TCONS_00055984 (transcript) - C. hemisphaerica

Overview
NameTCONS_00055984
Unique NameTCONS_00055984
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2394

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00055984 ID=TCONS_00055984|Name=TCONS_00055984|organism=Clytia hemisphaerica|type=transcript|length=2394bp
GGCGTTTAATGGGCGGGAAAATGGCGTTAGGTGATTCCCTGACCTGGTTC
TGACCATCATTAGGCTGACTTTGTGCCATCCTCGCTATGAAGTGCGGACT
CTGCATCGTAGCGAGCGCGGCAGTGCTTGGTTATTCACTGGCTCCATTTC
AAGGTTTAACAAGCCAGGGTTACCCTGTCaagcaagtatttttttaattt
tcaacaatATTCTAAGATCTCTTAACACACTTGGGAATTTAGCAGGTGTT
ACCAAATAAAAATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATC
AGAAACCTCCAAAGATCAGTGAACATTTACAAAAGAGAgGTTGCTTCTGC
CAGTATTCTATCAAGATGTACAAACAAAGAACAAACAGAACGGAcattat
caaaaaatttaaCTTTTAGATCATCCAATACCCTCAAACATCCAGCCAAA
GGCTTTCAAACTTCTGCATTCTCGTtcGATGATGAATTCCAAATTGTTAG
CACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAA
AAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTGAA
ACAGATAAAACTTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCATTGA
AGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAACTCT
TTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTGCT
CCACCACCACCGCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAAGC
ACCGAAAGCTGATACAGCTGGTCCTGCACCAACTCAAGCACCACCTACGA
CACCACTAACACAACAACAACCAATGATGACAAGATCTCCAACACCGGCT
CCACCACCACCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGA
AGCACCAACAAGAATCCATGGAACTAGAAATGAAACAAAGgtTAAAATGA
ACAGAATGAGACAAAGGATAGCACAACGATTGAAGGAAGCACAAAATATA
AATGCAATGCTCACAACTTTCAATGAAATTGATATGAGCAACGCAATGAA
AATCAGGAATCAATATAAAGACCTATTCTTAAAGAAACACAACATGAAAC
TTGGATTCATGTCTCCTTTCCTCAAAGCATCATCAACTGCCTTGGAACAA
ATGCCAACCGTAAATGCAGTTATTGAAGACAACTACGTCATTTACCGTGA
CTTTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGGGTTTGGTTGTAC
CTGTCTTGAGGGATGTAAACAAAATGAATTTTGCTGATATTGAACGAGGA
ATGAATGCCCttggagaaaagGCACGTTCTGGTAGTCTTGCAATTGAAGA
CATGGATGGTGGTACGTTTACCATCTCCAATGGTGGTGTGTTTGGTTCAC
TTATGGGTACACCTATCATCAATCCTCCACAATCTGCCATCCTTGGGATG
CATGGAATCTTTGACAGGCCTGTTGCAGTCAACGGAAAAGTTGAAATTCG
ACCAATGATGTATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTC
GGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCT
GCAGCTATGTTCCTTGATTTGTGAAGGAAGATCTTGTAAGAGGAAATAGT
GTTTTAGTTTCGCTTCTGTTTCATGTACAACCTTTGTTTATAAATATATA
CTATTTTTTGATTGATGTTGAACTATTTGTGAAGGTTATACTTTTCCTTG
TTtaaatgttattattattatatttacTTGTGATCATTTTTTTAGCTAGA
TAGATGCTCCAAAAATGTACAAAGCATCATTTAGTTTGCACGTAATTTTT
ATACTGTATTCAGACATTCGGATTTTTAATCCCGAGGAGGGGTTTATTGA
TGCTTGATTCTTCTCCAGTGGGTTCGATTTCTAGCAACGACCAGCAAATG
AACAAATGGCTATGGGCTATCTAAATTTGTGTCGAGAATAATCTTTAGCC
CCTTTTACTCTGAACCTGTTCTTTTCAGCAGACTTCCTTCGCACAAATTT
CTCAGAGCAGGTTTTCGGGCAAACTGAGAATTGCactttttttatacttt
atgGAAGTAGAATAACttaaagaaaagtgaaaatcaaaattggAAATGGT
TTATGATTTTAACTTGTAAGGTTTATATAAACTCTTTTTATTTAAACAAA
CGAATAGATATTTACATAAATTAGTAATACTTTGAGTGACCCCTTGAAAT
TATTTATTGCTGTTATTTTTGACATTATATACCTTATACTTGGTAACTAT
TGGTTACTTGGCGTTCCCCTGCCAATTAATTTTAAAGATTTTAA
Run BLAST on NCBI

protein sequence of TCONS_00055984-protein

>TCONS_00055984-protein ID=TCONS_00055984-protein|Name=TCONS_00055984-protein|organism=Clytia hemisphaerica|type=polypeptide|length=470bp
MLACRCLQRPNIIRNLQRSVNIYKREVASASILSRCTNKEQTERTLSKNL
TFRSSNTLKHPAKGFQTSAFSFDDEFQIVSTPPFAESITEGDVRWEKEVG
DSVGVDEVIGEIETDKTSLPIVSPAAGVIEEIFVEDGGRVEKNDQLFKLK
LGAGGETKTEEAAPPPPPPPPPPPPPKAEAPKADTAGPAPTQAPPTTPLT
QQQPMMTRSPTPAPPPPASQMTASIEEVKEAPTRIHGTRNETKVKMNRMR
QRIAQRLKEAQNINAMLTTFNEIDMSNAMKIRNQYKDLFLKKHNMKLGFM
SPFLKASSTALEQMPTVNAVIEDNYVIYRDFVDISVAVATPKGLVVPVLR
DVNKMNFADIERGMNALGEKARSGSLAIEDMDGGTFTISNGGVFGSLMGT
PIINPPQSAILGMHGIFDRPVAVNGKVEIRPMMYVALTYDHRLVDGREAV
TFLRKIKQNVEDPAAMFLDL
Run BLAST on NCBI

transcript from alignment at scaffold_266:122722..136806-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00055984 ID=TCONS_00055984|Name=TCONS_00055984|organism=Clytia hemisphaerica|type=transcript|length=14085bp|location=Sequence derived from alignment at scaffold_266:122722..136806- (Clytia hemisphaerica)
GGCGTTTAATGGGCGGGAAAATGGCGTTAGGTGATTCCCTGACCTGGTTC TGACCATCATTAGGCTGACTTTGTGCCATCCTCGCTATGAAGTGCGGACT CTGCATCGTAGCGAGCGCGGCAGTGCTTGGTGNCCTGACCTGTTTCTGAC CATCATTAGGCTGACTTTGTGCCATCCTCGCTATGAAGTGCGGACTCTGC ATCGTAGCGAGCGCGGCAGTATTCACTGGCTCCATTTCAAGGTTTAACAA GCCAGGGTTACCCTGTCAAGCAAGTATTTTTTTAATTTTCAACAATATTC TAAGATCTCTTAACACACTTGGGAATTTAGCAGGTGTTACCAAATAAAAA TGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAA AGATCAGTGAACATTTACAAAAGAGAGGTGAGTTTTTTTTTGTTTTCTTT TGCTTGCCCGAGACCAGAATCTATGCTATCAGTTTGGTGTTTGTGATAAA AAATAATCTCAATAAATCATCCATTCTGTTCATACCACACTATGCTTTCA GTCAGGGCTTCCCTAGCTTTTTAAATATTCGCTTCTGATAGAATACTTGT TGTTTTTATTACCGTAGAGTCGTCTAATCTCGACATACGTCTTGCAATCT CGACACCGGATCTGTAAAATAATCAAAACAAACCTTGAATGAAATTCTTG GTATCATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNGAAATTCTTGGTATCATTCTTATCGAACAAGTTCATCCA TCAAACTAGAAGTTCAGTAAACATTGCAATCCTTTCAATTAAAAAAACAG CCAAATTATAAGCAATTTTACACAACACACGAAACGCATTCAATTCAAAC TTCCTCGTAACTTTCTCGTGTCCATCATTAAAATTTTATAACTTTATTAC GCTTCAAGTCACGTGATAAAAATAATTCGCGCGCTTAGTCGACCTGGTTT CCATTTCCTTTTTATTTATTACAAGCACACGCGCTAGGCGCTAGGAGGCC GCGTTAAACTTCTAGGCGCCGCACCTAGCACACCCGGTCCCTTTTCAAAT TCATAAGGAAACCGGGTTCTTTTAATTATTTTCGGTTCACGGTAAAAAGG GCTACTAAAAAATTCCTCGCGTGCAAAATGTTGTTGTGATTTGAGCATCT TCGTTGAAAGCATGCTAATTAGTTTTTTAGTGATTACTACATCGTTAAAG TGTTCTTTTCAAATATAAGTAATAACAGTTCACATTTCTCATATTATATT AACAATATGTGACGTGGATAGAGAGAGAGAACAATTTAGAGATTGATTGA TAACTTTGGTATGGATTTGTTTATGTTTGATTTTTTATTTCGAAGACCAG CCTACAGCTACGTCGAGATTGCAAGACGTATGTCGATATTAAACGACTCT ACGGTAGTTGTTAAGAGGAGAATGTGACAGTCTTTTGAATAACTATACTC CAGCAGAAATTTTTATATTGATAATGTCATTCTCATATAATTAATGTCTT TTACAAAGTACAGTTTAGACTAAAAACTCCTCTATATCAAGATAATTACA GGAATTGGAGTGCGGCCGGTAACAAATAAGTATTCTCGATTTTCTACCTA CTTTGAAAATTTTTCGCGTGTATTTAATTTCGCGATTTTGTATTTTAGAA AAATTTAAACGGTATTAAATTTCGCAAAATTCGGCCTAAAAATTGCAAAA TTAAGCACCCGCAAAATTTAATACACGCGAAATATAATACCAATAAGGTA ATTGTCTTGGGAACTTGAACAGGTAACTCTTATCCATGTTGTTGCAAATA CATCCTGTAGATGACTGATGTTGTTTTTTCTGAAAGCTTGATTTCCTAGT GTGACTAACTGTACAGTATTCTGTGGTTTCATTTCGATTTCAAGCCAACA TCTTACTCTTAGCAATGTGATGCTTGCCCATAGTTACAGGGGTTTGTGCA ACAAACCAAAAATTTCCGAATCCCCCATTTCAATAGTTGTTTTGGAGAAC ACGACAGCCTATAGACCTTTTCGCCTTTCAAATTGCCATTATTGAATTTT ATGCAAAAATTATGGTGGCCGAATTGCTGTATTGAAAATATATGCAAAAC CTTTGCAAAAAGAAAGTATTAATATAGAACTTACATCAGTGTAGCTGGAA CCTCGATATTCCAGGATTAGAAAAAGCTATACCTGTTATCTTTTTTCTTT AAAGAATCAACAAGCCATCAACATCGATAAATTACACACNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTCTATC GTGGGCGCAAAATAGGGCGGAAACTAAGTAGCACCCTCAGTGCAAGATTG CTGCCTCATCTTTATTCGCCCGCACGAAAACGAGCTAGTCATTCTTTTCT CACACGCTCAAGGGGAAAAGGAAAGTGATCGATATTCTTTGAAGAAAAAA CGTCAGAAACAAACCCAAAGACCAAAAGATGTATTTTTTTGTTGAGAATC NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTCGGAA CGCTGAAAAACTCTAATTTCGATCTTCCTTAAGGTAAAGAGGTTGCGAGA TTTGGGCTAGCAAGGCAAAAATCGCTAAAAAACTGGTAAAATCGTAACCC TCAAAATCGAAGTTCCAACTTCACTGCACATGCATAATTGGCATTATATT GAAGTGTAGTCTTGTAGAAGAAAGATTAAATTTGCTTCTCTTGACAGTTA TATACATCAAAATGCCAAAAACATTTTGTTCAACCACCTTCGCTTCAAGA TAGGCCACCATAGAATGAACTTCCTTTTATAGGATGAACTATATTCATGT GGCTTTCAGCCTTGCACTCCATCACAGAGGCTAATCAATTTTAATGACTT TTTTGACTAATGACCAAGTTAAAATTTTTGAATTTTTTTATATTTGAATA TTAAAAAGGCATGCATTCAAATAATAAAGGTTAATTTTTACGTCAGAGGG TCGAAATGTTGTTAACAGTGTTAACAGGTGAAGATTTTGGGGAGTCAAAT AAATGACAAAAGTGTATTAGGTTCCGAAATGTATTTGTATGTATTTGTGT GTATTTGTCAAAATGAGTAAATTATAGTAAACTTGAAATGATTGAAATTT GCCGAAATCTGTGAAATGAAATAAATGTGAAATATTGTTCGCTTTGGGGC TGATGTTGGGGATGTACCATGCAATATGAGGTCTAATTTAAGCGCCTAAG ACCGTAAGGATGACGGCCTGTCAAAGGACTGTAGGACAGCCATATAAGCA TGGACTGTAAGGAGGACAGACTTTACTCCTAACCTTATGAGCGTGGACTG TAAGGAGGACAGTCAAATGAGCGTGGACTGTAAGGAGGACAGCCTTTACT CCTAACATGTATGTGCATGTAGATACTGTATAAGCTAGCCACTAGTAAGG AGTATGGGGTTCCGAAGGGACCCACACCAATGGAGAGCATATTGCGTGAT ACATTCCAAAAGAAGACAAAAAAGATTAGTCCCTAGACTAAAAACACCTT TTGGGGAAAAAACCTGGCTGGGACTAGCTGCACTGCTGCTCATGCGTCCT CGACGTCGGACGTGGGCGTCGTCGCCAATCATCCTGAAATGAGAGAGAGA GAAAAGCAAGCAAAAACTGGCGCATACAAGTACCATGTATGGAAGGGAAG GGAGAGTGGAAAATTGAAAACACAAGAATAAGAAAGACTAAACGTGGTTT CACTCCCGTATAAATAGTGATACTGGGATTTGAGCAATGGCTCTAGAACT AGAGTGCGTAGCATGATGGCGTAAGGGTGTATTGCGGGCGTTAATTTGTC TTCCTTAAAATTAACCTAAGCTAACTAAAGTTAGCTCTAATTTAAAATTT TTCTCTGGGCTAGTTAGTAAAATATCTCAAATAGGCTCTGTGATGGAGTG CAAGGCTGAAAGCCACATTAATATGGTTCATCCTATAAAAGGAAGTTCAA TCTATGGTGGCCTATCTTGAAGTGAAGGTGGTTGAACAAAATGTTTTTGG CATATTGATGTAACTGCTTGAAAACTAAAAATAATTATTTTTTCACTCAT CTCCTAGAACATGCACTTAAAAAAATCATAACATTAGACTTAAACTTAAG CTGAAAAATTGCCAGCAAAGGTACAAAAATAATCTTTATTTGGCTGACGG TAAATTATTCTCCTGGGAATAGAACCGTCAAATGTAAGTAAATAAGTAAG TAAGTATTTATCTTCAAAAAGAATACAAGTGATGATATGCACAAAAAATA TATGGAAGGAGACCGCCTTACAGTCTAGCTAATCAAAAAGATGAGGCCAC CTAAAGTACAGATTGCGTTTATAACACTTTGTAAATTATTTGAAAATGTT TTTATTTTTAAGAAATCTGTTATCTAATGAAAAAGAAATTAAAAGAAAGT TTGTTAACCTTTCTTAGTAGGGGAGCTGAGGGGAGGGGTGTGCTCAGTAT CTCCCAAGACAGTGAGTAAGGGCAAGAGATTTAACAAAACTGAAATCAGA TGAGCTCATCAGGGTAATATTTGGGTAAGATCCCTGGATGCTGTCCCAAT GTGTTGTACAAAACTTAGAGAAAGATTTGTTCCATAAGGTAATGGTGTTG TAGGAGGGAACAAAAAGTAGTTTCAAACGTGCTCCTCTGGTACTTTGAGT GTTTTCGTCTTCAGCATTGAGCTGAATGAAATAAAAAAACTCCAGAAGGT TGACGGATAATTTGTTATTTAGGAATCTGTGGACAAAAGATATATTAAGG CATTTGACAAGGTCAAAAAGTTTGAGGATTTTGAGAATTTTGAGGTCAGA AAAGAGCGGAGAAGAAGGGCATCGAGAGTTGTTAAAAGTAATAAGACATA AGGCTTTCTTTTGAAGGATAAATATACTAATATAGGCTTGGAGGTGGTAT TGTCAGTAAGACCTCAGAGTTGGCAACCATATTGAAGATGAGAATGAAAA ACAAATAAAGAGCATAATAAATGTTAACTAAGGTTTTTGTTGAAACATAG TGCCTGAGCTTAGATATAATACCATTTGCTCTGGCAAGCTTAGCTGATAA AGATGTTGTGTCGGCTTTCCAGTTGAGGTGCATGTCAATCAAAACGCCAA GATATTTGATATTTGAACTTTGAAAAAAATTTTTACCTGCAATTTTAAGA AAAGGAACAAAGGGAAGAATTTTTTGACAGTGTCTGAAAATTAAAAATTC TGTTTTTCCAGCGTTAAGGGATATTTTATTGGCTTTGAGCCAAGTTTGGA GGGATCTTAGGTCATGATTGACTCTGTTGCAAAGGGAAAGAAGATCATTA AAATGTAAAATATGGGTATTAAAGTCTGTTCACGTTAAAAGTGTGCACTC TTTTTTCTTGTACCGATAACTTTTGAAGGAATTTTTCAATTTTTATAAAT TTGGTATCGTTGGAGAGATATTTGTGAGTGGAACAATTTGAAATAAAAAA GTCTTTAAAAAAGTTCTAAAAACGAAGATGATAATAAGGCAAATACTTTT TTATTTATTGGTTTACGGATCCGCCAACATTATTTTTGCCAAAATAAAAC AAAAATAAAAAAGAGATTTCAAAAACTTTTATTTACTTTTTCTCCTCCAA CCTTCAAAAAAGAAGAAATAAATAAAAAAACCTTTACTTAAACAGGAAAA CAAAAGAAAAGAAGAGAAAAAGAGAGGGTGTTAAATGATTTAACACAGCT GTGCCCTATTCTGCCAATGTAAAGATATTTTGATCCTTCCCTTAATGTCA GGGAACTTCCCCATGGTATTTCCCTATCCACATAAAACAAACTAAATTAT ATAACTCTTTGTGTACACAGTGGATTTTCTTCATTTTTTTCTTTCTTTTG TAATCGCTTTCATTTAAAGTGCTTTAAAATTCAAGAGTAGATATAAAGTG GAAACCCTAAAGTGGGAACCCTAAGGGTAAACCCTAAATGGGAACTTATG CCAGTCTTACATATACACATATCAGTCTTTATGTGTGCATTTTTATGTTT CAGTTTATTTTCAGTGTTTTTTATCCATAGAGACTCTATCTATAACAACA TCTTGCACTTTATTCTTTTGTCTTTAAATCTAAAAATCTATACCTTTTAC AAAATTTTATTTTATTATTATTTCCTCCAATTTCAGATTTTTAAAAAGAA AATAAAAAAACATTTAAAACATTAATTTTATATTTATTTTTTTTCCATCC TCCTGTTTTATTTTTAACTTTTATTTTCAGTGGAGAGATTCTTTGATCTT AGGAGGTCATCACTGTGAAGAAATTTCACTTCAATATTTATTCAATATAA AGTTATGATACAAAGTTAATAAGTGATTGACCCATAAAAACAGCAGAAAA CAGCATCAAGAGATTTCCGAATACGTTCAATACATTTATTAAGCAAGGTA TGGATGGTTGAGTGAGATCTACGAAAACCAAACTGGCACTCAAAAAATAC TCGATGAGAATCTAAGAAAGTAATAAGACGAGAGTACGTAAGTTGATCAA GAATTTTCTCTATGTTGGAAAGGAGAGATATAGGGCGATAATTGGATATT TCAAGTGGAGAGCCTTTGTTTTTGAAAACAGGAATAACTTTCGAGAGTTT AAGCATGCCTTTGTGTTCTCCAAAACAACTATTAAAACCCAATAAAAAAT ATAACTTTTTTATGTTACACTTTTTTGCACAAATTTTCAAAATGAAAATA TGTAAGATGTTTATGTTCTACTTTTATTCAATGATTTTTTACGGCACTTT GTTGACAGTCTAACTCTTGCATCAAATTCCTGCTTTCTTGTTCAGAGAAT TGAAGATGAGAAATAGTCTACACCTCAGGATAGCATATTGAAACAAATAA AAAAGGTGTTATGAAGGGTAAGCTGTCCGTCTTGCAAGGCACTGAGAGGC CACGAGTAGATATTTTTCATGTCAAGTATTGAATTTCAATTAGCTCTCCT GCAGTCAGTATATCCATGAATTTGGGGCTCATGCGTGATTGACTTTGGTG AGTGTCAAGGGCATTTTTCAATTTTTCAATTGAAGTGTTTTTTACGTTTA TTATGCTTTTTGGCATTGCATTGAATAGTTCTGACCTTGTACAGAAAGAG TGCATTCTCTAAGCTTGGATTTCTTATTTTTGGAGATAGACAGTTGGCAC AGCCGGCCGAGCTGGGGATTTTCGTAAGCTTTTATAATTATACTGCTATT CAAGGTAGGTAATATCCCCTCTAACACCTTCCAAAGATTGATCATGCGAT AGTGTTCCTTTTTCCTTTGAAGGGAATAGATTTTGGACTGTTTGAGACAC TTCCAATAAGATTTGGACTCCATAAGAAAGATCAAAGGACCCAGGACACT TTCTTGAGAGACTCCTGATAAGACATCTTGTGGTTTTGACTTCACACCAT TTACAAGCACTGACTGCTTTCTTCCTGTAAGAAAGGAATTGAGCCATTGT AGTATTTTTCTATCAATTCCTAGTTCCATGGTTGACTTTATTGAAGGCTT TCGAGTAATATTACATGCTGTACTAATTAGTTATTCAATAGACTGTTTCA TTCTCCTAAACAACTAATAGCAAAATGCCTCAAGTAAACGCCATATTTTA ATCTTTTGAACTGAATGTGACCAATAATTCTTTTTGTACTATATTTTGGG GTATTCTTCCCATTTTTAGATTTATCTAAAAACAAATATAAAACTGTTTT AAAAACAGTATAAAAACAAAACTTACACGAATCTGTAAAAACAATCTTCC CATAAATAATACCTATTTCTAAAAAATTGAATAATTTGAGCTCAATACTA ATCAATAAAGTGAAATAAATTAATCTTTGACAAAATTTTAGGTCGGAGGC TTGAATGACCAAATGCTTGATGAATAAAGACCTCTCACTTATTCCAATCT CTATAGCTGCATTTGTTATTCATACTTATCCTCGCCCTTATAAAAAACAA TTACAAGAAACATTTTCAAAACTAACACCCTTTCTATTGCCCTAGCTGCT CCTAACAAGGTTTATGCAATTGAGTAAAATCTAAAAATTCGCAAGTGTAG GACTTTATTAAATACCTGAGAATAACCTGAGTTTTATACCTTTTTAAATT TTCTCTAGGTTGCTTCTGCCAGTATTCTATCAAGATGTACAAACAAAGAA CAAACAGGTTTGTTGAATACTCGTTATTAAGAAACTCAAATGTTTATTGA ATGCTTTTTGGCTAAAACTTGTTTATAAAAATAGATTGTATTGTTGTAGA TCTGTTTTGTTGATTTTGTCCTGTTTTTCTTTAATTTTACTAATTGTTAT TAAAAATCTTATGTAACTTGAAATATTTTTGAATTTTTGTACTTGTAATT TCTCTTTTAGAACGGACATTATCAAAAAATTTAACGTAAGGAAGAATTAT GGTTAATTTGGTTTTTTAGGCAATCCAATATAATTTTTTATGATCAGTGA TTTTTTATTTCTTTCTTTATCCTAAGGTGCCCTTGACTTTAATAATTTTT CTATCAACAGATTTTCTATAATGCAAACAATCTTTAATATATTTCTTCAA TAAGTTCATTTCAAAGTAAAATTTTTTCAATCTTCAGTTTTAGATCATCC AATACCCTCAAACATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTCGTG TATGTAAACATGTTCTTAAAGTAATACTTATTTTCTATCAGAGGGAAAAC TATTACTCTTTTGAAAATGAATGTTATACGATTTAACCAGTAAATGAATA CTTTTAACATTTTTTAAGCTTTTGAGAATCCATACACTGTATTTGATCTA AGATCAGTCCTTGTATAATTATGCATTCAGTCACATATCGCAGCAGACAC TCATGATCATTTTTTTCTTTAGTCGATGATGAATTCCAAATTGTTAGCAC TCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAAG GTAAACATTTTACTTAAGAAGGAGAAGAGATGTGAAAGATTGGTGTTTTT TTCTATAATTTCTATAATGGCATTAAGAACACATCCATGTTCTAAAAAGG TAGAAAATTGTCTGCAGGGTGCACAAAGGGCAAGAAGGAATTAACAAAAT TTATTAAAAGCTCTTAAATTGCTCTTCAGAGGTTGGAGACAGTGTAGGTG TTGATGAGGTCATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCATT GTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGG AAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTG GCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCT CCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCC TGCACCAACTCAAGCACCACCTAGTAAGATATTGATTATTTGCCTTTATA AAAAATATGTAATTTTATCTTACCAACCGAAATATTTTGAGATATTTCTT GTTTTCTGGAGCTCTTTGCTCAAAAACAAATCTAAATGATTACGACAAAG TAAAGAATAGACCTCTAAACTCACATAACACATAAAATGTGATATATAAC CTAAATTGAAACAAAAAACTAAAGATCACTCTTTTAATGCTGAGATCATT TCCCCTTTGACAGCGACACCACTAACACAACAACAACCAATGATGACAAG ATCTCCAACACCGGCTCCACCACCACCTGCCTCACAAATGACCGCATCTA TTGAAGAAGTTAAAGAAGCACCAACAAGAATCCATGGAACTAGAAATGAA ACAAAGGTTCTTTTTGATATTTCACTTGGTAGCTTTCATTTGTAAGATCA TCGATATCATAAAATTTAAAGCTAAAAAGATGTGTTAAACTTATGTGAAG AAGATTGTTTTTTATTTTTGTTTAGGTTAAAATGAACAGAATGAGACAAA GGATAGCACAACGATTGAAGGAAGCACAAAATATAAATGCAATGCTCACA ACTTTCAATGAAATTGATATGAGGTATGGTTATCTTGTTATGGATACGAT AAAAAACTTTTAGTTTGTGTGTTTGTGACTATCAGAACATTCCAGTATAT GTTTTTACTTTAGTTTACAACTGTTACTCCGTCTATTTTATTATTATAGC AACGCAATGAAAATCAGGAATCAATATAAAGACCTATTCTTAAAGAAACA CAACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATCATCAACTG CCTTGGAACAAATGCCAACCGTAAATGCAGGTATGATTGTACTTCCCTCG ATGACCGATTGTAGACTTTCGTGATTTGGTACTCCTATCATTAAATAATG TTTATTTCATTTATTTGTAGTTATTGAAGACAACTACGTCATTTACCGTG ACTTTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGGTATTTAACGAT TCTCATGGAATACTCTACCTTCTTCGCTCACTGATTAGGTTCGAATCTCA TTATATCAACGACATTTTTCAAGGTTTGGAAAGTCTTTATATGGATTGGT CTTATTATTTGACAAAAACTCTCAACTCACTGCTGCATGCTTAGGTGTAA ATCTCATTAATCAATCAATAAATCTGTTCAGGGTTTGGTTGTACCTGTCT TGAGGGATGTAAACAAAATGAATTTTGCTGATATTGAACGAGGAATGAAT GCCCTTGGAGAAAAGGTAAATTCAAACTATATTATATAGAAACGTTTTGA AAATTATCATTTTCAGCAATGAACCGTGATCAAAAAAAGTTAGAGACTTT TTCGTTCTTTGCCTTGTGTAGGAGTCTCTTTTTAATATACTTCTAAACTT CTTTCAGGCACGTTCTGGTAGTCTTGCAATTGAAGACATGGATGGTGGTA CGTTTACCATCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGTACACCT ATCATCAATCCTCCACAATCTGCCATCCTTGGGATGCATGGAATCTTTGA CAGGCCTGTTGCAGTCAACGGAAAAGTAAGAACCCATTGCTAGATGGTTT GCAAGGTGCTTGACAAGAAAAATTGAAAAGCTAGAAATTTTGTTTGCCTT TTTTGGTACCCATCTAAACAACTGTAAATTTGACTTGAATATCTTGCAAC AAAGTCTTGTTCATTGTTTATTTCGAGACAAAATAATATATTTTTTTTTT ACCTTTTTACCTTTTTTTGGACCTACTCCGGTGGGGTGGAGGTGGAGGTC CTATAAATTAACCTTTGTCCGTTCGTTCGTTCGTTATTAGCTTTCCTCGT GATTGGCTCATTAGTTTTTTCTGATTTTTTGCACAAAGATGTGTAACTAT AAACCCTCGAATGTGACGGAGCCCGATTTTCGAAAAAAAAATTATTGCTC AAGCAGGTTTTTGCAAAAAAAAATTTGTTGGCTCAAAAAACTTATGTTTA TCTATAAGAATCACTATTAATAAGCATACATCAATGTTCTTAGTTAAATT ACTCAATTTTTTTATGAGATAGATGTTTTTTTTGCTCATGAGGGCTTACT TTTGAAGAATGTGTGTGTTTAGACATGGAATTTTGGTTGCTTGGCGTGTT TTTATAGAAAAACTGGCCAAATTCGATATTTATTTATAAGCACATTATCA ATTACCTAGGTATTAGCTTTTCTCGAGATTGCCTCTTTCATACTTTATGA TTTTTTGCACAAAGATGCATAACTCTAAACCCTCGAATGTGACGGAGCCT GTCTTTCAAAAAAAAAAAAATTGGGGGGCAAATTTGGGCCAAAAAACGCC AAAGAACGGGCTTTTTGGACTTTGTGAAAAATTGAATCATTAACTTTTTC TGATTTTTTGCATGAAAGTAGGGTACCATAGGTAAAAGATGGCTCAAGTA GATTTTTTCAAAAAAAATTTGTTGGCTCAAAAAACGCATGTTTATCTATA AGAATCACTATTGATAAGCATACATCAATGTTCTTAGCCAAATTACTCAA TTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNTTTATGAGATAGATGTTTTTTTGCTCACAAAGTCTTGAATATGA AAGAATATTTCAAGAGCATGAAATTTTGGTTTTTAAACGTTTTTTTTTAT ACGAAACAAACGACCAATTTTAATAGATCGTCACTATTTGTGTTCTGAAT GATTGTTTGATGGTCACGCTCACGTAGATATCAATTATATATGTGTTAAA TACATAACTAGGTAGGTCCATAAAGGTATCACTTGTTATACCTTAAAAAT GCTGTAATGGTGTCTGACTTAATTTTTTAGGTTGAAATTCGACCAATGAT GTATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTCGGGAAGCAG TTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCTGCAGCTATG TTCCTTGATTTGTGAAGGAAGATCTTGTAAGAGGAAATAGTGTTTTAGTT TCGCTTCTGTTTCATGTACAACCTTTGTTTATAAATATATACTATTTTTT GATTGATGTTGAACTATTTGTGAAGGTTATACTTTTCCTTGTTTAAATGT TATTATTATTATATTTACTTGTGATCATTTTTTTAGCTAGATAGATGCTC CAAAAATGTACAAAGCATCATTTAGTTTGCACGTAATTTTTATACTGTAT TCAGACATTCGGATTTTTAATCCCGAGGAGGGGTTTATTGATGCTTGATT CTTCTCCAGTGGGTTCGATTTCTAGCAACGACCAGCAAATGAACAAATGG CTATGGGCTATCTAAATTTGTGTCGAGAATAATCTTTAGCCCCTTTTACT CTGAACCTGTTCTTTTCAGCAGACTTCCTTCGCACAAATTTCTCAGAGCA GGTTTTCGGGCAAACTGAGAATTGCACTTTTTTTATACTTTATGGAAGTA GAATAACTTAAAGAAAAGTGAAAATCAAAATTGGAAATGGTTTATGATTT TAACTTGTAAGGTTTATATAAACTCTTTTTATTTAAACAAACGAATAGAT ATTTACATAAATTAGTAATACTTTGAGTGACCCCTTGAAATTATTTATTG CTGTTATTTTTGACATTATATACCTTATACTTGGTAACTATTGGTTACTT GGCGTTCCCCTGCCAATTAATTTTAAAGATTTTAA

Coding sequence (CDS) from alignment at scaffold_266:122722..136806-

>TCONS_00055984 ID=TCONS_00055984|Name=TCONS_00055984|organism=Clytia hemisphaerica|type=CDS|length=18369bp|location=Sequence derived from alignment at scaffold_266:122722..136806- (Clytia hemisphaerica)
GTTGAAATTCGACCAATGATGTATGTTGCTTTAACTTATGATCATCGCTT
GGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAATG
TTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGGTAGT
CTTGCAATTGAAGACATGGATGGTGGTACGTTTACCATCTCCAATGGTGG
TGTGTTTGGTTCACTTATGGGTACACCTATCATCAATCCTCCACAATCTG
CCATCCTTGGGATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAACGGA
AAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAACAAAATGAATTTTGC
TGATATTGAACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAGACAA
CTACGTCATTTACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCCACGC
CAAAGCAACGCAATGAAAATCAGGAATCAATATAAAGACCTATTCTTAAA
GAAACACAACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATCAT
CAACTGCCTTGGAACAAATGCCAACCGTAAATGCAGGTTAAAATGAACAG
AATGAGACAAAGGATAGCACAACGATTGAAGGAAGCACAAAATATAAATG
CAATGCTCACAACTTTCAATGAAATTGATATGAGCGACACCACTAACACA
ACAACAACCAATGATGACAAGATCTCCAACACCGGCTCCACCACCACCTG
CCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGAAGCACCAACAAGA
ATCCATGGAACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGGTGTT
GATGAGGTCATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCATTGT
TTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGGAA
GGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTGGC
GAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCTCC
ACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCCTG
CACCAACTCAAGCACCACCTATCGATGATGAATTCCAAATTGTTAGCACT
CCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAAGT
TTTAGATCATCCAATACCCTCAAACATCCAGCCAAAGGCTTTCAAACTTC
TGCATTCTCGTAACGGACATTATCAAAAAATTTAACGTTGCTTCTGCCAG
TATTCTATCAAGATGTACAAACAAAGAACAAACAGATGCTTGCTTGTCGG
TGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAAAGATCAGTGAACAT
TTACAAAAGAGAGGTTGAAATTCGACCAATGATGTATGTTGCTTTAACTT
ATGATCATCGCTTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGAAG
ATCAAACAAAATGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGAGC
ACGTTCTGGTAGTCTTGCAATTGAAGACATGGATGGTGGTACGTTTACCA
TCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGTACACCTATCATCAAT
CCTCCACAATCTGCCATCCTTGGGATGCATGGAATCTTTGACAGGCCTGT
TGCAGTCAACGGAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAACA
AAATGAATTTTGCTGATATTGAACGAGGAATGAATGCCCTTGGAGAAAAG
TTATTGAAGACAACTACGTCATTTACCGTGACTTTGTTGATATCAGTGTT
GCAGTAGCCACGCCAAAGCAACGCAATGAAAATCAGGAATCAATATAAAG
ACCTATTCTTAAAGAAACACAACATGAAACTTGGATTCATGTCTCCTTTC
CTCAAAGCATCATCAACTGCCTTGGAACAAATGCCAACCGTAAATGCAGG
TTAAAATGAACAGAATGAGACAAAGGATAGCACAACGATTGAAGGAAGCA
CAAAATATAAATGCAATGCTCACAACTTTCAATGAAATTGATATGAGCGA
CACCACTAACACAACAACAACCAATGATGACAAGATCTCCAACACCGGCT
CCACCACCACCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGA
AGCACCAACAAGAATCCATGGAACTAGAAATGAAACAAAGAGGTTGGAGA
CAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTGAAACAGATAAAACTT
CACTTCCCATTGTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTT
GAAGATGGTGGAAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACT
TGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGC
CGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGAT
ACAGCTGGTCCTGCACCAACTCAAGCACCACCTATCGATGATGAATTCCA
AATTGTTAGCACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAA
GGTGGGAAAAAGTTTTAGATCATCCAATACCCTCAAACATCCAGCCAAAG
GCTTTCAAACTTCTGCATTCTCGTAACGGACATTATCAAAAAATTTAACG
TTGCTTCTGCCAGTATTCTATCAAGATGTACAAACAAAGAACAAACAGAT
GCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAAA
GATCAGTGAACATTTACAAAAGAGAGGTTGAAATTCGACCAATGATGTAT
GTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTCGGGAAGCAGTTAC
ATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCTGCAGCTATGTTCC
TTGATTTGTGAGCACGTTCTGGTAGTCTTGCAATTGAAGACATGGATGGT
GGTACGTTTACCATCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGTAC
ACCTATCATCAATCCTCCACAATCTGCCATCCTTGGGATGCATGGAATCT
TTGACAGGCCTGTTGCAGTCAACGGAAAAGGTTTGGTTGTACCTGTCTTG
AGGGATGTAAACAAAATGAATTTTGCTGATATTGAACGAGGAATGAATGC
CCTTGGAGAAAAGTTATTGAAGACAACTACGTCATTTACCGTGACTTTGT
TGATATCAGTGTTGCAGTAGCCACGCCAAAGCAACGCAATGAAAATCAGG
AATCAATATAAAGACCTATTCTTAAAGAAACACAACATGAAACTTGGATT
CATGTCTCCTTTCCTCAAAGCATCATCAACTGCCTTGGAACAAATGCCAA
CCGTAAATGCAGGTTAAAATGAACAGAATGAGACAAAGGATAGCACAACG
ATTGAAGGAAGCACAAAATATAAATGCAATGCTCACAACTTTCAATGAAA
TTGATATGAGCGACACCACTAACACAACAACAACCAATGATGACAAGATC
TCCAACACCGGCTCCACCACCACCTGCCTCACAAATGACCGCATCTATTG
AAGAAGTTAAAGAAGCACCAACAAGAATCCATGGAACTAGAAATGAAACA
AAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTGAA
ACAGATAAAACTTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCATTGA
AGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAACTCT
TTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTGCT
CCACCACCACCGCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAAGC
ACCGAAAGCTGATACAGCTGGTCCTGCACCAACTCAAGCACCACCTATCG
ATGATGAATTCCAAATTGTTAGCACTCCTCCTTTTGCAGAGTCTATTACT
GAAGGAGATGTAAGGTGGGAAAAAGTTTTAGATCATCCAATACCCTCAAA
CATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTCGTAACGGACATTATC
AAAAAATTTAACGTTGCTTCTGCCAGTATTCTATCAAGATGTACAAACAA
AGAACAAACAGATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATC
AGAAACCTCCAAAGATCAGTGAACATTTACAAAAGAGAGGTTGAAATTCG
ACCAATGATGTATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTC
GGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCT
GCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGGTAGTCTTGCAATTGA
AGACATGGATGGTGGTACGTTTACCATCTCCAATGGTGGTGTGTTTGGTT
CACTTATGGGTACACCTATCATCAATCCTCCACAATCTGCCATCCTTGGG
ATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAACGGAAAAGGTTTGGT
TGTACCTGTCTTGAGGGATGTAAACAAAATGAATTTTGCTGATATTGAAC
GAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAGACAACTACGTCATTT
ACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGCAACGC
AATGAAAATCAGGAATCAATATAAAGACCTATTCTTAAAGAAACACAACA
TGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATCATCAACTGCCTTG
GAACAAATGCCAACCGTAAATGCAGGTTAAAATGAACAGAATGAGACAAA
GGATAGCACAACGATTGAAGGAAGCACAAAATATAAATGCAATGCTCACA
ACTTTCAATGAAATTGATATGAGCGACACCACTAACACAACAACAACCAA
TGATGACAAGATCTCCAACACCGGCTCCACCACCACCTGCCTCACAAATG
ACCGCATCTATTGAAGAAGTTAAAGAAGCACCAACAAGAATCCATGGAAC
TAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTCAT
CGGTGAAATTGAAACAGATAAAACTTCACTTCCCATTGTTTCACCTGCTG
CTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGAAA
AACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAAAC
AGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCTCCACCTCCTCCTC
CAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCCTGCACCAACTCAA
GCACCACCTATCGATGATGAATTCCAAATTGTTAGCACTCCTCCTTTTGC
AGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAAGTTTTAGATCATC
CAATACCCTCAAACATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTCGT
AACGGACATTATCAAAAAATTTAACGTTGCTTCTGCCAGTATTCTATCAA
GATGTACAAACAAAGAACAAACAGATGCTTGCTTGTCGGTGCCTTCAGCG
GCCCAACATAATCAGAAACCTCCAAAGATCAGTGAACATTTACAAAAGAG
AGGTTGAAATTCGACCAATGATGTATGTTGCTTTAACTTATGATCATCGC
TTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAA
TGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGGTA
GTCTTGCAATTGAAGACATGGATGGTGGTACGTTTACCATCTCCAATGGT
GGTGTGTTTGGTTCACTTATGGGTACACCTATCATCAATCCTCCACAATC
TGCCATCCTTGGGATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAACG
GAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAACAAAATGAATTTT
GCTGATATTGAACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAGAC
AACTACGTCATTTACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCCAC
GCCAAAGCAACGCAATGAAAATCAGGAATCAATATAAAGACCTATTCTTA
AAGAAACACAACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATC
ATCAACTGCCTTGGAACAAATGCCAACCGTAAATGCAGGTTAAAATGAAC
AGAATGAGACAAAGGATAGCACAACGATTGAAGGAAGCACAAAATATAAA
TGCAATGCTCACAACTTTCAATGAAATTGATATGAGCGACACCACTAACA
CAACAACAACCAATGATGACAAGATCTCCAACACCGGCTCCACCACCACC
TGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGAAGCACCAACAA
GAATCCATGGAACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGGTG
TTGATGAGGTCATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCATT
GTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGG
AAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTG
GCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCT
CCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCC
TGCACCAACTCAAGCACCACCTATCGATGATGAATTCCAAATTGTTAGCA
CTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAA
GTTTTAGATCATCCAATACCCTCAAACATCCAGCCAAAGGCTTTCAAACT
TCTGCATTCTCGTAACGGACATTATCAAAAAATTTAACGTTGCTTCTGCC
AGTATTCTATCAAGATGTACAAACAAAGAACAAACAGATGCTTGCTTGTC
GGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAAAGATCAGTGAAC
ATTTACAAAAGAGAGGTTGAAATTCGACCAATGATGTATGTTGCTTTAAC
TTATGATCATCGCTTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGA
AGATCAAACAAAATGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGA
GCACGTTCTGGTAGTCTTGCAATTGAAGACATGGATGGTGGTACGTTTAC
CATCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGTACACCTATCATCA
ATCCTCCACAATCTGCCATCCTTGGGATGCATGGAATCTTTGACAGGCCT
GTTGCAGTCAACGGAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAA
CAAAATGAATTTTGCTGATATTGAACGAGGAATGAATGCCCTTGGAGAAA
AGTTATTGAAGACAACTACGTCATTTACCGTGACTTTGTTGATATCAGTG
TTGCAGTAGCCACGCCAAAGCAACGCAATGAAAATCAGGAATCAATATAA
AGACCTATTCTTAAAGAAACACAACATGAAACTTGGATTCATGTCTCCTT
TCCTCAAAGCATCATCAACTGCCTTGGAACAAATGCCAACCGTAAATGCA
GGTTAAAATGAACAGAATGAGACAAAGGATAGCACAACGATTGAAGGAAG
CACAAAATATAAATGCAATGCTCACAACTTTCAATGAAATTGATATGAGC
GACACCACTAACACAACAACAACCAATGATGACAAGATCTCCAACACCGG
CTCCACCACCACCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAA
GAAGCACCAACAAGAATCCATGGAACTAGAAATGAAACAAAGAGGTTGGA
GACAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTGAAACAGATAAAAC
TTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTG
TTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAA
CTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACC
GCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTG
ATACAGCTGGTCCTGCACCAACTCAAGCACCACCTATCGATGATGAATTC
CAAATTGTTAGCACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGT
AAGGTGGGAAAAAGTTTTAGATCATCCAATACCCTCAAACATCCAGCCAA
AGGCTTTCAAACTTCTGCATTCTCGTAACGGACATTATCAAAAAATTTAA
CGTTGCTTCTGCCAGTATTCTATCAAGATGTACAAACAAAGAACAAACAG
ATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCA
AAGATCAGTGAACATTTACAAAAGAGAGGTTGAAATTCGACCAATGATGT
ATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTCGGGAAGCAGTT
ACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCTGCAGCTATGTT
CCTTGATTTGTGAGCACGTTCTGGTAGTCTTGCAATTGAAGACATGGATG
GTGGTACGTTTACCATCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGT
ACACCTATCATCAATCCTCCACAATCTGCCATCCTTGGGATGCATGGAAT
CTTTGACAGGCCTGTTGCAGTCAACGGAAAAGGTTTGGTTGTACCTGTCT
TGAGGGATGTAAACAAAATGAATTTTGCTGATATTGAACGAGGAATGAAT
GCCCTTGGAGAAAAGTTATTGAAGACAACTACGTCATTTACCGTGACTTT
GTTGATATCAGTGTTGCAGTAGCCACGCCAAAGCAACGCAATGAAAATCA
GGAATCAATATAAAGACCTATTCTTAAAGAAACACAACATGAAACTTGGA
TTCATGTCTCCTTTCCTCAAAGCATCATCAACTGCCTTGGAACAAATGCC
AACCGTAAATGCAGGTTAAAATGAACAGAATGAGACAAAGGATAGCACAA
CGATTGAAGGAAGCACAAAATATAAATGCAATGCTCACAACTTTCAATGA
AATTGATATGAGCGACACCACTAACACAACAACAACCAATGATGACAAGA
TCTCCAACACCGGCTCCACCACCACCTGCCTCACAAATGACCGCATCTAT
TGAAGAAGTTAAAGAAGCACCAACAAGAATCCATGGAACTAGAAATGAAA
CAAAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTG
AAACAGATAAAACTTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCATT
GAAGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAACT
CTTTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTG
CTCCACCACCACCGCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAA
GCACCGAAAGCTGATACAGCTGGTCCTGCACCAACTCAAGCACCACCTAT
CGATGATGAATTCCAAATTGTTAGCACTCCTCCTTTTGCAGAGTCTATTA
CTGAAGGAGATGTAAGGTGGGAAAAAGTTTTAGATCATCCAATACCCTCA
AACATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTCGTAACGGACATTA
TCAAAAAATTTAACGTTGCTTCTGCCAGTATTCTATCAAGATGTACAAAC
AAAGAACAAACAGATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAA
TCAGAAACCTCCAAAGATCAGTGAACATTTACAAAAGAGAGGTTGAAATT
CGACCAATGATGTATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGG
TCGGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACC
CTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGGTAGTCTTGCAATT
GAAGACATGGATGGTGGTACGTTTACCATCTCCAATGGTGGTGTGTTTGG
TTCACTTATGGGTACACCTATCATCAATCCTCCACAATCTGCCATCCTTG
GGATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAACGGAAAAGGTTTG
GTTGTACCTGTCTTGAGGGATGTAAACAAAATGAATTTTGCTGATATTGA
ACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAGACAACTACGTCAT
TTACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGCAAC
GCAATGAAAATCAGGAATCAATATAAAGACCTATTCTTAAAGAAACACAA
CATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATCATCAACTGCCT
TGGAACAAATGCCAACCGTAAATGCAGGTTAAAATGAACAGAATGAGACA
AAGGATAGCACAACGATTGAAGGAAGCACAAAATATAAATGCAATGCTCA
CAACTTTCAATGAAATTGATATGAGCGACACCACTAACACAACAACAACC
AATGATGACAAGATCTCCAACACCGGCTCCACCACCACCTGCCTCACAAA
TGACCGCATCTATTGAAGAAGTTAAAGAAGCACCAACAAGAATCCATGGA
ACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTC
ATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCATTGTTTCACCTGC
TGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGA
AAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAA
ACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCTCCACCTCCTCC
TCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCCTGCACCAACTC
AAGCACCACCTATCGATGATGAATTCCAAATTGTTAGCACTCCTCCTTTT
GCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAAGTTTTAGATCA
TCCAATACCCTCAAACATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTC
GTAACGGACATTATCAAAAAATTTAACGTTGCTTCTGCCAGTATTCTATC
AAGATGTACAAACAAAGAACAAACAGATGCTTGCTTGTCGGTGCCTTCAG
CGGCCCAACATAATCAGAAACCTCCAAAGATCAGTGAACATTTACAAAAG
AGAGGTTGAAATTCGACCAATGATGTATGTTGCTTTAACTTATGATCATC
GCTTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGAAGATCAAACAA
AATGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGG
TAGTCTTGCAATTGAAGACATGGATGGTGGTACGTTTACCATCTCCAATG
GTGGTGTGTTTGGTTCACTTATGGGTACACCTATCATCAATCCTCCACAA
TCTGCCATCCTTGGGATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAA
CGGAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAACAAAATGAATT
TTGCTGATATTGAACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAG
ACAACTACGTCATTTACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCC
ACGCCAAAGCAACGCAATGAAAATCAGGAATCAATATAAAGACCTATTCT
TAAAGAAACACAACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCA
TCATCAACTGCCTTGGAACAAATGCCAACCGTAAATGCAGGTTAAAATGA
ACAGAATGAGACAAAGGATAGCACAACGATTGAAGGAAGCACAAAATATA
AATGCAATGCTCACAACTTTCAATGAAATTGATATGAGCGACACCACTAA
CACAACAACAACCAATGATGACAAGATCTCCAACACCGGCTCCACCACCA
CCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGAAGCACCAAC
AAGAATCCATGGAACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGG
TGTTGATGAGGTCATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCA
TTGTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGT
GGAAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGG
TGGCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCAC
CTCCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGT
CCTGCACCAACTCAAGCACCACCTATCGATGATGAATTCCAAATTGTTAG
CACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAA
AAGTTTTAGATCATCCAATACCCTCAAACATCCAGCCAAAGGCTTTCAAA
CTTCTGCATTCTCGTAACGGACATTATCAAAAAATTTAACGTTGCTTCTG
CCAGTATTCTATCAAGATGTACAAACAAAGAACAAACAGATGCTTGCTTG
TCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAAAGATCAGTGA
ACATTTACAAAAGAGAGGTTGAAATTCGACCAATGATGTATGTTGCTTTA
ACTTATGATCATCGCTTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAG
GAAGATCAAACAAAATGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGT
GAGCACGTTCTGGTAGTCTTGCAATTGAAGACATGGATGGTGGTACGTTT
ACCATCTCCAATGGTGGTGTGTTTGGTTCACTTATGGGTACACCTATCAT
CAATCCTCCACAATCTGCCATCCTTGGGATGCATGGAATCTTTGACAGGC
CTGTTGCAGTCAACGGAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTA
AACAAAATGAATTTTGCTGATATTGAACGAGGAATGAATGCCCTTGGAGA
AAAGTTATTGAAGACAACTACGTCATTTACCGTGACTTTGTTGATATCAG
TGTTGCAGTAGCCACGCCAAAGCAACGCAATGAAAATCAGGAATCAATAT
AAAGACCTATTCTTAAAGAAACACAACATGAAACTTGGATTCATGTCTCC
TTTCCTCAAAGCATCATCAACTGCCTTGGAACAAATGCCAACCGTAAATG
CAGGTTAAAATGAACAGAATGAGACAAAGGATAGCACAACGATTGAAGGA
AGCACAAAATATAAATGCAATGCTCACAACTTTCAATGAAATTGATATGA
GCGACACCACTAACACAACAACAACCAATGATGACAAGATCTCCAACACC
GGCTCCACCACCACCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTA
AAGAAGCACCAACAAGAATCCATGGAACTAGAAATGAAACAAAGAGGTTG
GAGACAGTGTAGGTGTTGATGAGGTCATCGGTGAAATTGAAACAGATAAA
ACTTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTT
TGTTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGA
AACTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGCTGCTCCACCACCA
CCGCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGC
TGATACAGCTGGTCCTGCACCAACTCAAGCACCACCTATCGATGATGAAT
TCCAAATTGTTAGCACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGAT
GTAAGGTGGGAAAAAGTTTTAGATCATCCAATACCCTCAAACATCCAGCC
AAAGGCTTTCAAACTTCTGCATTCTCGTAACGGACATTATCAAAAAATTT
AACGTTGCTTCTGCCAGTATTCTATCAAGATGTACAAACAAAGAACAAAC
AGATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTC
CAAAGATCAGTGAACATTTACAAAAGAGAGGTTGAAATTCGACCAATGAT
GTATGTTGCTTTAACTTATGATCATCGCTTGGTTGACGGTCGGGAAGCAG
TTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGACCCTGCAGCTATG
TTCCTTGATTTGTGAGCACGTTCTGGTAGTCTTGCAATTGAAGACATGGA
TGGTGGTACGTTTACCATCTCCAATGGTGGTGTGTTTGGTTCACTTATGG
GTACACCTATCATCAATCCTCCACAATCTGCCATCCTTGGGATGCATGGA
ATCTTTGACAGGCCTGTTGCAGTCAACGGAAAAGGTTTGGTTGTACCTGT
CTTGAGGGATGTAAACAAAATGAATTTTGCTGATATTGAACGAGGAATGA
ATGCCCTTGGAGAAAAGTTATTGAAGACAACTACGTCATTTACCGTGACT
TTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGCAACGCAATGAAAAT
CAGGAATCAATATAAAGACCTATTCTTAAAGAAACACAACATGAAACTTG
GATTCATGTCTCCTTTCCTCAAAGCATCATCAACTGCCTTGGAACAAATG
CCAACCGTAAATGCAGGTTAAAATGAACAGAATGAGACAAAGGATAGCAC
AACGATTGAAGGAAGCACAAAATATAAATGCAATGCTCACAACTTTCAAT
GAAATTGATATGAGCGACACCACTAACACAACAACAACCAATGATGACAA
GATCTCCAACACCGGCTCCACCACCACCTGCCTCACAAATGACCGCATCT
ATTGAAGAAGTTAAAGAAGCACCAACAAGAATCCATGGAACTAGAAATGA
AACAAAGAGGTTGGAGACAGTGTAGGTGTTGATGAGGTCATCGGTGAAAT
TGAAACAGATAAAACTTCACTTCCCATTGTTTCACCTGCTGCTGGAGTCA
TTGAAGAAATCTTTGTTGAAGATGGTGGAAGGGTAGAGAAAAACGACCAA
CTCTTTAAGTTGAAACTTGGTGCAGGTGGCGAAACAAAAACAGAAGAGGC
TGCTCCACCACCACCGCCGCCGCCACCTCCACCTCCTCCTCCAAAAGCAG
AAGCACCGAAAGCTGATACAGCTGGTCCTGCACCAACTCAAGCACCACCT
ATCGATGATGAATTCCAAATTGTTAGCACTCCTCCTTTTGCAGAGTCTAT
TACTGAAGGAGATGTAAGGTGGGAAAAAGTTTTAGATCATCCAATACCCT
CAAACATCCAGCCAAAGGCTTTCAAACTTCTGCATTCTCGTAACGGACAT
TATCAAAAAATTTAACGTTGCTTCTGCCAGTATTCTATCAAGATGTACAA
ACAAAGAACAAACAGATGCTTGCTTGTCGGTGCCTTCAGCGGCCCAACAT
AATCAGAAACCTCCAAAGATCAGTGAACATTTACAAAAGAGAGGTTGAAA
TTCGACCAATGATGTATGTTGCTTTAACTTATGATCATCGCTTGGTTGAC
GGTCGGGAAGCAGTTACATTTCTCAGGAAGATCAAACAAAATGTTGAAGA
CCCTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCTGGTAGTCTTGCAA
TTGAAGACATGGATGGTGGTACGTTTACCATCTCCAATGGTGGTGTGTTT
GGTTCACTTATGGGTACACCTATCATCAATCCTCCACAATCTGCCATCCT
TGGGATGCATGGAATCTTTGACAGGCCTGTTGCAGTCAACGGAAAAGGTT
TGGTTGTACCTGTCTTGAGGGATGTAAACAAAATGAATTTTGCTGATATT
GAACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGAAGACAACTACGTC
ATTTACCGTGACTTTGTTGATATCAGTGTTGCAGTAGCCACGCCAAAGCA
ACGCAATGAAAATCAGGAATCAATATAAAGACCTATTCTTAAAGAAACAC
AACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAGCATCATCAACTGC
CTTGGAACAAATGCCAACCGTAAATGCAGGTTAAAATGAACAGAATGAGA
CAAAGGATAGCACAACGATTGAAGGAAGCACAAAATATAAATGCAATGCT
CACAACTTTCAATGAAATTGATATGAGCGACACCACTAACACAACAACAA
CCAATGATGACAAGATCTCCAACACCGGCTCCACCACCACCTGCCTCACA
AATGACCGCATCTATTGAAGAAGTTAAAGAAGCACCAACAAGAATCCATG
GAACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTAGGTGTTGATGAGG
TCATCGGTGAAATTGAAACAGATAAAACTTCACTTCCCATTGTTTCACCT
GCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATGGTGGAAGGGTAGA
GAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCAGGTGGCGAAACAA
AAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCCACCTCCACCTCCT
CCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTGGTCCTGCACCAAC
TCAAGCACCACCTATCGATGATGAATTCCAAATTGTTAGCACTCCTCCTT
TTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGAAAAAGTTTTAGAT
CATCCAATACCCTCAAACATCCAGCCAAAGGCTTTCAAACTTCTGCATTC
TCGTAACGGACATTATCAAAAAATTTAACGTTGCTTCTGCCAGTATTCTA
TCAAGATGTACAAACAAAGAACAAACAGATGCTTGCTTGTCGGTGCCTTC
AGCGGCCCAACATAATCAGAAACCTCCAAAGATCAGTGAACATTTACAAA
AGAGAGGTTGAAATTCGACCAATGATGTATGTTGCTTTAACTTATGATCA
TCGCTTGGTTGACGGTCGGGAAGCAGTTACATTTCTCAGGAAGATCAAAC
AAAATGTTGAAGACCCTGCAGCTATGTTCCTTGATTTGTGAGCACGTTCT
GGTAGTCTTGCAATTGAAGACATGGATGGTGGTACGTTTACCATCTCCAA
TGGTGGTGTGTTTGGTTCACTTATGGGTACACCTATCATCAATCCTCCAC
AATCTGCCATCCTTGGGATGCATGGAATCTTTGACAGGCCTGTTGCAGTC
AACGGAAAAGGTTTGGTTGTACCTGTCTTGAGGGATGTAAACAAAATGAA
TTTTGCTGATATTGAACGAGGAATGAATGCCCTTGGAGAAAAGTTATTGA
AGACAACTACGTCATTTACCGTGACTTTGTTGATATCAGTGTTGCAGTAG
CCACGCCAAAGCAACGCAATGAAAATCAGGAATCAATATAAAGACCTATT
CTTAAAGAAACACAACATGAAACTTGGATTCATGTCTCCTTTCCTCAAAG
CATCATCAACTGCCTTGGAACAAATGCCAACCGTAAATGCAGGTTAAAAT
GAACAGAATGAGACAAAGGATAGCACAACGATTGAAGGAAGCACAAAATA
TAAATGCAATGCTCACAACTTTCAATGAAATTGATATGAGCGACACCACT
AACACAACAACAACCAATGATGACAAGATCTCCAACACCGGCTCCACCAC
CACCTGCCTCACAAATGACCGCATCTATTGAAGAAGTTAAAGAAGCACCA
ACAAGAATCCATGGAACTAGAAATGAAACAAAGAGGTTGGAGACAGTGTA
GGTGTTGATGAGGTCATCGGTGAAATTGAAACAGATAAAACTTCACTTCC
CATTGTTTCACCTGCTGCTGGAGTCATTGAAGAAATCTTTGTTGAAGATG
GTGGAAGGGTAGAGAAAAACGACCAACTCTTTAAGTTGAAACTTGGTGCA
GGTGGCGAAACAAAAACAGAAGAGGCTGCTCCACCACCACCGCCGCCGCC
ACCTCCACCTCCTCCTCCAAAAGCAGAAGCACCGAAAGCTGATACAGCTG
GTCCTGCACCAACTCAAGCACCACCTATCGATGATGAATTCCAAATTGTT
AGCACTCCTCCTTTTGCAGAGTCTATTACTGAAGGAGATGTAAGGTGGGA
AAAAGTTTTAGATCATCCAATACCCTCAAACATCCAGCCAAAGGCTTTCA
AACTTCTGCATTCTCGTAACGGACATTATCAAAAAATTTAACGTTGCTTC
TGCCAGTATTCTATCAAGATGTACAAACAAAGAACAAACAGATGCTTGCT
TGTCGGTGCCTTCAGCGGCCCAACATAATCAGAAACCTCCAAAGATCAGT
GAACATTTACAAAAGAGAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_035236XLOC_035236Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00055984-exon-scaffold_266-1575043694:136676..136806TCONS_00055984-exon-scaffold_266-1575043694:136676..136806Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:136380..136587TCONS_00055984-exon-scaffold_266-1575043694:136380..136587Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:127750..127798TCONS_00055984-exon-scaffold_266-1575043694:127750..127798Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:127522..127546TCONS_00055984-exon-scaffold_266-1575043694:127522..127546Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:127258..127319TCONS_00055984-exon-scaffold_266-1575043694:127258..127319Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:126957..127034TCONS_00055984-exon-scaffold_266-1575043694:126957..127034Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:126484..126777TCONS_00055984-exon-scaffold_266-1575043694:126484..126777Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:126101..126243TCONS_00055984-exon-scaffold_266-1575043694:126101..126243Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:125884..125981TCONS_00055984-exon-scaffold_266-1575043694:125884..125981Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:125627..125757TCONS_00055984-exon-scaffold_266-1575043694:125627..125757Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:125469..125536TCONS_00055984-exon-scaffold_266-1575043694:125469..125536Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:125192..125275TCONS_00055984-exon-scaffold_266-1575043694:125192..125275Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:124882..125049TCONS_00055984-exon-scaffold_266-1575043694:124882..125049Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1575043694:122722..123576TCONS_00055984-exon-scaffold_266-1575043694:122722..123576Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:136676..136806TCONS_00055984-exon-scaffold_266-1510915933:136676..136806Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:136380..136587TCONS_00055984-exon-scaffold_266-1510915933:136380..136587Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:127750..127798TCONS_00055984-exon-scaffold_266-1510915933:127750..127798Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:127522..127546TCONS_00055984-exon-scaffold_266-1510915933:127522..127546Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:127258..127319TCONS_00055984-exon-scaffold_266-1510915933:127258..127319Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:126957..127034TCONS_00055984-exon-scaffold_266-1510915933:126957..127034Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:126484..126777TCONS_00055984-exon-scaffold_266-1510915933:126484..126777Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:126101..126243TCONS_00055984-exon-scaffold_266-1510915933:126101..126243Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:125884..125981TCONS_00055984-exon-scaffold_266-1510915933:125884..125981Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:125627..125757TCONS_00055984-exon-scaffold_266-1510915933:125627..125757Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:125469..125536TCONS_00055984-exon-scaffold_266-1510915933:125469..125536Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:125192..125275TCONS_00055984-exon-scaffold_266-1510915933:125192..125275Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:124882..125049TCONS_00055984-exon-scaffold_266-1510915933:124882..125049Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1510915933:122722..123576TCONS_00055984-exon-scaffold_266-1510915933:122722..123576Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:136676..136806TCONS_00055984-exon-scaffold_266-1491911889:136676..136806Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:136380..136587TCONS_00055984-exon-scaffold_266-1491911889:136380..136587Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:127750..127798TCONS_00055984-exon-scaffold_266-1491911889:127750..127798Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:127522..127546TCONS_00055984-exon-scaffold_266-1491911889:127522..127546Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:127258..127319TCONS_00055984-exon-scaffold_266-1491911889:127258..127319Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:126957..127034TCONS_00055984-exon-scaffold_266-1491911889:126957..127034Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:126484..126777TCONS_00055984-exon-scaffold_266-1491911889:126484..126777Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:126101..126243TCONS_00055984-exon-scaffold_266-1491911889:126101..126243Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:125884..125981TCONS_00055984-exon-scaffold_266-1491911889:125884..125981Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:125627..125757TCONS_00055984-exon-scaffold_266-1491911889:125627..125757Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:125469..125536TCONS_00055984-exon-scaffold_266-1491911889:125469..125536Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:125192..125275TCONS_00055984-exon-scaffold_266-1491911889:125192..125275Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:124882..125049TCONS_00055984-exon-scaffold_266-1491911889:124882..125049Clytia hemisphaericaexon
TCONS_00055984-exon-scaffold_266-1491911889:122722..123576TCONS_00055984-exon-scaffold_266-1491911889:122722..123576Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00055984-proteinTCONS_00055984-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_266supercontigscaffold_266:122722..136806 -
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
131.146 127.445 96.1499 95.5606 35.0343 28.8093 62.9178 64.9026 65.5532 67.572 85.4588 86.5314 83.3443 88.18 63.0179 80.0848 155.495 175.831 74.219 71.2891 142.655 147.25 107.718 112.622 161.586 146.436 111.61 110.013 72.1411 68.0287
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR000089Biotin_lipoyl
IPR0010782-oxoacid_DH_actylTfrase
IPR006255SucB
IPR0030162-oxoA_DH_lipoyl-BS
IPR011053Single_hybrid_motif
Vocabulary: Biological Process
TermDefinition
GO:0008152metabolic process
GO:0006099tricarboxylic acid cycle
Vocabulary: Molecular Function
TermDefinition
GO:0016746transferase activity, transferring acyl groups
GO:0004149dihydrolipoyllysine-residue succinyltransferase activity
Vocabulary: Cellular Component
TermDefinition
GO:0045252oxoglutarate dehydrogenase complex
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008152 metabolic process
biological_process GO:0006099 tricarboxylic acid cycle
cellular_component GO:0045252 oxoglutarate dehydrogenase complex
molecular_function GO:0004149 dihydrolipoyllysine-residue succinyltransferase activity
molecular_function GO:0016746 transferase activity, transferring acyl groups
Blast
BLAST of TCONS_00055984 vs. Swiss-Prot (Human)
Match: ODO2 (Dihydrolipoyllysine-residue succinyltransferase component of 2-oxoglutarate dehydrogenase complex, mitochondrial OS=Homo sapiens GN=DLST PE=1 SV=4)

HSP 1 Score: 377.481 bits (968), Expect = 1.138e-121
Identity = 180/236 (76.27%), Postives = 204/236 (86.44%), Query Frame = 1
Query:  970 GTRNETKVKMNRMRQRIAQRLKEAQNINAMLTTFNEIDMSNAMKIRNQYKDLFLKKHNMKLGFMSPFLKASSTALEQMPTVNAVIEDNY--VIYRDFVDISVAVATPKGLVVPVLRDVNKMNFADIERGMNALGEKARSGSLAIEDMDGGTFTISNGGVFGSLMGTPIINPPQSAILGMHGIFDRPVAVNGKVEIRPMMYVALTYDHRLVDGREAVTFLRKIKQNVEDPAAMFLDL 1671
            G R+E + KMNRMRQRIAQRLKEAQN  AMLTTFNEIDMSN  ++R ++K+ FLKKHN+KLGFMS F+KAS+ AL++ P VNAVI+D    V+YRD++DISVAVATP+GLVVPV+R+V  MNFADIER +  LGEKAR   LAIEDMDGGTFTISNGGVFGSL GTPIINPPQSAILGMHGIFDRPVA+ GKVE+RPMMYVALTYDHRL+DGREAVTFLRKIK  VEDP  + LDL
Sbjct:  218 GLRSEHREKMNRMRQRIAQRLKEAQNTCAMLTTFNEIDMSNIQEMRARHKEAFLKKHNLKLGFMSAFVKASAFALQEQPVVNAVIDDTTKEVVYRDYIDISVAVATPRGLVVPVIRNVEAMNFADIERTITELGEKARKNELAIEDMDGGTFTISNGGVFGSLFGTPIINPPQSAILGMHGIFDRPVAIGGKVEVRPMMYVALTYDHRLIDGREAVTFLRKIKAAVEDPRVLLLDL 453          

HSP 2 Score: 103.605 bits (257), Expect = 2.728e-23
Identity = 52/86 (60.47%), Postives = 62/86 (72.09%), Query Frame = 1
Query:  454 FQTSAFSFDDEFQIVSTPPFAESITEGDVRWEKEVGDSVGVDEVIGEIETDKTSLPIVSPAAGVIEEIFVEDGGRVEKNDQLFKLK 711
            F+T+A   DD    V TP FAES+TEGDVRWEK VGD+V  DEV+ EIETDKTS+ + SPA GVIE + V DGG+VE    LF L+
Sbjct:   60 FRTTAVCKDD-LVTVKTPAFAESVTEGDVRWEKAVGDTVAEDEVVCEIETDKTSVQVPSPANGVIEALLVPDGGKVEGGTPLFTLR 144          
The following BLAST results are available for this feature:
BLAST of TCONS_00055984 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
ODO21.138e-12176.27Dihydrolipoyllysine-residue succinyltransferase co... [more]
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