Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below.ATGGAGACGAGTTATAAGAAGCTGGGATCCATAAACAGAGCTATAAAAGGTGCAGTTGAGCTCTTGGATAAGATATTGTCTAGCGTTGGTTCAACTTGTGATCCCAATCGTCACCACTCACCAGGGTAGCGATCAACGAACCCTAAACCTCCATCTCTACCTCGGAATCGGATGACGATGTACCCAGGAATAGGATCCCCATCTCTCAACTGCTTATCATACTGCTTTCCATCAAACTTGCGCAATCTCACCTGAAATTTTGAGATTCTTTTCTCCAACTAGTCTCCTTACCATCATAACGATCTTATGCTCCAATCCAATAGGGTAATAAACACATCCACTTATTGGGATTAGATTCAAGTCTATTCTTATGTGACCCGGACTAGCTCCAATCCACCCATTCCAACTTCTACTCTATAGTCTATACACACAGAGACAGAGGTGGTTTTGGATGTAGGTTTAGGGTTACAAAAAATAAAATCTATCCGATAGAGTTATGTTATATACTTATGTTATATGATATGAGATACAAGTCTATAGGACTTAGGAATCCTACAAAGCGTAGGACATCTAGTTTCTAATATAAATAGAGGCGTATGCCCACGATTAATAGGACACAAATCAAATATATATTCTCTATAATTTACCAGTATTAAGTCATTTGTGAGGCCCATTTTATGTATTTCTTAAACCTGATGGGCGTTTGGTGAATTATGATAAAACTCGAGGGTATTTCATGAAAAATCTGTAGATTCATTGCACTAGAAGTCTAGAAGATCTTATGCGATGTATTCATCACGGAGAAATACACGTTGCACTCTTTTTCCCTTAACCATGGTTTTGTCCCATTGGATTTTCCTAGTAAGGTTTTTAAGGAGGCAACATGCTAAGCGTATTATGATGAGTGATGTACTATTTTCCTTCGCTAAGTTTATCCCACATAATTTTCTTAGTATGATTTTTAATGAGGCATCATTTCATGTACATTATAGGACCATTGTATTGTTTTAGATAATGGACATATAAGGGGGAGTGTTATAAATATACTAGTCTTATATGCACGCGATGCGTGCGAATTACAAAACATATTTGTGCTATTAAACTTAAACCTGAAATAACATGTAAAAAATATTATATCAATGCGATGCATGCGAATATAAGAAAGTTAGATAGAGTCGTACGCATATAAACAAATTGATTAAAATGGTTAGAATTTATTTAAGAGGCTAGATTGATTAAAATATTTTTTGAGTTTTTCATTGGGTAGGTAGCTAGGTTGTCATTATATTATCTATTCTATATGTGTGGAGGGTATTTTAGTAATCCAATGGGGACACCAAAAGTGTATTTACTAAAATAACCTCACCTCTTTACTTATATAATAGAGATTGTATTGTGGATGCCCATTATATACTTGTTTATTCTCTACGGTTTCTCTCTTTCCCTCTTCCCTTTCTCTCTACTTTCCTAACAAATTTACTCGTATTTTATTTCAGAATTTTTGTTAAAAAATACAAGTAAAATATTTTGAATTTTTGTTTAATAAAAAATGCAAATTTAGTTAAGAATAACTTCTAAAAATATTTATATTTAAATTTTATTAATTTAGTTTTAAATAAAGGATATAATAGCCTATTTTTTTAAATTTTTTGCAATTTTATCATTAATATGTCTGATTTTTTAACGGAATAGGACGTCCATTAAAACCCCGGATACTGGATACATCTTCCTGTATTGGGCGTGGACAAGCTCCCTCTCACTTAGTCACATCTCTCAAAACAACTCTTTCTTCGCAATCTCCGTTTTCTCTTTTCTCCCTCCTTCCATGGAAAAGCAAAAACAAAAACCTTCAAAACCCATCAAAGAAATCTTATGGTTCTCTCTCTTCTCCACATCAATCAAGCTCCTTTTACTACCATCTTACCGCAGCACAGATTTTGAAGTCCACCGCAATTGGCTCGCCACCACCCACTCTCTCCCTCTTTCTCACTGGTATTCCGACACCACCAGTCAATGGACACTCGATTATCCCCCTTTCTTTGCCTATTTCGAGCTCTTTCTCTCTTTTATCGCTGCCCAGATCGACCCCGCCATTGTTAACCTTCATGAAGGTCTCAATTACAAAGCTGATTCTGTTATTTACTTTCAAAGAATCACTGTTATAGTCTCTGATTTGATTCTTCACTATGCCATTTATCGAATTACTCGGAATTTGGATTCGACGAAGCGGAGATTGATCTGGATTTTGGTTATTTGGTCGCCTGCATTGTTGATTGTTGATCATATGCATTTTCAGTATAATGGGTTTTTGTTGGGTTTTCTGTTGATTTCGATTTCAGCGTTGATTGAAGGGAGGGATTTGATGGGTGGGTTCTTTTTTGCGGTTTTGTTGTGCTTTAAGCACTTGTTTGCTGTTGCCGCGCCTGTTTATTTCGTCTATTTGTTGCGGCATTATTGTAGAGGAGGTTTGTTCAAGGGTTTTGGACGGCTTTTGCTGATGGGGCTGGCGGTGGTGGTTGTTTTCGTTGCGGCTTTCTGGCCGTTTGTGTATCACAATCAGGTTAATTTTGCTTTGCCCTTCTTGTAAAATTGTCTTCTTTGTAGAACTTAAAGAGTTTTTGTTTTTGTATTTGGGATTGTTTGATTATGATGTTGTTTGACAAGGTTATTCAGCTGGTAAGAGGTATAAATGTGGAATGGTGGGAGTTTTTTTGTTGTTGATTTAATCCTCTCCTTTTTGCTACATTGTGCAATTCTATTGTTAATGGTGAATCGGTGATGATGATGAATGTAGAGAAAATGCTATTGCCGTTTTCGTAATCATCTACTTGTCTTTTTGAATCGAGCAGTGTGAAGTGTATAGTCAGGAAATTCTTGGAGGGAAAATAAATGAATATTTAGGATAAAGGTAAAGAAGTTTGAAACATGTAACTCATAATAGGTTTAGAGACCTCTTATCAGTCATGTAACTGAAAGAGAAGCTGAAAAAATGCAACTTGTACTCTGTAGTTCCACAAGAGGTTAATATGCGTAGGAAAAAACCCGGTAAGCTCCACTTGCTAGTCACTTCAAGTTGAGCTATCAAAATAGTTCCAGGTGAGAATTAATTATAACTTTATAAGTGAAGAAAGTTTCTTATGTGTCTACTTTGGTTTATGCACTGTCACATAGTAACAATGGGTAGATTCTTATGGAATGTCTGAGGAGTATTAAGATCATTCGGAAGCTGTAAATTGGATTCGTTGGTACAAGAAGATCAGCAAATTATTCTTGTACACCGTCAGAAAGAACTTGTGTTTAGAGGAAATACATATGCAACACGCCAACACACACGGATAGTGATGTAGACCCGTGAAATTCAACCTTCTGTTGTATAACTCTTGAGGGGGAGAGCTATGTTGTGGAAATCAAAGCAAGGTTGTAAGAAGATTTGTTATGGTTGAAGAATTAGATAATGGAGTTAGGAATACAACAAGTAAATTTTGTCCTATACTTCAAGAGAAGTAGATATTCACTTAGCAGAGAGCAAAAGAATCATGCTTTAAGTATCTGATCTAAGCTTGTAGATGTGAGGTATCGTTGGATACACAATGTTCGCAAAGTGAATAGCTGTGAACTGATGATAATAGCCCGCATGACCTCTTAGAAACCTGACATAGGTAGGAAAATATCTGGATTGCTGATGCTCTTCACATAAGTTAGAAGGGGGATATATTGTAGCGCTTGTTCTTACTGGAGGGTAAAATAGGGAGGAGCCAGTGTAATCACAGTTTTAAAAGCTAGAGGGAGTGAAAGTAAAGTGAGAGGAAGTTATAGTAATTAGAAATATGGAAAATAATGGATGCCATGAGTATTTGAAGTGTAATTTTAGTAAGGGAAATTCTAATTAGTAACCTGTGTGATTGCACTTTCAATTTGAAAATGAATCAATGATAACCTAGTCTTGTTATATGTTACCAATCGTGACTCGTGGCATTAATGAAATAATGAGATTAAAATATTATATTTATTAGTTTATGAGGTTGTAATCACGTAAACACCCCTACATAACCCATTTTCTCTCCACCTTCTTCTTCCTCAAACTGTTTTGAAGACTGGAATCCCCAAAATTAATACACCTTGGTCCCAAACTGCCAATTAGACATTCGAAGTTTGGGATGAAGTATATTACAGTACATAGGTTTTCAAAAAAAACATCACAAAATTGTTTCTGTGAGTGTGAGTTTTCAGTTGCTAGGAAGTTCGGGAAAGGTTAAGGAAAAATAGTTTGTAAATTATCCATTCAATGTTATGCTAAGTAAAATAACACTCCTTATGAGATGGGCAGAATGCCTGAAATAGAAAACATGACTTATTTCTGAGCAGAGGAGGTGTATATGCTTACAGCTTTCTGTGTTGCTAAGTTCTAAGGGACAATCTTTCGACTGGCATTGTTTTTTGCATGACTTATTATGTTGTAACTTGTGTGCATGTGCAGGCGTGCAGCACACCCCGGGCTCTCATCAGATGATGCTGAGAGCTCTTATGCAGAATTCATCTGCCTGTATGAAGGTCCGGGAATTCATTTCATCCAGGCATATGTCGCATGCCCTGTGTATTTATTTGCACGTAAAGGATAGGAGATGCTAAATGACCATTCCCCGGTCTTTATGCTTTATCCTGTACGCTAAATAAAACTAATTTTGGCGCATTTTCCTCTTTACAGGGTGATTTAATTGTTCAGTTATTACTTTGCAGATGCTTCAAGTCATCCATCGAATGTTCCCTTTTGGCAGGGGTCTATGCCATGCATTTTGGGCTCCAAACTTTTGGGTTTTCTATATAATGGCAGATAAACTTCTTGCTTTCTTTCTCAGAAGAATGGGTTTCAATGTCCAAAGACCAGCAGGTTCTTTCACTTCTGGGCTAGTGGGAGACTCATCACCCTTTGCTGTACTGCCGCAGGTAAACTATTAAATTGTGTGTGTGTGAGAGTGTGAGCATCACTGCATTTTTTTACTAATAAAACTTTCTGATGGCTTATTGTGTCTCACTTAGTTGGTCAGTCCACGTTTTTAATACTACTTTCCTGTACTTCCCTTCAGTAGACACTGATGAATTGAGTGGCTGATAGTTCAGTAGGAACACTTGACAAGAGGGGGGGTGAATTGTTTCTTGGGAACTTGGGTAAGTTTCTTGCGGAATTTAAACAATAAAGAGACTGAGAATAATGAGCGAAGAAAGATATAAAATGGAGGAACCTTCTTGACCCTAATCAAGAAGAACCTCACTACTCTTTTGTATTAATGCAATAACTCTATTACAAATACACTCTTTAACCCGAGTTCCTCTCGAACACGAGTTCCCCACAGCAATCCCCTTTGATTACTGTGCTCCTCTTTCTCTCTCTGACTTAACTCTAAGTCGCTCCTTTTCTCTTTGACTTAACTCTAAGTCGCTATGTTTCTCTTTGACTTAACTCTAAGTCAATTAAGGATCACTCAACCCTTAAACCCAAAATACAATTTGATATAAAACTCTAGTACGTAATAAAGCTCAAAGCAATAAGGAACTCAAGGGACACTCTTTTGAAAACTGATTCTCTTTTAAAACGTTTAAGCTCTTAAGATATATTTTGCAAAGATCAGTTGTGTGTTTTGAAAAGCTAAAACTCTTCTCCTTTTATAGGAGAGTTTTACTTAGGGTTTGGTACCCATGTTTCCCTCAACCACCCACTAGCAGTTACTGCTCAGTAACATGGGCATAGTTGGAGAGAAACAAGGGAGACCAAATCAAAACACTAAATGTACGTTGAACAGAAATACGTGGGGAGAGTTTCAAGGAACGTGGAAAAACTTTTACTTGAGAAACAATGGGGAGTAAATCAGAATCCTATGTTTCATTTATTAATTAAATACATTTTATTTATTAAAAAGATTTTCCAAGTTAAAACTCTTTTATAATTACAGTTAACATATTTCATTTAAAACGTACCAAAATACTATGTCCCTTTCATACCAAATTACTTATAAACTTTATTAAATACTTACATAAATCCTAAAACATAAACTCATATGTTGTAGTCTTCATGTTGCACCTTTAGAAGCTTCACTCGAAGACTTCCCGATTTGTTCCTTCTCTGGAACGCCGAGGATCCACATAATATATGAGGATCTCGCCTTAGGAACTCGCCTAAGGATCTCGCCTTGCATAATGATTATTTCTTCAATGTAGTGTCTGACATGGATCAATTACTTGCTTATATTCCACGTTGCTTAGTTTATCCAACTCAGGATCTCCTTAACTTAGCATTATCCCTCTAAGGATCTCGGAACCTATCTTAACCAATTGTCAGGAGTTTGCTTTGTCATCATCAAAACTTTAGGATCAACAGTGGCTTAATTCAAAAAGATGCACGCTTTCCATCCTATTGTTCACATTACATTGGGTTTGTGCAGTTGAGAGAGGGGGCTAAGCAAGGTCCTTATTTTATGGATGCTTTTGTCTTTCTGTTTATGTATGAAGTACTCATTACTTCATTAGGTAGGTGATGTGAATTTGTGATAAATCATTTTGTTCTGTTAACAGATCACTCCTCTGGTGACCTTTATAATGGTGTTGCTTGCCATTTCTCCTTGTCTTTTCAAGGCCTGGAAGAATCCTCAGCCAAGGAAGGTTGCTAGATGGATAACTTATGCTTACTCATGCGGCTTCTTGTTTGGTTGGCATGTCCATGAGAAGGCAACACTCCACTTTCTTATCCCTCTGGCGATCAATGCAGTAGACAGCATAAATGACGCACGGCATTACTTTTTGCTCTCAATTGGTATGACTGTTGTCTATCTTTGATTACTGCTTTATTATATATTATTGATTGGGATTTATTTAGTCAATTAAGTGGTATCTGGCAGCTCTTTAGCTACAAAATGTATACATCTTGTTGATTAGCAGTTTAGGCTACATTATGAAAATTGTTGAAAGGGCTGATTGCTTTGTTATATGAATTCTAAATGCTAGTGGGGCTAGTTTGTGGTTCACGTTTATATTTATCTTCGTCCAATAATAGCTTTTGTGTGTTACGGTGACTTCACTCTACTCTCCTAGTTGAGTTGAAAAATACTTGCACTACCGCTGTACTTGGTTTTCTACTGTGGTCATTGCTTTTTACAGATTGCGTCTTGCATCTTGCGAGGCACTATGATAAGAGGAACTTTACCTGAAATCTATATAAAAGTTGAAAATAATGTTAATAGAAATCTAAGACAAGTGTTTTCGTGCCAAATATTCTAAATAAGTTCAAAATCACATGGGAGCAAAAGGGGACAATGGTTGTAACGGTTTGCAGTTATTGGTTTCTTGTGTAACAATTGCTTGAATTTCCTTTCATTGCTAGAGTTGATTAATCAATTTGTTGCATCTTCTATGCAGTCTCGTGCTACTCTCTCTTCCCACTTCTGTTTGAAACCAGAGAATACCCAATAAAAGTGACACTGCTGCTTCTGCACTGCGTTCTTATGTGGTTTGGTTTCTCCTCCTATTTTTCTGGGGAGACAACTACAAATTCAAACAAACATTTGCAGAAGAAAAACTACGAGGACATCTCCGACAAAGGAAAGCTTGGTGTTGGTGTTGGTGTTGGATGGCTCTGTAAGAGCTACTTGCTGGGTCTTGTGGCGGTTGAAATATGGGGTCAGTTTCTACATACTTTGTTTTTCGGGAACAAGCTTCCGTTTCTGCCTTTGATGTTGGTTTCTGTATATAGTGCATTAGGTATCATGTATTCTTGGATTTGGCAACTCAAATGGATTATTCTGTCTTCTTAATGTCTACAATTTGCTCAAGTAATTTAGGAAGCTTTGGCAACTTATAGTGTGGTGTGGATGTGGAGTACTACAATTTGCTCAAGTAATTTAGCAGCCACAACTCACAAGGGTGGATTGGGTTATTTTGTTGTTTGCTTAATTAAGTGTAAGGCCTTGTATTACGTTATAATGAATCCAGTAGTGTGGTTAACAATACCCACAGTAGGTCACAAGTTTCTTGGCAACTTATAGTGTGATTAAGAAAAATAAACTCCATACTTTGTAATTCTGAAGCTTTGTTTACCTGAAATTAACTTTTCTTAACTTATTTTTGCTGAATAAATTATACATTTGTATAAGTTAAATAGTCTGAAATTTTTACTTTTACTTTTACTTAACTTATTTATGTTGAAATAAGAAAAATTATGATAAAATAAGTCGTAACAAGAAGACCGTAAGTAAAAAGACAAAACAAAAAGAATGTATTGTGTAATTACTAATCATCATCATAAAAATCAACAATATTTGTTGTTCTGAAAGAATTAATACTTAATCACAACTCACAATTAAGAGTAATACTTGGTATAATACTAGTATGTTATTAAGAAGAATAGATTGAGTAATGTAGCAACGTTTTTCGAATACGGCTATGTTTTGAAAGAGTATATGTTTTCCAATTGGAGTAAGGAATAGGATGTCATCATTAACAAGAATATGGAGCTTTTCTAAACTCCACCATTTACAATCTACATTAAAAAGCGGATTACTCTTGCGTAGATCTGTTCCACAATAATATTAGTGTGGACTCAAAATCAATAGTTTTCTCTAGCACCCTTTTTACATCCATAAGGACTTCTATTGCTCATATAGTAACTATAATAAATTAAGGCAAATTTGCCAAATACAACCTCATAAAGTTTTCTGTTTGCCAATTACAACCTCAAATTTATAATTTTGCCAATTACAACCTTAAACTTGCACATCTATTTTAAATTACAACCCGAAACCATTTTCCGGCAAAAATCACCGGAAAATGATGTCATAACGTTATTAAAAAAAATTATGAAGCGCAAAAAAAAAAAAAAATTGATTTTTTTTTTGTTTGTTTTAATTCTTATGTATCGATTTAATTTTTTTATAGAAATTATGTAACTATTTTTTTAATAACATTATGACATCATCTTCCGGTGATTTTTGCCGGAAAATAATTTCGGGTTGTAATTTAAAATGGATGTATAAGTTTAAGGTTGTAATAGGCAAAAATAGAAATTTGAGGTTGTAATTGGCAAATAGAAAACTTTATTAGGTTGTATTTGACAAATTTTCCATAAATTAAACACCAAAATTCTTAGACATAGTAACCATTTTTTAAGCATAATAACTCTATGTTTTTAAAAGTAAATTGTAATTTAAAATCACATTATTCAAGCACAACATATATCAACGATGCCAATTTGTTATTTTTTCATACGGTTAAAAAATAAAATTAAATATACGGTTAAAATTCATTTCAAAACATGGGGAGTGCACTCCCTATAAATTTAATTTAATTTTTTAACCGTATATAAGTTTTTTTTTAATACTTGTGCTGACACATGGGGAGTGCACCAATAAATGGGTCGATGCACCCTAGTTTAGTCAATAGAGATATATAGCCAAGTAGGCCTAAGAGCAAGTCTCGGTCAATTGCCCAAAATGCAGCATTGATTCACTTTCAGGAAGTGTAACTAGGGTTGTCAAATCGGATCTTTGGATTTGTTATAAGCGGTTCGAGTCACATCGAAATCGAATAATTTCGGGTACGGTCAATGTTTTTATCCAATTCGATTCGGAATGATTTAGACAACTTTAAGTTCAGATAAAGTCAGGTCATTTATATATTGTATCGGGTTCGAGTTGCTTTCGATAGGTAATTTTGGTTCGGATCAATCACGAATTCGGTTTGAACTGACTCGAAAGCGATTTGGTACCGGTTTAATTTGATTCGGGTCGACATCGACTCAGATCAGGTAGATTTTGAGATCTCTATTTTTCGGATATATTTAAAGATGGTTGTGGCCGGGCCAGCCCAACCCGGCACGAGCACGAAAAAGCCCGAAGCCCGACCCGGCATGAAAAAAGCCCGACCCGACACGACACGAGTCTGGGCCTTAATTTTTTGGAAAAAGCACGACAAGGCACGGCATGACTCGACGCGCCATGACAAAGCACGCTAAATTTAGTAAAATTAGCCTTAGGCACGACGGGCCGGCCCGGCCCGGCATGAAAACCCGTGGGCTTGGGCCCCTTTTTTTAACTTTTCGGCCCGGCACGACACGGCACGAAACAACGTGGGTCCGTCCCGGATAGGCCCACGGCCCGTGGGATCGACCGGAAGCCCGATCCGGCCCACGACCATCTTTAGATATATTCGATACAAATATCAGTTGATTTTGGTTGATTTCTCGAATGTGGTTAATTTTTTGAGGTATAACAACTACTCCACTACTACTCAAATCTTCATCGGTCATTACAACTTCAAGTAATAAAATAAAATTGACGGCCCTTTAAAAGGGACAGCTCTAAAATGAAATTACTCTCTCCGTCTCTTTTTGTTCTTTACGTTTTTTTTTTGGTGTCCCAAAATATTATTTACATTTCCTTTTATATTATCACATAAATGTTTTAATATCCTATCAAAATTTGTGTCCAATTATTATTTTAACCAATTAAATTAATTGGGTCATTTAATCTCTCACACTTTTCCATTGGAACATTAAATTTTTCTCATTTTTCCAATATAAGAATTTTAATAAAAGTAAAAACTTTATAAATAAACGTAATTTGCCTTGTTTAAATGAAAACAATAGAGGAATCTCAATGCACATTAATTAGTCGTGAAAAGGCATGCTAAATACCAAACGTAAAGAACAAAAAGAGACGGAGAGAATACATTGTTGGAGATATTAATTAACAGTTAAATGAGTATCCCATCAATATATATAAATAAAATACAGTTAAGTAGGTATATTAGCGATTGTGTAAAATGTAAATGAGTTAAGGTAGTGTTTGGATACAACCATTTCATTTCAAATGACTCCTTCAATTCTGGGAATTCAAATGGTGACTTCAATTCCAAATTCTCTGTTTGATAAAATCAAGAATTTTAAATGCATCATTTCAAATTCATTGTGTTTGGATATAATAGAACATCAATTTCAGAAATTTTAATTTCCTAATTCAACTCTTAATCTCTCCCTAACTCATAATACCAAAAAAAATAACAAAAATAAAATAACTACTTCATGCTAATTCTTATTTATACGATTGATCTCCATTGTTTTCCACTTACAAATACTATGATTTTGCACTTAGAGTTATCTCTTCTAGTTTTGAAGGTGCTTGTCATTCCTTAATCCCATTTTCTTCGATTTTCACATAATTTACTGAAATTGGAAAATGTAGAGGGTTTGTAGTGGTGATATTCGAGAACGAGATCGAAGACGCAATTGAGGAAATGAACGGCACAGCTATCCACGCGGTGGAGGCGATAGTGGTGGATGGCAGTGATGGTCGCGAGGGTGGAAGCGGTGGTTACGGCCTTACGGAGGTGGTCTTCGTGAAGGCGGGTGGTGGACATGGGTAG ATGGAGACGAGTTATAAGAAGCTGGGATCCATAAACAGAGCTATAAAAGGTGCAGTTGAGCTCTTGGATAAGATATTGTCTAGCGTTGGTTCAACTTGTGATCCCAATCGTCACCACTCACCAGGGACGTCCATTAAAACCCCGGATACTGGATACATCTTCCTGTATTGGGCGTGGACAAGCTCCCTCTCACTTAGTCACATCTCTCAAAACAACTCTTTCTTCGCAATCTCCGTTTTCTCTTTTCTCCCTCCTTCCATGGAAAAGCAAAAACAAAAACCTTCAAAACCCATCAAAGAAATCTTATGGTTCTCTCTCTTCTCCACATCAATCAAGCTCCTTTTACTACCATCTTACCGCAGCACAGATTTTGAAGTCCACCGCAATTGGCTCGCCACCACCCACTCTCTCCCTCTTTCTCACTGGTATTCCGACACCACCAGTCAATGGACACTCGATTATCCCCCTTTCTTTGCCTATTTCGAGCTCTTTCTCTCTTTTATCGCTGCCCAGATCGACCCCGCCATTGTTAACCTTCATGAAGGTCTCAATTACAAAGCTGATTCTGTTATTTACTTTCAAAGAATCACTGTTATAGTCTCTGATTTGATTCTTCACTATGCCATTTATCGAATTACTCGGAATTTGGATTCGACGAAGCGGAGATTGATCTGGATTTTGGTTATTTGGTCGCCTGCATTGTTGATTGTTGATCATATGCATTTTCAGTATAATGGGTTTTTGTTGGGTTTTCTGTTGATTTCGATTTCAGCGTTGATTGAAGGGAGGGATTTGATGGGTGGGTTCTTTTTTGCGGTTTTGTTGTGCTTTAAGCACTTGTTTGCTGTTGCCGCGCCTGTTTATTTCGTCTATTTGTTGCGGCATTATTGTAGAGGAGGCGTGCAGCACACCCCGGGCTCTCATCAGATGATGCTGAGAGCTCTTATGCAGAATTCATCTGCCTGTATGAAGATGCTTCAAGTCATCCATCGAATGTTCCCTTTTGGCAGGGGTCTATGCCATGCATTTTGGGCTCCAAACTTTTGGGTTTTCTATATAATGGCAGATAAACTTCTTGCTTTCTTTCTCAGAAGAATGGGTTTCAATGTCCAAAGACCAGCAGGTTCTTTCACTTCTGGGCTAGTGGGAGACTCATCACCCTTTGCTGTACTGCCGCAGATCACTCCTCTGGTGACCTTTATAATGGTGTTGCTTGCCATTTCTCCTTGTCTTTTCAAGGCCTGGAAGAATCCTCAGCCAAGGAAGGTTGCTAGATGGATAACTTATGCTTACTCATGCGGCTTCTTGTTTGGTTGGCATGTCCATGAGAAGGCAACACTCCACTTTCTTATCCCTCTGGCGATCAATGCAGTAGACAGCATAAATGACGCACGGCATTACTTTTTGCTCTCAATTGTCTCGTGCTACTCTCTCTTCCCACTTCTGTTTGAAACCAGAGAATACCCAATAAAAGTGACACTGCTGCTTCTGCACTGCGTTCTTATGTGGTTTGGTTTCTCCTCCTATTTTTCTGGGGAGACAACTACAAATTCAAACAAACATTTGCAGAAGAAAAACTACGAGGACATCTCCGACAAAGGAAAGCTTGGTGTTGGTGTTGGTGTTGGATGGCTCTGTAAGAGCTACTTGCTGGGTCTTGTGGCGGTTGAAATATGGGGTCAGTTTCTACATACTTTGTTTTTCGGGAACAAGCTTCCGTTTCTGCCTTTGATGTTGGTTTCTGAAGCTTTGGCAACTTATAGTGTGGTGTGGATGTGGAGTACTACAATTTGCTCAAGTAATTTAGCAGCCACAACTCACAAGGGTGGATTGGGTTATTTTGTTGTTTGCTTAATTAAGTGTAAGGCCTTGTATTACGTTATAATGAATCCAGTAGTGTGGTTAACAATACCCACAGTAGGTCACAAAGGGTTTGTAGTGGTGATATTCGAGAACGAGATCGAAGACGCAATTGAGGAAATGAACGGCACAGCTATCCACGCGGTGGAGGCGATAGTGGTGGATGGCAGTGATGGTCGCGAGGGTGGAAGCGGTGGTTACGGCCTTACGGAGGTGGTCTTCGTGAAGGCGGGTGGTGGACATGGGTAG ATGGAGACGAGTTATAAGAAGCTGGGATCCATAAACAGAGCTATAAAAGGTGCAGTTGAGCTCTTGGATAAGATATTGTCTAGCGTTGGTTCAACTTGTGATCCCAATCGTCACCACTCACCAGGGACGTCCATTAAAACCCCGGATACTGGATACATCTTCCTGTATTGGGCGTGGACAAGCTCCCTCTCACTTAGTCACATCTCTCAAAACAACTCTTTCTTCGCAATCTCCGTTTTCTCTTTTCTCCCTCCTTCCATGGAAAAGCAAAAACAAAAACCTTCAAAACCCATCAAAGAAATCTTATGGTTCTCTCTCTTCTCCACATCAATCAAGCTCCTTTTACTACCATCTTACCGCAGCACAGATTTTGAAGTCCACCGCAATTGGCTCGCCACCACCCACTCTCTCCCTCTTTCTCACTGGTATTCCGACACCACCAGTCAATGGACACTCGATTATCCCCCTTTCTTTGCCTATTTCGAGCTCTTTCTCTCTTTTATCGCTGCCCAGATCGACCCCGCCATTGTTAACCTTCATGAAGGTCTCAATTACAAAGCTGATTCTGTTATTTACTTTCAAAGAATCACTGTTATAGTCTCTGATTTGATTCTTCACTATGCCATTTATCGAATTACTCGGAATTTGGATTCGACGAAGCGGAGATTGATCTGGATTTTGGTTATTTGGTCGCCTGCATTGTTGATTGTTGATCATATGCATTTTCAGTATAATGGGTTTTTGTTGGGTTTTCTGTTGATTTCGATTTCAGCGTTGATTGAAGGGAGGGATTTGATGGGTGGGTTCTTTTTTGCGGTTTTGTTGTGCTTTAAGCACTTGTTTGCTGTTGCCGCGCCTGTTTATTTCGTCTATTTGTTGCGGCATTATTGTAGAGGAGGCGTGCAGCACACCCCGGGCTCTCATCAGATGATGCTGAGAGCTCTTATGCAGAATTCATCTGCCTGTATGAAGATGCTTCAAGTCATCCATCGAATGTTCCCTTTTGGCAGGGGTCTATGCCATGCATTTTGGGCTCCAAACTTTTGGGTTTTCTATATAATGGCAGATAAACTTCTTGCTTTCTTTCTCAGAAGAATGGGTTTCAATGTCCAAAGACCAGCAGGTTCTTTCACTTCTGGGCTAGTGGGAGACTCATCACCCTTTGCTGTACTGCCGCAGATCACTCCTCTGGTGACCTTTATAATGGTGTTGCTTGCCATTTCTCCTTGTCTTTTCAAGGCCTGGAAGAATCCTCAGCCAAGGAAGGTTGCTAGATGGATAACTTATGCTTACTCATGCGGCTTCTTGTTTGGTTGGCATGTCCATGAGAAGGCAACACTCCACTTTCTTATCCCTCTGGCGATCAATGCAGTAGACAGCATAAATGACGCACGGCATTACTTTTTGCTCTCAATTGTCTCGTGCTACTCTCTCTTCCCACTTCTGTTTGAAACCAGAGAATACCCAATAAAAGTGACACTGCTGCTTCTGCACTGCGTTCTTATGTGGTTTGGTTTCTCCTCCTATTTTTCTGGGGAGACAACTACAAATTCAAACAAACATTTGCAGAAGAAAAACTACGAGGACATCTCCGACAAAGGAAAGCTTGGTGTTGGTGTTGGTGTTGGATGGCTCTGTAAGAGCTACTTGCTGGGTCTTGTGGCGGTTGAAATATGGGGTCAGTTTCTACATACTTTGTTTTTCGGGAACAAGCTTCCGTTTCTGCCTTTGATGTTGGTTTCTGAAGCTTTGGCAACTTATAGTGTGGTGTGGATGTGGAGTACTACAATTTGCTCAAGTAATTTAGCAGCCACAACTCACAAGGGTGGATTGGGTTATTTTGTTGTTTGCTTAATTAAGTGTAAGGCCTTGTATTACGTTATAATGAATCCAGTAGTGTGGTTAACAATACCCACAGTAGGTCACAAAGGGTTTGTAGTGGTGATATTCGAGAACGAGATCGAAGACGCAATTGAGGAAATGAACGGCACAGCTATCCACGCGGTGGAGGCGATAGTGGTGGATGGCAGTGATGGTCGCGAGGGTGGAAGCGGTGGTTACGGCCTTACGGAGGTGGTCTTCGTGAAGGCGGGTGGTGGACATGGGTAG METSYKKLGSINRAIKGAVELLDKILSSVGSTCDPNRHHSPGTSIKTPDTGYIFLYWAWTSSLSLSHISQNNSFFAISVFSFLPPSMEKQKQKPSKPIKEILWFSLFSTSIKLLLLPSYRSTDFEVHRNWLATTHSLPLSHWYSDTTSQWTLDYPPFFAYFELFLSFIAAQIDPAIVNLHEGLNYKADSVIYFQRITVIVSDLILHYAIYRITRNLDSTKRRLIWILVIWSPALLIVDHMHFQYNGFLLGFLLISISALIEGRDLMGGFFFAVLLCFKHLFAVAAPVYFVYLLRHYCRGGVQHTPGSHQMMLRALMQNSSACMKMLQVIHRMFPFGRGLCHAFWAPNFWVFYIMADKLLAFFLRRMGFNVQRPAGSFTSGLVGDSSPFAVLPQITPLVTFIMVLLAISPCLFKAWKNPQPRKVARWITYAYSCGFLFGWHVHEKATLHFLIPLAINAVDSINDARHYFLLSIVSCYSLFPLLFETREYPIKVTLLLLHCVLMWFGFSSYFSGETTTNSNKHLQKKNYEDISDKGKLGVGVGVGWLCKSYLLGLVAVEIWGQFLHTLFFGNKLPFLPLMLVSEALATYSVVWMWSTTICSSNLAATTHKGGLGYFVVCLIKCKALYYVIMNPVVWLTIPTVGHKGFVVVIFENEIEDAIEEMNGTAIHAVEAIVVDGSDGREGGSGGYGLTEVVFVKAGGGHG Relationships
The following mRNA feature(s) are a part of this gene:
Homology
BLAST of Spo11449.1 vs. NCBI nr
Match: gi|902235779|gb|KNA24082.1| (hypothetical protein SOVF_018370 isoform A [Spinacia oleracea]) HSP 1 Score: 954.5 bits (2466), Expect = 1.000e-274 Identity = 482/524 (91.98%), Postives = 488/524 (93.13%), Query Frame = 1
BLAST of Spo11449.1 vs. NCBI nr
Match: gi|731360749|ref|XP_010691987.1| (PREDICTED: probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase [Beta vulgaris subsp. vulgaris]) HSP 1 Score: 795.8 bits (2054), Expect = 6.100e-227 Identity = 393/523 (75.14%), Postives = 441/523 (84.32%), Query Frame = 1
BLAST of Spo11449.1 vs. NCBI nr
Match: gi|356528218|ref|XP_003532702.1| (PREDICTED: probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase [Glycine max]) HSP 1 Score: 669.1 bits (1725), Expect = 8.600e-189 Identity = 331/519 (63.78%), Postives = 392/519 (75.53%), Query Frame = 1
BLAST of Spo11449.1 vs. NCBI nr
Match: gi|734350491|gb|KHN12438.1| (Putative dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase [Glycine soja]) HSP 1 Score: 669.1 bits (1725), Expect = 8.600e-189 Identity = 331/519 (63.78%), Postives = 392/519 (75.53%), Query Frame = 1
BLAST of Spo11449.1 vs. NCBI nr
Match: gi|565376297|ref|XP_006354643.1| (PREDICTED: probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase [Solanum tuberosum]) HSP 1 Score: 667.5 bits (1721), Expect = 2.500e-188 Identity = 335/511 (65.56%), Postives = 397/511 (77.69%), Query Frame = 1
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Match: A0A0K9RYY2_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_018370 PE=4 SV=1) HSP 1 Score: 954.5 bits (2466), Expect = 7.100e-275 Identity = 482/524 (91.98%), Postives = 488/524 (93.13%), Query Frame = 1
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Match: A0A0J8E9W6_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_1g017260 PE=4 SV=1) HSP 1 Score: 795.8 bits (2054), Expect = 4.200e-227 Identity = 393/523 (75.14%), Postives = 441/523 (84.32%), Query Frame = 1
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Match: A0A0B2PXF6_GLYSO (Putative dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Glycine soja GN=glysoja_018568 PE=4 SV=1) HSP 1 Score: 669.1 bits (1725), Expect = 6.000e-189 Identity = 331/519 (63.78%), Postives = 392/519 (75.53%), Query Frame = 1
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Match: I1KRW2_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_08G098700 PE=4 SV=1) HSP 1 Score: 669.1 bits (1725), Expect = 6.000e-189 Identity = 331/519 (63.78%), Postives = 392/519 (75.53%), Query Frame = 1
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Match: M0ZN96_SOLTU (Uncharacterized protein OS=Solanum tuberosum GN=PGSC0003DMG402001720 PE=4 SV=1) HSP 1 Score: 667.5 bits (1721), Expect = 1.700e-188 Identity = 335/511 (65.56%), Postives = 397/511 (77.69%), Query Frame = 1
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Match: ALG8_ARATH (Probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Arabidopsis thaliana GN=At2g44660 PE=2 SV=3) HSP 1 Score: 627.1 bits (1616), Expect = 2.300e-178 Identity = 321/501 (64.07%), Postives = 379/501 (75.65%), Query Frame = 1
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Match: ALG8_HUMAN (Probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Homo sapiens GN=ALG8 PE=1 SV=2) HSP 1 Score: 345.5 bits (885), Expect = 1.400e-93 Identity = 217/540 (40.19%), Postives = 296/540 (54.81%), Query Frame = 1
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Match: ALG8_MOUSE (Probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Mus musculus GN=Alg8 PE=2 SV=2) HSP 1 Score: 341.3 bits (874), Expect = 2.600e-92 Identity = 216/541 (39.93%), Postives = 296/541 (54.71%), Query Frame = 1
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Match: ALG8_BOVIN (Probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Bos taurus GN=ALG8 PE=2 SV=1) HSP 1 Score: 337.0 bits (863), Expect = 4.800e-91 Identity = 211/524 (40.27%), Postives = 286/524 (54.58%), Query Frame = 1
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Match: ALG8_DROME (Probable dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase OS=Drosophila melanogaster GN=xit PE=2 SV=1) HSP 1 Score: 322.8 bits (826), Expect = 9.400e-87 Identity = 200/500 (40.00%), Postives = 287/500 (57.40%), Query Frame = 1
BLAST of Spo11449.1 vs. TAIR (Arabidopsis)
Match: AT2G44660.1 (ALG6, ALG8 glycosyltransferase family) HSP 1 Score: 627.1 bits (1616), Expect = 1.300e-179 Identity = 321/501 (64.07%), Postives = 379/501 (75.65%), Query Frame = 1
BLAST of Spo11449.1 vs. TAIR (Arabidopsis)
Match: AT5G38460.1 (ALG6, ALG8 glycosyltransferase family) HSP 1 Score: 77.8 bits (190), Expect = 3.000e-14 Identity = 69/260 (26.54%), Postives = 111/260 (42.69%), Query Frame = 1
The following BLAST results are available for this feature:
BLAST of Spo11449.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr) Total hits: 5
BLAST of Spo11449.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL) Total hits: 5
BLAST of Spo11449.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt) Total hits: 5
BLAST of Spo11449.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR) Total hits: 2
InterPro
Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
RNA-Seq Expression
Co-expression
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