TCONS_00069262 (transcript) - C. hemisphaerica

Overview
NameTCONS_00069262
Unique NameTCONS_00069262
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3283

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00069262 ID=TCONS_00069262|Name=TCONS_00069262|organism=Clytia hemisphaerica|type=transcript|length=3283bp
AGACAATATAATGGAGAGAGCCTTAGCCATACACAAAAGaatgagaaaga
ttttttttgatcaaaattcaaatcaaatgatgACTGCTGACTTAATTTTG
TCAATCATTCTATGTTTATAATTCATATTAGATATCTCTCACTATCTTTT
CTATATATTATATACATGCATACATACTTTTTCTTATATACTATACGCTG
TGTTTATCATTTTAAGATTCCTGTTGCATGCATTGCAAGCATTTCTATTT
TGTTCAATTCCTTTTTACTTTTCTCTCTTCTCAAAGCAATTTACTTGTCA
TAATTTTCTATTCTTATCTATGTTgctgtcaatattttttatcatcACCA
TTGCAGAGAgattataagaaaaatgtaTACGCATAAGACGAAAAGCGAGA
GCTATGCAGAGTCGGCTGATAACGAACTGTGTTATCATCACTACTAATTT
TAATTGATGTAAGGACGGTTATTAACACATATGCgactttttaaaagttt
atcaATGGAATGAAAGAAGCTTGAAAGATCTTACTGTAGTTTATAAAACA
GActtgttaaaaaaattgtatGGGGAATGCAGCTTAATTgacttgttttg
tttgtttgagaACGATACGGTGGCAAGCTACAGTcattttatttggaaaa
tttaCTTTGGATTTTTGGTTAATTTGACCAGCCTTTGAAAGAGTTTGAAt
ttattttggtttgttttaaAATCTACTGTAATCATCATCAAAATGACGCA
ATGGAATATACAAGACATTGAAATCCGAACGCGATCTGTGGAGAAGGTTT
TAGTCCCACTTATAGCACAGGTTGGCGTGCTCGTAAATCAAGGCAGTAAT
GAGAACTACAGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAA
CTTGGAATTATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGAA
ATGCTAACGACAACATAAGAGACGACATGGTTGAATCGTGCGACGCTACC
AATAAAGCATGTAATACCATCGTCTCCATGCTGAACACAGATGAAAATAA
CAACGCACAAGAACCAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGA
TTCTTCTATCGGCAATCACCAAGATTCTGATACTGGCTGATCGAACGGCT
ATATTAAAGCTGGTCAAATCTGCAGCTAAGGTGAACGCCCGTTTAGAAGA
ATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTCAGTCAAT
TTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAAAT
GACTTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCAT
TCTTGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGACTTGTTTAC
GTCATCCCGATTCACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAA
AGCATGCGAGACGCAATGACGACGTTGAAAGCTGTTATTGAAAACAATGA
ATGTCCTGGGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATA
CAAAGGAAGGTATAGAAGATTTATTGAAAAACCCCAAAGATTACCAGAAG
ATGGAAAACCTAATAGACACGGTGGACAATATTAATATCGACATGGAAGA
TCTTattaacaaagaaaatattgaagattCAAGAAAATCATTACTAAAAG
CTTTGATAATGCAATCGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTG
GAAGATGACCAGGTGACTGAAGACGAAGAGAACATATATAAAACGTTGAG
AGAACTTTCCGATATTTGCGATGAAATGCTGGAAGAGTCCAGCAAAGCGA
GTGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGAAGTT
TTAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAGTCGA
AGAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAGGTTA
CCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAGCA
ACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACAGGCCATTGATGC
AGGAAAAATGTTATCAGCACATCCAACAAGTAAAATTactcaagaaaatt
ttgaagtctTTATTGATGTATGGGATACGCAGGTTGACGAATTACTTACA
TTACTGAGGAATATCACCGAAGGTCACACGGAGAATAATGAATGGCTTAC
AATATATATACCAATGGCATCCAAAATAAATTCATAATATCTACTTGTTG
TTTGTTGATGTAAAATTGCACGAGTTGAATTTTTTGCAACTCGCAATGAC
TGACGGTAAATGGCGTTTGATGTAAATGTATTTTTACCATTATTTGAAAA
CTACAAAAGTTCTTTGTAAAATAGATaggaaagtcaaaaaaagttgaaaa
aagtaTTAGACTATCTTTGGGAAAACTTGGAATCAATTTATGAAAACATG
GAAACAATCTGTTTTACTGAAAAGTGGACTAACTAAATGAAATCTAGTTA
TGCAGCCACCAAAGCACATCAGTGTGAAAACGTTCCAAATCATATCTTTG
TGCCTTTTTTAATCTCCAAGTTAGGCTATTAAGATTATATCTTATTTGCA
TTTCCttagttcaatttttcttagaatttattttggaaACACACTGTAAA
TATTGCAATTTTTGAGCATTAAATTTCACCAGTATTTCCTTACTTAAAGG
GATTGAATTTTAAAAGTACTACACTTCTGtacgaaattttaaaatatggc
GCCTTTTgagataattttcaataaaagtttACATGTTACTTACCAAAGAT
TTCCggtattttgatgaaatttaacgAAGTTTTATAATTTCATCACCGCA
AAAGctgatttattttgaatttaatgcaAAGTAAAACAtacaacatttga
aagaaataattcaagtttgttttttctttcctgtcataatttcaagtcaa
aattttATCTAGGAAAgtttatattcaaattttgagcaaatttttgGAAG
CGTAAATTTTGTGGCCCATGTGAGCATTTGGCGTCAAAGAACTAGATTTC
GAATACGTAGAATTCTGAATACCTTTGTAAGTAtagttttaaaatcttta
tttaataattaatttttcttcattaatGGATGACTCTTTAAAGATGTAAA
TAGCATTTTATTTATGAGATGGTCATGTTTTGTTATTTAGCTTTTGTGTT
TCGaacttgaagaaaatgaaaattgaaaattaa
Run BLAST on NCBI

protein sequence of TCONS_00069262-protein

>TCONS_00069262-protein ID=TCONS_00069262-protein|Name=TCONS_00069262-protein|organism=Clytia hemisphaerica|type=polypeptide|length=514bp
MTQWNIQDIEIRTRSVEKVLVPLIAQVGVLVNQGSNENYRDNVSEKVKTA
LPNLELSIFKFTSIGHEMGNANDNIRDDMVESCDATNKACNTIVSMLNTD
ENNNAQEPTSEKTLSDAAKILLSAITKILILADRTAILKLVKSAAKVNAR
LEELESVTNFTEFVNAFSQFGGDMVELAYVSGERQNDLRDELQRAEVCAA
RAILEKSTMMLLTTCKTCLRHPDSPLAKGIRGAVFQSMRDAMTTLKAVIE
NNECPGKAFCCGISLDLNNTKEGIEDLLKNPKDYQKMENLIDTVDNINID
MEDLINKENIEDSRKSLLKALIMQSKGLHKNLLEFVEDDQVTEDEENIYK
TLRELSDICDEMLEESSKASAEQVFHLVETCEYKEVLARLKESALSGELD
KVEETAERLESVLSEILQVTRLTKATSNIDACIITATRLEENLINLMPQA
IDAGKMLSAHPTSKITQENFEVFIDVWDTQVDELLTLLRNITEGHTENNE
WLTIYIPMASKINS
Run BLAST on NCBI

transcript from alignment at scaffold_496:505753..517408-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00069262 ID=TCONS_00069262|Name=TCONS_00069262|organism=Clytia hemisphaerica|type=transcript|length=11656bp|location=Sequence derived from alignment at scaffold_496:505753..517408- (Clytia hemisphaerica)
AGACAATATAATGGAGAGAGCCTTAGCCATACACAAAAGAATGAGAAAGA TTTTTTTTGATCAAAATTCAAATCAAATGATGACTGCTGACTTAATTTTG TCAATCATTCTATGTTTATAATTCATATTAGATATCTCTCACTATCTTTT CTATATATTATATACATGCATACATACTTTTTCTTATATACTATACGCTG TGTTTATCATTTTAAGATTCCTGTTGCATGCATTGCAAGCATTTCTATTT TGTTCAATTCCTTTTTACTTTTCTCTCTTCTCAAAGCAATTTACTTGTCA TAATTTTCTATTCTTATCTATGTTGCTGTCAATATTTTTTATCATCACCA TTGCAGAGAGATTATAAGAAAAATGTATACGCATAAGACGAAAAGCGAGA GCTATGCAGAGTCGGCTGATAACGAACTGTGTTATCATCACTACTAATTT TAATTGATGTAAGGACGGTTATTAACACATATGCGACTTTTTAAAAGTTT ATCAATGGAATGAAAGAAGCTTGAAAGATCTTACTGTAGTTTATAAAACA GACTTGTTAAAAAAATTGTATGGGGAATGCAGCTTAATTGACTTGTTTTG TTTGTTTGAGAACGATACGGTGGCAAGCTACAGTCATTTTATTTGGAAAA TTTACTTTGGATTTTTGGTTAATTTGACCAGCCTTTGAAAGAGTTTGAAT TTATTTTGGTTTGTTTTAAAATCTACTGTAATCATCATCAAAATGACGCA ATGGAATATACAAGACATTGAAATCCGAACGCGATCTGTGGAGAAGGTTT TAGTCCCACTTATAGCACAGGTAAACAAACATCACAAAATCAAAAACCCT CTTAAAATCAAACGATCACTATCAGTCTGTTTGTTTTCAGCTTTTTTACA AGAATTTGTTTGTACTATATCCCTTAATGTCTAATGTGGGTTTGATTTTG TTTTCATGGTAAACATTGGTGGCTTTGATATAGTTTCTTTGAAGTTTGAC CTCTCTCTTGTGTCTGGGGATATTTAATGATCAATCTTATACCTTAAAGT AGATAAATTTTCACGTGAACTTTTTTTCGCGAATCGAGGATCTTAAATTT TCACAAGGACAAACTTTCACGAATCAGCCACTTTTTCCCATAGTACTTTT CATTTTCCAAGGCGTTCTGACAAAATTTCGCGAAAATAATTAACGAGATA GCATCGTCTATTAAAGTTCCCAACAAACCCAATTTGCGAATTTTCTCAGA AGACATGATGGAATCGGAAAGGGCCGCCATGCGCCTTATACCTTGGTCAA CCTGCAACATTCTATTGTTCTTAAACAATAACTTCATTGTTTAAGAATTT TGCATATTTTGGGGATATTTTGACGCTATTAGAAGGTGTCGAGTAGATTG TAAATGACTACCAAGGCGAAAATTTTTTCAAACTGCGGAAACGTTTAGAC GGGGGTATGGTGGTTCCATTGAGACGGGGGTTCTGTTATTATCAGTTAGG TAGGGTGAGGGTTGCTAGTAACGGCTTGTCACTGTGCCGGGTGCATACTC GGCGCCTTGGGCCCCCGCTATTAGAACCTCTAAACTCAATTACCTTCTGA GTTTATGTGTATGTTTTCGATGATACATTTAAGGTTAATATTTTTCAATA TCAGCTATCATATCCCTGTTTTCTGTGAAAAACTTTTCCATAACACATTG AGTTCAAACAATACTGACTGGCTTTTTTTCCGAATAAAAACCTCATTAGT TCTGTATTAATTCATTTAGATTTTTCCATTAAGGAAAGGTACTTAATTAA AGTTTATTTCCTGAATAAGAAAACGAATGCTAATTTAGAGTAAGGTTATT TATAGGATGCTTCTTTATTATTTACGGAAAGTGTAAACTTTAAGATTGAC AGCCACGAGGTTGATGACCTTTCTTCGGTTGGGGTGTCAGAGAAACTGAC TATATACCCTTTCATAGTCTAAGACGAGTTTTATCCAACGACGAACAAAT GCGAAGATGGGAGTCTGTTTTTCGGTGGTTGCTGTTGTCTTATGCATCAC TACTGTCGCTTTATTCTACAATCATTTTCTCCAGCACTTCAATCTTTTTT GAGGATAGTATCGCGTACACCCCTGTCTCACTCCAAACAAGTGTTAGATT TCTACCTCTCTACTGAGAATACAGTGACAAAGGAAAATTATTCTTTTTAA AAGAAACATGTTTATAAGAAAAAGAGGCTAATAAGATTTCATGATTGAAA AAAATCTAAAACTCAGATTTTACAAATAGCAAAGGACAATTCTTAACTTC AAGCATTTAAAAGGTATATTGAGAACTCCCTAAAAAATCAAAACTGAAAA TCTTGAAAATATAAGAAAAAAACAAAGTAAGCCCAAATCTACCAGTTCTA ATAAAAAAAGAAACACTAAAAACAGCATGATACAAGATTTTTACCGGGTT TGGCTCTATCCCTGATCGGCCTTAGGCACATTCTTTGGGAAGGTCTTTGT TTCAATATTGATATTTCTATGTTGTAATTGTTGGCAAAAATGAAATTATA TCGCAAATCGATTAATCTTAGACTTTGACAGGATTATCTTTTTAAATGGA TCTTTTTGTCTGATCTTATCAAGAGATTTTTTCTTCCCCTTTTAATGTCT GTGTGTAGCAGAAAATGTTGCAACATCGACTTTTTGATCAGGGCTCCTGG AAACGCCTATTTGACCAAAATTCACGATTTGAAAGAACCAGTACTGCTAT GATTTGATTTCTCTCATTTTTTCAACAAATTACTGTTATTTTGTTCGTCT TTGGTATTTTTAATTTCATTGTTCTTAAATTTTTTAGATTTATACAACCC TGTCTCACAACCCCGATGGAACTTTTTTCCACAGCGGGGATAAAAAATTA TATCGTAAGCCCAATGGGGATAGAAATCCTATTTTTCCAGGCTTAACAAA TTCAGTGGGGATAGTTTTGAAGTGCGCAATTTTCAGCTTTGGATTTTGAA TTGAGAATAAATTAAAGTCAATTTCCCAGTTGGGTTAAAGCTGTAGTGTA TTTTTACCACGGGGACGAAATTTCGGCCAAATTTTGTGGGGTCTGTGACA CAGGGGTGTATTTCTCTTTTATGACATTGAACTCGTAGAAGTATTCTTTA TGAAATTCTTATAAATGAAAAAGAGAAATCTGAGGTATCAAAATCAAGAA AACTTTCACAAAATTATTAGCCCTCTTTGAAGTGGNATATATAGAGAAAT CTGACTGAGGTATCAAAATCAAGTAAACTTTCACAAAGCTATTAGCCCTC TTTGAAGTGGTCATCAGCTAAAACTGACCCTTATATTTTCTATTTTTTAA ATGTTTTTAGTAATCTTGTAATCTTTTTTAACATTGCATTGCTAAATGTT GGATAAATGTTATGAGTCCTCACATACTTACCCGGCTGCTGTTTATACTT CACAAATTGTCAAAAAGATTCCGAAATTCTTGATGTCACATTTTCAAGTT GTCTTTTGATGCAAGTTGTTAGTATTCCATAACTTCTTCGGACTTCTTTG GGTCAATAAAACAGAAAACTATCCCCTTGTACCCTTACCTTTGCAAAGCC GGTGGAACAACCATTAAAGTGGGGAGGCTGAAGGCTTAAAATGAGATGAA ATTCACTTGAAACTTGAGAAAAAAATCTCATTAGCTCAAAAATGGGGAGG AAGTCTCCCTAGTCTCCCCGCTTCCACCGGATCTGCTTTGTAAAAATCGA AGTTGTTCTATGTTCTATGTTCTGTTCATCGGAAGAGATTCCCATTGAGC TCCAATCAATAAGTTTGGAAATCAAATACAAGCGAACATCTCTGTAGTTT CCATTGGAATTCTAATTCCCCTGTTTTATCATCGGTTATTTAAATATTCC AGTTGAGTTCTTTGAGAATCTTAATTTCCCTTAATTTCCTCAATACACCT TTTCGACCGTAGCCACCAATTGCCGCGCGTGTATGTTTTTGTCCGTTTTA CCACCTTAAAACCGTCTCAGTCTTTTTTCGCACCTAAAGACAATAGAAAA AGGCGTAAAAAAAGGATTGGATCGAGTTTTGAGTGGTAAAACAGACAAAA AAATGCCCGCGCGTCAATTGGCGACTACAATCGAAAAGATTCCACAAGGT CGTTGAGAGAGGGATGTTAAATCGTGTCCTTGTTATTTGTTGTAGGTTGG CGTGCTCGTAAATCAAGGCAGTAATGAGAACTACAGAGACAACGTATCAG AGAAAGTCAAAACTGCTCTTCCTAACTTGGAATTATCGATCTTCAAATTT ACAAGCATTGGTCATGAGATGGGAAATGCTAACGACAACATAAGAGGTAA TAGAGTCTATCCTTGTCTTACAAGATATCAATAGTCGCAAAAATGTCCAA ATTTTTTATAGNATTGGTCATGAGATGGGAAATGCTAACGACAACATAAG AGGTAATAGAGTCTATCCTTGTCTTACAAGATATCAATAGTCGCAAAAAC GTCCATATTTTTATAGAAAGTATTATGTATGGCACTTTATTTCAAAAGAT TTTTACTATGAGGCTTAAGGATTAAATTCAAGCATGTTTTGTAAAACTTT GCATCTGACAAGGTCCATTTTATTCGATCCACACGGTACGTCACTGTTGA TTGTAAATTTAGTTCGCCCTTATAAACACTCGAACAGGTCACGGTTTGAT TATCATTAGGTCCTTGTGTGCTATATTCTAAGACAAATCACTATCTAAAA ATAAGCGAAAAGCTAAAGAAACGGTTTCTCAAACGGTTTTTTTACGGACG AAAGTTTACATGTTTGACAGTCTTTTGTTTAATTCAACACTTGCCGCCAC TATTTTTCGCCAAACGGTTGTTAAACTCCACGCGCACATATTTCCCACTT TTACTATCCCTTTATTTAACAGACGATAGTATCGTCTATTATTATCTTCT ATTTCATACTTTCACAGACGACATGGTTGAATCGTGCGACGCTACCAATA AAGCATGTAATACCATCGTCTCCATGCTGAACACAGATGAAAATAACAAC GCACAAGAACCAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCT TCTATCGGCAATCACCAAGATTCTGATACTGGCTGATCGAACGGCTATAT TAAAGCTGGTCAAATCTGCAGCTAAGGTTTGTGAGAGTGATTAAGTGTGG AACAAACATCTTTGTTTAGAAGATCAAGAAGGAACATCTTTTCTAGATTG GCAAAATTTATGGCAATTCTGCTCATTTTATAAACAACAGTTTGATCTTC AATTTGAATACTTGTGAATTAAACGTCTCTCACTTCAGGTGAACGCCCGT TTAGAAGAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTT CAGTCAATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAA GACAAAATGTAAGTATTTTCAAACTTAAACCTCTGTCCTGGAGCACTCAG ATGGAATATTTTTCCACTATAAGACTCTGTTATTCGTAGGCTATTTTCTT TCAATAAAATAAGAACTATACGTGCATCCTCATTTAGATCCATATGCATG GATATTGACTGCTCGGAGTTGGAAGTTGCTGGGGATTCCTGCGAGCTATT ATACCTCGGTAATGAGCCTCTTTATAGTAAGTTGAACAAACATTGCTTAT AAAAATACTATAGAACAACTCTTAATGTATAAAATATTTCTCTCGTTATA GGACTTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCA TTCTTGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGGTACATTTC AATCCCTCATCTTTTCATTTTCTTTGCAATTTTTTCCTATAACTTGAAAA TATTTTTATATCTAATATATTAATATATTCAGTATCTTAAATTTCCTGGT AACCAAAAGATTATGTCAGCTGCTCAGGCAACCTTTCAAATGATTTTATA AAGTTCACAATTTTTTTCAAATTTTTACGGAAGAAAATATCACATATATA CGACATTACGCTATTGGAGACACCTTTTCATAAATTACGTCACGAACATC ACTTGCCTCATTTCGAAATTATTGCCATGGTGATTAACTCCCAGCGGATT TCATTAAAACTATTTTCTGTTCATAAAAAAATCATTTAATGTCTCAAGGG ACATAATCACCATGGAAATTGTTTGAATACGAGGCAAGTGATGTTCGTGA CGTAATTTATGAAAAGGTCTATTGGAGCCGCATTATTAAAAATCTGATAA AATTCTTTTTACAGACTTGTTTACGTCATCCCGATTCACCGTTAGCGAAA GGAATACGTGGGGCTGTCTTCCAAAGCATGCGAGACGCAATGACGACGTT GAAAGCTGTTATTGAAAACAATGAATGTCCTGGGAAAGCTTTCTGTTGTG GAATTTCACTGGATTTGAATAATACAAAGGTATTGGTCAATGATTTTTAA GAAAGTTCTATGAATGAATCTATGACTGCTTACTGTCAACTTTATTGCAA AGGCGCACAGTGATCTTAAATGTCGTCCGCAGGCGAGGTTATGTGGCAAG TCAATGACCTTCATCCTGGCTAACCAATGCCATGCGAGGGGAATTGGGTA GGCAAAAACTTAGGAAGCTTTTTGGGAGCTGTGCTAGGTGTCGATTTCAC AATACACCGTGGATGGTGTAAGTGCGCAGGTCTTGCTCCCTAGTGGTTCA TGCCAGATTAACGCACTTGATCCAAAAAATTGATTGTCAGTATCGAATGC TGGTAGGCAAAATAAACAATCGTGAAGACAGTCTTAACGAGACGACTCCT AGACCGCTGAATGACCGGCTATCATCTGTAAATGAGAATCCACTTATCAC TGTATTTTATTTTTGTTAACTGTATATTTGAATTCTTAACTCTCGTAACC CACAGGAAGGTATAGAAGATTTATTGAAAAACCCCAAAGATTACCAGAAG ATGGAAAACCTAATAGACACGGTGGACAATATTAATATCGACATGGAAGA TCTTATTAACAAAGAAAATATTGAAGATTCAAGAAAATCATTACTAAAAG CTTTGATAATGCAATCGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTG GAAGATGACCAGGTAAGAAATTCTGATTGGAAGGTTTTGGATCTGACCAT TTAGTTTAAAGCCCTGAAGGGGCTACAATCAGTGAAAAAATATGTGGCAG TTGTGAGCTTTTTCTGAGCATGGTGGCAGCCTTTCTACCCATCAACATTG ATACTAGGGGGGGAGAGGGAATTCTTGCCACAATATTTAGTCACAGATTG TAGAGATGAATCTTTAACCTTTCTCAAGCAAGAAAAAGTGAAGCCTTAAG ATTTGCGCGGCATCTAGAATAAAGAATTGAATCTAGCTTTTTTTAATTTT TAAGCAGCACATTTTTCGAAATCGGGCGATAAATTTTACTTTCAATCCAG CGTTTGTGTGAAAATACTGGATGGCAAATAAGTAGCTTTATTTCCGATTT AAGACTTTCCGATCTAGGACTTTTAGGGTTTTGAAATCAACGTGTCTGAT CCATGTCTAAGTAAGGGTAGGTGCACATTCGATACTCGTTATGTAGCATC GCATATGCAAATTCAGGATAGACGGCCCCACATCAAGGCTCTACCGAAGT CTCTTTTAAGAGCACAAAAAGAAAACTCGAGAAAAATGTAAAATTCTATA CTAACAGTTTCAAGAAAATATAATTTCTTGTTTTTTTTCCTATAAACCAA AGGTGACTGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCC GATATTTGCGATGAAATGCTGGAAGAGGTAAGAGACGTAAATCAAATGAG TCGAAATAGTTTTTATGATATCACACTTTGAACTGCAGTATAAAAACAAA ATGCAAAATGAATACTCTTGTATTAGGTACCCTTTCTCTTTTGTACGTCC TGCATAAATTCTTACTGTTCCAGTACTTGTTCTTGAGTCTAGAGAATGTG ATTGGTCAAACAATCGTCGTTTTTTGTTGTTCTTTTTGTTTTCGTTAGAA TTCTTAAAAGGGGAACTGAAGAAAAATATTTTTTAAGTTTTAATATGAAA ATGTACATTATTTTTTCAGTCCAGCAAAGCGAGTGCAGAGCAAGTGTTTC ATCTGGTAGAAACATGTGAATATAAAGAAGTTTTAGCACGTCTGAAAGAA TCGGCGCTCTCCGGTGAACTTGATAAAGTCGAAGAAACTGCAGAACGATT GGAAAGTGTGCTTAGTGAAATTTTACAGGTATGTCGATGAGTTAATCATA ATAAAACTAATCTAAAGCACCTGATTGAATGCAAATTTTTTGACTGCCTG GGCTTTTATCAATAGCCTTTTAAATAATTCCTTCAAACATGAAAAACAGA AATCCCTTATTTTCAAATAAAAACTACTATTACTACTCTACCTATTTTAC TTCTTTTTATAGTCCATCCAAGCAATAGTTCAAAATAACTAGAACTGCAA TATAAACTACAATATATATAAGTACTACCGGGCTACTGAATCGCTCCATC AAGCTCATCACCAAGCCCTAGTGGCTCAGGCGACGCCAAGTCCGCATGCG ATTTTAGGGGGATAGGGAGCTGGCAGCTAGTTTATATCTGAAAATCGCAT AGACGGTTCTGATGAGACAGCTAACTATTTTTCAATCATATTTACCATAC AGGTTACCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATC ACAGCAACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACAGGTTTT TCCATTACTCTTAGTCATCCCTGTACTGTGACTCCTTACCAACCTCATCC GAAAATCCCCTTGACACTACCCTCTCTAGCAAAAAGATATTACTTGATCA CTGAGCCAGGGTTTTAAGTTATGGTATTACCAAATAAATACCTCGCTAAA ATATTTCTTACAGTAACCTTTTTCTTACATAAACCTTTTCGACAGTGGAA TGATTATTTTGAACAAAAAAAAAACCCATTCGATATATTTAACACCCCTG TGTCACAGACCCGCTGAGGCCCCAGGCCCACTGGAAAATTTGGCAATAAT TTTGTCGCCGGTGGGAAAATGCCCTAGAATTTCAACCCCATTGAGAAATT GACTTTGATGTCATCCCCATTCGAAATTCAATGCTTAAAAATTTCACTCC AAAATAATCCCCATTGGATTTTTTAATCTTGGAAAATATATAATTTTTAT CCCCACTGTGGGAAAACGTTTCACCAGGACTGTGAGACAGGGGTGTTATT TATTTAGTAAACATCTCTTCCATGTATATGTACCTTGCCTATCAAGGTTG GAGTATTGTAACATTCACGTCATTTTGGTCATCGATTTTCTTCCAGGCCA TTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAATTACTCAA GAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTGACGAATT ACTTACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGTAAGTCGA AACAATTTCAAAATACTCTTCCTTCAAGGCTTCAATTGACTGAGTCTGTT TGTTTTTCCTAGTCCTTTGCATTTGCGGTTAACATTTGTATTCTAACCAA CGTTTTTACGATCGACAATTTTCCACAAATTATTCTTATGATTGTATCAA CTTTCAACTTTTGTGATTTTGTAAACCCCATAGAAGACCTTACATAAACC ACTATCTTTTGTAGCACTATCTAGCGCGTTTATATTTACTGCATGCTTTA ATGATCTTTCCAGATAATGAATGGCTTACAATATATATACCAATGGCATC CAAAATAAATTCATAATATCTACTTGTTGTTTGTTGATGTAAAATTGCAC GAGTATGTATAAATATGCACTGTCTTATAATATGTTGCACACACTATTTT TATTAAATTTATGCATGCCTGCCCAATTTTTAGCTAGTTTATAATACGTC CTTTTAAAAGTCCATTCGTTTTAAATACTCACCAATTTTGTTTTGCTCGT CAATTGATTCCATAACCAATGCTAAGATTTAACAAAATATGTACCCTTGA AAAGATAATTCAGAGCACTCATGTAATATTTGAGAAATGGAGTGATGAGA AAAATGAGCGAATAGAAGCTTCGTTTTATACCGATGTAAGATTTACCAAC ACTTTCTTCTAGAAATGAATTATATGGGATGTTTACACCATTAAAGTGAA TTGCAACATAATTGATTAACCGTTTAAGTGCCACGGTCATTTTTTAAAGA AAATCGCTAGTTCAAACTTTAAAGGCTTATATCTCCGGATCTAGAAGAAG TTAGAAGCTCGTTTTTTTGTCAAACTTTTGCATTTTTTTTTTACTTTTTG GCTTAAAATCTCGCTGGAAAGACCTACTTTTGATTTTTTTTTTTTGCTTG ACCATGAAGTTCAATCCAATTCCTACGAGTCAGATTTCCAACTCAAACTG GGCATTACAGTCACTCCTTCGCCCTCCTTCATAGCCCATGTCTGATATAC ACGACATTGTCACTTAAAGGGTTAAGAGTAACTTGTTGAGACAGGACTGT ATAAGGCTGATACTCATAATAATTTTGAATCGAACTTTCGTTTCAGGTTG AATTTTTTGCAACTCGCAATGACTGACGGTAAATGGCGTTTGATGTAAAT GTATTTTTACCATTATTTGAAAACTACAAAAGTTCTTTGTAAAATAGATA GGAAAGTCAAAAAAAGTTGAAAAAAGTATTAGACTATCTTTGGGAAAACT TGGAATCAATTTATGAAAACATGGAAACAATCTGTTTTACTGAAAAGTGG ACTAACTAAATGAAATCTAGTTATGCAGCCACCAAAGCACATCAGTGTGA AAACGTTCCAAATCATATCTTTGTGCCTTTTTTAATCTCCAAGTTAGGCT ATTAAGATTATATCTTATTTGCATTTCCTTAGTTCAATTTTTCTTAGAAT TTATTTTGGAAACACACTGTAAATATTGCAATTTTTGAGCATTAAATTTC ACCAGTATTTCCTTACTTAAAGGGATTGAATTTTAAAAGTACTACACTTC TGTACGAAATTTTAAAATATGGCGCCTTTTGAGATAATTTTCAATAAAAG TTTACATGTTACTTACCAAAGATTTCCGGTATTTTGATGAAATTTAACGA AGTTTTATAATTTCATCACCGCAAAAGCTGATTTATTTTGAATTTAATGC AAAGTAAAACATACAACATTTGAAAGAAATAATTCAAGTTTGTTTTTTCT TTCCTGTCATAATTTCAAGTCAAAATTTTATCTAGGAAAGTTTATATTCA AATTTTGAGCAAATTTTTGGAAGCGTAAATTTTGTGGCCCATGTGAGCAT TTGGCGTCAAAGAACTAGATTTCGAATACGTAGAATTCTGAATACCTTTG TAAGTATAGTTTTAAAATCTTTATTTAATAATTAATTTTTCTTCATTAAT GGATGACTCTTTAAAGATGTAAATAGCATTTTATTTATGAGATGGTCATG TTTTGTTATTTAGCTTTTGTGTTTCGAACTTGAAGAAAATGAAAATTGAA AATTAA

Coding sequence (CDS) from alignment at scaffold_496:505753..517408-

>TCONS_00069262 ID=TCONS_00069262|Name=TCONS_00069262|organism=Clytia hemisphaerica|type=CDS|length=18540bp|location=Sequence derived from alignment at scaffold_496:505753..517408- (Clytia hemisphaerica)
ATAATGAATGGCTTACAATATATATACCAATGGCATCCAAAATAAATTCA
TAAGCCATTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAAT
TACTCAAGAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTG
ACGAATTACTTACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGT
TACCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAG
CAACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACAGTCCAGCAAA
GCGAGTGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGA
AGTTTTAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAG
TCGAAGAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAG
GTGACTGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCCGA
TATTTGCGATGAAATGCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAA
ACCCCAAAGATTACCAGAAGATGGAAAACCTAATAGACACGGTGGACAAT
ATTAATATCGACATGGAAGATCTTATTAACAAAGAAAATATTGAAGATTC
AAGAAAATCATTACTAAAAGCTTTGATAATGCAATCGAAAGGTCTTCATA
AAAACCTGTTGGAATTTGTGGAAGATGACCAGACTTGTTTACGTCATCCC
GATTCACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCG
AGACGCAATGACGACGTTGAAAGCTGTTATTGAAAACAATGAATGTCCTG
GGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATACAAAGGAC
TTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCT
TGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGGTGAACGCCCGTT
TAGAAGAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTC
AGTCAATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAG
ACAAAATACGACATGGTTGAATCGTGCGACGCTACCAATAAAGCATGTAA
TACCATCGTCTCCATGCTGAACACAGATGAAAATAACAACGCACAAGAAC
CAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCA
ATCACCAAGATTCTGATACTGGCTGATCGAACGGCTATATTAAAGCTGGT
CAAATCTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGA
ACTACAGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTG
GAATTATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGAAATGC
TAACGACAACATAAGAGATGACGCAATGGAATATACAAGACATTGAAATC
CGAACGCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAGATAAT
GAATGGCTTACAATATATATACCAATGGCATCCAAAATAAATTCATAAGC
CATTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAATTACTC
AAGAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTGACGAA
TTACTTACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGTTACCC
GGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAGCAACA
AGATTAGAAGAAAATTTGATCAATCTGATGCCACAGTCCAGCAAAGCGAG
TGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGAAGTTT
TAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAGTCGAA
GAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAGGTGAC
TGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCCGATATTT
GCGATGAAATGCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAAACCCC
AAAGATTACCAGAAGATGGAAAACCTAATAGACACGGTGGACAATATTAA
TATCGACATGGAAGATCTTATTAACAAAGAAAATATTGAAGATTCAAGAA
AATCATTACTAAAAGCTTTGATAATGCAATCGAAAGGTCTTCATAAAAAC
CTGTTGGAATTTGTGGAAGATGACCAGACTTGTTTACGTCATCCCGATTC
ACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCGAGACG
CAATGACGACGTTGAAAGCTGTTATTGAAAACAATGAATGTCCTGGGAAA
GCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATACAAAGGACTTACG
TGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCTTGAGA
AGTCAACCATGATGTTACTCACAACTTGCAAGGTGAACGCCCGTTTAGAA
GAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTCAGTCA
ATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAA
ATACGACATGGTTGAATCGTGCGACGCTACCAATAAAGCATGTAATACCA
TCGTCTCCATGCTGAACACAGATGAAAATAACAACGCACAAGAACCAACC
AGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCAATCAC
CAAGATTCTGATACTGGCTGATCGAACGGCTATATTAAAGCTGGTCAAAT
CTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGAACTAC
AGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTGGAATT
ATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGAAATGCTAACG
ACAACATAAGAGATGACGCAATGGAATATACAAGACATTGAAATCCGAAC
GCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAGATAATGAATG
GCTTACAATATATATACCAATGGCATCCAAAATAAATTCATAAGCCATTG
ATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAATTACTCAAGAA
AATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTGACGAATTACT
TACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGTTACCCGGCTG
ACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAGCAACAAGATT
AGAAGAAAATTTGATCAATCTGATGCCACAGTCCAGCAAAGCGAGTGCAG
AGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGAAGTTTTAGCA
CGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAGTCGAAGAAAC
TGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAGGTGACTGAAG
ACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCCGATATTTGCGAT
GAAATGCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAAACCCCAAAGA
TTACCAGAAGATGGAAAACCTAATAGACACGGTGGACAATATTAATATCG
ACATGGAAGATCTTATTAACAAAGAAAATATTGAAGATTCAAGAAAATCA
TTACTAAAAGCTTTGATAATGCAATCGAAAGGTCTTCATAAAAACCTGTT
GGAATTTGTGGAAGATGACCAGACTTGTTTACGTCATCCCGATTCACCGT
TAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCGAGACGCAATG
ACGACGTTGAAAGCTGTTATTGAAAACAATGAATGTCCTGGGAAAGCTTT
CTGTTGTGGAATTTCACTGGATTTGAATAATACAAAGGACTTACGTGATG
AATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCTTGAGAAGTCA
ACCATGATGTTACTCACAACTTGCAAGGTGAACGCCCGTTTAGAAGAATT
AGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTCAGTCAATTTG
GTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAAATACG
ACATGGTTGAATCGTGCGACGCTACCAATAAAGCATGTAATACCATCGTC
TCCATGCTGAACACAGATGAAAATAACAACGCACAAGAACCAACCAGTGA
GAAGACGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCAATCACCAAGA
TTCTGATACTGGCTGATCGAACGGCTATATTAAAGCTGGTCAAATCTGCA
GCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGAACTACAGAGA
CAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTGGAATTATCGA
TCTTCAAATTTACAAGCATTGGTCATGAGATGGGAAATGCTAACGACAAC
ATAAGAGATGACGCAATGGAATATACAAGACATTGAAATCCGAACGCGAT
CTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAGATAATGAATGGCTTA
CAATATATATACCAATGGCATCCAAAATAAATTCATAAGCCATTGATGCA
GGAAAAATGTTATCAGCACATCCAACAAGTAAAATTACTCAAGAAAATTT
TGAAGTCTTTATTGATGTATGGGATACGCAGGTTGACGAATTACTTACAT
TACTGAGGAATATCACCGAAGGTCACACGGAGAGTTACCCGGCTGACAAA
AGCCACGAGCAATATAGATGCTTGTATAATCACAGCAACAAGATTAGAAG
AAAATTTGATCAATCTGATGCCACAGTCCAGCAAAGCGAGTGCAGAGCAA
GTGTTTCATCTGGTAGAAACATGTGAATATAAAGAAGTTTTAGCACGTCT
GAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAGTCGAAGAAACTGCAG
AACGATTGGAAAGTGTGCTTAGTGAAATTTTACAGGTGACTGAAGACGAA
GAGAACATATATAAAACGTTGAGAGAACTTTCCGATATTTGCGATGAAAT
GCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAAACCCCAAAGATTACC
AGAAGATGGAAAACCTAATAGACACGGTGGACAATATTAATATCGACATG
GAAGATCTTATTAACAAAGAAAATATTGAAGATTCAAGAAAATCATTACT
AAAAGCTTTGATAATGCAATCGAAAGGTCTTCATAAAAACCTGTTGGAAT
TTGTGGAAGATGACCAGACTTGTTTACGTCATCCCGATTCACCGTTAGCG
AAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCGAGACGCAATGACGAC
GTTGAAAGCTGTTATTGAAAACAATGAATGTCCTGGGAAAGCTTTCTGTT
GTGGAATTTCACTGGATTTGAATAATACAAAGGACTTACGTGATGAATTA
CAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCTTGAGAAGTCAACCAT
GATGTTACTCACAACTTGCAAGGTGAACGCCCGTTTAGAAGAATTAGAAA
GTGTGACGAATTTCACGGAATTCGTCAACGCGTTCAGTCAATTTGGTGGT
GATATGGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAAATACGACATG
GTTGAATCGTGCGACGCTACCAATAAAGCATGTAATACCATCGTCTCCAT
GCTGAACACAGATGAAAATAACAACGCACAAGAACCAACCAGTGAGAAGA
CGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCAATCACCAAGATTCTG
ATACTGGCTGATCGAACGGCTATATTAAAGCTGGTCAAATCTGCAGCTAA
GGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGAACTACAGAGACAACG
TATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTGGAATTATCGATCTTC
AAATTTACAAGCATTGGTCATGAGATGGGAAATGCTAACGACAACATAAG
AGATGACGCAATGGAATATACAAGACATTGAAATCCGAACGCGATCTGTG
GAGAAGGTTTTAGTCCCACTTATAGCACAGATAATGAATGGCTTACAATA
TATATACCAATGGCATCCAAAATAAATTCATAAGCCATTGATGCAGGAAA
AATGTTATCAGCACATCCAACAAGTAAAATTACTCAAGAAAATTTTGAAG
TCTTTATTGATGTATGGGATACGCAGGTTGACGAATTACTTACATTACTG
AGGAATATCACCGAAGGTCACACGGAGAGTTACCCGGCTGACAAAAGCCA
CGAGCAATATAGATGCTTGTATAATCACAGCAACAAGATTAGAAGAAAAT
TTGATCAATCTGATGCCACAGTCCAGCAAAGCGAGTGCAGAGCAAGTGTT
TCATCTGGTAGAAACATGTGAATATAAAGAAGTTTTAGCACGTCTGAAAG
AATCGGCGCTCTCCGGTGAACTTGATAAAGTCGAAGAAACTGCAGAACGA
TTGGAAAGTGTGCTTAGTGAAATTTTACAGGTGACTGAAGACGAAGAGAA
CATATATAAAACGTTGAGAGAACTTTCCGATATTTGCGATGAAATGCTGG
AAGAGGAAGGTATAGAAGATTTATTGAAAAACCCCAAAGATTACCAGAAG
ATGGAAAACCTAATAGACACGGTGGACAATATTAATATCGACATGGAAGA
TCTTATTAACAAAGAAAATATTGAAGATTCAAGAAAATCATTACTAAAAG
CTTTGATAATGCAATCGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTG
GAAGATGACCAGACTTGTTTACGTCATCCCGATTCACCGTTAGCGAAAGG
AATACGTGGGGCTGTCTTCCAAAGCATGCGAGACGCAATGACGACGTTGA
AAGCTGTTATTGAAAACAATGAATGTCCTGGGAAAGCTTTCTGTTGTGGA
ATTTCACTGGATTTGAATAATACAAAGGACTTACGTGATGAATTACAAAG
GGCAGAAGTTTGTGCAGCGAGAGCCATTCTTGAGAAGTCAACCATGATGT
TACTCACAACTTGCAAGGTGAACGCCCGTTTAGAAGAATTAGAAAGTGTG
ACGAATTTCACGGAATTCGTCAACGCGTTCAGTCAATTTGGTGGTGATAT
GGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAAATACGACATGGTTGA
ATCGTGCGACGCTACCAATAAAGCATGTAATACCATCGTCTCCATGCTGA
ACACAGATGAAAATAACAACGCACAAGAACCAACCAGTGAGAAGACGTTG
TCAGACGCAGCAAAGATTCTTCTATCGGCAATCACCAAGATTCTGATACT
GGCTGATCGAACGGCTATATTAAAGCTGGTCAAATCTGCAGCTAAGGTTG
GCGTGCTCGTAAATCAAGGCAGTAATGAGAACTACAGAGACAACGTATCA
GAGAAAGTCAAAACTGCTCTTCCTAACTTGGAATTATCGATCTTCAAATT
TACAAGCATTGGTCATGAGATGGGAAATGCTAACGACAACATAAGAGATG
ACGCAATGGAATATACAAGACATTGAAATCCGAACGCGATCTGTGGAGAA
GGTTTTAGTCCCACTTATAGCACAGATAATGAATGGCTTACAATATATAT
ACCAATGGCATCCAAAATAAATTCATAAGCCATTGATGCAGGAAAAATGT
TATCAGCACATCCAACAAGTAAAATTACTCAAGAAAATTTTGAAGTCTTT
ATTGATGTATGGGATACGCAGGTTGACGAATTACTTACATTACTGAGGAA
TATCACCGAAGGTCACACGGAGAGTTACCCGGCTGACAAAAGCCACGAGC
AATATAGATGCTTGTATAATCACAGCAACAAGATTAGAAGAAAATTTGAT
CAATCTGATGCCACAGTCCAGCAAAGCGAGTGCAGAGCAAGTGTTTCATC
TGGTAGAAACATGTGAATATAAAGAAGTTTTAGCACGTCTGAAAGAATCG
GCGCTCTCCGGTGAACTTGATAAAGTCGAAGAAACTGCAGAACGATTGGA
AAGTGTGCTTAGTGAAATTTTACAGGTGACTGAAGACGAAGAGAACATAT
ATAAAACGTTGAGAGAACTTTCCGATATTTGCGATGAAATGCTGGAAGAG
GAAGGTATAGAAGATTTATTGAAAAACCCCAAAGATTACCAGAAGATGGA
AAACCTAATAGACACGGTGGACAATATTAATATCGACATGGAAGATCTTA
TTAACAAAGAAAATATTGAAGATTCAAGAAAATCATTACTAAAAGCTTTG
ATAATGCAATCGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTGGAAGA
TGACCAGACTTGTTTACGTCATCCCGATTCACCGTTAGCGAAAGGAATAC
GTGGGGCTGTCTTCCAAAGCATGCGAGACGCAATGACGACGTTGAAAGCT
GTTATTGAAAACAATGAATGTCCTGGGAAAGCTTTCTGTTGTGGAATTTC
ACTGGATTTGAATAATACAAAGGACTTACGTGATGAATTACAAAGGGCAG
AAGTTTGTGCAGCGAGAGCCATTCTTGAGAAGTCAACCATGATGTTACTC
ACAACTTGCAAGGTGAACGCCCGTTTAGAAGAATTAGAAAGTGTGACGAA
TTTCACGGAATTCGTCAACGCGTTCAGTCAATTTGGTGGTGATATGGTTG
AACTGGCCTATGTCTCTGGTGAAAGACAAAATACGACATGGTTGAATCGT
GCGACGCTACCAATAAAGCATGTAATACCATCGTCTCCATGCTGAACACA
GATGAAAATAACAACGCACAAGAACCAACCAGTGAGAAGACGTTGTCAGA
CGCAGCAAAGATTCTTCTATCGGCAATCACCAAGATTCTGATACTGGCTG
ATCGAACGGCTATATTAAAGCTGGTCAAATCTGCAGCTAAGGTTGGCGTG
CTCGTAAATCAAGGCAGTAATGAGAACTACAGAGACAACGTATCAGAGAA
AGTCAAAACTGCTCTTCCTAACTTGGAATTATCGATCTTCAAATTTACAA
GCATTGGTCATGAGATGGGAAATGCTAACGACAACATAAGAGATGACGCA
ATGGAATATACAAGACATTGAAATCCGAACGCGATCTGTGGAGAAGGTTT
TAGTCCCACTTATAGCACAGATAATGAATGGCTTACAATATATATACCAA
TGGCATCCAAAATAAATTCATAAGCCATTGATGCAGGAAAAATGTTATCA
GCACATCCAACAAGTAAAATTACTCAAGAAAATTTTGAAGTCTTTATTGA
TGTATGGGATACGCAGGTTGACGAATTACTTACATTACTGAGGAATATCA
CCGAAGGTCACACGGAGAGTTACCCGGCTGACAAAAGCCACGAGCAATAT
AGATGCTTGTATAATCACAGCAACAAGATTAGAAGAAAATTTGATCAATC
TGATGCCACAGTCCAGCAAAGCGAGTGCAGAGCAAGTGTTTCATCTGGTA
GAAACATGTGAATATAAAGAAGTTTTAGCACGTCTGAAAGAATCGGCGCT
CTCCGGTGAACTTGATAAAGTCGAAGAAACTGCAGAACGATTGGAAAGTG
TGCTTAGTGAAATTTTACAGGTGACTGAAGACGAAGAGAACATATATAAA
ACGTTGAGAGAACTTTCCGATATTTGCGATGAAATGCTGGAAGAGGAAGG
TATAGAAGATTTATTGAAAAACCCCAAAGATTACCAGAAGATGGAAAACC
TAATAGACACGGTGGACAATATTAATATCGACATGGAAGATCTTATTAAC
AAAGAAAATATTGAAGATTCAAGAAAATCATTACTAAAAGCTTTGATAAT
GCAATCGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTGGAAGATGACC
AGACTTGTTTACGTCATCCCGATTCACCGTTAGCGAAAGGAATACGTGGG
GCTGTCTTCCAAAGCATGCGAGACGCAATGACGACGTTGAAAGCTGTTAT
TGAAAACAATGAATGTCCTGGGAAAGCTTTCTGTTGTGGAATTTCACTGG
ATTTGAATAATACAAAGGACTTACGTGATGAATTACAAAGGGCAGAAGTT
TGTGCAGCGAGAGCCATTCTTGAGAAGTCAACCATGATGTTACTCACAAC
TTGCAAGGTGAACGCCCGTTTAGAAGAATTAGAAAGTGTGACGAATTTCA
CGGAATTCGTCAACGCGTTCAGTCAATTTGGTGGTGATATGGTTGAACTG
GCCTATGTCTCTGGTGAAAGACAAAATACGACATGGTTGAATCGTGCGAC
GCTACCAATAAAGCATGTAATACCATCGTCTCCATGCTGAACACAGATGA
AAATAACAACGCACAAGAACCAACCAGTGAGAAGACGTTGTCAGACGCAG
CAAAGATTCTTCTATCGGCAATCACCAAGATTCTGATACTGGCTGATCGA
ACGGCTATATTAAAGCTGGTCAAATCTGCAGCTAAGGTTGGCGTGCTCGT
AAATCAAGGCAGTAATGAGAACTACAGAGACAACGTATCAGAGAAAGTCA
AAACTGCTCTTCCTAACTTGGAATTATCGATCTTCAAATTTACAAGCATT
GGTCATGAGATGGGAAATGCTAACGACAACATAAGAGATGACGCAATGGA
ATATACAAGACATTGAAATCCGAACGCGATCTGTGGAGAAGGTTTTAGTC
CCACTTATAGCACAGATAATGAATGGCTTACAATATATATACCAATGGCA
TCCAAAATAAATTCATAAGCCATTGATGCAGGAAAAATGTTATCAGCACA
TCCAACAAGTAAAATTACTCAAGAAAATTTTGAAGTCTTTATTGATGTAT
GGGATACGCAGGTTGACGAATTACTTACATTACTGAGGAATATCACCGAA
GGTCACACGGAGAGTTACCCGGCTGACAAAAGCCACGAGCAATATAGATG
CTTGTATAATCACAGCAACAAGATTAGAAGAAAATTTGATCAATCTGATG
CCACAGTCCAGCAAAGCGAGTGCAGAGCAAGTGTTTCATCTGGTAGAAAC
ATGTGAATATAAAGAAGTTTTAGCACGTCTGAAAGAATCGGCGCTCTCCG
GTGAACTTGATAAAGTCGAAGAAACTGCAGAACGATTGGAAAGTGTGCTT
AGTGAAATTTTACAGGTGACTGAAGACGAAGAGAACATATATAAAACGTT
GAGAGAACTTTCCGATATTTGCGATGAAATGCTGGAAGAGGAAGGTATAG
AAGATTTATTGAAAAACCCCAAAGATTACCAGAAGATGGAAAACCTAATA
GACACGGTGGACAATATTAATATCGACATGGAAGATCTTATTAACAAAGA
AAATATTGAAGATTCAAGAAAATCATTACTAAAAGCTTTGATAATGCAAT
CGAAAGGTCTTCATAAAAACCTGTTGGAATTTGTGGAAGATGACCAGACT
TGTTTACGTCATCCCGATTCACCGTTAGCGAAAGGAATACGTGGGGCTGT
CTTCCAAAGCATGCGAGACGCAATGACGACGTTGAAAGCTGTTATTGAAA
ACAATGAATGTCCTGGGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTG
AATAATACAAAGGACTTACGTGATGAATTACAAAGGGCAGAAGTTTGTGC
AGCGAGAGCCATTCTTGAGAAGTCAACCATGATGTTACTCACAACTTGCA
AGGTGAACGCCCGTTTAGAAGAATTAGAAAGTGTGACGAATTTCACGGAA
TTCGTCAACGCGTTCAGTCAATTTGGTGGTGATATGGTTGAACTGGCCTA
TGTCTCTGGTGAAAGACAAAATACGACATGGTTGAATCGTGCGACGCTAC
CAATAAAGCATGTAATACCATCGTCTCCATGCTGAACACAGATGAAAATA
ACAACGCACAAGAACCAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAG
ATTCTTCTATCGGCAATCACCAAGATTCTGATACTGGCTGATCGAACGGC
TATATTAAAGCTGGTCAAATCTGCAGCTAAGGTTGGCGTGCTCGTAAATC
AAGGCAGTAATGAGAACTACAGAGACAACGTATCAGAGAAAGTCAAAACT
GCTCTTCCTAACTTGGAATTATCGATCTTCAAATTTACAAGCATTGGTCA
TGAGATGGGAAATGCTAACGACAACATAAGAGATGACGCAATGGAATATA
CAAGACATTGAAATCCGAACGCGATCTGTGGAGAAGGTTTTAGTCCCACT
TATAGCACAGATAATGAATGGCTTACAATATATATACCAATGGCATCCAA
AATAAATTCATAAGCCATTGATGCAGGAAAAATGTTATCAGCACATCCAA
CAAGTAAAATTACTCAAGAAAATTTTGAAGTCTTTATTGATGTATGGGAT
ACGCAGGTTGACGAATTACTTACATTACTGAGGAATATCACCGAAGGTCA
CACGGAGAGTTACCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGT
ATAATCACAGCAACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACA
GTCCAGCAAAGCGAGTGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTG
AATATAAAGAAGTTTTAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAA
CTTGATAAAGTCGAAGAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGA
AATTTTACAGGTGACTGAAGACGAAGAGAACATATATAAAACGTTGAGAG
AACTTTCCGATATTTGCGATGAAATGCTGGAAGAGGAAGGTATAGAAGAT
TTATTGAAAAACCCCAAAGATTACCAGAAGATGGAAAACCTAATAGACAC
GGTGGACAATATTAATATCGACATGGAAGATCTTATTAACAAAGAAAATA
TTGAAGATTCAAGAAAATCATTACTAAAAGCTTTGATAATGCAATCGAAA
GGTCTTCATAAAAACCTGTTGGAATTTGTGGAAGATGACCAGACTTGTTT
ACGTCATCCCGATTCACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCC
AAAGCATGCGAGACGCAATGACGACGTTGAAAGCTGTTATTGAAAACAAT
GAATGTCCTGGGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTGAATAA
TACAAAGGACTTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGA
GAGCCATTCTTGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGGTG
AACGCCCGTTTAGAAGAATTAGAAAGTGTGACGAATTTCACGGAATTCGT
CAACGCGTTCAGTCAATTTGGTGGTGATATGGTTGAACTGGCCTATGTCT
CTGGTGAAAGACAAAATACGACATGGTTGAATCGTGCGACGCTACCAATA
AAGCATGTAATACCATCGTCTCCATGCTGAACACAGATGAAAATAACAAC
GCACAAGAACCAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCT
TCTATCGGCAATCACCAAGATTCTGATACTGGCTGATCGAACGGCTATAT
TAAAGCTGGTCAAATCTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGC
AGTAATGAGAACTACAGAGACAACGTATCAGAGAAAGTCAAAACTGCTCT
TCCTAACTTGGAATTATCGATCTTCAAATTTACAAGCATTGGTCATGAGA
TGGGAAATGCTAACGACAACATAAGAGATGACGCAATGGAATATACAAGA
CATTGAAATCCGAACGCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAG
CACAGATAATGAATGGCTTACAATATATATACCAATGGCATCCAAAATAA
ATTCATAAGCCATTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGT
AAAATTACTCAAGAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCA
GGTTGACGAATTACTTACATTACTGAGGAATATCACCGAAGGTCACACGG
AGAGTTACCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAAT
CACAGCAACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACAGTCCA
GCAAAGCGAGTGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATAT
AAAGAAGTTTTAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGA
TAAAGTCGAAGAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTT
TACAGGTGACTGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTT
TCCGATATTTGCGATGAAATGCTGGAAGAGGAAGGTATAGAAGATTTATT
GAAAAACCCCAAAGATTACCAGAAGATGGAAAACCTAATAGACACGGTGG
ACAATATTAATATCGACATGGAAGATCTTATTAACAAAGAAAATATTGAA
GATTCAAGAAAATCATTACTAAAAGCTTTGATAATGCAATCGAAAGGTCT
TCATAAAAACCTGTTGGAATTTGTGGAAGATGACCAGACTTGTTTACGTC
ATCCCGATTCACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGC
ATGCGAGACGCAATGACGACGTTGAAAGCTGTTATTGAAAACAATGAATG
TCCTGGGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATACAA
AGGACTTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCC
ATTCTTGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGGTGAACGC
CCGTTTAGAAGAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACG
CGTTCAGTCAATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGT
GAAAGACAAAATACGACATGGTTGAATCGTGCGACGCTACCAATAAAGCA
TGTAATACCATCGTCTCCATGCTGAACACAGATGAAAATAACAACGCACA
AGAACCAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCTTCTAT
CGGCAATCACCAAGATTCTGATACTGGCTGATCGAACGGCTATATTAAAG
CTGGTCAAATCTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAA
TGAGAACTACAGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTA
ACTTGGAATTATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGA
AATGCTAACGACAACATAAGAGATGACGCAATGGAATATACAAGACATTG
AAATCCGAACGCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAG
ATAATGAATGGCTTACAATATATATACCAATGGCATCCAAAATAAATTCA
TAAGCCATTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAAT
TACTCAAGAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTG
ACGAATTACTTACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGT
TACCCGGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAG
CAACAAGATTAGAAGAAAATTTGATCAATCTGATGCCACAGTCCAGCAAA
GCGAGTGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGA
AGTTTTAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAG
TCGAAGAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAG
GTGACTGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCCGA
TATTTGCGATGAAATGCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAA
ACCCCAAAGATTACCAGAAGATGGAAAACCTAATAGACACGGTGGACAAT
ATTAATATCGACATGGAAGATCTTATTAACAAAGAAAATATTGAAGATTC
AAGAAAATCATTACTAAAAGCTTTGATAATGCAATCGAAAGGTCTTCATA
AAAACCTGTTGGAATTTGTGGAAGATGACCAGACTTGTTTACGTCATCCC
GATTCACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCG
AGACGCAATGACGACGTTGAAAGCTGTTATTGAAAACAATGAATGTCCTG
GGAAAGCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATACAAAGGAC
TTACGTGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCT
TGAGAAGTCAACCATGATGTTACTCACAACTTGCAAGGTGAACGCCCGTT
TAGAAGAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTC
AGTCAATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAG
ACAAAATACGACATGGTTGAATCGTGCGACGCTACCAATAAAGCATGTAA
TACCATCGTCTCCATGCTGAACACAGATGAAAATAACAACGCACAAGAAC
CAACCAGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCA
ATCACCAAGATTCTGATACTGGCTGATCGAACGGCTATATTAAAGCTGGT
CAAATCTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGA
ACTACAGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTG
GAATTATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGAAATGC
TAACGACAACATAAGAGATGACGCAATGGAATATACAAGACATTGAAATC
CGAACGCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAGATAAT
GAATGGCTTACAATATATATACCAATGGCATCCAAAATAAATTCATAAGC
CATTGATGCAGGAAAAATGTTATCAGCACATCCAACAAGTAAAATTACTC
AAGAAAATTTTGAAGTCTTTATTGATGTATGGGATACGCAGGTTGACGAA
TTACTTACATTACTGAGGAATATCACCGAAGGTCACACGGAGAGTTACCC
GGCTGACAAAAGCCACGAGCAATATAGATGCTTGTATAATCACAGCAACA
AGATTAGAAGAAAATTTGATCAATCTGATGCCACAGTCCAGCAAAGCGAG
TGCAGAGCAAGTGTTTCATCTGGTAGAAACATGTGAATATAAAGAAGTTT
TAGCACGTCTGAAAGAATCGGCGCTCTCCGGTGAACTTGATAAAGTCGAA
GAAACTGCAGAACGATTGGAAAGTGTGCTTAGTGAAATTTTACAGGTGAC
TGAAGACGAAGAGAACATATATAAAACGTTGAGAGAACTTTCCGATATTT
GCGATGAAATGCTGGAAGAGGAAGGTATAGAAGATTTATTGAAAAACCCC
AAAGATTACCAGAAGATGGAAAACCTAATAGACACGGTGGACAATATTAA
TATCGACATGGAAGATCTTATTAACAAAGAAAATATTGAAGATTCAAGAA
AATCATTACTAAAAGCTTTGATAATGCAATCGAAAGGTCTTCATAAAAAC
CTGTTGGAATTTGTGGAAGATGACCAGACTTGTTTACGTCATCCCGATTC
ACCGTTAGCGAAAGGAATACGTGGGGCTGTCTTCCAAAGCATGCGAGACG
CAATGACGACGTTGAAAGCTGTTATTGAAAACAATGAATGTCCTGGGAAA
GCTTTCTGTTGTGGAATTTCACTGGATTTGAATAATACAAAGGACTTACG
TGATGAATTACAAAGGGCAGAAGTTTGTGCAGCGAGAGCCATTCTTGAGA
AGTCAACCATGATGTTACTCACAACTTGCAAGGTGAACGCCCGTTTAGAA
GAATTAGAAAGTGTGACGAATTTCACGGAATTCGTCAACGCGTTCAGTCA
ATTTGGTGGTGATATGGTTGAACTGGCCTATGTCTCTGGTGAAAGACAAA
ATACGACATGGTTGAATCGTGCGACGCTACCAATAAAGCATGTAATACCA
TCGTCTCCATGCTGAACACAGATGAAAATAACAACGCACAAGAACCAACC
AGTGAGAAGACGTTGTCAGACGCAGCAAAGATTCTTCTATCGGCAATCAC
CAAGATTCTGATACTGGCTGATCGAACGGCTATATTAAAGCTGGTCAAAT
CTGCAGCTAAGGTTGGCGTGCTCGTAAATCAAGGCAGTAATGAGAACTAC
AGAGACAACGTATCAGAGAAAGTCAAAACTGCTCTTCCTAACTTGGAATT
ATCGATCTTCAAATTTACAAGCATTGGTCATGAGATGGGAAATGCTAACG
ACAACATAAGAGATGACGCAATGGAATATACAAGACATTGAAATCCGAAC
GCGATCTGTGGAGAAGGTTTTAGTCCCACTTATAGCACAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_043153XLOC_043153Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00069262-exon-scaffold_496-1575043694:516589..517408TCONS_00069262-exon-scaffold_496-1575043694:516589..517408Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:513063..513213TCONS_00069262-exon-scaffold_496-1575043694:513063..513213Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:512233..512441TCONS_00069262-exon-scaffold_496-1575043694:512233..512441Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:511951..512070TCONS_00069262-exon-scaffold_496-1575043694:511951..512070Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:511568..511657TCONS_00069262-exon-scaffold_496-1575043694:511568..511657Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:510930..511094TCONS_00069262-exon-scaffold_496-1575043694:510930..511094Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:510247..510453TCONS_00069262-exon-scaffold_496-1575043694:510247..510453Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:509532..509606TCONS_00069262-exon-scaffold_496-1575043694:509532..509606Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:509081..509239TCONS_00069262-exon-scaffold_496-1575043694:509081..509239Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:508564..508656TCONS_00069262-exon-scaffold_496-1575043694:508564..508656Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:507818..507962TCONS_00069262-exon-scaffold_496-1575043694:507818..507962Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:507457..507545TCONS_00069262-exon-scaffold_496-1575043694:507457..507545Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1575043694:505753..506712TCONS_00069262-exon-scaffold_496-1575043694:505753..506712Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:516589..517408TCONS_00069262-exon-scaffold_496-1510915933:516589..517408Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:513063..513213TCONS_00069262-exon-scaffold_496-1510915933:513063..513213Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:512233..512441TCONS_00069262-exon-scaffold_496-1510915933:512233..512441Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:511951..512070TCONS_00069262-exon-scaffold_496-1510915933:511951..512070Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:511568..511657TCONS_00069262-exon-scaffold_496-1510915933:511568..511657Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:510930..511094TCONS_00069262-exon-scaffold_496-1510915933:510930..511094Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:510247..510453TCONS_00069262-exon-scaffold_496-1510915933:510247..510453Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:509532..509606TCONS_00069262-exon-scaffold_496-1510915933:509532..509606Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:509081..509239TCONS_00069262-exon-scaffold_496-1510915933:509081..509239Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:508564..508656TCONS_00069262-exon-scaffold_496-1510915933:508564..508656Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:507818..507962TCONS_00069262-exon-scaffold_496-1510915933:507818..507962Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:507457..507545TCONS_00069262-exon-scaffold_496-1510915933:507457..507545Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1510915933:505753..506712TCONS_00069262-exon-scaffold_496-1510915933:505753..506712Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:516589..517408TCONS_00069262-exon-scaffold_496-1491911889:516589..517408Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:513063..513213TCONS_00069262-exon-scaffold_496-1491911889:513063..513213Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:512233..512441TCONS_00069262-exon-scaffold_496-1491911889:512233..512441Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:511951..512070TCONS_00069262-exon-scaffold_496-1491911889:511951..512070Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:511568..511657TCONS_00069262-exon-scaffold_496-1491911889:511568..511657Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:510930..511094TCONS_00069262-exon-scaffold_496-1491911889:510930..511094Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:510247..510453TCONS_00069262-exon-scaffold_496-1491911889:510247..510453Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:509532..509606TCONS_00069262-exon-scaffold_496-1491911889:509532..509606Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:509081..509239TCONS_00069262-exon-scaffold_496-1491911889:509081..509239Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:508564..508656TCONS_00069262-exon-scaffold_496-1491911889:508564..508656Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:507818..507962TCONS_00069262-exon-scaffold_496-1491911889:507818..507962Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:507457..507545TCONS_00069262-exon-scaffold_496-1491911889:507457..507545Clytia hemisphaericaexon
TCONS_00069262-exon-scaffold_496-1491911889:505753..506712TCONS_00069262-exon-scaffold_496-1491911889:505753..506712Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00069262-proteinTCONS_00069262-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_496supercontigscaffold_496:505753..517408 -
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 0 0 0 4.43094 3.81722 27.9749 34.3787 18.1434 18.973 10.2709 11.3526 3.03672 2.38925 7.91969 5.89583 15.075 15.9486 1.09956 1.9392 16.2316 16.2964 5.5053 7.47806 6.34438 5.3629 8.73014 8.64356 0.442444 0.430929
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001033Alpha_catenin
IPR006077Vinculin/catenin
Vocabulary: Molecular Function
TermDefinition
GO:0045296cadherin binding
GO:0051015actin filament binding
Vocabulary: Biological Process
TermDefinition
GO:0007155cell adhesion
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0007155 cell adhesion
molecular_function GO:0051015 actin filament binding
molecular_function GO:0045296 cadherin binding
Blast
BLAST of TCONS_00069262 vs. Swiss-Prot (Human)
Match: CTNL1 (Alpha-catulin OS=Homo sapiens GN=CTNNAL1 PE=1 SV=2)

HSP 1 Score: 199.134 bits (505), Expect = 7.319e-53
Identity = 166/520 (31.92%), Postives = 282/520 (54.23%), Query Frame = 2
Query:  767 IEIRTRSVEKVLVPLIAQVGVLVNQGSNENYRDNVSEKVKTALPNLELSIFKFTSIGHEMGNANDNIRDDMVESCDATNKACNTIVSM-----LNTDENNNAQEPTSEKT-LSDAAKILLSAITKILILADRTAILKLVKSAAKVNARLEELESVTNFTEFVNAFSQFGGDMVELAYVSGERQNDLRDELQRAEVCAARAILEKSXXXXXXXXXXXXRHPDSPLAKGIRGAVFQSMRDAMTTLKAVIENNECPGKAFCCGISL--DLNNTKEGIEDLLKNPKDYQKMENLIDTVDNINIDMEDLINKENIEDSRKSLLKALIMQSKGLHKNLLEF---VEDDQVTEDEENIYKTLRELSDICDEMLEESSKASAEQVFHLVETCEYKEVLARLKESALSGELDKVEETAERLESVLSEILQVTRLTKATSNIDACIITATRLEENLINLMPQAIDAGKMLSAHPTSKITQENFEVFIDVWDTQVDELLTLLRNIT---EG-HTENNEWLTIYIPMASKIN 2281
            +EI+TRSVE+ L+PL++Q+  L+N   N    D   + ++     + L++ +F  +G  + N N ++++++  +C    +A  TI ++     LN  E++      ++KT +  AA++LLS++TK+L+LADR  I +++ S  KV A +E LE V +F EFV  FSQFG +MVE A++SG+RQNDL+DE ++A++ AARA+LEK TMMLLT  KTCLRHP+   A   +  VF  M+ A+  +  ++ + +  G+     IS+   +   K  IE L +N   +Q  ENL  T++ I   MED  +        +  +  L  Q++   + L+      +  +     E +  ++ ++S   +E+ +E    + +    L++      VL  LK + + G L+ + E A +L     ++++  RL +  S  +   IT    EE       Q I A + L+ HP+SKI +EN +VF + W++Q+ ++ TLLR I    EG   E   +L++  PM +  N
Sbjct:   30 LEIKTRSVEQTLLPLVSQITTLINHKDNTKKSDKTLQAIQRVGQAVNLAVGRFVKVGEAIANENWDLKEEINIACIEAKQAGETIAALTDITNLNHLESDGQITIFTDKTGVIKAARLLLSSVTKVLLLADRVVIKQIITSRNKVLATMERLEKVNSFQEFVQIFSQFGNEMVEFAHLSGDRQNDLKDEKKKAKMAAARAVLEKCTMMLLTASKTCLRHPNCESAHKNKEGVFDRMKVALDKVIEIVTDCKPNGETDISSISIFTGIKEFKMNIEALRENLY-FQSKENLSVTLEVILERMEDFTDSAYTSHEHRERILELSTQARMELQQLISVWIQAQSKKTKSIAEELELSILKISHSLNELKKELHSTATQLAADLLKYHADHVVLKALKLTGVEGNLEALAEYACKLSEQKEQLVETCRLLRHISGTEPLEITCIHAEETFQVTGQQIISAAETLTLHPSSKIAKENLDVFCEAWESQISDMSTLLREINDVFEGRRGEKYGYLSLPKPMKNNAN 548          
The following BLAST results are available for this feature:
BLAST of TCONS_00069262 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
CTNL17.319e-5331.92Alpha-catulin OS=Homo sapiens GN=CTNNAL1 PE=1 SV=2[more]
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