAGHISAGDSSLITARREL EELGV LP+DAFE LFVFLQECV NDGKF
Sbjct: 61  KDSWPGLWDISSAGHISAGDSSLITARRELHEELGVILPKDAFEFLFVFLQECVINDGKF 120

Query: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180
           INNEFNDVYLVTT+APIPLEAF+LQESEVSAVKYISCEEYK LL KEDP+YVPYDVNG+Y
Sbjct: 121 INNEFNDVYLVTTLAPIPLEAFTLQESEVSAVKYISCEEYKRLLAKEDPEYVPYDVNGKY 180

Query: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240
           G+L ++IAQRYKEN+EERSL+LQ+QL RY PI L AE+ G++D DK+AL  +++AA I+D
Sbjct: 181 GQLFDIIAQRYKENMEERSLTLQKQLRRYVPISLEAEMTGVTDADKKALVLLVQAATIID 240

Query: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300
           DIF+ QV  SNP L+DWLKEHADTS L+KLKW Y+ INKSPWSCLDEN AFL+TADSA+K
Sbjct: 241 DIFNLQVWYSNPILKDWLKEHADTSHLDKLKWMYYLINKSPWSCLDENKAFLTTADSAVK 300

Query: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360
           L   ATK ++GWKGLEY+AAFPL K PGANFYP DMDK+EFELWK SL++D++++A GFF
Sbjct: 301 LLPEATKSITGWKGLEYRAAFPLMKPPGANFYPPDMDKMEFELWKGSLAKDKQEDATGFF 360

Query: 361 NVIKRFNGVNLDTQ----TDEGVADL--SIRDLYCVPFSQEYSSYLTKASELLYKAGELT 420
           +VI+R     LD      T EG  DL  S  DLY +PFSQEY  +L KA+ELL+KAG+LT
Sbjct: 361 SVIRRHGEFMLDASLSNNTVEGTDDLVGSTHDLYSIPFSQEYKPFLKKAAELLHKAGDLT 420

Query: 421 SFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFI 480
             PSLK+LLH+KA+AFLSN+Y DSDIAWMELDSKLD+TIGPYETYED+LFGYKATFEAFI
Sbjct: 421 DSPSLKRLLHSKADAFLSNEYIDSDIAWMELDSKLDVTIGPYETYEDTLFGYKATFEAFI 480

Query: 481 GIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVA 540
           G+RDD ATA+LKLFGDNL VLEQNLPMDD +KSK+V AAPIRVIQL+YNAGDVKGPQTVA
Sbjct: 481 GVRDDHATAQLKLFGDNLQVLEQNLPMDDVYKSKEVIAAPIRVIQLVYNAGDVKGPQTVA 540

Query: 541 FNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICH 600
           FNLPNDERIV+DRGTSMVMLKNVSEAKFK+IL PIAEACI+KEQQ+ VDF+SFFTHTICH
Sbjct: 541 FNLPNDERIVKDRGTSMVMLKNVSEAKFKNILRPIAEACITKEQQKYVDFESFFTHTICH 600

Query: 601 ECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCK 660
           ECCHGIGPH+I+LP+G+KSTVRLELQELHS+LEEAKADIVGLWAL+F I Q+LL  SL K
Sbjct: 601 ECCHGIGPHTIILPNGQKSTVRLELQELHSSLEEAKADIVGLWALRFLIGQDLLSKSLLK 660

Query: 661 SMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVES 720
           SMYVSFLAGCFRSVRFGL+EAHGKGQALQFNW+FEK  FI+HPD  FSV+F K+E AVES
Sbjct: 661 SMYVSFLAGCFRSVRFGLEEAHGKGQALQFNWVFEKGGFILHPDETFSVDFAKIEGAVES 720

Query: 721 LSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQIL 773
           LSR+ILTIQA GDK  A +LLE+Y KMT PLR+AL+KLE+ +VPVDI P FP+AD+IL
Sbjct: 721 LSREILTIQAKGDKPAAYALLEKYAKMTQPLRVALEKLENIQVPVDIAPRFPIADKIL 778

[Close]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Match: M5X9N8_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa001658mg PE=4 SV=1)

HSP 1 Score: 1208.0 bits (3124), Expect = 0.000e+0
Identity = 589/781 (75.42%), Postives = 680/781 (87.07%), Query Frame = 1


		  
Query: 3   EAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKD 62
           +A   EE+FDVLTKTG+KTGI K RG VHRDGDYHRAVHVWI++EST ELL+Q+RA+ KD
Sbjct: 5   DAHTQEEFFDVLTKTGEKTGISKPRGDVHRDGDYHRAVHVWIFAESTQELLIQRRADCKD 64

Query: 63  SWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFIN 122
           SW G WDISSAGHISAGDSSL+TARRELQEELGV LP+DAFE++FVFLQECVTNDGKFIN
Sbjct: 65  SWAGLWDISSAGHISAGDSSLVTARRELQEELGVTLPKDAFEMIFVFLQECVTNDGKFIN 124

Query: 123 NEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGE 182
           NEFNDVYLVTT+ PIPLEAF+LQE+EVSAVKYIS EEY+SLL KED +YVPYDVNG+YG+
Sbjct: 125 NEFNDVYLVTTVDPIPLEAFTLQETEVSAVKYISYEEYRSLLAKEDLEYVPYDVNGEYGQ 184

Query: 183 LLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDI 242
           L ++IA+RYKEN   RSLSLQ+QL RYAP+ L+AEL G+ D D+EAL  ++KAA IMD+I
Sbjct: 185 LFDIIARRYKENTIARSLSLQKQLQRYAPVSLSAELAGLPDADREALVLLIKAAAIMDEI 244

Query: 243 FHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLH 302
           F+ QV  SNP LRDWLKEHAD S L+KLKW Y+ INKSPWS LDEN AFL+TADSAIKL 
Sbjct: 245 FYLQVWYSNPVLRDWLKEHADASQLDKLKWMYYVINKSPWSSLDENEAFLTTADSAIKLL 304

Query: 303 LHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNV 362
             AT+PV+GWKGLEYKAAFP+ K PGANFYP DMDK+EFELWK SL+ED++Q A GFF V
Sbjct: 305 PEATRPVTGWKGLEYKAAFPVLKPPGANFYPPDMDKVEFELWKTSLTEDQQQAATGFFTV 364

Query: 363 IKRFNGVNLDTQ--------TDEGVADLSIRDLYCVPFSQEYSSYLTKASELLYKAGELT 422
           IKR +  +LD+         T+  V   S  DLY VPFS+EY+S +T+A+E L+KAG+L 
Sbjct: 365 IKRHSEFSLDSSLYSSTVSSTNHSVG--STHDLYSVPFSEEYNSSITRAAEFLHKAGDLA 424

Query: 423 SFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFI 482
           S PSLK+ LH+KA+AFLSNDYYDSDIAWMELDSKLD+TIGPYETYED+LFGYKATFEAFI
Sbjct: 425 SSPSLKRFLHSKADAFLSNDYYDSDIAWMELDSKLDVTIGPYETYEDALFGYKATFEAFI 484

Query: 483 GIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVA 542
           G+RDD ATA+LKLFGDNL VLEQNLP+D+ +KSKDV +APIRVI LLYNAGDVKGPQTVA
Sbjct: 485 GVRDDKATAQLKLFGDNLQVLEQNLPLDNVYKSKDVISAPIRVIDLLYNAGDVKGPQTVA 544

Query: 543 FNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICH 602
           FNLPNDE IV+DRGTSMVMLKN+SEAKFKHIL PIA+ CI+KEQQELVDF+SFFTHTICH
Sbjct: 545 FNLPNDEHIVKDRGTSMVMLKNISEAKFKHILQPIADVCITKEQQELVDFESFFTHTICH 604

Query: 603 ECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCK 662
           ECCHGIGPHSI LP+GRKSTVRLELQELHSALEEAKADIVGLWALKF I+++LLP +L K
Sbjct: 605 ECCHGIGPHSITLPNGRKSTVRLELQELHSALEEAKADIVGLWALKFLIHKDLLPKTLLK 664

Query: 663 SMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVES 722
           SMYVSFLAGCFRSVRFGL+EAHGKGQALQFNWL+EK AFI++P+  FSV+F KVE AVES
Sbjct: 665 SMYVSFLAGCFRSVRFGLEEAHGKGQALQFNWLYEKGAFILNPEETFSVDFTKVEGAVES 724

Query: 723 LSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILHG 776
           LSR+ILTIQA GDK  A+ LL+++CK+T+PL++AL +LE  +VPVDI PAF V D+IL  
Sbjct: 725 LSREILTIQAKGDKEAANLLLQKHCKLTDPLKVALQRLEKIQVPVDIVPAFSVIDKILEQ 783

[Close]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Match: V4SJV1_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10024933mg PE=4 SV=1)

HSP 1 Score: 1196.8 bits (3095), Expect = 0.000e+0
Identity = 581/778 (74.68%), Postives = 672/778 (86.38%), Query Frame = 1


		  
Query: 1   MDEAVQAEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEF 60
           M E+V  EE+ DVLT TGQKTGI K R  VHR GDYHR V+ WI++EST ELLLQ+RA+F
Sbjct: 1   MAESVVQEEHLDVLTMTGQKTGITKPRSEVHRVGDYHRTVNAWIFAESTQELLLQRRADF 60

Query: 61  KDSWPGQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKF 120
           KDSWPG WDISSAGHISAGDSSLI+A+RELQEELG+NLP+DAFE +F FLQ+ V NDGKF
Sbjct: 61  KDSWPGMWDISSAGHISAGDSSLISAQRELQEELGINLPKDAFEFVFTFLQQNVINDGKF 120

Query: 121 INNEFNDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQY 180
           INNEF DVYLVTT+ PIPLEAF+LQ++EVSAVKYI+ EEYK+LL K+DP +VPYDVNG Y
Sbjct: 121 INNEFADVYLVTTLNPIPLEAFTLQQTEVSAVKYIAYEEYKNLLAKDDPSFVPYDVNGGY 180

Query: 181 GELLNLIAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMD 240
           G+L N+I+QRYKEN  ERSL+LQ+QL RYAP+ L AEL G+SD DKEAL  V+KAA +MD
Sbjct: 181 GQLFNIISQRYKENTMERSLTLQKQLRRYAPVSLNAELAGLSDADKEALVLVIKAATVMD 240

Query: 241 DIFHQQVCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIK 300
           +IF+ QV  SNP LRDWLKEHAD S L+KLKW Y+ INKSPWS LDEN AFL+TADSA+K
Sbjct: 241 EIFYLQVWYSNPVLRDWLKEHADASELDKLKWMYYLINKSPWSSLDENEAFLTTADSAVK 300

Query: 301 LHLHATKPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFF 360
           L   ATKPV+GWKGLEYKA+FPL K PGANFYP DMDK+EFELWK+SL+E ++++A  FF
Sbjct: 301 LLPDATKPVNGWKGLEYKASFPLPKPPGANFYPPDMDKMEFELWKSSLTEKQQEDATSFF 360

Query: 361 NVIKRFNGVNLDTQTDEGVADL------SIRDLYCVPFSQEYSSYLTKASELLYKAGELT 420
            VIKR +  NLD+     + D       SI DLY VP+S+EY+SYLT+ASELL+KAG++ 
Sbjct: 361 TVIKRRSEFNLDSSLSGHIVDATNHSVGSIYDLYSVPYSEEYNSYLTRASELLHKAGDMA 420

Query: 421 SFPSLKKLLHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFI 480
           S PSLK+LLH+KA+AFLSN+YYDSDIAW+ELDS+LD+TIGPYETYED++FGYKATFEAFI
Sbjct: 421 SSPSLKRLLHSKADAFLSNNYYDSDIAWIELDSELDVTIGPYETYEDAIFGYKATFEAFI 480

Query: 481 GIRDDDATAKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVA 540
           GIRDD ATA++KLFGDNL VLEQNLPMD+ +KSKDV AAPIRVIQL+YN+GDVKGPQTVA
Sbjct: 481 GIRDDKATAQVKLFGDNLQVLEQNLPMDNAYKSKDVIAAPIRVIQLIYNSGDVKGPQTVA 540

Query: 541 FNLPNDERIVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICH 600
           FNLPNDERIV+DRGTSMVMLKNVSEAKFK+IL PIA+ CI KEQQELVDFDSFFTH ICH
Sbjct: 541 FNLPNDERIVKDRGTSMVMLKNVSEAKFKNILRPIADVCIRKEQQELVDFDSFFTHNICH 600

Query: 601 ECCHGIGPHSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCK 660
           ECCHGIGPHSI LPDGR+STVRLELQELHSA+EEAKADIVGLWALKF I ++LLP SL K
Sbjct: 601 ECCHGIGPHSITLPDGRQSTVRLELQELHSAMEEAKADIVGLWALKFLIGRDLLPKSLVK 660

Query: 661 SMYVSFLAGCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVES 720
           SMYVSFLAGCFRSVRFGL+E+HGKGQALQFNWLFEKEAFI+H D  FSV+FDKVE AVES
Sbjct: 661 SMYVSFLAGCFRSVRFGLEESHGKGQALQFNWLFEKEAFILHSDDTFSVDFDKVEGAVES 720

Query: 721 LSRKILTIQATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQIL 773
           LS +ILTIQA GDK  AS LL++YC MT PL++AL KLE+ +VPVDI P F   +++L
Sbjct: 721 LSTEILTIQARGDKEAASLLLQKYCTMTQPLKVALQKLENVQVPVDIAPTFTAVNKLL 778

[Close]

BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
Match: NUDT3_ARATH (Nudix hydrolase 3 OS=Arabidopsis thaliana GN=NUDT3 PE=1 SV=1)

HSP 1 Score: 1122.8 bits (2903), Expect = 0.000e+0
Identity = 540/771 (70.04%), Postives = 646/771 (83.79%), Query Frame = 1


		  
Query: 7   AEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPG 66
           AEE+FDVLTK+G+KTG+ K RG VHRDGDYHRAVHVWI+ E+T +LLLQ R++ KDSWPG
Sbjct: 2   AEEHFDVLTKSGEKTGVSKPRGEVHRDGDYHRAVHVWIFVETTQQLLLQLRSDDKDSWPG 61

Query: 67  QWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFN 126
           QWDISSAGHISAGD+SL++A+REL+EELGV LP+DAFE +FVFLQECVTNDGKFINNEFN
Sbjct: 62  QWDISSAGHISAGDTSLLSAQRELEEELGVKLPKDAFEKIFVFLQECVTNDGKFINNEFN 121

Query: 127 DVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLNL 186
           DVYLVT + PIPLEAF+LQ+ EVSAVKY+  EEY++ L KEDP YVPYDVNG+YG+L ++
Sbjct: 122 DVYLVTILHPIPLEAFTLQKEEVSAVKYVPYEEYRNFLSKEDPAYVPYDVNGEYGKLFDI 181

Query: 187 IAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDIFHQQ 246
           I QR + N E RSLSLQ+QL RY+P+ L A+L  +S+ D++AL  ++KAA IMDDIF++Q
Sbjct: 182 IRQRCQVNTEARSLSLQKQLQRYSPVTLEAKLTELSEADQKALGLIVKAAKIMDDIFYEQ 241

Query: 247 VCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLHLHAT 306
           V  SNPALRDWLK+HA+ S L+KLKW YF+INKSPWS LDEN AFLSTADSA+KL   AT
Sbjct: 242 VWNSNPALRDWLKDHANASKLDKLKWDYFTINKSPWSSLDENEAFLSTADSAVKLLPGAT 301

Query: 307 KPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNVIKRF 366
           K ++GWKGLEY+AAFP++K PGANFYP DMDK+EF LW N L+E+++  A GFF+VIKR 
Sbjct: 302 KAIAGWKGLEYRAAFPVTKPPGANFYPPDMDKMEFTLWLNGLTEEQKHAATGFFSVIKRR 361

Query: 367 NGVNLDTQTDEGVADLSI----RDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLKKL 426
           +  NLD       +   +     DLY +P+S+ Y  +L KASE L KAG+L S PSLKKL
Sbjct: 362 SEANLDASDHLASSTKKLPDSNSDLYSIPYSEIYRPFLKKASEFLQKAGDLVSSPSLKKL 421

Query: 427 LHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDDAT 486
           LH+KA AFLSN+YY+SDIAWM+LDSKLDITIGPYETYED +FGYKATFE FIGIRDD AT
Sbjct: 422 LHSKAEAFLSNEYYESDIAWMDLDSKLDITIGPYETYEDEIFGYKATFETFIGIRDDKAT 481

Query: 487 AKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPNDER 546
           A LKLFGDNL +LE NLP++  +KS DV+AAPIRVIQL+YN+GDVKGPQTVA+NLPNDE+
Sbjct: 482 ADLKLFGDNLKLLEDNLPLESVYKSTDVSAAPIRVIQLIYNSGDVKGPQTVAYNLPNDEK 541

Query: 547 IVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGIGP 606
           IV+DRGTSMVMLKNV EAKF+HIL PIAE  ISKEQ+ LVDFDSFFTHTICHECCHGIGP
Sbjct: 542 IVKDRGTSMVMLKNVQEAKFEHILKPIAEITISKEQRGLVDFDSFFTHTICHECCHGIGP 601

Query: 607 HSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSFLA 666
           H+I LP G+ STVR ELQE+HSA+EEAKADIVGLWALKF I + LL  S+ +SMYVSFLA
Sbjct: 602 HTITLPGGQTSTVRKELQEVHSAMEEAKADIVGLWALKFLITKGLLSKSMVESMYVSFLA 661

Query: 667 GCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKILTI 726
           GCFRS+RFGL EAHGKGQALQFN+L+EK AF+ H D  FSV+F K+E AVESLS +ILTI
Sbjct: 662 GCFRSIRFGLTEAHGKGQALQFNYLYEKGAFVFHEDSTFSVDFAKIEGAVESLSHEILTI 721

Query: 727 QATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILH 774
           Q  GDKN A+ LL +YC +T PL+ AL+ LE  +VPVDI+P FP+A+ +++
Sbjct: 722 QGKGDKNAATLLLNKYCTITGPLKTALENLERVKVPVDISPTFPLAEALMN 772

[Close]

BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
Match: Y368_LISMO (Uncharacterized Nudix hydrolase lmo0368 OS=Listeria monocytogenes serovar 1/2a (strain ATCC BAA-679 / EGD-e) GN=lmo0368 PE=3 SV=1)

HSP 1 Score: 87.4 bits (215), Expect = 7.400e-16
Identity = 53/177 (29.94%), Postives = 90/177 (50.85%), Query Frame = 1


		  
Query: 9   EYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPGQW 68
           E +D+L +  + TG    RG     G+ H  +HV I++E   +LL+QKR + K+ WP  W
Sbjct: 2   EEWDLLNENRELTGKTHIRGEKLAPGELHLVIHVCIFNEK-GQLLIQKRQKDKEGWPNYW 61

Query: 69  DISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFNDV 128
           D+S+AG    G++S   A RE+QEELG+ +        F +               F+D 
Sbjct: 62  DLSAAGSALKGETSQQAAEREVQEELGIMIDLSGTRAKFSY----------HFEEGFDDY 121

Query: 129 YLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLN 186
           + +T    + L   +LQ+ EV+  ++++ EE ++L  +   +++PY    Q   L N
Sbjct: 122 WFIT--KDVQLSDLTLQKEEVADARFVTKEELEAL--RSSGEFIPYFFLNQLFNLKN 163

[Close]

BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
Match: Y446_CLOAB (Uncharacterized Nudix hydrolase CA_C0446 OS=Clostridium acetobutylicum (strain ATCC 824 / DSM 792 / JCM 1419 / LMG 5710 / VKM B-1787) GN=CA_C0446 PE=3 SV=1)

HSP 1 Score: 85.9 bits (211), Expect = 2.100e-15
Identity = 60/189 (31.75%), Postives = 100/189 (52.91%), Query Frame = 1


		  
Query: 8   EEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNE--LLLQKRAEFKDSWP 67
           EE+ D+  +  +  G RK+R  VH  G +H   H W+      +  L+ QKR   KD+ P
Sbjct: 3   EEFLDIFDEEERLIG-RKSRKEVHEKGYWHSTFHCWVVKREGKKTFLIFQKRHPLKDTAP 62

Query: 68  GQWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEF 127
             +D+SSAGHI +G+ S+    REL+EELG++   +  EL+ + + +   + GK I+ EF
Sbjct: 63  NMFDVSSAGHIKSGE-SIEDGVRELKEELGIDAKPN--ELINIGIIKEEFHIGKNIDREF 122

Query: 128 NDVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGE--L 187
             +Y+ +  A I  E+++LQ  EV  +  I  +E    L  +        ++G + E  +
Sbjct: 123 CHIYIYSNKAEI--ESYTLQRDEVVGLVKIEIDELARFLDNK--------IDGVFAEGFI 177

Query: 188 LNLIAQRYK 193
           +N   +RYK
Sbjct: 183 VNQEGRRYK 177

[Close]

BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
Match: Y387_LISIN (Uncharacterized Nudix hydrolase lin0387 OS=Listeria innocua serovar 6a (strain CLIP 11262) GN=lin0387 PE=3 SV=1)

HSP 1 Score: 84.7 bits (208), Expect = 4.800e-15
Identity = 54/177 (30.51%), Postives = 90/177 (50.85%), Query Frame = 1


		  
Query: 9   EYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPGQW 68
           E +D+L +  + T     RG     G+ H  VHV I++E   +LL+QKR + K+ WP  W
Sbjct: 2   EEWDLLNENRELTRKTHIRGEKLAPGELHLVVHVCIFNEK-GQLLIQKRQKDKEGWPNYW 61

Query: 69  DISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFNDV 128
           D+S+AG    G++S   A RE++EELG+ +        F +  E   +D  FI  +    
Sbjct: 62  DLSAAGSALKGETSRQAAEREVKEELGMTIDLSNTRAKFSYHFEAGFDDYWFITKD---- 121

Query: 129 YLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLN 186
                   + L   +LQ  EV+ V++++ E+ ++L  +   +++PY    Q  EL N
Sbjct: 122 --------VELSDLTLQTEEVADVRFVTKEKLEAL--RSSGEFIPYFFLNQLFELKN 163

[Close]

BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
Match: IDI_CITFR (Isopentenyl-diphosphate Delta-isomerase OS=Citrobacter freundii GN=idi PE=3 SV=1)

HSP 1 Score: 58.5 bits (140), Expect = 3.700e-7
Identity = 36/143 (25.17%), Postives = 64/143 (44.76%), Query Frame = 1


		  
Query: 8   EEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPGQ 67
           +E   +L + GQ  G  +           H A   WI++E   +LL+ +R+  K +WPG 
Sbjct: 3   QERVILLNEQGQPCGTLEKYAAHTATTPLHSAFSCWIFNEQ-GQLLVTRRSLHKKAWPGV 62

Query: 68  WDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFND 127
           W  S  GH   G+++     R    ELG ++  D+   ++   + C T+    + NE   
Sbjct: 63  WTNSVCGHPQLGETTEAAINRRACFELGADI--DSLSPVYTDFRYCATDPSGIVENEVCP 122

Query: 128 VYLVTTIAPIPLEAFSLQESEVS 151
           VY    ++ + L    + +S+ S
Sbjct: 123 VYAAHIVSELQLNPDEVMDSQWS 142

[Close]

BLAST of Spo13536.1 vs. TAIR (Arabidopsis)
Match: AT1G79690.1 (nudix hydrolase homolog 3)

HSP 1 Score: 1122.8 bits (2903), Expect = 0.000e+0
Identity = 540/771 (70.04%), Postives = 646/771 (83.79%), Query Frame = 1


		  
Query: 7   AEEYFDVLTKTGQKTGIRKTRGHVHRDGDYHRAVHVWIYSESTNELLLQKRAEFKDSWPG 66
           AEE+FDVLTK+G+KTG+ K RG VHRDGDYHRAVHVWI+ E+T +LLLQ R++ KDSWPG
Sbjct: 2   AEEHFDVLTKSGEKTGVSKPRGEVHRDGDYHRAVHVWIFVETTQQLLLQLRSDDKDSWPG 61

Query: 67  QWDISSAGHISAGDSSLITARRELQEELGVNLPEDAFELLFVFLQECVTNDGKFINNEFN 126
           QWDISSAGHISAGD+SL++A+REL+EELGV LP+DAFE +FVFLQECVTNDGKFINNEFN
Sbjct: 62  QWDISSAGHISAGDTSLLSAQRELEEELGVKLPKDAFEKIFVFLQECVTNDGKFINNEFN 121

Query: 127 DVYLVTTIAPIPLEAFSLQESEVSAVKYISCEEYKSLLQKEDPDYVPYDVNGQYGELLNL 186
           DVYLVT + PIPLEAF+LQ+ EVSAVKY+  EEY++ L KEDP YVPYDVNG+YG+L ++
Sbjct: 122 DVYLVTILHPIPLEAFTLQKEEVSAVKYVPYEEYRNFLSKEDPAYVPYDVNGEYGKLFDI 181

Query: 187 IAQRYKENVEERSLSLQRQLNRYAPIPLTAELGGISDVDKEALKFVLKAAMIMDDIFHQQ 246
           I QR + N E RSLSLQ+QL RY+P+ L A+L  +S+ D++AL  ++KAA IMDDIF++Q
Sbjct: 182 IRQRCQVNTEARSLSLQKQLQRYSPVTLEAKLTELSEADQKALGLIVKAAKIMDDIFYEQ 241

Query: 247 VCLSNPALRDWLKEHADTSPLNKLKWKYFSINKSPWSCLDENLAFLSTADSAIKLHLHAT 306
           V  SNPALRDWLK+HA+ S L+KLKW YF+INKSPWS LDEN AFLSTADSA+KL   AT
Sbjct: 242 VWNSNPALRDWLKDHANASKLDKLKWDYFTINKSPWSSLDENEAFLSTADSAVKLLPGAT 301

Query: 307 KPVSGWKGLEYKAAFPLSKQPGANFYPSDMDKLEFELWKNSLSEDERQEAMGFFNVIKRF 366
           K ++GWKGLEY+AAFP++K PGANFYP DMDK+EF LW N L+E+++  A GFF+VIKR 
Sbjct: 302 KAIAGWKGLEYRAAFPVTKPPGANFYPPDMDKMEFTLWLNGLTEEQKHAATGFFSVIKRR 361

Query: 367 NGVNLDTQTDEGVADLSI----RDLYCVPFSQEYSSYLTKASELLYKAGELTSFPSLKKL 426
           +  NLD       +   +     DLY +P+S+ Y  +L KASE L KAG+L S PSLKKL
Sbjct: 362 SEANLDASDHLASSTKKLPDSNSDLYSIPYSEIYRPFLKKASEFLQKAGDLVSSPSLKKL 421

Query: 427 LHTKANAFLSNDYYDSDIAWMELDSKLDITIGPYETYEDSLFGYKATFEAFIGIRDDDAT 486
           LH+KA AFLSN+YY+SDIAWM+LDSKLDITIGPYETYED +FGYKATFE FIGIRDD AT
Sbjct: 422 LHSKAEAFLSNEYYESDIAWMDLDSKLDITIGPYETYEDEIFGYKATFETFIGIRDDKAT 481

Query: 487 AKLKLFGDNLLVLEQNLPMDDTFKSKDVTAAPIRVIQLLYNAGDVKGPQTVAFNLPNDER 546
           A LKLFGDNL +LE NLP++  +KS DV+AAPIRVIQL+YN+GDVKGPQTVA+NLPNDE+
Sbjct: 482 ADLKLFGDNLKLLEDNLPLESVYKSTDVSAAPIRVIQLIYNSGDVKGPQTVAYNLPNDEK 541

Query: 547 IVRDRGTSMVMLKNVSEAKFKHILLPIAEACISKEQQELVDFDSFFTHTICHECCHGIGP 606
           IV+DRGTSMVMLKNV EAKF+HIL PIAE  ISKEQ+ LVDFDSFFTHTICHECCHGIGP
Sbjct: 542 IVKDRGTSMVMLKNVQEAKFEHILKPIAEITISKEQRGLVDFDSFFTHTICHECCHGIGP 601

Query: 607 HSIVLPDGRKSTVRLELQELHSALEEAKADIVGLWALKFFINQNLLPSSLCKSMYVSFLA 666
           H+I LP G+ STVR ELQE+HSA+EEAKADIVGLWALKF I + LL  S+ +SMYVSFLA
Sbjct: 602 HTITLPGGQTSTVRKELQEVHSAMEEAKADIVGLWALKFLITKGLLSKSMVESMYVSFLA 661

Query: 667 GCFRSVRFGLDEAHGKGQALQFNWLFEKEAFIMHPDGRFSVNFDKVEDAVESLSRKILTI 726
           GCFRS+RFGL EAHGKGQALQFN+L+EK AF+ H D  FSV+F K+E AVESLS +ILTI
Sbjct: 662 GCFRSIRFGLTEAHGKGQALQFNYLYEKGAFVFHEDSTFSVDFAKIEGAVESLSHEILTI 721

Query: 727 QATGDKNKASSLLEEYCKMTNPLRLALDKLESAEVPVDITPAFPVADQILH 774
           Q  GDKN A+ LL +YC +T PL+ AL+ LE  +VPVDI+P FP+A+ +++
Sbjct: 722 QGKGDKNAATLLLNKYCTITGPLKTALENLERVKVPVDISPTFPLAEALMN 772

The following BLAST results are available for this feature:

BLAST of Spo13536.1 vs. NCBI nr
BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
BLAST of Spo13536.1 vs. ExPASy Swiss-Prot
BLAST of Spo13536.1 vs. TAIR (Arabidopsis)

BLAST of Spo13536.1 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\|902184738\|gb\|KNA10354.1\|	0.0e+0	100.	hypothetical protein SOVF_1451...	[more]
gi\|731352006\|ref\|XP_010687318.1\|	0.0e+0	86.8	PREDICTED: nudix hydrolase 3 [...	[more]
gi\|731403637\|ref\|XP_002271902.2\|	0.0e+0	76.7	PREDICTED: nudix hydrolase 3 [...	[more]
gi\|470134791\|ref\|XP_004303220.1\|	0.0e+0	76.7	PREDICTED: nudix hydrolase 3 [...	[more]
gi\|595963740\|ref\|XP_007217029.1\|	0.0e+0	75.4	hypothetical protein PRUPE_ppa...	[more]

BLAST of Spo13536.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QSW1_SPIOL	0.0e+0	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8BUX0_BETVU	0.0e+0	86.8	Uncharacterized protein OS=Bet...	[more]
F6HBY3_VITVI	0.0e+0	76.7	Putative uncharacterized prote...	[more]
M5X9N8_PRUPE	0.0e+0	75.4	Uncharacterized protein OS=Pru...	[more]
V4SJV1_9ROSI	0.0e+0	74.6	Uncharacterized protein OS=Cit...	[more]

BLAST of Spo13536.1 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
NUDT3_ARATH	0.0e+0	70.0	Nudix hydrolase 3 OS=Arabidops...	[more]
Y368_LISMO	7.4e-16	29.9	Uncharacterized Nudix hydrolas...	[more]
Y446_CLOAB	2.1e-15	31.7	Uncharacterized Nudix hydrolas...	[more]
Y387_LISIN	4.8e-15	30.5	Uncharacterized Nudix hydrolas...	[more]
IDI_CITFR	3.7e-7	25.1	Isopentenyl-diphosphate Delta-...	[more]

BLAST of Spo13536.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT1G79690.1	0.0e+0	70.0	nudix hydrolase homolog 3	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000086	NUDIX hydrolase domain	PFAM	PF00293	NUDIX	coord: 36..171 score: 2.9
IPR000086	NUDIX hydrolase domain	PROFILE	PS51462	NUDIX	coord: 35..177 score: 1
IPR015797	NUDIX hydrolase domain-like	GENE3D	3.90.79.10		coord: 6..174 score: 8.6
IPR015797	NUDIX hydrolase domain-like	unknown	SSF55811	Nudix	coord: 9..175 score: 5.15
None	No IPR available	unknown	Coil	Coil	coord: 612..632 scor
None	No IPR available	PANTHER	PTHR23422	DIPEPTIDYL PEPTIDASE III-RELATED	coord: 101..206 score: 0.0coord: 222..771 score:
None	No IPR available	PANTHER	PTHR23422:SF9	NUDIX HYDROLASE 3	coord: 101..206 score: 0.0coord: 222..771 score:
None	No IPR available	PFAM	PF03571	Peptidase_M49	coord: 395..601 score: 8.9

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008152	metabolic process
biological_process	GO:0048829	root cap development
biological_process	GO:0006570	tyrosine metabolic process
biological_process	GO:0006542	glutamine biosynthetic process
biological_process	GO:0009684	indoleacetic acid biosynthetic process
biological_process	GO:0010311	lateral root formation
biological_process	GO:0009252	peptidoglycan biosynthetic process
biological_process	GO:0002679	respiratory burst involved in defense response
biological_process	GO:0009737	response to abscisic acid
biological_process	GO:0010200	response to chitin
biological_process	GO:0006569	tryptophan catabolic process
biological_process	GO:0035335	peptidyl-tyrosine dephosphorylation
biological_process	GO:0000956	nuclear-transcribed mRNA catabolic process
biological_process	GO:0006487	protein N-linked glycosylation
biological_process	GO:0048440	carpel development
biological_process	GO:0009793	embryo development ending in seed dormancy
biological_process	GO:0009560	embryo sac egg cell differentiation
biological_process	GO:0031047	gene silencing by RNA
biological_process	GO:0051567	histone H3-K9 methylation
biological_process	GO:0010338	leaf formation
biological_process	GO:0098507	polynucleotide 5' dephosphorylation
biological_process	GO:0006310	DNA recombination
biological_process	GO:0010305	leaf vascular tissue pattern formation
biological_process	GO:0010267	production of ta-siRNAs involved in RNA interference
biological_process	GO:0003002	regionalization
biological_process	GO:0009887	animal organ morphogenesis
biological_process	GO:0007267	cell-cell signaling
biological_process	GO:0006306	DNA methylation
biological_process	GO:0006281	DNA repair
biological_process	GO:0010073	meristem maintenance
biological_process	GO:0055114	oxidation-reduction process
biological_process	GO:0035196	production of miRNAs involved in gene silencing by miRNA
biological_process	GO:0006355	regulation of transcription, DNA-templated
biological_process	GO:0006266	DNA ligation
biological_process	GO:0000394	RNA splicing, via endonucleolytic cleavage and ligation
biological_process	GO:0006366	transcription by RNA polymerase II
biological_process	GO:0010050	vegetative phase change
biological_process	GO:0010228	vegetative to reproductive phase transition of meristem
biological_process	GO:0051301	cell division
biological_process	GO:0051607	defense response to virus
biological_process	GO:0051321	meiotic cell cycle
biological_process	GO:0007064	mitotic sister chromatid cohesion
biological_process	GO:0006370	7-methylguanosine mRNA capping
biological_process	GO:0010358	leaf shaping
biological_process	GO:0019915	lipid storage
biological_process	GO:0019985	translesion synthesis
biological_process	GO:0015976	carbon utilization
biological_process	GO:0034508	centromere complex assembly
biological_process	GO:0009880	embryonic pattern specification
biological_process	GO:0050665	hydrogen peroxide biosynthetic process
biological_process	GO:0042138	meiotic DNA double-strand break formation
biological_process	GO:0051177	meiotic sister chromatid cohesion
biological_process	GO:0010072	primary shoot apical meristem specification
biological_process	GO:0016926	protein desumoylation
biological_process	GO:0010431	seed maturation
biological_process	GO:0006096	glycolytic process
biological_process	GO:0010182	sugar mediated signaling pathway
biological_process	GO:0007030	Golgi organization
biological_process	GO:0006972	hyperosmotic response
biological_process	GO:0006108	malate metabolic process
biological_process	GO:0046686	response to cadmium ion
biological_process	GO:0009266	response to temperature stimulus
biological_process	GO:0006099	tricarboxylic acid cycle
biological_process	GO:0006833	water transport
biological_process	GO:0016310	phosphorylation
biological_process	GO:0043247	telomere maintenance in response to DNA damage
biological_process	GO:0048443	stamen development
biological_process	GO:0010074	maintenance of meristem identity
biological_process	GO:0000413	protein peptidyl-prolyl isomerization
biological_process	GO:0006312	mitotic recombination
biological_process	GO:0006406	mRNA export from nucleus
biological_process	GO:0048451	petal formation
biological_process	GO:0009640	photomorphogenesis
biological_process	GO:0000338	protein deneddylation
biological_process	GO:0016579	protein deubiquitination
biological_process	GO:0006457	protein folding
biological_process	GO:0006606	protein import into nucleus
biological_process	GO:0016567	protein ubiquitination
biological_process	GO:0048453	sepal formation
biological_process	GO:0007131	reciprocal meiotic recombination
biological_process	GO:0009909	regulation of flower development
biological_process	GO:0031060	regulation of histone methylation
biological_process	GO:0010082	regulation of root meristem growth
biological_process	GO:0032204	regulation of telomere maintenance
biological_process	GO:0050826	response to freezing
biological_process	GO:0010332	response to gamma radiation
biological_process	GO:0010162	seed dormancy process
biological_process	GO:0009845	seed germination
biological_process	GO:0009825	multidimensional cell growth
biological_process	GO:0009616	virus induced gene silencing
biological_process	GO:0010224	response to UV-B
biological_process	GO:0010051	xylem and phloem pattern formation
biological_process	GO:0006468	protein phosphorylation
biological_process	GO:0045595	regulation of cell differentiation
biological_process	GO:0033044	regulation of chromosome organization
biological_process	GO:0043087	regulation of GTPase activity
biological_process	GO:0009733	response to auxin
biological_process	GO:0048765	root hair cell differentiation
biological_process	GO:0010090	trichome morphogenesis
biological_process	GO:0010089	xylem development
biological_process	GO:0009944	polarity specification of adaxial/abaxial axis
biological_process	GO:0010212	response to ionizing radiation
biological_process	GO:0033043	regulation of organelle organization
biological_process	GO:0009069	serine family amino acid metabolic process
biological_process	GO:0016973	poly(A)+ mRNA export from nucleus
biological_process	GO:0006511	ubiquitin-dependent protein catabolic process
biological_process	GO:0030244	cellulose biosynthetic process
biological_process	GO:0009630	gravitropism
biological_process	GO:0043547	positive regulation of GTPase activity
biological_process	GO:0048519	negative regulation of biological process
biological_process	GO:0006396	RNA processing
biological_process	GO:0007155	cell adhesion
biological_process	GO:0015917	aminophospholipid transport
biological_process	GO:0006812	cation transport
biological_process	GO:0045332	phospholipid translocation
biological_process	GO:0006075	(1->3)-beta-D-glucan biosynthetic process
biological_process	GO:0005982	starch metabolic process
biological_process	GO:0005985	sucrose metabolic process
biological_process	GO:0045010	actin nucleation
biological_process	GO:0016049	cell growth
biological_process	GO:0000278	mitotic cell cycle
biological_process	GO:0071555	cell wall organization
biological_process	GO:0009855	determination of bilateral symmetry
biological_process	GO:0048589	developmental growth
biological_process	GO:0006897	endocytosis
biological_process	GO:0048449	floral organ formation
biological_process	GO:0048439	flower morphogenesis
biological_process	GO:0009965	leaf morphogenesis
biological_process	GO:0010014	meristem initiation
biological_process	GO:0034067	protein localization to Golgi apparatus
biological_process	GO:0048856	anatomical structure development
biological_process	GO:0000724	double-strand break repair via homologous recombination
biological_process	GO:0043687	post-translational protein modification
biological_process	GO:0006260	DNA replication
biological_process	GO:0000160	phosphorelay signal transduction system
biological_process	GO:0071494	cellular response to UV-C
biological_process	GO:0007062	sister chromatid cohesion
biological_process	GO:0023014	signal transduction by protein phosphorylation
biological_process	GO:0016246	RNA interference
biological_process	GO:0006346	methylation-dependent chromatin silencing
biological_process	GO:0045893	positive regulation of transcription, DNA-templated
biological_process	GO:0016311	dephosphorylation
cellular_component	GO:0005667	transcription factor complex
cellular_component	GO:0005719	nuclear euchromatin
cellular_component	GO:1990904	ribonucleoprotein complex
cellular_component	GO:0035101	FACT complex
cellular_component	GO:0005829	cytosol
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0030140	trans-Golgi network transport vesicle
cellular_component	GO:0000228	nuclear chromosome
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0000148	1,3-beta-D-glucan synthase complex
cellular_component	GO:0016035	zeta DNA polymerase complex
cellular_component	GO:0009365	protein histidine kinase complex
cellular_component	GO:0019013	viral nucleocapsid
cellular_component	GO:0005739	mitochondrion
cellular_component	GO:0005634	nucleus
cellular_component	GO:0031209	SCAR complex
cellular_component	GO:0016363	nuclear matrix
cellular_component	GO:0008278	cohesin complex
cellular_component	GO:0000775	chromosome, centromeric region
cellular_component	GO:0009506	plasmodesma
cellular_component	GO:0043231	intracellular membrane-bounded organelle
cellular_component	GO:0005773	vacuole
cellular_component	GO:0044444	cytoplasmic part
cellular_component	GO:0016459	myosin complex
cellular_component	GO:0031461	cullin-RING ubiquitin ligase complex
cellular_component	GO:0000785	chromatin
cellular_component	GO:0005789	endoplasmic reticulum membrane
cellular_component	GO:0009505	plant-type cell wall
cellular_component	GO:0005643	nuclear pore
cellular_component	GO:0005802	trans-Golgi network
cellular_component	GO:0016020	membrane
cellular_component	GO:0005759	mitochondrial matrix
cellular_component	GO:0045298	tubulin complex
cellular_component	GO:0009507	chloroplast
cellular_component	GO:0005819	spindle
molecular_function	GO:0003779	actin binding
molecular_function	GO:0004842	ubiquitin-protein transferase activity
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0003843	1,3-beta-D-glucan synthase activity
molecular_function	GO:0000166	nucleotide binding
molecular_function	GO:0004012	phospholipid-translocating ATPase activity
molecular_function	GO:0016874	ligase activity
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0003887	DNA-directed DNA polymerase activity
molecular_function	GO:0008408	3'-5' exonuclease activity
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0050897	cobalt ion binding
molecular_function	GO:0004471	malate dehydrogenase (decarboxylating) (NAD+) activity
molecular_function	GO:0051287	NAD binding
molecular_function	GO:0042803	protein homodimerization activity
molecular_function	GO:0016301	kinase activity
molecular_function	GO:0016773	phosphotransferase activity, alcohol group as acceptor
molecular_function	GO:0000287	magnesium ion binding
molecular_function	GO:0042393	histone binding
molecular_function	GO:0003690	double-stranded DNA binding
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0031625	ubiquitin protein ligase binding
molecular_function	GO:0003910	DNA ligase (ATP) activity
molecular_function	GO:0004484	mRNA guanylyltransferase activity
molecular_function	GO:0004651	polynucleotide 5'-phosphatase activity
molecular_function	GO:0004725	protein tyrosine phosphatase activity
molecular_function	GO:0008138	protein tyrosine/serine/threonine phosphatase activity
molecular_function	GO:0005543	phospholipid binding
molecular_function	GO:0004674	protein serine/threonine kinase activity
molecular_function	GO:0043015	gamma-tubulin binding
molecular_function	GO:0004356	glutamate-ammonia ligase activity
molecular_function	GO:0008017	microtubule binding
molecular_function	GO:0043621	protein self-association
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0005488	binding
molecular_function	GO:0004672	protein kinase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0035091	phosphatidylinositol binding
molecular_function	GO:0005096	GTPase activator activity
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0003700	DNA-binding transcription factor activity
molecular_function	GO:0032440	2-alkenal reductase [NAD(P)] activity
molecular_function	GO:0000155	phosphorelay sensor kinase activity
molecular_function	GO:0052866	phosphatidylinositol phosphate phosphatase activity
molecular_function	GO:0008026	ATP-dependent helicase activity
molecular_function	GO:0003774	motor activity
molecular_function	GO:0003755	peptidyl-prolyl cis-trans isomerase activity
molecular_function	GO:0004843	thiol-dependent ubiquitin-specific protease activity

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo07876	0.78	Barchart \| Table
Spo24424	0.75	Barchart \| Table
Spo23733	0.74	Barchart \| Table
Spo08886	0.74	Barchart \| Table
Spo25568	0.74	Barchart \| Table
Spo16689	0.74	Barchart \| Table
Spo11680	0.74	Barchart \| Table
Spo11979	0.73	Barchart \| Table
Spo05286	0.73	Barchart \| Table
Spo24089	0.73	Barchart \| Table
Spo03192	0.72	Barchart \| Table
Spo11678	0.72	Barchart \| Table
Spo15938	0.72	Barchart \| Table
Spo20242	0.71	Barchart \| Table
Spo07026	0.71	Barchart \| Table
Spo25649	0.71	Barchart \| Table
Spo22972	0.71	Barchart \| Table
Spo11021	0.71	Barchart \| Table
Spo10595	0.71	Barchart \| Table
Spo09958	0.71	Barchart \| Table
Spo18796	0.71	Barchart \| Table
Spo23655	0.70	Barchart \| Table
Spo05467	0.70	Barchart \| Table
Spo24629	0.70	Barchart \| Table
Spo23703	0.70	Barchart \| Table
Spo26738	0.70	Barchart \| Table
Spo17190	0.69	Barchart \| Table
Spo20572	0.69	Barchart \| Table
Spo07093	0.69	Barchart \| Table
Spo12077	0.69	Barchart \| Table
Spo04973	0.69	Barchart \| Table
Spo03490	0.69	Barchart \| Table
Spo02254	0.69	Barchart \| Table
Spo17914	0.69	Barchart \| Table
Spo08541	0.69	Barchart \| Table
Spo24468	0.69	Barchart \| Table
Spo24991	0.69	Barchart \| Table
Spo02831	0.69	Barchart \| Table
Spo05948	0.68	Barchart \| Table
Spo25161	0.68	Barchart \| Table
Spo26965	0.68	Barchart \| Table
Spo05874	0.68	Barchart \| Table
Spo19875	0.68	Barchart \| Table
Spo08779	0.68	Barchart \| Table
Spo18253	0.68	Barchart \| Table
Spo09810	0.68	Barchart \| Table
Spo27338	0.68	Barchart \| Table
Spo10563	0.68	Barchart \| Table
Spo21439	0.68	Barchart \| Table
Spo21967	0.68	Barchart \| Table
Spo14440	0.68	Barchart \| Table
Spo27357	0.67	Barchart \| Table
Spo00430	0.67	Barchart \| Table
Spo00775	0.67	Barchart \| Table
Spo01185	0.67	Barchart \| Table
Spo01663	0.67	Barchart \| Table
Spo02347	0.67	Barchart \| Table
Spo04940	0.67	Barchart \| Table
Spo05181	0.67	Barchart \| Table
Spo05929	0.67	Barchart \| Table
Spo06570	0.67	Barchart \| Table
Spo09368	0.67	Barchart \| Table
Spo11554	0.67	Barchart \| Table
Spo11993	0.67	Barchart \| Table
Spo12225	0.67	Barchart \| Table
Spo12410	0.67	Barchart \| Table
Spo14172	0.67	Barchart \| Table
Spo15581	0.67	Barchart \| Table
Spo16759	0.67	Barchart \| Table
Spo17589	0.67	Barchart \| Table
Spo17710	0.67	Barchart \| Table
Spo19665	0.67	Barchart \| Table
Spo22598	0.67	Barchart \| Table
Spo22859	0.67	Barchart \| Table
Spo25497	0.67	Barchart \| Table
Spo26527	0.67	Barchart \| Table
Spo20704	0.66	Barchart \| Table
Spo21171	0.66	Barchart \| Table
Spo21240	0.66	Barchart \| Table
Spo17123	0.66	Barchart \| Table
Spo06804	0.66	Barchart \| Table
Spo04703	0.66	Barchart \| Table
Spo25506	0.66	Barchart \| Table
Spo04228	0.66	Barchart \| Table
Spo03825	0.66	Barchart \| Table
Spo00099	0.66	Barchart \| Table
Spo19411	0.66	Barchart \| Table
Spo20655	0.66	Barchart \| Table
Spo20794	0.66	Barchart \| Table
Spo02485	0.66	Barchart \| Table
Spo14964	0.66	Barchart \| Table
Spo23540	0.66	Barchart \| Table
Spo12221	0.66	Barchart \| Table
Spo08963	0.66	Barchart \| Table
Spo07156	0.66	Barchart \| Table
Spo21828	0.65	Barchart \| Table
Spo15269	0.65	Barchart \| Table
Spo03622	0.65	Barchart \| Table
Spo06358	0.65	Barchart \| Table
Spo20281	0.65	Barchart \| Table
Spo01146	0.65	Barchart \| Table
Spo06404	0.65	Barchart \| Table
Spo10986	0.65	Barchart \| Table
Spo09831	0.65	Barchart \| Table