TCONS_00047766 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047766
Unique NameTCONS_00047766
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3785

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047766 ID=TCONS_00047766|Name=TCONS_00047766|organism=Clytia hemisphaerica|type=transcript|length=3785bp
gtttttttaattgtctgttacgaaatcgaagattaaaGTATCAGTTAATG
CTGAAAAATGTCAAGATGGACATCACTGGAAGCAAAGACAAAACACCACA
GAAAGATTTTGATAATAACATCGTATCCCAGCTAAAGACTATATTGGAAA
CAGATCTGTCACACATTAATGAAATCGAAATACATAGAGCAAGCTCTAAT
GACTCTAATGAAAATAACGAAGaagaaaaccattttggtttaAAAGAACT
TAAATCGATTATCTCAGAATATGAGATATTAAAAGACACTTATGTAGCAT
TACAGAAGCAAGTTGAAGCGAAATTTCAAGAGAACGAACTTCATTTAAAA
CTGATAGACGAACAAAAGTTAGAAATCAAACGGCTACAAGAAAGCAATAA
ATCaCTTTTAGATCAAATAGACACATTAAATCAAacgtcaaaaaaggaaa
aagaaaaagaaagtgcaTCTAGAGAAGAACTCTCCACTGCATATCAAAAG
ACTATAGATCGTCTAGAGAATGATATCAAACAACAAAAGGCGCTAACGAG
TGAATCGAACGAAAAACTAACAGCCCACGATGCGGCTGCCAAACGTGCGA
TCGGCGTGCTGCAAAAGGAAATGGGTGCCAAGGTGGAACAGGTCACCAAA
CTATACCAAGACACAATGAAAGAGAAAGACGGTCACTTgatcaaaatctc
aaaactgGAAGCCTTGAATTACGAACTCAAACAAAACAATACAACGCAAA
GTAAAAAGATACTTGATCAACAAAATGAGATAGAAACAACAAAATCGTCA
TTGAAAAGCAAAACAGACGAAATCAAGTCCATCTTTTCGAACAGTGAATC
TCACGAGAAAGAATTCGCAAAACTTcacaagaaaattgaaacacaACAGG
AAGagatcaaaaatcaagaaacaaaAGTCAATTGGGCGCAGAATAAGTTG
ACAGCTGAACTAGAAGCTCACAAGGAGACGAAGAAACTGATATCTCAATA
CCAATCACGCATCCAACAAGCTAAAGAAGAAGGAGACATGATTCGTAAGG
ATTGCCAACAAATGATCGAGAGATACCAGGGTGATGAAGAAATCAAATCA
GTTCGTTTAGACAAAGAATTGGAAGAATGTCGAACGAAACTCAAAGAACA
TGATGAAGAATCATCTAAACAACTCGAGATCAATAAAGAACAAGAATTGG
CGATCAGTATTATCAAAGAAGATAATTCGAAACTTGCAGACGAATTGTGT
GATAAGAAGAACCAGTTCTTGGTTTTGGAAGGTCGAAACAGTTCCTTGTT
GCTACAATTGAATGAAAAGACGAAAGATTATGCTGAGATGGAGACAAAAC
TTGATGAAATGAAAGAGAAAGTCAAAACATTCGAAGATGTTCAAGCAACC
ATACTAGAATATGAAACAACGATCAAAGGACTTCAAATGGTGGAGACAAC
TCTGAAACAACAATTACACGATGCGGAGCTAGAGGCCAAAGAGCAATCAG
AACGTCATCAAGAAATCTTACAATATTCACAATCTCTCACTGAAAACAAT
GTATCATCCAAATCAACTGTGGCTGAACTACAAACAAAGTTGGATGCTGT
GATGTTAGAGAAAGCACAGTCGAGTAAAGATTTCAATGAAACACAAACAA
GTATTGGCAAATTAGAAAAGGAGAAGAAGCAAATACAAGAAGCATTAGAC
GTTGCTAATAATACAATCAAAGAGAAAGATACACAagtgcaAAAAGTCAA
TGACACATTGGAAGAAGCCAAAGACGAactgaaagttttgaaaaagaaaa
acgcgGCCCTCGTCAAAGACCTTCAAAGACAGCTACAACAAACTACAAAA
AAAATCGAGCAAATGGAGTCATCAAACAATGGTTCGAACGAGAATTTGAG
TAGCCGTTCACGTACTTCATCATGCAATTCATTGGAACGTGTTGGTCAAA
ATCCGGAATCACCACCTAATGCATCTCCTCTCCTTCAACATGAAAGTGTT
ATGgcTGAAGTCAGCCAACATGGTGGCATCATGGCGTCTGTGTATTCAGG
AAAAACTACCGATAAAGGGATGACGCTAGATCTCTCATTAACTATAAATC
GAAAACTTCAAGCTGTCCTTGAAGACAccatattgaaaaatatcactCTA
AAAGAAAATATCAACACATTAGGAGCTGAAATTGCAAAACTATCAAACGA
TAAGGCTGTTGCAGAAAAAACGTAACACAACTTTAcgtagaattttttaa
agaattatttttatgTCATTCTGTTATCAAATACAATGTGTTTCTttaat
gatgaatacaaaatcgaataagaaatcaaacaaataaGTAGACTGCACGC
ATCCcttctgatatgttttgatataggcgATGCGTAGTATACCAAGAGAT
CGTAGCATGCCAAGAAAACAATGGTTTTGACCCGATATAGATCCCTGGTA
TGAAAACTTACCACGGGGTGCGTGCAGCCTAATAAATGAGGATAGGGCCA
GAGAAGTTCAACTATCTTTGAATATAAATATGTTTATCTCACTTAAGATT
TCTCATAGCACATTCATTCGACCATTGTTTCTTTTCAAGGTTTCCTGATA
AAATTATAATTTATATGGTCAATTAATTTGAAACACActgtatttgaaaa
atattgtttataTCTTCCGAATTGTCTATAGCGTTATTTTTTttggttaa
ttttgtttatgtttatgtttttttgatttttataaacattttttagtTAG
TTCTTATTTGGATAATGAGGGGCTGGGTTCATATGCTTTCAGTTCAAAGG
ACCTAAACTGTTTTCAATTTGATTATGAATTAAAGATGATTGAAATCTTA
AATGTCGAGACTATTTGACCGCACTTGGTTATATTTCAGTTATTATTTTG
AGCCTATTCTATTGGTTAATTCATTCTTTACGTCACCTCTAACCAATAGA
AAGGATGTATTTCGCTTAAAATGAATACAAGAAGACATGAACGAAACTAT
TTGAAAATATGATTAAGGTTTCCATCCAGGTTCTGATAAATTTTTATACA
TTCTATTTATTATTATAGACCCATTTATACACTTGTAGAGTTGATAAAAG
ATtccaaataattgttttttttgtaaatttttaaagatttttttttcatt
tgggtGTTCGTgtattttctttggttttaacTTCTAGTTTTTTTCGTTCC
GAAATCCGTCACTTGATCTGATGGCGGGTTCAAAATTTCTTCAGGTCGAA
CATTATATATGTTTCACTGACACATGAAGATACGTAATTTTCAAGTGAGT
AGNgtaaatttttaaagattttttttcatttgggtGTTCGTgtattttct
ttggttttaacTTCTAGTTTTTTTCGTTCCGAAATCCGTCACTTGATCTG
ATGGCGGGTTCAAAATTTCTTCAGGTCGAACATTATATATGTTTCACTGA
CACATGAAGATACGTAATTTTCAAGTGAGTAGCTTTTCAGCAAGGTTGTA
GAGCTTCGTATTCTGTAGAAATATCTACACCAAATATGAATTGGTGATAT
GGCAACTAAAACTTTTACAATGAAAATATACAAAACATGACTCGGATGAA
GTTTTCTTCTATCAATAAAGCATAATAAATGTATGACGTTTATTTTCAAA
CCCTCCTCCTGCTCATTCGTGCAAGGTCATGTTGACTTTCGACTTGTTGA
CGAATTTTAAtacttttttctcaagaatttatAAGAAAACTGAACAACAA
TCTGTCTCCGCCTGAAAACTAAATCCGAAATGATC
Run BLAST on NCBI

transcript from alignment at scaffold_136:100423..123941-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047766 ID=TCONS_00047766|Name=TCONS_00047766|organism=Clytia hemisphaerica|type=transcript|length=23519bp|location=Sequence derived from alignment at scaffold_136:100423..123941- (Clytia hemisphaerica)
GTTTTTTTAATTGTCTGTTACGAAATCGAAGATTAAAGTATCAGTTAATG TATTATTTCTTTTTGATAAGTATTTTCATTCCTTGTTTCAGTATAATTGC CAAATTCAAACAGGAAATGAGCCTTTCTTCATCTATTACTTTCGTTTTCC TTGTCACAATTTCTGAGTTTTGATTTTCCACTTTAAGTCATTTTGAGTTT GAGTAACATCCAGGAAAGAGGTCTTAGTTCAACCAAGACCAAAAGACCAA CTTAAGTTACTTTCCTGTCAGTTATTAAAAGAGTTACAAGTACATAATGA AACTTTTTCAAAGGCAACAATCATGGTATGTGAATTTTCTACTCCTTTTC TGTCCCTGGAATGGGCCATTCCAGAATATGTCTGTAACAGGGGGGCGGAC GACAGAAATGCACGTGTTTGACGGGGGGTAACAAAAATTTTCTGGGATGG CCCAATGAGCATAGCTGCTTTTCACTCAAACCAAAAAAGGAGGTACTTCA AATATATTATATATATTAAAGAAATCTGATCTATTTGGAAGTGAAGTTTA ACCACCACCTCCTTTCAGTTCGGGAAACCATCCAGGATCCTGCCATTCTA TAAAGCTAGCAAAAGCTAAATGACTTTTAAACTTAAGTTTCTTACCATTT TCCATCTAAAACAACCAAAAACATCGCTACTTCCCAAAGCCGGAGACCAA AACAAATTATCTTCCAAGATTATGGCGCAATTTTAGATCTATTGTTAAGG CCATCTAAAATGGTGGACAGAGTTGCGGAAAGACAGAGGCGTCCGCTGTT TCGAGGGTGGTAACGCCAAAACGCCCAAAATGATGTTTCAGTGAATATCA ATAATTATAAGAATATCTTATGTGCTTAACTTCAGTAAACTTTGAATGCT TCATTGAAGATGAAAAAGGTAAGAAGATAAAAAATGCGCTGGATAATTTT CATCGTAACAGTTTGGTCAATCATTGCTGAAAGTTTGAAAAAGTTTTTCT GACGCAAAAAAATTTTTCAGCCAATTAAAAGCACAGTGTGCTTATATTTA CTATGTTTGCTACATTCTCTTGGCTAAAAAAAAGTGCAAAAAGACACGAA CGCCATTTTTTAATGAGTGTTGTTATGATTTTTTTGATTGCGGCCACGTA CAGGAACTCGCCAAATGTTCCTAACTGATNTTTACTATGTTTGCTACATT CTCTTGGCTAAAAAAAAGTGCAAAAAGACACGAACGCCATTTTTTAATGA GTGTTGTTATGATTTTTTTGATTGCGGCCACGTACAGGAACTCGGCAAAT GTTCCTAACTGCCTATAGACAGGCAGCTGATGACATCAAAAAAAGTGAAT AAGTGAAAATTCGAGGGACAAATATTGAGTACTTATTTTGAAATCTTTAT AGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN TTTTGAAATCTTTATAGTTTAGAGAGTCAGAAAAATTTACTCGGCGTGTT TAAAAATCTTTACCGGACGTGTCCGAGAATAATTTATTAATTGATGATGT AACAAGCAATAAGTGAAAAATTGATGTTGCAAAATTTCAAAGTTTTATAT ACCATTCGAAGCGTTTTTTTATAAAGATTTCAAATCACATCAATCTTAAT AAGTAAAAATTAGAATATGAAAAGTTATTGAGGTCCGTAGCTCTTCTATG ACGTCATTTTTGAAAAAATGCCTCATTTTATAAGGAATTACGATCTCAAT TTTCTCGAGTTAGGCTGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACCTATTGAGACTGATGTGA TTTAGAATCTAGATAGAAAAATGCGTCGAATGGTATATATATATATCAAT ATTATATGCTGAAATCAAATTTTCACTTTTGGTAGTGACGTCATCATTTG ACAAATTACTACCGGACATGTCCGTTAAATAAATTTTCGGACGCCGAGTA AAATTTTTAGGATCAGTAGATATATGGGAATAAGAAAAATCAACTCTACG TTTGTCCCAAAGTCGTCCAGATTTCAGATGTCGTCAGCTGCCTGTCTACT ACTAAATCGAGTTTTTTGTTAATCCCATCGGGCAATGGGCGGCGGGCGTT CTCTAATTCTCCAATCGGTTTGACGTCTTCTTAGTAGTAACATAATTACA GGATTTTTGAAAAAATTCTAATTTCCAATCTCCAGGAAAGAAAGTTTTTT TTAGCAAAAAATGTTTCAAACAACTTCAAGAGAATTTATTCAGCTTTATT TTGCAAAATATATTATCAAGATAGCTACGTCTTCTCGCTCTTCCAAAATT TTAAAATAAGTACGATCCCCAGCACACTTTTCCAAACTTCTTGCTTGAAA GCCCTTGCTCACCAGGTGCAAAAATACTCAATTTTTGAGATTTTCTATTA GGTGTTGAAGATTGTTTAAAAAATGAAGAAAGTGAGCGAAATCAAAATGT ATTTTTCTCATTTGATTTGATGCATTTCCTATATTTTTACCAAATAATTG ATTGTTGAAAATAAGCACAAGGGTGTTAACATTCTTTTTGGAATCAACTT GAGGCCATACACCCTATTTTGCAGCATGCACACTTTCAAAAAATGGCCTT AAAAGCCACAAAATGCTTGTGGGAAATGGGTGTTTTTTGCAACTAAAAAA CTAACTGATTTTGAATCAATCCAAAATAGTTAGCTTCAAAGCTTTAGGCC CTAAATCTTGAATATGCTTGCAAGTTTAGCCCATAAATTTTCAGTGCAAT ACAATATAGCCTTTTAAGTCCTACTATAAATCCAATTTGAAAGCCTTTGG AGCAAGCCATAAAAATTCCCTTGTAGGATGTGTTGTCATTTAACTCTATG TTTTAATGCTAGAGTCTTTGGAGTTTTTTTAATTAATTCAACATGACATT TGGTCCTACAAAAGTTATAGATACCCCTTAGAAATTGGCCAAGTGAACTT TTTTTAAATTTCGTCCAGCCGCTACCCAAACATTTTTTCACAGTCCATTG TAACAATGCTATTATAAACATCTTACATATAGTTATTCTTAAACTAATAA AAGTTCCTTTCTTTTTCTGTTTATTAAAGCTAAGATATTTCAATTTTCGA CAGTCCAATGGTTTTCTTTACACGTCTAATGTCTGGTCATTTTATCACTT GTGTTTGAAAAATCTTTTATCTTAAAAGTATGCTAACTTGTATTAAAATT ATGGCATTATAAATTCTTCTTGTGAATGAAATTATAGTACTGTTTTTTTG AGTAAAGGGTCGTCAATCCTGGAGTTTTTATTTTTGTATTATGTTGATTA GTAAGAGGTAAGATTTCTTTTCATCACCTGAATCATCTGTATTACAAAAT TGAAAAAATGGACTTGAGACTGTCTTTAATTGACACAATGATAATTTGGT CTAATTTGGCCACTCTTTTCCAATTACTTATTTGGACTGATTTGAAGAAA GAACTAGATAGGATGTTGGAATCACTGATTTAGTCAAATTTTCTTTCACT TAGTAAAATATTGTTTCCCAAGCAGTGATTGTGCCTATCCTATTTTTTAT TATTTTTCTTGCCTGTAAAATTCTTGTTTAGGGTTTTAGATTTTTAGGGA ACAAACGTGCAGATGGACGCTGAACACATGTCACAAATGTTAGTAAAATC ATAACACAGAATAAAAACTTTCATACAAGAATAATATGACTTGCATAATT TCTACCTTATAAACAATGCTGTAATTTGATTTCAGCCTGAAGTCTAAGCA AAATAACTTTTACAGTCACACAGAACTCAGTTACAGTTTGTTGAATATTG AAAATTACCTTTCAAATTCAATATTAACATGATCATGTTTTAAAGATAAA GACTGTTCGTAATTGTAGGAAAAAAATATATGAAGCCAAAACTGAAAATT TTGACTCTTTTTTTATTTAAGCCTACTGCTGAAGGTGCAAAATTTTTTGA AAATTTAAAAACTTATTTTGAAGTAATCATATACACAATTCAAAAGTTCT TAAAAACTATATAGGAGATTTTTAACTGATATATTAGTCAATTACCTTAC CTTGGCTAAATAGATATTTTTCCCAAGTTGGGATTAATAATGGTCCAAAA TTTACCATGACCATGAATCACCAACTTCTGACTAAATTATCTCAAGATTC TAAAGAAATTACCAATTTAAAATTTGTTTATATAGTTATTTTTAGAGCTT TGCAATGGTCACTGGCCTTGATTTATATTTCAAAATCTTTGATCAGAGCT AAAAAAAAGGTTAATCAATAGGTAGCACTAATTCTACTTTTTTAGATATT ATGATGCCAGGCAAAGTCGTAAGTATTGCGTTGGCTTTTTTACAAACATC CAACAGAACTGGGAGAAAAAGTGTGTCCAGAGCCATAAAAGTTCAGTGAT CTCAGTGTGGAAAATTTATGTTTTCACCAATATATATTTTTTTGCAATTT GTTTTGTTCACACATTTGAAATGAGTGACTTATTGAATTTATCCAGGCGT TTATACTGGTTCTTAGAATGATGACTTTTCTTTAGGCAGTCAGTGTTTGG GAGGGCTTGGCTTGTTGAGGGCAAAGTTAAAATGATAGCATAGCTATAAC AAATTAATCTTTTTTCGAAGCTTTCCAGAGTTTAATCCATCATCAGTCTC ATAAAATAATAGAGTTTATATACACACCCCTGTCTCAGTGCCCCGGTGGC ATGATTTCAGTACATGATTTTTTTCAGTATAGTCATCTGGGGTAATTACG GGACAGTTAAAATTAAGGGGTAAATATGGGACACCCCTAAAAATGGTGTT ATTGTTATACATTTGGATTCAGATGGAGAGGATTTTGGAGATAGTCATTC TAGCTGCTAGAAAAATGTCTAGTTAGATTATTCTCACATATACTTTTGAT GTTTCAACAAAAGTTTCATATGTCACCATAAAAATCAATTTTCGTAGTTT TAGAAGGAACTTTTCAAGCTTTAGTGTCAGGAAGAGCNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNAAGTGTTTATTTTTTATAAGAAAAGTACAAACTTGATTTTCTAG TTTAATGGAATCATAACTACACTCTAAGTCTTTCAAAACCTGCAAAGGTT TGCATCTAAGTTTACTTCAGTTGGTCTAGATTGCTCTATACAAATATTAC TGTTTAAAGTGTCCCGTTATTACTCCAAAATGGGAAAAAAGCTGGGGTAA AAACGGGACACTGTCACTAATTTTGTTGAAAGTCCTTTAAATGATAGCAC TTGGATTTGAAGTCATCAAGTGAATGNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNAGAGGGTGTCCCGTAATTACCCCAAAATGCGGGGTAATTACGGGACA CCTTTAAAATAAATTTTAGGAACATCTACTAAATTTCAAGGAAAAGTAAT ACATCTTATGTAAAGGTCATACTTTGACAAATAAAATATCAAAAGATCGG ATCTCTAGGATTAATACTTTCAGGGTGATGCCCTAATAAGTCAAAATCGT CCCGTAATTACCCCAGATGACTATACATGGTTTCAGTACATGATTTTTTC CTACGTCACTGCAGTAATCAAATTTTTATTGCACTCATTTGTGAATTGAG ATATAAATTGAATAAAGACAGCGACNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNATACTGCAGTGACGTAGGAAAAAATCATGTAC TGAAACCATGTACTGAAAAAAATCATGTACTGAAACCATGCCACCGGGGC ACTGAGACAGGGGTGTATATACTATTTCTGCTACCTTATTGGAACTAATT TTCGCGGGAACTAATTTTCGCGGTCGAAAAATAAAATCCGAAAAATTGCA TTTGCGGGTTTTAATTTTCGCGGTTTTTTCCATTCTGGAATTTTCGCGGG TTTTAATTTTCGCGGCTTTGCCCTTTTTTGGACAAATTTCTTTCATTTTC CTAGGGATTTTTCAAAATTTTCGATAAAATTGGAAAAAATTGTATTTCGC GGGAATTAATTTTCGCGGTTTTCAACTCTCAAAATTTTACGCGGGATCAA ATTTTCGCGATTTTGACGAAAAACCGCGAAAAACGCTTAAATTAAAACCC GCGAAAATTAGTTCCAATAAGGTAGTTAAAAACCCTACGATTTGGAAACA AATATTGTTCAAATTCTTATAATAACAATGACAATGAAGTTGTAACCTGT GGAAAAAAATGCTTAAAAAGGCACTAGAGACTAGAAAGAAAGAAAGTGGA AAAGAGAAAAGAGGCTAATCTATACCAGTTCAAAAAAGGAAAACGGAATT AGACTTTTAAGTTTTTCTATCCTTGTCAATCAAAATAATTTGCAAAAATG AAGTATAACAAATAAGATGTGTGATAAATGTAAAGTTTGTGTTTCAGTGA TTGCGACATCATCGTAATAAGAAAATTTAAAATGTTTATCATTAAAATAA AGATTGACTTGTCTGCAGATTTCCACTTCAGAGTCTACGTTTAAAAAATG AAAAACATGAGAAAGAATATCAATGTGATATCCATCTAAAAATTAATTTA CAAACAGTTGTAGATCTCTATCAGAAGCACTTCATGTATCTGCCACTTAA TGAGCATATGCCTTGGTATTTCAATTATAAAAACTAATAACTTTAATGAA CATTTCATCTTCCAGTCTTCTAAAAATCCCCACTAAAAGGAGTCGACTTA CTAGCTCTATTGTACTCTATTTTTATTGCCCATAATAATATTCCATAATA AAAGTCGGGAGCTATGCCAATATAGTTGGTTTATAGGGCGACTATATTAA TTAAGCAATAGGGTTTTATAGATATTATAAGTTAGTATTTTAAAAAATGT ATAAGTTAATGAATTTCAATGTCAACCCGACTGAAACGTTTCTGATAGCC TCTGATTGTTTTAACATGCCTAATGTTATTTACAGAAATCAGATAGAGAA AATTTTCAAAATATCAACTGATTTTTCTAATAGGATAGTATGATATATGG TGACATAATATTTACATAAATGAGTTTTTCTTCTCTTTTTCTAGACATAC AGTTCAATGTATATTTTCAGTTTTTTTTCTTAAAGCTTTTCTTGAGAAGC TTGATCTCTTTGTTAAGAATACATGGTGTTTCAAATTAGATTTTGTGATT TTGTTTTGGTATTATTTCAACCCGGTTTTAATACATCTATAACTTTTTAT TCACGTGCATTTTGTATGTCGTTATAATTAAGAGACACATTTTAGGCAAT GGCTTTTTCGAATTTCTATTCCAGGCTGAAAAATGTCAAGATGGACATCA CTGGAAGCAAAGACAAAACACCACAGAAAGATTTTGATAATAACATCGTA TCCCAGCTAAAGACTATATTGGAAACAGATCTGTCACACATTAATGAAAT CGAAATACATAGAGCAAGCTCTAATGACTCTAATGAAAATAACGAAGAAG AAAACCATTTTGGTTTAAAAGAACTTAAATCGATTATCTCAGAATATGAG ATATTAAAAGACACTTATGTAGCATTACAGAAGCAAGTTGAAGCGAAATT TCAAGAGAACGAACTTCATTTAAAACTGATAGACGAACAAAAGTTAGAAA TCAAACGGCTACAAGAAAGCAATAAATCGTAAGTTATCGTAAGACCCTTC AGTCTTCTGTCTTCATTTTTTTACTCAAGGATCAACAGGTGAACGAGTTT TCAACTTTTTTCTCCATCTTTTTTTTCCGGTTAATTTAATTTTCTATAAT CATTGGAAGGTACTCTACTTTAACCTTATTTTTGGAAGGTATTCCCATTC GTCTGGAGGACAGTACATTTTATGTTTTTTCAAGGGTCAAGGTCTTCTTT CTTGTGGAAATGTTTTGTCCAGTCAAGTCATGTTTGGTTTTATCATAGTA TGTCATAGCGTCATCAAAGTTTTGATTTGAAATATCTTTTTTCAGACTTT TAGATCAAATAGACACATTAAATCAAACGTCAAAAAAGGAAAAAGAAAAA GAAAGTGCATCTAGAGAAGAACTCTCCACTGCATATCAAAAGACTATAGA TCGTCTAGAGAATGNTCATGATGTTTCAAATTAGATTTTGTGATTTTGTT TTGGTATTATTTCAACCCGGTTTTAATACATCTATAACTTTTTATTCACG TGCATTTTGTATGGCGTTGATCTATAATTAAGAGACACATTTTAGGCAAT GGCTTTTTCAAATTTCTATTCCAGGCTGAAAAATGTCAAGATGGACATCA CTGGAAGCAAAGACAAAACACCACAGAAAGATTTTGATAATAACATCGTA TCCCAGCTAAAGACTATATTGGAAACAGATCTGTCACACATTAATGAAAT CGAAATACATAGAGCAAGCTCTAATGACTCTAATGAAAATAACGAAGAAG AAAACCATTTTGGTTTAAAAGAACTTAAATCGATTATCTCAGAATATGAG ATATTAAAAGACACTTATGTAGCATTACAGAAACAAGTCGAAGCGAAATT TCAAGAGAACGAACTTCATTTAAAACTGATAGACGAACAAAAGTTAGAAA TCAAACGGCTACAAGAAAGCAATAAATCGTAAGTTATCGTAAGACCCTTC AGTCTTCTGTCTTCATTTTTTTACTCAAGGATCAACAGGTGAACGAGTTT TCAACTTTTCTTTTTTTTTCAGTTATTTTAATTTTCTATGATCATTGGAA GGTACTCTACTGTAACCTTATTTTTTGGAAGGTATTCTCATTCGTCTAGA GGACAGTACATTTTGTGTTTTTTCAAGGGTCAAGGTCTTCTTTCTTGTGG AAATGTTTTGTCCAGTCAAGTCATGTTTGGTTTTATCATAGTATGTCATA GCGTCATCAAAGTTTTGATTTGAAATATCTTTTTTCAGACTTTTAGATCA AATAGACACATTAAATCAAACGTCAAAAAAGGAAAAAGAAAAAGAAAGTG CATCTAGAGAAGAACTCTCCACTGCATATCAAAAGACTATAGATCGTCTA GAGAATGATATCAAACAACAAAAGGCGCTAACGAGTGAATCGAACGAAAA ACTAACAGCCCACGATGCGGCTGCCAAACGTGCGATCGGCGTGCTGCAAA AGGAAATGGGTGCCAAGGTGGAACAGGTAAAGACAACATTTTCTCTTCAT TGTGTCTGATAATCTCTCCTTTCCTATCTTGATTTCTGAAGAAGTGCCTC GTTAAAGATGTATTGTTTTTTGTTGCGTCAAAACATCAACAAAATGCTTT ATTTTTTGGCAATTTTATAAGCTTTCTTTCAATTTTGACATCCCATGTGT GAAATAAGGTTATTTTCAAAGTCTTCTCAGGAAGGGATGGGCTTGTTTAT CAACTTTATTTTAACTTCATTCGCTAAAATTTAAAAGAATCGCGTAGGGA TTTGTCACAAGTTTGGTTTTGACGTCATTCATTAGAGTTTCTTCTTACTC TATGGCGGTGTAAAATTTACATCTTTTGAAAATGTTACATTTCAAGTAAA ACATACGCTAATTTGATCATTAGCACCAAAACTCTATGGTTTCCTTAGTG AACATTTTCACATAAAAGTATTTTATAATCACTTTCGTAACCTTTGTAAT AACTACGTAATACAAAGTGTCGTTTAAACATTTCTATAATATGATGACAT GTTGGCATCAAAAGATAATGAGCTAATGAATAATTAGTAGCAAATTGCTA TTATTTTTGTTTTTTGAGGAAGTGATTTTTTTAAGATAGATTTTTCATCA AGGATATGTTATGTCATCCGTTAGTTGGTGTATCATTCTGTAAACTATCT GTTATATAACCCACTTTTGTTTGTCTTATCCGTCGCACAATTTCCCATAC ACTTTGTATCGTATTTTCGGTATTTATAATCTTTTTGAATGAAAAGAGAG ATCTCTGTCTTTATCCTTTTCCTTCTTTAAGTATTTGTAAAAAAAATCCA AACGACTTAGCCATACTTTATTGCCATGATTCCATGACCATGAAAGAATC GGCAATAAGGAATAATATGGAAATGATTTTTCCGCCACCTTTCCTTAATA TATAAACTATATTCAGTTTTCCTAATTTTGCAAAGTGAGAAAATGAAAAT TATAATCAAGCATAAGGGACACTTCTCTCTATATTTATATGTCCGACTTA AAGACAGGGGGTCGTATCATTGTTCGTTTTGTTTAGGGCACACTTTGCTA ACCTACGCATGTCATGAATGAATCTCTGGCTATTATTTAGATCTTTCCCG GCTGTATGATCTGTAAAGCCTGTAATTCGAACTAGCTCTTCATCAGCCGC GATACGAAATAGTTCACATAATTCAAATCTATATTTTAATCGATAGTTCC TAAAATATCGAGATATAGAGTCGATTGTAAAATCGAATTAACATCGAATG GCACCATTCTGCAAACAGCTATGAGTTTTATGCAAAATTCAAAGGATTTT TTAAAGAAATTTAAACCTTTTTAGAATGGTTCAGCCAAAACATTCAAAAC CGCGTCGCCTTTTGCACTCAAAATCTTGTTCAAAATTTATCCCTATTTTT AGATGAAAAACATAAAAGCGCTCCCCCCCTTGACTCTGAACAGAGTCATG TTTTACAGAGTGATCGGAGTAATAAGGATTTAATCAGAGGTTAGCCTGTG AACTAAACTGTTTTTGTAAACATCGCTCAAAATAAAGGTTTTCTTGTTCC GCTGTAATTGGGATGGCAGAGGCTATATCAAATAATTACAAGTCGATAGC CCAGTGCGCATCAAATGAAAGGCAAACCTTTTATTGGGTATATCATTTCT TCAGGTCACCAAACTATACCAAGACACAATGAAAGAGAAAGACGGTCACT TGATCAAAATCTCAAAACTGGAAGCCTTGAATTACGAACTCAAACAAAAC AATACAACGCAAAGTAAAAAGATACTTGATCAACAAAATGTAAGTGAATA AGGATTGGGCAGCTTGCGGGCTACTTATCATCTTTCGAGACCCCCAAAGA ACACAAACCCTCGGGATAGACATGCTTTCATTCTTTCTCTAGGAACTCAT GTATACCAAAACAAGGCCTATGAGTTGTCATATTATAGGGGATAGGACAT TTGAAAGGGGATTGTTAATGTCAAGGTGTCGATTGCAGCAGTTATCCCAT TGATTAGTCGGGTTAAACCTCTATATGGATGGCCAGCCTGGCCTGCTCCC CCAATTTATTTATATAAGTTTCAAGTTTTGTAAATTTCAACTAATCTAAT GTTATGCAGGCAAATAAATTATCTTTGAATTGAATTGGTTGCAACTTTAC TGTGAAACTTTATAACTTTAACAAACATAGAAGATGCACAAGGCCGGCGA GTTAAGATTTTGAATGAAGACTAGCTGGCTGAGTTACTGAAGAGTGAAAA GGAGCCCGAAAACCTTATTTCCTGGAATTCAATAAGGAAGGCTCTTTTGA CTTAATTCAGATTATTAACAGAATACCGATTACTTAAACATATGCATATA ATACCAGGAGATAATATCATTGAAAAGCCAAACAGACGGCCATTCTTGCA TTCTGAATCTTATAGTCTTCAACAAATTTTTCTCTTTTTCCAGGAGATAG AAACAACAAAATCGTCATTGAAAAGCAAAACAGACGAAATCAAGTCCATC TTTTCGAACAGTGAATCTCACGAGAAAGAATTCGCAAAACTTCACAAGAA AATTGAAACACAACAGGAAGAGATCAAAAATCAAGAAACAAAAGTCAATT GGGCGCAGAATAAGTTGACAGCTGAACTAGAAGCTCACAAGGTAAACGTT TATTTTTGGGAATGAAATTTGAAATGGATCGGCTGTAGAATTTAATTTTA TGACACGGCACCCTTTTAAAAAGCTTGTTGCAAAAAAACCATCTGGTACT TAACTTGCAAATTTGTCTAGATCTTGATTTTGGAGAAAGAACGATTTTTA GTATTCTGGGTCATCTTTTTGTTCATTTTCACCATAGTCTGTATAAGAAA CCCTGGTCTGGAAGCCTATTATTTCTTTCTACTGTTTCTAACTTGAACGT GCGCTGAGAAATTAGTTTGTTTTGCTTACTTGTTGATCATGTGATTAAGT CTAAAATCCCAAGAGGACTATTTGGTAACTTGATCAAAAACTGAGCAAAT CGATTTTAATCCTTTGTTACGAACAATGGAAATAAACTAACAAAAACCTA CCGCAGATCAGGTTTTTTATACGGACTATGTTTTCACCTTCCAGGAGACG AAGAAACTGATATCTCAATACCAATCACGCATCCAACAAGCTAAAGAAGA AGGAGACATGATTCGTAAGGATTGCCAACAAATGATCGAGAGATACCAGG TAGGTTTATAGATTGGTTGTCGAATGAATACGATGTCCCTCTAAAATCAT TTAAGCTTCATCATCGTAGAGATCATAGCCAAGCTAGCATAGCTCAACCT CGCTTGCGCTCGATGGTTATTATAAAGACATCGAGTAAGAAGCATACAAC AGCGTATCATCGAGTTTTCAAGCCATAATGTGTCGGCCGACACGAAATGT TACAAAATTCCAGCAAAGAAGTTCGGATCGAACAAAGTCTTTAAAATAGA ACTTGCCCTATGTAAAACACTCTTCAATATTAAGTCATAAATGAAGAATC AGCATATGTTTTTTTCCTTGGCAGGGTGATGAAGAAATCAAATCAGTTCG TTTAGACAAAGAATTGGAAGAATGTCGAACGAAACTCAAAGAACATGATG AAGAATCATCTAAACAACTCGAGGCTAGCATTTACTCTGCCATTCAAATT CAAGAAGAAATTGTTTCGTAATATCTACCCTCTAATTTCTTTGGTGAAAA TATTTAAAAATGACAACTTAGGTCACAAACGCTCAGAATACGACCTGTAT CAATTACTGGCACAAGGAACGATTTTTTTACGAAACTCTTTATATTTTTG TTCTTTGACACCTGTGATTTTTAAATGCTGAATTATGGAGCCTCAAATAT CATATGTATCGAGGGTGATGACTTATAACTGTATCTTAATCTTTCTATTT GTTTTTCTTCTATAGATCAATAAAGAACAAGAATTGGCGATCAGTATTAT CAAAGAAGATAATTCGAAACTTGCAGACGAATTGTGTGATAAGAAGAACC AGGTAATGCTCCAACAAAAATGTCAGACTGTCAGTTAATTTGGTGTTAAC AAAGTCAAGGATGATTTTTGGACGACCCTCCGTTTTTTAATTCTACTTTA TGGTGCATGAACCAAGAACTACCGGTTTTGCATCAATCCCACAATCTCTA CGGGGCGTTTATGTTCAAATCTGAAAACTATTGTAAAAATACCCAAAAAA ACAGCTTTTAGCCCATAGTCTCCAAGGAAAGTGGGAATACCTCGCCTTTT GACATAACAACAAATTATTATTTACGTCTCTTTGCACAGTTCTTGGTTTT GGAAGGTCGAAACAGTTCCTTGTTGCTACAATTGAATGAAAAGACGAAAG ATTATGCTGAGATGGAGACAAAACTTGATGAAATGAAAGAGAAAGTCAAA ACATTCGAAGATGTTCAAGCAACCATACTAGAGTAAGAACCAGAAGACTG CATGCATATCTAGTTTCGTTTCTTTAGGACTGGACTTTCTCTATGCGAAA AAATTAATCACTGGGCATTTTCTTTTTTCTTTTTTCTTTTTTTTCAACAT AAAACCTTAGTTAAAGATTGATAACGCGATTTCATTTTTGCAATCGTCCA TTTGCTCAAAAATAGTCCTAGTATTGAATCTTCCACAAAGATTACAATTA TTTTGATGAGGTTGTGTTAAATATTTGCCCAATTTTCAGTATTTCTCTAT CGACTTGATAAAATAAGGTGTCCTTTAAACTTCAATATACAAAACGGTTT AGCATTGACCGAACCATTCTTTTTGACAGATATGAAACAACGATCAAAGG ACTTCAAATGGTGGAGACAACTCTGAAACAACAATTACACGATGCGGAGC TAGAGGCCAAAGAGCAATCAGAACGTCATCAAGAAATCTTACAATATTCA CAATCTCTCACTGAAAACAATGTATCATCCAAATCAACTGTGGCTGAACT ACAAACAAAGGTACACATGTTTTTATAAGCACCCAAGTTGTTAGGGCTCG ATCTCTGAAAGTAAAAGCTTTTTAAATAATCTAAGCATGGCAAACGATAG CCCTTGACCCAATAAGCCTAAATATGGTATAATATCAGGAGTGGTCAAAG CTAATTTTCAGAAAATGAGCTAGAATGCTATGCAATTCAAGCCCTGACCC GAAAAATTGAGTTGCTTATAAAAAAAGTCTGTGAACAAGGGCCGATACAA TATAATAATGTGGATCTGTACAATGGAATGAAAGCCAGAAGGACCAGAAG TGAACTTCCTAGACCTGTGACCTGCGTGGTTTTCAAACAAACGCTCAATT GATATTTAAATCAACCATTCCTCGAAAAACTGGAAAATCAAGGAAGGTTG TTAGTGGAAAAAATTTCATGAAAATCAAGGAAGGGGCTCTCTTATTAAAT AGTGTCTGAATGAACAAGGTACCTCAAAACTTCGTACTGCAAAAAATCTC TGGAAATTTGGTGGCAATCCAAAAAAGTTTTAACTACCAAAGAAGGTTTT GACGACATCTACAACATTGGAATAAAGCTATATTTTAGGAAAATCCATAC ATGTGCGATTTTAAGGGTGACCAACTATAGTTTTTTGGCCCTTAGTGCAA AAAACCTGACGAGGTAGGCCGGGGTAGCAAGGGCATAATATTGAAATGTT GATGCAAATGTTGTAATTCCATGTTTTAGTTGGATGCTGTGATGTTAGAG AAAGCACAGTCGAGTAAAGATTTCAATGAAACACAAACAAGTGTATGTAT CATTTTATTCTATGTATAAAACTTCGACTCGGATAGAAAATGTATCTTGA TAAATGATGAAGAATAACTTGATAAAGATCTGTAAAGATCGCGAAATATC ATTCAAAGAAAATATGTTTTATATTTTGAATTTTTTCTTGGATTTTTATG CTTGATTTATCTTGATAAATGGCAATTCTCTCCATTTCAACGAATAACGG AATGGACTTTGAACATATTTAGCCAAAATTATGTTCCTGTAAATAACGTG CTGCCGAGCTACACTCCATTACTGTTGCCGAGGTAAATACACAAAAAGAA TTTCTTGTGTTCACACCTTTCTTTGTTATCGTAACACTTTGTTGCTTTCT TTCGATTTCAGATTGGCAAATTAGAAAAGGAGAAGAAGCAAATACAAGAA GCATTAGACGTTGCTAATAATACAATCAAAGAGAAAGATACACAAGGTTT GAAATATTTCATATTATACTGATAATCTAAATTGATAATCAAGAGAAAAT CCATTCATGACTTATGAAAAATATCATATGTTTTCGTTTTTGAACGACCT AAGACCCAGTGCTTTTTTCTCTACCTTTAAATCCTGATTGACTGAGGAGA GGACCTGAAAATCAGGGTTCCTGTCATTCATCTTATTTTTATTTTTAGTG CAAAAAGTCAATGACACATTGGAAGAAGCCAAAGACGAACTGAAAGTTTT GAAAAAGAAAAACGCGGCCCTCGTCAAAGTAAGCATTTTTGGTTTTACCA TTATTGATTCGGATCCCTACCCGATAGGATTTTTCCGCAACAAAAAGCTT GAAGCTATTTTAAAATTTTAATTCGTGTGTATCGCTGTATTTGTATTTAA AGTATTTTTTCTACTTCTTCATAGGACCTTCAAAGACAGCTACAACAAAC TACAAAGTAAATTCAATTGATTTTGATTTCATTGATTTTCTGACAGTTGT ATTTTCCTGATAAGATACCGACACAGACGCTTTATTTACGTATTTTTTTT TTTTGGGAGGGGGGGGTTGGCCTATTCGTTGTCCTCCTAATCTCCAAGCA GATTCTTCACTTTAAAGGCCATGGCGAAAGAGCTAGTGTGCTACATACTT TTATAGCAGACCATGGTGTACGTAGAATAGATGTCTGTTATGAGATCATT GCCCTCATACCCAAGGAATAATCAACTACATCCTTCAGTTACATTATTTT CAAATATTCTTATATACTTTATTTCAGAAAAATCGAGCAAATGGAGTCAT CAAACAATGGTTCGAACGAGAATTTGAGTAGCCGTTCACGTACTTCATCA TGCAATTCATTGGAACGTGTTGGTCAAAATCCGGAATCACCACCTAATGC ATCTCCTCTCCTTCAACATGAAAGTGTTATGGTAAGATTGAAAAAGGGAG TCGAGTTTCAAGGCTATTTTTTGATAGCTTTCCATATCCTTCCATGATTA TTGACATTCAAATTTTAATTTCAGATTCGGGGTCCTCGTGAACTTTTTTA GGAGTGGGCGTCACTGGGTGGTTACTTATGGTGAGTATTACATCTAATGG AAATTAAAGATATGATAAATAGGATAGATAGCATGTTCAGGTGTTTTAGT ACTTAATTTATAAGTGAGGGTACGAAACTTTTTGATGTTTTCTTTTAAAA TTTTATAGATGTTTTTCAATGTTAGTCTATGAATGTTTATCTTTCGATGT CTATGGTTGTGTTTGTATTTTCGTTAACGTTTATATTTTGTGTTTGCTTC ATAAATAAAATCACGTAATCCTCTCTAAGAACTATAAAATTTACCTAAAA TACTAAATTCAAAAGATTTTACTCACAACTATCCTTTTTCTGTAAACTAC CTTCTTCAGACCAGGTCCGTAACCTAGATCCGTTCCTAGATTTGCGTACA TTGAATTCAATCGATTGATCTGTATTGATTGGAATTTTTGAATTCCATTT TTTTATTAACTGCCGTCTCTTGGAAACCTTACAAAGCTGTCTTTATCGAT AACTATCATTGAAATTGATTATTGATGAAATCGATAAAGCCATATCGATG TCTAGGTGCATTGATTTCTTATCGATAATCGATTTTAAAGTAAAGGGAGC TCATCAAGTACGGTAACTGAAACTGAGCACTTGAGCAGTTCTGTAATTTC ACCAATTCTCGTGTTTTTATGATATTATCAATTAAAACTAATATATTCTT TCTTTTAGGTCATTTTTCCTACCTGGTCAATTATTTTTATTGATGGCAAT GCACAATTTATAGCCTATACATATTACTTACAAACTAAATTATTTTTGAT TTTCTATAGATACCACAAGATCACTACATCAGCCAACCACACAGAGCCTT ACAACCTCAACAATTTCCTGAAGTGGAGATTGACAAGAAAGTTCTTATCG AACGTATCTGTAAATTACAAAGAGTGTTAGCAAAGAAAAATGAGAAACTA GAGTTCATGGAAGAACATATTAATCAGTTAACACAAGATATACAGAGAAA AACAAAGTTAGATTCAGACACTATTTTTGTTTTGTTTATTTTCTTTTTTT TCGCAGCTTTCTGATCATCTGTGTTCTGGCTTCATTTACTGTGTTCTTAA GAAGCGATCTAGTTCGTTCAATTATGCTCTTTTTTGTTGGATATTCGATA CTCCTCTGTACCCGTGTAAAATTAACATCTATTATACTAAATTCTTCAGC TTGAATTTTCAGGTTTTCACCATAGGTTTATGGTGAATACTATTTAGAAA GTTGTAACAATTCTGAGAACGTCGTTTTACTTTCATAGAATTATACAATC GTATGTACTCAAAGAAGAATCAGGCTCAATAGCCCCTGATCGTTATGATC GAATCAAGGTAGGGTATACAGGCTAAGCAATGTCTTTATTTCAGATTTTT TCATCTCGTGTTAAATGCGCACAGACAGACGCTACACGTACACACAACTG ACACAAACTCTTCTTTCACCACGTCCATTTCTTATTTCTTTTCTTCTTTC CATGTTCTTCCCAATTATAATGACGTCATCACTTAACATTAACCCAAACA CACAAACATTTAAATTATTTTAAACTCACACTATAACGCTATTTAATGCA TTTTAATTCGACTATTAATCTTTAAATATATCTTATTTTTATATCTATTT TATCTTATTATTCTTCGTTCTATATATTATTTTGATAAATTTTACTAGGC GCCTTATGCTACACGTTTAGTATTTTAGTACCCTAAATAGACGTTGGATT TTTAAAATTGTTTAGTATTATTTTTTTCGGGTATTTTTTTCTTAGCCTGC AATAATTATTTTAAATTATACTAACTTAATTTTATTTCTTTTCAATTACA TTTTTATACTAAATTCATTTTTCAATTATATTTTTGATAGTTTACGATAG TATATATCTTAGTTAGAAATTTTAACTTTATATTAGCTTACACCTATGAT GCTCGTTTGTGTATGCATACTAGGATAGCATATGTTATTTTGAATTTTGA TTTCATGTTTAGTTGTTATTATGTTTTGTTTTATTATCTCATATATTTTA TTGGGATCCTAGTTAATTGGTTTAAAATTTAAAGTATTTATTTTAATTGT GCTAATTTATATGTTACGATATTATATGTTACGTTATATAGTATACTTTT ATGTGCATGTGTTTCATCCTATTTCAGTTTTTCATAATGCATGTCTTCTT ACCATTCCACTCCACATTACGTTATTACTGTATTGTACATATTACACTAG CATGCATGCACGTTCACTTTTTATTGACAAATAATTGACACACGACTGAC TGTACTGACTGTTACTTTTTGAACTGATTGACTTAAATACATTTTCTGAA TCACACACTTTGTGTTGATACTTCTAAGTCTGTATTAACTTTGTGCATAC TCAATCATTAGACTCTAGTTTTAGTCGGGGTTATGGTTTTCCATTTTTTA ATGCACATTCGTGAAGCTAAGTATTGGTAGATGTATTGCTAGGATGGACA GGGTGCGTTAATCTCCGGTTAGCCAATTCATGATGATATGCACCATTGTA ATGGCTTCTGATATTGCATCACGGACCCAACAGCTGATTGGTTGCAAGTG ACGTAAAATCAGTCAATACGTCACTTGCAACTAATCAGCTGTTGGGTCCG TGGAAGACATTGCAATGGTGCATATCGTAAATAGAAAAACGTTGTAGTGC AAGTGAACTCTTCAGAAACCCCTATGTTGTTGCAAAGTATCTACCGATAT CTAACTTTGCTACCTATTACTAAATTAGGAAGAGGTTTTTCATACACTCC GTCTACTCATTTCATATTTTTTGAATTCGTTTTTTTTTCAGGCTGAAGTC AGCCAACATGGTGGCATCATGGCGTCTGTGTATTCAGGAAAAACTACCGA TAAAGGGATGACGCTAGATCTCTCATTAACTATAAATCGAAAACTTCAAG CTGTCCTTGAAGACACCATATTGAAAAATATCACTCTAAAAGTATGTTTC TTCTTTCCTAAATGAAACTCCAATCTGGAGTGGATTTGATCTCATATGTT TCTCTAGCTGAACTGAAGATGATTGATATATGAATATTGTTCAAAATAAT GGGGAATTATCCAGGATGACACAGTTACTCTATGAAACAATATTTGATAA CCGATTTTTACGCAAACTTTTGGAACTTTACCTTGAATATATTTAAGGTA CACCCATTATGTTGAGTTTTCACAACCATTTAGTCACTAATTTTCAACCA AAAATTGGTATATATCATCCCTTTTTGCCAAGATCTTTTCAGTTTTAAAG CAATTATTAGTGGCCCCATTCTGACCCAAATTTCGTGCGGTCACGCCATT TTTTTCGCAATTCAAACATTAACCAGGCGGGATACCAACTGTACTAACCC ATAGTGTACTCTGTACTAACTTGACTTTTGGAATTTTTCTTCCAAAAAAA TAGACCACCACCCTTTTTAGTACATTGTACTAGAACTTCTTTCGGCAGTC AGAGCCACTACCCTTTTAGTACATTGTACTTACATATTTCTACGACCAGA GCTTCAATACCACCCTTTAATAGTACACTGTATAAATTTATCTTATACAC CAACCCATCAGCTATTGGTCCGTACACTGATTCGGTACCCCCACCCCCTC CCCCTCATGCATTAACGTAACACAATTTCGAAATTCATCGATCCCTTGTG TGCAAACGCAGGGTTGCGTCTAGGTTCATGAAAAAGTAATTTTCATGGAT TTCTTCTACTCAGGCAGTGGTTTATACTAGCTAGGTATTCCATGCAGTAA TGCTTCTAGATTTAATGGAGATTCAGTCATGTTATTAGTGGCTTTTTTAC TCAATGAAAGTGTTTTTTCTTTCGAATGTTAAAACCCAGCATGATCCTTT CTTGTGAGGCTTTATATTGATACACATATAATTGAGATTTCCCAGCGTGA ATGTTTTGATTGTTCACATAATGTACATGGTTTATGCCATGTTTCAGTGT ACAATTTCCACATAACACGCGGTGTTGATTTTTATGTATGCTTGGCTACC ATTTTTTTGTGGCTTAACTGCAATTTCTAACGAATTGTATGCGTCTATAA AGGAGTCTCTTGTTAGAATATCCAAAAAAATCTCATTCCCCTAGAGGTTT GCGTGATTTTTTCCTTCAAACTCCTTTTTTAAATTTCTTTGATTTTTGGA AGTCGGAAGAAGATTTTTGCCTAAAATATTCAAGAGTCTCTTGGATTATC GGACTTACATTAATATCGAAAAGAATTTATGTATATGTGAACATTTCAAA AAAAGAGTTTGTTTGGTTGTGTTGAGCGCCTATCACCCAAAATCCACTAN ATTTTGCCTAAAATATTCACGAGTCTCTTGGATTATCGGACTTACATTAA TATCGAAAAGAATTTATGTATTATGTGAACATTTCAAAAAAAGAGTTTTT TTGGTTGTGTTGAGCGCCTATCACCCAAAATCCACTATTTCGAACTCCCC TTTCTTAAAAAGGATATCGTTACGTTCCGAAAAACCAAAGAAGGAGAATC GGAAATCTTCCTTAGAATTTGGATACATGCAAATTTTTAAGGAAACATAA GGAGTTTATGCCTATCCGTATTTTCGTACTTTTGAAGGGAACTTGATATT GAGTTCTAACATTTGTGTTTGTTTTTTACCACTTCAGGAAAATATCAACA CATTAGGAGCTGAAATTGCAAAACTATCAAACGATAAGGCTGTTGCAGAA AAAACGTAACACAACTTTACGTAGAATTTTTTAAAGAATTATTTTTATGT CATTCTGTTATCAAATACAATGTGTTTCTTTAATGATGAATACAAAATCG AATAAGAAATCAAACAAATAAGTAGACTGCACGCATCCCTTCTGATATGT TTTGATATAGGCGATGCGTAGTATACCAAGAGATCGTAGCATGCCAAGAA AACAATGGTTTTGACCCGATATAGATCCCTGGTATGAAAACTTACCACGG GGTGCGTGCAGCCTAATAAATGAGGATAGGGCCAGAGAAGTTCAACTATC TTTGAATATAAATATGTTTATCTCACTTAAGATTTCTCATAGCACATTCA TTCGACCATTGTTTCTTTTCAAGGTTTCCTGATAAAATTATAATTTATAT GGTCAATTAATTTGAAACACACTGTATTTGAAAAATATTGTTTATATCTT CCGAATTGTCTATAGCGTTATTTTTTTTGGTTAATTTTGTTTATGTTTAT GTTTTTTTGATTTTTATAAACATTTTTTAGTTAGTTCTTATTTGGATAAT GAGGGGCTGGGTTCATATGCTTTCAGTTCAAAGGACCTAAACTGTTTTCA ATTTGATTATGAATTAAAGATGATTGAAATCTTAAATGTCGAGACTATTT GACCGCACTTGGTTATATTTCAGTTATTATTTTGAGCCTATTCTATTGGT TAATTCATTCTTTACGTCACCTCTAACCAATAGAAAGGATGTATTTCGCT TAAAATGAATACAAGAAGACATGAACGAAACTATTTGAAAATATGATTAA GGTTTCCATCCAGGTTCTGATAAATTTTTATACATTCTATTTATTATTAT AGACCCATTTATACACTTGTAGAGTTGATAAAAGATTCCAAATAATTGTT TTTTTTGTAAATTTTTAAAGATTTTTTTTTCATTTGGGTGTTCGTGTATT TTCTTTGGTTTTAACTTCTAGTTTTTTTCGTTCCGAAATCCGTCACTTGA TCTGATGGCGGGTTCAAAATTTCTTCAGGTCGAACATTATATATGTTTCA CTGACACATGAAGATACGTAATTTTCAAGTGAGTAGNGTAAATTTTTAAA GATTTTTTTTCATTTGGGTGTTCGTGTATTTTCTTTGGTTTTAACTTCTA GTTTTTTTCGTTCCGAAATCCGTCACTTGATCTGATGGCGGGTTCAAAAT TTCTTCAGGTCGAACATTATATATGTTTCACTGACACATGAAGATACGTA ATTTTCAAGTGAGTAGCTTTTCAGCAAGGTTGTAGAGCTTCGTATTCTGT AGAAATATCTACACCAAATATGAATTGGTGATATGGCAACTAAAACTTTT ACAATGAAAATATACAAAACATGACTCGGATGAAGTTTTCTTCTATCAAT AAAGCATAATAAATGTATGACGTTTATTTTCAAACCCTCCTCCTGCTCAT TCGTGCAAGGTCATGTTGACTTTCGACTTGTTGACGAATTTTAATACTTT TTTCTCAAGAATTTATAAGAAAACTGAACAACAATCTGTCTCCGCCTGAA AACTAAATCCGAAATGATC
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_00047766-exon-scaffold_136-1575043694:123893..123941TCONS_00047766-exon-scaffold_136-1575043694:123893..123941Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:115514..115867TCONS_00047766-exon-scaffold_136-1575043694:115514..115867Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:114016..114253TCONS_00047766-exon-scaffold_136-1575043694:114016..114253Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:112203..112337TCONS_00047766-exon-scaffold_136-1575043694:112203..112337Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:111351..111548TCONS_00047766-exon-scaffold_136-1575043694:111351..111548Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:110793..110897TCONS_00047766-exon-scaffold_136-1575043694:110793..110897Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:110369..110467TCONS_00047766-exon-scaffold_136-1575043694:110369..110467Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:109990..110076TCONS_00047766-exon-scaffold_136-1575043694:109990..110076Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:109560..109702TCONS_00047766-exon-scaffold_136-1575043694:109560..109702Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:109032..109212TCONS_00047766-exon-scaffold_136-1575043694:109032..109212Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:108250..108312TCONS_00047766-exon-scaffold_136-1575043694:108250..108312Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:107796..107880TCONS_00047766-exon-scaffold_136-1575043694:107796..107880Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:107514..107593TCONS_00047766-exon-scaffold_136-1575043694:107514..107593Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:107336..107367TCONS_00047766-exon-scaffold_136-1575043694:107336..107367Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:106861..107014TCONS_00047766-exon-scaffold_136-1575043694:106861..107014Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:103751..103900TCONS_00047766-exon-scaffold_136-1575043694:103751..103900Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1575043694:100423..102054TCONS_00047766-exon-scaffold_136-1575043694:100423..102054Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:123893..123941TCONS_00047766-exon-scaffold_136-1510915933:123893..123941Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:115514..115867TCONS_00047766-exon-scaffold_136-1510915933:115514..115867Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:114016..114253TCONS_00047766-exon-scaffold_136-1510915933:114016..114253Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:112203..112337TCONS_00047766-exon-scaffold_136-1510915933:112203..112337Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:111351..111548TCONS_00047766-exon-scaffold_136-1510915933:111351..111548Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:110793..110897TCONS_00047766-exon-scaffold_136-1510915933:110793..110897Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:110369..110467TCONS_00047766-exon-scaffold_136-1510915933:110369..110467Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:109990..110076TCONS_00047766-exon-scaffold_136-1510915933:109990..110076Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:109560..109702TCONS_00047766-exon-scaffold_136-1510915933:109560..109702Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:109032..109212TCONS_00047766-exon-scaffold_136-1510915933:109032..109212Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:108250..108312TCONS_00047766-exon-scaffold_136-1510915933:108250..108312Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:107796..107880TCONS_00047766-exon-scaffold_136-1510915933:107796..107880Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:107514..107593TCONS_00047766-exon-scaffold_136-1510915933:107514..107593Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:107336..107367TCONS_00047766-exon-scaffold_136-1510915933:107336..107367Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:106861..107014TCONS_00047766-exon-scaffold_136-1510915933:106861..107014Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:103751..103900TCONS_00047766-exon-scaffold_136-1510915933:103751..103900Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1510915933:100423..102054TCONS_00047766-exon-scaffold_136-1510915933:100423..102054Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:123893..123941TCONS_00047766-exon-scaffold_136-1491911889:123893..123941Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:115514..115867TCONS_00047766-exon-scaffold_136-1491911889:115514..115867Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:114016..114253TCONS_00047766-exon-scaffold_136-1491911889:114016..114253Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:112203..112337TCONS_00047766-exon-scaffold_136-1491911889:112203..112337Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:111351..111548TCONS_00047766-exon-scaffold_136-1491911889:111351..111548Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:110793..110897TCONS_00047766-exon-scaffold_136-1491911889:110793..110897Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:110369..110467TCONS_00047766-exon-scaffold_136-1491911889:110369..110467Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:109990..110076TCONS_00047766-exon-scaffold_136-1491911889:109990..110076Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:109560..109702TCONS_00047766-exon-scaffold_136-1491911889:109560..109702Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:109032..109212TCONS_00047766-exon-scaffold_136-1491911889:109032..109212Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:108250..108312TCONS_00047766-exon-scaffold_136-1491911889:108250..108312Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:107796..107880TCONS_00047766-exon-scaffold_136-1491911889:107796..107880Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:107514..107593TCONS_00047766-exon-scaffold_136-1491911889:107514..107593Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:107336..107367TCONS_00047766-exon-scaffold_136-1491911889:107336..107367Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:106861..107014TCONS_00047766-exon-scaffold_136-1491911889:106861..107014Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:103751..103900TCONS_00047766-exon-scaffold_136-1491911889:103751..103900Clytia hemisphaericaexon
TCONS_00047766-exon-scaffold_136-1491911889:100423..102054TCONS_00047766-exon-scaffold_136-1491911889:100423..102054Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_136supercontigscaffold_136:100423..123941 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
0.219712 1.326e-07 0.00371277 0.000121282 0.142709 0.0343145 2.46975 1.15049 1.41932 1.62503 0.0019779 0.477901 0.981119 0 3.691 2.25375 0.245262 1.02667e-05 6.96657e-05 0.925255 0.168271 0.533622 0.957641 0.206089 0 0 7.1492 3.17911 0.102018 2.16546e-10
Blast
BLAST of TCONS_00047766 vs. Swiss-Prot (Human)
Match: CC186 (Coiled-coil domain-containing protein 186 OS=Homo sapiens GN=CCDC186 PE=1 SV=2)

HSP 1 Score: 133.65 bits (335), Expect = 1.692e-31
Identity = 136/466 (29.18%), Postives = 249/466 (53.43%), Query Frame = 3
Query:  492 YQKTIDRLENDIKQQKALTSESNEKLTAHDAAAKRAIGVLQKEMGAKVEQVTKLYQDTMKEKDGHLIKISKLEALNYELKQNNTTQSKKILDQQNEIETTKSSLKSKTDEIKSIFSNSESHEKEFAKLHKKIETQQEEIKNQETKVNWAQNKLTAELEAHKETKKLISQYQSRIQQAKEEGDMIRKDCQQMIERYQGDEEIKSVRLDKELEECRTKLKEHDEESSKQLEINKEQELAISIIKEDNSKLADELCDKKNQFLVLEGRNSSLLLQLNEKTKDYAEM----ETKLDEMKEKVKTFEDVQATILEYETTIKGLQMVETTLKQQLHDAELEAKEQSERHQEILQYSQSLTENNVSSKSTVAELQTKLDAVMLEKAQSSKDFNETQTSIGKLEKEKKQIQEALDVANNTIKE----KDTQVQKVNDTLEEAKDEXXXXXXXXXXXXXXXQRQLQQTTKKIEQM 1865
            +  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: 92.4337 bits (228), Expect = 7.914e-19
Identity = 42/61 (68.85%), Postives = 51/61 (83.61%), Query Frame = 3
Query: 2010 VSQHGGIMASVYSGKTTDKGMTLDLSLTINRKLQAVLEDTILKNITLKENINTLGAEIAKL 2192
            +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_00047766 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
CC1861.692e-3129.18Coiled-coil domain-containing protein 186 OS=Homo ... [more]
back to top