XLOC_038533 (gene) - C. hemisphaerica

Overview
NameXLOC_038533
Unique NameXLOC_038533
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_358:59185..71794-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_038533 ID=XLOC_038533|Name=XLOC_038533|organism=Clytia hemisphaerica|type=gene|length=12610bp|location=Sequence derived from alignment at scaffold_358:59185..71794- (Clytia hemisphaerica)
CAGGAACCTAAATCAAGTACTAACTCCTTTAAATCTAAAATCATTTTCAT TTTGAAATATACCTAAAAATCATCAACGTTCTAAAGAAATCAGAGAAGTT TTCAAAACGGCCGTAAAAATCTACACGCTTTCAAAACATTCTATTGTAAA TAAATCCAGTGGAATGAGTTTGTTATTAAACAATTTTTTTCAAAATGGCG GACGCACGTGATCTTTACAAAGGTAAAACGTCAGATCAAATTAGAGAAGA ACTTGATGAATTTATAGAGAATGTCAAAGAAAAGAACAAAGATTACAAAT ACGACGGTGGGCTTACCTCTGAGAATGTCGATGAGGTAAAAATTTCCAGT TTTCCACTTGTTTTGGTATATTTTTCCTCATGTTTTCTAGCTATTTATTT ATTAGTCTGCTGGAGGGAGGAGTGAGTTAGTTATTTCGGATCGCCCAAAG TTACCTTCATTTTTTTCTTATCCACGGATCGCTGATAGTCACTCCGGAAT GGGACGGGGGTTCGGTTATTATCAGTTAGGGTCAGTGTTGGACTTGTCAC AATATAGGGCCGAAGGCCCTCCTTAGAGGGGCACTCCATACCGTGAGAGT GGGTAACTTGCATCAGAGGAGGCTAACATGCATAGCCCTCAAATGAATGA CCTGTCTGGTCATTAAAATACAACTACGCAGAGCTCTGCTCGCAACTCTA CTCTACCATTTTTGTTTTGATTTAAGTTTGTATTTTTATAATGACCAGAC AGGTCATGCATTTGAGGGCTATGCATGTTAGCCTCCACTGATGCAAGTTA CCCACTCTCACGGTACCCAGTGACTAAACATAGGGCTTTTAGGAGCACCA GTAGGGTTGAGAGTTCCACCTATTTATAGAGAATACACCTTTCCCGCCCG TAATTGAGAGTTCCACCTATTTATAGAGAATACACCTTTCCCGTAATTCA AATTTCTCAGTAATGGCCCGGGAAAATGTGCGCTCCACCGTTGTGTATAA AATTGTTTGGGAGGTAAAAAACGCGTTTTTGCCTGCGAGGGGTTAGGGAA AGTGGGATTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNATTTGAGCCTCTAACTTTTGACAGCGACCTTCTTTTGGCAAA ATATTTTCAGGGTGGTATAATATCATGAATAGATTGAACATACTAAAATT TGAGGGGATTTTGTTCGACAGAACTTAAGAAAAGTTAAAAAAACCAAGGG AACGCAGGCAAAAACGGGTTTGTTTACCTCCAGAGACCAAACGGTGGAGA GCATCAAAATAATGCGCGCGCATTAGTCAGTTACATCAAAATGCCTCGAA AATGTCAATATGAAAATTGCGTAATCAGAGAACGTATGCCTCACTCATTA TAAAAAGGCCGAGACAAACTTTCAATAATTGGATTGTAACATCGAGTTAA GTCTCTTTTGTTAAGTCACCAGGGGGGTAAATAAAACAGACCTTGATACT CGGGTGAAACAAGGCATGTCCCAAATATATTTGGCGTGACGCGCATCGCT TCTAATTATTCCTTAACGTTCATATATAGCTCAAAAGAATCATATCAAGG AGCGGATTTTGAAAAGTGCTTGGTCAGAAATTTGCATTAAGCCAATCTCA AGATATCGGTAAAAAATTGATTTTGGCGTTATAAAATACATCGAAAAAAC ACGTTATAAGTAAGATTCAAATGACGTTATTATCGAAAAACACCGATAAC GAAGCGAACAATAAAATATAATTAGGGAGTGGTCAGAAAGTAACTACTAG GGGGGGTGGAGGATTCTAGGGGAGGGTTCCAAAATTTTTTGAGGGCTTAG GGGGGATTTCAAATTTTTTTTGAGGGTTCAGGGGGGGTTCCAAATCTTTT GGGCAACTCAAGAGAAAATGTAGGAAGTCTAAGTTCATAGTTTCACGTTT CAAGATTTCAAAAAATTTTCGGCTTGACGACAACTCTGAATTTATTTTAT TGGATATATGTACATGTCATACTAACATTATTTGGGCATCATCGCCTTGC CCTTTTGGTTTGTAGCATTGAGCTAGATGAGGGAAGTAGATTAGTAGCTT TCACAGCTCATCAGAGTGGTTTGAAAAAATACTTTTTAGAAAGAAATTTG TCAAAACAAAGTGTCTTTTAGCTAAAATGGTGCTGAAAAACATCAAAATT CTTTCCCGTCGGCGCAAACCATGGTTGTGCCTCCTTAGTCTCTACTAATA TCTTATAAATTACATACACAGAGCTTTGACAGACCCTGGAAAAATATAGG TTTATAGGAAAATTTCAAACTCAGAGAATTTTAGGTTCTCGAGTACCTGA TCTTCAAAATTTTCTCCCTTCGGGCCAACCATGGTGGCCCTTCAGGATAT TTTGAGTAATTGAGATGCCTCCCTAATGTAGGGAGATTGTGTATCAGGGA AAATAAGCCGTAATTTTCTCCCAAAACTTAGGGAAACTCAGAGAAAATAA CTCGTTGATTCTTATTTTAACCCTGGACAATACCTTTAGGAGATCACACT ACCATTTTGATTGACGTTTACACCACGGATTTTTTTCTTTTGTTTACTTC GGAGAAATTCCGTCGTAACCATGGAAAATCCCGTGGTGTAAACGTCAATC AAAATGGTAGATCTCCTAAAGGACTATACTCAACTTTACAGGGCTAAACT ATCTCCCTTACCTAATTTTGACATGTCATACAAACAAATAATACTCTTTG TACCGCATCTGTATGAATTCTTTTTTTGCGTAAAAATTTTTCTAGTAGGT GGGGGGGTGCGAAAAAATATTGGGCCTTGTGAGGGGGGGTTCGAAATTTT TTTCCAGGCTAGGGGAGGGGGGCAAAAGTTTTTTGGGATTTTTCAAAATA TCCTCCACTCCCCCTAGTAGATACTTTCTGACCACTCCCTTACCCTTTCC AAATAAACCTCTTCGGTGGCGAGCGTAGTCTACTCTGACGTAATTGTAAA ATTTATGTGATGGGAGTTTGACATAGTAATGTAATGTTGTTTGGGGAATT ATGAAGTTCTCTGGAATTTCGATTGCATTTATTCAGGTTGATTTTTTATG ACTTCTAATGGTACTTTTTCTAATGAGTTTGATCAGGTTTGATTACTCTG TTCTCACACTTATGTCTTTTTTTTTCGCGTCCTTTTCCGTGATTACTTTT ATTTATATTTTTAAAGACAAGTAAGAAGGCATATTGATGTAACTGTTAGT TTTAAGAATTACTGGAAAGGTGCATTGCCAGTTCGGTATAATATGTTATG AATTGAGTGATTTTGCTGTGCGTCGATGACTCAACGGATAAGGTGTTGGA AAATAATTTGAGTGGAGTAATTTGTTATTCAATAGACCGTCGATTTTCCT AAACAGTTTTAGTACTGTGGAAATTCATTCAAGTACGACAAAGATATTTC TGCATTGGTTCTCCTCCATAACTTAATTTTTTATTTCTCAATGTTTTGTG CGCGTCTATCGGCTCGTTATATGTATTGTCTTTGTCTCGCCTTGGTCCCT TGGTCCCTTTGTGAATTTGTATTGCATTGCATTTGTCTTTGGGACCATTC AAAAAGTACGTACGCTCGTAAATGGCAAATTTTTTACTCCCCCTCCCCCT TGTACGCTTTTGTATGCTTTATGTGTACCCCCCCCCCCCTTCAGCGTACG TACGCTTTTTAGTACACCCCCTAACCAAAGTCGAAACTTGAAACTCTTGT AACAGTAGAATAGATGTAGGTATCCAATCATATTTATAACAAAGTCTCAA GAAATTAAAAGAATCTATAAGATGAACAAAAATACCAAAGGAGAAATGAA AAAATAACAATCGCAAAAGCAATTTTTTGATGTGAAAATATTTTTGCGTT TTTCTCTCAAAAGAGACAGTTTAGGAAAAGTTACGAGCATACTTACTTCT CCTCGAGGACCCCCCATCCCCCTCGTACGCTTTTGGGAGTAGCCCCTCCC CCTCTCGAGCGTACGTAGTTTTTGAATGGTCCCTTTGTTGTCTTTACTTT TTTGAATCTAACGAAAATCACACAGAAATCAAGTGAAATGATCATACAAT AATGTATGATAACACCAAAGCCTTGTATTAGTTCCAACACGTTTTCTTAC CGCCAAAATTGAAACATATCATCATTTCCTATTGAAATATGAAATTTATT TTTTCTTAGGAACTTTTGTTGAACCCAGCTTTTATGAATGAAGCACCCAC ACAGGAACAGATTGATAGATCACCAGCTTTACAAGCACTTCAGAAAATTA AATATGACGAAGAAAATCCTGAGGGTTTGAATTTTTTTTTTGAATCAAAT TTTGCAATTTTATTGCGATACCTTAACCCTTTTTTACCAGGGGGTATTTT AAATTTTTAAATCAGCCTNAATCAAATTTTATTGTGATACCTTAACTAAC CCTTTTTTACCAGTGGGTATTTTAAATCACCCTGCCACTTTTTTTGTGTA GAACTCTCTGAAAAAACTTTCAGGGAATTTTTTCAATTCATCAATCTTCA AAATTAGGGGGATTTTAAAAAAACTTTTAGAAATGTTAAATTTTTGAGAA GACTTCATTTTAACAAAGAAGGTTCTCTCGAGTTTGTAATAAATATACAT TAAAAAAATAATATACAGTCACGGGGGCACTCGATTTCTAAACGACGGCA TGTGCCGTCAAAATAATAGCTCTCAAAATCGGACCCTTACAAAGCAGCCC TTGAGCAGTGAAAATGTGCCCTTGGGTTAGAGTGCATTTCTTCCGAGTGT TTCTAACCCTCACAGGTAGTCAGACCATATAAGTGCCCCCCCCCCCTAAA TAAACAAACAGGCCCGTTTTTCTTGCCAAGACTTGCCAAGACTGGCTGGA CTTAATTATATCTTGGCTGTTCTATTCCTTTCTCCATTGTATATTTTTTT GGTACAAATTTCAGCCAATCCATATACCTTAAGGGAAGAAATTTTCGCGG GAACTTAATTTCGCGGTTGGTCAAATTATTTTTTTTCGCGGGAATTTAAT TTCGCGGTTCAGCGATTTTTGAAAAATTCGCGGGAATTTAATTTCGCGGT TGCAGGATATTTTTGGACAAAATCGTTATTAAATAAGCAAAAAAACCTGT TTTAGGCTTGAAATAGTACGAATTTGGGGGAATGTGTGAAATAAATTAAA TTTCGCGGGAATTTAATTTCGCGGATTGACGATTTTGTAAAATTTCGCGG GAACTTAATTTCGCGGTTTTAGGTAAAATCCGCGAAAACCGCGAAATTTT CTTCCCGCGAAAATTTCTTCCCTTAAGGTATTATAGGTTTTTAAAAAATT CAAAGAGTTCTGGTGATCACGAGCCTGACCAAGGGCCAGGCTCGTTTAAT TTGAACAAGATCTGATATCATCGAGCACTCTTGGCAGATAGAAGAAAATA GACTTGTAAAACTATCAAAATGAACTTCTTTCAGCATGTGCACTGTCACA CAAAGAAGATGGAAATTATCATTTTCAACGGAAAGAATACAGAAAAGCAA TCACAGCCTACACTGAAGGCCTCAAACAAAAACATGATGATGAACCACTT AAAGCTGTATTGTTAACCAATCGCGCTGCAGCTAATTTCCATTTAGGTAC GTTCAATTTTTAGGTAATTGCAAAATTTTATGGGATTTATTTTCGTGAAT CAACATTTTGCAAAAATTTCGCGTGGATTTAATTGCAGCTTAAATAAGTT CAAAATGACCATCAAAACGTGAGTTTTTTAGCAAATGTACAGTTTATTTT TAAGCGGGAATTAGATCTGAGAAATATCGTCTAGATTTGATTACATAAGT CAGCCATCTGACGCGATTTCGCAAGTTTTATTTTCGTGAAATAAGAAAAA ATCCGCTAAAACGCGAAATTAATCACGTAAAAATTACTCTGATTAGAGAT TGATACCTAAAGATACTACTGTATTTTTATTCTAGGAAATAACAGGACAG CTTTGAATGATGCAATAGCTGCGTTGAAATATAAACCAGGCCACATGAAA GCCATCATACGTGGTGCGATCGCTTGTTTTGATATGGAAAAATATGAAGA ATGTGTAACGTGGTGTGAAAGAGGCCTTAAGATATCTTTTCATTCTGTTT ATGTGTCACGTGGTGTGAAAGAGGCCTTAAGATATCTTTTCATTCTATTT GTGTGTAACGTGGTGTAAAAGAGGCCTTAAGATATCTTTTCATTCTATAT GTGTGTAACGTGGTGTAAAAGAGGCCTTATTAGAAGAAACAATCTGAACT TGGGTATTATTTGTGTTGCTTGTTTGAAATTATATCACGATAGATGGAGG AGTTTTCAAGATTATGAACATGATTTTGATTTCGAACAATCTTAGAGAAG CACTTAAAGAAAGCCCTCCCTGTTACAGTTTACTCTCTCTTATTCGATCT GCAAGGGATCAATGACATTCTTCGAATTACAGAAAGATTCGAATTACAGA GAGTATTTTATAACTTTATTTATTACTTTCTAACAATATTTTAGTTCGAA TTACAGAAAGATTTTTGGAAGAGGTTCGAACTAGAGAGAGTTGACTGTAA TTTCCTTTTCGTAATTTTTATTCCGACAATACAGACTAAAATGATTTACC TTAACTGACAACACACGTTGATGCTAAGGAACAGAAGTTGATTAACTATA AAAAGAAAGCTATACATCAAAAGGTATTTTAATTTGACATTACTTAATTA ACCCCGTCTACGCTTCTTCATACGCTTTCCTATGGTCTTGAAAACAGAAT ATTAACCCTGATTCGATCTTCAAGGGATTAAAACTTTTCTTCGAATAAGA GAAAGATTCGAATTATAGAGAGCATCTTATACTACTTTCCATCTGAGGGG ATCAATGTTTAGCTTCGAATTATAAAGTTTGAATTAATGAAAGTTGCTGC ATGTGTCATTAAAAAATTGTAGAAAGTTTATATAAGGCGAATGATAAAAA AATTTTTGTTTCCGGAATGCGGGTGAAGGAAAAAAGTTATCATGCGGCCG GCCGGAAAATAGTTTTTTTTACTATTTTTGATAATTTATGGCTCATTGAA ATAGAGTTTAAGAATAACTTTTATGTATAAACACAGCATAAATTATGCCC TAAATTACAACAAGTACGGACTNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGACT ACTAACGAACGAAAGTTTGCGGCCGGGTCAGAAAAAAAAAATTTTTCACC CGGCCGGTTTCCGGAAACAAGAAATTTTTTTTGTTTCGCCTAATGTGAAA GATTTCTTCTGCGAAACAATGTTAAGCTCCAATCTATTCAAATTCGGTTA CATATTTTTTGCAGAAACAAAAAGAACGTGATGAGAGGAAACAAAATATG AAACAATTCAATGATCTTCAGAGAAGAAAGAAAATGATGGACGCAATGAA GGTACCATATTGGGCTTTTACAGAAAAAAATTGAATGTGGGGGAGGGTAA CATTTTTCAATAACATCTTCTGGAAATTTACACCCCCTCCCCCCGCGAAC ATCATGACTTTTGACCCCCTGGACATTCAGAATTACCCTTAAACAGACCA AAATTACCCCGAAACAGAGCAATTTACCCCCCCCCCCGGACAAGGTAAAT TATGTAAATTTTCACTACCCCCATTCACTATCTTTGGGAAACTATATCCT CCACTCCCTCCCCCATGTATGGAAATTTATATAACTCAACATTTGGTGTA AGACACCAAATTTCCTTATCTAATTTTCAGGAAAGAGCTGTCACATTCTA TAGCAAAGATAGAGAAGAAGAACTCGACTCGAACGAACATGAAGCAACCT TAGAACATCTCCTTTTCAAACGATCACCAAGAAGTGGTGCAATAACATTA GATGAGAACAACGAATTTCATTGGCCACTCTATCTTTTGTATCCTGAATA TAACCAATCAGATTTCGTTGAAGATTGCCACGAGGATATCAGGTATGTAC CTCTACTCGTAACCGTAAAAATGGCTAAACCCTCTCATTGTCACACATTG GAAAACGGCGAAAACTCTGAATAAGAAGTCCCAAACTCACATGGTATTGT TCTGGCCTTCGTTCATAGATAACTATTATTGGCGGACATAGAGGCTTTCA TGTTTGCTTAAGTTACTATAATGGGATTAATTTTTGCAGGGATTAAATTT CGTTAATTTCGCGGACGGCACTATTGGGTGTCAATATTTCACGATTTTGT ACCTTTTACTGTCAAATCATGCATGTTGGTTGTTGAAATACGCATTATTA GCGTACTTTGATGCCATTAAACATTCAAAAAGTATTTATTTAACATTTTT TGAGTTTTGTTGATAGAAATATTTCGCGGTTACGGTCTTTCCAAATTTCC ATTGGGACTTAATTTCGCGGATGACACCGATATCTGCGAAGTTTAATCCC CGCGAAAATTAATCACATTAAAGTACGTAATTTCCGTCATGATGGAAGGA AAAGTTCGATTTACATAAGAGATCGTTTCTACAAATTGGAACGCTTGCCT CCATAATGGCGGAAATTGCATAACTTAACCAAACATGAACAACCTCTCAA CCTGATAAAAAATGGAAAAATATCGGAAAGGTTCACTGTGTGTTGGTTAA ATTTCACACTTTGGGTTTTCTTCCGAGAAAAAAGAATTTTCTTCACTCTG TTTTGTTACTCAATCAATACCTTCGTAATTTAGACTGTCTGATCAATTGA ACGTAGTATTCTCAGAGACACCTGAATGGGATGTAGAAAAAAGTTACACG CCACCCAATGTCGAGGTAACGTGTACTACTTCTTTTGTATATCCTTTATC TATCATTTAACCACGAACAATTTTCGAATCATTCTTATAATGCAACCGAC CGATCTTATATAGATTTTCGTTAGATTTAATTTGACGTTTTTACTAAGTG TTGCCAAAATAAAACTTATTGGATCAAAAATTGATTTTCGAAAAATTAAA TCCACGCGAAATTTTCAAAAATTGATTTTTTGCGCAAAATATACTGTAAA TATGCTGTTCTTGACGTTTACAGAGCCACTTCCGACAATTTTTTGGCTTA TTCGCGAAATTTAATCTACGAGAATTTTTTTTAAATGCTGGTTCGTGAAA ATTTTGCGGTTTTCTTTTTGAAATATTAATTCGATTAATAAGGAGAAATT GCTTTGTTTACTTTCTTAACTTTTCCCGATTCGAAACGTAACTGGGAGTT GTAATCTCGTTTTAAGGTTTTCTTCGAAGACACGAAACGACGGCAACTAA TACGCGTTGATCCAAATGTATCGCTGAAAACAATCATTGCAGATAAAAGG TATGCTTATTATAATAATAACAACATTTTCAGCAATTGAATATACAGTCG AGTCTCCATTATTAATGTCTCCTTAACTCGAACAGGTTTTCTCGTCCCTT CAGTTAACAATGCTTGATAAGTTATTAGTACTAGTAATCGTATGGTTTGG AGGACTCGTGCAAATTACTATTCTTCTTTGTTACTCGTGATTAATTGTTA ATTGCACGACAAAACATACGGTTCCGAGGTAATCGTCAGTAAATATTATA TTTGGGAGAGAAAAGAATAAGGGGACAAAAGTGTCCCCCCGCCGAAGAGT GCAAAAAGTGATAATAGTGCAATTAACGATTAATCGCACTCCTCTAAACC AATCAGATTCGAGTAATTTTGCACGGCTGGCGATAACAAATAAAACATGT TAAGTTTTTGTATATTATGTTCGTACAGCACACAACCGNACGATTAGTAC TAGTAATCGTATGGTTTGGAGTGCAATTAACGATTAATCACGAGTAACAA AGGAGAAAATAGTAATTTGCACGAGTCCGAAGGACGAGTGCAAATTACGG TATTTTCTCCTTTGTTACGAGTGATTAATCGTTAATTAGACGACAAAACA TACGATTCCGAGGTAATCGTCAGTAAACATTCGAAAACCTCTTTTTCTTC TTTTATTTAAAAAGAAAACATTGCAGTGTAATTTTTCTTTGTTTTCAATC AAAAGAAACTATTGTAGCGTAAAATTTCTTTGTTCTTTTTTATATTGAAG AAAAAAAATGTCTTTGTTTTTTATTATATTAAGTCTCTGACACAGGACTT GGGAGAGAAAAAAATAAGGGGACAAAAGTGTCCCCCCGCCGAAGAGTGCA AAAAGTGGTAATAGTGCAATTAACGATTAAACGCACTCCTCTAAACCAAT CAGATTCGAGTAATTTTGCACGGCTGACGATCAGAAGAGAAATTGTGCAA ATCAACGGAAACTAAATATGCCTTTTCATAAATTATTTTGAGTGTAAAGA TTGCCTCGTTTTGAAACCATTTCCAAGATGATAAAANGAAATCGAAATTG TCTTAACCATCTGTAACCATTCGAATAAATTTCTATTTCCTGTGCTTGTT CGAGTTTATGGAGACTCAAAAGTATGATAGTTTAATTATATTAAAAGCAA GCGTGCACCAAAAATTGCTTGCTGAAATTAAATCAGTTTGACTGACAAGG TTGACTGGAATGGTCGACGAGAGACGTCTTGAATAGAAAAATTAAAACTA TAAGGACGACTTATCTAAAGCTATAAATTTGAACACCAAGGCACTTGTAT TTTCTTAAAGAAAGCGTATAAAAAACCGACCAGTGGATTTCTATTGTTCT CAAACAATAGAATCATTGTCATAAAACCCAATGAAAGTTTTTTGTTTGGT AAAAAAAAATGTGTATGAAACCAATGAAAGTGTTTTGGTAAATAAATAAA GAATTTTCCAATTAAAATTAAGATTTCGTTTTTCTTACTACTTTCAGATA TCGAATCAATGGTGAATGTCCAACACTGATGATTTTGTCGAAAAATAGTG ATTTTTATACAAAGACTTTTGAAAATCAAAAATTTGAAGATTTTTGAGGG TGAAAGTGGACGATTTTATTTGAAAAAATGGATGTGTGTGGTATGGAAAT GTGTTATGAGCGATAATGATTTAAATGGCGCAGATGATGATATATGAACA CATCTTCATGGTACTTTTTTGCAAAAAGAAGGCCATATGGTCTTGAAAAA GTTCGGAAAATTTGTAAATTCCATTATAAATTTAAATAAACCAGCTGCGC TGGAAGCTCCGGCTTAAGAGATTAAAAGATGTGAAAGATGAGCTTGTTGA GTTAGTTGTGTTAGAACGTTGCCCACAAACTGCTAATCCGAACAGATCAG GAAGCAAAGTAATAGTTCTATTGGAGAGCGAGTATGAGAAATAATCTTAA CGAATAAATAAACGAATCCCGGACAATTCCCCGACCGACAATTCCCCGAC GGATCATTCCCCGACCGGACAATTCCCCGACAGACAACTCCCCGACCGGA CAATTCCCTGAACGGACAATTCCCCGAACGGACAATTCCCCGAACGGAAG ATTCCCCGACAGACTATTCCCCGAACGGACGATTCCCCGAACGGACAATT CCCCGATTAATGAAGAACTGACAGGAGAAATCTCACGTTTTTTAATTGAA AAGGCCAAAGAAATTAATGTGAATTGTTGGGGTTTCATATTGCAGCGTTA AAATTTATACTTCTGTTTGCCCAACCTTAAACAATAAAGATAATCTTTTT CTTCCTCCCCACTCAAGGTTTATTTTTTTTTTTACACAATGGACCTTTTC AAAAAATTGTGGCTTTTTACTTTGAATAATTGATCTCTTGACTTCTGGTT CTTTTTATTGACTTTCCAACCATTGTGGAAACGATGAGCAGGTTATCCTG GATTACTTTGAAACGAATTATATAGGAGAACAACGCCGTGGGAGACGACT TCGACATAGGTTCGCCCATGCTATGTGGAACGTTCATGGCCGTGTGGAAA ACAACCTTCCGCGAACGAATAACCATCTGGAGGGTTGGCATAATCGATTC AACACATTTCTTTCAATACGTCATGCTGATATTTGGAAATTTATTCAAGC ACTCAAGCAAGATTCAGCTCTTCACGACCACACACGAGCTCAAGTGTTGA TTGGCGCAAATCCACCCCGCCAACGCTTGGCATACAGACGTATAAATGAA CGGTTAAAAACTCTTATTGAGAATTACGACAACAACGATAAGTTGAACTT TCTCCGTGGCATTGCTTATAACCTTGCTTTTTAAAGACGTGTATGTTTGT TTTATTCTTTTGTTTTTAGTGATAACCGATAACTTTCACACAAATGTAAA TAGTCTTTTGTTACATATTTTCGGGAAACAAAAAGTTTGTTAATTATTCA TCTGCGTATTATTAAAAAAGTTTTTTTTTCATTCATTTCAAATCAGTGAA CTGTTATCAGATAGAATAATATCTCACTTTGGCTACTTCATCATCCATTC AGATTCCCTTTGTTAAAAGTGATTATTGGTCGTAAAAACAGTTTCTCAAA ATCTGATGCGTGGATAAAAATCTCTTTATAAGGGTATGTTTGCACGGTAT TTTTTCTCAG
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00061421TCONS_00061421Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00061421-proteinTCONS_00061421-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_358supercontigscaffold_358:59185..71794 -
Orthologs
The following orthologs are found for this feature:
Ortholog NameDescriptionOrganism
TTC4tetratricopeptide repeat protein 4 isoform 1 Homo Sapiens
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
14.07 12.79 7.66 6.7 15.48 13.29 8.1 8.36 8.06 7.33 8.27 6.17 6.28 7.19 4.7 4.28 5 5.58 2.16 2.92 6.4 5.71 8.17 7.45 8.77 9.36 3.25 3.31 4.6 5.2