TCONS_00025453 (transcript) - C. hemisphaerica

Overview
NameTCONS_00025453
Unique NameTCONS_00025453
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4214

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00025453 ID=TCONS_00025453|Name=TCONS_00025453|organism=Clytia hemisphaerica|type=transcript|length=4214bp
NNCCTGCTACCATTTCTAAACTTACCAATGAAACAAGTGTTGAGATAACA
TTTTTCGACGGGTTCAAGAAACAGATCAGCAAAAATTCATTGAAACCAGA
CACAGAGAAAATGTATCGACAGTTCGAAAGTATTGCTGCCAGGAGGTTCA
TCCTTTCGCCTCCAAAATCGAAGGATGAGAAAAGCACCAGTGAGAATACA
CAATCATCGCAATTACTCAAAGAAACACCCTCTTCATCGGGCGGTGGTCG
TGGGCGGGAGAAACGAAAACTTCCTGCAGCAATGGCTGATTATGTGACAG
AGGTTCGTGGAAAGAGAAGAAGAAGCAAGGATATCAATGAAAGaaaatcc
aaCAATCAACCATCGCCATCCTCCTCCACCATAACAAGACCACCAGAGAA
CATGTCCAAAGCTGTAAAGACACCTCAACATGGAAAGGATACTTTAAAAT
CAAATACACCCAAAACCGTCAAAGAACCAAAAGATGTCAAAAAGCCGAAA
ATTGAACAACCAAAGGATTCACCCACATTGCCAACGAAATCTTTGAGAAT
CAGGAATGCCAAGGGACCTTCCGTCAAAACAACACCAAAGCAAGAAAAAC
TGACCAAAACCGACAACACTGACGCTGATACTGTCGATGAAGCTACAGAA
CTTTTATCAGAAGAACCAATTCTCCTTCCTGAACACAACGTCGAACAATC
AAAACCAAATCCATCAGACACTCCCCATCAATCACTCGATACGAAGTCTA
AGGAACGAGAGTCTCAATCTCGGGCAATAATCTCTCAACCTGTTATACCA
GAAGGAGTGCCGGCCGATCCGTTAGGTTTGATAAGCCCTGAGAAACTTTC
AGTAGAAGAAGACTTCGCATCAAAAGTGTTGACAGAAAGTAGCTCAATGT
TGGATCAAAACCTTCTTAAAGAGAAAGGTATGAATGATGACGAAGACCTT
CCATTAATACAATGGGCTTCCACGAGAGATAAGACTTTTGAGTTTGTTCA
CGACACAACTACTGCACCGTCTGGAAAATCCCAAGGAGAAAGTCTAGTAA
AGAAAGAGACTGTTCTACAAACAATAAATCATTCGACTAGGAAAAATGAC
ACTGAGACTTCACCGGATTCTGATAACTTGATTGCAACTCTTCCCCAAAC
CTCCGAGAATACACTAAAACAAATTTCGAGTCCAAAAAACGAAACCCTTG
TCTCTCAGCCGGAGAGCGGTGAAGAAAAAGATGTCGTTACTCCTTTGAGA
AAACCTTCAGATAGTTCTAAAACAAGTTCGGCTGCCGTCAAGAGAGACCA
ACCGGCCGTCCGACGATCGATACGTAAGAGATCTACGAAGTCGTTTGGAG
ATGATACCATCACTTTCGAATTAAAAGTCAACAGCCGTAAAGACAAAGAA
CAAAAAGCAACGACCGTCGGGAAAGAGACTGAAGAAAAGTCTTCGAACGT
CTTCAAAAGCAATGAAGATCCAAAACGCTCCGAGAGACGTAGATCCTCTA
AAACTGACGATGAAACGGTGCTCAAAAAGAATAAAGGGAATCCTCAAGAG
CAATCGAGAGTGAGTGATTCANAAAACTGACGATGAAACGGTGCTCAAAA
AGAATAAAGGGAATCCTCAACAGCAATCGAGAGTGAGTGATTCAGAGATG
ATCACCGGAAGTCTTTCATCTAAAGTAGACGACAACGAAGACTCTTTAGC
TCAAGACATTGTTAAGCTTTCGCAATCAACAACCACTTTTAATCCAACAG
CAGAACATCTTCTACGAGGTACAGGATCTGGATCTTTGAAAGATAAAGTT
GAGATCACTTATATTGACGATAAACAAGCGGATATTGAGATTATCAGAGG
TGTGGAAAGTCAAAGGAAAGGTGAATCTAAGAGACGTTCCAGTGGTTCTC
AGAAATCATCCGATACAGACACACTAAAGCAACCAACTGGTGCAGCAGAC
TCGGCGACTGTTCCAACAACATCTACAACAAGAAAGCGAAGTGAGAAAAG
CTCTTTGGTCGCTACTGCATCATCAACGACAGAAAAAGGAAGCGGTAAaa
atttcgaacaaaaatatGAACTTTTCAAACAGAAATGGAAAGCTGAGAAA
GAGAAAAGAAGACTCATGAAAGAAGCTGAAGCAGTacaaaatacagacca
gaaatgTCAAACAGCATCTACAGTACAGACCCAGTCAACAAACCAACCTA
ACattcagaaaaagaaagaacCTGAATCTCAAGTTCCTAGTCTAGCAAAA
CCAAAACGTAATCAATTTCGAGATTCAACTATCGATTTAACAGAACTTTC
ACCGTCCGAGCAGGTGTCTTCCAGCCAGGGAGCCTTGATCTCTACCTCTC
tctcaacaaaaaaaaacaagatttcGCCAGTTGAACCACGTTCATCTAGA
CAAGAAACAAATCAATCTCCGAGCAAACTAACtacaaaattatcttttcg
TAAAGAATCTCCAAGCAAACTATCATCAAAATCAACAACTTACAGCTCTC
AAGCAGGAAAGCTGGCTCCTAGTCTAACACAAATAGTGGCGTCTAAGATA
CAAAAGAAAGCACAAACTATTCAAATCCAGAAACAAAACATGGAGCTCGA
GTACGAAAGACATTGCAAAGAGGAGATAGATTTGACAGGAATCGCCCTGC
AATCAATCAAATCTCCACCAAAACCAAATCAAACACCTCCCAAACGAAAA
AGCTTAGACTTCATAACAAGCCGATTAAAATATAAGAAGAAAATGGAAAT
GTTGAAATCACAAGGACACGAAAACAAGCGACCGAGACTAATAGAAGGAG
CACCAACTTTGCTAGCAAGCTTGGAGCAACTCCAATCACCACCTTTAGCT
ACTCCTCTTCCTTCCTCACCATCCAACCTCCTCGACAACTCAAtccaaca
acaacagcaacattcaACAGATTTCTCACATCACCAAAAACCATCTTCAA
CAAAGAATTCCCAGCAACAGCAGCAAACTTCCCTTCTAATCCAACACGTT
GTaccaacatcaaaacatcaacAAACAAGTCCAACAAAACGAATACAttc
taaacaaaaacaaagcccGACCAAGCAGCATAGTTACCCACCGAGATCCT
CGAAACTTCCAACTCAATGCCTATCAGACTTCACGCACAGACCACTGACT
ATTCAACCAACGCTTTTACCATCTCCACTGAAGACACCGGACACAACATC
GAAACAGGACGCTGGTCCAACCAAAACACCGAAAGAAAGCCCAATATCAA
TCACaccaaaacattcgaacgaAAAGAGGACGATGAACCGAAATCACATG
GACCAACCAAAAACCCCTAAAGTCATTGAAACAAGGAGAACGCGAAGAGA
TTCAGAAAAACAGATGCGTTCGCGAAAGAGTGATCCCAACTTAACCACAC
CTGAATTTACGTGCAATTTGACTGGTTGTAATAAATCGTTCCGTAAACAA
CACTTGCTGGAATATCACTTCAAGTATTTCCACACCGCCAAACCTCCAAT
CAAGCGAAGTAGATCTTCTGTATCGGTGTCATCAACGGATTCAAACCATT
ATCATCATCACCACAATTCATCCTTAAGTTTACCGACCACACCCAGTGGT
GAACATTCTACACATAAGCAAGAAgATATCAGTGGTACGTCTTCACATAT
TGACATTACGGATCAAAGTGAggacgaaagcgaaagtgaaagtgaattTA
TAACATTTGATGACTGTGTGAAATGCATCTGTCAGGACGAGTGTGACACT
GGATTCATGATACAATGTGAACAATGTTTCACATGGCAACATGGCGAGTG
TGTTGGGTACCTTACACAAAAGAACGTCCCATTGTTCTACTTATGTCACG
TGTGTTCAAACCCTAAAGctcTCAGGCCTGCCTTCAAATACAAGaatGAT
TATACTTTTCAACGGTTCGGTAAAATACCACCTGTTAATGACCCGTTCGG
TGAATCCAAGATGGCAGACTCAGCTTTGAAAGAATCATTAATGTCAGTCC
GCCATGTCGATAAAGAAGATGAGGAGTTGCTAAGCAGCATAATGGTAGCA
TCCAATGCCATGGTTACGGATTTATACAACATCAGAGATCTTATGCAGAA
CATACGGAAACGGTTTTTGACTTTCAGGTATGCTTCAGTTTTTTATCTTT
TGCAAAACTGCCCGCCTGAATAAGGCATTGAAACAACTCATTTTTTCAGT
TTGATTGGTCTCGG
Run BLAST on NCBI

transcript from alignment at sc0000536:5391..22495+

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00025453 ID=TCONS_00025453|Name=TCONS_00025453|organism=Clytia hemisphaerica|type=transcript|length=17105bp|location=Sequence derived from alignment at sc0000536:5391..22495+ (Clytia hemisphaerica)
NNCCTGCTACCATTTCTAAACTTACCAATGAAAGTAAGTATTTTAGTCTT
GTACACCCTTTGTGAACTTTCTTACTTTGCAGGCTCGAAATAACAGTCAG
ACATTGAGCATTTtccgacccaaatagcttcatgaACGAcctgaaaatta
taattttcgAGCCAAAGAAACTCTGATTGGACATTTTcgtccgacccact
tgaaatcgttatttcgagccttgcTTTGGTGTCCTTCCTTTGCAGTGTAT
TACAGTAGTGTAGAGAAAGTTGCAAAGNCGAGCCTTGCTTTGGTGTCCTT
CCTTTGCAGTGTATTACAGTAGTGTAGAGAAAGTTGCAAAACTAAAACAA
CCTGAAAAAAACTTCCTGTCAGATTTGGCTACAAGGCTTATTAATATTTG
CTGCTGATTTATACTATTATGATACATCATCTGTTTTGTATATTGGTGAA
AAATCAGTCAGCGAAAATCTGATCAGTCATTTGGTCACACTCTTATTTTA
CACTTATGTCGAACCTTTTTATCTTTGATAAAGGTATATTTTCAATGTGA
CCCAATCTTATTCTTTATTCTTTTAGCAAGTGTTGAGATAACATTTTTCG
ACGGGTTCAAGAAACAGATCAGCAAAAATTCATTGAAACCAGACACAGAG
GTATGTAATTGACCATACAGTATTCCATTCTAACgaacagagaaaaaaaa
tcaaatctatATTCTACGATATTTAGACCATACTCAGGTCACGTTTACGT
TCCGAAACGAAGCGAAACGGTTCCCAAACAAGTGttaacgtcaaaattcg
aaacgctaaaaaaagaagacgttacaaagcaaaacagatcgaaacggctT
CGGTTCGatctacttttttcatcggaacgggaCTGCTCCGTTTTATTGCT
CCGAAACGTttcgaaaccaatatgaacacattcgatccgtaacgaaaatc
ataccggagcgagACGGAACAGTAGCGTGTGAATATGGCTTCAGTCAACT
TTCAGAACTTCACCATGTAGACTGTTGAATTGAAGTTCCTGATAATAATC
TGAGGAAGTTCTGAACGAGGACGAACAGTAGATTTTACTCTTTTTTTCGT
TATTGTGCAACTTCCATTTTAGTCCATTCTATACAGAAAATGACTGGGAA
TGGAAGGTATAAGTTTCTTCAGGAAAATTCAGGGAAGCTcaggaatttct
ttttttttttcgcttttaaTTTTCTCTATTACTTTCAAAAACAGGAAAAT
TGCTATATTGATACTTAACTGAACCCTAACATTATGCTTGAAATATTGTA
CTTGTTTACAATAATCTTTGTGTTGTACCAGATACGGATGCACAGATGTT
TAAATAATACCAATCAGTGACCGTATAGGTATGTTCAATCAAAAGACTTC
ACTTTCTATGTAGTTTTGATCAGGTCAGCTTGTTGGATAGAAAATTTCGA
CAAACAACAAATAGGAGACAGGTGCTAAAGTATTTGTGCCAAAGCATGTT
TCCGCCATCGCCCCCAATCAGCGATAACAGAGACACCCGGAAAACATCAG
GTGTTTGTCATTTGAGTTGAATTCTAAAACAAACAGTCGGTTGTGGCTGC
CGGATGTTTCCAAGGGGTTCTGCATAAAAGCTCAGAATTTCACACAATTG
CAAGTTTCCAATACCAACGTGGAATAAAGAACATCCTAGTTGACTACAAA
ACTTGCTATATAAACAATATCTGAGATTGGGCCACTATGTTCTGTATGCG
TGTGAACAAGTGAAAGTTTCTCGGAAAACATGATTGTTAATTCATTGAAG
TGCTTAtgcagtggagtctccataactcggacGTACACGGGGGAACGCGA
Attcgttcgagttatggagacatattttataaggcattgttaactgaagg
gactagAAAACATGTTCGAGCTAAAGAGGTTCGAATTGAAAGACACAATT
TAcatggaaaattattttttgacgCACATCATTCTCAAGCTgtatttaaa
ataaatcaagCTAATTTCCTGCTAAAACCCTTTTCAATGTGAGAGCCTAG
AGTCTTTGCAGTGGAGGGCAGTTAGTTTGGCTAATGTCAACAACCGAAAT
CTAAATTctcacccttctttagagacaggaataatggAAAGGTCGGTATC
atttattaaagaaaaaatctttgctTTCTGGTTGTAAAGCAAAGGAGTTT
AGTCTTAATCAGTAATTCCGACCTTCTTATCATTCCTATCCGTAAAGAAT
GGTGCCAGAATTAAATTTAAGTTGTCGAGATTAGACTTTACTTACGACCT
TCTAGTCACTGAATGTTATAACTGCTCATATTTATCCTATACACCGCTGT
CTCACAGTCCGGTAGAATTTTCTCCAACATCAAGAATGGTTTTAAAGAGc
aatttttttcactaaatttaTAATCTAATTGGGATGAAATCGAAGGCTAT
TTCTCAGTGGGCTGAAATTATACCATTTTTGCCACTGGGAacgaaatttt
cttttaaatgggATATTCTTGTTTGGTATgttatattttgttgtttctat
cTACAGAAAATGTATCGACAGTTCGAAAGTATTGCTGCCAGGAGGTTCAT
CCTTTCGCCTCCAAAATCGAAGGATGAGAAAAGCACCAGTGAGAATACAC
AATCATCGCAATTACTCAAAGAAACACCCTCTTCATCGGGCGGTGGTCGT
GGGCGGGAGAAACGAAAACTTCCTGCAGCAATGGCTGATTATGTGACAGA
GGTTCGTGGAAAGAGAAGAAGAAGCAAGGATATCAATGAAAGGTACTTCA
AAGTCTTTTAACGGACTCTTCTCAGCACAATGCCAgcttttctataattc
aaagaaaattattagTCCTTTGAAGATCGATCTAGAAAGAGTATGTATAC
CTTTATTCTTacgatttcctttttttttacagaaaatccaaCAATCAACC
ATCGCCATCCTCCTCCACCATAACAAGACCACCAGAGAACATGTCCAAAG
CTGTAAAGACACCTCAACATGGAAAGGATACTTTAAAATCAAATACACCC
AAAACCGTCAAAGAACCAAAAGATGTCAAAAAGCCGAAAATTGAACAACC
AAAGGATTCACCCACATTGCCAACGAAATCTTTGAGAATCAGGAATGCCA
AGGGACCTTCCGTCAAAACAACACCAAAGCAAGAAAAACTGACCAAAACC
GACAACACTGTAACACCGAATTCAAAGTTCTTAAGAAATCGGAATATTAC
ACCTTCACCTGTATCTGTGACACCTGCTTTAAGATCTAAAGCCTCCACGC
CAGTACCTGAGATGATAACAGACCTtccaacaaaaatttcaaagacaCCA
AGAACTCGCAGTGCTAGTAACAGCATTTCTTCAAAATCTGACTCCAGCTC
CAAAAGCGCTAACCAAGTCATTGAGAAGATATCACGAAGAGACTCTGCTG
AGAAGTTATCAGGCTCAACTTCATCCAAAAGGTCAACTAGAAGCAGCTCC
GCCACTGAAATCTCTACTCCAGTGTCGAGTTCTAAAGCGTCAATACCAAT
CGCTGAGAAATTGACCGACCATCTCAGCATGAAGATTTCAAATGAGACAA
AAACGTTTGTGATGTTTCCACCATCTGATTCGAACGATGTAGACAAAGAG
AAAGAGAAGGAACCGCTGTGCGAAGAAGTTAAGAAGCAAGAAAAAATTGA
TTCTGAATCTCAGGTTCCATTCTTTAacacagtcaactctctctaattcg
aactaaaatgtgGTTTAGATTACACTTTATACttcgaatttttctctaat
ttgaaaacaatttttgttcccttgaaaatcgaattagagagagagtcaaa
tgtactttcaaacatttttttctgacAATTTCAATGAACCGCTACCATTT
TCTTGGAGTTGCCTGTAGAGCTGTCAATTCTCGTATAATGTTTCAACCAA
AGTCTGTATGTGGAAAAGTTTTCGATTAATCCCCAGTTAAATGACCTCAT
CCACTAGGCTCTAACAATTCCACTGGAATTTGCCTCCAATATGAAAGGAG
ATGTAATCAGTGTTTTAGCTGGCTAGTCTGCCATCTTATTTTTTATCCTC
TTCGTCAATAGCGCGgctcaaatattttgaaattcggACGTTCTCGAAAA
ATGTAATATAGAAAACAATATGGCTGACTTGACTGGACATACCTTTATGT
GTCGTAGTATGTAAAGGGAAATATATCCTGTGAATTCATCTATTCATCTT
TTAAAACACCTACTGCTCTTTTTGTTGGTTACAGGACGCTGATACTGTCG
ATGAAGCTACAGAACTTTTATCAGAAGAACCAATTCTCCTTCCTGAACAC
AACGTCGAACAATCAAAACCAAATCCATCAGACACTCCCCATCAATCACT
CGATACGAAGTCTAAGGAACGAGAGTCTCAATCTCGGGCAATAATCTCTC
AACCTGTTATACCAGAAGGAGTGCCGGCCGATCCGTTAGGTTTGATAAGC
CCTGAGAAACTTTCAGTAGAAGAAGACTTCGCATCAAAAGTGTTGACAGA
AAGTAGCTCAATGTTGGATCAAAACCTTCTTAAAGAGAAAGGTATGAATG
ATGACGAAGACCTTCCATTAATACAATGGGCTTCCACGAGAGATAAGACT
TTTGAGTTTGTTCACGACACAACTACTGCACCGTCTGGAAAATCCCAAGG
AGAAAGTCTAGTAAAGAAAGAGACTGTTCTACAAACAATAAATCATTCGA
CTAGGAAAAATGACACTGAGACTTCACCGGATTCTGATAACTTGATTGCA
ACTCTTCCCCAAACCTCCGAGAATACACTAAAACAAATTTCGAGTCCAAA
AAACGAAACCCTTGTCTCTCAGCCGGAGAGCGGTGAAGAAAAAGATGTCG
TTACTCCTTTGAGAAAACCTTCAGATAGTTCTAAAACAAGTTCGGCTGCC
GTCAAGAGAGACCAACCGGCCGTCCGACGATCGATACGTAAGAGATCTAC
GAAGTCGTTTGGAGATGATACCATCACTTTCGAATTAAAAGTCAACAGCC
GTAAAGACAAAGAACAAAAAGCAACGACCGTCGGGAAAGAGACTGAAGAA
AAGTCTTCGAACGTCTTCAAAAGCAATGAAGATCCAAAACGCTCCGAGAG
ACGTAGATCCTCTAAAACTGACGATGAAACGGTGCTCAAAAAGAATAAAG
GGAATCCTCAAGAGCAATCGAGAGTGAGTGATTCANAAAACTGACGATGA
AACGGTGCTCAAAAAGAATAAAGGGAATCCTCAACAGCAATCGAGAGTGA
GTGATTCAGAGATGATCACCGGAAGTCTTTCATCTAAAGTAGACGACAAC
GAAGACTCTTTAGCTCAAGACATTGTTAAGCTTTCGCAATCAACAACCAC
TTTTAATCCAACAGCAGAACATCTTCTACGAGGTACAGGATCTGGATCTT
TGAAAGATAAAGTTGAGATCACTTATATTGACGATAAACAAGCGGATATT
GAGATTATCAGAGGTGTGGAAAGTCAAAGGAAAGGTGAATCTAAGAGACG
TTCCAGTGGTTCTCAGAAATCATCCGATACAGACACACTAAAGCAACCAA
CTGGTGCAGCAGACTCGGCGACTGTTCCAACAACATCTACAACAAGAAAG
CGAAGTGAGAAAAGCTCTTTGGTCGCTACTGCATCATCAACGACAGAAAA
AGGAAGCGGTAAaaatttcgaacaaaaatatGAACTTTTCAAACAGAAAT
GGAAAGCTGAGAAAGAGAAAAGAAGACTCATGAAAGAAGCTGAAGCAGTa
caaaatacagaccagaaatgTCAAACAGCATCTACAGTACAGACCCAGTC
AACAAACCAACCTAACattcagaaaaagaaagaacCTGAATCTCAAGTTC
CTAGTCTAGCAAAACCAAAACGTAATCAATTTCGAGATTCAACTATCGAT
TTAACAGAACTTTCACCGTCCGAGCAGGTGTCTTCCAGCCAGGGAGCCTT
GATCTCTACCTCTCtctcaacaaaaaaaaacaagatttcGCCAGTTGAAC
CACGTTCATCTAGACAAGAAACAAATCAATCTCCGAGCAAACTAACtaca
aaattatcttttcgTAAAGAATCTCCAAGCAAACTATCATCAAAATCAAC
AACTTACAGCTCTCAAGCAGGAAAGCTGGCTCCTAGTCTAACACAAATAG
TGGCGTCTAAGATACAAAAGAAAGCACAAACTATTCAAATCCAGAAACAA
AACATGGAGCTCGAGTACGAAAGACATTGCAAAGAGGAGATAGATTTGAC
AGGAATCGCCCTGCAATCAATCAAATCTCCACCAAAACCAAATCAAACAC
CTCCCAAACGAAAAAGCTTAGACTTCATAACAAGCCGATTAAAATATAAG
AAGAAAATGGAAATGTTGAAATCACAAGGACACGAAAACAAGCGACCGAG
ACTAATAGAAGGAGCACCAACTTTGCTAGCAAGGTATTGACTTTCAACTA
TTCTTTTACCTGGAGTAAGAAATTTGCCTTGAAAATTGTGTTTGAACTAC
TGTTAGTACCTGCAAAAAAAGGTTCTTCGCTAAATTGATTGgcatcaaat
tttctttttttttttgcagatatagtttgttctttgtttgtttgttcttG
TTTGTCCTAAGCGAAAATTTGCGTCAGCGATTGGTCATTTCGACATATCT
ATGAATCGATTTCGGAATTTCTGAAGTAGATTTTGTCCTTTCGAGTCTTG
TTACTGGTATTGTAACAATTGACTGGGTAGCTCAGTCCGTAGAGTattcg
ccttacaatccaaAGGTTATTGGTTCGATCTTGGTCACCGCGAATGAGTT
GCATAGAATGGGCGGTAAAGTACTGGTAGCTGAGAGGAGGCGTGgtgctc
cacctcagcattcatCTCCAAGGACTAGCGTCAATAGAACCTCACTCTCA
GCCGACAGTCATCAGATACTTATTTACTTTAATTATGTTAGATATATCTT
GTTTAAACACATTCTTCTTTTCAGCTTGGAGCAACTCCAATCACCACCTT
TAGCTACTCCTCTTCCTTCCTCACCATCCAACCTCCTCGACAACTCAAtc
caacaacaacagcaacattcaACAGATTTCTCACATCACCAAAAACCATC
TTCAACAAAGAATTCCCAGCAACAGCAGCAAACTTCCCTTCTAATCCAAC
ACGTTGTaccaacatcaaaacatcaacAAACAAGTCCAACAAAACGAATA
CAttctaaacaaaaacaaagcccGACCAAGCAGCATAGTTACCCACCGAG
ATCCTCGAAACTTCCAACTCAATGCCTATCAGACTTCACGCACAGACCAC
TGACTATTCAACCAACGCTTTTACCATCTCCACTGAAGACACCGGACACA
ACATCGAAACAGGACGCTGGTCCAACCAAAACACCGAAAGAAAGCCCAAT
ATCAATCAGTAAGTAAAATTGCTGACCCACAAAATATaagcattttgatt
ggttgagaaCATCGAAATGTTTGCGATATTTAATATTTCACATGTGcaaa
atatgaccgcgttgacgtTTTGGGGACTGGATGGAGTAGGTTCTAAAGTC
TATTCGCTTTTTAAGTGTGCAATCTTTTTATGAAAACCATGTCACTTAAC
AAGTTGTTTCGGCAAAAGGGAGTGCATGCACAAACAAAATGGGCATTAGT
AATGTTAAGAATAAAAAATGTCCACTAATATAGGGTCATTGTTGTTTTTG
ACGTTTCATTTATTTTCGTCTCTTATAAAACGAACCAATTTCTCCGTCGC
AATAAAGCATGAGAAATCATATACATGGTTTTTCCCTAATGAAGATTTCA
TATTTCGGACATCATTCGCAGTAATATCATAACGGGTTAACGCTGCTAAA
TTGTAGtgtcattttgaatttcgaattttttttcaaattataatatTGTA
GTCGCAATCTTTTTGCCTGTTGTGACTATTTCCAGTTAAACCTTCGATTG
ACGCCCTGATTTCTTTCGATTGACGTCCTGATTTCTTTTGATTGACGCCC
TGATTTCTTTCGATTGACGCCCCGATTTCTTTCGATTGACGCCCTGATTT
CTTTTGATTGACGCCCTGATTTCTTTTGATTGACGCCCTGATTTCTTTTG
ATTGACGCCCTGATTTCTTTCGATTGGCGCCCCGACTTCTTTCGATTGAC
GTCCTGATTTCTTTTGATTGACGCCCTGATTTCTTTCGATTGACGCCCCG
ATTTCTTTCGATTGGCGCCCTGATTTCTTTTGATTGACGCCCCGATTTCT
TTCGATTGGCGCCCTGATTTCTTTCGATTGGCGCCCCGACTTCTTTCGAT
TGACGTCCTGATTTCTTTTGATTGACGCCCTGATTTCTTTCGATTGACGC
CCCGATTTCTTTCGATTGACGCCCTGATTTCTTTCGATTGACGCCCCGAT
TTCTTTCGATTGACGCCCCGATTTCTTTTGATTGACGCCCTGATTTCTTT
CGATTGACGCCCTGATTTCTTTCGATTGACGCCCTGATTTCTTTTGATTG
ACGCCCtgatttcttctttcttcacaCAGCaccaaaacattcgaacgaAA
AGAGGACGATGAACCGAAATCACATGGACCAACCAAAAACCCCTAAAGTC
ATTGAAACAAGGGTGAGAAGGCTTTCCCACCTATTAGTATTTAATTTATC
GTACTCTTTTCAATTGTCACTTTTGTAACTTTCATTGTGCTACAACGATC
CGATACAAAATTTGGCTATATTTCTCttagtttcattttttaatgtCAAT
TGCCATGCCTCAATTTTTTTGTGCTTTTTAAAATATCTGTCTTTAGCTTT
CATTTATGatgattttctttcttttcctccAGAGAACGCGAAGAGATTCA
GAAAAACGTAAGAAATGATTTATATTCTTAAATAAAACTGAAGAAGACGC
AAAAAGGTTCGGGAAATCGTTCACTGTTTGTAGTAGGGTGCAATAGAAGG
GTATTAAGGAAATTTTGGAATTCTGCATCGtataagggtcacttttttgg
caaatttagccaattttttttttcagaaattcaaTTAAAAAGCACTTCCT
CGACTAATCAAACCGTGCGTTGTTATaattcttatcctgttctttttTCT
CGTTCCTCTTCTTGTTACTCTTACCGTTCTTGTCCCCTTCCCCCAAAAGT
GGCCCCCCTGGGTGAGACAATTTTCAAACTGCCTAAAAGTTTGACAATTA
TTCCATGGCCAGCCACTATAAATAtgttttattattattgttaaatGAGT
TCCAGCGACAAAGAGGACTTTCCTTTGGGAATCAAACATGAATTGGAACG
ACTTACTTATATCtgccatttttttctttcttcctttGCAGAGATGCGTT
CGCGAAAGAGTGATCCCAACTTAACCACACCTGAATTTACGTGCAATTTG
ACTGGTTGTAATAAATCGTTCCGTAAACAACACTTGCTGGAATATCACTT
CAAGTATTTCCACACCGCCAAACCTCCAATCAAGCGAAGTAGATCTTCTG
GTAAGTTCAGTTCATTATACTTCTATCAACCCTTAAAGCGCGAGAAGACc
aatgacctttatataaccctggaccaagcaatatctactatctttgattg
gagtttcttttggaattggtacccgaggagaagccattgcaatgttgaAG
ATTAACGTCTAACGCCGCTACATcgtcaaaagaatttgaggaaaagtaga
cctagcgctctcgatgcatttacaccgctatcgagtagtgccgccattag
ggtaccaattttcaaaaaactctgactaaagattttgcttggctgggatt
gagaagcttggtccagggtatataaaggtcagtggagaAGACTGAGTTCG
AGTTTGACAGGAATGAATGACGTCAAAGTgtctgaagtcattgcattgac
attCTCATAAGGCAaagaattttgacgtcatttccttGTAAATGTATTAC
CCAGACCCCTCAAAGGCCGACCGCATCGTTAAGGGTTGATAGATATGTAC
ACTACTTACGAAACCGAACTGGGACCGAAAGAGAAACGTAGCTCtcaaat
tctttttcttctCCCCCAATTTTCAGTTCAACCCTGACAATTCAGCTTTT
TTAGCGTCGGCATTTTTTTGCCGCGGCAAAATGCTCTTTATCAAATTTGC
CGAGGCAAAACAGCATTTTGCCGCggcatttttttgttcattgaaTTTTG
ACTTGAGAAACTCCTATATAGCCTATGTCATCCAAAGTACTAGAAGTCTC
CTATATGATCAGAAAACAAAGGACTTAAACGATTTGGCACTTTTGaagtt
tctttgattttattaacATTTGTCAGAAAATTTACCGCAGCAAAATTTTG
CCGCGGCAAACAAggaatactttaatcgtagaaatcttagcgagactaat
tttagcgtatattagcgagccaggaaaatcttgattttttttggatttat
tttagcgagtcacgatttcaaaaaatttcgcNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTAACGGTGAAAA
TGTCCCATTCTCAGCTTGAAGAACACGATTGCAATattgtttcttctttt
ctttctcattagACAATAAACAGTTCTCAATTTTTGCCTTGCTGTACCTT
CGAGCGAACGGGTTGAAAACCCTCACGTCAAAAAATGCTCTTTGGCCAGC
AGTCCAAAAACTGAGAGCGCTTATGTCCAGTCTTGCTTCGCGTGACACAT
TTGCCTGCCTCGGCAGGGCTTCATTATTGAGTTCATTGAGAATGGGCTCT
GTTCTTACGTCATGACAAACTTCCTCCAGAAGTTTAGACGTAATGTCTCT
AACATCATTGTACCTCAATGACACAAATCCACCTTTCTTGCACGAGAGCG
CGTGTGCTAGGTCAAACGAGGACCCGCACGCGCAAATTGATGGCATTCGA
TCAAGTGGCCAGTTGTAACGGATTCTGATGGCGTCCCAAAATTCTTGCTT
CGTTAGCTCAAATCCTCGTTCGTTCGTTGTGATTACCGTCAACCAATTTG
ATACACCTTTTTGGTTTAGTGTCTCCATCATCCGTTTGGTTTCGTCATCG
GATTCGTCCAGGAAAGCTCGTAGCTTCACCTGATTTCGTTGTTGACGTTC
GTTGTGCATACGAGACTTGCTTTTCGAGTCTGGTGCATCTGCTTCTGATT
GCAGTATCAGGTTTTGTAGTACAACAGTTGCACTCATTGAATCGTGATGG
TCGTTAGTTGATTCTTCGGAGAAGATCTTCAGTCCCATGCCACCGAGACG
TGGTGGCAAGGATAATATGACTCGTTCATGATCATTGATGATTCGTCCAC
CAGTCAAGGATGGGATGAGTCTGTGTCGAACTGCTTCATCAACTCTCTTC
AGTTCGTCGCTGATTGATGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAGCAAAGG
TTTGACGTGCTTGGTCAAGTTGATCAGATTTGACGATCAGCCATGACTTG
GTCGGTTGAGGAAAGTAGCCATACGACGGACCGATTTCGAGTAGGTGATC
CCACCATTGCTTTAATGCTTCCAAAGTTCCAGCTGCTGTGATATCGTCAG
CGAAGGCAACCATTCGATTGTGCTGATTGCTAATACGAAGCAGAAGGATG
TTCAACATCGGCGTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNCGGAGCATACTTTTCTGATGAGTGATGCGATTGCTTTTCGGAGGT
CAGTGCCGGTTTCTCTGTAGTCTCTGGAAACAAGAATTCGTCTCCAGCCA
TCAGCGTCCAAGCCTGAAGGTCCAGACCCACCACGAGTGATCTTTGCAGC
TTCCAAAACCATCGAGTCGTCAATGACGTCAAATATAACATTTTCGACGT
TTTGGAGTGGACCTTTCAATTTAACGTCTTCTTGAGCTTTACGACCTTCC
GGATGTTTGACTTTGAGCAACTCTTTCGTTTGATCGTTTAGCCGCAAAAT
ACCTCCCTCCATATTGTTCGTCAAAACCTTGATGGCCGAATTTAGATTGC
CTTTTGATACGTGATCTTGGAATTTTCGTGAAATCACgttgatgttcttt
tttcgctCGATCTTAGGCAGTCTCTTTTGAAGGGTGTCAGCTTCTCGAAA
TAATTGGTCGAATTCACCGTTTTGCCAAAGTTTTAGTCGTCTGGTTAGCG
CCTCTACGTGATGACGGCTTTTTGATGTTTTAGCTGGCTTTTGTAGGAGA
AGAGCGGGCATGATATGGATTGCATACATTGCACACTCTTTGATAGGGCT
TTCGGTTGTCCATCCATTTATTAAGCGGGTCGTTTCTCTGATGTAATCTT
TACCGCTAGCTCCTTTTGGTAGCATGAAGATGTTTTTTCGCCAAATTCAG
CTTTTTTTGCGTCGGCATTTTTTTGCCGCGGCAAAATGCTCTTTATCAAA
TTTACCGAGGCAAAACAGCATTTTGCCGcggcatttttttgtttattgaa
ttttgacttgAGAAACTCCTATATAGCCTATGTCATCCAAAGTACTAGAA
GTCTCCTATATGATCAGANcgtgttttagcgagatttattttagcgaaaa
cagggaaaactcgctaaaacgctaaaattagtctcgctaaaatttctacg
attaaagtaatcaAATTTAAGNTATATGATCAGAAAACAAAGGACTTAAA
CGATTTGGCACTTTTGaagtttctttgattttattaacATTTGTCAGAAA
ATTTACCGCAGCAAAATGTTGCCGCGGCAAACAAGGNTAATCAAATTTAC
TGCAGCTTTTACCGCGGCATTTGCCTCGTGCCGCGGCCAATTGCCAGGAC
TGCAGTTAATTTTCTGTTTTCTCGtgatgatattttgtaaatgttCACCA
AAAACTGCAGAACTTTGCGCCACTTTGAATTAGCGCACTTTACAATGAGA
CGTGGATTCCGTTCAAACCGATCTGCAAGTCTCCCAGCACGTTCTGTTCT
TCGCTGACGTGTGACTTCACTCATACAAGGCGTTTTCATTCGTTTAAGTT
GTTTGTACCCTCTTCGTTTTACTAAACGTTTAACGGAGCTTCTACTTACC
CCAATAATGGACGCAATTTCACCCTATTTATATATAAGAACAGGATAGAC
TAATTTGAGGTTCAGAAAAGCCGAGCCTCGTCTAAAATTTGTTGGTAGCA
TTACTtatgaattctttttctttcacttttttagTATCGGTGTCATCAAC
GGATTCAAACCATTATCATCATCACCACAATTCATCCTTAAGTTTACCGA
CCACACCCAGTGGTGAACATTCTACACATAAGCAAGAAGTAAGTAAAGAT
GGTGTCCCCAAACTTCATGAAATAGAAACAAATGACTTATGATATTGAAC
ACTACTAGTAGATGTAGCTACTCTGTTTTTCCCAAGCCATGGAATTtcaa
gcaaaataatgcgccatctttgctgGTAGACCACGCTGTGTTATCGGCAA
TTCGTCCAGTCAAAACAAACAACCTGCACGGCACGATCAAATTGCCGGCA
ACAAAAAGTAGTCTAATTATCAAAGATGGCGTATTGTTTTACTTCAGCTA
GGGAGGAAGAAGCTTCAAAATCCTTCTCAAGAAAAGAGGATTCTGATCTA
GCAGCATTAAGGTCATTTCTTATTTgaaattaaatacttgcaaaCCCTTT
TTCTGCTATTCGGAGATTCCATTATCATAAAAGGACAACATTTAACGTGC
CACAGCATTTTTTTACACAAAACTTTCTCCCATTTCAACGCCACGCGAGc
acaaatttttagaaattcttgTTGATTCTGCTTATAAGTCAGCATGGAGA
TGCATCGCCTTTCTCTATCATAAAAAAGAAGTATGTTTTAATAAGAGATA
TGTtacgatttttttattccaggATATCAGTGGTACGTCTTCACATATTG
ACATTACGGATCAAAGTGAggacgaaagcgaaagtgaaagtgaattTATA
ACATTTGATGACTGTGTGAAATGCATCTGTCAGGACGAGTGTGACACTGG
ATTCATGATACAAGTAAGTCACTTCAACTCGTGTCCCTTGGGATTTATTG
CACAACATCTAATGACTGAACCAACTGTACCTCTCAGGACCATAAAATGC
TCTCTCTTCATTTTTGAGTAACTAAACTAAGCTCTGAGTTAGAGCTACAG
ccggcccacttttcgccctgtcAATTAAAGTGAGAAGAAAGCCGGCCATC
TCAAGTCAAtacattgccctcttttgacgtcgaTACAATAATTCCTTTCG
ATGTCGATTGTTTAAACTGGAGCTAAGGTTTGGTGCTTATTAAAATGGAA
AGTTTTCTAGATATTTTAACTCAAATTCACCACATATCCTATATATTATA
AAGCTATCATTTCCGTggctgaagcaaaataatttttgctgagtagacca
tagttcggtGCCACCAACTTGATCAATTTAACCATTCTCCTGTCTCATTT
CCCGCCATATCAATTGTTTGTGGCGCATCGTGGTTTGAGAAAGATAGAGT
AACACTATCAAATGTCCATTCGATTTTAGTGTGCAGTCTTCTTTTTCGTG
TGGAAACCATGACAACAGAATTAGACGTAATCCCCTCGAGAGTGGTTTCT
ACGTATTGCACACTCATAGTgaatgttttatataagattcTGTAAAAATC
ATTCATCGTCTAATCTTTTTTCTTATGTAGTGTGAACAATGTTTCACATG
GCAACATGGCGAGTGTGTTGGGTACCTTACACAAAAGAACGTCCCATTGT
TCTACTTATGTCACGTGTGTTCAAACCCTAAAGGTAAAGCATCACTTCCA
TCACTGGAGTTTTCTTTCATATCTCTCCCTGCAACTTTTATCAATAATAA
GAAAGACATTTTGATTCAGCTCATCACTTACTGTCTCTCTGAGACATAAT
GTTTTCGAATTTAGGAAAAAAGGCTCGCCAAATATGGTATAAACTAGAGA
TTAATACCCcgagtttcattttgaaataatgtttcaaaatgataaaagaa
CAACATCATCCAACAGCATTTGTCGTcttctttgtacatttttcttGTAC
TTTTCCTCCTTTGACCAGACAGCTACTCAAATTATTTGTATCGAATACTG
TTTACTTTTTGTGATCGAATCTTGCCAAAAATAATCGAATGATTTGGAAA
GTCGAACGTACGTGGCGCGTGAAATTACGTTAGGAGAAAATagttttgat
caaaaatatttaggCGGGAGCGGGGTATTACGAAATACCCCGCCGAAGGA
TAAGGGCGCGCAACctaaataaaatcagtcatataattatATCTTTAATA
CCTCCTGGTTACTAATTGGATGGGGATGTGTTTTTGAACATTCCGTTCAA
AAATTGTTGTCAGTTTAatgagcttttccagaaaagaacCGTACAGCagg
tccatccctctgtggctggaaatgctgtaacccctgGAATTCCAAACAAT
TTCAGGTGTAAACCCCTCTGGAAATCTGTAGGATTTAAAAGCTATCCCCA
TGGaagtatctccctatggaattccgccacatatcaaaccttaccccttt
ggaatggaaatggacctccacaacagggggtatacggttttctcctggaa
aagcccaatggaGGTGTCCACTTAtcggaaatttttttacaagaatatgA
CTAGAAAACGGTCGGTAATTTTTTGTCTGTTATCAAAGGTGTTTGTCTTT
TAGAGTGTCGGCTAATTGAAGGTTCTACTACTATAATTGTATGCGCTTAC
TGATtgtttttcacttgttttttttttcagctcTCAGGCCTGCCTTCAAA
TACAAGGTAATGAAGTTTTAAgattttactaaaattaaaatatGTAGGGA
CaatatttcaaagattttaaagcaGAAATAATACATCTCAACCTATAATT
TGCAAGTGCAAAATCTGTTCTACACCTTTTTAAATACTGTAGATTTTCTT
TAGAAAGTATATTCAAtgttcacgtttttttatagaatGATTATACTTTT
CAACGGTTCGGTAAAATACCACCTGTTAATGACCCGTTCGGTGAATCCAA
GATGGCAGACTCAGCTTTGAAAGAATCATTAATGTCAGTCCGCCATGTCG
ATAAAGAAGATGAGGAGTTGCTAAGCAGCATAATGGTAGCATCCAATGCC
ATGGTTACGGATTTATACAACATCAGAGATCTTATGCAGAACATACGGAA
ACGGTTTTTGACTTTCAGGTATGCTTCAGTTTTTTATCTTTTGCAAAACT
GCCCGCCTGAATAAGGCATTGAAACAACTCATTTTTTCAGTTTGATTGGT
CTCGG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_014290XLOC_014290Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00025453-exon-sc0000536-1491911889:5391..5423TCONS_00025453-exon-sc0000536-1491911889:5391..5423Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:5391..5423TCONS_00025453-exon-sc0000536-1510915933:5391..5423Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:5391..5423TCONS_00025453-exon-sc0000536-1575043694:5391..5423Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:5967..6040TCONS_00025453-exon-sc0000536-1491911889:5967..6040Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:5967..6040TCONS_00025453-exon-sc0000536-1510915933:5967..6040Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:5967..6040TCONS_00025453-exon-sc0000536-1575043694:5967..6040Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:7947..8182TCONS_00025453-exon-sc0000536-1491911889:7947..8182Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:7947..8182TCONS_00025453-exon-sc0000536-1510915933:7947..8182Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:7947..8182TCONS_00025453-exon-sc0000536-1575043694:7947..8182Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:8323..8599TCONS_00025453-exon-sc0000536-1491911889:8323..8599Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:8323..8599TCONS_00025453-exon-sc0000536-1510915933:8323..8599Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:8323..8599TCONS_00025453-exon-sc0000536-1575043694:8323..8599Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:9675..11873TCONS_00025453-exon-sc0000536-1491911889:9675..11873Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:9675..11873TCONS_00025453-exon-sc0000536-1510915933:9675..11873Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:9675..11873TCONS_00025453-exon-sc0000536-1575043694:9675..11873Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:12415..12848TCONS_00025453-exon-sc0000536-1491911889:12415..12848Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:12415..12848TCONS_00025453-exon-sc0000536-1510915933:12415..12848Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:12415..12848TCONS_00025453-exon-sc0000536-1575043694:12415..12848Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:13970..14052TCONS_00025453-exon-sc0000536-1491911889:13970..14052Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:13970..14052TCONS_00025453-exon-sc0000536-1510915933:13970..14052Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:13970..14052TCONS_00025453-exon-sc0000536-1575043694:13970..14052Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:14273..14297TCONS_00025453-exon-sc0000536-1491911889:14273..14297Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:14273..14297TCONS_00025453-exon-sc0000536-1510915933:14273..14297Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:14273..14297TCONS_00025453-exon-sc0000536-1575043694:14273..14297Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:14782..14940TCONS_00025453-exon-sc0000536-1491911889:14782..14940Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:14782..14940TCONS_00025453-exon-sc0000536-1510915933:14782..14940Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:14782..14940TCONS_00025453-exon-sc0000536-1575043694:14782..14940Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:19375..19478TCONS_00025453-exon-sc0000536-1491911889:19375..19478Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:19375..19478TCONS_00025453-exon-sc0000536-1510915933:19375..19478Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:19375..19478TCONS_00025453-exon-sc0000536-1575043694:19375..19478Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:20063..20203TCONS_00025453-exon-sc0000536-1491911889:20063..20203Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:20063..20203TCONS_00025453-exon-sc0000536-1510915933:20063..20203Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:20063..20203TCONS_00025453-exon-sc0000536-1575043694:20063..20203Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:20871..20973TCONS_00025453-exon-sc0000536-1491911889:20871..20973Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:20871..20973TCONS_00025453-exon-sc0000536-1510915933:20871..20973Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:20871..20973TCONS_00025453-exon-sc0000536-1575043694:20871..20973Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:21971..21996TCONS_00025453-exon-sc0000536-1491911889:21971..21996Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:21971..21996TCONS_00025453-exon-sc0000536-1510915933:21971..21996Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:21971..21996TCONS_00025453-exon-sc0000536-1575043694:21971..21996Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1491911889:22176..22495TCONS_00025453-exon-sc0000536-1491911889:22176..22495Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1510915933:22176..22495TCONS_00025453-exon-sc0000536-1510915933:22176..22495Clytia hemisphaericaexon
TCONS_00025453-exon-sc0000536-1575043694:22176..22495TCONS_00025453-exon-sc0000536-1575043694:22176..22495Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000536supercontigsc0000536:5391..22495 +
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
0.344536	0.673681	0	0.142012	8.65543	4.67015	5.48029	4.43956	2.00189	3.46786	1.09858	0.950712	2.33056	1.84538	0.575952	0.955789	1.35561	0.616203	0.495432	0.264932	1.00306	0	1.19399	0.87743	8.53091	6.70165	0.572425	0	0.767929	1.15715
Blast
The following BLAST results are available for this feature:
BLAST of TCONS_00025453 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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