TCONS_00005377 (transcript) - C. hemisphaerica

Overview
NameTCONS_00005377
Unique NameTCONS_00005377
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2416

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00005377 ID=TCONS_00005377|Name=TCONS_00005377|organism=Clytia hemisphaerica|type=transcript|length=2416bp
CAGAAACCTGCTATTAGCCGATTCAGTACTGctctaatttttatttattg
aatGTTTATCACATTACAATTATTTTTGTATGTATAAAAGAATCAATATA
AAAAGACAGAAATATGGCAACAGAAGAGGagagaaaatttttgcaatttg
cCAAAACAGGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGTCGAT
GTCAATCACAAGGGAGAGGAAGGCATGACAGCTTTGATGTATGCTGCATA
TAAAGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAGACC
CTAACATCGACTCCACGAAGGATAAGtaCACACCTCTGATGTTTGCAACG
TTATCAGGGTCAACGGATACCGTACGTACGTTGTTGCAAGCCGGCGCCAA
ACCCGATGCCGTAAATACAATCAAGAGAACAGCTGCACAGTTAGGAGCTT
TTGTTGggCGACACGACTGTGTAAGTGTCATCAATAATTTTGTACAAACG
GATCAAATCAAGTATTACACCAAAACACATGGTTTTGAAAAGACAGCAAA
GTTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATTCCTA
ACCTTAATCCTGTCAAGTTGGTACTTTACATCCAAGACCACATCGAATTG
ATTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAA
ATCCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTT
CACATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAA
CAAGGAATCAAGGGATTGCTAAAATTtCTATTGAAAGGTCGACCAGCTGA
TGGATTTTTGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGGTCTT
TTCCATACGCACAATCCAACCTCTTCAAACAAATTATCAAATCTTTATCC
TCCACTGAATTGGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAATC
AATCAATGGTATGCAGAGTGCCGACTTTAGTGAGTGTTGCACGTGTTGTG
GAGATAGACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGTTCGATAT
TGCAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTG
TGCCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATACAGAAACTGG
AAAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATG
GAAAAGGAAAAGTCACAAATTGAAGAGCTGGAGACtgagaaagaaaatga
aacgaaGAATTTTGAACAATTAGAAATTAATGGTGATGGTAATGAGAGTT
GATGATCTTCTTGGAATCCTTTTGATGAAATTGGAGATGATTTTAAAAGG
TTTCGTCGAGTATTGTAACCCGTGTCTGGTATTCATTAAGCCTCTATAGC
AAGCAAAATTTATCAGTCATTTTATTCTTTGAGTGTACTAACGTGAACTG
TTATATCTGCCCGGGTTGAATTATCCTTCAAACAAATTATACTCCTTTGA
GTTTAGGTTTGATGGCTAACTGTATCCGAAATAATGTGCACTTTTCATGA
ATTCTTTTTGCATTGTAAAAAGTAAAAGTTTAAATTTGGTCAGATTTATT
TTGatgtatgacttttttcaattaATGATCTCAGCCGATTTTTATCAATT
ATCAATTATCCTGACAAAAGTCAATGgcgaaaaaaaggaaaacagaAATT
CTGAgcgatttttcaaatatattttagtgaaaaatattagaaaatgttta
aatttgataccttttttgacgtgttttttggactttttcaaacgtgagtt
ttgaattcaaaagcttttaactTGAGAACCTTGGCCTTTCCTCttgacaa
taaaaaaagaatatagTCACAATTGGCATTGTTTTGGACACTTACTTTTT
CTGGGTCACCCGGTCTAACAACTAATACATGAAATGTTATCATGTGGTCT
CAATGGTATAATACAACCATCTTTCAAATGAGGCTGAAACAAAAACGAAA
TTCTCAAAGAAGGGTCCCTTCATTAGAGTTGAAACCTTCGTCTGGAAATT
TTATCAATCGCTTCACGATGTTGTTTCCCTCAAAGAATAATAAACAGCAA
AAAGAAATAAGGGGTGACAAGACTTAAGGAGATATATATTTTGAAAGGTC
AAACAAATGTCTTTATTTAGAAATTGGTGGAAATTATCATAGAGTTTTCT
CGGGTAAATTTTACGAGGCTTACTTAGATTTTTTAGTTTACAGCAcgctt
tgttttatttttcatataaagttttttttactttagtttaggtattatta
taatgtatagttttaaattattttatttcgGTCGAAATAATTGTTTGTAT
ATACATGTAATGTAAT
Run BLAST on NCBI

protein sequence of TCONS_00005377-protein

>TCONS_00005377-protein ID=TCONS_00005377-protein|Name=TCONS_00005377-protein|organism=Clytia hemisphaerica|type=polypeptide|length=412bp
MATEEERKFLQFAKTGDFDELKNLLSVVDVNHKGEEGMTALMYAAYKGSV
NSVELLLHNGADPNIDSTKDKYTPLMFATLSGSTDTVRTLLQAGAKPDAV
NTIKRTAAQLGAFVGRHDCVSVINNFVQTDQIKYYTKTHGFEKTAKLDDK
LAENVHKMVVIPNLNPVKLVLYIQDHIELIPASKEVLYVLETEVEKSFKD
VNEVLSIKLHIFSHVFKKCVAWETGKEGKQGIKGLLKFLLKGRPADGFLL
NIEFLLRDSMRSFPYAQSNLFKQIIKSLSSTELGKPPSAITILTQSINGM
QSADFSECCTCCGDRHCFNKCSACKMVRYCNAACQKLHWSSHKPFCADLK
VKYEELQRIQKLEKEQEEKAKLEKERLEMEKEKSQIEELETEKENETKNF
EQLEINGDGNES
Run BLAST on NCBI

transcript from alignment at sc0000052:814059..822946-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00005377 ID=TCONS_00005377|Name=TCONS_00005377|organism=Clytia hemisphaerica|type=transcript|length=8888bp|location=Sequence derived from alignment at sc0000052:814059..822946- (Clytia hemisphaerica)
CAGAAACCTGCTATTAGCCGATTCAGTACTGCTCTAATTTTTATTTATTG AATGTTTATCACATTACAATTATTTTTGTATGTATAAAAGAATCAATATA AAAAGACAGAAATATGGCAACAGAAGAGGAGAGAAAATTTTTGCAATTTG CCAAAACAGGTAAAGTCACATATTTTATAGTTTTGTGTCTATGCTTTTCA TTACTGCAATTTAAGTTCTACACGTTCTCAAGATATTTGAAGTTTTGGTT CAAACAAGAAAGAACCTCAACCTTTGAAGTTGGTCTAGAATTGCTACAAA CTTAAAAGAAAGTACTGTATGTTGTACTGTATCTCAACTTTCCAACTGTG GGTTGAAAAATTTATCTTCACAATTTTACTACCTTATTGGAACTAATTTT CACGGGAACTTATAGCGGAAAAAATCGGAAAATTTGTAATTTGCACAGTT TTGCGGATTATAATTTTAAAGGTTTTGCCCTTTTTTGGACAAGTTTCTTT CATTACTTAGGGATTTTTCAAAATTTTTGATAAAATTGAAAAAAATTGTA TTTTGCAGTTTAAAATTTTTGCAGTTTTGCCAAAAAAACTAATTTCCGCA TAAATTAGTCCCAATAAGGTGACTAATTTTTTAGACTTTCAAAGTACATC AATTTATCAACTTTTTAAACCAAAACCAATAATATGTCTGTTTGTTTGTT TGTTTCATCAGGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGTCG ATGTCAATCACAAGGGAGAGGTTTGTTTCCGAATATTTTTCAAATTCTTT GTGACACTGTCTGTATCGTTTGTATAATTCTAAAACTACTTGATTGAAAA TATAATTATCATGATCATTTGCAAACAAATACTAAAATTAATTGGTTAAA ATAATAATTAATGATTGGTTTTGAATTTGGAGTGCATTGAGGAGTTTCAA AGGTTCATTCACAATAAAAATATGTGGAACATTTCTTAACATCCATCCCC TTTTCTCTGCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATAAAGG AAGTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCTAACA TCGACTCCACGAAGGATAAGGTATTGCTTTCAAAGAATTCAAGCATCCTG CTTACTCCCCAGAAAGCCCCTCTCCCATTTAAAAACAGAATAGTGACTTT TTGATCCAAGTCCTGGCAATTATTAATTGCTTATCATACACATCAACTCT CTTGGCTTCTATTCAAAATCAAGCTTTCTTTTTCACAGCCTTAATGGACG TGTCGCATCTTAAACAGATTTGATAAGATTTATTGCTAATTTAAAATTTC AAAATTTTTCAGTACACACCTCTGATGTTTGCAACGTTATCAGGTATGAT CTTTTGTTTGCACTACGTAATATCTTTCATTGCATTCGTTGCTAACGACC ATAACATGTCATCAATAATCATGACACAATTTGAATCCGCCTTAAAGTAA TAATAATTTTAAGAAAAGTTTGATCCTTCAGAAATGAAAATGACATAAAA CAAATGGAAACATTTCCAATTTTCAGCTAATCTTTACTTATATGAAGCTG TTTGATAATCCAGGGTTCAGACAGACCCTGGAAAACCTGGAAAACCTGGA ATTATGATAAATTTTCAGAAAAATCAGGGAAACTCAGGGAAACCCAGGGA AAAAATTTTTTTTTCCCAGTCTGCTCAGGGAAACTCAGGGAATTTTATTT TTTGAAGAATGAATGGAAAAAACAGATTTAGAAGTTTTTTTAGTTTTAAA GTATTTATTCATAATGCAGTATTTGTAGCTTTAATTTTTACCTTAGGTTT ACCATTTGATTTGTGTGCCTTTTGTTTAAAGATACATCTCTTTTGACTCT GCTTAGTTTTTATGGTTTGCTTGATACTCAGGGAAAAAATAGGGAAAAAA TAGCTAAAATGAGGAATTTTTCAGGGAAAAAACCTTTGAAAATTGATTAA AATTCAGGGAAACTCAGGGAATTTTATTTTCGAAAGTCTGTCTGAACCCT GTAATCTTGCAAAGTAAAACATGTTTACTTGCTCCATAGAAAATATAGGC CATTCGTTTCAAGTCGAATTCAACACTTTTCTTTGTTATGTTATTTTAGA AAGAATACATTTTGTTTTATTGTCTAATAAAACAATCAACTGACAAAACA TGTGCTTTTTGATGCTGTTGTACTATAATTTTGTTGTAAGCTCAGCATTT TTTCATAGCGATTCTGGGCACCTCTTAAAAACCCTTAATTTAGCTTTTAG AAATCAACTTTACGGGACTGTTATAGATCAATGATTTTTGGAATTTCCAC GCTCTCCCTCTTTCCAGGGTCAACGGATACCGTACGTACGTTGTTGCAAG CCGGCGCCAAACCCGATGCCGTAAATACAATCAAGAGAACAGCTGCACAG TTAGGAGCTTTTGTTGGTAAATTGTTTTCTTGTCATTGTTATAAAAAGTC TTTCTTTGTCAATAATATTTCGTTTTAGAATCTAGCTCCAAAATTGATTT CCATCTATTATTAAGCTAGTGGTATTTTAGGCTTTTGGTTTCCTTGAAAA GTAAGAACTTACAAGATGGCATTTTAGCTTAAAGTTTCTTATTAATTATG TCAATTAGAGCCACATAGCCTTGACTTTATGTCCACCATGAATGAACGCA ACTTTCACGTATGATATATACTTTCACTTTCGTTTTCAGGGCGACACGAC TGTGTAAGTGTCATCAATAATTTTGTACAAACGGATCAAATCAAGTATTA CACCAAAACACATGGTAAGCATTACATTTTACAACGCTTCGTATCGTATG TAATTATACAGTCAAATAAATAGAATCAAGTGCTCAAGAAAATTTGAAAA AAATTGAGCGAAATATTGAGAAATAAAGAAATAGCTTGTAATTGCTACCA ACATTTTGTATCTAGTCAAATCCAGGTTGGACTTAAACAAGACTTGGCTT ACAATTGAGACTTAGAAAAGCGAGAATGTTTGAGGAACTGGCAAAGTTTT ATTGGACATAGCTATGATAAAAATCCTACTTTCAAAGTTTTATTGGATAT TATAATAAATATCAACCTAAAACCCTTTCGACATAGTGTCCTCCAGGGTT TGTTCCCCCCCACCAAATTCTTGATTTTTTTAAATCTCCCCCCTCTTTTT TTCCCCCCTATGACTTTTCAGTTTTTTAGTTTCCCCCCTCTTTTTTGCAT TCCCCCCAGAAAATTCTGAAAATATCAGTTCCCCCCATATACCCATATAA ATTTCTCAAATGTCAACCTGACACAAAAGTAAAATTTTGCTGCAAAAGGA ATACTAGACAAAATAGAACAAAAATGAGTTAATTTAAACAAACATGCTTA GAAAAGCAGACTTAATAAAACAACAATGAAATAAAAAATTAAAATCCTAA ATGAAATCAAAACAAAGTTGATAAAGTTGAAGTGATTTCACATTCCCCCC AACCAAATTTGCCAACTATCGATGTTTTCCCCCCTCTTTTTTTTCCCCTC TTTACTATTCAAATTTTCATTTCCCCCTCTCACCCATCCAAAATTGGAAA ATTGGCTTCCCCCCCCCCTTTATAAAGGGGGGGGGGAGGACACTATGTTC GAAGGTGCTCACAATATAGTAGCCTGTTGCGAGCTTAGTGTAGCTGAAAT TATCGCCTGAACTTTTATCTGATTTCATTGGTAGGTTTTGAAAAGACAGC AAAGTTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATTC CTAACCTTAATCCTGTCAAGGTGAATACAATTCTCTATTAGCAGATTCAT GTAAAAAAGTCACGAAAAAAATTGCTTACATAAACATATTTTTTCCAAAA TGTTCAAAGTATGAGGTATAATCTTTGCATGTCTCACGTTTATTCATAAC TTTGTTACATGGATCTACTGGTAAGAAAATTCTGTATTCTTTTCCTACAG TTCAGTAAAGTATCGGGAAACGGTTGACTCTCTATAATTCGATCGTCAAA GGACCAAAATTATTTTTGAATTCGAGAAAGATTCGAATTACAGAGAGTAA TTTTAACCACTTTCCAGCTGAGGGGACTAATAATTTAGTTTGAATTGCAG AAAAATTCGTTTAATTGGAGGATTGAATAAGAGAATCAGAATCAACCTCA ATTCCGTAAACATTGTGAATATAATAATTAAGATAAGTTTTGAAAAACGG AGACATATAATGTGGAGACTTGGAGAATAATGGGGTGTGACAAAGTTAGG ACGCTCCTCATTAGGAATATGAATCTCATTGGAGAGACTAGGAGTTTTGG AGTCGATCCTATCAGCATACTCTGAATCGTTTCAGTTGGTACTTTACATC CAAGACCACATCGAATTGATTCCAGCATCAAAAGAAGTGTTGTACGTTTT GGAAACTGAAGTAGAGAAATCCTTCAAAGATGTAAATGAAGTCCTTTCAA TCAAGTTACATATCTTTTCACATGTCTTCAAAAAATGCGTCGCTTGGGAG ACTGGCAAAGAAGGGAAACAAGGAATCAAGGGATTGCTAAAATTGTAAGT GTTGTTTATTACGCACGGATTAATTTGACAGTTAAGAAATTTTTTGGGAA ATTCTCGAATTTCGGAAGGTATTTTATACGACTTAAGCCAAGCTCAGTTG ACTAATCTTTGATGAGTTCAAATTACAGAAACTTTCTAATAAAAGTTTCT CGAATAAGAGAGATTTCGCTAAATATGGTACTTCGATAGAATTTTTAGAA TTTTTGGGGACCTATGAATTTTATCTAGTCTGTTGGCAAACACTGTTTAA GTAGCAGAGATGCAGGACAGTGCACATTCAATTAAATTTCTACCGATTGA TAGTGTGAAGGTTTCGGTCACAGACGTACATCGCAATGGAATATTTTCGA ATCCCAAGTCAAACTCCAAAACTAAGCACTTCTTTTGTTATTTTTCAGTC TATTGAAAGGTCGACCAGCTGATGGATTTTTGTTAAACATCGAATTTTTA TTGCGAGACTCGATGAGGTCTTTTCCATACGCACAATCCAACCTCTTCAA ACAAATTATCAAATCTTTATCCTCCACTGAATTGGTACGTTAATTTTATT GACATAATGAAGTACTTTGGTAAAAGTGAAAGTGATAATCTCTTAGGCCA CTTCATGGTCGAAAGTAGTCGTGAGTAATTAGAACCACTGTGTTTTATTT AACAATTTAAAATCATGGAAGTTTTGCGTCCAAGGGAAAGCTGTTATGAG AGCGCGATCAGGTTTGATTCGTGGGAAGGTAGGGCTTGATTTCTAGTTAG TGTTTCTGATTACATTGTGTCACCCCCCCCCCCCCTTTAAGTGGGGGTAC CTAAAAAAAAAAGGGGTTAAAAAAGCCAGGTACCTGGAAGTATTCCCACT TTCAGGGGGTACCTGATATGTTTGGGGGGACCTGTAATCTCGTCAGTGAG GGGGGGGGCTGTTTTTTCTGTGTGAGATATTTTTCTTAACTTTACTCAAT TTCTCAATTTTCAACCAAACCCTTCGTTTTTACTACTTTTTCATTCTTGT GCCCTTTACATTTTACAGTAACCCCAGTGAAGGAGATTAAAATTCAACGA TTTTTTTTTTTTTTTTTATAAATAGAAATTTGTAGTTTGCCAACGGACGT GGAGTGGTTCAATTTGAATAAATAAATAAATAAATAAATAACGATATTGC ATTTTTGCTGACCAAGCGTTTCTATCATAACAAACATGGTAGCTTGAAGT TGTTATATTTTTTTATAACTTGCGAAAATCTTTTGAATGCAGTTCCATAT ACGTTATTTGATTGTATGTAATTTAGTATATTTTTTAATTTGTTTTCATA TCAATAATTTTCACCTATTTTGGATATTTGTTTCTTCACATGGATTTGTG GGAAAAGTCATGTCTTACTCTTGTGTGTTCTTTGAATACTTTCAACAACT GCACAAAATTATCATTACAGAGAATAGAATGCAAAAAAAAGAAATTCTTC TAATCGGCTACGTAATAAAAGGGGGTACCTAAAAAATATAATTTAATGGG GGTACCAAATCCTGGGGGCTACCTAAGAATCCAAACAACTTTGGGGGTAC CTAAATCGTTAGGGGTACCTAATTTTATTGGGGGTACCTGAAGCCTGGAG GACCCTATGGATTACTTAGCAAGTGAATGCTTCGCTTCGGAACGAAATGA AGCCCTTTTATTGGTTAAAATTGAAGTTTTACGTCACTTCTAACCAATAG AATGGCTTAATTTCGTTTCGGAGCGAAACGGAACCATTACGTGCATACAT GGTCTAAGCTAAACAATTTTAACAATATATAACAAAGGAAGTATATCATA CTGAATTACGCATTGTAGTCATATAACGACAGTGTTTGATTCGTCTTGCT TTTTTCATTCGCTGTTAATACCCACTGTATTCTTTACGCCTTCTTGATTC GCAGGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAATCAATCAATG GTATGCAGAGGTAAAAACTCCCGCAATTGTTGATTTTTTTATATTCTTCA CTGCTCTGAAATCATCCAGAAGAGGGCCTTTTAAATGATGTTAATGTAGG CTATTGTAAGGAACTTTTAAAGAATGCTGAATCGTGAAACTTCGGAAGAA AACCCTCCACTTTTCGAGTATAGGACTGTGGGACATGCTCAAATTTCAGG ACTGAACCCTTTTTAAAGTCGTATGAGAGATATATCGTCGGTGTATTACC TGATTATTCTTTTTCGTTTTCAGTGCCGACTTTAGTGAGTGTTGCACGTG TTGTGGAGATAGACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGTAA GTAGCTTATTTGTTTGAAAATCATGTTTTAAAATTATCAAAAATAAAGGA ATGTTGGCATTCACACCTTTGTCTACTGAAGAACTTTCACTGAGTTTCCT ATGAACCATGAAGGCAGTTTCTCAATATTGGCCAACCAAAATCTATGATT AGAGTTTTTTTGAAAGTTGCACCCCAATGGTAAGGAATCTTAGATCTAGT CTTGCTTAGCTTCAGCGCTACAATCTCTTCTTTGCGGAGACCACTTTCAA AAGAACTTTGATCAAATGTTGTTGATATAACTCGGTCCAGGGTTCATAAG ACTAGTGAGATTTGCGCACACGATTTTTGCGTTGACTCGGTTCTAATGAT CTCTTTACAATAACTGACACTTACTAAAGTCTTTTTCAAATTAGCTGGCA GTGTTTTTTCAAACCTCAATAACTTTTGATAGATATTGAATTAGTTAGCG GTTTTGTGCTCGCTAAAAAAGATAATCCGGAGTGGAATATTTCCAGCTAA TTTGTTATAGACTTTTAGTATTGTCACTCGTGAAAATATCTCTTAAACAA AGGACATCAATCTAGACATGGTCGTGTTAAAAAAATAACATGACGGGCGG CAACGAGCCTAGCGAGTTGAAAGATTTGATTAATTTCATTTCCGCACTAT CTCTCTCTCTCAGGTTCGATATTGCAACGCTGCTTGTCAGAAACTTCACT GGTCATCCCACAAACCCTTTTGTGCCGACCTCAAAGTCAAATATGAAGAA TTACAAAGGATACAGAAACTGGAAAAGGAACAAGAGGAAAAAGCGAAACT GGAAAAGGAACGGTTGGAAATGGAAAAGGAAAAGTCACAAATTGAAGAGC TGGAGACTGAGAAAGAAAATGAAACGAAGAATTTTGAACAATTAGAAATT AATGGTGATGGTAATGAGAGTTGATGATCTTCTTGGAATCCTTTTGATGA AATTGGAGATGATTTTAAAAGGTTTCGTCGAGTATTGTAACCCGTGTCTG GTATTCATTAAGCCTCTATAGCAAGCAAAATTTATCAGTCATTTTATTCT TTGAGTGTACTAACGTGAACTGTTATATCTGCCCGGGTTGAATTATCCTT CAAACAAATTATACTCCTTTGAGTTTAGGTTTGATGGCTAACTGTATCCG AAATAATGTGCACTTTTCATGAATTCTTTTTGCATTGTAAAAAGTAAAAG TTTAAATTTGGTCAGATTTATTTTGATGTATGACTTTTTTCAATTAATGA TCTCAGCCGATTTTTATCAATTATCAATTATCCTGACAAAAGTCAATGGC GAAAAAAAGGAAAACAGAAATTCTGAGCGATTTTTCAAATATATTTTAGT GAAAAATATTAGAAAATGTTTAAATTTGATACCTTTTTTGACGTGTTTTT TGGACTTTTTCAAACGTGAGTTTTGAATTCAAAAGCTTTTAACTTGAGAA CCTTGGCCTTTCCTCTTGACAATAAAAAAAGAATATAGTCACAATTGGCA TTGTTTTGGACACTTACTTTTTCTGGGTCACCCGGTCTAACAACTAATAC ATGAAATGTTATCATGTGGTCTCAATGGTATAATACAACCATCTTTCAAA TGAGGCTGAAACAAAAACGAAATTCTCAAAGAAGGGTCCCTTCATTAGAG TTGAAACCTTCGTCTGGAAATTTTATCAATCGCTTCACGATGTTGTTTCC CTCAAAGAATAATAAACAGCAAAAAGAAATAAGGGGTGACAAGACTTAAG GAGATATATATTTTGAAAGGTCAAACAAATGTCTTTATTTAGAAATTGGT GGAAATTATCATAGAGTTTTCTCGGGTAAATTTTACGAGGCTTACTTAGA TTTTTTAGTTTACAGCACGCTTTGTTTTATTTTTCATATAAAGTTTTTTT TACTTTAGTTTAGGTATTATTATAATGTATAGTTTTAAATTATTTTATTT CGGTCGAAATAATTGTTTGTATATACATGTAATGTAAT

Coding sequence (CDS) from alignment at sc0000052:814059..822946-

>TCONS_00005377 ID=TCONS_00005377|Name=TCONS_00005377|organism=Clytia hemisphaerica|type=CDS|length=14868bp|location=Sequence derived from alignment at sc0000052:814059..822946- (Clytia hemisphaerica)
GTTCGATATTGCAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACAA
ACCCTTTTGTGCCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATAC
AGAAACTGGAAAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGG
TTGGAAATGGAAAAGGAAAAGTCACAAATTGAAGAGCTGGAGACTGAGAA
AGAAAATGAAACGAAGAATTTTGAACAATTAGAAATTAATGGTGATGGTA
ATGAGAGTTGATGCCGACTTTAGTGAGTGTTGCACGTGTTGTGGAGATAG
ACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCTG
CCATCACCATCCTGACACAATCAATCAATGGTATGCAGAGTCTATTGAAA
GGTCGACCAGCTGATGGATTTTTGTTAAACATCGAATTTTTATTGCGAGA
CTCGATGAGGTCTTTTCCATACGCACAATCCAACCTCTTCAAACAAATTA
TCAAATCTTTATCCTCCACTGAATTGTTGGTACTTTACATCCAAGACCAC
ATCGAATTGATTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTGA
AGTAGAGAAATCCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTAC
ATATCTTTTCACATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAA
GAAGGGAAACAAGGAATCAAGGGATTGCTAAAATTGTTTTGAAAAGACAG
CAAAGTTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATT
CCTAACCTTAATCCTGTCAAGGGCGACACGACTGTGTAAGTGTCATCAAT
AATTTTGTACAAACGGATCAAATCAAGTATTACACCAAAACACATGGGTC
AACGGATACCGTACGTACGTTGTTGCAAGCCGGCGCCAAACCCGATGCCG
TAAATACAATCAAGAGAACAGCTGCACAGTTAGGAGCTTTTGTTGTACAC
ACCTCTGATGTTTGCAACGTTATCAGGAAGGCATGACAGCTTTGATGTAT
GCTGCATATAAAGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACGG
TGCAGACCCTAACATCGACTCCACGAAGGATAAGGTGATTTCGATGAATT
AAAGAACCTTCTCTCAGTTGTCGATGTCAATCACAAGGGAGAGATGGCAA
CAGAAGAGGAGAGAAAATTTTTGCAATTTGCCAAAACAGGTTCGATATTG
CAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTGTG
CCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATACAGAAACTGGAA
AAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATGGA
AAAGGAAAAGTCACAAATTGAAGAGCTGGAGACTGAGAAAGAAAATGAAA
CGAAGAATTTTGAACAATTAGAAATTAATGGTGATGGTAATGAGAGTTGA
TGCCGACTTTAGTGAGTGTTGCACGTGTTGTGGAGATAGACATTGTTTCA
ATAAATGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCTGCCATCACCATC
CTGACACAATCAATCAATGGTATGCAGAGTCTATTGAAAGGTCGACCAGC
TGATGGATTTTTGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGGT
CTTTTCCATACGCACAATCCAACCTCTTCAAACAAATTATCAAATCTTTA
TCCTCCACTGAATTGTTGGTACTTTACATCCAAGACCACATCGAATTGAT
TCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAAAT
CCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTTCA
CATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAACA
AGGAATCAAGGGATTGCTAAAATTGTTTTGAAAAGACAGCAAAGTTAGAC
GACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATTCCTAACCTTAA
TCCTGTCAAGGGCGACACGACTGTGTAAGTGTCATCAATAATTTTGTACA
AACGGATCAAATCAAGTATTACACCAAAACACATGGGTCAACGGATACCG
TACGTACGTTGTTGCAAGCCGGCGCCAAACCCGATGCCGTAAATACAATC
AAGAGAACAGCTGCACAGTTAGGAGCTTTTGTTGTACACACCTCTGATGT
TTGCAACGTTATCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATAA
AGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCTA
ACATCGACTCCACGAAGGATAAGGTGATTTCGATGAATTAAAGAACCTTC
TCTCAGTTGTCGATGTCAATCACAAGGGAGAGATGGCAACAGAAGAGGAG
AGAAAATTTTTGCAATTTGCCAAAACAGGTTCGATATTGCAACGCTGCTT
GTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTGTGCCGACCTCAAA
GTCAAATATGAAGAATTACAAAGGATACAGAAACTGGAAAAGGAACAAGA
GGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATGGAAAAGGAAAAGT
CACAAATTGAAGAGCTGGAGACTGAGAAAGAAAATGAAACGAAGAATTTT
GAACAATTAGAAATTAATGGTGATGGTAATGAGAGTTGATGCCGACTTTA
GTGAGTGTTGCACGTGTTGTGGAGATAGACATTGTTTCAATAAATGTAGC
GCTTGTAAAATGGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAATC
AATCAATGGTATGCAGAGTCTATTGAAAGGTCGACCAGCTGATGGATTTT
TGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGGTCTTTTCCATAC
GCACAATCCAACCTCTTCAAACAAATTATCAAATCTTTATCCTCCACTGA
ATTGTTGGTACTTTACATCCAAGACCACATCGAATTGATTCCAGCATCAA
AAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAAATCCTTCAAAGAT
GTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTTCACATGTCTTCAA
AAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAACAAGGAATCAAGG
GATTGCTAAAATTGTTTTGAAAAGACAGCAAAGTTAGACGACAAACTAGC
GGAAAACGTTCACAAGATGGTGGTCATTCCTAACCTTAATCCTGTCAAGG
GCGACACGACTGTGTAAGTGTCATCAATAATTTTGTACAAACGGATCAAA
TCAAGTATTACACCAAAACACATGGGTCAACGGATACCGTACGTACGTTG
TTGCAAGCCGGCGCCAAACCCGATGCCGTAAATACAATCAAGAGAACAGC
TGCACAGTTAGGAGCTTTTGTTGTACACACCTCTGATGTTTGCAACGTTA
TCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATAAAGGAAGTGTAA
ACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCTAACATCGACTCC
ACGAAGGATAAGGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGTC
GATGTCAATCACAAGGGAGAGATGGCAACAGAAGAGGAGAGAAAATTTTT
GCAATTTGCCAAAACAGGTTCGATATTGCAACGCTGCTTGTCAGAAACTT
CACTGGTCATCCCACAAACCCTTTTGTGCCGACCTCAAAGTCAAATATGA
AGAATTACAAAGGATACAGAAACTGGAAAAGGAACAAGAGGAAAAAGCGA
AACTGGAAAAGGAACGGTTGGAAATGGAAAAGGAAAAGTCACAAATTGAA
GAGCTGGAGACTGAGAAAGAAAATGAAACGAAGAATTTTGAACAATTAGA
AATTAATGGTGATGGTAATGAGAGTTGATGCCGACTTTAGTGAGTGTTGC
ACGTGTTGTGGAGATAGACATTGTTTCAATAAATGTAGCGCTTGTAAAAT
GGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAATCAATCAATGGTA
TGCAGAGTCTATTGAAAGGTCGACCAGCTGATGGATTTTTGTTAAACATC
GAATTTTTATTGCGAGACTCGATGAGGTCTTTTCCATACGCACAATCCAA
CCTCTTCAAACAAATTATCAAATCTTTATCCTCCACTGAATTGTTGGTAC
TTTACATCCAAGACCACATCGAATTGATTCCAGCATCAAAAGAAGTGTTG
TACGTTTTGGAAACTGAAGTAGAGAAATCCTTCAAAGATGTAAATGAAGT
CCTTTCAATCAAGTTACATATCTTTTCACATGTCTTCAAAAAATGCGTCG
CTTGGGAGACTGGCAAAGAAGGGAAACAAGGAATCAAGGGATTGCTAAAA
TTGTTTTGAAAAGACAGCAAAGTTAGACGACAAACTAGCGGAAAACGTTC
ACAAGATGGTGGTCATTCCTAACCTTAATCCTGTCAAGGGCGACACGACT
GTGTAAGTGTCATCAATAATTTTGTACAAACGGATCAAATCAAGTATTAC
ACCAAAACACATGGGTCAACGGATACCGTACGTACGTTGTTGCAAGCCGG
CGCCAAACCCGATGCCGTAAATACAATCAAGAGAACAGCTGCACAGTTAG
GAGCTTTTGTTGTACACACCTCTGATGTTTGCAACGTTATCAGGAAGGCA
TGACAGCTTTGATGTATGCTGCATATAAAGGAAGTGTAAACTCTGTGGAA
CTCTTGTTACACAACGGTGCAGACCCTAACATCGACTCCACGAAGGATAA
GGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGTCGATGTCAATCA
CAAGGGAGAGATGGCAACAGAAGAGGAGAGAAAATTTTTGCAATTTGCCA
AAACAGGTTCGATATTGCAACGCTGCTTGTCAGAAACTTCACTGGTCATC
CCACAAACCCTTTTGTGCCGACCTCAAAGTCAAATATGAAGAATTACAAA
GGATACAGAAACTGGAAAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAG
GAACGGTTGGAAATGGAAAAGGAAAAGTCACAAATTGAAGAGCTGGAGAC
TGAGAAAGAAAATGAAACGAAGAATTTTGAACAATTAGAAATTAATGGTG
ATGGTAATGAGAGTTGATGCCGACTTTAGTGAGTGTTGCACGTGTTGTGG
AGATAGACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGGAAAGCCGC
CCTCTGCCATCACCATCCTGACACAATCAATCAATGGTATGCAGAGTCTA
TTGAAAGGTCGACCAGCTGATGGATTTTTGTTAAACATCGAATTTTTATT
GCGAGACTCGATGAGGTCTTTTCCATACGCACAATCCAACCTCTTCAAAC
AAATTATCAAATCTTTATCCTCCACTGAATTGTTGGTACTTTACATCCAA
GACCACATCGAATTGATTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGA
AACTGAAGTAGAGAAATCCTTCAAAGATGTAAATGAAGTCCTTTCAATCA
AGTTACATATCTTTTCACATGTCTTCAAAAAATGCGTCGCTTGGGAGACT
GGCAAAGAAGGGAAACAAGGAATCAAGGGATTGCTAAAATTGTTTTGAAA
AGACAGCAAAGTTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTG
GTCATTCCTAACCTTAATCCTGTCAAGGGCGACACGACTGTGTAAGTGTC
ATCAATAATTTTGTACAAACGGATCAAATCAAGTATTACACCAAAACACA
TGGGTCAACGGATACCGTACGTACGTTGTTGCAAGCCGGCGCCAAACCCG
ATGCCGTAAATACAATCAAGAGAACAGCTGCACAGTTAGGAGCTTTTGTT
GTACACACCTCTGATGTTTGCAACGTTATCAGGAAGGCATGACAGCTTTG
ATGTATGCTGCATATAAAGGAAGTGTAAACTCTGTGGAACTCTTGTTACA
CAACGGTGCAGACCCTAACATCGACTCCACGAAGGATAAGGTGATTTCGA
TGAATTAAAGAACCTTCTCTCAGTTGTCGATGTCAATCACAAGGGAGAGA
TGGCAACAGAAGAGGAGAGAAAATTTTTGCAATTTGCCAAAACAGGTTCG
ATATTGCAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACAAACCCT
TTTGTGCCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATACAGAAA
CTGGAAAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGA
AATGGAAAAGGAAAAGTCACAAATTGAAGAGCTGGAGACTGAGAAAGAAA
ATGAAACGAAGAATTTTGAACAATTAGAAATTAATGGTGATGGTAATGAG
AGTTGATGCCGACTTTAGTGAGTGTTGCACGTGTTGTGGAGATAGACATT
GTTTCAATAAATGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCTGCCATC
ACCATCCTGACACAATCAATCAATGGTATGCAGAGTCTATTGAAAGGTCG
ACCAGCTGATGGATTTTTGTTAAACATCGAATTTTTATTGCGAGACTCGA
TGAGGTCTTTTCCATACGCACAATCCAACCTCTTCAAACAAATTATCAAA
TCTTTATCCTCCACTGAATTGTTGGTACTTTACATCCAAGACCACATCGA
ATTGATTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAG
AGAAATCCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTACATATC
TTTTCACATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGG
GAAACAAGGAATCAAGGGATTGCTAAAATTGTTTTGAAAAGACAGCAAAG
TTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATTCCTAA
CCTTAATCCTGTCAAGGGCGACACGACTGTGTAAGTGTCATCAATAATTT
TGTACAAACGGATCAAATCAAGTATTACACCAAAACACATGGGTCAACGG
ATACCGTACGTACGTTGTTGCAAGCCGGCGCCAAACCCGATGCCGTAAAT
ACAATCAAGAGAACAGCTGCACAGTTAGGAGCTTTTGTTGTACACACCTC
TGATGTTTGCAACGTTATCAGGAAGGCATGACAGCTTTGATGTATGCTGC
ATATAAAGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAG
ACCCTAACATCGACTCCACGAAGGATAAGGTGATTTCGATGAATTAAAGA
ACCTTCTCTCAGTTGTCGATGTCAATCACAAGGGAGAGATGGCAACAGAA
GAGGAGAGAAAATTTTTGCAATTTGCCAAAACAGGTTCGATATTGCAACG
CTGCTTGTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTGTGCCGAC
CTCAAAGTCAAATATGAAGAATTACAAAGGATACAGAAACTGGAAAAGGA
ACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATGGAAAAGG
AAAAGTCACAAATTGAAGAGCTGGAGACTGAGAAAGAAAATGAAACGAAG
AATTTTGAACAATTAGAAATTAATGGTGATGGTAATGAGAGTTGATGCCG
ACTTTAGTGAGTGTTGCACGTGTTGTGGAGATAGACATTGTTTCAATAAA
TGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCTGCCATCACCATCCTGAC
ACAATCAATCAATGGTATGCAGAGTCTATTGAAAGGTCGACCAGCTGATG
GATTTTTGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGGTCTTTT
CCATACGCACAATCCAACCTCTTCAAACAAATTATCAAATCTTTATCCTC
CACTGAATTGTTGGTACTTTACATCCAAGACCACATCGAATTGATTCCAG
CATCAAAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAAATCCTTC
AAAGATGTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTTCACATGT
CTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAACAAGGAA
TCAAGGGATTGCTAAAATTGTTTTGAAAAGACAGCAAAGTTAGACGACAA
ACTAGCGGAAAACGTTCACAAGATGGTGGTCATTCCTAACCTTAATCCTG
TCAAGGGCGACACGACTGTGTAAGTGTCATCAATAATTTTGTACAAACGG
ATCAAATCAAGTATTACACCAAAACACATGGGTCAACGGATACCGTACGT
ACGTTGTTGCAAGCCGGCGCCAAACCCGATGCCGTAAATACAATCAAGAG
AACAGCTGCACAGTTAGGAGCTTTTGTTGTACACACCTCTGATGTTTGCA
ACGTTATCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATAAAGGAA
GTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCTAACATC
GACTCCACGAAGGATAAGGTGATTTCGATGAATTAAAGAACCTTCTCTCA
GTTGTCGATGTCAATCACAAGGGAGAGATGGCAACAGAAGAGGAGAGAAA
ATTTTTGCAATTTGCCAAAACAGGTTCGATATTGCAACGCTGCTTGTCAG
AAACTTCACTGGTCATCCCACAAACCCTTTTGTGCCGACCTCAAAGTCAA
ATATGAAGAATTACAAAGGATACAGAAACTGGAAAAGGAACAAGAGGAAA
AAGCGAAACTGGAAAAGGAACGGTTGGAAATGGAAAAGGAAAAGTCACAA
ATTGAAGAGCTGGAGACTGAGAAAGAAAATGAAACGAAGAATTTTGAACA
ATTAGAAATTAATGGTGATGGTAATGAGAGTTGATGCCGACTTTAGTGAG
TGTTGCACGTGTTGTGGAGATAGACATTGTTTCAATAAATGTAGCGCTTG
TAAAATGGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAATCAATCA
ATGGTATGCAGAGTCTATTGAAAGGTCGACCAGCTGATGGATTTTTGTTA
AACATCGAATTTTTATTGCGAGACTCGATGAGGTCTTTTCCATACGCACA
ATCCAACCTCTTCAAACAAATTATCAAATCTTTATCCTCCACTGAATTGT
TGGTACTTTACATCCAAGACCACATCGAATTGATTCCAGCATCAAAAGAA
GTGTTGTACGTTTTGGAAACTGAAGTAGAGAAATCCTTCAAAGATGTAAA
TGAAGTCCTTTCAATCAAGTTACATATCTTTTCACATGTCTTCAAAAAAT
GCGTCGCTTGGGAGACTGGCAAAGAAGGGAAACAAGGAATCAAGGGATTG
CTAAAATTGTTTTGAAAAGACAGCAAAGTTAGACGACAAACTAGCGGAAA
ACGTTCACAAGATGGTGGTCATTCCTAACCTTAATCCTGTCAAGGGCGAC
ACGACTGTGTAAGTGTCATCAATAATTTTGTACAAACGGATCAAATCAAG
TATTACACCAAAACACATGGGTCAACGGATACCGTACGTACGTTGTTGCA
AGCCGGCGCCAAACCCGATGCCGTAAATACAATCAAGAGAACAGCTGCAC
AGTTAGGAGCTTTTGTTGTACACACCTCTGATGTTTGCAACGTTATCAGG
AAGGCATGACAGCTTTGATGTATGCTGCATATAAAGGAAGTGTAAACTCT
GTGGAACTCTTGTTACACAACGGTGCAGACCCTAACATCGACTCCACGAA
GGATAAGGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGTCGATGT
CAATCACAAGGGAGAGATGGCAACAGAAGAGGAGAGAAAATTTTTGCAAT
TTGCCAAAACAGGTTCGATATTGCAACGCTGCTTGTCAGAAACTTCACTG
GTCATCCCACAAACCCTTTTGTGCCGACCTCAAAGTCAAATATGAAGAAT
TACAAAGGATACAGAAACTGGAAAAGGAACAAGAGGAAAAAGCGAAACTG
GAAAAGGAACGGTTGGAAATGGAAAAGGAAAAGTCACAAATTGAAGAGCT
GGAGACTGAGAAAGAAAATGAAACGAAGAATTTTGAACAATTAGAAATTA
ATGGTGATGGTAATGAGAGTTGATGCCGACTTTAGTGAGTGTTGCACGTG
TTGTGGAGATAGACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGGAA
AGCCGCCCTCTGCCATCACCATCCTGACACAATCAATCAATGGTATGCAG
AGTCTATTGAAAGGTCGACCAGCTGATGGATTTTTGTTAAACATCGAATT
TTTATTGCGAGACTCGATGAGGTCTTTTCCATACGCACAATCCAACCTCT
TCAAACAAATTATCAAATCTTTATCCTCCACTGAATTGTTGGTACTTTAC
ATCCAAGACCACATCGAATTGATTCCAGCATCAAAAGAAGTGTTGTACGT
TTTGGAAACTGAAGTAGAGAAATCCTTCAAAGATGTAAATGAAGTCCTTT
CAATCAAGTTACATATCTTTTCACATGTCTTCAAAAAATGCGTCGCTTGG
GAGACTGGCAAAGAAGGGAAACAAGGAATCAAGGGATTGCTAAAATTGTT
TTGAAAAGACAGCAAAGTTAGACGACAAACTAGCGGAAAACGTTCACAAG
ATGGTGGTCATTCCTAACCTTAATCCTGTCAAGGGCGACACGACTGTGTA
AGTGTCATCAATAATTTTGTACAAACGGATCAAATCAAGTATTACACCAA
AACACATGGGTCAACGGATACCGTACGTACGTTGTTGCAAGCCGGCGCCA
AACCCGATGCCGTAAATACAATCAAGAGAACAGCTGCACAGTTAGGAGCT
TTTGTTGTACACACCTCTGATGTTTGCAACGTTATCAGGAAGGCATGACA
GCTTTGATGTATGCTGCATATAAAGGAAGTGTAAACTCTGTGGAACTCTT
GTTACACAACGGTGCAGACCCTAACATCGACTCCACGAAGGATAAGGTGA
TTTCGATGAATTAAAGAACCTTCTCTCAGTTGTCGATGTCAATCACAAGG
GAGAGATGGCAACAGAAGAGGAGAGAAAATTTTTGCAATTTGCCAAAACA
GGTTCGATATTGCAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACA
AACCCTTTTGTGCCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATA
CAGAAACTGGAAAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACG
GTTGGAAATGGAAAAGGAAAAGTCACAAATTGAAGAGCTGGAGACTGAGA
AAGAAAATGAAACGAAGAATTTTGAACAATTAGAAATTAATGGTGATGGT
AATGAGAGTTGATGCCGACTTTAGTGAGTGTTGCACGTGTTGTGGAGATA
GACATTGTTTCAATAAATGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCT
GCCATCACCATCCTGACACAATCAATCAATGGTATGCAGAGTCTATTGAA
AGGTCGACCAGCTGATGGATTTTTGTTAAACATCGAATTTTTATTGCGAG
ACTCGATGAGGTCTTTTCCATACGCACAATCCAACCTCTTCAAACAAATT
ATCAAATCTTTATCCTCCACTGAATTGTTGGTACTTTACATCCAAGACCA
CATCGAATTGATTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTG
AAGTAGAGAAATCCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTA
CATATCTTTTCACATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAA
AGAAGGGAAACAAGGAATCAAGGGATTGCTAAAATTGTTTTGAAAAGACA
GCAAAGTTAGACGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCAT
TCCTAACCTTAATCCTGTCAAGGGCGACACGACTGTGTAAGTGTCATCAA
TAATTTTGTACAAACGGATCAAATCAAGTATTACACCAAAACACATGGGT
CAACGGATACCGTACGTACGTTGTTGCAAGCCGGCGCCAAACCCGATGCC
GTAAATACAATCAAGAGAACAGCTGCACAGTTAGGAGCTTTTGTTGTACA
CACCTCTGATGTTTGCAACGTTATCAGGAAGGCATGACAGCTTTGATGTA
TGCTGCATATAAAGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACG
GTGCAGACCCTAACATCGACTCCACGAAGGATAAGGTGATTTCGATGAAT
TAAAGAACCTTCTCTCAGTTGTCGATGTCAATCACAAGGGAGAGATGGCA
ACAGAAGAGGAGAGAAAATTTTTGCAATTTGCCAAAACAGGTTCGATATT
GCAACGCTGCTTGTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTGT
GCCGACCTCAAAGTCAAATATGAAGAATTACAAAGGATACAGAAACTGGA
AAAGGAACAAGAGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATGG
AAAAGGAAAAGTCACAAATTGAAGAGCTGGAGACTGAGAAAGAAAATGAA
ACGAAGAATTTTGAACAATTAGAAATTAATGGTGATGGTAATGAGAGTTG
ATGCCGACTTTAGTGAGTGTTGCACGTGTTGTGGAGATAGACATTGTTTC
AATAAATGTAGCGCTTGTAAAATGGGAAAGCCGCCCTCTGCCATCACCAT
CCTGACACAATCAATCAATGGTATGCAGAGTCTATTGAAAGGTCGACCAG
CTGATGGATTTTTGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGG
TCTTTTCCATACGCACAATCCAACCTCTTCAAACAAATTATCAAATCTTT
ATCCTCCACTGAATTGTTGGTACTTTACATCCAAGACCACATCGAATTGA
TTCCAGCATCAAAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAAA
TCCTTCAAAGATGTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTTC
ACATGTCTTCAAAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAAC
AAGGAATCAAGGGATTGCTAAAATTGTTTTGAAAAGACAGCAAAGTTAGA
CGACAAACTAGCGGAAAACGTTCACAAGATGGTGGTCATTCCTAACCTTA
ATCCTGTCAAGGGCGACACGACTGTGTAAGTGTCATCAATAATTTTGTAC
AAACGGATCAAATCAAGTATTACACCAAAACACATGGGTCAACGGATACC
GTACGTACGTTGTTGCAAGCCGGCGCCAAACCCGATGCCGTAAATACAAT
CAAGAGAACAGCTGCACAGTTAGGAGCTTTTGTTGTACACACCTCTGATG
TTTGCAACGTTATCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATA
AAGGAAGTGTAAACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCT
AACATCGACTCCACGAAGGATAAGGTGATTTCGATGAATTAAAGAACCTT
CTCTCAGTTGTCGATGTCAATCACAAGGGAGAGATGGCAACAGAAGAGGA
GAGAAAATTTTTGCAATTTGCCAAAACAGGTTCGATATTGCAACGCTGCT
TGTCAGAAACTTCACTGGTCATCCCACAAACCCTTTTGTGCCGACCTCAA
AGTCAAATATGAAGAATTACAAAGGATACAGAAACTGGAAAAGGAACAAG
AGGAAAAAGCGAAACTGGAAAAGGAACGGTTGGAAATGGAAAAGGAAAAG
TCACAAATTGAAGAGCTGGAGACTGAGAAAGAAAATGAAACGAAGAATTT
TGAACAATTAGAAATTAATGGTGATGGTAATGAGAGTTGATGCCGACTTT
AGTGAGTGTTGCACGTGTTGTGGAGATAGACATTGTTTCAATAAATGTAG
CGCTTGTAAAATGGGAAAGCCGCCCTCTGCCATCACCATCCTGACACAAT
CAATCAATGGTATGCAGAGTCTATTGAAAGGTCGACCAGCTGATGGATTT
TTGTTAAACATCGAATTTTTATTGCGAGACTCGATGAGGTCTTTTCCATA
CGCACAATCCAACCTCTTCAAACAAATTATCAAATCTTTATCCTCCACTG
AATTGTTGGTACTTTACATCCAAGACCACATCGAATTGATTCCAGCATCA
AAAGAAGTGTTGTACGTTTTGGAAACTGAAGTAGAGAAATCCTTCAAAGA
TGTAAATGAAGTCCTTTCAATCAAGTTACATATCTTTTCACATGTCTTCA
AAAAATGCGTCGCTTGGGAGACTGGCAAAGAAGGGAAACAAGGAATCAAG
GGATTGCTAAAATTGTTTTGAAAAGACAGCAAAGTTAGACGACAAACTAG
CGGAAAACGTTCACAAGATGGTGGTCATTCCTAACCTTAATCCTGTCAAG
GGCGACACGACTGTGTAAGTGTCATCAATAATTTTGTACAAACGGATCAA
ATCAAGTATTACACCAAAACACATGGGTCAACGGATACCGTACGTACGTT
GTTGCAAGCCGGCGCCAAACCCGATGCCGTAAATACAATCAAGAGAACAG
CTGCACAGTTAGGAGCTTTTGTTGTACACACCTCTGATGTTTGCAACGTT
ATCAGGAAGGCATGACAGCTTTGATGTATGCTGCATATAAAGGAAGTGTA
AACTCTGTGGAACTCTTGTTACACAACGGTGCAGACCCTAACATCGACTC
CACGAAGGATAAGGTGATTTCGATGAATTAAAGAACCTTCTCTCAGTTGT
CGATGTCAATCACAAGGGAGAGATGGCAACAGAAGAGGAGAGAAAATTTT
TGCAATTTGCCAAAACAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_003051XLOC_003051Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005377-exon-sc0000052-1575043694:822788..822946TCONS_00005377-exon-sc0000052-1575043694:822788..822946Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:822177..822235TCONS_00005377-exon-sc0000052-1575043694:822177..822235Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:821827..821934TCONS_00005377-exon-sc0000052-1575043694:821827..821934Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:821554..821584TCONS_00005377-exon-sc0000052-1575043694:821554..821584Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:820481..820579TCONS_00005377-exon-sc0000052-1575043694:820481..820579Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:820133..820207TCONS_00005377-exon-sc0000052-1575043694:820133..820207Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:819127..819212TCONS_00005377-exon-sc0000052-1575043694:819127..819212Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:818353..818561TCONS_00005377-exon-sc0000052-1575043694:818353..818561Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:817813..817948TCONS_00005377-exon-sc0000052-1575043694:817813..817948Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:816387..816442TCONS_00005377-exon-sc0000052-1575043694:816387..816442Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:816051..816123TCONS_00005377-exon-sc0000052-1575043694:816051..816123Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1575043694:814059..815383TCONS_00005377-exon-sc0000052-1575043694:814059..815383Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:822788..822946TCONS_00005377-exon-sc0000052-1510915933:822788..822946Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:822177..822235TCONS_00005377-exon-sc0000052-1510915933:822177..822235Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:821827..821934TCONS_00005377-exon-sc0000052-1510915933:821827..821934Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:821554..821584TCONS_00005377-exon-sc0000052-1510915933:821554..821584Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:820481..820579TCONS_00005377-exon-sc0000052-1510915933:820481..820579Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:820133..820207TCONS_00005377-exon-sc0000052-1510915933:820133..820207Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:819127..819212TCONS_00005377-exon-sc0000052-1510915933:819127..819212Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:818353..818561TCONS_00005377-exon-sc0000052-1510915933:818353..818561Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:817813..817948TCONS_00005377-exon-sc0000052-1510915933:817813..817948Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:816387..816442TCONS_00005377-exon-sc0000052-1510915933:816387..816442Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:816051..816123TCONS_00005377-exon-sc0000052-1510915933:816051..816123Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1510915933:814059..815383TCONS_00005377-exon-sc0000052-1510915933:814059..815383Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:822788..822946TCONS_00005377-exon-sc0000052-1491911889:822788..822946Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:822177..822235TCONS_00005377-exon-sc0000052-1491911889:822177..822235Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:821827..821934TCONS_00005377-exon-sc0000052-1491911889:821827..821934Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:821554..821584TCONS_00005377-exon-sc0000052-1491911889:821554..821584Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:820481..820579TCONS_00005377-exon-sc0000052-1491911889:820481..820579Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:820133..820207TCONS_00005377-exon-sc0000052-1491911889:820133..820207Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:819127..819212TCONS_00005377-exon-sc0000052-1491911889:819127..819212Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:818353..818561TCONS_00005377-exon-sc0000052-1491911889:818353..818561Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:817813..817948TCONS_00005377-exon-sc0000052-1491911889:817813..817948Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:816387..816442TCONS_00005377-exon-sc0000052-1491911889:816387..816442Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:816051..816123TCONS_00005377-exon-sc0000052-1491911889:816051..816123Clytia hemisphaericaexon
TCONS_00005377-exon-sc0000052-1491911889:814059..815383TCONS_00005377-exon-sc0000052-1491911889:814059..815383Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005377-proteinTCONS_00005377-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000052supercontigsc0000052:814059..822946 -
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
10.3041 9.26437 6.04275 6.25022 25.5369 20.5565 19.2204 22.3279 13.5055 14.2455 10.2766 9.86016 7.2806 6.10651 7.2111 7.57209 12.9002 13.6304 6.39098 9.17324 8.85912 9.50657 10.9851 12.333 14.6703 18.1606 6.54652 5.45756 7.81484 8.81647
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR002110Ankyrin_rpt
IPR020683Ankyrin_rpt-contain_dom
IPR002893Znf_MYND
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005515 protein binding
Blast
BLAST of TCONS_00005377 vs. Swiss-Prot (Human)
Match: ANKY2 (Ankyrin repeat and MYND domain-containing protein 2 OS=Homo sapiens GN=ANKMY2 PE=1 SV=1)

HSP 1 Score: 281.567 bits (719), Expect = 2.696e-85
Identity = 155/357 (43.42%), Postives = 228/357 (63.87%), Query Frame = 3
Query:  120 TEEERKFLQFAKTGDFDELKNLLSV--VDVNHKGEEGMTALMYAAYKGSVNSVELLLHNGADPNIDSTKDKYTPLMFATLSGSTDTVRTLLQAGAKPDAVNTIKRTAAQLGAFVGRHDCVSVINNFVQTDQIKYYTKTHGFEKTAKLDDKLAENVHKMVVIPNLNPVKLVLYIQDHIELI--PASKEVLYVLETEVEKSFK--DVNEVLSIKLHIFSHVFKKCVAWETGKEXXXXXXXXXXXXXXXRPADGFLLNIEFLLRDSMRSFPYAQSNLFKQIIKSLSSTELGKPPSAITILTQSINGMQSADFSECCTCCGDRHCFNKCSACKMVRYCNAACQKLHWSSHKPFCADLKVKY 1172
            T+EE++ L+    G   E   LLS   V VN   E GMT LM+AAYKG ++  +LLL +GAD N    +  YT LMFA LSG+ D    +L+AGA+ D VN++ RTAAQ+ AFVG+HDCV++INNF   +++ YYTK  G +K  KL  KLA  +HK++   NL+PVK+V+ + ++  L    A  +   V++   EK  K  D+NEVL++K+H  S +F+KC+ +   K+G+  +  L+K LLKGR +DGF +  E ++R+S+R FPY ++ L +Q+++S++  E+G  P+A ++LTQ+I G       E CT CG++    +CS CKMV YC+  CQK HW +HK  C +LK  Y
Sbjct:   10 TQEEKELLEVIGKGTVQEAGTLLSSKNVRVNCLDENGMTPLMHAAYKGKLDMCKLLLRHGADVNCHQHEHGYTALMFAALSGNKDITWVMLEAGAETDVVNSVGRTAAQMAAFVGQHDCVTIINNFFPRERLDYYTKPQGLDKEPKLPPKLAGPLHKIITTTNLHPVKIVMLVNENPLLTEEAALNKCYRVMDLICEKCMKQRDMNEVLAMKMHYISCIFQKCINFL--KDGENKLDTLIKSLLKGRASDGFPVYQEKIIRESIRKFPYCEATLLQQLVRSIAPVEIGSDPTAFSVLTQAITGQVGFVDVEFCTTCGEKGASKRCSVCKMVIYCDQTCQKTHWFTHKKICKNLKDIY 364          
The following BLAST results are available for this feature:
BLAST of TCONS_00005377 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
ANKY22.696e-8543.42Ankyrin repeat and MYND domain-containing protein ... [more]
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