TCONS_00062067 (transcript) - C. hemisphaerica

Overview
NameTCONS_00062067
Unique NameTCONS_00062067
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1781

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00062067 ID=TCONS_00062067|Name=TCONS_00062067|organism=Clytia hemisphaerica|type=transcript|length=1781bp
CTGATCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCACAGAACG
GCCAGATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAGATGTTG
GATTCAATAAGGAAGGTGACTCGGATGGTTCAGGAGAAAGCCCGACCCCG
AACATGGAcgctttttccaaaaaaggaatTCGTTTTACAGACTACCATTC
ACCATATGCCGTGTGCACACCAAGTCGTGCTTCTTTGCTGACTTCAAGAC
TGGGTGCAAGAACGGGTCTCTACAGTCTTTTGAATGCGAAGAGCATTGGA
GGACTGCCAACCACGGAATACACTCTCTCTGAACACTTGAAGAAGATTGA
TTACTCAACGTTCGCTATCGGGAAGTGGCATCTGGGACATCAAGACAACT
ACCATCCAAATGATCGAGGCTTTGACCATTACCTTGGTGTACCATACAGT
CTAGATATGGGATGTCTCGATTATCCAGGTTATTCACATCCAAAACATTT
GAGTTGCAAGCGAGACATCACTGACGAAGTTGCTATTCCCCTGTATCGAG
ATAAAACTATTATTCAGCAACCTTTAGATTTGAGAACTCTTTCGGATATT
TACTTCCAAGAATTTCAACAAAGAATGGAAGAAATTCATCAAAAGAAAAC
TAATTTCTTTGGTTACATCCCCTTCTCAAAGGTACACGTACCACTTGGCT
TTGCTGAACACTCTCCAAACGGCACTGCTTTTTCGGACAATTTGAAGGAA
TTGGACATGAATTTCGGACGGATGATTCAAACAGTGAAGGATTTGGGATT
GTTTGAGAATACAGTGATATGGTTGATCAGTGATAACGGCCCTTGGGAAC
TAGAATGTCAATTTGCAGGGCAACCTGGAAAATTTCAAGGATtatggcaa
aaaatgaaaactggaGGTGGCGGAGGTACCAGTTGGAAAGAAACCATCTG
GGAAGGAGGACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACATCA
AAGAGGGGAGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGCCC
ACAATGGCAAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTACGA
TGGAGAGGACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCGAC
TGACGCTTTTCCATCCGCGTTCGAACGCAAGGGATAACGAGATCACTGCC
GTCCGGTGGAAAAATTATAAAGCTGTCTTCAAGTCCGGTGGTTTGAGGCT
TCTTGATTGTCACTTCGGATCATCGATGGCCAGGACGTACGATCCGCCAT
TATTGTTTGATCTGAAGGACGACCCTTCAGAAGCAAAACCTTTGGATACA
ACCGACCCCTTCAATAAAGCATTAGTCAGTCACTTGAAAGACTTATTAGA
GAAATTGAATGAAGATATTGCTGGTGATTTTAAAAGCAAGTTTGATGATC
GGCAAGACTCATCAGTGATGCCGTGTTGTAACGCACGAAATAGACATTGC
CGGTGTCAACCTCTGATTGGTTCAGattaatgaaataaaaatgtaaataa
aaaatgagaaacattATAATAAAGGTCCTTGGAGAAAGTttactaaaaat
gaaaacatactTCATTTATGTTTTATATACCAGTGGatactactttaatg
ggataaattttcgtggggattaattttcgcggatttcgcggatttgggtg
tcatccgcgaaaataagtcccattggaaatttgaaaaaggcccatccgcg
aaaattagtttccgcgaaaaatttgaatttt
Run BLAST on NCBI

protein sequence of TCONS_00062067-protein

>TCONS_00062067-protein ID=TCONS_00062067-protein|Name=TCONS_00062067-protein|organism=Clytia hemisphaerica|type=polypeptide|length=509bp
LITNLAMVSMGVELTERPDLLIFLVDDLGYGDVGFNKEGDSDGSGESPTP
NMDAFSKKGIRFTDYHSPYAVCTPSRASLLTSRLGARTGLYSLLNAKSIG
GLPTTEYTLSEHLKKIDYSTFAIGKWHLGHQDNYHPNDRGFDHYLGVPYS
LDMGCLDYPGYSHPKHLSCKRDITDEVAIPLYRDKTIIQQPLDLRTLSDI
YFQEFQQRMEEIHQKKTNFFGYIPFSKVHVPLGFAEHSPNGTAFSDNLKE
LDMNFGRMIQTVKDLGLFENTVIWLISDNGPWELECQFAGQPGKFQGLWQ
KMKTGGGGGTSWKETIWEGGHRVPAVVTWPQYIKEGRVSDALISGLDIMP
TMASLMGFELPTDRHYDGEDLSRVLKDGSDEGRLTLFHPRSNARDNEITA
VRWKNYKAVFKSGGLRLLDCHFGSSMARTYDPPLLFDLKDDPSEAKPLDT
TDPFNKALVSHLKDLLEKLNEDIAGDFKSKFDDRQDSSVMPCCNARNRHC
RCQPLIGSD
Run BLAST on NCBI

transcript from alignment at scaffold_361:1565496..1571106-

Legend: exonCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00062067 ID=TCONS_00062067|Name=TCONS_00062067|organism=Clytia hemisphaerica|type=transcript|length=5611bp|location=Sequence derived from alignment at scaffold_361:1565496..1571106- (Clytia hemisphaerica)
CTGATCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCACAGAACG
GCCAGATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAGATGTTG
GATTCAATAAGGAAGGTGACTCGGGTAAGAAAACGAATAGACTAGCAAGC
CAGTCGGAATAGAACGATATCAGGCGGGAAAGGTGAAGCTAGGTAAGCGT
AAGAAATTGTCGGCTCTCTCGCTAACTTCTCTTCGTTCTCCTTATGTTAT
TCTAAGCAGCTCCCTTCCTGGCAAACGCACAACGCCGTTATTTCCGCCCT
TTGACATGATTGATTAGTAGACTAATTTGCTAGTCTAAGTATATAATTCT
AGGGTGTGGTTGCCAGAGTAATGCAAGGAGCCACAGGGAACAACCGAAAA
GACCTCGGGGTAACAAGCGAGCTTACGGAGAATAAAAATACTACATTATT
ATTTCAGATGGTTCAGGAGAAAGCCCGACCCCGAACATGGACGCTTTTTC
CAAAAAAGGAATTCGTTTTACAGACTACCATTCACCATATGCCGTGTGCA
CACCAAGTCGTGCTTCTTTGCTGACTTCAAGACTGGGTGCAAGAACGGGT
CTCTACAGGTAGGTATTGGTGAAACACAATCTCCATCTCTGTAGCTTATT
TACATATGAAGTCTCTTTAAGTTAAACCTCTATAACATAAATGTCTTCTG
GTAATTAAAACAGTGAGTATCGAATTATCCATTCGTACTGGAAATCTGAT
CCCTAAAGAGTGGTAACGGATATTAATTCTTTCTTTAGTCTTTTGAATGC
GAAGAGCATTGGAGGACTGCCAACCACGGAATACACTCTCTCTGAACACT
TGAAGAAGATTGATTACTCAACGTTCGCTATCGGGAAGTGGCATCTGGGA
CATCAAGACAACTACCATCCAAATGATCGAGGCTTTGACCATTACCTTGG
TGTACCATACAGTCTAGATATGGGATGTCTCGATTATCCAGGTTATTCAC
ATCCAAAACATTTGAGTTGCAAGCGAGACATCACNGTACCATACAGTCTA
GATATGGGATGTCTCGATTATCCAGGTTATTCACATCCAGAACATTTGAG
TTGCAAGCGAGACATCACTGACGAAGTTGCTATTCCCCTGTATCGAGATA
AAACTATTATTCAGCAACCTTTAGATTTGAGAACTCTTTCGGATATTTAC
TTCCAAGAATTTCAACAAAGAATGGAAGAAATTCATCAAAAGAAAACTAA
TTTCTTTGGTTACATCCCCTTCTCAAAGGTGCCGCGTCATTTTCTTCTCA
GAGTTGTCGTTCAAATTTATTCGATTTTCACGTTGACCTTCATTTACCCT
GGACCAAGCGTTTTCCACTCTATTTGATCGAATTTTATGTTTAGTGAATT
TTAGTGCTAGTATTAGGGTACAGTTTTCAAAAAACTCCGATCAAAGATAT
TGCATGGCCGGGGTGAGAAACTTTGTCCAGAGTATAGATCAGTGGATCAG
TGGGTTTTAACATGTCGCCTCATTTAACGTCAAACTTTATTATTGGTAGC
GAGAAATAATATGGTTTGAAATGATGTTTCGGGTCCTACAGATCACAAAA
TATGATGGAAACCTTGATTTTTACAATTGAGGCTTGAAAATGAAAGTAAA
GAAAGCTTAATGTTTGAGGAAAGTCATAACCTTATCCAATACGCGCACAA
ACTACTCTGTTTATAGGTACACGTACCACTTGGCTTTGCTGAACACTCTC
CAAACGGCACTGCTTTTTCGGACAATTTGAAGGAATTGGACATGAATTTC
GGACGGATGATTCAAACAGTGAAGGATTTGGGATTGTTTGAGAATACAGT
GATATGGTTGATCAGTGATAACGGCCCTTGGGAACTAGAATGTCAATTTG
CAGGTATTTGCATTTTCGTGTTTTTCTTGTTAGCCAATGTTCTTTATTTG
CATTCTTGAAAATACATAGCTATTATTTCTGTATTTCAGGGCAACCTGGA
AAATTTCAAGGATTATGGCAAAAAATGAAAACTGGAGGTAGGAAAGCTTC
ACTCGAGCACCTTTGAGCATCATTCTTAGCATTTCTGGTTACTTTTTTCA
GAGAGCATTTAATATGTTACTGTTACACTGCTATGGTAACAATGAATAGT
TTCCTGAATTCTATCGCTTTGCAAATCAATACAAAATATCCATCCAAGCT
TTTTATTGTAACATACCACTGTTTGACCAATCCCGTAGCTGCTTGCACCA
CTACTTAATACTATTGAAAGCAGTACAATCACGAACGCTATTAGAACCAT
AAAGAACGAACTAAGGGTCCGTGACCGACTTTGCCGTTTAAGGTCATTTT
AATTATTAGGTGGCGGAGGTACCAGTTGGAAAGAAACCATCTGGGAAGGA
GGACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACATCAAAGAGGG
GAGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGCCCACAATGG
CAAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTACGATGGAGAG
GACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCGACTGGTAGG
TCATTAGGCTGCACACATCCCCTCTGATAAGTTTTGATATAGAACTAATT
TGGGGATGCATGCAGCCTAGTAGGTCATATCACTTCCCTGTCCCTACTGA
TATATTACTCAGAGCCAATATCCAATCATAATCGCTAGTCATGGTATCTA
TTTGTTTTAGAAGATTTTCGATAACTCCTGTCAGTTTGGTGTTGTATACA
AGTCGTGCCTTTTCTAATCCCAGCTTTCCTCTGCAAAATAAAGGGTAGAT
TGAAAAATACTTCCTTCCATTTAACAAACATCTCAGCTAATTTTTAGCAT
TTTTTATACATGCGTAGCTAATGAGCAGAACATTTATAATTATTAAAAGG
TTTTGTGAAGGGATGAAGCTAGATGTTTGATAAGATAAGAATAATTGATC
GTTAATTTAATGACAGTTGGATGATAATCTTTCAGACAGAGAGAATCATG
CTGTTAAACACGTGATTGGTACAGTTTTCACATCTCTCCACTTCTTTCTC
TCTTTTTAGACGCTTTTCCATCCGCGTTCGAACGCAAGGGATAACGAGAT
CACTGCCGTCCGGTGGAAAAATTATAAAGCTGTCTTCAAGTCCGGTAAGT
TTCCCTCGTTGTATTTCCTGCCTTGTGCGTTCAATATCCAAGGGGATGGA
TAATTGCCACTTAACGTAAGCTTTAACATCCCCTTTATATCCCTTTTAGT
GGTCAAGTGTGAGTTGTGACCAAGCATTTTCATCTAACAGTTCCAAGAAC
TATTCCATAATATTTTGATAACTGAATAAAGATTCGCTATTCAAAAATTG
ATTTTGGTATTTGAACATAAAAGTTATATCTCAGGTTCCTTAACACTTTA
ACAAAGAATTGCCTTTTATAAATTGCTTTTTAATCAAATCCCTTAAGAGT
AATTAAGAATTTAATTGCAAAAATGACGTTATGAACTTTAAAAAGATGTT
AATAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTTCTTTACTCTGTC
CGCAAAGAATTGAACTATTTTAAATTTTGCGGAAAATTTTTGTAAAAAGA
TGTGTCAAAAGTTATGACTGTTTTTTAAGCAAAATCCAGGTGAAAAATTG
ATGAAAAACCACTATTTTGAAGATTTCGAGACAAAGAAGCATTTACAAAT
ATTTTGCGCAAAAATATTTATTGTTCGGTCAAGAATGTGTGCTGGAAATG
TGAGCCAGTGAAAATACAAAGTTGAAATTGAAGAAATTCTGATTATTGTC
ATTTGTCATTAGTCATATTGATGTTGACTCTCTCATAGTCAACTTGTGAC
TGAGTAGCGAGTGAGAAAAAGTTGGCCTTTTTTATAATAAATTTGAAAAA
AACAAAAAACTAGTTTGACAAGATATAAAAACAATGAATATGTAACACTC
TTGAGAAATCAAATGATAATTAAATAAAGATGCGTGTGAAATAATTAATT
ACTAGATAATGACTAAATGACAAAATGATAATAACTGACAAAGTATTTGA
AATAATTGATAACATAGATAAATGACTTTAAAACATAGAACAAAACAAAC
GACGCATGAAACACGAGAATGCACAAGAGAGAGACGCAAAGGACGCTGAA
AAAGAAAGCACTGGGAAAACAAAGGACGCTGGGGACAAAAAGACACTGAC
AAAAACAAGACACTGAAAATTGAACTATAAAATATTTTTGCTTTTTTAAA
TATACTAAAAATTTGATGAATCACATTACAAAGATGTTTTTTCTTCACCG
AAACTAAGCTCTTCAAAGTTGAAATACTCTTCCTCGCAAAAGTCTCCATT
TTCTTCTTCATCAAATTTTTTTCAATGCAATTTTTGAATTTTCAGATTAA
GGAATAGTTTGTCTAACAGAAAATGTATAACATGCCATAGTTTTGTTGGT
TACATCAGTCAGAAAACACATTTTAAACACGGCAATTATGAAAAATTCAC
TATGGTCAGAGCCCACAAAAACTGATTCTAAATTCTTTTCGGGGAAAGCT
TTCGAGAAAAAAACTGATCAAAAGCTTGCCAAAATATTCTCAGAATAACA
TTTATCTTGATTCATATTTTTGAAAGGAGAAAGGAGAAATCAAATGAAAC
TAACATAGAAATGAGTATTTAAGAGACTCAACAGGGCCCACGCCATGAAA
TTGAGAAAGAGAGAGGAGAAATGGCCTTTGTGTGGGAGGGGGGCAATGAA
TATAGAGTCTAAGGTGGCGCAACCAAAAATTTTACTTTTCAAAAAAGTGG
TGCCCTGTTGAATCTCTTTACTTTCAATAAAACAACTTTAATTTTTATCA
AAGTGTATTTTCTACAGGTGGTTTGAGGCTTCTTGATTGTCACTTCGGAT
CATCGATGGCCAGGACGTACGATCCGCCATTATTGTTTGATCTGAAGGAC
GACCCTTCAGAAGCAAAACCTTTGGATACAACCGACCCCTTCAATAAAGC
ATTAGTCAGTCACTTGAAAGACTTATTAGAGAAATTGAATGAAGATATTG
CTGGTGATTTTAAAAGCAAGTTTGATGATCGGCAAGACTCATCAGTGATG
CCGTGTTGTAACGCACGAAATAGACATTGCCGGTGTCAACCTCTGATTGG
TTCAGATTAATGAAATAAAAATGTAAATAAAAAATGAGAAACATTATAAT
AAAGGTCCTTGGAGAAAGTTTACTAAAAATGAAAACATACTTCATTTATG
TTTTATATACCAGTGGATACTACTTTAATGGGATAAATTTTCGTGGGGAT
TAATTTTCGCGGATTTCGCGGATTTGGGTGTCATCCGCGAAAATAAGTCC
CATTGGAAATTTGAAAAAGGCCCATCCGCGAAAATTAGTTTCCGCGAAAA
ATTTGAATTTT

Coding sequence (CDS) from alignment at scaffold_361:1565496..1571106-

>TCONS_00062067 ID=TCONS_00062067|Name=TCONS_00062067|organism=Clytia hemisphaerica|type=CDS|length=13770bp|location=Sequence derived from alignment at scaffold_361:1565496..1571106- (Clytia hemisphaerica)
GTGGTTTGAGGCTTCTTGATTGTCACTTCGGATCATCGATGGCCAGGACG
TACGATCCGCCATTATTGTTTGATCTGAAGGACGACCCTTCAGAAGCAAA
ACCTTTGGATACAACCGACCCCTTCAATAAAGCATTAGTCAGTCACTTGA
AAGACTTATTAGAGAAATTGAATGAAGATATTGCTGGTGATTTTAAAAGC
AAGTTTGATGATCGGCAAGACTCATCAGTGATGCCGTGTTGTAACGCACG
AAATAGACATTGCCGGTGTCAACCTCTGATTGGTTCAGATTAAACGCTTT
TCCATCCGCGTTCGAACGCAAGGGATAACGAGATCACTGCCGTCCGGTGG
AAAAATTATAAAGCTGTCTTCAAGTCCGGTGGCGGAGGTACCAGTTGGAA
AGAAACCATCTGGGAAGGAGGACATCGCGTGCCAGCAGTCGTTACATGGC
CACAATACATCAAAGAGGGGAGGGTATCTGACGCCTTGATCAGTGGTTTA
GATATCATGCCCACAATGGCAAGTTTGATGGGGTTTGAATTACCAACTGA
TAGACATTACGATGGAGAGGACTTGTCTCGTGTTTTGAAAGATGGATCGG
ATGAAGGGCGACTGGGCAACCTGGAAAATTTCAAGGATTATGGCAAAAAA
TGAAAACTGGAGGTACACGTACCACTTGGCTTTGCTGAACACTCTCCAAA
CGGCACTGCTTTTTCGGACAATTTGAAGGAATTGGACATGAATTTCGGAC
GGATGATTCAAACAGTGAAGGATTTGGGATTGTTTGAGAATACAGTGATA
TGGTTGATCAGTGATAACGGCCCTTGGGAACTAGAATGTCAATTTGCAGA
TCACTGACGAAGTTGCTATTCCCCTGTATCGAGATAAAACTATTATTCAG
CAACCTTTAGATTTGAGAACTCTTTCGGATATTTACTTCCAAGAATTTCA
ACAAAGAATGGAAGAAATTCATCAAAAGAAAACTAATTTCTTTGGTTACA
TCCCCTTCTCAAAGTCTTTTGAATGCGAAGAGCATTGGAGGACTGCCAAC
CACGGAATACACTCTCTCTGAACACTTGAAGAAGATTGATTACTCAACGT
TCGCTATCGGGAAGTGGCATCTGGGACATCAAGACAACTACCATCCAAAT
GATCGAGGCTTTGACCATTACCTTGGTGTACCATACAGTCTAGATATGGG
ATGTCTCGATTATCCAGGTTATTCACATCCAAAACATTTGAGTTGCAAGC
GAGACATGGTTCAGGAGAAAGCCCGACCCCGAACATGGACGCTTTTTCCA
AAAAAGGAATTCGTTTTACAGACTACCATTCACCATATGCCGTGTGCACA
CCAAGTCGTGCTTCTTTGCTGACTTCAAGACTGGGTGCAAGAACGGGTCT
CTACAGCTGATCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCAC
AGAACGGCCAGATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAG
ATGTTGGATTCAATAAGGAAGGTGACTCGGGTGGTTTGAGGCTTCTTGAT
TGTCACTTCGGATCATCGATGGCCAGGACGTACGATCCGCCATTATTGTT
TGATCTGAAGGACGACCCTTCAGAAGCAAAACCTTTGGATACAACCGACC
CCTTCAATAAAGCATTAGTCAGTCACTTGAAAGACTTATTAGAGAAATTG
AATGAAGATATTGCTGGTGATTTTAAAAGCAAGTTTGATGATCGGCAAGA
CTCATCAGTGATGCCGTGTTGTAACGCACGAAATAGACATTGCCGGTGTC
AACCTCTGATTGGTTCAGATTAAACGCTTTTCCATCCGCGTTCGAACGCA
AGGGATAACGAGATCACTGCCGTCCGGTGGAAAAATTATAAAGCTGTCTT
CAAGTCCGGTGGCGGAGGTACCAGTTGGAAAGAAACCATCTGGGAAGGAG
GACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACATCAAAGAGGGG
AGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGCCCACAATGGC
AAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTACGATGGAGAGG
ACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCGACTGGGCAAC
CTGGAAAATTTCAAGGATTATGGCAAAAAATGAAAACTGGAGGTACACGT
ACCACTTGGCTTTGCTGAACACTCTCCAAACGGCACTGCTTTTTCGGACA
ATTTGAAGGAATTGGACATGAATTTCGGACGGATGATTCAAACAGTGAAG
GATTTGGGATTGTTTGAGAATACAGTGATATGGTTGATCAGTGATAACGG
CCCTTGGGAACTAGAATGTCAATTTGCAGATCACTGACGAAGTTGCTATT
CCCCTGTATCGAGATAAAACTATTATTCAGCAACCTTTAGATTTGAGAAC
TCTTTCGGATATTTACTTCCAAGAATTTCAACAAAGAATGGAAGAAATTC
ATCAAAAGAAAACTAATTTCTTTGGTTACATCCCCTTCTCAAAGTCTTTT
GAATGCGAAGAGCATTGGAGGACTGCCAACCACGGAATACACTCTCTCTG
AACACTTGAAGAAGATTGATTACTCAACGTTCGCTATCGGGAAGTGGCAT
CTGGGACATCAAGACAACTACCATCCAAATGATCGAGGCTTTGACCATTA
CCTTGGTGTACCATACAGTCTAGATATGGGATGTCTCGATTATCCAGGTT
ATTCACATCCAAAACATTTGAGTTGCAAGCGAGACATGGTTCAGGAGAAA
GCCCGACCCCGAACATGGACGCTTTTTCCAAAAAAGGAATTCGTTTTACA
GACTACCATTCACCATATGCCGTGTGCACACCAAGTCGTGCTTCTTTGCT
GACTTCAAGACTGGGTGCAAGAACGGGTCTCTACAGCTGATCACCAACCT
AGCAATGGTTTCTATGGGAGTGGAACTCACAGAACGGCCAGATCTTCTGA
TCTTTTTGGTTGATGATCTTGGATATGGAGATGTTGGATTCAATAAGGAA
GGTGACTCGGGTGGTTTGAGGCTTCTTGATTGTCACTTCGGATCATCGAT
GGCCAGGACGTACGATCCGCCATTATTGTTTGATCTGAAGGACGACCCTT
CAGAAGCAAAACCTTTGGATACAACCGACCCCTTCAATAAAGCATTAGTC
AGTCACTTGAAAGACTTATTAGAGAAATTGAATGAAGATATTGCTGGTGA
TTTTAAAAGCAAGTTTGATGATCGGCAAGACTCATCAGTGATGCCGTGTT
GTAACGCACGAAATAGACATTGCCGGTGTCAACCTCTGATTGGTTCAGAT
TAAACGCTTTTCCATCCGCGTTCGAACGCAAGGGATAACGAGATCACTGC
CGTCCGGTGGAAAAATTATAAAGCTGTCTTCAAGTCCGGTGGCGGAGGTA
CCAGTTGGAAAGAAACCATCTGGGAAGGAGGACATCGCGTGCCAGCAGTC
GTTACATGGCCACAATACATCAAAGAGGGGAGGGTATCTGACGCCTTGAT
CAGTGGTTTAGATATCATGCCCACAATGGCAAGTTTGATGGGGTTTGAAT
TACCAACTGATAGACATTACGATGGAGAGGACTTGTCTCGTGTTTTGAAA
GATGGATCGGATGAAGGGCGACTGGGCAACCTGGAAAATTTCAAGGATTA
TGGCAAAAAATGAAAACTGGAGGTACACGTACCACTTGGCTTTGCTGAAC
ACTCTCCAAACGGCACTGCTTTTTCGGACAATTTGAAGGAATTGGACATG
AATTTCGGACGGATGATTCAAACAGTGAAGGATTTGGGATTGTTTGAGAA
TACAGTGATATGGTTGATCAGTGATAACGGCCCTTGGGAACTAGAATGTC
AATTTGCAGATCACTGACGAAGTTGCTATTCCCCTGTATCGAGATAAAAC
TATTATTCAGCAACCTTTAGATTTGAGAACTCTTTCGGATATTTACTTCC
AAGAATTTCAACAAAGAATGGAAGAAATTCATCAAAAGAAAACTAATTTC
TTTGGTTACATCCCCTTCTCAAAGTCTTTTGAATGCGAAGAGCATTGGAG
GACTGCCAACCACGGAATACACTCTCTCTGAACACTTGAAGAAGATTGAT
TACTCAACGTTCGCTATCGGGAAGTGGCATCTGGGACATCAAGACAACTA
CCATCCAAATGATCGAGGCTTTGACCATTACCTTGGTGTACCATACAGTC
TAGATATGGGATGTCTCGATTATCCAGGTTATTCACATCCAAAACATTTG
AGTTGCAAGCGAGACATGGTTCAGGAGAAAGCCCGACCCCGAACATGGAC
GCTTTTTCCAAAAAAGGAATTCGTTTTACAGACTACCATTCACCATATGC
CGTGTGCACACCAAGTCGTGCTTCTTTGCTGACTTCAAGACTGGGTGCAA
GAACGGGTCTCTACAGCTGATCACCAACCTAGCAATGGTTTCTATGGGAG
TGGAACTCACAGAACGGCCAGATCTTCTGATCTTTTTGGTTGATGATCTT
GGATATGGAGATGTTGGATTCAATAAGGAAGGTGACTCGGGTGGTTTGAG
GCTTCTTGATTGTCACTTCGGATCATCGATGGCCAGGACGTACGATCCGC
CATTATTGTTTGATCTGAAGGACGACCCTTCAGAAGCAAAACCTTTGGAT
ACAACCGACCCCTTCAATAAAGCATTAGTCAGTCACTTGAAAGACTTATT
AGAGAAATTGAATGAAGATATTGCTGGTGATTTTAAAAGCAAGTTTGATG
ATCGGCAAGACTCATCAGTGATGCCGTGTTGTAACGCACGAAATAGACAT
TGCCGGTGTCAACCTCTGATTGGTTCAGATTAAACGCTTTTCCATCCGCG
TTCGAACGCAAGGGATAACGAGATCACTGCCGTCCGGTGGAAAAATTATA
AAGCTGTCTTCAAGTCCGGTGGCGGAGGTACCAGTTGGAAAGAAACCATC
TGGGAAGGAGGACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACAT
CAAAGAGGGGAGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGC
CCACAATGGCAAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTAC
GATGGAGAGGACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCG
ACTGGGCAACCTGGAAAATTTCAAGGATTATGGCAAAAAATGAAAACTGG
AGGTACACGTACCACTTGGCTTTGCTGAACACTCTCCAAACGGCACTGCT
TTTTCGGACAATTTGAAGGAATTGGACATGAATTTCGGACGGATGATTCA
AACAGTGAAGGATTTGGGATTGTTTGAGAATACAGTGATATGGTTGATCA
GTGATAACGGCCCTTGGGAACTAGAATGTCAATTTGCAGATCACTGACGA
AGTTGCTATTCCCCTGTATCGAGATAAAACTATTATTCAGCAACCTTTAG
ATTTGAGAACTCTTTCGGATATTTACTTCCAAGAATTTCAACAAAGAATG
GAAGAAATTCATCAAAAGAAAACTAATTTCTTTGGTTACATCCCCTTCTC
AAAGTCTTTTGAATGCGAAGAGCATTGGAGGACTGCCAACCACGGAATAC
ACTCTCTCTGAACACTTGAAGAAGATTGATTACTCAACGTTCGCTATCGG
GAAGTGGCATCTGGGACATCAAGACAACTACCATCCAAATGATCGAGGCT
TTGACCATTACCTTGGTGTACCATACAGTCTAGATATGGGATGTCTCGAT
TATCCAGGTTATTCACATCCAAAACATTTGAGTTGCAAGCGAGACATGGT
TCAGGAGAAAGCCCGACCCCGAACATGGACGCTTTTTCCAAAAAAGGAAT
TCGTTTTACAGACTACCATTCACCATATGCCGTGTGCACACCAAGTCGTG
CTTCTTTGCTGACTTCAAGACTGGGTGCAAGAACGGGTCTCTACAGCTGA
TCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCACAGAACGGCCA
GATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAGATGTTGGATT
CAATAAGGAAGGTGACTCGGGTGGTTTGAGGCTTCTTGATTGTCACTTCG
GATCATCGATGGCCAGGACGTACGATCCGCCATTATTGTTTGATCTGAAG
GACGACCCTTCAGAAGCAAAACCTTTGGATACAACCGACCCCTTCAATAA
AGCATTAGTCAGTCACTTGAAAGACTTATTAGAGAAATTGAATGAAGATA
TTGCTGGTGATTTTAAAAGCAAGTTTGATGATCGGCAAGACTCATCAGTG
ATGCCGTGTTGTAACGCACGAAATAGACATTGCCGGTGTCAACCTCTGAT
TGGTTCAGATTAAACGCTTTTCCATCCGCGTTCGAACGCAAGGGATAACG
AGATCACTGCCGTCCGGTGGAAAAATTATAAAGCTGTCTTCAAGTCCGGT
GGCGGAGGTACCAGTTGGAAAGAAACCATCTGGGAAGGAGGACATCGCGT
GCCAGCAGTCGTTACATGGCCACAATACATCAAAGAGGGGAGGGTATCTG
ACGCCTTGATCAGTGGTTTAGATATCATGCCCACAATGGCAAGTTTGATG
GGGTTTGAATTACCAACTGATAGACATTACGATGGAGAGGACTTGTCTCG
TGTTTTGAAAGATGGATCGGATGAAGGGCGACTGGGCAACCTGGAAAATT
TCAAGGATTATGGCAAAAAATGAAAACTGGAGGTACACGTACCACTTGGC
TTTGCTGAACACTCTCCAAACGGCACTGCTTTTTCGGACAATTTGAAGGA
ATTGGACATGAATTTCGGACGGATGATTCAAACAGTGAAGGATTTGGGAT
TGTTTGAGAATACAGTGATATGGTTGATCAGTGATAACGGCCCTTGGGAA
CTAGAATGTCAATTTGCAGATCACTGACGAAGTTGCTATTCCCCTGTATC
GAGATAAAACTATTATTCAGCAACCTTTAGATTTGAGAACTCTTTCGGAT
ATTTACTTCCAAGAATTTCAACAAAGAATGGAAGAAATTCATCAAAAGAA
AACTAATTTCTTTGGTTACATCCCCTTCTCAAAGTCTTTTGAATGCGAAG
AGCATTGGAGGACTGCCAACCACGGAATACACTCTCTCTGAACACTTGAA
GAAGATTGATTACTCAACGTTCGCTATCGGGAAGTGGCATCTGGGACATC
AAGACAACTACCATCCAAATGATCGAGGCTTTGACCATTACCTTGGTGTA
CCATACAGTCTAGATATGGGATGTCTCGATTATCCAGGTTATTCACATCC
AAAACATTTGAGTTGCAAGCGAGACATGGTTCAGGAGAAAGCCCGACCCC
GAACATGGACGCTTTTTCCAAAAAAGGAATTCGTTTTACAGACTACCATT
CACCATATGCCGTGTGCACACCAAGTCGTGCTTCTTTGCTGACTTCAAGA
CTGGGTGCAAGAACGGGTCTCTACAGCTGATCACCAACCTAGCAATGGTT
TCTATGGGAGTGGAACTCACAGAACGGCCAGATCTTCTGATCTTTTTGGT
TGATGATCTTGGATATGGAGATGTTGGATTCAATAAGGAAGGTGACTCGG
GTGGTTTGAGGCTTCTTGATTGTCACTTCGGATCATCGATGGCCAGGACG
TACGATCCGCCATTATTGTTTGATCTGAAGGACGACCCTTCAGAAGCAAA
ACCTTTGGATACAACCGACCCCTTCAATAAAGCATTAGTCAGTCACTTGA
AAGACTTATTAGAGAAATTGAATGAAGATATTGCTGGTGATTTTAAAAGC
AAGTTTGATGATCGGCAAGACTCATCAGTGATGCCGTGTTGTAACGCACG
AAATAGACATTGCCGGTGTCAACCTCTGATTGGTTCAGATTAAACGCTTT
TCCATCCGCGTTCGAACGCAAGGGATAACGAGATCACTGCCGTCCGGTGG
AAAAATTATAAAGCTGTCTTCAAGTCCGGTGGCGGAGGTACCAGTTGGAA
AGAAACCATCTGGGAAGGAGGACATCGCGTGCCAGCAGTCGTTACATGGC
CACAATACATCAAAGAGGGGAGGGTATCTGACGCCTTGATCAGTGGTTTA
GATATCATGCCCACAATGGCAAGTTTGATGGGGTTTGAATTACCAACTGA
TAGACATTACGATGGAGAGGACTTGTCTCGTGTTTTGAAAGATGGATCGG
ATGAAGGGCGACTGGGCAACCTGGAAAATTTCAAGGATTATGGCAAAAAA
TGAAAACTGGAGGTACACGTACCACTTGGCTTTGCTGAACACTCTCCAAA
CGGCACTGCTTTTTCGGACAATTTGAAGGAATTGGACATGAATTTCGGAC
GGATGATTCAAACAGTGAAGGATTTGGGATTGTTTGAGAATACAGTGATA
TGGTTGATCAGTGATAACGGCCCTTGGGAACTAGAATGTCAATTTGCAGA
TCACTGACGAAGTTGCTATTCCCCTGTATCGAGATAAAACTATTATTCAG
CAACCTTTAGATTTGAGAACTCTTTCGGATATTTACTTCCAAGAATTTCA
ACAAAGAATGGAAGAAATTCATCAAAAGAAAACTAATTTCTTTGGTTACA
TCCCCTTCTCAAAGTCTTTTGAATGCGAAGAGCATTGGAGGACTGCCAAC
CACGGAATACACTCTCTCTGAACACTTGAAGAAGATTGATTACTCAACGT
TCGCTATCGGGAAGTGGCATCTGGGACATCAAGACAACTACCATCCAAAT
GATCGAGGCTTTGACCATTACCTTGGTGTACCATACAGTCTAGATATGGG
ATGTCTCGATTATCCAGGTTATTCACATCCAAAACATTTGAGTTGCAAGC
GAGACATGGTTCAGGAGAAAGCCCGACCCCGAACATGGACGCTTTTTCCA
AAAAAGGAATTCGTTTTACAGACTACCATTCACCATATGCCGTGTGCACA
CCAAGTCGTGCTTCTTTGCTGACTTCAAGACTGGGTGCAAGAACGGGTCT
CTACAGCTGATCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCAC
AGAACGGCCAGATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAG
ATGTTGGATTCAATAAGGAAGGTGACTCGGGTGGTTTGAGGCTTCTTGAT
TGTCACTTCGGATCATCGATGGCCAGGACGTACGATCCGCCATTATTGTT
TGATCTGAAGGACGACCCTTCAGAAGCAAAACCTTTGGATACAACCGACC
CCTTCAATAAAGCATTAGTCAGTCACTTGAAAGACTTATTAGAGAAATTG
AATGAAGATATTGCTGGTGATTTTAAAAGCAAGTTTGATGATCGGCAAGA
CTCATCAGTGATGCCGTGTTGTAACGCACGAAATAGACATTGCCGGTGTC
AACCTCTGATTGGTTCAGATTAAACGCTTTTCCATCCGCGTTCGAACGCA
AGGGATAACGAGATCACTGCCGTCCGGTGGAAAAATTATAAAGCTGTCTT
CAAGTCCGGTGGCGGAGGTACCAGTTGGAAAGAAACCATCTGGGAAGGAG
GACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACATCAAAGAGGGG
AGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGCCCACAATGGC
AAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTACGATGGAGAGG
ACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCGACTGGGCAAC
CTGGAAAATTTCAAGGATTATGGCAAAAAATGAAAACTGGAGGTACACGT
ACCACTTGGCTTTGCTGAACACTCTCCAAACGGCACTGCTTTTTCGGACA
ATTTGAAGGAATTGGACATGAATTTCGGACGGATGATTCAAACAGTGAAG
GATTTGGGATTGTTTGAGAATACAGTGATATGGTTGATCAGTGATAACGG
CCCTTGGGAACTAGAATGTCAATTTGCAGATCACTGACGAAGTTGCTATT
CCCCTGTATCGAGATAAAACTATTATTCAGCAACCTTTAGATTTGAGAAC
TCTTTCGGATATTTACTTCCAAGAATTTCAACAAAGAATGGAAGAAATTC
ATCAAAAGAAAACTAATTTCTTTGGTTACATCCCCTTCTCAAAGTCTTTT
GAATGCGAAGAGCATTGGAGGACTGCCAACCACGGAATACACTCTCTCTG
AACACTTGAAGAAGATTGATTACTCAACGTTCGCTATCGGGAAGTGGCAT
CTGGGACATCAAGACAACTACCATCCAAATGATCGAGGCTTTGACCATTA
CCTTGGTGTACCATACAGTCTAGATATGGGATGTCTCGATTATCCAGGTT
ATTCACATCCAAAACATTTGAGTTGCAAGCGAGACATGGTTCAGGAGAAA
GCCCGACCCCGAACATGGACGCTTTTTCCAAAAAAGGAATTCGTTTTACA
GACTACCATTCACCATATGCCGTGTGCACACCAAGTCGTGCTTCTTTGCT
GACTTCAAGACTGGGTGCAAGAACGGGTCTCTACAGCTGATCACCAACCT
AGCAATGGTTTCTATGGGAGTGGAACTCACAGAACGGCCAGATCTTCTGA
TCTTTTTGGTTGATGATCTTGGATATGGAGATGTTGGATTCAATAAGGAA
GGTGACTCGGGTGGTTTGAGGCTTCTTGATTGTCACTTCGGATCATCGAT
GGCCAGGACGTACGATCCGCCATTATTGTTTGATCTGAAGGACGACCCTT
CAGAAGCAAAACCTTTGGATACAACCGACCCCTTCAATAAAGCATTAGTC
AGTCACTTGAAAGACTTATTAGAGAAATTGAATGAAGATATTGCTGGTGA
TTTTAAAAGCAAGTTTGATGATCGGCAAGACTCATCAGTGATGCCGTGTT
GTAACGCACGAAATAGACATTGCCGGTGTCAACCTCTGATTGGTTCAGAT
TAAACGCTTTTCCATCCGCGTTCGAACGCAAGGGATAACGAGATCACTGC
CGTCCGGTGGAAAAATTATAAAGCTGTCTTCAAGTCCGGTGGCGGAGGTA
CCAGTTGGAAAGAAACCATCTGGGAAGGAGGACATCGCGTGCCAGCAGTC
GTTACATGGCCACAATACATCAAAGAGGGGAGGGTATCTGACGCCTTGAT
CAGTGGTTTAGATATCATGCCCACAATGGCAAGTTTGATGGGGTTTGAAT
TACCAACTGATAGACATTACGATGGAGAGGACTTGTCTCGTGTTTTGAAA
GATGGATCGGATGAAGGGCGACTGGGCAACCTGGAAAATTTCAAGGATTA
TGGCAAAAAATGAAAACTGGAGGTACACGTACCACTTGGCTTTGCTGAAC
ACTCTCCAAACGGCACTGCTTTTTCGGACAATTTGAAGGAATTGGACATG
AATTTCGGACGGATGATTCAAACAGTGAAGGATTTGGGATTGTTTGAGAA
TACAGTGATATGGTTGATCAGTGATAACGGCCCTTGGGAACTAGAATGTC
AATTTGCAGATCACTGACGAAGTTGCTATTCCCCTGTATCGAGATAAAAC
TATTATTCAGCAACCTTTAGATTTGAGAACTCTTTCGGATATTTACTTCC
AAGAATTTCAACAAAGAATGGAAGAAATTCATCAAAAGAAAACTAATTTC
TTTGGTTACATCCCCTTCTCAAAGTCTTTTGAATGCGAAGAGCATTGGAG
GACTGCCAACCACGGAATACACTCTCTCTGAACACTTGAAGAAGATTGAT
TACTCAACGTTCGCTATCGGGAAGTGGCATCTGGGACATCAAGACAACTA
CCATCCAAATGATCGAGGCTTTGACCATTACCTTGGTGTACCATACAGTC
TAGATATGGGATGTCTCGATTATCCAGGTTATTCACATCCAAAACATTTG
AGTTGCAAGCGAGACATGGTTCAGGAGAAAGCCCGACCCCGAACATGGAC
GCTTTTTCCAAAAAAGGAATTCGTTTTACAGACTACCATTCACCATATGC
CGTGTGCACACCAAGTCGTGCTTCTTTGCTGACTTCAAGACTGGGTGCAA
GAACGGGTCTCTACAGCTGATCACCAACCTAGCAATGGTTTCTATGGGAG
TGGAACTCACAGAACGGCCAGATCTTCTGATCTTTTTGGTTGATGATCTT
GGATATGGAGATGTTGGATTCAATAAGGAAGGTGACTCGGGTGGTTTGAG
GCTTCTTGATTGTCACTTCGGATCATCGATGGCCAGGACGTACGATCCGC
CATTATTGTTTGATCTGAAGGACGACCCTTCAGAAGCAAAACCTTTGGAT
ACAACCGACCCCTTCAATAAAGCATTAGTCAGTCACTTGAAAGACTTATT
AGAGAAATTGAATGAAGATATTGCTGGTGATTTTAAAAGCAAGTTTGATG
ATCGGCAAGACTCATCAGTGATGCCGTGTTGTAACGCACGAAATAGACAT
TGCCGGTGTCAACCTCTGATTGGTTCAGATTAAACGCTTTTCCATCCGCG
TTCGAACGCAAGGGATAACGAGATCACTGCCGTCCGGTGGAAAAATTATA
AAGCTGTCTTCAAGTCCGGTGGCGGAGGTACCAGTTGGAAAGAAACCATC
TGGGAAGGAGGACATCGCGTGCCAGCAGTCGTTACATGGCCACAATACAT
CAAAGAGGGGAGGGTATCTGACGCCTTGATCAGTGGTTTAGATATCATGC
CCACAATGGCAAGTTTGATGGGGTTTGAATTACCAACTGATAGACATTAC
GATGGAGAGGACTTGTCTCGTGTTTTGAAAGATGGATCGGATGAAGGGCG
ACTGGGCAACCTGGAAAATTTCAAGGATTATGGCAAAAAATGAAAACTGG
AGGTACACGTACCACTTGGCTTTGCTGAACACTCTCCAAACGGCACTGCT
TTTTCGGACAATTTGAAGGAATTGGACATGAATTTCGGACGGATGATTCA
AACAGTGAAGGATTTGGGATTGTTTGAGAATACAGTGATATGGTTGATCA
GTGATAACGGCCCTTGGGAACTAGAATGTCAATTTGCAGATCACTGACGA
AGTTGCTATTCCCCTGTATCGAGATAAAACTATTATTCAGCAACCTTTAG
ATTTGAGAACTCTTTCGGATATTTACTTCCAAGAATTTCAACAAAGAATG
GAAGAAATTCATCAAAAGAAAACTAATTTCTTTGGTTACATCCCCTTCTC
AAAGTCTTTTGAATGCGAAGAGCATTGGAGGACTGCCAACCACGGAATAC
ACTCTCTCTGAACACTTGAAGAAGATTGATTACTCAACGTTCGCTATCGG
GAAGTGGCATCTGGGACATCAAGACAACTACCATCCAAATGATCGAGGCT
TTGACCATTACCTTGGTGTACCATACAGTCTAGATATGGGATGTCTCGAT
TATCCAGGTTATTCACATCCAAAACATTTGAGTTGCAAGCGAGACATGGT
TCAGGAGAAAGCCCGACCCCGAACATGGACGCTTTTTCCAAAAAAGGAAT
TCGTTTTACAGACTACCATTCACCATATGCCGTGTGCACACCAAGTCGTG
CTTCTTTGCTGACTTCAAGACTGGGTGCAAGAACGGGTCTCTACAGCTGA
TCACCAACCTAGCAATGGTTTCTATGGGAGTGGAACTCACAGAACGGCCA
GATCTTCTGATCTTTTTGGTTGATGATCTTGGATATGGAGATGTTGGATT
CAATAAGGAAGGTGACTCGG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_038898XLOC_038898Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00062067-proteinTCONS_00062067-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00062067-exon-scaffold_361-1575043694:1570983..1571106TCONS_00062067-exon-scaffold_361-1575043694:1570983..1571106Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1570499..1570649TCONS_00062067-exon-scaffold_361-1575043694:1570499..1570649Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1570078..1570318TCONS_00062067-exon-scaffold_361-1575043694:1570078..1570318Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1569829..1569993TCONS_00062067-exon-scaffold_361-1575043694:1569829..1569993Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1569204..1569390TCONS_00062067-exon-scaffold_361-1575043694:1569204..1569390Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1569070..1569117TCONS_00062067-exon-scaffold_361-1575043694:1569070..1569117Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1568512..1568747TCONS_00062067-exon-scaffold_361-1575043694:1568512..1568747Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1567913..1567997TCONS_00062067-exon-scaffold_361-1575043694:1567913..1567997Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1575043694:1565496..1566039TCONS_00062067-exon-scaffold_361-1575043694:1565496..1566039Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1570983..1571106TCONS_00062067-exon-scaffold_361-1510915933:1570983..1571106Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1570499..1570649TCONS_00062067-exon-scaffold_361-1510915933:1570499..1570649Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1570078..1570318TCONS_00062067-exon-scaffold_361-1510915933:1570078..1570318Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1569829..1569993TCONS_00062067-exon-scaffold_361-1510915933:1569829..1569993Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1569204..1569390TCONS_00062067-exon-scaffold_361-1510915933:1569204..1569390Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1569070..1569117TCONS_00062067-exon-scaffold_361-1510915933:1569070..1569117Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1568512..1568747TCONS_00062067-exon-scaffold_361-1510915933:1568512..1568747Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1567913..1567997TCONS_00062067-exon-scaffold_361-1510915933:1567913..1567997Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1510915933:1565496..1566039TCONS_00062067-exon-scaffold_361-1510915933:1565496..1566039Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1570983..1571106TCONS_00062067-exon-scaffold_361-1491911889:1570983..1571106Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1570499..1570649TCONS_00062067-exon-scaffold_361-1491911889:1570499..1570649Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1570078..1570318TCONS_00062067-exon-scaffold_361-1491911889:1570078..1570318Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1569829..1569993TCONS_00062067-exon-scaffold_361-1491911889:1569829..1569993Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1569204..1569390TCONS_00062067-exon-scaffold_361-1491911889:1569204..1569390Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1569070..1569117TCONS_00062067-exon-scaffold_361-1491911889:1569070..1569117Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1568512..1568747TCONS_00062067-exon-scaffold_361-1491911889:1568512..1568747Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1567913..1567997TCONS_00062067-exon-scaffold_361-1491911889:1567913..1567997Clytia hemisphaericaexon
TCONS_00062067-exon-scaffold_361-1491911889:1565496..1566039TCONS_00062067-exon-scaffold_361-1491911889:1565496..1566039Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_361supercontigscaffold_361:1565496..1571106 -
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
0	0	0	0	0	0	0	0	0.00454508	4.22211e-10	0	0.00057878	4.20727	2.14872	7.69952	10.0158	0	0.941309	11.3861	6.80405	3.07899	0	6.55192	3.82574	11.1049	3.54117	0	5.54398e-09	5.97069	2.99176e-09
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR000917Sulfatase_N
IPR017849Alkaline_Pase-like_a/b/a
IPR017850Alkaline_phosphatase_core
Vocabulary: Molecular Function
TermDefinition
GO:0008484sulfuric ester hydrolase activity
GO:0003824catalytic 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
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BLAST of TCONS_00062067 vs. Swiss-Prot (Human)
Match: ARSG (Arylsulfatase G OS=Homo sapiens GN=ARSG PE=1 SV=1)

HSP 1 Score: 367.081 bits (941), Expect = 4.265e-119
Identity = 204/503 (40.56%), Postives = 286/503 (56.86%), Query Frame = 1 
Query:   46 ERPDLLIFLVDDLGYGDVGFNKEGDSDGSGESPTPNMDAFSKKGIRFTDYHSPYAVCTPSRASLLTSRLGARTGLYSLLNAKSIGGLPTTEYTLSEHLKKIDYSTFAIGKWHLGHQDNYHPNDRGFDHYLGVPYSLDMGCLDYPGYSHPKHLSC----------KRDITDEVAIPLYRDKTIIQQPLDLRTLSDIYFQEFQQRMEEIHQKKTNFFGYIPFSKVHVPLGFAE--HSPNG-TAFSDNLKELDMNFGRMIQTVKDLGLFENTVIWLISDNGPWELECQFAGQPGKFQGLWQKMKTGGGGGTSWKETIWEGGHRVPAVVTWPQYIKEGRVSDALISGLDIMPTMASLMGFELPTDRHYDGEDLSRVLKDGSDEGRLTLFHPRSNARD--NEITAVRWKNYKAVFKSGGLRLLDCHFGSSMARTYXXXXXXXXXXXXSEAKPLDTTDPFNKALVSHLKDLLEKLNEDIAGDFKSKFDDRQDSSVMPCCNARNRHCRCQ 1509
            ++P+ +I L DD+G+GD+G N     D      T N+D  + +G+RF D+H+  + C+PSRASLLT RLG R G+       S+GGLP  E TL+E L++  Y T  IGKWHLGH  +YHPN RGFD+Y G+PYS DMGC D PGY+HP   +C          +RD   +VA+PLY +  I++QP++L +L+  Y ++  Q ++        F  Y+  + +HVPL   +   +P G + +   L E+D   G++   V D  + ENT +W   DNGPW  +C+ AG  G F G WQ  +    GG+  K+T WEGGHRVPA+  WP  +     S AL+S LDI PT+ +L    LP  R +DG D+S VL   S  G   LFHP S A      +  VR + YKA + +GG R  D   G  +   +  PL+F+L+DD +EA PL+      +A++  ++ +L  + +DIA D  S  D  QD SV PCCN     CRCQ
Sbjct:   34 QKPNFVIILADDMGWGDLGANWAETKD------TANLDKMASEGMRFVDFHAAASTCSPSRASLLTGRLGLRNGVTRNFAVTSVGGLPLNETTLAEVLQQAGYVTGIIGKWHLGHHGSYHPNFRGFDYYFGIPYSHDMGCTDTPGYNHPPCPACPQGDGPSRNLQRDCYTDVALPLYENLNIVEQPVNLSSLAQKYAEKATQFIQRASTSGRPFLLYVALAHMHVPLPVTQLPAAPRGRSLYGAGLWEMDSLVGQIKDKV-DHTVKENTFLWFTGDNGPWAQKCELAGSVGPFTGFWQTRQ----GGSPAKQTTWEGGHRVPALAYWPGRVPVNVTSTALLSVLDIFPTVVALAQASLPQGRRFDGVDVSEVLFGRSQPGHRVLFHPNSGAAGEFGALQTVRLERYKAFYITGGARACDGSTGPELQHKF--PLIFNLEDDTAEAVPLERGGAEYQAVLPEVRKVLADVLQDIANDNISSADYTQDPSVTPCCNPYQIACRCQ 523
The following BLAST results are available for this feature:
BLAST of TCONS_00062067 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
ARSG4.265e-11940.56Arylsulfatase G OS=Homo sapiens GN=ARSG PE=1 SV=1[more]
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