TCONS_00063022 (transcript) - C. hemisphaerica

Overview
NameTCONS_00063022
Unique NameTCONS_00063022
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2026

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00063022 ID=TCONS_00063022|Name=TCONS_00063022|organism=Clytia hemisphaerica|type=transcript|length=2026bp
GGTAAAGTCTTTGCACGAAATTTCAATCTATCAGTTGGATCACTCAATCA
AGCACTGCACATAGTTCATATGTGATAATTCCTATCTTTCGTTTTGTTTG
ATGCTCactttttcctcatttttatgtttttattcaaattcttctttttt
atcatttagatttcaaataaaatgaaaagtacAGACGAAACTTACCCTGA
AGAAATAAAACAGAATGAATACACTGTATGTGAAAagacttttaccaaaa
aattgttACATGAAAAACATAACAAGATGTACAATTGTAAGGACTGTGat
ttataacatttcaattACACTATGAGCTCGTCAACAAATATCACTGCACG
TATCGATGGAGTCTTCAGGACCCGTACCCCGGGCGTGGCCGCTACTGGTG
TCCCTGATCAATATGCGGATGGAAAAGCTGCCAGAATTTGGAAGAAATAT
GTAGGTGAACAGAAAAAGAGAACCACTTTCTACAAAGAGAAAGTTTGTGG
CATTCTGAGAGAGTTTGATTGTAAAAATGTCTTAGATGCAGCCACAGGCA
CTGGGGTTGATTCGATTATGCTGTTAGAAGAAGGGTTTACAGTGACCAGC
GTTGATGCTTCAGATAAAATGTTGAAACAGGCGCTCAAGATTCGATGGGA
AAGACGAAAAGAGGAAATTTACGACAAGTGGGTAATTGAAGAAGGAAACT
GGTTATCACTGAAAGAATCAGCTATCGACATCCCAAACGATGGATTTGAT
GCAATCATCTGTATGGGCAATTCTTTTGCTCATTTACCCGATTTCGACGG
TGACCAATCAAGTCATCGGCATGCTATCGAGAATTTCTACGAATGTTTGC
GACCAGGTGGTATTCTAGTCATTGACCATCGAAATTATGATCATATTTGC
GCAGGTGGTAAAGCACCCATGAAGAATATTTATTACTCGAGTGACAGTAA
AGTGGACATCAAAACATCCGTACTGATGGTGGATGGGAAATATCATATGG
TCACTTTGGATTATACGGTTTATCCTGAGGATTATGAAGAAGGACAAAAA
GTTGATGACAAAAGTTTAAGtaaaTTTCGTTTATCATACTATCCGCATTT
ACTGaagaaattcaacaaacttTTGAAAGGAGTTTTTGGTGAAGATTCCA
ATCATAGAATATTAGGTGACTTTGAACAATTGAAAGAAGGTGATAATCCT
GCTTACTACATACATGTCATTCAGAAGAAATGAACACACTGTTTGTGGTA
AATTTTGTTCTTTCCTACATATATGTCATTCAAAAGAAATGAACAACATG
TTTGTGGTAAAGTTTCTGTTCTTTACTTTATCTATGATCCCACATGCACT
TGAtacaattcaaatttctttcGCAATGGGTGTATGTCATACTGCTTTCC
AGAAGTCCAGTGTACTCTtctcaaaatgcataaaaccaTTGCGAACCTCG
TTCTCAAAGACTTGTTGCCAAAATACTTCAGACATCGTCAGATATAATTA
ATGTTTGCAAGTGTTTCtggttttgattttcaaaattgaaaatggtcttt
tgggaaaaaaaattgtaaatgtcGTTTGTAGAAActatttcatttgaaaa
cgaggcccgCATTGCTGTTGATTTATCTCGGCAAATGTGTATTAAAAACG
ATTTCTTGaagcagaggaatgtaaagagatggaaaaacagcttcttgaaa
acaatggaaaaacggctcgtcatataccaggtctcttgcctgtaagggag
tttatgtcgagtaaataggtttcttttgttgttgctataaaaaatctgca
taattagcgtgttgtgacagaattcttttgtttcaagcctaaTTATGCGC
AAAcctttagggcttatattttgggtacacctctcctatacgaaaaggta
cctatatcttcttgctatATCTAtcatttcctagcgattctactgatata
accgcatcatgaccgcaccataatatggaaagctagagctcgagaaaatt
ataacttcatcttgattttactcgac
Run BLAST on NCBI

transcript from alignment at scaffold_376:94765..106097-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00063022 ID=TCONS_00063022|Name=TCONS_00063022|organism=Clytia hemisphaerica|type=transcript|length=11333bp|location=Sequence derived from alignment at scaffold_376:94765..106097- (Clytia hemisphaerica)
GGTAAAGTCTTTGCACGAAATTTCAATCTATCAGTTGGATCACTCAATCA
AGCACTGCACATAGTTCATATGTGATAATTCCTATCTTTCGTTTTGTTTG
ATGCTCACTTTTTCCTCATTTTTATGTTTTTATTCAAATTCTTCTTTTTT
ATCATTTAGATTTCAAATAAAATGAAAAGTACAGACGAAACTTACCCTGA
AGAAATAAAACAGAATGAATACACTGTATGTGAAAAGACTTTTACCAAAA
AATTGTTACATGAAAAACATAACAAGATGTACAATTGTAAGGACTGTGGT
AAGTGTTTTTCATCGAAGCATGGTTTAAGATTACATCAAATGTACCATCA
ACCGTTCACAAGTCTTGAGTGTGAAAAAGTGAATGTTAGTTCCAACAGTA
ATGAACGTGGTAAAAGTTTCACACAAGAAGATCATTTGCACCGTTTCCAT
GAAGAAAGTTCAGACGAACCCAGGTTTCCTTGCGAGAAATGTGGTATGAC
ATTTACGAGAAAATTTAACTTAAAAAAACATGTTGATGGGTTTCGATGTC
CAAATGGAAGGGACAAGTTAAAATGTCCCAAATGTGCTGATTTGTTTACA
CGGAAGGCTGATTTTAATGCACACACTAGGTCTCAGCATCCAGATATATG
TTTTAAATGTACGGAATGTGATAACATTTTCACAAGTCGAGTTGATTTAA
ATAATCATACCAAACGACACGTTCGAAAAAATTTTGAGTGTACTGAATGT
GGTGAGACATTTACACAGATAATTGCCTTGAATTCTCATCTTCGATTACA
TTATTTACAAAAACATCTTAAAGAATCAACGGTACCTAATGAAGATCTAG
AGAACAACCAAACACCGGCTTTATTGGCTCGTACTTCGAGTGACCAAAAT
GAAATTGATCAACATTTCCAACAAACTCGCCTTACAATTCAGCTGCCAAA
CCAGATCCAATCTCTACCACTGCGCCTACGACAAAACAGACAATCAGAAA
CCGCATCTCAAATACCGTTACAGACATATGAATCTACTTCATCAAATGTA
CCAGTGGGAAGTATTAATTTGGTTCCTAAAAACTCAGAAATGTTTGAAAA
TTTTTCAGTAAAAATAGAACCATCTTTAACAACGGCACCTCAAATACCGT
TACAGACATGTGAATCTACTTCATCAAATGAACCAGTGGGAAGTATTAAT
TTGGTTCCCGAAAACTCAGAAATGTTTGAAAATTTTTCAGTAAAAATAGA
ACCATCTTTAACAACGGCACCTCAAATACCGTTACAGACATGTGAATCTA
CTTCATCAAATGAACCAGTGGGAAGTATTAATTTGGTTCCCGAAAACTCA
GAAATGTTTGAAAATTTTTCAGTAAAAATAGAACCATCTTTAACAACGGC
ACCTCAAATACCGTTACAGACATGTGAATCTACTTCATCAAATGAACCAG
CGGGAAGTATTAATTTGGTTCCCGAAAACTCAGAAATTTTTGAAAACTTT
TCAGTAAAAATAGAACCATCTTTAACAACGGCACCTCAAATATCGTTACA
GACATGTGAATCCACTTCATCAAATTTACCAGCGGAAAGTGTTCATTTGG
TTCCCGAAAACTCAGAAATTTTTGAAAACTTTTCAGTAAAAATAGAACCA
TCTCTAGCAACAGCACCTCAAATACCGTTACAGACATGTGAATCTACTTC
ATCAAATGTACCAGTGGGAAGTGTTCAACTAGGTCCCAAAAACCCAGAAA
TTCTTGGAAATTTTTCAGTAAAGATCGAACCATCATCTCCAGAAGCATCC
ATTGTACCCCAAGAACCTATACAGCTAATAACAGAATGCCAAGAGCAACC
TTTAAATCACCAGTCGCAACCTTCAGTCGAAACAACATCTTCATCCAAAA
TGTCATCCAAAGAAAAGCTGAAATCTACCAAACATCAACCACGATTGTCT
GTAGCGCTACGATATACACTGCTCAAGCAACATGACAACAGAGAACTGAA
ATCTCAGAAAGCTCACAAAATAAAACAGTCATTTGTACGCAATCATCAAA
ATCAACTACAAAACTTTATAACGAAACAACGAAACCTTTTAAAACATGGA
CAGAATAGTTTAATACAAAACCAAGGACAAATACCCAACATGCGTGACGT
TGAACTAGATATCACAGATAAGAATGACACAATTACATATAGGTCAAAAA
ATTCGAAAGCTTCCTAGAATTGTTTTAGTTTATTTCTTGTCTTTAGCATT
TAGTTTCCTCGCTTTATTTTATTACAACTCCTCCCCTCCTTATTAAGTTT
TAAAATTTTCCAACCTCCCCCTCCCCCCGTAGTGTGAACGAAGGCTAGAT
GAAATTCGTGATTTATTTATCGATACTTTAGGTCGCTTATAACCGAATGA
CACCGTTTTTTTGCATTTGAATATTTCGATGCAAATGTCCTTTTTCTAAT
AAGGTCAAACGAAATGAACAAAATAAACTCTGCGGAATTGGATAGATCTT
ATCTCACTAGTAACTTTTTGTTATCGAGTTCTAGTGATCAAAATGGAGAA
ACAAGCTTAACTTGTTTGATAGCACATCATAACTTGTTTTGTCTTTGGAG
AGAGGGAAGTCAGACGGACGTACCTTTTTATAATGGGTTATAAGTAGACA
TTACATGTATTTTTACAAGTAGAATTACGCAGTTTCTGTCTGATGGGCTG
ATTATTTATAATCTTTTATTTTAAGCATATAATATTTTTTAAAGTTTTAA
TTTTGATATACTTTGTTTTATCATTAATATTTGAATTTTGCGTTTATTTA
TTAGAGTTGTAAATTTTCTAGTTTTGTATTCACGTTTTTATCACAGGTTT
TGAAAGTTTCATTATTCCACTCCATTTTTACTTAAGCCTCTTTACATTAA
ACCTACGGAGGCCTGGAGACCAGAGTTAAAGTTCCCATGTTTGAAAAGCC
TAAGCTGACTTTTTAAGGTCTTAAGACTAAAAATGTTTTCAATGTCGCCA
TATTGTGAGTATTTTTTTATGCATTTACTAAAGAAAATGAATTGAAAATG
AATGTTCTTTAACTTTATTCTTAACCCTATGTTCTTATATAGTTTGATCT
TAAAAACGTCCAGCTCTTAGTTCAATTATATACATCGCTTTTTTTTATCT
TGTGTCTGATACATGCATTTGCATCTGAAAATAATGACAGGTTTGACAAG
TTTTTTGAGAAAGGTACGAGCGACTGTCAGCTTTTGTTATTGTTGGATGA
CTGACAACTCTTATGACATGATTACAATATGAAATGATATATACTTTTAT
TTATGGAATAAACATTATCACAAAAATAAGCTTTTGTTATCTCTGCAGAG
AGCAAGAGACAGTTTGCAAGAGTATATTTTAAAACTGATCGTTGGTTTCA
ATAACTGTCCCAGAGGGTGTGAGAAACATTTTTTTTTGTCATTTTAGATT
TATAACATTTCAATTACACTATGAGCTCGTCAACAAATATCACTGCACGT
ATCGATGGAGTCTTCAGGACCCGTACCCCGGGCGTGGCCGCTACTGGTGT
CCCTGATCAATATGCGGATGGAAAAGCTGCCAGAATTTGGAAGAAATATG
TAGGTGAACAGAAAAAGAGAACCACTTTCTACAAAGAGAAAGTTTGTGGC
ATTCTGAGAGAGTTTGATTGTAAAAATGTCTTAGATGCAGCCACAGGCAC
TGGGTGAGTTTGTATTTCTTCAAATTTTAACACCCTAATAACACCCTTGA
CATACCCCTCATTTTAAAAGTGGCTAAACGTCTCCCCAAGGAATTGAATA
AGAGTTTTATTAAAGTTCCTTGGTCTCCCATAGCACTTGCTAATACCAGA
CTTTTATTTTTTCTTCTACTTTCTTTCCTTTTCCCACCCTATGCTAGAGA
GTGTTTTTCCTTGCTTTTATATAATTGATATGAATAGCTTCACCGAGTCT
TTAAATTTAAACGTTCTCAATCGACAATATTGATCATTGTTGGCATTTCC
TTGATGATTGATGATAGATTGTTAGCCATTATTGGGCTTTTCCAGAAATC
CGTGCTCCCCTGTTGAGGATATCGGATATCCAGGGGGTTGATGATTTTTG
TTTAAAAGTGGATATACAGGCGGCTAAATATCTACAAGGGAGCGGATATC
CAGGGGGTAAAGTGTCTTTTCAAGTAAAAAAATACGATATCCAGGGGTAA
GCATCTTTATAAGAGAGGATATCCNAACCAAGGACAAATACCCAACATGC
GTGACGTTGAACTAGATATCACAGATAAGAATGACACAATTACATATAGG
TCAAAAAATTCGAAAGCTTCCTAGAATTGTTTTAGTTTATTTCTTGTCTT
TAGCATTTAGTTTCCTCGCTTTATTTTATTACAACTCCTCCCCTCCTTAT
TAAGTTTTAAAATTTTCCAACCTCCCCCTCCCCCCGTAGTGTGAACGAAG
GCTAGATGAAATTCGTGATTTATTTATCGATACTTTAGGTCGCTTATAAC
CGAATGACACCGTTTTTTTGCATTTGAATATTTCGATGCAAATGTCCTTT
TTCCAATAAGGTCAAACGAAATGAACAAAATAAACTCTGCGGAATTGGAT
AGATCTTATCTCACTAGTAACTTTTTGTTATCGAGTTCTAGTGATCAAAA
TGGAGAAACAAGCTTAACTTGTTTGATAGCACATCATAACTTGTTTTGTC
TTTGGAGAGAGGGAAGTCAGACGGACGTACCTTTTTATAATTGGTTATAA
GTAAACATTACATGTATTTTTACAAGTAGAATTACGCAGTTTCTGTCTGA
TGGGCTGATTATTTATAATTTTTTTATTTTGAGCATATAATATTTTTTAA
AGTTTTAATTTTGATATACTTTGTTTTATCATAATATTTGAATTTTGCGT
TTATTTATTAGAGTTGTAAATTTTCTAGTTTTTTATCACAGGTTTTGAAA
GTTTCATTATTCCACTCCATATTTACTTAAGCCTCTTTACATTAAACCTA
CGGAGGCCTGGAGACCAGAGCCTAAGCTGACTTTTTAAGGTCTTAAGCCT
AAAAATGTTTTCAATGTCACCATATTGTGAGTATTTTTTTATGCATTTAC
TAAAGAAAATGAATTGTTTTTTAGTCCAAGAAGCCTTAGAATGTTCTTAA
CTTATTCTTAATATTTTGGCCCTATGTTCTTATATAGTTTGATCTTATTA
AAAACGTCCAGCTCTTAGTTCAATTATATACATCGCTTTTTTTTATCTTG
TGTCTGATACATGCATTCGCATCTGAAAATAATGACAGGTTTGACAAGTT
TTTTGAGAAAGGTACGAGCGACTGTCAGCTTTTGTTATTGTTGGATGACT
GACAACTCTTATGACATGATTACAATATGAAATGATATATACTTTTATTT
ATGGAATAAACATTATCACAAAAATAAGCTTTTGTTATCTCTGCAGAGAG
CAAGAGACAGTTTGCAAGAGTATATTTTAAAACTGATCGTTGGTTTCAAT
AACTGTCCCAGAGGGTGTGAGAAACATTTTTTTTTGTCATTTTAGATTTA
TAACATTTCAATTACACTATGAGCTCGTCAACAAATATCACTGCACGTAT
CGATGGAGTCTTCAGGACCCGTACCCCGGGCGTGGCCGCTACTGGTGTCC
CTGATCAATATGCGGATGGAAAAGCTGCCAGAATTTGGAAGAAATATGTA
GGNCTTTACTAATAAAGTAGGATATCCAGGGGGTTCCATACTTCGAAAAA
TCAATATCCTCAACAGTGGGGCAAGTTTTTTTTCTGGAAAAGCCCATTGC
TATCGACGATCATTCGCTTAAAACATCACCGACTGTTTAGTCTCAGGTAA
CAGATACCAAATCCCTTTACACACTAGCTTAACTGACTTCAGATTTCCCT
GAAAGTGTGTCCAGTTTATAAAGCCGACCAGTCCGCCATTCGAACTTTCA
GTTTCAGTATTCGAATCGCGACTAGAATGGAAAACAAGATGGTTGATTAG
TCAGCTTTAAAACTAACTGGGAAGCCCGATGCAGTCAACTAGTTAATTAG
TGATTCAGGTACAATCACTCCATTCCCGGTAGGATTTTTCAGCCAGTTGG
GGTAATAATACAATATACAATATAATACAATGAATACAATATTTTGCAGT
GATTTGATTATTTCCCGAGGGGAAAATTTGGAGTATAATTTTCCATTGGG
GATGATATTTTGGTTAATTTTTCAAGTGGGAAGGAGTGTTACAGTGTGAC
CATGAAGTGGCAAAAAGTACATCAAACGCTCTATACACATTTTTGGACCT
ACCTCCGGCTACCCCGGTGGAGGTTCTATAAATTAACCCATGTCCGTTCG
TCCGTCTGTCTGTTACCAGCTTTTCTCAATGTTGACTCATTATTTTTTTC
CGATTTTTTGCACAATGATGCAAAATGGCAATGCCTAAAATGTGTCGGAG
CCTGATTTTTGAGAAAAAAAAACATTTGGGCAAATCTGGGCCAAAAACTG
CCTAAAAATAGGGTTTTTTGGACTTTGTGTAAAACCCTGTCATTACTTTT
TTCTGATTTTTTGTACAAAGATGGAGGGCAAGATTCTCTAAAGAATGGCT
GAAGTGGTTTTTCCCGGAAAATTCTTATTCCGCTTAAAAAACGGATTTTC
GTATTTTGGGGAAATTCCCTTTAACCAAAATAAGAAAATATAGCTTTTCT
CAATGTTGACTCATAATTTTTTTCTTATTTTTTGCACAATGATGCAAAAT
GGCAATGCCCAAAATGTGGCGGTGCCAGATTTTTAAGGAAAATTTTTTTG
GGCCTGAATGGGTTAAGTGATTTTCGTATTTGGGGAAATTCCTTTTTACC
ATTTTACATTATTTACACAAGCTTTATTTTTCCATTCTGAATTATTGTAC
AATTATTGTCACTTTTTACTTATTTTCATCTGATGTTAATCATTAGGTAG
GTCCATTCAGCATTTTGCTTGTTTTTATATAAGCAACCGAGTTGCTAAGG
GTCCAGCCCTGAGAATGGGCAAAAAATTAAGCAACTTGGCTTTAGCAATC
TAGCCCTGAAATTTTAGCAACCAAAAATACTTAAAAAGAAGCATTTTTGG
CATTATTTGGCATTAGCCATTAAAATGTGTACCGATGGTATTTGAATACC
AAATTTGATGTATTTTAAACATAAAAATGAGATAAAAAGCCAAAATTTTT
GAAGTTTTGGCTCAAATTCCATAAGTAACTTTTTGGCTGAAATCCGGGAA
TTCCTTAGCAACATTGGGGTTGCTTATAAAAAAATTGTGTAATTCACTTT
AGTCGTATGTATTCCATCTTTAGGGTTGATTCGATTATGCTGTTAGAAGA
AGGGTTTACAGTGACCAGCGTTGATGCTTCAGATAAAATGTTGAAACAGG
CGCTCAAGATTCGATGGGAAAGACGAAAAGAGGAAATTTACGACAAGTGG
GGTAAATTAAATTTAAGGGCTTGATATGGGTGATACAGTTTTGACGATGT
CTATTTCAACGCTCTACTTGTCGATACGCTCCATTATTCGACCATGAAGG
CAACGCCAACGCCAAGGAGAAACTCTTATAAATGATAAACGACGCTCTGC
TATTCGATACGCTCGCCTATTCGTTGAAAATCCAATTCCCCTTGAAAATT
AAATACACGGATTTCGAATTAGATTTTTGCGTAGCTTTTGCTTTGAACCC
ATGTAATTTTCATGAAAAGAAATCAAATAAACATAAAACAGAAAGTTGCC
GTGCAACAAGCAGTTTTAGCTTATTCTTCCATTTTGGTATACTGTGCATA
CTCGTGTATTAGAGATCGTCAACTGGACTTGGTTGTTCAAAAGTCGATTA
GATTAAATACCGATTAGCACTAATCGCGATTAGATTTCGATTAGTTGATT
CCAACTATTAACTTCCATTGTTCGAACGCCAGATTAACTAATTGTGGAAG
TTTTGCCTCTGTTTTCAAAAATCTTAATCTTGACGTCACTTTTCGAATGT
TGTCAAACATTGTATAGTTTGTATTTGTATATTTCACTTGAAAGGAGTTG
GGCTTAAGTTTACCTTACCAGGATTTGATGACGTCAAAAAGTCTGGTTCT
ATTACTTGACGTACTCTAAAGTAAAGGAATTTTATATTATTCCACCCTGG
CAAACCCGAATCCAATCCTCCTCCGACATCCCTCGTCTAATTTCGATGCC
CTTTTTTCAATGAATAATAAGAATGGCGGCAAAAGGTTGATTTTTTTTCT
GACCGCTAATCAAAGAATTTGGCTTCAATCAGCGATTCCGACCTTCTTAT
TATTCCCATTATCTCTAAAAAAGGATGTCGGGATTAGATGAGGTATGTCG
ACTTTAGACCAACTTACTGTAGGGTTGTTACAAGTTTTTCTCACTTTTTT
CATTTCTAGTAATTGAAGAAGGAAACTGGTTATCACTGAAAGAATCAGCT
ATCGACATCCCAAACGATGGATTTGATGCAATCATCTGTATGGGCAATTC
TTTTGCTCATTTACCCGATTTCGACGGTGACCAATCAAGTCATCGGCATG
CTATCGAGAATTTCTACGAATGTTTGCGACCAGGTGGTATTCTAGTCATT
GACCATCGAAATTATGATCATATTTGCGCAGGTGGTAAAGCACCCATGAA
GAATATTTATTACTCGGTTAGACTGCACTTGTTTTTTTCTCGACGCTTTT
GATTTGATCGGGTCAGTCTTTCTTGTACAGTTGATGCTCTGTTATTCAAT
TTTCAAGAGGATTAGATTTTCTTCGAATAATGGAGCGTATCGAATAGAAG
AGCGTCGTCTAAGAGAGTTTCTTGTTGACGGTGACTTTCCATATTCTCGA
AAAATGGAGCGTATTGACTAGTAACACGTAACACAATACGTCATTTGCAC
TCATATTTTTTTCTCCCTCAGAGTGACAGTAAAGTGGACATCAAAACATC
CGTACTGATGGTGGATGGGAAATATCATATGGTCACTTTGGATTATACGG
TTTATCCTGAGGATTATGAAGAAGGACAAAAAGTTGATGACAAAAGTTTA
AGGTTAGATACTGGAAAGTAATGGTTATAATATGTAAATGGGCTGTTCCA
TTTAATTTCCATACAGGGGATGGAAGAAGCTTTTTCAAGCCAAAAAAAAT
CTTCAAAATTTCTAGAAAATGGAAAAATTTGCTTCAAACCATTCGAAAGA
TTTGTCTCGGGGTGGACCTTGAAGGGATTTCGGGATGAAAAATGAATCTT
TGTCAAGGCATAGCTTTCATGAAAGGCATTTGAAAATTTCAAGTCAAAGT
TGTCAACAGTGATTCTATCCCAAGATATTGTCATCCAATGTTCCAAATTC
TATAGACATCTGCACTCTGTGGAACTGATATAGAAATGAAAATTTGAAAT
TGGAAAACTTCTGCTCATACCCAGCTAGCCACCAAACTAAATCATTGAGA
GCGCAGGCTAGAAGGAGACCCTTAGTTGAACTAGATTATTTTAGTATGAT
TGACCACTGGGCACATGACATTGGTAGGATTTGTATACCATTAAAGGTAA
TTTGATTTTTGATTAAGTCCTCTAATCTTTACGTAATATGGATTAAGGAT
ACCAGAAAGTTTGAACTCAAACTTTGAAATTATCTTTTCAATATGACTTC
CACAGAGTGCAGAGAATATTCGAGTGCAGATGTCTTGAATTTGGAACTAT
GGATGTCAATATCTTAGGACGGAATTACTGTTGACAACTTCGACTTAAAT
TTTCAAAATGCTTTTCACTATAGCTATTCATGGATTAAGTATAATCTTTT
ATGCAGGAATCCCTTTAAAGTGATGGTGGACGAACTAAAATCAGTCTTTA
ACACCCTGGGATTTTAGAAATCACTTTTTACCTTCTGGAAAAATGAAAAA
AAATTCCTCAGACATTTCTGGGAATATTTCTCGGACAACCCCCTGGAAAT
GTTTGCCAACCCCTTGTATGGATATAGAATGGAATAGCCCAATGTATCAA
AAAAAAAAAAAGTAAAGAGACGTCTTTCTAAAAAAACGCCTATAAAGAAT
CTCTCCATCAGAGCTCCAGTATCCAATACACATAAGCTATTCTATATTCT
TTTCAACTTATCTTACTGTTGTCTCGATTTTCAGCGGACTAATATAGTTT
TCTTCAAATTAGAAAAAAATTTGAATCACTGGGGAGGGTTTCATGCGACT
TCAGCTGAAGGGACCAATGTTTGAGTTCGAATTGAAGAGGGATTTGAATG
ATAGAGGTTCGAATTAGCGACAGAGAGTGAGTAAGAGAGTTGACTATATT
CATTTGGTATGAATATGTTTTTAGTTGTAGAACTGTTCAATTGATTTAAT
TACTGAAGTATTTTCTTTCATTTTCAGTAAATTTCGTTTATCATACTATC
CGCATTTACTGAAGAAATTCAACAAACTTTTGAAAGGAGTTTTTGGTGAA
GATTCCAATCATAGAATATTAGGTGACTTTGAACAATTGAAAGAAGGTGA
TAATCCTGCTTACTACATACATGTCATTCAGAAGAAATGAACACACTGTT
TGTGGTAAATTTTGTTCTTTCCTACATATATGTCATTCAAAAGAAATGAA
CAACATGTTTGTGGTAAAGTTTCTGTTCTTTACTTTATCTATGATCCCAC
ATGCACTTGATACAATTCAAATTTCTTTCGCAATGGGTGTATGTCATACT
GCTTTCCAGAAGTCCAGTGTACTCTTCTCAAAATGCATAAAACCATTGCG
AACCTCGTTCTCAAAGACTTGTTGCCAAAATACTTCAGACATCGTCAGAT
ATAATTAATGTTTGCAAGTGTTTCTGGTTTTGATTTTCAAAATTGAAAAT
GGTCTTTTGGGAAAAAAAATTGTAAATGTCGTTTGTAGAAACTATTTCAT
TTGAAAACGAGGCCCGCATTGCTGTTGATTTATCTCGGCAAATGTGTATT
AAAAACGATTTCTTGAAGCAGAGGAATGTAAAGAGATGGAAAAACAGCTT
CTTGAAAACAATGGAAAAACGGCTCGTCATATACCAGGTCTCTTGCCTGT
AAGGGAGTTTATGTCGAGTAAATAGGTTTCTTTTGTTGTTGCTATAAAAA
ATCTGCATAATTAGCGTGTTGTGACAGAATTCTTTTGTTTCAAGCCTAAT
TATGCGCAAACCTTTAGGGCTTATATTTTGGGTACACCTCTCCTATACGA
AAAGGTACCTATATCTTCTTGCTATATCTATCATTTCCTAGCGATTCTAC
TGATATAACCGCATCATGACCGCACCATAATATGGAAAGCTAGAGCTCGA
GAAAATTATAACTTCATCTTGATTTTACTCGAC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_039480XLOC_039480Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00063022-exon-scaffold_376-1575043694:105800..106097TCONS_00063022-exon-scaffold_376-1575043694:105800..106097Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1575043694:102395..102650TCONS_00063022-exon-scaffold_376-1575043694:102395..102650Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1575043694:98647..98774TCONS_00063022-exon-scaffold_376-1575043694:98647..98774Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1575043694:97432..97688TCONS_00063022-exon-scaffold_376-1575043694:97432..97688Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1575043694:97046..97176TCONS_00063022-exon-scaffold_376-1575043694:97046..97176Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1575043694:94765..95720TCONS_00063022-exon-scaffold_376-1575043694:94765..95720Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:105800..106097TCONS_00063022-exon-scaffold_376-1510915933:105800..106097Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:102395..102650TCONS_00063022-exon-scaffold_376-1510915933:102395..102650Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:98647..98774TCONS_00063022-exon-scaffold_376-1510915933:98647..98774Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:97432..97688TCONS_00063022-exon-scaffold_376-1510915933:97432..97688Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:97046..97176TCONS_00063022-exon-scaffold_376-1510915933:97046..97176Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1510915933:94765..95720TCONS_00063022-exon-scaffold_376-1510915933:94765..95720Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:105800..106097TCONS_00063022-exon-scaffold_376-1491911889:105800..106097Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:102395..102650TCONS_00063022-exon-scaffold_376-1491911889:102395..102650Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:98647..98774TCONS_00063022-exon-scaffold_376-1491911889:98647..98774Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:97432..97688TCONS_00063022-exon-scaffold_376-1491911889:97432..97688Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:97046..97176TCONS_00063022-exon-scaffold_376-1491911889:97046..97176Clytia hemisphaericaexon
TCONS_00063022-exon-scaffold_376-1491911889:94765..95720TCONS_00063022-exon-scaffold_376-1491911889:94765..95720Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_376supercontigscaffold_376:94765..106097 -
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
7.1283	7.88053	7.35351	8.4044	7.17006	5.90532	12.828	14.7398	16.707	10.078	11.2827	10.1603	13.7612	18.5984	13.9713	12.6028	9.86633	7.62321	7.65921	5.75336	12.566	11.1729	6.47526	8.28905	12.6825	19.0365	5.98483	6.12659	6.26295	5.93491
Blast
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BLAST of TCONS_00063022 vs. Swiss-Prot (Human)
Match: GNMT (Glycine N-methyltransferase OS=Homo sapiens GN=GNMT PE=1 SV=3)

HSP 1 Score: 348.591 bits (893), Expect = 4.650e-114
Identity = 172/296 (58.11%), Postives = 212/296 (71.62%), Query Frame = 1 
Query:  352 IDGVFRTRTPGVAATGVPDQYADGKAARIWKKYVGEQKKRTTFYKEKVCGILREFDCKNVLDAATGTGVDSIMLLEEGFTVTSVDASDKMLKQALKIRWERRKEEIYDKWVIEEGNWLSLKESAIDIPNDGFDAIICMGNSFAHLPDFDGDQSSHRHAIENFYECLRPGGILVIDHRNYDHICAGGKAPM-KNIYYSSDSKVDIKTSVLMVDGKYHMVTLDYTV-YPEDYEEGQKVDDKSLSKFRLSYYPHLLKKFNKLLKGVFGEDSNHRILGDFEQLKEGDN--PAYYIHVIQK 1227
            +D V+RTR+ GVAA G+PDQYADG+AAR+W+ Y+G+ + RT  YK  + G+LR+  C+ VLD A GTGVDSIML+EEGF+VTSVDASDKMLK ALK RW RR E  +DKWVIEE NW++L +        GFDA+IC+GNSFAHLPD  GDQS HR A++N    +R GG+LVIDHRNYDHI + G AP  KNIYY SD   D+ TSVL+V+ K HMVTLDYTV  P   ++G       LSKFRLSYYPH L  F +LL+  FG    H +LGDF+  K G    P Y+IHV+++
Sbjct:    2 VDSVYRTRSLGVAAEGLPDQYADGEAARVWQLYIGDTRSRTAEYKAWLLGLLRQHGCQRVLDVACGTGVDSIMLVEEGFSVTSVDASDKMLKYALKERWNRRHEPAFDKWVIEEANWMTLDKDVPQSAEGGFDAVICLGNSFAHLPDCKGDQSEHRLALKNIASMVRAGGLLVIDHRNYDHILSTGCAPPGKNIYYKSDLTKDVTTSVLIVNNKAHMVTLDYTVQVPGAGQDGS----PGLSKFRLSYYPHCLASFTELLQAAFGGKCQHSVLGDFKPYKPGQTYIPCYFIHVLKR 293
The following BLAST results are available for this feature:
BLAST of TCONS_00063022 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1
Match NameE-valueIdentityDescription
GNMT4.650e-11458.11Glycine N-methyltransferase OS=Homo sapiens GN=GNM... [more]
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