TCONS_00016810 (transcript) - C. hemisphaerica

Overview
NameTCONS_00016810
Unique NameTCONS_00016810
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2411

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00016810 ID=TCONS_00016810|Name=TCONS_00016810|organism=Clytia hemisphaerica|type=transcript|length=2411bp
GTTTCACATTCCCGTCACCGAACATAGCACCTACATATCATAaaatgttt
cattgtttcaacgAACCAATCAGATCGAATCTCAGATTAACGGATACACT
ATTTAAAGGGCAGGattttgtaaggatttgttatcAATCGCAACGGATAC
AAAATAACGCTGTGGTAGTATTGTAGGCTgcattaaaaataaaagtaaaa
atagttCATAATTCTATCGTGTATCTTAATCTCCGTCTTGTGTCGTTCGA
TCAGCAGCTTTTATAACAATCTGAACGTCAGTATTTTTATTTCTGGTAAC
CGATATTGGATTTGGTCACATTTGAATATTTGTAGCCTCGTTACTTTGCG
GTGGTTTAATCGATATTTGACGATTTTCTTTCACTTTGCTGATTGAAAAT
TGCTCGTGACATCGTGTATCGTGCCACTTTTTGATATTCCAGCTGACAGT
ATAAACAGTCTATTCAACCTTCTGAAATAATAAAGTGGAAATTCAAACAG
TATTACTACATTCAAAAACTGTGAAATAGAAACATTTGTATCATTATTTG
AATTATGTTTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTGGTGCACT
TTGGTGGAGCATCCAATCCACACATCGTTTTCATCTTGGCAGACGATTTG
gGTTGGGGTGATGTCGGTTACCATGGTTCCTCCAAAATCAACACACCAAA
CATTGACCGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTATTATGTTC
AACCCATCTGTACTCCGACACGATCAGCGCTGTTAACAGGAAAATATCCC
ATCTATACAGGAACACAGGAAGGTGTCATCCAACACACAGAACCATGGGG
TATCGATTTGAACGAAAAGATTTTACCAACTTATatgaaggagaaaaatt
acAGAAGACACATCGTTGGAAAGTGGCATCTTGGCTTCTTCCAAAAAGAA
TACACACCTGTTTACAGAGATTTTGAATCCTTCTTCGGCTTCTATAATTC
TGGTTCCGATTATGAGACGCACTACTCCTCCATAAGACGGAACGGTATTC
TGTATTCTGGTTTGGATTTGCACCGTGATATCGAAAGTACGGCTACTTTA
GCGCCTGACCTGACACACATTGGAACTAACGATTACAGCTCCGAAATGTA
TGCAGAAGAAGCACGTCAAATCATTTTAAACCATGACACTACCAAACCTG
ACGAACCATTATTCTTATACTTTCCCATGCAAAGTGTACATGGACCCTTA
CAATCAAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTATCAATGATCC
TGATCGAAAGACGATGGCTGGTATGATTAAGTGCATGGATGATGCTGTTG
GAGTGGTTGAAGCGGCATTGTCCGCAAAAAACATGTTGGCAAACTCCATC
ATAATCTTTTCTTCCGACAATGGCGGAAAAGCCAGAGAACAACTCTCCAG
TAACTATCCGCTCCGAGGAGAAAAGGGAACATTGTATGAAGGTGCTATTC
GCGTGCCAGCGTTTATCAGCAGTCCACTTTTGACAAATCCTGGAGTATTC
AATGATCTCTTTCACGTTACCGATTGGTTGCCAACTTTGGTTGCACTGAC
CGGAAACAGCTTTCCGAATACAATCAATGGTGTCAACCAATGGCCTCGTA
TTCAAGGCATAGCTACGAATGAAGCAAGAGATACAATACTTTTGAATTAC
CGTAGTAACCAAGAAGGTTTGATCCATAAAGACAACAATGGTGTATGGAA
GATTGTCAAAGATGATACCAATAACTCAGACGATACATGGCAAGTACCAC
CAGAAAATGACGTCAACGAGGATTTATGTGGAATTATTCATACCAAACCT
TCATCACCTGATGATTGCCGCACCAAAGCTTGCTTATACAAGTTGTCCGA
TGACCCTTGTGAATATAATGATGTTCGCTCAAATTTACTTGCAAAATTTG
GAAAGTTGAACCGTCTATTGAAAGAATACAAGGATGGAACAAATGGGGTC
ATCGTAGCTTCACGCAAACAACCAGCAGAGAACGTTGATGCTAACCCCGA
CAATTTCATGTACCCACCTGGTGTTACCACTCAATACCCTGTATGGATGC
CATGGAAATAACGATCAGAGAACggaaaaatattaatttcttCATAAAGT
CTTTGGATTTATTTAAAGTTGTCCTTCATTttaacataaaaatttcccat
aATATCTAAGTATATAGACAATACCGATGTTGAgtttgatttgataaaag
taAGATATGAAGCAATCTTTCATGAAGTAGTCTTCAAAATACAATTTAGC
ACTCATCACTGTGCGGTACTTTGCAACTCATCATATGTTTTACTTTATaa
gtaatttttgtaattttttgaactttttgtacTTTCGTTGTATGTATGTA
CTTCTTTCGGG
Run BLAST on NCBI

protein sequence of TCONS_00016810-protein

>TCONS_00016810-protein ID=TCONS_00016810-protein|Name=TCONS_00016810-protein|organism=Clytia hemisphaerica|type=polypeptide|length=518bp
MFLCSSVITALCLVHFGGASNPHIVFILADDLGWGDVGYHGSSKINTPNI
DRLAAAGVKLENYYVQPICTPTRSALLTGKYPIYTGTQEGVIQHTEPWGI
DLNEKILPTYMKEKNYRRHIVGKWHLGFFQKEYTPVYRDFESFFGFYNSG
SDYETHYSSIRRNGILYSGLDLHRDIESTATLAPDLTHIGTNDYSSEMYA
EEARQIILNHDTTKPDEPLFLYFPMQSVHGPLQSSSGCESHFDGVINDPD
RKTMAGMIKCMDDAVGVVEAALSAKNMLANSIIIFSSDNGGKAREQLSSN
YPLRGEKGTLYEGAIRVPAFISSPLLTNPGVFNDLFHVTDWLPTLVALTG
NSFPNTINGVNQWPRIQGIATNEARDTILLNYRSNQEGLIHKDNNGVWKI
VKDDTNNSDDTWQVPPENDVNEDLCGIIHTKPSSPDDCRTKACLYKLSDD
PCEYNDVRSNLLAKFGKLNRLLKEYKDGTNGVIVASRKQPAENVDANPDN
FMYPPGVTTQYPVWMPWK
Run BLAST on NCBI

transcript from alignment at sc0000252:295023..305912-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00016810 ID=TCONS_00016810|Name=TCONS_00016810|organism=Clytia hemisphaerica|type=transcript|length=10890bp|location=Sequence derived from alignment at sc0000252:295023..305912- (Clytia hemisphaerica)
GTTTCACATTCCCGTCACCGAACATAGCACCTACATATCATAAAATGTTT
CATTGTTTCAACGAACCAATCAGATCGAATCTCAGATTAACGGATACACT
ATTTAAAGGGCAGGATTTTGTAAGGATTTGTTATCAATCGCAACGGATAC
AAAATAACGCTGTGGTAGTATTGTAGGCTGCATTAAAAATAAAAGTAAAA
ATAGTTCATAATTCTATCGTGTATCTTAATCTCCGTCTTGTGTCGTTCGA
TCAGCAGCTTTTATAACAATCTGAACGTCAGTATTTTTATTTCTGGTAAC
CGATATTGGATTTGGTCACATTTGAATATTTGTAGCCTCGTTACTTTGCG
GTGGTTTAATCGATATTTGACGATTTTCTTTCACTTTGCTGATTGAAAAT
TGCTCGTGACATCGTGTATCGTGCCACTTTTTGATATTCCAGCTGACAGT
ATAAACAGTCTATTCAACCTTCTGAAATAATAAAGTGGAAATTCAAACAG
TATTACTACATTCAAAAACTGTGAAATAGAAACATTTGTATCATTATTTG
AATTATGTTTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTGGTGCACT
TTGGTGGAGCATCCAATCCACACATCGTTTTCATCTTGGCAGACGATTTG
GTAAGGACTATTTTTCATGCAGTCATTTTTCTTAATAGAAGCTTCTTGAT
AAAAATCTTACAACTGTGCAACTACTCCCTGTTCCCGTGACGCAGTGAGA
GTTCGTTAAAAGATTGTTGAAATCCAGTGTAGGTTTTTAAAGTTACAATG
ACTTCCAAGATGGAGTCGAGCTTTGCATCATTGTACTCCTGGCATTTTCA
GATCGGGACGTTTTTAAACAAACTTTCTCAGTACGGAAGAAGTCCTATAA
GGTTGTAATCCAGGGTTTTACAACTGCATTTAAATTCTAATTGGGGAATC
CTATATTGTTACTTGATTGAATTATCTAAAATTATCAGTTCCCCTCTATT
CCTTCAAAATATTCTTCGTTACCCTTATACTTTGCACGGGCCAAGGATTA
ACGCATCAAAAGAAGAAGACAGGGGTGTGGTCATGGATGGGCTTTAAGCC
ATCGCAGGCAAAAAAAAGTGAAAATCGAAAAAAATATTGTTGGGCTTTAT
AAATCTATGGGTGTGGCAGCTGAAACATGTATGCACACCCTTGTTTCGTA
TTTTAGGGTATTTTGGATAAATATTTAACAATCAAGTTTAACAACGTCAA
CATGGATACACTGACTTGTTTTTCAAGTTGTTTGGAGCATGTTTATGGTG
TATCACTCAGCTTCAATTTCCACTTCACTTTTTTGTTTTCCAGGGTTGGG
GTGATGTCGGTTACCATGGTTCCTCCAAAATCAACACACCAAACATTGAC
CGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTATTATGTTCAACCCAT
CTGTACTCCGACACGATCAGCGCTGTTAACAGGAAAATATCCCATCTATA
CAGGTAGGTTTTCTCAGCCATCTCTTTTGTTTTGCATTGAGTATTGAAGG
GAAACAGTTTTCATCACAAACTTAAATATTGCGATGACGCTGAAACCTGA
AAATTGATACAGTGTAGTCTCTTCAACTCAAATGCCTCCTCAACTCGAAC
AAGTTTTATGGTCCCTTCTATTAACAATTTATAAATCTTCCTCCATAACT
CGAACCTTAACTCCCCTTAACTCGAACAAATTCGCGTTCCCCTTGCGTGT
TTGGAGACTCCACTATACTTGTCAAAATGATAACGTACAAATATCCTTCT
CGTAACCAAAAGGAACACAGGAAGGTGTCATCCAACACACAGAACCATGG
GGTATCGATTTGAACGAAAAGATTTTACCAACTTATATGAAGGAGAAAAA
TTACAGAAGACACATCGTTGGAAAGGTAGGTTTAAATTGTCTATTCATGT
TTGTAGTTAAATCAAGCTGCTCTGATATTTTCCACCAAAGGAGCTCTCCA
GAGAACCTAATTGAACCGACTTTTCTCTATCGGGTAAAAAAATCTTATCA
TCTCTGAATAGCATAGAAGAAATCTCCCAATCTCCCAAATATTACAACTT
GTTTTCACTTACTTTCTAACCTCTCAAAGCTACTCAACTACTCAAATTTT
CACTACTCCTATCACTTTCAGTGGCATCTTGGCTTCTTCCAAAAAGAATA
CACACCTGTTTACAGAGATTTTGAATCCTTCTTCGGCTTCTATAATTCTG
GTTCCGATTATGAGACGCACTACTCCTCCATAAGACGGAACGGTATTCTG
TATTCTGGTTTGGATTTGCACCGTGATATCGAAAGTACGGCTACTTTAGC
GGTAAGTGCACCATCCACGATGAGAACAAAAGTCCCCCAACCCAACTTTC
CAACAGCAATACATTAAGGTCCCGAATAAACCACCCAGTTATTATCTATT
TTTGAAAATGTTTTCACCTACCACAAGCTGAACTGCTCTAAACAACCTGT
TTTTAGCAAATGATTACCTTATTTTGGGGTGTTTGGAAGTATAATTTCTG
ACTCCCTTTTATTCGAAACCCCCATTAGTAATCAATAAGCCTAAATTTGC
CTAACCTAATTCATTGTTCATTAATTTTTCAATCTCATAAAAATAAGGTC
ATGTCTGAGAATTTGATCTGTGATTGCGTGCAACCATCAGAAATTCGATG
AAACTTTTTAGCCTGACCTGACACACATTGGAACTAACGATTACAGCTCC
GAAATGTATGCAGAAGAAGCACGTCAAATCATTTTAAACCATGACACTAC
CAAACCTGACGAACCATTATTCTTATACTTTCCCATGCAAAGTGTACATG
GACCCTTACAATCAAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTATC
AATGATCCTGATCGAAAGACGATGGCTGGTATGATTAAGTGCATGGATGA
TGCTGTTGGAGTGGTATAACATTTGAAATTTTTTATTCTCAATAATTCGA
ATAAGAAGGGAGAATTTTGAGAACTAAGAGACTTTTCTAACATCGCTTAG
CTGACTATAAAACAAATTCTTATGCTACATTCGAGCGAGCAATTCTTAGA
GTACAAATAATATTTGAAAATATGTGGACTTTTCTACCCACGCAATCCAT
TTTTTCAAATACAAAGGAGGTCAATATTTCATCTCTTCCGAGAACTTCTT
TTCAGAAAAAAATGTTTCTTTTACTTTGACAGGTTGAAGCGGCATTGTCC
GCAAAAAACATGTTGGCAAACTCCATCATAATCTTTTCTTCCGACAATGG
CGGAAAAGCCAGAGAACAACTCTCCAGTAACTATCCGCTCCGAGGAGAAA
AGGGAACATTGTATGAAGGTACTTTTTGTATTTGATATTTCTGAATAATT
TCTTCTCGGCTCAACAAATCTTGAAGATTCAAAATTAACCAATTGAAGTC
AAACTTTTCAAACCCTAGCTACATCATTGATGCATAATATTATCAATCTT
CGGAGAGATATAGAGTTTCTTGATTATCAAGCAATGAAGATATTGTTCTA
ATTTTTAACTATTCTTTTACATTAAAACTATCGATTCATTTGCTTGACAT
ATTCAGGTGCTATTCGCGTGCCAGCGTTTATCAGCAGTCCACTTTTGACA
AATCCTGGAGTATTCAATGATCTCTTTCACGTTACCGATTGGTTGCCAAC
TTTGGTTGCACTGACCGGAAACAGCTTTCCGAATACAATCAATGGTGTCA
ACCAATGGCCTCGTATTCAAGGCATAGCTACGAATGAAGCAAGAGATACA
ATACTTTTGAATTACCGTAGTAACCAAGAAGGTTTGATCCATAAAGACAA
CAATGGTGTATGGAAGATTGTCAAAGATGATACCAGTAAGCACTTCTTTC
AACGAGGGTTTTTATTTTGTTTTTGTTGTCAAAGTAACAATGATAAGGAC
CTTCAAACAGCTACGTAAAGGTAGAAATTCATGGTTTTACACTGTAGCAA
TGCTTCTCTAAGCAATGCGATCTCTTCCCTTTATGAGTCACGTCGACTGC
TCCCAAAACACCCGACACATGGGTAACGGGGGCGATTTCGGTCAAGTACA
AGAATCATTTGGCTGTTCTGGATAATTTGTTGCTTATAAATTAATACTTC
AAGTAAAGGGATTGGAAAAGGTTTGACAACAACAGTTCTGTCAATTCCCT
CTATTTTAAGGGCTCTGATATAGTCAAAAGATCGGTTATGAGATTTGAAG
AAAAAACTTGTGTTTTGAGTTCCTTTACACTTGTAACAAAAAACTGTCTT
TACCCATCATTACCCTCTTTTATATAAAGTGCTTAGTTTTAATGGATAAT
TAACCCTTGTTAAATTTTCTAAATTGAGTTACAAAAATTTACCGAAAACT
ATTTTTAGATTGTTTAAAGATACACCATTTAGTACAAAAATTGTTTCAAA
ATATTTTTTTTCGCCGAAAATAAGGTACTCAAAGTTGAAATACTCTTCTT
CGTAAAAGTCTTCATTTTAAAAATTTTAAATTTCAGACTCAGAGAAATAG
TTGGACTAACAGAAAATGTATAACATGCCATACAGTGGCGTTGTGGCAGG
GGGGGCATGCCCCCCAGCGGAGCTTTTTGAAGGGCGCCGAAGAACAAGGG
GCGCCAAAAGAGATTTTTTCAAACGTCTCAATATCTTAAAAATCATACTT
TAAACTGCGCCCCAGGACCAATTTTGTTGAGATGATTTTACGATGCTTGC
AATTTTTTTTCTCACTTCGCAATAAAGTTAAATGGTAACTTCTTTCAAAT
CTAGCTAATTTACAAGTTTTTTATGCGTACAATATAGCATTATCAAATGA
AAATCTAACTGCACCCCAAGACCAATTTGCTGACAACAATATTGAAACTA
GCAAGTAGCTGTCGCTATGAATGCCCCGCCGATAGCAGATATTTGCCCAG
AGGAACTTAGCCATGAAGAGAGCAAGGGAATCATAATCAGACTATAAATT
GGTGAAATGAGTCTACCTAAAAAGTGCTCAATGTTACTAGAACTGTTTAA
GTTAAGAAACGCGAACCGATGCGGTTAAAATTTTCTCAGTAAGATCCATA
CATAACGGAAGTGTCTATCCAAAAAAAACCCTGTTAAATGTACACTTTTC
TGATGCAAAGTGACCTAAATTAAAACCATTACAGGTTTCGCAACATGTTA
AGAACTAGAACGATATCAAAGTTGATTTTCTTCAATCACCAGATAAAAAT
CACTTTTGAAAACCCAAACATAAGAATGTGTACTGTACTGTGAAACTGAA
AGTGCTTCCCTTCCATAAAGAATACATAATGCAGATTAAAGGTGAATTCC
AAAATGAAATTGAATACAATTTCAGTCATTTGATTTGAAATTTAAAAAGT
AAGTAAGTTTGGACTGGTGGCATACTGTAGATATAATTTATTTGTATCGA
AGGTTACTGAAAATTATCTGAAAAATTTTAACAATCTTTATACGTGTTTC
TGCAAAAAGTTTTCAGTTAGAATAAAATTTCTTCATGGTTACTAAAGATA
TGAATTTGATAGTTGCTCTCAAAATTGNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATTGGCA
GTTGAATCAGATACTTTTAATAAAGGTATTAATTTTCAGGGATTAAAAAT
TTCCCGGATTTCACAGCCTTTGTTCTTATTTACGAAAGACCATAAAGTAA
AATACTAAGAAAATATGAAAAGGGGCCTTCAGCGAAAATCAGTCACCGNA
TTTTCAGGGATTAATAATTTCCTGGATTTCACAGCCTTTGTTCTTATTTA
CGAAAGACCATAAAGTAAAATCCTAAGAAAATCTGAAAAGGGGCCTTCAG
CGAAAATCAATCACCATGAAAATATTAAAACATCATCTAATCCACCACTG
TACACAATTTTTTCTATTGCTGTAATCCACTTCCATTTCCCTGGCACTGG
CAAGCAAGAAAGCGGAGATTCTTCAACGAAATGACTGTTAATACATAAAA
ATACCAAAACTTATTTTATAACTTTTTGAAAATAACTTAACGTGGGAAAA
CACGAAAATAAGTCCTTGCAAAAAGCTTAAATTTTGTGGATAGTGGATGT
GCCCAACCGTGAGTATAAATTAATGGTAGAATAAATTATTATGCGGAATT
AATCAATGCGAATGGCTGAAGAATTGCCAAATTTAAATAATGCGAATTAG
GGCCTAATTAATTAATCCTGCATTAAATTAATCCTGCATTAATTTATCCT
CGCATAAATTCATACTCTTAAGGTAATTCCTGCAAAATATAAATTGATCT
AATTAAAGTATATAGACTTTGTATTTCAACAAGTGTGTTTGTTTCGCTCC
CATAAAAACAACTTGTCTTCAATCCATATGTTTTGAAAATAAAGGCCAAG
GGAATTTCAGATACCGTGTCCCGTTGTAACCACCTTCAACATGGGTAAAA
ACTTTTCACTTCACAGGTAGGTACAACATTGTGTTTGTATTTTATTGGAC
GTCTGGTTCTAAAAAGTCAAAAAGTTTGTTCAGTTTTGATTTGAGCAAAG
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNAAAATTATTTACAAAATAGCATCAAATACTCCATAATCCATTG
TTTTTCGGCTTTTGTTCCGCTTCTGTTTACATTTTTCTGCTCGCTGCTCC
CCATGCTCAACTATTTTTTGCTGTAACACTGTGCTTCAAATGTCCACGAG
AATGAATCAGTTCATGTATTATAGTCATAGTATATTCTCATTGGCATGTC
TCACTCACTAAACGTAGTAAGAAAGAAGAACTTTGTAAGAAACTCAATGT
TAGTACCAGTTTTTGGCACGTTTTGGCGCATGGCTTACTCTCTGAAAAAT
AGCTTTCGGCGTATGCAATATATCCATATAGGACATATAGGGTACTCCAG
GTTATGGCAGTGCAGACGAGACTTTCGATTTCTCGCTTTTACGAAGCTCT
GTGTAAAATGCACGAAAGTTAAAAAAAATATCACGGAAAAAATCGAAAGA
AACAACATGAATCTGAATCTGAACATGAATATTTTTCTGGCGAGCAAGTG
CGCTACGTGAAGCAACAAAAGCCCCTTGCGGGGCAATTATAAAACATCAA
TTTATTTGCTCGCTTTGCTCGTATTGCACATTGTTTTTTTGCTCTTCTAG
CCAGTGTCATATTTGTATATTTTTATTTAGTGATTTGGGGTATCTTGGCA
GTCGATTTTCAAAATTTTTCTAATCGACCCCAACCATGGCGGGGCCTGTT
TATCCTTTTTCCATTCATCAAAGATATATCTACTCTTATCCACTAAATAT
TCCCTTCCTAATTATGCCACAACGCCACTGATGCTATAGATTTGTTGGTT
ATATCAGTCAGAAAATACTTTTTATACACGATAAATATGAAAAATTTTAC
TATGATCAGAGTCCTTAACCCTTTAAGTGCCGATGTCGTATATATACGAC
ATGGGCTATATAGGAGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATCAGGAGATATAA
GCCCTTAAAGTTTGAACTAGCGATTTTTTAAAAAAAACTTAGAAAAAAGG
ACCCTGGCACTCAAAGGGTTAAAGAAGAGGGGCCGCCCATCTAGAGAGAT
TTTGTTTAGAACACCGCTGTTATAATATTTATGGTTTTTTCAACTTCAGA
TAACTCAGACGATACATGGCAAGTACCACCAGAAAATGACGTCAACGAGG
ATTTATGTGGAATTATTCATACCAAACCTTCATCACCTGATGATTGCCGC
ACCAAAGCTTGCTTATACAAGTTGTCCGATGACCCTTGTGAATATAATGA
TGTTCGCTCAAATTTACTTGCAAAATTTGGAAAGTTGAACCGTCTATTGA
AAGAATACAAGGATGGAACAAATGGGGTCATCGTAGCTTCACGCAAACAA
CCAGCAGAGAACGTTGATGCTAACCCCGACAATTTCATGTACCCACCTGG
TGTTACCACTCAATACCCTGTATGGATGCCATGGAAATAACGATCAGAGA
ACGGAAAAATATTAATTTCTTCATAAAGTCTTTGGATTTATTTAAAGTTG
TCCTTCATTTTAACATAAAAATTTCCCATAATATCTAAGTATATAGACAA
TACCGATGTTGAGTTTGATTTGATAAAAGTAAGATATGAAGCAATCTTTC
ATGAAGTAGTCTTCAAAATACAATTTAGCACTCATCACTGTGCGGTACTT
TGCAACTCATCATATGTTTTACTTTATAAGTAATTTTTGTAATTTTTTGA
ACTTTTTGTACTTTCGTTGTATGTATGTACTTCTTTCGGG

Coding sequence (CDS) from alignment at sc0000252:295023..305912-

>TCONS_00016810 ID=TCONS_00016810|Name=TCONS_00016810|organism=Clytia hemisphaerica|type=CDS|length=12456bp|location=Sequence derived from alignment at sc0000252:295023..305912- (Clytia hemisphaerica)
ATAACTCAGACGATACATGGCAAGTACCACCAGAAAATGACGTCAACGAG
GATTTATGTGGAATTATTCATACCAAACCTTCATCACCTGATGATTGCCG
CACCAAAGCTTGCTTATACAAGTTGTCCGATGACCCTTGTGAATATAATG
ATGTTCGCTCAAATTTACTTGCAAAATTTGGAAAGTTGAACCGTCTATTG
AAAGAATACAAGGATGGAACAAATGGGGTCATCGTAGCTTCACGCAAACA
ACCAGCAGAGAACGTTGATGCTAACCCCGACAATTTCATGTACCCACCTG
GTGTTACCACTCAATACCCTGTATGGATGCCATGGAAATAAGTGCTATTC
GCGTGCCAGCGTTTATCAGCAGTCCACTTTTGACAAATCCTGGAGTATTC
AATGATCTCTTTCACGTTACCGATTGGTTGCCAACTTTGGTTGCACTGAC
CGGAAACAGCTTTCCGAATACAATCAATGGTGTCAACCAATGGCCTCGTA
TTCAAGGCATAGCTACGAATGAAGCAAGAGATACAATACTTTTGAATTAC
CGTAGTAACCAAGAAGGTTTGATCCATAAAGACAACAATGGTGTATGGAA
GATTGTCAAAGATGATACCAGTTGAAGCGGCATTGTCCGCAAAAAACATG
TTGGCAAACTCCATCATAATCTTTTCTTCCGACAATGGCGGAAAAGCCAG
AGAACAACTCTCCAGTAACTATCCGCTCCGAGGAGAAAAGGGAACATTGT
ATGAAGCCTGACCTGACACACATTGGAACTAACGATTACAGCTCCGAAAT
GTATGCAGAAGAAGCACGTCAAATCATTTTAAACCATGACACTACCAAAC
CTGACGAACCATTATTCTTATACTTTCCCATGCAAAGTGTACATGGACCC
TTACAATCAAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTATCAATGA
TCCTGATCGAAAGACGATGGCTGGTATGATTAAGTGCATGGATGATGCTG
TTGGAGTGTGGCATCTTGGCTTCTTCCAAAAAGAATACACACCTGTTTAC
AGAGATTTTGAATCCTTCTTCGGCTTCTATAATTCTGGTTCCGATTATGA
GACGCACTACTCCTCCATAAGACGGAACGGTATTCTGTATTCTGGTTTGG
ATTTGCACCGTGATATCGAAAGTACGGCTACTTTAGCGGAACACAGGAAG
GTGTCATCCAACACACAGAACCATGGGGTATCGATTTGAACGAAAAGATT
TTACCAACTTATATGAAGGAGAAAAATTACAGAAGACACATCGTTGGAAA
GGGTTGGGGTGATGTCGGTTACCATGGTTCCTCCAAAATCAACACACCAA
ACATTGACCGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTATTATGTT
CAACCCATCTGTACTCCGACACGATCAGCGCTGTTAACAGGAAAATATCC
CATCTATACAGATGTTTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTG
GTGCACTTTGGTGGAGCATCCAATCCACACATCGTTTTCATCTTGGCAGA
CGATTTGATAACTCAGACGATACATGGCAAGTACCACCAGAAAATGACGT
CAACGAGGATTTATGTGGAATTATTCATACCAAACCTTCATCACCTGATG
ATTGCCGCACCAAAGCTTGCTTATACAAGTTGTCCGATGACCCTTGTGAA
TATAATGATGTTCGCTCAAATTTACTTGCAAAATTTGGAAAGTTGAACCG
TCTATTGAAAGAATACAAGGATGGAACAAATGGGGTCATCGTAGCTTCAC
GCAAACAACCAGCAGAGAACGTTGATGCTAACCCCGACAATTTCATGTAC
CCACCTGGTGTTACCACTCAATACCCTGTATGGATGCCATGGAAATAAGT
GCTATTCGCGTGCCAGCGTTTATCAGCAGTCCACTTTTGACAAATCCTGG
AGTATTCAATGATCTCTTTCACGTTACCGATTGGTTGCCAACTTTGGTTG
CACTGACCGGAAACAGCTTTCCGAATACAATCAATGGTGTCAACCAATGG
CCTCGTATTCAAGGCATAGCTACGAATGAAGCAAGAGATACAATACTTTT
GAATTACCGTAGTAACCAAGAAGGTTTGATCCATAAAGACAACAATGGTG
TATGGAAGATTGTCAAAGATGATACCAGTTGAAGCGGCATTGTCCGCAAA
AAACATGTTGGCAAACTCCATCATAATCTTTTCTTCCGACAATGGCGGAA
AAGCCAGAGAACAACTCTCCAGTAACTATCCGCTCCGAGGAGAAAAGGGA
ACATTGTATGAAGCCTGACCTGACACACATTGGAACTAACGATTACAGCT
CCGAAATGTATGCAGAAGAAGCACGTCAAATCATTTTAAACCATGACACT
ACCAAACCTGACGAACCATTATTCTTATACTTTCCCATGCAAAGTGTACA
TGGACCCTTACAATCAAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTA
TCAATGATCCTGATCGAAAGACGATGGCTGGTATGATTAAGTGCATGGAT
GATGCTGTTGGAGTGTGGCATCTTGGCTTCTTCCAAAAAGAATACACACC
TGTTTACAGAGATTTTGAATCCTTCTTCGGCTTCTATAATTCTGGTTCCG
ATTATGAGACGCACTACTCCTCCATAAGACGGAACGGTATTCTGTATTCT
GGTTTGGATTTGCACCGTGATATCGAAAGTACGGCTACTTTAGCGGAACA
CAGGAAGGTGTCATCCAACACACAGAACCATGGGGTATCGATTTGAACGA
AAAGATTTTACCAACTTATATGAAGGAGAAAAATTACAGAAGACACATCG
TTGGAAAGGGTTGGGGTGATGTCGGTTACCATGGTTCCTCCAAAATCAAC
ACACCAAACATTGACCGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTA
TTATGTTCAACCCATCTGTACTCCGACACGATCAGCGCTGTTAACAGGAA
AATATCCCATCTATACAGATGTTTCTGTGTAGCAGCGTGATCACTGCTCT
TTGTCTGGTGCACTTTGGTGGAGCATCCAATCCACACATCGTTTTCATCT
TGGCAGACGATTTGATAACTCAGACGATACATGGCAAGTACCACCAGAAA
ATGACGTCAACGAGGATTTATGTGGAATTATTCATACCAAACCTTCATCA
CCTGATGATTGCCGCACCAAAGCTTGCTTATACAAGTTGTCCGATGACCC
TTGTGAATATAATGATGTTCGCTCAAATTTACTTGCAAAATTTGGAAAGT
TGAACCGTCTATTGAAAGAATACAAGGATGGAACAAATGGGGTCATCGTA
GCTTCACGCAAACAACCAGCAGAGAACGTTGATGCTAACCCCGACAATTT
CATGTACCCACCTGGTGTTACCACTCAATACCCTGTATGGATGCCATGGA
AATAAGTGCTATTCGCGTGCCAGCGTTTATCAGCAGTCCACTTTTGACAA
ATCCTGGAGTATTCAATGATCTCTTTCACGTTACCGATTGGTTGCCAACT
TTGGTTGCACTGACCGGAAACAGCTTTCCGAATACAATCAATGGTGTCAA
CCAATGGCCTCGTATTCAAGGCATAGCTACGAATGAAGCAAGAGATACAA
TACTTTTGAATTACCGTAGTAACCAAGAAGGTTTGATCCATAAAGACAAC
AATGGTGTATGGAAGATTGTCAAAGATGATACCAGTTGAAGCGGCATTGT
CCGCAAAAAACATGTTGGCAAACTCCATCATAATCTTTTCTTCCGACAAT
GGCGGAAAAGCCAGAGAACAACTCTCCAGTAACTATCCGCTCCGAGGAGA
AAAGGGAACATTGTATGAAGCCTGACCTGACACACATTGGAACTAACGAT
TACAGCTCCGAAATGTATGCAGAAGAAGCACGTCAAATCATTTTAAACCA
TGACACTACCAAACCTGACGAACCATTATTCTTATACTTTCCCATGCAAA
GTGTACATGGACCCTTACAATCAAGCTCAGGTTGTGAGTCGCATTTTGAT
GGAGTTATCAATGATCCTGATCGAAAGACGATGGCTGGTATGATTAAGTG
CATGGATGATGCTGTTGGAGTGTGGCATCTTGGCTTCTTCCAAAAAGAAT
ACACACCTGTTTACAGAGATTTTGAATCCTTCTTCGGCTTCTATAATTCT
GGTTCCGATTATGAGACGCACTACTCCTCCATAAGACGGAACGGTATTCT
GTATTCTGGTTTGGATTTGCACCGTGATATCGAAAGTACGGCTACTTTAG
CGGAACACAGGAAGGTGTCATCCAACACACAGAACCATGGGGTATCGATT
TGAACGAAAAGATTTTACCAACTTATATGAAGGAGAAAAATTACAGAAGA
CACATCGTTGGAAAGGGTTGGGGTGATGTCGGTTACCATGGTTCCTCCAA
AATCAACACACCAAACATTGACCGATTGGCAGCAGCAGGTGTTAAATTAG
AGAATTATTATGTTCAACCCATCTGTACTCCGACACGATCAGCGCTGTTA
ACAGGAAAATATCCCATCTATACAGATGTTTCTGTGTAGCAGCGTGATCA
CTGCTCTTTGTCTGGTGCACTTTGGTGGAGCATCCAATCCACACATCGTT
TTCATCTTGGCAGACGATTTGATAACTCAGACGATACATGGCAAGTACCA
CCAGAAAATGACGTCAACGAGGATTTATGTGGAATTATTCATACCAAACC
TTCATCACCTGATGATTGCCGCACCAAAGCTTGCTTATACAAGTTGTCCG
ATGACCCTTGTGAATATAATGATGTTCGCTCAAATTTACTTGCAAAATTT
GGAAAGTTGAACCGTCTATTGAAAGAATACAAGGATGGAACAAATGGGGT
CATCGTAGCTTCACGCAAACAACCAGCAGAGAACGTTGATGCTAACCCCG
ACAATTTCATGTACCCACCTGGTGTTACCACTCAATACCCTGTATGGATG
CCATGGAAATAAGTGCTATTCGCGTGCCAGCGTTTATCAGCAGTCCACTT
TTGACAAATCCTGGAGTATTCAATGATCTCTTTCACGTTACCGATTGGTT
GCCAACTTTGGTTGCACTGACCGGAAACAGCTTTCCGAATACAATCAATG
GTGTCAACCAATGGCCTCGTATTCAAGGCATAGCTACGAATGAAGCAAGA
GATACAATACTTTTGAATTACCGTAGTAACCAAGAAGGTTTGATCCATAA
AGACAACAATGGTGTATGGAAGATTGTCAAAGATGATACCAGTTGAAGCG
GCATTGTCCGCAAAAAACATGTTGGCAAACTCCATCATAATCTTTTCTTC
CGACAATGGCGGAAAAGCCAGAGAACAACTCTCCAGTAACTATCCGCTCC
GAGGAGAAAAGGGAACATTGTATGAAGCCTGACCTGACACACATTGGAAC
TAACGATTACAGCTCCGAAATGTATGCAGAAGAAGCACGTCAAATCATTT
TAAACCATGACACTACCAAACCTGACGAACCATTATTCTTATACTTTCCC
ATGCAAAGTGTACATGGACCCTTACAATCAAGCTCAGGTTGTGAGTCGCA
TTTTGATGGAGTTATCAATGATCCTGATCGAAAGACGATGGCTGGTATGA
TTAAGTGCATGGATGATGCTGTTGGAGTGTGGCATCTTGGCTTCTTCCAA
AAAGAATACACACCTGTTTACAGAGATTTTGAATCCTTCTTCGGCTTCTA
TAATTCTGGTTCCGATTATGAGACGCACTACTCCTCCATAAGACGGAACG
GTATTCTGTATTCTGGTTTGGATTTGCACCGTGATATCGAAAGTACGGCT
ACTTTAGCGGAACACAGGAAGGTGTCATCCAACACACAGAACCATGGGGT
ATCGATTTGAACGAAAAGATTTTACCAACTTATATGAAGGAGAAAAATTA
CAGAAGACACATCGTTGGAAAGGGTTGGGGTGATGTCGGTTACCATGGTT
CCTCCAAAATCAACACACCAAACATTGACCGATTGGCAGCAGCAGGTGTT
AAATTAGAGAATTATTATGTTCAACCCATCTGTACTCCGACACGATCAGC
GCTGTTAACAGGAAAATATCCCATCTATACAGATGTTTCTGTGTAGCAGC
GTGATCACTGCTCTTTGTCTGGTGCACTTTGGTGGAGCATCCAATCCACA
CATCGTTTTCATCTTGGCAGACGATTTGATAACTCAGACGATACATGGCA
AGTACCACCAGAAAATGACGTCAACGAGGATTTATGTGGAATTATTCATA
CCAAACCTTCATCACCTGATGATTGCCGCACCAAAGCTTGCTTATACAAG
TTGTCCGATGACCCTTGTGAATATAATGATGTTCGCTCAAATTTACTTGC
AAAATTTGGAAAGTTGAACCGTCTATTGAAAGAATACAAGGATGGAACAA
ATGGGGTCATCGTAGCTTCACGCAAACAACCAGCAGAGAACGTTGATGCT
AACCCCGACAATTTCATGTACCCACCTGGTGTTACCACTCAATACCCTGT
ATGGATGCCATGGAAATAAGTGCTATTCGCGTGCCAGCGTTTATCAGCAG
TCCACTTTTGACAAATCCTGGAGTATTCAATGATCTCTTTCACGTTACCG
ATTGGTTGCCAACTTTGGTTGCACTGACCGGAAACAGCTTTCCGAATACA
ATCAATGGTGTCAACCAATGGCCTCGTATTCAAGGCATAGCTACGAATGA
AGCAAGAGATACAATACTTTTGAATTACCGTAGTAACCAAGAAGGTTTGA
TCCATAAAGACAACAATGGTGTATGGAAGATTGTCAAAGATGATACCAGT
TGAAGCGGCATTGTCCGCAAAAAACATGTTGGCAAACTCCATCATAATCT
TTTCTTCCGACAATGGCGGAAAAGCCAGAGAACAACTCTCCAGTAACTAT
CCGCTCCGAGGAGAAAAGGGAACATTGTATGAAGCCTGACCTGACACACA
TTGGAACTAACGATTACAGCTCCGAAATGTATGCAGAAGAAGCACGTCAA
ATCATTTTAAACCATGACACTACCAAACCTGACGAACCATTATTCTTATA
CTTTCCCATGCAAAGTGTACATGGACCCTTACAATCAAGCTCAGGTTGTG
AGTCGCATTTTGATGGAGTTATCAATGATCCTGATCGAAAGACGATGGCT
GGTATGATTAAGTGCATGGATGATGCTGTTGGAGTGTGGCATCTTGGCTT
CTTCCAAAAAGAATACACACCTGTTTACAGAGATTTTGAATCCTTCTTCG
GCTTCTATAATTCTGGTTCCGATTATGAGACGCACTACTCCTCCATAAGA
CGGAACGGTATTCTGTATTCTGGTTTGGATTTGCACCGTGATATCGAAAG
TACGGCTACTTTAGCGGAACACAGGAAGGTGTCATCCAACACACAGAACC
ATGGGGTATCGATTTGAACGAAAAGATTTTACCAACTTATATGAAGGAGA
AAAATTACAGAAGACACATCGTTGGAAAGGGTTGGGGTGATGTCGGTTAC
CATGGTTCCTCCAAAATCAACACACCAAACATTGACCGATTGGCAGCAGC
AGGTGTTAAATTAGAGAATTATTATGTTCAACCCATCTGTACTCCGACAC
GATCAGCGCTGTTAACAGGAAAATATCCCATCTATACAGATGTTTCTGTG
TAGCAGCGTGATCACTGCTCTTTGTCTGGTGCACTTTGGTGGAGCATCCA
ATCCACACATCGTTTTCATCTTGGCAGACGATTTGATAACTCAGACGATA
CATGGCAAGTACCACCAGAAAATGACGTCAACGAGGATTTATGTGGAATT
ATTCATACCAAACCTTCATCACCTGATGATTGCCGCACCAAAGCTTGCTT
ATACAAGTTGTCCGATGACCCTTGTGAATATAATGATGTTCGCTCAAATT
TACTTGCAAAATTTGGAAAGTTGAACCGTCTATTGAAAGAATACAAGGAT
GGAACAAATGGGGTCATCGTAGCTTCACGCAAACAACCAGCAGAGAACGT
TGATGCTAACCCCGACAATTTCATGTACCCACCTGGTGTTACCACTCAAT
ACCCTGTATGGATGCCATGGAAATAAGTGCTATTCGCGTGCCAGCGTTTA
TCAGCAGTCCACTTTTGACAAATCCTGGAGTATTCAATGATCTCTTTCAC
GTTACCGATTGGTTGCCAACTTTGGTTGCACTGACCGGAAACAGCTTTCC
GAATACAATCAATGGTGTCAACCAATGGCCTCGTATTCAAGGCATAGCTA
CGAATGAAGCAAGAGATACAATACTTTTGAATTACCGTAGTAACCAAGAA
GGTTTGATCCATAAAGACAACAATGGTGTATGGAAGATTGTCAAAGATGA
TACCAGTTGAAGCGGCATTGTCCGCAAAAAACATGTTGGCAAACTCCATC
ATAATCTTTTCTTCCGACAATGGCGGAAAAGCCAGAGAACAACTCTCCAG
TAACTATCCGCTCCGAGGAGAAAAGGGAACATTGTATGAAGCCTGACCTG
ACACACATTGGAACTAACGATTACAGCTCCGAAATGTATGCAGAAGAAGC
ACGTCAAATCATTTTAAACCATGACACTACCAAACCTGACGAACCATTAT
TCTTATACTTTCCCATGCAAAGTGTACATGGACCCTTACAATCAAGCTCA
GGTTGTGAGTCGCATTTTGATGGAGTTATCAATGATCCTGATCGAAAGAC
GATGGCTGGTATGATTAAGTGCATGGATGATGCTGTTGGAGTGTGGCATC
TTGGCTTCTTCCAAAAAGAATACACACCTGTTTACAGAGATTTTGAATCC
TTCTTCGGCTTCTATAATTCTGGTTCCGATTATGAGACGCACTACTCCTC
CATAAGACGGAACGGTATTCTGTATTCTGGTTTGGATTTGCACCGTGATA
TCGAAAGTACGGCTACTTTAGCGGAACACAGGAAGGTGTCATCCAACACA
CAGAACCATGGGGTATCGATTTGAACGAAAAGATTTTACCAACTTATATG
AAGGAGAAAAATTACAGAAGACACATCGTTGGAAAGGGTTGGGGTGATGT
CGGTTACCATGGTTCCTCCAAAATCAACACACCAAACATTGACCGATTGG
CAGCAGCAGGTGTTAAATTAGAGAATTATTATGTTCAACCCATCTGTACT
CCGACACGATCAGCGCTGTTAACAGGAAAATATCCCATCTATACAGATGT
TTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTGGTGCACTTTGGTGGA
GCATCCAATCCACACATCGTTTTCATCTTGGCAGACGATTTGATAACTCA
GACGATACATGGCAAGTACCACCAGAAAATGACGTCAACGAGGATTTATG
TGGAATTATTCATACCAAACCTTCATCACCTGATGATTGCCGCACCAAAG
CTTGCTTATACAAGTTGTCCGATGACCCTTGTGAATATAATGATGTTCGC
TCAAATTTACTTGCAAAATTTGGAAAGTTGAACCGTCTATTGAAAGAATA
CAAGGATGGAACAAATGGGGTCATCGTAGCTTCACGCAAACAACCAGCAG
AGAACGTTGATGCTAACCCCGACAATTTCATGTACCCACCTGGTGTTACC
ACTCAATACCCTGTATGGATGCCATGGAAATAAGTGCTATTCGCGTGCCA
GCGTTTATCAGCAGTCCACTTTTGACAAATCCTGGAGTATTCAATGATCT
CTTTCACGTTACCGATTGGTTGCCAACTTTGGTTGCACTGACCGGAAACA
GCTTTCCGAATACAATCAATGGTGTCAACCAATGGCCTCGTATTCAAGGC
ATAGCTACGAATGAAGCAAGAGATACAATACTTTTGAATTACCGTAGTAA
CCAAGAAGGTTTGATCCATAAAGACAACAATGGTGTATGGAAGATTGTCA
AAGATGATACCAGTTGAAGCGGCATTGTCCGCAAAAAACATGTTGGCAAA
CTCCATCATAATCTTTTCTTCCGACAATGGCGGAAAAGCCAGAGAACAAC
TCTCCAGTAACTATCCGCTCCGAGGAGAAAAGGGAACATTGTATGAAGCC
TGACCTGACACACATTGGAACTAACGATTACAGCTCCGAAATGTATGCAG
AAGAAGCACGTCAAATCATTTTAAACCATGACACTACCAAACCTGACGAA
CCATTATTCTTATACTTTCCCATGCAAAGTGTACATGGACCCTTACAATC
AAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTATCAATGATCCTGATC
GAAAGACGATGGCTGGTATGATTAAGTGCATGGATGATGCTGTTGGAGTG
TGGCATCTTGGCTTCTTCCAAAAAGAATACACACCTGTTTACAGAGATTT
TGAATCCTTCTTCGGCTTCTATAATTCTGGTTCCGATTATGAGACGCACT
ACTCCTCCATAAGACGGAACGGTATTCTGTATTCTGGTTTGGATTTGCAC
CGTGATATCGAAAGTACGGCTACTTTAGCGGAACACAGGAAGGTGTCATC
CAACACACAGAACCATGGGGTATCGATTTGAACGAAAAGATTTTACCAAC
TTATATGAAGGAGAAAAATTACAGAAGACACATCGTTGGAAAGGGTTGGG
GTGATGTCGGTTACCATGGTTCCTCCAAAATCAACACACCAAACATTGAC
CGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTATTATGTTCAACCCAT
CTGTACTCCGACACGATCAGCGCTGTTAACAGGAAAATATCCCATCTATA
CAGATGTTTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTGGTGCACTT
TGGTGGAGCATCCAATCCACACATCGTTTTCATCTTGGCAGACGATTTGA
TAACTCAGACGATACATGGCAAGTACCACCAGAAAATGACGTCAACGAGG
ATTTATGTGGAATTATTCATACCAAACCTTCATCACCTGATGATTGCCGC
ACCAAAGCTTGCTTATACAAGTTGTCCGATGACCCTTGTGAATATAATGA
TGTTCGCTCAAATTTACTTGCAAAATTTGGAAAGTTGAACCGTCTATTGA
AAGAATACAAGGATGGAACAAATGGGGTCATCGTAGCTTCACGCAAACAA
CCAGCAGAGAACGTTGATGCTAACCCCGACAATTTCATGTACCCACCTGG
TGTTACCACTCAATACCCTGTATGGATGCCATGGAAATAAGTGCTATTCG
CGTGCCAGCGTTTATCAGCAGTCCACTTTTGACAAATCCTGGAGTATTCA
ATGATCTCTTTCACGTTACCGATTGGTTGCCAACTTTGGTTGCACTGACC
GGAAACAGCTTTCCGAATACAATCAATGGTGTCAACCAATGGCCTCGTAT
TCAAGGCATAGCTACGAATGAAGCAAGAGATACAATACTTTTGAATTACC
GTAGTAACCAAGAAGGTTTGATCCATAAAGACAACAATGGTGTATGGAAG
ATTGTCAAAGATGATACCAGTTGAAGCGGCATTGTCCGCAAAAAACATGT
TGGCAAACTCCATCATAATCTTTTCTTCCGACAATGGCGGAAAAGCCAGA
GAACAACTCTCCAGTAACTATCCGCTCCGAGGAGAAAAGGGAACATTGTA
TGAAGCCTGACCTGACACACATTGGAACTAACGATTACAGCTCCGAAATG
TATGCAGAAGAAGCACGTCAAATCATTTTAAACCATGACACTACCAAACC
TGACGAACCATTATTCTTATACTTTCCCATGCAAAGTGTACATGGACCCT
TACAATCAAGCTCAGGTTGTGAGTCGCATTTTGATGGAGTTATCAATGAT
CCTGATCGAAAGACGATGGCTGGTATGATTAAGTGCATGGATGATGCTGT
TGGAGTGTGGCATCTTGGCTTCTTCCAAAAAGAATACACACCTGTTTACA
GAGATTTTGAATCCTTCTTCGGCTTCTATAATTCTGGTTCCGATTATGAG
ACGCACTACTCCTCCATAAGACGGAACGGTATTCTGTATTCTGGTTTGGA
TTTGCACCGTGATATCGAAAGTACGGCTACTTTAGCGGAACACAGGAAGG
TGTCATCCAACACACAGAACCATGGGGTATCGATTTGAACGAAAAGATTT
TACCAACTTATATGAAGGAGAAAAATTACAGAAGACACATCGTTGGAAAG
GGTTGGGGTGATGTCGGTTACCATGGTTCCTCCAAAATCAACACACCAAA
CATTGACCGATTGGCAGCAGCAGGTGTTAAATTAGAGAATTATTATGTTC
AACCCATCTGTACTCCGACACGATCAGCGCTGTTAACAGGAAAATATCCC
ATCTATACAGATGTTTCTGTGTAGCAGCGTGATCACTGCTCTTTGTCTGG
TGCACTTTGGTGGAGCATCCAATCCACACATCGTTTTCATCTTGGCAGAC
GATTTG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_009408XLOC_009408Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00016810-exon-sc0000252-1575043694:305263..305912TCONS_00016810-exon-sc0000252-1575043694:305263..305912Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:304410..304569TCONS_00016810-exon-sc0000252-1575043694:304410..304569Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:303988..304100TCONS_00016810-exon-sc0000252-1575043694:303988..304100Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:303562..303741TCONS_00016810-exon-sc0000252-1575043694:303562..303741Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:302950..303201TCONS_00016810-exon-sc0000252-1575043694:302950..303201Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:302545..302680TCONS_00016810-exon-sc0000252-1575043694:302545..302680Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:302028..302306TCONS_00016810-exon-sc0000252-1575043694:302028..302306Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1575043694:295023..295663TCONS_00016810-exon-sc0000252-1575043694:295023..295663Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:305263..305912TCONS_00016810-exon-sc0000252-1510915933:305263..305912Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:304410..304569TCONS_00016810-exon-sc0000252-1510915933:304410..304569Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:303988..304100TCONS_00016810-exon-sc0000252-1510915933:303988..304100Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:303562..303741TCONS_00016810-exon-sc0000252-1510915933:303562..303741Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:302950..303201TCONS_00016810-exon-sc0000252-1510915933:302950..303201Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:302545..302680TCONS_00016810-exon-sc0000252-1510915933:302545..302680Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:302028..302306TCONS_00016810-exon-sc0000252-1510915933:302028..302306Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1510915933:295023..295663TCONS_00016810-exon-sc0000252-1510915933:295023..295663Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:305263..305912TCONS_00016810-exon-sc0000252-1491911889:305263..305912Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:304410..304569TCONS_00016810-exon-sc0000252-1491911889:304410..304569Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:303988..304100TCONS_00016810-exon-sc0000252-1491911889:303988..304100Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:303562..303741TCONS_00016810-exon-sc0000252-1491911889:303562..303741Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:302950..303201TCONS_00016810-exon-sc0000252-1491911889:302950..303201Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:302545..302680TCONS_00016810-exon-sc0000252-1491911889:302545..302680Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:302028..302306TCONS_00016810-exon-sc0000252-1491911889:302028..302306Clytia hemisphaericaexon
TCONS_00016810-exon-sc0000252-1491911889:295023..295663TCONS_00016810-exon-sc0000252-1491911889:295023..295663Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00016810-proteinTCONS_00016810-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000252supercontigsc0000252:295023..305912 -
Expression

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

Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0.966696	1.16264	0.76618	0.446183	0.260729	0.223201	0.20714	0.329667	0.162923	0.235441	0.277495	0.375558	2.47524	3.76125	0.933167	1.06034	3.64057	6.50837	3.40827	2.54495	0.545216	0.661044	9.95708	13.0664	12.7835	9.83422	0.353475	0.141464	0.214591	0.437269
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR017849Alkaline_Pase-like_a/b/a
IPR000917Sulfatase_N
IPR024607Sulfatase_CS
IPR017850Alkaline_phosphatase_core
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0008484sulfuric ester hydrolase activity
Vocabulary: Biological Process
TermDefinition
GO:0008152metabolic process
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008152 metabolic process
molecular_function GO:0003824 catalytic activity
molecular_function GO:0008484 sulfuric ester hydrolase activity
Blast
[Close]
BLAST of TCONS_00016810 vs. Swiss-Prot (Human)
Match: ARSJ (Arylsulfatase J OS=Homo sapiens GN=ARSJ PE=2 SV=1)

HSP 1 Score: 292.738 bits (748), Expect = 9.956e-88
Identity = 165/382 (43.19%), Postives = 226/382 (59.16%), Query Frame = 3 
Query:  612 SNPHIVFILADDLGWGDVGYHGSSKINTPNIDRLAAAGVKLENYYVQPICTPTRSALLTGKYPIYTGTQEGVIQHTEPWGIDLNEKILPTYMKEKNYRRHIVGKWHLGFFQKEYTPVYRDFESFFGFYNSGSDYETHYSSIRRNGILYSGLDLHRDIESTATLAPDLTHIGTNDYSSEMYAEEARQIILNHDTTKPDEPLFLYFPMQSVHGPLQSSSGCESHFDGVINDPDRKTMAGMIKCMDDAVGVVEAALSAKNMLANSIIIFSSDNGGKAREQLSSNYPLRGEKGTLYEGAIRVPAFISSPLLTNPG-VFNDLFHVTDWLPTLVALTGNSFPNTI--NGVNQWPRIQGIATNEARDTILLNYRSNQEGLIHKDNNGVW 1748
            S PH++FILADD G+ DVGYHGS +I TP +D+LAA GVKLENYYVQPICTP+RS  +TGKY I+TG Q  +I+ T+P  + L+   LP  +KE  Y  H+VGKWHLGF++KE  P  R F++FFG      DY THY   + +     G DL+ +  +       +       YS++MY +  +QI+ +H+ TK   P+FLY   Q+VH PLQ+      H+  +IN  +R+  A M+ C+D+A+  V  AL       NSIII+SSDNGG+      SN+PLRG KGT +EG IR   F+ SPLL N G V  +L H+TDW PTL++L        I  +G + W  I     +E   +  ++   N + +  K  NG W
Sbjct:   74 SQPHLIFILADDQGFRDVGYHGS-EIKTPTLDKLAAEGVKLENYYVQPICTPSRSQFITGKYQIHTGLQHSIIRPTQPNCLPLDNATLPQKLKEVGYSTHMVGKWHLGFYRKECMPTRRGFDTFFGSLLGSGDYYTHY---KCDSPGMCGYDLYENDNAAWDYDNGI-------YSTQMYTQRVQQILASHNPTK---PIFLYIAYQAVHSPLQAPGRYFEHYRSIINI-NRRRYAAMLSCLDEAINNVTLALKTYGFYNNSIIIYSSDNGGQPTAG-GSNWPLRGSKGTYWEGGIRAVGFVHSPLLKNKGTVCKELVHITDWYPTLISLAEGQIDEDIQLDGYDIWETI-----SEGLRSPRVDILHNIDPIYTKAKNGSW 434
The following BLAST results are available for this feature:
BLAST of TCONS_00016810 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
ARSJ9.956e-8843.19Arylsulfatase J OS=Homo sapiens GN=ARSJ PE=2 SV=1[more]
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