TCONS_00011476 (transcript) - C. hemisphaerica

Overview
NameTCONS_00011476
Unique NameTCONS_00011476
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1514

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00011476 ID=TCONS_00011476|Name=TCONS_00011476|organism=Clytia hemisphaerica|type=transcript|length=1514bp
GTCGACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGC
TAATCCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTG
ATGTCGATAATGATAATGACGGTGTGGTGAACGGGTTTGATAATTGCCCC
TTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGGAATTGGTGA
TCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGCTCGATGTTG
ATTTGAACGGTGTGGGTGATGTTTGTGATAACCAAAATGACAGAGATTAT
GATGGAATAGCTGACGGGAGAGACAATTGTCCATATTTCCCAAACGCAGC
ACAAGTTGACACTGATGGTGACAATATAGGTGATACTTGCGATACAGATG
ATGATAACGATGGGTTTGTCGATCAAGCAGACAATTGTCCCCTTATGCAT
AACTTATTACAATTTGATATCGATGATAACCAACGTGGCGATGTCTGTGA
GTATGATTACGATGATGATGGTTACGACAGTCGTGTGGATTCCTGTCCAC
TTAACAACGCTATCTGGAGGACGAGCTTCCTCAAGCATCGAACCATACTT
CTTAATAATCCTCGAGAACCAGCAAATCTATTGTGGAAAATTCATGACAA
GGGACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGTTGTCTTAC
TAGGCGATGACTTGTACGAAGGTTTCGATTTCAATGGTGTGATTCACATT
CTCCAACAAGAAGGGAAAGTCATGAACACTTTCTATGAAGTTGGTATCGC
CTTCGATTATCAGTCACTAAAGAAGTATTATCTGTTGTCACTACAAAATA
TCAACGGATTGAAGAGAGTGGCAGTCTATGTCAGTCGAAATAATGGGCGA
AACCCAGCCAATGAGAAGGTTCTGAAATGGAGTTCGCCATTTGACTGGCA
ACCTGGAAGCTCttataatttgaaaatacaCAGAAGACCATTAACAAATC
AGTTAAGaatACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTAGACAGT
GGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTTGTACGC
AACATATACCAAAAATGTGATCTGGAGTTCATTGACCATCGAATGTAATG
AATcgaaaattgaataaaagaagaccCTGGAAGAAGAATCTCTGCAACAG
CACCAGACAGTTGTAAGGCATCATAATTACCACATCGTTTGCCTGCTCTC
GCTACAGACAGACGTACTTTGAAGGCATTTTAGAAAAATGTGGACTCCTA
GGTAAAAAGGCGGAGTTTCATTTTATGTAAATattgtatcattttttaaa
gaatttcgaAACTTGTAACAAgatataacttttcaaattagGAAAGATGA
ATCTAGATTCCAAGAATGATTCTGCGCATAAGACTAAACTTCACATTTGT
TTTATGATCGGGCTCTTCGAGAAAATGTTCTTCAGCCAACAGTGGAGGAT
ACATTGTCAAAGGG
Run BLAST on NCBI

protein sequence of TCONS_00011476-protein

>TCONS_00011476-protein ID=TCONS_00011476-protein|Name=TCONS_00011476-protein|organism=Clytia hemisphaerica|type=polypeptide|length=388bp
VDQDGIGNVCDNCPSNANPLQRDIDGDSYGDFCDVDNDNDGVVNGFDNCP
FVKNEQQWDGDGDGIGDLCDNCPSVPNNDQLDVDLNGVGDVCDNQNDRDY
DGIADGRDNCPYFPNAAQVDTDGDNIGDTCDTDDDNDGFVDQADNCPLMH
NLLQFDIDDNQRGDVCEYDYDDDGYDSRVDSCPLNNAIWRTSFLKHRTIL
LNNPREPANLLWKIHDKGQEVELNSYINGSVVLLGDDLYEGFDFNGVIHI
LQQEGKVMNTFYEVGIAFDYQSLKKYYLLSLQNINGLKRVAVYVSRNNGR
NPANEKVLKWSSPFDWQPGSSYNLKIHRRPLTNQLRIQVKGVDGGATVDS
GVLEVDQQKGGKIGLYATYTKNVIWSSLTIECNESKIE
Run BLAST on NCBI

transcript from alignment at sc0000128:189859..200909-

Legend: exonCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00011476 ID=TCONS_00011476|Name=TCONS_00011476|organism=Clytia hemisphaerica|type=transcript|length=11051bp|location=Sequence derived from alignment at sc0000128:189859..200909- (Clytia hemisphaerica)
GTCGACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGC TAATCCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTG ATGTCGATAATGATAATGACGGTAAGAATGATGACGTCACGATGACGTCA TTTTCCATCTGGTACAGACATTTGTCGCAGTGAATTGTGGTCAATATATT TTGTCCACTATCAGCATATTGGGAAAGACTTTTGATGTCTTTTTCTGTCG CAGTCCATTATTGTTTTAGATATCCCAAATCTAAATTCATTTTCAATTCC AAATCAGTTTTACATATGGCATATTGCAATCGAAGGTCCCATTAGGAAGT CGGAATAAAAAATTTTGATAACTTTTGAAATGTTTATCCGACAATTTTGG TATAAATTTCAGCAGAATTAGACAAGTGATTATGCTGAATGTGAGCTTTT TAGGTAAAAAGTTGACCAGTCAGTAAAATACCAACCACGTGATTGAACTG ACATTTTGCACACCGTCTTAGTACCGTCAAAAGCACAGGTCGAAATCATA TATCGACGCTGTGCCGACCAATTGAGATTCTATTCAGCGCGCAATCAACG CAGACAAAAGTAGATGTAGTAGATCTTGGATGAAGTTCAAAGTTGATATT TTTATTCCCGTCGTTGAAAACACAACTAAAAAATGTCATCAATGTTTTTT AAAAAGAGTCAGTGATAGAGAATCATAACATAAAGTCTGTCTATTATTTC GATTCAATTAAAGTGACATTTCCATAATTAATAGTTTAGTAATTACTGTT ATACATTTGGGGATAATGTAAAAGATTTCTTTCGAAGAAAGAAACTCACT TCAATTACACTTGGAGGTTTCTGGGGAATTTGTAAATAGTAAACTGCATA CTGATACAGTCTGCTAGACATTATTAAGGTAATATTTGCTCTTCATCTTT GATTCTTTCTACAGTGATTAGATTGACACATGCGCGATAAAATTTCTATT ATTGGGTCTTCAGAGGTTAATATATTCTTTGAAAACTTAACCTCTGATAC TCAGGGTACCGTCTTAGATTATCGATTTCTACCACTTAAAAGCTGCGGTT TGATTGGTTGATCGATCGATCCACTTTGTGAAATTCAGTAATGAAATAAC TAGAAATAAGCAACGTTTCTTTTATAGGTGTGGTGAACGGGTTTGATAAT TGCCCCTTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGGAAT TGGTGATCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGGTAA ACATCATTATCATTTCAAAGCATAAATGATACCCTTAAGTTTAGAAAATA CCAAAGCTTGGAAGCGGGGTAGATTTGTAAACAAAGGTAAGACTGGAGCC GTGTAAACAGTGAAGTTGATGTTTAGCTTGTCCCAAATTCTACGACTGCT ATTTTTCCTTCAACCACCAATAATGGTGTTAAACTACTTGCTAACCATCT AACGGACGATAGCATCCTTTAGTTAATGCTAGATGATGTTAATATTAAGT TAAACACATTACTTTCAATCAATTCCTGGTCTGTCAAAAATTTAAATTGG TTGAGTTTTTAAGCGATTAAGAGGATGTTCAAGTCTTTTAACTCCTTAAC TTTTTAACTTCTTTACTGGGGATCTATCTTCAATAAAAATCATATCGTTA TAATAGCATATCTTTGGTTTTAGCTCGATGTTGATTTGAACGGTGTGGGT GATGTTTGTGATAACCAAAATGACAGGTGACTATGACGTTTTATTTGAAC CATATTTCTTCCCTAGATTTTTGAGGCTTGCTTACATACAGTCATTTTTC CCCGTTTCTGCATACCTAAATTGACAAATTTGTACTAAGGTTCCCATTCA CTTTATTAAAATTACCTTGGTTATAAATTATTTAATAAACTTCCCCTTCT TTTAAACACCCCTCTTAATAACTAAAACTTAATAAAGACCTGGGCATTTA TTCGTAGTAATACGCCCGGGGGGGGGGGCACTCGACAAAAACGACCGTAC GTGCGGCTAAAAAGTGAAACTGGACCCTTACAGTGCAGTGAAAATTTAGC CAAATTTGAGTAAGTTAGGGCTTAAAATCGACCCTTACGGTGTATTTTCC TGAAAATCTTTGACCTTTTTTAGGCAAAATATGGTCAAATTTTACACCCT TAGAGTGCCCTTTTCTCATCTTTGCTCATTTCGACCCTTACAGTGCACTT TGGGAAGCTTGGAAAAGGGACCCTAAAGGGCCGCACGTACGGTTTACCTT GAGTGAAAAATTGACAATTTGACTAAATAAATGAAAACTAGGAAAATGAC CAATTAGTGAAAAAAATGACTAATTTAAATGAAAATGGCTAATTAATGAA AAATAACTAATTATTAATGAAAATGCCTAATTAGTGAAAATGGCTAATTA ATGAAAATGGCTAATTAGTTAAAAATGACTAATTAATGAAAATGGCTAAT TAGTGAAAAAAATGACTAATAGTGAAAATGTCTAATTAGTGAAAATGCCT AATTAGTGAAAATGTGCTTAATTAGTGAAAATGCTTAATTAGTGAAAATG CCTAATTAATGAAAATGGCTAATTAGTGAAAATGCTTAATTAGTGAAAAT ATCTAATTAGTGAAAATGCTTAATTAGTGAAAATGCTTGATTAGTGAAAA TGCTTTTTAGTGAAAATGGCTAATTAGTGAAAATGGCTAACTAGTGAAAA TGCTTAATTAGTGAAAATGCTTGATTAGTGAAAATGCCTAATTAGTGAAA ATGGCTAATTAGTGAAAGAATCTCTAATTAGTTAAAAAATGACTAATTAA TGAAAAAATGACTAATAATCAAACAAAAAAGGCACGAAACGGGAACAAGG TGAGAACCAAAGCTGTGACCGCCTAGAGGCCTGAGCACGAACGTGCGAAT GAAAATGAGGGCGAAACGAGTTTGAAAAAGACCATGAAACCTGGGCATGA ACATGCAATTGCAATGAAAAAAATGAAGGTCAGAAAATGAACTGAACTGA GCCAAAATGAAAACAAGGCAAGGCCAATGAAAAGGAAAAGGACTAAACGA GCCAGAGAGCCTGGGCACGAACATGCGTGAGTACAACGAAAGTCTAATGA AATGAATAAAATAAGTGAAAATCTAAGTTTTGAATAAATATTTTTGTAAA TTTTATGAATTTATAATATATATCTTTCTACAAATAAAAGTGAAATTTCA CTTTTGTCCCTAGGACAATGGAGCAAAATTGATTCGAATCGATTTTGCTC CATTGTCCCAGGGACAAAATCAGCGTGTCTTTTGGGTATTTCCCTCACTT TTTGTCCCATGAAACAAAAAAAGAAACCATGAGACACGCACTTTTTTTCT TGTGTTGGTGGGATGGAGCATGTTGTATTGCACCAACGCGAAAAAAAACT TCTCGTGTCCCCAAGCCTTTAAAGAACAACTTTGACTTGGTTTTCTTTCC AGAGATTATGATGGAATAGCTGACGGGAGAGACAATTGTCCATATTTCCC AAACGCAGCACAAGTTGACACTGATGGTGACAATATAGGTATGGCGCACA GCTTTTTTCGGGTTAAGGTGAAGTAAGTAAAGAAGCAATCTGATTGGCTG ATAAGAAACTGGTCATTCAGGCTAAAAATGTTCACGGGCTAGTTTCATCA TCAGGCTTGACTCTCTCAGCCTAGATTCGTCATTTTTTTATGGGAAAAAT AAATTCTAAAATAGTAAGACTGAATCTTGTGTTCTCTGTGTTCTTGTGTC CACCACGATGGAAAAAAGTAAATTCTAAAATAGTAAACCTGAATCTTGTG TTTTCTGTGTTCTTGTGTCCCCACGATGGGAAAAATAAATTCTAAAATAG TAAGACTGAATCTTGCGTTCTCTGTGTTCTTGTGTCCCCCACGATGCGAA AAATAAATTCTATAATAGTAAGACTGAATCTTGCGTTCTCTGTGTTCTTG TGTCCACACGATTGGAAAAATAGATTCTAAAATAGTAAGACTGAATCTTG TGTTCTCTGTGTTCTTGTGTCCACCACAATGGGAAAAGTAAATTCTAAAA TAATAAGGCTGAATGTTGTGTTCTCTGTGTTCTTGTGTCCACTGCAATGG GGAAAATAAATTTCAAAATAGTAAGACTGGATCTTGTGTTCTCTGTGTTC TTGTGTCCACTGCAATGGGAAAAATAAATTCTAAAATAGTAAACCTGAAT CGTTCTGTGTTCTTGTGTCCACTGCAATGGGGAAAATAAATTTCAAAATA GTAAGACTGAATCTTGCGTTCTCTGTGTTCTTGTGTCCACCACGATGGGA AAAATAAATTCTAAAATAGTAAGACTGAATCTTGTGTTCTCAGAACTCAA CCTCTTTCTGAACCAACAACACTTAAAAAATGAGATAGCAAAATCCGAAA TGAAAGAAATAAATCTCTAAATACTCATTCAATACAGCATGAAGACGATA AATAAAAAATATGGCGGTAAGGCGTTATGGCGGTATTCGGAAAAAGAATC GGCGGGAAAATTTCCAAGACTGGCAAACTCTGCCGGCTGTAAACTCTTTT CGGCAAAAAGCTTGTTTGCGAATTTTCTTCGGCTTTGGGTTTATTTCTTA TATGTATAGTGATTTGTCTTAGACTATAGCATAGTTTATACACTATGTCT CTGTAATAAACAACCAGCCAATTGGTTCCTCACATAAAGGTATGAAAGAG CCTTTTTTTTTTTTTTTCAATAATCCATTCTCTCTCTCATTTCAGGTGAT ACTTGCGATACAGATGATGATAACGATGGGTTTGTCGATCAAGCAGACAA TTGTCCCCTTATGCATAACTTATTACAATTTGATATCGATGGTGAGTGAG ACCCATTGAGTTTAAAGTACAAAGTGCTAGATGCGAATCTTCAAATTTTA TCTTTACCTTCCCTACCTTCGGGTAAAACAGATCAAGAAAAGGAGACCTT TTTGTCATCCTCAACTGCGGTCGCAAACTTACTTACTATAACTGTTGACT CTCTCTAACTCGATCTTCAAACGACCAAAAATTTCATTCAAATTAGAGAA AGTTTCGAATTACGAAAGTAATTTAAACCACTTCCAGCTAAGGGGACCAA TATTTCAATTTTAATTTCGAATTACAGAAAAATTCGAATAATAGAGATTC GAATTAGAAAGGGTTACGAGACTGTATTACCATTCCTTTTTAGATAACCA ACGTGGCGATGTCTGTGAGTATGATTACGATGATGATGGTTACGACAGTC GTGTGGATTCCTGTCCACTTAACAACGCTATCTGGAGGACGAGCTTCCTC AAGCATCGAACCATACTTCTTAATAATCCTCGAGAACCAGCAAATCTATT GTGGAAAATTCATGACAAGGTAGGTAACATTTTACGTGGAGTTGGATTCT TGGTAACGTGGTTCGTTATATATATAGTAGTGTCTTTTATGAATATTTTC AAATTTCGGATATTTGCGGCGGCTAGCAAAATGCTAGTGTACCGGGCTCA GAATCACTGACAAACTACTTTGATGGTTCGAGCCGGGGTCAAATCCACAG TTTTGAAAAATGTTCTATGTTGTGAGGCGTTCTGAGCATTTAGATACATG TCCATAGGGTGCAAGGGAAGGAAATATCCACAATATTCCTCCAAGAAATT AACAACCAGAACTTATTTTAAACTCTCAATAACTCGACTGATTCCTTGCT TCTTTTGAAGTGTTCGAGTTGCAGAAAACACTATCATAGAAAGATCTTTC TTCTTCTAGGGACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGT TGTCTTACTAGGTAAGTGCCTGGCAGCCTACATTGCAGTTCATGCAGTCT ATTCCACTTTGTGACTTTTTCGAATGTTTAGAGTCCAAGCTTTTCGTGTT TTTACGTTTGAAGACTTTCTAGTAGCAAGCAAGTTAAACGCCCTCATCGA ATAAACTCCCCTTCGAATAAACGACTCTCCTGCTCTAGGAAGGGCATTTT GGAACAGGATTTAGTCTATTCCGACCTGTGAACCATCAATGTTACATTTC CGCCGTAACATTTACCATTTACTTCCAGGCGATGACTTGTACGAAGGTTT CGATTTCAATGGTGTGATTCACATTCTCCAACAAGAAGGGAAAGTCATGA ACACTTTCTATGAAGTTGGTATCGCCTTCGATTATCAGTCACTAAAGAAG TATTATCTGTTGTCACTACAAAATATCAACGGATTGAAGAGAGTGGCAGT CTATGTATGTATTTCTAGTCACATTTTGTTTTGGCCGGCTGAATGGAGAA TTTTGCCGGTTCTACGCACGACAAATAGGAGATAATTTTTCATTATCCAG CTTATAAAAACATAGCAAAACCATTGAGTCTTCTAGAGATTTGTCTTCCT ATACATTGTCTTCCAAGAATTTTCTGCAAATGTCGACATCGACGGAAATG AATATGTAGTCTGATAGAAATTTAGAGGAGTTTTAAACACGCTATTTCCA TCTGGAACCTTATGTGACTGTTAGGCCCCATTTTGATAACCAAAAGGGCT CTATAAAAATCAGATGTTTTTAAATCACAATTGGAATTTTTTAGGTCAGT CGAAATAATGGGCGAAACCCAGCCAATGAGAAGGTTTGACGAATTTTTAT TTTGTGATTTATCGGCTCACTTAGACACTCATATAGAGGTTTTGCCAGCT CTAAGCCCCATAGAATCACTGATGCTACACTTAATATTTAAAACTTATTT CAATGGTAGAAATAGTCATTTTGAGAATATGGTTGTTCTATTTAAGTTTT AGCAAGGTTTTTAAACACTTATAAATAACACAAATACCCATATTCAAAAT GTTGGTTTTTAACGAGTCACAATGAGAGAATTTTTTCTTATCAGGTTCTG AAATGGAGTTCGCCATTTGACTGGCAACCTGGAAGCTCTTATAATTTGAA AATACACAGAAGACCATTAACAAATCAGTTAAGGTATGAATGTTTCAATT ATATCACACATTTTCAGTAAAAAGAATTTCCAAAGCAAAACCTTCGAAGA GACAACTTTCATGGTTGGGATCCTTTATAAGCATACCTTTTTACCTGATA TTCTCTGGCGTCAGCAGGCCCAGCGGAAGCGGGGAGACTGGGGAGACTTC AGCCTTCTCAATGAGATTTTTTTTCTCAAATTCCTAGCGAGTTTTATCTC ATTATGAGCCTTCAGCCTCCCCAATTTTAAGGTGGTTCCGCCTGGCCTGG TCAGTCAGTAATGTTTAATAAAGCTCTGGATACACGTGGACGAGGCTGGA AATACGACAGCTCTTCTCTTCAGTCAACTTTCTCTTATTTGAACCTCTAT AATTCGATGTTTTTGTAATTCGAACTAAAACTTTGGTCCCTTCAGCTGAA AAAATGGTATATAATATACTCTCTGTAATTCGAATCTTTCTCTAATTCGA GGAAGACTTTGTGTCCCTTTAACATCGAATTAAAGAGACAACTGTATGTT TTTTTTCTTAAAGAATACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTA GACAGTGGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTT GTACGCAACATATACCAAAAATGTGATCTGGAGTTCATTGACCATCGAAT GTAATGGTAAGAGGATGTCTCTAATTTTACTATTTGTACTAGTAATAACA TGGTTTGGAGGGTGATTTGGGAGTAATAGTCCCGAGGTTCATTGAAAATA TTTCAAAAAAGCATGAACGTAGTGAGGGCTATTTGAAATGTTTTCAATGA AACAAGGGGCTATTATTCCCAAAATCATCCGAACGACCATGTTATTTGTC CTGGTTAATTATTATGGATAAATTAAAATTCAGCCACTCCTCCCTTTTCC TTATTTTGTTCACATATTTTTTCAAAGTTCCTTTTTATTTTTGCCATTTA ATAGAAGCTTAAATGACTATTAACCAATGAAAATATTCGAATTGTACAAC TATGAAATCAATTAGTTTTTATCTTTCCTTCCTTTCCTTTCTCTTTTCGC GGGGTGATTACAGCAGGGCTATTACGGATTAATCACCCCACTCCTCCCTT ACATTTCTAAGCTAAATGTAATCAGCCATATAATTAGGGAATGTAAGCAC GAATATATAAAATTGATTGGGAAATACTTGATTATCACACAGTTCTTAAT TAGCTCCAGTGTTCTCAGTTCTTTCGTCTCGGACAGATTTCAGTCTCAGC GAATTATAAAGAGACTGTCCCGCTCTTAGAATTTGGTTAACTTCAGCAAA ATATTGAAAATCTTGGCTAATTTATTATGTTGATTCTATTTTCCGTCTGA TATGAAAAACCCTGCTTTGACCATTAGCTTGTATAGCTGACAAGAAAATG AAGTGAAGTGAAGTTCAAATTGAAGTTCAAGGTTTAGTAAACTCCATTTG ATTGGAACCTTTATTAATCAACGAATCTTTCTGCATCTCAAACTAAAATA TTTCGTAAAGTCAGTTTTGAATTTCGTCATAATTCCTTTTTTTATCCGTT AAATCGAATTATAGAGATTCAATCAATATGAAATGGTAGATTAGAAAATA CTTAACAAATAGGTGGCCACCACTGTAAAAGAATAATAAAATCGACTCTC TCACAGGGTCATAAACTCTCCTAGTTTAGACCAAAGTTTGAAAATTTGGC TGAAAATTGCGGAAAATAGTCTCTCTGAATTTTTGAAATTCAGTCTCTGA CAGGGTCGATTTTTCGAACTTTGGCTTGGACTTACCCGTCACCTAGTAAA CCTATTACCTCCTTGGTTAGACTACACCCATGCATTGCCCCTGTGATCAT TTTCTTTTAGCAGGGAAAATATTTTCCCTATTCATTTCTAATGGGATTAA AGTAGTTTTGAAATTCCTAATGAGAATGAGGTTTAAAAAGTACGTTCCCA CTATAAGATTTTATTTGTAGATAAATAGAAACGAAAGTCAATTCATGATA GATTTGGCACGAGTCAGAAGCCGAAGCCAAGAATCATGCATTTCAACCAT CACATTTATGCACTGAAAATCTTTCACTAATGCACATCCCACTGATTTCC ACATTCGATACAAAACAATATCGGTTTCCGTAAGACGCAATTTCATTCAT ACATTTATACACACGTTTTGGTATAATCATGTTTACAAGGACAAAACCTT ATTAAGAAAAGTTAGTGTTAAGTCAAGGGAGTTTAGGGTACACGTTTGTA TATCTACATTGTTTTGCCTATGTGAGAGTTTGACAGTTTATTCTCACAAG GGGCCGTCTACATAGTACTAACGCACTAAAATGTCGAAAATCGAGTACCC CTTCCCCCTGTACGAAAGCGTACGCAAATGGCTATACCCCCTGGTAAGTA CGTACTTTTTCATTCACCCCCCTCCTCGGTTGAAGAAAATTTCGCTTGGT TCGGNTAATAAAATCGACTCTCTCACAGGGTCATAAACTCTCCTAGTTTA GACCAAAGTTTGAAAATTTGGCTGAAAATTGCGGAAAATAGTCTCTCTGA ATTTTTGAAATTCAGTCTCTGACAGGGTCGATTTTTCGAACTTTGGCTTG GACTTACCCGTCACCTAGTAAACCTATTACCTCCTTGGTTAGACTACACC CATGCATTGCCCCTGTGATCATTTTCTTTTAGCAGGGAAAATATTTTCCC TATTCATTTCTAATGGGATTAAAGTAGTTTTGAAATTCCTAATGAGAATG AGGTTTAAAAAGTACGTTCCCACTATAAGATTTTATTTGTAGATAAATAG AAACGAAAGTCAATTCATGATAGATTTGGCACGAGTCAGAAGCCGAAGCC AAGAATCATGCATTTCAACCATCACATTTATGCACTGAAAATCTTTCACT AATGCACATCCCACTGATTTCCACATTCGATACAAAACAATATCGGTTTC CGTAAGACGCAATTTCATTCATACATTTATACACACGTTTTGGTATAATC ATGTTTACAAGGACAAAACCTTATTAAGAAAAGTTAGTGTTAAGTCAAGG GAGTTTAGGGTACACGTTTGTATATCTACATTGTTTTGCCTATGTGAGAG TTTGACAGTTTATTCTCACAAGGGGCCGTCTACATAGTACTAACGCACTA AAATGTCGAAAATCGAGTACCCCTTCCCCCTGTACGAAAGCGTACGCAAA TGGCTATACCCCCTGGTAAGTACGTACTTTTTCATTCACCCCCCTCCTCG GTTGAAGAAAATTTCGCTTGGTTCGGACCTTTATTTCATACATGAAACTC AATGTTTATTAAAAAAACTTTTTCTTTTTCTGCGTATAAGAAGCGTGAAA GTCGGCAAAAAAGGGCTATAAAAATTTTCTCTGCGTACGTACATTTTCCT TCGACCCCTCCTCTCCCCCTGTACGCAAGCATACGCTTTTGGGAAGACCC CCCCCCTTAGTGCGTACGTACTATGTGGACGGCCCCCAATCTCTGATGAG AGTTTTTGTTTAATCTACAAAGGAGTGTACAAATGAGAATGTTTTTACTA TTCACCTTCGAAGGTGGACCGAGACCTTCTTCGACTTTCTCATTATTACT TACATAGGAGGTAAAGATAATTCATTCATAATTTTAGAATCGAAAATTGA ATAAAAGAAGACCCTGGAAGAAGAATCTCTGCAACAGCACCAGACAGTTG TAAGGCATCATAATTACCACATCGTTTGCCTGCTCTCGCTACAGACAGAC GTACTTTGAAGGCATTTTAGAAAAATGTGGACTCCTAGGTAAAAAGGCGG AGTTTCATTTTATGTAAATATTGTATCATTTTTTAAAGAATTTCGAAACT TGTAACAAGATATAACTTTTCAAATTAGGAAAGATGAATCTAGATTCCAA GAATGATTCTGCGCATAAGACTAAACTTCACATTTGTTTTATGATCGGGC TCTTCGAGAAAATGTTCTTCAGCCAACAGTGGAGGATACATTGTCAAAGG G

Coding sequence (CDS) from alignment at sc0000128:189859..200909-

>TCONS_00011476 ID=TCONS_00011476|Name=TCONS_00011476|organism=Clytia hemisphaerica|type=CDS|length=14004bp|location=Sequence derived from alignment at sc0000128:189859..200909- (Clytia hemisphaerica)
AATCGAAAATTGAATAAAATACAAGTCAAAGGCGTGGATGGTGGTGCAAC
AGTAGACAGTGGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTG
GTTTGTACGCAACATATACCAAAAATGTGATCTGGAGTTCATTGACCATC
GAATGTAATGGTTCTGAAATGGAGTTCGCCATTTGACTGGCAACCTGGAA
GCTCTTATAATTTGAAAATACACAGAAGACCATTAACAAATCAGTTAAGG
TCAGTCGAAATAATGGGCGAAACCCAGCCAATGAGAAGGCGATGACTTGT
ACGAAGGTTTCGATTTCAATGGTGTGATTCACATTCTCCAACAAGAAGGG
AAAGTCATGAACACTTTCTATGAAGTTGGTATCGCCTTCGATTATCAGTC
ACTAAAGAAGTATTATCTGTTGTCACTACAAAATATCAACGGATTGAAGA
GAGTGGCAGTCTATGGACAGGAAGTGGAATTGAATAGCTATATCAACGGA
AGTGTTGTCTTACTAGATAACCAACGTGGCGATGTCTGTGAGTATGATTA
CGATGATGATGGTTACGACAGTCGTGTGGATTCCTGTCCACTTAACAACG
CTATCTGGAGGACGAGCTTCCTCAAGCATCGAACCATACTTCTTAATAAT
CCTCGAGAACCAGCAAATCTATTGTGGAAAATTCATGACAAGGTGATACT
TGCGATACAGATGATGATAACGATGGGTTTGTCGATCAAGCAGACAATTG
TCCCCTTATGCATAACTTATTACAATTTGATATCGATGAGATTATGATGG
AATAGCTGACGGGAGAGACAATTGTCCATATTTCCCAAACGCAGCACAAG
TTGACACTGATGGTGACAATATAGCTCGATGTTGATTTGAACGGTGTGGG
TGATGTTTGTGATAACCAAAATGACAGGTGTGGTGAACGGGTTTGATAAT
TGCCCCTTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGGAAT
TGGTGATCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGGTCG
ACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGCTAAT
CCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTGATGT
CGATAATGATAATGACGAATCGAAAATTGAATAAAATACAAGTCAAAGGC
GTGGATGGTGGTGCAACAGTAGACAGTGGTGTTCTTGAAGTTGACCAACA
GAAAGGTGGCAAGATTGGTTTGTACGCAACATATACCAAAAATGTGATCT
GGAGTTCATTGACCATCGAATGTAATGGTTCTGAAATGGAGTTCGCCATT
TGACTGGCAACCTGGAAGCTCTTATAATTTGAAAATACACAGAAGACCAT
TAACAAATCAGTTAAGGTCAGTCGAAATAATGGGCGAAACCCAGCCAATG
AGAAGGCGATGACTTGTACGAAGGTTTCGATTTCAATGGTGTGATTCACA
TTCTCCAACAAGAAGGGAAAGTCATGAACACTTTCTATGAAGTTGGTATC
GCCTTCGATTATCAGTCACTAAAGAAGTATTATCTGTTGTCACTACAAAA
TATCAACGGATTGAAGAGAGTGGCAGTCTATGGACAGGAAGTGGAATTGA
ATAGCTATATCAACGGAAGTGTTGTCTTACTAGATAACCAACGTGGCGAT
GTCTGTGAGTATGATTACGATGATGATGGTTACGACAGTCGTGTGGATTC
CTGTCCACTTAACAACGCTATCTGGAGGACGAGCTTCCTCAAGCATCGAA
CCATACTTCTTAATAATCCTCGAGAACCAGCAAATCTATTGTGGAAAATT
CATGACAAGGTGATACTTGCGATACAGATGATGATAACGATGGGTTTGTC
GATCAAGCAGACAATTGTCCCCTTATGCATAACTTATTACAATTTGATAT
CGATGAGATTATGATGGAATAGCTGACGGGAGAGACAATTGTCCATATTT
CCCAAACGCAGCACAAGTTGACACTGATGGTGACAATATAGCTCGATGTT
GATTTGAACGGTGTGGGTGATGTTTGTGATAACCAAAATGACAGGTGTGG
TGAACGGGTTTGATAATTGCCCCTTTGTAAAGAACGAACAGCAATGGGAT
GGGGACGGCGATGGAATTGGTGATCTGTGTGATAATTGTCCTTCTGTTCC
AAATAACGACCAGGTCGACCAAGACGGTATAGGGAATGTATGTGATAATT
GTCCGTCAAATGCTAATCCTTTACAGCGTGATATTGATGGCGACTCGTAT
GGAGATTTTTGTGATGTCGATAATGATAATGACGAATCGAAAATTGAATA
AAATACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTAGACAGTGGTGTT
CTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTTGTACGCAACATA
TACCAAAAATGTGATCTGGAGTTCATTGACCATCGAATGTAATGGTTCTG
AAATGGAGTTCGCCATTTGACTGGCAACCTGGAAGCTCTTATAATTTGAA
AATACACAGAAGACCATTAACAAATCAGTTAAGGTCAGTCGAAATAATGG
GCGAAACCCAGCCAATGAGAAGGCGATGACTTGTACGAAGGTTTCGATTT
CAATGGTGTGATTCACATTCTCCAACAAGAAGGGAAAGTCATGAACACTT
TCTATGAAGTTGGTATCGCCTTCGATTATCAGTCACTAAAGAAGTATTAT
CTGTTGTCACTACAAAATATCAACGGATTGAAGAGAGTGGCAGTCTATGG
ACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGTTGTCTTACTAG
ATAACCAACGTGGCGATGTCTGTGAGTATGATTACGATGATGATGGTTAC
GACAGTCGTGTGGATTCCTGTCCACTTAACAACGCTATCTGGAGGACGAG
CTTCCTCAAGCATCGAACCATACTTCTTAATAATCCTCGAGAACCAGCAA
ATCTATTGTGGAAAATTCATGACAAGGTGATACTTGCGATACAGATGATG
ATAACGATGGGTTTGTCGATCAAGCAGACAATTGTCCCCTTATGCATAAC
TTATTACAATTTGATATCGATGAGATTATGATGGAATAGCTGACGGGAGA
GACAATTGTCCATATTTCCCAAACGCAGCACAAGTTGACACTGATGGTGA
CAATATAGCTCGATGTTGATTTGAACGGTGTGGGTGATGTTTGTGATAAC
CAAAATGACAGGTGTGGTGAACGGGTTTGATAATTGCCCCTTTGTAAAGA
ACGAACAGCAATGGGATGGGGACGGCGATGGAATTGGTGATCTGTGTGAT
AATTGTCCTTCTGTTCCAAATAACGACCAGGTCGACCAAGACGGTATAGG
GAATGTATGTGATAATTGTCCGTCAAATGCTAATCCTTTACAGCGTGATA
TTGATGGCGACTCGTATGGAGATTTTTGTGATGTCGATAATGATAATGAC
GAATCGAAAATTGAATAAAATACAAGTCAAAGGCGTGGATGGTGGTGCAA
CAGTAGACAGTGGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATT
GGTTTGTACGCAACATATACCAAAAATGTGATCTGGAGTTCATTGACCAT
CGAATGTAATGGTTCTGAAATGGAGTTCGCCATTTGACTGGCAACCTGGA
AGCTCTTATAATTTGAAAATACACAGAAGACCATTAACAAATCAGTTAAG
GTCAGTCGAAATAATGGGCGAAACCCAGCCAATGAGAAGGCGATGACTTG
TACGAAGGTTTCGATTTCAATGGTGTGATTCACATTCTCCAACAAGAAGG
GAAAGTCATGAACACTTTCTATGAAGTTGGTATCGCCTTCGATTATCAGT
CACTAAAGAAGTATTATCTGTTGTCACTACAAAATATCAACGGATTGAAG
AGAGTGGCAGTCTATGGACAGGAAGTGGAATTGAATAGCTATATCAACGG
AAGTGTTGTCTTACTAGATAACCAACGTGGCGATGTCTGTGAGTATGATT
ACGATGATGATGGTTACGACAGTCGTGTGGATTCCTGTCCACTTAACAAC
GCTATCTGGAGGACGAGCTTCCTCAAGCATCGAACCATACTTCTTAATAA
TCCTCGAGAACCAGCAAATCTATTGTGGAAAATTCATGACAAGGTGATAC
TTGCGATACAGATGATGATAACGATGGGTTTGTCGATCAAGCAGACAATT
GTCCCCTTATGCATAACTTATTACAATTTGATATCGATGAGATTATGATG
GAATAGCTGACGGGAGAGACAATTGTCCATATTTCCCAAACGCAGCACAA
GTTGACACTGATGGTGACAATATAGCTCGATGTTGATTTGAACGGTGTGG
GTGATGTTTGTGATAACCAAAATGACAGGTGTGGTGAACGGGTTTGATAA
TTGCCCCTTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGGAA
TTGGTGATCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGGTC
GACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGCTAA
TCCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTGATG
TCGATAATGATAATGACGAATCGAAAATTGAATAAAATACAAGTCAAAGG
CGTGGATGGTGGTGCAACAGTAGACAGTGGTGTTCTTGAAGTTGACCAAC
AGAAAGGTGGCAAGATTGGTTTGTACGCAACATATACCAAAAATGTGATC
TGGAGTTCATTGACCATCGAATGTAATGGTTCTGAAATGGAGTTCGCCAT
TTGACTGGCAACCTGGAAGCTCTTATAATTTGAAAATACACAGAAGACCA
TTAACAAATCAGTTAAGGTCAGTCGAAATAATGGGCGAAACCCAGCCAAT
GAGAAGGCGATGACTTGTACGAAGGTTTCGATTTCAATGGTGTGATTCAC
ATTCTCCAACAAGAAGGGAAAGTCATGAACACTTTCTATGAAGTTGGTAT
CGCCTTCGATTATCAGTCACTAAAGAAGTATTATCTGTTGTCACTACAAA
ATATCAACGGATTGAAGAGAGTGGCAGTCTATGGACAGGAAGTGGAATTG
AATAGCTATATCAACGGAAGTGTTGTCTTACTAGATAACCAACGTGGCGA
TGTCTGTGAGTATGATTACGATGATGATGGTTACGACAGTCGTGTGGATT
CCTGTCCACTTAACAACGCTATCTGGAGGACGAGCTTCCTCAAGCATCGA
ACCATACTTCTTAATAATCCTCGAGAACCAGCAAATCTATTGTGGAAAAT
TCATGACAAGGTGATACTTGCGATACAGATGATGATAACGATGGGTTTGT
CGATCAAGCAGACAATTGTCCCCTTATGCATAACTTATTACAATTTGATA
TCGATGAGATTATGATGGAATAGCTGACGGGAGAGACAATTGTCCATATT
TCCCAAACGCAGCACAAGTTGACACTGATGGTGACAATATAGCTCGATGT
TGATTTGAACGGTGTGGGTGATGTTTGTGATAACCAAAATGACAGGTGTG
GTGAACGGGTTTGATAATTGCCCCTTTGTAAAGAACGAACAGCAATGGGA
TGGGGACGGCGATGGAATTGGTGATCTGTGTGATAATTGTCCTTCTGTTC
CAAATAACGACCAGGTCGACCAAGACGGTATAGGGAATGTATGTGATAAT
TGTCCGTCAAATGCTAATCCTTTACAGCGTGATATTGATGGCGACTCGTA
TGGAGATTTTTGTGATGTCGATAATGATAATGACGAATCGAAAATTGAAT
AAAATACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTAGACAGTGGTGT
TCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTTGTACGCAACAT
ATACCAAAAATGTGATCTGGAGTTCATTGACCATCGAATGTAATGGTTCT
GAAATGGAGTTCGCCATTTGACTGGCAACCTGGAAGCTCTTATAATTTGA
AAATACACAGAAGACCATTAACAAATCAGTTAAGGTCAGTCGAAATAATG
GGCGAAACCCAGCCAATGAGAAGGCGATGACTTGTACGAAGGTTTCGATT
TCAATGGTGTGATTCACATTCTCCAACAAGAAGGGAAAGTCATGAACACT
TTCTATGAAGTTGGTATCGCCTTCGATTATCAGTCACTAAAGAAGTATTA
TCTGTTGTCACTACAAAATATCAACGGATTGAAGAGAGTGGCAGTCTATG
GACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGTTGTCTTACTA
GATAACCAACGTGGCGATGTCTGTGAGTATGATTACGATGATGATGGTTA
CGACAGTCGTGTGGATTCCTGTCCACTTAACAACGCTATCTGGAGGACGA
GCTTCCTCAAGCATCGAACCATACTTCTTAATAATCCTCGAGAACCAGCA
AATCTATTGTGGAAAATTCATGACAAGGTGATACTTGCGATACAGATGAT
GATAACGATGGGTTTGTCGATCAAGCAGACAATTGTCCCCTTATGCATAA
CTTATTACAATTTGATATCGATGAGATTATGATGGAATAGCTGACGGGAG
AGACAATTGTCCATATTTCCCAAACGCAGCACAAGTTGACACTGATGGTG
ACAATATAGCTCGATGTTGATTTGAACGGTGTGGGTGATGTTTGTGATAA
CCAAAATGACAGGTGTGGTGAACGGGTTTGATAATTGCCCCTTTGTAAAG
AACGAACAGCAATGGGATGGGGACGGCGATGGAATTGGTGATCTGTGTGA
TAATTGTCCTTCTGTTCCAAATAACGACCAGGTCGACCAAGACGGTATAG
GGAATGTATGTGATAATTGTCCGTCAAATGCTAATCCTTTACAGCGTGAT
ATTGATGGCGACTCGTATGGAGATTTTTGTGATGTCGATAATGATAATGA
CGAATCGAAAATTGAATAAAATACAAGTCAAAGGCGTGGATGGTGGTGCA
ACAGTAGACAGTGGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGAT
TGGTTTGTACGCAACATATACCAAAAATGTGATCTGGAGTTCATTGACCA
TCGAATGTAATGGTTCTGAAATGGAGTTCGCCATTTGACTGGCAACCTGG
AAGCTCTTATAATTTGAAAATACACAGAAGACCATTAACAAATCAGTTAA
GGTCAGTCGAAATAATGGGCGAAACCCAGCCAATGAGAAGGCGATGACTT
GTACGAAGGTTTCGATTTCAATGGTGTGATTCACATTCTCCAACAAGAAG
GGAAAGTCATGAACACTTTCTATGAAGTTGGTATCGCCTTCGATTATCAG
TCACTAAAGAAGTATTATCTGTTGTCACTACAAAATATCAACGGATTGAA
GAGAGTGGCAGTCTATGGACAGGAAGTGGAATTGAATAGCTATATCAACG
GAAGTGTTGTCTTACTAGATAACCAACGTGGCGATGTCTGTGAGTATGAT
TACGATGATGATGGTTACGACAGTCGTGTGGATTCCTGTCCACTTAACAA
CGCTATCTGGAGGACGAGCTTCCTCAAGCATCGAACCATACTTCTTAATA
ATCCTCGAGAACCAGCAAATCTATTGTGGAAAATTCATGACAAGGTGATA
CTTGCGATACAGATGATGATAACGATGGGTTTGTCGATCAAGCAGACAAT
TGTCCCCTTATGCATAACTTATTACAATTTGATATCGATGAGATTATGAT
GGAATAGCTGACGGGAGAGACAATTGTCCATATTTCCCAAACGCAGCACA
AGTTGACACTGATGGTGACAATATAGCTCGATGTTGATTTGAACGGTGTG
GGTGATGTTTGTGATAACCAAAATGACAGGTGTGGTGAACGGGTTTGATA
ATTGCCCCTTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGGA
ATTGGTGATCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGGT
CGACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGCTA
ATCCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTGAT
GTCGATAATGATAATGACGAATCGAAAATTGAATAAAATACAAGTCAAAG
GCGTGGATGGTGGTGCAACAGTAGACAGTGGTGTTCTTGAAGTTGACCAA
CAGAAAGGTGGCAAGATTGGTTTGTACGCAACATATACCAAAAATGTGAT
CTGGAGTTCATTGACCATCGAATGTAATGGTTCTGAAATGGAGTTCGCCA
TTTGACTGGCAACCTGGAAGCTCTTATAATTTGAAAATACACAGAAGACC
ATTAACAAATCAGTTAAGGTCAGTCGAAATAATGGGCGAAACCCAGCCAA
TGAGAAGGCGATGACTTGTACGAAGGTTTCGATTTCAATGGTGTGATTCA
CATTCTCCAACAAGAAGGGAAAGTCATGAACACTTTCTATGAAGTTGGTA
TCGCCTTCGATTATCAGTCACTAAAGAAGTATTATCTGTTGTCACTACAA
AATATCAACGGATTGAAGAGAGTGGCAGTCTATGGACAGGAAGTGGAATT
GAATAGCTATATCAACGGAAGTGTTGTCTTACTAGATAACCAACGTGGCG
ATGTCTGTGAGTATGATTACGATGATGATGGTTACGACAGTCGTGTGGAT
TCCTGTCCACTTAACAACGCTATCTGGAGGACGAGCTTCCTCAAGCATCG
AACCATACTTCTTAATAATCCTCGAGAACCAGCAAATCTATTGTGGAAAA
TTCATGACAAGGTGATACTTGCGATACAGATGATGATAACGATGGGTTTG
TCGATCAAGCAGACAATTGTCCCCTTATGCATAACTTATTACAATTTGAT
ATCGATGAGATTATGATGGAATAGCTGACGGGAGAGACAATTGTCCATAT
TTCCCAAACGCAGCACAAGTTGACACTGATGGTGACAATATAGCTCGATG
TTGATTTGAACGGTGTGGGTGATGTTTGTGATAACCAAAATGACAGGTGT
GGTGAACGGGTTTGATAATTGCCCCTTTGTAAAGAACGAACAGCAATGGG
ATGGGGACGGCGATGGAATTGGTGATCTGTGTGATAATTGTCCTTCTGTT
CCAAATAACGACCAGGTCGACCAAGACGGTATAGGGAATGTATGTGATAA
TTGTCCGTCAAATGCTAATCCTTTACAGCGTGATATTGATGGCGACTCGT
ATGGAGATTTTTGTGATGTCGATAATGATAATGACGAATCGAAAATTGAA
TAAAATACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTAGACAGTGGTG
TTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTTGTACGCAACA
TATACCAAAAATGTGATCTGGAGTTCATTGACCATCGAATGTAATGGTTC
TGAAATGGAGTTCGCCATTTGACTGGCAACCTGGAAGCTCTTATAATTTG
AAAATACACAGAAGACCATTAACAAATCAGTTAAGGTCAGTCGAAATAAT
GGGCGAAACCCAGCCAATGAGAAGGCGATGACTTGTACGAAGGTTTCGAT
TTCAATGGTGTGATTCACATTCTCCAACAAGAAGGGAAAGTCATGAACAC
TTTCTATGAAGTTGGTATCGCCTTCGATTATCAGTCACTAAAGAAGTATT
ATCTGTTGTCACTACAAAATATCAACGGATTGAAGAGAGTGGCAGTCTAT
GGACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGTTGTCTTACT
AGATAACCAACGTGGCGATGTCTGTGAGTATGATTACGATGATGATGGTT
ACGACAGTCGTGTGGATTCCTGTCCACTTAACAACGCTATCTGGAGGACG
AGCTTCCTCAAGCATCGAACCATACTTCTTAATAATCCTCGAGAACCAGC
AAATCTATTGTGGAAAATTCATGACAAGGTGATACTTGCGATACAGATGA
TGATAACGATGGGTTTGTCGATCAAGCAGACAATTGTCCCCTTATGCATA
ACTTATTACAATTTGATATCGATGAGATTATGATGGAATAGCTGACGGGA
GAGACAATTGTCCATATTTCCCAAACGCAGCACAAGTTGACACTGATGGT
GACAATATAGCTCGATGTTGATTTGAACGGTGTGGGTGATGTTTGTGATA
ACCAAAATGACAGGTGTGGTGAACGGGTTTGATAATTGCCCCTTTGTAAA
GAACGAACAGCAATGGGATGGGGACGGCGATGGAATTGGTGATCTGTGTG
ATAATTGTCCTTCTGTTCCAAATAACGACCAGGTCGACCAAGACGGTATA
GGGAATGTATGTGATAATTGTCCGTCAAATGCTAATCCTTTACAGCGTGA
TATTGATGGCGACTCGTATGGAGATTTTTGTGATGTCGATAATGATAATG
ACGAATCGAAAATTGAATAAAATACAAGTCAAAGGCGTGGATGGTGGTGC
AACAGTAGACAGTGGTGTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGA
TTGGTTTGTACGCAACATATACCAAAAATGTGATCTGGAGTTCATTGACC
ATCGAATGTAATGGTTCTGAAATGGAGTTCGCCATTTGACTGGCAACCTG
GAAGCTCTTATAATTTGAAAATACACAGAAGACCATTAACAAATCAGTTA
AGGTCAGTCGAAATAATGGGCGAAACCCAGCCAATGAGAAGGCGATGACT
TGTACGAAGGTTTCGATTTCAATGGTGTGATTCACATTCTCCAACAAGAA
GGGAAAGTCATGAACACTTTCTATGAAGTTGGTATCGCCTTCGATTATCA
GTCACTAAAGAAGTATTATCTGTTGTCACTACAAAATATCAACGGATTGA
AGAGAGTGGCAGTCTATGGACAGGAAGTGGAATTGAATAGCTATATCAAC
GGAAGTGTTGTCTTACTAGATAACCAACGTGGCGATGTCTGTGAGTATGA
TTACGATGATGATGGTTACGACAGTCGTGTGGATTCCTGTCCACTTAACA
ACGCTATCTGGAGGACGAGCTTCCTCAAGCATCGAACCATACTTCTTAAT
AATCCTCGAGAACCAGCAAATCTATTGTGGAAAATTCATGACAAGGTGAT
ACTTGCGATACAGATGATGATAACGATGGGTTTGTCGATCAAGCAGACAA
TTGTCCCCTTATGCATAACTTATTACAATTTGATATCGATGAGATTATGA
TGGAATAGCTGACGGGAGAGACAATTGTCCATATTTCCCAAACGCAGCAC
AAGTTGACACTGATGGTGACAATATAGCTCGATGTTGATTTGAACGGTGT
GGGTGATGTTTGTGATAACCAAAATGACAGGTGTGGTGAACGGGTTTGAT
AATTGCCCCTTTGTAAAGAACGAACAGCAATGGGATGGGGACGGCGATGG
AATTGGTGATCTGTGTGATAATTGTCCTTCTGTTCCAAATAACGACCAGG
TCGACCAAGACGGTATAGGGAATGTATGTGATAATTGTCCGTCAAATGCT
AATCCTTTACAGCGTGATATTGATGGCGACTCGTATGGAGATTTTTGTGA
TGTCGATAATGATAATGACGAATCGAAAATTGAATAAAATACAAGTCAAA
GGCGTGGATGGTGGTGCAACAGTAGACAGTGGTGTTCTTGAAGTTGACCA
ACAGAAAGGTGGCAAGATTGGTTTGTACGCAACATATACCAAAAATGTGA
TCTGGAGTTCATTGACCATCGAATGTAATGGTTCTGAAATGGAGTTCGCC
ATTTGACTGGCAACCTGGAAGCTCTTATAATTTGAAAATACACAGAAGAC
CATTAACAAATCAGTTAAGGTCAGTCGAAATAATGGGCGAAACCCAGCCA
ATGAGAAGGCGATGACTTGTACGAAGGTTTCGATTTCAATGGTGTGATTC
ACATTCTCCAACAAGAAGGGAAAGTCATGAACACTTTCTATGAAGTTGGT
ATCGCCTTCGATTATCAGTCACTAAAGAAGTATTATCTGTTGTCACTACA
AAATATCAACGGATTGAAGAGAGTGGCAGTCTATGGACAGGAAGTGGAAT
TGAATAGCTATATCAACGGAAGTGTTGTCTTACTAGATAACCAACGTGGC
GATGTCTGTGAGTATGATTACGATGATGATGGTTACGACAGTCGTGTGGA
TTCCTGTCCACTTAACAACGCTATCTGGAGGACGAGCTTCCTCAAGCATC
GAACCATACTTCTTAATAATCCTCGAGAACCAGCAAATCTATTGTGGAAA
ATTCATGACAAGGTGATACTTGCGATACAGATGATGATAACGATGGGTTT
GTCGATCAAGCAGACAATTGTCCCCTTATGCATAACTTATTACAATTTGA
TATCGATGAGATTATGATGGAATAGCTGACGGGAGAGACAATTGTCCATA
TTTCCCAAACGCAGCACAAGTTGACACTGATGGTGACAATATAGCTCGAT
GTTGATTTGAACGGTGTGGGTGATGTTTGTGATAACCAAAATGACAGGTG
TGGTGAACGGGTTTGATAATTGCCCCTTTGTAAAGAACGAACAGCAATGG
GATGGGGACGGCGATGGAATTGGTGATCTGTGTGATAATTGTCCTTCTGT
TCCAAATAACGACCAGGTCGACCAAGACGGTATAGGGAATGTATGTGATA
ATTGTCCGTCAAATGCTAATCCTTTACAGCGTGATATTGATGGCGACTCG
TATGGAGATTTTTGTGATGTCGATAATGATAATGACGAATCGAAAATTGA
ATAAAATACAAGTCAAAGGCGTGGATGGTGGTGCAACAGTAGACAGTGGT
GTTCTTGAAGTTGACCAACAGAAAGGTGGCAAGATTGGTTTGTACGCAAC
ATATACCAAAAATGTGATCTGGAGTTCATTGACCATCGAATGTAATGGTT
CTGAAATGGAGTTCGCCATTTGACTGGCAACCTGGAAGCTCTTATAATTT
GAAAATACACAGAAGACCATTAACAAATCAGTTAAGGTCAGTCGAAATAA
TGGGCGAAACCCAGCCAATGAGAAGGCGATGACTTGTACGAAGGTTTCGA
TTTCAATGGTGTGATTCACATTCTCCAACAAGAAGGGAAAGTCATGAACA
CTTTCTATGAAGTTGGTATCGCCTTCGATTATCAGTCACTAAAGAAGTAT
TATCTGTTGTCACTACAAAATATCAACGGATTGAAGAGAGTGGCAGTCTA
TGGACAGGAAGTGGAATTGAATAGCTATATCAACGGAAGTGTTGTCTTAC
TAGATAACCAACGTGGCGATGTCTGTGAGTATGATTACGATGATGATGGT
TACGACAGTCGTGTGGATTCCTGTCCACTTAACAACGCTATCTGGAGGAC
GAGCTTCCTCAAGCATCGAACCATACTTCTTAATAATCCTCGAGAACCAG
CAAATCTATTGTGGAAAATTCATGACAAGGTGATACTTGCGATACAGATG
ATGATAACGATGGGTTTGTCGATCAAGCAGACAATTGTCCCCTTATGCAT
AACTTATTACAATTTGATATCGATGAGATTATGATGGAATAGCTGACGGG
AGAGACAATTGTCCATATTTCCCAAACGCAGCACAAGTTGACACTGATGG
TGACAATATAGCTCGATGTTGATTTGAACGGTGTGGGTGATGTTTGTGAT
AACCAAAATGACAGGTGTGGTGAACGGGTTTGATAATTGCCCCTTTGTAA
AGAACGAACAGCAATGGGATGGGGACGGCGATGGAATTGGTGATCTGTGT
GATAATTGTCCTTCTGTTCCAAATAACGACCAGGTCGACCAAGACGGTAT
AGGGAATGTATGTGATAATTGTCCGTCAAATGCTAATCCTTTACAGCGTG
ATATTGATGGCGACTCGTATGGAGATTTTTGTGATGTCGATAATGATAAT
GACG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_006431XLOC_006431Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00011476-exon-sc0000128-1575043694:200789..200909TCONS_00011476-exon-sc0000128-1575043694:200789..200909Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:199614..199732TCONS_00011476-exon-sc0000128-1575043694:199614..199732Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:199134..199186TCONS_00011476-exon-sc0000128-1575043694:199134..199186Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:197322..197407TCONS_00011476-exon-sc0000128-1575043694:197322..197407Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:196019..196114TCONS_00011476-exon-sc0000128-1575043694:196019..196114Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:195491..195666TCONS_00011476-exon-sc0000128-1575043694:195491..195666Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:195049..195100TCONS_00011476-exon-sc0000128-1575043694:195049..195100Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:194606..194781TCONS_00011476-exon-sc0000128-1575043694:194606..194781Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:194227..194265TCONS_00011476-exon-sc0000128-1575043694:194227..194265Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:193877..193965TCONS_00011476-exon-sc0000128-1575043694:193877..193965Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:193204..193346TCONS_00011476-exon-sc0000128-1575043694:193204..193346Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1575043694:189859..190222TCONS_00011476-exon-sc0000128-1575043694:189859..190222Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:200789..200909TCONS_00011476-exon-sc0000128-1510915933:200789..200909Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:199614..199732TCONS_00011476-exon-sc0000128-1510915933:199614..199732Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:199134..199186TCONS_00011476-exon-sc0000128-1510915933:199134..199186Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:197322..197407TCONS_00011476-exon-sc0000128-1510915933:197322..197407Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:196019..196114TCONS_00011476-exon-sc0000128-1510915933:196019..196114Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:195491..195666TCONS_00011476-exon-sc0000128-1510915933:195491..195666Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:195049..195100TCONS_00011476-exon-sc0000128-1510915933:195049..195100Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:194606..194781TCONS_00011476-exon-sc0000128-1510915933:194606..194781Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:194227..194265TCONS_00011476-exon-sc0000128-1510915933:194227..194265Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:193877..193965TCONS_00011476-exon-sc0000128-1510915933:193877..193965Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:193204..193346TCONS_00011476-exon-sc0000128-1510915933:193204..193346Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1510915933:189859..190222TCONS_00011476-exon-sc0000128-1510915933:189859..190222Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:200789..200909TCONS_00011476-exon-sc0000128-1491911889:200789..200909Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:199614..199732TCONS_00011476-exon-sc0000128-1491911889:199614..199732Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:199134..199186TCONS_00011476-exon-sc0000128-1491911889:199134..199186Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:197322..197407TCONS_00011476-exon-sc0000128-1491911889:197322..197407Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:196019..196114TCONS_00011476-exon-sc0000128-1491911889:196019..196114Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:195491..195666TCONS_00011476-exon-sc0000128-1491911889:195491..195666Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:195049..195100TCONS_00011476-exon-sc0000128-1491911889:195049..195100Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:194606..194781TCONS_00011476-exon-sc0000128-1491911889:194606..194781Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:194227..194265TCONS_00011476-exon-sc0000128-1491911889:194227..194265Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:193877..193965TCONS_00011476-exon-sc0000128-1491911889:193877..193965Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:193204..193346TCONS_00011476-exon-sc0000128-1491911889:193204..193346Clytia hemisphaericaexon
TCONS_00011476-exon-sc0000128-1491911889:189859..190222TCONS_00011476-exon-sc0000128-1491911889:189859..190222Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00011476-proteinTCONS_00011476-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000128supercontigsc0000128:189859..200909 -
Expression

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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0.896971 0.982234 0.193584 0.443793 4.93264 2.15947 0.803894 0.752596 0.68015 0.423869 0.798749 0.86822 0.409888 0.525752 0.55473 0.933796 15.8052 2.12289 0.0611377 0.151205 15.587 13.8081 6.4307 9.72476 9.74893 8.08645 1.19288 0.559781 0.475296 0.584986
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR028974TSP_type-3_rpt
IPR003367Thrombospondin_3-like_rpt
IPR008859Thrombospondin_C
IPR017897Thrombospondin_3_rpt
IPR013320ConA-like_dom
Vocabulary: Molecular Function
TermDefinition
GO:0005509calcium ion binding
Vocabulary: Biological Process
TermDefinition
GO:0007155cell adhesion
Vocabulary: Cellular Component
TermDefinition
GO:0005576extracellular region
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0007155 cell adhesion
cellular_component GO:0005576 extracellular region
molecular_function GO:0005509 calcium ion binding
Blast
BLAST of TCONS_00011476 vs. Swiss-Prot (Human)
Match: TSP3 (Thrombospondin-3 OS=Homo sapiens GN=THBS3 PE=1 SV=1)

HSP 1 Score: 107.457 bits (267), Expect = 2.227e-24
Identity = 148/428 (34.58%), Postives = 218/428 (50.93%), Query Frame = 1
Query:    4 DQDGIGNVCDNCPSNANPLQRDIDGDSYXXXXXXXXXXXXXXXXXXXXPFVKNEQQWXXXXXXXXXLCDNCPSVPNNDQLDVDLNGVGDVCDNQNDRDYDGIADGRDNCPYFPNAAQVXXXXXXXXXXXXXXXXXXXFVDQA----DNCPLMHNLLQFDIDDNQXXXXXXXXXXXXXXXXXXXXXPLNNAIWRTSFLKHRTILLNNPREPANL--LWKIHDKGQEVELNSYINGSVVLLGDDLYEGFDFNGVIHI--------------LQQEG-------KVMNTFYEVGIAFDXXXXXXXXXXXXXNINGLKRVAVYVSRNNGRNPANEKVLKWSSP--FDWQPGSSYNLKIHRRPLTNQLRIQVKGVDGGATV-DSGVLEVDQQKGGKIGLYATYTKNVIWSSLTIECNESKIE*KKTLEEESLQ 1197
            D D  G+ CDNCP+  N  Q+D DG+  GD CD D D DG+ NG DNCP V N  Q D D DG+GD CD+CP + N  Q D D + VGDVCD   D D DG  D +DNCP  PN++Q+D+D D +GD CD DDDNDG  D      DNC L+ N  Q D D N  GDVCE D+D+D     +D CP +  +  T F  ++T++L +P   A +   W + ++G E+ + +  +   + +G   + G DF G  H+               Q  G       K     Y     F   +     L ++ +++G          + G  P   ++L W+ P    W+  +SY  ++  RP    +R+++   +G   V DSGV+     +GG++G++    +N+IWS+L   CN++  E  +    + LQ
Sbjct:  531 DTDSFGDACDNCPNVPNNDQKDTDGNGEGDACDNDVDGDGIPNGLDNCPKVPNPLQTDRDEDGVGDACDSCPEMSNPTQTDADSDLVGDVCDTNEDSDGDGHQDTKDNCPQLPNSSQLDSDNDGLGDECDGDDDNDGIPDYVPPGPDNCRLVPNPNQKDSDGNGVGDVCEDDFDNDAVVDPLDVCPESAEVTLTDFRAYQTVVL-DPEGDAQIDPNWVVLNQGMEI-VQTMNSDPGLAVGYTAFNGVDFEGTFHVNTVTDDDYAGFLFSYQDSGRFYVVMWKQTEQTYWQATPFRAVAQPGLQLKAVTSVSGPGEHLRNALWHTGHTPDQVRLL-WTDPRNVGWRDKTSYRWQLLHRPQVGYIRVKL--YEGPQLVADSGVIIDTSMRGGRLGVFCFSQENIIWSNLQYRCNDTVPEDFEPFRRQLLQ 953          
The following BLAST results are available for this feature:
BLAST of TCONS_00011476 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
TSP32.227e-2434.58Thrombospondin-3 OS=Homo sapiens GN=THBS3 PE=1 SV=... [more]
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