TCONS_00067391 (transcript) - C. hemisphaerica

Overview
NameTCONS_00067391
Unique NameTCONS_00067391
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3263

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00067391 ID=TCONS_00067391|Name=TCONS_00067391|organism=Clytia hemisphaerica|type=transcript|length=3263bp
AAATGGTGTATTTGTATGTTTTGTTGGTGTTTCTTTCTGCTTCACACTCA
AGGACTAAAGCAAAGAATTGCTTGTGTTTGAATGGAGGTGTTTGCGTTGC
CAATAACAACACGACAACAACGACGTCCGAAATGCAATGCGCATGTCTGG
ACGGTTACACTGGAAAGTTTTGCGAGACGGAAATCAACCATTGTGAAAGT
GCACCCTGTTTGAATGGCGGAGTGTGCTTCAATAATGTCAATGGTTTTTC
TTGCGCATGTGCAGAAGGGTTTGGCGgGAAAAAATGTTCGACTGATCTTC
AAGAACGTTGCAAAGAAATGTGTGTCCACGGTCTGTGTGAAAAAGGTGCT
TGTGAGTGTCACCAAGGGTGGAGTGGCCTCACTTGCCAGGATGAATCATG
CCCTTCTGAATGTAATCAGCAATTCAGCGAGTGTAACCAGGCATGTAATA
TACCACAATGTCAGTTTGACCACTATCGATGCACCCTAGGAATTGACCCT
TTCAAAGGCTGTCGTAAAACGTCTTGCCGTCAAGCTACGGGCGACGGACG
TTGTGATGTTGAATGTAATATTGCGGAATGTCTTTTTGATGGTGGAGATT
GTCGTAACAGAAGCACGTGTGATTTGGAGGAAAAGTGTTCGATTCAATAT
GGTAACCAGAGATGTGATAAGGAATGTGACAATGCTGGATGTGGGTACGA
TGCGTTGGAATGTCGTTCGAACGTCACTAAGAATCTGCTTCCTGGTAAAC
TTGTTCTTGACATCTCCTCCAATCAGAATCAAACCATTGAAGAAATTTCC
ATCGAAAGATCGCTGAGCATCCTGTTAAATTCGCGCGTGAACGTCGTGGA
GATCCGAAGAGGAGGAGAAGAAACGGTGAATCGGCGAAAACGAAATGTCA
AGAGCTCCGATCGTCAAAGtgtttcACTAAGAACGACATTAGACAACGGA
GGCTGTATGCGCGATTGCTTCCACACTGTGAACCAGGCGGCCAGATACAT
CGCTTTCAAGGCCAGTAAACAACAACTTGATCATTTACCTTTCAAAGTAC
GATCGGTTGCAGTAGAAAAAGACAGCGCGCAGAAGgaggatgacgtcatc
aataaaTATTTATGGCTTTTCACACTTTTTGTGATTGCTATTGTCTTGAT
GTTTGGGATTTGGTATCAGAGAAGGCAGAAAGGAACCTCACTCTGGGTAC
CTCCTACCCTCACTGAGCTCGCCAACTCACCCCGTAACGAAACATCGAGT
GCTGTACCAAGGAAAATGTGTAAAGAAATCAGGCCGTCTCACATGCCAAT
TCTCCACAGCGACGATGAAGACCTGGAAAAAGAAAGTTGCCTACCATCAT
CGAGTGCCAACGAGGATGAAGGGACAGACTGCGACCATAAAGAAAagata
atAAAAGATAATCCATATATTCTACATTTTGCTATACACTATGGCTTCAT
GGATCTCTTCAAAGAGCAGCTAGATGACCTGAAGAATATCAATCTTCAAG
ATCACAATGGGCGGACACCACTTCATGTAGCGATCGCTTTACAACGTCAT
GAAATGTTCGAAGAATTAATAGCAGTAAAAGGAATCGACCTCAATATAAG
GGATGGGAACGGAGAAACACCTCTCATGGAAGCTTGCAATGCTTATTCCA
CAGACCAGGTGCAAAAGCTGTTGAAAGCTGGAAGCAAAGCAACTTTGACT
AATCGGCAAGGGAAAACGGCATTGCATGTTTCGGCACAAATTGATAACTA
CCAAGCAGTCAGATTGTTAGTGGAAGTCAACTCGAATGTTAACAAACAAG
ATTCAATGgGACGAACACCTTTACATTTGGCCATCCTTGAAGATTCAGAG
CAGTCCACCATCATTCTCCTTCAGAGTGGTTCTAATACGTCGATCAGAGA
TACGGACGGACTAACGCCTCTTGCGTTATGTCAAATATCGAAGAATGAGA
GATTGGAAATATTACTTCGCGATCATGAAGAGAAAAAGGGTTCTGATGAT
GATTTATTGCCGCGTCAGCAGAAAGTTAAGAAAAAGGTCGAATCGCATAT
GACGAAAAAAGACACAAAGCCGAAAAAGAAAGATCGCAATCAGCGAACTG
TGGACAAACGAGCAAGACTCTCCCGTAAACGTAAAAAGCTTGATAGTGTT
TGCTCTTCAAGTACACTTAATGATAGTCTGTGTAGCCTTTCACCTGAGAT
TAAGCTACCTTTTTGCGAGAGTGCACACCAAGAGACGAGGAAACGACAGT
GGAGTGAAACACATTCAAATATAACGCATGGTTACACATCAGATGAATGT
TCACCATATAAAGAGATGAATGGAAACAAACTTTTACGAAACCATGACAA
CAAGTCTGAAAACAACTCGTCGAGTCAGGAAcccaaaaaaatgacaaaaa
aatgtaaaattaacACAAAGCGGAAACAATTTCCGAGTGTTGATTGTTCT
ACGGATGGTTTGGAGAGCCCGACGAATCGCTTTGATTTTGGTTTCAATCT
TTCTTCAATGATGAATAAATCTTTGATTGATAATGATAGAATGTTTGAAG
ATGATGTCTTTGTTGGCAGCAATGTCCTTCACCAAGCGTTGACCTGTTTG
ATTGACCCTTTACCAACATTAACGACATCCTCATGGTCGACTGATGCACA
TAGCCCCATTTCTGACACTTCCTTTTGAGCATTTTTGGAAATAAGAAAAT
GACATCTCTGATGGTATATTCTTGTTTTACTCACGAAGATCATCACTTGA
TCATTGACTAATATGACTACAAGATGTTCTTaagaagaaaatcattttca
tatgCTCCTGCATTCATTCAATCAGTGAGATTTTAATTTGGATGTTAATC
CTCCTATTTCTGGCTTAAGGGCTCATAGTGAAAAagcaatttcagaattt
gaagataaaaccttatgttttcgcttctttgacatgtttaagaaaacaca
aaaaagcctaatctccttgggcaaatcattttattgtttcaaactttttt
taagttaatgagaaataatttctttatttagatttttccggaaaaatttt
ctatttggctacatcccaagttatagctgttttcgtatggaaatttagtg
gagaaaattgccaaaaatgagtttttttggagattttaaaggaaagatac
ttccacaaaaaatttccgaaattgtatttttagatactaaatagatacat
cacctgaaccaaaaataattccaaaatgtttgatttttaccgagattagg
gctttgaaaggtg
Run BLAST on NCBI

transcript from alignment at scaffold_469:269595..286501-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00067391 ID=TCONS_00067391|Name=TCONS_00067391|organism=Clytia hemisphaerica|type=transcript|length=16907bp|location=Sequence derived from alignment at scaffold_469:269595..286501- (Clytia hemisphaerica)
AAATGGTGTATTTGTATGTTTTGTTGGTGTTTCTTTCTGCTTCACACTCA AGGACTAAAGGTAAGTTTTTCTCAGGTTTTCTTCTATGTTTTCTGAGAAC CTTAGAGGGCCATGAAACACTTGAAGGGGGAGGGGTAGACAGGTTACCAT GAGGTAACAGCTACAAAAGCTACCTTACTTTTCCAATTTCTTAATTTATG GCCAAGTAGGAGGAAGCGTATTATCTAAGCCCAAAAATATTGCGGCATTG TTTTCATACTTCGTGCGTCGAATGTGGTCAAAATGCTCAATCTTAAAATT GATGTGAGATGCTTCTCTTAAACCTCAACTATCAGAAAAATGGTCAAAAA GTAGAGTTAATCGGTCCCTTAATTCCTACTCTTAACACCTACGCTCGTTT TATGAGGATAAATTTATAAGAACACGAGGCTGAAATTTGACCAAAACCTA AGAACAAATTAAGAACAACAACTTGAACTTTAGTCTTTAAATTGAAAATC ACTGATTTTTATGAACAATTAAGTGTACACTCTCCACGTACATCACACTC GTCTATTAATTTCACATAGTGAAAATTTCTTAGTCGAAAAAATATGAAAT TCTTTAACCCTTAATTTCTTCATTTGATAAATAATTTAAAATAGTATAAT TCTTAACTTATTTTCTTCACTTTTAACGATGCTTAGAGTATATTTCTTTT ACATTTCATCTTTTTGGTATTAAAAAAACACATTTTGATGGAAACACCGA GGTCTCTGTTTAAAGGTAGTGAAACTAAGAAAACGGGCTTAAAAGTTTAG GGGTTTGAAGTCAAGTTGAGCGTAAAATTTGCTGATAAGTGGTTTTTTAA GAATTGTTTGTACTTATATCCTCATTTCTTTTAATTTCAAACTTTCAAAC TAATTACCTAAATATTAAAGCTCTAAACTTTTTAAGGCTGGAGAAGAACC CTTTTGTAAGCGTTGGTATATCAGTTTGTTTGTTTAATTTATCTCTCACT CTTTTTTATCATGTCATGTTCTTATCTTTGCAGCAAAGAATTGCTTGTGT TTGAATGGAGGTGTTTGCGTTGCCAATAACAACACGACAACAACGACGTC CGAAATGCAATGCGCATGTCTGGACGGTTACACTGGAAAGTTTTGCGAGA CGGAAATCAACCATTGTGAAAGTGCACCCTGTTTGAATGGCGGAGTGTGC TTCAATAATGTCAATGGTTTTTCTTGCGCATGTGCAGAAGGGTTTGGCGG TAAGTCAGCCTTGTATCTAATGTATTGTAAGTTTTCTGGCTTTGACAATA TTGATTCTAGAATTCTTTCCGATCAATAACTTATGTATATGATGATACCC AAAATTATATCATTAGCCATTGACTTACGATTTTTAACCACTATNGTGAA TGGGCTTTTTCACTTGTGTGAATGCGTGAAAATTAAAACAAAATTGCGCG AATGTGTGAATTGAAGGTTCGCTGGGGGGGGGGCTTCGTGTATCTCTGAA TGCTTATTTTAATCAATAAAGTTGATAATCAAGTTAAGTTAATGTAAATA GTTGCTTGTAAATATTTTTTGTTCAATTTCATACATTTTAAAGACAGCAT GCATGATTATTAATTGTTTAGATAACTTATTTTAAATCGTTAACTTATGT AATTGCTCGAATTTTAAATTTTAAACAATAAACAAGTTTTTAATAAAAAT ACATAGTTCGAATTAACATTTAAACTATTAAAATTTTTGTGATATGTAAA ATTTAGAATAAACTTTTCCAACTCCTAAAGAGATCTGAGGATTAGTCTTT TAGTTTCTTTAAAATCAGCCTCGATAATTGAATATCAGCGTTTACGTGGA AGCAATGGTATCCTCTTAGATGGTATAAATTAAGGAGATTTTTGTTGTAT ATAATACTGTCCAATCAAATCACTGCTTCATCATAACAACACCAATCAGA ACCGTTTACTCCATAGCAACTAACGTCGCAACAGGTATTTGAATAAAAAA AACTGGCAACAATCATTAAAATGAATCAGTGAATTTAAATTAGGTGTAAT TATACTCATCATAAAGAGGAGGGCTTTATCAATGAATTGATAAGAAGGAC AAAGATGACTTCACTCTTGTCGTACACTTCCCTTTGGTATAAACCTTCAT CGAAAACTTTGAATGAAATTATTATAAACTAGTTGAATGAAATGGTGTAT TTGTATGTTTTGTTGGTGTTTCTTTCTGCTTCACACTCAAGGACTAAAGG TAAGTTTTTCTCAGGTTTTCTTCTATGTTTTCTGAGAACCTTAGAGGGCC ATGAAACACTTGAAGGGGGAGGGGTAGACAGGTTACCATGAGGTAACAGC TACAAAAGCTACCTTACTTTTCCAATTTCTTAATTTATGGCCAAGTAGGA GGAAGCGTATTATCTAAGCCCAAAAATATTGCGGCATTGTTTTNGACGGT AAATCAGCACTTTCACCGTCTTCGGGGTCAGAAGTGCGGGTTATTCCAAA TCGCTTCAGTCACTTTTACCGTCCTCAAAAGAAAAAATGCATAAACTCGC TTTTTATTACGCCATCGGCTGAAAATAAATTATCCTAACAACTTTCTTCA ATCCTTGTTTCTTGTAGTGACTTCTTTAACAGCAGAGGAGGTGGCAGGAG AAAAGGTACTTATTCAATTGTTCCCAGATCCCTTTACATCATGTCATGGG TATATTTGCATAATAAACACTTGTTTACCTCCCGCGAAGTATTTTCAACA CGTGCTCACTTCTTTGAGAAATTTTTTCCTCTCTTTGATAAAGACAATGA TTCTTCTGTCTGTGATTGCTTTCCCGGCTTAATTTGACCTAAAATATGTG TCCTAAATAAGATACTTGACTTGGATGACATCAAAACTTTAAGGTTTTTA CTTTTTTAATAATGCACCGTATTTGAAACCTTTTTGTTTCCATTGTCTTC GTTTTCAGATTCAGCAGAAGTGAAGTTTTACAATAACGGAGGTTATGATA ACGTGGAGGACTGGACCCGATACACACGTCAAAATATCGGTACCGTAATT TTTGACAATTATTTTTCTCGTTGAAATATGGTAGCCTAGCAGGGCTTCCA AATTGTAATAAAATGAGGCTTTCCTTTATTATCAATGAAAGAAGATGAAT AAAACATTCTCTTCGTGGAAAAAAATTGTAAAGGACACCTATAAAACACT CACTAATTTCTTAGAAGGTTCACTTCAAAGTTTAATTTTTCAAAGTTCGA ATTTCTTTCTCAGATGACGAAGAAGAGGAATCGATGTACGGCAGTCAAGA TATGTTAAACGATACGCCCGACTCCGCCCGTAACCCGCCCTCTCAACAAC AACAATCGTCGCCGAATAAAGTAAACACGACACCACGTGCCAACGCCGCA CGACATGTCGAAGAAATGACAAGTGATATGGGTTCCGACACACCCATCAT GCTGTGAAAAGGTGCAATGGTAACAGTAATGGTTAGCTCTATTTGGAAAA TAGTGCTTTGAGGTTTCCTTTATTGTATAGGTTTTTGTACGGATTGAAGA AGATGAAATTTCTAAGAAAGCTTTGAGTTTCCAAACAGGTCGGATGTGGA AACTAAAACTTTTTGTTTTCTTCAAACTTTTTCATTACTTTGCATTTACG ATGTATGGGCCCCCAGCAGTTTGCGTGAATGNAATCTTAAAATTGATGTG AGATGCTTCTCTTAAACCTCAACTATCAGAAAAATGGTCAAAAAGTAGAG TTAATCGGTCCCTTAATTCCTACTCTTAACACCTACGCTCGTTTTATGAG GATAAATTTATAAGAACACGAGGCTGAAATTTGACCAAAACCTAAGAACA AATTAAGAACAACAACTTGAACTTTAGTCTTTAAATTGAAAATCACTGAT TTTTATGAACAATTAAGTGTACACTCTCCACGTACATCACACTCGTCTAT TAATTTCACATAGTGAAAATTTCTTAGTCGAAAAAATATGAAATTCTTTA ACCCTTAATTTCTTCATTTGATAAATAATTTAAAATAGTATAATTCTTAA CTTATTTTCTTCACTTTTAACGATGCTTAGAGTATATTTCTTTTACATTT CATCTTTTTGGTATTAAAAAAACACATTTTGATGGAAACACCGAGGTCTC TGTTTAAAGGTAGTGAAACTAAGAAAACGGGCTTAAAAGTTTAGGGGTTT GAAGTCAAGTTGAGCGTAAAATTTGCTGATAAGTGGTTTTTTAAGAATTG TTTGTACTTATATCCTCATTTCTTTTAATTTCAAACTTTCAAACTAATTA CCTAAATATTAAAGCTCTAAACTTTTTAAGGCTGGAGAAGAACCCTTTTG TAAGCGTTGGTATATCAGTTTGTTTGTTTAATTTATCTCTCACTCTTTTT TATCATGTCATGTTCTTATCTTTGCAGCAAAGAATTGCTTGTGTTTGAAT GGAGGTGTTTGCGTTGCCAATAACAACACGACAACAACGACGTCCGAAAT GCAATGCGCATGTCTGGACGGTTACACTGGAAAGTTTTGCGAGACGGAAA TCAACCATTGTGAAAGTGCACCCTGTTTGAATGGCGGAGTGTGCTTCAAT AATGTCAATGGTTTTTCTTGCGCATGTGCAGAAGGGTTTGGCGGTAAGTC AGCCTTGTATCTAATGTATTGTAAGTTTTCTGGCTTTGACAATATTGATT CTAGAATTCTTTCCGATCAATAACTTATGCATATGATGATACCCAAAATT ATATCATTAGCCATTGACTTGAGATTTTTAACCACTTTTCGATGGATACG TTCTTAACCTCTCTTAAAACCAACACTAACTCACATTAACAGTGGCAATA TGTCAAAGTAATGAGGGAGTTCTTGTTGGGAAATTTGCGACATTCTATGT TTTGAAAAAAGTAACTTTAAATCCTTGGTTTATTCTCTCTTACCTCGAAG AATTGAGTTTCCAAATCTTTGAAATTTTAATTTCAGGGAAAAAATGTTCG ACTGATCTTCAAGAACGTTGCAAAGAAATGTGTGTCCACGGTCTGTGTGA AAAAGGTGCTTGTGAGTGTCACCAAGGGTGGAGTGGCCTCACTTGCCAGG ATGAATCATGCCCTTCTGAATGTAATCAGCAATTCAGCGAGTGTAACCAG GCATGTAATATACCACAATGTCAGTTTGACCACTATCGATGCACCCTAGG AATTGACCCTTTCAAAGGCTGTCGTAAAACGTCTTGCCGTCAAGCTACGG GCGACGGACGTTGTGATGTTGAATGTAATATTGCGGAATGTCTTTTTGAT GGTGGAGATTGTCGTAACAGAAGCACGTGTGATTTGGAGGAAAAGTGTTC GATTCAATATGGTAACCAGAGATGTGATAAGGAATGTGACAATGCTGGAT GTGGGTACGATGCGTTGGAATGTCGTTCGAACGTCACTAAGAATCTGGTG AGTTGTCGAACAACAAGCAAAGAAAAATTCATTCTTAGTTTCGAATATTT GTCAAAAATATATTTCCGCTTTACAGTCGACTCTCTCTAATTCGACTTTC AAGGGGAATTAGATTTCATCGAATAAGGGAGCGTCTCGAAAAGTAGAGTG TCGTTTATGAGACTTTTTTGTTGATGGTGATTTTCAATATTATCGAATAG TAGAAAGTCGAATTAGAGAGCGTAAATTGTGTGTGCCGTAGGGTCTGAAT AAATATTTTTACCTTATTTTTACCTTTATCTTATTTTAAGCCGACAATTT GTTTTCGTAGCTGTCGCGCAAATTTGAAATGAAATTTGAAATGAATTATA AAATTTCTGTTCCAGCTTCCTGGTAAACTTGTTCTTGACATCTCCTCCAA TCAGAATCAAACCATTGAAGAAATTTCCATCGAAAGATCGCTGAGCATCC TGTTAAATTCGCGCGTGAACGTCGTGGAGATCCGAAGAGGAGGAGAAGAA ACGGTGAATCGGCGAAAACGAAATGTCAAGAGCTCCGATCGTCAAAGGTT TACTCATCTTCCTTTTTTTTCTTCTAGTATATTTTGCTAACGATACCTTC CTGTTCCCAGCGTGTTTTCTGCTTTCCAATGTATCTCCGGCGTCTATCAG CAACGTAAATAAAGCCAGAGATGTATAGGGATGTAGTTGACCTTCAATTA CTAAGTAAAAGACAAACGGCTTTTTTAGAATACCTTCAATGACATGAAAA AAGTAATATTTTACATACTTTTGACCTTTGGTCTGATTTGTAGACCTCTT TAGATATACTTTCTTTATTTCCTAAAATTATTCGTTATATGATGAGCAGA AGCCTATTTTATATTCGGTTTATCTATATTCGGCTTTTTCTGAAAACAGG TCTTTACTAAACTCTATCATAATTTCGCATGTTTAAGATCAATTTCTAAC GATTGAAGTTGGGCTATTCAAATGATATACTTGGCATAAAAGACCACCTT AGCAGGCAGTCTATAAAGCATTAAACTAGAGCTTAATTAATTAGCTAATT TTGTTAACATTGCCAATTTTCAGACCCCGTAATTAATCCACAAATTCTCT TTGTTTTCGAAACCTGTTACTACAGATATGTAAACAACAAATCCAGGCCA TCAATAGTTAATTCAACATAACCCTAAAGTCTTGCTTGCTATTTTTTCAA TTTCAAAGTAAAACTTCAATTTTAACATATCATATACCGTTGAAAAGATA TCGAAGCATTGTTTGGGAAATGTCAAGCAAAACAAGACTTGGCCTTACCA AAAGAAACTTGGCCTTACCAACCTAGCCCTGAAACTGAGTATGAACAGGG AAAGCAGCCAAAAATACCTGAAAAGAGGCGTTTTCGGCTTTACTTGGAAT TAAAATGTGTACCAATGGTATTTGAATACCAAATTTGAGGTATTTTTGAC ATAAAATGAGACAAAAAGCCAAGATTTTTGAAGTTGCTGGGCATATTTGG CTCAAAATCCATACTGTAAGCAACTTTTTGGGTGAAATCCGGAAAGTCTT TAGTAACTCTAGCCCTGAGCCAAAAATTGGGGTTGCTTATAAAAAAAATT ACATGCGATGGAACCTTTCGCGATAGCGTTAGAAAATATAGTGCTAGGAG TGGCTACACGCTTTTTTTTATAAGAATACACTTTATAAGAATGTCCATGA TGAATATGGCCAAAAAATTAGGAATATGGTAAGAATATCACCATCATGGA ATTTAGCAATTGAACCTAAGAATGCCATTTTAATGCATTTTAACCTGTAG ATTGCCAATTTCGATCTTAACCTAAGAATACCATAAGAATATTTTTGGAT AATTTTCGCCAAAAAGTTAAGAATATCCATGATGAAATGAAAAAACATCA TTCTTATTTAAAAAAAAAGCGTGTATGTTTCCACCAGTGTGATATATCAA AATTTGAAGCTCAAAGAGCCGTAAGGCGTGGTTTCCACCAAATATTGTAG TGTAGTGTGTATAGATTCAAAGACACAAATAAAACAAAATATTTTTCTCG AAATGTTGGAGGCATTAGCGGCTTTCTTTGAGGATAAGTTTTGTACCCAT ATCCATCGCACTGTGCGATGGAAGCTATTGCACAGCATTTTTTGAGCTAA GAAAATCATCGCTATCGCAGTGTAGTTTCCATTGCTATCGCACAGCCCAA CCGCACAGTGCGATAGTAGGTGGAAACCGCACAGTGCGATAGTAGGTGGA AACCACGCCTTAAAGCAAATGGACTTTAGGTACCTAAATTTCTTCAAGTG AGCATGAGGGAAATTTTGAATTCAATTTTAAATGATTTTCGTTTTGGATA AAGTGATTGAGGAGTGGTTTAGCCTATTCTGTACCATAGAATGTACCTTA TCGGGAAAACTTCGTCGGGGGAAATTTTCATCGGGGAAAAATATTCGTCA CTTGGCCAGAATTTCGTCACTTTTCCCCGACGAAGTTTTCCCCGATAAGG TATCTCACATATAACGGTAAGGAATTTTCGTCTGTTTACAAATGTAATGT AATGGTCACAAAGGGTACCGATATCATTCGTAAACAAGTGAATAATAGAA AGATAACAGGAACAACCTTTACCTCTTTGAAGACATTTAACTTCCCGCTT CTCCGCCCACCTTACTTTATTTTTTCTTTTCTTGCTTTTCGTTGTAGGGA AATTAATTCACTAAAATTTTGTAACCGTTTGCGGATCAGAAGTGAGCGAA AAAGTTAGATAATGCGATGCTGAAAGTAATCTAAAAATGGCGGTCTGGGG ACTTGGAAAGGGTTTCACCACCAGAAGATCACCTTCCAAAACGTGTTTTG CAAGGAAGAGTACTCTCACTACCATTCCCGCTATTTTATAAAAACCCGGT CTGTAAGGCTTCTGTTTCTTTCTATGGTTTTAAGAGTTTAAGCTTTAGTT TTAAGTTTCTTCATACAAAAAAGTACGGAAGTGGGTGATAAATATTTTAC ATTACAAGGCTGGGGCTATTTATAATAGTGCCGTAGGATGCATTTTGATA TTAGGGGGGTTAAAGTTTAGTGAAAAAATATTTGGTACCTCAATACACTA AAAAAGCAACAATTGATTAAAAAAGGACATAAAAGAGTCTATAAATGACA ACATAGGGAAAACTTGGGAAAAAGGATCCCAGTAGCTACGACACCTTATA ATGACTATATTGATTATATTTTAAATAAAGTATTTGAAAATGTCAAGCAA AAGATTGATGAAGCGAGAACTTACCAAAAAGTTTTTGTCTAAAATTCATT GGACGCTAATCAGCAAAAATCTTATTGGCCGCAATATTGAAGTGACCCCT CATTTGAAAGGTATTTTCATACTTATTCAAAAAAATAGTAAACATTTTGG CTTAGGAATTGAAGAAAGGCTATAAAAAGTCTTTAAAATTAATTAAAGGA TTAGTCTTTGTGGCATGCCATACTTCAAGAGAAAGGGAGAAGGAATATAA ACTTTCGGTATTGCTAAATATCGAAATATCAAACCGACTGATGTTCTCTT CTCATGGTTTTTTACTGAAGGTTTCGCAAGATTTGGCATGATATTCTTAA TTCTACTTGCCAAGATTTTTGATATCAAAAATAACTAAGTTCAGCGAAAC CTTTTGTTCCTCAAAGATTGATAAAAAGGTACTTAGGCAGGAGTTTATGG AGAAAGCTTTGGATTTTTTTACGAGCTGAAAAACGATTGGTTATGACCTA AAACAGAGAAAAAGTTAGAAGGTTGTAAAGTGTATATTTTTCAGCAAATA GAAAATTGCGTAATTCAGTCAGTGAGACAACATTAGTAGAACTTATTAAT TAGTTTAATTGTAGCGTGAAAATGAGCTAATTATAGATCGTCTTCGAAGG TAGGTTCACTTGTCTGAACAGAAAGTCTTTCAACCCTGCAAAGATAAGAA TATTCATCTGCTTATCAATTTTTGATCGTTGCTGCTTTTGAGTCATACTG CGCATGCGTCTTGAGCATAGATAGATAAGAGAAATAAACGTCTAGATACC TGCAACTGTTTCTTTTCGTCTTGATCAACAAGATGCTTGGAAGGTGGTTC GAAAACTTTTCCTGAAAAAATATTTTACAACGAAAAAGTTGCGTTTGCAA ATTGTGGTTGAAGGAAAAAAAGTTTACTTTTTCACATTGAAGATAGTGAA ATACCTTTTTAATATAACTTATAAATCGGAATCCGAATGGCTTCGGAGAC ATACTAACGTCTGTTCGCTAATTTCACGGACTTGGTGTTTCTAGGTGGTG GCTATTTCCCCTTAAATACGACTTAAAGAGCTTGAATTTTGCATTTCGCG AAGAAAAAAAACTTGATTTGGACTTTTCCAAATATCTTGCACCAAAATGT TTCAACTTTCGGCCTATCAGAATTTTTCTTGGGGTTGACTCTCTCGCGAA GTTTCTGCAAATTGGGTGATCAAGACCTTGCTTACAATGTCATTCCGTTA GATAAATGCAAAAACTCCTTTGCGACCAACAGAAAATAGTTATAGAACGC AGGGCCAATAGAATAGTTGGCCAATAGAAACTCTGGAAATTACCGGAAAT TTTAGCATAGTCATAACAGCGAGTCAATTTAGTTTAATTTATAATAATTT TACATGCAGTTTTCCTATTGAAAATCTGATGACCCGCATTGATAATAGTG ACGATATCAGAGTACCACTTTTAAAAAAAGTATTTGGTTGCTTAACTGAC CGACTGTTCTATTGCCGACTTTCTACTAGTCTAGCAAGCTAGACGACTAA TCTATACATAGTAGAAATAAAGCAAAAAGTAATGAATGGAAGAATTTTAG TCGTCTAGAAACCTTTGTGCACTAACTCCAAACAAAAGAAAAGTGTCAAT ATTTGCGATTATAATTTTTTCATGCTCAAAATAATTCTTGAGAAAAAAAA TTTGTGTGGATTTGTGTATTGAAAGTTTTTCATTTGAGTTGATTTCGTTT TGAGAGTTTGTTGTTGCTTGATAAATTGTTTTCTCGCTACGCAAGTTTCT GCGTAGCTAGCCCCTGTATCTATAAGGCTGGAACACCGGATTCTTCCAGT CGTTTATACAAATTAAATCCCGTATTATTATTATTAGTATTGGTATTATT AGTATTACATGCATTATAAACGACTCCAGTCTAACTTTCTACCTTCCCTT CTCAAAAATGGAAGATATCCGTATATTTTCGATATCCGTTTCGAACCTTT TTCGAAAGTTTTTTTAGTTTTGCGTTACTTTTTTTGGAGCTACTTTTTCT TTTTGTAGAGTAGTAGCGTAGGCATCAACTGAAATTTTCTACGAACTCGT CATTAGAATAATCTTATTTTTTGGTATTTTAGTGTTTCACTAAGAACGAC ATTAGACAACGGAGGCTGTATGCGCGATTGCTTCCACACTGTGAACCAGG TAAGCTAATCTTTTTTGCTTGCTTTCTACAAAATAATTTCTTCATTTTGC AACCATACATAGCTCAGTCAATAGAACATTCATCTTACATTTCATGGGTT GTGAGTTTGAGCCCCAGTCACCACCAACTCAGTGAATGATTAGCTTAGAT GGGGCAATCTGATCAAGGTGGTGAGTTACTGGGAGCAGAGTGCAGTTGTT GCTTCAGCATTTGTTCTCCCACGTCTAGCGCAAATAGGTTAACCAGTTAA GCTAATTTTTTTCGCTTGCTTTTTTACAAAATAATTTTCGCTTATGTCAG CAACCCTTATCACGCCATCACGTATTTCGAGAATCGACAAAATTTGTCAT CCCGTAAAAAATAGCCTAAAGATTATGTTTTACGTTAACTTTAATGGGTT TCGGAAAAAATATTTACAGTAAGGTAAGAGAGATTAAGAGAGATTAAATC TCCGCCTTTCCTTCTTCGTGACGCAAAGTTGTATTATTTTTCTTCTTCTC TCTCCATATTAAGTGAAGATAGGAATGAGACTGTTACACGCTCTTTCTAT AAGAATAATTTTATAAGAACATGAGTCTCATCCTAAATAAATAAATTTAA ATTTATTTTGTAAAATTCGAATTTGGAAGTTAAAGCCAATTTTAGATAAC AAAAGATTCTTCAGCTCAGCCCCCTTAAAATAACATGGAGGCCGTTAAGA CAAAATCCAGCATCAAGCTCTTCAACGATTTGTTGTGGTTTTCAAATATT CTTGCTCTTTTCTCAATTTTCTTCTTTATTTATAAATAACCCAGGTAGTA TTTTCTTGGTCATAAAATCAAAGGGTCAGATTGTCTTGTTCTTCTAAAAA CTTTCCCGCCTCAGGCTACTGTTGGTTGGCGGCTAGTTTAATAACAAGAG TCTTCGTAATGATAAATTTCTTCTTCCCTCCGAACAGGCGGCCAGATACA TCGCTTTCAAGGCCAGTAAACAACAACTTGATCATTTACCTTTCAAAGTA CGATCGGTTGCAGTAGAAAAAGACAGCGCGCAGAAGGAGGATGACGTCAT CAATAAATATTTATGGCTTTTCACACTTTTTGTGATTGCTATTGTCTTGA TGTTTGGGATTTGGTATCAGAGAAGGCAGAAAGGAACCTCACTCTGGGTA CCTCCTACCCTCACTGAGCTCGCCAACTCACCCCGTAACGAAACATCGAG TGCTGTACCAAGGAAAATGTGTAAAGAAATCAGGTAATGTAACAACTTGT CGTTTAATAATTTTACCCTCTCAAAATACCATCGAGTTTTTTATTTCCCT ATTTTAATACGTCATTAGTTTATGTAATTTGGCTTAACAGTCAGTCAAGT TTTTATTGAAAGGTCTTACGTGGTTGGAAAAAGAAACATTGCAATATTTT CACTAGACTGTCATCTAGTTAGAAATTTTTTTTTTGCAACCATGCACATG CGAACGGTGTGGCCGGGTAGCTCAGTCGGTAGAGCATTCACCTTACAGTC CAAGGGTTGTGGGTTCGATCCCCAGTCACCGCCAACTCAGCAAATGATGA GTAGCTTAATAGTTAAGATACTAGGAGCTTGGCGCTCTACTTCTCCCACT TGCTCAAGTAGAAAAGAGGATAGACTTTCTCACTGCCGGCCCCGCCGACA GCCACCAGATGAATATACTTAATATACTTACACGTGAACTGTAACAATGA GATGAGAAGTAAGGAATAACATCCTGAATATGGTGCCGATTCCAAACGCA ATACCTTCATGAACACACACGGCTCTCGCTGCTCAAGCCGGATGAAGATA TGATAGTGTAGTTTCCCGTAAATCACCGATTAAGCGCCTGGTACATGTTT TGGTGAATATTACTCCTTCGTAGCCTTCCTACCCTCGCATCACTCCCTGT CTAGAACGTATGATTGCTGACTGGGTTCTCGGGGGTATTGCAGACCTTAA ACCCCGAATAAAGTTAAATCAAATTTTACTCCTACAATTTCTCATACAGG CCGTCTCACATGCCAATTCTCCACAGCGACGATGAAGACCTGGAAAAAGA AAGTTGCCTACCATCATCGAGGTGTCTAATCAATTCTTCTTCAGAAATTG TCTCGCTTATTCAACATCTACTACAGAATCTCAAGGGTTCATTTTATGAT CAAAATGTACATCATTGTACTGTCTGGTCTTTAATGAGCAATTCAATTTT ATATCCATATAAATGGTTGGGCAAACATTTCCAGGGGGTATCTCAAGAAG AATTTCCAGGGGGTCTAAAGGGGTGTTTTTTTTTAATTTTCATGAGAGTA AAAGACTGATTTTAGTTCGTGTAGCTTTTCTATAAGGCATGAAAAGAATT TTTCCAAGGGTTTTGTGCAAATTTTACCATTTTCCAGGGACCCTCCACAC ATTTCCAGAAATCTTTTCGACTCGAAAAGGTTCGCCCAATGATATTTTAG TTTCCAAATAGCGTTGGTGTAAACTCTACAATACAATTCTTTTGATAATG ACAATCTGGTTACAGTATTGATTTGGAGTTTTCTTTAAGTTTAGATTCTG TTCATTTATAATTTCTGTTTTTTTTTTCTACTAGTGCCAACGAGGATGAA GGGACAGACTGCGACCATAAAGAAAAGGTAATTTTCAAAATAAAGCCTCC GAAAGTACACTCTCTCTCTTTATACTCAATTCTTTGCACTGTTTCAACAA AATATGATTATAATGATTTTTGCCTCGTTTATTTTTTTTCGTGAAATGAT ACAAAAAATAGGCACTGCAATCATTCTATAAACAAAAGCCTTTTAATGTT ATAAAAACTCCGGAATTACACAGAATTTGCCGCCCGTGTCTACGTTCTGG AAATTATATCTTAAAAATCAAATTTTTCGCACTTTCTTTTTTCAGATAAT AAAAGATAATCCATATATTCTACATTTTGCTATACACTATGGCTTCATGG ATCTCTTCAAAGAGCAGCTAGATGACCTGAAGAATATCAATCTTCAAGAT CACAATGGGCGGACACCACTTCATGTAGCGATCGCTTTACAACGTCATGA AATGTTCGAAGAATTAATAGCAGTAAAAGGAATCGACCTCAATATAAGGG ATGGGAACGGAGAAACACCTCTCATGGAAGCTTGCAATGCTTATTCCACA GGTTGGGAATTATTTTATGGTAGATCTTCATTCTGAACTTCAGTTGAGCT ATATAATCAAACAATGAGTGTCTGTGTGTCACAAAAACTTTAGGGTAGCC TGGAGACCTCAAAAATGGTCGGTTTTGGCTGAAATTCGGCACCATTGTTC CTTGGGTGAATATGTGGCGGTAATTTTTTCAAGTTTCAAAAATTTTGATT TTTGGGACCTAGGGACGAGTTTTTCGCCAAAACGAGGCTTAAACTTTGAA GCAGCCTGGAGACTTAATAAATGGTCGGATTTGGCTGAAATTTGGCACAC TTGTTTCTTAGTATTTGAGCATCTACAATTGGGCCTTTATGACGTGTGTT TTGTTTTTTATTTTTGCTCTCATATTCTTTTAACGCCCCAGCTGACAATT AGGCTAGGCTAGACTTACCTCTTTTCTCTGTCCTATTCCAACAATACATT GCTTACAAAGTTGACACATAAAACACATTGACAGAAGTATTCCCCATGCA ATGTTTGTATCGAATCTACCATAAAAACGAAAGTGGTCTCTTCTTCTCAG TGGCTTCTGTTAGTCGCTTCATCGAAAAGGCTTTTTAAGATTTCAACCAA TGATTTCAATGATCTATCCCTGGACATTTCGATTTTTTATCCCCTGAACA CGCGTTTTACCCGGAAACAAGCATCAAATCGACCCTCTGGACAAAATTTA CCACATGGACATGGCAGTTTTTTATGATTCTTCAATACCACTGGACAATA TATCCTCAACCCCCTATGAACGGTTCTTTTCTGGAAGAGCACAATTGTAC CTTGGAAACGAAAACGTTGAAAATGTTTCATGATGTTTTTTTTAATTTCC GAATTTCAGACCAGGTGCAAAAGCTGTTGAAAGCTGGAAGCAAAGCAACT TTGACTAATCGGCAAGGGAAAACGGCATTGCATGTTTCGGCACAAATTGA TAACTACCAAGCAGTCAGATTGTTAGTGGAAGTCAACTCGAATGTTAACA AACAAGATTCAATGGTAAGGCTGATAAGATTTTTAGATCTCTGGTTTTTA TTTTGGGTCTTTGTTGATTGGTGGTGTTTGCAATGTGTGTCAACTGAGAA GTAGTTCTTCATTCAACTATCAGTATCACCAAGCAAGAGAAACAAAATAA ACATGACAATGACAATATTCAGTGAGATTCTCGTGATTTCATTGGCTAAA AGATATCACGTACTCAAGAGTCTAAATATGGTTTTTAGTGATCCCTGTAT ATTCTGTATCCCAACTCAAAAGATCATCCATTATATTTTGCAACCAATCT TGAGCTCATTATATCTTATTAAGCTGGCATCTTTTCCACGTGTTAGCAAA AAGGTACGAATACCTAAAGGGCGAATAGACTTTAATTTAATTTAATTTTT AGGGACGAACACCTTTACATTTGGCCATCCTTGAAGATTCAGAGCAGTCC ACCATCATTCTCCTTCAGAGTGGTTCTAATACGTCGATCAGAGATACGGA CGGACTAACGCCTCTTGCGTTATGTCAAATATCGAAGAATGAGAGATTGG AAATATTACTTCGCGATCATGAAGAGAAAAAGGGTTCTGATGATGATTTA TTGCCGCGTCAGCAGAAAGTTAAGAAAAAGGTCGAATCGCATATGACGAA AAAAGACACAAAGCCGAAAAAGAAAGATCGCAATCAGCGAACTGTGGACA AACGAGCAAGACTCTCCCGTAAACGTAAAAAGCTTGATAGTGTTTGCTCT TCAAGTACACTTAATGATAGTCTGTGTAGCCTTTCACCTGAGATTAAGCT ACCTTTTTGCGAGAGTGCACACCAAGAGACGAGGAAACGACAGTGGAGTG AAACACATTCAAATATAACGCATGGTTACACATCAGATGAATGTTCACCA TATAAAGAGATGAATGGAAACAAACTTTTACGAAACCATGACAACAAGTC TGAAAACAACTCGTCGAGTCAGGAACCCAAAAAAATGACAAAAAAATGTA AAATTAACACAAAGCGGAAACAATTTCCGAGTGTTGATTGTTCTACGGAT GGTTTGGAGAGCCCGACGAATCGCTTTGATTTTGGTTTCAATCTTTCTTC AATGATGAATAAATCTTTGATTGATAATGATAGAATGTTTGAAGATGATG TCTTTGTTGGCAGCAATGTCCTTCACCAAGCGTTGACCTGTTTGATTGAC CCTTTACCAACATTAACGACATCCTCATGGTCGACTGATGCACATAGCCC CATTTCTGACACTTCCTTTTGAGCATTTTTGGAAATAAGAAAATGACATC TCTGATGGTATATTCTTGTTTTACTCACGAAGATCATCACTTGATCATTG ACTAATATGACTACAAGATGTTCTTAAGAAGAAAATCATTTTCATATGCT CCTGCATTCATTCAATCAGTGAGATTTTAATTTGGATGTTAATCCTCCTA TTTCTGGCTTAAGGGCTCATAGTGAAAAAGCAATTTCAGAATTTGAAGAT AAAACCTTATGTTTTCGCTTCTTTGACATGTTTAAGAAAACACAAAAAAG CCTAATCTCCTTGGGCAAATCATTTTATTGTTTCAAACTTTTTTTAAGTT AATGAGAAATAATTTCTTTATTTAGATTTTTCCGGAAAAATTTTCTATTT GGCTACATCCCAAGTTATAGCTGTTTTCGTATGGAAATTTAGTGGAGAAA ATTGCCAAAAATGAGTTTTTTTGGAGATTTTAAAGGAAAGATACTTCCAC AAAAAATTTCCGAAATTGTATTTTTAGATACTAAATAGATACATCACCTG AACCAAAAATAATTCCAAAATGTTTGATTTTTACCGAGATTAGGGCTTTG AAAGGTG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_042096XLOC_042096Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00067391-exon-scaffold_469-1575043694:286442..286501TCONS_00067391-exon-scaffold_469-1575043694:286442..286501Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:281859..282074TCONS_00067391-exon-scaffold_469-1575043694:281859..282074Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:281055..281515TCONS_00067391-exon-scaffold_469-1575043694:281055..281515Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:280505..280686TCONS_00067391-exon-scaffold_469-1575043694:280505..280686Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:275603..275669TCONS_00067391-exon-scaffold_469-1575043694:275603..275669Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:274369..274664TCONS_00067391-exon-scaffold_469-1575043694:274369..274664Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:273531..273602TCONS_00067391-exon-scaffold_469-1575043694:273531..273602Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:272975..273017TCONS_00067391-exon-scaffold_469-1575043694:272975..273017Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:272451..272706TCONS_00067391-exon-scaffold_469-1575043694:272451..272706Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:271438..271592TCONS_00067391-exon-scaffold_469-1575043694:271438..271592Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1575043694:269595..271049TCONS_00067391-exon-scaffold_469-1575043694:269595..271049Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:286442..286501TCONS_00067391-exon-scaffold_469-1510915933:286442..286501Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:281859..282074TCONS_00067391-exon-scaffold_469-1510915933:281859..282074Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:281055..281515TCONS_00067391-exon-scaffold_469-1510915933:281055..281515Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:280505..280686TCONS_00067391-exon-scaffold_469-1510915933:280505..280686Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:275603..275669TCONS_00067391-exon-scaffold_469-1510915933:275603..275669Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:274369..274664TCONS_00067391-exon-scaffold_469-1510915933:274369..274664Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:273531..273602TCONS_00067391-exon-scaffold_469-1510915933:273531..273602Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:272975..273017TCONS_00067391-exon-scaffold_469-1510915933:272975..273017Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:272451..272706TCONS_00067391-exon-scaffold_469-1510915933:272451..272706Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:271438..271592TCONS_00067391-exon-scaffold_469-1510915933:271438..271592Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1510915933:269595..271049TCONS_00067391-exon-scaffold_469-1510915933:269595..271049Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:286442..286501TCONS_00067391-exon-scaffold_469-1491911889:286442..286501Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:281859..282074TCONS_00067391-exon-scaffold_469-1491911889:281859..282074Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:281055..281515TCONS_00067391-exon-scaffold_469-1491911889:281055..281515Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:280505..280686TCONS_00067391-exon-scaffold_469-1491911889:280505..280686Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:275603..275669TCONS_00067391-exon-scaffold_469-1491911889:275603..275669Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:274369..274664TCONS_00067391-exon-scaffold_469-1491911889:274369..274664Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:273531..273602TCONS_00067391-exon-scaffold_469-1491911889:273531..273602Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:272975..273017TCONS_00067391-exon-scaffold_469-1491911889:272975..273017Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:272451..272706TCONS_00067391-exon-scaffold_469-1491911889:272451..272706Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:271438..271592TCONS_00067391-exon-scaffold_469-1491911889:271438..271592Clytia hemisphaericaexon
TCONS_00067391-exon-scaffold_469-1491911889:269595..271049TCONS_00067391-exon-scaffold_469-1491911889:269595..271049Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_469supercontigscaffold_469:269595..286501 -
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
0.200443 0.167571 0.122414 0.0842293 0.358933 0.179368 0.322921 0.339466 0 0.27469 0.326607 0.0645856 0.135882 0.461886 0 0 0.0596348 0.302125 0.0847667 0.0988804 0 0 0.013738 0.063431 0 0 0.186023 0.135688 0.148331 0.147735
Blast
BLAST of TCONS_00067391 vs. Swiss-Prot (Human)
Match: NOTC2 (Neurogenic locus notch homolog protein 2 OS=Homo sapiens GN=NOTCH2 PE=1 SV=3)

HSP 1 Score: 145.976 bits (367), Expect = 4.257e-35
Identity = 172/691 (24.89%), Postives = 294/691 (42.55%), Query Frame = 3
Query:  138 CACLDGYTGKFCETEINHCESAPCLXXXXXXXXXXXXS---CACAEGFGGKKCSTDL-QERCK--EMCVHGL------------CEKG---------------------ACECHQGWSGLTCQ-----DESCPSECNQQFSE-------CNQACNIPQCQFDHYRCTLGID-PFKGCRKTSCRQATGDGRCDVECNIAECLFDGGDCR-NRSTCDLEEKCSIQYGNQRCDKECDNAGCGYDALECRSNVTKNLLPGKLVLDISSNQNQTXXXXXXXXXXXXX---------XNSRVNVVEIRRGGEETVNRRK-----RNVKSSDRQSVS---LRTTLDNGGCMRDCFHTVNQAARYIAFKASKQQLDHLPFKVRSVAVEKDSAQKEDDVINKYLWLFTLFVIAIVLMFG-IWYQRRQKGTSLWVPPTLT---ELANSPRNETSS--AVPRK-MCKEIRPSHMPILHSDDEDLEKESCLPSSSANEDEGTDCDHKEKIIKDNPYILHFAIHYGFMDLFKEQLDDLKNINLQDHNGRTPLHVAIALQRHEMFEELIAVKGIDLNIRDGNGETPLM---------------EACNAYSTDQVQKLLKAG-SKATLTNRQGKTALHVSAQIDNYQAVRLLVEVNSNVNKQDSMGRTPLHLAILEDSEQSTIILLQSG-SNTSIRDTDGLTPLAL 1928
            C C   +TG+ CET ++ C   PCLNGG C    N      C C  GF G +C +   Q +C+  E CVH              CE G                     +C+C   +SG  C+       + P+ C  Q+         C++ACN   CQ+D   C+L ++ P+  C          + +CD  CN  ECLFD  +C+ N  TC  ++ C+  + +  CD+ C++  CG+D L+C ++  +NL  G LV+ +     Q +++                    +S+  ++     GE++   +K     R++     Q V+   +   +DN  C++D  H         A  AS      L + + SV  E  + ++   +   YL    + +I  +++ G I  +R++K  SLW+P   T   + +N  R E     AV  K +  ++  +++    + +  ++ E   P     EDE    +  + I +                 + +Q  +  +I       RTP   ++AL   +  +E   V  +D+N+R  +G TPLM               E     S + +  L+  G S    T+R G+ ALH++A+     A + L++  ++ N QD+MGR PLH A+  D++    IL+++  ++   R  DG TPL L
Sbjct: 1290 CVCRSAFTGRHCETFVDVCPQMPCLNGGTCAVASNMPDGFICRCPPGFSGARCQSSCGQVKCRKGEQCVHTASGPRCFCPSPRDCESGCASSPCQHGGSCHPQRQPPYYSCQCAPPFSGSRCELYTAPPSTPPATCLSQYCADKARDGVCDEACNSHACQWDGGDCSLTMENPWANCSSPLPCWDYINNQCDELCNTVECLFDNFECQGNSKTCKYDKYCADHFKDNHCDQGCNSEECGWDGLDCAADQPENLAEGTLVIVVLMPPEQLLQDARSFLRALGTLLHTNLRIKRDSQGELMVYPYYGEKSAAMKKQRMTRRSLPGEQEQEVAGSKVFLEIDNRQCVQDSDHCFKNTDAAAALLASHAIQGTLSYPLVSVVSESLTPERTQLL---YLLAVAVVIILFIILLGVIMAKRKRKHGSLWLPEGFTLRRDASNHKRREPVGQDAVGLKNLSVQVSEANLIGTGTSEHWVDDEGPQPKKVKAEDEALLSEEDDPIDRRP---------------WTQQHLEAADIR------RTP---SLALTPPQAEQE---VDVLDVNVRGPDGCTPLMLASLRGGSSDLSDEDEDAEDSSANIITDLVYQGASLQAQTDRTGEMALHLAARYSRADAAKRLLDAGADANAQDNMGRCPLHAAVAADAQGVFQILIRNRVTDLDARMNDGTTPLIL 1950          

HSP 2 Score: 99.7525 bits (247), Expect = 6.501e-21
Identity = 57/160 (35.62%), Postives = 83/160 (51.88%), Query Frame = 3
Query: 1422 LHFAIHYGFMDLFKEQLDDLKNINLQDHNGRTPLHVAIALQRHEMFEELIAVKGIDLNIRDGNGETPLMEACNAYSTDQVQKLLKAGSKATLTNRQGKTALHVSAQIDNYQAVRLLVEVNSNVNKQDSMGRTPLHLAILEDSEQSTIILLQSGSNTSIRD 1901
            LH A  Y   D  K  LD   + N QD+ GR PLH A+A     +F+ LI  +  DL+ R  +G TPL+ A        V +L+   +     +  GK+ALH +A ++N +A  LL++  +N + QD+   TPL LA  E S ++  ILL   +N  I D
Sbjct: 1881 LHLAARYSRADAAKRLLDAGADANAQDNMGRCPLHAAVAADAQGVFQILIRNRVTDLDARMNDGTTPLILAARLAVEGMVAELINCQADVNAVDDHGKSALHWAAAVNNVEATLLLLKNGANRDMQDNKEETPLFLAAREGSYEAAKILLDHFANRDITD 2040          
The following BLAST results are available for this feature:
BLAST of TCONS_00067391 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
NOTC24.257e-3524.89Neurogenic locus notch homolog protein 2 OS=Homo s... [more]
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