Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_00727 LG1 10561207 10567637 hypothetical protein LR48
 Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
C/A 10561269 5_prime_UTR_variant
T/A 10561273 5_prime_UTR_variant
T/C 10561280 5_prime_UTR_variant
C/A 10561355 5_prime_UTR_variant
A/T 10561542 5_prime_UTR_variant
G/A 10561560 missense_variant p.Val2Met
G/A 10561566 missense_variant p.Ala4Thr
G/A 10561734 missense_variant p.Ala60Thr
G/A 10561808 synonymous_variant p.Gly84Gly
A/T 10561850 synonymous_variant p.Leu98Leu
A/G 10561851 missense_variant p.Lys99Glu
G/C 10561927 missense_variant p.Ser124Thr
G/A 10562016 missense_variant p.Asp154Asn
C/A 10562026 missense_variant p.Pro157His
C/A 10562142 missense_variant p.Arg196Ser
G/A 10562268 missense_variant p.Val238Met
A/G 10562278 missense_variant p.Gln241Arg
C/A 10562335 missense_variant p.Thr260Lys
G/A 10562340 missense_variant p.Val262Ile
T/C 10562342 synonymous_variant p.Val262Val
G/T 10562416 missense_variant p.Arg287Met
G/T 10562621 synonymous_variant p.Gly355Gly
A/G 10562736 missense_variant p.Asn394Asp
T/G 10562884 missense_variant p.Ile443Arg
T/A 10562933 synonymous_variant p.Ser459Ser
C/T 10562967 missense_variant p.Leu471Phe
G/T 10563381 missense_variant p.Gly609Cys
A/C 10563463 missense_variant p.Tyr636Ser
A/T 10563604 missense_variant p.Lys683Met
G/A 10563715 missense_variant p.Arg720Lys
T/C 10563752 synonymous_variant p.Tyr732Tyr
T/A 10563808 missense_variant p.Val751Asp
C/T 10563812 synonymous_variant p.Asp752Asp
G/A 10563818 synonymous_variant p.Glu754Glu
G/T 10564070 synonymous_variant p.Ser838Ser
T/A 10564138 stop_gained p.Leu861*
T/C 10564438 missense_variant p.Ser931Pro
C/T 10564473 synonymous_variant p.Asp942Asp
T/A 10564496 missense_variant p.Leu950His
T/C 10564523 missense_variant p.Val959Ala
A/T 10564590 missense_variant p.Glu981Asp
G/A 10564638 synonymous_variant p.Glu997Glu
C/G 10564772 intron_variant
A/G 10564789 intron_variant
T/A 10564799 intron_variant
A/G 10564812 intron_variant
A/G 10564853 intron_variant
G/C 10564863 intron_variant
T/C 10564876 intron_variant
T/A 10564878 intron_variant
C/T 10564882 intron_variant
G/A 10564892 downstream_gene_variant
A/T 10564911 downstream_gene_variant
T/A 10564926 downstream_gene_variant
G/A 10564927 downstream_gene_variant
T/C 10564948 downstream_gene_variant
G/A 10564973 downstream_gene_variant
A/G 10564975 downstream_gene_variant
G/C 10564993 downstream_gene_variant
C/G 10565000 downstream_gene_variant
T/G,A 10565006 downstream_gene_variant
A/G 10565008 downstream_gene_variant
C/T 10565029 downstream_gene_variant
A/T,G 10565030 downstream_gene_variant
A/G 10565043 downstream_gene_variant
A/T 10565050 downstream_gene_variant
G/A 10565054 downstream_gene_variant
A/T 10565068 downstream_gene_variant
A/G 10565072 downstream_gene_variant
C/G 10565082 downstream_gene_variant
A/G 10565175 downstream_gene_variant
A/T 10565178 downstream_gene_variant
T/A 10565180 downstream_gene_variant
G/A 10565190 downstream_gene_variant
A/G 10565251 downstream_gene_variant
T/A 10565253 downstream_gene_variant
T/A 10565256 downstream_gene_variant
A/G 10565264 downstream_gene_variant
T/A,C 10565275 downstream_gene_variant
G/A 10565280 downstream_gene_variant
G/A 10565335 downstream_gene_variant
T/G 10565377 downstream_gene_variant
A/C 10565391 downstream_gene_variant
A/T 10565411 downstream_gene_variant
G/T,C 10565412 downstream_gene_variant
G/C 10565483 downstream_gene_variant
G/T 10565488 downstream_gene_variant
T/A 10565528 downstream_gene_variant
G/C 10565556 downstream_gene_variant
A/G 10565589 downstream_gene_variant
A/T 10565593 downstream_gene_variant
T/A 10565634 downstream_gene_variant
C/T 10565644 downstream_gene_variant
A/T 10565669 downstream_gene_variant
A/G 10565721 downstream_gene_variant
C/T 10565734 downstream_gene_variant
A/G 10565786 downstream_gene_variant
T/C 10565792 downstream_gene_variant
A/T 10565794 downstream_gene_variant
T/C 10565818 downstream_gene_variant
A/C 10565877 downstream_gene_variant
G/T 10565939 downstream_gene_variant
T/C 10566008 downstream_gene_variant
G/T 10566022 downstream_gene_variant
G/A 10566032 downstream_gene_variant
G/A 10566040 downstream_gene_variant
A/T 10566041 downstream_gene_variant
C/G 10566060 downstream_gene_variant
G/C 10566064 downstream_gene_variant
G/C 10566066 downstream_gene_variant
T/C 10566077 downstream_gene_variant
T/G 10566081 downstream_gene_variant
G/A 10566110 downstream_gene_variant
T/C 10566115 downstream_gene_variant
G/A 10566157 downstream_gene_variant
T/C 10566165 downstream_gene_variant
T/C,* 10566184 downstream_gene_variant
G/C,* 10566185 downstream_gene_variant
A/C 10566199 downstream_gene_variant
G/A 10566252 downstream_gene_variant
T/C 10566273 downstream_gene_variant
T/A 10566300 downstream_gene_variant
C/T 10566347 downstream_gene_variant
G/A 10566390 downstream_gene_variant
C/T 10566435 downstream_gene_variant
C/T 10566453 downstream_gene_variant
G/A 10566532 downstream_gene_variant
T/C 10566538 downstream_gene_variant
C/T 10566568 downstream_gene_variant
C/T 10566571 downstream_gene_variant
G/C 10566572 downstream_gene_variant
T/C 10566695 downstream_gene_variant
G/A 10566721 downstream_gene_variant
C/T 10566725 downstream_gene_variant
G/A 10566757 downstream_gene_variant
G/T 10566773 downstream_gene_variant
C/T 10566775 downstream_gene_variant
T/C 10566791 downstream_gene_variant
C/T 10566792 downstream_gene_variant
C/T 10566796 downstream_gene_variant
A/G 10566801 downstream_gene_variant
C/A 10566892 downstream_gene_variant
A/G 10567017 downstream_gene_variant
T/A 10567024 downstream_gene_variant
A/C 10567039 downstream_gene_variant
C/T 10567050 downstream_gene_variant
T/C 10567062 downstream_gene_variant
G/A 10567107 missense_variant p.Gly1010Glu
G/A 10567110 missense_variant p.Gly1011Asp
C/T 10567132 synonymous_variant p.Gly1018Gly
G/A 10567133 missense_variant p.Val1019Ile
T/G 10567148 missense_variant p.Trp1024Gly
G/T 10567179 missense_variant p.Cys1034Phe
G/A 10567184 missense_variant p.Glu1036Lys
G/T 10567194 missense_variant p.Trp1039Leu
T/A 10567205 missense_variant p.Phe1043Ile
G/A 10567208 missense_variant p.Asp1044Asn
C/T 10567213 synonymous_variant p.Phe1045Phe
G/A 10567216 synonymous_variant p.Leu1046Leu
C/A 10567219 missense_variant p.Phe1047Leu
C/T,* 10567222 splice_region_variant&synonymous_variant p.Cys1048Cys
C/T 10567234 downstream_gene_variant
G/A 10567237 downstream_gene_variant
G/A 10567240 downstream_gene_variant
A/G 10567242 downstream_gene_variant
T/A 10567244 downstream_gene_variant
C/T,A 10567246 downstream_gene_variant
G/A,* 10567267 downstream_gene_variant
G/A,* 10567280 downstream_gene_variant
T/*,G 10567288 downstream_gene_variant
G/A,* 10567294 downstream_gene_variant
T/C,* 10567299 downstream_gene_variant
G/A 10567306 downstream_gene_variant
C/T 10567311 downstream_gene_variant
A/G 10567312 downstream_gene_variant
G/A 10567316 downstream_gene_variant
A/G 10567321 downstream_gene_variant
G/T,* 10567329 downstream_gene_variant
C/A 10567339 downstream_gene_variant
C/T 10567351 downstream_gene_variant
G/T 10567353 downstream_gene_variant
C/T 10567361 downstream_gene_variant
G/A 10567363 downstream_gene_variant
T/C,G 10567403 downstream_gene_variant
C/T 10567408 downstream_gene_variant
C/T 10567414 downstream_gene_variant
G/A 10567417 downstream_gene_variant
T/C 10567418 downstream_gene_variant
G/T 10567431 downstream_gene_variant
G/A 10567441 downstream_gene_variant
A/G 10567443 downstream_gene_variant
T/C 10567447 downstream_gene_variant
C/T 10567459 downstream_gene_variant
G/A 10567461 downstream_gene_variant
G/A 10567503 splice_region_variant&intron_variant
T/C 10567507 splice_region_variant&intron_variant
C/T 10567520 synonymous_variant p.Phe1052Phe
G/A 10567521 missense_variant p.Gly1053Arg
T/A 10567529 synonymous_variant p.Ala1055Ala
A/G 10567542 missense_variant p.Thr1060Ala
A/G 10567549 missense_variant p.Glu1062Gly
C/T 10567552 missense_variant p.Ala1063Val
G/A 10567554 missense_variant p.Ala1064Thr
G/A 10567568 synonymous_variant p.Ala1068Ala
G/A 10567571 synonymous_variant p.Val1069Val
G/A 10567582 missense_variant p.Arg1073His
G/A 10567584 missense_variant p.Gly1074Arg
T/C 10567591 missense_variant p.Leu1076Pro
G/A 10567594 missense_variant p.Arg1077Lys
G/T 10567601 synonymous_variant p.Gly1079Gly
A/C 10567602 missense_variant p.Met1080Leu
G/T 10567605 missense_variant p.Asp1081Tyr
A/C,T 10567611 missense_variant p.Arg1083Trp
C/T 10567619 synonymous_variant p.Ser1085Ser
G/A 10567621 stop_gained p.Trp1086*
C/A 10567625 missense_variant p.Asn1087Lys
T/C 10567627 missense_variant p.Ile1088Thr
G/A 10567629 missense_variant p.Asp1089Asn

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_00727.1
MVFAKLVTFQYILTTFFFSLLRFYSSEVSGVSLSNGTVMFGYEAVEDENIEASALLKWKASLDNQSQVSLSSWSTFTTPCKWKGIVCDESNSVSTINLKNFGLQGTLLNLNLSSFPKLLRLYVSYNNLSGPIPRQIGNMSKISVLEMRHNYFSDSIPLTIGMLTNLVTLDLSSNLLSGTIPSLRNLTNLEHLILFRNLLSGPIPEDLGGLHHLRTIKLLDNHISGPIPSSIGDLPNLVKLQLTRNILNGSIPSSLGNLTTLVELSIAENKLSGSIPASIGNLVYLERLNLAQNKLSGHIPSTFRNLTKLTFLLLYVNKLTGSFSIATSNLTNLVNLQLSYNHFTGPLPQYICLGGSLQNFAANENRLTGPIPSSLKNCSSLMRLNLAKNMLMGNIPNDFGLYPNLKYIDLSRNAFNGNLSSNWVKCHNLTGLIISYNRLFGGIPPELGQAPKLQMLELSSNRLTGKIPKELGNLTQLFHLSISKNNLSGNIPIEIGSLKNLQLFDLATNNLSGPIPKQLGRLLKLNHLNLSHNNFTESIPSEFSQLQHLRELDLSGNSLNGKIPATLGKLKMLENLNLSHNNLSGNISASFKNMFSLTNVDISNNQLEGPIPNNRAFLNAPFQALQNNKNLCGHAYGLMPCPQVLSHSPNNIKTMMFLLFLALGALFVVGVSLYIHSQKARKKKKQEKEEQNRDLFSILHYDGKIVHETIIEATNNFDERYLIGKGGFGGVYKAILPSGQIVAVKKLQVEVDREMVDFKAFTSEVRTLTEIKHRNIVKLHGFCEHPRYCFLVYEFVEGGSLDKVLSSETHAAMFDWNKRVNVVKGVANALYHMHHGCSPPIVHRDISSKNVLIDLEYEARLSDFGTAKILNPNSRNLTSFAGTCGYAAPELAYTMEVNEKCDVFSFGVLCLEIIMGNHPGDLISSMHSPSSTSVTANLLLKDVMDQRLPLPVMPVVKEVVIIAKVAFACLNERPLSRPTMEDVYNKFVMPKSPLTRETLNTIGGDGATQGGDDATQGGVLSFAWPGRVPPFSWCGETFWVDDFDFLFCRSWFGVAVGVATNEAAIEVAVMDDRGVLRLGMDWRISWNIDE*


CDS Sequence:
>Vu_00727.1
ATGGTGTTCGCAAAGCTTGTAACATTTCAGTATATTCTCACCACCTTTTTCTTTTCACTTTTAAGGTTCTATTCCTCGGAAGTTTCTGGTGTATCTTTATCCAACGGTACTGTTATGTTTGGCTATGAAGCTGTCGAAGATGAAAACATTGAAGCAAGTGCTCTATTGAAGTGGAAAGCCAGCCTTGATAACCAAAGCCAGGTTTCCTTGTCTTCTTGGTCTACTTTCACTACCCCTTGCAAGTGGAAGGGGATAGTTTGTGATGAATCCAACTCTGTCAGCACTATAAATCTAAAAAACTTTGGACTACAAGGTACACTTCTCAATCTAAACTTGTCATCCTTTCCTAAGCTTCTGAGGTTGTATGTAAGTTACAACAACCTCAGTGGACCTATTCCTCGTCAAATTGGTAACATGTCCAAAATTTCTGTGTTGGAAATGAGACATAATTATTTTAGTGATTCCATCCCCCTGACAATTGGAATGTTGACAAATCTTGTTACACTTGATTTATCATCCAACCTTCTCTCTGGTACAATCCCTTCACTTAGAAACTTAACAAATTTAGAACACCTTATCCTCTTCCGCAACCTTCTCTCTGGTCCCATTCCTGAGGATTTGGGAGGACTTCATCATCTCAGAACAATCAAGTTGTTAGATAATCATATTTCTGGGCCAATCCCTTCTTCCATAGGAGACCTGCCTAATTTGGTGAAACTTCAGCTCACTCGAAATATACTAAACGGGTCAATTCCTTCCTCTCTTGGAAACTTGACAACACTCGTTGAATTGTCCATAGCTGAAAACAAGCTTTCTGGATCAATTCCTGCTTCCATAGGAAACTTGGTCTATCTAGAAAGGCTTAACCTTGCACAAAACAAACTTTCTGGACATATTCCCTCTACCTTCAGAAATTTGACTAAGCTTACCTTTCTATTACTTTATGTGAACAAACTTACCGGAAGCTTCTCAATAGCAACAAGTAACCTGACCAATTTAGTAAACTTACAACTAAGCTATAATCATTTCACTGGTCCTTTGCCACAATATATTTGCCTTGGAGGGTCACTTCAAAATTTTGCAGCCAATGAAAATCGTTTGACTGGTCCAATTCCATCAAGTTTGAAGAACTGCTCTAGTCTTATGAGGCTCAACCTTGCAAAAAATATGTTGATGGGAAATATTCCAAATGATTTTGGTCTGTATCCAAATTTGAAATACATAGATCTGAGTAGAAATGCCTTCAACGGCAACCTTTCATCAAATTGGGTCAAATGTCATAATCTCACAGGCCTAATTATCTCATACAACAGATTATTCGGTGGTATACCCCCAGAGTTAGGCCAGGCACCTAAATTACAAATGCTTGAACTTTCTTCAAATCGTCTAACAGGAAAGATTCCAAAAGAACTTGGGAACTTGACCCAATTGTTTCACCTCTCCATAAGTAAGAACAATCTTTCAGGCAATATTCCCATTGAAATTGGTTCCTTAAAGAACCTTCAGCTCTTTGATCTTGCAACAAATAATTTAAGCGGTCCAATCCCAAAACAGCTCGGCAGGTTGCTCAAGTTAAATCACTTGAACTTAAGCCATAACAATTTCACGGAAAGCATTCCATCTGAATTTAGCCAATTGCAACATCTTCGAGAACTTGATCTTAGTGGGAATTCTTTGAATGGAAAAATTCCAGCAACACTTGGAAAATTGAAGATGTTGGAAAACTTGAACCTCTCCCACAACAATCTCAGTGGAAACATTTCTGCCAGTTTTAAGAATATGTTCAGTTTGACAAATGTTGACATATCTAACAACCAGTTAGAGGGTCCAATTCCTAACAATCGAGCCTTTCTTAATGCTCCATTTCAAGCACTGCAAAACAACAAAAACTTGTGTGGCCATGCTTATGGGCTGATGCCTTGCCCGCAGGTCTTGAGCCACAGTCCTAATAATATCAAGACCATGATGTTTTTACTATTCCTTGCTTTGGGTGCACTATTTGTGGTTGGAGTTTCACTATATATTCATTCGCAAAAAGCAAGAAAAAAGAAAAAGCAAGAGAAAGAAGAACAAAATCGAGATCTTTTTTCTATATTGCATTATGATGGGAAAATAGTGCATGAAACCATCATCGAAGCAACAAATAATTTCGATGAAAGATATCTCATCGGAAAAGGAGGGTTTGGAGGTGTTTATAAGGCCATCTTACCCTCTGGCCAGATTGTTGCTGTGAAGAAACTTCAGGTTGAAGTTGACAGGGAGATGGTTGATTTTAAGGCTTTTACATCTGAAGTTCGAACCTTGACAGAAATCAAACATCGTAACATTGTGAAGTTGCATGGGTTTTGTGAACATCCACGCTATTGTTTCTTGGTTTATGAGTTCGTAGAAGGTGGCAGCTTGGATAAAGTACTAAGCAGCGAAACACATGCAGCAATGTTTGATTGGAATAAGAGGGTTAACGTTGTTAAAGGAGTGGCAAATGCTTTGTATCATATGCACCATGGTTGCTCGCCTCCTATTGTTCATCGTGACATATCAAGCAAGAATGTTCTTATAGATTTGGAATATGAAGCTCGCTTATCTGACTTTGGAACAGCAAAGATTCTGAACCCTAATTCACGTAATTTAACTTCGTTTGCAGGCACTTGTGGATATGCTGCACCAGAGCTTGCTTATACAATGGAAGTGAATGAGAAATGTGACGTGTTCAGTTTTGGGGTGCTTTGTTTGGAAATAATAATGGGAAATCACCCAGGAGATCTGATTTCTTCTATGCATTCACCATCTTCAACATCAGTAACAGCTAATTTGCTATTGAAGGACGTGATGGACCAACGACTACCTCTTCCAGTGATGCCAGTTGTTAAGGAGGTGGTCATCATTGCAAAAGTGGCATTTGCTTGTTTGAATGAAAGACCACTTTCTCGTCCAACCATGGAAGATGTTTATAACAAGTTTGTTATGCCTAAGTCACCTTTAACGAGGGAGACACTCAACACCATTGGAGGAGATGGTGCTACTCAGGGAGGCGATGACGCGACTCAGGGAGGCGTCCTTTCTTTCGCTTGGCCTGGTAGAGTTCCTCCTTTCTCGTGGTGCGGCGAGACGTTTTGGGTGGATGATTTTGATTTCCTGTTCTGCAGGTCCTGGTTCGGAGTGGCTGTGGGTGTTGCTACAAACGAAGCAGCCATAGAGGTTGCGGTGATGGATGACCGTGGAGTTCTCAGGCTTGGGATGGACTGGAGGATTTCCTGGAACATAGACGAGTAA


Promoter Sequence:
>Vu_00727::LG1:10559207-10561207(+)
AATATTTATGGAGAAATCTTTTCAAATATATTCACACAAATGTTTGCATTGATTAGAATCACCATCTATACAATGTATTGGGTGAAACGAGAGAAAATAAAAAAAATGGTAATTAAGGGTCTTCGATTAAAGAAAAATAAATAAGAAATGATAAGAAATATAAATAAAATAGTGATAATAAAATTAAAAAAATTTACCTTTTCTGAATATTTCAATAGTTGAAATCATGTTTAAAAAATATATATTGTTTTTGTAGTAATTATATACCATTAGTATTTTTTTATATTTAATTACAAAATAAAATATATTTTATCGTCAATTAGAGTCAGAATTGGTTATCGATTATAAAAAAAAAATAAAATAGAATTTGTCTATATAATATTATCTCATAGGGACTAAATCTATGTTGAAGTAAGATGTAGATATTGATCTTAAAACATAATTTTAAAAATTTCTTTATAAAATAATTGAAAGACTTCAAAACAAATTAATATATCACCAAACGTACCCGAATACTTGCTTAAACAAGGCATGTGAGCTCTAATTTCTCGAAAGGTGTTCATCTTAATTGGCAAAGGTACACACATAATTGAAAATTTCTGGTCCAGATCTTCTTCTATATGGTTGTTTGCCTGTTAACATTTATTAACGAATAATGACAAAAGAAGTAGCATATGACAATAATACACCATTTTTCTTTTCCTTTTGTTATAATCAATATGGTAAGTTAATTCATCATTCCTAAAACTTAATGACATGTAATTTTTGTTATCTGATAAAATTGATGATTGTTTTTTTAACAACCCTTTAGGACGATAGAAAATATAGTTTGATTTTTCAAATCTTTAATTCCACTAAAGTTATAAGATAGCTCATTTTTATTATTTGATATATAAAGTCATGATTTTTAAAGTTTTAAAAAGTTATATAAATTTAAAGAAAAATAAGTGGTAGATAACATAGATAAAAGATTAATTTAAAATATATAAAAATTAATTTAGAATATATAATAAAAATTAATTTAGAATATATAAGTTGGTGATCAAACTGTAAAGTTAAATTATGATTAAAATTTACTCTTTAATATGATATCAAAATTATTATTAGAGTTTATTCTAAGAATATTTATTTACTTAACATATTGTTTTATATATTCATTATGAGAGTGTTATTGAACTATTTAACGTCTAGTCTCATATATCATATGGATATACCTCGAGGCGGGCGTGAATTGGTCATGAGTTTGGTCGGAGAGGAACCAACAGATTAAATTTGATGGTGACAGATGGAATCATCGTATGAACTGAAAATGATGTGGCGAATGGCAGCTCAAATTTCCTCTACCAGAAATAAAATAATGTGGTTTTTACTTTGTCATTAGATGTTTGGTGACTGTGAAATGGACAATGGACATGGTGTGGCCAACGTAATAGTTATATCTGCTCTTATTTTAAAGTTATGTCTGTTCTAGCACGTGAAAATAATTATTGGTACCTCAGAAAATTAATACTGAACCAACAACTACAGAGAAACAGATTTTCTCTTCTCACAAATGGTGATACGGAACGTATATTCTCATAAATGGTGAAACTATTTTACTTGTAAAGTAGTTCTGAATAAAACTATTCATGTACTACCAATAAACGTGTATTTACTTCCCTTACTATCTAACATTCAACTCTGGTATTAAGGTTCATATGTTGCAAAGATACTGCATATTTTGCAGCGTTTCCATACATTTAGATATTGCTCCATTGAACTTGTTACCAGAGAAGTTGATGAGTTGGAGCTGAGATTTGGACGAAAAGCTCTTCATGATGTAGCTACGCATAATACATTTGGATGAACTGTTTCTGGGTTGGATTATAATCAACTTAACCTAAGATACACTTGCATTATTTCAGATTTTTTAACTTGTTAGAACTTCTGGAACTAAAGTGCAAACATGCTAATAATATGATAAGCTTGGAAAGTTAGTCTTTTTACGGAAAACTGTACTA


Gene Sequence:
>Vu_00727(+)
AAACAGAAGAGATATCCTTTATATAGAATGTTCAATACAATTTGATATTCATAATTTTCTTACTTCTTAGTAATAGAGCACAGCTTACACGTCAACAAAATTACTAAAATTTACAGGAATGGAAATCATGTTAGATACAATGAATGAGCATTTAGTTCGTGTAGCATAAAATTGCAAAGTTGGAGATGAACTCTTCATTAACGACACTTTTTTGCTGCATGCTATTTTTCAAGCAAACTGCATTCGAGTAATGGACCCTACATGAGGTCAGGAATACAATAATTGCACTACATAATGCAGAAAGCAAAAACACCATTTTGTGAGCATCATCTCTTACCTCAAAGTCCAACATGGTGTTCGCAAAGCTTGTAACATTTCAGTATATTCTCACCACCTTTTTCTTTTCACTTTTAAGGTTCTATTCCTCGGAAGTTTCTGGTGTATCTTTATCCAACGGTACTGTTATGTTTGGCTATGAAGCTGTCGAAGATGAAAACATTGAAGCAAGTGCTCTATTGAAGTGGAAAGCCAGCCTTGATAACCAAAGCCAGGTTTCCTTGTCTTCTTGGTCTACTTTCACTACCCCTTGCAAGTGGAAGGGGATAGTTTGTGATGAATCCAACTCTGTCAGCACTATAAATCTAAAAAACTTTGGACTACAAGGTACACTTCTCAATCTAAACTTGTCATCCTTTCCTAAGCTTCTGAGGTTGTATGTAAGTTACAACAACCTCAGTGGACCTATTCCTCGTCAAATTGGTAACATGTCCAAAATTTCTGTGTTGGAAATGAGACATAATTATTTTAGTGATTCCATCCCCCTGACAATTGGAATGTTGACAAATCTTGTTACACTTGATTTATCATCCAACCTTCTCTCTGGTACAATCCCTTCACTTAGAAACTTAACAAATTTAGAACACCTTATCCTCTTCCGCAACCTTCTCTCTGGTCCCATTCCTGAGGATTTGGGAGGACTTCATCATCTCAGAACAATCAAGTTGTTAGATAATCATATTTCTGGGCCAATCCCTTCTTCCATAGGAGACCTGCCTAATTTGGTGAAACTTCAGCTCACTCGAAATATACTAAACGGGTCAATTCCTTCCTCTCTTGGAAACTTGACAACACTCGTTGAATTGTCCATAGCTGAAAACAAGCTTTCTGGATCAATTCCTGCTTCCATAGGAAACTTGGTCTATCTAGAAAGGCTTAACCTTGCACAAAACAAACTTTCTGGACATATTCCCTCTACCTTCAGAAATTTGACTAAGCTTACCTTTCTATTACTTTATGTGAACAAACTTACCGGAAGCTTCTCAATAGCAACAAGTAACCTGACCAATTTAGTAAACTTACAACTAAGCTATAATCATTTCACTGGTCCTTTGCCACAATATATTTGCCTTGGAGGGTCACTTCAAAATTTTGCAGCCAATGAAAATCGTTTGACTGGTCCAATTCCATCAAGTTTGAAGAACTGCTCTAGTCTTATGAGGCTCAACCTTGCAAAAAATATGTTGATGGGAAATATTCCAAATGATTTTGGTCTGTATCCAAATTTGAAATACATAGATCTGAGTAGAAATGCCTTCAACGGCAACCTTTCATCAAATTGGGTCAAATGTCATAATCTCACAGGCCTAATTATCTCATACAACAGATTATTCGGTGGTATACCCCCAGAGTTAGGCCAGGCACCTAAATTACAAATGCTTGAACTTTCTTCAAATCGTCTAACAGGAAAGATTCCAAAAGAACTTGGGAACTTGACCCAATTGTTTCACCTCTCCATAAGTAAGAACAATCTTTCAGGCAATATTCCCATTGAAATTGGTTCCTTAAAGAACCTTCAGCTCTTTGATCTTGCAACAAATAATTTAAGCGGTCCAATCCCAAAACAGCTCGGCAGGTTGCTCAAGTTAAATCACTTGAACTTAAGCCATAACAATTTCACGGAAAGCATTCCATCTGAATTTAGCCAATTGCAACATCTTCGAGAACTTGATCTTAGTGGGAATTCTTTGAATGGAAAAATTCCAGCAACACTTGGAAAATTGAAGATGTTGGAAAACTTGAACCTCTCCCACAACAATCTCAGTGGAAACATTTCTGCCAGTTTTAAGAATATGTTCAGTTTGACAAATGTTGACATATCTAACAACCAGTTAGAGGGTCCAATTCCTAACAATCGAGCCTTTCTTAATGCTCCATTTCAAGCACTGCAAAACAACAAAAACTTGTGTGGCCATGCTTATGGGCTGATGCCTTGCCCGCAGGTCTTGAGCCACAGTCCTAATAATATCAAGACCATGATGTTTTTACTATTCCTTGCTTTGGGTGCACTATTTGTGGTTGGAGTTTCACTATATATTCATTCGCAAAAAGCAAGAAAAAAGAAAAAGCAAGAGAAAGAAGAACAAAATCGAGATCTTTTTTCTATATTGCATTATGATGGGAAAATAGTGCATGAAACCATCATCGAAGCAACAAATAATTTCGATGAAAGATATCTCATCGGAAAAGGAGGGTTTGGAGGTGTTTATAAGGCCATCTTACCCTCTGGCCAGATTGTTGCTGTGAAGAAACTTCAGGTTGAAGTTGACAGGGAGATGGTTGATTTTAAGGCTTTTACATCTGAAGTTCGAACCTTGACAGAAATCAAACATCGTAACATTGTGAAGTTGCATGGGTTTTGTGAACATCCACGCTATTGTTTCTTGGTTTATGAGTTCGTAGAAGGTGGCAGCTTGGATAAAGTACTAAGCAGCGAAACACATGCAGCAATGTTTGATTGGAATAAGAGGGTTAACGTTGTTAAAGGAGTGGCAAATGCTTTGTATCATATGCACCATGGTTGCTCGCCTCCTATTGTTCATCGTGACATATCAAGCAAGAATGTTCTTATAGATTTGGAATATGAAGCTCGCTTATCTGACTTTGGAACAGCAAAGATTCTGAACCCTAATTCACGTAATTTAACTTCGTTTGCAGGCACTTGTGGATATGCTGCACCAGGTTAGGCCCTTTAACTTTTTCATATCTTAAGAAACTCTACAACTGTTTCAATAATAAGCATTGCCACCTTTTGTGTAACAATTTGATGCAGAGCTTGCTTATACAATGGAAGTGAATGAGAAATGTGACGTGTTCAGTTTTGGGGTGCTTTGTTTGGAAATAATAATGGGAAATCACCCAGGAGATCTGATTTCTTCTATGCATTCACCATCTTCAACATCAGTAACAGCTAATTTGCTATTGAAGGACGTGATGGACCAACGACTACCTCTTCCAGTGATGCCAGTTGTTAAGGAGGTGGTCATCATTGCAAAAGTGGCATTTGCTTGTTTGAATGAAAGACCACTTTCTCGTCCAACCATGGAAGATGTTTATAACAAGTTTGTTATGCCTAAGTCACCTTTAACGAGGGAGACACTCAACACCATTGTACTTGGACAACTTCAGAATGATTGAACATGCTTTTCTTCTGTGTTCCAATAAGTTAGAGTTCCTTTTTCCTCTCTTATGCTGCTTCATGTGTGTTGAAGCTTGTCTGCAAATATTTCGCAATAAATTGGTGGTATGCAATAAATTGTTCAAGTTATAAAATTTTATCAGTAGATATTATATAATAATATCTTGCAAAATAAACTTTTGTATCTTTTTATGTTTTATCTTTAACTTCGAATAGATTCTTGAATTAGATTTTAATTTGAAGATGGGTAATGTCTGTCATTGTTGTCATCAGACAAAAAAGGTTGTTTAAGCAGCACTCAAGGTCCTGAAGCTGTTCCATAGGTAAATGGGTAATGTCTGCCATTGCATTAGATTGAGATAAATACAAAGAGAAAGAAATAGGTTAATGAAAAGAAGAACAATTGAGTAAAGTGGTATGCAACAAAAGTAAAGTAAAGAAAAACATGAATATTAATTAACGAAAGAAAAATGTTTTTTAACAAATTTTTTTTATAATTATTTTATATGATTGATCTGTTTTAAATGTTTTTAAAATTAAATTTAAATGAATCAATAAAATAATAATATAATTTTTTGTCAAAAAATTATTATTAAAAGTTGTTAAAATATGTACTTTAATATTTTTTTATAATATTTTAATATCATTGGATTGATAAAAATTAATTTATTATCAATAATAATAATCATAAACATTATATAAATCAATCAACGTATCCTTAAAACATGTAGCCGGAAGAGTCCATAGGTTTGTAACACTTCGATAAATTACTTTTTTTTTTTTTAATAACCACATAGTTTAGTAAAGTAACCCTGGATTACAGTGAAGCATACACAGATTTCCAAGTGGGGACACTGAAATATCCTTTGGTTCAGAAAAAGACTGTTCCATCCACTGCTGGGATTGTACTGAAGCCTTGGAGATTCATCATGTTGTTGCCCTACATAAATAGTAAATTGAATCGGAACTTTGCTTTCATTCACATGCATAGAACATACTTAAATTTTCAACATCCAAACAAATTAAATATATTTTTAGTAAAATTTTACTTTCTTTTACCAAATTAAGAAGTTATTTAAAATATATAAATTTATTGATATTTTAATTTTTTTAAAAAACTATCTCTTTAAATGTATTATCTCTTTTTCTTTTTTAAGTTATGTGATAAATGTTTACTTTTTAAATTTATTTTCATACTCTTAAAAGGTTATAGATAATAAGTTCAAATTAATTTGTCATATCTTCTATCAGCATAATGTTTTCCTTTTTCTTTAAATATAAAAGTTTATATATATTGAGATTATATTATGTAAAAAAAATTGAAAATAATTTCAACTAAAGTCGTTATTAGATGAAATGATTTTTATCAAGTTGAACTCTAAGTGTGTATTAATATGACTGCTTCAATTAAATTGATTTTGAGTTAAAGTCATTCTTACATGTGATAATTTTATGTGATAATTTTAGTGTAACTGGATATGAATTCAAATTGTGCTTACATATGACGATTTTAGTATAATTACTTTTGGATTTATGGTTAAGTGTAATTATTTTTGCTCGTGAAATTCTTGCACGACTTTATTATTTTTAATATGGTGTAATTTAAAAAAAATTGAGTTATAATTGTTAATTATGAATGTTATAAGATAATTTGGTATAAATTTTCCAAGATTTTTGAAAAAAAAAAACATGGTCACACCTAAGTCCTGATACCATACCAAGTTTATAATAAATATAAATAAATCAAAATTGTCATTTCATATGACAACTACAATTCAACTTATTTATAATCAAAGTGGTTAAAACCAATGATAATGATTTACCATATGCTATGACAATATCTTTACAATGTAAATTAGGTAAGACTTTAGTGTTGCATAAATATGCCACGCCTTGATCTATGATTAATTTGATAATCTATGATTAATTTGATCATATGTATGTTAATCATTCACCTTACATAAAAGTCATTATTTACTCCTACATCATCTTCAAGTTGATAGTCGGTCAAACTTTTTCATGGATAAGATGTCTTCTTCGTAACCAGGACTTGACCTTTGTTAGAGAAAAGCTTCGTTTAAAACCTTTTAAGTCTGTTTTAGGCTTAAATCCTCCCTTGATCCTAACTTTTGTATAGAAATATCAATTCGGTCTTCATTTTTCAATTGTCTCAATTGAGTCTATATATTTGTAAAATATCTCAATTGAGTCCAAATATTTGTAAGCCCTAACCGTTAAGTTGTTACAAACGGCGTTAAAATGTGCTGAGGTGGTGAGATGAATATTTTATTAAAAAAATATAGTGGCAGTGATGACATGGAATTTAATAAATTAAAAAAAAATTAATACGTCAAAATATTCTTCTTTCCCTCTTTTTTTGTTGGTTCTGTTTAAAAGTTGCAGGGAGGAGATGGTGCTACTCAGGGAGGCGATGACGCGACTCAGGGAGGCGTCCTTTCTTTCGCTTGGCCTGGTAGAGTTCCTCCTTTCTCGTGGTGCGGCGAGACGTTTTGGGTGGATGATTTTGATTTCCTGTTCTGCAGGTTTTGATTCAGGGCGTAATCCTCTTCCTCTTCTAAGATTGCGATTAGGGTTTCAGTTTCCTCTTCTAAGATTGTGATTAGGGTTTCAGTTGTTCTAAAGATTTGGGGGTTTTTCTGTTCGATCATCTGATTTCTTCTGCAACTTTAGATGTAGGGTTTCATTCCATTTGAAATTGGGTTTCCCACGTTCTTGTGGTTCGATTAAGGTTGATGGGTGCAATATGAGATTCGTCTCTGGAATTGAGGGTTATATTTTGAGAAATTTTGGGTTTTTATGCGTTTTAAGGTCCTGGTTCGGAGTGGCTGTGGGTGTTGCTACAAACGAAGCAGCCATAGAGGTTGCGGTGATGGATGACCGTGGAGTTCTCAGGCTTGGGATGGACTGGAGGATTTCCTGGAACATAGACGAGTAA