XLOC_044144 (gene) - C. hemisphaerica

Overview
NameXLOC_044144
Unique NameXLOC_044144
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_58:1337079..1349588-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_044144 ID=XLOC_044144|Name=XLOC_044144|organism=Clytia hemisphaerica|type=gene|length=12510bp|location=Sequence derived from alignment at scaffold_58:1337079..1349588- (Clytia hemisphaerica)
CTTGTGTCTATTTTACAGATTGATTTAAATTAAAAAAGGTGAACGATAGT GAAAAAGGTAAAATATCGAAAATATCAGCACTCCATGAAGTCAGCTCACA AGCTTGCTGTCTGTTGTTTAAACATTTCTGAAGGAAGTCATTTAGAATTG ATCAATGAAGTCGCGCAAGCTGCTGTTGAACGCCAAGACCAATGGCCCTC CACAACACCCTCGCCCTTCAAATGCAAGAGCACTGTTCTGAGTGTTTACT CTGACCGCTCTTTCAACCGTGGAAACATCACCATAGCTTCGTCAATCGAA CATCTCGCTAAAAGCGTTTACCACGCATGTGCCAAAGTCTTCCAAACAAT CGATTTACAAAAGCATTCAGATGTGGGTCACCCGAGACTCGGTGCCGTAG ATTTAATACCTATCCATCCAATCTCTCCACAGACCTCTCTCCAGGATTGC GCAGGCGTCGCCCACCAGATTGCTGACTTAATCACCACTAACATCCCAGG CTCCAGTTTATTTTATTTTGGTAAGGCTGACCATAAAGAACGTGACTTGG TTCAACGACGTAAGGAGATGAGTTGGTTTACCAAAGATTCTGAAATCTCG CGTCAAATTATTCCAGATGTTGGTACATATAGCCCGAAATACGGAATCTC CGCAATAGGTGCTATCCCGTATATGTCGGTCTTAAATGTCCTGCTTGACA CTGATGATTTGGTTTTCGGGCGCTTTATAGCCTCTGAGATTCGCCAACGC AATATCAATGGTTTGGATGGGATTCAGGCTATGGCGTTTTTGAAAGGGAG GAAAGTTGAGATCGCTTGCAATGTGGATACAAACGACCTTCAAAGCAAGG TAAGGATCATAGAATATGACGAGTTTCTACTTTGATGTATACATTTAAGC GCTTTCATTCTCTAGACAGCATAAATTGCACCAATCATCGTTAGTAACGT AATCTATCTTAGCCCATTCGCTGACGACAGCGTAAAGGGGTCAAATTAAT GATACAAAAAAGTTTGCTGATTTTTTTATTCAATTTGTTTTTAGTATAAG TGAAATTCTTCGTGAATTGATATATAGTTTTAAGGAATTTGAAAAAAACT AAGGCCACAGGAGCCCTTGAAAGTCAATTTAAATTCCAAGGGGACTTTTT TCTGAAATGGGGCCGCTAATTAACGTATTTGATTGTTTTTATAGCTCCCT GTTTTCAAGACATCCTTTGAAGACCTGGAAAGCAGAATCGCGTCTCTAGC GAGAGAAAAGAACGTCCGAATATGTGGAGAGTCAGTCCGTGGTTTCACGC CTCAAGAAGCTTACATGAAAGCCGAGCAAGCTCTTTTAAGTGGAGATGTG TGTCCATGGAAGCACTACGAAATTGATGTCATGTGAGGTCTAATGCTGAA TATTAAATGGTTTAGTAGCAAAAGGATCGCTCATCGTAAATTATAATGTA TCTTCTTCAATCAAAGAAATTAGGGAGCTTGTATAAAGAGCACACCCTGA AACAGTTATAGAGCAATAATGGAAACCTGGGTTTATCCGTAGTTTCAGAT TGAAAACGAATCATGAGGGAAACATTTCCTCGCAATAATTATCAAAAACT CTAAACGATATGTTGATGAACTAATAAAAATTAAAACAGCTTTATTTTTG GAATGATGTAATGGCTCTGTTTGTAGCGGAATTTTCCTTCGTGGGACTCC GTACAAGAAAAAAACACAAATTACGCAAAAATCTGCGAGTTTTCAAGTTT GGTAACATTCAAATTCTGAATCAGCTCCTCAGATTGAATAAGAAACATAA AAAAGTTGATCAATGACATGAGAAAAGTGAACCTTTTTTGGATCCTTAGC CACGGACAAGACTTAGTTGACCATTATAATGTTTCTCTCATTTTTTTGTC ACATTGTAGGAGAAGAATAAAAGAAAAATAAAGAGATAGAAAAAATGAAC AAGATTGACGTGCATAACCATATCTTACCCAAAGACTGGCCGAACTTGAA AGAGGTAAGTATCTTGCTATTTCGCCGAAAATCAAAAATGATAGATTGAT GTTTTGTGATTTTTTTGGTTTCAATTATACAATTATCCTTTCAAATATTG TTTGTTTGTTCTTTCTTAGAGATATGGCTACGGAGGGTTTATTCAACTTT GTCACTGCCAAGATGTGAGTTTTCTTCAGAAACTTGTTGAACTGTTTTTA CTAGAATTTCTCGTCTACGCATTATTAAAGTATACCTTCTTATGTTAAAC TACAGTGAAGTTTTTTGGGTGTTTCGTTTGATTATCTTCAACATAGTTTT TATCTATTACTTAGGGGTCTTACTCTCCATTTCCTAAGGGGGTTGCCATT TCAGGGGGTCTTGTTTGCACTGTTTTTGACATTTTTTCTGACAACATCTT ACTTCAGGGTACGACAGATATGATGAAGGATGAGACATTCTTTCGAAAAG TTGACCCCAATTGTTTCTCTCCCGAACACCGTCTCAAAGAAATGGATCAA ACTGGTACAGTATTTTACACCAAATGTTATCATTTTCTAACATTCTTGAA AGTAAGGTGTCCAGAGAGGTGTCAACTGCCTTCTTTGCCTTCAAAGCAGA ATATATCTAAGGCTAATTATCTTTATGAGAGATGATATCCTGGGTTTTTT CCGTAATTTCTGGATTGTTTGTCCGATGTTTTTGATTTATCTTAAACACT GGTAGTGAAATCTTTTTCAGGAAGATTCCATTGAAATGCCCAGTGTTTCA GACCCGTGGACCCCCGTCTTCACTCTTCGAAGCTTTACTGATAATTATTT CCATTGAAAACTAGCTTTTATGTCCTAGCTTGCTGAGATGTTCTCACTTG GTCACTGAACTGAAGCCGGGCCCTATTTAACCTGTATCAATTCTGTTCTA AAAGATTAAAATCTCTACTACCTTTCTTTCATTACTGGTTAACGACCAAC CAAATCAAATAAGAGCTTGTAAAAACTCCATCTTGTCCCACTTGGTACCA CTGAAGCAGGGCCCTATTTAACTTGTATCAATTTTGTTCTAAATTCTCAA CTTTCTTTCATAGGAGTGACTGTGCAAGTTCTCAGTACGGTTCCTGTAAT GTTTAGTTACTGGGTGAGTTCACAGATCTTTTTTGTTGTTGTTTTGGGCC TAAATAAGGAAAGAGAGGGAGGAACCGTACACGTTTTTTTATTAGAACAA ACTATATAAGAACATGAGGCTTCGATGGCCAAAATATTAAGAACAAGTAA AGAACATTTTCAGGCTTTGCGGACTCGAAAACACCCGATTTTTAGGAAAA TGGGTAGAAATGGTCACAAAATGAAGAAAATAAGAATATTTTAAGAACAT TTTTAGGCTTAAAACCCAAAAAAGTTAAGAACATCTAAAGGCTTCAAAAA TTTTAGATATCCTTAAAAAAAACGTGTACGCTGGGAGATTACAATGATTC ATAGCAGCAAGTTCAATCAGAATTTTGAAAACAGTAGCAATTTGGGAAAT GAAAACAAAGAATTAGCTGAACAAGATTAGATTTTAAGTTAGAGAATTTT TTCTTTCAAATTGTGTCGGTTGGGTGGTTGGGGACTGTTGTTAATTGATG TTAATTAATCTTATTGTACCCGCCTTCCCAAAATTAAAAACAATTTTCTT TTCGAAATAAATATTTATTTAATCTAAAACTTTTAACAAAATGAATTATA TTTTTTTTAATTTAAGTAAATTTTATACTTTGATAATTACTTGATAGCAG AAAAGTGAAAGTAATATTTTGATTCAAGTTTCAGTTTTTGGTTTTCGTAC GTACACCATGATACGTTGCATGCCATTTATTCATGACGTGTCCCGTCTCT CGAACAACAGAACTGATTTCAATAATAATGGTAACCCGAAAGCCATGCTT CATAATTACATTCTCATTTGCATTTTGGCTGTTTTCGTGGCGATCACAAA CTTAGCTTTGATTATAGGTTTGAAGAAAACCAATAAAAAATTGAGCATGT CGCAAAGACTATATGTTTATTTATCCATCACTGATAGCATGTTCGGACTC GTATGTCTTCCTTATAACGCGATTATGTATTTTTCTATGATGACTAATTG TACAACACAAGCTATTGGAATGACTATGGCCATGTTTGCTTTCAGTAACG GTTTAGGAACGTTCTTCTTCATCACTGTCTTGAGAAACATCGCGATACGA AAACCTTTACATAATGTGGAAGATCGTAAAATGTACATCGCTTTAGGAGC GTGGAATTCTTTAGCTTTGATGGCGACTTTTTTGACTTATTTTACACTAA CACCTGACTTCACATCATATACATTGTATTGCTTCTATTGGATGCAGGGT GGAATATTTGTCTTCATTGAGATCGTAATTATTATCCTTTTGAATATCTG GTCCAAAAGAGTTTTAACAAGACAACGAACTCACCTTGGAGCAAATGAGG CAAATCACACAGACAAACTACGAATAAAACGAAATCTCAAAGCTGTCGCT ATTTTGAAAGCCATTACGATGGTGTATAGCCTTTCTGTGTTACCAGCCAG TTTGTATTATATTCTACTCGCCAACCTACTGATGACATACGAGACAAACG GAGAACTATTCAACACTCTTTATAACGATTTCTTCGCTCTCGTACATCTC CCCTTGTTTCTTTGCTCAGGCATTAACGCCTTAGTATACATGATGAAAGA TAAGAAAATCAAAAAGTTTTACTCCCCTAAAGTCTGCTGCAAAAAGATAG AAAATGGATAAATTATCACTTTCACTTGGAGCCAAATATTAAAGCATTGT TCACCAAGGGCACCTGTATCTATTCACATGAATGCTTGCGCACGGGAACT TTCTATCGATGATGTCGAGATAATTGCACCAAAATTAAACACTTGGCAGT CGGGTGTTTAAGATAAAAACTACAATTATTGCTCTTTTCGGAAATTATTG CCGAAAACGGCAATTTTTTTAACGATGAAATGCTGAATCAGCAGAAAAAT AAAAAAAGTAAATAAATGAAAATTGCCGTTTTCGGCAATTATTGCCGTTT TTGGAAATAAAAGTTGATTTTATTATTGAACACGTGGTATTTGACACCCT CGCGATAAGTAGGCCCACTGTGCCTCGTTTAGTTTTTAATTGTTTATACA GTAATTGTTTTATTCATCTCTTGAGACTTCATTTTATGTCTCAACAAATA CGTTTTTCTAGAAAACAATGTTTTCTTAGGTTATTTATTTGCAATTTGTT TTGGATGAGGAAGGAGTGATTGTATATATTTTGATAAAATAATTTTTTAT AATTTAGGGCAATTTGTCAACCGTTGTATTTAATCTCAAATTTGAATGAA AATTTTTAAAGCGTTCCGCCAACCTCCTTGTGGAGCTATTACCTAAGAAT GCAGTATGTTGGGAAATATTTCCTTTAACACGAAAGGATAATATTATAAT TTTCGTGGAACTTATTTTCGCGGTGCGAGGATATGAAATTGGCATTTTTT GCGGAACTAATTTTCGCCGTTGACACCCACTTTTTGTCGAAATTCTTTCA TTTTCGTTGGAGTTTTTGAGGATTTATAATAAAAAATGCATTTCGCAGAA CTATTTTTCGCGGTTGCCACTCAAAAACGCGAAAATCAGTTCCCGCGAAA ATTATTCCCCTAAAGTAGACTAACTTAAATTTTGAACCTGATTGTTAGAT ATATTATCGAAATTTAAGTTTTGACCATCCTCCTTTTTATAAAAGTAACT TTGAACTCAGCAAAATTTTATATTTCCTCATCTTTTTTCCCATGTCTTGA AAGAGGATATGTCGACTCAAAAGTTCGGACCTTTAAAAAAGTATCAATTC ATTTGTCATAATTTTCTGAGGAACTTTACAAAAGTTGAGTATACAAAAAT CCAACAAAATAATCCCAAAAATTCGACAGCTTCTCATTATAAGAACAAAC TATCTCACAAAATGCTGAAAATAAGAACATTTTAAGAACATTGTTAGACT TAAAACTCAAAAAAATTAAGAAAATCCGAAGGCTTCAAAAAATTTTGGAT GTTTTTATAAAAAAACGTGTATCACATCACTATGTATGATGGACACATAG GAATCGATAACGATTTTTTTTTTTATACCCAGGCCAAACCAGAGGACACT CTTGATTTGAGCAAAATATTGAACGATGATCTAGCACAGACAGTGAAAAA GTATCCGAAACGATTTATCGGGCTTGGAACCGTCCCCATGCAGGTGATGA TAGATTTTTTTTTGAATTTTTAAAATCATCTCAAGTAATTTTTCATGTTG TAACACGTATAAAGTTTAATTATTCACTGTTTGATATTACAGTAGTGTCT CCCTAACTCGAAAACACACGAAAATGAAGATTTGTTCGAGTTAGAGAGAC TGGTTTGTAAGGCTCAAACGACTTGCTCGAGTTAAAGGGTTCTAACAATA GTACGATTTTATCACGTTATGCTATCCACAAAATGTTAATTTCTGGCTAT CCTCCAATTTTTGTCTCCACTGAAAATAATCAAATAGACCAATCCTCACT GCAAAATATTATGCTATTCATCTCATCCACACTGAATTTTCTGACTTGAA AACAAAAGATTGAATTCCCCAGCCATAAAAAATGTGGGAATATCAATTCC CATCGAGTTTCAGTCCGATATTTTATCCCCACTGGCTGAAAAAAAAAAAA AATTTATCAGATTCTTTGTCTTAAAATCTCAAAAAAGCTGTTTCTTTCCG TTTTTTTTTCTTTAAAAAACAGGAATGTCTTCTGGTGTAAAAACTTTGAG ATTTTTTCCGAAAATTTCAATTAGAGCTTTTTGGACCTACCTCCGGGTAC CCCGGTGGAGGTCCTTTAAATTAACCCATGTCCGTTCGTTCGTCCGTCCG TCCGTCCGTTCGTTCGTTCGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCG TTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTT CGTTCGTTCGTCTTTTCTCGGGATTGACTCATTAGTTTTTTCTGATTTTT TGCACAATGATGCAAAATGGCAATGCCCAAAATGTGATGGAGCCCGATTT TCGGAAAAAAAAATTTTTCCGGCCGGAAATATGCCGGAAATCGCTGTTTT TCTGGATTTTCATTAGACTTTTTCCTTATAATTGGTTGTTTTTTCATTCA AAAAAATTATTAATAGCAATACCCACCATCAAGTATGTTCCAATTTTCAA TCAAATTGATTTTTGAAGCCGAAACTATTCAAAAATTGCCGGAACAACCT ATTTTCGCCGGAAAGACAGTATTTCTTGAATTTCTCGAGCTGTACTTTAT CTTTTTTTATGAAACTCTGAACACTGATGTAAAATGACAATACCTAAAAT GTGACGGAGCCCGATTTTCGAAAAAGATTTTTTTCCGGTCGAAAATGCCG GAAATATGCCGCAAAAACCGGTTTTTTGACATTTTCTCGACTTTTCATCC TTATTTTACTCTGACTTTTTGCAGAATGATGCGTATTCGCAATGCTCAAA ACATGACCGAGTTCGATTTTTGAGAAAATGTTTTTTCCGGCCAAAATAGC CGGAAATTTCCGTTTTTGCAGATTTTCTTTGGATTTTTTCGTTCATGTCT TTGTTTTTTTTTTCAAACAAAAACATCATTTGTAAGAATGTCCACGATTA AGCATGGTTCAATTTTCAATGAAACTGATTTTGGTACAGGAACTTTCTAA AAATCGCCAGAACAGCCGAGAATCGCCGGATTCTATGAATTTCTCGAGTT GTTCTCGTATTATTCTGCATTTTCATACTATTGTCCTCATTTTTCAATTG TCTTATTATACATCAATCTTCAGGTAGGTCCATTTAGCATGTAGCTTGTT ATTATTTATTTTAATTTGAATCAAAAAGATTAACCACCCAGTTGCAAATA CTTTAGGCGTACAAACCGCGAACTTTGGCCCTTTTCGCGAAAGTAAATGT CTTTAAAAATTCTAGGAAGGGCCTAGACGATGTTATCGTCCGTTACAGTG ATAGTAAAGGCGGGAAAAATGGCGGTATGGCGTTATGGCGGTATACGGAA AAAAATCGGCTGGAGAGTTTCGAAGAAATGACTGGCAACTCTACCGACTG TTAACTCTTTTCGGCAACAAAACCCGTTTGCGAATTTTCTTCGGCTTTGG GCTTTTTTCTTAGATAGTGATTCGTCTTAGACTATAACATAGTCTAGGAA GGGCCATTCGCGAAAGTTTATGCTCGCGAAAAATCCTTGACAAAATAAAA AATCTGTAAAACTTCAAACTTTGAATAAAATGTAACTTTTATGGCACTTT TTAGCCTGCTAAAAGACTAATATGTCAAAGGACAAATGTTCCAAGCCAAT CCAAGAAGTAGCTAAGCCACTTTTTCATGTGAAAATTCTCAATTTTATGT CTTGATTCGCGAAAGTTTAAATTCGCGAAAGTAAATTTAGTGAATTTCGC AATTTTTCGTCCTCGCGAAAGTTTCTGCTCGCGAAAGTTTGTACGCCTAA AGAAAGCATTTTTGTAATAAGCAATTTTCATTTATTAACGTCTTTTTAAA GTTCAAAACACCATTTTTGTAATTAAATTCTTAATAATTACGGAGGACAA AATTTGATAACATTGAAAATTTAAAGACATTTTTTGTTAAAAGAGCTAAG GCAAACAGAGGCTTCATCTGCAATTACAAAGATCGATTTTGTCACCATGG TTAGAGACCTTAAAGGTTTAATTTTACTCCCGTTTCACATCAGACACATT TTTCAAACCAGGACAGTGTCTGCCTATTGTTATTTTATGCTGACATAAGC AAAAAAATGTTTTTCTTTTCCTCTTTCTGACCAATATTGCTTCCGCATCC ATGTCAATCCAATGTGAAAAAGCTTGTGAATTAAAATGTGATGAGTAAAC AAACTATATCACTTTTATTTAACCCAGACATTGGAGGTTTTAGAGACTAT GGAGCGACCACTCAGTAGCGGTCCGAGAATTTGAAACTTCAATTCATTTT ATTTCAGGCTCCCGAGTTGGCAGTTCAAGAACTTAGACGTTGTGTAAAGG TGATATTTAGTTTTTCTTGCCGCCTACTTTCACTCAATTCATGATGTGCA CCATTGCAATGTCTTCTGACATTACATCACCGACCCAACAGCTGATTGGT TGTAAGTGACGTAAAATCAGTCATTACGTCAATTTCAACCAATCAGCTGT TGGGTCTGTGGAAGACATTGCAATGGTGCATATCATGAATTTCAACTGTG TTTAGTTCAGGTCAGGAAGATGATGTTTTCGTTTTCAATTGAGTTCCCTT GTCCATAATATGTTTTCTTACTCTCCTTCTCTCATCAAAGCAAAACCAAG AAATTTTTTATCATTTTTAGAAACATTTTTTGGGTATTTTTCTCTCCTTA GGACTTAGGTTTTCCTGGAATCATGATTGGCTCACACATCAATGAATGGA ATTTGGATGCTAAAGAACTCTTCCCCATTTTTCAGGTATTGTTTTCACTC ACATGACCTAAGTACGACCCGATGATGATCGTAGTGTATATGTTTTAGCC TGTATATTAAGATTTTACAATCAACGAATAAGAAGCATGGTAAGAATAAT GGCAGAATGGATATAAAAATTTGCATTTTCAATACACATTTTGCGCGGAC TATTCAAATTTTACGCGAACTATACACATTTTACGCGAACTATACACATT TTACGCGAACTATACACATTTTATGCGAACTATACGCATTTTACGCGAAT TATAAACATTTTACGTGAATTATACACATTTTACGCGAACTATACACATT TTACGCGAACTATACACATTTTACGCGAACTATTCACATTTTATGCGAAA TATACACATTTTACGGGGACCATTCACATTTTACGGGGACTATTCACATT TCACGCGGTTTTTCTTCAAAAAATTTTTCTTTTGTTCTTCCATAAATTTA GGAAGCAGAGAAACTGGGTGCATCTATCTTTATCCATCCATGGGACATGC AGCTGGATGGTCGAATGTCCAAATACTGGTTGCCATGGCTCGTTGGTAAA CAATCCTTTTCCCCTCTTTTTTTAGAGCTTTTTATTTTCCTTCCTCCCTA ATTATGATTGCGTGGGTTTATCGTGATAAAAAGTTTTGAAATGTGGCTAA TCTAAATGGCATTTTCACAGTACATAATAAAGAAGAGGTGGGATATTTTT ATTAAAATGAGAGTGTAATAAGATGCTCATTCCATTCGATAACCATTAAT GTCAATCTTTTATTTTTCTTCTCCCATCATGTAGGAATGCCATCAGAGAG TACTATAGCAATTGCGTCCCTCATTTTCGGTGGTGTCTTGGAAAAACTAC CCAACCTAAAGATCTGCTTAGCTCATGGAGGTCAGAATCATAATTATTTG GTATGCTGTCCAACCTCTCCTTCCAATCTTGGATAAGCTGGAAAGTCAAG TCCTCCAAAAACCTTCGCAAGCTCTACAATCCCTATTTGGAATAATCTAC CCAGGGAATGCCGTGATGCTGAATCGATAGTGTTGCTAAAATAAGTTCCT CTCCAAAGTTTTTTTTCTAGATCTTTGCTACTCGCAACTCCACCGTAGTA TTTTTTAGGAAAAAATTTGATTCACCAGTCAGAAACCATCAAAAAGGACT TTTGAGCCCAACCTTTGTTGAGTTTGTACAAGACCCTAGAAGAGTCTACT GCTTAAAACAAATCTTACATATCTACTTTTTTTTTCTTTGCTTTTTCTCC AGGAGGTGCATTCCCATATACGATCGGGCGTTTGGCGCACGGCCACCATT GCCGCCCTGATCTGGTCGCCGTCAGTAATCCGCACAGTCCAAGGTAACGT GAGCTTTTAAGGAAAATCAATTATTCAATTTTTATGCTTTTAAATTACCC TTCGAGAGACTTTGTCACTTTTCGAACTTTTAAATTGTGTTTGGTCGGAG ATTGTGTTTGGTGTTTATTTTACCCTTTGAGAGACTTTGTTTCTGTACTT TGCAATGATCTGAATCAGGGGAAAAGCTTTTACATTAAATTATATTTCAA GGAAAATTAGCTTAAATTGTTGAAATGTGGACAAATTCAGGGAAGGAATT AGACAAAGCATACTAATTCAATTATTAAAATTCCATTTTGAATGTTTTCT TTTCTTGTANAAGGAGTTAGACAAAGCATACTAATTCGATTATTTTGAAT GTTTTCTTTTCTTGTAGAAAATACATCGGTCGAATATACACAGACTCGTT AGTACATGATCCTGACGCTCTTGCATATTTGGTGAAGGCGATCGGTGAAG AGCAAGTAATGCTGGGTACTGACTACCCTTTCCCTCTTGGCGAACTGGAT TGTGGGAAGCTGATCGAAAGTATGACCATTTTTGATGATACTTTGAAGGT AAAGTCATTGACAGCTACCTGTTGAAGCTGTATTGCTTTCTTTATGTTAA AGGCTCTGATCGTAATAAATTTTCAACATTTCCTATAGTACATGTATAAA ATTAAAATTTCTGTTGACTGCCTCGATCGGAAGTAACATTTACCGCCATC ATTCGAAAGTTGTAAAGCGCGAAAACTAAGAGAGAGAGTAGATCCGATAG AATGCGTCAATTTTGCTTGCGTTAGAAAGGTTGGATTGAAGGTTCCTCTC TATTCGCCGGCTACAGTATATCACACTCGTTTCATTGAATATTTCATACA TTTTTTTCATTTCGTTTTTAGAAAAAGCTGTTGTGGGATAACTGTTTCAA ATTTCTTGGCATGGAATCGAAATTCTACGAGTCGTGAATGTTTATGAATA TAAAGTCCACGATATTTAGGGATAACGATCATAACCGATCCTTTCTCGAC AACCCAGACGTGAGTTGCCACTCACCAGATACACATAATAATGACATTAA GCAGCTAACGTGATGCGATTCTTTCCAATCGAGTAGCACTTCGTCAACAA CATCCCGTCAATAAAAAAACACATTGTTTTTCGTCAAATAGAAATTCAAT TGTCGCAGAGTATCTACTGGTTTGAATCCAATTACCAACTTTTATAGAAT TAGAGATATGTTATTCATGGTTTTTAAATTATTGTATAGATGATACAAAT AGTTTACAGTTTAGATATATAGTATGTATAGGGTTCCATAGAGAATTTTT ATATATATTTTTGTACTGGTATTTTTATTTCAAAGCAATATAGTATTTTT CTACTTCAAG
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00071055TCONS_00071055Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00071055-proteinTCONS_00071055-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_58supercontigscaffold_58:1337079..1349588 -
Orthologs
The following orthologs are found for this feature:
Ortholog NameDescriptionOrganism
ACMSD2-amino-3-carboxymuconate-6-semialdehyde decarboxylase 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
22.24 19.63 8.49 6.32 5.7 4.92 7.22 7.54 6.7 7.83 6.77 5.02 4.64 6.41 10.6 7.82 16.09 13.3 4.68 5.42 6.52 7.13 22.06 21.22 6.02 6.52 14.13 16.97 14.18 16.73