TCONS_00066796 (transcript) - C. hemisphaerica

Overview
NameTCONS_00066796
Unique NameTCONS_00066796
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3972

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00066796 ID=TCONS_00066796|Name=TCONS_00066796|organism=Clytia hemisphaerica|type=transcript|length=3972bp
ttagaaaataaataatgATAAGAGGTAACAAATCAAATGGGGGATGAAGA
TGATGTATACGCTGAACAACTCAAAGAGGTTTTCAAAAGCTGTGATTTAG
ATAATAAAGGCTACATCAACCGTAATGAGTTGATTGATTTATCACAAAAA
TTACAACTGGGTGATCAAGTTGGAGATCttctaaaagaaattttgggTGA
TGAATTTACTGATGGAAAAGTGACATTTGAAGACTTTCGTGAAGGGTTTG
TTAATGTCTTAGCAAATGCAATTGATTGTTTGGGTGATGAAGAAACAGAA
GATCAATCAGAATGGTCCGAAGCTGGTAACAGACTTTCAACCATCACTGC
AACAACAGATAAAGATAGACAAAAGGTGTCACCTGCTCATCATGCAAAGG
TGTCAAAAACACAAAGTGGTGAAGTGAAGCCATCTCAACAACCTCCTCAG
CAACATGTCAAAGCTCAAAAGACTTGGTCAAATACATCTCTCAGTCAAAG
CTTTGAAGCTGGTGGAGATGAGTCTGCCATACAAATGCGTCAAATCTGGG
ACGATCTTGCGGTTGGAGAATCTGGTTATATTAACCTACTACAACTCTCC
ATCGTTTGTGAGCATATTGGTATGGAAGGCATGGCTGATGATGAGCTAGA
GGCATTATTTACTGAACTCGATAAAAATGGAGATGGTCTAGTCAGTCTTC
GTGAGTTCATGGATGGCTTATTTCTATCAACAAAGCGACCGAGAAGTGAT
CGATCAATGTTTAGTCCTAGAAGTGAAAAATCAGTTATTAGTCCCAAAAA
TGAAACATTGGTGGTAAGTTCACGGAACAGTGAGCAATCTTTGGTGAATC
TTGCTCCAGTGAATGAAGTGAAGCTTGAAGGATCTTTAGAGACCTTAGTG
GATATGGAGAATGATTTAGAAACACCACGGATGGAAGAGGTCTTGGAAGC
AGAGGTCGTTGAGGAAACTTTTTCTTCACCGCCTTCATCTCTTGCGAAAA
GGAAATCTTTAGAAATGGCTGCATCTAATCCAGATCTATCGAGTACAGAT
ATTTTCTATTCGTTGGATCCAAATGACACAGGgaaaatcagTTACAACGA
TCTGATCATGTACTTGAAGGAGAATAATTTGGAAGAACTTGAAATCATAG
CCAAGGTACTGAGGAAAGATGGCCaggggaaaataaaaaatcgtgaTTTA
TCTCTGCAATTGGAAAAGCTAGTTTTTCAACAACAGCACGACGCATTGAC
AAAGTCTGTCCTTTTGGTTTACAAGAAAGAAATCGCTAAACTCCGCGAAG
AGGCGATGAGATCACGTGATCAGAtggaagatttgaagaaccaaTCAGAA
TTATTGGATGAACACAATCAAACGCTagcaaaagaaaatgaagaacaaat
caaaatggcaCTAGAAGAAAGTCAAAATCGCATAAGAGAGCAAGAGGCTA
ATTTTGAGGAGAGATTGGCAACACGTGAACACGAGCTGCTTCGACAACGT
GATGTCATGCTAAAAGAAcacgaaaaagaaaagaacgagCTGAGACAAAG
ATTGGATGAAATCAAATCAGACGACTCTAAGACTAAAAATAAACTCAAAG
AAGCGGCTATGgAGATCTCGAAGCTTGAAGAAAACTTGAACATTACAATT
AGCGAGCTGAACGAAGAAAGAAAACAGTCTTCCCGGCTCCAAGAAGTCGC
TCAATCAGAAAAAGTCCTCAAACAAAGGATCATAGACTTAGACAGTCAAC
TTACGTCGTTGGCAGACTTACGAACCAACCAAAAAGAACGTATCCAACAA
CTAGAAGGAATTAATAAGACGCTGCAACGTCAAAATGAAGAGCACGAATC
ACAAATTATGGAATTACAAAATGAAttgaaccacaagcaaaaagaACTCG
ATGAGCAAGTACAAAATAGTATACCTCGTATGACCAGAGATGGGAGTAAT
CTTTCTGATTATATGAAACCAGAACTCGCCCAAAGCAATAACCAAGAAAT
GGAAGAGCTGCAAAGTCAAATACAAGATCAAAATGATATTATCAAAAACT
TACGGAACGAACTTGATACGGTTACTCACTCAATGAACGAAAAACACGGT
CGGGAAATCAACCGGTTAACTGATAAATATGCCAGTGAAATAGCGGAACT
CCAAATGAGTTTAAGTGCAGAACGAACTGAAAATACGGAAAAGCGTTCGA
CAGAGAAATCAAGTCTGATTGAATATTATGAAGACCAAATGACTGAACTT
AAGAAAACTTTTGATAAGGAGAAAGAGAATCTACTGAACTCTCATCAACA
TGAGCAGAAACGTTGGCAAAGCGAGCGTATCCCGAGCGGAGATTTCCACT
CTAGAGAGCGCTGGGAGGATTTGTTTCatgttgaaaaagaagaaatagaa
cTTAAGTATAAACGAGAAATTACTTTGCTTGAAGAGAAAATTATGGTTTT
GGAAACAGAAAAAGCTGAACTTGAACTTAAATTCTTAAATGAGAAATCAG
AAATTGAACAACAATTCCGTATTGAACGCTCGGAGCTTTTGCAGAACGCG
TCGAGTGCTTCGCAGGAGaatgaacattttcaaaaacatgttcaagcTTT
GAAGGACGAGCACGCAAAACGTCAATCGAACGCATTGCGTGATGCAAAAG
ATGAGCAtaaaagagagaaagaaaaactaagagaaaaatttgaaagtgaa
cTGGATAAGATGCGTTCTGAATACGAAAAAGAATTAAATGGGGAGAGAAA
AGAGCATAGCGGTCAGCTGAACGTTCAAACGACAGCAGCTGCAACAGAAA
AGTCTCGATGTCTCAGGGAGATTCAAGAGTTAAAAGATCAGTTATTACGA
GCGAACGCTTCAAGTGATCGAGACAATGCATTGAAAGATAAAGTCTTTAA
TGATGCCAAAGCTGAAGTCATGAACCTCAATAAAAAGCTCgatcaaaaat
caaagaaaatcaactCACTGGAAGAATCTTTACAACAAATGGAAGGGGAT
TTGTTTGAATTGGATAGTGAACGGAAACAACTGGATGAACAAGTCCAACA
TTGGAAAAACGAGGCaactgaaaacaaagaaaaagtacgACAAGAGCGCA
AAAACTCGACAACGAAATCAGTACGAAGTGACACTTTAGTAACAGAGCTT
TATGTCGAAAATGCGGACCTAATGAAACAGATTGCCAACGCTGAATCTAA
TCATTCAAAAGCAGAAAAACAAGTGAGACAATTAACAGACCAGAAACGTG
CGTTACAAAGAGTTATTTCCAAACTCTGTAATTCGTATGGTATTACAAAC
TTATCGTAAATTATAAAGATAGTTAGATTGTTTTGTGGTACCCTCCTTAA
TAAGCTCTACATTTTTCAGCAATTGAAATGTTAAGCTCTGAATATTTTTC
AGCAATCAAAATTTCCCTCATTGCCACTTTCGTTCTGTGTGTCTGTTGGT
TACTGATAGCAAATTGTTACTGATAGCAAATTTAAACTTGAAATCATTTC
ATTAAAGTTCATCTTTAAAACGTCAGAATTTTGacgacgtattgttttga
gggGGAGCTCGCATTAGCCAACACCAAGGTATTTTGTGGCGCCCATCAGA
TAAAACCTTGGATACACGTGGACGAGGTTGTCTCATAGCTTTCTCTTGGT
GTAACTTGGTTTTTGCACTTTTTATTTATCACAACTTTACTGTAAATAAT
AACTAGATTTTCAGAAATACGCAAAATTAGTTTTTTCCTTTGGTAATATA
TAACAAATGACACCAGTGCTTTTTATACGATTGTACATAAAATATTAGAA
TGAATTATAATTGACAAATATATCTTTACACAGCTGAGTGAAAACAGATA
TCCtctgctttttggacctaccacaaagatcgttcgttcgttcgttcgtt
cgttcgttcgttcgttcgttcgttcgttcgttcgttcgttcgttcgttcg
ttcgttcgttcgttcgttcggc
Run BLAST on NCBI

transcript from alignment at scaffold_46:273892..289326-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00066796 ID=TCONS_00066796|Name=TCONS_00066796|organism=Clytia hemisphaerica|type=transcript|length=15435bp|location=Sequence derived from alignment at scaffold_46:273892..289326- (Clytia hemisphaerica)
TTAGAAAATAAATAATGATAAGAGGTAACAAATCAAATGGGGGATGAAGA
TGATGTATACGCTGAACAACTCAAAGAGGTTTTCAAAAGCTGTGATTTAG
ATAATAAAGGCTACATCAACCGTAATGAGTTGATTGATTTATCACAAAAA
TTACAACTGGGTGATCAAGTTGGAGATCTTCTAAAAGAAATTTTGGGTGA
TGAATTTACTGATGGAAAAGTAACTATTCCTCCTTTTATTATTGTCAGTG
CCATTTAAAGTAATTACTAGATATTCTAAGATTGACTTTTTGCAATGTTA
ATTCAAATATCGACCTTTCTTTACCTGTTTTTATTCAGATGAATTTATTG
TTTGTTAGCAACTTCCTGCTACCTCATTTTTGTCAATAATTTATGACTGG
ACTTTTTGACATTAATCATTATTAGTTGATATTTTACAGTATGTATGGCT
AAAAAAGTGTTTCAAATTTTGAAAGTTTTGAATTGTAATGTAATGTAATT
GGTTTATTTATTTAATGCAATTTTAATTTTTTGTTATTTATACCAGGTGA
CATTTGAAGACTTTCGTGAAGGGTTTGTTAATGTCTTAGCAAATGCAATT
GATTGTTTGGGTGATGAAGAAACAGAAGATCAATCAGAATGGTCCGAAGC
TGGTAATGAATTTTTTTAGGATTATCTACCCGTTCTTCCTGCCAAAAGTG
GAATCCGCTGATAAGAAAAGCACAATCCTGTACCTTTCTTTGCAAAGTAC
CATACCTTAGTCTTGACAACACTTTAAAGGCATGGAGTCAAAAAAATGCT
AATTATAGAGCTTTTTAAGCGTTTTTAAGCTATTTTAGTAAATTCTCCAG
AGATTTATAATGCGAAAAGTGTCAATACGCCAATCTCAGTTCTGGCAAAT
AAACCCAAATAAACCCTTTTAATGATATTTTCCTTTCCAATCTAATTCAA
TTGAGACCTTTCCTCACAATTTCGTTTAAGATTGAAATGTTCATTGCATC
TTCAGGTAACAGACTTTCAACCATCACTGCAACAACAGATAAAGATAGAC
AAAAGGTTCACTTTACTTTTTATTTAGATTGAGAATGAATTATAGAGTTT
TGGAGAACTTTATTTTTCAAAAAATCAGCCATGTGTAAGTTCTTTCTGTA
GAAAATTTTAGTCTTCCTTCACGATGTAGTAAAAATAGGGTAGAGTAAGA
AAAAAACCCATTCTATTTTATCCAGTATACGCTCTCTCTTTTGTGGACAG
TTTTTGTCTTTTTGTGTGTTACCTGGTGTCACTTCTGACCTGCTCCTGCA
GTTGTATATCCACATATGTTTTCTGTATTAAGCTGATTTGCTGGAAGGAA
AAAGTTCATTTTTAGTTGATCCTTTCCATTTACATTTAGGTGTCACCTGC
TCATCATGCAAAGGTGTCAAAAACACAAAGTGGTGAAGTGAAGCCATCTC
AACAACCTCCTCAGCAACATGTCAAAGCTCAAAAGACTTGGTCAAATACA
TCTCTCAGTCAAAGCTTTGAAGCTGGTGGAGGTATGTTATTTGCTGAAAC
ACATAGCTTTATACTGCTTTATACTCTCTCATATTTTTCAACTGATTATT
TCAACTTTCAAATCCATCAAAAAATCATGAAAAATTTCGACAAAATGTTA
TCAGACACCACACTTAAATGTTAAGTTCCTAAAAGTGTTTGTTGACTGTC
TTTCTAACTTCAAATTTAGACCACCATGGTAGTAACTGTCATATGCAGTA
ACTGCTTTTAGAGTGACCAGCCTGGCACTGCCCTTTCTTGGCGTCAATTC
AATGACTTTCAATCTTTTTCAAGCAAACCATTTAACTGTCAACCTTTAGC
CTACTCTAATAACCGGCTACCGGGTTGTCTGTATTATTACTATTATATTA
TAGATGAGTCTGCCATACAAATGCGTCAAATCTGGGACGATCTTGCGGTT
GGAGAATCTGGTTATATTAACCTACTACAACTCTCCATCGTTTGTGAGCA
TATTGGTATGGAAGGCATGGCTGATGATGAGCTAGAGGCATTATTTACTG
AACTCGATAAAAATGGAGATGGTCTAGTCAGTCTTCGTGAGTTCATGGAT
GGCTTATTTCTATCAACAAAGCGACCGAGAAGTGATCGATCAATGTTTAG
TCCTAGAAGTGAAAAATCAGTTATTAGTCCCAAAAATGAAACATTGGTGG
TAAGTTCACGGAACAGTGAGCAATCTTTGGTGAATCTTGCTCCAGTGAAT
GAAGTGAAGCTTGAAGGATCTTTAGAGACCTTAGTGGATATGGAGAATGA
TTTAGAAACACCACGGATGGAAGAGGTCTTGGAAGCAGAGGTCGTTGAGG
AAACTTTTTCTTCACCGCCTTCATCTCTTGCGAAAAGGAAATCTTTAGAA
ATGGTAAGTTATGGTTTTTATTGTTTTATGTTTCAAAATTCGGTGTAATA
AACTGCTATGAATCTGCCAAAATTCCAAAACTTTGGCGTATTTGAGTACA
GTACTTTGCTGTAATTCACTTTCTTCGCTCAGAATTTGATGTTCTTTCCA
ATGAGGCTTGGAATTCCCAAGTTAGAAAACCGAGTTAGCAAATTTAAACC
GAGTTATGACGTCATCAAACAAAAACAAATCGAGTTAGAGAAATCAGAAA
TCGAGTTAGATATTTTGATTGTGACGTCAAAATTTTCGTTTGATGACGTC
ATAACTCGTTTTTTTTTGTTAACTCGGTTTTCTAACTCGGTTTTTCTAAC
TCGAGAATTCCGAGCCTCCTTTCCGATGGTGTCGATCATCTTTGTTAAGT
TCAACTTTGAAAATTTGTCAATTATTATCTACCCTTCGGCTAGAAGTTTC
CCCTGAAACGTCAGTCCTTCGGCCATAAACATTTTTTACCAGTCCCTGCA
GGTCTAAATTTGTAGGCCCACTCTCAAGAAAGTTTCATAATCCTATTTAA
TTTCGAACTCGCACCACATGTAGCTTCGTCCCACGAGGAATTGCCCTTAC
TAATACTAAAAGCTGTGATGTTGTAATTTCTCCTGTCTGTGTAGAAAACT
AATTATTACCTATCAATAAGCAGTTCTAAAACTGACCTGACTTGAAATTT
TATCTTGATTAAATTTTAGGCTGCATCTAATCCAGATCTATCGAGTACAG
GTAGTTTTTAGTTTATTTTCTCGGCAGTTAAAAACGATCTTTTTGTTTAA
CTAACCAAAAATATGAGAGTCTACAACATAAAAGTTTCTTATGGCATTTT
AAGCAAGGTGTGCCATGCTTCTTTAATAACTGTATGTGGATAGCTTATAG
AAAACTTATTGTAAATATCAATTCTTTTATAGATATTTTCTATTCGTTGG
ATCCAAATGACACAGGGTAAGACTGCCGATTTTTCGAGTCTCACGAAATT
ATTTGAATCAATGTTTTGTTTAATTTGCAGACAATCTTTGAAGTGCGATT
ACAGCAACAATTTTTTAACTACAAAATGCAAATAAAGCGCCATCATCCAT
TGATTTCTTTGTCTTCATTTTTCAGGAAAATCAGTTACAACGATCTGATC
ATGTACTTGAAGGAGAATAATTTGGAAGAACTTGAAATCATAGCCAAGGT
ATTCATTGTCAATGTTTATGTTTTTCTTCAATACTGGAGGAGTGACACTT
TTCGAAATAAATTCGGGTATTTTTTTTTAAAAAGATTGTTTCAAAAATCT
AAAAAAAATTGTGTAAATGACGAAGAGAAATTTAAAACAAAATCGGACAA
CATCGTTGAGTTTTGGCGCTCTAACAAAAAAAGTATATAGCGCAGCCATC
TCGTACCCAGAGCCAATTTTTTAAATTAGAAAAGGTAACAAAGAGACTGG
GTTCGAGTTTGATAGCACAGGTGTATCTAATAAAAGTATAGTTAATGAAA
TAGTTACCTCAGATATAATGAGACTTTATGTAAGTCTAATTTAATTACAG
CGGAAACAATCCGCAAATTATACGATTAGACTAATTATATATTGCAACTT
TCGAAAGCACACAAAAACACTATTTTCTTCTTTATTTCAATGGAGAAAAC
TTTATTGTATCTATCTTGCTTCAAAAGAACGCATCGTTGTTTTTTTTTTA
TTTCTTCACAGGACATGTTTTTTAATCAAAGATTTTCAATGTTATAATAA
GCAATATTTGGGTTGGTTAGATATTTCAATTTTTTAACTTTCAGGTACTG
AGGAAAGATGGCCAGGGGAAAATAAAAAATCGTGATTTATCTCTGCAATT
GGAAAAGCTAGTTTTTCAACAACAGCACGACGGTTAGCAGCTACACTTAT
TACTGATTTTGAAATATTGTCAATTTTGAAATTTTGTTGAATTAATTTTA
TATGTCACTGTAAGTAAGGCGAAACACTTTTAGTTCGGGCTATGGAAAAT
TTAAGTTAAGTTTTTTTACATCTTTGACGAAGAACGACTGCGACATATCG
ATCTTTTGCTAAGTTTTGATTAAAATTTGATTGTTTCTTTTTCAGCATTG
ACAAAGTCTGTCCTTTTGGTTTACAAGAAAGAAATCGCTAAACTCCGGTA
AGTTTCAGTTTGTTCAAAATTCCATGGGCCAAAGACAAGTTTCGGTTTGA
TATTAACGATCTTCAAAACTTGATTAATTTAACGTTTGACAAGATGTAAT
TGATGCCCATCGGATTGAACGTAAACATTTTTGCAAGAAAGCGGTTAATA
GCTGTTTTAGAACGAGTAGCTCCATATGCAAAGATTCCCCAATATGCCAG
TTAGTCTTAAACTTATTTTAACAATAACTTTTTAAAAGAAAGTAATTTGG
TTTCATAATCTAACTTTCAAAACTGATGGTCACTCGGAATATCTCCGAGG
CCTAATGATAATCAAAAATCAAAACGAAACAAATTGAAATTGGAACCATG
CAGAAAATGAGTTTGAAATAGTTCTTCTTTACTTTCGTTTTCAAAAGAAA
TCTTAATTTAAACACGCACCTGTGAATACAAAAAATCAATACAACTGCCA
GGATGAAGCGGCGTCAAATATTTTTTTGTGAAAATTGCGTCTTTTGCAAT
CTTTCGGCTGATAAGTTTCAACGAAGAATATTATGGATATATTTTTGGTG
TTTTTTTTTTAATTTTGTGTTGATTTCCATGGATTATTGCTGTGTAAAAT
AAGGTGGTATCCTTATAGGGAATTTGTGTTGTTCAGATTCTATTTGATAA
ACATTGACTGATTGACTTTGGATAAATCTTAAACGAAAACAGTAATGGCA
GATGTTATTATTTACCCAGCCGAAGAGCTACGAGGACCTGTTCGGGTGCT
TAGTCCCGAAGGTCGTGTTCTTAGTCCGGACATTTTGAAACGAATTATAG
AGGGTCATGAGGCTAGTGATATTTTTGATGAAAGCCTGGATGCTGAGGAA
CGAAATTTTGAAGATGGGAAATGTGAATCTTTGGTTAAAGAGTTGGCAAG
AGCCATACGAAGGTTTGCGTTTTTCGTCCGCGTTCAATCATAATTGATGT
TTAGATGCACGAAACAAATGATTAATTTATTTGTGTTAACATAAAAATTT
AATCGAAAAAGTTAAGTAGTTTAATGGAATTAATTGAAATAACTTCTTTG
AACCGTAAATCGTAAAGTAAAAATCAACAACGGGGTAAAATTTCGTGTGA
ACTAAATTTCACGGATGGCATCTGTAATTTTTGCTTTCGCCGATTTTTCT
CACATTCCTTTTTCAAAGAGCAAAACTTAGTCAACTCAAGTTGTTGAAAC
ATTCATTAAACACCTTATATATTCGAATCTCCTTGCCATTTGACAGATAA
AATAAAATAAAATAAAATGCTCAAATTCAATTAGTTAGGTATCCAAACTC
TCTCTACCTTTCCACAACAAGGAATCGAATTTTCGACTATATCGTTCTTC
ATTTTACTATTCTTACGAAGATGGGATGTATATAATGTTATTTCTATGAT
AAAGAATCCCATGTAGTCACTATATCTCTACTGCACCTTCGGCCTATGCA
AAGCAAGATTCTTTTCTGCTATTTCATGCGTAATTTTGTATGAGAATAAA
AATGTTAGTTAGAATTTGGCAAAATGTGACTATCATCATTCTTTTCAAGC
AATTTTTTGATACCAAGTAATATTCTTTCTGCTATTTCATATAATTTTAT
CTGAGAATGATAATGTTATTTGGGATTTGGTTAGTGTCACTATCAGCATT
GTTCGAGTAAAGCCCGAGTACAAATNCTTTTTTTGATACCAAGCAATATT
CTTTCTGCTATTTCATATAATTTTATCTGAGAATGATAATGTTATTTGGG
ATTTGGTTAGTGTCACTATCAGCATTGTTCGAGTAAAGCCCGAGTACAAA
TGTTGTCAGTAGACTCTGGCTTATATATTCGAACTCTATTATTCGAATCT
TTCTTTAATTCGAAATAATTCCCAGTCCCTGTCAAAGAGAGAACCTATTT
GAATACTTTTCAAATACTTAAATCTGAATCTCTCTGTAATTCGAGCAAAC
GAGATTCCCCGTTCGAGTTCGAATTAACAAGAGTAAACTCAGTAATAAAC
TACAGTAAGGATTGATTACGGTCAGAAGGACGAAGGTCTGACCATCATCA
TGCTTGATTTTATATTTACCACAGAAAACGTATGCATAAAATGAATAAAT
ATGCATGGTCTAGATATAGCCAATCGATAAATAACAAGCCTTTCTCATTG
TTTCCTCTCTATGTAGTGCCGCTTCCCCCTCTAAAAGTAAGAAATTTTAT
AATAGATTGCTGCCCTCTAAAAGAGGGACCAAAACCTTTTGAGAGATCAC
CGGAGCAAAAGATCAAAAGCAGTGCCTATTAGAATTTTATAGGCTTTACT
AGCCATAATTTGATGTTTCGATAGAAGCTGTATTTACTCCTTTGAAATTG
TACAAAGAAGTTATAAAGAACTGAAGCTACCAGTAAAAAAGCTGCAAAAG
CTAAAAGTATGGCATTAAAATCGATGTTGTTTGATTAAGCCTGAGTTCTT
TCAAATTTTGAAAAGAGTGCCACCTAGAAAATTTAAAACATGCCGCATAC
TTCAGGAAATGCGGTATTCATACATTCGAAAGCCTTAAAGAGGCATTTTG
AAACATTGAAAGGATCTAAATCAAAAGCTTTCCCCGTCAGCGCAAACCGC
GGTTTCTTTTACTGACCTGAAACATTTTTTATCAGAAAAAAGAAAAATAA
ATTGGTCTTTTTAACCATAATGAAAGAGAAAAAATTGCAAACTTGTGTCA
GCGGCGGGCTCCTGAATAATTGTAATTCTTTTTACATTATTTTCTTCTTT
TTTTTTGATTGACAGCGAAGAGGCGATGAGATCACGTGATCAGATGGAAG
ATTTGAAGAACCAATCAGAATTATTGGATGAACACAATCAAACGCTAGCA
AAAGAAAATGAAGAACAAATCAAAATGGCACTAGAAGAAAGTCAAAATCG
CATAAGGTGCCATTTTCCTCATTCAATTTAATCCTTTTCTTATTCCGTGA
ATAAGTTTTCTGGCAAATAGTGGTTTATTAAAAGTATGGAATGATTTCTC
TAGTTTAGAAAACAGATTTTAGGTCCTTTTTCAGAATTATTTTCAGTCAG
AGTTGGTTTGCACCCCGATGAGTGAATGCTTGAAAAAAAATCTTGATACG
TCCGACTCTCCCTCTCAGTGCAATAACTCTCAAGCTTTCATTAACAATGC
ACGATTTTCCATAAGAACCAGTATTTGCAAATTTTTAGCTGAGACTTGCC
TGTTCCCCCTGATTTTCAGGCTTTCTTAAATTGTTCTTTAAAATAAAATG
CTCACTTTGTTCACTCACGTAAATGTAAATGGGCTTTTATAATCAGCATT
CTCTTAGTCATTTAAAAAATTTATTTCTCAGCTTGTTCTTAATTTGTTCT
TATTTTTTGGCCGATATTGAGCATTATGATCGTACCAAATTGTTCTTATG
AAAATGTGTGTATTTATTTTAGAGAGCAAGAGGCTAATTTTGAGGAGAGA
TTGGCAACACGTGAACACGAGCTGCTTCGACAACGTGATGTCATGCTAAA
AGAACACGAAAAAGAAAAGAACGAGCTGAGACAAAGATTGGATGAAATCA
AATCAGACGACTCTAAGACTAAAAATAAACTCAAAGAAGCGGCTATGGTA
AGGAAGGAATTGGATCAATACATATTGTGTTTGGTCTATCATCAGGTTCA
TTAGTTATATGGTTATGCTAAAGGTTGCTCTCCCGTGAAAGTTTTAGGTA
GAAACCGGGAAACATTTGCCAAAAAAGAACCGTTTTATTACTGATCTTAA
CTTAGAATGTTCACGTTTTGTACAAGGGGAAAAAAGGCTTTGGTTTATGA
TATACTTAGAGTAGTTAGCTTTCGGTTAATTATACACTTTTTGTTTTATT
ATAGGAGATCTCGAAGCTTGAAGAAAACTTGAACATTACAATTAGCGAGC
TGAACGAAGAAAGAAAACAGTCTTCCCGGCTCCAAGAAGTCGCTCAATCA
GAAAAAGTCCTCAAACAAAGGGTTGGTTTCTTTCTTACTCCGCTGTTTAC
CTATTTTAATCGTAGAATTAAAATTTTTCATATTGCTAAAAGAGTCTTTG
GAGGCATTTCTAGAGCCAAAAAACCTAGTTTTACGTAACAGTACCCTCAT
TGGTGAAAATATTGTTTCATTAGGACATGTTCCCTAGCGGCTGGCACCTC
CCTCTTATTTTGCTCCTACCCTTTCGAAAGAGGAAACAGAGCTCAAGTGA
AACTTTTCTTCTGAAAATACGTCAAATGCGCAGTCTGAACTAAGGTCTAC
AGATCCAATAATTAGCATATTAGCACGAAAGTTGGACCTTTTCATAGTTT
TCTATTGCGAAGTATGATAAAACATTGAAAATAAGGTTCTAATAAGGTTG
ATAACCTGATGAGTGGAAAATGTCGTTTTATTATTTTATACTCTACGTTT
GTTAAAATGATTAGTTATTCAATATTTCCCCTTTAAAATAAAAATATTGA
ATATTGGAAAAGGAACTACTAGTGAGAGAGAAAAATTCAAGAAATTGAAA
ATTTGGGGAAAGTGGAAAATTTGCCTTTTTGTTAACAAGAAATTATGTAG
GAATAAATTTCTCGCGATAATGGTTTGTTATTTTAAGATCAAAATCATAG
GGCATTCAAGCCAATCGTTATTATAGCCAAGGAATTTTAATGAAAAGCCT
TGCTTTAACAAACATGAGGTTGATTTATTTTCCTTTATTTTCTCTCTAGA
TCATAGACTTAGACAGTCAACTTACGTCGTTGGCAGACTTACGAACCAAC
CAAAAAGAACGTATCCAACAACTAGAAGGAATTAATAAGGTATGTTGGTT
ACGGTTTTAAGGAATAAAACTATCGTATTTTCTGACTCTTGACCTGTATA
AACTTTGTATTACTTTTTTTGTGTTTGGTCAAGTAGTTGCTAAGTTATAA
CCTTTTGAAGCTCAAATTCAAGGTTCTGAAATTTTTGAAAAGGCTACTAA
CTGTTACTTTAAACTATGAATTATTTTGAAAATGAACTTTTTAAAGGGAT
AATCAGATTGTTTGAGATATTTGGATTACAGAAACCTTCTGTGGTCCATA
GTAAAACCTCAAAGTATTTTTGTCCAACAACTTTCCAAAATCGAATCAAT
ATGGGTTCTTACACGGTTCTTACGTTGAAATTCTATTGTTTTCATCCTAA
AAGCCAAAAACTTAAATATCTCGACTTTGGGAAATAGTAAGGCAAAAATA
TTTTGAGATTTTGCTCAGGATAATAGAAGGATCCCACATGGCAAATATTA
CAAACCATCTGATTATCCATTTAAACTGTTTTATTTTGCAGACGCTGCAA
CGTCAAAATGAAGAGCACGAATCACAAATTATGGAATTACAAAATGAATT
GAACCACAAGCAAAAAGAACTCGATGAGCAAGTACAAAATAGTATACCTC
GTATGACCAGAGATGGGAGTAATCTTTCTGATTATATGAAACCAGAACTC
GCCCAAAGCAATAACCAAGGTATTATATACACATTATTTGTTTTGAAGCT
ACAAAAGGTTCGAAAAGCTTATGTTCACAAGTTTCGAATAATTTCATATC
AATTATATTTTATTCCTCCTTTTAGAAATGGAAGAGCTGCAAAGTCAAAT
ACAAGATCAAAATGATATTATCAAAAACTTACGGAACGAACTTGATACGG
TTACTCACTCAATGAACGAAAAACACGGTCGGGAAATCAACCGGTTAACT
GATAAATATGCCAGTGAAATAGCGGAACTCCAAATGAGTTTAAGTGCAGA
ACGAACTGAAAATACGGAAAAGCGTTCGACAGAGAAATCAAGTCTGATTG
AATATTATGAAGACCAAATGACTGAACTTAAGAAAACTTTTGATAAGGAG
AAAGAGAATCTACTGAACTCTCATCAACATGAGCAGAAACGTTGGCAAAG
CGAGCGTATCCCGAGCGGAGATTTCCACTCTAGAGAGCGCTGGGAGGATT
TGTTTCATGTTGAAAAAGAAGAAATAGAACTTAAGTATAAACGAGAAATT
ACTTTGCTTGAAGAGAAAATTATGGTTTTGGAAACAGAAAAAGCTGAACT
TGAACTTAAATTCTTAAATGAGAAATCAGAAATTGAACAACAATTCCGTA
TTGAACGCTCGGAGCTTTTGCAGAACGCGTCGAGTGCTTCGCAGGAGAAT
GAACATTTTCAAAAACATGTTCAAGCTTTGAAGGACGAGCACGCAAAACG
TCAATCGAACGCATTGCGTGATGCAAAAGATGAGCATAAAAGAGAGAAAG
AAAAACTAAGAGAAAAATTTGAAAGTGAACTGGATAAGATGCGTTCTGAA
TACGAAAAAGAATTAAATGGGGAGAGAAAAGAGCATAGCGGTCAGGTAAG
CAAACTTCGAAAAGAATTTGAACTCGATAAAGCGAGTTTGGTTGAGGGCT
TCAATCGGGAGAGAACTGAAATGGAGCAAAGTTCAAAAAGAAAACTTAAA
GAAACTGAGGATACTCTTAAACAAAACTATGACCATGATTTATCGACGCA
GCTTTCTAAAATCCGTAAAGTTTCTTTAGAAGAGAGAGCTAAAGTCGAAG
AAGACCTTCGTTCCGAAAAATACGAAATTTGTCAGAGTTTGCAGAACGAT
AAAACGGAACTTGAAATTCGTATCAAGCAAGTGGAGAACGACTTAGAAGT
CTCCTTCGCTGATGAAAAAGCACGCCTGATTCGTGAATTCGAGCTTGAGA
AATCCTTAATGGAGCAACAACACCAGAAAGAAATTGCTGAACTGCAACAA
GCTTTCTCGACTGGTGAGGCAGGAATTAAAAACAAAGTAAAAGAAAATTT
TCAGAAAATGTTACAAGAGCAAAAACAAGAATTAGAGGATTCTTATCGCG
TCGAAAAAGAGCAATTGGTTTTTAGTTTCAATCGGGAGAAAGCTGCTCTG
CAGTCAGGTTGGCAATTACAGAGACTAACATTGGAAGAGGGCTTTACAAA
AGCGAAGGATGAAATGGAAAGTGCTTTTAAACGCGAAAAACACGATTTGA
TCGAGAAATCACGTAAACAAAAATCGAAATTCGAGGAATTGTATCGAAAA
CAAAACGAAAAGATAAGTGAAGATCAATCCAAGGAAATTGAAGAGCGCGT
CAAACGTGAAACGGATCGATTGGAGTCGTCAAACACTCATTTGGGAAAAG
AAAACAATCTTTTGAGGGAACAGAAGAAAGAGTTAGAAACACGAAATCAA
GTTTTGGAGTTGAAAAGCCTCTCTGTTAAACAAGAAGGATCAGAGGCTAA
ACAATATTTGAATCAAAAGAACGAACTAGTCGAGAAAATTAAAACACTCA
GTGAAACGGTTTATCGATTAGAAACCGATAACACACGATTATTGAACGAG
AAGAAAGATATGGAACATGACAAAGATACCATTTTGGAGAACAGCGTTCA
TGAAATAACCGATCGCGAATCAAAAATCACTAGCTTGTTAAAAGAGAAAA
GTGATCTGGAAACTAAGCTACATTGCTTGATGGCAGCTGTAAACGAGAAT
GAGAAGATGAAAGATCAGGCTATGCAAATGCAGGAAGAAGCCATGGAAAT
GAAACAATCTTTAACGTCTCTTCAAGAGGTATTTTTAAATGTTAAACCTT
CATTAAATCGTTCTAAACCAACTTTCTTAAAAGCCGTTAAAATTATTAAC
ATTTTTAAACCTAAATCAACTTTTCCGTAGAGCTTAAACTCAAACTCATT
TCCAAATAACCAATTCGAACGAATTCTTATATCCTTCCTGACTTCAAGCC
GGTAATTCACATAGTTTTGTCCCTTGGATATTGAATTACATTCCATTATG
TTGAGCCCATACACGTTTTTTTTTTATTAGAACACTTAAAATTTGGCTGA
GCCTGGATGTGCTTATTTTCTTAGCAATTTTCAGCCTGAAATGTTCTTAA
ATGCGTTCTCAATTTTTCAGACTACTCTAAATCGACAATATCATGCAAAA
TAAAGAGCATATAAAATTGGTACAATTTGGACAATATTTGACTCTCGATT
TTAGAAAATCCATGCCTAACTTGGGTTAAAACTGCTTGAAAAGAAGAAAA
ATTGTAGTTTCTTGTCATTTTTTTCCAAACTGAGGCTGGGCATGTTCTTA
CGATGTTCTTAATTTTTCGACGAATTTCAGCCTAAATGTTCTTATAAACT
GGTTTCTAATAAAAAAAAAACGTGTACGTGTTTTCACATACATAAATCTT
CTATTAAAATCTCAACCTCGAACTTCCAATAAACCATACTAAACACATAC
ACACAATTAAATCTCTGAATCTAACCACTTTAAACTCTATTACAATCTAT
CTATAACAGCTTAAAAACGTAAACCAATCATTAAAAGAGATGGTTCAGTC
ATACCAACGTAAAGAAAAGGAGAACAAAGTATCCAGTCGTGAAAAAGATT
CGACCATCAATCGCTTGGAAGATGCTGTGAAACAGGTGGAAATTTGAATC
GCTCTCCGATATCAATAATCAGATAGTGATAAAATTCTGCAGGACCTTGT
GCTTCATTAGACATCGTCAGACTTTAAAAGGAATTTATTATTACGAGTCA
AGAGTCTAGGGATAAAAAAAACCTTCACATCTACACTCCTAGAATTGACA
GTCCTAATCTTTTTATGAATTTTGTTTGTTTGTTGTCTTCGGGCCCTTAA
ATTTCTGTAAGGATGAGTTTGAGACCTCTGCGAGACCCTACTGAAGGGAA
GACGTCAAGGAAATGAATGGAAGATGGAAATTAATGATTTTTTAATACCC
GTTCTTGCGTTCGTTATATTCATGACGTAATATTTTATACGGAAGCACCC
AAAACATTACTAATTTTGAATTTAAAACAATAAATCTCGTGGGAAACGCC
AGGGCTATTTTGGGTGCTTCTGTATAAGACATTACGTCATGAAAGCGCGA
ATATTGATTCGTACACCTTGCAATGCTGTTGAATTGACCAAAATCTTTTT
CTTAACTTTAGCTGAACGTTCAAACGACAGCAGCTGCAACAGAAAAGTCT
CGATGTCTCAGGGAGATTCAAGAGTTAAAAGATCAGTTATTACGAGCGAA
CGCTTCAAGTGATCGAGACAATGCATTGAAAGATAAAGTCTTTAATGATG
CCAAAGCTGAAGTCATGAACCTCAATAAAAAGGTTTGTGATTTAAATATG
CACCTTTTTCCATGGGGCTTTTTGATGTATACCTTAAATGAATTAATTTT
GGCGTAGATTTAACTCGTTGATTGGCCAAATTGTTTCATTGAAACCTGGG
CAAAAATGGGAGGGTACAAAGTGCTAATAAGCGTGGTTTTTATATGATTA
CTTTACAGTTATCCTAGACTTCATGATAGGTGGACGGAGTTGGTGGCTTT
GAAAGTCTTTGAGATGACTAAAAAATATCCTGAAAATATCAGCTTTTTAG
CAAATTATCAATTTTGTGTGGATATAATTTCGCTTAGAAAAGTTGGAAGC
ACTAAAATGCATGAACATTTCCCATATAACTGCACTTTTTTATCGTTACC
TGTTTTTCGAATAATTTCAGCTCGATCAAAAATCAAAGAAAATCAACTCA
CTGGAAGAATCTTTACAACAAATGGAAGGGGATTTGTTTGAATTGGATAG
TGAACGGAAACAACTGGATGAACAAGTCCAACATTGGAAAAACGAGGCAA
CTGAAAACAAAGAAAAAGTACGACAAGAGGTAAAGTACCATTACATCAAT
TTGCCACCACTATATCATCTTCTTGGTAGCATCTTTCTACTTTTCATTCG
TTTGCCAGGTCTTATTCTTTAATTCTTAATAACAGAAAAGCTTCAAGGGG
AAACTGAAATCGGCTTTACACACGCCGATTAAGTAAATTATCGTGTCAAT
GTGCAATGACTCCAGATATTCAAAAATATGTGAAATATTTACAAATTAGG
CACACAAAATTTGGACTCGAGGTTTGCTTATATTTTGTTTTTCGACCGAC
GAAATTAGCTTTAGTCTTACATATCATATGTATTTTTTTCATTTTATTTT
CTATTCCAGCGCAAAAACTCGACAACGAAATCAGTACGAAGTGACACTTT
AGTAACAGAGCTTTATGTCGAAAATGCGGACCTAATGAAACAGATTGCCA
ACGCTGAATCTAATCATTCAAAAGCAGAAAAACAAGTGAGACAATTAACA
GACCAGAAACGTGCGTTACAAAGAGTTATTTCCAAACTCTGTAATTCGTA
TGGTATTACAAACTTATCGTAAATTATAAAGATAGTTAGATTGTTTTGTG
GTACCCTCCTTAATAAGCTCTACATTTTTCAGCAATTGAAATGTTAAGCT
CTGAATATTTTTCAGCAATCAAAATTTCCCTCATTGCCACTTTCGTTCTG
TGTGTCTGTTGGTTACTGATAGCAAATTGTTACTGATAGCAAATTTAAAC
TTGAAATCATTTCATTAAAGTTCATCTTTAAAACGTCAGAATTTTGACGA
CGTATTGTTTTGAGGGGGAGCTCGCATTAGCCAACACCAAGGTATTTTGT
GGCGCCCATCAGATAAAACCTTGGATACACGTGGACGAGGTTGTCTCATA
GCTTTCTCTTGGTGTAACTTGGTTTTTGCACTTTTTATTTATCACAACTT
TACTGTAAATAATAACTAGATTTTCAGAAATACGCAAAATTAGTTTTTTC
CTTTGGTAATATATAACAAATGACACCAGTGCTTTTTATACGATTGTACA
TAAAATATTAGAATGAATTATAATTGACAAATATATCTTTACACAGCTGA
GTGAAAACAGATATCCTCTGCTTTTTGGACCTACCACAAAGATCGTTCGT
TCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTC
GTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGGC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_041766XLOC_041766Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00066796-exon-scaffold_46-1575043694:289108..289326TCONS_00066796-exon-scaffold_46-1575043694:289108..289326Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:288675..288780TCONS_00066796-exon-scaffold_46-1575043694:288675..288780Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:288272..288321TCONS_00066796-exon-scaffold_46-1575043694:288272..288321Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:287796..287937TCONS_00066796-exon-scaffold_46-1575043694:287796..287937Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:286924..287423TCONS_00066796-exon-scaffold_46-1575043694:286924..287423Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:286177..286207TCONS_00066796-exon-scaffold_46-1575043694:286177..286207Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:285961..285994TCONS_00066796-exon-scaffold_46-1575043694:285961..285994Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:285729..285801TCONS_00066796-exon-scaffold_46-1575043694:285729..285801Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:285045..285132TCONS_00066796-exon-scaffold_46-1575043694:285045..285132Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:284780..284831TCONS_00066796-exon-scaffold_46-1575043694:284780..284831Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:281871..282011TCONS_00066796-exon-scaffold_46-1575043694:281871..282011Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:281180..281354TCONS_00066796-exon-scaffold_46-1575043694:281180..281354Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:280806..280922TCONS_00066796-exon-scaffold_46-1575043694:280806..280922Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:279988..280077TCONS_00066796-exon-scaffold_46-1575043694:279988..280077Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:279308..279485TCONS_00066796-exon-scaffold_46-1575043694:279308..279485Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:278432..279201TCONS_00066796-exon-scaffold_46-1575043694:278432..279201Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:275645..275815TCONS_00066796-exon-scaffold_46-1575043694:275645..275815Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:275098..275256TCONS_00066796-exon-scaffold_46-1575043694:275098..275256Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1575043694:273892..274767TCONS_00066796-exon-scaffold_46-1575043694:273892..274767Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:289108..289326TCONS_00066796-exon-scaffold_46-1510915933:289108..289326Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:288675..288780TCONS_00066796-exon-scaffold_46-1510915933:288675..288780Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:288272..288321TCONS_00066796-exon-scaffold_46-1510915933:288272..288321Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:287796..287937TCONS_00066796-exon-scaffold_46-1510915933:287796..287937Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:286924..287423TCONS_00066796-exon-scaffold_46-1510915933:286924..287423Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:286177..286207TCONS_00066796-exon-scaffold_46-1510915933:286177..286207Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:285961..285994TCONS_00066796-exon-scaffold_46-1510915933:285961..285994Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:285729..285801TCONS_00066796-exon-scaffold_46-1510915933:285729..285801Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:285045..285132TCONS_00066796-exon-scaffold_46-1510915933:285045..285132Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:284780..284831TCONS_00066796-exon-scaffold_46-1510915933:284780..284831Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:281871..282011TCONS_00066796-exon-scaffold_46-1510915933:281871..282011Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:281180..281354TCONS_00066796-exon-scaffold_46-1510915933:281180..281354Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:280806..280922TCONS_00066796-exon-scaffold_46-1510915933:280806..280922Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:279988..280077TCONS_00066796-exon-scaffold_46-1510915933:279988..280077Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:279308..279485TCONS_00066796-exon-scaffold_46-1510915933:279308..279485Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:278432..279201TCONS_00066796-exon-scaffold_46-1510915933:278432..279201Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:275645..275815TCONS_00066796-exon-scaffold_46-1510915933:275645..275815Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:275098..275256TCONS_00066796-exon-scaffold_46-1510915933:275098..275256Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1510915933:273892..274767TCONS_00066796-exon-scaffold_46-1510915933:273892..274767Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:289108..289326TCONS_00066796-exon-scaffold_46-1491911889:289108..289326Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:288675..288780TCONS_00066796-exon-scaffold_46-1491911889:288675..288780Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:288272..288321TCONS_00066796-exon-scaffold_46-1491911889:288272..288321Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:287796..287937TCONS_00066796-exon-scaffold_46-1491911889:287796..287937Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:286924..287423TCONS_00066796-exon-scaffold_46-1491911889:286924..287423Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:286177..286207TCONS_00066796-exon-scaffold_46-1491911889:286177..286207Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:285961..285994TCONS_00066796-exon-scaffold_46-1491911889:285961..285994Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:285729..285801TCONS_00066796-exon-scaffold_46-1491911889:285729..285801Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:285045..285132TCONS_00066796-exon-scaffold_46-1491911889:285045..285132Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:284780..284831TCONS_00066796-exon-scaffold_46-1491911889:284780..284831Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:281871..282011TCONS_00066796-exon-scaffold_46-1491911889:281871..282011Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:281180..281354TCONS_00066796-exon-scaffold_46-1491911889:281180..281354Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:280806..280922TCONS_00066796-exon-scaffold_46-1491911889:280806..280922Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:279988..280077TCONS_00066796-exon-scaffold_46-1491911889:279988..280077Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:279308..279485TCONS_00066796-exon-scaffold_46-1491911889:279308..279485Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:278432..279201TCONS_00066796-exon-scaffold_46-1491911889:278432..279201Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:275645..275815TCONS_00066796-exon-scaffold_46-1491911889:275645..275815Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:275098..275256TCONS_00066796-exon-scaffold_46-1491911889:275098..275256Clytia hemisphaericaexon
TCONS_00066796-exon-scaffold_46-1491911889:273892..274767TCONS_00066796-exon-scaffold_46-1491911889:273892..274767Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_46supercontigscaffold_46:273892..289326 -
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
3.4615	2.54255	1.03315	0	7.48532	3.46718	4.53618	3.95114	3.5701	1.91056	1.3461	1.73394	0	0	0	0	0	0	0.0128085	0.000687009	0.00437657	2.43574	3.19429	4.22919	0.013414	4.85653e-05	1.84408	1.68991	3.79518	2.96292
Blast
[Close]
BLAST of TCONS_00066796 vs. Swiss-Prot (Human)
Match: NINL (Ninein-like protein OS=Homo sapiens GN=NINL PE=1 SV=2)

HSP 1 Score: 121.324 bits (303), Expect = 1.600e-27
Identity = 87/269 (32.34%), Postives = 135/269 (50.19%), Query Frame = 1 
Query:   37 MGDEDDVYAEQLKEVFKSCDLDNKGYINRNELIDLSQKLQLGDQVGDLLKEILG-DEFTDGKVTFEDFREGFVNVLANAIDCLGDEETE----------------DQSEWSEAGNRLSTITATTDKDR------QKVSPAHHAKVSKTQSGEVKPSQQPPQQHVKAQ----------KTW-------SNTSLSQSFEAGGDESAIQMRQIWDDLAVGESGYINLLQLSIVCEHIGMEGMADDELEALFTELDKNGDGLVSLREFMDGLF 723
            M +E++ Y  QL+EV+ SCD    G+++R EL  L  KL L  Q+  LL+ +LG D F   +V FE+F+EGFV VL++       +E                  + S+W    +R     A T+  R      Q    +H  + +  +S E   S +  +   +AQ          +TW          S S SF    D    Q+R +W++L VG SG+++  +L++VC+ +G++G+  +ELE LF +LD++GDG VSL EF  GLF
Sbjct:    1 MDEEENHYVSQLREVYSSCDTTGTGFLDRQELTQLCLKLHLEQQLPVLLQTLLGNDHF--ARVNFEEFKEGFVAVLSSNAGVRPSDEDSSSLESAASSAIPPKYVNGSKWYGRRSRPELCDAATEARRVPEQQTQASLKSHLWRSASLESVESPKSDEEAESTKEAQNELFEAQGQLQTWDSEDFGSPQKSCSPSF----DTPESQIRGVWEELGVGSSGHLSEQELAVVCQSVGLQGLEKEELEDLFNKLDQDGDGKVSLEEFQLGLF 263
The following BLAST results are available for this feature:
BLAST of TCONS_00066796 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
NINL1.600e-2732.34Ninein-like protein OS=Homo sapiens GN=NINL PE=1 S... [more]
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