Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_18368 LG4 53224159 53228070 leucine-rich repeat receptor-like tyrosine-protein kinase PXC3
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   defense response to fungus, response to abscisic acid, positive regulation of defense response to bacterium, hormone-mediated signaling pathway, positive regulation of defense response to bacterium, defense response to fungus, cellular response to organic cyclic compound, response to salt stress, defense response to fungus, defense response to other organism, hormone-mediated signaling pathway, response to reactive oxygen species, response to oomycetes, response to oxidative stress, regulation of defense response, innate immune response, defense response to other organism, innate immune response, cellular response to organic cyclic compound, activation of immune response, cellular response to oxygen-containing compound, response to wounding, response to abscisic acid, response to water deprivation, leaf senescence, cellular response to oxygen-containing compound, protein phosphorylation, response to water deprivation, response to water deprivation, cellular protein modification process, leaf development, leaf development, hormone-mediated signaling pathway, innate immune response, protein phosphorylation, positive regulation of defense response to bacterium, response to reactive oxygen species, protein phosphorylation, leaf senescence, defense response to other organism, response to oomycetes, response to organonitrogen compound, hormone-mediated signaling pathway, response to salt stress
Cellular Component   is active in   plasma membrane
Cellular Component   located in   plasma membrane
Molecular Function   enables   protein kinase activity, ATP binding, protein kinase activity, ATP binding, protein kinase activity
SNP Position Effect Amino acid change
A/C 53224177 3_prime_UTR_variant
A/T 53224193 3_prime_UTR_variant
T/A 53224197 3_prime_UTR_variant
G/T 53224202 3_prime_UTR_variant
A/T 53224204 3_prime_UTR_variant
A/G 53224211 3_prime_UTR_variant
C/T 53224422 synonymous_variant p.Glu932Glu
C/T 53224445 missense_variant p.Val925Ile
G/T 53224544 missense_variant p.Arg892Ser
A/C 53224546 missense_variant p.Leu891Trp
C/T 53224587 synonymous_variant p.Lys877Lys
T/G 53224590 synonymous_variant p.Gly876Gly
C/T 53224599 synonymous_variant p.Leu873Leu
G/A 53224601 synonymous_variant p.Leu873Leu
A/C 53224605 synonymous_variant p.Leu871Leu
C/T 53224608 synonymous_variant p.Leu870Leu
C/G 53224614 synonymous_variant p.Val868Val
A/C 53224617 synonymous_variant p.Gly867Gly
G/A 53224626 synonymous_variant p.Tyr864Tyr
C/T 53224631 missense_variant p.Val863Ile
A/T 53224638 synonymous_variant p.Ala860Ala
A/T 53224720 upstream_gene_variant
T/G 53224721 upstream_gene_variant
G/A 53224724 upstream_gene_variant
T/G 53224784 upstream_gene_variant
G/A 53224790 upstream_gene_variant
A/C 53224818 upstream_gene_variant
T/G 53224829 upstream_gene_variant
G/T 53224899 upstream_gene_variant
A/C 53224950 upstream_gene_variant
A/T 53224968 upstream_gene_variant
A/T 53224981 upstream_gene_variant
A/T 53224993 upstream_gene_variant
G/A 53225037 upstream_gene_variant
C/A 53225099 upstream_gene_variant
G/T 53225164 upstream_gene_variant
G/T 53225180 upstream_gene_variant
T/C 53225190 upstream_gene_variant
C/G 53225201 upstream_gene_variant
T/C 53225214 upstream_gene_variant
G/A 53225248 upstream_gene_variant
T/A 53225268 upstream_gene_variant
G/C 53225289 upstream_gene_variant
A/T 53225299 upstream_gene_variant
T/A 53225300 upstream_gene_variant
A/T 53225314 upstream_gene_variant
G/T 53225325 splice_region_variant&intron_variant
T/C 53225402 synonymous_variant p.Lys826Lys
A/T 53225427 missense_variant p.Leu818Gln
G/A 53225513 synonymous_variant p.Ser789Ser
G/C 53225518 missense_variant p.Leu788Val
C/G 53225544 missense_variant p.Ser779Thr
T/C 53225547 missense_variant p.Tyr778Cys
C/A 53225553 missense_variant p.Ser776Ile
T/C 53225674 missense_variant p.Met736Val
T/G 53225716 missense_variant p.Lys722Gln
T/C 53225723 synonymous_variant p.Lys719Lys
T/C 53225807 synonymous_variant p.Lys691Lys
G/A 53225950 missense_variant p.Arg644Cys
T/C 53225954 synonymous_variant p.Glu642Glu
G/T 53225971 missense_variant p.His637Asn
T/G 53225973 missense_variant p.Glu636Ala
A/T 53226035 synonymous_variant p.Leu615Leu
G/T 53226037 missense_variant p.Leu615Ile
A/T 53226042 missense_variant p.Ile613Asn
T/C 53226090 missense_variant p.Asn597Ser
T/G 53226095 synonymous_variant p.Ala595Ala
C/A 53226097 missense_variant p.Ala595Ser
G/C 53226111 missense_variant p.Thr590Arg
T/G 53226123 missense_variant p.Glu586Ala
C/G 53226124 missense_variant p.Glu586Gln
A/G 53226140 synonymous_variant p.Tyr580Tyr
A/T 53226142 missense_variant p.Tyr580Asn
T/G 53226146 missense_variant p.Lys578Asn
T/C 53226154 missense_variant p.Asn576Asp
A/T 53226165 missense_variant p.Phe572Tyr
T/C 53226172 missense_variant p.Ile570Val
G/A 53226176 synonymous_variant p.Ile568Ile
G/A 53226184 missense_variant p.His566Tyr
T/G 53226187 missense_variant p.Ser565Arg
A/G 53226188 synonymous_variant p.Phe564Phe
A/G 53226246 missense_variant p.Leu545Pro
C/T 53226252 missense_variant p.Gly543Asp
G/T 53226279 missense_variant p.Ser534Tyr
G/C 53226285 missense_variant p.Ala532Gly
C/A 53226333 missense_variant p.Ser516Ile
A/T 53226358 missense_variant p.Tyr508Asn
T/A 53226379 missense_variant p.Thr501Ser
T/C 53226423 missense_variant p.His486Arg
C/T 53226454 missense_variant p.Asp476Asn
G/T 53226500 synonymous_variant p.Gly460Gly
G/T 53226503 stop_gained p.Tyr459*
A/G 53226505 missense_variant p.Tyr459His
T/G 53226526 missense_variant p.Ser452Arg
A/G 53226542 synonymous_variant p.Asp446Asp
C/G 53226628 missense_variant p.Ala418Pro
C/T 53226663 missense_variant p.Arg406His
G/A 53226664 missense_variant p.Arg406Cys
T/C 53226678 missense_variant p.Asn401Ser
G/C 53226695 missense_variant p.Phe395Leu
T/C 53226726 missense_variant p.Asn385Ser
G/C 53226903 missense_variant p.Thr326Arg
G/A 53227007 synonymous_variant p.Leu291Leu
G/C 53227061 missense_variant p.Asn273Lys
G/A 53227134 missense_variant p.Ala249Val
A/G 53227139 synonymous_variant p.Thr247Thr
G/T 53227140 missense_variant p.Thr247Asn
A/C 53227206 missense_variant p.Ile225Arg
C/A 53227303 stop_gained p.Glu193*
A/C 53227308 missense_variant p.Val191Gly
G/A 53227344 missense_variant p.Ser179Phe
A/T 53227345 missense_variant p.Ser179Thr
T/A 53227350 missense_variant p.Glu177Val
G/A 53227352 synonymous_variant p.Asn176Asn
G/T 53227355 missense_variant p.Phe175Leu
C/A 53227416 missense_variant p.Arg155Ile
G/C 53227422 missense_variant p.Ala153Gly
C/A 53227482 missense_variant p.Gly133Val
C/T 53227488 missense_variant p.Ser131Asn
A/G 53227490 synonymous_variant p.Asn130Asn
C/T 53227495 missense_variant p.Asp129Asn
C/T 53227681 missense_variant p.Asp67Asn
T/C 53227689 missense_variant p.Asp64Gly
C/G 53227777 missense_variant p.Glu35Gln
C/A 53227819 missense_variant p.Val21Phe
G/T 53227999 5_prime_UTR_variant

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_18368.1
MGRYYHPSSSFLSVVYFLFSVSPMVFSQLSQTQTETMNSLSKNLTGRTPWTGSDPCAWKGVSCDRADSSVVGISLSGFSLNSSDFLPLVCKIETLEILDVSNNHLSSIHDGFITECGKIKGLKLLNFSDNSLGVLPTFHGFDALESLDMSFNAMRGNIVLEIDGLVSLKILNLSFNEFSGSLPTKLGRSMVLEHLLLSNNSFEGKIPDELLSYENLTWIDLKNNILSHSIPTNIGKLSKLETLILSTNALTGEIPTSLANITKLSRFAANQNNFTGSIPSGITKYLTSLDLSYNGLSGAIPEDFLSPQQLQVVDLTNNMLNGSLPTKVSPNLFRLRFGSNQLSGNIPPDAFVQVQNLTYLELDDNMLMGSIPAELSSCKSLTLLNLAQNRLSGVFPQQLGNLTNLRVLKLQLNNLSGAIPTQIGQLNKLLTLNLSRNSLSGPIPPDIANLSSLNFLYLYGNNLNGSIPTSIGMLDDLLELQLGENHLRGVIPSMPLSLQVTLNLSSNYFSGSIPTSFGSLRSLEILDLSNNAFSGGIPDYLTGMLALTRLILSNNPLSGAIPNFSHHIDIEFSGTNLKNYTAQKNETANTGPRGAKNGIGVGVAILIAIVAAIFLVGFVTLLVLSVSRHYYRVNDEHSQSTEVRQHPQVMQSNLLTPNGIHRSNIDFSKAMEAVAETSNVTLKTRFSTYYKAVMPSGSIYYVKKLNWFDKVFQVGSHDKFVKELEVLAKLNNSNVMTPLAYVLSTDTAYILYEFISNGSLFDVLHGSMDLTLDWASRYSIAVGVAQGLSFLHGFASSPILLLDLSSKSIMLKSLKEPLVGDIEHYKVIDPSKSTGNFSAVAGSVGYIPPEYAYTMTVTMAGNVYSFGVILLELLTGKPAVTEGTELVKWVLRNSTNQDYILDFNISRTSQAVRNQMLAILEIARVCVGTSPESRPKMKSVLRMLLNAR*


CDS Sequence:
>Vu_18368.1
ATGGGCAGGTATTACCACCCTTCTTCATCTTTCCTTAGTGTTGTTTACTTCCTCTTTTCTGTCTCTCCCATGGTCTTCTCCCAGCTATCACAAACCCAAACAGAAACCATGAACAGTCTCTCAAAGAATCTTACTGGTAGGACTCCATGGACTGGTTCAGACCCATGTGCATGGAAGGGAGTGAGTTGTGACCGTGCCGACTCCTCTGTAGTAGGGATTTCTTTATCTGGCTTTTCACTCAATTCTTCTGACTTTCTGCCCCTTGTTTGCAAAATTGAAACTTTAGAGATTCTTGATGTCTCCAATAACCATCTGAGCTCAATCCATGATGGTTTCATCACTGAGTGTGGAAAGATAAAGGGTTTGAAGCTGTTGAATTTTAGTGATAATAGTTTAGGTGTTTTACCTACTTTTCATGGCTTTGATGCATTGGAATCCCTGGATATGTCTTTCAATGCGATGAGAGGGAATATTGTTTTAGAGATAGATGGGTTGGTTAGCCTCAAAATTTTGAATCTTAGTTTCAACGAATTCTCTGGGTCTCTTCCTACCAAATTGGGAAGGTCCATGGTTTTGGAGCACCTTCTGCTTTCTAACAATAGTTTTGAAGGCAAAATCCCTGATGAATTATTGAGTTATGAAAACTTGACTTGGATTGATCTTAAGAACAATATACTTTCACACTCTATTCCTACCAATATTGGGAAGCTTTCTAAATTAGAAACTTTGATCCTTTCCACTAATGCCCTCACTGGTGAAATTCCAACTTCACTGGCGAACATCACCAAACTTTCAAGATTTGCAGCAAATCAGAACAACTTCACAGGTTCTATACCTTCTGGGATTACAAAATATCTCACGAGTTTGGATCTCAGTTATAATGGTCTGTCTGGCGCCATTCCAGAAGACTTTTTATCTCCACAACAGTTGCAGGTTGTAGATTTGACCAATAATATGTTAAATGGGTCTTTACCTACGAAAGTTTCTCCAAATTTGTTCAGGTTGAGGTTTGGGAGCAATCAGCTGAGTGGAAACATTCCTCCAGATGCTTTTGTACAAGTTCAGAATTTGACATACTTGGAGCTGGATGACAATATGTTGATGGGATCGATACCAGCTGAATTGAGTTCTTGCAAGAGTTTGACATTGTTGAATTTAGCTCAGAATCGGTTGAGTGGTGTATTCCCACAACAGCTTGGTAATCTTACCAATCTCCGTGTCTTGAAGCTCCAATTGAACAATCTTAGTGGTGCAATCCCAACTCAAATTGGCCAACTTAATAAGTTGTTAACCCTGAATTTGAGCCGGAATTCTCTGAGTGGACCAATTCCACCTGATATTGCAAATTTAAGCAGTCTTAATTTCCTGTATTTGTACGGCAACAATCTTAATGGTTCCATACCGACATCCATTGGCATGTTGGATGATCTTTTAGAACTCCAACTTGGGGAAAACCACCTGAGAGGTGTGATTCCAAGCATGCCATTGAGTCTGCAGGTTACATTGAATCTTAGTAGCAACTACTTTAGTGGTTCTATTCCTACCAGTTTTGGTAGTTTAAGAAGCCTAGAAATCTTGGATCTCTCAAATAACGCCTTTTCTGGTGGAATTCCTGATTATCTTACTGGCATGCTGGCTTTGACACGGTTGATACTTTCTAACAATCCTCTGTCTGGAGCAATCCCAAACTTTAGTCACCATATCGATATTGAATTTTCTGGAACTAATCTAAAAAATTATACTGCACAGAAGAACGAAACTGCCAACACAGGGCCCAGAGGGGCAAAGAATGGAATAGGCGTTGGAGTGGCCATTCTCATTGCAATTGTAGCAGCTATTTTTCTTGTTGGCTTTGTCACTCTGTTGGTTTTGTCAGTGTCACGCCACTATTACAGGGTTAATGATGAGCATTCACAGTCAACAGAAGTTCGTCAGCATCCTCAGGTCATGCAAAGTAATCTGTTAACTCCTAATGGAATACATAGATCAAACATTGACTTCTCCAAAGCCATGGAAGCTGTTGCCGAAACATCAAATGTTACTCTTAAAACAAGGTTTTCAACTTATTATAAAGCTGTTATGCCGTCTGGTTCAATCTATTATGTCAAGAAACTGAACTGGTTTGACAAGGTATTCCAAGTGGGAAGTCATGATAAATTTGTTAAAGAGCTAGAAGTATTGGCCAAATTGAACAATTCGAATGTCATGACTCCTTTGGCCTATGTTCTGTCCACTGACACTGCTTATATACTATACGAGTTTATCTCAAATGGCTCCCTCTTTGATGTTCTTCATGGAAGCATGGATTTGACATTAGATTGGGCTAGCAGATACAGTATAGCTGTTGGAGTGGCTCAAGGACTTTCCTTTCTTCATGGATTCGCCTCTAGTCCAATACTACTCCTTGACCTGTCAAGTAAAAGTATTATGCTGAAGTCCCTCAAGGAGCCTCTAGTTGGGGATATTGAACACTACAAAGTGATTGATCCCTCAAAAAGTACAGGGAACTTTTCTGCAGTTGCTGGTTCAGTTGGTTATATTCCTCCAGAGTATGCATACACAATGACAGTAACAATGGCTGGGAATGTCTACAGCTTTGGTGTGATTCTGCTTGAACTGCTGACAGGAAAGCCTGCAGTGACTGAGGGAACGGAATTGGTGAAGTGGGTTTTGCGTAACTCCACAAACCAAGATTACATTCTTGACTTTAATATCAGTAGAACATCACAAGCAGTCAGAAACCAGATGCTTGCAATTCTTGAGATTGCTCGTGTTTGTGTTGGTACATCCCCAGAGTCAAGACCAAAGATGAAGAGTGTGCTAAGGATGCTCTTAAATGCTAGATGA


Promoter Sequence:
>Vu_18368::LG4:53228070-53230070(-)
AGTAGTGCTCGGTCTCAGTAGTACTCGGTCTTGTACTAGCACTCGGTCTGTATTGGTGTTAGGCTTAAGCTGATAGTGTTTGGCCAAAGCCAATAGTGATCGGTCTAAGGCAATAGTATTTGGTTGTTTTAGTGTTTGACCCTAAAATCATGTTCGGCTCATGCTTGAGTCTTGTTCTTTAAATGACCGCTCGATCATGATCTTATGGGTAGTGATCTTCCGTCCGGTCTTGTTCATAAAGATTTATGGATCGTTCTGTTCGGTCGTTCTCAAGGATGGTGTTGTTTCACTGTTCGTTTTGAATTATATAAATGAAGAAGTATGATGACATTATAGTATGATGTGAATTGTATTATATGGATATGAACGAGTGTTCCAAGGAGGGATATATTAGAAATGGTTATGAAATTGTAAAGTATGAATGTGGTTATTGCTAAGCTGGCGTTTATCCTGATATTCTTTGATTACTCAATCTCACGTAGAGAGGAGTAACTCATGTGTGAGAATGGCAGGAGGTCCTAGTTCATAAGTGTAACTTGGGTGAGTTATAACGGACTAACCCCGGTGGCAGCTGTTGAGGGCATCCCAGCTACTACACCATCCGGGTGCAAAAACATCGTAGCTACACAATTCATACAGTCCGGATAGTCAAAGTAAAAGTGGTCGGTCATTGCATATGTTATGTGTTCGGTCATTGTTGAGAATGTATGTTTGGTTGTTGCATGATTTATGTGATTGGCTTTTACTTACTTTTGTATTTGTTTGAATTATATGTTGTATCGGATTAATTAAATTACTCTAGCTTACCCTACTTTCCTGTCTTGTCTTATGTTTTCTGTTTAGTCGTTTTTTCTATTGCAATGATCATCCTGTGGATGTGAGCAGAAGGTGATGATTGTTCGATGGAGCAGGCTCTAGAAGACGTCAAACCTGCAGTCTATAGTAGGACCAATCGATCAACCGTTTTAGTGTTTACATTTTGTAAATCGTTCGGTTTATACATGGTGTTGCATAGCCGATCGGTTTGTTCATATTTTTGTGTAGTGTCTACTTTCTTAAAGTTTTAATTTTATAGTTATTTTAGAAAACTGTATTGTTAAAATACTTTAACAATTCATGGACAACTAATCTATTATATTATTGATTGTAATAGATTATAATATAGTTTATACTATATTTTGGGACGTTACATTGAGTTAAAGATGAGTTAAATCATAATTCAACAATAATAATGTTTTGTTATTTTTTTACTCACTAAAAATTAAACCAAATCGAATAAATTTATTTTTAACTTAATTTACTATGAATCAATCCGGCTAAACCAATTTATGGGTTTTAACACCTTATAATATTACTTAGTTAAATAAATAACAAAGTTTTATTAAAATATTAAAAATAGGTTAACATTATTTATAGATTGTATATATATGTTATTTTTTCTATTAATTTTAGTTCAGAATAATTTTACAAACACATCTCTATTCTATCTTTCATAGAAAAAATGTGAAAAAAATATCGATATTAAAAACAAAAATAAATAATCAGAGATAAAGTAAAAGCATGTGTGATCTTCTTAGAAAAATGCTATAATAAGAAAACCCCTCAATTTTTATTCAACATATAACCAGCAAAACAATATTTTTACTTTAAAATATAAAATAATTAAAAAAAAGGAAGGATATTGTCTTAGGAGTATGAGGATTAAGAGATGAAGATGATTTTTCCTATAGAAAATCTGAATGCTTCTATAAACACAGAATTTTTAAGTATATATAAAGTTTATTTGGACTGAAGAAAATTATAATAATATAAGATGATTTATAAAAGAAAAATTTAGAACGTGTTACAGAAGGCAGTGACATGAATGATTATCCATTCATCCTTGACTGAGTGCAAATGTTAAGTCATACAAGTCTTTATACAGTGAGAGACCTGCAATGTCAGTCAACTCCACTCCCAGACACTTTTATTTACACTGTCTTTCCACCAACCTTCCTTCT


Gene Sequence:
>Vu_18368(-)
ACTCCAAACATATATCCTTTATATTCTCTTGCACACATTTCCCAACATTCTCTTCTTCTTCTTCTTCTTCCCTTCTTCATCATGTTCTCTTCACCCTCAATCTAAATCAAATAAAATACTCATTCACACACCCCAGATAGATATACACACATATAAAGGATAATCACACTTCAAAACTCACTGCTAAGAACATGGGCAGGTATTACCACCCTTCTTCATCTTTCCTTAGTGTTGTTTACTTCCTCTTTTCTGTCTCTCCCATGGTCTTCTCCCAGCTATCACAAACCCAAACAGAAACCATGAACAGTCTCTCAAAGAATCTTACTGGTAGGACTCCATGGACTGGTTCAGACCCATGTGCATGGAAGGGAGTGAGTTGTGACCGTGCCGACTCCTCTGTAGTAGGGATTTCTTTATCTGGCTTTTCACTCAATTCTTCTGACTTTCTGCCCCTTGTTTGCAAAATTGAAACTTTAGAGATTCTTGATGTCTCCAATAACCATCTGAGCTCAATCCATGATGGTTTCATCACTGAGTGTGGAAAGATAAAGGGTTTGAAGCTGTTGAATTTTAGTGATAATAGTTTAGGTGTTTTACCTACTTTTCATGGCTTTGATGCATTGGAATCCCTGGATATGTCTTTCAATGCGATGAGAGGGAATATTGTTTTAGAGATAGATGGGTTGGTTAGCCTCAAAATTTTGAATCTTAGTTTCAACGAATTCTCTGGGTCTCTTCCTACCAAATTGGGAAGGTCCATGGTTTTGGAGCACCTTCTGCTTTCTAACAATAGTTTTGAAGGCAAAATCCCTGATGAATTATTGAGTTATGAAAACTTGACTTGGATTGATCTTAAGAACAATATACTTTCACACTCTATTCCTACCAATATTGGGAAGCTTTCTAAATTAGAAACTTTGATCCTTTCCACTAATGCCCTCACTGGTGAAATTCCAACTTCACTGGCGAACATCACCAAACTTTCAAGATTTGCAGCAAATCAGAACAACTTCACAGGTTCTATACCTTCTGGGATTACAAAATATCTCACGAGTTTGGATCTCAGTTATAATGGTCTGTCTGGCGCCATTCCAGAAGACTTTTTATCTCCACAACAGTTGCAGGTTGTAGATTTGACCAATAATATGTTAAATGGGTCTTTACCTACGAAAGTTTCTCCAAATTTGTTCAGGTTGAGGTTTGGGAGCAATCAGCTGAGTGGAAACATTCCTCCAGATGCTTTTGTACAAGTTCAGAATTTGACATACTTGGAGCTGGATGACAATATGTTGATGGGATCGATACCAGCTGAATTGAGTTCTTGCAAGAGTTTGACATTGTTGAATTTAGCTCAGAATCGGTTGAGTGGTGTATTCCCACAACAGCTTGGTAATCTTACCAATCTCCGTGTCTTGAAGCTCCAATTGAACAATCTTAGTGGTGCAATCCCAACTCAAATTGGCCAACTTAATAAGTTGTTAACCCTGAATTTGAGCCGGAATTCTCTGAGTGGACCAATTCCACCTGATATTGCAAATTTAAGCAGTCTTAATTTCCTGTATTTGTACGGCAACAATCTTAATGGTTCCATACCGACATCCATTGGCATGTTGGATGATCTTTTAGAACTCCAACTTGGGGAAAACCACCTGAGAGGTGTGATTCCAAGCATGCCATTGAGTCTGCAGGTTACATTGAATCTTAGTAGCAACTACTTTAGTGGTTCTATTCCTACCAGTTTTGGTAGTTTAAGAAGCCTAGAAATCTTGGATCTCTCAAATAACGCCTTTTCTGGTGGAATTCCTGATTATCTTACTGGCATGCTGGCTTTGACACGGTTGATACTTTCTAACAATCCTCTGTCTGGAGCAATCCCAAACTTTAGTCACCATATCGATATTGAATTTTCTGGAACTAATCTAAAAAATTATACTGCACAGAAGAACGAAACTGCCAACACAGGGCCCAGAGGGGCAAAGAATGGAATAGGCGTTGGAGTGGCCATTCTCATTGCAATTGTAGCAGCTATTTTTCTTGTTGGCTTTGTCACTCTGTTGGTTTTGTCAGTGTCACGCCACTATTACAGGGTTAATGATGAGCATTCACAGTCAACAGAAGTTCGTCAGCATCCTCAGGTCATGCAAAGTAATCTGTTAACTCCTAATGGAATACATAGATCAAACATTGACTTCTCCAAAGCCATGGAAGCTGTTGCCGAAACATCAAATGTTACTCTTAAAACAAGGTTTTCAACTTATTATAAAGCTGTTATGCCGTCTGGTTCAATCTATTATGTCAAGAAACTGAACTGGTTTGACAAGGTATTCCAAGTGGGAAGTCATGATAAATTTGTTAAAGAGCTAGAAGTATTGGCCAAATTGAACAATTCGAATGTCATGACTCCTTTGGCCTATGTTCTGTCCACTGACACTGCTTATATACTATACGAGTTTATCTCAAATGGCTCCCTCTTTGATGTTCTTCATGGAAGCATGGATTTGACATTAGATTGGGCTAGCAGATACAGTATAGCTGTTGGAGTGGCTCAAGGACTTTCCTTTCTTCATGGATTCGCCTCTAGTCCAATACTACTCCTTGACCTGTCAAGTAAAAGTATTATGCTGAAGTCCCTCAAGGAGCCTCTAGTTGGGGATATTGAACACTACAAAGTGATTGATCCCTCAAAAAGTACAGGGAACTTTTCTGCAGTTGCTGGTTCAGTTGGTTATATTCCTCCAGGTATATCTCTCTTCAACTTTTATTCTCCTATATCCTTTTCATCGTTCACAGATTAACTTCATAAACCACCACTAAACAGTGTGCGTGTGAGTGTGTGATATATATTGTAGGTGTAATATGGATCAAAATTGCACTTGGTGAAAAAAATCTTCTATAAATATTTTAAGCAAAGTTGTCTCTATTTCATTTATGCAGTACAGTCCTGTGCAATTACTTAATCACTCTTTCAGTTGAGTTTTAGCGCTAAGTAATAAAGAAAAACCTGACTAAATTCATGAACACTTGAGCATATAACCTGAAAATTGTATTTAAACATTTTTCCTACAAGCATACACTCCTAGTGATTCAGATATCAATTGAGATTGCCAAGCTATTATAGTGTGCACGGTTTCATGTTGAAAAACAACATCAGAATTCAGTTTTATCTTCAGTCAAATGTGATTTTAGTAAAGATACGTATGTTTTGTTATTGTTAGGTAAAGTTAATTTTGCCTCCAAACCTAAGTTTGACAATAACTGATACAATGTTCCTTCTGCATTGCGTTGAAAAATTGTCATTAAGCTTTACATCAAACTTTCTTTCAGCATCAGAACATCTAAACATAAACCAATTTACTTTAAAATCAATTTCGCAGCTCTTAACTTTGTTTATTGGTTGGCAGAGTATGCATACACAATGACAGTAACAATGGCTGGGAATGTCTACAGCTTTGGTGTGATTCTGCTTGAACTGCTGACAGGAAAGCCTGCAGTGACTGAGGGAACGGAATTGGTGAAGTGGGTTTTGCGTAACTCCACAAACCAAGATTACATTCTTGACTTTAATATCAGTAGAACATCACAAGCAGTCAGAAACCAGATGCTTGCAATTCTTGAGATTGCTCGTGTTTGTGTTGGTACATCCCCAGAGTCAAGACCAAAGATGAAGAGTGTGCTAAGGATGCTCTTAAATGCTAGATGAAGTCAGATTCTTCAGGGTTGGAATGAATATGTGAGGTATATTTCTTTTGTGATGATGCTTTTAAGTCTAGAAAATATGAAAGGTAGAATATATGATTGGACATGATTTTCTTAATACTTCTATGGTGTGTGAACAGTGTACAGTTAATCTGTAGAAACATAGTTTATACAACAATAATGGATGTCTTATTGTTTGGTTCTTCGAATGGACAT