XLOC_003450 (gene) - C. hemisphaerica

Overview
NameXLOC_003450
Unique NameXLOC_003450
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at sc0000062:262084..274433-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_003450 ID=XLOC_003450|Name=XLOC_003450|organism=Clytia hemisphaerica|type=gene|length=12350bp|location=Sequence derived from alignment at sc0000062:262084..274433- (Clytia hemisphaerica)
TTTTTTTATCGTTACAGCAAAAAATAATAAATATCCATGCAATTTGACAA
GGACATTTATATGAAACAGAACCACCAGGAAAGATATATCTTATTTGTCG
ATACTATAGAAAGACCATAATATCGTTTTAGAAGGTAAGACCTTTTTTAA
TTACATTGTAAAATGTTGTTTGTCTCATCTACACCAGTTTTCTCGTACAC
CCTTGTCTCAAAATTGATTCGGGTTCACTTATAATGTCCTTGATTTTCAA
TTGGGAGAAAATCTTTTGGGCAAGAATTGATAGGGATTCTTTGATACTGT
GCTTGCTTGCTTTGCTTGAGTAAATCACTCGCGCTCAGAAGCTCCTTTTA
TATTCACCCCAAATCTGGATAAAAAAGACCAAAGCGGTTCGCAAACCAGG
ACAGATTCTCTTACGGTGCTATGGTCTTTAGAATGAATACTTGAAATGTC
CCGAGTCCTCAGAACCTGCTCGGAGATATAGCATGAATCTTGTTCTATTT
GAAGACTGGTAGACTTGAAAACCATCATAATGTTTTTGATAACAACTGTT
AAATATAATTCCATCTCCGATTAAAAATACTTCTGATACCATTATGATGA
TGGTGTCGTTATTGACAATAGAATAAGATTCAAGTTTGTTATGTCAAATC
TGTATGTTCACATTTGGAGATATTTGATCTAACGATGACAGCTTATAATT
GTTCTGTTTCTTTGTTGATATGAAATGTGAATTGAGGTCTGTTTGAATGG
TGTTGTTACTGCAATCTGTCGCTCTTTTACGTGTTGGAGATTGTTCAAGG
AGTGTTGATTTTGCACTGACAGGATATTTCTTGGTGATCTTTTTTTATCA
ATCATTTTTCAAGCTATATTCTATGTTTGTTATTGTTTATGGTGAATGTT
TAAGAATCGAACAGGTTTTATTACCTTCGATACGTATTATTTTTCGTACT
TTCAAAACACGTGTAGATTATAGCCTCGTTTTTGATTACCCAATCTTTTT
TTTGCAAAAGTTTATTTTGCCAAACTTTTAGACAATTATATCCTTCACTT
TGGTCCTTCCAGGCTTAGGCGGTGTAATTAATCTACTCAGTTTTCTCAAC
TTACTTCCTCTCATTTAACATAAGTTTCCTTCAAAGGAAGACTTGGGAAA
CATGCATTATGTATAAAAAATCTCATACTGACTTTAAAAGCTAGCGTACT
TGACTGGTACCAATATATCAACGAGGAAAAGCGGGCTTCTCCCAAACGAT
AAGGACCCAATATACTTGTGGAAACGGAGATAGCATTGCATTTGTGAAGA
CCCTTTTTAAAGTTTAACCTTCTGTAGAAATGACATGGTTCTGTTTTTCT
CCGGACTTCCTTGATAGCATTTGTATGTTATATCTTATTGAACTTCACTG
CCACAAGTCAACATATTACTGTGAGGCGCATTCTTGACAATATCTATGTG
GAAAAGATCTTGAATCTTGAAAAGCTTGAACATAATGGCGAAAATATGCT
TTGTTTAAGATTGATCTTTTGGTTTAAGCTGATTCAGTCGGTGTTGTGAA
GGGCCACAACGATTTCCTAACTTAAGTTTCTTTTCATTTCTTTCCACAGA
ATCAACAAGAAAGACCATATTGATCAACGGTGACGTCACCACCACACCAA
ACGACCACCAGAGATGGATAATTCCATCGAAGTTTTCAACTGTCCATTGT
GTTCATTCTGTGAGACAGGACTTGATCGTTTGGTCAAACATATCCGTCAA
CACATCAAACCGGAACCAAGACCAATCTCTCAACTTGATGTTGTTACCAC
TGATGATTCTCCGATTCTACCAAGAGATCAGGAAGAGTCGAACCAACACA
AGGAGAATCGTCTTGACGGTTACATCACCAATTTGTCCTCTAAAGAGAAT
CCACATCCACCATTGACCAATTTATTCTCGTCTACTGGCAATGACGAAGA
TGAGGAAATGCCATCACCAAAGATTGGCGAGGTTCAATCTCTAACAGAAC
CCAAGAAACCAGATTCAATACCATCATCAGAATTTCAACATTCTAAACCA
CCGCCAGCCCAACAACCTCATATTCAGTTGACTGCATTACCAAATGATTT
ACCATCTCCCCATATGTTGAATGCGGAGGTCCAACCCATGTTACACCCAA
TACAAATCTCGCCTCCAGGTAAGCATCGACTTATTTCCTTTCCTTTTCAC
TGTCTCAGTGACCTTGTGGAAATAAAAAGGAGGGATAAATTGAAAGAACT
AAGACTGATAGGGATAGGGATAGAAAATTGCCTGCTTTTATTCCACGCCT
ACCGGTTCGCCCGACCAAAACTTGCACGACTCGTGGTCAGGCTCTCTGAA
AATGTCATATTTTAACACCGCTATTTATTTTATTTTAAGGCGTGCAACCA
CAACCAGCCATGCCTCCTCATTCAGCTATGATGTACATCCGTAAGGAGCC
GTCCAAATACGTCAAACTACATCCAAACTATACACATGCACCACAGTACA
AACCGTTCGTCCACGCTGAACAATACATACCAATCGCACCAGCCAAACCA
GGAAATTATCAGGACGGTAAAGTAGTTCCAATGGAGATTCATGAAGCCTA
CCATAGACCGCCACCGCCCCAAGCTAATCATCAGTATCCCGCCCAACCAC
ATCATCAACGCGGAAAACCAGGCCCAAGACCTATGGAGATCCACACTGCT
TACCAAGTTCAACCCAACTACCATCCTCCGCCCCAGCAGCATTATGCTTC
GCACCAGAGACCGCCCAAAGGACACCCTCATCATCATCAACAACAACCAG
TCNACACATCAAACCGGAACCAAGACCAATCTCTCAACTTGATGTTGTTA
CCACTGATGATTCTCCGATTCTACCAAGAGATCAGGAAGAGTCGAACCAA
CACAAGGAGAATCGTCTTGACGGTTACATCACCAATTTGTCCTCTAAAGA
AAATCCACATCCACCAATGACCAATTTATTCTCGTCTACTGGCAATGACG
AAGATGAGGAAATGCAATCACCAAAGATTGGCGAGGTTCAATCTCTAACA
GAACCCAAGAAACCAGATTCAATACCATCATCAGAATTTCAACATTCTAA
ACCACCGCCAGCCCAACAACCTCATATTCAGTTGACTGCATTACCAAATG
ATTTACCATCTCCCCATATGTTGAATGCGGAGGTCCAACCCATGTTACAC
CCAATACAAATCTCGCCTCCAGGTAAGCATCGACTTATTTCCTTTCCTTT
TCACTCCACTGTTTCAGTGAACTGGTGGAAATAAAAAGGAGGGATAAATT
GAAAGAACTAAGACTGATAGGGATAGAAAATCGCCTGTTTTTATTCCACG
CCTACCGGTTCGCCCAACCAAAAATTGCACGACTCGTGGCCAGGCTCTCT
GAAAATGTCATATTTTAACACCGCTATTTATTTTATTTTAAGGCGTGCAA
CCACAACCAGCCATGCCTCCTCATTCAGCTATGATGTACATCCGTAAGGA
GCCGTCCAAATACGTCAAACTACATCCAAACTATACACATGCACCACAGT
ACAAACCGTTCGTCCACGCTGAACAATACATACCAATCGCACCAGCCAAA
CCAGGAAATTATCAGGACGGTAAAGTAGTTCCAATGGAGATTCATGAAGC
CTACCATAGACCGCCACCGCCCCAAGCTAATCATCAGTATCCCGCCCAAC
CACATCATCAACGCGGAAAACCAGGCCCAAGACCTATGGAGATCCACACT
GCTTACCAAGTTCAACCCAACTACCATCCTCCGCCCCAGCAGCATTATGC
TTCGCACCAGAGACCGCCCAAAGGACACCCTCATCATCATCAACAACCAG
TTTTCCAAACTCAACTTCAAACTCGCGTTGAAACCGCCCAACAAAGTATA
CCAATGCCTCATGTTGGATTCCCTAATAACGGACAAATGTACATTAGCCC
AGAACAATTAATGAAAATGACAGGGAATCCAGCCTCGCTTGACCAACTGG
CTGGTATGCTTGTGATCCCTTTAAAAAAGACAGCCGAAGTCGCCATCCAA
ACAGATCCGGTTGAATTCAACGCTCCAACAAAGAAAAAGGAGAAATCTGA
AGTTTCATCTTCTGTACAAACTGATTTAAAAATGCAATTTATTACAGAGG
CTTCTCGGTATGCACCGGAAACGATTTTCGGTCAAATTCGTTCGTTGGAT
TCGTTATTCGAGTGTTTGATATGTGCCGACGAATTCTCCGGTAATGCACA
ACTACAAGACCACATGCGGGCCACCCATCAACACGTANCCATATGTTGAA
TGCGGAGGTCCAACCCATGTTACACCCAATACAAATCTCGCCTCCAGGTA
AGCATCGACTTATTTCCTTTCCTTTTCACTCCACTGTTTCAGTGAACTGG
TGGAAATAAAAAGGAGGGATAAATTGAAAGAACTAAGACTGATAGGGATA
GAAAATCGCCTGTTTTTATTCCACGCCTACCGGTTCGCCCAACCAAAAAT
TGCACGACTCGTGGCCAGGCTCTCTGAAAATGTCATATTTTAACACCGCT
ATTTATTTTATTTTAAGGCGTGCAACCACAACCAGCCATGCCTCCTCATT
CAGCTATGATGTACATCCGTAAGGAGCCGTCCAAATACGTCAAACTACAT
CCAAACTATACACATGCACCACAGTACAAACCGTTCGTCCACGCTGAACA
ATACATACCAATCGCACCAGCCAAACCAGGAAATTATCAGGACGGTAAAG
TAGTTCCAATGGAGATTCATGAAGCCTACCATAGACCGCCACCGCCCCAA
GCTAATCATCAGTATCCCGCCCAACCACATCATCAACGCGGAAAACCAGG
CCCAAGACCTATGGAGATCCACACTGCTTACCAAGTTCAACCCAACTACC
ATCCTCCGCCCCAGCAGCATTATGCTTCGCACCAGAGACCGCCCAAAGGA
CACCCTCATCATCATCAACAACCAGTTTTCCAAACTCAACTTCAAACTCG
CGTTGAAACCGCCCAACAAAGTATACCAATGCCTCATGTTGGATTCCCTA
ATAACGGACAAATGTACATTAGCCCAGAACAATTAATGAAAATGACAGGG
AATCCAGCCTCGCTTGACCAACTGGCTGGTATGCTTGTGATCCCTTTAAA
AAAGACAGCCGAAGTCGCCATCCAAACAGATCCGGTTGAATTCAACGCTC
CAACAAAGAAAAAGGAGAAATCTGAAGTTTCATCTTCTGTACAAACTGAT
TTAAAAATGCAATTTATTACCGAGGCTTCTCGGTATGCACCGGAAACGAT
TTTCGGTCAAATTCGTTCGTTGGATTCGTTATTCGAGTGTTTGATATGTG
CCGACGAATTCGCCGGTAATGCACAACTACAAGACCACATGCGGGCCACC
CATCAACACGTATGCGAGAATTGTTTCCATGCTAGTAACAGTATACAAGA
ACATAATGCTCATATTTCCGAATGTGGAAAATATGATGGCGAAATGTTAT
GCATGGACTGTAATAATTGTTTCTCGTCTGTTAAAAAGTTGAACCAACAT
CGTATTAAAGTTCATAATGTACGAATGCCGTTCCGTTGCGGCGTGTGTAA
TCAACCGTTTGAATCCCACCCGGCGGTTATGGAACACATGGCTACGCACG
ATAACAACGCACCCGAATTCAAATGTCGTTATTGTACTAAAGTGTTTCAC
AATGCAGAAGCGTTAAATAAACATTTTCAAAGACATAAAGAAGTTGATGT
TGAACATCAATGCCGTTTCTGTGGAAAATCGTATAAGACGGATGCGTTTT
TGAAAGATCATATCGGCACCGCTCACGTTATAAGAGATGAAATTGAACAA
GTGCCACAACCGCCACGCGTTAGTTTTCGCAACAATCAAGCCTCGGTTTC
ACGCTCTCAGCAATCAACTGGATCCGGTGTTCCGACAACGGTCAGCTCAA
ATACGAACNTTATCAGGACGGTAAAGTAGTTCCAATGGAGATTCATGAAG
CCTACCATAGACCGCCACCGCCCCAAGCTAATCATCAGTATCCCGCCCAA
CCACATCATCAACGCGGAAAACCAGGCACGAGACCTATGGAGATCCACAC
TGCTTACCAAGTTCAACCCAACTACCATCCTCCGCCCCAGCAGCATTATG
CTTCGCACCAGAGACCGCCCAAAGGACACCCTCATCATCATCAACAACCA
GTTTTCCAAACTCAACTTCAAACTCGCGTTGAAACCGCCCAACAAAGTAT
ACCAATGCCTCATGTTGGATTCCCTAATAACGGACAAATGTACATTAGCC
CAGAACAATTAATGAAAATGACAGGGAATCCAGCCTCGCTTGACCAACTG
GCTGGTATGCTTGTGATCCCTTTAAAAAAGACAGCCGAAGTCGCCATCCA
AACAGATCCGGTTGAATTCAACGCTCCAACAAAGAAAAAGGAGAAATCTG
AAGTTTCATCTTCTGTACAAACTGATTTAAAAATGCAATTTATTACCGAG
GCTTCTCGGTATGCACCGGAAACGATTTTCGGTCAAATTCGTTCGTTGGA
TTCGTTATTCGAGTGTTTGATATGTGCCGACGAATTCGCCGGTAATGCAC
AACTACAAGACCACATGCGGGCCACCCATCAACACGTATGCGAGAATTGT
TTCCATGCTAGTAACAGTATACAAGAACATAATGCTCATATTTCCGAATG
TGGAAAATATGATGGCGAAATGTTATGCATGGACTGTAATAATTGTTTCT
CGTCTGTTAAAAAGTTGAACCAACATCGTATTAAAGTTCATAATGTACGA
ATGCCGTTCCGTTGCGGCGTGTGTAATCAACCGTTTGAATCCCACCCGGC
GGTTATGGAACACATGGCTACGCACGATAACAACGCACCCGAATTCAAAT
GTCGTTATTGTACTAAAGTGTTTCACAATGCTGAAGCGTTAAATAAACAT
TTTCAAAGACATAAAGAAGTTGATGTTGAACATCAATGCCGTTTCTGTGG
AAAATCGTTTAAGACGGATGCGTTTTTGAAAGATCATATCGGCACCGCTC
ACGTTATAAGAGATGAAATCGAACAAGTGCCACAACCGCCACGCGTTAGT
TTTCGCAACAATCAAGCCTCGGTTTCACGCTCTCAGCAATCAACTGGATC
CGGTGTCCCGACGACGGTCAGCTCAAATACGAATAGAAAATACTTTTTGT
GTCGATACTGTGATTTAGCATTCAAAAACAAAGAACTTTTATCACGACAC
GTTAAACAATGTTCTAAAAACGGTGGCAGTGACGTGACAACGTACGTTTG
CGACGTCTGTAAAGAATTCTTCCCAACCGACGATGCACGTAAACTACACT
TAAAGAACGACCATCGCCGACAGAATGGTTACCGTTGTCCGAAATGCTCC
AAAGTGTATCGGACGTGGACGCGATTGAAATTTCACACCAAACAACAACA
TTTAAAGAAGAACTGTCCTGACTGTTCTGCCGTTTTCACTAAAGAGCACG
TCTTACGCAAGCACCGTGAGGACGTCCACGGTAAATCAACTGCCGAAGAA
GGTGATCGTATCTATAAATGCAGTGACTGTAATTTGACATTGTATACGCT
CACAGATTTAACCATGCATAGACGTACTGTACATCCGGATCGTAAATCAA
AGACATCCTCTGCTNAAGGTGATCGTATCTATAAATGCAGTGACTGTAAT
TTGACATTGTATACGCTCACAGATCTAACCATGCATAGACGTACTGTACA
TCCGGATCGTAAATCTAAGACATCCTCGGCCGCTGAGTTTTCGTCAAATG
CTACTATGCTGAGCTTCATCGATAACCAAAGCAACAACATCAGTTCTACA
ATGGAAGAGGCGTCAAATAAAAGCCACCCTACGCCGCCATTAACAGTCAT
CAAACCAAAGAAAGAACCACCCGTCAATCACGCCCTAAACGCCAATGGGC
TTGATAAACCGTACCAATGCGAACGTTGTAATTCAACATTCGATTCTGAG
AAACGTTTGAAGAATCACTTGGGACTAACTCATGGCGAACGACCATTCGT
GTGCGAGCTTTGCAACAAACGTTTCCAATATTCAAGTCAAATCGTCTGGC
ATATGAAGAATCACCAGAATCGACCAGCTGGCTCTCTCACCAAGACTGCT
GGCAAGTTATGGAAACCAAAGAATTTCCATGGCAAAATCAAAAGCAAGCT
ACCTTTTGTTTGCCAGTTCTGTGGTGCTGCATTCAAGGCTGAGAAACTTC
TTAAAAATCACAAAGGAGTTGCTCACAAGATCAAATTATTCACCTGCTAC
ATTTGCTCATCAAAACATGGGCATTCCACCGAACTTATTTGGCATATTCG
AACATGTAAAGCTAAATTTGCACGTGATAATCCAGGAGCAGCTTTACCTG
AAGAATTACCTGAAGAAGAAGGAACCAACGCATCACAAGAAGACGAAGCG
TGCGAAAAACCTATGGAGGAAAATGGTGATTTTGCGACCGATCCTTATAC
CCAGAATGCAATGGAAGAAGAGGAAGAGGAAATGGATTTACACTCGACTA
ATATCCAACTTTCCAAAGATGAGGCAGACGAGCTTCTTCAGAATGATCCG
GAGTACGACCACGGACGTGGAGAATACACGTGTCCGTTGTGTAAGAAGAC
CACAAAATCGATCACCGGTATGAAGACACATTACGGACGCGTTCATGGTA
TCTGGGCGAAAGAAAGCTCACATAAATACCCGAACGGACATAAAATTACT
ATCTGGCCGTGTCGTAATTGTGATCAAGAGTTTAATACATTTGAAAGTAT
TCAAGCGCATTGTTTAGAAGAACACGGTTTGACTGTTAGTAAAGAGGATA
TTGATTTTGAAACACGACAAGAGTTTGTGGAAACTAAAACTCCATCAACG
AACTCTAAAATTATACAGGGATTGTATACCTGTCAAACGTGTGGAGTTTC
ATTCGATAATTCGAAATCCATTCGTGTTCACACATTCAAGAAACACGGTA
TTATCTTGAATGATGTCACTCTAAAAGAATGTCGTAATGACTCTGATACG
CCATCGCCGGCTAAGAACGCCAATGAGACGACTCCAGTTTCGTTTATTAA
AGATGAGGGAATTGCTTCCATGGTAACCAGTAACACCGAAGCCAAACCAC
CGGAAGACGAATTACGCTACAAATGTCCAAATTGCGTGTCACAATTTCGA
AGCACGAAAGCTCTACGTGTCCATTCGTACAAGAGGCATAATATTATACT
TTCAAAGAACGAAATGAGCGAAAGTAAAATATGGGTGACGCCGTTAACGC
AAGAGTACAATCGAGCGCCGAATCAACCAACTAAAGGACACGATTTAGTT
GATGCTCCAAGTCCTTGTGATCGCTGTGGTCGTGTTTTTGGTAATTATCG
CGCCCTGTTCACGCATTATCGGCAAGCGCATCGCATCACAGAACCAAACC
ACGTGTTCGTCCCACGAAAGCCTTCTCGCACCGAACTGTCCATTCAAAAC
AATGACGAAACGAAAGAAAACCAAGCCAGTAAATCGCCAGAGATCATCGG
TGACCGGTCCAAAGTGAAGCAGTATCCGGAAGAAGCTGCATCCGTTGACT
GCCCGAAATGCGGACGCACTTTCACCAACCATAAATCATTCGTCGCGCAT
CTTTACTCAGCCCACAAAGTCTCTAAAGATCAATATTGTCTCTACTGGCC
AAATGGTATCCCTGTTTTACCACGTGAAAGTTCGACATGCCCAACCTGCA
ACAAGGAGTGTTTAGACGAGCGTGCTATGCGCATACATATGTTTAAAGCT
CACGGTACTCATTACAGGGACTATTGTAATGATCTGAATTCAAATAAATC
TGATTCTTTGGGAAGTCCAGAGGGTCTTGTTACCATGGTGAACGAAACCT
CCTTTGTTGGTATGGACGTCTCGAATGAACACCTTGATTTGACGTGTTAC
GTCTGTAGTAAAGTTCTTAAGAATCGGAAAGCGTTGCAATCACATGAATT
CGGTGAGCACGGTATCCGATGGGAAGGCGGACAACGTCTTTTTCCAGAAG
AGGCATCTGGCATTAAGAGTGAGTTTTCAATGATCGGTAATGGCTCACTA
CATTCTGCGTCACCCGTTAGTAAAGTCTCGACGCCAAATTCGGGCGCCGA
CAATAAGCCTTTCGTTTGCTCAATTTGTGAGGCGTCGTATCACAACCGTA
GAGCCATGACAACACATTTGTGCCGAGTCCACAAATATAAGAAAGAAGAT
GTTAAAGCTTACTTCGCCGAATCTTATGCCGAGGAAGGTTTATCTATGTC
ACCTTTTGTTGATAATATTAACTCATTGTCACCAACCGAGGCTAAGAGAG
TCAATGGTGTTGATCATAATGATGACGTAATGATACCGAAAGATGACGTC
ATTGATGACGATGATAAAAGTGAAGACGGGGGTTTTGTTATTGATGAAAG
TGATAAAATGATGGTTGAAAATGATGAGGATATAGTTCATATTTTACCGC
GTGATGTTGGTGATGATTATGGTGGAGATAATTTGTATAATGGAGATAAT
GTTTATAATGGATTAAATGAAAATGACGGAGATAATGATATTCCAGTAGT
TGTCCCCTCTTCTGCTGAGAAAAGTGTTTTAAATGGAAATGCTCGCCCTA
TAGCTATCGCATAGTATCAATTTTTTTATTTATATATACAGAAGTTTTGA
AAAAGCTAGTTAATCGAGATTTGACCAAAGCCTTCAGAAATTAGGTTCTG
GCAATAATTAATGCTTACTTGTGCTGAAGACATGTCCTTTTGAAATTTCT
AGAACAAAATTTTTATAGCGTCTGCAGTTTTCGTGATACACGTTTTTTTT
ATATAAGAACATAAGGCTTCGAGGCCCAAAAATTTAAGAACATTCTAAGA
ACATTCTAAGGCTCTAGAGACTTAAAAACATGCATTTTCTTAATAAAATT
ACACCAAAATGCTCAGAAAATGCTGAAAATAAGAACATTTTAAGAACATT
TTTAGGCTTCAAATCCAAAAAACTAAGAACATCCGAAGGCTTCGAAAATT
TTTGACGTTCTTATAAAAAAAAACGTGTAATATATCAATGATCAGATCGC
ATTGATCATGCCTTAAATATACATTTACTTTACTGTAGACCTTTTACCTG
GAGGCATAGGTTGTAATCAGTTTTTAATATAAGTTTTTTTAAGGTCTTTA
AAGGTCTTCTTTATTCATAGTTGTTCTTTTGATAATTTTTATTTCATATT
TTTTGGCTACGATTTTTGNACTAAAGGACACGATTTAGTTGATGCTCCAA
GTCCTTGTGATCGCTGTGGTCGTGTTTTTGGTAATTATCGCGCCCTGTTC
ACGCATTATCGTCAAGCGCATCGCATCACAGAACCAAACCACGTATTTGT
ACCACGAAAGCCTTCTCGCACCGAACTGTCCATTCAAAACAATGACGAAA
CGAAAGAAAACCAAGCCAGTAAATCACCAGAGATAATCGTCGACCGGTCC
AAAGTGAAGCAGTATCCGGAAGAAGCTGCATCCGTTGACTGCCCGAAATG
CGGACGCACTTTCACCAACCATAAATCATTTGTCGCGCATCTTTACTCAG
CCCACAAAGTCTCTAAAGATCAATATTGTCTCTACTGGCCGAACGGTATC
CCTANCCCACCACTATCTGACGGGTACTTGAGGACCTTTTTGGTAATTTT
TCAAATTTTACGAGAAGTTTTCAAAATGATTTTTACTAATTATGTATCAT
TAGTTTTTACAGATAATTTAGAAAAATATTTCATATTTGGCAATAATTTC
TCAACATTGAAAATTTGTTCGTCCCTGTTTTTGAGTTATCGACCGCCGGA
GGCGGTTTCTTTCATAGTGGTACGCTAATCTCGTTTTGCCTTGGCTCATT
ACTTTGTCTACCATTTACTTTCGGTTTTTTTAACTAGATTACCCAGGTGT
TTCTCTTTTTTTTCCCTGAATGTCTTTTATTCGGAATTGAATAACATTGT
CTTTATTACAAGGCCGTTAATCGACCGCCGGAGGCGGTTTCTTTCATAGT
GGTACGCTAATCTCGTTTTGCCTTGGCTCATTACTTTGTCTACCATTTAC
TTTCGGTTTTTTTAACTAGATTACCCAGGTGTTTCTCTTTTTTTTCCCTG
AATGTCTTTTATTCGGAATTGAATGATCGAGACGTGAAAAATGACTATAT
TGTATTCTGATTTCAATGAATAATCTAAAATGTACTGGAGATGACATGTA
GGCGTTAATAACGTGCGCGCGCTTTTTCGCGTGATGCGTGATGCGTGGTG
GAAGGCGGTCGTTTCAGTGTGGTTTAGATCCACACTGTGACCTAGTTTTA
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00006060TCONS_00006060Clytia hemisphaericatranscript
TCONS_00006059TCONS_00006059Clytia hemisphaericatranscript
TCONS_00006058TCONS_00006058Clytia hemisphaericatranscript
TCONS_00006057TCONS_00006057Clytia hemisphaericatranscript
TCONS_00006056TCONS_00006056Clytia hemisphaericatranscript
TCONS_00006055TCONS_00006055Clytia hemisphaericatranscript
TCONS_00006054TCONS_00006054Clytia hemisphaericatranscript
TCONS_00006053TCONS_00006053Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00006059-proteinTCONS_00006059-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000062supercontigsc0000062:262084..274433 -
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
1.61	1.58	1.66	1.79	60.48	42.3	22.38	26.59	9.71	13.71	7.08	7.46	6.1	7.62	5.54	10.37	13.86	12.48	5.68	5.27	17.68	14.71	7.9	9.92	16.52	16.27	21.12	17.57	7.47	8.85