Spg020737 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg020737
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Protein MNN4-like
Location	scaffold10: 27856619 .. 27873726 (-)
RNA-Seq Expression	Spg020737
Synteny	Spg020737

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

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

ATGGATAGAGAGCCTGAGGTTGAGGAGGTTCCTGTAACCCCTGAAGCTTCGAAGAAGAAAACTAAGAAGAAAAGTACTCCACAAGAGAAGGAAGCACGAAGGTTGCGAAAGCAACAAGAGTTGCCGTTCACTGAGGCGATTTAGAAAGTGCTGGAAGATGTTGCTGACCCTGTGCCAGAACAAGAGAATGTGGAAGAGTACTTCAGAAAAAGAAATTGAGAAAGAGAATACCCCTGAACCCATAGAAACTCAAGTTCAAGAAGTGGTTCAAGAAGCAATTTAAGAGAAGAAGCAATTTAAGAGGTGGCAGAAGTGGCAAAAGTTCAACCCCGTCCTAGGAAAAGGAGAAAGTAGAAAGCGGGACGAATTAAGCGGGTAAGAACTCCTACACCTTCTCCTCCTTCGAGTGATTCTGAAAAAGAGAAATATGAGAAAGTGAAAGAGAAATCCGTGGAAGAAGAAGTTGTGGAAGTAAGAGAAAAAGAAAAAGAAGATAAAGGAAAGAGTGTATTGGAAGATGAAGAAGAGCCAGAGGAGCGTCTGCCATATGAGATGTTCGTCAGCGAAGTTGCTCGGGCAAAATATAGAGAGATGTTGAAATGAGATTTTCTGACGGAGCGTGGATTTGATGATGGTTAGGAGCTGCCCCATTTCTTAAGAGCTGGTATCACAAATCACGGATGGGAACAGTTCTGCGCGAAACTAGAGCCAACCAATGCCCACATGGTAAGAGAATTTTATGGAAACATTGACGAACAAGAGGGTTTCCAAGTGATTGTTCGAGGTGTAGCTGTTGATTGGAGCCTAGGGGCAATCAATTCTCTGTTTAGCCTTCAAGACTTCCCACACGCTGTTTTTAATGAGATGGCTATTGCTCCCTCAAACGAGGAAATGAATGCCGCAGTTCAAGAAGTAGGTGTGGAAGGGGCCCAATGGAGATTATCCAAAACAAAGAAGAGAACGTTCCAGTCCGCTTATCTGAAGAGCAAGGCTAATACGTGGCTAGGCTTTGTAAATCTTAGATTGCTTCCCACCACCCACGACTCCACTGTTTCTAGAGATGGAGTACTTTTGGTATTTGTAATTCTGCGATGATTAAACATAGATGTTGGCAAGATCATTTCCAGTGAAGTACATAATTGCTGGCGCAAAAAGGTAGGCAAATTGTTTTTTCCGAATACCATTACGATGTTATGCAAGAGAGCGGGGGTTCTAGAAAGGGATGATGATATAAAACTATTCGACAAGGGGATCATAGAAATGCCCAATTTGGTTTGACTTCAGAGGAGTGAGGCACGCCAAGGGGGGCTATTATGTGGTGTGCACCGAGTGCAAGAACAACTTCAAATGGTAATCAGTAGGCTGAAGTTCACAGAACACCAACTCCAAACCTACTGGAGTTATGCTAAGCGGCGAGACACCACATCAAAGAAAGCTCTACAAACAAATTTTTCAAAGCCTTACTCAGCTTTTCTAGTGTTCCTCGATGATCTGATGAACTCTTGGATCCCGCCGCCGCTAGTAGTTAGAGAAGAAGAAGATGAACAAGAAGTAGAAAATGAAGATTCAAAATTTTGTCTGCTCGCAATATCTTTGATTTTCTTTGCTTTTATTTATGCTATTTCTGTTTTTCTTTTTGCTACTTCAAAAATTATCTCTGCTAATGTAAATTTTTGTTCTTATTTCACTTTTAATGAAATCTATCTTTTGTTTGTTTTTCATGGCACAACTGAGTATATACCTAACTTATTTTTCTTCTGAATTTTTGGAGCTTGGACTAGTTAGCTTAGTTAGATCAAGGTATTTTGATCTCTAGAAACCTTTTCCTTGAGCATTCCTTCTAGCCTAGTCTTAGCTGCGGCAAAAAGTTCTGAGGTAGCATTGTCTTATTTGATCCACCTTAAGCTTAGTTCTAGTCCCGCGCTTAGTCTAAATTCAGAGAAAAAATTAAGTTTGGGGGAGTTGGTTATGCGTTAATAATTCATTGAGGACAATGAATAATTTAAGTTTGGGGGACTTAGAGACACTCCTCTTGTTTGCTCCGAGCATTCCTCTCCTTCATAATTTTTCTAGGTTGTTGAGTAACCAGGGACATTTGTGACACCCACAGTTTGTCTTTGCATCAAAAGATGGCCTAGGAAAATGTTGAGAAAAAATGATGAAAAAAGGTATGTGCTTAAAAGAAAAGAAAATATTTTTGCTGAAAAATTTGACAGAGCAAAATTTTTTATGGATGAATAATAGTCTGGTAGTTTTCTATCTCCCAGGGCTTAGGTGAGCTTCATCATAACATGTCGCCATTCTGAGAAGCAAGGGATAGATAACTAAAGATGTTTGAGGCTTAGCAATGAGTGTTTAACCTAGTTGGTGATAAGCTTGAAGGCAAGGGTATACTGCATCATAAAATGGGCCATCCTGTGGATAAGAGTTTATGACTTTATGGCTGCTCTAAGTCTGAAAAACGAAAAAACAAATCCCTTAAATTTATAAAAAGTCTTTTAATGTTGCTAGGTTGTGGTAGTTCTTAGGATTGAGTTAAAGGTGGTGATTATTTGTTCAATGCTGAAAGAACTATTTTGCTGTGGCAATGCATGGTTTTGCAGGATGCTCAGGTAAAGATAGAAGGTAGTGTTGGATTATCTGTTTTAATTAAGTTGTGTTAAGTCCATTGTTCTGAATTTCTGAGAATGAGAGTTGGTATTACTCAAGACGAGCAATAGTTCAAGTTTGGGGGTGTGATAACTCTCCAAAAGGGAGTTATTTATAGTCTATTATCAGATGATTTATATGTTAATTGTACCATTTGGATGTGTTTATTGTATGGACTTATTGTGTTTTAGCCTAATTATATGAATTGATGCTTTGGAGTTTCTTTTACAGAAAAATGTAAATGTTGACCAGTTTAAGAGAGCAAAGTTTGTTGATCCAACAAAATATCAACAAAACTGGCCACGTGAGCTACACGTGATTCATTAAATGAGGTGGCATTTTCAGCATAGATCTCAAATTTACCACACTTGGGAAGTGCTCCATGTTTCATAATTGACCTAATTAGGTTAAACCTCATCTTATAAATAAGAGTAGCCGTATGAATCAAGATATTCCATCTTATGGAGGTCGATTAGAGATCAAAGCCGATTGGAGACCACAAGAAGACCATCTTGTGAATTCTCTCAAGGAAGACGAAGTCTTTCCATGTTCTTGAGGGTTTGGAGCAACCGTTTCAGCCACAATTACTAGGAGGATTAGTATTTTTTGTTTGATTTACATTATGGATGCATTTATTGAGATTGTAACGTGCTTTATGTTTCATATTATGAACTAATTACTTTTAGGCAAGGGCTAAGAACAATGTAATTGTCACTTTTATTAATCTAGAAATTCTTGTTGATTTTGAGCATCTTGATTATTTGTTGAGCATATTTTTATTATGTGTCCGCCTAGCCAACCGGTATGCATAACTTCTCTTAGTTTCAGGAATGATTTAAGAGTTGTGTGGCATTTAATCACACTAGACTGTAGATAGTTGGTGGACGCCAGTAGTTGAGTTAGGGATAACCAATTGCCTAGTGCATGATCGGTAGAACTTCATTGGAGTTGAAACACATTCCAAAAAATCCAGAGTTCCCAGAGGATCCTGCTGATAAGACTGCATGAGATTGCCTGATCAAAAGAATTGCTGGATCATTTCTATAACAATTACAGAAGTCTTAACTTGTGCCTGTTTCCATTCTGTTTCCTCTATTCGTTTACATTTTATGTTTTCTCATTTATTTTGCTTCGGCATTTTAAAACCCAATCAATTTAACCAACTTTTGAAATCACTAAAGACTAATTAAAATCAATCGAGTGAGGCTATTAAAGACCCTGTGGATATGATAAATACTTATCACTTGTTGTAGATTGTGTATGTTTGCACAGTATTTTGGAGTAAATTTGACCTATATTTTTAAGGGAAAACCTTGGAAATAGCCACAAAAAAAAAAAAAAAATCGGTTTAGAAAGATAGACAAAAAATAAAAAGGGGAAAAATGGCCAAATCGTGGGACCCACACGACTGTATTTGTTACCTGAACTTCCATTTTTGCTCTTTTCATAACTGTCTGTCTACACCTTCCTAAAAGTAAGGAAAATGTAATTGTAATCTTTTTCTCTCTACTTTTATCAATCGTTTTCTCTCTTAGTATCAAATAGATTTAGTTTACCCTAGATTTTGTTTTCAAATGTATCGTTTAGTTTGAAAATCAGATATTATATTATCTTTTTTTTTTTTATTTGGATTTTTTCTGTTTGCTAAGGATTCAATTTTTTTCACTCTTCTCTACGCTTTAGTATTTCAATCGATTTTCAACCAACCATTGTTGTGTAAACCTTCATTAAAGAAGCTTGGTTTTCTTGCAATCGATTTTTTACCAAGTCCTTTTATTTCTTCGATGTCTTTTTTAAATCTCCCTTTTTCCCGTCTCCTTGTTCCTCAGCCCTTCTTCCCTTTTCTGTTTTCCTATTACATTTTAAATCCCGAACCAAAAGGATTGAATGACCCCAACGTTCTAAGTAAGCAAAAAAAGCAAGGACCATACATGCGAGATACAATGTACCTTGAATCGAAGCAAGTGTCCTTGTTCCTGAGCGCCAACCTCTACTTCGAGTATTCTTGCCCTCGCCGTTGAACTACAATTCGAAATCGACGTGCAAGCGTGAGATCGATGATCTGAACCAAAGTTCTTCACTGAAAAACCAATTTTCAGTAGTCAAACACCAAGATGGATGTAGAAGATTAAGAAGAAGAATATGAGAGGAAGCGGGAGATTGATGAAAAAGCATGAAGAAGCTGAAGGGTTTTTGTTTCTCTCAAGGTGCTTTTTCTTTTTGAAGTGGAAAAGGCTGAAGGTGTAATTTCAAATGTGAAGGTGGGTGAAGTCTATTGGTAAAACCCTAGGTAATTAACCAAATTCGTGGTTTTTTTCTGTTATTCCTGCTGTTTTAAGTTTTTTTATTTCTTCTTCATTTATTGATTTGACATTTCAATTATTCTATGCTTTAATTAATGGTTTAATATCATTTTGCTAGCATTGCAGCTCTTACTCAGTGTTTGTGTTTAGTTAACTTCCTCAGTATTCATATTGACAGATTCTGTGAAAATATTATGAATTTTTGGGTATGAATTTTTTTTTTTGTATCATCGATCTTTCTCATCACTAGGTTTAACTAAAATTTGAATTTCAAATCTCTTTTTATCATTAAGTTTGGATTCCTTAATTTTAGGTTTCTGTATTTGAATTTGGTTTATTTAAATTAAATCATGTAGTTTGTTAAATGTACCATGTATTTCTCTGGTATTTGTTATTTTAGTGTTTGGGGGTATTTTTGTAAATCGTTAATTCATATTAATTAATGCATAAATTCAAATTGGCCATTTATCTAAAAAATGAGTCAGGTTGCCATTTTTCAAAAAACGTATTTAATTTTGGCCATTCTTCTCGTTAGCCCTATTTTTAACCACTCCAGAAGGCAACACTGCATTTTTCTAGAATAGCTAATAGAATGCATTCAATCAATCCTAAGAGGCGTCAATCCAAAGGAAAACAATCAAACACATTGGTTTATGCAAGATGACATGAAAAACATCAATTAAACTCAGCAAATAACAACAAGGTATCTAAACAGTCTCCCAATCCAACGATACAATAAGTTTAGCTACTCATAATTGAGGGAAAACAACAAATAAAATCAAAACAATACATAAGAAACAACCTAAAAGAGTCTAAGCAACTCAGAATTCTAACCTCACGGCGGTTAAAACCAAAACCCTATATTTATAATAATCGAACCAACATCGATACGCTAGAAAACGACGTCTCAACGCTGAGTGTTCTGTCCTCCGCACGTATTCGCGACAACGTCGAGACGCTAGGGTCAGCGTCTCCAACATGCTGTCTTCTTTTGTTTGCTTTGTTTCGGCTTGCTTCTTTTGGGACTCGAACCTTTGATCTCTTGGCACTTCTTTTAAGGCTCGCCATGGTCTACTCAGATCTTTTCACCTCCTCTTCATCCGTGGACTCTGAGTTAGATAAAAAACATTCCAATTGGCTCGAATTAGCACCAAGATGTATGGTTAGCTCCCAATGTCACGTACGCCTGAATCACCTATAAAGTGGACAATTAAACCATAAAATACTTCTAATAAGCTTAGATTAGCGGTAATAAGATAGCACGAATTAGGTGCTATTAAACTTACACACCGAGGTCCCGATTACAGCAATCCGAGCTTAGTTGGACATAGACAAGCACACTCCAAGCCCGAGGCTTAATCAACCAACCCTTAGACCAAGAAAACTTAAAAGAGAGCTTGAAATAGAGAGGAAAAGTGGCTACAATTGAGAGAAATTGAGATAATACAAGGATATTTAACCCTAATACAATGCTACATATTTATAGGAGTCTTTGGCCTTGAAATCGTATGAATTTGGCACTGAATCATTGGCTCAGAATAGGATAAATCGTGGTGAAAATAAGGAAAATCCAAATTTGGAAAAACTGCACAATGTCGAGACGTTGTGCTCTCAAGTTTTTGGCTCTAATTTCACACCATTAGATCATTGAGACGCTGTATTGAAGGGTCTCGACCCTGGGCATTGACTCAAGGGCATTTTTGTCATTTTACACTCCGATTTAGCTCGTTTTAGCCACGAATTGCCTCCAAATCTCCGTCAAGGATCTATACACATATTATACTCATTTTAAAGCATTTTTGTCAAGAAATTAAACTAAGATAAGCAAATTGGGAGATTATAAATGTATAAAAAATTAGACCTATCACCACAACTACGGTAAAGTAGGAATATGTTAGCAATTACAAATTTAATTTGATAGAGTCATTGACAACCTCTATTTCAAACATAGGGAACAATCAGTTTATTTCTAGTTTCTTTTATGTTATCAGGTAACCAGTAAGGGGGTTGAGGAAAGCATTGAAAATTGCATGAAAAATAATTTGCAAAAATTATAAAAAAAAAAAGGAAAATAAAAGCAGAATGACCAATCTCACCTCGGGATCGCATAATTAGGTTCTTGGGACTCAGCGTTGTTGGTTTTAACAGATTACCGAAAGATTTACTTAATTACCTAAGTCTAACGTACTCTTGGAAAAGCGAGAGAGCAATGCAATCACTAAGAAAGTAGCTAGCCCGACCGATGCATTGAAGCTATTCTTAGTTGTTTATTAGTTAACCCCAAAATTAACTAATATACGAAGTATTGAGAGCAAGATTGTTAGATTACAGATTTTACAACTAGGAAAAACCTAAATTATGAGTTGATAAAGTGCTAAATCCTTGGATGACATACAATTGCTACCTAAGTTTGGGGATTATCTCACTCAAACTGCCACATGTTCCACCTAATGCTAACAAGATTAGCTAAATGACTAAAACAGATGCGAGAGGTTTGTCACACCTCTCTACCAATCCTAATCATGCTTCTAACGGGATTTGACAACACAATAGATAATGAAATCATGTATTAAAACTAAAAATCTCATAAAAGCAATCCAACTGTACATCCACGAGTCCCCAATTACATGATCAATGCCTAGCCATACATTGAAGAGCTTGAACAAGGCATCGGGGCTCGATTAACCATCCTAATTTACCTAAATCTACGCTAATACACTGAAAATAGAGAGAAAACAAGACTAATTAATGAAGAGTATGGCTAATTAACCTAAAGGTTACATTCTCAAACCATAAATAGGAAAAGAAGTTTATACAGAACTGGTGAAAGTGTCAAGATGCTTTAGATGGGATTGGGCACACATGTGCTTTCAATGCTTCAATGCTAAGGCTAGTGTGTCGACACTGGGAGACCTTTCCAAAGCATTGACTGCAGTATTGAGGGTGCCATTTGAACGTTGAGACCTCGAGTTTTTGGCTTGCTTTTGGCCACAGTTGACTTTTGCGTTGACAATTGGGATTTCTGACCAAATTTGACTTTTTCATATTACAAAAATTCCCTTTTTGGTCTCGAACACTCCTGAAGGGCCCGAACATGAAAAGGAAATAAGCAATCAAGAAGACCAAGATGGAAGTTTACAATAAGAATTCCAAGCTCCACCAGCTCAATCAAGCTCAAATGAAGCTCCATGGGAGTCAACTCCAATTCAATCCAATCATGAGGCAATCATTATGCCACAAGCTCCAATGACAAGAGCTAGAGCTAAAAGACTACAAGATGCATTGAATGGTTACTTCCAAGCTAAGGTGTCTACCCATGACCAACAGTTGCAACAATTCAAGCTTGGAAAGACACCTATTCAACCAAGAGACACAATGAATCTAAAAATCCAGATTCATTCACATATTTAATGCATTATGTATCTTTTGAATTCATGAATTTGTATTTATCAAGGTTCATGAATGGATTTGAAAGGGTTGGGGCTGAATTTAGACTACATAGATGAAAGGTTGTGTCCTTTCATGGTGTCTTTTCAATTAGTATAAATAGAGATGTAATTTGTCATTTGAACACAAGTGGAAGTTGAATTGGAATGAAATTTCAGATTGAGTTTAGTCTATCTCAAGCTTAAAGCTTTCTTTGTATTCTTGTGTTTAGAATGCATGCTTAGGACTTTCAATCTGGTTTGATCAATTAGATTGTGAAGAGTTTGAAATCTTGAAGTTAGGAACGAGTTCTCCTTTCTTCTTGATCTTTGATCGTTCTTCCAAGTAAAATCTGATTAACTTTCTGAAGGGATAAAAGGCCTACGCAGCAGAAGAATCACAGGACCTACTCAGAGTCTTTGATTTTAATTTGAAATACTAATACAATTTGCAAAAGAACACAACAATAAAACTATTTTTAACATGTTGTACATCAGCTATAAATATGCTTAATAAATGTCTAGATCTAATCTAGATGATCCTAGTGATCAAGGATTTCAAAGAAAACTTACTTTTGTAGGAAGCCTTGATCGATTCGCCTTTTCTTGCTAATGAGATCGAAAATGCAGCAACCTTCTTGTGCGAACACCACCAATTGGTTACACCGGTATATCTCTGAGACTACTGGAGGCAGGAGACTGGTGGGAGTCTATTAGGAGAGATCTTTGAGAGAAGTAGAATGAATGAGATGCCTTTCTCCCCACCCCAGGGGTCCTATTTATAGGGAAAAACCAAGACCTTTTCCTAATAGGAAAAGGTCATGAATAAGATCAAATCTATTATCTTATTCATATCTAATTTTAATAAATAATTAATTAATTCCATAATTAATTAATTACCCAATTAAATATCACATATTTAATCTTAGGGATTTTATTAAATTATCTATATTAATATGAATCCAATTCATATTAATTATTTGAGCTCTTTCAAATATTTTCTCTCAATAATTAATTTTAAAATTAATTCAAAATTATATTATAAAGTTTCATAAACTTTATATTATAATGTATAATATACATTATATGATTCCCCTAAATAAATTGAACACTTTCAATTTACAATTTATACTTAATTGCCTCAAGTCTCTTTACGAGCTACCAGTGAGACCTAATGGATCTACAGATCAGAAACTCCAATGATACGAGACTAATTGGCTAAACTCATTAACTAAGTTAGTCAACATTCGTTAACTGTGGGTCACTCCACTAAAGACCCACATCTGCACTCTTCTCATTGCAGAATATTTCTGTGTCCACGGATATCGACCAATAATGGCAAGTTAGTCCTTCACGAGTGTTCGTAACTCCAACTGGGTCAAATTACCGTTTTACCCCTGAGTTACCTCTACCTCCTTAAGTACCAGTGCTCCTCTAATGAACAACCTGTTTGTGGTCCAACCATCAAACAGAAACCCCTCTCGGGCCAGTGAGAGGGTAGGGCCCTTTGTTCAAGACCTGGAGACACCACTTAAGGGAACACTCATTTACTTCCTCAAAAGTCGGGAAGGAGTGAATTTCATCTTGTGTGATTATGTTCCCAGCTCCCCACTCGGTCTTGTCCCCAAAATGGTAGGTTTATTGAGTCGGCGTACTGGCCACTCTCACCCATACAAATCAAAGGACAATCCCTCGTGAACAGGAGTCCATAATCCACTCAGGATTCAGACTAAGTTGCCTAGGTCATCTTAGTGAAATAGAAACCTAACTAGTTAACGGTGTTACAGCTAGTGGTTACTATTTTCGCGGTCCGGTCTTATGCAAACTCATTGCATAGGATACCCCCACTCGCACATCTACTACATGGACGCTTTGGATCAATACGTTTGTATCAAATACAAAGCAGGTCGTATCACATAGTGTTACCAGGATAAGGTACCCAGTCTTATCCTTGTACTATAGACCTTTTAGATTGTTACTTGAACATCGATCCCCGTGTGTCCCCACATACTAGTTCAAGTTACATACAAACAACCTTGGATCTTAGTTTATTGGATTTGGGTCAAATTGTACAATTTTTAACAATAACATTTTATTGCAGAAACTCAATAACACTTTATTAAAAAAAGTATACAATTTGTTTACATTCACTATCTACGAGTTTTAGGGCATAAAACCCAACACTTTCTCGGGGTTGTCTTATCATTTCGTTAATGGGGTTATTCTTATTTTTGTTGTGGGGGTTCACCTGAAATAAGGGGAGTTCTCAAACGTAATTGAGGTAGTTCCTTTATCATTTGGTATTCAGTGCATCTTTGAAGAAAGGAATTAGAGGTTAGAGAATAACAATTGTCATAAAACTAATGTAGAACAAGAGTATAAAATAGGAACTTCACTATTTGACCTTTAGAAAATAAGGCGATTTCTTATAAGATCAAAGCGAGGGTAGTGTGTGTTGGGGTTGGTGCCCTAAACCTCGTAGATGGTGAATGAAACAAATAGTAATATATTTGTTCGATAAAGTCCTTATCGGAGGTTTGTTCACTTAAGTTAATAAATAAGTGAATTGCACGTTAAATAAACCAAATCAAATAAACTAAGATCCATGGCTATATAATATGAATACTGTAATGACATAAAAGTGGATCAAGTTCAAGTAATAGCCTAAACGGTCTATAGTATAGGGATAAGGCTGGGTACCTTATCCTTGGGACACTATGAGATGCAGCCCACTTTGTAATTAGTGAAAACGATGTGATCCTAAATCGTTCATGTAGGAACATGCGAGTGAGGGCGTTCTATGCAATGAGATTGCATAAGACCAGGACCAAGAAATAAGTCACTTTCCTTTGTAACGTCGTTTACTGTTGAAACTGACTTATTTTAGTGTTATGACCTAGGTAACTCGATTTTAATCTTGAGCTAACTATGAACTCCTGTTTATTCGGGATTATCCTTTGATTTGCATGGGTGAGAGTGGCTCATCATCGTCGACTCAATAAGCCTATCGTTTTGGGGATAAGACCGGGTAGATAACTGGGGACGTAGTCCTGCAAGACGAAAATCACTCCTACACGTTTCAGGGATAGTAGAGAGGTTGTTCCCTTAAGTACTGACTCTAGGACTTGACCAAAGGGATCCCACCCTCTCATTGGCTCGAGAGGGACTAGGTTTGGTGGTTGGACCACAAACCAAATTGTTCATTAGAGGATCAGTGGGACTTAAGGAATTAGAAGTAACTTGAGGGGTAAAACGAACTTTTGACCCAGCTGTAGTTACGAACAACCTGTGAAGGATCGACTTACTAAGCATGGTTATATCGGGTGGACAAAAATATATCTACAGTGAGGGGAGTACAACTATCGGGCTATAGTGGAGTGTCCCGGTAGTTAACGAATGTTGGTGAACTAGGTTAATGAGTTTAGCTGGTTAATCTCGGATCGTTGGAGCCCATGATCTGTAGGTCCATTAGGTCCCCCTACTAGCTCATACGGACTAAACCTTAGAACAGTGTGATAAATGAATTTGAAGATTTCAAATTCGATTTAGGGAGTTACCGTTATTCAATGTATTTAACGTAATAGTTTAATTGTGGATTAAACTATATTTGAGATAATTAGAAATATTTAAACATGATTTAAATATTGTAAATATGTATGGAATACATATGTAGGTTTGGATATGAATAGAGATTAATAGTCAAAACCGTGACTGAGAGAGTTTGGGATTGGTGCAAAGAATTAATTTAATATATGATATTAAATTAATATAATTAATTATATGGTTTAATTAATTTTATTTAAAATTAGTATTATTTAAAATTAATTTCGAAAGTTCATTTTGAATTAAATTATTAATTATTTGAATTAATAATTAAATGAATTTGAAAATTGTTTTTTTTTAATTTATTGAAATTAAAAAATAACCTCATTTTTGGAGGTGTAGTGAAATGATGATAAACCCATGAGATTTCTCATATTTTGCCACCATGAGTACACCTAATCTTCTCCTTGCCTTGTTGTCTTCATGGGATGAAGAGGTGATAAATTACTTTTATATGTAGAAGAAAATAGAAGTTTAAGGAGTTAATCTTCTAGTTAGAGGTTGCTGACTTTTCTCTCAAACAAACCACAACTGTCATACTCTTCCCATTATTTTTCTCTCTAAAAATTGATCACACAAATGGGTTCCATAATCCGTTCTAAGGCCGGAGAATAGCGAGGAGCGCTTCGGTGGTCGTCCACAGCTCCTTTGTGTAAAGAATTCATCCACAGGGTTGATTAATTCGGCCATAAAAGGTTGGTAAAAACCAAACTCTATTTTTCGGTTTGAGTTTGTGCATGTTTTCTTTTCTAAAATTAAATGAAATTTGAGTTGCTTCGATCCAAATCGCTTCCGCTAGTGTCTCGTACACTCTTTCAGTATGGCTAATTAACTAAGTAAAAATTAACCATATAAATATAGGGTTAATTAGAAAAAAAATACATTTAAAAAAAAAAATTGGCAAAACCACAGTATTCTGAAAAAAATTGGAGAAAGCAAGCAGTTTTTTTGTCTTTATGTGAATCCGTGGCTTCAACCCACGGATTCAACTTTTTTTTTTTTTTTTTTAAATTCATGGCTTCCTTCATTCCTTTTTTTTCCTTACAAATTTTGAAAATTAATTTTTATTTTTAATATTTTTATTCTATAAATCAAATTACAGGAATATTATAATCGATAACATAATTACAATTGGAAAATTATCCTTCTAAATTTACAACATTATTGATACATTTTCAATCACTTCCCATTTTGATTCATAATTTTTACCGACTATTTTGTTTTTTAAGAAATTAGACTAATAAAAGTTGATACATCAAAAATTAGGGACACAAGAAAAATTGGGGTAAATAAGAAAAAAAATCTCCGAATAAAAACACTCTCATTTCTTCAATTTTTTTTTTTTAAATATAAGAATAAAAAAATTCAAGGTTTTTTTTTTATTTATTTATTTTTATTTTTATTTTTATTTAACTAAGAAAGCAATGAATGTATATTTTAGGTCTTGTTTGATAATAATTTGGTTTTTAGAATTTGAAAATTAGACATATAGACACTATTTTCACATAATAGGTTTTTTTTTGTTTCATTGTCTACATTCTACAAATATTTTCAAAATTCAAGCCAATTTTTTTTAAAATTAAAAGAAAGTAGCTTTCAAAAAATTGTTTTTTTTTTTTTTTTTTTTTTTGTAGAATTTGATAGAGAATTTATATGTTTCTTAAGAAAGATTACCATGGTAAATAAATGATAAGAAAACAAACACATTTTTTTAAAAACCAAATAGTTATCAAAATGATAGAGTGGTTGTGGTCAAGTTTCCTTTTTTTTCCTCATTAATATGAATAAAAATCTTTAGTCAACTTCTGTCAGTTGAGCCATCTGTAGTTGTATTCAAAACTGATAGTAGATATACAGTTTAATAACACTTGATTAATTAAAAAAAAAAAAACCTTGATTTTTTTATTCTTATATTGAAAAAAATCGAAGAAATGAGAGTGTTTTTATTCTTAGATGTTTTTTTAAAAAATATATATATATTTTTATTCTTATTTACCCCAAATTTTCTTGTCTCCCTAATTTTTGATGTATCAACTTTTATTAGTCTAATTTCTTTAAAAAAAAATAGCCAGTAAAAATTATGAATCAAAATGGGAAGTGATTGAAAATGTATCAATAATGTTGTAAATTTAGAAGGATAATTTTCCAATTATAATTATGTTATAAAAATTAATTTTCAAAATTTGTAAGAAAAAAAACAAGAAGGAATGAAGGAAGCCACAAATTTTATTTTTTTTTTAAAAAAAAACAAAACTTAAAATGAAATTCAAAATTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACTACTTGCTTTCTCCAATTTTTTTTTTCAGAATACTGTGGTTTTGCCAATTTTTTTTTAAATGTATTTTTTTTTTCTAATTAACCCTATAAATATATGATTAATTGCTTAGACTCCTAAAGGTGCTTTAAGGTTGAACAGGAAAAGAACCGATCCACAACACAAGTTAATATGTGATAGGCTTGCACCGTGCATATTCCAATTAGGACATAATTGTAATTGAAACCTCCTTTACCGTTAACATCTTTACTCAGTTATTTATTACATTCAGTTTACTTGTTTTACCACCACAACTCAACCATATTTTCCTTGGTTACCCATTGTTTCAACATTGACAAAACTTTTACTAAATATTTGAGTTTTACATATATGTAGAGGCAACTTGTAGGATTAATAGGAATACTTCATTTAGTACTTGAGAAGGCAGGTGTGTACTTACACTAGAGACGATTTCCTCATCTAGGAGTGCTCGCTCATCAATGTCAAATTTGTAGGTCACGCTAGGGGTGAAAATAACCGAACCGAACCGGTCCGGCCCGGTTCGATTTGGTTTACAAGTGTAATGCGGACAGAACCGAACCGAACCGATGAGGTTCGGTTCGGTTCCCTTCTTTGCTCAAACCCACATATCACGTGTTTTACTTTTTATGGGTTTGGGCGTTTGGTTTTAAAAAAAAAAAAAAAAACGCGTTACCCAAAATTCGGATCTAGGGTTTCAGAAAAAAGGGAACCGTTGAAGTCGAATCCTCTCCTCTCGTGGGTTTTCGCCGTTGAAGTCGAATCGCTGCCGTTGAAGTCGAATCGCCTCTCCTCTCGTGGGTTTTCGCCGTCGTCGAACGCCGCCATTGAAGTCGAATCGCCTCTCCTTTTGTGGGTTTTCGCCGCCGTCGAAGTCGAAGCTGTACCGTCTGGTTTAAGTCGCCGCCGCCATCGCCTCGTCTTCTTCTCCTAGAGCCTTGTCTTCATCTTCATCGCCTCGTTTGATGTTTAAGCCTTTTTTCAGTTTTTGGGTATTCGAAATTTCGAATGAAGGCTTGTGTATTTCGAACAGCAGTTTAGGAAGAAGAAGAAACCGACCTGACCCGACCTGTACAACCGTGGTTCAGGTCGGGTCGGTTTGTCCGTACAACCGGCCCGACCCGAAAAAATTACATCCCTAGGTCACGTCACAGAGAAGATTAAATTTTTTGGAGTGATTTTCAAATTCACTCCCAAATATGCATTAACGGTGGATAGAAAAGGATAATCTTATTTTAGAAAATTTTGAAAAAAAATCATTTATCAACAACTAATACTCAAAACTTTAGATGAGGTTGAAAAATATATTTGAAACAATTTTTAAACTCAGACTCCAGATTTGTAGTATGTGTAAGCATTCACCTAAAATGAAGGTTCCTAAACTTGCACCGCAACATAGACTTTCTAAACCCACTCTATCTAAACTGGGAGACCAAATATCACATTTTTAAAAGCTGCAAGACCAAATAAAAATTAGGTTTTAAGTTCAAATCTACTTTTGGTCCCTAAACTTTCATGAAAGTAACAATTCAGTCTCCGAACTTTTATTTATAACAATTTAGTCCCTATACTTTCAATTTTGTAACAATTTAGTCCATGAACTTTAATAAGTAACAATTTAGTCTCTCTACTTTCAAATTTGTAATGATTTAGTCCCTATCGTGAAAAATTAATGTAAAGATTTAATGAAGTTTCTTACCTAAATAGATTAATAAACTAATTTGGGACCTAATATGTTTATAAGCTACAAAGTTTAATCATTAATCAATAAAAAATCGACATTTAATTTTGATGATTTTTTTTGCAACAAGGATTAAATCGTTACAAATTTGAAAGTATAAGAACTAAATTGTTACTTATTAAAGTTCAGGGACTAAATTGTTACAAAATTGAAAGTACAAGGACTAAATCGTTACAAATCAAAGTTTAGGGACCAAATTGTTACTTTCATGAAAGTTTAGGGACCAAAAGTGATTTGTAACCTAATTAAATTTAGGGAAAAATACACTTTTAGTCCCTGAGGTTTGGGTTAGGTTTCATTTTGGTCCTTGAGTTTTAAAACTCAACAATTTAGTCCCTAAGGTTTGGTTTAAGTTTCATTTTGGTCCCTCCATCCATTCTTCTGTTAAAAACTAACGGAATGCTGACGTGGCACCATTTTTTTTATTAAAATAAAATAATATATTAAATATATTTTTAATTATTTTTCTTTTCTCTTTCTTTTTTCTTTTTCCTTTTTCCCCATCTTTTTTTTTTTTAAATAAACCCCCACCTTCTTCTTAACGTTAGAGTTCAAGCTCCACCGTCGCTGGCCGCCCCTGCCTCCGCCTCCGTCTTCGTCGCCGGCCGCCTCTTCCTTCGTCTCCGTCGCCGACCGCCTCTACCTTCGCCTTTTGTCTCCGTCGCTGGCTGCCTTTGCCTCCGCCTCCGTCTCCGTCGCCGGCCGCCTTCGCCTTCGTGGGTGCTCGTCTTGGGCGTTCGTCTCGTGAAGCCCAGATCTTAGCCGTCAGCCGTCGAACTCCCATAGTCAAAACTCAGATCTGTTTGTGACGGAGGGAGAGAACCAGCACGAAGCCCAGATCTGTTCGTGAAAGCGGCCGAAAAAGTTTCAGATCTGCTCGATACATAGGCTTTTGCTGGTGTGGGCGTTGCTCGATACAGAGGGTTTTGCAGATCGGCCGAAGACGGTAGCTCACGACGGTACAGACGGAAGAAGTTTCTGAGTTTGTTGGTGTCAGATCTGAAGTCGTGGGCGTTCTCTCGGGCAAAGACGACAGCTCACGACGGTAGCTCATGA

mRNA sequence

ATGGATAGAGAGCCTGAGGTTGAGGAGGTTCCTGTAACCCCTGAAGCTTCGAAGAAGAAAACTAAGAAGAAAAGTACTCCACAAGAGAAGGAAGCACGAAGAACTCCTACACCTTCTCCTCCTTCGAGTGATTCTGAAAAAGAGAAATATGAGAAAGTGAAAGAGAAATCCGTGGAAGAAGAAGTTGTGGAAGTAAGAGAAAAAGAAAAAGAAGATAAAGGAAAGAGTGTATTGGAAGATGAAGAAGAGCCAGAGGAGCGTCTGCCATATGAGATGTTCGTCAGCGAAGAGCTGCCCCATTTCTTAAGAGCTGGTATCACAAATCACGGATGGGAACAGTTCTGCGCGAAACTAGAGCCAACCAATGCCCACATGGTAAGAGAATTTTATGGAAACATTGACGAACAAGAGGGTTTCCAAGTGATTGTTCGAGGTGTAGCTGTTGATTGGAGCCTAGGGGCAATCAATTCTCTGTTTAGCCTTCAAGACTTCCCACACGCTGTTTTTAATGAGATGGCTATTGCTCCCTCAAACGAGGAAATGAATGCCGCAGTTCAAGAAGTAGGTGTGGAAGGGGCCCAATGGAGATTATCCAAAACAAAGAAGAGAACGTTCCAGTCCGCTTATCTGAAGAGCAAGGCTAATACGTGGCTAGGCTTTGTAAATCTTAGATTGCTTCCCACCACCCACGACTCCACTGTTTCTAGAGATGGAGTACTTTTGAGGAGTGAGGCACGCCAAGGGGGGCTATTATGTGGTGTGCACCGAGTGCAAGAACAACTTCAAATGGTAATCAGTAGGCTGAAGTTCACAGAACACCAACTCCAAACCTACTGGAGTTATGCTAAGCGGCGAGACACCACATCAAAGAAAGCTCTACAAACAAATTTTTCAAAGCCTTACTCAGCTTTTCTAGTGTTCCTCGATGATCTGATGAACTCTTGGATCCCGCCGCCGCTAGTAGTTAGAGAAGAAGAAGATGAACAAGAAGTAGAAAATGAAGATTCAAAATTTTGTCTGCTCGCAATATCTTTGATTTTCTTTGCTTTTATTTATGCTATTTCTGTTTTTCTTTTTGCTACTTCAAAAATTATCTCTGCTAATGATGCTCAGGTTAAACCTCATCTTATAAATAAGAGTAGCCGTATGAATCAAGATATTCCATCTTATGGAGGTCGATTAGAGATCAAAGCCGATTGGAGACCACAAGAAGACCATCTTGTGCTTTTTCTTTTTGAAGTGGAAAAGGCTGAAGGTGTAATTTCAAATGTGAAGGTGGAAAACGACGTCTCAACGCTGAGTGTTCTGTCCTCCGCACGTATTCGCGACAACGTCGAGACGCTAGGGTCAGCGTCTCCAACATGCTGTCTTCTTTTGTTTGCTTTGTTTCGGCTTGCTTCTTTTGGGACTCGAACCTTTGATCTCTTGGCACTTCTTTTAAGGCTCGCCATGGTCTACTCAGATCTTTTCACCTCCTCTTCATCCGTGGACTCTGAGTTAGATAAAAAACATTCCAATTGGCTCGAATTAGCACCAAGATGTATGGAGTCTTTGGCCTTGAAATCGTATGAATTTGGCACTGAATCATTGGCTCAGAATAGGATAAATCGTGGTGAAAATAAGGAAAATCCAAATTTGGAAAAACTGCACAATGTCGAGACGTTGTGCTCTCAAGTAACCACTCCACCAGCTCAATCAAGCTCAAATGAAGCTCCATGGGAGTCAACTCCAATTCAATCCAATCATGAGGCAATCATTATGCCACAAGCTCCAATGACAAGAGCTAGAGCTAAAAGACTACAAGATGCATTGAATGGTTACTTCCAAGCTAAGGAAGCCTTGATCGATTCGCCTTTTCTTGCTAATGAGATCGAAAATGCAGCAACCTTCTTGTGCGAACACCACCAATTGGTTACACCGGATACCCCCACTCGCACATCTACTACATGGACGCTTTGGATCAATACGTTTGTATCAAATACAAAGCAGGTCGTATCACATAGTGTTACCAGGATAAGGCCGGAGAATAGCGAGGAGCGCTTCGGTGGTCGTCCACAGCTCCTTTGTGTAAAGAATTCATCCACAGGGTTGATTAATTCGGCCATAAAAGAAAAAAGGGAACCGTTGAAGTCGAATCCTCTCCTCTCGTGGGTTTTCGCCGTTGAAGTCGAATCGCTGCCGTTGAAGTCGAATCGCCTCTCCTCTCGTGGGTTTTCGCCGTCGTCGAACGCCGCCATTGAAGTCGAATCGCCTCTCCTTTTGTGGGTTTTCGCCGCCGTCGAAGTCGAAGCTGTACCGTCTGGTTTAAGTCGCCGCCGCCATCGCCTCAGTTCAAGCTCCACCGTCGCTGGCCGCCCCTGCCTCCGCCTCCGTCTTCGTCGCCGGCCGCCTCTTCCTTCGTCTCCGTCGCCGACCGCCTCTACCTTCGCCTTTTGTCTCCGTCGCTGGCTGCCTTTGCCTCCGCCTCCGTCTCCGTCGCCGGCCGCCTTCGCCTTCGTGGGTGCTCGTCTTGGGCGTTCGTCTCGTGAAGCCCAGATCTTAGCCGCTTTTGCTGGTGTGGGCGTTGCTCGATACAGAGGGTTTTGCAGATCGGCCGAAGACGGTAGCTCACGACGGTACAGACGGAAGAAGTTTCTGAGTTTGTTGGTGTCAGATCTGAAGTCGTGGGCGTTCTCTCGGGCAAAGACGACAGCTCACGACGGTAGCTCATGA

Coding sequence (CDS)

ATGGATAGAGAGCCTGAGGTTGAGGAGGTTCCTGTAACCCCTGAAGCTTCGAAGAAGAAAACTAAGAAGAAAAGTACTCCACAAGAGAAGGAAGCACGAAGAACTCCTACACCTTCTCCTCCTTCGAGTGATTCTGAAAAAGAGAAATATGAGAAAGTGAAAGAGAAATCCGTGGAAGAAGAAGTTGTGGAAGTAAGAGAAAAAGAAAAAGAAGATAAAGGAAAGAGTGTATTGGAAGATGAAGAAGAGCCAGAGGAGCGTCTGCCATATGAGATGTTCGTCAGCGAAGAGCTGCCCCATTTCTTAAGAGCTGGTATCACAAATCACGGATGGGAACAGTTCTGCGCGAAACTAGAGCCAACCAATGCCCACATGGTAAGAGAATTTTATGGAAACATTGACGAACAAGAGGGTTTCCAAGTGATTGTTCGAGGTGTAGCTGTTGATTGGAGCCTAGGGGCAATCAATTCTCTGTTTAGCCTTCAAGACTTCCCACACGCTGTTTTTAATGAGATGGCTATTGCTCCCTCAAACGAGGAAATGAATGCCGCAGTTCAAGAAGTAGGTGTGGAAGGGGCCCAATGGAGATTATCCAAAACAAAGAAGAGAACGTTCCAGTCCGCTTATCTGAAGAGCAAGGCTAATACGTGGCTAGGCTTTGTAAATCTTAGATTGCTTCCCACCACCCACGACTCCACTGTTTCTAGAGATGGAGTACTTTTGAGGAGTGAGGCACGCCAAGGGGGGCTATTATGTGGTGTGCACCGAGTGCAAGAACAACTTCAAATGGTAATCAGTAGGCTGAAGTTCACAGAACACCAACTCCAAACCTACTGGAGTTATGCTAAGCGGCGAGACACCACATCAAAGAAAGCTCTACAAACAAATTTTTCAAAGCCTTACTCAGCTTTTCTAGTGTTCCTCGATGATCTGATGAACTCTTGGATCCCGCCGCCGCTAGTAGTTAGAGAAGAAGAAGATGAACAAGAAGTAGAAAATGAAGATTCAAAATTTTGTCTGCTCGCAATATCTTTGATTTTCTTTGCTTTTATTTATGCTATTTCTGTTTTTCTTTTTGCTACTTCAAAAATTATCTCTGCTAATGATGCTCAGGTTAAACCTCATCTTATAAATAAGAGTAGCCGTATGAATCAAGATATTCCATCTTATGGAGGTCGATTAGAGATCAAAGCCGATTGGAGACCACAAGAAGACCATCTTGTGCTTTTTCTTTTTGAAGTGGAAAAGGCTGAAGGTGTAATTTCAAATGTGAAGGTGGAAAACGACGTCTCAACGCTGAGTGTTCTGTCCTCCGCACGTATTCGCGACAACGTCGAGACGCTAGGGTCAGCGTCTCCAACATGCTGTCTTCTTTTGTTTGCTTTGTTTCGGCTTGCTTCTTTTGGGACTCGAACCTTTGATCTCTTGGCACTTCTTTTAAGGCTCGCCATGGTCTACTCAGATCTTTTCACCTCCTCTTCATCCGTGGACTCTGAGTTAGATAAAAAACATTCCAATTGGCTCGAATTAGCACCAAGATGTATGGAGTCTTTGGCCTTGAAATCGTATGAATTTGGCACTGAATCATTGGCTCAGAATAGGATAAATCGTGGTGAAAATAAGGAAAATCCAAATTTGGAAAAACTGCACAATGTCGAGACGTTGTGCTCTCAAGTAACCACTCCACCAGCTCAATCAAGCTCAAATGAAGCTCCATGGGAGTCAACTCCAATTCAATCCAATCATGAGGCAATCATTATGCCACAAGCTCCAATGACAAGAGCTAGAGCTAAAAGACTACAAGATGCATTGAATGGTTACTTCCAAGCTAAGGAAGCCTTGATCGATTCGCCTTTTCTTGCTAATGAGATCGAAAATGCAGCAACCTTCTTGTGCGAACACCACCAATTGGTTACACCGGATACCCCCACTCGCACATCTACTACATGGACGCTTTGGATCAATACGTTTGTATCAAATACAAAGCAGGTCGTATCACATAGTGTTACCAGGATAAGGCCGGAGAATAGCGAGGAGCGCTTCGGTGGTCGTCCACAGCTCCTTTGTGTAAAGAATTCATCCACAGGGTTGATTAATTCGGCCATAAAAGAAAAAAGGGAACCGTTGAAGTCGAATCCTCTCCTCTCGTGGGTTTTCGCCGTTGAAGTCGAATCGCTGCCGTTGAAGTCGAATCGCCTCTCCTCTCGTGGGTTTTCGCCGTCGTCGAACGCCGCCATTGAAGTCGAATCGCCTCTCCTTTTGTGGGTTTTCGCCGCCGTCGAAGTCGAAGCTGTACCGTCTGGTTTAAGTCGCCGCCGCCATCGCCTCAGTTCAAGCTCCACCGTCGCTGGCCGCCCCTGCCTCCGCCTCCGTCTTCGTCGCCGGCCGCCTCTTCCTTCGTCTCCGTCGCCGACCGCCTCTACCTTCGCCTTTTGTCTCCGTCGCTGGCTGCCTTTGCCTCCGCCTCCGTCTCCGTCGCCGGCCGCCTTCGCCTTCGTGGGTGCTCGTCTTGGGCGTTCGTCTCGTGAAGCCCAGATCTTAGCCGCTTTTGCTGGTGTGGGCGTTGCTCGATACAGAGGGTTTTGCAGATCGGCCGAAGACGGTAGCTCACGACGGTACAGACGGAAGAAGTTTCTGAGTTTGTTGGTGTCAGATCTGAAGTCGTGGGCGTTCTCTCGGGCAAAGACGACAGCTCACGACGGTAGCTCATGA

Protein sequence

MDREPEVEEVPVTPEASKKKTKKKSTPQEKEARRTPTPSPPSSDSEKEKYEKVKEKSVEEEVVEVREKEKEDKGKSVLEDEEEPEERLPYEMFVSEELPHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSLFSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWLGFVNLRLLPTTHDSTVSRDGVLLRSEARQGGLLCGVHRVQEQLQMVISRLKFTEHQLQTYWSYAKRRDTTSKKALQTNFSKPYSAFLVFLDDLMNSWIPPPLVVREEEDEQEVENEDSKFCLLAISLIFFAFIYAISVFLFATSKIISANDAQVKPHLINKSSRMNQDIPSYGGRLEIKADWRPQEDHLVLFLFEVEKAEGVISNVKVENDVSTLSVLSSARIRDNVETLGSASPTCCLLLFALFRLASFGTRTFDLLALLLRLAMVYSDLFTSSSSVDSELDKKHSNWLELAPRCMESLALKSYEFGTESLAQNRINRGENKENPNLEKLHNVETLCSQVTTPPAQSSSNEAPWESTPIQSNHEAIIMPQAPMTRARAKRLQDALNGYFQAKEALIDSPFLANEIENAATFLCEHHQLVTPDTPTRTSTTWTLWINTFVSNTKQVVSHSVTRIRPENSEERFGGRPQLLCVKNSSTGLINSAIKEKREPLKSNPLLSWVFAVEVESLPLKSNRLSSRGFSPSSNAAIEVESPLLLWVFAAVEVEAVPSGLSRRRHRLSSSSTVAGRPCLRLRLRRRPPLPSSPSPTASTFAFCLRRWLPLPPPPSPSPAAFAFVGARLGRSSREAQILAAFAGVGVARYRGFCRSAEDGSSRRYRRKKFLSLLVSDLKSWAFSRAKTTAHDGSS

Homology

[Close]

BLAST of Spg020737 vs. NCBI nr
Match: PON46472.1 (hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii])

HSP 1 Score: 105.9 bits (263), Expect = 1.8e-18
Identity = 88/312 (28.21%), Postives = 126/312 (40.38%), Query Frame = 0


Query: 97  ELPHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAIN 156
           +LP F+   IT H W+QFCA  E     +VREFY N+ + E   V VRGV V WS  AIN
Sbjct: 59  QLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAIN 118

Query: 157 SLFSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANT 216
           ++F L D P    +E     + +++   ++ V   GA+W +S     T   + L   A  
Sbjct: 119 AVFGLGD-PVDEHSEFIQNITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKV 178

Query: 217 WLGFVNLRLLPTTHDSTVSRD----------------GVLLRSE-----ARQGGLL---- 276
           W  F+  RLLPTTH  TVS+D                G ++ SE     AR+ G L    
Sbjct: 179 WYHFLKSRLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPS 238

Query: 277 ----------------------------CGVHRV-------------------------- 313
                                         V R+                          
Sbjct: 239 LITRLCRNARAPFLVNEEKLHNTGEIDAIAVARIAQEGPTESTQQPSSSRPATASSNRTN 298

[Close]

BLAST of Spg020737 vs. NCBI nr
Match: PON35554.1 (hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii])

HSP 1 Score: 99.0 bits (245), Expect = 2.2e-16
Identity = 57/145 (39.31%), Postives = 77/145 (53.10%), Query Frame = 0


Query: 97  ELPHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAIN 156
           +LP F+   IT H W+QFCA  E     +VREFY N+ +     V VRGV V WS  AIN
Sbjct: 50  QLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAIN 109

Query: 157 SLFSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANT 216
           ++F L D P    +E     +  ++   ++ V V GA+W +S     T   + L   A  
Sbjct: 110 AVFGLGD-PVDEHSEFIENITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAKV 169

Query: 217 WLGFVNLRLLPTTHDSTVSRDGVLL 242
           W  F+   LLPTTH  TVS+D +LL
Sbjct: 170 WFHFLKSHLLPTTHGKTVSKDRMLL 192

[Close]

BLAST of Spg020737 vs. NCBI nr
Match: EXB53755.1 (hypothetical protein L484_022412 [Morus notabilis])

HSP 1 Score: 93.2 bits (230), Expect = 1.2e-14
Identity = 50/143 (34.97%), Postives = 75/143 (52.45%), Query Frame = 0


Query: 99  PHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSL 158
           P F+   I  HGW QFC         +VREFY N+ +     V V+ V V ++  AINS+
Sbjct: 4   PAFITRVIHQHGWRQFCQHPSNPIVPLVREFYANLLDFNQETVFVQNVKVPFTARAINSI 63

Query: 159 FSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWL 218
           F L++     + + A   ++E++   + EV +EGA W++S     T     LK  A  W 
Sbjct: 64  FGLEEVVDE-YVDFASEVTDEQLEVVLAEVAIEGATWQISPQGAYTCIRKELKRHAQIWY 123

Query: 219 GFVNLRLLPTTHDSTVSRDGVLL 242
            F+  R +P+TH  TV++D VLL
Sbjct: 124 HFLTARFMPSTHGKTVAKDRVLL 145

[Close]

BLAST of Spg020737 vs. NCBI nr
Match: PON78020.1 (hypothetical protein PanWU01x14_023740 [Parasponia andersonii])

HSP 1 Score: 87.0 bits (214), Expect = 8.8e-13
Identity = 76/273 (27.84%), Postives = 108/273 (39.56%), Query Frame = 0


Query: 125 MVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSLFSLQD--FPHAVFNEMAIAPSNEEMN 184
           +VREFY N+ + E   + VRGV V WS  AIN++F L D    H+ F E    P   E+ 
Sbjct: 16  LVREFYANLTDPEENTIYVRGVQVSWSEEAINAVFGLGDPVDEHSEFIENITEP---ELI 75

Query: 185 AAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWLGFVNLRLLPTTHDSTVSRD----- 244
             ++ V   GA+W +S     T   + L   A  W  F+  RLLPTTH   VS+D     
Sbjct: 76  TVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKIVSKDRMLLL 135

Query: 245 -----------GVLLRSEAR------QGGL--------LC-------------------- 304
                      G ++ SE R       G L        LC                    
Sbjct: 136 HSMLNGKSINVGRMIHSEIRACAAQKTGALFFPSLITRLCRNAPFLVNEEKLHNTGEIDA 195

Query: 305 -GVHRVQEQ--------------------------------LQMVISRLKFTEHQLQTYW 313
             V R+ ++                                L+  +S+ + T  Q Q +W
Sbjct: 196 IAVARITQEGPTESTQQPSSSRPAAASSSRTNGDVLQQLKALEQRLSQQEHTHKQQQQFW 255

[Close]

BLAST of Spg020737 vs. NCBI nr
Match: PON70375.1 (hypothetical protein PanWU01x14_080440 [Parasponia andersonii])

HSP 1 Score: 84.0 bits (206), Expect = 7.5e-12
Identity = 62/188 (32.98%), Postives = 88/188 (46.81%), Query Frame = 0


Query: 54  KEKSVEEEVVEVREKEKEDKGKSVLEDEEEPEERLPYEMFVSEELPHFLRAGITNHGWEQ 113
           K    E +  E+R +E        +E E   +   P E       P F+   I  H W+ 
Sbjct: 42  KAVKFESKAAEIRYEENIQNRPLSVEKEFVWDNSKPLEQ------PPFIADVIIQHNWQL 101

Query: 114 FCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSLFSLQDFPHAVFNEMA 173
           FCA  E     +VREFY N+   +   V +RGV V  S+ AIN++FSL D P    +E  
Sbjct: 102 FCAHPEDPIVPLVREFYTNMTNPDDDTVYIRGVQVPLSVEAINTIFSLGD-PIDEHSEFV 161

Query: 174 IAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWLGFVNLRLLPTTHDST 233
              +  E+   ++ V + GA+W +S     T   + L   A  W  F+  RLLPTTH  T
Sbjct: 162 EDITKPELVIVLETVAIVGAEWNVSSQGAYTCLRSSLNPPAKVWYHFLKSRLLPTTHGKT 221

Query: 234 VSRDGVLL 242
           VS++ V L
Sbjct: 222 VSKEHVSL 222

[Close]

BLAST of Spg020737 vs. ExPASy TrEMBL
Match: A0A2P5BCG4 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_251180 PE=4 SV=1)

HSP 1 Score: 105.9 bits (263), Expect = 8.9e-19
Identity = 88/312 (28.21%), Postives = 126/312 (40.38%), Query Frame = 0


Query: 97  ELPHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAIN 156
           +LP F+   IT H W+QFCA  E     +VREFY N+ + E   V VRGV V WS  AIN
Sbjct: 59  QLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAIN 118

Query: 157 SLFSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANT 216
           ++F L D P    +E     + +++   ++ V   GA+W +S     T   + L   A  
Sbjct: 119 AVFGLGD-PVDEHSEFIQNITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKV 178

Query: 217 WLGFVNLRLLPTTHDSTVSRD----------------GVLLRSE-----ARQGGLL---- 276
           W  F+  RLLPTTH  TVS+D                G ++ SE     AR+ G L    
Sbjct: 179 WYHFLKSRLLPTTHGKTVSKDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPS 238

Query: 277 ----------------------------CGVHRV-------------------------- 313
                                         V R+                          
Sbjct: 239 LITRLCRNARAPFLVNEEKLHNTGEIDAIAVARIAQEGPTESTQQPSSSRPATASSNRTN 298

[Close]

BLAST of Spg020737 vs. ExPASy TrEMBL
Match: A0A2P5AGA5 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_335450 PE=4 SV=1)

HSP 1 Score: 99.0 bits (245), Expect = 1.1e-16
Identity = 57/145 (39.31%), Postives = 77/145 (53.10%), Query Frame = 0


Query: 97  ELPHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAIN 156
           +LP F+   IT H W+QFCA  E     +VREFY N+ +     V VRGV V WS  AIN
Sbjct: 50  QLP-FIAQVITQHNWKQFCAHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAIN 109

Query: 157 SLFSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANT 216
           ++F L D P    +E     +  ++   ++ V V GA+W +S     T   + L   A  
Sbjct: 110 AVFGLGD-PVDEHSEFIENITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAKV 169

Query: 217 WLGFVNLRLLPTTHDSTVSRDGVLL 242
           W  F+   LLPTTH  TVS+D +LL
Sbjct: 170 WFHFLKSHLLPTTHGKTVSKDRMLL 192

[Close]

BLAST of Spg020737 vs. ExPASy TrEMBL
Match: W9QTD9 (Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_022412 PE=4 SV=1)

HSP 1 Score: 93.2 bits (230), Expect = 6.0e-15
Identity = 50/143 (34.97%), Postives = 75/143 (52.45%), Query Frame = 0


Query: 99  PHFLRAGITNHGWEQFCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSL 158
           P F+   I  HGW QFC         +VREFY N+ +     V V+ V V ++  AINS+
Sbjct: 4   PAFITRVIHQHGWRQFCQHPSNPIVPLVREFYANLLDFNQETVFVQNVKVPFTARAINSI 63

Query: 159 FSLQDFPHAVFNEMAIAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWL 218
           F L++     + + A   ++E++   + EV +EGA W++S     T     LK  A  W 
Sbjct: 64  FGLEEVVDE-YVDFASEVTDEQLEVVLAEVAIEGATWQISPQGAYTCIRKELKRHAQIWY 123

Query: 219 GFVNLRLLPTTHDSTVSRDGVLL 242
            F+  R +P+TH  TV++D VLL
Sbjct: 124 HFLTARFMPSTHGKTVAKDRVLL 145

[Close]

BLAST of Spg020737 vs. ExPASy TrEMBL
Match: A0A2P5DXM3 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_023740 PE=4 SV=1)

HSP 1 Score: 87.0 bits (214), Expect = 4.3e-13
Identity = 76/273 (27.84%), Postives = 108/273 (39.56%), Query Frame = 0


Query: 125 MVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSLFSLQD--FPHAVFNEMAIAPSNEEMN 184
           +VREFY N+ + E   + VRGV V WS  AIN++F L D    H+ F E    P   E+ 
Sbjct: 16  LVREFYANLTDPEENTIYVRGVQVSWSEEAINAVFGLGDPVDEHSEFIENITEP---ELI 75

Query: 185 AAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWLGFVNLRLLPTTHDSTVSRD----- 244
             ++ V   GA+W +S     T   + L   A  W  F+  RLLPTTH   VS+D     
Sbjct: 76  TVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKIVSKDRMLLL 135

Query: 245 -----------GVLLRSEAR------QGGL--------LC-------------------- 304
                      G ++ SE R       G L        LC                    
Sbjct: 136 HSMLNGKSINVGRMIHSEIRACAAQKTGALFFPSLITRLCRNAPFLVNEEKLHNTGEIDA 195

Query: 305 -GVHRVQEQ--------------------------------LQMVISRLKFTEHQLQTYW 313
             V R+ ++                                L+  +S+ + T  Q Q +W
Sbjct: 196 IAVARITQEGPTESTQQPSSSRPAAASSSRTNGDVLQQLKALEQRLSQQEHTHKQQQQFW 255

[Close]

BLAST of Spg020737 vs. ExPASy TrEMBL
Match: A0A2P5DAQ2 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE=4 SV=1)

HSP 1 Score: 84.0 bits (206), Expect = 3.6e-12
Identity = 62/188 (32.98%), Postives = 88/188 (46.81%), Query Frame = 0


Query: 54  KEKSVEEEVVEVREKEKEDKGKSVLEDEEEPEERLPYEMFVSEELPHFLRAGITNHGWEQ 113
           K    E +  E+R +E        +E E   +   P E       P F+   I  H W+ 
Sbjct: 42  KAVKFESKAAEIRYEENIQNRPLSVEKEFVWDNSKPLEQ------PPFIADVIIQHNWQL 101

Query: 114 FCAKLEPTNAHMVREFYGNIDEQEGFQVIVRGVAVDWSLGAINSLFSLQDFPHAVFNEMA 173
           FCA  E     +VREFY N+   +   V +RGV V  S+ AIN++FSL D P    +E  
Sbjct: 102 FCAHPEDPIVPLVREFYTNMTNPDDDTVYIRGVQVPLSVEAINTIFSLGD-PIDEHSEFV 161

Query: 174 IAPSNEEMNAAVQEVGVEGAQWRLSKTKKRTFQSAYLKSKANTWLGFVNLRLLPTTHDST 233
              +  E+   ++ V + GA+W +S     T   + L   A  W  F+  RLLPTTH  T
Sbjct: 162 EDITKPELVIVLETVAIVGAEWNVSSQGAYTCLRSSLNPPAKVWYHFLKSRLLPTTHGKT 221

Query: 234 VSRDGVLL 242
           VS++ V L
Sbjct: 222 VSKEHVSL 222

The following BLAST results are available for this feature:

BLAST of Spg020737 vs. NCBI nr


Match Name	E-value	Identity	Description
PON46472.1	1.8e-18	28.21	hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii]	[more]
PON35554.1	2.2e-16	39.31	hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii]	[more]
EXB53755.1	1.2e-14	34.97	hypothetical protein L484_022412 [Morus notabilis]	[more]
PON78020.1	8.8e-13	27.84	hypothetical protein PanWU01x14_023740 [Parasponia andersonii]	[more]
PON70375.1	7.5e-12	32.98	hypothetical protein PanWU01x14_080440 [Parasponia andersonii]	[more]

BLAST of Spg020737 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg020737 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A2P5BCG4	8.9e-19	28.21	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5AGA5	1.1e-16	39.31	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
W9QTD9	6.0e-15	34.97	Uncharacterized protein OS=Morus notabilis OX=981085 GN=L484_022412 PE=4 SV=1	[more]
A0A2P5DXM3	4.3e-13	27.84	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_023740 PE...	[more]
A0A2P5DAQ2	3.6e-12	32.98	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE...	[more]

BLAST of Spg020737 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..31
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..86
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 44..86

Relationships

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


Feature Name	Unique Name	Type
Spg020737.1	Spg020737.1	mRNA