Spo22439 (gene)

Overview
NameSpo22439
Typegene
OrganismSpinacia oleracea (Spinach)
DescriptionProteasome subunit alpha type (3.4.25.1)
LocationSuper_scaffold_60 : 579433 .. 614020 (-)
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexonthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGAGCAGCATCGGAACCGGCTACGACCTCTCGGTCACCACCTTCTCACCAGACGGTCGAGTTTTCCAAATTGAGTACGCTTCTAAGGCCGTCGACAACAGCGGGTCTGTCTTTTTTTCAGTCTTCTCTGGTACATTTGATGGCGAATTCTACTTTCTAATGCTTATTTTTTCAATTTGATTTTCTCCAAATAAAGGACTGCCGTGGGCATCAAATGCAAGGATGGAATTGTTCTGGTAATTTTTTTTTGGGTGATCTGAATGTTTTTTGGCTGTATTATTTTGATGGGTTTTAATTGGATTTGTGAGATGTTGAATAGGGTGTTGAGAAGCTTATACAATCGAAGATGATGTTACCGGGCTCGAATCGACGAATCCATTCTGTTCATCGGCACTCTGGCATGGTTATTACCTATCCCTTGTTTTTGCTTTTGTGCTGCAAGAAGTTTAATGCTGGAATTTTTTTGTCACCCCTTTTATATGTCTGATGTTTGATTGCTTTGAACGGGAAAAGATATTGAGGAAATAGAATGGAATCTGTTCCATATAGTGTATAGGATTGAATTCAATTATATTGTTCCATTTCTTTTGAAAGGGTCATTTTGGTAGTAAGAATTTAAGATGACTTGGCGTCTTGGAGATACCGGTAGTCAAGTAATGGTGGTGTAGGTAGGTGGCCAGGGTGATGATAATGAGTAATGCAGGTTATGTATCTGTTACTCTGAATTCTGAACCAATGGTATTTAAAACCCATTGAAGGGATAGGGTTTTAGTAAGGAGATTGGGATTCACCATAGTTTGGAACTAAAAGGGAAATTAGTGAATCAAATGCCAAATGTCGGAGCGGGATTTTCCTTTCTGATTCTGTACACACAGAATTTAAACACTTCCCTAGCTTGTAGCTGGTTGGTTGTTGAAGCGCTACAAAATATTTTGTGTTGGAAATGGAAAACTTGTTAGTTGGTTGGATTGGCTGCTGTGCAATTTGATGCATTTCGGGGAAAGAAATTGAGTAAAATAACAAGATACAAATACCAACGGGAAATTAAAACAAATTATCTTTGTGTTCTTTTTTTGGGTGTTTCATTGGACTCAAACTTTAAAGGAAAGAGATATTCTACTATCCCACCTTAAGACACTAAAGGTGTGTTCTTTTTAACTTATAGACCTTATATGATCTTGTTTAACTTGTAGGATGTTATCTCTATTTTATACGGAGTAAGTGAAAACCCGAGGGCTTTTTGGTAATCACGCTTTTGGTGTACCCAATCTAAAAGACTAAAATACCCTCGGTTACTTTACAATTTAATTAATCACGCATAAAATCTTCCTTATGAAATCAACAAAAGTCAACAAAGAATATAACGGTTTCCAGAAATCAATCCAGCAAATCTGTCAAATTCTAATTTTATGCACGGAATCAATCAATTATCTCCACCAAATCTTATATGCACGAAATCAATCACTTTTCAAGTTATATGCACGAAATCAATCAATTATCTCCACCAAATGTGTCAAATTCTTATTTTAAAGAAATTTAGTCAATAACGGCTAATCTACTTCCTAATTCTACGCTATAGTCAAAGACTAGTATAACACCCGTGCGATGCACGATTTACAATCTAGTACGCTAAATATTAAATTTGCATGAAATCTAATCTATTTTTAAGAAAATTAATCAAAACAGAACTTGTAGATATTTTTCTATTTAAAGTTAATTATGGATAGATTTGTTATTGTACCATTTCGTATCTTATTTATTAAAAAAATAAAAATAAAACAAATTAAAGTACGTAGATAAAATCACTTTCATTCACATTCATTACCCGTGTCTAACATAAATTAAGTCTCATATACCCTTATATCTATAGTATACCCATATAATACTCGGCCCACCATTTACCTCATTACCCGATCACTTAACACTTACACACATATATCATGTACTTTATTCAGCTAGAAATGATTTTTAGTCAAGGCGGGGCGGGTGCAGAGGATTGTCCCTCCACACCCGTACCCACCTAAAAATATCACCCTTATCCTCACCACCCACGATACGTATGTTACCTATCTACAAATAAAATTCATTCTCGCTTCATCACCCACCCATTTATCCAAACTCACCTCAAACCCACCATATATACCCTTTTTGTTTGGTAGTTTTCAATTTTAAAACCCTATTTTAAAGTATTTTGCAATTTAGTTGTCTTTTTAGGGTAATTGAATAAATAAATAAAATGTTATAATATGTAGTTTAGTTGTAAAAAATGCTATTCAAAATCAATTACTCAGTAGATGAAGGATGTGTGAGGTGGGAGGGTTCAATCTAAATTTTTTCCTTACCTTGTCACCCGCGGCAAATACATTTCTATCTGCATCATCCACCAAATTAACTTTCCTCCAACCCTTCCCACTTGGGGCGTTGCATAAGGGTCTCCCAAAAACCCGTCCCCCTAACAATCTGACATACCTATATTTAGTCAAAAATCCAAGTTCCCTTCAATTAACCTTCTAACAAACTCACTCCGACCTTTTGATTACTCCATACCTAAAATTCACTTAATTAAGAATTGAGTGTAAAATGTGTACTTGAGTTGATAAAATGGTCATATGAGATAAGAGATAGAGAAACATCAAGTAGGAAAACTTTTCGTTTTATGTATGGATCGAGTATTCTAAAACGGACACACCAATGATGGAGATGAGGCAAATAAAGAGACGAAAGGACTATTGAATAAAAGATTTGTGAAAGAGTAGGGAAGTGATCTTTTTGAGATAACTTCCTTCCTTTCTATATAGTTGGAACATACACTTTTTCACACTTTAAGAAAAAATACTCAAACTTCTTTAATATAAGGGTAAAAATTAAAAGTACATGGTTCTATTATTTTATTTGTGAATTGCTTGAGAGGTTATAGTTAATAAAGAGAGTAAAGTGAGGGTGAAATGTCATATCATACAAAATAGTTTTCCATCTACAGTGTGTTGCAAAATTTTCATTTTAGGGAAGTGTTGAAAATAAAATAAAAAAGCAGAGAAAATATTATTTTATACATTTTTTAAAAATAATAGTTAAGATTCTTATATTATAAGTACTACGTAAATGGAGTACGTATAATTTTTAATAGTCCTATTATAAGTGTTACAGAGTTGGAATATGTATAATTTATTAATAATATAGTCATATTATAATTTTAGCAATATTATACTGCGCAGTGTACATAGAATGTATGCATACCCATTTGGAACAAACATACATTCAGTACGTTTTTGGTCATATATTTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTTTTGACAAAGGCTAACTAAACAACATTAATTATGGGAAATTGAAAAACATATTGGTCATACATTTATGTTAAGAAAAATTAAGAAAAATATAATTTTTGAACAACCTAATAACACATATATTATAATTTTTGAACAACCTAATAAACATATATTCTAGTACGAAGTATATATATTTTATAAATTAATTTGATCATAAGGTTTTGTTAAATATCTTGTTAGTTACTGTAAAAAGGATGTCAAATAAAGATTATAGTATTTTAAAATCGAAAGTGACCGACCCGAAAGAAAGTATAGGCATACGATGTAATCTCAATTAAGTATAGGGTAGGGCCCCTCATAAAAAAGTATAGGTATATTCACTTTCTGGTTGTCACATAATTGAGATTATATCGTATGAGATTGAGATTAATTAGTTGATTCGTGCATTGGGTTTTTAGTAGTTACGCTCATATGAGAATATACATTTAAAGTTAGCACAAATTATAATGTTTTAGATTATATGTGTTGTGAAAGTTTGTTATGAATAGTATCATGGTTATTGAGATTGGAAAGATATATATTTTTTTTGGCATTAGCTTACTAAAATTGGAAGAGTATGTCGTTGGAAGGAGGAGCATTTTGGTGAGCAACATTTATTTTTAATTGGAGAAGCTAAATAAAAAATAATAAAATACTAATAATGACATGCGTAATATTTTTTGGATCTTTATTAGTTTTAGAGAAAAATAATATACCGTAGTTATAATATTTAACATATATATGGAAATATTTTTTACAATAAAATATATTTTTTGCTAAGTTTTAATGGTATGTACTCCATAATTCGTATATTTAGTAATACAGGAAAGATATTATTTTGTGTTATATTTTTTAAGTTTAATTATTTATACAAAAGAGAGGAGAATCATATAGTGACATTTGTCATCACCACATTGATTTCCTCTCTTTTAGTATATTATATAGATTACAAATCTTTGATTGATTTACAGCTAGAATAAATCTTTGATTGATTTACAGAATAATATAATATGCTTTGACTTATTTACACAATCCTGTAATATAATTAAATGTCATATCTATTCTATCAAAATCCTCAAAGGGTTTTTCTAGAGAGAGCCCAAGAAAACCCCAACAAAATCTCTACTAGCCGTCGCCCTCCATTTTTAGTCGTTTCTTCAGATCTTTGTAACACAAACCATTTTAAAGACCAAGAAATTCAAAATTAACCGAAATAAAATTAGGCATCACCACACCACCGACGACGATACTGTGGCGGAAACCCAAGGTGGTTAGCCTAAATAAGAAGGGCGAGATGAGATACTTGATGTGCATGTCGTATGGGTTTTGAGATTTTAAATCAAGAACTAATTCAATCAATTGAGGGAGAGATTGAAATCAATACCAATTAGGGAGGTAACAAAAGTGGCGAGAACGACAATGTCGGCCTACGAGTGAGGGCGACGTTGGCGCTTTACAGCCGTGGCAACCAAGAGCAAAGAGGAGAGAGAGAGAAGCAACAACAAGATAAACAACTGCATCAGCGATGCCGACTTGAAGGAGGTGGTGGCCGGCGACGCAAAGGAACGAGGAGGAGAGGTGGTGGCCGGCAACGCAAAGGAATGAGGAAGAGAGGTGGTGGCTTGGTTGGTGGTTTTCGGCGAGAAGGATAAAGAAAAATGGAGGTTGAGAGATATGAGTGAAGTGGAAAAAAATGAGAAGAAATAAAGAAGATGGGAAGTCGGTGGAAGAAAGGAAGTCTGACTTCCATTACCTCTTTTTTTTTATATTTTATTTAGTTATGATTATTATTGTTATTGTTGTTGTTGTTGTTATTATTATTATAATTATTTATTATTATTTTTATTATTATTATTATTATTATTATATATTGTTATTTTTATTTATAATAAAATTATTATTATCGTGTAAACATTTTATATAAAGTTGGATGAGAATCTAGAAACAAGTTGCTCCCACCCCTTTCTGAATGCAAAAACTTAATCTATGAAAGATAAATGCACTATTCTTAACATTGTTAGACTAATAGAGAGACTTGATACGCGAGAGTGTGTCCAAGGCCTCCTTATCTAATTCCCCAAACGCAGAGAAGGCAAATGGGACAAACTTGTATCCGTTGTCCTCACCTGAATTCTAGAAACAACAAGAATCAATTAGTTTTCTTTAAGATAAACTACATTCAGGTAAATATTTATAAAAAAAATATTTCCTTTATTGTATTCAGAACATAAGTTGGGGCATCACATGAGTTGTACAATGTTTTACTAATTGGATGTTCTTAAATAGAGTTGTACAATGTTTTACTAATTAGGCTAATTATGAACAAACGTAGTAAGAAGAGAATATAATATCAAAGGCTAATTATAAACAAACGTAGTAAGAAGAGAAAATAAGCAAACAATAAGCAACGGCTAATTTTCAAACACAAAACCTAGCCGTTGAACATCAAAATTGGTAAGTTATGGGTATTTGGTGAATTATGTTTCAGAATAAGGGTATTTGGTGAAATAAGTATTAAAATAGGGGTATTTGGTGAATGATGAAACTAGGCTAACGGCGAACTAACGACGCATCATTAGTAAGGATATCTTGGGTAATAAGTCATTTGTGAGGAACATTTTATGTATTTTTGAAACTTGATGGGCGTTTGGTGAATTATGCTAAAGCTCAGGGGTATTTCATGAAAATCCGTTATAATACAAGGTACTCGTAATTGTTTGGGCCAGGAAAGAGGATTAAATTGGGTGCAACCTTAATTATATATCATAGATTCATAGAGAAGTGTTTTTTAGGGCATTGATTTAGTTGTCAATTAATACTACGTAGTAGAATAGTAGACAATGATTTATTGGAGATTTAATTTCATTCTTTTCTTCACAGGGAGTATTGTATAACATGCCCTAGCCTTACAAACAAATCTTCCAATATAATTTAAGTTTATAACTCTTATAATTGTTTAATGTGTTTGAATGACTAGCTATATAACTATTTGACTGGGAGTGTAATATTGCTCCATGGAAATAAAATAGAGCACCCATAATAAGCAAGTGTTTCTCTATGATGAATGGGGAGAAGGGGCGTAATTATGTATTTGAGACCCTCGGTTTAAAGATATAGGTATTTCTCTTTATGTCTAATAAGACTATAGGAGGTAAAGTGGTAAACAATATCTTTATAAGCCATATGGTTGAATTTCAAATTTGTCTTAGTTAAAGAAACTGACATTATCCTGCTTACAATGGACCTGATTAAGTGCCACTAGTGCATTGGGGTAACGTCAAGTTAGTAGTGATATTTCTTGTTGATGAGGAATTAGTTGCTCCTTAAGTTACCAGAAGTGGGAAGCTATTTCTTAATTAAATCTACAAGCAAGTTCTTCATTACAGACCGGTTGAGATCTTCTTACACACCTTGGGCTTTGAATTGGATTCACTTGGAAAGTCAACTTGTGTTCCATGTGCGACATGGATCCAAGAAGACTAAGAAGTGGCGCTTGAGCCTGATCATTAGGCCATACTATCATTATTGCTTTATTATCCAATGTGGTTTTAAGTTTTAACATACCTATATAGGATATAGTTTACATTGTTCAACCCTTTTAATTATTGTTAATTAGTGGACTGATTATTAGGCGTGTAAAATCTGCCCAATTAGTTAGTATAATCAGCTTTATTGTTAGGTTTGATAAAGCTTGTAGTTTTCCTAATCCTATGTGAAAATTCTTGCATATTTTAGCCCTTAAAATAGTCACCCGCTCCATCAAATGAGATGGACATTTATGAATTATTGATCATTGTCCTGTTTAGTGAAATCTTATTTCTTTTGTGAGACTAGTTTGACTAGAGAATTAAAGTTGTTTGCTTAAGTTCAAACTTAAGGTAGTTTCCTAGCTTTGCCTTAGGATCTTTTCTTTTAAAACCATATTCATCACTTAAATCCTCCCATCTTCCATAAACACACGCTTGGATCATCAAGATTTACATCCCTTGTAACTACAATTGAATATTTATTTAGAAGGGATACTAAATGGGGTGCTAGATACAAAAACAATACTATGCTCTTAGGACACAAGTCCTCATTCCAAAAAATGTGAAGATAAATTCTATTGAACAACAGTGATGTATGTATCACAAATTCAACAACCATAAAAGCAGTAAGCTAATATATTGGATACAAGTTCTCTCCGTAACTACGGTTGTTTGTTTAATATCGAAAGCATTGACTTCATCGACTTAATTCCTTTAATTTTCTAGCGTCTCCCAACTAAATATATGTCCAGATTCAGATTTTCCCCTTTCCAATCTTTGTCAATCAAATGTTTTTTTCTTTTTCTTCGCACATGTATCATGCCAATACTTGCCTCCCAGTTTACTTATTTCTAAAACTACCTTAATCAAATTCTTCAGAAACAAATCAATGGAGCGAATTGACATAGTGGTGCCATTAATGTGATTGGTGCTGGGGTCATACAAAACCCACACTGCAATTTGTTGGTATTGTCATCAATGAAGTTGATGATCTCTCCCCCCCCTTTTCAATTGAAGATTTTCATCCCCTTGCTGAAATTCTTACGGGTTCTTATTTTGATCACAATGTTCGTCAAATAGAGCTACTAGATAATTATACTGATGCATTTAGGGAATTTAGGAATTTGGCGTGCTTAAAGGGTATGATAATATTTTAATTGTACAAAAACCAATTGGCAAATGGGCGAGAGCCTGATAATTATGTGCGTAAAGGATAGATTCAAAAATCACGTGGGGGCACACAATCCCTTGGATTTAAGATGGTTATTTGTATTTTCTTTGATGAGTTGACTTATATAGTTATATCTCCTTGAATGGATACCTTTCTTTCTTGTGTTCTTTAGCAATTTTCTAACTTTCTTTTATTTGTGTGTCTGTGTGGAATAGGAGGTAATGTGTAAACTTCAACTCTTTTGAAATATTTCTAAATTAACTTTTTGTTTGTGCATGTGTTATCTGCACCCTATGTCCCTATCACAGTCTCATTTTCAAAACTTGCCATGTCTTTGTATGTACAACAGGCAGTTGCTGGATTGGCTGCAGACGGAAGGCAAGTAGTTGCTCGTGCTAAGTCAGAAGCTACAAACTATGAGAGGTTGGTAATGATATGTGCTTATTCTGTGTCGTACGAGATCATATACCCTCATGTGGCCTACTAATTATAAGTGTCTGTAATTGTGGGAGCTGTTTTTAATTAGTGATTTATGAAAGGTGATGAAAGCTTCAGTTTGCTAGCTGTGTCTTCATTATGCTGGTCTGGCATCAGTTTATCGTTGAGGTTGTGTGTATATGCCTTCTCTGTGGTCCACTGGTATTGGAACTCAGGGAAACAAGTCAATCAACTTATGTCTGATAGTCTGATTTCTAACTTAGAGGTATTTGATGCGTTTTTGATACGTATTTAATGTTATTGTTGTAGACCTCTTGAAACACTTGTAAGTCATTTTCTTTTACAGCTTATAGGTTTCATTGTTTTTATTCAACTCGGAAAGGAAAATGTTATATCTTATTAGCATATCTAGGATTTTCCCTTGATCTTGGTGGGAGTTCAGATACATACATATACTAATCGAGTAATCGGTTGGTGGCTTGATGTCCAGTGACCGGAAATAGCATCTTATTCTAATTAGGTAGGCTTTTTCTTCAACCAATTATGCAAACTTTACTCGTCAGGTATGTCACCGTTCACTTGTAATTAGGGTAATTGGAGTCCCTTTTTAGTTTTGGCTTCTTTTCTTTCCCCGTCCGTCCTTGGTGTTATATTTTCACAAAGCTACATTTTTTACACTCATTCTTTTGTGCTTTTTGATAAGATTTTTTTTGTAAACTGTACGATAAAAAATGAAGTACATCAAGAGGACAATGTGTCCTTGGACATATACTAAAATCAGAACTACAAGTTAGCCCAATTCCTTTGCATATCTCTAATGGAGTAATTTGGGAATGCCGTGACCACCTTAACCCAAAAAGAAGCTAATAACGTTACTTTATCCGACAATAGATCATGTGGACAACAACACCGTGAAAAATACGACCCAACCGTAAGCACATAATCATATTTTCCCAAAGCAACTTCTTCCTTGCCCCAAACCCTTCAAAGCGAATACGCAATTGCTCAACCAAGATTCTTGTTTCTTCATAAACCGTAAGGAGTCATTTTCAAAGGTAGCATAACCATACCAGAGTAGGAATGCATTTGAGCGCAATTCATTATTAGTCCAACAAAGCAAGCAAATATCAGGGGATAGCTGTTTCGAGCCGTCTATTATGCAGCATAGAATTCATATTGAGTATTCCTAAGGCTAAAGTTCACACAAAAATGCTCACTTTTAGGGGTGCCTCCGACTTCCAAATGAAGTTCATTGGAAAAACGGATATCTAAGGGAACAACTCAAAGAATTAAGAAAATATTTTCAAGAAAAACTCCGAAGGATTGTCGTATCCACACTCTCGAATCCTCCACATCGTTTAATTGAATATCCAAAAGGTTATACATAGAAATTATCTCTTATATCTATTGGTCATGGGGAAGTCTCCTCACGTGTTAAGTCCTACGCATTGCCTTTGCCACTATTAAATCGAAAAGTGGAGCATTACGGAGATAAGATAAGCCGAAAAGACAAGGGAAACACTTGCATATCCAAACATCTTACCAAGACCAGATTTGCTTACCATCTGCATCAACCTCGCTAATGACTCCTAGAGTACACTTTCAAAATAGATTTGTGGATAGTGGTGACTGGTGAGTCACCCAAATAGTCTCTTGACCCTACCCATTTTGACACAAGCCGTACTTCCTTTTGATGACATGATACCAAAAGAGATTTACGTTCAAGAGGAAACCTCAACCACCATTTACCAACCAAAGCTACATTTTTTGTAATCACCCTCCCAAACCACCATTTACCAACCAAAGCTACATTTTTTGTGGGGATATCTAAACACAAAATTCTCTCTAAATAAGCAACAAAACATCATTCAACATTGAATCGCCGGTTTTTCGTCCCGAAAAGTGATGGAGGATAATTGAATTCTTAGGGTTGACAAATCTTTCTTTGAAGATATGTTCTCCTTAGTAAATCTTTATCATCAGGATGAAAACTACTCATCTTTCTCCTCATTAGCTTGACAATATCAAATCCAATTAGTCTTTCACCATTAACGGGAGCTCTAGGATGTGAACTAACTTGTGGATAAGATTTTCCATCTTGATTTTGAGGGAAATTGTATGATAAAGAAGAATGTTGTTCACTTGCTTGATATGGAGGAGGATTTTGTGGAGGGGAAGGATGACTTCGTAGAGGAGGAAAGAAACTTGAAATATCCCGTGTTTTCTTTCTTTTCATTCTGAAAATAAAGTCACAATTACAATAAGATTCACATTACTGATTCACAAATTCACAAAAAGCAGGATCCTAACTTAAATCATTTCTCTACTTATTCACATCTCGGATTTCTGAACATTATAATTGATTTGTAAAAGATACTTCCTCCTTTTTTATTTACTTGCATCACTTACCAAAAATGGGTGTTTTTATTTACTTGCACCACTTCCTATTTCGGAAGGTTCTTACATTATTTTATAATTTCTCTCCCAATCTTTGGTACCCACTTGTTAATTCTTTCTATTTTCTCCAAATATATTTTGCATCACTTACCTAAAATTGGTGTTTATTCACCTCATTTGTAGTTTCTACAATAAACAATTCCCACTTGCATCATTTAACATTATTCTTGCGTGGACCACCTAAAACCGTGTGCCCATGCAAGTGATGCAAGTAAATAAAAACGGAGGGAGTAACACATTACCCATTGATTGAGTGATTGTAACATATAACTAAATTGCTTAGTCAAAGTAATTGTACCATCTAATGAAATTGCTTAGTCAAAATAAGTCAACTACACATACACTAAGATAAACAAAATCAGAAGAACAATCAAACAATAGTTACTCCTCACATTCGTTAATTGCCTTTACAAAAGCAAGTATCGAAGCTTACACACTTACAACATAGTCCACGGCTTAATCACTGTCTATTTACATAGTTACATAATTAGCAACTGAAGCTTAATCATAAGCTAATTAAGCATATAAATTCCAACAAAACATCCCACATATCCACACTAAATCTACAGTCTGATTTTAGCCACAATTTGGAGAAATTAATAATAATAAAAATAAATAAATTAAACAGTTTATAATTCAATAAAAAAATGATGAAAAATGAAGAAAAAAAACCAAAACGAATAACTAAGCTTGAATTCGTATGATATATTGATATTGAACTCGGTAACTATATGGAGAGTAAGAGAGGAAGAGATCTGTGTACGATCAAACACACTAAATAGTCCCTCCACTGTTTACAACAACAAGAAATTAAATTATTAAAACATACTCCCTCAGTTCCATAATGTTCCTTACTTTTCCATTATGCGCGGTCTCCAATGCACTACTTGACCATTAATAGTTTTAATTTTGCATTAGTAAAAACTATAAAAATTTGATATTTATAAAATTTACATTAGAAGGAATCTACGATATCACACAAGTTAATGTTTTTTCTATTGTTTATACTACTAATTACGGTCAAAGTTTTTAAACTTTGATTATAGGAATAGTGAACACGAGGAACATTATGGAACAGAGGAAGTACAAGTGTACAACTCATGAATTAAAATGTTAATTAAAGATTTAAAGTACTCAATTAATCATGAACAAGAACTTAAAATTCAATTTTGGAACCCATAAAAAATGTACCTTTCTTGTAGACGGTGAGTCGACGATGGAGTGGGTGTGGGGCGGAACTTCTCATAGTGTACATTGGTCTTCACTACTATAGATGTATATTTTTTCAGATGATGTATATTTTTTGATTCAGGAGAGCAAGTTAAAGTTTGCCATGACTTCTTGATTGCAATCTATAGTAAATAGCATTGCCTTCGACGAATCCTTTATGTTGCATTAATGTTAAAGTTTGGAAACTAGTCCATGATGTAAAAATTATGAAATTTGTAACTAGCTTTTGAATATTTGGCGCATAGTTTTGATGCTTTTATTTTTTAAATTTTCACATCACTTTGATTAGTACTTTAATAACAAACATGGAGTTCCCTAGAACATATCTATCATTTGCGAAGCTAACTCTGGAAAACATTTCTGCAGTGTGTATGGTGAAGCTGTCCCAGTGAAGGAACTTGCTGATCGTGTTGCTAGTTATGTTCATCTTTGCACACTCTATTGGTGGCTCAGGTACTATAGGACATACCATTTTCTAAACTACAATAACATTTACTCCACTTATGCCAAAATCTAGTTAGTGACCTTAGATGACTCATGGTACAGACCTTTTGGATGTGGAGTCATTCTTGGAGGTTATGATAGAGATGGGCCACAATTATATATGGTTGAGCCGTCTGGGATTTCATATGTAAGTTGATTTAATTTAATGGAGACTTTACAATTTTTGGATTTCAATCTTTTGTTGAAATTACCTTTTACAATTTTTACTTATGCTTAAATTGATCAAATATCATTTATTGCAGAGATATTTTGGTGCTGCTATTGGAAAGGGAAAACAGGCTGCAAAAACGTAAGCTTGATCTTCTTGCTTTAGGTGTGCCTATTTGGGCCTCCTATTGGAAATTTGGAATGCTTTGACTAGTTATATATTTTTTTCCATGCATTGTATTCTTTGTAGCATTGGTTGTCAAATTTCTGAAGATTGTGGCTGCTGATGTGGATTGCTTATTTAAACAGACAACTTTTGAAGGTCCTCCAAACTATTGGAATTTTATAAAACGAGGGGAGACAATGACTTAATGAGCAATGCCATTAATTTTAAGTTGTGTTTAACTGTCAAAGTAGCATCCATAACCAACCATACTTCTCACATTGGCCACCATTTCATTTTGGTACCATATTAAAAACCAAGATCTTTTGCTTGATTATCTGTCAGGGAAATTGAGAAGCTGAAGCTGTCTGAAATGTCCTGTAGAGAAGGGATCATTGAAGTAGCCAAGATGTATGTGCTCCTCTCTTATGGAAATAATTTTCTGTATGGTTTTGTATTTTCCTTTTTTTTGCCATTAATTTAAGAAGGTTACTGTTTTGTATGTTTTATGTGTATGCTAACAAATTATTAGTCATTTAACTGAGAATTCATGTATGGCTTGTTAATTAGAAACAGTCAATATATGGAATTTGCACAATAAAGTTGGTTTACTGTACTATATGTTAGATATCCTCCTTTTTATGTTTCGCCTAAAGCCTTAATAGGTATCCTTAATTGAGTAGTTTCTTCACCAGATAATACTAGAGCTCTAAATCATGTGTCTCTGTTCTGTTAGTCTTGGCATTCTGGATGCTATATGTCTTTCAGTTTAGTAAATGTGACACAGAATGATGTTACATATCAACAGAAAAGGATATGGACATGCAGAAGAGTCCAAAAGTATACAGTAGTATTCATTTATTGTTTGATGAAACATTTATATGAAAGAATTTGGTTGGTCTTTGTAATCAAAGAAAGAAACTAAAAGGTTAATAGTTGAATTTAAATACGAAAAAGCATCATTGGTCCTCCCACATATAAATGGTTTAGCCCCTACCTTTGCATTTATTATTTTCCTACCATGTCAACTTGCTCTACCAGGCTAACATTAAGTGTTGCTCACATATTTTCCTGCACCGAACTGGTTACCTATCTCTAGATAAAGCTCATTGGGTGTGTATGAAGTTAGACTTGGGTGTGCTCAACCAACATTCAGAACTTTTTACAGATTAGATTTGTGAGTTTTGGTAGGGCGAAGAAATAGAAGTTGTTTTGGAAAAATGCATTCATGGAAATCTTGTGGTGTGTCTAATAAGAAATGGTCGAACTTTAAGGATTTTACTATTACGCGTGGTTTCCTGTTGGATAAAGTGTCTCTGTTAGCTTCATTATGGGCTGAGAATAGGGCTTTCCAAAATTATTCTTTTAGGAAGATACAAATGGATGGGCTAATATGTCACTTGGTTAGAGTCTCCTTGTGGGGTATGTTTGTCCTCTTTGTTTATTGCCCTCTTTAAGATTTAATATAAACGAATTCTTTTGAAAAATAATAATATACTAGGTATAAAAATATTTTTGCCAAAATAAAAAAGTATAGATTGAGAATATATACCTCTAGGTTGTGTTTGGAAACATGGAATTCATTTCAAATAATGGAATTGAATTTTTTGGAATTCAATTCCTAATTTTGTGTTTAGAATTTCAAATCCAAATTTTGAAATAGGATTTTAATTGCATAAGTATACTTAGCATGTAAACTAATTATTTCATTATTAGAAAAGCATACTACATCCCAAAAAATCTAGAAAGATGCCATTCAATTGAATCTGACCAAACTATATATAGTAAAAAATGAATGAAAAGTTTGATGATTCAACAACTGTTAATTCATGGTATTCATGGAATACCGATGATATATCACATTCAAGGAAATTAAGCTAAGTTTGAATATTTAGAAAATAATTTGAATTGAAGTTTGGGAAGTGTTTGAAGGAACAAATTCAAGAGACATTGCTGGAATGAAGAAACATTTTTTTGTCAAGAAGTTAAAGATTTGTACGGCTCATCTCCACGCCTATGCCACCGCCGTCAAAAGAGGACTTGTTATTTTGTTACCGGAGTATGTAAAGCATGAGTCTGAATTTGCCTTCCTGCGATTCGGACTCATCTCCTTCAACTTGGTGAGAACGTAGCATAAATCGGCGATCTAATCGAGGTTGATGAAGCCATCGCGATCAGAATCCAGCTCCTCCATCATCTGACCAACTTTGATCTTCCGGTGATGCTTCCGATCTGAGCGCCTTCAGTTGCCGTTGACATCAAACAGCTCGAAGGTCATCAATGGCGCTTAGAGTTGGGGAGCAGGAGAGAGAAAGAGAGAGAGAAAACTAGCCGTCTGTTTTTGGATTTCAAATGACATGAAATGAAAATGGATTTCAAATGACAAAGGTTTGGTCTTATTTTTTCAATGGTTGGAATTGGGCCAATCCCAATTCCAAATCTCTTTGTTTCCCAAACAAGGTACTTGAGCCAATTCCATCATTTCAAATGAAATGACAATATCCAAACACACAACTAAGGAAATGTACTGCCAAGTAAGTTTTCATGGGCCGGCAAAGGCTGGAACTTTAGTGAGGTAGCCAAGTTGTGATTGAGATGAGAAGAGAGAGTGAAAGAGTTTTAGATAACATCATTTTATGGGAACAAAATATATATGAGGTTTTAGCGTATTATATTCTTTGCTAGATGTTGTTCATGCTACGAGTGTCAATTTTTTTTTTCGGTATTTAGTTTTCATTTTTTTCGTGTTTTCGAATCCAACAAGTTTTGAAAATGCCTCGATAGCGTTGATGCCAGTTGCTGGTTATTTTTGTGCTTTGTAGTGATGGATCACATTCATCTAACATGTTCCTCTGTTGTTACACCTGAAGCCATTTTGAGTCAATATAAATCAGTCACAATCATTTCATCACAGATGTCTGATATTGACCAATTGCTTGTTTGTTCAGTGGTGATTGGGGCTGAACTTGGTAGAGAGAACCCGTGTTCGATCCCCCACAACAACAATTGGGAGGGGACTGAAACCTAACCACCCAGAACTCGCCCCGAATTCGGATTAGCCCTAAGGGTGAACCGAGTGCTAACACCAAAAAAAAAACAGATGTCTGATACTGTACCTTCTGTGTCACTTTCTTATTGTGTGGGTCATTGAACTTTATGATGCATTATGTTACTTTTTTTTATAGGGAAATGATGCATTCTATTACTGGTTGCATAAAGAAGTAGAATATGCATTTATCCAAAGTTGCTACATTTCCTGGAAAAGTGAACCTACTAATTTGAGAGAGCTACTACGTGATTTTCTGATTACAAGCTGTCTCAACTATGGTTAACGATTGTTGCTGCATCATAGGATCTATGGATTTTATTTTTGAATGAGTAGGCAAAAACACTATCTATTGCAAAAACTTAGGCACCAAAAAACCCCAAAGAGAGCAGAACAAGCTCTGAGCTCAGGCTGAACAAATAATGCTATAATAATGTTTTGATCTAATATAGCTGTTCAACTAAGATAAAAGTATGAACCAAAAAATAAAGTTCACCGTACATTTTCTAGGTTAAAATGCTATGCTGCTCAACCATGAAAAAGGATGGGATTGGGAAATGATTAGAAGTATTCTAAGTGAGGGTGACAGTATTGTACCCTCAGAAACTGAACTACCTCAGTACCACTCGATAGAGTTGTAGCATTAGAAGGGGTAATAACAGTAGCTTCTCATGGCTTGTTTATGTGACACATTGTACAGGAGTGTTAAATGAGGTTAGAATCAATAGTGTCGCGAATTTGGGCTTAACAAGACATTACTAATCATGAGGTTTAATTTTGTTGAAGTCTCTTTCCTACCACCATGATCAAAAGGCCAAACACCCAAAAGTAGTTGTGTTTCCATGGGCATATGTTAGAAACTCTTGCTTTATTACTAACCTGACTTGCTTTATTACTACCCTCAGTAAATAAGAAAAGCCCAAAAAGTGACATCATTTTGAATTTGCATGAGATCAAGAAGCTTGGCAAGAAATATTACAAATCAGAAAACCTTATGTAGTTCACCTGGTTGCATCGATTACATCTCTTTATGGTTATGCGTCTCTGCTCTCCATTGATGGATGTTGTCTTTGATGATCATGTTCTGTCAATAATTATCTGGAAAAAATAATGTGAAGACAGAGTGGTGGGTGGACAGAAATGTTGGTGCTCATAGGAAGGTATTTAGAGTTAGTAGCTTAAGAGTTGCCCAAAAATTTAAGTATGTATGTCATGGAACATTAATAAGCTAGAGTGTTAAAATGCTACTCCTTCTTGGGACCACTTACCCGATTAAATGGGTGCCCCAACCAGTTTTACACTTTTCTAGATTTGGAAAAAAGAAGAAACAGCTCACTTGTGCTATTGGGTATAAAGAAATTGTATAATGTTGATTTTTCTTTTGTTTAATGGCTCACTGTAGAATACTGGAACTAATCATAGGAAATCTATTAAAAGGATTTTGTTGTCCGATAGCTTGTGTATATTTGATACAAAGTTTGCTGAACTTTTGTGATTTCTTGATATGAGTGTTATATTCTTATTGTCTCATCACATTCTCGCGCATGTTTGTAATTCAGCATATACAAGGTTCATGATGAAGCAAAGGACAAAGCTTTTGAATTGGAGATGAGTTGGATTTGCGATGAGTCAAAACGTGAGCATCAAAAGGTAATATCTTGTACCATGTCCCTAAGGGTCATAGCATAGTTAAGTTTCAAATCTTATTTTGGACATCTTATTGTTGATGTTATCTAAAACCCTGTCGGATGTCCTTAATTTTTACGAAATAACTCTTAATTTTATGTCAAATCTATGTCTATCAAAAAAAAAGTAACTCGACATACCTTTTGTTTGTGATACAATTTTTTTAAGGATGATATTGACAAGAATATTAACGACAACATGTTGGAAAGTAAATACAAGATTGACCAGTTGACCTTGTGATTTTTGATGTAAACTATTTAGATTTGTCCATTGAGATTTATCATCTTAATTGTGAAGGATATAATTTGGAAACTGAGATGTGCAAACATTCACATTAAAATCATACTCCTTGGATGAAGAAAAGGGAAGAAAAAGGTCTCTTAAATCTCTGCAACATCAAAGTAAGCAAAAAACTGGGGCTTCGTAGAAATTAACAATCATTCATCATGCCCCATTTCATTTTTTATTGTGTTACCCATACGAATTTTGTAACATGCCCCATAACCCAACTACAAATGTGTCTTACCCGTAAAATTTCACCTCGTAGCAACTTCAAAATTTGAATACTAATCTATATAATATGTATATCAACCCACTTTTTAGGATATCGACATAAATTTTATATTAAAAAGTGTTTTATTAACTATAAAAATTAAGGAAATATTCAGAATAAATTATAATAACTTATACTACGGGTGTGACCTCTTCAGCTTAAAAAAAGTTATAAGTTTAGATACTATGTCATTTTTTATTGTGTTACCCGTACCCATTTTGTCACCCACCCCTTCTCAAGTTAACCCCCTTGAAATTAGTTCCGATCAAATCCAATAGATTTCATAAATTCGGATAAGTTTATTTCAAATATAGTAAAGAGAACGCATCCTACCTCTATTTTTCTTTATTTTTTATGTAGTTGAAATAATACTCCCTCCGTCCCAGATTACTTGTTACACTTTCCTTTTTCGTCCGTCCCAAATTAGTTGTTACACTTCTTGATTAGAAATGACCCCACAATTATTATATTGTCTCTCTCTTCCCATTAATATCTTTTTTGTCCCCACACCCTCTCTCTTTAAATTAAAAAAAATACCCCATTTATCACCTAAAACTTTGTGCAAAGGTAAGTGTAACGACTAATTTGGGACAGAGGGAGTAAAAAAATGTTGGTTGTACTTTGTGGGCTGCATGTTTGAAAGAAAGAAATTAGAATTGTTATTTTCAACCCGCTTCAAGTCATGATGGCTAATTAATCAATCTTGGGGAAACAACCTTGACTGCTTATGTTTATTTTCGTTTAACCCTTGTACATAGGCAATGAGATTCGGTTTTTTACTGCAAATTTGGAAGCTGTTTTCTTTCACTCATCTAACTATCTGTTTTAACTTATCAACCGGATTTGTGAATAAAAAAAATATGATGCTATTCAATACATTTTATTTTTATTCTTAAAAACATAAAAATACATAGGTAAAGGTGAAGACCTATGTCTTAACGAATCACACGTAGAGATATGGATAACACACATAGAGTTAATGGTATTTCATAACTAATTGATTGGGCAGCAGCCCGTAGACCACCTAAAAAGGAATATTTATTATTTGATCCATATCCTGACATAAGAAGTCCAATCGGAGCAATGCTTGAAACAGCGATCCATAAAAAAACACCAATACTGAGATCGGCTAGAACAAGGCGAGACCCAAAAGGAATTATTAAGTAACCTAGTAGAATCGATATGACTGCTATAGAAGGTCCAATACTAAATAAATATGTATCCCCCCTAGATGGAAGAAGGTTTTCTTTAAAAAGCAGTTTTGTTCCGTCCGCTAAAGCTTGAAGAATCCCCAAAGGACCAGCATATTCAGGTCCAATACGTTGTTGTATACTTGCGGATATTTCTCTTTCTAACCATACAATTACTAGTACACCTATTGTAATTCCCAATACGAGAATCAAAATAGGGAAAAGCATCCATATAGTCTCATAAACCTCTTTTAAGAATTCCAATCTGGAAAAAGAATTGATAGCTTGTACTTTTNNNNNNNNNNAATTTAAAGCCTCAATTAGTATTTCGTTTATGTAAAAAGATCTCTTCAGATAACTTACATAATCTCTATTACAAATCCTTTGTGTACTTTGGTGTTCCTAATCATCCACTTATTTTTGTTCAATCTCTATGGTAAGTAATTTATGGTAATACGTCTAAAAAAAGATAGTAAAAACTCCATAGAATTGTTATTTTCAACCCGCTTCAAGTCATGATGGCTAATTAATCAATCTTGGGGAAACAACCTTGACTGCTTATGTTTATTTTCGTTTAACCCTTGTACATAGGCAATGAGATTCGGTTTTTTACTGCAAATTTGGAAGCTGTTTTCTTTCACAATCCGGCATGGGCTACATGAGCTCCAAGTAGTTTACCAGATAAATTGATAAGTCGAGCATTCCCGGCCCACCAAGCGAAACCGGTGGTTTCTTGGTCACAGCCGGCTAAAGTTAAAGTTCCATTAAAGAGCGTTTCCACGGGGTAGAACCTCCTCAGGGAATATAAGGTTTTCATGAGGCTGATCTTGAGCCGCCATCCAAGCACGGATACCCTCGTTTAAGAGAATATTTTTGGTGTAAAAAGTTTCAAATTCAGGATCTTCAGCTGCACGGATTTCCTGGGAAACGAAGTCATAGGCACGTAGGTTCAAAGCCAGACCGACTACTCCAAGAGCACTCATCCAAAAACCGGTTACTGGTACAAATAACATAAAGAAATGTAACCAACGTTTATTGGAAAAAGCAACCCCAAAGATTTGGGACCAAAAGCGGTTAGCGGTGACCATTGAATAAGTTTCTTCAGCTTGGGTNNNNNNNNNNTGATCCATATCCTGACATAAGAAGTCCAATCGGAGCAATGCTTGAAACAGCGATCCATAAAAAAACACCAATACTGAGATCGGCTAGAACAAGGCGAGACCCAAAAGGAATTATTAAGTAACCTAGTAGAATCGATATGACTGCTATAGAAGGTCCAATACTAAATAAATATGTATCCCCCCTAGATGGAAGAAGGTTTTCTTTAAAAAGCAGTTTTGTTCCGTCCGCTAAAGCTTGAAGAATCCCCAAAGGACCAGCATATTCAGGTCCAATACGTTGTTGTATACTTGCGGATATTTCTCNAAAAAGCAGTTTTGTTCCGTCCGCTAAAGCTTGAAGAATCCCCAAAGGACCAGCATATTCAGGTCCAATACGTTGTTGTATACTTGCGGATATTTCTCTTTCTAACCATACAATTACTAGTACACCTATTGTAATTCCCAATACGAGAATCAAAATAGGGAAAAGCATCCATATAGTCTCATAAACCTCTTTTAAGAATTCCANGCCACTCCCTTTGGCAGCATCCACTAATTCGGAACTTAATTTGAAAGCCATATTTCGACCCGGATGTTTTCAGGCTGCCCCTAATAACCAACGAATGGCAAGCGCTTTTCCTTGTGTGGATCCTATTTCAATGGGAACTTGATGAGTCGATCCGCCTACACGTCTTGCTTTTACTGCTATATCGGGAGTTNCGACCCGGACGTTTTCAGGCTGCCCCTAATAACCAACGAATGGCAAGCGCTTTTCCTTGTGTGGATCCTATTTCAATGGGAACTTGATGAGTCGATCCGCCTACACGTCTTGCTTTTACTGCTATATCGGGAGTTACTCCACGTATTGCTTGACGTAAAACAGATAGTGGATTTGTTTCTGTCTTTTGTTGAATCTTTTTCACGGCTCGATAGAGAATTTGATAAGCCAATGATTTTTTTCCGTTTTTCAGAATACGGTTAACCAACATGTTAACTAATCGATTACGATAAATTGGATCGGATTTTGCAGTTTTTTCTTCTACAGTACCTCGACGTGACATGAGCGTAAAAGGGGGTCAAGAATCTGTTTNATTGGATCGGATTTTGCAGTTTTTTCTTCTACAGTACCTCGACGTGACATGAGCGTAAAAGGGGGTCCTGGTCTCGGAAGGGATGCAGCATTACGGGCTATTCGTAGAAGCGGTATACTATTAAGTTTCGTGCGAGACGTAACCCCTATGCCGCATAATGGCTGTAGGCCTCCTAAAAAAAGACGCGTCTAGAAAAAAGAATTGAAGAGATTTCAAGAGAAATAAATGATTCAAAGATATGATCAATTTTGTAAAATATTACTATGGTTCGAGAGAAAATAAGAGTATCTACTCAGACACTTCAGTGGAAGTGTGTTGAATCAAGAACAGATAGTAAATGTCTTCATTATGGACGCTTTATTCTCTCTCCACTTATGAAGGGTCAAGCTGATACAATAGGCATTGCGATGCGAAGAGCGTTACTTGGAGAAATAGAAGGAACATGTATCACACGTGCAAAATCTGAAAAAATACCTAGAAAGTTCTTCCGTTAAGCCCTGATCAATGAACCTCCAAAATCCTTCAAATTGTATCTGATTAAACCCAGGGATTGTAGACATTCCCTCATTTCCATCCCGTAGCATTTGCACTCAATTCCCCGTTTATTTAAAAATCCCATTTTTGGCTCATTCTTCATTGAATCATATAGATCGATCTAGCTCTGATGGAATTTATATTCTGTTTACTAAATCACATAAAATTTGACATAAAAACTCCATATATGGGATGTATTAAATATGTATGAAGGGGGGTAGTATTTCTAGAGTCCACTTCTTCCCCATACTACAAGTGAAAGAGAAAATGTAAAGACTACCATTAAAGCAGCCCAAGCGAGACTTACAATATCCATGTGAATTATGTCCTCTATTTCTATGAATATGAAGGAATTATTCCATTATTGTTTACTAATAATAGTGAAATCCATGGTACAGAGTCAAAAAATGGGCGAACTATTCATTTTATGAACCAATCCCATAAATCCAATACCTGAGTACTCCGAGACTCTTTTGAGTTTGTATACAAACTATATGCCGCATTCCGCTTTTCTTNCGCGCAATTTCAAAAGTTCTTCCGCTTCCAGGAGAAACTCTCCCGTTTGGGCTTCATAGAAAGAGCTTGCGGGTTGATGAATCATTACCCTGATGATATCCNGAACTATTCATTTTATGAACCAATCCCATAAATCCAATACCTGAGTACTCCGAGACTCTTTTGTCCATAAACCTTTGTGAGGGTTTCGCGCAATTTCAAAAGTTCTTCCGCTTCCAGGAGAAACTCTCCCGTTTGGGCTTCATAGAAAGAGCTTGCGGGTTGATGAATCATTACCCTGATGATATCCCATAAAAAAAGTTATTTTATTTCGCANAGCTTGCGGGTTGATGAATCATTACCCTGATGATATCCCATAAAAAAAGTTATTTTATTTCGCAGGCGAAGATAAAAAATAAGGAATAACACTAAAAAAATAGAATTGAACAACCGTACGTGCATTTTTTTCGCATTGCATACGGCTCCACAATGGAATTTACTTTTATTTTCCGTTGAAAAAGGAGAAAATATAGAATCGATCAGATCCAGATCAGTAAATTACCCAATTACCACCCTTCTTTTCGTAGGAGTTCAAAAATACTATGATGGCTCCGTTGCTTTATATTTATTTCGTCTGTAGTTCAGCAATCCCAAAGTTTCTTTTTAATCCGAAAAATAAGGAAGAAATTTTTTTTGAATCTCTCTTTTATTGATTAATGTGTGATATTCCGAATCCGCATTACTAATAGACACGATGACCAAAAATCCCGAGAAAGTCTTTTATTTGCCTATCATTATAGACACTCCTTTCTAGATTATCTATGGAAATCGAACCCGAACTCTAAAACTATAATTTTTTATGATTCATTATTTCTATCGTACTGGGACTTAGTTTCGATTTAGTATATAGATTATTGGCTAAAACTCAAAACCAAACTCACCACATCACCATACAGAATACACTATCTCTATAAATGTACATCAGTCATCGAACCACTACTTATTCTTGTTTAAACAAGGTGGACAAGACAAATGTTCATTAAACCCGCTCCACCAATTTTATTTTTTAATTGTGATTTGAAATATTTATGTGGAGATATTGTAGATAATAATATCATGCAATTGAGAATAATATTACTCGTAAAGTCATAAGATCTTAGATATGAAGTATTAGTTAATTTATTTGGTGATAGTTTTCAAATTTTATTGATGTGTTTTCATTTAATTAATAAAATAGTGAGACAACTATATATTTCGTAAAACGTTAATTTAAATTAAAATAGCCAATAAAAAATTATTACTAACACCTTATTCTTATAGGTGTCAAATCGGTTGTCGAGTACTCCTTGATTTTATTACTAACACCTTGTTCTTATAATTGTCAAATCAGTTGTCGAGTACTCCTTCATTTTGGTCAATATGAATAACATAGAGGTAGTATTACCTAAAATAGTCAAAGTTTTAATAAATTATTATTTTCTATTATTATTATTATTTTTATTTTGGGAGACAAAAAATGTTTTCATTCCTTGATTGTATTATATAGGGAAGGTAGACGAATTTTTGTTTATTGCAAGCTTGTATTAAGATTTAATTGCTTGTCTTTGGTAGTACATTTTTATTCAACATAAAAAATAATTCAAGCTTAGGATTCATATCTAAAATGAAGTATTGTGTATTGTTACATAAATTATTTCCTATAAGCAAATTACTACTTCCTCCGTTTTTTAATACTCGCAACGTTTGTTAGTTTCACGCATGCCAATGCACAACTTTGATTATTTATATCTTAAATTCTCTTTATGCAAAAATTATAAAAAGTTGATATTTTGAAAATACACATTGAGACGAATCTAACAAGATCCCACATGACTATGTTTTATCTTATATAAAAAACACTACGAATAGTCAAAGTAGATTATATGAATAGTGGCAAAAGTCCAAACGTTGCGAGTATTAAAAGACGGAGGAAGTATGTAGTACTCCCTGCGTATTTTATTAGAAGTCACACTTGCCATTTCCGGCCGTATTTTATTAGGAGTCGCACTTCCATTTTTAGTAACGTTTTTACCCCACCATCTAATCAAATAATATATCACCACATTAAACAATTAATTTCAGAAACCCCCACACTACATCCCTCCATAATTTAATGGTCCCCACTTGTTTTACTTGATTAAAATAAGTATCTCAACCCCACTTGCTTTATTATTTTATTGCATTTAACTATTATTCTTTCATACTCGTGGCCGGCCATGTGTGACTCCTATTTAAATACAGAGTGAATACATATTATTAGTAACAATAATACGATGTTTATTTATAATTCTTATTTTTCAAATATGCATAGATATTCATAATTCCATTACTCCCTCCGTTCTTGATTATTAGTCCCCTTTCCATATTGGGATGTTTATTTTATTAGTCTCTTTTAGAATCTTTCTTTATTTGTTCAACAATTATTCCCCTTTTACCCTTATATTACAAATGTAATTCCCTTTTTGTCCCAAATAAATATGCAAGTGGTCCCTTTATTTTCTAATTAACAAAACTAAACACTCCATCTACCCATATTTTTTTAATTTTTTTTTATCTCTCATATCCACATGGGTAAGATTCTTTAGAGATTCACATGCAAGGTGTTCTTTTAGTGGATTGTTTAATATTCCACAAGGAACTAATAAACAAGAACGGAGGGAGTATATAAAGGCGTGAGAATGTAACATGAGATTGTATAAAGGATGTAAGGAGTATATATGTTTATTTGTAATGTTGTCAATAAAATTATTGTGTGTAAAATATTGCACAGAATTGCATTCCAAAATAAAATGTCCGTAATATGTTATTCTAGTAAAATATACGTAGAATTAAGATAGAATTGTGTCAGGTAGCACTTCGTATAATTAAGATATTAGGCGTGAGATCGCCTATGTAAACATTGATGTATTTTATAAAATGTTCAATATTGATAGGTGATCATTACCATTACCATGAAATGCAGTCAACCTAATATGTCAATAACTTATTTATTAATTTATTGTTTTTTGTTAAAATGTGAACTATATTGCAAAAAACCCAATTACAACCTATCTCCCCATAGGAGAGCTACTGAAACAAACCCTCCAGGAGGGACTCCTCACAGCAACTTGGGGAACACACAAAGGCTAACAGACTAGCTTAAGAAAACTTTACATCAATTACAAACTAGCAGTCCACCCTTGATCCCTATCACTAGCTTTCCTACCTATAATCTGTACAACTCTAGTTTTTATCAAAAATTTTACTGTATTGACAGTCTTTTCTATGCTTGGAACCGATAGATGCCAAAATCTTTGATTCCTTGCCTGCCAGATCATGCAGTGATGAGTTTTCGTCTCCACCTTGAGCCTTAGAAACCTCGTCTAACCCAAATGATCATTTTGTTAATGTTCTCAGGGTAATGGAACACTCCCAACCAATTCATAACTCCTCTAATGCAACTACTGCTGTATTCACAACTACCAAAAAGATGGGTAAGAGTCTCAGAACTCTGACCACAGATAACACAAGTGTCATAATCGATGACACCAATGGAGCATAAACGAGATCTTGTATGCAGTCTGTCTAGCATAAGCATCCATAAGATGAACCTATGTTTGGGAACAACTGTTTTATCCCAAATGCTATAAGACCAATTAACAATCTGAGTAGGCCCCTGCATAATTTTATAAGCCCAAATGAATCCCAAATGTATTTTTGAGCAATATTCCAATTCTGCATATTGATGCTTTGATTCAACTGTTGTTTCACCTTCACAACACATTTCCAACTCCAACTAGCACTTTGTGGAGCATTATAGCCCCACCAATCTGCATCCTTCATATAAACTTCATGCACCCACTTAACCCAAAGGGTATCTTGCTTTTGATTCACATCCCAAACAAGCTTGCCAACAACAGCCATATTGCACAGGAGAATATTCCTGATCCCTAAACCCCCTGCTTTCTTAGGATCACACAACTTCTCCCATTTCACATTTCCATGTTTATGAGTATAAGCTACACCGGCCCAAAGAAAGGACCTACAAATGGAATTAATCTTTCTTAAGACTGTTTTAGGCAGAAGAAAAATCTGCCCCCAACACACGTGTAAGCTCATCAAGACTGAGTTAACAAGCCGAAGTCTCCCAATGTAAGAGATGCTTCTTCTCTGCCATCTCTTAATTCTACATTCTAGCAGTGATTCTTTCAATTAGGATATCACAGTCAGCAACACTAAGTAGAATAAGTGCAGACCTTGGAGCATGCAAAAAATAGAAGGAAACTCTCCTTTGTAAAACAACAATAGGTCATCGGCGAAGCAGAGGTGGTTCAAACCCAAACTTGCACACCTAGGGTGAAAATGAAATTGCTGCAGATTACCCACATAGGCCATAGTTCTAGACATATATTGTAACAGCCCGCTCTTTCGAGCTGTTAATAAAGAACACTTAACCCTTAATGGTCGCAATTAACTCTTAACACGCAGCGGAATAATTAACCTTAATATTAAACTCAATCCTGGACCTATGAGTTATGGGCCCACAAAAACAACCTTAAATAACTTAAATAAATAACCTTGAATAAAAATAATTCTTTAACTCACAACAATTCATCTACTAATCTCACAAATAAATACAACCTTAATATATACTCCCTCTGTCCCAGATTAGTTGTTACACTTTCCTTTTTCGTCCGTCCCAGATTAGTTGTTAAACTTCTAAATTAGGAATGACCCCACAATTATTATATTGTCTCTCTCTTCCCACTAAATTATTTTTTGTCCCTACACCCTCTATCATTCAGATGTCCATTTCCAATGGAGCCTAAGGTTCATTTGTTCTTTTGGTTGTGGGATGTAATGGACTAAATCAAAATGGCTCTTAAATCTATTCGCTTCCTTTCCATGAAGTAGAAGATGGTTGTCCCGCTGTCGTCCCATTATTGCTTTTGGGTCAATTGGAAACAACCTCTCTGCAATTGCAGGGGTAAGGTTGCGTACGTCCGACCCCCCCTTACCCCTCTTCTCGCGGGAGCCTTTTTGAGGCAATGGGGTAATGATAATGATAATGACACCCTCTATCATTCAATTAAAAAAATACCCCACTAACTTCTATCATATCTACTTTTTCAATAAAATAACAATTGATAACCAAACAACCACTTATCACCTAAAACTTTGTGCAAAGGTAAGTGTAACAACTAATCTGGGACGGAGGGAGTAACACACAATTTACAAACCCTTAAAATCTTAAATACAATCAAGCTCCATTTGAATCCCACCTGAGCTTTCACACAACCTGCTTACAAAGAGAAGACATAGAAAAACAAAAATTCCAAAATGAGTGGAAAACTCGTAACCTTTACTTCAGCCCGTCAAAACGTTTTTTTTTATTTCAAACCATTTGTTCAAAGAGTTTTCAAAACATAAACTGGCAATTGTTCGGAAATAGACTTTGGTTATCTTTAAAAACTTATAGCTGGCATTGATCATTCCCTTCACAAATCAGTGGCAAGGACAGGTTTTGGATACAAACGTAGCTTAATTATCACAGAGCACATCATATACTTATAATCGACCATTCAGGTCTTAGCTTTAATTTCAAACACAACTTATCACTTATATTCGACCATTCCGGCCTTAGCTTTATTTTTAGAATATTTCCTCCACCTGTACCTTGCCCACTTTTCCATATCCGTTCATAATCCAATGCCAGCTAAACAAATACAAAGTACATTTTTAATTTACAATATCATTTCAAAATCTATTTCAATAGACAAATTCTTTCCGAATAATTTCTCAAACAATTTCACAATATCAATCAAATTAAACAACAATTCAATATAAATGCAAATCATGATATTCATGGCCATGGATATATGATCATATATAAATATAAAATAATAATTATTTTGCTGAACATAAAAGTTACCTCAAACGAGTCCGATAAATCTTAAGAGCGATAACTCATCTCCAATAATACTTGATAAATAATGTCATACTTGAACTTGATAATTATCTCCCATAAATTATTAATACAACCTCCACAAATCTACTTGAACTCCCGTATATACTGGACCATTCTCCATAACACACACCTCTAAAAATAATGACAACAATAAGTAACTTTCTCACTAAATCAAATTGGAAAAACTTGAGAAATATAGACACATGCTTCTTATTATTGCAAAACTAATCAAATTAAAGAATCTAAATTAAATTTCATAATTTCTAAGTAAGAATTTTGTTTTAGCCTTAATGGCCGACGAAACAAGGAAAAAAAGATTAGCATACCTTAAAATTGGAGTTATACTTTGACTTGGAAACTTGGCTAATCTAATTCAGTTTGAGAAATAAGAGGCAGAGACACATATATGTATCCTATATGAGGAGTAGTAGTAGCTAGGACAATTTTGTAAGTTCTTGAGGTTTGTAAACTATCAAATACGGATGATTTTCCTAATCAAAGTACATAGGATAATTAAGAAGATGAGAAGGCAATTTGAGAAATTGACACATGTTGAAGATATTTGTTTGGCAATCTATGAACAAGCCACGAAAGTATTATGACTTAGGTAATCATTTTAGTAACAAAAGGCATAATAATCATTTCTCATATTAAAAAAAACAAAACAAATTAAAATAATGAATAATGGTTTTTTTTTGTTTTTCTTCAAACAAACCTCAAGATTAGCTAATAAAATAATCTTAATAATTAATTATAGGCTGCTTAAAATTTAGGGCTATTACATATATTCCATGCATATGACAAAAAGGATGGGGGAGAGAGGGCCACCTCGTGTCAAACCTCTCCGGGCGTCAAAGTAGCCATGGGTACCACCATTGATCAAAAGAGAGTACTTAGTAGAAGTGAGGCAGGACATGATCAAGTTACTAAATTTCCTAGGAAAGTTCAAGGAATTCAATATTTCTTGAACAAAATCTCAATCCACTGTATCATAAGCCTTACATATGTCAACTTTAATCATACAATATTTTTGGTTAGACTTCCTCTAATAGTGCCTTACCAAATCTTGACAAATTAAAACATTGTGCAGAATTTTCCTTCCTTCAATAAAGGCACCCTGATCCACTGAGATGATAGACGGAAGAATAACCTTAACCCTTGATCAAAGTAATTTGGTTATGCCTTTGTACACCGCATGACAGCAAGAAATAGGTCTATAATCCACCACAGAAGCCGGGCAGATTTTTCTTCTGCCTAAAACAGTCTTAAGAAAGATTAATTCCATTTGTAGGTCCTTTCTTTGGTCCGGTGTAGCTTATACTCATAAACCTAAGGAAAACCCAGAAGCTAGCACAATTCTAGAAGTGGTATCTTCATTCATACCACTGCAATACACTGCAGTCTTCGTCTTGTTGGCATATAACCCAGAGGTGTCAGAGAATAACTGCAGACCTTGGAGCATGCAAAAAATAGAAGGAAACTCTCATTTGTAAAACAACAATAGGTCATCGGCGAAGCAGAGGTGGTTCAAACCCAAACTTGCACATCTAGGGTGAAAATGAAATTGCTGCAGGTTACCCACATAGGCCATAGTTCTAGACATATATTCCATGCATATGACAAAAAGGAGGGGGAAAAGAGGGCCAACTCGTGTCAAACCTTTCCGGGCGTCAAAGTAGCCATGGGTACCACCATTGATCAAAAGAGAGTACTTAGTAGAAGTGAGGCAGGACATGATCAAGTTACTAAATTTCCTAGGAAAGTTCAAGGAATTCAATATTTCTTGAACAAAATCTCAATCCACTGTATCATAAGCCTTACGTATGTCAATTTTGATCATACAATGTTTTTGGTTAGACTTCCTCTGATAGTGCCTTACCATATCTTGACAAATTAAAACATTGTGCAGAATTTTCCTTCCTTCAATAAAGACACCCTGATCCACTGAAATGATAGAAGGAAGAACAACCTTAACCCTTGATCAAAGTAATTTGGTTATGCCTTTGTACACCGCATGACAGCAAGAAATAGGTCTATAATCCACCACAGAAGCCGGGCAGTCAGATTTAGGAATTACTCCCTCCGTCCCTTAATACTCAACCTGTTTTGACCGGACACGTTTGCCAATGCACAACTTTGACCACCAATTTCTTTAATTATATATTATAAAACTTATAAAAATATTAATATTTTGAAAATATATAGTAAGATGAAGCCAACAATATATTATATACTAACATTTGTTTTCATATAATATTCTAACAATATTATATTATTTCTCACTCCACCCCTATTAACCCACCTACCCCCTATTCCATACAAAAAATAATTAAAAATTCAACCCCTACTCTCCCCCAACCCCACCCCTTTACACATTTCCCACTAACTACATTAAAATAATACCCCACTATCAACTACTACCTATTAAATTAAATAAGTCAATTCAAGTCCCTTAAACTCTGTGCCGGTCAAACCGGGTCGAGTATTCCGGGACGGAGGGAGTACTATAAGTAAAATAGAGTCAAAGTGAATTATGTGGATAGTGCAAAAAGTCAAAACAGGTCGAATATTAAGGGACGGAGGGAGTAGTGTAATAGAGGTTGCGTTGAAATTGCTGAGAAGTTTACCATTCTGGAAGAAATCTTGCACTGCCTCAACCACTTCATTCCCCACAATATTCCAAGCAGCCTTGTAAAATTTGCTACCGTAGCCATCAAGTCCAGGAGACTTATCACTACCAATACCAAACATAGCAGACTTGATTTCAATAGTCCTACCAACTCTCTAGTTGAAATTCAACACAGTTGAAATCCCCCAGACACACACAAGCCTGCACACCAGAGCTAGCTATAACCTCCAAATCCCTCCATAAAGGTTCCCTACTTCCCTGTCTCGTGGCTCATTAAAACCATAAACAAAGGTACATTGGAAGGAGAGATTCTTAGCAAGGTTGGTGATTTTGCAATGAATAATCTGACTGGAGACAAAAAGGATGTCCACCAAGAAGCAATTAGGATTCCAACCTACCACGATTCTTCCTCCTAGATGCTTTGAGATATTAGAAGAAAAGCACCAACCTGGGCACACATTTAGATACAAAGAGCCAAGATTGTGAGCCTTGTCTTTTAGATACAAACAGTTGAGTATTTTGAGCTCGAACCAAATTCCGAATCTCATTCTGTTTATGCTTACTGTTTAGCCCCCTCACATTCCAAGTGAGGATGTTATCCATGTTGATCAGGGGGCATCTCCCCCTCATCAACATTCTCTACAACAGTTTCCACCGCCTCCCTGTTATGGTTCATCTCGCCATCTTGCAGAGTCTGAAAGTTGTTGCTGGTCACAACAGGTGTTCTGACAGGTTTAGTAGGTCTCACATTAGCTCTTGATCGAGAGTTAACAGACTGAAACTCATTACTGTCCTGAATCTGAGGTGTTACATAAGCAACTTCAGTTACATTTTGAAGAGGGACTCGAACAGCTACGGATTCTGTCGTAGCAGTGCAAGCCTTTTGATATTTCGGTTTCTTAGTCTTCTTGACACAATTTTCTGATTTATGCCCCATTCCTCTACACACATCACAAATTATGGGTCTCCACTCGTATATAATATAATTGATTGAGTAACTACCTCACCCCTTGCATTCTCATACTCCATAACATGAGGGGACTCTTGTAATATAATATATAAATTTATATATTATATGTAATATATAATTTTTTTATTATAAGATAAGCAAATAAAAGAGTGACACTTGTCAGTAGACTCAGCACCATGTAGTCTGATTTTTAGTTTGACGGGAAAATACATATGAAGTTTATCTTTAGGAATAAAAATCTTGATATTAACATTTTTACGTAATGTTTTAATGTATAGGAACGGCAAAACATCTATGACTATGGAGTTCAGTACTTGATGTTTGTTAATTTTCTTCTAATAAGATGACGTTCAATGTGCTGCTTGTTTACCCATGCTCACATCAATTGGCTGATTGTTTGAGGGTACTATTGTCATGGGTGGTTAGATGATCTCAAACTTGATTTTATTATTTTGTCTTCGATCTGTTCTCCTCCTAAAGTCCTGAGGCTTTTTCCTCAAAAAAAAAAAAAAAAAAAAAGTCCTTGTGCTTTTTCATGATCGTCTTTGGCATTAGTTATTTGTGTTTTATATGCTTGGTTATAAATCATTTGTTTGAAACTTTGCGTATCTGCGGATTCTGTTTTAGTTGGAGGTTATTTGGTTCTAGATTTCAAGTAGAAGAAGGGCAAAGGAACCGTGAAAGGGAGAAATGGGATATAGTCCAGAGAGAGAATTTTGTTATTATATTTGGTTTACAATTTATACGCCAAAAACTTATTCCTCCATTTCCCCAAACACCACTACGAAAGTCGCAAGTCATTGGTTTTGGTCCAGGTGGTTCTTATTACGGGTTGATAGAAGGGAAGTCAATGGAGCTTTTTCTTTTTGTGGGTTTCACATCATATTAGCCATTTATTCTTTCTGGATATCCTAAATTTGTGGGTCTACCTAAAGAGAGGTTACTTTAATGATTTGAAAATGGTATTACGTATATGATAGGATATATCAGAAGGCTCTCTTGGGCCTTTTTTGTTTGATTGATCTTGCCACTTAAAACTGGTAGGTAAGTCCTTTTTCTCGGGATCTCAATGAGCTGAAAGACATGAGCTTTTTTACAAATTGTGGAGGGCTATTTTTTATTTATTTTTTTATTTTATTTTTTTATGATGGCAAAGGGTTGGCTTGAGGTGAGGGAAGAAATTGTCGCTGATGGCTGATATTTTGGTGAAGATGGGGCTACTGTGGGGGAGGGATTTGAGAACCCTTGAATAGGGAGGCAGGGAGAGAAAGAGAGAGAGAGAGAGAAAGAAAGAGAGAGAGAGAGAGAGGCAAACTCAAAGGGGGACAATTCATTCCCTTTTCTTAATAGATTAATTATTCTATTATATTTTTGAATGTTCATCTTCATTTGTTAATCATAATTTGTTTTATGTTAATAGCTGCTGTTGTCGCTTGTTTCCATATACTTTGTATAATGTTATCAGGTAACTCAAGGATGAGAAATTTTGGAACAAGTTTCTTAATTTCCGTCCAGAAGTACCTTAAAGTTCATGTTTGAACGTCTGGTTTAGAGGAGTTCCTGTACAATACATGATTGCTCAGCATTTCATTGTTTTACCTGGGTTGGATTGCAGGTTCCTGATAACCTTGTAGAAGAAGCCAAAGCCGCTGCAACTGCTGCATTAGAAGAGATGGACGCTGACTGATTCTTTTATGGGATTAGAAATAGAAAGCGATGTTTCATGCCAAAAATCTGTGGAGGTTTTGTATTTCAAGTATTTGCAATTATAATCCTTCAAAGAAAATCATGATAATATTCCTTGATATTATTTTCACGCGAATGATTATCCAAAGACTCATTTGCTGCAGTTGATTTGGTTATTTGTACTTTTCGTATTTCAACCTCATTTGTCTTTTATCCTTATCATTTTGTAGTTGTAGCCTTATTGGTAGTAAGCCTGTTTACTGGACAGTGTAGTTCAACGGTATACAGATCTGAAAAAATTGACTATTTCAAGAAAGTCAAATAGATGGGAATCTTAGGATGTTTGCGGACGACCTTCTTTTGTTCTTTAGAGCTGATGTCGTACGATCTGGGTTGTTTCCCTCTCGACTTTGGATCTTAGCACCCAAAAAGTCTGTTCCTTTTAGGAGAGTGGTTGTCTATCCAACACTTTCAGTAAAAGGACTTCCATGAAGCCTATCATCGACACTAAGAATAGGCATCTTGATTGGACCAGCACGCGTATGAAGGCCCTAGAACCCTGTCAGGTCTAATCGAGATCTTCGAGATGGTTCGTTCATGTAATTTCTTCTCCGCGCAGTGCTTCCTAT

mRNA sequence

ATGAGCAGCATCGGAACCGGCTACGACCTCTCGGTCACCACCTTCTCACCAGACGGTCGAGTTTTCCAAATTGAGTACGCTTCTAAGGCCGTCGACAACAGCGGGACTGCCGTGGGCATCAAATGCAAGGATGGAATTGTTCTGGGTGTTGAGAAGCTTATACAATCGAAGATGATGTTACCGGGCTCGAATCGACGAATCCATTCTGTTCATCGGCACTCTGGCATGGCAGTTGCTGGATTGGCTGCAGACGGAAGGCAAGTAGTTGCTCGTGCTAAGTCAGAAGCTACAAACTATGAGAGTGTGTATGGTGAAGCTGTCCCAGTGAAGGAACTTGCTGATCGTGTTGCTAGTTATGTTCATCTTTGCACACTCTATTGGTGGCTCAGACCTTTTGGATGTGGAGTCATTCTTGGAGGTTATGATAGAGATGGGCCACAATTATATATGGTTGAGCCGTCTGGGATTTCATATAGATATTTTGGTGCTGCTATTGGAAAGGGAAAACAGGCTGCAAAAACCATATACAAGGTTCATGATGAAGCAAAGGACAAAGCTTTTGAATTGGAGATGAGTTGGATTTGCGATGAGTCAAAACGTGAGCATCAAAAGGTTCCTGATAACCTTGTAGAAGAAGCCAAAGCCGCTGCAACTGCTGCATTAGAAGAGATGGACGCTGACTGATTCTTTTATGGGATTAGAAATAGAAAGCGATGTTTCATGCCAAAAATCTGTGGAGGTTTTGTATTTCAAGTATTTGCAATTATAATCCTTCAAAGAAAATCATGATAATATTCCTTGATATTATTTTCACGCGAATGATTATCCAAAGACTCATTTGCTGCAGTTGATTTGGTTATTTGTACTTTTCGTATTTCAACCTCATTTGTCTTTTATCCTTATCATTTTGTAGTTGTAGCCTTATTGGTAGTAAGCCTGTTTACTGGACAGTGTAGTTCAACGGTATACAGATCTGAAAAAATTGACTATTTCAAGAAAGTCAAATAGATGGGAATCTTAGGATGTTTGCGGACGACCTTCTTTTGTTCTTTAGAGCTGATGTCGTACGATCTGGGTTGTTTCCCTCTCGACTTTGGATCTTAGCACCCAAAAAGTCTGTTCCTTTTAGGAGAGTGGTTGTCTATCCAACACTTTCAGTAAAAGGACTTCCATGAAGCCTATCATCGACACTAAGAATAGGCATCTTGATTGGACCAGCACGCGTATGAAGGCCCTAGAACCCTGTCAGGTCTAATCGAGATCTTCGAGATGGTTCGTTCATGTAATTTCTTCTCCGCGCAGTGCTTCCTAT

Coding sequence (CDS)

ATGAGCAGCATCGGAACCGGCTACGACCTCTCGGTCACCACCTTCTCACCAGACGGTCGAGTTTTCCAAATTGAGTACGCTTCTAAGGCCGTCGACAACAGCGGGACTGCCGTGGGCATCAAATGCAAGGATGGAATTGTTCTGGGTGTTGAGAAGCTTATACAATCGAAGATGATGTTACCGGGCTCGAATCGACGAATCCATTCTGTTCATCGGCACTCTGGCATGGCAGTTGCTGGATTGGCTGCAGACGGAAGGCAAGTAGTTGCTCGTGCTAAGTCAGAAGCTACAAACTATGAGAGTGTGTATGGTGAAGCTGTCCCAGTGAAGGAACTTGCTGATCGTGTTGCTAGTTATGTTCATCTTTGCACACTCTATTGGTGGCTCAGACCTTTTGGATGTGGAGTCATTCTTGGAGGTTATGATAGAGATGGGCCACAATTATATATGGTTGAGCCGTCTGGGATTTCATATAGATATTTTGGTGCTGCTATTGGAAAGGGAAAACAGGCTGCAAAAACCATATACAAGGTTCATGATGAAGCAAAGGACAAAGCTTTTGAATTGGAGATGAGTTGGATTTGCGATGAGTCAAAACGTGAGCATCAAAAGGTTCCTGATAACCTTGTAGAAGAAGCCAAAGCCGCTGCAACTGCTGCATTAGAAGAGATGGACGCTGACTGA

Protein sequence

MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAALEEMDAD
Relationships

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

Feature NameUnique NameType
Spo22439.1Spo22439.1mRNA


Homology
[Close]
BLAST of Spo22439.1 vs. NCBI nr
Match: gi|902238707|gb|KNA25284.1| (hypothetical protein SOVF_007100 [Spinacia oleracea])

HSP 1 Score: 442.6 bits (1137), Expect = 4.200e-121
Identity = 227/249 (91.16%), Postives = 227/249 (91.16%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT
Sbjct: 181 LSEMSCREGIIEVAKIIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. NCBI nr
Match: gi|3914431|sp|O24362.1|PSA3_SPIOL (RecName: Full=Proteasome subunit alpha type-3; AltName: Full=20S proteasome alpha subunit G; AltName: Full=20S proteasome subunit alpha-7; AltName: Full=Proteasome component C8)

HSP 1 Score: 438.7 bits (1127), Expect = 6.100e-120
Identity = 223/249 (89.56%), Postives = 227/249 (91.16%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNYESVYGEAVPVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYESVYGEAVPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNL++EAKAAAT
Sbjct: 181 LSEMTCREGIIEVAKIIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLLQEAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. NCBI nr
Match: gi|731356420|ref|XP_010689667.1| (PREDICTED: proteasome subunit alpha type-3 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 433.7 bits (1114), Expect = 2.000e-118
Identity = 219/249 (87.95%), Postives = 225/249 (90.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT VGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYES YGEA+PVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESTYGEAIPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSW+C+ESKREHQKVPDNL+E+AKAAAT
Sbjct: 181 LSEMSCREGVIEVAKIIYKVHDEAKDKAFELEMSWVCEESKREHQKVPDNLLEQAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. NCBI nr
Match: gi|823172900|ref|XP_012485277.1| (PREDICTED: proteasome subunit alpha type-3 isoform X2 [Gossypium raimondii])

HSP 1 Score: 432.6 bits (1111), Expect = 4.400e-118
Identity = 209/227 (92.07%), Postives = 221/227 (97.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT +GIKCKDGIVLGVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVIGIKCKDGIVLGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNY+SVYGE +PVKELA+RVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYQSVYGEPIPVKELAERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180
           HLCTLYWWLRPFGCG+ILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD
Sbjct: 121 HLCTLYWWLRPFGCGIILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180

Query: 181 EAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAALEEMDAD 228
           EAKDKAFELEMSW+CDESK++HQKVPD+L+EEAK AA  ALEEMDAD
Sbjct: 181 EAKDKAFELEMSWVCDESKQQHQKVPDDLLEEAKVAARTALEEMDAD 227
[Close]
BLAST of Spo22439.1 vs. NCBI nr
Match: gi|763768369|gb|KJB35584.1| (hypothetical protein B456_006G121400 [Gossypium raimondii])

HSP 1 Score: 431.8 bits (1109), Expect = 7.400e-118
Identity = 208/227 (91.63%), Postives = 221/227 (97.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT +GIKCKDGIV+GVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVIGIKCKDGIVMGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNY+SVYGE +PVKELA+RVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYQSVYGEPIPVKELAERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180
           HLCTLYWWLRPFGCG+ILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD
Sbjct: 121 HLCTLYWWLRPFGCGIILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180

Query: 181 EAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAALEEMDAD 228
           EAKDKAFELEMSW+CDESK++HQKVPD+L+EEAK AA  ALEEMDAD
Sbjct: 181 EAKDKAFELEMSWVCDESKQQHQKVPDDLLEEAKVAARTALEEMDAD 227
[Close]
BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Match: A0A0K9S266_SPIOL (Proteasome subunit alpha type OS=Spinacia oleracea GN=SOVF_007100 PE=3 SV=1)

HSP 1 Score: 442.6 bits (1137), Expect = 2.900e-121
Identity = 227/249 (91.16%), Postives = 227/249 (91.16%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT
Sbjct: 181 LSEMSCREGIIEVAKIIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QP82_SPIOL (Proteasome subunit alpha type OS=Spinacia oleracea GN=SOVF_157090 PE=3 SV=1)

HSP 1 Score: 438.7 bits (1127), Expect = 4.200e-120
Identity = 223/249 (89.56%), Postives = 227/249 (91.16%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNYESVYGEAVPVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYESVYGEAVPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNL++EAKAAAT
Sbjct: 181 LSEMTCREGIIEVAKIIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLLQEAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Match: A0A0J8BLM3_BETVU (Proteasome subunit alpha type OS=Beta vulgaris subsp. vulgaris GN=BVRB_9g208510 PE=3 SV=1)

HSP 1 Score: 433.7 bits (1114), Expect = 1.400e-118
Identity = 219/249 (87.95%), Postives = 225/249 (90.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT VGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYES YGEA+PVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESTYGEAIPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSW+C+ESKREHQKVPDNL+E+AKAAAT
Sbjct: 181 LSEMSCREGVIEVAKIIYKVHDEAKDKAFELEMSWVCEESKREHQKVPDNLLEQAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Match: A0A0D2NR28_GOSRA (Proteasome subunit alpha type OS=Gossypium raimondii GN=B456_006G122000 PE=3 SV=1)

HSP 1 Score: 432.6 bits (1111), Expect = 3.000e-118
Identity = 209/227 (92.07%), Postives = 221/227 (97.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT +GIKCKDGIVLGVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVIGIKCKDGIVLGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNY+SVYGE +PVKELA+RVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYQSVYGEPIPVKELAERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180
           HLCTLYWWLRPFGCG+ILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD
Sbjct: 121 HLCTLYWWLRPFGCGIILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180

Query: 181 EAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAALEEMDAD 228
           EAKDKAFELEMSW+CDESK++HQKVPD+L+EEAK AA  ALEEMDAD
Sbjct: 181 EAKDKAFELEMSWVCDESKQQHQKVPDDLLEEAKVAARTALEEMDAD 227
[Close]
BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Match: A0A0D2RUQ1_GOSRA (Proteasome subunit alpha type OS=Gossypium raimondii GN=B456_006G121400 PE=3 SV=1)

HSP 1 Score: 431.8 bits (1109), Expect = 5.200e-118
Identity = 208/227 (91.63%), Postives = 221/227 (97.36%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT +GIKCKDGIV+GVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVIGIKCKDGIVMGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNY+SVYGE +PVKELA+RVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYQSVYGEPIPVKELAERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180
           HLCTLYWWLRPFGCG+ILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD
Sbjct: 121 HLCTLYWWLRPFGCGIILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIYKVHD 180

Query: 181 EAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAALEEMDAD 228
           EAKDKAFELEMSW+CDESK++HQKVPD+L+EEAK AA  ALEEMDAD
Sbjct: 181 EAKDKAFELEMSWVCDESKQQHQKVPDDLLEEAKVAARTALEEMDAD 227
[Close]
BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Match: PSA3_SPIOL (Proteasome subunit alpha type-3 OS=Spinacia oleracea GN=PAG1 PE=2 SV=1)

HSP 1 Score: 438.7 bits (1127), Expect = 3.800e-122
Identity = 223/249 (89.56%), Postives = 227/249 (91.16%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRHSGMAVAGLAADGRQ+VARAKSEATNYESVYGEAVPVKELADRVASYV
Sbjct: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQIVARAKSEATNYESVYGEAVPVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNL++EAKAAAT
Sbjct: 181 LSEMTCREGIIEVAKIIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLLQEAKAAAT 240
[Close]
BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Match: PSA3_ARATH (Proteasome subunit alpha type-3 OS=Arabidopsis thaliana GN=PAG1 PE=1 SV=2)

HSP 1 Score: 415.6 bits (1067), Expect = 3.400e-115
Identity = 208/249 (83.53%), Postives = 221/249 (88.76%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT VGIKCKDGIV+GVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVVGIKCKDGIVMGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRH+GMAVAGLAADGRQ+VARAKSEA +YESVYG+AVPVKEL++RVASYV
Sbjct: 61  PGSNRRIHSVHRHAGMAVAGLAADGRQIVARAKSEARSYESVYGDAVPVKELSERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYM+EPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMIEPSGISYRYFGAAIGKGKQAAKTEIEKLN 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYK+HDEAKDKAFELEMSWIC+ESKREHQKVPD+L+EEAK AA 
Sbjct: 181 LSEMTCKEGVIEVAKIIYKLHDEAKDKAFELEMSWICEESKREHQKVPDDLLEEAKTAAK 240
[Close]
BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Match: PSA3_ORYSJ (Proteasome subunit alpha type-3 OS=Oryza sativa subsp. japonica GN=PAG1 PE=2 SV=1)

HSP 1 Score: 395.2 bits (1014), Expect = 4.800e-109
Identity = 196/249 (78.71%), Postives = 214/249 (85.94%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQ+EYA+KAVDNSGT VGIKCKDGIVLGVEKL+ SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQVEYATKAVDNSGTVVGIKCKDGIVLGVEKLVTSKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
            GSNRRIHSVH HSG+AVAGLAADGRQ+V+RAKSEA +YE VYGE + VKELADRVASYV
Sbjct: 61  EGSNRRIHSVHWHSGLAVAGLAADGRQIVSRAKSEAASYEKVYGEPISVKELADRVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYM+EPSG+SY+YFGAA+GKG+QAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMIEPSGVSYKYFGAALGKGRQAAKTEIEKLK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IY VHDEAKDKAFELE+SWICDES R+HQKVP +L+E+AK AA 
Sbjct: 181 LSELTCREGIVEVAKIIYGVHDEAKDKAFELELSWICDESNRQHQKVPADLLEQAKVAAQ 240
[Close]
BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Match: PSA3_ACACA (Proteasome subunit alpha type-3 (Fragment) OS=Acanthamoeba castellanii PE=2 SV=1)

HSP 1 Score: 280.0 bits (715), Expect = 2.300e-74
Identity = 141/243 (58.02%), Postives = 182/243 (74.90%), Query Frame = 1 

		  

Query: 3   SIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPG 62
           SIGTGYDLS TTFSPDGRVFQ+EYA+KAVDNSGTA+G++ KDG+VL VEKL+ SKM++P 
Sbjct: 1   SIGTGYDLSSTTFSPDGRVFQVEYAAKAVDNSGTALGLRVKDGVVLAVEKLLVSKMLVPN 60

Query: 63  SNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHL 122
           +NRRIH+V RH G+A++GL ADGRQ+V+R ++EAT+Y   YG  +  K L +R++++V L
Sbjct: 61  TNRRIHTVDRHCGLAMSGLVADGRQLVSRGRAEATSYREFYGTDISGKVLNERLSNFVQL 120

Query: 123 CTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKG-------------- 182
            +LY  +RPFG  VILG  D++GPQLYM+EPSGIS+ YFG AIGKG              
Sbjct: 121 YSLYGSVRPFGTSVILGCVDKNGPQLYMIEPSGISWGYFGVAIGKGARAAKTEIEKLKLS 180

Query: 183 --------KQAAKTIYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAATAA 224
                   K+AAK IY VHD+AKDKAFELE+SW+C+E+   H+ VP +L+EEA+  A  A
Sbjct: 181 EMTAREAIKEAAKIIYSVHDDAKDKAFELELSWVCEETGNLHKFVPKDLLEEAEKYAKQA 240
[Close]
BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Match: PSA3_DICDI (Proteasome subunit alpha type-3 OS=Dictyostelium discoideum GN=psmA3 PE=2 SV=2)

HSP 1 Score: 268.5 bits (685), Expect = 6.800e-71
Identity = 132/245 (53.88%), Postives = 173/245 (70.61%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSS+G+GYDL V+T+SPDG++FQ++YA+KAV+NSGT V IK KDG+VLGVEKL+ SKM+ 
Sbjct: 1   MSSVGSGYDLYVSTYSPDGKLFQVDYANKAVENSGTLVAIKAKDGVVLGVEKLVPSKMLC 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
            GSNRR+H +  H G+A+AG  AD RQ++ RA+SEA NY+S YG+ +P+K L+ R+ASY 
Sbjct: 61  SGSNRRVHHIDTHVGVAIAGFLADARQLITRARSEAKNYKSTYGQPIPIKVLSQRIASYN 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           H+ TLY  +RPFGC + + G D+ GPQL++VEPSG    YFGA++GKGKQAAK       
Sbjct: 121 HMHTLYGSVRPFGCSIAITGIDQYGPQLFLVEPSGSCVGYFGASLGKGKQAAKNELEKIK 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 224
                           IY VHDE KDK FELE+ WI  E+   HQ VP  L +EA+A A 
Sbjct: 181 FSEMTCREAIKEVSRIIYSVHDEVKDKDFELELGWISTETNNVHQIVPKELHDEAEAYAK 240
[Close]
BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Match: AT2G27020.1 (20S proteasome alpha subunit G1)

HSP 1 Score: 415.6 bits (1067), Expect = 1.900e-116
Identity = 208/249 (83.53%), Postives = 221/249 (88.76%), Query Frame = 1 

		  

Query: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMML 60
           MSSIGTGYDLSVTTFSPDGRVFQIEYA+KAVDNSGT VGIKCKDGIV+GVEKLI SKMML
Sbjct: 1   MSSIGTGYDLSVTTFSPDGRVFQIEYAAKAVDNSGTVVGIKCKDGIVMGVEKLIASKMML 60

Query: 61  PGSNRRIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYV 120
           PGSNRRIHSVHRH+GMAVAGLAADGRQ+VARAKSEA +YESVYG+AVPVKEL++RVASYV
Sbjct: 61  PGSNRRIHSVHRHAGMAVAGLAADGRQIVARAKSEARSYESVYGDAVPVKELSERVASYV 120

Query: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT------ 180
           HLCTLYWWLRPFGCGVILGGYDRDGPQLYM+EPSGISYRYFGAAIGKGKQAAKT      
Sbjct: 121 HLCTLYWWLRPFGCGVILGGYDRDGPQLYMIEPSGISYRYFGAAIGKGKQAAKTEIEKLN 180

Query: 181 ----------------IYKVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAAAT 228
                           IYK+HDEAKDKAFELEMSWIC+ESKREHQKVPD+L+EEAK AA 
Sbjct: 181 LSEMTCKEGVIEVAKIIYKLHDEAKDKAFELEMSWICEESKREHQKVPDDLLEEAKTAAK 240
[Close]
BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Match: AT1G47250.1 (20S proteasome alpha subunit F2)

HSP 1 Score: 130.2 bits (326), Expect = 1.600e-30
Identity = 69/167 (41.32%), Postives = 94/167 (56.29%), Query Frame = 1 

		  

Query: 8   YDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPGSNRRI 67
           YD  VTT+SP GR+FQ+EYA +AV     A+G++ +  +VL      QS+  L    R+I
Sbjct: 6   YDTDVTTWSPTGRLFQVEYAMEAVKQGSAAIGLRSRSHVVLACVNKAQSE--LSSHQRKI 65

Query: 68  HSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHLCTLYW 127
             V  H G+A+AGL ADGR +    +SE+ N+   Y   +PV  L   +A    +CT   
Sbjct: 66  FKVDDHIGVAIAGLTADGRVLSRYMRSESINHSFTYESPLPVGRLVVHLADKAQVCTQRS 125

Query: 128 WLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT 175
           W RP+G G+++GG D  G  LY   PSG  + Y   AIG   QAAKT
Sbjct: 126 WKRPYGVGLLVGGLDESGAHLYYNCPSGNYFEYQAFAIGSRSQAAKT 170
[Close]
BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Match: AT5G42790.1 (proteasome alpha subunit F1)

HSP 1 Score: 130.2 bits (326), Expect = 1.600e-30
Identity = 69/167 (41.32%), Postives = 94/167 (56.29%), Query Frame = 1 

		  

Query: 8   YDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPGSNRRI 67
           YD  VTT+SP GR+FQ+EYA +AV     A+G++ +  +VL      QS+  L    R+I
Sbjct: 6   YDTDVTTWSPTGRLFQVEYAMEAVKQGSAAIGLRSRSHVVLACVNKAQSE--LSSHQRKI 65

Query: 68  HSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHLCTLYW 127
             V  H G+A+AGL ADGR +    +SE+ N+   Y   +PV  L   +A    +CT   
Sbjct: 66  FKVDDHIGVAIAGLTADGRVLSRYMRSESINHSFTYESPLPVGRLVVHLADKAQVCTQRS 125

Query: 128 WLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKT 175
           W RP+G G+++GG D  G  LY   PSG  + Y   AIG   QAAKT
Sbjct: 126 WKRPYGVGLLVGGLDESGAHLYYNCPSGNYFEYQAFAIGSRSQAAKT 170
[Close]
BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Match: AT1G53850.1 (20S proteasome alpha subunit E1)

HSP 1 Score: 127.9 bits (320), Expect = 8.100e-30
Identity = 78/220 (35.45%), Postives = 113/220 (51.36%), Query Frame = 1 

		  

Query: 6   TGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPGSNR 65
           T YD  V TFSP+GR+FQ+EYA +A+    TA+G+K K+G+VL VEK I S ++ P S  
Sbjct: 6   TEYDRGVNTFSPEGRLFQVEYAIEAIKLGSTAIGVKTKEGVVLAVEKRITSPLLEPSSVE 65

Query: 66  RIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHLCTL 125
           +I  +  H G A++GL AD R +V  A+ E  N+   YGE + V+           LC L
Sbjct: 66  KIMEIDDHIGCAMSGLIADARTLVEHARVETQNHRFSYGEPMTVESTTQA------LCDL 125

Query: 126 YW---------WLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIY 185
                        RPFG  +++ G+D +GP LY  +PSG  ++    AIG G + A +  
Sbjct: 126 ALRFGEGEEESMSRPFGVSLLIAGHDENGPSLYYTDPSGTFWQCNAKAIGSGSEGADSSL 185

Query: 186 KVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAA 217
           +          E E   +    +   +KV  N V+ AK A
Sbjct: 186 QEQFNKDLSLQEAETIAVSILKQVMEEKVTPNNVDIAKVA 219
[Close]
BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Match: AT3G14290.1 (20S proteasome alpha subunit E2)

HSP 1 Score: 127.9 bits (320), Expect = 8.100e-30
Identity = 78/220 (35.45%), Postives = 113/220 (51.36%), Query Frame = 1 

		  

Query: 6   TGYDLSVTTFSPDGRVFQIEYASKAVDNSGTAVGIKCKDGIVLGVEKLIQSKMMLPGSNR 65
           T YD  V TFSP+GR+FQ+EYA +A+    TA+G+K K+G+VL VEK I S ++ P S  
Sbjct: 6   TEYDRGVNTFSPEGRLFQVEYAIEAIKLGSTAIGVKTKEGVVLAVEKRITSPLLEPSSVE 65

Query: 66  RIHSVHRHSGMAVAGLAADGRQVVARAKSEATNYESVYGEAVPVKELADRVASYVHLCTL 125
           +I  +  H G A++GL AD R +V  A+ E  N+   YGE + V+           LC L
Sbjct: 66  KIMEIDDHIGCAMSGLIADARTLVEHARVETQNHRFSYGEPMTVESTTQA------LCDL 125

Query: 126 YW---------WLRPFGCGVILGGYDRDGPQLYMVEPSGISYRYFGAAIGKGKQAAKTIY 185
                        RPFG  +++ G+D +GP LY  +PSG  ++    AIG G + A +  
Sbjct: 126 ALRFGEGEEESMSRPFGVSLLIAGHDENGPSLYYTDPSGTFWQCNAKAIGSGSEGADSSL 185

Query: 186 KVHDEAKDKAFELEMSWICDESKREHQKVPDNLVEEAKAA 217
           +          E E   +    +   +KV  N V+ AK A
Sbjct: 186 QEQFNKDITLQEAETIAVSILKQVMEEKVTPNNVDIAKVA 219
The following BLAST results are available for this feature:
BLAST of Spo22439.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5
Match NameE-valueIdentityDescription
gi|902238707|gb|KNA25284.1|4.2e-12191.1hypothetical protein SOVF_0071... [more]
gi|3914431|sp|O24362.1|PSA3_SPIOL6.1e-12089.5RecName: Full=Proteasome subun... [more]
gi|731356420|ref|XP_010689667.1|2.0e-11887.9PREDICTED: proteasome subunit ... [more]
gi|823172900|ref|XP_012485277.1|4.4e-11892.0PREDICTED: proteasome subunit ... [more]
gi|763768369|gb|KJB35584.1|7.4e-11891.6hypothetical protein B456_006G... [more]
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BLAST of Spo22439.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5
Match NameE-valueIdentityDescription
A0A0K9S266_SPIOL2.9e-12191.1Proteasome subunit alpha type ... [more]
A0A0K9QP82_SPIOL4.2e-12089.5Proteasome subunit alpha type ... [more]
A0A0J8BLM3_BETVU1.4e-11887.9Proteasome subunit alpha type ... [more]
A0A0D2NR28_GOSRA3.0e-11892.0Proteasome subunit alpha type ... [more]
A0A0D2RUQ1_GOSRA5.2e-11891.6Proteasome subunit alpha type ... [more]
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BLAST of Spo22439.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 5
Match NameE-valueIdentityDescription
PSA3_SPIOL3.8e-12289.5Proteasome subunit alpha type-... [more]
PSA3_ARATH3.4e-11583.5Proteasome subunit alpha type-... [more]
PSA3_ORYSJ4.8e-10978.7Proteasome subunit alpha type-... [more]
PSA3_ACACA2.3e-7458.0Proteasome subunit alpha type-... [more]
PSA3_DICDI6.8e-7153.8Proteasome subunit alpha type-... [more]
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BLAST of Spo22439.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 5
Match NameE-valueIdentityDescription
AT2G27020.11.9e-11683.520S proteasome alpha subunit G... [more]
AT1G47250.11.6e-3041.320S proteasome alpha subunit F... [more]
AT5G42790.11.6e-3041.3proteasome alpha subunit F1[more]
AT1G53850.18.1e-3035.420S proteasome alpha subunit E... [more]
AT3G14290.18.1e-3035.420S proteasome alpha subunit E... [more]
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InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR000426Proteasome alpha-subunit, N-terminal domainPFAMPF10584Proteasome_A_Ncoord: 8..30
score: 5.4
IPR000426Proteasome alpha-subunit, N-terminal domainSMARTSM00948Proteasome_A_N_2coord: 8..30
score: 6.7
IPR000426Proteasome alpha-subunit, N-terminal domainPROSITEPS00388PROTEASOME_ALPHA_1coord: 8..30
scor
IPR001353Proteasome, subunit alpha/betaPFAMPF00227Proteasomecoord: 32..179
score: 2.8
IPR023332Proteasome A-type subunitPROFILEPS51475PROTEASOME_ALPHA_2coord: 23..227
score: 55
NoneNo IPR availablePANTHERPTHR11599PROTEASOME SUBUNIT ALPHA/BETAcoord: 1..225
score: 1.4E
NoneNo IPR availablePANTHERPTHR11599:SF65SUBFAMILY NOT NAMEDcoord: 1..225
score: 1.4E

GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006094 gluconeogenesis
biological_process GO:0009560 embryo sac egg cell differentiation
biological_process GO:0019288 isopentenyl diphosphate biosynthetic process, methylerythritol 4-phosphate pathway
biological_process GO:0009902 chloroplast relocation
biological_process GO:0042967 obsolete acyl-carrier-protein biosynthetic process
biological_process GO:0008152 metabolic process
biological_process GO:0043412 macromolecule modification
biological_process GO:0009987 cellular process
biological_process GO:0065007 biological regulation
biological_process GO:0006397 mRNA processing
biological_process GO:0006096 glycolytic process
biological_process GO:0048255 mRNA stabilization
biological_process GO:0006633 fatty acid biosynthetic process
biological_process GO:0010228 vegetative to reproductive phase transition of meristem
biological_process GO:0009099 valine biosynthetic process
biological_process GO:0010027 thylakoid membrane organization
biological_process GO:0006450 regulation of translational fidelity
biological_process GO:0048481 plant ovule development
biological_process GO:0009098 leucine biosynthetic process
biological_process GO:0006428 isoleucyl-tRNA aminoacylation
biological_process GO:0016556 mRNA modification
biological_process GO:0034660 ncRNA metabolic process
biological_process GO:0016226 iron-sulfur cluster assembly
biological_process GO:0019932 second-messenger-mediated signaling
biological_process GO:0006511 ubiquitin-dependent protein catabolic process
biological_process GO:0051603 proteolysis involved in cellular protein catabolic process
biological_process GO:0006438 valyl-tRNA aminoacylation
biological_process GO:0015979 photosynthesis
biological_process GO:0019684 photosynthesis, light reaction
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0007020 microtubule nucleation
biological_process GO:0007018 microtubule-based movement
biological_process GO:0009266 response to temperature stimulus
biological_process GO:0042793 plastid transcription
biological_process GO:0010498 proteasomal protein catabolic process
biological_process GO:0019307 mannose biosynthetic process
biological_process GO:0019853 L-ascorbic acid biosynthetic process
biological_process GO:0009298 GDP-mannose biosynthetic process
biological_process GO:0006000 fructose metabolic process
biological_process GO:0007010 cytoskeleton organization
biological_process GO:0006810 transport
biological_process GO:0010103 stomatal complex morphogenesis
biological_process GO:0009097 isoleucine biosynthetic process
biological_process GO:0006090 pyruvate metabolic process
biological_process GO:0009793 embryo development ending in seed dormancy
biological_process GO:0009651 response to salt stress
biological_process GO:0006560 proline metabolic process
biological_process GO:0006563 L-serine metabolic process
biological_process GO:0006426 glycyl-tRNA aminoacylation
biological_process GO:0006544 glycine metabolic process
biological_process GO:0016117 carotenoid biosynthetic process
biological_process GO:0006525 arginine metabolic process
biological_process GO:0006833 water transport
biological_process GO:0051788 response to misfolded protein
biological_process GO:0015986 ATP synthesis coupled proton transport
biological_process GO:0009409 response to cold
biological_process GO:0046686 response to cadmium ion
biological_process GO:0043161 proteasome-mediated ubiquitin-dependent protein catabolic process
biological_process GO:0080129 proteasome core complex assembly
biological_process GO:0009853 photorespiration
biological_process GO:0006972 hyperosmotic response
biological_process GO:0007030 Golgi organization
biological_process GO:0006566 threonine metabolic process
biological_process GO:0006420 arginyl-tRNA aminoacylation
biological_process GO:0006412 translation
biological_process GO:0042254 ribosome biogenesis
cellular_component GO:0045298 tubulin complex
cellular_component GO:0009507 chloroplast
cellular_component GO:0005874 microtubule
cellular_component GO:0005871 kinesin complex
cellular_component GO:0005739 mitochondrion
cellular_component GO:0009570 chloroplast stroma
cellular_component GO:0048046 apoplast
cellular_component GO:0005829 cytosol
cellular_component GO:0005634 nucleus
cellular_component GO:0019773 proteasome core complex, alpha-subunit complex
cellular_component GO:0005774 vacuolar membrane
cellular_component GO:0005840 ribosome
cellular_component GO:0031361 integral component of thylakoid membrane
cellular_component GO:0045263 proton-transporting ATP synthase complex, coupling factor F(o)
cellular_component GO:0005737 cytoplasm
cellular_component GO:0009317 acetyl-CoA carboxylase complex
cellular_component GO:0009535 chloroplast thylakoid membrane
cellular_component GO:0005839 proteasome core complex
cellular_component GO:0015934 large ribosomal subunit
cellular_component GO:0005886 plasma membrane
cellular_component GO:0016021 integral component of membrane
cellular_component GO:0009345 glycine-tRNA ligase complex
molecular_function GO:0003735 structural constituent of ribosome
molecular_function GO:0004832 valine-tRNA ligase activity
molecular_function GO:0005506 iron ion binding
molecular_function GO:0051287 NAD binding
molecular_function GO:0019843 rRNA binding
molecular_function GO:0009055 electron transfer activity
molecular_function GO:0050136 NADH dehydrogenase (quinone) activity
molecular_function GO:0048038 quinone binding
molecular_function GO:0020037 heme binding
molecular_function GO:0000166 nucleotide binding
molecular_function GO:0002161 aminoacyl-tRNA editing activity
molecular_function GO:0003777 microtubule motor activity
molecular_function GO:0008270 zinc ion binding
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0004820 glycine-tRNA ligase activity
molecular_function GO:0005524 ATP binding
molecular_function GO:0004814 arginine-tRNA ligase activity
molecular_function GO:0003677 DNA binding
molecular_function GO:0008080 N-acetyltransferase activity
molecular_function GO:0003989 acetyl-CoA carboxylase activity
molecular_function GO:0008017 microtubule binding
molecular_function GO:0046933 proton-transporting ATP synthase activity, rotational mechanism
molecular_function GO:0004822 isoleucine-tRNA ligase activity
molecular_function GO:0043167 ion binding
molecular_function GO:0004672 protein kinase activity
molecular_function GO:0004298 threonine-type endopeptidase activity
molecular_function GO:0005515 protein binding
molecular_function GO:0004615 phosphomannomutase activity
molecular_function GO:0004175 endopeptidase activity
RNA-Seq Expression