TCONS_00049190 (transcript) - C. hemisphaerica

Overview
NameTCONS_00049190
Unique NameTCONS_00049190
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2421

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00049190 ID=TCONS_00049190|Name=TCONS_00049190|organism=Clytia hemisphaerica|type=transcript|length=2421bp
NTCTTTGGTCATGCAGGATGATCCAACTCCACAACAGGTTTCGGAGCCTG
AGGAATCTGCAAGCGTCAAACATTTCACCAATCTCGTTGCCAAGGAAGAA
TCGAAATTCCGAACGAGTATCGATAGATGGGAGAAGATTCTTGAAGAAAA
AACCACTCCTGAACAACATCATGGGAATATTTTGGCTGCCATTGGACAAG
CGCAATTATTTATGAGGAAAAGATTCAATCAGTTCAAAGAACTTATCGAG
TTGCATAAGGATAAATCCGCTGAGAAAGCCGCTCATGCATCCGATCTGGA
TGGTTTTTGGGAGATGATCTATTATCagGTTGAAGACGTCCACAAACGCT
TCGAAAATCTCGACGCCCTGGAAAAGAATGGCTGGGTAAATGAAGAGGAG
GAGAAAGCGAAAAAAACCGTCAAGAAAATCGTCAAAAAGACCGTCAAACC
AAAAAAGATTGAAACGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAGT
TCGCGAAATTTCGACAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCAA
AAcGCTCAGGAAGATGTTGTTGAAATTGTGACAAATGACAACAAAGTCAT
CATTGAAACCAATGATACTTCAAATACTGTTGAACCACAAAAAGCTGAAC
CAATCGCCAAAGTTGGCTCACCTCCCATGCAAGGGAACGAATCAACTGAA
GAGATTTTGAAGCCATTGAGACGATCCACCAGGAAAACACCGTCTAAATA
CAGCACCATGAATTTACAATGCAAATCAAACAAGAAACCAGAGGATGTGG
CGTGCaatttgttcgaatctaacgaaACAGAGGAGAATAAAGAGAATGAA
GCTCCCgACAATGAAAATGACTTCACAAAATATCTCTCCCAAACTGTTGT
CGGAGGACATCCAGTGCAACGTGATTTGTTGACGTCATTTGATACGCCTG
TCCGAAAGAACGACAAAACTCTCTCGCTGTCCGACGATCTCATGGTCTTC
GCCTCACCTTTACcTAACTCGTCAAATTCGCTGACCTCAACACAAAAATC
AACGGAAGTACATTCGAAAACCGATGAAGACCTTTTATTATTATGAAAAG
GAAAACGCAAACGCGACGAAGATTTTGTTGTAAATATTAGACACACCTTG
AACTAAATGAAACATATTGAATTTACATACATTTGGTGATGTAATCCTGG
CGTCATTCGCGGAACTTTGATTCTAATAAAGAAAGCATATCGTAAAGAGA
GGATATGatttattgtttttaattttaactttttcgTATTTAGTACTATT
TTTTTCTCTACAATTTATTGTAATAATAGTCAAagatttaaagattttct
gCCATACCATTAAATGTTACATGACACATAAATCTAGCCGGGAGCTGCCT
GCTTATGACACCGACGAGGTTTCattattttcatggaaatttgtTATAAG
ATGTTCATTGGTTATAAGTACcttttgaaaagagaaaatttctGACAAAA
AATCAACCTGACTTCAAGGCTATTTTAATGCctagtaaggataaatctta
cGGATATTTGCACTCCTTCACTGTGCTCAATAAATGTATTCTCAAGGGAA
CGTTCAATTTCTAAAAATCAACAACAAAGGTCGTTAAAAAGATGGACATG
AAATTaactttgttttttgaataaaaggGAGAAGAAATGTGGTAGATTTA
AAATGAAATACAGTGGTACGTTACGTTTTGTTAGTGAGAGGTTGACGTCG
TGTAAAAATGTTGAACAAACGATTCACAAAGAGGACGGTTAAAGCTAAAG
TTTATAAAGCAAAAGTGAGATATCACGGAAAATTACCCAAAATACCACGT
GCTGAAGAGTTTAAGGAAGAACTGAAAGAGATTGTGACAGatTTCCAGTC
CATGGTGGAAGATTTCGGTATTTCCTATCGCTTAACATTTCAACCAAAGA
CTGGCGGAGAGGTCTTCATTGTTGAGGGTTCCCCAGCGAAAGAAGATAAG
AAACAACAGACTACCGATGATGATGCATATCCTGAAACCGATCTGATAGT
TCGTCTCGAAGCTCAAAAGGTTGAGCCACAGCTAGCTGCCAGTTGTCCTC
CATCCAAACGAAATGGACCTTACGTCGATATCACCAAACCGATCATTGGT
CTTCCTCCTGGACCCTTTTATTAAATTCTGTTTCATGATTACGAGATGAC
GGATGTTTTGAAGAGTAGAAGTTCCATGTTCCGCTATTTATTGAGTTTTA
agagattttatattttttaattttagagtTTATGAATGTTCCCTTAATGT
ACGCCATATATTTTGGTAGCCTTATTTGTTTTCCACTTTTgataaagatg
agaaaaaatattCGCATAACTATTAATGCAGATAGAAGAAATACCGGTTT
AAAGGGTTTGGTTTAATTGCC
Run BLAST on NCBI

protein sequence of TCONS_00049190-protein

>TCONS_00049190-protein ID=TCONS_00049190-protein|Name=TCONS_00049190-protein|organism=Clytia hemisphaerica|type=polypeptide|length=364bp
SLVMQDDPTPQQVSEPEESASVKHFTNLVAKEESKFRTSIDRWEKILEEK
TTPEQHHGNILAAIGQAQLFMRKRFNQFKELIELHKDKSAEKAAHASDLD
GFWEMIYYQVEDVHKRFENLDALEKNGWVNEEEEKAKKTVKKIVKKTVKP
KKIETKAKTGGSKKSEFAKFRQQMMAKKKAEMQNAQEDVVEIVTNDNKVI
IETNDTSNTVEPQKAEPIAKVGSPPMQGNESTEEILKPLRRSTRKTPSKY
STMNLQCKSNKKPEDVACNLFESNETEENKENEAPDNENDFTKYLSQTVV
GGHPVQRDLLTSFDTPVRKNDKTLSLSDDLMVFASPLPNSSNSLTSTQKS
TEVHSKTDEDLLLL
Run BLAST on NCBI

transcript from alignment at scaffold_153:50117..61048-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00049190 ID=TCONS_00049190|Name=TCONS_00049190|organism=Clytia hemisphaerica|type=transcript|length=10932bp|location=Sequence derived from alignment at scaffold_153:50117..61048- (Clytia hemisphaerica)
NTCTTTGGTCATGCAGGATGATCCAACTCCACAACAGGTTTCGGAGCCTG AGGAATCTGCAAGCGTCAAACATTTCACCAATCTCGTTGCCAAGGAAGAA TCGAAATTCCGAACGAGTATCGATAGATGGGAGAAGATTCTTGAAGAAAA AACCACTCCTGAACAACGTAAGTGTTTTTCTTTTTTAACACATATTTTAA TGTTCTTTGGCTGATCAAAGCTGACCCAGATACAAACAACTTTTGGCTGC ATTCACAAAGTATAATGAATTATGAATAACACTTCTTATCACATTAAGTA GAAATCTATGATGTACTTTAATTTTGACGAGTTTGTTTTTTGTGTACTCG AACTTTGTAAAATAACTCTTTTCACGTCTATTTAGATCATGGGAATATTT TGGCTGCCATTGGACAAGCGCAATTATTTATGAGGAAAAGATTCAATCAG TTCAAAGAACTTATCGAGTTGCATAAGGTGAGTTGTCAAAAGGTTTTTAA AATGCCAAACGACCGAGTTATATAGTTGATTACATCTTGTGTTAGTTTCC TATCCGGGTTTTTTTTCTGTAGATAACAATTCTCTCGACATTTTTCTCTA CAGGATAAATCCGCTGAGAAAGCCGCTCATGCATCCGATCTGGATGGTTT TTGGGAGATGATCTATTATCAGGTATTTTAAGATTTTTTTCATTTGCATC GTGTGTAGCTCTTTTGAAAATAAACAAAACTAAGCTTCTTTATGATTTAT TTCTAGGTTGAAGACGTCCACAAACGCTTCGAAAATCTCGACGCCCTGGA AAAGAATGGCTGGGTAAATGAAGAGGAGGAGAAAGCGAAAAAAACCGTCA AGAAAATCGTCAAAAAGACCGTCAAACCAAAAAAGGTTTGTCTACCAATA GCAATATTGTGGAAACTTTGGATGTCTACTAAGTTAATACCACTGAGATG CAGCCGTAGTCGAGCAGCGAATCTCCTTTATAACTCTAAAGCCACTTGTT TTCAACGTGTTGAACGGGCCGCGTAATTTTTACATAAACGCTGAATTAGT AATAATTCCTACCAGATTAAAAAAGACATTTACAGTACCACTCGAAAAAA AGGTGCAATTGCTAGATATAATCCGCCGTGCAAAATGTGTCGCAAATTGC ACAGCTTTCGTTCCTGGAAAAGGTTGAATATTCAGGAACATTCGTCATTG GTCTTTGGCTAGGATATGGCACTGGTTAATACCATGAGTAAGTTATTATG TCAGGTTGTTTTACGAGTTGGCAATATTTTGGATAGGTTTTGTTAATCTT CGATCCATACAATCTAACGAACAACTACTACTTTAATAAATTAGATTGAA ACGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAGTTCGCGAAATTTCG ACAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCAAAACGTAAGTTTTT CAAAATAATACTTAATTTCCTGACTGTATCCTTTGATGTTGGCCATCTGT TTATTTCATTAATTTTTCTGCACTCAGGCTCAGGAAGATGTTGTTGAAAT TGTGACAAATGACAACAAAGTCATCATTGAAACCAATGATACTTCAAATA CTGTTGAACCACAAAAAGCTGAACCAATCGCCAAAGTTGGCTCACCTCCC ATGCAAGGGAACGAATCAACTGAAGAGATTTTGAAGCCATTGAGACGATC CACCAGGAAAACACCGTCTAAATACAGCACCATGAATTTACAATGCAAAT CAAACAAGGTAATGTAACATTTCATTTTAAAAATCGTTTTTTGTATTACA TCCATGTTATTGCCATAAAATGTAAAAAAGTTGTAAAAGAATTCCTAATA AAGTAACGAGGTGATGTGTTTTGTCTCGACAAATACTTACAACTTACTCT CAACTTATTTTATGCATTTTATCTTTCGATTTGAAGTATTAGTTATTGTT TCCCCTAAAACTTGAAATCGGTTCTCATTTTAGAAACCAGAGGATGTGGC GTGCAATTTGTTCGAATCTAACGAAACAGAGGAGAATAAAGAGAATGAAG CTCCCGTAAGTTTTGTCCCGTTATTTTGGTTCATTTGATCTTCCGTTTTT ATTACAAAACTTTCGAATCATTTTTTCTTATTTCAACCTGGTTACCGCAA TCTTCCCAATTTATCGCGTGGTAATCGATAATTATCTTGGACGCTATGGG TGAAAGATTAAATGCAATATTTAGCGTTCAAAGAAATGCTGAATAAGAGA TCTTCATTGACTCATTATCATGAAATGAAACTTTTGTAGTTCCAAGTGCA CGTACTGGCAACCCCATACCTCTCTGACCAACAAAAATATTGCTCACACT CTTAAGTTTTCATGCCCAACTAATGATGAAAAATAAAANNNNNNNNNNNN NNNNNNNNNAATTGCTTAATATGATTAGAAAGATATGTTGTTAAAAATTG ATATGATTTACTAAAACGAGAGTAAAAAAATCATCAAATTTACGTTTGTA TACAATATGGGTTAACGAAAATATGCCATGTTACAATCTGTATGATAGAA TAATTATTCTCTCTTAATTAGGATTGATACTTAGATAATAAAAATTAGAT ATACAGATGAACAGCAACAAAAGGCTACATCAACAACAGATTCAAGAATA TAAAAATCCTTGCAAGGAAGTTAAATGCAAGGCTATCAAAAATCACAAAA AATTTATACACTTTTCATTTTTTATTAAGCTTAGACTTATAATTATATTC AAGCTCAAGCTGGACAAAAAATCAAAAAAGTTTCAANNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNTTATCTCCAAGTCGGTCCAAAAAAACAAACGTAAC TGCCAGTGAAAAACGCAAGTCTAGAAAAAAATCATTTTTGCGTCAATAAT TTGATGAAGAACCTCGGTCATTCTCAAACTTACATAGGAGCTGTACTCNA AAAAAGTTTCAAAAACAAAGATCCTGTAAATCAGTAAAAGTTAAAATGGT GTCATTCTTATTCATCTTAACTCCAGAGAAATAGTTTAGCTAAAAACTAC AAGTTTTTTATAATAAGCAATGAAAAATTCAAAATAAGGCTTACACCGAC ACCCAAAATACTACTCAAAAGTTTTATGTTTAGCATACCCGGTGTCGTCC CAGAAAGACTGTAATTATTGTACTTNCAATTTCCATTTACGCTTTATCAA TATTATCTCCAAGTCCAGAAGAACAAGCATATAAAATTTCTATCAAATCA AAAGAAAACACCAAGTTCAAGAAAACATTATTTTTGTGAATAATCAGATA ATTAAGCTGTGAACTGTAAAATATCTACACTCCATCAAATTCCAGTAATT GTTGGTGGTTATTCTATATTCAAGTCCAAAATGAAAAAATATGTTTTCAT GCTACAAAATAATGAGGTCTAGCAGGTAAAANNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNTAAAAAAATAACTCACAATTCAGGAAAAAACTTGAGCAAATAAGT TAAAATCTTCATACTTTAAAGAAAAGAACATCCTTATAATCTAACTCCAG TGTTGTATCTTTCTTAGTTATAAGTTTAAAAGCCACTTCGATATAATGAT TGTATAAATAAAAATAAACACCGAACGAACGAAAAAGCACCGCCTTGCCA GCCATATTGAATTGTTTTTGACACATATCGAGAAACGCTGCCCTAAAAAA GCTGGAGAGCAAATACACAGATCGGGNTGCACTTTAAATATATATACTTG ATTAATTTCCATTTACGCTTGATCATAATTATCTCCAAGTCAAAAAGAAC AAATGCAAGTGTCTGCTTTTCAAATGGCATTGAAAACCTAAGTCTAGAAA AAATCATTTTTACGTCAATAATTTGATGAAGAACTTCGGTCTTTCTCAAA TTTAGNGGATGAAAACTTTAGAAATCGGGGAAACACGTTTTTTTTCTGAC CCTGCTTCTTCTGCTGCGGAATAATAGCGAAATGAATGCTCAGCTGGGGC TGACCAATAAAAATCCTGGTCACGTGCTATTAATTACAGTAAAATTTAGA TGAGAAAAATTTTTACCCAAAAACGTTTAAAAGGTACGCGTTGAATTAGA AAAATTACGGCGAAGTTTGAAGAGGGCTGAGATACTTTCCTATGGAAAGT ATGGGTGTTCTTTGCCGACATTATTTTTCATGGCTATTTCTGATTTTTTT CAGGACAATGAAAATGACTTCACAAAATATCTCTCCCAAACTGTTGTCGG AGGTAAACTTACAAAGTTTTATTTTTATATTACTTGCCACAAATGGATCA TTATCTCTTGGAATAAATAGCGATCTTACAAGTCGTTTTTACGTTAAAAT TCTATTCTTTTCTTCTTTCTTAAAAAGAAAAACGATTTAAAAAAAACTTA AATATCTTGATATTGTAAGTGACCTGGAGATTTTGCTTATGACCTTAGAA GGAAACTAAATGCGAAATATCTTAGACCTTCGATTATTCCTTTAATACTC CTTAATCATGCTGAACAACCGTTTTGAACACTGCTTACTTAACTAAAGTA AAGTCTGTCCAGATATAATTGGCAGTGGAAACAAGAATGCCTGTAACTTT TGATAGTCAAATGTAACTATGGAATTTTTTTTGCTTGTTTTAGAAAATCA AAAGCGCTATATTTGAATATATTTTTGGTTGAAAAACTCGCGATTTTTAG CGGTTACATTTGCGATTGTAAAAATTGTGCTTTTTTTCTACTTATGCTAT AACTTTCATTTTTACACCAGTGGTAAATCAGCCTTAGGTAAAGAAGGTTG TCAAATTTCAAAGCAAACAGAAAAGTCATTCGGAAGATATGGGACCCGAA ATACCCCTTTGTAGCAATTTTCTGTGAAATATCAAATCTCCAACATATTA CTAAAAACTAGGGTTATGTTTTTATTTTTGAACAGTGCAATTAAAAGTTG GTGCATTGGTATTATTGGTATCGTTGATTATTTCGAAACGAATTGAAATT ACAGTATAATTGTTTTTATTGAAAAGATGAGCATGAACTTATATTGCCTT TATTATTTTTAAGTCATTAAAGAACTTCGCTAATTCCCAAACCACTAAAC ACAGTTTGGCTATGAGGTCATTAAAGAGATCGTAAAATTTGTTATGATCG AAAACTGTTTTATCAATCATAACACAACCCCCGTTATTAGTAATAAGTTG GAGATTTGATATTTCAGAGAAAAGTGCTACCAAGGGGTATTTCGGGTCCC ATATCTTCCGAAGGACTTTTCTGTTTGCCTTGAAATTTAACAAACTTCTT AACCTAAGGTTGATTTACAACAGGTGTAAAAATGACCGTTATAGCATAAG TAGAAAAAAAGCTCAATTTTTGCAATCGCAAATTTAACCGCTANTGCATA GGTAGAAAAAAAGCTCAATTTTTGCAATCGCAAATTTAACCGCTAAAAAT CGCGAATTTTTTAACCAAAAATACATTCAAATATAGCGCTTTTGATTATC TAAAACAAGCAAAAAAAAATTTCGGAATTATATTTGGCTATTAAAAGTTA CAGGCATTCTTGTTTCCACTGCCAATTATATCTGGACAGACTTTAATAAC GATCAATTTTCCAATATATGAAATTTTTAGGACATCCAGTGCAACGTGAT TTGTTGACGTCATTTGATACGCCTGTCCGAAAGAACGACAAAACTCTCTC GCTGTCCGACGATCTCATGGTCTTCGCCTCACCTTTACGTATGCACGCGT TNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGG GGGGGGGGTGTTATGTACGGTATTTCGGAATTGCGGATATCGACCCTTTT TTCTTCGGAATTGCGGAAATTGGACAAAATTCCTTTGGTGTTTTGGAATG CTGAAATTGTTTCGGTATCGGAAATCCATGAATTTTCGCTTCGGAATTTC GGTATTATAAAGTTTTTATCCCCCCTTTTCAGAATTCATACTTGAAAAAT AAAATTTGACGAGGAAGAAATACCCAAAAAATCGGTATTGGGATTGCAGG TATTTTTTTACGGAATCTCGGAAATTTTAGCAAAATTATTTAGTATTTCG GAAATCGTAAACTCCTTATGTTTCTTACATGTTTCTAAACGTTTTGACAT AATCAGCCTTTTTTTTCATGAAAAAAGAAAAAAAATATTTGTTTTGATTG GAAGGTTCTTAACAAAAACAGAATTAAAAAATGTTATTTTCTCATTCTCA GCCTCAGCATGTTTCTTAGATGTTTCTTAGTTTTTAGGCATTCTGAGCCT CATGTTTCTTAAAAGTGTGTTTCTTAAAAAAAAAACGCGTCTTCAACTTA TTTAAATCTAAGTTTTTTTTTTGTCGTTCCAATTTCTGAATTTCTACGTT ATGCCTTTCTGTAGAAAATTATTGTTTGCCTCCATGCAAGAGACTTTGAT TAAAGCAAATTTTGGAAAAGTGATAATTTCATATTTTTCAGCTAACTCGT CAAATTCGCTGACCTCAACACAAAAATCAACGGAAGTACATTCGAAAACC GATGAAGACCTTTTATTATTATGAAAAGGAAAACGCAAACGCGACGAAGA TTTTGTTGTAAATATTAGACACACCTTGAACTAAATGAAACATATTGAAT TTACATACATTTGGTGATGTAATCCTGGCGTCATTCGCGGAACTTTGATT CTAATAAAGAAAGCATATCGTAAAGAGAGGATATGATTTATTGTTTTTAA TTTTAACTTTTTCGTATTTAGTACTATTTTTTTCTCTACAATTTATTGTA ATAATAGTCAAAGATTTAAAGATTTTCTGCCATACCATTAAATGTTACAT GACACATAAATCTAGCCGGGAGCTGCCTGCTTATGACACCGACGAGGTTT CATTATTTTCATGGAAATTTGTTATAAGATGTTCATTGGTTATAAGTACC TTTTGAAAAGAGAAAATTTCTGACAAAAAATCAACCTGACTTCAAGGCTA TTTTAATGCCTAGTAAGGATAAATCTTACGGATATTTGCACTCCTTCACT GTGCTCAATAAATGTATTCTCAAGGGAACGTTCAATTTCTAAAAATCAAC AACAAAGGTCGTTAAAAAGATGGACATGAAATTAACTTTGTTTTTTGAAT AAAAGGGAGAAGAAATGTGGTAGATTTAAAATGAAATACAGTGGTACGTT ACGTTTTGTTAGTGAGAGGTTGACGTCGTGTAAAAATGTTGAACAAACGA TTCACAAAGAGGACGGTTAAAGCTAAAGTTTATAAAGGTAAGATACATTC TTTTCCTCTCTACATAAAGTGGAGACCCATGTGATGAATTAAAAGCCTTT TGGGTTTGTTGTGAGAAGAGTCCCTTCCATTGATTGCGATAAAAATCTTT TTAAAGTCTAACCTTTTAAAGGGTTGCAAGATCGTGGAAATCAAAAATTC TCCTTTTCTAAGAAGAGTCACATTTTTGCTACAGACCTTTGCCTAGACCT AAATTTACTGAAAATCAAACAAAAATTTTCGCACATGCTTTCCTTTACCG CATAATGTTTTGAGAAAGTATTCTTCTATCCCCGGGGGGGGGGCACTGGG TTTGCGGACTGACGGTATGTGCGGGCTAAAAATTGGCTTTTAAAATTGCA CCCTTACAGTGCAGCAAAAATCAGCGAAAATCATACCCTTAGAGTGCATT TTCCCCCAAATTTTCAATCCCTTTCGTGCAAAAAATGGTCAAAATTCTAG CATTTTTGGTCAAAATATCTAGATTTTTCAAGAATTTTCTGAAATTTCTA CCCTTACAGTGCATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNTAGTTTTTCCGACCCTTACAGTGCATTTTAAAC ATATTGGAAAAGGTACCCTTAGGACCCGCACATACCCGTCGGTCCTTTTG CCCAGCTGCCCCCCCCCCGGGCTTCTATCTCGATTCATGAAATGAATGAT TGGTTGCCCGAGTTAATAAAGTGAAGCATAACCCCCGATATCTCCTTGAC CCTAATAGTTTTTTCAATTCAAAATATCACTGATTTGTTTTATACTATTT GTTAATTTTACCAGCAAAAGTGAGATATCACGGAAAATTACCCAAAATAC CACGTGCTGAAGAGTTTAAGGAAGAACTGAAAGAGATTGTGACAGATGTA AGTTTTTTTATTGTTGAAATATTTTTCTTGGTGTATCATGATCATAATCA ATCTTGAGCAGCGACTGTCTGAAACGCTGAAGGGGGTAGCTTTTTTACAG GAAATAAATCTTCTGTTTTTTTTCATTCGTGCCATTATTGTATTGAGTCA CTCAGTATTATTTTTATACTAGATATAGCTTACACTAAGTGCCACCTAAT GATAATAAATAAAATATATTANNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTATCCCGTAAAATATATAT AGGGAAAAGATTCCAGAAAAGTATCAAGAATCTTAGTGCGGAAATGGGAA TCTTATACAAAACAACGGTACACTGGAGTTTTTTATGATTCAAAATGAAA ATCCTGATTAGCAAAAGGTATCAAGATCGTTGAAGTTCTATATTGAAGCT TCATTTATTACCTTGTTGCCCATTTCCGACGGCTTATTAGCAGACGNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN GACAAAAAAAAAAAAAAAGACGGCGAAAATTTAAACCATCTGCACAACCT CGTGAAGCTATGAAGCCACCTATGCTCGCTGTGCTCGCTCGGTGGCAAAA ATTTTGGAATATCTTTGTAGACTTACGTTCGGATTTACGGGAAATTCCCA AAGAACCTAGAAAACCTCTATACTGAAAAAAATCCTAAAAACCTCTTATG CTTAAGTTCCAGTCCATGGTGGAAGATTTCGGTATTTCCTATCGCTTAAC ATTTCAACCAAAGACTGGCGGAGAGGTCTTCATTGTTGAGGGTTCCCCAG CGGTAAGTACTTTTTGCTAATTTAGAAAAAATTCTTAACGGCTAATAGTT TCGATTTCTCTTTGCAAAAAATAATCTAAAACTGCTCTGAGAATTGAATG ATGGGTTTTCCAAAAAAATTCAGTTTTTTTAGAATTGTTGGATTTACTTT TGCGAAGTGGCCAAAAATAAGTTAAGAGTTATATGGATTTTATCTCGTGA AGATTGATATCGTGATATTCAAAAACATTTTCAATGGACACTCTGTAGTA TGTGATACTGAAGCCATAAACATTCATAGACCATTCACAGTATATAATTA TATGCAATCCCATAATTTATAGAAAGAAGATAAGAAACAACAGACTACCG ATGATGATGCATATCCTGAAACCGATCTGATAGTTCGTCTCGAAGCTCAA AAGGTTCGTTGATGAAAATTGTCACGAAAGATAAAATTGTTTTAGGTGGA ACCGCCAAAAAAGTTATCAATATCAATCAAGGCTTGGTGACACGAGCGGT TTTTTTTTGTGTTGGTGCAATGCAACATGCTCCATCCCACCAACACAAGA AAAATGTGTGTGTCCCATGGTTTCTTTTTATGTTTCATGGGATAAAAAGT GAGGGAAATACCCAAAAGACCCCTGCGACAATGGAGCAAAAAAACCCTCA CGGTGAATATTACATACTCTTATGTTTCAGGTTGAGCCACAGCTAGCTGC CAGTTGTCCTCCATCCAAACGAAATGGACCTTACGTCGATATCACCAAAC CGATCATTGGTCTTCCTCCTGGACCCTTTTATTAAATTCTGTTTCATGAT TACGAGATGACGGATGTTTTGAAGAGTAGAAGTTCCATGTTCCGCTATTT ATTGAGTTTTAAGAGATTTTATATTTTTTAATTTTAGAGTTTATGAATGT TCCCTTAATGTACGCCATATATTTTGGTAGCCTTATTTGTTTTCCACTTT TGATAAAGATGAGAAAAAATATTCGCATAACTATTAATGCAGATAGAAGA AATACCGGTTTAAAGGGTTTGGTTTAATTGCC

Coding sequence (CDS) from alignment at scaffold_153:50117..61048-

>TCONS_00049190 ID=TCONS_00049190|Name=TCONS_00049190|organism=Clytia hemisphaerica|type=CDS|length=10950bp|location=Sequence derived from alignment at scaffold_153:50117..61048- (Clytia hemisphaerica)
CTAACTCGTCAAATTCGCTGACCTCAACACAAAAATCAACGGAAGTACAT
TCGAAAACCGATGAAGACCTTTTATTATTATGAGACATCCAGTGCAACGT
GATTTGTTGACGTCATTTGATACGCCTGTCCGAAAGAACGACAAAACTCT
CTCGCTGTCCGACGATCTCATGGTCTTCGCCTCACCTTTACGACAATGAA
AATGACTTCACAAAATATCTCTCCCAAACTGTTGTCGGAGAAACCAGAGG
ATGTGGCGTGCAATTTGTTCGAATCTAACGAAACAGAGGAGAATAAAGAG
AATGAAGCTCCCGCTCAGGAAGATGTTGTTGAAATTGTGACAAATGACAA
CAAAGTCATCATTGAAACCAATGATACTTCAAATACTGTTGAACCACAAA
AAGCTGAACCAATCGCCAAAGTTGGCTCACCTCCCATGCAAGGGAACGAA
TCAACTGAAGAGATTTTGAAGCCATTGAGACGATCCACCAGGAAAACACC
GTCTAAATACAGCACCATGAATTTACAATGCAAATCAAACAAGATTGAAA
CGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAGTTCGCGAAATTTCGA
CAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCAAAACGTTGAAGACGT
CCACAAACGCTTCGAAAATCTCGACGCCCTGGAAAAGAATGGCTGGGTAA
ATGAAGAGGAGGAGAAAGCGAAAAAAACCGTCAAGAAAATCGTCAAAAAG
ACCGTCAAACCAAAAAAGGATAAATCCGCTGAGAAAGCCGCTCATGCATC
CGATCTGGATGGTTTTTGGGAGATGATCTATTATCAGATCATGGGAATAT
TTTGGCTGCCATTGGACAAGCGCAATTATTTATGAGGAAAAGATTCAATC
AGTTCAAAGAACTTATCGAGTTGCATAAGTCTTTGGTCATGCAGGATGAT
CCAACTCCACAACAGGTTTCGGAGCCTGAGGAATCTGCAAGCGTCAAACA
TTTCACCAATCTCGTTGCCAAGGAAGAATCGAAATTCCGAACGAGTATCG
ATAGATGGGAGAAGATTCTTGAAGAAAAAACCACTCCTGAACAACCTAAC
TCGTCAAATTCGCTGACCTCAACACAAAAATCAACGGAAGTACATTCGAA
AACCGATGAAGACCTTTTATTATTATGAGACATCCAGTGCAACGTGATTT
GTTGACGTCATTTGATACGCCTGTCCGAAAGAACGACAAAACTCTCTCGC
TGTCCGACGATCTCATGGTCTTCGCCTCACCTTTACGACAATGAAAATGA
CTTCACAAAATATCTCTCCCAAACTGTTGTCGGAGAAACCAGAGGATGTG
GCGTGCAATTTGTTCGAATCTAACGAAACAGAGGAGAATAAAGAGAATGA
AGCTCCCGCTCAGGAAGATGTTGTTGAAATTGTGACAAATGACAACAAAG
TCATCATTGAAACCAATGATACTTCAAATACTGTTGAACCACAAAAAGCT
GAACCAATCGCCAAAGTTGGCTCACCTCCCATGCAAGGGAACGAATCAAC
TGAAGAGATTTTGAAGCCATTGAGACGATCCACCAGGAAAACACCGTCTA
AATACAGCACCATGAATTTACAATGCAAATCAAACAAGATTGAAACGAAA
GCGAAAACCGGAGGATCCAAGAAAAGCGAGTTCGCGAAATTTCGACAGCA
AATGATGGCCAAAAAGAAAGCAGAAATGCAAAACGTTGAAGACGTCCACA
AACGCTTCGAAAATCTCGACGCCCTGGAAAAGAATGGCTGGGTAAATGAA
GAGGAGGAGAAAGCGAAAAAAACCGTCAAGAAAATCGTCAAAAAGACCGT
CAAACCAAAAAAGGATAAATCCGCTGAGAAAGCCGCTCATGCATCCGATC
TGGATGGTTTTTGGGAGATGATCTATTATCAGATCATGGGAATATTTTGG
CTGCCATTGGACAAGCGCAATTATTTATGAGGAAAAGATTCAATCAGTTC
AAAGAACTTATCGAGTTGCATAAGTCTTTGGTCATGCAGGATGATCCAAC
TCCACAACAGGTTTCGGAGCCTGAGGAATCTGCAAGCGTCAAACATTTCA
CCAATCTCGTTGCCAAGGAAGAATCGAAATTCCGAACGAGTATCGATAGA
TGGGAGAAGATTCTTGAAGAAAAAACCACTCCTGAACAACCTAACTCGTC
AAATTCGCTGACCTCAACACAAAAATCAACGGAAGTACATTCGAAAACCG
ATGAAGACCTTTTATTATTATGAGACATCCAGTGCAACGTGATTTGTTGA
CGTCATTTGATACGCCTGTCCGAAAGAACGACAAAACTCTCTCGCTGTCC
GACGATCTCATGGTCTTCGCCTCACCTTTACGACAATGAAAATGACTTCA
CAAAATATCTCTCCCAAACTGTTGTCGGAGAAACCAGAGGATGTGGCGTG
CAATTTGTTCGAATCTAACGAAACAGAGGAGAATAAAGAGAATGAAGCTC
CCGCTCAGGAAGATGTTGTTGAAATTGTGACAAATGACAACAAAGTCATC
ATTGAAACCAATGATACTTCAAATACTGTTGAACCACAAAAAGCTGAACC
AATCGCCAAAGTTGGCTCACCTCCCATGCAAGGGAACGAATCAACTGAAG
AGATTTTGAAGCCATTGAGACGATCCACCAGGAAAACACCGTCTAAATAC
AGCACCATGAATTTACAATGCAAATCAAACAAGATTGAAACGAAAGCGAA
AACCGGAGGATCCAAGAAAAGCGAGTTCGCGAAATTTCGACAGCAAATGA
TGGCCAAAAAGAAAGCAGAAATGCAAAACGTTGAAGACGTCCACAAACGC
TTCGAAAATCTCGACGCCCTGGAAAAGAATGGCTGGGTAAATGAAGAGGA
GGAGAAAGCGAAAAAAACCGTCAAGAAAATCGTCAAAAAGACCGTCAAAC
CAAAAAAGGATAAATCCGCTGAGAAAGCCGCTCATGCATCCGATCTGGAT
GGTTTTTGGGAGATGATCTATTATCAGATCATGGGAATATTTTGGCTGCC
ATTGGACAAGCGCAATTATTTATGAGGAAAAGATTCAATCAGTTCAAAGA
ACTTATCGAGTTGCATAAGTCTTTGGTCATGCAGGATGATCCAACTCCAC
AACAGGTTTCGGAGCCTGAGGAATCTGCAAGCGTCAAACATTTCACCAAT
CTCGTTGCCAAGGAAGAATCGAAATTCCGAACGAGTATCGATAGATGGGA
GAAGATTCTTGAAGAAAAAACCACTCCTGAACAACCTAACTCGTCAAATT
CGCTGACCTCAACACAAAAATCAACGGAAGTACATTCGAAAACCGATGAA
GACCTTTTATTATTATGAGACATCCAGTGCAACGTGATTTGTTGACGTCA
TTTGATACGCCTGTCCGAAAGAACGACAAAACTCTCTCGCTGTCCGACGA
TCTCATGGTCTTCGCCTCACCTTTACGACAATGAAAATGACTTCACAAAA
TATCTCTCCCAAACTGTTGTCGGAGAAACCAGAGGATGTGGCGTGCAATT
TGTTCGAATCTAACGAAACAGAGGAGAATAAAGAGAATGAAGCTCCCGCT
CAGGAAGATGTTGTTGAAATTGTGACAAATGACAACAAAGTCATCATTGA
AACCAATGATACTTCAAATACTGTTGAACCACAAAAAGCTGAACCAATCG
CCAAAGTTGGCTCACCTCCCATGCAAGGGAACGAATCAACTGAAGAGATT
TTGAAGCCATTGAGACGATCCACCAGGAAAACACCGTCTAAATACAGCAC
CATGAATTTACAATGCAAATCAAACAAGATTGAAACGAAAGCGAAAACCG
GAGGATCCAAGAAAAGCGAGTTCGCGAAATTTCGACAGCAAATGATGGCC
AAAAAGAAAGCAGAAATGCAAAACGTTGAAGACGTCCACAAACGCTTCGA
AAATCTCGACGCCCTGGAAAAGAATGGCTGGGTAAATGAAGAGGAGGAGA
AAGCGAAAAAAACCGTCAAGAAAATCGTCAAAAAGACCGTCAAACCAAAA
AAGGATAAATCCGCTGAGAAAGCCGCTCATGCATCCGATCTGGATGGTTT
TTGGGAGATGATCTATTATCAGATCATGGGAATATTTTGGCTGCCATTGG
ACAAGCGCAATTATTTATGAGGAAAAGATTCAATCAGTTCAAAGAACTTA
TCGAGTTGCATAAGTCTTTGGTCATGCAGGATGATCCAACTCCACAACAG
GTTTCGGAGCCTGAGGAATCTGCAAGCGTCAAACATTTCACCAATCTCGT
TGCCAAGGAAGAATCGAAATTCCGAACGAGTATCGATAGATGGGAGAAGA
TTCTTGAAGAAAAAACCACTCCTGAACAACCTAACTCGTCAAATTCGCTG
ACCTCAACACAAAAATCAACGGAAGTACATTCGAAAACCGATGAAGACCT
TTTATTATTATGAGACATCCAGTGCAACGTGATTTGTTGACGTCATTTGA
TACGCCTGTCCGAAAGAACGACAAAACTCTCTCGCTGTCCGACGATCTCA
TGGTCTTCGCCTCACCTTTACGACAATGAAAATGACTTCACAAAATATCT
CTCCCAAACTGTTGTCGGAGAAACCAGAGGATGTGGCGTGCAATTTGTTC
GAATCTAACGAAACAGAGGAGAATAAAGAGAATGAAGCTCCCGCTCAGGA
AGATGTTGTTGAAATTGTGACAAATGACAACAAAGTCATCATTGAAACCA
ATGATACTTCAAATACTGTTGAACCACAAAAAGCTGAACCAATCGCCAAA
GTTGGCTCACCTCCCATGCAAGGGAACGAATCAACTGAAGAGATTTTGAA
GCCATTGAGACGATCCACCAGGAAAACACCGTCTAAATACAGCACCATGA
ATTTACAATGCAAATCAAACAAGATTGAAACGAAAGCGAAAACCGGAGGA
TCCAAGAAAAGCGAGTTCGCGAAATTTCGACAGCAAATGATGGCCAAAAA
GAAAGCAGAAATGCAAAACGTTGAAGACGTCCACAAACGCTTCGAAAATC
TCGACGCCCTGGAAAAGAATGGCTGGGTAAATGAAGAGGAGGAGAAAGCG
AAAAAAACCGTCAAGAAAATCGTCAAAAAGACCGTCAAACCAAAAAAGGA
TAAATCCGCTGAGAAAGCCGCTCATGCATCCGATCTGGATGGTTTTTGGG
AGATGATCTATTATCAGATCATGGGAATATTTTGGCTGCCATTGGACAAG
CGCAATTATTTATGAGGAAAAGATTCAATCAGTTCAAAGAACTTATCGAG
TTGCATAAGTCTTTGGTCATGCAGGATGATCCAACTCCACAACAGGTTTC
GGAGCCTGAGGAATCTGCAAGCGTCAAACATTTCACCAATCTCGTTGCCA
AGGAAGAATCGAAATTCCGAACGAGTATCGATAGATGGGAGAAGATTCTT
GAAGAAAAAACCACTCCTGAACAACCTAACTCGTCAAATTCGCTGACCTC
AACACAAAAATCAACGGAAGTACATTCGAAAACCGATGAAGACCTTTTAT
TATTATGAGACATCCAGTGCAACGTGATTTGTTGACGTCATTTGATACGC
CTGTCCGAAAGAACGACAAAACTCTCTCGCTGTCCGACGATCTCATGGTC
TTCGCCTCACCTTTACGACAATGAAAATGACTTCACAAAATATCTCTCCC
AAACTGTTGTCGGAGAAACCAGAGGATGTGGCGTGCAATTTGTTCGAATC
TAACGAAACAGAGGAGAATAAAGAGAATGAAGCTCCCGCTCAGGAAGATG
TTGTTGAAATTGTGACAAATGACAACAAAGTCATCATTGAAACCAATGAT
ACTTCAAATACTGTTGAACCACAAAAAGCTGAACCAATCGCCAAAGTTGG
CTCACCTCCCATGCAAGGGAACGAATCAACTGAAGAGATTTTGAAGCCAT
TGAGACGATCCACCAGGAAAACACCGTCTAAATACAGCACCATGAATTTA
CAATGCAAATCAAACAAGATTGAAACGAAAGCGAAAACCGGAGGATCCAA
GAAAAGCGAGTTCGCGAAATTTCGACAGCAAATGATGGCCAAAAAGAAAG
CAGAAATGCAAAACGTTGAAGACGTCCACAAACGCTTCGAAAATCTCGAC
GCCCTGGAAAAGAATGGCTGGGTAAATGAAGAGGAGGAGAAAGCGAAAAA
AACCGTCAAGAAAATCGTCAAAAAGACCGTCAAACCAAAAAAGGATAAAT
CCGCTGAGAAAGCCGCTCATGCATCCGATCTGGATGGTTTTTGGGAGATG
ATCTATTATCAGATCATGGGAATATTTTGGCTGCCATTGGACAAGCGCAA
TTATTTATGAGGAAAAGATTCAATCAGTTCAAAGAACTTATCGAGTTGCA
TAAGTCTTTGGTCATGCAGGATGATCCAACTCCACAACAGGTTTCGGAGC
CTGAGGAATCTGCAAGCGTCAAACATTTCACCAATCTCGTTGCCAAGGAA
GAATCGAAATTCCGAACGAGTATCGATAGATGGGAGAAGATTCTTGAAGA
AAAAACCACTCCTGAACAACCTAACTCGTCAAATTCGCTGACCTCAACAC
AAAAATCAACGGAAGTACATTCGAAAACCGATGAAGACCTTTTATTATTA
TGAGACATCCAGTGCAACGTGATTTGTTGACGTCATTTGATACGCCTGTC
CGAAAGAACGACAAAACTCTCTCGCTGTCCGACGATCTCATGGTCTTCGC
CTCACCTTTACGACAATGAAAATGACTTCACAAAATATCTCTCCCAAACT
GTTGTCGGAGAAACCAGAGGATGTGGCGTGCAATTTGTTCGAATCTAACG
AAACAGAGGAGAATAAAGAGAATGAAGCTCCCGCTCAGGAAGATGTTGTT
GAAATTGTGACAAATGACAACAAAGTCATCATTGAAACCAATGATACTTC
AAATACTGTTGAACCACAAAAAGCTGAACCAATCGCCAAAGTTGGCTCAC
CTCCCATGCAAGGGAACGAATCAACTGAAGAGATTTTGAAGCCATTGAGA
CGATCCACCAGGAAAACACCGTCTAAATACAGCACCATGAATTTACAATG
CAAATCAAACAAGATTGAAACGAAAGCGAAAACCGGAGGATCCAAGAAAA
GCGAGTTCGCGAAATTTCGACAGCAAATGATGGCCAAAAAGAAAGCAGAA
ATGCAAAACGTTGAAGACGTCCACAAACGCTTCGAAAATCTCGACGCCCT
GGAAAAGAATGGCTGGGTAAATGAAGAGGAGGAGAAAGCGAAAAAAACCG
TCAAGAAAATCGTCAAAAAGACCGTCAAACCAAAAAAGGATAAATCCGCT
GAGAAAGCCGCTCATGCATCCGATCTGGATGGTTTTTGGGAGATGATCTA
TTATCAGATCATGGGAATATTTTGGCTGCCATTGGACAAGCGCAATTATT
TATGAGGAAAAGATTCAATCAGTTCAAAGAACTTATCGAGTTGCATAAGT
CTTTGGTCATGCAGGATGATCCAACTCCACAACAGGTTTCGGAGCCTGAG
GAATCTGCAAGCGTCAAACATTTCACCAATCTCGTTGCCAAGGAAGAATC
GAAATTCCGAACGAGTATCGATAGATGGGAGAAGATTCTTGAAGAAAAAA
CCACTCCTGAACAACCTAACTCGTCAAATTCGCTGACCTCAACACAAAAA
TCAACGGAAGTACATTCGAAAACCGATGAAGACCTTTTATTATTATGAGA
CATCCAGTGCAACGTGATTTGTTGACGTCATTTGATACGCCTGTCCGAAA
GAACGACAAAACTCTCTCGCTGTCCGACGATCTCATGGTCTTCGCCTCAC
CTTTACGACAATGAAAATGACTTCACAAAATATCTCTCCCAAACTGTTGT
CGGAGAAACCAGAGGATGTGGCGTGCAATTTGTTCGAATCTAACGAAACA
GAGGAGAATAAAGAGAATGAAGCTCCCGCTCAGGAAGATGTTGTTGAAAT
TGTGACAAATGACAACAAAGTCATCATTGAAACCAATGATACTTCAAATA
CTGTTGAACCACAAAAAGCTGAACCAATCGCCAAAGTTGGCTCACCTCCC
ATGCAAGGGAACGAATCAACTGAAGAGATTTTGAAGCCATTGAGACGATC
CACCAGGAAAACACCGTCTAAATACAGCACCATGAATTTACAATGCAAAT
CAAACAAGATTGAAACGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAG
TTCGCGAAATTTCGACAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCA
AAACGTTGAAGACGTCCACAAACGCTTCGAAAATCTCGACGCCCTGGAAA
AGAATGGCTGGGTAAATGAAGAGGAGGAGAAAGCGAAAAAAACCGTCAAG
AAAATCGTCAAAAAGACCGTCAAACCAAAAAAGGATAAATCCGCTGAGAA
AGCCGCTCATGCATCCGATCTGGATGGTTTTTGGGAGATGATCTATTATC
AGATCATGGGAATATTTTGGCTGCCATTGGACAAGCGCAATTATTTATGA
GGAAAAGATTCAATCAGTTCAAAGAACTTATCGAGTTGCATAAGTCTTTG
GTCATGCAGGATGATCCAACTCCACAACAGGTTTCGGAGCCTGAGGAATC
TGCAAGCGTCAAACATTTCACCAATCTCGTTGCCAAGGAAGAATCGAAAT
TCCGAACGAGTATCGATAGATGGGAGAAGATTCTTGAAGAAAAAACCACT
CCTGAACAACCTAACTCGTCAAATTCGCTGACCTCAACACAAAAATCAAC
GGAAGTACATTCGAAAACCGATGAAGACCTTTTATTATTATGAGACATCC
AGTGCAACGTGATTTGTTGACGTCATTTGATACGCCTGTCCGAAAGAACG
ACAAAACTCTCTCGCTGTCCGACGATCTCATGGTCTTCGCCTCACCTTTA
CGACAATGAAAATGACTTCACAAAATATCTCTCCCAAACTGTTGTCGGAG
AAACCAGAGGATGTGGCGTGCAATTTGTTCGAATCTAACGAAACAGAGGA
GAATAAAGAGAATGAAGCTCCCGCTCAGGAAGATGTTGTTGAAATTGTGA
CAAATGACAACAAAGTCATCATTGAAACCAATGATACTTCAAATACTGTT
GAACCACAAAAAGCTGAACCAATCGCCAAAGTTGGCTCACCTCCCATGCA
AGGGAACGAATCAACTGAAGAGATTTTGAAGCCATTGAGACGATCCACCA
GGAAAACACCGTCTAAATACAGCACCATGAATTTACAATGCAAATCAAAC
AAGATTGAAACGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAGTTCGC
GAAATTTCGACAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCAAAACG
TTGAAGACGTCCACAAACGCTTCGAAAATCTCGACGCCCTGGAAAAGAAT
GGCTGGGTAAATGAAGAGGAGGAGAAAGCGAAAAAAACCGTCAAGAAAAT
CGTCAAAAAGACCGTCAAACCAAAAAAGGATAAATCCGCTGAGAAAGCCG
CTCATGCATCCGATCTGGATGGTTTTTGGGAGATGATCTATTATCAGATC
ATGGGAATATTTTGGCTGCCATTGGACAAGCGCAATTATTTATGAGGAAA
AGATTCAATCAGTTCAAAGAACTTATCGAGTTGCATAAGTCTTTGGTCAT
GCAGGATGATCCAACTCCACAACAGGTTTCGGAGCCTGAGGAATCTGCAA
GCGTCAAACATTTCACCAATCTCGTTGCCAAGGAAGAATCGAAATTCCGA
ACGAGTATCGATAGATGGGAGAAGATTCTTGAAGAAAAAACCACTCCTGA
ACAACCTAACTCGTCAAATTCGCTGACCTCAACACAAAAATCAACGGAAG
TACATTCGAAAACCGATGAAGACCTTTTATTATTATGAGACATCCAGTGC
AACGTGATTTGTTGACGTCATTTGATACGCCTGTCCGAAAGAACGACAAA
ACTCTCTCGCTGTCCGACGATCTCATGGTCTTCGCCTCACCTTTACGACA
ATGAAAATGACTTCACAAAATATCTCTCCCAAACTGTTGTCGGAGAAACC
AGAGGATGTGGCGTGCAATTTGTTCGAATCTAACGAAACAGAGGAGAATA
AAGAGAATGAAGCTCCCGCTCAGGAAGATGTTGTTGAAATTGTGACAAAT
GACAACAAAGTCATCATTGAAACCAATGATACTTCAAATACTGTTGAACC
ACAAAAAGCTGAACCAATCGCCAAAGTTGGCTCACCTCCCATGCAAGGGA
ACGAATCAACTGAAGAGATTTTGAAGCCATTGAGACGATCCACCAGGAAA
ACACCGTCTAAATACAGCACCATGAATTTACAATGCAAATCAAACAAGAT
TGAAACGAAAGCGAAAACCGGAGGATCCAAGAAAAGCGAGTTCGCGAAAT
TTCGACAGCAAATGATGGCCAAAAAGAAAGCAGAAATGCAAAACGTTGAA
GACGTCCACAAACGCTTCGAAAATCTCGACGCCCTGGAAAAGAATGGCTG
GGTAAATGAAGAGGAGGAGAAAGCGAAAAAAACCGTCAAGAAAATCGTCA
AAAAGACCGTCAAACCAAAAAAGGATAAATCCGCTGAGAAAGCCGCTCAT
GCATCCGATCTGGATGGTTTTTGGGAGATGATCTATTATCAGATCATGGG
AATATTTTGGCTGCCATTGGACAAGCGCAATTATTTATGAGGAAAAGATT
CAATCAGTTCAAAGAACTTATCGAGTTGCATAAGTCTTTGGTCATGCAGG
ATGATCCAACTCCACAACAGGTTTCGGAGCCTGAGGAATCTGCAAGCGTC
AAACATTTCACCAATCTCGTTGCCAAGGAAGAATCGAAATTCCGAACGAG
TATCGATAGATGGGAGAAGATTCTTGAAGAAAAAACCACTCCTGAACAAC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_031235XLOC_031235Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00049190-proteinTCONS_00049190-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00049190-exon-scaffold_153-1575043694:60882..61048TCONS_00049190-exon-scaffold_153-1575043694:60882..61048Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:60572..60663TCONS_00049190-exon-scaffold_153-1575043694:60572..60663Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:60377..60445TCONS_00049190-exon-scaffold_153-1575043694:60377..60445Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:60164..60292TCONS_00049190-exon-scaffold_153-1575043694:60164..60292Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:59609..59704TCONS_00049190-exon-scaffold_153-1575043694:59609..59704Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:59291..59521TCONS_00049190-exon-scaffold_153-1575043694:59291..59521Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:58994..59065TCONS_00049190-exon-scaffold_153-1575043694:58994..59065Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:56647..56695TCONS_00049190-exon-scaffold_153-1575043694:56647..56695Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:55161..55268TCONS_00049190-exon-scaffold_153-1575043694:55161..55268Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:53462..54257TCONS_00049190-exon-scaffold_153-1575043694:53462..54257Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:52452..52534TCONS_00049190-exon-scaffold_153-1575043694:52452..52534Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:51147..51242TCONS_00049190-exon-scaffold_153-1575043694:51147..51242Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:50746..50826TCONS_00049190-exon-scaffold_153-1575043694:50746..50826Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1575043694:50117..50468TCONS_00049190-exon-scaffold_153-1575043694:50117..50468Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:60882..61048TCONS_00049190-exon-scaffold_153-1510915933:60882..61048Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:60572..60663TCONS_00049190-exon-scaffold_153-1510915933:60572..60663Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:60377..60445TCONS_00049190-exon-scaffold_153-1510915933:60377..60445Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:60164..60292TCONS_00049190-exon-scaffold_153-1510915933:60164..60292Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:59609..59704TCONS_00049190-exon-scaffold_153-1510915933:59609..59704Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:59291..59521TCONS_00049190-exon-scaffold_153-1510915933:59291..59521Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:58994..59065TCONS_00049190-exon-scaffold_153-1510915933:58994..59065Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:56647..56695TCONS_00049190-exon-scaffold_153-1510915933:56647..56695Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:55161..55268TCONS_00049190-exon-scaffold_153-1510915933:55161..55268Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:53462..54257TCONS_00049190-exon-scaffold_153-1510915933:53462..54257Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:52452..52534TCONS_00049190-exon-scaffold_153-1510915933:52452..52534Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:51147..51242TCONS_00049190-exon-scaffold_153-1510915933:51147..51242Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:50746..50826TCONS_00049190-exon-scaffold_153-1510915933:50746..50826Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1510915933:50117..50468TCONS_00049190-exon-scaffold_153-1510915933:50117..50468Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:60882..61048TCONS_00049190-exon-scaffold_153-1491911889:60882..61048Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:60572..60663TCONS_00049190-exon-scaffold_153-1491911889:60572..60663Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:60377..60445TCONS_00049190-exon-scaffold_153-1491911889:60377..60445Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:60164..60292TCONS_00049190-exon-scaffold_153-1491911889:60164..60292Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:59609..59704TCONS_00049190-exon-scaffold_153-1491911889:59609..59704Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:59291..59521TCONS_00049190-exon-scaffold_153-1491911889:59291..59521Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:58994..59065TCONS_00049190-exon-scaffold_153-1491911889:58994..59065Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:56647..56695TCONS_00049190-exon-scaffold_153-1491911889:56647..56695Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:55161..55268TCONS_00049190-exon-scaffold_153-1491911889:55161..55268Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:53462..54257TCONS_00049190-exon-scaffold_153-1491911889:53462..54257Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:52452..52534TCONS_00049190-exon-scaffold_153-1491911889:52452..52534Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:51147..51242TCONS_00049190-exon-scaffold_153-1491911889:51147..51242Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:50746..50826TCONS_00049190-exon-scaffold_153-1491911889:50746..50826Clytia hemisphaericaexon
TCONS_00049190-exon-scaffold_153-1491911889:50117..50468TCONS_00049190-exon-scaffold_153-1491911889:50117..50468Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_153supercontigscaffold_153:50117..61048 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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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
82.7067 75.131 27.8559 19.9206 129.537 100.636 40.8077 41.0221 16.1105 22.7178 13.162 9.83787 5.10943 5.1068 10.8924 11.9433 28.5835 21.5965 2.21644 2.17662 9.90909 8.80434 54.8959 46.7873 38.7108 36.1314 8.76875 5.68698 32.1787 39.5619
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR005026SAPAP
Vocabulary: Biological Process
TermDefinition
GO:0023052signaling
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0023052 signaling
Blast
BLAST of TCONS_00049190 vs. Swiss-Prot (Human)
Match: DLGP5 (Disks large-associated protein 5 OS=Homo sapiens GN=DLGAP5 PE=1 SV=2)

HSP 1 Score: 84.3445 bits (207), Expect = 1.165e-16
Identity = 40/108 (37.04%), Postives = 63/108 (58.33%), Query Frame = 2
Query:   62 SVKHFTNLVAKEESKFRTSIDRWEKILEEKTTPEQHHGNILAAIGQAQLFMRKRFNQFKELIELHKDKSAEKAAHASDLDGFWEMIYYQVEDVHKRFENLDALEKNGW 385
             V +F N++  E  K  +    W++ LE    P+     I  A+GQ +L M++RF QF+ L++  + K   K    +DLDGFW+M+ +Q+EDV  +F NL  LE++GW
Sbjct:  429 GVPYFRNILQSETEKLTSHCFEWDRKLE-LDIPDDAKDLIRTAVGQTRLLMKERFKQFEGLVDDCEYKRGIKETTCTDLDGFWDMVSFQIEDVIHKFNNLIKLEESGW 535          
The following BLAST results are available for this feature:
BLAST of TCONS_00049190 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
DLGP51.165e-1637.04Disks large-associated protein 5 OS=Homo sapiens G... [more]
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