Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_06780 LG1 98751741 98757628 PREDICTED: probable serine/threonine-protein kinase At1g54610 isoform X1
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   positive regulation of transcription elongation from RNA polymerase II promoter, defense response to oomycetes, defense response to oomycetes, defense response to oomycetes, regulation of salicylic acid mediated signaling pathway, protein phosphorylation, positive regulation of transcription elongation from RNA polymerase II promoter, positive regulation of defense response to bacterium, positive regulation of defense response to oomycetes, regulation of salicylic acid mediated signaling pathway, regulation of salicylic acid mediated signaling pathway, defense response to bacterium, positive regulation of defense response to bacterium, defense response to bacterium, protein phosphorylation, positive regulation of defense response to oomycetes, phosphorylation of RNA polymerase II C-terminal domain, phosphorylation of RNA polymerase II C-terminal domain, defense response to bacterium, positive regulation of transcription elongation from RNA polymerase II promoter, phosphorylation of RNA polymerase II C-terminal domain, positive regulation of transcription elongation from RNA polymerase II promoter, positive regulation of defense response to oomycetes, phosphorylation of RNA polymerase II C-terminal domain, protein phosphorylation, regulation of salicylic acid mediated signaling pathway, protein phosphorylation, positive regulation of defense response to bacterium, phosphorylation of RNA polymerase II C-terminal domain, protein phosphorylation, protein phosphorylation
Cellular Component   is active in   cyclin-dependent protein kinase holoenzyme complex, nucleus
Cellular Component   located in   nucleus, plasma membrane, nucleus, nucleus
Molecular Function   enables   cyclin-dependent protein serine/threonine kinase activity, RNA polymerase II CTD heptapeptide repeat kinase activity, protein kinase activity, cyclin-dependent protein serine/threonine kinase activity, RNA polymerase II CTD heptapeptide repeat kinase activity, RNA polymerase II CTD heptapeptide repeat kinase activity, protein kinase activity, cyclin-dependent protein serine/threonine kinase activity, protein kinase activity
SNP Position Effect Amino acid change
G/A 98751852 3_prime_UTR_variant
T/C 98751944 3_prime_UTR_variant
C/A 98751978 3_prime_UTR_variant
G/A 98752235 downstream_gene_variant
A/G 98752537 downstream_gene_variant
G/A 98753289 synonymous_variant p.Thr464Thr
A/T 98753339 missense_variant p.Ser448Thr
G/A 98753465 intron_variant
T/G 98753593 intron_variant
C/T 98753816 intron_variant
C/T 98753818 intron_variant
T/G 98753841 intron_variant
A/T 98753982 intron_variant
C/T 98753988 intron_variant
T/C 98754097 intron_variant
T/A 98754116 intron_variant
T/C 98754138 intron_variant
A/T 98754216 synonymous_variant p.Pro396Pro
G/T 98754217 missense_variant p.Pro396His
A/T 98754279 splice_region_variant&intron_variant
T/C 98754552 intron_variant
A/G 98754572 intron_variant
T/A 98754583 intron_variant
A/T 98754584 intron_variant
T/A 98754607 intron_variant
C/A 98754850 missense_variant p.Ala370Ser
T/G 98754945 missense_variant p.Asp338Ala
A/T 98755127 intron_variant
G/A 98755354 intron_variant
A/T 98755359 intron_variant
A/C 98755457 intron_variant
G/T 98755518 intron_variant
T/A 98755610 intron_variant
G/A 98755627 intron_variant
G/C 98755857 missense_variant p.Pro251Arg
C/T 98755859 synonymous_variant p.Gln250Gln
T/A 98756087 intron_variant
A/G 98756215 synonymous_variant p.His178His
T/A 98756348 missense_variant p.Glu134Val
C/T 98756534 intron_variant
A/G 98756547 intron_variant
T/C 98756583 intron_variant
T/A 98756637 intron_variant
T/C 98756678 intron_variant
G/T 98756686 intron_variant
G/A 98756788 intron_variant
G/A 98756801 intron_variant
T/A 98756954 missense_variant p.Glu82Val
T/A 98757046 synonymous_variant p.Ser51Ser
G/A 98757085 synonymous_variant p.Gly38Gly
A/G 98757268 5_prime_UTR_variant
T/A 98757271 5_prime_UTR_variant
T/A 98757434 5_prime_UTR_variant

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_06780.1
MGCVVAKQAVSVTPAIEHSVESDKNRKKKTESSRSELGESGRASSNAGSESLSFRLGNLSKYVEGEQAAAGWPAWLSAVASEAIHGWVPLRADAYEKLEKIGQGTYSSVFRAKEIETGKIVALKKVRFDNFEPESVRFMAREIMILRRLDHPNIIKLEGLITSRLSCSIYLVFEYMEHDITGLLSRPEIKFSESQIKCYMKQLLSGLEHCHSRGVMHRDIKGSNLLVNNEGILKVADFGLANFSNSGNKQPLTSRVVTLWYRPPELLLGSTDYGPSVDIWSVGCVFAELLIGKPILQGRTEVEQLHKIFKLCGSPPEEYWKKTRLPHATLFKPQQPYDSCLRQTFKDFHVSSVNLLQTLLSVEPSKRGTASSALSLEYFKTKPYACDPSSLPIYPPSKEIDAKHEEESRRKKIGGRAGVPESRKPSRKPLALSKLAPAEDLTTQTQTSQKNDDRCIHTLKEENTHAGEGAPKQSGGKPDDDSHVKKASQVDIPFPGPLQVSKSSGFAWAKRRRDDASIRTHSRSISRGYIFNSLETSTLNSRNNSESRNYENNEFFGTCTNSRGHDLLEISKLAMKNQWSKFDRPDSFDTEEYHSQELSMALYNRQDSLSKRSNLSYQDQGEKVEFSGPLLSQMHTVDELLERHERHIRRTVRRSWFQRGKKQGK*


CDS Sequence:
>Vu_06780.1
ATGGGGTGTGTGGTGGCGAAGCAGGCTGTTTCTGTCACACCCGCGATTGAGCACTCGGTTGAGTCGGATAAGAACAGGAAGAAGAAGACTGAGTCTAGTAGGAGCGAGTTGGGCGAGTCAGGGAGAGCGAGTTCCAATGCTGGAAGTGAGTCACTGAGCTTCAGGTTGGGTAACCTGAGCAAGTACGTGGAGGGAGAGCAGGCGGCGGCAGGTTGGCCAGCGTGGCTCAGCGCCGTCGCAAGTGAGGCCATTCACGGTTGGGTTCCTCTTCGAGCTGACGCATATGAGAAACTTGAAAAGATTGGTCAGGGAACATATAGCAGTGTTTTCCGAGCAAAGGAGATTGAGACCGGAAAGATAGTAGCTTTGAAGAAGGTGAGATTTGACAATTTTGAGCCGGAGAGTGTGAGGTTTATGGCACGAGAAATAATGATTCTTAGGAGGCTTGATCATCCAAACATCATTAAACTGGAGGGCTTGATTACTTCTAGATTGTCTTGTAGCATATACCTTGTGTTTGAGTACATGGAGCATGACATCACGGGGCTCTTGTCTAGACCAGAAATCAAGTTTAGTGAATCACAGATCAAATGCTACATGAAACAATTGTTATCTGGTCTTGAGCACTGTCACTCACGGGGTGTGATGCACCGGGACATCAAAGGATCAAATCTTTTAGTGAATAATGAAGGGATATTGAAGGTGGCAGATTTTGGACTGGCAAATTTCTCCAATTCTGGGAACAAGCAGCCCCTCACTAGTCGTGTAGTCACGTTATGGTATCGTCCTCCAGAACTTTTGCTCGGTTCAACAGATTATGGTCCATCCGTGGATATTTGGAGTGTTGGCTGTGTATTTGCAGAATTACTAATTGGGAAGCCTATACTTCAGGGGAGAACCGAGGTTGAACAATTGCACAAAATTTTCAAGCTTTGTGGCTCCCCACCCGAAGAATACTGGAAAAAGACCAGACTTCCTCATGCAACATTGTTCAAGCCACAACAACCATACGATAGTTGCCTCCGACAGACATTTAAAGATTTTCACGTATCCAGTGTAAATCTTCTACAAACTCTTCTTTCTGTCGAACCAAGCAAACGTGGGACTGCCTCCTCTGCTCTCTCATTAGAGTATTTCAAAACAAAACCTTATGCATGCGACCCATCAAGCTTACCAATATACCCACCTAGCAAGGAGATTGATGCGAAACATGAAGAGGAGTCAAGAAGGAAAAAAATTGGTGGGCGAGCTGGTGTACCAGAATCAAGAAAACCATCAAGAAAGCCACTAGCACTGAGTAAATTAGCCCCAGCAGAGGATTTGACAACTCAAACTCAAACTTCCCAAAAGAATGATGATAGATGTATCCACACCCTTAAAGAAGAGAACACCCATGCAGGTGAGGGGGCACCAAAGCAGTCTGGTGGTAAACCAGACGATGATTCCCATGTGAAGAAGGCATCTCAAGTAGATATTCCCTTTCCTGGGCCATTGCAAGTTTCAAAATCAAGTGGCTTTGCATGGGCTAAAAGGCGTAGAGATGACGCTTCAATTAGAACTCACAGTCGTTCTATTTCTAGAGGGTATATCTTTAATTCATTGGAAACTTCTACACTAAATTCAAGGAATAATTCTGAATCCAGAAACTACGAAAATAATGAATTTTTCGGGACATGCACCAACTCTAGGGGCCATGACCTACTTGAAATTTCTAAGCTTGCCATGAAAAATCAATGGAGTAAGTTTGATCGTCCAGATTCATTTGATACTGAGGAGTACCATTCACAAGAACTTTCCATGGCGCTTTATAACAGGCAAGACTCATTATCCAAGAGAAGTAACCTGAGTTACCAGGATCAAGGAGAAAAGGTAGAGTTTTCAGGGCCTCTGTTATCTCAAATGCACACAGTTGATGAGCTCTTAGAAAGACATGAGCGTCATATCCGGCGTACTGTCAGAAGATCATGGTTTCAGAGAGGTAAGAAGCAAGGGAAGTAA


Promoter Sequence:
>Vu_06780::LG1:98757628-98759628(-)
TTATGGCTTTTCTCAGAGCCATCTTTCTTTTTTTTATGCATATTATCAGAGCCATTTCTTTTTCTGGGGGAGGGGTTGGAGAAGTTACTTTAAAAGTTTTAAAAAGAGTTACTATTATCAGTGTGCATCAGTGATGTCAAAGACACCACATGTAGAACTGGTAAAAGGAAGGCTGATTTTTTTTGACAGCTAAAAATCGATATTGTTTAACTCTTTAAATTTACTTCGATACTTATTTGTTTTTTTCCTACTTTTGTGGTTTAATTTCTGAAATACAGGAATGTAAGATGGGGTGAAAGTGGGATACTGATATTTAAAATCCAGTCATTATTATCAAATCAAAAACTCTTATTACCTCATGTTTCTAGTTCCGAATCTTGACCCAGAACTATTAATCTCAGTTACTCGTGACTCAATCCAGCAACTATGAGCCTTATTTCCTTAAATTATGACTTCCTAGTATGATGTGTCCCTGTAGCTAAATAGACAAAATTATGAAAAAGCTTCAATTTGCATAACAGCACAAACCATTATTTAGGTGAATAACAAGACTTGAAGAATCAGGAAAGTTACTCACTTATTTTACTTTATCCTATTCTGACTGTTAACTCTAGGATTCCGGAAACTACATAGAATGGTAATCATAATGGTGAAAATAGCTGTTGGATGCTTGGATCCCCTTTCCTTTTATCACCTAGAAAGAGAAAAGAGAAAAGAGAAAAAAGATATATAGTGGGAGCCACACTGCAAACTTTTCCCTCGCCATTAGGATACTGAGAAAACAGCATACTGGAAATAAGGTAAGCACATTAATAATGCAGACAAGGTTTTGGTGATCAAATCATCATGCTATCCTTCTTTCACTCAAGTCAGCTATGCTTACACCATGCCTAATCATTGTACTAAATTCCTAAACGCATTAGCACCAGAAATAATTATTTAAAACAACACCGCTTTCATTTTTTTTTTCTGTATTATTAAGAAATGTTGGTTTTCCTTTTCCTGTGCGGATAGGAAGAACTATTGAAACATGGTAAATTATAGCAGCTAAAAGCTAATTTAGCATGTGTACGAGCCTAGGCCGTTTAAATATTATTGGTCTACATCAAATTCAAATGGGATAATTTTGCGAGATTTTCTGGAATCTACAGAAATGGTCCCAAGACTCCGAATTCCCTAGTCAGCCTATATCCTAAGCAGCACGCTTTCTACCCACTCAAAAATATCAAACATTCCAAAGCGTTATCTCTAAGAAAGTGAGAACTGTGGTCAATATATACACCAAGGATATAGAAGATGGATAGACACTGTTCTATTTTCATAATCGAGTGTCAAACCACGAAGAAAATTTTGTGTAGAGGTGCCTGCCCCATTATTATTTCAACCTATCAAAATCAAACACAGAATGCGTGGACTTTAAGTCAGTAACTGACGGAAGTAAACATGAAAATGTCAGCGTTTTATGCAGACACAGTTCAAGTAAGCGAATTTTATGCAGACTAACATCTCCTTCCTTTACCAACATTGCAGGGAAATGATTATTACAATATTTATTATTTTCAAGAAGTGATTAATACGAAAAATCACCCTTTTATTACCCTGTTCCCACGTAAAGTGGTGCATGAAGTATGAACAGAAAATAATCTTCAAATCTTAAATTCAAAGAAAGTGGAAACTCAAGCAAGGAAGACGCATTAATGAGCACAACAACGACAGCCCAATACCATTTATCAGTGTGGAAGCAAAATTAATTGTGATTGATAATAATTGGTGATTAGCAAATTGACATGATGACGCCATAAGGCAAATGAAAACGGAATGTATTAATTTATATATCTGTCATATACTATAACCTCCCGATTTCACACGCGCTCTTCTAATCAAGCCCATGCAAAATTTCTCTACTTTCAAGTAGTTTACCTTTCACACACACACAACATCACGCTCACTGGCAAAACAAACCTATTATAATACAAATTTGCAAACTAGCAGTACCGAGT


Gene Sequence:
>Vu_06780(-)
AGTTACAAATACAACAAAACCAGTATTTCGCATTTTTGTTCGTTCGTTCGTTCGTTGTCATGCAAAAAGGCAAATACGCACAAAAGACTTTCATCCTTCCGTTGATTTCGGCGCTGTGTTTCAGTGAGCCTCATTAAGAACCCAACATCCATCCTCTCTTTCCGCAATTACCGGAGAAACGAAAAAAAAGTGAGAAAGCGAGTGAAACAAAATTTTAGTTCGTGCCTGTGTCTGAGTTCATGTCGCGTGAGCTTAAAAGATCAGACCCATTTGCCTTTCGATGTTGAACAGTTGCTGATGATCGCTCTCTTTCTCTGGGGTTCCCAAAGAAGCTAACTTCACCGGAGGAACAGGACGAAGTTAACCGGTTGGGTGGTGGGTCGGAAGGTGAAGGGGTTTGGAGTGATATGGTGCGGTGAGGCGTAACGTAATGGGGTGTGTGGTGGCGAAGCAGGCTGTTTCTGTCACACCCGCGATTGAGCACTCGGTTGAGTCGGATAAGAACAGGAAGAAGAAGACTGAGTCTAGTAGGAGCGAGTTGGGCGAGTCAGGGAGAGCGAGTTCCAATGCTGGAAGTGAGTCACTGAGCTTCAGGTTGGGTAACCTGAGCAAGTACGTGGAGGGAGAGCAGGCGGCGGCAGGTTGGCCAGCGTGGCTCAGCGCCGTCGCAAGTGAGGCCATTCACGGTTGGGTTCCTCTTCGAGCTGACGCATATGAGAAACTTGAAAAGGTTCGTATAAATACCAGCCACCATTTCATTCAAATTATCAACGGTTTATCTGGTGGTGTTAATTTTGTGATTTGACGAACTAGGAAGCCTTTCAAAACGAGAGTCATGGACGAGATTTCTCAAACATTTTGGAATGGTATAGATAAGATTTAAATTGCTGTTGCTGTCAGCAATTTTATCACAATGATTTTGCAGAAAATTTGTAGACGAACCCAACTGTAATTGCATCTTAATTTTCTTATATCAATATTAGATATTATAAAAAAAAATTTAAGTGCAGTCATAACTATGGTTGCAGAAATCTTAAAAGGCTTGACGATGCAATTGAAATTGTCGCTGTTGAATGATTGGTTTCTCTTGAGTTGTATATAACGTGCTGCTTTATATACTAATGTTTATTATTGAGTTTTGATAACTTGGCTTTTATATATTTGGAAACTGGATGAATAGATTGGTCAGGGAACATATAGCAGTGTTTTCCGAGCAAAGGAGATTGAGACCGGAAAGATAGTAGCTTTGAAGAAGGTGAGATTTGACAATTTTGAGCCGGAGAGTGTGAGGTTTATGGCACGAGAAATAATGATTCTTAGGAGGCTTGATCATCCAAACATCATTAAACTGGAGGGCTTGATTACTTCTAGATTGTCTTGTAGCATATACCTTGTGTTTGAGTACATGGAGCATGACATCACGGGGCTCTTGTCTAGACCAGAAATCAAGTTTAGTGAATCACAGGTATGAATGTTGCATGTTTGTTGTTTTGTTTCTCATACACCATGAGATAAGTATTGAGTGATTTGTAAACTGAGACAAAAGAGGTGCCAACTGAATGTTGTGATGCTTAACTGAAAGGATGAAATAATTTTGTTGTGCAGATCAAATGCTACATGAAACAATTGTTATCTGGTCTTGAGCACTGTCACTCACGGGGTGTGATGCACCGGGACATCAAAGGATCAAATCTTTTAGTGAATAATGAAGGGATATTGAAGGTGGCAGATTTTGGACTGGCAAATTTCTCCAATTCTGGGAACAAGCAGCCCCTCACTAGTCGTGTAGTCACGTTATGGTATCGTCCTCCAGAACTTTTGCTCGGTTCAACAGATTATGGTCCATCCGTGGATATTTGGAGTGTTGGCTGTGTATTTGCAGAATTACTAATTGGGAAGCCTATACTTCAGGGGAGAACCGAGGTAGTAAAGTAAACTTTTCAAAATGTATGGACTTTTTTCCTTCCCCATTTGATATTTTGTGTTAAGAATCAGATTATCCTCTAATGGTGCTCGTTAGTGAGAATTTGAGAATTGGATTAGATCTTATTACAACAAATAGTAAAACTACTTTTCTATTAGAAAGGTTTCATTTTATTTGTTGATGTGCCAAAAAAACTGGTCACGTGCCTAAATGGCCTGTGGTTTGTGCCACCTTATATGCTCTTCAATAGAATGTCTTTTTCAGTCTCAACTCAACTGTCTTGTCCGTCTAAAAGCAAGTAGTGCTCTCGTGTCATGCCTACAAACTGATTTGAGCTTCATTCATTGTTTCTATTACATACTGATTTTACCATACGAGTCACATTGTAAAGTTCAAAATAAATCTTATGTAGTTGTTGACAGTAATTAATCCGACTACATATTAAGTCCCCTTCCTGTTGCATCGGTGCTCTTGTTGTGTGTTTAATTATATATGATCTTGATACAGTTTAGAGTGGAACTGAACTTCATAGATTACTTGTTAACCGGCTAATTGATAATAAACTAATCAACTGGAATTGGAAAATATTATATTTTGTTCTTTACTGTTCTCTTCAATCTATTCTGAATTCAACTTTGCTATACATTCAGGTTGAACAATTGCACAAAATTTTCAAGCTTTGTGGCTCCCCACCCGAAGAATACTGGAAAAAGACCAGACTTCCTCATGCAACATTGTTCAAGCCACAACAACCATACGATAGTTGCCTCCGACAGACATTTAAAGATTTTCACGTATCCAGTGTAAATCTTCTACAAACTCTTCTTTCTGTCGAACCAAGCAAACGTGGGACTGCCTCCTCTGCTCTCTCATTAGAGGTTAGTCAACATGGCAGTGTTGGTTTTGTATATGTTGAAAATCGTTAGAAAATGGATTTGGGTCTTACTCAATCATGTAAAAAGTCAACTTGTATGGTGAGATTTCACTTGTATACAATAATATGGTCATTTTTAAGTCAGCATGTATGGTCAGGTTTCACTCACTTGTATGATAGATATTTATAGGCTGTTCAATTGCAGTCCTTGGCTAGGATAGACAATGATACAATTTTAGAAAGTGGTATTAGAGTTTATTCTATAAACTCGATTCTATAAAGTTAAACTTAAACTCATCTTTTAAGAAAAATCACTGAAGTGTTCTTTTTCAGTGATTAATCTCTATAACAGAGCATAGTCTTCTGATTGCCTTTTTCCATTTTGATTTTGATAATATCTTTTTATGCATATAATCTTTCTGCCATGTTTGTGATATTAGTCCTAGCCTATATACAGATTTGTTCATCATCCATCTGCAAATTTTATGACCATGTGCAGCATTGATGTATGGTTTTAGACTCTTGTAGCCTTCTAACAATAATTTTACCACTTTTCAGTATTTCAAAACAAAACCTTATGCATGCGACCCATCAAGCTTACCAATATACCCACCTAGCAAGGAGATTGATGCGAAACATGAAGAGGAGTCAAGAAGGTGAAAATCAATAATCTTTTCTGTCTATTTTATGGAATTTACTGTCTAAGAATGGTTTAGATTGTCGTACATGAACCAGCGCCCCTAGACATGCATTTCCTTCTGTCTGAGTGGTATGGTAAAACCAAGAGAACATCTGCATGTTTAATTCACTTGGTCAAGTTCATCAGCATACTTTCTTAAGTTGATCCATTAAAGAAATGTTTGTTTGAATATTTTATCAGGGTCTAGATTTGGTGTTAGATTGGTTCTTTTATCTTCCAAACATTACTTGAATGGCATCCTTGAACAGTAAATTAGGAAGGAAAGTAAGCTATTATAACATGAATACCAAAGGTTCAATTCCAGTAGCAATGGAGGCAGGAATACTAAATTCACCATCTCTGAAGAGTATTGTATGTGTTCTTCCGGGATATATCTTTAATTAAGGGTCCGTTTGGAGTCCCAATGTGGCAAACAGACTCTAACGGTTGTAATACTGAAAAGATGATATGAAGCTTTCAATAGTACTGAACATCATAAACTAAATTTAATCTTCAAATTTCCATTTTATCAATCATCGTTTGTTGCCTTTTCATGAGATTATACGTCGATGAACTTCCAGGAAAAAAATTGGTGGGCGAGCTGGTGTACCAGAATCAAGAAAACCATCAAGAAAGCCACTAGCACTGAGTAAATTAGCCCCAGCAGAGGTCTAGCTTGCTTTTTTCGTTTTTCCATCATGGTGTTTCTTATGCACTGATTTCCAGCACTGCTCTAATCACCAAAAATGTATTTTCATCTCACCTAGCATCATATTCTCCTCCTGCAGGATTTGACAACTCAAACTCAAACTTCCCAAAAGAATGATGATAGATGTATCCACACCCTTAAAGAAGAGAACACCCATGCAGGTGAGGGGGCACCAAAGCAGTCTGGTGGTAAACCAGACGATGATTCCCATGTGAAGAAGGCATCTCAAGTAGATATTCCCTTTCCTGGGCCATTGCAAGTTTCAAAATCAAGTGGCTTTGCATGGGCTAAAAGGCGTAGAGATGACGCTTCAATTAGAACTCACAGTCGTTCTATTTCTAGAGGGTATATCTTTAATTCATTGGAAACTTCTACACTAAATTCAAGGAATAATTCTGAATCCAGAAACTACGAAAATAATGAATTTTTCGGGACATGCACCAACTCTAGGGGCCATGACCTACTTGAAATTTCTAAGCTTGCCATGAAAAATCAATGGAGTAAGTTTGATCGTCCAGATTCATTTGATACTGAGGAGTACCATTCACAAGAACTTTCCATGGCGCTTTATAACAGGCAAGACTCATTATCCAAGAGAAGTAACCTGGTAAGTTTATTTAGTTTGCTACATTCACTACTAATATGGCATTAAGCATTCTGAGGCATGAAACTTAACTGCCTCTTTCTTATGTGGAGATTTCCAGGGATTCTATTTTCAAGATTAAATTTGGGACCTTTGATGACATAGAGAATTATTTAAACTTTAAAAAGCATAAAGATCTTCATATTTAGTTGAAATATTCATATCTGCATTGTTTAGAACAATGAGGTGTAAAGAAATATCTTGCTCAAATGACGACAATTAAAACTAAAAAAGTTAGTCTTACTACGATCACTTAAAATATTGATGAAGTTTACTCTTTAATTTACTTTACTGGCCCTAGTTGTTAGTTTACTTGGACCAGAAGCCAGAATATGCAATTTATGTGCCCTGCAGTGGACATGCTTCTTATTTATTTCCTCCTAACAGAGTTACCAGGATCAAGGAGAAAAGGTAGAGTTTTCAGGGCCTCTGTTATCTCAAATGCACACAGTTGATGAGCTCTTAGAAAGACATGAGCGTCATATCCGGCGTACTGTCAGAAGATCATGGTTTCAGAGAGGTATGTGACAGTAATATCTAAAAGATTGTCACAAAAAGAAGAAGCAAATGCTTTTTTCACTCACTCTTCAATCTTTTCTCATTCATTTGTGTGCATAGACTTCTTGAAATCATTATCAAGGAACTATGTTATTACAAAGTTAATCGATCAAATTGGCTGAGAACTTTGGCATGACATGGATTGCAGGTAAGAAGCAAGGGAAGTAACTCCAATGGTGATATTTATTCATGGGAGGAAATAGATCCTCGCATTTCAAACCAAATGTCCTTGTGAAAGGACCATTTTCATTCTCCAAGCTCACGAGCTGCTGTGATTTTGAGCAACAAATGAACATCATCATGTACACATGGACGCAGTATCCAGCAGCATGAGTTGGTACCAAGAATAGAAGCTTGGAAACTAACCAATTTGAGGAGTGTAATTCAGTCTACAGAAATCAGAAGGCCATGGAGAAGGGAAAAAAAGCTCTTCTTTTACTTCTTTTTCACCATGGATTCTCTATTTTTGGTCAATTATAATATATGGAAATTTATTTCTTT