HG10006145 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview
NameHG10006145
Typegene
OrganismLagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description2-oxoglutarate (2OG) and Fe(II)-dependent oxygenase superfamily protein
LocationChr07: 14396496 .. 14428736 (+)
RNA-Seq ExpressionHG10006145
SyntenyHG10006145
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGTCTCTGTGTCCTCCAGATTCGACCAAAAATGTGTTGCAAATGTCCATCAATGGCGACGAACCGCCGCGAGCCTACGTTGTTGAAGGCTCTGCGATCGGCGGTGCCGGCGAGATTCCGATCATCGACGTCGGTGTGTTTCTGCCGTCTTCGTCGCCGGAACCTGAAGTTTTGGACTCCGAATTGGGAAAATTGAGATCTGCTCTCGCCAAGGAGGGATGCTTTCAGGCAATTGGACATGGGATTTCGAGCTCATTTCTAGACAAGATACGTGAGATTGCAAAAGAGTTCTTTGAATTGGCAGAAGAAGAAAAGCAAAAGTATTGTCCATCGAATGATGAAGATGATAAATTCCAAGGGTATGGAAATGATGTGGTGGTTTCACAAAACCAAGTTCTTGATTGGAATTATCGTATCTTCCTTCAAGTTTTCCCACATGACTCAAGAAAACTCAACCTTTGGCCAAATGGTTTTAGAGAAATCCTAGAAGAATACGTAGATAACATAAAGTTTGTAATGGAAGTTTTATACAAAGCCATAGCAAAATCATTGAACATCGATGAAGATAGCTTCGTAAAGCAGCTCGGGGATCGATCGCCGATGAATGCGAGGTTGAATTTCTATCCACCGTGTTCAAGACCAGATTTGGTTCTTGGAGTAAAGGCTCATACAGATGGATCAGCCCTCACAATTCTGTTACAAGACAAAGAAATGGAAGGTCTTCAAGTTTTTGTTGATGACAATTGGGTCAAAGTCCCTGTCTTACCTTATGCTCTCATTGTCAATCTTGGTGACCAAATGGAGGGGGTGTTCTTGCTTTCTATTTCCTTCAAGAATTTGGGTGTTGGGTTTCTTTGGGCGACAGGAGTTTACGATCCTCCTAGGATCAAAGGAAAAAGGGTTGTACCTGATACACGTAAAGGACTTGTTCGTATTGGAAGGGGTGAGGAGGGATTGTTGCACATTCAATGGCTTGATCGGACACAAAATGTCATTGAAGATGTTAATCAAGCGTCAGGAAGAGTTTACTTATTGAAGTTTAAAACAGATGACAGGAAGTTCTTCTTTTGGATGCAGGAGCCCAAAGCTGAAGATGACCAGCAGTTGTGCATCTCCATTAATGACTACATTAATCGGCCACTGGAGTTCCTTGAGGAAGAAGAACAGGCTGTTGCTTCCACTCCTCTACAAGTTTCAGAAGGCACAGTCGAAGAAAATATCCCATCGAGCTCCTCACTACGGCCAGTGAAGTTGGAAGACCTGCAAAGAATTTTAAGTAACATTGAGCCGTCTGGTTTTGGATTAGGAGATTTATTGAAGCCTGATCTGATAATGCCATTGCTGGAAACGTTACCATTGGAACAGAGTTTAGTATCGTATTTACCTGAGGGTCCATGGTCTCCTGAGGATATATTGGAGCTGTTACAAAGCCCGCCTTTCCGTCAACAAGTAGATTCGTTTACTTACGTTCTTCGGACAGGACAGATAGATTTGTCTCAGTTTGGGATAGACCCGAGCAAATACAAATTTACAGTATTGTCTTTTCTCGAGGCCCTTGAGGATTCTGTCTCGAAAGCGTCAGGTTCCGAGCTGGGGCCGGATAATAAGGATGTAAGATCTCAATCCTTCAATCGTAGTGACTCGATGGATGAATCATAG

Coding sequence (CDS)

ATGTCTCTGTGTCCTCCAGATTCGACCAAAAATGTGTTGCAAATGTCCATCAATGGCGACGAACCGCCGCGAGCCTACGTTGTTGAAGGCTCTGCGATCGGCGGTGCCGGCGAGATTCCGATCATCGACGTCGGTGTGTTTCTGCCGTCTTCGTCGCCGGAACCTGAAGTTTTGGACTCCGAATTGGGAAAATTGAGATCTGCTCTCGCCAAGGAGGGATGCTTTCAGGCAATTGGACATGGGATTTCGAGCTCATTTCTAGACAAGATACGTGAGATTGCAAAAGAGTTCTTTGAATTGGCAGAAGAAGAAAAGCAAAAGTATTGTCCATCGAATGATGAAGATGATAAATTCCAAGGGTATGGAAATGATGTGGTGGTTTCACAAAACCAAGTTCTTGATTGGAATTATCGTATCTTCCTTCAAGTTTTCCCACATGACTCAAGAAAACTCAACCTTTGGCCAAATGGTTTTAGAGAAATCCTAGAAGAATACGTAGATAACATAAAGTTTGTAATGGAAGTTTTATACAAAGCCATAGCAAAATCATTGAACATCGATGAAGATAGCTTCGTAAAGCAGCTCGGGGATCGATCGCCGATGAATGCGAGGTTGAATTTCTATCCACCGTGTTCAAGACCAGATTTGGTTCTTGGAGTAAAGGCTCATACAGATGGATCAGCCCTCACAATTCTGTTACAAGACAAAGAAATGGAAGGTCTTCAAGTTTTTGTTGATGACAATTGGGTCAAAGTCCCTGTCTTACCTTATGCTCTCATTGTCAATCTTGGTGACCAAATGGAGGGGGTGTTCTTGCTTTCTATTTCCTTCAAGAATTTGGGTGTTGGGTTTCTTTGGGCGACAGGAGTTTACGATCCTCCTAGGATCAAAGGAAAAAGGGTTGTACCTGATACACGTAAAGGACTTGTTCGTATTGGAAGGGGTGAGGAGGGATTGTTGCACATTCAATGGCTTGATCGGACACAAAATGTCATTGAAGATGTTAATCAAGCGTCAGGAAGAGTTTACTTATTGAAGTTTAAAACAGATGACAGGAAGTTCTTCTTTTGGATGCAGGAGCCCAAAGCTGAAGATGACCAGCAGTTGTGCATCTCCATTAATGACTACATTAATCGGCCACTGGAGTTCCTTGAGGAAGAAGAACAGGCTGTTGCTTCCACTCCTCTACAAGTTTCAGAAGGCACAGTCGAAGAAAATATCCCATCGAGCTCCTCACTACGGCCAGTGAAGTTGGAAGACCTGCAAAGAATTTTAAGTAACATTGAGCCGTCTGGTTTTGGATTAGGAGATTTATTGAAGCCTGATCTGATAATGCCATTGCTGGAAACGTTACCATTGGAACAGAGTTTAGTATCGTATTTACCTGAGGGTCCATGGTCTCCTGAGGATATATTGGAGCTGTTACAAAGCCCGCCTTTCCGTCAACAAGTAGATTCGTTTACTTACGTTCTTCGGACAGGACAGATAGATTTGTCTCAGTTTGGGATAGACCCGAGCAAATACAAATTTACAGTATTGTCTTTTCTCGAGGCCCTTGAGGATTCTGTCTCGAAAGCGTCAGGTTCCGAGCTGGGGCCGGATAATAAGGATGTAAGATCTCAATCCTTCAATCGTAGTGACTCGATGGATGAATCATAG

Protein sequence

MSLCPPDSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQMEGVFLLSISFKNLGVGFLWATGVYDPPRIKGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIEDVNQASGRVYLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGTVEENIPSSSSLRPVKLEDLQRILSNIEPSGFGLGDLLKPDLIMPLLETLPLEQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSFLEALEDSVSKASGSELGPDNKDVRSQSFNRSDSMDES
Homology
[Close]
BLAST of HG10006145 vs. NCBI nr
Match: XP_004152855.1 (codeine O-demethylase [Cucumis sativus] >KAE8651693.1 hypothetical protein Csa_006767 [Cucumis sativus])

HSP 1 Score: 505.0 bits (1299), Expect = 8.3e-139
Identity = 248/268 (92.54%), Postives = 255/268 (95.15%), Query Frame = 0 

Query: 1   MSLCPPDSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDS 60
           MS C  DSTKNVLQMSINGDEPP AY+VEGSAIGGAGEIPIIDVGVFLPSSSPEPE LDS
Sbjct: 1   MSQCASDSTKNVLQMSINGDEPPPAYIVEGSAIGGAGEIPIIDVGVFLPSSSPEPEALDS 60

Query: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQG 120
           ELGKLRSALAKEGCFQAIGHGIS+SFLDKIRE+AKEFFE+ EEEKQKY P N EDDKFQG
Sbjct: 61  ELGKLRSALAKEGCFQAIGHGISNSFLDKIREVAKEFFEMGEEEKQKYSPRN-EDDKFQG 120

Query: 121 YGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAI 180
           YGNDVVVS+NQVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK VMEVLYKAI
Sbjct: 121 YGNDVVVSENQVLDWNYRIFVQVFPHDSRKLNLWPNGFREILEEYVDNIKLVMEVLYKAI 180

Query: 181 AKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240
           AKSLNIDEDSFVKQLGDRSPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG
Sbjct: 181 AKSLNIDEDSFVKQLGDRSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240

Query: 241 LQVFVDDNWVKVPVLPYALIVNLGDQME 269
           LQV VDD WVKVPVLPYAL+VNLGDQME
Sbjct: 241 LQVLVDDKWVKVPVLPYALVVNLGDQME 267

[Close]
BLAST of HG10006145 vs. NCBI nr
Match: XP_038889716.1 (codeine O-demethylase-like isoform X1 [Benincasa hispida])

HSP 1 Score: 503.8 bits (1296), Expect = 1.8e-138
Identity = 250/268 (93.28%), Postives = 255/268 (95.15%), Query Frame = 0 

Query: 1   MSLCPPDSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDS 60
           MSL  PDSTKNVLQMSINGDEPPRAYVVEGSA+GG GEIPIIDVGVFLPSSSPEPEVLDS
Sbjct: 1   MSLRFPDSTKNVLQMSINGDEPPRAYVVEGSAVGGVGEIPIIDVGVFLPSSSPEPEVLDS 60

Query: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQG 120
           ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFF L EEEKQKYCPSN ED++FQG
Sbjct: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFGLPEEEKQKYCPSN-EDNEFQG 120

Query: 121 YGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAI 180
           YGNDVVVS+NQVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK VME LYKAI
Sbjct: 121 YGNDVVVSENQVLDWNYRIFIQVFPHDSRKLNLWPNGFREILEEYVDNIKLVMEALYKAI 180

Query: 181 AKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240
           AKSL IDEDSFVKQLGD SPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG
Sbjct: 181 AKSLKIDEDSFVKQLGDLSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240

Query: 241 LQVFVDDNWVKVPVLPYALIVNLGDQME 269
           LQVFVDD WVKVP LPYALIVNLGDQME
Sbjct: 241 LQVFVDDKWVKVPALPYALIVNLGDQME 267

[Close]
BLAST of HG10006145 vs. NCBI nr
Match: XP_038889718.1 (codeine O-demethylase-like isoform X3 [Benincasa hispida])

HSP 1 Score: 503.8 bits (1296), Expect = 1.8e-138
Identity = 250/268 (93.28%), Postives = 255/268 (95.15%), Query Frame = 0 

Query: 1   MSLCPPDSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDS 60
           MSL  PDSTKNVLQMSINGDEPPRAYVVEGSA+GG GEIPIIDVGVFLPSSSPEPEVLDS
Sbjct: 1   MSLRFPDSTKNVLQMSINGDEPPRAYVVEGSAVGGVGEIPIIDVGVFLPSSSPEPEVLDS 60

Query: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQG 120
           ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFF L EEEKQKYCPSN ED++FQG
Sbjct: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFGLPEEEKQKYCPSN-EDNEFQG 120

Query: 121 YGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAI 180
           YGNDVVVS+NQVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK VME LYKAI
Sbjct: 121 YGNDVVVSENQVLDWNYRIFIQVFPHDSRKLNLWPNGFREILEEYVDNIKLVMEALYKAI 180

Query: 181 AKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240
           AKSL IDEDSFVKQLGD SPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG
Sbjct: 181 AKSLKIDEDSFVKQLGDLSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240

Query: 241 LQVFVDDNWVKVPVLPYALIVNLGDQME 269
           LQVFVDD WVKVP LPYALIVNLGDQME
Sbjct: 241 LQVFVDDKWVKVPALPYALIVNLGDQME 267

[Close]
BLAST of HG10006145 vs. NCBI nr
Match: XP_038889717.1 (codeine O-demethylase-like isoform X2 [Benincasa hispida])

HSP 1 Score: 503.8 bits (1296), Expect = 1.8e-138
Identity = 250/268 (93.28%), Postives = 255/268 (95.15%), Query Frame = 0 

Query: 1   MSLCPPDSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDS 60
           MSL  PDSTKNVLQMSINGDEPPRAYVVEGSA+GG GEIPIIDVGVFLPSSSPEPEVLDS
Sbjct: 1   MSLRFPDSTKNVLQMSINGDEPPRAYVVEGSAVGGVGEIPIIDVGVFLPSSSPEPEVLDS 60

Query: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQG 120
           ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFF L EEEKQKYCPSN ED++FQG
Sbjct: 61  ELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFGLPEEEKQKYCPSN-EDNEFQG 120

Query: 121 YGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAI 180
           YGNDVVVS+NQVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK VME LYKAI
Sbjct: 121 YGNDVVVSENQVLDWNYRIFIQVFPHDSRKLNLWPNGFREILEEYVDNIKLVMEALYKAI 180

Query: 181 AKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240
           AKSL IDEDSFVKQLGD SPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG
Sbjct: 181 AKSLKIDEDSFVKQLGDLSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEG 240

Query: 241 LQVFVDDNWVKVPVLPYALIVNLGDQME 269
           LQVFVDD WVKVP LPYALIVNLGDQME
Sbjct: 241 LQVFVDDKWVKVPALPYALIVNLGDQME 267

[Close]
BLAST of HG10006145 vs. NCBI nr
Match: XP_008450549.1 (PREDICTED: codeine O-demethylase-like [Cucumis melo])

HSP 1 Score: 494.6 bits (1272), Expect = 1.1e-135
Identity = 241/262 (91.98%), Postives = 250/262 (95.42%), Query Frame = 0 

Query: 7   DSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDSELGKLR 66
           DS+KNVLQMSINGDEPP AYVVEG A+GGAGEIPIIDVGVF+PSSSPEPEVLDSELGKLR
Sbjct: 5   DSSKNVLQMSINGDEPPPAYVVEGCAVGGAGEIPIIDVGVFMPSSSPEPEVLDSELGKLR 64

Query: 67  SALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQGYGNDVV 126
           SALAKEGCFQAIGHGIS SFLDKIRE+AKEFFE+ EEEKQKY P N EDDKFQGYGNDVV
Sbjct: 65  SALAKEGCFQAIGHGISDSFLDKIREVAKEFFEMGEEEKQKYSPRN-EDDKFQGYGNDVV 124

Query: 127 VSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAIAKSLNI 186
           VS+ QVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK V EVLYKAIAKSLNI
Sbjct: 125 VSEKQVLDWNYRIFIQVFPHDSRKLNLWPNGFREILEEYVDNIKLVTEVLYKAIAKSLNI 184

Query: 187 DEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQVFVD 246
           DEDSFVKQLGDRSPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQ+FVD
Sbjct: 185 DEDSFVKQLGDRSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQIFVD 244

Query: 247 DNWVKVPVLPYALIVNLGDQME 269
           D WVKVPVLPYAL+VNLGDQME
Sbjct: 245 DKWVKVPVLPYALVVNLGDQME 265

[Close]
BLAST of HG10006145 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: 292.4 bits (747), Expect = 1.1e-77
Identity = 160/272 (58.82%), Postives = 187/272 (68.75%), Query Frame = 0 

Query: 296 IKGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRV 355
           ++G RVVPD RKGLVRI RG+EGL+H QWLDR QN +ED             VNQ+S RV
Sbjct: 24  LQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVEDDQIVFPDEALFEKVNQSSDRV 83

Query: 356 YLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGT 415
           Y+LKF +DDRK FFWMQEP+AE D +LC S+N Y+N+PLEF  EE  A A T  +  E  
Sbjct: 84  YILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQPLEFPGEEGLAAAIT--EELEDM 143

Query: 416 VEENIPS-----------------SSSLRPVKLEDLQRILSNI----------EPSGFGL 475
            E+N  S                 +SS  PVKL DLQRIL+N+          +  G  L
Sbjct: 144 AEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRILNNLSGGPVGIAGDQDEGLAL 203

Query: 476 GDLLKPDLIMPLLETLPLEQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQ 528
           GD+LKP+LIMPLLE LP+++ L S+LPEG    EDILELLQSPPFRQQVD+FTYVLRTGQ
Sbjct: 204 GDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILELLQSPPFRQQVDAFTYVLRTGQ 263

[Close]
BLAST of HG10006145 vs. ExPASy Swiss-Prot
Match: Q39224 (Protein SRG1 OS=Arabidopsis thaliana OX=3702 GN=SRG1 PE=2 SV=1)

HSP 1 Score: 169.5 bits (428), Expect = 1.1e-40
Identity = 96/235 (40.85%), Postives = 139/235 (59.15%), Query Frame = 0 

Query: 38  EIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEF 97
           EIPIID+     S++     +DSE+ KL  A  + G FQ + HGI SSFLDK++   ++F
Sbjct: 52  EIPIIDMKRLCSSTT-----MDSEVEKLDFACKEWGFFQLVNHGIDSSFLDKVKSEIQDF 111

Query: 98  FELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPN- 157
           F L  EEK+K+    DE    +G+G   VVS++Q LDW    F  V P + RK +L+P  
Sbjct: 112 FNLPMEEKKKFWQRPDE---IEGFGQAFVVSEDQKLDWADLFFHTVQPVELRKPHLFPKL 171

Query: 158 --GFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQLGD-RSPMNARLNFYPPCSR 217
              FR+ LE Y   ++ V ++L   +A++L I  +   K   D  S  + R+N+YPPC +
Sbjct: 172 PLPFRDTLEMYSSEVQSVAKILIAKMARALEIKPEELEKLFDDVDSVQSMRMNYYPPCPQ 231

Query: 218 PDLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQME 269
           PD V+G+  H+D   LT+L+Q  ++EGLQ+  D  WV V  LP A IVN+GD +E
Sbjct: 232 PDQVIGLTPHSDSVGLTVLMQVNDVEGLQIKKDGKWVPVKPLPNAFIVNIGDVLE 278

[Close]
BLAST of HG10006145 vs. ExPASy Swiss-Prot
Match: D4N502 (Codeine O-demethylase OS=Papaver somniferum OX=3469 GN=CODM PE=1 SV=1)

HSP 1 Score: 169.1 bits (427), Expect = 1.4e-40
Identity = 94/242 (38.84%), Postives = 139/242 (57.44%), Query Frame = 0 

Query: 30  GSAIGGAGEIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDK 89
           G+++     +P+ID+   L   SPEP V   EL KL SA  + G FQ + HG+ +  +D 
Sbjct: 45  GASVTDDETVPVIDLQNLL---SPEPVVGKLELDKLHSACKEWGFFQLVNHGVDALLMDN 104

Query: 90  IREIAKEFFELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSR 149
           I+   K FF L   EK KY     +D  F+G+G   + S++Q LDW     +   P   R
Sbjct: 105 IKSEIKGFFNLPMNEKTKY---GQQDGDFEGFGQPYIESEDQRLDWTEVFSMLSLPLHLR 164

Query: 150 KLNLWPN---GFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQLGDRSPMNARLN 209
           K +L+P     FRE LE Y+  +K +  V+++ + KSL + E   +  L +      R+N
Sbjct: 165 KPHLFPELPLPFRETLESYLSKMKKLSTVVFEMLEKSLQLVEIKGMTDLFEDGLQTMRMN 224

Query: 210 FYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQ 269
           +YPPC RP+LVLG+ +H+D S LTILLQ  E+EGLQ+  ++ W+ +  LP A IVN+GD 
Sbjct: 225 YYPPCPRPELVLGLTSHSDFSGLTILLQLNEVEGLQIRKEERWISIKPLPDAFIVNVGDI 280

[Close]
BLAST of HG10006145 vs. ExPASy Swiss-Prot
Match: O80449 (Jasmonate-induced oxygenase 4 OS=Arabidopsis thaliana OX=3702 GN=JOX4 PE=1 SV=1)

HSP 1 Score: 159.1 bits (401), Expect = 1.5e-37
Identity = 98/282 (34.75%), Postives = 157/282 (55.67%), Query Frame = 0 

Query: 1   MSLCPPDSTKNVLQMSING-DEPPRAYV-------VEGSAIGGAG-EIPIIDVGVFLPSS 60
           M+ C P+   +V  +S  G    P  YV       V  +    AG EIP++D+       
Sbjct: 1   MATCWPEPIVSVQSLSQTGVPTVPNRYVKPAHQRPVFNTTQSDAGIEIPVLDMN----DV 60

Query: 61  SPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPS 120
             +PE     L  +RSA  + G FQ + HG++ S ++++R   +EFFEL  EEK+KY  S
Sbjct: 61  WGKPE----GLRLVRSACEEWGFFQMVNHGVTHSLMERVRGAWREFFELPLEEKRKYANS 120

Query: 121 NDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPN---GFREILEEYVDN 180
               D ++GYG+ + V ++  LDW+   FL   P   R  + WP+     RE++E+Y + 
Sbjct: 121 ---PDTYEGYGSRLGVVKDAKLDWSDYFFLNYLPSSIRNPSKWPSQPPKIRELIEKYGEE 180

Query: 181 IKFVMEVLYKAIAKSLNIDEDSFVKQL--GDRSPMNARLNFYPPCSRPDLVLGVKAHTDG 240
           ++ + E L + +++SL +  +  ++ L  GD+   + R NFYP C +P L LG+ +H+D 
Sbjct: 181 VRKLCERLTETLSESLGLKPNKLMQALGGGDKVGASLRTNFYPKCPQPQLTLGLSSHSDP 240

Query: 241 SALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQME 269
             +TILL D+++ GLQV   D WV +  +P ALIVN+GDQ++
Sbjct: 241 GGITILLPDEKVAGLQVRRGDGWVTIKSVPNALIVNIGDQLQ 271

[Close]
BLAST of HG10006145 vs. ExPASy Swiss-Prot
Match: Q9ZWQ9 (Flavonol synthase/flavanone 3-hydroxylase OS=Citrus unshiu OX=55188 GN=FLS PE=1 SV=1)

HSP 1 Score: 150.6 bits (379), Expect = 5.2e-35
Identity = 89/240 (37.08%), Postives = 130/240 (54.17%), Query Frame = 0 

Query: 34  GGAGEIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREI 93
           G A EIP ID+         +  V D  +  +  A  + G FQ   HGI S  + K++ +
Sbjct: 38  GPAPEIPTIDL---------DDPVQDRLVRSIAEASREWGIFQVTNHGIPSDLICKLQAV 97

Query: 94  AKEFFELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNL 153
            KEFFEL +EEK+ Y    D  D  QGYG  +         W   +F +V+P  S     
Sbjct: 98  GKEFFELPQEEKEVYSRPADAKD-VQGYGTKLQKEVEGKKSWVDHLFHRVWPPSSINYRF 157

Query: 154 WPN---GFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQL--GDRSPMNARLNFY 213
           WP     +R + EEY   ++ V++ L+  ++  L + E   +K+   GD      ++N+Y
Sbjct: 158 WPKNPPSYRAVNEEYAKYMREVVDKLFTYLSLGLGV-EGGVLKEAAGGDDIEYMLKINYY 217

Query: 214 PPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQME 269
           PPC RPDL LGV AHTD SALT+L+ + E+ GLQVF DD W+    +P AL++++GDQ+E
Sbjct: 218 PPCPRPDLALGVVAHTDLSALTVLVPN-EVPGLQVFKDDRWIDAKYIPNALVIHIGDQIE 265

[Close]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match: A0A1S3BNU3 (codeine O-demethylase-like OS=Cucumis melo OX=3656 GN=LOC103492112 PE=3 SV=1)

HSP 1 Score: 494.6 bits (1272), Expect = 5.4e-136
Identity = 241/262 (91.98%), Postives = 250/262 (95.42%), Query Frame = 0 

Query: 7   DSTKNVLQMSINGDEPPRAYVVEGSAIGGAGEIPIIDVGVFLPSSSPEPEVLDSELGKLR 66
           DS+KNVLQMSINGDEPP AYVVEG A+GGAGEIPIIDVGVF+PSSSPEPEVLDSELGKLR
Sbjct: 5   DSSKNVLQMSINGDEPPPAYVVEGCAVGGAGEIPIIDVGVFMPSSSPEPEVLDSELGKLR 64

Query: 67  SALAKEGCFQAIGHGISSSFLDKIREIAKEFFELAEEEKQKYCPSNDEDDKFQGYGNDVV 126
           SALAKEGCFQAIGHGIS SFLDKIRE+AKEFFE+ EEEKQKY P N EDDKFQGYGNDVV
Sbjct: 65  SALAKEGCFQAIGHGISDSFLDKIREVAKEFFEMGEEEKQKYSPRN-EDDKFQGYGNDVV 124

Query: 127 VSQNQVLDWNYRIFLQVFPHDSRKLNLWPNGFREILEEYVDNIKFVMEVLYKAIAKSLNI 186
           VS+ QVLDWNYRIF+QVFPHDSRKLNLWPNGFREILEEYVDNIK V EVLYKAIAKSLNI
Sbjct: 125 VSEKQVLDWNYRIFIQVFPHDSRKLNLWPNGFREILEEYVDNIKLVTEVLYKAIAKSLNI 184

Query: 187 DEDSFVKQLGDRSPMNARLNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQVFVD 246
           DEDSFVKQLGDRSPMNAR NFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQ+FVD
Sbjct: 185 DEDSFVKQLGDRSPMNARFNFYPPCSRPDLVLGVKAHTDGSALTILLQDKEMEGLQIFVD 244

Query: 247 DNWVKVPVLPYALIVNLGDQME 269
           D WVKVPVLPYAL+VNLGDQME
Sbjct: 245 DKWVKVPVLPYALVVNLGDQME 265

[Close]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match: A0A5D3C8P5 (26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold648G00230 PE=4 SV=1)

HSP 1 Score: 458.0 bits (1177), Expect = 5.6e-125
Identity = 240/277 (86.64%), Postives = 246/277 (88.81%), Query Frame = 0 

Query: 297 KGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRVY 356
           +GKRVVPDTRKGLVRIGRGEEGLLH QWLDRTQNVIED             VNQASGRVY
Sbjct: 27  EGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVFEKVNQASGRVY 86

Query: 357 LLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGTV 416
           LLKFKTDDRKFFFWMQEPKAEDDQQLCIS+NDYINRPLEFLEEEE  VASTP+ VSEGTV
Sbjct: 87  LLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRPLEFLEEEE-PVASTPMHVSEGTV 146

Query: 417 EENIPSSSSLRPVKLEDLQRILSNIEPS--------GFGLGDLLKPDLIMPLLETLPLEQ 476
           EEN PSSSSLRPVKLEDLQRILSNIEPS        GFGLGDLLKPDLIMP+LETLPLEQ
Sbjct: 147 EENTPSSSSLRPVKLEDLQRILSNIEPSDIDVDPDAGFGLGDLLKPDLIMPVLETLPLEQ 206

Query: 477 SLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF 536
           SL SYLPEGPW+PEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF
Sbjct: 207 SLASYLPEGPWTPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF 266

Query: 537 LEALEDSVSKASGSELGPDNKDVRSQSFNRSDSMDES 553
           L+ALEDSVSK S SEL  DNKDVRSQSFNRSDSMDES
Sbjct: 267 LDALEDSVSKTSSSELEQDNKDVRSQSFNRSDSMDES 302

[Close]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match: A0A1S3BQP8 (26S proteasome regulatory subunit RPN13 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103492157 PE=4 SV=1)

HSP 1 Score: 458.0 bits (1177), Expect = 5.6e-125
Identity = 240/277 (86.64%), Postives = 246/277 (88.81%), Query Frame = 0 

Query: 297 KGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRVY 356
           +GKRVVPDTRKGLVRIGRGEEGLLH QWLDRTQNVIED             VNQASGRVY
Sbjct: 27  EGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVFEKVNQASGRVY 86

Query: 357 LLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGTV 416
           LLKFKTDDRKFFFWMQEPKAEDDQQLCIS+NDYINRPLEFLEEEE  VASTP+ VSEGTV
Sbjct: 87  LLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRPLEFLEEEE-PVASTPMHVSEGTV 146

Query: 417 EENIPSSSSLRPVKLEDLQRILSNIEPS--------GFGLGDLLKPDLIMPLLETLPLEQ 476
           EEN PSSSSLRPVKLEDLQRILSNIEPS        GFGLGDLLKPDLIMP+LETLPLEQ
Sbjct: 147 EENTPSSSSLRPVKLEDLQRILSNIEPSDIDVDPDAGFGLGDLLKPDLIMPVLETLPLEQ 206

Query: 477 SLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF 536
           SL SYLPEGPW+PEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF
Sbjct: 207 SLASYLPEGPWTPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLSF 266

Query: 537 LEALEDSVSKASGSELGPDNKDVRSQSFNRSDSMDES 553
           L+ALEDSVSK S SEL  DNKDVRSQSFNRSDSMDES
Sbjct: 267 LDALEDSVSKTSSSELEQDNKDVRSQSFNRSDSMDES 302

[Close]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match: A0A1S3BP07 (26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103492157 PE=4 SV=1)

HSP 1 Score: 457.6 bits (1176), Expect = 7.4e-125
Identity = 240/278 (86.33%), Postives = 246/278 (88.49%), Query Frame = 0 

Query: 297 KGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRVY 356
           +GKRVVPDTRKGLVRIGRGEEGLLH QWLDRTQNVIED             VNQASGRVY
Sbjct: 27  EGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVFEKVNQASGRVY 86

Query: 357 LLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGTV 416
           LLKFKTDDRKFFFWMQEPKAEDDQQLCIS+NDYINRPLEFLEEEE  VASTP+ VSEGTV
Sbjct: 87  LLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRPLEFLEEEE-PVASTPMHVSEGTV 146

Query: 417 EENIPSSSSLRPVKLEDLQRILSNIEPS---------GFGLGDLLKPDLIMPLLETLPLE 476
           EEN PSSSSLRPVKLEDLQRILSNIEPS         GFGLGDLLKPDLIMP+LETLPLE
Sbjct: 147 EENTPSSSSLRPVKLEDLQRILSNIEPSADIDVDPDAGFGLGDLLKPDLIMPVLETLPLE 206

Query: 477 QSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLS 536
           QSL SYLPEGPW+PEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLS
Sbjct: 207 QSLASYLPEGPWTPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVLS 266

Query: 537 FLEALEDSVSKASGSELGPDNKDVRSQSFNRSDSMDES 553
           FL+ALEDSVSK S SEL  DNKDVRSQSFNRSDSMDES
Sbjct: 267 FLDALEDSVSKTSSSELEQDNKDVRSQSFNRSDSMDES 303

[Close]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match: A0A5A7TXA8 (26S proteasome regulatory subunit RPN13 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold115G00620 PE=4 SV=1)

HSP 1 Score: 457.2 bits (1175), Expect = 9.6e-125
Identity = 240/279 (86.02%), Postives = 246/279 (88.17%), Query Frame = 0 

Query: 297 KGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRVY 356
           +GKRVVPDTRKGLVRIGRGEEGLLH QWLDRTQNVIED             VNQASGRVY
Sbjct: 27  EGKRVVPDTRKGLVRIGRGEEGLLHFQWLDRTQNVIEDDQIVFPDEAVFEKVNQASGRVY 86

Query: 357 LLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGTV 416
           LLKFKTDDRKFFFWMQEPKAEDDQQLCIS+NDYINRPLEFLEEEE  VASTP+ VSEGTV
Sbjct: 87  LLKFKTDDRKFFFWMQEPKAEDDQQLCISVNDYINRPLEFLEEEE-PVASTPMHVSEGTV 146

Query: 417 EENIPSSSSLRPVKLEDLQRILSNIEPS----------GFGLGDLLKPDLIMPLLETLPL 476
           EEN PSSSSLRPVKLEDLQRILSNIEPS          GFGLGDLLKPDLIMP+LETLPL
Sbjct: 147 EENTPSSSSLRPVKLEDLQRILSNIEPSAYCLHFLDDVGFGLGDLLKPDLIMPVLETLPL 206

Query: 477 EQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVL 536
           EQSL SYLPEGPW+PEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVL
Sbjct: 207 EQSLASYLPEGPWTPEDILELLQSPPFRQQVDSFTYVLRTGQIDLSQFGIDPSKYKFTVL 266

Query: 537 SFLEALEDSVSKASGSELGPDNKDVRSQSFNRSDSMDES 553
           SFL+ALEDSVSK S SEL  DNKDVRSQSFNRSDSMDES
Sbjct: 267 SFLDALEDSVSKTSSSELEQDNKDVRSQSFNRSDSMDES 304

[Close]
BLAST of HG10006145 vs. TAIR 10
Match: AT2G26590.1 (regulatory particle non-ATPase 13 )

HSP 1 Score: 292.4 bits (747), Expect = 7.9e-79
Identity = 160/272 (58.82%), Postives = 187/272 (68.75%), Query Frame = 0 

Query: 296 IKGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRV 355
           ++G RVVPD RKGLVRI RG+EGL+H QWLDR QN +ED             VNQ+S RV
Sbjct: 24  LQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVEDDQIVFPDEALFEKVNQSSDRV 83

Query: 356 YLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGT 415
           Y+LKF +DDRK FFWMQEP+AE D +LC S+N Y+N+PLEF  EE  A A T  +  E  
Sbjct: 84  YILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQPLEFPGEEGLAAAIT--EELEDM 143

Query: 416 VEENIPS-----------------SSSLRPVKLEDLQRILSNI----------EPSGFGL 475
            E+N  S                 +SS  PVKL DLQRIL+N+          +  G  L
Sbjct: 144 AEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRILNNLSGGPVGIAGDQDEGLAL 203

Query: 476 GDLLKPDLIMPLLETLPLEQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQ 528
           GD+LKP+LIMPLLE LP+++ L S+LPEG    EDILELLQSPPFRQQVD+FTYVLRTGQ
Sbjct: 204 GDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILELLQSPPFRQQVDAFTYVLRTGQ 263

[Close]
BLAST of HG10006145 vs. TAIR 10
Match: AT2G26590.2 (regulatory particle non-ATPase 13 )

HSP 1 Score: 292.4 bits (747), Expect = 7.9e-79
Identity = 160/272 (58.82%), Postives = 187/272 (68.75%), Query Frame = 0 

Query: 296 IKGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRV 355
           ++G RVVPD RKGLVRI RG+EGL+H QWLDR QN +ED             VNQ+S RV
Sbjct: 24  LQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVEDDQIVFPDEALFEKVNQSSDRV 83

Query: 356 YLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGT 415
           Y+LKF +DDRK FFWMQEP+AE D +LC S+N Y+N+PLEF  EE  A A T  +  E  
Sbjct: 84  YILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQPLEFPGEEGLAAAIT--EELEDM 143

Query: 416 VEENIPS-----------------SSSLRPVKLEDLQRILSNI----------EPSGFGL 475
            E+N  S                 +SS  PVKL DLQRIL+N+          +  G  L
Sbjct: 144 AEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRILNNLSGGPVGIAGDQDEGLAL 203

Query: 476 GDLLKPDLIMPLLETLPLEQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQ 528
           GD+LKP+LIMPLLE LP+++ L S+LPEG    EDILELLQSPPFRQQVD+FTYVLRTGQ
Sbjct: 204 GDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILELLQSPPFRQQVDAFTYVLRTGQ 263

[Close]
BLAST of HG10006145 vs. TAIR 10
Match: AT2G26590.3 (regulatory particle non-ATPase 13 )

HSP 1 Score: 292.4 bits (747), Expect = 7.9e-79
Identity = 160/272 (58.82%), Postives = 187/272 (68.75%), Query Frame = 0 

Query: 296 IKGKRVVPDTRKGLVRIGRGEEGLLHIQWLDRTQNVIED-------------VNQASGRV 355
           ++G RVVPD RKGLVRI RG+EGL+H QWLDR QN +ED             VNQ+S RV
Sbjct: 24  LQGTRVVPDARKGLVRIARGDEGLIHFQWLDRNQNTVEDDQIVFPDEALFEKVNQSSDRV 83

Query: 356 YLLKFKTDDRKFFFWMQEPKAEDDQQLCISINDYINRPLEFLEEEEQAVASTPLQVSEGT 415
           Y+LKF +DDRK FFWMQEP+AE D +LC S+N Y+N+PLEF  EE  A A T  +  E  
Sbjct: 84  YILKFNSDDRKLFFWMQEPRAEGDAELCSSVNQYLNQPLEFPGEEGLAAAIT--EELEDM 143

Query: 416 VEENIPS-----------------SSSLRPVKLEDLQRILSNI----------EPSGFGL 475
            E+N  S                 +SS  PVKL DLQRIL+N+          +  G  L
Sbjct: 144 AEDNTSSRAGNLVVPNLSSEVSDVTSSSGPVKLADLQRILNNLSGGPVGIAGDQDEGLAL 203

Query: 476 GDLLKPDLIMPLLETLPLEQSLVSYLPEGPWSPEDILELLQSPPFRQQVDSFTYVLRTGQ 528
           GD+LKP+LIMPLLE LP+++ L S+LPEG    EDILELLQSPPFRQQVD+FTYVLRTGQ
Sbjct: 204 GDILKPELIMPLLEALPVQERLSSHLPEGHSRAEDILELLQSPPFRQQVDAFTYVLRTGQ 263

[Close]
BLAST of HG10006145 vs. TAIR 10
Match: AT5G20400.1 (2-oxoglutarate (2OG) and Fe(II)-dependent oxygenase superfamily protein )

HSP 1 Score: 223.0 bits (567), Expect = 5.9e-58
Identity = 110/234 (47.01%), Postives = 152/234 (64.96%), Query Frame = 0 

Query: 38  EIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEF 97
           +IP ID+ + L SS    E    EL KL SAL+  G  Q + HGI+ +FLDKI ++ KEF
Sbjct: 44  DIPAIDLNLLLSSS----EAGQQELSKLHSALSTWGVVQVMNHGITKAFLDKIYKLTKEF 103

Query: 98  FELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPN- 157
           F L  EEKQK      E D  QGYGND+++  +QVLDW  R+++  +P D R+LN WP  
Sbjct: 104 FALPTEEKQKCA---REIDSIQGYGNDMILWDDQVLDWIDRLYITTYPEDQRQLNFWPEV 163

Query: 158 --GFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRP 217
             GFRE L EY    + V+E  +KA+A+SL ++E+SF+   G+ + ++ R N YPPC  P
Sbjct: 164 PLGFRETLHEYTMKQRIVIEQFFKAMARSLELEENSFLDMYGESATLDTRFNMYPPCPSP 223

Query: 218 DLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQME 269
           D V+GVK H DGSA+T+LL DK++ GLQ   D  W K P++P  +++N+GDQME
Sbjct: 224 DKVIGVKPHADGSAITLLLPDKDVGGLQFQKDGKWYKAPIVPDTILINVGDQME 270

[Close]
BLAST of HG10006145 vs. TAIR 10
Match: AT1G49390.1 (2-oxoglutarate (2OG) and Fe(II)-dependent oxygenase superfamily protein )

HSP 1 Score: 222.6 bits (566), Expect = 7.7e-58
Identity = 108/234 (46.15%), Postives = 152/234 (64.96%), Query Frame = 0 

Query: 38  EIPIIDVGVFLPSSSPEPEVLDSELGKLRSALAKEGCFQAIGHGISSSFLDKIREIAKEF 97
           +IP ID+ +   SS    E    E+ KL SAL+  G  Q + HGI+ +FLDKI ++ K+F
Sbjct: 44  DIPAIDLSLLFSSSVDGQE----EMKKLHSALSTWGVVQVMNHGITEAFLDKIYKLTKQF 103

Query: 98  FELAEEEKQKYCPSNDEDDKFQGYGNDVVVSQNQVLDWNYRIFLQVFPHDSRKLNLWPN- 157
           F L  EEK K      E    QGYGND+++S NQVLDW  R+FL  +P D R+L  WP  
Sbjct: 104 FALPTEEKHKCA---RETGNIQGYGNDMILSDNQVLDWIDRLFLTTYPEDKRQLKFWPQV 163

Query: 158 --GFREILEEYVDNIKFVMEVLYKAIAKSLNIDEDSFVKQLGDRSPMNARLNFYPPCSRP 217
             GF E L+EY    + ++E  +KA+A+SL ++E+ F++  G+ + MN+R NF+PPC RP
Sbjct: 164 PVGFSETLDEYTMKQRVLIEKFFKAMARSLELEENCFLEMYGENAVMNSRFNFFPPCPRP 223

Query: 218 DLVLGVKAHTDGSALTILLQDKEMEGLQVFVDDNWVKVPVLPYALIVNLGDQME 269
           D V+G+K H DGSA+T+LL DK++EGLQ   D  W K P++P  +++ LGDQME
Sbjct: 224 DKVIGIKPHADGSAITLLLPDKDVEGLQFLKDGKWYKAPIVPDTILITLGDQME 270

The following BLAST results are available for this feature:
BLAST of HG10006145 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_004152855.18.3e-13992.54codeine O-demethylase [Cucumis sativus] >KAE8651693.1 hypothetical protein Csa_0... [more]
XP_038889716.11.8e-13893.28codeine O-demethylase-like isoform X1 [Benincasa hispida][more]
XP_038889718.11.8e-13893.28codeine O-demethylase-like isoform X3 [Benincasa hispida][more]
XP_038889717.11.8e-13893.28codeine O-demethylase-like isoform X2 [Benincasa hispida][more]
XP_008450549.11.1e-13591.98PREDICTED: codeine O-demethylase-like [Cucumis melo][more]
BLAST of HG10006145 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
O487261.1e-7758.8226S proteasome regulatory subunit RPN13 OS=Arabidopsis thaliana OX=3702 GN=RPN13... [more]
Q392241.1e-4040.85Protein SRG1 OS=Arabidopsis thaliana OX=3702 GN=SRG1 PE=2 SV=1[more]
D4N5021.4e-4038.84Codeine O-demethylase OS=Papaver somniferum OX=3469 GN=CODM PE=1 SV=1[more]
O804491.5e-3734.75Jasmonate-induced oxygenase 4 OS=Arabidopsis thaliana OX=3702 GN=JOX4 PE=1 SV=1[more]
Q9ZWQ95.2e-3537.08Flavonol synthase/flavanone 3-hydroxylase OS=Citrus unshiu OX=55188 GN=FLS PE=1 ... [more]
BLAST of HG10006145 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S3BNU35.4e-13691.98codeine O-demethylase-like OS=Cucumis melo OX=3656 GN=LOC103492112 PE=3 SV=1[more]
A0A5D3C8P55.6e-12586.6426S proteasome regulatory subunit RPN13 isoform X2 OS=Cucumis melo var. makuwa O... [more]
A0A1S3BQP85.6e-12586.6426S proteasome regulatory subunit RPN13 isoform X2 OS=Cucumis melo OX=3656 GN=LO... [more]
A0A1S3BP077.4e-12586.3326S proteasome regulatory subunit RPN13 isoform X1 OS=Cucumis melo OX=3656 GN=LO... [more]
A0A5A7TXA89.6e-12586.0226S proteasome regulatory subunit RPN13 isoform X1 OS=Cucumis melo var. makuwa O... [more]
BLAST of HG10006145 vs. TAIR 10
Match NameE-valueIdentityDescription
AT2G26590.17.9e-7958.82regulatory particle non-ATPase 13 [more]
AT2G26590.27.9e-7958.82regulatory particle non-ATPase 13 [more]
AT2G26590.37.9e-7958.82regulatory particle non-ATPase 13 [more]
AT5G20400.15.9e-5847.012-oxoglutarate (2OG) and Fe(II)-dependent oxygenase superfamily protein [more]
AT1G49390.17.7e-5846.152-oxoglutarate (2OG) and Fe(II)-dependent oxygenase superfamily protein [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR038633Proteasomal ubiquitin receptor Rpn13/ADRM1, Pru domain superfamilyGENE3D2.30.29.70Proteasomal ubiquitin receptor Rpn13/ADRM1coord: 293..381
e-value: 7.5E-19
score: 69.7
IPR044868Rpn13/ADRM1, Pru domainPFAMPF04683Proteasom_Rpn13coord: 297..360
e-value: 2.1E-11
score: 44.1
IPR044868Rpn13/ADRM1, Pru domainPROSITEPS51917PRUcoord: 276..380
score: 21.520731
IPR027443Isopenicillin N synthase-like superfamilyGENE3D2.60.120.330coord: 16..292
e-value: 3.5E-65
score: 222.5
IPR026992Non-haem dioxygenase N-terminal domainPFAMPF14226DIOX_Ncoord: 39..156
e-value: 1.7E-20
score: 73.9
IPR038108RPN13, DEUBAD domain superfamilyGENE3D1.10.2020.20coord: 418..523
e-value: 5.1E-19
score: 70.3
IPR044861Isopenicillin N synthase-like, Fe(2+) 2OG dioxygenase domainPFAMPF031712OG-FeII_Oxycoord: 204..267
e-value: 4.1E-14
score: 52.9
IPR032368RPN13, DEUBAD domainPFAMPF16550RPN13_Ccoord: 422..519
e-value: 5.1E-22
score: 78.2
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 525..552
NoneNo IPR availableSUPERFAMILY51197Clavaminate synthase-likecoord: 34..268
IPR006773Proteasomal ubiquitin receptor Rpn13/ADRM1PANTHERPTHR12225ADHESION REGULATING MOLECULE 1 110 KDA CELL MEMBRANE GLYCOPROTEINcoord: 296..528
IPR005123Oxoglutarate/iron-dependent dioxygenasePROSITEPS51471FE2OG_OXYcoord: 199..360
score: 9.767441
IPR044867DEUBAD domainPROSITEPS51916DEUBADcoord: 426..529
score: 13.150798

Relationships

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

Feature NameUnique NameType
HG10006145.1HG10006145.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0032259 methylation
cellular_component GO:0005737 cytoplasm
cellular_component GO:0005634 nucleus
cellular_component GO:0000502 proteasome complex
molecular_function GO:0046872 metal ion binding
molecular_function GO:0008168 methyltransferase activity
molecular_function GO:0016491 oxidoreductase activity