TCONS_00053658 (transcript) - C. hemisphaerica

Overview
NameTCONS_00053658
Unique NameTCONS_00053658
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length463

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00053658 ID=TCONS_00053658|Name=TCONS_00053658|organism=Clytia hemisphaerica|type=transcript|length=463bp
GTAATATTTCATTTGATGACACGCTGTCAATTTGGTCATTGATTGACagg
attattttcaaatccagaATCAATTTAGTTTTTAAATCAACCAGGAAGGA
AATAGaattttcataaaaaggataaaattatagaaaaatttctGCAAAAT
GGTTAAAGATGAGGAACTACTACTTGTTAACACGGAACAAGGATCAAATT
CTGATTCCGATGAAGTTGTTGAAGAATTCAAATTACCTCCAAAACAACCA
AAACGCTCTCGCAAGAAAAGGAAACACCTTCCAGACACACGTGTACAGAG
TGGTTCATCCATAATTTCTTGGAGATGTTGTTTCACATTTATCATACTTT
CAATCCTCATATCTGGTGGATTGGTGCTCGCATTCTTCATATACAACATG
CATGATCAAATTGGACATCTGAAAACACAAATAGaatatttgaaaGGCAA
CTCAAATACGTTA
Run BLAST on NCBI

transcript from alignment at scaffold_233:393305..402121-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00053658 ID=TCONS_00053658|Name=TCONS_00053658|organism=Clytia hemisphaerica|type=transcript|length=8817bp|location=Sequence derived from alignment at scaffold_233:393305..402121- (Clytia hemisphaerica)
GTAATATTTCATTTGATGACACGCTGTCAATTTGGTCATTGATTGACAGG ATTATTTTCAAATCCAGAATCAATTTAGTTTTTAAATCAACCAGGAAGGA AATAGGTATATTTTTCTGTATTTTTTCAAATTTTAATGGATGCAGAAGAG CTCATCTCTTACTTTTTCCCCTTTTTTTAATTTTCAAAACTTGTAATATA TAAATTGGGCCATCCCTAGCCCTGTGCCTGTGTCGTCCGCCCCCCTGTTA CAGCAGACAAATTCTGATCGAATGGCTGACTCTTGGTCTGGGTATAATAT TTGGCTATTCCATTTTTAAACCATACATACAGGGGTGAGAATGTATGTTA GTGTGCTAATTTGAACAATACACATTTACAGGTAGTATCCAATTTCAATT AAATATCCAATCTTGGGGATTTCCCAAATTCAAGATTAAGTTGGCAGGTT TCATGATTCCTGCTTTGGTATATATATGAAGACTCCCCGGACAGCCAGAT TGGTGAACATGAAGAAATAGAAGAAAAACAAAAAATTTACCCCCTGGAAA ATATTTAATAGATTGTTTTATTTTGTTCAATCACAAACGCCTGTGAAAGA TAATCCACAGAAAGGATTATTTGAAAAAATAGCGCTCGCATCAAATTCCC GTTTTTGCTAGAGAACTAAAGATAAGAGAAAATTCATCCTTTAGAATCAA CGATTGAAGCAAATAAAATGACTACAAGGCCCGAAAAGTCATTAGCGTCA AAAAGTCATTAGTGCCAAAAAGTAGGGCCAGTCATTAACATTCATCAATC ATACACCGCAATCTCATTGGTTGAAATTGAAAAAGGACTTTTTGATGGAG GGAATTACAGAAGCAACTGAGAATTGTCAGCTGTCGGGGGCGTAAAAGAA TGTGAGAGCAAGATAACCATTCCTGAGGAACAAATATCTATCTAGTATAA TTAATAAGATTCCTCGTCCATTCCTCAAATATTCCTGAGGAATGGACATT CATCATAACATTGTTTCCTTGTTGTTTCATGAGCATCTCTTAGGAATGGA CATTCTTGACTTTGTTATGTGGCATTCCTGGTCCGTTCCTCTGATGTTCA TCAAGAATAAAAAAATCTGACAGTAACTTTGATGTTGCTAAAACAGTTGA CTAGGGTACTAAATAAATCTTTCTATGTAGACTTACAATGTATAGCAATG TGCCCTCCCGGTTGTTACCATAATGGCTTTATGACAACTCCTGAACTTGG GCACAGGATGTACGGTTACACATTTTGTGGATTGCATTGTGGAGTCACAA GTCTATGTAGACTTATCGTTATCGATTGCTATTCATTTTAGGTGTGGCAC TTTGAGCTTTTTTGTACTGGCCCATAGGGTACTAACTTGATTTTTGGATT TTCTTCCAAAAAATTAGACCACCTCCCTTTTTAGTACACTGTACTAACTT TTCTCCACAACTGGAATTTTATTACCATCCTTTCAGTATACTGTACTGAC TTTTCTTTATGACCAGATTTTTGAAACCTACCCTTTAAGCATATTATACT AGTTGTTTTTTTTGATCAGATAAGTTTAGAAACCACCCCTTATAAGTGCA CTGTTCTAATTTCTTCTTGGCCAGATAAGTTTAATTGCCACCATGTTAGT ATGTATACCGCTATATGTTATGCACTAACCTTATTCTTTATTTACAGCTG TTTATAGTTTCACATCTATTTTTTAAAAGTGTTTATAAAATAGTCTGAGT CTTTTGTAACACACATACCTTAATTAATTAGCCCTGTAAGAATTTTCAGC TTTTTTCAGCTACAAAATGAATTTAAAAAGCTTTCACTGACTTTGTTGAA ACATGATATAGAATATATTTTCCAGACTGGCAAAACACTACTGAAATACC TGAAAATACATACAATTATAAACTGAAATAAAAGCTACAAAAGTTGCAAT CCAATTAGATCTAAATTGTAGACCTAGATAAATTTTGTTATCACAGCAAC AGCTCAAAGCTCAATTTTTTAGTAACTGTTATGAGCCCATTTACGATTGG TCATTGTATATGCTTACCTAGAGTCTTTGTAACATAGCCTGCAAGATGAA CGTTATCTGTAAAAGTAAATTCTTTTTATTAATTCTCTTTCAGATAGTTT TGGAAAAAGGTTTCTACTTTCTTGAAAGTCAGAAGTAATAAGAATTTGAA AGCTTTGATTTGAACGTTTACACATTCGAATTCCTTTTTGCCATAATGTA GATAGTACCTTACAGTAAAGAAAATGTCAGAATGAGTGGACTTTAGGCCG GTCTCAACTTTGCGCATGCTACAGCTTTAAAACAAATCCAATCAAGTAAA CAGAAAACATTGGGAGAAAATCAGTGTACCAATTTGTAAAGCTTAACCAG CCTTGACTTGAAGGTCTCGGACCAGCTTGGACCTGGCAAATAATGGCAAA TATACATGGGAATTTGCTGGGTTTGTGTGTTTCTACCATTGAAATCAGTA CAATGTACAAACTTCTCAGTGTGTATCAATTCAGAACACCAACGGCTAGT TCGAAACACGGGTCACGGGACACGGGTGACGGGGCAGCTCTGATCAAAGT AATTCAAACAGAAAATGTTTTAAAAACGCTAAAAATTATCAAAAAAATCA ATTTGAAGGGCTTTTATCCACGTATGACTATTTAAAACGTCAAAATCTAA CCACGTGCTTTCCACGTGCTTTCGAAATTTGCATCCTCAGGTAAGTTATG GCATGTCTCAAAATTACCATAATTTTTAGATAGCATTAATCGACAGAAAA TGGCCAAACAAATGACTGAACATGAAGGGTACTATGATGTAGTTTCTAGC CTGATGTGTAACCTAATTGTTTTTTCGCTTATTTTCGCGAAAAACCGCTT AAACTGATTATGACGTCATAATCGATGACGTCATAAAAACTAAAAGTTTG ATTTCTCAATGATGGTTTATTCAATACCCTTCAAACTTACACCAAAAGAT GTATCTCATTAAAGTCTATCTTTTGACAGAATTTTTTTTCAAAATTCTGA TGACGTCAGCATAAATAAGAAAAAAACAAAAAATCTAATTTTTTGTTGAC GTCATCAAAATTTCGAAAAAATCTTTTTTTCAAAAGATAGATTTTGGTGA GATACATCTTTGGTGTAAGTTTGAAGGGAATTAAAGAAACCATTATTGAG AAATAAAACTTTTAGTTTTTATGACGTCATCGATTATGACGTAATAATCA GTTTTAGCGGTTTTTCGCGAAAATAAGCGAAAAAACAATTAGGTTACACA TCAGGTTAGAAACTACATCATAGTACCCTTCATGTTTAATCATTTGTTTG GTCAATTTCTGTCGACTAATGCGATCTAAAAATTATGGTAATTTTCAGTT TGTGAGACATGCCATAAACTTACCCGAGTCGTGTACAACGCAGACCAGAA AACACCGCAACATATTACATACACATAATAAGCTTATATTATCAATAATA CACTTTTAGTGCTATATGCATGTTATACGTTATACGTAAGTAATATACAT AGTACAATTCCCATCACCTGAAAACAGAGCTTTCTCAAGAAAATGATAGT ACGACTATTGTTAAATCATATCTCATTATATCCCCTCCATCACCTTGAGT ATGAATATAATTTTAATGGATAATAACGTAGAAATGATGGTACTTTATAA ATGTGTCAATATTTTCCACCTACCATTATGAATTTTTAATAAAAATGACG TAATTATACTCATATCTCTAAAACCACTATCTTGCAGCATTTANNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTAGAAATGATG GTATTTTATAAATGTGTCAATATTTTCCACCTACCATTATGAATTTTTAA TAAAAATGACGTAATTCTACTCATATCTCTAAAACCACCATCTTGCACAG CATTTAATCGTTTTAAAACATGTCAATCTATATCCAGTCACATGATTAGC ATCCTATTGAGCAGGGCTGCAAATAAGCGTCGGTCATCGGTCAATGTCCG ACTGAAAAAGCTATTTGACCGACTGAAAATCTTTTGTGTCGGTCATGATG TCCGAATGAAAAAAGGAATAAACCATTAACTTGAGAGTTGAAAATAAATC TCTTACACCCCTGTCTCTTACTTTCTCTTTCTAAGATCACTTTTATCAAC CCGCTTTCTTTGTAACTCTTTCGAGGGTGTTTCTAAATTACTTTTGTCAA CTTGCTTTCTTCTTAACTTTTAAGACTGTTTCTAAGTTAACTTTTATCAA CTTGCTTTCTTTGTAACTTCCAAGGGTGTTTCAAAGTTAACTTTTATCGA CTCGCTTTCTTCGTAACTTTCAAGGGTGTTTCAAAGTTAAACTTTTATCG ACTCGCTTTCTTCGTAACTTTCAAGAGTTTTTTTAAGACCATTTTCATCA ACTTGCTTACTTCATAACTTTCAAGAGTGTTTCTAAGTTAACTTTTATTA ACTCGCTTTCTTCTTAACTTTTAAGACTGTTTCTAAGTTAACTTTTATCA ACTTGCTTTCTTTGTAACTTCCAAGGGTGTTTCTAAGATTACTTTTATCG AATCAATTTCTCTGTTATATACAGTAACAAACTGTTCAAAGGTAACTTTT ATTTTTCCTACTTGCTTTCTCCGTAACTTAAAAAAAATATATACACTGAA TGACCGACAGGATTTTGAGTTTGACCGACAGGATTTCATTTCTGTCGGAC ATGATGTCCAATTGACTAAAAATATTTATTTGCAGCCCTGATTGAGTATG AAAAAACATTTTGCTGTAAATTGGTTCAGAGGCCTTATATTTCATGATTT TGACAATATTTTTGCCATTCAATAACATTTTGTCAAAATTTGTGGGTGAC ATATTATTTAAAAATTTTCCTGATAATACTTATTTGTATATAATTGTTTC AGACATACTATACTAGTAGTACTAGTACTATTATGTGTTATTTAGTACGT GTTATGAATTATACGTCATGATATCGTTATATTTTTTCTTGTCTGTAATT TGTATGTGCCCCGTGACCCGTGTTTAGAACTAGCCGGAACACCACCCAAG GATTTATTATACACTGGATATACAAGTACCTGATTTTTGCTGATTTCTCA CGTTCTAGCTATGTCTGCAGTAATGATATTATTGTTCACTCTCCTTCCCT CATTAAATGATTTTTCGACACATTTTAATTGCGTTTTATATCAAAAATCA TTCATCCAATTCCCAAAAGGGACTTAAAACTTTCCCGTGAGAGTCAGATT CTTCTATTTAATTGCCAATTATAAGTCGTTATGACGTTTCAAGTTGTGAG AAAGGTCAAAAAGATGTGTTGTGTATAAAAAATTTGATGTTGACACCGGA AATTTTCAAACTTTAACCACAAAAAAACCACCTTGCCACCACGTGCCTCC AAAAGATTTTCATACCACAGTGACACCAAGAAGCTCAGGTCTAATGTTTG TTAATTTTAGCTCTTGTGGTAACAGTTTTGGAAAGATATTCCCAATTGAA TATCCCATGTTACTATAAGCAACTTGTTTGATTTTCTTTGTCTAATGATG TTTTTCTCACATTAGATTTCACAAATGTATCCGACTTCGTATTCTAACCT TACTTTCAAAGTTTTTTCCCTGCAAGGTACAAAGAGAAAACGCTAGAGAA ATTTTTTAAAATGAGATTAATAAACATTTTTCAAAATCAGATACATTTGA GCCGCCATGACAGTTGTCCTTTGCGGACATAGCTAGAACATCAATTGTTT TCTGAAACAAAGAAAATACAATCGTCGCTCTCCATCGTTTTATGAGTCAT TTATCCAGTGTCTCTTATAATCCCTACACCACCCTTTTAAGTACAATGTA ATAACTTTTTTATTATATTTTTCTCAGAGAACTACCCTTTTAGTACACTG TACTAACTCCATTTAACCTAAACAATATACACCACCCCACCAGCTATGGG CCAGTACACTGACTCAGTACCCCCCTGGTTAAAAAATTAATTCTTGAGGG AATGAGCTGAGCTGAATTAACATCCAAATGTGTTAAAAAAATCCTAGATA CTTAAAAAAGGAAAAATGCAAAGTTTTTATAAAGTGTTTTGGAACTTCTT TCAAAGATTATCTGTTGATTTTCAGTCATTTTGAATTTTCCATAAAGTTA TCACCTTTTTCATTAATTAATTAAAAGATTTACTTCTATTCTTTTTTTTG TAGAATTTTCATAAAAAGGATAAAATTATAGAAAAATTTCTGCAAAATGG TTAAAGATGAGGAACTACTACTTGTTAACACGGAACAAGGATCAAATTCT GATTCCGATGAAGTTGTTGAAGAATTCAAATTACCTCCAAAACAACCAAA ACGCTCTCGCAAGAAAAGGTTAGTATCGTTTCTGAATGTTAAGAATGAAT TTTATATAATTTTTATAGTCACCCAAACCTTTTTTCTGTTAAGTGTTAAA ACAATTAGTGGTGTAAAATAGAAATAAACAGGATTTGAATTGTAAAAGTT CATTGGGCTCTTCCAGAAAAAAATTGTACATGCGGGAGTTTGGGGATATT TTGTATGGGGGGTAGCAAAAAATCATCAAAATTTGCCTTGTCCGGGGGGT AAATTTGCTCTGTCCGGGGGTAATTTGGGGTGTCCGGGGGTCATCAGATG CTTGTTCGGGGGTAAAACCTATTGTCCGGGGGGCCAAAAGTCACCCTGTT CAGGGTAAATCACTAAAAATTGTTATATCCTCCACCCCCATGTACAATTT TTTTCTGGAAGAGCCCATTTGAGAAAAAGGTAAATTTCAATAGTGATATT ATAGCAGATCGTCAAAACAATATGTTATGTCCCAACATACCTTTTATACT ATAGTTACTTTTACACAAACCCAGAAAAAAGAAAAATGAAGGCTCGGAGA TAATATAGTAACACCAACCTTTACAACAATTCTTTGTAGGAAACACCTTT CTTACACATTTATGTATAGCAGCTTGTCCAACCGATGAGTTTTCCCACCA TACCTTTCATATTATAGTTACTTTTACACAAGCCCAGAAAAATAAAACCC TTGAGATAGCATATTATAATACCAACTGTTACAACAATTCTATGCAGGAA ATATGTATAGCAGATCCTCCAAACAATAATATGCTATGTTCCAACATACC ATTTATATTATAGATATGTTTACACAATACCAGAAAATTAAAACCCCTGA AAAAGCATTTTATAATACCAACTTTTACAACAATTCTATGCAGGAAACAC CTTCCAGACACACGTGTACAGAGTGGTTCATCCATAATTTCTTGGAGATG TTGTTTCACATTTATCATACTTTCAATCCTCATATCTGGTGGATTGGTGC TCGCATTCTTCATATACAACATGCATGATCAAATTGGACATCTGAAAACA CAAATAGGTGGGTATCCTTCTTTCAAGATAAATATTTTTGTCAAGATAAT TTTGTTTCAAATTACCTGTCAATATGATGCACCTATCAACCAAGTTGCAA GTAAGGAATTGTGACTTGGCTGGTGATTTTTCAAAAGATTTGGAGTGACA AAATAGCTCTAGATTTAGGTTAATGATTATGAGAAGATAAAACAATTAAC AAATAAAACAGAGCAGGGACAAAAAGTGCTTTGTTACATTTTTTCAACAA ACAATCTCAAGTTTTCAGCGGAAACCAAAAAGTGTCTTGTGATTACCGAT CAGCGGCCGTTATTTGCAGCTTTGTAACATAGTCTACTTTTAAAGGGGAC TGGTGAGTTTACAAGGGAAATGTATTCTCAGCGCATGGTTGTTTTAATTA GATTGTGCTTATGTGCTCGTCAAAGAGATCATTGTTAGTGGGGTATTAAC ATACAAAAATGTTTTTGAAAAATTCGAAGATGAAGATTTTTAATTTTAGT GAGAACTAATTTGTAAAGGACTTTAATAAACCGAATACGATTGAATTGAA ATAACCCCTTCTACATTGATGATGCCTTTAAGTTTTTGACCTCGTTTCGG ACAAGAGATGCAAAATCTTGTTTATAACTCTAGCTCTTAGTAGATAAACG GTGCCCTACAATACCAGTACCAGATTGGCAAATTTGCATCGACCAGGGAT TTACAATAAAACTATCATTATTATCCATATAGTGGTCATTAAGTAAACTA TTAAAGATACAATCGGCGTGCGGTATTGAAAGGTTTTGTGACTCAAATTG TTATACCGGCGCTGAGGAAACTAAAGCGCCAGGCTTCAGAGGGCTGAAAT ATCATTTACCTCCCGGGTATAGGGCAATAACGTCATTTGCGGCCCGCTCG AAATTGGATTGAAGTCGTTGCATTGAAGCGAGAGACTAAAATAACGTCAG AAAAAAACACTTTTTGGTCATTTTCGGCCCGCTCACAAGGTGTTAAAAAT TTGTTGAAGAGATTGCATTGAAGCGAAAAGACTTAGTTGACTCTAGAAAA AAACGTTGTTTGAATGTCCGATATGAATAATAATAGTAATAGCGTTAAGT TTTCGTTCGTTGTTGTCATTAATTCTGCCCGCTTAGTTTGATTATTCGCC CGATAGTGTCATTTGGGCCCGACGCGAAGCGGGTAGAAAAAAAAACAACA ACGACCTCAAACTGAACGCTATTGTTATATTATTATTGTATTATCTTTTG CTATTCTAAATTACCTTAGTTAAATAGGAGACTAGTTTTACTGTGTCAAT TTTTGGTATAAAGTAATAATTGTTTTGTCTATTTTTAGAATATTTGAAAG GCAACTCAAATACGTTA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_033842XLOC_033842Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053658-exon-scaffold_233-1575043694:402017..402121TCONS_00053658-exon-scaffold_233-1575043694:402017..402121Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1575043694:395704..395868TCONS_00053658-exon-scaffold_233-1575043694:395704..395868Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1575043694:394665..394828TCONS_00053658-exon-scaffold_233-1575043694:394665..394828Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1575043694:393305..393333TCONS_00053658-exon-scaffold_233-1575043694:393305..393333Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1510915933:402017..402121TCONS_00053658-exon-scaffold_233-1510915933:402017..402121Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1510915933:395704..395868TCONS_00053658-exon-scaffold_233-1510915933:395704..395868Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1510915933:394665..394828TCONS_00053658-exon-scaffold_233-1510915933:394665..394828Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1510915933:393305..393333TCONS_00053658-exon-scaffold_233-1510915933:393305..393333Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1491911889:402017..402121TCONS_00053658-exon-scaffold_233-1491911889:402017..402121Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1491911889:395704..395868TCONS_00053658-exon-scaffold_233-1491911889:395704..395868Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1491911889:394665..394828TCONS_00053658-exon-scaffold_233-1491911889:394665..394828Clytia hemisphaericaexon
TCONS_00053658-exon-scaffold_233-1491911889:393305..393333TCONS_00053658-exon-scaffold_233-1491911889:393305..393333Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_233supercontigscaffold_233:393305..402121 -
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
2.86073 2.5929 1.73686 2.68283 30.3046 22.4668 26.3403 23.0541 6.45414 8.47207 9.40912 7.68098 5.49351 6.29206 6.80327 6.37546 9.46941 12.3628 6.33434 7.84948 6.41104 5.18342 5.07621 6.13421 11.2206 10.4373 6.72967 5.10828 7.1062 7.59962
Blast
The following BLAST results are available for this feature:
BLAST of TCONS_00053658 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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