Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_31309 LG8 46226490 46237360 hypothetical protein LR48
 Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
A/G 46226855 synonymous_variant p.Leu122Leu
C/T 46226900 synonymous_variant p.Asn137Asn
G/A 46227023 synonymous_variant p.Ser178Ser
C/T 46227244 downstream_gene_variant
A/T 46227329 downstream_gene_variant
A/G 46227406 downstream_gene_variant
A/G 46227418 downstream_gene_variant
G/T 46227528 downstream_gene_variant
C/G 46227529 downstream_gene_variant
T/C 46227555 missense_variant p.Ile252Thr
C/T 46227606 missense_variant p.Thr269Ile
C/G 46227668 missense_variant p.His290Asp
C/T 46227701 missense_variant p.Arg301Cys
G/A 46227758 missense_variant p.Ala320Thr
A/G 46227766 synonymous_variant p.Gly322Gly
G/A 46227767 missense_variant p.Gly323Arg
G/A 46227818 downstream_gene_variant
T/C 46227870 stop_lost&splice_region_variant p.Ter332Glnext*?
C/T 46227993 missense_variant p.Pro373Ser
A/T 46228203 missense_variant p.Thr443Ser
G/T 46228207 stop_lost p.Ter444Leuext*?
C/T 46228211 synonymous_variant p.His445His
G/T 46228350 stop_gained p.Glu492*
T/G 46228376 missense_variant p.Cys500Trp
G/T 46228377 missense_variant p.Gly501Cys
A/G 46228425 missense_variant p.Lys517Glu
G/A 46228484 synonymous_variant p.Gln536Gln
T/G 46228501 missense_variant p.Ile542Ser
C/A 46228504 missense_variant p.Ala543Asp
T/A 46228823 downstream_gene_variant
T/C 46228825 downstream_gene_variant
G/A 46228849 downstream_gene_variant
G/A 46228941 downstream_gene_variant
A/G 46228948 downstream_gene_variant
C/T 46228960 downstream_gene_variant
T/C 46228964 downstream_gene_variant
C/T 46228996 downstream_gene_variant
A/T 46228999 downstream_gene_variant
G/C 46229008 downstream_gene_variant
C/T 46229028 downstream_gene_variant
G/A 46229031 downstream_gene_variant
C/T 46229047 downstream_gene_variant
T/A 46229054 downstream_gene_variant
T/A 46229063 downstream_gene_variant
T/C 46229073 downstream_gene_variant
T/C 46229074 downstream_gene_variant
G/C,* 46229091 downstream_gene_variant
T/C 46229098 downstream_gene_variant
A/G 46229105 downstream_gene_variant
C/T 46229115 downstream_gene_variant
T/C 46229124 downstream_gene_variant
T/C 46229131 downstream_gene_variant
A/T 46229148 downstream_gene_variant
A/G 46229150 downstream_gene_variant
A/G 46229160 downstream_gene_variant
A/G 46229163 downstream_gene_variant
A/G 46229168 downstream_gene_variant
A/T 46229174 downstream_gene_variant
A/G 46229193 downstream_gene_variant
C/A 46229202 downstream_gene_variant
G/C 46229204 downstream_gene_variant
C/G 46229207 downstream_gene_variant
C/A 46229220 downstream_gene_variant
A/G 46229231 downstream_gene_variant
G/A 46229289 downstream_gene_variant
A/T 46229303 downstream_gene_variant
A/G 46229319 downstream_gene_variant
G/A 46229330 downstream_gene_variant
T/A 46229371 downstream_gene_variant
T/A,* 46229472 downstream_gene_variant
C/T 46229660 downstream_gene_variant
A/C 46229747 downstream_gene_variant
A/G 46229886 downstream_gene_variant
T/C 46229890 downstream_gene_variant
C/T 46229901 downstream_gene_variant
G/T 46229943 intron_variant
T/C 46229965 intron_variant
C/T 46229972 intron_variant
C/T 46230012 intron_variant
G/A 46230047 intron_variant
G/*,A 46230051 intron_variant
T/G 46230093 intron_variant
A/T 46230095 intron_variant
G/T 46230097 intron_variant
C/T,* 46230116 intron_variant
G/T 46230118 intron_variant
G/C 46230122 intron_variant
G/A 46230175 intron_variant
C/G,* 46230189 intron_variant
A/G,* 46230190 intron_variant
G/A 46230196 intron_variant
A/G 46230203 intron_variant
G/A 46230266 intron_variant
T/G 46230282 intron_variant
G/A 46230292 intron_variant
G/C 46230305 intron_variant
C/T 46230327 intron_variant
C/T 46230339 intron_variant
A/G,* 46230364 intron_variant
A/G,* 46230374 intron_variant
C/T,* 46230430 intron_variant
T/A,* 46230442 intron_variant
A/G 46230450 intron_variant
G/A 46230461 intron_variant
T/C 46230464 intron_variant
A/G 46230469 intron_variant
A/G 46230510 intron_variant
T/C 46230533 intron_variant
G/T 46230581 intron_variant
C/A 46230620 intron_variant
T/C 46230629 intron_variant
T/C 46230679 intron_variant
C/T 46230751 intron_variant
C/T 46230797 intron_variant
T/A 46230813 intron_variant
A/G 46230829 intron_variant
A/T 46230844 intron_variant
G/C 46230919 intron_variant
C/T 46231180 intron_variant
G/C 46231259 intron_variant
C/T 46231330 intron_variant
G/T 46231362 intron_variant
G/C 46231363 intron_variant
T/A 46231375 intron_variant
A/G 46231426 intron_variant
T/C,A 46231455 intron_variant
T/G 46231474 intron_variant
A/T 46231479 intron_variant
C/A 46231487 intron_variant
A/G 46231488 intron_variant
A/G 46231490 intron_variant
C/G 46231502 intron_variant
C/T 46231517 intron_variant
A/G 46231519 intron_variant
T/C 46231525 intron_variant
C/T 46231548 intron_variant
C/T 46231556 intron_variant
C/A 46231565 intron_variant
C/T 46231583 intron_variant
T/C 46231602 intron_variant
G/T 46231615 intron_variant
A/G 46231623 intron_variant
T/C 46231704 intron_variant
C/T 46231723 intron_variant
T/G 46231752 intron_variant
C/T 46231754 intron_variant
T/C 46231774 intron_variant
C/T 46231784 intron_variant
C/T 46231795 intron_variant
G/A 46231809 intron_variant
A/T 46231813 intron_variant
T/C 46231817 intron_variant
C/T 46231822 intron_variant
A/T 46231835 intron_variant
A/G 46231910 intron_variant
T/C 46231994 intron_variant
T/A 46232109 intron_variant
C/T 46232162 intron_variant
G/A 46232193 intron_variant
T/G 46232284 intron_variant
C/G 46232320 intron_variant
T/A 46232372 intron_variant
T/C 46232446 intron_variant
T/A 46232537 intron_variant
A/G 46232543 intron_variant
G/A 46232577 intron_variant
T/A 46232684 intron_variant
T/C 46232767 intron_variant
G/A 46232784 intron_variant
C/T 46233001 intron_variant
T/A 46233161 intron_variant
C/T 46233486 missense_variant p.Thr668Met
C/G 46233493 missense_variant p.Asp670Glu
G/A 46233534 stop_retained_variant p.Ter684Ter
C/T 46233598 synonymous_variant p.Phe705Phe
T/G 46233602 missense_variant p.Leu707Val
G/A 46233645 missense_variant p.Gly721Glu
C/T 46233732 missense_variant p.Pro750Leu
A/C 46233733 synonymous_variant p.Pro750Pro
A/G 46233847 synonymous_variant p.Pro788Pro
G/A 46234238 missense_variant p.Val818Ile
T/G 46234459 intron_variant
A/G 46234517 intron_variant
C/T 46234592 intron_variant
A/G 46234732 intron_variant
C/T 46234788 intron_variant
A/T 46234789 intron_variant
T/A 46234835 intron_variant
T/G 46235016 missense_variant p.Ile838Met
T/C 46235083 missense_variant p.Phe861Leu
T/C 46235140 missense_variant p.Phe880Leu
A/C 46235164 missense_variant p.Asn888His
C/G,T 46235194 missense_variant p.Arg898Gly
T/C 46235275 intron_variant
A/T 46235411 intron_variant
C/T 46235511 intron_variant
C/A 46235745 splice_region_variant&intron_variant
C/T 46235805 missense_variant p.His927Tyr
T/C 46235909 synonymous_variant p.Ser961Ser
G/C 46236043 missense_variant p.Gly1006Ala
C/T 46236051 stop_gained p.Arg1009*
T/C 46236055 missense_variant p.Ile1010Thr
T/C 46236056 synonymous_variant p.Ile1010Ile
C/G 46236073 missense_variant p.Pro1016Arg
T/G,A 46236132 stop_lost p.Ter1036Lysext*?
C/G 46236142 stop_gained p.Ser1039*
T/G 46236155 missense_variant p.Cys1043Trp
T/G 46236182 missense_variant p.Ser1052Arg
A/G 46236195 missense_variant p.Ile1057Val
T/C 46236196 missense_variant p.Ile1057Thr
G/A 46236214 missense_variant p.Gly1063Glu
C/G 46236217 stop_gained p.Ser1064*
A/T 46236263 splice_region_variant&intron_variant
G/A 46236456 intron_variant
G/T 46236485 intron_variant
G/T 46236486 intron_variant
G/C,T 46236510 intron_variant
T/A 46236523 intron_variant
T/A 46236691 intron_variant
G/T 46236749 intron_variant
T/C 46236968 synonymous_variant p.Asn1090Asn
C/G 46237006 missense_variant p.Pro1103Arg
A/C 46237078 missense_variant p.Lys1127Thr
A/C 46237177 missense_variant p.His1160Pro

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_31309.1
MFPVYMFIMVFLVWVGNGNGHKDDCPFWFDCGNHGKFGYPFTTLQRQDCGIWPVHGCDDHNPNSGQGVTLKIGSRWIRVRNFEMQLSITILYFVDDHLNHLLQSDSCETFNHNIPLPPSSPLGYFTINNNITIFKCNRTRQVKTPRTFLKNTTCDYDIFMGPPHSDEVSHNSLASSCSMVQLPVNGYAVSANPFAFLTADIPLQFHPSDECMQCLGAISLCHLDNQRKVHCAPREDKSPAWKLGLIIGIGAGLCNVITLVLILTLRRCKHGGALALFRSRNGADPHDNLDIMTDRIFFGVPVFSYKELQEATNNFDRNRKLGEGGFGSVYYGKLEDGREVAVKLLFEHNYRRVQQFMNEIEILTHLRHRNLVSLYGCTSRHSRELLLVYEYVPNGTLAYHLNRRDKLLTWPIRMQIAVETATALAYLHASDIIHRDVKSSNILLDTNFLVKVADFGLSRLLPTDASHVSTGPQGTPGYLDPEYFQHYQLTDKSDVFSFGVVVAELISSLPAVDAGRESDEINLVSLAIKKIQNGKLSELVCQSLGFESNEEVRRMVSSVAELAFLCVQGDRQLRPSMDEVVEALQKIQAGIVLLLAAGNANGHSSDCPDSFDCGSLGRFSFPFTTFEYRNCGALAIQGCNNPNKTALKQVQLTNGGKLLQVTNIVGWRRKTEVTIKDKDFLNLLESSNCNALSYNIIFPPSSPFGSFYLKNNITAFNCSRQENRNISKDFVNYRCLSFDFYFAPSSSDQDHLRSLTSSCSMVQLPVRQDSQFFRDPFGFLTPEITFQFQFSNDCWRCQGSGGNCRIDSNAKLYCAMRKSRVSTRKLALMLGIGLGPWVIFGLFFTLRYCKQKYAQSRNTYGDSFQNPDTEIDMIFFGVPIFSYKELQEATNNFDSTRKLGDGGFGIVYHAPQGSPGYLDPEYFQCYRLTDKSDVYSFGVVLMELISSMPAVDAARERDEVNLVNFFMTKIQKGKLRELVDPSFGFESDEVVKRMVTSVAELAFRCVQGDNELRPSMDQVLEFLKKIQSGNYESENPDKGDHGGNVMSSTSREEVQPPPSVSRNSGQIEILMNNKLSSPRAENRVRKRGEITQYMAALHKFKLFATPCGVGQSPTQSPRTSPLVQFRRPKTSLRTLLSLNRSPRRAVEKDPMRRHSLKDLFVSSPPREEQVHDHETTPMLVSVAVPHSWNNEPGSTNSPWTGFRCRSLLKRKYWRPLLLTIPE*


CDS Sequence:
>Vu_31309.1
ATGTTTCCTGTTTACATGTTCATTATGGTTTTCCTTGTGTGGGTTGGGAATGGAAATGGGCACAAGGATGATTGCCCATTCTGGTTTGATTGTGGAAACCATGGGAAATTCGGTTATCCTTTCACCACGCTACAACGCCAAGATTGTGGCATATGGCCAGTCCATGGTTGTGATGATCACAACCCAAACTCAGGGCAAGGGGTAACGTTAAAGATCGGATCAAGGTGGATTAGGGTTAGAAATTTTGAGATGCAATTGAGTATTACTATACTCTACTTCGTTGATGATCATCTCAATCATCTCCTGCAATCCGATAGTTGTGAGACATTCAACCACAATATTCCACTCCCTCCTAGCTCTCCCTTAGGTTACTTCACTATCAACAACAACATAACCATTTTCAAGTGTAACCGCACTCGCCAAGTTAAGACCCCCAGAACATTCCTCAAAAATACAACCTGTGACTATGACATCTTCATGGGGCCTCCACACTCTGATGAAGTGTCTCACAACTCTCTAGCTTCCTCCTGTTCGATGGTTCAGCTTCCCGTCAATGGCTATGCAGTCTCTGCAAATCCCTTTGCATTCTTAACTGCTGACATTCCCTTGCAGTTCCATCCGTCAGATGAGTGCATGCAGTGTTTGGGTGCCATAAGCCTTTGTCACCTCGACAACCAACGAAAAGTTCATTGCGCCCCAAGGGAGGATAAAAGTCCAGCTTGGAAGCTAGGATTAATAATAGGTATAGGTGCTGGATTGTGCAATGTAATAACATTGGTGTTGATCCTCACATTACGGCGCTGTAAACATGGTGGTGCACTGGCTCTGTTCCGATCAAGAAATGGAGCCGATCCTCACGATAATCTCGACATAATGACAGATAGGATCTTCTTTGGAGTACCCGTCTTCTCTTATAAGGAGCTTCAAGAAGCAACAAACAATTTTGACCGCAACAGAAAGCTAGGGGAGGGAGGATTTGGAAGCGTTTACTATGGTAAGCTCGAAGATGGACGGGAAGTTGCAGTGAAATTGTTGTTCGAGCACAACTACAGGAGAGTGCAACAATTTATGAACGAAATTGAGATTCTCACTCACTTGCGACACAGGAACCTCGTCTCCCTCTACGGTTGCACTTCGCGTCACAGCCGTGAGTTACTGCTTGTGTACGAATACGTCCCAAACGGCACTCTTGCTTACCATCTCAACAGAAGGGACAAGCTGCTGACGTGGCCAATTCGGATGCAAATTGCGGTGGAGACCGCCACTGCCTTGGCTTATCTCCACGCTTCCGACATCATTCACCGTGACGTGAAAAGCAGCAACATTCTACTTGACACAAATTTTTTGGTTAAGGTGGCCGATTTTGGACTTTCGAGGTTGCTTCCGACCGATGCAAGCCACGTGTCAACCGGTCCGCAGGGGACTCCGGGGTACCTTGACCCTGAGTATTTCCAGCACTACCAGCTGACGGACAAGAGTGATGTATTTAGCTTTGGGGTTGTGGTTGCTGAGCTGATATCGTCGTTGCCTGCGGTCGATGCCGGCAGGGAAAGTGATGAGATAAACTTGGTGAGTCTTGCCATAAAGAAGATTCAAAATGGGAAACTCAGTGAGTTGGTGTGCCAATCGCTTGGCTTTGAGTCAAATGAAGAGGTGAGAAGGATGGTGAGTTCAGTGGCGGAATTGGCCTTCCTGTGTGTACAAGGAGACAGGCAATTAAGACCTTCCATGGATGAAGTTGTGGAAGCACTGCAGAAAATTCAAGCTGGGATTGTGTTGCTTCTCGCAGCCGGAAATGCAAATGGGCACAGTTCTGACTGTCCGGACTCATTTGATTGTGGAAGTTTGGGAAGGTTTTCCTTTCCCTTCACCACCTTTGAATACCGCAATTGTGGTGCTTTGGCAATCCAAGGCTGTAATAATCCTAACAAGACAGCACTGAAGCAAGTCCAGTTGACCAATGGTGGAAAACTTTTACAAGTTACAAACATTGTTGGTTGGAGACGGAAGACTGAAGTTACCATTAAAGATAAGGACTTCCTCAATCTTCTTGAAAGTTCTAATTGTAATGCCTTGAGCTATAATATCATCTTCCCTCCCTCCTCCCCTTTCGGTTCTTTTTACCTGAAAAACAATATAACCGCCTTCAATTGCAGCCGCCAGGAAAACCGCAATATTTCAAAAGATTTCGTCAACTATAGATGTCTTTCCTTTGATTTTTACTTTGCCCCTTCATCCTCTGATCAGGACCACCTTCGCTCTTTAACCTCCTCATGTTCAATGGTTCAACTTCCCGTCAGACAAGATTCCCAGTTCTTCAGAGACCCATTTGGATTTTTAACTCCTGAAATTACCTTTCAATTCCAGTTTTCAAATGACTGTTGGCGGTGTCAGGGAAGTGGGGGCAATTGCCGAATAGACAGCAACGCAAAATTATACTGCGCCATGAGGAAAAGTAGAGTTTCGACTCGGAAGCTCGCATTGATGCTAGGAATCGGTCTTGGACCATGGGTCATATTTGGGTTGTTCTTCACGTTACGCTACTGCAAACAGAAGTATGCTCAATCGAGAAACACTTATGGTGATTCCTTCCAAAATCCAGACACAGAGATTGACATGATCTTCTTTGGGGTACCCATCTTTTCGTATAAGGAGCTTCAAGAAGCAACCAACAATTTTGACTCCACTAGAAAGCTCGGAGATGGAGGCTTTGGCATTGTTTACCACGCTCCGCAGGGATCTCCGGGGTATCTTGATCCTGAATATTTTCAATGTTACAGGCTCACCGATAAGAGTGATGTGTATAGCTTTGGGGTTGTGCTAATGGAGCTAATATCATCCATGCCAGCAGTTGATGCAGCCAGGGAAAGGGACGAAGTTAACTTAGTAAATTTTTTCATGACAAAGATTCAAAAAGGAAAGCTTCGTGAGCTTGTAGACCCATCCTTTGGATTTGAGTCAGATGAAGTCGTTAAAAGGATGGTGACTTCAGTGGCAGAATTGGCCTTTCGGTGTGTGCAGGGAGACAACGAATTGAGGCCTTCTATGGACCAAGTTCTGGAATTCCTCAAGAAAATCCAAAGTGGGAATTATGAGTCTGAGAATCCAGATAAAGGAGATCATGGTGGTAATGTTATGTCGTCTACCTCAAGGGAAGAAGTGCAACCACCACCATCAGTTTCACGGAATTCGGGTCAAATTGAAATTTTAATGAATAATAAGCTTTCTTCGCCAAGAGCAGAGAACAGAGTGAGGAAGCGTGGAGAAATAACTCAATACATGGCTGCATTGCACAAGTTCAAACTCTTCGCAACCCCGTGTGGAGTGGGGCAAAGCCCGACCCAAAGCCCGAGGACGAGCCCGTTGGTTCAGTTCCGGCGGCCCAAAACATCCCTGCGCACTCTTCTTAGCCTGAACCGGTCACCTCGGCGAGCCGTGGAGAAGGATCCCATGCGGAGACACTCCCTGAAGGACCTCTTTGTGTCATCGCCGCCACGAGAGGAGCAGGTGCACGATCACGAAACTACTCCAATGTTGGTTTCCGTTGCGGTTCCGCATTCTTGGAATAACGAACCCGGTTCAACGAACTCGCCTTGGACCGGTTTCCGTTGCAGGTCGTTGTTGAAAAGGAAATACTGGCGCCCTCTCCTCCTTACTATTCCGGAATGA


Promoter Sequence:
>Vu_31309::LG8:46224490-46226490(+)
TTATTGAGCTGATATCATCTATGCCAGCAATTGATCTGAACCGACATAAGGATGAAATAAACTTGGCAGATCTAGCAGTAAGGAATATTCATAAAAATGCAATTGCTGAGCTGGTGGATCCTTCCCTTGGTTTTGAGTCAAATGATGATGTTAAAAGACAAATCATTGCAGTAGCAGAATTGGCTTTTCAATGCTTGCAACAGGACAAAGACTTGAGACCATCCATGGATGAAGTGTTGGAGGTGCTGAAAAGAATAGAAAGTGGGAAGGATGAAGCAGGGCATGCTCAGGATGAAGAGCCATCATCACCATCTTCAGTAGATCACGATGAAGTGAAATTGTTGATGAATATGAAGTTGCCACCTTCGCCAAGGGCCGTGACAGATAAATGGAACTGTCGCTCTACCAGTCCTAATGTTAGTGGTCAATAAATCTTGCACTTTGTAACTTTCTTCCTTTCTCACTAAATATAGAACTTTTATAACTAACTATATATCATCAGTTAAATTTTTTAATTAACTTAATAATATAAAACTTGTTTGTAATTTAATAGCTTCTACTGTCTCTGCACTTCTCGTCACAGCCGTGAACTATTACTGTCTGAATCATTTGGAATAGAGCTGTTTCCCATATCTACCCGAAATGAAGCGGCCATAGAGACTGATTATTTTCTAAAATTGGGTGTATTATATATCTGAATCAACAAAATTAAATAAACAGAAGGGACTACTAATACTAACTCTCAACATCTTATACTAGAGAGTTATGGGAATCATGTTTGTGGTTACTGGTTTCAAATTATGGTCACAATTGTAAATCTAGTCCCATTACGCAGGCTCAACTGGTTATGGAGTATATGCAAGCAGTGCCAGTTTACAACGGCAAAAAAGAAAAACTAACAGACTAGAGCAGCAAATATTTTAATACCCATTTATAAAAAGATTGAACATCAGTATTATACTAATATATATTATATGTAAAAAATTAAAATAAAATTTTAATTTATATATTATTAAGTTAAATTTAATAAAAATTAACATTAATTTATATTTTGTAAAGTTAAATTTAATTAATACTAAATTTTAATTTATATTTCATTTAATTTATATTATATTTTATATTTTTTTTTAATTTTGTTTTAATAATTTATAAAAAATATATTTTTTACATATTTGTATATATTCACGATTTTAAAATATTCGCGAATATTTTTAAATAAATATCGATATGGATAATGAGTTAATTTTTTTGTTGAATCAAGTTATAGATAGACTTGGTGTTCAACCTGAGTTATTGTCATCTAGAATAATGTTGTCGAAAAGGAAAATAATATTTTTTCAAAAATTTATAAAAGCTAATATTTTTATTCTGACTTATTTTATTTTTAAAATAAAGATGTTATTTTGCTAGTGTTGGGTACGTGTAAACTAAAAGAAATATGGTGTTCGGATACTTTTCTCTTTTACTCTTTCTTTTATTAATAATATATTATAATTAATAAAGAAATTAAAATTTTAAATTAAAATAATAATATTAATCGAGAGTATAATCAAAATCCAGTGTCAAATATCAGGATCAACAGAGTAACGATCTTTTGATGACGGGGTAAAGATATTTTAACACAGCAAAAGACAACTAAATTTATTTAAGATAAAACTATATTTATCGGACATTAAAAAATAATAATATTTTAATTAAATTTTAAATTAAATTTATAATATATATTATTATATTATTAAAAGAGAGTGTTAAATGAACTTAGTTTTAAGGAGACCGCCAAACAAACTGTTTACTCAAAGATTCAAAAGGGACATGTGTTGTGTTTCAGCTTTGGAAGTTGGGGACCAGGCCCTGCTTCTTTACTCGTTTTTCGAGTCAACGGCAGATATGAAACAACTTGTCAATCGTGTGACACACTTGCAGCGAGGAATGGGTTATAAATTATTGAGTTTATCATTTCTGGGTTCAATCACAACCATTTCTTTACCATCATCTGAGGA


Gene Sequence:
>Vu_31309(+)
ATGTTTCCTGTTTACATGTTCATTATGGTTTTCCTTGTGTGGGTTGGGAATGGAAATGGGCACAAGGATGATTGCCCATTCTGGTTTGATTGTGGAAACCATGGGAAATTCGGTTATCCTTTCACCACGCTACAACGCCAAGATTGTGGCATATGGCCAGTCCATGGTTGTGATGATCACAACCCAAACTCAGGGCAAGGGGTAACGTTAAAGATCGGATCAAGGTGGATTAGGGTTAGAAATTTTGAGATGCAATTGAGTATTACTATACTCTACTTCGTTGATGATCATCTCAATCATCTCCTGCAATCCGATAGTTGTGAGACATTCAACCACAATATTCCACTCCCTCCTAGCTCTCCCTTAGGTTACTTCACTATCAACAACAACATAACCATTTTCAAGTGTAACCGCACTCGCCAAGTTAAGACCCCCAGAACATTCCTCAAAAATACAACCTGTGACTATGACATCTTCATGGGGCCTCCACACTCTGATGAAGTGTCTCACAACTCTCTAGCTTCCTCCTGTTCGATGGTTCAGCTTCCCGTCAATGGCTATGCAGTCTCTGCAAATCCCTTTGCATTCTTAACTGCTGACATTCCCTTGCAGTTCCATCCGTCAGATGAGTGCATGCAGTGTTTGGGTGCCATAAGCCTTTGTCACCTCGACAACCAACGAAAAGTTCATTGCGCCCCAAGGTATTTCTAATATTTAGCAAATTCATATATCTTTAAGTATGTGATCGATCTTTCCTATTATGCAGGGAGGATAAAAGTCCAGCTTGGAAGCTAGGATTAATAATAGGTAATAAACATGGTCTAATACCCCAGAGTGGCATGCATTGCATAAAGTGTCATTGTTTTTCTTTTTATAATATTTAACCCTCTTTGTTCTCCAATTTCTTTGCTAAAAAACAATTTACTGTATTTAAAGGAATTGGCTTCCAAAATAATTTGCTGAACAATTTTTTTCATTGAGATGACATATCCTTCTATGATACTCTTATGCATGTAAGCTTAATAATTGGAAATGTATGCAACAATGGCAGGTATAGGTGCTGGATTGTGCAATGTAATAACATTGGTGTTGATCCTCACATTACGGCGCTGTAAACATGGTGGTGCACTGGCTCTGTTCCGATCAAGAAATGGAGCCGATCCTCACGATAATCTCGACATAATGACAGATAGGATCTTCTTTGGAGTACCCGTCTTCTCTTATAAGGAGCTTCAAGAAGCAACAAACAATTTTGACCGCAACAGAAAGCTAGGGGAGGGAGGATTTGGAAGCGTTTACTATGGTGGGTATCATATAAAATAGTTAATGTATGAAATTTGATTAACTTGTTAAATTAAAACCAAAAAATAAAAATGCAGGTAAGCTCGAAGATGGACGGGAAGTTGCAGTGAAATTGTTGTTCGAGCACAACTACAGGAGAGTGCAACAATTTATGAACGAAATTGAGATTCTCACTCACTTGCGACACAGGAACCTCGTCTCCCTCTACGGTTGCACTTCGCGTCACAGCCGTGAGTTACTGCTTGTGTACGAATACGTCCCAAACGGCACTCTTGCTTACCATCTCAACAGAAGGGACAAGCTGCTGACGTGGCCAATTCGGATGCAAATTGCGGTGGAGACCGCCACTGCCTTGGCTTATCTCCACGCTTCCGACATCATTCACCGTGACGTGAAAAGCAGCAACATTCTACTTGACACAAATTTTTTGGTTAAGGTGGCCGATTTTGGACTTTCGAGGTTGCTTCCGACCGATGCAAGCCACGTGTCAACCGGTCCGCAGGGGACTCCGGGGTACCTTGACCCTGAGTATTTCCAGCACTACCAGCTGACGGACAAGAGTGATGTATTTAGCTTTGGGGTTGTGGTTGCTGAGCTGATATCGTCGTTGCCTGCGGTCGATGCCGGCAGGGAAAGTGATGAGATAAACTTGGTGAGTCTTGCCATAAAGAAGATTCAAAATGGGAAACTCAGTGAGTTGGTGTGCCAATCGCTTGGCTTTGAGTCAAATGAAGAGGTGAGAAGGATGGTGAGTTCAGTGGCGGAATTGGCCTTCCTGTGTGTACAAGGAGACAGGCAATTAAGACCTTCCATGGATGAAGTTGTGGAAGCACTGCAGAAAATTCAAGCTGGGATTGGTGAGTGCGACATGTAGGAAAAAGAGAAACGCTGGTGCTGGGATCTCGCAGACTCAAGGAATAATATCAAAAAAAAAAATTGGCATCATTTTACTGGTAGTAAACTATCTTCATCGGAAAAGTTAATCTTTGGTATAGTGCATATTTTATCCAATTTTACTGGACACTGGACACTTTTTTTTGTTTTTTTTAAATTAACCGTGATTTCGTTCTACAGAGACTTCTGGTTGATAATTGAACCTTAGGTGAAATTGTTCAACCAAAATGACTTTTGTGTGGCTTTCAAAATCTTGTATTTGACTTTCTTTAATCTAATATGAAATTAATTTTGTTTATTTTTTTCCATTCATAAAAGACTTGTAAAGAATAAAGATTATTTCACGCAACTAAATATTTTACATTTATTTGACATTATTTTTAGTCATTTTTTATTCTTTTTTTTGAAACAATACAAAAATTTATATTTCTTTAACTATTTTATCTTTGTAACTCGTGTCAAATAAATGTAAAAATTATCATAATATCATTACTTATTCTAAAATTAAAACTAAAGCCGAACTTCCATAATAACCTGACTTTCTTATTTCTTTTAACCGCATATACATTTATGTTTATTAATAAATATTATAAAAATAAAATAGTCATAAAAATTAAATTTTTATATTTTTGAAAAAAGAAAAAGTAAAAAGTAAAAAAGTTAATATTAAATAATATAAAAAATTTATGTGTGAATTTCTGTTATTTTAAAGTACAATTTTTTAAGATTTAAAAAAAAACCCATTTGACACTTATTTATGAATAAAATAATCGTAAAATAAATAAATAAAATAGTATAATGAATGTAAAAAAAATTAAATGTTAAATTCCATTTCTCAAAAAAAAAGTTTCCTTCCTACTCTCAGTATTTTTTAGTATATGTTTTTTATAATTGTTATTTTTTATAAAAAAATTATTTAAATATTTAAAGTATTAAAAGAACAAATAAAGATTGGGTACAAGTATTCCGGCCAGCCGTTTCTATCTATAATCATTACAAAATGTTATGTTAATACAATGTTAAGCGATAATGTCACAATCATTCGGTCTGATTTATTTGCGAAATTATTTATAAACTTTTTAATGTTTCTTGACCCTTTTTATTTTCTTTTTATGAAACTAAGTGTAGTTTCTAATGATTTCTTGTTTAGTTAGTCCTTGATTATTTTTTCCATTATTAGTTTGAGTAGATAATCTTTTGACAATAAAGTCTTCACGAAGAAAATAGAAAATTTGTAGGAAAAACTGAAAAGGTGATGTAGTATTGTGATCAAAATTAATAATTGACTTTGACACCATTAAAAAAAATCAACTATTCATAATGTTACTATGGGCTCTCATAGCCGATCGATCGGTAAAGATGCAGGAGAGTCTCTACGTCACTTTGGACTCATATACTACTGATTAGTTAGGGCTTGGGCTAATATACTACCGATCGGTTAGGACGACATTCGATTCTAAGGAATCGAACGATCAGTATGCAGGAAAAAGCTTATTCGTCGTTCAGTTCCGACAACCATTAAACAATTAAGGTTTGCATTAATGACCATTAAGAGGTAAATTAATTGGTCAGATTCCTTTGAACTTTATAAATAAGTTTTAGGTTTGAGGTAAACTCACGTTCAACTCATACTCTACTACGCCCTACTTACATCCGAGCAAGACTTAAATATTTAACTATAACAAATAATTCATAAAACCGCAGTCAAGACTGAAGTTCATCGAGCGACCAATACTAAAGGTGACTGATCAGTCCATACTGGAAACAGACAAGCGGAGTACACAACTTAAACATCGAAGTCACGTCGAAAATATTAGTATCTCGATCTCACAAAATCCCTACCGAAATACATAATAATTTATATAAACCATAATAAGAAAAAATTACAAAGCACTGATTGTATTGAAAAGTTGAATCAACAAAATTAGAGAACCCCCAACTTTTGAACTCTTGGAAATCCCAGCCCCATTTCTCAAACAAATGAACCTTCTCTTTGAATATCTCCCGCACAAGCATTTTGTCCACTAGCTAGGAATGGTAGCACTAGAGTAAGGCAACTAGGTTTCAATATTGCCAGAATTTTAAAGGAAAATTGTAAAGTAATACTTTTACTTTCTTATTTAACATTTTTTACTTAATTTATATTTCAAAATAAAAAAAATAATTTTATTAGTGTTGTGAGATGCAAAGTAAAAACGAACGTATTCATGTATCATCATCCTTAAAGGAAACTGAATTTTGAAGTAAATGGTTGAGTTTTACAAGAAACTCAATTCATTAAAGAAGTAAAAACAAAATTTATTAAAAAAATTAGGGTTAAATATGTTTTTAGTCCCTAAACTATTGGCCGTTTTTGGTTTTCGTCCCTCTTTCAAAGTAAGGTACAATTTGGTCCTCATTCTTTTCGAAACGTTCGTTTTAGTCCTCGGAATTTTGGTTTTAGTCCTCATTTGTTGCTAAATGAGGACCAAATTTTTAAACAGTGTTTAGTTTTCGAGGACTAAAACGAACGTTTCGAAAAGAATGAGGACCAAATTGTTCCTTACTTTGAAGGAGGGACGAAAACCAGAAACGGCCAATAGTTTAGGGACTAAAAACATATTTAACCCAAAAAATTAAAAACATATTTTTAACAAAGTAAAAACTATACGTTAAGATGGGTCAACATTGCACTTAGGGTCTAAAATAATTTTACACAAAATTTAGAAACTAAAAGCAAAATTTTAATTCAGAGTGATTTAAGATTTTAATGTAATAAATATTTTGTTTTGGTAGAGATGGACATCCTTACTCAAAGCATTCACAATAGTTTTAAACACCGGATGAACTTCCTAACAGTTTTCCATTATCTATGTTTCATTGCTTGTTTTCTCTCTTCCCTCTCCAAGCGATGAGGGCGGATAAGTCAATGATTTATTTAATAATTATTGTATTAAAAATGAATAATAAAAATTAATTATTTGTTTTTTCTGTCAGACCGTATATATATAAATATTATAATAAGTTTACCTGACTCATTAATGATCAATAAATGACTCTCATTATTTTTATTAATCTCTAGTTAATTACTATTATTCTCTTTAACTGTTCATTAATAACTATTATTATCCAGATTAATTATCAGTTAATGATTATTCTGGACCGAGATTAATAATATTTAAAGTTATTTTGTTATAAGAATCAAATCAAAATTCAGTCGTTGAAGAAATAATCTTAGAAAAAACATTAAAGTCTGACTTATACTAATTTTATTAGAAAGTATTTAAGTATATTTATATCGTAAGGTCGAATTCTGAATAAAGATAAAATATTGCAGCTACTTTATTTCATTTTAATTTTAAATTACAAACTTTCTAATTTTTGAACAATTTTTTCTTGATGATTATTGAAATTATCATCTAAATCACGTTTAATGGTCAACTGTCGACTCACATTTTAGTCTGGGACAACTTAGTTACACGCACGAATAACTTTTTCGTTTGATTCTTGGGTGGTCGATTTTTTGAGGTGTGCTTTTCAAACTCAATTTTTGAGCGGAGACGAAAATGCTGACTATATTAGCCAATGGTTTTATTCTTTGCGAAACCGACAATAAAGTTTAAAGTGTTAAAGATCTGGTCAAGAAAATAAAAGACAAACAGTTAGACTATTAATTGTTTTTTATTTACTACTTAAAATTAATAATATTTTTATAATTATTTATAACAATTAAGGAATTGTTTTTGTCATCATTGTTAATAGAATCATCCTAGATATTTTATATGTTTTTTAATAAAAATATTAAAAATCACTCACAAAAATAGTAGAATAAGATAACAATCACAAGAACAAAAAATTAAAAATTATATAAGTATGTAATAAATTAAAAAATTAATATAAATTAAATTAAAAGTACAAAAATTAAAGAGAAACTTAAAGTTTAATTAAATCTTATATATTCAAGTATATATATTACTAATATTATTTAAATAACACATATTGCACACTCTTTAACTTCTTAATAAATTTTATTAGAAAAAATGTAGAGGGTTGTAAAGGTATCACCCTTTTTTTATTATTTTGTCAGAATTTGAAAAAAAATTAGTCTTTTTTTTTTTTGCGTGTGTGGTGACAGATCTACGACTAATTGGTTGAGTGCATCTGTACCAAAGAGTATGATTCGAGTTTCACACCGCGGCGGGTATTTATTGTCAGATAGCTAGCTATCTTTGGAAAGTCAAATTCCAAGAAACAAAGTGTTAAACACTTCTACCTGGTCAAGAGTCTGAGCAACCGAGTTCGTCAGGGTGGACGTGAGTATTATAAGAATTTATCACATTTTTATGATCTTTAGGACTTTACGCATTTAATATTAAATCCACATATCAACAAGGTAACACGGAGATTAAATAGCCATAAACAAATCACAAATCACCTAAATTCTTGCTCCCAATGTACATTGATATTCGCAGTCAACTGGTTTATAAGCGAGATACTAATATATAGAGGCATTCCATGGTTGTGGTGCTTCTATTGTATCATACGAAAATGTATGATGTTTATGTAATACTTTTGTTTTGTCATCTGACAGTGTTGCTTCTCGCAGCCGGAAATGCAAATGGGCACAGTTCTGACTGTCCGGACTCATTTGATTGTGGAAGTTTGGGAAGGTTTTCCTTTCCCTTCACCACCTTTGAATACCGCAATTGTGGTGCTTTGGCAATCCAAGGCTGTAATAATCCTAACAAGACAGCACTGAAGCAAGTCCAGTTGACCAATGGTGGAAAACTTTTACAAGTTACAAACATTGTTGGTTGGAGACGGAAGACTGAAGTTACCATTAAAGATAAGGACTTCCTCAATCTTCTTGAAAGTTCTAATTGTAATGCCTTGAGCTATAATATCATCTTCCCTCCCTCCTCCCCTTTCGGTTCTTTTTACCTGAAAAACAATATAACCGCCTTCAATTGCAGCCGCCAGGAAAACCGCAATATTTCAAAAGATTTCGTCAACTATAGATGTCTTTCCTTTGATTTTTACTTTGCCCCTTCATCCTCTGATCAGGACCACCTTCGCTCTTTAACCTCCTCATGTTCAATGGTTCAACTTCCCGTCAGACAAGATTCCCAGTTCTTCAGAGACCCATTTGGATTTTTAACTCCTGAAATTACCTTTCAATTCCAGTTTTCAAATGACTGTTGGCGGTGTCAGGGAAGTGGGGGCAATTGCCGAATAGACAGCAACGCAAAATTATACTGCGCCATGAGGTAATACTCATGTCTCAACAAAATTTCTTCATTAATATTTACATACATAACCAGATTTCTACAATTTTCACGCTTTTTTATTTCCCAACTGCTAAAAATCAAGTTAACTCTATGTTTTTTCTCATCAACACAAGAGTTAAAATTATGTAATTATTTTCTACTTTATTACTTCCCCGTTTACTCTGCTTGACTGTAATATTATAGAAAATTTTGCTTTATCATCTAGTGATCGCATATAACTAGGTTCACTTCACTTCTTTGTCATCTGATCGGAACAATTGCTCTGCTTTAAATTATGCAGGAAAAGTAGAGTTTCGACTCGGAAGCTCGCATTGATGCTAGGTAACTTACACATCCTGACATTCCCCTTCCGAATCTAAGTTTTCACTCCGAAATTTACAATAGAACACGTTTTTTCATTCATAAAATGAAAACTTAGGGAGAATCAATTTCTCAACACGAAACTTTGTCCCATGCGTATGTGTTTCATGATAATGGCTTATTCTCTTACAATTTCCTTTAATATTTTATAAAGAAAATAAAGTTAACATTTATAAAACATACCAAAACTCAATACCTGTCACAAAAAAGTTGTGAATAGTGTTTTAGAATTATTCACAATTTCATACTTTGCCTATTCACCAAGTTTAATATCACATTCTGGTTTTCTCCGACATTTTTTAAAAGAGAACTCTTGAAGATTATAGATAGAAACGAAGTGACACAAATTTAACATAAGATCTAATAGGGAATTCCCGTCCCCTTACAAAGTTTTAGAAAGCCGTATTGATTTCATCATCACTGATTTCTTTAAATTATTTAGGAAAAATTTAATTAATACCTTAACTTAAATAATCAAAAGTATTCTTTTTAAAATATATTATTAGGACACGTGAAACATTTTTTTTTTTACAGTTTTAATTAAAAAACTTAATACAAAATTTGTCATAGAAGTTATTTTTCTCCTCTTTGGTCATTCACTGGTTGACATTAAAAAGATGACTTTAATTTGAGTCTCTGTTAGTTGTGAAACTAATTAAAGTCGCAATCTTTGAAGGAATCGGTCTTGGACCATGGGTCATATTTGGGTTGTTCTTCACGTTACGCTACTGCAAACAGAAGTATGCTCAATCGAGAAACACTTATGGTGATTCCTTCCAAAATCCAGACACAGAGATTGACATGATCTTCTTTGGGGTACCCATCTTTTCGTATAAGGAGCTTCAAGAAGCAACCAACAATTTTGACTCCACTAGAAAGCTCGGAGATGGAGGCTTTGGCATTGTTTACCACGGTCAGCATACAATACACTACATACCTCATTTCCACTGCAGAGATACAATTACTTTTCATCTTATTAATTCGCTTAAGCATTTATCTATAAAAAACCAGGGACACTGAGAGATGGAAGGGAAGTTGCAATCAAACATCTATTTGAGCACAATTACAAGAGAGTGGAACAGTTTATGAATGAAATTGAGATCCTTTCTCGCTTGCGCCACAGAAATCTCGTGTCCCTTTATGGCTGCACTTCACGTCACGCCCAAGAGCTGTTGCTTGTGTATGAGTACATTCCAAACGGCACAGTTGCTAGCCATCTCCACGGTGAATTAGCAAGAGTTGGTTTGCTGACATGGCCCATTCGAATGCAAATTGCCATGGACACTGCTACTGCACTCTCCTATCTCCATTCTTCTAACATCATTCACCGTGATGTGAAAACCAATAACGTTCTGCTTGACATTAATTTTTCCGTTAAGGTGGCAGATTTTGGGCTTTCAAGATTGTTTCCCAATGATGTTAGTCACGTGTCCACAGCTCCGCAGGGATCTCCGGGGTATCTTGATCCTGAATATTTTCAATGTTACAGGCTCACCGATAAGAGTGATGTGTATAGCTTTGGGGTTGTGCTAATGGAGCTAATATCATCCATGCCAGCAGTTGATGCAGCCAGGGAAAGGGACGAAGTTAACTTAGTAAATTTTTTCATGACAAAGATTCAAAAAGGAAAGCTTCGTGAGCTTGTAGACCCATCCTTTGGATTTGAGTCAGATGAAGTCGTTAAAAGGATGGTGACTTCAGTGGCAGAATTGGCCTTTCGGTGTGTGCAGGGAGACAACGAATTGAGGCCTTCTATGGACCAAGTTCTGGAATTCCTCAAGAAAATCCAAAGTGGGAATTATGAGTCTGAGAATCCAGATAAAGGAGATCATGGTGGTAATGTTATGTCGTCTACCTCAAGGGAAGAAGTGCAACCACCACCATCAGTTTCACGGAATTCGGGTCAAATTGAAATTTTAATGAATAATAAGCTTTCTTCGCCAAGGTCCTACACCGAGAAATGGGAAAGTGAATCTACAACGCCCAATGTCAGTGGTTAACCACTTTTCGGCTAATAATAACAATAGTTTTTCACGTTTTGGTAAAAATTAAGAATATATTACCGAGCCTTTTTTGTACTCTCGATGCTCCTAGTTCCATTACACTAATGATTGATTACGAATTTCAAAGAGACAAGGACTTGGGGGGAAAAAAAGTAAAGAAAAATCGAAGGGAGAAGAAAAATTCTGTAATCTACGTCACATAATTCGTTATTTATCAGTCAAATCAATGTAACTATTTGTTAGTATCGCGCGTGACGTTGTACTGTAGTACATTTAATGTTTGTTTTTGTGGAGGATATATTTGTTCTTTAAAATCGCAAGATCCAGTTGGTGCAACGATTACGTTTTATTTTATTGAAAAGAAAAAAAGCCAGATGGGAAAATGGTTGGGCCTACTAGCGATTCCATTTCCATGGTCTTGGCATGAGTCATAGTGCTTTTTAGTCCAAAGTATCAAAGGAAGAATTAAAGAGAAGTAATGAATGTGTGTGGAAGAAAAGATGCAACCGTTCCCAAAATAGATCCCATGCTTGTTAGGAGCAATCAATCACCTTTGTCCCCTCACAATTATCAATATTCAAATTCAAACTCACTTTAACCCTCTTTTAATAGAGCAGAGAACAGAGTGAGGAAGCGTGGAGAAATAACTCAATACATGGCTGCATTGCACAAGTTCAAACTCTTCGCAACCCCGTGTGGAGTGGGGCAAAGCCCGACCCAAAGCCCGAGGACGAGCCCGTTGGTTCAGTTCCGGCGGCCCAAAACATCCCTGCGCACTCTTCTTAGCCTGAACCGGTCACCTCGGCGAGCCGTGGAGAAGGATCCCATGCGGAGACACTCCCTGAAGGACCTCTTTGTGTCATCGCCGCCACGAGAGGAGCAGGTGCACGATCACGAAACTACTCCAATGTTGGTTTCCGTTGCGGTTCCGCATTCTTGGAATAACGAACCCGGTTCAACGAACTCGCCTTGGACCGGTTTCCGTTGCAGGTCGTTGTTGAAAAGGAAATACTGGCGCCCTCTCCTCCTTACTATTCCGGAATGA