CsGy5G010630 (gene) Cucumber (Gy14) v2.1

Overview
NameCsGy5G010630
Typegene
OrganismCucumis sativus L. var. sativus cv. Gy14 (Cucumber (Gy14) v2.1)
DescriptionNon-specific serine/threonine protein kinase
LocationGy14Chr5: 11075182 .. 11111657 (-)
RNA-Seq ExpressionCsGy5G010630
SyntenyCsGy5G010630
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
AACTGATTGGTCTAAAATCTTTGACCTTCAGGCTTCACTGCATCCTCCTTCGGAATTGAACAAATGAAATTTTCTCTAACCCGCATTCAGCTTCCATTTCGATGAAATTTCTCAAAGAATTGGAAGACATCCTCTTTCATATATGCCCAAAACTTCAGAATAGCTTCAATCATGAATCCATCAGGCTCGGGAGCTTTATTTTTCCCAAGATTCTTTAATTGGAAGACATCCTCTTTCATGTAAGAGACATATGCTATAAGGAGTTCACTTTCCCCCAATTTAAATGTGCTGGAAAAGCCCCTGCACCTACTGATTTTGTGTACAAAGCTGTGTAAAATTTCATAATCAGCTCCTCCATCTCCCAAAATGACAAAAGAATACTGCAATCCTTGTCTACCAACTCCGCAATCAGATTTTTTCTCTTCTTTGCCGCCAAGAAACGATAAAAGAAACTACTGTTCTCACCACCAAGCTTCAGCCAGTTTAGTTTTCTTTTTTGGATCAAGTTCCTTTCATCATTCATGAACCTTCCCAATAATTCTACCTTTAATGACACACTCAATTGAGAGGTCAATCAAGCATTGGTTTCTGCCCCACCCCCGCCTCCCGCCCCCCACCCCCATCAAATCCTTCCAGCCTTTCCAACTGCACAAGAAATATGCGCCTCCCTCTCATTTCTTTTCTATTTACTTTGTACTTGCCATTTTTTTTTGCTGCTTTTAGCTTCCTTAGTTTGGCCGATATGACAAAATCAGTCCAGTTATTATTAGATGGAGGTTTCCCATATTCGTTTCCATTTCTTCCTGTCATTATCTACATGAACACTCGAGTTAGCATTCAGATTTGGATTCATCAGGGCATGGATTTAATCGAGTCTTCATATGCCTGATTGGGTTAATGGGTGGAAGAAGTCCTAACAGTGGCCGCAACTGGCAGCTGAGAGTTATCGCTCCGAGAGAGAGATTCCAAAACTTCAGATGGTTTTGGACTAGAGCCACGAGGCATCAACAAATCCAAGAAGTTTGTGTACTTTCAGAATTTTGTGAAGATGAACTTTCCAGATAATGTAGTAGGAAGAGTACAATTGTACAGAGACCAAGCTGCAAATAATTGAAAGCAACAAAATGGGAGAATGGACATCCCAAGAGCTATCAGCCATGGAAAAGAAAAAAAATATTCAAGAATTCATGAAAAGTTGAGTAAGAGCGGAAGAGCATGAAGAATCAGAGTAATGTGAGTCAGAAGGGCCAAAGTGAGCTTAGCTCAGGGTTATTGGCATGATATTCATTCCTTGAGGTTGAAGGTTCAATCCTCTAGTTGTTGTACTTAGTAACCTAGGTCACAAGAATCTGCTACCATGAAATAATATTTCATAAAGATTTGTAAAAGAGCTCTTGTATTCAATAATCTGAAAGCTTTATAGAAAGATAAATATGTTTGGCAAAAGTATAACAAGAAAACTGAAATAAACAATATACTAACTGATTATAACAGGCTTTAACAAAATAATAACCATCTCAATTGCAAGTTTAATTAAACGTGACAATTTCCTAGGTTGTTGAGCATAATAGTTGGTGATCATGTTCTTTCCTTGACATTCATGTTCAATTGTTGATTATGTTTGCCTGGAAGGTACTTAGATAGTTCTGGAGTTCAGGGTGACATTCCCACAACATTTTCAAATCTTACAAATTTGCAGACAGTGTAAGGGAATTGTCCATCTTTGTTTTCTTCTAATTGTTCAAGAAATTTCTTAAGAACTAGAACCCATGTATGTGTTGTTGAGATACATTATTTCTTTTTTATTCTGGACAGATTGGCATCAGACAACAAACTCACCGGAGAAATACCTGGATTCATTGGGAGTTGGCTAAAACTCAGAACATTGTAAGAATACTCTTTCCCAACCACCTTTTCCAGGTAGTCAAAAACCAGAGAATGAGAGTATGATTTCTTTTGTTCAATGGAGGGCTACAACCCTGTTATAATAGCTTAAATTTATTACACTAGATTTTGAGTTCAAAGACAGACTGAAATGCAAAAAAAGAGGTAAGTTCTCTCTCCCTTTCTGTCTCTCCTCCTCCTCCCTCCCTTCAAGATCATCACCGGCCCCTTCTCCTCTTCGATAGACACTGCTATACGTCATCAAAGGAGCACTAATCAAAATGAAATAAAAGCTACAATAAAATCTCTCTCACAGCTTTCATCTTCAACTACACTCCACCATTCTATGACTTCATGAGGTTAGGTCCACAAAAAGACTTGCCTGAGGATGCAGTCCAGCTTCTTTCAAGGACATAGACAGCTTATTAGTGCCATAAACAACTCGGGGAAGTTCGATACCAGATTATAACTATCAACCTCCAAACAACCCAAGGAATCGATGTAATCTTAGAGAGTTTGGATTGAAGTGGTACTGTGAAACCTCCGTTCCTTGTGTTCTCTAGTAGGGAACTGCACCAACACTTGTGTAACATTAGGCCCTTTTTCTGGTTCGGCACCAAGTGACATTGCTTTCTCCTGCCGCATTCTAGCTAAAGCAGCCTCTCTCTCTGCTGCTTCACGAGCTGCTCTCTCGCGAGCCTTTTCTTCCTCTTTCCTTTTCCTCTCAGCTTCCGCAGCTTCCCTTTCAAGGCGCTCTTGCTCTTCTCTACTTTGTTGTTCCCTGGCTTGATCGGCTTCAAGAGCTGCTCTATAAGCAGCATCTTGTTCCTCTCTCAATCGCATGTTATTTCTTCTTTCTTCTGCATCAAGCCTTGCCGAAACCAAAACAGGAGCACTTTCTTCAAGAACTCTATGCAGAATCACTAGCATTTCTTCAGCAGTTTTTGGTCCCTCAACCTGCTGAAGCAGTGCAATCCTCTGATTTGTAGCAGCCATAACCATAGCACAAAAAGGGTATCTTGAAGCTTTACCATAGCACAAAAAGGGTATCTTGAAGCTTTACCATAGCACAAAAAGGGTATCTTGAAGCTTTCAAGCTATTACTCATCTTAAAACCTTCACTAGTGCGAGTACTCCCTCCCTACGAAACAAAGTTCTCATTCACAAACACAGCAACCGTCTCCGAACACAAGGTCCTCTCACAGAACAATGGCGTATTCGGGTGATCAGGAGAGTGCAAGTAAACAAACAAGAACTTAAACGCGTTTCTCGAACGTTGCAATGCATGCATGTACCCTTCCCCAACAAAACTCAGCCTAATCATTCCATAATCCCTCTAAAATGCCGACACAAAATCAATAGCCTCCGATGCTGCAGCAGATACAGAAACCAACCGAGCCGACGACTCAGCATTCCGACCAGAACCAGACCCAAAACCTATCACACCAAGAGAATACGAAAGAATACCACCACCAGCCCAAAACCCAAGACCAACAGCACTCGAAACAAGCCCTAAACTACCAGAAATCACAGAAATCGAAAGCGTTATGTTTTTCCAAGCCAAACTTGGAGCCAGAGCTGCATTTTCTTGATGTTCCGGTCTATCAAGAATTTCTCGCATCGGTGGGTCGAAATGGGCATCCCCACCACCACCATCGGCAGCAGCAGAAGCAGAGGATTCTAAATTGGTGGCAGTAAACGAGGAAACGGCTAATTCGAGGTCTCAACCGTGAGCGACAAGGATTTCGGTGCAGATTTCGGGATCTTCTAAGCCTGTAATCACTTGGAAATAGGCTAATTTATCAGCAAGATCAACCATATTTGGTAAGAACTTAAATCAATGGAAGAATTTAACAGTTTCTTTGATTCATCTCCTTCTTGACTCTTCAAAGATTGATTACCGAAGTCTTTGTTGATTCTTTAATCTAACTTAGAAAATGGATTTTGATCACGAATTGTGTTTGGGAAGATCCTAGAGTTTTTTTAACTGAGAAAGCTTCTCCACATAAGACCTCAATGGAGTCATCATCTCTTAGCCTCCTCGTGGTGTTCCTTCTCCAAGGATCTCAAGTTTGTCTCAGCGCAAATTGATGGATGTCTGCTATAGTCTTTTATTTGTATTTGTATTTCTTTGTACTTCTTTTGGTTTTGTTTTGCCTTTGGACATTACTCATTTGTTTTGGTCTTTAGCTTGTTTGGATATGATGAGGGTGTTATGGGGTGTCAACCTAGTTGAGATACTCAGGTGCACCTCTTGATCCATGTTACATATGTTCATTGTATAATTCTCTTGTACTATGAGATTTTGTCTCATTATTATTATATTAATAAAGAGAACGTCTCCTTTTCAAAAAAAAAAAAAGATTGATCAACTTTTACTCAGGCAATCCTCTTCATTTTTCTAAAGAAGTTTTGGCCCACCTAGCAACCATTCTTAATTTATAGAGATGGAAGTAAAAAGCTGCAACATTGACGATCTATTTTTCTGCATTTGGCATGAAGACAACTTTTCACATAGAAGACATAGAAGCTAATATTATTATCTCAATATTGATCTTGTAACTTAGGTGGTTCATTGACTCGGGAAAAGAATTGAATCAGATTTCTGAAGAAGATTATTTCTACAAGAAAGAAAAAGTCGAGAATGGAAGGGTCGTAATCTACAAATTCAGAACTAAAGGTGGGTGAGTCTAAGATGCAATGCGTGGCCTCGTATGGGTGGAAGATTATTTATTCATATTCCCATCCGTTAAGACAAACAAGGGTGGAAAAGTTTCAGCAAAATGCTGGAAGATTTCAAGGACAGCAATGAGTACAAAATCTGGTTCTCTTCCCAAATCAAGTCCAACACTTTTATGAAGCAACCGAACAAATCACGGAGAAGCTCTCCACTCTTGGATAGCTCGTAACTTATCCTCATCCATCCCACTCTTTTCATGCTTGATAACGTGACTCAAGAAGTTGATGCACTTTTGAGTAAAAGCACATTTCTCTTTCTTTACATATAACTGATTTTTTCGTAGTTTCAGCACTAACTGGAGATGAACTTGGTGTTCTTTCAGACTGGGGCTGGAAACCATAATGTCATCGAGATAAACCACCACAAGTTGATCAAGGTACACATGGTGCAAAAGGTTGCAGGAGCGTTTGTCAAATCGAAGGGCATTACGAGAAACTTGAAGGCCCCATATCTTGTTATGCAAGTAGTTCTTTGTTCATCCCCTTGCGCTATTCGAACTTCATAGTAGTCTGACCGGAGGTCGATCTTCGTAAAGTATCGAGCTCTGTTTAATTGGTCAAACAAATCGGTTATGATCAGAATAGGGTACTTGTTTCGAACCTAACTTCGTTCAAGGCCATGTAGTCAACACATAGTCTGGGTATTCTGTCTTTCTTCTTCTGAGATAACACAGGTGCCCCATAAGGTGCTTTCGCTCGTCGGATGAATTGGAAATCAATAACTCGTCCAACTATTTTCTTAATTCAGCTAGCTCAAGTGGAGCCATTCGGTAGGCATTTTTTCGCTAGGGATTTGGCTTCTAGGACCAATCTGATCTCATGATCAATCCCACATCAAGGGGCAATGTCTTCGTCAGCTAGGGCGACATTATATCAACACACTCGTTCAAAACTTCCTGGATCTCTAATGGGACAGACCCAATTTCAATTTGCTCATTCGCCACAGGATAACAATAAAAGTAGGCTCTTCTCTTTTGAGGCCTTTTTTCAGTTACAAGGCTAAGATCATTCTCACCCCACTAGGTTGGTTGACCTTAGCTTGAACCATTGTTGGGTTACTGCTCGTAACTACCGAATACTGAGCCAATAACATATAGATGATTTTATGTTCCAAGAGAAACTCCATTCCAAGTACAACGTCGAAGTCATCCATACGAACCACGGCAAAATTGACATTTCCTTTCAATTTGCCTTATGTTAGAGATACCCTTTTTGATACCCAACAATTGGAAATGCTTCGGACCTAACAACTTCATCTTGCTGGTATCTTTCTTGATTTTCAACTCCAACCGTTGCGCTTCATGTTCTAAGTTGAAATTATGACTTGCACCTGAATCTACTATGGTGCCTTTTGCAGGTGTGGAGTTGATGATTGCATCGACAAACATAAGTCCCTTCTCAAGAGCATCCTTTTGGTGAGAAACATTCTTCTGAATTGCTAACAAGAATTTTAATGCTCCCATTCAAGGAATCTCCCCCTCGTCCTCCTTATCAACTTCCACTTTTGCCTCGTTAGAATACTTCACTAAGGCTTGTAGTGTTGTCAACGAGCCTTGATGTGGCACTCAGCCACTCGATGGGGGCCCTTACATAAGAAGCAAGAAACGGGCTTGTTTGATTCGAGCTTGACTAATATGTTCCTTGGGGAGTACTAGTGCTTGGGGTTTGCGGTTTTTTGCCATTCCTAAAGTAACTTGGGGGATTGGGTTTGGAGGCCCTGTTCTCTAGATACGATGTTGGCACATTCTTTTTTGGGACCCTTGGTCCACTGTAGTCTAGCAGTCTTTCTGCAATGGCAAAAGCAGAGGCAAGATGTTAAACTTTCTGTTCATATAATTTAGTCCTGACCCACGACTTGAGCTCTTCTACAGAACAAAATACTTTATCCTTTTCCGACATGTCTTGAATGTCCAACATAACAGCAAAAAACTGTTTAACGTAGTCTATGTTAGTTCCTGTGTGTCTAAGTTCTTGTAGTTTCCTTTTTTCAATAAATTCAATGTTAAAAAGAAAGAAGTGAACCCTTAGTTCTTAAGGTCTTCCCAAGTATCAAGACCGTTTTAGATGTCATTCACTTTCGACCTCCACCAGAGATTCACATAATTAGATAGATGTATGAAGGCTAATATCACCTTAGTTTCTTCAGATGTGGTTCCATTGCCTTAAAGTATTGTTCCATATCAAAAAAGAAAATTTCAAGCTCTTTAGCTTTGAGATTCTCATTGAAGGTCTTGGGTTCTAGAATCTAAAGCTTGCTTGGAACAATAAATGCTTGATTCGGGATCTTGTTCCCCACTGCTCGCATCGTCAAATTCACTTGTATTTTCATCTCGGCCTTGATTGTCTCAATTGTCACTCTTAAGTCGTCTGGCAGATCACTGAACAACTCTAGCATTGTCTTCTGGGAACTGTCAAGCTCGTTGACATGCTCTTCCACGTGTACGACAAAGCATGTGGAGCTCTACTTCAAACGTTTAAAACCACCCACTTGAGTAGCTTTATGTTCTATCGAATCAACCCTCAACGTTAATTCGTTTGTAGGTAGTTTGTCTATTTGGACATTTAGTGCGTCTAATCCTTCCACCTTCTCATCCAACCCATCTAGCCGGGTTTGGAGAAATCTTACTTTATCTGGCAATTCTCTTAGATATAAGAATTGCTTTTTGATCTCGGTCAGTAGCTCAAACTTCGACTTCGATAGTTGTTTCGTTGTCGACATGATTGCCTCTCACTTAGCCAAGGAGCTAACAAAGCATTGATACCACTTGTCACAATCGCAACCTTTCGAATACGGGGCGGACAATTGTACGACACTTGCTCTAACTCGGCCGGCAAGTCAGCCATACGAAATTCGAAAGTTGCAGGCAATCTCACTATATGATGTAGCCTCCCTTCATGTTTTAAAGAAAATGGTTTTATAAAACGTGAGAGAGCAAGAAAAGCACTGAAAACATCATTGAAGACTGACAATTGCAAGAAAGCTCAGTTTGCAAAAAATATAAGTCGGGCAATTAACTATTGGGTTTCCCCTGTAGTACATTTTAAAAATTTTTAAATGTGACAGACTTGCATATCAAAAGTGCAAGCGGTCACTTACATTGAAAGCGATGTAGAAATAAAAGCAACAAGCTAAACTAAGCACAAAACATAAAAATAAGATGGTTTGAGGATGTTTTAGCATGCGACCATAGGCAAACAATGCCTTGGACAAGCATGCTCATGACATTTAGCATACTCATATAAAATCTACACGTGAATGGTTTGTATAAAAGATTGAAGGTTGGAAAGGATACTGTTCACGTTCCCCTTCTTCAATATGCAAATGACATCTTAATCTTTTGCATGTTTGATGAAGTTATGCTTGGAAACTTCCTTTGATGTACCTAGTTCTTCCTTTGGGAGGATATCCAAAAATTGCTCACTTTTGGCAGCCTATCTTTGATAAAGTACAAAAGAAGCTAGATAAATGGAAGTGGTTTAATCTCTCAAGAAGAGGACTTACTCTTTGCTCATCTCGACTCTCCAACCTCCCCACCTACTTCATGTCCACTTTCCTCGTGCCAAAAAAAGTACCTAATTCCATTGAAAGAACCATTTGTAACTTCTTTTGGAAAGGAAACAGGGGCAGCAAATTGAGTCACCTAGTGAAAGGGGATTTATTCTCCAAATCCCAAGGAGATGGGAGCCTTGGGTTGGACAAGTTGACATTTAGAAATATGATTCTCCTTGCCAAATGGGGGTGGAGATTTCCAGTAGAACATAATTCTCTTTGAAGTAAGGTGGTTCGTAGTATCCACAGGAGTAGCATCCTCCAATGCCACACAAGTGGCAAAGAAAACTCAAGTTTAAAAAGTCCTTGGGTAAATATTTCTAGGCAGTGGCGTAAAGTAGAAGCTTTGGCAGTTTTTAAAATTGAAAAGGGTGACAGAATTCTGTTTTGGTTGGATCCATGGATGGATAAAATTGCTTTGAAGATCAGATTTCCGAGTCTATACAGAATAGCCCTTTTTCTTAAAGGCTCGATTTCTGAATACTGGGACTTCTCCACCTTCTCCTGGTCTCTTAATTTTAGAATAATGTTGAAAGAGGAGGAGATCTCTGATGTTCAACGTCCCCTAGGCTCCTTGGACTAGATAACACTATCCAATTTAGAGTATAAAAGAAGCTGATCACTGGAATCTCATGGGGTTTCTTATAGTAAAGTCACTATCCAGGCCATTTGCTCCTGCTTCTCCAATGGATCTACAGCTGGAAAAATGCCTTGGAAATCTAAAAGTCTAAGGAGGGTGAATATAACCCTATGGATTATGTTGTCCGGGAATTTAAATTGTGCTTCGGTTATGGAAAAGAAAATATCCACTCAGATTTCATGAGGATGTACAACACATATTGTTCGAATGTGTTTATGCTGCCAAGTGTTGGAGTAAACTCTTTCACACCTTTAATCTCAGCTGGGCTCTTGAAAAAGATTGCAAGAATAATGTTAGACAGTTATTGGCCTGGTTATGGGAAAAAATGCTTCCTTGCTTTGGTGCAATGCTGTCCAGGCAATTTTGGTGGAATAGTGGTTTGAGAGAAATCAATGGGTCTTTCACAATAAAGTCTCCTCTTGGTTTGATATATACGATTTTGCACTGCTGAATGGCTCTTCGTAGTACTCTCTAAGTAAACAGTTTAAACACTTTTCAATGCAAGATATCTTACTAAATTTCCTCTCCTTTCACCAGCGAGGTTGACCTCAAATTAGACTCAGATATTGAAGGGATGGACCTTAGTGTTTCGTTTAATGATGAGGGCTTCCCCCCGAATAAAATTCCCCTTGATCTGCCTAAAGATTTGTTGATGTAAATCAAAGTAGAACTAATTTCTCAAATGAATTCTCTGCCTATTCTCAGCTGGAGAATGACTATTTATTGATGAATTGTATGTTGTGGTAGTTACAATCAGTTTTGGTAGTTTGGGGTATAACTAATCAGTTTTAAACAGCTGATTCAACAGAATATAACAGACTAACTATCTAACTGTCTTGGCAACAATCTTATTACATCATTTGTTGTCAATAGTCAATGATTGTGGAATTATTTTGTCTTAATTTAGAAGTGCAGCCTTCCTATTTCTTCTCCCAGCTATCTTGAAGATTCTCCTGGAACACTAGGGGTTTGAACGATTTCTCCAAACATGCAGCCCCTCGAAAAGTTCATAAAAATTTGCAGCCTGGATGTAGTTAAGGATATGAAACCAAGAAATGATTATGCGATCAAGAGGAAGAGTGCTCAAGAACAGAGGGATTGGAAACAAAAAGCTAGCTAATTTTCATCACCCTAAAGCTTTATGGTATCCACATGATAATGAGATGACTGAGAACTACAGAAGTTCCCTGGTCAAGGACCAATGCCAATATTCTGAAGAGTTTAGGAGGCAAAGGCAGTAAGCATATTGTTGATCCTGAGGAGATTGTTTTATCTATCATGGCCAAAGCTTCCAAGAAGCTAGGTTATCAAAATTTTCTTTTTCGATATGAAGCTCTCTGAAATGATTAATTTATTTTATTCTGGAAAGGAGCTTGAAAGAGAAAAGTCTTTGGCTACCAAATTGTTGAACCAAGTTCCTTACTTCATCTTGAAAATATATATAATGCCAAGGGCACAAAATGTGCATTGTGAAAATAAATATGTTAGATCTCCTGGAGCATTCAAATAGAAATCAAATCTTTTTGTGAAAGACGGACATGTTTTTTTGATAGAGTATTGTGAAGAAAGGGCTTTGCTTTTAGGCAACATTGAAATGGGGGCAAGGCTGTGGACTTATTATCAAAAGTCGTCCCCTATGATCAAAATGGTGCACAGTAGTGATGGGGGGGGGGGGGGGGGGGGGTGTTAGTTTAGGACATGTCAAATACAGGCATCTCTTGAAACAAACATGTATAGGGCGCCTGTATTTTCCCATAAGGTGCCAATGACTGATTATATTTTGGTTCGTTTCTGCAAAGGGGAAGCTTTCCCTGAGAGGCATTGACAAAATTTTGTAGTTGGCCAGGAGTGAACGTGTTCAGCAAGGCTGTTTCGTTGTTCTCTTGGTGTTCCCTCTTCACTCATCTTGGAGCTTTTTGTGGGCATTTTGTCACCTTACTTTGGGTTCCTTTTGTCATCCGATTTAATTAATTACTTTGTACCTAGTTTCCATTCTAGATTTATTCGTACTATCGAGGATTTTGTTTAGCTCGTTATTGTTGAGTTTGATTTAGCTATTGTCTGTATCTGTTTTAACCCTTTTGCTCTCAGTATAACTCTGTTGTACTTTGAATGTTAGTTTCTCTTATTATTATTAATAATAAAGAGGCTTGTATCTGTTTAAAAAAAAAACTAAATTTGCAGGCTTCATCTTTCCGCTCTGATTAATGGTTTAGTTTAGGCTATGACCTCATATGCTTCTTCCATTTGCAACTTCTTCTTTGTTTGACTCTATATTTATTCCTAGTCTTGTTAGAGTTTGTTTCGACGTTCTTATTGAGATGTATCGGCTGTAGTTAGCCCTCACTTGGACTTTAATTGTTGTTTGGTTCTTTATTATGTTTGGATATACTGATGGTGCTAAGGGGGTGTCAACCTAGTTGAGATGCCTAAATGCATCTCCTCTTGTTTGGTTTTGTTTTGTTTGGTCATTGTATAATCCTCTTGTAGTATGAGCTTTCATCTCATTGTTTATTAATAAATGTGGCTGTCTCTTTTCCAAAAAAACAATAATAAAATAGAATACTTGTTCTCTTGTATTCACAACTTTAAACAACAATAAAATTCTCTCATTTCGTATACAAGAGTTTAATTCTCAAGATTTGGATTTTTGTTTACAAAAGGGTTTATATCATTCTCTTAGGTCCCTTTACCACTTTTCCTTTAAAATAAGCTCATCATATATCAAATCTAAATGATCAACTTGCTCTTGCTGTCTTGCAGGATGTTTCAAGGAAACTCTTTCACGGGACCAATACCGTCAACATTTTCAAATTTGACAGCTATGAATGATTTGTATGTTTACTAATTTCTAATTTTTGATTTACTTTTTGCTTTATCCGTAGTTAAGTATTTTATTTATATGAAAGATAGCTTCTTACATAAATAGAATATGACAAGACAAGAAAAAGGTTATCCACGGCTAATTGTGTCATTTATATAATTGATGAAGGAGAATAGGTGATCTATCAAATGGGGGGTCTTCCCTAGAATTCATCAAGAATATGACGTCTCTGCGGACCCTGTAAGTTAACAGCAGCCTTTGTTTGATTGCTCTTTTTTAAAATGTTAGATATAATGTTAAACTTACCTTCATTCATCAACTTAAGCTTTTGGGTCAATTAGCGATTTAACTTAGTGTCATAGTAGAAGGTCCTATCCATGTTCAAACTCTTGCCATGATATTTCCTCTCCAATTAATATTGATTTCCACTTAGTAAATCTTTTTTTCTTATGTTGAATTTTCCTTACCTTCAACCTAACTTAAGCTTTTGGGTTTGTAAAACACTTAGGTTTGAGAGAGAATCAAAATCACTTAATTGCATTCACTAAAGAAATATATATACAAGGTACAAGAGTGATGAAAGAAGGAAAGTGTAGAAAATACAAAAAAAGGAAAATATAACAAAGATATTTACAACAGTAAAACTATAACATTGTCAATCAGCGATTTAACACTTGATTTCCTTATGTTGAATTTTCCTTCAAAGATTTTGAACGTGACAATGTTATTTTTTGTTATTCTTATTTTGCAGAGTTTTGAGGAATAATGGTATATCAGATTTAATTCCTTCCTACATTGGAGAGTTTGAAGAATTGACGTGGCTGTAAGATTTAATTGTCTATGGGTCGATCTTTAAGTGTATATTTTTCTGGTAGTGAGCTTGGTTGGATATGTTATGGACCTCATGGCTGCAAACCAACTGAGCTTATTAGACATTTTGAATAGTTATTTATTTATTTATTGTGTTTTTGTTTTTCATAACTTTTTCCCTTCTAATTTAACATTTAGTTTTTAGCTTTTATGCTTTTTATATTATTCTTGGGTAGGATCTTGATGTCAGTCTTATTTTTCTTGCAGAGACTTGAGTTTTAACAAGTTAAAGGGAGAAATTCCAGAGTGGCTTTTCAACTTGACTAAGCTGTCATACTTGTAATGTCCATTTTTTAATGTCAAACTTCGTTCATGTTTTCTATTCAATTGATTCGTGTGTTCTTGTTCTTGTTTCCAGGTTTCTTGGAAACAACAAGTTAACGGGTAGACTACCTCAAACTAAGTCTGACACTCTTCTTGTTATGTAAGTTCATCTCATAACTGTTGATTGCTGTAACTACAGAATCGGCTTGTCCATTGGAAACACGTTTCAATTTTAAAATCCTAATGTCTAACAATGTGCTCAAATTGAAGTTGAAGGATTGTCTTGATTAGCCCATACATTTATTATGGGCATCGACGTTTGCCTTGTGTATTGACCCCTTTCACATGATTCTTGCAGAGACTTATCATACAATGGTTTATCAGGGACCATTCCTGAATGGGTCGATGGTTCAACCTTACGGTTGTAAATTATATACTAGTCTCTCTTGTTTATTTTTATTTACAATCATGCAAATATACATTCCTTAAATCCTTATCCTATTTTTGTGTAACTGGAATAATGGTTGATTTCTTTGTCGGGAATGATTTGCAGAAATTTAGTTGCCAACAACTTCCTCTCAGAACATGTGAAAGAGAGGTAATTCAGTGAGTTGATGTATTATCTGTAATTTTCATGTGTACAAATTGCGCTTAAACAAGGTAGATAAACATTTGAATGTCGTGTTGTATTGCTTGTATAAACACATTTTTCTTTTACCTTTTGTTTCAGTAATTTACCTTTGGGTTTGCACTGTCTTCAACGAGAATTTTCTTGTAATGGAACTTCTGGAGGTTCTAGTTTGAGTAAGTGAAAAGTTTGTCTTTTTTGTTACAAGGGAGGGGATAAACTTATTCAGGGTTATTTTTCCTTTTATATAATTATGGCAATACACTAATTCAACTTCATGCACAAATAAATCTCTCGAAATATAAAGAGCTATGAGGTGTATTTCTCCATATTTTTTTGAGTTAATGTAGTCTACATCCTTTTTTGAGAAGGTAACAGAACTTTTCATTAAAAAAAAGAGAGAATGTAGTGAAACTTTTCATTGATATAATGAAAAGAGTCTAATACTCAAAATTACTAGAACCCTCCAGAAAAATCAGATAAAAACATACAATGGATATTTCTCCCAACTTTTCTTATACATCTTGCAGAACCTAGTTTTGGGATCAACTGTGGAGGTTCAAAATTTGATGAGTATGATAAACAAAGTGCGATTACTGGTGGAGCTTCATATTATGTTAGTGACTCAGAAACTTGGGCTGTTAGTGATGTTGGAAACTTCCCTAATACCGAAAACTCTACTAGTTATAACAGAGGCAATAGAAACTCTACTAGTTATAACAGAGACAGTGACACAACAGAATATACATTTGCAAATAGAAACGTCTCAGAACTTTTTTGGACACAAGAATTATCTACTTCATCATTGAGATTTTACGGACTGGGACTTAAAAACGGGATCTACACTGTGAACCTTCTGTTTGTAGAACAAGCTTTCACAAATTTGTCGAAATGGAGCAGCCTTGGGAGGCGGGTCTTTGATATATATATTCAGGTTATCTTTCTTCATTCTTACCATATAGTTTATTTTACCATAAATGTAATATGAGGAGTCTCCTACTGTTTGGCAATGGAAAGAAGAAACTTGTTATCTTAAGTTTGGCTTACAACAAAAGACTTAATCTACAGTAGACACTGGTTCTAGAGAGTACTTTAAATGCGTATGATTGTATTTTCAAGTTTGGTGCAATTGCTTAACGTTTTTCTTTTAGAGTCATTCTAAACCACCGTAGATTTTAAGAGAAGCATACATTTTTATTTGTAAGATTAGAATAGAAGTAAGCTGTCATTTGTCGTCTATTACTTTTAGTACAAAATGCACCTTCTTAAATAGGAAAAAAATTGGACAATCTAACTCAAAATAATAACGAATCTAGCATCGTCTAAACATATTTGTAAACTTCTGTCTTTACCTATTTTGTGTAGAACTTCTTGGAGGAGGATTAGATTGAATGGAAACTATGATACTTTATTAGTGAAGAGGTCAAAGCCTTTACAGGCAAATTACAACAAGGCTCTCAGCCAGCCAACTAACCAACAAATAACAAACTTAAAAAACAAACTCGATCATGAGTTTATACAAACAAGGTATAATCATCTAGAGCATAGTAAGGAAAAATATCAGTCACGTTGAATGTAGAGCTGATGTTCATCGAGGAAGGGAGGTCCACACAATAGACATTTTCCCCAAACTTTTCCAATGTAGGGAAAGGTCCACAGTCTTCTTGACATGGATAATAGACCATGACAAAATCCTCAAAATTCTGATTTTTTGAAGGTAAAAGATTCCCTAGGCAAAGGTTCTTCATCTTCAATTAGGCTAGGCATTCAGAATGCAAAAATGAGTACCTTGAGTGCAGAATTGATTTTAGATCAAAACCCTGATTCTTTGTAGGTATATTGAACACAAACGCAAATTTCTTCTTTCAACCGGACCAGTCTCTCAGAGCACTTGCCATCCACACTTTAAATATTCTGTTTTTCCTTACCTTCCTCAAAAGTTAAATTTTTGAAAGGCTACCATTGGCAAACTTCGGGACCTCCTTCAAGAAAGAAATGCGATACAGATTTTGACTCTCCTTTTAGCGTGAGTAGTGAGGAAGTTGATCATTTGGTGAAGTCAAATGGGCTGGAGGATCATTCTTTGAAGGACCTTTTAGAAAATGATCTCAATGATTTGTTTCAGTATGTATGAAGAGAAATTGGATGTTGAAAAACAGACCACTAGAAGTCGCTCTCAGTCTCAGCGTTAACGATATTCCAACCCATTTTTTTTAAACGGAAACGAGCCTCTTTATTGATATTAATAAAAAAGACTAAAGCTCAAAGTACAAGAGAAATATACCAAGAGCAAAGAAAAACTAAAGAAGTAGATGCAACATAAATCTAGATAAGAGAGAACATAATAAAATTACAACGAGCTGGATAAGATCCTCTGGAACCCGAGCAAAACAAGAAGAATTAGATACAAAGAAAAATGAAAATCTTTCAACAAGGAGCCCCAAAATAGCTGAAAACTTGAAATTGCTTAGAAAATGAATGGAAAGGAAAACACCAAGAAAAGGCAACCAGTTACAAGCTTCAAGCTTGATTTAAAAATACAAGCCTATGCCATGGAAGACTTACTGAAATCTTTCATCACACCAATAAAAACTGCACGTTTACTACTGAAAAAGCCCACTAAAGCTCCAAATCGTTGAACTGAATTCTGAGAGGAAGAAAGAAAGAAATACATAGGGAAGGGCCAAACGTAAAATCTCTCACTTTACAAAAGCCATTATCTTGCTTCAACAATCCTGCCAATGCGCCCTGACAATCACTGGAGAGCCATTCAATTTTTCTTTTGTTTTTTTTGAAATGGAGACAAGCCTCCTAAATTATTATTAATAACAGAGGCTTAAGCTCAAAGTACAAGAGTATTATACTAAGAGCAACAGAAAAGATAAAATTCTGTCTACAGCTACAACAAAAGCTAAAATACAAATTCCAAACATAAGAGATCAAGCTAAATAAAACCATAACCGAAGAAATCTAAATACAAAACATAATGCAAAATTCTTTCATCAAGAACTAATTTGAAACTCAAAACTTGCAAGAAGATGCAACTTGGCTGACTTAAAACTACCTAGCCAAATTATTCCAGAATCTAGAGGAAGCTCGAAAATGTCTTCCACTACTTCAACATCAGCGTGAAGGATTTACTTGCCACCCATATGAAGGGAAATCCAAAAAAAAGTGAAGTTGGTCTAACAATGAGGAGGAATACATTAAACTCCTGAAGAATCAAATTAGATTACAATAATTCCACGATTAGCAACTATTGATTTTAAATGATCCGATATTTTGCAAGACCGGGGACAAGAACGAGTAGCAAAAGGCAAATTTGCAGATCTAATTTTACAATTAGATCTATTTCTAGAGGCTCAAATTGTTTCTGACTTTCAAGCTAGGTTGACCTATCCAAATTCTCTAATTCCTCACTACTAACGTTGATACTACAAGAAGTTTGGGATCTCCCAACGCATAAAGTCATCGGGAGATATACGAAAATGCGTCAGGAAAAGATCTCTCGACGCATAAATGTGCGTCGGGATGGAGGTCGGGCAAAATGCATCGGGAGAGGATCTCCCGACATTGAGAAATTCAGCGTCGGGAGATTCTGACAACTCTCGATGCAGTTTTCAGCATTGGGAGTTGTGTAGGATCTTCGATGCTGAATATTAATGCGTCGGGACATCCTATTTTTTTTTTAAAAAAATACCTTCCAAAACAGAACAAGCAGCAGCTACCAAAATACCTTCCAAATTGGTAAGCAAACTTCCATTGATTAAATGAAATGTACAAGAAACCAAAAGTATGAAGAATTGCCCGAACCATTCTTGAAGCACAACAATTATGCTACTAAATAGAAGCACAATTATAGTGCTACTTAATGCAATAGAATAGGATAAACCAACATTAAAGGTTCCTAAAAAGTGTCTACGTGACAATTTAACTCTCAAAACAGTCAACAAAAGTATCTAAAAACACCTTGACTCCCAAGAGTTGAAATACTTACAAGAATGACAATTAATTTGCTGAGATGGGCACAAGTTTCATAATTGGAGCTCTCAAATTGTTTAGCCTGAATAAAAATCAAACACGTTTAATTCTAGAATCAATTACACAACCCAATGCCAACCCTCATTCTACAAATGGAATCCAGTGTATTCAAACACGTTTCAATCATAAGAAGCCTAATTATCCCCTTACCATAACAAATTTAAAACACCCTAGGACAAAATCCAAACACGCCATATTGAAAGGAATGCTTTCATCTCTTCGGTCCAACATATGTATTATTGGCATCACACTTTTTGTTATTTTTGGTATGTTGTATATTTTAGTGCTAGACTATTTTCTCTATATCTAAGATGTTTCCATTTCAAAAAGGGAAAACAAAAAAAAACAAAAACCATAAGCTTTTGGGTCAATTGGTGGCTTAACAATAATATATGTTTTTATGTGTAGTTGTCCTTGTGATTGTACATTCCTTAGTTTAAGGTTCTCTTGTAGACCTATATACATGTGGCTTTCTAATCTAAATTACGAGTGAGAAATTTCTTACAAATTGAATTCTCACTTGAAATTATAATGTTTTCCATCTGTTTTTGCTTTGATCTATTATTCTGTCTTGTTTGAGCTTAAGATCTTTGTTTCTAGGGGGAACTTTTCCAGGAGGATTTTAGTATTCAAAATGAGGCAGGTGGGTCTTTTCGTCCTATTTCAAAGCCATTTAAGGTACCAGTTTCAAAAAACTACATGGAAATTCACCTTTTCTGGGCTGGGAAAGGTACTTGCTGCATACCTAAAGACGGTACTTTTGGTCCTTCTGTTTCAGCAATCTTTGCAAGTCTAGGTAATGGCCACTCCTGTCTATTATTTTTCCCTGCTTGTTATGGTGTACTTTTCAATTAACTAGATACATTTTTCAGCAGATTCTGATCAGCCTGTAAGTAATGCGAAGAAGGGAACTAGTCAAATAAAGGGGACCGGTAGTAAGAAGAATGCAGCCATTCTAATAGTGGGGATTGTTGTTGGTGTAGGATCTGTTTGCTTTCTAGTTTTCACAATTTCCATTCTTTTCTATAGAAGGAAAGGTCGTTCCTCTGAAGATGAAGGTAACCAAAACTAGTTACATCAGAGTAGTTCTTTTCCTTTTAATTCTCAAGTATTCCATTAATAAAAACTTCTCTCATGGTGCTCGTTATCCAAGCATTTTGCAGATTATTTGAGTGGGAACGCTCTTACTTTTCCTGGAAGTATTCCATATAATGAAGTGTTTTATCACATTAATGGGAGTGGGTTTAGTATAGTATAGTGTTTTTGGGTAGAGAAAAGGAATGTTTGCTTGAAAATGACTGAAGGTGTTTGTGTCTTTTGGTTGGAGAGGTTCAGCTCTCTAGAAATAGCTGGTTGCCGATGGCCTTTTTTCTTATTCTATCTTGCTGATTCCTGGGTTGTTTTTCAAACTCTTGACGAAGGGAAATCAATTGAACATTGTTCTTGTCACACCCCTGCCCCGCAGACCTGCTTGCTTGTCTCGTGAGACGGGGTGTGACTTGAGCATCCTTGACGCAGTTAAACACAAAAGACACTCATCTTAACTTCCTTACTTTAGCTTAAACACCAAAACACTTAACTTCGAAATCCTTTAGGCGATAAAGAACTTAACGTGGAAAGATAAAACGAACTTTAAACTTTTGTTCCTTAACAAGGCGTTTAATACATGTACATAATGATACAACAATCAAAAGATAAAAATCAACACTTAAACTTGAACGCCTGGCAGCTTCTTGCCTAAGAAGCCCAAACTTCCTCTCTTCTTGACCTCAACGCCTAAGTCCTGAAAGGTAAAATTTTAAAACGTAAGTCTAAAAGACTTAATGAAGTTTTATGAAAACCTTTTCGCAATGCCTTTTTACAAACATCATTTCGCATAAACAACCTCAGAACATTTCACATAAACCTTTCTTTATGTTTAAACACATTTATAACATAAAAATTTCACATAAACACACATTATAATTATTCATTTCACCAAGGATCTCAAATCGTTCTCTACGCTTGGTCTCATTACCTTGCGTTTGACTACTGTAATAATAGCATCCGAGAACATACTGATTCGTTCTTGTTGCTCAGGCTACTAAGCTTTATATGCTCCTTTCTATACAGAAGTCAACTTCTTATCACCATGTAGTCTGTACACCCTTTGGTGGCATTGACTCTTTATGTGCACATAAAAGTTAGCATCATCTCAAGAAATCAAATAATGGTTTGAAAACCATTTCATAGCATGGAAACCGTAATCATCAAATCAAGTTTTAACATTATAAATCATGCTTGAACACATAATCTCTTCATAGAAATTTCTTTTTGAAACACTTTCTCATTTGAAATCATCTTTCAAAATAGTAAAGCAGAATCACAAAACTTTTAAGAAGAAAACCACTCACCGATCGTAGATCAAACCATTGGCTGAAATGCTTGTCCAATTCCTTCTTGTTCAAAACCTCTTTGATCCAACATGCCTCGCCCACCAACCTCCATTGTCCAGAAACTCGTTTTCGGTCAGAACCTTTCTTCCACTTTAGAGCTTAATAACATAAAGTCCATAATTCAAATGAAAATGTTTCCTTCTACAAAGTAGTTGCAAAATGTCTAAGTATTCTCACCTCAAAATTTCAGCTTCAGGTTCCAACAAATGAACTCTACAGCCCTCTTGAAGTACACATTGTTCAGAATCACACGAATTCTGACCTTCCTCACTTCCTTCAACTCAAACCCAGCCCTCTCTTACTCAAATTAAACCAGAAGCTTCAACTTAGAAAATAGACTCAAAATGGAAACTTTTGGAAGTAATTTCACTCAAAACGCACAAGTGTACTGTGAGAAAAATGAATATGTAGTAACCTAATAATAGAGTTCCTTGCATGAGTACAAGTTGACACCTCATCCTTGCTTACATCCACCTTAAACCTTATTAATACACTTCTTGCTTACTTTTACACCTCAAAATGCATGCTGACAAGGCTTTGATACTTCGCTTAATTCTTAAACCGATTGCTTAATCATGCCACATAGTTGTCCAAAATGCATAGGTAGCTTCTAGCTTCCAAGACCATCTCGCCTAGACTACATAACCTGACTTAGAAAAGTTATAACTTAAAATCCGTAACTCGTTTGACCAAACTTCCTTCTACAAAGTTACTCTAAAATGAGTTAACTTTCTTCCAAATTTAAGAGCAAAACGTCAAACTATGCATTCTGTAGCCTTATGGGAGTGCATTTTGCTCAGATTCACTCGCAAACTAACCTTTTCGCCTTCTCTTATCCAAAACACCAACTTTCTCATATCCAAAACGTCCAGCCGCCTTCCTCAATAAACTAGACTCAAATTATGAACTTTCAAGACCAATTTGATTGTAAATGCCCAAGTGAGTTGTGAGAAACTCCTTTCTGAAGTTAGCTAAAACGTCCAACCTCTATGATCCTTCTTTCTCATCAACCTTAAACACTTAAAAACCCTTTTTAACCTCTTTAACTATTTCGCCAAGCCAACTCGAATACTTAGTCAAAACTTCCAATTCTTAACTTAAATTTTCGATGCGGGTCTTACAGTTCTTGTGTTCTTTTGTTGTACTATTTTGTTCATTGAATTTTTGCAGTTCAATCGTGAAGGGGAAACCTTATAGTAATGCAATCAAACAATTTTTCTATTGAAGGCACTTCAAGAAAAAAATATAACAGTACGCATAAACTTGAACATTTTGTTTTGTTTTGTTTTTTTTTTAAAGGTGTGTTTTTCTAAAAAATGCTTAAACTAAAAGGTGTGCCCACAACCACCTTTAGTCCTTCGGTGCCTCGTTTTCTCCCATCAGAATGATTTGAGAGGAAAGGTAATGAAACATATCCACAATCTACTCATATATTATTTACCATTGCAGAACTCTTCGGAATTGATGATCAGAGACCTCACACTTATAGTTATTCTGAACTAAGGACTGCTACAGAGGATTTTAGTTCATCCAACAAGCTTGGAGAAGGGGGCTTTGGACCCGTTTACAAGGTATATTTAATTCCTTTAAATGACCCATGAGCCTTGTTTTGGTTGTCTCAAATCACGTTGCTCATATCTAATACAATTAGTAAGTGAAACTGTAGTGTTAGTAGTGCTTATCCAACTGTCCTTGAGTTTGAGGTGATAAGCTTCCTTGCCTCCCTTCTCGAGTGTGGTAGACTCGATCTAAATGCAAAATCTCAGCACCAAGTTAGGATTGCCTAATTATCTAGAATAATTAGAATAGGTAGTAATTTTAATTAATTATAATAGGTAGTAATTTTAAGAACAATTAATAAGCATTAAAATATAATTAATAGACAATAATTTTAAGAATAATAATTAAGTATACAATAACATTTTAAAAAATAAAATGACATAAGAAAGATTTTGCTATATTTATAATTTTTTTAAAATGTTGCTATATGTTTAATTATTTTAAATCTAATTGCTATATTTTTTTATTAATATTTGAAAAAATGGTCTTTTAACGAGAGTCTTTTGCTGGAGTGGCCCATTAGGCCCAATGTTGAAAACCTATACATTAGGTTTTCTTTAGGAAATTTTTAAAAATAGCAAAATAAATTAAAACATTCACAAGTTATAACAAAATTTTGGATTTTATCAATGATAGTCTTTAAAAAAAATTTCCTTCTATATCAGCGATAGAAATTATAGATTTCTATCTCTGTCTATGAATGACACTGATAATCAATAGGACTGCTAGAAATATATCAGTGTCTAAATTATTACTGGACGACACTTATTATAAAATTTTAAAATATAATCTCTTTTATAACTTTAAAATATAATCTCTTTTATAGAAGTTGATACATGATTTTATTAAACATGGTTAAATATGTTGTTTATTTAATAAATTTAATATTATATTTATATATATAAAAAAAGTAGATGAAGTAATTTTCTCTCTTATTCTAATATTTTATTTTAATTTCCTTAATTTCAAATACTGTTTAATTAAAACATAAATATATATTCGAATTATTTTAGTATTTTTAATCAGTCTGATAGATAAAAAGATCTTAAATCTAAAAACCTAATTGAAAAGACTATTCCCATATATTAAAATAGTGTATAAATCTTAAATAAATTCATTTATTTTAATTTAACTACAATAAAGTTAAATTCACAAAATTAGCTATTCAATTTTAGAGACTTGTTTTCATCTCTGAACATATTTTAAGTTTTAATAGTTTGTTTTCTTTTGAAAAAAAAAAGATTTATTAACTGCAATCTATGTGCATCTTTGGAACATTGATACTGATTTTGAAACTTCAAATCTCCCAAATTACACACAATTTACCCAATTTGCTAATTAAGACAATGATTCAATTATTTATGACTTGATAAATAAAACACTCATTCTTGAAGAATAAGAGAGTCGTAATAGGAACAAACAAAAAAGAAAAAAATCAAAAGAAATAAAGGAAAATTTGGAAAAAATCATGTATATGGAGTTTGGAATAAAAAAGAAAAAACCCTAATGATAAAAATCACATATTGTTAATTGAATTTTTATTAAAAAGGAAAAAGAAAAAGAAGAGGGAAAAACAAAAGGATGCTAAATAAATAAAAGCTTGGTTAACTTTCATAAATATAATAGACAAAATATTTTCGACCCGGTCACAAATTGAGAAGCATATGGAATTTATCATTTTTTTAACAAAATTTGGGTTTGTCCTTAATTATTATCATCTTTCTTCTTGTAATTTTTAAAATATTTTCATTTGCCTTATTCATATCATTTTTTCTGCAATTTTTCTTTTCCTTTCCAACGTTTTTTATAATTTTTTTCTTTTTCTTTCCATTGACTTTTTATTTTCTCGGTAATTTCTTATATTTTTTTTCAAACGGTTATTTTGTACAAGATCGTGCTATTTTTTTTTAATTGTTATTTGGTTTTTGAAGATGATATGTCAAATATAAAAGATGAAAAAAAAGTTCGAAATATTGGATTGACAAATATATACGATTGTGTACGAATATAAACACGATGTACCAAATCTACCAAAAAAAATCTTTAATTTTAAAATATTTACAAACAATTTTGAAAACGGAAAAAACTCATAGGCCTACAGTGAAAAATACAAAAATAGTCAACACACGATTAATTGGCCACGCTCACTCGAGTAATCTTCTTCTAAAACATCATGTACTACAGTCTAAACGAATGACCTACGATTGTTTAGATCACATGATTGTATAGTTCTTCTTTTTAACGATAGAAAAATGTTTCAAATTTAAACGATTGTGTTGATCATGGAACATGATCGTATCGATTATGGTACGTAAGCGTAAATGATCATTAAAAACTTCAAATCTAATAATTGTGTTGATTATGGTAAACCATTGTTTAAATCTTGATATGTAGTTCTTTTTAAATGATGAAAAAAAGCTTCAAATTTAAATAATCGTGTTGATCATGATAAACGATCGTGTTAATCTTGGTAAATGATCGTGTTGATCATTTAAAACGATATTTAAACGATCTTAATATTCTCGAATATGAAAAATATTAAACATTAAAACAATCGTGAAATAGCTTCAAAGAATCTTGTCGAAAATAATGAAAATGAAATAGGAGATTAACGAAAACAAAATCGTTTAAAAATAGACGAAAGAAAATTTGGAAGTAGAGATAAAAAAATTACAAGAAAAATGAATAAATTGCAAAAGGAAGAAAAAGAAATGACGATAAATATTCAAACATAGATAAATATTTTTTGATTTTGTTATAAATTATCCAATAAATAAGTTTTTAATAAGATTTTATCTAAAACATAGATTGTGACTTTTTTCCCTTCTATTTTAAAACGTGATTTAAATATTTTCTTTTAAAACTTGATTGAAAGGTTTAATTTTTTTTTTTCAAATGTGATAGATAATAGATTTTTGGGTTGTGGTCTTTTTTCCCTTTTTCCTTTTTAAACGTTATTTAAAGTTTTTTTTTTTTTCAAAGGTTTAATGGAGTAGTTTTCCAGATTGTGATTTTTTTCCTTTTTCTTTTTGAATGTGATTTAAAGATTTTTTTAAATTTCTTTTTAAACGTGATATTGTGTAGTTTCTTAAGGTGATTTAATTTAATTCAATAATTTAAATATAAATTTAAGATGACCTTATAACTACGGTTTAAAGGGGACAAAAGAGGAAACCTTATGTTTCTTCCCTATAGCCTTCTCTATATAGCATATAGGTATTAAATATTTAGAATAGTCCAAGGTACATAGTGATCTTTTACATAAGAGAACAAATAGACCTTAAAGAAATCATTATTTATAGAAAATATATAAATGGAAAATTCCAAGAAGGAAAATAATGATAATATATAAACTCAGTTTTCCTTTTAACACTCCCCTTCAAACTCAAGAAGGTGGTAGAATGATGAACAACTTGAGTTTGTGAATAAAACGTCTAAATCAAATCAACATATATGTTGTAGAACAAAAATCCCACAAAAAATGAAAACAATAACTTTTAGGCTGGAAACACAAATCCACAAAGAACGAAACCAAGAACTTCTAGGATAGAAACAAAGATCCTCACATAGAGATCTAGAACAAAATGTTTGAAGAGCGAAACAAGAACTTTTGGGAATGAAGAAAGATCCTCATTGATCCATCTAAAACAAAACCCACAAAGGCTACTTTGAAAATAGAAGAAAGACCCACGATTTTTTTTTCTAACCAGATTTGTCATAATTATAAATAAACCAAATTGGACAAACTTTAACCAAACAAAACTAAACTGGACCCACAGTTGAAAATTGACCAAGTAGGCCTGAGAAAATTGAACTAAACACAATAGATGGACTAAAGTGAATCAGATTTGTTTAACCAAACCGAACTTAACTGAAAAAATAGGAACTGAAGTGCAAAGAAAACATGAGGCAAGAGAGGTTTGTGTTTCTAGGTGTTTGTGTCACAGGTGGGTAGAGCTAGATTTGGGTGGCTAAATCTCCACTTCCTGACATGGATCTCAAGGTAACTATGGCAGATATGAGCAACAATCTGGTTGTGCGCAATGGAAGAGACACATGTTGCTCATATTAATCTTTTGAATTCCAACAGTTAGTTTTTTTTTATAATCGTTTTGAAACGGAGAGACAAGTCTCTTTATTAATGAAAATAAATGAGACCTAAGCTCAGGAGTATAATACTAAAAACAAGAGAACTAGAAGAACACAGTAAGAATAGAACTGGAACTAGCTTAGGCATAAACTAAAAGATGGCTACCTAAAAACAAGTTCCAACAGAAAATAAATATTTTTATTACTTTTTAAAATTTTAATATTAATTAATCAACTATATTCCAAATGAAATTCTATATAACATAAAATAAAATAAAAAAAGGATGGAGAAGGAAAAAGAGAGGCCACAAAGGGAATAGAAAACCTTTATTTATGGGAAATGATCAGCATACATTTTTCTAGGCAAATGGTTGGAAACTGTGAAACAAACGAGATTTGGATGCATGTATCAATTTCCATGCAAACGGCCATAGAAGACAACAACTATACACAGTAATATACAAATATATGCTGTAACAATAATATACGTAATTCTATCCTAATAACATTCTTATCAAATATTGTCATTACTTCGTAACATGTTATTTTACTTGTAGGGAATACTGAATGATGGAAGAGTAATTGCTGTGAAGCAACTTTCTGTAAAATCTAATCAAGGAAGGAACCAATTTGTGGCTGAGATTTCTACATTATCCGCCGTGCAGCATCGCAACCTCGTGAAGTTGCACGGGTGTTGCATTGAGGGCCAAAATCGTCTCCTTGTGTATGAGTACCTGGAGAAAGGGAGTCTGGACCGAGCATTATTTGGTAATTAAGCTAACATTTTCCTTTTAATCTAAATTTGTGGCCAAACACAAATTGTAATATTTATTGACTTGTGTGAGGTAGGAAATAGAAGCTTCACTCTTGATTGGCCAAAACGATTTGATATATGCTTGGGTGTGGCGAGGGGTCTCTCTTATCTTCATGAAGAATCAAGGCTTCGAATTGTTCATAGAGATGTTAAAGCCAGTAACATTCTACTTGATGCTGATCTGAACCCCAAAATTTCAGATTTTGGTTTAGCCAAACTTTATGATGACAAAAAGACTCATATTAGCACCGTTGTTGCTGGAACAATGTAATATTTCATTCAAAATTTAAATTCCCCACCGCATAATTAAAATCATTACATTTGATTACTTTTATCACGATTAGTGTAATATCACTAAAACGTTTACTAATGCAGTGGATATCTTGCACCTGAGTACGCCATGCGTGGCCATCTAACGGAGAAAGCTGATATCTTTAGTTTCGGTGTCGTGGCTCTTGAAATTGTCAGCGGTAGGCCGAATTCCGACAGAAGCTTGGAGGAGGACAAAGTTTTTCTTCTTGAACTGGTAATAACTCTATAATCTTTGTCCCCTTCTTTCCAGTACCAAGTTCGCATCAAAATAAAGATGCAACAACCTATGGAAACTTTTATTTGAGAAATCCTCTTCATAAAGTATGCTAATGATATGCTAAACTTTTAACAACTATGGCTTCTAGAAAGTACGTCATCATTCTTAAATGGTTAAAATCACTTTTATCATTTTTAAAATTACTCCAAAAATACTTTTAATCATTCAAAATCTATTTTAGTAACATGAAAATGGCCTTTAAATATAAACTAAAAATTGAATTCATTTTGAGTGATATATGTGTGTTTCAAAGTGATTTTAAATATGAAAAAAATGAATTATAAATCTCAAAATCACTCCCAAACATGCACTCAATATCTTTTGAATATAACAAAAACAGAAATCAAGAAGAAATATTGGGAGAGTTAGAATAAAAAAAGAAACCCATTGATCGAAAAGGAAATTAAGAACAAATTTAAAAGGGTTTATATTTAGGGTTTTAAATTTTGAATTACCTCCAACTAAGACAGAGACGAAGATGGAGGGGGAGTGACGGCAACGGACAGAGCCTAGGGTGTATCCAAACGCTTTAAGTAAAGTTTCAGAAATTCTAGCTTCTCCCGAGTGCATTGGGAGAGGCTCTAACTTCTGACGTCAAAACTCCCGGCGGTGTAAAATGTTGTCGGAAGATCTAAAATTTCTTGTAATGGTTGTCATCAAAGTGATTGTTGGAGCGCAAAATTGCTCGCTAGCTGTGTCATTGAAGTGATTGTTGGAGCTCAAAATTGGAAGTCAAAATTGATCGTCGGAGTTGTCATCAGAGTGATTCTTTAAGCCTGATTTTGGTTGTCAAAGTTGTTATCAGAGTGATTTCCGAAGCTCAGAATTGGTCATCAAAATTGGTCGCCAGAGTTATCATCGAAGTGATTGTCTAAGCCCATAATTGGTCACTAATTAAAGTTTTCATTGAAGTGATTGTCAGAGTACGGAATTGGTTATCGGAATTGATCGTCGGAGTTGTCATCAAAGTAATTGTCGAAGCTCGAAATGGGTCGTCACAGTTCGGAGTTGGTCATTAGAGTTGCACGTGGAAAAGTGATCGTCAGAGTTGGTTCTCTGAGTGTGGGCAATATAATTGTCGATCGTGGCTAACGAATGGAGCATTGAAAACATTAGAAGAAGAAGAAAGTTGGGGCGAGTTGGTAAAACATATACCTACTCAAACTCCACCAACACTTAAAATCGGTAGACTAAACGATGAGTTATACCAACTCAACTCATGTTAGTGAACCAAACATCCCTAAGTTTCTTAATTTATGGTTAGTATTGAAAGCAATAAACACAAACACGAGACTTTACGTGGAAACCCAAGAACTGGGAGAAAAACCACGATATTGTTAATTTTATTATATTTTGATGAATGAATATAATAGGTACAAAGAGGGAAAATAAATAGAATACATCAAGGAATAAAAGAGGAAAAGATTTAGGAAATAGGGTAAATCTTCTCATAATCTATCCATAAATACTCTAAGGGCCAAGCCCACTAGTTCTAACACTCCCCCTCAAGTTGGGACGTAAATATCAATGAGATCCAACTTGCTAACACAAAATTCGAAGTTTAGTCTGAGAAGTCCCTGGTGAGAACATTAGCAACCTGTTGGCTCGAAGAAATGTAAGGAATGCATATGCTCCCATTGTTGTCTTTCTTTGATGAAACGCCAATCAATCTCAACATATTTAGTTCTATCATGTTGAAGTGGGTTGTTAGCAAGACTAATAGCGGCTCTATTATGATGGAAATCCAATTGGTATGAAATATGAATATTATTGATAATAGAATAGGAACGAGTTCCTGAGTACAAAATCAACCTTAATCCCACTGCTGACCTATCTCTCAAGGTAGAGTAATTCTTTTCTCTCACAAGATACTAACGAACTTTCCCGCCCTTTCTACTCAATTATTTATACAACTTCTAATCCCTTCCCCACTAACTCTCATGTGCTATTCTACACACGTGCTACTTCTGATTTTTCTTTTCTCTCCTACTATATTTATATATGATAGGAGGTCTATCATTACACTCCTCTAAATTCACCTTGTCCTCAAGGTGAAAATTTGGAAAACGTTGTTGCATATCTTCATAAACCTCCCATGTTGCTTCATGTTGAGGTAGTCCTTTCCAACTCACCAACACATCCCACCCTCCAGCCTTATTCTTCAAGTATCCATATATTTCTTTAGGTACTGCTCTCCACTCATAATCTTCTATCAAGTAGGGAAGATCATTTCGGTTTTCTTTGTGAGATCCGATCACTTTTTTAAGCTGAGAGACATGAAAAACAGGATGTATAGTAGCATTGTCAGGAAGTTCTAGCTTATAAGCTACTAAACCAATCTTTGCTACTATTTTATACGGCCCAAAGAACTTAGGGGATAACTTTTCATTTCTTTTCTTTCGCAATGACAACTGCCGATAAGGCCTTATCTTCAGTAGCACTAAATTGCCCACCTGATAGTGAACTTCCCTTCTTTTCAAATCAGCATACTTATTCATTTTATCCCGTGCTACTCTCAAATGCTCCTTCAATATCCCGAGCATCAAATCCCTTTTCTTCAGTTGTTCATCCAACGTCGAGTTCGGTGTATCCCGGTCTCCATAATAAATCAAGGGAGGAGGTAATCGACCATTGACTGCTTGAAATGGTGTGATCCCTAGTGAACGTTGGTAAGTAGTATTATACCAATATTCTGCCCTGTGTAACCATTTCACCCATTTTGGTTTTTCTCCACAAAAACAGCGCAGATAGCTCTCTACCTCTCGGTTCACTACTTCTGTTTGCCCATCTGACTGAGGATGATATGTCATGCTATAATTCAATCTTGTGTCTGCCATTCTGAATAGCTCCCTCCAAAAGTTACTAAAAAACACCTTATCCCTATCCGAGACTAGAATTAGAAAATCCGTGCAGTCGTACTATTTCCTTGATGAACACTTCAGACACATTCTTGGCAGTGTATGGGTGTTTCAATGGCAAAAAATGCCCATATTTGCTCAAGCTATCAACCACAGCAAGTATGACTTCATACCCGTTTGCCTTTGGTAACCCTTCCACAAAATCCATCGAAATATCTTCCCAAATTCTATTACAAACTTCTAGAGGTGTCAATAAGCCAGCTGGAGATAGTGCCAATGTTTTATTCCGTTGACAAACCATACACTCTTCGCAGTATCTTTTAACATCCTGTTTCATTCCTTCCCAGAACAATTCCCCTGTCAGTCTTTTGTAAGTACGTAGGAATCCTGAATGTCCACCAAATACTGAGTCATGGTAAGTGTGCAAGAGCATAGGGATCAATTTGGACGTCTTAGATAACACTAATCGGTCCTTATACATCAGCATACCCTGTTTTATTAAGAACTTAGTACTCGGTTCTCCTTCTCTTTCTCCCAATTCATTCTTAATTTTCTGCAACTTCTCATCTTTATTTACCTCTTCCCTTATAACTCCCACATCAATTATTTTTTGGGATGTCAATTGATTCAAATGAATTGTAGGAGGCATTCTAGACAATGCATCAGCAGCCTTGTTCTCTAACCCTGGCTTATACACCACTTCGAATGCATATCCAAGGAGTTTAGAAATCCATTTCTGGTACTGGGGTTGAATCACCCGCTGCTCTAGCAAGAATTTAAGCGACCGTTGGTCAGTCTTCACCAAAAACTTCTTTCCCAACAAATACGGACGCCACCTCTTAACTGCCATGACCACTGCCATTAATTTCCTCTCATATACTGGTTTAGACTTGTCTCGATTTGCCAATGTATGACTATAGAAAGCAATTGGGTGTTGGTTTTGCACCAGCACAGCCCCCAAACCAAAGCCAGACGCATCTGTCTCTATCTCAAAAGGAATGTTGAAATCCGATAACGCCGAGGGTCATCATAACTTGCTGCAACTTAGTAAAGACTTCTTGTGCTTCCACAGTCCATTTGAACCCACCAATCTTCAAAAGTTGCGTTAATGGAGCTGCAATTATACCATAGTTTCGTACAAACTTTCGGTAATACCCGGTTAAGCCTAAGAATCCTCTGACTTCCCTCTCACATTAGTTGCGCAGGGCCACTCTTTGATGGCTCTAATCTTCTCCGGATCAACCTCTACTCCTTCTCCGAAAATGATATGCCCCAAGTACTCCACTCTAGATTTCGCAAAACTACACTTCTTCTTATTAGCATATAACTCATTTTTTCTCAACACCTCCAAAACTACTTCCATGTGAATCAAGTGAGTTTACAAATCCTTGCTATAGATCAATATGTCATCGAAAAATACCAACACAAACTTCTGAAGATGGGGCTTAAAAATCGCATTCATCAAAGATTGGAATGTAGATGGAGCATTCGTTAGCCCAAATGGCATTACCATTAACTCATAATGACCCTCATGAGTTCTAAAGGCTGTCTTCTCAACATCTTCAGCACACATTCGAATTTGATGGTACCCTGCCTTAAGATCAATCTTGGTAAACATGGCAGCTCCATTTAATTCGTCAAAAAGCTCTTCAACCACTGTATAATTATCTTCTTCCCCTGATGTACAAATGACAGTACCAAGTTCTTCCAGTCAATTTCAGTTATCCCTAAGGAATATAACCAAATGTCTTCACATATTCTCAAACTCATAGCTCGGTGTTCAACCTTAGCGCTGCTCCTAGCCACAAACTTTGCTTCTTACTCCTCCGAGTTAAAAGATTGCCTAAAAATAAGTACAATAATTGGAGGTCGATTTTCTGTCAACAACAAATCAAGCCCAATTCAATTCAATATATGCCTCAATGGTTTTTCCATATGTCTATCTAAATATCAACCATTTACTAGGTGTAGTTTTCAAGTATCTCAGAATTCTATTGACAGCTTCCATGTGTTCCTCATAGGGAACCTAACAATACTTACAGCAAAGGAAATATCAGGACGAGTATGGGACAAATAAATCAATTTACCCACAAGGCACTGATATTGTTTTTTTATCAACTGAAACTTGATCATCAGAGTTTCCTAGTATACAGTTAAATTCAATAGGAGTGTCAGCAGGGCGACATCCCAACATACACGTCTCAGTTAGCAAATCAAGGGTGTATTTTCTATGAGACACGAAGATGCCTTCTTAACATCTGGCCACCTCCATTCCAAGGAAATATTTCAGATTTTCCAAATCCTTGATTTCAAATTCATCATCCATTCTTTGCTTTAGTTGACTGATTGATTTATGTCTGATCATCTCCAAACAAAACAATGTCATCCACATAAAATATTAGAATTGCAATCTTCCTTGTCTTGGAAACCTTTGTAAATAAAGTATGATTAGAGTACTCCCTGACTGTACCCTTGGGACTTGACAAAGGTAGTTAATTCGTCAAACCATGTTCTAGGTGATTGCTTCAGACCATACAAGGGTTTCTGGAGTTTACACATATGCTGACCATACTGAGCTTCAAATCCAAGCTTGAGCTATGTAGACATCCTCCACAAGGTCTCCATTCAGAAAAACATTCTTAACATTCAGTCAGTATAGAGGTCAATTTTTGTTTATAGCAACAGATAGAAAGACTAACAATATTCAACTTAGCAATTGGAGAAAAAGTTTCTAAAGTCAACACCATAGGTTTGAGTAAATCCTTTTGCAACTAACCTTGTCTTATGTCTGTCGAGAGTTCCATCTGCTTTGTGTTTGAGAGAGAACACTCATTTGCATCCCACAGTTTTTTATTCCTTGGGTAGAGCACAAATCTCCCAAGTTCTATTCTTTTCAGGGGCCTTCATCTCTTCCATGATAACATTCTTCCATTTAGGACACTCTAAAGCAGTGTAGATATTTTTCAGTATTACGGTAGAGTCAAGGCTTGCCGTAAAATCTCTGAATTGTGGAGAAATTATCATAGAAAACATAATTGCAAATGGGATGTTTAGTACAAGATTTGGTACCTTTTCCCAAAGCAATGGAGTCAAGAGAGGGATCATACCCATCAAGGTTCCTAGTACGACCCTATTCAGCTTCGTTATTAATGGTTCCTGCTCTGACCTTAGTCTTTTCACCATTGTTCATTTTTTCTGTATTTTGAAGAACAGCATCATGAGACTTGTCATTCTCACTCATCTTATTATTAATACAAGGTTCAGTAGGATTGGAGTCGGCAGCTGACTAGTAGGGGACCCAACTTTCTTTATGAGATTTCTTCTGTAATACGTTATCTAGGGAACTTGGTTTGTGAGTAGGACTATGGGATGAGGATTGATGTCAGACGCGGTACTAGCAGTAGGTTCAATAAATTCGAAGGTGTTAGACTTTTCACTCACACTCCCTTTGAATATGGCTAATGGGAAAGTAAGGTCGGTCCTCACAGAAAGTAACATCCATGGTAACAAAGTATTTGGCAGATGAAAACATTTATAACCGCATTGATGAAGAGGATACCCAACAAATACAAATGCTTAAGCCTGAGGGAAAATTTTGGTTTGATTAGGGTCGAAATTAAGGACACAAGCGGTACACCCAAACACACAATGGGGAACTTCATAAATTAGACGAGTAGAGGTGTAGGACTCCTTAAGACAATCAAAGGGAGTCTGAAAGTGGAGGATATGCGAAAGTATTCTATTGATTAAATAAGCTACTGTAAGAATAGCACTCCCCACCAGTAAAAAGGAAAGGAAGTAGATAGCATAAGGGAACGGGCTACTTCTAGAAAATGACAGTTTTTTTGCTCGGCCACCTCATTTTATTAAGGATTATAGGTGCACAAATTTTGGTGAACAATCCCCTTGGAGGTTAGAAATTCACTAAGGTTATGATTTTGAAATTTCTGAACATTATCACTCCAAAGAACTGCAATTTTGTATGGAATTGTGTTTCAATGGTGATAAAAGTTTTGGAAAATAAAAGGAAATCTCAGATTTATCGGTGATAAGGTAGACCCAGGTAAGACAGGTGTGATCATCAATGAAAGTTATAAACCACCGTTTTCCAGATAAGGTGGTCACTTTGGAAGGGCCCCAAATGCCACTATGGATAGGGGCTAAGAAGCACGGACACGGATACGAGACAAAATACAACACGACACGAACACAGCGACACCATATTTTAAAAATCTAGGACACAACACAGCAAGGACACGTTTATTAAAATATTCATTTTTAAAATATATATATCATTGTTATAGTAAATGAATTAATGCAATATTTATATGCTTAAAAGACTTAGCTTAATGTATTTAATGCTCAAAAGTTATTATTATTGTCATATATGTGTCTTTTTAGTCGAGTCAATCAATATTCTATGCATGTTTAATACATTTGTTGGACTAGCAAGCGTCCAATAGATGTCCACCAAGTGTTAGAGTGTACAAGTGTCTGATATGTGTTCGTGTCCGACACGCTATCCAAACTGAAGTGTTCATACTTCTTAGGATAAGGGTAAATGGTTGTGTGGCTTTATATGGTTGTGAGGAAAATGTAACCCGATGTTGTTTTGCCCGAATACACACGTCACAAGATAGAGAAGAGACATCATATAAATAAAGTTTGGGTGGCCCAACCGAAAATGTCATAACATACAATCATGTTCGAAAGTGCTAAAATAGGAAGACTGTAAACTAGCCCTAGAAATACTACTATCAGAGGTATCATCTTCAAGGATGTAAAGTCCCAAGCACTATGTCGAGCAATGTCAATCGTCCTCGAGCTCATGTCTTGAAAACAAACAGATTCAAGTAAGAAAATAGATTTACAATGCAGCGCACGAGTGATCTTGCTTATAGTTAAATGGAAAATTGTAAAATAGTTTGAGCCCATGCTAAATATTCTGAAGAGCAAGATCGTCAAAAGGAACTATTTGTCCTTTGCCAGCAATCGGGGCTAAGAAGCCATCGACTATCCAAATTTTTTCATTACTGGCACAAGAGGCATAAGAGATAAAGTGCTTTGAAGAACCTAGGAGAAATTTATTTTTAGGATTATTGGCTGTAAAATAGCAAAAGAAGTTTGAGATTAATCCTAGGAGAAATTTGGAGGGAGCATGAGAGCAAAACTTGCCAAATAATACTCTCAAGAGAGGGTTCAAGATCCACATTATGTGAGAAACTATATATGCGAAAGTGATGACCATGGTAAACCAAAGTGAAAATATTTTAGATCAAAGAGTTATATTGGTTAGTACTTCCAAAACAATTTAACAAAGATTTCAACCATAGAGGAGTCTAATTTGACTACTCGCTCAATGCTTGAGTCAATTAGTTGATTTTAAGAGGAAATCTAAAATAGAAACTTTATAAGGCATTTCATTTATGAGATAGACATCTAAGTATTATTGCTTCTCCCCGTAAATATTCATAGAAAACATGTAAGCTTGACCAACATCTAGCTAGTATATGTTTATTTTTGTGTTCAACAATGCTATTTTGTTGTAAAGTATCTCGGAAAGTGAATTGGTGAATACTGCCTTTGTTTTTAAGAAAACATAATCAAATGTTCATTGAAATATTCGGTTCCATTATCATAATGTAACATCCTTATTTTTGTTTGAAATCGGGTTTCAATCATATTATGAAAGCATGCAAACATCATTCACTTCTGAACTTTTTTATGGTAAATTTCAGAGGGACTTCAAACGTCAACATGGATTAAATAAAAAGGGTTCAGAAGAGTGATTACTTTTTGCAAACATGCAACCTTTTCCCGCTTTGAGTATATTAATTTTGTTTTGCAGGCTTGGTACCTCTATGAAAACAATCGTGAAATCGAGTTGCTAGATTCGGATTTGTCGACATTCAATGAGGATGAAGTAACACGAGTTATTCGAGTAGGTCTAATGTGCACTCAAACAACCCCAGCTCGACGGCCATTGATGTCACGGGTTGTGGCAATGTTGTGTGGAGACATTGAAGTGGCTGCTATAACTTCAAAGCCAGGATACTTAAGTGAATGGACCTTCGATGACTTGGTCACTTCTACAAATGATGCAACTACAGAAGGATCCAGCACTACCCATCAAGGTTCTTCAAGTTTTAGCATCCATGCTAACGATGCAACCTCTTCAAATTAAGGCAATCCCATACTTTAAATTATGGCTTTACTATACTACGTTATTTGGAGACTTAATTTACACAAATCTGTATATTTTTATCAATTTTTCAGGTTTGTTTGGTTCGTTGGTAGTTTAGTTCACAGACCATACAATAGTGATTCTTAGCCTTAAATATATTGTAGTATTTATTTATGTGTACAAACAATATCCCAGATAGTAGATGTTTATCATTGTGTAGTTTAATTCATAGACCATAGAAATGTTACATAGTTTATTATAAATAAATTTGAGTGTCCTTGCAATTCACCTACAAGGAGTACTTTGCCTTGTCTAGACAGAATGCCTAGACGAGTTGCTTGATATTATGCTTGTGTATCCCTGGAAGTTTGTAATACACCTTGTATACCACCACATCAAAACACCTAAGACTCTTCTGAATGCTTTCACTAATCAGCTCGTCTATTGTCAACACGCCTAAGACTCTTCTGAACGCTTTCACCAATGATCGGCTTGCCTGTTGTCAAC

mRNA sequence

AACTGATTGGTCTAAAATCTTTGACCTTCAGGCTTCACTGCATCCTCCTTCGGAATTGAACAAATGAAATTTTCTCTAACCCGCATTCAGCTTCCATTTCGATGAAATTTCTCAAAGAATTGGAAGACATCCTCTTTCATATATGCCCAAAACTTCAGAATAGCTTCAATCATGAATCCATCAGGCTCGGGAGCTTTATTTTTCCCAAGATTCTTTAATTGGAAGACATCCTCTTTCATGTAAGAGACATATGCTATAAGGAGTTCACTTTCCCCCAATTTAAATGTGCTGGAAAAGCCCCTGCACCTACTGATTTTGTGTACAAAGCTGTGTAAAATTTCATAATCAGCTCCTCCATCTCCCAAAATGACAAAAGAATACTGCAATCCTTGTCTACCAACTCCGCAATCAGATTTTTTCTCTTCTTTGCCGCCAAGAAACGATAAAAGAAACTACTGTTCTCACCACCAAGCTTCAGCCAGTTTAGTTTTCTTTTTTGGATCAAGTTCCTTTCATCATTCATGAACCTTCCCAATAATTCTACCTTTAATGACACACTCAATTGAGAGGTCAATCAAGCATTGGTTTCTGCCCCACCCCCGCCTCCCGCCCCCCACCCCCATCAAATCCTTCCAGCCTTTCCAACTGCACAAGAAATATGCGCCTCCCTCTCATTTCTTTTCTATTTACTTTGTACTTGCCATTTTTTTTTGCTGCTTTTAGCTTCCTTAGTTTGGCCGATATGACAAAATCAGTCCAGTTATTATTAGATGGAGGTTTCCCATATTCGTTTCCATTTCTTCCTGTCATTATCTACATGAACACTCGAGTTAGCATTCAGATTTGGATTCATCAGGGCATGGATTTAATCGAGTCTTCATATGCCTGATTGGGTTAATGGGTGGAAGAAGTCCTAACAGTGGCCGCAACTGGCAGCTGAGAGTTATCGCTCCGAGAGAGAGATTCCAAAACTTCAGATGGTTTTGGACTAGAGCCACGAGGCATCAACAAATCCAAGAAGTTTGTGTACTTTCAGAATTTTGTGAAGATGAACTTTCCAGATAATGTAGTAGGAAGAGTACAATTGTACAGAGACCAAGCTGCAAATAATTGAAAGCAACAAAATGGGAGAATGGACATCCCAAGAGCTATCAGCCATGGAAAAGAAAAAAAATATTCAAGAATTCATGAAAAGTTGAGTAAGAGCGGAAGAGCATGAAGAATCAGAGTAATGTGAGTCAGAAGGGCCAAAGTGAGCTTAGCTCAGGGTTATTGGCATGATATTCATTCCTTGAGGTTGAAGGTTCAATCCTCTAGTTGTTGTACTTAGTAACCTAGGTCACAAGAATCTGCTACCATGAAATAATATTTCATAAAGATTTGTAAAAGAGCTCTTGTATTCAATAATCTGAAAGCTTTATAGAAAGATAAATATGTTTGGCAAAAGTATAACAAGAAAACTGAAATAAACAATATACTAACTGATTATAACAGGCTTTAACAAAATAATAACCATCTCAATTGCAAGTTTAATTAAACGTGACAATTTCCTAGGTTGTTGAGCATAATAGTTGGTGATCATGTTCTTTCCTTGACATTCATGTTCAATTGTTGATTATGTTTGCCTGGAAGGTACTTAGATAGTTCTGGAGTTCAGGGTGACATTCCCACAACATTTTCAAATCTTACAAATTTGCAGACAGTATTGGCATCAGACAACAAACTCACCGGAGAAATACCTGGATTCATTGGGAGTTGGCTAAAACTCAGAACATTGATGTTTCAAGGAAACTCTTTCACGGGACCAATACCGTCAACATTTTCAAATTTGACAGCTATGAATGATTTGAGAATAGGTGATCTATCAAATGGGGGGTCTTCCCTAGAATTCATCAAGAATATGACGTCTCTGCGGACCCTAGTTTTGAGGAATAATGGTATATCAGATTTAATTCCTTCCTACATTGGAGAGTTTGAAGAATTGACGTGGCTAGACTTGAGTTTTAACAAGTTAAAGGGAGAAATTCCAGAGTGGCTTTTCAACTTGACTAAGCTGTCATACTTGTTTCTTGGAAACAACAAGTTAACGGGTAGACTACCTCAAACTAAGTCTGACACTCTTCTTGTTATAGACTTATCATACAATGGTTTATCAGGGACCATTCCTGAATGGGTCGATGGTTCAACCTTACGGTTAAATTTAGTTGCCAACAACTTCCTCTCAGAACATGTGAAAGAGAGTAATTTACCTTTGGGTTTGCACTGTCTTCAACGAGAATTTTCTTGTAATGGAACTTCTGGAGGTTCTAGTTTGAAACCTAGTTTTGGGATCAACTGTGGAGGTTCAAAATTTGATGAGTATGATAAACAAAGTGCGATTACTGGTGGAGCTTCATATTATGTTAGTGACTCAGAAACTTGGGCTGTTAGTGATGTTGGAAACTTCCCTAATACCGAAAACTCTACTAGTTATAACAGAGGCAATAGAAACTCTACTAGTTATAACAGAGACAGTGACACAACAGAATATACATTTGCAAATAGAAACGTCTCAGAACTTTTTTGGACACAAGAATTATCTACTTCATCATTGAGATTTTACGGACTGGGACTTAAAAACGGGATCTACACTGTGAACCTTCTGTTTGTAGAACAAGCTTTCACAAATTTGTCGAAATGGAGCAGCCTTGGGAGGCGGGTCTTTGATATATATATTCAGGGGGAACTTTTCCAGGAGGATTTTAGTATTCAAAATGAGGCAGGTGGGTCTTTTCGTCCTATTTCAAAGCCATTTAAGGTACCAGTTTCAAAAAACTACATGGAAATTCACCTTTTCTGGGCTGGGAAAGGTACTTGCTGCATACCTAAAGACGGTACTTTTGGTCCTTCTGTTTCAGCAATCTTTGCAAGTCTAGATTCTGATCAGCCTGTAAGTAATGCGAAGAAGGGAACTAGTCAAATAAAGGGGACCGGTAGTAAGAAGAATGCAGCCATTCTAATAGTGGGGATTGTTGTTGGTGTAGGATCTGTTTGCTTTCTAGTTTTCACAATTTCCATTCTTTTCTATAGAAGGAAAGGTCGTTCCTCTGAAGATGAAGAACTCTTCGGAATTGATGATCAGAGACCTCACACTTATAGTTATTCTGAACTAAGGACTGCTACAGAGGATTTTAGTTCATCCAACAAGCTTGGAGAAGGGGGCTTTGGACCCGTTTACAAGGGAATACTGAATGATGGAAGAGTAATTGCTGTGAAGCAACTTTCTGTAAAATCTAATCAAGGAAGGAACCAATTTGTGGCTGAGATTTCTACATTATCCGCCGTGCAGCATCGCAACCTCGTGAAGTTGCACGGGTGTTGCATTGAGGGCCAAAATCGTCTCCTTGTGTATGAGTACCTGGAGAAAGGGAGTCTGGACCGAGCATTATTTGGAAATAGAAGCTTCACTCTTGATTGGCCAAAACGATTTGATATATGCTTGGGTGTGGCGAGGGGTCTCTCTTATCTTCATGAAGAATCAAGGCTTCGAATTGTTCATAGAGATGTTAAAGCCAGTAACATTCTACTTGATGCTGATCTGAACCCCAAAATTTCAGATTTTGGTTTAGCCAAACTTTATGATGACAAAAAGACTCATATTAGCACCGTTGTTGCTGGAACAATTGGATATCTTGCACCTGAGTACGCCATGCGTGGCCATCTAACGGAGAAAGCTGATATCTTTAGTTTCGGTGTCGTGGCTCTTGAAATTGTCAGCGGTAGGCCGAATTCCGACAGAAGCTTGGAGGAGGACAAAGTTTTTCTTCTTGAACTGGCTTGGTACCTCTATGAAAACAATCGTGAAATCGAGTTGCTAGATTCGGATTTGTCGACATTCAATGAGGATGAAGTAACACGAGTTATTCGAGTAGGTCTAATGTGCACTCAAACAACCCCAGCTCGACGGCCATTGATGTCACGGGTTGTGGCAATGTTGTGTGGAGACATTGAAGTGGCTGCTATAACTTCAAAGCCAGGATACTTAAGTGAATGGACCTTCGATGACTTGGTCACTTCTACAAATGATGCAACTACAGAAGGATCCAGCACTACCCATCAAGGTTCTTCAAGTTTTAGCATCCATGCTAACGATGCAACCTCTTCAAATTAAGGCAATCCCATACTTTAAATTATGGCTTTACTATACTACGTTATTTGGAGACTTAATTTACACAAATCTGTATATTTTTATCAATTTTTCAGGTTTGTTTGGTTCGTTGGTAGTTTAGTTCACAGACCATACAATAGTGATTCTTAGCCTTAAATATATTGTAGTATTTATTTATGTGTACAAACAATATCCCAGATAGTAGATGTTTATCATTGTGTAGTTTAATTCATAGACCATAGAAATGTTACATAGTTTATTATAAATAAATTTGAGTGTCCTTGCAATTCACCTACAAGGAGTACTTTGCCTTGTCTAGACAGAATGCCTAGACGAGTTGCTTGATATTATGCTTGTGTATCCCTGGAAGTTTGTAATACACCTTGTATACCACCACATCAAAACACCTAAGACTCTTCTGAATGCTTTCACTAATCAGCTCGTCTATTGTCAACACGCCTAAGACTCTTCTGAACGCTTTCACCAATGATCGGCTTGCCTGTTGTCAAC

Coding sequence (CDS)

ATGTTTCAAGGAAACTCTTTCACGGGACCAATACCGTCAACATTTTCAAATTTGACAGCTATGAATGATTTGAGAATAGGTGATCTATCAAATGGGGGGTCTTCCCTAGAATTCATCAAGAATATGACGTCTCTGCGGACCCTAGTTTTGAGGAATAATGGTATATCAGATTTAATTCCTTCCTACATTGGAGAGTTTGAAGAATTGACGTGGCTAGACTTGAGTTTTAACAAGTTAAAGGGAGAAATTCCAGAGTGGCTTTTCAACTTGACTAAGCTGTCATACTTGTTTCTTGGAAACAACAAGTTAACGGGTAGACTACCTCAAACTAAGTCTGACACTCTTCTTGTTATAGACTTATCATACAATGGTTTATCAGGGACCATTCCTGAATGGGTCGATGGTTCAACCTTACGGTTAAATTTAGTTGCCAACAACTTCCTCTCAGAACATGTGAAAGAGAGTAATTTACCTTTGGGTTTGCACTGTCTTCAACGAGAATTTTCTTGTAATGGAACTTCTGGAGGTTCTAGTTTGAAACCTAGTTTTGGGATCAACTGTGGAGGTTCAAAATTTGATGAGTATGATAAACAAAGTGCGATTACTGGTGGAGCTTCATATTATGTTAGTGACTCAGAAACTTGGGCTGTTAGTGATGTTGGAAACTTCCCTAATACCGAAAACTCTACTAGTTATAACAGAGGCAATAGAAACTCTACTAGTTATAACAGAGACAGTGACACAACAGAATATACATTTGCAAATAGAAACGTCTCAGAACTTTTTTGGACACAAGAATTATCTACTTCATCATTGAGATTTTACGGACTGGGACTTAAAAACGGGATCTACACTGTGAACCTTCTGTTTGTAGAACAAGCTTTCACAAATTTGTCGAAATGGAGCAGCCTTGGGAGGCGGGTCTTTGATATATATATTCAGGGGGAACTTTTCCAGGAGGATTTTAGTATTCAAAATGAGGCAGGTGGGTCTTTTCGTCCTATTTCAAAGCCATTTAAGGTACCAGTTTCAAAAAACTACATGGAAATTCACCTTTTCTGGGCTGGGAAAGGTACTTGCTGCATACCTAAAGACGGTACTTTTGGTCCTTCTGTTTCAGCAATCTTTGCAAGTCTAGATTCTGATCAGCCTGTAAGTAATGCGAAGAAGGGAACTAGTCAAATAAAGGGGACCGGTAGTAAGAAGAATGCAGCCATTCTAATAGTGGGGATTGTTGTTGGTGTAGGATCTGTTTGCTTTCTAGTTTTCACAATTTCCATTCTTTTCTATAGAAGGAAAGGTCGTTCCTCTGAAGATGAAGAACTCTTCGGAATTGATGATCAGAGACCTCACACTTATAGTTATTCTGAACTAAGGACTGCTACAGAGGATTTTAGTTCATCCAACAAGCTTGGAGAAGGGGGCTTTGGACCCGTTTACAAGGGAATACTGAATGATGGAAGAGTAATTGCTGTGAAGCAACTTTCTGTAAAATCTAATCAAGGAAGGAACCAATTTGTGGCTGAGATTTCTACATTATCCGCCGTGCAGCATCGCAACCTCGTGAAGTTGCACGGGTGTTGCATTGAGGGCCAAAATCGTCTCCTTGTGTATGAGTACCTGGAGAAAGGGAGTCTGGACCGAGCATTATTTGGAAATAGAAGCTTCACTCTTGATTGGCCAAAACGATTTGATATATGCTTGGGTGTGGCGAGGGGTCTCTCTTATCTTCATGAAGAATCAAGGCTTCGAATTGTTCATAGAGATGTTAAAGCCAGTAACATTCTACTTGATGCTGATCTGAACCCCAAAATTTCAGATTTTGGTTTAGCCAAACTTTATGATGACAAAAAGACTCATATTAGCACCGTTGTTGCTGGAACAATTGGATATCTTGCACCTGAGTACGCCATGCGTGGCCATCTAACGGAGAAAGCTGATATCTTTAGTTTCGGTGTCGTGGCTCTTGAAATTGTCAGCGGTAGGCCGAATTCCGACAGAAGCTTGGAGGAGGACAAAGTTTTTCTTCTTGAACTGGCTTGGTACCTCTATGAAAACAATCGTGAAATCGAGTTGCTAGATTCGGATTTGTCGACATTCAATGAGGATGAAGTAACACGAGTTATTCGAGTAGGTCTAATGTGCACTCAAACAACCCCAGCTCGACGGCCATTGATGTCACGGGTTGTGGCAATGTTGTGTGGAGACATTGAAGTGGCTGCTATAACTTCAAAGCCAGGATACTTAAGTGAATGGACCTTCGATGACTTGGTCACTTCTACAAATGATGCAACTACAGAAGGATCCAGCACTACCCATCAAGGTTCTTCAAGTTTTAGCATCCATGCTAACGATGCAACCTCTTCAAATTAA

Protein sequence

MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSFSIHANDATSSN*
Homology
BLAST of CsGy5G010630 vs. ExPASy Swiss-Prot
Match: C0LGH3 (Probable LRR receptor-like serine/threonine-protein kinase At1g56140 OS=Arabidopsis thaliana OX=3702 GN=At1g56140 PE=2 SV=2)

HSP 1 Score: 814.3 bits (2102), Expect = 1.2e-234
Identity = 436/800 (54.50%), Postives = 553/800 (69.12%), Query Frame = 0

Query: 4    GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
            G   +GPIP++FSNLT++ +LR+GD+SNG SSLEFIK+M SL  LVLRNN ++  IPS I
Sbjct: 251  GTGLSGPIPASFSNLTSLTELRLGDISNGNSSLEFIKDMKSLSILVLRNNNLTGTIPSNI 310

Query: 64   GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
            GE+  L  LDLSFNKL G IP  LFNL +L++LFLGNN L G LP  K  +L  +D+SYN
Sbjct: 311  GEYSSLRQLDLSFNKLHGTIPASLFNLRQLTHLFLGNNTLNGSLPTQKGQSLSNVDVSYN 370

Query: 124  GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
             LSG++P WV    L LNLVANNF  E + ++ +  GL+CLQ+ F CN    G  +   F
Sbjct: 371  DLSGSLPSWVSLPNLNLNLVANNFTLEGL-DNRVLSGLNCLQKNFPCN---RGKGIYSDF 430

Query: 184  GINCGGSKFDE-----YDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
             INCGG +        ++++    G AS+ VS  + WA S VG F  + N          
Sbjct: 431  SINCGGPEIRSVTEAVFEREDEDLGPASFVVSAGQRWAASSVGLFAGSSN---------- 490

Query: 244  STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAF--T 303
                N    T++  F N   SELF +  LS SSLR+YGLGL+NG YTV L F E     +
Sbjct: 491  ----NIYISTSQSQFVNTLDSELFQSARLSASSLRYYGLGLENGGYTVTLQFAEIQILGS 550

Query: 304  NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGS-FRPISKPFKVPVSKNYMEIHLFWA 363
              + W  LGRR FDIY+QG L ++DF ++  AG S  R + + +K  VS+N++EIHLFWA
Sbjct: 551  TSNTWRGLGRRRFDIYVQGRLVEKDFDVRRTAGDSTVRAVQREYKANVSQNHLEIHLFWA 610

Query: 364  GKGTCCIPKDGTFGPSVSAIFASLDSDQPVSN--AKKGTSQIKGTGSKKNAAILIVGIVV 423
            GKGTCCIP  G +GP +SA+ A+ D    V N    KG S    TG+       IVG++V
Sbjct: 611  GKGTCCIPIQGAYGPLISAVGATPDFTPTVGNRPPSKGKSM---TGT-------IVGVIV 670

Query: 424  GVGSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGE 483
            GVG +  +   +  +  +R+ R ++DEE+  + D +P+T++YSEL++AT+DF  SNKLGE
Sbjct: 671  GVGLLSIISGVVIFIIRKRRKRYTDDEEILSM-DVKPYTFTYSELKSATQDFDPSNKLGE 730

Query: 484  GGFGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQN 543
            GGFGPVYKG LNDGR +AVK LSV S QG+ QFVAEI  +SAVQHRNLVKL+GCC EG++
Sbjct: 731  GGFGPVYKGKLNDGREVAVKLLSVGSRQGKGQFVAEIVAISAVQHRNLVKLYGCCYEGEH 790

Query: 544  RLLVYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKAS 603
            RLLVYEYL  GSLD+ALFG ++  LDW  R++ICLGVARGL YLHEE+RLRIVHRDVKAS
Sbjct: 791  RLLVYEYLPNGSLDQALFGEKTLHLDWSTRYEICLGVARGLVYLHEEARLRIVHRDVKAS 850

Query: 604  NILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGV 663
            NILLD+ L PK+SDFGLAKLYDDKKTHIST VAGTIGYLAPEYAMRGHLTEK D+++FGV
Sbjct: 851  NILLDSKLVPKVSDFGLAKLYDDKKTHISTRVAGTIGYLAPEYAMRGHLTEKTDVYAFGV 910

Query: 664  VALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGL 723
            VALE+VSGRPNSD +LE++K +LLE AW L+E  RE+EL+D  L+ FN +E  R+I + L
Sbjct: 911  VALELVSGRPNSDENLEDEKRYLLEWAWNLHEKGREVELIDHQLTEFNMEEGKRMIGIAL 970

Query: 724  MCTQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTST-------NDATT 783
            +CTQT+ A RP MSRVVAML GD+EV+ +TSKPGYL++W FDD   S+       N   +
Sbjct: 971  LCTQTSHALRPPMSRVVAMLSGDVEVSDVTSKPGYLTDWRFDDTTASSISGFPLRNTQAS 1021

Query: 784  EGSSTTHQGSSSFSIHANDA 787
            E  ++     S  S   NDA
Sbjct: 1031 ESFTSFVAPRSEISPRNNDA 1021

BLAST of CsGy5G010630 vs. ExPASy Swiss-Prot
Match: C0LGH2 (Probable LRR receptor-like serine/threonine-protein kinase At1g56130 OS=Arabidopsis thaliana OX=3702 GN=At1g56130 PE=2 SV=2)

HSP 1 Score: 813.9 bits (2101), Expect = 1.6e-234
Identity = 422/766 (55.09%), Postives = 542/766 (70.76%), Query Frame = 0

Query: 4   GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
           G   +GPIPS+FSNLT++ +LR+GD+S+G SSL+FIK+M SL  LVLRNN ++  IPS I
Sbjct: 252 GTGLSGPIPSSFSNLTSLTELRLGDISSGSSSLDFIKDMKSLSVLVLRNNNLTGTIPSTI 311

Query: 64  GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
           GE   L  +DLSFNKL G IP  LFNL++L++LFLGNN L G  P  K+ +L  +D+SYN
Sbjct: 312 GEHSSLRQVDLSFNKLHGPIPASLFNLSQLTHLFLGNNTLNGSFPTQKTQSLRNVDVSYN 371

Query: 124 GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
            LSG++P WV   +L+LNLVANNF  E +    LP GL+CLQ+ F CN    G  +   F
Sbjct: 372 DLSGSLPSWVSLPSLKLNLVANNFTLEGLDNRVLP-GLNCLQKNFPCN---RGKGIYSDF 431

Query: 184 GINCGGSKFDE-----YDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
            INCGG +        ++++    G AS++VS  + WA S VG F  + N          
Sbjct: 432 SINCGGPEKRSVTGALFEREDEDFGPASFFVSAGQRWAASSVGLFAGSSN---------- 491

Query: 244 STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAF--T 303
               N    T++  F N   SELF +  LS SS+R+YGLGL+NG YTV L F E     +
Sbjct: 492 ----NIYIATSQSQFVNTLDSELFQSARLSASSVRYYGLGLENGGYTVTLQFAEIQILGS 551

Query: 304 NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGS-FRPISKPFKVPVSKNYMEIHLFWA 363
             + W  LGRR FDIY+QG L ++DF ++  AG S  R + + +K  VS+N++E+HLFWA
Sbjct: 552 TSTTWKGLGRRRFDIYVQGRLVEKDFDVRRTAGDSTVRAVQRVYKANVSENHLEVHLFWA 611

Query: 364 GKGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGV 423
           GKGTCCIP  G +GP +SA+ A+ D    V+N        K     KN    IVG++VGV
Sbjct: 612 GKGTCCIPIQGAYGPLISAVSATPDFTPTVAN--------KPPSKGKNRTGTIVGVIVGV 671

Query: 424 GSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGG 483
           G +  L   +     +R+ R ++DEEL G+ D +P+ ++YSEL++AT+DF  SNKLGEGG
Sbjct: 672 GLLSILAGVVMFTIRKRRKRYTDDEELLGM-DVKPYIFTYSELKSATQDFDPSNKLGEGG 731

Query: 484 FGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRL 543
           FGPVYKG LNDGRV+AVK LSV S QG+ QFVAEI  +S+V HRNLVKL+GCC EG++R+
Sbjct: 732 FGPVYKGNLNDGRVVAVKLLSVGSRQGKGQFVAEIVAISSVLHRNLVKLYGCCFEGEHRM 791

Query: 544 LVYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNI 603
           LVYEYL  GSLD+ALFG+++  LDW  R++ICLGVARGL YLHEE+ +RIVHRDVKASNI
Sbjct: 792 LVYEYLPNGSLDQALFGDKTLHLDWSTRYEICLGVARGLVYLHEEASVRIVHRDVKASNI 851

Query: 604 LLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVA 663
           LLD+ L P+ISDFGLAKLYDDKKTHIST VAGTIGYLAPEYAMRGHLTEK D+++FGVVA
Sbjct: 852 LLDSRLVPQISDFGLAKLYDDKKTHISTRVAGTIGYLAPEYAMRGHLTEKTDVYAFGVVA 911

Query: 664 LEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMC 723
           LE+VSGRPNSD +LEE+K +LLE AW L+E +R+IEL+D  L+ FN +E  R+I + L+C
Sbjct: 912 LELVSGRPNSDENLEEEKKYLLEWAWNLHEKSRDIELIDDKLTDFNMEEAKRMIGIALLC 971

Query: 724 TQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTST 762
           TQT+ A RP MSRVVAML GD+E+  +TSKPGY+S+W FDD   S+
Sbjct: 972 TQTSHALRPPMSRVVAMLSGDVEIGDVTSKPGYVSDWRFDDTTGSS 990

BLAST of CsGy5G010630 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: 558.1 bits (1437), Expect = 1.6e-157
Identity = 346/800 (43.25%), Postives = 474/800 (59.25%), Query Frame = 0

Query: 3   QGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSY 62
           QG S  GPIP++ SNL  + +LRI DL    S    ++NMT++  LVLRN  I + IP Y
Sbjct: 239 QGTSMEGPIPASISNLKNLTELRITDLRGPTSPFPDLQNMTNMERLVLRNCLIREPIPEY 298

Query: 63  IG-EFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLS 122
           IG     L  LDLS N L G IP+   +L   ++++L NN LTG +PQ   D+   IDLS
Sbjct: 299 IGTSMTMLKLLDLSSNMLNGTIPDTFRSLNAFNFMYLNNNSLTGPVPQFILDSKQNIDLS 358

Query: 123 YNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 182
           YN        +    TL  N +  N +S +   +N  +   CL+++  C G +  SSL  
Sbjct: 359 YN-------NFTQPPTLSCNQLDVNLISSYPSVTNNSV-QWCLRKDLPCPGDAHHSSL-- 418

Query: 183 SFGINCGGSKF----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNR 242
              INCGG++     DEY        GAS + S SE W  S  G +           GN 
Sbjct: 419 --FINCGGNRLKVDKDEY-ADDLNKRGASTFSSVSERWGYSSSGAW----------LGND 478

Query: 243 NSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTN 302
            +T    D+    +   N +  E + T  L++ SL++YGL ++ G Y V L F E  F+N
Sbjct: 479 GATYLATDT----FNLINESTPEYYKTARLASQSLKYYGLCMRRGSYKVQLYFAEIMFSN 538

Query: 303 LSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPF-KVPVSKNYMEIHLFWAG 362
              +SSLGRR+FDIY+QG L + DF+I   AGG  +P  +   +V V+ + +EIHL W G
Sbjct: 539 DQTYSSLGRRLFDIYVQGILLERDFNIAQRAGGVGKPFLRQVDEVQVNGSTLEIHLKWTG 598

Query: 363 KGTCCIPKDGTFGPSVSAIFAS----LDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIV 422
           KGT  IP  G +GP +SAI  +    +D+ +P+SN                   ++ GIV
Sbjct: 599 KGTNVIPTRGVYGPLISAITVTPNFKVDTGKPLSNG------------------VVAGIV 658

Query: 423 VGVGSVCFLVFTISIL---FYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSN 482
           +    V F +  + IL    Y       E+EEL G+D Q   +++  +++ AT +F   N
Sbjct: 659 I-AACVAFGLLVLVILRLTGYLGGKEVDENEELRGLDLQ-TGSFTLKQIKRATNNFDPEN 718

Query: 483 KLGEGGFGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCI 542
           K+GEGGFGPVYKG+L DG  IAVKQLS KS QG  +FV EI  +SA+QH NLVKL+GCCI
Sbjct: 719 KIGEGGFGPVYKGVLADGMTIAVKQLSSKSKQGNREFVTEIGMISALQHPNLVKLYGCCI 778

Query: 543 EGQNRLLVYEYLEKGSLDRALFG--NRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVH 602
           EG+  LLVYEYLE  SL RALFG   +   LDW  R  +C+G+A+GL+YLHEESRL+IVH
Sbjct: 779 EGKELLLVYEYLENNSLARALFGTEKQRLHLDWSTRNKVCIGIAKGLAYLHEESRLKIVH 838

Query: 603 RDVKASNILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKAD 662
           RD+KA+N+LLD  LN KISDFGLAKL +++ THIST +AGTIGY+APEYAMRG+LT+KAD
Sbjct: 839 RDIKATNVLLDLSLNAKISDFGLAKLDEEENTHISTRIAGTIGYMAPEYAMRGYLTDKAD 898

Query: 663 IFSFGVVALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLST-FNEDEVT 722
           ++SFGVV LEIVSG+ N++   +E+ ++LL+ A+ L E    +EL+D DL T F++ E  
Sbjct: 899 VYSFGVVCLEIVSGKSNTNYRPKEEFIYLLDWAYVLQEQGSLLELVDPDLGTSFSKKEAM 958

Query: 723 RVIRVGLMCTQTTPARRPLMSRVVAMLCGDIEVAAITSK----PGYLSEWTFDDLVTSTN 779
           R++ + L+CT  +P  RP MS VV+ML G I+V     K    P   +   F  L   + 
Sbjct: 959 RMLNIALLCTNPSPTLRPPMSSVVSMLQGKIKVQPPLVKREADPSGSAAMRFKALEHLSQ 991

BLAST of CsGy5G010630 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: 554.3 bits (1427), Expect = 2.2e-156
Identity = 331/757 (43.73%), Postives = 455/757 (60.11%), Query Frame = 0

Query: 4   GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
           G    GPIPS+ S+LT++ DLRI DL    SS   +KN+ S++TL+LR   I   IP YI
Sbjct: 242 GCGLDGPIPSSISSLTSLTDLRISDLGGKPSSFPPLKNLESIKTLILRKCKIIGPIPKYI 301

Query: 64  GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
           G+ ++L  LDLSFN L GEIP    N+ K  +++L  NKLTG +P    +    +D+S+N
Sbjct: 302 GDLKKLKTLDLSFNLLSGEIPSSFENMKKADFIYLTGNKLTGGVPNYFVERNKNVDVSFN 361

Query: 124 GLS--GTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 183
             +   +IP      +   N V +N +      +    G  C  +   C         K 
Sbjct: 362 NFTDESSIP------SHDCNRVTSNLVESFALGNKSHKGSTCFLQRMPCVHPKRYHLYK- 421

Query: 184 SFGINCGGS--KFDE---YDKQSAITGGASYYVSDSETWAVSDVGNF-PNTENSTSYNRG 243
              INCGG   K D+   Y       G + Y +  ++ WA+S  GNF  N +++  Y   
Sbjct: 422 -LYINCGGGEVKVDKEITYQADDEPKGASMYVLGANKRWALSSTGNFMDNDDDADEYTVQ 481

Query: 244 NRNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAF 303
           N +  S N  S +            L+ T  +S  SL +YG+ L NG YTVNL F E  F
Sbjct: 482 NTSRLSVNASSPS----------FGLYRTARVSPLSLTYYGICLGNGNYTVNLHFAEIIF 541

Query: 304 TNLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWA 363
           T+ +   SLG+R+FDIY+Q +L  ++F+IQ  A GS +PI K F V V+ + ++I L WA
Sbjct: 542 TDDNTLYSLGKRLFDIYVQDQLVIKNFNIQEAARGSGKPIIKSFLVNVTDHTLKIGLRWA 601

Query: 364 GKGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGV 423
           GKGT  IP  G +GP +SAI    +   PV    K    I   G    AA L++ I+VGV
Sbjct: 602 GKGTTGIPIRGVYGPMISAISVEPNFKPPVYYDTKDI--ILKVGVPVAAATLLLFIIVGV 661

Query: 424 GSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGG 483
                        + +R+ ++  D+EL G+D Q   T++  +++ AT++F  + K+GEGG
Sbjct: 662 ------------FWKKRRDKNDIDKELRGLDLQ-TGTFTLRQIKAATDNFDVTRKIGEGG 721

Query: 484 FGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRL 543
           FG VYKG L++G++IAVKQLS KS QG  +FV EI  +SA+QH NLVKL+GCC+EG   +
Sbjct: 722 FGSVYKGELSEGKLIAVKQLSAKSRQGNREFVNEIGMISALQHPNLVKLYGCCVEGNQLI 781

Query: 544 LVYEYLEKGSLDRALFG---NRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKA 603
           LVYEYLE   L RALFG   +    LDW  R  I LG+A+GL++LHEESR++IVHRD+KA
Sbjct: 782 LVYEYLENNCLSRALFGKDESSRLKLDWSTRKKIFLGIAKGLTFLHEESRIKIVHRDIKA 841

Query: 604 SNILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFG 663
           SN+LLD DLN KISDFGLAKL DD  THIST +AGTIGY+APEYAMRG+LTEKAD++SFG
Sbjct: 842 SNVLLDKDLNAKISDFGLAKLNDDGNTHISTRIAGTIGYMAPEYAMRGYLTEKADVYSFG 901

Query: 664 VVALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDL-STFNEDEVTRVIRV 723
           VVALEIVSG+ N++    ED V+LL+ A+ L E    +EL+D  L S ++E+E   ++ V
Sbjct: 902 VVALEIVSGKSNTNFRPTEDFVYLLDWAYVLQERGSLLELVDPTLASDYSEEEAMLMLNV 961

Query: 724 GLMCTQTTPARRPLMSRVVAMLCGDIEVAAITSKPGY 749
            LMCT  +P  RP MS+VV+++ G   +  + S P +
Sbjct: 962 ALMCTNASPTLRPTMSQVVSLIEGKTAMQELLSDPSF 965

BLAST of CsGy5G010630 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: 550.8 bits (1418), Expect = 2.5e-155
Identity = 333/753 (44.22%), Postives = 452/753 (60.03%), Query Frame = 0

Query: 3   QGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEF--IKNMTSLRTLVLRNNGISDLIP 62
           QG S  GPIP + SNLT + +LRI DL  G ++  F  ++N+  ++ LVLRN  I   IP
Sbjct: 241 QGTSMEGPIPPSISNLTNLTELRITDL-RGQAAFSFPDLRNLMKMKRLVLRNCLIRGPIP 300

Query: 63  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 122
            YIG   EL  LDLS N L G IP+   NL   +++FL NN LTG +PQ   ++   +DL
Sbjct: 301 EYIGSMSELKTLDLSSNMLTGVIPDTFRNLDAFNFMFLNNNSLTGPVPQFIINSKENLDL 360

Query: 123 SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 182
           S N    T P  +  + L +NL+++      V ++++     CL+    C   +  SSL 
Sbjct: 361 SDNNF--TQPPTLSCNQLDVNLISS---YPSVTDNSVQ---WCLREGLPCPEDAKQSSL- 420

Query: 183 PSFGINCGGSKF----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGN 242
               INCGGS+     D Y      + G S + S SE W  S  G +   E++       
Sbjct: 421 ---FINCGGSRLKIGKDTY-TDDLNSRGQSTFSSVSERWGYSSSGVWLGKEDAGYL---- 480

Query: 243 RNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFT 302
                      T  +   N +  E + T  LS  SL++YGL L+ G Y + L F E  F+
Sbjct: 481 ----------ATDRFNLINGSTPEYYKTARLSPQSLKYYGLCLRRGSYKLQLHFAEIMFS 540

Query: 303 NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFK-VPVSKNYMEIHLFWA 362
           N   ++SLGRR+FDIY+QG L + DF+I   AGG  +P  +    V V+ + +EIHL W 
Sbjct: 541 NDQTFNSLGRRIFDIYVQGNLLERDFNIAERAGGVGKPFIRQIDGVQVNGSTLEIHLQWT 600

Query: 363 GKGTCCIPKDGTFGPSVSAIFAS----LDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGI 422
           GKGT  IP  G +GP +SAI  +    +D+ +P+SN                    + GI
Sbjct: 601 GKGTNVIPTRGVYGPLISAITITPNFKVDTGKPLSNG------------------AVAGI 660

Query: 423 VVGVGSVCFLVFTISILF--YRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSN 482
           V+   +V  L+  + +    Y       E+EEL G+D Q   +++  +++ AT +F   N
Sbjct: 661 VIAACAVFGLLVLVILRLTGYLGGKEVDENEELRGLDLQ-TGSFTLKQIKRATNNFDPEN 720

Query: 483 KLGEGGFGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCI 542
           K+GEGGFGPVYKG+L DG  IAVKQLS KS QG  +FV EI  +SA+QH NLVKL+GCCI
Sbjct: 721 KIGEGGFGPVYKGVLADGMTIAVKQLSSKSKQGNREFVTEIGMISALQHPNLVKLYGCCI 780

Query: 543 EGQNRLLVYEYLEKGSLDRALFG--NRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVH 602
           EG+  LLVYEYLE  SL RALFG   +   LDW  R  IC+G+A+GL+YLHEESRL+IVH
Sbjct: 781 EGKELLLVYEYLENNSLARALFGTEKQRLHLDWSTRNKICIGIAKGLAYLHEESRLKIVH 840

Query: 603 RDVKASNILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKAD 662
           RD+KA+N+LLD  LN KISDFGLAKL DD+ THIST +AGTIGY+APEYAMRG+LT+KAD
Sbjct: 841 RDIKATNVLLDLSLNAKISDFGLAKLNDDENTHISTRIAGTIGYMAPEYAMRGYLTDKAD 900

Query: 663 IFSFGVVALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLST-FNEDEVT 722
           ++SFGVV LEIVSG+ N++   +E+ V+LL+ A+ L E    +EL+D DL T F++ E  
Sbjct: 901 VYSFGVVCLEIVSGKSNTNYRPKEEFVYLLDWAYVLQEQGSLLELVDPDLGTSFSKKEAM 946

Query: 723 RVIRVGLMCTQTTPARRPLMSRVVAMLCGDIEV 740
           R++ + L+CT  +P  RP MS VV+ML G I+V
Sbjct: 961 RMLNIALLCTNPSPTLRPPMSSVVSMLEGKIKV 946

BLAST of CsGy5G010630 vs. NCBI nr
Match: XP_011654458.1 (probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X2 [Cucumis sativus] >KGN50797.2 hypothetical protein Csa_018361 [Cucumis sativus])

HSP 1 Score: 1563 bits (4047), Expect = 0.0
Identity = 789/790 (99.87%), Postives = 790/790 (100.00%), Query Frame = 0

Query: 1    MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
            MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 247  MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 306

Query: 61   SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
            SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 307  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 366

Query: 121  SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
            SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 367  SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 426

Query: 181  PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
            PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 427  PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 486

Query: 241  SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
            SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 487  SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 546

Query: 301  WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
            WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 547  WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 606

Query: 361  CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF 420
            CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF
Sbjct: 607  CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF 666

Query: 421  LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY 480
            LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY
Sbjct: 667  LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY 726

Query: 481  KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY 540
            KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY
Sbjct: 727  KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY 786

Query: 541  LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD 600
            LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD
Sbjct: 787  LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD 846

Query: 601  LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS 660
            LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS
Sbjct: 847  LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS 906

Query: 661  GRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTTP 720
            GRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTTP
Sbjct: 907  GRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTTP 966

Query: 721  ARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSFS 780
            ARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSFS
Sbjct: 967  ARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSFS 1026

Query: 781  IHANDATSSN 790
            IHANDATSSN
Sbjct: 1027 IHANDATSSN 1036

BLAST of CsGy5G010630 vs. NCBI nr
Match: XP_011654463.1 (probable LRR receptor-like serine/threonine-protein kinase At1g56140 isoform X5 [Cucumis sativus])

HSP 1 Score: 1558 bits (4035), Expect = 0.0
Identity = 789/791 (99.75%), Postives = 790/791 (99.87%), Query Frame = 0

Query: 1   MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
           MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 50  MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 109

Query: 61  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
           SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 110 SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 169

Query: 121 SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
           SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 170 SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 229

Query: 181 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
           PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 230 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 289

Query: 241 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
           SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 290 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 349

Query: 301 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
           WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 350 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 409

Query: 361 CIPKDGTFGPSVSAIFASL-DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 420
           CIPKDGTFGPSVSAIFASL DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC
Sbjct: 410 CIPKDGTFGPSVSAIFASLADSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 469

Query: 421 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 480
           FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV
Sbjct: 470 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 529

Query: 481 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 540
           YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE
Sbjct: 530 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 589

Query: 541 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 600
           YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA
Sbjct: 590 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 649

Query: 601 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 660
           DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV
Sbjct: 650 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 709

Query: 661 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 720
           SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT
Sbjct: 710 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 769

Query: 721 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 780
           PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF
Sbjct: 770 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 829

Query: 781 SIHANDATSSN 790
           SIHANDATSSN
Sbjct: 830 SIHANDATSSN 840

BLAST of CsGy5G010630 vs. NCBI nr
Match: XP_011654462.1 (probable LRR receptor-like serine/threonine-protein kinase At1g56140 isoform X4 [Cucumis sativus])

HSP 1 Score: 1558 bits (4035), Expect = 0.0
Identity = 789/791 (99.75%), Postives = 790/791 (99.87%), Query Frame = 0

Query: 1   MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
           MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 146 MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 205

Query: 61  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
           SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 206 SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 265

Query: 121 SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
           SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 266 SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 325

Query: 181 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
           PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 326 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 385

Query: 241 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
           SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 386 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 445

Query: 301 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
           WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 446 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 505

Query: 361 CIPKDGTFGPSVSAIFASL-DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 420
           CIPKDGTFGPSVSAIFASL DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC
Sbjct: 506 CIPKDGTFGPSVSAIFASLADSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 565

Query: 421 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 480
           FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV
Sbjct: 566 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 625

Query: 481 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 540
           YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE
Sbjct: 626 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 685

Query: 541 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 600
           YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA
Sbjct: 686 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 745

Query: 601 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 660
           DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV
Sbjct: 746 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 805

Query: 661 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 720
           SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT
Sbjct: 806 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 865

Query: 721 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 780
           PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF
Sbjct: 866 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 925

Query: 781 SIHANDATSSN 790
           SIHANDATSSN
Sbjct: 926 SIHANDATSSN 936

BLAST of CsGy5G010630 vs. NCBI nr
Match: XP_011654457.1 (probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X1 [Cucumis sativus])

HSP 1 Score: 1558 bits (4035), Expect = 0.0
Identity = 789/791 (99.75%), Postives = 790/791 (99.87%), Query Frame = 0

Query: 1    MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
            MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 247  MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 306

Query: 61   SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
            SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 307  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 366

Query: 121  SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
            SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 367  SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 426

Query: 181  PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
            PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 427  PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 486

Query: 241  SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
            SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 487  SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 546

Query: 301  WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
            WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 547  WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 606

Query: 361  CIPKDGTFGPSVSAIFASL-DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 420
            CIPKDGTFGPSVSAIFASL DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC
Sbjct: 607  CIPKDGTFGPSVSAIFASLADSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 666

Query: 421  FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 480
            FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV
Sbjct: 667  FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 726

Query: 481  YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 540
            YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE
Sbjct: 727  YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 786

Query: 541  YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 600
            YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA
Sbjct: 787  YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 846

Query: 601  DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 660
            DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV
Sbjct: 847  DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 906

Query: 661  SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 720
            SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT
Sbjct: 907  SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 966

Query: 721  PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 780
            PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF
Sbjct: 967  PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 1026

Query: 781  SIHANDATSSN 790
            SIHANDATSSN
Sbjct: 1027 SIHANDATSSN 1037

BLAST of CsGy5G010630 vs. NCBI nr
Match: XP_011654460.1 (probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X3 [Cucumis sativus])

HSP 1 Score: 1558 bits (4035), Expect = 0.0
Identity = 789/791 (99.75%), Postives = 790/791 (99.87%), Query Frame = 0

Query: 1   MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
           MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 199 MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 258

Query: 61  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
           SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 259 SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 318

Query: 121 SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
           SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 319 SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 378

Query: 181 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
           PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 379 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 438

Query: 241 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
           SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 439 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 498

Query: 301 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
           WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 499 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 558

Query: 361 CIPKDGTFGPSVSAIFASL-DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 420
           CIPKDGTFGPSVSAIFASL DSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC
Sbjct: 559 CIPKDGTFGPSVSAIFASLADSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVC 618

Query: 421 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 480
           FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV
Sbjct: 619 FLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPV 678

Query: 481 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 540
           YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE
Sbjct: 679 YKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYE 738

Query: 541 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 600
           YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA
Sbjct: 739 YLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDA 798

Query: 601 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 660
           DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV
Sbjct: 799 DLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIV 858

Query: 661 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 720
           SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT
Sbjct: 859 SGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTT 918

Query: 721 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 780
           PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF
Sbjct: 919 PARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGSSSF 978

Query: 781 SIHANDATSSN 790
           SIHANDATSSN
Sbjct: 979 SIHANDATSSN 989

BLAST of CsGy5G010630 vs. ExPASy TrEMBL
Match: A0A1S3CN16 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103502770 PE=4 SV=1)

HSP 1 Score: 1361 bits (3523), Expect = 0.0
Identity = 701/794 (88.29%), Postives = 725/794 (91.31%), Query Frame = 0

Query: 2    FQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPS 61
            FQGNSFTGPIPSTFS LTAMNDLRIGDLSNG SSLEFIKNM SL+TLVLRNNGISD IPS
Sbjct: 261  FQGNSFTGPIPSTFSKLTAMNDLRIGDLSNGESSLEFIKNMISLKTLVLRNNGISDFIPS 320

Query: 62   YIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLS 121
            YIG+FEELT LDLSFNKLKGEIPEWLFN+TKLS LFLGNNKLTG LPQ KSD+L VIDLS
Sbjct: 321  YIGKFEELTLLDLSFNKLKGEIPEWLFNMTKLSNLFLGNNKLTGGLPQNKSDSLHVIDLS 380

Query: 122  YNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 181
            YN LSG IPEWVDGSTL+LNLVANNFLSEHVKES+LPLGL CLQREFSC GTSGGSSLKP
Sbjct: 381  YNVLSGIIPEWVDGSTLQLNLVANNFLSEHVKESHLPLGLDCLQREFSCIGTSGGSSLKP 440

Query: 182  SFGINCGGSKF-----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGN 241
            SFGINCGG KF     +EY+KQSAI GGASYYVSDSETWAVS+VG FPN ENSTSYNRGN
Sbjct: 441  SFGINCGGPKFQSNSGNEYEKQSAILGGASYYVSDSETWAVSNVGYFPNNENSTSYNRGN 500

Query: 242  RNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFT 301
                         EY FAN N SELFWTQ+LSTSSLRFYGLGLKNG YTVNL FVEQAFT
Sbjct: 501  D-----------IEYIFANSNDSELFWTQQLSTSSLRFYGLGLKNGNYTVNLQFVEQAFT 560

Query: 302  NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAG 361
            NLS WSSLGRR FDIYIQGEL  EDFSIQNEAGGSFRP SKPFKV VS+NYMEIHLFWAG
Sbjct: 561  NLSTWSSLGRRFFDIYIQGELVHEDFSIQNEAGGSFRPFSKPFKVQVSENYMEIHLFWAG 620

Query: 362  KGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVG 421
            KGTCCIP++GTFGPS+SAI ASLDS+ PVSN K GTSQ+K T SKKNAA LIVGIVVGVG
Sbjct: 621  KGTCCIPEEGTFGPSISAILASLDSN-PVSNEKNGTSQLKRTSSKKNAASLIVGIVVGVG 680

Query: 422  SVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGF 481
            S+CFLV  ISILF RRKG SSEDEELFGID+ RPHTY YSELR ATEDFSSSNKLGEGGF
Sbjct: 681  SICFLVVIISILFRRRKGCSSEDEELFGIDE-RPHTYGYSELRNATEDFSSSNKLGEGGF 740

Query: 482  GPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 541
            GPVYKGILNDGRVIAVKQLSVKS QGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL
Sbjct: 741  GPVYKGILNDGRVIAVKQLSVKSGQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 800

Query: 542  VYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 601
            VYEYLEKGSLDRALFG R+F LDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL
Sbjct: 801  VYEYLEKGSLDRALFGKRNFPLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 860

Query: 602  LDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVAL 661
            LDADLNPKISDFGLAKLYDDKKTHIST+VAGTIGYLAPEYAMRGHLTEKAD+FSFGVVAL
Sbjct: 861  LDADLNPKISDFGLAKLYDDKKTHISTIVAGTIGYLAPEYAMRGHLTEKADVFSFGVVAL 920

Query: 662  EIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCT 721
            EIVSGRPNSDRSLE DKVFLLELAWYLYENNRE+ELLDSDL TFNEDEV RVIRVGLMCT
Sbjct: 921  EIVSGRPNSDRSLEVDKVFLLELAWYLYENNREVELLDSDLLTFNEDEVKRVIRVGLMCT 980

Query: 722  QTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGS 781
            QT+PARRPLMSRVVAMLCGD+EV AITSKPGYLSEWTFDDLVTSTNDAT EGSSTTHQGS
Sbjct: 981  QTSPARRPLMSRVVAMLCGDVEVVAITSKPGYLSEWTFDDLVTSTNDATAEGSSTTHQGS 1040

Query: 782  SSFSIHANDATSSN 790
            SSFSIHAND TSSN
Sbjct: 1041 SSFSIHANDVTSSN 1041

BLAST of CsGy5G010630 vs. ExPASy TrEMBL
Match: A0A1S3CPI5 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103502770 PE=4 SV=1)

HSP 1 Score: 1361 bits (3523), Expect = 0.0
Identity = 701/794 (88.29%), Postives = 725/794 (91.31%), Query Frame = 0

Query: 2    FQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPS 61
            FQGNSFTGPIPSTFS LTAMNDLRIGDLSNG SSLEFIKNM SL+TLVLRNNGISD IPS
Sbjct: 250  FQGNSFTGPIPSTFSKLTAMNDLRIGDLSNGESSLEFIKNMISLKTLVLRNNGISDFIPS 309

Query: 62   YIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLS 121
            YIG+FEELT LDLSFNKLKGEIPEWLFN+TKLS LFLGNNKLTG LPQ KSD+L VIDLS
Sbjct: 310  YIGKFEELTLLDLSFNKLKGEIPEWLFNMTKLSNLFLGNNKLTGGLPQNKSDSLHVIDLS 369

Query: 122  YNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 181
            YN LSG IPEWVDGSTL+LNLVANNFLSEHVKES+LPLGL CLQREFSC GTSGGSSLKP
Sbjct: 370  YNVLSGIIPEWVDGSTLQLNLVANNFLSEHVKESHLPLGLDCLQREFSCIGTSGGSSLKP 429

Query: 182  SFGINCGGSKF-----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGN 241
            SFGINCGG KF     +EY+KQSAI GGASYYVSDSETWAVS+VG FPN ENSTSYNRGN
Sbjct: 430  SFGINCGGPKFQSNSGNEYEKQSAILGGASYYVSDSETWAVSNVGYFPNNENSTSYNRGN 489

Query: 242  RNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFT 301
                         EY FAN N SELFWTQ+LSTSSLRFYGLGLKNG YTVNL FVEQAFT
Sbjct: 490  D-----------IEYIFANSNDSELFWTQQLSTSSLRFYGLGLKNGNYTVNLQFVEQAFT 549

Query: 302  NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAG 361
            NLS WSSLGRR FDIYIQGEL  EDFSIQNEAGGSFRP SKPFKV VS+NYMEIHLFWAG
Sbjct: 550  NLSTWSSLGRRFFDIYIQGELVHEDFSIQNEAGGSFRPFSKPFKVQVSENYMEIHLFWAG 609

Query: 362  KGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVG 421
            KGTCCIP++GTFGPS+SAI ASLDS+ PVSN K GTSQ+K T SKKNAA LIVGIVVGVG
Sbjct: 610  KGTCCIPEEGTFGPSISAILASLDSN-PVSNEKNGTSQLKRTSSKKNAASLIVGIVVGVG 669

Query: 422  SVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGF 481
            S+CFLV  ISILF RRKG SSEDEELFGID+ RPHTY YSELR ATEDFSSSNKLGEGGF
Sbjct: 670  SICFLVVIISILFRRRKGCSSEDEELFGIDE-RPHTYGYSELRNATEDFSSSNKLGEGGF 729

Query: 482  GPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 541
            GPVYKGILNDGRVIAVKQLSVKS QGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL
Sbjct: 730  GPVYKGILNDGRVIAVKQLSVKSGQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 789

Query: 542  VYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 601
            VYEYLEKGSLDRALFG R+F LDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL
Sbjct: 790  VYEYLEKGSLDRALFGKRNFPLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 849

Query: 602  LDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVAL 661
            LDADLNPKISDFGLAKLYDDKKTHIST+VAGTIGYLAPEYAMRGHLTEKAD+FSFGVVAL
Sbjct: 850  LDADLNPKISDFGLAKLYDDKKTHISTIVAGTIGYLAPEYAMRGHLTEKADVFSFGVVAL 909

Query: 662  EIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCT 721
            EIVSGRPNSDRSLE DKVFLLELAWYLYENNRE+ELLDSDL TFNEDEV RVIRVGLMCT
Sbjct: 910  EIVSGRPNSDRSLEVDKVFLLELAWYLYENNREVELLDSDLLTFNEDEVKRVIRVGLMCT 969

Query: 722  QTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGS 781
            QT+PARRPLMSRVVAMLCGD+EV AITSKPGYLSEWTFDDLVTSTNDAT EGSSTTHQGS
Sbjct: 970  QTSPARRPLMSRVVAMLCGDVEVVAITSKPGYLSEWTFDDLVTSTNDATAEGSSTTHQGS 1029

Query: 782  SSFSIHANDATSSN 790
            SSFSIHAND TSSN
Sbjct: 1030 SSFSIHANDVTSSN 1030

BLAST of CsGy5G010630 vs. ExPASy TrEMBL
Match: A0A1S4E509 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103502770 PE=4 SV=1)

HSP 1 Score: 1361 bits (3523), Expect = 0.0
Identity = 701/794 (88.29%), Postives = 725/794 (91.31%), Query Frame = 0

Query: 2   FQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPS 61
           FQGNSFTGPIPSTFS LTAMNDLRIGDLSNG SSLEFIKNM SL+TLVLRNNGISD IPS
Sbjct: 200 FQGNSFTGPIPSTFSKLTAMNDLRIGDLSNGESSLEFIKNMISLKTLVLRNNGISDFIPS 259

Query: 62  YIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLS 121
           YIG+FEELT LDLSFNKLKGEIPEWLFN+TKLS LFLGNNKLTG LPQ KSD+L VIDLS
Sbjct: 260 YIGKFEELTLLDLSFNKLKGEIPEWLFNMTKLSNLFLGNNKLTGGLPQNKSDSLHVIDLS 319

Query: 122 YNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 181
           YN LSG IPEWVDGSTL+LNLVANNFLSEHVKES+LPLGL CLQREFSC GTSGGSSLKP
Sbjct: 320 YNVLSGIIPEWVDGSTLQLNLVANNFLSEHVKESHLPLGLDCLQREFSCIGTSGGSSLKP 379

Query: 182 SFGINCGGSKF-----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGN 241
           SFGINCGG KF     +EY+KQSAI GGASYYVSDSETWAVS+VG FPN ENSTSYNRGN
Sbjct: 380 SFGINCGGPKFQSNSGNEYEKQSAILGGASYYVSDSETWAVSNVGYFPNNENSTSYNRGN 439

Query: 242 RNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFT 301
                        EY FAN N SELFWTQ+LSTSSLRFYGLGLKNG YTVNL FVEQAFT
Sbjct: 440 D-----------IEYIFANSNDSELFWTQQLSTSSLRFYGLGLKNGNYTVNLQFVEQAFT 499

Query: 302 NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAG 361
           NLS WSSLGRR FDIYIQGEL  EDFSIQNEAGGSFRP SKPFKV VS+NYMEIHLFWAG
Sbjct: 500 NLSTWSSLGRRFFDIYIQGELVHEDFSIQNEAGGSFRPFSKPFKVQVSENYMEIHLFWAG 559

Query: 362 KGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVG 421
           KGTCCIP++GTFGPS+SAI ASLDS+ PVSN K GTSQ+K T SKKNAA LIVGIVVGVG
Sbjct: 560 KGTCCIPEEGTFGPSISAILASLDSN-PVSNEKNGTSQLKRTSSKKNAASLIVGIVVGVG 619

Query: 422 SVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGF 481
           S+CFLV  ISILF RRKG SSEDEELFGID+ RPHTY YSELR ATEDFSSSNKLGEGGF
Sbjct: 620 SICFLVVIISILFRRRKGCSSEDEELFGIDE-RPHTYGYSELRNATEDFSSSNKLGEGGF 679

Query: 482 GPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 541
           GPVYKGILNDGRVIAVKQLSVKS QGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL
Sbjct: 680 GPVYKGILNDGRVIAVKQLSVKSGQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 739

Query: 542 VYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 601
           VYEYLEKGSLDRALFG R+F LDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL
Sbjct: 740 VYEYLEKGSLDRALFGKRNFPLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 799

Query: 602 LDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVAL 661
           LDADLNPKISDFGLAKLYDDKKTHIST+VAGTIGYLAPEYAMRGHLTEKAD+FSFGVVAL
Sbjct: 800 LDADLNPKISDFGLAKLYDDKKTHISTIVAGTIGYLAPEYAMRGHLTEKADVFSFGVVAL 859

Query: 662 EIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCT 721
           EIVSGRPNSDRSLE DKVFLLELAWYLYENNRE+ELLDSDL TFNEDEV RVIRVGLMCT
Sbjct: 860 EIVSGRPNSDRSLEVDKVFLLELAWYLYENNREVELLDSDLLTFNEDEVKRVIRVGLMCT 919

Query: 722 QTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGS 781
           QT+PARRPLMSRVVAMLCGD+EV AITSKPGYLSEWTFDDLVTSTNDAT EGSSTTHQGS
Sbjct: 920 QTSPARRPLMSRVVAMLCGDVEVVAITSKPGYLSEWTFDDLVTSTNDATAEGSSTTHQGS 979

Query: 782 SSFSIHANDATSSN 790
           SSFSIHAND TSSN
Sbjct: 980 SSFSIHANDVTSSN 980

BLAST of CsGy5G010630 vs. ExPASy TrEMBL
Match: A0A0A0KJ72 (Non-specific serine/threonine protein kinase OS=Cucumis sativus OX=3659 GN=Csa_5G011730 PE=4 SV=1)

HSP 1 Score: 1348 bits (3490), Expect = 0.0
Identity = 678/680 (99.71%), Postives = 679/680 (99.85%), Query Frame = 0

Query: 1   MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 60
           MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP
Sbjct: 62  MFQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIP 121

Query: 61  SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 120
           SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL
Sbjct: 122 SYIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDL 181

Query: 121 SYNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 180
           SYNGLSGTIPEWVDGSTL+LNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK
Sbjct: 182 SYNGLSGTIPEWVDGSTLQLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLK 241

Query: 181 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 240
           PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST
Sbjct: 242 PSFGINCGGSKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNST 301

Query: 241 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 300
           SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK
Sbjct: 302 SYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSK 361

Query: 301 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 360
           WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC
Sbjct: 362 WSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAGKGTC 421

Query: 361 CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF 420
           CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF
Sbjct: 422 CIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCF 481

Query: 421 LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY 480
           LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY
Sbjct: 482 LVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVY 541

Query: 481 KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY 540
           KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY
Sbjct: 542 KGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEY 601

Query: 541 LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD 600
           LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD
Sbjct: 602 LEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDAD 661

Query: 601 LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS 660
           LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS
Sbjct: 662 LNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVS 721

Query: 661 GRPNSDRSLEEDKVFLLELA 680
           GRPNSDRSLEEDKVFLLEL 
Sbjct: 722 GRPNSDRSLEEDKVFLLELV 741

BLAST of CsGy5G010630 vs. ExPASy TrEMBL
Match: A0A1S4E518 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103502770 PE=4 SV=1)

HSP 1 Score: 1328 bits (3436), Expect = 0.0
Identity = 687/794 (86.52%), Postives = 710/794 (89.42%), Query Frame = 0

Query: 2    FQGNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPS 61
            FQGNSFTGPIPSTFS LTAMNDLRIGDLSNG SSLEFIKNM SL+TLVLRNNGISD IPS
Sbjct: 248  FQGNSFTGPIPSTFSKLTAMNDLRIGDLSNGESSLEFIKNMISLKTLVLRNNGISDFIPS 307

Query: 62   YIGEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLS 121
            YIG+FEELT LDLSFNKLKGEIPEWLFN+TKLS LFLGNNKLTG LPQ KSD+L VIDLS
Sbjct: 308  YIGKFEELTLLDLSFNKLKGEIPEWLFNMTKLSNLFLGNNKLTGGLPQNKSDSLHVIDLS 367

Query: 122  YNGLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKP 181
            YN LSG IPEWVDGSTL+LNLVANNFLSEHVKES+LPLGL CLQREFSC GTSGGSSLKP
Sbjct: 368  YNVLSGIIPEWVDGSTLQLNLVANNFLSEHVKESHLPLGLDCLQREFSCIGTSGGSSLKP 427

Query: 182  SFGINCGGSKF-----DEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGN 241
            SFGINCGG KF     +EY+KQSAI GGASYYVSDSETWAVS+VG FPN ENSTSYNRGN
Sbjct: 428  SFGINCGGPKFQSNSGNEYEKQSAILGGASYYVSDSETWAVSNVGYFPNNENSTSYNRGN 487

Query: 242  RNSTSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFT 301
                         EY FAN N SELFWTQ+LSTSSLRFYGLGLKNG YTVNL FVEQAFT
Sbjct: 488  D-----------IEYIFANSNDSELFWTQQLSTSSLRFYGLGLKNGNYTVNLQFVEQAFT 547

Query: 302  NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGSFRPISKPFKVPVSKNYMEIHLFWAG 361
            NLS WSSLGRR FDIYIQGEL  EDFSIQNEAGGSFRP SKPFKV VS+NYMEIHLFWAG
Sbjct: 548  NLSTWSSLGRRFFDIYIQGELVHEDFSIQNEAGGSFRPFSKPFKVQVSENYMEIHLFWAG 607

Query: 362  KGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVG 421
            KGTCCIP++ +                PVSN K GTSQ+K T SKKNAA LIVGIVVGVG
Sbjct: 608  KGTCCIPEEDS---------------NPVSNEKNGTSQLKRTSSKKNAASLIVGIVVGVG 667

Query: 422  SVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGF 481
            S+CFLV  ISILF RRKG SSEDEELFGID+ RPHTY YSELR ATEDFSSSNKLGEGGF
Sbjct: 668  SICFLVVIISILFRRRKGCSSEDEELFGIDE-RPHTYGYSELRNATEDFSSSNKLGEGGF 727

Query: 482  GPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 541
            GPVYKGILNDGRVIAVKQLSVKS QGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL
Sbjct: 728  GPVYKGILNDGRVIAVKQLSVKSGQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLL 787

Query: 542  VYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 601
            VYEYLEKGSLDRALFG R+F LDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL
Sbjct: 788  VYEYLEKGSLDRALFGKRNFPLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNIL 847

Query: 602  LDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVAL 661
            LDADLNPKISDFGLAKLYDDKKTHIST+VAGTIGYLAPEYAMRGHLTEKAD+FSFGVVAL
Sbjct: 848  LDADLNPKISDFGLAKLYDDKKTHISTIVAGTIGYLAPEYAMRGHLTEKADVFSFGVVAL 907

Query: 662  EIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCT 721
            EIVSGRPNSDRSLE DKVFLLELAWYLYENNRE+ELLDSDL TFNEDEV RVIRVGLMCT
Sbjct: 908  EIVSGRPNSDRSLEVDKVFLLELAWYLYENNREVELLDSDLLTFNEDEVKRVIRVGLMCT 967

Query: 722  QTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATTEGSSTTHQGS 781
            QT+PARRPLMSRVVAMLCGD+EV AITSKPGYLSEWTFDDLVTSTNDAT EGSSTTHQGS
Sbjct: 968  QTSPARRPLMSRVVAMLCGDVEVVAITSKPGYLSEWTFDDLVTSTNDATAEGSSTTHQGS 1014

Query: 782  SSFSIHANDATSSN 790
            SSFSIHAND TSSN
Sbjct: 1028 SSFSIHANDVTSSN 1014

BLAST of CsGy5G010630 vs. TAIR 10
Match: AT1G56140.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 814.3 bits (2102), Expect = 8.5e-236
Identity = 436/800 (54.50%), Postives = 553/800 (69.12%), Query Frame = 0

Query: 4    GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
            G   +GPIP++FSNLT++ +LR+GD+SNG SSLEFIK+M SL  LVLRNN ++  IPS I
Sbjct: 251  GTGLSGPIPASFSNLTSLTELRLGDISNGNSSLEFIKDMKSLSILVLRNNNLTGTIPSNI 310

Query: 64   GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
            GE+  L  LDLSFNKL G IP  LFNL +L++LFLGNN L G LP  K  +L  +D+SYN
Sbjct: 311  GEYSSLRQLDLSFNKLHGTIPASLFNLRQLTHLFLGNNTLNGSLPTQKGQSLSNVDVSYN 370

Query: 124  GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
             LSG++P WV    L LNLVANNF  E + ++ +  GL+CLQ+ F CN    G  +   F
Sbjct: 371  DLSGSLPSWVSLPNLNLNLVANNFTLEGL-DNRVLSGLNCLQKNFPCN---RGKGIYSDF 430

Query: 184  GINCGGSKFDE-----YDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
             INCGG +        ++++    G AS+ VS  + WA S VG F  + N          
Sbjct: 431  SINCGGPEIRSVTEAVFEREDEDLGPASFVVSAGQRWAASSVGLFAGSSN---------- 490

Query: 244  STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAF--T 303
                N    T++  F N   SELF +  LS SSLR+YGLGL+NG YTV L F E     +
Sbjct: 491  ----NIYISTSQSQFVNTLDSELFQSARLSASSLRYYGLGLENGGYTVTLQFAEIQILGS 550

Query: 304  NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGS-FRPISKPFKVPVSKNYMEIHLFWA 363
              + W  LGRR FDIY+QG L ++DF ++  AG S  R + + +K  VS+N++EIHLFWA
Sbjct: 551  TSNTWRGLGRRRFDIYVQGRLVEKDFDVRRTAGDSTVRAVQREYKANVSQNHLEIHLFWA 610

Query: 364  GKGTCCIPKDGTFGPSVSAIFASLDSDQPVSN--AKKGTSQIKGTGSKKNAAILIVGIVV 423
            GKGTCCIP  G +GP +SA+ A+ D    V N    KG S    TG+       IVG++V
Sbjct: 611  GKGTCCIPIQGAYGPLISAVGATPDFTPTVGNRPPSKGKSM---TGT-------IVGVIV 670

Query: 424  GVGSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGE 483
            GVG +  +   +  +  +R+ R ++DEE+  + D +P+T++YSEL++AT+DF  SNKLGE
Sbjct: 671  GVGLLSIISGVVIFIIRKRRKRYTDDEEILSM-DVKPYTFTYSELKSATQDFDPSNKLGE 730

Query: 484  GGFGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQN 543
            GGFGPVYKG LNDGR +AVK LSV S QG+ QFVAEI  +SAVQHRNLVKL+GCC EG++
Sbjct: 731  GGFGPVYKGKLNDGREVAVKLLSVGSRQGKGQFVAEIVAISAVQHRNLVKLYGCCYEGEH 790

Query: 544  RLLVYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKAS 603
            RLLVYEYL  GSLD+ALFG ++  LDW  R++ICLGVARGL YLHEE+RLRIVHRDVKAS
Sbjct: 791  RLLVYEYLPNGSLDQALFGEKTLHLDWSTRYEICLGVARGLVYLHEEARLRIVHRDVKAS 850

Query: 604  NILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGV 663
            NILLD+ L PK+SDFGLAKLYDDKKTHIST VAGTIGYLAPEYAMRGHLTEK D+++FGV
Sbjct: 851  NILLDSKLVPKVSDFGLAKLYDDKKTHISTRVAGTIGYLAPEYAMRGHLTEKTDVYAFGV 910

Query: 664  VALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGL 723
            VALE+VSGRPNSD +LE++K +LLE AW L+E  RE+EL+D  L+ FN +E  R+I + L
Sbjct: 911  VALELVSGRPNSDENLEDEKRYLLEWAWNLHEKGREVELIDHQLTEFNMEEGKRMIGIAL 970

Query: 724  MCTQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTST-------NDATT 783
            +CTQT+ A RP MSRVVAML GD+EV+ +TSKPGYL++W FDD   S+       N   +
Sbjct: 971  LCTQTSHALRPPMSRVVAMLSGDVEVSDVTSKPGYLTDWRFDDTTASSISGFPLRNTQAS 1021

Query: 784  EGSSTTHQGSSSFSIHANDA 787
            E  ++     S  S   NDA
Sbjct: 1031 ESFTSFVAPRSEISPRNNDA 1021

BLAST of CsGy5G010630 vs. TAIR 10
Match: AT1G56130.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 813.9 bits (2101), Expect = 1.1e-235
Identity = 422/766 (55.09%), Postives = 542/766 (70.76%), Query Frame = 0

Query: 4   GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
           G   +GPIPS+FSNLT++ +LR+GD+S+G SSL+FIK+M SL  LVLRNN ++  IPS I
Sbjct: 252 GTGLSGPIPSSFSNLTSLTELRLGDISSGSSSLDFIKDMKSLSVLVLRNNNLTGTIPSTI 311

Query: 64  GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
           GE   L  +DLSFNKL G IP  LFNL++L++LFLGNN L G  P  K+ +L  +D+SYN
Sbjct: 312 GEHSSLRQVDLSFNKLHGPIPASLFNLSQLTHLFLGNNTLNGSFPTQKTQSLRNVDVSYN 371

Query: 124 GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
            LSG++P WV   +L+LNLVANNF  E +    LP GL+CLQ+ F CN    G  +   F
Sbjct: 372 DLSGSLPSWVSLPSLKLNLVANNFTLEGLDNRVLP-GLNCLQKNFPCN---RGKGIYSDF 431

Query: 184 GINCGGSKFDE-----YDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
            INCGG +        ++++    G AS++VS  + WA S VG F  + N          
Sbjct: 432 SINCGGPEKRSVTGALFEREDEDFGPASFFVSAGQRWAASSVGLFAGSSN---------- 491

Query: 244 STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAF--T 303
               N    T++  F N   SELF +  LS SS+R+YGLGL+NG YTV L F E     +
Sbjct: 492 ----NIYIATSQSQFVNTLDSELFQSARLSASSVRYYGLGLENGGYTVTLQFAEIQILGS 551

Query: 304 NLSKWSSLGRRVFDIYIQGELFQEDFSIQNEAGGS-FRPISKPFKVPVSKNYMEIHLFWA 363
             + W  LGRR FDIY+QG L ++DF ++  AG S  R + + +K  VS+N++E+HLFWA
Sbjct: 552 TSTTWKGLGRRRFDIYVQGRLVEKDFDVRRTAGDSTVRAVQRVYKANVSENHLEVHLFWA 611

Query: 364 GKGTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGV 423
           GKGTCCIP  G +GP +SA+ A+ D    V+N        K     KN    IVG++VGV
Sbjct: 612 GKGTCCIPIQGAYGPLISAVSATPDFTPTVAN--------KPPSKGKNRTGTIVGVIVGV 671

Query: 424 GSVCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGG 483
           G +  L   +     +R+ R ++DEEL G+ D +P+ ++YSEL++AT+DF  SNKLGEGG
Sbjct: 672 GLLSILAGVVMFTIRKRRKRYTDDEELLGM-DVKPYIFTYSELKSATQDFDPSNKLGEGG 731

Query: 484 FGPVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRL 543
           FGPVYKG LNDGRV+AVK LSV S QG+ QFVAEI  +S+V HRNLVKL+GCC EG++R+
Sbjct: 732 FGPVYKGNLNDGRVVAVKLLSVGSRQGKGQFVAEIVAISSVLHRNLVKLYGCCFEGEHRM 791

Query: 544 LVYEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNI 603
           LVYEYL  GSLD+ALFG+++  LDW  R++ICLGVARGL YLHEE+ +RIVHRDVKASNI
Sbjct: 792 LVYEYLPNGSLDQALFGDKTLHLDWSTRYEICLGVARGLVYLHEEASVRIVHRDVKASNI 851

Query: 604 LLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVA 663
           LLD+ L P+ISDFGLAKLYDDKKTHIST VAGTIGYLAPEYAMRGHLTEK D+++FGVVA
Sbjct: 852 LLDSRLVPQISDFGLAKLYDDKKTHISTRVAGTIGYLAPEYAMRGHLTEKTDVYAFGVVA 911

Query: 664 LEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMC 723
           LE+VSGRPNSD +LEE+K +LLE AW L+E +R+IEL+D  L+ FN +E  R+I + L+C
Sbjct: 912 LELVSGRPNSDENLEEEKKYLLEWAWNLHEKSRDIELIDDKLTDFNMEEAKRMIGIALLC 971

Query: 724 TQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTST 762
           TQT+ A RP MSRVVAML GD+E+  +TSKPGY+S+W FDD   S+
Sbjct: 972 TQTSHALRPPMSRVVAMLSGDVEIGDVTSKPGYVSDWRFDDTTGSS 990

BLAST of CsGy5G010630 vs. TAIR 10
Match: AT1G56145.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 807.7 bits (2085), Expect = 8.0e-234
Identity = 429/769 (55.79%), Postives = 545/769 (70.87%), Query Frame = 0

Query: 4   GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
           G S +GPIPSTF+NL ++ +LR+G++SN  SSL+FI+ M S+  LVLRNN ++  IPS I
Sbjct: 247 GTSLSGPIPSTFANLISLTELRLGEISNISSSLQFIREMKSISVLVLRNNNLTGTIPSNI 306

Query: 64  GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
           G++  L  LDLSFNKL G+IP  LFN  +L++LFLGNN+L G LP  KS +L  ID+SYN
Sbjct: 307 GDYLGLRQLDLSFNKLTGQIPAPLFNSRQLTHLFLGNNRLNGSLPTQKSPSLSNIDVSYN 366

Query: 124 GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
            L+G +P WV    L+LNL+AN+F         LP  L CLQ++F CN    G  +  +F
Sbjct: 367 DLTGDLPSWVRLPNLQLNLIANHFTVGGSNRRALP-RLDCLQKDFRCN---RGKGVYFNF 426

Query: 184 GINCGG-----SKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
            +NCGG     S    Y+K     G A+++VS ++ WAVS+VG F  +           N
Sbjct: 427 FVNCGGRDIRSSSGALYEKDEGALGPATFFVSKTQRWAVSNVGLFTGS-----------N 486

Query: 244 STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNL 303
           S  Y   S T    FAN + SELF +  LS SSLR+YGLGL+NG Y+V + F E      
Sbjct: 487 SNQYIALSAT---QFANTSDSELFQSARLSASSLRYYGLGLENGGYSVTVQFAEIQIQGS 546

Query: 304 SKWSSLGRRVFDIYIQGELFQEDFSIQNEA-GGSFRPISKPFKVPVSKNYMEIHLFWAGK 363
           + W SLGRR+FDIY+QG+L ++DF +Q  A G S R I + +K  VS+NY+E+HLFWAGK
Sbjct: 547 NTWKSLGRRIFDIYVQGKLVEKDFDMQKAANGSSIRVIQRVYKANVSENYLEVHLFWAGK 606

Query: 364 GTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGS 423
           GTCCIP  GT+GP VSAI A+ D    V N          + SKKN  ++IVG +VG G 
Sbjct: 607 GTCCIPAQGTYGPLVSAISATPDFIPTVKNKLP-------SKSKKN-IVIIVGAIVGAGM 666

Query: 424 VCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFG 483
           +C LV  I +LF RRK + + DEE+      RP+T+SYSELRTAT+DF  SNKLGEGGFG
Sbjct: 667 LCILVIAI-LLFIRRKRKRAADEEVLNSLHIRPYTFSYSELRTATQDFDPSNKLGEGGFG 726

Query: 484 PVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLV 543
           PV+KG LNDGR IAVKQLSV S QG+ QFVAEI+T+SAVQHRNLVKL+GCCIEG  R+LV
Sbjct: 727 PVFKGKLNDGREIAVKQLSVASRQGKGQFVAEIATISAVQHRNLVKLYGCCIEGNQRMLV 786

Query: 544 YEYLEKGSLDRALFGNRSFTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILL 603
           YEYL   SLD+ALF  +S  L W +RF+ICLGVA+GL+Y+HEES  RIVHRDVKASNILL
Sbjct: 787 YEYLSNKSLDQALFEEKSLQLGWSQRFEICLGVAKGLAYMHEESNPRIVHRDVKASNILL 846

Query: 604 DADLNPKISDFGLAKLYDDKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALE 663
           D+DL PK+SDFGLAKLYDDKKTHIST VAGTIGYL+PEY M GHLTEK D+F+FG+VALE
Sbjct: 847 DSDLVPKLSDFGLAKLYDDKKTHISTRVAGTIGYLSPEYVMLGHLTEKTDVFAFGIVALE 906

Query: 664 IVSGRPNSDRSLEEDKVFLLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQ 723
           IVSGRPNS   L++DK +LLE AW L++  R++E++D DL+ F+++EV RVI V  +CTQ
Sbjct: 907 IVSGRPNSSPELDDDKQYLLEWAWSLHQEQRDMEVVDPDLTEFDKEEVKRVIGVAFLCTQ 966

Query: 724 TTPARRPLMSRVVAMLCGDIEVAAITSKPGYLSEWTFDDLVTSTNDATT 767
           T  A RP MSRVV ML GD+E+    +KPGY+SE TF++ ++  + +T+
Sbjct: 967 TDHAIRPTMSRVVGMLTGDVEITEANAKPGYVSERTFENAMSFMSGSTS 988

BLAST of CsGy5G010630 vs. TAIR 10
Match: AT1G56145.2 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 796.2 bits (2055), Expect = 2.4e-230
Identity = 430/796 (54.02%), Postives = 546/796 (68.59%), Query Frame = 0

Query: 4    GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
            G S +GPIPSTF+NL ++ +LR+G++SN  SSL+FI+ M S+  LVLRNN ++  IPS I
Sbjct: 247  GTSLSGPIPSTFANLISLTELRLGEISNISSSLQFIREMKSISVLVLRNNNLTGTIPSNI 306

Query: 64   GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
            G++  L  LDLSFNKL G+IP  LFN  +L++LFLGNN+L G LP  KS +L  ID+SYN
Sbjct: 307  GDYLGLRQLDLSFNKLTGQIPAPLFNSRQLTHLFLGNNRLNGSLPTQKSPSLSNIDVSYN 366

Query: 124  GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSGGSSLKPSF 183
             L+G +P WV    L+LNL+AN+F         LP  L CLQ++F CN    G  +  +F
Sbjct: 367  DLTGDLPSWVRLPNLQLNLIANHFTVGGSNRRALP-RLDCLQKDFRCN---RGKGVYFNF 426

Query: 184  GINCGG-----SKFDEYDKQSAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRN 243
             +NCGG     S    Y+K     G A+++VS ++ WAVS+VG F  +           N
Sbjct: 427  FVNCGGRDIRSSSGALYEKDEGALGPATFFVSKTQRWAVSNVGLFTGS-----------N 486

Query: 244  STSYNRDSDTTEYTFANRNVSELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNL 303
            S  Y   S T    FAN + SELF +  LS SSLR+YGLGL+NG Y+V + F E      
Sbjct: 487  SNQYIALSAT---QFANTSDSELFQSARLSASSLRYYGLGLENGGYSVTVQFAEIQIQGS 546

Query: 304  SKWSSLGRRVFDIYIQGELFQEDFSIQNEA-GGSFRPISKPFKVPVSKNYMEIHLFWAGK 363
            + W SLGRR+FDIY+QG+L ++DF +Q  A G S R I + +K  VS+NY+E+HLFWAGK
Sbjct: 547  NTWKSLGRRIFDIYVQGKLVEKDFDMQKAANGSSIRVIQRVYKANVSENYLEVHLFWAGK 606

Query: 364  GTCCIPKDGTFGPSVSAIFASLDSDQPVSNAKKGTSQIKGTGSKKNAAILIVGIVVGVGS 423
            GTCCIP  GT+GP VSAI A+ D    V N          + SKKN  ++IVG +VG G 
Sbjct: 607  GTCCIPAQGTYGPLVSAISATPDFIPTVKNKLP-------SKSKKN-IVIIVGAIVGAGM 666

Query: 424  VCFLVFTISILFYRRKGRSSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFG 483
            +C LV  I +LF RRK + + DEE+      RP+T+SYSELRTAT+DF  SNKLGEGGFG
Sbjct: 667  LCILVIAI-LLFIRRKRKRAADEEVLNSLHIRPYTFSYSELRTATQDFDPSNKLGEGGFG 726

Query: 484  PVYKGILNDGRVIAVKQLSVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLV 543
            PV+KG LNDGR IAVKQLSV S QG+ QFVAEI+T+SAVQHRNLVKL+GCCIEG  R+LV
Sbjct: 727  PVFKGKLNDGREIAVKQLSVASRQGKGQFVAEIATISAVQHRNLVKLYGCCIEGNQRMLV 786

Query: 544  YEYLEKGSLDRALFG---------------------------NRSFTLDWPKRFDICLGV 603
            YEYL   SLD+ALFG                            +S  L W +RF+ICLGV
Sbjct: 787  YEYLSNKSLDQALFGKCMRSYMCYPCKKNKCCYLTCCVTVAEEKSLQLGWSQRFEICLGV 846

Query: 604  ARGLSYLHEESRLRIVHRDVKASNILLDADLNPKISDFGLAKLYDDKKTHISTVVAGTIG 663
            A+GL+Y+HEES  RIVHRDVKASNILLD+DL PK+SDFGLAKLYDDKKTHIST VAGTIG
Sbjct: 847  AKGLAYMHEESNPRIVHRDVKASNILLDSDLVPKLSDFGLAKLYDDKKTHISTRVAGTIG 906

Query: 664  YLAPEYAMRGHLTEKADIFSFGVVALEIVSGRPNSDRSLEEDKVFLLELAWYLYENNREI 723
            YL+PEY M GHLTEK D+F+FG+VALEIVSGRPNS   L++DK +LLE AW L++  R++
Sbjct: 907  YLSPEYVMLGHLTEKTDVFAFGIVALEIVSGRPNSSPELDDDKQYLLEWAWSLHQEQRDM 966

Query: 724  ELLDSDLSTFNEDEVTRVIRVGLMCTQTTPARRPLMSRVVAMLCGDIEVAAITSKPGYLS 767
            E++D DL+ F+++EV RVI V  +CTQT  A RP MSRVV ML GD+E+    +KPGY+S
Sbjct: 967  EVVDPDLTEFDKEEVKRVIGVAFLCTQTDHAIRPTMSRVVGMLTGDVEITEANAKPGYVS 1015

BLAST of CsGy5G010630 vs. TAIR 10
Match: AT1G56120.1 (Leucine-rich repeat transmembrane protein kinase )

HSP 1 Score: 794.3 bits (2050), Expect = 9.1e-230
Identity = 430/819 (52.50%), Postives = 553/819 (67.52%), Query Frame = 0

Query: 4    GNSFTGPIPSTFSNLTAMNDLRIGDLSNGGSSLEFIKNMTSLRTLVLRNNGISDLIPSYI 63
            G   +GPIPS+FSNL A+ +LR+GD+SNG SSL+FIK+M SL  LVLRNN ++  IPS I
Sbjct: 227  GTGLSGPIPSSFSNLIALTELRLGDISNGSSSLDFIKDMKSLSVLVLRNNNLTGTIPSTI 286

Query: 64   GEFEELTWLDLSFNKLKGEIPEWLFNLTKLSYLFLGNNKLTGRLPQTKSDTLLVIDLSYN 123
            G +  L  +DLSFNKL G IP  LFNL++L++LFLGNN L G LP  K  +L  +D+SYN
Sbjct: 287  GGYTSLQQVDLSFNKLHGPIPASLFNLSRLTHLFLGNNTLNGSLPTLKGQSLSNLDVSYN 346

Query: 124  GLSGTIPEWVDGSTLRLNLVANNFLSEHVKESNLPLGLHCLQREFSCNGTSG-------- 183
             LSG++P WV    L+LNLVANNF  E + ++ +  GLHCLQ+ F CN   G        
Sbjct: 347  DLSGSLPSWVSLPDLKLNLVANNFTLEGL-DNRVLSGLHCLQKNFPCNRGEGICKCNKKI 406

Query: 184  ----------------GSS----------------LKPSFGINCGGSKFDE-----YDKQ 243
                            GS+                L  +F INCGG +        ++K+
Sbjct: 407  PSQIMFSMLNVQTYGQGSNVLLEKNCFKTFAIDWCLDYNFSINCGGPEIRSVSGALFEKE 466

Query: 244  SAITGGASYYVSDSETWAVSDVGNFPNTENSTSYNRGNRNSTSYNRDSDTTEYTFANRNV 303
             A  G AS+ VS ++ WA S VGNF  + N              N    T+   F N   
Sbjct: 467  DADLGPASFVVSAAKRWAASSVGNFAGSSN--------------NIYIATSLAQFINTMD 526

Query: 304  SELFWTQELSTSSLRFYGLGLKNGIYTVNLLFVEQAFTNLSKWSSLGRRVFDIYIQGELF 363
            SELF +  LS SSLR+YGLGL+NG YTV L F E      + W  +GRR F+IY+QG L 
Sbjct: 527  SELFQSARLSASSLRYYGLGLENGGYTVTLQFAEVQIEGSNSWKGIGRRRFNIYVQGRLV 586

Query: 364  QEDFSIQNEAGG-SFRPISKPFKVPVSKNYMEIHLFWAGKGTCCIPKDGTFGPSVSAIFA 423
            ++DF I+  AGG S R + + +K  VS+N++E+HLFWAGKGTCCIP  G +GP ++A+ A
Sbjct: 587  EKDFDIRRTAGGSSVRAVQREYKTNVSENHLEVHLFWAGKGTCCIPIQGAYGPLIAAVSA 646

Query: 424  SLDSDQPVSN--AKKGTSQIKGTGSKKNAAILIVGIVVGVGSVCFLVFTISILFYRRKGR 483
            + D    V+N    KG S+   TG+       IVG++VGVG +      + ++  +R+  
Sbjct: 647  TPDFTPTVANRPPSKGKSR---TGT-------IVGVIVGVGLLSIFAGVVILVIRKRRKP 706

Query: 484  SSEDEELFGIDDQRPHTYSYSELRTATEDFSSSNKLGEGGFGPVYKGILNDGRVIAVKQL 543
             ++DEE+  + D +P+T++YSEL+ AT+DF  SNKLGEGGFG VYKG LNDGR +AVKQL
Sbjct: 707  YTDDEEILSM-DVKPYTFTYSELKNATQDFDLSNKLGEGGFGAVYKGNLNDGREVAVKQL 766

Query: 544  SVKSNQGRNQFVAEISTLSAVQHRNLVKLHGCCIEGQNRLLVYEYLEKGSLDRALFGNRS 603
            S+ S QG+ QFVAEI  +S+V HRNLVKL+GCC EG +RLLVYEYL  GSLD+ALFG++S
Sbjct: 767  SIGSRQGKGQFVAEIIAISSVLHRNLVKLYGCCFEGDHRLLVYEYLPNGSLDQALFGDKS 826

Query: 604  FTLDWPKRFDICLGVARGLSYLHEESRLRIVHRDVKASNILLDADLNPKISDFGLAKLYD 663
              LDW  R++ICLGVARGL YLHEE+ +RI+HRDVKASNILLD++L PK+SDFGLAKLYD
Sbjct: 827  LHLDWSTRYEICLGVARGLVYLHEEASVRIIHRDVKASNILLDSELVPKVSDFGLAKLYD 886

Query: 664  DKKTHISTVVAGTIGYLAPEYAMRGHLTEKADIFSFGVVALEIVSGRPNSDRSLEEDKVF 723
            DKKTHIST VAGTIGYLAPEYAMRGHLTEK D+++FGVVALE+VSGR NSD +LEE K +
Sbjct: 887  DKKTHISTRVAGTIGYLAPEYAMRGHLTEKTDVYAFGVVALELVSGRKNSDENLEEGKKY 946

Query: 724  LLELAWYLYENNREIELLDSDLSTFNEDEVTRVIRVGLMCTQTTPARRPLMSRVVAMLCG 773
            LLE AW L+E NR++EL+D +LS +N +EV R+I + L+CTQ++ A RP MSRVVAML G
Sbjct: 947  LLEWAWNLHEKNRDVELIDDELSEYNMEEVKRMIGIALLCTQSSYALRPPMSRVVAMLSG 1006

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
C0LGH31.2e-23454.50Probable LRR receptor-like serine/threonine-protein kinase At1g56140 OS=Arabidop... [more]
C0LGH21.6e-23455.09Probable LRR receptor-like serine/threonine-protein kinase At1g56130 OS=Arabidop... [more]
C0LGG91.6e-15743.25Probable LRR receptor-like serine/threonine-protein kinase At1g53440 OS=Arabidop... [more]
C0LGE02.2e-15643.73Probable LRR receptor-like serine/threonine-protein kinase At1g07650 OS=Arabidop... [more]
C0LGG82.5e-15544.22Probable LRR receptor-like serine/threonine-protein kinase At1g53430 OS=Arabidop... [more]
Match NameE-valueIdentityDescription
XP_011654458.10.099.87probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X2 ... [more]
XP_011654463.10.099.75probable LRR receptor-like serine/threonine-protein kinase At1g56140 isoform X5 ... [more]
XP_011654462.10.099.75probable LRR receptor-like serine/threonine-protein kinase At1g56140 isoform X4 ... [more]
XP_011654457.10.099.75probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X1 ... [more]
XP_011654460.10.099.75probable LRR receptor-like serine/threonine-protein kinase At1g56130 isoform X3 ... [more]
Match NameE-valueIdentityDescription
A0A1S3CN160.088.29Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10350... [more]
A0A1S3CPI50.088.29Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10350... [more]
A0A1S4E5090.088.29Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10350... [more]
A0A0A0KJ720.099.71Non-specific serine/threonine protein kinase OS=Cucumis sativus OX=3659 GN=Csa_5... [more]
A0A1S4E5180.086.52Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10350... [more]
Match NameE-valueIdentityDescription
AT1G56140.18.5e-23654.50Leucine-rich repeat transmembrane protein kinase [more]
AT1G56130.11.1e-23555.09Leucine-rich repeat transmembrane protein kinase [more]
AT1G56145.18.0e-23455.79Leucine-rich repeat transmembrane protein kinase [more]
AT1G56145.22.4e-23054.02Leucine-rich repeat transmembrane protein kinase [more]
AT1G56120.19.1e-23052.50Leucine-rich repeat transmembrane protein kinase [more]
InterPro
Analysis Name: InterPro Annotations of Cucumber (Gy14) v2.1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 784..790
NoneNo IPR availableGENE3D2.60.120.430coord: 184..378
e-value: 1.3E-23
score: 85.7
NoneNo IPR availableGENE3D1.10.510.10Transferase(Phosphotransferase) domain 1coord: 541..743
e-value: 3.3E-57
score: 195.2
NoneNo IPR availableGENE3D3.30.200.20Phosphorylase Kinase; domain 1coord: 429..540
e-value: 8.2E-37
score: 127.4
NoneNo IPR availablePIRSRPIRSR630220-2PIRSR630220-2coord: 463..658
e-value: 1.5E-13
score: 47.6
NoneNo IPR availablePIRSRPIRSR037921-1PIRSR037921-1coord: 471..663
e-value: 2.2E-23
score: 81.0
NoneNo IPR availablePIRSRPIRSR000620-2PIRSR000620-2coord: 453..738
e-value: 2.6E-21
score: 73.7
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 763..790
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 226..246
NoneNo IPR availablePANTHERPTHR27006PROMASTIGOTE SURFACE ANTIGEN PROTEIN PSAcoord: 19..779
NoneNo IPR availablePANTHERPTHR27006:SF319LRR RECEPTOR-LIKE SERINE/THREONINE-PROTEIN KINASE-RELATEDcoord: 19..779
NoneNo IPR availableCDDcd14066STKc_IRAKcoord: 471..735
e-value: 1.12492E-97
score: 302.655
NoneNo IPR availableSUPERFAMILY52058L domain-likecoord: 2..153
IPR000719Protein kinase domainSMARTSM00220serkin_6coord: 465..733
e-value: 6.7E-35
score: 131.9
IPR000719Protein kinase domainPFAMPF00069Pkinasecoord: 466..670
e-value: 5.9E-47
score: 160.2
IPR000719Protein kinase domainPROSITEPS50011PROTEIN_KINASE_DOMcoord: 465..739
score: 38.180893
IPR032675Leucine-rich repeat domain superfamilyGENE3D3.80.10.10Ribonuclease Inhibitorcoord: 1..183
e-value: 3.4E-33
score: 116.7
IPR001611Leucine-rich repeatPFAMPF13855LRR_8coord: 44..103
e-value: 1.5E-10
score: 40.6
IPR021720Malectin domainPFAMPF11721Malectincoord: 214..375
e-value: 3.7E-30
score: 105.2
IPR008271Serine/threonine-protein kinase, active sitePROSITEPS00108PROTEIN_KINASE_STcoord: 585..597
IPR011009Protein kinase-like domain superfamilySUPERFAMILY56112Protein kinase-like (PK-like)coord: 448..733

Relationships

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

Feature NameUnique NameType
CsGy5G010630.2CsGy5G010630.2mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006468 protein phosphorylation
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0005524 ATP binding
molecular_function GO:0005515 protein binding
molecular_function GO:0106310 protein serine kinase activity
molecular_function GO:0004674 protein serine/threonine kinase activity
molecular_function GO:0004712 protein serine/threonine/tyrosine kinase activity
molecular_function GO:0004672 protein kinase activity