TCONS_00005454 (transcript) - C. hemisphaerica

Overview
NameTCONS_00005454
Unique NameTCONS_00005454
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1452

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00005454 ID=TCONS_00005454|Name=TCONS_00005454|organism=Clytia hemisphaerica|type=transcript|length=1452bp
TTGAAACTTCTTcagaattatttcttttttaccgTTCAACCAGGTTCAAC
AAACTTCACCAAATCTTCTCTTTtttcatattcatttttttcagaaatgt
aTTGAAGATAAAAAGCAATGACAATATGACTAAACTACTATTTCCCATTG
CAATCAATGCACtttattctttgttttcattctTCTTGGCACTGAGATTG
ATCCCTGGTGCTAAAGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGA
CCTgaataaaaaggagaaaaatgaaatCCCTGAATCTCTTGGTGTGATTT
GTGGCACAGTGTTTTTGATATGTATGTTTCTCTTTATTCCTGTTCCATTC
GTCACACGATGGATGGAAAATATGGTGGGACAAGAGCAGACTGTTTTTCC
GCATAATGAGTTTGTGGAATTCATTGCTGCCCTTCTATCCATATGTTGTA
TGATTTTATTGGGCTATGCTGACGATACATTGGATTTGAAATGGCGATAT
AAACTAATCTTACCTACTCTGGCATCACTACCACTTCTTATGGTCTattt
cgtgaattttgggtcGACCACTATTGTGATTCCTAAGCCGCTTCGTGATA
TCATTGGGATCAATTTAAATTTAGGAATCTTTTATTACGTATACATGGGC
ATGTTAGCCGTCTTTTGCACCAATGCAATCAACATTCTGGCAGGTGTCAA
CGGTTTGGAGACATCACAGTCTGTCATCATTGGTATCTCAATCTTAGTGT
TCAATTTCATGGAGCTGTCTGGTGATTGCTGGAAAAGTCATTTGTTTTCC
ATTTATTTCTTGTTGCCTTATGTAGCAGCTTCTTCTGCCCTCTTATATCA
CAACTGgTATCCTTCTTCGGTTTTTGTTGGTGACACTTTTTGTTATTTCT
CTGGTATGACTTTCGCCGTTGTTGCCATCCTGGGCCATTTCAGCAAGACC
ATGTTACTCTTCTTTATTCCACAAATTCTTAATTTCCTGTATTCCGTACC
GCAGCTGTTCCGGTTTATACCGTGTCCGAGACATCGGTTACCCTCATATG
ATTCAAAGACTGATAAACTAGAACTCAGTACAACACAATTCAAAACAGAG
GATTTGAATATATTGGGAAAAATCATTGTGAAAATAGTTTCAACGTTTCG
TATTGGTTTTGTGCAGaacaagaaaattgataaagaCGAGTATACTGTGA
TGTCTAATTTAACTTTGATCAATTTTGTGATCTTCGTGCTTGGACCAATG
CATGAAAAACGTGTAACGCAAGTACTTATGGCCATTCAGGTACTGGGAAG
TTGTCTAGCATTTTTCGTCAGATATCAATTGGCAAGGCTGTTCTATGATA
CGATAAAATGATTGCACGAAACTCTTTTCCATGCATGCAAACCACACCCA
AACACATCTGACACAAAATTGTTTGTTTCAgcttttctgttgtttttttt
NN
Run BLAST on NCBI

protein sequence of TCONS_00005454-protein

>TCONS_00005454-protein ID=TCONS_00005454-protein|Name=TCONS_00005454-protein|organism=Clytia hemisphaerica|type=polypeptide|length=452bp
ETSSELFLFYRSTRFNKLHQIFSFFIFIFFRNVLKIKSNDNMTKLLFPIA
INALYSLFSFFLALRLIPGAKDLFLKAGLKGKDLNKKEKNEIPESLGVIC
GTVFLICMFLFIPVPFVTRWMENMVGQEQTVFPHNEFVEFIAALLSICCM
ILLGYADDTLDLKWRYKLILPTLASLPLLMVYFVNFGSTTIVIPKPLRDI
IGINLNLGIFYYVYMGMLAVFCTNAINILAGVNGLETSQSVIIGISILVF
NFMELSGDCWKSHLFSIYFLLPYVAASSALLYHNWYPSSVFVGDTFCYFS
GMTFAVVAILGHFSKTMLLFFIPQILNFLYSVPQLFRFIPCPRHRLPSYD
SKTDKLELSTTQFKTEDLNILGKIIVKIVSTFRIGFVQNKKIDKDEYTVM
SNLTLINFVIFVLGPMHEKRVTQVLMAIQVLGSCLAFFVRYQLARLFYDT
IK
Run BLAST on NCBI

transcript from alignment at sc0000053:17804..26566-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00005454 ID=TCONS_00005454|Name=TCONS_00005454|organism=Clytia hemisphaerica|type=transcript|length=8763bp|location=Sequence derived from alignment at sc0000053:17804..26566- (Clytia hemisphaerica)
TTGAAACTTCTTCAGAATTATTTCTTTTTTACCGTTCAACCAGGTTCAAC
AAACTTCACCAAATCTTCTCTTTTTTCATATTCATTTTTTTCAGAAATGT
ATTGAAGATAAAAAGCAATGACAATATGACTAAACTACTATTTCCCATTG
CAATCAATGCACTTTATTCTTTGTTTTCATTCTTCTTGGCACTGAGATTG
ATCCCTGGTGCTAAAGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGA
CCTGAATAAAAAGGAGAAAAATGAAATGTAAGCAGTACTTCCAGATGATT
AACTTCGAATGGGTAAAAAGGGGCTAATTTTTTGAGAGGTGCGCAGTTTT
ATCACTTTGACGTGGAAGCAATGTCAATTAATATGACTTTGAAAGTACTA
ATTCTGTAAAGGCCGGTCTCCACTTGCACGCGCTTCAATCACACTTTTTC
AAGCAAAGCTTTCCACACTATTGGTAAAAAGAAAAATGAAGCAGCTCCAT
TGGCGCGATCTGACGTAACAGTTGAAAAAAGTTGAAATGTATTCAACTTT
TTTTTCGAGGGTGCGCTGCATTTTTATGATGTAATCTTTTTTTTAAGCAA
AAAGGATTGAAGCCAAAAGGTTCAATTGCAGCCCGCGCAAGTGTAGACCG
GTCTTAATAAGAGTTGCTACATGGTAGAAAACTAGAAGCACAGAGATTAT
TGTGAACCTATGAACTTTGGGATAACAGGTTTGTGCTGTTCAACTCCTGG
TTATCTTAGAACCTTTTTAAAGAGACAAGTCTGAGATTTCTTGAATTTTG
CAACTATTTTACATTGATCCAGAGAAAAGCACATTCGCCTACAATTTCCC
ATGATTTTTTGGGTTAATCGTATTGATGGATTTCACTTAATTTAGATATT
AAAATTCTCCTAAACCTTAACATCTGGGTCAAATATTGAAATTTATACAG
TATAGTTCTCTAGGCCTTAAAAGGCCAAGGTTTTTTTATTTTTCCATGCT
GCTAAATTTCTTTATTTTGTTAATATCTTCCCATTTTCATTTTAGCCCTG
AATCTCTTGGTGTGATTTGTGGCACAGTGTTTTTGATATGTATGTTTCTC
TTTATTCCTGTTCCATTCGTCACACGATGGATGGAAAATATGGTGGGACA
AGAGCAGACTGTTTTTCCGCATAATGAGGTTGGTACAGTTTCACCTAATT
AATTTGTTCGTTGAAATTGTCAAAAAAACATTGATATTTATTATGTAAGT
TAAGATTAGAAGATTTTTCCACGGTTTAACAGTTTAAGTGGTCTTATAAT
CACTACCTTTAACTACAGATGATTAGATAGGTTAATTATCTAAGTTACAC
CATGAAGAATCTAGAAAGCATAAATTTTGGCTTTTTTTTTGTATTAGATC
GTACTCCAAGGGGGGTCAGGATCCAGATACCAAACCCAGGGCCGGGGGTG
GTGTCAATTTTTTTTTCAAAATTCAAAAAGTCAAGTTGGTATCGATACCA
AAATGTGGGGGTGGGTCCCCCTTTTTTTATTTTTGCTGAGTTTGAAATGT
TGTATAATGTAAGTATAAAAACTTATTTGAATCGTTTACACTATACCCTG
ATTCCATATAAAAGCATTCTTCATTCTATAGTTCAAATTAAATTTATATT
TAAGTTTTGCTGCTCTCAATCCTTTCAATCAACCAAAATTCATTCAAAAC
TAGAGTTGAACAAACTGAATAAAGTCTTAGCAGGTCTTAGAACTTTTTTA
GTCGTGATAAAATTTTTCTGTACATAACGTTCATCATTATAGGCTATCTA
ACAAAGACTCTAGGCGTGCCTAATACAATGAGTTTTTTATCTAGTCTAGT
TTATCAACTAGTTTTATGAATTTAATACATTTTGCCAATTTAGTTCAAGA
AACTTAATTTACATTGCGTTAGACTTGTTTAAAGTGTGGTACATAATATA
AGTCATTAATAAGACGAATGTTCTTATGCAGTATCCTATGCATATAACTT
CTTGCATTTTTACTGATTGCCAATTTAGGGGGGGGGGTCCCCCTTTTTCA
GAAAATCAGGATTTTTATGTTGGTATCGATACCAATTTAAGGGGGTGGGT
CCCCCCTTTTTTAGACAATTGGGGTTTTCAAGTTGGTATTGATACCAATT
TAGGGGGTGGTGGTGTCTACTACTTTCAAATCTCGAAAAGTCATGGTTTT
TGGGCCCTGGGTTGGTATCCTGGACCCTGACACCCCCCCCCTCCTGCTTA
CTCATGAACTTTCTTTTATAAATTTTAGTTTGTGGAATTCATTGCTGCCC
TTCTATCCATATGTTGTATGATTTTATTGGGCTATGCTGACGATACATTG
GATTTGAAATGGCGATATAAACTAATCTTACCTACTCTGGCATCACTACC
ACTTCTTATGGTCTATTTCGTGAATTTTGGGTCGACCACTATTGTGATTC
CTAAGCCGCTTCGTGATATCATTGGGATCAATTTAAATTTAGGTAAGCTG
TTGTTTTAAAAGTTTTACGAGTTACTATATTTTGCATAGGTGAACATGTG
ATGACGGTTGTCTTTATCAAGTTGAATATAAGTGTAGAAAAATGGATGTT
ATTTACAATAATTTGGCTGAAAATATCTTGGGAATAAAAATTTTGCATAT
ACATTTTGAAATTATCACGTTGACTTTAAACTCAACGTTGACTGTAGAAT
GCCGTTGATTGCTCTGACTGTTAATCAACAACACCCACATAGCTGATTCT
GTCAAAGGAGAAGATTCCCTTAAGCTATTATAAAAGCTTTCAGTTTTTAT
CAAAATGTTGGTTCACTTTTATCTTTCAGGAATCTTTTATTACGTATACA
TGGGCATGTTAGCCGTCTTTTGCACCAATGCAATCAACATTCTGGCAGGT
GTCAACGGTTTGGAGACATCACAGTCTGTCATCATTGGTATCTCAATCTT
AGTGTTCAATTTCATGGAGCTGTCTGGTGATTGCTGGAAAAGTCATTTGT
TTTCCATTTATTTCTTGTTGCCTTATGTAGCAGCTTCTTCTGCCCTCTTA
TATCACAACTGGTAAGCGCTGCTTAGTGTTCATATTTTTTTCTGAAAAAA
TTAAAAACCTATATTGGGCCATTCCCTTTTATATCCATACAGGGGGGGAG
GTGGACGAACATTTCCAGAGGGTAAAATAAATTCAATTTTATATCTTGAT
CCAATTCTGCTCAAAGGCGTTGCTAAACATCCGAAGACCCTGTACCTAAT
GATAATTTTTTTGAATTGAAAAGGTTCGTCCATCCCCTGTTTATGGTTTT
TTAATGGAACAGCCCATTATGTACAGGGTCTTCGGATGTTTAGCAACGCC
TTTGAGCAGAATGGATCGAGATATAAACTTGAATTTATTCAGTCGTTTAT
ACTTTCATGGTTATTTTGCTTCAGTTACTGACGAAAAAGTTCAATCTCGT
CTTTTATATAAGATATCTATGATATCAACCCTGATTCTAAAGATTAAATG
CTATTGCATTGACCCCACACATGTTTGACGACCGTGGTTGTAAACTTTCC
TTTTCAGTGAAAACAGTGTTCGTTTCAGTGAAATCAAGGCACTGAGTTTT
CTATAAGCCCTGAAAGCATTCTTCTCAATCCTGACCAACCAAAATCTTTG
ATTTGAGTTTTTGTAAAAGTAGCGGTGTAATGCATCGAGTGCGCTAGATC
CACTGACCTTAAGTTAATTTTGAAGTATCCTTATGATTTTTTTCATAAGA
ACACTGATCATAAAGACACTTTTTGTGGTATATCTTTTGAAATATGACTC
TTTGCAGAATTTAAATCTAGGGCTGAGCTGTTTTTTGTACCACAATTCTG
TGATAGTAGCTCTGGTTTTGACGATTAGCCAAAATGTACTAAATGTTAGG
GCATAAATAAAATTTGTCTGTCGTACCATGATTTGTATCTTTAGGTCAAA
TAACAGTAAATGCAATTTAAGTACATCTGCTAAGGCTCTAAATTAGTACT
TTGTACCAGAGCGTACCTCACGTTTATCGTTTCGTAGTACACTGTGCTTT
GTCTATTTGATAAAAAATTCCCGTACTGAAACCTCTGCAATGAAGTACGA
TTAAAGAATAGCAACACTTCTCTCGTCTTCTCCCTTCTCTCACCAACATT
CCATCGCAGCGGTCGCTTAGAAAAATCTCAAATCAGAAGAGGCAATGACA
ACAGACCCTCCTTAGTTTTTGGTATCCTTAGGCATCTTAGTTATGGAAAT
AGTTAATGTTCGACCAGATCGAATCGGTAGCTTATATAATTTGTAGGGCC
AATATTGAAGTCAGCTTCCTTCCAACCTTCAAAATTTCAAAACTGTTTTT
TTTTTTTTAATTTCCAGGTATCCTTCTTCGGTTTTTGTTGGTGACACTTT
TTGTTATTTCTCTGGTATGACTTTCGCCGTTGTTGCCATCCTGGGCCATT
TCAGCAAGACCATGTTACTCTTCTTTATTCCACAAATTCTTAATTTCCTG
TATTCCGTACCGCAGCTGTTCCGGTTTATACCGTGTCCGAGACATCGGTT
ACCCTCGTAAGTTTTCAGGTTTTGGAATACACGCTTTTTTATACGAACAT
GTGGCTCAATTTTCGTAAAAAACACAATGAGAAATTTTATGAACAATGCT
AATGGCTAAGATTCGATTTTAATCCCCATTAAAAGTCAATGAGTGAGGTA
AGCATCCTAAAAATATTTTAAGAAGATTTAAACCTGCATCACGAAAAAAT
AGAACAGCCGACAAAACGTGTAAGATAACATTTTTTTCTGTTTTCAGATG
CTTCTTTATATGTCTTTTATTCCACTTTAGATATGATTCAAAGACTGATA
AACTAGAACTCAGTACAACACAATTCAAAACAGAGGATTTGAATATATTG
GGAAAAATCATTGTGAAAATAGTTTCAACGTTTCGTATTGGTTTTGTGCA
GAACAAGAAAATTGATAAAGACGAGTATACTGTGATGTCTAATTTAACTT
TGATCAATTTTGTGATCTTCGTGCTTGGACCAATGCATGAAAAACGTGTA
ACGCAAGTACTTATGGCCATTCAGGTAATTATAAATATTTATCCCTTTAT
TTTTGAATTCGTCAAGGTTTTAAATGTCTTTAAATACCAACCTCGCTCCC
TGAGTATGATCGGCTTTTTGAGTCCTTTGACGCTTACTGATAGCGCCATT
TCTGTATGGCTTCCATCGAGTAACGTAAATATTGTAATTAACGTAAAGCC
TGGGGTACACGTGAACGAGAATATTTCAGTCCTATTCTGTGGAGCAATAT
CATTTGGGACCAGGCTAGAATATATTAATGATGAATAAATGTAGGCTATA
AGTGAATCATTTCCAACAGAAATTTTGATGCCGATTTTGATCGATTATCG
CACGAGAATTAAATTTGCTACTTTTTTTGTTTTTGCACGGTACGTTTTTC
GAAATCAGTCAGTAAATGTTATTTTCGATCTAGCAATTGCATGAAAACCA
GGCGGGCCTTATTGAAGATACTTTGGCAATATTGGAATCAAAACTTCTCT
CCATCGAAGATTGATATTCGTATCATCAAAAACATTAGAAAAAGTTGCTG
ATGATTAAAAAAAGAATTTAACTTTCTTGTTTTAGGTACTGGGAAGTTGT
CTAGCATTTTTCGTCAGATATCAATTGGCAAGGCTGTTCTATGATACGAT
AAAATGTTAGTACTCGATGTTTTGTCGGTGGTTTGTTTAATTTACTTGAT
TTAAAATTCAAGGAATCTTTATGGCCAAGTTCAAACAAGGAGCTGCATGA
GTCGTAAATTTTAAATCATTAAAGAATATTAATAAATTATATAAAATATT
ATAATTATTAATAGAATATTGCTGTTAAAAAAACTAAAGATAGGGATGCA
AATTTACCATTAAACCTCGTTAAAATTATCCTTTTCTCCTCGGATTAGGA
TTTTGCATTTAGAATAAATTTAAACTTTTTGTACATTAGTCTTTTTAAGT
TTACTAAATATATCGATTTACTGATATACTTAACTTATTTATAGTGTTTT
TTATGTATAGTGTTCGTTAAATTCTTTAAAATTTAAAATAATAAATAAAT
AGTATAATAAATTTCAGTTAAATAACACTGTTGAGAACGGTAACACTTTC
CATACGTTTATTTCTATACGATGGTGAATTTTCATAAATTCGTGGTTACA
AATAGGCTGCCAATATCCCTCCGGTTTGTCTTGTTGTGATAAGAACTATT
CCAGGTATCAACACAGCTTAAACTACAAAAGATCCCAGTGCGTTGTGTAG
TTTGGCCTACATCAAACTCTTAATNAACTTTGATCAATTTTGTGATCTTC
GTGCTTGGACCAATGCATGAAAAACGTGTAACGCAAGTACTTATGGCCAT
TCAGGTAATTATAAATATTTATCCCTTTATTTTTGAATTCGTCAAGGTTT
TAAATGTCTTTAAATACCAACCTCGCTCCCTGAGTATGATCGGCTTTTTG
AGTCCTTTGACGCTTACTGATAGCGCCATTTCTGTATGGCTTCCATCGAG
TAACGTAAATATTGTAATTAACGTAAAGCCTGGGGTACACGTGAACGAGA
ATATTTCAGTCCTATTCTGTGGAGCAATATCATTTGGGACCAGGCTAGAA
TATATTAATGATGAATAAATGTAGGCTATAAGTGAATCATTTCCAACAGA
AATTTTGATGCCGATTTTGATCGATTATCGCACGAGAATTAAATTTGCTA
CTTTTTTTGTTTTTGCACGGTACGTTTTTCGAAATCAGTCAGTAAATGTT
ATTTTCGATCTAGCAATTGCATGAAAACCAGGCGGGCCTTATTGAAGATA
CTTTGGCAATATTGGAATCAAAACTTCTCTCCATCGAAGATTGATATTCG
TATCATCAAAAACATTAGAAAAAGTTGCTGATGATTAAAAAAAGAATTTA
ACTTTCTTGTTTTAGGTACTGGGAAGTTGTCTAGCATTTTTCGTCAGATA
TCAATTGGCAAGGCTGTTCTATGATACGATAAAATGTTAGTACTCGATGT
TTTGTCGGTGGTTTGTTTAATTTACTTGATTTAAAATTCAAGGAATCTTT
ATGGCCAAGTTCAAACAAGGAGCTGCATGAGTCGTAAATTTTAAATCATT
AAAGAATATTAATAAATTATATAAAATATTATAATTATTAATAGAATATT
GCTGTTAAAAAAACTAAAGATAGGGATNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNATGTATAACATGCCATAGTTTTG
TTGGTTACATCAGTCAGAAAACACATTTTAAACACGGCAATTATGAAAAA
TTCACTATGGTCAGAGCCCTTAATTATTTTTGTATGCCTTTTTCGCGACG
CACCTGTGGGGAGATAAGGGACCCACAAGTTGATAACGAAAAATAGCAAA
GACTATTGCAGGATTTTCGCTCTCACTGTAGGGGTTAGCCACTAGGATTT
ATCTTTTGGCAATGACGGTACAAAGGGGATCCATTAGTGTTATAAAGATC
ATATGTCTCAATAACAAAGTAACTCAAGGTATAATCAAACTTAAAATCTT
AAAATCAGGTTTTCTCTACAAGACTACAAGGTCGTTCAACACAAAACGCA
TTTGCTTGTATGTTTTTACAAGTTTTATTATGAAGATATATTTTCATTTT
TGCTTCTTTTCTTTTCATAGGATTGCACGAAACTCTTTTCCATGCATGCA
AACCACACCCAAACACATCTGACACAAAATTGTTTGTTTCAGCTTTTCTG
TTGTTTTTTTTNN

Coding sequence (CDS) from alignment at sc0000053:17804..26566-

>TCONS_00005454 ID=TCONS_00005454|Name=TCONS_00005454|organism=Clytia hemisphaerica|type=CDS|length=10872bp|location=Sequence derived from alignment at sc0000053:17804..26566- (Clytia hemisphaerica)
GAGTACTGGGAAGTTGTCTAGCATTTTTCGTCAGATATCAATTGGCAAGG
CTGTTCTATGATACGATAAAATATATGATTCAAAGACTGATAAACTAGAA
CTCAGTACAACACAATTCAAAACAGAGGATTTGAATATATTGGGAAAAAT
CATTGTGAAAATAGTTTCAACGTTTCGTATTGGTTTTGTGCAGAACAAGA
AAATTGATAAAGACGAGTATACTGTGATGTCTAATTTAACTTTGATCAAT
TTTGTGATCTTCGTGCTTGGACCAATGCATGAAAAACGTGTAACGCAAGT
ACTTATGGCCATTCAGGTATCCTTCTTCGGTTTTTGTTGGTGACACTTTT
TGTTATTTCTCTGGTATGACTTTCGCCGTTGTTGCCATCCTGGGCCATTT
CAGCAAGACCATGTTACTCTTCTTTATTCCACAAATTCTTAATTTCCTGT
ATTCCGTACCGCAGCTGTTCCGGTTTATACCGTGTCCGAGACATCGGTTA
CCCTCGAATCTTTTATTACGTATACATGGGCATGTTAGCCGTCTTTTGCA
CCAATGCAATCAACATTCTGGCAGGTGTCAACGGTTTGGAGACATCACAG
TCTGTCATCATTGGTATCTCAATCTTAGTGTTCAATTTCATGGAGCTGTC
TGGTGATTGCTGGAAAAGTCATTTGTTTTCCATTTATTTCTTGTTGCCTT
ATGTAGCAGCTTCTTCTGCCCTCTTATATCACAACTGTTTGTGGAATTCA
TTGCTGCCCTTCTATCCATATGTTGTATGATTTTATTGGGCTATGCTGAC
GATACATTGGATTTGAAATGGCGATATAAACTAATCTTACCTACTCTGGC
ATCACTACCACTTCTTATGGTCTATTTCGTGAATTTTGGGTCGACCACTA
TTGTGATTCCTAAGCCGCTTCGTGATATCATTGGGATCAATTTAAATTTA
GCCCTGAATCTCTTGGTGTGATTTGTGGCACAGTGTTTTTGATATGTATG
TTTCTCTTTATTCCTGTTCCATTCGTCACACGATGGATGGAAAATATGGT
GGGACAAGAGCAGACTGTTTTTCCGCATAATGAGGAAACTTCTTCAGAAT
TATTTCTTTTTTACCGTTCAACCAGGTTCAACAAACTTCACCAAATCTTC
TCTTTTTTCATATTCATTTTTTTCAGAAATGTATTGAAGATAAAAAGCAA
TGACAATATGACTAAACTACTATTTCCCATTGCAATCAATGCACTTTATT
CTTTGTTTTCATTCTTCTTGGCACTGAGATTGATCCCTGGTGCTAAAGAT
CTTTTCTTGAAAGCTGGATTGAAAGGAAAAGACCTGAATAAAAAGGAGAA
AAATGAAATGAGTACTGGGAAGTTGTCTAGCATTTTTCGTCAGATATCAA
TTGGCAAGGCTGTTCTATGATACGATAAAATATATGATTCAAAGACTGAT
AAACTAGAACTCAGTACAACACAATTCAAAACAGAGGATTTGAATATATT
GGGAAAAATCATTGTGAAAATAGTTTCAACGTTTCGTATTGGTTTTGTGC
AGAACAAGAAAATTGATAAAGACGAGTATACTGTGATGTCTAATTTAACT
TTGATCAATTTTGTGATCTTCGTGCTTGGACCAATGCATGAAAAACGTGT
AACGCAAGTACTTATGGCCATTCAGGTATCCTTCTTCGGTTTTTGTTGGT
GACACTTTTTGTTATTTCTCTGGTATGACTTTCGCCGTTGTTGCCATCCT
GGGCCATTTCAGCAAGACCATGTTACTCTTCTTTATTCCACAAATTCTTA
ATTTCCTGTATTCCGTACCGCAGCTGTTCCGGTTTATACCGTGTCCGAGA
CATCGGTTACCCTCGAATCTTTTATTACGTATACATGGGCATGTTAGCCG
TCTTTTGCACCAATGCAATCAACATTCTGGCAGGTGTCAACGGTTTGGAG
ACATCACAGTCTGTCATCATTGGTATCTCAATCTTAGTGTTCAATTTCAT
GGAGCTGTCTGGTGATTGCTGGAAAAGTCATTTGTTTTCCATTTATTTCT
TGTTGCCTTATGTAGCAGCTTCTTCTGCCCTCTTATATCACAACTGTTTG
TGGAATTCATTGCTGCCCTTCTATCCATATGTTGTATGATTTTATTGGGC
TATGCTGACGATACATTGGATTTGAAATGGCGATATAAACTAATCTTACC
TACTCTGGCATCACTACCACTTCTTATGGTCTATTTCGTGAATTTTGGGT
CGACCACTATTGTGATTCCTAAGCCGCTTCGTGATATCATTGGGATCAAT
TTAAATTTAGCCCTGAATCTCTTGGTGTGATTTGTGGCACAGTGTTTTTG
ATATGTATGTTTCTCTTTATTCCTGTTCCATTCGTCACACGATGGATGGA
AAATATGGTGGGACAAGAGCAGACTGTTTTTCCGCATAATGAGGAAACTT
CTTCAGAATTATTTCTTTTTTACCGTTCAACCAGGTTCAACAAACTTCAC
CAAATCTTCTCTTTTTTCATATTCATTTTTTTCAGAAATGTATTGAAGAT
AAAAAGCAATGACAATATGACTAAACTACTATTTCCCATTGCAATCAATG
CACTTTATTCTTTGTTTTCATTCTTCTTGGCACTGAGATTGATCCCTGGT
GCTAAAGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGACCTGAATAA
AAAGGAGAAAAATGAAATGAGTACTGGGAAGTTGTCTAGCATTTTTCGTC
AGATATCAATTGGCAAGGCTGTTCTATGATACGATAAAATATATGATTCA
AAGACTGATAAACTAGAACTCAGTACAACACAATTCAAAACAGAGGATTT
GAATATATTGGGAAAAATCATTGTGAAAATAGTTTCAACGTTTCGTATTG
GTTTTGTGCAGAACAAGAAAATTGATAAAGACGAGTATACTGTGATGTCT
AATTTAACTTTGATCAATTTTGTGATCTTCGTGCTTGGACCAATGCATGA
AAAACGTGTAACGCAAGTACTTATGGCCATTCAGGTATCCTTCTTCGGTT
TTTGTTGGTGACACTTTTTGTTATTTCTCTGGTATGACTTTCGCCGTTGT
TGCCATCCTGGGCCATTTCAGCAAGACCATGTTACTCTTCTTTATTCCAC
AAATTCTTAATTTCCTGTATTCCGTACCGCAGCTGTTCCGGTTTATACCG
TGTCCGAGACATCGGTTACCCTCGAATCTTTTATTACGTATACATGGGCA
TGTTAGCCGTCTTTTGCACCAATGCAATCAACATTCTGGCAGGTGTCAAC
GGTTTGGAGACATCACAGTCTGTCATCATTGGTATCTCAATCTTAGTGTT
CAATTTCATGGAGCTGTCTGGTGATTGCTGGAAAAGTCATTTGTTTTCCA
TTTATTTCTTGTTGCCTTATGTAGCAGCTTCTTCTGCCCTCTTATATCAC
AACTGTTTGTGGAATTCATTGCTGCCCTTCTATCCATATGTTGTATGATT
TTATTGGGCTATGCTGACGATACATTGGATTTGAAATGGCGATATAAACT
AATCTTACCTACTCTGGCATCACTACCACTTCTTATGGTCTATTTCGTGA
ATTTTGGGTCGACCACTATTGTGATTCCTAAGCCGCTTCGTGATATCATT
GGGATCAATTTAAATTTAGCCCTGAATCTCTTGGTGTGATTTGTGGCACA
GTGTTTTTGATATGTATGTTTCTCTTTATTCCTGTTCCATTCGTCACACG
ATGGATGGAAAATATGGTGGGACAAGAGCAGACTGTTTTTCCGCATAATG
AGGAAACTTCTTCAGAATTATTTCTTTTTTACCGTTCAACCAGGTTCAAC
AAACTTCACCAAATCTTCTCTTTTTTCATATTCATTTTTTTCAGAAATGT
ATTGAAGATAAAAAGCAATGACAATATGACTAAACTACTATTTCCCATTG
CAATCAATGCACTTTATTCTTTGTTTTCATTCTTCTTGGCACTGAGATTG
ATCCCTGGTGCTAAAGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGA
CCTGAATAAAAAGGAGAAAAATGAAATGAGTACTGGGAAGTTGTCTAGCA
TTTTTCGTCAGATATCAATTGGCAAGGCTGTTCTATGATACGATAAAATA
TATGATTCAAAGACTGATAAACTAGAACTCAGTACAACACAATTCAAAAC
AGAGGATTTGAATATATTGGGAAAAATCATTGTGAAAATAGTTTCAACGT
TTCGTATTGGTTTTGTGCAGAACAAGAAAATTGATAAAGACGAGTATACT
GTGATGTCTAATTTAACTTTGATCAATTTTGTGATCTTCGTGCTTGGACC
AATGCATGAAAAACGTGTAACGCAAGTACTTATGGCCATTCAGGTATCCT
TCTTCGGTTTTTGTTGGTGACACTTTTTGTTATTTCTCTGGTATGACTTT
CGCCGTTGTTGCCATCCTGGGCCATTTCAGCAAGACCATGTTACTCTTCT
TTATTCCACAAATTCTTAATTTCCTGTATTCCGTACCGCAGCTGTTCCGG
TTTATACCGTGTCCGAGACATCGGTTACCCTCGAATCTTTTATTACGTAT
ACATGGGCATGTTAGCCGTCTTTTGCACCAATGCAATCAACATTCTGGCA
GGTGTCAACGGTTTGGAGACATCACAGTCTGTCATCATTGGTATCTCAAT
CTTAGTGTTCAATTTCATGGAGCTGTCTGGTGATTGCTGGAAAAGTCATT
TGTTTTCCATTTATTTCTTGTTGCCTTATGTAGCAGCTTCTTCTGCCCTC
TTATATCACAACTGTTTGTGGAATTCATTGCTGCCCTTCTATCCATATGT
TGTATGATTTTATTGGGCTATGCTGACGATACATTGGATTTGAAATGGCG
ATATAAACTAATCTTACCTACTCTGGCATCACTACCACTTCTTATGGTCT
ATTTCGTGAATTTTGGGTCGACCACTATTGTGATTCCTAAGCCGCTTCGT
GATATCATTGGGATCAATTTAAATTTAGCCCTGAATCTCTTGGTGTGATT
TGTGGCACAGTGTTTTTGATATGTATGTTTCTCTTTATTCCTGTTCCATT
CGTCACACGATGGATGGAAAATATGGTGGGACAAGAGCAGACTGTTTTTC
CGCATAATGAGGAAACTTCTTCAGAATTATTTCTTTTTTACCGTTCAACC
AGGTTCAACAAACTTCACCAAATCTTCTCTTTTTTCATATTCATTTTTTT
CAGAAATGTATTGAAGATAAAAAGCAATGACAATATGACTAAACTACTAT
TTCCCATTGCAATCAATGCACTTTATTCTTTGTTTTCATTCTTCTTGGCA
CTGAGATTGATCCCTGGTGCTAAAGATCTTTTCTTGAAAGCTGGATTGAA
AGGAAAAGACCTGAATAAAAAGGAGAAAAATGAAATGAGTACTGGGAAGT
TGTCTAGCATTTTTCGTCAGATATCAATTGGCAAGGCTGTTCTATGATAC
GATAAAATATATGATTCAAAGACTGATAAACTAGAACTCAGTACAACACA
ATTCAAAACAGAGGATTTGAATATATTGGGAAAAATCATTGTGAAAATAG
TTTCAACGTTTCGTATTGGTTTTGTGCAGAACAAGAAAATTGATAAAGAC
GAGTATACTGTGATGTCTAATTTAACTTTGATCAATTTTGTGATCTTCGT
GCTTGGACCAATGCATGAAAAACGTGTAACGCAAGTACTTATGGCCATTC
AGGTATCCTTCTTCGGTTTTTGTTGGTGACACTTTTTGTTATTTCTCTGG
TATGACTTTCGCCGTTGTTGCCATCCTGGGCCATTTCAGCAAGACCATGT
TACTCTTCTTTATTCCACAAATTCTTAATTTCCTGTATTCCGTACCGCAG
CTGTTCCGGTTTATACCGTGTCCGAGACATCGGTTACCCTCGAATCTTTT
ATTACGTATACATGGGCATGTTAGCCGTCTTTTGCACCAATGCAATCAAC
ATTCTGGCAGGTGTCAACGGTTTGGAGACATCACAGTCTGTCATCATTGG
TATCTCAATCTTAGTGTTCAATTTCATGGAGCTGTCTGGTGATTGCTGGA
AAAGTCATTTGTTTTCCATTTATTTCTTGTTGCCTTATGTAGCAGCTTCT
TCTGCCCTCTTATATCACAACTGTTTGTGGAATTCATTGCTGCCCTTCTA
TCCATATGTTGTATGATTTTATTGGGCTATGCTGACGATACATTGGATTT
GAAATGGCGATATAAACTAATCTTACCTACTCTGGCATCACTACCACTTC
TTATGGTCTATTTCGTGAATTTTGGGTCGACCACTATTGTGATTCCTAAG
CCGCTTCGTGATATCATTGGGATCAATTTAAATTTAGCCCTGAATCTCTT
GGTGTGATTTGTGGCACAGTGTTTTTGATATGTATGTTTCTCTTTATTCC
TGTTCCATTCGTCACACGATGGATGGAAAATATGGTGGGACAAGAGCAGA
CTGTTTTTCCGCATAATGAGGAAACTTCTTCAGAATTATTTCTTTTTTAC
CGTTCAACCAGGTTCAACAAACTTCACCAAATCTTCTCTTTTTTCATATT
CATTTTTTTCAGAAATGTATTGAAGATAAAAAGCAATGACAATATGACTA
AACTACTATTTCCCATTGCAATCAATGCACTTTATTCTTTGTTTTCATTC
TTCTTGGCACTGAGATTGATCCCTGGTGCTAAAGATCTTTTCTTGAAAGC
TGGATTGAAAGGAAAAGACCTGAATAAAAAGGAGAAAAATGAAATGAGTA
CTGGGAAGTTGTCTAGCATTTTTCGTCAGATATCAATTGGCAAGGCTGTT
CTATGATACGATAAAATATATGATTCAAAGACTGATAAACTAGAACTCAG
TACAACACAATTCAAAACAGAGGATTTGAATATATTGGGAAAAATCATTG
TGAAAATAGTTTCAACGTTTCGTATTGGTTTTGTGCAGAACAAGAAAATT
GATAAAGACGAGTATACTGTGATGTCTAATTTAACTTTGATCAATTTTGT
GATCTTCGTGCTTGGACCAATGCATGAAAAACGTGTAACGCAAGTACTTA
TGGCCATTCAGGTATCCTTCTTCGGTTTTTGTTGGTGACACTTTTTGTTA
TTTCTCTGGTATGACTTTCGCCGTTGTTGCCATCCTGGGCCATTTCAGCA
AGACCATGTTACTCTTCTTTATTCCACAAATTCTTAATTTCCTGTATTCC
GTACCGCAGCTGTTCCGGTTTATACCGTGTCCGAGACATCGGTTACCCTC
GAATCTTTTATTACGTATACATGGGCATGTTAGCCGTCTTTTGCACCAAT
GCAATCAACATTCTGGCAGGTGTCAACGGTTTGGAGACATCACAGTCTGT
CATCATTGGTATCTCAATCTTAGTGTTCAATTTCATGGAGCTGTCTGGTG
ATTGCTGGAAAAGTCATTTGTTTTCCATTTATTTCTTGTTGCCTTATGTA
GCAGCTTCTTCTGCCCTCTTATATCACAACTGTTTGTGGAATTCATTGCT
GCCCTTCTATCCATATGTTGTATGATTTTATTGGGCTATGCTGACGATAC
ATTGGATTTGAAATGGCGATATAAACTAATCTTACCTACTCTGGCATCAC
TACCACTTCTTATGGTCTATTTCGTGAATTTTGGGTCGACCACTATTGTG
ATTCCTAAGCCGCTTCGTGATATCATTGGGATCAATTTAAATTTAGCCCT
GAATCTCTTGGTGTGATTTGTGGCACAGTGTTTTTGATATGTATGTTTCT
CTTTATTCCTGTTCCATTCGTCACACGATGGATGGAAAATATGGTGGGAC
AAGAGCAGACTGTTTTTCCGCATAATGAGGAAACTTCTTCAGAATTATTT
CTTTTTTACCGTTCAACCAGGTTCAACAAACTTCACCAAATCTTCTCTTT
TTTCATATTCATTTTTTTCAGAAATGTATTGAAGATAAAAAGCAATGACA
ATATGACTAAACTACTATTTCCCATTGCAATCAATGCACTTTATTCTTTG
TTTTCATTCTTCTTGGCACTGAGATTGATCCCTGGTGCTAAAGATCTTTT
CTTGAAAGCTGGATTGAAAGGAAAAGACCTGAATAAAAAGGAGAAAAATG
AAATGAGTACTGGGAAGTTGTCTAGCATTTTTCGTCAGATATCAATTGGC
AAGGCTGTTCTATGATACGATAAAATATATGATTCAAAGACTGATAAACT
AGAACTCAGTACAACACAATTCAAAACAGAGGATTTGAATATATTGGGAA
AAATCATTGTGAAAATAGTTTCAACGTTTCGTATTGGTTTTGTGCAGAAC
AAGAAAATTGATAAAGACGAGTATACTGTGATGTCTAATTTAACTTTGAT
CAATTTTGTGATCTTCGTGCTTGGACCAATGCATGAAAAACGTGTAACGC
AAGTACTTATGGCCATTCAGGTATCCTTCTTCGGTTTTTGTTGGTGACAC
TTTTTGTTATTTCTCTGGTATGACTTTCGCCGTTGTTGCCATCCTGGGCC
ATTTCAGCAAGACCATGTTACTCTTCTTTATTCCACAAATTCTTAATTTC
CTGTATTCCGTACCGCAGCTGTTCCGGTTTATACCGTGTCCGAGACATCG
GTTACCCTCGAATCTTTTATTACGTATACATGGGCATGTTAGCCGTCTTT
TGCACCAATGCAATCAACATTCTGGCAGGTGTCAACGGTTTGGAGACATC
ACAGTCTGTCATCATTGGTATCTCAATCTTAGTGTTCAATTTCATGGAGC
TGTCTGGTGATTGCTGGAAAAGTCATTTGTTTTCCATTTATTTCTTGTTG
CCTTATGTAGCAGCTTCTTCTGCCCTCTTATATCACAACTGTTTGTGGAA
TTCATTGCTGCCCTTCTATCCATATGTTGTATGATTTTATTGGGCTATGC
TGACGATACATTGGATTTGAAATGGCGATATAAACTAATCTTACCTACTC
TGGCATCACTACCACTTCTTATGGTCTATTTCGTGAATTTTGGGTCGACC
ACTATTGTGATTCCTAAGCCGCTTCGTGATATCATTGGGATCAATTTAAA
TTTAGCCCTGAATCTCTTGGTGTGATTTGTGGCACAGTGTTTTTGATATG
TATGTTTCTCTTTATTCCTGTTCCATTCGTCACACGATGGATGGAAAATA
TGGTGGGACAAGAGCAGACTGTTTTTCCGCATAATGAGGAAACTTCTTCA
GAATTATTTCTTTTTTACCGTTCAACCAGGTTCAACAAACTTCACCAAAT
CTTCTCTTTTTTCATATTCATTTTTTTCAGAAATGTATTGAAGATAAAAA
GCAATGACAATATGACTAAACTACTATTTCCCATTGCAATCAATGCACTT
TATTCTTTGTTTTCATTCTTCTTGGCACTGAGATTGATCCCTGGTGCTAA
AGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGACCTGAATAAAAAGG
AGAAAAATGAAATGAGTACTGGGAAGTTGTCTAGCATTTTTCGTCAGATA
TCAATTGGCAAGGCTGTTCTATGATACGATAAAATATATGATTCAAAGAC
TGATAAACTAGAACTCAGTACAACACAATTCAAAACAGAGGATTTGAATA
TATTGGGAAAAATCATTGTGAAAATAGTTTCAACGTTTCGTATTGGTTTT
GTGCAGAACAAGAAAATTGATAAAGACGAGTATACTGTGATGTCTAATTT
AACTTTGATCAATTTTGTGATCTTCGTGCTTGGACCAATGCATGAAAAAC
GTGTAACGCAAGTACTTATGGCCATTCAGGTATCCTTCTTCGGTTTTTGT
TGGTGACACTTTTTGTTATTTCTCTGGTATGACTTTCGCCGTTGTTGCCA
TCCTGGGCCATTTCAGCAAGACCATGTTACTCTTCTTTATTCCACAAATT
CTTAATTTCCTGTATTCCGTACCGCAGCTGTTCCGGTTTATACCGTGTCC
GAGACATCGGTTACCCTCGAATCTTTTATTACGTATACATGGGCATGTTA
GCCGTCTTTTGCACCAATGCAATCAACATTCTGGCAGGTGTCAACGGTTT
GGAGACATCACAGTCTGTCATCATTGGTATCTCAATCTTAGTGTTCAATT
TCATGGAGCTGTCTGGTGATTGCTGGAAAAGTCATTTGTTTTCCATTTAT
TTCTTGTTGCCTTATGTAGCAGCTTCTTCTGCCCTCTTATATCACAACTG
TTTGTGGAATTCATTGCTGCCCTTCTATCCATATGTTGTATGATTTTATT
GGGCTATGCTGACGATACATTGGATTTGAAATGGCGATATAAACTAATCT
TACCTACTCTGGCATCACTACCACTTCTTATGGTCTATTTCGTGAATTTT
GGGTCGACCACTATTGTGATTCCTAAGCCGCTTCGTGATATCATTGGGAT
CAATTTAAATTTAGCCCTGAATCTCTTGGTGTGATTTGTGGCACAGTGTT
TTTGATATGTATGTTTCTCTTTATTCCTGTTCCATTCGTCACACGATGGA
TGGAAAATATGGTGGGACAAGAGCAGACTGTTTTTCCGCATAATGAGGAA
ACTTCTTCAGAATTATTTCTTTTTTACCGTTCAACCAGGTTCAACAAACT
TCACCAAATCTTCTCTTTTTTCATATTCATTTTTTTCAGAAATGTATTGA
AGATAAAAAGCAATGACAATATGACTAAACTACTATTTCCCATTGCAATC
AATGCACTTTATTCTTTGTTTTCATTCTTCTTGGCACTGAGATTGATCCC
TGGTGCTAAAGATCTTTTCTTGAAAGCTGGATTGAAAGGAAAAGACCTGA
ATAAAAAGGAGAAAAATGAAAT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_003103XLOC_003103Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005454-exon-sc0000053-1575043694:26290..26566TCONS_00005454-exon-sc0000053-1575043694:26290..26566Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:25389..25521TCONS_00005454-exon-sc0000053-1575043694:25389..25521Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:24075..24288TCONS_00005454-exon-sc0000053-1575043694:24075..24288Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:23506..23737TCONS_00005454-exon-sc0000053-1575043694:23506..23737Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:22011..22199TCONS_00005454-exon-sc0000053-1575043694:22011..22199Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:21493..21736TCONS_00005454-exon-sc0000053-1575043694:21493..21736Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:20862..20931TCONS_00005454-exon-sc0000053-1575043694:20862..20931Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1575043694:17804..17896TCONS_00005454-exon-sc0000053-1575043694:17804..17896Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:26290..26566TCONS_00005454-exon-sc0000053-1510915933:26290..26566Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:25389..25521TCONS_00005454-exon-sc0000053-1510915933:25389..25521Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:24075..24288TCONS_00005454-exon-sc0000053-1510915933:24075..24288Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:23506..23737TCONS_00005454-exon-sc0000053-1510915933:23506..23737Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:22011..22199TCONS_00005454-exon-sc0000053-1510915933:22011..22199Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:21493..21736TCONS_00005454-exon-sc0000053-1510915933:21493..21736Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:20862..20931TCONS_00005454-exon-sc0000053-1510915933:20862..20931Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1510915933:17804..17896TCONS_00005454-exon-sc0000053-1510915933:17804..17896Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:26290..26566TCONS_00005454-exon-sc0000053-1491911889:26290..26566Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:25389..25521TCONS_00005454-exon-sc0000053-1491911889:25389..25521Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:24075..24288TCONS_00005454-exon-sc0000053-1491911889:24075..24288Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:23506..23737TCONS_00005454-exon-sc0000053-1491911889:23506..23737Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:22011..22199TCONS_00005454-exon-sc0000053-1491911889:22011..22199Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:21493..21736TCONS_00005454-exon-sc0000053-1491911889:21493..21736Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:20862..20931TCONS_00005454-exon-sc0000053-1491911889:20862..20931Clytia hemisphaericaexon
TCONS_00005454-exon-sc0000053-1491911889:17804..17896TCONS_00005454-exon-sc0000053-1491911889:17804..17896Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005454-proteinTCONS_00005454-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000053supercontigsc0000053:17804..26566 -
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
20.1364	19.3439	8.25693	7.09799	7.81358	5.24671	6.88037	7.54063	5.47179	6.07758	5.87013	4.69518	4.86899	5.61832	5.42938	6.60053	10.7668	8.7516	3.82294	4.85767	8.65136	8.50024	21.7953	19.8598	5.56194	6.87835	6.73153	5.68043	16.7901	16.7998
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR000715Glycosyl_transferase_4
IPR033895GPT
Vocabulary: Molecular Function
TermDefinition
GO:0008963phospho-N-acetylmuramoyl-pentapeptide-transferase activity
GO:0003975UDP-N-acetylglucosamine-dolichyl-phosphate N-acetylglucosaminephosphotransferase activity
Vocabulary: Cellular Component
TermDefinition
GO:0016021integral component of membrane
Vocabulary: Biological Process
TermDefinition
GO:0006488dolichol-linked oligosaccharide biosynthetic process
GO:0006487protein N-linked glycosylation
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006488 dolichol-linked oligosaccharide biosynthetic process
biological_process GO:0006487 protein N-linked glycosylation
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0008963 phospho-N-acetylmuramoyl-pentapeptide-transferase activity
molecular_function GO:0003975 UDP-N-acetylglucosamine-dolichyl-phosphate N-acetylglucosaminephosphotransferase activity
Blast
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BLAST of TCONS_00005454 vs. Swiss-Prot (Human)
Match: GPT (UDP-N-acetylglucosamine--dolichyl-phosphate N-acetylglucosaminephosphotransferase OS=Homo sapiens GN=DPAGT1 PE=1 SV=2)

HSP 1 Score: 459.914 bits (1182), Expect = 1.740e-158
Identity = 237/407 (58.23%), Postives = 308/407 (75.68%), Query Frame = 3 
Query:  129 TKLLFPIAINXXXXXXXXXXXXXXIPGAKDLFLKAGLKGKDLNKKEKNEIPESLGVICGTVFLICMFLFIPVPFVTRWMENMVGQEQTVFPHNEFVEFIAALLSICCMILLGYADDTLDLKWRYKXXXXXXXXXXXXMVYFVNFGSTTIVIPKPLRDIIGINLNLGIFYYVYMGMLAVFCTNAINILAGVNGLETSQSVIIGISILVFNFMELSGDCWKSHLFSIYFLLPYVAASSALLYHNWYPSSVFVGDTFCYFSGMTFAVVAILGHFSKTMLLFFIPQILNFLYSVPQLFRFIPCPRHRLPSYDSKTDKLELSTTQFKTEDLNILGKIIVKIVSTFRIGFVQNKKIDKDEYTVMSNLTLINFVIFVLGPMHEKRVTQVLMAIQVLGSCLAFFVRYQLARLFYD 1349
            ++L  P+ IN + SL  F   + LIP  +  F+ A L G+DLNK  + +IPES GVI G VFLI +F FIP PF    +   V ++   FPH+EFV  I ALL+ICCMI LG+ADD L+L+WR+KL+LPT ASLPLLMVYF NFG+TTIV+PKP R I+G++L+LGI YYVYMG+LAVFCTNAINILAG+NGLE  QS++I  SI+VFN +EL GDC   H+FS+YF++P+   +  LLYHNWYPS VFVGDTFCYF+GMTFAVV ILGHFSKTMLLFF+PQ+ NFLYS+PQL   IPCPRHR+P  + KT KLE+S ++FKT+ L+ LG  I+K+  + ++  V   + +  E+T  +N+TLIN ++ VLGP+HE+ +T +L+ +Q+LGS + F +RYQL RLFYD
Sbjct:    5 SELPMPLLINLIVSLLGFVATVTLIPAFRGHFIAARLCGQDLNKTSRQQIPESQGVISGAVFLIILFCFIPFPF----LNCFVKEQCKAFPHHEFVALIGALLAICCMIFLGFADDVLNLRWRHKLLLPTAASLPLLMVYFTNFGNTTIVVPKPFRPILGLHLDLGILYYVYMGLLAVFCTNAINILAGINGLEAGQSLVISASIIVFNLVELEGDCRDDHVFSLYFMIPFFFTTLGLLYHNWYPSRVFVGDTFCYFAGMTFAVVGILGHFSKTMLLFFMPQVFNFLYSLPQLLHIIPCPRHRIPRLNIKTGKLEMSYSKFKTKSLSFLGTFILKVAESLQLVTVHQSETEDGEFTECNNMTLINLLLKVLGPIHERNLTLLLLLLQILGSAITFSIRYQLVRLFYD 407
The following BLAST results are available for this feature:
BLAST of TCONS_00005454 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
GPT1.740e-15858.23UDP-N-acetylglucosamine--dolichyl-phosphate N-acet... [more]
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