Sgr013393 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr013393
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Non-specific serine/threonine protein kinase
Location	tig00153841: 7064 .. 62554 (+)
RNA-Seq Expression	Sgr013393
Synteny	Sgr013393

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

GTATTAGGGAGGTGGCCACTCTTTCCCGTTTGCAACATCAACATGTTGTTCGGTATTATCAGGTGACAGGCTTCTTAAACGTTTCATTTCATATTACGAGAAAGTTTCTAGAGACAATATTCAGTGCTTCCTCTGCACCAAGAAATTCATTTGGCATAGAATGTATCTTTAGATGGCATGCTATTTTGCGCTAGAGTACTGAGTTAAATACTAAATTATTAATGCAACAGGAATCTTTGATTTTTATCCTTCATTTAGAGGCTAGAAAAGGTTTTCCATGATAAACTTTGTATTTTTGCATCTAAATCAGTAAAAAAGCCTTCCTCCCTAATATGATTTTTCAAGTAGGAAGAATCATCCGGTCATTAGATGATTATATAAATTAGTCATAAAACCGTTCAGGCGTGGTATGAAGCTGGAGTTTCTGATTCTTATGGAGAGGCGGCTTGGGGTTCAATGACGCCACTGAGCTCTACTTTCAGCTATATAGGTGCGAGTGCAGCAGATACACTGGAACATGAGACTAAGCTGGAATCAACATATCTCTATATCCAAATGGAGTATTGTCCTAGGTAGAGTTTTTCTTAATCTTTTCATCCTCTTCTTTTTTTGCATTTACCATGCAATGGACCTGAAGCAGTGGTTTTTCTTTCAGAATATGAAGTGCTTTCAATTTAATCATAATAAGCTCAATATGAATGAGGTCCAAAAGGTTGAATTAAAAGTGAATTTTGACCATGTTTAGTTATAAGTTTTGTTCTTTACTAATAGAAGTCTCTAGCTTCCTTCACTTTTCTTTTGTTGCAGCTGTATTCACTGTATAGTAAGTCAAAAACTATTTGATAGAATATTCAAAATGGCTTTACTGGAATTAATTCTCTGTCCACACTATTGTCTTGCTCCTTTTTATTGCTTGAAGGACTCTTCGCCAGGTTTTTGAATCATATACTCATTTTGATAAAGAATTGGCATGGCATTTATTCCATCAAATTGTGGAAGGTTTGGCACATATACATGGACAAGGGATCATTCATCGGGATTTAACTCCAAGTAACATTTTCTTTGATGCCCGCAATGATATCAAAATCGGGGATTTTGGTCTTGGTATGATTTATGTCCTTTAATGCAATGTCAGCTTTCTACGCTTTTATTTTTCTGATTGTTAGCTTAGTTTTCCCCTGTGAAACTCTTCTGGTTGAAAAGTGAGATGGTCAAAGTACGAATGCAGCTGGAGATGTATTCACATACTTGCACAAGACTCATTATTCTTGTCTTTTCGATGGGAAGTTGGAATTGTTGATGGTGAAGAATAAAAAAAAAATCACGCGGATAGGACAAATTTCAAAGTAAAATTAGACGCAAGATTCCATTTTCCTAACTTTCTCCAAGAACTTTTTTTTTCTTTTTTTTATTTTTCAAGTGACACAATTTTCATTGATATTTATAAAGTTACAAGATACCAAACTCCTAAAACAAACCTAACAAGGCAGGACCACAAAAAAAAAAGACTACACATAAGAACCTTCAATACCACAAGATATCAATTTTTCTATGAATTTACATTACAAGGTAACCTCCCATAAATAAAAACAACACTGACTTACACCTTTTTACACGGTGCTGCACTCCAATTTAAAGCTGTATATTGTACACGGTCAAAAAAATTCACAAAATAATTGTACTTGTCTGAAAAAGTGCTAAAGTTTCTTTCCTTCCACAACAACCATAACAAAGCCATACTGGCATTAGTCCAGTACACTCTAGCTTTGTCTTTCAACCATGAACCTGAGAGCAATTCCAGAAGACTATCTTCTATTTTCTTGGGAAGAAACCAAACAGAGTCGAAATGGTTGAAACCAAAGTTCCAGCCGTTATCGATGTGTGCGTAAGCTAGCTTGGACAGTCACGGATATATAAAAAAAAATGTTGTTATGAGCAAATAGGCAGTGAAGAAGAAGATGACAAATGGACTCTGCATTTTTGTTACGCATCAGGCAGACTTGAGGGGGAAGGGCCAGTTGGAGGTTTCTTCTTTGTACTTTGTCCATCGTGTTGATACTACCACCGGCTAAAAACCAAATGAAGAATTTTTTTTTTTCTTGGGACTTTGCCCTTCCCAAATAATTCTGCTTAAGCTATGATCCAAAAAAGGGCATCGGGGCATAATGCTTTATTTATTTATTTATTTTATTATTTTTTTTAAGAAACCGAGCTTTGATTAATAAAAATGAAAGAATACAAAAGGGGCTTAAAAAACCACAGCTTAAAGAAAGGGGCATAATGCTTTGCTGGCCGATTTAACCGAGAAGCTCCCAGATTTGTTTGTCGAGGATCCAATGAATTTCATCTCTGGCTTCCTTTGGATTCACCTCCTGCAGCAGGCTAGACAAACCTAATCATTCCTCCATCTCTCTATCAAAAAGACTTCTTCTCAAGTGAAGGTTCCACGCTAGATTTTCTTCCACCCAATAACTTTGCACGGAAAAATATCTGGAGTTAGCAATGGAATAAAGAGAGGGGAAGGACTTACAAAGAGAGTGATAGTGCTGCCATTTCCAAGCTTGATCTGAATATTTTCCTCAAAGAATGCTCTGGTTTTATAAATTTCTTTTCAAGGTTACAAGTCCCTTTCATTTTCCTTGCTTAGTAAGCCAAAAGAAAAACCATATATTCTACTGAGAACAGACTTCCAAAGAGCTTTGTCCGCTTGGGTAAATCTCCAAAGCCATTTCGACAAGAGGGCCTTATTCTTCTTTCTAAACTCCCCGATGCCTAAGCCTCCCAAGGATTGGGGGGTGGTCACCTTAGTCCAGTTGACTAGGTAACTTCCTCCATCTTTGCTAGCACCTTCCCAAATGAAATCTCTAACAATCTTGCTCAAGGTGTTGCAAATTTTGCCAGAATGTGGAAGACAAAGAGATAATATAAAGGGATGCTAATTAGAACTGAATTAGCCAAAGTCAATCTCCCACCTTTGGAAATAGGAAAGCCTCTCCATTTAGCCAATTCACTGCGAATTCTGTCAATAACTGGATCCCAAAAGTGAGGAGAAGAAGGCTTGCCCCCCTAGCTGTAAACCAAGATAAGAGAAAGGAAGGGAGTCACAACTATAGCCGAAAGTAGTAGCCAAATCTTTCACCTCTTTGTTATTGACGTTCACTCCTATCAAGGCTGATTTTTGAAGATTAATGCCAAGGCCCAATGCTTGTTCATAAATCTTCCAGAAATTCCATCAGTTTTTCAGCTTTGCAATCTCTTTGTTTATGGAAAGAAGGTTATTATCATCCGGAAAAATCAAAAGCTTTTCTAGTTTCCTCCTGGCCTTCCATCCCTTTCCTTTCATTGACCTTCTTGATGAATCGGATGTAGCAACGCCTGAATAACAAAAGTAAGAAGCAGAAGTAAATTCTTCAATTTAGCAACCAGAAAACCCTTTTGGGAAAAACAGAAAGGGCTTGGGAGATGAGGAGGTTGCATTCAACTACTGTCACCCTTTGTTAGATTTTGAAGTTTCACAGGTCAGTTCCAAGTTCACATCAGATATTTTTGCTGGTATTTTGATTAAGTGATTTCTTAGTTCATCAGCAAGTAAAAGTTGCTACGTTGAAATATGTCTTGAAGCAGTTGCTGCATGCAAAATAAATATTTTTGTATTTGAATTGAAAATGAAAGATTTTTCATTGAAGAAATGGGGAGGAATATTCAGCTTCCCCTTCATTTGTCCCAACTTAAGTGGTTTGAGCAGGCTGTAGTTGAATTGATGCAATCTCCCCTTCATTCGAAGTTCTTCAAGCAAGACGGAGATGGGATAGGCACTTGCCGCATCGTGAAGCAAAATCAGTCTGATTGGTGTATGGAGTGTGTTATTTGGCCCATTACTGGAGGTAGAAAGCGTGTTGTTGTCCCAGCTGGGTTAACAGAAGAGGATGGATGGTTTTTTGGGAGATGTTAAGGGAGTTCTTGCTAAAATTTAAAGAGGGGAACTTGAAGGATAAGACAATTAATCATGGGTTTCCAATTTTTCCAACTGCTCAGCCCCAAAATTCCTTTGCTGAAATAGTGAAGGGGGAGGTTGTATCTGATGCTAGACGTTATGTGAAGGATATTCCACTAATTCTGGGAAGGAATTTAGGGTTTAATGGGAAGAAGCATCAAGCTTATTGGGTGAAAAAAGAGGCTGAAGTGGTTGAACTAGATCGGGAAAACATTATGGTTGTTACTAGACTCAAAGCTCATGATGATTGGAGGGCGATTTCAATAGCATTGAAGAAAGAATTTTCACAAGATTGTCTGATCAATCCATTCATGGATGATAAAGCCCTTATGAAATTTGAAGAAGGAAGATTGTTGGGGAATTTAGATGGTGAAGGTAAGTGGAGAAAGATAGGAAACTTTCATTTGAAAATAGAAAAGTGGAATTTTGTAAACGTAGCAGACAAGAAGAAACAGTGGGATATGGTGGTTGGAACCATCAATGTTTTGAAGCCCTGGGTAGCCATTTTGGGGGATTGGTGAACTGCTCTTCCAAATCCTTGAATTTACTAAATTGCAAAGAAGCTTGTTTAGAGGTAGAACCGAATTCATGTGGCTTTATCCCTGCTGAAATCGAAATTAAAGATCCAATTTTGGGGAGCATTTTTGTTAGGGTCATGCATTGCTGTGATATGGCTCTTAAAAAAGTTAGATCTAATTCAAGCAGTGTGACTTTTGAGGATATTGATCGAAGTTTGTTCACTAACAAACTTGATATAGAGAGGATTCAAAGAGTTATGGAAGATGAAGGGTCAATTGGGGTTAATATTATTTTATCCTCAGATGAAGATGATGGGGGCAGGTGATAACTTCTTTAAAGATGGTGGTGAGAGATCTTCCGTTCACAATTCAGTCATTAATGAGGCAATTGATGATGATTTATTAAGACAGCAAGGGATAGACGATGGGACAGCTGATAACTCCACTAAGGTAGTTGGTGAGAGGTCTTCGATGCACATTTTAGATATTAATGAGGCAAATAAGGATGTTTTGGAGCCTGATAGACTTGTTGAAACAATTTTCTCTAACATTCTTGACATGAACTGGATCCAAAGAGTTTTGGAAGATGAAGAGACAGTGGAGGATAATATACTTCCTTTTGCCTAGAAAGAAGATAAAACAGCAAAAATCTCCATTAATGTTGTTGGGGAGAGCACATCCACGTGCTGCAAATATTAATTAGGTAGACTTGTCTAGCCAGCCATTGGAAGTCAAAAAGGTTTTGGAAGCAATCTCAACCCGAAAACCCTAAACCCTCAAAGGGTCCTCTCTCATGCAAGGGGCTTCATTTATTGAAACATTGCCTTTATTCTACAGCAGAAAAAAATATAAATTCCATAAAGTAATAGAATTAAATTCGGTTGCTTCAGATGGCTTTCATGGAAGGAATTTGAATGGTGCATTTAATAAGGAAGTTATCGAGGAGACATCTATTTTGGATAGTAAGTCTGGCAGGCCACTTCATGAACTCTTAGTTGGCAAGCAAAAGGAATTTAATACCGTCTTTTGGAATTATCAAGTCAACGAATGAGGATTCGTCCAATTTAATGGACAACGAGCTGTCTATTGGTATTACCAAGACAACTACTTCTGAATCTTTTATTAATTTGGTTGAGGCTCATTTAAATGATGATGAAGTTTCTATTGAAGAGAGTGTAAGATCTTTGTTCAACGACATTGAGGAGGAATCCATTCCTTCGTCCAATTATCCTCCTAGGAAAAAAAATCAACTAAGGGAGGCTGCTGCTAAAGACAATAGTATTTGCAAAACTCACAATAGGGGCGATAATGATGATCTTTTTCAATATTTCAAAGATGTAGGGATTACTCTTCTTGAAGTTGTTCCTCGAGGTTGATTAGAATCTTCTAGAGGTATTGAGTCAGCAAAAGAAGTTTCATAAATCGGTTCAATAATGAATTCTCTTTCCTTGTCAATCTTGATTTCGTTTTGTTTGAAAATAATTCAGATTATGTTCGTCTTGTTCAGGATTCTTTAAGGGGGATACATCTTTCTCATAGTATTGTCCATTCAACAAATGATGAAGCTGTCAAAGGGGCTTTAGAAGGAGATGAAGAATTCTCGGATTTTAGTGATGATATGGTAGTTAGTGTTAGTAGTATGGATTCCGAATTGGAAAAAATTTTGATGTTGTATCCAAAGATCTATGTAATTTTGGGCTGGTTCTTCCTTTTCCAAATCATAATTCTTCAATCAAGGAAGCTCATGATGACTTTTTAGAAATTATTGGAGATCTTTCTCATTTCTTCAATTTTGCATAAGCTCTTGATGAAGAGAGCTGAAAGAAGAGGAAGTGGTTGAAATCTATCTCCTTGGATCTAATAGTAGAAGAATGAAGTCTTTTTGGAGCTTGAAAAAATTCATCTCGTTGAGAGTTGGTTCGGAGGTTATCTTTCATATCTTTGGTGGCTTATGATTTTACAATTTGAGATTTGTTCTTGCAAAAATTATTGAAAAGAAGGTTATCATCTGCCTAATGAATATGGGTAATGTGAACGTTGTTCTACCAAACAAATAAACCTTTGATGATACTTTTACTTTTGCAAACTTCCACAAAGCGGTTGAAGGAATCTGCAACTAGATTAAAGAGGGAGAGAGTGGATCCGATTGCCTTAAACCCTTAGAAGCTGAGAATTTTCCTCTTGGTCTATCATTAATCAAGATGGAGTAGTTAGTACAAACAAGGCAGGCCATAATCCAACAGCCTCCACCTAGTAATGAAACATTTTTGGGCCATTGCGGCATCCAAGAAGTCCTAGTTTACCTTATCCTAAGCCCTTTCAAAGTCAATTTTCAAGATGAAGCCTTCAAGTTTTTTACCAACATACTCGTCTACTGTCTCTGCAGCTAGAAGGATGGCGTCCAGAATTTGTCAGCCTTCAACAAAAGCTAGCTGAGTGTCATGATAATAAAAGGAAGTGACATTTTGGGTGACCACTTGGGAAGTCCCCGTGTTGCACCACTTTTTTATTTAATTTTTAGAAAAGGAAGTGATATTGATAATAAAAGGAAGGACTCTCCAGCAAGGACTTTACCTATGATTTTGTAGGAGGAAACAAGGCTGATTGGTACGTAATCACCTTAGAAGCATTGGATTTTTGGGGATGAGGAAAATATGTCTTGTTTGTCCATGTTGATAAGCCTTTCTTGAAAAAACTCTTGGAACACCTCAAGCACGTCGGGCTTTACGATGTCCCAACCTTTTTTCAGAAATTCTGCAGTAAATCTGTCGGGACTGGGTGATTTCAGGTTTCCCAAAAGAGAGACATCTTTGTAAATTTCCTCTTCTTCCAAAGGGTGTTTCTAGCGACTTGCACCAATGAGGGTTAGGAGGCTGCCAATCAATTCCGCCAAGAGAAAATGCTGGCTGCCATCAGAAGAGAAAGGGTGCTGAAGAAGAAAATGAATTTTGTCTCGATGGCTTCCTGATTGTTAATGAGAACTCCGTTCCTGTCAGTCATGCTAGAGATTGTATTCTTGCTCATTCGTTTTGCAGCCACATTCTTTGCTCTTTGACCTCCACGTCTAATAAAGCAGATTTAAGTCTGATCCTTTCATCTCTCTAGGAGTTGTTCAAAGGTTGAATTTCCTCAAGCAAGTCCAAATCATTAATTTGAAATGTACACTTGTCTGGCCGCCAAGTGTACACATTATTCCCCCATTAAAAATATATCAATACTATGTTAAAAATTAACATAGTGTAGATATATTTTTAATGGGGAAATAATGTGTTTTGAAATGTACACTTGTCTGGGTCCCCAAGTGCATAACGATGGTGTTGCTACACTGTGAGACCTTATTTATCATTCATCCTTGTCTATTGATCCGATTGAATGTTGTGGTATGGTCTGTGTGTCTGGCTTAGTTTGATAATAGTCTTACCTCAAGAATTAGCTTAGTGAGTCAATTTTCAATTTCATCCTATTCACCTTAAACAGTGGTAAAATTAATTTCTCCTCCAGTCTAAATTTAAAAATTGCCCATGGACTAATCAATAAACTAAACTAAATTCAACCAACAAAACACTCAAAATCAAACCACAAAAAATGCCCAAACCCAATTATGAAAATATCCATCCGAGCCACAAAATTATGCAGGTAAAAAAGTACCCAAATTCAGCAAACAAAATGCCCAAATGTAACTGAAGAGCAACACGACCAAGAGAACTAGGACCCACAAAAAAAGTGTTGTCCAGCCACAATGCTTAACTAGCTACAAATCTTTAAAAAAAAAAAAGAAGGAAAACCAAACTAAGTGAGGTTCTAATTTAATCGCTTATTCAAAATTAAGGTTCAATTTAGTGAAATTGAAAGTTTAAATTAAAATTGACTCATTAAGCTGAGGAAAAAAGAAATTTTCTCGGATTTTATTATATGCTAGAAATTTTATTTTGGCTTTACTGCTTTCTTATTAGGAATTCAGAGTGAAATGGGTGAGGACAAGGGACCAATGTTCAAAATTGAGTAGAGAACAAGTTTTTAATCTTGTCTCAAAAATATTTTTATTATTTCAAGAGTATGTGAAGCAACCGAGGTCTCATTCCCAGAAGATCTTATGATCTGAAGTCATCTCTGTCATTTTTATATGTTTGGCATTATATTGCCAGCTATTTGAACATCAATTTAAACTGTAGGAAACATTATTTGATGTACTCAAGTTGCAATGAGAAACCCCTTCTTGTCTTTGGGCACCTTCAAAGCTATCGGGATGGTTAATTTATTGCAGACACTTTTGTTCACAGGCTTATGAATTTGCTTTCTTTTGAGCTAAATCACTATCTTGTCCCTTCCTTTTGCAGCTAAGTTCTTGAAGCTGGAGCAATTAGATCAGGATCTAGGCGTTCCTCCAGATACAATTGGAGTTTCAATTGATGGTACTGGTCAAGTTGGGACCTACTTTATACGGCACCTGAAATTGAACAAGGATGGCCAAAGATTGATGAAAAGTAAGTTTTTACTTAGTTTACTTTGGATAGTATTTGGCTTGAATCTGTTGGCAATATATTTTCATGTAGCTGGTTCTAGTTGGTTGATGTGGGGTCTTTGTGGATTACAGGCTGATATGTACAGCTTAGGGATTGTGTTTTTTGAACTCTGGCACCCTTTTGGGACTGCAATGGAAAGACACCTTGTTCTATCCGATTTGAAGCAGAAAGGAGAGCTTCCATCCGCTTGGGTTGCTGAATTTCCTGAACAAGCATCCTTGTTACGACGTTTAATGTCTCAAAGTCCATCTGAGCGTCCTTCTGCCTTCGAACTTCTCCAGAATGCCTTTCCTCCAAGAATGGAGTATCAATTGTTAGACAGTAAGTTTTTATTATTTGTTTGAAGTCTTGTGTGAAGTATACTTAAGTATGACCTCCATGTTAATAGTAAGATCATTAAAGACTACATTTTCTTTTTGTCGGCCATGGAATAAGTTCTTTAAAATTCTTTTGTTAGAGAAACAAGTCTTGATTATAAGATTGTTTAACACCAGCAAACATAGAAATATTAAAAAAAAAAACATTTTTCCAATCCTTTTTTCTGGACATGGCCTGTATTAATTCAAGCCAAAAGCAAAAGGAGCCATCACAAACAAAGTTAGTTAAGGAGCCATCGCTTGGAAATATATGCTCTAGCTGTTTTTGCAGGATTAGTTAGGCGGTTGAATAGCTTTTATATCTGTGATCCTTATTAAATAGGACTTCTTATCTTCGAAGTGCCTTCTCTACTTTTTTTATTTTTTTTTAATTTTTAAGGAAACTTATATTTCGTTGAAGTATGAAATATTACAAAATAAAAGGGGGAGAAACAAACCCCCAAAATAAAGCAAATCCTATTAAATGGAATTACATAAATGCTTTCCATTTTCCCAAAAGAACACTTTTGTTTTTGGTAAGAAACTGCGACACTTTTCATAAGGAGCTGAAAAGTACAAAAGAAAATATGCAAGGACCGTGAGGATTACAAAAATGACTCCTAACTGGTCAACAACATAGCAAGAGAATAATTACAAACGAGTTTACATTTAAAACCCCAAAAAGACATAAAATAGGTGATATCTTCCAAAGCTGCTCCTTAGGTCTTTCTTATTGAAATAATGAAACGATACCAAGTGTTCAAAGGAAACAAACTCCAATAAGGAGTGAAAGAAGAGCACAAAATACAATGTAACAGGTCATAAAACTAATGAGAAAAGATATAAGCCTTCCAATTTAACATATACTACTGGGAGAATAATGAGAAAATAAATTGGAGAGAGAACACCATTACGAAACTTTGAAGATAGCTAAATCGAACCGCTCCAACCAATCTTTTGACTAGTCTTAAAATTCTTTGATTCCTTTCGAATCAAATTTCAGAAATGATGGCCTTGATAGCATTGATCCATAGGAGGTTTGCACAAGGAGATAAATTCGGACCAGCAAGCAATTGAAGAGAATTCCTGCTTGCATCTTTATCAAATTCCCACTGAATTTTGAAGATATTAAACAAGGAATACCAGCAATTTGTCACGAACGGGCAAAAGAAGAATATATGGACTTGGTTTTCCTCACCCTTATAACATAAAGGACAAACCGAAGGCTGGAAGGCTGTGTTGATTAACTTTCCTTGCAAAACATCTGCTGTATTTAGACTGGAATGAAGCAAATTTCAGATCAAGACTGATACTTTCTTGGGGCTCTTTGATTTCCAAACAGCCGAATGAACTTCTTTAGCCAAAGGAGAAGAGGATGCAAGATATTTAGATAAAAGAGCAAACTGAAAAAAACACCCGAAGTATCAATTTTCCAGCATCTGATATCCTCTTGATTATTCACAGTAACCAAATTCAATCTAGCCAACAGTCTACCAAATTCTTCAAATTCCTCATCCTTCAAGTTCCTTCTGGTGCCAATCTTCCAAGACCGATGAAGATCATCCCAATGGTAAAAAAACGAACCATTGGGGAAAGGTGTCACCCTATATAAATGGGGAAATGTAATATCAAGAGCAGAATCCAACAACCAAATGTCATGCCAAAATCCCCTATTCTGCCAACGCGTAGTTTTCTGATCAGTGACGTTGCAGATGGCATAGGTCTAAACTAGGTGATGCTTTGCAAAATGATGCTGTAGCTCATCCACTCTGAATATTTTGTAGAACTTAGCCCACAAAAAAACAACTGTAGGACAGGAAACAAACAAAAGCTCCACATCTTTGAGGCCTAAATGCTATGGCTCATCCACTTGAAAGGACTCTTTGTTGGTTCATGGTTTCTTTTTTGGAGGGCCTGTGGTTCTTTATATGTTTTCTTCAAGGCCTTGAGTTTGAAAGATTTGCAAATCTTTTCAGAGCTTTGTATTTCCTTTTCTTTTCTTTCTTTCGCTCCTTTTAGTAGTTTGTTTCCTTTGAACATTTGTTGTTTCTTTTCATTGTATCAATAAGAAGTTCGTACCTTTGTTAAAAAAAAGCAAATGCCCACATTTTCACTGCTATTTTTAGACATAAAACACCAAGAGGGATTAAGGTTAGAGCTTGGGCCCCTCTTCTGGAGCTTATCAGCCGTGCTTAAACCCTTCATAGCTAGCGTCCATAGAAAAGCCTTACACTTTCTAGGGACTTTCAGCTTCCACAAAACTCTATAGAGGGAGGAAGAGCTTGATTATTTTGGGGGAGAGCTGCTGCTAAAGATCACATCAAGGATCAGTGCCAATTGAAATCCATTCAAAATAGCTAGAAGGGCGTTCCATTCCTCAGTCTCTCAGCCTCTAGGTGTCTTCTGAGGGTTGGGACCACACTTTGAATTAAGACTATAATTTAGAAAAGGGATATATATTTACACCAATAGAGAGCCAAAAGATTTTCTTTAGTCTTCTTCTTTGAAAAGCGTTCTCTACTTCTCTTAAATCTTGAAAAAAGATTTCCAGTGATAAAATATATATAAAAGAAAAAAGTATATTTCTTCAGTTAATTTTATTTGAATATTGATTGATGAGCTTGACTGAGCAGTTTTCCTTCGTGTCCAGACATTTTACGGACAATGAAAACATCAGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATCTTCGATGAAGAGACATTAGGGATGAAAGATGACCAACATGATTGTGGTACTGCCGCTATGCAGTACACAGATTTGGGCACTGAGGTTCGTGATCATGTTATTGATGTCACAAGGGAGATGTTCAGACTGCACTGTGCAAAGCATTTGGAAATAAGTCCCATGTATTTGTTGGATGGCTCTATGCAAATTAAGAGGTTTTATGCTTAATTGAACTGCTAGTATTTTTGAAAGAAATTTCTAGTTTGCTTCTTACATGTTAGAGTTGGCTAATTTTTTCAAACAAATTTTGAAGGAACACGGTCAAAATTTTGACCCATGGAGGAGATATACTTGAACTCTGTCATGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTCCAGTCAGGTATTTGCTGCCTATTATGTTGGTTCTAGTTATTAGCACTACTTTTTTTTTTTCTCGAGTTATATGATATTGAACTACTTCTGTATTTAATTTTTTAAGCCTAGGGGATAATATATTTTTTTTCCCTATTGCAATTCTTATGGCTCTTGTCTAATTCATAAGTTGTAATTAGTTGGCATTGAAGAAATGAATTTGGTGCATAGTGTCATGGTCATGCTCGTCCAGGGCCTGTTGCCTATGGCCGCATGCCCATAACGTCCTCTACCCTCATGCTTTCACACCATGTATTTAGTTTTGTATGTTCATTTCATTTCCTTGTAATTTTGGTGGCGAGTGACTCCTCGCCACTTTGCATGTCTACTCCTGTCATAGTTAAAATGCCTTATAATGTACTATAGGGGGGTACCACTAGTGACCATCCTCCCTACCTTGAGTTGTATGCTTATTAAGCCGTTGTTTATCTTGTTGCTTTAAAGCCTACAACATGCTTTCAAAAATGCTTTTCAATGCTTTTCAAAACCTTTTCTCCAACCACGTTTTCTAAAACTGTTTTCCCGAAACGTGGGTGGAGGTTGCGAAATAGACCCACTGTGCCGTTGGCTGTGCCATTTCAAACAGGCTAACTTGCTTGAGAGCGGAAGCAAGTGCCGCACAATCGTTTTGCAAGCTTAGTGGAAACACGATTGTGACACATAGCAACCACCTTTATTTTTTTTAGATAGTAATTTCAGATAAACACGCGATAAAATGAAGAATGGATGGAAAGAAGTGTACAAGAATCCCATGATTGACGAAAGTAGTGTTCTGAAATTGACCCTGAAGATTGCATCATACTTCTTTATGTAACTAACCATTAGATCTATATTTCGTTTTGCTTGTTTTAATTTCCATTCTGTCTGCTGTTTTCGTAAAACTTTGATATGTACTTTTGTAGACTGTGAATTAAGCAGTTAACTTTTTATTGTAGAAATCTTCATTTAAACGATATGATATATCATGTGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGTACTCTTTTACATGTCGTGGTGTGCTTGCTCATTAATATTTTGTTTTAATTATTACTTTTAGAAAAAGTATTTTCAGCTTTTTAGTATTGAATTATGTTTTTTGGTAACAAATTAGCCATAAGGAGGAAGTAGATTGATAGGGTCAAACCTCTCATTCATTTTAAAAATGTTAGGAGAAAGCGTGCAAGTATAGTAAGTCTAGTAAGCAGGAACCGTTTTATAGTGGTTAGTGTTTGGGACGAGGGGTAAGGTTGGCATTTTGTATAGATATTGCTAGTACAATTATGGAAAGTGTGTGAATGAAGGGACGTGGGATGGAGTCAGCAGGTTCCTATGAGTGCTTAGCTAGGAGTTTTGCAGAGTTACAACACGTGAACCTTATTTGTATCCTAATAAAGTCTCTTGGATCAGGAAAGGATCTTGAACCATGATGGACAAGGTATGTTCCATAACTGTTTTAATTGGAAAGTTTTATGCCAACACCATTTGATTGATATGATGTAGTGAAATGGATGCTTGCGACATACTTCTTGAATGGTGGCCAAGGAAACTGACCTTCAAACCTTCCATAATGGTTTCAAGAACACCTATGGATTCATTTGGAGCAACAAGAAAGTTGTGCATGCTACCACCATTCCAATTATTACTACCAAAGAAAGGGAGCAAAAAGTAGAGATACATTTGGTTATAGGACAACAACTACAAGAAGGAATTGGCTTGGCATAGATATCATGATCCTAGTAGTCAACGGGAGAAGAACAACTTGAGCAAAAGGAAATAGATATGAGAATTCAAGATCTTTTAAAGGAATCTTCAGAAATAGCCCCTAGGGGACTCCCATGACTTACTATCCTTTAGGGATAATCAACACCACATTGACTTGATCTTAGTTCGGTATTACCTAACCTACCCCATTATTGGACGAGTCCAAATAATTTGAGATCCTAAATTAGAAAGTTTGAGAATTACTTTATAGAGGACATATGCGACCTAGTTTGAGCCCATGTGATACACTCACTTTACAAACTTAAGAGAAAAATAGGTGTTGGAGAATGTGTTGATAGCAGGACAGTCAATAAGATAACTATGTGGTACAAATTTCCTATTCCAAAGCTTTCTGATGTGTTGGATTAATGCAGCCTAACATCTAAGACTCAAAGATCTATCAAAGAAATTCTTTATTTTCATATCAAAGTTTTCAAAAGTTTCAAAGTTCTAAAATACTAGAGATTATACTCCTTTAAATATATGATGTCAATTAACTAAACCCAATTACTAATAAAACAAGGAGTTTTAACAAAATTAAAACATTGTTCTAATCCTACCACATCAATTCCCCCCTCTTAAAATGTAAGATGTGGAGAAAACATAAGATCAAAATAAAGAACTCCAAAAACAGAAATGATTCTTATTCTTTTTTGAAAAAAAAAAAACTCATTCTTATCCCAAAAAAGAATAAAAAATAAACAAAAGAATAAGATAAAAGTATTTAAATCATAGTCTAATTGATTTAATAATCTATGGATCTATTTGACATTAATTAGAATTCTATGCATAACTTTGAATTTTCTTGAGCCGTACAAGGAGAAAACTTCTTATACGGTTCCGGAGGGGAGGGTATTGCTAATTTCTTCAGGTGGTGTAGAAAAACTCCAACTGAGAATGTTGTTTTCAGCTCATAAAAACACCAATATAATGCCATAGGACTCTTCCAAGCAAAAACCAAATACCCAATGCCTCAGGACTCTTCAGATTTGTGGGATATTAAGAAAAACACAATACCAAAGCATAGAAAAATTAATATTCCCATTGATTAAACTTCCCGCATGGAAAAACTTGAAATAACCCAAAATTTTGTTGAGGCCTGGAGGAAACAAAGGTTCTGAAAATTGAAAGCTCTTCCTTCTGAATAAACAATTCATCCAAGTATAGGGATAATTATTTTTCTTGATCAATCGGTAGGTTCTGAATATTATTCTCTATAAAATATTCATCAAAAGTAAGGAAAAAATTCTTCTTCATCATCTCTAGTCAACCAAGTCTGGAGTAATCTTGAATTTTATGTAATAATTTGATAGAAATCGAATAACAGAAATAGTATTGAAATATAATAGATAAGAACTACAATAACTTCCAAGTCATTCAAATGACTTGGACCTTCCCTCTCTTGAGTATTCTTACTCAAGCCTAAACCTACTAAACAATTGCCTTCCTTCCTCCCTTCCCACTCACTCTAGTTATAACAAATCCATACTTACAATTCCTTATCTAATTACCAATATGCCCTTACGAACCAACTAATATTTCAAACTAGTCCAATGGCACATTTCTAACATAATTCTCGTTGGAAATTCTCATTAATTTCCTTTTGGCTTGCTCTCCATAGAATTCTGCCATTTTCTGACCCTCTTTTTTTTTTTAAATGTTGAAAACTTCCGATTGATTGAAATTTCTCACTACTACCAGAGTCGATCTTGAATTAAGTAATCAATAAGGTTTGGAGGAATCAGTCATATTCAATTCCATTCACTAGAGATATATAAGATATTTGCAATAATACAAATATATTAATAAAAACATTACGTACTCTCCCTTACGGTAGAGCATATATGTTAATTATGGCCAACTTGTTAGAGAGTGATTATATATGTGCTTCACTTAATGCCTTTGTGAAGATATCTCCTAATTGCTATCTAGTCTTCTCATATCTTGTAGACATTAAACCTTGTTGTTTATTTTTATGAACAAAATGTTAGTCGACTTCAATGTGTTTAGTTTATTCATGAAATACCGAATTAGACGCGATATGGAAAGCTGCTGATTGTCACACCATAATTTAGTGGGAGTTGTGTTATCAAATCCCAATTCTATATCCACATTACTTGATACACAAATTGTGCTATTACTCGATATTCAACACTTGAGCATGACACGACATTTTTTTTCTTACTTTTCAGTGATATTAAATTACCTCCAACAAACGCACAATATTTCATAGTTGATCTTTTGTCTTTCTCATATACTGGCTCGTCTGTTTATAAGAAACATTTGATTTTAGTATGGCTATAATCTTTATATAATATTATATGCCCACGAGTAGCTTTCAAATAACACATAATCTATTCCATTGTGGCCCAACGGTCAGTTGTAGGTGAAGATATAAACTTGCTTATAAAACTCATTGGATAAGCTGTGTATAGTTTAGCTTTCCAACTAACCTCTAATATCTTTTAGGATCTTTAAGTAATTCTCCCTTTTTCGTGAGTTGTCAATTAGGCAACATCGAGATACTGCATGGCTTGGCCTCTTACTTTCCTGTTTCAAATAACAAGTCAAATGCATATTTTCAACGTGATAAAAGAATTCCTTTCTTGCTTCTTATTGTCCTCATTCCTAGGAAGTATTTCAACATTCCCAATCTTTTGTATGAAATTGAGCATTCCTTCCTATTATAAAAAAAAAAAAAGCATTCCTAAATCTTTTGTATGAAATTGACTACGGAGAAAATTTTGAGTGATAGAATACTTGATGTATCTGTTAGGAATGCCTTTGGATAGTTAGGAATATTATTAGGATGGTAAGGGCATATTAGTAAAAAGCTAAGGAGTTTGTTAGTAGGAGTTGTTATCAATAGAGGGAGAGGGAAGAGATGAAGGCAGACAGTAGTTTAGTGAGTTTAGGCTTAGTCAAAATACTCAAGGGGAGAGGTTTCAAGTACCTCGAATACTTGGAGTTAGATTTTTTTTTTAACAAGATACGAACTTTTCATTGATAAATGAAAAGGAAAATTGTTCAATGATACAAACTCCAAAAAGGAGTGAAAAAGCAAAGCAAAATTACATATGAAAACTCCTATGATGGATTAACAAAAGCATCCCAATTTGAACAAATAATACTAGTGGAATAATGATCAAATAAGTTGGAAAGAAAAAACCATTGAGAAGCCTTGAATTTAGCTAATTCAAAACGATGATCCAGCCATGTTGTACTCTTTTCTTCAAAGATTCTTTGATTCCTCTTGAACCGCACCTTGGATAAAATAGATTTAGATGCGTTGACCCATAAATAGTAAGCCGCTTTCTAGCAACAAAAAATTTGTGGAAAAAGCCAGTATTTCATCTCCCTCAGCCAATGCGCTTTACAGCTTTGAATCAAATTCCTCTCTTCCATACATACAGATTCAAAATATCATTCTTCAAAGGTCTTCTCATAGCAGCTTCTTCAATTGAGATGGATGATAGATCCTCCTTTGCATCAATAATTGCAATTTCTGCCAAAATACATGCTTCTTTTTCCTTTCTCTTCTTTTCTTGTTGAGTGTTCCATTATTTGAGAACCCTTTTGAAATTCCAGAGTTTTGAATAAAGTGAAAATCCAGCCCATCCAAAAGACATATCTTCATCTAACTTTCTTTCAATTAATCTGATACAATCCACATCCTTGAGCCATGAATTGAAACATTGAAAATGCTGGATGGTCTCCCAATCTTGACCAAGAGAATTTTCCATTGGACAAAGGGATCTTCAAAATCTCCAATTCTTCAATGATTTTATTGAACTTCTTCATGCTTCTAGTAGTCCTATCTCCTGAAGATCTCTTTGAAGACCATCTAATTACATTGAAGTCTCCTCCTATACACCATGAGAACCTCTTTTATACATACTCTGTTTTCATCCCACAATATAAGTAAGCCTCCAAATTTTTCCAAGGAATACTTGGAGTTATATTGTAGTTCTTTATCTTTTATATTTCAATACTATTCTAGTTATTCGGTTTCTATCAGTATTATTACAAGAATAATAATATCATCAACATATACAACTATTAGGACAACACCATCTTCATATCTATACTATATATAAAAGGGTCTATAAGGGGAGAATCTTTATATACCTATTTTTCCCTTCATTTTTTTATATATACCTATTTTTCCCTTTTCAATTTGTATTATTTTAATAATATATTTAGTTAAATATTATGAAGGTAATTTAAAATAATAAATAATTTATAAAATTTATAAAATGGGAATCGGCTAGAAGAATCAGTGCTCTTATTCCAAGGAAATTCACAACAAAAAGTGTGAATATTCAAAGTACAATTAGGTGTGGTGATTGGTAATTGGTTCAATTAAGGAGAGTAAAAACTTCAATTTCCAAAAAGACTCATCATCTTGTTCGTTACCATAACTTTAATACAAAAACTCAATGAAACCAATCATAATCTACAACTATAATTTGAAGTTGTTCGATTAATCAAAGCAATTCCTCCTTTGTCCATTTCATCGAACAAATCCTTTGAGACCTTCTAATTGATTCAATTTCGCAGGATTTGGAAAAGAGAAGAAAAAGAGATGGAGAGTGAGAGAGTACCAATATCATAAGAAAGAAAATTAGTGACGAGAGTGCCGGTGTGAACTGCTAAGAGGGAGGGGACGACATCGACATTAAGCGGGAGAGAGGCAGCACAAACGGCTAAGAGGAAGGGGCGATAACAGCACAGAGGGGGAGAGGCGTCGATGGTTGCTTAGTGGGAAGGAGACAAGGTGTAACGCCCCAAAATTTCCTAGTACTTAGGTGGGAATATTACTAAAACTTTTTCTATTTATTTACCACATTTAAGAGTATAACCCATTTAAAAATCCAAGTTATTCTTATCAACAAGATAAACCGACCTTATTAATAAATTAATAAAAATTTTAGTAATGAATCGAACTAAATTTTATTAAGAACTCCCAATTTCATAAAATAAAAAAAAATCATATGATCCCAATAAAAGAATACCTAAGAAAGGAAACTATATCCTAATCAAACATTCAACATCTATCCTATCGCAACAATTTATCTTCTAACACCGTCCTACACTAATTAACATAAAGGAAAGCAAAATATGAATAACGAGTGGTCTTGCATCTCAAGTCTCTTCCATGCCATCACCAAGCTGGTGATCCTCATCGTTACTTGCAAAATCTGTAGGGGGGTGAGTACGAATGTACCCAGTAAGTAGCCCTCGCTTAAGGAGCCACACACACAAAATCACCAAATAAACATGCAATTCCACATACTCATGTCACCAAACCTGGAATACATGCATAAACTTTAAACATCAATGCAACAAACTCAAGACCATGCATGAAACTCAAACCATGCACTCTCAAAACTCACCTCTAAACTCTTTTTGCTACCTCAAGCTTTACTCGTCAAGATGTATCAACCCTTGACCATTTTTATCTAAGGCCTCGACACTAATCTCTATAGAACTTGACGTTTCGGCCCTTGACCATTTTTACCCAAGGCCCCGAAACTAGTGTGTGACGTACCAGCCCTTGACCATTTTTACCCAAGTCCTTGATATTCACATATCTCAACACATTGGCTCTTGACCATTTTACTCAAGGCCCCAATGCTTGCCTTGTCCAAAGTTGATGTATCGACCCTCGACCATTTTTACTCGAGGCCCCGACACTCAACTGGTGACATATTAGCCCTTGACCATTTTTACTCAAGGCCCTGATATTCACCTTACCATCCTTAACATAAGGGTCTCTGACCCATGCATCAATTTTCTCATCAATTTAATCGAATCGTTACCACTTAACGCGAGTGAGTCTTTGCCGAAAATTTCGTTGCTGATGTGGGTCTTTGCTGGTTCGTTGCCAAAGGTGTTTGGCGTTGTAGATATGAGGTGGGAAGAGTGTGGGTTTCGTCGAAAAGGGCGTTGCGCTGAGATATCCTCCTTCAAGTAGTTGCTGTTGCGCACGCAGGTCGTCGGAGAAGACATCTTAGACCTGTCTAATTTATTAATTAGGTCGGTTTATCTTGTTGATAAGAATAACTTGGATTTTTAAATGGGTTATACCCTTAAATGTGGTAAATAAATAGGAAAAGTTTTAGTAATATTCCCACCTAAGTACTAGGAAATTTGGGGGCATTACAAACCAATTTTAAAATTAAAATTAGTTGGACTCAGCAGCTATTCTCACAACTCAAGAGCAGTTGATCAAAGATTTTGACAAGCTGGATATCAATGTGATTACAGAAGATGTAACGTCATGTTTGGCTAACTTGGTGGTCGAACCATCGTTGATTAGCAAGATCAAGCAAACTCAACTTTTGGACCCAGCTTTGAAAAGGATTGTTGATGTCGTCAACCAAGGTAAACAATATGAGTTTTGAGTGACAAGTGATGGAGTTTTGTGGATGGGTGGTCGTCTTTGCGTACCAAATGACCCAGTCATTAAGAAGGAAATTATGATTACATATATGGTTACCCCATCATATAACAAAGGGAAAGATGCAATATTTGGGTAGCCTTTAGAACATATATGGTTACTTGTCGGTAACACCAATCATTCAATCAGAACATATATGTTACCCATTGGTAACACCAATCATTCAATCAAAACTTTCATTTAGAGTTGTCGATCAACAATCGACCAGAACAATCAATATTTTTACTTAAGTGTGAGGCCATGTGAGTGAATATCACACACATGAACCTTCATCCCAAAGAGATGTCATAGCATAACACGCCTTCTCACAAATAAGTCAGAACAATATCTTCAATTCCATTATTGGCCATCTCAAATAAGCAAATAATCCAAAACAGAAACAAAACACTTGGCATATCCGGATAGCTCTATCGAATCATTGAAAATACTTTTCAAAAAAATATTTCAAAACATAACACATACTTTCAATATCCAAAACAAAACTCATACTTTCAATGACACAACAATTTCAACAAATTTTCTCAAACTTTACAAAAATGTATTTGCAAAGATTTTGATAAATAAATAAAAATCAAATCAAGAATCCTTTATCAAAATAATGACAAGTTTCTATTTTTGGAAAGGATTTGGAAACTACTTACCTCGATCAGAGTCCAACTATTAAAATTTTCACTTCCCTTGAGCAAAAGTCAACTTCCTAGAAGCTTAAACATAACAAAGCACTCCTAATCAATTCCAAAATCTAACCTAAAGGTCCAAAAACTTATCTAAATACTAAACAATCTTATCTACCAATTTTCCCCATTCAAACAATATTCTATATAAAATAATTAGGAAAAATATGATTTTTTTGGCTATAAAACCAAATCTGTAAAACTGGTTTTAAAACAGTTTAAAACTCAGTAAAGAAAGGTAACTTTCTTGCAAAAATCAAAACAATAAATCATACTTTATGGAAACAATTTTTTATAACTTTCTTGTGCAAAAAGAGCCCAAAAAGCCACAAAAACAGTCCCTAAATTAAAAAAATTTCAAACTGAAAACTTCTGGAAAAAATCTTCTTTTATAAAAATACACTTTCAATTGAAACCAAAAGCTTTAATAGGAAAAACTTTGATAAAATTAAAAATTAGAATCTGAAAAGTTTCATAACTTTCAATAAAACTAGGTTCTTGAAAAAAAAAAACAAAATAGGGAGAAGAATGAAAATCCATCTAAAAATTTTAGGGCAAAAAAATTTTAATTGTTGTTGAAAAAGTCTTCCCTTTGATCGAAAAAGAAAGAAATTCATAATTAACAAGACTAAGAATTTTCCTCTAAAAGATTTAAATCTAATAATAATAAAAAAAAGAAAATCAATGGAAGAAACTTACAACTTTTGAGAGGAAAAACACCAAAAAATCTTCTTTCTTCTCCTTTTCTTCTTCTTGAGAAAAAAACTAGGTCTAGCCGTCTAAAGAGTTTCAATCTAAAAAAAATTAGGGCTTAAAAGATTTTTTTAAAAGAAAGACCAAATTAAAACCTTTAATAGGATATTTTAAAAGATAAAAGTTTTATCTTTAACAAATTTCCCTTTTAAAAAAAAAAACTAAAAATTTATCTTCTAATTTATCTATAAAAATTTACTTAAAACATATAGGTTTATCTTTAAAAAATAAAAATATATAATAAAAATATATAAAAATAATATATATATATATATATATATATATATTTTTCGAATGTTACAAACACCCTACCTAATAAGAATTTCGTCGTCGAAATTTACATACCTTGCTAAGAGAAAAGCTCAGGATGTCTTTCCTTCATGTCATTTTCAGTTTCCCAAGTAGCCTCTTCAGATGAATGATTTCTCCATAAAACTTTCACAAGAGGGATAGTCTTATTACGTAACACTCGCTCTTTTCTATCCAAAATTTGAACTGGAACCTCTTCATAAGTCAAGTCTTTCTTCACTTGTAGTGGTTCATAGCTTAGCACGTGGGATGCATCTGCAATATACTTTCGAAGCATAGATACATGGAAAGCATTATGGATTCGGTCTAAGGTAGGCGGCAAGGCCAATCGATATGCCACAACACCACCTTTTCTAAAATCTCAAAAGGTCCAATAAATCTAGGAGTAAGCTTTCCTTTTCTCCCAAATCTCAAAATTCCTTTTAGTGGTGAAACTTTCAAAAACACCATAGGTCCAACCTCAAAATTCAAGTCCTTTCTTCTAACATCAGCATAGCTTTTTTGTTGACTCTGGGCTACCATTCTCTGTTTGATTAAGTTAATGGCCCCATTGGTCGTCTGTACCAATTCTGGTCCCAAAATCAAACTCTCACCAACTTCACTCCAACTGACTGGCGACCTACATTTACGCCCATAAAGAACCTCAAATGGTGCCATTCCAATAGTTGCTTGATAGCTATTATTATATGAAAATTCAATTAGGTGTAAATGTTTCTCCCAACTTCCCTGAAAGTCTAAAGCACCAGCTCGGAGCATGTCTTCCACTGTTTGAATGTTCCTTTCTGTTTGACCGTCAGTCTGAGGGTGGAAAGCGGTACTGAAATCAAGTTTTGTGCCTAAAGCCTTATGCAAACTTCTCCAAAATTTGGATGTAAACTTTGGATCTCGGTTTGACACTATAGAGCAGGTATACCATGCAGTCGAACTATCTCCTGGACATAAATTTGAGCCCACCTTTTTGCTGTATAAGAAGATTTACCACGTAAAAAGTGAGCTGACTTAGTTAAACGGTCTACGATAACCCACACAATCTCAACACCGAATTGTGTCTTAGGCAATCCAGTCACAAAGTCCATAGAGATATTTTCCCACTTCCACTCAGGTATATTCAATGATTGGAGAAGTCCTGATGGTCTCTGATGCTCAATCTTCACTTGTTGGCATGTTAGACAATGGTTCACAAATTCAGCAATATCTCGCTTCATTCCTAACCACCAATAAGTCTTTCGCAAGTCTTGGTACATCTTTGTACTCCTTGGGTGAACTGAATATGGAGTACTATGGGCTTCAGTCATAATTTCCTTCTTAATGACGGGGTCATTTGGTACGCAAAGATAACCACCCATCCACAAAACTCCGTCACTTTTTACTGAAAACTTATATTGTTTACCTTGGTTGACGACATCAACAATCCTTTTCAAAGCTGGGTCCAAAAGTTGAGTTTGCTTGATCTTGCTAATCAACGATGGTTCGATCACCAAGTTAGCCAAACATGACGTTACATCTTTTGTAATCACATTGATATATAGCTTGTCAAAATCTTTGATCAACTGCTCTTGAGTTGTGAGAATAGCTACTGAGTAACCTGAAGACTTTAAAAGCCTAATTTTAAATTTAAGAAATCCAGTTTTATAAAAGAAGATTTTTCCAGAATTTTTCAGTTCGAAATTTTTTAAATTTAGGAACTGTTTTTGTGGCTTTTTGGGCTCTTTTTGCACAAGAAAATTATCAAAAATTGTTCCCATAAAGTATGATTTATTGTTTTGATTTTAGGATATGTATTGAGATAATGAAACTTAGCAAACTGACATGACTCATAATCTAAAGAAGATAAAATATGAAATTGAGGACGAAGTTTCTTTAACACTGAGAGATGGATGACCCAAACGATATCATTTTTCAAAAGGAGATGTCCCTCCGGAGCATGCAATGGCTTTAGGTATTGGTGAATAAAAAATCTAGTCTTTCAAATTCACACCCTCTACTAGTAGTCTTCTTTGTTGTTAGATCTTGAAACAAGCAATAACCAAGAAAGAATGAGACATAACAATTGAGATCATGCGTGGATTTACTAACAAAAATCAGATTAAAAGAAAACTACGGTGAACTTAGATCAAAGGAGATGATTTGGTAAGATGCATTGTGTCTGGTCTTAGTTCAGAAGAGGTTGATCCATCAACTAGAGTAACACTAGTTGAAGATGTAGGTGTTGAATTATAGGATTCTGTCATAAGATCCTTAATGACATGTCTTTATTGTGCTTCTGTTTTAGTCTTTTAGAAAGTTGGGTAGCTTCATGGTCATGTTTTATTGTGTTTCATTTTCATGTTCATATCTATGCTTTTTTTGGTTAAAGTGTTCGAATTCCCTAATCTGGTCATATGTACTTTGTTTTATCATCTCCAATAGGGTGATTTTGACATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAGGCTATCAAGGTACACTTTCCATTAGTTTAATTCATTTGGTAACTCATTCGTAACTTTTTGATGAAACTCAATAGGCTGCTTTCCCGCTTCCTTCCTTTCTTAGTTTTGATGCCTTTTCTTTCCAAATATTAGCAAGTCCAGGTCTCATCCTTGAGATGCAAATTCTTATTATTTGTAGGAGTATTACTGTTTATGTTAACACTTAAAAGTAAAAAAATAGACTTCTCATTTAATATATGAAAAGAACAAAAAGAAGCCACTCTCAAAAAGAGAAGGAATACACACCTGATTTTCTTGTCCTTCCATATCGTTCTCTAGGTTTTATATTTGACGTGCAGATGTCTTATTGCATTACATATTTGTGCTTAGCTGATTTTTATGAATTTTGGATAGGGAAATTTTTTTTGAGTTTTGTGTCAAAACAAGACTCAGAATGAATTATGATAGTGTTACGAGCAAGTTGTGAGCATGAAAGCATGTTCAATTGGCATGTGATAGGAACAAAAAAAAAAGGGGATTATGTGGCCGTGTGGTTCCCACAGAGCTAGTGACCTAAAATCTAGTTCCAAAATCCTAGCCTCTTGGAAAAGGGTTATGTAACAAGGACTTAATGCTAGCAACAATTGCAACAATTATGTAACATAGAGCTAGTGACTTGAAAGAAAAAGGATCATGTAACAAAGCCCACATGGAAAATCAGTTAGTGGAGATTTTTTAGTGATCCTTCATCGTTTCGGGTTTCTCTTATTAAATGTTAATGTTATAGTACTTATATTATTATAAGTTGTATTTATTGTAATTATCTCAGTCTTAGTCATTTGTCCTTTATCGTCTTTTTACATTCTTTACTGTAGGTTAACCTTGTATATTTGTCTATATATATCTCTTAGTGAATGGAATAGAATTATTGATTCTCTCAAACCTTTAGTTTCTTCATGGTATCAGAGATCTGGGTCTTTTCCTAAGGAAATTAGGGTTTTGTTAACCTTAGTGTTTTGTGATTTTTCAAACCTTTAGGGTTTGAAGTTTGGAACACTTTCTTAGACTAATCATTAGTGTTCGTTGTTCACCTTGGTATTGTGGATTCACCGTCGCCGCACCGCCGCCGAACCTCCTCCGCCGTCGCCGCCGCCGCCGCCGCTGCGCCGCCGCTGTCGCCGTCGTCTATCTTCGTCACCGCCCAGCCCACAAGGAAGCCCACAAGCCGATCTGCAAAACCCTAAAATTTGGTCACAGTCTGACTTTTGTGTGAGCCTCACGCGCCGCCAAAGAAGTTCGAACCCTATCTCACGCGCCGGCGCGTGTGGGCGCGTGAGCTACCGGAACTTCGTCCAATCGGCTGGGTCTTGTTCGCCGCTCCGTCCTCTTTCTATTGGTGTCGGTTTTGTAGTCATACCTTGGTCGGGTTGCGGCTGTTTAAAGGAGAAACGTTTCGGGTCTATTAGGGTTTTGTGATTCTGATTAGTTTTGATTCAGTTTTGAAGCTTTCTGCTTGTATTCAAGGTTATGGCTGAGAAGAAATCAGTAGTGACGTCCGAGATGATTCCGATGATGTCAAAAATCACGGAACATAAGTTGAATGGATCCAACTACTATGCATGGAGAACAAACGTTCGTCATTTTGTACGAAGCATTGATATGGAGGATCACATGACTGAAAATCCACCGACTGATGGCACCAGAAGAGCTTGGCTGCGGATGATTCTAGGATGATTCTACATATTAAGAATTCGATTGAAAGTGAGATCGTTGGCCTCGTTAATCATTGTGAGTTTGTTAAAGAATTACTTGAATATTTGGAATTCCTTTATTCTGGGATAGGAAACATCAATAGAATGTTTGATGTATGTAAAGCTTTCTACCAACCCGAGATGGGAGAGAAATCTCTTACGAGTTATTTTATGGAGTGCAAACGAACATATGCGGAGTTTAATGCATTGCTACCAGTTAGTGCTGATGTGAAAGTACAGCTTGCCCAACGAGAACAGTTAGCAATTATGAGTTTTCTAGTGGGTCTTCCACCTCGATTTGATATGGCCAAAGATCAAGTACTTTCCAGTTCAGAAATCTCATCGTTGGAAGAGGCATATACTAGAGTACTTCGCACTGAGAAGTCACAAACAGTCACATCATTCCAGTCCAACAGTGCTCTGGTTGGACGAATGAATGAGTATCGAGGTAACAGAGAAGTGGGTTCAAATAACCCAAGAGGAAATTCTAATACTCAGAAACTGAACTCGGGTGATGTTGTGTGTCATTATTGTCGTAAGCCAGGCCATACAAAACGTGATTGTAGGAAGCTGTTGAATAAAGGTCAGAGAACTCAGTCTGCGCATGTTGCTTCTACTTCTGATGATCCCGAAAAGCTAATTACGATCTCTGCAGAAGAGTTTGCTAAGTTTCAACAGTATCAAGAGTCATTGACAGCATCTTCCTCTAATCCAATTACAGCCATCGCTGGGTCAGGTAACACAAATAAATGTCTTCTTTCATCTTCATCCAAATGGGTCATTGACTCTGGTGCTACAGATCATATGACAGGTAATCCTAGTTTATTTTCTACCCTTTCACCATCTACTTCTTTGCCTGATGTTACTATAGCGAATGGAACCACCTCTTCTGTTCTAGGATCGGGCACAGTTCGTCTTACCAACTCCCTTTCTTTGACCTCTGTTTTAAATTTGCCACAGTTTTCTTTTAATTTGATCTCTGTTAGTAAACTTACTCGTGATCTTAATTGCTGTGTCTTATTCTTCCCTGGTTATTGCTTATTTCAGGATCTTATGACGAAGAGGACTATTGGTAGAGGGTATGAATCTGGAGGTCTCTACACGTTTGATACACAAATACCTACAGCCATCCCGTGTTCTAGAGCGCCATCTCCTTTTGAAGAACATTGTCGTTTGGGTCATCCATCTATCTCAGTATTAAAGAGTCTTCGTCCCCAATTTCATAATTTGTCTTCTTTAGATTGTGAGTCATGTCAATTTGCTAAATTTCATCGTCTAAGTTCGTATCCTAGAGTCAATAAACGAGCTTGTGCTCCTTTTGAGTTAGTTCATTCCGATGTTTGGGGTCCCTGTCCTATTGAGTCCAAAAGTGGGTTTCGGTACTTTGTTACTTTTGTCGATGATTTTTCTCGTGTAACTTGGCTATATTTAATGAAAAATCGTTCTGAGTTGCTTTCTCATTTTCGTAACTTTCATGCTGAAATTCAAACTCAATTTGATGGGTCCTTTAAAGTTTTACGGAGCGATAATGCTAAAGAATATTTCTCTAATGTTCTTGGTTCGTATTTAGGTGAACATGGTATCCTTCATCAATCCTCGTGTGTTGATACTCCATCTCAAAATGGAGTTGCAGAACGGAAAAATAGACATCTCCTCGAAACAGCAAGGGCCTTAATGTTTCATATGCATGTTCCAAAATATTTTTGGGCCGATGCTGTTTCGACGGCTTGTTTCTTAATTAATCGCATGCCTTCCTCAGTTCTTAAGGGTGAGATACCTTATCATACTTTGTGTCCTACACAACCTTTGTTTTCTATCAAACCTAAAATATTTGGTTGCACTTGTTTTGTTCGAGATGTTCGCCCCCAACTCACAAAATTGGACCCAAAGTCTTTGAAATGCATTTTTCTTGGTTATTCTCGTGTTCAAAAAGGGTATCGGTGTTATTGTCCTGATCTCAATAGATATCTCGTCTCTCCTGACGTTACGTTCTTTGAGGATGCTTCTTTCTTTTCATCTTCTTCGAGTAATAATCAGGGGGAGCGTTCAGAGGAAAACAATGACTTTCTTGTCTATTCAATTGTCTCTTCTTCTGAAGAAGTGCTCTCTAACAATACTTCTCCCTCTGGACATGATCCTCCTCGTCCACCTATTACTCAGGTTTATTCTCGACGGCAACCTCCTTCGGTCCCATGCCCTATACCAGAGGCTTCGTCGTCATTGGATCCAGGAACGAGCGATGATCTTCCTATTGCTCTACGCAAAGGTAAACGTCAGTGTACTTATCCTATTTCCTCCTTTGTTTCCTATAATCATTTGTCATCTCCTACTTGTTTGTTCATTGCATCTCTTGAGTCTTTATCTGTTCCTAAAACTGTTCATGAAGCTTTGTCTCATTCTGGTTGGCGTGCTACAATGTTAGAGGAGATGACTGCCTTAGATGACAATGGTACTTGGGATTTAGTTTCTCTTCCTGCAGGAAAGAAGCCTATCGGTTGTAAATGGGTGTTTGCCATTAAAGTTAATCCTGACGGATCTGTTGCGCGATTGAAAGCTCGTCTTGTTGCTAAAGGCTACGCGCAGACTTATGGAGTTGACTATTCTGATACTTTTTCTCCTGTTGCTAAATTGGCTTCTGTCAGGTTATTCATTTCGTTGGCATCAATCTATCATTGGCCCTTGCATCAGCTTGATATTAAAAATGCCTTTCTACACGGTGATCTTCAAGAAGAAGTGTATATGGAGCAACCACCAGGTTTTGTTGCTCAGGGGGAGAATGGAAAGGTATGTCGTCTTCGTAAATCCTTGTATGGTTTAAAGCAAAGCCCACGAGCGTGGTTTGGAAAATTTAGTCAGGTGATTGAGAACTTTGGAATGAAGAAAAGTAAGTCAGATCATTCTGTCTTTTATAAACGATCTGAGATTGGTGTCATCTTACTAGTTGTGTATGTTGATGATATTGTCATTACTGGTAATGATACATCAGGTATTCTATCTCTTAAGACTTTTCTTCATAGTCAGTTCCATACAAAGATTTGGGAATGTTGAAATACTTCTTGGGAATTGAGGTAATACGAAGTAAGAAAGGAATTCTTTATCACAGAGAAAATATGTACTTGATTTGTTAACCGAGACAGGGAAGTTAGGTGCTAAGCCACGCAGTACCCCGATGATGCCTAATTTACAGCTCACAAAAGAGGGAGAATTGTTGGAGGATCCTGAAAGGTATAGGAGGTTAGTAGGAAAGCTAAATTATCTTACAGTGACTAGACCAGACATAGCTTATGCAGTGAGTATCGTGAGTCAATATATGTCTTCTCCTACTGTTGATCATTGGGCCGCATTAGAACATATTCTATGTTATTTGAAAGCTGCTCCTGGGCGTGGTTTATTATATAAAGATCATGGTCACACTAATATTGAATGCTTCTCAGATGCTGATTGGGCAGGATCTAAGGAAGACAGAAGATCAACTTCAGGATATTGTGTATTTGTCGGAGGTAATCTAGTTTCTTGGAAGAGTAAGAAACAAAATGTGGTATCACGTTCGAGTGCTGAATCAGAATATAGAGCGATAGCACAGTCGGTGTGTGAATTAGTGTGGATATATCAACTTCTGACTGAATTGGGATTTAATATCACAACTCCAACCAAACTCTGGTGTGATAATCAAGCAGCTATCCATATTGCATCTAATCCAGTATTTCATGAACGAACCAAACACATTGAGGTTGATTGTCATTTTGTACGTGAGAAAATACAGCAAGGTTTGGTGTCCACAGGATATGTGAAGACTGGAGAGCAATTAGGAGATATCTTCACAAAAGCATTAAATGGAGCACGTATAGATTATCTCTCTAACAAGCTGGGCATGATTGACATATATGCTCCAACTTGAGGGGGAGTGTTATAGTACTTATATTATTATAAGTTGTATTTATTGTAATTATCTCAGTCTTAGTCATTTGTCCTTTATCGTCTTTTTACATTCTTTACTGTAGGTTAACCTTGTATATTTGTCTATATATATCTCTTAGTGAATGGAATAGAATTATTGATTCTCTCAAACCTTTAGTTTCTTCAGTTAATATGGTGTATGTGACAGTAGTTGAGATCCTAACGTTAGTATGGTTCACTTTTGTGCCCTCGGAAATTCATCTCAAGGTGCTACTTCTCCCCCTGTATTCCATTGAGGCTGCCTAATGAGTTTCGTGGAAGGTAGAAGCTGAAAGAGAGAGAGAGAGATGAAGATTGAATCAAGCTTTCTGATTTCATATATTACGTACCTATTATACTTACCAAGTTTTTGAAGGAAAAAGACAACCATACCTAGAAGGAAACAATAACAATGGTCCCCACAATTACACCTTCACTAGGAAAATAAAAAGGAAATAAATAATTACAGTATTGGCCAGCTAACCGAAGGATCAGGAAGAAAGAGGAAAAAAGCGAAAGGGTAATGGGCTTATAAGAAATGCCTGAGAATGGGCCTAGTAGGAACTTCTCTGAACACTCCCCTCAAGTTGGGGAATAAATGGGAGCAATGAGATTTTCTTCAATCTTTTCTTGGATGAAATGTTGGTCTATTTCTACATGTTTTGTGTGGCTGTGATGGAAGGGTACTTTGCTATAATTATAGCAGCCTAGTTGTTACAGTATAATTTCATTGGTTCTTAGTTCAGTTAAAATTCTTTTAAGCCACATCCCTTCATATATGCCATGTGCAATAGCTTTAAGTTTAGCTTCAGCAGTACACACCACGGTTTGTTTTTTGCCTTTTCACTAAGTTACTAAATTTCATTTTTTCATTTTTATTTTTATTTTTTTATTTTTAACAAGAAACAAACTTTTCATAAGTATGTTCAAAGATATAATGTGAGTTGTTGGCTGGCACTTAACATTATATCACAAATCACACGTGCTTAATTCTTGCCACCGAAAGAGTGAAAGGATGCTAAATCGTAGCCTTGATAACCGAACCATTGTCATAAACGGAGAGAAGAACTAAACTAGATCCTAAGAGAGAAGGGCCTCATTCTTAGCTTGACAAGGAGAATGGCCTCAGAAGTTCCAACCTTATCACCCTTATTAATGAGTTCCACAGGGTCCTAAATCCTATCCTTGGTAGAAGGATCTAGGTTAAAAAATACTTTTGGTCCCTGTACTTTTATTGAAGTAACGATTTAGTTCTTGAACTTTAGTATGTAATGATTTAGTCTCTATACTTTTGAATTTATAACAATTTGGTCCATAAACTTTAGTATGTAACAATTTAGTTCCTACCAATGAAAATCTTATCAAGGTAAAACATCGATTTTTATTATGTAACAATTTAGTCCTTGTAGTTTATAAACACATTTGGTTTCTAAGCTTTTATTGTTCTACATATTTAAAATGTCCCATTAAATTTTAACAAAATTTTGCATGGTAGGGACTAAATTGTTACAGACTTTAAAGTATAAGAACTAAATTGTTACATATTAAAGTTTAGAGACTAAATTGATATAAATTTGAAAGTACAGGGACTAAATTGTTACATACTAAAGTTCAGAGATTAAATCGTTACTTTAATGAAAGTATAGGGAGCAAAAGTGTTTTTTAACCAAGGATCTAATAAATTGAGGTTCCTGATAGCCTCGAGATATTAACTAGTTATAGTTGTACTTTTTCAAGTCCTTCAAATCAATGAAGGCCAAATTACTCATTTGATCTACTCAGCTGGTTAATGTCTGAACCAATTGGTTACAACTAGGGTACCTAAGCATTCCATCTTCCTAATTGGTTAACTAAGTAAATGTGAAGGTGCTGGCCCATTGAAATGCAAGGCACCAAGGCAGAAGGAAAGCATAAGGAAACACCAAGCAGTTACATCAGTTCCAGAGAAGGTTCTCTAGAGTATAGCTTGTAGGAAAGTCAGATCAATGAAGGCCAAATTGGTTACAACTGGGGTACCTAACCATTCCATCTGCCTAACTGGTTAACTAAGTAAATGTGAAGGGGCTGGCCTATTGAAATGCAAGGCAGAAGGAAAGCATAAGGAAACACCAAGCAGTTACATCAGTTCCAGAGAAGGTTCTCTAGAGTGTAGCTTGTAGGAAAGTCTCGACAAACGATAAGTTGCAGAGGTGGTTCTTGGGTTCTTGTTTTCTCTGTTGATATGTTTTTTGTGTGATATAGAAGAAGCAGAATGTGTATAATTAGTTATTGTAATGTTGTATGCTAATTTTTTATTGATTATTTGTTCATAATTTTTTTGGGATAAGTTGGTTTGAGCTTCATAATGATGATCGTTTTATGGAAGATCTGAAGTTGTTGAGGAGAAACAAGCAGAAATTATTGTTGATCTTGCTCTTTCTGGTACATCTAGGTGAGAAACAGAAATTGCTGAAAAAAAAGGGTGATGACTGTGATATAGTAGGAAGTTTACCTTTTGGTTTCTTTGTCAGTCCTTTGAATAACGAATTTTATAATTTTCCTCTTTAATAATTATGCTTGATTGAATAAGTCATTGTGCTTTGTAGTTATTGACTATTTATTGGACTCTTACTGTTCTGTAATTCTTTCTTATTAAAGAAACTGATGCGTTCTTTAGATTTTTTGCATTCATTGAAGGTTTAATTCTTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTTTTCCTTTTGCATTTTCACATCTCTTGACTGTTAATAGAAGTATCTGTTTACTAGACTTTTAAATATTTTGGCTTTCTGAATGTTTTCAGTTTTAGACTGCTTTGACCTTTTCGGTGAATGAAACTTCAATTTGACATTAAGAAGTTTGTATTCTTGAAAGAGGATAAAGATCTTCTATGAGTTTGACACAATTACTTTATTCAAGTTATATATCATGAGGAAGAACATCTATACGTATTTTGACTTGGTTACTAAACTTTTAACTATCCCTGTGTAAAATAACAAATTTCTTACATTAGCTGTTAATATTGCAGGTGACTGTGGACGTTATTTCGTATTTTTTTCATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTGAATGCTATTTGGTCTTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGGTAAATTAATTATTTTATTTATTATAATCGCTCAATTTTTTTAATATGGCCCTGCTGAAGTGCTCTTGTAAGTGCAGCTTCTTTCGATGATGGTATCCTTGCGTCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATGAGGCGCCAACTATTACAGGTTTGAGCTAATTTAAAAACTCCATAATGAGTCTCATTATTTATTTATTTCTGATTAAATTACAAGTTTAGTCTTTGAATTTTTAGGTTTGTGTCTAATAGGTCCCTCAACTTTCAATTTTCTGTCTAATAAGTCTTTGAACTTTCAATTTTGTATCTAATAAGTTCTTGAACTTTAAAAGTTTCTAATGTCCCTGAACTTTCAATTTTGTATCCAATAAGTCCTTGACGTATTATATATTTTTTTAAATTCATGAACTTATGAGATATAAAATTGAAAAGTCAGGGTCTTATTAGACACAAAATTCAATCTTGTGTCTAATAAGTCCATGAATTTTAAAAATGTCGAGTAGGTCTGGGACCTATTAGACACAAAATTGAAAGTTTACAGACCTATTAGACACTTTTTAAAGTCAATGGACCTATTGGACACACCTCTAAAAGGTCAGGGACTAAACTTGTAATTTAATCTTTATTTATTTATTTATTTGAAGAGGAACTTAATTTCATTAAAGTATGAAATGTACAAAAAGGGGAGGAAATCCTTTTACAAAAAGTCTCTCCAATTAGCACACGTGTCAACTATAGAGTAACTACAAAAAAGATTGTTTAACTTGCACCAAAAAGTGTGGCAGTATAAGTGATAAGATAAAAAATATAGGTGTGATTTCTCTCCTTTCCTCCCAAGTCTGTTGTTCCTCTCTAACCAAGTATTTCAAAGGAAGCTCTGGATAAGATTGAGCCCAAGGGATGGAACAACATAAGGGAGATAATGTTGGATGAAGTAGTGTTGTCCAGAGGCAGGGACCAACCAAAACATCCAAGATGAGACTCCAAAACATAGAGACAATTCGAGAGTGTGTAGAGGGGTGGTCTTCTGATTTTGAATCTCTTTTGGAGACGGTGCACCAGTGAGGGGATAGGGCGGCTCTTGGGTTTTTCTTCTGAATTTTATATTATGTGTTGATGTAATCCTGGATTGTCTCCCAAACAAAATTGACTTTTTTTGGGGTATTTCTTTCCATATCATCTTGCATATGTCAATTGAAGGATGGATCTACCTTGGGTAAGGTTTTGCATAAGAGAGTTACATGAGAAGATACTAGATGAGTCTATAGACCATAGCCAATAATCTGGGCGGTTGGAGGGGAGGAAGCCTTTGATAGTGTTTATAAGAGAGCTATTCTTCAAACTCATCATTTTTAAGACTTCTTCTATAGGATAATTTCCAAGAGTTGTTTTTTTTTGGAACTTAATTGTAACATGATAGGCCTCCTATAGTTAATGTATACAGAAAAAACAGAGTGGACGGAGCTAGCAGGTAAGAAGTGTGATGTAAGTGTGTGGCCCTTATTGTAACTAACTAATAGGCGGGAAAGGGGCACAAATCTAGTAGCTATGTAGAACTGTTAGCAAGTAGATCATAAGACTTGGAAATTATATTGAAAGATAGAAAGCTAAGGAATACAACAAGAAACTCCCAAGTAATTTGAGGTGTTTGGACCCTTCCCTCTTGAGCTCACTCAAATCTAAACCACCACAATATATTGTTACCTCCCTCAAAGTCCGACCCTTCTATTTATAACAAAGAACCTGTAACAAACTACTTCTCTAATTACTATATTACCCCTTGCTATTAAGTCCTATCAAGGACAACTAATGTAAGGGGGCAAGTTCTCTTTTGGGTGATAAACTTAGAGTTGTAAGAGATGGAGAATACTGTGATTTTTTCCCTGGACCTATACTTCTCTATACGTTTTTTAATATAAGTGATATCTATCAAAATTAGTATCAAAGCAATGCAATTTTGAAATGATTGATGATAATAGGGTGGAGACGAGACCTCAACTTGTTGATTTGGAAGAAAAGATCAAGAGTGCAGAACACTATTGAGATGGAACTTGGACAAATCAAGAATGTGTTTAATAGATCCTTGGAAAGTAAGATGGCTATTGGGTGTAAGTGGGTCTTTGCAATCAAGGCTAACCATGACAGATGAATTGCTCGAATGATGGCACACCTTGTTGCCAAGGGCTATGCTCAACCCTTGGAGTAAATTATTCTGATACTTTTTCTCATATCACTAAATTAACATCTGTTTGGTTATTCTATGGCTGCTACTCATTGTTGGCTTTTGCATCAACTTGACATTAAGAATGCCTTCCTTCGTGATGATCTTCAAGAAGAGGTTTATATGGAGCAACCACCTAAGTTTGTTGCTTTGGGGAAGTGATAAAGTCTTGCGCCTTCACAAATCTTTATATGGGTTAAACCAAAGGTCACGAGTGTAGTTTGAAAAATGTAGTCATGCACTTGAAAAGTTTAGATGGAAAAAGATTAAGTTTGATCAGTCTATTTTCTATAAATGGTCTAAGAGTGGTATTCTTCTGATAAGTTTACTTTCTACGTTAGGTATTTCATCTCTCAAAATTTTCCTCAATCAAAGGATGAATGATGAGAGTAGTATTATTACTTTGAACTTAGATGTTTTCTGCTGGAGCAAATTCATTAAGAGGGATGACAATTTTTTCTTGACTTCTTGCATTCATACTCTCAAGGCAATGGATTTGCATAATGAAAGAAAAACTACTTATTAGAAGTAGCTTGTTCCGTCGTGATTACTATCCTAAGTGATGTAGGGACTTAATTGTATGAATCTTCTTTAATTCAAAACTAGCCATTAGAGCTAGTTAGTTAGGATTATAGCCATCGGAGGATTTAATTAAAAGTTAGTTAGGCTATTAGTTAGCCAACGGCTAGTTGGATGGGGTAACTTAGTATAAATACTAGCCCTACTCATTTGTAAAGAGATCATTATTGAATAAAATTCTGTTTTAAACTTTGTTTCTCCATCAAGTGGTATTAGAGCACCTGATCTAGGCTTTTGATATTGGGAACATAGGGTCTCAGGCTTGACGAACTTTAGCCTTTCTGCCATGGATGCGGAAGCATCCTCCTCTCCCCAAGCCTTAGATGCGACTTGCAATCGGTTGAAATTTCGGTGGAAGAAATCAAGAAGGGCATGGCTGAGTTACAACGGTTAGGAAAAAATCTTTCTAGGAATTTTGGTCAATTTGATGTCGATCGTCAAGAGCAAGAAGTCCCAAGAGAGGCAGGGAACGTTAGAGGCCAACTTGAAATTCCAAAAAATTTTGTTCCACCAGCTAGAAGGCAAGAAAATGTGGTTCTTGGACGACTTCAAGAACAACCAATTCAACGGTTTATGGAGCAAGATTCTGAATCATCTAGTGAAGATGAATATTTTCAAGGACCTATGACACAATTTCAAAAAATTAGACATCCTGGAAAGCAGCAACGAATAGGTTATAATTCGGATTAAAAAATGAAGGTTGACCTTCCTAGCTTTAATGGTAGAATGGATGTAGAAACCTTTCTTGATTGGATCAAGAATGCAGACAACTTCTTTGACTACATGAATAAAGCTGATGACAAGAAGGTAAAACTCATGGCCTTACAACTCAAAGGTGGTGCTCCTGCTTGGTGGGTCCAACTACAAACTAATACACAAAGGTACGGCCTATAAAGCATCGACACCCTAATTTTGGCAGAGTGTCGGTGTCGGACACCGACACGCTCCCGACACGTGTCCGACACATTAATTTGAGTGTCCGAATATTTTATTATTTTTTTTATTTTCCGACATGCGAGGACACGTTGATGACACGCGAGGACACGGTTAAAGACACGTTAGGACACGTTGAGAAGGAAAAAAAAGAATAAAATATCAGTTTTAAAACAGCCCAATAAAAGCCCAATATTTTAGTAAAAATAGATTCCAATAAAAGCCCAGTCTGGTAGCCTTTTACCCACTATTTCTTAAAAAGAAAACCCTGCCCATAATTAAAAACCCCACCTAGATTCTTGCTTGACCGTTGACCCACTATTTCTTAAAAAAAACCCTACCCACGATTGAGAACCCATCCACAGCCACGATTTTTTCTCAGTTGCTTGGCTTCTCCATGACACTGCTTCATAGTACAAATTTCTGTGAGAGAGAGAAGAGACCCACCGGCGAACTTGTTTGTGAGAGAGAAAGAAGATATAATTGCTGGCGGTCTGTGAAAGGGAGAAAGAGAAATTTGGCACCGGCAATTTCTGTGTGAAAGAAAGAAATTGCTGCCTGTAGCCCCTTACTTTCTTTCCCATTTTTATTTGCTGTCCAAAACAGAGGCATCATCCCAAAGGCAAGGTTATGCTTCTTTTTTTTTTTTTTGTCTTTCATACAATTACTTATTTACTTTGAATATTAGTTCTAATTGAAATTAGTAATTTATTTTAATTTAGGATGGAGTCTTCTTCTAGTTCTAGCCATAGTGTATCTCAATCAGGTCCTTCCTCTAACTCTAATGTTGAAGATGAGATGAAACCTTTATGGCAATATGTGACGACAAATCAAAGATTGAATGGAGGAGGTGGGAATATTTTTTGGCAATGTAATTTTTGCCAAGAAACCAAGAAAAGTTCTTATACAAGAGTTAGGGCACACTTGTCGAAATTAAGTGGGTACAGAATTGGAATATGTCGAAAGGTCACCCCTAAAGATGTTGAAATGCAAAGATTGGAAGATGATGTAAAGCTTCGAAATCAAAGAAATGCTCCTAAAAAAGTTCCTTTACCACCGTCAACCCATACCCAATCCCAATCTTTTGGTAGTATGAGTAGCTATTCTTTTTCAACCATGGAATAAAAGAAAAGAAAGGGCAGTACTAGTGCACTTGAGAAGTCATTTAACATGGCATCTCGTGATCAATTGCATGCAGAAATTGCTAGGATGTTTTATTCTTCAGGGTTGCCTTTTCATTTGGCTAGAAATCCACATTATGTAAATGCGTTTACTTTTGCTGCAAATAATTCATTGTCGGGTTATGTACCTTCGGGGTATAATATGTTGAGGACAACTCTTCTTAAAAAAGAAAAGGCAAATGTTGAAAGATTATTACAGCCTATTAGAAGCATATGGGGTGAGAAGGTAATAAGTATTGTTAGTGATGGGTGGAGCGATTCACAAAGGAGGCCTCTAATAAACTTTATGGCAATTACAGAAGGAGGACCAATGTTTCTTAAAGCGATTGATTGCTCGGGTGAGATTAAGGATAAATATTTCATAGCAAATCTCATGAAAGAAGTTATAAATGAGGTAGGATACCAAAATGTAGTCCAAATAATCACCGATAATGCTCCTAATTGCAAAGGTGCAAGACAAATTATTGAATCACAATTTCCATCAATAGTGTGGACACCATGTGCAGTTCATACCCTCAATCTTGCCTTGAAGAATATTTGTGCTGCAAAAAATGTTGAAAATAATCAACACGTATATGAAGAGTGTGGTTGGATCTCTCATGTTTTTGGTGATGTAATGGTGGTCAAGAATTTTATAATGAATCATTCTATAAGGCTTGCTATGTTTAATGAATTTGTGCCTTTGAAGTTACTTTCAGTGGCAGAAACACGTTTTGCATCCACCATCGTTATGCTTAAAAGATTGAAACTCATCAAAGGTGGTTTACAAGCTATGGTTATCAGCGATAAGTGGACTTGCTACAGAGAAGATGATGTGGGGAAAGCAAGACATGTAAAAGAGTTGGTTCTCGATGATATTTGGTGGGACAAAATCGAGTACATTCTTTCTTTTACTTCACCAATATACGACATGATCAGAGCTTGTGATACAGACAAACTTTGCCTTCGTTTGGTGTATGATATGTGGGACACAATGATTGAAAAAGTGAAAGCGACAATCTATAGACATGAAGGAAAGCGTACAGATGAATTCTCATCTTTTTATGAAGTGGTGCATCAAATTCTTATTGATCGTTGGAATAAAAATAATACTCCACTCCATTGTTTGGCACATTCTTTAAATCTAAGGTATTTAGTAGCTACTACATCTTAGATTTTTATTTTTCATTTCTAATCACACAATAGAATTGATATATTCTAAACTTTATTTAGGTATTATAGTGCAGAGTGGCTTCAAGAAGACACTACTCGAGTTCCTCCACATAAAGATTTGGAAGTTTCTCGAGAGAATGAAATGGCTTAAGAGATATTTTAGTACAAATGAGGAGCGCACAAAAGTAAACATGGAATATGCCAATTTCTCCACAAAGGCCGCAGATTTTGCAGACTGTGATTCTATATGTGATAGGTATTATATGGATCCCAAAAGTTGGTGGGTTATCCATGGTGCCTATGCACCAACTCTACAGGCATTAGCTTTAAAGCTACTTATGCAACCTTCATCTTCCTCGTGCTATGAGAGAAATTGGAGTACATACTCATTTGTGAACTCCTTTAAAAGGAACAAGATGACACCACAGCGTGCAGAAGACTTGGTATTTGTCCATAGCAATCTTCGTCTTTTATCAAGAAGAACTCCAGAATATTCAAACGGAGAGACTAAATTGTGGGACATTGCTGAAGATTCTTTTGATTCATTTGAGGACGTAGGCATGCTTGAAATAGCTAGTTTATCTTTAGATGAACCAGAATTGGAAGCTGTAGTTTTTACCGATGAAACTCAAACTAATGGAGGTGACAAGGATGTAGAAAGTGTATAGAAGACTCGTTTGATTCTACTTTTGAGTTTGTTTTGTAAACTTTATTGGATCATGGATATTGTTGTTTGAATTCTATTTTTGAGTTTGATTTGTAAACTTGGATAATGGATGTTGTTGGTTGTCTCTTATCGTTTTAATGAACTAAATTCTCTTGGAATGTTTAAAGTTAGATACTAAATATACTTTTGAGGTATTAAAAACTTAAAATATGTCAAGATATGCATAAATATATATATATTTTTTAATAAAAAGAACTAACGTGTCCCCAACGTGTCGTGTCCTACTTTTTAGAAATTGGCGTGTCCCCGTGTCCGTGTCGTGTCGTGTCCGTGCTTCTTAGGGTACAGCAAACAACCAATCTGAAGTTGGCCAAAGATGCAACGGCTAATGAAGAAAAGATTTTTACCAATAAATTACGAGCAACTTCTTTATCATCAATAGCAACATTGTCGACAAGGTGATAGATCGATAACCGACTATACTGAAAATTCCATAGGCTAGGTGCAAGGAATAATTTGGTAGAAAATGAACATCAATAGATTGCTCGGTTTGAGGGATGATATTCGAGAAATCGTAAATCTACACCCTATGTGTTACTTGATTGAAGCTATTACCTAGCCGCAAAGATTGAAGAGCAAGAAGAGAAAAAACAACAACAATTGGCTAGCAGGAGGTGGGACAGACAACAACCATCCTTCAAGAAAAGTGTTGCAGATGTCCAAAAACATTTTCAGGTTGGGGGCTCTTCTTCTGCAATTGCGCAGAGGCAAAAAGAGGACCAAGTCCTCAAGAACACCACAGGAGCTAAGAGTTTGGAAGGTAACACCAACAAGAAAGTTGCTAATCCTTATAATACACCTACTCTTGGTAAATGTTTCAGGTGTGGACAACAAGGTCACCTTTCTAATGAGTGTCCTCAACAACGAACCCTTGCAATTTGTGAGGAGGATGACAAGGAGGACAACTTCGAGGGTGAAGAGTTCAAGAAAGAGGTAGCTTACACTCAACCGGATGATGGAGACCAACTTTCTTATGTTTTGCAACGCATTCTCCTTACACCTAATACGAAGTCCCACCCATAGAGACATTCCTTATTCCATACTCGATGCACAATCAATGGTAAGATTTGTCGTGTCATCATAGATAGTGGGAGTACGAAAATATAGTATCTAAGAAACTAATCCAAGCCCTTCACCTTAAGGTAGACCCTCACCCAAATCCCTATAAGGTTAGTTGGATCAAAAAAGGGGGGGAAACCCAAGTAAATGAAATTTGCAATATACCTTTATCGATAGGATCTCATTATAAAGACCAAATTATTTGTGATGTCCTTGCTATGGATGCATGCCATATTCTTTTGGGGGCGACCTTGGCAATATGACAACCAAACTATCAATAAGGGGCGAGAGAACACCTATAAGTTTACTTGGATGAGCAAAAAGATAGTTTTACTTCCCCTAGGAAAGATCGAGGGAAAAAAGCATAAAAAAGAGGATAGCACACCCAAAAACCAACTATTTACTATTTCTAGGGGAAAAGACCTGCTTGGTAGCAAGGAGGAACCTCTCCTTAGTTGTAAAAGGGGACAGTGTGGAAAATGATCTTTCCCAGGTGGATAGTACTATTCTCAAACTTTTAGACGAATTTCCTAATCTTTCAAGAACCCGTTCTACTTTACCACCCCTCTGCAACATCCAACATCAAATAGACCTTATTTCGGGCTCTACCATACCTCACCTTCCTCACTACCGAATGAGCCCAAAAGAATACCGAATTCTCCATGATCACATCCAAGAATTACTTCACAATGGCCACATTCAACCTAGCCTTAGTCCTTGTGTTGTTCCAGCATTGTTGGCCCCAAAAAAGGATGGTTCTTGGCAGCTTTACGTGGATAGTCAAGCTATCAATAAAATCACAGTCAAGTATAGGTTCGCAAGCCCTCGGTTAATCTACCTTTTAGATCAATTGGGTGGCACTAAGATTTTCTCAAAGGTGGATCTACAGTGGGTACCATAAAATTAGAATAAACCATGGAGATGAATGGAAGACATTTAAGACAAATGAAGGCCTCTTTGAATGGTTAGTCATGCTTTCTTAAACAAATTTGTTGTTGTCTATTTTGATGATATACTCATTTGTACCAAATCTGAAAATGAGCACTTGAATCATCTCTATGAAGTTGTACTACCCTAACAAAAAATCAACTATACATTAACATCAAGAAGTGCACCTTTTTAACAATGAGATTAGCTTTCTGGGTTTTTTTATTAGTAAACATGGAGTGGCCGTGGACCCTAGAAAAATTAAAGCCATTCAGGATTGGCCTACCCCAACAATCGTGAGAGATGTTTAATGCTTTTTAGGATTAGCTTCATTCTATCGTAAGTTCATCAAGAACTTCAGCACCCGTGCTGCCCCCTTAACCGAATGTTTACAAAAGTGTAAGTTTGATTGGACAACCTCACAAACAGAGGGCTTTACTACTCTTAAACACAAACTAGGATCCACACCCGTCTTAGTCCTACCAGATTTTCAAATCCCTTTGAGGTGGCCGTGGATGCCTCGGGCTTAGGCATAGGCTCGTTATTGTCTCAAGAAGGACATCCCATTAAATATTTTAGTGAAAAGTTGAGTGCCCCTAGACAAAAATGGAGCACTTATGAACAAGAACTTTCTTCTCTCATCCGTGCACTCAAACAATGGGAACATTATCTTATTGGCAAAGAATTTATCTTATTCATTGACCACTACTCTTTGAAAATCTTAAATTCACAAAAACATATTAGTAGGATGCATGCGCGATGGATTACCTTCATCAAAAAATTCAACTTTATCAGCAAACACACTGCTGGTACTGCCAACAAGGTCGCAGATGCCTTAAGCGGCAAAGATAACCTTCTTACTCAAAGGAGAAATAATTGCCTTTGATCATCCTCCCAATTCTTATGGGAATGTCCCTGATTTTCATGATATTTGGACTAGTTGCACACAACGCATTAATCCACATGATTTTTACATACTAGATGGGTTCCTCTTCAAGGGTGATAGGCTATGCTTTTCTCACACCTCCTTAAAGGAATCCTTGATTAACGAAATGCATGCAGGCAGCCTAGCTGGCCATTTTTGGCCGTGACAAAACAATTGATCTACTATTGTCTGGATTTTTTTGGCAACAACTTAAAAAGGATGTAACGAATTTTGTGAAAAGATGCTATATTTGCCAAATCTCGAAAGGGTCAAGCCAAAATACGGGACTCTACACCCCCGTCCGATTCTCCAATCCATTTGGGAGGATGTATCCATGGATTTTATCCTTGCCTTGCCTAAGACACAAAGTGGATACGATTTAGTCTTAAGGCATGGTGGACAGATTTAGTAAAATGTCCCACTTCTTGGCATGCAAAAAGACCTCAGATGCTTTAAACATAGCTAATTTATTCTTTAGAGAAATTGTACACTTGCCTGGAATCCCAAAAACAATTGGCTCAGATAGAGATATTAAATTTATGAGTTATTTTTGGACATCTCTTTGGAGGAAATTTGGTACAGGTCTCCATTTCAACACTACTAGCCACCCCCAAACCGATGGTCAAACAAAGATAACAAATCGTACATTGGGGAACCTGATTCGGTGCTTAAGTGGAGACAAACCAAAATAGTGGGACCCCTCGTTGGCTCAAGCCGAATTTGCATACAACCACATGTGCAACCGATCAACAGGGAAGTCACCATTTGACATTGTCTACATTTAAATTACCTAGATTAACAGTTGACGTGACTAATCTCCCTTCTTCTGTTGATCTTAGCTTGGATTCTGAGGAAATGGCTGACCGAATAACAGAATTGCACCAAGAGGTTCACCAACATTGGGAGAAGTCTAATCAAGCCTACAAGGATAGTGCTGATTCACATAAAAGGAGTAAAACTTTCGAGGTGGGAGATTTGGTCATGGTGCACCTACGGAAGTCAAGGCTACCAGCAGGTTCTCACAACAAATTGACTAACAAAAAGATGGGACCATTCAAAGTGCTGGAAAAATTTGGTGACAACGCATACAAGATTGATCTTCCTCATCAGTTACGCATCAATTCCACCTTCAATGTGGCCGATTTATTTGACTACAATGCGCCTGATGAGTTTTCTTTGGCTTCTTAACTCGAGGGCGAGTTATCCTTGGGCGGGAGGGATCTGATGTAGGGGCTTAATTGTATAAATCCCCTTTAATTCAAAACTAGCCGTTAGAGCTAGTTAGTAAGGATTATAGCTGTTGGAGGCTTTAATTAAAAGTTAGTTAGGCTGTTAGTTAGCCAACGGCTAGTTAGATGGGACAACTTAGTATAAATACTAGCCCTACTCATTTGTAAAGAGATCATTATTGAATAAATTTATGTTTTAAACTTTGTTTCTGCATCATTAAGACTCTATCTTTCCCATCAATTCCCCATCATCCAATTAAAGAGTTGGAATTAATGGTAGAACTTGTTGCAGTACTTCGGATGCAAACAAATCCTGCAAGCAAAGGTGGAGAGGATTGCAGCTCTTGATTCAATGGCAAGACCTTTCAGAATTTAAGGCAACATGGGAATCTTTTGAAGCCATGAACCAAAATCCCCACATTTCCACCTTGAGGAAATGTTTGTGTGTAAATATTCGTTGTCAATATTGCCTTTATTATTTGGTTTCTTTGTTTGATTTTGTTTCCTTATTTGTATCGGGTCTTTCTCCTATATAAGAAGACCTAAGTTGCACATATTAAAATAATTTTATTCTATCAAATTCAAATGGTATTAGAGCAAAAAATCTTAGCTGCCTAAAAAACCCTGGCAGCCGCAACTTAAAAAACCTAGCCGACTCTGCCTTAAAAACCTTAGCCGATGCTGCCTTAAAAACCCTAGCCGCTACTGCCGGAATCGTAGCTGCCTTCTTCAATGGCGCACTCTACTTCTGGCAGAGGTCTTTGTATATGCAGGCTCCTCGTCCACGTTTGTGGTCTTCTGTTGTGCTTGCAGGTAAAGCAGTTTGTGGTCTTTCGTTGTGCTCGTGGGTATCAAACGTTTGGTCTAGTCATATGCGGGTATCAGTCTGTCTAGTCGGTTCGTCGTTAGCGTTCTGCCCGTGTGCTCGCATTCCTCTGGCGATTTGCTCCATTCCTGTGCTCGCCGTTCATGATTTGTACTTGTCGTTTGTGCTCGCAGGGTTGCAAGTGTGCTCCCCGTTGGTCTCTTCCAAGGACTGCGTCTACTGTGGTTGCTTGCGCGTGGACGTCTGTGGTTACTTGCTTGTTTGTTCGTGTGTGCGTCCAATCCATTTAGTCAGCAAGGTTGTTCCTTGCGCGTGGAGGTCTGTGGTGAAGACCCGATCAAGTTTTTCTTCTTTTCTTGCTACAATGTTTGAGGTAACTGTTGAAATGGTTCGAAATTCGACTACAAGGAAGGGTAATCAGTTGTCGTTCAATGCCAATTTTATTGACTCAAGTTTATTCACGAAGGAGCAAATTAATCAAATCTTGAAATTGCTACCAACTAATTTATCTTCTAATAATTCGTGTGTTTCCTTGGAACAAACATGTAATTATCCTCAGGCTTTCTCTTATAGTAATTCATCTCTGTGGATTATTGATTCCAGAGCCTCCGATCAACTGACTAGTTCTTCTCATCTATTTGATTCTTACTTTCCTTCTTATTGCAATGAAAAAATTAGAATTGTCGATGACAGTTTTTCTTCTATTGTAGAAAAAGGAACCATTAAATTGATAGAAGAAATCAATCTATAGTCTGTCCTTCATGTTCTAAAATTAGCCTGTAGCCTTCTATTTGTCTCTAAACTTTCTAGAGATTCTAACTATCGTGTTGTTTTCTTTGAATCTCATTGTATTTTTCAGAATCAGGAATCAGTGAAGATAATTGGATGTGCTAGGATGCTTGATGGTCTCTACTACTTTAATGATGGTCCTTCTAGTAATAAAAATGCTCAAGTTTTTAGTATTATTAGTTCTTTTTCTATTAAAGAACAAATTAGGCTTTGGCATCTGAGACTAGGACATCCCAGTTTTTCATATCTCAAATATTTATTTCCAAATTTATTTAAGGGGTTGACTATTCCTCCTTTCATTGTGAAAGTTGCATATTAGCAAAAAATCACCATTCCACATATTTTCCAAAACCTTACAAAGCTTCAAAACCGTTTTACTTAATTCATAGTGATGTTTGGGGTGCTTTTGAAATTTAGACTCATAGTGGAAAAAAGTGGTTTGTTACTTTTATCGATGACCATACTCGCCTTTCTTGGGTTTATTTAATGACAAACAAATCTGAGGTGAAAATTCTTTTAAAACACATTTACAATATGATTGAAACTCAATTTCAAACTAAAATTGACATTTTGCATTGTGACAATGGAACTAAGTATTTCAATGAATATTTGGGTGATTTTTTGAAAGATAAAGGTATTTTTCATCAGTCCACTTGTCGAGATACTTCTCAACAAAATGGGATTGTTGAAAGAAAAAATAGGCATTTACTTGAAGTAGCACGTGCCATAATGTTTTCCATGCATGTTCCCAAATATTTATGGGGGGAAGCAATTCTCATGGCTGCCTACCTAATAAATAGAATGCCTAGTAAAGTCCTAAATTTCAAAACGCCTGTTGAGTGTTTTAAAAAAAGTTTTCCGACAGCTCGCATTTATTCTGATTTACCTATCAAAGTTTTTGGGTGTACTACTTATGTTCACATATCAAGTCACCTTCGATCAAAACTTGATCATAGAGCTATTAAATGTATCTTCTTGAGTTATTCTTCTAATCAAAAGGGGTATAAATGCTTTGATCCTCAGACAAAAAAACTTTATGTGAGCATGGATGCGTTGTTTTTGGAAAATCAATCATATTTTACCCCAAATTCTCTTCAGGGGGAGAAACCAAATATGGAAGAAAATTTTTGGGATATTTCTGTTCCTCTTCCTAACATTATTTGTTCTGATATTACTAGCTTTTCAATGCCAAGTATAGAAGAAACTTCTCATTCAGGGGGAGAAATACTACAGAATGATCCTATTGATCAGGTTCCTGAACTTAAGTTTTATACTAGAAGGACAGTTGCTCAAAGGAACAAAGACTAGATAGTTGATCCTTCACAAAACCAATCTGAGACTCCGAGAAATGAAACTGAAACGAGTGGTAACCCCTCTTCTATGCCTACTGTTCAAAATACTCTACCTGTTGTGTATGATCTTGATATTTCCATAGCTGCTAGAAAAGGTGTTCGAAGTTGTACTAAATATCCCATTGCAAACTTTCTTTCATATCACAATCCATCCAACGGTCATAAAGCTTTCACATCGAGGATAACTAATTTGTTTGTTCCAAGGAATAAACAAGAAGCCTTAGAAGATCCAAATTGGAAACTAGCGGTTATGAAGGAGATGAATGCTCTAAAGTAAAATGGAACTTGGGAAATAGTAGATTTGCCAAAAGACAAGAAACTAGTAGGATGTAAATGGGTGTTACCATAAAATGTAAGGTAGATGGTAGTATCGAGAGTTACAAGGCCATACTAGTAGCTAAAGGCTTCACTCAACCCTATGGGATTGATTATCAGGGGACCTTTGCCTCAGTTGCTAAAATTAACTCTATTAGAGTTCTTTTATTTCTTACAGTTAATCTAAATTGGTCTCTCCACCAACTTGACGTGAAAAATGCCTTTCTCAATGGAGATCTTGAGGAAGAGGTTTTTATAAGCTTACCTCCAGGTTTTGAAAGGGAACTTGGATGTAGTAAAATTTGTAGATTAAGGAAATCACTTTATGGCCTTAAACAGTCACCAAGAGCTTGGTTCGAGCGTTTTGGAAAAGTTATGTCTACCTATGGATTTCTTCAAAATCAAGCAAACCATACTATTTTTTATAAACACTCTGAGAATAATAAAATTGCAATTTTGATTGTCTACGTAGATGATATCATTCTCACAGGTGATGATGAAGTAGGTCTATTTGATCTCAAGAAAAATCTTGCAAATGAGCTTCAAATCAAGGACTTGGGAATGTTGAAATATTTCCTAAGAATGGAATTCGCAAGATCGAAGAAAGGTATTTTCGTTAATTAAAGAAAATATCCTTGACTTACTCGAAGAAACAAGTTTACTTGGCTGCAGTATAACAAAAACTCCTATTGAGCCTAATCTAAAGTTACAAGCAGCAAAAGCAGAAGAGATAAAGGACAAGGAACGATACCAAAGACTTGTGGGAAGGTTAATTTATTTGTCTTATACACGCCTTGATATTGCATTTGATGTAAGTGTAGTAAGTCAATTCAGGCATGCACCTGGACCAACTCATTTCAAAGCTATCTATAGAATCTTGAGATATTTAAAAGGAACTTCAGGGAAAGGTATTTTATTCAAAAAGCACAATCACTTCCAAGTGGAAGTTTATACTGATGCAGATTAGGCAGGAAGTGCGACTAGCAGATTAGGTAGGAAATGCGACTGATAGAAGATCTACCTCTGGCTACTGTTCCTTTGTTGGAGGAAACCTAGTCACGTGGCGAAGCAAAAAACAAAACATGGTGGCTAGGAGTAGTACTGAAGTAGAGTTCAGAGCTTTAGCTCATGAAATTTGTGAAGGTGTATGGATCAAAAGGATACTTGAAGAACTGAAGTTTTGTCAGACAACACCCATACGGATTTATTGCGACAATAAGGCTGCCATCTCTATAGCTCATAGTCCAATTCTACATGATAGAACAAAACATATTGAAGTTGACAAACATTTTATTAAGGAGAAGAAATGCAGGTATAATATATATTCCTTATCTTCCGACTAGAGAGCAAACTGATGATGTTCTGACTAGGGGACTTCCAAAGAAGTACTTCGACAAACTAATTGACAAGTTGGTTATGGAAGACATCTTTAAACCAGCTTGGGGGGAGTGTTGGATTTCCTAATTAATGTGAATATTTGTCTGTAAATATTAGTTGTCAATATTTCCTTTATTATTTGGTTTCCTTGTTTGATTTTGTTTCCTTATTTGTAATGAGTCTTTCTCGTATATAAGAAGACCTAAGTTGCACATATTAAAATAAGTAGAATATTTTTATTCTCTCAAATTCACATTCTAACACCTAGCTTGGGAGCCCACTCATGGAAACTAATAATTAAGAGAGCAGTATGGGAAATTTCCTTTCAATAGTCAGGTGAGATTGAACTTACAGGGATACAAATTAAATAAGTACAATAATAATGTAATCAGATTGAGGGAGTGCATATAGAAGAAAGAGAGATTGGTCTGAAAACTTTTTGAAGAATTCTAGACTACTGCACCTTCTGGATTGAGTTTAAATGAACCAAATGATAGGTACAAGGATTCCTGAGTAGTCAAAGATCTGATTAATTACTTCAAAAGTTAAAGGGGAGGTGGCCTGCTAAAGTTAGATTTTTGTTTTTAATTCATGATAGAAGACGTGACATGCAAGATATTAGAAACAATCCTAAGGTACTTTTATGTCGGGACCACGTGTGTTCAACATGCTCGAGCATGAGATCAAGTGAAAGTAAACAACTAGCTACTATTTGCTTTATGGTTCTGGGTTAGGCATCTGTAAACAGAGGGATGACCCATATGCAGCCCATGTTATGTGCTTGTATTATTTATATTCATTTGTTAATTGTTTTTAGCTACATACTCTTGTTGGTGTGCAGCCAATGTGATGATAAAGGTAAGCTTTTGTATCTACAAAGAAAGATTTCTTCCCACGATAACGTGAACCTTGTTGTAGTTAGTAATGCTCTGGACTGGACATTGTTTTTTCTTTTCTTTTTCCTTTTTTTTTTTTAAAGAACTTTCCATCATGCTCGTAAACATTAATAATGAACTTGTGTCTCTATAATATTTGAGAGAAATTGTTCTACTACAGGAACTCAAATTAGCAGAAGCTGTTGTAAATAGATTGCAGACTGTCGTTTTTAGGTTCTGTGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCCCTACCAACAGGTATTGTTGCAACTGGTTGGTTATGTTCTACAGTTTCAGATACAAAAATGGATTCTTTTTAACCTCATTATGAATAAAATGTAGATAAACCTATGCGGAAAGCACTTGATGAGTTGTTAGACCTTTTTAACTACTTGAAAGTGTGGAGGATTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGATTATCATCGAGATATATTTTTTCAGGTATCAGGTCTCTTCCCTTCCATGCATGGCAAATGTAGTGGTTTACTTTTTTAGTTTTTTTCGAAAACATATAAACTGTGTGGTTGTATGTCTATATATGTGTGTGTGTGTATCTATATGTATATATTGGTCAAGTGTTGTTGCTATTGAGATGATGATCATAAAAACTGCCTAGGTTGGTTCCAAGGGTAAAAAACTGTGGTCTCAATCTGTGAAGTTTCTTGTGCAGAAACTGAACTTGTTTCCTGATGAGTTGTTATTATTTTTTCTGTTTTAAATTTCCTCCTGATTAGCTGAAGCTCTCTTCTTAACGACTCACTCTTAGGCACTGAAGTATTAGTTGCCACTTGCATGTTTGCCTTTCTAGTTGCGTATATTCGTGTTAATTGGGCATGATTCTGGATGAGATTGAAGCGATCTACTTTTTATGTTCTCCAAGTGTAATACGTCAAGCAGTATTTTCTCTATTTCAGAGTCAGTTACTGAGTTGCAATTACATGTCCAGGTATACTTAACAAAGGAAAACAATCCTGGCTCACATCCTGAGGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTATATGCTGCAACAAATGTGGAGCCGTGCAAATGTGGGTTATCCTCATTTATTTTTCTTTCTACTCCAAAGCGCCACAAAGTTAAAATAATCACAAAAGAAGGGATGAATATCTTTATGAACATGATGTATGATATTTAGAAGACCTGGAAAGTGGAAAGAGGATCACTTAAAACACAGCTAACTAAAATTTAAATTTAAAATTCTAGCAGTGATGTCAATTCCATGCAAAAGAACCCAGTAGTTAATGAGCTTAGAAATCTGAGTATTTTTCCTTAATCTAATTTTAACGATTCTGATATTATAATCAAAATATAAACCTAAGCTAGGACTTCCTATCAAATTTAGATATACTGTATAAACTATTTGACCTAGGTGTCATTGGAAGGGTTGTCCCAGTCTTAGGTTTACCTAGCTTCTTAGCCCTGTTACAAGGACTTGGAGTTTATACTGACTTTAATCTAATATGGAATATTTGCTCCCCCGGAACTTCTTCTCAGTCCTCTTACAAGGACTTGGAAGTTTATCCTGGATTTGGATGTTTTTTCCTTTAATAGTTACTCTGAAACTGTTATAGCATGTATATTATATGTTATTTTAAATAGTTTAGTCATTCTTTATTTTAGGGCACCCTTTGTACACATTATATATATGACTCTAGTGAATGGAGAAATGCATGGTGTTTTTCTCCCTAACCTTTATTAACTATATGGTGAGTTTTTTTTAGGGTCAATTAGAGTTTTCTTCCTAGTGAGGTTTGGAGTTCGGGTCAGCAGTAAAGACAAACTAAGAGAAGAAAATAACTGATACAGGAAAAAATTCCAAAAATAATGACTTGTTATTTACAGAGAGACCTATGCCTTAACCTTTTCTTCCTATGCCCGTTTGCTGCCTCGTGTTGGTCTTTTTCAATTTAAGTTGGGCCTTTCCAAAGAGCAGTTCAGCTGCTTTCCTTCAGCTCGTCTCCGGGACTTTCTTCAGCATCAATGCTGGATCCTTTGGTATAATGAGGTGGCGGCCCTCCTTTGGAAACTTTGGTCTGAGAGGAACAAGAGAATTTTCCAAGGGGAAAATACTTCGCGTGAGATTTTTTGGGATTTAGTAGGAGGGAATCTTCTTCTTGGTGTTCTCTTTACAAAGGTTTTCTTAATTATGGTTTTGTACAAATTTTGGTCAATTGGGAGTCTTGTTTGTATTCCCCTTTGGGAATATCTCATCTCCTTTTTTGTACATCTTTTTGATCTTGAGGAATATACAAGTTTCTGTTTCCTATCAAAAAAAAAAAAAGAATTACAGAGAGAACTATTGGGCCCATGGGCTATTATAGGTCAAGACCACGGACTTTCAACACTTTTTGTTGCTAATTTAATTCTCATTGCCATCTGATGCACTGATGTTATGACCTCTCATAGTTTGAGATATGTTTTCTTTCTTCTGCACAAATGCCTTTTCATTTCATGTATATGTGATCTTTAATGTTTTAATTTAAGATATATAAAAACTTTTTTCTACACTAGAAAACTACCCCTCCTGGTGGTGTTGGGACCAGCATAGCACTAGAGACCATAATTCAACAATCTGCAGTAGATTTGAAACCCATCCGGTGCGTTTAAATGCTTTCCAATTCATTACGTTACTTCGCCAAGTCTTTTATATTATAGTCTACCGAATCTTTTCTTTGTTCTTCCACTTATTATATTCCATTGAGTACTTTACAGAAATGAGGGGAGCACTAGTATCCTGATTTGTTCGCGAGGCGGAGGTGGACTACTGTTAGAACGCATGGAACTTGTGGTGGAGCTATGGGAGGAGAAGATTAAGGTTAGTGATAATATATCAAGATAATCTACGGCTTATTAAGATGTTAATGTTGAAAAGTGCTTATTTATTTCATCAGGCTCAGCTTGTCCCTACACCTGATCCAAGCCTCACAGAGCAATATGAATATGCTAACGAGCATGACATAAAATGTCTCGTCATTATTACCGACTCTGGTGTATCTAACAAAGGTTCAGTAAAGGTAAAATTTCTATTCTAAATTCCAACATCTTGAAGCAGCATTTAGGTGTTAAAGCTTAAAAAGATTTAATTGAATGAAGAGAACAGCATATTAAACAAACTAGTTTCTCTTTCCCCCATTGTCGATTATGTAAAGATATGTTAAATCATGGCTTCTCCCCTTTATAAAGGATTTGATTTGATCTTACATTCTCTCTACTTCTAAGTTCTACCTTAAAGAAGGACTTAATCTGTATAGCCTGGATTTACTGCTTAACAGAGGGTATATTATGATTTGCAAGTATTCTTAGAGAAAGAGACCAACTGATTACCATGCCAACAGTTTGCCTTTTTTTTTTTTTTAATTGAACTTGCAACTGTAATCAGTGTCTACTCTAGGATGGCAGCATCATAAAAAACTGTGTGGTGAATCTTTGGGCTTTACCATTAATTGTGTTATAGAAATTTAGGGATCGTTTGTTTGGTAGGAATCCAAAATTCCCGTGGGATGAGTATCCAAATTCCTATATTTGTTTGGCAGGAATGTTGGATACCGAGCATTGTCAAATGTCTAGACATCCTAGAATGCCCATACGGGAGGCATCTAACCAATTTCGGATGTCCTCCTTAAATATGGGTTTTTAAGATTCCCAAGTTGAGGGCATCTTCCCATGACAGTTTTGTCCTTGGTTTCTCTTTTATATATATATTTTTTTCACCAAATTTTTTATTTATCATTTTTTATTTTATATTTAAAATAAATTAATGTATCATTTCACTAGTAAATGACTATATGCAATTAACTATATTTATATATTACATTTACGTATAAACTAAACTTCAGTTAAATTGTATAATATCTCAATTTATTTTCAATTAAAATCTTGAGTGCAATCTTCTATTTATTTTACTTTTTTAATAATCACTCAAAATTTTGTATTTGGTAAATTTTCTCAGACCTCTATGGAGTGATTTTTTTAGTTATTTATTTGTAATTTCTCTTAAAATTAATACTAATTTACAATTCAAAACAGTTTTTTTTTTCATCACAAAAAAATATTATTCCTTTAGAAAATCTTCTAATTTGATAATGTGATAAATATAATTCACTGAAAACACCAACAATTATATGATTGTCTTCTTTTGAAAAAGTTCAAATTTAGATTATAATTAATATTTAATACTACATATTTTATAAAAATTTCAAATTAATATAAATTATTGTGTTCTACCAAATAACAAATAAAAGTAATATAAAATATATTGATATTAAAGTAAAATACTAAATTAATAAAAACAAACCTATTATATAAATTCAAATTATATAAAATACATGTATATTCATAAGGACAATGTTAGAATAATATATAATTTTAGGGCATTTCCAATTAAAAATCCAACAAAACAAACATAGCTATCTAAATATTTCTAAACATCTTTATAAATTTTCCTGCAGAACAAACGTGGTTATCTAAAGATGTTGGACATCTATGTTTTCAAACATCTAAAATTTCAGGCTTCTGAAGATGTCGGGCATTTAGATTCCTAAAAATCTAACAGCCCCTTAGTGTTTTATCTTTAATTGTGTTATTTGGTGAGTACCTAGTTTAGAAAAATAAAGTTATGCTTGAAGGCTATGCGACCGTGGCAATGAATGATTTGGGGAAAATTGTATGGGTGTTGGAGATAGGTCTTACTATCATTAAGAAAATTGATTGATGACAATTGTTTGATGTCTATTTTGTCAGCAGCATCTGATTTTCTGAATGTTTAATCAAGAATACCATAAAAAACCATTTACATTAATGTTATTACTGTTGATAGATATAAGAGCAGAGACGATGAAATAAAGTAGATCTCAGGGAAAAAAAAAAATTTAGTTTTGCATTTACTATGATCCAGATTAGCCATTTACAATGATAGTTTTGCATTTTCATGTAGTAAGACTAGCTAAAATTAGTCGTATGTATATGTTGTTGCACAAAGGCAATGTGTTCTCATAGATCATATTGCAAATCCAGGTTCGACATCTTGAACTCAAAAGGGAGAAGGAAGTTGAACGCACATACATTGTCAAGTTTCTCCAGGAGGCGATTTCAAACCAGTTTAAAAATCCCCTCATTTGGAATTAG

mRNA sequence

GTATTAGGGAGGTGGCCACTCTTTCCCGTTTGCAACATCAACATGTTGTTCGGTATTATCAGGCGTGGTATGAAGCTGGAGTTTCTGATTCTTATGGAGAGGCGGCTTGGGGTTCAATGACGCCACTGAGCTCTACTTTCAGCTATATAGGTGCGAGTGCAGCAGATACACTGGAACATGAGACTAAGCTGGAATCAACATATCTCTATATCCAAATGGAGTATTGTCCTAGGACTCTTCGCCAGGTTTTTGAATCATATACTCATTTTGATAAAGAATTGGCATGGCATTTATTCCATCAAATTGTGGAAGGTTTGGCACATATACATGGACAAGGGATCATTCATCGGGATTTAACTCCAAGTAACATTTTCTTTGATGCCCGCAATGATATCAAAATCGGGGATTTTGGTCTTGCTAAGTTCTTGAAGCTGGAGCAATTAGATCAGGATCTAGGCGTTCCTCCAGATACAATTGGAGTTTCAATTGATGGTACTGGTCAAGTTGGGACCTACTTTATACGGCACCTGAAATTGAACAAGGATGGCCAAAGATTGATGAAAACTGGTTCTAGTTGGTTGATGTGGGGTCTTTGTGGATTACAGGCTGATATGTACAGCTTAGGGATTGTGTTTTTTGAACTCTGGCACCCTTTTGGGACTGCAATGGAAAGACACCTTGTTCTATCCGATTTGAAGCAGAAAGGAGAGCTTCCATCCGCTTGGGTTGCTGAATTTCCTGAACAAGCATCCTTGTTACGACGTTTAATGTCTCAAAGTCCATCTGAGCGTCCTTCTGCCTTCGAACTTCTCCAGAATGCCTTTCCTCCAAGAATGGAGTATCAATTGTTAGACAACATTTTACGGACAATGAAAACATCAGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATCTTCGATGAAGAGACATTAGGGATGAAAGATGACCAACATGATTGTGGTACTGCCGCTATGCAGTACACAGATTTGGGCACTGAGGTTCGTGATCATGTTATTGATGTCACAAGGGAGATGTTCAGACTGCACTGTGCAAAGCATTTGGAAATAAGTCCCATGTATTTGTTGGATGGCTCTATGCAAATTAAGAGGAACACGGTCAAAATTTTGACCCATGGAGGAGATATACTTGAACTCTGTCATGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTCCAGTCAGAAATCTTCATTTAAACGATATGATATATCATGTGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGGTGATTTTGACATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAGGCTATCAAGGTGACTGTGGACGTTATTTCGTATTTTTTTCATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTGAATGCTATTTGGTCTTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGCTTCTTTCGATGATGGTATCCTTGCGTCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATGAGGCGCCAACTATTACAGGAACTCAAATTAGCAGAAGCTGTTGTAAATAGATTGCAGACTGTCGTTTTTAGGTTCTGTGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCCCTACCAACAGATAAACCTATGCGGAAAGCACTTGATGAGTTGTTAGACCTTTTTAACTACTTGAAAGTGTGGAGGATTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGATTATCATCGAGATATATTTTTTCAGGTATACTTAACAAAGGAAAACAATCCTGGCTCACATCCTGAGGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTATATGCTGCAACAAATGTGGAGCCGTGCAAATAAAACTACCCCTCCTGGTGGTGTTGGGACCAGCATAGCACTAGAGACCATAATTCAACAATCTGCAGTAGATTTGAAACCCATCCGAAATGAGGGGAGCACTAGTATCCTGATTTGTTCGCGAGGCGGAGGTGGACTACTGTTAGAACGCATGGAACTTGTGGTGGAGCTATGGGAGGAGAAGATTAAGGCTCAGCTTGTCCCTACACCTGATCCAAGCCTCACAGAGCAATATGAATATGCTAACGAGCATGACATAAAATGTCTCGTCATTATTACCGACTCTGGTGTATCTAACAAAGGTTCAGTAAAGGTTCGACATCTTGAACTCAAAAGGGAGAAGGAAGTTGAACGCACATACATTGTCAAGTTTCTCCAGGAGGCGATTTCAAACCAGTTTAAAAATCCCCTCATTTGGAATTAG

Coding sequence (CDS)

GTATTAGGGAGGTGGCCACTCTTTCCCGTTTGCAACATCAACATGTTGTTCGGTATTATCAGGCGTGGTATGAAGCTGGAGTTTCTGATTCTTATGGAGAGGCGGCTTGGGGTTCAATGACGCCACTGAGCTCTACTTTCAGCTATATAGGTGCGAGTGCAGCAGATACACTGGAACATGAGACTAAGCTGGAATCAACATATCTCTATATCCAAATGGAGTATTGTCCTAGGACTCTTCGCCAGGTTTTTGAATCATATACTCATTTTGATAAAGAATTGGCATGGCATTTATTCCATCAAATTGTGGAAGGTTTGGCACATATACATGGACAAGGGATCATTCATCGGGATTTAACTCCAAGTAACATTTTCTTTGATGCCCGCAATGATATCAAAATCGGGGATTTTGGTCTTGCTAAGTTCTTGAAGCTGGAGCAATTAGATCAGGATCTAGGCGTTCCTCCAGATACAATTGGAGTTTCAATTGATGGTACTGGTCAAGTTGGGACCTACTTTATACGGCACCTGAAATTGAACAAGGATGGCCAAAGATTGATGAAAACTGGTTCTAGTTGGTTGATGTGGGGTCTTTGTGGATTACAGGCTGATATGTACAGCTTAGGGATTGTGTTTTTTGAACTCTGGCACCCTTTTGGGACTGCAATGGAAAGACACCTTGTTCTATCCGATTTGAAGCAGAAAGGAGAGCTTCCATCCGCTTGGGTTGCTGAATTTCCTGAACAAGCATCCTTGTTACGACGTTTAATGTCTCAAAGTCCATCTGAGCGTCCTTCTGCCTTCGAACTTCTCCAGAATGCCTTTCCTCCAAGAATGGAGTATCAATTGTTAGACAACATTTTACGGACAATGAAAACATCAGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATCTTCGATGAAGAGACATTAGGGATGAAAGATGACCAACATGATTGTGGTACTGCCGCTATGCAGTACACAGATTTGGGCACTGAGGTTCGTGATCATGTTATTGATGTCACAAGGGAGATGTTCAGACTGCACTGTGCAAAGCATTTGGAAATAAGTCCCATGTATTTGTTGGATGGCTCTATGCAAATTAAGAGGAACACGGTCAAAATTTTGACCCATGGAGGAGATATACTTGAACTCTGTCATGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTCCAGTCAGAAATCTTCATTTAAACGATATGATATATCATGTGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGGTGATTTTGACATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAGGCTATCAAGGTGACTGTGGACGTTATTTCGTATTTTTTTCATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTGAATGCTATTTGGTCTTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGCTTCTTTCGATGATGGTATCCTTGCGTCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATGAGGCGCCAACTATTACAGGAACTCAAATTAGCAGAAGCTGTTGTAAATAGATTGCAGACTGTCGTTTTTAGGTTCTGTGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCCCTACCAACAGATAAACCTATGCGGAAAGCACTTGATGAGTTGTTAGACCTTTTTAACTACTTGAAAGTGTGGAGGATTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGATTATCATCGAGATATATTTTTTCAGGTATACTTAACAAAGGAAAACAATCCTGGCTCACATCCTGAGGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTATATGCTGCAACAAATGTGGAGCCGTGCAAATAAAACTACCCCTCCTGGTGGTGTTGGGACCAGCATAGCACTAGAGACCATAATTCAACAATCTGCAGTAGATTTGAAACCCATCCGAAATGAGGGGAGCACTAGTATCCTGATTTGTTCGCGAGGCGGAGGTGGACTACTGTTAGAACGCATGGAACTTGTGGTGGAGCTATGGGAGGAGAAGATTAAGGCTCAGCTTGTCCCTACACCTGATCCAAGCCTCACAGAGCAATATGAATATGCTAACGAGCATGACATAAAATGTCTCGTCATTATTACCGACTCTGGTGTATCTAACAAAGGTTCAGTAAAGGTTCGACATCTTGAACTCAAAAGGGAGAAGGAAGTTGAACGCACATACATTGTCAAGTTTCTCCAGGAGGCGATTTCAAACCAGTTTAAAAATCCCCTCATTTGGAATTAG

Protein sequence

IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHETKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPSNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNKDGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSAWVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYDRVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYANEHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN

Homology

[Close]

BLAST of Sgr013393 vs. NCBI nr
Match: XP_022150410.1 (eIF-2-alpha kinase GCN2 isoform X2 [Momordica charantia])

HSP 1 Score: 1431.0 bits (3703), Expect = 0.0e+00
Identity = 704/778 (90.49%), Postives = 732/778 (94.09%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE G SDSYGE AWGS TPLSSTFSY G SAADTLEHE
Sbjct: 336  LREVATLSRLQHQHVVRYYQAWYETGFSDSYGETAWGSTTPLSSTFSYKGVSAADTLEHE 395

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
            +KLESTYLYIQMEYCPRTLRQ FESYTHFDK+LAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 396  SKLESTYLYIQMEYCPRTLRQDFESYTHFDKDLAWHLFHQIVEGLAHIHGQGIIHRDLTP 455

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYF    ++ +
Sbjct: 456  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFYTAPEIEQ 515

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W      ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGE+P+A
Sbjct: 516  G-------------WPKIDEMADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGEIPNA 575

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            W+AEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPP+MEYQLLDNILRTMKTSEDSSIYD
Sbjct: 576  WIAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPKMEYQLLDNILRTMKTSEDSSIYD 635

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL  K DQHDCGTA++QYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM
Sbjct: 636  RVVNAIFDEETLVTKGDQHDCGTASIQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 695

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVKILTHGGDILELCHELRLPFLNW+VSSQKSSFKRYDISCVYRRAIG
Sbjct: 696  YLLDGSEQINRNTVKILTHGGDILELCHELRLPFLNWIVSSQKSSFKRYDISCVYRRAIG 755

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSW 
Sbjct: 756  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFYSDSCDIHLNHGDLLNAIWSWA 815

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLAEAVVNRLQTVV RFC
Sbjct: 816  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAEAVVNRLQTVVLRFC 875

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDK MRKALDELLDLFNYL+VW+IETNVYIDALMSPTEDYHRDIF
Sbjct: 876  GAVDQALPRLRGALPTDKSMRKALDELLDLFNYLRVWKIETNVYIDALMSPTEDYHRDIF 935

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSRA KTTPPGGVGTSIALETIIQQSA
Sbjct: 936  FQVYLTKENNPGSHPEGALLAIGGRYDYLLQRMWSRAYKTTPPGGVGTSIALETIIQQSA 995

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS+LICSRGGGGLLLERMEL  ELWEEKIKAQLVPTPDPSLTEQYEYA+
Sbjct: 996  VDLKPIRNEGSTSVLICSRGGGGLLLERMELAGELWEEKIKAQLVPTPDPSLTEQYEYAS 1055

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            E+DIKCLVIITDSGVSN GSVKVRHLELKREKEVER+YI+KFLQEA++NQFKNPLIWN
Sbjct: 1056 ENDIKCLVIITDSGVSNTGSVKVRHLELKREKEVERSYIIKFLQEAMANQFKNPLIWN 1100

[Close]

BLAST of Sgr013393 vs. NCBI nr
Match: XP_022150409.1 (eIF-2-alpha kinase GCN2 isoform X1 [Momordica charantia])

HSP 1 Score: 1431.0 bits (3703), Expect = 0.0e+00
Identity = 704/778 (90.49%), Postives = 732/778 (94.09%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE G SDSYGE AWGS TPLSSTFSY G SAADTLEHE
Sbjct: 466  LREVATLSRLQHQHVVRYYQAWYETGFSDSYGETAWGSTTPLSSTFSYKGVSAADTLEHE 525

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
            +KLESTYLYIQMEYCPRTLRQ FESYTHFDK+LAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 526  SKLESTYLYIQMEYCPRTLRQDFESYTHFDKDLAWHLFHQIVEGLAHIHGQGIIHRDLTP 585

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYF    ++ +
Sbjct: 586  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFYTAPEIEQ 645

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W      ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGE+P+A
Sbjct: 646  G-------------WPKIDEMADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGEIPNA 705

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            W+AEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPP+MEYQLLDNILRTMKTSEDSSIYD
Sbjct: 706  WIAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPKMEYQLLDNILRTMKTSEDSSIYD 765

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL  K DQHDCGTA++QYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM
Sbjct: 766  RVVNAIFDEETLVTKGDQHDCGTASIQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 825

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVKILTHGGDILELCHELRLPFLNW+VSSQKSSFKRYDISCVYRRAIG
Sbjct: 826  YLLDGSEQINRNTVKILTHGGDILELCHELRLPFLNWIVSSQKSSFKRYDISCVYRRAIG 885

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSW 
Sbjct: 886  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFYSDSCDIHLNHGDLLNAIWSWA 945

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLAEAVVNRLQTVV RFC
Sbjct: 946  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAEAVVNRLQTVVLRFC 1005

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDK MRKALDELLDLFNYL+VW+IETNVYIDALMSPTEDYHRDIF
Sbjct: 1006 GAVDQALPRLRGALPTDKSMRKALDELLDLFNYLRVWKIETNVYIDALMSPTEDYHRDIF 1065

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSRA KTTPPGGVGTSIALETIIQQSA
Sbjct: 1066 FQVYLTKENNPGSHPEGALLAIGGRYDYLLQRMWSRAYKTTPPGGVGTSIALETIIQQSA 1125

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS+LICSRGGGGLLLERMEL  ELWEEKIKAQLVPTPDPSLTEQYEYA+
Sbjct: 1126 VDLKPIRNEGSTSVLICSRGGGGLLLERMELAGELWEEKIKAQLVPTPDPSLTEQYEYAS 1185

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            E+DIKCLVIITDSGVSN GSVKVRHLELKREKEVER+YI+KFLQEA++NQFKNPLIWN
Sbjct: 1186 ENDIKCLVIITDSGVSNTGSVKVRHLELKREKEVERSYIIKFLQEAMANQFKNPLIWN 1230

[Close]

BLAST of Sgr013393 vs. NCBI nr
Match: XP_038885260.1 (eIF-2-alpha kinase GCN2 isoform X4 [Benincasa hispida])

HSP 1 Score: 1419.1 bits (3672), Expect = 0.0e+00
Identity = 699/778 (89.85%), Postives = 733/778 (94.22%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE+GVSDSYGEAAWGS+TPLSSTFSY GASA DT EHE
Sbjct: 343  LREVATLSRLQHQHVVRYYQAWYESGVSDSYGEAAWGSVTPLSSTFSYKGASATDT-EHE 402

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             K+ESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 403  NKMESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 462

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 463  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDIGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 522

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+A
Sbjct: 523  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTA 582

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEF EQASLLRRLMSQSPS+RPSA ELLQNAFPPRMEYQLLDNILRTMK+SEDSSIYD
Sbjct: 583  WVAEFSEQASLLRRLMSQSPSDRPSALELLQNAFPPRMEYQLLDNILRTMKSSEDSSIYD 642

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL MKDD+HDCGTA +QYTDLGTEVRDHVID TREMFRLHCAKHLEIS M
Sbjct: 643  RVVNAIFDEETLVMKDDRHDCGTAPIQYTDLGTEVRDHVIDATREMFRLHCAKHLEISSM 702

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG
Sbjct: 703  YLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 762

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSWV
Sbjct: 763  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFNSDSCDIHLNHGDLLNAIWSWV 822

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 823  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 882

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDKPM KALDELL+LFNYL++WR+ETNVYIDALMSPTE YHRDIF
Sbjct: 883  GAVDQALPRLRGALPTDKPMHKALDELLNLFNYLRMWRLETNVYIDALMSPTEGYHRDIF 942

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSR++K+TPPGGVGTSIALETIIQQ+ 
Sbjct: 943  FQVYLTKENNPGSHPEGALLAIGGRYDYLLQKMWSRSSKSTPPGGVGTSIALETIIQQTT 1002

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGST +LICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN
Sbjct: 1003 VDLKPIRNEGSTGVLICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 1062

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITDSGVSN GSVKVRHLELK+EKEVERT IVKFLQEA+++QFKNPLIWN
Sbjct: 1063 EHDIKCLVIITDSGVSNTGSVKVRHLELKKEKEVERTSIVKFLQEAMASQFKNPLIWN 1106

[Close]

BLAST of Sgr013393 vs. NCBI nr
Match: XP_038885259.1 (eIF-2-alpha kinase GCN2 isoform X3 [Benincasa hispida])

HSP 1 Score: 1419.1 bits (3672), Expect = 0.0e+00
Identity = 699/778 (89.85%), Postives = 733/778 (94.22%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE+GVSDSYGEAAWGS+TPLSSTFSY GASA DT EHE
Sbjct: 383  LREVATLSRLQHQHVVRYYQAWYESGVSDSYGEAAWGSVTPLSSTFSYKGASATDT-EHE 442

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             K+ESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 443  NKMESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 502

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 503  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDIGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 562

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+A
Sbjct: 563  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTA 622

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEF EQASLLRRLMSQSPS+RPSA ELLQNAFPPRMEYQLLDNILRTMK+SEDSSIYD
Sbjct: 623  WVAEFSEQASLLRRLMSQSPSDRPSALELLQNAFPPRMEYQLLDNILRTMKSSEDSSIYD 682

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL MKDD+HDCGTA +QYTDLGTEVRDHVID TREMFRLHCAKHLEIS M
Sbjct: 683  RVVNAIFDEETLVMKDDRHDCGTAPIQYTDLGTEVRDHVIDATREMFRLHCAKHLEISSM 742

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG
Sbjct: 743  YLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 802

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSWV
Sbjct: 803  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFNSDSCDIHLNHGDLLNAIWSWV 862

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 863  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 922

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDKPM KALDELL+LFNYL++WR+ETNVYIDALMSPTE YHRDIF
Sbjct: 923  GAVDQALPRLRGALPTDKPMHKALDELLNLFNYLRMWRLETNVYIDALMSPTEGYHRDIF 982

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSR++K+TPPGGVGTSIALETIIQQ+ 
Sbjct: 983  FQVYLTKENNPGSHPEGALLAIGGRYDYLLQKMWSRSSKSTPPGGVGTSIALETIIQQTT 1042

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGST +LICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN
Sbjct: 1043 VDLKPIRNEGSTGVLICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 1102

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITDSGVSN GSVKVRHLELK+EKEVERT IVKFLQEA+++QFKNPLIWN
Sbjct: 1103 EHDIKCLVIITDSGVSNTGSVKVRHLELKKEKEVERTSIVKFLQEAMASQFKNPLIWN 1146

[Close]

BLAST of Sgr013393 vs. NCBI nr
Match: XP_038885257.1 (eIF-2-alpha kinase GCN2 isoform X1 [Benincasa hispida])

HSP 1 Score: 1419.1 bits (3672), Expect = 0.0e+00
Identity = 699/778 (89.85%), Postives = 733/778 (94.22%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE+GVSDSYGEAAWGS+TPLSSTFSY GASA DT EHE
Sbjct: 476  LREVATLSRLQHQHVVRYYQAWYESGVSDSYGEAAWGSVTPLSSTFSYKGASATDT-EHE 535

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             K+ESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 536  NKMESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 595

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 596  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDIGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 655

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+A
Sbjct: 656  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTA 715

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEF EQASLLRRLMSQSPS+RPSA ELLQNAFPPRMEYQLLDNILRTMK+SEDSSIYD
Sbjct: 716  WVAEFSEQASLLRRLMSQSPSDRPSALELLQNAFPPRMEYQLLDNILRTMKSSEDSSIYD 775

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL MKDD+HDCGTA +QYTDLGTEVRDHVID TREMFRLHCAKHLEIS M
Sbjct: 776  RVVNAIFDEETLVMKDDRHDCGTAPIQYTDLGTEVRDHVIDATREMFRLHCAKHLEISSM 835

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG
Sbjct: 836  YLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 895

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSWV
Sbjct: 896  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFNSDSCDIHLNHGDLLNAIWSWV 955

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 956  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 1015

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDKPM KALDELL+LFNYL++WR+ETNVYIDALMSPTE YHRDIF
Sbjct: 1016 GAVDQALPRLRGALPTDKPMHKALDELLNLFNYLRMWRLETNVYIDALMSPTEGYHRDIF 1075

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSR++K+TPPGGVGTSIALETIIQQ+ 
Sbjct: 1076 FQVYLTKENNPGSHPEGALLAIGGRYDYLLQKMWSRSSKSTPPGGVGTSIALETIIQQTT 1135

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGST +LICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN
Sbjct: 1136 VDLKPIRNEGSTGVLICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 1195

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITDSGVSN GSVKVRHLELK+EKEVERT IVKFLQEA+++QFKNPLIWN
Sbjct: 1196 EHDIKCLVIITDSGVSNTGSVKVRHLELKKEKEVERTSIVKFLQEAMASQFKNPLIWN 1239

[Close]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot
Match: Q9LX30 (eIF-2-alpha kinase GCN2 OS=Arabidopsis thaliana OX=3702 GN=GCN2 PE=2 SV=2)

HSP 1 Score: 1088.2 bits (2813), Expect = 0.0e+00
Identity = 535/785 (68.15%), Postives = 628/785 (80.00%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAW+E GV D +  A WGS T  SS FSY GA + +  E +
Sbjct: 470  VREVATLSRLQHQHVVRYYQAWFETGVVDPFAGANWGSKTAGSSMFSYSGAVSTEIPEQD 529

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
              LESTYLYIQMEYCPRTLRQVFESY HFDK+ AWHL  QIVEGLAHIHGQGIIHRD TP
Sbjct: 530  NNLESTYLYIQMEYCPRTLRQVFESYNHFDKDFAWHLIRQIVEGLAHIHGQGIIHRDFTP 589

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQD G   D  G  +D TGQ GTYF    ++ +
Sbjct: 590  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDGGFSTDVAGSGVDSTGQAGTYFYTAPEIEQ 649

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
            D             W     +ADMYSLG+VFFELWHPFGTAMERH++L++LK KGELP  
Sbjct: 650  D-------------WPKIDEKADMYSLGVVFFELWHPFGTAMERHVILTNLKLKGELPLK 709

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WV EFPEQASLLRRLMS SPS+RPSA ELL++AFPPRME +LLDNILR M+TSEDSS+YD
Sbjct: 710  WVNEFPEQASLLRRLMSPSPSDRPSATELLKHAFPPRMESELLDNILRIMQTSEDSSVYD 769

Query: 301  RVVNAIFDEETLGMKDDQHD-----CGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHL 360
            RVV+ IFDEE L MK  Q          + +QYT++ TE+RD+V+++T+E+FR HCAKHL
Sbjct: 770  RVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITKEVFRQHCAKHL 829

Query: 361  EISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVY 420
            E+ PM LL    Q  R TVK+LT+GGD+LELC+ELRLPF++W+  +QKSSFKRY+IS VY
Sbjct: 830  EVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKSSFKRYEISHVY 889

Query: 421  RRAIGHSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNA 480
            RRAIGHSPPN  LQ DFDI+GGT +LTEAE +KV VD+ ++ FH  SCDIHLNHGDLL+A
Sbjct: 890  RRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCDIHLNHGDLLDA 949

Query: 481  IWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTV 540
            IWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV +RRQLLQELKL EAVVNRLQTV
Sbjct: 950  IWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKLPEAVVNRLQTV 1009

Query: 541  VFRFCGAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDY 600
              RFCG  DQALPRLRGAL  D+P RKALDEL +L  YL+VWRIE +V+ID LM PTE Y
Sbjct: 1010 ASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVHIDVLMPPTESY 1069

Query: 601  HRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETI 660
            HR++FFQV+LTKEN+ G+  +G LLA+GGRYD+++Q++  R +K   PG VG S+ALETI
Sbjct: 1070 HRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPGAVGVSLALETI 1129

Query: 661  IQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQ 720
             Q   +DL+PIRNE STS+L+CSRGGGGLL++RMELV ELWE+ IKA+ VPTPDPSLTEQ
Sbjct: 1130 FQHLPMDLRPIRNEVSTSVLVCSRGGGGLLVQRMELVAELWEKSIKAEFVPTPDPSLTEQ 1189

Query: 721  YEYANEHDIKCLVIITDSGVSNK--GSVKVRHLELKREKEVERTYIVKFLQEAISNQFKN 779
            YEYANEH+IKCLVIIT+SGV+      VKVRHLELK+EK V R  +VKFL +A++ QF+N
Sbjct: 1190 YEYANEHEIKCLVIITESGVAQNQIEFVKVRHLELKKEKVVGREELVKFLLDAMAVQFRN 1241

[Close]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot
Match: Q558U1 (Probable serine/threonine-protein kinase ifkA OS=Dictyostelium discoideum OX=44689 GN=ifkA PE=2 SV=1)

HSP 1 Score: 238.4 bits (607), Expect = 2.7e-61
Identity = 199/780 (25.51%), Postives = 346/780 (44.36%), Query Frame = 0


Query: 64   ESTYLYIQMEYC-PRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPSN 123
            E+  LYIQMEYC  +TL+ + ++     +E A+ L  QIVEGL HIH Q IIHRDL P+N
Sbjct: 1259 ETHTLYIQMEYCSKKTLKTLIDNVGGIAEEEAFRLLRQIVEGLNHIHSQQIIHRDLKPAN 1318

Query: 124  IFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNKDG 183
            IF D   ++KIGDFGLA          DL         +I+ +    +   +    + + 
Sbjct: 1319 IFIDNEQNVKIGDFGLATSGAPVSKSDDLNSSTSNTANNINLSSSTNSTAQQTPMWDLND 1378

Query: 184  QRLMKTGSSWLMWGLC-----------GLQADMYSLGIVFFELWHPFGTAMERHLVLSDL 243
            + L  TG     +  C           G + DMYSLGI+FFE+   F T MER  +L DL
Sbjct: 1379 ENLSMTGGVGTPFYCCPEILEKNTKHYGTKVDMYSLGIIFFEMCFQFQTQMERSNILRDL 1438

Query: 244  KQKGELPSAWVAEFPEQASLLRRLMSQSPSERPSAFELLQNA-FPPRMEYQLLDNILRTM 303
            +   + P  + +  P+Q  ++R L+S+ P++RPS  +LL++   P +ME  +L   ++T+
Sbjct: 1439 RDNLKFPPGFESTKPDQTQIIRSLLSRDPTQRPSTKQLLESGLLPSKMEDDILKEAIKTI 1498

Query: 304  KTSEDSSIYDRVVNAIFDEETLGMKDDQHDCG----TAAMQYTDLGTEVRDHVIDVTREM 363
              +   S++  ++  +F      + +D+H       T+    T +    R+       ++
Sbjct: 1499 -ANPTISLFSYLMEKLF-----CLSNDEHIMSRYLYTSNPSLTPMHLICREKTFSRLEKI 1558

Query: 364  FRLHCAKHLE---ISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQK 423
            F  H +  ++   + P    + +     N  K L   G ++ L ++L +P+   +V    
Sbjct: 1559 FLNHGSIRIDTPTLFPKNPTNSTHPGAANVAKFLDESGTVVYLPYDLTIPWARHVVIHNI 1618

Query: 424  SSFKRYDISCVYRRAIGHSPPNRYLQGDFDIIGGTSA--LTEAEAIKVTVDVISYF---- 483
               KRY  S VYRR+     P    + DFDIIG + +  +++AE +++ ++++  F    
Sbjct: 1619 QQAKRYTFSKVYRRSQPGFSPKELYECDFDIIGPSKSRHISDAETLRIIIEIMEEFKDEL 1678

Query: 484  FHSDS-------------CDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQS 543
            F ++S               I +NH  LL++I S  GV+      V + ++ +       
Sbjct: 1679 FGNNSGSNSGSGSGGSINYKIRINHYGLLDSILSECGVEKRFFTVVYQTVAQL------- 1738

Query: 544  SERKSKWVVMRRQLLQELK---LAEAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKPMR 603
                  W +   Q+ Q LK   L+ ++V+ + T  FR  G + Q + +L   L   K   
Sbjct: 1739 -----HWRLNWAQVAQSLKEHGLSASIVSNIST-YFRQRGELAQCVTQLESLLANHKEAT 1798

Query: 604  KALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIFFQVYLTKE--NNPGSHPEGAL 663
              + +L  L   L++  I     +D  +     Y+  + FQ Y+ +   +NP       +
Sbjct: 1799 TGISDLKILVRNLQMINIIPRFLLDLSLIHNHQYYEGLVFQAYIERPTLSNPS---RTEI 1858

Query: 664  LAIGGRYDYMLQQMWSRAN-KTTPPGGVGTSIALETIIQQSAVDLKPIRN---------- 723
            +  GGRYD +++ +    +       GVG ++A E I+       + + N          
Sbjct: 1859 IMSGGRYDKLIKSLHPNPSLSNNIVSGVGVTLACEKIVNSVLNYRQHLLNNCFNTTYTRR 1918

Query: 724  --------------------------EGSTSILICSRGGGGLLLERMELVVELWEEKIKA 763
                                      +    + +CS  G  LL E++++  +LW   IKA
Sbjct: 1919 NKDPPNSNNNPNNNNLNNNVSIFTKFQSHIEVFVCSL-GSSLLGEKLQVASQLWSAGIKA 1978

HSP 2 Score: 42.7 bits (99), Expect = 2.2e-02
Identity = 19/24 (79.17%), Postives = 20/24 (83.33%), Query Frame = 0


Query: 1   IREVATLSRLQHQHVVRYYQAWYE 25
           +REV TLSRL HQ VVRYYQAW E
Sbjct: 943 LREVTTLSRLHHQFVVRYYQAWIE 966

[Close]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot
Match: Q550L8 (Probable serine/threonine-protein kinase ifkB OS=Dictyostelium discoideum OX=44689 GN=ifkB PE=2 SV=1)

HSP 1 Score: 238.4 bits (607), Expect = 2.7e-61
Identity = 199/780 (25.51%), Postives = 346/780 (44.36%), Query Frame = 0


Query: 64   ESTYLYIQMEYC-PRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPSN 123
            E+  LYIQMEYC  +TL+ + ++     +E A+ L  QIVEGL HIH Q IIHRDL P+N
Sbjct: 359  ETHTLYIQMEYCSKKTLKTLIDNVGGIAEEEAFRLLRQIVEGLNHIHSQQIIHRDLKPAN 418

Query: 124  IFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNKDG 183
            IF D   ++KIGDFGLA          DL         +I+ +    +   +    + + 
Sbjct: 419  IFIDNEQNVKIGDFGLATSGAPVSKSDDLNSSTSNAANNINLSSSTNSTAQQTPMWDLND 478

Query: 184  QRLMKTGSSWLMWGLC-----------GLQADMYSLGIVFFELWHPFGTAMERHLVLSDL 243
            + L  TG     +  C           G + DMYSLGI+FFE+   F T MER  +L DL
Sbjct: 479  ENLSMTGGVGTPFYCCPEILEKNTKHYGTKVDMYSLGIIFFEMCFQFQTQMERSNILRDL 538

Query: 244  KQKGELPSAWVAEFPEQASLLRRLMSQSPSERPSAFELLQNA-FPPRMEYQLLDNILRTM 303
            +   + P  + +  P+Q  ++R L+S+ P++RPS  +LL++   P +ME  +L   ++T+
Sbjct: 539  RDNLKFPPGFESTKPDQTQIIRSLLSRDPTQRPSTKQLLESGLLPSKMEDDILKEAIKTI 598

Query: 304  KTSEDSSIYDRVVNAIFDEETLGMKDDQHDCG----TAAMQYTDLGTEVRDHVIDVTREM 363
              +   S++  ++  +F      + +D+H       T+    T +    R+       ++
Sbjct: 599  -ANPTISLFSYLMEKLF-----CLSNDEHIMSRYLYTSNPSLTPMHLICREKTFSRLEKI 658

Query: 364  FRLHCAKHLE---ISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQK 423
            F  H +  ++   + P    + +     N  K L   G ++ L ++L +P+   +V    
Sbjct: 659  FLNHGSIRIDTPTLFPKNPTNSTHPGAANVAKFLDESGTVVYLPYDLTIPWARHVVIHNI 718

Query: 424  SSFKRYDISCVYRRAIGHSPPNRYLQGDFDIIGGTSA--LTEAEAIKVTVDVISYF---- 483
               KRY  S VYRR+     P    + DFDIIG + +  +++AE +++ ++++  F    
Sbjct: 719  QQAKRYTFSKVYRRSQPGFSPKELYECDFDIIGPSKSRHISDAETLRIIIEIMEEFKDEL 778

Query: 484  FHSDS-------------CDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQS 543
            F ++S               I +NH  LL++I S  GV+      V + ++ +       
Sbjct: 779  FGNNSGSNSGSGSGGSINYKIRINHYGLLDSILSECGVEKRFFTVVYQTVAQL------- 838

Query: 544  SERKSKWVVMRRQLLQELK---LAEAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKPMR 603
                  W +   Q+ Q LK   L+ ++V+ + T  FR  G + Q + +L   L   K   
Sbjct: 839  -----HWRLNWAQVAQSLKEHGLSASIVSNIST-YFRQRGELAQCVTQLESLLANHKEAT 898

Query: 604  KALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIFFQVYLTKE--NNPGSHPEGAL 663
              + +L  L   L++  I     +D  +     Y+  + FQ Y+ +   +NP       +
Sbjct: 899  TGISDLKILVRNLQMINIIPRFLLDLSLIHNHQYYEGLVFQAYIERPTLSNPS---RTEI 958

Query: 664  LAIGGRYDYMLQQMWSRAN-KTTPPGGVGTSIALETIIQQSAVDLKPIRN---------- 723
            +  GGRYD +++ +    +       GVG ++A E I+       + + N          
Sbjct: 959  IMSGGRYDKLIKSLHPNPSLSNNIVSGVGVTLACEKIVNSVLNYRQHLLNNCFNTTYTRR 1018

Query: 724  --------------------------EGSTSILICSRGGGGLLLERMELVVELWEEKIKA 763
                                      +    + +CS  G  LL E++++  +LW   IKA
Sbjct: 1019 NKDPPNSNNNPNNNNLNNNVSIFTKFQSHIEVFVCSL-GSSLLGEKLQVASQLWSAGIKA 1078

HSP 2 Score: 42.7 bits (99), Expect = 2.2e-02
Identity = 19/24 (79.17%), Postives = 20/24 (83.33%), Query Frame = 0


Query: 1  IREVATLSRLQHQHVVRYYQAWYE 25
          +REV TLSRL HQ VVRYYQAW E
Sbjct: 45 LREVTTLSRLHHQFVVRYYQAWIE 68

[Close]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot
Match: Q9P2K8 (eIF-2-alpha kinase GCN2 OS=Homo sapiens OX=9606 GN=EIF2AK4 PE=1 SV=3)

HSP 1 Score: 233.4 bits (594), Expect = 8.6e-60
Identity = 207/719 (28.79%), Postives = 337/719 (46.87%), Query Frame = 0


Query: 67   YLYIQMEYCPR-TLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPSNIFF 126
            YLYIQMEYC + TLR   +   + D    W LF +I++GLA+IH +G+IHRDL P NIF 
Sbjct: 797  YLYIQMEYCEKSTLRDTIDQGLYRDTVRLWRLFREILDGLAYIHEKGMIHRDLKPVNIFL 856

Query: 127  DARNDIKIGDFGLA----KFLKLEQLDQDLGVPPDTIGVSIDG--TGQVGTYFIRHLKLN 186
            D+ + +KIGDFGLA     F    + D   G   D I     G  TG VGT     L ++
Sbjct: 857  DSDDHVKIGDFGLATDHLAFSADSKQDDQTG---DLIKSDPSGHLTGMVGT----ALYVS 916

Query: 187  KDGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFEL-WHPFGTAMERHLVLSDLKQ--KGE 246
             + Q   K+  +         + D++SLGI+FFE+ +HP  TA ER  VL+ L+     +
Sbjct: 917  PEVQGSTKSAYN--------QKVDLFSLGIIFFEMSYHPMVTASERIFVLNQLRDPTSPK 976

Query: 247  LPSAW-VAEFPEQASLLRRLMSQSPSERPSAFELLQNAF--PPRMEYQLLDNILRTMKTS 306
             P  +   E  +Q S++  L++  P++RP+A ELL++    PP+ME   L  +L    T+
Sbjct: 977  FPEDFDDGEHAKQKSVISWLLNHDPAKRPTATELLKSELLPPPQMEESELHEVLHHTLTN 1036

Query: 307  EDSSIYDRVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAK 366
             D   Y  ++  IF +      D  +D       ++    +++ HV +    +F+ H A 
Sbjct: 1037 VDGKAYRTMMAQIFSQRISPAIDYTYDSDILKGNFSIRTAKMQQHVCETIIRIFKRHGAV 1096

Query: 367  HLEISPMYLLDGSMQIKRNTVKI-LTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDIS 426
             L  +P+ L       + N   + + H G ++ L  +LR+PF  ++  +   + KRY I 
Sbjct: 1097 QL-CTPLLLPRNRQIYEHNEAALFMDHSGMLVMLPFDLRIPFARYVARNNILNLKRYCIE 1156

Query: 427  CVYR-RAIGHSPPNRYLQGDFDIIGGT--SALTEAEAIKVTVDVISYF--FHSDSCDIHL 486
             V+R R +    P   L+  FDI+  T  S L  AE I    ++I  F      +  I+L
Sbjct: 1157 RVFRPRKLDRFHPKELLECAFDIVTSTTNSFLPTAEIIYTIYEIIQEFPALQERNYSIYL 1216

Query: 487  NHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEA 546
            NH  LL AI    G+  +   +V  +L   V+ +    E ++K+          L L+  
Sbjct: 1217 NHTMLLKAILLHCGIPEDKLSQVYIILYDAVTEKLTRREVEAKFC--------NLSLSSN 1276

Query: 547  VVNRLQTVVFRFCGAVDQALPRLRGALPTD----KPMRKALDELLDLFNYLKVWRIETNV 606
             + RL   + +  G +   +P +   +       + ++  L +L ++   LK   I+  V
Sbjct: 1277 SLCRLYKFIEQ-KGDLQDLMPTINSLIKQKTGIAQLVKYGLKDLEEVVGLLKKLGIKLQV 1336

Query: 607  YIDALMSPTEDYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPP 666
             I+  +      H  I FQ     +    + PE  +LA GGRYD ++ Q          P
Sbjct: 1337 LINLGLVYKVQQHNGIIFQFVAFIKRRQRAVPE--ILAAGGRYDLLIPQFRGPQALGPVP 1396

Query: 667  GGVGTSIALETIIQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQ 726
              +G SIA++  I  + ++++      S  +L+ S G    +   + L  +LW   I A+
Sbjct: 1397 TAIGVSIAIDK-ISAAVLNMEESVTISSCDLLVVSVGQMS-MSRAINLTQKLWTAGITAE 1456

Query: 727  LVPTPDPSLTEQYEYANEHDIKCLVIITDSGVSNKGSVKVRHLELKR--EKEVERTYIV 761
            ++     S  E  EY   H+I  + +++D   S+   VKV+  E +R  EK V  T +V
Sbjct: 1457 IMYDWSQSQEELQEYCRHHEITYVALVSDKEGSH---VKVKSFEKERQTEKRVLETELV 1483

[Close]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot
Match: Q9QZ05 (eIF-2-alpha kinase GCN2 OS=Mus musculus OX=10090 GN=Eif2ak4 PE=1 SV=2)

HSP 1 Score: 227.3 bits (578), Expect = 6.2e-58
Identity = 199/708 (28.11%), Postives = 328/708 (46.33%), Query Frame = 0


Query: 67   YLYIQMEYCPR-TLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPSNIFF 126
            YLYIQMEYC + TLR   +     D    W LF +I++GLA+IH +G+IHRDL P NIF 
Sbjct: 795  YLYIQMEYCEKSTLRDTIDQGLFRDTSRLWRLFREILDGLAYIHEKGMIHRDLKPVNIFL 854

Query: 127  DARNDIKIGDFGLA----KFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNKD 186
            D+ + +KIGDFGLA     F    + D   G        S   TG VGT     L ++ +
Sbjct: 855  DSDDHVKIGDFGLATDHLAFTAEGKQDDQAGDGVIKSDPSGHLTGMVGT----ALYVSPE 914

Query: 187  GQRLMKTGSSWLMWGLCGLQADMYSLGIVFFEL-WHPFGTAMERHLVLSDLKQ--KGELP 246
             Q   K+  +         + D++SLGI+FFE+ +HP  TA ER  VL+ L+     + P
Sbjct: 915  VQGSTKSAYN--------QKVDLFSLGIIFFEMSYHPMVTASERIFVLNQLRDPTSPKFP 974

Query: 247  SAW-VAEFPEQASLLRRLMSQSPSERPSAFELLQNAF--PPRMEYQLLDNILRTMKTSED 306
              +   E  +Q S++  L++  P++RP+A ELL++    PP+ME   L  +L     + D
Sbjct: 975  DDFDDGEHTKQKSVISWLLNHDPAKRPTAMELLKSELLPPPQMEESELHEVLHHTLANID 1034

Query: 307  SSIYDRVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHL 366
               Y  +++ IF +      D  +D       +     +++  V +    +F+ H A  L
Sbjct: 1035 GKAYRTMMSQIFCQHISPAIDYTYDSDILKGNFLIRTAKIQQLVCETIVRVFKRHGAVQL 1094

Query: 367  EISPMYLLDGSMQIKRNTVKI-LTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCV 426
              +P+ L       + N   + + H G ++ L  +LR+PF  ++  +   + KRY I  V
Sbjct: 1095 -CTPLLLPRNRQIYEHNEAALFMDHSGMLVMLPFDLRVPFARYVARNNILNLKRYCIERV 1154

Query: 427  YR-RAIGHSPPNRYLQGDFDIIGGT--SALTEAEAIKVTVDVISYF--FHSDSCDIHLNH 486
            +R R +    P   L+  FDI+  T  S+L  AE I    ++I  F      +  I+LNH
Sbjct: 1155 FRPRKLDRFHPKELLECAFDIVTSTTNSSLPTAETIYTIYEIIQEFPALQERNYSIYLNH 1214

Query: 487  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVV 546
              LL AI    G+  +   +V  +L   V+ +    E ++K+          L L+   +
Sbjct: 1215 TMLLKAILLHCGIPEDKLSQVYVILYDAVTEKLTRREVEAKFC--------NLSLSSNSL 1274

Query: 547  NRLQTVVFRFCGAVDQALPRLRGALP----TDKPMRKALDELLDLFNYLKVWRIETNVYI 606
             RL   + +  G +    P +   +       + ++ +L +L D+   LK   ++  V I
Sbjct: 1275 CRLYKFIEQ-KGDLQDLTPTINSLIKQKTGVAQLVKYSLKDLEDVVGLLKKLGVKLQVSI 1334

Query: 607  DALMSPTEDYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGG 666
            +  +      H  I FQ     +      PE  +LA GGRYD ++ +          P  
Sbjct: 1335 NLGLVYKVQQHTGIIFQFLAFSKRRQRVVPE--ILAAGGRYDLLIPKFRGPQTVGPVPTA 1394

Query: 667  VGTSIALETIIQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLV 726
            VG SIA++ I   + ++++      S  +L+ S G    +   + L  +LW   I A+++
Sbjct: 1395 VGVSIAIDKIF-AAVLNMEEPVTVSSCDLLVVSVGQMS-MSRAINLTQKLWTAGITAEIM 1454

Query: 727  PTPDPSLTEQYEYANEHDIKCLVIITDSGVSNKGSVKVRHLELKREKE 754
                 S  E  EY   H+I  + +++D   S+   VKV+  E +R+ E
Sbjct: 1455 YDWSQSQEELQEYCRHHEITYVALVSDKEGSH---VKVKSFEKERQTE 1473

[Close]

BLAST of Sgr013393 vs. ExPASy TrEMBL
Match: A0A6J1D9Z7 (Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=LOC111018572 PE=4 SV=1)

HSP 1 Score: 1431.0 bits (3703), Expect = 0.0e+00
Identity = 704/778 (90.49%), Postives = 732/778 (94.09%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE G SDSYGE AWGS TPLSSTFSY G SAADTLEHE
Sbjct: 466  LREVATLSRLQHQHVVRYYQAWYETGFSDSYGETAWGSTTPLSSTFSYKGVSAADTLEHE 525

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
            +KLESTYLYIQMEYCPRTLRQ FESYTHFDK+LAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 526  SKLESTYLYIQMEYCPRTLRQDFESYTHFDKDLAWHLFHQIVEGLAHIHGQGIIHRDLTP 585

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYF    ++ +
Sbjct: 586  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFYTAPEIEQ 645

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W      ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGE+P+A
Sbjct: 646  G-------------WPKIDEMADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGEIPNA 705

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            W+AEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPP+MEYQLLDNILRTMKTSEDSSIYD
Sbjct: 706  WIAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPKMEYQLLDNILRTMKTSEDSSIYD 765

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL  K DQHDCGTA++QYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM
Sbjct: 766  RVVNAIFDEETLVTKGDQHDCGTASIQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 825

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVKILTHGGDILELCHELRLPFLNW+VSSQKSSFKRYDISCVYRRAIG
Sbjct: 826  YLLDGSEQINRNTVKILTHGGDILELCHELRLPFLNWIVSSQKSSFKRYDISCVYRRAIG 885

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSW 
Sbjct: 886  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFYSDSCDIHLNHGDLLNAIWSWA 945

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLAEAVVNRLQTVV RFC
Sbjct: 946  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAEAVVNRLQTVVLRFC 1005

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDK MRKALDELLDLFNYL+VW+IETNVYIDALMSPTEDYHRDIF
Sbjct: 1006 GAVDQALPRLRGALPTDKSMRKALDELLDLFNYLRVWKIETNVYIDALMSPTEDYHRDIF 1065

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSRA KTTPPGGVGTSIALETIIQQSA
Sbjct: 1066 FQVYLTKENNPGSHPEGALLAIGGRYDYLLQRMWSRAYKTTPPGGVGTSIALETIIQQSA 1125

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS+LICSRGGGGLLLERMEL  ELWEEKIKAQLVPTPDPSLTEQYEYA+
Sbjct: 1126 VDLKPIRNEGSTSVLICSRGGGGLLLERMELAGELWEEKIKAQLVPTPDPSLTEQYEYAS 1185

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            E+DIKCLVIITDSGVSN GSVKVRHLELKREKEVER+YI+KFLQEA++NQFKNPLIWN
Sbjct: 1186 ENDIKCLVIITDSGVSNTGSVKVRHLELKREKEVERSYIIKFLQEAMANQFKNPLIWN 1230

[Close]

BLAST of Sgr013393 vs. ExPASy TrEMBL
Match: A0A6J1D8E1 (Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=LOC111018572 PE=4 SV=1)

HSP 1 Score: 1431.0 bits (3703), Expect = 0.0e+00
Identity = 704/778 (90.49%), Postives = 732/778 (94.09%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAWYE G SDSYGE AWGS TPLSSTFSY G SAADTLEHE
Sbjct: 336  LREVATLSRLQHQHVVRYYQAWYETGFSDSYGETAWGSTTPLSSTFSYKGVSAADTLEHE 395

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
            +KLESTYLYIQMEYCPRTLRQ FESYTHFDK+LAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 396  SKLESTYLYIQMEYCPRTLRQDFESYTHFDKDLAWHLFHQIVEGLAHIHGQGIIHRDLTP 455

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYF    ++ +
Sbjct: 456  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFYTAPEIEQ 515

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W      ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGE+P+A
Sbjct: 516  G-------------WPKIDEMADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGEIPNA 575

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            W+AEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPP+MEYQLLDNILRTMKTSEDSSIYD
Sbjct: 576  WIAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPKMEYQLLDNILRTMKTSEDSSIYD 635

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIFDEETL  K DQHDCGTA++QYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM
Sbjct: 636  RVVNAIFDEETLVTKGDQHDCGTASIQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 695

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            YLLDGS QI RNTVKILTHGGDILELCHELRLPFLNW+VSSQKSSFKRYDISCVYRRAIG
Sbjct: 696  YLLDGSEQINRNTVKILTHGGDILELCHELRLPFLNWIVSSQKSSFKRYDISCVYRRAIG 755

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFF+SDSCDIHLNHGDLLNAIWSW 
Sbjct: 756  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFYSDSCDIHLNHGDLLNAIWSWA 815

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLAEAVVNRLQTVV RFC
Sbjct: 816  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAEAVVNRLQTVVLRFC 875

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQALPRLRGALPTDK MRKALDELLDLFNYL+VW+IETNVYIDALMSPTEDYHRDIF
Sbjct: 876  GAVDQALPRLRGALPTDKSMRKALDELLDLFNYLRVWKIETNVYIDALMSPTEDYHRDIF 935

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKENNPGSHPEGALLAIGGRYDY+LQ+MWSRA KTTPPGGVGTSIALETIIQQSA
Sbjct: 936  FQVYLTKENNPGSHPEGALLAIGGRYDYLLQRMWSRAYKTTPPGGVGTSIALETIIQQSA 995

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS+LICSRGGGGLLLERMEL  ELWEEKIKAQLVPTPDPSLTEQYEYA+
Sbjct: 996  VDLKPIRNEGSTSVLICSRGGGGLLLERMELAGELWEEKIKAQLVPTPDPSLTEQYEYAS 1055

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            E+DIKCLVIITDSGVSN GSVKVRHLELKREKEVER+YI+KFLQEA++NQFKNPLIWN
Sbjct: 1056 ENDIKCLVIITDSGVSNTGSVKVRHLELKREKEVERSYIIKFLQEAMANQFKNPLIWN 1100

[Close]

BLAST of Sgr013393 vs. ExPASy TrEMBL
Match: A0A6J1KZ64 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111497683 PE=4 SV=1)

HSP 1 Score: 1412.5 bits (3655), Expect = 0.0e+00
Identity = 695/778 (89.33%), Postives = 728/778 (93.57%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REV+TLSRLQHQHVVRYYQAW EAGVSDSYGEAAWGS TPLSSTFSY GASA D L+HE
Sbjct: 466  LREVSTLSRLQHQHVVRYYQAWSEAGVSDSYGEAAWGSTTPLSSTFSYKGASATDALDHE 525

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             KLESTYLYIQMEYCPRTLRQ FESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 526  NKLESTYLYIQMEYCPRTLRQDFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 585

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 586  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDVGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 645

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+ 
Sbjct: 646  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTT 705

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPPRMEYQLLDNILRTMKTSEDSSIYD
Sbjct: 706  WVAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPRMEYQLLDNILRTMKTSEDSSIYD 765

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIF EETL MKDDQ DCGTA++QYTDLGTEVRDHVIDVTRE+FRLHCAKHLEISPM
Sbjct: 766  RVVNAIFSEETLVMKDDQLDCGTASIQYTDLGTEVRDHVIDVTRELFRLHCAKHLEISPM 825

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            +LLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVS QKSSFKRYDI+CVYRRAIG
Sbjct: 826  HLLDGSAQINRNTVKLLSHGGDILELCHELRLPFLNWLVSCQKSSFKRYDIACVYRRAIG 885

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFFHS+SCDIHLNHGDLLNAIWSWV
Sbjct: 886  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFHSESCDIHLNHGDLLNAIWSWV 945

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 946  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 1005

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQA+PRLRGALPTDKPMR+AL ELLDLFNYLKVWR+E NVYIDALMSPTEDYHRDIF
Sbjct: 1006 GAVDQAVPRLRGALPTDKPMRRALVELLDLFNYLKVWRLEANVYIDALMSPTEDYHRDIF 1065

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKEN+PGSHPEG L+AIGGRYDY+LQQMWSRA KTTPPGGVGTSIALET+IQQ+A
Sbjct: 1066 FQVYLTKENHPGSHPEGTLVAIGGRYDYLLQQMWSRAYKTTPPGGVGTSIALETMIQQAA 1125

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS L+CSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPS TEQYEYAN
Sbjct: 1126 VDLKPIRNEGSTSFLVCSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSFTEQYEYAN 1185

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITDSGVSN+GSV+VRHLELKREKEVERT IVKFLQEA++NQFK PLIWN
Sbjct: 1186 EHDIKCLVIITDSGVSNRGSVRVRHLELKREKEVERTSIVKFLQEAMANQFKKPLIWN 1230

[Close]

BLAST of Sgr013393 vs. ExPASy TrEMBL
Match: A0A6J1KUA6 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111497683 PE=4 SV=1)

HSP 1 Score: 1412.5 bits (3655), Expect = 0.0e+00
Identity = 695/778 (89.33%), Postives = 728/778 (93.57%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REV+TLSRLQHQHVVRYYQAW EAGVSDSYGEAAWGS TPLSSTFSY GASA D L+HE
Sbjct: 333  LREVSTLSRLQHQHVVRYYQAWSEAGVSDSYGEAAWGSTTPLSSTFSYKGASATDALDHE 392

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             KLESTYLYIQMEYCPRTLRQ FESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 393  NKLESTYLYIQMEYCPRTLRQDFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 452

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 453  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDVGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 512

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+ 
Sbjct: 513  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTT 572

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPPRMEYQLLDNILRTMKTSEDSSIYD
Sbjct: 573  WVAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPRMEYQLLDNILRTMKTSEDSSIYD 632

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIF EETL MKDDQ DCGTA++QYTDLGTEVRDHVIDVTRE+FRLHCAKHLEISPM
Sbjct: 633  RVVNAIFSEETLVMKDDQLDCGTASIQYTDLGTEVRDHVIDVTRELFRLHCAKHLEISPM 692

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            +LLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVS QKSSFKRYDI+CVYRRAIG
Sbjct: 693  HLLDGSAQINRNTVKLLSHGGDILELCHELRLPFLNWLVSCQKSSFKRYDIACVYRRAIG 752

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFFHS+SCDIHLNHGDLLNAIWSWV
Sbjct: 753  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFHSESCDIHLNHGDLLNAIWSWV 812

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 813  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 872

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQA+PRLRGALPTDKPMR+AL ELLDLFNYLKVWR+E NVYIDALMSPTEDYHRDIF
Sbjct: 873  GAVDQAVPRLRGALPTDKPMRRALVELLDLFNYLKVWRLEANVYIDALMSPTEDYHRDIF 932

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKEN+PGSHPEG L+AIGGRYDY+LQQMWSRA KTTPPGGVGTSIALET+IQQ+A
Sbjct: 933  FQVYLTKENHPGSHPEGTLVAIGGRYDYLLQQMWSRAYKTTPPGGVGTSIALETMIQQAA 992

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            VDLKPIRNEGSTS L+CSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPS TEQYEYAN
Sbjct: 993  VDLKPIRNEGSTSFLVCSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSFTEQYEYAN 1052

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITDSGVSN+GSV+VRHLELKREKEVERT IVKFLQEA++NQFK PLIWN
Sbjct: 1053 EHDIKCLVIITDSGVSNRGSVRVRHLELKREKEVERTSIVKFLQEAMANQFKKPLIWN 1097

[Close]

BLAST of Sgr013393 vs. ExPASy TrEMBL
Match: A0A6J1H7A8 (Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LOC111460823 PE=4 SV=1)

HSP 1 Score: 1412.5 bits (3655), Expect = 0.0e+00
Identity = 695/778 (89.33%), Postives = 729/778 (93.70%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAW EAGVSDSYGEAAWGS TPLSSTFSY GASA DTL+HE
Sbjct: 333  LREVATLSRLQHQHVVRYYQAWSEAGVSDSYGEAAWGSTTPLSSTFSYKGASATDTLDHE 392

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
             KLESTYLYIQMEYCPRTLRQ FESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP
Sbjct: 393  NKLESTYLYIQMEYCPRTLRQDFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 452

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            SNIFFDARNDIKIGDFGLAKFLKLEQLDQD+GVP DT GVSIDGTGQVGTYF    ++ +
Sbjct: 453  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDVGVPLDTTGVSIDGTGQVGTYFYTAPEIEQ 512

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
                          W     +ADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELP+ 
Sbjct: 513  G-------------WPKIDEKADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPTT 572

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WVAEFPEQASLLRRLMSQSPSERPSA ELLQ+AFPPRMEYQLLDNILRTMKTSEDSSIYD
Sbjct: 573  WVAEFPEQASLLRRLMSQSPSERPSALELLQHAFPPRMEYQLLDNILRTMKTSEDSSIYD 632

Query: 301  RVVNAIFDEETLGMKDDQHDCGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHLEISPM 360
            RVVNAIF EETL +KDDQ DCGTA++QYTDLGTEVRDHVIDVTRE+FRLHCAKHLEISPM
Sbjct: 633  RVVNAIFSEETLAIKDDQLDCGTASIQYTDLGTEVRDHVIDVTRELFRLHCAKHLEISPM 692

Query: 361  YLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVYRRAIG 420
            +LLDGS QI RNTVK+L+HGGDILELCHELRLPFLNWLVSSQKSSFKRYDI+CVYRRAIG
Sbjct: 693  HLLDGSAQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRYDIACVYRRAIG 752

Query: 421  HSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNAIWSWV 480
            HSPPNRYLQGDFDIIGGTSALTEAE IKVTVDVISYFFHS+SCDIHLNHGDLLNAIWSWV
Sbjct: 753  HSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFHSESCDIHLNHGDLLNAIWSWV 812

Query: 481  GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTVVFRFC 540
            GVKAE RHKVAELLSMMVSLRPQSSERKSKWVV+RRQLLQELKLA+AVVNRLQTVVFRFC
Sbjct: 813  GVKAEQRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFC 872

Query: 541  GAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDYHRDIF 600
            GAVDQA+PRLRGALPTDKPMR+AL ELLDLFNYLKVWR+E NVYIDALMSPTEDYHRDIF
Sbjct: 873  GAVDQAVPRLRGALPTDKPMRRALVELLDLFNYLKVWRLEANVYIDALMSPTEDYHRDIF 932

Query: 601  FQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETIIQQSA 660
            FQVYLTKEN+PGSHPEG L+AIGGRYDY+LQQMWSRA KTTPPGGVGTSIALET+IQQ+A
Sbjct: 933  FQVYLTKENHPGSHPEGTLVAIGGRYDYLLQQMWSRAYKTTPPGGVGTSIALETMIQQAA 992

Query: 661  VDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQYEYAN 720
            +DLKPIR+EGSTS L+CSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPS TEQYEYAN
Sbjct: 993  LDLKPIRHEGSTSFLVCSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSFTEQYEYAN 1052

Query: 721  EHDIKCLVIITDSGVSNKGSVKVRHLELKREKEVERTYIVKFLQEAISNQFKNPLIWN 779
            EHDIKCLVIITD GVSNKGSV+VRHLELKREKEVERT IVKFLQEA++NQFKNPLIWN
Sbjct: 1053 EHDIKCLVIITDCGVSNKGSVRVRHLELKREKEVERTSIVKFLQEAMANQFKNPLIWN 1097

[Close]

BLAST of Sgr013393 vs. TAIR 10
Match: AT3G59410.1 (protein kinase family protein )

HSP 1 Score: 1088.2 bits (2813), Expect = 0.0e+00
Identity = 535/785 (68.15%), Postives = 628/785 (80.00%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAW+E GV D +  A WGS T  SS FSY GA + +  E +
Sbjct: 470  VREVATLSRLQHQHVVRYYQAWFETGVVDPFAGANWGSKTAGSSMFSYSGAVSTEIPEQD 529

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
              LESTYLYIQMEYCPRTLRQVFESY HFDK+ AWHL  QIVEGLAHIHGQGIIHRD TP
Sbjct: 530  NNLESTYLYIQMEYCPRTLRQVFESYNHFDKDFAWHLIRQIVEGLAHIHGQGIIHRDFTP 589

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQD G   D  G  +D TGQ GTYF    ++ +
Sbjct: 590  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDGGFSTDVAGSGVDSTGQAGTYFYTAPEIEQ 649

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
            D             W     +ADMYSLG+VFFELWHPFGTAMERH++L++LK KGELP  
Sbjct: 650  D-------------WPKIDEKADMYSLGVVFFELWHPFGTAMERHVILTNLKLKGELPLK 709

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WV EFPEQASLLRRLMS SPS+RPSA ELL++AFPPRME +LLDNILR M+TSEDSS+YD
Sbjct: 710  WVNEFPEQASLLRRLMSPSPSDRPSATELLKHAFPPRMESELLDNILRIMQTSEDSSVYD 769

Query: 301  RVVNAIFDEETLGMKDDQHD-----CGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHL 360
            RVV+ IFDEE L MK  Q          + +QYT++ TE+RD+V+++T+E+FR HCAKHL
Sbjct: 770  RVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITKEVFRQHCAKHL 829

Query: 361  EISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVY 420
            E+ PM LL    Q  R TVK+LT+GGD+LELC+ELRLPF++W+  +QKSSFKRY+IS VY
Sbjct: 830  EVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKSSFKRYEISHVY 889

Query: 421  RRAIGHSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNA 480
            RRAIGHSPPN  LQ DFDI+GGT +LTEAE +KV VD+ ++ FH  SCDIHLNHGDLL+A
Sbjct: 890  RRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCDIHLNHGDLLDA 949

Query: 481  IWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTV 540
            IWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV +RRQLLQELKL EAVVNRLQTV
Sbjct: 950  IWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKLPEAVVNRLQTV 1009

Query: 541  VFRFCGAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDY 600
              RFCG  DQALPRLRGAL  D+P RKALDEL +L  YL+VWRIE +V+ID LM PTE Y
Sbjct: 1010 ASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVHIDVLMPPTESY 1069

Query: 601  HRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETI 660
            HR++FFQV+LTKEN+ G+  +G LLA+GGRYD+++Q++  R +K   PG VG S+ALETI
Sbjct: 1070 HRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPGAVGVSLALETI 1129

Query: 661  IQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQ 720
             Q   +DL+PIRNE STS+L+CSRGGGGLL++RMELV ELWE+ IKA+ VPTPDPSLTEQ
Sbjct: 1130 FQHLPMDLRPIRNEVSTSVLVCSRGGGGLLVQRMELVAELWEKSIKAEFVPTPDPSLTEQ 1189

Query: 721  YEYANEHDIKCLVIITDSGVSNK--GSVKVRHLELKREKEVERTYIVKFLQEAISNQFKN 779
            YEYANEH+IKCLVIIT+SGV+      VKVRHLELK+EK V R  +VKFL +A++ QF+N
Sbjct: 1190 YEYANEHEIKCLVIITESGVAQNQIEFVKVRHLELKKEKVVGREELVKFLLDAMAVQFRN 1241

[Close]

BLAST of Sgr013393 vs. TAIR 10
Match: AT3G59410.2 (protein kinase family protein )

HSP 1 Score: 1088.2 bits (2813), Expect = 0.0e+00
Identity = 535/785 (68.15%), Postives = 628/785 (80.00%), Query Frame = 0


Query: 1    IREVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHE 60
            +REVATLSRLQHQHVVRYYQAW+E GV D +  A WGS T  SS FSY GA + +  E +
Sbjct: 494  VREVATLSRLQHQHVVRYYQAWFETGVVDPFAGANWGSKTAGSSMFSYSGAVSTEIPEQD 553

Query: 61   TKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 120
              LESTYLYIQMEYCPRTLRQVFESY HFDK+ AWHL  QIVEGLAHIHGQGIIHRD TP
Sbjct: 554  NNLESTYLYIQMEYCPRTLRQVFESYNHFDKDFAWHLIRQIVEGLAHIHGQGIIHRDFTP 613

Query: 121  SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 180
            +NIFFDARNDIKIGDFGLAKFLKLEQLDQD G   D  G  +D TGQ GTYF    ++ +
Sbjct: 614  NNIFFDARNDIKIGDFGLAKFLKLEQLDQDGGFSTDVAGSGVDSTGQAGTYFYTAPEIEQ 673

Query: 181  DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGELPSA 240
            D             W     +ADMYSLG+VFFELWHPFGTAMERH++L++LK KGELP  
Sbjct: 674  D-------------WPKIDEKADMYSLGVVFFELWHPFGTAMERHVILTNLKLKGELPLK 733

Query: 241  WVAEFPEQASLLRRLMSQSPSERPSAFELLQNAFPPRMEYQLLDNILRTMKTSEDSSIYD 300
            WV EFPEQASLLRRLMS SPS+RPSA ELL++AFPPRME +LLDNILR M+TSEDSS+YD
Sbjct: 734  WVNEFPEQASLLRRLMSPSPSDRPSATELLKHAFPPRMESELLDNILRIMQTSEDSSVYD 793

Query: 301  RVVNAIFDEETLGMKDDQHD-----CGTAAMQYTDLGTEVRDHVIDVTREMFRLHCAKHL 360
            RVV+ IFDEE L MK  Q          + +QYT++ TE+RD+V+++T+E+FR HCAKHL
Sbjct: 794  RVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITKEVFRQHCAKHL 853

Query: 361  EISPMYLLDGSMQIKRNTVKILTHGGDILELCHELRLPFLNWLVSSQKSSFKRYDISCVY 420
            E+ PM LL    Q  R TVK+LT+GGD+LELC+ELRLPF++W+  +QKSSFKRY+IS VY
Sbjct: 854  EVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKSSFKRYEISHVY 913

Query: 421  RRAIGHSPPNRYLQGDFDIIGGTSALTEAEAIKVTVDVISYFFHSDSCDIHLNHGDLLNA 480
            RRAIGHSPPN  LQ DFDI+GGT +LTEAE +KV VD+ ++ FH  SCDIHLNHGDLL+A
Sbjct: 914  RRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCDIHLNHGDLLDA 973

Query: 481  IWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVMRRQLLQELKLAEAVVNRLQTV 540
            IWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV +RRQLLQELKL EAVVNRLQTV
Sbjct: 974  IWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKLPEAVVNRLQTV 1033

Query: 541  VFRFCGAVDQALPRLRGALPTDKPMRKALDELLDLFNYLKVWRIETNVYIDALMSPTEDY 600
              RFCG  DQALPRLRGAL  D+P RKALDEL +L  YL+VWRIE +V+ID LM PTE Y
Sbjct: 1034 ASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVHIDVLMPPTESY 1093

Query: 601  HRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYMLQQMWSRANKTTPPGGVGTSIALETI 660
            HR++FFQV+LTKEN+ G+  +G LLA+GGRYD+++Q++  R +K   PG VG S+ALETI
Sbjct: 1094 HRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPGAVGVSLALETI 1153

Query: 661  IQQSAVDLKPIRNEGSTSILICSRGGGGLLLERMELVVELWEEKIKAQLVPTPDPSLTEQ 720
             Q   +DL+PIRNE STS+L+CSRGGGGLL++RMELV ELWE+ IKA+ VPTPDPSLTEQ
Sbjct: 1154 FQHLPMDLRPIRNEVSTSVLVCSRGGGGLLVQRMELVAELWEKSIKAEFVPTPDPSLTEQ 1213

Query: 721  YEYANEHDIKCLVIITDSGVSNK--GSVKVRHLELKREKEVERTYIVKFLQEAISNQFKN 779
            YEYANEH+IKCLVIIT+SGV+      VKVRHLELK+EK V R  +VKFL +A++ QF+N
Sbjct: 1214 YEYANEHEIKCLVIITESGVAQNQIEFVKVRHLELKKEKVVGREELVKFLLDAMAVQFRN 1265

[Close]

BLAST of Sgr013393 vs. TAIR 10
Match: AT4G08500.1 (MAPK/ERK kinase kinase 1 )

HSP 1 Score: 69.7 bits (169), Expect = 1.2e-11
Identity = 71/285 (24.91%), Postives = 113/285 (39.65%), Query Frame = 0


Query: 3   EVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHETK 62
           E+  LS+LQHQ++VRY                                          T 
Sbjct: 382 EIKLLSQLQHQNIVRY----------------------------------------RGTA 441

Query: 63  LESTYLYIQMEYCPR-TLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTPS 122
            + + LYI +E   + +L ++++ Y   D  ++ +   QI++GL ++H +G IHRD+  +
Sbjct: 442 KDGSNLYIFLELVTQGSLLKLYQRYQLRDSVVSLYT-RQILDGLKYLHDKGFIHRDIKCA 501

Query: 123 NIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVP----PDTIGVSIDGTGQVGTYFIRHLK 182
           NI  DA   +K+ DFGLAK  K   +    G P    P+ I                  +
Sbjct: 502 NILVDANGAVKLADFGLAKVSKFNDIKSCKGTPFWMAPEVIN-----------------R 561

Query: 183 LNKDGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFELWHPFGTAMERHLVLSDLKQKGEL 242
            + DG                G  AD++SLG    E+     T    +  L  ++    +
Sbjct: 562 KDSDGY---------------GSPADIWSLGCTVLEMC----TGQIPYSDLEPVQALFRI 589

Query: 243 PSAWVAEFPEQASLLRRL-----MSQSPSERPSAFELLQNAFPPR 278
               + E P+  SL  RL     +  +P ERP+A ELL + F  R
Sbjct: 622 GRGTLPEVPDTLSLDARLFILKCLKVNPEERPTAAELLNHPFVRR 589

[Close]

BLAST of Sgr013393 vs. TAIR 10
Match: AT1G63700.1 (Protein kinase superfamily protein )

HSP 1 Score: 68.9 bits (167), Expect = 2.0e-11
Identity = 61/276 (22.10%), Postives = 111/276 (40.22%), Query Frame = 0


Query: 2   REVATLSRLQHQHVVRYYQAWYEAGVSDSYGEAAWGSMTPLSSTFSYIGASAADTLEHET 61
           +E++ LSRL+HQ++V+YY                                  ++T++ + 
Sbjct: 449 QEISVLSRLRHQNIVQYY---------------------------------GSETVDDK- 508

Query: 62  KLESTYLYIQMEYCP-RTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLTP 121
                 LYI +EY    ++ ++ + Y  F +    +   QI+ GLA++H +  +HRD+  
Sbjct: 509 ------LYIYLEYVSGGSIYKLLQEYGQFGENAIRNYTQQILSGLAYLHAKNTVHRDIKG 568

Query: 122 SNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLNK 181
           +NI  D    +K+ DFG+AK +                      T Q G    +      
Sbjct: 569 ANILVDPHGRVKVADFGMAKHI----------------------TAQSGPLSFKGSPYWM 628

Query: 182 DGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFEL--WHPFGTAMERHLVLSDLKQKGELP 241
             + +  +  S        L  D++SLG    E+    P  +  E    +  +    ELP
Sbjct: 629 APEVIKNSNGS-------NLAVDIWSLGCTVLEMATTKPPWSQYEGVPAMFKIGNSKELP 655

Query: 242 SAWVAEFPEQASLLRRLMSQSPSERPSAFELLQNAF 275
                   E    +R+ + ++P+ RP+A +LL +AF
Sbjct: 689 DIPDHLSEEGKDFVRKCLQRNPANRPTAAQLLDHAF 655

[Close]

BLAST of Sgr013393 vs. TAIR 10
Match: AT3G44200.1 (NIMA (never in mitosis, gene A)-related 6 )

HSP 1 Score: 66.2 bits (160), Expect = 1.3e-10
Identity = 63/279 (22.58%), Postives = 115/279 (41.22%), Query Frame = 0


Query: 2   REVATLSRLQHQHVVRYYQAWYEAG--VSDSYGEAAWGSMTPLSSTFSYIGASAADTLEH 61
           +E++ ++R+QH ++V + +AW E G  V    G    G M  L    + +          
Sbjct: 54  QEMSLIARVQHPYIVEFKEAWVEKGCYVCIVTGYCEGGDMAELMKKSNGV---------- 113

Query: 62  ETKLESTYLYIQMEYCPRTLRQVFESYTHFDKELAWHLFHQIVEGLAHIHGQGIIHRDLT 121
                                       +F +E     F Q++  + ++H   ++HRDL 
Sbjct: 114 ----------------------------YFPEEKLCKWFTQLLLAVEYLHSNYVLHRDLK 173

Query: 122 PSNIFFDARNDIKIGDFGLAKFLKLEQLDQDLGVPPDTIGVSIDGTGQVGTYFIRHLKLN 181
            SNIF     D+++GDFGLAK LK + L   +                VGT      +L 
Sbjct: 174 CSNIFLTKDQDVRLGDFGLAKTLKADDLTSSV----------------VGTPNYMCPELL 233

Query: 182 KDGQRLMKTGSSWLMWGLCGLQADMYSLGIVFFEL--WHPFGTAMERHLVLSDLKQK--G 241
            D                 G ++D++SLG   +E+  + P   A +   ++S + +   G
Sbjct: 234 ADIP--------------YGFKSDIWSLGCCIYEMAAYRPAFKAFDMAGLISKVNRSSIG 261

Query: 242 ELPSAWVAEFPEQASLLRRLMSQSPSERPSAFELLQNAF 275
            LP  +    P   +L++ ++ ++P  RP+A E+L++ +
Sbjct: 294 PLPPCY---SPSLKALIKGMLRKNPEYRPNASEILKHPY 261

The following BLAST results are available for this feature:

BLAST of Sgr013393 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022150410.1	0.0e+00	90.49	eIF-2-alpha kinase GCN2 isoform X2 [Momordica charantia]	[more]
XP_022150409.1	0.0e+00	90.49	eIF-2-alpha kinase GCN2 isoform X1 [Momordica charantia]	[more]
XP_038885260.1	0.0e+00	89.85	eIF-2-alpha kinase GCN2 isoform X4 [Benincasa hispida]	[more]
XP_038885259.1	0.0e+00	89.85	eIF-2-alpha kinase GCN2 isoform X3 [Benincasa hispida]	[more]
XP_038885257.1	0.0e+00	89.85	eIF-2-alpha kinase GCN2 isoform X1 [Benincasa hispida]	[more]

BLAST of Sgr013393 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LX30	0.0e+00	68.15	eIF-2-alpha kinase GCN2 OS=Arabidopsis thaliana OX=3702 GN=GCN2 PE=2 SV=2	[more]
Q558U1	2.7e-61	25.51	Probable serine/threonine-protein kinase ifkA OS=Dictyostelium discoideum OX=446...	[more]
Q550L8	2.7e-61	25.51	Probable serine/threonine-protein kinase ifkB OS=Dictyostelium discoideum OX=446...	[more]
Q9P2K8	8.6e-60	28.79	eIF-2-alpha kinase GCN2 OS=Homo sapiens OX=9606 GN=EIF2AK4 PE=1 SV=3	[more]
Q9QZ05	6.2e-58	28.11	eIF-2-alpha kinase GCN2 OS=Mus musculus OX=10090 GN=Eif2ak4 PE=1 SV=2	[more]

BLAST of Sgr013393 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D9Z7	0.0e+00	90.49	Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=L...	[more]
A0A6J1D8E1	0.0e+00	90.49	Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=L...	[more]
A0A6J1KZ64	0.0e+00	89.33	Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1KUA6	0.0e+00	89.33	Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1H7A8	0.0e+00	89.33	Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LO...	[more]

BLAST of Sgr013393 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G59410.1	0.0e+00	68.15	protein kinase family protein	[more]
AT3G59410.2	0.0e+00	68.15	protein kinase family protein	[more]
AT4G08500.1	1.2e-11	24.91	MAPK/ERK kinase kinase 1	[more]
AT1G63700.1	2.0e-11	22.10	Protein kinase superfamily protein	[more]
AT3G44200.1	1.3e-10	22.58	NIMA (never in mitosis, gene A)-related 6	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 515..535
None	No IPR available	GENE3D	3.30.200.20	Phosphorylase Kinase; domain 1	coord: 1..77 e-value: 2.8E-8 score: 35.7
None	No IPR available	GENE3D	3.30.930.10	Bira Bifunctional Protein; Domain 2	coord: 325..664 e-value: 1.1E-55 score: 190.9
None	No IPR available	GENE3D	1.10.510.10	Transferase(Phosphotransferase) domain 1	coord: 78..282 e-value: 7.6E-38 score: 131.8
None	No IPR available	PANTHER	PTHR11476	HISTIDYL-TRNA SYNTHETASE	coord: 93..778
None	No IPR available	PANTHER	PTHR11476:SF10	EIF-2-ALPHA KINASE GCN2	coord: 93..778
None	No IPR available	SUPERFAMILY	55681	Class II aaRS and biotin synthetases	coord: 328..657
None	No IPR available	SUPERFAMILY	52954	Class II aaRS ABD-related	coord: 674..769
IPR000719	Protein kinase domain	SMART	SM00220	serkin_6	coord: 1..275 e-value: 4.3E-13 score: 53.8
IPR000719	Protein kinase domain	PFAM	PF00069	Pkinase	coord: 1..146 e-value: 5.8E-25 score: 88.2
IPR000719	Protein kinase domain	PROSITE	PS50011	PROTEIN_KINASE_DOM	coord: 1..275 score: 29.8277
IPR036621	Anticodon-binding domain superfamily	GENE3D	3.40.50.800		coord: 669..770 e-value: 2.4E-19 score: 71.0
IPR041715	Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain	PFAM	PF13393	tRNA-synt_His	coord: 413..654 e-value: 2.2E-12 score: 46.8
IPR024435	Histidyl tRNA synthetase-related domain	PFAM	PF12745	HGTP_anticodon2	coord: 674..770 e-value: 2.0E-8 score: 34.1
IPR008266	Tyrosine-protein kinase, active site	PROSITE	PS00109	PROTEIN_KINASE_TYR	coord: 113..125
IPR011009	Protein kinase-like domain superfamily	SUPERFAMILY	56112	Protein kinase-like (PK-like)	coord: 2..274

Relationships

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


Feature Name	Unique Name	Type
Sgr013393.1	Sgr013393.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0018105	peptidyl-serine phosphorylation
biological_process	GO:0006521	regulation of cellular amino acid metabolic process
biological_process	GO:0010998	regulation of translational initiation by eIF2 alpha phosphorylation
biological_process	GO:0009635	response to herbicide
biological_process	GO:0006468	protein phosphorylation
cellular_component	GO:0005886	plasma membrane
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004694	eukaryotic translation initiation factor 2alpha kinase activity
molecular_function	GO:0106310	protein serine kinase activity
molecular_function	GO:0004712	protein serine/threonine/tyrosine kinase activity
molecular_function	GO:0000049	tRNA binding
molecular_function	GO:0004672	protein kinase activity