HG10003396 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview


Name	HG10003396
Type	gene
Organism	Lagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description	ran-binding protein 10
Location	Chr08: 639862 .. 662816 (+)
RNA-Seq Expression	HG10003396
Synteny	HG10003396

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.

ATGGTTGAGTTCTATACACACGACGAAATTGAAACATATCCAAGAATCCAACAAAATGACTACTTTGATCCCATAGTATTGAAGGAAATAAAGAAACCAACAAAAGAAATCCAACGTTCATTGGAAAAAATGACTCAACATATTGGTCATTTATCAATTCATTTGCAAGAGTTCAAGAATGGATTGATTTCATATACAGAAGAAAACACAAAGGAATCACAGTTGGAAACTTTTCAATTAGAAAATCTTGAAGATAAAATTGGAAAAAATCTTGTTGAGATCCATGTAGTTAATGGAGGTGATTGGGACAAAAATCATGAGAACGAAGTAGAAGAAGAAGAAGAAAAAGAAGAATTTACAGATGTTAATTTGGAAATTATTTTAAGTGAAGAAAAATTCAACGAAGAAGATGGAATAGAGGTATCGAACATTGAGCAAGAATCGAGCAAGAACAATGACACATTGATTGCGTTTGAAATGGATCACCAAACTGTCGAAGAACTTGAAGCGAATGATAAAGAAGACGTGATTCTCGAACAATTCTCTTTGGAAGGTGGTTTCTTAGTGATTGGTCCTTTGAATACGGTTTTGAATGACCTTGAAGGAAACATCTTTTTTGGGTTTATGGCCAATGGAGAAGTTCATCTTTTGGTGGCAATATTGGAATTTTTGTCTCAAATTTATCACTTTGATCATAATATTTTTGTTCAAAATGTAGGAGGTTGGTTTGGTCATACTCCATTGAACAAGTTTATTTCATACCTTGTTTGCTTCATAATTTTTTCTTTTTAAAACTCGAGACGAGTTTTCTTTTTGGAGGGGTAGAATGATGTAAGAAGAATAGAGATTAATTGGGTAATTAGTTAATATTCTAGGTTAATTCCCTTTGATTAAAAAAAAAAAGAATTCTCTCCAAGAATCAATATTGTGGATCTTTATTAGAATGAATAATGTCTTTGATACAAGAGGGGAAGGTTCCTATTTATAGAGCTTTATTACAAGTGGGGGTAAAAAGGGAATTAACCTAGAATATTAACTAATTACCCAATTAACCCCTATTCTTCTTACATCAGAATTTACCCAAAGAATCAACAAAGGTCCATCCAACGTCCTTCGAACTCCATAAGAATTTGATAAATTCATTATCAAAAGAATCCCTCTTACTTTCATGAATTAAAACCAAATCCGGATTAAACTTCTTAAAACATCTTTTAAGAGCTAATCTCTTAGATGGATCTCCTAGCCCTCTTGTGTTCCTTGAGATAATTTTTATAGTGGACTAATTAGCTAAAAAAAAAAGAGAAAAAGGTAAAATCTTCTTTACACCACATAATGCAGATTTTTCCCAGTTTATCTTCTGCTCGGAGCACCATTCATAAATTTCTACAATTTTTCTTAAATTCTCAAGCATCCTATCTTCATACTTGCAAAAAATCAAAGTATCATCTGCATATTGAAGTAGGGAAATATGCACACTATCTTTTCCCACTATAAAACCTTCAAATTTTCTTTTTTCATGCAATCTTTTAATCCAAGAACTTAGTACTTCACTAACTATGAGAAATAGAAATGGTGATAATGGGTCTCCTTTCCTTATACCTCTTGTAGCATGTATTCTCTCTCTTGGTCTTCCATTTATAAAAATTGAGAATGTGTAGCTTGAGCTTTCATTATGAATAAGACCCAACAAGTGGAAATGAATATTAATTGAGGAGAAAACAACAATGGCAGGAGTTTGAACGCAGGACCTCCTGAACCAACCTTCTCTGATACCATATTAGATAACATGGGGTTCCAACCAATTGACAATGAGAGAAGTAACCCATCTATCTTTTAAAGAGTGTGAGATACCTTGGTTTTTCCAATGTGGGATACTCAACAAGGCCTATTAGCCTAATCACTAGTGTTTATAAAATCAGGTCCTAGCCAATCTTTTAAAAAACGTGCTCCTGTCGACGATTTTTGAGTTGCATGGAGCTTTTATGACTGGAGGACATATCGTTGACCAGGCTTTGATTGCCAACAAAGCTATTGGGGCCTTAGGGATATAGGTAGACAAAGAAAGAAGGGATAAGATTCAGTACCAATGTGGATTTAATTTTTCTAGAACCTTCTTTATTGAATTATTGTTTTGATTCTAAGGAAGTTCAACAATCTTTGTATGGTCTTTCTCTCTCTCCTCAATTTAATGAGGTTTCAAAATCGAAGTTTATGGAAGCACAATGGTCTCTGGAATTTTTTCCCAAGGCTGTTGAATAGAATTTAGATCCTTTCAAGAGGTATGTTCTGGCTTTTCCGTTGTGTTGTATTCAGAAAAATGTTAATCAACCTTCTTCAATGATTATAGAAGATACTTATGATTCATTAGGGGGGAATTGTGTATATGCTCAAGTTCCTATATTCTCTAAGGATAAATTTCATCTTAGTTCATCAAAGAGTCATCGTTTTTCAAATGTTTTCAGAAAATTGACTCTTTCTAATCCATGTTCAAAGACTCAGTTTGTGAGAGGTATTTATTGTCATTCTATTTCTAAGGATCTCTTTTGCTCCATTGATTCTTAAGAGGATTCAGTTGTTAGTGTGAATAGTGAAGAATGAAATTTTGTTTCAAAGGGATGAGGAAATTGTGTCCAAGATCCAAGGATGAGTGCTTCTCCTTTGACACCATCTAACATACCAACCAGAATATCTTCAATTTTAGAAGTTTGTGGTCTTCAATTGTGTAAAGTGGGATGACGACCTTACTTGAATATGATCTGTTCTATAGGTTGTACAACTATATCCTTTAGTTCTAAAAATTGTGTAAAGTGGGATGAATGCAAACTTTTGTGTAACGACCCGACTTCCTAGGACTTGTTCTAGGTCATTACTCCATGCATACATACACCTCAAAATGACACTTTTCATATATTTAACTAAAATCAAAGAAATTTATAGAATAAATAACTTCATTAAATTTAAATAATTAAAAATCTTGAATCGGGGCACCAAAAAAAAATTATAAAAACCAAAACTGTGAACTTTGCATAAAACGTCTAACGATGCAAAACCAAAATTTTGAATTTAAACATCAAGACTGGAATAGAAACATAAAAACGTGAGTGGAAGCATTGATTGGTCCCAATGGCATGGTCACGGATTCTTCATGTCATTTATGTCTGTCCTTGCCTTTACCTGAAAGTTGTAACATAAGAAAGAGTGAGTATCAAAATACTTAGTAAGTGACCCCATTATCGGGATCGCATGCATTTTGATACTATTCTGGGTGAACATCTAAGTAGATAACCTGGCCGCTTAGTCACTCATGTCTAGTGGCCTGATGACGCACCGTCAAACATGGGAGTGAACCTATCGATTCACGGTATCGTAATATGGGACGTGGCGAGGGTAAGACACCGTTACCTGACTAACATGTAGTTCGTACGTATATGTATTTAATAAAGAGTCTCACAACAATAGTCTTAAACTGTAAAATATCATAAGTGCGCATGTTCCATGAATCATAACGATCAACCAAAATTCTATTATTAAATTTGGTAACATGAACCGGGCGTCTGGCACGAAGGCAAGCCGATAATAATGTCACGTACCTCAAAATTAAGTCCAATTCACCACCAATTTATCTTCTTCCTTGCTTTGAGTAACCTTGAGCCACCCTAAACATAAATTAAAATTAACTTAAATATTCAAGCTTAAACCAACCAAAATGCTTACACTGACGATCTCCAAAAGCTTACCCAAAACGAGATTTGAACCAAGATTGAGCCCAAACTTTTCTCAACAACCCAAACCTAACACAAGATCAACGTTAGAGAATTAATCCAATTTTCCGGCAGTAAATCAAAAACCCAATGGAGCCCAAAATCCCAAAAACTTACTGAACTCCAACAAAACAAACTTTAAACCGGATGGGCAGCGGTTTCGTCACCCTCCAACTTCGAGTCTAAAGCCCAACCACAATGGGTATCAAGGAATTGCAAGAAAACTCACTAATACTCGAAAAATATCACCCAGTTTTACAGGTTCTGTTCAGCAGCGATTACGGACAAACCATATCTCAAAACAACGATCCAACCGTTCAGAATGATACCCTATGTGTCCCGAACAGGCTGACAAAATTTCAATACGATCCGACGGTTGGAACTCCGGCAAATGACAATTTTCCGAGAGCTGTCGCTGAAAAACCAAACTGCACTGCTCTCTTTCTCCTTCTCCCTTTTTTTGGTGTATTTTTCTCCTTCTCTACCTTATTAGGTCACCTAATAATATATATATATATACAATCCCAAACCCTAATTCCTTAATAAATAAGGTATACATATATATATATTAAATTTCTTTTCCCTCCATCAATTCGACTAAACAAATTAAATCTCCCAAATTAAAATTCAATCTTCACCAATTAAATTTAAACCCAAATCTTTTATCCCGTTTAATTTAAATTGAATTATCTTCTCAAAATAATCCAATTAAGTCTAAAAAATTCAAAATAACACCCAAATAATTTAAGATAATTAAATTAAAATTACCTAAAATTTTGGATTGTCACATTTTGATTTTAGTCTTTTCTCTTATTAATCACTTTGGAGTTCACGTTGAGTTTTTTGCTTATTTCATCCTTGGCATTAGTAGCAAAATTTCTTTTTGGCAAGTTTCATGGATAATCAATTTTACTCTGGTATCCAACTGTCCTCGGCTTTTCAGAATTTCTTCTTTGCCATTGGCTCGGTTTTAGACCTTTGAAATGAAGCTCTACGTCCAAGGAATATCACTTTCCAAAGGTTTTTGAAGGATGATGAAATCAACATCTAATGCGTTCTTTGAATGCATTTTTTTCAAGCATTATTGGTAGGAATTGCTTTTCTTTTTTTTTTTTTTAAAAAAAAAAATTCAGTGGGTGTTCAATAATCTATTCAAGGAGTACATCCTTCAACTTCTGGTTGGCCCCTCTTTGATATCTAAGTCTCAGTTATTATGGTCCACTGCAGTTAAAGCTCTTCTTTTAGCGATTTGGTTTGAAAGAAATCATATAATTTTTTTAGGATAAGTCTTGATTCTTCTCGGGTTTAAGCTTTTCATGGTGCTGATTTTTCTTTTTAAGATTTATGTTCGAAATAGAAATGCTTTTATTTCTCTTGCTTATTCTTTAGAACTCAAGGACACAATTGTACAACGTATAAAACATATCCTGTTCAAGTAAGGTCGTTTCTCTTGCTTATTTCTTTTTATATTATATCTGTTTTGATAATTTTATTTTTGGTTTTCTTGTACTCTGAGCATTAGTCTTTTTTCATTATATCAATGAAACATTTTGTTTCCTTTAAAAAAAAGGAAAAGAAAAAGAAAGATACCTTATTAATGGGAGGTCGAGGGGTAGAGTTAAGGCTTCAATAAGCCTTAGACGGGGAGATCCTTTATCCCCATTCCTTTTCTAGATTGTTGTGGATATCTTGAGTAGCTTATTTTTAAGTGCATTGAAAGAAAAATCATTGAGCCCTTTGAGGTCAGTAATATGGTGGCTCATGTTGGTTAGGCCTTTGATCGGATCTCGATGAGAAGGTTCATGTTGATTTGGCCGCTCTGTTGTATTCTTTGTAAGAGGGTAGTAGAGAACCTTTTGATCATCTTCACTGGAGGTGTGGTTATGCCAGTGCTGTTTGGAATTGTTTCTCTGAGGTGTTTGGTTTTTGCATTAGCAACTTTCAGGGTTGCAGAGATATGATTGAGTATATCCTTCTCTACGCTTCTTTTCGATAGAAAGGGTTTTTTTCTTGGTGGCAGGTTGCTATCTTGTGTGGTCTTTGATTTGAGGGGAGAGAAATAATAGAATCTTTAGGGTTGATAGTGGTTATCGGATGATATTTGACCCTGGTTAGATTCTATGTTTCTCTCGTAGTTTCCGTGTCAAAGGCCTTTTTTTTGTAATTATTCTCTTAGTCTTATTTTACTTGACTAGAGTGCGTTTGTGTAGTTTGGCTCGTTTGGGTGGACTTTATATTTGTATGCTCTGGTATTCATTCATTTTTTTCTCAATAAAAGTTTGCTTATTCATTAAAAAAAAAATTTTGAAATATCGTTTGGTCCATAGTTTTACGCCACTCATAGTAAATATTAATTTTATTTTGTTAACCTTTATATACATGCATATAGACATATGGATAGATATTGTTTAATTAATAAAATTTAGTGTACCTTGAGACTAGAATTTCTGGAAGTCATTATCATGGTTGTATTCTGTGATGTGCCGAATTTTTTAAGTTACATAAACAGGAATCATGCTCTCAAAAAATTCTTATGAGCTCACGTTGTTATTATTGTTTGGTAGTGCGTACTTGTGGCAGTAGTATCTAAACATAGAGATGGGCAACCAAAATGCATATTGATATTTTTACTGTGTTGCATTGTTCGTAGTTATTTGAAGCACAAGAGAGGATGAAGCAACAAGCCACCATTGAGAAGTTATCTTTGCCATCAAATGTCAGTTATAGGTAAAGAAAATTGTTTTTAAAAATCCTTAAATCCTCTGACCCTCGGTAATTTGACATTTGTACTTTATCAAGTCATTATAGAGTAACCATTTGACCAACATTTGGTTGAGGATTAATTTGCCAATTCATGGGTAGTTGACTGAAGGTCTATTAATAAATCGCAGCTAGTATCAGGGAACCTTGCCTTTTCATGAGCTTTCAACCAATTTGGCAACTCTTGAGACCCAAAGAAAGAGAAGTAGATTTCTCTGACAGTCATGTTTTACACATTTATATGTTGATTTGTTATTTGATAAAATAACAGAAGTAATAGAATTGGTGTTTCAATGATAAAATCTACGAGATTGATCAAATATAATGATAACCTTCCATCATCCAGAAGCCACCTTCATTTATTTATTTATTGAATTCATATACATCCAGAAGCCAATTAACTAGCACGTACTGTTGATATATATACATGCATGGATGTATGTATGCATGAATGAACGTAAGGAATTGACATTTCATTGAGCATGGTGACAGAACAGAAGAAAGCAGCAGGATAGAGCTTGAATGAGGGACGAGCTTTTACTTGTGCATATTCGTAAATTACTTATGTTTCATGTCAGAACAGAGTGTATGATCTGATTGCAGACACTTTTGTTTTTTGTTACCAGAATAGTGCGCTCATACTTGCAACATTATGGTTATGAGGATACGCTCAGTGCATTTGATATGGCTTGCAAAAGCACTGTTCCTCCTATCTATATAGCTCAGGAAAATGGCTTTGATGAGCAGGATATTGTTTATGCTCTCAACCAGAGAAAGACTTTAAGGCAGGTATGAATTATTTCACCAAAGATTCCTGTGGATCAGAATTTGTGAATTCGCATCTGTTCTTTATGTGGGGAGCTTTCCCTTGATTTATCTGTTTTCTTTTCCTTTTTCTTTTTTAAATTTGTGTATTATTGTCAGAAATGTGTCTTTATCACAATGTTTTCTTGCCCTGCTAGCACCATTGAATATTTCATTCAAAATGGAAAGGAATATTCTTTTATTGATGAAAAAAAGAATAAGAATGATGAAATATGATGATTTTATATTATATGGTATAAGAACACTTTTGGTCCTTGAACTTCCATCAAAGAACCATTTACTCCCTGAACTTTAATTTGTAACGATTTAGTTCTATACTTTTAAATTTGTAACAATTTAGTTTTCATACTTTAAAGTTTTATAACAATTTAGTCCCTATTGTTGATAAATCTCATAAGAAACTAAATATCAATTTTTATTTCGTAATGACTTAGTGTTTATAGTTCATAAACAAATTTGACCTCTAATCAGTTTACCAATTTATATGTTTAAGAAATTTCTTTAAATCTTAATAATATTTTGCACGATAGAGACTAAATCATTAAAAATTGTAAATTTGAAGGACTAAATTGTTACTTATTAAAGTTCAAGAACTAAAATTGTAAATTGTTACACATTTATAAGTATAAGGATTAAATTGTTACATACTAAAGTTTAAGGACTAATATGTTTCAGTTGTAAGTATCCTTTTTCTATGTTTCTGCATAGCTGGAAAAGCATTTTGCTGCCCTTAGGTTGTTTTCCTTGTTTGTTCTGATATACATCCAGGTTTCTTATAAAGGTTAAAAATATTTTTGGTCCATGAACTTTTATGGAAGTAACAAGTACAGGGGTTAAATTGTTACATACTAAAGTTCATGAACTAAACTATTACTTACAATAGAATTTGCGGTTGGTATGACACCGCCATGATGCATTATGCTGAAGCTGAACTTTGCCAAAAAAAATGCTAAGTTTAGTGTACTTATCTCCAAAAAGTGTACAATTCCTTTCCAGCCAACACTACCGTACAAGGGCTCTTGAAGCAAACCCCAAAGGATTCTAGCTCTCTTCTCAAGCCTTCGTCCGTTGAGGACTTTTAACAACCACTCTTCAATCCAATTAGAAAGACAAAACAAAAGCCTAAAGGTCTTGGAAAGCATGTTCTATCCCTGCTTAGCGAACTAACACTGAAGAAACAAATGATCGAGCATCCTCTTAGCCTCTACATTTCTTTTGAAGCTTCTCATGAGTGTGTCGAGACTCCTGTGGGTAAGGGACCACAAAAAAGTATTCACCTTCTTAGGGACTTTGAACTTCTAGATAGCATTGATCAAGGGAGTTTTCAGGGGAGGCCTCAACTCCAAAAAATTAAGAAAGGCTGACTTAAAAGTCAAAGATCCCGATGTTTTTCATTTATGTTCTCATTTATGTTTCTTTGTTATGGTTCGGGTTTTTTTTTTGGAGTTTTATGTTTCTTAGTGGTTTGCTCTCTTTCTACTGTCTTTAGTTTTTTTTTTTTTTGGTATCTTTGAGCATTAGTCTCTTTTCGTTCACTCACTGAAAAGTATTCATTTCCTTTTCTATATAAAAAAAGTCAAAGATCTCGATGGAGCAAGAACAAACTATCCTCTGAACTACCCAGCTGGAACACATCAATTAGGTTAACCAGCTCAATGGAACTCTGTATTTTTCTATCAAAGAGATCACTACCAAGACCAAGGTCCCAACTCTTTTGATTGGCATTCCAACAATCAGCAGTGGAAGTCTTTCTTCAGAGAGATGGTAAAGTGATCGGGGTAAGTCTGCTCAAGGTTATAGTTTCCTACCCATTATCTTTCCAAAATCTGATTCTATTGCGAGTGCTAGCTTTATTCTTAGTGAACTTGAGGAAAATAGAGGAGTTCTTGGGAATGTCAAACCAAGGCCTTTCTAAAGCAATTCCTCTAGGATGAAGAGTAGTCCAATTGTTTGGTTCCACACCATGCATGCTGGCTGTCATGTCAGTATGCACGCACACTATGACTTTTAGAACTTTCCATCAAAGTTGTGACTGAAAAAGAGTTTTAAGAACACCCTCAAAACTTCTATTTGTGACTATTCTCATTGGAGAATGTACTTCCAACCATAAAACCCACCAATTGGTTGCTCCCACGAGGAACCATAATTCGAGCTTAGGAAGGCTAGCTTGGGGATAATTTGGAAAGGGGATAACTTGATTGAGTGGTGCTGGACCTAAGTAATAACAAATTCCTTTAAAAGGAGGTACGTGAATGTCTTATTTCTTTCTAACAATTCCCCTCCATGGCCTCTCTATTTCATGAATATGATAAAAGAACATTGTCCCTATTCTTTATGTTTTCTACAAAGCCTTCCGGAACTTTGGGGAAGCAACACCTGTCTTCAATAAATCAAGTAACTTCCTCCTTCAAGGTAGGTCGTAAGTTGGGAGGTTTAAGCCTAAAGTTAACCTTCAATGTTTGGACAGATGGAACTTCCTCTACTTGGTAAGCCTGGGATGAAGTCTTTCCAACGCCAGGTCGTTGAACAAGTTGGCTTTTGGATTTCCTCCATTGAGCAACCCTGAATTTTTGAATTGAAAGGATATGCCATCCTCTTTTTCTCATAATCTTCTCAATTAAATACAATTAAAAAAGATTTAATGGAAGTTGATTGTCAAAACTGAGGTTTATCAGGATGTGGAGCAATTTTCACCAGTTCTACAGTTTTTTCTAACTTAAATGAGAGTTTGAGACAATGTTATCAACATATCTAAGAGTGTGATTTGTTTTCTAACAATTACTTTGAAAGCCATCAAGGATTGTGAATAAAGAAGTTGATGGTAGAGTTGAGTATCAAATGATTAAATAAAGAAGTTTTTGCATTGGGGAGGGAGGAACGAGAGAACCTTTAGAGGGTTTGAGAGAGGTCTTTAAGTGATGTTTGTGTCCTTATTATGTTTAACGTCTCTTTGTGGGCTTTGGGGCCAAACCTTTATACACATACTTGTTATAGGTCTTGTTTTACTTCTTTAGTTTGCCTCCTTTTGGGGGCTTGCCCATTTATTCTTTAATTTTTTTTCTCAATAAATGTTCAATGGTTCATTAAAATAAAAAGAAGAAAAAGAAAGGAAAAAAAAAAAAAACTTACCTGGCTGCCTACTGTAAAAGCTGCGAACAGAAAGGACACAACATATCTTAAAACTAGAAAGAATGAAATTATTGTTAGTTGAAAAGTATATCTCTTTGCCTTCGCCTAGAATGTGTGGCCTGTGTGCACAATGAGTCAGGTTCCTGTTTCCCATAATGGATGCGCATTGTAAATTTTATAATTGCTGAATTTAATCTTTTGTAATTGCCCTCTTTTTCGTTGAATGCCAATTTGTCATCCCGTTGTATCTCATTAGGTACAGGGTTTAGGTAGGTGCATTTCTTATCTTCGTTTCCCTTCTTTTGAATTCATTCCTTTCTATGAATTATTTATCTAAAGAAAAAATTAATGCTTGGACTCGACCTGTTTATGTGTTTAGGTAGGTGTATTTCTTATTTTCTTGGATTGTATCTTGTTCTATTTTATATATGCTAACGACAGTGCCCCACCCCAGCCCAAAAAAAGGAAAAAAGGAAAAAAGGAAAAGAAGAAAAAGAGAAAAAGAACAATCAGATTCAATTAACTAATATAATACTTAGCATAGTTCCTTTCTTCCACCCATCATAGCACTTAATTTTGTGTTACAAGAAAACAAATGTAATAACTGTTACATTTTGGAGAGAGGGAGGGAGCTGCTCATAATTTAATGAGTTATGTCAATCTATCGGCCGTCATTGAACTTTGGTTTTGATCAGTTTCTTTCTGTTGATGAAGCTTATCAGGAAGGGGGAGATTGATGCTGCACTTGGAAAGCTTAGTGAGTGGTATCCACAGATTGTTCAGGTGAACCATTATTTAATTCAATTTTCATGTTTGCTTTATCATCTGCAAAACACATAATATCAAACTATGTATGATTTCTAATGTCACAACTAACACTAATCTTGGAAGTTTTTTGGAATGATTCTTTATTCAAGAATACCTCAATACAACATGTTGGATACCCATTTGCCTTCCCATATCCTGATGTTCCAACTTCAAAAGTTACAATGTGAGCATAATACTTTCATGTAACAAATCAGCATTTGATTTTTGAGGGAATTTTCTTGAAAAACCTAGATGTTCCAAATTCAACCACGTTTGCTTCAGTTAGATGGATCTCCTCCACTGCCGACCACATGTGTTTCAACAAGGTTTTTGTCAAGTTCAACTGCATGGGTTTGGATTTTGATTATTTTCGAACCCATAATTTTATTCTATATCAGTAAAAAATTCTCTCCAAACAAAATAAAATGTCATCTATATCAAAATATTTAGAAAAACTCAAAAGAAATTCATCTTCTATAGTCGTCAGTTCTAATTATTCATGGCTATGTTCAAACTAATCAGCACTCAACAGATCATGAAAAACTAGTTCTTCCACGAATTTCACCTTTGTTTGAATTGTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGACCTTTAACTACCACTTTATCCTTTTTTTGCAAAGAAAACTTGTTTAGTTTGAAGTTCTTGAATTCGAACAAGTGGAAGTTCTAGAGGCAATCTTCCATGTTCTTAGGGTGGCCTTTGATGAAACAAGATTTCTTCTTCTTCTTCTTTGTAATAGTTTGTGGATTTGGTTTTGAACTGGAGGGGGGTGGCTTCTTGTGTAGTCTTGTGGTCTTCTTCCCTCAATTGGCTGCTGTCACTCAGGCTAAAAGATTTGCTTCGCTCTGTTTCTGCCATTATAGTGCTGCTGGTCGCTATTTGGCCGAAAGGACATTGTGTCCATTTTTTCGGTTAAAGCCTCTTTACCATCTGATGAAGTTCTAATTGATTACTCTGCAACTCTTTCATGGATTCTTCCATACCTATGGAATTGTTGGGACTCGGGAGATTGACCTTGGGGTGAGGATTGCAACCCCTTCGTTGGCTGTCACATCCGATCCCTTCCATTGAGAGCTGATACCAAACTAATGTAACACTTGTCTTGGAAGGTTCGTGGAATATTATTTTATTCAATAATACGTCAATACTATCTCTAGAAACCCTACTTAAAGGTTACATTCCAACATTTGCAACATCTTAAGATATGGTAAAACAATGCACAGTAACATAGTACTTAACCAAAAAAAAAAGTAAAACTCCCACTGTAAACTAGAGGTCGAGAGCGAGAGCAAGAGTCTAGACCATGAGTGAGAGCGAGTGCCTAGACCGTGCTGTGTCAATTTCAGACTTTTATATATATATATATATATAAACTATGGTTTATGCTCACACATCAATTAAGGTCGGCAACGGACAATGAATGTCCAAATTCAAACTTCTTTTTGGAAGAACATATGGACGGGGAACACAAATCTTCAACATCTCTTCCTTAGACTTTATCGTAAGCACCGGGATCACAAATCTTCAACATCTCTTCCCTAGACTTTACCGCTCATCGAATAAGAAAGGCAACCGTTGCTGATTTTTGGTGCCCAACACAGAAATATGGACCTACTTCCTCATAGAAATCTCATGGAGCCTGAGATTGAAGAATGGACGAGCTTATCAACTATTTTACTCCCCTTGCGAGAAACAAATTGTGAAGATTCTTGGGATTCGGTTCTGGAAATGGTTTTTTCCTGTTTTTCCTGTTCTTTATTCTCTTCCGTGTTGCCAAATATATCCCATAGTTTGCTTTTCTAGTCAATCAAGTTTATTTTTTTCGTTGTATCCTAGTTTGATCAAGTCAAGAACAGTCTTCTTGCAAAGATCTTTTATTTATTGTCTTGATTTCAAGTTTTCTTCTTGCAGGATGAAAAATCAGCTACTTGCTTTCTCCTTCATTGTCAAAAGTTCATTGAATTAGTCAGGGTACTTTTTTCATTCTAGAAATATGTAAATGTCACATATTTTCTAATCGGAGTGTAATATCGCCATCGGATTGTTTATGTGTTTCCTGCTGTTATTATATGTAGGTTGGAGCGCTAGAGGAGGCTGTTAAATATGGAAGGAATCAATTGGGAAAGTTCTATGGTCTGCCTGGGTTTCAGGATCTAGTTCAGGTACTGAGATTTTCTTCCTTGTGGGAAGTGTGGAATTATTTAGTACAAGTCACAATACCTCATGTTGAAGTGTCATTTACATGCTTGTTTATGCAAATATTTTTTAGGGTAAAAGTGTTATTTTGATTGCAAAAGTGATGACAATTTTCTCTTCTTTGTTTACACCATTGTCCGCACACGATCTACTAGAACTTACCTCCCACCCAACAGATGGGCTTTTACAAATGTTGGATATTAATCTTGGTGTGTTAAGTGTTTTCCATAAAGACTGCAAGAGTTATGGAACATATTTTGCGGTAACCTTCATAAAGAAACAGTTGAGATTCTTTGGATTATATTACAATGATACCAAACCATTGTTTTCAGAGATTTGGTCGGGGGAGAAATAGAACTGTTTGAGAATCTTCATAAAGCTTTTCTAATTTTTGGTCTAAGTGATGTTTTTATCTTCACTAGGTGTACTCTACAATTCTGTAATTATGCGTCCTTCTTTTAAGACCAGTAGAAGTTCATTATAATCTTCTTTTAAGACCAGGAGAGCTGATCTTACACTCTTTTGGAACTTTTCCCCCATAAATGAAATGTTTGTTTCCTAGTAAAAAAAAATGGAAAATCAACTGGAGTGGTTATTAGAGACAACATACTGCAGCTCCTGTCCGGTCCTTTGTTGAGTTCAAATGCATGTCTATTGTGGACTAATGCAGTCAAAGGCCTCCTATCAGAGTTATGAATGGAATGGAATCAATGTATATTTCAATGTTCTTCTCGTTCATGTTTTGAGTGTTATGATTCAGCTCATTTAAAGACGTCATGGTACTCTCTATCAGAAAGTTTCAAGGTTTTTCCATCCAAGACATAAATAGGGTAATCTAAGTAGTAGAAGGTAAAAAGATCGTAAGGGGCAATATGACAAGGATATTTACAATAATATAATAATATTAATAATAGCTCTATAATATACTAGTCAGGTCGCTAAACTTTTAGGTCTATGTCAAATAGGCCAAAAGATTTTCTAATTTATCATTGTTATGGACTCACTTGGTAGAATTTTATCTCACGCGGATGGATTTGGAATCATTCGAGGATACAAAGACAACATGAGCTCCCTTGATATCTGTCACACCCTTCCCCAGATTACCTTTTAAGTCTGGGAAAAAGCATGAGTTACATACATTCATCTATATAACATTCTTCACATTAACATACACACAAGCAACCCAAGGGGTTTACTCAACCTGTACGCCTGGACACCTGATAAATAGTTCATATCTAACTCGCTTTTCAACTTTACAAGCATACAGAAATCCCGTCACAACATATTCCTATTTACAGGTGTAGAGGTTATATAGTCATTTGCTAAGTTTGCACAACAAGACTTTTTCCTAACCCAAACCTTTCATCCTCTAATATGCCAGTTAACTCAAAATCTAATATTTACAAACTAGGGGAGGATCCGCGGCAGAGACTTCACGAGAGTAGGTTAAGCTCCTGGATACTGTTTGCTACCTGGGAAATAAGAGAAAACATTTTGAAGAAAAAAACGTTAGACATACGTCTAGTGAGTGACAGTGTTACTAAAACGTTCATACTAAATCATGTTTGCCTAAGTATTAATAAAGTTCTTTGCATAAAACATCTCATAGGTATAAAACTTTAAATCATGATTCATAAGTACATTTTATCTAAAAACATAGTTCATATGTATCATGCTCATTTAAACAAAAAAACATAATAGCCTTAAATCCTTAGTTGAGGTGGAGCAAGCTCAACACTCTCAACGTCGTAATATCATAAACCCTCATGAGTGTACATAGGGCTAGTATACACCGGGCTGCCCTGATACGTCACCGAAGTCCTCATATATCAGGGTCCCATTTATCTCGATACCGTCTCAATGTCCTTAGGTATCGTTACATATTCATCTTGATACCGTCTCAATGTCTTTAGATATCGTTACATATTCATCTCGATACCGTCTTAATGTCCTTAGGTATCGGTACATAGGGTACTTATCATTTATCTAAAACATGCTCAACAGTCAAGAGCTTGCAAAACATGTTTAAGAAACATGAAGCATAGAATGCCTTGCAACTCACACATACAAGCTCATAAATTATTCTTAGTCAACCTCAAGCATATAACATAGTTTTGGCATAATCAATTTATTTATAAAGAAATAGGGTTCATAAAACATGTAAATATCATTGCTTACTACACATAAGGAACATCATGCTTCATTGAAGAATTGTAAACTTTGTTAAGTAAAACGTTTTGTCACTCACTGTTGGTTGTTTGTCCTATCGGTCTATACGCGTCACAAATCCTAGTTTGACCTGAAAATTGTATCCAAGCCTCTATTAATTCTCCAAGCAATCATTCATAACTCCTTTAAATTTTCCTAAATTCCTAGTTCATGAAATTTCATGTAAAAGTATCCTGCATTTTTCCCAGATTTTTACCTTCTTTCAAATGATCTTAACTTCCTCAATTCTTAACCAAATCAAGTGAAATTTATGGCAAAATGTTCATAGTTGAGTCCTCTACAACTTACTTTCAGAGTGTAAGACCCAAATGTTCGTGGTTTGCCCAGAATATTCCTTATATCAGAAGCTGCTTCGAATTCACGAATTTCCCCTGCTTCAGAGTTCTAGATTTCCAGCCAATTTTTCAAAAATTCATAACTCATTCAATACTTAACCAAACGGAGTGAAATTTATGTCAAACTCTTTGTTTTCAAATACTCTACAACTTATGTGAAGAAAAGAAGACCTAAAAATCGTTGGGTTGTCCAGAAACCGCCTCGAACTAGATGGTACTCTCACTTCACGATTTCTGCAACCCTTTCTGTTCCACCTATGAAATCAGCCATATCCCTTTGTTTTTTAGGTTTTGCATTCTACATAGAAGTGGTTAGAAATAGAATTAGCTAACTAACCGTACCAATTTCAACCTCTAACTCCTCTTAGAAAGTCCAAACCGCCACAAAAACCAGAGACCTCTCCAGTTTCGCGAGTTTTCCTATCTACTGCCTTTCCCCTGCAATTTCATCCACTTCCAACTATTTTCAGCTCTGGCCATCTTCATAAAAGTTGTAGATAAATGTATTAACTTACTAACCTCAAAATTTTAGCTCCAAATTCGAACTCTACAGCTTGAAATCATTCAACCACCACAAGTTGCTCGAGTTTCCTTCCATTTCAGACAAAGGTGGAACTTTTGCAAATTCCGGCTACTTCTCTGGCCAAAACTCACTACAAAACCCACGATTCTCTCCTTCTCCGATCAAAGGTGAGGCTGGTCGGTGGTTTCTCTCTTTGAAGAAGAAGAAGAAATGAAGAAAATGAGATCCTCCCTTTTTATTTCTTTTTTTTCATTCCCCACCGACTACACATCCCCTTTTCCTTCTTTTTCTCTTTTTTTTTTTCTTTTTCTTTTTCTAAAAACATAATAATAATAATTATTCTTTTTTCTTTTTCTAAAAACATAATAATAATAATAATAATAATAAAATATATATATACTTAATCCTAAAATTTAACCAAAGTTAAATAATTCCTTCAACCAATCTTTAATTTACTTAAATGAATCCCAAGTTTAAGAAATTATATAAGAATTTAGGGTTACGATTTTAGGGCTTACAAATTACTATCTCCTTATCGGAATTTCGTCCTCGAAATTCGGTGGAACTTAGATGAATAAGGATGCTTAATCTTCACCTGTTCTTCATTCTCCCAAGTTGCTTCTTCAACTCCGTGATTACTCCACTGGACCTTAACTAAAGGTATAGTTTTGTTCCTCAATACTTGTTCTTTCCTGTCCAGAATCTGTATCGGTATCTCTTCGTAGGACAAGTTTTCCTTCAACTGCAACGGTTGTTCTTAGAGTACATGGGATGGATCAGGAATATATTTCCTTAACATCGAAACATGAAACACATCATGAATCTTGGATAACTCTCCTGGCAATTCTAGCTTATAAGCTGCTGGTCCAACTCGTGCTAGAATCCTATAAAGGCCCGACATATCTTGGACTCAATTTTCCTTTTCTCCCAAACCGTACTACCCCCTTCCAGGGCGATAGTCTCAAGAATACTTGATCTCCAACTTTAAACTCTAAGTCTCTACAACGTTTGTCTGCATAACTCTTCTGTATGTCTCGAGCTATCTTCAGATTTTCTCTGATTAACCTTACATTCTCTGACGTCATCTGGACTAGTTCAAGGTCATACAGTTTCCTTTCCCCCACTTCATTCCAGCACACAGGGGTTCTACATCGTTTTCCATATAAAGCCTCATAAGGTGCCATACCAATGCTCGAATGGTAGTTGTTGTTATAAGCAAACTCTATTAAAGATAACTTATCATCCCAGCTACCTTTAAACTGCAGAGTACAAGCTCTTAACATATCTTCCCGTGTCTGGATAGTACGTTCTAACTGTCCATCTGTCTGTGGATGAAAAGCTGTACTAAAATGTAGTTTATGCAAACAAACATCAAGGTTTGCCTCTATAAATAGATTGCTGAAAGTTAAAGAAGTATGGTTTTCCTGCTTTTTCCAGATTTTTGGGTGGCTTTGGTTCCAAGTTGTCAAAGTTGGAGGATGGATTCTTCTAGTTTATATGTTTGCCCCCCCTCTCTTCTTCCCTCTCTCTCTCCAAGTTCTTGGCTGCCTCTAATTCAATGGATATGCTTATTTATAAGGCATTGTGTTTCTCCAAATGCACTTGTCGGGTTGGTCTCCACATACTGTTTTGGTTTTATGGGTTGGATTTCTCATCGTTTTGTCAAAGCTGGAGTTGGCTTTCTCTAGCCCTTTGATTGTCTCCAATTATTTGCCCTCATCACTTGGTTGTTTGTTCTCATAGTTTCAGATGTAGTGGTTTTTGGAGTTTCGTTCAAGTGCTAATTTGTTCCGTTATGGGTTGTATTTGCTTTTACTTTTGTTTATTCTATTTCATCGTACTTTGAGCATTATTTCGTCAATGAAAAGCCTTGTTTCCATTTAAAAAAATAGGTCTCCAAAAAAAACAAGTGCATAATTGGTCCTTGAATTTTCAATTATTTCTAATAGATCTCTAATTTTTAAAGTGTCTAATATGTCCTTTAAACATTCAGTTTTGTGACTAATAGGTCCTAGTAAACTGGCTAATATTCAACATTTTTAAAACTCATTGTGGATGGTAAACTGAATGGATTTCTTATTAGGCATAAAATCCATAAAATTCAATTTTATGTTAATAGATTCGTTAATTTTAAAAGATGTTGTATTTGTTAGAGACCTACCAGACATTTAAAGATTGTTAATCTCAAACATGTAAATTGAGGGAAAATGAAATTGTTTCCTTGGAGACCTTGTAGATTTCGTTCATCTATGAAATTATTTCTTAGAAAAAGAAGAGAACAATATTGGGAATAATTTCTGATCTCCTTGTAGGCTTATCATTGGTGCTTTGGAAAGTAATCCACCTTTGTTTTGTAAAATAACTTCGTATGTCAATATTTTCTGTCAAATTCATTTAGAACTATTATGCCACTTACGTATCCTTAATGGTAAATTCTTGAAGTTGTAAATGTAATACACTAGAGTGTAACCTATTTGTTTAGGAATGATGTCTTCCGTTTGCAACACAGGTTTCTAGTGCACTTATTTCTAGCAATGCTCTCCATATTGATTAATAAGATCCTGTAACTAATCAATTGAACTCTCTTTTCCCAGGACTCTGTTGCTTTGTTGGCATATGAACGACCACAAGAGTCCCCTGTTGGTTATCTTCTTGAGGATACACAGCGTGAAATTGTAGCTGACACGGTGAATGCCATGGTTTTATCAACTAATCCCAATGTGAAAAATTTACAAGGTTGTTTGCATCCATATCTTGAACGGTTGTTGAGGCAGCTGACTGCTTGCTGCTTGGTAAGAAGGTCTTTGAATGGGGATCAAGGTGAAACTTTTCAACTGCACAGAGTGCTTAACAGCATTGAAAAGTCTAAATGCTAGTGCTTAGGACACGTCCTGTTATATGCCTCATTTACCTTTTCCCCATTGTGTTCTGTGCCTGGAAATACTCTATGCCTAATAGGGGTCCAGTAGTGTTTCATTGCTTTAGGAAATTGGGGTTCTCTCTGTGTATGCTTGTAATCTTGTAAAGTCAGGACTTTACTTTGTATGGAAATTTATATCTACTATAAACTTGATCAGGTTTAATGAAATTCTTATAATGCACATTTATTGCACCTCGTTACAAAGCAATCAGTTGCGAAGAGATTAGTGGGAATAATAGACAATGATATATATCTTTTTTAATCTCTTCACCATCTCTTATTCACAATGAATCAAAGCACAGGTGGTACTTTTACTGGGCCGTTGAATTTTGGTCATCATCTGCCTTCTGTAATGTGGAGTTGTTCTCTTGTTTTTTCAGGTTTAAGAAGTACGGATACTTTAGTTTGGCAAGTGTGTTCGTGTCCGACACTTGTCGGACATTTCAACACTTGTTGGACACGTATCAGACACTTGTTAGTGCTACAAATGTGTTAGACATGCATTGAACACTTGTTGAGTAGACTAAAAGACACATATATGACAATAATAATTAACTTTTGAGTGTGAAATACATCAAGGTAAGTTTTTTAAGCATAGAAATGCATCAATCCATTTACTTTCAATTTTATTTTGGTATGAAAATAATATATATTTTTAAAAATGTATATTTTAATAAGCGTGTTCTTGCCGTATCATGTCCTAAATATTTAAAATATGGCGTGTCACTGTGTCCATGTCGTATCCGTGTCTCGTATCTGTATCTATACTTCTCAGTTCCAGCATCTCGTAAGTTCTCTCAAACAAGGATGTCTACACTTTATGGACCCTATGGCTCCATAGGTTGGCTAATTAGTAAAGGCAGTTTTCCTTGGGCTTTTTCTATTTATATATATTGTTCTTCAGGTGATTCGTAGAGATGTCTACACTTCAAGGTAATTAGTAGGTTTTGAATGGTTGGTAGGTTTTGAATGGACTTTGGTTTGATTGTATGTTTATGTTTGTCGTTATTTTATTTTATTCTACTCTTCGCTTTGATCACGAACTATTCTCAATAAAAGGTAATTACTTTTTTTTTTACTTTTTTTCAGTATTTATCACAACTATTTAAAAATTTTGCTATTTTGTGTAAATAGTTTATTTTATTTTTCTATTTTTAATTAATAAATCTATAAAATAGTTCACATCTTTTATTTAGAGAACATCTAAAAAAGAAAGGGAAAAAAAAAATATTGATAGATCTAGAAATTTAAGAAACATATTCAAAATTGTCGTGATCAAGACCTCTATTGGGTAAGAAAGAAAATGGAAGAATGAAGGGGGTGTTTGAGCCCTCAACTTCAAATGATGGAGCCTACATTTGGGGCTCTAATTATAATAGTTTATGTTTCTAACTATTATAATCTACAATTAACTACAATATTACTATTTTAAACCTCTCCTTACTATTTGTATAACCTACCGTTTATTATAACTCACAAACTATAATAACCAATTTAGCGTCCCAAACACTTTCAAAATGTATTGCAAATAGTTTTAGGAGAATTCAAATCAACTAGATTGCATTAACGGTTATATGTATGAGGATGCATGACCCTACTATTAGCATGCAAATTGACTAGTTTTCATTAATTGCTTACTAATTTGATTTTTCTACATTTTCTGGAAGATGAAATATTCTTACTGTTGTAAATGTACTTAGGTTGAATCTTTACGCCTCTGCATAGTTGCATATTCTATTTCTTATACTTGTTGCGATATGAACTAACAAATTCATTACTATTTTGAAATGCTAATGCATGTAGCAAAATATCAGGTAGTGGTTGTAGATCTAATAATGACATGTTTAGTCTCGCCCAGCCTCTGCTAAGTGAAACTTCTCAATAAGATAGAAGTCGCTTGGTTGAGCATCAATAAGCTTCTGCCTTAGAGTCAGTTGAACTGTCAACTATGCCAAGTGTGAAGTGACCTCCTTTACTACCACTTCAATTTCTACTCACTCGAAATCATTGCATAAATGAATCTGTTTGGTAATTAGAGTCGTTGAATAAGTTGTTTTTCTATTTAATGGCTCTGCTACCACAAGTTTGGACGTGTTTTTGCTAGCTTAAAACATGAAATCATGAGAGAAACATATGCGGAAGTTTCTATCTAAGCCCATTGGCTCGGTCACAGATTCTTCTTGTCAATCGTCGATCTGTCCTTGTCTTGACCTGAAATTTATAAGAGAAAAGAATGAGTACAAAATACTCAGTAAGTGACCCCATTATCAGGTTCAGGCAAACATTTTGTAACTATTCCTGGAAGATCATCTGAGTGGATAAGGCAAACATTTTGTAACTATTCCTGGAAGATCATCTGAGTGGATAACTCACTCATGTCTAGTGGCCTGAAGGCACACCGTCAAAACATGGAAGTGAACCTGATGGTCCACGACATCATAACATGAAGGTCCATTGGTTCACACATGTCTAGTGGCCTGATGATACACTGTCAAACATGAAAATGAACATGTCGATTCATGGTATCATAACATAGGACGTGACGGGGAGGTAAATCACCACTACCTGTCTGACATATAACTTATATATATGTATAACAAATCATAAATTCATAAAATATCATAAGTGTGCATGCTCAATTTCCATGATTCATAAAGATCATCCAAAATTCCACTAATTAACTTGGTAACATGAACTGGGGCGCCGAAGGCAAGTCGATAATAACATCACTTAGCTCAGAATTAAGCCCAAAATAGTAAGCAGTTTAACCACGCAAAATCCTTGAATTCAAGATCAATCCTGACATAATTCAAATTTAAAATTAATATTTAAGGCCTAATTTCAAATACCAAAATTTAAATCCCAACAATTTCAATACTTATCCCACAAGTGGTTTGACCCAAAACCACTTCAAGCTTCAAAATCAAACAATCCAACGACTAAAATGCTAAAATCAACCTCAAACCTTTGTTGGACAGCGGCTTAAAACCTTTCAAGTCTTCAATCTAGTACCAAACGTGTTGGGTATCAACCCATCGGAACCAAAACCCAATGGGTGTTCCAAACCCAATCAAGAAAAAACCATCAAAATGCTAAATCTAATCCAAGATTAACCTTACCTCAAAGGAAACACAAAAAATCGGTGACTAGAGGGCTTCTAGCAGCGCCAGACGAATCAGACTGTGGAGCTTGCAACTGACGTCAACAGCCGGCAGACCTAAGCGACGGCGACGGGATCCTCCACAGCATGCTCGCGACGACGACCCCTCCGACTGGCGTCGATCGGTGACATTGGACCCACGGAGCGCGACGACGACGAGACACGAGCTGACGGTAGCCGACGATCGGAGAACGAAGTCTGGTGCCGCAATCGGCGAGAACTCACACGAAGAAGAAGAAGAAGTTTTTTTAATGGGGCATTATTATTATTATTATTATTATTAG

mRNA sequence

ATGGTTGAGTTCTATACACACGACGAAATTGAAACATATCCAAGAATCCAACAAAATGACTACTTTGATCCCATAGTATTGAAGGAAATAAAGAAACCAACAAAAGAAATCCAACGTTCATTGGAAAAAATGACTCAACATATTGGTCATTTATCAATTCATTTGCAAGAGTTCAAGAATGGATTGATTTCATATACAGAAGAAAACACAAAGGAATCACAGTTGGAAACTTTTCAATTAGAAAATCTTGAAGATAAAATTGGAAAAAATCTTGTTGAGATCCATGTAGTTAATGGAGGTGATTGGGACAAAAATCATGAGAACGAAGTAGAAGAAGAAGAAGAAAAAGAAGAATTTACAGATGTTAATTTGGAAATTATTTTAAGTGAAGAAAAATTCAACGAAGAAGATGGAATAGAGGTATCGAACATTGAGCAAGAATCGAGCAAGAACAATGACACATTGATTGCGTTTGAAATGGATCACCAAACTGTCGAAGAACTTGAAGCGAATGATAAAGAAGACGTGATTCTCGAACAATTCTCTTTGGAAGGTGGTTTCTTAGTGATTGGTCCTTTGAATACGTTATTTGAAGCACAAGAGAGGATGAAGCAACAAGCCACCATTGAGAAGTTATCTTTGCCATCAAATGTCAGTTATAGAATAGTGCGCTCATACTTGCAACATTATGGTTATGAGGATACGCTCAGTGCATTTGATATGGCTTGCAAAAGCACTGTTCCTCCTATCTATATAGCTCAGGAAAATGGCTTTGATGAGCAGGATATTGTTTATGCTCTCAACCAGAGAAAGACTTTAAGGCAGCTTATCAGGAAGGGGGAGATTGATGCTGCACTTGGAAAGCTTAGTGAGTGGTATCCACAGATTGTTCAGGATGAAAAATCAGCTACTTGCTTTCTCCTTCATTGTCAAAAGTTCATTGAATTAGTCAGGGTTGGAGCGCTAGAGGAGGCTGTTAAATATGGAAGGAATCAATTGGGAAAGTTCTATGGTCTGCCTGGGTTTCAGGATCTAGTTCAGGACTCTGTTGCTTTGTTGGCATATGAACGACCACAAGAGTCCCCTGTTGGTTATCTTCTTGAGGATACACAGCGTGAAATTGTAGCTGACACGGTGAATGCCATGGTTTTATCAACTAATCCCAATGTGAAAAATTTACAAGGTTGTTTGCATCCATATCTTGAACGGTTGTTGAGGCAGCTGACTGCTTGCTGCTTGGTGATTCGTAGAGATGTCTACACTTCAAGACTGTGGAGCTTGCAACTGACGTCAACAGCCGGCAGACCTAAGCGACGGCGACGGGATCCTCCACAGCATGCTCGCGACGACGACCCCTCCGACTGGCGTCGATCGGTGACATTGGACCCACGGAGCGCGACGACGACGAGACACGAGCTGACGGTAGCCGACGATCGGAGAACGAAGTCTGGTGCCGCAATCGGCGAGAACTCACACGAAGAAGAAGAAGAAGTTTTTTTAATGGGGCATTATTATTATTATTATTATTATTAG

Coding sequence (CDS)

ATGGTTGAGTTCTATACACACGACGAAATTGAAACATATCCAAGAATCCAACAAAATGACTACTTTGATCCCATAGTATTGAAGGAAATAAAGAAACCAACAAAAGAAATCCAACGTTCATTGGAAAAAATGACTCAACATATTGGTCATTTATCAATTCATTTGCAAGAGTTCAAGAATGGATTGATTTCATATACAGAAGAAAACACAAAGGAATCACAGTTGGAAACTTTTCAATTAGAAAATCTTGAAGATAAAATTGGAAAAAATCTTGTTGAGATCCATGTAGTTAATGGAGGTGATTGGGACAAAAATCATGAGAACGAAGTAGAAGAAGAAGAAGAAAAAGAAGAATTTACAGATGTTAATTTGGAAATTATTTTAAGTGAAGAAAAATTCAACGAAGAAGATGGAATAGAGGTATCGAACATTGAGCAAGAATCGAGCAAGAACAATGACACATTGATTGCGTTTGAAATGGATCACCAAACTGTCGAAGAACTTGAAGCGAATGATAAAGAAGACGTGATTCTCGAACAATTCTCTTTGGAAGGTGGTTTCTTAGTGATTGGTCCTTTGAATACGTTATTTGAAGCACAAGAGAGGATGAAGCAACAAGCCACCATTGAGAAGTTATCTTTGCCATCAAATGTCAGTTATAGAATAGTGCGCTCATACTTGCAACATTATGGTTATGAGGATACGCTCAGTGCATTTGATATGGCTTGCAAAAGCACTGTTCCTCCTATCTATATAGCTCAGGAAAATGGCTTTGATGAGCAGGATATTGTTTATGCTCTCAACCAGAGAAAGACTTTAAGGCAGCTTATCAGGAAGGGGGAGATTGATGCTGCACTTGGAAAGCTTAGTGAGTGGTATCCACAGATTGTTCAGGATGAAAAATCAGCTACTTGCTTTCTCCTTCATTGTCAAAAGTTCATTGAATTAGTCAGGGTTGGAGCGCTAGAGGAGGCTGTTAAATATGGAAGGAATCAATTGGGAAAGTTCTATGGTCTGCCTGGGTTTCAGGATCTAGTTCAGGACTCTGTTGCTTTGTTGGCATATGAACGACCACAAGAGTCCCCTGTTGGTTATCTTCTTGAGGATACACAGCGTGAAATTGTAGCTGACACGGTGAATGCCATGGTTTTATCAACTAATCCCAATGTGAAAAATTTACAAGGTTGTTTGCATCCATATCTTGAACGGTTGTTGAGGCAGCTGACTGCTTGCTGCTTGGTGATTCGTAGAGATGTCTACACTTCAAGACTGTGGAGCTTGCAACTGACGTCAACAGCCGGCAGACCTAAGCGACGGCGACGGGATCCTCCACAGCATGCTCGCGACGACGACCCCTCCGACTGGCGTCGATCGGTGACATTGGACCCACGGAGCGCGACGACGACGAGACACGAGCTGACGGTAGCCGACGATCGGAGAACGAAGTCTGGTGCCGCAATCGGCGAGAACTCACACGAAGAAGAAGAAGAAGTTTTTTTAATGGGGCATTATTATTATTATTATTATTATTAG

Protein sequence

MVEFYTHDEIETYPRIQQNDYFDPIVLKEIKKPTKEIQRSLEKMTQHIGHLSIHLQEFKNGLISYTEENTKESQLETFQLENLEDKIGKNLVEIHVVNGGDWDKNHENEVEEEEEKEEFTDVNLEIILSEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFLVIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIRRDVYTSRLWSLQLTSTAGRPKRRRRDPPQHARDDDPSDWRRSVTLDPRSATTTRHELTVADDRRTKSGAAIGENSHEEEEEVFLMGHYYYYYYY

Homology

[Close]

BLAST of HG10003396 vs. NCBI nr
Match: XP_008459671.1 (PREDICTED: ran-binding protein 10 isoform X1 [Cucumis melo])

HSP 1 Score: 434.9 bits (1117), Expect = 9.7e-118
Identity = 231/288 (80.21%), Postives = 243/288 (84.38%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 173 SQEFFFTKNGIVVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKSF--AFDLK---- 232

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  LFEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP
Sbjct: 233 -------LFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 292

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQENGFDEQDI+YALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL
Sbjct: 293 PIYIAQENGFDEQDIMYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 352

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVR GALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYE+PQESPVGYLLE
Sbjct: 353 HCQKFIELVRAGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYEQPQESPVGYLLE 412

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLV R
Sbjct: 413 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVRR 444

[Close]

BLAST of HG10003396 vs. NCBI nr
Match: XP_011656119.1 (ran-binding protein M homolog [Cucumis sativus] >KGN52712.1 hypothetical protein Csa_007848 [Cucumis sativus])

HSP 1 Score: 434.9 bits (1117), Expect = 9.7e-118
Identity = 231/288 (80.21%), Postives = 244/288 (84.72%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 173 SQEFFFTKNGIVVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKPF--AFDLK---- 232

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  LFEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP
Sbjct: 233 -------LFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 292

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQENGFDEQDI+YALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL
Sbjct: 293 PIYIAQENGFDEQDIMYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 352

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYE+PQESPVGYLLE
Sbjct: 353 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYEQPQESPVGYLLE 412

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLE+LLRQLTACCLV R
Sbjct: 413 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLEQLLRQLTACCLVRR 444

[Close]

BLAST of HG10003396 vs. NCBI nr
Match: XP_038889904.1 (ran-binding protein M homolog [Benincasa hispida])

HSP 1 Score: 430.3 bits (1105), Expect = 2.4e-116
Identity = 227/288 (78.82%), Postives = 244/288 (84.72%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 173 SQEFFFTKNGIVVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKPF--AFDLK---- 232

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  +FEAQERMK+ ATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP
Sbjct: 233 -------VFEAQERMKRHATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 292

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQENGFDEQD++YALNQRKTLRQLIRKGEIDAALGKLSEW+PQIVQDEKSATCFLL
Sbjct: 293 PIYIAQENGFDEQDVMYALNQRKTLRQLIRKGEIDAALGKLSEWFPQIVQDEKSATCFLL 352

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVRVGALEEAVKYGRNQLGKFYG+PGFQDLVQDSVALLAYERPQESPVGYLLE
Sbjct: 353 HCQKFIELVRVGALEEAVKYGRNQLGKFYGVPGFQDLVQDSVALLAYERPQESPVGYLLE 412

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLE+LLRQLTACCLV R
Sbjct: 413 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLEQLLRQLTACCLVRR 444

[Close]

BLAST of HG10003396 vs. NCBI nr
Match: KAG7037148.1 (Ran-binding proteins 9/10-like protein, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 427.6 bits (1098), Expect = 1.6e-115
Identity = 210/221 (95.02%), Postives = 216/221 (97.74%), Query Frame = 0


Query: 196 LFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 255
           +FEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE
Sbjct: 244 VFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 303

Query: 256 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 315
           NGFDEQDI+Y L+QRKTLRQLIRKGEID ALGKLSEWYPQIVQDEKSATCFLLHCQKFIE
Sbjct: 304 NGFDEQDIMYDLSQRKTLRQLIRKGEIDVALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 363

Query: 316 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 375
           LVRVGALEEAVKYGRNQL KFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV
Sbjct: 364 LVRVGALEEAVKYGRNQLAKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 423

Query: 376 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           ADTVNAMVLSTNPNVK+LQGCLHP+LERLL+QLTACCLV R
Sbjct: 424 ADTVNAMVLSTNPNVKDLQGCLHPHLERLLKQLTACCLVRR 464

[Close]

BLAST of HG10003396 vs. NCBI nr
Match: KAG6607489.1 (Ran-binding protein M-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 427.6 bits (1098), Expect = 1.6e-115
Identity = 210/221 (95.02%), Postives = 216/221 (97.74%), Query Frame = 0


Query: 196 LFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 255
           +FEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE
Sbjct: 233 VFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 292

Query: 256 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 315
           NGFDEQDI+Y L+QRKTLRQLIRKGEID ALGKLSEWYPQIVQDEKSATCFLLHCQKFIE
Sbjct: 293 NGFDEQDIMYDLSQRKTLRQLIRKGEIDVALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 352

Query: 316 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 375
           LVRVGALEEAVKYGRNQL KFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV
Sbjct: 353 LVRVGALEEAVKYGRNQLAKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 412

Query: 376 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           ADTVNAMVLSTNPNVK+LQGCLHP+LERLL+QLTACCLV R
Sbjct: 413 ADTVNAMVLSTNPNVKDLQGCLHPHLERLLKQLTACCLVRR 453

[Close]

BLAST of HG10003396 vs. ExPASy Swiss-Prot
Match: F4HYD7 (Ran-binding protein M homolog OS=Arabidopsis thaliana OX=3702 GN=RANBPM PE=1 SV=1)

HSP 1 Score: 298.1 bits (762), Expect = 1.9e-79
Identity = 144/219 (65.75%), Postives = 172/219 (78.54%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQEN 256
           +EA ER KQQ  IEK+S+P N+ Y +V++YL HYGYE+TL AF++A K+TVPPI+I QEN
Sbjct: 226 YEASERNKQQLAIEKISIPPNIGYGLVKTYLLHYGYEETLDAFNLATKNTVPPIHIDQEN 285

Query: 257 GFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIEL 316
             DE D  YAL QRK LRQL+R GEID AL +L + YPQIVQD+KS  CFLLHCQKFIEL
Sbjct: 286 AIDEDDSSYALKQRKNLRQLVRNGEIDTALAELQKLYPQIVQDDKSVVCFLLHCQKFIEL 345

Query: 317 VRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIVA 376
           VRVG LEE V YGR +L KF GL GFQD+V+D  ALLAYE+P+ES V Y LED+QRE+VA
Sbjct: 346 VRVGKLEEGVNYGRLELAKFVGLTGFQDIVEDCFALLAYEKPEESSVWYFLEDSQRELVA 405

Query: 377 DTVNAMVLSTNPNVKNLQGCLH--PYLERLLRQLTACCL 414
           D VNA +LSTNPN K++Q   H   +LE+LLRQLT CCL
Sbjct: 406 DAVNAAILSTNPNKKDVQRSCHLQSHLEKLLRQLTVCCL 444

[Close]

BLAST of HG10003396 vs. ExPASy Swiss-Prot
Match: A7SWD3 (Glucose-induced degradation protein 8 homolog OS=Nematostella vectensis OX=45351 GN=v1g247787 PE=3 SV=1)

HSP 1 Score: 78.2 bits (191), Expect = 3.0e-13
Identity = 55/202 (27.23%), Postives = 98/202 (48.51%), Query Frame = 0


Query: 198 EAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQENG 257
           E   R +    I KL        R++  YL   GY++    F +             E+G
Sbjct: 5   EEVNREEWMEKIGKLRFQRAEMNRLIMDYLVTEGYKEAAEKFRI-------------ESG 64

Query: 258 FDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIELV 317
                 + +L+ R  +R+ ++KG+++ A+   ++  P I+ D      F L  Q+ IEL+
Sbjct: 65  TQPTAPLDSLDDRIKIREAVQKGDLEQAVSMTNKLNPDIL-DSNQQLYFHLQQQRLIELI 124

Query: 318 RVGALEEAVKYGRNQLGKFYGLPG-FQDLVQDSVALLAYERPQESPVGYLLEDTQREIVA 377
           R   +E AV++ + Q  +     G + + ++ ++ALLA++ P+ESP G LL  +QR+ VA
Sbjct: 125 REKDIEAAVEFAQGQFSEQGQESGRYLEELEQTMALLAFDNPEESPFGDLLHTSQRQKVA 184

Query: 378 DTVNAMVL-----STNPNVKNL 394
             +NA +L      T P + N+
Sbjct: 185 SELNAAILEAEHKKTQPKLANV 192

[Close]

BLAST of HG10003396 vs. ExPASy Swiss-Prot
Match: Q6PC55 (Glucose-induced degradation protein 8-A homolog OS=Danio rerio OX=7955 GN=gid8a PE=2 SV=1)

HSP 1 Score: 72.0 bits (175), Expect = 2.2e-11
Identity = 48/166 (28.92%), Postives = 89/166 (53.61%), Query Frame = 0


Query: 221 RIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQENGFDEQDIVYALNQRKTLRQLIRKG 280
           R++ +YL   G+++    F M             E+G +    + +L++R  +R+++ KG
Sbjct: 31  RLIMNYLVTEGFKEAAEKFRM-------------ESGIEPNVDLDSLDERIKIREMVLKG 90

Query: 281 EIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIELVRVGALEEAVKYGRNQLGKFYGLP 340
           +I  A+  ++  +P+++ D      F L  Q  IEL+R+   E A+++ ++QL +  G  
Sbjct: 91  QIQEAIALINSLHPELL-DTNRYLYFHLQQQHLIELIRLRETEAALEFAQSQLAE-QGEE 150

Query: 341 GFQDL--VQDSVALLAYERPQESPVGYLLEDTQREIVADTVNAMVL 385
             + L  ++ ++ALLA++ P+ESP G LL   QR+ V   VN  VL
Sbjct: 151 SRECLTEMERTLALLAFDNPEESPFGDLLNMMQRQKVWSEVNQAVL 181

[Close]

BLAST of HG10003396 vs. ExPASy Swiss-Prot
Match: E7FGY2 (Glucose-induced degradation protein 8-B homolog OS=Danio rerio OX=7955 GN=gid8b PE=2 SV=2)

HSP 1 Score: 71.6 bits (174), Expect = 2.8e-11
Identity = 48/166 (28.92%), Postives = 88/166 (53.01%), Query Frame = 0


Query: 221 RIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQENGFDEQDIVYALNQRKTLRQLIRKG 280
           R++ +YL   G+++    F M             E+G +    + +L++R  +R+++ KG
Sbjct: 32  RLIMNYLVTEGFKEAAEKFRM-------------ESGIEPSVDLDSLDERIKIREMVLKG 91

Query: 281 EIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIELVRVGALEEAVKYGRNQLGKFYGLP 340
           +I  A+  ++  +P+++ D      F L  Q  IEL+R+   E A+++ + QL +  G  
Sbjct: 92  QIQEAIALINSLHPELL-DTNRYLYFHLQQQHLIELIRLRETEAALEFAQTQLAE-QGEE 151

Query: 341 GFQDL--VQDSVALLAYERPQESPVGYLLEDTQREIVADTVNAMVL 385
             + L  ++ ++ALLA++ P+ESP G LL   QR+ V   VN  VL
Sbjct: 152 SRECLTEMERTLALLAFDNPEESPFGDLLNMMQRQKVWSEVNQAVL 182

[Close]

BLAST of HG10003396 vs. ExPASy Swiss-Prot
Match: Q9NWU2 (Glucose-induced degradation protein 8 homolog OS=Homo sapiens OX=9606 GN=GID8 PE=1 SV=1)

HSP 1 Score: 71.2 bits (173), Expect = 3.7e-11
Identity = 49/166 (29.52%), Postives = 86/166 (51.81%), Query Frame = 0


Query: 221 RIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQENGFDEQDIVYALNQRKTLRQLIRKG 280
           R++ +YL   G+++    F M             E+G +    +  L++R  +R++I KG
Sbjct: 31  RLIMNYLVTEGFKEAAEKFRM-------------ESGIEPSVDLETLDERIKIREMILKG 90

Query: 281 EIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIELVRVGALEEAVKYGRNQLGKFYGLP 340
           +I  A+  ++  +P+++ D      F L  Q  IEL+R    E A+++ + QL +  G  
Sbjct: 91  QIQEAIALINSLHPELL-DTNRYLYFHLQQQHLIELIRQRETEAALEFAQTQLAE-QGEE 150

Query: 341 GFQDL--VQDSVALLAYERPQESPVGYLLEDTQREIVADTVNAMVL 385
             + L  ++ ++ALLA++ P+ESP G LL   QR+ V   VN  VL
Sbjct: 151 SRECLTEMERTLALLAFDSPEESPFGDLLHTMQRQKVWSEVNQAVL 181

[Close]

BLAST of HG10003396 vs. ExPASy TrEMBL
Match: A0A0A0KW89 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G651700 PE=4 SV=1)

HSP 1 Score: 434.9 bits (1117), Expect = 4.7e-118
Identity = 231/288 (80.21%), Postives = 244/288 (84.72%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 173 SQEFFFTKNGIVVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKPF--AFDLK---- 232

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  LFEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP
Sbjct: 233 -------LFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 292

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQENGFDEQDI+YALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL
Sbjct: 293 PIYIAQENGFDEQDIMYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 352

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYE+PQESPVGYLLE
Sbjct: 353 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYEQPQESPVGYLLE 412

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLE+LLRQLTACCLV R
Sbjct: 413 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLEQLLRQLTACCLVRR 444

[Close]

BLAST of HG10003396 vs. ExPASy TrEMBL
Match: A0A1S3CB75 (ran-binding protein 10 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103498719 PE=4 SV=1)

HSP 1 Score: 434.9 bits (1117), Expect = 4.7e-118
Identity = 231/288 (80.21%), Postives = 243/288 (84.38%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 173 SQEFFFTKNGIVVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKSF--AFDLK---- 232

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  LFEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP
Sbjct: 233 -------LFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 292

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQENGFDEQDI+YALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL
Sbjct: 293 PIYIAQENGFDEQDIMYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 352

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVR GALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYE+PQESPVGYLLE
Sbjct: 353 HCQKFIELVRAGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYEQPQESPVGYLLE 412

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLV R
Sbjct: 413 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVRR 444

[Close]

BLAST of HG10003396 vs. ExPASy TrEMBL
Match: A0A6J1DLW3 (ran-binding protein 10 OS=Momordica charantia OX=3673 GN=LOC111022376 PE=4 SV=1)

HSP 1 Score: 426.8 bits (1096), Expect = 1.3e-115
Identity = 227/288 (78.82%), Postives = 242/288 (84.03%), Query Frame = 0


Query: 129 SEEKFNEEDGIEVSNIEQESSKNNDTLIAFEMDHQTVEELEANDKEDVILEQFSLEGGFL 188
           S+E F  ++GI V  +E++        IA    H   EE++ N  +      F L+    
Sbjct: 170 SQEFFFTKNGIIVGAVEKDMKGPLFPTIAV---HSQNEEVQVNFGQKPF--AFDLK---- 229

Query: 189 VIGPLNTLFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVP 248
                  +FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTL+AFDMACKSTVP
Sbjct: 230 -------VFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLNAFDMACKSTVP 289

Query: 249 PIYIAQENGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLL 308
           PIYIAQE+GFDEQDI+YALN RKTLRQLIRKGEIDAALG LSEWYPQIVQDEKSATCFLL
Sbjct: 290 PIYIAQESGFDEQDIMYALNHRKTLRQLIRKGEIDAALGNLSEWYPQIVQDEKSATCFLL 349

Query: 309 HCQKFIELVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 368
           HCQKFIELVRVGALEEAVKYGRNQL KFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE
Sbjct: 350 HCQKFIELVRVGALEEAVKYGRNQLAKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLE 409

Query: 369 DTQREIVADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTQREIVADTVNAMVLSTNPNVK+LQGCLHPYLERLLRQLTACCLV R
Sbjct: 410 DTQREIVADTVNAMVLSTNPNVKDLQGCLHPYLERLLRQLTACCLVRR 441

[Close]

BLAST of HG10003396 vs. ExPASy TrEMBL
Match: A0A6J1GB42 (ran-binding protein M homolog OS=Cucurbita moschata OX=3662 GN=LOC111452559 PE=4 SV=1)

HSP 1 Score: 425.2 bits (1092), Expect = 3.7e-115
Identity = 209/221 (94.57%), Postives = 215/221 (97.29%), Query Frame = 0


Query: 196 LFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 255
           +FEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIA E
Sbjct: 229 VFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAPE 288

Query: 256 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 315
           NGFDEQDI+Y L+QRKTLRQLIRKGEID ALGKLSEWYPQIVQDEKSATCFLLHCQKFIE
Sbjct: 289 NGFDEQDIMYDLSQRKTLRQLIRKGEIDVALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 348

Query: 316 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 375
           LVRVGALEEAVKYGRNQL KFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV
Sbjct: 349 LVRVGALEEAVKYGRNQLAKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 408

Query: 376 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           ADTVNAMVLSTNPNVK+LQGCLHP+LERLL+QLTACCLV R
Sbjct: 409 ADTVNAMVLSTNPNVKDLQGCLHPHLERLLKQLTACCLVRR 449

[Close]

BLAST of HG10003396 vs. ExPASy TrEMBL
Match: A0A6J1KBP0 (ran-binding protein M homolog OS=Cucurbita maxima OX=3661 GN=LOC111492850 PE=4 SV=1)

HSP 1 Score: 424.9 bits (1091), Expect = 4.9e-115
Identity = 208/221 (94.12%), Postives = 216/221 (97.74%), Query Frame = 0


Query: 196 LFEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 255
           +FEAQERMKQQ TIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE
Sbjct: 228 VFEAQERMKQQTTIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQE 287

Query: 256 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 315
           NGFDEQDI+Y L+QRKTLRQLIRKGEID ALGKLSEWYPQIVQDEKSATCFLLHCQKFIE
Sbjct: 288 NGFDEQDIMYDLSQRKTLRQLIRKGEIDVALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 347

Query: 316 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 375
           LVRVGALEEAVKYGRNQL KFYGLPGFQDLVQDSVALLAYERPQESPVGYLLED+QREIV
Sbjct: 348 LVRVGALEEAVKYGRNQLAKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDSQREIV 407

Query: 376 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           ADTVN+MVLSTNPNVK+LQGCLHP+LERLL+QLTACCLV R
Sbjct: 408 ADTVNSMVLSTNPNVKDLQGCLHPHLERLLKQLTACCLVRR 448

[Close]

BLAST of HG10003396 vs. TAIR 10
Match: AT1G35470.2 (SPla/RYanodine receptor (SPRY) domain-containing protein )

HSP 1 Score: 298.1 bits (762), Expect = 1.3e-80
Identity = 144/219 (65.75%), Postives = 172/219 (78.54%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQEN 256
           +EA ER KQQ  IEK+S+P N+ Y +V++YL HYGYE+TL AF++A K+TVPPI+I QEN
Sbjct: 226 YEASERNKQQLAIEKISIPPNIGYGLVKTYLLHYGYEETLDAFNLATKNTVPPIHIDQEN 285

Query: 257 GFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIEL 316
             DE D  YAL QRK LRQL+R GEID AL +L + YPQIVQD+KS  CFLLHCQKFIEL
Sbjct: 286 AIDEDDSSYALKQRKNLRQLVRNGEIDTALAELQKLYPQIVQDDKSVVCFLLHCQKFIEL 345

Query: 317 VRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIVA 376
           VRVG LEE V YGR +L KF GL GFQD+V+D  ALLAYE+P+ES V Y LED+QRE+VA
Sbjct: 346 VRVGKLEEGVNYGRLELAKFVGLTGFQDIVEDCFALLAYEKPEESSVWYFLEDSQRELVA 405

Query: 377 DTVNAMVLSTNPNVKNLQGCLH--PYLERLLRQLTACCL 414
           D VNA +LSTNPN K++Q   H   +LE+LLRQLT CCL
Sbjct: 406 DAVNAAILSTNPNKKDVQRSCHLQSHLEKLLRQLTVCCL 444

[Close]

BLAST of HG10003396 vs. TAIR 10
Match: AT1G35470.1 (SPla/RYanodine receptor (SPRY) domain-containing protein )

HSP 1 Score: 289.7 bits (740), Expect = 4.7e-78
Identity = 142/219 (64.84%), Postives = 170/219 (77.63%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQEN 256
           +EA ER KQQ  IEK+S+P N+ Y +V++YL HYGYE+TL AF++A K+TVPPI+I QEN
Sbjct: 226 YEASERNKQQLAIEKISIPPNIGYGLVKTYLLHYGYEETLDAFNLATKNTVPPIHIDQEN 285

Query: 257 GFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIEL 316
             DE D  YAL QRK LRQL+R GEID AL +L + YPQIVQD+KS  CFLLHCQKFIEL
Sbjct: 286 AIDEDDSSYALKQRKNLRQLVRNGEIDTALAELQKLYPQIVQDDKSVVCFLLHCQKFIEL 345

Query: 317 VRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIVA 376
             VG LEE V YGR +L KF GL GFQD+V+D  ALLAYE+P+ES V Y LED+QRE+VA
Sbjct: 346 --VGKLEEGVNYGRLELAKFVGLTGFQDIVEDCFALLAYEKPEESSVWYFLEDSQRELVA 405

Query: 377 DTVNAMVLSTNPNVKNLQGCLH--PYLERLLRQLTACCL 414
           D VNA +LSTNPN K++Q   H   +LE+LLRQLT CCL
Sbjct: 406 DAVNAAILSTNPNKKDVQRSCHLQSHLEKLLRQLTVCCL 442

[Close]

BLAST of HG10003396 vs. TAIR 10
Match: AT4G09340.1 (SPla/RYanodine receptor (SPRY) domain-containing protein )

HSP 1 Score: 288.5 bits (737), Expect = 1.0e-77
Identity = 145/220 (65.91%), Postives = 173/220 (78.64%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMACKSTVPPIYIAQEN 256
           +E+ ER KQQ  IEK+S+PSN+S  +V++YL HYGYE+T  A D+A  ST+PPI  AQEN
Sbjct: 205 YESSERNKQQIAIEKISIPSNMSLGLVKNYLLHYGYEETHHALDLATNSTLPPINGAQEN 264

Query: 257 GFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIEL 316
           G D  D  YAL++RK LRQLIRKGEIDAAL KL + YPQ+VQ++KS  CFLLHCQKFIEL
Sbjct: 265 GID--DTSYALHERKILRQLIRKGEIDAALAKLRDSYPQLVQNDKSEVCFLLHCQKFIEL 324

Query: 317 VRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIVA 376
           VR+GALEEAVKYGR +L KF GL  FQD+++D  ALL YERP+ES VGY LE+TQRE+VA
Sbjct: 325 VRIGALEEAVKYGRMELAKFIGLTTFQDILEDCFALLVYERPEESNVGYFLEETQREVVA 384

Query: 377 DTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIR 417
           DTVNA +LST P  KN     H +LE LLRQLTACCL +R
Sbjct: 385 DTVNAAILSTKPKGKNQS---HSHLETLLRQLTACCLELR 419

[Close]

BLAST of HG10003396 vs. TAIR 10
Match: AT4G09200.1 (SPla/RYanodine receptor (SPRY) domain-containing protein )

HSP 1 Score: 159.1 bits (401), Expect = 9.6e-39
Identity = 95/223 (42.60%), Postives = 132/223 (59.19%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMAC-KSTVPPIYIAQE 256
           FE   R+K++  IEK+S+  ++S+ +V++YL  YGYED+  AF++A  + TV    IAQE
Sbjct: 187 FEESLRVKKEREIEKISMSRSISHGLVKTYLLRYGYEDSFRAFNLAASRHTV----IAQE 246

Query: 257 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 316
           N FDE    Y L+QRK LR+LI   EID A+  L + YPQ+++    A  FLL CQK +E
Sbjct: 247 NSFDE----YELHQRKKLRELIMTAEIDDAIAALKDRYPQLIEGGSEA-YFLLICQKIVE 306

Query: 317 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 376
           LVR GA+ EA  +G      F      ++L  D  AL   E  +ES   YLL +TQ+ IV
Sbjct: 307 LVRKGAIAEAKSFGNQDFKDFRDSSLLKNLFDDCSALFECETIEESGAAYLLGETQKNIV 366

Query: 377 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIRRD 419
           A  V+  +LSTNP  ++ Q      LER+LRQ  A C +  R+
Sbjct: 367 AAAVSEAILSTNPATRDQQSA---SLERVLRQFEATCSLYARE 397

[Close]

BLAST of HG10003396 vs. TAIR 10
Match: AT4G09310.1 (SPla/RYanodine receptor (SPRY) domain-containing protein )

HSP 1 Score: 159.1 bits (401), Expect = 9.6e-39
Identity = 95/223 (42.60%), Postives = 132/223 (59.19%), Query Frame = 0


Query: 197 FEAQERMKQQATIEKLSLPSNVSYRIVRSYLQHYGYEDTLSAFDMAC-KSTVPPIYIAQE 256
           FE   R+K++  IEK+S+  ++S+ +V++YL  YGYED+  AF++A  + TV    IAQE
Sbjct: 187 FEESLRVKKEREIEKISMSRSISHGLVKTYLLRYGYEDSFRAFNLAASRHTV----IAQE 246

Query: 257 NGFDEQDIVYALNQRKTLRQLIRKGEIDAALGKLSEWYPQIVQDEKSATCFLLHCQKFIE 316
           N FDE    Y L+QRK LR+LI   EID A+  L + YPQ+++    A  FLL CQK +E
Sbjct: 247 NSFDE----YELHQRKKLRELIMTAEIDDAIAALKDRYPQLIEGGSEA-YFLLICQKIVE 306

Query: 317 LVRVGALEEAVKYGRNQLGKFYGLPGFQDLVQDSVALLAYERPQESPVGYLLEDTQREIV 376
           LVR GA+ EA  +G      F      ++L  D  AL   E  +ES   YLL +TQ+ IV
Sbjct: 307 LVRKGAIAEAKSFGNQDFKDFRDSSLLKNLFDDCSALFECETIEESGAAYLLGETQKNIV 366

Query: 377 ADTVNAMVLSTNPNVKNLQGCLHPYLERLLRQLTACCLVIRRD 419
           A  V+  +LSTNP  ++ Q      LER+LRQ  A C +  R+
Sbjct: 367 AAAVSEAILSTNPATRDQQSA---SLERVLRQFEATCSLYARE 397

The following BLAST results are available for this feature:

BLAST of HG10003396 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008459671.1	9.7e-118	80.21	PREDICTED: ran-binding protein 10 isoform X1 [Cucumis melo]	[more]
XP_011656119.1	9.7e-118	80.21	ran-binding protein M homolog [Cucumis sativus] >KGN52712.1 hypothetical protein...	[more]
XP_038889904.1	2.4e-116	78.82	ran-binding protein M homolog [Benincasa hispida]	[more]
KAG7037148.1	1.6e-115	95.02	Ran-binding proteins 9/10-like protein, partial [Cucurbita argyrosperma subsp. a...	[more]
KAG6607489.1	1.6e-115	95.02	Ran-binding protein M-like protein, partial [Cucurbita argyrosperma subsp. soror...	[more]

BLAST of HG10003396 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HYD7	1.9e-79	65.75	Ran-binding protein M homolog OS=Arabidopsis thaliana OX=3702 GN=RANBPM PE=1 SV=...	[more]
A7SWD3	3.0e-13	27.23	Glucose-induced degradation protein 8 homolog OS=Nematostella vectensis OX=45351...	[more]
Q6PC55	2.2e-11	28.92	Glucose-induced degradation protein 8-A homolog OS=Danio rerio OX=7955 GN=gid8a ...	[more]
E7FGY2	2.8e-11	28.92	Glucose-induced degradation protein 8-B homolog OS=Danio rerio OX=7955 GN=gid8b ...	[more]
Q9NWU2	3.7e-11	29.52	Glucose-induced degradation protein 8 homolog OS=Homo sapiens OX=9606 GN=GID8 PE...	[more]

BLAST of HG10003396 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KW89	4.7e-118	80.21	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G651700 PE=4 SV=1	[more]
A0A1S3CB75	4.7e-118	80.21	ran-binding protein 10 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103498719 PE=4 S...	[more]
A0A6J1DLW3	1.3e-115	78.82	ran-binding protein 10 OS=Momordica charantia OX=3673 GN=LOC111022376 PE=4 SV=1	[more]
A0A6J1GB42	3.7e-115	94.57	ran-binding protein M homolog OS=Cucurbita moschata OX=3662 GN=LOC111452559 PE=4...	[more]
A0A6J1KBP0	4.9e-115	94.12	ran-binding protein M homolog OS=Cucurbita maxima OX=3661 GN=LOC111492850 PE=4 S...	[more]

BLAST of HG10003396 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G35470.2	1.3e-80	65.75	SPla/RYanodine receptor (SPRY) domain-containing protein	[more]
AT1G35470.1	4.7e-78	64.84	SPla/RYanodine receptor (SPRY) domain-containing protein	[more]
AT4G09340.1	1.0e-77	65.91	SPla/RYanodine receptor (SPRY) domain-containing protein	[more]
AT4G09200.1	9.6e-39	42.60	SPla/RYanodine receptor (SPRY) domain-containing protein	[more]
AT4G09310.1	9.6e-39	42.60	SPla/RYanodine receptor (SPRY) domain-containing protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013144	CRA domain	SMART	SM00757	toby_final6	coord: 320..421 e-value: 1.5E-21 score: 87.6
IPR006595	CTLH, C-terminal LisH motif	SMART	SM00668	ctlh	coord: 266..324 e-value: 2.1E-14 score: 63.9
IPR006595	CTLH, C-terminal LisH motif	PROSITE	PS50897	CTLH	coord: 266..324 score: 13.646889
IPR024964	CTLH/CRA C-terminal to LisH motif domain	PFAM	PF10607	CLTH	coord: 268..410 e-value: 4.5E-21 score: 75.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 435..458
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 471..492
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 433..492
None	No IPR available	PANTHER	PTHR12864:SF49	RAN-BINDING PROTEIN M HOMOLOG	coord: 197..416
None	No IPR available	PANTHER	PTHR12864	RAN BINDING PROTEIN 9-RELATED	coord: 197..416
IPR006594	LIS1 homology motif	PROSITE	PS50896	LISH	coord: 215..247 score: 8.561396

Relationships

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


Feature Name	Unique Name	Type
HG10003396.1	HG10003396.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0007166	cell surface receptor signaling pathway
biological_process	GO:0007010	cytoskeleton organization
cellular_component	GO:0005737	cytoplasm
molecular_function	GO:0005515	protein binding