HG10007835 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview
NameHG10007835
Typegene
OrganismLagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Descriptionexportin-4 isoform X1
LocationChr10: 14886184 .. 14906419 (+)
RNA-Seq ExpressionHG10007835
SyntenyHG10007835
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.
ATGGAAACGAAAAGCTGTAATATCAAAGGAGTCCATTTCTGCTCATGGTTTGACTCAGATACTTTCAAAGTGGAAGATGTGGAGGCTAGCAAACACGTCCCTCTTTCTGGCTCTCATATGTTATGGTTTATTGAGAATATATCTGAATTATCTCAAGGCTCTGCTTCTCGTTATTTCGAGCGAAGTGGTCGTGACATTTCAGGAGTCACAAAATTATCAAAATTCCGTTCAAAGTCAGGGTGGGTTTTACGATGTGTTGTCTGGCCTTCCTATGGGGGTAGATTCTTTATTCATATCCCTCCAGGTGATTCTTTTGAGGGTTGGAAAGTATTCGTACAAATGCTCAGAGACCAATTGTTATACTACAATGTTTCAGAACAACAAGCAACTGCTAGGAGAAGCCTTTTAGCAGTTAAGGAAGTGCTCAGCAAGCAACTGCTAGGAGAAGCCTTTTAGCAGTTAAGGAAGTGCTCATTGGAACAAGAAGTTACGTGGATGTAGTGAAAAAATCAAAGAAATGAGCTATGTTTTAGCTACACAAAAATAGAGCTTTCATTCAGACAGCAACAAGGAAGTGACAAGGAAGTGACATACTCTGTTTCAGAGTTTAAAAAACAGAGCATTGATAACTATTGGGTGATCAAGAATAAAGAGGTTTTCAGAGAAGATTTTAGTAACCTTTGGATAGTTACAAGGCTTTTTGAATTTAATGAGTGGAATGAAATTGCCAATACACTCACTGATTATTTTCAATCCAAAGTCATTATCAACCCTCTATTTACGGAAAATGCGTTAATTAAACTGGACCAAGGCAACTTGGAGGATCTGATAGAAGGCCAAGGGAAATGGCAGGAGTGTGGTTCTTTCCATCTAAAATTCGAAAAATGGAACAAGTTCGTGCATAGCAGACCTTCATTTTCAAAAGGGTATGGAGGATGGATTTCTATCAGAAACCTTCCTTTAGATTATTGGTGCAGGCAAACATTTGAGGCCATAGGTGCTTACTTTGGAGGTTTGGAAGAAATATCATCAGAAACTTTGAATCTACTCAACGTTTCTTCAGCTAAAATTAAAGTCAAGCCAAATCTTTGCGGTTTTATGCCATCTTTCATTGAGATTTTAGATGAGAAACGTGGATTTATCTATTTGAATTTTGGTGATACTGTGGCCTTGGATCCGCCAGCCAAGGTGAAAGAAGATTTATTTGTCAAGGATTTTATTAACCCCATTGATATTGTTCGTTTATCACAAGTAATGCAAGATGAAGGGGTATCCTCTATGCCTATCAATCTTGAGATGAAATTTCTGCTTCCTTTGATGTTCACAAAGAATTAATCTAGAAATCCTTCCGCCAAAATTTTGAAAGAAAAACAAAGCTCGCCGGAATTCATCGATGAATCTATCCATGGCAACGCTCCTACTCAACCGTCGATTGATCAGAGAACTGGAAACTCCATCCGGTTCAATGTGAACGAGGTTCAAGATTTGTTTGAGGTGGAGAAAGAGGACGACATTCCGTTAGAAAGAGAAGGTCATTCCATATCACCAAAAAGTGGCGCCAAAGATAATTTCCGAATGCCAACGTTTGATATCCAAGAATAGTAATAATGATGATTCAGATGGTTCAGTACCCAACATTAATTGTAATCCACGTGAGAACAAGCATAATCGTTTCGTCTTCCACAGTGTTAATGAAGAAGAGCAATCGGGTAGAGCAGATGATTCATTCCCTCAGAAAAATAAAACCAAATTAAAGCTCTCTCTCTCCTCAATGGGTCAAGGCTTAGAAACTAATCATCAGATTACTCCATCTCCTCTTGAATCTCAAGCGACAAACATCGGTTGTTCTCGGTCCCCTGTTCATAATGAAGCTTCATCACAGAAACAAAAAAAACGCCCCAGATTATTGAAGCCATACCCCAAATTTTTTGCGAGCAAGAAGACTTCATTTCTCAACTCGTGGTCTGCTGTAGTTAACTCGGATTTGTTAGAAGAATGCTGCGTGAAAGTTCAAATCCCTGGCTTCTTATCTGAAAGGTCAGCATCCGTTATCCCTTCCTCTTCATTCGTTTTTCACTTAGATTTCAAAATTCTTGGCTCTAAGGTACATTTTGTGTGAGGAACTCCGGCCACTTCTTCAAGCATTGCAAATCAGAGGCAGTATGATTCAGATGGAGAATCCATTATCAGTGCAAGCAGTGAAGGCATTGACAAGTCTGAAACAGAGAAGATTCCAGAGGATAAAGATTTAGCAGATGGATTTGGAAGAGATTTTTGCAATTTGTTTCTTACAGAAGAAGATCAAGCATTGGGTCCAGTTGGTGGGGGGTCCATTTCTCCACTTAAAAAGTCAGATATTCCGCTAATTTAAAATCAATAATAGAAGATTGTGATAAAATTCTCGGTTGAGCTGGCTCTCCTTGGGCAAAAATCAGTTATTACATGTTGATTCATACTACATTAATGAAGATCTTATCGTGGAATACCAGAGGCTTAGGAGATTCATCCAAACGATTGGCACTTAAAAGATGTCTGAAGAAACTAAATCCGGATTTGGTATTAATTCAAGAGACCAAAAGGGAAACCTTTGATTTGAAAATTATTAAAGCAATTTGGAGTTCAAAAGATGTTGGTTGGGCATGTGTTGATTCTTTTCGCAGATCAGGTGGGCTGCTTATCATGTGGGATGAAAGTAAAATTTCGGTCATTGAAGTTCTTAAAGGGGGCTATTCTTTGTTTGTCAAATGCCTGAGTATTTGTAAAAAAACTTTTTGGATCACTAATGTTTATGGTCCATCAGATTACAAAGAAAGAAAGTACTTATGGCCAGAATTATCATCTTTATCAGATTATTGCGAGGAGCCATGGTGCATTGGAGGAGATTTTAACATTACAAGAAGAATTCAAGAGCGCTTCCCTAAGGGGCAGATTAACAAAAGGAATAAGGAAGTTTAATAAATTCATTATTGATGCTGAATTGCTGGAGATTCCTCTAGCTAATGGCAGGTTCTCATGGTCACGTGAAGGTGTAGTGGCTTCAAGATCTCTCATCGGTAGATTTTTAGTATCAAAAAACTGGGATGTGGCCTTTGAAAATTCAAGAGTATCAAGGCAAGCACGAACCTTTTTTGATCATTTTCCCCTACTACTAGAAGCTGGTTCGTTTGAATGGGGTCCCTTCTCCTTTTAGATTCTGCAATAGTTGGCTTTTAAATAAAGAATGTTGCAGAATTATTGAAACAACATTAAGTATTCATCAGCAGCAAGGGTGGGCCGGGTTTGTTATATCTTCCAAACTAAGAAGTGCTAAGACTGCCATTAAGAAATGGAATACAGATTTTGTGAAAAATCAGAAGAAGCTGGAAAATTCTCTCTTAGAAGAAATTGAAAAGTGTGATAAAAGTGCTGAAGAAGCAGAATTGTCTACATGGGAGGCGGACAGAAGGATATCTTTAAAGGCTGATTTGATCTCATTATATCGTTTGGAGGAAAGGGATTTAATACAAAAAAGTAAGCTCAATTGGCTAAAGCCAGGAGATGAAAATTCAAAGTTTTTCCACCGGTTCTTAGCAGCAAAGAAAAGAAAGAATTTAATTTCAGAGCTCATTGATGACAATGGAATTCCATCTAAATCCTTTAAGGAAGTTGAAGCTCTTATCTTGAGTTTTTATAACACTCTTTATTGCAAATTAGGAGGGGTTAAATCTAGCCCAATTAATTTGAATTGGCCAATGGTTTCAAGAGATCAAAACAGAGAGTTGGAAGCTAGGTTCGAGTTAAAAGAGATCAAGGCAGCCCTCCGTTTGTTAGGAAAGCAAAAAGCGCCTGGACCTGATGGGTTTACAGCAGAATTCCTACTCCATTTTCAGTGGCAATTTTCTGAGTTTATTTGCGGAATTCTACGAGAATGGTAAGCTTAATTCTTGTGTAAAGGAGAATTTTTTTTGCTTAATCCAAAAAAAAGAGGATGCAGTATTGGTAAAGGACTTTAGGCCTATTAGCCTAAGTACTATAGTCTACAAACTTGTTGTAAAAGTTTTGGCAGAAAGGTTGAAGAAAGTAATGCCTAGCATAATTGCTTCAACGCAAAGTGCTTTTATTGAAGGAAGACAAATAATTGATCTGGTATTCATTGCCAATGAAGCGGTTGAAGATTATCGAGTAAAAAAGAAAAAAGGGGTGGATTTTAAAGCTAGATTTGGAGAAAGCTTTTGATAGAGTGGATTGGGAATTCCTTGAAAAATTCTCAAGGGCAAGAACTTTGGAAAGAGATGGATTTCATGGATCATGGGTTGTGTGAGAAATCCTAAATTTTCCATCTTTATAAATGGGCGGCCAAGAGGGAGAATACTCGCATCTAGGGGGATTAGGCAATGCGATCCTCTCTCACCTTTCCTATTCCTCTTAGTTAGTTAGGTGCTTAGTACTTTCATAGCAAGAATCCATGAAAGTTTTCTTGTGGGAAAAGATAAAATACATGTCTCGCTGCTACAGTTTGCTGATGACACATTAATTTTTTGCCAATATGATGATGAAATGATGGATAATCTACGAAAGACTACAAAATTATTTGAATGGTGTTCGGGTCAAAAGGTGAATTGGGACAAATCGGCTCTTTGTGGAGTCAATGTGGAGGAAATTAAGCTAAATTCAATGGCTGCCAGCTTAAATTGCAAGGTGTGTTGTTTACCCTTGATGTATCTTGGGCTTCCCTTGGGTGGTTATCCTAAGAAGGTTTCATTTTGGCAACCAGTAATTGATAAAATTCAAGGGAAATTAGACAAGTGGAGAAGTTATAACCTTTCAAGAGGAGGGAGAGCTACTCTGTGTAAGTCGATCCTTTCTAACCTCCCCACTTATTATATGTCATCTTTTTTTATGCCAGAAAAAGTGCTTGCTTCTTTGGAAAGAATGATGAGAAACTTCTTCTGGGAAGGGCACAAAGGTGGAAAGCGAAATCATTTGGCCAAATGGGAGCTTGTTACTAGGAGAATCGAGGATGGAGGGTTAGGTTTTGGAGGATTGAGAGCTAGTAATCTGGCCTTATTAGCTAAGTGGGGGTGGCGATTTATCCACGAAGAAAACTCCCTTTGGTGCCAAGTTGTGAAGAGCATTCATGGGAGAAGCAATTCTGAACTTGTTTTTTGTGTTGTTATTTGTTAAGCAGTTCTAAACTTATTTTTATAGAAATACTTATCTTCTTTTAATCAAGGATTTATGGATAAATATGTTTGCATTCAACATGCAGTTTCTGTCTGTGCTATGTCATGCAACATGCAAGCTCACCAGAGCGCTATGTTCAGGCAAAGGTTTCTGCTGTGGCTGCTCAATTGATGAAAAGGGGCTGGTATGCTTTCATATCTTTTTGTTTCCTACAATATTTGGATTCACATTTCTTAGACAGAAATGGGCAAGGCTACGTGTAATGGTAAGCAATTAACCATATGACATAACTTAAACACAACTACGGTATATTAGTTGCACAGTTGTATCATAATACAAATAGGATCCTATAATTCCCAAAGAATTCAACAAGTAGCAATAATAGCACTGGCTCATAAAATCTTAGCTCTTCACTTAAAAGGTGTTCTATTCTACCAATATTTGCAACAGTCGGCCTTGTTTTTATCTCTTATATTGTCTTCTATTTGGAGGTCTTTTTTGGAGCATTAGTCTCTTTTCATTATATCAATAAAACTTTTGTTTCCTTCAAAAAAAAAAAAGTTGGCCATTCATGAAAAATGCTAGTCTAGACCAGTAAACTTAAGGATGGTCCCACCCTTCATCTCTTGCAAGGATGAAGCTGCCAAGTTCTACAAAAAAGTTTTTTTTCTCCTCACGCTAGTATAAACACTCAAGAAAATGTTCAGAGAAGAAAACCTTATATCTCCTTAACCCAAGCTGGTGCATCATAGGTTTTAGCAGCATGGTATCCCAAGGTCGTTTCTTCTGCTTTTGCTTCTTTGCTTCCCAGCTGCCCATCATCTTTTCTCTTCTTGGTGGCAGATGCCCCTCCCTTATGATGTTTCATCTGGCTTTATGTTTTACTCGAGGGACATCCTTTCATCAAGGAAAAGAATATTTTGTTGCTGCAGCTAGTGAGGACCTTGTTTTGGTTTCTTTGGATAGAAGATAGAACGAAGCAACAATCTTTAACTCTGTGTGTTTGCAACTAGACCTATCAATGATCTTTTGGTTCATATTCTATTGTTGGGCTCTCTCTATGCTCACTGGAAGAGTTTTTTGTAAGTTTTTTTTGGCTTGGGGTTTGGCTTCCTGATGTAGCTTCAAGAATGCTCCAAGAAAACTTTAGAATATATTATTAATGAATGAAATAAGAGGATAATAAAGGGTATTTATACCCCAAACCAACAGGTCAACCGGTTACCATAACCTAGACAATCGGTTACACTTAAAAACAAAACTAACAAAAGAAAAAGATAAACAAATAAACTAAACCGAGACCAACAATATACATCAAATCTATCCCCCCATGAAGAATAAACTTGTCTGTGAGTTGGACTAAGCGATGTTAAACTGATCAGGAGGATGATAATGGTAGATATTCGAGACATTGAACGTAGAGCTTATCTTCAATGTGGGTGGTAAATCAAGTTGAACGGCATTTGAGCCAAATTTTGCCAAGATAGGGAATGGTCCAATATTCTTATTAGTAAGCTTAGAATGGGAACCTGACGGCAGGCGAGACTTCTTTAAGTGAACCATAACAAGGTCACCAATCTGAAAACTGATTGGTCGTCTGTGAGCGTCAACACTGTGTTTGTAGGAGGCATTAGCTTGTTCGAGATTAGCTTGAACTTCATGAATAGTTTTGATCCTCTCAACCATAATAGATGCTTCAGCACTAAGATCAATAGAAACAGGTAAGTTAGCAAGATCAAAGGTTAACCGAGGGGTGTGAGTATAAACTACTTCAAAGGGGCACTTCCCTGTAGATCGGTCCACCATGTTGTTGAAGGAAAACTCTGCTTGAGCCAGTGCGAGGTCCCATTGGCGTGGCTTGTCTCCACTAAGACAACGTAAGAGGTTACCAAGAGTGCGATTTGTTACCTCAGTTTGTCCATCAGTTTGTGGATGACTAGTAGAACTAAAAAGAAGATTAGTACTGAATTTTTTTCACAAAAATCGCCAAAAGAAACTCATGAATTTAACATTCCTATCAGAAACTATACTCTTAGGTATACCATGTAGTCGGACAATTTCCTTAAAGAATAGGTTGGCCACATGCAAGGTATCATTAGTCTTTTTACAAGCTAGAAAGTGTGCCATCTTGCTAAATCTATCAACAACTACTAAAACTTAATCATAACCTTTTTGAGTTCTAGGTAAACCAAGGACAAAATCTATAGAGAGGTCCTTCCAAATATTTTGTGGAATAGGTAGAGGAGAATAAAGTCCTTGGTTAGAACTAGATCCTTTAGAAGTTTGACATATGTAACATCTTTTAACAAAGTTAGCAACATCTTTTTTTAATTTAGGCCAAAAGAATTTAAAAGAAAGAAGAGATAAGGTTTTATCCCGATCAAAGTGGCCAGCCAATCCACTAGAATGTGCTTCTTTTAAAAGTGACTCCCGTAAGGATGTGTGTGGAATGCATAAAGTGCCATTTTTAAAGAGAAAGCCATAAAAAAATATGAAAATCTTTTGTCGGGAGATTATTAGAGCAAGCATTCCAAATATCTTTAAAATCCTCATCAGTAGGATAAAGTTCATGCAGTTGATTAAAAGCCACAATTTCACTTTGAAGCCACAATTCCAAATATCTTTTTCGACTTAAGGCATCTGCAACGTCGTTGATGTTACCTGGAGTATGTTTGATGACAAAGTCGAACCTTTGGAGGAATTGGATCCAACGATCATGCATGCGACTAATAGTTTTTTGAGAATGCAAAAATTTCAAAGAAAAATGATCAGTTAATAAAACGAATTCTTTTCCAAGGAGATAGTGTTCCCATTGCTTAAGTGCTCGAACTAAGGAGTAAAGTTCTTGCTCATAAGTGGACCATTTTTGTCTAGAAGAACTAAGTTTCTCACTAAAGAATTCAATAGGATGTTTTTCTTGGCTATGGACAACTCCAATTCCTACTCCGGAAACATCAACCGAAACTTCAAAAGGTTTTTGAAAATTTGGAAAACCAAGAATTGGAGTGGAACTTAAAGCTTTTTTGAGTTCTTCAAAACTGTTATTTTGAGCTATACCCCAAGAGAAAGAAACTTTAGTTTTTAGGCAATCAGTCAAAGAACTAGCAATAGTACTGAAATTTTGAATAAACTTTCTATAGAATGATGCTAACCCTAAAAAACTTTGAATTTCCTTAAGGTTCCTTGGTTGAGGCCAATCTAAGATAGCTGCTATTTTTCTTGGGTCTACACTAACCCCTTTAGAATGAATTAAAAAGCCAAGAAAGTAAATTTGAGTTTGCAAGAAAGAACATTTTTTAAATTTATAAATAAAGCATTGTCTTTTAGGACTTGGAAATTGTTTTTAAATATTCTAAATGTGAGGTATGGTTAGTGCTGTAAATTAAAATATCATCGAAATAAACTACAACAAATTTGTTTAAATAAGGTAATAAAACTTGATTCATTAAACGATAAAGGTGCTTGGAGCATTTTAAAAGTTGTTTTCCACTCATCCCCAGGGCGTATCCTAATTTGGTGATATCTACTTCTTAAATCTATCTTGGAAATGCTCCACTTATTGGTCTAGTAAATCAGATAGTCGGGGAATGGAAAATCTATATTTTATAGTGATCTTGTTAATTGCCTTACTATCTACACAAAGTAGCCAATAGCCATCCTTTTTAGGTGCTAGTAATGCTGGTACGACACAAGGACTAAAGCTAGGTTGGATGTGACCTTTATCTAGTAAGGTATGGATGTGGTCGTGGAGAGCTTCGTATTCTCTAGGACTCATTCGGTAGTGGGGTAGATTTGGTAGAGTACTTCCAGGTATTAAATCTATGTGGTGTTGGATATCTCGTAAAGGAGGTAAGCTTTGTGGTTCTTCTATAAGTGAGGGAAATTCTATAAGTAAAGTTGAGATTTGTGGGTCCAAAATATCGTGGTTTTGGGATTCTAAAGGGTCTTTTTTGACAACAAAAGCTAGAAGAGTCTGATTTTTTGTTTGGATAAGATCTTTACCAGAAGAAATAAAAAAAAGTTGTTTTTTAGGAGAAGAACGTACCTTGTTTATCGTAGTAGACTTACCCAATGGAAGGGGGATTACTTTCTTGCCCATCCAAGTGAATTCATATGTGTTGTCCCTACCATTGTGGAGAGTTTTGTTGTCGTACTGCCACGGCCGTCCCAAGAGGACATGGCAAACATCCATGTCTAAGACGTCACAAGGAATTTGAGCTTGATATGTGTTACCTATGGTAATTAGTATCGTGCAAACTTCTTGGACTGAAGTCTCTCCTTTCTTTGTAATCCAATTAACCTTGTAGGGATTTGGATGTGGTTCAGCCTTTAAATTTAGAGCAGATACGAGTTTCTTGGATACAATATTTTCACTGCTTCCACTATCAATTATCATTTGGCAAACTCGACCATTTATAGTGCATCTTGTACGAAACAAAGAATGTCGTTGAGGATGACTTTCCGTTTTAGGAGTAAGTAAGACTCTTTGGATAACACATGAGAGTTGATCACCCTCATTAGGTTCCAAAGAAGCCAAATTGTCATCACAATCGATTTCAAGATTCTCTTCTACAGAAGTATCTTCTTCTTGAATAGTTAAAGTTCTTCGTTGAGGACATTCATTAGAAAGATGTCCTTGTTGGCCACAACAAAAACATTTTCCCAGTGATGGGCGGTTGTAAGGATTTGAATTCCTTCTGGAAGGAGTGTGCTCAGGCCCTTTGCTCGTTGATTGTTTAATACGGGGTTCTTCTTTCTTGTTTTGTTGATTAGAAGAAGACCCGAGAGTTCTTGATTGATCAGTAGGACCCTTTCTTTGAGAAGGTTGCTGTTGATCCCAACTTTGCCTTTTGAGATAAGTCTTGAGTTGTTTTGATTCGACATTTTCTTCAATTGTTGTAGCTAAAGTAATGGGATCAACCAAATAAGCTACTGGATGTAATTTGACTACATCCTTAATCTCGTCTCGAAGACCAAGAATGAATCTTGAAATAAGTTGTTGTTCTGTTTCAGGAAGAGTTGTTTCTAGCTCCCAATCGATGGAATTCTTCCATGTATTTAAGAATAGGTCGATCTCCTTGTTTGCACAATTGGTACTTATTATATAGAAGTTGTTGATAATTGAGAGGTAAGAACCTTTTCTTTAGTAGCCGCAACAATTTGGGCCAAGATTTAATTGGTGGTTTGCCATAATATCTTCGATTTGTTTCTAATTGATCCCACCAAGCCGATGCCCCTCTTTGGAATTTAAAGGCTATTAACTTAACCTTTTTATCTTTAGGAGTATTGGCATATTCGAAGAAGTTCTCTACCTTAGTAATCCAATCCAAGAAAGCTTCAACATCCATACGACCATCAAAATTTGGAAGATCAATCTTCATTCGATAATCTTGATGTTCTTGGAAGTATTGCTGTCTTCCATGTCGAAATCCCAATTTTTCTTGATTCCCAAGTTGAAAATTCTCACTTTCATTAGACGAATCCGAATCTTGTATCATGTAACCATAGTTGCATTTCTTGATGTCGAAATCTTGAATGTTCTTTGAACTTTCTGCGTATTTCTGAAGGATGTTGAATGTCTATATTGCTTCGAGTCTGGTTCTTGAATGGTTCTTGATGTCTTTCTTGAATTCTTGCTTCCAATAGCTCCTTATTCTTCTTCATTGCTTCAAATGGTCCATTTTCTTGAATGGTTTCATTACATCGAATATCTTCTTTGCCCTTCCGATTGTCTTGATTTTCTTGATCAATTGCTTGATTTTGTAAATCCATTTTTTGTAGAATTTGCGCCAGCATCAATCGTAGCTCTCCAACTTCACTCTTGATGTCGATCACGACTGTCTCTACCGAAGTTATTCGGTTTTTGTTCGAAAAGGAAGCTTCTGCATCCATGAAGAAAAGATCTGAGAGAAGAAATTTGCGCGGGATCACAACGCTCTGATACCAAATCTGATATAGCTTCAAGAATGTTCCAAGAAAGCTTTAGAAAATATTATTAATGAATGAATAAGAGGATAACAAAGGGTATGTATACCCGAAATCAACAGGTCAACCGGTTACCATAACCTAGACAACCGGTTACACTTAAAAACAAAACTAACAAAAGAAAAAAGTAAACAAATAAACTAAACCGAGACCAACAATATACATCACTTCCCTGCCCTGCCCTCTTCACACCATCCCATGGAGAATAAGTCTTCATCAACCCTTCTAGTTTGGTGGAAATAGATCTCGAGATCTTAAAAAAAAGCAAAAATATAATGGTATTCTAATCAAAATTGGCCAAAATAGAGTTGATCTACCTCAAACTTGTGGGAACATCTCGTCTCCCTTTTTTGTGTGAGCTTCGCTTTTTTATGCGTTTCTTTGTTTGTTGAATAAAAGTCAATCTACCCCTTTCGAGAATTTCTTTCCGAACCTAGACACTTTTGCACCTTTTCCATAACTAGACCTCAAAGTACCTTATGCACCTTTCATTCTTTATACTGTTGTTTCCTATTTGTATTTTGAGCATTAGTCTCATTTTATTAATTCAATGATAGAGGCTTGTTTCCTTTTCAAAAAAAAAAAAAAAAAAAAAAAAGAGAGTACCTTATGCACCTAAAACTACAGGGATATAAAGACACCTCACAACTAGTGAATTAAGAGTTATAATCGATACCCACTAGCCAATTTTTCCCTATTAGTGGTAAGATTTGACATGATTCTTTTTATCATTTTTTGAATTGGAATCTCATTCTTAAATAGCTCATTTTTCTGTTTTGGTTCTCCTTTTATAGAATTTTGTATCCCTGGAACATTTTTTGTTTCTTTCCATCTATCAAAGAATAGTTCCTATGTTATTTTAAAAGAACAATAATTCTACTATAATTAATTCAGAAACTTGGAGATGTTAGCCAAATTGATTACTTTCACTGAGAAGTTCAAGTTTTCTAGTGAAATGATCGAAGTTATCACTAACGTTGAAATATTTAATGTGTAGGCTCGATTTTGAAGCCTCTGAGAAGGAGTCTTTCTTTTATCAGGTATCAATACCCATGCCAATCTTGTTAATATTTTATTCTTTTATCTTTCTCAAGGATTAGGATTGGATATTTTTCTTTTTAGTAATTTATTTATTTCATAACATTGGATATTTGTTGTATTCATCATTTCTCCATATTTTCTTTCATATTAGCTTAAATTTTTTTTGAACAAGAAACAATTTTTCATACTTTGAGGCATTTTCTAGTTGTAATAATTGAGTTACTGTAAGACCTCCAATCCTACACATGTATAAACGGAAGGGTAAAAGAGGAAACATGGGGAAAAATAGGAAGAATGAGGAGGGAAGTTCGTTAGAAAAAGAGGGGGGACCAGAGCTGAGTAGGCTGAAGAGTGGGGCCCATGAAGGCTGAAGGAGGTTTAAGGGGGTTTAGCCGTAGGAAGGAGGCAAGCATTTTATGTGGGCAAGCTTTGCTTGGCGGAGAGGATTTCTAGCCTTCTTGAAAGTGTTGGAGGCTAGGGTTCTTGCTGTTAATTTCTTTTTTCTTTCATTGCTCAAAGTCGTATTTTTCCTAAGAAGTTCATAAATAATTTATATCAGAGCCTTGCTCTGTTCTTGGGAATTTTTGTTGCGATTTTTCTGTTTGCAGGAGGAAGATTCTTAACAGTTACCACTATCTTCAACTTTCCTTCCTTGTTATGGACTTGGTTTTCTCCTAGATAAGAAGGTATTGTCACAAATGAGAATCGGCAGAAAAACCCCCCCTCTCGCTTAAACCCTAGCGACCTTCAATCTCTCTCGTCGAAATCCTAGTCACATCCAACCATCGCTGTCGTCATCGACTGCTGCAGATGCTTCCGACCTCCTCTCCTCTCTCTCTCTCTCTCTCTCTCTCATCGAGTCCCTCCCTCGTCAAAACCCTAGTCACCTTTGACCTTTCTTGTCGAAACCCTAGCACTTCGACTGTCACTGTTGTCGTCAACTATGGCTAACGCTTCCAACCGATGTTTGCAATTAATGAATAATTAAATTTCTCATTAGATTCTTGGAGAAAAAACGGATGTCTATGATAGTTGACGACAATGGTGACAGTCGGAGGTGATTAGGGTTTCGGCAAGAGAGATTGGAGGTGGCTAGGGTTTTGGCTAGAGAGGGTTTTTTGTCACCATTTTTTTAACATATAGATAAAAACACTTTTTATTGATTCTTGAGGATGGAGTTGTGGGTCCAACATTTGCCTCCGTGCCTTACAAAACTATTGCCTAAGGCCAAAGAAGTTCAAGAGTCGTCTATGAATTTTGACTCTTCATTACCTTCAAGTGTAAAGGGTTTTAATGATAGATTTATTGCACCATTTTCGATGTTCTAACCAAGGAAATAAGACATTGTCTGCATGTGCTTCCTTCTCGAGCACTTGTGGCCCATTTAAGACGCTTCAAGTTTCCAAGGTGTCTGTTTTTTCTCCTAGAATTTAATGAAAATTTTAATTCTTCATTAATTGCAAACATTCAGTTGGAATGTGAGATTTTGATAAAGATATCACTTGAGCATGCTTCTATTTAGACTCTCGATCCTCCTTAGAAATCTCTCCAAATCTCTCTTTTGGATTTTGAAATTTCTGAGCCCCAAGGTGTTAAAAAGGGGATGCTTTTTTTTTTTTTCCTGGTAAAAAGGAGCCTTTTTTTTCCCATTCCATTAATAGTTTAAGGAAAATTCTTTGAATTAAGATTCAATTGAAGAAAATTGTACAAAGCTTCTCGCACCGTCTAACCAGATTGTCCCCTTTCCACTGCCTATCTTACCTCGAAACAACTATTTAGTCTTCACTCCTTTGTAGGGGTGAGAAAACCAAACCGAAAATCCGAGCCAACCAACAAAAGCCGACCAAAATGAATTTGGTTTGTTGGTGGTCGGTTTTTCATAATGCAAAACTGACCATCTATTGGTCAGTGAGCCCAAAAAAGAGTAAAACTGACCAATTGTTATATGTGTGTATATATGTGTGTGTATATATATATATTAAAATAAAAGAACTTCCGATGGCCCATAATCGTAGCTCAGACATCACTCAAAACCATTCGCTGGTTTTTGAAAACCAATAGGGTAATCAATAGGTAATCATTTGTTCTCTCCTTCATTTTCTCTCACTTTCTTGTCCATCTTCATCTTTTTCATCTTCTTTCTACTTTTTTTTCCTGGCTGAAATCCCTACCCATAACACCTTCTCTCTAATTTTTTTTCTTGTTGGAAGAGCCCATCAGCATTGACGCCACAGCTCCAGGACCATTTATCTTTTTGCCCTCTCTTTCCTCATTTTTCCTCCTATTCTTTTGTCTCTCTTCTCTTTTTCTTTCTCTTCTCTTTTTTTTCTCTCTCAAAACCATTATTTTAACCCAGCGCCACCACGAGTCCACCAATGAGCATCTCCTTTTCATAACGGCTCCGACGAAGTTCCTCCCAAAATCAATCGACTGTTGGTTATTTGGTTGGTTGGTGGTTTTGTAGGCACTCCCCAAACTGAAAACCATCGACGATCAAAACCGACAGATCGGTGGTTGGCGTCGACTTTTAGCCCAAAATTGACGCGGACCACAGATCACCCATACTTGTAAGGATCCAGATATAGGTTTAACTAGAGGTGTTGTTTACTTGACAAAAGGACCCTAGACCTTGTGGTGATGTCTCTGACGTTGACTCCGAGGTACTTTTGAGCAGTGTGGAATTAGTCATTTAGTGAGGGGATCTCTGTATGGAGGCCGGTGTTTTTGAAGATTATTTGTTTGAAGCTTTTGACTCACTATTTTGAGAATGTGACAAGAAGACTCCTCCTATTCCTTGAACCACACTGGCCAAATTTGCTTTGTTGATAGAAGCATGCGGTCTTGAATTTTGTGAAATCCCTACTTTGGCCTATCAGTAGTACTACCTGCCCAGTCTGCATCAGTATAAACTTTGACAGTTAGATGATCATGCTTTTTAAACAACATGCCTTTTCCAGGAGTACCTTTCAAATATCTTAGGATTCTATAAACGACATCAAAGAGCATGCATGATGACTCACCATACTGATTGCTGTCATGACCACTTTTGGTACTTTTCTCTGTCTTTTATTTCTTTTTCAGTTGCAGCTTCCAATCTCATGTTCTGCTCAATGGGTGTGTCTACTACCTTGCAACCAAGTAAACCTGTCTCTTTCAATAGGTCAAGAACATACTTCTTTTGGTTGACAATAATTCCACTTTTGGACCTAGCAAACTCCATGCCTAGGAAGTATTTTAAGGTTTCTAGGTCTTTGATTTGGAAATCGTTAGCTAGTTTTTCCTTCACACATGTCAGTCCTATTTTATTATTATCGGTAAGAATAATATCAACAACATACACTATCAAGACAACAACTTTGTCATTTTTTGTATGTTTGTATAACATAGTATGATCGGCTTGACTCTAACTGAATCCATAGCTAGTGACTGCCTTTTCAAAGCGTTCAAACCAGGCTCTAGGAGACTGTTTAAGGCCGTATAATGATTTCTTCAACTTGCACACTTTGTTAATCCCGAGATCCATCTCGAAGCCAGGTGGTAGGTCCATAAATACCTCTTCTTCAAGATCTCCATTAAGAAAAACATTTTTAACATCCAGCTGATAAAGAGGCCAATCAAAATTAACTGCAACAAACAACAAAATTCTGATAGAGTTAATTTTAGCAACTGGCGCAAATGTTTCCTGATAATCAACTCCATAAGTTTGAGTGAACCCTTTAGCAACCAATCTAGCCTTGTATCTTTCGATACTACCATCCGCATTACATTTGACAGTGAACACCCACTTCCCACTGTTTTTTATCGTTTGGTAGTTCAACTATGTCCCATGTGCAATTTTGTTTCAGCGCATTCATTTCTTCCATCACTGCTAATTTCCAACTCAAATCATTTAGGGCCTCGAACAAATAGGTCGGTTATTTTGGATGTGAAGGCTTTATGACTATCAGACAATCTATGATAAGAAAGATAGTTTGCAATGGGATATTTGGTACATTTACGGGTACCTTTTCTAAGGGCAATTGGAAGATCAAGATCTGAGACGTCGGGTAAGGAATTATGAGAAGAAGAACTGGGAGTAGTAGAAGAGTGTATGTTACCTGGATCTTCAGGATCATTCATCAGAGTATTGGATTGGTCCTGTGATAGATCAACTGTCTGTTCTCGATCCCTTTGAGTCAAGTTTCTTCTAGTATAAACCTGAAGTTCAAGTATTTGATCTGTCAACTCATTTTGAAGTGTTTCTCCCCCTGAAGAGGAACTTTCTACACTAGGCATCAAAGGACTAGAGCTCATAATTTCAAGATTAATGGTGCTTGGGATACGTGAGGTTGCCCAAAAATGATCTTCAAGGTTAGATATCTCCCCCTGAAGAGAATGTGGGCTAAAATAAGGTTGATTTTCTAGAAAAACAACGTCCATACTCTCAACATACTTGTTGGTCGAAGGGTCAAAGCATTTATAAGCCTTCTTATTGGGAGCATAGCCTACAAAAATGCATTTAATAGCTGCGAGAAATGAGAGAAGTATGAACATAAGTAAGACACCCAAATAATTTGATTGGTAGGTCAAAAAATAATCGAATGGTAGGAAAAGAATCTTTAAAATGATTGAGAAGAGTTTTAAAATTCAAAACCTTTGTAGGCATTCGATTGATCAGATAGGTAGCTGTAAGGATTGCGTCACCTCACAAATATTTAGGAACATGCATAGAAAATATAATGGCACGAGCAACTTCAAGGAGATGTCTATTTTTTCGTTCAGCAATTCCATTTTGCTGAGGAGTATCACGACATGTAGCTTGATGAAAAATACCCTTATCGTGCAGAAAAGTATTTAATTGTTCGTTGAAATATTCAGTACCATTGTCAGAGTGAAGAATGCGGATTTTGGTTTGAAATTGGGTCTCAATCATACTGTAAAATCGAACAAAAACTTCTTTTACCTCAGACTTGTTTGTTAACAAATAGAGCTAGGTTAGACGAGTGTGATCATCTATGAAGGTAACAAAGCAACGCTTACCACTATGTGTCAAGACTTTAGACGGACCCTAAACATCGGTATGAATTAAGGAAAAAGGTGAGGAGGCCTTGTAAGGTTTAGGCAAATAAGTGGATCGATGATGTTTGACAAAGATACAACTTTCACAACGAAAAACAGAACAATCAATTCCTTTAAATAAATCTGGAAACAAATGTTTTAAATAAAAGAAATTTGGGTGCCCTAATCTACGATGCCAAAGCATTATAATTTCTGAGACAGAAGAAGAACTGACACTACTTAAGCCCTGAGCTGTTTTATGACTAGAAGAAACTTTATCATCAAAGTACTAGAGACCATCAATCATTCTAGCACTGCCAATCGTCTCCCCCGAGTCTTGATCCTGAAAAGTACAATGAGTTCCACAAAAAATAACACGACAGTTAGAATCCTTAGAGATTTGACTGACAGATAACAAATTAAATGCTAAGTTGGGAACATGAAGGACAGAACGTAAAGTAAATTTTTGAGTCAAAGGAATATGTCCTTTTCCTGCAATAGGGGCAAAGCTACCGTCGACAATGCGAATTTTGGCATTATAGTAAACAAGAGAGTATGATTCAAACACAGAGGAGGAACTAGTCATATGATTAGTGGCTCCAGAATCGATGATCAATGGAGATGAATTTATGTAAGATAGAGCTTGAGGACAATTACCTGATTGTGCCAAGGAAACACTAGGATTACCAGATGAAGAACTAGTCTTTAGCAGTTTCAGGATTTGTTCAACCTACTCCTTGCTAAACACATTAGACTCAGCAACAGTTACATTTGAGGTATATTGATGGGGATTTCTCTCACTTTCTTTAGGGCTTTTCCAATTAGCAGGTTTGCCATGGAGCTTCCAACAAGTTTCACGTGTATGTCCAGGTTTATTGTAATGATCGCACCATACCCGAGGTTTTTCATGTGTCTTGTTGGAATGATCAGAGGCCTTCATGGCAGTATGGTCAGTTATGAATGTAGAAACTTTCGACTGACTCAATTGGTTTTTTTCCAATCATCACATTCCTGCGACTTTCTTCCCTGCGAACTTCAGAAAAAACATCATTAATAGTTGGAAGAGTAGTTTTCCCAAGGATTCTACCTCTAACCTCATCAAAATCAACATTGAGTCCAACAAGAAATTTGTAGATACGGCCATCCTCCACAGTTTTTCTGTAATGTTTTTGGTCATCTGTAGACTTCCATTCATATGTATCAAAAAGATCAAGGTCTTGCCAAATTTTTTTAAGAGCGTGAAAATATTGAGTGACCGAGTGATTTTCTTGTCGCATATCTCCTAATTTGAGATTCAACTCAAATACTTGTGACTGGTTTCCCAAATCAGAGTACATCTGTGTCACATTATCCCACAATTCCTTTGCCGTAGAGTAGCACATATAGTTGCAACTGATGTCTTCAACCATGGAATTTACGAGCCAAGTCATGACCATGGAATTTTCAGCATCCCACGTGGCAAAGGAAGGGTCATCTGGGGTAGGAGTGTTTTTTTCTCCCGTAATGTAGCCAATCTTCCCTTGTCCACGAATATACATTCGAACACTTTGGTACCAACGAAGAAAATTATCCCCATTAAGCCGAATGGAGGTTATTTGGACGGTGGGATTGTTAGGGTGAATTCGGTTGTCTGAAACTTTAACAATAAGGGGATTTTTTGTCAGACATTATTGCCGAAAATTACCCAAACTACCACAAACACTGTTGGCAGAATCTGAAAAAAAATAAATAATAAATTAAATAACTCCGGCAGCAGAAACAGAGATTTTCGACGAAGCAAACGTCTCCGATAGCGGTGATCAACAAACAACCTACGACCACCGAGCGAGCAACAACAGAATCACCGGCGACACGAGGGCTGCGAATCTGCGGCGAGTCTTCGGCGGATCTGTGGACGACTGCGACCAAAAAACCCAACCGGAAGGAGCCAAACGACAGATTTGCGACGGAACAACGGTGGTTCTGCGATACCTCTTTATATCTGCGGCGGATGAACAGAGAGGAACCCATCTGAAGGAGCACGACCCAGTCACCTTGCCGTTGGAGATTCGAGCGTCCGACGGTAATGGATCAGACACCGGCGAAGGTTACTTCAACAGTGAGCGGCAGTGGCGGCGACTGAGGGAGGTGGCGACGACTGGGGAAGGTGGCAGCGACAGAAAGGTTTAGGGTTAGGGTTTTTTAGGGTTTCTTTTTAGAGTTCTGATACCATGAGCAAAAGTAATTATTTTCTCTTATTATTCACAAAACAAAAAGGGATTTCTTAAATAGAAGAAATACCCAAATACAAATAAGGAAAAAATAAATATAGCCAATGTAATAAAATAAATACAATGAAGATATTAACAAAATAGGTAATCAACAGTAATCAACGTTGGTGGTCTAACAAAATGGCGTCGGATGATACGCATGCCCAAGAAATGGAGACGGCAGCGGAAGTAGCTGAATTGTCGCTTAATACGATGGTGGGGATTTCCAATCCCGGTAAGATCAAAGTTAAGGGGAAGATAGAAGATGAAGACGTCATAATACTCGTGGACTATGGGGCGGCTCACAATTTCATATCGCCAAAGGTGGTGGAGCAGTTGAAGCTTCCAGTGGTAGAAACTACCAACTATGGAGTCATCATGGGAACGGGAACGACGGTCCGAGGGAGAGGAATTTGCAAGGAAGTAGTGATGTCGCTCCCCAACCTTACCGTGAAAGAAGACTTTTTGCCCTTAGAGCTTGGTGGGATTGATTTAATATTGGGCATGCAATGGTTGCAAACTTTGGGAATGACAATGGTTGACTGGAAAAACATGACGTTGACGATTGAAGCGGGGCAGGATCGAGTAGTCATAAAAGGGGACCCGACCTTGTTGAGAAAGGAAGTTTCCTAAAAAGTTTGAGAAAGTCTTGGACCGCCGATGATCAAGGGTTTTTGGTGGAACTACGAATGCTAAGGGCGAACATTGAAGAACTTATGTGCAAGGCTCCCACTGTCGCGATACCACCCCAGGGTACATGA

mRNA sequence

ATGGAAACGAAAAGCTGTAATATCAAAGGAGTCCATTTCTGCTCATGGTTTGACTCAGATACTTTCAAAGTGGAAGATGTGGAGGCTAGCAAACACGTCCCTCTTTCTGGCTCTCATATGTTATGGTTTATTGAGAATATATCTGAATTATCTCAAGGCTCTGCTTCTCGTTATTTCGAGCGAAGTGGTCGTGACATTTCAGGAGTCACAAAATTATCAAAATTCCGTTCAAAGTCAGGTTTCTGTCTGTGCTATGTCATGCAACATGCAAGCTCACCAGAGCGCTATGTTCAGGCAAAGGTTTCTGCTGTGGCTGCTCAATTGATGAAAAGGGGCTGGCTCGATTTTGAAGCCTCTGAGAAGGAGTCTTTCTTTTATCAGTTCCTAAAAAGTTTGAGAAAGTCTTGGACCGCCGATGATCAAGGGTTTTTGGTGGAACTACGAATGCTAAGGGCGAACATTGAAGAACTTATGTGCAAGGCTCCCACTGTCGCGATACCACCCCAGGGTACATGA

Coding sequence (CDS)

ATGGAAACGAAAAGCTGTAATATCAAAGGAGTCCATTTCTGCTCATGGTTTGACTCAGATACTTTCAAAGTGGAAGATGTGGAGGCTAGCAAACACGTCCCTCTTTCTGGCTCTCATATGTTATGGTTTATTGAGAATATATCTGAATTATCTCAAGGCTCTGCTTCTCGTTATTTCGAGCGAAGTGGTCGTGACATTTCAGGAGTCACAAAATTATCAAAATTCCGTTCAAAGTCAGGTTTCTGTCTGTGCTATGTCATGCAACATGCAAGCTCACCAGAGCGCTATGTTCAGGCAAAGGTTTCTGCTGTGGCTGCTCAATTGATGAAAAGGGGCTGGCTCGATTTTGAAGCCTCTGAGAAGGAGTCTTTCTTTTATCAGTTCCTAAAAAGTTTGAGAAAGTCTTGGACCGCCGATGATCAAGGGTTTTTGGTGGAACTACGAATGCTAAGGGCGAACATTGAAGAACTTATGTGCAAGGCTCCCACTGTCGCGATACCACCCCAGGGTACATGA

Protein sequence

METKSCNIKGVHFCSWFDSDTFKVEDVEASKHVPLSGSHMLWFIENISELSQGSASRYFERSGRDISGVTKLSKFRSKSGFCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADDQGFLVELRMLRANIEELMCKAPTVAIPPQGT
Homology
[Close]
BLAST of HG10007835 vs. NCBI nr
Match: XP_038877264.1 (exportin-4 [Benincasa hispida])

HSP 1 Score: 102.1 bits (253), Expect = 5.0e-18
Identity = 50/57 (87.72%), Postives = 52/57 (91.23%), Query Frame = 0 

Query: 76  RSKSGFCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSL 133
           RS   FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQ  +S+
Sbjct: 93  RSLISFCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQINQSI 149

[Close]
BLAST of HG10007835 vs. NCBI nr
Match: XP_022158373.1 (exportin-4 isoform X6 [Momordica charantia])

HSP 1 Score: 100.9 bits (250), Expect = 1.1e-17
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. NCBI nr
Match: XP_022158368.1 (exportin-4 isoform X1 [Momordica charantia])

HSP 1 Score: 100.9 bits (250), Expect = 1.1e-17
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. NCBI nr
Match: XP_022158370.1 (exportin-4 isoform X3 [Momordica charantia])

HSP 1 Score: 100.9 bits (250), Expect = 1.1e-17
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. NCBI nr
Match: XP_022158372.1 (exportin-4 isoform X5 [Momordica charantia])

HSP 1 Score: 100.9 bits (250), Expect = 1.1e-17
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. ExPASy TrEMBL
Match: A0A6J1DX24 (exportin-4 isoform X5 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=4 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 5.4e-18
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. ExPASy TrEMBL
Match: A0A6J1DVW5 (exportin-4 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 5.4e-18
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. ExPASy TrEMBL
Match: A0A6J1E0Q7 (exportin-4 isoform X4 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=4 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 5.4e-18
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. ExPASy TrEMBL
Match: A0A6J1DZ78 (exportin-4 isoform X7 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 5.4e-18
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. ExPASy TrEMBL
Match: A0A6J1DVW9 (exportin-4 isoform X6 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1)

HSP 1 Score: 100.9 bits (250), Expect = 5.4e-18
Identity = 48/61 (78.69%), Postives = 54/61 (88.52%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCLCY+MQHASSPERYVQAKVSAVAAQLMKRGWLDFEASE+ESFFYQ  +S+  +  +D 
Sbjct: 98  FCLCYIMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASERESFFYQINQSIHGAHGSDV 157

Query: 141 Q 142
           Q
Sbjct: 158 Q 158

[Close]
BLAST of HG10007835 vs. TAIR 10
Match: AT3G04490.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G38092.1); Has 75 Blast hits to 64 proteins in 20 species: Archae - 0; Bacteria - 0; Metazoa - 36; Fungi - 0; Plants - 22; Viruses - 0; Other Eukaryotes - 17 (source: NCBI BLink). )

HSP 1 Score: 73.9 bits (180), Expect = 1.4e-13
Identity = 37/61 (60.66%), Postives = 46/61 (75.41%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQLMKRGWLDFEASEKESFFYQFLKSLRKSWTADD 140
           FCL YVMQHA+S E YV +KVS+VAAQLMKRGWL+F  ++KE FFYQ  +++  S   D 
Sbjct: 103 FCLGYVMQHANSSEGYVLSKVSSVAAQLMKRGWLEFTPAQKEVFFYQINQAILGSHGLDV 162

Query: 141 Q 142
           Q
Sbjct: 163 Q 163

[Close]
BLAST of HG10007835 vs. TAIR 10
Match: AT4G38092.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endomembrane system; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G04490.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). )

HSP 1 Score: 43.5 bits (101), Expect = 2.0e-04
Identity = 21/28 (75.00%), Postives = 24/28 (85.71%), Query Frame = 0 

Query: 81  FCLCYVMQHASSPERYVQAKVSAVAAQL 109
           FCL YVMQHA+S E YV +KVS+VAAQL
Sbjct: 102 FCLGYVMQHANSSEGYVLSKVSSVAAQL 129

The following BLAST results are available for this feature:
BLAST of HG10007835 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038877264.15.0e-1887.72exportin-4 [Benincasa hispida][more]
XP_022158373.11.1e-1778.69exportin-4 isoform X6 [Momordica charantia][more]
XP_022158368.11.1e-1778.69exportin-4 isoform X1 [Momordica charantia][more]
XP_022158370.11.1e-1778.69exportin-4 isoform X3 [Momordica charantia][more]
XP_022158372.11.1e-1778.69exportin-4 isoform X5 [Momordica charantia][more]
BLAST of HG10007835 vs. NCBI nr
Match NameE-valueIdentityDescription
BLAST of HG10007835 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1DX245.4e-1878.69exportin-4 isoform X5 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=4 SV=1[more]
A0A6J1DVW55.4e-1878.69exportin-4 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1[more]
A0A6J1E0Q75.4e-1878.69exportin-4 isoform X4 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=4 SV=1[more]
A0A6J1DZ785.4e-1878.69exportin-4 isoform X7 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1[more]
A0A6J1DVW95.4e-1878.69exportin-4 isoform X6 OS=Momordica charantia OX=3673 GN=LOC111024872 PE=3 SV=1[more]
BLAST of HG10007835 vs. TAIR 10
Match NameE-valueIdentityDescription
AT3G04490.11.4e-1360.66unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA... [more]
AT4G38092.12.0e-0475.00unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR044189Exportin 4/7-likePANTHERPTHR12596EXPORTIN 4,7-RELATEDcoord: 76..157
NoneNo IPR availablePANTHERPTHR12596:SF1EXPORTIN-4coord: 76..157

Relationships

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

Feature NameUnique NameType
HG10007835.1HG10007835.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0051168 nuclear export
biological_process GO:0015031 protein transport
biological_process GO:0051169 nuclear transport
cellular_component GO:0005634 nucleus
molecular_function GO:0005049 nuclear export signal receptor activity