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TCONS_00001161 (transcript) - C. hemisphaerica

Overview
NameTCONS_00001161
Unique NameTCONS_00001161
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length5100

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00001161 ID=TCONS_00001161|Name=TCONS_00001161|organism=Clytia hemisphaerica|type=transcript|length=5100bp
CTTTAGTTGAGTGATcgtcttgaaatatttttcactgaCTGAAAGGAGAA
TTATGCGACAGTTCAATAATGATATGGCAAATCGAAATAATCCTTTGGAT
TTTAATTTGTTATATTATAAAATCAACTATTCAAAATGTAGAATGGAGGA
GGATGTTCGGATACAGTTGTTCCAATCGATCGAAAACAATAATTTAGACG
GTGTCATCGATTGTATCGAAGAAGGTGTCAACCTCGAAGAAGCTGATTCG
CATGGACAAACACCACTGATATTTGCAGCAGAGAAAGGCCACCTGGAAAT
TGTTGCGGAACTTCTCAATCGAAATGTCGATGCTAACGCCAAAGACCAAG
ACGGTTGGACACCACTGATAGCGGCATCAAAAGAAGGCCACGTGGATGTT
GTCGGTGTTTTGTTGGAGAATGCTGCTAAATATAACATCCCTGATATGGG
TGGTTGGACACCTTTGGTGTGGGCAGCGTATAAAGGTCACACTGATGTTG
TTCATGAGCTCCTTAATTACGGTGCCAACCCTGAAGCTAGAGGGCAGCAT
AATATGACAGCATTGATTTGGGCGTCAGGGCGTGGTCATACTGGCGTTGT
TTCTAAACTCATCAATAGAGGTGCAAAAGCAGAAGTAGCTGATAAGTATG
GTACAACGGCATTAATATGGGCGTGTCGCAAAGGTCATTATGAAGTCATC
AAAATGCTTTTAAATGCTGGTGCTAATTGCAATGCAGTGGGCACGcaTGG
TTGGACACCGATCATAATGGCGGCTAAAGGAGGTTATGGAGATGTGTTGA
CTTTATTGTTGGACGAAAGCACCAATGTAAATGCTGTCGATCACCAAGGT
CTGTCGGCCTTAGGATGGGCAGCcaaagaaggttacgaagaaCTAGTTGG
GAAGCTGATCGGTAAAGGAGCTTTCCTGAATATCCCTGACAATCGCGGTG
ATTCTCCCTTGATCATTGCTTCAAAGGAAGGACATGCAAGTGTCGTTCGC
ACATTAGTCAACGCCTATGCTGAGATAGAGATCACTGACTCCgatggaaa
aacagctttgtTCCATGGCGTTGAGAAAGGTCACGTGGCAGTAGTTCGGG
AGCTCTTATTGGCTGGTGCAAACACAGAAGTAACGAACAAGGAAGGAGAA
ACGCCCTTGTTGAGGGGCGCCAAACGTAAACACACGCAATGCGTCAAACT
GCTTCTTGAGAAAGGTGCAAACCCTGCCATCACAGATAAGAAAGGAGATA
CGCCTCTACACATTGCCATTCGCAATCGATTCGCTGGTCTTTGCGAAGCC
TTACTAAACGACCAGAAGAATTCCAAGATTCTACACCAGCCAAACAAAGC
CGGCGAAACACCGTATTCGATCGACCTTCAAAACAAACCATCCATTTTAC
CTGGCTTCTTTCAAGGACAACAAGTGAACCATGACTTTGACAAGATGGAC
TACTGCACACAACAAGAGCTCTTACTCGCTACCATCTCCGAGTATTTGAT
GGAACCCTCTTTCTCTACTCCTCTCACCCTCGGAATGTACTCGAGATGGG
GTACTGGCAAATCTACACAACTAAAACGACTAGTCGaaTTATTAGAAGAG
GCGAAATCATCGGTGCCGATTATTCCATTCCGCGTGACAGCACCTGTCGT
TTTCATGTGTATCCTGGCTGCTGTCATTCTCTCTGTCGTCTTCTGGATCG
CCACTGATTCCTGGGAAGTCGGTGTCGCGTCAGCCATCGTCCTTGTTAAC
GTTTTCCTCATCTTTTTCGTGGTCGCACGTGTGACCTTGATCAGCCATAG
TAGGGGTTTACGATCTGCTGGTGAGGCCATGACCAACTTCATTTATCGTT
GCGTTTGgtttttgaaattgatttatTGCATCCCTCCCTCAATACAAGAA
GTGAAACCTGCTCTACCCGTTCATTTAATGACTGTTGATTTAACGAGAAG
TGTTTTGGTGGGCGATAACCCGATGACGTCACTTGTCAATTTCATACGAG
AACTGAATGATTCTATTGAACAAAATATAGGAATAGTAATCCCGAGGCTG
TACCGTATTTTCCAATCCGGACCATACCGGACACCGTCAGGTGGCAAGTC
TATTTTTCGGACAAAATGGAAGAAAAGTTGTTGTTGTGTACCCTCCTTCT
TGATCTCAATAGTGGTCTTTGCTTGTCTATTAGTTGGATTAATATTATAC
GGTGCTTGGAAGTTAAATGGACCGAGTGCAGCGATCGCCATCCAAATAGC
TTGTTTATGCGTTCTTGGAGGCTTTTTGTTAGCCAATCTACTACGTTTCT
TTATCATTATATACTGTTTAGTACTTCCCATGAAAAAACGCGTCAATTTT
GTTTCCACACAAGCAGGAATACAAGAAGAAACTTTTCTATCCGTTGTCAA
ACAAGAATTAGATTTGTGCGTAGATATGTTAGAATGTCTTGATGGCTTTG
CACAACGCCAAACACGTATCATTGTTCATATTGATTTACTGGAATCTCTG
GAGCAACAAAAAGTACTGGGGCTCATCGACTCTCTCAAATTTATGATAAG
TGCTCCTGGCCATCCGTTTATTTTCGTACTTTCAGTTGACCCAAGACTTC
TAATTAAAGCTATGGACCAATCATTAACTATTGTACATGGACCTGTGAAC
GCATACGATTATTTAAGAAACTTAGTAGACTTACCTTTTTATATATCAGA
ACcgtcaaaaacgaaagtggatgGTTTAGTACCTTTAGAACTACGAAATA
TTTTGGAAGATCAACAAATCTCAGATAATGAAGAAAGTGAACTTGAATGG
GATGATAATGCAGACATTAACGGTGACGTCATCTCTCGCGTATCTTTACC
ACGTGATCAACAGAAACATGACGTCATCGCAAATGGAGGAAACGGTCACG
TGCCTAATGGGAACGGTACGGTACCGAAATTACGATCAGTGAAGTTCCCT
CCGGAACAAAGTGGAAATGATGGTTGCACCAACAATAATGAGTCCATCTC
TGAGGATATTTCAAACATGATTCGAACAAATATGAATGGAAATTTAAACG
ATATCAAACGTGTCATGAACGTTATCTCGCTTAAAGCACGTATCTTGAAA
AGCTCCGATATACATTTCCAATTACCACGACTCGGTATTTGGGTCAATAT
GTGCGACGTGTGGCCTCATAAAGCCAGTTGGTTCATTTTACTATGTATGG
ATGTTTCGTTGGCTCTTCCCGATAAAATGAGTATCCGCAGGCTTTACAAC
TTGCTCGGATACGCGATGCCCATGGTAGGCGATCACGAAGAGAATACTGG
CAATGCTGCCAATTATTTTGATACGTTTTTAGCATCACATAAACCGGTGA
TTAATGTGGCGgacgttcgaatgtttacacCCTTCCTGTTTTACTTGGAC
CCAACCATCCGTAGTTTGATGATTGATTACATGGTAGCATTGAAGAGTGG
AACAATCTCTAAGAACCCCTCCATCGCACACCAGTTCTCCAGTAGATCAA
ACTTTCCCATTTCACCAAGCGACTCCAGCAAGTTTATTTGGCGAGGTGGC
ATCGACGAACAATATTTATCCAAAATGACACCAGAAGACGTCGTTTCACA
GCTGGCAGAGATCGAAGGTATTGAGACGAGTTTGGTGCCATCTTATCGCG
ATCGTATCTTGGAGAACAACATCAATGGTCGTGTGTTGATCTCTTGTGAT
ATGAATGAACTTCGTGAAGCGATGCAAATGAAATTCGGTGATTGGCAGCT
TTTCAAAGCGTGGATCAACTCGTCCAGATTCAAAGACAACAGTTCAAGGA
GTGAGAAATCATATTACCGCCCTTCATCACGAAGTGCAAATGGTGACGGG
AGCCAATCAGAATCGATCCCCGGTTCACCGAAACAATCATCTGTCAGTAG
TTACAACCCAACGCAAAAAGGGACGAGTCGATTGCCTGCGTTGAACGAGA
CACCGGATTCCTCGTCTAACCAACCTTACACCAGTCACTCTCCGCGCAAT
TCACCTCTCCAAAGTCGCACGCGAAGCGGAAAACAACGCAAAGGAGGTAA
AAGTAAAACTCGTTCACTGGAAAGTGAGGGAAGCTCTCCATTGAAAGGAC
CTTCACCTAACCCAACATTGCAACGATCGGCAGATTCGAGTTTTGCCAGT
ACGGATGCTGATAATCGCTCCCAACAATTGAGTTCATTCTCTGATAACGA
ACCGTCTTCAAGTCGCTACGTGCAACGAGTGGGATCAAACAATCGACAGG
TGACGCGACCTAAACAATACCATCAACAACCACAGCGTAACCGTGTACCA
CCAATAGCAGGTCTCGATCAAGGAGTTGATTCTCTGGAGCGAGGAACAAA
ACCAAGCGATACTTGGATAGGAAAGAACGAAAGATctttcaataaaacaa
acgatacAATCAGTTCCACTTCATCACAGGAGTTCATCCAAACGTCGTTC
GAAAAACAAGAAGAATCGTTACATCAAATCAAACCATGGCAACTATCAGA
TGGAGACGAGTCATGTTCAGAACGAGGCAATGAAATTGTGGAAACAAGTT
TTACCTCTACACATCAAAAGCGTCATTTGACGTCAGGTCTTCGTAAAGAG
ACACGCCCTCCATCGCTTTCAGAGGTACCTTTACCACCAGCCTCCATGTT
GAATGAATCGCATGAAGACTACATCGATCTCGAGAACCACGACAGTGAAC
ATGACGCCCTTCTCTCCTCTTCACCGCCCACCTCCCTCGACCGCAAAAAC
GCTTTCCAAAATTCCGCCCGATTACGAGGAATGTCGAACTATACCACATC
TACGGACTCTGATAGGCAATATTTAGTTGAAAATAATAATGTAGTCGACA
GCTAATagtttttagtttatttttagtTACCAATTCTTTTATTACCTTGC
TCGATTGCACATAGTTGAACTTGTGtacatatttttccaaaagtttcccc
ccttttccttcattttttatgtttaaatatttataaatttctttttttaa
cgaTGATGGAATCTGTGCCCTTtggtttttttagttttcaagttaTAAAT
GTACGGAGGAgctatattttttatataaatatatTATTACActatttgaa
Run BLAST on NCBI

transcript from alignment at sc0000007:597726..614946-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00001161 ID=TCONS_00001161|Name=TCONS_00001161|organism=Clytia hemisphaerica|type=transcript|length=17221bp|location=Sequence derived from alignment at sc0000007:597726..614946- (Clytia hemisphaerica)
CTTTAGTTGAGTGATCGTCTTGAAATATTTTTCACTGACTGAAAGGAGAA TTATGCGACAGTTCAATAATGATATGGCAAATCGAAATAATCCTTTGGAT TTTAATTTGTTATATTATAAAATCAACTATTCAAAATGTGTAAGTGTTAT TTCTCAGTTCTGGTTGGCAAAGGAAAAAATGCTCCTAAGCTTTAGATCAG AAATGATTTGTCATATGGCAGGTCATTATTATCAATTAAGTCGGTTCAAT ACAAATTATAACCAAATTTGCTCCCAAAATCAGGAAAAAATTTATCAATT CGTCACCTCGGTAAAAAATATGGGTTTGCTTAACTTAGTTGTCCTGATGT CTGTAAAATAGTACTGAGCTTTGTGAAGGGACTATAGGTTGCAGGAGGTA GTGAGGTTTACGTCTGCTAAGTTAGAAAGATATTAGAGGCCCCCCTAGAG GACCCTCAATTCACGCAATCACGAAATTTCTTTTCGAAATTCACGCATTC ACGCAAATTTTCCTCGAGTTTCACACAATAACCCAATTTTTCAGAAAATC GGAAAATTTTCGGGAAAAATCGGGGAAACATTGAAAAATCGGGAACACTG CACACAATCAGTGGAAAAAAGGGAAAATTCACGTATTCACGCACAAAATA GCCCAGATTCACGCATTCCCGCAGTCAAAAAGTGGATTTTCACGTTCACG CAAGTTTTTTCAATTCACGCATTCTTTTTTTCAATTTTCACGCATTCACG CAACCGAAAATGCCCATTCACGCATTCACGCAAACCGCTGAGGGGCCATA TTTAGTAGACTAAACAGGGTTCAATCATAGAAAGAGAGGGTTTATAATCG AAGATCAAGCTGAGAAATAAAATATTCTTATTATTTGGAAAGTAACTTAG TTTATTTTGCCTCAGTTGTTTTCCTCTGTTTTGTTTTCTTTTTCTTTTTT TTTCAAACATTTCTCCTTGTAGAGATTCTTTTGTTTGGATCAACTTTGCC AGATGCCCAATGGAGTAGGATTTGTTTCAACGTGTTTGATTCTTTTTTTT TCTTTTGCTTTTCGATTCAGGGAGATGTAGAAGAATTTTTGTTCATTTTT TCAACAGGGTTTTTTTGTAGAATGTTTTGTTACTTTTCAACCGATGTGTG AATCACAGTTTCACACTTTCCAATTCTCTCTCTGGATGGAGATTCGTGAA AAATCTTCAAAACACAATACCAACATGTCGGAAAAAGACTTGAGATATTT TTTTTCATCAAATTGTATTTGGAAAACTTCCTCGAAATGGACCTTCAACT TTTCTTGATCATAGATGGGGGCTTTTGATTGAATTCGTCTGCATTTATTG AGAGTGGGTGGAAAAATGGACTTTAAGATGTATTTTGGTGGATGTGGCAC GCCATTGAAGAGAAGATATTCACCTTGTATTGATGAAGAGCATGTCTATT TGTATGACGATGTCGTTGAAAATGTAATACATTCATTTTACATTAGTGTT ATATTTTTATTTTAGAGTAGAACAGTTTAGCCTGAGCGTTCAGTATACTT GGTTTCATGGTAAAAAGTTGTGTCTAAACATGCTGGGAGTGTTGTAATTC TTCCCTAAACTAACCGTTTTATCGGTTTCCATTTTGATAGAAGGATAAGA AATCTTTCATACTATCTTTCTCCACTCGTCCTGTTACAAGTGTTAATATG CTCATCTCTTGATAAAAATCTCTCTCTTCGTTATCATGAAGCCCTATCAT CATTGCTTACAATGGAAGAAACAGACATTTTATAACAAATATAATTCCCT CCCTTACTTCAATTCCTCTATTTTTCTAAGAACGAAAACTTCTTTATTTT TTTGTCCATAATATGATTGGTCTACAGTCAAGACAATCCCATTGTCATAT TAAGGGACTAAAAAACTTGTTTTTCAGTGAATTTCCATTACTTGATAAAA GGGGTTATGGATGAGATGTTGGCGACATTGGGCTTTTGATGAAGTAAGAT ATGACACACAACAAAAGTCTTCTTTCTCTTTCATTCTTTTATTCTTCATG ACATGATATGATAAACCATCAAATAACGTCTTTCCCCAAACCAACAGCCC TTAAAAAGTGTATGTTTTATGAGATTTAACGTTGTTTTACGTCTAGAGTT TTATTTTTTTCTCAAAACACAGATTTCTTGATGAAGGTGCATTGCGACAT TTTGTCAGTGAGAGCTGCTTGCAAAGTAGAATGGGCGAAGTTTGAAATTT CACACCCTAGATTAACGTTTGTTGACTTTGTCAAGTGCCAATAAGTGCGT TCAAAATGCGCTGTTTATATTATTTTCCTTCATTTGCACCTCAATTAGAA AATTGTTATGGTGTGATAGTGTACGAGGGCTTTTGAATGATTGAGCAGAT ATTATTGTCGATAATTTGGTATCAGATATGGCTGTCAGCTTTAATGTTAG TATTTTATATTTTTGCTGTCAGATAACTTTCTTTAATCCTTTAGCGCTTT CTTTAAATCATTGACACAGTATTGCATAAAAAACTCTATTAATGTATTCG ATTAAGATTATTAAAATGATACCTAGATATTGGTTTGACCCCCGTTTACA CTCTACACAGGTTTTCCTAATCATGCACTACTTAAGAGTGGAATGGAATC ATTTTGCATCGTCTCTCTGGGTTGACAAATTCGAACTTACAGAGGAACCG TTCGTCTACTTTAAGTTCTACCTGAACCTTTTTTTTTATATTCTGTTTCC TTGTCTTCGTAGCAAAGTGAACAGTGCGAGATTGATTCCAGTCATTTTGG CAGGTAGTGTTAATTGATCAACAAACAGACTTTTTAGAGATTTTTCCTCC TTTTATAGTATGTGGCAAGAACTGTCTGTTTTATCAGCCGATGAATCTTT GTGGTTTTGAAAGGCGTTTTTTTTATGCAAGATCTTTCTCCGGGAAAGCT CTGCTTTTTCTCTGTTGTGATCTGCTCTGATTTGCTCTTCTTGGTGTAAC CACGAGACTTCATTGTTATCAATGGATCATTGCCAAGAAATTCAAATAGC ATAGATCCCTTTTAAAAAGTAGCAATTATTTTGCACATGCTTCTCTATTG AATGCCACTGTTTATCTGCATACCTCTGAATCATTCTGCCTGTGACAATG TAAAGGATTTTTCTGCTTTCTTGCAGGGGGCTTTATAGGCTTATTAATAG TTACATTTCTCAGATTGTATACTCATACTGTCACATCTTTTAAACTGTAA TCAAGAGGCTGCGATTAATCGACTTTTTTACATCATCAGCATCAACAAGG AGATAAGAGCTCGCTTAAATATGGTCTGAGTTTCAAACAGAAACATCATG ACAAATTTACGAAGAGAAAGACTCATTGAGATGGTTTGAGCATTTTTTTT TCTTTTCAAGGCCTACCAATGATACCAAGTGATACCAGGGTTGAATATAT CAGCTCTCTAACATATTTTTTCTGCAGTAAGCCGCCTGATGTACATCTAT ATGACGTGTTTGAAACGTACGTTTTCTAACGAAGTGTGTTCCCGTTTTCG TTTTGTTTGTAGAGAATGGAGGAGGATGTTCGGATACAGTTGTTCCAATC GATCGAAAACAATAATTTAGACGGTGTCATCGATTGTATCGAAGAAGGTG TCAACCTCGAAGAAGCTGATTCGGTAAGTACAACTTATATTCTTTCTTTA CTTTTTGTCAACCCTTTGTTATCTTTATGGGTGGTGTCTTCACGCATGGA GCGTGTACAAAGGCTAGTGTATAAGTGTTTTGTTTACGAAGTTTGGTTGT TGTTATGACAAATCTTGTCAAATCTTAACAAATATTTTCCTCTTTTCAAC TATCTGCAGATGAGTATCGTGGTTGGTACTTATATCAGTAGAAAACAAGG AATTTTGTCAAACTCCCATAAAGCTGGATGAGAAATATTTTTGTTTTCGA TTTTCCCTTCAAATATTTTAAGCTCAGACATATAACGATAGGATTATGGG ATAGAAAAAGAAAAAAGATGGGCCTCCTTAAAATATCTTGCAATTTCAAG AAGGTTTTTTTCGTAATATCGTTAATAGGTCTGTCTCTGTCTATTTTTGA CATACGGTTGTTTTATTCATGTGTACAGCGAGAATAAAAAATTGATTAAT CCCAATGTTTTTTGAAACTTCAGAATTGTATTATTGATTTTTCAATTCAT GTTTTCCTAGAAAACTTCATTAAAAATATTTTCGTGTGTTAAATAACTAA GAATGAGCTATGAATAAAAAACAATTACAAATTTCGTATTTTCATCCTTC AATAATACATTGGAATTGGGAAGGGTTTGAAGAGCCCGAAAATATCTCAG CAATTTACTTCCCACTCTAAATTCTTAAAAAATAATATAACAATCACAAT CCACCATTTGTGTCGTTCAAATTCCCCATGTGTAATTTTGTTCCACTGTT TCCATTGAATCAGCGAGACAAGGCTGTAAACATTTGCATTTTTATTTCAA AAATGTTCAAGATGAAGTTGTCTAAACAGTTTTTTGGTATTTTTTACAAT ATTTTCTTCCAAGTTTTTACCATATTGGAATGTTAAGTCCACCGAAAAAA GAACAATTGTTTTAGCTTTGTTGTAACAAGTGAGTTTATTCTTTCCCATC TTAGCATGGACAAACACCACTGATATTTGCAGCAGAGAAAGGCCACCTGG AAATTGTTGCGGAACTTCTCAATCGAAATGTCGATGCTAACGCCAAAGAC CAAGTAACATATCTCTTATGATATAATGTCACTTTATATCCACTTGGTAC CCTTTCTATTCCGTGCATACGTTTTTCCATGCAAAATACGAGAACTCTTA CATGAATCTGAGATCGGTATTAAGGTGAAAAAATATTTAAGATTCTGATT TCTGGTCCTACTGTCTCGCCCAAGTTTTCTCATCGCAAAAGAAAAGTTTA AGTAATATAAATTCATAATATCAATTATCATTGAACGGAGGTTTTTAATA ATTTCAAAATGGCATTTTACAGGACGGTTGGACACCACTGATAGCGGCAT CAAAAGAAGGCCACGTGGATGTTGTCGGTGTTTTGTTGGAGAATGCTGCT AAATATAACATCCCTGATATGGTAAGTGTTGCATTTCCAAGGGATAACTA TTGCTATGTTTCATAAAGATTGTTTCCTGGATCTTTTCGTACCCCCTATA TTGCCTGCTAACTATTATGTTTTATTTGTATCATACTTCATCATTTTTGA TGTAAATTCTAGTGTTGATATGATGAACTCTCATCCTTTATTTACGTTAA TCTTGTTTCGTCTCAACCATGCGCTCGACTGATTACGTTTGATAAGAGAG TGAGAGAAAGAGAGAAGGGGAGTTATGTTATGCCATGCATGCGAGATAGT GTAAATGATACCTCTCTTTTCCATTATCTGTTTATGAAACAGTAACTTGC ACAGCGTGGTCAACAGAATGGCTAATCGTCTTATAAGCCACAAAAACCCA AACCATCGTGTAACTTCATTTGAGCCAGTTTAAGCTCATCAAATATTTTC GCAGCCAGCGTGACCTATTCCATGAGCTGTCTCCATAATTCTGTTAATCT CAATTAAAATATGTCAAGGGAAAAGTTGAAATGTATCACTGATAATAACG ATCAATCTCAAAATTGATATGTCTAAACTCTAAAGCCTTTTTAATTTCGC TATAACTACTTTTCTACTACGGCAGTGACCTGATCTTTGATAGTAAATTG CGCGTATTCTTTTAATGGTAATTGATTAAATGAAATTCCTTTTGTCTTGA CAGGGTGGTTGGACACCTTTGGTGTGGGCAGCGTATAAAGGTCACACTGA TGTTGTTCATGAGCTCCTTAATTACGGTGCCAACCCTGAAGCTAGAGGGC AGGTAGGCTCATCTAATTTTCTATACCACGTTCAATCCAATGTATGTTTT TATTATTTATTTTTGAAATTAAAGCGATACCCTTTATTTGTAAAGTACTA ATTAATCTATTGAGAAAATATTAAAAGATGAATAAAAATTAACATGCTCG ACTGTGCATGACGCCAATTAATCGTTATCGATACCTAATTACTCTTAATC TCTTATGACGCAATTCGTTCGCTCTCCCTTAGCATAATATGACAGCATTG ATTTGGGCGTCAGGGCGTGGTCATACTGGCGTTGTTTCTAAACTCATCAA TAGAGGTGCAAAAGCAGAAGTAGCTGATAAGGTACCTACATCCATTTCTT ACTATTTCTCACTATAGACTATGATTGCCAATTAAAAAGAATACAAATCT TTATTTGTAAGATGACAGGTCAAGATATTGTCATTAGTTAGAAATCAAGT TTTCAAATTTTTCTTTACTATACTCTGTACCATGCGATAACTATTACTTA TAGTGAGAGCAGAGTGATTATACATAGGCGTATAATCCATGTAATTAACG ATTCCCTCTTTCTCTCACAATTTAGTATGGTACAACGGCATTAATATGGG CGTGTCGCAAAGGTCATTATGAAGTCATCAAAATGCTTTTAAATGCTGGT GCTAATTGCAATGCAGTGGGCACGGTAAGATCGATTTCTCCCAAAAAGGG GTTTGTTTTCTCTAGGAAAGCTGGCAATTTCTTACATTTAAATACAGATT TGATCACGGACATCGTATACTCTCGTATAGAATTGTGTAGGTTTGAGATT TTGAGAATTAAGAGAATATTTGAATGCTAGTCACTCTTCCATTTTGAGAC AATTGTTCGGATGATTGATATACTGCATCAGGACATTTCTATATTTGAAA TGATTAATTGAAAAAGTATGCATTAATATCGCACTTTCTTTTGATATCTT CATCAGCAAGTTTTTTGATGCGTCTAAAGTTGTAAAATATTTCACCTTTT TTTTCTTGAGTGGCTTTTGTATAAGACTGTATTAAAATCTAGTGATCTAA TTAAAGTTTCTTTCTTCTGATTGTATTGACGTGATATTCTCAGAGTAGAG AAATAATGCAATGGCCTGTGGATGGCATTGATTGATATCTTCTCTCATGC TAGACTTGGACAAACATTATGATCAATCGATGGGTAGATATATAAGGCTT TTAGATTTCAGTCTGGAACTTTTTCAGGCTGGATCTATTCTTCTTTGTTG TCTAATCATTGTTATTGGTTGATGGATTTAACTTAACTCTATTGGTCCTG TATAGATTTTTCTCTGATCTTGGAATGTAATTTCGTGAAATTCGTCATTG GGTTTTTTGAAAGTTTTAGTCAAAGTAAAATTTAACAGAGATTTCAATTG TGTGATTTAGTTGTCCTGTATTGTGTGCCATTTCTATGCTATTTCTATGC TATTTCTACACATCAGATTAAAGGACTTTTCTATGATACACATCTCTTTA AACTGATTAAGAATGTTCATTAACAGAAAGGAGAGAATGAGGGGGAGTTA ATATTCCAATGCATTCTAATTAGGCTTTTTAATTTGGCAGAAAAGTTTTA ATGGTGTGAATTGACGAGGTGAAGGTCGTGACATCTCATTGGCGGTCTGT CATTTTATCAATTTGACCCTTGAAATTGGGAAATATTACTTCAGTACTTG ACAAGGATTTAGCTGGGAAGACTTTGGATTTTGTTGTTTCTGCAATTTTT CAGATAAGTTTCTTGATTTGTTAATTTGGTTAGCAAACTGATAAATTTCT TGATCAGTGATAATGAACTGATAAGACAAAAAACAAAAAGACTGAGGGAA AATGGAAGAATGTTTGATCAATGCAGACGACCTCACTTTTTATAAACAGG TAAAGTGGAGAGAACGAAGGAGTGAAAAAGTTTGATTGTGTTTGACATGA TTTTTTGTTTGGAAGCTCCTCTTCAGGCTTCTTCTGAGTCCTATAAGTTG TGCTTGACAGCTCAAAAGAGCCCTATAGTTGTGATAGCTCAAATTTGGGA TGGTGCCAATAAAAACTAATGTTTTAGATTTTGAGATACACACTTAAAAT GCACAGTATCCAAGAAGATGTATTTTATTAATTGATTTTAAATTGATATT CTTTTTTGGTCAAGTATCGATCCATATGAAATCTATCTTTCGTATTTTTT CTATTTTTAGCATGGTTGGACACCGATCATAATGGCGGCTAAAGGAGGTT ATGGAGATGTGTTGACTTTATTGTTGGACGAAAGCACCAATGTAAATGCT GTCGATCACGTGAGTTTCCTTGGTTTTTTAGAGTGTCTGGATAGTTTTAG TCTTCTATTAAACCGGTGGCAAGAAATTCATCGTAATTAATCTTACCCAT GCCTTGACAGACATAAATTCCAAGTATACGCTTAATTTAATAATACACGC TTTTTTTATAAGAATGGTGGAAATCCATTTCATCATGGATATTCTTACAG CATTCTTAGGTTAGGATTCAGACTATTTCAGACTAGATTTAGTACATACG TCTCAAGCCTAAAATGGTATTTTTGTGAAAGGGGTGAGCCTTACTTGAGG GTAATTGACAATTTATAATTGAAAATGCTCTAAAAATGGAATTCTTAGCT TGAGTATCAAAATTCCATGATGGTGATATTCTTAGCATATTCTTAATTTT TTTGGCCATTTTCATCACGGGCATTCTTATAAAGTGTTTTCTTATAAAAA ATAGTGTGTAATACGCGGCTTGTTTGTCTTGAAAAGCACGTCTGATCCTT CGTTTAATCTCAGCGGTTTAAGCTATCGTCGTTTGACTGTTTGATAGTCT GTTCTCTATGAATGATAATCTATTTAGCACTTTATGTTCATACATTTCTT TGTATTTATTTTTCGAACCGAATCGTTTCCTCTTTACATTCTTCAGTTTT TAGCATGATCTAAATAGTCCGAGTAATGAGAAAAGAACCCATCTTTCCAG CTGATGCAAACCTCTTTATAAAAATCGGTAATTTAAATTCTCCTTCGTTG GCATACACCAGACCCAAACATATCTCGATATTTGCCATCTTGTCTCTTCC ATAGCAAGGTCTGTCGGCCTTAGGATGGGCAGCCAAAGAAGGTTACGAAG AACTAGTTGGGAAGCTGATCGGTAAAGGAGCTTTCCTGAATATCCCTGAC AATCGCGGTGATTCTCCCTTGATCATTGCTTCAAAGGAAGGACATGCAAG TGTCGTTCGCACATTAGTCAACGCCTATGCTGAGATAGAGATCACTGACT CCGTAAGTTAAACAATCCACCTTCAATGATTTTCTTCCTTTCATAAATAA GAACACTTATCATACATATTGCTATGTCGTGGAGCTATTTTTCTATTCAA GTCAGCAAAGCAGTGGGCAAAAAAGTCCCATTAAGTTGATTCCTGATTAT GAATTAGATCAGTATGTTTATGATAAAAATAATTTTGCGGTTTTTGATTG AGAAGCCGGGTTGAGAAGCGATCCGCCTTCCTCCTTTTTGGACCTACCCC GGTGGAGGTCCTATAAATTAACCTTTGTCCGTTCGTTCGTCTGTTCGTTC GTTATTAGCTTTCCTCATGATTGGCTCATTAGTTTTTTCTGATTCTTTGC ACAAAGATGCATAACTATAAACCCTCAAATGTGACGGAGCCCGATTTTCA AAAAAAAAAATTTCGGGCAAATTTGGGCCAAAAAACGGCTAAAAAACGGT TTTTTTGGACTTAGTGAAAAATTAGATCGTTAATTTTTTCTGATTTTTTT GCAGGAAAGTAGGTTAAAAGATGGCTTAAGCAGATTTTTGCGAAAACATT TTGTTGGCTCAAAAAACGCATGTTTATCTATAGAATCACTATTAATAAGC ATACATCAATGTTCTTAGCCAAATTACTCAATTTTTTATGAGATAGATGT TTTTTTTGCTCACGAGGGTTTACTTTTAAACAATATGTGTGTTTAGACAT GAAATTTTGGTTGCTGGGCGTGTTTTTATAGAAAAACTGGCCAAATTTGA TATTTTTTTATAAGCACATTATCAATTACTTAGGTATTAGCTTTTCTCGA GATTGGCTCTTTTATTCTTTATGATTTTTTTGCACAAAGATGCATAACTA TAAACCCTCGAATGTGACGGAGCTTGATTTTTGGAAAAAAACTTTTTGGG GTAAATTTCAGCTAAACAACGGCTAAAAACGGGTTTTTTGGACTTTGTGA AATATTGGATCATTGTTTTTTCTGACTTTTTGCATGAAAGTAGGCAAAAG ATGGCTCAAGCAGATTTTTGTAAAAAAAAATAATTTTCCAGCTCAAAAAA CGCATGTTTATCTATAAGAATCACTATTAATAAGCATACATCAATGTTCT TAAAATTACTGAATTTTTTGATGAGATATGTTTTTTTGCTCTCGAAGTCT TGAATATGAAAGAATATTTCAAGAGCATGAAATTTTGGTTTCCANNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNTTTCCAAACGTTTTTTTATAAGAAACAAACGACTAATTT TAATAGATCGTCACTATTTGTGTTCTGAATGATTGTTTAATGGTCACGCT CATGTAGATATCATTTATATATGTGTTAAATGCATAACCAGGTAGGTCCA TAAAAGTATCACTTGTTTTCATTACCCAGGCTCTTGCTCAAATTATAGGA TGGAAAAACAGCTTTGTTCCATGGCGTTGAGAAAGGTCACGTGGCAGTAG TTCGGGAGCTCTTATTGGCTGGTGCAAACACAGAAGTAACGAACAAGGAA GGAGAAACGCCCTTGTTGAGGGGCGCCAAACGTAAACACACGCAATGCGT CAAACTGCTTCTTGAGAAAGGTGCAAACCCTGCCATCACAGATAAGGTAA CATTTTAATATCCAATCTGTTCATCTTGTATGCCAACTTTTATTTTCCTT CTAATCAATTCCAAATACAAAACACAACTGAACACAAAGAACTTTTGAAG TTTTGTCACAATAACGTCAATCGAATCAGCCTGACAATGACAACATTGTG TTTCCTTCCATAAGCAAATTTGCTCAAGCCTTTTAAAAATTCTTCTTTTT TATCACAACAGAAAGGAGATACGCCTCTACACATTGCCATTCGCAATCGA TTCGCTGGTCTTTGCGAAGCCTTACTAAACGACCAGAAGAATTCCAAGAT TCTACACCAGCCAAACAAAGCCGGCGAAACACCGTATTCGATCGACCTTC AAAACAAACCATCCATTTTACCTGGCTTCTTTCAAGGACGTAGGTTTTGT TATCTCCCCTGTTTCTGTTTTTGTTGGCAGACTGATTGGCTAACCCGCAA TCAAAATGAACAGTTCTCATTAATAGTCAATGAACTCGACCGCCTCATTT CCATGAAATCTAAACTTTTTTTTTCTACGGGGTCAAACAGGAAATTTCGT TGTTTTGTTTACCTGCTTGGAGGTATTTTGAAAGAGTTAAAGGGGTAGAT TTTTCATATGATGTATCGTGAATTATTTTCAGCCCAAATTAGATTTTTCA AACGGTACAATGTGAGTGCTGTTTATTTGCATAAACAATGTGAAGTTTCT CTGCTTGTCCTGCAGTTAATTCATGCAGAGGTTATGCAATATTACTCTTT AAAGTAAAAAAATCTAATGTTTATCAATCTGGTGTTTTTGTTGCAAATGT GGGAAAAAATCAATCATTACGCTTAATGACCAGAACATGATGATATAGTA CACATTCTTCTCTTTGAGTGGTCATCGAAAGATATTTTTAATCTATTGGT TCACTAGTCATCAAAATTTCAACAATATCTTCATTCATAAGAGATGAATG GTCTGGATATCCTTCCGATATTTAATATTCAGTTTCCTTCATGTTATGAA TAAGCCCTCCTGAAGAAACTTCTGAATGGCACGAATAGTTACATTTCATT AAGTGGAAAGACTGTTGTGGACAAATTCTTGAAACAAAACTTATTCTGAA AAAAAGTCGAAGAAACTTCAAGTGAAAAATATGGGAATAATAAAGTTGTT GATAATGACTTGTTTTATGAAGCTTTTGTTGTTTTGATTTCATTATTATG TTCAAATTGCAAAATTTTCCGGACACACCCCGAGAAGCATCTTTCCTGAG TAGTTTGAATGGTTTAAGAAGGGTTGTAGGTAAGAGGAAAGAGTGCAAAC TGAAATACTTTCATTTTAGTATTTTCACTAATCCAAACTGTTAAATGTAG CGATTGTGAGTCGATCTGAACTGTATTTATTTTTTCTTTCCTCCCATAGA ACAAGTGAACCATGACTTTGACAAGATGGACTACTGCACACAACAAGAGC TCTTACTCGCTACCATCTCCGAGTATTTGATGGAACCCTCTTTCTCTACT CCTCTCACCCTCGGAATGTACTCGAGATGGGGTACTGGCAAATCTACACA ACTAAAACGACTAGTCGGTTAGTATTCTTCATATTGGACTTGTCTTGTTT AAAATTGAACTTTGTGTGGATTATTATCTCACTGCTCAACAAAGTTGATG TTATCATGGGAACTGTATATTATTTGAGAGGAACTGGTCTTTCTTATGGT TTGATAATATCTGATGATTCCCCCTCATTTGAACATTGTAATCTTAAACA GTTTGACATAATTCTACCGCTTCTTCTGTTTTTTTCCCTCACTACGGTCG AAATATTACTTTAAAATTGTATAAAGAACGACCATACAAACATATAAAAT CATTTATGTTGTTGCATTCTTATAAGAATGAACTTTCTGTACCTCTTCTA TGTTTTTCCTTTTTTACTTTTTCAGAATTATTAGAAGAGGCGAAATCATC GGTGCCGATTATTCCATTCCGCGTGACAGCACCTGTCGTTTTCATGTGTA TCCTGGCTGCTGTCATTCTCTCTGTCGTCTTCTGGATCGCCACTGATTCC TGGGAAGTCGGTGTCGCGTCAGCCATCGTCCTTGTTAACGTTTTCCTCAT CTTTTTCGTGGTCGCACGTGTGACCTTGATCAGCCATAGTAGGGGTTTAC GATCTGCTGGTGAGGCCATGACCAACTTCATTTATCGTTGCGTTTGGTTT TTGAAATTGATTTATTGCATCCCTCCCTCAATACAAGAAGTGAAACCTGC TCTACCCGTTCATTTAATGACTGTTGATTTAACGAGAAGTGTTTTGGTGG GCGATAACCCGATGACGTCACTTGTCAATTTCATACGAGAACTGAATGAT TCTATTGAACAAAATATAGGAATAGTAATCCCGAGGCTGTACCGTATTTT CCAATCCGGACCATACCGGACACCGTCAGGTGGCAAGTCTATTTTTCGGA CAAAATGGAAGAAAAGTTGTTGTTGTGTACCCTCCTTCTTGATCTCAATA GTGGTCTTTGCTTGTCTATTAGTTGGATTAATATTATACGGTGCTTGGAA GTTAAATGGACCGAGTGCAGCGATCGCCATCCAAATAGCTTGTTTATGCG TTCTTGGAGGCTTTTTGTTAGCCAATCTACTACGTTTCTTTATCATTATA TACTGTTTAGTACTTCCCATGAAAAAACGCGTCAATTTTGTTTCCACACA AGCAGGAATACAAGAAGAAACTTTTCTATCCGTTGTCAAACAAGAATTAG ATTTGTGCGTAGATATGTTAGAATGTCTTGATGGCTTTGCACAACGCCAA ACACGTATCATTGTTCATATTGATTTACTGGAATCTCTGGAGCAACAAAA AGTACTGGGGCTCATCGACTCTCTCAAATTTATGATAAGTGCTCCTGGCC ATCCGTTTATTTTCGTACTTTCAGTTGACCCAAGACTTCTAATTAAAGCT ATGGACCAATCATTAACTATTGTACATGGACCTGTGAACGCATACGATTA TTTAAGAAACTTAGTAGACTTACCTTTTTATATATCAGAACCGTCAAAAA CGAAAGTGGATGGTTTAGTACCTTTAGAACTACGAAATATTTTGGAAGAT CAACAAATCTCAGATAATGAAGAAAGTGAACTTGAATGGGATGATAATGC AGACATTAACGGTGACGTCATCTCTCGCGTATCTTTACCACGTGATCAAC AGAAACATGACGTCATCGCAAATGGAGGAAACGGTCACGTGCCTAATGGG AACGGTACGGTACCGAAATTACGATCAGTGAAGTTCCCTCCGGAACAAAG TGGAAATGATGGTTGCACCAACAATAATGAGTCCATCTCTGAGGATATTT CAAACATGATTCGAACAAATATGAATGGAAATTTAAACGATATCAAACGT GTCATGAACGTTATCTCGCTTAAAGCACGTATCTTGAAAAGCTCCGATAT ACATTTCCAATTACCACGACTCGGTATTTGGGTCAATATGTGCGACGTGT GGCCTCATAAAGCCAGTTGGTTCATTTTACTATGTATGGATGTTTCGTTG GCTCTTCCCGATAAAATGAGTATCCGCAGGCTTTACAACTTGCTCGGATA CGCGATGCCCATGGTAGGCGATCACGAAGAGAATACTGGCAATGCTGCCA ATTATTTTGATACGTTTTTAGCATCACATAAACCGGTGATTAATGTGGCG GACGTTCGAATGTTTACACCCTTCCTGTTTTACTTGGACCCAACCATCCG TAGTTTGATGATTGATTACATGGTAGCATTGAAGAGTGGAACAATCTCTA AGAACCCCTCCATCGCACACCAGTTCTCCAGTAGATCAAACTTTCCCATT TCACCAAGCGACTCCAGCAAGGTAACCATTACATTCATCCCTCTTCTCGT CTCATTCTACCTTCATACTGTTGCAGACTCTGCACTAATGATTCGCACTT CTCTTTGACATGTTATTTGGCATGATTATCTTTTTGCCAAAGTGGCTTAA CTGAGTACCCACTTTTTCATTCAGTGGTCCAAAACTTTTAAAGAACTAAA TAGATACAATGTAATAGTAATCGATCAGTGCCTAGGAGGTATTTCCCATT TTTCCTTTTACAATGCCATTCTAATATCTTGGTCTGTTACATTTCAGTTT ATTTGGCGAGGTGGCATCGACGAACAATATTTATCCAAAATGACACCAGA AGACGTCGTTTCACAGGTAACTTTTATTTGTTTTGTCCCCATTGCACGCA ACCTCAAATTCTCTGCCAAGGACTTTGTGTTCCCAGGGCTAACATGTCTC TGTATTCCCAGGGCTTGGTTGTAAATTTTGGTTCCATATCTTGACTACGA CTTTGATGTGATCAGTATTCTCAACGCTGCCAATTCAAATTCGTTTTACA TTTTCTCTGATTTCTAGCTGGCAGAGATCGAAGGTATTGAGACGAGTTTG GTGCCATCTTATCGCGATCGTATCTTGGAGAACAACATCAATGGTCGTGT GTTGATCTCTTGTGATATGAATGAACTTCGTGAAGCGATGCAAATGAAAT TCGGTGATTGGCAGCTTTTCAAAGCGTGGATCAACTCGTCCAGATTCAAA GACAACAGTTCAAGGTAGGCGAAGTTGTCATGTAGTTATACCTTTTTGTT AGTCCAATTAAATTTGGCGATTGCTCAGTATATAGTAGTAACTATAGTAA CGTTTGAAGGATTCTTAAACAGATCACTCTGTTGTCAGGTGATAAAATGG TTTTTGAATGAAAATGCAAAACTTATCTCAAATATATGCATGCCTTACTT CAATCAAAAATCGAGGCAAAATAATGAAAATTATTACGGCTGTATATAAT CGACTTTGATTTTCTTTATCTTTGTACTTTAAAAAATTCTGAAAAATCCA AACAAATGTTTGAAAACATGACAGGTTCAAAGAAATTTCTATAAATATCT TTTTACTTAACAGGAGTGAGAAATCATATTACCGCCCTTCATCACGAAGT GCAAATGGTGACGGGAGCCAATCAGAATCGATCCCCGGTTCACCGAAACA ATCATCTGTCAGTAGTTACAACCCAACGCAAAGTAAGTTCTCCTCCCTTG AACCTTTTACCAGGTTATATATTAGCATATGTCAACTACTTTCAAATATC ATCCTACAATTACTAAAAGTGATTCTCTTCTACCTTAGAAGGGACGAGTC GATTGCCTGCGTTGAACGAGACACCGGATTCCTCGTCTAACCAACCTTAC ACCAGTCACTCTCCGCGCAATTCACCTCTCCAAAGTCGCACGCGAAGCGG AAAACAACGCAAAGGAGGTAAAAGTAAAACTCGTTCACTGGAAAGTGAGG GAAGCTCTCCATTGAAAGGACCTTCACCTAACCCAACATTGCAACGATCG GCAGATTCGAGTTTTGCCAGTACGGATGCTGATAATCGCTCCCAACAATT GAGTTCATTCTCTGATAACGAACCGTCTTCAAGTCGCTACGTGCAACGAG TGGGATCAAACAATCGACAGGTGACGCGACCTAAACAATACCATCAACAA CCACAGCGTAACCGTGTACCACCAATAGCAGGTCTCGATCAAGGAGTTGA TTCTCTGGAGCGAGGAACAAAACCAAGCGATACTTGGATAGGAAAGAACG AAAGATCTTTCAATAAAACAAACGATACAATCAGTTCCACTTCATCACAG GAGTTCATCCAAACGTCGTTCGAAAAACAAGAAGAATCGTTACATCAAAT CAAACCATGGCAACTATCAGATGGAGACGAGTCATGTTCAGAACGAGGCA ATGAAATTGTGGAAACAAGTTTTACCTCTACACATCAAAAGCGTCATTTG ACGTCAGGTCTTCGTAAAGAGACACGCCCTCCATCGCTTTCAGAGGTACC TTTACCACCAGCCTCCATGTTGAATGAATCGCATGAAGACTACATCGATC TCGAGAACCACGACAGTGAACATGACGCCCTTCTCTCCTCTTCACCGCCC ACCTCCCTCGACCGCAAAAACGCTTTCCAAAATTCCGCCCGATTACGAGG AATGTCGAACTATACCACATCTACGGACTCTGATAGGCAATATTTAGTTG AAAATAATAATGTAGTCGACAGCTAATAGTTTTTAGTTTATTTTTAGTTA CCAATTCTTTTATTACCTTGCTCGATTGCACATAGTTGAACTTGTGTACA TATTTTTCCAAAAGTTTCCCCCCTTTTCCTTCATTTTTTATGTTTAAATA TTTATAAATTTCTTTTTTTAACGATGATGGAATCTGTGCCCTTTGGTTTT TTTAGTTTTCAAGTTATAAATGTACGGAGGAGCTATATTTTTTATATAAA TATATTATTACACTATTTGAA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_000633XLOC_000633Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00001161-exon-sc0000007-1575043694:614808..614946TCONS_00001161-exon-sc0000007-1575043694:614808..614946Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:611274..611384TCONS_00001161-exon-sc0000007-1575043694:611274..611384Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:610194..610292TCONS_00001161-exon-sc0000007-1575043694:610194..610292Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:609826..609924TCONS_00001161-exon-sc0000007-1575043694:609826..609924Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:609045..609143TCONS_00001161-exon-sc0000007-1575043694:609045..609143Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:608716..608814TCONS_00001161-exon-sc0000007-1575043694:608716..608814Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:608373..608471TCONS_00001161-exon-sc0000007-1575043694:608373..608471Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:606738..606836TCONS_00001161-exon-sc0000007-1575043694:606738..606836Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:605745..605942TCONS_00001161-exon-sc0000007-1575043694:605745..605942Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:604101..604298TCONS_00001161-exon-sc0000007-1575043694:604101..604298Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:603708..603885TCONS_00001161-exon-sc0000007-1575043694:603708..603885Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:602530..602697TCONS_00001161-exon-sc0000007-1575043694:602530..602697Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:600226..602171TCONS_00001161-exon-sc0000007-1575043694:600226..602171Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:599881..599949TCONS_00001161-exon-sc0000007-1575043694:599881..599949Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:599483..599679TCONS_00001161-exon-sc0000007-1575043694:599483..599679Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:599015..599133TCONS_00001161-exon-sc0000007-1575043694:599015..599133Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1575043694:597726..598908TCONS_00001161-exon-sc0000007-1575043694:597726..598908Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:614808..614946TCONS_00001161-exon-sc0000007-1510915933:614808..614946Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:611274..611384TCONS_00001161-exon-sc0000007-1510915933:611274..611384Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:610194..610292TCONS_00001161-exon-sc0000007-1510915933:610194..610292Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:609826..609924TCONS_00001161-exon-sc0000007-1510915933:609826..609924Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:609045..609143TCONS_00001161-exon-sc0000007-1510915933:609045..609143Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:608716..608814TCONS_00001161-exon-sc0000007-1510915933:608716..608814Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:608373..608471TCONS_00001161-exon-sc0000007-1510915933:608373..608471Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:606738..606836TCONS_00001161-exon-sc0000007-1510915933:606738..606836Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:605745..605942TCONS_00001161-exon-sc0000007-1510915933:605745..605942Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:604101..604298TCONS_00001161-exon-sc0000007-1510915933:604101..604298Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:603708..603885TCONS_00001161-exon-sc0000007-1510915933:603708..603885Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:602530..602697TCONS_00001161-exon-sc0000007-1510915933:602530..602697Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:600226..602171TCONS_00001161-exon-sc0000007-1510915933:600226..602171Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:599881..599949TCONS_00001161-exon-sc0000007-1510915933:599881..599949Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:599483..599679TCONS_00001161-exon-sc0000007-1510915933:599483..599679Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:599015..599133TCONS_00001161-exon-sc0000007-1510915933:599015..599133Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1510915933:597726..598908TCONS_00001161-exon-sc0000007-1510915933:597726..598908Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:614808..614946TCONS_00001161-exon-sc0000007-1491911889:614808..614946Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:611274..611384TCONS_00001161-exon-sc0000007-1491911889:611274..611384Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:610194..610292TCONS_00001161-exon-sc0000007-1491911889:610194..610292Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:609826..609924TCONS_00001161-exon-sc0000007-1491911889:609826..609924Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:609045..609143TCONS_00001161-exon-sc0000007-1491911889:609045..609143Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:608716..608814TCONS_00001161-exon-sc0000007-1491911889:608716..608814Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:608373..608471TCONS_00001161-exon-sc0000007-1491911889:608373..608471Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:606738..606836TCONS_00001161-exon-sc0000007-1491911889:606738..606836Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:605745..605942TCONS_00001161-exon-sc0000007-1491911889:605745..605942Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:604101..604298TCONS_00001161-exon-sc0000007-1491911889:604101..604298Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:603708..603885TCONS_00001161-exon-sc0000007-1491911889:603708..603885Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:602530..602697TCONS_00001161-exon-sc0000007-1491911889:602530..602697Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:600226..602171TCONS_00001161-exon-sc0000007-1491911889:600226..602171Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:599881..599949TCONS_00001161-exon-sc0000007-1491911889:599881..599949Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:599483..599679TCONS_00001161-exon-sc0000007-1491911889:599483..599679Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:599015..599133TCONS_00001161-exon-sc0000007-1491911889:599015..599133Clytia hemisphaericaexon
TCONS_00001161-exon-sc0000007-1491911889:597726..598908TCONS_00001161-exon-sc0000007-1491911889:597726..598908Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000007supercontigsc0000007:597726..614946 -
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
1.84046e-09 0.987391 0.751858 0.157074 0.946233 0.0169496 0.674381 0.0274272 6.4876 6.7319 2.95597 6.25356 1.84587e-08 1.0995e-07 1.63278e-06 5.79062e-11 0 2.19985e-08 3.7981e-07 0.555513 0.966662 8.6262e-07 0.000245158 0 0.0073992 0.00223251 1.29336 1.04212 1.05458e-08 1.56363e-07
Blast
BLAST of TCONS_00001161 vs. Swiss-Prot (Human)
Match: KDIS (Kinase D-interacting substrate of 220 kDa OS=Homo sapiens GN=KIDINS220 PE=1 SV=3)

HSP 1 Score: 561.607 bits (1446), Expect = 6.141e-169
Identity = 320/858 (37.30%), Postives = 508/858 (59.21%), Query Frame = 2
Query:  179 IENNNLDGVIDCIEEGVNLEEADSHGQTPLIFAAEKGHLEIVAELLNRNVDANAKDQDGWTPLIAASKEGHVDVVGVLLENAAKYNIPDMGGWTPLVWAAYKGHTDVVHELLNYGANPEARGQHNMTALIWASGRGHTGVVSKLINRGAKAEVADKYGTTALIWACRKGHYEVIKMLLNAGANCNAVGTHGWTPIIMAAKGGYGDVLTLLLDESTNVNAVDHQGLSALGWAAKEGYEELVGKLIGKGAFLNIPDNRGDSPLIIASKEGHASVVRTLVNAYAEIEITDSDGKTALFHGVEKGHVAVVRELLLAGANTEVTNKEGETPLLRGAKRKHTQCVKLLLEKGANPAITDKKGDTPLHIAIRNRFAGLCEALLNDQKNSKILHQPNKAGETPYSIDLQNKPSILPGFFQGQQVN---HDFDKMDYCTQQELLLATISEYLMEPSFSTPLTLGMYSRWGTGKSTQLKRLVELLEEAKSSVPIIPFRVTAPVVFMCILAAVILSVVFWIATDSWEVGVASAXXXXXXXXXXXXXARVTLISHSRGLRSAGEA------MTNFIYRCVWF----LKLIYCIPPSI-QEVKPALPVHLMTVDLTRSVLVGDNPMTSLVNFIRELNDSIEQNIGIVIPRLYRIFQSGPYRTPSGGKSIFRTKWKKSCCCVPSFLISIVVFACLLVGLILYGAWKLNGPSAAI-AIQIACLCVLGGFLLANLLRFFIIIYCLVLPMKKRV-NFVSTQAGIQEETFLSVVKQELDLCVDMLECLDGFAQRQTRIIVHIDLLESLEQQKVLGLIDSLKFMISAPGHPFIFVLSVDPRLLIKAMDQSLTIV--HGPVNAYDYLRNLVDLPFYIS 2698
            +E  N+  +   +E+  +++E +  GQTPL+ AAE+G+LEIV EL+    + N +D D WT LI+ASKEGHV +V  LL+        DMGGWT L+WA YKG TDVV  LL++GANP   G +++  +IWA+GRGH  +V  L+  GAK   +DKYGTT L+WA RKGH E +K LL  GA+ +  G +  T +I+A KGGY   +  +L  + NVN  D  G +AL  A+KEG+ E+V  L+  G ++NIPD  GD+ LI A + GH  +VR L+  YA+I+I   D KTAL+  VEKG+  +VR++L    +TE+  K+GETPL++  K ++ + V+LLL+KGA  +  DKKGDTPLHIAIR R   L E LL + K+ ++L++PNKAGETPY+ID  ++ SIL   F  + ++    D D + Y    +L  + +++ L EP+   P+ +G+Y++WG+GKS  LK+L + ++          F+ +  +VF+ +L    L ++F        +G+A ++  + +         +  I    G R  GE+      ++  + R + +    LKL++  PP + ++   ALPV  +  D  R   VG    TSL   I  L+D+ E+  G +  RL+R+F++      + GK     KWKK+ CC+PSF+I + +  C++ G+ L   ++++     + A+ I+   V+G   + N   ++ ++  L+   +KR+ N  S    ++ E F+ V+K E++L   M + +D F Q QTR++V ID L++ EQ KVL ++D+++ + S    PFI + + DP ++IKA++Q+L  V     +N +DY+RN+V LP +++
Sbjct:   13 VEEENIPALKALLEKCKDVDERNECGQTPLMIAAEQGNLEIVKELIKNGANCNLEDLDNWTALISASKEGHVHIVEELLKCGVNLEHRDMGGWTALMWACYKGRTDVVELLLSHGANPSVTGLYSVYPIIWAAGRGHADIVHLLLQNGAKVNCSDKYGTTPLVWAARKGHLECVKHLLAMGADVDQEGANSMTALIVAVKGGYTQSVKEILKRNPNVNLTDKDGNTALMIASKEGHTEIVQDLLDAGTYVNIPDRSGDTVLIGAVRGGHVEIVRALLQKYADIDIRGQDNKTALYWAVEKGNATMVRDILQCNPDTEICTKDGETPLIKATKMRNIEVVELLLDKGAKVSAVDKKGDTPLHIAIRGRSRKLAELLLRNPKDGRLLYRPNKAGETPYNIDCSHQKSILTQIFGARHLSPTETDGDMLGY----DLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLIVFLTLLLCGGLGLLFAFTVHP-NLGIAVSLSFLALLY-------IFFIVIYFGGRREGESWNWAWVLSTRLARHIGYLELLLKLMFVNPPELPEQTTKALPVRFLFTDYNRLSSVGGE--TSLAEMIATLSDACEREFGFLATRLFRVFKT----EDTQGKK----KWKKT-CCLPSFVIFLFIIGCIISGITLLAIFRVDPKHLTVNAVLISIASVVGLAFVLNCRTWWQVLDSLLNSQRKRLHNAASKLHKLKSEGFMKVLKCEVELMARMAKTIDSFTQNQTRLVVIIDGLDACEQDKVLQMLDTVRVLFSK--GPFIAIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLN 845          

HSP 2 Score: 93.9745 bits (232), Expect = 5.691e-19
Identity = 44/138 (31.88%), Postives = 82/138 (59.42%), Query Frame = 2
Query: 3053 IKRVMNVISLKARILKSSDIHFQLPRLGIWVNMCDVWPHKASWFILLCMDVSLALPDKMSIRRLYNLLGYAMPMVGDHE---ENTGNAANYFDTFLASHKPVINVADVRMFTPFLFYLDPTIRSLMIDYMVALKSGTI 3457
            ++R++N++S+  R+L+++ I F   RL  W+N+ + WP++ SW IL  ++ +  +PD+M+++ +Y  +   +P   D E   E  G+  N F+ FL+S  PV+   DV++F P    LDP +R ++ D   A +  +I
Sbjct:  939 MRRLLNIVSVTGRLLRANQISFNWDRLASWINLTEQWPYRTSWLILY-LEETEGIPDQMTLKTIYERISKNIPTTKDVEPLLEIDGDIRN-FEVFLSSRTPVLVARDVKVFLPCTVNLDPKLREIIADVRAAREQISI 1074          
The following BLAST results are available for this feature:
BLAST of TCONS_00001161 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
KDIS6.141e-16937.30Kinase D-interacting substrate of 220 kDa OS=Homo ... [more]
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