Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_35263 LG10 19713504 19720358 PREDICTED: putative disease resistance protein RGA1
Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
G/T 19713647 intron_variant
T/C 19713655 intron_variant
T/C 19713700 intron_variant
C/T 19713718 intron_variant
T/C 19713747 intron_variant
A/G 19713821 intron_variant
G/A 19713827 intron_variant
C/T 19713867 intron_variant
C/T 19713915 intron_variant
C/T 19713918 intron_variant
C/T 19713945 intron_variant
A/G,T 19713955 intron_variant
C/T 19713962 intron_variant
G/A 19713973 intron_variant
A/T 19714030 intron_variant
G/A 19714179 intron_variant
G/A 19714257 intron_variant
A/G 19714279 intron_variant
A/G 19714280 intron_variant
G/A 19714292 intron_variant
A/C 19714551 missense_variant p.Thr80Pro
C/T 19714581 stop_gained p.Gln90*
G/A 19714670 synonymous_variant p.Gln119Gln
G/A 19714672 missense_variant p.Gly120Asp
G/A 19714700 intron_variant
C/T 19714717 intron_variant
G/A 19714745 intron_variant
C/T 19714751 intron_variant
C/T 19714753 intron_variant
C/T 19714761 intron_variant
C/T 19714772 intron_variant
G/A 19714789 intron_variant
G/A 19714803 intron_variant
G/T 19714834 intron_variant
G/A 19714835 intron_variant
A/G 19714882 intron_variant
C/T 19714890 intron_variant
T/C 19714916 intron_variant
T/A 19714917 intron_variant
T/A 19714919 intron_variant
T/C 19714922 intron_variant
T/A 19714927 intron_variant
A/C,* 19715068 intron_variant
C/T,* 19715086 intron_variant
A/G 19715112 intron_variant
C/T 19715128 intron_variant
T/C 19715414 missense_variant p.Cys153Arg
G/A 19715437 synonymous_variant p.Lys160Lys
A/T 19715441 missense_variant p.Ser162Cys
A/G 19715461 synonymous_variant p.Ala168Ala
C/A 19715565 missense_variant p.Pro203Gln
A/G 19715605 stop_lost p.Ter216Trpext*?
T/C 19715648 stop_lost p.Ter231Argext*?
A/G 19715760 missense_variant p.Lys268Arg
G/T 19715807 stop_gained p.Glu284*
A/C 19715808 missense_variant p.Glu284Ala
T/C 19716722 stop_lost p.Ter589Argext*?
G/C 19716849 missense_variant p.Trp631Ser
C/A,G 19716852 missense_variant p.Thr632Lys
G/A 19716907 synonymous_variant p.Ala650Ala
T/G 19716917 missense_variant p.Cys654Gly
C/T 19716982 synonymous_variant p.Phe675Phe
G/C 19716989 missense_variant p.Val678Leu
A/G 19717019 missense_variant p.Ile688Val
A/T 19717026 missense_variant p.Glu690Val
A/C 19717033 missense_variant p.Glu692Asp
T/G,A 19717176 stop_gained p.Leu740*
A/G 19717177 synonymous_variant p.Leu740Leu
T/C 19717181 stop_lost p.Ter742Glnext*?
A/G,C 19717182 stop_lost p.Ter742Serext*?
G/A 19717290 stop_gained p.Trp778*
G/A 19717306 synonymous_variant p.Arg783Arg
C/T 19717311 missense_variant p.Ala785Val
C/A 19717319 missense_variant p.Gln788Lys
T/C 19717337 missense_variant p.Ser794Pro
G/C 19717340 missense_variant p.Glu795Gln
A/G 19717356 stop_retained_variant p.Ter800Ter
C/A 19717385 missense_variant p.Leu810Ile
A/C 19717389 missense_variant p.Glu811Ala
C/A 19717426 synonymous_variant p.Ser823Ser
C/T 19717465 synonymous_variant p.Ser836Ser
G/A 19717498 stop_gained p.Trp847*
G/A 19717569 missense_variant p.Gly871Glu
G/A 19717585 synonymous_variant p.Arg876Arg
G/A 19717601 missense_variant p.Gly882Arg
C/A 19717610 missense_variant p.Pro885Thr
G/C 19717626 missense_variant p.Ser890Thr
A/G 19717644 missense_variant p.Lys896Arg
G/C 19717646 missense_variant p.Gly897Arg
G/T 19717651 missense_variant p.Glu898Asp
G/A 19717654 stop_gained p.Trp899*
G/A 19717658 missense_variant p.Glu901Lys
C/T 19717711 synonymous_variant p.Gly918Gly
G/T 19717740 stop_lost p.Ter928Leuext*?
C/G 19717750 synonymous_variant p.Thr931Thr
G/A 19717771 synonymous_variant p.Glu938Glu
G/T 19717787 missense_variant p.Asp944Tyr
G/C 19717791 missense_variant p.Gly945Ala
G/C 19717813 missense_variant p.Lys952Asn
G/T 19717818 stop_lost p.Ter954Leuext*?
A/G 19717822 stop_lost p.Ter955Trpext*?
G/C 19717829 missense_variant p.Glu958Gln
A/G 19717836 stop_retained_variant p.Ter960Ter
T/A 19717898 missense_variant p.Phe981Ile
G/A 19718135 missense_variant p.Ala1060Thr
G/A 19718449 synonymous_variant p.Thr1164Thr
A/G 19718452 synonymous_variant p.Arg1165Arg
C/G 19718460 stop_gained p.Ser1168*
A/G 19718523 missense_variant p.Lys1189Arg
A/T 19718526 missense_variant p.Asn1190Ile
C/G 19718529 missense_variant p.Thr1191Arg
T/C,G 19718535 missense_variant p.Ile1193Thr
C/A 19718540 missense_variant p.Leu1195Met
T/A 19718541 missense_variant p.Leu1195Gln
A/C 19718548 synonymous_variant p.Gly1197Gly
G/T 19718555 missense_variant p.Val1200Phe
A/T 19718567 missense_variant p.Ile1204Phe
G/T 19718603 splice_region_variant&intron_variant
C/A 19718605 downstream_gene_variant
T/G 19718624 downstream_gene_variant
T/G 19718638 downstream_gene_variant
G/A 19718642 downstream_gene_variant
T/G 19718643 downstream_gene_variant
C/T,G 19718713 downstream_gene_variant
G/A 19718743 downstream_gene_variant
A/G 19718756 downstream_gene_variant
T/C 19718786 downstream_gene_variant
A/G 19718795 downstream_gene_variant
A/G 19718882 downstream_gene_variant
G/A 19718887 downstream_gene_variant
A/G 19718902 downstream_gene_variant
G/A 19718912 downstream_gene_variant
C/T 19718923 downstream_gene_variant
A/G 19718963 downstream_gene_variant
A/G 19718965 downstream_gene_variant
A/T 19718993 downstream_gene_variant
T/G 19719290 downstream_gene_variant
A/T 19719291 downstream_gene_variant
T/C 19719375 downstream_gene_variant
G/A 19719409 downstream_gene_variant
C/G 19719449 downstream_gene_variant
G/A 19719531 downstream_gene_variant
G/A 19719547 downstream_gene_variant
C/T 19719614 downstream_gene_variant
C/T 19719615 downstream_gene_variant
G/A 19719735 downstream_gene_variant
T/C 19719745 downstream_gene_variant
T/A 19719760 downstream_gene_variant
G/A 19719771 downstream_gene_variant
A/T 19719779 downstream_gene_variant
G/A 19719803 downstream_gene_variant
A/G 19719837 downstream_gene_variant
G/C 19719850 downstream_gene_variant
A/T 19719968 stop_lost&splice_region_variant p.Ter1232Cysext*?
C/A 19719989 downstream_gene_variant
A/C 19719990 downstream_gene_variant
A/G 19720001 downstream_gene_variant
G/A 19720063 missense_variant p.Arg1239Gln
G/A 19720066 missense_variant p.Arg1240His
A/G 19720079 synonymous_variant p.Leu1244Leu
G/A 19720083 missense_variant p.Gly1246Arg
A/C 19720100 missense_variant p.Arg1251Ser
C/T 19720102 missense_variant p.Thr1252Met
G/C 19720105 missense_variant p.Gly1253Ala
A/G 19720114 missense_variant p.Asn1256Ser
G/A 19720126 missense_variant p.Gly1260Asp
T/C 19720154 synonymous_variant p.Ser1269Ser
A/G 19720179 missense_variant p.Thr1278Ala

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_35263.1
MTNHAVKDWLQKLTDAAYVLDDISLMNVQFTSQIFDGFHKCESLSLMGDIRITRVEQSQTKIKSVPIAVTPEGFWCCPTTVGFQKSLKPQNPLNKLKPSPPAPKSSSQKKKSRVVREKQGLPHQDQLGTYLGVEQQIQKLSNNLIAIRAVLRDAERKQITSEVLKNWLQKLTDAAYVLDDILDECSIHFTKMHSDDGHTSCLSRLHPNDILFRFNIDKRMKDITQRFHDIHEEKIRFNLEHGVTEAQRVDDSWRQTSSDITEPVVYGRNQDREQIVKFLLEDARNSEELSIFPIVGMGGLGKTTLAKKVFNDHRVCKHFELTIWVCVSDDFNTMTILQSIIECITGQNPNINSLEAMRKKVEDVLHGKRYLLVLDDVWNEDPEKWEQLKGKLQCARAAKGATILVTTRLEEVASTMQTHPAYRLKELPGDESWSLFKYHAFGPNREEKEELVAIGKEIVRNCIGLPLAIKTLGSLLRDQSEVRQWIYVKESSSKTNEENSIMRALKLSYSNLELSLRRCFSFCAIFPKDFEIDKEELIHLWMANGFIESERNIEVEDVGNKVWNKLYSRSFFQEAKCDEFGMVKSFKMHDLFHDLAQSIMGEECAAFVEGRLTPLSSRVHYSTLLSSDVSFGRFKHAFKKVESLRTFLDLRTSFVLGNVAPVPSNHSLRALCTRSSLLSPLKDLTHLRYLSLNCGYKANLNNVICQMRKLQILKLKRSTYLHGLPKNLTQLQDLRHIVMDYCNSVVETLPKISKLRHLRTLSIFVVGSKPGCGLAELHGLNLGGRLRIRGLENVPNEWDAKQANLIGKKDLNILHLSWDGNANPKGSDVSVERVLEALEPPSTLKSFGMNGYKGRQLPSWMRSSLVLRDLVEVELSGCDNCEELPPLGKLAHLKRLKVSGMKNVKWIDGETYDGVEEKAFPSLEELIVDNLPNLERLLRDEGVEMVPRLSQLRIDDVLNFKVPRLPCVETVHARGIEAVTSFMEGVGESMACLKTLSIKFIKGVVVLPDEFRRLGALQELYIREWYDVEYFPEHVLEGLTSLRTLSIKNCKKLKSLSEGVRHLACLESLTIGNCPELVTLPSNMNQLTALRNVSIIQGYSTLPYGLQRVPSLRVLGIYACTCTSLPDWLGDMTTLEELRIHCCWELRSLPSSIQRLTNLSHLAIRECPHLKKRCKRETGEDWQYIKHIPKIQLYFWREPTFCDEFKSILFTSPLSIACGSLFNLNVSGLQDVEVTDGGFRRHQHLHGERLLRTGTFNSIFGDCLGGQSASAASWEIASTASPASTIEEIISLVKNSNHTSQSKFVLAIHPKFQAAHPFEGSQNSWLYLLLHHSSDSM*


CDS Sequence:
>Vu_35263.1
ATGACAAATCATGCTGTGAAGGACTGGCTGCAGAAACTCACAGATGCAGCATATGTGTTGGATGATATATCCTTGATGAATGTTCAATTCACTTCACAAATATTTGATGGCTTTCATAAATGTGAATCCTTGTCACTTATGGGGGATATCAGGATTACCCGGGTAGAGCAAAGTCAAACAAAGATTAAAAGTGTTCCAATTGCTGTCACCCCTGAAGGATTTTGGTGTTGCCCTACTACTGTTGGGTTCCAGAAAAGCCTCAAGCCTCAAAACCCTTTGAATAAACTCAAACCCTCCCCACCAGCTCCGAAGAGCAGTTCCCAGAAAAAGAAGTCTCGGGTAGTGAGAGAAAAGCAGGGCCTGCCCCATCAAGATCAACTTGGAACTTACTTGGGTGTTGAACAACAAATTCAGAAGCTTTCCAACAACCTCATCGCAATTCGTGCTGTCCTCAGAGATGCTGAGAGAAAGCAAATAACAAGTGAAGTCCTCAAGAATTGGCTGCAGAAACTTACAGATGCAGCATATGTCTTAGATGATATATTGGATGAATGTTCAATTCACTTCACAAAGATGCACTCTGATGATGGACATACTTCATGCCTATCCCGTCTCCATCCTAATGACATTCTCTTTCGTTTCAATATTGACAAGAGGATGAAAGACATCACACAAAGATTTCATGACATTCATGAAGAAAAGATCAGGTTTAATTTAGAACATGGTGTCACAGAGGCGCAAAGAGTGGATGATAGTTGGCGCCAAACTAGCTCTGACATTACAGAACCTGTAGTTTATGGCAGAAACCAGGATCGAGAGCAAATTGTGAAGTTTCTTCTGGAAGACGCTAGGAACAGTGAAGAGCTCTCTATCTTTCCCATAGTTGGTATGGGTGGACTTGGAAAAACAACATTAGCCAAGAAGGTTTTCAATGATCACAGGGTATGCAAACATTTTGAATTGACAATTTGGGTTTGTGTTTCTGATGATTTCAACACCATGACAATACTACAATCCATCATAGAATGCATCACCGGACAAAATCCCAATATCAATAGCTTAGAAGCAATGCGGAAAAAGGTTGAAGACGTGTTGCATGGGAAGAGGTATTTACTTGTTCTTGATGATGTGTGGAATGAAGACCCAGAGAAATGGGAGCAGTTGAAGGGAAAGTTGCAGTGCGCAAGGGCAGCAAAAGGAGCTACCATTTTAGTCACTACTCGACTCGAGGAAGTTGCTTCCACCATGCAGACGCATCCTGCTTACCGTTTGAAAGAATTGCCAGGAGACGAAAGTTGGTCGTTGTTCAAATACCATGCGTTTGGACCAAACCGAGAAGAAAAGGAAGAGCTCGTGGCAATTGGCAAAGAGATCGTGAGAAACTGCATTGGTTTGCCGCTTGCCATAAAAACACTGGGAAGCCTCTTGCGTGATCAAAGTGAGGTAAGACAATGGATATATGTAAAGGAAAGTAGTTCTAAGACAAATGAGGAAAATTCTATTATGCGTGCTTTGAAACTTAGCTATTCTAATTTGGAGTTGTCATTGCGGAGATGCTTTTCTTTTTGTGCAATTTTCCCCAAAGATTTTGAAATAGACAAGGAAGAATTGATTCATCTCTGGATGGCTAATGGGTTTATTGAAAGTGAAAGAAACATAGAAGTGGAGGATGTTGGAAATAAAGTGTGGAATAAATTATACAGTAGATCATTTTTTCAGGAAGCAAAGTGTGATGAGTTTGGTATGGTCAAAAGTTTCAAGATGCATGATCTATTTCATGATCTTGCCCAGTCTATTATGGGTGAAGAATGTGCGGCTTTTGTGGAAGGAAGGTTGACTCCGTTGTCAAGTAGAGTTCACTATTCAACCTTGTTATCTTCTGATGTTTCTTTTGGACGATTCAAGCATGCTTTCAAGAAAGTTGAATCCCTGCGGACTTTTCTTGATTTGCGGACTTCTTTTGTTCTTGGTAATGTTGCCCCGGTGCCATCAAACCATTCTCTCCGAGCATTATGCACAAGGTCTTCTTTGTTGTCCCCACTCAAGGATTTAACACATTTGAGATATTTGAGTTTGAATTGTGGTTATAAAGCAAACTTAAATAACGTTATTTGTCAAATGCGGAAATTGCAAATTTTGAAATTGAAACGTTCAACATATCTTCATGGACTGCCCAAAAACTTGACACAATTACAAGATCTAAGACATATTGTGATGGATTATTGTAATTCAGTAGTAGAGACGCTTCCCAAAATTAGCAAGTTAAGGCATCTAAGAACACTAAGCATTTTCGTGGTGGGTTCAAAGCCAGGGTGTGGCTTAGCAGAGTTGCATGGCTTAAATCTGGGAGGCAGGCTAAGAATCAGAGGCCTTGAGAACGTTCCGAATGAATGGGATGCTAAACAAGCAAATTTGATTGGTAAGAAGGACTTGAATATCCTGCACTTGTCATGGGATGGTAATGCTAATCCAAAAGGTAGTGATGTAAGTGTGGAGAGAGTATTGGAAGCCCTAGAACCTCCCTCAACTCTCAAGAGTTTTGGGATGAATGGATATAAAGGAAGACAGCTACCCAGTTGGATGAGAAGTTCTCTAGTTTTGAGAGACTTGGTGGAAGTTGAGCTCTCCGGCTGTGACAACTGTGAGGAGCTTCCCCCACTTGGTAAACTAGCACACTTGAAAAGGCTAAAGGTGAGTGGAATGAAAAATGTGAAGTGGATAGATGGTGAGACGTATGACGGCGTGGAGGAGAAGGCATTTCCATCGTTGGAGGAACTGATTGTTGATAATTTACCAAATTTGGAGAGGTTGTTGAGGGATGAAGGAGTAGAGATGGTCCCTCGTCTTTCCCAATTAAGAATTGATGATGTGTTGAACTTTAAAGTCCCACGTCTTCCTTGTGTTGAGACAGTTCATGCTAGAGGAATTGAGGCAGTGACTTCTTTCATGGAAGGGGTTGGGGAGAGTATGGCTTGTCTAAAGACCTTAAGCATTAAATTCATTAAAGGAGTGGTGGTATTACCCGACGAATTCAGGAGGTTGGGTGCACTACAGGAACTATACATTAGAGAATGGTATGATGTGGAGTATTTTCCAGAACACGTGCTGGAAGGTCTAACATCTCTTCGAACTCTGTCCATTAAAAACTGTAAGAAATTAAAATCATTGTCTGAAGGAGTGCGACATTTGGCTTGTCTTGAGAGTTTGACGATCGGTAATTGTCCAGAGCTGGTGACTCTACCAAGCAATATGAACCAACTAACTGCCCTTCGGAATGTCTCAATTATTCAGGGATACTCCACATTACCTTATGGCTTACAACGTGTCCCTTCCCTACGAGTTTTAGGTATATATGCATGCACATGTACTTCATTGCCGGACTGGCTGGGAGACATGACTACTCTTGAAGAATTAAGAATTCATTGCTGTTGGGAGTTGAGGTCACTGCCGAGTAGCATTCAACGCCTCACCAACTTGTCTCATTTAGCGATACGCGAATGTCCTCATCTGAAAAAGCGGTGCAAGAGGGAAACAGGAGAGGATTGGCAATACATAAAGCATATTCCAAAAATACAACTATATTTCTGGAGGGAACCGACGTTTTGTGATGAATTCAAGAGTATTTTGTTTACTTCTCCCCTGTCCATCGCTTGTGGATCCCTCTTCAATCTCAATGTTTCTGGTCTCCAAGATGTTGAGGTCACTGACGGTGGATTCCGGCGTCATCAGCACCTACACGGGGAGAGGCTTCTCAGAACGGGTACCTTCAACAGCATCTTCGGCGACTGTCTCGGAGGACAATCTGCTTCTGCCGCATCTTGGGAAATTGCTTCTACTGCATCTCCGGCGTCTACCATAGAAGAAATTATTTCCCTCGTCAAAAACTCCAACCACACATCGCAAAGCAAATTCGTGTTGGCAATCCACCCAAAGTTTCAGGCAGCACACCCTTTTGAAGGTTCCCAAAATAGTTGGCTCTATCTTCTGCTGCATCATTCCAGCGACTCAATGTAG


Promoter Sequence:
>Vu_35263::LG10:19711504-19713504(+)
AACTTGTTTCAGCATCCATAGGTCCCGTAAGACGTAGCTCTAGATACCAATTTGTTGGTTATATTATTGAAGAAAAGGTTGAGAGAATGGAACAGAAAAATATAAAACTGCTTAATATATTATTTTTGGAGTGCAATTGCTTTTATAAAGCAAATAAGTGAACGTAAATGTACGAAAATGTTGGTCTCTATAACCACTAACAAACTAGTGCTCTTAGTGCCTAGAAAATAGCAAATAAGTTCTACTAGTCAACATGACTTTTATTTTCCTAAAAAATAGCATAACATATAATTTTAATTTTTTAATTTCCAATAGTCATTAATCAACAGAAACTCAATTTTTTGGAGAGAAAGAATGATGCAGAAAGTGACACGAAATTTCAAAACTTTTATTTATATACTACCGTCAAAATCGATCGGTCCAATTGCATGCATATACCTGTCCTCCTCTACACAGTCCTTACAGAAAGCAATTAAACCTTAATAAATCTTGTAATTCCTTACAGGGGTTAGTTTTATATTTACGGCAGTATAAAAGTTGAATTCAAGTGAGGAGGGGGTCGACAATAGAAAATATGGTTGGAGGTTATAATAAATTAATTATGTTTAAGGTTGAAATAGATTGTTACGTTCGAATTGAAACAAATAGAACAGGGGTGTGAGTTTATCTAGCAAATGTGTGGTAATACAAATATAAGAACTTCCTGTTCATCATTTACAAAGATAGAAGCTTGTTTCTATTCTCCAAAACCTAAACTCTTTCATTTTCTTTAGTGATTTTCAAGGATACAATCTAGTTAGAAAATAGAGAACAATGGTAAGTTATTTTTTATATTTTTACTTCAAATTATTTTGGAACTAGGAAATAGAGAATAATGGGTAATATTATTTAGTTTACTTGAGTTGGTAATATTTTACTGTTATACGGTTGGTTACCAAATGGCAATGGACATGTTACAACATGCCAGTGGATATGATTTTAAGTATGATTATAGTAATTTTATTTATGCATCCAAAGAACTCGCTTCTTTTTCAGTCCTCTAATTTGGCTAGCTCCTCAGTGTATTAAATAAGAATAGTTTTTTTTTTTTCACAAGCTAGATAATAGAGACAGATGCAAAGCTTTACATGATGTAAGAATCTAACACGAAAGGAGCTATTGATCACTAGCTAGAATAGTCATCACCTGTCATATATCTTTTCTTAACAATCTCTTACGCAAATATTAGTCATTCTTAATTAGGCGTGTTCACGAGTAAGATAAGTTCGAAATTTATTGGCAAAACTTAAACTTGAACTAATCACATTAATTTGGGTTAGTTTAATTGAATTTTTTTATTATATGCCTTATGTTATACTTAACATTCGCAATAAATAACTATAGCTATTTGTAAAAGTATGATAAAATAATATATATGTTATGAAGTCTTTTTAACTATTGATAACTTTTCACTTTTTGAGAACAATTTATTTAAATACACACCTTATTTTTAACTGTTATGAAGCTACATTTTTTTTCTCAATGCCAGCTTAAAGATGCATCATTTTAAGGGTTATAATCTCTGGGGGTATCAATTCAATATACTTTGGGGATGACAACATATTCTTGAGCTGCAAGAAGAAGGGATTCCATCATCAAGCTGTTGACAACTTATTCTTTTTTTTTCACAATACGAATGACATTTTTTTTATTTTTCAATCTACTGAGATAAACTTCAAAATAAAAGCACTTTGCTTGTATAATTACTATGCTCGTTATATTCCAAACACCCAGCATAAGTTAGTTAAAGTACATATAAAATTCTTTCACACCAAATTATTATTCACTCGTTGCCTCTCCTCTCCATATCACCGACCTTTCACTCAATCTAGCGCTCGTTCCTCCCAATGGCCGAAGCTTTGCTGGGATTTGTGCTTCAAAATTTGGGATCTTTTGTTGAATACAACCTTGCAACTTGATGGGGTTGATCAACAGACTCAGAGATACTGTGAGAAAGCAAA


Gene Sequence:
>Vu_35263(+)
ATGACAAATCATGCTGTGAAGGACTGGCTGCAGAAACTCACAGATGCAGCATATGTGTTGGATGATATATCCTTGATGAATGTTCAATTCACTTCACAAATATTTGATGGCTTTCATAAAGTATGAAATTTTAAATTTTCTCTGAAAGGAATAGATTATTTTAAGGTTTAATACCTTTTTGGTCCCTCGAAAGGGGTCAAATGTTCAATGTGGTCCTACTGTTTTTTAGAAGTTCAATGTGGTTCCAACTTTTGTAAAAAGTGTGCAATTAAATCCTTTTTGGTAACGGCGTTAATTTTTTAACGGGCCAGCTGACAAGGTGGGCTGAAGTTTGCTACGTGGCTGTGTGAGGGTAATACGTGGCTGGCTGTGTTCCATCACCATCGCATGCGCCTGGCTCTCCATGTTGTTCAGCTGCTGTCCCTGCGCCTCCACCATCGCCGCCATGTCCAGAAAAACCGGATTAAAGGAAAAGTTTTCTTTTTTATTTATTTCATTTTAAAAGATTGTTTTTTTAATTAGAGAAAAGATGAATGGTTGAGTCTGAGGGGCCAAGTGATGCGAATTCTGAGACCCAAATCATGAAAAGCATGGAACTTGCAAAGTGGAAAGTAGGAAACATAGCCCATTTCCTTTCATTTCATATGGGTGCCCTCTTTTTGCTTGTGCGGGTCTGCTGGTGTTCTATCCTTCACTAGTTAGAGAGTGACCAAACTCATTATTCCTCATGTTCCATGTACTTTGTGTGAAACTGCAGTGGCGCCGGTTCTTTTTGAAGAAGTAGATCAGCTTCAAAGATTGCAGCTTTTCATTTTGCTTATTTTTCATATTTTATGAGGGGAAATATATTAGTTGCTAAGTGGGGATACGAAGACTTGTCTACACTTCATCTTTTCCCCTGTGATGCTATATCTTGTTCCATATAATTAGTGTGAATCCTTGTCACTTATGGGGGATATCAGGATTACCCGGGTAGAGCAAAGTCAAACAAAGATTAAAAGTGTTCCAATTGCTGTCACCCCTGAAGGATTTTGGTGTTGCCCTACTACTGTTGGGTTCCAGAAAAGCCTCAAGCCTCAAAACCCTTTGAATAAACTCAAACCCTCCCCACCAGCTCCGAAGAGCAGTTCCCAGAAAAAGAAGTCTCGGGTAGTGAGAGAAAAGCAGGGCCTGCCCCATCAAGGTTGGTGGTTTCTGATGCTCACACAGCCAGCCACGTATTACCCTCACACAGCCACGTAGCAAACCTCAGTCCACCTGTCAGCTGGCCCGTTAAAAAATTAACGCCGTTACCAAAAAGGATTTAATTGCACACTTTTTACAAAAGTTGGGACCACATTGAACTTCTAAAAAACAGTAGGACCACATTGAACATTTGACCCCTTTCGAGGGACCAAAAGAGGTATTAAACCTTATTTTAAAATCTCTTCTCAATAAATTTATGAAACAAAACTAAATTATGATTATAATCCAGTAAAAGAATGTAAATTTTATTAAATAATATCTTTATCTTTTAACTGTACATGATAAAGAGGCATTCAAGCATCACAAAAGTTTGTCGGTAAAGGCTGTAGCATCTCAACCATTCATTTAAAGCAGACAAACAAAAGTCAATTTATTTATTCCTTTTTCTGCCACCACTTTCCTCTCTCTGCTCAATTATTTTGCATAAAAGCAACCCCACTTAATTAAATTCCTTTCAAATCACCACACCAAATATTGCTCTCCATTTCACCAACCTTTCCTTCAATCCATCGCTCGTTCCTCCCAATGGCCGAAGCTTTGTTGGGCTCTGTGATTGAAAATTTGGGATCTTTTGTTCAAGATCAACTTGGAACTTACTTGGGTGTTGAACAACAAATTCAGAAGCTTTCCAACAACCTCATCGCAATTCGTGCTGTCCTCAGAGATGCTGAGAGAAAGCAAATAACAAGTGAAGTCCTCAAGAATTGGCTGCAGAAACTTACAGATGCAGCATATGTCTTAGATGATATATTGGATGAATGTTCAATTCACTTCACAAAGATGCACTCTGATGATGGACATACTTCATGCCTATCCCGTCTCCATCCTAATGACATTCTCTTTCGTTTCAATATTGACAAGAGGATGAAAGACATCACACAAAGATTTCATGACATTCATGAAGAAAAGATCAGGTTTAATTTAGAACATGGTGTCACAGAGGCGCAAAGAGTGGATGATAGTTGGCGCCAAACTAGCTCTGACATTACAGAACCTGTAGTTTATGGCAGAAACCAGGATCGAGAGCAAATTGTGAAGTTTCTTCTGGAAGACGCTAGGAACAGTGAAGAGCTCTCTATCTTTCCCATAGTTGGTATGGGTGGACTTGGAAAAACAACATTAGCCAAGAAGGTTTTCAATGATCACAGGGTATGCAAACATTTTGAATTGACAATTTGGGTTTGTGTTTCTGATGATTTCAACACCATGACAATACTACAATCCATCATAGAATGCATCACCGGACAAAATCCCAATATCAATAGCTTAGAAGCAATGCGGAAAAAGGTTGAAGACGTGTTGCATGGGAAGAGGTATTTACTTGTTCTTGATGATGTGTGGAATGAAGACCCAGAGAAATGGGAGCAGTTGAAGGGAAAGTTGCAGTGCGCAAGGGCAGCAAAAGGAGCTACCATTTTAGTCACTACTCGACTCGAGGAAGTTGCTTCCACCATGCAGACGCATCCTGCTTACCGTTTGAAAGAATTGCCAGGAGACGAAAGTTGGTCGTTGTTCAAATACCATGCGTTTGGACCAAACCGAGAAGAAAAGGAAGAGCTCGTGGCAATTGGCAAAGAGATCGTGAGAAACTGCATTGGTTTGCCGCTTGCCATAAAAACACTGGGAAGCCTCTTGCGTGATCAAAGTGAGGTAAGACAATGGATATATGTAAAGGAAAGTAGTTCTAAGACAAATGAGGAAAATTCTATTATGCGTGCTTTGAAACTTAGCTATTCTAATTTGGAGTTGTCATTGCGGAGATGCTTTTCTTTTTGTGCAATTTTCCCCAAAGATTTTGAAATAGACAAGGAAGAATTGATTCATCTCTGGATGGCTAATGGGTTTATTGAAAGTGAAAGAAACATAGAAGTGGAGGATGTTGGAAATAAAGTGTGGAATAAATTATACAGTAGATCATTTTTTCAGGAAGCAAAGTGTGATGAGTTTGGTATGGTCAAAAGTTTCAAGATGCATGATCTATTTCATGATCTTGCCCAGTCTATTATGGGTGAAGAATGTGCGGCTTTTGTGGAAGGAAGGTTGACTCCGTTGTCAAGTAGAGTTCACTATTCAACCTTGTTATCTTCTGATGTTTCTTTTGGACGATTCAAGCATGCTTTCAAGAAAGTTGAATCCCTGCGGACTTTTCTTGATTTGCGGACTTCTTTTGTTCTTGGTAATGTTGCCCCGGTGCCATCAAACCATTCTCTCCGAGCATTATGCACAAGGTCTTCTTTGTTGTCCCCACTCAAGGATTTAACACATTTGAGATATTTGAGTTTGAATTGTGGTTATAAAGCAAACTTAAATAACGTTATTTGTCAAATGCGGAAATTGCAAATTTTGAAATTGAAACGTTCAACATATCTTCATGGACTGCCCAAAAACTTGACACAATTACAAGATCTAAGACATATTGTGATGGATTATTGTAATTCAGTAGTAGAGACGCTTCCCAAAATTAGCAAGTTAAGGCATCTAAGAACACTAAGCATTTTCGTGGTGGGTTCAAAGCCAGGGTGTGGCTTAGCAGAGTTGCATGGCTTAAATCTGGGAGGCAGGCTAAGAATCAGAGGCCTTGAGAACGTTCCGAATGAATGGGATGCTAAACAAGCAAATTTGATTGGTAAGAAGGACTTGAATATCCTGCACTTGTCATGGGATGGTAATGCTAATCCAAAAGGTAGTGATGTAAGTGTGGAGAGAGTATTGGAAGCCCTAGAACCTCCCTCAACTCTCAAGAGTTTTGGGATGAATGGATATAAAGGAAGACAGCTACCCAGTTGGATGAGAAGTTCTCTAGTTTTGAGAGACTTGGTGGAAGTTGAGCTCTCCGGCTGTGACAACTGTGAGGAGCTTCCCCCACTTGGTAAACTAGCACACTTGAAAAGGCTAAAGGTGAGTGGAATGAAAAATGTGAAGTGGATAGATGGTGAGACGTATGACGGCGTGGAGGAGAAGGCATTTCCATCGTTGGAGGAACTGATTGTTGATAATTTACCAAATTTGGAGAGGTTGTTGAGGGATGAAGGAGTAGAGATGGTCCCTCGTCTTTCCCAATTAAGAATTGATGATGTGTTGAACTTTAAAGTCCCACGTCTTCCTTGTGTTGAGACAGTTCATGCTAGAGGAATTGAGGCAGTGACTTCTTTCATGGAAGGGGTTGGGGAGAGTATGGCTTGTCTAAAGACCTTAAGCATTAAATTCATTAAAGGAGTGGTGGTATTACCCGACGAATTCAGGAGGTTGGGTGCACTACAGGAACTATACATTAGAGAATGGTATGATGTGGAGTATTTTCCAGAACACGTGCTGGAAGGTCTAACATCTCTTCGAACTCTGTCCATTAAAAACTGTAAGAAATTAAAATCATTGTCTGAAGGAGTGCGACATTTGGCTTGTCTTGAGAGTTTGACGATCGGTAATTGTCCAGAGCTGGTGACTCTACCAAGCAATATGAACCAACTAACTGCCCTTCGGAATGTCTCAATTATTCAGGGATACTCCACATTACCTTATGGCTTACAACGTGTCCCTTCCCTACGAGTTTTAGGTATATATGCATGCACATGTACTTCATTGCCGGACTGGCTGGGAGACATGACTACTCTTGAAGAATTAAGAATTCATTGCTGTTGGGAGTTGAGGTCACTGCCGAGTAGCATTCAACGCCTCACCAACTTGTCTCATTTAGCGATACGCGAATGTCCTCATCTGAAAAAGCGGTGCAAGAGGGAAACAGGAGAGGATTGGCAATACATAAAGCATATTCCAAAAATACAACTATATTTCTGGAGGGAACCGACGTTTTGTGATGAATTCAAGAGTATTTTGTTTACTTCTCCCCGTAATGTGTCACTCTGTCTTTGAAAATTTTGTGTAGCCTTTTTCGCGTTGTATATATATATTAAATATAAACAAAGTTTGAGTATTCCCCAGATTTATGGTTGATGTTTGGCACGTACCGTACCAAGTTCTGATTTCGTATAGGATTGAGCTTAGTCACTAACGAGGATGACAAAAATATATGGAACCATTGGTATCCTAATATAAAATCCGCTACAAGTACTGTATGGATATTTCAAACAGGTATTCATAATTAACAATGACAGATAATTTAATATATATTTATAAACAAGTCGAAATATTTACTATGTGTATTTGTCGGTACGCTCTGTAAAAAAAATAAATTAAAATTCAATTTATATTTTATTAGATTAAATTTAAATAAAATTAAAATTTATATTTATATTTAATTTAATTTGCATTATAATTTAAATTAATTACTTATAATATATTTAAATTTATTTTAAAAATTTAAAAATTATTTTATTTTAAAATATTTACGAGTATCAATATATTTTCTAAATGTATATACGGTGAATAATGGGATAGATAAGGTTGAATTTTCTGATGCAAGTTGGTAGAGAGACGGTTGTTGAATTCTAAATACTATTTGTGGTGGTTGTTGGTGTTGGGAGTGAGTTTGTTGGCAATTTTTGTGTTATTCTTAGCTTTTGCAAATTTTTATCACTGCGTTTTAGTTATTCTTAGCTTTGTGTTGCCAGTTATGTTTCACTATTTGATTTTCAAAGAAGAGATTGATTAGAGGTGTCTGGTTTATGATGGGGCAATTGTGGTTTTTGGGTTGGTTATTACAGTTACAACCTGGTCTTCCTTATCACTGTAATTAAGAGTAACAAGTTGATTTTGGTACATATAGATCACAAAGGCTTCCGATTTTTAGAGTATAAAATGCAAAACTGATGAAATCAGACCTGTGCATGAAGCTCCGACCGTGATCGGCGGCGAGGTCTATGGCTTGACTGGATGAAAAACACGAGTTGGTTAATGGTCTTCGAATTCCAAATCCCTAATTCCCTTATGGTTTAAACCCTCATTTGGTCCTCGTATTTGTGTGTCAATCTCAAGTGAGTCATCGTTTTTTTTTCGGTCTCAATCGGGTCCATAAACTTGTAAAAATGAGCCAATTAAATCATCTCTGTTACGATTTCACTAACGGTGTCTAAATGTGATGACGTGTTTATGCTGAAGTGCATTGTTTCATTATGTGAAATTTTTATTTAAATTAAATAAGTATGACATGGCAAAATTGAAAAGGGTTCTGAACGTTCTTTGCAAGATCTTAGAGGGGTGACCAGTGTCCATCGCTTGTGGATCCCTCTTCAATCTCAATGTTTCTGGTCTCCAAGATGTTGAGGTTAGGGATTCATAGTCTTCATCATCCTACAACGTCTTCATCTTTCCTTCACGTATTGTCGTTGTCTCAATGAGGTCACTGACGGTGGATTCCGGCGTCATCAGCACCTACACGGGGAGAGGCTTCTCAGAACGGGTACCTTCAACAGCATCTTCGGCGACTGTCTCGGAGGACAATCTGCTTCTGCCGCATCTTGGGAAATTGCTTCTACTGCATCTCCGGCGTCTACCATAGAAGAAATTATTTCCCTCGTCAAAAACTCCAACCACACATCGCAAAGCAAATTCGTGTTGGCAATCCACCCAAAGTTTCAGGCAGCACACCCTTTTGAAGGTTCCCAAAATAGTTGGCTCTATCTTCTGCTGCATCATTCCAGCGACTCAATGTAG