TCONS_00010453 (transcript) - C. hemisphaerica

Overview
NameTCONS_00010453
Unique NameTCONS_00010453
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length512

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00010453 ID=TCONS_00010453|Name=TCONS_00010453|organism=Clytia hemisphaerica|type=transcript|length=512bp
ACGTTGCAATTTAATGTGGTGTTTGTACCGAGAGCCAGATGAGATGTTTC
AGGGCATAAGGTGCTGAATGCAGCGTGACTTTCGTAACAAAAAATCCTTA
CATCATCGAAACACCGGAAAACCTACCTTATAATTCTACTCTTGGTAAGA
TCAGTGCGATATCCAATGAATTGGAAGGTGAAAGACTAAATGTCATTTAC
GAAATTGATGAACAAGAACTTGTAGCAATTGAACCCGATAGTGGTCGCAT
CTACAACAAAATAGTTTTTGATAGCGAGGTATTGAAGAGCGTGTACAGTT
TATCAGCGAACGCTTACACAGAGGTGGATTTGAAGGTGGAATTGGAGCTG
GTGTTGATCATCatcaatcaaaatgataatcCTCCTTTGTTCAACCACAT
GAATTATACCACCACAGTTCCAGAGGATTTGCCGATTGGAGGGCTAATTA
TACGCGTCACAGCAAATGATTTAGATGGGTTACAGCAAATCCGTTACTCG
CTCCAAGATGAG
Run BLAST on NCBI

transcript from alignment at sc0000106:370417..379962-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00010453 ID=TCONS_00010453|Name=TCONS_00010453|organism=Clytia hemisphaerica|type=transcript|length=9546bp|location=Sequence derived from alignment at sc0000106:370417..379962- (Clytia hemisphaerica)
ACGTTGCAATTTAATGTGGTGTTTGTACCGAGAGCCAGATGAGATGTTTC
AGGGCATAAGGTAACGGCTGGACTTGTCATATCTGAAGTGTTAGAAATAT
GGCTCGAAGATTTATTGAAGTCAGTGTAATAAAAACCCATTGTCTTGAAT
CTAAATTGTTGAAAGAAGTTTTTCCAAATTTCTTGATTTTTTTCAATCAC
AAAATTGATTTTTTGTGAAAATCCGGGAACTTCAAATTTTTAAATTCTAG
TGTTTTCTAGCGAAGAGTTATCTAGTGAAGTATTCAAGTTATACCTTAAC
ATGAAAAAACCCCTTACATTTGACGACAATATTGATGGCTTTTTCTTCGT
AACCCACTTCATTGGTCACAACACATACATAAAGACCATTCGATGATTGT
GATAATCTCTTTATAATCAGTTGACGATTGGTAGAAATAATTTGCTCGTT
TCTTTTCCACTTGAAAGTGCATTGTGGGAAGGATTGTGATGAGCAGGTCA
ATGTGACTGATTCCCCTTCGATCAGTGTGGACTTGCTTAATGTGATGTCT
GGATTATCGAGATCTGAAAGATTGAAAAGCTTATAGAAAGCTACACGTAG
TAGCCAGCTACTGAATCATTGCGGGTTGTTTTTATGGCCACTTTATAGAG
TTACAAAAATATGCGCAAAAAGCTTGAAATCTTCACCTTCATCATTGTCA
AATAAAAGAGACTAGTAAAGGAAAAATTTGGTCCCATGAGTATTTGGTAC
TTTGCAGACCGGTCTGTAAAATACACGTTGACCCTCTGCCGGACCTCTTG
GCGCTTTTGACTTGCAATGTTTACTAGTGGTAGATATTTACCCTCTAAGA
AGTTATGCAAAATTTCCATTTGGTCACGTGAGTTGGTATTGTACAGACTG
GTCCGTATTTTACCCAAAATGCTCACTTTCAGCATAACCGGTGGCCTGAT
TTTGCTGAAATGTTGGCTGTAAATTTTATTATCAATGCCTAGCACATTTC
AAAACTTCAAGTCAACAGCATTTTCTAATCTCTAGGGCTGATTTAGGCAA
AAAGGGCAATTTCGGATATATTTTCAATAACTTACAGGATAAGGTGACTT
GTTTCTTTTCACTTGTTTTCCTTCCAACCTCATTCTCCACGTTGCAATAG
TACTCCCCCTCATCTTGGCTGGCTGCGTTAGAGATTGTCAAATGCTTGGA
CGTCTCACCCTCAATTTTTTGGTTATTGTGATACCACGTAATTGATGGTG
TTGGGTAACCAGTTGCCTGGCATATCAAAAGGATACTGGTATATCGTTTC
TTAAATCCTTCTGGTTGGATGGTCAGTACAGCTTGTCCCAAGTCTAAAGA
GAGATTACAAAGTTTTATGCTATTGTGAGAAGTCACAATAAGGCTACTTG
GTGGGTATGAATGAAGCTAATCGGTCTAACAAATCTACCCATCTTAGTAC
TGAACGATGAGTAAGATTTGAAGATGAAACTTCACAATTATTGAAAGTTT
CAGGGTTTAGTTGAGGACACTTTATTGCGGTTTCAAATGTTTTAATATGC
TTATTCTGTCATGTAATAAGGGACTCACATTTTGTTTTTACATTCAGTTT
AGCTTTCTCTAGTTTTTCCGAGCACGATACCACGCATTCGTATTGCCCTT
GGTCTTCAACGTTGTTCATCAGAGCAGTTATAGAGTTTTCTGTGGTGTTC
TTCAAAAATACCGAATTTTTGTGCCATATGTATTTTTTTATTGAAGGGAA
GGCGTCTATCACGCATGTCAATTGAATGGAAGAACCCAGGGTTACTTCAT
TGGATGGTACTGCTGATAGAAAGGGTACTCGGCAATCTAAAAAAATGTCA
AAAAAAGCATATCATACTTGCATGTATAGCTTTAATCCAAACAAGATAAA
AAAGTAACCAGAATAGGGTACAATAATACATGGAATTACAATAAATCCTT
ACATTTGACTTGAATTTTGATCACGTTTGAAGATACCTCATTTGAATCGA
GTTTTGATTTGCAGAAGTATTCGTCAGTTTGTTTTGAAGTGATTTTCTCC
ATCTTGTAAACTGCGCCAGTGTGAACAAGGCCTTTTGTTTTCGTATGCCA
TGACAGTTGAATGTTTTCAACTTCACTTGTACACGTCAACGTGACGTCCG
TCCCTTCGTCTATTGGACCACTGTGTGATGATGTCACTACGGGAACTTTT
ATTCCTGATAAAAAAAATGTACATTGAAAAGAATACCTTCTTCTTTGAGT
AAAGAATCCATTGTACCTTTATCTACAGAGGAATTGAACCTTTTCATACA
CCATACGAACGACGTTTAAGAATTACGAGAAAACAACTTTTCATACCCTT
CACACTGATGTTAACTTCATCTGATACAACCTCGTTCACAGATGAGCGAC
ATTTGCAGTGATATTTGCCAGCATTCTCATTGGTCACTTGATGGAAATAC
AGATAACTTTCAGTTGCTTGTAAAAGTTTGTCGTCTTTGAACCACACGAA
CATAGGTTGCTTGGAACTTTGGACGTCACATGATAAGAGCAGGCTTTCTG
ATTGGACGAGGTTGGTGGATGGTTTAACAATGATATTTGGTTTCAACAAG
TCTGAAAAAAAAATATCTTAGATTTTTAACAAATCTTATGAAATCTTTCG
GCTACAAAATGATCCCTGCACATTTTGATGGAAAAATCTTAGAGGGAACG
TGAGGTGCGTAATTAGATGGCCTATTAAAGTACGGGGAGGTACGGTATTT
TTGAATATTTTCACCGAAATCAATTAGAAAGGTTTACTCACAGAAAACGT
TGAGGTCAAGTGAATTTTCAGATTTTTTGCTTTTTCCATTGATAGAAATT
TCACAACGATAAGTCCCTTCACTTTCTGTGTCTGCAGCCTTTTCAAAAAC
CTGTTTGTTTTGCCCTTCGACAATCTGAGAGTTTTGGTACCATTTATAGA
CGGGTGAACTGTAGAAGGATATTTTACAGACCAGAACAATTGGCTCGCCG
AATTTCAATTTTGTTGAAGCAAATGTTATGATCGTCACATCCAGATCTAA
ACAATGAAAAATAAGTAATGTACGTTATAATGTATAAAGCTGCGAAAGTT
AACACAAAACCTAATGTGCGATACGATTTGGGAGTTTTACTACTTATATT
TGATGAAAAAAAGAGAATCGAGAACCTTTCAAAAGAAAGTTGAAAATACT
TACCGTTAACTTCATCAATAGGGCTTCTCAATGAAGAAATTTGAAACATC
CACACTCCTTTCGAGTCAATATTCCCGTCGATTTTATCCAAAGGAAATTT
TAAGTTGCCATGACCACTCAAAGGGATATTGAATGAGACTTTACAGTTGT
CTCTCAATGATGGAAATTTATATCCAACTTGAACATTTTTGTTGGCAGTC
CATTGCATGTTACCATAACTGAACCTCACAAAACTTCGCATACCATCTGT
TATGATGGCCGATTGAAAAGTCACACCCTATGGAATTAAAGGGAAATTGT
CTTCAATATTTGACCAGATAGAAGTTTACGCAAAACAAATTGATCGTTCG
AGTCGAGATTTGTCATACCAAAGAAACAGCCATTCTTACCTCTCCGTTCG
AACCAAAAGGCGCCCTTGCATTGAACCAGGTCACAACCACCACTTGAATC
GCTTCAAAATCTGTCGTTTTCAAATAATTGTTGACGTCATCTTTCGCTCG
CTTGACCACGTGATTCATTGTAGAGCCGATGGTGAACACACCGTAGCCCA
AATATGGAGGTGGCTTACCGTCTGAAGGGTCGTTGAACGTTAGATCGGCG
TAAAAGGGTGCAATGAGGGGCCATTGTGAAGAGATTTCAGCCCCATATGC
TTGCGGTTTAAAGGGACATTCATTTCGATTTAAACCTAGCACGCCATTAG
TACATACCTATAATAGTTTGAATGATAATGTCTGGTTTAATGCATTGTTC
TTCCATGACCAAGTGATCCGAAGCGTCATAGTATCGGGGTCTCGTTTTAA
ACTCTCTTCTATGCCAGTGACTTAATGGAAACAATCGAAAGCCTTTTATT
TCTGGTAGTCATAGATTAGAGAGCTCTCTGCTCAATGAATATTGTTTCTG
CTTTAACAAGGGAGTCATTCACAGTGACATGTAAAGGGTTAAGTGGAAGG
GCCTCCCTGGTCCTTCAAGTATAACGTGCCTCTAATCTACATGTCTAACG
CAAATTCATATTGAGTGCAAAATATCTTAGGCTGCGCATATCCCCTCTGA
TAAGTTTTGATATATCAAAACTAATTTGGAGATGCATGCAGTCTAAAAAT
ATCTGGAATAGGAACATTTCTTTGATTTTCTCCATTTAATAGAGGAAGTT
CTTGCATGAATGGTCATATGATTATTTCCTATCTCAGTGGTGGGATATTT
AACTTACGTAGACCTCCGTTGCAAGGTTGGTACAATACGGAATGAAGATG
GGGAGCGAAGGAACTTTGTGTGAGGCGTCATCTTTTCCTTTTAAAATCTC
GACAGTGTCACTTGTGAAGTTGTAGAAATTCTGCGTCCATAAATCTATAA
AGAAATAAAGAACCGAATGGTTTGAATAATGCATTTATAAGTATTGAGAC
GAAAGTAGGATGAGAAAAACATCGAACTATTTTGACGTAAAAAAAGCACA
GAAACAAAAATAATATTCGGCCGACTTCAACTGGTGGAAATCTTCAAAAT
TATTTTCCAACTAATCACATGCGTCCAATCGATGCGATGACAGATGAAAG
ATGCGACGAAACGAGATGGCTACCCACTGCTACGTATTATTTAAAATTGT
ACTTTATACAGTACCTGTTACTTTGATTTCGGGTGATGCAAGAACATCGT
GAAAATGTAATTGAACTGTTGCTAAAACGACTAACAGTAACTCAAGCATT
TTGCATAAAACCCGAGAAAAGATTTAAAGACTTAGCTCTTCTTTGACCTT
GTTTCAAGGGTATTTTCTCGAGTCTAACAACCTTATCGTCGCTACGGCAT
TCAAAGTTATAAAACTGAAAATATTCATTAAATGTGTTAAAGTGTTAAGA
AAGTACAAAGAGACAGAATCAAATCATTTGTTTGGTTATATTTGGGCGTT
TGACAGTTTGGAGAAACTTGTCAAAAAGAAATTGCATTTTTGTAAAAGTA
AAACAAAATTAAATACATAAATACCTTCGAAATTAACAACATGACTAAGA
CTCGACAGGTGTATGAAAGTTTTCAAAATACATTTCTAGAGAGTATTTAA
CTGCATCCCGTATGAGCAAGAATACAAGTATTCGGGATGGGACTATGACC
TATAACTTTAGAACGCCAAGGTCGAGACTGAAATCCCTCTAAAGAATCTA
GCTTGTCGTACTAAAAGTGAGTCTATCTAAAGAAAAGACCGATTCCGTAT
GACGTCATTTTCACCCACGATCACTCATTTCTAAAAAAAATATGTACCGG
ATGATTTAGTAACACCTTGCTTAGCTCCAAGGCTTTTAGTGTTCCCGTTT
GGACCTCCGCATAGTCTCATGTCTGTTTTTATTACGTGGATGAAAATTAT
GTCAGTTAGGAACAGGTAGCTTGTTGGAGATTTGGTTGAAGATAGTGTCT
GACTGGATTTTGCCGATTCAGTCTATACCAAAGTCTGGGATGAAGTAACT
TATTGATTGATGTTTGAGTGAAAAATATTGCTTTTAGAATCATNTCAACT
GGTGGAAATCTTCAAAATTATTTTCCAACTAATCACATGCGTCCAATCGA
TGCGATGACAGATGAAAGATGCGACGAAACGAGATGGCTACCCACTGCTA
CGTATTATTTAAAATTGTACTTTATACAGTACCTGTTACTTTGATTTCGG
GTGATGCAAGAACATCGTGAAAATGTAATTGAACTGTTGCTAAAACGACT
AACAGTAACTCAAGCATTTTGCATAAAACCCGAGAAAAGATTTAAAGACT
TAGCTCTTCTTTGACCTTGTTTCAAGGGTATTTTCTCGAGTCTAACAACC
TTATCGTCGCTACGGCATTCAAAGTTATAAAACTGAAAATATTCATTAAA
TGTGTTAAAGTGTTAAGAAAGTACAAAGAGACAGAATCAAATCATTTGTT
TGGTTATATTTGGGCGTTTGACAGTTTGGAGAAACTTGTCAAAAAGAAAT
TGCATTTTTGTAAAAGTAAAACAAAATTAAATACATAAATACCTTCGAAA
TTAACAACATGACTAAGACTCGACAGGTGTATGAAAGTTTTCAAAATACA
TTTCTAGAGAGTATTTAACTGCATCCCGTATGAGCAAGAATACAAGTATT
CGGGATGGGACTATGACCTATAACTTTAGAACGCCAAGGTCGAGACTGAA
ATCCCTCTAAAGAATCTAGCTTGTCGTACTAAAAGTGAGTCTATCTAAAG
AAAAGACCGATTCCGTATGACGTCATTTTCACCCACGATCACTCATTTCT
AAAAAAAATATGTACCGGATGATTTAGTAACACCTTGCTTAGCTCCAAGG
CTTTTAGTGTTCCCGTTTGGACCTCCGCATAGTCTCATGTCTGTTTTTAT
TACGTGGATGAAAATTATTTCAGTTAGGAACAGGTAGCTTGTTGGAGATT
TGGTTGAAGATAGTGCCTAACTGGATTTTGCCGATTCAGTCTATACCAAA
GTCTGGGATGAAGTAACTTATTGATTGATGTTTGAGTGAAAAATATTGCT
TTTAGAATCATACCTTGGAAATCGTGTAAAGGGCCCTGTAAATGCATGAT
TAATCAAAATACAGTTCTTAAAATAATCAGTTCCTTTGAAAAGAAATTCC
AATTTCCTTTTACTGTTTTCCTACGTCCTGTTTTCTTTCACAGCGGTAGG
CTACCAGTTACCTTTTATCAAAGTCCAGTTCTTTTTATTAGAGATGTTAA
ATATTTATGAAAAATAAATGAAAATTTCTTAAAAGGTTTTCTACAAAATA
ATCAATTTTTGAAAAAAAAAAGAGTCTAAAATGGTTCAAGCTTAAATTTC
GTTAGGTTTTAGTTAATTTAACTGGAAATCGTGGGTATATTCAATTACCA
TGAAATTCTCGCAAATAATTTTTATCACGGTTGTCTTTCAACGTAAGTTC
AAAAATTTTCGTCTTCTTGAACAAACGAGACCTAGCGCTATCAGTCTTTA
CTTTACATTTTTATATTTTCAACTTTTACCGTAGGTGCTGAATGCAGCGT
GACTTTCGTAACAAAAAATCCTTACATCATCGAAACACCGGAAAACCTAC
CTTATAGTAAGTTTCAGACTTTTCTCATGGAAGTTGAACGGTCGGTGTCA
GGCTACTCCGGAAATGATGTAATAGCGACAGAAGTTGGTAATCTGAACCA
GTGAGTGATTTGGATAGGGTACATTGATTTGTAATGCTTTTTATCTCCGG
TTTATAGAAACAACTTTCTGCTCACTCTCAGTCAACTTTACTTCACAATT
AGAATAAGCAAGGCAAAAAGTGTGTCATCTAAACCAGAGCTTTTTGATTT
CAGATTCTACTCTTGGTAAGATCAGTGCGATATCCAATGAATTGGAAGGT
GAAAGACTAAATGTCATTTACGAAATTGATGAACAAGAACTTGTAGCAAT
TGAACCCGATAGTGGTCGCATCTACAACAAAATAGTTTTTGATAGCGAGG
TATGATTGATAAGCACACGAGCTTTTTTTGATTCAAATAATGTTTAGTGT
CACTGCTCGCGAAATGAAACCAAAGAGTGTTCTTTAAATCTTGGGAAGAA
ACTTTTAGCAAACTGTAATAATATTTTAGCTCTTATATGTATACTATATT
CAACGATTACACGAACGCTGTTACGTAAACTTTTACAGGTATTGAAGAGC
GTGTACAGTTTATCAGCGAACGCTTACACAGAGGTGGATTTGAAGGTGGA
ATTGGAGCTGGTGTTGATCATCATCAATCAAAATGATAATCCTCCTTTGT
TCAACCACATGAATTATACCACCACAGTTCCAGAGGTTTGTCATCAGTTA
ACGAAAACTCTTGATACGCTTACAATTTTTGAGCAAGCGAAACGTTATGC
TGCTGAAATGATTTCTTCATCATTGTATTTCTAGGATTTGCCGATTGGAG
GGCTAATTATACGCGTCACAGCAAATGATTTAGATGGGTTACAGCAAATC
CGTTACTCGCTCCAAGATGAGGTAAACTAACACACTTTCGCTTGCGTTTT
TGTGTATTTGAATGGAATGGTCAAATCTCATTTTAACCAAATTATCTAAG
CGGTATTTTCAAAATCTGTCTATAAAAAGTTTATTACGTTTTTGGATTTC
AAAACTCTTTTTTTTTAATTCTGTTATCCTACAGATAATTCAGCTGTTGA
AAAAGACAGGGATGTTGCAAAACATAAATTTATTTTTGTCGTATTTTCAG
AATGAAATGTTTGAAATCAACCGGTTTAGTGGCGAAATTCGAACCAAGAA
GAAGTTAGATTTTGAGCAAGAGACGAAATATGAACTAGTTGTGTTTGTTA
CAGTAAGATTTTAACTTTGGGGAAAATTTCTTCGATGATTTTTCGAAACA
GAGGTCTTAACTTATCCAATTCTCCTAAATATACTTCCTTGTAATGTAAA
GTAATTTGAGAATAATCATTTTCAAGGGATTAAAATCTTAATTAAAGGTG
TTTTTAACGGTGAAATTGGTATTGTAAGTCAATAGAAATTATTTGTCCCG
TTAGCATGGTTGTTATTTGCAAATGAAATGTTCCTACTTTCGACTACGAA
ACACTGATATTTTTATTTAGGATGGCAAATTCAATAGCAACACAACGTTG
ACAGTCCATGTGTCTGATGTGGATGACCAAGGCCCTGTATTCGAGCAGAC
CTTTTATAACGCATCACTTGTCGAAGGAACCTATACTGATGTAAGATAAA
TTTATTTATTTCCAATCTGTTAATAATTATATTTACAATTTTAAGACTAC
AGTATGAGCTATTTGCTGTGTAAAATCCATTCTCCGTCTCAGACGTAAAA
CCTTGCTTGCTTGACCACTAATTGTTAGACTAATCTATTTTAGGCCCATT
AGAAATTAAGATAATCTTTAGTATTTAGGTGTCCCCTATTTGAAAGTATT
TTAGGTGAACTGAAAATTTTGGGTAAAAGACAGTAAAAGCATTAAATTAG
CATTTTTAAGGGGTGAAATGNTATTCAACGATCACACGAACGCTGTTACG
TAAACTTTTACAGGTATTGAAGAGCGTGTACAGTTTATCAGCGAACGCTT
ACACAGAGGTGGATTTGAAGGTGGAATTGGAGCTGGTGTTGATCATCATC
AATCAAAATGATAATCCTCCTTTGTTCAACCACATGAATTATACCACCAC
AGTTCCAGAGGTTTGTCATCAGTTAACGAAAACTCTTGATACGCTTACAA
TTTTTGAGCAAGCGAAACGTTATGCTGCTGAAATGATTTCTTCATCATTG
TATTTCTAGGATTTGCCGATTGGAGGGCTAATTATACGCGTCACAGCAAA
TGATTTAGATGGGTTACAGCAAATCCGTTACTCGCTCCAAGATGAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_005864XLOC_005864Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00010453-exon-sc0000106-1575043694:379903..379962TCONS_00010453-exon-sc0000106-1575043694:379903..379962Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1575043694:372707..372778TCONS_00010453-exon-sc0000106-1575043694:372707..372778Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1575043694:372314..372459TCONS_00010453-exon-sc0000106-1575043694:372314..372459Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1575043694:370603..370749TCONS_00010453-exon-sc0000106-1575043694:370603..370749Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1575043694:370417..370503TCONS_00010453-exon-sc0000106-1575043694:370417..370503Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1510915933:379903..379962TCONS_00010453-exon-sc0000106-1510915933:379903..379962Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1510915933:372707..372778TCONS_00010453-exon-sc0000106-1510915933:372707..372778Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1510915933:372314..372459TCONS_00010453-exon-sc0000106-1510915933:372314..372459Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1510915933:370603..370749TCONS_00010453-exon-sc0000106-1510915933:370603..370749Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1510915933:370417..370503TCONS_00010453-exon-sc0000106-1510915933:370417..370503Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1491911889:379903..379962TCONS_00010453-exon-sc0000106-1491911889:379903..379962Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1491911889:372707..372778TCONS_00010453-exon-sc0000106-1491911889:372707..372778Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1491911889:372314..372459TCONS_00010453-exon-sc0000106-1491911889:372314..372459Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1491911889:370603..370749TCONS_00010453-exon-sc0000106-1491911889:370603..370749Clytia hemisphaericaexon
TCONS_00010453-exon-sc0000106-1491911889:370417..370503TCONS_00010453-exon-sc0000106-1491911889:370417..370503Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000106supercontigsc0000106:370417..379962 -
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
0	0	0	0	0	0.198596	0	0	0.420615	4.15046	0	0.448961	0.00508894	0.00808722	0	7.03637e-05	0	0	2.38394	0.014101	0.0061912	0	0	3.6397e-07	6.33549	10.5422	0	0	0	0
Blast
The following BLAST results are available for this feature:
BLAST of TCONS_00010453 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 0
Match NameE-valueIdentityDescription
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