TCONS_00068908 (transcript) - C. hemisphaerica

Overview
NameTCONS_00068908
Unique NameTCONS_00068908
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length8184

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00068908 ID=TCONS_00068908|Name=TCONS_00068908|organism=Clytia hemisphaerica|type=transcript|length=8184bp
aattaatatttttttttttgaggccGGATTGATTTCATTCTGGATTGTGT
TTATATGACTATATTAACCCGGTGAAAAAAATTCGTCAGTACAAAataaa
aacgttttgaaaactGACGCGGGTTTTTAAAGAAAGGCCGTTCGACTTTC
TGTGAAAGTGCAAAGAAAAGCACgccacttttttttttgaaaaaagtgtt
ggTGTTTTTCTGTGTGTGTTTGGAAAGAAATAGGCACATTTTTGGTAGAA
TTGTGAACTTGCAGTATCGGCGGTGTGTGTAACCACCTTTTTGGTTAATT
GCAGCGGGTATATCACCGTTAAACCCCTTGTTTCACAAAATGGCTATCAA
GGCGAGCATCTTTTTGGCTTTATGCTTACTGGTGACCGTTTATGCTCAAG
AAGCAGTGAAAGAAGGGACCTGCCCGGAAGCCAGCCGGACAGCAGAATGT
CCACCAGAAGAAACCATCAACAACGAATGTCTTTTTGATGAACAATGTCC
AGGCAAGACGAAATGTTGTTCTGACGGATGCGAATTAAAATGTACAGAAC
CAGTGGCagatgaaacaaaaacagaagTATGTGCTGTTCCTGTTGATCTT
GGTTTCATTATTGACGCATCTGGATCCATTGGTAGTGTGAATTTCCAAAA
GATCTTACAATTCGTCGCCAAGATTGTAGATGCTTTTGATATCCGACCAA
ATGGTACACATGTTGGTGTTATTTACTATTCCGATGATGCTaaattggct
tttaatttcaataaattcGAAGGAGATGCCTTGAATAGGGAAAATGTTGT
caatgaaattaataaaatcGTTGTGACTGAAGGACAAACTCGTATAGATT
TGGCTTTGAAGAAAGCTAAAGAGGAGTTGTTTACAGAGGCAGGTGGCATG
AGACCTGATAAACCAAAGATTGTCCTGGTCATGACAGATGGTCGCCAAAC
GAAAGGAGAGGACGCTCCTGACGCAGTTGATCTTCATATCGCGTCACGTC
CACTCAAAGATCTTGGTGTACAAATTTTCTCACTTGGTATAGGAAAGAAT
TATGATATTGGTGAATTGTTGGATATTGCATCTGATGATGCCAGTGTCTT
CAGATCATCAGATGTCGATGAGTTAGTCTCCATTGTAGCAAGTATCACTG
AACAGACGTGTAAAGGATGTACTCGACCAATTGATATTCACTTTGCTCTT
GATACTTCTGTCAACGTCGGTGAAGAGAATTTCAATATGATGGTGAACTT
TGTTAAAGCTGTTGGATACAAATTCGTTATATCAGAGACAGGTTCACATA
TGTCTGCCTCAGTCTTTGGTTCAGACGCAACGACTGTATTTACACTTGAT
AAAGCGACCACACAGAATGATTTCCTATTGGTTGCAGATGATATCCCGTA
TTTAGGAGATACTGAAGCTAATATAGATTTAGCTTTAAGAATGGTTGCCA
GTGATGTTTTCACTTTAGATGGATACGCCAGACAAAAGGTTCCAAAAGTT
TTGGTCATGTTAACGGCTAGTGATTGTAGTACGTGTTTGGAACCATTATC
AGATGCTGTGGAAGAACTTAAAGAGAATGGTGTTCAAATTATAACAATCC
CTATTGGTGAAAAAGCAAGTCTAGCTGACATGGATGCTATATCTTCATTA
CCATTAAATCGATATGTCAATCCACAAAACTCATATTCAGAATTGATTAA
TggtatttttattcaaaagatttCGAGTATGATTTGTTCTGGTAAACCTG
GTATCTGTGAGGAGCCACCAATCCCAGAGAGCTGTGGCAATATTGTGTAT
AACTGTGATGTCGATGTCGATTGTCCAAACGAACGTAAATGCTGCTTGAA
GAATTGCGAACAGACTTGTGAACAACCCGTTACAGCTTGTATTACAGCAA
TCGATTTGGCGTTTGCTTTTGAAACGACATCCTCAGGTGATAACAACTTT
ATTGACATGAAGAAACTCGCTGAACAACTTGTTGACAATTTCAAAGTCAG
TGCAGCCTCTACACATATCAGTTTATCAACATTTAGCGACACTCCAGGCT
ATATTGCACCCTTCAATGCATTCAAATCTGCCGATGAGGTCAAAGCCAAA
ATTGCTGGTCTCAAATCGGATGGAGGCTCAGTCAGTAATATGGGAAATTT
CTTGGAATATGCTAACAAAGAGATGTTTAAGGTCAGCTTTGGTGTTCGAC
AAGCTCAACCACGTGTCTTGGTTATCTTCACAAGTGGCAACATACCAACT
GCTCAAGAAAGTAGGGCTATCGAGGCAGCTAAATCGTTAAAGAAAGCTGG
TAAAGATGTCTCGATTATGATTGTTAATGTTGGTGGAGCGAGTCAATTAT
CAACATTGAATGAGATCGCATCTGAACCAAATGAAGCTAAAGTGATCAGT
GTTTCTGATTCACGCGATCTGTTGAACTTGGAAACAAAACAGAGAATCGC
TGAAGAAATTTGTTCAGCAAAGACAAGACGAAGAGAATGTAAAGAACAAT
TTTCAGCAGTTTGTGGTGTATTCGATAACTTGTGTCAATCTGATCTAGAT
TGTCCAGGTTTCCAAGAGTGTGTCAGTGATGGTTGTAGAAAGTCTTGCCA
ATACTGTGGAAAACGGTGTGAAGATAAAATCGACCTTCTCGTTATGCTTG
ATGACTCATCCAAAACTGGTGAAAAAggattcaaaaaatcaaaagaattc
gTCAAATTATTCATGGAATGGTTCAACGTAGCACAAGATGGTACCCATGT
TTCTGTCATGACATACAGTGATAAAGCCAGACTCCAAATGGAATTGCCAA
AACCAGGATCAAGCGATCCAGTACAAACGATTACAGATTTATCAACCAAA
GTTGATGGGTTGACATACTCTGGTGGATCTTCTTCAAACCTTGATATTGC
TTTGGGAACAGCAGCAGCTCAAGTATTCCCACCAGGAGTACCAAGCGGAC
GGCCTGATGCCAAAAAGGTAGTCATTGTTGTGACGGACGGTAATGTCGAT
AAATCAAAACGTCTCGACGTCGCTTCGTGGCCATTACGTAGACAAAACGT
AACAGTTGACGGTAAACTATACAGTGGAATCCGTATAATGGCTGTCTCAG
TCGGAGATAAAATCAATTTGGATGATTTATCACAAGTTATTACACcacct
attgataaaaatgttttccttGCTGCTAATTATGATGACATGTATAATGC
AATGAGACAGCTGGCTGAAGATTCTTGCGAATATGCTTCagCTGTTGTTG
AACCTCCAATCATCTACGAACCAGGAGATCCAGGACCACCAGGGCCTGAT
GGAGAAAAGgGAGACCAAGGTATGGACGGAATGAAAGGAGCACAAGGTGT
TGTAGGACCAAAAGGTGAACCTGGAATGAAAGGACTCAAAGGAGAAGATG
GAGATCGAGGACCACCAGGAGGTGTTGGTGAGGGCTCAAGCACCAAAGGA
CCTGATCCTGAAGGCGAATCTGTTGGAGCTTCCATTGAAGGTACTCCATT
CCCAGGACCTGGAGGTATCATCTATGATCTTCGAGAAGGTCCACAAGGAC
CACCAGGACAAGCTGGTATCGTTGGTGGTACTGGTCCAGCTGGAGACAAT
GGACCACGTGGTAAAGATGGCCGCAAAGGGTCACGTGGATCACGTGGATT
CTTTGGTTTACCAGGACCTAAAGGAGAACCAGGAAAAAACGGAAACCCTG
GAGACAAAGGAGACTCTGGAGCTGCTGGAGAACCTGGACAGCAGGGACCA
ACTGGTACACAAGGTCGACGTGGTCTTCAAGGACCTTTCGGTTTCAAAGG
AGAAGCTGGCTTAGCTGGAGCTTCAGGAGAACCTGGAGAAGCTGGTCGCA
CTGGAGCTAAGGGTTACCCAGGAGAGAAAGGAGACCAAGGAGCCGTTGGA
GAGACAGGTTTCCCAGGACCTGAAGGACCCGAGGGACCAGAAGGGCCACC
AGGACAACGTGGCTTGAGAGGTCAAGACGGTAAACGTGGAGCAGCTGGTG
ATGCTGGACCAATCGGTTTGAAAGGACCCACTGGACCACGCGGACAAGCC
GGAGCTAAAGGACAACAAGGAATGCAAGGAACTCGAGGAGAAAAAGGTGT
TGCCGGTGAAAAGGGACCCGATGGAGAATCAGGTCTTCAAGGTTTAGCTG
GACCTGCTGGAGACGATGGTAAACCAGGAGACGCTGGAGTTGAAGGTAAA
GAAGGACCTCAAGGATCACCAGGACCTGCTGGACCACCTGGACCAAGAGG
AGAAGCTGGACCACAAGGAGCTCAAGGAGAAACTGGATTCGTAGGTGTAA
AAGGTCTTCGCGGAGAAATCGGTCTTCGAGGTACACCAGGAAACAAAGGA
GAAACTGGTGTTGCTGGAGAAATCGGACCACCAGGACCTGCTGGCCAACA
AGGTAAACAAGGAAAGACTGGCCCCGTTGGACGACGTGGAACACAAGGTG
TCCGAGGTAGCCAAGGTTTACCAGGTCAATCCGGAGATCCAGGACAATCA
GGAAGAACAGGACCTAAAGGTAACAGTGGTAAACAAGGAGAAGTTGGACC
TGAAGGAGAAAAAGGATCTCGTGGCTACACAGGACGTGTTGGAGCCAAAG
GATTCCCAGGAGAACCAGGAAACGTTGGACAACCAGGTTTAACAGGGCGC
GATGGTAAAGATGGTCAACGTGGCTTGAACGGTAAAGATGGAGACCCAGG
ACCACAAGGACCTCAAGGTATCCAAGGTGTTCAAGGAACAAGTGGTGTAC
CAGGAACAACAGGAGATCCCGGAGATACTGGAAACACTGGACGAACAGGT
GCAACTGGTGTCAAAGGAGCTCGTGGAGCATCAGGAACTAGAGGATCTGC
AGGACCTCCAGGACCTACTGGTGAAAATGGTCTTCGTGGAGAACGTGGAG
AACAAGGACCCAGTGGAACTCCAGGAAGTCAAGGACCACCAGGACCTACC
GGAGCTGTTGGGTTACCAGGATCTGACGGTATCCAAGGACGCAAAGGATC
TTCTGGACGACCAGGAAACCCAGGTTTGATGGGAGAACAAGGCGTACCAG
GAGCTCCAGGATTACCAGGATCCCCCGGAAACAATGGTAAACCAGGAGAA
CGTGGAGATCCAGGACAAGATGGAGGACCAGGAGATCAGGGACCACCAGG
ATCACCAGGAAACCCAGGTGCCAGAGGACGTGAAGGAACTCCAGGACGAC
CTGGCCGACGTGGAACACCAGGACCTAATGGAAAACCAGGAGCACCAGGA
GCAGCAGGACCAAAAGGATCAGACGGTCGACCAGGAGAACGAGGTCCAGA
AGGATCTTCAGGTCCACGTGGAGTCAATGGAGCACGTGGAAGCCCAGGTC
CAGATGGAGCTGCAGGACTTGATGGAGCTCAAGGACCACCAGGTGACATT
GGTGCACCAGGAAAAACCGGAGCCTCAGGAGTACCAGGACCTGTCGGACT
TAGAGGACCAACTGGACCACCAGGAGTTCGTGGAGCTAAAGGATCATCAG
GAGATTCTGGTGATGATGGTGAACAAGGACCTGCTGGTACCGCTGGACAA
CCTGGTCTTGTTGGACCAATCGGAGAAATTGGAGAACGTGGACAAGTTGG
AGAAGTCGGAGAAATCGGAGAGACTGGTCCACAAGGTATGCCAGGACCAA
GAGGTCCACCTGGACCACAAGGACCGGAAGGCCCAGAAGGAGCCCCAGGA
CCAATGGGTAAAGACGGAAACAAAGGACCTGTTGGAGACCCAGGAAATGC
TGGCAGACCTGGCAAACAAGGAGAAAGTGGAAAGCCAGGAAAAGACGGTG
TTCCAGGAAACCCAGGAACTGCTGGTAAACAAGGACCAAACGGACTTTCA
GGATCATCAGGACCACAAGGACCACCAGGAGAACAAGGTCAGCGAGGACC
TCCAGGACGAATTGGTGTTGTTGGAAATAATGGACCTAAAGGTTACGTTG
GCCCTGACGGTTTGAATGGATTAACAGGTAAACGTGGATCACGTGGTAAA
GAAGGACCTCAAGGACCCACTGGTGTCATTGGCCGTGATGGTCGCGATGG
AAAGCCAGGATACAACGGAACTGACGGTGATAACGGTGGTGTTGGACCTA
AAGGAGATTCTGGTGAACAAGGAGATAATGGAGCACCAGGATCTACTGGT
GAGAATGGTGATGTTGGAGAGCCAGGAGTCGGTGGTGAAGATGGACCACA
AGGACCTAAAGGACCCAATGGTAACCCTGGAGCACCAGGTGCCCGTGGAA
AGACAGGACCTAAAGGAGACCGTGGTGGTAAAGGAAAGACTGGTTCTGAT
GGACGTGGTGGCTCCAAAGGACAGAAAGGAAACATGGGACGTTATGGTAT
GCAAGGACCACCTGGTGATGCAGGAGAGAAAGGAGATGAAGGCCCACAAG
GAGAACGTGGACACCATGGACCACAGGGAAGCCCTGGAGATTCTGGACCA
AACGGACCAGATGGCGAAGAAGGATCCAAAGGATCTCTGGGAAACCAAGG
ACAAATTGGTAACGAAGGTATCCTTGGTGCTCCAGGACCTGGAGGAAGTC
CAGGAAGTGCTGGAAATCCAGGTCCCCCAGGTCCACCAGGACCTCCAGGA
GATATGTCTGGTGCATTAGCCGGCAACTTCTGGGATTACTTGAATACTGG
ACATAACATGAAAGGTCCTGGTTATTACAGACAACGAAGATCTGCTGAAA
ACCACAACGATATTGAATCCATCTTCAAAGAGAACTACAGGGTATTCCAA
AACTTCGACAACTTGTGGAATCGTGTTATGGATGATATTGTCAACAAAAA
ATCTTTGGGAACCAAAGCTAACCCAGCAACCACGTGTGCTGATCTCTTCC
GAACAAGAAAGGGATTATCATCAGGCGACTACTGGATTGATCCAAATGAA
GGATCATCACACGACGCCATTTTGGTTCATTGCAATGCCACCAATTATGA
AACATGTGTTTATGCTAAACAACCGGAAGCCGATAAAGATGTTTGGTTCG
CTGGAAAACCATCTTTCTTATGGGCTTTCAAAGAATACATGGATGAACCA
GAAGGCATTTCATATGCTGCCGATTTGGTACAATTGAAAATGATGAGATT
GTTAAGTAACACCGTTCGACAGAATATTACACTTCATTGTAAAAACTCTA
ATGGAGATATGAGCATTATGACGGATGAGAATAAAGAATATGAATTCAAT
TCATTACCACGTGGTATGAGATCAAAAACCATCTCTAATGGATGCTCGat
caAAGATAACCAATGGCATAGTCGCGTTGTTGAAATCTTTTCCGACAATC
TCCGTGGATTCCCAGTTCAAGATATTGGAAAATTCATTGCTACTGAAACT
GAACAAGTTGGAGTCACCGTAGGACCTGTTTGTTTCAGTTAGAAGAATGG
CATTAAATTTTTGATCATCTGGAAGATCTTTTTGATAGAAGAACAGAGGC
AGTTTGGAGAAGAATAGACATTAGATTGAACCATTTCCTAACCATTGCAA
CGAGTAAAGGAAAAATTTATCACATACACTGCTTTCACAACTACTGGGGT
TGCGTCGAAACATCTTGATACAACAAACCCTTCAAAACGTTTGATGAACA
CTCCACATATCACAATTTtagatttcaatcaaaaattttagattaacagt
tttttatagaaattttataataaactagaatttttttccatttaataaCA
TCTAATCGTAATGTGACcagattattttatttttatgcttcattgaaaat
ctcttgtttgttctttttccaaaaaagactGCCACTATCTTCTTGAAATA
AGATTTTACTGTCATTATTTATAATTTCAACTTAAAAGAGGAaacaataa
aagagaaaacaatTGCTTGCGAGGGAGCTTACACCACACCCCTTTGAAAT
GTATTTACAGTATGACACGGCTTCAAGtactttttttactcttttattca
agaaaaagcTAAAAGATAATTGAAAGAGTTTGTCGTCGTatatttgtgag
tattttgacTTTTACCTCTTGTACATACGTTATTTACtatgaacaataaa
aaaattaaattggtACACCTTTTATAGGGAAATAATAactataaaatatg
aaaaaatNattgcttttgtaaacaaaaaaatagcaaagttgatttcgagc
aaatttgcaatagaatgttttgattataaaatag

transcript from alignment at scaffold_49:766687..791293-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00068908 ID=TCONS_00068908|Name=TCONS_00068908|organism=Clytia hemisphaerica|type=transcript|length=24607bp|location=Sequence derived from alignment at scaffold_49:766687..791293- (Clytia hemisphaerica)
AATTAATATTTTTTTTTTTGAGGCCGGATTGATTTCATTCTGGATTGTGT TTATATGACTATATTAACCCGGTGAAAAAAATTCGTCAGTACAAAATAAA AACGTTTTGAAAACTGACGCGGGTTTTTAAAGAAAGGCCGTTCGACTTTC TGTGAAAGTGCAAAGAAAAGCACGCCACTTTTTTTTTTGAAAAAAGTGTT GGTGTTTTTCTGTGTGTGTTTGGAAAGAAATAGGCACATTTTTGGTAGAA TTGTGAACTTGCAGTATCGGCGGTGTGTGTAACCACCTTTTTGGTTAATT GCAGCGGGTATATCACCGTTAAACCCCTTGTTTCACAAAATGGCTATCAA GGCGAGCATCTTTTTGGCTTTATGCTTACTGGTGACCGTTTATGCTCAAG GTAAGGTTGTCATGGAAACTTGGTGTTTTATCTTGGAAATTTTTTCAATT CAGTTGTTTATAGGTTTTTTTGGAATCCATTTTCCTTGCATTTTCCAGTA TCTGCTAAAAATGTTGTATCTGATTATTGAATATGACTGATATAGTATAG TATAAAGATTGTCTTTCAATATCATCTTAAAATCTATCTTTTACAGCTTA TTGGTATTTCCAAAATCAACAAAATTATAGCTCAGTTATTATTATAATAT AATTATTTTGGAAAAATTATTCCCTTTTTGTTGCTTTTATCATTATTATT ATTATTGATCTTGGCATTTAGTTAAAACTTATGAATTTTGGTATTATGAT AAGAGGGTTTGACTCTTTTTATTGTATACAAGTAGTTAAGAGTAGCAGAG CTAGTATATGAGAGGAGAAATGGTTGTGTTTACAATTAAGAGTGTCTGCT TACAATTAGACATGAAAATATGAATTGGGTAAGGTTACAAGATTTTTTCA AGTAAAAGGAAGTTAAGGTGACATATTTTTATTTTTACTTTTTTGTAATC ATATTGTTTCTTTTATTATGCTTTTTGGGTACTTTATTTTTGTTTGACAA AAAAAAATTCTGTTTTGTGTGTGATTTGAGAGCCTTCTAAATTTTGTTGA AAATTCTGATTAAGGAAATAAACTCGATGGGGTAAAAAGATTTTAGCGAA ATTCCAAAGGGTGAGTTAAAAAAAATTTTTGTAGTCATAACAATAATAAT ATAACCCCGAAGGTTTTGATATTGACAAAATATTATTTTGAAATTAAACG TCTTTTTTTTTATAAAAAGGTCGATTTCACGGTTATTGACATATTTAAAC TGAGGAGGGGGTTTTTATAAAGTTGTCCACCACACTCTAGCAAAGAAAAT CACTGTTAGGCGCATATTTACTGAGACAACACTTTTTGATAAAGTGGGGG AAAAAAAGAAACTTTATTTTTGTTTTATTTGATATACTACAAGGGGTTTC TTTTCAATATTGATCTGAAAAGGATATCAAAATTGTCGGCTTTATTAGTC CCTCTTTACCTAACAGTTGTGTCCTTGATGACTTTTATATGACTATGTAT GTATAATGAAATAAATTAAAATTTGACACTTTTTGACTGAGGCGAACCAC ACTTGAAAAAGGTGCTCACAGCAAGCGAAAATTTTCAAAACAAAAATACT GTCTGTCTTTTACTCATTTTACAAAGAGTAACGTCTTATTTTTGCTACTC AAACTTTCCTTTTTGGCTGAAAATTTTACCGCAAAAAATGGAAAAAATAA GTCTCAAATTTGCCCTTTAAAAATGGATGATCTTGACCCTTGAAATAAAA CAGTTCAGAATGACTCACTCATGTTTAGATAGGGAATCCAAGTAAAAAAC CATTTTGGCTCCCCTGCTGGGTAGAGTGATATAGTAAAGTGGATTTCGTT TTATTATAATTTCTATCTCAGCCCAAAGTAAGAGACAGTGGTGTATGTTT ATACAGATTTAAAAATAAAGTAAACTCTCAACCCACAATTTACTAGATAA GAAACCTACTTATTCATTCCCAATGTTACAGTATTTGGAGCTAGCAAATA TATGGCTTGATTTCCATTTGTAAAAATCTAATCCTTGCTATTTTTAATGC AAATGATCAACAGACCTCACTGTATTACAAAATTAATATTCCTTTGTTTC AAAAACGCAATGTAGACGTGTACTATCATCATCAAGAGTGAACATTTTTT GTTAAAATCAAAAATTACGAGGTGTTAGAAAGAGAAGATTATAATTTGGG GTTGTTACGAGTTCCATTTGACCACAAGGAGATTCAAATATCTTTATATC TTTATAACATAAAAAGAAAATATGCGATATAACCCTAACCAAAATATGTT AATAGCCTATAAATCCAAATATTTAGTCATTGGAATGAAAGTCACCTAGA TCAGATTTTACAAAAGTCACACGAGAGCGTCATTTTTATGGTACATTAAT AGGTTACTAGGCAAACCCCTTATTTTTCTACTTTGATGATAACTACTTAT TGCATTTCATACAAAAGAGAAAAGTAAAGTAATACAAATATTTCATGATC TTCTTAGAGACCCGTTAACGTCTGATTTAATGGACATAATGTAAGCCTTC AGACCTCGTTAACCCCCTGCACGTTTTTTATAAGATCAACTAAGAGCCTT CAGATGTTCTTGGCTTTTCAGTTTCAAGCCTTAAAATAAATGTCCTTAAC ATGTTCTCATTTTCACCATTTTTTAGTATAATAAGAAATTGGGTGTTTTA GAGTCTGTGAAGTCTTAAAATGTTATTCCTAATATTTTTGGCCTTCAAAG TCTTGTGTTCTTATGTTATTCTTCTTCCAATAAAAAACATACTTTTTCTT AATCTATCAAGACATCCAAAAACACCCAATAAAACCCCAAAAGTCATAAG GATCCTTAAAAGATAAATTATTTGAATATTTCTTTTTTTGTGAGGGTCTG CATTAGGTTTTATACCCCATATTAGACATAACTTTTGTCCAACCTCAAAG GAAATGAGCCAATTAGAATGCTATGAAATTATTCGACCCCAATCTCATTA CTTTAATCAAAACAAAAGAAAAATAGTATTACACTATGTGCTTCCGTGAC GAATCATTTTATATTTTACTGTATTTGAGTTAATGAAAAAAAGGAATTTT GAGCTTTGCAAATCATATAACCTTCTTAAAATCGACAGTAACAAAATCTT ACATAATGCGGGTGGGTCCACCAATCGATTTTGTTCTAGAGAGAGGGCGT TGTCCTTACTGTTTTATTCTAATTTAAATGAATTTGATTACCATAATCTT GAAGTTCTTTTATTATTTATCTTCAATATTTTACTATTATCATTGTTATT TATTCAATATATTTTTTCAATTTCGAATAGCGTTCGAAAAATTTATAATT AGTCAGTCTATCAGCTTATAATCTTTGGACTTGTAGCAGTTTTTTGTTAT GATTCAAAGGCAAGATTTCCAGCCTAGAATATATTTCTACTCAGTTTTGC ACTACTAAAAACTAATTCATTTTAGCAGATTTTTTCCACCAATCGACATT CGAATTCGTCAGGATCCATCGTGTCATCAAACAAATCACTTTATTTCAAA AATATGTGGAAACTTTTTGTGAAAATCTGGTACGGCGGTCACTGTACCTG CCGTACCCGGTGCGCGTCGTGCCTGACCATTGATGACAAATAGTATCGGG GACATGTCCATCATCCAATCATCCGATTCCACATCCGAAAATTAACGCCG ACATTGTAAATTCCACGTACATTGGCTAACGTAACCATCAATCACAAGCT CACCTGATATCCTGACAGTTATATCATTACTTCATGGGCCCGGCGAGCCA TTTTGAGTGAGGGGGCCAACATTTTGGAAAAAATGTCGCCCACCATGGTT GGGTGACGAAGAAAATTTTTCACTTTTTACACCCTCAAAACACCTTAAAA CGATATCTAATTGGGGAGAATAATAGTTTTTGTGGTTTGATTTGGTCTCA AACCAGCTTAAAATAGTAACTCTTAAAAACGTTGACGGGGCCCATGTACT ATTTTATAATAGCATTGTTCTAACATCTCATTTATCATTAACCTCTATAA CAATCATTACATTTTCTAGAGACACGCCCGAAAGAGTGTACACCGATAGA TCCGAATCAGGAATGCGGACCACCAGGTTCTGCACCAACTGAATGCTCCG GCAATAATGATTGCGGTAGTAACCAAGTTTGTTGTCTTGATAGATGTAAT GCTGGCACATGCGTAGAAGCAGGTTTGATAACATAAATCCTCAACATTTT TTCACCAAAGTTGACTAATTTCCAAACCTCTCATTTTTAAAGTCAAATAG CCTAAAGAATAACTTTGAGTTTAGATTCAACCTTTAACAACTGTCAAAAG CTCCAAAAACTTCACTTATCATCATTCATTGAGACTCGGAACACTTATGA ATCGTACTCTCCCCATTCTCCTATTCAGGAAACAGTTTATCATGCATGCA AGTTTTAACATCTGATTACTGAGTAGTAAGGGAGACAGTTCCAAAACTCG TAGAAAGACAGTTAAAAAAAAGAAAAAGAAAGATATAAAAATTTAAAAAA TAAAATTCAAGAAGCGACAGGTAGTGCGAATAATTTGCGATTTCAGGATT TTTTTAAAATTGATATCGAAATGGCGGCCGGAACCAAAAGAATAAATCAA CAAAAACAAATAATTCTCAAGCAAGGGACAGATTGAAGAACACAGCTACT CCAGGAAAGCCAAAAAGTTTCAGAAAGATTTTATCCGTCAGGATCAAACC CATTAGAATTCAAACCGAAGGAAATTTACATTGGACTACAACACAACATC AGGTAAAGTAGAGATGACACGAAGTAATAACAATCCACAATAGATCTAAC ATATTCTTCTTCCATCCCGTCCATGCAGAAGCAGTGAAAGAAGGGACCTG CCCGGAAGCCAGCCGGACAGCAGAATGTCCACCAGAAGAAACCATCAACA ACGAATGTCTTTTTGATGAACAATGTCCAGGCAAGACGAAATGTTGTTCT GACGGATGCGAATTAAAATGTACAGAACCAGTGGCAGATGAAACAAAAAC AGAAGGTTCTTTTAATTAATTTCTTTTAGACTTTCTTTTTAAGCCTTTCT TGGAAATTCTTCTGTAACACCCCTGTGTCACAGACCCACTAGGACCCCAG CCCCAATGGAAAATTTGGCTTTGATCTCATCCCCATCCGAAAATCCATGT TTAAAAACTGCACTCCAAAACCATCTCCACTGGATTTTTATCCCCACTGA GGAAAAAAGTTCCACCGGGGCTGCGAGACAGAGGTGTTCTGTATTTTTAG GTGATTTCGACTTTACCTAATACAATGCTTCTGGGATTCTTCCTATTTTA CCTTTACAAGTCAATTTCTATTAACGATGCTCATAAGATCTTATGAAATT GTCCGGTATATATATTTACCAGAGGGAGGCTAGAATAAGAATACACAGGG GGTTGAGATTTTCGAAAATTAACTAACGCTAATTGGAAACCCGAAAGTCA GGATTTACACAAAAAATTAGCTCATTAAGTCCACGTTAAAACTCTAAAGA GACAAAAGACCTCTCTAACACTTCTCTGTGAGACGAAAATCTGTTTGAAA TGGAAGAACAGTGAGTAAACATTACATCATACCTGATTTAAAATTATATT CACTACCATAGTATGTGCTGTTCCTGTTGATCTTGGTTTCATTATTGACG CATCTGGATCCATTGGTAGTGTGAATTTCCAAAAGATCTTACAATTCGTC GCCAAGATTGTAGATGCTTTTGATATCCGACCAAATGGTACACATGTTGG TGTTATTTACTATTCCGATGATGCTAAATTGGCTTTTAATTTCAATAAAT TCGAAGGAGATGCCTTGAATAGGGAAAATGTTGTCAATGAAATTAATAAA ATCGTTGTGACTGAAGGACAAACTCGTATAGATTTGGCTTTGAAGAAAGC TAAAGAGGAGTTGTTTACAGAGGCAGGTGGCATGAGACCTGATAAACCAA AGGTAAGACATAGTAACCAGTTGGTACAAAACGTCAAAACAAGGTCCTTG TAAAGCTCTTAACATACAAATAATGTTATATGAACGTTAAATAGGCATTG TGTGCCAGTCATTAACCATAACCATGTGGTCCGTGAAAATAAGACTCAAC TCAGCAGATCTAAATAAAGAAAATTCTAACTCTAAATAAAAAATCTCTGA AGGATAGATGTCAAAGTGGTCTTTGATATCTGTGTCAGAAACCCGGGGTT CAGGTTTGACTCCCCGTTCCTGTCAGTGTTCTATACTAGCCAGACATCCC AAAGTCCTAAATTTATATACTTAGATAGATAGCCTTCCACATAAAACAAA CCGACTTCAGTCATACATATTACCGGCAAATGGTCTCTCTTCTTCTCAGA TTGTCCTGGTCATGACAGATGGTCGCCAAACGAAAGGAGAGGACGCTCCT GACGCAGTTGATCTTCATATCGCGTCACGTCCACTCAAAGATCTTGGTGT ACAAATTTTCTCACTTGGTATAGGAAAGAATTATGATATTGGTGAATTGT TGGATATTGCATCTGATGATGCCAGTGTCTTCAGATCATCAGATGTCGAT GAGTTAGTCTCCATTGTAGCAAGTATCACTGAACAGACGTGTAAAGGTCC GTAGTTCGCAAATTTAAATTTATCTCTTGCATTTCTAAATCTTTCTATTG CAGACCTTAAAAAAGATTCCTTGCATATTCAATAGCAAATTTTGACCAAA AGCATCCTGCAAGCACCGAATTAAATTCCCGGCCAAATTGATTCTTTTAA GCACTCCGCCAAATTAAGTTAATTTCCTCCTTTAAGGTAACAAGATTTTA AATCTTGATTCAAGGTGGATCGATTTCGATGAACGAATGTATTCATAGAT GAATTTCAGAAATATTCAGAAATTCTTTCAATTTCTACAAATATATTGTA ATATTTTTAATCAAAATAATCATTGTATTTCTTTCTCTTAGGATGTACTC GACCAATTGATATTCACTTTGCTCTTGATACTTCTGTCAACGTCGGTGAA GAGAATTTCAATATGATGGTGAACTTTGTTAAAGCTGTTGGATACAAATT CGTTATATCAGAGACAGGTTCACATATGTCTGCCTCAGTCTTTGGTTCAG ACGCAACGACTGTATTTACACTTGATAAAGCGACCACACAGAATGATTTC CTATTGGTTGCAGATGATATCCCGTATTTAGGAGATACTGAAGCTAATAT AGATTTAGCTTTAAGAATGGTTGCCAGTGATGTTTTCACTTTAGATGGAT ACGCCAGACAAAAGGTTCCAAAAGTTTTGGTCATGTTAACGGCTAGTGAT TGTAGTACGTGTTTGGAACCATTATCAGATGCTGTGGAAGAACTTAAAGA GAATGGTGTTCAAATTATAACAATCCCTATTGGTGAAAAAGCAAGTCTAG CTGACATGGATGCTATATCTTCATTACCATTAAATCGATATGTCAATCCA CAAAACTCATATTCAGAATTGATTAATGGTATTTTTATTCAAAAGATTTC GAGTATGATTTGTTCTGGTAAACCTGGTATCTGTGAGGAGCCACCAATCC CAGAGAGCTGTGGCAATATTGTGTATAACTGTGATGTCGATGTCGATTGT CCAAACGAACGTAAATGCTGCTTGAAGAATTGCGAACAGACTTGTGAACA ACCCGTTACAGGTATGACATTTATAAGAACAACTTTATAAGAACCCGAGA CTAACAATTTGCCAAAACCTAAGAACAAATTAAGAACAATCCGAGACTAG ACACTTTAGAAATTACTAAGAAAGTCCTGATTTAACATATTTTAACAGAT TTAAAATTAATTCTAAGTCTTTAAGTAAAGAAAATTTAGCATATAATTAT TCTTATAAAAAGCTTGTATTCTAAAAAAGTTGTAGAGCATTTTAGAATCT ACCACGGTCTTTAAGCTGTTGGGATTAAAGTCTAACATGTGTCTTTTTTN GCAATATTGTGTATAACTGTGATGTCGATGTCGATTGTCCAAACGAACGT AAATGCTGCTTGAAGAATTGCGAACAAACTTGTGAACAACCCGTTACAGG TATGACATTTATAAGAACAATTTTATAAGAACCCGAGACTAACAATTAGC CAAAACCTAAGAACAAATTAAGAACAATCTGAGACTAGACACTTTAGAAC TTACTCTAAAGAGGTCCTGATTTTAACAGATTTTAACAGATTTAAAATTG ATTCTAAGTCTTTAAGTAAAGGAACTTAGCATAGAATTATTCTTATAAAA AGCTTGTATTCTAAAAAAGTTGAAGAGTATTTTAGAATCTACCACGGTCT TTAAGCTGTTGGAATTAAAGTCTAATATGTGTTTTTCTTTTAATCTTTGG TTCTAGTGAAGCTTATCCAATTCTTCCTTCTTATTTTAGCTTGTATTACA GCAATCGATTTGGCGTTTGCTTTTGAAACGACATCCTCAGGTGATAACAA CTTTATTGACATGAAGAAACTCGCTGAACAACTTGTTGACAATTTCAAAG TCAGTGCAGCCTCTACACATATCAGTTTATCAACATTTAGCGACACTCCA GGCTATATTGCACCCTTCAATGCATTCAAATCTGCCGATGAGGTCAAAGC CAAAATTGCTGGTCTCAAATCGGATGGAGGCTCAGTCAGTAATATGGGAA ATTTCTTGGAATATGCTAACAAAGAGATGTTTAAGGTCAGCTTTGGTGTT CGACAAGCTCAACCACGTGTCTTGGTTATCTTCACAAGTGGCAACATACC AACTGCTCAAGAAAGTAGGGCTATCGAGGCAGCTAAATCGTTAAAGAAAG CTGGTAAAGATGTCTCGATTATGATTGTTAATGTTGGTGGAGCGAGTCAA TTATCAACATTGAATGAGATCGCATCTGAACCAAATGAAGCTAAAGTGAT CAGTGTTTCTGATTCACGCGATCTGTTGAACTTGGAAACAAAACAGAGAA TCGCTGAAGAAATTTGTTCAGGTAGGTTGTTTAATACAGTGGTCAAAGCA AGATTTTTTCGTCTGAGACAGAAATCTTGAAATTTTAGCAAATCATGCAG AATTTGATACGGAAAAGCCTCTTTGTAAACTGTGCGGAGATAGNNAAAAG TGCTGATTTACCGTCGTCCTCAGTTGGTCATGATCTAGCCAAATTAGAAC CTTACCGTCTCCGTCGCTGAAAAACACACATACATAAACTCGGTAATAAT CCGTCCGTGACGGAAGAACCTCTAACACCGTAAGCACTACAATTACGAAA ATAAGAGTCTTTCTCAGTTGGGTTTGGACCTTTAAAAATGACTCGCAAGC TACAAAGTTGTATACTTGCTACTTGCTGTCTGTATCTTTCTCGATTTGCT TAATTGTCAAAAACTGCATATAAACGAGTTCGTATAAATTCTGTAACTTG AAATTCTAGTGTCAAAATATTCACTATCTATTACTGTTTCTCAATCTACT GTATTGTTTCTCAAGACTTGAGAACAAGACGTTTTTTTTAATGAAAATAC TAAATTAAATTGAACTGTTTCTCATTTATAGCAAAGACAAGACGAAGAGA ATGTAAAGAACAATTTTCAGCAGTTTGTGGTGTATTCGATAACTTGTGTC AATCTGATCTAGATTGTCCAGGTTTCCAAGAGTGTGTCAGTGATGGTTGT AGAAAGTCTTGCCAGTACTGTGGAAAACGTAAGCATGTCACAACGTGTTT TTTACATCATTCATTGAATTTCGATGAATAAAGTAAAGGAAATGTTGTAA TTTAGACATTTCAAATTCCCGCATGATTTTCTGTAATAGTTTACATTTCT AGCTTTATTGTCGACTCTCTCTAACTCGAACCTTTAGTATTCAAATCTTT ATGTAATTCGAACTAAAGTATTGGTCCCCTCAGGTGAAAAGTGGCTTAAA TTACTCTCTGTAATTCGAATCTGTCTCTAATTCGAATGACATTTTTATTT CACCAGGGTGTGAGGATAAAATAGACCTTCTCGTTNTTTCTCATTTATAG CAAAGACAAGACGAAGAGAATGTAAAGAACAATTTTCAGCAGTTTGTGGT GTATTCGATAACTTGTGTCAATCTGATCTAGATTGTCCAGGTTTCCAAGA GTGTGTCAGTGATGGTTGTAGAAAGTCTTGCCAATACTGTGGAAAACGTA AGCATTTCATAACGTGTTTTTTACATCATTCATTGAATTTCGATGAATAA AGTAAAGGAAATGTTGTAATTTATTTACGATATGCACCATTGCAATGTCT TCTGACATTACATCACCGACCCAACAGCTGATTGGTTGAAAGTGATGTAA AATCCGTCAATACGTGACTTGCAACCAATCAGCTGTTTGGTCCGTGGAAG ACATTGCAATGGTGCATATTATGAATTCATTTAAAATTTCGTGATTTTCT GTAATAGTTGAGATTTCTAGCTTTATTGTCAACTCGAACCTTTAGTATTC AAATCTTTATGTAATTCGAACTCGAGTATTGGTCCCCTCAGCTTGAGAAA GAGGTTTAATAATTACTCTCTGTAATTCGAATCTGTCTCTAATTCGAATG ACATATTTATTTCACCAGGGTGTGAAGATAAAATCGACCTTCTCGTTATG CTTGATGACTCATCCAAAACTGGTGAAAAAGGATTCAAAAAATCAAAAGA ATTCGTCAAATTATTCATGGAATGGTTCAACGTAGCACAAGATGGTACCC ATGTTTCTGTCATGACATACAGTGATAAAGCCAGACTCCAAATGGAATTG CCAAAACCAGGATCAAGCGATCCAGTACAAACGATTACAGATTTATCAAC CAAAGTTGATGGGTTGACATACTCTGGTGGATCTTCTTCAAACCTTGATA TTGCTTTGGGAACAGCAGCAGCTCAAGTATTCCCACCAGGAGTACCAAGC GGACGGCCTGATGCCAAAAAGGTTAGTTCCTAGCGTTGGATTGTAGATTC TCAGTTCTCAAAATAAAGTTTTCCTTTTTCGTAGAGAAAATAATTTTAGA CAAAGAAACTAGCCGAAATTTATCAAATTTGACAGTGTTTTGCTTTTCAC GCCGTTTAAACCTTTGGGCTTTGCCACCAATCAAATTGTTTTGCTAATAA AAACCAGTAGATTTTTGACTTTTCTTATTTTTTTTGGCACTTTGAGCCTC AAACTGTTATTATCATGGTCTTATTCATAGGGGTGGAATTGAAGTATTTT ACCCAAATTTTTACCTACTTTAACCCCTAAATTGCTTGAAATTGAGTAAT CCCAGGCACAAGATTGTTCTTAAATTGTTCTTATCTTTTACCAATTTTAA GCCTCATTGTCCTTATAATGAAGAGTGCATTTTTTCCCATTTCAATACCT TAGGTAGTCATTGTTGTGACGGACGGTAATGTCGATAAATCAAAACGTCT CGACGTCGCTTCGTGGCCATTACGTAGACAAAACGTAACAGTTGACGGTA AACTATACAGTGGAATCCGTATAATGGCTGTCTCAGTCGGAGATAAAATC AATTTGGATGATTTATCACAAGTTATTACACCACCTATTGATAAAAATGT TTTCCTTGCTGCTAATTATGATGACATGTATAATGCAATGAGACAGCTGG CTGAAGATTCTTGCGAATATGCTTCAGGTATTTTTTTTCTCTCTTAAAAA TCAATGAGTATACTTTATTCACAAATCACATTATGTATTCAAGATATGCA CCACTGTAATGTCATTAACCATTACGTCACTTTTAAAGCAGCTGATTGGC TGTAAGTTTAGTGCTGTGTTTTGAAAAATATTACATAATTTCATTTACAG TGGCGCATATCTTGGATTTTTTAACAGGTGTCTCAAGGAAAACATACCAT AATTAATGCCAATAATCTTCAAAATACACTTTGATATAAGAACAAACTAT TTAAGACCATGGCTTCGATGGCCAAAATATTTTAAGAACAAGTTGAAAAC ATTCTACGGCTTCATGAACTTTGAAACACTCAATTTCTCAATAAATCGCA CAAAAATGGTTAAAAAAAGATCAAGTTAAGAACAATACTTTAGGTTTAAA CTCAAAAAGTTAAGAACATCCGAAGGCTTAAAAATGTTGGATGTATTCTT CAACGTAGTTTTCAAAAGAAAATTTTTTCTGGATGTTTCAACATTATCAC GTATCTTGGATAGGATTTGATGTTTTCCTTGAGACATTAGTTATAACAAT CTCATTCAATATCTAAAAGCACTCACCACCACAATCAACCAATCAATCTA TTAGGCATAATTTATGCACAAATGCACATATAATTACCCACCCACACAAT ACACATACAATCAAAACACTCATTCCATTTTTTTGTTTAAAAAAAACTGT AACCTCCCCAGCAAAAAAAAAACATCAAAAATTATAATAACCATGACACG ACTTACAGAATCATAATCAGCCCTTTGAAACTAATCACCCAATAACCAAT TTGAGCTTTAAATCCTGATACTTCCAACCAAAGCTAACTATACTTTATCA GAAACTGAATTTTTAATAAGAAGCTAATTTTGACAAACAAAAATGATTAA CCAAGAACCTTAGCCTTAATGTTAGATTGAAGAGAACTTAGATAGACCAA AACAATAATTACTACTTATCAACTTAATAATTCAAAATTACAAACATAAT AAAATCAAGAAACCCTAATCATAACAATAGTCAAGGAATTCCAGCTTTTT AACCCAAAATGTTAGTTTTGAAAACTTTAACACACCAATTAACTTTGCTA ACTTTAAAGATTAGATCTTATAGTGGAATTGGTTAACAACTTATTTTGTC TGGAGGATTACAAATTTTTGAAGAAAAAAACAAACATCCATTTCCAAAAA CAAATAAAAAAAATACTCCGAAAACAAAACATTCACATACACATACACCC CTTATTACAAAAGCACACAAATACACCCCTTATACGCTCACTCTATACAA AAGATTCTATTTCAAACAAAAAAAAAAACTATACTTCGTGCACACATACA AGAGAACTCAAGGCAAGAATTTCCCTAGAGACGTCATGGTGTCGATTCGT CCAACAAAGACTATCTACATACATTTTATGGTTTGTGCACAAACACATTC TTTTTACAACTTTAATAACACCCATTTTAATTCGTATGAAAAACTATTAT ACACACGACATACCCTAAATGCACAGCAAACAATGAAAATATATTCTATA CCCTTTAATTTGAACAAATCAAAGTCGCCTGCTTCCTTGTTGATTTTTTT ATTGACGAATCTGAAAGCTCCTTAAGGCGTCTTTTCACTTAGTCTAAAAG CCTGTCACATTTTCCTTTTAGGGAGATGAGGGTTATCCAGATCAAAGTTT GTCCTGAAATCCTACTGTTTTGGTAAAAAAGGCTTCCTTTCAAGTCCAAA TGAAGTAAATAGTCAAATAAACAACATACCAAAATATTCCAAGATTCCAC CAACCATGATTACCCAAAATGCATCATCACTCGTGTGCCCCTGAAAATAA AACGCAAAATCATTGTAAATTATTTTTTGGTTAAGAATAAATTGATCTTG TCTCTTTTTCTTTTTGTATTCAACCCTTCCTATTGTTCTTCAATCAGAAA GTTTTAAATGCTGAAAAAAAAAATTAGACAAAAAAAATATTTCTTTTGGA AATGGATGTTTATTTCAGAAATTTTTGAAAAGTTTATCCAACATCCAGCA TGCATCAGAAGTAGTAATAAATAATAACCGTAACCCAGAATACATCAGAA AGTCAGAAAAACCAAATTATACAATCTTAACACTTATAACATTTGCAACA GTAATAACAGCTTTCTACAGTAATATAACCTAGTAATTATAAGCTAGTAG ATACCCTCCGAACAATCTATCAATCTTATAATAATAAGGGATCACTCATT GACTTGCTGTTTTATTTGGTGTTATTTTCAGCTGTTGTTGAACCTCCAAT CATCTACGAACCAGGAGATCCAGGACCACCAGGGCCTGATGGAGAAAAGG TTGGTTGAATATTGGTATCGTCCTTAATAGCAAGTTGATATCTGCATGAT TGTTTTAATGTTGATGTGTTTGTATAGGTCAATCTTATCGAATTTCTGGA AATTCTCCATGTGCTTGCTAACACCCAGTGATCTAATTTTTGAACCCTTT TTATCGTTGAACATAAAGTTAAGGTAAAAGGCTTCACGTAAAAATCTTAT TTGATCAAACATTTTTTGTGTGTTTTTAGGGAGACCAAGGTATGGACGGA ATGAAAGGAGCACAAGGTGTTGTAGGACCAAAAGTAAGTTTGGAATCTCT CTAGTATAAAACAAAGCTTCTTGATAAGAGTAATAAGTATGAAATGGAAA TTTCTTTAACATAATAAATTATTCATGGACATAATTCACCACCTTAGAGT TTTTCCTCAAATGCTTTCGCTTTCTACACTTTTCTAAAAAAAAATTTTAT CACAAAGCTGTATAAAAATATTCTATATATTTTATGTTGGTAAACACTGA AGGGGACAAACATCCATCAAAAATTTTCGGTTTCGGGAATTAGGTTTCGA GTTTACCAGGATCGAATGTCATCAAATGTCTGAAGGCGTTGCATTGACAT GCTCACAGATACCGGAAATTGACGTCATTCTATCTATTCAATTCCCTGTG GCGAAAGGGTTGATAGGTGCATATTTTCTATGATATGCACCATTGCAATG TCTTCTGACATTACATCACGGAACCAACAGCTGATTGGTTGTAAGTGATG TAAAATCATTCAATACGTCACTTTGAACCTACCAGCTGCTGGGTCCGTGC AAGTCATTGTAACGGTGCATATCATGAATAGACTGAAATTCTAATGACAA AATTTTAATGACAGTTTAAAATTTGATATTTTTTGCCATCGTTTCCAGGG TGAACCTGGAATGAAAGGACTCAAAGGAGAAGATGGAGATCGAGGACCAC CAGGAGGTGTTGGTGAGGGCTCAAGCACCAAAGGACCTGATCCTGAAGGC GAATCTGTTGGAGCTTCCATTGAAGGTACTCCATTCCCAGGACCTGGAGG TATCATCTATGATCTTCGAGAAGGTCCACAAGGACCACCAGGACAAGCTG GTATCGTTGGTGGTACTGGTCCAGCTGGAGACAATGGACCACGTGGTAAA GATGGCCGCAAAGGGTCACGTGGATCACGTGGATTCTTTGGTTTACCAGG ACCTAAAGGAGAACCAGGAAAAAACGGAAACCCTGTAAGTTGATTAGAAG AGTATAAATATTTGTTTACTGAATTTTTAAACGAAGCGGAACATTAGGGA AATGTGGCTATAGTTATATTGCTTTTCTTACTTTTTGATATCCTAATAAA ACCTTCAAATTGAATTTCAATAGATGATATGTTAAGTTTTCAGATCTTCA ACTAGCCTCAATAATGAATGTCAAGTAGTGTAATCCATCTTATAGGGGTT AATGTACAAATTGTAAGAACACAAATTGAAGTCTATTAATATTTCTAACA TCCCAGGGAGACAAAGGAGACTCTGGAGCTGCTGGAGAACCTGGACAGCA GGGACCAACTGGTACACAAGGTCGACGTGGTCTTCAAGGACCTTTCGGTT TCAAAGGAGAAGCTGGCTTAGCTGGAGCTTCAGGAGAACCTGGAGAAGCT GGTCGCACTGGAGCTAAGGTAAATGGAATTTCAAGAAAAATACGAGTTTC GACTTTTTCATGATCAAGAATGGAGACTGTGAAAACGAAAAATTCAAAAT TTCTCTAGTTGATGCTTTTATTCTAGTTATGTAATGTCTTCCGCGAACCC AACAGCTGATTGGTTGAAAGTGATGTATTGACTGATTTTACGTCACTTTC AACCAATCAGCTATTGGGTCCATGATGTAATATCAGAAGATATTGCAATG GTGCATATCATGAATTCTAGTTATGTGCATTGATTTTGTTCTTGAATAAG ACTTTTTGTTTAAAATTTCAAAAGATGTTGAAATAGGCTCAAAGAAAATT TTTTGACACATCTTATAGGGTTACCCAGGAGAGAAAGGAGACCAAGGAGC CGTTGGAGAGACAGGTTTCCCAGGACCTGAAGGACCCGAGGGACCAGAAG GGCCACCAGGACAACGTGGCTTGAGAGGTCAAGACGGTAAACGTGGAGCA GCTGGTGATGCTGTAAGTTTTGTTAAATGCAGTCAGAATTCTATTCGTTG AAATTTGGGTGGAATTTAATTCTTTGTATATGGCTTTTTCAATTGAAAGC TGCCTGATGTTGTATTCTGAGCAGCCAGCAGAATTGTTGGAAAACCAACA AATAAAGCTCTACCTTGTATTTCATTATCCATCTTGAAACATACAAGCAA TTCATTTCAGAAAGACGTTTATCAAATCATATTTCTATTCCTAGGGACCA ATCGGTTTGAAAGGACCCACTGGACCACGCGGACAAGCCGGAGCTAAAGG ACAACAAGGAATGCAAGGAACTCGAGGAGAAAAAGGTGTTGCCGGTGAAA AGGGACCCGATGGAGAATCAGGTCTTCAAGGTTTAGCTGGACCTGCTGGA GACGATGGTAAACCAGGAGACGCTGGAGTTGAAGGTAAAGAAGGACCTCA AGGATCACCAGGACCTGCTGGACCACCTGGACCAAGAGGAGAAGCTGTAA GTAGAAATTGTAGCTTAATAGTATGTCTTGATATGCTGATAATTCAAACA AATTCCTGACATTAGGCGTTTCATAGACATGTCATGAGCCTTCTTCTATT TTTTAATTCAAGTATATACACACAGATGAAATATATAATTGAAGAGTTAA ACTTATTTAATGTTTTCCGTATTTACCAGGGACCACAAGGAGCTCAAGGA GAAACTGGATTCGTAGGTGTAAAAGGTCTTCGCGGAGAAATCGGTCTTCG AGGTACACCAGGAAACAAAGGAGAAACTGGTGTTGCTGGAGAAATCGGAC CACCAGGACCTGCTGGCCAACAAGGTAAACAAGGAAAGACTGGCCCCGTT GGACGACGTGGAACACAAGGTGTCCGAGGTAGCCAAGGTTTACCAGGTCA ATCCGGAGATCCAGGACAATCAGGAAGAACAGGACCTAAAGGTAACAGTG GTAAACAAGGAGAAGTTGGACCTGAAGGAGAAAAAGGATCTCGTGGCTAC ACAGGACGTGTTGGAGCCAAAGGATTCCCAGGAGAACCAGGAAACGTTGG ACAACCAGGTTTAACAGGGCGCGATGGTAAAGATGGTCAACGTGGCTTGA ACGGTAAAGATGGAGACCCAGGACCACAAGGACCTCAAGGTATCCAAGGT GTTCAAGGAACAAGTGGTGTACCAGGAACAACAGGAGATCCCGGAGATAC TGGAAACACTGGACGAACAGGTGCAACTGGTGTCAAAGGAGCTCGTGGAG CATCAGGAACTAGAGGATCTGCAGGACCTCCAGGACCTACTGGTGAAAAT GTAAGTTATTCTTTACTGAAAAAAGTCTTTAACAGCATTCAGCAAACTTG ATCATGATCCTATTTTCCAATTAAGCCTTTTAGGTGAACTCGTTGTTTAT TGTTTGGTGGGAAAACAGTCATTGCTTATTCTATAAAAAATCTGACGATC TAAAATAGCTTTTCTTCCTTCTCTTAGGGTCTTCGTGGAGAACGTGGAGA ACAAGGACCCAGTGGAACTCCAGGAAGTCAAGGACCACCAGGACCTACCG GAGCTGTTGGGTTACCAGGATCTGACGGTATCCAAGGACGCAAAGGATCT TCTGGACGACCAGGAAACCCAGGTTTGATGGTAAGTGATATTATGCTTTA GATTTATATTNACCAGGAAACCCAGGTTTGATGGTAAGTGATATTTTGCT TTTGATTTATATTTTGTACCAAAGTTTCGATATTTTGTAACCGAGTTATT TGATTTGACAAGATTGTTTGGGTGATTTAATTCTCCATCGTGGAATTTAT TTAACCCACCTTTAGGAAATTAATTACATAAATTGAAGCACTCGCCAGGT TCGAGCATTTTTCTTCCTAAATTTACTACTTACTAATTACTACTCTCTTT AGACTAACCATCGTATTTTCTCGAACTATAAACTCCTAAGAAATCAATAA AATAGTGAGAATTATTTGAAGAAAATTATTCTAAAGGCACCTACTAAATT ATTTTGATATCACTCCATTCTAGGGAGAACAAGGCGTACCAGGAGCTCCA GGATTACCAGGATCCCCCGGAAACAATGGTAAACCAGGAGAACGTGGAGA TCCAGGACAAGATGGAGGACCAGGAGATCAGGGACCACCAGGATCACCAG GAAACCCAGGTGCCAGAGGACGTGAAGGAACTCCAGGACGACCTGGCCGA CGTGGAACACCAGGACCTAATGGAAAACCAGTAAGAAAGAACTCTAATAA TAATTTGTGAAAATCATGTCTTTTGTCCAAGGCTGATTATTGAATCAAAC AAAACACACATCAATTGAATTACTGTAGAGAATCATTTAGTTGTTCGAGA AACTGTTAAAAATTGCCAGAAATTGATGATCCTATTAAGTAGAACACCAA TTACAATAATCGTACAAATAGTCCCTTGTAAAAAATTATCATCAAAATAG ACTTTTCAATAAAGTAATCAACCATTCTTCTTTCTCAAGGGAGCACCAGG AGCAGCAGGACCAAAAGGATCAGACGGTCGACCAGGAGAACGAGGTCCAG AAGGATCTTCAGGTCCACGTGGAGTCAATGGAGCACGTGGAAGCCCAGTA AGTTGTCGCTGTCTTTTTTCTATAGAAAAGTCTTATCAATGAAGTGAGAT TACAATTAACTCGAACCTCTAAAGAACACATTTACTTTTTTTTTTGGATT AATCTTAAAATTAAGTTATCATTGTCCAAACTCGTACACAGTCCCTTAGT TCACTTTTCAAAGATTCTGATAGCACTCACGCGGCAAGTGGCTCTGGGTA CAAGATTGGTCACTGTCCGTTTTCTAGTTAAACCAACGATGTAAGACGAT AATAAGTCTCTCTGTAAACTGTAGTTTCAAAGCCATGCCACTCAAATCTC ATCTTCAGCTTGCAAGCCCTATTTGACTGGAATATTCTTTCGTATTTCTC TTAGGGTCCAGATGGAGCTGCAGGACTTGATGGAGCTCAAGGACCACCAG GTGACATTGGTGCACCAGGAAAAACCGGAGCCTCAGGAGTACCAGGACCT GTCGGACTTAGAGTAAGTATTAACCAGTATTGAGCGCAGAGTGCTTTTGT TAATGAGTAATTATTGAATGGATAAAATGTGGTATAAATGCATCGATGTA AGTAAGTGTTGAATCGAATCTGAAGTTGGATGATATAAAATTAAAAGCAT CTTGAAAATTAATACATAAGTTTCAAACATTAAGTTTGAATAAAAACAAA AAAAGATTAAATCGTTGTTATAATGGTTGATTCTTTTTCTTTCCAATGAT AGGGACCAACTGGACCACCAGGAGTTCGTGGAGCTAAAGGATCATCAGGA GATTCTGGTGATGATGGTGAACAAGGACCTGCTGGTACCGCTGGACAACC TGGTCTTGTTGTAAGTAAAGTCTCCTTTGTTGCTATTAGAAAAAGACTTG CATTTTCTAATAATTATATTTCGTTGTTCTTTTGGTGCTGCGAATACACC ATGTAAGAAATACTATAATTCAGTAGGTTAGACAACAAAAGATGACATAA AATAATAAAATAGGTGAAACATAAAAAGCTAAAAAAGGTACACAAAATAA AAAAGGTCGTTTATAGCTGGAAGAATATTTCGACCATTGACGTGTCTTTA TTTTGACATGTAAGATATTGCAAATGATAATGTCATTAAAATAAATCAAA TCACAATTTTTCTAGGGACCAATCGGAGAAATTGGAGAACGTGGACAAGT TGGAGAAGTCGGAGAAATCGGAGAGACTGGTCCACAAGGTATGCCAGGAC CAAGAGGTCCACCTGGACCACAAGGACCGGAAGGCCCAGAAGGAGCCCCA GGACCAATGGGTAAAGACGGAAACAAAGGACCTGTTGGAGACCCAGGAAA TGCTGGCAGACCTGGCAAACAAGGAGAAAGTGGAAAGCCAGGAAAAGACG GTGTTCCAGGAAACCCAGGAACTGCTGGTAAACAAGGACCAAACGGACTT TCAGGATCATCAGGACCACAAGGACCACCAGGAGAACAAGGTCAGCGAGG ACCTCCAGGACGAATTGGTGTTGTTGGAAATAATGGACCTAAAGGTTACG TTGGCCCTGACGGTTTGAATGGATTAACAGGTAAACGTGGATCACGTGGT AAAGAAGGACCTCAAGGACCCACTGGTGTCATTGGCCGTGATGGTCGCGA TGGAAAGCCAGGATACAACGGAACTGACGGTGATAACGGTGGTGTTGGAC CTAAAGGAGATTCTGGTGAACAAGGAGATAATGGAGCACCAGGATCTACT GGTGAGAATGGTGATGTTGGAGAGCCAGGAGTCGGTGGTGAAGATGGACC ACAAGGACCTAAAGGACCCAATGGTAACCCTGGAGCACCAGGTGCCCGTG GAAAGACAGGACCTAAAGGAGACCGTGGTGGTAAAGGAAAGACTGGTTCT GATGGACGTGGTGGCTCCAAAGGACAGAAAGGAAACATGGGACGTTATGG TATGCAAGGACCACCTGGTGATGCAGGAGAGAAAGGAGATGAAGGCCCAC AAGGAGAACGTGGACACCATGGACCACAGGTACTTTTAACTTTGAGTTGA TTCTTTGGTGATAGGGTCAATATTTTAAGACAGTTTTGGATGATCGAAAA TTTACAGTATTCTAAATCTAATTTTAGATCATTCAACTTTTTTATAGACT TAAACGTTAGAGAATAGAATACGTATTTGCTCTATATAATAATAGAGAGA CAAACAAAGTCGTTATAGCCATTCATTTTCACTTATATTGAAATACTGGA GATACATCGAGATAAAAGGAAATAAAAATCTTCTCTCTTTATATTAGAAA GAAGACTTATCTAATAACATTTTTTCTCCATGTATAGGGAAGCCCTGGAG ATTCTGGACCAAACGGACCAGATGGCGAAGAAGGATCCAAAGGATCTCTG GGAAACCAAGGACAAATTGGTAACGAAGGTATCCTTGGTGCTCCAGGACC TGGAGGAAGTCCAGGAAGTGCTGGAAATCCAGGTCCCCCAGGTCCACCAG GACCTCCAGGAGATATGTCTGGTGCATTAGCCGGCAACTTCTGGGATTAC TTGAATACTGGACATAACATGAAAGGTCCTGGTTATTACAGACAACGAAG ATCTGCTGAAAACCACAACGATATTGAATCCATCTTCAAAGAGGTATAAT ATTTTCTCTTTTATTAACATGATACCTAGGATAAAAATTGGGTAATAAAT CCATTTCTGATCAAGTGAACACATGGAGGATAGGATACACGTAACTCAAG CTGTCTAGAAGTTGCTTTCCGATCTTGCAATCTTATAGTCATCAAAGTTA AACCCTTACTAATGTTTTACAAGATTTGTATTAAGTAAAAGCATCACGAT TTTTTTCTTTTCCCAACAGAACTACAGGGTATTCCAAAACTTCGACAACT TGTGGAATCGTGTTATGGATGATATTGTCAACAAAAAATCTTTGGGAACC AAAGCTAACCCAGCAACCACGTGTGCTGATCTCTTCCGAACAAGAAAGGG ATTATCATCAGGTATGTGTGGAAGCTAGTCTACTCTCGATTTACTAGCTC TAAAATGAAGCTCCGTATTTTGATGTCAAAGCGATCACCTATTATATTAT TCAAGGAAAGATTTGAGTTATTGACTTCGATTAAATGTCCTTCTTCTCAA GGAAGAAAGAGTCGGCTGCTGTCTTAAAAACAAAGAATTCCCCATTTTAG TTATTTATAACTTATGATACCTAGGCCATTTCACAGTCGCAAAGCGTAAT GGGTAATCAGGACCACTGTGCTAATAACGACTTACTATTGGACAAAAGTT TTGAACATTTTTGCGTCTAGCAAACCGGAAGTCGTTATTAGAGCGCAACC AGTCCTGATTACCCATGATTCATTTCGACTGTGAAATGGCATATGCCACC CATTCTAATTTCAGGCGACTACTGGATTGATCCAAATGAAGGATCATCAC ACGACGCCATTTTGGTTCATTGCAATGCCACCAATTATGAAACATGTGTT TATGCTAAACAACCGGAAGCCGATAAAGATGTTTGGTTCGCTGGAAAACC ATCTTTCTTATGGGCTTTCAAAGAATACATGGATGAACCAGAAGGCGTAA GTATACAATAGTTGGGTAGAGCATTATTGGTAGAGCATTCTCCTCGCAGC TTCAATCTCTGTTTACTGCCAACTCGAAAAATATCAATAAAGCTTATATG GTTATGTGTGATCTCCGTGCTAAGAGTTGAGAAACTTTCTGAGGTGGAAT AGAAAATAAATTGTTCAAGTATCGGGAACAAGTGCTTCCAAATAGTTTGT AGCTTGCATATCTTCAAAGTCTCAAGAGCAAAAAGGAATGACGAAAATAC TAGAAAACGAGGGCTGACTCTTGACTTTTTATCAATCAACAAAGCATAAA TTTTTCAACAAACTGTAATGAATTCAATCGAATGATAAACAGACAAACGA GTATTTTTACAGTTGACTGTCACTCTAATTTGATCTTTAACTGAGGAAAC ATTTTCTTTGAATTAGAGAGAGATTCTAATTACAGAGTAATTGAAACAAC TTTCCAGCTGAGAGGAGCAATATTTTAGTTCGAATTAGAGAAAGATTCGA ATGATAGAGATTCGAATTAGAGAGAGTTGACTGTATCAAATTTTCTTTCC CTTTTTAGATTTCATATGCTGCCGATTTGGTACAATTGAAAATGATGAGA TTGTTAAGTAACACCGTTCGACAGAATATTACACTTCATTGTAAAAACTC TAATGGAGATATGAGCATTATGACGGATGAGAATAAAGAATATGAATTCA ATTCATTACCACGTGGTATGAGATCAAAAACCATCTCTAATGGATGCTCG GTAAGATCTGTTCTCGATTTCGTTCCCAGTGAATTATTAGCTTTTCGTAA GAGGGCGCGGGCTCCCGTAAGGCAACACCAGGGTATTCTCTGATGCCTAG CAGTAAAGTAAATAAAGCCTGGGATACATGGGGATGGAAGAGATAGGAGG GTGCTAGAAATAATCTTGTCAAGAAATCTAATCTTTTTTGAAGACTTAGT TAAGTTTAAGAATTCCTATCATCATTAAATTCAGAATAAGGTTGGAAAAA ACTCTTTTGAAATAGATATAATATACGTTTGGTATTACTCTACCGTCGTA CAGAGAATTTTTGCGAATCGTGCCGTTAAATTAAAGACGATGATGTTATA GGCACCTACCTATCACAAAACAAGCCATTTTATCTGATAAACAAAAAGTA AGAGGCGAAACTTTATTGAGCAAAAGCCAACTAACACAAATCTATAAATC CTACATAATTGCACCAGACATATCTTCTGGAGGTTCTTTTGGACCGGGAG GACCTGGATTTCCAGCACTTCCTGGACTTCCTATTGAGAAATAAATAATG TCAATTCTTTTTCTTTTTCAGATCAAAGATAACCAATGGCATAGTCGCGT TGTTGAAATCTTTTCCGACAATCTCCGTGGATTCCCAGTTCAAGATATTG GAAAATTCATTGCTACTGAAACTGAACAAGTTGGAGTCACCGTAGGACCT GTTTGTTTCAGTTAGAAGAATGGCATTAAATTTTTGATCATCTGGAAGAT CTTTTTGATAGAAGAACAGAGGCAGTTTGGAGAAGAATAGACATTAGATT GAACCATTTCCTAACCATTGCAACGAGTAAAGGAAAAATTTATCACATAC ACTGCTTTCACAACTACTGGGGTTGCGTCGAAACATCTTGATACAACAAA CCCTTCAAAACGTTTGATGAACACTCCACATATCACAATTTTAGATTTCA ATCAAAAATTTTAGATTAACAGTTTTTTATAGAAATTTTATAATAAACTA GAATTTTTTTCCATTTAATAACATCTAATCGTAATGTGACCAGATTATTT TATTTTTATGCTTCATTGAAAATCTCTTGTTTGTTCTTTTTCCAAAAAAG ACTGCCACTATCTTCTTGAAATAAGATTTTACTGTCATTATTTATAATTT CAACTTAAAAGAGGAAACAATAAAAGAGAAAACAATTGCTTGCGAGGGAG CTTACACCACACCCCTTTGAAATGTATTTACAGTATGACACGGCTTCAAG TACTTTTTTTACTCTTTTATTCAAGAAAAAGCTAAAAGATAATTGAAAGA GTTTGTCGTCGTATATTTGTGAGTATTTTGACTTTTACCTCTTGTACATA CGTTATTTACTATGAACAATAAAAAAATTAAATTGGTACACCTTTTATAG GGAAATAATAACTATAAAATATGAAAAAATNATTGCTTTTGTAAACAAAA AAATAGCAAAGTTGATTTCGAGCAAATTTGCAATAGAATGTTTTGATTAT AAAATAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_042930XLOC_042930Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00068908-exon-scaffold_49-1575043694:790894..791293TCONS_00068908-exon-scaffold_49-1575043694:790894..791293Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:786239..786415TCONS_00068908-exon-scaffold_49-1575043694:786239..786415Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:785292..785632TCONS_00068908-exon-scaffold_49-1575043694:785292..785632Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:784648..784894TCONS_00068908-exon-scaffold_49-1575043694:784648..784894Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:783583..784302TCONS_00068908-exon-scaffold_49-1575043694:783583..784302Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:782273..782854TCONS_00068908-exon-scaffold_49-1575043694:782273..782854Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:781097..781243TCONS_00068908-exon-scaffold_49-1575043694:781097..781243Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:780323..780675TCONS_00068908-exon-scaffold_49-1575043694:780323..780675Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:779617..779890TCONS_00068908-exon-scaffold_49-1575043694:779617..779890Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:777245..777312TCONS_00068908-exon-scaffold_49-1575043694:777245..777312Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:776961..777014TCONS_00068908-exon-scaffold_49-1575043694:776961..777014Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:776010..776345TCONS_00068908-exon-scaffold_49-1575043694:776010..776345Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:775576..775737TCONS_00068908-exon-scaffold_49-1575043694:775576..775737Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:775082..775225TCONS_00068908-exon-scaffold_49-1575043694:775082..775225Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:774598..774849TCONS_00068908-exon-scaffold_49-1575043694:774598..774849Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:773794..774414TCONS_00068908-exon-scaffold_49-1575043694:773794..774414Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:773464..773616TCONS_00068908-exon-scaffold_49-1575043694:773464..773616Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:772864..773070TCONS_00068908-exon-scaffold_49-1575043694:772864..773070Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:772497..772604TCONS_00068908-exon-scaffold_49-1575043694:772497..772604Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:772032..772139TCONS_00068908-exon-scaffold_49-1575043694:772032..772139Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:771684..771791TCONS_00068908-exon-scaffold_49-1575043694:771684..771791Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:770515..771378TCONS_00068908-exon-scaffold_49-1575043694:770515..771378Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:769901..770206TCONS_00068908-exon-scaffold_49-1575043694:769901..770206Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:769533..769674TCONS_00068908-exon-scaffold_49-1575043694:769533..769674Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:768948..769129TCONS_00068908-exon-scaffold_49-1575043694:768948..769129Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:768194..768385TCONS_00068908-exon-scaffold_49-1575043694:768194..768385Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1575043694:766687..767622TCONS_00068908-exon-scaffold_49-1575043694:766687..767622Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:790894..791293TCONS_00068908-exon-scaffold_49-1510915933:790894..791293Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:786239..786415TCONS_00068908-exon-scaffold_49-1510915933:786239..786415Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:785292..785632TCONS_00068908-exon-scaffold_49-1510915933:785292..785632Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:784648..784894TCONS_00068908-exon-scaffold_49-1510915933:784648..784894Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:783583..784302TCONS_00068908-exon-scaffold_49-1510915933:783583..784302Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:782273..782854TCONS_00068908-exon-scaffold_49-1510915933:782273..782854Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:781097..781243TCONS_00068908-exon-scaffold_49-1510915933:781097..781243Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:780323..780675TCONS_00068908-exon-scaffold_49-1510915933:780323..780675Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:779617..779890TCONS_00068908-exon-scaffold_49-1510915933:779617..779890Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:777245..777312TCONS_00068908-exon-scaffold_49-1510915933:777245..777312Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:776961..777014TCONS_00068908-exon-scaffold_49-1510915933:776961..777014Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:776010..776345TCONS_00068908-exon-scaffold_49-1510915933:776010..776345Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:775576..775737TCONS_00068908-exon-scaffold_49-1510915933:775576..775737Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:775082..775225TCONS_00068908-exon-scaffold_49-1510915933:775082..775225Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:774598..774849TCONS_00068908-exon-scaffold_49-1510915933:774598..774849Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:773794..774414TCONS_00068908-exon-scaffold_49-1510915933:773794..774414Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:773464..773616TCONS_00068908-exon-scaffold_49-1510915933:773464..773616Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:772864..773070TCONS_00068908-exon-scaffold_49-1510915933:772864..773070Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:772497..772604TCONS_00068908-exon-scaffold_49-1510915933:772497..772604Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:772032..772139TCONS_00068908-exon-scaffold_49-1510915933:772032..772139Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:771684..771791TCONS_00068908-exon-scaffold_49-1510915933:771684..771791Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:770515..771378TCONS_00068908-exon-scaffold_49-1510915933:770515..771378Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:769901..770206TCONS_00068908-exon-scaffold_49-1510915933:769901..770206Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:769533..769674TCONS_00068908-exon-scaffold_49-1510915933:769533..769674Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:768948..769129TCONS_00068908-exon-scaffold_49-1510915933:768948..769129Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:768194..768385TCONS_00068908-exon-scaffold_49-1510915933:768194..768385Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1510915933:766687..767622TCONS_00068908-exon-scaffold_49-1510915933:766687..767622Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:790894..791293TCONS_00068908-exon-scaffold_49-1491911889:790894..791293Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:786239..786415TCONS_00068908-exon-scaffold_49-1491911889:786239..786415Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:785292..785632TCONS_00068908-exon-scaffold_49-1491911889:785292..785632Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:784648..784894TCONS_00068908-exon-scaffold_49-1491911889:784648..784894Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:783583..784302TCONS_00068908-exon-scaffold_49-1491911889:783583..784302Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:782273..782854TCONS_00068908-exon-scaffold_49-1491911889:782273..782854Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:781097..781243TCONS_00068908-exon-scaffold_49-1491911889:781097..781243Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:780323..780675TCONS_00068908-exon-scaffold_49-1491911889:780323..780675Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:779617..779890TCONS_00068908-exon-scaffold_49-1491911889:779617..779890Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:777245..777312TCONS_00068908-exon-scaffold_49-1491911889:777245..777312Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:776961..777014TCONS_00068908-exon-scaffold_49-1491911889:776961..777014Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:776010..776345TCONS_00068908-exon-scaffold_49-1491911889:776010..776345Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:775576..775737TCONS_00068908-exon-scaffold_49-1491911889:775576..775737Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:775082..775225TCONS_00068908-exon-scaffold_49-1491911889:775082..775225Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:774598..774849TCONS_00068908-exon-scaffold_49-1491911889:774598..774849Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:773794..774414TCONS_00068908-exon-scaffold_49-1491911889:773794..774414Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:773464..773616TCONS_00068908-exon-scaffold_49-1491911889:773464..773616Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:772864..773070TCONS_00068908-exon-scaffold_49-1491911889:772864..773070Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:772497..772604TCONS_00068908-exon-scaffold_49-1491911889:772497..772604Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:772032..772139TCONS_00068908-exon-scaffold_49-1491911889:772032..772139Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:771684..771791TCONS_00068908-exon-scaffold_49-1491911889:771684..771791Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:770515..771378TCONS_00068908-exon-scaffold_49-1491911889:770515..771378Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:769901..770206TCONS_00068908-exon-scaffold_49-1491911889:769901..770206Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:769533..769674TCONS_00068908-exon-scaffold_49-1491911889:769533..769674Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:768948..769129TCONS_00068908-exon-scaffold_49-1491911889:768948..769129Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:768194..768385TCONS_00068908-exon-scaffold_49-1491911889:768194..768385Clytia hemisphaericaexon
TCONS_00068908-exon-scaffold_49-1491911889:766687..767622TCONS_00068908-exon-scaffold_49-1491911889:766687..767622Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_49supercontigscaffold_49:766687..791293 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
0.000433076 0 0.00082542 0.000573619 0.0329934 0.0309822 0.368165 0.748043 0.0833256 0.273603 0.173158 0.130014 0.977078 0.565298 0.135939 0.0759841 0.413727 0.426904 1.55094 0.644543 0.756503 1.02823 0.136021 0.122283 0.712611 0.513106 0.0204466 0.104926 0.269017 0.282853
Blast
BLAST of TCONS_00068908 vs. Swiss-Prot (Human)
Match: CO1A2 (Collagen alpha-2(I) chain OS=Homo sapiens GN=COL1A2 PE=1 SV=7)

HSP 1 Score: 144.821 bits (364), Expect = 3.169e-34
Identity = 78/263 (29.66%), Postives = 118/263 (44.87%), Query Frame = 1
Query: 6694 AENHNDIESIFKENYRVFQNFDNLWNRVMDDIVNKKSLGTKANPATTCADLFRTRKGLSSGDYWIDPNEGSSHDAILVHCNATNYETCVYAKQPEA------------DKDVWFAGKPSFLWAFKEYMDEPEGISYAADLVQLKMMRLLSNTVRQNITLHCKNS-------------------NGDMSIMTDENKEYEFNSLPRGMRSKTISNGCSIKDNQWHSRVVEIFSDNLRGFPVQDIGKF-IATETEQVGVTVGPVCF 7386
            A+      S+  ++Y V     +L N++   +  +   G++ NPA TC DL  +    SSG YWIDPN+G + DAI V+C+ +  ETC+ A QPE              K VW       + A  ++    EG++      QL  MRLL+N   QNIT HCKNS                   + D+ ++ + N  + +  L          +GCS K N+W   ++E  ++     P  DI    I    ++  V +GPVCF
Sbjct: 1119 ADQPRSAPSLRPKDYEVDATLKSLNNQIETLLTPE---GSRKNPARTCRDLRLSHPEWSSGYYWIDPNQGCTMDAIKVYCDFSTGETCIRA-QPENIPAKNWYRSSKDKKHVWLG---ETINAGSQFEYNVEGVTSKEMATQLAFMRLLANYASQNITYHCKNSIAYMDEETGNLKKAVILQGSNDVELVAEGNSRFTYTVL---------VDGCSKKTNEWGKTIIEYKTNKPSRLPFLDIAPLDIGGADQEFFVDIGPVCF 1365          
The following BLAST results are available for this feature:
BLAST of TCONS_00068908 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
CO1A23.169e-3429.66Collagen alpha-2(I) chain OS=Homo sapiens GN=COL1A... [more]
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