Tan0005513 (gene) Snake gourd v1

Overview


Name	Tan0005513
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	26S proteasome regulatory subunit RPN13 isoform X1
Location	LG08: 13064952 .. 13104608 (-)
RNA-Seq Expression	Tan0005513
Synteny	Tan0005513

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

AGAACACAGCGCAAAAAATATAGCGGATTTCAGTTCGAGGTTAGTCCGCCGTATCAGAAAAAATAAGAACACGAAAAAAAGAAGAAAAGGCTCAGTCTGCAATTTCGGTCTTCGCTTCGGATTTCCATTTTCCCACAACTCTCTGAATCGATTTCCTGGTATACGTCGCATAATTCATCTTCTTCCATCTTTACTCATCATTCTTTTCACCATTTTCGTTGCTCAATCTTTGATTCCGACCCCCAAAAGGGTTTTCGGTATTCAATTACCCGTCTGAGGTTTAGTTGATTCGATATGTGTAGTTCTTTTTTGGGATACTTCATTGGTTTTGTGTGTTTTCTTTGATCGGATTACTCGTGTTGAAGTTTCTTCCTCCTTTTCTTTGGCTTTGTGGTAGTTCTCTTGCTGTTGGAAGGTGAATCGAATAAGTGAAGATATGGACTCGTCGTCTACGGAGGCCGTTCCGTTAATGCAGGTAAATTGTGCAGGCTTCTCAGCCACTATTGTATTTTACTGTACGTGTACGTATTACTATCTATAAATTGATTCCTTTTGTGAGTATATTGCTGGGAGGAGCGAGAGGAAGGGAAGTGGTGAGAGAGAGCAGGAGATCTGTACTATATTATCCCCCTGCATGTTTGAGTTCTATACAAAAAGTTCCAGTTTAAGATCGTTCGAGCTAATTTTTATCTACTCGTTACTTCGATCGAAAACGTCTTTGTTAAGGAAAATGATAGAACAGAGGCTGCCAAAAATGAAGAAACAGTGGGAATCCGAGTCCCCAAGAAACCAAATACCACAGAAGATTTACTTGCAAGAAAACCCCTGTGAAGTAGAGCAAAATCTTTCTAACTATTCCTTTGCAAGGACTTTTGGTGGCATTAGGGAAAAAATATTCCGGGCGGCTCATGGACTATCAGTATCATAAATTTGTATTTTACAGCGAAGTAGCTTGAGAATGAAACACCTCCAATAATATGTAATTTCTATATTGCTGACTTTTGTGGATGCACAAAACGATGCATTAATTGTCTCTCAATATGTATTCCATGCAGTATCATGTCATATCGTTAGTGATGGTTCATTGGCGTTGGGGGCTTTGATGGTGCTATGGCTTTGGTTGTTTTTTGTGGCTCCCATTGTCCAAAATTACTCTTGCTTGTACACATCAGAACTTATGATCTAGGAATGATTGATCTCACTCCTTATGCTTTGAAGCGACCTTTGGGTTGAGGCAATGCCTGAGGTTGCAATCCAGCAAGAGACGGAGGATCAAGATATATGTTAGTAGAGGAAATTAGAACGGTTAAATCACCAATCAACTCAAAAGGTTAAGATGATAGGTTATGGTAAATTTAATTATATCAACACCAACACTCCCCTCACTTGTGGGCTTGGAAATTTGAACAAAGTCCTAACAAGTGGAAATCAAACACTTCCCTCACCTGTGGGTTTGGAAATTTGAACAAAGGCCCAACAAGTGGAAATCAATATTAATTAGGAGAAACGACTTAACCAGGGTTCGAACACAGGACCTCTTGCTCTAATACTATATTAAATCACTCATCAACCCAAAAGTTTAAGTTGATAGGTTATGGTAAATTTAATTATATCAACACCAACAAGAACTATCTCAAGTAAAAAAAAAAAAAAAAACAACAAGAATTATCCTAAAGGAATCGTGTTTGGAGTTTGAAAATGATCTTTCAACCATGATTGTTGACACCAACACTCCTATAGCATTGAAGGAAGCCTATTGAATTAGGAATTGATATGCTTAACGTAAATATATTGCATAACGAAGAGCCAACTTGGGAAATGGAGAGGTTAAACGAATCGTATACAATCAATGGATTCATTAATTGTAATTCGAAGTCGGTTGTCTCTCCTTCCATTGTTGATGACACTATTAAAGAAAGAGTTTGTTTTTGTGAATCCTTTTCAAAATTCTACACCTGAAAAAAAAACACCATGCCTCTTTGTCTTCACAAGATCCAAACACCTTCCTACCTAATGCACATATTATTGAAAAGTTGTGTACCAATTTATTGGTTCCTACAACCAACTCAAAGAAAAATGATCTTCCAAAGGCTTCATCACAGAATCCAATTGTGGAACATTGTAATTTAGGACTTGAAGGTACACATTTTGTTAAGGTTCTACTATCTTCTTCTAGAACAAACTCACTACACAAAGATCACTCTTCTCTCTATATTGAGGACTCGGATTGTGAATCTGATGTTAGTGTAAGTAGTGTGGAACTTGATCTTCAGCATCATAGCAACCTTCGTGAAGAAGATTTATCTGAAGATTCCGTTTTTATTGACTTAAAAACTCGGTTCCAGTTACTCATTGAGTCAAATTGCCCCAATTTTATTGTTTCAAATGTCAATCAATCATCAAGCAGTAATATTTTGATACTGGATAAATTTTACTCATAATCAAGGTGAGTGGAATGGAATTTAGAGAGATGCTCCCTTATGTTCTCGAGGGAGTTAGTCAGAAAGCTTAATTTTTTACCGTTGTTCTCTACTTTCCAATGAAGAAAATTTCTTAGAATTCACGAGTTTATGGAGATTTGAATTTGGAATTTTCTGGCCGTGCCAACTTGTTAGAAGATGTTAGAATATTGTGGCATTGTTGATTGGATTGGACATGCAATTGTAAGAGAGTAGGAGAACAGTTGGAGATTTTTTGCGGCAATTGACGGGGGAGTTTCGGTTCATCTGGTATATTTTGCTTTGTGCTTGATTAAGCTCATTAATATGGATTATGTCAGAACATTGAAGTTTCCTTCAAATGGAGTTTCCTTTTTCGGTTTTCTCAGTCTTGTATATGCTGTTTTAGAATCTTATTTAAGAGGTTTTTTCTACTTTGAAGAAAGCGGAGGCTACATTTCAGTTTGGATAGTTTTGTGGATGGTTAGGTTTTAAAGAATCTTCGAAGAAAAGTGTCTTCTTTGGTTTGTTTGATTTGATTCTGGAAGATTTCAAGTCTCATCTTGGTGTTTTCTCCCCAAGACCTTTGCTGATTTGTCCTACTTTGATTTGTGTCTTATTTGAGATGTTTTCATATTTCCTCAATGCTTTCTTTTTTTGACAAGGCAACAAAACGGAATTTCATTGATAAAATGAAATGAGACTAATGCTCAAAATACAACAAAAAGAAAAGAACAGACAATATCCAAAACAACATGAGACAAAACTTAAACAAGAGAGAAAACAACACCTCTTTGAAGAACTAAACCAAAAGAAAGAGGAGAATATAAAGATACGAGAACCAACTAATAAACAAAGACCAAAAGACTAAAGAGGCTGAAGAAAGGAAGCCAAAAACGCCAACAAGGGAGAACCCTCCAGATCGATGTCCTCAAAGCGACCACCCCTAAACGCACCACCCTCACCTCCAACAACCATTAGCTAATCTTAGAATCTATCATAAATCCGAACAAAGCTTCCAACATCCAAAATTTCCATAACTAAGACAAACCTTGGGGGAAACCTTCAAAAAGCCTCAACCCTGCAACTACTTCAAATACCAGCACCACAAAATAGACAACCAAAAGTCGTGGAGATCTCACCCAACTGAGGTAGGACTCTTCCTTCAAGATTTTGTGTTGAAACAAAACCAACAATTGGATCAACTCCATAAGGATTTAACCACATTATCAACCACCCCAGTTTTGTTTCTTGAAACATAACCACTTCCGGACAAAGCTTTAGAAGATACCTCTTAAGCGTAACTCTCTTTTAACCATCCCCCCAACCCTCTCGTGTTCCACGGTGACGCATTTATTGCAAATTTGTCGGATTACCTCCTGCTACAATTGCTTTGAATTGTAGCCCACTTGCCTTGATTAGATCACTAAAGCTACACAACTCCAGCGGGCACTCTACCTCGATCTTCTCAAGGTTTTCCTTTTTTCCCCCCAAGGGAGATTGAAGGGCTGCAGATTCAAAAAACCCCTCCAGGTTAATTATCGGGGAAAAAACCTTCGAAGATTTAACCCCAACACTTCTCACCAAACCGGTATCCGGACTGCTTAGACTAATTTCAGAATCAGAATCAACTGCCAGACTTCGATTACCCTTTGGGGAAGATGGTGCTACGTTAATACCCGAGTCTAGACCAGGCTGAAATGAGGTTTTAAAGAATGAAACCCCTTTTGGACCAAGTTGGCATTTTCCCATTACGACCCCCGAGACATTCAGAGCATTATGAAGCCCCTTTCTCAGAAAAGGAATCCATAGGGCAATGTTGATCAAAGCAAACCGCTTGTTTCAGAAAATCAGGGTAGACCTCCTCTAACCGAGCCATTGAGCTCTTAGGTATTGCACCTCCACTCTTCCTTGTGTAATACTTCCCACAAAAAGTGTCATTTACTTTAACACTAGAAGGAACACCATGGGGAAAAAAAGGCTCCTCAACATAACTCAAATCAATTCCATCATTAATTAATGATCGAGACTTCTCCCCTTCCAAATTACCCGAAGATGTCTCCTTAGAGGCACCCCCTTACAAACAGAGGGGGCCTCTAAATTTTCCAGCGCATCACAAACCTTTGGTACCCCCTTACCTCCCTCATTTAAAATCTCACTCTCCCGTCCCTCTGTTTTCTTTCCCTTGTCCAGACCCATAACCAAATCAGAATGAATTAACTGACCTCCTTTACTCACTCCAAAACTGTCAATCTCAACCCTCCCAATCTTGACCCCCCTATCCAAACCGTAAGCCCTCCTATCCACGTATTGCCCCGTAGATAACACCTTTGAATCCTCTACTGTGGCCAATGAAAGGTCCTCGTTACCGTTTTTGCTAGATTCTATGCTTCCCAACCGAAGAAAATCACTTGAAAGGACATGGCCAATCCTCTGCTCACTTCCTACAACAACTCCTACCGAATACTCTTCTCCAAATCCAACACCATCAACATAAACCGAAGTCTGTTTAAGGGCATGGGAGGAGATGTTCTCAGATTCATCTTCCCATACCTGTAGAATCCTGGCGAAATCAATCGGATTAATAACATCTTTCAACACAAGGGCTCTTTCCAAACAACTAGGAGGGGCCAATTCTTCTAGAGCTTCAAAGCTTAGAAGAAACCTTCCACAAGAGGGATCTTCAACAGGGATGTTCGCCGGCCAAAAACCACAAAGGTGTGTGGTTACCTTAATTTTTGCCACTGATATATCTGTAAAGTTCAACGTTTCCAATGAAATGTCTTCAAGTCCCCCAAAATGCCATCCGATCGCCTAAAAAACTCTCTTCTTCCAGAGCCTTAAGGGCAAATTCTTAATTCCAATCCAACCACCGTATCCTTTTATTACCGAGGGTAAACTATGTGTGTTGTCATCCCATTTTTCCAGTTTCAAATGAACACCCCCAACAACCTGCCATCTTCCGCCATTCAGCCATTCAGAAACTGCTCTTCCTCCACAACATTTTCAAAATCCTTCTCAAATAGAACCATAGCCTTGTCAGCCATGAAAGGGTTGATCTGCAATCGACGCTTGAAATAAGACTCCATTGCATTTTTAATAGAAACCCACTGCACATGAACGAACAATCGATTAACCACCCAAATCCTGGAGAAATCAACTTTAACCACTTCAACATCCTTGCAAATCCAATACCCCTCATGGCACAAGTCCTTTGGGTGATATCCCTTTTCCTCCAAATCCCTTCCTTTTCCAGCATAATCTATATCAACTGAGGGAGAAAACGACTGATCAAACGAGTGAATGAAATCTCCCAAGAAGTCTCTAAAAACTGCCCATCCCATTGAGAAAACTCCCAAAGGAATTCTAAGCATTTTTCTACCCCCCAACAGTGGCCAGACCACCACCTCTGCAATCCATTCATTCTTCATTCTCACCTTGAACAAGCCCATAGTAGCATTTTCATCCCTATATTTTCTTCTCAAGAAAAAAGAATTTGGCTTCTCAGCTAGTTCGATAAAAAGCCCAAAAACCCATTTCACCTGGATGGCAGTGAACCCGATCGGCGGGTCCCAAAAACCTTGTTGAATGAATACTCGTGAATCCTCCATCCAAATGCGAAAGCCTATCCCGTCAATGTAGCAACTACCCTTCTCCATTTCCGACTAAATCAACCAAACCGCTAGGACTAGGAAGAAGAGGAAGTCGAAACAGAGGGAGTCTCAACGAACACGAGGGGGACTGTGCGAAAGAGGAAGATGAAGAAGAGGCGGAGGACGCAAGGGTTGGATGGTAGAAGGCGACCGAAAGAGAGACGAGGAGACGAAAAAAGAAGCAAAGAGGGAGGGGAGACGTACTACTTGAAGACGACAAAACAGAAGGAGAAGACGGAGAAGCCGAAAAGGCAAAACGGCGGGGAGACAAAGGACGAAAGGATTGGACGGAGGAAAGAGAAGTCGGAGGAGGACGCTGGAGACAGGGTCACCCAAGATCGGAGACATGGTCGGCGGTGAAGGGCGAGAAGATGCGGGAGGAAGAGAGACGGACGTGGAGAGAGAAGAAAGAAAAAAAACCCATCGGGCGGATTTTTTGCCCCACTAGAAAAACTTCCTCAATGCTTTCTTATATCTATTTTCTTTTGTATTCACTCTCTTGTGGAGTTTGTATCTTTTGAGCATTAGTCTCTTTTCATTTTGTCAATGAAAAGTTTTGTTTCTTGTTAAAAAATTAAAAAAAAGGACAAATATATTCCCTAGCAATGTTATACTCCACCCAAAAATAACCTAAAATTCCAATAACGGATTGCAAAAGAGCAAGAATTGAAGATATGACTTAGGGGTGAGCATCGGTCGGTCGGGGTCGGTTTTCGACCCTGACCAACCATCCCCGAACCGACCAAGGCGGTCGGTTGGTTTTTTGGTTTTTTTTTTTTTAAAATCCTTACAAAAACGATCACCGAGAGCGACCGGTTGATTCGATCGATCGGTTTGGTCGGTTTATATATGTATATATAAAAATATTTATTTAATTAAATATTAAATATTTATAATTATTATTTTATTATTATTTAATAATTTATAATTATTTTTTAATTATTTTGAGAAAATTTTTTAGTTTTTTATTTTTTTAATTATTATTATTATTATTATTATTATTAATTTATTATTATTATTATATATATATATATAGTTTTTTTTTTTAATTTTCGGTCGGTTCGGTCGGTTTTGTGAAGGGCAAAACCGACCCGACCGACTCCTTCACAAAACCGACGACCGCCCTCGGTTCGGTCGGTTTCGGTCGGTCGTGTCGGTTTTCGGTCTTTTTTTGCTCACCCCTAATATGACTATGGGACTCCGAATCTGCACAACACATAATATACCAATATGGGCAAAGAGTGAAATATCGCATCCCACGTTGAAGCCGTTCCATTGTATTGACACCACCATAACTAAGCTCTCAAAGGAAAATTTTAATTTTCCGAGTGGAGCCTTTCCAAATATCTGAAAATAAACGATTGGAGGAGCGATCTCTTGGCCTCACTAAAAGATCCATTATGTCGGAAAAAAAATCCAAAAGAACACAAGTTCCTTCTATCTCCACCAATCATCAACGGAAGATGAGGAGATTGAAGTGAGAAAATGAGAAAGAGAAGCCTGTTCACCTATTTATCATCTTTATGATTCCTCTTGTGACCCAAATCCCAAAAATTCCAATTTATCATTCCAAACATCAGCCACTGTAGCATTAATAGATTGGAAAGTCTATAAAGTCTCAGATATAGAAAAGCTAACGTGTGATCATGGACCCAAACGTACCATTACCATTACCTAACACCCTTTTAGTGTTCTGCTTAACCAAATTATTCAGCATAGCAATGTAAGTCCCTGAAGCTTTTGAGAACCCACATTTGAACTAGATGCCTACTGTTGGTTGTCAACCAAAGGATAGTATTTCGCTTTAATAATCTTACACCAAAGAGCTGTATCCTCACAAACAAATCTCAAATCCATTTAGATAAAAGTGCTACATTTCCTTGTTTAAGATTGCCAATACCCAATCCACCAAATTGAATAGGAAGTTGAGTTTTAACCCAATTCACATTATGCAAGCCTTCATCTCCCTTTGTACCTTCCCAAAGAAAATCTTGAAAGATTTTTTCAATTGAGTTTGCAATCTTGTTAGGCCATTTGAATAATGATAAGAAATAGATGGGCAAATATGAAAGAGTAGACTGTAGTAACATATGCCTACCTCTCTTTGAGATAAATGAGAACAGCCAATTGTGAAGTCTATGTTGTAATTTCTCCAACACCGGCTACCAAAAACGATTATGGGAAGGATTGCCACCTAATGGAAGACCAAGGTAGACGGATGGCCATCCACCCACTTTGCACGCAAATTTTTGAGCTATATATTCCAAATCCTCTTGAGGAATATTAATGCCTCCCTTTTGCCATAATTTATTATTCAGGCTGATGCTTTCTCAAAGACATGAATAATATCAAAAAGATTTGAATTTTTGTGTCATCCATAATAAGGTATCATCTACAAACTGAAGATGATTAACAACGGAGATATGTTAGTCTTTCTATTTGAATTTTTGTGTCATCCATAATAAGGTATCATCTACAAACTGAAGATGATTAACAGCGGAGATATGTTAGTCTTTCTATAAAGGTCATTCTTAATATTGAGAGGAAGTGAGGTGAGGCTTTTTTCGATGGAAAGGAAACACAGGTGGCAAACTTAATCATGAGGTGAATTAGGAAACTTTTTTGTTGCCGGTTGAAATTGGTGGTTTGGGTGTTGGCAATCTTAAGGTGAGGACTGAAAGCTTTACTTACTAAATAACTTTGGAGGCTTTCAAGAGAAGAAAATGAATTGTTGCGTTGAGTATCTATGGGATGGTTTACCAAGATAAGAAAAATAAGTTGTTGTTAGAGTCCACTAGTATTGCAGAGTTTTAGCCAAACCCCCAAACCAATGAAGTGACAAAAATTATTTCAATTAGCACAAAGAGAGTTGAGACTCTGTGAATTTTTTGAACAAGAGATGAAACTTTTCATTGATGTAATGAAAAGGGACTAATACTTAAATATGCAAACTTCAAAAAGGAGTGAAAGAAAGTAAAGAAAACAGCTTCAAAAGGACCAAAGAAAGAAACAAAAACAAGGACCAAATGAATGAACAAAATACAAAACCAGACTGCCGTAATAAAAATTAAGAAGGATATAAAAAAGCATTCTAATTGAGATAAATATCTTGAAGAGAAAATCCAGCAACAGGCTTTGAATGAAAGCTCCATGAAGAGGCCTTGAGACGGACAACTTCAAATGTATCAAACCACGGAAGTTGCTTATTGTGAAAGACCTTTTGATTTCTTTTCATCCATAACTCGGAAAGAGTAGCCTCGACCACATTAATCCAAAGAAAATAAGCTTTGGAATTCAAAGAAAGTGAAAGACCTATAATTAATTGCAAAACATTAGTTGAGACTCTGTGAATTAAAAGGGGTATAAGCTTTACACCAAGAGAGAGCTAAAAAAAAAACATGGTCAAAGAAATCACAGAAGGTTTTCCCTTATTGTTAAAGCATAGCATCTTTGCAGCCCTTAGGGAAACACTTAACTCATGTTGAAAATATTGAGGAGCTTGGACACTCTATTGCCAAAGGAGCAATGTAAGAATAAGTGATGATGGTTTTCTCGGTCAGATCTGCACTTTTCACACACCAGCTGGGGGAGATAGGAATATTAGGAACTTTCCTTTGAATCTGGTCAATGCATAGATATTTAGGAAAGCTTTGTAATGGACGGTTTTGGTTCTGTTTATGAAGAGACCTTTTTAACTTGTAGATGACTTCCCAAGGACCCCACAAGAGAAAATAGAGAAGGAACATAACCAAAAATTGGGATGTGTGATACTATTTGAAATAGTTACTTTTCTTCATAAGGTTTTTATTAGGAAGATGAAAGAACAAAGTAAAAGGAGAAACCCCAAAAAAATTAAGGGCTCGATCAAAATGGGGAGAACAACAATTACAAAAAAGGATAATTACAAATTCCATAGGTCCTTCCAAATTCCGTATGTTTTCCCATGAACTACCTCCCCCCATGAACATTCTCCCATCCTAGCCAGACGAACCATAAAATTGCAAAGGAACTAGGATGGGAACCTCAATGCGCTTGGGCTAAATTGAAACCCTTCCAAAGACACCTCTATACTCGGTTGGAAAAAGGATATAACCAACAAATGAATTTAGAAAATGATTTAGATCCTTGTAATTGTTCTCACAAAAAATGCATCAATTTGCGCCTAAAACATGAGAGGAGTCTTTCTGCAAGACATCAAATGTATTAACCCTTCCCTTCAATGCAACCAACCAAGTGAAGAACCGGATTTTTTTTGGGGAATTTTGAGTTTCCACAAGGAGGAGAAGAAAGAATGAGACAAGGAGGGGGAAAAAGAACGAGGCTAAGTGAAGAAGAAAAGACTTCCCAGAAGAGGATCTATATGGCTTAAGGGACCATAAATGTGGGTCTCGTACCAAATGGAATGGAAAGAACTACCTGATGAAACACAAATGAAAGAGAAGCTAACTTCTCAATCTCTCAATCAGGCTGTGGGCCCTATGAAACTGAAAGTCAGAAGAAGTTGTTTCAGCTTGAGAACCAAACCAAACACAGTGGAGACCAAATTGTTTTTAAGAAATGAGAAGAGAATAAAGTGGGAAAAAGTAAAAACTGAGAAGATAGGATCCTCCTAGAATTGAACTCTGCTGCCATCTCCTATTGACAAGGTGGTATAAGAAATCTTTGTCAAGGGTAAAATATCCAAATTTTTTGAGCAAGAAGAAAGATTCCTTTGTTGATGTTGATGTTCCTGATGCCTACCCCATCACAATCCAAGTGGTGTTGGACTCTTGGTCTTGGCTAATTAACCAAATGGGCCATGCTATTTAACTTTGCCTCACTATAAAAACAATCGCTGAAAGTTTCTTCCCAGGCATGTGGAAGTGGGGAGATGAGGGGATTGGGCACCTTCCTTGGCTAACTAAAGTTAAAGAAGAAGAAAGAAAGGAAGGAAGAAAGAAAACTGCTCACATCAGAGCTTAGGATTAATACCCTTTCTCATGGAAAAATAATACAATGATTCTGGATAGTCTATTAGAATTATATAATTTACATTCTCATATTCTTTATTTCGAGCTAACATTTTATTTGTTCCAAATTAACTGAACCTTGTGGCAGGAAATACTTTTGGAATTTCGTGCCGGAAAAATGTGTTTTGAAGGAAAAAGGGTTGTGCCTGATGCACGTAAAGGACTTGTTCGTATTGGAAGGGTAAGCTTGACCTTTTACATGTTTACATAATTCTATCTTTTGGTTTTATGTTAATTGTGGGATTGCTTTCTTTTTAAGAGACTGTATGCTTAGTTGAAGCCAAACTCATGATACATAATGGCGTTAGAACCAAATTTTGAGTGAACATAGGGTTGGTAGTTGGTTGGTCTATTTTGGTGTAACTTTCCTTTTCTTATTTTTCTTGGTGGAATTACACAACGTTCACCACTAACCTAGATTGGAGGGTCTTTCTATAATCCCTTCTTTGGTAAATAGGCAGCTTGTCCCTGTATTTGGTTGTGCCCGTCTTTTTTTTTTCTTTTGTCCCTTAAACTTTGATGGGAGAAATTGGAATCAATTGTAAAAAATCTAAACTCCAGTGATGATGAGGAGTGGATTTTTCAATCTACTAAGTTGATGGGTCCTTGCAACCCACCAGATTGGACATCATAATTTGGAACCATAAAGTGATGTGGGTTTCTTTACACCCTCTAGAATTCCCCCTCGAGAGGAATTCTTTTTGGCACTCTATCATTACTAGTCTTTATAGTGAGGAAAGAGGGCTGGTTCATGTGCAAACACCGTAATCTTAAAACCTCAAATCTTTGGATTTGTTGTTGTTAAATATAGTAAGACCCAAGAAGAATTCTTTCCTATCAGAAAGGGTGATGGGGAAAGTATTTTTCTTTGGTAAGAAACCAAACTTTGATTAAGAAAAATGAAAGAACGTGCAATGACTAGGGGCATATAAAAAGCAAGCCTACAAAAGGAGTCCTCACCTACCTACAAGAACAAACATCAATTCAAAAAAATAACACCAAGTTGATAATATGGATGGACTTCAATCCAAAAGAATAACACCAAGTTGATAATTACAAAAAGTCTGATTAACAGATGCCCATTAAGACACAATAAACCTCACAACTTCCCACGTCTCCTCCAAAGACCCCCCCCCCCCCCACAAAAAAAAAAAAAAAATCTGTTATTTCTCTCAAGCCACACTCCCCACAAGATAGCAAAAGAACAAACCTGCCCTAGAATCTCTCCTTTTCCCAAAAAAGTGCATTCATCAGGATCTCCTCCATCAGTGAACGACGGGCACCACAACCACTCCAAACATACTAAAGCACTGCCTCTGAAGTGAATAAGCAAACGGGCAATCCCACAAAAGATGATCAAGATCCTCCTCCTACTGTCTACAAAGGACATTTTTGGCATGATATGTTTGGTGATGGTAGTGATGGTAAATTATTCATTTTTTGCATCAACATTGGGGAGACAATCCCCTCTGAATTTTTTTGTCCCCTAGAATTTTCCAGCTTTCTAATAATAAAGAAGTTCTTGTTAAATAATATTGGGACCAAGATATTAGCATTTGGAGGGTGCCTCTGCAGATCTCTCTATGGTTGGGTAATTTAGGATCTTGCTACCTGATGAAGACCATTCAAAGCCAATCCTGCACCAACAAATTGATAAGGTTGTTCGGAGATTGAGTAACAGTGAGTTGTATTCTACTGGCTATTTGATGCCTCCACCTTACAAAATATAGCCTCTCTTCTTAATAAGGATCTCTCTAAAACAATCTGGTATAAGAACATTTAAAAGAAATTCAGTTTTTTCTTTGGAATATTCTCTCAGGGGGCATTAAACAGTGGATATTACTCAAAGGACGGATCCTTATTAGTCAAATTTCCCCTAGTTGCTGCCTTCTGTCTTGAAGACTCAGAATGCATAATCACCTCCATGCCACTGCTTGTTCATGCAAAGGCTGCTGTCTGTTGGACATCTTTAATCTTGGATTGTGCGCTCCTTTTCATTCCAGCATTGTCCAGAACACTTACTGATCACCCTTTCAAACACAAAATTAAAGAAGAAAATTAACCCCCTTGGGTTGGCCTAATGGTCAAGAAGGGCCATGTAAATAATAAAGGGTAGGTTCAAGTGGTTGTTCCATGAGAATAGTCGAGGTGCACACAAGCTTAGCCCGAACACTCGTAGATATAAAAAAAAAATCAAAGAAAATTTGGTTATTTTCATGGCTCCTCAACTCTTTGGAGGATCAACTCCCAAGACTTTCTATGATTTGAACCATGTCTTTTGCTACCAAGATCGTTTGTGGTAGACTTTTTGTTTCTGTTTGGTTCAGATATCAAGTCTTTATTATTTAATAGAAGAAACCACCTTGGGTCTGCCATTTTTAGATTAGGGACAGCTATTGCTTATTGTGGCAAGCCTATTTTTTCATCATATTGTGGTTTATATGGTTGGGAAGAAATTGACAAACTTTTTCAAGTTATATGGATTTTAAGAAGTGTGGGTTTGGTGCATTTTAATCATCTCTTTGATTTCAGAATTCAAAACTTTTTTTCTTGTAATTTTTGTGACAGCCAGTTGGGCCTTATTTTTTTGTTTTTCTGTTTCTTTTTTTCCTTCCGTTGGTTTGTCCTTTGTTTTTGTGGGCCTTTTTCTATATTTAATGAAAGATGGTCTTCTCACTAAAGAGAAAAAGAAAGGGGAAGGGGGGGTAGAAGTACACTTGTAAGTTTCTGATTTTTCCCTCTGTTGCTTTTAATAAATTTTCCCCCTTGTTATGCAATAGTTGCTCTGTTTGAGTTATGCTTTCTAGTTGAACCTAATCCTTCATCAGATAAAACTAATTTCATTTTTGAACCCTGTGTTATCTTTTCTATGTCAGGGTGAGGAGGGATTGCTGCACTTTCAATGGCTTGATCGGACACAAAATGTCATTGAAGATGTATCCTGATCATTCGTGTGTCAATTGTCAATTCTCTGTGTTTGCTTAATGCATATACCTTTCATAGATCCTCTGTAGATTATTTCCGTTTATTATTAAATTTAGAATGTATGGTTCTTATCCTAATATTTGATTCACTTGACTTTTAAAGGCTTACCCCCACTAGAAAAAGGACAAAAGATAAAGACAATTTGAAAAGATTCATACTTCAGAGCATACAGAAAAGAGAGGGAGAATAAATATGTATATATGTAAGTCCAGCACCTACCTTTTAAGCCCTAATGATGAATAATTTTTCTTTTTCTTCCCATGTTAAATAATACTTCATGATGAAATATTCTGATTTTTGATATATCATAGTTGAAATGCGATAGAAGATGATGAACTCGAAAAAAAAAAAAAACTAAGCTTGCCCTTTATTAAAAACAAACTCTTGTTAGTGGATGTGGATATTCGGCTGTGACACTTTCTGCAAGCAGTGGAAATAATTTTAATTTTAAAATGGCCTCTCTTTATTAGTATATTCATTAAAGTTGATGCGTTAATGAACAGTGTATTCTTCTTTCCAAATGCAAGGCTGCCGCAAAGTAATAAGATCATATTCATTATATTGCTGCAATGTTGCATCGGACTCTTCTCTATTCCTCAGCTATGACTTTTTTCTGTTGTTGCCATTTTGCTGGCTAGATGTTTTTATTTTCCTTAATACAAGGTATCAAAGGATCAGATTGTTTTTCCTGATGAAGCAGTTTTTGAGAAGGTGTGTAATACTCTCTCTCTCTCTCTTTTAAAAGTACTTATGGTGACGAAATAGAAAGAACTATATAAAGAGGAAAAGGGGGAACCTAGAGTGCGATCCAATCCAAAGAGGCTAAGGAATGGTCTCCATAACTGAGAACGAAGAAAATTACCATACTTCTCTACAGTTAGATGCACAGAGAGATATATTAAGACAAATGTTTCCACTTTCTATGCCCCCTTCCTATGTTTATACCAAAAAAATTCTTCCATCCCTCTAGTCTCTTCAAAGACCTCAGACAATACTACCATAATGAACTTTGCCCCTAAAATTTATGCTGAAAAGTTCAACTCTCCCACTTCTATGGTGCAAGCATGCAGAGATGCGATAATATTTTCCTTGTTTATACAAACACACATGCACTGATTGAAGAAGCTGGGGTATCTTTGAATCGACTTGTTTGTTACCATTGAGATTTCTGAAGAACACAATGACCAAACACAAAATTCAATCTTTTCCAATCTGCAGATTAACACGGGATAACGCATTGATGCTATGCCCTGTACCTAGTTTTCATTAGAAGAATGATTTACACGAAGATTCACTTGATGCTTCTAACAACAATAATCTCAAGTCTTGCCTGGAGCAAAGTAGTCTACTCTTTCCTAGATTAGAATCAAGGGCTGCCAACCTTCAGCTCTCTCATTCAATGTATGAAATAGATACAAAAAAGTCTTATCGGGTAGTAATTACAAAAAAACTCCTCTACTGAGCAATGAGGGTTATCAAACTATAATTACAAAAGGGAGAAAAATTTTTACTCCAAGATATAGCAAGATAGACAGTATAATCAATAAGGAACCAATATTTTGTTGTTTGTCTGTGAAGATTCGGGCATTTCTTTCCCACCATAAGTTCCATAAGAAAGCATAGACAAAGTTGTGCCATAGAATCTCCTTCTTGAAAGGGTGGCCATTGATGGTGTAATTGAGTGATGTATAAATATCAGTTGGACGAGCAGTGTACCAGCAAAAATCTTGAGTGGTTGCATAGGGGCAGTCACTAAAAAGTTGAATCTGGGATTCGTCATTCCTTGAACAAAGGTGACAGCAACTGAGAGAGATGGTAATCCAAGAGGATTTCCTTTGGAGCTCATCAAAAGTATTAATACAAGCATGGCTAAGCTCCCAAACAAAGAATTTGACTTTTTTTTGGAGAGCAACCTGTCCATAACTTAGAGTAAAAATCAGAATGCGCCAAATTGCCTGTAGATGCAAGACTTCTAGTTAGTGAGCTTGTGGAGGACAATCCATCCTTTTCAAGAGTCCAAACCCATCTGTCTTCTTGTAGAGCGAAGTTAAAGGATGATAAAAGATTTGATAGTGATGCCCATTCTCATTCATATTTCTTCAAAAACTAAAAATATCGAGATTGTGATTAACTCTATTCTGGTGAGTTGAGTGTGAACTTGAGAAAATTTTATATGAATTAGGACGTTCGTGCCAATAGGAGAGGGATTTTGTAATTCTTTTGGCTTTTGGGCTTCAACCTTTGCCTGTTACATTGCTCCAATGTATATTTTGTTAGTTAGGTAAAAGAGGAAGGATGCTAGTTCAAGAAATAAAACTCCAATCACCGTCACTGCTTCCCGAACTATGGTACTCCAACCATTGGCAGTAGACATCTCACCATATAAATGTTCATAGAATGACCTTAACGAGCATGGAGTCAATAAGGGGTTGTTTGGGGCACATGTTATAATAACGTGTGATTATAACCTGTGGAATACTCTGCATCCCAAATCCAGACTATTATAAACCCAGACTATACTACTCTGCATTTTAAATAATATTATATGATTCCACAGACTTAATCCACAGACTATTATAACTCACTCAGCGCCCCAAACAACCCTTAAATGATTCTTTTAGGGTAGAAAACCGAGCTTCCATTAAAAAATGAAAGAATATACTAGAGCACACAAAAAAATAGCTGACATCTCACCATATAAATATTCACAAAATGACCTTAACGAGCATGAAGTCGATAAATGATTCTCTGGGGGTAGAAAATCGAGCTTTCATTGAAAAAAAATGAAAGAATATACGAGGGCATACATAAAATAGCCCACAAAAGGGAGTTCATCCCTAACTATAGAAACAAACTCCAATCCAAAAGAATAAAACCAAGTTGATATTATAAAAAGCTTGAGAAACTAATGCCTACAAAGAGGCATTAAATCTAACAACCTCTAGACCTTCTCCCATGACTTCTCAACTACTCTAAAAATTCTAGTATTCCTCCCGAGTCAAATACCTCACAAAACAGGGGGAAAAACGCAAGCATACCAGGGATCTACCCTTATCTTGAAAGGGAGGATCCAAAAGAAATGCCCCCATCATAAAACAATGGTCTCCATTATGAGCTTAACATAACCCAAACGTGCTCAAACAATGTTCCATAAGGACGGAGCAAATTAGCAACCCACAAGATATGGTGAAGATCCTCCACTTGCCGCCTATAGAGAATGCACTATTACGGTCCTAACGAAAAGGAAGAATGTCTCTGGATGCAGTCCAAGGTGTTAACGGCCTGTTTGGTAAGCAATCTTAAAACAAAAATTTGAAAACAAGGGATTCAATGAAAATGAGGTTGTATTTCATGTTTTCAGATATGTGTTTGGTAGCAGATTTAGAAATTTGATTCTATTTTAAACCGTTGTTTAAAGTGTATACTATAACATATTTATTTTTTTTTTGACAAGGTAACAAGAGAATTTCATTGATATAATGAAAAGAGGCTAATGCTCAAAATACAGTCTCCAAAGGATATAAGACAAGAAAACAAGACATAGAAAAACACAACAAATCACAACTGCACCACACAAACACACACCCAAACTACCGATGGAGAAAAGAAGTGCATACAAGACAGAGAATCACAACAAAACAACACTGCAATACACAAACACTCGAACCAACGACCAAGAAAGCACTGAAACCCCACCACCCCTCCAAAAGAGGCCCCAACATCACCATCTGAAAACCCAAACTTCAAAGCTTTTCAAAATTGCTTATCAGAAAACAAACATTAATCTTCAACAGGCGCCCTTTGCAATACTAGTACCGTGACCAAATACTTTAGCTTCCTCCCACCAATAACAAAATCCTGATTTACCACAAACCTCACCATGACTCCAGCTACACTCCACGATTTCCAAACCGGGAGAATACTTCATCGAACTTGCCTCCTCACTCGCGGCTTGAAAGAGAACAATCTGAAACAAACTGTTTGAAGGAACTTCTTAAAACCAACCCTCTTGAACCACTTCCTACCAAGGAAAATTTCAATTTGATATCACGGAGACCCCTTGCATGGATTTCTTAAATGCAATCCGCTTGCCTTAATTAAAGCAAATGAATGGGACAAACCAACGGTGCAATTTGGAGATCCATCCTTGGCATTGCTTCCAGAGGGAGAGACAACGATGTGAGAATCAAACAACTTAGAAAGATTAAAAAGCGGAGAAAGTTCACCCGAAAAATTCGCCACCCCTTTTATCGAGCTCAAATCCAGGACTCATCGAGACTCACCTCCGAAAGAGCAAAGAGAGTCTTGCCTAAAACCGGGAGAGCAAGCAACTCCCTTAAAACTGGTGACACAGTGCGGAAAGAGACCTTAACAAAGGAAACCTCCTTAGGTCCCAACCGACACTTCTCGACAATGCCAATCGTACCTCTTGGGGGACGACAAGGATCGACTTTCGACCCGGCTTTACAGAGCTGGCGGCTGTGAAACTCCAAACCTCATCCGTTGCTCAAGAAACTCCCCGATCAAGACCCTTTCTCCACCTCCAAATCTCGGCTTGATCTTCTTACGTTACCTTGTCCCAAAATTTGTCTCCTACTACCTTTACAAAGTTGCGGTAAAGGGAAGAAAGCGAAGCCATCTCGGCCTCCATCTCACCCTTTGAAACCGAATCACCCCGCAACGCCCCGTAAAGCTGCCGTCAAACCAAACACCCAAACAAGCAGACGGACCCGCCCCATCACCCACCTCCCCACCAAGCCTTTCCCAAGCTATCGCCCTCCTCCACACACCAGATTATCTCCCATAAGATACTCCTTATGCGACAAATCGCAGACTCCTTCGCCCACAACCAACCCATGATCCACCCACCCTAAACGCTCATCTTTCATGACCTGCCTCACCCTTGCCACATCCAGAGGATTGAACAAGTCCTTAAAGACTAGAGGTTGCGACAATACAGCCGAAGGATCCAAGGCTTCCACATCACCAAAACTCCGCCTCACTTCCCCCACCAACGGATCTTTAATAAGAATGAAGGCTGGAAGAAATCCGCATAAATTTTTAGCCACTTTCAACTTGGCCACTTGAATATCAATCAAGTTCAGAGTGTCCGACGCTATAACCTCCAACCCCCCCAAACAATTCCCAATTGCTTCAAACACTTGCCTCTTCCAAAGCCTGAGAGGAAGATTTCTAATGGCTATCCAACCACCATAACTCCCAATATATTCAGGCAAATTGTGCACTTCATGATTCCACTTTTCAAGCTTCAAATGTAGGCCCCCTACAATCTGCCACTTTCCACACAGCGGAACCAAACCCTCATCAACATCGTCCACGAAGGCCAGGATAGCCTTATCTACCTGGAACGGGTTCAACCTCACTTGTTTCTTGAAGAAAGCCTCCAAACTTCTTTTCACCACTCCCCAGTCAAGATGCGCAAATAACTTGGAGACCACCCACAACTCAAAAATTTAAATCCCTTTGCATCCTCCCCTTTCCTAACCCAATAGCTAGCAACTCCACCACAACCCACTCTAGAAAGCCGAACATCAACGACATTTCTGTCCAAACCCACCTCATCAGCCACTTCGATGCTGCCAGAAACTTCAGAACCCTCCAACCCTACCTGACCGTCCACAAGCTTCAAAAAATCCTCTAACAACCCCTTGAACACCCTCCAACCCATCCCGAAGCTTCCCAACGACACTCTGAAGGAGCTCATTCCCCCCGAAGGCGGCCAAAGGCAACATTCCGCAAACCAACCGTCGACCCTTCTTACCTTAAACAAACCCAGCGTAGCTTTTTCGTCTTTAAACTTCTTCCGTTTAAAAGGATGACTGAAATCCCGACCCAATGTACCAAAGTGAACCGCAAACCATCGGACGTGATCGACGGAGCAAAGCGACGTCTCCTCCGAGCACAATCTTCAATTACCACCTCGGCCCATCCAAAAGAAACCCAAAAGACATCGCCTCCCACACAACGGTGGAAAGTGCCTCATGCCGAGCAACCACCAACCCCAAAAATCCACACTAACAAAGCGCCCAGAAACAATGGAGCAAAAGAGAGACAACCCAACGCAAAACCAAAAAGGAAAGGGAGGTGAGAGGCGAAACGGGAAGTCGAGAAGGAAAAACAAATGGCGAGGGATGAAAACGAAGAGAGAGGCGAAAGGAAAAGGTGGCCGGAGAAGCTACCGGAGAGAGTCCTGACCGGAAGAGGAGCGAAGACCCGCGCACGAACAGGCAAAGGGATGCGCCGACTGCTCAAATGTAAGACGAAACGCCTCAATCAGGGGAAGAGAAGAGAGAAATGGCGAGCCTATAACATATTTATACATCATGAAATTAGTTGTAATTGCAAAACTAATTATTAGATTGAATATAAGTCATTATTAATTAATTTATGCACATGATTTTTATAAATTTTATAGAATTATCATTTTATAATATAGTATTATATAATTTATAATATATTATATTATAATTTTTTTTAACAAAAGTAAATTGAGTTTATAACCTGAAATATTGTATTTATTAAGATTTTTATCTTTGTTTCATATAATTCTGCATTTTAAAATTTTAAATTCAAAATCTGGATACTATGAAAACATAAAAATGTTGTTTTCAGGATTTCTATTATTTGTATCACAGAATCCGAAAACAGTTTTCGAAAACACATCTGCCAAACGCATATTCACTGAATTCAGTTAATCCAAAAACATAAAACAAAATCCGGATTGCATACCAAACCGACCCTAACTTTCCCATGCAAAACTTGCTATGCAAAGAATTTGACCTTCTTAGAAATCTTAACCTTCCTAAGAGAAAAGAATGCAGAAGCAGTGAAACATCCAATGGGGGAGTAGAGTTACCCAAGATATGAAAAAATGAGCTACAAGAAAAGCCCTTAAGGGAGTTTGGGGTCCAAACATGAATATTCCTCCTCCTAGGGCACACGAGTCTCTTAGAAGCTAACAAAGGGTTGCCACTTCTATTGTCTCTCTATATGACAATGGACGACAGAAGCCCAAAGAAATCAAAGAGGTAGAATCAGAGGCAACCATGATAGAGGCCATCGAGTGCAACCTCTTATTTGGAAGATAGTACAGGTGCGGAACAAGGCACAAATGTGTTTATCTCCAATCCAATAATCCTCAAGTAAATCTTCAAGTCTTCCTCAATTTTACATTTCAAAAATTGAGGGAAAAAGAGGACCTGGAGAAATAGCAATTTAGAGGATTTTACTAGAGCCCTTTGACCCACACCCTGAAGTCCACTCAAAAGAGTATGGACCATACCTACTCTTAATTACCTTATGCCATAGAGAATTAGGCTCCATGAAAAACTGTTTTTATAAGAGACAATTTCATTGATGTAGGGATGGAAATCCATGAGATTTCAAGAGGCTTTCCCAATTTGTTAATAGGGAAGCATAAATGTATGAAGCAAAGATCTAGAACTTTTACACCAAGAAATAGTATAATAAATGATGAGGTCGCAAAAAGCATCAAAAGATTACTCCATGAAGAACTGTCACAACCACTTCATCAACAAGGCCTCGTTACATAATCTCAGGTTATGAATGCATAAACCTTCAAGCTCCAAAGGCTTCAAGACCACCCACATAACTAAATCAGATCCTCCCCCTCCCACACTTTCCCATAAGAAATTCCTCATCACTTTCTCAATGAAGTTGGTAAGTGATAAAACTAACAGAACAATAAATGGTAGATGGTTGAATAAATAAGTAACCCACCTATGTAAATGAGATCCTCCCACTCTTTTCATTGATTGAATGAAAAGTTTCATTTCTTGTTTTTAAAAAGAAAGATAATCTATTAACTAGTGTAGACTGAATCTTGGAGAATTCTTGGAGAAATCTTTATCAACAGTCTTCTTGAAAACAGCCTAAAGACCAATTATTTATAGGCCACAAACCAGCCCTTTAAAAGCCAACTAATTATCAATATAAGCTGGACAAGTTAACAAGTCCAGTAACTAGCCAATTACCATGGCAATTACAGCAGTAAACTTTAAAAAAACTTAAAACAATAACAGCAGCAAAAATGTCTAATAAAGCCACGGTAAGTGAAGGGGAAAAAGAAGGCATGCTGCATCATCAACTAATTACAATGTAAACTGCATCCCACTATTTTGCTAAAATTTTGTCGTCAGAATGATACTGGATTTCTCCTTCAAATCTGGACCAGAAGCAAGTTGGTAGAAAAAGTTTCCCACTAATAGGTGCATTTCAGCTGTAGTAAAAATCTGCCACACTTTACTGCTGCTATTATTTTGTCATAGGTTAAAAAATAAGGCAAAATATCTTTATGCTATTAAGGGTTCTTTTATGAGAGGTTTGGTCGAAGAAATAGGAGAATCTTTCAAGGGGTGGAAAGAGTTTGGAAAGACGTTGATTTGTTATTTTTGTGGCTTTCACTTCCTCTTAGGGGTTGTTTGGCCCATTGGTATGAGTTGGGTTGAGTTGGTTTAAAAAACCAACTCAGTGTTTGGGGCATTAAGTTGGGTTGAGTTCCCAACTTCCCACTTCCCCAAATATCTCCCCCAATTTTCTCAACTTACATCTCTCCACAAAATCAATTCACACCTCTCTACCAATTTCCCTAAACCTTGATTCCCTTCCGGAGGTCCGACGACTTTTCGGTGGTGATTTGACGGTGGTCCGACAACTTCCGGCGGTGGTCCATCGACTTTCCGGCGAAACTCTGTGCGATGGTCTGGCGGGATGAAGAGTGAGATGAAAAGAAAAGAAGGAGAAGAAGATGGTTCAGTGGGATGAAGAGTGAGATAAAAAGAAAAGAAGGAGAGGAAAAGGAGAGTTTTGAAGTGCACCCTTTAAGTTGCAGTTACTCTAGTTTAAATAGGTAGTAAAAAGTCCTAATCCTTTTTAGAACAGGAAATTCTATTTTTTAAAAAAGGAAATCCCAATCCTCTTTTTATAAAAAGAAATCTTAATCCTTTTTTTAAAACATAAATCCTAATCCTTTTTAGACTTTGAAACAACATTTCCTAAAAATCTCTAGATTCATAATCCTTATTCGATTATCAAAAAATTCAAATTTAAATCAAATACAATTAATGCATTTGATTTTACGGGGCGTTACAGAAAAAGAGGGGGTTTAAGTTGAATTTTTCATAAGTTTCGTTGCTGAAACGAAAAGAAAAGTTACAGGGGAGTGATTAAGAAAAGAAAAATATGAAATGGAATCCGCTAGACGTAAAGATGTTGTAGACCAACCGTATGCAATAGAAGGGTTGACCAAGGATGATCCTCTTAGTCGCAAACATCCAGAAGACGGACTGTTTCTTCCAAGTCCCACCACAATCCAAGAAGAGATACTGCTTGCATCTTCTTGGTAGGACTAGGTGAACACCTACTCCACCCATCTTTTACTAAACCAAGATGACCGAGACACTTCATGTTTATTTCGTTAGATATATTTTGTGAACGATAATATTTTTTGTATACTTTAATTTTTTGGGGGCATACGAGATAGGATTTGATAGCATGTCATTTATTCTTTTGTCATGAATGAATGTATCGTCAATGATGAGAAATAGTAAACACCTTTTTGACAATCCTTCATGAAGTTTGTTTTAGACATTGATCGTAAGTTATCTGCCCAATTGCATTGTTTTTTCCTTTTCTGTAAGCCTTACAAATATTCAATTGATTCTGATTAATTACATATTAATTGGAGAATTCAATTGATTCTGATTAATTACATATTAATTGGAGAATTCAATTGATAAGGAAAAAAATAACAAAGCTTGATAACAGACCATCATGTTCAATCATTATGCAAGTCAATATTATACACATTCATTACACTGAAGTTATCATACAACACAAGTTCGGTGTTCACACCTGAATTCAATGTTGGAACTTGGTGGTATTGTGTTTTGAAGATAAATGTTTTAGATAGAATATCTAAAAACCATCCTTAAGATAAAAACTCACTATTTGATCTTAAAAAAGAAACTGAACCAAATACCCCTGCACAACTCAACTCAACTCTGCACCCCAAACACAGGCTTCCTGCATTCAACTCAACTCAACTCTGCACCCCAAACACAGACTTCCTGCACTCAACTCAACTTTGCCCAACTCTGCCTAACTCCACTCAACTCTGCGCGCCAAACACTTAGAGTGTTCTTTTGATAACTACTTATCTTGTATCATTGCCAATGGGAACCAAAGTGAGCATAATTCAATTTTAATTAGCATGTACCTTCGACCAAAAGGTCAGAGGTTCAAAACCCCTCCCCTAATATTGTTGAACTAAAAAAAAAAATTGGCAATTGGAGTCCTTTTATAGCTCCTTCCAAAAAAAAAAAAACACACACACAAACCCCAACCAAAAAAAAAAGAAAGAAAGAAATTCTTTTTTACATTTTCATTCATGGTTAAATGTGTAGTTTTTGTCTGCTTCAGGTTAATCAAGCGTCAGGAAGAGTTTACTTATTGAAGTTTAAAACAGATGACAGGAAGTTCTTCTTTTGGATGCAGGTCAGATCTATGATTACTTTTTGTTCTTTGAAAGAGTTGGTTTATATTCTACTATTTGCATAATTCTGACCAACGTTAGATAAACTGTAACCAGGAGCCCAAAGCTGAAGATGACCAGCAGTTGTGTATCTCCGTTAATGACTACATTAATCGGCCACTGGGTATTTCCTAATTATTGTAGCTGTTCGACTATCTGCTGAATGAAACTTATATAATAACTTTCTGTCAAGTGCAGGCTTGTATTTGTGGTTTTCTGTGACATGCTTGCATGCATGCATACCTTCACACAACACACGCTCATATTACTAAAATGTTCTGCCACTTAAATTTATTGTTTCCAAAGTGTATCTTTTTACGGTTAGTATTAATATATATAATATATGAACAAAATAAACCTGCAAAACCGAAAAAGAAACCACATAAATATATTTTGGAAATTGTCTTTCACTGACTGCTGTCCTTATTGCATATGGAGAGTCAAATATTAATGCCGACACTAAAATATGTTGTAATAGTTTCTTTGGATAAAGTTCATCCATGATGGAAATTCAGTGGCATGTGTGTTGGATTGAATTGTTTGGTTCTGACTGCCCAAGATCACGGAGGAGCTGCTTTATATTTTGTTTGCCCACCACTTCACCTTTATTCTTGTTTATGTTGCTCAGAGTTTCTTGAGGAAGAACAACCTGTTGCTTCCACTCCTCTGCAAGTTTCAGAAGGCACGATCGAAGAAAACATCCCATCAAGGTATAGCAAAGACCTGCCTCTTTTTTTGGTTTTATTAATTCTTTTTGAAACCCCTCTGAGGCTTCAGATGGGCTTTCTTTGGGTGGTACCATCCCTAGCTGCACTTTCAAGTATAGCATAGTTGAAGAAAAATATCCCTTCAAAGTATAGCAGACCCTTTTGACTCTTCAAATGGGTTGGGTGATACTAGCCCTAGCTGCACCTTCAAGTCATTTCTAAATGATCAAGAAAATCATTTAAAGAAATTGATAGAGGTAGCTTTTTTAAAATAAGAACAAAACTTTTCATTGAAATAATGAAAAGAGACTAATGCTCAAAAGATAAAAATTCCACAAGAGAGTGGACAAAGAAAAGCACAAAAGAAAGCAATTACAAAGGAAAAATAAAGACATTCCAATTTAGACATATATCTTATAAAGAGAAATTAGTAAAAGGCTTGGAGAGAGAACACCATGAAGAAGTCTTCCGTCTTGCGGATTCAAATTGTTCAAACCAAGGAAGGTGCTTTTCTTAAAAAATTCTTTGATTCCTTTCCATTCACAACTCTGATAGAAGAGCTATGACTGCATTTATTCATAGTAAGTTTGGTTTTGTTTCCAAAAGAGGGCCAACAATAAGTTGAAGAACATTGTCTCTTCAAACATTAGAGAATACTCACGGTATGTTGAAGAGAGAGAGAAGCTTGAACCGACATTTCAATGAGTATGAGCAACCAAAAAAGATATGAAAAAGGTAGTCCCTATCATCTTGACAAAGAGAACAAACCAACTACTTGATAGAAAAAAGGCAGCATTGTTTGAAGGACTCGGAAGTATTGAGACCACCATTAAGAATAGTCCAGACCAAATATTAATTCTCTTTCTTTTCAATCTTCGATGAAAAGTTTCTTTTCTTGTTGAAAAATATATATATATATATATTTTTTTTATGAGAAACCAAACTTTCATTGAGAAAAAATGAAAGAATACACGAGCATACAAAAGGAAAGCCCATAAAAGGTAGCCAACTATAAAAAAGGGCTCTAGTCAAGCAAGATAAGACTTAGAGAATAATTACAAAAAAAACCTTGACACCGAGGCCCAAAGAGAAACATAGAATCTAACAATGCACACTTTCAAAGAAGAGTCCTCTCTCTCCCCGGAAGATTCTATTATTTCTCTCTCGCCACAAACTCCACAAAATAGCACACACCCCAGATTGTCACGAAAATAACCCTTTCCCACAAAAAGGCGGCCCGAGGAGAAGCTCTATGAATAACTCTTTACTATCCAAGGTCCCAACATAGCTGAAGTTGAACTGTTGAAATAAAGAGCTCCAAATTGCCCTAGCAAAGTCACGCGACCATAGGATATGATCAAGGTTTTCAGCTGCCTTCCTGCACAGAACACAACAAAAGGACCCGACCAAAGGGATCTCCCTGGCCATCAAACAATCCACGGTGAACCCTTTCGTGTCAAACCTGCCACAAAAAGAACTTAACCTTCTTCGAGACCTCAACCTTCCAAAGAGAGAAGAATGAAGAACCACTCGACGTGATCAGGCTAACTACACGCTAAAAGAAGGAGTTGCACAAAAAGCCTCTGGAAGGAGAAGGAGTCCAAAGACGAGCATCCCTCCGATGAGGACAAAAATGAAACCTAAGAAGCACGGACACAGACACGGGACACAGACATGGACACGACGATACATCAATTTTTAAAAAACTAGGACACGAACATGTTGGGGATACGTTCTTTTTTATTATTATTTTAGGATATATGTACATTTAACATAAAATACTAAACTTAATCCACTAAAAAACATAAAATGTCAAGTTAATTAACCATAGTAATTGTACAAAACACATTATCCAACATTCAATAAACAAAGTTTTCAAATGACCCCGACCTGCCCCTTCGCCTCTGTCCTTCCCCTTTGCCTCCGACTAGCCCTCTCGTTTCGCCCCTTCGCCTCGCCTTCGACCAACCCTTCCCCTTCGCCTCGCCGCCGGCTTACTCGTAAGTTGGCTTTTCAGTTTCCGACCGTCCTCCCTTCTGGTTTCGGCGTCTGTCTTCTTTGGTTGGCTTTTTTAGGGTTGTCTGAGGGTGTTCGATTGACCAGGGTGTATTTTTTCCTTATCGTCGTGTGGGTTTGGCCTTTGGTTGGTTTCGGCTTCGTCTGGGGTGTTTGGCTTGTCAGTGGGTCTAGCTTGTTTGTTGGTTTCGGTTTCGTCTAGGGTGTGGGTTTTGGCTCGTTTGTTGGTTTCGGCTTTGTCTGGGAAGTTTGGTTGCTCTTTCGAGGTTTCGTCTGGGGTGTGGGTTTGGCTTGTTTGTTGGTTTTTTTTCGTCCTCATCCCCCGTGTCTTTGTAGTTTACCCTTCGGCTCCATTTCTCTTTCTTCGCATCCCCATCCCCCGTGTCTGCGTAGTTTTGTTTTCTTTGGTATCCAGCTAAGTTTTTGGTTCCCTCCGGTAGTGCTTTTCGTCATGAACGATAGGAGTTGCAGTATCGATGGTATGGTGTTCAGAATCTGAGATGAAGGCGCTTTGATCGTGATTGAGAATTCCTCGTTGGGTAAGCGAATTTCCTTATCCTGGGAGCATGTGAGGTTGTTTGAAGAAGTTATAGGTTCGGTGGTTAGATGGCCGGGAAGCCTTTTGATAGAGCCAAGTTCAGAGATGATAACGACACTCTTGGACTTTTCAAAATTCGCAAAGCTTTTAAGCCAAGGATTCAATGTGTTGTTTGGTACCCTGGTGGGTGAAGGTCTTTCATCTCTATTGCACAGGGGGTGTTTGGAAAAGGTTGGTTGGTCTTCAGGGATTTACTGACGGATTTTATCAGTAACCATGGTGACTTGGTCACATGGCTGGAGGGTCTCATTTGTCGGTTGGGCATCCTAGCAAGGAGGCTCCTAAGGATCAACCTCTCAAGCCACTCACGCTAGGTGAAGGTTGTCAGAAGGATCAGTTTAAAGTCAATGTTATGATGTCATTCTGGGTAAGGAAGCCAAAAGAGGTAATTGAGATCAATTTTGAAAATATATTAGTAATTTCCCGCCTTTTTGCTCATACCTCTTGGTTAGAGGTTAAGGTGGCTGTTGAGAATCATTTTCAGGTCAAGTGTCAGATAAACCCTTTCATGGCTGATAAAGGCGTGTTGGTGTTAGAAGAAGAGGCCTCGGTGACAAGGGAAGAGTGATGGAAGTGGTTTTGATGGATGATCTGTATTTAAAATTGGAAGCTTGGAACGACAATGCCCATGGTTTAGCAGAATTTATGTTCGGATATGGTGGTTGGATTGCAGTAAAAATTTACCTATTAAGTACTGGTCAAGAGCTGTCTTTGAAGTTGTAGGAAAGCATTTTGGGGATTAGAAGCAATCGGTTTGGAGACTCTAAACTTCACCGATTTGTCATGTGCAAAGATCAAAGTGAAAAGGAACTTGTGCGGCTTTATGCCTCAATCAATTGAAGTCGATTAGACATGCATTTAGGTAGGTTTTGTCTTTCCTTTGTCACCTTGGACAGAAATGATCCCCAACTTGGGCCAATGGTCCTTTATTTGCGAAGACTTCTCAAATGGGATAGACTTGGCTCAGATTAATATGATTCTTGAGGATGTCTCTGATTCGGACTCCTTGAGGATTCCCTTCAAGCTTGCGGGTACTAAGGAATTGATTAGAGGGAAGCAAGAGTTTTTGGGGAATGTTGGAACTTTGAATAGCAAGTGAAAGAGAGGGAGTTGAATGGGGGGGGGTTGCTCTGAGGATGCTTTCACTCCATCCGGCAAATAAGGGCTTTGTTTGAATAGTGCCCTTGCGAGGGAGGAGTCCGAGTTGATCCCATCTGATCCGCAAGATTCGAGGGCTTTGGGTTTAGAGGTCATTCCTATGCCAATCATATATTCAGCGTTTGAAGCTCCGCTTTTTCTTCAGTTCTTCCGTTCACGATGTGTTAAAGAGGTTAAGGATACTTTTTGAGGGAAATACTACACAAGAAGGATTGGGAGAACCTCAGTTTCAATTTTGGAAGATCATTTGGAGGAGAATTTTCCAGATTTCTTAGAACAACCAGAAGTATGCTCTCAGTTTCCTAATGGTGCAGGGTCGGAGACCCAGGTTTCTTCTTTCCCATTTAATAAACCCCCACAGTTTGATATTGAAGAGTGTTGTTTGGGGCCGAATATGGTGGGTTTTGTTAAAGCTACTTTTCAGCCTTCTTCGGTATCGGGATCGGAGGTGGCCTTGAGCAGTCCAGATTTGGAAATTGCAAAGAGTTTAAAGAACAAAGAGGTGGAAGTCTTTTCCCCAGCGATCAACCTCCAGGAGTTTTTTGATTTAGAGGCTTCCCAGCCTCAAGTGGAAAAGGAAGTTATTGAGGAAGGGGCTGAGTGTCCTGTCGAGTTGCTTCGTTTTAGCAAATTATTAAAAGCAAGTGGTCTGTAATTCAAAAAAGTTGTGCCAAGGCAGGCGCTCTTGTCCTTGCATTGAAAATACTCTTATGGAATATAAGGAGATTGAGAAATAGCTTATTGAGATTTGGAGCTCGAGAAATATTGGGGGGGCTCATGTGGAGGCTTACGAAAGTTCGAGTGGTATGTTGGTGTTGTGGGTTGATCTTCATTCTTCGGTTAAAGAAGGGGTTGAAGCTGAGTGTTTTGGGAGGTTTGGAGTCCCTGGGTTTTTGGAGCCTTCAGGATTGTTTTTTTGGCTTCCTTTGGTTTTGAAGGGTGGTCCATGGTTAAGTTTTTCGCTATGGTCTTTTTGTGGCTCTTGGTGGTTTGAAGTTTGACTGCTCCGAGGTGCTTCAAGGGAAGTTGCCTTCTTCATTTCTATCGGATCTTTGTCTTTTTTGGCGCGTGTTTCTTTATAGTGTTGGTTGTTTTGTTGGGTGTCTTTGGGATTGCAGTTTTAATTCTAAGGCTTTGGGTGTTTGTTTTGTTTTTACAGGACTTTTTTTTTAACAAGGAAACAAAACGGAATTTCATTGATAAAATGAAATGAGACTAATGCTCAAAATACAACAAAAAGAAAAGAACAGACAATATCCAAAACAACATGGGACAAAACTTAAACAAGAGAGAAAACAACACCTCTTTGAAGAACTAAACCAAAAGAAAGAGGAGAATAACCATAAAGATACGAGAACCAACTAAAAAACAAAGACCAAAAGACTTAAGAGGCTGAAGAAAGAAAGCCAAAAACGCCAGCAAGGGAGAACCCTCCAGATCGATGTCCTCTAAGTGACCACCCCTAAACGCACCACCCTCACCTCCAGATCGATGTTTTTACAAGACTTTTATCCCTTTGTATTGGTTATTTTCTGGTTTCTCTTTTGTATTTTGAGTATTAGTCTCTTTTCATTATTTCAATGAAATCTCTTTTGTTGCCTTGTCAAAAAAAAAGTAAATACCAAAAAAAGAAAAAAAGAAAACAATTTTATATACAAAAAGAAAATAGAAAACATGTTCTGTTCATGAGTGGTAGAAGAGTTTTTAATTTTAGTTTTATTATTTATGTTTTTAATGTCTTTTTTGTGTTTAAAATTTAAAATTAAATGAGTTTTTAACTTTGGGCTAAAAAAAAATGGGTTAGGCCTTTTTTTCGGTTAAAAATTTACCCAGCGTGTCCAATGCGTGTCCACAACGTGTCCCTCGTGTGTCCATAACATGTCCGAAATTAAAAATAATAATAATAAGGGACACGTAAATTGGCGTGTCTGTGTCCAACACGGACACTCTGTCTAAAATAGAGTGTTCGTGCTTCTTAGAATGAAACTGACTGATTAGAGATAACAGAGAGGTCATGTTCGTCGTTTCACTATTTGTTAAAGCACGGTGGAATCCAAGAGAAGGAGAAGGACATGCTTCGTGAGGAGAGGAGGAAAGAGGAAAAATCGAAGCCACTGATTGATTCTTAACAGAGGACAGAAGATATAAAGGAGGAAACAAGGAACAAAGGGGCATGTCCCCCACCCACTGATCCTTTAGAAATAAGTAACTCTCCCATCTCCTACAACACAACGGACAAACTGTGACGTAATAAGAAGCTTGGAAGAAATCTCTTTCCACGAGTTTCTGGAAGTGCCAATTAGGGGTGTACAAGTAACCCGGTAACCCGACCAACCCGGACTACCCAACCCAAACTTTAAGGGTTGGGTAGGGTTAGATTTTTTTTCGGTTTGGGTTGGGTTAGAAGTTTGAAGAACCAGAATAGTTCGGCCTGGTTCTCGGGTTGGGCCTTTTAGGTTCGGGTTGACCCAACCCAACCCAAAGTTTATATTTTTTAATTTTATTTTAATTAAATATATACTTATAAATGAATTATTTGTTAATTTCTTATGTTTTCTTCTAGATTTCTAACAAAATGTTAAGATGTTATGGATTTTGAAGTTTGATATTTGAATTTCATGTGATTTTAGTTATTAATTCAATAAAAAAATATTTTAAATAATTTAAAAATAATTAAAAAAATAAAAAAAGTTAACCCGGTGACCCAACCCAACCCAACCCGAAAATATTGGGTTGGGTTGGGTTGGGTTACTCTCATGAATAGGGTTGGTTGGGTTGAAGGAATGACCAACCCGAATTTTCGGGTTGGTCCAAAAATCTCCCTCAACCCAACTCAACCCGGCTTATGTACACCCCTAGTGCCAATAATGCCACCAACAGTCCACTCAAAAGGGTGGGAGCCATACTTACAATAACCTTATGCCATAAAGTGTTGGGCTTATGATAGAATCGCCAAAGCCATTTAGCTAGGAGGGCCTTGTTCCTTGTCCTGACATTACCAATTCCTAAACCTCCTAAGTCGAAAGGCCTAAGACCACTTCCCAACTCACCAGGTGAAAACCTTTACCTTCTTCCACCCGTCCCACAAGAAGTCCCTCATAAGCTTCTCAATCCCCTTAATAACAGAGCAAGAGATTCTAAAAAGGGATAAAAAATAGGTTCGAATACCACTCAAAATAGACTGGATAAGGGTAAGTCTCCTGCCTTTTGAGAAAAAGCTCTTCCTCCAAGATGCCAACCTCTTGCGGATCTTATCCAGAACCGAATCCCAAAAAGAGATGCTTCTAGGGTTGTGACCTAGGGGAAGACCAAGATAGGAAGAAGGGAAGGTGTCGATCTCACAACGCACAAAGGACACCCATCTATTTAGCTTAGAGGGCTCACAGATAAGGCCAAAGATCTGACATTTGCCTCTGTTAATGTGAAGCCTTGAAATGGCCTCAAAGAACTTTAGAATCTGATTCAGATTAAGAAAGGAATCCTCCTTACCAAAACATAAAAAGATTGTATCATCAGCAAATTGGAGGTGAGAAAGAGCAACCTTATTTTGTCCTACCAGGAACCCTTCAAGGATATTACCCTCCACCCCTTTTGAAATAATCCTACTTATATCATCCACCACTAAGAGGAAGAGAAAAGGAGAGAGGATCACCTTGTCTTAGGCCACAAGAAGCAAGAATCCTACCCCTAGGTTTGTCATTAACCAAGACAGAGTACCTAACTTTCTGGATGCAACTCCAAATCCAAGAACGCCATTTGAACCCAAATCCTTTTTTTGCCAAGACCTTATCCAGGAAATCCCAATCCATATGATCATAGGCTTTTTCAAAATCGATCTTAAACAAAATCCCCTTTTGGTTTCTACTTCGATAATCTTCAATTGCCTCGTTCGCAATTAAGGCTTGATCCAAAATTTTTCTACCTACTAAAAAGGCTCCTTGAGAATTAGAAATCGTTGACTAGAGAACCTTTCTAAGCCTATTAGCCAGGACTTTAGCAATAATCTTATAAACGCTAGATACCAGACTAATGGTCTAAAGTCTTTGACCTTCGTGACCGACTCCTTTTTAGGAATTAGGTAAACAAAGGTTTCGTTTAGAGAACTATCGAGAATGCCTCTCTCAAAGAATTCACTAAAGACTATGGGTTATCATCCAATTAATTGGCAAATTGTGTGTCGACCTATTGAAGAAGGGGGCTCGGATTATTCAATATCAAATCCAAAAATCAAAGCCTTGGGTATGGAGATTTCATTTAGAGAAGCACTCTCTATGGAGGCGTGTTGTGGCCTCAAAGTATGGCTCTTCCCATTTTGATATGCATCCCAATTCCAAAAAACCAAGGTATCACCGTGGGCCTTGGAAATACATTGTTAGAGAGCAACGGCTTATTTTCGACAATACTTGTGGTTTAGGCAACGGACGACACACATCCTTTTGGCTTGATTGTTGGCTTGGTGATGCTCCTCTAAAGAACACTTACCCCCTTCTTTATGCTCTTTCGCAGAAAAAGAATGCTTCAGTTAGTGAGATGTTTCTAACACGAGCTTTCTTGGGACCTTGGCCTTCGACGAAATTTGACTGAGGAAGAAATTGGGGAATGGGCAAACCTTACAGCCATCCTCCCAAATACCATTAGCTCCCTGGCTGAAGATTCTTGGAAGTGGAGGTTAGACAATAAGGGATTTTTCACAGCTAAATCCCTCACTCGTAGTTTATCTTCCATAAACAACCTCTCACACAAACAATTTTACCGAAGCATATGGAAAGGTCACGTCCCTAAAAAAATTTCAGGTTTTCCTATGGGAAATCAGCCATGAAGGAATTAACACTGCAGATACGCTTCAAAAAAAGGCTCTATGGTTAGACGCATGCGAATCTATGGGCCATATCTTCTCCACTTGCTCATTCACATCCAGCATTTGGTCTAGAATCCTAAATGCTGCCAAGTTGCATTTTGTTTTCCCACACACTATGCTTACATTCCTCGAGACTGTCCTGTTGGGTCATCCATTTACACAAGGAAAGGCTTGCATTTGGGAAAACATCGTTAAAGCTCTTATGTGGTCCATCTGGCTTGAACGAAACAACAGGCTCTTCAACAACATCGATAGAAAACCCCACATTGTTCTCGAACACCTTCTCTACCTTGCTTTCTCTTGGTGTAAATTTACAAATTTTTTTGGTGACTATAGTCTTACTTCCCTTATTAGTAATGGGGAAAGTTTTTTGTAATTGGGTCCCTTCATTTCTCGGGCCCCTTTTGTACATTTCATACCATTAATGAAATGATTATATGTTTCTCAAAAAAAAAAAAAAAACGAATTCACTAAAGACTTTCCAAAGGTCCCCCTTTAATACCTCTCAATTATCTTGGAAAAAAGCCATGGAAAACCCATCCGGCCCCGGAGCTTTGTTCCTATCACACTCAAAAATAGCCCTTCTAATCTCCTCCAAGCTAAGGGGGGAATCCAAGGATTCTTTATCCGTGATTGAAATAGGACACCAATCCACCCCTCCAACAAAGGGTCTGGGTCCAGTGACAGGACCATATAGAGAAGAGAAAAAAGAGAGGATTTCCTCCTCGATAGCCTTTTCCCCTTTCAGAACTAACACAACCTCATTCTCCAAAGAGCTAATAAAATTTTTGCTTTTTCTGCCACTAGCTACTATGTGGATATAGGTTGTGTTACAATTCCCATCCTTAGCCCATCTGACCTTAGCCTTTTGTCTCCAGCTCACATTTTCTCTCCAAACAAGCTTCTCAAATTCCACCTTTAAAGCCAACCGATCTTCTTTCTCTACTTCATTAAACCTTGTTCCCTGTCCTCAAGTCTATCCAGATCATTAATTCGCCCCAACACCTCCTGCTTCTTGATACGCAAATCCCCAGAACCTCCTGGTTCCAAGGCTTAAGTACCCTTTTGAGAGCTTTGAACTTTTCCATGAACCGAAAACCCTCCCACCTTCCTTGCACCTCAACTTGGCACCAAAGAGGGAGAGAAGTATATATATTAATTCTCTTTGGACTATAAGATTTTCAGATAGCCTTGAACAAATCCTTTTGTATGGGAAAAGCACAAGCTAACTTTCTTCATAGTGATTCCACCGAAAAGTTACCCAGAGAATCTAGAGTCCACTTTCTGGAGTCGTCAGAAGTACCAACGTTGTAAAAATCCAATATACTCGAAAAGAGACTGCAAAGCAAATATTTCATCATCTTTTAAACCGCCAAAAAACTAAAGACCATGATAATAATTGAGATCCCATAATTCCGAAACCAAGCCATTCGGGAAAGAAGACACAGCATGTAATTGAGGGAAACAAAAAGTCAAATGGGCATCCCCAATCCATATTCCTGCCAAAAAAGAATACGTTGACCATTACCCAATTTAAATGAAGATAGGAGTCGAACCGCTTCAAAGACTTGGAAATGCTAATCCAAGTTCTTCTCAGACTTGATCCATGCTTGTTCGTCGTATGCCAATCAAATTGAGACCGCCCATGAATACTAATGATGCCCTTTCTCATAGAAAGAATGAGGCTCATGCATGAAACACCAACCCCACTTTGCAACAAGCGCCAAATTTCTATGTTAAAGCTCCAATTCCTAGACCCCATCACCTTAGATTTAGATGCTGAATTCCAGCGCACCAAATGAGTAACCTCCTTCCCAAAAGAAATTTTGCATCAATCGTTCCAACTCCAAGCTTACTTGAGAAGGCATTACGAAGAGAGACAAGTAGTATAATGTTATGTTTGAAAGAACTGAGTTGCAAGGAGTTGAATGCCAATCTCTTGAGAGATTGAAACGTTTCCATCTATCAAGCTTCTTGAGAATTTTGTCTCAAACAGGTTGCCAAAAAGATGATGCCTTGGGGTGACCACCAAGAGGAAGTCAAGATCAAGGAAAGGTAAGTTCTCCACTTTACAATTAAGCCTCCTTGATACTTTAGACAGCTTGTCTTCCATATTAATGTCACATAGAGCTGATTTCTCCCAATTAACCCTCAAACCCGAGCAAGCCTCAAAAAGAGCAATGGTTTGAATTAAAACATCAAGCATTGCATCATTATACTTACAAAACAGCAAGGTATCATCAGCGAAGTGGAGAATTGAAACATGAACATTATCTTTTCCCACTATAATAAGCCCTTGGAGTGCATATTTTCAATCAAAGCACTTATTACATCCAAAACTAACGGAAATAAGAATGGGGAAAGGGGATCCCCTTTCCTAATACCACGGGAAGCCAAAATTCTTCCTCTCGGCCAACCATTCACAAAAATGGAAATTTTTGGAGCCTTACACATCCATGAATCCATTGAATCCACCTCCCACAACATCTCCTAGAAAAATCCCAATCAACATTGTCAGAAGCTTTCTTAATATCAAGCTTCAACCCTTCTTTTTTTTTTTATCTATACTCCTCCACCTCACTTGCAATTAGAATTGGACCCAAGAATCTATCTCCCTTTAATAAAAGCACTTTGAAAACAAGAGATAACAGAGGGCATAACTTTTTTCAAATGTTCGGCTAAAACCTTTGCAAGAACTTTGTAAATAGAGGATCTTAAACTAATGGGCCTAAAATATTTAACAGAAGCAATCAAATCTTTCTTCCGGATAAGACAAATGAAACTTTCTTTCAATACCAAATTCATGTGTTCGGAACTCATTGAAAAGCTGAAGGAGGTTGAATGTGGTGAAAACACTTTTATCTGAAATTTGGTTCGAAAGGAATGAGAGAATTTTTCAAAACAAGCTACTTTCATGGTTTGATCATTTTGGGTCGGCTCGTCTTAAAGCTTCCTCTTGATGCTCTCTCCCCAAACACTTTGCTCTGATTATTCAATTCAGGATATATGTTTTAATTGGAATTTGTTCATTTTTCCTTTTCAATTTGTCCTTTTTATTTTTTTATTTATTTTGCTATTTTCTTATTTTTCCTTTGGGTTTATTTTACTTTCGAGCATTAGTCTCTTTTCATTATTTTAATGGAAATTTTTTTTCCTTAAAAGAAAGCGGAAGGAAATCCTCTTTCAAGTACTGCGAAAATTTCATGTAAAAATGTATTTAAAAAAACAGTATTTCTTGATTAGTTGGAGAAAATTGAACCCTATTTTTTAAGCCTTGAGAGCGAAGGGTGACGTATGAATTTTGGGATGTGTTCTATGAAAATTTCCCTACTGTCTACTTCATTGGAATATTTTCCCTTGCTGTCTTTTTGTTGGGTTGTTCTTTTTTTCTCTTTCTTTTTTTTTTCATTTCATTAGCTAAAACTTTTGACAATTAATTTTGATGTCATTACATTGAAGCTCCTCACTACGGCCAGTGAAATTGGAAGACCTGCAAAGAATTTTAAGTAACATCGAGTCTTCTGGTACAAGAATCTACCCTCAAACATATTCTGATTCTCTTTTGTTCCTTTTGATCACTCCGAACTCTTTATAATTCTGTGCTGGTTTTGAACTCTGTAGATATTGATGTTGATCCAGATGCAGGTAATAAGTTACATTTAAAATTTCTTAAACATTTCTTGTATCATGTATACGTGGTAGCATTTATCTTGAAGAATTCCTCCCCTTGGCAGAATTTTTTTTTATTATAGATATTCAACCAACTTTTTGTCTTTTTTTGATATCAGAAAACTCTCTCATTAATCATTACTAAATAAAATTTTCAGGACACAAGGCTACCAAATTATATGAGAATTTTACCCATTAGTATAAATCATATAATGGTCAGAAGAGACTCAAAACTACAAAAGTGTCTACCGAAGAAGACCACAAATGAGCCAACCCAAAATTAGTAGTCAAGGCATCTCATCCTAAAAAGGGTGTAGGTTCAAATCCCTGCCCCTTGGGAAGGAAGTAAAAAAAAAATAATAAATAAATAAAATAATGAGGACCACAATGTAGCTGCAAAAACCCAATCTGTATTATTATTCCTACCCACACCTTAGAAAATTCTTCTCCTTTCCCGCCAAGTTTCCTGAGTGCATCTAATGGCATTCGACTTCCACCAGAGGATCTTAGCTTTACCTGCAGAAAGTTGGCTTAACTCCGTTCGTTCTACTTTTCTTGTCTTCACCCTTTCCCAGTACAAATTTATGGTTTCATGTTGACACTTCCTTGATGATGGATGTAGGTTTTGGATTAGGAGATTTATTGAAGCCCGATCTGATAATGCCATTGCTGGAAACGTTGCCATTGGAACAGAGTTTAGCATCGTATTTACCTGAGGTATACACCACTTTGGTATTTGATCCCTTGTGATACTTTTATTCATTGTTCAATTATGTTCCTGATTGCAGGGTCCATGGTCTCCCGAGGATATATTGGAACTGTTACAAAGCCCGCCTTTCCGTCAACAAGTAGAATCGTTTACTTACGTAAGATTCTAAACTCTAGATTTTGGTTACTAATATATATATAACTTGGCGATCAAATTTGCTTATCTTCTCTCTCCATCTTTTGGTGTTGTTTGTAGGTTCTGCGGACTGGACAGATAGATTTGTCTCAGTTTGGGATAGACCCGAGCAAATGTAAGTAGATTGTGCTTCAAAGTCCTTTTGGTTTTTGCAATAAATGTCATGCTGCTCGTTGGAATGTCGGAATGTCCTCGAGATCTTGGGCCTTATTTGATAACCATATTGTTATTGGTTTTTGAAAATTGTGCTTGTTTTTTGCCTCATTTGATAACTATTTTTTTTAGTTCAACGACATTTGAAAATAGGAGGATTCGAACCTGATCTCTTGTTGGCCATTTGGTTTTTGATGGTTGGTTTTTGAAAATTGTGTTTATTTTTCACTATTTCTTACTACAATTTTAAGATACTTTTGAATTCTTAGCCAAATTTCAAAAACAAAAACAAGCTTTTAAAAGCTACTTTTTTAGTTTTCAAAACTTAGTTTGGAATGGATTGTGAAAATATTTGTAAAAAGTAGATAACTAGACAAAGAAACTCATAGGTGAGACCCATAGGTGAGGGTAGTGGTTTATAAGCTTAATTTTTAAAAACTAAATGATTATGAAATAGGACCAATTATCTCTTTAAAAAAAAAAAAAAACTCTGGTTCTTGTTCTAAAAAATTTGTGGTGCTTAAGGATTCTCGGGTTTGTTGCAGACAAATTTACAGTATTGTCTTTTCTCGAGGCCCTCGAGGATTCTGTTTCCAAAATGTCAAATTCTGAGTCGGGGCAAGATGATAAGGATGTAAGATCTCAATCCTGTACCCGTAACGACGCCATGGATGAGTCATAGTATGAAGATATTACAATTCTGTGTTTGCTTACCAATCTCATTGTTTATTATTGGCGAAGTGAAGGTTGTTTTGACAGTTTCTGTACTTTCTTGTATACACTAGAGAGGAACTAGAATTCCTTGAGGAACAAAAAGGTGCGGTTTTTTAATCTGGAATCTTATATACCATATGTGACAATAATCTTAGTTTCATATTTATTGATTTCAGTGTAAGTTTTAGACTTTTTGGAGAATTTAATTGTATATTGACTAAA

mRNA sequence

AGAACACAGCGCAAAAAATATAGCGGATTTCAGTTCGAGGTTAGTCCGCCGTATCAGAAAAAATAAGAACACGAAAAAAAGAAGAAAAGGCTCAGTCTGCAATTTCGGTCTTCGCTTCGGATTTCCATTTTCCCACAACTCTCTGAATCGATTTCCTGTTCTCTTGCTGTTGGAAGGTGAATCGAATAAGTGAAGATATGGACTCGTCGTCTACGGAGGCCGTTCCGTTAATGCAGGAAATACTTTTGGAATTTCGTGCCGGAAAAATGTGTTTTGAAGGAAAAAGGGTTGTGCCTGATGCACGTAAAGGACTTGTTCGTATTGGAAGGGGTGAGGAGGGATTGCTGCACTTTCAATGGCTTGATCGGACACAAAATGTCATTGAAGATGATCAGATTGTTTTTCCTGATGAAGCAGTTTTTGAGAAGGTTAATCAAGCGTCAGGAAGAGTTTACTTATTGAAGTTTAAAACAGATGACAGGAAGTTCTTCTTTTGGATGCAGGAGCCCAAAGCTGAAGATGACCAGCAGTTGTGTATCTCCGTTAATGACTACATTAATCGGCCACTGGAGTTTCTTGAGGAAGAACAACCTGTTGCTTCCACTCCTCTGCAAGTTTCAGAAGGCACGATCGAAGAAAACATCCCATCAAGCTCCTCACTACGGCCAGTGAAATTGGAAGACCTGCAAAGAATTTTAAGTAACATCGAGTCTTCTGATATTGATGTTGATCCAGATGCAGGTTTTGGATTAGGAGATTTATTGAAGCCCGATCTGATAATGCCATTGCTGGAAACGTTGCCATTGGAACAGAGTTTAGCATCGTATTTACCTGAGGGTCCATGGTCTCCCGAGGATATATTGGAACTGTTACAAAGCCCGCCTTTCCGTCAACAAGTAGAATCGTTTACTTACGTTCTGCGGACTGGACAGATAGATTTGTCTCAGTTTGGGATAGACCCGAGCAAATACAAATTTACAGTATTGTCTTTTCTCGAGGCCCTCGAGGATTCTGTTTCCAAAATGTCAAATTCTGAGTCGGGGCAAGATGATAAGGATGTAAGATCTCAATCCTGTACCCGTAACGACGCCATGGATGAGTCATAGTATGAAGATATTACAATTCTGTGTTTGCTTACCAATCTCATTGTTTATTATTGGCGAAGTGAAGGTTGTTTTGACAGTTTCTGTACTTTCTTGTATACACTAGAGAGGAACTAGAATTCCTTGAGGAACAAAAAGGTGCGGTTTTTTAATCTGGAATCTTATATACCATATGTGACAATAATCTTAGTTTCATATTTATTGATTTCAGTGTAAGTTTTAGACTTTTTGGAGAATTTAATTGTATATTGACTAAA

Coding sequence (CDS)

ATGGACTCGTCGTCTACGGAGGCCGTTCCGTTAATGCAGGAAATACTTTTGGAATTTCGTGCCGGAAAAATGTGTTTTGAAGGAAAAAGGGTTGTGCCTGATGCACGTAAAGGACTTGTTCGTATTGGAAGGGGTGAGGAGGGATTGCTGCACTTTCAATGGCTTGATCGGACACAAAATGTCATTGAAGATGATCAGATTGTTTTTCCTGATGAAGCAGTTTTTGAGAAGGTTAATCAAGCGTCAGGAAGAGTTTACTTATTGAAGTTTAAAACAGATGACAGGAAGTTCTTCTTTTGGATGCAGGAGCCCAAAGCTGAAGATGACCAGCAGTTGTGTATCTCCGTTAATGACTACATTAATCGGCCACTGGAGTTTCTTGAGGAAGAACAACCTGTTGCTTCCACTCCTCTGCAAGTTTCAGAAGGCACGATCGAAGAAAACATCCCATCAAGCTCCTCACTACGGCCAGTGAAATTGGAAGACCTGCAAAGAATTTTAAGTAACATCGAGTCTTCTGATATTGATGTTGATCCAGATGCAGGTTTTGGATTAGGAGATTTATTGAAGCCCGATCTGATAATGCCATTGCTGGAAACGTTGCCATTGGAACAGAGTTTAGCATCGTATTTACCTGAGGGTCCATGGTCTCCCGAGGATATATTGGAACTGTTACAAAGCCCGCCTTTCCGTCAACAAGTAGAATCGTTTACTTACGTTCTGCGGACTGGACAGATAGATTTGTCTCAGTTTGGGATAGACCCGAGCAAATACAAATTTACAGTATTGTCTTTTCTCGAGGCCCTCGAGGATTCTGTTTCCAAAATGTCAAATTCTGAGTCGGGGCAAGATGATAAGGATGTAAGATCTCAATCCTGTACCCGTAACGACGCCATGGATGAGTCATAG

Protein sequence

MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMDES

Homology

[Close]

BLAST of Tan0005513 vs. ExPASy Swiss-Prot
Match: O48726 (26S proteasome regulatory subunit RPN13 OS=Arabidopsis thaliana OX=3702 GN=RPN13 PE=1 SV=2)

HSP 1 Score: 366.3 bits (939), Expect = 3.3e-100
Identity = 197/318 (61.95%), Postives = 231/318 (72.64%), Query Frame = 0


Query: 4   SSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIE 63
           SS+EA P+MQEI+LEFRAGKM  +G RVVPDARKGLVRI RG+EGL+HFQWLDR QN +E
Sbjct: 2   SSSEAFPVMQEIMLEFRAGKMSLQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVE 61

Query: 64  DDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP 123
           DDQIVFPDEA+FEKVNQ+S RVY+LKF +DDRK FFWMQEP+AE D +LC SVN Y+N+P
Sbjct: 62  DDQIVFPDEALFEKVNQSSDRVYILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQP 121

Query: 124 LEFLEEEQPVASTPLQVSEGTIEENIPS-----------------SSSLRPVKLEDLQRI 183
           LEF  EE  +A+   +  E   E+N  S                 +SS  PVKL DLQRI
Sbjct: 122 LEFPGEE-GLAAAITEELEDMAEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRI 181

Query: 184 LSNIESSDIDV--DPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILEL 243
           L+N+    + +  D D G  LGD+LKP+LIMPLLE LP+++ L+S+LPEG    EDILEL
Sbjct: 182 LNNLSGGPVGIAGDQDEGLALGDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILEL 241

Query: 244 LQSPPFRQQVESFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQD 303
           LQSPPFRQQV++FTYVLRTGQIDL+QFGIDPSKYKFTV SFLEALEDSVS  S       
Sbjct: 242 LQSPPFRQQVDAFTYVLRTGQIDLTQFGIDPSKYKFTVDSFLEALEDSVSTQS------- 300

[Close]

BLAST of Tan0005513 vs. ExPASy Swiss-Prot
Match: Q6NZ09 (Proteasomal ubiquitin receptor ADRM1 OS=Danio rerio OX=7955 GN=adrm1b PE=1 SV=1)

HSP 1 Score: 155.6 bits (392), Expect = 8.9e-37
Identity = 119/384 (30.99%), Postives = 171/384 (44.53%), Query Frame = 0


Query: 16  LLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVF 75
           L+EFRAGKM  +G  V PD RKG V I + ++ L+HF W DRT   +EDD I+FPD+  F
Sbjct: 22  LVEFRAGKMTLKGSTVTPDKRKGTVYIQQTDDSLIHFCWKDRTSGNVEDDLIIFPDDCEF 81

Query: 76  EKVNQ-ASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP----------- 135
           ++VNQ  +GRVY+LKFK   ++ FFWMQEPK + D + C  VN+Y+N P           
Sbjct: 82  KRVNQCTTGRVYVLKFKAGSKRLFFWMQEPKTDKDDEYCRKVNEYLNNPPMPGALGSGGG 141

Query: 136 ---------------------------------------------LEFLEEEQPVAS--- 195
                                                           L    P  S   
Sbjct: 142 GGHELSALGEGGLQSLLGNMSHNQLMQLIGPTGLGGLGALAGPGLASLLGSGGPATSSST 201

Query: 196 ------------------------------TPLQVSEG--TIEENIPS----------SS 255
                                         TP   S G  T+    P+          +S
Sbjct: 202 SSSRSQSAAATPSSGSAARLSSTQAPTTPVTPAATSSGSPTVTPTTPAAQTPSLPAGPAS 261

Query: 256 SLRPVKLEDLQRILSNIESSDIDVDPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPE 288
           S +P++L DLQ IL+ +    +  +  +G  L  +L PD++ P+L    ++Q L  YLP 
Sbjct: 262 STQPIQLSDLQSILATMNVPAMPTE-GSGVDLASVLTPDVMAPILANPEVQQRLLPYLPS 321

[Close]

BLAST of Tan0005513 vs. ExPASy Swiss-Prot
Match: A1L5A6 (Proteasomal ubiquitin receptor ADRM1 OS=Bos taurus OX=9913 GN=ADRM1 PE=2 SV=1)

HSP 1 Score: 151.8 bits (382), Expect = 1.3e-35
Identity = 113/380 (29.74%), Postives = 165/380 (43.42%), Query Frame = 0


Query: 16  LLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVF 75
           L+EFRAGKM  +G  V PD RKGLV I + ++ L+HF W DRT   +EDD I+FPD+  F
Sbjct: 23  LVEFRAGKMSLKGTTVTPDKRKGLVYIQQTDDSLIHFCWKDRTSGNVEDDLIIFPDDCEF 82

Query: 76  EKVNQA-SGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP----------- 135
           ++V Q  SGRVY+LKFK   ++ FFWMQEPK + D++ C  VN+Y+N P           
Sbjct: 83  KRVPQCPSGRVYVLKFKAGSKRLFFWMQEPKTDQDEEHCRKVNEYLNNPPMPGALGASGS 142

Query: 136 -------------LEFL------------------------------------------- 195
                        L+ L                                           
Sbjct: 143 GGHELSALGGEGGLQSLLGNMSHSQLMQLIGPAGLGGLGGLGALTGPGLASLLGSGGPPA 202

Query: 196 ------EEEQPVASTPLQVSEGTIEENIPS-----------------------SSSLRPV 255
                    Q  A TP   +  T     PS                       +S  +P+
Sbjct: 203 SSSSSSSRSQSAAVTPSSTTSSTRATPAPSAPAAASATSPSPAPSSGDGASTAASPAQPI 262

Query: 256 KLEDLQRILSNIESSDIDVDPDAG--FGLGDLLKPDLIMPLLETLPLEQSLASYLPEG-- 288
           +L DLQ IL+ +    +   P  G    L  +L P+++ P+L    +++ L  YLP G  
Sbjct: 263 QLSDLQSILATM---SVPAGPGGGQQVDLASVLTPEIMAPILANADVQERLLPYLPSGES 322

[Close]

BLAST of Tan0005513 vs. ExPASy Swiss-Prot
Match: Q98SH3 (Proteasomal ubiquitin receptor ADRM1 OS=Gallus gallus OX=9031 GN=ADRM1 PE=2 SV=1)

HSP 1 Score: 147.5 bits (371), Expect = 2.4e-34
Identity = 114/381 (29.92%), Postives = 166/381 (43.57%), Query Frame = 0


Query: 16  LLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVF 75
           L+EFRAGKM  +G  V PD RKGLV I + ++ L+HF W DRT   +EDD I+FPD+  F
Sbjct: 23  LVEFRAGKMSLKGSTVTPDKRKGLVYIQQTDDSLIHFCWKDRTSGNVEDDLIIFPDDCEF 82

Query: 76  EKVNQ-ASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP----------- 135
           ++V Q  +GRVY+LKFK   ++ FFWMQEPK + D++ C  VN+Y+N P           
Sbjct: 83  KRVPQCTTGRVYVLKFKAGSKRLFFWMQEPKTDKDEEHCRKVNEYLNNPPMPGALGGNAS 142

Query: 136 -------------LEFL------------------------------------------- 195
                        L+ L                                           
Sbjct: 143 GGHELSALGGEGGLQSLLGNMSHNQLMQLIGPTGLGGLGGLGALTGPGLASLLGSGGFPT 202

Query: 196 ------EEEQPVASTPLQVSEG---------------TIEENIPSSSS--------LRPV 255
                    Q  A TP   +                 T    +PSS S         +P+
Sbjct: 203 SSSSSSSRSQSAAVTPSSTTSSTHVTPAPAVPAAASVTSPSPVPSSGSGTSSATSPTQPI 262

Query: 256 KLEDLQRILSNIESSDIDVDPDAG---FGLGDLLKPDLIMPLLETLPLEQSLASYLPEG- 288
           +L DLQ IL+      ++V   AG     L  +L P+++ P+L    +++ L  YLP G 
Sbjct: 263 QLSDLQNILAT-----MNVPSGAGGQQVDLATVLTPEIMAPILANAEVQERLMPYLPSGE 322

[Close]

BLAST of Tan0005513 vs. ExPASy Swiss-Prot
Match: Q6P877 (Proteasomal ubiquitin receptor ADRM1 OS=Xenopus tropicalis OX=8364 GN=adrm1 PE=2 SV=1)

HSP 1 Score: 146.7 bits (369), Expect = 4.1e-34
Identity = 107/383 (27.94%), Postives = 172/383 (44.91%), Query Frame = 0


Query: 16  LLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVF 75
           L+EFRAGKM  +G  V PD RKGLV I + ++ L+HF W DRT   +EDD I+FPD+  F
Sbjct: 22  LVEFRAGKMSLKGSTVTPDKRKGLVYIQQTDDSLIHFCWKDRTSGSVEDDLIIFPDDCEF 81

Query: 76  EKVNQ-ASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP----------- 135
           ++V+Q  +GRVY+LKFK   ++ FFWMQEPK + D++ C  VN+Y+N P           
Sbjct: 82  KRVSQCTTGRVYVLKFKAGSKRLFFWMQEPKTDKDEEYCRKVNEYLNNPPMPGALGGSGS 141

Query: 136 -------------LEFL------------------------------------------- 195
                        L+ L                                           
Sbjct: 142 GGHELSALGGEGGLQSLLGNMSHNQLMQLIGPTGLGGLGGLGALTGPGLASLLGSGGPTT 201

Query: 196 ------EEEQPVASTPLQVSEGTIEENIP-----------------------SSSSLRPV 255
                    Q  A TP   +  T   + P                       ++S  +P+
Sbjct: 202 SSSSSSSRSQSAAVTPSSTTSSTRTTSAPAAPAAAPATTPSPAVSSNDGASAATSPTQPI 261

Query: 256 KLEDLQRILSNIESSDIDVDPDAG--FGLGDLLKPDLIMPLLETLPLEQSLASYLPEG-- 289
           +L DLQ IL+ +   ++    + G    L  +L P+++ P+L    +++ L  YLP G  
Sbjct: 262 QLSDLQNILATM---NVPATGEGGQQVDLASVLTPEIMAPILANAEVQERLMPYLPSGES 321

[Close]

BLAST of Tan0005513 vs. NCBI nr
Match: XP_022149851.1 (26S proteasome regulatory subunit RPN13 isoform X1 [Momordica charantia] >XP_022149852.1 26S proteasome regulatory subunit RPN13 isoform X1 [Momordica charantia] >XP_022149853.1 26S proteasome regulatory subunit RPN13 isoform X2 [Momordica charantia])

HSP 1 Score: 568.5 bits (1464), Expect = 3.3e-158
Identity = 286/302 (94.70%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAV +MQEILLEFRAGKMCFEGKRVVPD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVTVMQEILLEFRAGKMCFEGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAE+DQQLC S+NDY+
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEEDQQLCSSINDYL 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEE PVASTP+QVSEGT+EENIPSSSSLRPVKLEDLQRILSNI+SSDID+DPD
Sbjct: 121 NRPLEFLEEE-PVASTPIQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIDSSDIDLDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKM NSE GQDDKDVRSQSC RND+MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMPNSEQGQDDKDVRSQSCNRNDSMD 300

Query: 301 ES 303
           ES
Sbjct: 301 ES 301

[Close]

BLAST of Tan0005513 vs. NCBI nr
Match: XP_022966078.1 (26S proteasome regulatory subunit RPN13 isoform X2 [Cucurbita maxima])

HSP 1 Score: 564.7 bits (1454), Expect = 4.8e-157
Identity = 287/302 (95.03%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSE+GQD+KDVRS+S    + MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSEAGQDEKDVRSES----NLMD 298

Query: 301 ES 303
           ES
Sbjct: 301 ES 298

[Close]

BLAST of Tan0005513 vs. NCBI nr
Match: XP_022937753.1 (26S proteasome regulatory subunit RPN13 isoform X2 [Cucurbita moschata] >XP_023538270.1 26S proteasome regulatory subunit RPN13 isoform X2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 562.8 bits (1449), Expect = 1.8e-156
Identity = 286/302 (94.70%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMS+SE+GQD+KDVRS+S    + MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSSSEAGQDEKDVRSES----NLMD 298

Query: 301 ES 303
           ES
Sbjct: 301 ES 298

[Close]

BLAST of Tan0005513 vs. NCBI nr
Match: KAG6586125.1 (26S proteasome regulatory subunit RPN13, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 562.4 bits (1448), Expect = 2.4e-156
Identity = 285/302 (94.37%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 68  MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 127

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCIS+NDYI
Sbjct: 128 VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYI 187

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD
Sbjct: 188 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 247

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTYV
Sbjct: 248 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTYV 307

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMS+SE+GQD+KDVRS+S    + MD
Sbjct: 308 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSSSEAGQDEKDVRSES----NLMD 365

Query: 301 ES 303
           ES
Sbjct: 368 ES 365

[Close]

BLAST of Tan0005513 vs. NCBI nr
Match: XP_022966077.1 (26S proteasome regulatory subunit RPN13 isoform X1 [Cucurbita maxima])

HSP 1 Score: 560.1 bits (1442), Expect = 1.2e-155
Identity = 287/303 (94.72%), Postives = 295/303 (97.36%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESS-DIDVDP 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESS DIDVDP
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSADIDVDP 180

Query: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTY 240
           DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTY
Sbjct: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTY 240

Query: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAM 300
           VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSE+GQD+KDVRS+S    + M
Sbjct: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSEAGQDEKDVRSES----NLM 299

Query: 301 DES 303
           DES
Sbjct: 301 DES 299

[Close]

BLAST of Tan0005513 vs. ExPASy TrEMBL
Match: A0A6J1D7V9 (26S proteasome regulatory subunit RPN13 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111018182 PE=4 SV=1)

HSP 1 Score: 568.5 bits (1464), Expect = 1.6e-158
Identity = 286/302 (94.70%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAV +MQEILLEFRAGKMCFEGKRVVPD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVTVMQEILLEFRAGKMCFEGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAE+DQQLC S+NDY+
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEEDQQLCSSINDYL 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEE PVASTP+QVSEGT+EENIPSSSSLRPVKLEDLQRILSNI+SSDID+DPD
Sbjct: 121 NRPLEFLEEE-PVASTPIQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIDSSDIDLDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKM NSE GQDDKDVRSQSC RND+MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMPNSEQGQDDKDVRSQSCNRNDSMD 300

Query: 301 ES 303
           ES
Sbjct: 301 ES 301

[Close]

BLAST of Tan0005513 vs. ExPASy TrEMBL
Match: A0A6J1HQU2 (26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111465791 PE=4 SV=1)

HSP 1 Score: 564.7 bits (1454), Expect = 2.3e-157
Identity = 287/302 (95.03%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSE+GQD+KDVRS+S    + MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSEAGQDEKDVRSES----NLMD 298

Query: 301 ES 303
           ES
Sbjct: 301 ES 298

[Close]

BLAST of Tan0005513 vs. ExPASy TrEMBL
Match: A0A6J1FGU3 (26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111444058 PE=4 SV=1)

HSP 1 Score: 562.8 bits (1449), Expect = 8.9e-157
Identity = 286/302 (94.70%), Postives = 295/302 (97.68%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSDIDVDPD 180

Query: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTYV 240
           AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTYV
Sbjct: 181 AGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTYV 240

Query: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAMD 300
           LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMS+SE+GQD+KDVRS+S    + MD
Sbjct: 241 LRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSSSEAGQDEKDVRSES----NLMD 298

Query: 301 ES 303
           ES
Sbjct: 301 ES 298

[Close]

BLAST of Tan0005513 vs. ExPASy TrEMBL
Match: A0A6J1HM16 (26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111465791 PE=4 SV=1)

HSP 1 Score: 560.1 bits (1442), Expect = 5.8e-156
Identity = 287/303 (94.72%), Postives = 295/303 (97.36%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESS-DIDVDP 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESS DIDVDP
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSADIDVDP 180

Query: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTY 240
           DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTY
Sbjct: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTY 240

Query: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAM 300
           VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSE+GQD+KDVRS+S    + M
Sbjct: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSEAGQDEKDVRSES----NLM 299

Query: 301 DES 303
           DES
Sbjct: 301 DES 299

[Close]

BLAST of Tan0005513 vs. ExPASy TrEMBL
Match: A0A6J1FC45 (26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111444058 PE=4 SV=1)

HSP 1 Score: 558.1 bits (1437), Expect = 2.2e-155
Identity = 286/303 (94.39%), Postives = 295/303 (97.36%), Query Frame = 0


Query: 1   MDSSSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQN 60
           MDSSSTEAVP+MQEILLEFRAGKMCFEGKRV+PD RKGLVRIGRGEEGLLHFQWLDRTQN
Sbjct: 1   MDSSSTEAVPVMQEILLEFRAGKMCFEGKRVMPDTRKGLVRIGRGEEGLLHFQWLDRTQN 60

Query: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120
           VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI
Sbjct: 61  VIEDDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYI 120

Query: 121 NRPLEFLEEEQPVASTPLQVSEGTIEENIPSSSSLRPVKLEDLQRILSNIESS-DIDVDP 180
           NRPLEFLEEEQ VASTPLQVSEGT+EENIPSSSSLRPVKLEDLQRILSNIESS DIDVDP
Sbjct: 121 NRPLEFLEEEQSVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIESSADIDVDP 180

Query: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVESFTY 240
           DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQV+SFTY
Sbjct: 181 DAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILELLQSPPFRQQVDSFTY 240

Query: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQDDKDVRSQSCTRNDAM 300
           VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMS+SE+GQD+KDVRS+S    + M
Sbjct: 241 VLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSSSEAGQDEKDVRSES----NLM 299

Query: 301 DES 303
           DES
Sbjct: 301 DES 299

[Close]

BLAST of Tan0005513 vs. TAIR 10
Match: AT2G26590.1 (regulatory particle non-ATPase 13 )

HSP 1 Score: 366.3 bits (939), Expect = 2.3e-101
Identity = 197/318 (61.95%), Postives = 231/318 (72.64%), Query Frame = 0


Query: 4   SSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIE 63
           SS+EA P+MQEI+LEFRAGKM  +G RVVPDARKGLVRI RG+EGL+HFQWLDR QN +E
Sbjct: 2   SSSEAFPVMQEIMLEFRAGKMSLQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVE 61

Query: 64  DDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP 123
           DDQIVFPDEA+FEKVNQ+S RVY+LKF +DDRK FFWMQEP+AE D +LC SVN Y+N+P
Sbjct: 62  DDQIVFPDEALFEKVNQSSDRVYILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQP 121

Query: 124 LEFLEEEQPVASTPLQVSEGTIEENIPS-----------------SSSLRPVKLEDLQRI 183
           LEF  EE  +A+   +  E   E+N  S                 +SS  PVKL DLQRI
Sbjct: 122 LEFPGEE-GLAAAITEELEDMAEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRI 181

Query: 184 LSNIESSDIDV--DPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILEL 243
           L+N+    + +  D D G  LGD+LKP+LIMPLLE LP+++ L+S+LPEG    EDILEL
Sbjct: 182 LNNLSGGPVGIAGDQDEGLALGDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILEL 241

Query: 244 LQSPPFRQQVESFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQD 303
           LQSPPFRQQV++FTYVLRTGQIDL+QFGIDPSKYKFTV SFLEALEDSVS  S       
Sbjct: 242 LQSPPFRQQVDAFTYVLRTGQIDLTQFGIDPSKYKFTVDSFLEALEDSVSTQS------- 300

[Close]

BLAST of Tan0005513 vs. TAIR 10
Match: AT2G26590.2 (regulatory particle non-ATPase 13 )

HSP 1 Score: 366.3 bits (939), Expect = 2.3e-101
Identity = 197/318 (61.95%), Postives = 231/318 (72.64%), Query Frame = 0


Query: 4   SSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIE 63
           SS+EA P+MQEI+LEFRAGKM  +G RVVPDARKGLVRI RG+EGL+HFQWLDR QN +E
Sbjct: 2   SSSEAFPVMQEIMLEFRAGKMSLQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVE 61

Query: 64  DDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP 123
           DDQIVFPDEA+FEKVNQ+S RVY+LKF +DDRK FFWMQEP+AE D +LC SVN Y+N+P
Sbjct: 62  DDQIVFPDEALFEKVNQSSDRVYILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQP 121

Query: 124 LEFLEEEQPVASTPLQVSEGTIEENIPS-----------------SSSLRPVKLEDLQRI 183
           LEF  EE  +A+   +  E   E+N  S                 +SS  PVKL DLQRI
Sbjct: 122 LEFPGEE-GLAAAITEELEDMAEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRI 181

Query: 184 LSNIESSDIDV--DPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILEL 243
           L+N+    + +  D D G  LGD+LKP+LIMPLLE LP+++ L+S+LPEG    EDILEL
Sbjct: 182 LNNLSGGPVGIAGDQDEGLALGDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILEL 241

Query: 244 LQSPPFRQQVESFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQD 303
           LQSPPFRQQV++FTYVLRTGQIDL+QFGIDPSKYKFTV SFLEALEDSVS  S       
Sbjct: 242 LQSPPFRQQVDAFTYVLRTGQIDLTQFGIDPSKYKFTVDSFLEALEDSVSTQS------- 300

[Close]

BLAST of Tan0005513 vs. TAIR 10
Match: AT2G26590.3 (regulatory particle non-ATPase 13 )

HSP 1 Score: 366.3 bits (939), Expect = 2.3e-101
Identity = 197/318 (61.95%), Postives = 231/318 (72.64%), Query Frame = 0


Query: 4   SSTEAVPLMQEILLEFRAGKMCFEGKRVVPDARKGLVRIGRGEEGLLHFQWLDRTQNVIE 63
           SS+EA P+MQEI+LEFRAGKM  +G RVVPDARKGLVRI RG+EGL+HFQWLDR QN +E
Sbjct: 2   SSSEAFPVMQEIMLEFRAGKMSLQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVE 61

Query: 64  DDQIVFPDEAVFEKVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRP 123
           DDQIVFPDEA+FEKVNQ+S RVY+LKF +DDRK FFWMQEP+AE D +LC SVN Y+N+P
Sbjct: 62  DDQIVFPDEALFEKVNQSSDRVYILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQP 121

Query: 124 LEFLEEEQPVASTPLQVSEGTIEENIPS-----------------SSSLRPVKLEDLQRI 183
           LEF  EE  +A+   +  E   E+N  S                 +SS  PVKL DLQRI
Sbjct: 122 LEFPGEE-GLAAAITEELEDMAEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRI 181

Query: 184 LSNIESSDIDV--DPDAGFGLGDLLKPDLIMPLLETLPLEQSLASYLPEGPWSPEDILEL 243
           L+N+    + +  D D G  LGD+LKP+LIMPLLE LP+++ L+S+LPEG    EDILEL
Sbjct: 182 LNNLSGGPVGIAGDQDEGLALGDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILEL 241

Query: 244 LQSPPFRQQVESFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKMSNSESGQD 303
           LQSPPFRQQV++FTYVLRTGQIDL+QFGIDPSKYKFTV SFLEALEDSVS  S       
Sbjct: 242 LQSPPFRQQVDAFTYVLRTGQIDLTQFGIDPSKYKFTVDSFLEALEDSVSTQS------- 300

The following BLAST results are available for this feature:

BLAST of Tan0005513 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O48726	3.3e-100	61.95	26S proteasome regulatory subunit RPN13 OS=Arabidopsis thaliana OX=3702 GN=RPN13...	[more]
Q6NZ09	8.9e-37	30.99	Proteasomal ubiquitin receptor ADRM1 OS=Danio rerio OX=7955 GN=adrm1b PE=1 SV=1	[more]
A1L5A6	1.3e-35	29.74	Proteasomal ubiquitin receptor ADRM1 OS=Bos taurus OX=9913 GN=ADRM1 PE=2 SV=1	[more]
Q98SH3	2.4e-34	29.92	Proteasomal ubiquitin receptor ADRM1 OS=Gallus gallus OX=9031 GN=ADRM1 PE=2 SV=1	[more]
Q6P877	4.1e-34	27.94	Proteasomal ubiquitin receptor ADRM1 OS=Xenopus tropicalis OX=8364 GN=adrm1 PE=2...	[more]

BLAST of Tan0005513 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022149851.1	3.3e-158	94.70	26S proteasome regulatory subunit RPN13 isoform X1 [Momordica charantia] >XP_022...	[more]
XP_022966078.1	4.8e-157	95.03	26S proteasome regulatory subunit RPN13 isoform X2 [Cucurbita maxima]	[more]
XP_022937753.1	1.8e-156	94.70	26S proteasome regulatory subunit RPN13 isoform X2 [Cucurbita moschata] >XP_0235...	[more]
KAG6586125.1	2.4e-156	94.37	26S proteasome regulatory subunit RPN13, partial [Cucurbita argyrosperma subsp. ...	[more]
XP_022966077.1	1.2e-155	94.72	26S proteasome regulatory subunit RPN13 isoform X1 [Cucurbita maxima]	[more]

BLAST of Tan0005513 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D7V9	1.6e-158	94.70	26S proteasome regulatory subunit RPN13 isoform X1 OS=Momordica charantia OX=367...	[more]
A0A6J1HQU2	2.3e-157	95.03	26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucurbita maxima OX=3661 G...	[more]
A0A6J1FGU3	8.9e-157	94.70	26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucurbita moschata OX=3662...	[more]
A0A6J1HM16	5.8e-156	94.72	26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucurbita maxima OX=3661 G...	[more]
A0A6J1FC45	2.2e-155	94.39	26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucurbita moschata OX=3662...	[more]

BLAST of Tan0005513 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G26590.1	2.3e-101	61.95	regulatory particle non-ATPase 13	[more]
AT2G26590.2	2.3e-101	61.95	regulatory particle non-ATPase 13	[more]
AT2G26590.3	2.3e-101	61.95	regulatory particle non-ATPase 13	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR044868	Rpn13/ADRM1, Pru domain	PFAM	PF04683	Proteasom_Rpn13	coord: 5..80 e-value: 7.9E-24 score: 84.0
IPR044868	Rpn13/ADRM1, Pru domain	PROSITE	PS51917	PRU	coord: 1..100 score: 45.595543
IPR038633	Proteasomal ubiquitin receptor Rpn13/ADRM1, Pru domain superfamily	GENE3D	2.30.29.70	Proteasomal ubiquitin receptor Rpn13/ADRM1	coord: 1..101 e-value: 1.6E-32 score: 113.8
IPR032368	RPN13, DEUBAD domain	PFAM	PF16550	RPN13_C	coord: 141..246 e-value: 6.2E-24 score: 84.3
IPR038108	RPN13, DEUBAD domain superfamily	GENE3D	1.10.2020.20		coord: 141..251 e-value: 4.8E-20 score: 73.6
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 251..279
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 257..279
None	No IPR available	CDD	cd13314	PH_Rpn13	coord: 1..97 e-value: 3.75351E-51 score: 161.668
IPR006773	Proteasomal ubiquitin receptor Rpn13/ADRM1	PANTHER	PTHR12225	ADHESION REGULATING MOLECULE 1 110 KDA CELL MEMBRANE GLYCOPROTEIN	coord: 1..257
IPR044867	DEUBAD domain	PROSITE	PS51916	DEUBAD	coord: 153..256 score: 13.709789

Relationships

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


Feature Name	Unique Name	Type
Tan0005513.1	Tan0005513.1	mRNA
Tan0005513.2	Tan0005513.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0010950	positive regulation of endopeptidase activity
biological_process	GO:0006511	ubiquitin-dependent protein catabolic process
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0005634	nucleus
cellular_component	GO:0000502	proteasome complex
cellular_component	GO:0008541	proteasome regulatory particle, lid subcomplex
molecular_function	GO:0061133	endopeptidase activator activity
molecular_function	GO:0070628	proteasome binding
molecular_function	GO:0043130	ubiquitin binding