XLOC_044095 (gene) - C. hemisphaerica

Overview
NameXLOC_044095
Unique NameXLOC_044095
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_58:268095..280715-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_044095 ID=XLOC_044095|Name=XLOC_044095|organism=Clytia hemisphaerica|type=gene|length=12621bp|location=Sequence derived from alignment at scaffold_58:268095..280715- (Clytia hemisphaerica)
AAAATGGTTTCAATAATATTGATTGTTTTAATGGATTGAATACTCTCTGA CGCCTTTTGGTTCTATTGATTATCAACGATTTGACCAGATAGACCAGGGC CTTTGCACCAATCCTCAGAGTTGGATATTGTTCTAGGTGGTATCTTGATA TAGTTGACTGATTCTATTATCATTCTCTGATGTCACTAAAAACGTTACAT GTTTTATTTTTTCTTCAAGGAATTGAAAGAGGTTTCAAGATATTACTCAA ATGAAGAAACTGCCGTTCCCCTTATCATGAGAGTTGTTTAACATTTATAA AGTTACAAAATGAAAACTGATTTCCCATCAAGATACAAAATGATGAAAAA ATTGGAAAATTTAACTGCTAGGCCTGTTTTAAATTCCTTTTCAAATGGGG GGATACGTGACCATTAAACTAAGGTCTGTTCAAACAGTAGTTATAAATAG GTGTATTATCAAAGTTTAGGATCTTTCGCAAAACTGTATTAGAATTTAGT GTTTTTTTGTTATTTTAAACGAGATATTTTTTGTTTTGTTTCGATGCATT TTATGATCATTTTATTGGACTTTATTGTTATTTCAGTTATACAAACATGG AAAATTTAAATTCCAACAAAGAAGATGCACCTGTATAGAGATTCCTGCTG CTAATTTAGGGTTTGTATGTGACAGTTTCCTACTCGAATTTTTTTCATTG TTGAGATTTTTTCTCAGATTTTGATTTTCTTAGTAATTATTCGTTTTTCT CATTATTGTTTCTTTTATTCTTTTTTTTCAGTTGTAACAATTCGATCCTT CAGCCAATTCTGTTAAAATGAGTGTAATGTTTAGTCAAATTGATATCAGT CCCCAGGTAAATCTCTTCTGTTTTTCAATTGTGTTTGTAATTCTTTAAGG ATAGAGCCTACAGAAGAAAATCATCATTGGTATTTATGACCAGTAGATGT TTTTTCATGAGAATAATGGAGTGTATACTGAGTTTATTATTCTAAATCTG CCATTTGAGCTTTCCTAAGAATAATGGATATTGAGCTCTTTTATATACAT AATAACGGTGTTTGTCTTTTCATTGTTTTCGATATACAAACGATTTGGTA TTTTGGTTGAATTTAAATTTTTAGGATGATGTAGAGACAGAGATGCAAAA TGAAGACCTCAAGCAACAACAAGAGGTTTGTATTCAATAACAATACTAAT CTTGTATTTTTCAAGAGTGAGTAGGTTTGCTATTTTCGGCCAACAGGTGC CTTGAAATAGACAGTGAAGTAGAACATGACAAACTCTAAAAGAAAAGCCT ATATAGTATTTAAGGTGGTTCCAGTTTTGGTTACAAAGGTCTCTTTAATA GAGTTCTGATCTGTGATAACCACTCATAAACTGATGTATTTTTTTCAAAA TTTTGTAGGCTAAAACTCATGAAACTATGCAGCTATTCTTTTAACTAAGA GCCTTTGGATATTCAAATCCCTTTCCATAATAGGAACCTTGAGATAACGT TTCTTGCATTTGCACCTAAACAGAGCAAGACTTTAATCCTTAGTCACTTT TTATGTTTTTCAGTTGAAAGCTTTTCTTGAAGAAGAACTCGATGATGGAG ATCTCTTCGACAATGCCTCATTCACATCTACCGGACGATTTAGTGATCCT CAGTACACAAAGACAGCACATTCAAAACAAAATAGTGGTCGTCATAGCAA CAGTGGTGATATTAGTTTCCATCAGAACTCAATACATAATGATTATGGAG ATAATGAAGACTTTGGAGATCATTTGGGAATGCATAATGGTTATCCATAT AATGGCTACCAGGTAACTTTCTAGTTGAATTCATAGATAAAAGATGAGAA CAAGGTGGTTTAAACTTGTTAATATTTGCATTAATTTTGGTGGTTTTGAG TAATTTTGATTGTTAGATGCCACCAAAGATACAGAATTAACCATTAGACC GAATAATACCCACACTCTAACTTCAAATTGTGCAACTGTTAAAATAAGTG TCAATTTCGACTTTTTATTTGGGCCTTGTTAAACAGCAGAGAAGCACGGA TCACAGTGCTCCTAAGCCCAGACCTGTCGATATAGGACCGAAAAGTATGG TGATCTCATATGAATGGGTCAAGAAGAAACTTTTAGAAAAACCTTAACCA AGTATTTTTATTTTATCATTGTCTCATCTAACAAGTTAAACTCAACATAG CTAAATAAAGATAGCTCGAAAATTAGTTTTCTTCAACTCTCTATTTTTCA GGATGGGAATCACAATAATATTGACCACTATCCAGCAGCAGCACATCCTT CAATAAGTACTGACCCATATCCAAACACACAGCATGTCACGCAGCTTCAA ACTCTTTACGAAGCACGTGGTCGTAAAATTGAATCTTTGCAACGAGAGGT GGAGGAGAAAGATGAAAGTTACGCTAAAGAGATGCGTATTTTGAATCACA AGCTGATACTGGCTACTGGTATGTTCCTTGTTGAGCTCTTACTAAAATAC CATTTGACCAAGAACATATATTATTTAGCATTTATAAGCAAACTTAATAA AGATCTGCAAAGATCGAAATATCGTTTAAAGAAAATGTGTTTCTATGTTT TGACTTTGTTTCTATGATATATTTTAATTCGATGCCTGATTTCAGTAAAT AATCAATGTTTTGGTAGTCCTAAGTTATCTTGAATATTTCTTCTGAGTTA TTTGTTAAACGGGTTATACCAATCGTAAGTTGCAAGTCTGCAGCGTTGCA TTATTCATATCATAATTATGNTTTGTTAAACGGGTTATACCAATCGTAAG TTGCAAGTCTGCAGCGTTGCATGATTCATATCATAATAATATTTCTCATT CTTGACAGGCGACAAAGAAGGTGCAATGACCAGCATGAAACAACTTCAAG ATCTTTTACACGAACACAAAACTGATCTTCACAAAAACCAACAAGCTCTT GAAGAAGAAATGCAAAATAACAGAGTGTTGACCAACCAAATAGACGAATT AAATGAAAAACTCTTAGCCTCTGATGAAACCATCAACTCTTTACAACAAC AGATACAAATGATGAATCAGTCTGACTCTTTAGCCCGTGCTCGTGCTCAA CATGAAAGCCTCTTAGCCACGATGAGACAAAAACACGAGGCTGAGATTCT ATCATTGAAGGAAAAACTGGATGACATGAAACAATCTCTAGCGTGGAAGG TTTGTAGAAGTCTCTATGTAATTACAACTATCCTATCATTGTCGAATCTC CCATGGAACGAGTTTTTTATTTTGACTAAAAAGTGGTATTATTTGGCAGA CGTTTTTCCTTACTGTTTCGATAGAAAGAGAAAGAGAGGGGATTGATACT TGGATGGGGGTAGTGAGGAGAGTATCGTTTTTAAAGGTTGGGGGATGCCA AACATTCCGGAGATCATTTCAAGAAAGGAGGAATCAGACCCCTTTCCGCA CTATATCTGCGATTGTTGAATTGAAAAGAAGGATATTTCTCTTTTTATCT AGTAAGACTTGCTCTTCTTATGGATTGTTATCATTTTTATGATTATAAAT TTGTCTCTATCTAGACATCTCATGGATTATTATTTTTTGAAATTTTATAT TTGATGTATTGCTTGTTTTCAGACAGAGGATAATAACAGATACCGAGAGA TGCTTGATTCCAATTCTGCTGTAAGTTGCACCTCAAGTAGTCTCAAGCGT TTAATGACTTAGCTCCTCTGACTATATTTTTTTTCATATCCTAAAAAGGT TCAGGTTCCATTAACCAGCTCAAGTATATAAAAAAGTATACTAAAAAAGT TCAGGACTGGAAACTTTAAGCTACTAATGCAACTGGCTTCAGTGATCCAA CTTGATGGTTAATTCCTAAAGTTATTTCTCGTTTGAAACGGTTGTAGGCA AAGTGACCAAGTTTTGCTTTTCTCTCTGATCCTTAGGCAAGTGAAATGGG TATTTTACAGAACCGTCTACGAGCAGAAGAGGATACAACGAAGAATTTAC GGAATGAACTTGAGAAGAAAACTGAAGAAATACAAGATTTGGAAACCCAG CTTGACGTCTATGAATCGCTGGTGAAGAAAAATGAAAATCAATTCGCATC CACTCCTTTTGTACCTTCGAATGGGAAAGGAATAAGGCGAGGCTTATTGG ATTTCAAAACGCCCGTTTCACAGTAAGAAAATCTGTGCATTTGTCAGTCT CGTTAACTCGAACCTCTATAAAGGAGCGTCTCCATAACTCGAACAAGTTT TATGGCCCCTTCAGTTAACAATGCCTTATTAAAATTAGCCGATATAAACT GGAACAAATTTGCTCTCCCTGTGCGTGTTAAATGCCACTAATTTTGTTCA AACCATTTTGTATTTTCCACCTTGCTCTTTCTTACTTGTTTACTCTTTTT GACTACTTACTGTTAATTTCACAATTTTAACAGGGTTCAATCTCCAGCTG CTCAAGCCACATCTCCACAGGCACCTGAGTCTAAAATACGTAATGAACTC GTCAATGCTTTGTCAAGTAACCATGAGAAACGTCGAGAAATCACAACTCT TCGCAACGAGATCGACAGACTACAGCGTGAATTATCGATGAAAAATCAAC ATAATCGTAACAATGACACTGACACTGCTGCTGTGTCGAATACGGGAGAA TGTTTGAAGCGCAAAGAGCTTCAATCGGAGCTACATAACGAGAGACATAC CTCTGAAGACGAAATCTTGAAACTTAGAACTGAATTAGACGAAACCAAAT CCAGTAACAATGAACTTCAAACCAATATGGTGGAATTAATCAAAACAATG GATAAAAAGAAAACACAAGACGCAGAATCCCATAATAACGCTATGTTGAA GTTCGTGGATGATGCGAAAGAGAATTTGAGGGTGGAACTCGGGCGTGTCC ACGAGGGTGAAATTTTGACATTGAAAACAGAGATTGATAAATTGAGAAGT GAGTTGATGTATACTAAAGAGGAATACGTGAAATTATGCGGTGAGATGGA AAGAGTTGAAAAACAAGTGAAAACTGATGCTCAAAATGATAGCAAGATTG AGCAGGACGAAATGAAATTTCAACTTGAGACCGAGTACAAGGAGAAACTA AAAAGACAAGAGAACGAGTTGACCAATCGGTATTTAGAGGACTTGTCTAG CGAACGGGAGAAATGGAAAGTTGAGAGCGAGTTAGAATTGAGGAATGAAA TAGAGAAGAATTTAATGTTGGCGAAATCTGATTGGCTGGAAGAATATCGT TCAAAGAAAGAGGAGGAAGTGAAAAATGCGTTGGAACTTGCTAAAGTGGA ATGGGAACAAGTGACGCAAGCAAAATCACGTGATGTCGACAAATTGAAAG AAACCTGGGAAGCAAGTAAAGAGGTTTGTAAATACTTTCGGAAGTGTGTC CAGTATGAAAACTAGTCCGCCTAGTTGGTTTTTTTTAATTGTCGATTCGT ATGATATTCTCATGGCGTAATGTTTTATATGGAAGCACCCAAAATCCCAG TTGTTTGCCACTAATTTTGAATATGAACATTTTGGGTGCTTCCGTATAAA ACATTTGTGAATATCATAAATGACGGTTCTCGATTTTTTTGAACTGGGCA AACCTTCACAGAAAATCTTTAAAGAGTAAAGCAAAGCAAACTAGCTTGTA AAGGAAAAATATGTAGACATGTTACATTTTAGGTCGAGTTCAAAGAGAAA CTTGGTACTGAGAAGTTGAAATGGCATATTGCGCGCGATAAGGAGACGGA ACAAAAGATAAAGGAGTCCAAACAACTAACAATTAATGAAGAGAATTTCA AATGGAAAGAAAAAGAAGAAATGCTTAAAAAGGTATGTTTCTTTCTTTAA ACCTTCTTGAAAAAACTCAACTTTCCTAAGAGTTCGCTTACCTGTAGTTA CATAGCACAAAAGTAAATTAGCTAAAACGCATCAAAAATCTATTAATCTC TTTTTCCAAATTACATCTTGAACAAGGGCGTTCTTCATTTGAGNAGCTAA AACGCATCAAAAATCTATTAATCTCTTTTTCCAAATTACATCTTGAAAAA GGGCGTTCTTCATTTGAATCTTTATTGCGTCTGAAGCAACGACTATTTTC ATTGTATTGTCATTATAAGGAGCTAGATGTGCAATCACGGAAGGAGATAC TCGCGTTGGAGGCTACTATCGAAGCACAAAAACAAGATCTACATAAGGCT GAAGTTACACTGCAACTGAAAGAAAGTGCTTTCCTTCGAAAAGAAACTGA CTTGAAACATTCGCTAAAACTTTTACAGAGTGAAGTTAAAGAATTGAATG AAAAACTTGAATCTGTAGACAGCGACTCATTGCAAAGTCGAAGCTTATTG ATTTTCAAAAAGATTGTCGATTCTAAAGAGAGTTCTGAGACTGAAATGAA AGCGAAGCTTACGACTTATGAAAATAAGGAGATAAAATGGCAGACTCGTG AAAAAGAACTGGCTGGCTTGTTGAAGGAGACGGTCGATAAGTTGAAACGA ATGAAAGAGGAGAACCAATGCGATTGTAATGTGTTTCGTGATTCGATGAT GGAGAAAATGGAGACAACTTCGTGGCTAGATCATATATCACCTAATAGGA AGAATAAAGAGAGACAGAAAAGCGACGAAGAACGACTTTCAACGGCACTT GAGCTATCGAGACAAAAAGTTGCCTCTCTTTTTTCTTCAAATGAACAACT AGAGTTTGATGTTGAAAAATTAGAGAAAAACATTGCGACATTGAGAGAAA GTAAAGAATTGTTGAAAAATGAACTGGAGAAAGAATTTGAACGCGAACGC ACGATAATTGAAGAAAAACATAAATTGGAAGTTGAGAAGATTCTACTGAT CGAAGTGGTTTGTGATTTCTAGTCTCTGTTCGCCCTATATTTCGAGCTTT TATGGGTCCCCTGAAGTTCAAATAATAGCGAATCAATTAAAACGGCGATA TCGAATGAAAGCGAATTAACTGAATTTTTTATCGAATGCTTGCGTTACGT TTCCATCGTTTTAGATTATGATGGTAACACAACCCGTCAAATATTCTTTT AACATCAAAAAGTTTCCTTGATGGATTTTTATTTCCTTCATTTTAAATTA ATCTGTCCGCTCCGTCCCTAGTTAAATTTTATTTTCAAATTGAAATATTT AATTTGTTGCTCAACCAACCTTATTCTTTAGAGAAAGAAAGAAAAGATGC GACGTGAATTCCAACTTGAAAAGGATAAACTGCGGAACAATATCATGCAA GATATTACGGAACAACAAATGGGAGATATGAATGCAAAGATAAGGGAACT GAAAGAGAAACATGTTTTAGACGTGAAGAAATTGAAGCAAAGTTTTTGTG ACAAGTTGGAGAAGATCAGTCAGATGAAGGCGAAATGGATGAAAGAAGAA GGAGAAAAACGCAAAATCAACGAAGTAAGCTTTTTGATGCTTCAAAAGAA GCTTTTCGTAAGGAATTCGTATTATACGTTGTATCTACGTTTTTAATGCA TATGAATGTTATTAGTTCCTTTCGTCGATTCTGAAAATTTTGTATGTCTG AACAAGCCTAGACAAAAATTACACGCATTTGACTGTATGAATTTCTGCCC GAAATATTTACCATTTGAATAGTGTTTTTTGTTTGCCACCTTTTCAACTG ATGTCTACTTCAGGTTGAGGTTTCTCAATTCAGGTTTTCCCATCTTTTTC GCTCTCTAATTTTAGGATTTATATCAAAAAGAATTCGAGGTAAAACTTTC GAATGTTCAAAGTGATCATGAGCTTGAAATGGAACAACAACAAAAACATT GGCAAGCCCTATGCGAGAAAACAAAAGCAGAATACGAAATGGTGATTAAC AAGTTAAAAACTGGTCATCAGACTGCGTTGAAGGGTAGTAAACAAAGTCT GATTAGCCTGGAAGATAGCAATGGTAGATTGAGCAAGCAACTACAGTCTA AAGAACAGGTAACTTAGCTGTAGCAATTTATTTATGATGTGATACCAGCT AATGCCCAGGCCATCAAAATTTAAACAAGGTTAGAGTGATTTGACCCCCC CATTCATCTGAAAAAATATTCGATTACCTAAAACGGGTTAAACGAAACGA AAAATATTTTGAAAAAGATCAATCAAATCAAGCTCAAAATTCAAATTTTC GTTTAACCTATCAAATAACATCACCCTGTAAATATTAAATATTTTTTGAT TTCAAATGCGGGTATAAACCCCCAAACTAAAACGGTCCAAAAACAGGGCG TCATGTGGTCGCAGTGCTCCTAGGTCCAGATCTACTGGTGCTGGGAAGCA AAATAGGGAGATCTCATATTTGGTTAATTGGTTAAAATTGGCATTTGGTT TACCCTTACACCTTTTTAGGACTTGAAACTTGTTCGAAACCAATACCAAC AACTTATGCAGAAAGTGAAGTCGTTAGAAGAAGCCTCCATATTTGATGAC CAATCACAGCGCTCCATTTCACCACCGACCAATCATAAATCACCTGCCAT AAAATTCAACCAATCACCCGCTCCACCGATAGCTTCATTATTAAAGACTC CCAAGGTAGTTTTTGTTGTATTTTCTCCCTTAGCTCTTTTGGTACGATCT ATGCTCCACCAGCCGTAAGAGAATAACAGTAACAACCTTGCTTTTAAGAT TCAGTCGAAGCTTTTGTTAAAGGTTTTGTTTTTAGATATGAGTGGTATCC TTTGCTTACTCATCAAATTTAATTAACAAGCTTTTTCACATTAGATTGAC ACGGATGTGAAGCAAGATTGGTCAGAAAGAGAAAAAGAAAAACATTCTTT GCTTATATCAGCATAATATAACAATAGGCAGACACTACCCTGATTTGAAA TATGTGTCTGATATGAAACGAGAACACTTATATGAAAATAAAACCTTTAA CATAGCAAGCTAGTATTGGAAATCTCATGTGGTTTACAGTATTGTGTCCG AATTTTCCTTTTATCTCACGATGTAGTTTTTTACTTGCAGGATTTTCGAG TCAGTAAACAATAAAAGCTGCTAATAATGTATATTATTTTGATTCCTTCA CAGGATGGAACGAATTTGGATATGAAAATGATAGAAGAGCTTCGTAATTT CTATTTACAATCTGTCCGAAATATTCAACAAGATGTCGAATCGTACACGA AGTCAATGAGGCACAAATGCGACCAAGAAATCAGGTTTGTTCTAAAAGTC CTTCGGTCGAGGGTGTTCCCTGAAAGCAGGGAAGAGCACCAGCCTTTTTT CTTGGATTGCTCCACTTACGCTCGATGTTTCTTTTCTAATACTTTGAGCT CGACAGCATTTTAAACTACGACCATTAGCTTCTAATATTGTAGCTTTTCC GGCTATTGAAGAAATGCTCTTGTCGAAATATAATATGAAAATCGGATTTT ACGTTCTGACAATGACAGACATTCATATTAAACAACCATTTAACACTACT GTGTAAAGCCGGGTGCAATACGTATTTGGCTTATAAAATTCTTATTTTTC TAACTAGGGAAGCTGTACGTCGGGAAAGAAAGGAATTAATTCAAAAGTTA AACTTCAAAAGAAGAGAAAATTGTAAGTTTGATGCCTGACTTATTTACTT GGTATTCTATTCCCACAGACCATACCTGATTACTAAAATCCGAAAAATCA GACTATCTTACGAAGGCTTGCGCTTTCTCGGACCTCATCGNTCTGATTAC TAAAATCCGAAAATCAGACTTTCTTACCAAGTCTTGCGCTTTCTCGGACC TCATCGAGATTGTGATTGAATGAATACCGAGTTTATTACTCACATACCTG CACTGCAATGGACTTTAATCGAACCCCAAACATTTCCACCAGGCAGGGTG TTAGAGAAATACTCTCTACCTTCACTCGTATATCACTCTCACTCTCTCAA TCCGGCTGATACTCTAAGTATTGATTGACGCCAAATAAGCTTAGTAAAGC TCAAATTGCAGATATCGGACGATAAACTCGATCGATATACATAAGAATGT CTTGATTAAGCTAAAATATGTAGCAAATAAAGAATTGGCTAATTTCTCCA AAATATCTTTCCGTCAAAATTTCCTTCCTTTAGTCCTGTTTAGTCCATCA AATAATTATGTAGAAGATTACCTCATGTTTCATAACCAGCCGATAATTTT AAAAGCCACAAAATAAAAGAAAGTCCGAAAAGATTCATTCTGATACCAAA AAACTTGAAGTAACAGACGAAGTGATCTCAAGTAAAATATGCTATATTTC GTATTCTATCTAATACATCATTCAGGCAAAAAGTATGTACAAAGAATAAA AGCTACTATTTATAAAAGTCATGGTAAAAATCGTAAATAATTTTATCAAT AAAAAGGCAACTAAAATGTAAAATTAGCTAAGTATAAATGATTCCAAATG ACTAATGATAAAAAGAAACTAATCTCGAGAGAAGCTAAACAAACAAAAGA GGGCTATGCTCTCTCAAAGGGTCACGATTTCCAAAATTTTTGACCAAAAT TTAGGAAAAAGTCTCTCAAAGGGTCCCAAAATCACCAAAATTTTGTCTCT CAAAGGGTCGATTTTCGATTTTCAGCTCGGACATAACCGTCACCTCGCAA ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNGGGACATTACCTCATCTAACAACCACT GGAAACATATACATTTTTATACTAAACTACTTTGAAAAAAGCTAAAGAAA TAATTTTAATAAAACTGTATTGTAATAATGAAGAAGAAGAACATATAATA TTTACATAACTCTACATCTCCTTCTGTTCACGACAAGCGTTATTTCAGTT TCTCCTAAATCGTTCAGCAAAGTTTTCGATTTTAATCCTTTGCTCTTTAA GCTGACCTTACTGAAATAACGTTGAGAAATCTTTTCACGTAATTGGCCCA GAGTTTCTGTTTTGTAGTTAACTAGACGGTTCCCGTCGTTGCAAACGCCG GTTAACGGTTTTGCGTGCACATCAAAAGCCTTTAAAATACTATAATGTGG GTTAATGCCTGACATCGTTTTGGCTTAAAACGCCGAATACAATAATAAAA ATTATACTTCTAAACTTTCTACATTAGTCAAAATTTCTACATTAGTCAAA ATTTTGTGTCTGTAAGCCTCGATGATATGACTTTTTAAGATAACGGAAGT TTGTGTTCAAAGAAATGCCATAGTAACCCTGTCAAAATTATCGAGGGTAC CCNCAAAATTTTGTGTCTGTAAGCCTCGATGATATGTCTTTTTAAGATAA CGGAAGTTTGTGTTCAATGAAATGCCATAGTGACCCTGTCAAAATTATCG AGGGTACTCGTCGTTGCAGACGCCCAAAGGTGTCGTGTGAAAGGTGAGTT GGTGAGAGGGTTGCTTCTAGGAAAGAAAAAGCCTTAGTTGTGAAGGAGAG GCTCGCGCTTTGCGATTGAGCACTGAAGGTTTTTCCGTTTGTTGGCTTCA CATGCAGACAGCTTAAGATCGGCGCATATCCAATGCAACCAACATTGAAA CCTTTTTAAATAATTTTAGACGAAGTTTAATCATCAAACAGTATAGTATA GAAGATGATATAGTTTACTCTCGGACAAACGGACAATCGTAAAAAATGGT TGGATTTTCAGGATCTGGGTGTTTTATAACGACCGAACAAATACAACTGA GACCTATTTGCTTAGTTCTTTCTGATAACTCTGTTTTTGGGCCATCGACC TGAACTACAAGTTTGACAGGCAACACTTTTCCTAAGTTTTGTGAGGCTCT TTTCCAAAAAAGGAATTCCTCCATATCGTTAGTCGTTACTCTACGACCAT TCACAAAAAATCGCTGTTTGAGCTTCGGAATTTGTAACTAGTTCTCGACG AATACATCCAACTTCTCCTTTCCCCTTCGATAATGATATGTAGTTTTGCA TTCACTATTTTAACATTTCTTTTTTTCACTTTTTTAGCTTGGTTTGTATT GGTACCACCAAGTTTTATTGGTAACTTATAGCTTTGCATTCACTATTTTA ACATTTTATTTTTTTCACTTTTTTTCAGCTCGGTCTGCAAGTGATGTAGT ACGCAGGAAATCGACAAAAGATTACACAGATATTGGTAATGGTAAGGTTG CGTCTCATAGTTGAATAAAATAGCTTTAGTTTTGTTTTCGTTAATTTTTT CATAGAAAACATCATAAAACCCGAGAAAAATTTTATCAAGATACGTTTAA CGGCCCTTTAACTACCAAACCAATCCGTTAAAACAAATTGCTTTTAAAAC TGAACAAAAAATAGGCTGAGAAATAAGAGGCGTTAAACAATGAAATAGGT ATTTCTCTTAAGGGCTCTGAC
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00070943TCONS_00070943Clytia hemisphaericatranscript
TCONS_00070942TCONS_00070942Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00070942-proteinTCONS_00070942-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_58supercontigscaffold_58:268095..280715 -
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
5 5.52 3 2.81 9.81 8.01 6.05 6.44 4.54 5.18 4.84 3.3 2.78 3.42 3.02 3.87 4.28 4.8 1.3 2.11 2.58 2.63 3.73 4.2 9.78 10.51 2.08 1.31 3.04 3.35