Spo00008 (gene) | SpinachBase

Overview


Name	Spo00008
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Kinesin-like protein
Location	SpoScf_02547 : 9347 .. 43372 (+)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

TTCCATATATACGGACCTCATGCTTTGCCAAAAGTTCAGTGTTATGATAATCATCATCAAAGTTGCAACTTTAGGACACTAAAGTTTTATGTATGTTTGTCTTCCACACCTCTAATCCTCTATAGTGATTCAACAATTGTTTAGTCAACGTAAAAGGTAGAACATTTGATTTCAAAAACCATTAACCATTAATGTGCAGAATATTTGGGTCGACATTTGTTTCTTCTTCTAGGTTGTTTTTCCTGTCATTTGTCTGCACTCTATACTACATAGATAGATGCATGCTCCTAAATGATAACAAGTGCTTTTGCCTTATCATTTCTCACTGTTATTTGTTGAGTATATCAGTTTACTATTAAGTTGCGTGGACTGTATTTCATAGTTCTAATTTATGAGGATGGATGTTAGTTGTACAAGTCCACCTAATGCAACATGACATTTACATCGTGAACACGCAAGAAGTAACACGCAAGTTGCATAATTTTCTTTCTGTTAAGAGTCCATCTTTTAACCACTCTCACTTCATCTCGCTCCCATTAGCCATACACACTGAACTAATTGATAAGCTCACCGGATTTCAGTCCACCATATTGGGATGTAATGATTCAAAAGATGCAGATGGGACTATGGATGTTGATTCAAGTAACGAGGCATTAGAATATGTGGAAAAAAGTGATAAACCCGTAAAAGTACTAGATGTTCCTGTCAAACTTAAAGTTGATGACACGAACAATGATAAAGGGGATGTAAGGAGCATTAATCTTGTAATATATGCACCCAAAATGACTGAGCATTACTCTTTTATTGGTGTTGTTGTTTGTAGTACTAGTTGTAGTTGTTGTTAATTTTACTTCAAACTTCCAAAATTAGGTAAACAAATTGTGGAAAGAGGTTATTGTTGTTTTGTTAATAGATGAATTATGCTAGAGGTATAATTCAACTCAATCAATTGCTTATTGGATTTGTTGTTTGAGAATTTCAATTTTTTTCATTATTACTTATATTTCTGTTTTAGGTTTAACTTTTAGGTTGATTAATTTGATTAATTAGGTGAACAAATTGTGGAAAGCACACATCAGCCATCTACAGGCTTCAGAGTCGGAGAATGGAGGTAAAGGTGGTGGTGGTTTTCCAAAGAGGCATGGGCAAAGGTGCCACCGTTTGGTGGTTGGGAGAATGGAGGTGAAGGTGGTTATACCCCTAGCTTTGAAAATGATAGGAAAATTAAGACGTCGGGGTCTGTGGTAGACCCTGCTGAGTCCCAGTTCAACAATAGAGCTCGGCCTTCTACTGCTGCTGGACCGAACATCCCCTCTAGGAAGGCACCCTAGGACAACAACCCATGAAGGCAAGTTATACTCCACATTTTAGAGTTTATTAATGTAGACACCAAATTTGTGTCTCCCTCTGGGATGATGACGATACCATTATCCTTATTAGGAGGTTTGAGCAACTCCGTGCAGAAATTCCAATTGCTAAGAACATGTCCAAAATTCAAGAGCCAAAATCCAATCCCCGAGGCCGTTCCCCTTCCGGAACTCGGTACAAAATACAATTTTCAAAAACCAATTTCAAAATCCAAGTACAATCTCACCCAATGGACCATTCCATTGGTTTTACAAGGCCTTTTCCAGTCAAAATGACATTAAGCAATCCAAATTCGGGTGCCGACCCACAAAACCGAGCAAGCCGGGCCTCGTCCCGTAAAACCGAAATTCAAAACACCGAAACGTCTTGTTTTTATACGCAAATCAAGTCTTAATCCCCAAGAAAACACTACGTGCCAAACTTCGTACGAATAGTACGAAGGTACACCAATACAAGACAAAACAAGGACGGAGCTCGCGTCCTTGTTTTGGCAGCGTCTGCGCCACGTCAGCAGCGCCTGGCGCTGGTGCTGCGCTGGATGCTGGCGTTGGCTGGCGTTTAGCAGCAAATCCTCCTATAAATACCCTTAATTCTAATCATTAAGGGAGGCAAAATCGAAACATAACGTCGTAATACAAAAATTGCCCCTCAAATCAAAATCCAAAAATCTTACAAAATCTCATACAACATTTCAAGTTCTAAGCAATTGGGAGCTCTAAAAGGAATTCTTGCCTAAGCCTAAATAGGTAATTCCGAATCCCACCATATTCAATCATGTTTCTTTGATTTTCCTATTTCAAAAATGATTAGTAAGTTGACATTTTTAACAATAACAATGTCACTTACAACAATCATACATTTCTTCAAAATCAAAACTTTTCAAAATACAAGAATGCAAACTTTCAAGATTTAAGGATGTTCAAAGTTGTTTGTAATCACTTCTTTGAACTAGAAACATTTTCAAAATGTGGAGTAATCAAATATGATGCCTTTCTAACTTTTAAAGGTTTAGTCTTTGAGATTCAAGACTCCATTTTTCAATATACAAGTTCAAGTTTTTAAATTTCAAGATCCAACAATGTTTAGGGTTGCTCATGACTACTTCCCTTGTTAGATAATGCCTTAAATCGGTCAAGCCCCTTACTGCAACGCCCCAGCACGGGGATCTCGCTATTTTGGACAGGGGTTATCTGTTTTGGGTCTATTTTCTGGGCTTTTTCGCATCTGTCTAGAGAGTACTATATAAACTCTTTAGGTCATAACCTAGCCGTATTCCGTAATCTGTAATCCTCAAAGATCAATAAAACTTTCCTCCCCTCTGCCTGTGGACGTAGCTAACACATTGTTAGTGAACCACGTTAAATCTCTGCGTTCTTTAATTACGTTATTTAACTTTCTTTGCATCCGATATAACAAACTGGAATCAGAGCCGGATCTTTTCTAGGGTTTGAAAATTTCGTTGAGAAAGATGTCTGGTATTAACGTGAAGGTCGAGAAATTGACCGGGAGTAATAGTTTCAGTTTATGGCGAATCAAGATGCGAGCCTTGTTAAAACAACAAGGGCTGTGGGCGCCGCTTGCTAGGAAGTCGGCAGATCCAATCACCGATGAGATGGCCGTTCTGGAGGAGAAGGCACACTCGACGATTTTGTTGTGTCTTGCTGACGATAAATAATAAACACTTTAATTTAGAAATTTTAAAATTTCAGTTTTAACTTACTTTATTGTTTGTTAATTAGATTTTTTGTTTTTTGTTTTTTTATGATTGACTTAAATTTGACATAAAATGGTAACACTTTTTATCTAGGGGAGCTTGGGCTGAGCCTGTCTCATGAAAACTTCGGTATGCCTTACTGCCTTAGTAAAAAGAAAATTAGACCCAAATGACATCTCCCTTTTATCCCTCAAAGAAAAAAATTTAACAACTCCCTTATTAAAAGTGGAAACCCTTCTCTTATGCCCTGTTCTTTTTGGCTTAATTTCAGCTTCAGGACTTATTTGGCAGTTCAGTTCAGTTCAGTTCAGTTCAGTTCAGGAGCATTCAGTTCAGTTCAGTTCAGTTCAGTTCAGTTCAGGAGCATTCAGTTCAGTTCAGTTCAGTTCAGGAGCATTAAATTCAGTTCAGTTTAATTCAGTTTAATTCAATTCAATTCAATTTAATTTAATTTAATTTATTTTAATAATAATAATTATTATTATAATATATTATTATTAATTATATTATTATTATTATTAATATTAATTATATTATTATTTATATTATTGTATTACTTATTACTTATTATTTATATTTATATTATTATATTATTATATTACTTATTATTTATACTTATATTATTATATTACTTATTATTATTATTATTATTATTATTTATAACTAAATATTTATTAATAATTAATATAATTTATTATTATTTTTATTAATTAGTATTATTTATTATTTATTATTTATTATTTATTATTTATTATTTATTATTTATTATTTATTATTTATTTCGGTAATATATTCTGTTAAGTAAAGTTCAGTTCAGTTCAGTTCAGTTCAGTCCAGTTCAGTTCAGTTCAGGAGCATTCAGTTCAGTTCAGTTCAGTTCAGTTCAGTTCAGTTCAATTCAGTTCAGTTCATTTCAGTTCAATTCAGTTCAGTTCAGTTCAGCTCTAAAGAACCGTGCTTTATTTGTTGGTTGCTTTCATCTGTGCCGTCTAGCATCTTGATCAACACACATAGCCAAAGCTGCTTCACCGGCGCTAACCAATTGTTGCCGGCCATCACAGAGTCGTTATCTCCTCTCTCCCTATAATGTGTCAGTTCGTATCTCTGTTCTTCTCTCTCGAAAATCTCTCGTCCCCACATCTTCTTCTCTTTCCTCCTTGTGCTTCGAACTGCTACGGTGCTGGTATCAACGATGTAGGTATTGTGGACAGTGATGACACCGCTCGCGGCGCTTCAATCTTATGCTTAGGGTTTTGATTTTGGCTTTATTGGGTATGATCTTTTTCAATTTCCTATCTCAAGTATTGAATTTTGGGTATGAGCTTTTTCTATTTTGGTTTTATTCGGTATGAGCTTTTTCAATTTACAAGTTAAGATCTTATGGATTCTAGATTATTTCTGATTTTATTTAGATCTTAGGTTTATGCAGAATTAGTCTTGATTGTTGAGTTGAATTTTGCTTTACAATTTTATATTCTGCTAAAAATTGACGAAATGGGTTTTAGTTATAATGAGTAGTATCGGTATGCTGTGGAGATGAATCAGACTGAGGTTTTGCATTTACTAGAGTCTCCAGATGCGCTTAAGGCTAAAGTTCAAGAGGCTATGTAAGTTCTGAGGAATGTTGCACAACAGTAGGGTTAATGCTGCTGAGCAGATGGCTTCATTGTCATCAACACTGGTTATGTCATGAAGTTCAAACATACATCAAGCCCAACGATATCGGAGGAAATAATTTCCAAACCAAAACAGGATTACCAATCTCAATTGGTTGGAATTCAGCTAAAAAAACAAGCAACAAGATTACATCATCTCCTAAAATAGAACTACTTACTCCACATGGGGAAAACGGGACAAAACTCATATATTTACCATGAATTTCTAGTTTATTTATTGAATTTCCACATTCTGATGTACTCGGTATTATGAATGGCAACGACTTTTCCCATCCCCACAGCTAAGCACTTAATGTTTGGCCTAGCATTCATTGGAATACTACCAATTGCTCCCTCTCCTTTTAATCTCTTCACCTTCCTTCTTTCAACTGAACCATACAAACTATTTGTTGAAGTTAATTTGGCTACGCTTGGGTCCATAACACACCTTGTCAGGATTTTGCCAGTATTCTGATCCACAATACGCACAACACCATCTACGCCACCAACTACCAGTGTTGATGTGTCATTTCTGAGATATTGCATTGAATACACTGCATTAGGGCTCACCCATTATTTATGATTAGTTGATCTTTGCAGTCATGAACTGGTAATATCGTGTAATTTACTTTAATCTCCCTAGAACCATAAAGAAGCTAACAAATATAAAATCATGTGTCATCTTCCTTTTGATGTTTGCTTTGATGCAATTCAGCAAATGTATACATACTGATATTGTTTTTCTAAAGTTAGCAGAAAATACGAGTGTCAATGTCATTACTATTTCTTTTATCTCGTATGTCTTTATTGGTTCATCTATTTTCTGGCTTGACTTATCATTGGTCCTTATGAAATCAGCATAAATGCATAATATTTGTTGAGAATATGGGTGTGCTGTGTACAATGGTGCAACAACTCTTGTGTGTGTGAATGTGGCACTGCAATGCAGTGGGTGAAGGATCAGTTGTTGGTCCTTGGTTGTGCTCAATCATCCCCATGTGAATATTGCTGATTGTATTTATTACTTTTGTCTTTTTNATCCCCATGTGAATATTGCTGATTGTATTTATTACGTTTGTCTTTTTACTATTTTTGTCCTAGTTTGTCTCCTTTGGTTGATCCAAGGAGGATTGCTGTCTTTTGTTGTTTTGTACAGCTAGCTAGGTTGGGGTTTTGCTAGGGTTTTATATATATAGAAGAGTAGTGGCTTGGTGCCGTTCTTGAGTTGTAATAAACAAACACACTAAACACTGAAATAGAGAAATAGATGAGATCATTTTGATCCATCAGAAAACCAAGATTAAGACTTTGTTTTTCTTTATGGTATCAGAGCGGGATCAAAAAGATTCTTTGTGAAAATTGTTTTGAGTTTGATCTAACCAAACCAAAATAAAAAATCCAATCTTTACTTTGAAACAAAATGGCACCAGCAAATGAAAACACAGTAAGCCAAACAATGAATCCTTACAAGGATCCTTTGTTCATTGCTGTGAATGAAAATGCTTCTGTTCCTCTGGGAAGTATCATCCTTGATGGTAATAACTTTATGAACTGGAGCAGAAGCATCAAGATAGCACTTGGTGCTAAGAACAAGCTTGCCTTCATGGAAGGAAACATCCAAAACCCACAGAAGGTGCAGATGAAATACAGAAATGGGTCAGATGTGACTATATGGCGAGGTCTTGGCTACTTGCAACCATGAAACCAGAAATAGCTTCAAGTTTGGTAACTATGCAATCCACTAAGAGTTTATGGGAGGAAATTCTTGAAAGGTATGGTCAGACAAACGCACCACAGTTGTTTCAACTTAAGAAGGAACTGTGGGATGCTGAACAAGGTAACTCAAGTGTGAGTGACTACTACTGTAAACTCAAGGGGTTGTGGGATCAGATAGCAGATTTGGAGGGAGTACCAGAATGTAGTTGTGGAGCAATGGCCAAGTGTAGCTGTAACTTGGCAAAGAAGATGCTTGACCTTCAAGCAACTGAGAAGCTGATTAAGTTTCTTATGGGGTTGAATGATGGGTATGACCAGATGAAAACAAGTTTTTTGAGTAGTGAACCATTGTTGCCTGTGAACAGGGCTTACAATCTGGTGTTGCAAGTAGAGAGACAGAAGCAAATGATGGGAGAGATGGCCCTAGGGCATGAAGTTAGTGCACTGGCTGTGAACAGGCACAATGTTAGTCTAGGGCCACTGAAGAACTTTGACAAGAAGGAATATAAGAAGATGAGAACTGAGAAACTGGATAGGGAAGCAAAGAAGTGTGAATATTGTGGAATGAAGGGGCATGTGAGAGATGAATGCTTCAAAATCATTGGCTATCCAGAGTGGTTTAAGAACAATCCTAAGGGAAAAGGGAGTTACAGACAAGCAGCTAATGTGGTGAGAGAGGATGGAACTCAAATGGAAGACAACCCTCTGGATTTCACACCTCAGAGTGGAGAGTCAAGTGGGGGAAAACAGGACAACAAGTTCATATCTTCTGTGGTTCAGGAAGTAATGAAGGCCATGATGGAGAAGCAAGGAGGATCTGGAAGTAGCCATACCAACTTTGCAGGTAAGATCAGTTGTTCTAATGGAGTTTTAAATAAAAATACTTCAGAATCTCACACTTGGCTCNGGGAAGCTGTGCTTTTAGTGCAAGATCATTGACAGGATACTGTGTTTTCTTGGGAAAGTCTCTAGTATCCTGGAAAACCAAGAAGCAGAAGACTGTATCCAAGTCTTCCTGTGAAGCTGAATACAGGTGTATGTCTCACACAACTAGTGAGATAGTCTGGATTGAAGGCATTCTTTCTGATTTAGGACACAATGTTCCCAAGCCTATTGACTTGTTCTGTGACAATCAATCAGCATTGCACTTGGCTCACAATCCTGTGTTCCACGAGAGAACTAAGCATCTCAATGTTGATTGTCACTATGTTAGAGATCACATCTCTAATGGTCTTTTGAAGGTGCTGCACATCAGGTCCTTTCTTCAGTTAGCTGATTTAATGACAAAGGCCCTGAGTGAACAACAACACAATCTTCTTTCCTTCAAGTTAGGACTGTTTAACACAGGTCCAACTTGAGGGGGGTGTGTTGAGAATATGGGTGTGCTGTGTACAATGGTGCAGCAACTCTTGTGTGTGTGAATGTGGCACTGCAATGCAGTGGGTGAAGGATCAGTTGTTGGTCCTTGGTTGTGCTCAATCATCCCCATGTGAATATTGCTGATTGTATTTATTACTTTTGTCTTTTTACTATTTTTGTCCTAGTTTGTCTCCTTTGGTTGATCCAAGGAGGATTGCTGTCTTTTGTTGTTTTGTACAGCTAGCTAGGTTGGGGTTTTGCTAGGGTTTTACACAGCCTGTATATATATAGAAGAGTAGTGGCTTGGTGCCGTTCTTGAGTTGTAATAAACAAACACACTAAACACTGAAATAGAGAAATAGATGAGATCATTTTGATCCATCAGAAAACCAAGATCAAGACTTTGTTTTTCTTTAATATTGCATATTTTAGAGGCGGAAAATGTTGCTCTAGTTCTCAGATTTTGCTGGCAGTGCTTTATTCAGGTGCCACCGTATGTCACGGATGCGAATTTGCGCATTAACCATCACCACTTATCCTGTAGCTAGGTTTATATTAAACTGATAAAATTCTGGCTGTTTGGTTGTTGGTCATTATAATCTCATAGAACCTTCACCCTCTATTTTTCAATATTTAGACTAGTTAAAGAATTTCATTGTAATGTTTATCATATACAACTTATTTGTTGTTCTGTTTTGTTGTAACAAGAATTAGTCTCCTTACTGTTGGTTTGCAGAAGATATTGTCGTCGCTTGAACCAGAAGATGCTGACATTAGAATTCATGTTGTGAAAGTTGTTGCAAATTCGGCTGCAGAAGGTAAAGAGCTCCGGTTGTTAATTGAATCAGCTATAGAGTATATCAATTTTTCCACCTATATTGTTAGAAAACTTCGTATTTTCACTCCCCATGATCTTGCAGAACAAATCAGGAGAAGATTGTAGAGGCAGGTGGGATTACTTCCTTGCTGAATCTTCTAAGAAGCTCTGAGGATGAGACCATACATCGAGTTGCTACTGGTGCTATTGCAAATTTAGCAATGAACGGTGAGTTTAGCTAACTCATTTTGCTGGCCTTCTTTCACTATCTTTTCCTTTTGATGCTATTAAGTTGCTCTTTTCTTGTTACTTCAGAAACCAACCAAGAGCTGATTATGGGCCAAGGAGGTGTCAGTTTACCGATTACTAATGCAGAGGATCCCCAAACCCCTCGCATGATTGCTGGAGCAGTCGCTTACCTTTGTGGCAATGGTAACCATGAATTTCATAAATGTTTGAGTTCCGAAGTGTCTTAATTGAAATTTATTGTTTTTTTCTTCTTGTATAGAAGGACATTGGGGTCTTAGATATTGGATCTCAAGCAGTTTCAAATTGTCTCAAAATAATGTGATCTATATGTGCCGGCACATATAGATCACATTATTTTTTTTAGAGTTGAAGATTACAGAGTTATATTAATAAAAGCACTTATAAGAGGAGAAATTCAATTACGAACCTAGGAATTCAGGATTTACACAGTGATTTGAGAAATTAAGCAAAGTACAATGAAAAAAGAGAGCTAGAACAGACCATTTAGTGTTATTTTAGACAGAGGTAACATTTCTTTGACCCTTCCAAGTAATAATTGCTTAAGTTTTGACGGGATGCGTCTTCTAAAAGACGCTCCTATATACACAGTTCACGATAACAGCATATATATATATATATATATACACACTATATTATACTTTTAACACTTTTGATATATTGATTATGTTAATAATCTTTATTTTGATGCAATTGAATTTGGTTGTTTGATTTTGTAACTACTCTTTGTTTGGATGTAATTCAATCAAGAACGACATCCTATGACATTTTTAGTACTCCTATTAATTTTAGAAGCGTTTTTTCTGCTTTGTTCTTATCTCCCTTAGCTAGCGATGTGAGTCAAATGACAGAGTTAGTGTCCTTTTACTCACAAGTCATAAATAATTACGGATTATTTAATTTGTATCTTACAAGAACATTTGCAGGCTTGGTTAATTGCTTGAGGTTCAGCAGGCTTGAGCTGTTGGTATTTTTCTAGTATTGTAGTCTTTGGGTTGCAGTCTTGGCTTTTTGTGCAGTGATTCGGTCGGTCAGGTTAGCAACAGGTTATAGGAAGCAGGTTTTAGGTTTTATGTTTTGTGCAGGTGCTTTGTTGGCTCAGTTTGTTTGTCTATGTTTGATGGCTTGGTTGATCTGATATATGGTGTTGCTGTTTGTTTTGTGTTTCACCTAGAATGCTGATTGTCAGTTTTAGGCTTGGTTGAAGTTGTAACTACACAGCGTGACCTGCATTTGCCATCTAATCTGGCTCTGCTAATTTTGGTGTTGGCTGCGGCAGTTTTATGGTGTTGTGGTTTATTTTTCTACAGGTTAGGATTCTGTAATGAGGATTATGTTTAAGCATTGCCTTGTCTTGATTAAATATTGGTTGAGCTGCTGACTTTTCTGTTGCTGGAAGATGGTGAAGACTATTGGGACTGCTCAGGGATGAGCAGCAAAAAAGTGGGCATCCAAAAGTAACTTCAAAAACTTGCTCGGAATCCTGTTGCGACAGGTCTCGATTCCGATTCTCGAATTGTGGAGTTGAAATCTGTTGGTAACCTGATCATATCGGTTATTATTTTTAACCTATTGCAACAAGTTCTAATTTTGGTTTCCGTTTCCAGAAACAGGTTACAAATATTTTCCAATTTTAAAAAAATTTGGCACGCTATCTTGTGTTGGGCTGCTCAACGGTAATGCTCACCCCTAGGACTGCTTGGCTGGCTGTTTGGGAAGTGTTGAATTTTCTTTTCTAGAATTTGGTGGTCTCGGCCGAAGTTGACCGTGGTTGACTTTTTGTTTTTTTTGGTTAATAAATTGCTTACTTACCAAAGAAAAAATTGGTGTTTATGGATGAGAATCATGCAGACGTAAGGGAAACCAGTTGAAGATGAAAAGATAGAAGACATTTAGTTTTGGATATGATCATTTGACTTTATTTTGAACATAATAATGTAATTTTCATAGACCGTACATCAAATACTATTATTTTAATTTGTTAATTTGTTAGGGAGCGGGTGTGCTCCCTTCCTTTAGTTGTTTCCTTGTTTGGAACTTATTTTGTGTACGTCTATCTTTTGGTAATAAAATTGTTATTTTACCAAAAAAATTGTAAATTATAAATTTATTATTTATTATAAATATTATTATTATTATAATTATTATTATTATTACCAATTTCGTAATATTTATTAAATGATTATATTTAATGAAAAGCATTACTTTGCAAGTGTTGCAATAGATATTAAAAAGTGTTAAATATGTAATGTTACCTAAGAATAGAAAAGTGTTCTTAAATAATGAACAAGGTGTTACGTTATATGGTGAAAAGTGATACCTACGATTCAATAAAGTGTTACTGTAAATTAAAAGATGATATAAAAAAGTGATACTAATGGTTAAAAAGTGTTACCTAAGATATTACGAGTAACACTTTTAAAGTGTTACAATAGGAATGGAAAAGTGTTACATAAAATTATTTTTGGTAACACTAGTAAAAGTGTTATCATATGTTATTAAAAGTGTTACCTAATAGAATAGGTAGCACGAGCAGATGTATCACCCATAAAGTGTTACCTATTATCTATGGGAACACTTAACCCCCTTTATGTAACAGTTTTTGGATGTTAACTAAAGTTAATTATGTACTAGTGAAGGGAGCTCGTCGCCCATTCGGTACAAGGCAACGAGCAATGCACAAGCCACGCGCGCGGGGCAGCCCCTGTGCAGTGTGTGTTGTGCGAGTGATCGAGCAAGGCGAAGGGGAAATGCTACACACGGCCAGTAGTGCTGGGGTCGAGGCAGCGTGCGATGGCTTCCGAGCCGTGCGCGTTAGCCAGCCTGCGTTGTGCCTAGCAGCGATGGCGACGAGGCATTGATGGATGCCCTCGTGCCATGCGCGCAAAGCAAGCAAGCATGCAGCAGCAGCCATCGATGGAGTCGAGCCAATGGGCGCTGGCGAGGGCCTGGCTGTGGGATGGCCTCGACCATGCGTGCAGTCAGCTCTTGCAACGCTGCAAGCCTTGGCGAGGCATGGTCCTTGCGACCATGGGCCTTGCCTTGGCCGATTAACTTGTTTCGTTTTGTCTTTTAATTAAATTTAATTTCGTAATTTAATTTTTCTAGGAATTTAATTTTGATTGATTTAATTATTATTATTTGTTTTCTACTAATTATTTTAATAAAATTAAAACCTTGGTAAAATTTTAATTAATTAATTTTAATCAACTTAAAATAATATAAAGGGATTTAAAATTATTTTTATGTGAGCTTTAAATTTTAATTAAATTTATATGTTTCCGGTTGGACTAGGAAATATAATTTTATGTTTAAAATTTGTGAAGCATGTAAATTCTTGGTTTTAGTGGGAGCTTTTAGTCATTAAACTCTTGATTAGGTCTTTATTCCTTTAAGGTTAAAACAACTCGATTAGAACTAATAAGGTTGAATAATTTGTAGATTGTTGGAACGTTTGATTAGTTGCCGCAAATGTTTATGTAATGCATAATTTTTCTACTAACTTGCTATGTGGGCCATTCATCTATAAATGAATGCATGAATACTATATTGTAAATGTACTGTTTTGCAGGTTGTGGAAAGTGACTAGTATGACCCAAATTTGATAGTAAATATGGTCTACGTACCATTAATTTGAATGTAAAATTGGTCTTATGCACCAAATGTTTATTTAAATATGGTCTGTGTACCATCATATAGTTGTAATTAGTTTTAATTATAGCATATCCTATTTGAAGAGAATGAGGCCTCCCATGGTGAAATTCAAGACGGAGTTTCGAATCCATTTTCAAGACGGAGTTTGAAGTTGAAGCTTCAAGATGAAGTCGGGCCATAGTAGATCACATTTAAATCTTATGCAAGGCCTGAAGCAGGTTGATTCTCAAAACAGATGTTTCAGGATGGAAGTCCAAGAAACGCATGCTCGTGTCCTTCGCTCTTAGCAAAGGGTTGGTGTTCCACTAAGATATCATGTGGACTTCATTCTTTCATTATTTGAACGCTTAAGTCTGCTAGGATCACCAATAAACGAAAGGATGTCAGTCTCAATCTTACTCAATTCACTTCATAATGGGTTTAGTCGCTTCAAGCTACTTTACATGAGGGAACCAAGAGAAGAAACAGTTGGAGAATTTATTCGTCTGGTTCAAATTGCTGAAATAGTACTCGCCTGTGAAGCCAGGGATTTACTCAAGGCTAAAGGGAGACCATTTAACACTAGTAGAAAAAACCCTTGTTGCAGCGGGCTTTTAGACCCCTGTTGCAGCGTACATCGTATGCTGCAACTGGGGGGCCTGCAACAAGTATTGACTTGTTGCAGCGTACAATGTACGCTGCNTTTAAAGTGCTACAATAGGAATGGAAAAGTGTTACATAAAATTATTTTTGGTAACACTAGTAAAAGTGTTATCATATGTTATTAAAAGTGTTACCTAATAGAATAGGTAGCACGAGCAGATGTAGCACCCATAAAGTGTTACCTATTATCTATGGGAACACTTTACCCCCTTTATGTAACAGTTTTTCGGTGTTACCTAAAGTTAATTATGTACTAGTGAAGGTATGCCTCTCCGAGATCACTTAGATCAATTAAACACAATCTTATTAGAATTGCGTAATATTGATGTTAAAATTGAAGATGAGGATGCTGCTTTAATTCTGTTGGTTTCTTTACCATTATCGTATGAAAATTTCGTGCAATCGTTTATTGTTGGTAGAGATACTATTTCTCTAGAGGAGGTTAGATCGTCCCTCCAAACTAGAGAGCTGCGCCATAGGGCGATTGGTACAAGTATAGATAATCAGGCTGCTGGGTTAGTAGCTAGTGGGAGTTATGGGCATGAAAATTCGGGGAAGAAGAAATTCAAGAAACCAGTTTCTAAGGGTCCTAAACCTAATGGTGTCTGTAATTACTGTAAGGAGAAGGGACACTGGAAATTTGATTGTCCCAAGAAGAAGAGGCAACAGGATAAATCGCCAGGTACTGCTGCGGTAGCTGATACCAATTCAGAAGAGGGTATTGCTCTAGTTGATGATGAGCACACGCATCACAGTGATGTGTGGATCCTTGATTCTAGAGCGTCTTACCATATATGTCCGCGCAGGGAGTGGTTTACAGCCTACGAGCAAGTACACGGTGGCAATATTTCTATGGCTAATAGTTCTGTTTGTAAGGCGGTTGAAGTAGGCTCAATTAAAATTCGGACACATGATGGTAAATTCTGCACATTGAATGATGTTAGGCATGTTCCACTTATGACAAAGAATCTGATATCTTTGAGTATGTTAGACAACAAGGGTTTCAGTTTTCAGGGTGAAGGTGGAGTTTTACATGTTTGCAAGGGTTCGAATGTGGTTCTGAAAGGTGTAAAACGTGGTACCTTGTATTTTCTTCAAGGTTCTACGTTATCAGGTTCTGTTGCTGTTGCATCATCGGAGATTGATAAGGAGAACATGAACAAGTTATGGCATATGAGGCTTGGTCACATGAGTGCAAGAGGGATGCAAATTCTGTCAAAAGCGGATCTTCTTTGTGGTCACAAGGTCACGCGTCTTGAATTATGTGAACATTGTATTTTTGGAAAACTACATCGCAGCAAGTTCCATAATGGTATACACGGAACAAAAGGCACACTTGATTACATCCATTCTGATTGTTGGGGTCCTTCCCGGGTGGAGTCTTTAGGGGGTCACAGATATTTTGTGTCAATGATTGATGATTTCTCAAGGATGACTTGGGTGTTCATTATGAAGCATAAAAGTGAAGCTTTTAAGAATTTCAGACAGTGGAAGGCATTACTAGAGAATCAAACAGGGAAGAATATCAAAAGGTTGCGAACTGATAATGGTCTGGAATTTTGTTGGTCTGAGTTCGATGAGTTCTGCAAGAATGAAGGGATTGCTAGGCATCATACAGTCAGGGATACACCACAGCAAAATGGTGTAGCAGAACGTATGAATCAGACACTTCTGGAGAGAGCTAGGTGCATGCTTTCTAATGCTGGACTAACTAGAAGATTTTGGGCAGAAGCGGTTAGTACAACATGTTATCTGATAAATCGTTGACCTCACACAGGTATACATCTCAAAACCCCTATTGAGGTGTGGTCTGGTAAGCCTGCTGATTACTCTAGTTTAAGAGCTTTTGGTTGTACTGTTTATTATCATGTAAATGAGGGTAAATTAGAGCCACGAGCTAAAAAGGGAGTATTTGTAGGTTATGGGGATGGGGTTAGAGGGTATAGAATTTGGTCTCCATCTGAGAAGAGGGTTATACTAAGTAGAAATGTAGTCTTTGATGAAAATTCTATGTTTAACCCTATTGTGAAGTCTATTGTTGTGTCAGAAAGTGGTAGTGTTGAGAAACAGGTGGAGCAGGAAGTCACTTTAGATGAGAGTGAACCACAACAACCACAGTCAGAATCAGAACCATCAGGTTCTTCATTACCAGTAGCGAATCAGCACAATTTGTCTCTTGATCGATCAAAGAGAGCTAATTATGGGATGCCTCCCAAGAGATATGGTTTTGAAGATATGGTGGCCTATGCACTACAGGTTGCTGAAGAGGTGGATCCTAACTCTGATGAGCCATCCACCTACAAAGAAGCAGTTACATGTACGGAGTCTACCCAATGGCTTGCTGCAATGGGAGATGAGATGGAGTCACTTCATAAGAATCAGACTTGGGAATTAACCAAGAGAGCTCGAGACAGAAAGATCGTCACTTGTAAATGGGTCTACAGGAAGAAGGAAGGAGAAACATCAGTTGAGGGTATCAAGTATAAAGCTCGAGTAGTAGCTAGAGGGTTCACTCAGAGAGAGGGAGTAGACTACAATGAGATTTTTTCGCAAGTGGTCGGACACACTTCCATCAGGGTGCTACTAGCAATAGTTGTACATCAGGATCTGGAGGTTGAACAACTAGATGTGAAGACAGCTTTTCTGCATGGAGAGTTGGAAGAGGAGATATACATGACTCAGCCAGATGGAAGTTGAAGAAGTCCTTGTATGGACTAAAGCAGTCTCTGAGGCAGTGGTATAAGAAATTCGATAGCTATATGATAAAGATTGGCTACACCAGGAGTCCGTATAATTCTTGTGTTTACTATAGCAAGGCAGAAAATGGTTCATTGATTTATCTGGTCCTGTATGTAGATGATATGTTGTTAGCTGCAGAGAGAAAATCTGATGTTCAGAAGTTGAAGGATCTCCTTAGTGCTGAGTTTGAGATGAAAGATTTGGGTGCGGCTCGGAAAATTCTGGGGATGGAGATTTATCGGGATAGAAGCGAAAAGAAGCCATTCTTATCACAGAAGGGATACATTCAGAAGATTCTGTCAAGATTTGGCATGTCTACAGCAAAACCCATAGATACTCCTAGTGCTGCAAATGCACATCTGTCTGTTGCTTTTGCACCTAAGTCTGCTGAGGAGAAGGAGTACATGTCTCGAGTTCCCTATGCTAGTGCACTAGGAAGCTTGATGTATGCAATGGTCTGCACTAGACCTGATCTGGCACAGTCTGTTAGTTTAGCTAAGGATCAAGTACATCATGAGAGGACTAAGCACATCGATGTAAGGTATCATTTTCTGAGAAGTGATCGAGAAGAGAATTAAGGTGAACAAAGTGGGTACTGCAGATAACCCAGCCGATATGTTCACCAAGCCTGTTCCACATAGCAAGTTTCAACATTGTTTGAACTTGCTAAATGTTAGGAGTTGTTGATTGCCCTTTTGTGGGCAAAATCTGAGGCAGAGGAGTTTTCTGGTACATCTCGCATTATAATGGTGCATCTGGTACATCTGTTATTTGTGAGAGGATTAAAGTCAAGGTGGAGATTTGTTAGATAATGCCTTGAATCGGTCAAGCCCCTTACTGCAACGCCCCAGCACGGGGATCTCGCTGTCTATAGAGTACTATATAAACTCTTTAGGTCATAACCTAGCCGTATTCTGTAATCTGTAATCCTCAAAGATCAATAAAACTTTCCTCCCCTCTGCCTGTGGACGTAGCTAACACATTGTTAGTGAACCACATTAAATCTCTGCGTTCTTTAATTACGTTATTTAATCTTTCTTTGCATCCGATATAACATCCCTAAAACTAGGATCATTTCAAAGTAAGAGCTCATCAAAGATCTAACCTTTTCAACATTAAAACGCCCGATCTTTGAGATTTAAGTCTCTTAAGTTCAATATTTCAAGTTTCAAGTTCAATATTTCAAGTTCAAGTTCAATATTTCAAGTTCAAGTTCAATATTTCAAAGTTCAACATTTCAAGTTTCAAACTTTTCAAGTTCAAGTTATATATGCAAAATCTAGGATACTTTGGGTGAACAATCCATCCTAGGTTGAGATTTTTTTTGCTTTGACTCCGTGTCGGACGCACTTATTTTTAAGTAGCCGTTTGGCGTTCGGACCTCATGTGCTTAAATTCTATGTCAATATTGCAATTTCTATTCCGCAATTTCAATCATGCACCTTTCAATTCCGCACTTTCAATTCCGCAACTTTACTTGCCTAGTCCTTCTGGGCAATGTGGACCTACTCCCTAGTCCATTTCTAGGGGGTCTTGTACTTTACTAAATCCGCACTTATTTTCAATTGTGATGTCGCTTTACTTGTTTATCGCTTTCATCACCTCACATGCTAAATTCAACAAAATACAAGGTTACACCACGCTTAACAAAGATAATTTCTTGGACAAACCGATCTTAGGTTCCCTTAAATTAACTTTAAAGCAAAGTGACCACCATACAAAGTAGAAATTCTATTTGTTATAAATTCAAACACACATAGTCTAAACTAGGGTATTTTCGAAAATGTTGTGTCACACACTTGAATTATTTCTAAAGCTCGCGGAATAAGGATCTCGTTCCCTTGCCCGAATCTCACCGATCCGTTTCGAAGATTCAAAGCCCTATCCTAATAGAGTCATTTTCGGTCTTTCCAAACGAGACCCTAAACAATGTTTGGTGGCAACTCCTACAAAGTACAAAAATACAAAGGTTTCTAAAAAAAACGCCCCCGTAGGAAGAGGAATCAAAAACCGTCCTACAATTCTGGCGACTCCACTGGGGAGTTCCTGATTTCAACTTCGAAAATACGAGCAGACTTCGAGCAGCAAGCCACTGATCTGCTTAAGTATTAGATGCCAGCACTGGCGCCAGGCGCAGCCACCTGCGCCAAAGGCCACTGCTTGCATCCAGGACAGTGGCTCACAGTGGCTTGTTGCCCACTTTTGCTCCAGTTTTCAAGTGGGAGTCAGTCTATTTCTGTACTTTGAAGGACGCTCCCAAACCTTCAGAACGAATGTCGAAAAACGAGCTTTTCAAATACAATATTCAAGTGCGATTACAATTTTCAATTTCTAGGCATTTCATGCATTTTCGAAAACCATATTTGTGCAAAATGAATTTCTACCTTGCCCAAACGGATGTGTTCTACATTCGGGCTAGCCCCGGGGGCAACGAAATGGTGACTCTCCATACGGTTCCCGACCAAAGTGTGTGACCATTTCCGCGCCTACCGAAACTTGGCATTTGCTTGACATTCTCGATGTCAAGTATGGAGGTCGTCTGCCGACACACACGTCCCTTAGGCGGATGTGCAAGTTGTCTCCAGATCCGCCTCTTAGTCAAGTACCTTTTGACACCCAAAGCCGACCACTTGCATCATACAAAACTTAGACCGACCTTAGGTTGAGAACTTTGCATGTCGCATTCATATACATGTTAGTGTGACAACGTGCTCTTTGTGCATCGTGTGGGCGTCTTTGCACGCGTGAATGACTAACCTCGAGTTCTAGCTTGCGAAAACCAATTAGCCTCCAACTAGGAAACCAAACCCCTAGGAGCAACATTCAAGCCTCATGCATCTAAAATCGCCGATTTAAGGTCTTTTAGGAGTGCCACTCCGTTTGATTCAAAACCCTTAAACACGCCTCACGCACAAATGCCAAATTTCAAATTCAATCCAACGGCGTCATAATGCCGGATTATCTTGTCCAAATTCCGAGTTTCAATTTCAAAATTCAAATCCAACGGCGTCATAATGCCGGATTTTCTAGTCCAAATTCCGAGTTTCAATTTCAAAATTCAATCCAACGGCGTCATAATGCCGGATTTTCTAGTCCAAATTTCATGTTTCAATTTCAAAATTCAAATCCAATGGCGACATAATGCCGGATTTTCTAGTCCAAATTTCGAGTTTCAATTTCAAAATTCAAATCCAACGACGACATAATGCCGGATTTTCCAATTCAAATTTCCAAGTTTCGAATTCAAGTTCAAATCCAACGGCGACATAATGCCGGATTTTCCAATTGAAATTTCGATTTTCAAATTCAAGTTCAAATCCAACGGCGTCATAATGCCGGATTTTCCAATTCAAACTTCAAGTTTCAAATTCAAAACTCAAATCCAAAGGTATCATGCCGGATTTTCTAGTCAAAACTTTCAAGTCTTCAAACCTCGAATTCAAATTACCAATTTCAAGTTTGAAACCTCAAGTTCAAATGTTCGAATTCATGCTGTCGTAATGCCGACTTTTCCATTCCATATTCCAAACCTCAAGTTCAAAATTCCTATATTCAATCTTTCAAATCTCAAGTCCCATGTTCGAAACTTTCCAATTCCAAATCCATGATGGCGTAATGCCGGATTTTCCTCATTCAATTTCAAATTCAAAATTCCATGATCAAACACGTCAAAATTCCAAGTCCACGGCGGCATGATGCCGGACTTTTTCCAAATTTCAAATCAAATTCCAATTCCATGATGGCGCGATGCCGGAATATTCAAATTCAAACATCTCATGTGCCTCTTTCCCATTTCAATGCCCAAACTTCGAATCAAATTCAAACTTCAAACTTCAAACTCATCTTCAAGCTACAAAAAGTCCTTGCCTTCCGTTGCTCCCAAATACAAAATCGAAAATATTTTCCAATGGGTTGANAATTCAAATCCAATGGCGACATAATGCCGGATTTTTGTAGTCCAAATTTCGAGTTTCAATTTCAAAATTCAAATCCAACGACGACATAATGCCGGATTTTCCAATTCAAATTTCCAAGTTTCGAATTCAAGTTCAAATCCAACGGTGACATAATGCCGGATTTCCCAATTGAAATTTCGATTTTCAAATTCAAGTTCAAATCCAACGGCGTCATAATGCCGGATTTTCCAATTCAAACTTCAAGTTTCAAATTCAAAACTCAAATCCAAAGGTATCATGCAGGATTTTCTAGTCAAAACTTTCAAGTCTTCAAACCTCGAATTTAAATTACCAATTTCAAGTTTGAAACCTCAAGTTCAAATGTTCGAATTCATGCTGTCGTAATGCCGACTTTTCCATTCCATATTCCAAACCTCAAGTTCAAAATTCCTATATTCAATCTTTCAAATCTTATGTCCCATGTTCGAAACTTTCCAATTCCAAATCCATGATGGCGTAATGCCGGATTTTCCTCATTCAATTTCAAATTCAAAATTCCATGATCAAACACGTCAAAATTCCAAGTCCACGGCGGCATGATGCCGGACTTTTTCCCAATTTCAAATCAAATTCCAATTCCATGATGGCGCGATGCCGGAATATTCAAATTCAAACATCTCATGTGCCTCTTTCCCATTTCAATGCCCAAACTTCGAATCAAATTCAAACTTCAAACTTCAAACTCATCTTCAAGCTACAAAAAGTCCTTGCCTTCTGTTGCTCCCAAATACAAAATCGAAAATATTTTCCAATGGGTTGAAAATCCCTTTAAATAGTACAAACTCAAATTCTATCACGGGTTGAAACTCCCCTGAAATAATACAAATTCGATCCCTTAAAACATTTCCATTGGGTTGAAAATCCCCTGAAATAGTACAAATCCAATTTCCTCATTCTATGATGGGTTGAAATCCCCCTAAAATACTCCGATACTCAACAGGTTGAAATCCCCCTAAAATACTTCAAAACTCAACGGGTTGAAATCCGCCTAAAATACATCCATGGGTTGAAATTCCCCTAAAATATTGACGGGTTGAAATTCCCTTGAAACAATACAAAATCAATTCCCTTTCGATCGGGTTGAAATTCCCTTGAAATAATACAAAATTGAATCTCCTAATACAAGTCCAATTTCCAAATTTCCAATGGGTTGAAATTCCCCTAAAAAAGGTCCAATGTTCCAATAGGTCGAAATCCCCTTTTCGATATTCCAAGTTCTAGTACAACGGGTTAACTTCCACAAAAGAATGAAGGCTCCTTTCAAATACTTCCAACGGGTTGCGAATCCCGAATACACAATACAAAATCCAAAATCCCGAGTCTTCGGAGTGGCACTTAGAGTCAAGTCTAGGTCTCATTCATTGCATGCATATCATATCATGTGTCGGGAATTCCAATGTCTAAAGTTCAAAATCATGTGGTAAATAGGTTCTCGGACTCATTCTCTCAAAACCCTATACAAGATGACTTCACTAGCAGCGGCCGTAGCAGAGCTCTATGAACGTGTTGAGGAAGCTGAGGCTCGCATAAGGGCTCTCGAAGATAATCAAGAAACTCTTTTCAATGCATAAGGCTGGAGAAAGGCCCTCAAGATATCTGCTCCAAATGGCAAAATGTTCAAGATTACTGTGGGCGAAGGATCTATGATGTCTGGATCCGAGTCAGAGGATGAGTCTGGATCTGAGTCTAGTGATGAGTCTAAGAGTCTAGGGCTAGAGTCTTGCATCAATCAAGAGCCTCTAAAGGCCGAGCTTCAAGTCAAAACTGTCGATGTAATGATTGCTGATTTCAATAACACTTCAATTTCCTCTTACTCTTCATGTCCAAATTTAAAACACACTTATAATCCAAACAACTTTGCTTCACAAGAAACTGACCTTGAAATACTAAAAGCTATTGAAAATCATGAAAATAGGACGCCCATAATTGAGGAAACAGAAAAAGTTAACCTTTCTAACAACAGTGACTCAAAACTAGTTCAGATTGGCCTAACTCTATCTCAAGCAGAGCAAGATGATCTTATCAAGCTACTTTCAGAGTACATAGACGTCTTCGCATGGTCCTATCATGATATGCCAGGGGTTGATCCAAGCATCGGTCAGCATACGATTCGCCTCATTCCAGGTTCAAAACCCATCAAGCAAAAACTCCGTCGCATGAAACCGGACGTTTCCCTCAAAATCCAAGAAGAGGTCTCTAAGCAGTTGGAGGCCGGGTTTATTCGACAAGCCAAATATCCGGAATGGATTGCAAATGTCGTCCCAGTTCCAAAGAAAGACGGCAAAGTACGAATGTGTGTGGATTACAGAGATCTTAACAGGGCCAGCCCTAAAGACGGCTTTCCATTGCCTCACATCGACATCCTAGTTGACAACACCGCAAATCATGCCTTACTCTCTTTTATGGACGGGTATGCAGGCTACAATCAGATTCCCATGGAAGAGGAAGACATGGAGAAAACACCCTTCATCACTCAGTGGGGTACATATTTCTATACAGTCATGCCGTTCGGACTGAAGAACGCAGGGGTAACCTATCAAAGAACATCCACATATGATTGAAGTATATGTCGATGACATGATCGTCAAGTCCAAAGAGCGACCTGAGCATACCTCAGTACTCCGAAAGTTCTTCGACAGGCTCAGGCAATACAATATGAGGCTCAATCCTCAGAAGTGTGCATTCGGGGTGACGTCAGACAAGTTACTCGGATATGTCATCAGCTCTCGTGGCATCGAGGCTGATCCTTCGAAAATCAATGCCATTCAAGAGATGAAGCCGCCAACGAATGAAAAGGATATTCGGGGGTTTCTAGGAAAATTGCAATACATCAGTAGGTTCATTTTAAAGCTCACTATTATATGTCAACCGTTATTTCGAAAGCTCCGCAAAAGCGAACCCAAAGTCTGGGACGAGAACTGCCAGCAAGCATTCAATACTATCAAAGACTACCTTTCCAATCCGCCAATGCTAAAGCCAACCATGCCAGGGATTCCCCTCAGACTCTACCTTACAACAACAGAATCAGCGGTCGGGGCCATGCTCGCCCAGGAAATTAAAGGCAAAGAAAACGCCATATACTACATCAGCAAAAAGTTAATCGAGTACGAGACCAGATACACTCAGCTTGAGAAACTCGGCATCGCCTTGGTTTGGGCCACAAAGAAACTACGGCACTACATGCTGTCCCATACAGTGCATGTAATCAGCAAAGTAGATCCTCTCAAGTACTTGTTCGAAAAACCAGCTCTCAACGGACGATTATCCAGATGGTTGGTCATGCTAGCAGAATTCGATCTCAAATACACCCCGCAAAAGTCTATCAAGGGTTAAGCAGTGTCAGACTTCCTAACCGACTGCCCTTTCGAGGCAGAAGAGGAGGATTATGNACTTGTTCGAAAAACCAGCTCTCAACGGACGATTATCCAGATGGTTGGTCATGCTAGCAGAATTCGATCTCAAATACACCCCGCAAAAGTCTATCAAGGGTTAAGCAGTCTCAGACTTCCTAACCGACTGCCCTTTCGAGGCAGAAGAGGAGGATTATGACTTACCCGACGAGTAAATCTTAATGACCAGTGATGACAGTTAGTCGATGCATTTTGACGGTGCTTCAAATCAGAACGGATGTGGAGTTGGAGTAATTCTAGTAGCCCCAGACGGCACCCACATTCCGATATCAGCAAAACTGCAATTCAACGTCACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCTGTGGATTAATATCATTAATACCACTTGAACTGAAGCGGCCTCTAGCTAGGCATTCAGCTCACTTGATCTCACTGAATTATTAACTTGTTAATTAATACTGAACCGCATTTATTAGACTTAACATAGAATGCATACTTGGACCAAGGGCATTATTTCCTTCACTGGGTAGACCCATACATTGTCAAGAAAATCCTCTCCGGGGGAGCAGTCGAATTAACAGATGTCGACGGAACAGAATTCTGATCTCTGACAAACCCCGATCAACTCAAGAAGTTCTATGTCTAAGTTCAATGTTCAAATTCAAAGTCCAATTCAAAAAAGTCCTGTAAGGGTTAGAACTACGTCCGGCCTGATTTTTTGGATTTTGTAGGCAACCTCATTCCGAGGCCCGGCTACTTTAATACAAAAAAAAAATTCAAAATTTCCTCAATTAAGGCCATCCTAAAAATCAAACTCAAAATTCAAAACTCAATGGTTGTTGTCTATATTCCAAATGTGCCAATTCAAAGCAAAGCATGTTCAAGAGGAATTTAACACAATAAAAGTTTATTTGGCTCTAAGGCCTTCAAAGCTAATTCAAAGCAAGGTTGGAATCAAGTGAAGCAAATTTCAAAGCCTTTTCACTTCCACTAAACACATTTTCTAAACACACCTTCCAAACACATTCTTCAAACACAATTCCTTCTAATACAACTTCAAACACATTTAGCCTACAATGATCTAGGGTCGGGCGACTATGCTCTTAAGTCTTGGCACCTTGAGTACTATCCCCTGGCTCTTCCCGCAATCAATCATCAATCTTCCACTTGCCCAGGCGGCGGGAGAAATAACTTGCTATTCTTCCAAGACGGGAGGATGACGAACCTCCTGTGGACTCCGATCGGTCAAGCACTGGACGGGCCACACTCCCGTCACCTTCCTCATAATCAGTTGATGCAGGGCGTCTAGCTCTAGAACCTCGGACTCTAGCTGGTCCGGAGAAAGAAATGTCCCTCTGGCTTGGGCCATTCATCCATAAAACATAACCCGCAGACAGAGTGATTGGCTCAGGTGGGTATTGAACACTCAAGAATGGTTTGGCAACCCAATACCGCCTCCAAACTTCAAGTCGATTGGCATTCAGAACAACAGGTTTCGGGTTCTCTTCAGCACAGTCCGGGATTTCCTGTTTTAAGCCATACTATCTCATCACTCTAGCAGGCGAGTAGAAGACCAGCATTGTGAGGCTTGGCACCCTCAAAGCAGTAGAGCCTGGGGCATGTCTCATCGCAGCAATTCCCCACCAAGGAACTACCCACCTTATACAAGATTCAATCCCAGAGAGTGCGCATCGCCACTCTTCCAATGAAAGCCGGCCATACACCATGTGCCGCACAGTGAATCCCTTTCTATTATAGCTTTCCATGTTCTCCGGTGGTGCCACCAGCATGAGCCTCTCCATAAGCCATACCTTGGGGAATATACAAGAAAAGCATTTCGAAATCCAAACATTCAAAATTCAACACAAGTACAAATTCAAAATACAAGAAAGCTCCAGATCCTTACTTGGAGTAATACCGGACTTCCCGAAGGCAAAGAGAAGGGGTCCGATTTCAACATATCAAGGCCCATCAATGTTTCGCCAATTACGAGCGGTATTGGGTCCCGACCACTAGCAAACTCCTCTACAATCTCTATTAGGTAGGCATCACCTTTGCCAAACCCCTGTTTCGAAAAGAGGAAGCGTGCAAAGATACAAAAACTCAAGGCCCTCAAGCGGAAAGCCTTGGGAACATCAAGCCCAGAAAAATAGGTGACAAGGAGGGACAAATCCACCCCTCTTCCATATACAACAACACTCAAAAGTGGGGGNGGAAATGAATTCCGAAATCGGGAATTTAATCGGAAGCGTATCGTACGAATTAGCATCGGACGAGGCCAGCTAGACGAAGGCCCAGCACGAAGCCAGGCCATCGCCCAGCGAGCCGCACGCAGCAACGCACGCCTCGACCAAGCCCAACGCAAGGCCAGGCCCAGCCAAGGGTGCGCGCGCACGCAGCACCGCACATGGGCTGTGCGCTTGTCGTGGGCCGCAAGGCCTGCGCGGGTGCACGGCTTGTACGATGCGTGTGCGGGAAATCCTAATTCTATTAGGATTCGTGCGAAGATTAAAATCATAATCTTATTAGAATTGCTTTGTTATTTAGAGTCCTAATAAAGTTCTAATTAACAAATCCACATCCTAGTAGGATTACAATTCCTTTTCCATACCTCTATAAATAAGGGCCTAGGGTCATTATTTATATACAAGTTTTAAGTATTCAAAGCTAGGATTTTTAAGCAGAAAAATCAGCCATAACTCTTGCCCATTTAGCCGAAAATAAGTAGTACCTTAAGGGCGATTCTAGTTGGTCTATCTTAAGGCGGATCCGGACGTGCTGTGGACTATCTACGGAGGGACGACACTTGGAGTCCTAAAGACTTGTTCTTGTTCGGTTCGGGCGCAGCTAGGGAAGGCACGCAACAAAGAGTATGCATCTAAACTATGCTAAATGATTATGTGTAAATAATATGCTTTCCTGGCTTTATGGTTTTTTCCGCATGATTTATGAATTGTCATATGTATCATAACCTAACAACCCCTGTTTCGAAAAGAGGAAGCGAGCAAAGATACAAAAACTCAAGGCCCTCAAGCGGAAAGCCTTGGGAACATCAAGCCCAGAAAAATAGGTGACAAGGAGGGACAAATCCACCCCTCTTCCATATACAACAACACTCAAAAGTGGGGGCTTCAAGCCCAAATATCTTTCAAAACCCAAGAAAAAGTGTTCTTCAACACTAGGAATGCATGGCTCCGGCATAACGGGCCACCCCAATATGGCACTAAACTCTTCAGGGAGGGGACATACCTCATTATTTCCAAAGAGGAAGACATGATGATTCGAATCCCAAGCCTCCAGAGCAGCAAGAATGAAGTGCACATCAAGCTTTACAAACCGCAAGGAGGCGAGCACTCCAAGATGCATGCCATCGAGCTCCCTTTTCTCCATCTTGCCTAACGAACCAAGCCAAGAGTTCAAGGCATTTTCAAAAGACAAGGCCATTTTCTTTCTTTTCGTGAGGAAGCAGTATACAAGGCAGAGCAGGGAAGGGATTGATACAAAAAATGATCTGAAACACTCTCTATTTATACAAGAATCGGCTCTCATCACAGCACACTGGCGCCAGGCGCCGGGGCCTGCGCCAAGTGCAGGGGCCTGCAACGAAGGACGAGGCCACCGTCCCCTTTATGATTCCGAGTACGCACTCTTTAGTGCTTCGGCCAGCAGAGTACAACCTCAATAATTCAAGATTCCAAAGCCGCAAATCGCGCAATTTCAAGCAGTCCGAGTCAGCACCTCGGGCCGATTTCGGGTCAATCTGTCCAAAATTCAAGCATTCTAGTCCTAGATCGGCGTCCTAAGTCGAGTCTGCATACGCATAAGCAAAAGTTGAATATACTTTGACTTGCTCTTTTCCTAACAAAAAAACCTTAGTCAAAGTGAGGGCTTATAATGGGTATATACACCCGAAAAAATGGACAAAATTTTCAAATTTTTTACAAATTTTTCATGCATGCATATAGCTACAAATTTCAAAAGCACACACAACGTATACAAAGTTCAACTTTCAACCATGCAAAATTCAAATTTTCAACCATACAATATTCAAAAATTCCAAACCTTGCAAATTTCAAGTACAAAACCATCAAAAAATCAAACCATACAAACCCATACAAATACAATCAATACAAAATCCAACAAAGGCAAGTTGGAACTCGCTACATTGCAGGATTGGAAAAAGTAAAAAGTCTATTTAGAGCCTCTCCAAATACAAAGAGGCTATTCAGAGCCTATTCAAGTACAAAAAGGCTATCTAGTACCTATTCAAGTACAAAAAGGCTATTCAGAGCCTCTTCAAATTCAAAAAGGATGTTCAGAGCCTCTTCAAGTACAAAAGGCTATTCAGAGCTTATGTTCAAGAGGCTACGCGGAGCCTACCTCAAAGATTGACTACCCAGAGTCAATTCAATCTTGGCTAATCCTAAGCCTAGTTCGAAATCAAGAGCACCAACATCCCCAACAGAAGGGTGACACATGTACAAAACCGGCTAGCATAGTCGATTCACTCTAGACTATCCCTAGCCCATACAAAGATCAAAATTCTAAAAATCCCCAGTGGCAATACAAATTCAGCCAGGGACCTCTACTTCAACATACAAATTCTACGCCAACGCCTAGGTTATCCATGCCGAAGAAGGTATACAAGTTCTACACTAACGCATAGGCTATCCATGTCGAAGCAGGTATATTCAAAAGTTCTACACCAACGCCTAGGCTATCCATGCCGAAGCAGGAATACGATTTCTATACCAACGCCTAAGCTATCTATGCCGTAGCAGGTACACAAATTTAAGAAAAATTTCAAAATTCAAATCTACAAGTTCCAACAGTTCCAGTTCAAGTGGCTATCAAATAATTTTCTACAAGATTCAAGAAGCCTAGTATCATACAAGTATCATTCCAAGTACAAGAAAAATCAAAGCTACATGCAATCCTAGAGATTATTTCATAAGCAAAACATGAAATACTTACATGGATAAGGCAAGAACAAGACCAAGGGGGAGAGATTATCCGACCTTTGAGAGAATGAAGCAAGAGAATGCAAGAGAGTGTTCTTCAAAATGGCACGGCAATGGGTGCTTTTATAGCACAACCCCGCGTCGAACGCCGAGCTCAGCGCCTAGCGCTGCCTGCTGCATGCGCAGGAATCTTCAGCGTGTGGTCTCCCGTGCTGATTGCACGTTCTTTGTTGCTACGGTTTTCTGCACCAGGCATCAAACGTCATTTCATGTTGTCCTCCGAAAATACGGGTATACACTTGTATCTCCAAATACAAACAGACGAGCATTTCAAGCATACAAAGTTCGAAAAATACAAAATTTAGGCGTTCGACTCCCAACGGACCCAAGATCCAGGAAAGTCACTCGAAATTTCAAAATCTTAAGGGCCAATAAAAAGCTCTTATCCCCAGTGAAGCACATCCCCAACGGATCAATTCCGGGTATTCAAAATTCAAAATTCAAGATTCAAAATTCAAGATTCAAAAAAAAATTCGATGCCAAGCTCCATCCCAGACCAAGTACGGAAGAGTAGTACAAGTACAAATCGGAGTCGTCATAACCGAACGGAGGTAGACTCTATCCTTTTTTCTAATCCCTGTTTTGTGCAGGTACCGGCGTACAAAGAATGGTCTTGATTGCAGAACATCTTGATCATTCTCCGTCCGTTTCGAAATACTTTGACTTGCGCTTTCCTAACCGAACGCTCAGTCAAAGTGGGGGATTCTGTAAACACCTAATTTGTGTCTCCCCTCTGGGATGATGACGATACATTATCCTTATTAGGCGGTTGGAGCAACTCCGTGCGGAAATTCCAATTTCTAAGAACATGTCCAAAATCCAAGAGCCAAAATCCAAAATCCAATCCCCGAGGTCGTTCCCCTTCCGGAACTCGGTACAAAATACAATTTTCAAAAATCAATTTCAAAATCCAAGTACAACCTCACCCAATGGACCATTCCATTGGTTTTGCAAGGCCTTTTCCAGTCAAAATGACATTAAGCAATCCAAATTTGGGCGCCGACCCACAAAACCGAGCAAGTCGGGCCTCGTCCCGTAAAACCGAAATTCAAAAAACCGAAACTGCTTGTTTTTAGACGCAAATCAAGTCTTAATCCCCAAGAAAACACTACGTGCCAAACTTTGTACGAATAGTACGAAGGTACACCAATACAAGACAAAGCAAGGACGGAGCCCGCGTCCTTGTTTTGGCAGCGTCTGCGCCACGTCAGCAGCGCCTGGCGTTGGTGCTGCGCTGGACGCTGGCGTTGGTGCTGCGCTGGACGCTGGCGTTGGCTGGCGTTTAGCAGCAAATCCTCCTATAAATACCCTTAATGTTAGGTTATGATACATATGAATAAACATAAATCATGCGGAAAAACCATAAAGCCAGGAAACATATTATTTAGACAAAATCATTTAGCATAATTCAGATGCATACACTTTGTAGCGTGCCCTCCCTAGCTGCGCCCAAACCGAACAAGAACAAGTCTTTAGGACTCTAGGTGTCGTCCCTCCATAGATATTCCACAGCACGTCCGGATCCGGCTTAAGATTGACCAACTAGAATCGCCCTTAAGGTACTATAAATTTCGGCTAATAGGGCAAATGTTTGTGGCTGATTTTTGCTTGAAAATCTTACCTTTGAATACTTCAATTCTTACGTCGATAAATTTGTGACCCTAGGCACATATTTATAGAGTTATGGAAAAGGACTTAGAATCCTATTAGAATACCAATTTAGTTTAATTAGAATCCTGTTAGGACTCTTATTAAATAAAATCTATCTACTAGGATTAGGATTTAATCATAGAACAAATTCTAATAGCTTTAGGATTTGTATTGCACACAACCGTACACGAGCACGAACACGAGCACCACCCGCGCAAGCCTTGCGGCCCACGCGAGCTGCACTCGCTCGCAACCCAAATGTCGCAGCCCATATTGCTCCGCGCGCGCCAAGGCCTTGCTGGGCCTGGCCTTGCGCTGGGCCTGGCGGGGCTTGGCTGTGTGTAATTGATGCGTGTGGTTTGCTGGGCGATGGCCCGGCTTCGTGCTGGGCCTTCGTCTGGCAGGCCTCGTCCGATGCTAATTCGTACGATACGCTTCCGATTAAATTCCCGATTCCGGAATTTATTTCCGATACGAACAATATTTAATATTTCCGATTCCGGAATAAATTTCCGTTTCGAACAAATATTTAATATTTCCGTTTCCGGAATTATTTTCCGATTCCGATAATATTTCCGATTCTGACAATATTTCCGTTTCCGGTAATATTTCCGATTCCGGCAATATTTCTATTTCCGATAATATTTTCCGATACGTACCATGTTTCCGTTTCCGGCAACATCTACGACTTGGAGAATATTTATATTTCCGATACGATCCATATTTCCGTTTCCGGCAACATCATCGTTTCCGGAGTATTCATTTACTTGCCTTTGACGATCTCAGCTCCCACTGAAACCAAGATCCGTCGATTCCGAATATCCATAGATGGAGTATTTAATGCCATTAAATACTTGATCCGTTTACGTACTATTTGTGTGACCCTACGGGTTCAGTCAAGAGTAAGCCGTGGATTAATATCATTAATTCCACTTGAACTGAAGCGGCCTCTAGCTAGGCATTCAGCTCACTTGATCTCACTAAATTTATTAACTTGTCAATTAATACTGAACCGCATTTATTAGACTTAACATTATATGCATACTTGGACCAAGGGCATTATTTCCTTCACTTAATTCTAAGCATTAAGGGAGGCAAAATCGAAACATAACGTCGTAATACAAAAATTGCCCCTCAAATAAAAATCCAAAAATCTTACAAAATCTCATACAACATTTCAAGTTGTAAGCAATTGGGAGCTCTAAAAGGAATTCTTGCCTAAGCCTAAATAGGTAATTCCGAATCCCACCATATTCAATCATGTTTCTTTGATTTTCCTATTTCGAAAATGATTAGTAAGTTGACATTTTTAACAATAAAAATGTCACTTACAACAATCATACATTTCTTCAAAATCCAAACTTTTCAAAATACAAGAATGCAAACTTTCAAGATTCAAGGATGTTCAAAGTTGTTTGTAATCACTTCTTTGAACTAGAATCATTTTCAAAATGTGGAGTAATCAAAGATGATGCCTTTCTAACTTTTAAAGGTTTAGTCTTTGAGATTCAAGACTCCATTTTTCAATATACAAGTTCAAGTTTTCAAATTTCAAGATCCAACAATGTTTAGGGATATTCAGTTAAATATTTTGCAAAAAAAAATAATCAANATGATCTAACATTCAATCAATTATTCTTTGTTTAACTCGTGCATGCATCTGTCGTGCGAGAACTAACCTAATATACAACTATTTCTACGTAAACCAGACTATGAGTTTTTGGTTTTGTTGGTGTAACTAAGCCATTTTTGGCAATACAGATAATAAATGGGGATACTAGGCTACAAGATAGTGGTGTTGGTGGCCGGGTGTTAATGAGCTTATAGAATTCCCGAGTTATTCTAATCGGACTCAGTCAAATCTCGACTCGAGCTCGAGATATGATGGACTCAAATATTTAACGAGTCGAGTCGAGCAACTTGATAGTCGACTCAAAAATCTAGCGAGAAGCTCAATTTATTTATACATATATAATTTTTTTGTAAAGATAAATGTTATATTTATCACTTTTATTCATCATGTGTTTCTTCCTTTTAAAAGAAAAATATACTTGTTTTTTTTCCCTAAAAAGAGTGAATATAGAAATTATTAAGCAAAAAAATATCTAAACCAACAATCAAGATTACACTAATTGGCAGTCAAAAAGTCTTTTAGAGTTACTCCCATATTGGTAAATAAGTGAAGTAGGAAATAAGGAAAGGGTTTTATATTTATTTTGTACCACTTTGGTAAATAAGTGAGGGAGGAAAGAAAGAAATGGTTATATTCATTTTATCCCACATTATTAATTAATTGTGGGAAAAAAGAAGGAAATAATTTTCAGTCTTTTAATGTAAAAGTGTACCAATTACATCCATTGGGCTTCCACTTGGGCTTATGGATATATTGATTTTGGGGTATAAACTTGCTTTTTATAAGATTGGAATTTTATTTGAGTCAAATTTAAACTCAATTTTGGGTTTTCGAGTCGATTTCGAATTAAGTTTGAGCTTGAGTTTGTGTTTTCGAGCCGATTTCGAAACGAATTCGAGCTCGAGTTTTTAGTGTGCTTATGAAAATATAGGGTAGCCCAATGACCTAAATAATGAAGCCTTGTTTTGTGTTTGGCTGTACACAGAGTTGGCTGTACCCGCATCCAAAAATGGCGTCGTTTTGTGTTGTTTAAGATGAATATTATATACTGGTATGGAAATGAACATTTACTATTTGGAAATGAACATTTATTTATTTGTTTTGAAATGAACATTTACTATTCGGGACATGAACATTTATTTATTTATTTGGAAATGAACATTTATTTATTTTTTAGAAAATGAACATTTTTCTACTGATCGTAAGATGCGTATTTAC

mRNA sequence

TTCCATATATACGGACCTCATGCTTTGCCAAAAGTTCAGTGTTATGATAATCATCATCAAAGTTGCAACTTTAGGACACTAAAGTTTTATAGTCCATCTTTTAACCACTCTCACTTCATCTCGCTCCCATTAGCCATACACACTGAACTAATTGATAAGCTCACCGGATTTCAGTCCACCATATTGGGATGTAATGATTCAAAAGATGCAGATGGGACTATGGATGTTGATTCAAGTAACGAGGCATTAGAATATGTGGAAAAAAGTGATAAACCCGTAAAAGTACTAGATGTTCCTGTCAAACTTAAAGTTGATGACACGAACAATGATAAAGGGGATTATCGGTATGCTGTGGAGATGAATCAGACTGAGGTTTTGCATTTACTAGAGTCTCCAGATGCGCTTAAGGCTAAAGTTCAAGAGGCTATAGGCGGAAAATGTTGCTCTAGTTCTCAGATTTTGCTGGCAGTGCTTTATTCAGGTGCCACCAAGATATTGTCGTCGCTTGAACCAGAAGATGCTGACATTAGAATTCATGTTGTGAAAGTTGTTGCAAATTCGGCTGCAGAAGGTAAAGAGCTCCGAACAAATCAGGAGAAGATTGTAGAGGCAGGTGGGATTACTTCCTTGCTGAATCTTCTAAGAAGCTCTGAGGATGAGACCATACATCGAGTTGCTACTGGTGCTATTGCAAATTTAGCAATGAACGAAACCAACCAAGAGCTGATTATGGGCCAAGGAGGTGTCAGTTTACCGATTACTAATGCAGAGGATCCCCAAACCCCTCGCATGATTGCTGGAGCAGTCGCTTACCTTTGTGGCAATGAAAATGAACATTTTTCTACTGATCGTAAGATGCGTATTTAC

Coding sequence (CDS)

TTCCATATATACGGACCTCATGCTTTGCCAAAAGTTCAGTGTTATGATAATCATCATCAAAGTTGCAACTTTAGGACACTAAAGTTTTATAGTCCATCTTTTAACCACTCTCACTTCATCTCGCTCCCATTAGCCATACACACTGAACTAATTGATAAGCTCACCGGATTTCAGTCCACCATATTGGGATGTAATGATTCAAAAGATGCAGATGGGACTATGGATGTTGATTCAAGTAACGAGGCATTAGAATATGTGGAAAAAAGTGATAAACCCGTAAAAGTACTAGATGTTCCTGTCAAACTTAAAGTTGATGACACGAACAATGATAAAGGGGATTATCGGTATGCTGTGGAGATGAATCAGACTGAGGTTTTGCATTTACTAGAGTCTCCAGATGCGCTTAAGGCTAAAGTTCAAGAGGCTATAGGCGGAAAATGTTGCTCTAGTTCTCAGATTTTGCTGGCAGTGCTTTATTCAGGTGCCACCAAGATATTGTCGTCGCTTGAACCAGAAGATGCTGACATTAGAATTCATGTTGTGAAAGTTGTTGCAAATTCGGCTGCAGAAGGTAAAGAGCTCCGAACAAATCAGGAGAAGATTGTAGAGGCAGGTGGGATTACTTCCTTGCTGAATCTTCTAAGAAGCTCTGAGGATGAGACCATACATCGAGTTGCTACTGGTGCTATTGCAAATTTAGCAATGAACGAAACCAACCAAGAGCTGATTATGGGCCAAGGAGGTGTCAGTTTACCGATTACTAATGCAGAGGATCCCCAAACCCCTCGCATGATTGCTGGAGCAGTCGCTTACCTTTGTGGCAATGAAAATGAACATTTTTCTACTGATCGTAAGATGCGTATTTAC

Protein sequence

FHIYGPHALPKVQCYDNHHQSCNFRTLKFYSPSFNHSHFISLPLAIHTELIDKLTGFQSTILGCNDSKDADGTMDVDSSNEALEYVEKSDKPVKVLDVPVKLKVDDTNNDKGDYRYAVEMNQTEVLHLLESPDALKAKVQEAIGGKCCSSSQILLAVLYSGATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDETIHRVATGAIANLAMNETNQELIMGQGGVSLPITNAEDPQTPRMIAGAVAYLCGNENEHFSTDRKMRIY

Relationships

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


Feature Name	Unique Name	Type
Spo00008.1	Spo00008.1	mRNA

Homology

[Close]

BLAST of Spo00008.1 vs. NCBI nr
Match: gi|902193326|gb|KNA12275.1| (hypothetical protein SOVF_127470 [Spinacia oleracea])

HSP 1 Score: 168.3 bits (425), Expect = 2.000e-38
Identity = 95/119 (79.83%), Postives = 99/119 (83.19%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DADIRIH VKVVAN AAE     TNQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 378 GLQKILSLLEADDADIRIHAVKVVANLAAE----ETNQEKIVEAGGLTSLLNLLRSSEDE 437

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 438 TIHRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 492

[Close]

BLAST of Spo00008.1 vs. NCBI nr
Match: gi|731331387|ref|XP_010676635.1| (PREDICTED: armadillo repeat-containing kinesin-like protein 3 isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 163.7 bits (413), Expect = 4.800e-37
Identity = 92/119 (77.31%), Postives = 98/119 (82.35%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DAD+RIH VKVVAN AAE      NQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 661 GLQKILSLLEADDADVRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLNLLRSSEDE 720

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TI+RVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 721 TIYRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 775

[Close]

BLAST of Spo00008.1 vs. NCBI nr
Match: gi|731331389|ref|XP_010676636.1| (PREDICTED: armadillo repeat-containing kinesin-like protein 3 isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 163.7 bits (413), Expect = 4.800e-37
Identity = 92/119 (77.31%), Postives = 98/119 (82.35%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DAD+RIH VKVVAN AAE      NQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 654 GLQKILSLLEADDADVRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLNLLRSSEDE 713

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TI+RVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 714 TIYRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 768

[Close]

BLAST of Spo00008.1 vs. NCBI nr
Match: gi|947079216|gb|KRH28005.1| (hypothetical protein GLYMA_11G0287001, partial [Glycine max])

HSP 1 Score: 161.4 bits (407), Expect = 2.400e-36
Identity = 89/119 (74.79%), Postives = 96/119 (80.67%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE     TNQ KIVEAGG+TSLLNLL+SS DE
Sbjct: 47  GLQKILSLLEAEDADVRIHAVKVVANLAAE----ETNQGKIVEAGGLTSLLNLLKSSHDE 106

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+SL      NAEDPQT RM+AGA+A LCGN+
Sbjct: 107 TIHRVAAGAIANLAMNETNQELIMAQGGISLLSMTAANAEDPQTLRMVAGAIANLCGND 161

[Close]

BLAST of Spo00008.1 vs. NCBI nr
Match: gi|947079215|gb|KRH28004.1| (hypothetical protein GLYMA_11G0287001, partial [Glycine max])

HSP 1 Score: 161.4 bits (407), Expect = 2.400e-36
Identity = 89/119 (74.79%), Postives = 96/119 (80.67%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE     TNQ KIVEAGG+TSLLNLL+SS DE
Sbjct: 47  GLQKILSLLEAEDADVRIHAVKVVANLAAE----ETNQGKIVEAGGLTSLLNLLKSSHDE 106

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+SL      NAEDPQT RM+AGA+A LCGN+
Sbjct: 107 TIHRVAAGAIANLAMNETNQELIMAQGGISLLSMTAANAEDPQTLRMVAGAIANLCGND 161

[Close]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QYE7_SPIOL (Kinesin-like protein OS=Spinacia oleracea GN=SOVF_127470 PE=3 SV=1)

HSP 1 Score: 168.3 bits (425), Expect = 1.400e-38
Identity = 95/119 (79.83%), Postives = 99/119 (83.19%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DADIRIH VKVVAN AAE     TNQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 378 GLQKILSLLEADDADIRIHAVKVVANLAAE----ETNQEKIVEAGGLTSLLNLLRSSEDE 437

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 438 TIHRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 492

[Close]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Match: A0A0J8F8H4_BETVU (Kinesin-like protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g101760 PE=3 SV=1)

HSP 1 Score: 163.7 bits (413), Expect = 3.300e-37
Identity = 92/119 (77.31%), Postives = 98/119 (82.35%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DAD+RIH VKVVAN AAE      NQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 654 GLQKILSLLEADDADVRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLNLLRSSEDE 713

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TI+RVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 714 TIYRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 768

[Close]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Match: A0A0J8CEJ1_BETVU (Kinesin-like protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_5g101760 PE=3 SV=1)

HSP 1 Score: 163.7 bits (413), Expect = 3.300e-37
Identity = 92/119 (77.31%), Postives = 98/119 (82.35%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE +DAD+RIH VKVVAN AAE      NQEKIVEAGG+TSLLNLLRSSEDE
Sbjct: 661 GLQKILSLLEADDADVRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLNLLRSSEDE 720

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           TI+RVA GAIANLAMNETNQELIM QGGV   S+  TNAEDPQT RMIAGAVA LCGN+
Sbjct: 721 TIYRVAAGAIANLAMNETNQELIMAQGGVGLLSVTATNAEDPQTLRMIAGAVANLCGND 775

[Close]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Match: A0A0R0HN74_SOYBN (Uncharacterized protein (Fragment) OS=Glycine max GN=GLYMA_11G0287001 PE=4 SV=1)

HSP 1 Score: 161.4 bits (407), Expect = 1.700e-36
Identity = 89/119 (74.79%), Postives = 96/119 (80.67%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE     TNQ KIVEAGG+TSLLNLL+SS DE
Sbjct: 47  GLQKILSLLEAEDADVRIHAVKVVANLAAE----ETNQGKIVEAGGLTSLLNLLKSSHDE 106

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+SL      NAEDPQT RM+AGA+A LCGN+
Sbjct: 107 TIHRVAAGAIANLAMNETNQELIMAQGGISLLSMTAANAEDPQTLRMVAGAIANLCGND 161

[Close]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Match: A0A0R0HB35_SOYBN (Uncharacterized protein (Fragment) OS=Glycine max GN=GLYMA_11G0287001 PE=4 SV=1)

HSP 1 Score: 161.4 bits (407), Expect = 1.700e-36
Identity = 89/119 (74.79%), Postives = 96/119 (80.67%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE     TNQ KIVEAGG+TSLLNLL+SS DE
Sbjct: 47  GLQKILSLLEAEDADVRIHAVKVVANLAAE----ETNQGKIVEAGGLTSLLNLLKSSHDE 106

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+SL      NAEDPQT RM+AGA+A LCGN+
Sbjct: 107 TIHRVAAGAIANLAMNETNQELIMAQGGISLLSMTAANAEDPQTLRMVAGAIANLCGND 161

[Close]

BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
Match: ARK3_ARATH (Armadillo repeat-containing kinesin-like protein 3 OS=Arabidopsis thaliana GN=ARK3 PE=1 SV=1)

HSP 1 Score: 154.1 bits (388), Expect = 2.400e-36
Identity = 84/119 (70.59%), Postives = 95/119 (79.83%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE      NQ++IVEAGG+TSLL LL+++EDE
Sbjct: 661 GLQKILSLLEAEDADVRIHAVKVVANLAAE----EANQQQIVEAGGLTSLLMLLKNTEDE 720

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+ L      NAEDPQT RM+AGA+A LCGN+
Sbjct: 721 TIHRVAAGAIANLAMNETNQELIMDQGGIGLLSSTAANAEDPQTLRMVAGAIANLCGND 775

[Close]

BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
Match: ARK2_ORYSJ (Armadillo repeat-containing kinesin-like protein 2 OS=Oryza sativa subsp. japonica GN=Os06g0137100 PE=2 SV=1)

HSP 1 Score: 152.9 bits (385), Expect = 5.300e-36
Identity = 85/119 (71.43%), Postives = 95/119 (79.83%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE E+ D+R+H VKVVAN AAE      NQEKIVEAGG+TSLL LLRSSEDE
Sbjct: 634 GLQKILSLLESEEPDVRVHAVKVVANLAAE----EANQEKIVEAGGLTSLLMLLRSSEDE 693

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TI RVA GAIANLAMNETNQ+LIM QGGVSL     ++AEDPQT RM+AGA+A LCGN+
Sbjct: 694 TIRRVAAGAIANLAMNETNQDLIMAQGGVSLLSMTASDAEDPQTLRMVAGAIANLCGND 748

[Close]

BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
Match: ARK2_ARATH (Armadillo repeat-containing kinesin-like protein 2 OS=Arabidopsis thaliana GN=ARK2 PE=1 SV=2)

HSP 1 Score: 143.3 bits (360), Expect = 4.200e-33
Identity = 80/119 (67.23%), Postives = 92/119 (77.31%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KIL  LE +DA+IRIH VKVVAN AAE      NQEKIVEAGG+TSLL LLRS EDE
Sbjct: 637 GLQKILQLLESDDANIRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLMLLRSYEDE 696

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           T+ RVA GAIANLAMNE +Q+LI+ QGG+   SL   +AEDPQT RM+AGA+A LCGN+
Sbjct: 697 TVRRVAAGAIANLAMNEVSQQLIVDQGGISLLSLTAADAEDPQTLRMVAGAIANLCGND 751

[Close]

BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
Match: ARK1_ORYSJ (Armadillo repeat-containing kinesin-like protein 1 OS=Oryza sativa subsp. japonica GN=Os03g0152900 PE=2 SV=2)

HSP 1 Score: 120.2 bits (300), Expect = 3.800e-26
Identity = 72/145 (49.66%), Postives = 95/145 (65.52%), Query Frame = 1


		  
Query: 138 KVQEAIGGKCCSSSQILLAVLYSGATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTN 197
           K +E +  +  + S+I   V   G   +L+ L+ ++ +++IH VKVVAN AAE      N
Sbjct: 674 KSRELLSSQRSNISKIFEEV---GLPNVLALLKSDELEVQIHAVKVVANLAAED----VN 733

Query: 198 QEKIVEAGGITSLLNLLRSSEDETIHRVATGAIANLAMNETNQELIMGQGGVSL---PIT 257
           QEKIVE GG+ +LL+LL +SE+ TIHRV  GAIANLAMN +NQ LIM +GG  L     +
Sbjct: 734 QEKIVEEGGLDALLSLLETSENTTIHRVTAGAIANLAMNGSNQGLIMNKGGARLLANIAS 793

Query: 258 NAEDPQTPRMIAGAVAYLCGNENEH 280
              DPQT RM+AGA+A LCGNE  H
Sbjct: 794 KTNDPQTLRMVAGALANLCGNEKLH 811

[Close]

BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
Match: ARK1_ARATH (Armadillo repeat-containing kinesin-like protein 1 OS=Arabidopsis thaliana GN=ARK1 PE=1 SV=2)

HSP 1 Score: 116.7 bits (291), Expect = 4.200e-25
Identity = 80/206 (38.83%), Postives = 122/206 (59.22%), Query Frame = 1


		  
Query: 75  DVDSSNEALEYVEKSDKPVKVLDVPVKLKVDDTNNDKGDYRYAVE-MNQTEVLHLLESPD 134
           +V    E L   EK  K ++     +K  + ++ N   + RY  E +++       ++  
Sbjct: 719 EVRDMKERLLLEEKQRKQMESELSKLKKNLRESENVVEEKRYMKEDLSKGSAESGAQTGS 778

Query: 135 ALKAKVQEAIGGKCCSSSQILLAVLYSGATKILSSLEPEDADIRIHVVKVVANSAAEGKE 194
                +++++ G+  + +++   V   G  KIL  ++ ED +++I  VKVVAN AAE   
Sbjct: 779 QRSQGLKKSLSGQRATMARLCEEV---GIQKILQLIKSEDLEVQIQAVKVVANLAAE--- 838

Query: 195 LRTNQEKIVEAGGITSLLNLLRSSEDETIHRVATGAIANLAMNETNQELIMGQGGVSL-- 254
              NQ KIVE GG+ +LL L++SS++ TI RVA+GAIANLAMNE +Q+LIM +GG  L  
Sbjct: 839 -EANQVKIVEEGGVEALLMLVQSSQNSTILRVASGAIANLAMNEKSQDLIMNKGGAQLLA 898

Query: 255 -PITNAEDPQTPRMIAGAVAYLCGNE 277
             +T  +DPQT RM+AGA+A LCGNE
Sbjct: 899 KMVTKTDDPQTLRMVAGALANLCGNE 917

[Close]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Match: AT1G12430.2 (armadillo repeat kinesin 3)

HSP 1 Score: 154.1 bits (388), Expect = 1.300e-37
Identity = 84/119 (70.59%), Postives = 95/119 (79.83%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KILS LE EDAD+RIH VKVVAN AAE      NQ++IVEAGG+TSLL LL+++EDE
Sbjct: 661 GLQKILSLLEAEDADVRIHAVKVVANLAAE----EANQQQIVEAGGLTSLLMLLKNTEDE 720

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGVSL---PITNAEDPQTPRMIAGAVAYLCGNE 277
           TIHRVA GAIANLAMNETNQELIM QGG+ L      NAEDPQT RM+AGA+A LCGN+
Sbjct: 721 TIHRVAAGAIANLAMNETNQELIMDQGGIGLLSSTAANAEDPQTLRMVAGAIANLCGND 775

[Close]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Match: AT1G01950.3 (armadillo repeat kinesin 2)

HSP 1 Score: 143.3 bits (360), Expect = 2.400e-34
Identity = 80/119 (67.23%), Postives = 92/119 (77.31%), Query Frame = 1


		  
Query: 161 GATKILSSLEPEDADIRIHVVKVVANSAAEGKELRTNQEKIVEAGGITSLLNLLRSSEDE 220
           G  KIL  LE +DA+IRIH VKVVAN AAE      NQEKIVEAGG+TSLL LLRS EDE
Sbjct: 658 GLQKILQLLESDDANIRIHAVKVVANLAAE----EANQEKIVEAGGLTSLLMLLRSYEDE 717

Query: 221 TIHRVATGAIANLAMNETNQELIMGQGGV---SLPITNAEDPQTPRMIAGAVAYLCGNE 277
           T+ RVA GAIANLAMNE +Q+LI+ QGG+   SL   +AEDPQT RM+AGA+A LCGN+
Sbjct: 718 TVRRVAAGAIANLAMNEVSQQLIVDQGGISLLSLTAADAEDPQTLRMVAGAIANLCGND 772

[Close]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Match: AT3G54870.1 (Armadillo/beta-catenin repeat family protein / kinesin motor family protein)

HSP 1 Score: 114.8 bits (286), Expect = 9.000e-26
Identity = 79/205 (38.54%), Postives = 121/205 (59.02%), Query Frame = 1


		  
Query: 75  DVDSSNEALEYVEKSDKPVKVLDVPVKLKVDDTNNDKGDYRYAVE-MNQTEVLHLLESPD 134
           +V    E L   EK  K ++     +K  + ++ N   + RY  E +++       ++  
Sbjct: 719 EVRDMKERLLLEEKQRKQMESELSKLKKNLRESENVVEEKRYMKEDLSKGSAESGAQTGS 778

Query: 135 ALKAKVQEAIGGKCCSSSQILLAVLYSGATKILSSLEPEDADIRIHVVKVVANSAAEGKE 194
                +++++ G+  + +++   V   G  KIL  ++ ED +++I  VKVVAN AAE   
Sbjct: 779 QRSQGLKKSLSGQRATMARLCEEV---GIQKILQLIKSEDLEVQIQAVKVVANLAAE--- 838

Query: 195 LRTNQEKIVEAGGITSLLNLLRSSEDETIHRVATGAIANLAMNETNQELIMGQGGVSL-- 254
              NQ KIVE GG+ +LL L++SS++ TI RVA+GAIANLAMNE +Q+LIM +GG  L  
Sbjct: 839 -EANQVKIVEEGGVEALLMLVQSSQNSTILRVASGAIANLAMNEKSQDLIMNKGGAQLLA 898

Query: 255 -PITNAEDPQTPRMIAGAVAYLCGN 276
             +T  +DPQT RM+AGA+A LCGN
Sbjct: 899 KMVTKTDDPQTLRMVAGALANLCGN 916

[Close]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Match: AT3G16230.2 (Predicted eukaryotic LigT)

HSP 1 Score: 53.5 bits (127), Expect = 2.500e-7
Identity = 34/83 (40.96%), Postives = 48/83 (57.83%), Query Frame = 1


		  
Query: 31  SPSFNHSHFISLPLAIHTELIDKLTGFQSTILG----CNDSKD-----ADGTMDVD-SSN 90
           SPS ++SHF+SLPLAIH EL+DKL  FQ++ILG     +D +D     A  ++ VD  +N
Sbjct: 173 SPSLDYSHFVSLPLAIHPELVDKLVNFQNSILGIHSIASDKQDDQANRATTSVAVDLKAN 232

Query: 91  EALEYVEKSDKPVKVLDVPVKLK 104
                V    K + ++  P K K
Sbjct: 233 SETNQVNVGIKSIPIVSYPPKAK 255

[Close]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Match: AT4G34110.1 (poly(A) binding protein 2)

HSP 1 Score: 49.3 bits (116), Expect = 4.700e-6
Identity = 29/52 (55.77%), Postives = 37/52 (71.15%), Query Frame = 1


		  
Query: 118 VEMNQTEVLHLLESPDALKAKVQEAIGGKCCSSSQILLAVLYSGATKILSSL 170
           +EM+QTEVLHLLESP+ALKAKV EA+         +L +V   GAT+ L+SL
Sbjct: 583 LEMDQTEVLHLLESPEALKAKVAEAM--------DVLRSVAAGGATEQLASL 626

The following BLAST results are available for this feature:

BLAST of Spo00008.1 vs. NCBI nr
BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
BLAST of Spo00008.1 vs. ExPASy Swiss-Prot
BLAST of Spo00008.1 vs. TAIR (Arabidopsis)

BLAST of Spo00008.1 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\|902193326\|gb\|KNA12275.1\|	2.0e-38	79.8	hypothetical protein SOVF_1274...	[more]
gi\|731331387\|ref\|XP_010676635.1\|	4.8e-37	77.3	PREDICTED: armadillo repeat-co...	[more]
gi\|731331389\|ref\|XP_010676636.1\|	4.8e-37	77.3	PREDICTED: armadillo repeat-co...	[more]
gi\|947079216\|gb\|KRH28005.1\|	2.4e-36	74.7	hypothetical protein GLYMA_11G...	[more]
gi\|947079215\|gb\|KRH28004.1\|	2.4e-36	74.7	hypothetical protein GLYMA_11G...	[more]

BLAST of Spo00008.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QYE7_SPIOL	1.4e-38	79.8	Kinesin-like protein OS=Spinac...	[more]
A0A0J8F8H4_BETVU	3.3e-37	77.3	Kinesin-like protein OS=Beta v...	[more]
A0A0J8CEJ1_BETVU	3.3e-37	77.3	Kinesin-like protein OS=Beta v...	[more]
A0A0R0HN74_SOYBN	1.7e-36	74.7	Uncharacterized protein (Fragm...	[more]
A0A0R0HB35_SOYBN	1.7e-36	74.7	Uncharacterized protein (Fragm...	[more]

BLAST of Spo00008.1 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
ARK3_ARATH	2.4e-36	70.5	Armadillo repeat-containing ki...	[more]
ARK2_ORYSJ	5.3e-36	71.4	Armadillo repeat-containing ki...	[more]
ARK2_ARATH	4.2e-33	67.2	Armadillo repeat-containing ki...	[more]
ARK1_ORYSJ	3.8e-26	49.6	Armadillo repeat-containing ki...	[more]
ARK1_ARATH	4.2e-25	38.8	Armadillo repeat-containing ki...	[more]

BLAST of Spo00008.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5


Match Name	E-value	Identity	Description
AT1G12430.2	1.3e-37	70.5	armadillo repeat kinesin 3	[more]
AT1G01950.3	2.4e-34	67.2	armadillo repeat kinesin 2	[more]
AT3G54870.1	9.0e-26	38.5	Armadillo/beta-catenin repeat ...	[more]
AT3G16230.2	2.5e-7	40.9	Predicted eukaryotic LigT	[more]
AT4G34110.1	4.7e-6	55.7	poly(A) binding protein 2	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000225	Armadillo	PFAM	PF00514	Arm	coord: 198..234 score: 2.
IPR000225	Armadillo	PROFILE	PS50176	ARM_REPEAT	coord: 205..248 score: 15
IPR002004	Polyadenylate-binding protein/Hyperplastic disc protein	GENE3D	1.10.1900.10		coord: 119..143 score: 1.
IPR002004	Polyadenylate-binding protein/Hyperplastic disc protein	PFAM	PF00658	PABP	coord: 119..143 score: 1.
IPR011989	Armadillo-like helical	GENE3D	1.25.10.10		coord: 147..277 score: 5.4
IPR016024	Armadillo-type fold	unknown	SSF48371	ARM repeat	coord: 133..276 score: 4.03

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:0007018	microtubule-based movement
cellular_component	GO:0005871	kinesin complex
cellular_component	GO:0005874	microtubule
cellular_component	GO:0045298	tubulin complex
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0008017	microtubule binding
molecular_function	GO:0003777	microtubule motor activity
molecular_function	GO:0003723	RNA binding
molecular_function	GO:0005488	binding
molecular_function	GO:0005515	protein binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo09450	0.67	Barchart \| Table