HG10010455 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview


Name	HG10010455
Type	gene
Organism	Lagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description	CBL-interacting protein kinase 1
Location	Chr06: 22346766 .. 22367475 (-)
RNA-Seq Expression	HG10010455
Synteny	HG10010455

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.

ATGAAGGATAAGAAGATCGCCGGCGAGAAGCATCAAGAAAAAATGCGACTGGGAAAGTATGAGCTCGGAAAAATTCTCGGCCATGGAAATTTTGGGAAGGTCAAATTTGCTATTAATTTTGAAACTCAGCAACCTTTTGCTGTCAAAGAAGTTGATAAGAGCAAGATTATCGATCTTAATTTCACCCATCAGGTCTTTAATTCTTTAAATTCATTCATTAATTTCCTCTTTTTATTTCTTCTTTTCATTCTGTTTTGCATTATTATTATTATTCGATTAATTGTCCTTCTCAATTTCTTTGATCCCTTTGCTGGATCTTCAAGCAAACTTTTTCATTGCCTACACTCATTTCATTTTTTTAGGTTTAAAACTTCAAAATACTCCGATTCGGTTTTTTAATTTTAGGGTAATTGTATTAATTGACAACATTGTTAGAAATATTGTCAAGCAAACTAAAATAAACACCTATAAACTATTATCATCTATCACTATTAGTGATCTATCAGTGTCTAATATTTTGTTATATTTAAAAATATTTGGACTCATTTTGCTATATTCGAAAACAACTCTTTTATAAAACGTAACTTTAAAGGTGACAAATTTGGTTATTTATCTATTAAATGAAAATGAAGGGACAAAATAGACATTTTTAAATTACATAGGTTAAAATGGACCAAAGTTAAAAGTAAGTATAGCAAAATGAACCTCTTGAGAGTACCAAATGAAACCAAGATAGTATTGAAGCTAAATTACATTTTGATTAAATATATATATATATAATTTTTTTTTTTTTGACAATTCAGTGGAATGGGAGGATCGAACCTTTTATCTCGCTCATGTTGGTGTTTAAAAAATGCCCTTTATTAATCTACTTTGAATATTCTAACTAATTTCCAGTAGAAAAGTGAAACTTTTATAAAAAGTTAAAACATAAAATTAATTAAACTTTTGAAAGATAGACATATTTGTAAAATAAATGAGAAAGTTCAAGATTTTCTTTTCCTATTTTTTTTTTTAATTTAGTCAATATTTTATATTATATAGTCATAATTATGTTTTTTTATACATCAATTAAAATGTCTGCAGTTTAAAAGGGAGATACACACCCTCAAACTTCTCAAGCATCCAAACATAGTCAGACTACATGAGGTACACTCCTTAAACTCTTCATTATTCTCTTTTAATCTAAAAATTAAATGAAAAATTAAATTTCTAATATTTTAAGATTTAGAGATTTTATAAATTAGTTTATTTTACTTTTACCAAAATTTTCGGCGCCAAATTGATTACCGACTGTACCCAAAATATTGACTTCAATTTTCATCTTATTTATTTATTTTATTATTGTTATTATTATTTTCACGACACGTTATCTTTTGAAAACCGAAATTAAAGAAAGCAAAAACGGATGAAAATAATTAATTTGACCAGTCTATAACTATAAAATTATTATTAATTTTATGTTACTCGTCCATTTCCAGCCAAATTTCTATTTTAATTTATTATTCTGTTTAATTGATCTGCATTTATTAGTGAATATACATAACATTATTTTAAATTAATATGGATTATCATAATGTTGGAAATGTGGCTGTTTCAATTCCACAAATTGAGGAGCCTACGTGTCAATATTAATTGCTTGTGGTTTTCATTTTATCCCGTGTATCACGTTTGGGTGATGACGTGTGTTGGGTGAAATGCGTGGGGTTAATAGTTTATTATTTTTGCTTTTGTCCACGAAAATCTAAATATTAAAAGTCAAAATTGCACACCTGCCCCTAAACTAATAGATTTAAGAATTTCGGACTTTAAGGCCGGCTATTTAATTTATATAATATTATAATACATTATAAAACGTTTATTTTAATTTTTATAATATGAAATACGATCTTTGTTAATAATTATTTAATTCATTTTAATATGATTTTAACATATGACAATTTTAAATTTTAAATTTTAAATTTAAATATATAAAATATAGTTTTTTAGAATTTCATTATGTCTATAGGGATGTTAATGGTCTTAACCACTGTGTTTAGATTGACTTCATAGAGAGGAAATGTGGAAAAATTATTTAATAAAGTTGGCTACCCCTTAATAAGAGTGGGTTGGATATATGGATTTCGGAAATCTACTTAGTTATAAATTTGAAATACTTCTATCGTTTTCTCTCACAAAATTATATGTCTGACTTTCTCAAAAAGACGAGAGAGGAAAAGACTTATTTTTTTATTTTATAAATGTGCATGTCAAGGCCTTGTTTGATAATCATTTGATTTTTTGTTTTTTGTTTTTGAATATTAAGCCTACAGATACTTCTTCCACTTTTAAATTTAAAGCTTTGTAAGCTATTTCTTACCAATATTTTGAAAATTAAAAAAAGTAGACCCCGTTTGGTAACCATTTGGTTTTTTGTTTTTTGATTTTGAAAATGAAGTCTATAGAGACTAGTTCCACCTCCAGATTTGTTCATTTGTTATCGACTTTTTACCAAAAGTTTAAAAAATCAAGTCAAAATTTGGAAAAAAAATAGCTTTTAAAAACTTGTTTTTGTTTTTAGAATTTGGCTAAAACTTCAACTATTATTGTACTTAATAAAGATGCAAATCATTCTAAGAAATAGAGATAAAATATGCTTAATTTCAAAAACCAAAAACCAAAAGCTAAATGGTTACCCAATAATTACATCTATTTGGTTCATCTTTTCATACTAAAAAAAGATTTGTCAATCCAAACATTACTCAATAGATAAGACAAACTATCGTTTGGTTTCAACGTCTCACCTCCGATTGTTGAACTATATATATAGGTCCCAATGCAATTGAACGAAGTCTAAATGAATCAATTGTCAAAGTAAATATAGATTAATCGTTATTGACATATACTCAATCAACGATTCAAATCTCCACGACACACTTATTTGTATTAAAAACAAAAGGGAAAAAAACCCTAAATGGATCCATTGTCACAACTAAAGAGAGAAGCCCAAAAACTTTTAGACCATATGGCCTAACCAAATAGAAAGAAGCCCAAATTGATCAATTGGACAACTAAAGAAAGATGTCCTAACCAAATTGATCTAATAACTTGCACTTTTTTTTTTTAATTTTAATAGTAAATTCTGTTATCAAATTATTTTATGAACGCAGGTTTTGGCTAGTAAAAGCAAAATTTACATGGTTCTCGAGTACGTGAACGGCGAAGAATTATTTGAAACAATCGTAAGTACATATGCCTTAATTAATTATGTGTGTTGTATAATTAAATTAGGATAGTTATTTTCATGAATAGAAAAATCAGCTAAACTATTTACAAATATAGAAAATTTTTACTGTGATAGAAGTATATCGCTCCAGCGATAGCATTCTATCGACTTCTATTACGGTTTATCGCGGATAAACAGTGAAATTTTTCTGTATTTATAAATAGTTTGATATTTTTTCTGTTTAAATTATTGTAATACTTTTTTTTAATTTAAGGAGTTAATGCTTGATTCTTATTATTTTATGTCGGACATTGTTTGATTTAGGCATCAAACGGGAAGCTATCAGAAGCTCGAGGCAGAAAAATCTTCCAACAATTACTTGATGGTGTGAGTTACTGCCATAGGAAAGGCGTTTACCATAGAGATCTTAAGGTAAAAATAATTTAATCTAAAGCTGAGATTAATAGAAGTAGCTTTGAGCACAAGTAGTTTAACTAGAGTAGGTTCCAATTACATTCTTAGACTTCAAAAAAATTTCATTTTTAACTTTTGAATTTTGAAATTTGTTTAGTTTCAATTTTTCATTTTTAACTTTTAAATTTTAAAATTTATTTCGAATTCAACATTCTCTTAAAGTTTTATACGAATATTGAAATAACAGTTATAGAAGGTATATATAACATCGATCATTTACAACATTAGTCTTGTAAATTGGTGTATTATTTTTTTTTCCTGACAATATCCGAGAAGGAGGGATAAAATCTCGTATCTCAAAGTTGATAGTACAAGTCCATGCTAGTAAATGCTTATGTTGGCATAAATTGATGAAATAAATAGTAACAACAATAATTTTAATCTTTTATATAATTGTAAATAATATTACAAACCTACTTTGTCCTGACTCCATGTAAATTTTTATCTTTTATTTTTGTTCAAAAGTAAAAATAAAACTTCTCAAAATCTATATAGTTTCATATTGATTTTTATTTTTATTATGAATCAATTTTACGGATTAAACGAGTATTTTCATGACTAAGAAAATCTCTCTTTTTTTTTTTTTTCCTTTCAAAGGAAATTCATATTTTTCTTGGAAACCTATATGCAGCTGGAGAACATACTTGTTGATTCGAAGGGAAATGTTAAGATAACTGACTTTGGCTTAAGTGCTTTACCCGAACATTTTAGGGTAAGTATTTAGTACATGTGTAAGAGTAATTTTAAAATGGTTAAAATTACTTTTATCGTATTTAAAATTATCCTAAAATATACTTGCATTATTATGCTATTAAAATTTATTTTAAAAATGACAAAAATGATTTAAACCATTTTAGGGTGTGTTTAAAATACCTTTTCAAGTGTTAATTTAAAAAAATAAATTATTTTAAAAGAAATAAAGTGTTTGGCAACCACTCAAAATGGATTTTGAAAGTCATAAGTTCTTATCAAAAGTGTTTAAATGAAAATGAGCTTTAGAAAAACATTTATATTTTAAGTTAATCTAAACGGGCTCTAAGTCAATCCGTCAAAAATATTTTGCAGCAATTTTTATTGGTTAAAATATCATTTTGGTCCCTACATTGTAGAGTTGGTTCAATTTTAGTTCTTATAATTTCAAATGTCTAATTTTAGTCCATGTACTTCAATTTAGTCCTTATTACTACTTAGTGTGGATTTTTCATCACTTTTTATTTCTTTTATTGGCATTTTCACTATAAATTTTGAAAAATATATTAATATATTGTGTTTCTTCACATGAAAATTATTGTGATTATTTAATCAATTTCAATAAGAATTAACTTAAATTTAAGATTTATTAAAAATACAAATACTTTAATTGGACATTTGAAATTACAAAGATTACAATTAAACAAATTTTAAAGTACAATGACTAAAATGGTATTTTAACTTTTTTATTTTTATTTTTTTATATACTAAATTTAGTTTCCACTAGTAACAAAAAATGAGAAATAGGTTTCTTTACACACTTTTGCTTTCAGTTCCATAAAAATAATTAATATTTATGTTTTTCCTTCTTACAAATATTAAAAACCAACAAAATTATGACCCCATTGGCTAATCATTCTATTTTTTTGTTTAATTTTTTGTAAAAAAATTAAGCTTTTAAACTCTATTTTTACCTTTTAAATTTCTTTATTATGTTGTCTAATTTATATCAATGTTTTCGAAAACCAAGTCAAGTTTCGAAAATTAAAAAAAAAAAAAAGTACTTTTTCAAAACTTGTTTGATTTTGAAATTTTGACCAAGAATTCAAATATTTCTTCAAAGACTAGGAGATTGGGAGAAAATAATATAAATTTTAAAATTATTAAACTAAAAACAAAATAGTTGTCAACAAAGCTTAAATGAAAAACAAAAATAAAAACATTAGCAAACAAGTCTTAAATATCTCGAAACATTTGCCTTTATATATATTATGAAAACTGAATTAATTTAATGTAACACAGGACGATGGTTTGCTTCACACTACCTGTGGAAGCCCAAATTACGTAGCACCAGAAATTCTTGCTAACAGAGGCTATGATGGAGCGGCCTCAGATATTTGGTCTTGTGGTGTTATCTTGTTTGTAATTCTTACAGGATCACTTCCTTTCGATGATAGAAATTTGTCTGTTCTTTATCATAAGGTAATTATTACTCAATTACTTTTAATAGAAATTATTATAAATGAAAAAAAATATCAAATTATTTACAAATATAGAAAAATTTTACTGTTTATCAACGACAGATTAAGATAAACTTCTATTATTTCGCGATCTATCACACAGTCTGAACGACAGTAGAATTTTTCTATATTTGTAAATATTTTGATATTTTTTCTATTTTTAAAAAGTGATTAGGAAAAAATAATATGTTTTTCGTTCCTAAACTTTCATAAAATTTAGTTTGTTACGATGATCGGACCCGTTTATATTGATTTTCTAAGTGTTTATAAACATTTTTTTCCACTTATAAACACTTATTTTTTTTTCCACTTATAAACACTTATTTAAACATTTAGAAAGTCAATCCAAATGGATACTTAGTTTATGTACTCTCAACTTTTAGTCTCTCAACTTTAACATGTAATAATTTAGTTTCTGTATTACAAAAAAATTTGTAACAATTTAGTCCCATACTAAGATTTAATTAAAAAAAATTTACCTAAGTTGATGGATAAACTCTTAAAGATCAAATATAAGATTATTTATGGAATAGATTAAATTGTTACAAATTTGAAAGTTCGTAGACTAATTCGTCACATTCATAAAAAAAGTTTTTTTTTACCATCATTTTTTATTGTTGTCTCAATGATTGTTTAGGATGATTCTTAATTACTCTTTGCTGTATGTTGAAATTTTCAGATTTTGAAAGGAGAAATTCAATTACCTAAATGGCTGTCACAAGGAGCCCAAAATTTGATAAGAAGGATTCTTGATCCCAACCCTATTTCTAGGATAACTATGGCTTCTATCAAAATGGATGATTGGTTTAGAAAGGATTATCATCCAACCTACCTTGATGAAGAAGAAGATATATACATGGAAGCTACACCCTTCTCAATGTATCAAGTGGTAAGTCCTTCAATTTAGATCTGTCATTCATCACACAAAAAATTATTCGACGAAATCAGTACAACGCGGTCGACAATTTTAAATCGTTAAATGTATTAAAAAGAAACTGTAAAAATGTTTGCTTTAATCTCAGCTGTGGTTCTTATACTTTCAAAACGTCAACTTTGGTCCATATAATTTTACCTTTGATTTTATTTTAGTTCATACGTTTAAAATATCAGTTTTGACCTTTTTACTTTAAAAAAGGGACCAATTTTAAATCTATACACATTATTCTTTTATTTATATCTTTTTTTTTCATTCAAAAGTTTCTTAAACTTTTATCATAAATTATATTAAAAGGATTGTCACATTATATTGTGTATAAATTTTGTGTTAAAAATTTTACAAATAAGGACCAACCTGAAACATTATGAAAATATAAGATAACTAAAAGACCAAAATGAACTACTAAAGTCGGCCAAAATAGTATTTAAACTAATTGTAAAAGTATCTCGAATTTGTATCTACAAATTGTTTCATATTTTTAAATTTATATCTAAAACAGTTATTAAAAGACAATCACATTATTTTATACCACTATTAATTATAATTTTTCTGTTTATATATATAATTTTGACATGTGACCTTTTTCATTTTGGTAGCAAGATTATCATGGGGAAAAGATTTCAGAATCTCCCACCACTATAAATGCTTTTCAACTAATTGGAATGTCCTCATGCTTGGACCTTTCAGGTTTCTTTGAGAAAGAGGTGAGCATCAAATGAAATAATTAATTCCTATGTTTTCATTAATGCCATTATTGTAGAGTTTTAATTAAGAATAATCCACCCTATTGTTATTTTAAGAAAATTATTATAAACAAACAAAAAAATATCCAACTATTTATAAATATAAAAAAAATTCAATATTTAGAGCGATAGACTTTTATAACTTGAGCGATAGAAGTCTATCGCTAATAGATAGTGAATTTTTTCTGTATTTATAAATAGTTTGACTCATTTTTCTATTTTTAAAAATAACTCATTGTTTTAACTAAACAATGATATGTTGATTAGGATATTTCTGAGAGGAAGATCAGATTTACAACCAATCACTCTACCAAAGAAGATATCCTCAAGCAGATGGAGGATCTTGTAACAAATATGGGGTTTCTTGTCCAGAAGAAACGAGGAAGGGTAATTATTTTTTTAAACTATTTTATGATTTGTTTTTTCCCCCTTATGGGAAATGTTTTTTCCCGTCCCCTTTACGATGACATGTTTTATCTGTCGTTAAATATCTTTGATGTTTATTGACTGTCAACTAATTAAAAAATCAGAAGTTAACCAAAGTAGACGAAAAATGATATATTTTGTGTCAATAAAAGTATAAACGTTTATTGACGTTTTATAAGCGTCAATATATGTATTTCTTTATTAATAATTAATTTTAAAAGGTAGATAAACGGTTTTTTGTGCACAAACGTCAACTAAAAAAATTCATATGTCAATAAAAGTCGAATTTGTAGTAGTATACATAATTTGACATTATTTGTTTGAATGTTGACGAAATATGAAACCTGAAAATGTAGTAGTGATGTGAAACGAAAAATGGATGATTTAACTCGAATGAGTTAGAAAATTGAGACTATTGTTTTTTCTTTTTCTCCTCTCAAAAGATTGTTTTTGTTTTGTTCATGAAGTTAGAAGAAACTTTTGAAATTATTTATCCAAATAAACTCTAATTATATAGTTGTGTGTTGTGTGGTGTGTCCTTTTCAGTTGAGAGTAATGAGAGAGGAAAAGGGTGAGAATGGTGTGGCCAGCATACTTTCAGTATCAGCAGAGGTAATTTAATTTTAATTTCCTTGCAATTTTAATTTGAACAAAAATTTATTCTTAAAAAGATAATAGGGAAATTTTTATCGATAAAAAAAATGTCAAACTATTTACAGAAAATAGTAAAAAAATATACTAATAGACATTAATAGACTTATATCAGCATCTATTAGTGACAGACCTCTATCATTTCTATCATTGATAGACCCTGATAGACTTCTCAGCGTCTATCACAACTATCTAAAAATTTTGCTATTTAGATAATTAGTTTTCCTTATTTTTCTATTTTTAAAAATTTTCCAAACTAATATATATCCTTTCATAGGAATAATTATGGATTGGTATGTAAATCTTTGCAGGTCATTGAAATAAGTCCATCACTATACGTTGTAGAATTAAGAAAGTTGCATGGAGATTCATCTTCATATAGACAGGTTTCCCTTTTCCATCCTTACATTTTCATAATTTTTTTATACATGTTTGATAACTATTTCGTTTTTTATTTTTCACTTTTGAAATTTGTGTTTATATTCTTACAATTTTTTTACTATGATTTTCATCATTCCTAATTAAACGCTTGAGATTCTTAACTAAGTTCCATAAACAAAAACAAGTTCTTAAAAACTATTTTTTCTCGTTCAAAACTTGATTTGGTTATGGAGAACATTCTTCAAATGTAGAAAACAAATAAATCAATGAGTGGAAATAATGTTTATAAGCTTAATTTTAAAAAATCAAATGGTTATCAAACGAGGTATTAATTAGTTTTTTGTTTCCTATTTATGAAAATTAAGCTTATAAACACTATTTTCGCCTATATTTTAAAAAATGAACCAAAATTTGAGTACTAAAAAATGTTGTTTTTAAAACACTTGCTTTTGTTTTCAGAATTTCACTAAGAATAATTGAAGTGCTTCTTCAAGAAAGGTGTGAAAGTCATAGTACAAGCATAATAAATTTCAAAAACTGAAAATTGAAAACAAAATCGTTAACAAAAAAAAAGTACTTGCTTTTTTATTTTTGATTTTTGAAAATCAAGCTTATAAAATGTAACTTCTCCTTAAAGTTTTTTTTGCTTTGTCATTTACTTTTTACATTTGGTTTCAAAATCTTAGCCAATTTTTGAAAACTAAAAAAAAAAAAAACACTAAGTAGCTAGTTTTTGTTTTGGGTTGTTTTCAAATAGGAAAATGAACCAAAATATTTACAAATATAGCAAAATTTTACTGTTGATAGATCATAATAGATTACTATCTGTGTCTATCTATAGTCTATCACGACCTATCACAAATAGACAGTAAAATTTTACTTTATTTGTAAATATTTTTAGCATTTTGTCATTTAAAATGTTTTCTTTTAGAATTTAGCACAATTATTTTAAAAAATAAAAAATAAAATAAAATTGCTATTAAATTAGACTACGCCACTTTGATCAATAATAGAGCTAAGGTTATGTTATAATGTGCAGTTGTGTAAAATATTATCAAGTGATTTGGGTATTCCCTCCAACCAAGACTCGCGGTGATGGATCATCTTTATATTTTATTTATTTATTTTGTGGAATAGTAGAAAATTTGTAATTTAAATTAGAAAATTGGTGAGAATATATTATATATCAATAAAGTTGGCTGGTGCTAACATGAGTTTGGCTCAAATGACTAAATTTATACTATCAAATTCGAGGTATGAAGTTTGATCTTCCAATCGACATATTATTAAAATAATAATAATAATGTTAGACGATATATAATCGGTGATTTAGCTTGGTATCAGAACAAGTGGTCAAGAGGTCATAATAATAATTATAAAAGAAAAATTGAGAGAGTTTGTAAAGTTAATTTGGTATACAAACTCAATTACCCCGTCATATCATATGAACTATATATAAATCTATTATGCATATATCTAGATTTTTCAAATTACTTCTTAGGATATGTTTGTTTTAATTTTTTAAATGTTTAATTTTGAAAATAAGTCATTTTGGAAAAAAAAATTAAATGTTTGGCAATCATTCAAAATAGCTTTTGAAACACTTTCAAAATTTATTTTAAACAATTTTTATAAAAAAAAAGTTTAAACAAAATGAGTTTTTTAAAAAGCATCTTTTTTCCCTTTAGTTAATCTAAACAGACCCTTAGTTATTCATTTACTTTTTACACACCACACATATTTAAATTGTTAAAATACAATTTAAGTTTCTATACTTTAAAGGGTCATTTGGTTCAAATTTTTTATGGATGTTCACACATATAACAGATGTTTGGAAATAAGGTGTTTGAGAAATAAAGATAAATATGTGTGGTTTATTAGCTTCAAGGTTTAAAATGCCATTGTCCATGAAAATATCGATGTCTCGATTAACAAAAACATCGATAAAATGTCAATGTTAGATAGATATTTATGAAATGATTATAAATAAATATTTAACTCTTTTTTTATACAAGTTAAAATGTTTATTATTTATATTATATTTACATGAACAATGATTGCTAACACATGTGCTCCCCTCCTCTTTACCATACAAAAAAAAAAAGTTAAAAGAAATTATTTAAAAAATAAAATAAAATTGTCATGTGACAGTTTTTTATTAGCTACACCTAAATTTTTTGAACTATTTTCAAATATAAAAAAATGAGTCCAACTATTTACAAATATAGAAAATGGGTGATAGACAACGATATAAATAGTTTGTTTTTTTTTTCATTTATAGTAATTTCTAAAAACAAATCGTAATTTAATTTCAATTATAAAATTGGCGAGGATATACATCAATAAAGTTGGAGGATTGGCCTAAAAAGAATAATAATTTTAAAAAATAAAAATAAAGTTAGAGGGATTGGAAGATTGGCCTAATAATAATAATAATTTTAAAAAATAAAAATAAAGTTAGAGGGTTTGTGACGTTGAACATATGATTTTGGTTTAAGAATTCAATTACCTAGTAATATCATATGAATTATATACATATATAATGCATATATCTAGATTTTCCAACCCAACTCTTATTTATTATTATTATTTCAAATTATAACGAGATTCAACTTTTCTTATTTATTATTATTATTTCAAATTATAACGAGATTCAACTTTTGATAGAGGAGATACCACATTTTTTATGTCAAAGTCTCACATTTATAGTTTTGTCATATTTCAAGATAAACAAATAAGATAGTCAATAATTCACTGCCCTTTTAATGCATATGATTGACAAGACACACAAATTTAGATAGGAAATTTAGGACCATGCTCTTAGTTTTTTTTTTCCCTTTTTAAGGCACAAAAAAAATTTAAAAATAAATTTAAATAAATAAATAAACATTTTATTATTTTCAAATAAGTAAACATGTCTATTATTTATAATATATTTATATTAGTGGCATTTTGATACTTATTTTTTTGTGTTTAGTAGATTTTTCTACGATATAATGTAAATGTCGATATTAAACTCATAGAAACGTAAAAATATCGATAGAAATATTAATATAACGATAAAAATTTAATACTATACATATAATTGAGGAGATACCGTACTATTCACTTGCTTTTGATCCACGATTGATAAGACATGCACAAATTTAGAAAGACGACCTTATAGATTAGACTTTCCAAACACAACATTTTAATTGTATAAGAAAGGGACCTTCATGTTAAAACCCAACTCTCTTACACATTTTTACTTTCAGAATACATAGATATTTAAATGGTTAAAATACTATTTTAGTAATCATAATTTAAATTTCCATTCCATTTTAGTTCGTCTATTTTTAAATGTTTAAATTTAGTCTTTACATTTTAATAAAATTTAGGGAAAAAAAGTCAGTTTTAACTCTACACTTTGTCAAATTATACAAGTCTAACCATAAACATCCATTTTCATAAAATTGTTCACCTCCTCAAACTTGTGAATTGTTACCGTTTTATCTCTAAACTTTAAAAAAATGCTTGCAATTTTAATTTTTTTTTTTATAACTCCGCAGTTCCGAATTTCATTAAAAAAATTATCGTATGCACATTTAATGAATTATATAACATATGTACCAATACAAAATTGATAAAAAAAAATTATAGAGAAAAAAAAGTCATGTCTAAAAAATAGATTAAAAAAAGGCATTGAAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGAGATTTATGAACTTTGATAAGTTATGCTGTTTTTAGAGAAACATTATTAATGAATTTATCATGAAGATTTTTACATAGTTTCCTTCTTGAATTAGTGAGCGAATTAACGGAAATTGAACTGAAGTTAAAAATTGTAACATTTTATTTAAGTTTAAGGTCTAAATTGATGAAATTAAAAGTTTAGGGTGTGTAAAATTGATGCAACCTAACACGTTAAGGATCAAAATTGATTTCATCTTTAATCTCTTATAGGGAATAATTGTATGAATGTCTAAAAAAGTAGCCCAAAATGTGATATGATCCACTTTCTGTTGCTTAGAGTGAAATCACCATATTTGTCATTCATTAAAAAAATACAAAAATCTCCCTCTTCTTTCTTTCGTTTTCATTTTCAACCTTCGTGATCGTCAGCCGTTTGAGCTACTAGGTATTGAAATTGTCTTTCACATTATCCTTTCGTCTCAAAACACGTTGGAACTAACGTCAGGCCTATCATTTGTGTTCCATTTTTATTTTTTGTGCGCTCTTTTTTTTTTTTTTGGAATTCTTTTGTCTGAATCACTCCAGTTTATGACTTGGGACGAAATTTCTTTTGGTTGACTACATGTAAGAATGGAAACAATAGAAAGAGAGAGTCGACAAAAGGGAAAAAGAAAAAGGATAAAACAGACTAACGAAAGCGACAAGCAAGAACGAGAAAAAAATGAGAGTAAGAATCAAACAATTATTATGAGATAGCCACATGATTGTTGCATATTGTAATAATTTTGGGGGAAAAAAAACAATAATACTATCATAGTAGGAAGAGTTTTCTATACTATTTTCATTCTTTTTTTTTTTGAGTTCACGTACTACCACAGATACAAGGTTAGGGGATCGAACCTCCAACTAGAAAAAGATCATGTTAATTACCATTGAGTTAAACCCAGTTTAACAATTTCATTCATTGTTTACCCTGATAGTAATAAGAACAGTGTGGAATCTACAAAAATAATTAATATATCATTTTATGATGTATAAAATTATAAAAGAGAGTAAATTTCAAAAGAATTTTAAAAAATCAATAGTTTATTAAAAATTAATTTCCGAAATATATTTTTTTTTGGTTGAAATGGTGGGCGTGGGCGGACACCAAAGCAAAAGACAAAGAATCCTTCAATCAAATCCAAACCAAAGGGACCGTTCTTGACCTTTTTTAACAATCAGTTTATCACAACGGCAACACGCCACTCTGTTTTCCTGTGCCAGTTTCTAAAATTCTCTCATCCGCTAATTAATTAATTAAATTAATTAATCTTCATTCTTTGTAACTTAATTCCAAATTAATTCATTTAATCAATTTTCCCCATTCCCATTGCCAGCCTATCTCACATATTCTCTCGCTCTCACTTTCTCTCTCTTCCTTTCCCTCGATCTTCATCTTTTCTCTTCCATCTCCATTTTCGCCAATCCCAGTTCTTCATTTTTCTTTTGAATTTCCTTCTGTGTTTTTTGATTCTCTAGTTTTCACCATTTTCCCCCTTTCATCACACTTACTTTACTCCCACTCTCACTAGGGTTCGTTTGGATTTTCCCCTCTTCTTCGTTTACTTGGATTACATGCTGTATATAATTCTATAGATGCAATAAACTGTCCAGATCGTCGCAACTTACACTTCCGGCGAAATGGCCAGCGGCTTGCAGATGAGTCCTCAGTTAGAGCAGATCCATGGGGAAATTCGTGACAACTTTCGGGCTCTTTCGTATGTTTTATTCTCCTTACTCTCTATTTTTGTTCTTTTGTTGTGTTCTTATCAGTTCCTTGTGCTTGTGCTTTCTGTTTTTCTATCTATAGCTGCTTTTGCTTGTGTAAAACGCACGGCTAATTCACTGTAGATGTTCTCCTATTCGATTGTGTAATTTTTTAGTTTAGGGGGTTTGGAAGTCTCTGGTGACACTAATTGAGAGACTTGTGTCCCTTCCTCAATCTTATTCCTCGTCGGAGTTTCCTACATACTTGATCTTGTTAATACTTGTCCGGGAATTCTGGGATTCTACCATCAGTAAACCTCCTTTGGGGATTTGGAAAAGGAGAAGTTAGGGTTCATTTGAGATTGTATTTTGCTTTTAATATTATGCTGATTTACTAAAACTTAAATGTAGTTATGAAAAGCCGTTGTTTTATTTTTAAAATTTGAATGATTTCTAAACCTCTTTTTAAAAAGTGAAAAATTAAACCATAAAAATGTAGGCGAGCTTAGCTTTTGTAAAAATAGAAAAGTTAAGTTTAAACAAAGTTGTTGTGGAGTGGAATCTTAAGTAGATTAAGTACTGTGAATCCTTGTAGCTAAGTTTATATGTTATTCTCTAAATTTATCTATTAAGTTTAAATTGGATGCCACTAGCTCTATGAGAACCTTCTAGCGTGAGTCTTTGAAGTTGATACCATTTTTTCAATATCATCCTAAACTTACTCCCAAGTTTAGTGGTTTATATGGTAATGCTGCAATATCATTTGAATTTGATTCTGCTTATTGAGTATCAGCATTATGGTGGTTATCCTATTTAACAGCATTATGATATCCTCTTTGATTTCTACTGTCTATCAGCAATGGGTTCCAAAGACTGGATAAGATTAAAGATTCCAATAGACAAAGTAAGCAGTTGGAGGAGCTCACAGGAAAGATGAGGGAATGTAAAAGGTATGGAAAAACCTGCATATGGTTCTTTGAACATGTGGGAGCTTGCCTTGTTGCATTATAAACTAAATTGCAGTTCGAGTCATGCATAACAGTCTCTGCACTAAATACTAGACTGAGAAAAATTGAAGCCCGATTGACATGCTTCCTAGTTTATTAATGTTCTTTGTAAATATTTGTTCACAAAATGGAGCTGTTCTTGCAGATTAATAAAAGATTTTGACCGTGAAATCAAGGAGGAAGAGAGTAAAAATCCACCGGAAGTGAATAAGCAGCTCAATGATGAGAAGCAATCAATGGTTAGTTCATTTTTGTTGTATCATTCAAACTTAGGACATGAATGCATCTAGTGAAGGGAGAACTTGTACAAAGTTTGACAGTTAGCAGCTTAAGTGAACCAATTTGCTGTTATTTGATATTTCAATGGGGATTGCCAAATTATAAAATAGAGTGTAAATTGATTTGTAAAATTAATGCATAATGTTTCATGACGTATTCAGTATTATAAGATGCACTTTTCGATCTCCTTTCACAGGTTATTTGACTCGAGATTCATAGGGTAATGAGATGCTAGAGAATATTAGATGTGTGTGTGTATCAGAGCTGTCTAAAAGAAAATTTATCAGTTTAGATAAGTTTGTTAACAGAACTGATAGGTATCAGGTCTATTATGTACGTATAGAGAAGCGCAAATAGTGGCACAGCACTTTACAAAACTACCTAGGCAATTGAACAGGGCTGATAATCTCCTGTACACAAGTACCTACCCAAAAAATATTTTTATACGAAATATATTTTAGCCCCAAATACGCAAAATGTGTAGAAAGTGGAAAGGCCTAGATTGTTTGTTCTTCCATTGCTCCTTGCCAAGTCTAGTAGAGAGTATCTTCGGAGGACCATCAATTTTGTATCAGAGTTGCCCCTCTGCTGCGGTGGGACACAAGGCAATACGATTTGGCTGATTGCTGACCGCATTTTTTTTTTTGTTTTGTGAGATTAGGAAATCTAGGAGTAAGATTATTTATTTGTGGATAAGTGGTAATATAGAGAAGTTCTGGGGGATGCCTCTTCTCTGCCTCAAATGCATTTTTCTTTTCATGTGTTGTCCGTATCTGTTCGTCACATTGTTCGCAGTTCAATTTTAAAATCGAATGATTCTAATTATTTTTCATTCAAAATGGACACTCGAATGGAGGCACAATGGTCTATTATTTGTTGAGTATTGATTTGAACTTGACGCACTAAATGTAGTTTTGTGTATTTATTTGCTTTTAATATAGAACGTGAGATTTCCCCGAGGGTTTTCATTTTTAACTGCTCCGGCCGTCCTTATGTTCTATTTTCAAGAGCATTGAGAGGATGGAGAGTTGTGGGGGCTATATATATGAACACACGAAAATATACATTTCTAATTGCTCTGTGAGTTACATATATCACTTGTTGGTGTTGATATTGTTTTAAATATTTCTCATTGGAAACCTGTATTTACAGTGGTTTAGAATTTTAATTGATCTTGTACTTTTTTTCGAACAGTGGGAAACCAATTGATCTTGTACTTATATCAATATTTTCATTTGCAGATCAAAGAGCTGAATTCATTTGTTGCATTGAGGAAAACGTAAGTCCTCCCATTTCTTTTGGTCAGAATATTGTACAAGTTAAGTACATAATGTAGGAGCGAATGAGTTCTTAGCCCAAAAAAAAAGAAAGAAAAAAAAGAAGTAATTCTTGCCTGAGAATAAAAGTAATGGTTTTTTTCTTTAATAAGTAACAAATTTGATTGATGTATGAAATTTACAAAACAACAAATGAGTTACAAAAGAGTTCTCCAATTGGTTAGAAGGAATGAGAGGTTATAAGAGTTATAATTTGCACCACGACATAGCTAGAAAGATAATATATCCAAAAAAAAAGTATCAAAAGCGCTTCCCTTTTGGTTGAAGAGGTGGTAAAATATTTCAGTTTCAGTTTCTAGGATGCAGGTGGACTGGAGAAATATGTATCACCTGCATTTTGACTCCGATTCTTCCCACTTTTGTACATGTTAGATAATCAATGGGATTTTTTCATGAATTTTATTATTAATATTATTATTTTACTAATGTCATTCAAAAGGCAATAAGCCCACAGAGAACAACATAAGGGACGAAGTTATAAGGTCTCCCTTTTCCCTAAGAAAGGGTTACGAAAGGGCCCTCAAATCTAGATTGATGGTGTGGATAGAGTAATTACGAAAAGAAAAAACTTATGTTGGCCTTTCTAATTAGAGTTCGCAAACTGTACATGGTCAACAGAACTACTTTTATTTGAGAGAACTCTTGAATTCTTCTTCTTCCCAAAAAAAAAAAAACACGGGGGGAGGGGGAAGGCATATATATATGGCTTGAGATGTAAATCAGGAATCAAGTTTTCCATTTTCTAACCGAGAGGGTAGAACCTTTAAGAAATTTGGGTGAATTTAGGTGGTTACTAAACAGATTGAGGAAGTGAATAGTAAAATTCTGGATTTCCTAACAAAGCAAATGGTCAGCCTCATATTGATTATCCATCCATCAGGGAAATTCTCATTATAATAACATTGTGGCAATAAAGAGGGGTCGTAAAAGTTATATTACCGAGGTATATGGAAAGTTAAGTGCCTGAAGAAAGTAAAATTCTGCTTGGTTTAAGTGTTTGAGCTGCAGACAAAATTGAAGCAAGGGCAACTATTACAAAAGGATGATAAGGCTTGTTCACCGAGCCTTTTCATGTAAAAGAGAGAGAGAGGGAGGGAGGAGGGTATGTGATAAAAGGTCTTTGCTAGATAGAGATGGTGGAAAACATGTATCGTCTGTTTTGAGTCGAAAATATGACTTTAGACTACTTTTTGAGGTTTATGACTGAAAAGAAACAATAGAACATACAAAGTGAGTGGAAGCATTTGGGTTGATTTTTTTTTCCTCTCTCCTAATATACGTATACCTCATAGAATAGCTGAAAATTTCAGAATTATATATACAAGTATATATCTCCTTAAAGTTTACAGATAAGCACTTCCATTCTCCTTGTTTATCCTACCAAATGCTTTCTTTCAGATTCCCTTGGGTGGGGACAGAAAGTTCTATGTACAAGTATATCTCTACTCAAAGTGAACAAATAAGCACTCAGATCCTAGTTGCTTGTTATGCATGGCTTTGTAATTGATTTCTCCTTGTAATTTACTTATTGGAAGTGTTCTTTGTTTTTCTCGAGCAGGGGAGGGAATCATTACTTTGGTCAAACGTTGACACTGTATTAATGACTAGTTTTTCCTATTAGAAAAAGGATAAAAAGGTGTAACGACTGAGTCGGTTAGATTTGATCTTGTGCTATTGTATGCTGTAAATGCACTATGAAAACGTGGTTTCTCATATTAAAAAGAACAAATGTTTCATGCCGCTGGAATCGTTAGTTCCCTTTTCTCAATGATTGATTGTGGTTCACATAATTCAGCATAGTAAGTGGTTTTTGCTCTATCAGCATATTAGAATCAAATTGCTTGAGGTGTAAGTTCCCTAATTTTTTTTAATTGCTGAATGAATTACAGGTACATGAATAGTCTTGGTAATAAAAGGGTTGAGCTATTTGATGAGGGAGGTGTAAGTGAACCTACAGCTGATGATAATGTTCGGATGGCCTCGTGTAAGCTATATTTTCCATATTTGTAGGCATCATAGAAAAAATTCCCATATTGTGTATTGGAGGGATTGATGATATCTGATCCATATTTGTAGGCATAGTAGAAAAATTCCCATATTGCCGACTGGAATAAATATATTTTTTTTTATTCAAAACCAAGAGAATCAAATAATTGTTTAACCAAAACAATTCTATGTTTATTGAACTTCTTTTTCGTCCTTCAACTAAAATAAGGGTGTAGTGACAAAAAAAATATCTTCATGCTCCCTTTGTAAATATATGTACATTTTTTCCCCAATAAGGTAGTAATTAGTAAAGCAAGCAATTGAAGATAAAATCGTTAAGCAGCTTCTTATTTTATATGCTTGGAACTCCAGGAGTATCTATTTTTTCTCATTCTATTGGCATGCCTTTGTGCTGTAGCAATGACAAATCAAGAACTTATAGATGCTGGGAAGAAGACAATGGATGAAACCGATCAGGCTATTGAACGCACGCAAAAGGTGAAGAACGAAACTACTTGAAACAGGTGATTTTATCATTTCTAGCCCCTTTGTTCCAATGCTAAACTTCTATCCGTAGGTGGTTGAACAAACTATCGAAGTGGGAACTCAAACTGCTGTTACATTAAAAGGCCAAGTATGTTCAACGTTGAAATTACACCTTATGTTTAAAAGCATATTACCTATCTGACCTGATTACTAGAATTTCCCAGGGATTCTCTTAACTTTTCCCAATTAAATTTTCAGACTGAGCAAATGGGCCGTATAGTAAATGAGCTTGACACAATTAATTTTTCAATTAAGAAGGCTTCCCAGCTTGTGAAAGAAATTGGCAGACAGGTAAGTCTACCTTATGGCCCTCGACAACCCCCCCCCCCCCCCCCCCCCCCCCCAAAAAAAAAAAAATATATATATAATAAAATAATAATAATAATAAAATGATGGTTAAATTAAACATTTGATCCATATGATTTGGAGAAAGTTAGAATTTAGTGTCTATAGTTTATAATTAGAAATTATTCTCATTGGTTTGATAAAACTCTCATAAGTAGTTTATAAGCTAGGGACTATTTATGAAGATGTTATCAAATTATAGGGACTATTTATGAAGTTTTATCAAATCATATGGATGAAATTCTAACTTTTAAAACTACAAGTACTAGACTCTAACTTTTTGCAAACTATAGGGACCAAATTTGTAATTTAACTTAAAATAATAATAATAATAAACTTTTTGGTTTTCTTTTTGGGACTAATCTCCCCTCCCCCTCTTTGGAAAGGTTGCTACAGATAAATGCATCATGCTGTTTCTGTTCCTAATTGTCTGTGGAGTAATAGCCATTATCGTAGTTAAGGTAAACTCTGACAGTTCATTTTGTTCAACAAAACATATTGAAAGAAGAGAGTTCCATTCCATTACCATGACAAAAGAGGCCATGGTACTGGAAGTGTATTCAAATTTGGAGTCTTTTTGTAATAACAAGTTTGATGATATGTAAATTTTCAGATTGTGAACCCCAACAACAAAAACATCAGGGATATTCCTGGACTGGCTCCTCCAGCTCCTGCAAGGAGGCTTTTGTATCTGAGGACACCAGAACATTTCGAGTAA

mRNA sequence

ATGAAGGATAAGAAGATCGCCGGCGAGAAGCATCAAGAAAAAATGCGACTGGGAAAGTATGAGCTCGGAAAAATTCTCGGCCATGGAAATTTTGGGAAGGTCAAATTTGCTATTAATTTTGAAACTCAGCAACCTTTTGCTGTCAAAGAAGTTGATAAGAGCAAGATTATCGATCTTAATTTCACCCATCAGTTTAAAAGGGAGATACACACCCTCAAACTTCTCAAGCATCCAAACATAGTCAGACTACATGAGGTTTTGGCTAGTAAAAGCAAAATTTACATGGTTCTCGAGTACGTGAACGGCGAAGAATTATTTGAAACAATCGCATCAAACGGGAAGCTATCAGAAGCTCGAGGCAGAAAAATCTTCCAACAATTACTTGATGGTGTGAGTTACTGCCATAGGAAAGGCGTTTACCATAGAGATCTTAAGATTTTGAAAGGAGAAATTCAATTACCTAAATGGCTGTCACAAGGAGCCCAAAATTTGATAAGAAGGATTCTTGATCCCAACCCTATTTCTAGGATAACTATGGCTTCTATCAAAATGGATGATTGGTTTAGAAAGGATTATCATCCAACCTACCTTGATGAAGAAGAAGATATATACATGGAAGCTACACCCTTCTCAATGTATCAAGTGCAAGATTATCATGGGGAAAAGATTTCAGAATCTCCCACCACTATAAATGCTTTTCAACTAATTGGAATGTCCTCATGCTTGGACCTTTCAGGTTTCTTTGAGAAAGAGGATATTTCTGAGAGGAAGATCAGATTTACAACCAATCACTCTACCAAAGAAGATATCCTCAAGCAGATGGAGGATCTTGTAACAAATATGGGGTTTCTTGTCCAGAAGAAACGAGGAAGGATCGTCGCAACTTACACTTCCGGCGAAATGGCCAGCGGCTTGCAGATGAGTCCTCAGTTAGAGCAGATCCATGGGGAAATTCGTGACAACTTTCGGGCTCTTTCCAATGGGTTCCAAAGACTGGATAAGATTAAAGATTCCAATAGACAAAGTAAGCAGTTGGAGGAGCTCACAGGAAAGATGAGGGAATGTAAAAGATTAATAAAAGATTTTGACCGTGAAATCAAGGAGGAAGAGAGTAAAAATCCACCGGAAGTGAATAAGCAGCTCAATGATGAGAAGCAATCAATGATCAAAGAGCTGAATTCATTTGTTGCATTGAGGAAAACGTACATGAATAGTCTTGGTAATAAAAGGGTTGAGCTATTTGATGAGGGAGGTGTAAGTGAACCTACAGCTGATGATAATGTTCGGATGGCCTCGTCAATGACAAATCAAGAACTTATAGATGCTGGGAAGAAGACAATGGATGAAACCGATCAGGCTATTGAACGCACGCAAAAGGTGGTTGAACAAACTATCGAAGTGGGAACTCAAACTGCTGTTACATTAAAAGGCCAAACTGAGCAAATGGGCCGTATAGTAAATGAGCTTGACACAATTAATTTTTCAATTAAGAAGGCTTCCCAGCTTGTGAAAGAAATTGGCAGACAGGTTGCTACAGATAAATGCATCATGCTGTTTCTGTTCCTAATTGTCTGTGGAGTAATAGCCATTATCGTAGTTAAGATTGTGAACCCCAACAACAAAAACATCAGGGATATTCCTGGACTGGCTCCTCCAGCTCCTGCAAGGAGGCTTTTGTATCTGAGGACACCAGAACATTTCGAGTAA

Coding sequence (CDS)

ATGAAGGATAAGAAGATCGCCGGCGAGAAGCATCAAGAAAAAATGCGACTGGGAAAGTATGAGCTCGGAAAAATTCTCGGCCATGGAAATTTTGGGAAGGTCAAATTTGCTATTAATTTTGAAACTCAGCAACCTTTTGCTGTCAAAGAAGTTGATAAGAGCAAGATTATCGATCTTAATTTCACCCATCAGTTTAAAAGGGAGATACACACCCTCAAACTTCTCAAGCATCCAAACATAGTCAGACTACATGAGGTTTTGGCTAGTAAAAGCAAAATTTACATGGTTCTCGAGTACGTGAACGGCGAAGAATTATTTGAAACAATCGCATCAAACGGGAAGCTATCAGAAGCTCGAGGCAGAAAAATCTTCCAACAATTACTTGATGGTGTGAGTTACTGCCATAGGAAAGGCGTTTACCATAGAGATCTTAAGATTTTGAAAGGAGAAATTCAATTACCTAAATGGCTGTCACAAGGAGCCCAAAATTTGATAAGAAGGATTCTTGATCCCAACCCTATTTCTAGGATAACTATGGCTTCTATCAAAATGGATGATTGGTTTAGAAAGGATTATCATCCAACCTACCTTGATGAAGAAGAAGATATATACATGGAAGCTACACCCTTCTCAATGTATCAAGTGCAAGATTATCATGGGGAAAAGATTTCAGAATCTCCCACCACTATAAATGCTTTTCAACTAATTGGAATGTCCTCATGCTTGGACCTTTCAGGTTTCTTTGAGAAAGAGGATATTTCTGAGAGGAAGATCAGATTTACAACCAATCACTCTACCAAAGAAGATATCCTCAAGCAGATGGAGGATCTTGTAACAAATATGGGGTTTCTTGTCCAGAAGAAACGAGGAAGGATCGTCGCAACTTACACTTCCGGCGAAATGGCCAGCGGCTTGCAGATGAGTCCTCAGTTAGAGCAGATCCATGGGGAAATTCGTGACAACTTTCGGGCTCTTTCCAATGGGTTCCAAAGACTGGATAAGATTAAAGATTCCAATAGACAAAGTAAGCAGTTGGAGGAGCTCACAGGAAAGATGAGGGAATGTAAAAGATTAATAAAAGATTTTGACCGTGAAATCAAGGAGGAAGAGAGTAAAAATCCACCGGAAGTGAATAAGCAGCTCAATGATGAGAAGCAATCAATGATCAAAGAGCTGAATTCATTTGTTGCATTGAGGAAAACGTACATGAATAGTCTTGGTAATAAAAGGGTTGAGCTATTTGATGAGGGAGGTGTAAGTGAACCTACAGCTGATGATAATGTTCGGATGGCCTCGTCAATGACAAATCAAGAACTTATAGATGCTGGGAAGAAGACAATGGATGAAACCGATCAGGCTATTGAACGCACGCAAAAGGTGGTTGAACAAACTATCGAAGTGGGAACTCAAACTGCTGTTACATTAAAAGGCCAAACTGAGCAAATGGGCCGTATAGTAAATGAGCTTGACACAATTAATTTTTCAATTAAGAAGGCTTCCCAGCTTGTGAAAGAAATTGGCAGACAGGTTGCTACAGATAAATGCATCATGCTGTTTCTGTTCCTAATTGTCTGTGGAGTAATAGCCATTATCGTAGTTAAGATTGTGAACCCCAACAACAAAAACATCAGGGATATTCCTGGACTGGCTCCTCCAGCTCCTGCAAGGAGGCTTTTGTATCTGAGGACACCAGAACATTTCGAGTAA

Protein sequence

MKDKKIAGEKHQEKMRLGKYELGKILGHGNFGKVKFAINFETQQPFAVKEVDKSKIIDLNFTHQFKREIHTLKLLKHPNIVRLHEVLASKSKIYMVLEYVNGEELFETIASNGKLSEARGRKIFQQLLDGVSYCHRKGVYHRDLKILKGEIQLPKWLSQGAQNLIRRILDPNPISRITMASIKMDDWFRKDYHPTYLDEEEDIYMEATPFSMYQVQDYHGEKISESPTTINAFQLIGMSSCLDLSGFFEKEDISERKIRFTTNHSTKEDILKQMEDLVTNMGFLVQKKRGRIVATYTSGEMASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIKDFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVSEPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTEQMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNNKNIRDIPGLAPPAPARRLLYLRTPEHFE

Homology

[Close]

BLAST of HG10010455 vs. NCBI nr
Match: CAE5959621.1 (unnamed protein product [Arabidopsis arenosa])

HSP 1 Score: 662.9 bits (1709), Expect = 2.4e-186
Identity = 382/727 (52.54%), Postives = 461/727 (63.41%), Query Frame = 0


Query: 15  MRLGKYELGKILGHGNFGKVKFAINFETQQPFAVKEVDKSKIIDLNFTHQFKREIHTLKL 74
           MR+GKYELG+ LG GN  KVKFAI+  + +PFA+K +DKS+I  +N + Q KREI TLK+
Sbjct: 1   MRVGKYELGRTLGEGNSAKVKFAIDTLSGEPFAIKIIDKSRITRINVSFQIKREIRTLKV 60

Query: 75  LKHPNIVRLHEVLASKSKIYMVLEYVNGEELFETIASNGKLSEARGRKIFQQLLDGVSYC 134
           LKHPNIVRLHEVLASK+KIYMVLE V G +LF+ I S GKLSE  GRK+FQQL+DG+SYC
Sbjct: 61  LKHPNIVRLHEVLASKTKIYMVLECVTGGDLFDRIVSKGKLSETEGRKMFQQLIDGISYC 120

Query: 135 HRKGVYHRDL-------------------------------------------------- 194
           H KGV+HRDL                                                  
Sbjct: 121 HNKGVFHRDLKLENVLLDAKGHIKITDFGLSALPQHIREDGLLHTTCGSPNYVAPEVLAN 180

Query: 195 -------------------------------------KILKGEIQLPKWLSQGAQNLIRR 254
                                                KI KG+  +P+W+S GA+ +I+R
Sbjct: 181 KGYDGAASDIWSCGVILYVILTGCLPFDDANLAVICRKIFKGDPPIPRWISPGAKTIIKR 240

Query: 255 ILDPNPISRITMASIKMDDWFRKDYHPTYLDEEEDIYMEATPFSMYQVQDYHGEKISESP 314
           +LDPNP++R+T+A+IK +DWF+ DY P+  D+++D Y       + Q      EK  +SP
Sbjct: 241 MLDPNPVTRMTIANIKANDWFKHDYTPSNYDDDDDAY-------LIQEDGSEEEKSPDSP 300

Query: 315 TTINAFQLIGMSSCLDLSGFFEKEDISERKIRFTTNHSTKEDILKQMEDLVTNMGFLVQK 374
           T INAF+LIGMSS L+LSGFFEKE +SER+IRFT+N S   D+L+++E + T MGF +QK
Sbjct: 301 TIINAFKLIGMSSFLNLSGFFEKEKVSERQIRFTSN-SLAIDLLEKIETIFTEMGFCLQK 360

Query: 375 KRGRIVATYTSGE----------------------------------------------- 434
           K  R+ A                                                     
Sbjct: 361 KHARLKAIKEENTQKGRCGLSVTAEVFEISPSLNVVELRKLHGDSSLYKQINPTNLKISQ 420

Query: 435 -------------------------------------------MASGLQMSPQLEQIHGE 494
                                                      MAS L MSP LEQIHGE
Sbjct: 421 GTWVFPVSELEWFNYFYNDDVVSCARRMLSFGVVSSQHSFLAVMASDLPMSPHLEQIHGE 480

Query: 495 IRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIKDFDREIKEEESKNPPEV 554
           IRD+FRAL+NGFQRLDKIKDSNRQSKQLEEL  KMR+CKRL+K+FDRE+K+ E++N PEV
Sbjct: 481 IRDHFRALANGFQRLDKIKDSNRQSKQLEELAEKMRDCKRLVKEFDRELKDGEARNSPEV 540

Query: 555 NKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GVS-EPTADDNVRMASSMT 563
           NKQLNDEKQSMIKELNS+VALRKTY+N+LGNK+VELFD G GVS EPTA++NV+MASSM+
Sbjct: 541 NKQLNDEKQSMIKELNSYVALRKTYLNTLGNKKVELFDTGAGVSGEPTAEENVQMASSMS 600

[Close]

BLAST of HG10010455 vs. NCBI nr
Match: XP_038875562.1 (novel plant SNARE 13 isoform X1 [Benincasa hispida])

HSP 1 Score: 499.2 bits (1284), Expect = 4.7e-137
Identity = 262/268 (97.76%), Postives = 267/268 (99.63%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIKE+ESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKEDESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDN++MASSMTNQELIDAGKKTMDETDQAI+RTQKVVEQTIEVGTQTAVTLKGQTE
Sbjct: 121 EPTADDNIQMASSMTNQELIDAGKKTMDETDQAIQRTQKVVEQTIEVGTQTAVTLKGQTE 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPPAPARRLLYLRT EHFE
Sbjct: 241 KDIRDIPGLAPPAPARRLLYLRTTEHFE 268

[Close]

BLAST of HG10010455 vs. NCBI nr
Match: XP_022138859.1 (novel plant SNARE 13 isoform X1 [Momordica charantia])

HSP 1 Score: 497.7 bits (1280), Expect = 1.4e-136
Identity = 263/269 (97.77%), Postives = 268/269 (99.63%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MA+GLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MATGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDN++MASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE
Sbjct: 121 EPTADDNIQMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLR-TPEHFE 569
           K+IRDIPGLAPPAPARRLLYLR TPEHFE
Sbjct: 241 KDIRDIPGLAPPAPARRLLYLRTTPEHFE 269

[Close]

BLAST of HG10010455 vs. NCBI nr
Match: XP_008458287.1 (PREDICTED: novel plant SNARE 13 isoform X1 [Cucumis melo] >TYK02986.1 putative plant SNARE 13 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 489.6 bits (1259), Expect = 3.7e-134
Identity = 257/268 (95.90%), Postives = 263/268 (98.13%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDNVRMASSMTNQELIDAGKKTMDETDQAI+RTQKVVEQTIEVGTQTA  LKGQT+
Sbjct: 121 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIQRTQKVVEQTIEVGTQTAAQLKGQTD 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPP PARRLLYLRT EHF+
Sbjct: 241 KSIRDIPGLAPPVPARRLLYLRTTEHFK 268

[Close]

BLAST of HG10010455 vs. NCBI nr
Match: XP_023513592.1 (novel plant SNARE 13-like isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 489.2 bits (1258), Expect = 4.8e-134
Identity = 257/268 (95.90%), Postives = 265/268 (98.88%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRD FRALSNGFQ+LDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDTFRALSNGFQKLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EE+K+ PEV+KQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEETKSSPEVHKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           +PTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE
Sbjct: 121 QPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPPAPARRLLYLRTPEHFE
Sbjct: 241 KDIRDIPGLAPPAPARRLLYLRTPEHFE 268

[Close]

BLAST of HG10010455 vs. ExPASy Swiss-Prot
Match: Q9LRP1 (Novel plant SNARE 13 OS=Arabidopsis thaliana OX=3702 GN=NPSN13 PE=1 SV=1)

HSP 1 Score: 417.5 bits (1072), Expect = 2.3e-115
Identity = 219/268 (81.72%), Postives = 250/268 (93.28%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS L MSPQLEQIHGEIRD+FRAL+NGFQRLDKIKDS RQSKQLEELT KMRECKRL+K
Sbjct: 1   MASNLPMSPQLEQIHGEIRDHFRALANGFQRLDKIKDSTRQSKQLEELTDKMRECKRLVK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GV 420
           +FDRE+K+EE++N PEVNKQLNDEKQSMIKELNS+VALRKTYM++LGNK+VELFD G GV
Sbjct: 61  EFDRELKDEEARNSPEVNKQLNDEKQSMIKELNSYVALRKTYMSTLGNKKVELFDMGAGV 120

Query: 421 S-EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQ 480
           S EPTA++NV++ASSM+NQEL+DAG K MDETDQAIER+++VVEQT+EVGTQTA  LKGQ
Sbjct: 121 SGEPTAEENVQVASSMSNQELVDAGMKRMDETDQAIERSKQVVEQTLEVGTQTAANLKGQ 180

Query: 481 TEQMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNP 540
           T+QMGR+VN LDTI FSIKKASQLVKEIGRQVATDKCIM FLFLIVCGV+AII+VKIVNP
Sbjct: 181 TDQMGRVVNHLDTIQFSIKKASQLVKEIGRQVATDKCIMGFLFLIVCGVVAIIIVKIVNP 240

Query: 541 NNKNIRDIPGLAPPAPARRLLYLRTPEH 567
           NNK+IRDIPGLAPPA +R+LLYLR  ++
Sbjct: 241 NNKDIRDIPGLAPPAQSRKLLYLRNQDY 268

[Close]

BLAST of HG10010455 vs. ExPASy Swiss-Prot
Match: Q9LNH6 (Novel plant SNARE 12 OS=Arabidopsis thaliana OX=3702 GN=NPSN12 PE=2 SV=1)

HSP 1 Score: 405.2 bits (1040), Expect = 1.2e-111
Identity = 212/264 (80.30%), Postives = 245/264 (92.80%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS L MSP LEQIHGEIRD+FRAL+NGFQRLDKIKDS+RQSKQLEEL  KMR+CKRL+K
Sbjct: 1   MASELPMSPHLEQIHGEIRDHFRALANGFQRLDKIKDSSRQSKQLEELAEKMRDCKRLVK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GV 420
           +FDRE+K+ E++N P+VNKQLNDEKQSMIKELNS+VALRKTY+N+LGNK+VELFD G GV
Sbjct: 61  EFDRELKDGEARNSPQVNKQLNDEKQSMIKELNSYVALRKTYLNTLGNKKVELFDTGAGV 120

Query: 421 S-EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQ 480
           S EPTA++NV+MAS+M+NQEL+DAG K MDETDQAIER+++VV QT+EVGTQTA  LKGQ
Sbjct: 121 SGEPTAEENVQMASTMSNQELVDAGMKRMDETDQAIERSKQVVHQTLEVGTQTASNLKGQ 180

Query: 481 TEQMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNP 540
           T+QMGR+VN+LDTI FS+KKASQLVKEIGRQVATDKCIM FLFLIVCGVIAII+VKIVNP
Sbjct: 181 TDQMGRVVNDLDTIQFSLKKASQLVKEIGRQVATDKCIMAFLFLIVCGVIAIIIVKIVNP 240

Query: 541 NNKNIRDIPGLAPPAPARRLLYLR 563
           NNK+IRDIPGLAPPA +R+LLY R
Sbjct: 241 NNKDIRDIPGLAPPAQSRKLLYFR 264

[Close]

BLAST of HG10010455 vs. ExPASy Swiss-Prot
Match: Q944A9 (Novel plant SNARE 11 OS=Arabidopsis thaliana OX=3702 GN=NPSN11 PE=1 SV=2)

HSP 1 Score: 319.3 bits (817), Expect = 8.7e-86
Identity = 175/258 (67.83%), Postives = 212/258 (82.17%), Query Frame = 0


Query: 307 MSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIKDFDREI 366
           +S +L +I G+I D FRALSNGFQ+L+KIKD+NRQS+QLEELT KMR+CK LIKDFDREI
Sbjct: 7   VSEELAEIEGQINDIFRALSNGFQKLEKIKDANRQSRQLEELTDKMRDCKSLIKDFDREI 66

Query: 367 KEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSL--GNKRVELFDEGGVSEPTA 426
           K  ES N    N+ LND +QSM+KELNS+VAL+K Y ++L   NKRV+LFD  G  E   
Sbjct: 67  KSLESGNDASTNRMLNDRRQSMVKELNSYVALKKKYSSNLASNNKRVDLFD--GPGEEHM 126

Query: 427 DDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTEQMGR 486
           ++NV +AS+M+NQEL+D G   MD+TDQAIER +K+V++TI VGT T+  LK QTEQM R
Sbjct: 127 EENVLLASNMSNQELMDKGNSMMDDTDQAIERGKKIVQETINVGTDTSAALKAQTEQMSR 186

Query: 487 IVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNNKNIR 546
           +VNELD+I+FS+KKAS+LVKEIGRQVATDKCIM FLFLIV GVIAII+VKIVNPNNK+IR
Sbjct: 187 VVNELDSIHFSLKKASKLVKEIGRQVATDKCIMAFLFLIVIGVIAIIIVKIVNPNNKDIR 246

Query: 547 DIP--GLAPPAPARRLLY 561
           DIP  GLAPPA  RRLL+
Sbjct: 247 DIPGVGLAPPAMNRRLLW 262

[Close]

BLAST of HG10010455 vs. ExPASy Swiss-Prot
Match: Q8RWC9 (CBL-interacting serine/threonine-protein kinase 1 OS=Arabidopsis thaliana OX=3702 GN=CIPK1 PE=1 SV=2)

HSP 1 Score: 302.4 bits (773), Expect = 1.1e-80
Identity = 175/374 (46.79%), Postives = 224/374 (59.89%), Query Frame = 0


Query: 9   EKHQEK-MRLGKYELGKILGHGNFGKVKFAINFETQQPFAVKEVDKSKIIDLNFTHQFKR 68
           EK  EK MRLGKYELG+ LG GNFGKVKFA +  +   FAVK +DKS+I DLNF+ Q KR
Sbjct: 8   EKKAEKGMRLGKYELGRTLGEGNFGKVKFAKDTVSGHSFAVKIIDKSRIADLNFSLQIKR 67

Query: 69  EIHTLKLLKHPNIVRLHEVLASKSKIYMVLEYVNGEELFETIASNGKLSEARGRKIFQQL 128
           EI TLK+LKHP+IVRLHEVLASK+KI MV+E V G ELF+ I SNGKL+E  GRK+FQQL
Sbjct: 68  EIRTLKMLKHPHIVRLHEVLASKTKINMVMELVTGGELFDRIVSNGKLTETDGRKMFQQL 127

Query: 129 LDGVSYCHRKGVYHRDL------------------------------------------- 188
           +DG+SYCH KGV+HRDL                                           
Sbjct: 128 IDGISYCHSKGVFHRDLKLENVLLDAKGHIKITDFGLSALPQHFRDDGLLHTTCGSPNYV 187

Query: 189 --------------------------------------------KILKGEIQLPKWLSQG 248
                                                       KI KG+  +P+WLS G
Sbjct: 188 APEVLANRGYDGAASDIWSCGVILYVILTGCLPFDDRNLAVLYQKICKGDPPIPRWLSPG 247

Query: 249 AQNLIRRILDPNPISRITMASIKMDDWFRKDYHPTYL--DEEEDIYMEATPFSMYQVQDY 293
           A+ +I+R+LDPNP++RIT+  IK  +WF+ +Y P+    D+EE++  +   FS+ ++   
Sbjct: 248 ARTMIKRMLDPNPVTRITVVGIKASEWFKLEYIPSIPDDDDEEEVDTDDDAFSIQELGSE 307

[Close]

BLAST of HG10010455 vs. ExPASy Swiss-Prot
Match: Q94C40 (CBL-interacting serine/threonine-protein kinase 17 OS=Arabidopsis thaliana OX=3702 GN=CIPK17 PE=1 SV=1)

HSP 1 Score: 302.0 bits (772), Expect = 1.4e-80
Identity = 178/430 (41.40%), Postives = 241/430 (56.05%), Query Frame = 0


Query: 15  MRLGKYELGKILGHGNFGKVKFAINFETQQPFAVKEVDKSKIIDLNFTHQFKREIHTLKL 74
           MR+GKYELG+ LG GN  KVKFAI+  T + FA+K ++KS I  LN + Q KREI TLK+
Sbjct: 6   MRVGKYELGRTLGEGNSAKVKFAIDTLTGESFAIKIIEKSCITRLNVSFQIKREIRTLKV 65

Query: 75  LKHPNIVRLHEVLASKSKIYMVLEYVNGEELFETIASNGKLSEARGRKIFQQLLDGVSYC 134
           LKHPNIVRLHEVLASK+KIYMVLE V G +LF+ I S GKLSE +GRK+FQQL+DGVSYC
Sbjct: 66  LKHPNIVRLHEVLASKTKIYMVLECVTGGDLFDRIVSKGKLSETQGRKMFQQLIDGVSYC 125

Query: 135 HRKGVYHRDL-------------------------------------------------- 194
           H KGV+HRDL                                                  
Sbjct: 126 HNKGVFHRDLKLENVLLDAKGHIKITDFGLSALSQHYREDGLLHTTCGSPNYVAPEVLAN 185

Query: 195 -------------------------------------KILKGEIQLPKWLSQGAQNLIRR 254
                                                KI KG+  +P+W+S GA+ +I+R
Sbjct: 186 EGYDGAASDIWSCGVILYVILTGCLPFDDANLAVICRKIFKGDPPIPRWISLGAKTMIKR 245

Query: 255 ILDPNPISRITMASIKMDDWFRKDYHPTYLDEEEDIYMEATPFSMYQVQDYHGEKISESP 314
           +LDPNP++R+T+A IK  DWF+ DY P+  D+++D+Y+      ++ +++Y  EK  +SP
Sbjct: 246 MLDPNPVTRVTIAGIKAHDWFKHDYTPSNYDDDDDVYL--IQEDVFMMKEYEEEKSPDSP 305

Query: 315 TTINAFQLIGMSSCLDLSGFFEKEDISERKIRFTTNHSTKEDILKQMEDLVTNMGFLVQK 349
           T INAFQLIGMSS LDLSGFFE E +SER+IRFT+N S  +D+L+ +E + T MGF +QK
Sbjct: 306 TIINAFQLIGMSSFLDLSGFFETEKLSERQIRFTSN-SLAKDLLENIETIFTEMGFCLQK 365

[Close]

BLAST of HG10010455 vs. ExPASy TrEMBL
Match: A0A6J1CB99 (novel plant SNARE 13 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111009926 PE=4 SV=1)

HSP 1 Score: 497.7 bits (1280), Expect = 6.6e-137
Identity = 263/269 (97.77%), Postives = 268/269 (99.63%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MA+GLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MATGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDN++MASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE
Sbjct: 121 EPTADDNIQMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLR-TPEHFE 569
           K+IRDIPGLAPPAPARRLLYLR TPEHFE
Sbjct: 241 KDIRDIPGLAPPAPARRLLYLRTTPEHFE 269

[Close]

BLAST of HG10010455 vs. ExPASy TrEMBL
Match: A0A5D3BXM9 (Putative plant SNARE 13 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold46G00740 PE=4 SV=1)

HSP 1 Score: 489.6 bits (1259), Expect = 1.8e-134
Identity = 257/268 (95.90%), Postives = 263/268 (98.13%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDNVRMASSMTNQELIDAGKKTMDETDQAI+RTQKVVEQTIEVGTQTA  LKGQT+
Sbjct: 121 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIQRTQKVVEQTIEVGTQTAAQLKGQTD 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPP PARRLLYLRT EHF+
Sbjct: 241 KSIRDIPGLAPPVPARRLLYLRTTEHFK 268

[Close]

BLAST of HG10010455 vs. ExPASy TrEMBL
Match: A0A1S3C842 (novel plant SNARE 13 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103497752 PE=4 SV=1)

HSP 1 Score: 489.6 bits (1259), Expect = 1.8e-134
Identity = 257/268 (95.90%), Postives = 263/268 (98.13%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDNVRMASSMTNQELIDAGKKTMDETDQAI+RTQKVVEQTIEVGTQTA  LKGQT+
Sbjct: 121 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIQRTQKVVEQTIEVGTQTAAQLKGQTD 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPP PARRLLYLRT EHF+
Sbjct: 241 KSIRDIPGLAPPVPARRLLYLRTTEHFK 268

[Close]

BLAST of HG10010455 vs. ExPASy TrEMBL
Match: A0A6J1EWD1 (novel plant SNARE 13-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111436737 PE=4 SV=1)

HSP 1 Score: 489.2 bits (1258), Expect = 2.3e-134
Identity = 257/268 (95.90%), Postives = 265/268 (98.88%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRD +RALSNGFQ+LDKIKDSNRQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDTYRALSNGFQKLDKIKDSNRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EE+K+ PEV+KQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEETKSSPEVHKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE
Sbjct: 121 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           K+IRDIPGLAPPAPARRLLYLRTPEHFE
Sbjct: 241 KDIRDIPGLAPPAPARRLLYLRTPEHFE 268

[Close]

BLAST of HG10010455 vs. ExPASy TrEMBL
Match: A0A0A0K9V5 (t-SNARE coiled-coil homology domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G000720 PE=4 SV=1)

HSP 1 Score: 486.5 bits (1251), Expect = 1.5e-133
Identity = 255/268 (95.15%), Postives = 263/268 (98.13%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS LQM+PQLEQIHGEIRDNFRALSNGFQRLDKIKDS+RQSKQLEELTGKMRECKRLIK
Sbjct: 1   MASALQMTPQLEQIHGEIRDNFRALSNGFQRLDKIKDSSRQSKQLEELTGKMRECKRLIK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 420
           DFDREIK+EESKNPP+VNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS
Sbjct: 61  DFDREIKDEESKNPPDVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEGGVS 120

Query: 421 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTE 480
           EPTADDNVRMASSMTNQELIDAGKKTMDETDQAI+RTQKVVEQTIEVGTQTA  LKGQT+
Sbjct: 121 EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIQRTQKVVEQTIEVGTQTAAQLKGQTD 180

Query: 481 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 540
           QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN
Sbjct: 181 QMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNN 240

Query: 541 KNIRDIPGLAPPAPARRLLYLRTPEHFE 569
           KNIRDIPGLAPP PARRLLYLRT ++FE
Sbjct: 241 KNIRDIPGLAPPVPARRLLYLRTTDYFE 268

[Close]

BLAST of HG10010455 vs. TAIR 10
Match: AT3G17440.1 (novel plant snare 13 )

HSP 1 Score: 417.5 bits (1072), Expect = 1.7e-116
Identity = 219/268 (81.72%), Postives = 250/268 (93.28%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS L MSPQLEQIHGEIRD+FRAL+NGFQRLDKIKDS RQSKQLEELT KMRECKRL+K
Sbjct: 1   MASNLPMSPQLEQIHGEIRDHFRALANGFQRLDKIKDSTRQSKQLEELTDKMRECKRLVK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GV 420
           +FDRE+K+EE++N PEVNKQLNDEKQSMIKELNS+VALRKTYM++LGNK+VELFD G GV
Sbjct: 61  EFDRELKDEEARNSPEVNKQLNDEKQSMIKELNSYVALRKTYMSTLGNKKVELFDMGAGV 120

Query: 421 S-EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQ 480
           S EPTA++NV++ASSM+NQEL+DAG K MDETDQAIER+++VVEQT+EVGTQTA  LKGQ
Sbjct: 121 SGEPTAEENVQVASSMSNQELVDAGMKRMDETDQAIERSKQVVEQTLEVGTQTAANLKGQ 180

Query: 481 TEQMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNP 540
           T+QMGR+VN LDTI FSIKKASQLVKEIGRQVATDKCIM FLFLIVCGV+AII+VKIVNP
Sbjct: 181 TDQMGRVVNHLDTIQFSIKKASQLVKEIGRQVATDKCIMGFLFLIVCGVVAIIIVKIVNP 240

Query: 541 NNKNIRDIPGLAPPAPARRLLYLRTPEH 567
           NNK+IRDIPGLAPPA +R+LLYLR  ++
Sbjct: 241 NNKDIRDIPGLAPPAQSRKLLYLRNQDY 268

[Close]

BLAST of HG10010455 vs. TAIR 10
Match: AT1G48240.1 (novel plant snare 12 )

HSP 1 Score: 405.2 bits (1040), Expect = 8.6e-113
Identity = 212/264 (80.30%), Postives = 245/264 (92.80%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS L MSP LEQIHGEIRD+FRAL+NGFQRLDKIKDS+RQSKQLEEL  KMR+CKRL+K
Sbjct: 1   MASELPMSPHLEQIHGEIRDHFRALANGFQRLDKIKDSSRQSKQLEELAEKMRDCKRLVK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GV 420
           +FDRE+K+ E++N P+VNKQLNDEKQSMIKELNS+VALRKTY+N+LGNK+VELFD G GV
Sbjct: 61  EFDRELKDGEARNSPQVNKQLNDEKQSMIKELNSYVALRKTYLNTLGNKKVELFDTGAGV 120

Query: 421 S-EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQ 480
           S EPTA++NV+MAS+M+NQEL+DAG K MDETDQAIER+++VV QT+EVGTQTA  LKGQ
Sbjct: 121 SGEPTAEENVQMASTMSNQELVDAGMKRMDETDQAIERSKQVVHQTLEVGTQTASNLKGQ 180

Query: 481 TEQMGRIVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNP 540
           T+QMGR+VN+LDTI FS+KKASQLVKEIGRQVATDKCIM FLFLIVCGVIAII+VKIVNP
Sbjct: 181 TDQMGRVVNDLDTIQFSLKKASQLVKEIGRQVATDKCIMAFLFLIVCGVIAIIIVKIVNP 240

Query: 541 NNKNIRDIPGLAPPAPARRLLYLR 563
           NNK+IRDIPGLAPPA +R+LLY R
Sbjct: 241 NNKDIRDIPGLAPPAQSRKLLYFR 264

[Close]

BLAST of HG10010455 vs. TAIR 10
Match: AT3G17440.2 (novel plant snare 13 )

HSP 1 Score: 328.9 bits (842), Expect = 7.8e-90
Identity = 174/212 (82.08%), Postives = 198/212 (93.40%), Query Frame = 0


Query: 301 MASGLQMSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIK 360
           MAS L MSPQLEQIHGEIRD+FRAL+NGFQRLDKIKDS RQSKQLEELT KMRECKRL+K
Sbjct: 1   MASNLPMSPQLEQIHGEIRDHFRALANGFQRLDKIKDSTRQSKQLEELTDKMRECKRLVK 60

Query: 361 DFDREIKEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSLGNKRVELFDEG-GV 420
           +FDRE+K+EE++N PEVNKQLNDEKQSMIKELNS+VALRKTYM++LGNK+VELFD G GV
Sbjct: 61  EFDRELKDEEARNSPEVNKQLNDEKQSMIKELNSYVALRKTYMSTLGNKKVELFDMGAGV 120

Query: 421 S-EPTADDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQ 480
           S EPTA++NV++ASSM+NQEL+DAG K MDETDQAIER+++VVEQT+EVGTQTA  LKGQ
Sbjct: 121 SGEPTAEENVQVASSMSNQELVDAGMKRMDETDQAIERSKQVVEQTLEVGTQTAANLKGQ 180

Query: 481 TEQMGRIVNELDTINFSIKKASQLVKEIGRQV 511
           T+QMGR+VN LDTI FSIKKASQLVKEIGRQV
Sbjct: 181 TDQMGRVVNHLDTIQFSIKKASQLVKEIGRQV 212

[Close]

BLAST of HG10010455 vs. TAIR 10
Match: AT2G35190.1 (novel plant snare 11 )

HSP 1 Score: 319.3 bits (817), Expect = 6.2e-87
Identity = 175/258 (67.83%), Postives = 212/258 (82.17%), Query Frame = 0


Query: 307 MSPQLEQIHGEIRDNFRALSNGFQRLDKIKDSNRQSKQLEELTGKMRECKRLIKDFDREI 366
           +S +L +I G+I D FRALSNGFQ+L+KIKD+NRQS+QLEELT KMR+CK LIKDFDREI
Sbjct: 7   VSEELAEIEGQINDIFRALSNGFQKLEKIKDANRQSRQLEELTDKMRDCKSLIKDFDREI 66

Query: 367 KEEESKNPPEVNKQLNDEKQSMIKELNSFVALRKTYMNSL--GNKRVELFDEGGVSEPTA 426
           K  ES N    N+ LND +QSM+KELNS+VAL+K Y ++L   NKRV+LFD  G  E   
Sbjct: 67  KSLESGNDASTNRMLNDRRQSMVKELNSYVALKKKYSSNLASNNKRVDLFD--GPGEEHM 126

Query: 427 DDNVRMASSMTNQELIDAGKKTMDETDQAIERTQKVVEQTIEVGTQTAVTLKGQTEQMGR 486
           ++NV +AS+M+NQEL+D G   MD+TDQAIER +K+V++TI VGT T+  LK QTEQM R
Sbjct: 127 EENVLLASNMSNQELMDKGNSMMDDTDQAIERGKKIVQETINVGTDTSAALKAQTEQMSR 186

Query: 487 IVNELDTINFSIKKASQLVKEIGRQVATDKCIMLFLFLIVCGVIAIIVVKIVNPNNKNIR 546
           +VNELD+I+FS+KKAS+LVKEIGRQVATDKCIM FLFLIV GVIAII+VKIVNPNNK+IR
Sbjct: 187 VVNELDSIHFSLKKASKLVKEIGRQVATDKCIMAFLFLIVIGVIAIIIVKIVNPNNKDIR 246

Query: 547 DIP--GLAPPAPARRLLY 561
           DIP  GLAPPA  RRLL+
Sbjct: 247 DIPGVGLAPPAMNRRLLW 262

[Close]

BLAST of HG10010455 vs. TAIR 10
Match: AT3G17510.1 (CBL-interacting protein kinase 1 )

HSP 1 Score: 302.4 bits (773), Expect = 7.8e-82
Identity = 175/374 (46.79%), Postives = 224/374 (59.89%), Query Frame = 0


Query: 9   EKHQEK-MRLGKYELGKILGHGNFGKVKFAINFETQQPFAVKEVDKSKIIDLNFTHQFKR 68
           EK  EK MRLGKYELG+ LG GNFGKVKFA +  +   FAVK +DKS+I DLNF+ Q KR
Sbjct: 8   EKKAEKGMRLGKYELGRTLGEGNFGKVKFAKDTVSGHSFAVKIIDKSRIADLNFSLQIKR 67

Query: 69  EIHTLKLLKHPNIVRLHEVLASKSKIYMVLEYVNGEELFETIASNGKLSEARGRKIFQQL 128
           EI TLK+LKHP+IVRLHEVLASK+KI MV+E V G ELF+ I SNGKL+E  GRK+FQQL
Sbjct: 68  EIRTLKMLKHPHIVRLHEVLASKTKINMVMELVTGGELFDRIVSNGKLTETDGRKMFQQL 127

Query: 129 LDGVSYCHRKGVYHRDL------------------------------------------- 188
           +DG+SYCH KGV+HRDL                                           
Sbjct: 128 IDGISYCHSKGVFHRDLKLENVLLDAKGHIKITDFGLSALPQHFRDDGLLHTTCGSPNYV 187

Query: 189 --------------------------------------------KILKGEIQLPKWLSQG 248
                                                       KI KG+  +P+WLS G
Sbjct: 188 APEVLANRGYDGAASDIWSCGVILYVILTGCLPFDDRNLAVLYQKICKGDPPIPRWLSPG 247

Query: 249 AQNLIRRILDPNPISRITMASIKMDDWFRKDYHPTYL--DEEEDIYMEATPFSMYQVQDY 293
           A+ +I+R+LDPNP++RIT+  IK  +WF+ +Y P+    D+EE++  +   FS+ ++   
Sbjct: 248 ARTMIKRMLDPNPVTRITVVGIKASEWFKLEYIPSIPDDDDEEEVDTDDDAFSIQELGSE 307

The following BLAST results are available for this feature:

BLAST of HG10010455 vs. NCBI nr


Match Name	E-value	Identity	Description
CAE5959621.1	2.4e-186	52.54	unnamed protein product [Arabidopsis arenosa]	[more]
XP_038875562.1	4.7e-137	97.76	novel plant SNARE 13 isoform X1 [Benincasa hispida]	[more]
XP_022138859.1	1.4e-136	97.77	novel plant SNARE 13 isoform X1 [Momordica charantia]	[more]
XP_008458287.1	3.7e-134	95.90	PREDICTED: novel plant SNARE 13 isoform X1 [Cucumis melo] >TYK02986.1 putative p...	[more]
XP_023513592.1	4.8e-134	95.90	novel plant SNARE 13-like isoform X1 [Cucurbita pepo subsp. pepo]	[more]

BLAST of HG10010455 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LRP1	2.3e-115	81.72	Novel plant SNARE 13 OS=Arabidopsis thaliana OX=3702 GN=NPSN13 PE=1 SV=1	[more]
Q9LNH6	1.2e-111	80.30	Novel plant SNARE 12 OS=Arabidopsis thaliana OX=3702 GN=NPSN12 PE=2 SV=1	[more]
Q944A9	8.7e-86	67.83	Novel plant SNARE 11 OS=Arabidopsis thaliana OX=3702 GN=NPSN11 PE=1 SV=2	[more]
Q8RWC9	1.1e-80	46.79	CBL-interacting serine/threonine-protein kinase 1 OS=Arabidopsis thaliana OX=370...	[more]
Q94C40	1.4e-80	41.40	CBL-interacting serine/threonine-protein kinase 17 OS=Arabidopsis thaliana OX=37...	[more]

BLAST of HG10010455 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CB99	6.6e-137	97.77	novel plant SNARE 13 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111009926 P...	[more]
A0A5D3BXM9	1.8e-134	95.90	Putative plant SNARE 13 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E56...	[more]
A0A1S3C842	1.8e-134	95.90	novel plant SNARE 13 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103497752 PE=4 SV=...	[more]
A0A6J1EWD1	2.3e-134	95.90	novel plant SNARE 13-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC1114367...	[more]
A0A0A0K9V5	1.5e-133	95.15	t-SNARE coiled-coil homology domain-containing protein OS=Cucumis sativus OX=365...	[more]

BLAST of HG10010455 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G17440.1	1.7e-116	81.72	novel plant snare 13	[more]
AT1G48240.1	8.6e-113	80.30	novel plant snare 12	[more]
AT3G17440.2	7.8e-90	82.08	novel plant snare 13	[more]
AT2G35190.1	6.2e-87	67.83	novel plant snare 11	[more]
AT3G17510.1	7.8e-82	46.79	CBL-interacting protein kinase 1	[more]

InterPro

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

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 345..372
None	No IPR available	GENE3D	1.20.5.110		coord: 435..514 e-value: 1.2E-14 score: 56.2
None	No IPR available	GENE3D	3.30.310.80	Kinase associated domain 1, KA1	coord: 224..319 e-value: 4.9E-17 score: 64.1
None	No IPR available	GENE3D	1.10.510.10	Transferase(Phosphotransferase) domain 1	coord: 10..145 e-value: 1.3E-42 score: 148.1
None	No IPR available	GENE3D	1.10.510.10	Transferase(Phosphotransferase) domain 1	coord: 146..209 e-value: 1.8E-6 score: 29.4
None	No IPR available	PANTHER	PTHR21230:SF73	BNAA01G36970D PROTEIN	coord: 301..554
None	No IPR available	PANTHER	PTHR21230	VESICLE TRANSPORT V-SNARE PROTEIN VTI1-RELATED	coord: 301..554
None	No IPR available	SUPERFAMILY	58038	SNARE fusion complex	coord: 434..507
IPR000727	Target SNARE coiled-coil homology domain	SMART	SM00397	tSNARE_6	coord: 439..506 e-value: 1.5E-6 score: 37.7
IPR000727	Target SNARE coiled-coil homology domain	PROSITE	PS50192	T_SNARE	coord: 444..506 score: 10.747887
IPR000719	Protein kinase domain	PFAM	PF00069	Pkinase	coord: 20..145 e-value: 4.4E-35 score: 121.3
IPR000719	Protein kinase domain	PROSITE	PS50011	PROTEIN_KINASE_DOM	coord: 20..318 score: 22.421484
IPR004041	NAF domain	PFAM	PF03822	NAF	coord: 227..287 e-value: 3.3E-16 score: 59.2
IPR017441	Protein kinase, ATP binding site	PROSITE	PS00107	PROTEIN_KINASE_ATP	coord: 26..49
IPR018451	NAF/FISL domain	PROSITE	PS50816	NAF	coord: 225..249 score: 12.699261
IPR044766	NPSN/SNAP25-like, N-terminal SNARE domain	CDD	cd15861	SNARE_SNAP25N_23N_29N_SEC9N	coord: 443..505 e-value: 2.50369E-20 score: 83.0063
IPR011009	Protein kinase-like domain superfamily	SUPERFAMILY	56112	Protein kinase-like (PK-like)	coord: 12..216

Relationships

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


Feature Name	Unique Name	Type
HG10010455.1	HG10010455.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006468	protein phosphorylation
biological_process	GO:0015031	protein transport
biological_process	GO:0006890	retrograde vesicle-mediated transport, Golgi to endoplasmic reticulum
biological_process	GO:0007165	signal transduction
biological_process	GO:0006906	vesicle fusion
cellular_component	GO:0005789	endoplasmic reticulum membrane
cellular_component	GO:0012507	ER to Golgi transport vesicle membrane
cellular_component	GO:0005794	Golgi apparatus
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0031902	late endosome membrane
cellular_component	GO:0031201	SNARE complex
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004672	protein kinase activity
molecular_function	GO:0005484	SNAP receptor activity
molecular_function	GO:0000149	SNARE binding