Spg013430 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg013430
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	myosin-11 isoform X3
Location	scaffold1: 13643490 .. 13665257 (+)
RNA-Seq Expression	Spg013430
Synteny	Spg013430

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRCDSpolypeptidethree_prime_UTR

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

GCCACTGCCTCAAGAGAAGAATTGCGTTGAACTGGCACACGATCCTCTTGACTTCTTCTTCTCCTCTCCTTTCTCTTCCCATTTTCCGATCCGTCTCTTCCAAAAGTTTCAATCTCCACCGCTTTCATCTGCATTTGCCAAATCTTCACCAGTGCGGCATTTCGTAGCATTCGATCGTTCTGCTTCAACGAGCTCTCGGATTAATCTAAGCAGCCACCGGCATTGGAGAAATAGTTTCTGAATTTATGAAAAAACCTGTTCAAACATTGATCCGAGGTTCAGAGTTTTAGCTTCGATCTCGTTTTTGTATATTAGAACGAGAGAGAGAGAGAGACCTGGAGAGGGAGGGGAGGAATGTCGTGGCTTAGAGCAGCGGTGATCAGGGCGGTGGAAGCGGGTGCCGGAGGGAAGGATAATATCACCCGCACTGTCCGTAGCTACGCCGGCACCGTCGCTTACCATGCAGGAAATGCTGTTGTGGAGGGCGCTAAGATCATCCAAGACCGCATAGTAATTTCATTCTCACTTTCCCTCTCAATTTTCTCTGTTTATAATGGCGTTTCGTTCGTTTGGCTTATTGTGAATATTTGAACATTTACCCCTAGGGCATGGAACGTACATTACTGGTCTCTGTTTAGTGTGTCGCTTTGTTAGTTTAGTAATATTACGTCTGTGCGCATTCCTAATTATCGCTTTATCCGCGTGTATTGGTTGTTAAAATTTCTGTTTCTTAGACGAGTTAATTTTCGGGTTTGATTTGTGAGGCAGGGAAGGAATATGCAGGGCTTTAAACAGACAGTAAAAAGGCTGGAGGAAATCTCTGTTTCTTCTAGAGGCATAGAAAGAGTTCAGCTATTGAGAAGGTGGCTAGTTGCGCTCAAAGAGGTGGATAGATTTTCATCAGGTTCTATCGACGGTGGTAAAAACAGTCCGACAGATCAGCATAACGATGAAAATAAAGATTCTCCGAAGAAACCTACGTTGGTGTGTATATCAATTAACGGTGTTGTGTTTCCTTAACATTTTTTCGTGTCTTGTTTGATCGAAGGATTTGTAGTTGTTTTATGTTCGTTTTCCCCTCGACACTGAACGTCATGAAATGTTGCTGGATATCTTGCTTAGGTCTATTATGTGGACCCAGATATGGGAGGCGAGCTGAAAACCTTTCGTGATGTATTTCTTACAAGCCAAGCTCTAGAAGGCATTACGTTGTCTATGGTGAGTTGAATCGAATGCATGCCAATACCTTTTTGTTTGCAAAACATTGGTATACGAAAATGTGCTAGGTAGTTCTAAATGTATCAAGTGCTGGCAACCATTCATTTAGTTCTCATTCTGTTGGAATATGTAATAATTTGATGTGCATAAAAAGCCTAAAACTCTTCTTGTCTGCATTTTACATGTAAATATTAGCATTCTTTTCCCCCGCCCGGGAATGGAGGGATTTCTTGTTCTCAACTACTTTTGTGGGTTTTGTTTTTGCTGATCATGGAGTTTAACCGCAGGTTAACCCTTTTCTGTGACTCAGATTCTTGAAGAACCTAATGACGAAGAGGAATCACTACTTCTAGAGATATATGGGTGAATATTCATTCTCAGTTACACCTTACGTGTTCATTATGCCATGCAGCTGATTTCAGAAAGTTTTCTCACATTACTTGTGCAGACGAGAAGAAACAATATTAGAAATTTCTACGCCTCATGATCATTTTCACACTCATATCATTAGACTTTAAGTTCCCTTTGTCATGGCTATATTCAGGCTCTGTCTTTCAGGAGGAAAGGAAGTACGTCAAGCAGTAATGACAAGTGTACACAATTTGGCAAAAGCATTTTCAGAATACCAAGATGAAGTACTGGTAATGTCATGAAAGCATGAATTAATTTCAGAGCATAAAATTAGCATTGGCAAAGCAGTCACTTCCCTCTGTCACTCCCATTTTTAGGTAAAACGAGAAGAACTGCTCCAATATGTCCAGGATGCGATTTCAGGGCTGAAAATAAATGCTGATTTTGATAGGTGGTGAATAAACATATCTTTCATCCTACTTTGATTGGTCTTCATCAATTAGATATTTGATACATTATGTATGCATGGATTGTTATTGATAGAATTACAATTGAACTAAATTGACCTATACAACAAGGGTGAACTGGAGTTGGCTCTAAGGAGAGTATATGGGATGATAAATGAGACTTCCGAGTATGAATGATAGAAAAGGGAATGTTAGTGTCGGAAGCTAGAGTTAAGTGTCCAAAGAGAGCATATGGTCAAACTTTATCATAAACCTCATCCCTATCCGGCTTAGTGTCATTAAAATTATTATTTTTTTCTTCATTAAAGCAAAAGTTATATTTTTTTTCCTTTCTTTTAAATCTCTGACAGAATAGCAATCACACCATTCCCATATATAAGCTTGTCATTTCCAGTGAAGAAAGTGAAATTTGCTATAGAAAATCCACCATAAGAGAAAGGAACAGTCCACTCTGAATGAAAGGATTACAGAAAGCTTCAATACACTGATGGTTGTGTTAGATCGATGATTGATTCTGATTTCCAATTTCACATCACTGAAGCTTGCAAAAAATTCTTTTGATGTTTCGTGCTTCCTTGTTATCGTTTTATATGATCCATGCTGGTTTCCTTCTTTGTTAGATATACTCTATGTAAACTTTAATTGTTTATTTTTATTCTTATTCTTATTTTTTGTGGCCCTTCTTGTTCTTATTTTTCTTTAATAAGAAACAAAACCTTTTATTAATGATTAGTTATAAAATAGTACAATAATTCAAAGTCTACAAAGGGCAGACTTCAGAAAATAAAAAAGAACAAAGCTTTTCTAACCAAATCGTATTTATGGGAAAGATAATTTTGGGTGGTTCACAAATGCTAAAAGGTTAGGAAGTTCAAGAAGCCCTTGGTGGAATATCATGAAAGGTTTGGAACTATGGTTACAAATTTTCGTCCATAAAAATGGGTAATGGTATCAAGACTTCTTCTGGCATGATACATGGGTGGGGTCTCAACCTTTGGCCGCAAGATATCCAAGTACTTTTGATATTTCAAAGGAAAAAGATTTATTGGTTTTTTAGGCATGGGAGGGAATGTACTAGCCTGTGGAAAGTTCTTATAAGAAGAAATTTGAAGGATGAGGTGGTGGATGACTATTGTGAACTATTGAAGTTAATTGAGGGCTTCTTATATAGTAGAGGAAAGGAAAAAAGAGTTTGGTTACTCTTAAATCTTAGATTAAACAGTTGGTTGGTGGTATCTGTTGCCTAAATGACTATATCATGCATTGTGGAATTTAAAGAGTCTGATAGAAGTGAACATTTTGGCATGGCTAGTCTTTTTGGAAGGTTATACATGACTGATAAAACTCATTAGTTATTAACTTAGGCCTCGTTTGATAACCATTTGGTTTTTGGGATTTTTGTACGGATGACCCATTAAAATAGGCAGAAATGATAAATGACCCACCTTTTCAAAACAAGGATATATGCCTTTTTGCTTGCGTCAACATCATAGTAAAATTACCATTTTACTCTTTACTTTAACCTTGCTCTCTCTCGCTACTCTCACTACTCTCGCTCTCTCTCCAATTTCTCTCTTAAAATCTCTCACTCTCTCTCCAATTTCTCTCTCCAATCTCTCACTGTCTCTCCAATCTCGCTTTCGCTTCTCGCTCCAATCTCTTACTCTCTCTCTAATTTCTCTCTCCAATCTCTTGCTCCCTCTCCAATCTCGCTCTTAATTCTCGCTCTCGCTCTCGCTCTTAAATGCTCGTTTTCAGATAGAGAGTAAAATGGTAATTTTGCTAGGATGATGACGTAAGCAAAAGGGCATATATCCTTATTCTGAAAAGGTAGGGCATTTTTCATATTGGCCTCTCAAAATGGGTCATCCACGCAATTGTTTCTTGGTTTTTAACAATTGTGTTTGTTTTCTCACAATTCCTTTATAATATTTTTCATCATCTTAGGAAACATTTGAATTCTTAGTCAAATTCCAAAAATAAAAACAAGTTTATAAAAACTACTTTTCTTTAGTTTCCAAAACTTGTTTTGGATTTTGAAAACATTCCTAAAAAGTAGATAACAAAACAAAGAAACCCATAGGTGGAAGTAGTATTTATAAGTCTAATTTTCAAAACCAAATACCAAAAATCAAATGGTTATCAAATGGAGCCTAAAAGAATAGATACTTGTACAAGTAGGTCTCCCCTGAAAGCTCCAATGACCAAAGGCTTCGGTCTTTTTTGTTTATTAACACTCCTTCTAACACATTTTGAGAGTCCATTCCACCCCTCCACTTAACAATCATTAGGTTTTTTTGTCAAACTCAAAAGCAAGTTTCCTGCATTCTCATTCCAAAACTACTAGTACCTGTTTGTCAAACTCAAAAGTGAGTTTCCTGCATTCTCATTCCAAAACTTAGTACCTGTTTGGAATGACTTTTTAAGTATTTAAGAACACTTTTTTTTGCACTTAAAACACATTTTTAAACACTTAGAAAGTCATTCCAAATGGGCCCTTAGTGGCAGTATTCCTTTTTGAGTGAGCCACCATATAAGTTCTCGAGAACACAATATTCAGAAGCATATCATTAATCCAGGCATCCTCCTGAAATTGATACCAGGCTTTTGAATTTAATCTCAATTTTTTTTTTGAACAAGAAACAAAACTTTTCATTGATAAATGAAAAGAGATAAAAGCTCAAGGATACAAACTCCACAAGGGAGTGAAAAAAGAACCAAAAACCAAAAGGATCAATAAAGCAATCCAAAAAACAATGATAAACTAAAAAGAAACTCCCCTAAAATAAATAGCAAGCAAACGCAAAGAAAAAAACCCAAGAAAAAATTTGCAACAAAAGAACTTTAGAAGCCAAAAATAACTCAAAGGGCAGCTCCGATCCCACATGGGATCAAACAAATAAAGCTTTTGATCCAACAATTTCTGCAACTCTTTTAACCTTCCAGCAGAGCACTCTTTAACCAACCAGAGAGCTTGATTTCTGGCTCACGAAAAAAGAAGAAACTCTTAGGAAGAGCAACTCCTCTCTGCTCAAAGGCCGAATGAAGAAAAGAAGCCCATCTTCATGCCTCAACCACCTAATTTGACTGAAAAAAAATCTTCCCTTGCATAACCACCAAAATTAATTCCATGCTCACCAACCAAAATTTGATCGGAGACAGATGCTCCCCATGAACAACCACCAAAATTAATTATGTTGCTCACCAACTGAAATTTAACTGAAATAAATGCTTCCCATGCACAACCACCAAAATTTATACCTTCTGCTTAACAATCAAGGCAATAAAACACAACTTCCTCATGCAAAACAAAGCTGCAAATAAATACTCATATCCTAGAAGACAATTCCCCAGAATGTTTGATCTCATGTTGAATTTAATCTCAATTTATGAGCCTGTTCTGTACTTTCAGTTCTTTTCTCTTAAATTTTGATTATCATATGATTTGGTAATGTTGATACTTGGTAAGTTGGTAGAGAATGGAACGGATCCTCTTTAAACTATTTGCACCATGTAATTTTCGGGAGGTGGCATCAAGGCTGATCTGATCTAGGGAAAATTCGAGCAATGCTTTCTTTGCGATTGTCTTGAAGCGTATGAGAACTAAAAGGATTTTTGGGTTTAATTAAGCTACCACCGAAAATTTGTGCACTAGGTTGCAAACCCATTGATAGAGCAGTTGAAAGAAAACTAGTTTGGGTGGAATGAAAAAGTAGAGACAACACTCGAGAGGTTCTTATTCAATGGGAGAGTCAAGGTATTGAGGAAGCGGCTTCGGAGCCAGAAATTGCTATCCAGTTTCCAACTTTTCACCATGAGGTTAAGGTTAATCTATTGGTGGGGGCATTAATAATCATCCAATCCTGTATACTGGTACTAGGTGTGGTACTCCTAATATGAATTAGGAAGTTAAGAATGACCGAAAAATATTAATTAGGGAAGCTATGGGTATGAAGTTAGGGAAGTTACAGATAGTTATGGGTTAATCACAAATTTGGGATTTGATCTTCTCTGTAATGTTAGGTAGTTAAGTAGTTATGTATTTAATAACCATGTAAGGGAAGAGGGAGAAGAGAGCTATCTTTGAATTATATTGATCATAGAAGGGTGTGTTTTCAAAGACCTGTTGAATGTCTGAATTAGGTTGTTTTCTATTCCTCCTTTGATCATCAATAAAAGGCTTCTCTTGTGATTGTGCTAACAATGTGCTAATTTGTGGCTGACTCTATAATGTATATAGGGCAACAAACCTTTCAATATATTATGTTGTTTGATTAAAGGTTATTGTACTGGTTTGCAAAATTCTCAATTGAAGTTTTTCATTGAGCAGATTCACATCGTAATTCTTCTTCTAATCGCTTTTCAAACAAATTTATTTATTCTTCTGTCAATTTTCTGCTCTCAGAATAGATGCTAAAGCGTGTAGTTTGAGAGAAACACTTGATGAAAAAAAAATAGAGCTGCCACCTTCAAGTGGAGACCATGATAACGCAATTGATGATGAAACTACAACTTCTAAGGAGGTTATGAATTTAATTTATATCTAAATACATAGAGATGAACCATGTATTTTATATGGTCATTTTTCTAGTTGACCATCTTTAATTATTTACTTCAACTTTTAATGTTTTAGTAAGCACTTCTACATCTTTGTTATTACTTATTATTCTTTTTGAGTCGTAAGAAAGTATTATATTACATTAGATCCCATTATGCAAATTACAGATTCTACAAGAAATACTTTCACAAGTTCAATTATGTTCCAAGTTGGAGGAGTTCCTACTAAAGAAGAAGCTTTTTAATGATGGGGATTCTCCACAGCTTCATGCTGAAAAGGTCCGTTCTTCTCTCCCTCGTTTTGGGTGTAATAAATGGGATAAGGGAACTAACTAATCTGATTCACTGGAGTTATATTGCTTATAACAAACTTCCATGCATGTTGAGCACATTTGACATTTTCAATGCTTATATTTCCCCCCTTAAAGCTTAAAATTTCCACATAAGATAATATCAACTTATATGTTGCATTTCATTAGTACAATTTACTTATCAAACAATTTTCTTAATTGAGGTGTACAGGATTTAGTTCTCAGTTAGTTATCAGACTGAGATAATTGATGAAAAAACTTGAGATACTTGTGGACTTCCGTATAAAATTTAATGCATTCTCTCGTTTTTCAAAGTTAGAGTTTTACATGGTTTTACATGTTCTGCAATGTCTATTTTTCCTTCCCCTCACACGCATTCTATAAAGAAAAATTGTTGGTGCTGTAAAGTAGGCGTGTTTTTGTTTTATTTTATTTATTCAAATAAGAAAAATATTTTAGAAAGGTTACCAGGAGAAAACTCTGAGATGAGAAACATGTTCCTCAACTGATGTAAGAATCTTTGGACCCAATGGAAGATTAGTTGTATGAACCAACATGATGATGTCTCCAAAAACTATATTTTTGCTCATGATGTTCTTGAAGTTGGTATAAGTTGTTTTTTTCATAAAAATATTGGTAATGAAACAACTTTCTGGTTCTTTTTTTTATCAATTGATTGACTGTTGATGCTTTTACCGTTGAATGACGGCAATTGATTTATATTGCAGGTTGATAAACTGAGAATTTTGTCAGAATCTTTGGCAAATTCTACCTTGAAAGCTGAAAAGCGTATTGTAGACCACAGGTTTAACATATTACTAATGCAGATTTATGGCTTGCATTATATCATTATTGTTGCTTTCATGTTTGTTGCCCTTATAAGGGTTCCATGTGCAATGTGTCATATTTGTGACGTTATTTTTAGATATGACACAAAGTCCCATTACTCACGAAAAAATACAAAAGGTGAGGACAAGAGATCCTCTTGAAAGGTCAAGGAGTTAAAACATCACTCCAATTGGCCTAGATAACAAAAGACAATAGTTACAAAGTTATTTACTTCGAGAGCACCAAAAAGAGGCCAAAGCTTTCACAATTTTACCCAAAAAATCCCCATTTTTCCTTTAGGAATTTTGGATAGTTCACTAGTTCCTTCCTGAGGAAAGTTTCCAACTTAATCCCTTAATTTCATTTGTTGAAGTATATATAAGATTAAATTTATAACATCAGCTTAAGCTATTTGGTTCATTGGTGATCTAACATGGTATCAGAGTAGGAGGTCATATGTTCGAACCCTGTAAAAGTCATTTTCTCCCCAATTAATATTGATTTCCACTTGTTGGCCTTCTACAAATGTCCAAGCCCCTAGTGAAGGGGAGTATTGAAGCATTGATATAAAATTAAATTTACCATAACCAATCAACTTAAGCTTTTGGGTTGATTGGTGATTTAACAACATTGGTCAAAAGGATTCTTTCCCCTCCCTCAAGAGTGTGGCCATTAGAAGATTATGAAGATTTATTGTATTAAACACCTCCACTTGCAAGAGGAGGGTCAATAGTACTTAGTAGTACGTTTGATTGAATTGCACAACAGAGGAAAAAAAAAACTAGAGAAGTTATAGGAAGTTGTTATAAAAAATAGACAACTTACTAAAAGCAAAATTACCCAAATGTTTCTGGGACATGGCTTACAAGAAGGGAATATATTGTGGATGAACGTTATATGTTATCTAAGCATTATTTTGGGAATTTGATCGAAGAGATCAATGAGGAAAAAAAACTGACCGGGAGGAAAAATCAGAGCTAGTTAGATACAATAACTAGCTACAAAATGGTGTTTTGGTGTACTCAATTTTGTTATCACTCTCCCAATATATATATTTTTAATATTCGTGAGTATTGAGCTAGCTTGTGCGAACCTTGACTATTTTCACAGGATAACTACCTCACCCCTATATTTGGTTGTCAAGTGGTAACTCAATTTTGTAATCACTCTCCAAATGTAATTATTTGCTGGGATGCTTTCTTGTAAACACCTAAAGGTAGTTTTTTAGTTCTTTCTTGCAACTTTGTGCCAATTAACAAAAAAGTTTGTTTATTTGTTTGTGTTTGTTTTTCTTTCTAATAATAATGATAAAAAGAAAACTCAAGGCAAGTCATAAAAAATAAAGTTGAATAAAAAAAATAAACTTTTACCATACTATTTCTTTTGGAGGACAATGTGAATGTTCTACTGTGTTATTTTTACACAAAAAAGAGTTATATGATATATCTTTTTTTTTTTTTTGAAATAAGTTATATGATATATCTAATATGGAAGTTAGCCAACATTTGTGTTGGCAAATAGCCTTTAAGTACATGCTCAAGTATCTGTTACGACTCGGGTTTTAATTACTATTTCATTAGGTTCGTTCAATATGATCTTTTGAGAAGAGAAACAAATTTCATTCAAATGTGGAGAAAAAACTCCAAACACCTAAAGGTGAATTACAAAAAAAAACTTTCCAGTTTGAGATCAATAAGACAAACTATAATCAGAGAAAGGGTGTTTATATTTACACCAATACAAAGCATGAAAAAGAATTAAATCCATGAAGGTATCAAAGGAAGAGAAAGAGTCCCTGCAAATTCTGCCATTCCTTTCGCCCCATAAATACCAAAGAAAGACATTGTTCAAAGCAAGCCACAAAATCTTCTTTTCTCCACGAAAAGGATGACCCACAAAAATGAGAGCAAGCGAGTCCTAAATGCAATTTGGTATTACTGTGAACCACCCAAAGCCATCAAGAATCATTGCCCAATATCTAGATGCAAATGTGCAATGGAAAAATAGATGTTCAGGGTGTTCAGAACTAGCAGCACACATGATGCACCAAGATGGAGAAAGTTGGAAATGAGGCATATGCTTCTGAAGGCGATCAGTTGTGTTTATTGCTCCAAGACTAAGCTCCCATAGAAAAATCTCAATCTTCTTAGGATATAAATTGGTCCAAATCACCCTATAGAGGCCATTCACATGTGCATTTGGTCCAAGATCATCTATAAGGGATTTAACAGTAAAAGTATGGGATGAATCTAAGGGCCATGACCATGAATCATAACAATTCCGAAATTTGATGGAGGAAAGTAGATATGAGAGATTGGCCCATTCTGTTGCTTCTGAATCATTTAAATTTCGTCAAAGATTCAGGTCCCATGCTAACTGTGTAGCAATCCGAGTTTCACCAACCATACTTCTTGGCCTATATGTTAACTGATAAAGGCGAGGAAAAATTGTAGCAAGAACTCCGCAAGGTAACCAGGGATCATGTCGAAAAGAAGTTGTAAAACCATTTCCCAAACATCGATTGACTTGGGAAGATACAAGATCAATGGTAGAACATATAAATCGCCATGGGGATTTGTGAGCACTTCTTTGGATAATTTTTGGCCAAAGACCGTCCAATTCAGAGTTTAGTATTTAGCAATGATGAACTTACACCAAAGGGCATTATTCTCATGTAAAAATCTCCAAATCCATTTTGATAGGGCTAAATTACGGTGCTGGAAGTTACCGATATCATTACCACCTAACAATTGGGGAAGTTGTGTTGTAGCCCCATTAACATTGTGCATACCACCTTCACCTCTAGATCCTTCCCAAAACAAAATCACAGAAGTGCTTATCAAGAGATTTTGCAACCTGCAGAGGTAACTTGAGTAAGGAGAAATAATAGATAGGCATACTAGAGAGGACAACTTGGATGAGAGTATTACGACCACCTTTTAATAACCAGTTGCCAAAAGTGAATAGCTTTTGAATTGCCTCCCAAAGGTAAACCAAGATATGTAGAAGGCCAATGCCCTTGCTTGTAACCAAAAGTTGATGTTAGCCAATTCAATTCCAAATCATCTAAATGGATCCCCAGAAATTCACTTTTGGCATAATTTATATTCAATCCAGAAACCATCTAAACATTTTTTATAATATCAAATAAGTTGACTAACGCATCCGTATTAAAAGTGGAAAATAATAAAGTATCATCAGCAAATTGCAAATGATTCATGCGAAGCTGAGACATTCCAATCGGATGAGAAACAATTCGACCCAGATTCGCACCATGAGATAATAAACGGCTAAGACAATCTAAAACCAAAATGAAGAGGAAAGGAGAAAGAGGATCCCCTGACGAATACCATGAGAAGGGTATGCAATTTCTGGTATGGTATGTGACAAATAAAGTAACTTCCCCACAAGTCTTTGATACATGCCCTTGTCAACTGGAATAACATTTTCACTTTGGTGTAGTGATAGATTTGGAACCATGGGTGTTGAGGTTCATCTTCAATCACTATATCATATTTTTATATAGAAAGATTATGGTCTGGTGAACTTCAAAATGACTTTTGGATTGGTGATCATAGGAGTGATCAGATTCATGTTTTTTAAATGTTTTTATAATTCATCTTTGGTAGTAAATCCCAAAATTAGATGGTTCTTATTGCTATTCTCTCCCTGAACGTTAGTATCTTTATAATAGGGTTGTTCTACAGAGAAGGTCACATCCGTAGAAAACTTCTGGAGTTGGGAAGAGAGACAAAGCTTGCTTCCAAGTGAACATCTTTGCTCTTGGAAATGTTCTAATCCTCCTAACTTAAGCATTTGAAACTTGAAATGGGGGGACACTATTAAGAAAAAACCAAACTAGAACCAAATACTTATTAATGCCTGTTCACATATATTTGGTAGATTTAGATAGTCATACAGTTCTCTCTTCTGACTTCCTTTTCCACTGCATTTATCTCTTCCATGGCAAGTAAAAGACGCATAGGTTGCATTTTGTACATAATATTGGAAAAGCATTCATGTAAAATATAATGTCTTTCGGCAAGCTGCTTCTTGAAAAGTAAGTCAATTGTGAAATTGTTAGGTTTCTTTAGGAATACATATAAATGTCTTCTTGTTTCATGGTTAATATTTCTGATCGGCTGGTGATAGACAGGTGACCATTTGAGTTTTTAAAGCAAAAATAAAGGCATCGAAATGAAAACGAAAGATATTATGCTGCCTCGAGTGAAACAGTAAATCTATAAAGCATTGTCATGCTAGAATATTGAGCTGTTTACAAGAATCTCAGTTGTTATTTCAAGCAATATCAATCATGAGAGGGTCAGAGAATAAATATAATTTATTATAAAGCTAATGCATTATACTTTCCTAGTGACAGCATCATAAGTATACGGAGGTACTTAGGTTGATAGGGGTGTCTTAGAGTGGAGATTCATCTCTGACACTTTTGTTGAATGCATTTTTTTTTCTTTTATGCATGTCATTAGCAGAGAGCAGAAAGAGGAGGCACTCAACTTTCGGGTAGCTAAATCCAAGGAAATGGTCCAAGCTGAGAAGGTAATCTCCCTTCTAAAAGAGATAATTATCCCTTAGAGAAGTTGAAAAACCCAACAGAAAATATCAGAAAGAAACTGGTAAGGACTTTTTCTTTTGGGCTATAGATTCGCTTGTATTGTTTGGTTTTGATATCTTTCTATCAAATTTCTTGACACTTCTTGGTGCGCCAATTTTCTACTTAAAAATTGGTTTAGTTTCTTGTGCTGGTGGTTTAGTTTGATGACATGTAGAATACTGCTTAGCTCTTAGATGTTTCTTTGCAAATCACTCCAAGATCTACGTTTTGTGACTTCGTCAGAGATTCTGTTGTGTGAAGTCTGTTAGTAGTGTCCTCTGTAGTTATTTTTCTTCTTGTTTGAATGTAAATATTTCAAAGGTTGGTTGAGGTGGGTTGCTATCTCTCCCCTTTTCATACTCCATGGATTGTACTCATGTTGCTGGATGCGAGGTGTACATTAATTTTTTTTTTTGGTTGATTGGAAGTAAATCTTTTACAACTTAATTTATTGAAGAGAGAGGGAAGTTAAGAGATAGGTTGGTTGAGAGATGTAGGTATCTCCCCTTCTCATAATCCATGGATTGTACTCGTACTATTTGTTTGAGAGATGTACATTTTCATCTTCTTTCTAATCCGCATCAGTCAATTCCTCCAACAAAAAAGAGATGATTGCAAGATTGTTTAGGTGGAAAAAGTTTCGATGGAAGAGGAGTCTTTGTAGAAGTTCTAAAGCTTGAACCCAATATGTGGAAAGGAAGTATTAGTATCTCAGTTGGAAAGAATCTAGAAGGTTGGAGCATGTTTTCTGACTTGCTGACTCTGCATTCGTTTAGAGAAACTCAAAAACCAATCTATTGCCCCTAGGTTTATGGAGAAGGGAGGTGCTGAAAAGGGGCAGATGGTTAAGAGAGAAGAGTCCTTGTTCTTAGGAACTTCCTTCTGTGGCTTTGAAGAGGAAGAGAAGTTTGATCAGGTGATAGTTATGGTGGTGAGAAGGAGACTCTTTCTTAATTATTGGTTTATATTGCTTCTAGCTTTACAATGTACTATTTACCTGGTGTGAACTTTCAATCTTTTACAGCCCTGAAAAGCTCTGTTTAGGTTATGCTAACAAGGATCAAGCAAAGTTGCTGTGATTGATAGAGGAATGGATAATAATAAAGGACTTCTGAAGATAGTTAAGGGCCATGTTCTTTTAATATTTTGTTAGGAATATGAGTAGGGAAGTATTAGATATATTATTAAGATATTGAGAGGGCATATTGTCATTAGCAAAGAGTTAGTAAGTGAAAGATGGTTATAAGAAGCCACAATTTTTCAGAGCAGTTTTTGGGGAGTCTAAATCCAACCCTCTTGAGGTGTTTGAGTTATTGTAATTCTTTTTCTTATTTCAATAATGTTTCCTATCAATATCTATTTTCAATTTCTGGTTTCTATCAAAGTTCAATTTGGTTTGTGCAATCGGTTATTGTTGCAAAAATCCATAAGTAGCAGTGTTTGGATGGTCATTTTGGAGTTCTTATGGTGGTTTTGCAACAATAGACAATTGATGCAAATCACATGGAAATTTGATCGGAAACAAAAATTGCGAAAGAAATTGATAAAAGAATTATTGAAATAAGAAAGAAAAACTATAGTACTTTGAGAAACGTAGACCTGTAAATTGCTCTCCAAACTCTGCCTGCCTTTGACCCTTTGAGCTCTATTTATAACCATTTTTAACTCCTTGTTAATGACAAATATGTTTTCTGATATCCTAAAAATATCTGTAATATTTCCCAACTCATACTCCTAAGATCTTATTTGAAGTATGAGAGCAGAGTTGGTCCTATTCCGCTCATACTCCTAAGTTAGTAGATGTTAACAACCTAAAAAACTAGAAGGTTGCTAAGTTATTTAGAGTATGAGAGCGGATATTAACAACCTAAAAATAACTGCTCTTGTTCTCTAAAGTAAACAAACATCTATTATAACCCTCAACACAAAATGAAACAACTAGAGTGAACTAAACTCAAGTAGAAGTCAATATCCCACTTACCCAGCTCACACTCCTAAGTTGGTATCACAACGGAGTTGATCCACTAGAATGAACTAGAAAAACTAGGTTGTTAAGTTAATTAGGGTTAATGGTCTTTCTCAATCTCCTCTCTTTCACCATGTATGTCAACTTATATTGCTATAATACTTTTTGTTGGATTATTTGCAACATATGTTTGTTGCTTAAGTTGCTTATTTGCCTTGTATGGTAAGTTTTTTGTGGATTATTTGTATGGTATGTTGTGACGACTGTTGGTTATTTTGTTGGGGGTGGGGTGGGGTAATACAAAAGTACTTAGGGATTGTTTGGGGCACAGAGTTGGTTATAATAGTCTGGAGTTATTATAGTTTGAGGGTTATAATAGTCTGTGGAGTTGAATAGTCTATGTTCGGGATGCAGAGTATTTTAGTCTGGGTTCAGAAAGTCTGTGTTTGGAGTGCAGAGTTGGTTATAATAGTCGGGGGTTATAACTATTTATTTCTTTTATTGTTATTATTTTTTTGTGATGAGAATGGTAAATATGACCATCAATTTTTCTATCTATTCTAATTTTCGAAAGAAAAAAAAAAAACTCCTAAAATGTACTAATTTAAAAAAAAAAAAAAAACTCCTAAAATGTACTAATTTAAAAAAAAAAAAAAGTCATTAAATGCCAACACATAAAGTGAGACATCTTATTTTAACTAAAAAAAAAGACCATTAAATAAATCTTTCAAATTTTTCCAATGTTTAACATCTAAAACAAATCCAATCAAAAAGCAAGAAATGCAACATTTATTAACATTTTTTTTAATACAACAAATATGGAGTATGAAAATTTGAACCTTCGAAGAAAAAAAGTACATGTCAAATCCAGTGTAACTGAACAAAAAAAAAGTGCATAATCTGTGTTATTCACAACCCAAGTGTGTGCTATTTAGCAAACAAATAATATGTTAAGATACTAGATTGATATTTAGATTTCAGTTCAAAAGTTACAAGTCAACACCGATTCGAGATGGTGAATCTCCCAAGTTCCCCTTCCAGATAAGAAAGGAGTTACAAAAACACAGACTAAGCATGCCCTAAAACATCCCAAAATACAACATATATAACCCCTCCAAAAACCGACTAAACCCACCGCTAATCGACCGACTAACTAGCCACTAATCGACCGACGATCAAAATAAACTATTGATTTAATTACATTACGGCGATGGTGAATTCCCCTGCCTGCCCCTACGAACGTAGGTGTGAATAATTGGTGGTCTGACATAATATACTTCCGATCAAAATGTCAAAAGAATATAACCACACAACCTATACAAAACAGGGCTCTTAGGTACGTATAGGTAAGAGGAACTTGGAACTGTCGCGGTTCCCAACCATCTCCAGCGACGACAGCCGCCGTCGGTGACCTTTTTTTTTTTTTTTTTTTTCCTTCTTTCTTCTGATTTTCATTAAAAAAAAAAGAAAATAAAGAAAGAAATAGAAGAAAAGAAAGAACAAAAAAAAATCGGTCGGTGGCGATGGTTGTCGAAATTTTCATAGGCGTCAGCGTCGGTCACCAGAATGTTCGTCGGAGGTGGTCGTCGGCGGCAATAGGACTAAAAGAACGTGAGTGGGCTATAATAGCAAAACAACGTTCCAAATATTGAGTGGACTATAATAGCCCACCCAACTCAATCCAATCCAAGAGCCCAAACGGCCCCTTGGTAAGTAGCCCCCACGTGAGGAGCTACCAAACAACAAACAACGTACATCAGAATGATCTTGCTCTTTACACACAAGTTAACATACACAACTTGCATAGAAAGCAAGGAACACTTGTAAACATACTCAAGATAAAACTCATTCACAATATGCAACAATGACCAAGCTCATGCAAGCTCTACTTTTCTTGGGAGGGGCATGGAGAGTCACTTGGTGAGATGGGATTCTACTTCTCTTCCAATCAACTTGGGAGGTTTAAGTATTGGCAACTTCAGGCTGAAAAATGCATCACTCTCTAAATGACTTTGGAGGTTTCCTAGAGAGAGTGATGCATTTTTTTTGCATGAAGTAACTGTGAGTAAACGGAAATGATTTCTCTAGACCTTTTACAGGTTCCCATCCCTATTCTTTTTCCAAGAGCCCCACCGTTTTTTTTTTTTTATTTGAAAACCAATTAGCTCTTTCAAACATCCAACTAGGAGATTGGATCTTCAGTGAGGTTTTGGGAAGACTGTTGGTATGATGAATGATAGTTTCTGTGTTGTTTTTAAAAGGTTATATGCTTGCCTGATTCAAAAGGTGTTACGTTTAACGCTTTGGAATAATATCTTGAATTCTTTGAATCTCTTTTCAGTAGATCTCTAATAGTTAAGGAAATTGAGAAATGTGCTTTGTTTGCAAAACTGGATCACGTAATTCTTCCTTGGACTCGAGATTGAAGATTGTGAAAAACTTAATCATTCGGGTGATTCTCTGCGAGTTCCTATTTTTGTTTTTTTACTGCAAGGGAGCATCTATTCCTCATGGCCTTCGTATACATTTGGAAATATAAAGTCCCTAAGAAGTGTAAGATCTTCCTTTGGTCAGTTTATCTTCAGATGTATTAATACAAATGTTGTTATTCAAAGAAGACAATCATGTTGTTATTGTTGTCTTGGGCCCGGCCAGTGATTTTATGTAAGCAAAGGGAGGAAATGAATTAGCAATTGTTCTTTTTTAACTGCAATTTTACAAAATCTCTTTGGACCAACCTTGTTTTTAAAAATCTTTTTGGTCTTTGCTTTCCTTGATCGAGTAGTACCAAGGAGTTTATTTATCAGCTGATATATGGCTTTCCATTCAAGAAAGAAAGGAAGGTTATGTGGCTTTGTGGCCTCCTTGCTACTTTTTTTTGGAAGTTTTTATCGGAATGGAAGAAAATGCAAATTTGGCATAATTAAAATAAATTGTTTCAAATATAGCAACTAAAAGGATAATTACGAATATAGCCAAAACCAGAACACGTCATTCACTCCACTTATAATCATTTTGTAGGTTAATTTGTAATTGTGGTTAATCAATATCAATATATAGGTTAATTAATTATTACAGATAATCAATAGGTAAGTTAGTCAATATAGAGGTTAACAAGTTTTTACAGTTGATCGACAATAGTTATTATTATAGTAATCAATATGTAGGTTATTTACCGATTTATACATGAATGACTGTCATATGAAATATAAACATATTGATTCTTTTTAAGTTAATCAATGATGATTAATAAGTTTTTTTTTTTAACTACATTTTCGATTTTTTTGTTTTAATTATATTTTTCTAATGATTTTTACAGATTATAAGGCCTTTCTTTTGTAGTCTCTTTGGGGTTCTCCCAAGGCTGCTGTTTTCCTATCTATCAATATATCTTAGTTTCTTGTAAGAAAAAATAAATAATCATCATTTTTATATAAAAAATATCTGCTAATGTTTTAGAAACTTATGCTACCTACTCAAAATTTCCAAATTTTGATGATGAGAAATGTTTCGGAGAGGAATTATAGGATTATATTATTCTTTTGGTATATTTTATTTATCAATGAAATTTGTTCTCGCCAATAAAAATTCTTTTTGTATTAGGCACAACAGCTTAGTTGCATGCTTGGATTAAAAATGCTTCTTATTATGATCATGCTAGTATAGTTATCCATTTCATTACTTATTGTAGTCAAGCTTCATATTTGGTATTTTTCAGGAATTGACAGATGAGATTGGAGAACTTGAGAAACAAAAGGATCATCTGGAAGCTGAATTGAAAAAGGTTGGGTTTCGTTTTCTGCCATGTTGAACAGGCTCTTTCTTGTGACCGCAATCCTCTCTTTTATCTGTTGTCTCCTACTTTCCCTCTCTCACCAATCTAGTTTCCTTACTCATATGGTGATTTGTCGAGAAATTTTGTCCCATATCTTTCTTAATGGGAAGTTGGTGGTATAGCTTCATTGATGTCTCAACAATAAATACTCTGTAGCTTCTCCCTCCTTAAGTATATTTTACATGTTTTATGTAAAGCTTGCATGTCATATTTACATGGGGAATCGAATAGAATAGGGAAAGCATTCATGTCTAGCACATCACTACCACCTGATTCTTGTTATTTATTAAGGACATTTACAAATTTTGTGATCGTAGATTCACCCCCACATTGAGAAATGTTCTGGTGATCGCACCTGAAGAATTTTTTCTATCATAGATTCACCCCACATCGAGAAATTTCCTGGTTGTTCACACCTAAAGCATTTCACAACAGATAGCCTCATATTTGAGTTACCTTCTTGCCTCCTCCTCCTAATCTTCTTAATTTTTTTTTTCTTCTTCTCAAATTGAAAACAAAATTTTGTTCGTATTATGAAATATAGAAACAAGAGCGGGAAGACCTATCTTTATAACCTAAATCAATGAGTTACTAGAAAAAACTTCCAATTAGGCATAGCATTTGATAATGTTTAACTATAAAAAGAATTAACATCAAATTTTTTTCTCAACACTTGGAGTTCTTCATTTCGTGAGTTGTGGAAGTAGATTTCACTCTAGTCCACAAAAATTCATCTTTTAGAACTACACTTTTATCCATTGCCTTTCCTAGATTTTGTTGAACTTGGATGATAGCTAAACAAAGCTATTGTGTGGGATGAAAAATATCAGTTGGATTCTCAATTTCAAGATATATGAAAGAGATGGCAATTTTCCCACCTCATTTAATCTTGATACTTGTTCTTGTCCTGCTAGACGAGTACTTCAGGGGTCGATGAAAAGATTAGTACGTTTCTCCATTTGCAAGGTGATCAAAAGTTCAAAATATCCGAGAAATGCAAACTATTCTTAGGTCCCTTTATCTTGATGGTATTAGGAAAATGACAATATCCAGATAAGAAATCCTAGGAGACCACTTTTACCAAATTGGTTTCTTTTGTGTGTGTGTCTATATGTATATATATTAATTCAACAAAAAGGGTATGAGGATCTGAATCTCTTACCTCAAGGAAACGAGTACTGTCAATTACCGCTAAGCTATGCTCAATTTGGCGTTTCTTTTATATATAGTAATAGTAAAGATTTGATTTTCTTTTTCTTTTCATTGGGCAATAAAAAGTTTGCTTCTATTAAAAAATAGTGAAGATTTGTATCATCTCTTCCTCGTATGTCTTTTTGCTAAGCTATTATGGTTGAAGATTGGGGGGACTGTTCGCTTTCAACTCAGTTGAATTTTAGATCCAGTAACCTTTAGATTTTTATATTCTCTTATTGATGACTGAGTTGTGTACAAATATTTGTTTATACTTTATAGTGTGGGTTATAGGTGTCCAATCAAAATGTAATGTTGAATTGGATTTTTATTGTCAGTTTATCCAATATTCACTACACAATTTTTAACTGTTCGTTTCAGCTTCTTTGGATTCCGATTCACCATGCTACTTGAACTTTGTTTTACTTATCAGCTCCTATGGGGATGCATGTTTTTTTCCAGGTTAACGCTTTGTTGTCTGCTGGTCGTATGCGCCTTCATAATGCAAGAGAAGAAAGAGAGCATTTTGATGAAGCGAGTAACCAGATACTTGTGCACTTGAAGACAAAGGTAATGCAGCTATTAGTTGTGCTCTTGTTCAAATTAATATCCTCTTTGAATAAAGTGTGAAATTGAAGGGTCTTTTGTTTTCCCTCTCATTAGTTCTTTAATTTCTGTTGTGATATTCTTTGGTCATAGGAAGATGAGCTGTTCAAATCTGTTGCTTCATATAAAGTGGAAGCCAATGCTGTAAATGCTTGTAAAAACTTTTTAGAGCATGCATGGAACCTCCAGATAGCCCAAAGACAATTAAAGGAGGAAAATGTCGAGTATGTTAATTGTTTTTGCTCAAGTATTATTTGAGTTATGTTGCTTGTTTTGGTATCAAATAAATGAAATCATACTATGTCTTTCCCTTCAAGTTTTACTCTATTCTAGTATCAGTTAGCTGCTTGATTCTTTTGTTTCTTTTCTTCTTTTCAAGTGGTGAGCTGGAAAAATATGGAGATTATTTTGTGAAGTTGGTCATCAGCCTTCTCTCTTCTTACAAGGTACCAGTTAGGCTATCGAGTTCTCTGATCTTATATTCATCAGTTGCCATCCACTGTTTCTATGGGATATGGTTTACTATTTTCTGACTGTCGTGCACATTGGCCCATCTATTCTCGTTAGGGAAAGTTGGAGCCCTCACTTTCTTATATCAGGAAACTGGAGGAGAACTTGAGTTCGACGTAAGAGTATGGTTCTTTTAAAGAAAAAATTTATTCTTGTGAGAATAATTGTGATATAATTAACAAGCTTCTGAGACCAACTTTCCTCAGGTCAGATTTCATACACAATATAGATGATAGAAGTTTAAATATCAATAAACAACGGAGAAAGCTTGAAGAGGATTATTTGGATATCGAATCCAAGGTATATTATTATTGGTGGTATTATGAATGCTTAGAACTTCCTTCTCATTCATAGGGTGTTTATTTGGTCCATTGTCCTTAAAAACTGTGTTCCATTTGCCACTCACAATCTCTAAATGGTGGCTAATGTTTAATTTTTAGTCTTTCAACTGTGCACTATGTTGTTTTATCTAATTTAATTTTCTGCTCTGTCTACTTCCTTACTTTCTTCACTGGCCAGTTTGTTTCCACCTTAAGCACTGTGGATACAGTAAGAATGCAATTCTATGAAACAAAAGGAGTTGTCAGGTACTATAATAGTGTTGACTAGCCAAGGGAAATAGGATGCATTCGTTGTCAATGTTTTCTACTTTATCAGCCCTTGACTACTAATTTATGCACTTTTGGCTACACAATGAACTCTTGATCCAGGAATCTTGACCAGAAGGTACAAGAGACATTTGATGCACTTGAAAAAATAAAACAAGAATTTGAATCCATCAAGAGACCGAAATTGTTGATCGAAAGCATAAGGCAAAGATCAGAGTTACCGGTCAATGAAAAGTCACATAAAAATTCTAGTTCACCTTGCACGTCCGAACAGACAGCTGAAGTTCGAAGATTAAATTTTGAAGACATCGATCACTCCTCCTTGGCAAAGAGAACAAAGAATTTTAGCATGGAAGCAGAAATGGCAAAACTAGATTCGGATGAGGGGGCGGATATGATTGACTCAACCTACGAGATAAATGACTGGGAATTTGATGAACTTGGAAGGGACTATGGTTCAGCATCCAGCCACCATAGAAGATGAAACTTCATCTGGTACGTGTTTATATTCAATTCTTTATAGACTGGAAAGAAAGAAAAAACATATAAGAGCATGCATTAAATTATTGCAAGGCTAATGATGACCCCCCTCCTCTCCCCATAGCCTGTGATAGAAAAATGCTATTTACCAGGAAGATTCCTGAAGCAATAATACAAGTGTAAATTCTCTATATCGATGAAATTTTGTATATACACTCTACATTG

mRNA sequence

ATGGAGAAGGGAGGTGCTGAAAAGGGGCAGATGGTTAAGAGAGAAGAGTCCTTGTTCTTAGGAACTTCCTTCTGTGGCTTTGAAGAGGAAGAGAAGTTTGATCAGGAATTGACAGATGAGATTGGAGAACTTGAGAAACAAAAGGATCATCTGGAAGCTGAATTGAAAAAGGTTAACGCTTTGTTGTCTGCTGGTCGTATGCGCCTTCATAATGCAAGAGAAGAAAGAGAGCATTTTGATGAAGCGAGTAACCAGATACTTGTGCACTTGAAGACAAAGGAAGATGAGCTGTTCAAATCTGTTGCTTCATATAAAGTGGAAGCCAATGCTGTAAATGCTTGTAAAAACTTTTTAGAGCATGCATGGAACCTCCAGATAGCCCAAAGACAATTAAAGGAGGAAAATGTCGATGGTGAGCTGGAAAAATATGGAGATTATTTTGTGAAGTTGGTCATCAGCCTTCTCTCTTCTTACAAGGGAAAGTTGGAGCCCTCACTTTCTTATATCAGGAAACTGGAGGAGAACTTGAGTTCGACGTCAGATTTCATACACAATATAGATGATAGAAGTTTAAATATCAATAAACAACGGAGAAAGCTTGAAGAGGATTATTTGGATATCGAATCCAAGTTTGTTTCCACCTTAAGCACTGTGGATACAGTAAGAATGCAATTCTATGAAACAAAAGGAGTTGTCAGGAATCTTGACCAGAAGGTACAAGAGACATTTGATGCACTTGAAAAAATAAAACAAGAATTTGAATCCATCAAGAGACCGAAATTGTTGATCGAAAGCATAAGGCAAAGATCAGAGTTACCGGTCAATGAAAAGTCACATAAAAATTCTAGTTCACCTTGCACGTCCGAACAGACAGCTGAAGTTCGAAGATTAAATTTTGAAGACATCGATCACTCCTCCTTGGCAAAGAGAACAAAGAATTTTAGCATGGAAGCAGAAATGGCAAAACTAGATTCGGATGAGGGGGCGGATATGATTGACTCAACCTACGAGATAAATGACTGGGAATTTGATGAACTTGGAAGGGACTATGGTTCAGCATCCAGCCACCATAGAAGATGA

Coding sequence (CDS)

ATGGAGAAGGGAGGTGCTGAAAAGGGGCAGATGGTTAAGAGAGAAGAGTCCTTGTTCTTAGGAACTTCCTTCTGTGGCTTTGAAGAGGAAGAGAAGTTTGATCAGGAATTGACAGATGAGATTGGAGAACTTGAGAAACAAAAGGATCATCTGGAAGCTGAATTGAAAAAGGTTAACGCTTTGTTGTCTGCTGGTCGTATGCGCCTTCATAATGCAAGAGAAGAAAGAGAGCATTTTGATGAAGCGAGTAACCAGATACTTGTGCACTTGAAGACAAAGGAAGATGAGCTGTTCAAATCTGTTGCTTCATATAAAGTGGAAGCCAATGCTGTAAATGCTTGTAAAAACTTTTTAGAGCATGCATGGAACCTCCAGATAGCCCAAAGACAATTAAAGGAGGAAAATGTCGATGGTGAGCTGGAAAAATATGGAGATTATTTTGTGAAGTTGGTCATCAGCCTTCTCTCTTCTTACAAGGGAAAGTTGGAGCCCTCACTTTCTTATATCAGGAAACTGGAGGAGAACTTGAGTTCGACGTCAGATTTCATACACAATATAGATGATAGAAGTTTAAATATCAATAAACAACGGAGAAAGCTTGAAGAGGATTATTTGGATATCGAATCCAAGTTTGTTTCCACCTTAAGCACTGTGGATACAGTAAGAATGCAATTCTATGAAACAAAAGGAGTTGTCAGGAATCTTGACCAGAAGGTACAAGAGACATTTGATGCACTTGAAAAAATAAAACAAGAATTTGAATCCATCAAGAGACCGAAATTGTTGATCGAAAGCATAAGGCAAAGATCAGAGTTACCGGTCAATGAAAAGTCACATAAAAATTCTAGTTCACCTTGCACGTCCGAACAGACAGCTGAAGTTCGAAGATTAAATTTTGAAGACATCGATCACTCCTCCTTGGCAAAGAGAACAAAGAATTTTAGCATGGAAGCAGAAATGGCAAAACTAGATTCGGATGAGGGGGCGGATATGATTGACTCAACCTACGAGATAAATGACTGGGAATTTGATGAACTTGGAAGGGACTATGGTTCAGCATCCAGCCACCATAGAAGATGA

Protein sequence

MEKGGAEKGQMVKREESLFLGTSFCGFEEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQILVHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYFVKLVISLLSSYKGKLEPSLSYIRKLEENLSSTSDFIHNIDDRSLNINKQRRKLEEDYLDIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIESIRQRSELPVNEKSHKNSSSPCTSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLDSDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR

Homology

[Close]

BLAST of Spg013430 vs. NCBI nr
Match: XP_031739542.1 (uncharacterized protein LOC101209774 isoform X6 [Cucumis sativus])

HSP 1 Score: 511.9 bits (1317), Expect = 4.4e-141
Identity = 277/335 (82.69%), Postives = 302/335 (90.15%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 199 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 258

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 259 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 318

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   + DDRSLN++KQRRKLEE+YL
Sbjct: 319 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDTDDRSLNVHKQRRKLEEEYL 378

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 379 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 438

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  TS QTAEVRRLNFEDID  SLAKRTKNFSMEAEMAKLD
Sbjct: 439 VRRKPELPINEKPHVVNSNPSFTSGQTAEVRRLNFEDID-ESLAKRTKNFSMEAEMAKLD 498

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 499 SDEGIDTIDSNEEINDWEFDELGRDYDTISNHQKR 532

[Close]

BLAST of Spg013430 vs. NCBI nr
Match: XP_011653612.1 (restin homolog isoform X4 [Cucumis sativus] >KAE8649520.1 hypothetical protein Csa_018134 [Cucumis sativus])

HSP 1 Score: 511.9 bits (1317), Expect = 4.4e-141
Identity = 277/335 (82.69%), Postives = 302/335 (90.15%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 348 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 407

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 408 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 467

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   + DDRSLN++KQRRKLEE+YL
Sbjct: 468 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDTDDRSLNVHKQRRKLEEEYL 527

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 528 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 587

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  TS QTAEVRRLNFEDID  SLAKRTKNFSMEAEMAKLD
Sbjct: 588 VRRKPELPINEKPHVVNSNPSFTSGQTAEVRRLNFEDID-ESLAKRTKNFSMEAEMAKLD 647

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 648 SDEGIDTIDSNEEINDWEFDELGRDYDTISNHQKR 681

[Close]

BLAST of Spg013430 vs. NCBI nr
Match: XP_038882623.1 (uncharacterized protein LOC120073830 isoform X2 [Benincasa hispida])

HSP 1 Score: 511.9 bits (1317), Expect = 4.4e-141
Identity = 278/335 (82.99%), Postives = 304/335 (90.75%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 348 KEMVQAEKELTDDIGELENQKDQLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 407

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA+AVNACKNFLEH WNLQI+ RQLKEE+VDGELEKYGDYF
Sbjct: 408 VHLKTKEDELFKSVASYKVEASAVNACKNFLEHMWNLQISLRQLKEEHVDGELEKYGDYF 467

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVI+LLSSYKGKLEPSLS I+KLEENLSS   SD   +IDDRSL+++KQRRKLEE+YL
Sbjct: 468 VKLVINLLSSYKGKLEPSLSCIKKLEENLSSMKESDVSPDIDDRSLDVHKQRRKLEEEYL 527

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKLLIE+
Sbjct: 528 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLLIET 587

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELPVNEK H  +SSP  T EQTAEVRRLNFE+ID  SLAKRTKNFSMEAEMAKLD
Sbjct: 588 VRRKPELPVNEKPHIVNSSPAFTPEQTAEVRRLNFEEID-ESLAKRTKNFSMEAEMAKLD 647

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           +DEG D +DS  EINDWEFDELGRDY SAS+H RR
Sbjct: 648 TDEGVDTMDSNEEINDWEFDELGRDYDSASNHQRR 681

[Close]

BLAST of Spg013430 vs. NCBI nr
Match: XP_031739541.1 (uncharacterized protein LOC101209774 isoform X5 [Cucumis sativus])

HSP 1 Score: 511.9 bits (1317), Expect = 4.4e-141
Identity = 277/335 (82.69%), Postives = 302/335 (90.15%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 297 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 356

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 357 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 416

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   + DDRSLN++KQRRKLEE+YL
Sbjct: 417 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDTDDRSLNVHKQRRKLEEEYL 476

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 477 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 536

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  TS QTAEVRRLNFEDID  SLAKRTKNFSMEAEMAKLD
Sbjct: 537 VRRKPELPINEKPHVVNSNPSFTSGQTAEVRRLNFEDID-ESLAKRTKNFSMEAEMAKLD 596

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 597 SDEGIDTIDSNEEINDWEFDELGRDYDTISNHQKR 630

[Close]

BLAST of Spg013430 vs. NCBI nr
Match: XP_011653611.1 (golgin subfamily B member 1 isoform X3 [Cucumis sativus])

HSP 1 Score: 511.9 bits (1317), Expect = 4.4e-141
Identity = 277/335 (82.69%), Postives = 302/335 (90.15%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 349 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 408

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 409 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 468

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   + DDRSLN++KQRRKLEE+YL
Sbjct: 469 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDTDDRSLNVHKQRRKLEEEYL 528

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 529 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 588

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  TS QTAEVRRLNFEDID  SLAKRTKNFSMEAEMAKLD
Sbjct: 589 VRRKPELPINEKPHVVNSNPSFTSGQTAEVRRLNFEDID-ESLAKRTKNFSMEAEMAKLD 648

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 649 SDEGIDTIDSNEEINDWEFDELGRDYDTISNHQKR 682

[Close]

BLAST of Spg013430 vs. ExPASy TrEMBL
Match: A0A5A7U163 (Myosin-11 isoform X3 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold908G001520 PE=4 SV=1)

HSP 1 Score: 509.6 bits (1311), Expect = 1.1e-140
Identity = 274/335 (81.79%), Postives = 303/335 (90.45%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 233 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 292

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 293 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 352

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   +IDDRSLN++KQRRKLEE+YL
Sbjct: 353 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDIDDRSLNVHKQRRKLEEEYL 412

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 413 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 472

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  T EQTA+VR+LNFE+ID  SLAK+TKNFSMEAEMAKLD
Sbjct: 473 VRRKPELPINEKPHIENSNPSFTLEQTAKVRKLNFEEID-ESLAKQTKNFSMEAEMAKLD 532

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 533 SDEGVDTIDSNEEINDWEFDELGRDYETTSNHQKR 566

[Close]

BLAST of Spg013430 vs. ExPASy TrEMBL
Match: A0A1S3BI64 (uncharacterized protein LOC103489834 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1)

HSP 1 Score: 509.6 bits (1311), Expect = 1.1e-140
Identity = 274/335 (81.79%), Postives = 303/335 (90.45%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 348 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 407

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 408 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 467

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   +IDDRSLN++KQRRKLEE+YL
Sbjct: 468 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDIDDRSLNVHKQRRKLEEEYL 527

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 528 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 587

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  T EQTA+VR+LNFE+ID  SLAK+TKNFSMEAEMAKLD
Sbjct: 588 VRRKPELPINEKPHIENSNPSFTLEQTAKVRKLNFEEID-ESLAKQTKNFSMEAEMAKLD 647

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 648 SDEGVDTIDSNEEINDWEFDELGRDYETTSNHQKR 681

[Close]

BLAST of Spg013430 vs. ExPASy TrEMBL
Match: A0A1S3BHA6 (myosin-11 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1)

HSP 1 Score: 509.6 bits (1311), Expect = 1.1e-140
Identity = 274/335 (81.79%), Postives = 303/335 (90.45%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 217 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 276

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 277 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 336

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   +IDDRSLN++KQRRKLEE+YL
Sbjct: 337 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDIDDRSLNVHKQRRKLEEEYL 396

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 397 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 456

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  T EQTA+VR+LNFE+ID  SLAK+TKNFSMEAEMAKLD
Sbjct: 457 VRRKPELPINEKPHIENSNPSFTLEQTAKVRKLNFEEID-ESLAKQTKNFSMEAEMAKLD 516

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 517 SDEGVDTIDSNEEINDWEFDELGRDYETTSNHQKR 550

[Close]

BLAST of Spg013430 vs. ExPASy TrEMBL
Match: A0A1S3BI59 (myosin-11 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1)

HSP 1 Score: 509.6 bits (1311), Expect = 1.1e-140
Identity = 274/335 (81.79%), Postives = 303/335 (90.45%), Query Frame = 0


Query: 28  EEEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQIL 87
           +E  + ++ELTD+IGELE QKD LEAELKKVN LLSA RMRLHNAREEREHFDEASNQIL
Sbjct: 349 KEMVQAEKELTDDIGELENQKDRLEAELKKVNTLLSAARMRLHNAREEREHFDEASNQIL 408

Query: 88  VHLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYF 147
           VHLKTKEDELFKSVASYKVEA AVNACKNFLEH WNLQI+QRQLKEE+VDGELEKYGDYF
Sbjct: 409 VHLKTKEDELFKSVASYKVEAGAVNACKNFLEHTWNLQISQRQLKEEHVDGELEKYGDYF 468

Query: 148 VKLVISLLSSYKGKLEPSLSYIRKLEENLSS--TSDFIHNIDDRSLNINKQRRKLEEDYL 207
           VKLVISLLSSYKGKLEP+LS IRKLEENLSS   SD   +IDDRSLN++KQRRKLEE+YL
Sbjct: 469 VKLVISLLSSYKGKLEPALSCIRKLEENLSSMKESDVSPDIDDRSLNVHKQRRKLEEEYL 528

Query: 208 DIESKFVSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 267
           D+ESKFVSTLSTVDTVRMQFYETKGVVRNLD+KVQETFDALEKIKQEFESIKRPKL+IE+
Sbjct: 529 DMESKFVSTLSTVDTVRMQFYETKGVVRNLDEKVQETFDALEKIKQEFESIKRPKLMIET 588

Query: 268 IRQRSELPVNEKSHKNSSSPC-TSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLD 327
           +R++ ELP+NEK H  +S+P  T EQTA+VR+LNFE+ID  SLAK+TKNFSMEAEMAKLD
Sbjct: 589 VRRKPELPINEKPHIENSNPSFTLEQTAKVRKLNFEEID-ESLAKQTKNFSMEAEMAKLD 648

Query: 328 SDEGADMIDSTYEINDWEFDELGRDYGSASSHHRR 360
           SDEG D IDS  EINDWEFDELGRDY + S+H +R
Sbjct: 649 SDEGVDTIDSNEEINDWEFDELGRDYETTSNHQKR 682

[Close]

BLAST of Spg013430 vs. ExPASy TrEMBL
Match: A0A6J1HGM0 (myosin-11-like isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111463372 PE=4 SV=1)

HSP 1 Score: 481.5 bits (1238), Expect = 3.1e-132
Identity = 256/327 (78.29%), Postives = 286/327 (87.46%), Query Frame = 0


Query: 34  DQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQILVHLKTK 93
           ++ELTDEIG+LE QKD LEAELKKVNALLSA RMRLHNA+EEREHFDEASNQILVHLKTK
Sbjct: 305 EKELTDEIGDLENQKDQLEAELKKVNALLSAARMRLHNAKEEREHFDEASNQILVHLKTK 364

Query: 94  EDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYFVKLVIS 153
           EDELF+SVASYKVEANAVNACK FLEH WNLQ +QRQ KEENV+GELEKYGDYFVKLV S
Sbjct: 365 EDELFRSVASYKVEANAVNACKTFLEHTWNLQTSQRQQKEENVNGELEKYGDYFVKLVTS 424

Query: 154 LLSSYKGKLEPSLSYIRKLEENLSST--SDFIHNIDDRSLNINKQRRKLEEDYLDIESKF 213
           LL+SYKGKLEPSLS IR LEENLSS   SD + NIDDR L++N +R+KLEE+YLDIESKF
Sbjct: 425 LLTSYKGKLEPSLSCIRILEENLSSMKGSDAMSNIDDRDLDVNNERKKLEEEYLDIESKF 484

Query: 214 VSTLSTVDTVRMQFYETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIESIRQRSE 273
           VSTLSTVDTVRMQFY+TKGVVRNL Q+VQE FDALEKIK+EFESIKRP+LLIE+ RQ+ E
Sbjct: 485 VSTLSTVDTVRMQFYDTKGVVRNLGQRVQELFDALEKIKKEFESIKRPRLLIETFRQKPE 544

Query: 274 LPVNEKSHKNSSSPCTSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAKLDSDEGADM 333
           L V ++  + SS    S+QTAEVRR N+E++D SSL KRTKNFSMEAE+AKLDSDEG D 
Sbjct: 545 LRVKDRIRRTSSLASVSKQTAEVRRSNYEEMDDSSLVKRTKNFSMEAEIAKLDSDEGMDT 604

Query: 334 IDSTYEINDWEFDELGRDYGSASSHHR 359
            DS  EINDWEFDELGRDY + S+H R
Sbjct: 605 YDSIDEINDWEFDELGRDYDAPSNHQR 631

[Close]

BLAST of Spg013430 vs. TAIR 10
Match: AT2G37370.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G13560.1); 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: 201.8 bits (512), Expect = 9.1e-52
Identity = 135/335 (40.30%), Postives = 199/335 (59.40%), Query Frame = 0


Query: 29  EEEKFDQELTDEIGELEKQKDHLEAELKKVNALLSAGRMRLHNAREEREHFDEASNQILV 88
           E  + ++++  E+ +LE  K+ LEAELK+VN  +++ R RL NA+EERE FD ASN+IL+
Sbjct: 343 EVGQLEKDVAAELKKLEILKEDLEAELKRVNTSITSARARLRNAQEEREQFDNASNEILM 402

Query: 89  HLKTKEDELFKSVASYKVEANAVNACKNFLEHAWNLQIAQRQLKEENVDGELEKYGDYFV 148
           HLK+KE+EL +S+ S +VEA+ VN    FLE  W LQ    Q K+  V GE+E+Y D+F+
Sbjct: 403 HLKSKEEELTRSITSCRVEADVVNKWIKFLEDTWILQSKFSQQKDNQVSGEMERYSDHFI 462

Query: 149 KLVISLLSSYKGKLEPSLSYIRKLEENLSSTSDFIHN--IDDRSLNINKQRRKLEEDYLD 208
            L++ LLS YK +L+P +  IR +  +L  +        ID++     + R++LE++YLD
Sbjct: 463 DLIVQLLSFYKEQLDPYIPKIRGVVASLEPSKGLEAEKIIDNKDTKPFESRKQLEKEYLD 522

Query: 209 IESKFVSTLSTVDTVRMQFY-ETKGVVRNLDQKVQETFDALEKIKQEFESIKRPKLLIES 268
           +E+KFV+TLS VD ++  FY +T+G+ R  D++V+E F+ L+K KQEFE+I+RP L IES
Sbjct: 523 LEAKFVTTLSVVDAMKKPFYSQTEGISRKDDKRVKELFEVLDKTKQEFEAIERPLLDIES 582

Query: 269 IRQRSELPVNEKSHKNSSSPCTSEQTAEVRRLNFEDIDHSSLAKRTKNFSMEAEMAK--- 328
             + S       S ++ S   T E       L     D S  +K+  +   E    K   
Sbjct: 583 PSRTS------SSSRSPSLKMTHETPLSDTVLKLSGGDDSPDSKKGSSGKEEDPAKKQLE 642

Query: 329 --LDSDEGADMIDSTYEINDWEFDELGRDYGSASS 356
             LD D    + D   EINDWEFD L     S +S
Sbjct: 643 LELDVDGEEFLAD---EINDWEFDALDETLTSKTS 668

[Close]

BLAST of Spg013430 vs. TAIR 10
Match: AT5G13560.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G37370.1); Has 12055 Blast hits to 8846 proteins in 811 species: Archae - 217; Bacteria - 1046; Metazoa - 6104; Fungi - 1115; Plants - 528; Viruses - 14; Other Eukaryotes - 3031 (source: NCBI BLink). )

HSP 1 Score: 196.8 bits (499), Expect = 2.9e-50
Identity = 138/363 (38.02%), Postives = 208/363 (57.30%), Query Frame = 0


Query: 1   MEKGGAEKGQMVKREESLFLGTSFCGFEEEEKFDQELTDEIGELEKQKDHLEAELKKVNA 60
           ++K  A K ++VK  E+           E+EK   EL  EI +LEKQ+D LEA+LK+VN 
Sbjct: 328 LQKEEALKARVVKANET----------GEKEK---ELGAEIAQLEKQRDELEADLKRVNL 387

Query: 61  LLSAGRMRLHNAREEREHFDEASNQILVHLKTKEDELFKSVASYKVEANAVNACKNFLEH 120
            L+A + R  NA EER+ F EA+NQI+ HLKTK+D+L KSV + K EA  +    NFLE 
Sbjct: 388 SLAAAQARFRNATEERDQFGEANNQIIAHLKTKDDDLSKSVVACKKEAEVIKTWINFLED 447

Query: 121 AWNLQIAQRQLKEENVDGELEKYGDYFVKLVISLLSSYKGKLEPSLSYIRKLEENLSST- 180
            W LQ +  + K++    ELEK+ DYF  + +++LS YK ++ P +S I    ENL +  
Sbjct: 448 TWLLQCSHIETKDKQTLDELEKHEDYFSDVALNILSVYKKEVAPLISRIENYVENLKNLG 507

Query: 181 --SDFIHNIDDRSLNINKQRRKLEEDYLDIESKFVSTLSTVDTVRMQFYETKGVV-RNLD 240
             S+   N D     ++  R+ LEE+Y+D E+K ++T S VD V+ QF   +  + +  D
Sbjct: 508 PGSEKPPNADQGDNQVSNPRKILEEEYIDYETKIITTFSIVDNVKEQFQVLQSKLDKKDD 567

Query: 241 QKVQETFDALEKIKQEFESIKRPKLLIESIRQRSEL--PVNEKSHKNSSSPCTSEQTAEV 300
           ++V+E FD +EK++Q+FESI RP L IE    RS +  P +  +   S  P +S   A  
Sbjct: 568 RRVKELFDDMEKMRQQFESIARPTLEIEIPSPRSSVTSPKSSATSPKSPKPSSSSMNAST 627

Query: 301 RRLNFEDIDHSS-------LAKRTKNFSMEAEMAKLDSDEGADMID-STYEINDWEFDEL 350
                +  + S+        A  ++ F+ EAE+A+L+S+ G    D S  E++ WEFDEL
Sbjct: 628 ESTQTQKPELSNSPQAPNPAAGSSQEFNPEAELAELESEFGKVARDYSADEVDGWEFDEL 677

The following BLAST results are available for this feature:

BLAST of Spg013430 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_031739542.1	4.4e-141	82.69	uncharacterized protein LOC101209774 isoform X6 [Cucumis sativus]	[more]
XP_011653612.1	4.4e-141	82.69	restin homolog isoform X4 [Cucumis sativus] >KAE8649520.1 hypothetical protein C...	[more]
XP_038882623.1	4.4e-141	82.99	uncharacterized protein LOC120073830 isoform X2 [Benincasa hispida]	[more]
XP_031739541.1	4.4e-141	82.69	uncharacterized protein LOC101209774 isoform X5 [Cucumis sativus]	[more]
XP_011653611.1	4.4e-141	82.69	golgin subfamily B member 1 isoform X3 [Cucumis sativus]	[more]

BLAST of Spg013430 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg013430 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7U163	1.1e-140	81.79	Myosin-11 isoform X3 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold908...	[more]
A0A1S3BI64	1.1e-140	81.79	uncharacterized protein LOC103489834 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S3BHA6	1.1e-140	81.79	myosin-11 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1	[more]
A0A1S3BI59	1.1e-140	81.79	myosin-11 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1	[more]
A0A6J1HGM0	3.1e-132	78.29	myosin-11-like isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111463372 PE=4 SV=...	[more]

BLAST of Spg013430 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G37370.1	9.1e-52	40.30	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT5G13560.1	2.9e-50	38.02	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]

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	COILS	Coil	Coil	coord: 232..252
None	No IPR available	COILS	Coil	Coil	coord: 34..61
None	No IPR available	PANTHER	PTHR34121:SF5	CENTROSOMAL PROTEIN OF 135 KDA-LIKE PROTEIN	coord: 29..350
None	No IPR available	PANTHER	PTHR34121	MYOSIN-11	coord: 29..350

Relationships

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


Feature Name	Unique Name	Type
Spg013430.1	Spg013430.1	mRNA