Spo21323 (gene) | SpinachBase

Overview


Name	Spo21323
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Circadian clock coupling factor ZGT
Location	chr2 : 17280807 .. 17318375 (+)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGTCTGTATTGTGGAGGTATGCTTCTTTGTTCGACAAGGGTCCTCACTTCTTTGGTGATTTTTTCCTTTCTTTTTTTCCCTGGGAGAACTGTCAAGCTAGCTTGGCGACCTCTTGACAAGTTCAGTAAAAAGAAATCCCCTTTTCTGGCGTTAATTTTTTGTTTTTGTTTCTTTTTTAGTGTGAAGCAGGAACCTGTGGTTAATTTTCGCACTTGTCTTTTTTTGTGAATTGTAGCACTGTAGGCTGTAGCAGTACCTTCATAAGTCATAGTTTTAGTGGATCTCTTTACTTCATACATATTTGATATTTCCTTTAACGATGGCCTATCTAGCACTGCATATTTTTGTTTGAGGGGCCTTGAAAATAAACGAATAGAAATCTGGAGGTAAGAATTTCATTTCCAGAATAGAACAATAAGGAAGGGTCTGAACTCTGAAGGTTCTCGTTGGACATTACTACTCATTTACGACTATTAAGAGTACTTTCTTTCATTGAATAGCGAGCATCGTTTAGGCTCCGTTTGGTAGGGCGTAAAACGTTTTCATGGAAAACGATTTTTCCCCTTTCAATCAATTTACGTTGTTTGGTTGGGTAAAGGATGTAAAACAATTTTTCATGACTCTCTCAAAGGTGAAAAACCTTTTTCCATTTGAAAGGAAGGAAAATCACTTTTCCTTCTTTCCTCCTTACCTCCCTCTCCTTTCTTCCCCTCAATCCTCACCATCTTCTCCCATTTTCCTTTAAGTTACCAAACAAAGGAAAACTAGTTTGGAATTGTGTTTTCCCTTGAAAAATGTTTTCCATGGAAAATCATTTTACAATAAAAACGTTTTACGCCCTACCAAACGGAGCCTTATTATAAACATGTCTCAGATTTGTTGTAAATGCCCTCGCTCGGGTATACTTATCAAAGAGCTTTGGCCCCATGGACTCCTTTCTCTGAGTTCACAGAAACGGAACACGGTTGCACTAAGAATATCAGTAGGAAGTGGGACTAGAAGAGTGATGCCTTTTTCTCCTATATTTTCAAGTTCTAACAGGTTTTTAGGCCCGGCCATTAGGAAGTCTATATAGACCTATTATGTTGTCCACACGATGCACATCCGGGTAGGCTCTTTAAGACAAAATTCCAATATGACCTTGTCTACTCTGACCGGAGCCTACAAGGAAGTGACGATATATTTGGTACCTCGGCACTCAGCTTGACCCTTCACTCTTGTAGAGACTTACATAAAATTATATGCGCATAATTATCATGTTCCATGCTAAATGTTAGTTTCGTGTAGAAAAATATGTGCTATCAACCAACCAACATATAGTTTTGTTGGGAATTAATGCTAATCTAATTAACATGCGGAAACATTCACCATAACCAAGATCTCATGCAAAAGTATAGATTAAATGTAACATACATTTGTAATGTGTACTCCCACTAGCCTCAGAAGCATGATAAAAAGCACCACGTGTAGTTCCTCTATAATCGTCCACCGACACATTCGGATCCACCTTGATTCCATTAGCTTAGAACTTTCTCAAAGGTGTTTGGCTTTTTTGGAATACTCACTCTTGGAGGCACACAACGAATTAGGGTTTTTAGTGTGTGTTAGGGTTGGGAAAACAACTTAGGGTTATGAAATAATCCCTTGGGGAATAAGTATGCTAACTGACCAAAGCACAAGGCTTTTGCCGGCCAGCTCCTCACACGCAAGCCCTTAGGCTGTGCTGTGCATTCGTGATGTTGCTGCTTTGTGCATGCTCACCTGCGCAAGCCCAACAATGGCCATGGGCAACTCTGTAGCGCCCATGGGCCTTGTGCGCTTGGCTTGTGGGCCCCAGCGTTGCTCGTCCCTCTTCGTATTTGCATCTAAGGCCTTACGATCATTTTATCGTATAGTACTTAACGATATAGATCCAATGTGGTACGTTATGATTATTCATACGGCCCAACCTACGAATATATGCATTACGATATACAATTACGATCCAACAAATTATCGTATACTTATATTTTTCAAACTAAATTCCCAATAAGCCATTAAATGGATTTCCGATTCATTAAATCCGGTGATCTGTAATATGTCATTGGTATGACCTTGTAGGTTCAGTCAAGAATAAGTTGTGAGCCTAATAAGGATTATAACTCACTAATCGGATACATTGCTCCAGCTAGATGTTCCGATCACTTAATCTTACTAAATTAATTATTCTGTAATTAATCTGCACCTTTGTATTAGACTAATGCACTTTGGGTGAATGACACATTTCCTTCAAGTTTAGGGTCAACAGTTGTCAAAACAAAAAAGCTTAAAACGTCAAGGATAAAAAAATCGAAATGAATAGAACGGAAAACTACCGTGCTACGAAAACCTGCAGGCGCCAGAAAAGTATAGCGCTTGACAGGAAGGGGTGAAATTTCCAAAACTTCCCCCTTGCCGTAAGAAATTTGTAGCGCAAGCATGCCTATTGGAAGTCAACTCTGCCTCGAACTTACAAAATGGACGAAAGCTTGTAGGAGCCAGAAAAATCCAGCGCCTGCCTGTAACACCCTAATAATTCCTTGCCCTTATAAAACCGTTTTCCAACTTAAAATAAAAGAATTAGTAAAGTATTATCGCCACCGTGATAACAGTTAAGGCTAGTACCAGAATTACGCAGCAGAAATATAACTAACATTTAAACAATAAATAATAGTTAATGGCCCCCCTACAAATTAGAACCATAACGGCCCAAAACCAACTACGTTAGATAAATCCATTAACTAAATAATTCGAATAGTCTAGACTAACAAAAATAGTAGAGTTTATAAATGCAAGAGAAAATCATCGCTCAACCATTTCCCCATGCTAGATAACTTCTTCAGTAAGTTATCTCTACAAACCTGTTTATTTAAATCTACTCCCCAACAACGCAAATGCAATGATGGATCATCATAGGGTCATTAAGGCGAAGGCCATGACCAAAGAGACATAAAGCACGTAGTCAGCGAAAGCTGAGTACAAACAAGCTAGAATGAAATCCTAATATTAACATAAATCACTCAACAATAAAATAATCCACATGAAAAAGCCATTTAATAAACAATTAATCATGAAGACAAGATTCGATTCTCGACACGACTCTTGACTCATATATTAATTTAGAATAAGCTTCGAATGTGCCTAAAAAGAAATGTCCATTAGACAGGTGTTGGGAGCCCACCAAACACCAAAATAATAATAATAAGAGTAACCCAGTTATAGGACCATACCGACGGAATTCCAGCGCATAAAGGAATGAAACAACGTCTTGTATCATTAATAGAAGTACAAACCCCTTGGTAAGATACTCCCCCCATTGTTCATACGCAAGGTATATACGTTCCAAGAGTTTTGAAGCTTGTTCAGGTTGCACTTTACGTTTATTAATATTTTATTCACAAGGTGAACTCAAGACACAAACAAAATTTACTTTTTTTAGGCGAAGAACCAAACAATACTTCTTTTATAAATCGTTAGGACTTGAGATCAAACATTCAAGACTCAAGTGATATTACTCCATGGTTCCCTCTCAACATACAGTTGAGTCCCCAACATGCCTGTTAGGTTGTGCACTAGGCACGAATAATCCTAGTTCAATTCACTTGACTTCCCAAACATACCCTACATATGCGGTGGCTTACATGAGCATACCTTCACATGTGGTAAAATAAATAGTGCAACGACGTACGAATAACTTGGCTCAAATATGCTAGACATTACGTACAATAACATAAGAATAATCCCTTGCATGCGAAATAAATCATACATGCATAAAATACTGGAACAACATGCTTGATATTAAATTCAACAATCATAAATAATCTCAACATGCTTGTTCACTTAAAATCCACAATTCAATAATAATCCAAACATATTCGTTCACACCATCAAACATGAATCCATAATAATCCAAGTAACATGAATCACAATAATAAAACATCACATGAATCCTCATGAAAATAAGGTGGTCGCCCTAGACATGTACGTACCTTGTATATCTAATTGCGGGGGCCACAATGTGATCCAAGCTCTAGGTTAGAAATCTCCTCCTATCATTAAAATAATGAAATTCAATTATTATTCATGTTCATTAAATTTCCAGCAACTTTATTTAGTTTTAAAACACTTGAATTAATTAGAAATTAATCGCTTGTTAATATAATAATAGTCTCAATTGAACAACTAAAGCCCTAGCATGAAAATAATTTATTTTCATACTAAAACCATTAACAATTGACACTTTAGGTCTTTAAAACAAATATGAAAATTATAATTGATTATCAAAATTAAAATTGTCATCTAATTATGCTAATCAATTAGTCATATGATTTGAACTAAAACCCTAACCCTAATTCACCATTAAAATCAATTTAAACCTTAAAACTCAAAGCTTTATTTAATAATTCAAATCCAAAAATTATTAAACTCCAAATAAAAATGCTCCTCAATAATCTAAACACATAAGTCCTCAAGTTTGGTGTTCATAACCAATCCCAGCATAATAATCAATCATAATCCAATGTTAATCATAAAAATCCATAATTTAAAACATAATTTAAATAGAGAAGATTAGGAAGAAGAGGAATTATACAAAGTCTGGCTATAGCACGGCACAATCACGAATTAATGTGACCGGACGCAAAAGAAACGGACCAACAAGAGGAAGGAAGCACGACAACACAACAGTGGTGCTGTTGTTGCGTGCGAGTGTGTGGGCAGCAGGGGAGCGAGCACAAGACAGGGGCAGCGAGCAGGGGCAGCGAGGCAGGGGCACTGGGCGTCGAGTGAGCAGGAGCCCTGGGCGCTGGGGGTCAAGGCAGACAACACGCAGCAGCAGCAGCGAGGGCACGCGAGAGGGAGATGGGGCAGCGAGCACTGGCTCGCGTGGCTAAGCAGGGCGGTACGCAGCAGCAGCGAGGCACGCGTGTGGTGCGGTGCTCGGCTGGGCGCACGATGGGAAGGGAAGGAAGGAGAGAGAGTTTATAAAATAAAAAGTGGAGATTTGTGAGGTATTAAGGGGTATTTATAGGTTCCGTATTCCTTGATGGGCTAGGTTTTAGGAAACTCCTTTCGGACTTCATTAAATTAAAACCGGGCTTGCTTTAGTTTGTTTGAGCTAGAATAGAATAAGGTTAATGGATTATTCACTTGGGCTTCCTATAGAAATTGGATTGGGCTTTGGAATTATTCGAATCGTTTTAATTTCAAAACCCAAATAAAGTTTCAACTGAAATTTAAATTTGTTTCGTAATTAATTAAAATAATAAATATTCTATTAATAAAATACATTTAAATAATATTTAAATGTGATTTAAATTCTAAAAAATTCTAAAAAATGCTTTATAAATATAATAAAATATATTTATAAATACGCAAAAATATGAGGTATTACACTACCTGACCTGCCCAAGAAATTTCTAGCCTGACCTTCAGGTGCACTAGAAATTTCAAGCACTCTTTTTGCATATTTTGTGGAAACTTCTGCGTACTTCAAAGTTTTAATTATAATCAATCAACCTCAATATTCGTGCAATTAATTCTACGACGAACTAATGTCAAATCACTTTTGCATTACGTTTATCTAGATGAAAATACCCATCAAACGCATATTCAAAATTGAGCCGAAGGTATATTTGTTAGGTTATGATACATATAAACGAATATAAATCATGCGGAAAAACCATAAAAGCCAGGATTCCAAATTAATTGCCATATAACAATTAGCATAATTAGGATGCATACTCTTTGTAGCGTGCCCTCCCTTGCTGCGCCCGAACCGAACAAGAACAAGTCTTTAGGACTCCAAGTGTCGTCCCTCCGTAGAAAGTCCACAGCACGTCCGGATCCGCCTTAAGATTGACTAACTAGAATCGCCCTTAAGGTTCTAATATTTTCGGCAATTATGGGCAAAGCGTATGACTGAATTTTGCTCAAAATTCTTACCTTTGAATACTTCAAACTCGTTATAAATTATGAGCATCGATATCATATTTATAGGCTATGGAATAAGCAATCGAATCATACTAGGATACGAATTAATTAAGTTAGAATCCTAGCAGAACTCTTATTTTAATTAATTTATCTTTTAGGATTAGGAATTTAATCATTAAACGAATCCTATACGCTTTAGGNTTAATTTATCTTTTAGGATTAGGAATTTAATCATTAAACGAATCCTATACGCTTTAGGTTTCGTATGTGAACACAAACACACACGCACGCACAGCAGCCCACGAGGGGCGCCATGCGCGCGCGCAGAGCCCGAGCAGCGACGCAGCCCACGCGGCCACGAAGCCCACGAGGTTGCCTGCAGTCTTGGGCGCGTGCTGGGCCTGCCTTGCGGTGGGCCTACGCAGCCTTGGGTGGTTTGTGTATGGCGCGCCATTGCTTGCTGGACGCGGGCCTGGCTTCGTGCTGGGCCTTCGTCTAGCAAGCTCGTCCAATGCTAATTCGTACGACGCGCTTCCGATTAATTTCCCGATTCCGGAATTCATTTCCGATATGAACAATATTTAATATTTCCGATTCCGGAAATAATTTCCGTCTCGAACAAACATTTAATATTTCCGTTTCCGATAAAATTTCTAATTCTGACAATATTTCCGTTTCNGGAAATAATTTCCGTCTCGAACAAACATTTAATATTTCCGTTTCCGATAAAATTTCTAATTCTGACAATATTTCCGTTTCCGGCAATATTTCCGATTCCGGCAATATTTCCATTTCCGATAATATTTTCCGATACGTAACATATTTCCGTTTCCGGCAACATCTACGACTTGGATAATATTTATATTTCCGATACGATCCATATTTCCGTTTCCGGCAATATCATCGTTTCCGGAGTATTCATTTATTTGCCTTTGACGATCTCAGCTCCCACTGAAACCAAGATCCGTCGATTCCGAATATCCATTAGATAGAGTATTTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCTGTGGATTAATATCATTAATCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATACAGTTCACTTGATCTCACTGAATTATTAACTTGCATAATTAATACTGAACCGCATTCATTAGACTTACCATTAAATGCATACTTGGACCAAGGGCATTATTTCCTTCAGTCTCCTGCTTGTCCTTAGGGACAAGTGTGCATTTCCTAATTCTTTTGTCACTCGATGCTTTCTCTTGAACATAAGGTAAGAGTTGTCATCCTTATTATGTCCAGAGGTGTTTCTCGGTTTCAGAGTTCAACTGATCAAATAAACAGATAATCATAGCCTATGATTCATCTGAGCACGACCATGTATTTTACAGTTTCTAGCTCTCCGAGTGGCCTTGTACAACTTTTAGCATCTCATCCCGATTTATGGGAGGACATTCTCAATCTTGCGATCTTGAGATTATACTTCGTTTGATAGGTGATTACCCGAGCGTTGCCTTTATAGCCTCCTTTTACGGTGCGAAGGTTGACAACGTCAAAGCAAGCAGTTCCCAAACAAGTAATCTCAAATCACTCAGGTATTGAGGATTAGTGTCTAATAATTTTAATGAAATTTACTTATGACAGATTTTCATCTCTTACTGTAGATTTTCATAGGTCTGTCCGATACTAGTCTTCCCAAAGTAAGTATCTATGCAAATGATTGCGACATTGCCATGTCCACATAGTTCAAGAAACAGAACTACTAGTCATCTTGCATTCTAGTCGTCTAACGTTTTCTATGCGTCCATCTTTATAGAAAACTCCGACCAGGGACCATTTTCAACTTTTGACATTCAAGTTCACTTGATAGACATTTCTTAGTCACAGGACTGGCCCTGACAGTCTATCTTGAATATATCGTCAAATTGAAGGGACTCATCATTTAATAAACCACAAATTAAATGGAAAAATGAATTCTATTCATTAATGTGAATGATTAACCAATAATTTTTTACAAAGTATTAAACTCTAAAACTTTTAAACATTAAATAAGGACTTCAAAGCCATTCTCCAACATGCTTGATTCCCATAGCTGCAGTGTGCGAGTCGTGCTTCGCCTGCGACAGAGGTTTAGTTAATGGATCTGAGATGTTGTCATCAGTTCCAATCTTGCTTATCTCGACTTCTTTTCTTTCAACGAACTCTCGTAGAAGGTGAAATCTACGAAGTACATGCTTGACTCTCTGGTGGTGTCTAGGCTCCTTTGCCTGTGCAATAGCTCCATTATTATCACAATACAGAGCTATTGGTCCTTTAATGGAGGGGACTACACCAAGTTCACCTATGAACTTCCTTAGCCATATTGCTTCCTTTGCTGCTTCATGTGCAGCAATGTACTCCGCTTCAGTTGTAGAATCCGCAATGGTGCTTTGCTTCGCACTTTTCCAGCTTACTGCACCTCCGTTGAGGCAGAAGACAAACCCAGACTGTGATCTGAAATCATCTTTGTCGGTTTGGAAACTTGCGTCCGTATAGCCTTTAACAATTAATTCATCATCTCCACCATAGACCAGGAAATCATCTTTGTGCCTTTTCAGGTACTTCAGAATGTTCTTGGCAGCAGTCCAATGTGCCTCTCCTGGGTCTGACTGGTATCTGCTCGTAGCACTGAGTGCATACGCAACATCCGGGCGTGTACATATCATAGCATACATTATTGAACCAATCAATGATGCATATGGAATCCTACTCATTCGTCTACGCTCATCTAGTGTTTTTGGGCACTGAGTCTTGCTTAGAGTCATTCCATGAGACATGGGTAGGTAGCCTCGCTTGGAGTCTGCCATATTGAATCTTTCAAGCACCTTATTGATATAAGTGCTTTGACTGAGTCCAATCATTTTTTTAGATCTATCTCTGTAAATCTTGATGCCCAGATGTACTGTGCTTCTCCTAGATCCTTCATCGAAAAACATTTCCCAAGCCAAATCTTGACAGAGTTCAACATAGGAATATCATTTCCGATAAGTAATATGTCGTCGACATATAATACTAGAAAAGTAATTTTGCTCCCACTGACCTTCTTGTATACACAAGATTCGTCTGCGTTCTTGATGAAACCAAAGTCACTTACTGCTTCATCAAAACGTATATTCCAGCTCCTTGATGCTTGCTTCAATCCGTAGATTGATTTCTTAAGCTTGCATACCTTTTTAGCATTCTTTGGATCCTCAAAACCCTCAGGCTGTGTCATAAACACATTTTCTGTTAAAACACCGTTTAAGAAAGCGGTTTTGACATCCATCTTCCATATTTCGTAATCGTAATATGCAACGATTGCTAACATTATCCGAATAGACTTTAGCATTGCAACTGGTGAAAAGGTTTCATCGTAATCCACACCGTGGACTTGCCTGTAACATTTTGCAACCAATCTTGCTCTGAAAACTTCAAGTTTCCCATCCTTGTCCTTTTTCAGATTGAAAACCCATTTGCTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAATTCTATTGGAAGTTCGGCCTGACCCATCATTGATCTAACCATGTCTAGCAAGGTTATATTCCTCCTTTCTGAAACACCGTTCCATTGTGGTGTTCCAGGAGGAGTCAATTCTGATAGAATTCCACATTCTTTCAGATGGTCATCAAATTCATAGCTCAGATATTCACCGCCTCTGTCAGACCGCAGTGCCTTAATCTTCTTGCCTAATGATTCTCTACTTCACTCTGAAATTCCTTGAATTTGTCAAAGGATTCAGACTTATGCTTCATTACGTAGACATAACCATATCTACTGAAGTCATCCGTGAAAGTGATAAAGTAGCTGAAACCACCTCTAGCATTTGTACTCATTGGTCCACATACATCTGTATGGATTAAGCCCAATAGTTCAGTTGCTCTTTCTCCAACTTTAGAGAAAGGTTGCTTTGTCATTTTGCCAAGTAAACATGATTCGCACTTACCATAATCCTCTAAGTCAAATGGTTCTAGAATTCCTTCCTTTTGAAGTCTTTCTATGCGTTTCAAGTTAATATGGCCTAATCGACAATGCCACAGATAGGTGAGATCTGAATCATCCTTTTTAGCCTTTTGGTATTTATGTTATAAACTTGTTTGTCGTGATCTAATAAATAAAGTCCATTGACTAATCTAGCATATCCATAAAACATCTCTTTAAAATAAAACGAACAACTATTGTCTTTTATTAAAAAGGAAAATCCCTTAGCATCTAAGCAAGAAACAGGAATGATGTTTTTAGTAAGACTTGGAACATGGAAACACTCTTCCAGTTCAAAAACTAGCCCAGAGGGCAACGACAAATAATAAGTTCCTACAGCTAATGCAGCAATCCGTGCTCCATTTCCCACTCGTAGGTCGACTTCACCCTTCCTTAAACTTCTACTTCTTCTTAGTCCCTGTGAATTGGAACATAAGTGTGAACCACAACCTGTATCTAATACCCAAGAAGTTGAATTAGCAAGTATACAGTCTATAACGAAAATACCTGAAGATGGAACGACTGTTCCATTCTTCTGATCTTCCTTAAGATTTGGACATTCTCTTTTGTAATGGCCTATTCCATCACAATAAAGACAGCTTGATGTGGACTTGTTCTGCTTTGTCTTAGCATTGCCCTTGGACTTTCCACCTTTCTTGAAGGGTCTCCCTTTAGCCTTGAGTAAATCTTTGGCTTCACAGTCGAGTACTATCTCAGCCTTTCTGAGAAGGTGAATAAACTCTGCAACTGTTTCTTCTCTTGGTTCACTTAGGTATAGTTGCTTAAAGCGACCAAACCCACTGTGCAGTGAATTGAGCAAGATAGAGACTGCCATCCTTTCGCTTTGGTGTTCCTAGCAGACTTAGGCGATCAAAATATGAAAGCATAAGCTCCACATGGAACCTCAGTGGGACGCCTACCCTCTGTTTAGTGCAAAGGAGCTGAACATGTGTTTCTTGGACCTCCATCCTATAACACCTGTTAGGAGAACCAACCTTTAGACCAGACATTGATTCAATCAACTCATGGACATTTAGGTCCTTTTCCTCTGTGTTTCCACGACAGATATCCCTCAGATTCTTGATGAGCGTAAAAGGTTCGTAAACTACAAATCTTCTAGCCCATTCATCAGGGATATTGTTCAGCATGAGACTCATAACCTTTTTGAGATCCGCATCCCAGGCGGCAAATCTTTCAGGGGTCATGTCTCTGGCATAGTAGCTTGGCATGGGATGTAACAGTACATACTCAAGTCCATTGAGTCTGACTATTTCAACAAGCTTAGCTTCCCATTCAAGAAAATTCGTTAGGTTCAGCTGACCATAAACTCAGAACCCATGATGATGTTTTGATTGTTGTTTGCCATAGTAAAACTACAATTGAAAAAGAATAAACAAATAAATAATCATTCACAGTTTCTTTTAATAAACTTTAAATTCTAGCATACACGCATAATTTATCATTTACTAAGCATTTTATTCAAGTTATGTGTTCCGGCAGGTGTGAATAAAATGATTCCAAGACCCTTAAATCATTGAAGAATTAAGCACATTATGTATTTAGACTCAATTCTAAAATATTTTAGGTAAGCAAAGCCTTTGCTAATAGTCTAGAAACTACTCTTGGTTGATAGGTACGTCTAAGAACTTATTAGGTAAACCTATCGCATTTGCCACGACATAAAAGGACTGCTTACTTATATCGTTGAGTTTCACCAAAACTAACATGTACTCACAGTTATTTGTGTACTTACCCCTTTAGAATCAATAAGTAACACCTCGCTATGGCGGAAAACTATTACTAAGATTGATGTAAAGGTTATCCAAGTAAGTGTTATGTTGGCATGGCACCTTTTAACTCAATTTTAAAGTTTGGAACTTAAGGCTCTTACTATATTGGTTAGATTTTAAGTGAACTAAAATCCTTAATCATGCAACATAATCATGCCATAATCTCATGCATAATTAAGACATATTTATAGCAATAAATAACTTAAAACATGCATAAGATGTAAATGTGATCTAGTATGGCTCGACTTCATCTTGAAGCTTCAACTTCAAAGTCCGTCTTGAAAATGGATTGGAAACTCCGTCTTGAATTCCACCATGGGAGGCGCCATTTTCTTCAAATAGGATAAGCTATAATTAAACTAATTACAATAATTTGATGGTACGCAGACCATATTTAAAAGCAATAAAATTTGGTACTTTAGACCAATATTACATTCAAATTAATGGTACGCAGACCATATTTTCTATCCTATTTGGGCCATACTAGTCACTTTTCAATAACCTGCAAAACAGTACATATACAATATATACCATTCAACCATTCATTATCATGAATGGCCCACATAGCTGGTTAGTAAAAACATGTTATGCATCACATAAATATTTGCAGCAATTAATCAAGGGCACCAATAATCTAACAATTATTCAGTCCTTATTAATTCTAATCAAGTTGTTTAACCTTAAAGGAATGTAGACCTAATCAAGAGTTTATGACTAAAATGCTCCCACTTAAACCAATAAATTCACATGCTTTACTAATTTTAAACATAAAAATGTATTTCCTAGTCTAACCGGAAACATACAAATTAGTTAAAATTTAAAGCTCATATAAATTTATAATTGAATCCATTTAATTTATTTTCAGTTGAATTAAATGAATTTAAATTAATTCAAGGTTTTAATTTTAGTAAAATAATTAGTATAAATAAAACTTATAATAATTAGATTATTCAAAATTAAATTCCGAGAAAACAATTTAAAATTACGAATTTTAAAATTAATTAAAATCGATTCCGAACTGAAAATTCAAAATTAAAATCAAAACGCATCAATCGTAACACGACGAGGCACTTGGGCTTGCGCCCAAGCCCCATCGAGTCATGAGGCATCAGCGCCCCATCGAATGATCGCAAGGCATCACACGAGCAGGCCACACGCATCGCAGCTAGCCCAGGCCACGCTGTGCGCAGCCTGCCTCACTCGACGCGTCTGGTTGCTTCGCTGGGCGAGGCAGCGCGCGTTGTGGCGCAGCACGCTCGCTGCCCACACGCGACTGCTCGCCTGGCTCACGCCACTGCCCATCGCCCATCGTTCATGCGCAGCACACACGCCCAGCACCATTGCTTCGCGCGCGCGCCATTGCTTGTTGCTCGCTGCATTCGTACCGCACGGGCGACGAGCTCCCTTCTCGTCGTCGCGTGCCCGCACTATACAACACCCCTTAAGGGTAACACGTAGCTTCCTTTGTTTTGTGCGTGCAACATTCATGAGCGAATTTCATAAAAATTAAAACTTTTAATTCAAAATTAATGACAAATTAATAAATCATATTAATTTCATAATTTTAGGGCGAAAAATCGAAAATTTATTAATCAATTAATTTTCGATTATCATGGATTCAAATCTAGGTCATAAAAATTTAAAATTTATCATAAATTAACAATTTTTATGGTGGTTTTTAATCATGGATACCTAAATAAATCGTTAATTAATTATGAAAATCAAATCAATTCTAAATTATTCGAATTTCAACAAATTAATTACAATTACAAATTAGGTTGTATAATTAACAAGCTTAGGCATTCAAATTTGTTAAACATATACAGTAGGTCAATCAAGAATTCAAGATTTAACAACAAGAATCGCAAATATTTAATTTAACATCATAAAATTACAAACTTTTGCGTTCGAAAAACTAAAACCTCCGAAAAGTCATAGTTAGGCTTCGAATTCGGAAATTCTGGGTTCGGCCGAAAATGATTATTTTTGTCAAAATTACAGAATGCCTTTTACATGCGGAATTGACACAAAAATCACTCGATTTCGTTGAGTAACGAAGAAACTGCCGAAAATCTGCGTACATATAATTAAATAAACGCAATTTGCAATTAATTAACAATCACGAAAATTAATCACCCATTTTAATTCTTTGCAAATTTGTAAAATTTAACCATGTTAAGCAATTATTATGGAATTAATTAGAGGCTCGTGATACCACTGTTAGGTTATGATACATATAAACGAATATAAATCATGCGGAAAAACCATAAAAGCCAGGATTCCAAATTAATTGCCACATAACAATTAGCTTAATTAGGATGCATACTCTTTGTAGCGTGCCATCCCTTGCTGCGCCCGAACCGAACAAGAACAAGTATTTAGGACTCCAACTGTCGTCCCTCCGTAGAAAGTCCACAGCATGTCCGGATCCGCCTTAAGATTGACTAACTAGAATCGCCCTTAAGGTTCTAATATTTTCGGCAATTATGGGCAAAGTGTATGACTAAATTTGCTCAAAATTCTTACCTTTGAATACTTCAAACTCGTTATAAATTATGAGCATCGATCTCATATTTATAGGCTATGGAATAAGCAATCGAATCATACTAGGATACGAATTAATTAAGTTAGAATCCTAGCAGAACTCTTATTTTAATTAATTTATCTTTTAGGATTAGGAATTTAATCATCAAACGAATCCTATACGCTTTAGGTTTCGTATGTGAACACAAACACACACGCACGCACAACAGCCCACGAGGGGCGCCATGCGCGCTGGGCCTGCCTTGCAGTGGGCCTGGCGCAGCCTTGGGCTGTTTGTGTGTGGCGCGCCATTGCTTGCTGGACGCGGGCCTGGCTTCGTGCTGGGCCTTCGTCTAGCAAGCTCGTCCGATGCTAATTCGTACTACGCGCTTCCGATTAATTTCACGATCTAGAATTCATTTCCGATACGAACAATAATTAACATTTCCGATTCCAGAATTAATTTCCGTCTCGAACAAATATTTAATATTTCCGTTTCCGGAATTATTTTCCGATTTCGATAATATTTCCGATTCTGACAATATTTCCGTTTCCGGCAATATTTCCGATTCCGGCAATATTTCCATTTTCGATAATATTTTCCGATACGTACCATGTTTCCGTTTCCGGCAACATCTACGACTTGGATAATATTTATATTTCCGATACGATCCATATTTCCGTTTCCGGCAATATCATCGTTTCCGGAGTATTCATTTATTTGCCTTTGACTATCTCAGCTCGCACTGAAACCAAGATCCGTCGATTCCGAATATCCATTAGATAGAGTATTTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACAGGTTCAGTCAAGAGTAAGCTGTTGATTAATATCATTAATCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATACAGTTCACTTGATCTCACTGAATTATTAACTTGCATAATTAATACTGAACCGCATTTATTAGACTTACCATTAAATGCATACTTGGACCAAGGGCATTATTTCCTTCAATATTTGTGTTATAAGTTAAATCGAGTATGGTCCTAAAATGAACCTAGGTAGCCTTTACAAATTGACTCAAAAGTAATTAAGTACGCGCAAAATTGAACTCTTGCGTCAGAATGTTGAATGTTTGATTGCACGTACGCTCCAACAAAGGCCCCCCGTAAACCAAATTACGAAACAAATAAAAAATTAGAACGGCCGGAAAAAAAACTATACGAATACGCCTTGGAACAGCCTGCAAGCGCTAGAAAAATCCAGCGCCGGCAGGCTGGCGCTATTAATTTCAGCGCCTGAAATACAGGCGCAAGAAATTCCTAGCACCCCCTGGATCATTTCATGCGGAGGACTTTGAAATACTCTTAATTTTTAATCTCTAATTTATGGTGACCATTAGCCTTTCTAATGATGTAAAAATGACAGGCATACACCGCTCATGCTAAAATAATATTTGACGTTCACTAAAAGAAAATTTTCAAAAACATTTGTCGATAATGCCGATTCTAGACTAAGTTCTGCGCAAATGAATCTCAAATTATAAAGCTAGTTGTCTTATACATAGGTCATGTTCCACTGCATGGTGTCGATCTACGGGCCAAAGATTAGCGCGTCTCAAACCTTCTACACTCATCTCAGTTCGTCATTCTTCTTTTCATGGGTCTCCAATCTTTCAGCCTGAGTTCTATCCTGCACCAATTAGCAACATGTTGCTCGAAGCTCTCCAAGAAAAGATCAAACAAATGGCTTTCATCAAGGAACAACTTCGCTTAGAAAACCAGTCCTTAGTGCACAAGTCAAAGCTAAACTCGATAATGAAAAGAAAATCGAGAAGACTATCCTTTAGTAGACCATGGGAATCAAATACTTCTCTCTTGAACCTGAACTTCCTTTTGGAAAATTTCTAGAAAATTTTAACTCATCCGACCTGCCTAAGTTCAAGGTGACTTATAAGTTATAACCCCATAAACCATCTTCTTAGCTTTGTAGGTGTAATGAACCTTAGGGGTGTTGACAAGTCTATGTGTGTTTTCGCATTTCCCATATCCGTGGAAGCAACTCCACTAAAGTGGTTTTATCACCAGGATCCTATATTTAAAATAGAAAACCATCCAGATAGCAGACTTGTGATCAACCTGAGTTCATTGAAGAACTCCCAATGTAAACATTTCCCCTTTATTGCTTAAGTACTGGGTAATAATTAATTCATTTCAATAATGTAGAATTTGCAAATGATGCTTCCCTTTTTGGAATAATCCAACTTGTTCACAAAGACGTGGGAGATACATCTTTCAACTGAGAACTTGTAAACTAATCAATGATTCAGTTTCCCATGCATCACGGATGGTTTTGAACCTATGTTACCACCTTTTAATCACGACGCTTAATTTCCCGTGTATGTTTGTGGTTTGCCTAACAACCAGATCCAACTTTTGCTTAGGCAAATGCATGTAGCATCAAAACATTAGTTCATTTTCATTTCCTCTTATTAAGTTCTCATCCTACATGTCCAAATGTATTGGATGTTCTTGATGTTATTCTAATAATCTTTTATTTGGATATATTGGTATAAACTCGTCATGATTCAACATTTATGAGTTTTCTTGGCGATCTATATATCACATTATACATTATTGATTATAATGCAAATACCATTCGCATTTAAAAATCTATCCATGTAACTTTTAGCTTATTCTATTTCAAGAGATACAAAATCTTGCTAAAATCTTGGCATTGCCATGTGACTTAAGGTGAAGGTTCCTCTTCAATGTCTTTCATGTTTTAATTTTATTAATATCATCCTAGCTTTATACTTAGCTAAAACATTCCTTACTTAGATTTACTCATATGGGTTAGGAGTCTCTTTCGAGTCTCTCAATTGTGTTTGATTTAGTAATTACTTTTACAGAATCCAAACAATGCTTTAGTGAAGGAAATAATGCCCTTGGTCCAAGTATGCATTCTATGTTAAGTCTAATAAGTGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCACTTCAGTTCAAGTGGAATTAATGATATTAATCCACAGCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTTAACGGATCAAGTATTTGATGGCATTAAATACTCCATCTATGGATATTCGGAATCGACAGATCTTGGTTTCAGTGGGAGCTGAGATCGTCACAAGGCAAGAAATGAATATTCCGGAAACGATGATATTGCCGGAAACGGAAATATGGATCGTATCGGAAATATAAATATTATCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGTATCGGGAAATATTATCGGAATCGGAAAATAATTCCGGAAACGGAAATATTAAATATTTGTTCGAAACGGAAATTAATTCCGGAATCGGAAATATTAAATATTGTTCGTATCGGAAATGAATTCCGGAATCGGGAAATTAATCGGAAGCGTATCGTACGAATTAGCATCGGACGAGGCCTGCCAGACGAAGGCCCAGCACGAAGCCGGGCCATCGCCCAGCAAGCCAGCACGCCACAACGCACCAGCCAAGGCTGCGCCAGGCCCACCGCAAGGCAGGCCCAGCGCGCGCCAAGGCTGCTGCAGCGTGTGGGCCTCGTGGCAATGGGCGGCGAGCTCGCGGGCTGCGCGCGCGCGCATGGCGCCCCTCGTGGGCTGTTGTGCGTGCGTGTGTGTGTTTGTGTGCTATACGAATCCTAAAGCTATCAGGTTTCGACATATGATTAAATTCCTAAACCTAAAAGGATGAATTAATTAAATAAGAATTCTATTAGGATTCTAGTTTAATTAATTCGTATCCTAATAGGATTCCAGTTCCTTTTCCATANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTAATCGGAAATCAATTAAATAATAAATTTTCGATTTTTCGCCCTAAAATTATGAAATTAATATTATTTATTAATTTGTCATTAATTTTGAATATAAATTTTAAATTTTTATGCGATTCGCTCATATAACTTGCACGCACAAAGCAATGGACGCTACGTGTTACCCTTAAGGGGTGTTGTATAGTGCGGGCATGTGACGACGAGCAAGGGAGCTCGTCGCCCATGCGGTACGAATGCAATGAGCAAGGCCATGGTGCACGAGCACAAGGCAGCAGCCCTGCCTTGTGTCGTGGGCTGTGTGCAATGGGCGAATGGGCGAGGGCGAGAGCAAGGCACGAGCAGTCGCGTGTGGGCAGCAAGCGAGCTGCGCCACAGCGCGCACTGCCTCGCGCAAGCATGCGGAGCCTCGCGCGCAGCGAGCGCTACGCACAGCGTCGATGGCTCGCGCGCAGCGAGCGCCAGCTCGCATACTGCTTCCTCGTGCGATGAGCGCAAGCTCGCGTGCGGGAAAGGCAGGCGCGCAGCGAGCGATGGCTCGCANATGAGCGCAAGCTCGCGTGCGGGAAAGGCAGGCGCGCAGCGAGCGATGGCTCGCATAAATCGAGCGCTGGGGCGCGCAGCGAGCGATGGCTCGCGTACATCGAGCGCTGGCGCGCGCAGCGAGCACTGGCTCGCGTGTTCGATTGATGCCTTGCGATGGGGAGCAGCAGCGATGCGACACAGCGCATGGGCTGCGCGCACATGGCCAGCGATGACTGTGTGCGTGTGGCCCATGGGCGTGCATTGCGTGGGGTTGTTGCGTTGCGATTAGATCGTTTTAAAATTTTAATTTGAAATTTTCAGTTTTCGTAATTTTAATTAATTTTAAAATTAATAATTTAAATTGTTTTCTTGGATTTTAATTTTGAATATTATAATTATAATAAATTTTATTTATTCTAATTATTTTACTAAAATTAAAATCATGAATTAATTTAAATACGACTGAAATTAAATTAAATTTATGGATTCAATTATAAATTTATATGGGCTTTAAATTTTAATTAAATTTGTATGTTTCCGGTTAGACTAGAAATACATTTTTATGTTTAAAATTAGTAAAGCATATGAATTTATTGGTTTAAGTGGGAGCCCTTTTTAGTCATAAACTCTTGATTAGGTCTACAAATCCTTAAGGTTAAAACAACTTGATTAGAATTAATAAGGACTGAATAATTTGTAGATTATTGGTGCCCTTGATTAATTGCTGCAAATGTTTATGTGATGCATAATGTGTTTTACTAACCAGCTATGTGGGCCATTCATGATAATGAATGGGTGAATGGTATATGTTGTATATGTACTGTTTTGCAGGTTATAAAGTGACTAGTATGGCCCAAATAGGATAGAAAATATGGTTTGCGTACCATTAATTTGAATGTAATTGGTCTAAAGTACCAAAGTTGTTTTTCAATTCAAATATGGTATGCCTACCATCAAATAGTTGTAATTAGTTTTAATTATAGCTTATCCTATTTGAAGAAAATGGTGCCTCCCACGTAGATTTTCAAGACGGACTTTGAAGTTAAAGCTTCAAGTGAAGTCGGGCCATACTAGATCACATTTATCTTATGCATGCTTTAAGTTATTTATTGCTTTAAATATGTCTTAATTATGCATGAGATTACGGCTTGATTATGTTGCATGATTAAGGATTTTAGTTCACTTAAAATCTAACCAACATAGTAAGAGCCTTAAGTTCCAAACTTAAACTTAAAAATTGAGTTAAAAGGTGCCATGCCAAAATATACACTTGCTTGGATATCCTTTACATCAATCTAGTAATAGTTTTCGCTCAGCGAGGTGTTACTTATTGGTCCTAAAGGGGCAAGGTACACAAATAATTGTGAGTACATGTTAGTTTTGGTGAAACTCAACGATATAAGTAAGGAGTCCTTTTATGTCGTGGCAAAATCGATAGGTTTACCTAATAAGTTCTTAGACGTACCTATCAACCAAGAATAGTTTCTAGACTATTAGCAAAAGGCTTTTGCTTACCTAAAATGTTTTAGAATTGAGTCGACAAACTGTGCTTAATTCTTCAATGGTTTTAGGATCTTGGAATCATTTTATTCGCACCTGCCGGAACAATAAATTCGAATAAAATGCTAATAACTTGTTTTAATTGCATGATTGCTTTAATTTTCAAGTTATTATTCATGATAAATGTTTAGACTTAGCATGCTTCAATGTATGTTTTAATTATTGTTTATAATTAAATATCTTGCACTGCGGTAAATCCTTTTAGAAAGGTAACAGTAAATTTCTTCGATTGGTAGTGAATTCAAGAACGATTCACGGAAATGAGAGAAAGTGAGCAATTTAAAATGTACGTTTCTTATATCGACTTTTATGGTTGTTTTCGAGTATCAAAGTCGAATGGCAAACCGATTGGTGCTTGTGAATTCAAAATACAATGTAGTTTTGAGATCATAAAGCATTGAGTTTAAACGCTCAGCTTTACCAATGGTTAACAACCTAATATCTTTGTCCATTTAATTCTGGAATGAGTCTAGTCCCTAGACATTCGAATAGATCGATGCTTAGAGAACTTTAGAAGCTTCTGGTAAGATCATCTAGTTGAAACAGAATATTCAACATAAATGGTAAGAACCTTGTTGGTGACATTGGACATGTCTAACAAAGTATAAAAGTCAACACTAGAGAATTCAATTCTTAAGACTATAAGAAAGGGTACAAGAAATAGGAAAACAAAGGAACAAATGAAAGGAATTTACGATTCCGGTTCTACCTATAAGTTTATGTTTAAAGAGAAGTGACCTAGCAATCAAACTTCCTTGGTATCATATACCGCTTGAGGTTCTTACTTCGGTAATAACTCAAACAATGGAAGCTAGGCTACACTAATGGCCTACAAGTGGGAAATGAAGCATGGCAATGCTACATTAGTTGTAGGGTCATCTAGTTTGTTTTAAGTCCTTTCAAGGCTGGAACTAAATGGCTATTTTGTTCCATAATCAACATACCTAAATTTCTGCTTCAAACACAGAAAGACTCACATTCAGAAGAACAAACACAATTCTTGTTTGTTTGTTTATTTGAATGAAATGGTCATTTACGGGTTGAGTCAATTTGCTTGATTAAAACAAACAACTCTTTAACAATAAAAACTTTACTAGGTTCAAATCAACCCCTTGATTTGAGTTCCACTAATCTTTGGCATTGTTGCTTAGACCATATCAACAAGTTAACATTCAAAAGCTCTATTTTGATGGACTTTTGAAAGTTCATTGATTTCTAGATCAATTTAAGACGACTAGTCTTACTTGTTGAAAGTAACAAAAGATATGAACTATTGTTAGAACGCCTAGACAATAGAGTTCAAAGCTAAAGAAAGATTTTATAACTTTATTATTTCACATGGATTTGAGTGAATATAGGTTTATTTACTCAAAGTGATATAAGTTTGAATCTGTTTGACTAGTTCAAAGATTGAGAAGTATAAAATCCACTTGGCAAGAAATCATAAAGATCTAGGTTAGATCATGTTGATGATTACTTGAGACCAAATATGATCATCAATGATTGTGTGTTGTAATTTCACAATCTAGGTCCATAAGATATGGCATATCTTAGTTGGAATAATCGAAGTCAATTAGTACTTGATTCGATCAATGATGAATCATAAAGACTTTTCCTATAATTTCTAAAACAAAATGCTCAACTACCACCAAACTAAACCAAATTCGTCAAAGCTATTGAAAAGTAATTTCAGAATAACTTTTCATAAAATATATCTAGAGAGTTGCAAAACTCAGTGGGAGCTTAGTGTTTGTCATTCGACAAACTAAGGCCCAAGTATAGATATATGTTTCATTGTGATTTATTCAAATGAGACACAAGGGTATTGTTTCTACCACGAATTTTTGAGAACATAATGTTTGTTTGCTCGAAATAATGTCCTTTTGGAGATTCGTTTCCAAAATGACAAGTGGGAGAAAATAGACCTCGAAAGTCTTCGAGGCGAACAACAAACATAAACGGACATTCCGGAGGCTTTTCGAAGTGCTTCAGAAAATCCGAACTTATTCTTTAAGGACTTTAGAAGTGGCTTTAAAGAATAGACATCTCTTAGAAGACTTTACAAGTGCTTCAAGGAGAACAGAATATTCAAAGGACTTTCAAGTGGCTATTGATATTCTATTGTTTGATGTTCTATACCCTAGTAGGCATAGAGTTCAAGTCACTGAAACTATGAGATTCTTCTATTAGATAGTGAAGAAACATGGAGTTCAGGTCACTGAAGCTATGCAATTCTTCTATTAGATAGTGAAGAAACCTACAACTTGCAGTCAAACTATTATCATGTAGATTAATGAGTTTGTGACTTGTAAGAAAGCTATGACGAAACCCAGATTCCCTAAAATGGTTAGAGGCCATATATAGACTCAAATGTTTTAAATGGTTAGAGGCCATAAAACATACTCAATGTTTTGATGACAAAATTGAAATTTTGTTGATTTGCAAGAATAGTTTCACACCTATTGGTTGCAAGTTTGTTTTAAGGATAAAAACCATCAAACATGGAATTGTGTTCACACACAAAGCTAGATTAGTTGCTAAAGGTTACAAGCAAATTCATGGCATGGATTGTGTTGAAACCTCATGCAAAATCGTAATGCTTAAGTCTATAATTCAAGCAATGATTGCATATTGGTACATATGGCAATTGGATGACAAAACGTATTCCTCAATCAAATGTTGGAATAAAATATGTACATGGTATGTCATAGGATTTGTGGATCCAAATAAATGCTTGAAAAGGAAAGCTAGCTTATGAAATCTAAGTACAGATTTAAGCAAGCAATTGGGAATTGGAACTGTATTTTAGTGAAGCTAATAAGTATTTTAGTTTCATAAAATGTACATGATTCTTATAGATATATAAGAAGTTTAGTGGGAGTACATAAAACTTAATTGGTCCTATGTGTATCACACACATATCTCTCTATTGTGAAATAACATTCAAATGCTAATGACTTAGATTTGAAATTATTCATCAATGATGGACCATGGCGAAACTTAGTACATACTGGGTATTAAGATCTATTTACAAAGATCTTATGATATTGTTTTGGATTAAGTAATGGCATTTACTAAATCAAACACGAAAGTCTCCATTGGAGATATTCGACCCATGTGAATAAATCTAAGTAAAGGATGTTTGAACTATGTATAAGCATTTACTAAGTTAAACATCAAAGAGTCTAAATAAAATTCTTAACCTATATTATATGTCAAAGAATTTAGCTGGATTCAGTATCTACTGAAATTGAATGAGCTAAAGTTACATGAATAGAATTCAATTGGGAATTATTCTGCAAAAGAATTTATCATGTATGATATAATATGAGGATCGCCAAAAACGTATCGTATGACTTTAGGCATGACGAACATATACCAATCTCTATTGATCTAAGTGAAGATCAACTAGATTGAGATCAAGAATACTTATGGTACTTGAAAAGGTACATAGGAATAGTTCTTGATTCAAGGAAATAAAGATATGCTAAATATTGATGCTACACGCATAAACACTGGCAAAGGATCAAGCAAGACCCTTTGGAGTTAACCATTGATAAGGACGAGCTATAGAGCATCGTGTTTTGAAATGGCAACATGGATTGGAGACCATGAGTTGTTGCGTGGGAAATTAAAATATTAATTTCTATGTTCTAAGATACAGCTGGAAAGTCTTCCACATATCTGTGAACTGCTTGGATAAGTAAATCCAAACAAAGCATCACTAGCAACCTAAACAGTTGAAGTAAAAGTACTTATTGCCTAAGAAGCAATAAAACAGAGTTGTTTATATTAATGAGTTCTTCATTGAACTTGGGTGGATCACATGTCTGCTAACTTGATGGCTCTTCATTGCAAAATGCGTAGAACCACTATCGAAGTAAGAAAGACTAGATCACATAATAAACAAACTCAAAAGATCTTATCATCCTATCTCGAATATCATTCGATGAAAAAGATATTAAGATTGGCAAAGCATGATAACTAAACCTATGCAACAAGTGAGAAGCAACACTCACATTGTAGCACTGGAAATCAAGCATAGCTTTGAATTCCATGAACTGTTTTAAAGATGGGTTTGAGGCCCATGGTTGTAAAACAATGGGGTTGAACATTTATCATATATGAAATGTATTTTCATATTCCATTTAATCTTGGTTTAGTATTAAATGATGAGTCCCTTCAATTTGACGATATATTCAAGATAGACTGTCAGGACCAGTCCTGTGACTAAGAAATGTCTATCAAGTGAACTTGAATGTCAAAGGTTGAAAATGGTCCCTAGTCGGAGTTTTCTATAAAATTGGACGCATAGAAAACGTTAGACGATTAGAATGCAAGATGACTAGTAGTTCTGTTTCTTGAACTATGTGGACATGGCAATGTCATAATCATTTGCATAGATACTTACTTTGGGAAGACTAGTATCGGACAAGACCTATGAAACTTTACTGTAAGAGATGAAAATCTGTCATAAGTAAATTTCATTAAAATTATTAGACACTAAATCCTCAATACCTGAGTGATTTGAGATTACTTGTTTGAGAACTGGTTGCTTTGACGTTGACCAACCGTCGCACCGTAAAAGGAGGCTATAAAGGCAACGCTCAGGTAATCACCTATCAAACGAAGTCTAATCTCAAGATCGCAAGATTGGGATTGTCCTCCCATAAATCGGGATGAGATGCTTAAAAGTTGTACAAGGCCACTCGGAGAGCTAGAAACTGTGAAATGCATGGCCGTGCTCGGATGAATCATAGGCTATGATTATCTGTTTATTTGATCAGTTGAACTCTGAAACCGAGGAACACCTCTGGACATAATAAGGATGACAACTCTTACCTTATGTTCAAGAGCAAGCATCGAGCGACAAAGGAATTAGGAAATGCACACTTGTCCCTAAGGACAAGTGGGAGACTGAAGGAAATAATGCCCTTGGTCCAAGTATGCATTCTATGTTAAGTCTAATAAATGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCGCTTCAGTTCAAGTGGAATTAATGATATTAATCCACAGCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTAAACGGATCAAGTATTTAATGGCATTAAATACTCCATCTATGGATATTCGGAATCGACGGATCTTGGTTTCAGTGGGAGCTGAGATCGTCACAGGCAAGAAATGAATACTCCGGAAACGATGATATTGCCGGAAACGGAAATATGGATCGTATCGGAAATATAAATATTATCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGTATCGGAAAATATTATCGGAAATGGAAATATTGCCGGAATCGGAAATATTGCCGGAAACGGAAATATTGTCAGAATCGGAAATATTATCGGAATCGGAAAATAATTCCGGAAACGGAAATATTAAATATTTGTTCGAAACGGAAATTAATTCCGGAATCGGAAATATTAAATATTGTTCGTATCGGAAATGAATTCCGGAATCGGGAATTTAATCGGAAGCGTATCGTACGAATTAGCATCGGACGAGGCCTGCCAGACGAAGGCCCAGCACGAAGCCGGGCCATCGCCCAGCAAGCCAGCGCGCCACAAAGGCACCAGCCAAGGCTGCGCCAGGCCCACCGCAAGGCAGGCCCAGCGCGCGCCAAGGCTACGGCAGCGTGTGGGCTTGCGGCAGTGGGCTGCGAGCTCGCGGGCTGCGCGCGCGCGCATGGCGCCCCTCGTGGGCTGCTGTGCGTGCGTGTGTGTTTGTGTGCTACTCGAATCCTAAAGCTACCGGGATTTGTCATATGATTAAATCTAATCCTAAAAGATTTAGTTTATTTAATTAGAGTCCTAGTAGGATTATAATTAAATAAATTAGTATCCTAATAGGATTCCAAATCCTTTTCCATAACTCTATAAATAGGTGCCTAGGGTCACATATTTACATCGAGCATTCAAGTATTCAAAGTGAGTTTTTGAGAGCAAAATTCAGTCATACAATTGCCTATAAAGTGCCGAAAATTCTAAGTACCTTAAGGGCGATTCTAGTTGGTCAAGCTTAAGGCGGATCCGGACGTGCTGTGGACTATCTACGGAGGGACGACATTTGGAGTCCTAAAGACTTGTTCTTGTTCGGTTCGGGCGCAGCTAGGGAAGGCACGCAACAAAGTGTATGCATCTAAACTATGCTAAATGATTATGTGTAAATAATATGCTTTCCTGGATTTATGGTTTTTCCGCATGATTTATGTTTTGTCATATGAATCATAACCTAACATTTAGATCCTATCCAATAGATCTTTAACTCATTATGTTCTAAGTTTCGTCATGGTTCTAATATTGACAAATACTTTCAAATCTATCCATTTAGAATTTGAATGCCATTGTCTATAGAGATATGTATTTCATATATATAGAACCAATAAACTTGACATGGCTTCCACTAAACTCTTCATCTATAAGATGATCCATATTTTCATAAATCTATGATTGCTCAATACCCTTGTTGAAAAATATGGTCCAATTTTCACTTGCATGCTTTAATCTATGAATAGATTTCTTAATCTTGCTCTTTTATCTAGCATCCAAAACTTTTACATTGTGTGATGTACATAATTCCTTTCTACAAGTCCAATTGAGAAAGGTGTTTCGTTTTCCAATTGCCATATGCAATGATTGCTAGATTTATCCAAAATAGTTCAAGCATTTCGACTTGGTGAAAAAGATTTCAACATTATCAATGTCGTGAAGTTGTTTATAATCTTTAACCACCAATATAGCTTTTCCTTTGCTTATAATATCATCTTTGTATGTTCTGAAAACATGTTTGCAACCAATGGGAGTGAACCCTTTATGCAAATCAACTAAATAATAGATTTGATTCTTTAAGATGAAGATATTTCAGATTTAATGGCCTCAAACCATTTTATATGGTCTCGGACCATAATTATGTTTCTAATGGCCTCAAACCATAATTGGGAAATTTTAATTCGTCGTAGCTAACCTGTAAGTCGTATGTTCTTAAAGCTCTTCCAAAGTCTTCATAGGTTAATTTCATTCCACAAGATATCTATGTATCTATCTTGGTTGAATTTTATTCCTTATACGATTTACCTAGGTATTGAACATCAAACGTTAGTGTCTATAAAGACATTACTCAAGTCCTTTGAGTATTAGGATTCACCTGAAGCCCTTCCAAAGTCTTCTTGAAGCTTTTCCAAAGACTTCATGCGTGGAGCGCTTCCAAAGGCTCCTAAGTATCCTACATTTGTTTGTTGCTTGACTCGAAGTTATTTTGAGGTGACTTCGAGGTCATATTTCTCCCACTTGCGTTTTTGGAAATATGATGGTTTCCTAAAAGACGTTACTCTAGAGAAACAACCATGTGTTCCCGGATTTGTTGTAGAATCAATACCTTTTGTTTCTATGAGTCGCTAATAAAGAAACATATATCTAATCTTGAGTTCGTTTGATGTAAACACCAATTCCCACTAGGTTTGACAACCCTAGATATATATACTGAAAAGATGTACTGAATCGAAGTTCAATCCTTATGACATCTTATCTTTAGATTTGACAACTTTGTTTAGTGTGATAGTCATTTGAGAGTATCATTTAGAAACTATTTAGGAAAGTAGTCGTGATTATCATTAATCGAATAGATTTCTACTCCTCCATTTGGACATACCATATTTTTATGGAGCTTTGATTGTTATAATGCCATATAAACAATCTTGATATTTATTTTTGGCTCATGCAAACATCACCTTGACCAGTCTAGATGTTCCAAAATTCTTGTCAAGTTGATTTTATAGCCTTTTGTGAATCGCATTGAAGCATTTCACATATTTTACCTTGAGTAAATATTTGGTCTGATTTGTGACAATATATTCATCTATCATTTTAATTTGTGTATAATCCCGCACGCATATAAGACTAGTAAAAAAGAAATGGAGAGAGTATGTACTATAAAAGTAAATCTTCAAACAAGTGACGCAATATAAACGAAAAACGTAAAGAATAAAAATGGACGGATTGAATAGTACTCTGTAAGCAACTAAGCAAGGAGGTCGAAAAGAACGGTGCGAAATATCGTCCTCTCCACTCTTCTCATCAAATCCATTTCTCTCAACTTTTCTCTCTCCTCAACTCGCCGGTACCTGAAAAATCACCCAATTCAATTTGTTTCCCGCTTCCTTTTTCTCTCTCCTTACCTTCAATTCTTGATCTAAATCTTACTTCAAACACCAAGTTCAGGTAATTTTCTTTCCCGCACATATTTGCTCTCCCTGTGTTTGATTTTCATGGTTTACTTTAATTTGCGTTTTATTTCAGTTTTTAATGGTGGAAATCCCTTTATTCTTGTATTTTTAAGTTCATGAATGTAATGCAATGTCAATTGGATTTAGCTTTGACTTTATTTGAATTTTGATTTCCTAAACCTCAATTTATTTTGTTAGAATTCAATTCAATTTTTCTGTTGAAGTTTTAGCCTTTGATTTCCATTGATCTTATTTTGGATTGTGATTTATGATTATGAATAAAATGGCTATCCTTCCATTTGTTGAATTTTTGTATTGGGTACTCAGTTTGGACTCATTTGATAAGAAATGTGCGAATTTCTGGCTAGATTGAATTGGGTACTTATCCATTCGCCTCATTTGTTGTGATTTTTACTGGGCATAGGGGGTCATAGTGGTGGAGAAGAAGTTTGTGTAGGTGTAAGAGCGCGATTATAAGATGAAGGTTGTGGCCTTGTGGGGTTTCTTCCCTTCTTTAGATTTTGATTTGTTGTGTTGTTGCAGATTGGTCCAGAAGACATGCCTTTATCGAAGCAATATCGGTGTATGCATTCAGCGAGTTGTGCCTGTACAAAAGGGCATCTAACAGAGGACGTGATTCTCCTTGTTTTCCAGCAATTAAATTGGAACCCTAAGTTGATTGCGGCTTTCTCCTGTGCTTGTAAATGGTTTGATGATTTTGCAAAGAGAGTTTTGTGGAAAGAGTTTTGTAAGACAAGAGCTCCTAAGATGATGATTGATCTGCATTCTAGTGGTAGTCATAGTGTTGATGGGAGCTGGAGGGCACTTGGAAAATTGCTTATCTATTGTTCAGGTTGTACCAAAGGAGGCTTGTTCAATAACATTCACATCCCTGGTCATTTTGTATATAGAACCCGATTCTCAAGAACATCAGGAAAGAGTTTTCTTTTGCCACAGTGCAGATCAGATGTTCTGTATGTCTCGGATCCTTGTGAACATCTTGACCAAGGGGAAGATGGAGATATTGGATTTTTCAGGGGTATGTTCAAGTCTTTTTCAATGTCCAAGGTTCGCAAGTTGCTGATCAAAAGAAAAGCAGAACTTCACCCTACAGAGGCGTGCCCTTATTGTAAGGCAAAATTGTGGAGTATGCAAGAAGCAAAAATGATACCACAGAGTGCCAGTTGCAGGTTGGGAGCTTATGAAGATTGCATTGAGTATTATGTTTGTCTTAATGGTCACATGCTTGGGCTCTGCACTCTTTTGCCCTTGTCTGAATCCGAGGAAGCATCTGAATTGGAGTAATAATCAAATGAGACAGAGGTACTCTTTATTTTAAAGGCAACATTTTTTGATATGTATTAGCCTAGTATTAATATAAACCCCTTCTTACTGCTTGCCTTACAGTTTCTGTCAGTCCAATTCATGAGGTAGTCAAGATCAGTGTTTCTGTGAGTTATTCTCAGCCATTGCTTCACTCTGAAGCATTGTAATGAACTCACCCGTTTCACACAGAAAATAGAAGAAAATAGGGATTTGAAATAGAAATTTAGGAAAGAACAGGTGAATACGGAGTAGTTGTTTATATATGATAAAGTAAATACAAGGAAAACAAAAGATAGTTCCACTTTCGAGAGGTGGATTCTCTTCCAAGACTACTTTCTCTCAATACAATTCACAATGCTCTTACTTTCCCCTTTTCCTCTATTTAACTACTGGCTCACCTCACACCATTCCCTCTATTCTGACACATAACTAACTTATTATATTCCTCAAAAATATTCTCTCGGTTTCCATGCAACTAACTACAATACATATTACCCATATAGCCCTTCTTCCTTCTCGCATAAGTCTTGAGGACATGTGGATTCCTTTCACAGATGTTGATGACTATCTTCAGTGCTGTCAAAAATGCAGTGAGAGTTATTGCTAACTATGCCCATCTTCTGCAGTCTGTCTCTAGTGTTTTTGAGTCAGCCATAGAGTAAATCTATGCTAAGGAGCATGTACTAGAAATAGGCTGTAGGTCACCCTAGCAGAGAGGCTATCCGCATATCTTTTTATTTAATGTAAACTGTATAAACACATTTAACCTATAAGGCCATAAATCGTCCTTTTTTACTCAATAGCCCATACATGCTTGCTAACAACAGCCTAGTACCATAATATGGTTCCACAAAATACCATTTTGACTTTTGTACTACTTGCACACTCTTTTAGAGTTTTAGCTCTTCTTTTTGTATTAGCCTTTCTAAGTGATATATGTTTCTCTTATTATAAAAAACTATTCACACACTTTGACCTTTAATTTCTTTTTATTTATATATTTCCTCCGTTCCGAAAATTTTGCACCATGGTTGACTTTTACTCATCTAACCATTACTTTGACTTTTGATATCTCAAATCGTGTACAAGTAAAAATTATAAAAAAATAATATTTAGATAATTTATATCGATACGAATCTAACATGACCTCACATGACTAAAATTTTCGTACGTACGAATCACAACAAATGGCCAAAGTCGTAGTGTGAATAGTGTAAAAAACAAATGGTGCGATATTTCCGGAACGGAGAAAGTATAAAATCATTGATTATTTCATGAAATGACCCAGGATTTTGACAAAATGAATGGAATTCCCTCGTTTTTTCAAAAATGCATCAAATATCCCCTATGTTTGTTAAAATGTACTAGATACCCTTCGTTACTAACGGATGTTAACTCCGCTTACCTTTTTGAGGGAAACTTTAATTCCGTTAACTTAATTAACTTCCTCTGCAAAGAAGGCCGTAAGAGAGGCTAGAGCAAAGGTGAATCAAGATCTTTACGCAAGATTGGATACAAAAGAAGGGGAAAAAGACATCTATAGACTTGCTCGAATGAGAGATAGAAAGACGCGAAACATCGAGAGGATTAAATGTGTAAAAGATGTTGATCAAAAAGTTTTGGTGGGAGATAAGGAAATCAAGGATAGATGGAGGTTCTACTTTGATAACTTGTTCAACGGGGATCAAGGGCGCGTTATCGGAGATACAAATATCCCTCGGGGTATGGTTAACCTAGACTTTATGCGAATAATTCAAATGGAATTGAAAAAGGTGGGACGCAAGAGGGCATTGAGGCTCGATGGCATACCTATTGAAGTCTGGAGATGCTTGGGAGAGAATGGGGTTGTATGGTTAAGAACTCTTTTCAACAAGATTTGGGGAAATAATAGGATGCCAATAGAGTGGAGGAAAAGTATTATCATCCCCTTGTACATGGTGATACTCCGTGAAAAATTAATCAGTTAACATAATATGAAAATAAGAGCAGAAGAGGGGAATAATATGAAATTTATAAATCAAATATTCAGATATGTTAGGTATGGATATAATTAATTATTAGAGGCTGAATGGCTATCGAAATTTACCAGAAATTGAAGATTTTCGCTGTTAACGGGTCAGGTGCCCAATAGACGTACTTGAATTACGAATAAACCAACGTTCGATTTGAGATCTAAAATTACGAAAAATTCTCAGACGCCTCAAATTTAGGAAAGACCTTGAATATTTCAGAAAGTTTGGATGAAAAGAACTTGAGTGTGTTTATATAACTAATATAAAGTACTCTCGGTTTGAAAAAGCTGATAATATTACCGTTAGCAACGGCTATTTATTTTCAGGTTTTTGGCAGGAAAAGTTCTACCTTCGGTAGAGTGGGCTGGCCCCTCTCTCTAAAGAGGCGTAAGCACTTCACGCTTGAGCCTCCAAAGAGAAAGATGAACATCCGTTTGATCTTGCCTCCCTTCTTCCAACGAGTTCAGTCAAGCGCGTTACGAAATTATACTTGAAAATAAATAGTCGTTGCTAAAAAACCGAGAGTACCTTAGGAGTTAAATTACCATTACTATCATTTTCCTTATAAAATTAAGTACAAATTCATTCCGATTAATTAATCTAGCTAATTTGATACTGGTTAGGGAGGCTACCAAACGGGTTGTGATTGCTACAAATTTGTTCTCATTGACCTCATTGAATTGTGAAATATAGGATGGAGATATTGAACCTAAGTTCACAAAGTAACATACTTAAGTTAATAGGAAAAGATGTTGATCAAAAAGTTTTGGTCGGAGATAAGGAAATCAAGGATAGATGGAGGTTCTACTTTGATAACTTGTTCAACGGGGATAAGGGCGCGTTATTGGAGATACAAATATCCCTCGGGGTATGGTTAACCTAGATTTTATGCGAATAATTCAAATGGAATTGAAAAAGATGGGACGCAAGAGGGCATTGAGGCCCGATGGCATACCTATCGAAGTATGGCGATGCTTGGGAGAGAGAGGAGTTGTATGGTTAAGGACTCTTTTCAACAAGATTTGGGGAAGTAATAGGATGCCAATAGAGTGGAGGAAAAATATTATCATCCCCTTGTACATGGTGATACTCGTGAAAAATTAATCAGTTAACATAATACGAAAATAAGAGCAGAAGAGGAGAATAATATGAAATTTATAAATCAAATATTCAGATATGTTAGGTATGGATATAATTAATTATTAGAGGCTGAATGGCTATCGAAACTTACCAGAAATTGAAGATTTTCGCTGTTAATGGGTCAGGTTCCCAATAGACGTACTTGAATTACGAATAAACCAACGTTCGATTTGAGATCTAAAATTACGAAAAATTCTCAGACGCCTCAAATTTAGGAAAGACCTCGAATATTTCAGAAAGTTTGGATGAAAAGAACTTGAGTGTGTTTATATAACTAATATAAGGTACTCTCTGTTTGAAAAAGCTCATAATATTACCGTTACCAACTGCTATATTTTTTCAAGTATAATTTCGTAACGTGCTTGACTGAACTCGTTGGAATAAGGGAGGCAAGATCAAACGGATGTTCATCTTTCTCTTTGGAGGCTCAAGCGTGAAGTGCTTACGCCCCTTTAGAGAGAGGGGCCAGCCCACTCTACCGAAGGTAGAACTTTTCCTGCCAAAAGCTTGAAAATAAATAGCCGTTGCTAACGGTAATATTATCAGCCTTTTCAAACCGAGAGTACCTTATACTTCCTCTGTTCTTATTTATATGACACAAATATTTAGTCACGTTTGCCAATGCACGATTTCAAACATTAACATTTTCAATTATGGATAAGAAAAAATTCTAAAAAGTTGATAATTAAAACACATTTATTGAGACGAATCAAACAAGACCTCACATGATTATATTTTTTATTTAGTATAAATCACAAATTGAAATCAAATGAGATTGTGTGAATAGTGTCAAAACTCTTATTGTGTCATATAAATAAAAATAGAGGAAGTATTAGTTATATAAACACACTCAAGTTCTTTTCATCCAAACTTTCTGAAATATTCAAGGTCTTTCCAAAATTTGAGGCGTCTGAGAATTTTTCGTAATTTTAGATCTCAAATCGAACGTTGGTTTATTCGTAATTCAAGTACGTCTATTGGGCACCTGACCCGTTAACAGCGAAAATCTTCAATTTCTGGTAAGTTTCGATAGCCATTCAGCCTCTAATAATTAATTATATCCATACCTAACATATCTGAATATTTGATTTATAAATTTCATATTATTCCCCTCTTCTGCTCTTATTTTCATATAATGTTAACTGATTAATTTTTCACAGATATCACCATGTACAAGGGGATGATAATACTTTTTCTGCCAAAAACTTGAAAATAAATAGCCGTTGCTAACGGTAATATTATCAGCCTTTTCAAACCGTGAGTACCTTATATTAGTTATATAAACACACTAAAGTTCTTTGGTTGGCTATTTATTTTCGCTCAACAGCTATTTATTTTTTCTCGATACTGCGACCGTTACCGCAATCACAACCGCATCCACCATTTTTTTCTATGAATAGAACCTTATAGCTCTTATTTGAACTTTTATGTTCTTGTGAGTTGAACTTAATAGTCATTTTTATGATGACATTGGCGAAAAAATGAATTTAATTACACAAGGTAGCAATTGTAATCCCTAACTGCCTTTTTGGTAGCCGGTAATTAATCGTAGGAATGGAAATAAATCAAAGTGTTATTTGGCAAGAAAATAACATCACAATGTTCATGGTAATGAAACCTTTATTTCAAATTGGTGGTTTTCTTCATAACTTTGCAATCTCATCCAATACCACTTCACAAATGGTAATGGATCATTCATTATCATTACCCTATTGCCTCAAAGAGGCTCCCGCAAGAAGCGGGGGTAAGGGGACAAATGGTAATGGAAATTTATGAAGAAATAGATAATTTTGAGTGAACTATCATTACTAAGAGAATGATTTCCTTACAAATTTACATACAAATTTATTCGATTGACACCATTTATATCTGTCTAATTTAGAAGGTATTAAGTACTTTTCCTACTCTATGTTTCTTTTTGATGAGAATTGCATTTGGCATTGCCTCCATTACAAATTAAATGTCTTGTCTTTTAAACCTGGATCTGTGGATTAGTTATAGAAGGGAAACCTTTTGATTTTATATTAAAAGAATAAAATTTGTTTGCCTCCTCTAGGGACTATGCTAGGTCTAGAAGAATAAACTGATTATGGCCAGGAACATTTGCATGCAGGCATATGACATAGGTCGAACTCTCAAATTTGTCGGGTACTTGGAAGAAGCTTGGTTCATTTTTAATACTGGGTCTAAAAATAGCCAACCGAAGAATGTTTCAAATCCGGGATCTGTGTATCGCCTTAGAACTCCGGGGGTAGACGTGGGAGGACTCTTCGTCTTGTATCCTTGCTGGTTGATTTTAAAGTGACAGAAAGTAAAGGCTTCCACGATTAAATTTGTTTGTACATTGTATGGCTCATGAATTTCAGATGCAGATATTACTATCCGCATCAGGTCTGATTCAGTCCCTTTCATATTCATGGCTGCGTGAATCGCATTCAAATAGTTATCATCAAACTTAATTGTCCTTTTGTCATAAGCTTTTTTTAGTTGTACACTTAACTTGTGTGATGTTGATTCGTTTCCTTTCAAGTCATTGAAACAATTCGCAGGCATTGTATAAACAACCATTGTCGTTCTCTCTAGTCTGTAGCACAAAACAGTACTGGTGTGCAGATACAAACACTGAATGCGTTTTTGAATGAAGTATTTTGGCGTCAACGGGTTAGTAGAGGTTTGAGGGAAAAAGAGCTTCTTGAGGTTAATTAGGTGTTTGACCTTTTAAAAAAGCTAATTGCAAGTGTTTGGTTAGGAGAGATTTGGAAGAGAATTTTGGGTGAAAAAGCTAATCATAAAAAACTCAAAATATAGAGCCTTTTGCAATTATAGGTTTGATAAAGTAGGGTGCAAAATAACTATGTCTCTCTCTAGGTGCAAAAAGTCCCTCTCTAGGGTTTCAAGCCGTCAAGTCCTATAGGGTGGAAACCTAGTTTTTCGAGTACAGTTTCTTCGACAAAATCGAGTAGATTTTCGTCAGTATACCAGTCAAGAGTATGGCAGAAGGTTTGATTGAGGATTGGGAGAAGATGAAGTTAACGGAGGAGGAGAACGCAGTGTTTGGTAGTGATTTTTGAAGGAAATAATGCCCTTGGTTCAAATATGCATTCTATGTTAAGTCTAATAAGTGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCGCTTCAGTTCAAGTGGAATTAATGATATTAATCCACAGCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTAAACGGATCAAGTATTTAATGGCATTAAATACTCTGTCTATGGATATTCGGAATTGACGGATCTTGGTTTCAGTGGGAGCTGAGATCGTCACAAGCAAGAAATGAATACTCCGGAAACGATGATATTGCCGGAAACGGAAATATGGATCGTATCGGAAATATAAATATTATCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGTATCGGAAAATATTATCGGAAATGGAAATATTGCCGGAATCGAAAATATTGCCGGA

mRNA sequence

ATGTCTGTATTGTGGAGTGTGAAGCAGGAACCTGTGATTGGTCCAGAAGACATGCCTTTATCGAAGCAATATCGGTGTATGCATTCAGCGAGTTGTGCCTGTACAAAAGGGCATCTAACAGAGGACGTGATTCTCCTTGTTTTCCAGCAATTAAATTGGAACCCTAAGTTGATTGCGGCTTTCTCCTGTGCTTGTAAATGGTTTGATGATTTTGCAAAGAGAGTTTTGTGGAAAGAGTTTTGTAAGACAAGAGCTCCTAAGATGATGATTGATCTGCATTCTAGTGGTAGTCATAGTGTTGATGGGAGCTGGAGGGCACTTGGAAAATTGCTTATCTATTGTTCAGGTTGTACCAAAGGAGGCTTGTTCAATAACATTCACATCCCTGGTCATTTTGTATATAGAACCCGATTCTCAAGAACATCAGGAAAGAGTTTTCTTTTGCCACAGTGCAGATCAGATGTTCTGTATGTCTCGGATCCTTGTGAACATCTTGACCAAGGGGAAGATGGAGATATTGGATTTTTCAGGGGTATGTTCAAGTCTTTTTCAATGTCCAAGGTTCGCAAGTTGCTGATCAAAAGAAAAGCAGAACTTCACCCTACAGAGGCGTGCCCTTATTGTAAGGCAAAATTGTGGAGTATGCAAGAAGCAAAAATGATACCACAGAGTGCCAGTTGCAGGTTGGGAGCTTATGAAGATTGCATTGAGTATTATGTTTGTCTTAATGGTCACATGCTTGGGCTCTGCACTCTTTTGCCCTTGTCTGAATCCGAGGAAGCATCTGAATTGGAGTAATAATCAAATGAGACAGAGGCATATGACATAGGTCGAACTCTCAAATTTGTCGGGTACTTGGAAGAAGCTTGGTTCATTTTTAATACTGGGTCTAAAAATAGCCAACCGAAGAATGTTTCAAATCCGGGATCTGTGTATCGCCTTAGAACTCCGGGGGTAGACGTGGGAGGACTCTTCGTCTTGTATCCTTGCTGGTTGATTTTAAAGTGACAGAAAGTAAAGGCTTCCACGATTAAATTTGTTTGTACATTGTATGGCTCATGAATTTCAGATGCAGATATTACTATCCGCATCAGGTCTGATTCAGTCCCTTTCATATTCATGGCTGCGTGAATCGCATTCAAATAGTTATCATCAAACTTAATTGTCCTTTTGTCATAAGCTTTTTTTAGTTGTACACTTAACTTGTGTGATGTTGATTCGTTTCCTTTCAAGTCATTGAAACAATTCGCAGGCATTGTATAAACAACCATTGTCGTTCTCTCTAGTCTGTAGCACAAAACAGTACTGGTGTGCAGATACAAACACTGAATGCGTTTTTGAATGAAGTATTTTGGCGTCAACGGGTTAGTAGAGGTTTGAGGGAAAAAGAGCTTCTTGAGGTTAATTAGGTGTTTGACCTTTTAAAAAAGCTAATTGCAAGTGTTTGGTTAGGAGAGATTTGGAAGAGAATTTTGGGTGAAAAAGCTAATCATAAAAAACTCAAAATATAGAGCCTTTTGCAATTATAGGTTTGATAAAGTAGGGTGCAAAATAACTATGTCTCTCTCTAGGTGCAAAAAGTCCCTCTCTAGGGTTTCAAGCCGTCAAGTCCTATAGGGTGGAAACCTAGTTTTTCGAGTACAGTTTCTTCGACAAAATCGAGTAGATTTTCGTCAGTATACCAGTCAAGAGTATGGCAGAAGGTTTGATTGAGGATTGGGAGAAGATGAAGTTAACGGAGGAGGAGAACGCAGTGTTTGGTAGTGATTTTTGAAGGAAATAATGCCCTTGGTTCAAATATGCATTCTATGTTAAGTCTAATAAGTGCGGTTCAGTATTAATTAACAAGTTAATAATTCAGTGAGATCAAGTGAGCTGAATGCCTAGCTAGAGGCCGCTTCAGTTCAAGTGGAATTAATGATATTAATCCACAGCTTACTCTTGACTGAACCCGTAGGGTCACACAAATAGTACGTAAACGGATCAAGTATTTAATGGCATTAAATACTCTGTCTATGGATATTCGGAATTGACGGATCTTGGTTTCAGTGGGAGCTGAGATCGTCACAAGCAAGAAATGAATACTCCGGAAACGATGATATTGCCGGAAACGGAAATATGGATCGTATCGGAAATATAAATATTATCCAAGTCGTAGATGTTGCCGGAAACGGAAACATGGTACGTATCGGAAAATATTATCGGAAATGGAAATATTGCCGGAATCGAAAATATTGCCGGA

Coding sequence (CDS)

ATGTCTGTATTGTGGAGTGTGAAGCAGGAACCTGTGATTGGTCCAGAAGACATGCCTTTATCGAAGCAATATCGGTGTATGCATTCAGCGAGTTGTGCCTGTACAAAAGGGCATCTAACAGAGGACGTGATTCTCCTTGTTTTCCAGCAATTAAATTGGAACCCTAAGTTGATTGCGGCTTTCTCCTGTGCTTGTAAATGGTTTGATGATTTTGCAAAGAGAGTTTTGTGGAAAGAGTTTTGTAAGACAAGAGCTCCTAAGATGATGATTGATCTGCATTCTAGTGGTAGTCATAGTGTTGATGGGAGCTGGAGGGCACTTGGAAAATTGCTTATCTATTGTTCAGGTTGTACCAAAGGAGGCTTGTTCAATAACATTCACATCCCTGGTCATTTTGTATATAGAACCCGATTCTCAAGAACATCAGGAAAGAGTTTTCTTTTGCCACAGTGCAGATCAGATGTTCTGTATGTCTCGGATCCTTGTGAACATCTTGACCAAGGGGAAGATGGAGATATTGGATTTTTCAGGGGTATGTTCAAGTCTTTTTCAATGTCCAAGGTTCGCAAGTTGCTGATCAAAAGAAAAGCAGAACTTCACCCTACAGAGGCGTGCCCTTATTGTAAGGCAAAATTGTGGAGTATGCAAGAAGCAAAAATGATACCACAGAGTGCCAGTTGCAGGTTGGGAGCTTATGAAGATTGCATTGAGTATTATGTTTGTCTTAATGGTCACATGCTTGGGCTCTGCACTCTTTTGCCCTTGTCTGAATCCGAGGAAGCATCTGAATTGGAGTAA

Protein sequence

MSVLWSVKQEPVIGPEDMPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLWKEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTRFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKAELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSESEEASELE

Relationships

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


Feature Name	Unique Name	Type
Spo21323.1	Spo21323.1	mRNA

Homology

[Close]

BLAST of Spo21323.1 vs. NCBI nr
Match: gi|902228662|gb|KNA21211.1| (hypothetical protein SOVF_045430 [Spinacia oleracea])

HSP 1 Score: 533.5 bits (1373), Expect = 2.100e-148
Identity = 248/248 (100.00%), Postives = 248/248 (100.00%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW
Sbjct: 1   MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR
Sbjct: 61  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA
Sbjct: 121 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE
Sbjct: 181 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. NCBI nr
Match: gi|731319310|ref|XP_010670190.1| (PREDICTED: EID1-like F-box protein 2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 517.7 bits (1332), Expect = 1.200e-143
Identity = 239/248 (96.37%), Postives = 245/248 (98.79%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           MPLSKQYRC+HSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW
Sbjct: 1   MPLSKQYRCIHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+TRAPKMMIDL SSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHI GHFVYRTR
Sbjct: 61  KEFCRTRAPKMMIDLASSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHISGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGD+GFFRG+FKSFSMSKVRKLLIKR A
Sbjct: 121 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDVGFFRGIFKSFSMSKVRKLLIKRNA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           +LHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLG+CTLLPLSE
Sbjct: 181 QLHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGVCTLLPLSE 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. NCBI nr
Match: gi|223534569|gb|EEF36266.1| (conserved hypothetical protein [Ricinus communis])

HSP 1 Score: 489.6 bits (1259), Expect = 3.500e-135
Identity = 219/264 (82.95%), Postives = 245/264 (92.80%), Query Frame = 1

		  
Query: 4   LWSVKQEPVIGP--EDMPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAF 63
           +W +K   ++ P  E M L+KQYRC+HS+SC CTKGHL+EDVI LVFQQLNWNPK+IA  
Sbjct: 7   MWQLKVSFIVMPAVEIMILTKQYRCIHSSSCQCTKGHLSEDVIFLVFQQLNWNPKMIATL 66

Query: 64  SCACKWFDDFAKRVLWKEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGG 123
           SC CKWFDD AKRVLWKEFC+ RAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGG
Sbjct: 67  SCVCKWFDDLAKRVLWKEFCRARAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGG 126

Query: 124 LFNNIHIPGHFVYRTRFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFK 183
           LFN+IHIPGHFVYRTRFSRTSGKSFLLPQCR+DVLYVSDPCEHLDQGE+GD+GFFRG+FK
Sbjct: 127 LFNSIHIPGHFVYRTRFSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGEEGDVGFFRGVFK 186

Query: 184 SFSMSKVRKLLIKRKAELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVC 243
           SFSMSKVRK+LIKR+A+LHPTE CPYCKAKLWSM +AKMIPQSASCRLG+YEDC+EYYVC
Sbjct: 187 SFSMSKVRKMLIKRRAQLHPTEVCPYCKAKLWSMLQAKMIPQSASCRLGSYEDCVEYYVC 246

Query: 244 LNGHMLGLCTLLPLSESEEASELE 266
           LNGH+LG+CTLLPLS+SEEASELE
Sbjct: 247 LNGHVLGICTLLPLSDSEEASELE 270

[Close]

BLAST of Spo21323.1 vs. NCBI nr
Match: gi|224080173|ref|XP_002306041.1| (circadian clock coupling factor family protein [Populus trichocarpa])

HSP 1 Score: 487.6 bits (1254), Expect = 1.300e-134
Identity = 218/248 (87.90%), Postives = 238/248 (95.97%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M L+KQYRC+HS+SC CTKGHL+EDVI LVFQQLNWNPK IA  SC CKWFDD AKRVLW
Sbjct: 1   MILTKQYRCIHSSSCQCTKGHLSEDVIFLVFQQLNWNPKFIATMSCVCKWFDDLAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+TRAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGGLFNNI+IPGHFVYRTR
Sbjct: 61  KEFCRTRAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGGLFNNINIPGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCR+DVLYVSDPCEHLDQG++GD+GFFRG+FKSFSMSKVRK+LIKRKA
Sbjct: 121 FSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGDEGDVGFFRGIFKSFSMSKVRKMLIKRKA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           +LHPTE CPYCKAKLWSMQ+A+MIPQSASCRLGAY+DCIEYYVCLNGHMLG+CTLLPLS+
Sbjct: 181 QLHPTEVCPYCKAKLWSMQQAEMIPQSASCRLGAYDDCIEYYVCLNGHMLGICTLLPLSD 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. NCBI nr
Match: gi|1000952080|ref|XP_015579028.1| (PREDICTED: EID1-like F-box protein 2 [Ricinus communis])

HSP 1 Score: 484.2 bits (1245), Expect = 1.500e-133
Identity = 215/248 (86.69%), Postives = 237/248 (95.56%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M L+KQYRC+HS+SC CTKGHL+EDVI LVFQQLNWNPK+IA  SC CKWFDD AKRVLW
Sbjct: 1   MILTKQYRCIHSSSCQCTKGHLSEDVIFLVFQQLNWNPKMIATLSCVCKWFDDLAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+ RAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGGLFN+IHIPGHFVYRTR
Sbjct: 61  KEFCRARAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGGLFNSIHIPGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCR+DVLYVSDPCEHLDQGE+GD+GFFRG+FKSFSMSKVRK+LIKR+A
Sbjct: 121 FSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGEEGDVGFFRGVFKSFSMSKVRKMLIKRRA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           +LHPTE CPYCKAKLWSM +AKMIPQSASCRLG+YEDC+EYYVCLNGH+LG+CTLLPLS+
Sbjct: 181 QLHPTEVCPYCKAKLWSMLQAKMIPQSASCRLGSYEDCVEYYVCLNGHVLGICTLLPLSD 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RNW1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_045430 PE=4 SV=1)

HSP 1 Score: 533.5 bits (1373), Expect = 1.500e-148
Identity = 248/248 (100.00%), Postives = 248/248 (100.00%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW
Sbjct: 1   MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR
Sbjct: 61  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA
Sbjct: 121 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE
Sbjct: 181 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CU46_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_2g039800 PE=4 SV=1)

HSP 1 Score: 517.7 bits (1332), Expect = 8.400e-144
Identity = 239/248 (96.37%), Postives = 245/248 (98.79%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           MPLSKQYRC+HSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW
Sbjct: 1   MPLSKQYRCIHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+TRAPKMMIDL SSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHI GHFVYRTR
Sbjct: 61  KEFCRTRAPKMMIDLASSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHISGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGD+GFFRG+FKSFSMSKVRKLLIKR A
Sbjct: 121 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDVGFFRGIFKSFSMSKVRKLLIKRNA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           +LHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLG+CTLLPLSE
Sbjct: 181 QLHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGVCTLLPLSE 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Match: B9SJA3_RICCO (Putative uncharacterized protein OS=Ricinus communis GN=RCOM_0524300 PE=4 SV=1)

HSP 1 Score: 489.6 bits (1259), Expect = 2.400e-135
Identity = 219/264 (82.95%), Postives = 245/264 (92.80%), Query Frame = 1

		  
Query: 4   LWSVKQEPVIGP--EDMPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAF 63
           +W +K   ++ P  E M L+KQYRC+HS+SC CTKGHL+EDVI LVFQQLNWNPK+IA  
Sbjct: 7   MWQLKVSFIVMPAVEIMILTKQYRCIHSSSCQCTKGHLSEDVIFLVFQQLNWNPKMIATL 66

Query: 64  SCACKWFDDFAKRVLWKEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGG 123
           SC CKWFDD AKRVLWKEFC+ RAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGG
Sbjct: 67  SCVCKWFDDLAKRVLWKEFCRARAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGG 126

Query: 124 LFNNIHIPGHFVYRTRFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFK 183
           LFN+IHIPGHFVYRTRFSRTSGKSFLLPQCR+DVLYVSDPCEHLDQGE+GD+GFFRG+FK
Sbjct: 127 LFNSIHIPGHFVYRTRFSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGEEGDVGFFRGVFK 186

Query: 184 SFSMSKVRKLLIKRKAELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVC 243
           SFSMSKVRK+LIKR+A+LHPTE CPYCKAKLWSM +AKMIPQSASCRLG+YEDC+EYYVC
Sbjct: 187 SFSMSKVRKMLIKRRAQLHPTEVCPYCKAKLWSMLQAKMIPQSASCRLGSYEDCVEYYVC 246

Query: 244 LNGHMLGLCTLLPLSESEEASELE 266
           LNGH+LG+CTLLPLS+SEEASELE
Sbjct: 247 LNGHVLGICTLLPLSDSEEASELE 270

[Close]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Match: A9P8I0_POPTR (Circadian clock coupling factor family protein OS=Populus trichocarpa GN=POPTR_0004s12380g PE=2 SV=1)

HSP 1 Score: 487.6 bits (1254), Expect = 9.300e-135
Identity = 218/248 (87.90%), Postives = 238/248 (95.97%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M L+KQYRC+HS+SC CTKGHL+EDVI LVFQQLNWNPK IA  SC CKWFDD AKRVLW
Sbjct: 1   MILTKQYRCIHSSSCQCTKGHLSEDVIFLVFQQLNWNPKFIATMSCVCKWFDDLAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+TRAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGGLFNNI+IPGHFVYRTR
Sbjct: 61  KEFCRTRAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGGLFNNINIPGHFVYRTR 120

Query: 138 FSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKA 197
           FSRTSGKSFLLPQCR+DVLYVSDPCEHLDQG++GD+GFFRG+FKSFSMSKVRK+LIKRKA
Sbjct: 121 FSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGDEGDVGFFRGIFKSFSMSKVRKMLIKRKA 180

Query: 198 ELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSE 257
           +LHPTE CPYCKAKLWSMQ+A+MIPQSASCRLGAY+DCIEYYVCLNGHMLG+CTLLPLS+
Sbjct: 181 QLHPTEVCPYCKAKLWSMQQAEMIPQSASCRLGAYDDCIEYYVCLNGHMLGICTLLPLSD 240

Query: 258 SEEASELE 266
           SEEASELE
Sbjct: 241 SEEASELE 248

[Close]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Match: B9IK42_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0017s12610g PE=4 SV=2)

HSP 1 Score: 481.9 bits (1239), Expect = 5.100e-133
Identity = 214/250 (85.60%), Postives = 235/250 (94.00%), Query Frame = 1

		  
Query: 16  EDMPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRV 75
           E M L+KQYRC+HS+SC C KGHL+EDVI LVFQQLNWNPKLIA  SC CKWFDDFAKRV
Sbjct: 93  ETMILTKQYRCVHSSSCQCIKGHLSEDVIFLVFQQLNWNPKLIATLSCVCKWFDDFAKRV 152

Query: 76  LWKEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYR 135
           LWK FC+ RAPKMM+DL SSGSHSVDG+WRALGKLLIYCSGCTKGGLFNN+HIPGHFVYR
Sbjct: 153 LWKAFCRARAPKMMLDLQSSGSHSVDGNWRALGKLLIYCSGCTKGGLFNNVHIPGHFVYR 212

Query: 136 TRFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKR 195
           TRFSRTSGKSFLLPQCR+DVLYVSDPCEHLDQG++GD+GFFRG+FKSFSMSKVRK+LIKR
Sbjct: 213 TRFSRTSGKSFLLPQCRTDVLYVSDPCEHLDQGDEGDVGFFRGIFKSFSMSKVRKMLIKR 272

Query: 196 KAELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPL 255
            A+LHPTE CPYCK KLWSMQ+A+MIPQSASCRLGAY+DCIEYYVCLNGH+LG+CTLLPL
Sbjct: 273 GAQLHPTEVCPYCKTKLWSMQQAEMIPQSASCRLGAYDDCIEYYVCLNGHVLGICTLLPL 332

Query: 256 SESEEASELE 266
           S+SEE SELE
Sbjct: 333 SDSEEVSELE 342

[Close]

BLAST of Spo21323.1 vs. ExPASy Swiss-Prot
Match: EDL2_ARATH (EID1-like F-box protein 2 OS=Arabidopsis thaliana GN=EDL2 PE=2 SV=1)

HSP 1 Score: 436.8 bits (1122), Expect = 1.700e-121
Identity = 197/249 (79.12%), Postives = 222/249 (89.16%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M ++KQYRC+HSA+C CTKGHL+E+V+ L+ Q LNWNP +IA  SC CKWFDD AKR+LW
Sbjct: 1   MIIAKQYRCIHSATCHCTKGHLSEEVLFLMVQHLNWNPNVIATLSCVCKWFDDLAKRLLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+ RAPKMM DL SSGSHSVDGSWRALGKLLIYCSG +KGGLFN++ I GHFV+RTR
Sbjct: 61  KEFCRARAPKMMSDLQSSGSHSVDGSWRALGKLLIYCSGSSKGGLFNDVQISGHFVHRTR 120

Query: 138 FSRTSGKSFLLPQCRS-DVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRK 197
           FSRTSG+SFL PQCR+ D+LYVSDPCEHLDQGEDGD+GFFRG+FKSFSMSKVRKLLIK+ 
Sbjct: 121 FSRTSGRSFLPPQCRTDDILYVSDPCEHLDQGEDGDLGFFRGIFKSFSMSKVRKLLIKKG 180

Query: 198 AELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLS 257
              HPTE CPYCKAKLWSM +AKMIPQSASCRLGAYED IEYYVCLNGHMLG+CTLLPLS
Sbjct: 181 TPFHPTEVCPYCKAKLWSMLQAKMIPQSASCRLGAYEDSIEYYVCLNGHMLGVCTLLPLS 240

Query: 258 ESEEASELE 266
           +SE ASE +
Sbjct: 241 DSEGASEFQ 249

[Close]

BLAST of Spo21323.1 vs. ExPASy Swiss-Prot
Match: EDL1_ARATH (EID1-like F-box protein 1 OS=Arabidopsis thaliana GN=EDL1 PE=2 SV=1)

HSP 1 Score: 422.2 bits (1084), Expect = 4.300e-117
Identity = 187/245 (76.33%), Postives = 212/245 (86.53%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M L KQY C HS SC CTKGHL EDV+LLVFQ LNWNPKL+A  SC C+WFDDFAKRVLW
Sbjct: 1   MILPKQYCCTHSPSCQCTKGHLNEDVLLLVFQHLNWNPKLVATLSCVCRWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNN-IHIPGHFVYRT 137
           KEFCKTRAPKMM+DL SSGSH +DG+WRALGKLLIYCSGCT+GGLFN+ + IPGHFVYRT
Sbjct: 61  KEFCKTRAPKMMLDLQSSGSHCIDGNWRALGKLLIYCSGCTQGGLFNSSVQIPGHFVYRT 120

Query: 138 RFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRK 197
           RFSRT G+S L PQCR+DVLYV DPCEHLDQGE+GD+G FRG+FKSF  SKVRK++I + 
Sbjct: 121 RFSRTLGRSLLPPQCRTDVLYVCDPCEHLDQGEEGDVGLFRGIFKSFPTSKVRKVIINKA 180

Query: 198 AELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLS 257
              HP+E CPYCKAKLWSM +AK+IPQSA  RL AYEDCIEY+VCLNGH+LG+CTL PLS
Sbjct: 181 VPFHPSEVCPYCKAKLWSMLQAKIIPQSACIRLEAYEDCIEYFVCLNGHLLGICTLAPLS 240

Query: 258 ESEEA 262
           +SE+A
Sbjct: 241 DSEDA 245

[Close]

BLAST of Spo21323.1 vs. ExPASy Swiss-Prot
Match: EDL3_ARATH (EID1-like F-box protein 3 OS=Arabidopsis thaliana GN=EDL3 PE=2 SV=1)

HSP 1 Score: 206.1 bits (523), Expect = 4.800e-52
Identity = 95/222 (42.79%), Postives = 138/222 (62.16%), Query Frame = 1

		  
Query: 41  EDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLWKEFCKTRAPKMMIDLHSSG-SHS 100
           E V++LVF+ ++W+   +   +   + F   A+R+LW+  C  RAP M+  L     S  
Sbjct: 37  ERVLVLVFESISWDIHTLCTIASLSRRFCAIARRILWRRLCVNRAPGMVAALSGEDPSGR 96

Query: 101 VDGSWRALGKLLIYCSGCTKGGLFN-NIHIPGHFVYRTRFSRTSGKSFLLPQCRSDVLYV 160
           +DG W AL KL+ +C G      FN +    GHF   +RFS+TSG+ FL   CR D+LY+
Sbjct: 97  IDGGWHALAKLMFFCGGGESTRYFNLSQPTSGHFACESRFSKTSGRFFLPKNCRRDLLYM 156

Query: 161 SDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKAELHPTEACPYCKAKLWSMQEA 220
           SDPCEH   G D  +G FRG+F+ F  SK R+ L++R+A L     CPYC  ++WSM  A
Sbjct: 157 SDPCEHQAVGGDEHLGVFRGVFREFMRSKTRECLVRRQAALEEKVRCPYCGGRVWSMTAA 216

Query: 221 KMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSESEE 261
           +++P+SA+ RLG+ E  +E++VC+NGH+ G C L+PLS  EE
Sbjct: 217 RLVPKSAARRLGSREGGLEFFVCVNGHLHGTCWLIPLSSEEE 258

[Close]

BLAST of Spo21323.1 vs. TAIR (Arabidopsis)
Match: AT5G39360.1 (EID1-like 2)

HSP 1 Score: 436.8 bits (1122), Expect = 9.500e-123
Identity = 197/249 (79.12%), Postives = 222/249 (89.16%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M ++KQYRC+HSA+C CTKGHL+E+V+ L+ Q LNWNP +IA  SC CKWFDD AKR+LW
Sbjct: 1   MIIAKQYRCIHSATCHCTKGHLSEEVLFLMVQHLNWNPNVIATLSCVCKWFDDLAKRLLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNNIHIPGHFVYRTR 137
           KEFC+ RAPKMM DL SSGSHSVDGSWRALGKLLIYCSG +KGGLFN++ I GHFV+RTR
Sbjct: 61  KEFCRARAPKMMSDLQSSGSHSVDGSWRALGKLLIYCSGSSKGGLFNDVQISGHFVHRTR 120

Query: 138 FSRTSGKSFLLPQCRS-DVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRK 197
           FSRTSG+SFL PQCR+ D+LYVSDPCEHLDQGEDGD+GFFRG+FKSFSMSKVRKLLIK+ 
Sbjct: 121 FSRTSGRSFLPPQCRTDDILYVSDPCEHLDQGEDGDLGFFRGIFKSFSMSKVRKLLIKKG 180

Query: 198 AELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLS 257
              HPTE CPYCKAKLWSM +AKMIPQSASCRLGAYED IEYYVCLNGHMLG+CTLLPLS
Sbjct: 181 TPFHPTEVCPYCKAKLWSMLQAKMIPQSASCRLGAYEDSIEYYVCLNGHMLGVCTLLPLS 240

Query: 258 ESEEASELE 266
           +SE ASE +
Sbjct: 241 DSEGASEFQ 249

[Close]

BLAST of Spo21323.1 vs. TAIR (Arabidopsis)
Match: AT5G15440.1 (EID1-like 1)

HSP 1 Score: 422.2 bits (1084), Expect = 2.400e-118
Identity = 187/245 (76.33%), Postives = 212/245 (86.53%), Query Frame = 1

		  
Query: 18  MPLSKQYRCMHSASCACTKGHLTEDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLW 77
           M L KQY C HS SC CTKGHL EDV+LLVFQ LNWNPKL+A  SC C+WFDDFAKRVLW
Sbjct: 1   MILPKQYCCTHSPSCQCTKGHLNEDVLLLVFQHLNWNPKLVATLSCVCRWFDDFAKRVLW 60

Query: 78  KEFCKTRAPKMMIDLHSSGSHSVDGSWRALGKLLIYCSGCTKGGLFNN-IHIPGHFVYRT 137
           KEFCKTRAPKMM+DL SSGSH +DG+WRALGKLLIYCSGCT+GGLFN+ + IPGHFVYRT
Sbjct: 61  KEFCKTRAPKMMLDLQSSGSHCIDGNWRALGKLLIYCSGCTQGGLFNSSVQIPGHFVYRT 120

Query: 138 RFSRTSGKSFLLPQCRSDVLYVSDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRK 197
           RFSRT G+S L PQCR+DVLYV DPCEHLDQGE+GD+G FRG+FKSF  SKVRK++I + 
Sbjct: 121 RFSRTLGRSLLPPQCRTDVLYVCDPCEHLDQGEEGDVGLFRGIFKSFPTSKVRKVIINKA 180

Query: 198 AELHPTEACPYCKAKLWSMQEAKMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLS 257
              HP+E CPYCKAKLWSM +AK+IPQSA  RL AYEDCIEY+VCLNGH+LG+CTL PLS
Sbjct: 181 VPFHPSEVCPYCKAKLWSMLQAKIIPQSACIRLEAYEDCIEYFVCLNGHLLGICTLAPLS 240

Query: 258 ESEEA 262
           +SE+A
Sbjct: 241 DSEDA 245

[Close]

BLAST of Spo21323.1 vs. TAIR (Arabidopsis)
Match: AT3G63060.1 (EID1-like 3)

HSP 1 Score: 206.1 bits (523), Expect = 2.700e-53
Identity = 95/222 (42.79%), Postives = 138/222 (62.16%), Query Frame = 1

		  
Query: 41  EDVILLVFQQLNWNPKLIAAFSCACKWFDDFAKRVLWKEFCKTRAPKMMIDLHSSG-SHS 100
           E V++LVF+ ++W+   +   +   + F   A+R+LW+  C  RAP M+  L     S  
Sbjct: 37  ERVLVLVFESISWDIHTLCTIASLSRRFCAIARRILWRRLCVNRAPGMVAALSGEDPSGR 96

Query: 101 VDGSWRALGKLLIYCSGCTKGGLFN-NIHIPGHFVYRTRFSRTSGKSFLLPQCRSDVLYV 160
           +DG W AL KL+ +C G      FN +    GHF   +RFS+TSG+ FL   CR D+LY+
Sbjct: 97  IDGGWHALAKLMFFCGGGESTRYFNLSQPTSGHFACESRFSKTSGRFFLPKNCRRDLLYM 156

Query: 161 SDPCEHLDQGEDGDIGFFRGMFKSFSMSKVRKLLIKRKAELHPTEACPYCKAKLWSMQEA 220
           SDPCEH   G D  +G FRG+F+ F  SK R+ L++R+A L     CPYC  ++WSM  A
Sbjct: 157 SDPCEHQAVGGDEHLGVFRGVFREFMRSKTRECLVRRQAALEEKVRCPYCGGRVWSMTAA 216

Query: 221 KMIPQSASCRLGAYEDCIEYYVCLNGHMLGLCTLLPLSESEE 261
           +++P+SA+ RLG+ E  +E++VC+NGH+ G C L+PLS  EE
Sbjct: 217 RLVPKSAARRLGSREGGLEFFVCVNGHLHGTCWLIPLSSEEE 258

The following BLAST results are available for this feature:

BLAST of Spo21323.1 vs. NCBI nr
BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
BLAST of Spo21323.1 vs. ExPASy Swiss-Prot
BLAST of Spo21323.1 vs. TAIR (Arabidopsis)

BLAST of Spo21323.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
gi\|902228662\|gb\|KNA21211.1\|	2.1e-148	100.	hypothetical protein SOVF_0454...	[more]
gi\|731319310\|ref\|XP_010670190.1\|	1.2e-143	96.3	PREDICTED: EID1-like F-box pro...	[more]
gi\|223534569\|gb\|EEF36266.1\|	3.5e-135	82.9	conserved hypothetical protein...	[more]
gi\|224080173\|ref\|XP_002306041.1\|	1.3e-134	87.9	circadian clock coupling facto...	[more]
gi\|1000952080\|ref\|XP_015579028.1\|	1.5e-133	86.6	PREDICTED: EID1-like F-box pro...	[more]

BLAST of Spo21323.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
A0A0K9RNW1_SPIOL	1.5e-148	100.	Uncharacterized protein OS=Spi...	[more]
A0A0J8CU46_BETVU	8.4e-144	96.3	Uncharacterized protein OS=Bet...	[more]
B9SJA3_RICCO	2.4e-135	82.9	Putative uncharacterized prote...	[more]
A9P8I0_POPTR	9.3e-135	87.9	Circadian clock coupling facto...	[more]
B9IK42_POPTR	5.1e-133	85.6	Uncharacterized protein OS=Pop...	[more]

BLAST of Spo21323.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 3

Position :

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x 1


Match Name	E-value	Identity	Description
EDL2_ARATH	1.7e-121	79.1	EID1-like F-box protein 2 OS=A...	[more]
EDL1_ARATH	4.3e-117	76.3	EID1-like F-box protein 1 OS=A...	[more]
EDL3_ARATH	4.8e-52	42.7	EID1-like F-box protein 3 OS=A...	[more]

BLAST of Spo21323.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 3

Position :

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x 1


Match Name	E-value	Identity	Description
AT5G39360.1	9.5e-123	79.1	EID1-like 2	[more]
AT5G15440.1	2.4e-118	76.3	EID1-like 1	[more]
AT3G63060.1	2.7e-53	42.7	EID1-like 3	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001810	F-box domain	unknown	SSF81383	F-box domain	coord: 21..105 score: 1.0
None	No IPR available	PANTHER	PTHR31348	FAMILY NOT NAMED	coord: 16..264 score: 2.5E
None	No IPR available	PANTHER	PTHR31348:SF2	EID1-LIKE F-BOX PROTEIN 1-RELATED	coord: 16..264 score: 2.5E

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090503	RNA phosphodiester bond hydrolysis, exonucleolytic
biological_process	GO:0016049	cell growth
biological_process	GO:0043161	proteasome-mediated ubiquitin-dependent protein catabolic process
biological_process	GO:0051726	regulation of cell cycle
biological_process	GO:0051302	regulation of cell division
biological_process	GO:0010389	regulation of G2/M transition of mitotic cell cycle
biological_process	GO:0045859	regulation of protein kinase activity
biological_process	GO:0051510	regulation of unidimensional cell growth
biological_process	GO:0051788	response to misfolded protein
biological_process	GO:0045017	glycerolipid biosynthetic process
biological_process	GO:0009069	serine family amino acid metabolic process
biological_process	GO:0007165	signal transduction
biological_process	GO:0046168	glycerol-3-phosphate catabolic process
biological_process	GO:0000902	cell morphogenesis
biological_process	GO:2000123	positive regulation of stomatal complex development
biological_process	GO:0044237	cellular metabolic process
biological_process	GO:0010228	vegetative to reproductive phase transition of meristem
biological_process	GO:0017001	antibiotic catabolic process
biological_process	GO:0048653	anther development
biological_process	GO:0006508	proteolysis
biological_process	GO:0006465	signal peptide processing
biological_process	GO:0019288	isopentenyl diphosphate biosynthetic process, methylerythritol 4-phosphate pathway
biological_process	GO:0000023	maltose metabolic process
biological_process	GO:0045893	positive regulation of transcription, DNA-templated
biological_process	GO:0019252	starch biosynthetic process
biological_process	GO:0010103	stomatal complex morphogenesis
biological_process	GO:0043248	proteasome assembly
biological_process	GO:0042023	DNA endoreduplication
biological_process	GO:0061025	membrane fusion
biological_process	GO:0006857	oligopeptide transport
biological_process	GO:0000226	microtubule cytoskeleton organization
biological_process	GO:0000913	preprophase band assembly
biological_process	GO:0050790	regulation of catalytic activity
biological_process	GO:0048765	root hair cell differentiation
biological_process	GO:0010090	trichome morphogenesis
biological_process	GO:0009826	unidimensional cell growth
biological_process	GO:0042967	obsolete acyl-carrier-protein biosynthetic process
biological_process	GO:0009060	aerobic respiration
biological_process	GO:0006979	response to oxidative stress
biological_process	GO:0006474	N-terminal protein amino acid acetylation
biological_process	GO:0000079	regulation of cyclin-dependent protein serine/threonine kinase activity
biological_process	GO:0015693	magnesium ion transport
biological_process	GO:0008283	cell proliferation
biological_process	GO:0005975	carbohydrate metabolic process
biological_process	GO:0009627	systemic acquired resistance
biological_process	GO:0006090	pyruvate metabolic process
biological_process	GO:0048573	photoperiodism, flowering
biological_process	GO:0010951	negative regulation of endopeptidase activity
biological_process	GO:0008654	phospholipid biosynthetic process
biological_process	GO:0042318	penicillin biosynthetic process
biological_process	GO:0009723	response to ethylene
biological_process	GO:0009750	response to fructose
biological_process	GO:0009749	response to glucose
biological_process	GO:0006650	glycerophospholipid metabolic process
biological_process	GO:0006891	intra-Golgi vesicle-mediated transport
biological_process	GO:0006890	retrograde vesicle-mediated transport, Golgi to ER
biological_process	GO:0071555	cell wall organization
biological_process	GO:0007034	vacuolar transport
biological_process	GO:0010167	response to nitrate
biological_process	GO:0006970	response to osmotic stress
biological_process	GO:0045900	negative regulation of translational elongation
biological_process	GO:0016197	endosomal transport
biological_process	GO:0006869	lipid transport
biological_process	GO:0010351	lithium ion transport
biological_process	GO:0016558	protein import into peroxisome matrix
biological_process	GO:0019521	D-gluconate metabolic process
biological_process	GO:0006098	pentose-phosphate shunt
biological_process	GO:0046777	protein autophosphorylation
biological_process	GO:0015031	protein transport
biological_process	GO:0071897	DNA biosynthetic process
biological_process	GO:0006826	iron ion transport
biological_process	GO:0006260	DNA replication
biological_process	GO:0090305	nucleic acid phosphodiester bond hydrolysis
biological_process	GO:0070838	divalent metal ion transport
biological_process	GO:0030003	cellular cation homeostasis
biological_process	GO:0044260	cellular macromolecule metabolic process
biological_process	GO:0006302	double-strand break repair
biological_process	GO:0010332	response to gamma radiation
biological_process	GO:0044262	cellular carbohydrate metabolic process
biological_process	GO:0032940	secretion by cell
biological_process	GO:0015991	ATP hydrolysis coupled proton transport
biological_process	GO:0006750	glutathione biosynthetic process
biological_process	GO:0015706	nitrate transport
biological_process	GO:0010106	cellular response to iron ion starvation
biological_process	GO:0016024	CDP-diacylglycerol biosynthetic process
biological_process	GO:0019745	pentacyclic triterpenoid biosynthetic process
biological_process	GO:0009231	riboflavin biosynthetic process
biological_process	GO:0048767	root hair elongation
biological_process	GO:0016114	terpenoid biosynthetic process
biological_process	GO:0006621	protein retention in ER lumen
biological_process	GO:0006694	steroid biosynthetic process
biological_process	GO:0015976	carbon utilization
biological_process	GO:0019243	methylglyoxal catabolic process to D-lactate via S-lactoyl-glutathione
biological_process	GO:0006807	nitrogen compound metabolic process
biological_process	GO:0006730	one-carbon metabolic process
biological_process	GO:0016126	sterol biosynthetic process
biological_process	GO:0008152	metabolic process
biological_process	GO:0006897	endocytosis
biological_process	GO:0006614	SRP-dependent cotranslational protein targeting to membrane
biological_process	GO:0006281	DNA repair
biological_process	GO:0007064	mitotic sister chromatid cohesion
biological_process	GO:0000165	MAPK cascade
biological_process	GO:0009738	abscisic acid-activated signaling pathway
biological_process	GO:0019722	calcium-mediated signaling
biological_process	GO:0016036	cellular response to phosphate starvation
biological_process	GO:0042631	cellular response to water deprivation
biological_process	GO:0000911	cytokinesis by cell plate formation
biological_process	GO:0019375	galactolipid biosynthetic process
biological_process	GO:0010107	potassium ion import
biological_process	GO:0007584	response to nutrient
biological_process	GO:0010118	stomatal movement
biological_process	GO:0030865	cortical cytoskeleton organization
biological_process	GO:0009407	toxin catabolic process
biological_process	GO:0007155	cell adhesion
biological_process	GO:0006570	tyrosine metabolic process
biological_process	GO:0009644	response to high light intensity
biological_process	GO:0009058	biosynthetic process
biological_process	GO:0045892	negative regulation of transcription, DNA-templated
biological_process	GO:0006468	protein phosphorylation
biological_process	GO:0009755	hormone-mediated signaling pathway
biological_process	GO:0043407	negative regulation of MAP kinase activity
biological_process	GO:0045010	actin nucleation
biological_process	GO:0035335	peptidyl-tyrosine dephosphorylation
biological_process	GO:0009737	response to abscisic acid
biological_process	GO:0009733	response to auxin
biological_process	GO:0009658	chloroplast organization
biological_process	GO:0032259	methylation
biological_process	GO:0016117	carotenoid biosynthetic process
biological_process	GO:0009987	cellular process
biological_process	GO:0019384	caprolactam catabolic process
biological_process	GO:0006952	defense response
biological_process	GO:0009813	flavonoid biosynthetic process
biological_process	GO:0006094	gluconeogenesis
biological_process	GO:0046486	glycerolipid metabolic process
biological_process	GO:0006096	glycolytic process
biological_process	GO:0016099	monoterpenoid biosynthetic process
biological_process	GO:0055114	oxidation-reduction process
biological_process	GO:0009266	response to temperature stimulus
biological_process	GO:0050999	regulation of nitric-oxide synthase activity
biological_process	GO:0009744	response to sucrose
biological_process	GO:0006007	glucose catabolic process
biological_process	GO:0006886	intracellular protein transport
biological_process	GO:0010014	meristem initiation
biological_process	GO:0006913	nucleocytoplasmic transport
biological_process	GO:0009944	polarity specification of adaxial/abaxial axis
biological_process	GO:0010075	regulation of meristem growth
biological_process	GO:0016043	cellular component organization
biological_process	GO:0007264	small GTPase mediated signal transduction
biological_process	GO:0032482	Rab protein signal transduction
biological_process	GO:0006888	ER to Golgi vesicle-mediated transport
biological_process	GO:0006816	calcium ion transport
biological_process	GO:0007030	Golgi organization
biological_process	GO:0006355	regulation of transcription, DNA-templated
biological_process	GO:0006623	protein targeting to vacuole
biological_process	GO:1902600	proton transmembrane transport
biological_process	GO:0009651	response to salt stress
biological_process	GO:0055085	transmembrane transport
biological_process	GO:0007033	vacuole organization
biological_process	GO:0009630	gravitropism
biological_process	GO:0006486	protein glycosylation
biological_process	GO:0016310	phosphorylation
biological_process	GO:0031047	gene silencing by RNA
biological_process	GO:0009264	deoxyribonucleotide catabolic process
biological_process	GO:0016311	dephosphorylation
biological_process	GO:0080167	response to karrikin
biological_process	GO:0009855	determination of bilateral symmetry
biological_process	GO:0010224	response to UV-B
biological_process	GO:0010582	floral meristem determinacy
biological_process	GO:0080005	photosystem stoichiometry adjustment
biological_process	GO:0006470	protein dephosphorylation
biological_process	GO:0009767	photosynthetic electron transport chain
biological_process	GO:0052542	defense response by callose deposition
biological_process	GO:0010051	xylem and phloem pattern formation
biological_process	GO:0009616	virus induced gene silencing
biological_process	GO:0046686	response to cadmium ion
biological_process	GO:0048519	negative regulation of biological process
biological_process	GO:0048193	Golgi vesicle transport
biological_process	GO:0045048	protein insertion into ER membrane
biological_process	GO:0048439	flower morphogenesis
biological_process	GO:0010200	response to chitin
biological_process	GO:0048438	floral whorl development
biological_process	GO:0010050	vegetative phase change
biological_process	GO:0030244	cellulose biosynthetic process
biological_process	GO:0010158	abaxial cell fate specification
biological_process	GO:0010363	regulation of plant-type hypersensitive response
biological_process	GO:0006612	protein targeting to membrane
biological_process	GO:0043069	negative regulation of programmed cell death
biological_process	GO:0006810	transport
biological_process	GO:0030488	tRNA methylation
biological_process	GO:0030968	endoplasmic reticulum unfolded protein response
biological_process	GO:0009409	response to cold
biological_process	GO:0009887	animal organ morphogenesis
biological_process	GO:0009269	response to desiccation
biological_process	GO:0009734	auxin-activated signaling pathway
biological_process	GO:0009850	auxin metabolic process
cellular_component	GO:0045254	pyruvate dehydrogenase complex
cellular_component	GO:0016471	vacuolar proton-transporting V-type ATPase complex
cellular_component	GO:0005774	vacuolar membrane
cellular_component	GO:0000325	plant-type vacuole
cellular_component	GO:0005794	Golgi apparatus
cellular_component	GO:0031515	tRNA (m1A) methyltransferase complex
cellular_component	GO:0033179	proton-transporting V-type ATPase, V0 domain
cellular_component	GO:0005786	signal recognition particle, endoplasmic reticulum targeting
cellular_component	GO:0009570	chloroplast stroma
cellular_component	GO:0005759	mitochondrial matrix
cellular_component	GO:0008287	protein serine/threonine phosphatase complex
cellular_component	GO:0005730	nucleolus
cellular_component	GO:0005797	Golgi medial cisterna
cellular_component	GO:0009579	thylakoid
cellular_component	GO:0000814	ESCRT II complex
cellular_component	GO:0031248	protein acetyltransferase complex
cellular_component	GO:0009524	phragmoplast
cellular_component	GO:0005886	plasma membrane
cellular_component	GO:0005622	intracellular
cellular_component	GO:0031902	late endosome membrane
cellular_component	GO:0000815	ESCRT III complex
cellular_component	GO:0042575	DNA polymerase complex
cellular_component	GO:0005819	spindle
cellular_component	GO:0005777	peroxisome
cellular_component	GO:0000139	Golgi membrane
cellular_component	GO:0005634	nucleus
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0005787	signal peptidase complex
cellular_component	GO:0005802	trans-Golgi network
cellular_component	GO:0005768	endosome
cellular_component	GO:0009506	plasmodesma
cellular_component	GO:0005739	mitochondrion
cellular_component	GO:0005801	cis-Golgi network
cellular_component	GO:0005783	endoplasmic reticulum
cellular_component	GO:0016020	membrane
cellular_component	GO:0009536	plastid
cellular_component	GO:0031410	cytoplasmic vesicle
cellular_component	GO:0005795	Golgi stack
cellular_component	GO:0009535	chloroplast thylakoid membrane
cellular_component	GO:0005789	endoplasmic reticulum membrane
cellular_component	GO:0046862	chromoplast membrane
cellular_component	GO:0005667	transcription factor complex
cellular_component	GO:0009941	chloroplast envelope
cellular_component	GO:0070469	respiratory chain
cellular_component	GO:0090406	pollen tube
cellular_component	GO:0005829	cytosol
cellular_component	GO:0031225	anchored component of membrane
cellular_component	GO:0009331	glycerol-3-phosphate dehydrogenase complex
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0000785	chromatin
cellular_component	GO:0008278	cohesin complex
cellular_component	GO:0005773	vacuole
cellular_component	GO:0009507	chloroplast
molecular_function	GO:0042803	protein homodimerization activity
molecular_function	GO:0019003	GDP binding
molecular_function	GO:0051996	squalene synthase activity
molecular_function	GO:0009927	histidine phosphotransfer kinase activity
molecular_function	GO:0004740	pyruvate dehydrogenase (acetyl-transferring) kinase activity
molecular_function	GO:0008312	7S RNA binding
molecular_function	GO:0005047	signal recognition particle binding
molecular_function	GO:0046983	protein dimerization activity
molecular_function	GO:0009916	alternative oxidase activity
molecular_function	GO:0016772	transferase activity, transferring phosphorus-containing groups
molecular_function	GO:0008289	lipid binding
molecular_function	GO:0004310	farnesyl-diphosphate farnesyltransferase activity
molecular_function	GO:0008800	beta-lactamase activity
molecular_function	GO:0000287	magnesium ion binding
molecular_function	GO:0004416	hydroxyacylglutathione hydrolase activity
molecular_function	GO:0051287	NAD binding
molecular_function	GO:0016887	ATPase activity
molecular_function	GO:0004596	peptide alpha-N-acetyltransferase activity
molecular_function	GO:0004367	glycerol-3-phosphate dehydrogenase [NAD+] activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0004363	glutathione synthase activity
molecular_function	GO:0004722	protein serine/threonine phosphatase activity
molecular_function	GO:0008106	alcohol dehydrogenase (NADP+) activity
molecular_function	GO:0047504	(-)-menthol dehydrogenase activity
molecular_function	GO:0047501	(+)-neomenthol dehydrogenase activity
molecular_function	GO:0005215	transporter activity
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0004721	phosphoprotein phosphatase activity
molecular_function	GO:0004725	protein tyrosine phosphatase activity
molecular_function	GO:0016429	tRNA (adenine-N1-)-methyltransferase activity
molecular_function	GO:0005509	calcium ion binding
molecular_function	GO:0019888	protein phosphatase regulator activity
molecular_function	GO:0004601	peroxidase activity
molecular_function	GO:0051920	peroxiredoxin activity
molecular_function	GO:0008022	protein C-terminus binding
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0008138	protein tyrosine/serine/threonine phosphatase activity
molecular_function	GO:0016757	transferase activity, transferring glycosyl groups
molecular_function	GO:0035673	oligopeptide transmembrane transporter activity
molecular_function	GO:0003924	GTPase activity
molecular_function	GO:0003824	catalytic activity
molecular_function	GO:0050662	coenzyme binding
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004672	protein kinase activity
molecular_function	GO:0035091	phosphatidylinositol binding
molecular_function	GO:0019905	syntaxin binding
molecular_function	GO:0005525	GTP binding
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0042626	ATPase activity, coupled to transmembrane movement of substances
molecular_function	GO:0005488	binding
molecular_function	GO:0016301	kinase activity
molecular_function	GO:0008253	5'-nucleotidase activity
molecular_function	GO:0003700	DNA-binding transcription factor activity
molecular_function	GO:0043565	sequence-specific DNA binding
molecular_function	GO:0008168	methyltransferase activity
molecular_function	GO:0046982	protein heterodimerization activity
molecular_function	GO:0015095	magnesium ion transmembrane transporter activity
molecular_function	GO:0043295	glutathione binding
molecular_function	GO:0005484	SNAP receptor activity
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0042802	identical protein binding
molecular_function	GO:0004674	protein serine/threonine kinase activity
molecular_function	GO:0005267	potassium channel activity
molecular_function	GO:0008234	cysteine-type peptidase activity
molecular_function	GO:0004222	metalloendopeptidase activity
molecular_function	GO:0005483	soluble NSF attachment protein activity
molecular_function	GO:0031072	heat shock protein binding
molecular_function	GO:0050661	NADP binding
molecular_function	GO:0004616	phosphogluconate dehydrogenase (decarboxylating) activity
molecular_function	GO:0008408	3'-5' exonuclease activity
molecular_function	GO:0003887	DNA-directed DNA polymerase activity
molecular_function	GO:0000166	nucleotide binding
molecular_function	GO:0004518	nuclease activity
molecular_function	GO:0015078	proton transmembrane transporter activity
molecular_function	GO:0051082	unfolded protein binding
molecular_function	GO:0046029	mannitol dehydrogenase activity
molecular_function	GO:0030246	carbohydrate binding
molecular_function	GO:0004697	protein kinase C activity
molecular_function	GO:0016853	isomerase activity
molecular_function	GO:0000989	transcription factor activity, transcription factor binding
molecular_function	GO:0004869	cysteine-type endopeptidase inhibitor activity
molecular_function	GO:0008233	peptidase activity
molecular_function	GO:0016866	intramolecular transferase activity
molecular_function	GO:0016538	cyclin-dependent protein serine/threonine kinase regulator activity
molecular_function	GO:0004535	poly(A)-specific ribonuclease activity
molecular_function	GO:0016787	hydrolase activity
molecular_function	GO:0016740	transferase activity
molecular_function	GO:0004605	phosphatidate cytidylyltransferase activity
molecular_function	GO:0008686	3,4-dihydroxy-2-butanone-4-phosphate synthase activity
molecular_function	GO:0003935	GTP cyclohydrolase II activity
molecular_function	GO:0046923	ER retention sequence binding
molecular_function	GO:0004089	carbonate dehydratase activity
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0004519	endonuclease activity

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo11482	0.76	Barchart \| Table
Spo01925	0.76	Barchart \| Table
Spo24736	0.76	Barchart \| Table
Spo06164	0.76	Barchart \| Table
Spo17391	0.76	Barchart \| Table
Spo08850	0.75	Barchart \| Table
Spo05402	0.74	Barchart \| Table
Spo09671	0.74	Barchart \| Table
Spo14980	0.74	Barchart \| Table
Spo25653	0.73	Barchart \| Table
Spo01801	0.73	Barchart \| Table
Spo02480	0.73	Barchart \| Table
Spo20912	0.73	Barchart \| Table
Spo14712	0.73	Barchart \| Table
Spo05621	0.73	Barchart \| Table
Spo25573	0.73	Barchart \| Table
Spo07892	0.72	Barchart \| Table
Spo17024	0.72	Barchart \| Table
Spo17778	0.72	Barchart \| Table
Spo16297	0.72	Barchart \| Table
Spo19836	0.72	Barchart \| Table
Spo09605	0.72	Barchart \| Table
Spo00748	0.72	Barchart \| Table
Spo09559	0.72	Barchart \| Table
Spo21723	0.72	Barchart \| Table
Spo01243	0.72	Barchart \| Table
Spo17386	0.71	Barchart \| Table
Spo26355	0.71	Barchart \| Table
Spo02848	0.71	Barchart \| Table
Spo11431	0.71	Barchart \| Table
Spo14942	0.71	Barchart \| Table
Spo12954	0.71	Barchart \| Table
Spo04179	0.71	Barchart \| Table
Spo00526	0.71	Barchart \| Table
Spo16361	0.71	Barchart \| Table
Spo05781	0.71	Barchart \| Table
Spo20187	0.71	Barchart \| Table
Spo23402	0.70	Barchart \| Table
Spo16186	0.70	Barchart \| Table
Spo13614	0.70	Barchart \| Table
Spo15461	0.70	Barchart \| Table
Spo14667	0.70	Barchart \| Table
Spo02177	0.70	Barchart \| Table
Spo00536	0.70	Barchart \| Table
Spo24667	0.70	Barchart \| Table
Spo26640	0.70	Barchart \| Table
Spo05928	0.70	Barchart \| Table
Spo22955	0.70	Barchart \| Table
Spo22811	0.70	Barchart \| Table
Spo22436	0.70	Barchart \| Table
Spo21731	0.70	Barchart \| Table
Spo08713	0.70	Barchart \| Table
Spo08726	0.70	Barchart \| Table
Spo08997	0.70	Barchart \| Table
Spo09499	0.70	Barchart \| Table
Spo12107	0.70	Barchart \| Table
Spo13161	0.69	Barchart \| Table
Spo18196	0.69	Barchart \| Table
Spo10618	0.69	Barchart \| Table
Spo23071	0.69	Barchart \| Table
Spo18063	0.69	Barchart \| Table
Spo21494	0.69	Barchart \| Table
Spo25171	0.69	Barchart \| Table
Spo25037	0.69	Barchart \| Table
Spo03865	0.69	Barchart \| Table
Spo24369	0.69	Barchart \| Table
Spo22760	0.69	Barchart \| Table
Spo05341	0.69	Barchart \| Table
Spo07415	0.69	Barchart \| Table
Spo22583	0.69	Barchart \| Table
Spo01261	0.69	Barchart \| Table
Spo25390	0.69	Barchart \| Table
Spo08982	0.69	Barchart \| Table
Spo19811	0.69	Barchart \| Table
Spo14008	0.68	Barchart \| Table
Spo03002	0.68	Barchart \| Table
Spo25107	0.68	Barchart \| Table
Spo02749	0.68	Barchart \| Table
Spo20852	0.68	Barchart \| Table
Spo02747	0.68	Barchart \| Table
Spo02513	0.68	Barchart \| Table
Spo18917	0.68	Barchart \| Table
Spo10815	0.68	Barchart \| Table
Spo10940	0.68	Barchart \| Table
Spo01934	0.68	Barchart \| Table
Spo24590	0.68	Barchart \| Table
Spo23686	0.68	Barchart \| Table
Spo05086	0.68	Barchart \| Table
Spo04996	0.68	Barchart \| Table
Spo04941	0.68	Barchart \| Table
Spo04639	0.68	Barchart \| Table
Spo14630	0.68	Barchart \| Table
Spo04433	0.68	Barchart \| Table
Spo16804	0.68	Barchart \| Table
Spo06465	0.68	Barchart \| Table
Spo06796	0.68	Barchart \| Table
Spo30013	0.68	Barchart \| Table
Spo25838	0.68	Barchart \| Table
Spo27081	0.68	Barchart \| Table
Spo22255	0.68	Barchart \| Table
Spo08114	0.68	Barchart \| Table
Spo08245	0.68	Barchart \| Table
Spo15529	0.68	Barchart \| Table
Spo24886	0.68	Barchart \| Table
Spo21691	0.68	Barchart \| Table
Spo11951	0.68	Barchart \| Table
Spo21005	0.68	Barchart \| Table
Spo17320	0.68	Barchart \| Table
Spo08755	0.68	Barchart \| Table
Spo00812	0.68	Barchart \| Table
Spo09162	0.68	Barchart \| Table
Spo20544	0.67	Barchart \| Table
Spo00878	0.67	Barchart \| Table
Spo01548	0.67	Barchart \| Table
Spo02454	0.67	Barchart \| Table
Spo02890	0.67	Barchart \| Table
Spo03191	0.67	Barchart \| Table
Spo03196	0.67	Barchart \| Table
Spo03867	0.67	Barchart \| Table
Spo04657	0.67	Barchart \| Table
Spo05728	0.67	Barchart \| Table
Spo06962	0.67	Barchart \| Table
Spo09752	0.67	Barchart \| Table
Spo11524	0.67	Barchart \| Table
Spo11641	0.67	Barchart \| Table
Spo12659	0.67	Barchart \| Table
Spo13281	0.67	Barchart \| Table
Spo13912	0.67	Barchart \| Table
Spo14225	0.67	Barchart \| Table
Spo15824	0.67	Barchart \| Table
Spo16240	0.67	Barchart \| Table
Spo17032	0.67	Barchart \| Table
Spo17329	0.67	Barchart \| Table
Spo17726	0.67	Barchart \| Table
Spo18130	0.67	Barchart \| Table
Spo18578	0.67	Barchart \| Table
Spo19874	0.67	Barchart \| Table
Spo00283	0.67	Barchart \| Table
Spo20826	0.67	Barchart \| Table
Spo22112	0.67	Barchart \| Table
Spo22894	0.67	Barchart \| Table
Spo23346	0.67	Barchart \| Table
Spo23712	0.67	Barchart \| Table
Spo25330	0.67	Barchart \| Table
Spo28265	0.67	Barchart \| Table
Spo00344	0.66	Barchart \| Table
Spo19898	0.66	Barchart \| Table
Spo19938	0.66	Barchart \| Table
Spo20106	0.66	Barchart \| Table
Spo09764	0.66	Barchart \| Table
Spo26566	0.66	Barchart \| Table
Spo09627	0.66	Barchart \| Table
Spo08603	0.66	Barchart \| Table
Spo08511	0.66	Barchart \| Table
Spo08327	0.66	Barchart \| Table
Spo01068	0.66	Barchart \| Table
Spo07685	0.66	Barchart \| Table
Spo07619	0.66	Barchart \| Table
Spo22659	0.66	Barchart \| Table
Spo07015	0.66	Barchart \| Table
Spo00397	0.66	Barchart \| Table
Spo06655	0.66	Barchart \| Table
Spo06506	0.66	Barchart \| Table
Spo27332	0.66	Barchart \| Table
Spo06022	0.66	Barchart \| Table
Spo23549	0.66	Barchart \| Table
Spo05307	0.66	Barchart \| Table
Spo27352	0.66	Barchart \| Table
Spo24331	0.66	Barchart \| Table
Spo05235	0.66	Barchart \| Table
Spo04104	0.66	Barchart \| Table
Spo03496	0.66	Barchart \| Table
Spo14589	0.66	Barchart \| Table
Spo15084	0.66	Barchart \| Table
Spo02013	0.66	Barchart \| Table
Spo15825	0.66	Barchart \| Table
Spo15843	0.66	Barchart \| Table
Spo13490	0.66	Barchart \| Table
Spo25230	0.66	Barchart \| Table
Spo12089	0.66	Barchart \| Table
Spo11918	0.66	Barchart \| Table
Spo11353	0.66	Barchart \| Table
Spo11285	0.66	Barchart \| Table
Spo10895	0.66	Barchart \| Table
Spo01686	0.66	Barchart \| Table
Spo01510	0.66	Barchart \| Table
Spo10491	0.66	Barchart \| Table
Spo01104	0.66	Barchart \| Table
Spo01885	0.65	Barchart \| Table
Spo07609	0.65	Barchart \| Table
Spo24675	0.65	Barchart \| Table
Spo01706	0.65	Barchart \| Table
Spo07184	0.65	Barchart \| Table
Spo17940	0.65	Barchart \| Table
Spo03561	0.65	Barchart \| Table
Spo24781	0.65	Barchart \| Table
Spo10500	0.65	Barchart \| Table
Spo22940	0.65	Barchart \| Table
Spo18694	0.65	Barchart \| Table
Spo16525	0.65	Barchart \| Table
Spo19048	0.65	Barchart \| Table
Spo10262	0.65	Barchart \| Table
Spo09772	0.65	Barchart \| Table
Spo03195	0.65	Barchart \| Table
Spo02813	0.65	Barchart \| Table
Spo12952	0.65	Barchart \| Table
Spo19965	0.65	Barchart \| Table
Spo14350	0.65	Barchart \| Table
Spo23588	0.65	Barchart \| Table
Spo26430	0.65	Barchart \| Table
Spo12364	0.65	Barchart \| Table
Spo09684	0.65	Barchart \| Table
Spo14096	0.65	Barchart \| Table
Spo08725	0.65	Barchart \| Table
Spo08613	0.65	Barchart \| Table
Spo24068	0.65	Barchart \| Table
Spo14084	0.65	Barchart \| Table
Spo05271	0.65	Barchart \| Table
Spo13441	0.65	Barchart \| Table
Spo22207	0.65	Barchart \| Table
Spo24613	0.65	Barchart \| Table
Spo13171	0.65	Barchart \| Table