TCONS_00055232 (transcript) - C. hemisphaerica

Overview
NameTCONS_00055232
Unique NameTCONS_00055232
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length785

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00055232 ID=TCONS_00055232|Name=TCONS_00055232|organism=Clytia hemisphaerica|type=transcript|length=785bp
CAAACCGTGAAATACTTAAGAGAAAAGCAGATGTCGATTGAAAAAGAGAG
TTTCTTGCAAGATATCCGACAAGAGGAATTACATGTCGTCGATTTCATGA
AGCTTTGGTTCAAATATGACAAAAACAAAGATGGATATTTGCAGAAAAAT
GAAATGGAGgACTTTTTGCGAGAAATGTtagaaaagaaaggaaaagtCGA
CCGACTTGAAGAATACTATAAAAGTTGTttgTCAAACTTCGACTTAAACC
ACGACGGGTTGATTGAACTGAGGGAGTTTGCACTGATCGTACCGGTTGAG
AAGAACTATTTGGAGCAATTCTCTGAGAGTGGAGCATTTACTGTCGAGGA
GTACACAAAGGTCTTTCAACACTATGATCGGGATAACAACCAATACATTG
AGAAAGAAGAGTTGGTTTCTTTTCTAAGAGATTTAAGGAAAACACAGGAT
GAGGAGCCAACGACGACAGACTTGGAAGTTTACAAAGGCTTCATTCTACA
ATGTTGTGATTCAAATAAAGATGGTCGTATATCATTTACTGAACTCAAAC
TATTATTGGTCGGATGAAACTCGAACACTCAAAGACTACACAAGATTGTA
TTGAAATGAACTAAATATTGAGAAATATTATCTTGACTCGATCTTGACCt
gagataccttatcggggaaaacttcgtcggggaaaagtgacgaaatttcg
gccaagtgacgaatatttttccccgatgaaaattttccccggccttaatg
cgcttaccaaaaccagcaagtgacgaatatttttc
Run BLAST on NCBI

protein sequence of TCONS_00055232-protein

>TCONS_00055232-protein ID=TCONS_00055232-protein|Name=TCONS_00055232-protein|organism=Clytia hemisphaerica|type=polypeptide|length=188bp
QTVKYLREKQMSIEKESFLQDIRQEELHVVDFMKLWFKYDKNKDGYLQKN
EMEDFLREMLEKKGKVDRLEEYYKSCLSNFDLNHDGLIELREFALIVPVE
KNYLEQFSESGAFTVEEYTKVFQHYDRDNNQYIEKEELVSFLRDLRKTQD
EEPTTTDLEVYKGFILQCCDSNKDGRISFTELKLLLVG
Run BLAST on NCBI

transcript from alignment at scaffold_251:531954..542636-

Legend: exonCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00055232 ID=TCONS_00055232|Name=TCONS_00055232|organism=Clytia hemisphaerica|type=transcript|length=10683bp|location=Sequence derived from alignment at scaffold_251:531954..542636- (Clytia hemisphaerica)
CAAACCGTGAAATACTTAAGAGAAAAGCAGGCAAGCATGAATCGTTTTCT TATTTAGATGAAGTTGTAAAATAATAAGGTATTACTCTTATGACGATGGT TGAATGGCCGAAACGATCTGGATATCTGTGCATTGGAATAACACGCAGTT TAGAAACACATTTCTTTTGAATAAGTTTGAGATTATATACCCAGTGATAT AATATGAACGATTTTCATTTAGCTGGTGATTGTCGTCCATACGGGCGGCA TGAAACTTAAAGTTCTAAATAATCAATCAAAGTCTCTTTCTTTTAATTTA AATTCATACCCTGGAACAAGTCATATTAGAATCGTATCGTGGTTTGGATC ACGGGATTCGCGTTTGGCTACGTTCCGAGAAGTTCGTCTCCAATCATTGG AGATACAAATACATTTCTGTCAATTTCGGGCAAAAAGAAATCAGCGATTT GATTTTTCTTAATTAAAACTCCCTTATTTTTTTAAGACAACGGAGCTTAT GACTTTTAATTAAGGAAAATCAAATAGAAGTGACAAAGCAATGCGGTTAA CCTTTTGTTACGTGCACGCTTCTATTGTATAACATAAAAGGTTTTATAAC TACAGTTTACAAAGGAAACCTTCCAGTGTGAAAGCCGTGACTGGAATATG TACCGTGTCATCTTCTCAGTTCTTGCTGTTCAGTTAATCTCTGTCTCCGA GCTTTATAAGAACATCAAGATGCTCAGTTTATTATTGGTAGATAGTTTTT GAAATTTTACTCTTGTTTTTCATCCACAAAAAGTTTTCTTATTGCTAGAT ATCTTTGTATCTTTGAATCTGTACCCATTAGTTTTTCGCCAAAATCGAAA TTATAAGAACTATATTCAAGATGACAACTTTCCTGTCAGTCAGTTTGAAT GATAAATTTTGAAGGTACTGGCTTGAAATTTTCACAGTATTATCTTGATG TACTTTTTCATTGGTTTCTAAAAAAATTTTACTGAAATATTGTGAAGGCA TCATTCGAGGCACTTTGTTTATTTTTGAGTTCTTTCAGCCCAACCATTTT GTGCTTGTTTGAATTTCCTATTGTTGATCTTTCCTTTACAATGATTTTAT AATACAAGTGTATTATCAAGGGTATATCACACTGAGAAGTAAGTATTAGT AATATTAACGACGAACCAATAAAATTTACCATTAAAGATGGTACTTTACT GATTTCTTGATTAAAAAAAGTCATCAACAGAGATAGAACAATAGAAATTC AGATGTTATCATTCCAGCCGCGGCTTTCTTATTATGATTTGCACTATTCG TTCTATCTATTTATACTGAGACGATTAATTTGTCTGAGACAAGGAATTTA GAAAATAAGGATTATGGAGGAGTGTACTTTCCATTCATGTTTCAATAAAT AGGATCTCCTCCACAGATCACATTTTACAAACTACTCGTCTAAGACGATT TTTCCGTCTCAGTATAAATGGAACTATTATCTAGTTAAGCGAATGTTACT ACGGAGCATAAGGCTGTGGTTACACGTAACCGGGGTGACTTTCACTCCGG TCTATAAAGAAAACACTGTTTCTGTATACACATATTTAGGCGTGGTGAAA TCGCTTTTTGGCGTGCTAATTTCACTGCAAAAATTATAAGAGTGCAGAAT TTCAATGGTATTTTATGGGTTTTATTTTCTTTCCAGTAGCAGTTTAAGTC CCCAATACCCTAGCAATTCAGTCCATAGGCGTAGCGAGATACCCTGCAAA ATTTATGGATGAGAGCGGTTTTTACGACACTGTAATACACGTATTTCCTA TTAGCGGATTCATGTAAAAAAGTCACGAAAAACGTAGAAAAAGTCCCTGA TTGGCTGAAATATTGCATATACAAGCATATTTTTCAAAATATCCAGAGTA TGAGGTAATCTTTGCATGCCTCCGCCAATCATAAGTTTGTTTACTCGACG TTTTCTCGTGACTTTTGCACGAATCTGCTAATAGGAAATAGGTGTATTGT CTTTGTTTTATCGAAAGATAATGAATATGTCATAAACGTCTGCACTCCCT CATAGATTTTGCAGGGTTTCTCGCTACGCCTAGGCTAACGATTCAAAGTA TTTCTGAATTCTATTCTTTTTGCAGATGTCGATTGAAAAAGAGAGTTTCT TGCAAGATATCCGACAAGAGGAATTACATGTCGTCGATTTCATGAAGGTT TGTTAACGACAAGGACAATAACCTTATTAATTCTTGATATACGTAAGTCA AATATGACGTCATATTTTTTAACGGAAGCACCCGAAAAAAGCCGGATTTT GGGTGTTTCTAAACGTTGACCAGAAATGACGACCACGACCGGCAACCACG ACCAGCGTCCAGATAAATTTGGGTTATTGAGTTTTTCTCATTCTCCAACG TAGAGTCTCCCTTAATTATTTGAATATATATCATATTGAAGAGTAAGCTC GCCCCTGTTTCATCTACCTAAAGCCACGTGTCAAATACGTAAAACAACCA TTGTGACGCTCTTGGAGCTTGATTATGGTGTCAATTTCTATCATTTTGTA TTGTCAGCATCACAATAATTAGTGGCACCAAATTTTTTGAAAATGGTTTG AGAAGCTTTGTATTTCATCATCAGATTGTTATTTCTGTCGAAATTAGTCA TTTTGTCAGCATTAAGACAATAGAATAATTGATTAGATTTACATCTCTAA AACAGGCCTTCCCATTTTTTTCCTACTGACAAGTTCTATCTATTCATACT AAAGGTATCTCATTCAACATAATTAAAATATTTGGTTTAACAAAGCTTAA TAACATTATACTTAATGACCCTGTCAATATTTTTGTCAAATAGTGTCACT TTGTCAAGAAAATGACTGGTTACTTCGAAAAAGTCACTTTTTAGTATTCT CAGGACTTGATTTAAACTCGATAACCCAAATTTATCTAGTCGCTGGTCGT GGTCGCCATTTCTGATCGATGTTTAGAAACTCCCCGGATTTTGACCTCCG TGTTTCTATAGGCTAATCGGAAAGCAAGGTGAGCATAGTCACAGATTTAT AAAGCCCGAAGGGCTAGATGTCGTGTTTTGGCATGGGAAGTGTGCCGTGG CTAGGTAGGAAATCGTACCTAGGTCACGTGACAGTGCAATAGAATTTCAG CGCTTGACCAATCAGAAGCTTCATGCGTTTTCGAAAACAAAAGCAACAGT ATTTTTTTTTGCGATATTCAATTTTCTTTGCCTGTGATGACTTAAGCCTT TCGGGCTTTATAAATCTCTTAGCATAACCCGCAAATAAATCAACTTTGCT TTTAGAACAAATCTCCGCTCGATATTTTGTTCTACAATCGGCGTCGAAAT ATTTGGTAAAAAAGGGGAATTCGACCTCAAATTTTTAAAACCGCAAGTGA TTTTTAAGTGCTTTGAAGTACAGTTCGGAAGTAGAGTTTTAACTCTGAGT TTTAACATGAGACTTAAGACTTGGGAAGACCTTAGGATCTCAGGATCTAA AAGCTCAGAAATGTTCCAATAAGGCAGAGAATACAGCCTAGAAGCCACTT AACCCCTCCTAAATCAAAAAATCCAATGAAACAAAGTGGAAATACTGAAA CTGTAATTCTCGCTTCGACCTTTAAATTCTGAAAAACGTTAAAATACCCA AAATTGCCAATGTATTTCGGTGCTGATTGTAGAATTAAACCTGTAGAAAA AAGCCGTGGCGTGAACGAAGGGTAGAGGAAGTTTGTTTGTCGTCGTGATT TATCCATCGATATTTAACCATAGTCCGTATAAAAAACCGGGTCTGGAAGC CTTTTGTTTCTTTTCATCGTTTCTAACTTGAACTTACGTTGAGAAATTAG TTTGTTTTGCTCGCTTTGTGATTAAATCTTAAACCAATCCTAAGAGGAAT ACTTGGTTGGTAACGTGATCAAAAACTGAGCAAATCGATTTCTATTTTTT GATATAATCGCACGATGGGTTATTTTTTCTTATTTGGCACGCCCTCAAAG AGAGCAATTAATCGTTAATTGCATCCTGTAGAGAGCAATAAATCGTTAAT CACACTCTACAATGTGGCGCCAATGTTTACAAAATTGATTTTAATGTTTT TTCTTGCATTTTTTTTGCATCGAACGTTTTAATTGCATTCAAAATTTATT TTGTGAGAAAGAAAATCAATAAACAACAAAAAAAGAAAGACACAGAGAGA AGAGAAAAATATAAAACCTTCAGTGTAATTTCTGTAATTTACTTTCCTAA CTGGGAAAAAGTAGTGAAAGTCATTGTGCNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAATTTTC CTCGTCCTTTCGGACTCGGAAAATTAATAACAAAAAAATCACTCGTGCAA TTATTCTCGAATTGCACTCGTTATCATGTGATTACATATACTTAACAAAG GAAAAAGCTAACAAAAAGTTGAAACAATAAGTTTCCAGACCAGGGTTTTT TAAACAGACTATGATTTAACCTCGCTAATAACATGCTAATAATATGTATT TATAGAATGCCTCCAGCTAACTATCCAAAAATTCGCCCAACAATAAAACG CAACATAAAAATCACTTAAATCCGAATAGTGCTGTGGTACGCCCACTTTG ACTAGCACATAATTTGGGAGGCTTTTGTTGAGCAAGGGTGGCCAGCTTGG TTTATATTTCAAAGTTTTAGCTAGTTTGCATTTTCAGCCGAGTAAATCTT TTCATTTCAATTTTGAAGGAACTTTAGGCTTGTTTACCTAAACCCAGTAC CAAAGTGTATCTCACGTTTATCGTTTTGTAGTACGGCAATGAATTTTGAA ATTAGCCGTAAATCGGGTCTGTGTACAGACTACAGAAACCCAAGATAGCT GAATAAAAAACACAAAATAAGTTTACTACCTTGTCCAGCTTACTCCATAC CGTAGCTTGTTAAAATCTCTTTCACTGGTTGGAGGGTTAATTTCAAGTGA CGTGTTGCCATGGTTAGAAATTTCTATAATAGAATTAAAATTTAGAAATT GTATATTTTAGAAATATATAGTTTACTCTCGCTTATTCGAACTTCTACTA TTCGAGTCTTTCTATAATTCAAACTCATTTCCAGTCCCTGTCAAGGAGAA ACTCTCTTAAAATACCCTCTAGACAAGACAAGATTCCCCGTTCGAGTTCG AATAAGCGATGAGATTCAAGTCAACTGCATTATAGATTAAATCTGATTTT TACGCTTTTTCAAAATAAGCCTCGTAATGAATTGTGAATATCTGTTTCAG CTTTGGTTCAAATATGACAAAAACAAAGATGGATATTTGCAGAAAAATGA AATGGAGGTATTATGAACCCAGAGAATTATAAAAAAGTACTTTTTCAAAG TAGTAGTAATTTTCACTTTCTGAAATGTCTCATTGACCTGGTGACAAAAA AAAGAGCTGAATACCAAATAGAGCCTTAGAAGACTTTTTCTCCCTATAAG ATGAGTGGACGTTTTGTTTGCAGGGTGTCTTCGATGCAGGGTGTTGTCAA AAGGTCTTTGTGTTATCTGGTATCCAGATGCAGAAATGTTCATCCGACAT GCTAAAGCTCTGAAGGTCGAGAAAATTTTCAACATCTGGGATGTTAAGAT TACGGAATTTTGCCAGACCACGTCAAGGATTTTGCAGCGGGAGGTCTGGT AACCCAGCCCTGGTTTTAGGGAATTGGCGGGTCCAACCGAAATATTTACG ATACGCGCAAGGGTAGTTGAACCCGACTTGGGATACGGCACATCAAAGGC CGATTACCATTCCTCTCCGATGGGAAATTGGCCCGCATCTTTAGAGCTTT ACTGTGGGCGGCCGTGAATCCCCCATCGGAATATCAGATAAGTCTTTGTG AAACCTTCTTTTATGGATGTTATCCCCACGTTTCAAACTAAAAATTTTCC TTTTTAGGACTTTTTGCGAGAAATGTTAGAAAAGAAAGGAAAAGTCGACC GACTTGAAGAATACTATAAAAGTTGTGTAAGTATCTCGACTACATGGTCA TAAAGCATATGCAGGCTCAGTTTCTGGTACCTAAACAATCGCTCTATTGT TTAGGATCAAATGAATGCTAAGCATAATGCAAGTCTGATATAGGGGTACT TGCTCATTACTATACTATACATTACTTTACTTACTATTTTTTATATTTTC AGTTGTCAAACTTCGACTTAAACCACGACGGGTTGATTGAACTGAGGGAG TTTGCACTGTAAGTTCATGAATTGAACTCCTGAACCCAGCACAACGTTGT TTCAACGTTCATCTAACGTTATATGGACGTTGTGAACGTTAGATAAACGT CAAAAAACGTTGTGTGCCAGCTGGGGCTAAACCCCAGATAGGCTACTGTA TTTCTTTTGTGTACGACTGTTTAGGTAAAACTCACTCAGCTCTCCTTTAG ACGGCCAACTTTCTGCTCTGCCTTTTCTAATTGTTAAGTAGGCAAAAAGT AGGGAGAAAGTTGGCAGTTAAAATCTTGCTTGCTTGAAAAGATTGAAAGC CGCAGTCATTGCATTGCCGTAAAAACTGTGTCATGCGCGGAGGAATCAGG ATCTGCTCGGAGTTATCATTGGGACATAGAATTCTTTATTAAAGACGAAC TTCTTTTGTTCATAGGATCGTACCGGTTGAGAAGAACTATTTGGAGCAAT TCTCTGAGAGTGTAAGTGTATAACATTTCATTTGATGTTCATTTTATTTT CCAATTCATTTTCATTCATTGGGCTTTTCTAGAAAGTGTTCCTACATGGG GGTGGAAGATATATTGTCCGGGGTAGTGAAAAATCTAAAAAATTTGTCTT TTGCTCTGTTTGGGGTAATTCCGCTCTTTTGGAGGATAATTTTAAATATC CAGGGGGTCAACTGATGTGTGTCCGAGAGTTAGGTCTGTTGTCCAGGGGG TCAAAAGTCACAATGTCCGGGGGTATATTTCTAACAAATGCCGTATCCTC TTCTCCCACATACTCAATTTTTTTCTGGAAAAGCCCATTTTGAAAATTGA CTCTACAATCCTAGCCAGAATTTATTGGCATTTTAAATCTGAAAAGCTCA GAGAACCGTTAAATTGATGCATCACCAGTTTGCTTTGTCCCCCTTCCCCA AGCTTAAAGGGGGACTCACCCCAAGACACCCATCAAACTATTGAAGTTGG GGTGGGATGGCGGAAGCTGAAATCATGCGGACAACTCTTGATTTATTACC GAATATGACGAACATTTCCAGGGGGTAAAAGGAGAAGAATTGCCAGAGGG TGTAAAGGAGTAGTTTTTAATTTTTCCAGTGTAGGTAAAAAGTTATTCTA AAACTTCTAGATGGTAAAAGAACGATTTTAGTTCGTCCACCCTCACTTTT AAGGTATGAAAAGAATTTTTCCAAGGGTTCTTTTGCAAATTTTGCCATTT TCCAGGGGGTATCTGCACAATTCTAAGAATCTGTTTTTGCCTTGAAATTG CCCCCCCCCCTGTGTATGGAAATTTAATGGAACAGCCCATTATTGATAGA TTTAGCTTAAACCTTAGCCTCTATGATAATCAATTTATCTCGTTTTTTAG GGAGCATTTACTGTCGAGGAGTACACAAAGGTCTTTCAACACTATGATCG GGTCAGTAATATGCACAGTCAAGCTTTTATTTCCGAATCAAAATAAATTA GCCGAAGGGGAAACAGTAGCGTAGACAGGGGTGAAGGTCGTGAAGGAGCA TTTGTACAAGAGAGCAGATTTTAACGACACAGTAATTAAGTTTTTATACC ACGAATAGGTAAGTGCTTTGTCGTAAAATCGATGAATAATGGAAAATATA AGACCCTTCAGTTCAAGGAACCAAAGTTCTAGCTCGAATTATAGAAAGAT TTGAAATAGAGAATAACATAAACTTCCCTTCAAGCTTAAGAATCTAGCGA GGCCGAGATGCACCGTCCGCAGTTGCTACTTCTGTCAATGGGTTAAGTAT AAACGAGTAGTAGATCTGAGAAAGTTCAAAATATTTGAGAGGGAGTATTT CTTTTATCCATACTCTTTATATTAAAAGATGAAAACTATTAGTCTTTAAT TTTGACCTTCCCTTGGATCCGCAATTATACTAAAAAATATATTTATCTGA AGCTTTTTATCACAGATTATCCAGGTTCAAGCCAAGTTTCCGGACAAATG TCAATACAGCTCATTGAAATTTACGCATTGTATTTTAACGAATTTCAAAT TCTTTTTACCTTATAGGATAACAACCAATACATTGAGAAAGAAGAGTTGG TTTCTTTTCTAAGAGATTTAAGGAAAACACAGGATGAGGTAAGAATGCCT ACCTATACGTTGTAGAGGAGTGAGGGAATCTAGTCTAGAATCTTCTTTTC TTCTCATAGTCCATTTCACAGTCGAAATGGATCATGGGTAATCAGGACTG ATTGCGCCTCTATAACGGCTTTCTGTTGGCTAGACGCAAAAATCTTCAAA AAATTTCAAAATTTTGGACCAATAGCAAGTCGTCATTAGCGCGCAGTGGT CCTAATTACCCATTACGCTTTGCGGCGACTGTGAAATGACCTATGTTAGG AGCTGTGAAACTGAATGTGAAGTGGAGTATGGCACTTACTGTATTCATAA TATAGACTTTCTTATGTAATGTTGTACCGCCAGGCCTTTCTTCTTTGATC AGTTTATCCAATTTGAGCTACACTTTGGCTGAGGTGGCTGCAACCTGAGA TTAAACCCAACACCCAGTCATCTAAGCTGGTACTCAGCATTGTTCCAACG TTCAACTAACGTCCAAAACCTATAACGTTATATGGACAAAATTAAGTGTC AGCTAGCTACCGAAGGGGGGGTTCGTATTCCCGTCAAAATTTTTGCTGAA TCCTGGAATCCCGAAAATTGAAAAAAATAATAACACCGTCACAATGGTTT GTACAGGTTCAAATACCGGCATAATGACAAAAAAGGCCAAATACCGTCAC CGTCTGATTTTAAAATACCGTTTTCCCGTCTTTTTTTCGTCAAATCCCGT AATACCGTACTAAAAAAGGGCCAATCCCGTCACACCGTAAAAGTACAAAC CCCCCTACCGATAGCCACGATTTGACATTACTATTAAAGTCCCAAATAAA TGGGGGAGGGGGGTCCTAAATATTTTCAAAATATAATAAACGGCGTGGAC CTAATTGCTGGGGGGGGCGGAAATAACTAGGGCTCTTTGGAGCAATTCAG CTTTTGAACGATGATAATATCTAAAAAAAAAAAAATGTCTAATTAAGAAC TGTTCATAAATTACATTGTGAGCATCTATTGCCTCGTTTTGACTTGATTG CTCTGGAAATTGGATCCCAAAAGAGTTCAACGAAACTGGACACTACAGGG TGTCCGGAAAAAAAGTATCGAGTTCGAACATGATTCTGAGTAGAAGGTTG TTGCGCGTGTTTAACAAAATGTAAGAAAATATATACCAACACAATAATTG CTTTTACAACAGTCATTTACAATAAAAATAATTAACTTTCTTGACAATTA TTAATATGACACAGAGAGAAACACAAGAACTTTCTTTCTAAAGAACTGGT ACGACTCGGTACTTTTTTTCGGGACACCCTGTATTGAAAAATGCATCATT TTAAGTATCTTAAAATATAATTACCTTGGTAAAGGCCGATCTCCACTTTC GCGCGACATGAGCGAAAACTTTTTGACGTTTTCGTAAGGACATTGGTCGG TTGAAAAATAAAGCAATTCCATTGGTCGAAATTGACGTAACGGATGAAAA AAGTAGAACTTCCTTCAACTTTTTTTTTGTTCACGCGAAACCTTTTATGG CGTAATCTTTTCTTCAGGCAAAAAAGGTTAAGAAAAAAACTGTTGCCTAT TTTGCGCGAAAGTGGAGTCCGGCCTTAATTGTCTGAAAACGAGGCATTCG CTGTTCGTGACGTAATTCATGAAAAGGTCTATTTCACTTCACTTTTTCTA GGAGCCAACGACGACAGACTTGGAAGTTTACAAAGGCTTCATTCTACAAT GTTGTGATTCAAATAAAGATGGTCGTATATCATTTACTGAACTCAAACTA TTATTGGTCGGATGAAACTCGAACACTCAAAGACTACACAAGATTGTATT GAAATGAACTAAATATTGAGAAATATTATCTTGACTCGATCTTGACCTGA GATACCTTATCGGGGAAAACTTCGTCGGGGAAAAGTGACGAAATTTCGGC CAAGTGACGAATATTTTTCCCCGATGAAAATTTTCCCCGGCCTTAATGCG CTTACCAAAACCAGCAAGTGACGAATATTTTTC

Coding sequence (CDS) from alignment at scaffold_251:531954..542636-

>TCONS_00055232 ID=TCONS_00055232|Name=TCONS_00055232|organism=Clytia hemisphaerica|type=CDS|length=5103bp|location=Sequence derived from alignment at scaffold_251:531954..542636- (Clytia hemisphaerica)
GAGCCAACGACGACAGACTTGGAAGTTTACAAAGGCTTCATTCTACAATG
TTGTGATTCAAATAAAGATGGTCGTATATCATTTACTGAACTCAAACTAT
TATTGGTCGGATGAGATAACAACCAATACATTGAGAAAGAAGAGTTGGTT
TCTTTTCTAAGAGATTTAAGGAAAACACAGGATGAGGGAGCATTTACTGT
CGAGGAGTACACAAAGGTCTTTCAACACTATGATCGGGATCGTACCGGTT
GAGAAGAACTATTTGGAGCAATTCTCTGAGAGTTTGTCAAACTTCGACTT
AAACCACGACGGGTTGATTGAACTGAGGGAGTTTGCACTGACTTTTTGCG
AGAAATGTTAGAAAAGAAAGGAAAAGTCGACCGACTTGAAGAATACTATA
AAAGTTGTCTTTGGTTCAAATATGACAAAAACAAAGATGGATATTTGCAG
AAAAATGAAATGGAGATGTCGATTGAAAAAGAGAGTTTCTTGCAAGATAT
CCGACAAGAGGAATTACATGTCGTCGATTTCATGAAGCAAACCGTGAAAT
ACTTAAGAGAAAAGCAGGAGCCAACGACGACAGACTTGGAAGTTTACAAA
GGCTTCATTCTACAATGTTGTGATTCAAATAAAGATGGTCGTATATCATT
TACTGAACTCAAACTATTATTGGTCGGATGAGATAACAACCAATACATTG
AGAAAGAAGAGTTGGTTTCTTTTCTAAGAGATTTAAGGAAAACACAGGAT
GAGGGAGCATTTACTGTCGAGGAGTACACAAAGGTCTTTCAACACTATGA
TCGGGATCGTACCGGTTGAGAAGAACTATTTGGAGCAATTCTCTGAGAGT
TTGTCAAACTTCGACTTAAACCACGACGGGTTGATTGAACTGAGGGAGTT
TGCACTGACTTTTTGCGAGAAATGTTAGAAAAGAAAGGAAAAGTCGACCG
ACTTGAAGAATACTATAAAAGTTGTCTTTGGTTCAAATATGACAAAAACA
AAGATGGATATTTGCAGAAAAATGAAATGGAGATGTCGATTGAAAAAGAG
AGTTTCTTGCAAGATATCCGACAAGAGGAATTACATGTCGTCGATTTCAT
GAAGCAAACCGTGAAATACTTAAGAGAAAAGCAGGAGCCAACGACGACAG
ACTTGGAAGTTTACAAAGGCTTCATTCTACAATGTTGTGATTCAAATAAA
GATGGTCGTATATCATTTACTGAACTCAAACTATTATTGGTCGGATGAGA
TAACAACCAATACATTGAGAAAGAAGAGTTGGTTTCTTTTCTAAGAGATT
TAAGGAAAACACAGGATGAGGGAGCATTTACTGTCGAGGAGTACACAAAG
GTCTTTCAACACTATGATCGGGATCGTACCGGTTGAGAAGAACTATTTGG
AGCAATTCTCTGAGAGTTTGTCAAACTTCGACTTAAACCACGACGGGTTG
ATTGAACTGAGGGAGTTTGCACTGACTTTTTGCGAGAAATGTTAGAAAAG
AAAGGAAAAGTCGACCGACTTGAAGAATACTATAAAAGTTGTCTTTGGTT
CAAATATGACAAAAACAAAGATGGATATTTGCAGAAAAATGAAATGGAGA
TGTCGATTGAAAAAGAGAGTTTCTTGCAAGATATCCGACAAGAGGAATTA
CATGTCGTCGATTTCATGAAGCAAACCGTGAAATACTTAAGAGAAAAGCA
GGAGCCAACGACGACAGACTTGGAAGTTTACAAAGGCTTCATTCTACAAT
GTTGTGATTCAAATAAAGATGGTCGTATATCATTTACTGAACTCAAACTA
TTATTGGTCGGATGAGATAACAACCAATACATTGAGAAAGAAGAGTTGGT
TTCTTTTCTAAGAGATTTAAGGAAAACACAGGATGAGGGAGCATTTACTG
TCGAGGAGTACACAAAGGTCTTTCAACACTATGATCGGGATCGTACCGGT
TGAGAAGAACTATTTGGAGCAATTCTCTGAGAGTTTGTCAAACTTCGACT
TAAACCACGACGGGTTGATTGAACTGAGGGAGTTTGCACTGACTTTTTGC
GAGAAATGTTAGAAAAGAAAGGAAAAGTCGACCGACTTGAAGAATACTAT
AAAAGTTGTCTTTGGTTCAAATATGACAAAAACAAAGATGGATATTTGCA
GAAAAATGAAATGGAGATGTCGATTGAAAAAGAGAGTTTCTTGCAAGATA
TCCGACAAGAGGAATTACATGTCGTCGATTTCATGAAGCAAACCGTGAAA
TACTTAAGAGAAAAGCAGGAGCCAACGACGACAGACTTGGAAGTTTACAA
AGGCTTCATTCTACAATGTTGTGATTCAAATAAAGATGGTCGTATATCAT
TTACTGAACTCAAACTATTATTGGTCGGATGAGATAACAACCAATACATT
GAGAAAGAAGAGTTGGTTTCTTTTCTAAGAGATTTAAGGAAAACACAGGA
TGAGGGAGCATTTACTGTCGAGGAGTACACAAAGGTCTTTCAACACTATG
ATCGGGATCGTACCGGTTGAGAAGAACTATTTGGAGCAATTCTCTGAGAG
TTTGTCAAACTTCGACTTAAACCACGACGGGTTGATTGAACTGAGGGAGT
TTGCACTGACTTTTTGCGAGAAATGTTAGAAAAGAAAGGAAAAGTCGACC
GACTTGAAGAATACTATAAAAGTTGTCTTTGGTTCAAATATGACAAAAAC
AAAGATGGATATTTGCAGAAAAATGAAATGGAGATGTCGATTGAAAAAGA
GAGTTTCTTGCAAGATATCCGACAAGAGGAATTACATGTCGTCGATTTCA
TGAAGCAAACCGTGAAATACTTAAGAGAAAAGCAGGAGCCAACGACGACA
GACTTGGAAGTTTACAAAGGCTTCATTCTACAATGTTGTGATTCAAATAA
AGATGGTCGTATATCATTTACTGAACTCAAACTATTATTGGTCGGATGAG
ATAACAACCAATACATTGAGAAAGAAGAGTTGGTTTCTTTTCTAAGAGAT
TTAAGGAAAACACAGGATGAGGGAGCATTTACTGTCGAGGAGTACACAAA
GGTCTTTCAACACTATGATCGGGATCGTACCGGTTGAGAAGAACTATTTG
GAGCAATTCTCTGAGAGTTTGTCAAACTTCGACTTAAACCACGACGGGTT
GATTGAACTGAGGGAGTTTGCACTGACTTTTTGCGAGAAATGTTAGAAAA
GAAAGGAAAAGTCGACCGACTTGAAGAATACTATAAAAGTTGTCTTTGGT
TCAAATATGACAAAAACAAAGATGGATATTTGCAGAAAAATGAAATGGAG
ATGTCGATTGAAAAAGAGAGTTTCTTGCAAGATATCCGACAAGAGGAATT
ACATGTCGTCGATTTCATGAAGCAAACCGTGAAATACTTAAGAGAAAAGC
AGGAGCCAACGACGACAGACTTGGAAGTTTACAAAGGCTTCATTCTACAA
TGTTGTGATTCAAATAAAGATGGTCGTATATCATTTACTGAACTCAAACT
ATTATTGGTCGGATGAGATAACAACCAATACATTGAGAAAGAAGAGTTGG
TTTCTTTTCTAAGAGATTTAAGGAAAACACAGGATGAGGGAGCATTTACT
GTCGAGGAGTACACAAAGGTCTTTCAACACTATGATCGGGATCGTACCGG
TTGAGAAGAACTATTTGGAGCAATTCTCTGAGAGTTTGTCAAACTTCGAC
TTAAACCACGACGGGTTGATTGAACTGAGGGAGTTTGCACTGACTTTTTG
CGAGAAATGTTAGAAAAGAAAGGAAAAGTCGACCGACTTGAAGAATACTA
TAAAAGTTGTCTTTGGTTCAAATATGACAAAAACAAAGATGGATATTTGC
AGAAAAATGAAATGGAGATGTCGATTGAAAAAGAGAGTTTCTTGCAAGAT
ATCCGACAAGAGGAATTACATGTCGTCGATTTCATGAAGCAAACCGTGAA
ATACTTAAGAGAAAAGCAGGAGCCAACGACGACAGACTTGGAAGTTTACA
AAGGCTTCATTCTACAATGTTGTGATTCAAATAAAGATGGTCGTATATCA
TTTACTGAACTCAAACTATTATTGGTCGGATGAGATAACAACCAATACAT
TGAGAAAGAAGAGTTGGTTTCTTTTCTAAGAGATTTAAGGAAAACACAGG
ATGAGGGAGCATTTACTGTCGAGGAGTACACAAAGGTCTTTCAACACTAT
GATCGGGATCGTACCGGTTGAGAAGAACTATTTGGAGCAATTCTCTGAGA
GTTTGTCAAACTTCGACTTAAACCACGACGGGTTGATTGAACTGAGGGAG
TTTGCACTGACTTTTTGCGAGAAATGTTAGAAAAGAAAGGAAAAGTCGAC
CGACTTGAAGAATACTATAAAAGTTGTCTTTGGTTCAAATATGACAAAAA
CAAAGATGGATATTTGCAGAAAAATGAAATGGAGATGTCGATTGAAAAAG
AGAGTTTCTTGCAAGATATCCGACAAGAGGAATTACATGTCGTCGATTTC
ATGAAGCAAACCGTGAAATACTTAAGAGAAAAGCAGGAGCCAACGACGAC
AGACTTGGAAGTTTACAAAGGCTTCATTCTACAATGTTGTGATTCAAATA
AAGATGGTCGTATATCATTTACTGAACTCAAACTATTATTGGTCGGATGA
GATAACAACCAATACATTGAGAAAGAAGAGTTGGTTTCTTTTCTAAGAGA
TTTAAGGAAAACACAGGATGAGGGAGCATTTACTGTCGAGGAGTACACAA
AGGTCTTTCAACACTATGATCGGGATCGTACCGGTTGAGAAGAACTATTT
GGAGCAATTCTCTGAGAGTTTGTCAAACTTCGACTTAAACCACGACGGGT
TGATTGAACTGAGGGAGTTTGCACTGACTTTTTGCGAGAAATGTTAGAAA
AGAAAGGAAAAGTCGACCGACTTGAAGAATACTATAAAAGTTGTCTTTGG
TTCAAATATGACAAAAACAAAGATGGATATTTGCAGAAAAATGAAATGGA
GATGTCGATTGAAAAAGAGAGTTTCTTGCAAGATATCCGACAAGAGGAAT
TACATGTCGTCGATTTCATGAAGCAAACCGTGAAATACTTAAGAGAAAAG
CAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_034785XLOC_034785Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00055232-proteinTCONS_00055232-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00055232-exon-scaffold_251-1575043694:542607..542636TCONS_00055232-exon-scaffold_251-1575043694:542607..542636Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:540440..540511TCONS_00055232-exon-scaffold_251-1575043694:540440..540511Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:536930..536986TCONS_00055232-exon-scaffold_251-1575043694:536930..536986Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:536261..536329TCONS_00055232-exon-scaffold_251-1575043694:536261..536329Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:536029..536084TCONS_00055232-exon-scaffold_251-1575043694:536029..536084Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:535576..535621TCONS_00055232-exon-scaffold_251-1575043694:535576..535621Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:534636..534686TCONS_00055232-exon-scaffold_251-1575043694:534636..534686Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:533949..534020TCONS_00055232-exon-scaffold_251-1575043694:533949..534020Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1575043694:531954..532285TCONS_00055232-exon-scaffold_251-1575043694:531954..532285Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:542607..542636TCONS_00055232-exon-scaffold_251-1510915933:542607..542636Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:540440..540511TCONS_00055232-exon-scaffold_251-1510915933:540440..540511Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:536930..536986TCONS_00055232-exon-scaffold_251-1510915933:536930..536986Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:536261..536329TCONS_00055232-exon-scaffold_251-1510915933:536261..536329Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:536029..536084TCONS_00055232-exon-scaffold_251-1510915933:536029..536084Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:535576..535621TCONS_00055232-exon-scaffold_251-1510915933:535576..535621Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:534636..534686TCONS_00055232-exon-scaffold_251-1510915933:534636..534686Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:533949..534020TCONS_00055232-exon-scaffold_251-1510915933:533949..534020Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1510915933:531954..532285TCONS_00055232-exon-scaffold_251-1510915933:531954..532285Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:542607..542636TCONS_00055232-exon-scaffold_251-1491911889:542607..542636Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:540440..540511TCONS_00055232-exon-scaffold_251-1491911889:540440..540511Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:536930..536986TCONS_00055232-exon-scaffold_251-1491911889:536930..536986Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:536261..536329TCONS_00055232-exon-scaffold_251-1491911889:536261..536329Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:536029..536084TCONS_00055232-exon-scaffold_251-1491911889:536029..536084Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:535576..535621TCONS_00055232-exon-scaffold_251-1491911889:535576..535621Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:534636..534686TCONS_00055232-exon-scaffold_251-1491911889:534636..534686Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:533949..534020TCONS_00055232-exon-scaffold_251-1491911889:533949..534020Clytia hemisphaericaexon
TCONS_00055232-exon-scaffold_251-1491911889:531954..532285TCONS_00055232-exon-scaffold_251-1491911889:531954..532285Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_251supercontigscaffold_251:531954..542636 -
Expression

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

Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0.382226 0 0.655345 0.140228 0 0.909219 0 4.28343e-06 0 0 2.32734 0.000898394 0 1.13544e-08 0 0 0 1.316 0 5.31762e-08 0 0 0 0 9.36738 12.7915 2.65062 0.247523 1.36954 1.44951
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR002048EF_hand_dom
IPR018247EF_Hand_1_Ca_BS
IPR011992EF-hand-dom_pair
Vocabulary: Molecular Function
TermDefinition
GO:0005509calcium ion binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005509 calcium ion binding
Blast
BLAST of TCONS_00055232 vs. Swiss-Prot (Human)
Match: CALB2 (Calretinin OS=Homo sapiens GN=CALB2 PE=2 SV=2)

HSP 1 Score: 100.523 bits (249), Expect = 1.082e-24
Identity = 55/167 (32.93%), Postives = 98/167 (58.68%), Query Frame = 1
Query:   28 QMSIEKESFLQDIRQEELHVVDFMKLWFKYDKNKDGYLQKNEMEDFLREMLEKKGKV---DRLEEYYKSCLSNFDLNHDGLIELREFALIVPVEKNYLEQFSESGAFTVEEYTKVFQHYDRDNNQYIEKEELVSFLRDLRKTQDEEPTTTDLEVYKGFILQCCDSNK 519
            Q+   +E+FL   RQ      +FM+ W KYD ++ GY++ NE++ FL ++L+K  +     +L+EY ++ L  FDLN DG + L E + ++PV++N+L +F +    T EE+  +F  YD+D + YI++ EL + L+DL +   +E     L  Y+  ++   ++ K
Sbjct:   90 QILPTEENFLLCFRQHVGSSAEFMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYDEPKLQEYTQTILRMFDLNGDGKLGLSEMSRLLPVQENFLLKF-QGMKLTSEEFNAIFTFYDKDRSGYIDEHELDALLKDLYEKNKKEMNIQQLTNYRKSVMSLAEAGK 255          

HSP 2 Score: 90.5077 bits (223), Expect = 2.788e-21
Identity = 56/167 (33.53%), Postives = 89/167 (53.29%), Query Frame = 1
Query:   76 ELHVVDFMKLWFKYDKNKDGYLQKNEMEDFLREM-LEKKG-----KVDRLEEYYKSCLSNFDLNHDGLIELREFALIVPVEKNYLEQFSESGAFTVEEYTKVFQHYDRDNNQYIEKEELVSFLRDLRKTQDEEPTTTDLEVYKGFILQCCDSNKDGRISFTELKLLL 558
            EL    F+++W  +D + +GY++  E+E+F +E+   +KG     K D   E  K  +  +D N DG IE+ E A I+P E+N+L  F +    + E + + ++ YD D + YIE  EL  FL DL K  +       L+ Y   IL+  D N DG++  +E+  LL
Sbjct:   15 ELTASQFLEIWKHFDADGNGYIEGKELENFFQELEKARKGSGMMSKSDNFGEKMKEFMQKYDKNSDGKIEMAELAQILPTEENFLLCFRQHVGSSAE-FMEAWRKYDTDRSGYIEANELKGFLSDLLKKANRPYDEPKLQEYTQTILRMFDLNGDGKLGLSEMSRLL 180          
The following BLAST results are available for this feature:
BLAST of TCONS_00055232 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
CALB21.082e-2432.93Calretinin OS=Homo sapiens GN=CALB2 PE=2 SV=2[more]
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