TCONS_00001510 (transcript) - C. hemisphaerica

Overview


Name	TCONS_00001510
Unique Name	TCONS_00001510
Type	transcript
Organism	Clytia hemisphaerica (Jellyfish)
Sequence length	3002

Sequence

The following sequences are available for this feature:

transcript sequence
protein sequence
transcript from alignment at sc0000010:965417..981344-
coding sequence from alignment at sc0000010:965417..981344-

transcript sequence

>TCONS_00001510 ID=TCONS_00001510|Name=TCONS_00001510|organism=Clytia hemisphaerica|type=transcript|length=3002bp
GTTCTTGGCTCTTGAAGAAGAAAGACCTCTTCTtcacttcttcattttca
tttgtacCGGGCAGTTCGTTCTTTCAGGTACACACAGTGAAGAATGTGGG
CCCTTTGGTTCTTGTTTTCGATTGTTGCTACATCAGCATCAGaatTGACA
TGGCTGAAACTTGATGATGCATTATCCCAAGCTAAAGAAAAGACGCTTCC
AATCTTATTGTTGAGTACTCGTTCTAAATGTAAACCCTGCAAAAaactga
TCGAAGATTTCGAAGCGTCCAGTGAGTTTGTTGAACAAAGCAAGAAATTC
CTACTGGCAAAAGCTGAAGATAAAGAGATTGGCAAATTGGGTGCATATAA
AAGCGAAGGAAAATATGTCCCTAAAATCGTATTCATTAATCACAATGGTG
TCATGATGCGGGAATTGGACAACAAGAATAAGAAATCCGATAAAACAAAA
TACTTCTACAAAAAAGTTTCTGATGTTTTGATCAGTATGGAAGTATGTTT
GGAGCACCAGTTCTTGGATAGTGGTTTCGGTAAAGACTATGTGTGGTATG
AGTGGACCTCAGGCTTGGCGGCTGCAAAACAACAGAATAAGCCAATTCTT
GCTGTTTTCCATCAAGACTGGTGTGGTGCTTGCCAACGATTGAAACCATC
ATTCGCAGCTTCAGATGAGATCAAAGAAGTAGCGGACAAGTTCATCATGA
TTAATACTGACGAAGATGACATTGTGAAAGAAAGTGATAAATACAGAGCT
GATGGAGAATACTATCCCAAAATATTATTTATTGACAGCGATGGTGATTT
GATTGAAGAAGAATTGAATTATGGAACAAAACATAAACATGTTCTTCATT
ATTATGGTTCAGGAAAAGAAATCCGCGCATCAATGGACCGAGTCATTGGA
AATATCACCGAAGCTCAAAACGTCAAAGACAATGATCTTGGAAAACACAT
CAAATGGGTTACTTACAAAAAAGGATTACAACTTGTTAAAACTTTGAAGA
AGCCAATGATGTTAATCATCACCAAATCTTATTGTGGTGCTTGTAAAGCT
CTCAAACCAAGAATTCAAAGAAGTAAAGAATTTGCTGAGCTCAGCAAGAA
ATTTGTCATGGTTACTGTTGAAGATGATGATGAACCAGATGAAGATCAAT
TTGATGTTGATGGTGCCTACATTCCAAGAATATTCTTCTTAGACAGCAAT
GGTAAAGTTGACGAATCCCTACGCAATGaaggaaaatctttcaaaaaatc
acgATACGCTTATGGAAATGTTGACCAATTGATGACTAACATGAACAAAG
CTTTGGAGATGAAACTTGGTGAACGAACAGAGGATCACCAATacacacaa
caacaacaacaacaacaacaacaacaagattcTCAGAACACTCAACAAGA
ATCGCAGAACACTCAACAAGAACAAACACAAACTCAGCAACAACCAAAAG
AAGAAGCCAAGCAGAAAACTGATGGTTTTGGCACCAACATCAGATGGTAC
AATTATACAGTTGGAGTACAACAAGTGAAGAAGAATCACATGATTGGTCT
TGTCGTATTCTACAATAACTATTGTGAATTCGCTCGATACATGAAAGAGC
AGCTCAATGAATCACCAGAGATCACTGAACTTTCTAACAAATTTGTTATG
ATTCGTGTCAGCGAAGAGGAAGCGaaagaaacgaaagaaaaatatgatgT
CGATGGAAAATATTCACCAAGGATGTTCTTTATCGATCCTGATGAGAACG
TCCAGGTCAATCTCAACAACAGTTTGATCGACTCACCATACGATTCCACC
CTCTTTTACTACGGTACCGATAAAGAGATTCTCAGCATGATGAAAAGCGC
CCAACAAACAATGAATATCACCCTCGGGCGGGGATTTGGTGAATACATTG
ACTGGGTGGCCTATCCAAGGGCGTTGGAGttatgcaaggagaaaaatatG
CCAATGATGTTAATTATCCATAAAACGTGGTGTGGTGCATGTAAATCTTT
GAAACCAACGATCAAAGATTCGAGACCTATCTGGGAATTGAGCAAATATT
TCATCATGGTTAATACTGAGGATTCAGAGGAGCCTCATGACGAACAATAT
TTCATTGATGGTGGATATTATCCAAGAATTTATTTCTTAGATTCTCAAGG
CAAAGTACACCATGACCTTCACAACAGAGATCCCGCCTTCTTGAAATACA
AATTTTCATTCGCCTATGAAGAACAAATCTTGCAAACGATGAAATTTGCT
GTTGGGAAGTTTTATAACACACAAAACACTGCACAACAAAACACACAACA
ACAAACCACACAAcaacaagaaaaacaacaacaaaaacaggAAACTAAAA
CAGAAGAAGGTAAGAAAGAGAAGAGCACAACATTATCTCCTGGTAAACGA
TTGTTATCAAACAGTGGTCTCAAATGGAATAACATTAATGCTGCTCTGGA
AGAAGCAAAGGAAagccAAAAGCCAATTATGTTCTTAGTTCATCGCACAA
CTTGCCCCGCTTGTAAAGcTACTATCAAGATGATTGTGAGAGATGAAGAG
TTCAAAGAGAAATCTCAAGGATTCATCCTTGCTGACATTGAGGACGACGT
TGATGATGAATTAGCTGATTCTTTTGATATCGATGGAACGTATGTACCGA
GAATTTATTTCTTGGATCCTGAAGGCAAGATATGGAAAGATTTATGGAAC
GTGGGTACAAGTTATTTGGACAACAAGTTCTACTTCTTCGAAAGCTCAGC
AAtcTATCGAGCAATGGAAAAAGCCAAGGAAAAGATGTCAGCGTGGAAAC
CAGGGGACCAGTCTGAAGAGACTAATCGAGTTGTCAAAAAACCAAAAGAT
GAATTATAGTTTtaaatttctatttctaatttaagttaatttttgtactt
ttatttcctgattttatttatttttctttttttttttatttcaaccatga
tcatgtttttttgttctggttttgtttttgatgtttctgaatctgctttt
tg

Run BLAST on NCBI

protein sequence of Thioredoxin domain containing protein

>TCONS_00001510-protein ID=TCONS_00001510-protein|Name=Thioredoxin domain containing protein|organism=Clytia hemisphaerica|type=polypeptide|length=921bp
MWALWFLFSIVATSASELTWLKLDDALSQAKEKTLPILLLSTRSKCKPCK
KLIEDFEASSEFVEQSKKFLLAKAEDKEIGKLGAYKSEGKYVPKIVFINH
NGVMMRELDNKNKKSDKTKYFYKKVSDVLISMEVCLEHQFLDSGFGKDYV
WYEWTSGLAAAKQQNKPILAVFHQDWCGACQRLKPSFAASDEIKEVADKF
IMINTDEDDIVKESDKYRADGEYYPKILFIDSDGDLIEEELNYGTKHKHV
LHYYGSGKEIRASMDRVIGNITEAQNVKDNDLGKHIKWVTYKKGLQLVKT
LKKPMMLIITKSYCGACKALKPRIQRSKEFAELSKKFVMVTVEDDDEPDE
DQFDVDGAYIPRIFFLDSNGKVDESLRNEGKSFKKSRYAYGNVDQLMTNM
NKALEMKLGERTEDHQYTQQQQQQQQQQDSQNTQQESQNTQQEQTQTQQQ
PKEEAKQKTDGFGTNIRWYNYTVGVQQVKKNHMIGLVVFYNNYCEFARYM
KEQLNESPEITELSNKFVMIRVSEEEAKETKEKYDVDGKYSPRMFFIDPD
ENVQVNLNNSLIDSPYDSTLFYYGTDKEILSMMKSAQQTMNITLGRGFGE
YIDWVAYPRALELCKEKNMPMMLIIHKTWCGACKSLKPTIKDSRPIWELS
KYFIMVNTEDSEEPHDEQYFIDGGYYPRIYFLDSQGKVHHDLHNRDPAFL
KYKFSFAYEEQILQTMKFAVGKFYNTQNTAQQNTQQQTTQQQEKQQQKQE
TKTEEGKKEKSTTLSPGKRLLSNSGLKWNNINAALEEAKESQKPIMFLVH
RTTCPACKATIKMIVRDEEFKEKSQGFILADIEDDVDDELADSFDIDGTY
VPRIYFLDPEGKIWKDLWNVGTSYLDNKFYFFESSAIYRAMEKAKEKMSA
WKPGDQSEETNRVVKKPKDEL

Run BLAST on NCBI

transcript from alignment at sc0000010:965417..981344-

Legend: exonfive_prime_UTRCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

>TCONS_00001510 ID=TCONS_00001510|Name=TCONS_00001510|organism=Clytia hemisphaerica|type=transcript|length=15928bp|location=Sequence derived from alignment at sc0000010:965417..981344- (Clytia hemisphaerica)
GTTCTTGGCTCTTGAAGAAGAAAGACCTCTTCTTCACTTCTTCATTTTCA
TTTGTACCGGGCAGTTCGTTCTTTCAGGTACACACAGTGAAGAATGTGGG
CCCTTTGGTTCTTGTTTTCGATTGTTGCTACATCAGCATCAGGTATGTAG
AACTCCTTGTATTTCATACAATTTGATATTGGCTATTCGGACTAATAATT
CGGGAAATCTTATTATTTATTCGATATTTCGTGAGATTCGAATTTTTAAA
AGTATTTTCAAGGCATTCGAGAACTTATATCTACAAAAGACTATTGTTTT
AGGAAAGTCAGATTAATGGAAATCCATTTTATTATGTATCATCATGTTCG
TATCTAATTGTATCGGTTACGCTTTCAATTTGGAGATATTATCGTTATAA
AATACTGTTCTTATTTTTTCAGAATTGACATGGCTGAAACTTGATGATGC
ATTATCCCAAGCTAAAGAAAAGTAAGATGAATGTGATGTTTTATCAATTT
TAATTTTGTCTTCTCTGACAAAATGTTACATCTTTTTCGATCCTTAGAAT
GCTGAGTTTGACACTTATATAAAAGTCGTCTGAAGTTCTACACCTGTTAG
TTTTTTAGTATTTAGAAGCCTATTAACTTTCTAGTCGGACCATGGTCTGT
ACTGTACTAAATCATCTGTAACTTATGAATTTCTTTCGGTTTTAGGACGC
TTCCAATCTTATTGTTGAGTACTCGTTCTAAATGTAAACCCTGCAAAAGT
AAGTCTACCATTGATGTATTGCTTTCTTGAACTGTGACCTCTTTTTAACA
AATTCTTTTCTAAAAGATCTTCAAGTAAAAGTTGAAGAGAAAGTTCTCAA
AGGTCAAATAAGTCCAGAAATTTGTAAATTTTATTTCCTTTCTCCGTTAC
GTATGTAGAGGGGTCTGTACCACTCACTCCCTTTATAAAACTACCGCTCA
CGTTTGGACGATTTCTCTTTTAGCAAAAGGTACCGATCCCCTGAACCGCC
TTTTTTCAGCACCCCCGGACAAGGATGGATTTATTAACCCCTTATGATTC
TTAATCTTATATATTATCAAATAATTTTTAAGAACTGATCGAAGATTTCG
AAGCGTCCAGTGAGTTTGTTGAACAAAGCAAGAAATTCCTACTGGCAAAA
GCTGAAGATAAAGAGATTGGCAAATTGGGTGCATATAAAAGCGAAGGAAA
ATATGTCCCTAAAATCGTATTCATTAGTAAGTATATTCGACCTTTTTATC
AAAACTTTTATATTTTCATCTCTTTTCTTTGGTTCGTCTTCTTGGCTGTC
AACATTCCTCAGATAGGTTTTGCTTGAACTTAAACTATTCGGGGATCCCT
GCATGCTTTTCACTTTACCGCATATACAATTTTTTTTTCAAATCAGCATT
TTCAAATATTTGAGATTTAGCCAAGAATTAATTAAAATTACCCTGAATAC
GCGCCAATTTTCCTCAAACTATGTGTTTTTTATTAATTTCGCGAGTTTTA
TTTTCGAAAAAAAAAACACGAAAATTTGCGAAAACACAAGATTGAATCTT
GTTAAAATTAATCCAAGTAATATAACTCGAACCTCTACATCATATCCTAA
GAAATATTAATTATCCCCCTAGATCACAATGGTGTCATGATGCGGGAATT
GGACAACAAGAATAAGAAATCCGATAAAACAAAATACTTCTACAAAAAAG
TTTCTGATGGTAAGTTCATCTTTTTACTGTTGCGTTGCGATTGCAATAAG
ATAGAATTTAAGTTTCCGTCGCCAAAAAGTTTTTAGAAAAAATTATTGGT
ATATTTCAGGAAAATTATATTCAAAGCTATTAAATGCTATCAGTTGTACA
TCCAGTTTTTGCCCTTTGATGTACGATGCATTGTTACATCCCCTGTCTCA
GTAACCCGGTGATCTCTTAGCCAGCCTTAGCGAGGATGAAGTAAAAGCGT
TGAATATCAATATGGCTCGTGGAAAATCTCATTTTAATCATCCGATAGTG
TCTTTATCAAATGAGATGCTCCAATGCTTTTTCCGTGAAAATTTCATGAA
TTTTTTGACGTATTTTTCCAGTGGGTAGAGGGCTCCACCAAATCTTTGAG
GATGCGATTATATTTTTTGAAACTGCTATTTCTTGTTCTCGATACAGTTT
TGATCAGTATGGAAGTATGTTTGGAGCACCAGTTCTTGGATAGTGGTTTC
GGTAAAGACTATGTGTGGTATGAGTGGACCTCAGGCTTGGCGGCTGCAAA
ACAACAGTAAGTTGGTGAAATAGATATAATTTTTTTTTTTTTTTGGGGGG
GGGAGGGCGACTTTATTGAAAAACATGCAACTTATTAACGTCGTCGTGAA
TTACTTCGAAATTCCACAGTAAATCTTTTAATTATCCTATGTCAGTCAGA
GCCAGATAGAGATTTTGCCTTGTCGGGGAAAAGCTCGTTTCAGTCGCGTG
TTTTTTATTCTCAAAAAGGTTCATGTATCTTTGAAGAAGAGATACGAGTA
TTTTAAAACAACTGCTTCTTCCAATCAACTTTAAAAAACCTATGTAGAAC
TTCTAGCTTTGTTTGAGAGCTGTTGAGAGTGTTCTTTCGCAGGTATTTTC
TTTTAATCATACCAAAAAATCGATTTTGTTTCCAGGAATAAGCCAATTCT
TGCTGTTTTCCATCAAGACTGGTGTGGTGCTTGCCAACGTAAGAAAATCT
TCCATCTTTCAAAAGATCCCTCTAAATAAACTATTCAGCATTTATATAAG
CATTTTGCTAATCTTAAACTTTGGCCTAATTATGGATTATTACCCTCTAC
CAGAGTCTTCTACTTCACGCATAACGTAGTCGTAGTACAGTGATGAATTT
TGATATTTCTGAAGATTTCGGGTGTAGGGAAGATTTAGAAGTTTGTCTTT
TATTTATTTATAATCTAATGTTTCTTGTGATTTGTAGGATTGAAACCATC
ATTCGCAGCTTCAGATGAGATCAAAGAAGTAGCGGACAAGTTCATCATGA
TTAATACTGACGTATGTATATATCTAACCAGAAATTCCTGGATTTCTTTC
AAAAAGGAAACATTAACAAAATTACTTTATTTGTTCATCCCATCATCTCG
TTTCTCTCGGTCACGGTATAATGACGTCAATCTATCGGGAAATTACACGC
TTTTTGATTAGAACACAAGACTTAAAATATTGAAAAGAAGAGAAAAGCTA
ATGCTCAGGTTCTTATAGAAAAAACGTATTAACATCGCCTCATCCTCGGT
ATTTTAGGAAGATGACATTGTGAAAGAAAGTGATAAATACAGAGCTGATG
GAGAATACTATCCCAAAATATTATTTATTGGTAAGAAAAAATCGGTTATC
TCGTTTGTATTGTATTTTCGAATCTTGTGATATACATAAGAAGGACATTA
ACTGTTTATTAATCTTAACTGGAAATTTATGCGATCTCTACATTTCAGAC
AGCGATGGTGATTTGATTGAAGAAGAATTGAATTATGGAACAAAACATAA
ACATGTTCTTCATTATTATGGTTCAGGAAAAGAAAGTAAGAATTAAAAAT
GTTTTTAAAATAAAGTTCCATTTAACAGGGCGATTGCCGGTCGCTTTGTA
GATGAACGCTAAAAGGCCTTAGATTACTTGGGATATCAACGAAATATCAA
CTCTATCTACAATGTCTCTCACCAACTCTAATCTTAGACTGTACTCCACT
ATGTGGGATTAGCGACAAATCTAAAATAATTATTTTGGATAGTTGTCACC
CGAAATTGAGTATTGGCATTGTATTTTAGTTTACAAATAAGATTGAAACG
TTAACTTTTCAACATTATCTTATAATAGTCCGCGCATCAATGGACCGAGT
CATTGGAAATATCACCGAAGCTCAAAACGTCAAAGACAATGGTAAGACAA
TCTCCTTGGAATTTTATCCATCCAGCATAATACCTTAGGTCAAGGAAGGG
AAACAAAGAAATTGCACTACCTTCATATCAGCTTGTCGCATAATCAACTT
GGATTCATTTCCCGGTGGGTAGTACTAGGTTTGCCAACTGATGGTATGTT
CAACGAAAAATTGGCTTTTAGAATTGCACCTTTACAGTGAAGCAAAAAAT
CGGAGAAGTTCAAACCCTTAACTGCATTCTTCTCAAATTTTCAAATCTTT
CAAGCAAAAATAAATCAGAATTTTCAAGCAAAAATTTGCAATTTTTCCTG
GATTTTTGCAGAAATTTCCACCCTTAAAGTGCGTTTATCGAAAATTATAC
CCTTACAGTGAGTGCATTTATGCTTTCTTGAAAAATATACCCTAAATCGC
TGCACATACCCGTCGGTCAATTTGCCTGACTGCTTCCCCCCCCCGGATTC
ATTTTTTTCACTGGCCTACTGGTAGATATAAGATTTTATCATAATAACGG
GGAGCTTTGCTTTTCTAATTGACTTGGATATCTTTTGCTATTTTAGATCT
TGGAAAACACATCAAATGGGTTACTTACAAAAAAGGATTACAACTTGTTA
AAACTTTGTAAGTTATTCTCGTTTCCAGTCTTTTCCATCACAATCATGTG
ATAGCTTTTTGAGCAGAACCAATATATACATTTTTAAAATCCAGCGTTTT
ACTGAAGAACTACTCGGTACCAGAGTGTATCTCACGTTTATCGCTTCGTA
GTACCTCTACGGGGATGAATCTTGAAATTAGCCGTAGAAATTGGGTCTGT
GTACAGATAACTGAAAAACACGATTGCTTTATGTTTTCAGCGTTCAAGCT
TACTTTTTGAGAAACACCCCTGTCTCAGTGACCAATGAGAATGTTCGTTG
ATATAAAAAACTTCATCTTTTTATGCAGTCCGGTCTTATTTAGGATTTCA
TTATTTTTCATCATAGGAAGAAGCCAATGATGTTAATCATCACCAAATCT
TATTGTGGTGCTTGTAAAGGTATTACAAATCTCCCCCCTTTATAAGCAAC
AAATATGTCACCAATTATAGTGGAATCTCCATAAATCGAACACACACAGA
GAACAAAGAATTTGTTCCAGTTGAGGAAATTACAGTGGAATCTCCAAATT
AATTTCGAGATATTGAGTTATAGAGGTTCAAATTATTGAGACTGTACTGT
ACATGTACAACACTGTGGTCTCTAAGATTTTTCTAACAAGTCAGATTTTC
ATGGACTGTTTATTTCACAATTCTACAATATGCCTGAATCGTTTGTTCAA
ACAACAACCCAACACTTAAAAAGCATTGTAATAACATCAAATGAGAAATG
GATTTCAAATTTATTACTATTTCAGCTCTCAAACCAAGAATTCAAAGAAG
TAAAGAATTTGCTGAGCTCAGCAAGAAATTTGTCATGGTTACTGTTGAAG
TAAGTTGATTCTTTCACACAAAAAAATTCTAAACTTGAAACACCACCTTC
TCACAAACCTGGTAGGATTTTTCATCCAGTAGGATAAAAATGCTAGACTG
AAAGTCAATGAGGATATTCCCATGTTTTTAAGACTGTGGGCTTCTATTCC
ATTGTTTTCAAGTCAGCAAATTCAGTGGGAATGGAAAAAATAGCACAATT
TTTTACAGTGAGGATTTGTTTATTTGAGTATTTTTAGCGGGGACTAACCT
ATAAATTTCTACTGGGAACGATATTTTGGCTAATTTTTCCAGTAGGAAGG
GGTTACATCTGGTCTGTGTGAAGGGGGTTTCTTAAAATAGAGGAATATGT
ATTTAGCTCTTATTTTATTCAGTCTTTTCAGTTAAACAATCCTTAATCTA
CCAGTTAGACTCTTAGTAATTATAGTTTAAACCAGAAGATGTGACGGATC
GGTATATTATGGAATAAACTTTCGAATTTAAGGGGCGATTTCTTAAACGC
AAATCGAATGTTTTCTTTCATTATAGCGGTAGTTAAGTAACTATTAAGGG
CTATTAAATTAAGATATGGAATCAAGTCCAAATGTTTCATGTTAAATGAA
ATCTAGTATCCAATTAGTCTACACAATAGACAGCTCCAGGCTTTTAGGCC
TTACTCTTGGTATAGGCAGCCACTAATAACCTAGTACCACATGAAATTTT
ATTTTCATTTTCTCGCAGGATGATGATGAACCAGATGAAGATCAATTTGA
TGTTGATGGTGCCTACATTCCAAGAATATTCTTCTTAGGTAATTTAACCC
TCAAATAATTCATACGAATGTAGTCTAAGGTCCCAAATAAATAAACGTCC
CCACCCGGTTATTAATTTTCTAAAAGTTTTCGGTCCAACCCCTCCCCCGC
TTTTTTATTCTAAAAATATTGTCAGCTATCAATAAGCTGAATTGCTCTAA
ATTGCTTGTTTTTAATTAATCGTAGAAATTTTAGCGTATATTAGCGTCAG
GAAAATCTTGATTTTTTTTGGATTTATTTTAGCGAATCACGATTTCAAAA
AGTTTTGCGTGGATAAATTTTAGCGAATATTCGTATTACATCATTGACTG
AGTTCGTTTTCTAGCATTTCTCTGCACTGAAACCCTTCGTATTGACAAAA
ATGTATCAAGGCAATAAAACTAGAAATTTCGCGCGGATAAATTTTAGCGA
TCTGTCGATTCGGCGTGTTTTAGCGAGATTTATTTTAGCGAAAGTAGGGA
AAACTCGCTAAAACGCTAAAATTAGTCTCGCTAAAATTTCTACGATTAAT
TGGAGATACAATTTCGGACAATCTTTTATTCGGATCCCATCTACTAGTCG
AGACCTTAAAGTAGCCTAGGAGTGGGCGCCAATTTTTCCCCTGGATTGTC
CCCCCTTACTCTTGAGCAAAGAGGCTTAAAATGTGTACAATTCATGAACC
AGGGCCACCGTGCTCTAAAAACAACTTTCTGCTGGTCTAAAATTTTAAAT
GCTTTTGCTTCAAACCAACGAGAAACCGTTATATGGTTTTCAATATAATG
AGCACATTTCCTTAATACACACCCCTCCTCTTTATATATTACAGACAGCA
ATGGTAAAGTTGACGAATCCCTACGCAATGAAGGAAAATCTTTCAAAAAA
TCACGATACGCTTATGGAAATGTTGACCAATGTAAGAATTTTATTTATCT
CCAATACTTACAGTTATAATTAGTTGGGTAACCTAATTGAAGAGATCCGA
ATTGCCGTTTCTGATTCTTCACCTTACATAAAGGTTCGACTCGATTTTAC
GAAAATAAATTTCGCGAATCGGAAGAGATCACTGACTTACGAAATTAAAT
GCAGGCGAAATTTTTAAATCATAAATTTGGGTTTAATGTGTACTATAAGT
TTGTTATGGCGAAAATATGCGTTTTGAGGGCGATGCTCAGTTCACTTTTT
GGTTGTTTCGCAAATCGACTTGAAACCTAATGTTTTCGAATCTCTCGAAA
CGAAATGACAATCACCAAACCTATGTCTATATTCAACAATAACCTTATTT
TATCTGTTTTTCCCAGTGATGACTAACATGAACAAAGCTTTGGAGATGAA
ACTTGGTGAACGAACAGAGGATCACCAATACACACAACAACAACAACAAC
AACAACAACAACAAGATTCTCAGAACACTCAACAAGAATCGCAGAACACT
CAACAAGAACAAACACAAACTCAGCAACAACCAAAAGAAGAAGCCAAGCA
GAAAACTGATGGTGAGTCTACCTCAAAATTTTGAAAATCGAGTCAAAATT
GACAAAAATTTGGGGAAAAGTCTCTCCATTAAGGGTCCTAAATACGTCAA
TTTTTTCTCTCTCTCAGGGTCTATTTTCGATTTTTAGCTCAGACTTACCC
GTAACCTCGCAAACCTAGTACCTCTTAGGCTGTTACCCTCTCTTAGACAG
GGATTTGCAGCAGAAAACTGCTGGAACGCAAAATTTATTAGTAACGTTCA
TCTAACATCAAATGAACGTTTGGCATTGAACATTGTTTCTAAGACATTTT
TGCCACATTTTTAAAACCATCATTTTAAGCGTCATAAAAATTATTCTTTA
TGTCTTTTCTTCTCGCAAACTAAAATGAATAGACAAGGTTAAGTAGGGAA
ATTCAGGGGAAACAGAAGTGGTATCTTTCCCTACCTACCCTAGTTCATTT
ATCTTACCAACATTACATTAGGTTTTGGCACCAACATCAGATGGTACAAT
TATACAGTTGGAGTACAACAAGTGAAGAAGAATCACATGATTGGTCTTGT
CGTATTCTACAATAACTATTGTGAATTCGCTCGATGTAAGTTTCTCCATT
TATTCACCCCTGTGTCACAGACCCGCTGGGACCCAAGCCAAGCCCCACTG
GAAAATTTGGCCAAAGTTTCGTCCCCGGTGGGAAAAATACCCTACAATTT
CAGCCTCACTGGAAAACTCCTTATAGGTGTTTTTATTTTTCTAGAACAGC
GATGCATCGTGGGATGAGGAATTCCTAAGAGATTTCTATTGTAATACCCC
CGAAACAATCCGAAACAATCAAAAACTCTGATAAGATCTATTGACTTTGA
TTTCATCCCCATTCGAAATTCAATGTCAAAAATTACACTGCCGAAACCAT
CACCAGAACGATAGAACTTAATATTCCAAGGGGATTTCAATAGAATTTAT
CCCCGCTTTGGGAAAAAGTTCCACTGGGGCTGTGTGACAGTAGTATATTC
ATTTGTAATTATGGAATTATAAATAGCTGTAAATAGCATTGATAACTGTA
TCATAGAAATCTGCTCTCCTAAATGAAGTTTGCGCTCCTTTTGGCTATGA
TGCTTGTTAGAAAATTTCACTTGAACATAAAAATTTGATACCTTAAGGGA
ACTTATTTTGGCAGGAACTAATTTTGACGAGCGGCAAAAATCCTGAAAAT
TTTTAATTTTGGCGAGAACTTATATTGGCGATCGATGAATTTTTTTCATG
GTTAAGATGTGAAATTTATATATTAACGCGATTCTTTGTATCATTTTTTT
AGACATGAAAGAGCAGCTCAATGAATCACCAGAGATCACTGAACTTTCTA
ACAAATTTGTTATGATTCGTGTCAGCGTACGTAGAAATTGCTTCTTTATG
GAAATCCATTGTCAATTTGTTTTGATTTTTTAGCTAAGAGATTTGTAGAA
GTATTACATCACCCTCAGATTCGAAAAATTCCAAAGAATACTTCACCCTC
CGCCAAAAAAAACACTATTCTTATAAAAAAGGGTGTATTTGACGGAAAAA
TGATGAGTATTTCGGTATTGATCGGTCGTATAATATTTCCGGTATTCTGA
TACTCGTGGTAGCATTTTGACCGGTATTTGAAAACTTTTGTCGGGTACGC
TGGTATTCCGGTATTTTGTACCCTCGGAAGCAAGCCCCATCAAAGAATTG
ATGTCAGGTACTGGTATCGTCCATGATGAAGTAAAAATTTAAGAGTGTTA
TAAAATATCATTTAGATTTTAAATTGATTTATATTCAGGAAGAGGAAGCG
AAAGAAACGAAAGAAAAATATGATGTCGATGGAAAATATTCACCAAGGAT
GTTCTTTATCGGTAAAATTGATATTTCCGAGCATTTTACTATTAGAAACT
TTGGAGTTTGCGAAAACAGGTGTAGTTTTGGTTGATCAGAATATTTTTTC
ATAAGAATTACCTTTCCAGCGTGCCTCATCTTTGGAAAAGGTCCAAGTTT
AAAATTACGGCAGCCGAGAGAAATTTTTTACCCAATATTTCATCTTCCCC
TTCACATTTCAGATCCTGATGAGAACGTCCAGGTCAATCTCAACAACAGT
TTGATCGACTCACCATACGATTCCACCCTCTTTTACTACGGTACCGATAA
AGAGATTCTCAGCATGATGAAAAGCGCCCAACAAACAATGAATATCACCC
TCGGGCGGGGATTTGGTGAATACATTGACTGGGTGGCCTATCCAAGGGCG
TTGGAGTTATGCAAGGAGAAAAATATGCCAATGATGTTAATTATCCATAA
AACGTGGTGTGGTGCATGTAAATCTTTGAAACCAACGATCAAAGATTCGA
GACCTATCTGGGAATTGAGCAAATATTTCATCATGGTTAATACTGAGGTT
AGTGGAGACAAAAAGATTCGATCGATTGTAGATCTACAACTGAAATCTAT
GTAGGGTCTATGATAATCTGAATTGCAGATCTTTAGAAAACTGCAGATGC
TATATTCATGATGCGCCATTGCAATGTCTTCTGACATTACATCACGGACC
CAACAGCTGATTGGTTGTAAGTGACGTAAAATCACTTTTAACAAATCAGG
TGTTGGGTCCGTGGAATATATTGCAATGGTGCATATCATGAATAGGGAGA
GGATTTTTAGCAACCTGGGCCTATAAATGGTAGCACAAGAAACTTTTGAC
GTGATGAAGCAAAGTAAATAAATCTTTTCCCATCTTAGGATTCAGAGGAG
CCTCATGACGAACAATATTTCATTGATGGTGGATATTATCCAAGAATTTA
TTTCTTAGGTAAGTGCTTCTTTATACTGGCAATGATCATAAACATTACCG
AGTTGGCTTGTGATAACTTCATCAATGATCATTGACCTCATATTTATCAT
TTTCGCTTTTGTGTAGCTCCGTCGGAAAAATAAGAACAAAGCTATCTACT
TAAACTTCAATTAACTCCAGCGTTATTCATGGTCTGGAAGCTAATGAATC
GTATTATTTGATTTTCTTCTTCGGAAAGAAAGGAAAGAAATAAGTCCTAC
CGATGCAGGAGGAGAGACGTCTACCATACGCCTTCTCGCTACACTTACCT
CGGAGTGTATTTGTTTCCTAGGGTAATTCCCTCGTGTAGGAATTCTGTCT
TCTCAGAAATATCTGGATAATGCATGAGAAAAAAGACTCTTTCGTTTAAC
CTACTCTGTGACAATCAACCAATACTAACGCTTAACCTTTAATCTTCTTT
TCATTTAGATTCTCAAGGCAAAGTACACCATGACCTTCACAACAGAGATC
CCGCCTTCTTGAAATACAAATTTTCATTCGCCTATGAAGAACAAAGTAAG
TGATACCAAAGTGACAACACTAATTAATGTCGTTGCAGAAATTCTTCCGA
AAACAAACAAAAGTTTAGCCTGTAACAGAGTGAACAAATAAAGTTGGTTA
CCTAAAAAGTATAGGTTTTACGACCTTAAATTCAATTGTGTAACCTCTAG
GTCTGAAAATAAACTTGATTTATTGAAGGGATTTTTGATAAAATTTTGAA
TAAATTTTACGACACTTAGTATTAGGTGCCAAATAAACGGGGGGTGGGAT
AAACGGGGGTGGGGGTGGTTGGAAAATTTTTGAGATTTCAATAAACCTAA
TTGCCGGGGGGGTTGGAAATTGTACTTCTGAAAACCCAAAAATTAGGTAA
ATATAGGCTAAAATCAGGCTATTTAGAGCAAAATGAGAGGCCTTCCCTTT
GACAGCTGAAAATATTTTTTAAATTGGTAAACGGGGGGTCCTAATAAGGT
GCGGGGGGTGGGGTTGGAAAATTTTCGAAAAATTAACAAGCGGGGGGCCC
GTTTATTTGGCACCTAAGAGTAAGCACAAGCTAATCATAATTCTTGAAAT
TAGGTATTTAATGAAAGTACCTATAAAAGTGAATTATACAATATTAAATT
ATTGTTGGTTAAGAGACCTGTGATTTTAAGGGGTATCCACTTGTACCAGA
GGCTTTATATTCTTCATGTTCGAAAAATTTGAAATTTTCAATCCACGCTA
TAAGAAGATGTTGTTTATGCATTCATAGACGCTCTTGGACGTTATATGGA
CGTCGAAACAGCGTTTGTTTGTCCATTTTGTTTCTTCATTCACACACAAA
ACACGTTGTAATTTATCATCTCCACTTTTCTAGTCTTGCAAACGATGAAA
TTTGCTGTTGGGAAGTTTTATAACACACAAAACACTGCACAACAAAACAC
ACAACAACAAACCACACAACAACAAGAAAAACAACAACAAAAACAGGGTA
AATCATATTAATATTTCCATCATGGCGTTCTAAATCTGATTTCTATTTTT
TAATCTATTCTTCAATCCGATGCAGAACTTTAGCCTAACAAAGATCTTCT
TTTTTCTGTGAGGCACATTGTGGCTCATCGTTTTATAAGCTATAATTATA
TTAAAAAGTTGCGCCAGTCGTTAATTATTGCAGTCCATCGAACTCAATGC
TAAAAATATGGGGAAAATATGGTTAATTCTTTGTGTTTTGCTACACACAA
AAATTAAGGACCGGCCCAGTCTCAGCCAAGAATTACTTTATCTGATATTT
CGATGACGGGTTGGCGGCCGCCCACGCTAAAGCTCTAAAGGAGCGGGCCA
ATTTCCCATCGAAGAGGAGTGATCGTCGGCCTATGATGTGCCGCATCACC
AGTCGTGTTCAACTACCCTTGTGCATAAAGCTAAAAATATTTCGGTTGGA
CCCTCCAATTCCCAAAAACGATGACTGGGTTACCAGACCTCCTGCTGCAA
AATTCTTGACGCGGTCTTGCAAAATTCCGTAATGTAAACCTTCCAGATGT
CGAAATGTTTTCCAACCTTCAGAGCTTTAGCGTGTCGAATGAAAATTTCT
ACATCTTCGTAATCTGTTTTTTATTTACTTCCCAGAAACTAAAACAGAAG
AAGGTAAGAAAGAGAAGAGCACAACATTATCTCCTGGTAAACGATTGTTA
TCAAACAGTGGTCTCAAATGGAATAACATTAATGCTGCTCTGGAAGAAGC
AAAGGAAAGGTAAAGGTTGTTTTTTGAGTACGATATCAAAGTTGCTTTAA
TCGGATTAAATTTCGCGTGAATTTAATTTCGCGAATAAGCCTGAAAACAG
CTGAAAATAGGCATTTTTTTGCCACAAATGGAGACTTTGGATTGGTTTCT
CCGCCGGAAATTCGATTTAAAAAGTTTTGCGATAGATTTGATTTCGCGAG
TGAGGAATTTTGCGCGTTTTTGCGAGTTTTAATTTTACGAATGGCAAAAA
CTCGCAACATCGTGAAATTTAATCTCGCGAAAGTTAATCCGGTTAAAGTA
TACCATATGGAAGTAGTCAAAGAAAGGTTTTTTGTCTGAAACGGAAAACG
AATTTTACACAGCAATAAATAAGTGCATATTCTTGAACTTTTGGTGAAGT
ATGCAGAATTTTGAGACCGAAAATACTTCTTTATATACTTTAATAGGATA
AACTTTCGNTGGTGAAGTATGCAGAATTTTGAGACCGAAAATACTTCTTT
ATATACTTTAATGGGATAAACTTTCGCGGGGATTAAATTTAACGGTTACG
CCTATCCGCGAAATTCAAAAACTTCGCGGGGACTTAATTTCGCGGGTGGC
ACTATTGGGTGTCAATATTTTCACGATTTTGTGACTTTCACTGTCAAATC
ATACATGTTAGTTGTTGAAATACANNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNTTTTGAGTTTTGTTTAGAAATATTTCGCGGATGAAGCCCTT
CCAAATTTCCATTGGGACTTAATTTTGCGGATTTTCGCGGATGACACCAA
AATCCGCGAAATCCACGAAATTTAGTCCCCGCGAAAGTTTATCCCATTAA
AGTACTTCACTGTGATGGAAATCTGCCTGCCTGAAACGGAAGAACGTGTT
GTATGTTCCATTCATGATACTGTATTCATATTGTCATACCGTAGTTTCGT
GATATGAAAGCTTTGCCAGTAGTGCACGCTTTGACCTTGACACAAGCCAT
AATGCTCTCTTTTTTTCTTTTATAGCCAAAAGCCAATTATGTTCTTAGTT
CATCGCACAACTTGCCCCGCTTGTAAAGGTATTCAATATTTCGGAATCGC
ATTTGTAAATTTTTGCATCAATCAACTCTAATTTCTGCCTCATTTACTCA
AAATTATTACCAATATCTATATAATGGGCTCTTCCAGAAAATCAGTTCGT
TGGGGGTGGAGAATATATTATTTTGTCAATTCAATTACCCCTGGACATTT
TCATTTTTCACTCCCATGGGTTGTCATCAATTTAACACCTGGACACCAAA
ATTTACCCCTGAACATAGCAGATTTACCCCCTGGACAATGCAATTCTTAG
GACTGTTTTTGGGACCCCTGGGCAATTCAACCCTCCCCCATGGACGGACT
TTTTTCTGGAAGAGCCCAATGCAAATTAATATAATTTAAAGACAAGGACA
GAAATCCGAATTTTTACTGAGTTTTCATAAAATTCTTATTGAATGAAAAA
TGATGATTTTTCTTTTGATAGCTACTATCAAGATGATTGTGAGAGATGAA
GAGTTCAAAGAGAAATCTCAAGGATTCATCCTTGCTGACATTGAGGTAAA
ATTTGTTAAGGGAGATAGTTGAAGCATTGAAAATTATAATATCAATTAAG
AGACACACATGCATATATCCATATAAGGGATTCTGTCATTCAAACCAGAA
ATTTGAACAATCTTTGAACAACTGGACACTGCTTCATTTTGAGGTTAGTT
TAAAAAACAGTGGGATAAAATTAGAACATATCTACCGGGACACTAAGACA
AAGGGGTCTACTTGGNAATATCAATTAAGAGATATACATGCATATATCCA
TATAAGGAATTCTGTCATTCAAACCAGAAATTGCAGTGTATCTTTGAACA
ACTGGACACTGCTTCATTTTGAGGTTAGTTTAAAAAATAGTGGGATAAAG
TGGGACCATTTGAAACAATTGTTTTCTCCCTTTTAAAAACCTTAAGGACG
ACGTTGATGATGAATTAGCTGATTCTTTTGATATCGATGGAACGTATGTA
CCGAGAATTTATTTCTTGGATCCTGAAGGCAAGATATGGAAAGATTTATG
GAACGTGGGTACAAGTTATTTGGACAACAAGTTCTACTTCTTCGAAAGCT
CAGCAAGTAAGTTGTCTGTTTAATCTAAATAAGTTTGCATTTATCGACCC
AGTGATATTCATATTGGAAGTTTATCGTGGCTTGGATCAAGAGATTTACG
TTTGGCTACGTTTCGAGAGATTCTTCTCTCATCATAAGTTGTCTGTGTAG
AATTTGATAATGTTGTCTGTGTTTTCACCATAGTATAAGAAGTATAACTA
TGTTTTCACCCCCTACTAGAAAACTACCGTATGTGCATACAAAATTGAAC
CCTTAGAGAATATCTGGTCAAACAGGGTCAAATATAAATAAATTTGGGCA
AAAAATCGACCCTTACAGTGCATTTTCTTCAAACATTTATTTGTCAATCT
TCAGGTATATGGCCAGATTTTTCAAAATTTTGCACAAAAATAAATGGTTT
TTCTCACATTTGACACTCTTACAATGCACTTTGAGAAGTCTGAAATAAAC
TTCCAATAAGTGGGCCGATAAACTTAAACTTTAGCTTTAATTTCTTTTTG
GACCTATCTCGGAGGTCTAAATTAATAATCTAGTCTTAAATTAATACATT
TAAAACTATTTTTCCAACGGGGTATCGTGATTTGTCCTTCAAGAGTTATG
TATCAAAATGTACAGACTTGAAATATTATTGGAACAAACTTTAGTATTGG
AAAGACTTGAGTCTAATGAAATTCGAGGGTTTTGATTGTTATTGCTAGTG
TTATCAACTATTTCAATTTTCTTTTTAGTCTATCGAGCAATGGAAAAAGC
CAAGGAAAAGATGTCAGCGTGGAAACCAGGGGACCAGTCTGAAGAGACTA
ATCGAGTTGTCAAAAAACCAAAAGATGAATTATAGTTTTAAATTTCTATT
TCTAATTTAAGTTAATTTTTGTACTTTTATTTCCTGATTTTATTTATTTT
TCTTTTTTTTTTTATTTCAACCATGATCATGTTTTTTTGTTCTGGTTTTG
TTTTTGATGTTTCTGAATCTGCTTTTTG

Coding sequence (CDS) from alignment at sc0000010:965417..981344-

>TCONS_00001510 ID=TCONS_00001510|Name=TCONS_00001510|organism=Clytia hemisphaerica|type=CDS|length=2766bp|location=Sequence derived from alignment at sc0000010:965417..981344- (Clytia hemisphaerica)
ATGTGGGCCCTTTGGTTCTTGTTTTCGATTGTTGCTACATCAGCATCAGA
ATTGACATGGCTGAAACTTGATGATGCATTATCCCAAGCTAAAGAAAAGA
CGCTTCCAATCTTATTGTTGAGTACTCGTTCTAAATGTAAACCCTGCAAA
AAACTGATCGAAGATTTCGAAGCGTCCAGTGAGTTTGTTGAACAAAGCAA
GAAATTCCTACTGGCAAAAGCTGAAGATAAAGAGATTGGCAAATTGGGTG
CATATAAAAGCGAAGGAAAATATGTCCCTAAAATCGTATTCATTAATCAC
AATGGTGTCATGATGCGGGAATTGGACAACAAGAATAAGAAATCCGATAA
AACAAAATACTTCTACAAAAAAGTTTCTGATGTTTTGATCAGTATGGAAG
TATGTTTGGAGCACCAGTTCTTGGATAGTGGTTTCGGTAAAGACTATGTG
TGGTATGAGTGGACCTCAGGCTTGGCGGCTGCAAAACAACAGAATAAGCC
AATTCTTGCTGTTTTCCATCAAGACTGGTGTGGTGCTTGCCAACGATTGA
AACCATCATTCGCAGCTTCAGATGAGATCAAAGAAGTAGCGGACAAGTTC
ATCATGATTAATACTGACGAAGATGACATTGTGAAAGAAAGTGATAAATA
CAGAGCTGATGGAGAATACTATCCCAAAATATTATTTATTGACAGCGATG
GTGATTTGATTGAAGAAGAATTGAATTATGGAACAAAACATAAACATGTT
CTTCATTATTATGGTTCAGGAAAAGAAATCCGCGCATCAATGGACCGAGT
CATTGGAAATATCACCGAAGCTCAAAACGTCAAAGACAATGATCTTGGAA
AACACATCAAATGGGTTACTTACAAAAAAGGATTACAACTTGTTAAAACT
TTGAAGAAGCCAATGATGTTAATCATCACCAAATCTTATTGTGGTGCTTG
TAAAGCTCTCAAACCAAGAATTCAAAGAAGTAAAGAATTTGCTGAGCTCA
GCAAGAAATTTGTCATGGTTACTGTTGAAGATGATGATGAACCAGATGAA
GATCAATTTGATGTTGATGGTGCCTACATTCCAAGAATATTCTTCTTAGA
CAGCAATGGTAAAGTTGACGAATCCCTACGCAATGAAGGAAAATCTTTCA
AAAAATCACGATACGCTTATGGAAATGTTGACCAATTGATGACTAACATG
AACAAAGCTTTGGAGATGAAACTTGGTGAACGAACAGAGGATCACCAATA
CACACAACAACAACAACAACAACAACAACAACAAGATTCTCAGAACACTC
AACAAGAATCGCAGAACACTCAACAAGAACAAACACAAACTCAGCAACAA
CCAAAAGAAGAAGCCAAGCAGAAAACTGATGGTTTTGGCACCAACATCAG
ATGGTACAATTATACAGTTGGAGTACAACAAGTGAAGAAGAATCACATGA
TTGGTCTTGTCGTATTCTACAATAACTATTGTGAATTCGCTCGATACATG
AAAGAGCAGCTCAATGAATCACCAGAGATCACTGAACTTTCTAACAAATT
TGTTATGATTCGTGTCAGCGAAGAGGAAGCGAAAGAAACGAAAGAAAAAT
ATGATGTCGATGGAAAATATTCACCAAGGATGTTCTTTATCGATCCTGAT
GAGAACGTCCAGGTCAATCTCAACAACAGTTTGATCGACTCACCATACGA
TTCCACCCTCTTTTACTACGGTACCGATAAAGAGATTCTCAGCATGATGA
AAAGCGCCCAACAAACAATGAATATCACCCTCGGGCGGGGATTTGGTGAA
TACATTGACTGGGTGGCCTATCCAAGGGCGTTGGAGTTATGCAAGGAGAA
AAATATGCCAATGATGTTAATTATCCATAAAACGTGGTGTGGTGCATGTA
AATCTTTGAAACCAACGATCAAAGATTCGAGACCTATCTGGGAATTGAGC
AAATATTTCATCATGGTTAATACTGAGGATTCAGAGGAGCCTCATGACGA
ACAATATTTCATTGATGGTGGATATTATCCAAGAATTTATTTCTTAGATT
CTCAAGGCAAAGTACACCATGACCTTCACAACAGAGATCCCGCCTTCTTG
AAATACAAATTTTCATTCGCCTATGAAGAACAAATCTTGCAAACGATGAA
ATTTGCTGTTGGGAAGTTTTATAACACACAAAACACTGCACAACAAAACA
CACAACAACAAACCACACAACAACAAGAAAAACAACAACAAAAACAGGAA
ACTAAAACAGAAGAAGGTAAGAAAGAGAAGAGCACAACATTATCTCCTGG
TAAACGATTGTTATCAAACAGTGGTCTCAAATGGAATAACATTAATGCTG
CTCTGGAAGAAGCAAAGGAAAGCCAAAAGCCAATTATGTTCTTAGTTCAT
CGCACAACTTGCCCCGCTTGTAAAGCTACTATCAAGATGATTGTGAGAGA
TGAAGAGTTCAAAGAGAAATCTCAAGGATTCATCCTTGCTGACATTGAGG
ACGACGTTGATGATGAATTAGCTGATTCTTTTGATATCGATGGAACGTAT
GTACCGAGAATTTATTTCTTGGATCCTGAAGGCAAGATATGGAAAGATTT
ATGGAACGTGGGTACAAGTTATTTGGACAACAAGTTCTACTTCTTCGAAA
GCTCAGCAATCTATCGAGCAATGGAAAAAGCCAAGGAAAAGATGTCAGCG
TGGAAACCAGGGGACCAGTCTGAAGAGACTAATCGAGTTGTCAAAAAACC
AAAAGATGAATTATAG

Gene-mRNA-Prot

This transcript is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
XLOC_000769	XLOC_000769	Clytia hemisphaerica	gene

The following exon feature(s) are a part of this transcript:

The following polypeptide feature(s) derives from this transcript:


Feature Name	Unique Name	Species	Type
Thioredoxin domain containing protein	TCONS_00001510-protein	Clytia hemisphaerica	polypeptide

Position

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
sc0000010	supercontig	sc0000010:965417..981344 -

Expression

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
0.177833	0.136255	0.258881	0.112567	22.0804	19.8306	22.6346	20.4106	11.1215	4.17649	15.5331	11.869	9.02241	8.05387	11.7353	21.7662	14.9233	15.5793	0.162035	0.226077	8.38818	7.33228	3.6702	3.68101	6.40985	8.54444	1.81142	0.316003	0.0704932	0.0430929

Annotated Terms

The following terms have been associated with this transcript:

Vocabulary: **INTERPRO**
Term	Definition
IPR017937	Thioredoxin_CS
IPR013766	Thioredoxin_domain
IPR012336	Thioredoxin-like_fold

Vocabulary: **Biological Process**
Term	Definition
GO:0045454	cell redox homeostasis

GO Annotation

GO Assignments

This transcript is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0045454	cell redox homeostasis

Blast

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BLAST of TCONS_00001510 vs. Swiss-Prot (Human)
Match: TXD12 (Thioredoxin domain-containing protein 12 OS=Homo sapiens GN=TXNDC12 PE=1 SV=1)

HSP 1 Score: 109.383 bits (272), Expect = 1.510e-26
Identity = 62/128 (48.44%), Postives = 82/128 (64.06%), Query Frame = 1

Query: 1873 LGRGFGEYIDWVAYPRALELCKEKNMPMMLIIHKTWCGACKSLKPTIKDSRPIWELSKYFIMVNTEDSEEPHDEQYFIDGGYYPRIYFLDSQGKVHHDL--HNRDPAFLKYKFSFAYEEQILQTMKFA 2250
            LG+GFG++I W       +      +P+M+IIHK+WCGACK+LKP   +S  I ELS  F+MVN ED EEP DE +  DGGY PRI FLD  GKVH ++   N +P+   YK+ +   EQ++Q MK A
Sbjct:   30 LGKGFGDHIHWRTLEDGKKEAAASGLPLMVIIHKSWCGACKALKPKFAESTEISELSHNFVMVNLEDEEEPKDEDFSPDGGYIPRILFLDPSGKVHPEIINENGNPS---YKYFYVSAEQVVQGMKEA 154

HSP 2 Score: 92.8189 bits (229), Expect = 8.223e-21
Identity = 58/139 (41.73%), Postives = 82/139 (58.99%), Query Frame = 1

Query:  907 TEAQNVKDNDLGKHIKWVTYKKGLQLVKTLKKPMMLIITKSYCGACKALKPRIQRSKEFAELSKKFVMXXXXXXXXXXXXXXXXXGAYIPRIFFLDSNGKVDESLRNEGKSFKKSRYAYGNVDQLMTNMNKALEMKLGE 1323
            ++  N      G HI W T + G +       P+M+II KS+CGACKALKP+   S E +ELS  FVMV +ED++EP ++ F  DG YIPRI FLD +GKV   + NE  +    +Y Y + +Q++  M +A E   G+
Sbjct:   24 SDGHNGLGKGFGDHIHWRTLEDGKKEAAASGLPLMVIIHKSWCGACKALKPKFAESTEISELSHNFVMVNLEDEEEPKDEDFSPDGGYIPRILFLDPSGKVHPEIINENGN-PSYKYFYVSAEQVVQGMKEAQERLTGD 161

HSP 3 Score: 82.0333 bits (201), Expect = 3.248e-17
Identity = 44/146 (30.14%), Postives = 77/146 (52.74%), Query Frame = 1

Query:  505 HQFLDSGFGKDYVWYEWTSGLAAAKQQNKPILAVFHQDWCGACQRLKPSFAASDEIKEVADKFIMINTDEDDIVKESDKYRADGEYYPKILFIDSDGDLIEEELNYGTKHKHVLHYYGSGKEIRASM----DRVIGNITEAQNVKD 930
            H  L  GFG    W     G   A     P++ + H+ WCGAC+ LKP FA S EI E++  F+M+N ++++   + + +  DG Y P+ILF+D  G +  E +N      +  ++Y S +++   M    +R+ G+    ++++D
Sbjct:   27 HNGLGKGFGDHIHWRTLEDGKKEAAASGLPLMVIIHKSWCGACKALKPKFAESTEISELSHNFVMVNLEDEE-EPKDEDFSPDGGYIPRILFLDPSGKVHPEIINENGNPSYK-YFYVSAEQVVQGMKEAQERLTGDAFRKKHLED 170

The following BLAST results are available for this feature:

BLAST of TCONS_00001510 vs. Swiss-Prot (Human)

BLAST of TCONS_00001510 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1


Match Name	E-value	Identity	Description
TXD12	1.510e-26	48.44	Thioredoxin domain-containing protein 12 OS=Homo s...	[more]

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TCONS_00001510 (transcript) - C. hemisphaerica