HG10013729 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview
NameHG10013729
Typegene
OrganismLagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
DescriptionNon-specific serine/threonine protein kinase
LocationChr02: 4155907 .. 4187579 (-)
RNA-Seq ExpressionHG10013729
SyntenyHG10013729
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.
ATGGTTGGAAACCGGCTCAGTGGTCAGATTCCACAAGAAATTGGTGATATTGCTTCGCTTGAGGAATTGTAAGGGACAATTTTATAACATTCTTGTTTTTTATTTTGTTATTTTATTATCTATAAAAGATAAACTTTGAAGTGATGTGTTACATCTAATTATAATAACTTAAACTTTCAATTATATTTAGTAAATCTTTTAAATCTTTGACATTTTTTAAGGTCAAATAAGTCAATAACCTATTAGGCACAAATTTGAAACTTTAAGATATATTAGAAGAAACTAAAAATACGAAAAATTATTTGACATTTTTTTTTTAAAAAAAAATCATGGACTTAATATAAAAGTAAAAGTTTAAGCCATATTTGGTAACCATTTTATTTTAGAGTTTTTGATTTTTGAAAATTGTGTTTGTTTCCTCTCAAATTCTTATAATAGTTTTCTATCTTCTTTAAATAAAAAAAGTTGAATTCTTAGTTAGATTCCAAAAACAAAAACATATTTTTTAAAAACTATTTTTTTAGTTTTCAAAATTGACTTGATTTTTTTGAAAATAATGATAGAAAGTAAGCCAAACAAAAAAAACTTAGAGGATAGAAAGAATCTTTATAGGCTTAATTTAAAAAAAAAAAAAAATACTTACCCACCAAAGCTTATGGAGATATTTAGACATAAAGTTTGAAAATTAAGAAATAAACTATTTTTTTAAAATAATTTTTAGATATTTAGACATATTAAAAATAATTCTTCCATAATTTTAAGACAAGAAGAGAGAATTGATATAATATTAAATTAATCATAACCCATCCATTTAAATTTTTGAATCAATCGGTGATTTAATATTATCATTTTTCAATCAGGAACTTGGAAGAGAATATGCTTGAAGGAAATCTTCCTGAAAACCTTGGGAAACTCGGCAACTTGGGAAGACTGTAAGTCTGATAAAATGTGATTAATCTTTTCTTTGCAATACAAAAACTTTATAATATGGGTGTCATTATAATTAGAGACCATATATCCTCTCTATATCTCGACAATAGTATATTAATATCCACTTTAGATAAGACTTTATATTAAATAGAGATAATATTTCTCTTACTTTTGTGTTGGAATAAATTATAGTTTGTGATTATTCGTATAGAGTTGCATTGTTTCATGAATGAATGTATCTTTTTAAAATTTAACCAACTTGAAGAAGACACATGATTATTCGAATGGCCACGAATGAATGTGACTTTTCAAAATCTAACCAACTTCAAATTGTTTTTTAAACCCTTTTCATTTGCATTTCTCTCTTAGTGAAACTTTCTCCCTTTTTATAAAGTCGTTGAAGTTCAGTTTATTTCTACAAAATATAGTTCGTTGGACCTTGTGGATGAGGTAATACTTCCATAAGATAAGAAACAATTACTCATGAAACTCATACATTAGAATGATCAGTAAAATTGTCTTAGGAGACCACGTAAAGTCGTTGAGCTCAAATTCTCTCCTATATACAAGGTTATGTTTGAAAAAAAAAAAATATACAACGTTATGTATTTTCTCATATTTTATGATACTATTTATATAACAATTTTAAGACAATTTTTAGTACTTTATTGTGGTTCTTTTGAAAATATACAAAGAAAAAAAAATCTCTTCTTCTAGATTTTGTTTTATTATCCATGATGGCTGGCAGGATTTATATTTTGTTTATTAAATCTTGTGTTATAGATGTTCTGACCAAGTTTTAATGTGATTCTTTTAATTCTATTTTACCGTTCTTGTTTTATATTCATTGATTGTACTATAAAACAATAAATTTTAGAAGAATTATTATAAATAAAAAAATATCAAACTATTTACAAATATAAAAAAATTTGACTGTCTATTCACAATAGATTTCAAAGTCTATCACGATCCATCGCTGTTAGATACTAAATTTTTTTTTTATATTTGTAAATAGTTTTGCTCATTTTTCTATATTTAAAAACAACTTATATTTTTATATATCATATTTTTTTTATGTAGATATAAATATGTATTTGTACACCTGGCTTGTATTTATTTGTGTTTGCTTTTCCCCGTCTGGCAAAAGAAGAGAACATGAAAGGTTTTTTTTAATGAAATTTTAGAGATTTACAAAATAAAGCAAAGAACAAAAACAAAGCATATGTTATTTTAAAAAAATGGCACATATATTTTGGCATAAGTTCAACCTTTTGCATATGTGCAGTGGATTATTATTTGATGTTCTGCACTAATTTTGTGTTTATACAATTATATGTATGAGAATAGTGATTTAAGCCATGTGTATGGCAGTACTTCTGTTTTTTTTCTTTAATTTGCTTATTTTGTTTAATTGGCTTATTTCAGTCCATAATGGGTATTAAGCGAAATGTTCTCATGTCATTTTACATTTCAAGCAATGTCTTGAGTTTATTTGTTGCTTATTGATTTTATTTTGTGAAAACTTGTCCGATAAAGTTATTACTTTGTTTTACAAATATTTGGTGATCAGTTTCTCATAAATGTTATCAACGATACGAAATTGTTGTACCACATGTTAGTGAAAGTAATGGAGAAAAATTAGGCATGAGACATTTAGCAAGTAATGATTTCAAATGATGACAAGAGAAATTTTATTCTCCGTCACAACTTGAAATATGATAAGTTTTATGGGAAAAAAAATGCTATTGTAACATTGAAGGAGAAGCCAACAAATAAAAGTTACTTGCACTTTAGGCATAAAAACACATGCAAAATATTTATGCAAGAGCCACATTTTGAGTGGACTAGATAACACGCTATATAATGTTTATATTGGTAGATTTAGCAAAAATTTATGGGAATCATTAGAGTAGAGATGTCCATAGGGTGGGCCGGGGCGGGGATGGCTTCCCCACTCCCCGCTACCCGTTCCCCATTTCATTCCTTGACCCCGCCAAATTCCCCACAGGGGTCGGGGCGGGGATTCTCCGAGGGAAATTTTTTCCCGTTTGATTTTTTTTTTTTAAAAAAATGTTCGATTAACATAAATCACTATTATGGAAAATTTTAAATTAAATGGTTAACTTTTATATGATTAGTTCTACATGGACAATTAGAATTTAAAGAAAAATTACTCAAAATTTTCAAGTTGAAAGAAATAATTATCTATCAAATTATTCATATATATAATCTAAATTTATTAAAATTCAAACATATCATTTTTTTACACTAATTCAAACATGTTCATTATTTTGATCATTAAATAATAAATCTTGAAAATTAAATATAATATTTATAAAATAAAAATAAACAACATAACATTAAATTACTATAATAAATATAAGAAAAAAGCCTAAGGGGCGGGGGTGGGGAACGGGGCAGGGGCGGGGAATGCATTCCCCATCCACGTCCCCATTTAGCTTTTGGGAATTTTTTTCCCCCACTCCCTCCCTCATTTCCCGCCTAAACGGGAAATTCCCGCTCCGTTTGGTGGGGGTCCCTACGAGACCCGTCTCTGTGGGAAAAGTGGACATCTCTACATCAGAGAAAAACAATATATATAAGCCAGAAGATGTCATAACATTATAATATTGATGGTCGAAAAATTTATGTTCTATAAATGATTGATTCCAAAACCGTGATAAGACACATTCTGTGAATATGTCTAAACATTTGAAGGTCAATTATATTTTTGTATAATTTTTCATATACAAAAGCATAAAAATTCCTTGTAAATTATGGAAAGGTTGAAACCTTCTAAAACTTTATTTTAGTGTTGAGGTATTTAGAAGAAGTGACTATTCTCAAATTAGTAATTCATGTTTAGAACATTGCAAGGAATTTTAAAAGAGGTTGGGATATATTTGAATTTGCTACAAAATTTTGGAAGATATTCAACCTATATCTTGTTTTAATGAATAATAATATGTCTCAACATAGGTGAGAAAGACATTATACAATTAGACAACTACTTTCTAGTGGAATTATTACAATTGACTTTGTAAGTTCAGAAGATAATATCGTGAATCCGCTTATGAAAGGTTTGACTAGAGAGTTGGTTGATAGTTCATCAAAGAGAATGAGATTATAACCTATAATTTTAAAAAGTTAATCAGAGAGGCAATATAACCCAACCTAGTTGACTGGAGATCCCAAAATCTAGGTTCAACGGGTATAAACCGACCTTTGGATAACTTAATGAGCACTGCGCTGAAATTTTAATCTTTTACCCATTCTAGGATGATGAGACAGTGCATGTTTGGTTTTTAGGGTAAGCACTAATGCTTTTAATGATTTTTATAAGTGTTTGAGTATTTATGAGAAGAACATATACGATGTTCTTTATAGGTATCACCCATGTGAGTGTGAATGGGCCACTTCTATGAGAATTTTAAGGCGTATTCTCTACGACACTCATGAGACCAGGCGGTTTTCAAGGCCAAAATGAACACAATTATGAGAACTGACTTTGTTAGAATAAGAAATTATGTGACTTCTATTGTCTTAGTTTACTCCAAAATGGTTGATAGTTCAAGGCATCAAGTACTTTTCCTAATGCAAGTTCTTCGTTGGGAAATACCAAACACTTTATCTTTTATTTTAATTTATCAACTTACCATTTATGGAGATTGTTGGAATAAATGGTATATGACTATTCGTGTAGAGTTGCATTGTTTCATAAATGAATGTGTATATTTTCAAAATTTAACCAACTTGAAGAAGGGACATGACTATTTTTCAAATGATCACGAATGTGTCTATAAATATGTCTCTTCTTCAAATTGGTTTTTAACTCTTTTCATAAGTATTTTTCTCCAATTGAAACGTTCTCCCTTTTTATAAAGTCTTGTAGACGAGGTGTGCTGCTTCTACAAGCTAGGTAATCTGTTATATCTTATGAGATAATTACTCATAAAATTTAGACACTAAAATAAGTAAAATTGTCTTAAAGAAACAACTTAAAGTTACCAGACTCAGATTATTTCCTTTATATAAAGTTGTTTATTTTCTCATATTTTATGATAGTATTCATATAACATTATATACTCACGATCTTCCTTCCCATTTTCTAGTAAATATGTTGTGACCATTTATCTTCTTGAACAACATTCATTTTCAAAGTTACGTGTTTGACTTGTACTATTCATACGCAGCCAATTAATTTGGTTTTCATTATTTTTTTGTAGGCTTCTTTCCTCCAACAATTTTACAGGGCGGATTCCAAAATCTTATGAGAACTTAAGCAACTTGACTGAATTGTATGTTCTATATATACTCAGATTTGAATTAATTAAAATCACTTTTCCCATTTTTAAAATCACTCGAAAAATTATTTTTAATCATTTAAAATTAATTTTAATAATATAAAAATTATATTTAAAAAGTATAAAATTAAATATTAAATTAATTTAAAAGACTAAATCTACGTTTCTGAATGATTTTAACCCTTTATAACTATATTTATTTTCAACGATAGTTTTGCACAATTAATTTCTGAATTATGTACATGTTCTTGCAGTTGGATGGGAGGAAGTGATTTATCTGGAAAGCTACCTAAATTTATTGGTAACTGGACCAAACTTCGTAAACTGTAAGTTGTTGGCTAGCACAAATATTTGTCTCTAAAAATTAATTAGGGTTATTTTTAAATATATAAAAATGAGTTAAACTATTTATAAATATACAAAAATTTCATTGACTATCTGCGATAGACTGTTATCGTGATCTAGATAATGAAATTTTTCTATATTTGTAAATAGTTTGATATTTTTTCTATTTATAATAATTTTTCAATTGATTATATATAAAAATGCTACCTTTCTTATTTCAACATAATCTAACTTCAAAAGAGCAACAAAATGTATACATATATTAGTGTAAATTATTGCAATATTATTATGGCTATTACCAATTGTTTTTTTTTTTTCATGAACCCTAACTAGATCATAATCATAATTCATTGCAGTCGTATTCAAGGATCTTCCATGGAGAACCCCATTCCTCCTGCCATTTCCCACATGACAAACTTAACTGAACTGTGAGGACTTTTTACTTGGAATTTTATTTTCTTACATCAAAATTTTAACTCTTTTAATAATAAAAAAAAAAAAACCACTTTCTAAATCTTATCCTAAAAAATCCTGACAAATCTTCTGAGTAAATTAATATGTTTATAGCAAAATGAACTAAAATATTTATAAATATAGCAAAATATACTGATAGACAGTGAATTGATAGACTACTATAATCTATCACCGCTATGACAGATAGATAGTGATATTTTGCTATATTTCAAAATATTTCCAGCTGTTTTGCCATTAAAAGTAGTTAGTCTTTTAAATAATCATTTATGTTTCTTATTTGACAGGATAATAACTGATTTGAAGGGACCATCCACAAGTTTCCCAAATTTTAGTCAATTGACAAATTTACGAGTATTGTAAGTTTAGTTCTAACATGTTGATTTACTCTGAGTCAAGTTAAAAAGTAATAATAGTTTAGGATTTGTTCTATTTTAATTTTTATACTTCCAAAATGTTTAAAATTATTTTAGGTAGGGTAAACTATTCTTAAAATTAGTTCCTATTTTTTTTTTTAATTTTAGAAAAAAGGTCTATTAGCCTTCCCTTTATAAAGTTCAGAAATAGGTAAATTTTCATCCATAGAAAAAATGTCAAACTATTTACAAAAAATAGTAAAAAAAAAAAAATTGATAGACATTGATAGACTTTTATCAACATCTATTAGTGATAGACTTCTATCATTTCTATTACTGATAGACCTCGATAGACTTCAACGTCTATCACAATTATCTAAAAATTTTGCTATTTTGTGTAAATAGTTTCCCTTATTTTTCTATTTTTAAAAATTCCCCTTAGCAATATATACATTCACATTACGTCTATTCTGAAATAAAATTGTTATTATTATTATTTTACAAAATTTCATAAAAAATAACTTAAGGACTTATTTTAAGTACAAATACTAAATTTAAGCCTTGGAATGTAATTCATAAGCTTAAGCTTGATAATTTAATTTTTTATTTTGTTCAATTGTATGTCACCTAATTTTCTCTCCTACTATGCTTAGGATCTTAAGAAATTGTATAATTGAGGATCGCATCCCTCCCTATATTGGACAGCTTAATGCACTAAGAACTTTGTAAGTTTCTCAACTTCATTTATATTTTGTTTTAGTACCACATATAATTTCTTCTTTTTTCTTAAAAAAAAACATATCTATCACTAGTTTAAAATAAGAAAAATTATTATAAATAGAAAAAATAACAAAATATTGAAAAATATTGAAAAATTTCACTGTCTATCAGCAGCGATTAAAGTCACTATTTATCGTTTAAAGCGATAAAATTCTATCATGGTCTATCGTTAATAGAAAGTTAAATTTTCTATATTTGTAAATAGTTTGATTCATTTTTCTATATTTGAAAACAATCCCTTATATAATTTATTGATGAAATTAATTTTTATGTTTCTATAGAGATCTAAGCTTCAATAGATTGAGTGGTCCTATTCCAGGGACATTTCAAAATCTGCTTATTGCCCCAAAATTTCAGTTCATGTGAGTTAATATTTTCTCTACTGACTACAACACTCCATTATCTAAGGTTCTATTTGGTAATTATTTGAGTTTGAGTTTTTTTTTTTAAAATTAAACTTATAAACATCAATTTCACCTCTGAATTTCTTTCTTTATTATCAACTTTCTACCAATGTTTTAAAAAACGAAGTCGATTAGTTTCAAAAACTAAAAAAAATAGTTTTTGTTTTTTGGAATTTGACTAACAATTCAACATTTTTTTTTATTTTAGAAAGATGAGTCAGAAAACCATTGTAAAAAAAATTGAGAGGAAACAAACTTAATTTTTAAAAATAAAAAAACTAAAACCCAAGTTGTTACCAAATGGAGCCTAAAACTTATATATTTGTTGAAAAGTTCAATGATGATCACTTGATGTAGGTTTCTTAGTAGCAACTCGTTAAGCGGTCAAGTACCAAGCTGGATTGTAAGCAGTCAAAAGTACATGTAAGTAAAAAAAATGGTGAATCGAAAGAGACATCGTCTCGAGAGATACTAAGAAAGCCAAGTTATAGAATTACTCTTCTCCAAGTTATCCTTTATATGATTATGGTTTTAATTTTTAGATATCTTGTGATATTTCTGTTGTTGCTTAATGGGATTATTAATAAGTTTGTTGCATGCAGAGATTTATCTTACAACAATTTTACAGGCCCCACTGTTTCCAGTTGTCCACAGTCTAATAATGTGTAAGAAACCATTTTATATCTCTCTCTATCAATTACCGTGATAAAACTTCTTTATTGTTGTGTAGAAAGATGTATATTTACTATTTTTGGAGTGTCATCGAGATTAAAAAAAATATAAAATTTTTTTTTACTATCTATGAATGATCGCAGTCTATCGTTGATAGACAATTTTTTTTTTTTTTTTTTATATATTGTAAATAATTTGACTCTTTTTTTATATTTAAAAACAACCTTTCTAATTATGTCAAACAATGAATATTTTTATTTATTGATATAACATCTTTTAGATGACATAAAAAATTACAAATTATACGAGTTTGTGTACTCAAAGTTGGTAATATATATCATACTAAATATATTGGGGAAGAAGTTGATTTTCTTTCACATAATAATCTACTTCTCTTATAAATATATATTTATCTTTGTTTTGTATAGGAACTTAGTTTCTAGTTATCCAACGACTCTAACAACTATGAATAACACGTAAGTTGCGTTATTTAATTGTTATAGAACAATACTTAGTTACTAGCTGACTACATCTATTTTTTACAAAACCATAATTTGTCATATGGAACCACATTATTTATTTATTTATTTTAAGCTTAAATTTTTCTATTGTGATTGGGCGAGGCTTAAAAAAAAAAAAAATAGTGAAGTCGAGCTAGCAACCAAGAATTTTACTCATTGCCCTATATGATATATGAGCACATTTTCTCAACTTCACACTTATCTACGGTTAAAATAAAATAAAATGTTAATGAGTTTTGCAGGGATTTCTTATGAAAAATTAGGAAAAAAATTTCATTTTTGATTTTTAGTTTATTATTTTTTTTCGGAACTTTTCATTTATTTTCAACTAATTTTTTAAAATTTAATTCTTTAAATGGAGCATTAAGCAAAATCTTACAATAATTAAGGAATACTAAACTACAATGGACTTTTCCAATAATTAAGGAATCAAATATTACAATTAAAAAAAAAAAAAAACTATCTCAACACATCACATAATAATATAATATCTTTATACTAAATATTTAAATTGTTGTGGCATGTAATTGGGTAGTGATGGATGGTGCCTAAGGAAGGATCTGCCTTGCCCAAGAGAAGCTCGGTGTAAGCAAATTAAAGATGATTTATTAATTTTAATACTTGATTAATTTTCTGATCATCTCTGAATTAATTACTTGCAGTTTATTCATTGTTCATAAATTGTGGAGGAGAAAGAATAGAGGTCGATGGTAATACATACGAAGGCGACGAGACTTTGGGTGGCGAATCCAAATTTTTTTTCATTTCAGAAAGATGGGGTTACAGCAGTAGTGGGGTTTTCTTGATAAATACGGCTGATCAAGGTCCTCCTTTTAAAGTTAAAAAAACTACCAATGCTTCTGCTTCTGCTTCTGCTTCTCCTTCTGTTTCAGGCATCTATGCCACAGCTCGACTTGCTCCTGTTTCCCTCAAATACTATGGATTTTGCTTGCGATCTGGAAGTTACAATGTCAAGCTTCACTTCGCTGAAATTATGTTTAATTCTGATCCCCTCAACTCTACCTCCCTCGGAAGGCGCGTTTTCGACATCTCAATTCAAGTGAGTCTTATAATATTCTACGAGTTTTCTTTCACAAACACCGTTTAGACAAATACGTACATGAACGCATGCATCATTATTCGCTACCGTTTAGGATCTCACATTTCAAAAATCGAGAAAATCTCTCATACTTTTTATAAGATATAGATATAGATGTAACCTCATCTTTATATATAGTTTGCCACATGATAAACTCTTTTTTTTTTTCCTAATATATATAAATATATGTGTTGATGCTAAATTTTAGTCAAGGGAAAACACACCTGATTTACACGTGACAACAACGATAAATTTGTAATTTGGAAAGGAACGTGACCTGCAAGATGAGAAAGTTACACATCGGTATGGTGCTTACAATACAGACTCCATGCTTAAGAGAGAAAATGTAGCTGTCCAACAAGTATAGGGTTTTTGTATTAGAATAAACTTACTTTCTCTGTAGCCCTTCTCCCCTTTTTATAAATTAGTTTTGGTTTTCGTTTCCTTTAGGGTTTCTGTACGATCATCCTTTCCTAGCCTCTTTCGAACTTTCTTCTCACATGTGGCATCCCATCTAGGCACACACTGCTCGGCTTGGGCTCTGACCCAAGCCACACATCTTCTCTTAGTCCTGTCTGGTCCTAGTTTTTACCTCCTTGTTATTTGGCCCAAAATGATCCATAATAATATGTTTGAGTTTTTATTTATTGTGTGGTTGTATATTTTTTTAGTACCATAGGAATTATTATTTCTAATAGGGTTCATATATATATATATATTTTGATTATTTGCACAGGGAAGGTTAATTAGAAAAGATTTTAACATAATGGAGGAAGCTGGAGGAGTGGATAAGAGGTTTGTTCTGGAAGAGCCTAATATTAAAGTGAGTGATAGCACTCTTGAGATCCACTTATATTGGGCTGGTAAAGGAACTACTGCCATTCCACACAGAGGGGTATATGGACCTCTAATATCTGCAATTACAGTCACACCTAGTAAGTTTCTTTTTTTTTTTTTCATTTTTTTCTGTACTTTACAATTATGATCATTTAAACAACACTACGGGTACGTCATCTCCATATTGTTCCAAGTCTCGATTTATGACTTAGAAGTAAAAGAATTAGATCATCACATTATTTAAGGTACGTCATCCGCCTATATTGTTTCAAGTCTCTTAATTTATGTCTGACATTCTAAATGATTTATATTCCAATAGTAGTTTTGAAACATTTATGAAACTTTAAGAGTATTAATATTGCAACATGCTTTTTTAAAATATAGGGATATTTTTAAAATATGATACAAAGTTTAAGGATATATTCTATACTTTAAACTAATTTTTATGTAAGAAAATACGTTAGATGTGAATCTGTTTCTAAAATTTATAGTAGAAAAGAATATGGATAATAAATGTTAATAAATGAGTAATGTATATGGACTTAAAATTAAATAAATTTTAAAATATAAGGATTAAAATAGTATTTATTGTATCGTATAAATTAAAATTTCTACCACTTTATTTGCATTCTCATTTCTCTTTAAAAAATTGATATAATATATCTGTTTTCTAGACTTTGACGGGGAAACTAGAGAGCTATCAGGAGGAGCCATTGCTGGCATCGTTGTTGCTACTTTTACATTCGTCGTGTCGGTATTGGTTGTTCTTCGAAAGAAGGGTTACTGGGGTGGGAAGGAAACTGAAGACAATGGTAAGATTAAAGTCTCACTCGTAAGCATTTGGGACGAGTAACTATGTTGTTTTTTATTTTTTGTTTTTGAAAATTAAGTCTATTTCTTTTCGATTTATTATATTGATTGATATTTTTTTTCGTATAATAGTTGAATTTTTTTGCTAAATTCTAAAAACAAAATACAAGTTTTTTAATTTTTTTTTTAATTTTCAAAGTTTCGTGATTTTTTAAACTATTGGTAAAAAGTAGATAATAAAGAAAGACATTTGAAGGTGAAAGTAGTGTTTATAGGCTTAATTTTCAAAAACAAAAATAAAGAACGAAATGATTACAAAATAGGGCCTTGATTTTTTATTTTTTGTTTTTGAAAAACAAGCCTATAAGCACCTCTTACACTTCTAAATTCAACTCTTTTACTGAGGAAGAATGAAAATCATTATAAAAAATTGAGAGGAAATATACTTAGTTTTCAAAAATCAAATGAAATCTAATTAAGTAATTCAAGGTTTAAATTCAGTTTAGTTCATTTTGGTCTTTTATGTACTTTTGAAAGGAAAAAAAAATTTGAGTACACTCACATCTTTTTGCAACTCATCCATTTGTTCAACAACAATTTTTTTCGTGCCAAACTCTTTCTTTTTTATAAATATTTTGAGTTTTTTTTTTGTGTGGTTGAGCTGCAAAAAGATGGATGTCGTAGTCCAAGATGCACTTAGTATTGTTTCTTTTAAAATGTCTATGTTGGCCCTATTACTTTTAATTTTTGTTCATCTTAGTAGAGGTACTCTAAAATAATCTAATATTTAAGGTCTATATGCTTTTAAAAAGTGACTACTTTTGTTCATATTGTGTAATTCTAACATAAATTTTATACCCAACATAAACATAACCCTTTAAAAATAAAATTATTTCTACACTTCAAGAAATTTATTAAATCATGTAATGTTTAGTGTTAATATCATGTGAAGAAAAGAAAAAAAGAAAAAGAAAAAGATGCCTATGACCAAAATCAATGTTTTGAAGGTACGTACTACATAGACTAAAATAATGTTATTAGAAATTGAATAAAAAAGTTGAATGTAAAAGGAGTAAAATAAGGTTGAAACCTTTATTTTAATTATAAATCAACTATTTTCAAGGATTATGATCCCTTGTAACCTAGCTTGGTTGAGAGGTAGAATATATATGAAAAAATAAAGTGGATCTAACCCAAAATATAAATGTCAAGCATGATGTCACAAACAATATGTATGATAAGTAGGCAACACTGAAATAAACAAAAATATAAAAGCACAGAGATTGGTACCCAGTTCGGTGCAATATCAACTACATCTGGGGGTTGTGTGCCCGCTGGAAAGAAACTTCACTATATAAAGCGTTTAGTAATTATAACGAAAAGTACTTAATTATCTGATAGACTCCCTCTTCAATAACTCACGTATAGCTTCCTCTTCAGTTAAGTTCCCCTGCTCCCCTCACTCCACAGTAATGCTTCTCCAAAATTTGTGTGAAATCTCCTCAAAACGACATACTTAGGCTCCCCTAAATGTGAGATTCCCTCACCTTTAACGTACGTAGGCTCCCCTTAAATACAACATCAAAAGAAAACTCCTCCCGAGTTCTACAATAGTTGTCGAAACCCAACCTCAACGAGAGATACAAAGATTTTAATAACAATACATAAAGGTTGAGGCTTAGACAAGCCTTAAACTCAAAACGCTCAATGTACACACTTTTCTAATAAGGAGACTAACCCTAAAAATGAACAAGAACATCCTATATAAATATGGCTTAACTTTGAGAAAATATTCCAGGAAGGAATAAAACATCTTTGTAGGGAAATAAACAGCATGCCACGAAATCTGCAGAATCCCACTGACAGATAAGAAAAACAATATTCGGCAGAATCTTCTGCCTGTCGAATAACAACGTCCTTAACATGTTGCTCAAGTTTTAGCAGTAATAATATAATATTTTATAGACAACTCTACGTGTATTTATTTGAGGATTACTATCTATTGATTTGATTTCATTATAGAATTTCAGGGCCTAAATTTAGAAACGAGTTATTTCAGTTTAAGACAAATAAAAGCAGCCACCAACAACTTTGACTTGGCACATAAGATAGGGGAAGGAGGTTTTGGTCCAGTCTACAAGGTATGTATAGCTATAGAAATTAATTATAGAATTAAATCCAACATTATATATATAATATTAGATGATCATCTCTTTAATTAATTAATACATATTATTTGAATGTAACAGGGAGTACTATTGGATGGTACTATAATTGCTGTAAAACAGCTATCCTCTAAATCAAGTCAAGGGAATCGTGAATTCCTCAATGAAATAGGAATGATATCAGCCTTAAAACATCCAAATCTTGTTAAGCTTTATGGTTGTTGCATTGAGGGAAACCAATTGTTGCTTATTTACGAGTATATGGACAACAATTGCCTTGCTCGTGCACTTTTTGGTAATTACTTCATGCCCCTTACATATTTTGATAATCATTTAGGTCTCGTTTGGTAATCATTTCGTTTTTTGAAAATTAAATTTATTTCCTTTCATTTTCTTATCATTGTTTGTATCAATCTTAAGTAGAAGAGTTGCATTCTTAGCTAAATTCTAAAGTTTTTTAAAACTACACTTTTTTAGTTTTCAAATTTTGACTTGGTTTTTGAAACCATAGGTAAAAGGTAGATATCAAAACATATGAGATTTAGAGGTGGAAGAGGTGTTTATAGGCTTAATTTTAAAAAACAAAAAACAAAAAACAAAATGATTACTAAATGAGACCTTAGTTGCTTATTTCTCAAATTTTCTTTATTATATGGTTTTTATAACTTTCATAGGTAAACATTTGAATTTTAGTCAAATTCCAAAAATAAAAATAAAGTTTTAAAAGCTATTTTTTTAGTTTTCAAAATTTGGTTTGAAATTAAGAAAACACTTCTAAAATATAAATCACGACAAACTATAGAAATCAATAGGGTGAAAAAGAGATGTTTATAGACTTATTTTTCAAAAATCAAGGATTCTTTTTTATGACCATTTCGTTTTTTTATTTAGTTTTAAAAAAATTAAGCTTATGAAAACTCTACTTTAACCTCTAAATTTCTATGTTATATATTGTCCACTTTCTATCAATGTTTTCAAAAACCAAACTAAATTTTGAAAACTAGAAAAACTAGAAAAAATAGTAGTGGTAAAAAAAATTTTCCTAAGAATTCAAATGTTGTTTTAAGAAAATTGAAAATCATAATAATAAATTTAGGAGAAAACAAGTATAAATTTTAAAAACAAAGAAATAAGTAAAAATCATCGAAATGATTATCAAACAGGTTTCGAGTGTTAGTGTTCCAATTAATTTAAGGTTATTTGTGATGCTGATGTTCTTGATTTGAAGGGTCTGAGAAGCACTTATTACATTTGGATTGGCCAGTAAGAATGAAGATATGTTTGGGAATAGCAAGAGGGTTGGCTTACCTTCATGAAGAATCTAGATTGAAAATTGTTCATAGAGATATAAAAGCTACAAATGTTCTACTTGATGGAAATTTGAATGCTAAGATCTCTGACTTTGGCTTGGCTAAGCTTGATGAAGAGGAGAAAACTCATATCAGCACAAGAATTGCAGGCACAATGTCTCTTTCTATCTCCCTCTAGCTATTTGGATTAAATATAATTTGCCATTCAAATTAAACTAATTAATTTCTTACTTACTCTTTTCAGAGGTTACATGGCTCCTGAATATGCAACGAGAGGCTATTTGACCGATAAAGCCGACGTTTACAGCTTCGGAGTGGTTGCTTTAGAAATTGTTAGTGGAAAAAGCAACACAAATTACCGGCCAACTGAAAAGTTTTTTTTCCTTCTAGATTGGGTAATTGATGGCTTCGTTATTAATTTGTTCCTTTTGAATGAAGTTTTTTTTTTTTTTTAATTAATTTTGTTCATACCCATATTTATAGGCTTGTGTTCTACAAGATGAAGGAAACCTACTCGAACTTGTTGATCCAAAACTCGGGTCAAATTACTCAAAGGAAGAGGCAATGAAAATGCTTCACATAGCTCTATTATGTACAAATCTATCTCCAACTCTAAGACCATCCATGTCTTCAGTGGTTAGCATGCTTGAAGGCAAAATTAATGTCCAAACACCCAACATCAAGCAAGATGCAACAATTGATGATCATCAAATTGCAAGGATCAAAGCCTTTGAGTTATCACAAGATCATAGCATAAGAAGTACTATTGCAGCTTCGACATCGTCGCAAAGTATTAACGTGCTAACCGATGACGATACGTCATGGATAGATTCATCAGCTCATTCTATCCAAAATATGAATGCTACTCAATACTATTCTTCAGCTGGAAGTCTCCTCAAATATCAGTGAATGATCCAAAAAAATAACCAAGAAAATCAACTGCTTGCCTGCCAGACACTTCATATAATTTGTGTAATTGGAAGGCTTTCATTCCATCATAGTTGTAATTTTTTTTGTTCATCTACTTCTAATAAGATACAATTAGGTTCCTTTAGTTTGAACTTAATTTGGTTAGATAATAAAAATAATACCTTTCCTACCAGAAAAGACACAACGTAATATTAACTTTTCAAAAAATTAATAATAATTTAATAATAGAGAGATTATAAGATTTATATTAAAAATTTCTAGATTAAATTTGAACGTATAAAAACTAGACACGAAAAACAAATAGCTAAATTTTAATATTTATTTTGAAAAATAGACAATAACTAACTTTCATTTTGTAAAAATAGCTAACAAGATTAATAAGAAGTTTATTTTACTAAAATATTGGATAAAAATGCCCCCATTAGTTTAAACAAAGTAAGATAGGAAAATGGTAATGGGTAGCCAAAAATATATATATAGAAAGTAAGCAAATCCAGTAATGATTTTTTTTAAAAAAAAATTGTAAATATAGCAAAAAAAAAAAAAATTTAAATTCGATCTCCATTTTATTGTTATTCCAATTTTACTCTTATTTTTGTATTAGTGAATATTTTATATTTGGTATACCAGTCAACCGATGTATTTTATTTATTTTATTTTATTTTGTATATTAGTCACATGATATATAAAGTATATCATTTAATGTACAACAACCTATGATTTTAATTTTGTCAGAGTCTTGTTCACTTGTTTATCTTTTGTCTTTTTTTTTTTTTTAATGATGATGTATAGTTCAAATGGTTAATGAGGAAGTATAAAGGCCATTCACATGGGAGAGTGGAGAGAGAAGTTGGAGAGAAATTTTATCTCATTCATAATGTATGAGGGAAGAAAAGAAAAGTATTATTAAATTGGTAATAAAAGAGAAAATGTACTTTGGTATAAATGGATAAGGGAGTAATTGTAAATGAGGATTCAACCAAGGGATAGTGTTTAACTAGAGTTAAAAATATTGGTCCCATTGAGATTGAGTTTGATGTTATATATTTTCTAACTACTTTGATAGCGAACGAATATTGATATGATTCTTGGGATTCCAAGTTGGATGAGAAATTGAGTAGCTAATGTTTTGTAGCATGAACACGAATAATTTGTGAGTGGTTTATTTTACGAAATGTTTTACTATTTAGTTAAATATTATGTAATTTAACGTAATTTATGATTAATTATATGTGATTTATAAGAATTGTCAGGTGTTTTTTAGAAAATATTTATGAATTTCATGGTTTTTATAGTTAAGAATGATTGAGAAGATTAATTTTGTGATTTTAAAAAATAATTATCAAGATTTTGAAGTAAAGTCATGTCTTTAATAAGGTTTATTGTCTAGCAATATTTTATTGATCAAAATGTGTATCATGGGAAAGTCTGAATTTATAAAATTTTGTTCAAAAGCAAGTTTTGGATTCCATAATGATCTACGAATGATGTGAAAGCAAGATTTTTAAAAGTATCAAGTTTTATATATTAAGTTTGAAGTGGTTTTAAAACCACTAGATCGATGTATTGAAAAGCACTCAAAAAGTACTTTCTTAAGCTTAGAATTTCGTTGGTTTTATTATCATTTTGTGTTCGTTGATACTTTTTATGTTTAATTTGTAGGAATCGAGTATTTGGATCGAAACCAACTAATTTGAGAGTAAAATAACGAAAATACCCCTATGGTAGGCCAAAGCTTGACCTAAGGCAAGAGAAGGTGTCAAAGATGATAAAAAAATGGCAAATTGGGGCAAGGGGCACGCTACACGGCGTCGTCCACAATGCTGCAGACAAAAAGGAAGAAACAAGGTAGTGTCGCGGTGCTACGTTATATTTTTGCGTGCCTCGTGTTTTTGGACTGTTGTCACGACGATGTCCCAATTCTTTATAAATAGATGTTTGTCGAGAGTTTAAGAGGAGGCTAGTCTTAAGGTTTCTTTTGAGTTTGTCAAAGGCCTCCACTGAGAGTTGGATTTTGTGTAGAGACGACGACTCACATTACTAAAAAAAAGAGGTGATGAGGATGATTCATACAGCTCTGTTATGCACAAATCCATCTCCAACTCTTAGACCATCCATGTCTTCAGTGGTTAGCATGCTCGAAGGCAAAAGTCTGGTCCAAGCGCCAATGATAAAGTGCGGTGCAACGGATCAAGAAGCGAGGTTCAAAGCGTTAAAAAGGTCGACACTAGATAGCATAACTATACTAGTTTTTTTTATAAAATATTGTAATTAGAGACTCCAACAAACGAAGATTATATTTGATGTGAAGATTTTTCAATATTGCAAATCGACATTATCATGGAGAATTTTTCCAAACTACAAACCGACATTATCATGGATGCCCAAATTTCGCCTATTTCTTAATTAAATTTAAATTTAAAGGAAAAAAATGTCAAACTATTTTAAAAAAAATATTGATAGACATTGATAGACTTTTATCAGCATCCATCAGCGATAAACTTCTATCATTTTTATCATTGATAGGCCTTGATAGACTTCTATCGGCGTCTATTACAACTATCTAAAAATTTTATTATTTTATGTAAATAGTTTCCTTATTTTTCTATTTTTAATTTTTTTTTAAAAAAAACATTTTAAATCTCTAGTTTTAAGTATAATTTTCACTTACAAAAAATTGTGCAAATACTTATATATTCTTTTTGAATTTTTTTTTTGTCAAATACTTATGCTTCAAGCATTTAGACATTTTTTACTACCAATATTTATTTGTAACTTTATAAATTATAACAAAATTGCCTATATATATATATATATATATATATATATATATATTTGATGACATGGTTGGAAGTCAAAGTCAACCAAGGACTCAAAAGGACACGTCTTGTCGCGTAGGCTAACTTACATTAATCGAATTAAAGCTGACAGTTAATGATCAATAAAAAGGTAAACGACAGCTCCTTTTCACGTCATTTGACAGCTGGTGATTTTTTTTTTAAATGATTGATAAGAGAATTTGAACGTTGTTTTATGTTTTAAAATTTTTCGAGTTTGAGAAATATGTGTTAAAATTATTTTTAGATTTTGTGATTCAAATAATTCTAACTGTAATAACATTTTTATATTTTTCATTCTATCTAGGTTTTGAGTTTTAAATTTTAAAATTCATAATTATATTAATTAAAGATAAAAATATTTAAAAATATAATATCTTAAGTTATAAACTCAATTATTTTTAAAAAAAATATAATATGTATTATAAATTATATAATATTACAAAATAAGAATTATATAACAGGAAATTTTCACATATAAAAAAATGTCAAACTATTTATAGAAAATAGCAAAACAACACTGATAGACTTCTATCAACATTTATCTATCAGTAATAAACTTCTACCATTTCTATCATTGATAGACCTGATATACTTTTATCGGCATCTATTACATCGATCTAAAAATTTTTCGATTTTGTGTAAATAGTTTCCCTTATTTTTCTATTTTTATAAATTCCCCTTATATAAATATTTTTAACATAAATTATATTTATAAATAAATTAATAATAGTTTATTGTCAACTAAATATTAGTGAGTAACTACCATTAGTTTTATGATTTACAAAAATATAGTAGCAAACAAATTTTAAATAATTATTTAAATTAAAATACAATATCTGAATCTGCTACTAGATACATATCCGAATAAATGAAATACAATTATATTTTCATTGAATCTATTTTTTTCAAAATTCAGTTTTTAAATTATCTACCAAACAAACCTTAATTCTTGCTTGTGTGGTAGTCATGAAAAACCCCTTTTACAGTTTAGATATTGAATTAAGGCTGTTGTTAATCATTTTGGACGTCTAAATTAGTCAAAGGTAAAAAAAATAATAACTAAAAAAAACTAAGGTAAATTAAAAGTGGACAGCAAATTTTATTTTTTAAGATAATTGCAATGAGTAGTTACTTTTAGAACTAATAATTAAGTATATAACAATATCTTTTAAAAATTGAAAATATAACAATATCTATACTCGCTTCTAAACATTTAAAAAGTTAATTTAAATGGACCTTAACACTTGTATTATTAGGGAAACCTTTTAAACCCATTTTACAAAAACTTAACTAAAAATGTTTATTTTTAAAATTTAAGGACTAAAAACATCTATTAATAAAAATTCAAGGACCAAAATGGTAAATTTTCCTAAAATTAATTATTTTTGGTATATTCAAAATGAGAAGAAGATTGAAATTTAAGTCAAATATTCCAACTTAAATCAAATTAAAGTTTTAGAAAATTCCAAAGTAAAAACTTAATTTGAAGTTGGGAATAAACAAACAAATTGTAAAATTGAAGAAAAATAAATAAACACATTTGTTTGAGAAAAAAAATATAAAAAATAAAAAAAAAGTGAAAATGGAAGAGGGAGAAACACACAATAAAAAGTAATATGGTGGACCCACCAAACTTTACTAATTTTTCTCCCTTTCTTCTTCAATTTCTTCCTCTCCTTTTACCTTTCTCTTCTTTTTTTCCTTCCTTCAACTCCGTCGCTTCAGGTGGTGGCCGGAGGAATGCCGTCGCCGGCATCGTCCAACGGAGATGCTTGCAGAGACGCCGGAGTGCTGCGCCTCCTTCTGTTGGTGGAAATCGCCGGATCTGCAGGCTGATGGGGAAACTCGTCGGGCTGCTGTGTTGTGGACTACGAGTCGTTTGCCGTGGGAAATGGGGTCACCGGAGATTTCAGTTCGCTGGCGTGTACTGCTGTGTGGAAGATGAAGTCGGCGGATCTGTTTGCACCGCGCCGGAATAATCTGCAGCCACCGTGAGTTGCGTGGATCTGTCGCCGGAATGGGTATAAATTTTGCTCTCTAATCTCTATTCACATTGTGTGTTTCTGCTAGCATATATAATAACTCAAACCTTACAACTAAATTGTAATTATTAATCCTCTAAATTATAAATTAAAAATGTGCTAATATAGAGGTGCATGAAGCCTAATTTTGGTCCAATCCCTAATAATAATAATAATAATAATAATAATAATAATAGAACAATTAGCTTGAATTTAGGCGGCATGCATTCCTCTCTCTTTTTGTTACATAATAATATAAAATAAAATAAATAATTCAATTTTTTTTTTTTAAATGTACCACGTGACAACTATTTGCTTCAGCAAGTCTTTTTCTAATAATTTTGTGTGATAAAGTCATGTCCGTAATGCGTTTTGAAAGGTCACTCCTAGCCTTTTTCGTGGTCCTTAAAAAACTACTATTGATTCTCCCTGAACAATTTCTCTATCTTAAATTCTTTCCTTTTTACGAAGGACTTTTATCTTTTCCCTCCAACTCTTCTTCTTCTTCTTCGTTCCTCTTTTGCTTTTATTGTCTTTGTTTTTAGTTTGAGAACTCTGGGACATGGATTTTTCTATTTGGGGATTGAAGAGTGTTTGTATATTGCTGCTTTTCACCTACTTCTTGGACTTCAGATCTGATGCCCAACCTTTACCTGATCAAGAAGGTATGTTCAATACACGTTTTACTATTTTATTTTCCATCTTTATTTTTACCAAAATGTTCAAATTACTTGAGAAAATTGATGATGCAATGTCAAAATGTGTTTTCATTGTTGAGTTCACATTGTTTTATAGTTCAATTTGATAAAATAGAGCTACAGATATATTATTACACTTAAAAAATAATTCAATACTTAATTGAGCTTTAATCTTTGTTAAAATTAGTTGAGAAAATTGATGATGCAGTGTGAAAATGTGTTTTTTCAGAGTCAACAATTCTTTGTTTTATTCTTTATTTTGGTTGAGTAGGTTATGTTTGACCTTGATTAAATGAGCTTGAGTTTGAAAGAAAGAATCAATGGAGATGAACTGTGAATAAAGAAGAAGCAAAGTGGGAAACAAATCTTTAAAGTTTCAAATCCTTGCAAATCCACTTTGAAATCATATCCGATTTCAAATCCTTTGATTTTCTTTTACATTCAAATAAATGAATTCATTTTAAATCATAACTTATTTGAAATCTTGTAATTCCAAACAGAAGTTCAAATACAAATTGAACCAAATTTTAGAACGAAAACTGTAGTTTCTTTTAGTTTGGGCCCAATTTCAAGTAGTTGACTCCAATTATAATAGTTGGTATTTCTAACTATTATAATCTACAAATCCTTCGTTATAGTGTTCACTATTTTCTCCTCTTCTTCTAACCTACATACTACTATAAATCAAAGATTATAATAACTATTAACTATAATAACCAACTCAATGTCCTAAACACCATCTTAATCATGTTTAACTGTATAATGAGTTAGTGATTTTGATGCAACAGTGAGAGCCCTTGAAGAAATATCTGCAAAGTTAAAGAAATTAAATTGGAATGTACACCAAAATTCTTGCATTAACGGCGACGGCTTTTCCAATCTATTTATCAGTTCCACCCTTTTGAGAGAAGTCAATTGCACTTGTACCACAATTTGCCACGTCACCGGCATGTAAGAATAATCACCTTTTATCTTTTGTTCCACTTCCATAATACACATTTTAAAAAAATGTGCATTTTTTTTGGGTAGAATTTTGTAGTTTTAATTTTAAGTAAAAAAAAATGGTTAACTTATTTTTAAGTTTTACACAGGAACTATGATTTATATATATATTTTGGAGAAAATATTTATGTTTCCATTTTGAGTCTTTATTTTGGGTGTCAAAGCGAGCATAACTTAATTCGCATACGACTGTGTTAGCGATCAAGAGGTATGTGGTTTAAAAATTCCGCTACCCATGTACTAAAAAAAATTCTTTACTTTGGCTATATCTTGTTAGTGTTTATATATGACACCTCTTTGTTCTCCTCAAAATAATATTTTCTTACTCTTATTCTTATTATTCTTGTCGTTTATTGTATATATCTCTGCTCTTTCCCCATTATCCACCTAAATGACAATATATGTTCACAACTCTGAGTTTTGTAAAAATTCTCCATTTATATCTCCTTAGATCAATATTTTGTTAGGTTGTTTATAACTTATTTTCTACTTACCATATTTTCTCTTCGTTGACAGACGGCTAAAAGGTCAAAATCTAGTTGGAGTTCTACCTGTAGAATTTGCAAATCTAACTGAACTCCGAGTTGTGTAAGTGTGTGTTTTTGTCATGTCTTTTGTATAAACTATTTTTAATTTTAAGTGAAATACTTATTACTATATTAGTCTTTCAAAAGAAAATTAATTATTTAAATGATTTCTCTAAAAGTATTTTAATTTCAGTTTTTACCCGTTTTTTAAATTTCTCAAACCAAGTTTTTATAATTAAAAATCTAAAGAGAGCATTCGAGTTTGATTGTGTAAGTTGATTTTCCTTTCAATTTATGTAAACTTTTTGTGGGTTGTCTTAATAGACCTTTTCATTGGTTTTTTATTTACTAAACAGAGATCTGGCTTATAATCTTATATCCGGATCAATCCCAAGAGACTTTGCTCGCATTCCTCTAGTTAGTTTGTAAGTTATCATTTTCTATATTACATATAATGGGAATAATTAATTCTTAATTTTTGTTCAAAATATATATGGAAATTGTTTTTTCTTTTTCTTTTTCAGTTCCATAGTTGGAAACCGACTCAGTGGTGAGATTCCTCCTGAAATTGGTGATATTGCTTCACTTGAGGAACTGTAAGCAAAACATGATTGTTATATATCGTTTTCATTTCTCATTCTCTATTTTTAATAGAGTAATACTTCAGTGCAATTTAGGCTGTACCATCTTATTTGTTAGAAAGAAGGCTCGATGCACCCACCTTTGCTTCCTTTAATTACATAGAAAAAAAATTAAAGAAAAAAAGTTTGTTGGATGACAAATTGTGATTAGGTGTAGCAGCTTGGAATAAACTCAAGTATTTTTCTTTAAATGCTTTGTGTGCCCTTCGGGCTTTACACCTTTTTTTTTGTGCAATCCATCAAGTTATTCAACCACAATTTGTCACGTGACAAACTAATATATATATATATATATATATATATATTAGCTTTTTTTTTGTTTGTAGTTGGAGTAGATTGCATAAAGATGTGTATAGCCTGGATGCACCTATGCATTGTTCTCTTAAAATATATGTTTTTGGTAATTTTATAATCCAAAATTGCATATAAATTTTGGAAAGAAATCAATTTGGCAACTGTTTCTGGTTTTCACGTAGGCCCAAAAATATATACAGATCAAAAAGTTCATGTAAATATGAAATGAAAATATATATTTTGGGCAGTTTGATGATGAATGGAATTGAATTTTACAGGGTCTTGGAAGACAATCAGATTGGAGGAAAACTTTCTGAAAGTCTAGGGAAACTAAGCCACTTGCGTCGATTGTAAGTACGATTGATATGAAGTATTTTTATTGGTAAAAATGAGTATAGTAAAGGTGTAATTAACATGCAGTACCTTTCTTAAGTCCGAATTTCCGAAATTGTTAAAAGGGTTTTCAAAGTTTTTTTTTTTCTTTTCTGTTTTGTTTATTCGTTGTATATTTCACTTTTTCCATTGTTGATACTCTACTAATTAATATGAGTTTACATTATTATATATATGCAGACTTGTTTCTGCAAATAATATTACAGGGTCGATTCCAGAATCTTTTCGAAACTTGAGGAACTTGACTGAACTGTATGTTTATGTGTATTATGTTGATAGTCCATCTCTTTAATTTCAACATTTTTTTTAATTTTTATTTTTTCTAATTTATAAATTTTTCATGTTGATTGTTGTACTTTGTAGTCGAGTCGATGGAACTAACATATCAGGAAAGATACCTGAATATATTGGCAACTGGACCAAACTTCTTAAATTGTAAGTATATATACTAAATATATTTTTTCTCTTAGAGGATGATTTTTCATTAAATGTTTTTAACTTTATTTTTCTTTATTGTTTAATATAACGAATGAAAATTCTTTCTATTTAATGACAGTTACTCATAATCATAAATTGATGGTGCTAAAAAACTATCATAGATTTCGGAAATACGAACAATTTATATATCTTTTCTGCCAAAAATCCGCATTTGAGCTTTTATGACACTTTTTTTTTCTCTTTCTCGTAATTTAACTTGAATCTTGTGTTATAGAAACTCATTTTTCTTGTAAAGAGGAAAATACTTTCTTAAAATACAGGAATGTTCTACTGCCTCCTGAGTTTTGGGTTTTGTCATGTGTGTATTAAATTTAAAATTAAAAAAAAAGAAAAAAATCCTTCTCTCCCTCTCTCTTCCATATGTCAATATTTAGTTTTGGATAGTAGGGAATTATATTCGAATAGTACAAAGTTTTGTAGTATATAGTTACATATATAGCATTATTTGCCACCTAATAATCTTTATGTATAATCATTATTCATTGTAGGTATGTTCAAGGAACTTCTATGGAGAACCCCATTCCTCCTGCCATATCCGAGTTGAAAACCTTAACCGAATTGTGAGCATTTTGTTCACTTCAAAAATGCATTTATCCATTTTAAAAACCAAAAATTTTTAATCTAATAATTAATGTTTCTTTTTCTTAGGATACAACACACTTAACTATATATATCTAGAAGCATGTTGGAGTAATTACATATAAAATACTTAAATATATATATTAAGTCTCCTAGATTCATCTTACACATTTTTGAAAAAAAAAAAAAAGATTCATTATCCTACAAATCATATATTAAATATGTCAAAAGAAAGATTGTAGAAATATTTTAGCTAGCCTTTTATTAGGCTCCAAATTTTTTTATAGATTTTTTAGATAAGGATAGACTTGTAAGGCAATATTATTATCTAAGATACTTTTAGATTGAAGGGGGGCTCATATAAATTAAATATATTTGCTTAGGCCGGGCCAAAGTATGTTCAAGTTGATTGATATGATTTAATATATTAATCGATTGAATTATGGTGAATTAAATATTATATCAATACTTTAATACTCTTCTTCACGTGTGACTTAAGACCTCTTGTTATGTGACACCATATTAAATAAACAATCAGTAGTGTGAGTTGTTTTTTCAAGTGTTTTGTGCTTAATTTATCTTCATCGTTTTGCAGGGTAATAAGTGATTTGAAGGGACCAAGGATAAATTTCCCCAATTTGAGGCAATTGACATCTTTAAAAACATTGTAAGCAATAATTAAAAGTTCTAATTAAGCTGTTGAATTATTATTATTAACCCTGAACCCCAATTTAATTAAATTGGTTTAATTTTATTGTTAATCGCATCTTGCTTAGCTTTTTTCTCCCTTCTACTCAGGGTCTTGAGAAATTGTTTAATCGAGGGTCGTATCCCTGAATATATTGGATCGTTTATTGAATTAAGAACTTTGTAAGTTTGTTAAATTCATTTTTAATAATATATTTTAATGAGTTTATATCATTTATTGATTATTGATGGAATTAATAAATATCTTATATCTTATCTTTCAATAGAGATCTAAGTTTCAACAGATTAAGTGGTCCAATTCCAGACATATTTCAGAATCTTTTGGTCCAAAAAACTGAGTTCATGTAAGTTTAAACACACTCAAAATTCGTGATTATGAAATTTCATTCTACTCGTTAAAACATATATATTTGAACTAAAATAAAAAGGGAAAAGAAATTACATGTTTAATGAATATTTTGATGTAGGTTTCTGACTAATAACTCCTTAAGCGGGCGAGTACCGAGTTGGATTATTGCGCAAAGTGGCAGCAGCAATAGAAACATGTTAGTATATATGCATTATTATCTTAATAATTTAGCCCTTATTTGATAATGATTTTGTTTTTCGTTCTATTTTTGAAGTTTATGTTTATTTTTTTTTCATAAATTTCGTACTATGGTTCTCACATTTTCTTAAGAAACACCTTCTAATTTTTTGTCAAATTCTAAAACAAAAACAAAATTTTCAAAACTACTTTTTGTTTTCGAAATTTGGCTTGGTTTTTGACAAAATAAGTGGAAATGAATAACAAAATAAAGAAACTTATAGGTGAAAGAGTAGTGTTTATAGTGTTAATTTTTTAAAAAAAAACAAATGGTTACCAAATGAAACTTTAGTTATACAATTTTTTTTAGCAAAATTTAAGATTATATATGATTGGGGAGCTCTTCTCCATAGCTGACAGTGTTTATAAAATATGTTTATTTGCAGAGATTTATCTTACAACAATTTTACAGGGTTAATCGATTTCAGTTGTACACAGTCTAATAATATGTAAGTCACTTTATAATATATATATATATCTGCCCATTATTGTGATCACTACAAGAATTTTAACTTTTTTCGATGAGAAAACGATCGTTGGCATTGACGTCGACTGAGGTGCTTTCTCTCCACGTCGTGTAATCGACATGGGATTGTTCACATCAGTCAATGCGATTTAATTACACGATGTTGGTGGAAAGTTCTTATAAGTCCAGTCGTAAAAGATGTGTGTATATTTAGATAGGCTTATTCTCCACTTAGGAACCTATTAGAAACAACTAAAATTAAAGATTTAAGGACCTACTAGACATTTTTTAAGGTTTAGTATCGACTAAATTTATAATTTAATCCATAGTTATGTTTGTTTTATATACAGTAACTTGATTTCCAGTTCAACCACGAAGAGTAAAAGGTAAGTCTTCAATTACTTGCCATACATATGATATGATATGATACAGAAACTTATTGTAAAGTGCTAGAGACAACGAATCTCAAATATCTCCAAAATGGTATGATATTGTCCACTTTGGGAATGATCGTCCCTCATAGCTTTGTTTTTTGTTTTATCCAAAAAGGCTTCTTGAAAATATTGTCTCACTTATTTTACTCATGATCTTCACCTTATCTAATTTTCTAATATAAAGAGTATCTTTTTTTTTTTTTTTTGGTAGTGATGCTTGGTGCCAAATGAAGGATCTCCCTTGCTCTACAAAGCCTCAATGTAAGAAGAAGTGTATAGGTTTTTAATGTTAGTTTCTATTGAATGGGTTTTGATTTAATAAACAAACTTTGTTAATTGTAGTTCATTCATTGTTCATTAATTGTGGAGGAGGAAGTATGGAGTTTAATGGTAGTAGATATGAAGCAGATGATACTCAAGGTGGGAAAGCCAATTTCTTTATCTCATCACAAAGATGGGGTTACACTTCTACTGGTGTTTCCTTGCTAAATGATCACCTTCCTTTCAAACTATCATCTACCAATTCCTCTGCTTCTACTTCACCAACCCTCTATTCCACTGCTAGAGTTTCCCCTCTCTCTCTCAATTACTATGGATTTTGCTTGTTGAATGGAAGCTACAATGTCAAGCTTCACTTTGCTGAAATTTTGTTTACTGCTGACCAAACTTATAGCAGCCATGGGAGGCGTATTTTCGATGTCTCCATTCAAGTGAGTACTGCTAGCTTAGCTACTCCATCAATTTCACCTCAAACGTCTTGTACCAATGCAGATAGTTGGCCTTAATTATTGAATGATATTGGGTTCATAATTCCACAGGGAAAGTTGGTTAAGAAGGATTTTAACATAATGGAGGAAGCTGGAGGTGTTGGTAAAGGGTTTATTTTAGAAGAGCCTAATGTTATAGTCAATGGAAGTAGTACTCTTGAGATCCACTTGTATTGGGCTGGTAAAGGAACAAATTTCATTCCACAATTAGGGGTGCATGGGCCTCTAATATCTGCAATCACTGTCACACCAAGTAAATATATCTTCCACTTTCTTTCTGAATAACTATTTTGTTTTTAGTTTTTTGTTTTTAAATCTATGCTTGTGTATTTTCAATCTTTTAATTATGGATTTTAACTTTGTTAAAGAAACATTTGAGTTCCTAGTCAAATTCTAAAAACAAAGAAATTGTTTCTTCACCCCATAAGTTTTTTTTTCCGTGTATTATTCATTTCCTTCCCACATTTTAAAAAACCAAGCTGAAAACTAATTTTAAAAAAAAAGTAGTTTTGAGAATTTTTTTTTATAATTTTTATTTTGGACTTTGTTAAGAATTCAAATGTTTTTTTTTAGATAAATGAAAACCATAGTAAGAAAAATGGGAGAAAACAAGCATAAATTTTCAAAAAAGAAAACGAAAAAATGAAATTATTATCAAACAAGTACTTAGTTGTCCATTCTAAGATTATTACACCTTTTGTGATCTACTATCTAAAACTGAATTGTTGTGTTATCTTCTTCTCCTATTATTGTAGACTTCAAAGTGGAAACTAATGTGGAAACTAGAGGGCTACCGGCTGGAGCTATTGCTGGCATTGTTGTTGGTATTTTCGTCTTTGTCGTCCTAGTATTTGTTGTTCTTCGATGGAAGGGTTATTTAGGTGGAAAGGAAACCGAAGACGATGGTAAGATTACAATAATTTGAAAAGGCAATAATATACGCTTAATTTGGTCATTGAGATTTGAGTTTGATGTCGATTTAATTAGTCCTGATGTGTGAAACATGAGTTCATTTGACCAAGACCAAGAAAGATGACATGATATAGGTATTTCTTTATTGAGCTGGCTAACTTAACAAATTATATTTAATATTAGTGTCTACAGAGCTCCCTCTCGTTCCAATTATCTATTGTGTTTTCGATATGAAACAAAGAAGAGGCTCCATTTGTGAACGTGAGGATCCCTTTGTTCTAGCAAAGCAATCTGTTAGATACAACGAACCTCCAGATATCTTCACAATGGTATGATATTGTCTACTTTAGTTTAGGCATAAACACTCATGGTTTTACTTTTGGTTTTACCCAAAAGGTCTCATATCATTGGAAATAGTTGTTCTCCCTTATAAATCCATGATCTTTCCCTTTTCTAGCCACTGTGAGTTTATAGCCAATCTTTCCCTGATCTTTCCGAATAGAAACTTCTTCCTTTCATTCTAGATGGTAGTGTAAGCGACAATGAGAGTAGTGGTGGAAACTAATAATATGTCATCATTCTATTAGTCAAACTAATGGTGTAAAGAACTTTGAGTTCACTTATATAATTACTTCCAAATTTTCATAGACTAATTAAAATGACACTTTTAAAACGTCATAAAACATATGGACATCAATCTCAAACCTTATTTTGTCCAACTTTAAAGTATATATAGGTAAGCTTTTATCATTAACAACCACTCTGTTTATAGCTTTGTTTCCCTTCCTTTCTTTAGACTAAAAAAGTGCATATTCATTCCTTTCATACGTTACACAGAACTTCGAGACTTGAAATTACAGACAGGTTATTTCAGTTTAAGACAAATCAAAGCAGCCACCAACAACTTTGACTCTGCACATAAGATTGGGGAGGGAGGCTTTGGTCCTGTCTACAAGGTAAATATATCTATGCAAATTTTATCCTCTTCAAAACAATTTTACAATCCAACATAAAATTAACTGAGATCATCAGTAAAATTACAAAAAACATATTTGGCAGGGACTCCTCTCAGATGGCACTTCAATTGCTGTAAAACAACTATCTTCTAAATCAAGACAAGGGAATCGTGAATTCATCACAGAAATTGGGATGATTTCTGCATTACAACATCCAAATCTTGTTAAGCTTTATGGTTGTTGTATTGAAGGAAACCAATTGTTGCTTATTTATGAGTATCTACAGAACAATAATCTTGCTCGTGCACTTTTTAGTAAGTGTATGCATGTCTTTATTTCTATATATTATAAGATTTTTGTTGGTTTTTATAAGTACTCATTTAAATATGTTTCTGATTTTAGGCCCTGAGAAGCATTCCTTGCATTTGGATTGGCCAATAAGAATGAAGATATGTTTGGGAATAGCAAAAGGGTTGGCTTACCTTCATGAAGAATCTAGATTGAAAATTGTTCACAGAGATATAAAAGCTACTAATGTTCTACTTGATGAAAACTTGAATGCCAAGATCTCTGACTTTGGGTTGGCTAAGCTTAGTGAAGAGGAGAACACTCATATTAGCACAAGAATTGCAGGCACAATGTCTCTCTCTTACCCTATCTTTCTCTATCTCTTTCTTTTTAGTGTCAAATAGTTGGAGCCCTTTAAAAAGTCTAATGATTTTGCCATTTTTCTAACAAACTTATATGAATTATTTTCAGTGGTTATATGGCTCCTGAATATGCAATGAGGGGTTATTTAACTGATAAAGCAGACGTATATAGCTTTGGAGTTGTAGCGTTAGAAATTGTTAGTGGAAAAAGTAATACGAGTTACATGCCAAAAGAGGAGTTTGTTTATCTTCTAGATTGGGTAATTCTATGGCCTTTTCACACAAATCAAGTAGTACTCTTTATTAATGATTGTCTAACTAACATGTATTTTTCAACTTGGTTGAAGGCTTTTGTTCTACAAGAGGAAGGAAACTTACTTGAACTTGTTGATCCAAATCTTGGCTCACATTACTCAAAAGAGGAGGTCGTGAGGATGCTTCAAATAGCTCTCTTGTGCACAAACTTGTCTCCAAGTCTCAGACCATCCATGTCTTCTGTGGTTAGTATGCTTGAAGGTAAAATCGCAGTCGAAGTATCAAACATCAAGCGCAACACGACCAATCAAGATGCAAGGTTCAAAGCTTTTGATCAAAAGCTGTCACGAGATAGCCTAACAAGCATTTCAACCTCGACGCAATTGCAAGGCATTGAGATGCAAAAGAACATAGTAATGGATCGGTCATGGATTGACTCCTCATCTACTTCTACCCAAAACAAAGACGAGTATTCTTACAAGTCTCCTTACAGAGTCATTCAAATCAACTGA

mRNA sequence

ATGGTTGGAAACCGGCTCAGTGGTCAGATTCCACAAGAAATTGGTGATATTGCTTCGCTTGAGGAATTTGATGGATGGTGCCTAAGGAAGGATCTGCCTTGCCCAAGAGAAGCTCGGTTTTATTCATTGTTCATAAATTGTGGAGGAGAAAGAATAGAGGTCGATGGTAATACATACGAAGGCGACGAGACTTTGGGTGGCGAATCCAAATTTTTTTTCATTTCAGAAAGATGGGGTTACAGCAGTAGTGGGGTTTTCTTGATAAATACGGCTGATCAAGGTCCTCCTTTTAAAGTTAAAAAAACTACCAATGCTTCTGCTTCTGCTTCTGCTTCTCCTTCTGTTTCAGGCATCTATGCCACAGCTCGACTTGCTCCTGTTTCCCTCAAATACTATGGATTTTGCTTGCGATCTGGAAGTTACAATGTCAAGCTTCACTTCGCTGAAATTATGTTTAATTCTGATCCCCTCAACTCTACCTCCCTCGGAAGGCGCGTTTTCGACATCTCAATTCAAGAACGTGACCTGCAAGATGAGAAAGTTACACATCGAGAGCTATCAGGAGGAGCCATTGCTGGCATCGTTGTTGCTACTTTTACATTCGTCGTGTCGGTATTGGTTGTTCTTCGAAAGAAGGGTTACTGGGGTGGGAAGGAAACTGAAGACAATGGGTCTGAGAAGCACTTATTACATTTGGATTGGCCAGTAAGAATGAAGATATGTTTGGGAATAGCAAGAGGGTTGGCTTACCTTCATGAAGAATCTAGATTGAAAATTGTTCATAGAGATATAAAAGCTACAAATGTTCTACTTGATGGAAATTTGAATGCTAAGATCTCTGACTTTGGCTTGGCTAAGCTTGATGAAGAGGAGAAAACTCATATCAGCACAAGAATTGCAGGCACAATACGGCTAAAAGGTCAAAATCTAGTTGGAGTTCTACCTGTAGAATTTGCAAATCTAACTGAACTCCGAGTTGTAGATCTGGCTTATAATCTTATATCCGGATCAATCCCAAGAGACTTTGCTCGCATTCCTCTAGTTAGTTTTTCCATAGTTGGAAACCGACTCAGTGGTGAGATTCCTCCTGAAATTGGTGATATTGCTTCACTTGAGGAACTGGTCTTGGAAGACAATCAGATTGGAGGAAAACTTTCTGAAAGTCTAGGGAAACTAAGCCACTTGCGTCGATTACTTGTTTCTGCAAATAATATTACAGGGTCGATTCCAGAATCTTTTCGAAACTTGAGGAACTTGACTGAACTTCGAGTCGATGGAACTAACATATCAGGAAAGATACCTGAATATATTGGCAACTGGACCAAACTTCTTAAATTGTATGTTCAAGGAACTTCTATGGAGAACCCCATTCCTCCTGCCATATCCGAGTTGAAAACCTTAACCGAATTGGTAATAAGTGATTTGAAGGGACCAAGGATAAATTTCCCCAATTTGAGGCAATTGACATCTTTAAAAACATTGGTCTTGAGAAATTGTTTAATCGAGGGTCGTATCCCTGAATATATTGGATCGTTTATTGAATTAAGAACTTTAGATCTAAGTTTCAACAGATTAAGTGGTCCAATTCCAGACATATTTCAGAATCTTTTGGTCCAAAAAACTGAGTTCATAGTTTCCCCTCTCTCTCTCAATTACTATGGATTTTGCTTGTTGAATGGAAGCTACAATGTCAAGCTTCACTTTGCTGAAATTTTGTTTACTGCTGACCAAACTTATAGCAGCCATGGGAGGCGTATTTTCGATGTCTCCATTCAAGGAAAGTTGGTTAAGAAGGATTTTAACATAATGGAGGAAGCTGGAGGTGTTGACTTCAAAGTGGAAACTAATGTGGAAACTAGAGGGCTACCGGCTGGAGCTATTGCTGGCATTGTTGTTGGTATTTTCGTCTTTGTCGTCCTAGTATTTGTTGTTCTTCGATGGAAGGGTTATTTAGGTGGAAAGGAAACCGAAGACGATGTATCAAACATCAAGCGCAACACGACCAATCAAGATGCAAGGTTCAAAGCTTTTGATCAAAAGCTGTCACGAGATAGCCTAACAAGCATTTCAACCTCGACGCAATTGCAAGGCATTGAGATGCAAAAGAACATAGTAATGGATCGGTCATGGATTGACTCCTCATCTACTTCTACCCAAAACAAAGACGAGTATTCTTACAAGTCTCCTTACAGAGTCATTCAAATCAACTGA

Coding sequence (CDS)

ATGGTTGGAAACCGGCTCAGTGGTCAGATTCCACAAGAAATTGGTGATATTGCTTCGCTTGAGGAATTTGATGGATGGTGCCTAAGGAAGGATCTGCCTTGCCCAAGAGAAGCTCGGTTTTATTCATTGTTCATAAATTGTGGAGGAGAAAGAATAGAGGTCGATGGTAATACATACGAAGGCGACGAGACTTTGGGTGGCGAATCCAAATTTTTTTTCATTTCAGAAAGATGGGGTTACAGCAGTAGTGGGGTTTTCTTGATAAATACGGCTGATCAAGGTCCTCCTTTTAAAGTTAAAAAAACTACCAATGCTTCTGCTTCTGCTTCTGCTTCTCCTTCTGTTTCAGGCATCTATGCCACAGCTCGACTTGCTCCTGTTTCCCTCAAATACTATGGATTTTGCTTGCGATCTGGAAGTTACAATGTCAAGCTTCACTTCGCTGAAATTATGTTTAATTCTGATCCCCTCAACTCTACCTCCCTCGGAAGGCGCGTTTTCGACATCTCAATTCAAGAACGTGACCTGCAAGATGAGAAAGTTACACATCGAGAGCTATCAGGAGGAGCCATTGCTGGCATCGTTGTTGCTACTTTTACATTCGTCGTGTCGGTATTGGTTGTTCTTCGAAAGAAGGGTTACTGGGGTGGGAAGGAAACTGAAGACAATGGGTCTGAGAAGCACTTATTACATTTGGATTGGCCAGTAAGAATGAAGATATGTTTGGGAATAGCAAGAGGGTTGGCTTACCTTCATGAAGAATCTAGATTGAAAATTGTTCATAGAGATATAAAAGCTACAAATGTTCTACTTGATGGAAATTTGAATGCTAAGATCTCTGACTTTGGCTTGGCTAAGCTTGATGAAGAGGAGAAAACTCATATCAGCACAAGAATTGCAGGCACAATACGGCTAAAAGGTCAAAATCTAGTTGGAGTTCTACCTGTAGAATTTGCAAATCTAACTGAACTCCGAGTTGTAGATCTGGCTTATAATCTTATATCCGGATCAATCCCAAGAGACTTTGCTCGCATTCCTCTAGTTAGTTTTTCCATAGTTGGAAACCGACTCAGTGGTGAGATTCCTCCTGAAATTGGTGATATTGCTTCACTTGAGGAACTGGTCTTGGAAGACAATCAGATTGGAGGAAAACTTTCTGAAAGTCTAGGGAAACTAAGCCACTTGCGTCGATTACTTGTTTCTGCAAATAATATTACAGGGTCGATTCCAGAATCTTTTCGAAACTTGAGGAACTTGACTGAACTTCGAGTCGATGGAACTAACATATCAGGAAAGATACCTGAATATATTGGCAACTGGACCAAACTTCTTAAATTGTATGTTCAAGGAACTTCTATGGAGAACCCCATTCCTCCTGCCATATCCGAGTTGAAAACCTTAACCGAATTGGTAATAAGTGATTTGAAGGGACCAAGGATAAATTTCCCCAATTTGAGGCAATTGACATCTTTAAAAACATTGGTCTTGAGAAATTGTTTAATCGAGGGTCGTATCCCTGAATATATTGGATCGTTTATTGAATTAAGAACTTTAGATCTAAGTTTCAACAGATTAAGTGGTCCAATTCCAGACATATTTCAGAATCTTTTGGTCCAAAAAACTGAGTTCATAGTTTCCCCTCTCTCTCTCAATTACTATGGATTTTGCTTGTTGAATGGAAGCTACAATGTCAAGCTTCACTTTGCTGAAATTTTGTTTACTGCTGACCAAACTTATAGCAGCCATGGGAGGCGTATTTTCGATGTCTCCATTCAAGGAAAGTTGGTTAAGAAGGATTTTAACATAATGGAGGAAGCTGGAGGTGTTGACTTCAAAGTGGAAACTAATGTGGAAACTAGAGGGCTACCGGCTGGAGCTATTGCTGGCATTGTTGTTGGTATTTTCGTCTTTGTCGTCCTAGTATTTGTTGTTCTTCGATGGAAGGGTTATTTAGGTGGAAAGGAAACCGAAGACGATGTATCAAACATCAAGCGCAACACGACCAATCAAGATGCAAGGTTCAAAGCTTTTGATCAAAAGCTGTCACGAGATAGCCTAACAAGCATTTCAACCTCGACGCAATTGCAAGGCATTGAGATGCAAAAGAACATAGTAATGGATCGGTCATGGATTGACTCCTCATCTACTTCTACCCAAAACAAAGACGAGTATTCTTACAAGTCTCCTTACAGAGTCATTCAAATCAACTGA

Protein sequence

MVGNRLSGQIPQEIGDIASLEEFDGWCLRKDLPCPREARFYSLFINCGGERIEVDGNTYEGDETLGGESKFFFISERWGYSSSGVFLINTADQGPPFKVKKTTNASASASASPSVSGIYATARLAPVSLKYYGFCLRSGSYNVKLHFAEIMFNSDPLNSTSLGRRVFDISIQERDLQDEKVTHRELSGGAIAGIVVATFTFVVSVLVVLRKKGYWGGKETEDNGSEKHLLHLDWPVRMKICLGIARGLAYLHEESRLKIVHRDIKATNVLLDGNLNAKISDFGLAKLDEEEKTHISTRIAGTIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIPPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTELRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINFPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNLLVQKTEFIVSPLSLNYYGFCLLNGSYNVKLHFAEILFTADQTYSSHGRRIFDVSIQGKLVKKDFNIMEEAGGVDFKVETNVETRGLPAGAIAGIVVGIFVFVVLVFVVLRWKGYLGGKETEDDVSNIKRNTTNQDARFKAFDQKLSRDSLTSISTSTQLQGIEMQKNIVMDRSWIDSSSTSTQNKDEYSYKSPYRVIQIN
Homology
[Close]
BLAST of HG10013729 vs. NCBI nr
Match: KAG6607938.1 (putative LRR receptor-like serine/threonine-protein kinase, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 586.3 bits (1510), Expect = 3.8e-163
Identity = 417/1121 (37.20%), Postives = 499/1121 (44.51%), Query Frame = 0 

Query: 18   ASLEEFDGWCLRKDLPCPREARFYSLFINCGGERIEVDGNTYEGDETLGGESKFFFISER 77
            +++ E   WCLRKDLPCP   RF+SLFINCGG+R+E+DGN YE D TLGG+S F   S+R
Sbjct: 386  SAMNETVSWCLRKDLPCPIGTRFHSLFINCGGQRMELDGNAYEEDVTLGGKSNFLSFSDR 445

Query: 78   WGYSSSGVFLINTADQGPPFKVKKTTNASASASASPSVSGIYATARLAPVSLKYYGFCLR 137
            W YSS+GVFL N   +   ++V          S++ S+  IY TARLAP+SLKYYG CLR
Sbjct: 446  WAYSSTGVFLGN---ESADYRV---------TSSNASIPSIYQTARLAPLSLKYYGLCLR 505

Query: 138  SGSYNVKLHFAEIMFNSDPLNSTSLGRRVFDISIQ----ERDLQ-------DEKVTHRE- 197
             GSYNVKLHFAEIMF +D   S SLG R+FDISIQ     +D          E  T  E 
Sbjct: 506  RGSYNVKLHFAEIMFTADQTFS-SLGERIFDISIQGNLVRKDFNILKEVGVGESFTLEEP 565

Query: 198  ------------------------------------------------LSGGAIAGIVVA 257
                                                            LS GAIAGIVV 
Sbjct: 566  NILVNGSTLEIHLYWAGKGTTAIPRRGVYGPLISGITVTPNFDVDTGALSAGAIAGIVVG 625

Query: 258  TFTFVVSVLVVLRKKGYWGGKETEDN---------------------------------- 317
            +F FVV VL VLR KGY GGK+ ED+                                  
Sbjct: 626  SFVFVVLVLAVLRWKGYLGGKDAEDSELKALDLKTGYFSLRQIKAATKNFDPTYKIGEGG 685

Query: 318  ---------GSEKHLLHLDWPVRMKICLGIARGL-----AYLHEESRLKIVHRDIKATN- 377
                       E+ +  LDW   ++    +   +     ++  +E  ++++H  +  TN 
Sbjct: 686  FGPVYKGVLPKEEFVYLLDWAYVLQEQGNVLELVDPSLESHYSKEEVMRMIHIALLCTNP 745

Query: 378  ------------VLLDGNL--------------NAKISDFGLAKLDEEEKTHISTRIAG- 437
                         +L+G +              +A+   F     D    T IST   G 
Sbjct: 746  SPTLRPTMSSVVSMLEGKIAVQAPIIKRSAVEQDARFKAFERLSQDSISMTSISTSSQGI 805

Query: 438  ------------------------------------------------------------ 497
                                                                        
Sbjct: 806  PMQKSTHRFLVQLERIPSASVQEHRVELPTSWAGWACLSPKVLVIWDMDFCAWALRSVRV 865

Query: 498  ------------------------------------------------------------ 557
                                                                        
Sbjct: 866  RVLVSGLLLFSYILEFGTDAQLLPEQEVRALQEISAKLKNLNWKVHQNSCINGDGFSNVF 925

Query: 558  --------------------TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRD 617
                                +IRLKG NLVG LPV FANLT+LRV+DL YNLISGSIP +
Sbjct: 926  TNFTHMREVNCTCNTTCRVTSIRLKGLNLVGNLPVAFANLTQLRVLDLTYNLISGSIPWE 985

Query: 618  FARIPLVSFSIVGNRLSGEIPPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVS 660
            FARIPLV+F+++GN+LSG+IPPEIGDI SLEELVL DNQIGG L  SLGKLS L R+L+S
Sbjct: 986  FARIPLVTFAMIGNQLSGQIPPEIGDITSLEELVLADNQIGGNLPASLGKLSRLSRILLS 1045

[Close]
BLAST of HG10013729 vs. NCBI nr
Match: KAE8649820.1 (hypothetical protein Csa_012931 [Cucumis sativus])

HSP 1 Score: 485.0 bits (1247), Expect = 1.2e-132
Identity = 263/411 (63.99%), Postives = 300/411 (72.99%), Query Frame = 0 

Query: 304 RLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIPP 363
           RLKG NLVGVLPVEFANLT+L+ +DL YNLI+GSIP+DFARIPL+ FSI+GNRLSGEIPP
Sbjct: 42  RLKGLNLVGVLPVEFANLTQLQELDLTYNLINGSIPKDFARIPLLKFSIIGNRLSGEIPP 101

Query: 364 EIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTELR 423
           EIG+IASLEEL+LEDNQI G L ++LGKL HLRRL VS+NNI G IP+SF NLRNL++ R
Sbjct: 102 EIGNIASLEELILEDNQIRGTLPKTLGKLIHLRRLQVSSNNIRGLIPQSFWNLRNLSDFR 161

Query: 424 VDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINFP 483
           VDGTNISG IPE+IGNWT L  LY+QGTSMENPIP AIS LK LT+LVISDLKG  + FP
Sbjct: 162 VDGTNISGNIPEFIGNWTNLQTLYIQGTSMENPIPTAISHLKNLTQLVISDLKGGTVKFP 221

Query: 484 NLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNLLVQK--- 543
           NL QLTSL+ LVLRNCLIE RIPEYIGSF +LR LDLSFNRLSG IPD FQNL VQ+   
Sbjct: 222 NLSQLTSLQRLVLRNCLIEDRIPEYIGSFNDLRILDLSFNRLSGSIPDTFQNLFVQQETE 281

Query: 544 ----TEFIVSPLSLNYYGFCLLNGSYNVKLHFAEILFTADQTYSSHGRRIFDVSIQGKLV 603
               T   +S    ++         Y VKLHFAEIL TADQTY+S GRR+FD+SIQGKL+
Sbjct: 282 SMFLTNNSLSGQIPSWIAVISSRNIYYVKLHFAEILITADQTYTSLGRRLFDISIQGKLI 341

Query: 604 KKDFNIMEEAGGV----------------------------------------------- 660
           KKDFNIMEEAGG                                                
Sbjct: 342 KKDFNIMEEAGGAGKEFTLEVPDVMVNSTLEIHLYWAGKGTIYIPYSGVHGPLISAITVT 401

[Close]
BLAST of HG10013729 vs. NCBI nr
Match: OVA14369.1 (Armadillo [Macleaya cordata])

HSP 1 Score: 469.9 bits (1208), Expect = 3.9e-128
Identity = 369/1205 (30.62%), Postives = 465/1205 (38.59%), Query Frame = 0 

Query: 26   WCLRKDLPCPREARFYSLFINCGGERIEVDGNTYEGDETLGGESKFFFISERWGYSSSGV 85
            WCL+KDLPC    + YSLFINCGG  +  +G  YE D +  G S FF  +E+W YSS+G 
Sbjct: 401  WCLKKDLPCSTNPKHYSLFINCGGPELTFEGEKYEADLSTMGPSSFFSSNEKWAYSSTGD 460

Query: 86   FLINTADQGPPFKVKKTTNASASASASPSVSGIYATARLAPVSLKYYGFCLRSGSYNVKL 145
            FL N            +    A ASA+ + S +Y TARLAP+SLKYYG CLRSGSY V+L
Sbjct: 461  FLGN-----------DSAKFLAQASANMTTSDLYLTARLAPLSLKYYGLCLRSGSYKVRL 520

Query: 146  HFAEIMFNSDPLNSTSLGRRVFDISIQ------ERDLQDE-------------------- 205
            HFAEIMF +D   S+S G+R FD+SIQ      + D+++E                    
Sbjct: 521  HFAEIMFTTDQ-TSSSPGKRKFDVSIQGQRVWKDFDIEEEAKGVGKSIIKESDASVTSSG 580

Query: 206  -----------------------------KVTHR------ELSGGAIAGIVVATFTFVVS 265
                                         +VT         +S G I GIV  +  FV+ 
Sbjct: 581  TLEIHLYWAGKGTTALPFRSVYGPLISAIQVTPNFDPNTGRISVGVIVGIVAGSCVFVLL 640

Query: 266  VLVVLRKKGYWGGKETEDN----------------------------------------- 325
            +L  L KKGY GGK+ E+                                          
Sbjct: 641  ILAFLWKKGYLGGKDLEEKELRRGLELQTGYFSLRQIKAATGNFDPANKIGEGGFGPVYK 700

Query: 326  ------------------------------------------------------------ 385
                                                                        
Sbjct: 701  GLLPDGSVIAVKQLSSKSKQGNREFVNEIGMISALQHQNLVKLFGCCIEGNQLLLIYEYM 760

Query: 386  ----------GSEKHLLHLDWPVRMKICLGIARGLAYLHEESRLKIVHRDIKATNVLLDG 445
                      GSE+  L+L+WP R KICL IA+GL YLHEESRLKIVHRDIKATNVLLD 
Sbjct: 761  ENNSLARALFGSEEQRLNLNWPTRHKICLEIAKGLVYLHEESRLKIVHRDIKATNVLLDK 820

Query: 446  NLNAKISDFGLAKLDEEEKTHISTRIAGT------------------------------- 505
            +LNAKISDFGLAKLDEEE THISTRIAGT                               
Sbjct: 821  DLNAKISDFGLAKLDEEENTHISTRIAGTVGYMAPEYAMRGYLTHKADVYSFGVVALEIV 880

Query: 506  ------------------------------------------------------------ 565
                                                                        
Sbjct: 881  SGKSNTNYRPKEEFVYLLDWAYVLQEQGNLLELVDPSLGSNFSKDEVLRMLNIALLCTNP 940

Query: 566  ------------------------------------------------------------ 625
                                                                        
Sbjct: 941  SPSLRPIMSAVVSMLEGRIPVQAPIVKRDSRDEMRVRAFERISYDSQTQMSSFSQESQTE 1000

Query: 626  ------------------------------------------------------------ 659
                                                                        
Sbjct: 1001 SRSLEVRALQQISTKLKITYWKNVSRNFCNRSEGLNTTISTTALSNITCNCSYNSSTICH 1060

[Close]
BLAST of HG10013729 vs. NCBI nr
Match: XP_023525944.1 (probable LRR receptor-like serine/threonine-protein kinase At1g53440 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 465.3 bits (1196), Expect = 9.7e-127
Identity = 276/561 (49.20%), Postives = 317/561 (56.51%), Query Frame = 0 

Query: 302 TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEI 361
           +IRLKG NLVG LPV FANLT+LRV+DL YNLISGSIPR+FARIPLV+F+++GN+LSG+I
Sbjct: 98  SIRLKGLNLVGNLPVAFANLTQLRVLDLTYNLISGSIPREFARIPLVTFAMIGNQLSGQI 157

Query: 362 PPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTE 421
           PPEIGDI SLEELVL DNQIGG L  SLGKLS L R+L+S+NNITG+IP+SF NLRNLTE
Sbjct: 158 PPEIGDITSLEELVLADNQIGGNLPASLGKLSRLSRILLSSNNITGAIPKSFGNLRNLTE 217

Query: 422 LRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRIN 481
            R+DGTNISGKIP++IGNWT L  LY+QGTS+ENPIP AISELK LT+L+ISDL+GP+I+
Sbjct: 218 FRMDGTNISGKIPDFIGNWTNLKILYLQGTSLENPIPAAISELKHLTDLIISDLQGPQIS 277

Query: 482 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQN-LLVQK 541
           FPNL Q+TSL+TL+LRNCLIEGRIPEYIG F  LR LDLSFNRLSG IP  F+N LLV K
Sbjct: 278 FPNLTQMTSLQTLILRNCLIEGRIPEYIGQFNVLRILDLSFNRLSGSIPKTFENLLLVHK 337

Query: 542 TEFI-------------------------------------------------------- 601
            +F+                                                        
Sbjct: 338 VQFMFLTNNSLSGQVPEWIVNAGNSGRNIDLSYNNFTELPNFSCTQSNSVNLIASSATRN 397

Query: 602 ------------------------------------------------------------ 660
                                                                       
Sbjct: 398 GNDDWCLMKDLPCPTENRFHSLFINCGGRSMELNGSEYKADDTQGGSSSARFFSSAERWG 457

[Close]
BLAST of HG10013729 vs. NCBI nr
Match: XP_022940854.1 (probable LRR receptor-like serine/threonine-protein kinase At1g53440 [Cucurbita moschata])

HSP 1 Score: 463.4 bits (1191), Expect = 3.7e-126
Identity = 276/561 (49.20%), Postives = 316/561 (56.33%), Query Frame = 0 

Query: 302 TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEI 361
           +IRLKG NLVG LPV FANLT+L V+DL YNLISGSIPR+FARIPLV+F+++GN+LSG+I
Sbjct: 131 SIRLKGLNLVGNLPVAFANLTQLLVLDLTYNLISGSIPREFARIPLVTFAMIGNQLSGQI 190

Query: 362 PPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTE 421
           PPEIGDI SLEELVL DNQIGG L  SLGKLS L R+L+S+NNITG+IP+SF NLRNLTE
Sbjct: 191 PPEIGDITSLEELVLADNQIGGNLPASLGKLSRLSRILLSSNNITGAIPKSFGNLRNLTE 250

Query: 422 LRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRIN 481
            R+DGTNISGKIP++IGNWT L  LY+QGTS+ENPIP AISELK LT+L+ISDL+GP+I+
Sbjct: 251 FRMDGTNISGKIPDFIGNWTNLKILYLQGTSLENPIPAAISELKNLTDLIISDLQGPQIS 310

Query: 482 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQN-LLVQK 541
           FPNL Q+TSL+TLVLRNCLIEGRIPEYIG F  LR LDLSFNRLSG IP  F+N LLV K
Sbjct: 311 FPNLTQMTSLQTLVLRNCLIEGRIPEYIGQFNVLRILDLSFNRLSGSIPRTFENLLLVHK 370

Query: 542 TEFI-------------------------------------------------------- 601
            +F+                                                        
Sbjct: 371 VQFMFLTNNSLSGQVPEWIVNAGNSGRNIDLSYNNFTELPNFSCTQSNSVNLISSSATRN 430

Query: 602 ------------------------------------------------------------ 660
                                                                       
Sbjct: 431 ENDDWCLMKDLPCPTENRFHSLFINCGGRSMELNGSEYKADDTQGGSSSARFFSSAERWG 490

[Close]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match: C0LGG8 (Probable LRR receptor-like serine/threonine-protein kinase At1g53430 OS=Arabidopsis thaliana OX=3702 GN=At1g53430 PE=1 SV=1)

HSP 1 Score: 315.5 bits (807), Expect = 1.6e-84
Identity = 212/583 (36.36%), Postives = 273/583 (46.83%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I+LK  +L G+ P EF NLT LR +DL+ N ++G+IP   ++IPL   S++GNRLSG  P
Sbjct: 95  IQLKSFSLPGIFPPEFGNLTRLREIDLSRNFLNGTIPTTLSQIPLEILSVIGNRLSGPFP 154

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
           P++GDI +L ++ LE N   G L  +LG L  L+ LL+SANN TG IPES  NL+NLTE 
Sbjct: 155 PQLGDITTLTDVNLETNLFTGPLPRNLGNLRSLKELLLSANNFTGQIPESLSNLKNLTEF 214

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKG-PRIN 482
           R+DG ++SGKIP++IGNWT L +L +QGTSME PIPP+IS L  LTEL I+DL+G    +
Sbjct: 215 RIDGNSLSGKIPDFIGNWTLLERLDLQGTSMEGPIPPSISNLTNLTELRITDLRGQAAFS 274

Query: 483 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNL----- 542
           FP+LR L  +K LVLRNCLI G IPEYIGS  EL+TLDLS N L+G IPD F+NL     
Sbjct: 275 FPDLRNLMKMKRLVLRNCLIRGPIPEYIGSMSELKTLDLSSNMLTGVIPDTFRNLDAFNF 334

Query: 543 ------------------------------------------------------------ 602
                                                                       
Sbjct: 335 MFLNNNSLTGPVPQFIINSKENLDLSDNNFTQPPTLSCNQLDVNLISSYPSVTDNSVQWC 394

Query: 603 ----------LVQKTEFI------------------------------------------ 662
                       Q + FI                                          
Sbjct: 395 LREGLPCPEDAKQSSLFINCGGSRLKIGKDTYTDDLNSRGQSTFSSVSERWGYSSSGVWL 454

Query: 663 ----------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEILFTAD 676
                                       +SP SL YYG CL  GSY ++LHFAEI+F+ D
Sbjct: 455 GKEDAGYLATDRFNLINGSTPEYYKTARLSPQSLKYYGLCLRRGSYKLQLHFAEIMFSND 514

[Close]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match: C0LGG9 (Probable LRR receptor-like serine/threonine-protein kinase At1g53440 OS=Arabidopsis thaliana OX=3702 GN=At1g53440 PE=2 SV=2)

HSP 1 Score: 302.4 bits (773), Expect = 1.4e-80
Identity = 201/583 (34.48%), Postives = 273/583 (46.83%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I+L+G NL G++P EF NLT L  +DL  N +SG+IP   ++IPL   ++ GNRLSG  P
Sbjct: 93  IQLRGFNLRGIIPPEFGNLTRLTEIDLVLNFLSGTIPTTLSQIPLEILAVTGNRLSGPFP 152

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
           P++G I +L ++++E N   G+L  +LG L  L+RLL+S+NNITG IPES  NL+NLT  
Sbjct: 153 PQLGQITTLTDVIMESNLFTGQLPPNLGNLRSLKRLLISSNNITGRIPESLSNLKNLTNF 212

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINF 482
           R+DG ++SGKIP++IGNWT+L++L +QGTSME PIP +IS LK LTEL I+DL+GP   F
Sbjct: 213 RIDGNSLSGKIPDFIGNWTRLVRLDLQGTSMEGPIPASISNLKNLTELRITDLRGPTSPF 272

Query: 483 PNLRQLTSLKTLVLRNCLIEGRIPEYIG-SFIELRTLDLSFNRLSGPIPDIFQN------ 542
           P+L+ +T+++ LVLRNCLI   IPEYIG S   L+ LDLS N L+G IPD F++      
Sbjct: 273 PDLQNMTNMERLVLRNCLIREPIPEYIGTSMTMLKLLDLSSNMLNGTIPDTFRSLNAFNF 332

Query: 543 ------------------------------------------------------------ 602
                                                                       
Sbjct: 333 MYLNNNSLTGPVPQFILDSKQNIDLSYNNFTQPPTLSCNQLDVNLISSYPSVTNNSVQWC 392

Query: 603 ------------------------LLVQKTEFI--------------------------- 662
                                   L V K E+                            
Sbjct: 393 LRKDLPCPGDAHHSSLFINCGGNRLKVDKDEYADDLNKRGASTFSSVSERWGYSSSGAWL 452

Query: 663 ----------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEILFTAD 676
                                       ++  SL YYG C+  GSY V+L+FAEI+F+ D
Sbjct: 453 GNDGATYLATDTFNLINESTPEYYKTARLASQSLKYYGLCMRRGSYKVQLYFAEIMFSND 512

[Close]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match: C0LGG7 (Probable LRR receptor-like serine/threonine-protein kinase At1g53420 OS=Arabidopsis thaliana OX=3702 GN=At1g53420 PE=2 SV=2)

HSP 1 Score: 242.3 bits (617), Expect = 1.8e-62
Identity = 146/435 (33.56%), Postives = 204/435 (46.90%), Query Frame = 0 

Query: 305 LKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIPPE 364
           LK +NL G LP E   L  L+ +DL+ N ++GSIP ++  +PLV+  ++GNRL+G IP E
Sbjct: 70  LKRENLQGSLPKELVGLPLLQEIDLSRNYLNGSIPPEWGVLPLVNIWLLGNRLTGPIPKE 129

Query: 365 IGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTELRV 424
            G+I +L  LVLE NQ+ G+L   LG L +++++++S+NN  G IP +F  L  L + RV
Sbjct: 130 FGNITTLTSLVLEANQLSGELPLELGNLPNIQQMILSSNNFNGEIPSTFAKLTTLRDFRV 189

Query: 425 DGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINFPN 484
               +SG IP++I  WTKL +L++Q + +  PIP AI+ L  L +L ISDL GP   FP 
Sbjct: 190 SDNQLSGTIPDFIQKWTKLERLFIQASGLVGPIPIAIASLVELKDLRISDLNGPESPFPQ 249

Query: 485 LRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNL-------- 544
           LR +  ++TL+LRNC + G +P+Y+G     + LDLSFN+LSG IP+ + NL        
Sbjct: 250 LRNIKKMETLILRNCNLTGDLPDYLGKITSFKFLDLSFNKLSGAIPNTYINLRDGGYIYF 309

Query: 545 ------------LVQK-------------------------------------------- 604
                       +V K                                            
Sbjct: 310 TGNMLNGSVPDWMVNKGYKIDLSYNNFSVDPTNAVCKYNNVLSCMRNYQCPKTFNALHIN 369

Query: 605 ------------------------------------------------------------ 610
                                                                       
Sbjct: 370 CGGDEMSINGTIYESDKYDRLESWYESRNGWFSNNVGVFVDDKHVPERVTIESNSSELNV 429

[Close]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match: C0LGE0 (Probable LRR receptor-like serine/threonine-protein kinase At1g07650 OS=Arabidopsis thaliana OX=3702 GN=At1g07650 PE=1 SV=1)

HSP 1 Score: 242.3 bits (617), Expect = 1.8e-62
Identity = 153/466 (32.83%), Postives = 209/466 (44.85%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I LK QNL G++P EF+ L  L+V+DL+ N ++GSIP+++A + L   S +GNRLSG  P
Sbjct: 95  IALKSQNLTGIVPPEFSKLRHLKVLDLSRNSLTGSIPKEWASMRLEDLSFMGNRLSGPFP 154

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
             +  +  L  L LE NQ  G +   +G+L HL +L + +N  TG + E    L+NLT++
Sbjct: 155 KVLTRLTMLRNLSLEGNQFSGPIPPDIGQLVHLEKLHLPSNAFTGPLTEKLGLLKNLTDM 214

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINF 482
           R+   N +G IP++I NWT++LKL + G  ++ PIP +IS L +LT+L ISDL G   +F
Sbjct: 215 RISDNNFTGPIPDFISNWTRILKLQMHGCGLDGPIPSSISSLTSLTDLRISDLGGKPSSF 274

Query: 483 PNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNLLVQKTE 542
           P L+ L S+KTL+LR C I G IP+YIG   +L+TLDLSFN LSG IP  F+N+  +K +
Sbjct: 275 PPLKNLESIKTLILRKCKIIGPIPKYIGDLKKLKTLDLSFNLLSGEIPSSFENM--KKAD 334

Query: 543 FI---------------------------------------------------------- 602
           FI                                                          
Sbjct: 335 FIYLTGNKLTGGVPNYFVERNKNVDVSFNNFTDESSIPSHDCNRVTSNLVESFALGNKSH 394

Query: 603 ------------------------------------------------------------ 609
                                                                       
Sbjct: 395 KGSTCFLQRMPCVHPKRYHLYKLYINCGGGEVKVDKEITYQADDEPKGASMYVLGANKRW 454

[Close]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match: C0LGN2 (Probable leucine-rich repeat receptor-like serine/threonine-protein kinase At3g14840 OS=Arabidopsis thaliana OX=3702 GN=LRR-RLK PE=1 SV=1)

HSP 1 Score: 236.1 bits (601), Expect = 1.3e-60
Identity = 152/455 (33.41%), Postives = 209/455 (45.93%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I LK Q+L G LP + + L  L+ +DL  N ++GSIP ++    L++ S++GNR+SG IP
Sbjct: 92  IVLKAQDLQGSLPTDLSGLPFLQELDLTRNYLNGSIPPEWGASSLLNISLLGNRISGSIP 151

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
            E+G++ +L  LVLE NQ+ GK+   LG L +L+RLL+S+NN++G IP +F  L  LT+L
Sbjct: 152 KELGNLTTLSGLVLEYNQLSGKIPPELGNLPNLKRLLLSSNNLSGEIPSTFAKLTTLTDL 211

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINF 482
           R+     +G IP++I NW  L KL +Q + +  PIP AI  L TLT+L I+DL GP   F
Sbjct: 212 RISDNQFTGAIPDFIQNWKGLEKLVIQASGLVGPIPSAIGLLGTLTDLRITDLSGPESPF 271

Query: 483 PNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIP------------ 542
           P LR +TS+K L+LRNC + G +P Y+G   +L+ LDLSFN+LSGPIP            
Sbjct: 272 PPLRNMTSMKYLILRNCNLTGDLPAYLGQNRKLKNLDLSFNKLSGPIPATYSGLSDVDFI 331

Query: 543 ----------------------DI-FQNLLVQKTE------------------------- 602
                                 DI + N    KTE                         
Sbjct: 332 YFTSNMLNGQVPSWMVDQGDTIDITYNNFSKDKTEECQQKSVNTFSSTSPLVANNSSNVS 391

Query: 603 ------------------------------------------------------FI---- 610
                                                                 F+    
Sbjct: 392 CLSKYTCPKTFYGLHINCGGNEITSNETKYDADTWDTPGYYDSKNGWVSSNTGNFLDDDR 451

[Close]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match: A0A200QV80 (Non-specific serine/threonine protein kinase OS=Macleaya cordata OX=56857 GN=BVC80_8559g1 PE=4 SV=1)

HSP 1 Score: 469.9 bits (1208), Expect = 1.9e-128
Identity = 369/1205 (30.62%), Postives = 465/1205 (38.59%), Query Frame = 0 

Query: 26   WCLRKDLPCPREARFYSLFINCGGERIEVDGNTYEGDETLGGESKFFFISERWGYSSSGV 85
            WCL+KDLPC    + YSLFINCGG  +  +G  YE D +  G S FF  +E+W YSS+G 
Sbjct: 401  WCLKKDLPCSTNPKHYSLFINCGGPELTFEGEKYEADLSTMGPSSFFSSNEKWAYSSTGD 460

Query: 86   FLINTADQGPPFKVKKTTNASASASASPSVSGIYATARLAPVSLKYYGFCLRSGSYNVKL 145
            FL N            +    A ASA+ + S +Y TARLAP+SLKYYG CLRSGSY V+L
Sbjct: 461  FLGN-----------DSAKFLAQASANMTTSDLYLTARLAPLSLKYYGLCLRSGSYKVRL 520

Query: 146  HFAEIMFNSDPLNSTSLGRRVFDISIQ------ERDLQDE-------------------- 205
            HFAEIMF +D   S+S G+R FD+SIQ      + D+++E                    
Sbjct: 521  HFAEIMFTTDQ-TSSSPGKRKFDVSIQGQRVWKDFDIEEEAKGVGKSIIKESDASVTSSG 580

Query: 206  -----------------------------KVTHR------ELSGGAIAGIVVATFTFVVS 265
                                         +VT         +S G I GIV  +  FV+ 
Sbjct: 581  TLEIHLYWAGKGTTALPFRSVYGPLISAIQVTPNFDPNTGRISVGVIVGIVAGSCVFVLL 640

Query: 266  VLVVLRKKGYWGGKETEDN----------------------------------------- 325
            +L  L KKGY GGK+ E+                                          
Sbjct: 641  ILAFLWKKGYLGGKDLEEKELRRGLELQTGYFSLRQIKAATGNFDPANKIGEGGFGPVYK 700

Query: 326  ------------------------------------------------------------ 385
                                                                        
Sbjct: 701  GLLPDGSVIAVKQLSSKSKQGNREFVNEIGMISALQHQNLVKLFGCCIEGNQLLLIYEYM 760

Query: 386  ----------GSEKHLLHLDWPVRMKICLGIARGLAYLHEESRLKIVHRDIKATNVLLDG 445
                      GSE+  L+L+WP R KICL IA+GL YLHEESRLKIVHRDIKATNVLLD 
Sbjct: 761  ENNSLARALFGSEEQRLNLNWPTRHKICLEIAKGLVYLHEESRLKIVHRDIKATNVLLDK 820

Query: 446  NLNAKISDFGLAKLDEEEKTHISTRIAGT------------------------------- 505
            +LNAKISDFGLAKLDEEE THISTRIAGT                               
Sbjct: 821  DLNAKISDFGLAKLDEEENTHISTRIAGTVGYMAPEYAMRGYLTHKADVYSFGVVALEIV 880

Query: 506  ------------------------------------------------------------ 565
                                                                        
Sbjct: 881  SGKSNTNYRPKEEFVYLLDWAYVLQEQGNLLELVDPSLGSNFSKDEVLRMLNIALLCTNP 940

Query: 566  ------------------------------------------------------------ 625
                                                                        
Sbjct: 941  SPSLRPIMSAVVSMLEGRIPVQAPIVKRDSRDEMRVRAFERISYDSQTQMSSFSQESQTE 1000

Query: 626  ------------------------------------------------------------ 659
                                                                        
Sbjct: 1001 SRSLEVRALQQISTKLKITYWKNVSRNFCNRSEGLNTTISTTALSNITCNCSYNSSTICH 1060

[Close]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match: A0A6J1J1M5 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111480454 PE=4 SV=1)

HSP 1 Score: 463.4 bits (1191), Expect = 1.8e-126
Identity = 276/561 (49.20%), Postives = 315/561 (56.15%), Query Frame = 0 

Query: 302 TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEI 361
           +IRLKG NLVG LPV FANLT+LRV+DL YNLISGSIPR+FARIPLV+F+++GN+LSG+I
Sbjct: 94  SIRLKGFNLVGNLPVAFANLTQLRVLDLTYNLISGSIPREFARIPLVTFAMIGNQLSGQI 153

Query: 362 PPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTE 421
           PPEIGDI SLEELVL DNQIGG L  SLGKLS L R+L+S+N ITG+IP+SF NLRNLTE
Sbjct: 154 PPEIGDITSLEELVLADNQIGGNLPASLGKLSRLSRILLSSNKITGAIPKSFGNLRNLTE 213

Query: 422 LRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRIN 481
            R+DGTNISGKIP++IGNWT L  LY+QGTS+ENPIP AISELK LT+L+ISDLKGP+I+
Sbjct: 214 FRMDGTNISGKIPDFIGNWTNLKILYIQGTSLENPIPAAISELKNLTDLIISDLKGPQIS 273

Query: 482 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQN-LLVQK 541
           FPNL Q+TSL+TLVLRNCLI GRIPEYIG F  LR LDLSFNRLSG IP  F+N LLV K
Sbjct: 274 FPNLTQMTSLQTLVLRNCLIVGRIPEYIGQFNVLRILDLSFNRLSGSIPKTFENLLLVHK 333

Query: 542 TEFI-------------------------------------------------------- 601
            +F+                                                        
Sbjct: 334 VQFMFLTNNSLSGQVPEWIVNAGNSGRNIDLSYNNFTELPNFSCTQSNSVNLISSSAARN 393

Query: 602 ------------------------------------------------------------ 660
                                                                       
Sbjct: 394 ENDDWCLMKDLPCPTENRFHSLFINCGGRSMELNGSEYKADDTQGGSSSARFFSSAERWG 453

[Close]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match: A0A6J1FLH5 (Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LOC111446321 PE=4 SV=1)

HSP 1 Score: 463.4 bits (1191), Expect = 1.8e-126
Identity = 276/561 (49.20%), Postives = 316/561 (56.33%), Query Frame = 0 

Query: 302 TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEI 361
           +IRLKG NLVG LPV FANLT+L V+DL YNLISGSIPR+FARIPLV+F+++GN+LSG+I
Sbjct: 131 SIRLKGLNLVGNLPVAFANLTQLLVLDLTYNLISGSIPREFARIPLVTFAMIGNQLSGQI 190

Query: 362 PPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTE 421
           PPEIGDI SLEELVL DNQIGG L  SLGKLS L R+L+S+NNITG+IP+SF NLRNLTE
Sbjct: 191 PPEIGDITSLEELVLADNQIGGNLPASLGKLSRLSRILLSSNNITGAIPKSFGNLRNLTE 250

Query: 422 LRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRIN 481
            R+DGTNISGKIP++IGNWT L  LY+QGTS+ENPIP AISELK LT+L+ISDL+GP+I+
Sbjct: 251 FRMDGTNISGKIPDFIGNWTNLKILYLQGTSLENPIPAAISELKNLTDLIISDLQGPQIS 310

Query: 482 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQN-LLVQK 541
           FPNL Q+TSL+TLVLRNCLIEGRIPEYIG F  LR LDLSFNRLSG IP  F+N LLV K
Sbjct: 311 FPNLTQMTSLQTLVLRNCLIEGRIPEYIGQFNVLRILDLSFNRLSGSIPRTFENLLLVHK 370

Query: 542 TEFI-------------------------------------------------------- 601
            +F+                                                        
Sbjct: 371 VQFMFLTNNSLSGQVPEWIVNAGNSGRNIDLSYNNFTELPNFSCTQSNSVNLISSSATRN 430

Query: 602 ------------------------------------------------------------ 660
                                                                       
Sbjct: 431 ENDDWCLMKDLPCPTENRFHSLFINCGGRSMELNGSEYKADDTQGGSSSARFFSSAERWG 490

[Close]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match: A0A6J1C483 (Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=LOC111008221 PE=4 SV=1)

HSP 1 Score: 456.8 bits (1174), Expect = 1.7e-124
Identity = 281/586 (47.95%), Postives = 315/586 (53.75%), Query Frame = 0 

Query: 302 TIRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEI 361
           +IRLK  NLVGVLP  FANLT L+ +DL YNLISG IPR+FARIP V  S++GN+LSG I
Sbjct: 101 SIRLKRLNLVGVLPTAFANLTRLQELDLTYNLISGQIPREFARIPFVRLSMLGNQLSGLI 160

Query: 362 PPEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTE 421
           PPEIGDI+SL+ELVLE NQ+ G L E+LGKLS+LRRLL+S+NN +GSIP S+ NLRNLT+
Sbjct: 161 PPEIGDISSLQELVLEGNQLVGNLPENLGKLSNLRRLLLSSNNFSGSIPASYGNLRNLTD 220

Query: 422 LRVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRIN 481
            R+DGTNISGK+PEYIG WT L  LYVQGTSME+PIP A+S+LK LT+L+ISDLKG    
Sbjct: 221 FRIDGTNISGKLPEYIGKWTNLTTLYVQGTSMESPIPRAVSDLKRLTDLIISDLKGLPTK 280

Query: 482 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNLLVQKT 541
           FPNL QLTSLKTLVLRNCLIE RIPEY+G F ELRTLDLSFNRLSGPIPD  QNLLVQKT
Sbjct: 281 FPNLTQLTSLKTLVLRNCLIEDRIPEYMGQFSELRTLDLSFNRLSGPIPDTVQNLLVQKT 340

Query: 542 EFI--------------------------------------------------------- 601
           EF+                                                         
Sbjct: 341 EFMFLTNNSLSGQVPNWILDSRYSQRSIDLSYNNFTELPSFSCTQSNNVNLVSSSTRKNE 400

Query: 602 ------------------------------------------------------------ 661
                                                                       
Sbjct: 401 NVTWCLRKDFPCLKEARFHSLFINCGGESMEVNGNEYEVDDTHGQNGRSNFFSSSERWGY 460

Query: 662 ---------------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEI 676
                                            VSPLSL YYGFCL NGSYNVKLHFAEI
Sbjct: 461 SSTGVFLRNDRLPYIVTSSSHGSGASGLYSTARVSPLSLKYYGFCLRNGSYNVKLHFAEI 520

[Close]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match: F6H1V3 (Non-specific serine/threonine protein kinase OS=Vitis vinifera OX=29760 GN=VIT_19s0014g00830 PE=4 SV=1)

HSP 1 Score: 451.1 bits (1159), Expect = 9.2e-123
Identity = 384/1270 (30.24%), Postives = 468/1270 (36.85%), Query Frame = 0 

Query: 3    GNRLSGQIPQEIGDIASLEEFDGWCLRKDLPCPREARFYSLFINCGGERIEVDGNTYEGD 62
            G  + G IP  I  + +L E     +R    C      YSL+INCGGE     G TYE D
Sbjct: 6    GTSMDGPIPSTISQLKNLIEL---VMRN---C--SITDYSLYINCGGEETTFKGKTYEKD 65

Query: 63   ETLGGESKFFFIS-ERWGYSSSGVFLINTADQGPPFKVKKTTNASASASASPSVSGIYAT 122
              + G S+FF    ++W YSS+G F+ N         + K T+A  S  A      +Y T
Sbjct: 66   NNVEGASQFFTDGIDKWAYSSTGAFIGNQGGS----HLAKNTSALNSEDAE-----MYQT 125

Query: 123  ARLAPVSLKYYGFCLRSGSYNVKLHFAEIMFNSDPLNSTSLGRRVFDISIQ--------- 182
            ARLAP+SLKYYG CLR G Y V+L FAEIMF S+     SLGRR+F +SIQ         
Sbjct: 126  ARLAPISLKYYGLCLRKGPYKVRLQFAEIMFFSNQ-TFGSLGRRLFHVSIQGNVVLKDFN 185

Query: 183  -----------------------------------ERDLQDEKV---------------T 242
                                                  + DE V                
Sbjct: 186  IMEEAKGAGKGIYRDFDASVDGSTLEIHLYWTGKGTNSIPDEGVYGPLISAIAVTPKFNP 245

Query: 243  HRELSGGAIAGIVVATFTFVVSVLVVLRKKGYWGGKETEDN------------------- 302
            +  LS G I GIV+ +   +V +LV+LR KGY GGK+ ED                    
Sbjct: 246  NPGLSVGDIIGIVIPSCVVLVLILVLLRMKGYLGGKDLEDRELRELGMQTGYFSLRQIKA 305

Query: 303  ------------------------------------------------------------ 362
                                                                        
Sbjct: 306  ATNNFDSANKIGEGGFGPVYKGVLSDGSVIAVKQLSSKSKQGNREFVNEIGMISALQHPN 365

Query: 363  -------------------------------GSEKHLLHLDWPVRMKICLGIARGLAYLH 422
                                           GSE+  L+LDWP R KICLGIARGLAYLH
Sbjct: 366  LVKLYGCCIEGNQLLLIYEYLENNCLARALFGSEEQRLNLDWPTRKKICLGIARGLAYLH 425

Query: 423  EESRLKIVHRDIKATNVLLDGNLNAKISDFGLAKLDEEEKTHISTRIAGT---------- 482
            EESRLKIVHRDIKATNVLLD NLNAKISDFGLAKLDE+E THISTRIAGT          
Sbjct: 426  EESRLKIVHRDIKATNVLLDKNLNAKISDFGLAKLDEDENTHISTRIAGTIGYMAPEYAM 485

Query: 483  ------------------------------------------------------------ 542
                                                                        
Sbjct: 486  RGYLTDKADVYSFGIVALEIVSGKSNTNYRPKEEFVYLLDWAYVLHEQGNLLELVDPSLG 545

Query: 543  ------------------------------------------------------------ 602
                                                                        
Sbjct: 546  SNYSEEEVMRMLNLALLSTNQSPTLRPSMSSVVSMLDGKIAVQAPTIKHDSMNPDMRFKA 605

Query: 603  ------------------------------------------------------------ 659
                                                                        
Sbjct: 606  FEKLSLDSQSHVSAFSVDSQDQGSISVDGPWVDSSISLHSREETRGFPSSSKRTPTSAQN 665

[Close]
BLAST of HG10013729 vs. TAIR 10
Match: AT1G53440.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 302.4 bits (773), Expect = 1.0e-81
Identity = 201/583 (34.48%), Postives = 273/583 (46.83%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I+L+G NL G++P EF NLT L  +DL  N +SG+IP   ++IPL   ++ GNRLSG  P
Sbjct: 93  IQLRGFNLRGIIPPEFGNLTRLTEIDLVLNFLSGTIPTTLSQIPLEILAVTGNRLSGPFP 152

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
           P++G I +L ++++E N   G+L  +LG L  L+RLL+S+NNITG IPES  NL+NLT  
Sbjct: 153 PQLGQITTLTDVIMESNLFTGQLPPNLGNLRSLKRLLISSNNITGRIPESLSNLKNLTNF 212

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINF 482
           R+DG ++SGKIP++IGNWT+L++L +QGTSME PIP +IS LK LTEL I+DL+GP   F
Sbjct: 213 RIDGNSLSGKIPDFIGNWTRLVRLDLQGTSMEGPIPASISNLKNLTELRITDLRGPTSPF 272

Query: 483 PNLRQLTSLKTLVLRNCLIEGRIPEYIG-SFIELRTLDLSFNRLSGPIPDIFQN------ 542
           P+L+ +T+++ LVLRNCLI   IPEYIG S   L+ LDLS N L+G IPD F++      
Sbjct: 273 PDLQNMTNMERLVLRNCLIREPIPEYIGTSMTMLKLLDLSSNMLNGTIPDTFRSLNAFNF 332

Query: 543 ------------------------------------------------------------ 602
                                                                       
Sbjct: 333 MYLNNNSLTGPVPQFILDSKQNIDLSYNNFTQPPTLSCNQLDVNLISSYPSVTNNSVQWC 392

Query: 603 ------------------------LLVQKTEFI--------------------------- 662
                                   L V K E+                            
Sbjct: 393 LRKDLPCPGDAHHSSLFINCGGNRLKVDKDEYADDLNKRGASTFSSVSERWGYSSSGAWL 452

Query: 663 ----------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEILFTAD 676
                                       ++  SL YYG C+  GSY V+L+FAEI+F+ D
Sbjct: 453 GNDGATYLATDTFNLINESTPEYYKTARLASQSLKYYGLCMRRGSYKVQLYFAEIMFSND 512

[Close]
BLAST of HG10013729 vs. TAIR 10
Match: AT1G53430.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 294.3 bits (752), Expect = 2.8e-79
Identity = 205/583 (35.16%), Postives = 266/583 (45.63%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I+LK  +L G+ P EF NLT LR +DL+ N ++G+IP   ++IPL   S++GNRLSG  P
Sbjct: 95  IQLKSFSLPGIFPPEFGNLTRLREIDLSRNFLNGTIPTTLSQIPLEILSVIGNRLSGPFP 154

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
           P++GDI +L ++ LE N   G L  +LG L  L+ LL+SANN TG IPES  NL+NLTE 
Sbjct: 155 PQLGDITTLTDVNLETNLFTGPLPRNLGNLRSLKELLLSANNFTGQIPESLSNLKNLTEF 214

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKG-PRIN 482
           R+DG ++SGKIP++IGNWT L +L +QGTSME PIPP+IS L  LTEL I+DL+G    +
Sbjct: 215 RIDGNSLSGKIPDFIGNWTLLERLDLQGTSMEGPIPPSISNLTNLTELRITDLRGQAAFS 274

Query: 483 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNL----- 542
           FP+LR L  +K L        G IPEYIGS  EL+TLDLS N L+G IPD F+NL     
Sbjct: 275 FPDLRNLMKMKRL--------GPIPEYIGSMSELKTLDLSSNMLTGVIPDTFRNLDAFNF 334

Query: 543 ------------------------------------------------------------ 602
                                                                       
Sbjct: 335 MFLNNNSLTGPVPQFIINSKENLDLSDNNFTQPPTLSCNQLDVNLISSYPSVTDNSVQWC 394

Query: 603 ----------LVQKTEFI------------------------------------------ 662
                       Q + FI                                          
Sbjct: 395 LREGLPCPEDAKQSSLFINCGGSRLKIGKDTYTDDLNSRGQSTFSSVSERWGYSSSGVWL 454

Query: 663 ----------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEILFTAD 676
                                       +SP SL YYG CL  GSY ++LHFAEI+F+ D
Sbjct: 455 GKEDAGYLATDRFNLINGSTPEYYKTARLSPQSLKYYGLCLRRGSYKLQLHFAEIMFSND 514

[Close]
BLAST of HG10013729 vs. TAIR 10
Match: AT1G53430.2 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 294.3 bits (752), Expect = 2.8e-79
Identity = 205/583 (35.16%), Postives = 266/583 (45.63%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I+LK  +L G+ P EF NLT LR +DL+ N ++G+IP   ++IPL   S++GNRLSG  P
Sbjct: 62  IQLKSFSLPGIFPPEFGNLTRLREIDLSRNFLNGTIPTTLSQIPLEILSVIGNRLSGPFP 121

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
           P++GDI +L ++ LE N   G L  +LG L  L+ LL+SANN TG IPES  NL+NLTE 
Sbjct: 122 PQLGDITTLTDVNLETNLFTGPLPRNLGNLRSLKELLLSANNFTGQIPESLSNLKNLTEF 181

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKG-PRIN 482
           R+DG ++SGKIP++IGNWT L +L +QGTSME PIPP+IS L  LTEL I+DL+G    +
Sbjct: 182 RIDGNSLSGKIPDFIGNWTLLERLDLQGTSMEGPIPPSISNLTNLTELRITDLRGQAAFS 241

Query: 483 FPNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNL----- 542
           FP+LR L  +K L        G IPEYIGS  EL+TLDLS N L+G IPD F+NL     
Sbjct: 242 FPDLRNLMKMKRL--------GPIPEYIGSMSELKTLDLSSNMLTGVIPDTFRNLDAFNF 301

Query: 543 ------------------------------------------------------------ 602
                                                                       
Sbjct: 302 MFLNNNSLTGPVPQFIINSKENLDLSDNNFTQPPTLSCNQLDVNLISSYPSVTDNSVQWC 361

Query: 603 ----------LVQKTEFI------------------------------------------ 662
                       Q + FI                                          
Sbjct: 362 LREGLPCPEDAKQSSLFINCGGSRLKIGKDTYTDDLNSRGQSTFSSVSERWGYSSSGVWL 421

Query: 663 ----------------------------VSPLSLNYYGFCLLNGSYNVKLHFAEILFTAD 676
                                       +SP SL YYG CL  GSY ++LHFAEI+F+ D
Sbjct: 422 GKEDAGYLATDRFNLINGSTPEYYKTARLSPQSLKYYGLCLRRGSYKLQLHFAEIMFSND 481

[Close]
BLAST of HG10013729 vs. TAIR 10
Match: AT1G53420.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 242.3 bits (617), Expect = 1.2e-63
Identity = 146/435 (33.56%), Postives = 204/435 (46.90%), Query Frame = 0 

Query: 305 LKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIPPE 364
           LK +NL G LP E   L  L+ +DL+ N ++GSIP ++  +PLV+  ++GNRL+G IP E
Sbjct: 70  LKRENLQGSLPKELVGLPLLQEIDLSRNYLNGSIPPEWGVLPLVNIWLLGNRLTGPIPKE 129

Query: 365 IGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTELRV 424
            G+I +L  LVLE NQ+ G+L   LG L +++++++S+NN  G IP +F  L  L + RV
Sbjct: 130 FGNITTLTSLVLEANQLSGELPLELGNLPNIQQMILSSNNFNGEIPSTFAKLTTLRDFRV 189

Query: 425 DGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINFPN 484
               +SG IP++I  WTKL +L++Q + +  PIP AI+ L  L +L ISDL GP   FP 
Sbjct: 190 SDNQLSGTIPDFIQKWTKLERLFIQASGLVGPIPIAIASLVELKDLRISDLNGPESPFPQ 249

Query: 485 LRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNL-------- 544
           LR +  ++TL+LRNC + G +P+Y+G     + LDLSFN+LSG IP+ + NL        
Sbjct: 250 LRNIKKMETLILRNCNLTGDLPDYLGKITSFKFLDLSFNKLSGAIPNTYINLRDGGYIYF 309

Query: 545 ------------LVQK-------------------------------------------- 604
                       +V K                                            
Sbjct: 310 TGNMLNGSVPDWMVNKGYKIDLSYNNFSVDPTNAVCKYNNVLSCMRNYQCPKTFNALHIN 369

Query: 605 ------------------------------------------------------------ 610
                                                                       
Sbjct: 370 CGGDEMSINGTIYESDKYDRLESWYESRNGWFSNNVGVFVDDKHVPERVTIESNSSELNV 429

[Close]
BLAST of HG10013729 vs. TAIR 10
Match: AT1G07650.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 242.3 bits (617), Expect = 1.2e-63
Identity = 153/466 (32.83%), Postives = 209/466 (44.85%), Query Frame = 0 

Query: 303 IRLKGQNLVGVLPVEFANLTELRVVDLAYNLISGSIPRDFARIPLVSFSIVGNRLSGEIP 362
           I LK QNL G++P EF+ L  L+V+DL+ N ++GSIP+++A + L   S +GNRLSG  P
Sbjct: 95  IALKSQNLTGIVPPEFSKLRHLKVLDLSRNSLTGSIPKEWASMRLEDLSFMGNRLSGPFP 154

Query: 363 PEIGDIASLEELVLEDNQIGGKLSESLGKLSHLRRLLVSANNITGSIPESFRNLRNLTEL 422
             +  +  L  L LE NQ  G +   +G+L HL +L + +N  TG + E    L+NLT++
Sbjct: 155 KVLTRLTMLRNLSLEGNQFSGPIPPDIGQLVHLEKLHLPSNAFTGPLTEKLGLLKNLTDM 214

Query: 423 RVDGTNISGKIPEYIGNWTKLLKLYVQGTSMENPIPPAISELKTLTELVISDLKGPRINF 482
           R+   N +G IP++I NWT++LKL + G  ++ PIP +IS L +LT+L ISDL G   +F
Sbjct: 215 RISDNNFTGPIPDFISNWTRILKLQMHGCGLDGPIPSSISSLTSLTDLRISDLGGKPSSF 274

Query: 483 PNLRQLTSLKTLVLRNCLIEGRIPEYIGSFIELRTLDLSFNRLSGPIPDIFQNLLVQKTE 542
           P L+ L S+KTL+LR C I G IP+YIG   +L+TLDLSFN LSG IP  F+N+  +K +
Sbjct: 275 PPLKNLESIKTLILRKCKIIGPIPKYIGDLKKLKTLDLSFNLLSGEIPSSFENM--KKAD 334

Query: 543 FI---------------------------------------------------------- 602
           FI                                                          
Sbjct: 335 FIYLTGNKLTGGVPNYFVERNKNVDVSFNNFTDESSIPSHDCNRVTSNLVESFALGNKSH 394

Query: 603 ------------------------------------------------------------ 609
                                                                       
Sbjct: 395 KGSTCFLQRMPCVHPKRYHLYKLYINCGGGEVKVDKEITYQADDEPKGASMYVLGANKRW 454

The following BLAST results are available for this feature:
BLAST of HG10013729 vs. NCBI nr
Match NameE-valueIdentityDescription
KAG6607938.13.8e-16337.20putative LRR receptor-like serine/threonine-protein kinase, partial [Cucurbita a... [more]
KAE8649820.11.2e-13263.99hypothetical protein Csa_012931 [Cucumis sativus][more]
OVA14369.13.9e-12830.62Armadillo [Macleaya cordata][more]
XP_023525944.19.7e-12749.20probable LRR receptor-like serine/threonine-protein kinase At1g53440 [Cucurbita ... [more]
XP_022940854.13.7e-12649.20probable LRR receptor-like serine/threonine-protein kinase At1g53440 [Cucurbita ... [more]
BLAST of HG10013729 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
C0LGG81.6e-8436.36Probable LRR receptor-like serine/threonine-protein kinase At1g53430 OS=Arabidop... [more]
C0LGG91.4e-8034.48Probable LRR receptor-like serine/threonine-protein kinase At1g53440 OS=Arabidop... [more]
C0LGG71.8e-6233.56Probable LRR receptor-like serine/threonine-protein kinase At1g53420 OS=Arabidop... [more]
C0LGE01.8e-6232.83Probable LRR receptor-like serine/threonine-protein kinase At1g07650 OS=Arabidop... [more]
C0LGN21.3e-6033.41Probable leucine-rich repeat receptor-like serine/threonine-protein kinase At3g1... [more]
BLAST of HG10013729 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A200QV801.9e-12830.62Non-specific serine/threonine protein kinase OS=Macleaya cordata OX=56857 GN=BVC... [more]
A0A6J1J1M51.8e-12649.20Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1... [more]
A0A6J1FLH51.8e-12649.20Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LO... [more]
A0A6J1C4831.7e-12447.95Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=L... [more]
F6H1V39.2e-12330.24Non-specific serine/threonine protein kinase OS=Vitis vinifera OX=29760 GN=VIT_1... [more]
BLAST of HG10013729 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G53440.11.0e-8134.48Leucine-rich repeat transmembrane protein kinase [more]
AT1G53430.12.8e-7935.16Leucine-rich repeat transmembrane protein kinase [more]
AT1G53430.22.8e-7935.16Leucine-rich repeat transmembrane protein kinase [more]
AT1G53420.11.2e-6333.56Leucine-rich repeat transmembrane protein kinase [more]
AT1G07650.11.2e-6332.83Leucine-rich repeat transmembrane protein kinase [more]
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003591Leucine-rich repeat, typical subtypeSMARTSM00369LRR_typ_2coord: 512..535
e-value: 28.0
score: 9.6
coord: 416..440
e-value: 380.0
score: 0.3
coord: 321..344
e-value: 79.0
score: 5.9
coord: 392..415
e-value: 27.0
score: 9.8
IPR020635Tyrosine-protein kinase, catalytic domainSMARTSM00219tyrkin_6coord: 145..357
e-value: 0.0028
score: -127.1
IPR001611Leucine-rich repeatPFAMPF13855LRR_8coord: 370..429
e-value: 2.5E-7
score: 30.4
IPR001611Leucine-rich repeatPFAMPF00560LRR_1coord: 515..536
e-value: 0.064
score: 13.8
NoneNo IPR availableGENE3D2.60.120.430coord: 41..207
e-value: 2.6E-19
score: 71.6
coord: 528..630
e-value: 6.9E-18
score: 67.0
NoneNo IPR availableGENE3D1.10.510.10Transferase(Phosphotransferase) domain 1coord: 208..302
e-value: 2.9E-25
score: 90.7
NoneNo IPR availablePANTHERPTHR27006:SF330SUBFAMILY NOT NAMEDcoord: 545..618
coord: 228..302
NoneNo IPR availablePANTHERPTHR27006:SF330SUBFAMILY NOT NAMEDcoord: 303..501
coord: 26..189
NoneNo IPR availablePANTHERPTHR27006PROMASTIGOTE SURFACE ANTIGEN PROTEIN PSAcoord: 303..501
NoneNo IPR availablePANTHERPTHR27006PROMASTIGOTE SURFACE ANTIGEN PROTEIN PSAcoord: 545..618
coord: 26..189
coord: 228..302
NoneNo IPR availableSUPERFAMILY52058L domain-likecoord: 305..537
IPR000719Protein kinase domainPFAMPF00069Pkinasecoord: 238..296
e-value: 3.5E-13
score: 49.5
IPR000719Protein kinase domainPROSITEPS50011PROTEIN_KINASE_DOMcoord: 85..491
score: 13.573601
IPR021720Malectin domainPFAMPF11721Malectincoord: 42..174
e-value: 3.8E-21
score: 75.9
coord: 537..610
e-value: 2.8E-19
score: 69.8
IPR032675Leucine-rich repeat domain superfamilyGENE3D3.80.10.10Ribonuclease Inhibitorcoord: 303..377
e-value: 4.1E-11
score: 44.3
IPR032675Leucine-rich repeat domain superfamilyGENE3D3.80.10.10Ribonuclease Inhibitorcoord: 378..482
e-value: 2.0E-25
score: 91.3
IPR008271Serine/threonine-protein kinase, active sitePROSITEPS00108PROTEIN_KINASE_STcoord: 259..271
IPR011009Protein kinase-like domain superfamilySUPERFAMILY56112Protein kinase-like (PK-like)coord: 232..303

Relationships

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

Feature NameUnique NameType
HG10013729.1HG10013729.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006468 protein phosphorylation
molecular_function GO:0005524 ATP binding
molecular_function GO:0005515 protein binding
molecular_function GO:0004713 protein tyrosine kinase activity
molecular_function GO:0004672 protein kinase activity