XLOC_004984 (gene) - C. hemisphaerica

Overview
NameXLOC_004984
Unique NameXLOC_004984
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at sc0000088:571973..584317-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_004984 ID=XLOC_004984|Name=XLOC_004984|organism=Clytia hemisphaerica|type=gene|length=12345bp|location=Sequence derived from alignment at sc0000088:571973..584317- (Clytia hemisphaerica)
AATAGTTCTGTCAGATGTGTAAAAGTGAAACTGAGAAACAGCAACTTAGC GCAAAAGAGAGGGAAGGAGAAAATAACAGGTGTGCTGTGAACAAAAATTG GAGTAGAAGAGCGACATGTTTGTACTCTAGAGCAGATAAATAGGAGAGAA TTGAAAGCCGTACAAAAAAAGCCTAGAGGAGATCATAATTTTAAATTACT GTATTGTTTGGTATTTTTTGTTGTCTATAGAAACAAAAGATAATAAATAC AACATGATGCAGTCAATGGGTCAGCAAGTAAGGCTTTTAATGAAGCAATT TTTTTAATTATTCACTTTATAATCATAATTTAGAGTGATATAATTGTAAC ACAGGCGATTCTACATTCTTTCTACGACACTTCTAAATAGAGCTTGATAG GAATATTATTGACTGAAAAGTTGAACTTGAAAAAGACACATAATACTAAG GAGGTCGAAACGTCGTTAAAAGAAAAATGTGTTATGTTTTATTTTGATTT GGTTACACATTGCAAGGCTTTTTATGTTTCACTTATTGACTGAAAACATA TATATGGTGAAGATCTGATCTCAAGAAAAAGAAGTGTGAAAATACTAAAT AAAATAAAAATGAAACATACAAATAGAGATAATACTTTTATAATTATGCA GCTTTTTCTTATTTTCTATTGTATATCCATATTTGTTTAGCCATAGTGTT AAAATAAAAGTTCCCAAGAAGAAACATATTCAAAAATTAATTATCAATAT TTTATAGCGATTTGGTAATGTGAACAACGTAGCCCAACCTGCACCGCCAA CATCCGCAGCTGGTGGTGCTGCGCCGCCACACATGGCGAATAACCAACTC TCATCTACTGATAGAGAAAGAGTTTATCAATGGATATTAGAACTTGCTAG TCCTGATACACGAGAACATGCACTTTTAGAACTAAGGTATTTGAGTATGG TTTTCATTCAAAACGAATCTAATTATGTTTATGTTTTTGAAACAGGCAAT TCTTAAGACTTCTCAGTGTCCAGGTATTAGAGCTGCCCTTCTTTAAATTT TGATTCTGTCAAAAATTCCTGTTTTTGCAAAAAGAAAGTTGCTGAAAAGC TCCCTCTTTGATATCCTACAGAAGCTGTTCTTTTCAATATGATCGAAACC CTTTTTATTAAAATATCCATTATGAAATGAAAAATTCACCATTCTTATAA AAAAAACTTAAGTTTGCTCTATAATTTAGAATCAATAGCTAATTGGAATT TCCATTGCTTTCATTTTTAATCCAAACGTCAGCAAGAAGCGAGAAGTTGT CGCAGATTTAGCACCGATGCTATGGCATTCATTTGGTAAAATTTTGCATT TTTTAATTGTTCATTGAAAAAAGGTTTTTCTAATGAACTATAGAATTTCA AATTTTTGGGTTGTTTCTTTTACGACTTGCAAAATTGAGCATGAAGGCAT AAAAAAATGGTTTCTATAATTTTGATACGCACACCTTTTTTAATAAAACA ACTAAAATTTTGTAAACAATTTAGATTTTCTTTTTGAGTTTTAAGCCTAA AAACGTTCCACATGTTCTTTCATCTAACCATTTTGTGAGTGAGTATTTTT GTCCATTTTCCTAAGTTACAAAGGTACAAAGCCTTAGTAAAATGAACTTT ATTTGTTTTTGATGTTTTATTTCTCGATCTTACATTCAATCTTTTTCAAT ACCTTTTCTTATTATCAGGCACAATTGCAGCTTTACTTCAAGAGATTGTC AACATTTATCCAATGATCAACCCACCAAATTTGACGGTAAAGAAATATTA GTTTCTTGAGTTACATCCTTTATTGGGCTCTTCCATAAAAAAATTGAATA ATGGGAGTGGAGGATATAACAAGTGTCAGTTGATCCCGGACATTCAAAGT CTCCCCTATTCAGAGCAAGTTTGCCCCTTAAACAAGGCAAATTTTGCAGA TTTTTCACTCACTACCCCCGGACAAAATATATCTATCCTCCAACCCCATG TACAAAAATTTTCTGGAAGAGCCCTTTACACGAAAATAAGTAAACATTTA ATTAACCCGAATTTGGAAATTTCGTGTTGATTAAAACCCCTTTAATTGAA AACCAGTCGTGGTGTCCTTGAAAAAAGCATGTGTGTTAATTTCAAGACTG TTCATTATGTGTCTATTTGACACAAGTGTGATAAGGTATTATTTTTTATG TATTATATCTTTATTATAACTACTTACTGGCATCCTGTAACAAATTCGTG CGAGAGGTAGGTAGGTAGAAGTCTACTATTCAAAACTGTTTTTAACTTCG CTTCATCTAATAAGCTTGACTGAATATCTATCGTTATCCAATTTTTCTTA TGGTTTAAAGTGAGATATCTGTTGTTCAATATTCTTCACTTCCTTAAAGG TTTTATTTTTACATAAGTGATTCCGTTTCATATCAGACACATATTTTATA TCAGGACAGTCTTGCTATTGTTATATTATTCTGACCAATCTTGCTCCACA TCCGTGTCAATCTAATGTGAAAAAGCTTGTGAATTAGAATTGATGAGTAA GCAAACGATATCACTCTTATTCAAAAACAAAACCTGTAACATAATAATAG TAAAAATGATTTTTCACATTTATTCAACATCTGATTTTATTTTAGGCTCA CCAATCAAATCGTGTATGTAACGCACTTGCTTTGTTACAATGTATTGCAT CCCATCAAGAAACAAGATCACCCTTTCTTCAAGGTTTATATTTATGCAAA GCCTTTCTTCTCTATTGTGTCTTTGTTTTCTGACATATTAAAAGTGAAGA AATTTCAGCGAATATGGCGAATCGCGAAAAATTCGCTAAATTCGCCAAAA ATTTTCCCCGCCAAATTTAGATTTATAGGCCATTCGCCAAATTTAAATTT CTTTCAAACTAGTCTCTATTTCTCCTAAAAACCCCTTTTTTCATCCTTTT TTAAAGCTTAAATATTCACCAAAAATGGGTCGTTCGCCAAAATTAATTTT CACCAATATTTAGAAATTTTATTAAATCGCCAAAATAAATTCCGCCAGAT TGCACCAAACTTTCCGGCCAAAATTTCTTCTCTTAAGGTAGTTCAGTATT CTCTAGTGTGTTCGTAATAAATGTGTAGTTTGCCCTGAACTATCTATGTA GTTTGGATGATTAAAAAGTACACCGAAAAAATAATGCAAGTATCTTAAAA CTGGGTGTTCACTGGAAAAATATAAGCTCGGCTTTTACCCGCTCTAAAAA ATTAATCCAGACAGAAATTATTGAAATAAAAATCTATCGAACGTAATCGT AAACGGGTGAATTGCACCAAATCTGTACCATGGTTTTGAAAACAAGACAA ACTGTCTTCAAGTTGCCATAGAAGTGGATGTGTTAGGTATTAGAGCTTAA GTTTTTGTGGTACAGATTTGGCGCAATTCACCCATTTATCGCTCATTCAT GGTATGGTGCTTGTTAATTTTTGCACACAAATCGATTGTATATCAATATA AGTTTTTGGTATTGATTTTTGAGCATAGTGTATGTCTTACACTCTCGATG CTCTTCTTTATTTCACTAATTCAAAGTTGGTTCCAATTGCTATACGGTTC ATAATATTCTTATTTTTAAGCACAAATTCCATTGTTCTTATACCAATTTC TTCACACTACAAGTAAGACTAGACCATTTGAGTATCTCCGATTGACAAGT CTTGGTGTCGTTGGTGCTCTAGTCAAGGTAAAATACATATGAACATTATT TTGGACATCTACTTAATCATCTTATAAGAAACCCGTTAAAAAAATGAATA GAAATGTCTTCAAGTGATGTCTTATCCTATGAGACCATTTAGAGCCTCGT TTTCAAAGAGTTGTTGACACTTGAATGTTCATTTGTATGTCCTGGCGTTA TCAAAATTGATGACTTGATGAAATTGATGGCTTTGACATCTCAAGAAAAA TATATTGTACAGTGGAGTCTCTTTAACTCGAGCCTCTATAACTCGAACAA CGTTTCAGATCCCTTCAGTTAAGAATGTGTTACAAACCTCCGTAACTCGA AATTTTCTTAACTTGAACAAATCTACGTTTTTTATGTTGTAGACAGACGA TCAAGAAGTCATCACCTTTCTTCTGTCAACGGAAATTATTCCCTTGTGTC TTCGGATCATGGAATCTGGAAGTGAGCTTTCTAAAACGGTAACTTGTCAT TCGCTTGAATTTTTTTAATTTTATCTAAATACCTCAGCAAAATTATTTTG TTTTAAAAGAATAAATACCGTACCTTTTTTGATCAGTTTTAATCAAAGAT ATGAAGATATGAAGATTCTAGGAACTGGTGTACTTTTTTTAATGTTAATA TCTACTTACGTTTGTCGTATACTTGAGGTATTGAAAATGTGTTCAAGTTA TCGAAGCCTTTCTTTTACAATTTTACAGGTAGCAACTTTCATCTTGCAAA AGATTTTACTTGACGAAACTGGTTTATCATACATTTGTCAAACTTACGAA CGATTTTCTCATGTAGCCTTGATACTGGTAAGTGACCTTTGATCTCACAA AAAGCTTGATATCTTCTTAAAGACTCGAAGGCAATTTTCTCTTGTGAGGA TGACATGGCGCTTAACTAAGTTCATGTAGGTACTCAATCTATGTCGTTTA TTTGTAGGTTGCGAATAGGTGGTCGAGTTCTTCAATTTTTTTTTGTCAGG CTCTGGGGGACTTTACCTAAAAATGTTTGATGATGTACAGTTTTTGGTAT TGGGAACTAGAAACGTCATCGTTTTTCTCTTACTCTGACCCTCCCCAGCC CTTCCTTGGTTTCTATCCAAGCTCTCTTCGGATCTATTTTGCACACAAAC TATTATCCTATATATAACTACACTACTTGGATGAAGATTCATTTTTCAAA TTTTTATTTATTTTTTACATTTCTTATAAACAATTCATAACATCTAAATC CTCGGTCGGTCTTATTTTTTTGAAACTTGTTATTTTCTACTGCGGAACAG TACATTATGGAGAGCCAATTAACGATCAAAATGCAATTTTCTTACTTCTA GGGGAAAATGGTACTGGCACTTTCATCCGAACCTTCGCCTCGATTACTCA AACATGTCGTTCGATGTTATTTGAGACTCTCGGATAACCCAAGGTAGATT TTTGAGCCCTACACAAATTTACTGCAGTAATTTTGCCAGTTAATTTAAAA ACTAAAATATTGTCACTTTTGCCATATAATAAGTGTTTTATAAAGAAAAG CATATCAAATTTTTTTGAAATTTACAAAGAAATATTACGTATCAGCTAGA CATTTTTACAGGATTCATGCATCTGTTACATGCTATTTTCTACTCAATTT TAAGATCATAAATATACAACATCTGTGCAGACATTTGTCATCATTTTGTT CAAGAAGGTTTAACAAAAAGAGTGTGTTCAACAATAAAAAAGTTACGCAG TGACGTAGAAAAATATCATGTACTAAAAAACAAGAATCCTATGAAATGGG CTAATTACCTTATCGGAACATAATCTTTTTAATTATTCTTAATTTGGGAA AGACCAGTCCCTAACCAGTAGCATACCACTCCGAATAATTTGTAACTAAC CCCCCTTTGAAAGCAAAGATGTATTTCTTCCATTTCTTCCAATATATATT CACAAATGTTCAATTTTTAAAATTTCTTCATCTTTTATCTCTCAGAGCAC GTGAAGCACTTCGCCAATGTTTACCGGAATATCTAAAAGACAGTACGTTT AATAATTGTCTAAAAGATGACACTTCAACTAAAAGATGGTTAGCGCAATT GAAAAAGAATCTACAAGAAATTCCACCACCTCAAAGTTTAGCAGACGCTC ACCGAATGGGCATGGGTAACTAACTGTGAGAAGAATTTTTTCGTTTTGAG TTTCATAATTTCCAGACAATTTTCCAGCTACGATAGGGTGGAACTCTAAA ATATTGTACAAGATCGTAATACATAACAGTTAACGCTTTTTAATTCGATT TTCTCGGGGAAAAGGATTTTCATAGAATAAGAGGTGTGTCGAATACTTAC TTTAAGTGGATTAATTTTCGCGTGGACTTTGGTACGCCAATTCGGAATCT TAAAATTTTAACGTGGACAAATTTTCCCGAATTGGCCTCCATTTTATCCA TTTTGACCAAAAAGTAGATTTTAAATTCTTTGCGAGGACTAATTTTCGCG GAAACGGCTAAAATTTGCGAAATTTAATCTACGCGAAATTTAATCTACGC GAAATTTAATCCATCGAATTAGAGAGCGTCAACTATATACATGATCGTGA TATTTTTTCCTGTTCAAAATTCTTTTGGTTCGGACAATATTGCAAATTGA ACATTTTATCAACGATGAAGGATTGCCAGATATCGTATTGGTCTTATGCG GAGATATGCGACCAAGTTAGTATGAAAATGATTGGATCGTGAATTAGCAA GGCTAAAAAACAATAAATTTAAGTAGTTTTGTTTTTGATAACCAATCATA TTTTGTAAAAAATGTTTAACGACCAATGTAAAAGAGAAGTAACAGCGCGG GACAAAAAAAGTTACTTCAAAATATGTTATCATATTGCAACAAATCGTTT TTAGAAATGGTAAATTTCGTTTCAAAATTTTTTATTTTTCTGAGACTCGC ACGCACACAGCCGCCTCCGGTGACTTCTACATTGCCTTTCTAGAAGAATC TCCTATCCTATTCAAGGAAAATTAAGGACACTTTTTAATTTTCAAAGATC CCTTCCTTCTTAGCTAGGTTATAAAAAGGTAAATTCCCATTAAACTTAAT ATTTGAACCTCACTTATTACAAATCTGTGTTTAGATTTTTACCCCTATGG AGTAGGTCTATCTAGGCTGTTTTTAATCATTTTTGGCAATTTTAGCCTTA TTACCACACCAGGCTGTAACTTTATATAATTTCCAATCAATTAGATAATT TTACCGCTCGCGAATATCTTTCCAGTTGTGTATAAAAGTCAAAGAAAAAT TTAATATAATTTTTATCTAATTACAAATGAAATTATGAATTCTGTCCGGC AGAAAGTGACCTTGGTTAAACAATAAAAAAAGCTAAGGGGCTCTTCCAGA AAAAAATTGTACATGGGGGGTGGAGGATATAACAAATTTTAGTGATTTAC CCCCCGAACAGGGTGACTTTTGGCCCCCCGGACAATAGGTGTTACCCCCG GACAAGCATCTGCTGACCCCCGGACACCCTAAATTACCCCCGGACAGAGC AAATTTACCCCCCGGACAAGGCAAATTTTGATGATTTTTTGCTAACCCCT GGACAAAATATCCTCCACCCCCATGTACGATTTTTTTCTGGAAGAGCCCA AGGCGATAAAGATATACTAAAAATACAAAAATTATATAATTAGAGAACAC TAAACAATTTCTTGGTGTAAAAAAACAATGGAGCGCCCCCAAAAAACTGC CACTTGGGGGGGGGGCAGTTGTCCTTACTGCTCCCTGCCAACACGCTACT TCTGAATATTTAAAATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNGGGGGGGGGGGGTTCTTAGTCAAATGGAGGGTACG GTATGTGCCGCCCTTAAGGGTACCTTTTTTTATCTTCCAAAGTCCCGCTA AGGGTCGGAAAAATCAGAAAATCAAATTTCAGTCCTACTAAGGGTCAGAG AAATAGGAAAATTTCAACTTTTTACCCCCGGAAAGATCGAAGTTTGGTCA AAATTGGTCAAATTTGTCCCAATAAGGGTCCTGAAATTCAAAAAATTTTC CTTTGTTTTATCCTTTTTAGTCCCGGTAAGGGTCCAAGGGTCGAAAGTTA GGCGACACCTCCCCGTCAGCTCGCAACGCTTGTACCCCCGGGCTAATTCT ACGGCACTAATCTGTTAATATAGTTTTACTTTAATCGGATTAATTTTCGC GAGATTAAATTTCGCGATTTTGCGAAATTAAAACTCGCGAACACGCGTGA GATTCCTGATTCGCGAAATTAAATCCACCACAAAACTTTTAAAAATTGTA TTTTGGCGGAGAAACTAGTTCCAAGTCTCCATTTATGGTAAAAAATGGCT ATTTTCAGTTTTTTTTTGGCTTATTCGCGAAATTAAATCCACGCGAAATA TTTCAAAACTCTGACTCGCGAAATTAAATCCAGAAAATTTCGCGATTTTT TTAGCTCGCGAAATTTAATCTCGCGAAATTTAATCCGGTTAAAGTATTCC ATTGAATTTATTTCAGAAAAACATGCAAAAACATGCTAAAAACAAAGGTA ATTACAATCACATAGAAAGTATATTTCAGATAATTCACCATCACCAATTT ATCTGACGTTCCTCGTTGTGAGTTTGTGAAATCTTTGATTAATGTTTGAT TATGTTTCTCACAGTAAATACTGATTTGATCTGCTAACGAAGGTCGACCA ACGAAGTAGATACTAGAGTCCTTTGCACTGTTTTTGATGACTTTCTCGAA ATCAGTTCTTTGTCCTGTTAGAAAAATAAGTAAAAAGCATGTTTGTGGTA ATAATAAAAGTTAAGCAAGTTTGTGACTGGGTTTAGGGTTTACGGGGGCT TGTAGAATCAACGACTTATAGTTTCCAATAAAGTTTCCTGAAATTTGAAT CAAAGCTTTTAAATTTTGGTCGAAATTTTAAGAATTATTGTTTAAAATTT TTTATCATTCACAATCTTAAAACCCTGAATTGCTTTTGATGGTATATCTG TTAAAAGAATATTGGAAAATATAGTGATTTTATTTATTAATCTAATCAAG GATATAAACTCATACCTTTAAGTAAATTGATTACATCAACAATCTCAGCA TCTCCTTTACCATCTTGAAATGTCGTTTTTTCGGTCACGTACCAATTGAA AGTGACTTTCACATTTTTGTTATTTTGAATCAATCTCAATTTCTTTGAAA TCTCGTCAGCAAAATTTTTATAAACTTCAATCGAACGTACAGTGTAGTGT ATATCAATACACGTTGTTTTCGATTCTGCCATATTGAAATTATCACCATG GTTACCATGTGCTAAAATACTGATGCAATCGTAGAGATAGCCAAACCCAG ATCCCGACGCCAAGAGAACGAATGATTTCTGTTCACCAATTTCTAATTCT TTGTAAAGTTGTGAGGATGATGAACGATATGGACCCCAACATTTAATTTG GTGACCTGATAAAAAAAGGTGAACGGAAAAAGTAAGCATACAATATTCAA ATGATGATTTACGATTCCGTTTATTTTGCTTTGATCAAGGTAGTATATGC CGTGAGAATTAACTTTCTTCGAATTCTTTCTAACAAGTCGATCAGCTTTG ACCTCTGTCTATGGGATTCAAGATTTCTAAAGGAAGAAGATTTGATTTGC CCCCACCCCTCTTTGTGATAAAAATGACCACAAAGTTTATAAGGATTGAT AATAATTCATGATATGCACCACTGGAGAGTCTTCTGTGAACCATTAAAAT TTCCCACCAATACGTCACTTAAAAACAATAGAAAAAGTANTCTTCTGTGA ACCATTAAAATTTCCCACCCAATACGTCACTTAAACAATAGAAAAAGTGA CGTATTGAGTGGAACAAAAACAGAAAAGTTGCAAAATTTCGTACAGTCAT TGCAGTGATGCATATCATGAATAAATTAAAGTTTGCTACGGTATTCATGA TAATGCACCATTGCAATGTTTTAAATGATTGAAAGTACATGGTTAAAAGT GACATATTGACTGACTTTACGTCACTTACAATCAATCAGCTATTTTGTCC GTGATGTAATGTGAGATAGAAGACATTGCAATGGTACATAAATGTATCAT GAATAATGATGTCAAATCTTCATAGATCAATTGTAATGACTTCACACCTT CAGACGCCCTTCTTCCCTGGTAAATTCGAACTCAGTCCACTGACCTTTAT ATATCCCTGGACCAAGTTACTCAATGCCGGCCAAGCAAAACATTATGATC GGAGTTTTTTTGAATCGTAGTTTTTTTGAAATTGGTACCCGCAGAGAGAA CGCTAGATCTAGTTTAGCTTGTACACTAATGATGTAGCGCCGTTTGTCGT TAGGCAAAGTTTCAAACACTACAATGGCTTTCTTTGCGGGTACCAATATT CAAAAAAATTTCGATCAAAGATGGCGGATATAGCTTGGTCCAGGGATATA TAAAGGTCAGTGACCATGTATTGGGTTGCTCGATTTAAATCTGTTCACTT ACTTTGAGCTTCATGATCACTTGCTCTTAATCTTCTGGTCCATGCTGGAA ACCATTGCGAATCATCATCCATCATTGTTATAATGAATCCAATGTCCCAT GATGCATCAGTGACGTCATGATTACTGAATGATGTGAATGGATGACATCT TTCGGGAGATAAGGTGAAACGCCTATCGTTGCTCTTAAGGAGAAAATAAA CATCTCCAATTTCTGGTTTGAATTTTTTGTTCAATTTGACACGGACATCG ATGTATTCGTTTTTCCCGATGATTTTTCTTTCGGCTGTACCCCGGGATTT CCGATAATAAACTATGCTAATGAGCCGGTCAATACACCAGATTAGAAGAA CTGGTAGATTGAAAACATGAGCTAGACCATGTGTGATCTTTCGGATATTG TCTATAGCGTACCAAACACCAGCGAACGCATGGATAGCAATGGCAAGTGA GTAGGAACGGTTATTCAGGAATTGACTTCGAGTGAGGGGAAAGATAAGAC AAAATAAAGCCACCATGAGGAGGAGGCGGTAGATTTCATCTGAAGTAAGA TGAACACCTTTGGAATCATTGAATGTCCAGCCCTCTACCGCAGCTGGATC CCAAATCTTGGTCCAATTCAGATTCCCATATTGTTGACTATAGTTAAACC GTGAAGGCGGGCTATATGTTAATTGAGTGCGATCTACTAACGGCGGCAGG AATATGACAAGGACATGGGCTAATGATGGAATACCAATAAGGAAGATCCC GGCTATTCGATGCATTTTAATATGGATATCTCTTATACCAGCGATAACCA GAAACCGTGGTGCTTTCTCGATGATAAGGTTTGGTATACACCACAAAGTT GTATAAAACATGAGGTTTTGTGAGGTAATAATGAGACGGGCTGTAATTCC CCAAATAACATTTGTGATGGTTTGTCCAACGTTTTCACCCCATAACTTCC AAACACGTTTTCCTGTGGAAACAAAAGAAGAATTTTTAAAAGAATTGGCT TCAGACATTTGTTCTGATTTTGGCCCTTTTTTTAAAGTATGGGGGAAAAT GAAAAATTTGAAATTTGCTGGGGGAAAATAAAGAGGGGGGGGAAACATAA ATTTAGGAGATTTTGACTGGGGGAACTTCACTGATCTCAAAGTGATCTTG TTGCAAAACCTGTTTAAGCAATAAAATCAGCAAANNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCG AAAAATTTTGAAATATGGTGGGGGAAATAAAAGAGGGGGGAATGGAGAAA AATTTTGATTTTTAGTGGGGGGAACCAACCCAGGAGGACACTATGTCAGA TGTTTGACAGGAAAGGATTCAAAGTTTGGATAAAAATACCAAGCAACATT TGAGTGTGTATTACACCTACAATATAATTAAAGGAATCCTCCAATGACTT CTTAATGTTGTTTCAACGTTCTATGAAAGTTAAGTACTGTGTATTATGGA CGTAGAAAAAAAGGTTAACTATCAACTGAGATTTGGAATAGCTTGCATAC CTTTTCTCTCCAGTACCACATCACCTTTCATAACAAATCGATCAA
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00008905TCONS_00008905Clytia hemisphaericatranscript
TCONS_00008904TCONS_00008904Clytia hemisphaericatranscript
TCONS_00008903TCONS_00008903Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00008903-proteinTCONS_00008903-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000088supercontigsc0000088:571973..584317 -
Orthologs
The following orthologs are found for this feature:
Ortholog NameDescriptionOrganism
RQCD1cell differentiation protein RCD1 homolog 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
150 145.97 169.31 156.51 44.71 37.81 65.36 72.78 76.22 75.36 74.36 67.61 69.47 79.02 74.61 77.97 80.71 90.14 55.65 51.47 71.41 70.5 82.86 81.14 79.38 84.9 57.98 53.28 56.12 53.33