TCONS_00015832 (transcript) - C. hemisphaerica

Overview
NameTCONS_00015832
Unique NameTCONS_00015832
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2560

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00015832 ID=TCONS_00015832|Name=TCONS_00015832|organism=Clytia hemisphaerica|type=transcript|length=2560bp
CAGGAAATAAACAAATATGGCGGACTTAGAAGGGTTGAATTCACGTGTTT
CTTCATTTCGacttcaagaaaatgttttggtTTATAATCAAATGAAAGTA
TGCTTGACTCAAGCTTTcatgtttttgaatgaatatCAATGGATAGCAAA
CTCATATGTGGCTgAATTTTTTACACAAGATTTATGGTCACGATTACCTG
AGGCATGGAGAAAGTGTTTTGAAGAAGCAACATTAGATGATATAGCTAAT
AATATTCTTCTTTCATCAGCACACAAAAGTTACAAgtCTGTTTGGCCACT
ATCCCTTCTTTCATTCATTGCAACATGTCATGGACTTTCATTGAATCGCC
AACAAAAAGAAGAGTTTAAGAATCCAACAAAACTACCAAAAGAGATTGCT
GATGTCTTCAAGAAACATATCAAACCAAAGAAAAGACATGAGTTGGCCAT
ACTACCTGATcTGGTCAATCATGTTTGTGAAAGGACGAAGGTGAAAAATG
TTGTGGATGTAGGATCAGGTCTTGGTCATATGGCGAGAGTCCTGGCTTAC
AAATATGGCTGTAATGTGACAGCTGTAGAAAGAACAGAAGAGCAGCTACC
TATTGCCAGACAATATGATTTGCAAATTGAAAAAGAGTTGAGGAGGTTTC
GGGAAAAGggCTCTTTTCTCGATAAAGAAGGAAAAGTCCGACATGTTGCA
AAAGAGATACATTTGAATATGACGTCAGGTGAATTCTcgtttctgattgg
tcaagaaAACAATGAGATGAAAGATAACTCCACATATAACAATACAACTT
TGAAGAACAGAATGTTAAATGGAGGAGGTGATACTGTAAAGGATGAAAAA
GACAGTCTGAttgatcaaaaattaaaaaacaatgaGTCTCACCAACAATC
CCATATGATTGatttagaaaataaacaaacgGTATCAGCtgatttgattg
gtttagaaaaCAATTCAAACCAATGCACCCTTATTGGGCTGCACACGTGT
GGTGATTTGGCGTCTACAATGCTGAAAGTATTCAAAAAGACTGAACATGT
TAAAAATATCATTTCGGTCTCATGTTGCTATTTTCGAATGACTTTAAAAt
ccgaaattaaaaaagaagttAATGAAGATAATCCACTACATACTAAGACT
GAAAATAGTGATATACTTGTGAAAGAtagactttgttttgacagtttctc
attgaaaacacttcacTCCAACTACAAGTACTTGGAAAATGAAATTCATC
CCAATGGAGACAACCATATGAAAGTCTTTAATGGAAATACGACTGTGGAG
CAATCTTCTGAATTTTATGGATTTCCAATGTCAGATTTTATCCGAAAGAT
ACCAGTGCAACCACTGAAATATAAAAGTTTTGAGACCGCTTGTCATTTCT
TGGGTGATTATGCTGATAAATTGTTAGGGAACAGTCCAAATATCAAACTA
CACTGTTATCGCGCCATTATGGAAGTCTTTATACGTCATGTAGACCCTTC
ACTAGTGTTGGCTGCCATTAGATGTAAGAAGATCAAGAATGCATCAGCGA
TGAGCTTCGAAGAATATGCTGCAAAAGTGTTTGAAAGACTGAAATTACCT
TTTCATGAGAGTCAATTAGAAGAGATCAACTACAAGGAAATGCTTAAACA
AACGAAGAACGTGACGGTTATTCATTCGTTAGCATTGTTGTTAGGTCCAC
TGATCGAAAGTATTGCTTTGATGGACAAGTATATGTTTCTAGTGGAGTCA
GGTTTTGAAACGGAGTTGATCCCGATTTTCGATCCAAAGATCTCACCGAG
AAACTTCGCTGTCATCGCGACTAGAAATTAACGAAATGACAAATTATACT
TTAAAAGTCTATCAGGAGAGGTGCAAAGTTAATGACTCAATTGTGTACAC
AAGGAAACCTCAAAACTGGGAGCTTCATTTACCATCATCATACACCATGT
CTGGAAGACGATCAATGGTATTGCTTTTGAAAGCAATTCCACCAATCAAA
ATGACAGAAAAATTCTCTTAGCCAATGAAATGATGGGTAGCATACCATGT
GATTTTAATCGAGCCAATCAGAAAATAGGGTTGGATACAGATGATGAGAA
CTCTTTCAATGGTCAGAATGTTCGAAGCCTAATAACCAATAATTTTACTA
AATCAAAAGATACCTTATCTGCTATACATATAGAAAATGACCGAACACTA
AAAAACAGATGTGCAACCTGTCtggtaataaaaaaaacatatcaGCAAGA
AATAAAGGAGATAAGAGCAGAGTTACAAcgtgaaaaacaaaaacttggAG
AAAATGAACAAATGTATTGGCGGATTATTGAGGAGATAAAAAAATCATGT
GCACGAAATTTGGTagacatgaaaaatcaaatggaAACACTATGCAATGA
AGAATTTCATAATTctaatcatatttcttgatgagtacaaatgaagaaaa
tgttttagcttttttctGTTCATTTTTGTAAGATTGTAGGTTTTTACATT
GAAATCATCCAAAAAGTCGCAATTAGTAGGGGGGCCAATCCTTAGGATtc
gtgacatctt
Run BLAST on NCBI

transcript from alignment at sc0000217:73813..88979-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00015832 ID=TCONS_00015832|Name=TCONS_00015832|organism=Clytia hemisphaerica|type=transcript|length=15167bp|location=Sequence derived from alignment at sc0000217:73813..88979- (Clytia hemisphaerica)
CAGGAAATAAACAAATATGGCGGACTTAGAAGGGTTGAATTCACGTGTTT CTTCATTTCGACTTCAAGAAAATGTTTTGGTTTATAATCAAATGAAAGTA TGCTTGACTCAAGCTTTCATGTTTTTGAATGAATATCAATGGATAGCAAA CTCATATGTGGCTGTAAGTGTTTCTTCTTTTGAAGCTTCCGAAAATTTGA ATTTTCCACCTCCAAAATGAAAATGAACTTTTTAGGTGTGGGGTTTGCTT TGGCTTTGGGCCATGCCACTGTACTGAGATCACAAATAATTTGTGTTTGC ATCATCCAACTGATAACCAGGGAGGCATCCCTAACCCCTCACCCAGCCAA CGGTGAACTCATGTGGAGGCCTCTGTCAGCTTTGGAATTACTGTGTGTTT TGTTTTTGATACAAATAAGCTCTCACATTCTTTTTAGCCCCCCCCCCTTG ACAGCTGACAAATATTAGGCTTGGCTAGACTTACCTTTTTTTCTCTTTTC TATTCCAACAATACAATGCTTACCGTCAACTGCTCTAACTTGGGACTATC TGACAAAACATGATATGACTGGAGTTAATGAACGGCGTATTAAAAAATAC ATGATTTCTCTTTCGCACGGAGTAGGCTTTTAAAATCGAAATATGAAAAA AATGTGAAGTGGAACACACGTGAGTATCTGTGCACTCTAAGCAGTGCGTC ACAAACAGCGATATTTCGATCGCACGGAAGCGCTTCAAAACACCAGCTTT TTTGGAGTTTTGTCTCATTTACCCAAACGCTTCAATCTCGCGTAGGCTTA GGGGTCAAGACTAGAACCCCCAATACGAGACATTTGCCTGACCGAAAAAA AATCATCATCATCAATTTTGTTAATTGTCAGAATCGTTTACTCACTGGAA ATACGCAACTTTCTGAAGTTTCATTTTTTTTCGGTTGTGCTTCATTTAAA AAATAACGAAGATGAAAAGTTACCATCAATCCCGCGAGTAAAAGAAAGCC TTCCGACTAGTCTACGAAAAGTGCGCTCGCGCGGCGAGTTAGAATATCTC GCAAATTAATATATGCCTAAAACTGACGAAATCCTTTCTTTTTTATGCTT AGGTGACGTCACCATCGATCCTGACTTGCCAATGGAGAACCAAATTTGGC AATGCATAATTATTACGAGCGACCAAGAAAGTTTGTGTGACGCAAAAATT GCGCGATAAACGAAGCCCTAGAAGAACGCCCACTGAAAATTGAAACTAGG AATTTAATGAATATTTCACTAATGGAGTATCAAACTTTTTGTTTTTTGTA ATTATTATAAATTCATAATTTTTAAGTACTATTTTTTGAAAGTCAAAGGA CAATTAAAGTGAATTTAAGCTGATTGGGTGGATATTGGGCGGACGGGCGT TTTGCACGTTCCGAGATCAGAAATTAAACGAGAGTAAAAGACGGGGGCGT CTTAGCATGTAATATTAATTCATTATTCTTTTATTTTTATTTTTCGTGAA TGAAAAATAAATTTTTGATTTTTGAATTAAGGAAATATAGTATAATATAT TATATTTGATTGTCAATGCTAAAAGATATTTCTTTACTTTACGAATGATC TGCTGTGTTGCTTCGCCACTTACCCCCCGGATTGTTGTAGTAGGCACTTC GGTCACGTAAATAAAAACACGTGTATATGTTGAAGCCGACTGTGGACTGA CCGAAATTGCAATTACATAAATTATTGTGGAAGTGAACGCTTTAGACGAA TGTTTGGGAAATCAAAAAGACAACTTTTGTGAAAATGTTGAGTTTTGAAG TGTCGTCACGGGAATTGAATGACAAAATTTGGTTGGTTGATTCTGGCTGA TTTAGCAATCAGGCATGTTTCATTTCAAGTTTTCAAGTTTTAATCAATTG CCTTGGGATCTTGAACTTGATTCAAGTAACTCTCATTCTTGTTGTTGAAA ATACACCCTTTCCATGAAAGCGCTTCTTTTTAAACAATCATACAACAATT TTTTGATTGGACAAAATAAAACAATTGATATCGCCATAATTGGATAATAA AATATGAATTTTTAGTTTTTCTTCTATTTCTTCATGTTGCCCAATCTGGG GAGTCTTACCACATGAAAACTCATGAAACCCGGCAACTTAATTTTGAGTT TGGCAAATCCCCAAGATTGGCGAACAATCATTTTTTCCCATTTACGGCTT TTCTCTTTGATCTTTTATTGGTTTCTTTTGTTGATTTCTTGCATCATTGA TGACTTGCGCGTCTTTTCTTGAAATGGAAACACACAATTTTGAAAATGCG TCAATCAATTTAGCTGACCAAAATGACACAAAATAACAAAATGACATGTC AAGATTTCATGGTTTCAGCCCACTTTTCAGGTGCCCCCATGAAGCATGGT GCCCTCAACGAGTTAGGTCCCCTTGAAAAATTGCTTTGAGTTAGGTACCC CTATTCAGCAGATAATTTCTTTGAATTGACACTTTTTGTTCTTTTGTCAT TCCTAAAATCATGCTCACGCATGAATGCCTGCTAATAAGCTTTGTTGTTA TGCTATAAAGATGGCGGCTGTAAATCAAAATAATCACATTAGAAAAATAT AGCAAAAGATGGCGTGATGGGAAACGAAAGAAAAATTGGATGGGAAACTA GGTGCTGGGGTAAAAAAATTCAATAATTTGAAATATTTTGAAATATTCGA TTTGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTGAAATAT TCGATTTGGAAAATATAACCAGCCCCCAGAGCCTCCATCAAGACAGCTAG GTACCCTTAATGAATAGGTAACCCCAAAGAATTGCAAGGCATTAGCGCCC CTCTACTAACCTGGCCTAGGTGCCCTTCAGATTTCTGGGGGGGGCTGATA CCGTGGATTTTTAGTCTTTTTTTTTGGATAAGGCAACCAATCTCAAATAA AAACTGTCTTGACAAGGAATAGATAAGCTTTTCATATAGCCAAACAGAAT TACCATAGTTTTCATAGTTTGCAGAGGGGTATGAACCCCCCTAGGTTTAT TTCATCCCCCCCTATATACCCATCCCCCCCTTTTGTAATGAAATCTTATC CCCCCTTTTTTTTTACAGAAAATCCGTTTCGAAGGAAACTCGTTTTCCCA CCTACCAGCAAAATTATCAACAAGTTGTGTTTTGTTTTGATAGTACATAT TTTTTTTACTTCAAAACATAAACTGTGACAATTTGTATTTGATTAGAAAA TTGACCAAAATTTCCAAACCCCCCCTTTTTTATTTGACCCCCCCCTACAT TCCCATCCCCCCTAGTTTTTTCGGCAGATCTCGGTACCCCCCCTACAAAG GCCCTCCAGAAAGTTGGCATCCCCCCCTATTAAAAAGGGGGGGTGCAAAC TATGGTTTTCACTAAAAAAATTGTATTAAAGGTCCAATTTCAGCCACTTT TGGCCAAATCCAGCTTTTGTTTATGCTGGTGGTTCGTGAAAACTTATCCA GTCCATGTGTAAACATTTCTGTATGTTTCTGATGTACTTGACTTGGGTTG TCAGACCGGGATAAGACTGGGTACTGCAATAAAAAGTTAAAGCATTTTCT CTCAAACTACTCAAGAAAGACTAAAAGCTAATTTTATTAACAGGCAGTTC TGAAATCTACATCCAAATACGCTTCTTTTAAAGTATAAATGAGGCCCCCA ATTTTTTGCGCCAAACTTATGTCCTTTTTGGATATGCCATAAGTTACACG AGAAGACTTTCCGATGGAGTGACTCACAAAGGCCACTGAGAAGAATAGAC CACTTTATTGCAGATTTTGATGTAAACATTGCATAGGGAATACTTCTGTC AATGTGTTTTATGTGTCAACTATGTAAGCATTGTATTGTTGGAGTAGGAA AGAAAAAAGAGGTAAGTTTAGCTTAGCCTATTGTAAGGGGGCGTTAAAAG AACATGAGAGCTTGTTCATATAAAAAACAAAACACACAGATATTTATTTT TGCCTCTGATTCAATAATTTGGAGAAGAAAAAAGTGTGCACATGAGAATG TAACTGCTTAATTTTCATAATATTTTCTTTTCATTCAGGAATTTTTTACA CAAGATTTATGGTCACGATTACCTGAGGCATGGAGAAAGTGTTTTGAAGA AGCAACATTAGATGATATAGCTAATAATATTCTTCTTTCATCAGCACACA AAAGTTACAAGTACACAATTAAATGTATTTTAGAAGTTTAGGGGTATTCT TTACCTGGTCATGCTCAACAAAAAGCTTTTTGCTATTTAGATTTGAGTAT AACTCCCCTGCTATTATAGACTGACGTAAAACCCATACCATGTTTTATTA TTGAATGTCTGGCACAATTTAAACCTGAAAAAGGTTTTAAACTTGCTAAT GAAATTTATTTTTTATTACAAACCATGTGTTTTCTTTTTCTTTTTTCTAT TTCCATCTAATCTGGTAGAACCTGTACTACACGTTAACTTTTTATTTCTT TTTGACTTTCATAAGTTTGATCAAAATTATTTTTAGGTCTGTTTGGCCAC TATCCCTTCTTTCATTCATTGCAACATGTCATGGACTTTCATTGAATCGC CAACAAAAAGAAGAGTTTAAGAATCCAACAAAACTACCAAAAGAGATTGC TGATGTCTTCAAGAAACATATCAAACCAAAGAAAAGACATGAGTTGGCCA TACTACCTGATGTATATATCATTCTTTTTCTGATATTAACTCATACAGGG CTGCAAATAAATATTATTCTTACATATGATATACATTTTTAGAGCATTTT ACACAGAGCTTTTACCCCGATAGGGTACGGTAGTTATTTTAGAATATTTG AGTTGCTAGTGAAGAATCTTACTCGCATGTCATTTCTCCAAGTTTGAAGG CTTTCTTAACTCAAATCTTTTGACCGTCCAAATGAGAGCTCCTTTCTCAA CTTTTTATATACAAATTATCCTGGAATTTGAACTAAAAAACAATGGTCTT ACTATGGGCACTCTTTGTAATTAGAACTCTCTCTAAATTGGAGAAAATAA TTTTTTTTTTGGACCTACCTGGAGGTCCTATAAATTAACCGTTGTCTGTC CGTCCTTCCGTTCGTCTGTTACCAGCTTTTCTCGAGATTGGCTCATTACT TTTTGCTGATGTTTGGCACAAAGATGCAAAATGGCAATGCCCAAAATGTG ACGTAGTCCGATTTTCGGAAAAAATTTAATATGCCGGAAAACCCGGTTTT TTGCCATTTTCTCGAGATTTTATCATTAGTTTTTTCTTATTTTTTGCTTA AAGATGCGTAATAACAATGCTCAAAACATGGCGAGTCGATTTTTGAGAAA AAATTTTTGCCGGAAATCGCCGTTTTTCTGGATTTTCATTGGACCTTTTC CTTATGATTGGTTGTTTTTTCATTCAAAAACATTATTAATAGCAATGCCC ACCATCCAGCATGTTTCAATAGCGCTCCGCAACGCATACGTCATAATTAT TACTTTTCACTTTTTTTGACATTTGTACGAGTTGCAATCCCACAATTCAA TGCGGCTCAATTAAAGATACGTGCANNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNACAATTAACGTGCAAAAGAGATTAACGCAAAGGTTGATGGGATT GGAACTCGTACAAATACATCGAGAGTAATGATTATGTCAAAAATAAAATC TATTTTTAGATTCAGCGCGGTGCGCTATTTTCAATAAAATTGATTTTTGA AGCCGGAACTATTTACAAATCGCTGGAACAACCTATTTTCGCCGGAAAGA CAGTATTTCTTGAATTTCTCAAGCTGTACTTTATATTTTTTATGAAATTT TGCACACCGATGCAAAATGACAATACCTAAAATGTGACAGAGCCCAATTT TCAAAAAAAAAATTCTGGAAAACCGGTATTTTGACATTTTCTCGAATTTT CATCCTTAGTTTTTTCTGATTTTGCAGAAAGATGCGTATTCGCAATGCTC AAAACATGGCCGAGTTCGATTTTTGAGAAAACAATTGTTTCCGGTTGAAA ATGCCGGAAATCGCAGTTTTTGCAGATTTTCATTGAATTTTTCCTTATAT CTCTATGTTTTTCACACACAAACATTATTGATAACAATGCTCACCATCAA GCATGATTCAATTGTCAAAAAAAACTAATTTTTGCGACCAGAACTTTCTA TTTATTTTTCCCTACAAACCTTCCCTCTCCACCCATCAACAATCAATGAT GAATTTATTGCGTTATGCATTTTCGCTAAACGCTATATTTTCTAACTGAT TTTTTTCATTTTTCTCCTCGCATTGCTATCTAACTTTCATCATCTGGTAG GTCCATTCAGCATCTAGCTTGTTTATTTTCTTTCAGCTGGTCAATCATGT TTGTGAAAGGACGAAGGTGAAAAATGTTGTGGTGAGTATCAGCAACTCTT TTTTTTTATCTTTCCATTTAGAATTTTGAATTTAGCCTAGAACACAAATT AATGATGTTGTTGAGCAATTTATTGTATATGAGAATGCTTAGAAAATAAT TTTTAAATAATTTTTAAGAGATTCAATTCCTAGAGCTCTGATGATTTTTA GGCTTTTTAGATTTCCAAAGAAGTGGTTCCCCTTTTTGTATGTGCTTTTT CTAGAGTAGTCCAATTAAAATACATTAACAATATTTTTGCACTAATTTTG CACCCGTTATTTCCCAATAGTTTCGATTGCAATGGACCTCACCTGACTTA CAGTTTCAATACTTTCATTTATAATTTGTTTGTCTAGGATGTAGGATCAG GTCTTGGTCATATGGCGAGAGTCCTGGCTTACAAATATGGCTGTAATGTG ACAGCTGTAGAAAGAACAGAAGAGCAGCTACCTATTGCCAGACAATATGA TTTGTAGGTATCAATTTCAGTCCTCAGAGTTCTTGGTGGTGTAAAAGCTT TCAGAGCGTGGTGAATTCCCATTCTAATTTTTTTCCTGGAGAAAGCAATG CCTCTTCACTATTCTTTTAGAATTTTTCTTCTTCCTTTGTAATTTAATTG ATGCGTTTTTTCTCTTGATATTTTTTAGGCAAATTGAAAAAGAGTTGAGG AGGTTTCGGGAAAAGGTATGACTATAAGCAGTATGATTTTTTAATTGATT ACTTTATAACTTGTTTTTAAACATTATATTGTTTGTAGATTTCGTCACAA AGCTTTATATTTCTTTCTAAGGAAGATAATGAGTCTTTGCTCCATTGTAA ATTCTCCCAAAATTTTAGGAAATTTAATAACTTAAGTTATTCATTTTTCG ATTTTCAGGGCTCTTTTCTCGATAAAGAAGGAAAAGTCCGACATGTTGCA AAAGAGGTAATTAATAAGCATTCTAAATTGGTGACCAAAATAATTGTAAA CTTCTTATAATAGGATGCTATATATTACCCGATGGTGGTTGAAAAAATTC TATGTCAATTATCCAAACTTAAATTTTATAAAACTAAAATACCAATGAAA GACTTAAGAATAATAAGCTCTTTATATTTTAGATACATTTGAATATGACG TCAGGTGAATTCTCGTTTCTGATTGGTCAAGAAAACAATGAGATGAAAGA TAACTCCACATATAACAATACAACTTTGAAGAACAGAATGTTAAATGGAG GAGGTGATACTGTAAAGGATGAAAAAGACAGTCTGATTGATCAAAAATTA AAAAACAATGAGTCTCACCAACAATCCCATATGATTGATTTAGAAAATAA ACAAACGGTATCAGCTGATTTGATTGGTTTAGAAAACAATTCAAACCAAT GCACCCTTATTGGGCTGCACACGTGTGGTGATTTGGCGTCTACAATGCTG AAAGTATTCAAAAAGACTGAACATGTTAAAAATATCATTTCGGTCTCATG TTGCTATTTTCGAATGACTTTAAAATCCGAAATTAAAAAAGAAGTTAATG AAGATAATCCACTACATACTAAGACTGAAAATAGTGATATACTTGTGAAA GATAGACTTTGTTTTGACAGTTTCTCATTGAAAACACTTCACTCCAACTA CAAGTACTTGGAAAATGAAATTCATCCCAATGGAGACAACCATATGAAAG TCTTTAATGGAAATACGACTGTGGAGCAATCTTCTGAATTTTATGGATTT CCAATGTCAGATTTTATCCGAAAGATACCAGTGCAACCACTGAAATATAA AAGTTTTGAGACCGCTTGTCATTTCTTGGGTGATTATGCTGATAAATTGT TAGGTAAGAGTCCTCATTTCCTCATATTCTATCAAATATTTTCTTCCTCT ACAACATTTTGCATATCCAGGCGGCTTAAACATCTTCTTAACAAAGTAAC ACTACAGAAGACCAGTCGGTTTTAGACTAAGATCCAAAGCTTCAATCTTT CCCAGGCAAGAAAAAGAGAGACTTAAAAATATATGTCCTGCAAATAACTG AATTTCGTTGTTCTCCGAGTCTATGATGGGATATTTTTTAATTTCCCATC CAATAGATTGAAACAAGTTTATGTATCTTTGGATATCGAAGGTGACGGTA AGTGAAGTCGACGAAAAACAAAGTCGATAGTTGATGTGCGGCTCTATATT GCCCTAACTCGCCTATACAGACGACGGTATTTTTGTGTTTTTATCGTCGT CAATCAAAGTAGACGGCAATTTTGGCTACATGCCAACTTTGCTTTATACC GTCGAATACATAAACTCGCTTATAATTAGTCATTTCGGGGTGTTAAATAT TACCTTTTTTTTTTCAATCAGAAGACTAAGACGTTCGAATATTTTGGTTT TCCTTTTGAATTTTCTTTAAAATCTATCTTTGCTTTCATAGGGAACAGTC CAAATATCAAACTACACTGTTATCGCGCCATTATGGAAGTCTTTATACGT CATGTAGACCCTTCACTAGTGTTGGCTGCCATTAGATGTAAGAAGATCAA GAATGCATCAGCGATGAGCTTCGAAGAGTAAGAATACTATTTAGTGCCGT ACAGTTTACTAATTCGATCTTCAAGGGATCAAAAATATTTTTCGAATTAG AGATATATTCGAATTATAGAGAGTATTTTACGAGGCTTTCCCTTTGATGG GAAATGGGGATTAGTTCCCACTAAAAAAAATTCGAATAATAGGACTTCTG ATACAATAATGGAGTTTGTTTACTTGATGTTTTTCTTGTGGGCTACAAGG ATAAGAAAGAAGCTTTCAAGAGACGTAAAATGTGTACTAAAAATGGGTAA TGTTTACTCTGCGACAGGTGGTATATAATGCATAGCTCGATTTCCCATTT ATTAAAGGGAGATGACACCTTCCGTTGAAAACCTAGAATGAGTTCTGTTT CAGCACTGAGTGGAGAATGACTCTTGTGAGCCTTGTGAAGCCAAGGTTGA TATTCACCACTGCACCCAGATGTACACGTTTTCTAAGAACATCCAAAATT TTTTAAAGCCTTGGGATGTTCTTAATTTTTTGAGTTTTGAGGCTAAAAAT GTTCTCAAAATGTTCTTTTTTTCACCATTTGTGAGTATTTTTGTTCATAT TTCTAAAAAATGTGGTATTTTAGAGGCCTCAAAGCCATAAAATGTTTTTA ATATTTTGGCCATCGAAGCCTTTTGTTCTTTTTTATGGTTTGTACTTATA AAAAAACGTGTAGGTTCCGATGAAGAGAAAAATCTCTCGAAGCATAGCCG TAAATCTCAGTTCTCGTGCTCCAAGCCAAGATAGACCTAAAAATATATAC TGTATGTATGAATCATCAAAAATAAACTGAAGGTGTCCTATTGGTCAAAT TAAGGAATTGAAATTGTTCATAGGACCGACTTGATCACTTCATTGCCTTA AGGCCTTTTGATTTTTTCTGGAATTTTCAGATATGCTGCAAAAGTGTTTG AAAGACTGAAATTACCTTTTCATGAGAGTCAATTAGAAGGTAAGCAGGAA GGTTTGATTTTTATTGGAATTCTTATCTTGAAATCTAAGGGCTACTTGAC CGTAAAGATGTTTCTGGATATACGGAAATTTCAAAATTAATTTCTGCTTT GGGATTATTGAAGTAGTTAGGTTAAGAGCCACTTCCAAGCCCCTGAGCTT GTAGTGGTTTAGAGTATTTTTTTAACCTAAGGTTAAGATGATTTACAGCT CCTAGCCTTGCGTGAACAGCTAACAAGACTTTGGACTTTGCATCGAAGAG TTTTCCATAGGGAATTCGGTAAAAAAGGCAATGCACGCTTTGTTTCTTAC GTCATGAAGGTCATAGACCAATCTAGACTCTTCGCGAACCTTCTTTAAAA CTGTTTATACAATGGGGTTTCTCTAACTCTAACCTCTATTATACTCGAAT GTCTCCTTAACTCGAACTTTTATGATCCCTTCAGTTAAGAATTCTTTATA AACCGTATTCTATAACTCAAAATTTCCTGAACTGGAGCAATTTTATGTGG GATACCATCGAGTGGGAAAAGGAATATAACTTTTCTGAAATCTAAAAAAG ATGAGGCTGGAGATGGAGAGAGAATGATTCAAAGCTATAATAAAACGTTT CTTCCATCTTTTCTAGAGATCAACTACAAGGAAATGCTTAAACAAACGAA GAACGTGACGGTTATTCATTCGTTAGCATTGTTGTTAGGTCCACTGATCG AAAGTATTGCTTTGATGGACAAGTATATGTTTCTAGTGGAGTCAGGTACG GTAATTTAATTCTTTATGATAATTATAAATTGTCCTATTCAGGTGCGAAT TGAAAAATTAAATTTAATCATAAACAAAATTAATAAGATGATGTATATTC AAATTAATTCACTAAGAACCAAAATACTACACACTATGACGTAAAGTGAT AAAGTCCCAATTCGCTATCCCCTAAACACTGAGCTAGAGGTACAGTTCTC TCGTCCTCCCTCTCGATCTCTTTCCCTTCTTGCTCTCCCTCTGTCTCATT CTATCCTTCTCTCCTTCCTTCTATCTACACCACCCTCTTTCCCTCCCTTC TCGTCTTTCTCTTTCCCTCCATCCTTTATCTACACACTGAGTCATGCGTA CACTCCTCCCCATCTCTCATTCTCTCCCTCTAGCCAATGCTCGTGTCTGC AGTTTGTGTTCGTGTTCCACATTTTGGTTTCGCTGTTAGACGTGGGGTCT ATTGTCGAAACTTTAAAACTGGATTCTTGGAAAAACTTCCACCGTCTTCT CTCCCTGTTATTTTCCAAGCTGGCAAGGATGGACTATGTAAATGTTGATA TGTACCAACATTGAGCCTATATTTTGTGTTTTCGTCACCAACATTGATAC CATCGTAATATGGGTAGTAGATTGTTTAGTCTTGAGCTTTCAACGTTATT TGTCCCTGGTTATCATTCCCGTACCAAAAATTCTCAGAAGCACTACCAAA ACCAGTTTTGTAAGATTTCCAATTCTTGGAGAATGTCGCTCCACCGAAGC CATTACACAATATGATAGTCCAGCCGCTTCCCATAAGAGACTTTATACAA GGAACAGTTTTGAAGGTTGAAGGGTCACTGGATGTCGAAATCCCATAACG TCCCTCACATGACTAAAGGTTCAATCTCAAAATAAGTGTCTTGGAAAATT GGAAATCTTGCAATCCTGTTCTGCCTTTGAGATTGGCCTTTTTGTCATAT GGAAACATCGACTATTCCTCTACATGAAAAAAGGGTATCTCAATCTCAAA GATGACCACCACAATAAAACTCTAAATTTCATAAGGTATTAATTTTGAGA TTAAACCTTAAGTCATGTGAGGGACGATAATAACCATCCATTTCCATCCT TTCTTTTGAATATCCTTACAATCTGTGGCGTTTTTAACAATTGATATATG AACTTCAGGGATGTACTGTAAGAGCTGGAACATGATCTTTTAATAATGTA AAATTCAACTCTCGGTACAATTTTATACCAACAGTGACGACTGCACTTGT GAGAGTTACTTAAACGGCAAGTTTTCGTTGTGGGGTTATACACAACTGAC GGACATTTACTATACTTTTTACATTCTGACATACACAATGTTGCAGATTT TGTCATAATTTCAATATCCAACTTTTTAAATTGCCCGAATATTTGGATAC CAATTTTTGATTTTGTGAATAAAACATTGTCAGGACCGCATTGTTCATAT GAGATTCGAATTTTACTATAATACTTCTCGTTGTATTCATAGTCGCCCTG GGTGGCTAAAAAAGTTGAATTTTTCAGCCAATTCAATCGTTTTAATTTTT CTCTTAGGTTTAAGAAATCTGGCAAAAAGCCCTTCGTAATTTCTTTTTCC CTGATGATTGATTTAGAGGAGGTCTACTGTGCACCTATATTCTCTTCTTT TTTCTTAGGTTTTGAAACGGAGTTGATCCCGATTTTCGATCCAAAGATCT CACCGAGAAACTTCGCTGTCATCGCGACTAGAAATTAACGAAATGACAAG TATGAAATTTTATTTTATTCGAAGAAAGCCTTTTCGGGAAGTGTTAAACC ATTAAATTGCCAATTAGCAAAAAGCCCAGCAATGCTAAAAGCATTACATG CTAGATTTTGGCTGCGATTGGATCCAGGATGATTTTCCTCAAAAAGTCAA TTGATTCATGATGAACTGAAAAAACACCAATTTTTTTAAAAGTGGCGTGT ATATTAGTTCGAATTACGGAAATAATCGAATAAAAGAATTGGGGAAAAGA AGCGGACAAAGAAAAAAAGCGAGCGAAAACAATTAGAAGAATCTCTTATC GAAGTGTCTTTCGCGGAACAAAAGCTAAGATAACACTTCTTCTCTAAAAT CCCACCCTTAAAAAGTATCAAAAAATGTCCTTTTTTTTCACTTTAAGAGG AGAGAGCATTATGTTTGAAATATATAAAAAGGAAAACGAAATTCTTCAAA AATGATATAAATGAAGAAAAAAAATGGGAAAAGAATTTGGTTAAACTTCA TACACCCTTTTTTATAAGAATCTGTAAGTTTTGCCGAGGCCTGTCTGTTT AATTTTTTTCACGACATTCAAACATTAAAATGTCTATAAAATGTTCTTTT TAATGCGAGTATATTCTTCTGGTCGCTAACGGCGGAGCCAGAAGTGAGGG AGCATACCCCTTTTCTATTTTCGAGAAACCTGCGAATTCGAATGCTGAGG TTGAGCGCCACACCTTCTCTAAACACCCTGATAGCTATCGTATAGATCAG ACCACCGAATCTATGGTACTCATTCGCTGAGTTGGGGTGACTCTGACTGG GAATCGAACCCTCGACCCTAGGATTCCACGACGAACGCTTCACATACTTA CTGAGCCACCTGGTCTGTTCTTATGATGCTTACTTTAAGGCACTTACTGG CTTTAAAGGGGCTCAAAATCAGCATTTTTATAGCGATTTCTGAAATTGTT CTTAATTCTTGTTCTCTAAGCCTTGTGTTCTTATAAAATTCTTATTATAA AAAAGCGTGTAAATTACGAAACAAAAAGAAAGAAACAGAGGGAAAACTTT TTTTTCGATAAGAGGATTTGAAGATAGAGAAAGATAAGTAACTTATTACG AAAGTTATGTGGTAATTTTTAGTACTGGGTCAAAGTTTTGGGTAGATTTT CTACATGACAAAACCCTCCCTTATGAGGTTCTTTACTTTTTCATTATTTT TTCGTTGGTATAGGTTTTGCACTGGTTCATTAAAAATGATAGATTTTCAA ATTAAAACTGAATAGTCTGGCCTTAATTTTTATTATGAGTTTGCTCCGAA TTCTCATTCTACTTTTTTTTCGAACTTTGAACCTCACATTCTTATTTAGC CAGATTTAGAGCCTGTGTAAAGTATTTTATTTCTATCTTGGTTTCAGGCA CACTCTCGCTTACTCTTAATCTTTTCTCAGGGGAGGGAGGGGGTACCTAG GCAGACGGAAGATACGAAAAAGTACCGCCCTTAAGAATGCCTTTTTAGAC CTTCGAAGTCTCGCTAAAGTAAAAAATAATAAACGATATAGAAAGAAAAC GTTTTCATTTTTCATCGCTTATTTTTTTTCGCACTATCGCAAATAAAACA ATAGGTTTTTAATTCCAGACATCTGTCTGGATTTATTTTTTGCGACAGAC AAATTCGCGATGAACTTATTTTTTCCAATGGACACCCAGCTTTAATGATA AAATTCTTAAGATTTTGATTATATATCCTGTTCAATTTTTAAAATGAAAN CCAATGGACACCCAGCTTAAGGGTCGTAAAAATGGTAAAATCTAATTTTG TTTGCCCGAGGGCTACAAAAACGTTGAAAAGGCTAAATTTCCCGAAAATT TCCTAAAACTCGTGAATTACCATACTACCTCTCATATCTTTGATTTCAGA TTATACTTTAAAAGTCTATCAGGAGAGGTGCAAAGTTAATGACTCAATTG TGTACACAAGGAAACCTCAAAACTGGGAGCTTCATTTACCATCATCATAC ACCATGTCTGGAAGACGATCAATGGTATTGCTTTTGAAAGCAATTCCACC AATCAAAATGACAGAAAAATTCTCTTAGCCAATGAAATGATGGGTAGCAT ACCATGTGATTTTAATCGAGCCAATCAGAAAATAGGGTTGGATACAGATG ATGAGAACTCTTTCAATGGTCAGAATGTTCGAAGCCTAATAACCAATAAT TTTACTAAATCAAAAGATACCTTATCTGCTATACATATAGAAAATGACCG AACACTAAAAAACAGATGTGCAACCTGTCTGGTAATAAAAAAAACATATC AGCAAGAAATAAAGGAGATAAGAGCAGAGTTACAACGTGAAAAACAAAAA CTTGGAGAAAATGAACAAATGTATTGGCGGATTATTGAGGAGATAAAAAA ATCATGTGCACGAAATTTGGTAGACATGAAAAATCAAATGGAAACACTAT GCAATGAAGAATTTCATAATTCTAATCATATTTCTTGATGAGTACAAATG AAGAAAATGTTTTAGCTTTTTTCTGTTCATTTTTGTAAGATTGTAGGTTT TTACATTGAAATCATCCAAAAAGTCGCAATTAGTAGGGGGGCCAATCCTT AGGATTCGTGACATCTT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_008851XLOC_008851Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00015832-exon-sc0000217-1575043694:88817..88979TCONS_00015832-exon-sc0000217-1575043694:88817..88979Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:84720..84841TCONS_00015832-exon-sc0000217-1575043694:84720..84841Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:84219..84393TCONS_00015832-exon-sc0000217-1575043694:84219..84393Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:82449..82493TCONS_00015832-exon-sc0000217-1575043694:82449..82493Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:81977..82092TCONS_00015832-exon-sc0000217-1575043694:81977..82092Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:81765..81801TCONS_00015832-exon-sc0000217-1575043694:81765..81801Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:81524..81571TCONS_00015832-exon-sc0000217-1575043694:81524..81571Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:80627..81347TCONS_00015832-exon-sc0000217-1575043694:80627..81347Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:79903..80038TCONS_00015832-exon-sc0000217-1575043694:79903..80038Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:78941..78999TCONS_00015832-exon-sc0000217-1575043694:78941..78999Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:78185..78313TCONS_00015832-exon-sc0000217-1575043694:78185..78313Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:76431..76521TCONS_00015832-exon-sc0000217-1575043694:76431..76521Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1575043694:73813..74530TCONS_00015832-exon-sc0000217-1575043694:73813..74530Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:88817..88979TCONS_00015832-exon-sc0000217-1510915933:88817..88979Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:84720..84841TCONS_00015832-exon-sc0000217-1510915933:84720..84841Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:84219..84393TCONS_00015832-exon-sc0000217-1510915933:84219..84393Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:82449..82493TCONS_00015832-exon-sc0000217-1510915933:82449..82493Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:81977..82092TCONS_00015832-exon-sc0000217-1510915933:81977..82092Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:81765..81801TCONS_00015832-exon-sc0000217-1510915933:81765..81801Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:81524..81571TCONS_00015832-exon-sc0000217-1510915933:81524..81571Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:80627..81347TCONS_00015832-exon-sc0000217-1510915933:80627..81347Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:79903..80038TCONS_00015832-exon-sc0000217-1510915933:79903..80038Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:78941..78999TCONS_00015832-exon-sc0000217-1510915933:78941..78999Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:78185..78313TCONS_00015832-exon-sc0000217-1510915933:78185..78313Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:76431..76521TCONS_00015832-exon-sc0000217-1510915933:76431..76521Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1510915933:73813..74530TCONS_00015832-exon-sc0000217-1510915933:73813..74530Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:88817..88979TCONS_00015832-exon-sc0000217-1491911889:88817..88979Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:84720..84841TCONS_00015832-exon-sc0000217-1491911889:84720..84841Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:84219..84393TCONS_00015832-exon-sc0000217-1491911889:84219..84393Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:82449..82493TCONS_00015832-exon-sc0000217-1491911889:82449..82493Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:81977..82092TCONS_00015832-exon-sc0000217-1491911889:81977..82092Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:81765..81801TCONS_00015832-exon-sc0000217-1491911889:81765..81801Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:81524..81571TCONS_00015832-exon-sc0000217-1491911889:81524..81571Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:80627..81347TCONS_00015832-exon-sc0000217-1491911889:80627..81347Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:79903..80038TCONS_00015832-exon-sc0000217-1491911889:79903..80038Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:78941..78999TCONS_00015832-exon-sc0000217-1491911889:78941..78999Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:78185..78313TCONS_00015832-exon-sc0000217-1491911889:78185..78313Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:76431..76521TCONS_00015832-exon-sc0000217-1491911889:76431..76521Clytia hemisphaericaexon
TCONS_00015832-exon-sc0000217-1491911889:73813..74530TCONS_00015832-exon-sc0000217-1491911889:73813..74530Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000217supercontigsc0000217:73813..88979 -
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
2.00177 1.64171 1.21939 0.965871 6.26573 4.66834 7.94375 8.4292 3.4523 3.24559 2.35 2.71051 1.19759 1.21644 0.862833 1.26931 1.51647 1.14245 0.282695 0.686922 2.51224 2.78927 3.15529 2.80284 1.53021 3.81296 0.567949 0.582392 1.75429 1.91433
Blast
BLAST of TCONS_00015832 vs. Swiss-Prot (Human)
Match: RRNAD (Protein RRNAD1 OS=Homo sapiens GN=RRNAD1 PE=2 SV=2)

HSP 1 Score: 112.849 bits (281), Expect = 3.473e-26
Identity = 63/177 (35.59%), Postives = 100/177 (56.50%), Query Frame = 2
Query: 1307 SEFYGFPMSDFIRKIPVQPLKYKSFETACHFLGDYADKLLGNSPNIKLHCYRAIMEVFIRHVDPSLVLAAIRCKKIKNASAMSFEEYAAKVFERL----KLPFHESQLEEINYKEMLKQTKNVTVIHSLALLLGPLIESIALMDKYMFLVESGFETELIPIFDPKISPRNFAVIATR 1825
            S+  G+P+S ++  +P   L Y+  E ACH L +YA++L    P ++ HCYRA +E  IR   P L    +  + I     +  EEY  +  +R+    +LP + + L+       + Q   V    SLALLL PL+E++ L+D+ ++L E GF  EL+PIF P++SPRN  ++AT+
Sbjct:  291 SDPGGYPLSQWVAGLPGYELPYRLREGACHALEEYAERLQKAGPGLRTHCYRAALETVIRRARPELRRPGV--QGIPRVHELKIEEYVQRGLQRVGLDPQLPLNLAALQA-----HVAQENRVVAFFSLALLLAPLVETLILLDRLLYLQEQGFHAELLPIFSPELSPRNLVLVATK 460          

HSP 2 Score: 107.071 bits (266), Expect = 3.443e-24
Identity = 67/199 (33.67%), Postives = 109/199 (54.77%), Query Frame = 2
Query:   86 NQMKVCLTQAFMFLNEYQWIANSYVAEFFTQDLWSRLPEAWRKCFEEATLDDIANNILLSSAHKS---YKSVWPLSLLSFIATCHGLSLNR----QQKEEF-KNPTKLPKEIADVFKKHIKPKKRHELAILPDLVNHVCERTKVKNVVDVGSGLGHMARVLAYKYGCNVTAVERTEEQLPIARQYDLQ----IEKELRR 646
             Q+ V LT+       Y+ I ++Y+ EFFT +LW  LP +W++  +      +A  +L          Y+SVWPL+LL+  +T   L+  R    Q   EF +NP++  +  A  F+KH++PKK+HE+  L +LV  + + T    VVDVGSG GH++R +A   G  V ++E  +  +  A++ D +    +EKE +R
Sbjct:   15 KQLAVNLTRVLAL---YRSILDAYIIEFFTDNLWDTLPCSWQEALDGLKPPQLATMLLGMPGEGEVVRYRSVWPLTLLALKSTACALAFTRMPGFQTPSEFLENPSQSSRLTAP-FRKHVRPKKQHEIRRLGELVKKLSDFTGCTQVVDVGSGQGHLSRFMALGLGLMVKSIEGDQRLVERAQRLDQELLQALEKEEKR 209          
The following BLAST results are available for this feature:
BLAST of TCONS_00015832 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
RRNAD3.473e-2635.59Protein RRNAD1 OS=Homo sapiens GN=RRNAD1 PE=2 SV=2[more]
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