TCONS_00047765 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047765
Unique NameTCONS_00047765
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4007

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047765 ID=TCONS_00047765|Name=TCONS_00047765|organism=Clytia hemisphaerica|type=transcript|length=4007bp
atttctttttgataagTATTTTCATTCCTTGTTTCAGTATAATTGCCAAA
TTCAAACAGGAAATGAGCCTTTCTTCATCTATTACTTTCGTTTTCCTTGT
CACAATTTCTGAGTTTTGATTTTCCACTTTAAGTCATTTTGAGTTTGAGT
AACATCCAGGAAAGAGGTCTTAGTTCAACCAAGACCAAAAGACCAACTTA
AGTTACTTTCCTGTCAGTTATTAAAAGAGTTACAAGTACATaatgaaact
ttttcaaagGCAACAATCATGGCTGAAAAATGTCAAGATGGACATCACTG
GAAGCAAAGACAAAACACCACAGAAAGATTTTGATAATAACATCGTATCC
CAGCTAAAGACTATATTGGAAACAGATCTGTCACACATTAATGAAATCGA
AATACATAGAGCAAGCTCTAATGACTCTAATGAAAATAACGAAGaagaaa
accattttggtttaAAAGAACTTAAATCGATTATCTCAGAATATGAGATA
TTAAAAGACACTTATGTAGCATTACAGAAGCAAGTTGAAGCGAAATTTCA
AGAGAACGAACTTCATTTAAAACTGATAGACGAACAAAAGTTAGAAATCA
AACGGCTACAAGAAAGCAATAAATCaCTTTTAGATCAAATAGACACATTA
AATCAAacgtcaaaaaaggaaaaagaaaaagaaagtgcaTCTAGAGAAGA
ACTCTCCACTGCATATCAAAAGACTATAGATCGTCTAGAGAATGATATCA
AACAACAAAAGGCGCTAACGAGTGAATCGAACGAAAAACTAACAGCCCAC
GATGCGGCTGCCAAACGTGCGATCGGCGTGCTGCAAAAGGAAATGGGTGC
CAAGGTGGAACAGGTCACCAAACTATACCAAGACACAATGAAAGAGAAAG
ACGGTCACTTgatcaaaatctcaaaactgGAAGCCTTGAATTACGAACTC
AAACAAAACAATACAACGCAAAGTAAAAAGATACTTGATCAACAAAATGA
GATAGAAACAACAAAATCGTCATTGAAAAGCAAAACAGACGAAATCAAGT
CCATCTTTTCGAACAGTGAATCTCACGAGAAAGAATTCGCAAAACTTcac
aagaaaattgaaacacaACAGGAAGagatcaaaaatcaagaaacaaaAGT
CAATTGGGCGCAGAATAAGTTGACAGCTGAACTAGAAGCTCACAAGGAGA
CGAAGAAACTGATATCTCAATACCAATCACGCATCCAACAAGCTAAAGAA
GAAGGAGACATGATTCGTAAGGATTGCCAACAAATGATCGAGAGATACCA
GGGTGATGAAGAAATCAAATCAGTTCGTTTAGACAAAGAATTGGAAGAAT
GTCGAACGAAACTCAAAGAACATGATGAAGAATCATCTAAACAACTCGAG
ATCAATAAAGAACAAGAATTGGCGATCAGTATTATCAAAGAAGATAATTC
GAAACTTGCAGACGAATTGTGTGATAAGAAGAACCAGTTCTTGGTTTTGG
AAGGTCGAAACAGTTCCTTGTTGCTACAATTGAATGAAAAGACGAAAGAT
TATGCTGAGATGGAGACAAAACTTGATGAAATGAAAGAGAAAGTCAAAAC
ATTCGAAGATGTTCAAGCAACCATACTAGAATATGAAACAACGATCAAAG
GACTTCAAATGGTGGAGACAACTCTGAAACAACAATTACACGATGCGGAG
CTAGAGGCCAAAGAGCAATCAGAACGTCATCAAGAAATCTTACAATATTC
ACAATCTCTCACTGAAAACAATGTATCATCCAAATCAACTGTGGCTGAAC
TACAAACAAAGTTGGATGCTGTGATGTTAGAGAAAGCACAGTCGAGTAAA
GATTTCAATGAAACACAAACAAGTATTGGCAAATTAGAAAAGGAGAAGAA
GCAAATACAAGAAGCATTAGACGTTGCTAATAATACAATCAAAGAGAAAG
ATACACAagtgcaAAAAGTCAATGACACATTGGAAGAAGCCAAAGACGAa
ctgaaagttttgaaaaagaaaaacgcgGCCCTCGTCAAAGACCTTCAAAG
ACAGCTACAACAAACTACAAAAAAAATCGAGCAAATGGAGTCATCAAACA
ATGGTTCGAACGAGAATTTGAGTAGCCGTTCACGTACTTCATCATGCAAT
TCATTGGAACGTGTTGGTCAAAATCCGGAATCACCACCTAATGCATCTCC
TCTCCTTCAACATGAAAGTGTTATGgcTGAAGTCAGCCAACATGGTGGCA
TCATGGCGTCTGTGTATTCAGGAAAAACTACCGATAAAGGGATGACGCTA
GATCTCTCATTAACTATAAATCGAAAACTTCAAGCTGTCCTTGAAGACAc
catattgaaaaatatcactCTAAAAGAAAATATCAACACATTAGGAGCTG
AAATTGCAAAACTATCAAACGATAAGGCTGTTGCAGAAAAAACGTAACAC
AACTTTAcgtagaattttttaaagaattatttttatgTCATTCTGTTATC
AAATACAATGTGTTTCTttaatgatgaatacaaaatcgaataagaaatca
aacaaataaGTAGACTGCACGCATCCcttctgatatgttttgatataggc
gATGCGTAGTATACCAAGAGATCGTAGCATGCCAAGAAAACAATGGTTTT
GACCCGATATAGATCCCTGGTATGAAAACTTACCACGGGGTGCGTGCAGC
CTAATAAATGAGGATAGGGCCAGAGAAGTTCAACTATCTTTGAATATAAA
TATGTTTATCTCACTTAAGATTTCTCATAGCACATTCATTCGACCATTGT
TTCTTTTCAAGGTTTCCTGATAAAATTATAATTTATATGGTCAATTAATT
TGAAACACActgtatttgaaaaatattgtttataTCTTCCGAATTGTCTA
TAGCGTTATTTTTTttggttaattttgtttatgtttatgtttttttgatt
tttataaacattttttagtTAGTTCTTATTTGGATAATGAGGGGCTGGGT
TCATATGCTTTCAGTTCAAAGGACCTAAACTGTTTTCAATTTGATTATGA
ATTAAAGATGATTGAAATCTTAAATGTCGAGACTATTTGACCGCACTTGG
TTATATTTCAGTTATTATTTTGAGCCTATTCTATTGGTTAATTCATTCTT
TACGTCACCTCTAACCAATAGAAAGGATGTATTTCGCTTAAAATGAATAC
AAGAAGACATGAACGAAACTATTTGAAAATATGATTAAGGTTTCCATCCA
GGTTCTGATAAATTTTTATACATTCTATTTATTATTATAGACCCATTTAT
ACACTTGTAGAGTTGATAAAAGATtccaaataattgttttttttgtaaat
ttttaaagatttttttttcatttgggtGTTCGTgtattttctttggtttt
aacTTCTAGTTTTTTTCGTTCCGAAATCCGTCACTTGATCTGATGGCGGG
TTCAAAATTTCTTCAGGTCGAACATTATATATGTTTCACTGACACATGAA
GATACGTAATTTTCAAGTGAGTAGNgtaaatttttaaagattttttttca
tttgggtGTTCGTgtattttctttggttttaacTTCTAGTTTTTTTCGTT
CCGAAATCCGTCACTTGATCTGATGGCGGGTTCAAAATTTCTTCAGGTCG
AACATTATATATGTTTCACTGACACATGAAGATACGTAATTTTCAAGTGA
GTAGCTTTTCAGCAAGGTTGTAGAGCTTCGTATTCTGTAGAAATATCTAC
ACCAAATATGAATTGGTGATATGGCAACTAAAACTTTTACAATGAAAATA
TACAAAACATGACTCGGATGAAGTTTTCTTCTATCAATAAAGCATAATAA
ATGTATGACGTTTATTTTCAAACCCTCCTCCTGCTCATTCGTGCAAGGTC
ATGTTGACTTTCGACTTGTTGACGAATTTTAAtacttttttctcaagaat
ttatAAGAAAACTGAACAACAATCTGTCTCCGCCTGAAAACTAAATCCGA
AATGATC
Run BLAST on NCBI

transcript from alignment at scaffold_136:100423..123887-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047765 ID=TCONS_00047765|Name=TCONS_00047765|organism=Clytia hemisphaerica|type=transcript|length=23465bp|location=Sequence derived from alignment at scaffold_136:100423..123887- (Clytia hemisphaerica)
ATTTCTTTTTGATAAGTATTTTCATTCCTTGTTTCAGTATAATTGCCAAA TTCAAACAGGAAATGAGCCTTTCTTCATCTATTACTTTCGTTTTCCTTGT CACAATTTCTGAGTTTTGATTTTCCACTTTAAGTCATTTTGAGTTTGAGT AACATCCAGGAAAGAGGTCTTAGTTCAACCAAGACCAAAAGACCAACTTA AGTTACTTTCCTGTCAGTTATTAAAAGAGTTACAAGTACATAATGAAACT TTTTCAAAGGCAACAATCATGGTATGTGAATTTTCTACTCCTTTTCTGTC CCTGGAATGGGCCATTCCAGAATATGTCTGTAACAGGGGGGCGGACGACA GAAATGCACGTGTTTGACGGGGGGTAACAAAAATTTTCTGGGATGGCCCA ATGAGCATAGCTGCTTTTCACTCAAACCAAAAAAGGAGGTACTTCAAATA TATTATATATATTAAAGAAATCTGATCTATTTGGAAGTGAAGTTTAACCA CCACCTCCTTTCAGTTCGGGAAACCATCCAGGATCCTGCCATTCTATAAA GCTAGCAAAAGCTAAATGACTTTTAAACTTAAGTTTCTTACCATTTTCCA TCTAAAACAACCAAAAACATCGCTACTTCCCAAAGCCGGAGACCAAAACA AATTATCTTCCAAGATTATGGCGCAATTTTAGATCTATTGTTAAGGCCAT CTAAAATGGTGGACAGAGTTGCGGAAAGACAGAGGCGTCCGCTGTTTCGA GGGTGGTAACGCCAAAACGCCCAAAATGATGTTTCAGTGAATATCAATAA TTATAAGAATATCTTATGTGCTTAACTTCAGTAAACTTTGAATGCTTCAT TGAAGATGAAAAAGGTAAGAAGATAAAAAATGCGCTGGATAATTTTCATC GTAACAGTTTGGTCAATCATTGCTGAAAGTTTGAAAAAGTTTTTCTGACG CAAAAAAATTTTTCAGCCAATTAAAAGCACAGTGTGCTTATATTTACTAT GTTTGCTACATTCTCTTGGCTAAAAAAAAGTGCAAAAAGACACGAACGCC ATTTTTTAATGAGTGTTGTTATGATTTTTTTGATTGCGGCCACGTACAGG AACTCGCCAAATGTTCCTAACTGATNTTTACTATGTTTGCTACATTCTCT TGGCTAAAAAAAAGTGCAAAAAGACACGAACGCCATTTTTTAATGAGTGT TGTTATGATTTTTTTGATTGCGGCCACGTACAGGAACTCGGCAAATGTTC CTAACTGCCTATAGACAGGCAGCTGATGACATCAAAAAAAGTGAATAAGT GAAAATTCGAGGGACAAATATTGAGTACTTATTTTGAAATCTTTATAGTT NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTT GAAATCTTTATAGTTTAGAGAGTCAGAAAAATTTACTCGGCGTGTTTAAA AATCTTTACCGGACGTGTCCGAGAATAATTTATTAATTGATGATGTAACA AGCAATAAGTGAAAAATTGATGTTGCAAAATTTCAAAGTTTTATATACCA TTCGAAGCGTTTTTTTATAAAGATTTCAAATCACATCAATCTTAATAAGT AAAAATTAGAATATGAAAAGTTATTGAGGTCCGTAGCTCTTCTATGACGT CATTTTTGAAAAAATGCCTCATTTTATAAGGAATTACGATCTCAATTTTC TCGAGTTAGGCTGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNACCTATTGAGACTGATGTGATTTA GAATCTAGATAGAAAAATGCGTCGAATGGTATATATATATATCAATATTA TATGCTGAAATCAAATTTTCACTTTTGGTAGTGACGTCATCATTTGACAA ATTACTACCGGACATGTCCGTTAAATAAATTTTCGGACGCCGAGTAAAAT TTTTAGGATCAGTAGATATATGGGAATAAGAAAAATCAACTCTACGTTTG TCCCAAAGTCGTCCAGATTTCAGATGTCGTCAGCTGCCTGTCTACTACTA AATCGAGTTTTTTGTTAATCCCATCGGGCAATGGGCGGCGGGCGTTCTCT AATTCTCCAATCGGTTTGACGTCTTCTTAGTAGTAACATAATTACAGGAT TTTTGAAAAAATTCTAATTTCCAATCTCCAGGAAAGAAAGTTTTTTTTAG CAAAAAATGTTTCAAACAACTTCAAGAGAATTTATTCAGCTTTATTTTGC AAAATATATTATCAAGATAGCTACGTCTTCTCGCTCTTCCAAAATTTTAA AATAAGTACGATCCCCAGCACACTTTTCCAAACTTCTTGCTTGAAAGCCC TTGCTCACCAGGTGCAAAAATACTCAATTTTTGAGATTTTCTATTAGGTG TTGAAGATTGTTTAAAAAATGAAGAAAGTGAGCGAAATCAAAATGTATTT TTCTCATTTGATTTGATGCATTTCCTATATTTTTACCAAATAATTGATTG TTGAAAATAAGCACAAGGGTGTTAACATTCTTTTTGGAATCAACTTGAGG CCATACACCCTATTTTGCAGCATGCACACTTTCAAAAAATGGCCTTAAAA GCCACAAAATGCTTGTGGGAAATGGGTGTTTTTTGCAACTAAAAAACTAA CTGATTTTGAATCAATCCAAAATAGTTAGCTTCAAAGCTTTAGGCCCTAA ATCTTGAATATGCTTGCAAGTTTAGCCCATAAATTTTCAGTGCAATACAA TATAGCCTTTTAAGTCCTACTATAAATCCAATTTGAAAGCCTTTGGAGCA AGCCATAAAAATTCCCTTGTAGGATGTGTTGTCATTTAACTCTATGTTTT AATGCTAGAGTCTTTGGAGTTTTTTTAATTAATTCAACATGACATTTGGT CCTACAAAAGTTATAGATACCCCTTAGAAATTGGCCAAGTGAACTTTTTT TAAATTTCGTCCAGCCGCTACCCAAACATTTTTTCACAGTCCATTGTAAC AATGCTATTATAAACATCTTACATATAGTTATTCTTAAACTAATAAAAGT TCCTTTCTTTTTCTGTTTATTAAAGCTAAGATATTTCAATTTTCGACAGT CCAATGGTTTTCTTTACACGTCTAATGTCTGGTCATTTTATCACTTGTGT TTGAAAAATCTTTTATCTTAAAAGTATGCTAACTTGTATTAAAATTATGG CATTATAAATTCTTCTTGTGAATGAAATTATAGTACTGTTTTTTTGAGTA AAGGGTCGTCAATCCTGGAGTTTTTATTTTTGTATTATGTTGATTAGTAA GAGGTAAGATTTCTTTTCATCACCTGAATCATCTGTATTACAAAATTGAA AAAATGGACTTGAGACTGTCTTTAATTGACACAATGATAATTTGGTCTAA TTTGGCCACTCTTTTCCAATTACTTATTTGGACTGATTTGAAGAAAGAAC TAGATAGGATGTTGGAATCACTGATTTAGTCAAATTTTCTTTCACTTAGT AAAATATTGTTTCCCAAGCAGTGATTGTGCCTATCCTATTTTTTATTATT TTTCTTGCCTGTAAAATTCTTGTTTAGGGTTTTAGATTTTTAGGGAACAA ACGTGCAGATGGACGCTGAACACATGTCACAAATGTTAGTAAAATCATAA CACAGAATAAAAACTTTCATACAAGAATAATATGACTTGCATAATTTCTA CCTTATAAACAATGCTGTAATTTGATTTCAGCCTGAAGTCTAAGCAAAAT AACTTTTACAGTCACACAGAACTCAGTTACAGTTTGTTGAATATTGAAAA TTACCTTTCAAATTCAATATTAACATGATCATGTTTTAAAGATAAAGACT GTTCGTAATTGTAGGAAAAAAATATATGAAGCCAAAACTGAAAATTTTGA CTCTTTTTTTATTTAAGCCTACTGCTGAAGGTGCAAAATTTTTTGAAAAT TTAAAAACTTATTTTGAAGTAATCATATACACAATTCAAAAGTTCTTAAA AACTATATAGGAGATTTTTAACTGATATATTAGTCAATTACCTTACCTTG GCTAAATAGATATTTTTCCCAAGTTGGGATTAATAATGGTCCAAAATTTA CCATGACCATGAATCACCAACTTCTGACTAAATTATCTCAAGATTCTAAA GAAATTACCAATTTAAAATTTGTTTATATAGTTATTTTTAGAGCTTTGCA ATGGTCACTGGCCTTGATTTATATTTCAAAATCTTTGATCAGAGCTAAAA AAAAGGTTAATCAATAGGTAGCACTAATTCTACTTTTTTAGATATTATGA TGCCAGGCAAAGTCGTAAGTATTGCGTTGGCTTTTTTACAAACATCCAAC AGAACTGGGAGAAAAAGTGTGTCCAGAGCCATAAAAGTTCAGTGATCTCA GTGTGGAAAATTTATGTTTTCACCAATATATATTTTTTTGCAATTTGTTT TGTTCACACATTTGAAATGAGTGACTTATTGAATTTATCCAGGCGTTTAT ACTGGTTCTTAGAATGATGACTTTTCTTTAGGCAGTCAGTGTTTGGGAGG GCTTGGCTTGTTGAGGGCAAAGTTAAAATGATAGCATAGCTATAACAAAT TAATCTTTTTTCGAAGCTTTCCAGAGTTTAATCCATCATCAGTCTCATAA AATAATAGAGTTTATATACACACCCCTGTCTCAGTGCCCCGGTGGCATGA TTTCAGTACATGATTTTTTTCAGTATAGTCATCTGGGGTAATTACGGGAC AGTTAAAATTAAGGGGTAAATATGGGACACCCCTAAAAATGGTGTTATTG TTATACATTTGGATTCAGATGGAGAGGATTTTGGAGATAGTCATTCTAGC TGCTAGAAAAATGTCTAGTTAGATTATTCTCACATATACTTTTGATGTTT CAACAAAAGTTTCATATGTCACCATAAAAATCAATTTTCGTAGTTTTAGA AGGAACTTTTCAAGCTTTAGTGTCAGGAAGAGCNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNAAGTGTTTATTTTTTATAAGAAAAGTACAAACTTGATTTTCTAGTTTA ATGGAATCATAACTACACTCTAAGTCTTTCAAAACCTGCAAAGGTTTGCA TCTAAGTTTACTTCAGTTGGTCTAGATTGCTCTATACAAATATTACTGTT TAAAGTGTCCCGTTATTACTCCAAAATGGGAAAAAAGCTGGGGTAAAAAC GGGACACTGTCACTAATTTTGTTGAAAGTCCTTTAAATGATAGCACTTGG ATTTGAAGTCATCAAGTGAATGNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNA GAGGGTGTCCCGTAATTACCCCAAAATGCGGGGTAATTACGGGACACCTT TAAAATAAATTTTAGGAACATCTACTAAATTTCAAGGAAAAGTAATACAT CTTATGTAAAGGTCATACTTTGACAAATAAAATATCAAAAGATCGGATCT CTAGGATTAATACTTTCAGGGTGATGCCCTAATAAGTCAAAATCGTCCCG TAATTACCCCAGATGACTATACATGGTTTCAGTACATGATTTTTTCCTAC GTCACTGCAGTAATCAAATTTTTATTGCACTCATTTGTGAATTGAGATAT AAATTGAATAAAGACAGCGACNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNATACTGCAGTGACGTAGGAAAAAATCATGTACTGAA ACCATGTACTGAAAAAAATCATGTACTGAAACCATGCCACCGGGGCACTG AGACAGGGGTGTATATACTATTTCTGCTACCTTATTGGAACTAATTTTCG CGGGAACTAATTTTCGCGGTCGAAAAATAAAATCCGAAAAATTGCATTTG CGGGTTTTAATTTTCGCGGTTTTTTCCATTCTGGAATTTTCGCGGGTTTT AATTTTCGCGGCTTTGCCCTTTTTTGGACAAATTTCTTTCATTTTCCTAG GGATTTTTCAAAATTTTCGATAAAATTGGAAAAAATTGTATTTCGCGGGA ATTAATTTTCGCGGTTTTCAACTCTCAAAATTTTACGCGGGATCAAATTT TCGCGATTTTGACGAAAAACCGCGAAAAACGCTTAAATTAAAACCCGCGA AAATTAGTTCCAATAAGGTAGTTAAAAACCCTACGATTTGGAAACAAATA TTGTTCAAATTCTTATAATAACAATGACAATGAAGTTGTAACCTGTGGAA AAAAATGCTTAAAAAGGCACTAGAGACTAGAAAGAAAGAAAGTGGAAAAG AGAAAAGAGGCTAATCTATACCAGTTCAAAAAAGGAAAACGGAATTAGAC TTTTAAGTTTTTCTATCCTTGTCAATCAAAATAATTTGCAAAAATGAAGT ATAACAAATAAGATGTGTGATAAATGTAAAGTTTGTGTTTCAGTGATTGC GACATCATCGTAATAAGAAAATTTAAAATGTTTATCATTAAAATAAAGAT TGACTTGTCTGCAGATTTCCACTTCAGAGTCTACGTTTAAAAAATGAAAA ACATGAGAAAGAATATCAATGTGATATCCATCTAAAAATTAATTTACAAA CAGTTGTAGATCTCTATCAGAAGCACTTCATGTATCTGCCACTTAATGAG CATATGCCTTGGTATTTCAATTATAAAAACTAATAACTTTAATGAACATT TCATCTTCCAGTCTTCTAAAAATCCCCACTAAAAGGAGTCGACTTACTAG CTCTATTGTACTCTATTTTTATTGCCCATAATAATATTCCATAATAAAAG TCGGGAGCTATGCCAATATAGTTGGTTTATAGGGCGACTATATTAATTAA GCAATAGGGTTTTATAGATATTATAAGTTAGTATTTTAAAAAATGTATAA GTTAATGAATTTCAATGTCAACCCGACTGAAACGTTTCTGATAGCCTCTG ATTGTTTTAACATGCCTAATGTTATTTACAGAAATCAGATAGAGAAAATT TTCAAAATATCAACTGATTTTTCTAATAGGATAGTATGATATATGGTGAC ATAATATTTACATAAATGAGTTTTTCTTCTCTTTTTCTAGACATACAGTT CAATGTATATTTTCAGTTTTTTTTCTTAAAGCTTTTCTTGAGAAGCTTGA TCTCTTTGTTAAGAATACATGGTGTTTCAAATTAGATTTTGTGATTTTGT TTTGGTATTATTTCAACCCGGTTTTAATACATCTATAACTTTTTATTCAC GTGCATTTTGTATGTCGTTATAATTAAGAGACACATTTTAGGCAATGGCT TTTTCGAATTTCTATTCCAGGCTGAAAAATGTCAAGATGGACATCACTGG AAGCAAAGACAAAACACCACAGAAAGATTTTGATAATAACATCGTATCCC AGCTAAAGACTATATTGGAAACAGATCTGTCACACATTAATGAAATCGAA ATACATAGAGCAAGCTCTAATGACTCTAATGAAAATAACGAAGAAGAAAA CCATTTTGGTTTAAAAGAACTTAAATCGATTATCTCAGAATATGAGATAT TAAAAGACACTTATGTAGCATTACAGAAGCAAGTTGAAGCGAAATTTCAA GAGAACGAACTTCATTTAAAACTGATAGACGAACAAAAGTTAGAAATCAA ACGGCTACAAGAAAGCAATAAATCGTAAGTTATCGTAAGACCCTTCAGTC TTCTGTCTTCATTTTTTTACTCAAGGATCAACAGGTGAACGAGTTTTCAA CTTTTTTCTCCATCTTTTTTTTCCGGTTAATTTAATTTTCTATAATCATT GGAAGGTACTCTACTTTAACCTTATTTTTGGAAGGTATTCCCATTCGTCT GGAGGACAGTACATTTTATGTTTTTTCAAGGGTCAAGGTCTTCTTTCTTG TGGAAATGTTTTGTCCAGTCAAGTCATGTTTGGTTTTATCATAGTATGTC ATAGCGTCATCAAAGTTTTGATTTGAAATATCTTTTTTCAGACTTTTAGA TCAAATAGACACATTAAATCAAACGTCAAAAAAGGAAAAAGAAAAAGAAA GTGCATCTAGAGAAGAACTCTCCACTGCATATCAAAAGACTATAGATCGT CTAGAGAATGNTCATGATGTTTCAAATTAGATTTTGTGATTTTGTTTTGG TATTATTTCAACCCGGTTTTAATACATCTATAACTTTTTATTCACGTGCA TTTTGTATGGCGTTGATCTATAATTAAGAGACACATTTTAGGCAATGGCT TTTTCAAATTTCTATTCCAGGCTGAAAAATGTCAAGATGGACATCACTGG AAGCAAAGACAAAACACCACAGAAAGATTTTGATAATAACATCGTATCCC AGCTAAAGACTATATTGGAAACAGATCTGTCACACATTAATGAAATCGAA ATACATAGAGCAAGCTCTAATGACTCTAATGAAAATAACGAAGAAGAAAA CCATTTTGGTTTAAAAGAACTTAAATCGATTATCTCAGAATATGAGATAT TAAAAGACACTTATGTAGCATTACAGAAACAAGTCGAAGCGAAATTTCAA GAGAACGAACTTCATTTAAAACTGATAGACGAACAAAAGTTAGAAATCAA ACGGCTACAAGAAAGCAATAAATCGTAAGTTATCGTAAGACCCTTCAGTC TTCTGTCTTCATTTTTTTACTCAAGGATCAACAGGTGAACGAGTTTTCAA CTTTTCTTTTTTTTTCAGTTATTTTAATTTTCTATGATCATTGGAAGGTA CTCTACTGTAACCTTATTTTTTGGAAGGTATTCTCATTCGTCTAGAGGAC AGTACATTTTGTGTTTTTTCAAGGGTCAAGGTCTTCTTTCTTGTGGAAAT GTTTTGTCCAGTCAAGTCATGTTTGGTTTTATCATAGTATGTCATAGCGT CATCAAAGTTTTGATTTGAAATATCTTTTTTCAGACTTTTAGATCAAATA GACACATTAAATCAAACGTCAAAAAAGGAAAAAGAAAAAGAAAGTGCATC TAGAGAAGAACTCTCCACTGCATATCAAAAGACTATAGATCGTCTAGAGA ATGATATCAAACAACAAAAGGCGCTAACGAGTGAATCGAACGAAAAACTA ACAGCCCACGATGCGGCTGCCAAACGTGCGATCGGCGTGCTGCAAAAGGA AATGGGTGCCAAGGTGGAACAGGTAAAGACAACATTTTCTCTTCATTGTG TCTGATAATCTCTCCTTTCCTATCTTGATTTCTGAAGAAGTGCCTCGTTA AAGATGTATTGTTTTTTGTTGCGTCAAAACATCAACAAAATGCTTTATTT TTTGGCAATTTTATAAGCTTTCTTTCAATTTTGACATCCCATGTGTGAAA TAAGGTTATTTTCAAAGTCTTCTCAGGAAGGGATGGGCTTGTTTATCAAC TTTATTTTAACTTCATTCGCTAAAATTTAAAAGAATCGCGTAGGGATTTG TCACAAGTTTGGTTTTGACGTCATTCATTAGAGTTTCTTCTTACTCTATG GCGGTGTAAAATTTACATCTTTTGAAAATGTTACATTTCAAGTAAAACAT ACGCTAATTTGATCATTAGCACCAAAACTCTATGGTTTCCTTAGTGAACA TTTTCACATAAAAGTATTTTATAATCACTTTCGTAACCTTTGTAATAACT ACGTAATACAAAGTGTCGTTTAAACATTTCTATAATATGATGACATGTTG GCATCAAAAGATAATGAGCTAATGAATAATTAGTAGCAAATTGCTATTAT TTTTGTTTTTTGAGGAAGTGATTTTTTTAAGATAGATTTTTCATCAAGGA TATGTTATGTCATCCGTTAGTTGGTGTATCATTCTGTAAACTATCTGTTA TATAACCCACTTTTGTTTGTCTTATCCGTCGCACAATTTCCCATACACTT TGTATCGTATTTTCGGTATTTATAATCTTTTTGAATGAAAAGAGAGATCT CTGTCTTTATCCTTTTCCTTCTTTAAGTATTTGTAAAAAAAATCCAAACG ACTTAGCCATACTTTATTGCCATGATTCCATGACCATGAAAGAATCGGCA ATAAGGAATAATATGGAAATGATTTTTCCGCCACCTTTCCTTAATATATA AACTATATTCAGTTTTCCTAATTTTGCAAAGTGAGAAAATGAAAATTATA ATCAAGCATAAGGGACACTTCTCTCTATATTTATATGTCCGACTTAAAGA CAGGGGGTCGTATCATTGTTCGTTTTGTTTAGGGCACACTTTGCTAACCT ACGCATGTCATGAATGAATCTCTGGCTATTATTTAGATCTTTCCCGGCTG TATGATCTGTAAAGCCTGTAATTCGAACTAGCTCTTCATCAGCCGCGATA CGAAATAGTTCACATAATTCAAATCTATATTTTAATCGATAGTTCCTAAA ATATCGAGATATAGAGTCGATTGTAAAATCGAATTAACATCGAATGGCAC CATTCTGCAAACAGCTATGAGTTTTATGCAAAATTCAAAGGATTTTTTAA AGAAATTTAAACCTTTTTAGAATGGTTCAGCCAAAACATTCAAAACCGCG TCGCCTTTTGCACTCAAAATCTTGTTCAAAATTTATCCCTATTTTTAGAT GAAAAACATAAAAGCGCTCCCCCCCTTGACTCTGAACAGAGTCATGTTTT ACAGAGTGATCGGAGTAATAAGGATTTAATCAGAGGTTAGCCTGTGAACT AAACTGTTTTTGTAAACATCGCTCAAAATAAAGGTTTTCTTGTTCCGCTG TAATTGGGATGGCAGAGGCTATATCAAATAATTACAAGTCGATAGCCCAG TGCGCATCAAATGAAAGGCAAACCTTTTATTGGGTATATCATTTCTTCAG GTCACCAAACTATACCAAGACACAATGAAAGAGAAAGACGGTCACTTGAT CAAAATCTCAAAACTGGAAGCCTTGAATTACGAACTCAAACAAAACAATA CAACGCAAAGTAAAAAGATACTTGATCAACAAAATGTAAGTGAATAAGGA TTGGGCAGCTTGCGGGCTACTTATCATCTTTCGAGACCCCCAAAGAACAC AAACCCTCGGGATAGACATGCTTTCATTCTTTCTCTAGGAACTCATGTAT ACCAAAACAAGGCCTATGAGTTGTCATATTATAGGGGATAGGACATTTGA AAGGGGATTGTTAATGTCAAGGTGTCGATTGCAGCAGTTATCCCATTGAT TAGTCGGGTTAAACCTCTATATGGATGGCCAGCCTGGCCTGCTCCCCCAA TTTATTTATATAAGTTTCAAGTTTTGTAAATTTCAACTAATCTAATGTTA TGCAGGCAAATAAATTATCTTTGAATTGAATTGGTTGCAACTTTACTGTG AAACTTTATAACTTTAACAAACATAGAAGATGCACAAGGCCGGCGAGTTA AGATTTTGAATGAAGACTAGCTGGCTGAGTTACTGAAGAGTGAAAAGGAG CCCGAAAACCTTATTTCCTGGAATTCAATAAGGAAGGCTCTTTTGACTTA ATTCAGATTATTAACAGAATACCGATTACTTAAACATATGCATATAATAC CAGGAGATAATATCATTGAAAAGCCAAACAGACGGCCATTCTTGCATTCT GAATCTTATAGTCTTCAACAAATTTTTCTCTTTTTCCAGGAGATAGAAAC AACAAAATCGTCATTGAAAAGCAAAACAGACGAAATCAAGTCCATCTTTT CGAACAGTGAATCTCACGAGAAAGAATTCGCAAAACTTCACAAGAAAATT GAAACACAACAGGAAGAGATCAAAAATCAAGAAACAAAAGTCAATTGGGC GCAGAATAAGTTGACAGCTGAACTAGAAGCTCACAAGGTAAACGTTTATT TTTGGGAATGAAATTTGAAATGGATCGGCTGTAGAATTTAATTTTATGAC ACGGCACCCTTTTAAAAAGCTTGTTGCAAAAAAACCATCTGGTACTTAAC TTGCAAATTTGTCTAGATCTTGATTTTGGAGAAAGAACGATTTTTAGTAT TCTGGGTCATCTTTTTGTTCATTTTCACCATAGTCTGTATAAGAAACCCT GGTCTGGAAGCCTATTATTTCTTTCTACTGTTTCTAACTTGAACGTGCGC TGAGAAATTAGTTTGTTTTGCTTACTTGTTGATCATGTGATTAAGTCTAA AATCCCAAGAGGACTATTTGGTAACTTGATCAAAAACTGAGCAAATCGAT TTTAATCCTTTGTTACGAACAATGGAAATAAACTAACAAAAACCTACCGC AGATCAGGTTTTTTATACGGACTATGTTTTCACCTTCCAGGAGACGAAGA AACTGATATCTCAATACCAATCACGCATCCAACAAGCTAAAGAAGAAGGA GACATGATTCGTAAGGATTGCCAACAAATGATCGAGAGATACCAGGTAGG TTTATAGATTGGTTGTCGAATGAATACGATGTCCCTCTAAAATCATTTAA GCTTCATCATCGTAGAGATCATAGCCAAGCTAGCATAGCTCAACCTCGCT TGCGCTCGATGGTTATTATAAAGACATCGAGTAAGAAGCATACAACAGCG TATCATCGAGTTTTCAAGCCATAATGTGTCGGCCGACACGAAATGTTACA AAATTCCAGCAAAGAAGTTCGGATCGAACAAAGTCTTTAAAATAGAACTT GCCCTATGTAAAACACTCTTCAATATTAAGTCATAAATGAAGAATCAGCA TATGTTTTTTTCCTTGGCAGGGTGATGAAGAAATCAAATCAGTTCGTTTA GACAAAGAATTGGAAGAATGTCGAACGAAACTCAAAGAACATGATGAAGA ATCATCTAAACAACTCGAGGCTAGCATTTACTCTGCCATTCAAATTCAAG AAGAAATTGTTTCGTAATATCTACCCTCTAATTTCTTTGGTGAAAATATT TAAAAATGACAACTTAGGTCACAAACGCTCAGAATACGACCTGTATCAAT TACTGGCACAAGGAACGATTTTTTTACGAAACTCTTTATATTTTTGTTCT TTGACACCTGTGATTTTTAAATGCTGAATTATGGAGCCTCAAATATCATA TGTATCGAGGGTGATGACTTATAACTGTATCTTAATCTTTCTATTTGTTT TTCTTCTATAGATCAATAAAGAACAAGAATTGGCGATCAGTATTATCAAA GAAGATAATTCGAAACTTGCAGACGAATTGTGTGATAAGAAGAACCAGGT AATGCTCCAACAAAAATGTCAGACTGTCAGTTAATTTGGTGTTAACAAAG TCAAGGATGATTTTTGGACGACCCTCCGTTTTTTAATTCTACTTTATGGT GCATGAACCAAGAACTACCGGTTTTGCATCAATCCCACAATCTCTACGGG GCGTTTATGTTCAAATCTGAAAACTATTGTAAAAATACCCAAAAAAACAG CTTTTAGCCCATAGTCTCCAAGGAAAGTGGGAATACCTCGCCTTTTGACA TAACAACAAATTATTATTTACGTCTCTTTGCACAGTTCTTGGTTTTGGAA GGTCGAAACAGTTCCTTGTTGCTACAATTGAATGAAAAGACGAAAGATTA TGCTGAGATGGAGACAAAACTTGATGAAATGAAAGAGAAAGTCAAAACAT TCGAAGATGTTCAAGCAACCATACTAGAGTAAGAACCAGAAGACTGCATG CATATCTAGTTTCGTTTCTTTAGGACTGGACTTTCTCTATGCGAAAAAAT TAATCACTGGGCATTTTCTTTTTTCTTTTTTCTTTTTTTTCAACATAAAA CCTTAGTTAAAGATTGATAACGCGATTTCATTTTTGCAATCGTCCATTTG CTCAAAAATAGTCCTAGTATTGAATCTTCCACAAAGATTACAATTATTTT GATGAGGTTGTGTTAAATATTTGCCCAATTTTCAGTATTTCTCTATCGAC TTGATAAAATAAGGTGTCCTTTAAACTTCAATATACAAAACGGTTTAGCA TTGACCGAACCATTCTTTTTGACAGATATGAAACAACGATCAAAGGACTT CAAATGGTGGAGACAACTCTGAAACAACAATTACACGATGCGGAGCTAGA GGCCAAAGAGCAATCAGAACGTCATCAAGAAATCTTACAATATTCACAAT CTCTCACTGAAAACAATGTATCATCCAAATCAACTGTGGCTGAACTACAA ACAAAGGTACACATGTTTTTATAAGCACCCAAGTTGTTAGGGCTCGATCT CTGAAAGTAAAAGCTTTTTAAATAATCTAAGCATGGCAAACGATAGCCCT TGACCCAATAAGCCTAAATATGGTATAATATCAGGAGTGGTCAAAGCTAA TTTTCAGAAAATGAGCTAGAATGCTATGCAATTCAAGCCCTGACCCGAAA AATTGAGTTGCTTATAAAAAAAGTCTGTGAACAAGGGCCGATACAATATA ATAATGTGGATCTGTACAATGGAATGAAAGCCAGAAGGACCAGAAGTGAA CTTCCTAGACCTGTGACCTGCGTGGTTTTCAAACAAACGCTCAATTGATA TTTAAATCAACCATTCCTCGAAAAACTGGAAAATCAAGGAAGGTTGTTAG TGGAAAAAATTTCATGAAAATCAAGGAAGGGGCTCTCTTATTAAATAGTG TCTGAATGAACAAGGTACCTCAAAACTTCGTACTGCAAAAAATCTCTGGA AATTTGGTGGCAATCCAAAAAAGTTTTAACTACCAAAGAAGGTTTTGACG ACATCTACAACATTGGAATAAAGCTATATTTTAGGAAAATCCATACATGT GCGATTTTAAGGGTGACCAACTATAGTTTTTTGGCCCTTAGTGCAAAAAA CCTGACGAGGTAGGCCGGGGTAGCAAGGGCATAATATTGAAATGTTGATG CAAATGTTGTAATTCCATGTTTTAGTTGGATGCTGTGATGTTAGAGAAAG CACAGTCGAGTAAAGATTTCAATGAAACACAAACAAGTGTATGTATCATT TTATTCTATGTATAAAACTTCGACTCGGATAGAAAATGTATCTTGATAAA TGATGAAGAATAACTTGATAAAGATCTGTAAAGATCGCGAAATATCATTC AAAGAAAATATGTTTTATATTTTGAATTTTTTCTTGGATTTTTATGCTTG ATTTATCTTGATAAATGGCAATTCTCTCCATTTCAACGAATAACGGAATG GACTTTGAACATATTTAGCCAAAATTATGTTCCTGTAAATAACGTGCTGC CGAGCTACACTCCATTACTGTTGCCGAGGTAAATACACAAAAAGAATTTC TTGTGTTCACACCTTTCTTTGTTATCGTAACACTTTGTTGCTTTCTTTCG ATTTCAGATTGGCAAATTAGAAAAGGAGAAGAAGCAAATACAAGAAGCAT TAGACGTTGCTAATAATACAATCAAAGAGAAAGATACACAAGGTTTGAAA TATTTCATATTATACTGATAATCTAAATTGATAATCAAGAGAAAATCCAT TCATGACTTATGAAAAATATCATATGTTTTCGTTTTTGAACGACCTAAGA CCCAGTGCTTTTTTCTCTACCTTTAAATCCTGATTGACTGAGGAGAGGAC CTGAAAATCAGGGTTCCTGTCATTCATCTTATTTTTATTTTTAGTGCAAA AAGTCAATGACACATTGGAAGAAGCCAAAGACGAACTGAAAGTTTTGAAA AAGAAAAACGCGGCCCTCGTCAAAGTAAGCATTTTTGGTTTTACCATTAT TGATTCGGATCCCTACCCGATAGGATTTTTCCGCAACAAAAAGCTTGAAG CTATTTTAAAATTTTAATTCGTGTGTATCGCTGTATTTGTATTTAAAGTA TTTTTTCTACTTCTTCATAGGACCTTCAAAGACAGCTACAACAAACTACA AAGTAAATTCAATTGATTTTGATTTCATTGATTTTCTGACAGTTGTATTT TCCTGATAAGATACCGACACAGACGCTTTATTTACGTATTTTTTTTTTTT GGGAGGGGGGGGTTGGCCTATTCGTTGTCCTCCTAATCTCCAAGCAGATT CTTCACTTTAAAGGCCATGGCGAAAGAGCTAGTGTGCTACATACTTTTAT AGCAGACCATGGTGTACGTAGAATAGATGTCTGTTATGAGATCATTGCCC TCATACCCAAGGAATAATCAACTACATCCTTCAGTTACATTATTTTCAAA TATTCTTATATACTTTATTTCAGAAAAATCGAGCAAATGGAGTCATCAAA CAATGGTTCGAACGAGAATTTGAGTAGCCGTTCACGTACTTCATCATGCA ATTCATTGGAACGTGTTGGTCAAAATCCGGAATCACCACCTAATGCATCT CCTCTCCTTCAACATGAAAGTGTTATGGTAAGATTGAAAAAGGGAGTCGA GTTTCAAGGCTATTTTTTGATAGCTTTCCATATCCTTCCATGATTATTGA CATTCAAATTTTAATTTCAGATTCGGGGTCCTCGTGAACTTTTTTAGGAG TGGGCGTCACTGGGTGGTTACTTATGGTGAGTATTACATCTAATGGAAAT TAAAGATATGATAAATAGGATAGATAGCATGTTCAGGTGTTTTAGTACTT AATTTATAAGTGAGGGTACGAAACTTTTTGATGTTTTCTTTTAAAATTTT ATAGATGTTTTTCAATGTTAGTCTATGAATGTTTATCTTTCGATGTCTAT GGTTGTGTTTGTATTTTCGTTAACGTTTATATTTTGTGTTTGCTTCATAA ATAAAATCACGTAATCCTCTCTAAGAACTATAAAATTTACCTAAAATACT AAATTCAAAAGATTTTACTCACAACTATCCTTTTTCTGTAAACTACCTTC TTCAGACCAGGTCCGTAACCTAGATCCGTTCCTAGATTTGCGTACATTGA ATTCAATCGATTGATCTGTATTGATTGGAATTTTTGAATTCCATTTTTTT ATTAACTGCCGTCTCTTGGAAACCTTACAAAGCTGTCTTTATCGATAACT ATCATTGAAATTGATTATTGATGAAATCGATAAAGCCATATCGATGTCTA GGTGCATTGATTTCTTATCGATAATCGATTTTAAAGTAAAGGGAGCTCAT CAAGTACGGTAACTGAAACTGAGCACTTGAGCAGTTCTGTAATTTCACCA ATTCTCGTGTTTTTATGATATTATCAATTAAAACTAATATATTCTTTCTT TTAGGTCATTTTTCCTACCTGGTCAATTATTTTTATTGATGGCAATGCAC AATTTATAGCCTATACATATTACTTACAAACTAAATTATTTTTGATTTTC TATAGATACCACAAGATCACTACATCAGCCAACCACACAGAGCCTTACAA CCTCAACAATTTCCTGAAGTGGAGATTGACAAGAAAGTTCTTATCGAACG TATCTGTAAATTACAAAGAGTGTTAGCAAAGAAAAATGAGAAACTAGAGT TCATGGAAGAACATATTAATCAGTTAACACAAGATATACAGAGAAAAACA AAGTTAGATTCAGACACTATTTTTGTTTTGTTTATTTTCTTTTTTTTCGC AGCTTTCTGATCATCTGTGTTCTGGCTTCATTTACTGTGTTCTTAAGAAG CGATCTAGTTCGTTCAATTATGCTCTTTTTTGTTGGATATTCGATACTCC TCTGTACCCGTGTAAAATTAACATCTATTATACTAAATTCTTCAGCTTGA ATTTTCAGGTTTTCACCATAGGTTTATGGTGAATACTATTTAGAAAGTTG TAACAATTCTGAGAACGTCGTTTTACTTTCATAGAATTATACAATCGTAT GTACTCAAAGAAGAATCAGGCTCAATAGCCCCTGATCGTTATGATCGAAT CAAGGTAGGGTATACAGGCTAAGCAATGTCTTTATTTCAGATTTTTTCAT CTCGTGTTAAATGCGCACAGACAGACGCTACACGTACACACAACTGACAC AAACTCTTCTTTCACCACGTCCATTTCTTATTTCTTTTCTTCTTTCCATG TTCTTCCCAATTATAATGACGTCATCACTTAACATTAACCCAAACACACA AACATTTAAATTATTTTAAACTCACACTATAACGCTATTTAATGCATTTT AATTCGACTATTAATCTTTAAATATATCTTATTTTTATATCTATTTTATC TTATTATTCTTCGTTCTATATATTATTTTGATAAATTTTACTAGGCGCCT TATGCTACACGTTTAGTATTTTAGTACCCTAAATAGACGTTGGATTTTTA AAATTGTTTAGTATTATTTTTTTCGGGTATTTTTTTCTTAGCCTGCAATA ATTATTTTAAATTATACTAACTTAATTTTATTTCTTTTCAATTACATTTT TATACTAAATTCATTTTTCAATTATATTTTTGATAGTTTACGATAGTATA TATCTTAGTTAGAAATTTTAACTTTATATTAGCTTACACCTATGATGCTC GTTTGTGTATGCATACTAGGATAGCATATGTTATTTTGAATTTTGATTTC ATGTTTAGTTGTTATTATGTTTTGTTTTATTATCTCATATATTTTATTGG GATCCTAGTTAATTGGTTTAAAATTTAAAGTATTTATTTTAATTGTGCTA ATTTATATGTTACGATATTATATGTTACGTTATATAGTATACTTTTATGT GCATGTGTTTCATCCTATTTCAGTTTTTCATAATGCATGTCTTCTTACCA TTCCACTCCACATTACGTTATTACTGTATTGTACATATTACACTAGCATG CATGCACGTTCACTTTTTATTGACAAATAATTGACACACGACTGACTGTA CTGACTGTTACTTTTTGAACTGATTGACTTAAATACATTTTCTGAATCAC ACACTTTGTGTTGATACTTCTAAGTCTGTATTAACTTTGTGCATACTCAA TCATTAGACTCTAGTTTTAGTCGGGGTTATGGTTTTCCATTTTTTAATGC ACATTCGTGAAGCTAAGTATTGGTAGATGTATTGCTAGGATGGACAGGGT GCGTTAATCTCCGGTTAGCCAATTCATGATGATATGCACCATTGTAATGG CTTCTGATATTGCATCACGGACCCAACAGCTGATTGGTTGCAAGTGACGT AAAATCAGTCAATACGTCACTTGCAACTAATCAGCTGTTGGGTCCGTGGA AGACATTGCAATGGTGCATATCGTAAATAGAAAAACGTTGTAGTGCAAGT GAACTCTTCAGAAACCCCTATGTTGTTGCAAAGTATCTACCGATATCTAA CTTTGCTACCTATTACTAAATTAGGAAGAGGTTTTTCATACACTCCGTCT ACTCATTTCATATTTTTTGAATTCGTTTTTTTTTCAGGCTGAAGTCAGCC AACATGGTGGCATCATGGCGTCTGTGTATTCAGGAAAAACTACCGATAAA GGGATGACGCTAGATCTCTCATTAACTATAAATCGAAAACTTCAAGCTGT CCTTGAAGACACCATATTGAAAAATATCACTCTAAAAGTATGTTTCTTCT TTCCTAAATGAAACTCCAATCTGGAGTGGATTTGATCTCATATGTTTCTC TAGCTGAACTGAAGATGATTGATATATGAATATTGTTCAAAATAATGGGG AATTATCCAGGATGACACAGTTACTCTATGAAACAATATTTGATAACCGA TTTTTACGCAAACTTTTGGAACTTTACCTTGAATATATTTAAGGTACACC CATTATGTTGAGTTTTCACAACCATTTAGTCACTAATTTTCAACCAAAAA TTGGTATATATCATCCCTTTTTGCCAAGATCTTTTCAGTTTTAAAGCAAT TATTAGTGGCCCCATTCTGACCCAAATTTCGTGCGGTCACGCCATTTTTT TCGCAATTCAAACATTAACCAGGCGGGATACCAACTGTACTAACCCATAG TGTACTCTGTACTAACTTGACTTTTGGAATTTTTCTTCCAAAAAAATAGA CCACCACCCTTTTTAGTACATTGTACTAGAACTTCTTTCGGCAGTCAGAG CCACTACCCTTTTAGTACATTGTACTTACATATTTCTACGACCAGAGCTT CAATACCACCCTTTAATAGTACACTGTATAAATTTATCTTATACACCAAC CCATCAGCTATTGGTCCGTACACTGATTCGGTACCCCCACCCCCTCCCCC TCATGCATTAACGTAACACAATTTCGAAATTCATCGATCCCTTGTGTGCA AACGCAGGGTTGCGTCTAGGTTCATGAAAAAGTAATTTTCATGGATTTCT TCTACTCAGGCAGTGGTTTATACTAGCTAGGTATTCCATGCAGTAATGCT TCTAGATTTAATGGAGATTCAGTCATGTTATTAGTGGCTTTTTTACTCAA TGAAAGTGTTTTTTCTTTCGAATGTTAAAACCCAGCATGATCCTTTCTTG TGAGGCTTTATATTGATACACATATAATTGAGATTTCCCAGCGTGAATGT TTTGATTGTTCACATAATGTACATGGTTTATGCCATGTTTCAGTGTACAA TTTCCACATAACACGCGGTGTTGATTTTTATGTATGCTTGGCTACCATTT TTTTGTGGCTTAACTGCAATTTCTAACGAATTGTATGCGTCTATAAAGGA GTCTCTTGTTAGAATATCCAAAAAAATCTCATTCCCCTAGAGGTTTGCGT GATTTTTTCCTTCAAACTCCTTTTTTAAATTTCTTTGATTTTTGGAAGTC GGAAGAAGATTTTTGCCTAAAATATTCAAGAGTCTCTTGGATTATCGGAC TTACATTAATATCGAAAAGAATTTATGTATATGTGAACATTTCAAAAAAA GAGTTTGTTTGGTTGTGTTGAGCGCCTATCACCCAAAATCCACTANATTT TGCCTAAAATATTCACGAGTCTCTTGGATTATCGGACTTACATTAATATC GAAAAGAATTTATGTATTATGTGAACATTTCAAAAAAAGAGTTTTTTTGG TTGTGTTGAGCGCCTATCACCCAAAATCCACTATTTCGAACTCCCCTTTC TTAAAAAGGATATCGTTACGTTCCGAAAAACCAAAGAAGGAGAATCGGAA ATCTTCCTTAGAATTTGGATACATGCAAATTTTTAAGGAAACATAAGGAG TTTATGCCTATCCGTATTTTCGTACTTTTGAAGGGAACTTGATATTGAGT TCTAACATTTGTGTTTGTTTTTTACCACTTCAGGAAAATATCAACACATT AGGAGCTGAAATTGCAAAACTATCAAACGATAAGGCTGTTGCAGAAAAAA CGTAACACAACTTTACGTAGAATTTTTTAAAGAATTATTTTTATGTCATT CTGTTATCAAATACAATGTGTTTCTTTAATGATGAATACAAAATCGAATA AGAAATCAAACAAATAAGTAGACTGCACGCATCCCTTCTGATATGTTTTG ATATAGGCGATGCGTAGTATACCAAGAGATCGTAGCATGCCAAGAAAACA ATGGTTTTGACCCGATATAGATCCCTGGTATGAAAACTTACCACGGGGTG CGTGCAGCCTAATAAATGAGGATAGGGCCAGAGAAGTTCAACTATCTTTG AATATAAATATGTTTATCTCACTTAAGATTTCTCATAGCACATTCATTCG ACCATTGTTTCTTTTCAAGGTTTCCTGATAAAATTATAATTTATATGGTC AATTAATTTGAAACACACTGTATTTGAAAAATATTGTTTATATCTTCCGA ATTGTCTATAGCGTTATTTTTTTTGGTTAATTTTGTTTATGTTTATGTTT TTTTGATTTTTATAAACATTTTTTAGTTAGTTCTTATTTGGATAATGAGG GGCTGGGTTCATATGCTTTCAGTTCAAAGGACCTAAACTGTTTTCAATTT GATTATGAATTAAAGATGATTGAAATCTTAAATGTCGAGACTATTTGACC GCACTTGGTTATATTTCAGTTATTATTTTGAGCCTATTCTATTGGTTAAT TCATTCTTTACGTCACCTCTAACCAATAGAAAGGATGTATTTCGCTTAAA ATGAATACAAGAAGACATGAACGAAACTATTTGAAAATATGATTAAGGTT TCCATCCAGGTTCTGATAAATTTTTATACATTCTATTTATTATTATAGAC CCATTTATACACTTGTAGAGTTGATAAAAGATTCCAAATAATTGTTTTTT TTGTAAATTTTTAAAGATTTTTTTTTCATTTGGGTGTTCGTGTATTTTCT TTGGTTTTAACTTCTAGTTTTTTTCGTTCCGAAATCCGTCACTTGATCTG ATGGCGGGTTCAAAATTTCTTCAGGTCGAACATTATATATGTTTCACTGA CACATGAAGATACGTAATTTTCAAGTGAGTAGNGTAAATTTTTAAAGATT TTTTTTCATTTGGGTGTTCGTGTATTTTCTTTGGTTTTAACTTCTAGTTT TTTTCGTTCCGAAATCCGTCACTTGATCTGATGGCGGGTTCAAAATTTCT TCAGGTCGAACATTATATATGTTTCACTGACACATGAAGATACGTAATTT TCAAGTGAGTAGCTTTTCAGCAAGGTTGTAGAGCTTCGTATTCTGTAGAA ATATCTACACCAAATATGAATTGGTGATATGGCAACTAAAACTTTTACAA TGAAAATATACAAAACATGACTCGGATGAAGTTTTCTTCTATCAATAAAG CATAATAAATGTATGACGTTTATTTTCAAACCCTCCTCCTGCTCATTCGT GCAAGGTCATGTTGACTTTCGACTTGTTGACGAATTTTAATACTTTTTTC TCAAGAATTTATAAGAAAACTGAACAACAATCTGTCTCCGCCTGAAAACT AAATCCGAAATGATC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_030409XLOC_030409Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00047765-exon-scaffold_136-1575043694:123617..123887TCONS_00047765-exon-scaffold_136-1575043694:123617..123887Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:115514..115867TCONS_00047765-exon-scaffold_136-1575043694:115514..115867Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:114016..114253TCONS_00047765-exon-scaffold_136-1575043694:114016..114253Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:112203..112337TCONS_00047765-exon-scaffold_136-1575043694:112203..112337Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:111351..111548TCONS_00047765-exon-scaffold_136-1575043694:111351..111548Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:110793..110897TCONS_00047765-exon-scaffold_136-1575043694:110793..110897Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:110369..110467TCONS_00047765-exon-scaffold_136-1575043694:110369..110467Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:109990..110076TCONS_00047765-exon-scaffold_136-1575043694:109990..110076Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:109560..109702TCONS_00047765-exon-scaffold_136-1575043694:109560..109702Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:109032..109212TCONS_00047765-exon-scaffold_136-1575043694:109032..109212Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:108250..108312TCONS_00047765-exon-scaffold_136-1575043694:108250..108312Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:107796..107880TCONS_00047765-exon-scaffold_136-1575043694:107796..107880Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:107514..107593TCONS_00047765-exon-scaffold_136-1575043694:107514..107593Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:107336..107367TCONS_00047765-exon-scaffold_136-1575043694:107336..107367Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:106861..107014TCONS_00047765-exon-scaffold_136-1575043694:106861..107014Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:103751..103900TCONS_00047765-exon-scaffold_136-1575043694:103751..103900Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1575043694:100423..102054TCONS_00047765-exon-scaffold_136-1575043694:100423..102054Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:123617..123887TCONS_00047765-exon-scaffold_136-1510915933:123617..123887Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:115514..115867TCONS_00047765-exon-scaffold_136-1510915933:115514..115867Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:114016..114253TCONS_00047765-exon-scaffold_136-1510915933:114016..114253Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:112203..112337TCONS_00047765-exon-scaffold_136-1510915933:112203..112337Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:111351..111548TCONS_00047765-exon-scaffold_136-1510915933:111351..111548Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:110793..110897TCONS_00047765-exon-scaffold_136-1510915933:110793..110897Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:110369..110467TCONS_00047765-exon-scaffold_136-1510915933:110369..110467Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:109990..110076TCONS_00047765-exon-scaffold_136-1510915933:109990..110076Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:109560..109702TCONS_00047765-exon-scaffold_136-1510915933:109560..109702Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:109032..109212TCONS_00047765-exon-scaffold_136-1510915933:109032..109212Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:108250..108312TCONS_00047765-exon-scaffold_136-1510915933:108250..108312Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:107796..107880TCONS_00047765-exon-scaffold_136-1510915933:107796..107880Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:107514..107593TCONS_00047765-exon-scaffold_136-1510915933:107514..107593Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:107336..107367TCONS_00047765-exon-scaffold_136-1510915933:107336..107367Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:106861..107014TCONS_00047765-exon-scaffold_136-1510915933:106861..107014Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:103751..103900TCONS_00047765-exon-scaffold_136-1510915933:103751..103900Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1510915933:100423..102054TCONS_00047765-exon-scaffold_136-1510915933:100423..102054Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:123617..123887TCONS_00047765-exon-scaffold_136-1491911889:123617..123887Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:115514..115867TCONS_00047765-exon-scaffold_136-1491911889:115514..115867Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:114016..114253TCONS_00047765-exon-scaffold_136-1491911889:114016..114253Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:112203..112337TCONS_00047765-exon-scaffold_136-1491911889:112203..112337Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:111351..111548TCONS_00047765-exon-scaffold_136-1491911889:111351..111548Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:110793..110897TCONS_00047765-exon-scaffold_136-1491911889:110793..110897Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:110369..110467TCONS_00047765-exon-scaffold_136-1491911889:110369..110467Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:109990..110076TCONS_00047765-exon-scaffold_136-1491911889:109990..110076Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:109560..109702TCONS_00047765-exon-scaffold_136-1491911889:109560..109702Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:109032..109212TCONS_00047765-exon-scaffold_136-1491911889:109032..109212Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:108250..108312TCONS_00047765-exon-scaffold_136-1491911889:108250..108312Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:107796..107880TCONS_00047765-exon-scaffold_136-1491911889:107796..107880Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:107514..107593TCONS_00047765-exon-scaffold_136-1491911889:107514..107593Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:107336..107367TCONS_00047765-exon-scaffold_136-1491911889:107336..107367Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:106861..107014TCONS_00047765-exon-scaffold_136-1491911889:106861..107014Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:103751..103900TCONS_00047765-exon-scaffold_136-1491911889:103751..103900Clytia hemisphaericaexon
TCONS_00047765-exon-scaffold_136-1491911889:100423..102054TCONS_00047765-exon-scaffold_136-1491911889:100423..102054Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_136supercontigscaffold_136:100423..123887 -
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
0 0 0 0 1.41916 2.19051 0 1.25889 0.181288 0.357785 0.210274 0 0.32135 0.823047 0 0.408633 0 0.166204 0.56604 0 0.138218 0 0 0 0.426581 0.259397 0.251441 0 0 0.274293
Blast
BLAST of TCONS_00047765 vs. Swiss-Prot (Human)
Match: CC186 (Coiled-coil domain-containing protein 186 OS=Homo sapiens GN=CCDC186 PE=1 SV=2)

HSP 1 Score: 133.265 bits (334), Expect = 2.594e-31
Identity = 136/466 (29.18%), Postives = 249/466 (53.43%), Query Frame = 3
Query:  714 YQKTIDRLENDIKQQKALTSESNEKLTAHDAAAKRAIGVLQKEMGAKVEQVTKLYQDTMKEKDGHLIKISKLEALNYELKQNNTTQSKKILDQQNEIETTKSSLKSKTDEIKSIFSNSESHEKEFAKLHKKIETQQEEIKNQETKVNWAQNKLTAELEAHKETKKLISQYQSRIQQAKEEGDMIRKDCQQMIERYQGDEEIKSVRLDKELEECRTKLKEHDEESSKQLEINKEQELAISIIKEDNSKLADELCDKKNQFLVLEGRNSSLLLQLNEKTKDYAEM----ETKLDEMKEKVKTFEDVQATILEYETTIKGLQMVETTLKQQLHDAELEAKEQSERHQEILQYSQSLTENNVSSKSTVAELQTKLDAVMLEKAQSSKDFNETQTSIGKLEKEKKQIQEALDVANNTIKE----KDTQVQKVNDTLEEAKDEXXXXXXXXXXXXXXXQRQLQQTTKKIEQM 2087
            +  TI +LE+ I++       S ++L A D  AK A+  L KEM  ++EQ  K  ++  +EK+  ++K  + E  + +L++   T  KK+ D   E+E   + +K  + E   +    E+ E E  +L ++I+  +E+I +   KV WAQNKL AE+++HKETK  + +  +++ QAKEE D IRK+CQ MI+ YQ  EEIKS  LD +L   + +L++  +E S QLE++  +   +  +K    +  DEL   + +   LE       L+  ++   Y E+    + ++  + +KVKT + +Q  +   +  I+ L+    +L   ++D + + +   +R  E+L +++ LT  N   +S    LQ++ D V   ++Q      + + +   LE    + +E       T++     + T+V+ ++  +EE KDEL   ++K+A+ +KDL +QLQQ  +K++Q+
Sbjct:  247 HMNTIKQLESRIEELNKEVKASRDQLIAQDVTAKNAVQQLHKEMAQRMEQANKKCEEARQEKEAMVMKYVRGEKESLDLRKEKETLEKKLRDANKELEKNTNKIKQLSQEKGRLHQLYETKEGETTRLIREIDKLKEDINSHVIKVKWAQNKLKAEMDSHKETKDKLKETTTKLTQAKEEADQIRKNCQDMIKTYQESEEIKSNELDAKLRVTKGELEKQMQEKSDQLEMHHAKIKELEDLKRTFKEGMDELRTLRTKVKCLEDER----LRTEDELSKYKEIINRQKAEIQNLLDKVKTADQLQEQLQRGKQEIENLKEEVESLNSLINDLQKDIEGSRKRESELLLFTERLTSKNAQLQSESNSLQSQFDKVSCSESQLQSQCEQMKQTNINLESRLLKEEELRKEEVQTLQAELACRQTEVKALSTQVEELKDELVTQRRKHASSIKDLTKQLQQARRKLDQV 708          

HSP 2 Score: 92.8189 bits (229), Expect = 7.555e-19
Identity = 42/61 (68.85%), Postives = 51/61 (83.61%), Query Frame = 3
Query: 2232 VSQHGGIMASVYSGKTTDKGMTLDLSLTINRKLQAVLEDTILKNITLKENINTLGAEIAKL 2414
            +S+ GGIMAS+Y+    D G+TL+LSL INRKLQAVLEDT+LKNITLKEN+ TLG EI +L
Sbjct:  824 LSRRGGIMASLYTSHPADNGLTLELSLEINRKLQAVLEDTLLKNITLKENLQTLGTEIERL 884          
The following BLAST results are available for this feature:
BLAST of TCONS_00047765 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
CC1862.594e-3129.18Coiled-coil domain-containing protein 186 OS=Homo ... [more]
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