TCONS_00057268 (transcript) - C. hemisphaerica

Overview
NameTCONS_00057268
Unique NameTCONS_00057268
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4460

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00057268 ID=TCONS_00057268|Name=TCONS_00057268|organism=Clytia hemisphaerica|type=transcript|length=4460bp
TTTCGAGTGAATCAAAGTTGGAAAAAGCATGAATATGGATAAAGTCAAAA
TGGATGGGAATAAACCAAGAAAGAAACATATTGCAGTTCAAATTGACAAC
GATCACTTTTATCATATCAATGGTATTAAAGTCGTGTTTCCTGTGAAGGC
CTATCCATCTCAGATTTCAATCATGAGTAAGataatatCTGGAATCGAGC
AGAAGAAGAACTGTTTGCTTGAATCACCCACTGGTAGTGGCAAGAGCTTG
GCTTTACTTTGTGCTTGTTTGGCATGGCAAAAATCGCAAAAAGAGAAGAT
TGAGAGAATGGAAAGCGATTTTCTAAAATGTGAAATGAATGATGAAGTAA
TAAACATAACAGATGATGATCCACTACCCAAACACAATAAAATCGAGATA
TTGGACACTAAAACACCAGAGCTTAAAAAGCCAGTAGTTGTTACAAAAGA
CCCAGAAAAAGGAAATAAAGAAGataaagatgatgatgatgacgattTTC
TTCCTTCTGCAAAGAAAACAAGGAAAAGTTTATCTAGGTCAGGTAAGAAG
AAACCTAAAAGTAAACAAGTGTTGGACGACATTGAAAAACCTAACCAAAA
TGATATGAAACCAAGTGAGAACACATGGAAAATGGAAATGAAGAAACTGA
AACACTTATCATCTGAAGATGGTGCATACACCTCATCATCCAAAGATGGA
GTGAaaaattctaaagaaaaaattcaagattcaGATAGACTTCCAAAGAT
CTATTTTGGTACAAGAACACACAAACAAATTGGTCAGATCATCAGAGAGC
TGAGAAAGACAGTATACAAAGATGCCAGAATGGGGATACTTGGAAGTCGT
GAATATCTGTGCATTCATCCTGCAGTATCAAAAAGTCgtgataaaaatga
agaatgtAAAAACCTCATCAAAGGATATCAGggaaaaagttGTAAGTTTC
ATTCGAATTATCATAAAGTGACAGCAAGACCAAAGTTCAATAAAGCTTGG
GATGTAGAAGATCTTGTCACAGCTGGTAAAAAAGTCAAGGGATGTCCATA
CTATGCTAGTCGCGATCTATGTAAAAGTGCTGATGTCATCTTTTGTCCAT
ATAATTATCTCATCGATCCTTTGATTCGTAATCAGATGATGATCAATTTG
AAAGACCAGATTATTGTTTTGGACGAAGCACACAACATTGAGGATTCTGC
ACGAGAAGCTGGAAGTGTTCAATTGACAACTGTCCAACTGGATGACACTG
TCAAAGATCTGAGCGATATGATCAGCTGTAATATATCAGTCAACATGCAT
AACTGTCTTCTTAACCTGTGTAATGGTATTTTGGGTTGGATCAACAAGAC
TAAAGACAGCCTGGATAAAAGAGGGTTCGAAAACGAGGCTAAGGTGTGGA
CTGGGAAggaaatggtcaaaatgttGGCTGAGGATCCCgctaaaatgacg
tcacatacTCTCACACTTTATCAAAATGCGTTCGAAAAACTGGTATCTGA
AGAACAAGACGCTTTCAACAGAGAGGACGACGACACACCTCGTATTAACA
CCAAAAGTCTGGCAACTTTATCTTCAATCATATTCATATTAGAAAAACTG
TTCGATCAAACTAAAGATTTTGCTGAAGGTTATCGTGTAGGGTTATGTCG
AACAACGGTCATGAAGCCGGTCATTGTTACAGCACCGGGAGGTTGGTTAA
GGAAATCGAATCGTAGTGAAAAAGTATGGACATACAAATTAAATTTGTGG
TGTCTTAATCCAGCAGTTGTTTTCTCACAAGTCGGTGAAATGGCGCGAAC
GATTGTTTTGACATCTGGTACATTATCCCCGATGAAATCTTTTTCATCCG
AATTGGGTGTCGAATTCCCGATTTCCTTGGAAGCCAATCACGTGATCGAT
GACTCACAGGTCTTGGTAGGAAACATCGgctctggtccaactaacatcAC
AATCAAAGCtaattttcaaaactctgaGgaaTGATTGGGGCGCCATCATT
ATGATTGATGAACGTTTTCAAAAGTCACCCAAATACCGAGACGGATTATC
AAAATGGGTTCGTGGTCGATTCCAAACATTTCgcgattttcaattttgtt
taacATCTATCACCCAATTTGTTGAAAACCAAACAAACCCAAAACTAAAA
AGACTGGAAACGAGTGAAAAAGTAACGTCAGCAAAACATCCAATCGGTTA
cagcaaagaaaaaaagaattcagCATCGAAGGAATCAATTATGCAAAGTG
AAATATCGACAGGAAATGTTTCTCCGAGATTTGAAACGGAATGCTGTATT
TCAAAAGCGTGTGAAAGGGAAATGACTCCTGCTCATACAGGAGGAATGGG
CATGAATAATACAGTTAATCGTGTGAATTCTATTGGTAGCTTTCTTAAGA
AACGACCATCAGGTGATATGCGGACTCAGACGGAAGACGAACAAAATACT
CATCTTCAAGATTGTAAAGATTTAGAATCTGATATTCGCACTAAACAAAA
ATTAGAACAAAGATTGAGTAGGAGTCTTCGGAATAAAGAAACACTGAGTT
GTACAAAAATGTCTTCAGTGAAAAATGACTCCAAGgaaaacaagcaaaaa
gaagATGATTGTTTACGCCGCACTTCACTAGATTATGTTGCACGGTTGTC
TATCGATGAGTTTAAAACTAGCCTTCCCGAACATACCACAAATAACCAGA
CTGCTTCTTCGAGAATGTCTAAAGAAAATCTTCCTGAGACGAGGCTTAGC
AACCAGCGGAAGAGCCTCAATATTGCTTCACGATTTGTGTACCctgaaag
taaacaaaacaatcCAATAAAACCAGTAGATCATAGCGATCAACAGGAAC
AGAAACATCAGAAATGTTCAGATAAGCTAAAAACAAGCGAGAAGAATTTT
CCAAAGTCGATAGAGAAGATTGAGAAGCCATTGTATGGGGAACCTAATCA
TCAGAAATGTTCAGATAAGTTAAAAACACGCGAGAACAATGGAAAACTTG
GAAAACCTTCAGAGAAacaaaatgataattttgaaaTGAGTTTCGAAGTG
TGTGATGACGAAGAGCTATCCATGATAAGTACTCAGGTCTTGAAAACTGG
AAGCGATGTCAAAAAAGAGCTACCCGCACTAAACAGTATAGTTCATAACA
TTAGCAGCACGTTTAAAAAGAGATCGTCCGTTGTTAAAGATTTAAAACAA
AGTGCCCCgtttaaccaatcaaaaaagGACATTCAGTGTTTCGACCAATT
AGATTCAAGTATGAActttctcgaccaatcaaatgaCTCTTTGTTAGATG
CAGACTCGACTACGTGTGATTTTCAGCCGACTGTCAAGAAAGCAACAGTG
GAAAGCCCGAATGTGGATTTATTTGATTTTGACTTTGAAGAAGATCAACA
AAACTTCAGTCCACCATTAACCAATCAGAAACAATCAGCCAAACCAGTCA
GCCAATCAAAAAGCAATGCTTTGAATTTAAGCTCCACGTCGACCAATCGA
AACGAAACATTAAGAACCCGTAGCCAATCAAATAAAACTAAGCCAAAGAT
TACAATTGATGATGATTCCCCGACAAGACCTTTAAACGAAAATTcaaaca
acaagaaaattttcaaatttgtgcCGTCATCTTCCAAGAAACGTTTAAGT
GACGAAATTGACCAATCAATTGCCAAGAAAGATAAAATTGACCAATCAGC
ATATCCCGATGTCAATGAAACGAAACAATTAGAGATATCAATGAGTAAAA
CACTGGGAATGGTGAAACGTAGGACAAAAGGTAAAAAGATTGGTCGCAAT
CTGAGAAGAACTACAAGAAAAGGAAGTGTCGATAATATTCTCAAAGATGA
AAACAATTGTGAAAAAGAACAAGCAATGGTCTATGATATCGTCGCTTGCA
AGAATTGTGGGCTGCTTCTTCATTCAGAAAAGTCTTTATTCTCGGTACCG
TACGATATGCCACAAggtatgacgtcatcaacacaCGTCAGCGTGTTCAA
AGTGCAACCCACGGATAGTTTAGAAGAGAAAATTACCAGGGAACTCCCGG
GAAGTGAAGGGAGTAAAGCAAAGGGCTTTAATTGCAACTCATATTATGAT
CGTGCTTCAGATTGTGTTTACATTCCCTTATATTGTGCTGGATGTCGGTC
TAATACACCATCATTGAACGAACTGGTTGGATTCCAAGTTATCAGTTACG
CTGAGGAGAAAGAAACTGAGACGTTCCTGTTCGAATCTAACCCATCATAG
TGAAGGCTATTCGACATAAATCATACGTAACCCTCGTTTAAGTTATGGAA
ATTTGTTATGGTGCTTCCAATCCTTTGCAGGCTTTACATGACGTTCTATA
TTTCACTTctattatttctattttcataaaATGTGGATTTcggttttcat
tttctttatcttttttttcgTAAATATGTAAATTTGTAGTAATATTTTCG
TAAATAAAGC
Run BLAST on NCBI

transcript from alignment at scaffold_286:952212..984911-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00057268 ID=TCONS_00057268|Name=TCONS_00057268|organism=Clytia hemisphaerica|type=transcript|length=32700bp|location=Sequence derived from alignment at scaffold_286:952212..984911- (Clytia hemisphaerica)
TTTCGAGTGAATCAAAGTTGGAAAAAGCATGAATATGGATAAAGTCAAAA TGGATGGGAATAAACCAAGAAAGAAACATATTGCAGTTCAAATTGACAAC GATCACTTTTATCATATCAATGGTATTAAAGTCGTGTTTCCTGTGAAGGC CTATCCATCTCAGATTTCAATCATGAGTAAGGTATGTATATTATACTGCA AAACCTTGTCAGTTGGGTGCGTGGTGTTTGGTGTTTAAGATAAAAACGGC AATTATTTCTCTTTTCGGCAACTATTGCGGAAAACGGCAATTTTTCAAAG TAGGCACACTGTGCCTTGTTTAGTTTTGTTTTCAACTGGTTTTCGTTGGA GATGCAGATAACAAAATCGATATGTAATTAAACAAACTTACATTTCGGGG GTTCTGTTTTCTCATTGACATTCTACTAGCTGTGTTTTGGCATCGATGCA GGATCTTTTTTTACATATCATTTCAGAACTTTTCATGTTATTGAGCAAGG CGGCAATCACAAATATCTTCATTTCGCGTCCTCGTTGGGTCTAAAAAGTG AGTCGGTCGGTCTTAAAAATTTTCGGGTTTACATAACGACCCAAAATGGC GATAAAAAAAGTCAAAATGCCGCGAATGCGCTAGAAGTCGCTTGCAAAAA ATCGGCATTAATAAAATTTTTGAACGAAGGAAACGTCATTGACAGAAAAA GTCCGACAAATTTACCGACTCACCGACTCAATTCTACTCAATTTTCGAAA GTCGGTCGGGCGACGCGAAACGAAGATATTTGTGATTGCCGCCCAATGAA AAATTAAAAAAATCACTTTTAAAGATACGAAAAACCTTTCCCTCGATATA ATTTTACATTTTTCAAGCACCTCTGACATCTTTGCCCTTATAAGGACAGC ACATTTCTGCTGACTCAACATTTCATTGTTAAAAAATTGCCGTTTTTGGC AATAATTACTGAAAAGAGCAATAACTGCCGTTTTTATCTTAAACACCCAA CTGCTTGTAAAGGTTTCCCCTTTATAAAGGGGGGGGGGGGGGACTATGAA AAAGACTTTCTAATGGTGCGACTTACAGAAAACCACTGAGATAGAAGAAA AGACCACTTTCGTTTTTATTGCAGATTTTGATATAAACTTTGCATTGGGA ATACTTCTCTGTCAATATGTGTATTACCGTCAACTGCTCTAACTTGGGAC TATCTAACAAAACATGGGACGGCAATTCGGCCACCATTTCACCGAACCTA CAAAGTCATTTGATTTGAGTCGATGAACGGCGTAATAAAAGATACCCGAT TTCTCTTTCGCACCGAGTAGTCTTTTAAATCGAAATATGAAAAAAATCTG TAGTGGAACACACGCAAATGTCTGGAACAAAGAAGAACAAATTAGTGGCA AAACGCAAAACGATGGAGCGTTTGACGTCACTTGTACGGCAAGTTACACA CTCTTTATTTGTTAATCCCATCAGGCAATAGGCGGTTAGGCGGGCGTTCT CTAGTATGATTGATAAAGTTGGTGGAGTTATCAAAACAAATTTGTTGTCA AAGAGATTTAACAGTAAGTGAAAATACAGGCCAGAATATCAACAGTCCCA TGTTTCGACAAATTGTCCCAAGTTAGAGCAGTTGACGGTATGTGTCATAC TATGTAAGCATTGTTCTGTTGGAATAGGAAAGAGAAAAGTGCTAAGTCTA GCCTAGCCTAAACTTTAGCTTTGTGTAATCCCGACATACCTTGTCTAACA GTTAGCGGAAGTACTTCAATTTATGAATCGTCTTTACGTCACATAGAACA AAAGAAAACAGCAAAATAACAAAGGAATTACCCATAGCTACCATTTCGCA ACCATGGGGAATCGTGATTTACGGAAATGGAAATCCTCATATTGAATAAA GCATCTTCTGAAAATTTCATTCTTCCCCATAAATGCGAAAATGATAAACA AAGAAACTTTCGTTTTCTAATTGTCTTTTTATTCTGCCATGAAGTGTTAT AAAATTTCTTATAGAATGACACATTCTCCTACTAAGAGGTTTAAAAAATG ATGTAGAAACAAGAAACTTTGAAAATTACCGTAATTATTATTGATTACAA AACCTACGTCACAGCGACGGAGCGCTGACTTTTAATTTCAATGACTTGCT CTCACTCGTTTGATTTTCGTAATAAAAAGAAAGTCATTAATATTTTCGTA ATAAAAAGAAAGTCATTAATATTGTGATCTTTGAACTTGCTTTAAATGGA GGTATTTCCACTAACTGTCTAATTCTGTCATAGGAACTTTCTGGTCTGCA AAGTATTTAGAGTGATTTTTTTTTTGAACAGGTTACTCAAAAGGTTTTAA ATTTATATACATTTAAAAGACCAGATAGCTGCTATGGCGGAATTAGACAA GATACAGTATATCGGCATTACACAAAGTTACCGTACCTAGGTACCATATT TTTTAAAGTCTGTCTTACCTCTTCACAATGGATAAACGTAATCTCCTTTA AATTCACATTATTACAGACATAAATTGTGAATCCCTTTTGTTTGTGGGTT CTCAAAATGTGTTTTTTACACCGCAGAGTATTGCAAATTCCCCTATGAAT CTTTTAAATTCAACATCAGAATCATCAATATTGAATTTTTAATTTTGATT GCAAATAAAATAAAAAATTTATAATAAAGAGAGAAGAAATTTTGATTACT GTTTTTTTAATTTTAATTTCTGGTTAAATTAATTTTTTGGCTGAAAATTC TCCAGGCACTTTCTCTGGGGTTAGATAAAATGTTGATTATAATTAGAATT AATTTATCATACTGGTACCAGTTAATTGAAAAGAATTTTGCTTATTTTTG TATTCATCTACTGGTCGACAGTATAATGATGAAGCTTTTATGATGGTTAG TGAAGTTGTTCTTAATTTTTTTAAAGATAATATCTGGAATCGAGCAGAAG AAGAACTGTTTGCTTGAATCACCCACTGGTAGTGGCAAGAGCTTGGCTTT ACTTTGTGCTTGTTTGGCATGGCAAAAATCGCAAAAAGGTTGGAGTTCTT ATAACTTTATATTTAGAATGGTATATATGGAAATAAAGTTGGAAATAAAA ATAATTGTCCTTTTGCTCTGTCCAGCTTTACAAAAATTTGACTGTTTCAC ATGTTTTATTTTATTATTCTATTTCAGAGAAGATTGAGAGAATGGAAAGC GATTTTCTAAAATGTAGGTATTCTTGAATTCTTGGATTGAGAAGAAAATT TCTTAGCTAATGCTATAATACCATAGAATGCACCCCCTGAGCTTAAAGGG GGGGGGGCTAAACCATTTTTGCTTGATTGAGGGCTGTATTTTTCAAAAAA TACTGGGGGCTAGCTTGCTAGGGGGCTGAGTGTTGTGTAATAGAACTGGG GGCAGAGCTGATAGGTTGAAGATATTTTGAATCATGTTAAAAATCTATGC TGTGGGGAAGGTTTTATCCCTCTTGAACTGAAAAATGCTGGGGGCTGGAC CCCTCTACACACTATGAATGCCATCATGCTTTCAGCTGTAGTGCACATCT GACTTACTCGAATTTTTTTGCGTAGATAAAACCAGCTCAATAATTGGTAT GCCTAAATCATGCTTAGTTGAGATTCATTTCAATTCATGTTTGGTTAAGT TACATGATTACCACTACTATGAGGAAGCAAACATTGGATTTGTATAAAGG GCGTCACTACAGATTCGAACGTTTGGCGGAAATTAAGTATCTTAAAACCA ACATGAAAAACCTCTAAGTTTGCATATCCTGTTATCAATTCTAGACCACA TAGTTTTTAACTGATCTGTATTTAGTAAAGTTTACAGAAGAATGTATGGT TCCATAATAAAGTTGATTCCATTGTTGTAGGTGAAATGAATGATGAAGTA ATAAACATAACAGATGATGATCCACTACCCAAACACAATAAAATCGAGAT ATTGGACACTAAAACACCAGGTTGGTCTAAGTCATTCAAATCTGTTATTC TCTTTTTTATACAATACAAAATTTGCCATTATCATGTTGCATAATTGTGC ATTGATATAAGTAGTCAAAGATATCTTATGTTAGATGTAGATGGAGATAC TCGATCCCCCACTGAAGCAAAATAATACGCCATCTTTAAAAGTAGACTTC AGATAACCTGAGATCAGATTGTGATTGTTTTCTGCCCACCACGCTGAAGC TCTAAAGGGATGAGTGAAAACATAACAATCTGACGAATATGCTATCTCAA TCGTAAGGATCGCATTCATCTAAAAGGACTGGGAATTACAACAAAGTTGT GTGATTGTGTTTATGAATAGGGCGCTGTATCAGGAAAATTTTGTTTTTGA GTTTCTGGCGCACAACCAGATTCTTGTTGTAGAATGTTCTGAGGGAGGAC TATTTTCCTCGGATGTATAATTTAAGCGCCTTCAGAGGTTTACCCTGCGC GTAAGAAAATTATGAACAGCTGTTACTTCAGGTTAGTGCCAGCAATTTGA TTAACCGAGACCTTTCTTTCACCTTTTCGTTTGAGATGCCTTGGAGTTTT TACAAGATACTTGATACAAGATGCGTTCTTTAGAAAAAATAATAAGATTC TTTTATTACATCTTAACGACCAACCAAATCAAATAAGAGCTTGTAAAAAC TCCAGCTTGTCTCTCTCGGTTCTAGCCATGTCAGTTGTTTGTTCATTTTG AACAAATTTCCAGATACCGAACTGTGTTTACTACTGTGATCTAAATAATG CATCATTTTGCTTCAACTGCTGTATCTTGAAAAAGAGAGAATAGCTCTAA TAAGATATCTATGGTATAAAATCTCTGAAATAAGTAGCTGGTTATCTAAA AGATAGATTACTTGGTCTATTAAACCGTTTTAAGGAAGCTCTGTTTTGAT ACTCTTTTGTAATTTTACTTAAATCTTTCTTAGAGCTTAAAAAGCCAGTA GTTGTTACAAAAGACCCAGAAAAAGGAAATAAAGAAGATAAAGATGATGA TGATGACGATTTTCTTCCTTCTGCAAAGAAAACAAGGAAAAGTTTATCTG TAAGAAGCAGTTTAATAATTTGAATATTTTCATTTTATATTCTTTGTCGA AACTACTGCCTACATATGCTCAGGTAAGAGTTACATTTCTTAAATTTAAG GGTGGAAACCAATGAACTTGTACCATTACTGTATTATTTGAATTAAAATC TTGGTTGAAGGTTGAAAAATAAAAATTACTCAGATCGAGGGAAACAGGAG AAGTTGATCACCAATTTGGGTATTTATATTGAAGATTGAAACCCTATTAT TTTCAGAGGTCAGGTAAGAAGAAACCTAAAAGTAAACAAGTGTTGGACGA CATTGAAAAACCTAACCAAAATGATATGAAACCAAGTGAGAACACATGGA AAATGGAAATGAAGAAACTGAAACACTTATCATCTGAAGATGGTGCATAC ACCTCATCATCCAAAGATGGAGTGAAAAATTCTAAAGAAAAAATTCAAGA TTCAGATAGGTAAAGTGACTTGACGGATTGTTTTTTTCCTGTTGATATTA GATAAGAAGATAAGAAAGGTAAGTAAGTAAGTTTATTCATCTGATGGCTT TCGGCGGAGCTGGGAGTGAGGAAGTCTATCCCCTTTCCATTTGTGCTAGA CCTGGCAGATCAAATTTTGAGGTGCGCCGAACCTACGCTCAGCTCCCAGT AACTTTCCACCTCGATCAGATTATCCAATCTTTGCTACTCACTTGCTGAT TTGGCTGTGACCAGGGATCGAACCCACAACCCTTAGATTGTAAAGCGAAT GCTCTACCGACTGAGCTACTGGGCCATGATATTATAATATGAATCTATGA GATGATACTGGACGTATGTGCTGTAAATGATTGTGTTAACTAGCTATTTT CCCTTTTGTATATTGCTTACTATCCATTACAGTATAAGGGAATTTCATAA ATTTGAGTTGGTTGATCTATTTCGATAGAAATAAGAGCCATTGCTCTTAA AAAGCCTAGTTTTCGAAAGCCTAACATTGCTTGTTATATCTAGACTTCCA AAGATCTATTTTGGTACAAGAACACACAAACAAATTGGTCAGATCATCAG AGAGCTGAGAAAGACAGTATACAAAGATGCCAGGTAGGAAATTCGGTCTC ATTTCAAAGCAAGAAATCTCTTCAATTATCGAAAATATAATATTAAAGGG ATAGTCAGATTGTTCGAGATATTTGACATTTGGATTTCTTCTATTGTCCT GAGGAAAATCTCAAAATATTTTTGCCTATCTATTTTCCCAACATTGAGAT ATTCAAGTTACAAGTTTTGACTTTTAGTAAGATAAAAATAGAATTTCAAT GTAAGAACCGTGTAAGAATCTCATTTTAGGAATTTCAAATTATCTCAATT TTAGAAAATAGTTAAAGAAAAATACTTTAAGGTTTTACTCAGGACCACAG AAGGTTTCTGTAGGCTAAATATATCAAACCATCTAATTTTCCCAAAGCAA ATTTTAACTTTATGAAAATGCTATAAATATTGCTTTTTAATTTCTAGAAT GGGGATACTTGGAAGTCGTGAATATCTGTGCATTCATCCTGCAGTATCAA AAAGTCGTGATAAAAATGAAGAATGTAAAAACCTCATCAAAGGATATCAG GTGGGTAAAGCAACTATATGACAGAAAGTTTGTGTGGATAAGGGGTTGTT CACATTTTTCTATAAGAGCAAATTATAATAAGAACATAAGGCATCGTTTG CCAAAATATTAAGAACAAGTTAGAAATATTTTATTAAGGCTTTGTGCATA CTAAAACACCCGATTTTTTAGGAAAATAGACAAAAACAGACAAAAATAAT GACAATAAGAACATGTTAAGAACATTTTTAGGCTTAAAACTCAAAAAAAA ATTAAGAACATTGAAAGGCTTAAAAAATGTTGGATGTTCTTATAAGAAAA AACACGTATCCCAGGTTAATGAGCAAAATTGAACAAGAGAACTGCAAGGA ATGAATTCGAAAGTTTCATGGCTGTTTGATCGGTTTTAAACCCTGTTTAA AGTATCCCTTAGTTTATCCAGGGTTTATAGGTCGTTGCCATCGTAAGACT TACTTCCTTGGTCATTGCTCATGAGTTAATTTCACGTTGCCATCGTAAGA CTTACTTCCTTGGTCATTGCTCATGAGTTAATTTTACGTTGCCATCGTAA GACTTACTTCCTTGGTCATTGCTCATGAGTTAATTTTGCGTTGCCATCGT AAGACTTACTTCCTTGGTCATTGCTCATGAGTTAATTTTACGTTGCCATC GTAAGACTTACTTCCTTGGTCATTGCTCATGAGTTAATTTTAGACTGTTC TATTTAGCACAAAATTTCGTACCTTCAGAAAGCTAAATGAAATACTATTT TGGTGCTTTTATTTTTATTTTTTCTTATTTTTAGGGAAAAAGTTGTAAGT TTCATTCGAATTATCATAAAGTGACAGCAAGACCAAAGTTCAATAAAGCT TGGGATGTAGAAGATCTTGTCACAGCTGGTAAAAAAGTCAAGGTATGTTT ATTCAGTTTCGTAATCATGCAACTTTCAACAAGTCCATTTGCCCTGTATG TTTTCAGAAATAGTCCGTGCCCCCCTGTTGAGGATATCGGATATCCAGGG AGTTAACGATTTTTGTTCAAAAGTGGATATCCAGCATCTTTATAAGAGAG GATTTCCAGGGGGTTGAGCATATTTTTAAGAGTGTGTCTTTACTAATAAA GTAGGATATCCAGTGGGTTCGATACTTCGAAAAATCAACATCCTCAACAA TGGGGGTAAATTTTTTTTTCTAGAAAAGCCCAATGTTTTTAGAAGATTCT AACAGACTTTACTGAGCGGTTTTTGGTCTTATGATCTTTTAGGCTGCACT TTATGACCCTGATCTGAATATTAACAATTCTTACTCTACCAAATCTTTTA TTTGTGACTCCGAGTTTATGTATTTGAGATAAATCAAAGGAGACGGTATG AAACAAAGTTTACATGTCACCAAAATCACCGTCCACTTTGGTCGACGACG GTAAAAAAACCAAAATACCTTAGTCTGTTTCCCCTTCTGGAAAGCAAAGA AGATAAAGAGCCGTACACCAACTATCGACTTTGTTTTGCGTCGACTTCAC TTACCGTCGTCCTCCATATCCACAGATACATGAACTCGGTATTTATTATT ATTCTTATACAGGGATGTCCATACTATGCTAGTCGCGATCTATGTAAAAG TGCTGATGTCATCTTTTGTCCATATAATTATCTCATCGATCCTTTGATTC GTAATCAGGTACATGTCAGTTTAATTAGCTAATAAATTTAACGGATACTT GTCTTTGATTGAGAATTTCAACTCAAGCGTAGAGATTTTCCCGGGGGGGG GGGGGGCACTTAGGCAAAATTAGGTACGGGACATGCCGCTGGTCAAGGTC CCTTTTTAGGCTCTGATGATATCTGACAGGGTCTCAAACCTACTAATTTT CCAGATGTGCATCTGACAGGGTCCACTTTTGTTTATTGGACAATTTTTCA AAGTAAAAATTTGTCATTTTTGCCACTTGTTAGGGTTTTTCAATTTTTTG TTCTTACAGGGTCAGCATTTTACCAAATATTCATATCTGACAGGGTCAAC TTTTCGAACTCCAGTGGCACGTCCCCGCCGGCCGTCAAGGTCAGTGCCCC CCCCCCCCGGGGGCCCCCCCCCCCCCGCCCCTCCGGGCCAGTGCCCCCCC CCCCCGGGGAGATTTTCTCAAACCGTCTTACACCTTTTGAATACTTTAGG CCTTTGAACGAGTAAATCTAATATGGACTTTTTTCAATCTCAATCAATTT TCAATCACACTAAAAGTTTCACTATCATTCGTTGTCTTATTTTATTGATA TCTCGTGTAACTTATGGCATGTCCAAAAAGGACATAAGTTTGACGTAGAA AATAGGGGGCCTTAGATATGGTAATTTATACGTTGAAAGAAGCGTATTAG GATGTAGGTTTCAGAACTGCCTGTTAATAAAATAATTGTTTTGACTTTTT AAAGATTAGGGAAAAAGTGCTATGATCATATTTAATGACGTCATAAAACT TAACATTTGAATATCTCAAAAACTAATGATCAAAATAGGATGAAATCTTC ACCTTAGATGCATATTATTCAGAGGAAGTAATTCACGAAAAAAACTTTTT TACAAAAATGATGACGTTTGGGTAATAGTCCGGTCGGAAAAGCGCCTTCC GTTGGGGAATTGTCTGTCGGAGAATTGTCTGTCGGAGAAATGTCTGTCGG GAAATGTCTGTCGGGTGAAAGTCAGTCGAGGAAACGTCCGGTCCTCCCCT TTAAAAGTAATTCTTGTGGTCTTAGATTGGTTTTTTAAACCATGTTTAAT CCCTTTTCACACGCTGAAAAGGGTTTTGAAAGAGTTTGAAAGATTTGAGT TCCACTTAAAATAATTGAACTTAACGACGTTCTTTTTGTTCTCAAGATGA TGATCAATTTGAAAGACCAGATTATTGTTTTGGACGAAGCACACAACATT GAGGATTCTGCACGAGAAGCTGGAAGTGTTCAATTGACAACTGTCCAACT GGATGACACTGTCAAAGATCTGAGCGATATGAGTAAGTACCAACGGAGAC GGTAAGCTTCTTATTTATCTACCGGGTGCATCAAAAAAAAGCATACAGGC TTGTCGAGATATTGTGAGTTTCAGGATTTAAATTTTTTGTTCATTTTTAT TTTATTGTATAGAAGATGCTATCACTTGAATTTTGAGCTATCATACATTA GGTTTGAAAAAGTAGTTCGAAAGTTATTTATTTTTAAAAAACTGACTTTT TTTTAATGTCGAGATTTCAAAAAATCATCAAAAACAGCGAGCAAACTTTT CTCTTGACACTTACCTTCTTTACACATAAAAATACCAAAAAATGCAACTA TGTTCATCAAAGTCATTACAGAATTTAAAAATATGGTAAAGCAAGCTATT CCCATGTGGGATAATATTTTTGGAAAATCTGACAAAAAGTTTAAAAAATA TATCACCATTCCTCGACTAGTTGCTCAAAGAACTTGGGTCTGCATTGTTG AGTTTGCTCGTTTTGGAAATGTTCAGGATGGGCAAATAAGATGGAGAAAC TGTTGGCAAAATATAAATAAGAAAAAAACAACAACAAAAAAACAATAAAT TGTCTTTTTGCCATTTTGTCTTATTTATAGCGTGATTGCTGTTTTTAATG ATTTTTTGAAATTTTGACATGGGAAAAAAGTCAGTATTTTATTAATAACT TTCGAACTACTATTTCAAATTTAATGTATGATAGCTCAAAAAGTTAGAGC ATCCTCTTTACGATAAAAAAAGAATTAACAAACAATTTAAATCCTGAAGC TCACAATATCTCGACAAACCTGTATACTTTTTTTTGGTGCACCCGGTACA TCCTGACTGACCGATGACGATGGTAAATCAACACTTTTACCGTCCTCGAT TTTTCGGGTCAAATCTCCACTGCCGAAGTCCATTATTTAAGGGATGGGTT TTTTGGACCTACCTGAGGATACTATAAATCAACTTTTCTCGTGAATGGTT CATTAGTTTATTCTGTTGTCAACACAGATGCAAAACAACAGGACCTTAAC CCTTTTCACACAAGGGGGGGGGGAGCTGTTTCTGTTCGGGGTGAAGCTAA TGTTAATAACTCCTGATATAATAGACCCTTTGGCATGAAATTTTCTGTAA ATTCCTAACTTTTATCTAGCTTCAGAATACAATAGCTATTTATGAGAACA AAGGAAATTTTTGGTTTTTGCTCACAATAAGGTATTCACAACAATTTCAT GTTTATCTACGCCGTTTTCTGTTTTCCTTTCAGTCAGCTGTAATATATCA GTCAACATGCATAACTGTCTTCTTAACCTGGTAAGTACGTTCAGCATCTG AAAAGGTTTCTATGTAAAAATATTTATTGGACATTAGTTCATATGTTCCG AATTTGACAATAGGTGGAAGGCTAACAACGGATATATTTTGGAAAAATAT GTTGTTAACAGACGCTTTAAAGGCTACAGAAACGAACGAATATATCAAAC TTAACTTTTCGTCACTTTATGAGAATAGAGCGTGAAATGTCTTGCCAAGT CAGATGTGGTAACCTAGGACATCAAGGTTCCAATTCCCGTTTTAATAATT TGATTCAATTTCATTTCGTTTATTCTCCAACAGTGTAATGGTATTTTGGG TTGGATCAACAAGACTAAAGACAGCCTGGATAAAAGAGGGTTCGAAAACG AGGCTAAGGTGTGGACTGGGAAGGAAATGGTCAAAATGTTGGCTGAGGAT CCCGCTAAAATGACGTCACATACTCTCACACTTTATCAAGTATGTATAAA AGATTTATTACCAGTTTTAATTAAAGCATAAACAAAGAATATTTATTTAT TTTCCATTTTCTTTTCGTTTTATGTTGTCACTCACATGGACAACAATGGG CTATTTCATTTTATATAACATTTCCAGGGTGTAAACCGAAAAGAAATTCC AGGGGGGTAAAAACTTAAAATTGAAAAAATTTCCAAAGGGCTCTAGACTG ATTTAAGTTCTGTCCACTCTCATTTAAAAAGTAGGAAATATATTTTCCAA GGTTTTTTTGAAATTTTACCATTTTCCAAAGTTAACATCTAACTTATTTT GTTTTTTTTTGTATCTTTTGTGACAAACTAAACTGTCTTTTACCCCTTTT TTTAGAATGCGTTCGAAAAACTGGTATCTGAAGAACAAGACGCTTTCAAC AGGTACCTTTTCGCGGAAAAACGTAAAAAAACGGGGAAAATAACGTAAAT TTTGAGGGATTGACGAAAATTTTCCCCGACAAAATCTTCTCCTGACATTT TATTATCAAAACTTTTACCCAATTTTTTTTAATCCCCAACCTAAATCCAA ATCCAAATTTTGTACGTGTTTATTAACCGAAATCATTGCTTTAATAACGT CGAATTACAAGATCTCTTTTCGAGCTAGTGAGAGAAACCATTTCTTTTAG AGCTTGGGCAATTTAGTCTTTGGGAAGGCGTGTATAAATTGTAAATTTAG TAGGGGAAAAGTGACGAATTTGAAATTTTCTTCAAGGAAAAGTGAAGAAA ATGCCTCTAAGTAACGAAAATTTCTCCGACGAAATTTTCTTCCAGACTAA TTAAAACCCGACATTGTTTTCCCGATAAGGCTCAACATATGTAAATGCCA CACGCTAATCTCGTACAGTGATTTGTAGAGTTTTTTGGGTTTTGCCTAAG TTACGTAACTTGATGAAAATCCGCCATCATGGAAGAAGCAGAGGTTCAAA TCACTGACCTTTATAAACCCTGGACTTACGTATATCCGTTATCTTTGATC GGAGTTTTTTTTGAAAGCGGTACCTGCGAAGAATGCATTACATTGTTTAA ACTTTGCCCAATGTCAAAGGAATATGATATCTGTGTCTAAATTTGACGCC TAAAAATGTTCTTAACCTGCTCTTACTTTTACCATTTTGTGAGTATTTCT GTTCAATTCCCTAAATAATTGGGTTCTTAGAGTCTGCAAAGCCTTACAAA TATTTTAAAACTTGTTTTTTCTATTTTGGCCATCGAAGCCTTCTTATATA AATAACGTGTATTAAATTTGAACCAATTTTTAAGAACTTTATCCTTTTTT TCTAGAGAGGACGACGACACACCTCGTATTAACACCAAAAGTCTGGCAAC TTTATCTTCAATCATATTCATATTAGAAAAACTGTTCGATCAAACTAAAG ATTTTGCTGAAGGTTATCGTGTAGGGTTATGTCGAACAACGGTCATGAAG CCGGTCATTGTTACAGCACCGGGAGGTTGGTTAAGGAAATCGAATCGTAG TGAAAAAGTATGGACATACAAATTAAATTTGTGGTGTCTTAATCCAGCAG TTGTAAGTACTTGGACTATTTTATCATAATTTTCTTGAAAATGTTGCCTT GGGCTAACAGCTTTATTGTAAAAGAAAAACCAGAAGATTCATCATCAGAG TAAAAATCTATTACAAGCAGGGAAATTATACCAGTGAAAACATTTTTTAA AAACTGTATCTATGGATTTCTTATTTTTATTAGCAGCCTACTCTATAAAT TTGTTTTTTTAATGTTGCATTTTGCAGGCTCAGTTTTTGGTACATAAACA ATGGCCCTCCTACTGTTTAAGAACAATAGAATGCTAAGCATAATGCGAGC CTGATATAGGGGTCGCGGCACAAATGTTCATTAAAAATAAGACGTATAAT TCATCGTATAATATTTAAGTCCACTTTCTGACACTTATACCACTACCACT TATTCAGACAAAAGNCGTATAATATTTAAGTCCACTTTCTGTTTGTCGAG CATGCTAGAAGATAATGGAAGGGACAAAAAAATATATTATCTCGTTACGA TTATTGCATAATTACATGACGACAATATTACTGTATTTCATGGGTTATAA ACGACTCCAGTCTAACTTTCTATCGATTAGGTTTTCTCACAAGTCGGTGA AATGGCGCGAACGATTGTTTTGACATCTGGTACATTATCCCCGATGAAAT CTTTTTCATCCGAATTGGGTGTCGAATTCCCGATTTCCTTGGAAGCCAAT CACGTGATCGATGACTCACAGGTATACTTTGCTATTTCTTCTTCTATTTC TTAATCTATCGGTTCAAGCTTTTAGGTTATTATTACCTTTTATCATGTCC TCCAGACTATCAAGGCAGGTTTTAGTGGTCGCAACGTTACATTTTATTGT AAGAAGTTGTTTATGGGCTGAAAAGCTGCGTATTATTGGGTAAAACTTTG CCTGTTATGTTCAGTTTTTTAAAATCTAGCGTAATTGGAATTTACAAAAA ATTTCAGGGTCAAAGCTTTATTATTTCATGAGCTATTAGCTACGATGCGC AAACCGTAAGAGTCATGAAAAAGATTCAAAACGTGGGACTTGATGTCTCT CTTAGTAATGGGGTATTCCAGAAAAAATTGTACCTTCTGTGTTGAGCAGG TCTTTTTTGGGAAAGGTGACTAAAGAACAAATTTTTAACCGAATTCAACA TACCTTATCGGTAAGTAATTCGTCGGTGAAAAAATTCGTCACTTGCTAAA AAGTTCGTCATTACACCAACAAATAGTTTTTGCCGATGAATTATTTACCA GAGTAGCATCGGATTTTTGGTAAATAAAATTCCTCGGCAAAAATTAAACC TCGAAAAAATTTCGTTACATTTGGGCGAATTTTTCACCCGATAAGGTTTC CATTGGCTAACTTAGAATTGACCATTTTATTTCCGTTCCAGGTCTTGGTA GGAAACATCGGCTCTGGTCCAACTAACATCACAATCAAAGCTAATTTTCA AAACTCTGAGGTACTTTATTTTACAACTTATATAATTCCATAAATCAGGC CTCTTAAAGTAAGGTTAACGATTTTTAAATCGATTTAAAATGATTGGTAG ACTGGGACGAAATTTTTGCCAAATTTTCGCCAAATTTCACAGTGGTGATG GGTTCCAGCGGGTTTGTGACACAGGGTTGTTTCAAGTGTAACCTGGCCAA AGCACTCTAAATCTGAAAAGATACAAACTTTTGAAGAAAAAGAAGGGCGA GGATTATTGAAAAAGGGAAGAAATCAAATCCCTCCCGCACTATTGAAAGT TTAATTATCAAAAATTTTATTTTTTCAGACTTTTGCTTTTCAAGACGAAG TTGGAAAAGCTGTTCTACAGATATGCAAGGTATACATAACAAAGCAGTAA TTTTCCTATTCAAATCTTTTTCCTTAATTGAAAATTGACAATATATAAAG CCAACGTCTACGACTAGATGACAGATTTCGGTAACAATTTTTCCTTTCAT TTTAAGGATATTATACCTTAAGGTATCGTTACACTACATGACTTCTTTGA TAAATATAGGTTTCAACGTCATATGAATTTCTTAATCTTTTGAAGAAATA ATCTCTTTTTTGAAAATTGTTGCCTTTTTTTATTTTTGGTGAAAGAGGTT GAACCAATTTTCATCAGGGTGTTTTTGGGTTAAAAACTTTAAGAACTTCT AAAGAAATTAATAAATCTTTAACGAAAAAAATATTAAAATATTAGAAGAA GCTATTGAATTGTTTTTTCAAAATAGATAATGTAACGTATATTTTTTATT TTTAGTTGCCTAAAGATTGTCACAAAAGTGGCATGAAACTGCCAGTAGCA GAATAAAAAAGTGTATTTTCTTCCTGACTAAAGAAATTTATATAATATAT TTATTGTCATCTTCCTGATGTTTTTTTCCCTTGCTTTTTCTAGGTGGTTC CAAAAGGCGTTTTGTGTTTTTTGCCTTCATACAGCATGATGGAGAAGCTG ATCAAAAGATGGAAGGTAAACTGTAAAATTTCAAAGGAAAACTGAGCCTT ATTAAAAACCAAATTCATGCTAGTCTAGCATACTTGGCGACTTTTTCAAA CATTTTCTAAAGGGCTACTTAAAATACACAATATATTGACGAACAATATT TGAAAAAATCATTTTCGAAGAGGCTAAAGATGAATCTTCAAACTTTCTCA AGCAAGAAAAAGTGAAGCCCTAAGATTTGCGCGGCAATTAGAATGATGTA ATGGGTTAAATCTAGCAATTTCTTTGTTTTCACGTGGTATATTTTTCGAA ATCTGGCGATATGTTTTACTTTCAATCTAGCGTTTGTGTGAAAACCATGC GGGTCACGCGTTTAGGATGGAAATAAGAGGCTTCCTTTTTCATCCAAGAG TCTCGTGTCTAGCCCTTCGGGGCTTGGAAGTCAATGGTTTAACTTCGTGG TAGATAGCACCCTTTTTCACTTTCTATTATTTCCCTCCTTCTTCTAGACT ACTGACCTATGGAACACACTTTGTCTTTGCAAGACAGTTCATTCAGAACC TCGTGGCTCGGACAAAGCTGGTAAGTTGTAGAAACTCACCTTGTTCACCT TGAATAAGAGCTCTAATTTAGACAGTCGGCTTTCTGGTTTACCTCAAATT CAATTTAAGACTAGGTTTGCGAGATGACGGGTATTTTGAAAAGGTTTTGT CCATTTTTGACGCTTTTGTCACCCTTAGAGAGACTACCCTTATTCCCCTT TTAAATTGTTGTCCAAATTTTAAAAATTCATGACCCTTTGAGGGAGTCAA TTATTTATTTTCGTAATTTTGGAACCCTTACAGAGATTTGATTTTTAATG TTTTTTTACCCCTTTGAGGGACTTTCAAGAGTGTTTGAGAAGGGGCTAAT GGCTTGCACATACCTGGCACCCTTTTTGCCTGAGTCCCCCCTCCCCGGGC AAGTTCTTTGAAGTTGAAACCAAATATAACAAAGCGTGTTTGATTTCCTT CTCTTTCTCTTTTGCAGATTTCGATGAGATTTTGGGTAATTATTATGCAT CGGTATCTGCTAATTACAAAATAGGTATTTATTTGTTGAAAAGTTCATCT TCTATCAGCTTTAAAGGTTTTGTTTTTAGATAAGAGTGACATCGCGTTTG CTTACTCATCAATTTTTATTTACAAGCTTTTTCACACTGAATTGACACGG ATGTAAAGCAAGATTGATCAGAAATAGGAAAAGATGTGTGTTTATGTGTT TATTCAACATAATATAACAATAGGCAGACAACGTCCTAATATGAAATATG TTTCTGATATGAAATGGGAACACTTATGTAAGAATAAAACTTTTTAAATT CACAAGGGGATTTGAGTTTACAAGGGCAGAATGACACGGTCATCATGTAT GTATAGATCGCTTCACAATCGAAATGAATCATGGGTAATCAGGGCTGGTT GCGCTCCCACAACAGCTTCCCGTTGGTTAGACTGTAAAAAAATCCAGAGT TTTAGACCAACAGTACAGAAGATCGTTATCAGCGGCCGGTTGTCATGTAG GCTACGTCATATCTTCCTTCGTTTCGAGTGTAAAACTCATACTCTTCAGG ATATGTCCACTGCTCTTTTTTTTATTATTGAATTTCTCCGGATACATCGC ATGCGCACTAAGGTTTTAATGAAACAATAGAAAGCTTCGAAACCTAAGCA AATCAGCTGTGTTTTAAACATTCTTTTATTTTAAATCTATTGATAAACTT ATTTTATTTAAAATTTCTATTATGTTTAATCCTATGAAAAAGCGAATTCC CGGTGGGGTCACTAGTGATTGCCTAAAGCAGTGCCTATAGACCAAGAGTA AGGCCTAAAAGCCTGGAGCTGTCTATTGTGTAAATTAGTGGTCCTGATTA CCCATGATTCTTTTCAACCGTGAAATGACCTATATGTAAGCGTGTCAATA CTCTAAGGTCCCGAATAAACGTCTCCCCGGTTATTGATTTTCGAAAAATT TCGGACCCCTCGTTTATTTATTTTTGAAAATATTATTAGCTATCACAAAC TGAATTGCTCTAAATAGCCTGGTTTTAGTTTACAGTTACCTTATTTTATT CGGACCTCCCTATAATTCGGCACCTTAGAGTAAAATGACACAAACATACA CGTTTTCTTCATTTTCTAGAAGATGGTTCAGACCTTAACGGCGCACTGTT GTTTGCTGTATGCCGTGGTAAAGTATCCGAAGGCTTGGATTTCTCTGATG ATAACGCTAGAGCTGTTATAGTGGTAAGTCTGTTCACCTATGAGCTATAC TTGATTTTGTTATAAGAATAAGTTAAGGACATTTTGAGGCTTGCGGACTC CAAAACATCCGATTTCTTCTGGAAAATGGGCAGAAATATTCACAAAATGG CGAAAATGACGAGGTCATTACTCGCACCGCTAATTGAAGAACCAACCCTT AGATGTAAATGCGGACCCTAAACATAACTTGTTGAATTAAAAGAAAAAGT TGCGCTGTCCGCGTCGCTTACATTTAAATTCTAGAGTAACATTTTACTGC CAGATTTTGAAAAATGTGGCAAGCAGACAAAGGAAGCACTAAATTCAATG CATCATCCTAAAGAAGCGACAATAAAGTAGCCTCCTCCCCTGCTTCTAAG TAGAAAGCTAAAGAAAAGGGAGCCTTCAGGGTCACCTTCGATGGTGATCC CTCTTCTGATTTTGTCACCCTTCTTTAGAGATAGGAATAAAGAAGGTTGG GATCACTTATAGACAAAAGATTTTTTCTTCTCTGATTTCTAAGTAAAGAA AAATAGTTTGCATCAGCGACTCTAACATTCCGATTATCCTACTATTTAAA AAAAAAAAAGAAGGGGATGTCGACATTAGACCAACTTACGTTACTTACTT ACTTATTTTTAGGTTGGTATTCCTTTCCCCAATGTCAAAGATATTCAAGT GGAATTGAAACGAAAATATAACAATGCCAATGTATCACGTGGTTTATTGA ACGGCGGTGAGTGGTATGAAATGCAAGCGTTCAGAGCTCTCAATCAGGTA ACGTGGTTGTCTTTTATCATATTCTAGAGAGCTTATATATCTGTGTTTTT TTTTTGCAACGGAGACGGTAAGCTTTTAATCGTTTTACATCCTGACTGAT TCAGGATGACGGTAAATCAGCACTTTGACCGTCCTCGACTTTGCAGGCCA GACCTACGGGTTGTCGCTTCAGTCACTCTGCCGTCCTCAAAATTGCAAAT ACATATACTCGCTTCTTTTTTTTTTCGAACGAAAAATTTAATTCTTATGA TATGCAAAGAGATTTAAAGGGGATGATATTCCAATTAGTACAAAGTACAT TTTGCAAAAATTCAAAAAATTGAAATCTATTACTCCAAAGCCCCTTCTCA TTTCATTTTTATTTCATTGTTTTAAATTAACAGTTCTAGAGACAGACAAA AAGCTTTATAATTATCATGCTGTACTTTACCTGACTTTAGAAAATTCTCG ATTTTAGTGATGTGTTGTTGTGTAGTTGTTAGTGAAACTATGCAACAAGA CCTTAAAGGCTCAACTTCTCATAAATTCTACCACGTTTATCTTTTCAGGC TGTTGGACGTTGTATCCGTCACAGGTAAATAATTTGGTTGGCAGTGCTAA ATTTTAATATATGTTTAATATATTTATGATATACACCATTGCAATGTCTT CTGACATTAGTAAGTAAGTTTGCGGCTGCAGGTGAGGGCAAACCGAATGC TCCCCTTTCTTTAGCTATCTGTATCGGAAGATGGGGGAGATCGCTACTAA TTTCCCCTGGTCTTCTCAACTTACCCTCGCCCCATCTGTTTAATTGCTAA GCATCAAGCAGAGAGGCATCAAGTACCATTTTGAACTTTTTAGTAGTATG ACGTGGCTTAGGTTTGAAATCATGACCGTGTACACCGTAGGTGAGTGCTC TTCCTTCATGTTGCGGCCTTCTGACATTTGATTTTAGACCAAATAGCTGA TTGGTTTTAAGTGACGTAATACCACTTAATACATCACTTGCAACCAATCA GCTATTGAGTCCGTGATGTAATATCAGAAGACAATGCATTGGTGCATATC ATGGATATGATACCCGAGATTCAAAAAAGGTTCCATATCATTCATTTAGC TACTCTATTGGTTAGGTATGACGCCAGTGCGAAAATTAACTTATAGGATA GCTAAATTTTTATTCCTGCAATTAAAAAGAGAACTAGCGTTTGTCTTTTC TCAATTGATATTGTCATTTTTTTAAAGGAATGATTGGGGCGCCATCATTA TGATTGATGAACGTTTTCAAAAGTCACCCAAATACCGAGACGGTATCAAC ATATATTATTTCTTTTTTATTAAATATTAGTTTTGGTATTTAAAGTGTCG CTCCCGGGATAGGCAAGAATGGAAAAATTGGATACAAGGACGTGCCGCTA GACAGGGTCTCTTTTTGAGGCTATCTGCCAGGGCCCGGTTGTTCAAAAGT GGATTAGCGGCCGATTAGCTTAAGTCCGGATTAAATAGCGATTAGCGCCG ATTAACGAAAATTTGTCTGTTGTTCAAAAAANNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCG ATCAAGAAAAACCAATTCATTGTATTCCCTACCACTGCCCAACAAAAGAC AGAGATCAAGCAAGGTTTTTACAGAATGGCTGGCTTTCCAAGCACAATTG CTTGTATCGATTGCACACATGTAAGAATTTCTTGCCCCCATGAAGATGAA AAGGACTTTGTAAACAGAAAAAATTATCATTCTATAAATGTTCAAGCCCT GACTGATCATAATTATCGTTTCCTCGATGTTGATGCAAGATGGCCGGGGT CGACACATGATAGTTTTATTTTTCCTGACATTTTGTATAGATTATAGATT GTTCGATTGTTCGATTTTTTATCTTCAATAACACTTCTTTGTTTTTCAAA CGCTGAAATTTTAGTTTTGCTTTTTGAATGTTCAGCTCTTTGATTAGACA TTGTCTTTGAATAGTTAAGGTGCTTGTTTTATTTTTCTTTGAGGGTTTCT TTGACTGTAAGATGTTTTTCTTCTTGTTTATTGTTGAAGGATTCTGGCTG GTTTTAGAGGGTGGACTGAACAACATCACATCATTCTCGATGAGTTTATT TTGGCTGCTAGGCCCGGGTTGATCCAATGAAATCGAGTTGCTCTGGATAT CTAAAAAGACAAGGGTGGATTAAAATATTATTTATTTTATTGGTATTTTT TTTCTTTNAGTTTATTTTGGCTGCTAGGCCCGGGTTGATCCAATGAAATC GAGTTGCTCTGGATATCTAAAAAGACAAGGGTGGATTAAAATATTATCTA TTTTACTGGTATTTTTTTTCTTTCGTTATGTTCAAGAACAAAGAAAAACT TATTACATGCATTGTTCTTCCCTGACTGAGTGAAATTAATATCATAAAGA GAATTATTTGTACGAATGGAATAATCGAAACAAAGAGTTTTCTTTACCTG TATCATCAATGAATGATGAGGAGAAAAAACCATCTAGGCCTTCAAAGGAA GGGCGTCCTTCGAAAAGTGAAATTACTTTATGCTGAGCTTCAGTTGGGGG TTTTGTTGGTGGGCCACCACCAGTTCCATTGACGTATCTTTTATACTCGT TGTGAGTGATTTTTGCATCGGATTTTAGATTTTTCCATTTTGTTTCGATG TCTTTTGTGCTTCTATTTGCAACACCGAGGGCATTAACTTTCAAAGTTAT GTTCTCCCATAGAGCTTGTTTAGCAGCGTTTGTTATTGAAGGGGAGAACT TTCCTTCAATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTT TCCCAGAGTTTTCCCGCGCGATTACTTAATCTGACGTTCGAACAACGGAA GTTAATCCCCGCGATTAACTAATCGAAATTTAATCGCGATTAGCGTTAAT CGGGATTTAATCTAATCGATTTTTTGAACAACCGGGCCCAGGGTCCTAAG TTTACTAATTTTCAGGGTAGAAATTCGAAAAATTTTTCGCTTTTCTTCTA CTTTTACTCAATTTTGGAACTTTACAGGGTGGTTTTTCGTTCTGACAGAG TCCCAAATTTAGCAAACATTCATATTTGACAGAGTCCCTGTCCCCGTCCC CGTCGGCTGTCAAGGTCAGTGTCCCCGGGGTCTCGCTAATCGTAGTTCTT TGTTGATGGGAATTGCCGTAATATTTATTTCTTTTTTATCATCAGCAACA ATCTGGACTATGATTTTTCATTCTTATTTTTAGGATTATCAAAATGGGTT CGTGGTCGATTCCAAACATTTCGCGATTTTCAATTTTGTTTAACATCTAT CACCCAATTTGTTGAAAACCAAACAAACCCAAAACTAAAAAGACTGGAAA CGAGTGAAAAAGTAACGTCAGCAAAACATCCAATCGGTTACAGCAAAGAA AAAAAGAATTCAGCATCGAAGGAATCAATTATGCAAAGTGAAATATCGAC AGGAAATGTTTCTCCGAGATTTGAAACGGAATGCTGTATTTCAAAAGCGT GTGAAAGGGAAATGACTCCTGCTCATACAGGAGGAATGGGCATGAATAAT ACAGTTAATCGTGTGAATTCTATTGGTAGCTTTCTTAAGAAACGACCATC AGGTGATATGCGGACTCAGACGGAAGACGAACAAAATACTCATCTTCAAG ATTGTAAAGATTTAGAATCTGATATTCGCACTAAACAAAAATTAGAACAA AGATTGAGTAGGAGTCTTCGGAATAAAGAAACACTGAGTTGTACAAAAAT GTCTTCAGTGAAAAATGACTCCAAGGAAAACAAGCAAAAAGAAGATGATT GTTTACGCCGCACTTCACTAGATTATGTTGCACGGTTGTCTATCGATGAG TTTAAAACTAGCCTTCCCGAACATACCACAAATAACCAGACTGCTTCTTC GAGAATGTCTAAAGAAAATCTTCCTGAGACGAGGCTTAGCAACCAGCGGA AGAGCCTCAATATTGCTTCACGATTTGTGTACCCTGAAAGTAAACAAAAC AATCCAATAAAACCAGTAGATCATAGCGATCAACAGGAACAGAAACATCA GAAATGTTCAGATAAGCTAAAAACAAGCGAGAAGAATTTTCCAAAGTCGA TAGAGAAGATTGAGAAGCCATTGTATGGGGAACCTAATCATCAGAAATGT TCAGATAAGTTAAAAACACGCGAGAACAATGGAAAACTTGGAAAACCTTC AGAGAAACAAAATGATAATTTTGAAATGAGTTTCGAAGTGTGTGATGACG AAGAGCTATCCATGATAAGTACTCAGGTCTTGAAAACTGGAAGCGATGTC AAAAAAGAGCTACCCGCACTAAACAGTATAGTTCATAACATTAGCAGCAC GTTTAAAAAGAGATCGTCCGTTGTTAAAGATTTAAAACAAAGTGCCCCGT TTAACCAATCAAAAAAGGACATTCAGTGTTTCGACCAATTAGATTCAAGT ATGAACTTTCTCGACCAATCAAATGACTCTTTGTTAGATGCAGACTCGAC TACGTGTGATTTTCAGCCGACTGTCAAGAAAGCAACAGTGGAAAGCCCGA ATGTGGATTTATTTGATTTTGACTTTGAAGAAGATCAACAAAACTTCAGT CCACCATTAACCAATCAGAAACAATCAGCCAAACCAGTCAGCCAATCAAA AAGCAATGCTTTGAATTTAAGCTCCACGTCGACCAATCGAAACGAAACAT TAAGAACCCGTAGCCAATCAAATAAAACTAAGCCAAAGATTACAATTGAT GATGATTCCCCGACAAGACCTTTAAACGAAAATTCAAACAACAAGAAAAT TTTCAAATTTGTGCCGTCATCTTCCAAGAAACGTTTAAGTGACGAAATTG ACCAATCAATTGCCAAGAAAGATAAAATTGACCAATCAGCATATCCCGAT GTCAATGAAACGAAACAATTAGAGATATCAATGAGTAAAACACTGGGAAT GGTGAAACGTAGGACAAAAGGTAAAAAGATTGGTCGCAATCTGAGAAGAA CTACAAGAAAAGGAAGTGTCGATAATATTCTCAAAGATGAAAACAATTGT GAAAAAGAACAAGCAATGGTAAGTAAATAATTACTCTAAAGTTCCGAATA ATAGGGGGGGGTCCAAATAAACTGAGGAAGGGTCCGTGTGACAGCTGGAA ATATTTCCAAAAATAAATGAACGGAGGGGAGGCTCTGATAAGAACGAGGG TGGGGGTCCACTTTTATTCGGGACCTCAGAGTAAGTCGTTTACTTTTTAA TTTTGTGATGGAAATTTTTTTTCACTTTCATGATCATTGGGATATTTTTG ATAGATAAATAAATGTGCTCTTGGAATATTTTTATGGACCTTTTGAGGTA CAAACTGCTCAAGTTATAGTTTTTTTAGCCACTTTGGCACGAAGTTGAAC TCTTTTAAGCTTGGATATCACCTATTATCGCATTCTCAGTCCAGATGTAT TTTAATATACCCGTTAACTTTTAATACTTTTAAAGTACATGGCAAAATTC TTATAAGGAAGTGAAAAGAGTATGCTGTTTAGAGTATTGTTTAGATTATT GTTTAGTATGCTTATAAAGAAATATAATTTTCCGTTGCAACCGTAGGTCG ATGATAATGTCGCTTTAGTATGCTTATAAAGAAATATAATTTTCCGTTTC AACCGTAGGTCGATGATAATGTCGCTTTAGTATGCTTATAAAGAAATATA ATTTTCCGTTGCAACCGTAGGTCGATGATAACGTCGCTTTAGTATGCTTG TACAATAAGAATTATTAATTTTCCTTCGCAACCGTAGGTCGATAATATTG TCGCTTTAGTATGCTTATAAAGAAATATAATTTTCCGTTGCAACCGTAGG TCGATGATAATGTCGCTTTAGTATGCTTATAAAGAAATATAATTTTCCGT TGCAACCGTAGGTCGATGATAATGTCGCTTTAGTATGCTTGCATAGTAAG AATTATTAATTTTTTCCTTTGCAACCGTAGGTCTATGATATCGTCGCTTG CAAGAATTGTGGGCTGCTTCTTCATTCAGAAAAGTGTAAGTANTAAAATA AGAATTATTAATTTTCCTTCGCAACCGTAGGTCGATAATATTGTCGCTTT AGTATGCTTATAAAGAAATATAATTTTCCGTTGCAACCGTAGGTCGATGA TAATGTCGCTTTAGTATGCTTATAAAGAAATATAATTTTCCGTTGCAACC GTAGGTCGATGATAATGTCGCTTTAGTATGCTTATAAAGAAATATAATTT TCCGTTGCAACCGTAGGTCGATGATAATGTCGCTTTAGTATGCTTATAAA GAAATATAATTTTCCGTTGCAACCGTAGGTCGATGATAATGTCGCTTTAG TATGCTTATAAAGAAATATAATTTTCCGTTGCAACCGTAGGTCGATGATA ATGTCGCTTTAGTATGCTTGCATAGTAAGAATTATTAATTTTTTCCTTTG CAACCGTAGGTCTATGATATCGTCGCTTGCAAGAATTGTGGGCTGCTTCT TCATTCAGAAAAGTGTAAGTAAGCTCATTAAATAACACTTTCCTTTGTAC GTGCTGGCACTCACCGTATGTTCAATTCATAGTGTACCAAATAATTTGGA ATTCTACGGTTGTAGTAGTACATAGAGTATTAATTTTGACAACCTTATTC GTAAGATCGGGTTTAAGTTCACTATTGATGTCGTAATTCACTGCTAAGTG TGCCCTTAGCCGATCGATTGATCAATTTGTGCCAAACGAGGAAAATTGAA TAGACAGAAACTCAAGAAGCATGCCCACTTACTATTCACGCTGGAGTAAC GCACTTGATCCAAAAACTATATCCCAGTGTCATTGTAAATACCTTTGACG GTTCTAACGAGGTGACTAGACCACCTAGACCACTCATCATCTATAAAGTG AAGTTAGTCATCATATCAACTTTGCCAAGACCTATTTTAATGCCAGAAAT TCTAAAATTCTACAATTTGTTTTCTTACTTTTCAGCTTTATTCTCGGTAC CGTACGATATGCCACAAGGTATGACGTCATCAACACACGTCAGCGTGTTC AAAGTGCAACCCACGGATAGTTTAGAAGAGAAAATTACCAGGGAACTCCC GGGAAGTGAAGGGAGTAAAGCAAAGGGCTTTAGTAAGTTTATTTTATTGA ACTGATCTTAGAAACAAATACATCTTTATTTTTCGTTAAGCTTTCCTCAG TACACCATGTGCATAATTACTATCTTGCTTTTCTGCCACATGTTGTAGAA AGTTTGTCTGACATGAAAAAAGTCTGAAGGTCAGGAAAACTTTCAACATC TGGAAATATGGATTGCCGAATTTTGGCTGGCCGCTTACCACATATTGGAG TAGAGGTTGTGTAACCAAACACTGAAATGTTATCTACCATTTTCTTTTTG AGAATTCTTGTCTAATATTCTTAACTTAAGTTGAGCTAGAATCTGAGAAT GTCTGTATGTCTGCATGTCAGTCAGTATGTGTGTCTTCAGTCACCTCAAA ACTTTTGGGCACACTGGAGACTTCAAAGATTGTCCGATTCAGCTGAAATT TTGCTCAATTGTTCCTCGGGTGAATATCTGGGGGAGTTTTTGTTCATTTT TTCAAGATTTTTAGGGGCATGGACACGAGTTTTAGCCTCAAAAGAGGCTA AAAATTTTTGGGCACGCTGGAGACTTCAAAAATTGTCCGATTTGGCTGAA TTTTTGCATACTTGTTCCTTGTGTGAATATCAGGGGCGTTTTTTTATTTT TTTCAATTTTTTTCAATTTTTTTTTTCTTTTTTTTTTCTTATATTTACAA TTGGGCCTACGAGCAATTTAAAAGATACTGAAGTTGTGCCAGTGCGGTTA GCACGTCCGGCAGTAATTTCATATGAACCTAATTACACGGTGGCCGATTT TTATCTCATATATTTCCACAGATTGCAACTCATATTATGATCGTGCTTCA GATTGTGTTTACATTCCCTTATATTGTGCTGGATGTCGGTCTAATACACC ATCATTGAACGAACTGGTTGGATTCCAAGTTATCAGTTACGCTGAGGTTT GTGGTATTATTTATTTTGTACAAGAATCACTTAATATTTGTATCCTGTAA TGGGCTTTTCCAGAAATAGTCCGTGCCCCCCTTGTTGAGGATATTGGATA TTTAGAGGGTTAACGATTTTTGTTCAAAAGTGAATATCCAGGGGTTAAAT ATCTACAAGGGAGCGGATATCCAGGGGGGGGATGCCTTTTCAAGTAAAAA ATACGATATCCAGGGGTAAGCATCTTTATAAGAGAGGATATCCAGGGGGT TGAGCATATTTTTAAGAGTGGACATCCAGGGGGTCTTTACTAATAAAGTA GGATATCCAGGGGGTTCGATACTTCGAAAAATCAATATCCTCAACAGTGG GGGTAAAACTTTTTTCTGGAAAAGGCCAATGTTTGAATTATCTGCGAGCA CCAAATCATAGATTGGAAAATATATTTGGATTTCGAAAAAAAATAGGCGG AAGGAAGTTTGCTTGTTTTTCTTCCTCTTTTCNATTTAGTCTGAATCGCA GACCTCTATAGATATACTTCCTATATAAAGAAGCTTTTTTCACCTGAGGA TGAGCAGAAGCTTATGTGATATTCCGTCAGGTCAAGATTATGTCACTTTT CCTACCGGAGACGACCAAAAAAGATTTTCTGTGTTACCGTTGGAGCCACA AAAAGTTTCAGAATTTTCTGAATCACTATGAATGGTATGATTAACAATAC ATCCTAGTTTGTTTTGTTAGCAGCTTTTTATTATTTATTACACGTCCAAT ATATCATTTATTATACTATATATTTACTCTCCTGTACCGTGATCTCTGAT TTAGGTTAGGGTCTATTCCCACTTGGAAAGGAGTATGTCTTGTCTTGTCT TGTATAAACCGTTGGTAACCTCATAAAATGCACTGTACCATACGGAACTT ATGTAACCCTATTTTATCAAAAGTTATTAGAGGGCTCATAACGTCGCCAT AGAAATGTAATGGCTCTTCAATATCACCGAAAAGTCATAGATGATGGGCA AGCATTCCAAGGTTCGTGCAACAAAATTGCGACGTCAATTTATGTCCAAT TTATGTCCAATTGAACCGCCTCTTTGGTTGCTATTAAACGGTGCATGGGT CACGGCGCTTTTATGTCCCTACTTGCAGTACCCGAACAATAATGAGCGTG ACGTAAACGTACACCTCATTCCGAAACGGCCGTCACGATGAAGAACTTAA TTATGCATGCAACTGCACAGTTTTCTCGTATAAAACGTTCTAATATTCTG ACAGCGACACATCAAAACAACAACATTAAGGATCGTATTAAGCATGAGTG CTACCAATGAAAAATCACCATTTCTTTTAAAGTCTAGAAAACGTTTCCCT GCCTTTCTAAAATCTTCTGTTCGAACTTGCAAATATAAATTGCTCATCGA AACATTTTGAAGCGATACCGTAACCATTAAAATAAATGCCAGAACCATCA ATGTATTTGCTGAATACCGCTGTTTCTTGAGTCGTATTTTCGAGTCAGTC GATAAGTCAATTTTCTGACGCTTTTTGATAGANACCGTATTTTCGAGTCA GTTGATAAGTCAATTTTCTGACGTTTTTTAATAGAATAAAGAGTATATAT GATACAAATGGTAATTGCTATCCCGCAAAAAGCTATAATAAAACCGCATA TGTACAGCAGAATTTCCAAATTTGATGCCGTTGCGTAAAATAAAGAAATT ATCACCCAGCTACCTGCTATGGTCAGTGATAGTGTGATTTGAACAAAGAC CAAACTTGTTATTAGTTTGTTATTGTTTTGGTGGAGAGGTTTTACTATGG CACGGTGCCTCAGTATCGCAATATTCAAAGTTATAGAACCATCATTAAAA CCGACCATTGAGTTTAAGGCGATCATAAAAGCCATGTATTTACATTCTAA TCCATAGATCTGACTGATAGCCAGCACTGGTAAAACACAAAACCCAGCAA TCAAATCAATACATGATAACAAGAGAAAAAGTTTTTGTGAGATTGAAAGT TTCTTGTTTGTTTTGATCAATCCGTAGATGAACGCAGTGTTAAAGATGAT GTTTAAAACTGCTAATGTAATACAAACAATTCCTAAATGAGTTTCAAATG TTCGATCTTCGGTTAGTTTTATCAGGTTCCTTTGGATGGTGATGTCTGAG CTATTCAATAAATTGAGATAGCAACCATACTTTACTTTATTGATAGAATC AAGGTTTGTAAATTCGTCATTTGAAATATAGTTATTCGGTGTCATCTTTT ATTTCATAAATTTTAACTTAACTAGGATGATGAATGAAATTTCCCTGAAA TCTTCTTTAAAATTGCTGTACAACCACTTATCAACTCCCGAATTATCTTT CCAACATGCATTCCGAGGAAAATGACACTACACGTTCCTTTCCTTTCCTT CAATATCACGACTTTTTCAATATTGTTTCCATCACCAAAACTCTAATCAT TGAAAAACGGTTCCTTACCCATAATGAGAAACTCAAATATATACAGAAGT CATTTACGACGTTTAAAAAAATCATAAGCAGAAAAAATCTTGATTAAAAT TTTAAAAACAATGACTTTGCGTACTAACTATTTATTTTTGAAAGATTGAA GAATATTAGTTGGACTATTAACTAAAGTAGGGAGAACTGTACCTAACTTA ACAAAGCTCCAAGAGATACAAATAATGTCCAACAAATATAATTTCACCAT CCAGGAGTTGTCAAATATGAAGTATGCTAACGATTTACGTTATGGCTGCT ACATTAATTTATTGAACAAGTCAGACATTGCCATTCAAAGGAACCTATTG AAACTAACCGAAGATCGAACATTCGAAACTCATTTAGGAATTATTTGTGT TATATTAGCAGTTTTAAACATTATCTGTAACACTGCGTTCATCTACGGAT TGATCCAAACAAACAAGAAACTTTCAATCTCGCAAAAACTTTTTCTCTTG TTATCATGTATTGATTTGATTGCTGGGCTTTGTGTTTTTCCAGTGCTGTC TACTGGTCTTTTATACGGTTTAGAATGTAAATACATGGCTTTGAAAATAT CTCTTGGATCGTTTGTAATCTTCAACGATACTTCGACAACCTTAATAATA GCTGTTTTACGATACCGTGCTGTTGCTTGTCCATTGAATCAATTGGATCC ATCGAAAGGTGTTTTTGTTTTAGTTGGAATACGAGTTCTACTTTCACTAA CGATTGGATTTAATTGGCTCTGGGTAACATCCGTTGAAAATACTGTTATC AATTTTCAGATCATCGTTTTTGTTTCTTCATTGTTAAACGCTATTGGAGG AATATCAACTCTGGTTTGTATATTTTATACGTTGAAAGTAATCAAAAGGA AAGAAAAGACAAACCTATCATCAGATTGTCAAACGAGGTTACAAAGACAA CGACATTCAACTCAAACTCTAGTGATCTTGGCTACTGTTTTAATGTTTTC CTTAACTTTACAAGGTTCCTCGTTGGCTTATTTACATTACCAAGTACGGT TTACAGGATTTTATGAAGGTGGTAAAGATTTTCTAAAGACGAAACGAAAT GCAGATTTTTCTGTTCTTTCTCTTATGCTAAACACTATATTTAATTCTGT AATTTTGATTTTCCGCTCGGAGAAAATCAAGTCATTTTACAAAACAAAAA TTTGTAGCTGCTATATAAGGCTGTAACTTGTCATCTTAAGTTTAGCTAAG TTGTAAGAAGAGATAATTGTGAAGTGATGTACTTTATAGATCATATTATT ATTTCCCATAACTTATCAGGCCTCCCCCCTTTATACATAATAGCCCACAT GTTAAAAAGTTACGTCAAAACGGGTCGGCGTCAAAAGGGACAGGTGTCAC GTGACGTATATTGATGTGTAAAACTTATTGGTATTTAAAAAATGACTCTT TAAATACTTAGTTCACTTCAAAATCCAAGAAATGTTTATACTCGTTACAA ATTCCATGTCAATGACAATTTGGATTACTGCTTCACATTGTATTGTACCT TTAGTCGAAGAAAAGATTTTCAATAGGCGAATAAAATCAGTATCGGTGTG GTTTTATGAAAATTTTGTTTTACTAGCTAGGCAAAATTGGAGTGATTGTT GCCCCTGCTACCGAGAATTACTTTAAAGGAAAACATTTCGTGGGAATTTG ATTTGGTGGCTGCGGGATATTTTTGGGCGAAAACGTTATTCAATGAGAAA AAATTTGGTTTAAAGTCTAAAATAGCGAAAGTTTGGAGATCATAAGGAGA TAAACCCGCCAAAACCCTTCATTAAAGGTACTGCAAGAGAAAGTATTTTA GTAAATTTGATTCTGTATTTTTTCAGGAGAAAGAAACTGAGACGTTCCTG TTCGAATCTAACCCATCATAGTGAAGGCTATTCGACATAAATCATACGTA ACCCTCGTTTAAGTTATGGTAAGGTTTTTTTATTTAGTTCTGTTTTAATG TGTAATAACGGTTTTATTTTTATTGTCAAGCGTGCCTACTAAACTGTTAT CTCGTAAGAACAGGGCATTCATTCTGCCAAACAACTCTTCTGCTCGACAA TGGTGTGGCAAATGTGACCGAAACGAAAAGTTTGATTATAAGAGCCCCCC CCCCCCCCCCGCGGACCTTCAATTGACGCAATCGCATAAATTCAAGCCTA TTCACGCATTCATGCAAACCGCTGGGAGCCCCTTATAACACCTTGATGCC TTCGAAGAAAGATGCTGTGATCTTATCAGCGAAAAGCGGCAAAAAGTACG GAGAAAGTGACGTAATAAAATTTTTATCAATTTGGTTTCCGAATTCCTCC CGCCCTCTGACTAAAATCTTCCCGATCGTAATGAGTTATCTTTTTAACCG AATTTGTTCCCGTGATTTAGTCCATGTTCGTCGGTGACGAAATGAAGCCA TTCTATTGGTTACATTCAAGTGTTACATCACTTCTAACCAATAGAACGGC TTCATTCCGTTTCGGAGCGAAACGGTACCGGTACATGCGAACATGGTGTT ACAGTACGGTAGATATTCATTGTTCCACATTTTCTAGGAAATTTGTTATG GTGCTTCCAATCCTTTGCAGGCTTTACATGACGTTCTATATTTCACTTCT ATTATTTCTATTTTCATAAAATGTGGATTTCGGTTTTCATTTTCTTTATC TTTTTTTTCGTAAATATGTAAATTTGTAGTAATATTTTCGTAAATAAAGC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_036075XLOC_036075Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00057268-exon-scaffold_286-1575043694:984731..984911TCONS_00057268-exon-scaffold_286-1575043694:984731..984911Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:981874..981985TCONS_00057268-exon-scaffold_286-1575043694:981874..981985Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:981699..981734TCONS_00057268-exon-scaffold_286-1575043694:981699..981734Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:980942..981031TCONS_00057268-exon-scaffold_286-1575043694:980942..981031Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:979863..979978TCONS_00057268-exon-scaffold_286-1575043694:979863..979978Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:979403..979605TCONS_00057268-exon-scaffold_286-1575043694:979403..979605Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:978779..978868TCONS_00057268-exon-scaffold_286-1575043694:978779..978868Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:978262..978364TCONS_00057268-exon-scaffold_286-1575043694:978262..978364Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:977370..977477TCONS_00057268-exon-scaffold_286-1575043694:977370..977477Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:976604..976699TCONS_00057268-exon-scaffold_286-1575043694:976604..976699Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:975280..975415TCONS_00057268-exon-scaffold_286-1575043694:975280..975415Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:973982..974028TCONS_00057268-exon-scaffold_286-1575043694:973982..974028Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:973523..973678TCONS_00057268-exon-scaffold_286-1575043694:973523..973678Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:973110..973156TCONS_00057268-exon-scaffold_286-1575043694:973110..973156Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:971960..972206TCONS_00057268-exon-scaffold_286-1575043694:971960..972206Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:971241..971381TCONS_00057268-exon-scaffold_286-1575043694:971241..971381Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:970502..970570TCONS_00057268-exon-scaffold_286-1575043694:970502..970570Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:965170..965234TCONS_00057268-exon-scaffold_286-1575043694:965170..965234Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:960394..962228TCONS_00057268-exon-scaffold_286-1575043694:960394..962228Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:959427..959481TCONS_00057268-exon-scaffold_286-1575043694:959427..959481Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:958330..958476TCONS_00057268-exon-scaffold_286-1575043694:958330..958476Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:957416..957540TCONS_00057268-exon-scaffold_286-1575043694:957416..957540Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:952994..953085TCONS_00057268-exon-scaffold_286-1575043694:952994..953085Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1575043694:952212..952374TCONS_00057268-exon-scaffold_286-1575043694:952212..952374Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:984731..984911TCONS_00057268-exon-scaffold_286-1510915933:984731..984911Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:981874..981985TCONS_00057268-exon-scaffold_286-1510915933:981874..981985Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:981699..981734TCONS_00057268-exon-scaffold_286-1510915933:981699..981734Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:980942..981031TCONS_00057268-exon-scaffold_286-1510915933:980942..981031Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:979863..979978TCONS_00057268-exon-scaffold_286-1510915933:979863..979978Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:979403..979605TCONS_00057268-exon-scaffold_286-1510915933:979403..979605Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:978779..978868TCONS_00057268-exon-scaffold_286-1510915933:978779..978868Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:978262..978364TCONS_00057268-exon-scaffold_286-1510915933:978262..978364Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:977370..977477TCONS_00057268-exon-scaffold_286-1510915933:977370..977477Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:976604..976699TCONS_00057268-exon-scaffold_286-1510915933:976604..976699Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:975280..975415TCONS_00057268-exon-scaffold_286-1510915933:975280..975415Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:973982..974028TCONS_00057268-exon-scaffold_286-1510915933:973982..974028Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:973523..973678TCONS_00057268-exon-scaffold_286-1510915933:973523..973678Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:973110..973156TCONS_00057268-exon-scaffold_286-1510915933:973110..973156Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:971960..972206TCONS_00057268-exon-scaffold_286-1510915933:971960..972206Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:971241..971381TCONS_00057268-exon-scaffold_286-1510915933:971241..971381Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:970502..970570TCONS_00057268-exon-scaffold_286-1510915933:970502..970570Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:965170..965234TCONS_00057268-exon-scaffold_286-1510915933:965170..965234Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:960394..962228TCONS_00057268-exon-scaffold_286-1510915933:960394..962228Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:959427..959481TCONS_00057268-exon-scaffold_286-1510915933:959427..959481Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:958330..958476TCONS_00057268-exon-scaffold_286-1510915933:958330..958476Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:957416..957540TCONS_00057268-exon-scaffold_286-1510915933:957416..957540Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:952994..953085TCONS_00057268-exon-scaffold_286-1510915933:952994..953085Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1510915933:952212..952374TCONS_00057268-exon-scaffold_286-1510915933:952212..952374Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:984731..984911TCONS_00057268-exon-scaffold_286-1491911889:984731..984911Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:981874..981985TCONS_00057268-exon-scaffold_286-1491911889:981874..981985Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:981699..981734TCONS_00057268-exon-scaffold_286-1491911889:981699..981734Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:980942..981031TCONS_00057268-exon-scaffold_286-1491911889:980942..981031Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:979863..979978TCONS_00057268-exon-scaffold_286-1491911889:979863..979978Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:979403..979605TCONS_00057268-exon-scaffold_286-1491911889:979403..979605Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:978779..978868TCONS_00057268-exon-scaffold_286-1491911889:978779..978868Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:978262..978364TCONS_00057268-exon-scaffold_286-1491911889:978262..978364Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:977370..977477TCONS_00057268-exon-scaffold_286-1491911889:977370..977477Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:976604..976699TCONS_00057268-exon-scaffold_286-1491911889:976604..976699Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:975280..975415TCONS_00057268-exon-scaffold_286-1491911889:975280..975415Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:973982..974028TCONS_00057268-exon-scaffold_286-1491911889:973982..974028Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:973523..973678TCONS_00057268-exon-scaffold_286-1491911889:973523..973678Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:973110..973156TCONS_00057268-exon-scaffold_286-1491911889:973110..973156Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:971960..972206TCONS_00057268-exon-scaffold_286-1491911889:971960..972206Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:971241..971381TCONS_00057268-exon-scaffold_286-1491911889:971241..971381Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:970502..970570TCONS_00057268-exon-scaffold_286-1491911889:970502..970570Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:965170..965234TCONS_00057268-exon-scaffold_286-1491911889:965170..965234Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:960394..962228TCONS_00057268-exon-scaffold_286-1491911889:960394..962228Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:959427..959481TCONS_00057268-exon-scaffold_286-1491911889:959427..959481Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:958330..958476TCONS_00057268-exon-scaffold_286-1491911889:958330..958476Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:957416..957540TCONS_00057268-exon-scaffold_286-1491911889:957416..957540Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:952994..953085TCONS_00057268-exon-scaffold_286-1491911889:952994..953085Clytia hemisphaericaexon
TCONS_00057268-exon-scaffold_286-1491911889:952212..952374TCONS_00057268-exon-scaffold_286-1491911889:952212..952374Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_286supercontigscaffold_286:952212..984911 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
1.48797 0.263972 0.223285 1.69314e-06 0.61827 0.734204 0.740002 0.366529 0 0 0 0 0.103584 0 0 0.28111 0 0 0 0.164883 0.0398223 0 0.0262467 3.83839e-06 0.508099 0.364714 0.00828013 0 0.239321 0.374008
Blast
BLAST of TCONS_00057268 vs. Swiss-Prot (Human)
Match: FANCJ (Fanconi anemia group J protein OS=Homo sapiens GN=BRIP1 PE=1 SV=1)

HSP 1 Score: 355.91 bits (912), Expect = 1.077e-101
Identity = 187/429 (43.59%), Postives = 266/429 (62.00%), Query Frame = 2
Query:  737 RLPKIYFGTRTHKQIGQIIRELRKTVYKDARMGILGSREYLCIHPAVSKSRDKNEECKNLIKGYQGKSCKFHSNYHKVTARPKFN------KAWDVEDLVTAGKKVKGCPYYASRDLCKSADVIFCPYNYLIDPLIRNQMMINLKDQIIVLDEAHNIEDSAREAGSVQLTTVQLDDTVKDLSDMISCNISVNMHXXXXXXXXXXXXXXXKTKDSLDKRGFENEAKVWTGKEMVKMLAEDPAKMTSHTLTLYQNAFEKLVSEEQD---AFNRED-DDTPRINTKSLATLSSIIFILEKLFDQTKDFAEGYRVGLCRT-TVMKPVIVTAPGGWL----RKSNRSEKVWTYKLNLWCLNPAVVFSQVGEMARTIVLTSGTLSPMKSFSSELGVEFPISLEANHVIDDSQVLVGNIGSGPTNITIKANFQNSE 1978
            ++PKIYFGTRTHKQI QI RELR+T Y    M IL SR++ C+HP V  + ++NE+C  L+ G  GKSC F+   HK++ +          KAWD+E+LV+ GKK+K CPYY +R+L + AD+IFCPYNYL+D  IR  M +NLK+Q+++LDEAHNIED ARE+ S  +T VQL     +L  M++ NI    H  L  +C  ++ W+    + L +R +E+  K+W+G EM+  L +    +T+ T  + Q  F  ++ +E+     + +E+  + P I+  +   L  +  +L+ LF Q   FA+ Y++ + +T +    + ++   G L     K    +K   + LN WCLNPAV FS +    +TIVLTSGTLSPMKSFSSELGV F I LEANH+I +SQV VG IGSGP    + A FQN+E
Sbjct:  242 KIPKIYFGTRTHKQIAQITRELRRTAYSGVPMTILSSRDHTCVHPEVVGNFNRNEKCMELLDGKNGKSCYFYHGVHKISDQHTLQTFQGMCKAWDIEELVSLGKKLKACPYYTARELIQDADIIFCPYNYLLDAQIRESMDLNLKEQVVILDEAHNIEDCARESASYSVTEVQLRFARDELDSMVNNNIRKKDHEPLRAVCCSLINWLEANAEYLVERDYESACKIWSGNEMLLTLHK--MGITTATFPILQGHFSAVLQKEEKISPIYGKEEAREVPVISASTQIMLKGLFMVLDYLFRQNSRFADDYKIAIQQTYSWTNQIDISDKNGLLVLPKNKKRSRQKTAVHVLNFWCLNPAVAFSDINGKVQTIVLTSGTLSPMKSFSSELGVTFTIQLEANHIIKNSQVWVGTIGSGPKGRNLCATFQNTE 668          

HSP 2 Score: 91.6633 bits (226), Expect = 2.441e-18
Identity = 38/59 (64.41%), Postives = 50/59 (84.75%), Query Frame = 2
Query:  110 YHINGIKVVFPVKAYPSQISIMSKIISGIEQKKNCLLESPTGSGKSLALLCACLAWQKS 286
            Y I G+K+ FP KAYPSQ+++M+ I+ G+  K++CLLESPTGSGKSLALLC+ LAWQ+S
Sbjct:    8 YTIGGVKIYFPYKAYPSQLAMMNSILRGLNSKQHCLLESPTGSGKSLALLCSALAWQQS 66          
The following BLAST results are available for this feature:
BLAST of TCONS_00057268 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1
Match NameE-valueIdentityDescription
FANCJ1.077e-10143.59Fanconi anemia group J protein OS=Homo sapiens GN=... [more]
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