Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_25667 LG6 25494507 25499328 PREDICTED: G-type lectin S-receptor-like serine/threonine-protein kinase At1g11300 isoform X3
Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
C/G 25494657 missense_variant p.Arg51Gly
C/G 25494672 missense_variant p.Gln56Glu
A/C 25494682 missense_variant p.Tyr59Ser
T/A 25494683 stop_gained p.Tyr59*
T/A 25494696 missense_variant p.Phe64Ile
A/C 25494729 missense_variant p.Lys75Gln
T/C 25494732 missense_variant p.Phe76Leu
T/G 25494752 missense_variant p.Asn82Lys
G/T 25494808 missense_variant p.Arg101Leu
G/A 25494823 missense_variant p.Ser106Asn
G/T 25494836 missense_variant p.Leu110Phe
C/A 25494891 missense_variant p.His129Asn
G/C 25494928 missense_variant p.Arg141Thr
A/T 25494950 missense_variant p.Gln148His
T/A 25494960 missense_variant p.Ser152Thr
G/C 25495069 missense_variant p.Ser188Thr
A/T,* 25495090 missense_variant p.His195Leu
A/*,G 25495093 missense_variant p.Asn196Ser
G/T 25495138 missense_variant p.Gly211Val
T/C 25495169 synonymous_variant p.Ser221Ser
C/A 25495195 missense_variant p.Ser230Tyr
T/C 25495199 synonymous_variant p.Asp231Asp
A/G 25495200 missense_variant p.Lys232Glu
G/A 25495203 missense_variant p.Glu233Lys
C/G 25495206 missense_variant p.Arg234Gly
G/A 25495207 missense_variant p.Arg234Gln
A/T 25495210 missense_variant p.Gln235Leu
A/T 25495211 missense_variant p.Gln235His
T/G 25495222 missense_variant p.Ile239Ser
A/G 25495229 synonymous_variant p.Ser241Ser
C/G 25495232 synonymous_variant p.Ser242Ser
G/A 25495382 synonymous_variant p.Leu292Leu
G/C 25495385 synonymous_variant p.Ser293Ser
A/G 25495404 missense_variant p.Lys300Glu
C/G 25495412 missense_variant p.Asn302Lys
A/G 25495548 missense_variant p.Lys348Glu
A/G 25495549 missense_variant p.Lys348Arg
G/T 25495624 missense_variant p.Ser373Ile
A/T 25495798 downstream_gene_variant
A/C 25495872 missense_variant p.Lys396Gln
A/T 25495874 missense_variant p.Lys396Asn
G/A 25495883 synonymous_variant p.Thr399Thr
G/C 25496144 missense_variant p.Cys462Ser
G/C 25496164 missense_variant p.Glu469Gln
G/A 25496188 splice_region_variant&intron_variant
T/G 25496325 downstream_gene_variant
A/G 25496339 downstream_gene_variant
G/A 25496515 downstream_gene_variant
T/C 25496613 downstream_gene_variant
T/A 25496633 downstream_gene_variant
T/G 25496640 downstream_gene_variant
A/G 25496644 downstream_gene_variant
A/T 25496799 missense_variant p.Gln517His
T/C 25496807 missense_variant p.Val520Ala
A/T 25497080 missense_variant p.Arg586Ser
T/A 25497085 missense_variant p.Ile588Lys
T/A 25497107 synonymous_variant p.Ile595Ile
A/T 25497114 missense_variant p.Ile598Phe
A/G 25497174 intron_variant
C/T 25497187 intron_variant
T/A 25497217 intron_variant
T/C 25497288 intron_variant
G/C 25497402 intron_variant
C/A 25497417 intron_variant
A/G 25497509 missense_variant p.Asn617Ser
T/C 25497569 missense_variant p.Val637Ala
T/A 25497724 intron_variant
T/C 25497743 intron_variant
C/A 25497760 intron_variant
C/A 25497839 intron_variant
A/C 25497872 intron_variant
C/A 25497889 intron_variant
A/C 25497910 intron_variant
C/A 25497915 intron_variant
T/C 25497953 intron_variant
A/T 25497969 intron_variant
G/T 25497976 intron_variant
C/T 25497989 intron_variant
T/G 25498004 intron_variant
T/G 25498007 intron_variant
C/G 25498015 intron_variant
G/A 25498399 intron_variant
C/T 25498470 intron_variant
G/A 25498510 intron_variant
C/T 25498627 intron_variant
T/G 25498881 intron_variant
C/T 25498941 intron_variant
C/T 25498972 intron_variant
C/T 25498977 intron_variant
C/T 25498984 intron_variant
T/C 25499049 intron_variant
C/T 25499052 intron_variant
C/T 25499068 intron_variant
T/C 25499070 intron_variant
C/G 25499097 intron_variant
C/G 25499111 intron_variant
C/T 25499120 intron_variant
A/G 25499134 intron_variant
T/C 25499228 missense_variant p.Leu687Pro
G/A 25499245 missense_variant p.Ala693Thr
A/G 25499300 missense_variant p.Glu711Gly

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_25667.1
MGTSDSVVSYNGKFELCFFTRVRDNSTKYYVGIRYNRVPNDKNKIVWVANRDYAFQTPYAVLTFKDGNLVIIDGKFTYNVSNVSNNISVYAMLLDSGNLIRLKTSSKQILWQSFDYPTDTLLPIMKLGHDEGNTWSLRSWRSADDPDQGAFSLEYDLGRVSLIINNGSNAFWIDNHYNETIGNFTSRSGGYQHNHNDTYFNVGDYFTLPVGNDSRLVLEVSGELIQEYWSDKERQWISIQSSKCANNSCGAFSICNPKALRPCDCLYGFKPSDAYSWNNGNKSAGCVRNKDLSYCSNSVKSNDKFKQLYYVKSPTLDSLTKINTTTRECESTCSRNCSCVAYAYYVNKDCQLWLGSVLNLKNVSTDVANSDDSNPIFYLRLAAAEVDTSDSNTTREKESRHTSVSKILLLIVILISFVAFLILGLLVYWIRKKRRKGEDLLHFDISMSMKVEDSELTEADRSAKVKKEVKLPLFNATKKQMLDWGTRVRIIDGIAQGILYLHQYSRFRIIHRDLKASNILLDSHMNPKISDFGLAKIFGDNELQANTNRIVGTYGYMAPEYAMEGLFSVKSDVFSFGVLLLEIVSGKKNTGFYQTNSFNLLGYAWDLWTRNSGLDLMDNALDDSDTLSNNSLHTVPRYVNIGLLCVQESPKDRPTMSDVVSMIGNDTVLLPSPKPPAFLKDVATSITSLVGDVAASITSPVGDAPTSVNETMEYFHPLKGH*


CDS Sequence:
>Vu_25667.1
ATGGGAACCTCAGACTCCGTTGTTTCTTATAACGGGAAGTTCGAATTGTGCTTTTTCACCAGAGTCAGAGATAACTCAACCAAGTACTACGTTGGTATACGGTATAACAGGGTCCCAAACGACAAGAACAAGATTGTCTGGGTTGCTAACCGAGACTACGCATTTCAAACACCATATGCAGTTCTTACCTTTAAAGATGGAAATTTGGTGATCATAGATGGAAAATTTACATACAATGTCAGCAATGTTTCAAACAATATCAGTGTCTATGCCATGCTCTTGGATTCAGGAAACTTGATACGGCTGAAAACCTCAAGTAAACAGATTTTGTGGCAGAGTTTTGATTATCCTACGGACACCCTTTTACCCATAATGAAACTAGGACATGACGAAGGAAACACTTGGTCATTGCGATCATGGAGAAGTGCAGATGACCCTGACCAAGGAGCTTTTTCCCTCGAATATGATTTGGGCAGGGTCAGCCTAATCATCAACAATGGTTCTAATGCTTTCTGGATTGACAACCACTACAACGAAACTATTGGCAATTTTACTAGCCGAAGTGGTGGATATCAGCACAACCACAACGATACTTATTTCAATGTCGGCGACTATTTCACTTTGCCAGTTGGTAATGACTCTAGGCTGGTACTAGAAGTGTCTGGTGAGCTCATCCAGGAGTATTGGTCTGATAAAGAACGACAATGGATTTCTATTCAGTCATCCAAGTGTGCTAACAATTCGTGTGGAGCCTTTTCCATCTGTAACCCGAAAGCTCTTCGCCCTTGTGACTGTCTTTATGGTTTCAAGCCCTCTGATGCTTATTCTTGGAACAATGGGAACAAATCCGCTGGCTGTGTAAGGAACAAAGACTTGTCGTACTGCAGTAACAGTGTTAAATCCAACGATAAATTCAAGCAACTTTATTATGTCAAATCACCAACTTTGGACAGTCTCACGAAAATCAATACAACAACAAGAGAGTGTGAAAGTACTTGTTCTAGAAATTGTTCTTGCGTTGCTTACGCTTACTATGTGAACAAAGATTGCCAGTTGTGGCTTGGTTCGGTATTGAATCTAAAGAACGTCTCAACAGATGTGGCCAATTCTGATGATAGCAATCCAATTTTTTACTTAAGACTTGCTGCCGCGGAAGTCGATACTTCGGATTCGAACACAACAAGAGAAAAAGAATCACGACATACTTCTGTGAGCAAGATCCTACTTCTGATTGTTATATTGATCTCCTTTGTAGCTTTTCTTATATTGGGCCTTTTAGTTTACTGGATTAGAAAGAAGAGGAGAAAAGGGGAAGATTTGCTCCATTTTGATATAAGCATGAGCATGAAAGTTGAAGATTCTGAGCTTACTGAAGCAGATAGGAGTGCCAAAGTGAAGAAGGAAGTGAAATTGCCTTTATTCAATGCAACAAAGAAACAGATGCTAGATTGGGGAACAAGAGTCAGAATAATTGATGGAATTGCCCAAGGAATTCTTTATCTTCATCAGTATTCCAGGTTCAGGATCATTCACCGAGATTTAAAAGCTAGCAACATATTGTTGGACAGCCATATGAATCCCAAAATATCAGATTTTGGATTGGCAAAAATATTTGGTGATAATGAGCTTCAAGCAAATACAAACCGAATAGTTGGAACATATGGTTATATGGCTCCTGAATATGCTATGGAAGGACTCTTCTCAGTAAAATCGGACGTGTTTAGTTTTGGGGTCCTTTTGTTGGAGATTGTAAGTGGCAAGAAGAATACTGGCTTTTATCAAACGAATTCCTTCAATCTTCTTGGATATGCTTGGGATCTTTGGACAAGAAATTCAGGACTGGATCTAATGGACAATGCATTAGATGACAGTGATACTTTAAGTAATAACAGTCTGCATACTGTGCCAAGGTATGTGAACATAGGACTTCTTTGCGTTCAAGAAAGTCCAAAAGATAGGCCAACCATGTCTGATGTTGTATCAATGATTGGAAATGACACTGTGCTCCTTCCTTCTCCTAAACCACCTGCATTTCTAAAGGATGTCGCTACCTCGATCACCTCACTTGTCGGTGATGTCGCTGCCTCGATCACCTCACCCGTCGGTGATGCTCCAACCAGTGTAAATGAAACTATGGAGTACTTCCACCCATTAAAAGGACACTGA


Promoter Sequence:
>Vu_25667::LG6:25492507-25494507(+)
ATAATAACTGTAAAAGAGTTAGTTTCTTAATACCAATTTTGATAAAATCATAGAATTGAAAGAAATAAAACTTAAATTCCAATTTATTAAATTTAAATTCTAATATGAAATTCAGTACTTTTTGTTTCACTTCTACCGCAAATATTAAATTAAAATCACAACATCATATTTATAATTTTGATAAAATGAAATTTTTTTTTCTTAATTTCACTTCCCGTTGGTTGAATTTGATTAGTTGTAATTCTTTTATAGTGTTTCAAAAATCTAATGGTTGATATTCTATGGAAAAACGTTATTTACTAGTAAAATTTTGTACTAACAAATACAAAATTGTGTTATAAACATCTCATTTTAAGATATTTATATTAATATATATTATATGTATATATAAAAAATGGATTTAATCCCATTTTACTCATAACTAAGGCCAAATAATATAGATTTCTTTTAAAATATTTTTTCTATATTTGGCTTCTATTATGACCTGAATCAAATCAATATACATTACAAAAAGAATATAATATAGGAAGGGTTTGTTTTCCACTGTTTCTAAAACCTTAAATTTCTCACAAACATATAGACCATATTAAAATAATTTTTGTAATCGAGTGCCCAGGTTGAAAGTGTAAACTTTTATCCAATATCTAGGCGTACAAGGTCTAGGTTTTTCCATATGTAAAAACGATATGCTTAATTCTACTAGTTTGCATTTGTACTAATTTTGTATCGCGTTCATCATTTGCATGGATTTGATTAGTTGTACTTGTTTTATAGTTTTTCAAAAATCTAATGGTTTATCTTCCATGGAAAACGTTATTTACATGTAAATTATATACTAACGAATACAGAATTGTGTTACAAACAATTCATTTTAAGATATTTATATATATAAATCTAGAGAACAAATGAACTTTACCTTTAGACCTATTATAGACAAGAAAGAAAGTCCAAAAACTCAACATGCCTCAACCAAGTGATTAACATAATTTGACTCAAATCGAGATAACGTTTCAAGCATTCATTTGATTGGTTTCTACAAACAGTAAGCGATACTGTGTACGTAAGGTTGTGTAAATTATAAAGATTAAATATACAAGGGCAAAAACCTAAAATATGGATAAGTAAACCTAAAATATAACAGGCACAATCAAATTTGAATTGATTCTGTCATTATTTTAAAATAATGCTCATGATCATCAAGTCCATCCTCGACTTAGAAAGTGATACTTTTAACTGCCTTTTATTCTATGGAATATTACACATAGCGGGCCAGTGTTTATTTATAGAGTCAACAAGTCCACCCTCCACTTAGAAAGTGACAGATTTGGTTGCTTTATATTGTTTGGAATATTACAAAAAAGAGTGTATCAGCACTAATCATACATCTAGAAAGAGAATAAAAGTAAAAGTTGGTTTAAAGATTCAAAGGAAAAAGAAATATGTAATAATTGTAGATAAAATTGAGATATATGGGTATAGTTACTCATCACAATCACAAGTATTATCAAAATGTCAATTTAATTTGACTCCCTTATGAGGGGTTGAAAAAATTTGATCCAATCCAACTTATTACACATTAAAAAATTAAATGAATTTATTTACTGATTCATTTAATGACAAGTAATTTTTATTTTTTAATTTCAAAAAAATAACAATTTTTTTTTTAATTTAAATCTAAGGCAATCCAAAATGAGTTAAATTAGAAAGAAAATTTAAAATAAAGAAAAAATATAAGAATAATCACAATTGATGGGTTAGTTAAAGTCAAGCCACCAATGCTGTCATGAATACGAACCATTCAATCCGTCATCTAGGACAACTTATTAGATTGGTTTTCTCATATAATATGTAGAATTGTTTTAAATAATGGCAATCAATCTTGTGAATTAAAATGGCATTAACTTCCTCAACTCTGGCATCCTTGACATCATTCCTTTGCCTGTGTACGTTTTGTGTTAATGCAGTCATTCACCAGGAATTTTTGCAAATAGGAGAATCAA


Gene Sequence:
>Vu_25667(+)
ATGGGAACCTCAGACTCCGTTGTTTCTTATAACGGGAAGTTCGAATTGTGCTTTTTCACCAGAGTCAGAGATAACTCAACCAAGTACTACGTTGGTATACGGTATAACAGGGTCCCAAACGACAAGAACAAGATTGTCTGGGTTGCTAACCGAGACTACGCATTTCAAACACCATATGCAGTTCTTACCTTTAAAGATGGAAATTTGGTGATCATAGATGGAAAATTTACATACAATGTCAGCAATGTTTCAAACAATATCAGTGTCTATGCCATGCTCTTGGATTCAGGAAACTTGATACGGCTGAAAACCTCAAGTAAACAGATTTTGTGGCAGAGTTTTGATTATCCTACGGACACCCTTTTACCCATAATGAAACTAGGACATGACGAAGGAAACACTTGGTCATTGCGATCATGGAGAAGTGCAGATGACCCTGACCAAGGAGCTTTTTCCCTCGAATATGATTTGGGCAGGGTCAGCCTAATCATCAACAATGGTTCTAATGCTTTCTGGATTGACAACCACTACAACGAAACTATTGGCAATTTTACTAGCCGAAGTGGTGGATATCAGCACAACCACAACGATACTTATTTCAATGTCGGCGACTATTTCACTTTGCCAGTTGGTAATGACTCTAGGCTGGTACTAGAAGTGTCTGGTGAGCTCATCCAGGAGTATTGGTCTGATAAAGAACGACAATGGATTTCTATTCAGTCATCCAAGTGTGCTAACAATTCGTGTGGAGCCTTTTCCATCTGTAACCCGAAAGCTCTTCGCCCTTGTGACTGTCTTTATGGTTTCAAGCCCTCTGATGCTTATTCTTGGAACAATGGGAACAAATCCGCTGGCTGTGTAAGGAACAAAGACTTGTCGTACTGCAGTAACAGTGTTAAATCCAACGATAAATTCAAGCAACTTTATTATGTCAAATCACCAACTTTGGACAGTCTCACGAAAATCAATACAACAACAAGAGAGTGTGAAAGTACTTGTTCTAGAAATTGTTCTTGCGTTGCTTACGCTTACTATGTGAACAAAGATTGCCAGTTGTGGCTTGGTTCGGTATTGAATCTAAAGAACGTCTCAACAGATGTGGCCAATTCTGATGATAGCAATCCAATTTTTTACTTAAGACTTGCTGCCGCGGAAGTCGATACTTCGGGTAAGTTCAAGAAGCGTATTTTCCTAGACTTTGTGTGTTTCTCAGAGTTAGGAAGACAGAATCCTAAGTTCTTTTTCACTCAACTGTTACTTCTTTCTCTTTTTTAGCTAGACTGAAAACTTAAATAAATTTATCAGTCAATACATGAATTTTTATAGTTGATAAATTTTCTCTGCAGATTCGAACACAACAAGAGAAAAAGAATCACGACATACTTCTGTGAGCAAGATCCTACTTCTGATTGTTATATTGATCTCCTTTGTAGCTTTTCTTATATTGGGCCTTTTAGTTTACTGGATTAGAAAGAAGAGGAGAAAAGGTAAGAAAGACACAAGTTTTCCAAGTAAATTCAGAGTATGTTAACTTATGAACTAATTTTCCTCAATTTGCAGGGGAAGATTTGCTCCATTTTGATATAAGCATGAGCATGAAAGTTGAAGATTCTGAGCTTACTGAAGCAGATAGGAGTGCCAAAGTGAAGAAGGAAGTGAAATTGCCTTTATTCAGTTTCGAGAGTGTTGCAGCTGCAACTAATAATTTCTCAGATGCAAATAAACTTGGTGAGGGGGGCTTTGGACCCGTCTACAAGGCATGCTCAAAAACTCTATCCTCTCTATATAAACAGCTTTTACGATATAAACAGCTTTTACTACGCCATATATGTAACTTATACAAAAGATAAGAAAATACAGGGTACATTATTTAATGGGGATGAGGTTGCTGTGAAAAGACTGTCACGGAGATCTGGTCAAGGATGGGAAGAGTTGAGAAATGAAGCTTTGTTGATTGCAAAACTCCAACACAACAATCTTGTTAGACTTCTGGGTTGCTGCATTGATCGAAATGAAAAGATGCTGATTTATGAATTTATGCCTAATAAAAGCTTGGATCTTTTCCTTTTTGGTTTGTATCCTACAGTCTCTGAACTCTCTTAAATATGATCCCATCTGCCAAACTTTAACTTTTGTTATGACATCTTCAATGATGCATAGCAGATGCAACAAAGAAACAGATGCTAGATTGGGGAACAAGAGTCAGAATAATTGATGGAATTGCCCAAGGAATTCTTTATCTTCATCAGTATTCCAGGTTCAGGATCATTCACCGAGATTTAAAAGCTAGCAACATATTGTTGGACAGCCATATGAATCCCAAAATATCAGATTTTGGATTGGCAAAAATATTTGGTGATAATGAGCTTCAAGCAAATACAAACCGAATAGTTGGAACATAGTAAGTCAATTAACTTCAACTACTTTTCTTTACATGATCAACCATCTACTAATTAATGTACCTTATGCTCAGTGGTTATATGGCTCCTGAATATGCTATGGAAGGACTCTTCTCAGTAAAATCGGACGTGTTTAGTTTTGGGGTCCTTTTGTTGGAGATTGTAAGTGGCAAGAAGAATACTGGCTTTTATCAAACGAATTCCTTCAATCTTCTTGGATATGTGAGTTTCTAGATTCCATCCATTTGCTCTTCCTTTGCATTCTCACATTCAAATTGATTCCATGATTTTTGTGCATGTTTTAAGCCTTTTTACAAATGGTATGTTATGGCCTAATGAGTTTTCTATTTTGAGAAAGGATTCATCAAAGAGAAATTACATATATGTAATCTGAGTTCAACCCACGCAAAAGATTAATACTACTTTTAATCTAACATCAGAGAACGAGTTCAAGTTTAAATTTTCATCATGAGATGGAGTATACAAAATCATAGTGGCATACCAGAATATGCTCCAGACTTTCTAATTTTGAGGTTGTTTTGTGTTAAATCTTGAAGGCTTGGGATCTTTGGACAAGAAATTCAGGACTGGATCTAATGGACAATGCATTAGATGACAGTGATACTTTAAGTAATAACAGTCTGCATACTGTGCCAAGGTATGTGAACATAGGACTTCTTTGCGTTCAAGAAAGTCCAAAAGATAGGCCAACCATGTCTGATGTTGTATCAATGATTGGAAATGACACTGTGCTCCTTCCTTCTCCTAAACCACCTGCATTTCTAAAGGTAAGAGGTGATTATAGTTCAACATTGCCCTCAACATTTTCAGTTAATGTTATCACAAATACAACTCTGGAAGCAAGATGAGTGACTATAAAATCCTCCTCCTTGTTCTTGGATTAGACAACAGCTCTTTTCTATTGAAAGTTTTCTGTATCAATTTCTACTTCCCTTATATATTAACAACGGAATCAGGTTATACAAAACTGAGTCTGAGTCCAAAAGTTCAATGATTATTAAAATACTTATTTGATGATGGATCTTGTATATTTTTTAAAGATAATAAATGATGCAAGGCTGCCAGATATAAGTAAAATGTTGGAACATCGAAGTAATCAGGCTGATTTTGTAATACAGCTACGATTTTATCGTTTTCATCATTTTCTTTATTAAATTCACTTATTATATTTTAATACATGAAAAATGAATTGTAACCAAAGAATATATATGAAAAGTATTAATGAGTTATTATAGTTAACATAAATCACTTAAATCTAATTTCATATCTACACTTTGTAAAAAAAAGTAGGATGAATTAAAATGAAATTAAATTTCAAACTTTGTATTGTTTATCAGTAATAATGTTTAAAAAAATTAAAGTTTAAACTATCTATTTATATCAAAATAACGAGAGTAATTTCTAAAAAAGTAAATTTTCAAATATCTATTTTTTATATTTATAAATTTAAAGTGTCTCTTTTAAGAAGAAATGTTCATTTTCCAAAAAATTATTTTTATTTAATCATGCATTTAATGGATATAGTTACCTAATTTTGTTGTTTCTTTTACGTATAAAAGTTTGTCAAGTCAAAAATAAACAAGGTGGACGAGACAAACATACTAATTTGTCATTGGTAATAAATGGCTAAGAATATAAATATTAAATTCATAAAGATTTGTTGGTGGAAGTCTCAAACGAGGCTCTTCAAATTTGTAATGCATTTAAAGAAAAAAAAACTCAACTTTACACAAGTTTTACTGTGAAAAATTTGGAGACTTTCACTTTCAAGGAAAGATCCGAAGAATTCCACAAATAGACATAATCAATTTAAGTTCAAATTCAAGGTAAGGAGGTGACCTCTTTATGCAGTTTTTGAGTTTTTGATGGGTTGATGGTTAGCGCTACTGAACACGGACCCCGGGAATGAAATACCAAGTTGAGTGTTACTTTTTACACCACCACACAGTGCTTCTTGCACTTTCCCAACTTTTCTTATTTCCAAAACTAACCTTATATGAATATTTATTTTTTACTTTTACCTATTTTAATCTAAAACCCTAATCCCATTCTCATTCCCTTTTTCACTGTTGTAGTACTCCCACACGCTCACATAACCTTCATTTATGTGATTCACTATCTTTTTCCTTTCCTCCTCTTAGCTTTCTTATTTTTTTATTTATGTTTCCTCCTCCATTTTTGTTGCTTCCATTGCCACTGACTCATGTAATAAATCTGATGATCAAGGTTTGTTTATGCTCTTTGTAGCAATTGTTAAAATTGTGGTTGCTGATCAGGATGTCGCTACCTCGATCACCTCACTTGTCGGTGATGTCGCTGCCTCGATCACCTCACCCGTCGGTGATGCTCCAACCAGTGTAAATGAAACTATGGAGTACTTCCACCCATTAAAAGGACACTGA