TCONS_00010545 (transcript) - C. hemisphaerica

Overview
NameTCONS_00010545
Unique NameTCONS_00010545
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length5460

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00010545 ID=TCONS_00010545|Name=TCONS_00010545|organism=Clytia hemisphaerica|type=transcript|length=5460bp
TAGATGTTTAATAacgaaaattaacaaaattagaTGAGAAAACAATGACA
TGATGAACAATAACAATAAACTTGCAAACAAAAATTCTAAAGACAGGACA
AGGTCCCCAACAACTCCAAAAGCAACAgaAAGAGGGAAAAAAGGGAAGTC
TGTGGAAAATACTGCTGGTGATGTATCAGATGAATtagaaaatattgaaa
gttGTGTGAACGTCCGCGGTGAAAATGATGAATTGAAAATTAATCAAACT
TATCTACAAAGTAACCATTCACCGCAACCACCAAAAGATCGCCCAAAAGA
GTCTATTTTGATACGGAGACCTCTTCCTTCTTCAAAGTACAAACAAAGTA
AACCAAAAGAAAAGGTGTTCATTGCAAAACAAGTACAATCAGAAGAATCA
TTAGATATTTCTGAACTTATTAATTCTGAACCTTTAGTGGACACTGCAGA
AGTTAAACCCTTCAATATACTTGGTTCCTTCAATGACTTCAAACAGCAAG
CAGCTAGAGAGCGTCAAATTCAACTTCTCAGTGCGAAAAGTAGTTTCAAT
GCAACTGCCAATAAAAAGGATAACAAagaaaagactttcaaaacaacTGA
TGACAGCAAAAATatcaACCAGAGCAATGCTTTACGTCATTGGGAAAAAC
AAATGGCATCTAGAAGAAAACAACAGCAACATCTTGCTAagAAAATGGGT
ACATCACAAGAAGCATTGATTATGAACcaaagtgattcttatagatcaGT
CCAAGAGGAAAGaacttTGATTGATCGTTCAATGCCATTGAAAGATTATG
GTAAAGGGTATCGAGTTGGAAGTGAATTTTGGAAACAAGCTGAAGAAATT
GGTGGCAATCAAGGAGTTAGTGTAACACTCAGTGAAACAGAAAAGGGCAA
TGTTCCCTCTATCGAACATGTCGGTCATCCAGCCAACATCAAATCAGAGA
TGGGAAATACATGGTCAGCAACCCATCGAATGAAAAATGTACATTTCAAC
TGGTGGAATTCATCATATTTAAATGAGAGAAGAGAATATCTGAAAGATGT
GATGGATGAATTAGATCCACATAAACCTTATATGGACGGCTTGGAAGTGA
TTGGTCATGGTTTACAACTACCACAGAATGTTCGAATGAACCAAGGAGAT
GCGCTGGCATGTTTCGGTAATAATGAGCACTTGGATGAAGACGTCATTGA
TGATGAAGAAGTTGTGGATGGGGACTTTCAAGATGATTGTGATGTGAGAA
ATATTGAAGGGGAACGACGTGATCCACTTTCCTGTTACGATGACGTCATT
CCAGAGCCTATCTTTGGTCCATCACTTCTCATTAATGGACAACCAGCTTC
GTGGGAAGGCTCTCCTGTGGAAGATTGTAACAGtcaagTTGGCGTCGAGA
CAAGATTGTCATTTGAAGCGAACATCGGTGAATTGGGTGAATCGGTTATA
GCGCTGACTAATGATGGAACAACTGTACTCAAGTTCTCATGGAAGAAACT
TCCAAAGTATGATCCGTTTGGTTTGAAGAAAGGAAAACCCCTTGAACGAT
TCTACTTCGATATCAGAGATGGAATTATTCTACCTGGCCAAACGATCAGT
ATTCCGGCGGTGTTTAAGTCTTCCAACGCTGGTATCTTCACTGAACAATG
GTGCTTGGAAACACATCCTACATTGTGTGCTGGACGACGCTTGCTGGTCA
CCTTACACGGTGTTGCAACCCAACTGACCAATATGGACGAGCACAGAAGA
ATTCTAGAGgaggAATATGTACGCCGCCAAAACATCCAGATGGCGGCCAG
GATTGTCCAGGAGATGGTCAGGGGTGTAAGCACGCCACCGAGGAGCCCGT
CTCCACCACCCCTATTAACGGAAGAAGAAGAATTCAATGAGAGAAATCTG
AACTTACATTACAACAAGTCGGCTGCTGAAGACATGAAGAAGTTCTTCGT
TGAACTCAATCCCCGTGAGAATTGGGATCTTTCCATCATGACCATGCTCA
AaAATATCGAGAACCTTGAGGAAGCGGATGTTATAAATGACGGCGAAGAA
GAGAAGGATGTAGAAGAGACAAAAGAAGAAGCACTAAACCGTTTAAACAA
AGAGCTGGTTTCATTTAACCATCCTGTACGCAAACCTGCTCATCGAAATA
CCTATGATAAGTGCTATAAGGTGATCTGTGAAGCAGTCGACAGATTCGTG
TTACAGACCATGACCTCAAGACACCAACTTGGAATgcctgaaaaagaaat
atacGTCAAACAAGAAAtacCCGTGCACAGAGGGAAAAGCAGAAAAGTAG
TGGATACACAGAAGAATACACGTAACGATGCCAAGAGtccaaacaaaaag
aaagaggaCGCTGGAAAAGCCAGAACACCCAATGCTAAAGAGAAAAAACA
AGCTGAGCCACTTCTAATTGCCAAAGAAGAATCAGCAGTGATACAAGAAA
CTAAAGACAATACGAACACAGCGGCATTTGTTGTTAATGAGACTCAACAT
GCTAATTATAATAAATATATGGACAAAATGTACAGCCAGGTGTACAGTTG
TCTGCAGGACTTGGCAGATGACATTGAAGCAATATTTGCGTTGCAAGAAT
GACTCCAAAGTTACATTCTGCTGACTCATTCACCTTCAAAGATAAGGGTT
TGTACATACAAAGAGGAATTTTgctaattatttttatttctgttCCCATA
AGATTgtctttaatttatttttaactaTAGCTTATTTTTGTATATGGTTT
GATTAATATATATTGGGTGTGTTATACTGTATAAAATGCTTAGATAATTT
ATTATAGTATTaagaaaaaaagtaatgacagaagTTAGAGAATTAAAATA
CTCCTTTACAGCCTAGTTTGTTTTACAATTTGCAGCGGTCGAAATTAAGT
CCAAGTAAGCTGGGATCCTATATTTACTATCAACACTCATTTGTTTCGAG
CTATCAAGtttcgaaacttttgattttatagAAAGCATCTTTAAATAACT
TGATTATATAGTTTGACAGCGCGATAATCTATGATATAGGCGAAGCTGTT
TACTTGCTGGATGTAAATGCAATTTATATAAGGTTTGAATGATGTTTTTG
TTATCTTTCTTTTATTAGATTAAATTAATAACTATACCGTTTCTTGTTTG
ACCTTGCTTTCTATGATGTAAGACAGCAGAAAAAAGGATTGAAAGGTCAA
CAGCCAATCGAACGTGTTTTGATGATTGACTCGGTTTGGTTATTATAAAT
TGTGTGGAGAACATACTACAGACTTTTGAAGGTACACATCTAAACTTCGT
ATAAATTGAAAACAGGATTCAGTCAATTTTAAAACAAGATTAAAGCTTTG
GCCAACTTTGGAGAATCAAAGTATTTAACCATGTTCAAGAGCAAATCAAC
ATTGGTccattttgtaattattttgaTATGTTTGGTGTTATACTATCTAA
ATAAACCTTTACCGAATTTATCGCCACAAGTGAGAGATTGGTTTAACAAG
GGACAAATCTTCAAATATAATGATACTTTTGATATCTTTTATTATGATAG
TGGAGTTAATACTGAAAATAAGGATGGTCCTATTTTATTGGTTATTCATG
GATTCCCAGCTAATTCATTCATCTGGCGTGACTTAGTTCCTGAGTTCAAA
ACTAAATTCTCTCGAGTTGTTATCCCCGATTTAATGGGATTGGGTTTCAG
TGATAAACCGATCGGATATCGGTACACAATGATGGAACAATCACGGATGC
TGGTGCAATTGTTGACACAGTTGAATTTGACCGATATCCATGTTGTTGCA
CATGATTATGGAGTCAGTATAGGTCAAGAATTGATACACCAAGTGAACCA
GGGTTCACCAGAAATCATGGTCAAAAGTATTTGTTTTTTGAACGGTGGTT
TAGTACCATCTCGTCATAACATTCTTTTCATACAGAAACTTTTCTCCTCG
CCAACCTTCAAAAAGATTATGCCTTACCTGTTAACATACCCTATCTACAA
GAACCGCTTGTCAAGTATATTTGGACCACACACACGTCCGTCCGACACCC
AACTCGAAGATATTTGGGCCATTATGCTACACAAAAACGGACATATTGCT
ATACCTGATATTTTCACATATCTCTTTGAGCGAAAAGCAAACGAGATGAG
ATGGTTAAGTGCTTTACAAGAAACCAAAGTCCCAGTGCATTTAGTGTACG
GGCCTGAAGACCCAGTTAATACACCTGATGGTTTTCTGAAAACATACAAA
GAGTTGATACCGAATTCTTCGGTCACCGTTTTAGATAATGTCGGACATTA
TCCTCAAGTGGAGGACCCTGACGGTTTTATTGCATCCTATATgcgatttt
taaagaaagtaagGATGTAAGAATTTaggtgttgttttttttatatttta
tattattttagcACCAGACAGTTTTAAGCCGATGCTAATGGGCAGATAAT
CaatcttttttttgtaaaatgaatCGAAATGTTTCGATTATCTGCTTTGT
ACATAATTTTAGATGGACGCATGAGTGGCGTAAGTAgggtttttgtttga
aatgtttttgaatcgAAGTCCAAATGAAGGCATTCCTACCTTTATCATAG
TTCGTATGAAAAAATATGATCTGGAAGTCTATCTGTCAAGAATATGTTCA
AATAAGCCGATCATCGGTTCTTTAGATGATATTATTTTGGATactagacc
ttttcataaattactttacgaacatcacttgcttcgttttgaaattattg
attaaatcccagcggattttattaaaacaacttcctattcataaaaaaaa
tcagtctctaGAGACATAataaccatggtaattgtttgaatacgaggcta
gtgatgtttgtgacgtaatttatgaaaaggtctatttagtgtgGAATGTG
TGTGCCGAACTTGACTCTGGCTTCTGAGATTTCCAAGATTCATTAAAGCG
CATGTGTAAGAGCAGAGATTTTCACCACAGCCTGTATAACAGACTGTCGG
CTCTTTAGACGATTTCAAACCAAACATTATCCCGATTCTTCATATCTTTT
TCTTCGAAGTTGAAATTAACGAAATCTTGTCGGAAAATGCTCTTTTGACT
TAAGGAAATTAAATTCAAGAAGAAAAAACGTTTGTTTTCCTTTAATCGCA
TTTTCTTGTTTTAATATAGGCTTAGGATCCCATAAATTATCTATTCAAAA
ACCGATGGTCGCATAATTTGAACAACATCGTAGACTGTCCTGACCCGTTC
TTCCTTATTAAGATTTCATTATAAATATAGATCATTATAGATCGATCAGA
GCTCTCCCTATACTTTCGTCGAATTCTTCAATAgattttttttacgtttt
tacgaATCATGTTGTATAATttgagaaaagaaaaacttttgacacatttt
ttacTCGCTTTGAAATTCTCTGTCTAACACCCCCCTGACTAAAAGTAAAA
TGCTCCCCAG
Run BLAST on NCBI

transcript from alignment at sc0000107:138740..162284-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00010545 ID=TCONS_00010545|Name=TCONS_00010545|organism=Clytia hemisphaerica|type=transcript|length=23545bp|location=Sequence derived from alignment at sc0000107:138740..162284- (Clytia hemisphaerica)
TAGATGTTTAATAACGAAAATTAACAAAATTAGATGAGAAAACAATGACA TGATGAACAATAACAATAAACTTGCAAACAAAAATTCTAAAGACAGGACA AGGTCCCCAACAACTCCAAAAGCAACAGGTATTTTCTCTTTTTATTAAAT CAAGCTATATAAAGGGTGCACTGTTTTGAACAAAATTCCTATTGTACTGT ATAAAGGCAATTCAAAACCAGTTACTAAAAAATATTCTAGCCAAATAACA TTTCAAAAGTGTTCTTGCTGTTTCTTCACCACCAGGGTTGAAATTGTAAT TATCTTTCAAAAAAGGGCACAGGAAATATAAATTACAGGTTCTAAATTAT GCAAATTTACTTTAAAATTTTGCATTTGTGCTAAAAATGTCTTCCGCATC TCAAAAAGGAATGTAAACTGCCATAATTTGTCCAAAGATCCTGAAAAATA CTGGAACGAGACTTGTTGTTAACAAGGCTTTCTTTTTTGTTGAAAAGATA TCTAAGATAATTGTGACTTTTTTGAGACAGATTTCTTTTTGCTATTGTTT CCCTGGAGCCCCATCAGAAATGGGCTTTTCCAGAAAAAAACCGTGCACCC CATGTTGAGGAGGTCCAACCTTTTGTGACCTACCCCCTTGGAATTCCAGG CAATTTTAGGATTATACTCCTCTGGAATTCCGAATTTTTACAAATTTTCA ATCATTCCCCTTGGAATTCCGCTTATTTTTGACGGATTTTCGTCTACCCT TATGGAATTCCACTGCATTTCAAACCTTACCCCCTTGGAACGAAAAATGG ACCTCCTCAACAGGGGGTGCACGATTTTTTTCTGGAAAAGCCCAATGTGA AACCTCAAATCAATCAACCTTTCCCATTATAGCTAGAAATAATGATAATA AACATTATACTAGCTATGACATAAGGGGTAAGATGTTGAAAATGGTTGAA ATATTGTCCAAAAAATGAATTTTTATTTTTGGTTACACTTCTCATGGATT TTTAAGTTAAACTTATTTCTTATTTGCAATATATATTGGACAGGAAAATT TGCAAATTTTATTTATTATGACTTCAGTGAGTAACTAGTGACCTCCCTTT ACCCTGGCCTCCACTTGTTACATACGGTTTATAGTCGTTTTGAATAAAGC AACGTACAATTCATTTATTATTTTTCATTTCAGCCATAACAACCTATTGC GCAGTTAGTCTTGATAGTAAGATCTTTTAGCTTTGTTTATTCAAGCTCTT TGTTTATTTTGTATTATTATAGTGTCTAGTGAAGTTATTTTTCAGTTTTA ACAGCTTATTCAGATCACCTAAAATGGAGCCATTTTCATTTTAAAGCCCT GAGTTCTAATCTGAATGAAGGGTTTTATCACAACATACAACCTGACCTTT AAAAAATAATGAGTGACATTAAAGTTGGCACATGCTTCAGGTTAATTGAT TGACCCTCCAGTCAGCCCTAATAATTTAAAAAGAAATCTAATCAGTCTAT ACTTTTGTTTTCTCTTTTAGAAAGAGGGAAAAAAGGGAAGTCTGTGGAAA ATACTGCTGGTGATGTATCAGATGAATTAGAAAATATTGAAAGTTGTGTG AACGTCCGCGGTGAAAATGATGAATTGAAAATTAATCAAACTTATCTACA AAGTGTATAATAACTTTTTTGTCTAAATCTACTAAGATTCTTATATTTTA TTTCCCCCCTAGTAGGCAATGTGCTCAACCTCCTATTTTCTAAGAAGCCG CCTCGGACCTACGTCAGGGTGAAATTCAGTTATTTTTTTCTCACGTTTTG CCAAAAAGCTATAGAAGATTCTTCTCGAGCTAAAAACCAATTAAAACATG TTTCTCTGCTGTTAAAAATTATTTCAAGGAAAATATTTTTCATCCAATAG AGTCTGAACTTTTTAACTGAAAATATAATACCCATTTTAGAACCATTCAC CGCAACCACCAAAAGATCGCCCAAAAGAGTCTATTTTGATACGGAGACCT CTTCCTTCTTCAAAGTACAAACAAAGTAAACCAAAAGAAAAGTAAGTTAT GATATAAACAATCTCAAAGCCATTTTATATTTTTTGGACCTACCTGTAGG TGCTATAAATTAACATTAGTTCATTCATTTGTTCGTTCATCTGTCTGTTA CCAGCTTTTCTCGATATTGGCTCATTGGCTTTTTTTGATTCTCACATTCG CACAAAGATGCAAATTGGCCGAAGAAAAAAAACTTCTGGCCAAAAATGCT GGAAATATGCAAGAAAATCCGCATCATTTTTTCAAAACTTTTCACACGTA GATGTGTATTAGCAATGCCCGGAAAACATGACCTAGTCTGAATTTTGAGG AAAATTCTTTTCCAACCAAAAATGCTGCAAATATGCTGAAAATTGCTGTT TTTTTTTAGTTTTCATTGGACTTTTTCCTTATATTTCTTCTTTTTTTCAC ACAAAAACATTATTGATAACAGTATCCATGATTCAATCGTCAATTTTTGG TAATTTCTTGAATCTCTCGAACTGCAGTTATTTGTTGTCATTTTCTCCTT ATTTCTATCTAACCTCCATCATCAGGTAGATCCAATCAGCATCCAGCTTG TTTTTTATTCATAGTTTTTAACTTTTTTCTCTAAAAGATTAGTAAACTTT GTGAATTTATCCCATCAACCACCACCTATGTTCAGCAGATGCTTTGGTCG AATTTGATTTAAATTTGAAACATACTTAACTATGTTACTTATATTATTCT TTCTCAGGGTGTTCATTGCAAAACAAGTACAATCAGAAGAATCATTAGAT ATTTCTGAACTTATTAATTCTGAACCTTGTGAGTAAAAAAAACATTTTGC TGGGACCAATGAGTGCAGGGTAGGGAAATGATCCCTACTTTTCTATATTT ATATCACTTTAACTTTTTTTAAATAGTTAGTAGCACACTGTTTTCCCTCT TCACTTTTTACCAGAACCTTATTTCAGCAAATAGGAGGGGCGGGGACTTG CTTCACTTTACCTTTGTCCAGCCATCACACTATAATAGTTAAAACATATA TATGGTCGATTATGCTAAAATGGTTCAAGAAAGCCTTAATTTTACCTACT ATTTGCTATAAATTTACCATCATATTCTCGTTTCATTTTACTTGATTCTA GTAGTGGACACTGCAGAAGTTAAACCCTTCAATATACTTGGTTCCTTCAA TGACTTCAAACAGCAAGCAGCTAGAGAGCGTCAAATTCAACTTCTCAGTG CGAAAAGTAGTTTCAATGCAACTGCCAATAAAAAGGATAACAAAGAAAAG ACTTTCAAAACAACTGATGACAGCAAAAATGTAAGGCTTCTTCATGTTGT TAACCAAAACTAGGTTTCTTGTGATGACCTGTAGTTTGATATTGATGATT GCAATTATTGCATGGTAAATCATCAATCTGCCAGACTTTTGGATTAACTT TGTTTTCTCAACTTCAGTTGAGCTAGAATCTGAGAATGTCTGTGTGTGTG TGTGTGTCTGTCTGTGTGTGTGTCTGTCACCAAAACTTTGGGGCAGGCTG GAGACTTCAAAAATGGTCCGATTGGGTTGAAATTTTGCACACTTAATCCT TGGGCAAATCCCCGGGGGTGTTTTTTTCATTTTTTCAAAATTTTAATTTT TGGGGCCTGGGGACGAGTTTTTCGCCAAAACGAGGCTAAAACTTTGGGGC AGGCTGCATATAGTATCATATGTTCTTGGGGGCTGAAATTTTGCGCACTT GATCCTTGGGCAAATCCCAGGGAGTGGTTTTTTCATTTTTTCAAAATTCT AATTTTTGGGGCCTGGGGACGAGATTTTCGCCAAAACGAGGCTAAAACTT TGGGGCAGGCTGCATATAGTATCATATGTTCTTGGGGGCTGAAATTTTGC GCACTTGATCCTTGGGCAAATCCCAGGGAGTGGTTTTTTCATTTTTTCAA AATTCTAATTTTTGGGGCCTGGGGACGAGATTTTCGCCAAAACGAGGCTA AAACTTTGGGGCAGGCTGCATATAGTATCATATGTTCTTGGGGGCTGAAA TTTTGCGCACTTGATCCTTGGGCAAATCCCAGGGAGTGGTTTTTTCATTT TTTCAAAATTCTAATTTTTGGGGCCTGGGGACGAGATTTTCGCCAAAACG AGGCTAAAACTTTGGGGCAGGCTGCATATAGTATCATATGTTCTTGGGGG CTGAAATTTTGCGCACTTGATCCTTGGGCAAATCCCAGGGAGTGGTTTTT TCATTTTTTCAAAATTCTAATTTTTGGGGCCTGGGGACGAGATTTTCGCC AAAACGAGGCTAAAACTTTGGGGCAGGCTGCATATAGTATCATATGTTCT TGGGGGCTGAAATTTTGCGCACTTGATCCTTGGGCAAATCCCAGGGAGTG GTTTTTTCATTTTTTCAAAATTCTAATTTTTGGGGCCTGGGGACGAGATT TTCGCCAAAACGAGGCTAAAACTTTGGGGCAGGCTGCATATAGTATCATA TGTTCTTGGGGGCTGAAATTTTGCGCACTTGATCCTTGGGCAAATCCCAG GGAGTGGTTTTTTCATTTTTTCAAAATTCTAATTTTTGGGGCCTGGGGAC GAGATTTTCGCCAAAACGAGGCTAAAACTTTGGGGCAGGCTGCATATAGT ATCATATGTTCTTGGGGGCTGAAATTTTGCGCACTTGATCCTTGGGCAAA TCCCAGGGAGTGGTTTTTTCATTTTTTCAAAATTCTAATTTTTGGGGCCT GGGGACGAGATTTTCGCCAAAACGAGGCTAAAACTTTGGGGCAGGCTGGA GACTTCAAAAATGGTCCGATTTGGCTGAAATTTTGCGCACTTGATCCTTG GGCAAATCCCTGGGAGTGTTTTTTTCATTTTTTCAATTTTAAAACTATAA CCTTTTCTGTCCCTCAATTTATCGAAATTGAACCTTTCTATTTAATTTCA TCCCCTATTCCCTAGTCCCATTGATTTCAATTGTTTGTTATTTTTATATA GAAAAATACGAAATTTAAAGGCGCATGAAAACTGAATTAAGGTATATTTT AAACTAAGTGGTGTATATGAAGTATTTGTAGCCGCATTGCTTATTAGTTT TTTATATATTTTTTTCTTCAGATCAACCAGAGCAATGCTTTACGTCATTG GGAAAAACAAATGGCATCTAGAAGAAAACAACAGCAACATCTTGCTAGTA AAGTTTTATATCATTTAGAGCTTTGATGATTTCTACAGTGTTCAAACTTC TTCTGTCTCAGACGGATTTTCGTCTTCGCGAAGTAAATAAAGAGGGATTT CTGTTTTAAAATTTAGTATAAGTCTCCGAAATTTCAAGATTATATTCTAA AATTGCTATGTAAAATCCGTTTTCGGTCTCAGACGAAAAACTTTGATTCG ACCAATGTTTCTAACCTTTCAACTTTAGTTTTGGATTTTTGATTTACTCC CAATCAGAAATTTTGATCCATTCACAGAGACCTGAAACATGTGTTTATTT TTATTGTTTTAGAGAAAATGGGTACATCACAAGAAGCATTGATTATGAAC CAAAGTGATTCTTATAGATCAGTCCAAGAGGAAAGGTAACTTTGATTTTC ATAGGTTTCATGTTTTCAACTTTCCATGAAACTGAAGGGAAAATAACTAT TACTTCACCATTTTGACTTTTTGCTAAATTTTCATTTTTAGAACTTTGAT TGATCGTTCAATGCCATTGAAAGATTATGGTAAAGGGTGTAAGTGATTTT GATTTTTGTGTGAATTTGATTTACCAAATCAGTGGATCTCACCCGATTTC ACAAGTCATTGGTGGTTTCACCCAATATTGTGAGATTTCTTTTTGCCAAA ATTAGAATAAGGTATCGACTATGCATTTCGTACAGGAGGGCTCAATTCCT ATCTAGTGTGATTCTGGATGATTTACCTCTCCGGGCAATTATTTTCCATC AGATATAGACTGCAAGGAATATTTTCTTTGTCATTGGAGTGTTCCTATAA TGATTTTTGTCTGTTCAGATATGCATAAGGTTAAAATTTCTCCTTCTTCC TATTTATAAACATCATTACAAAATATTCCACCATTATAGATCGAGTTGGA AGTGAATTTTGGAAACAAGCTGAAGAAATTGGTGGCAATCAAGGAGTTAG GTAATGTTTTTTCTAATGATGATAATATTTAAGAATCTTTGTTCAATTTC TATGCTCCTTGGGCAGTGATACATGGGTTCTGTTTGTTGTTTTGTTGAAA ATAAAAAACGTTAAAAAACTCTGTTCATTCACCATTTAAAATTGATTGCT ATATCTTCCTTTCAGTGTAACACTCAGTGAAACAGAAAAGGGCAATGTTC CCTCTATCGAACATGTCGGTCATCCAGCCAACATCAAATCAGAGATGGGA AATACATGGTCAGCAACCCATCGAATGAAAAATGTACATTTCAACTGGTG GAATTCATCATATTTAAATGAGAGAAGAGAATATCTGAAAGATGTGATGG ATGAATTAGATCCACATAAACCTGTAAGAGAACCTAGCTTCGAAATCCAT CCTTCTCCATTCTCCTATTTCATGATATGCAACTTTGCAATTTCTTCCAA ATTTCTTCCTGCTAATTTTTACAAAGGTTTATACCCGCGTATCTTAAACA GTGAAAAAAGCAACGTTTTGGTTGGACAAGATTATAAAAGTTACATTTAT TGTCAATAAGAGATATCTCTCAAGTTGTTGCAATGGCACATATTTTGAAG TTAGGAAAATTTTTTCTTTGGTCAAAGGAATTGTTACCGCTCCTGATTTT GTTTATCTGTAACATGTGTATTTGTGTCTCGTTACAGTATATGGACGGCT TGGAAGTGATTGGTCATGGTTTACAACTACCACAGAATGTTCGAATGAAC CAAGGAGATGCGCTGGCATGTTTCGGTAATAATGAGCACTTGGATGAAGA CGTCATTGATGATGAAGAAGTTGTGGATGGGGACTTTCAAGATGATTGTG ATGTGAGAAATATTGAAGGGGAACGACGGTAAATTGAAGGCTTTTTAATT TCACTATTCACTGAATACACCTTTCAACCCTTCAAAAAGCGTGAGTAGAC CTGGGTTTGAGTTTACCAGTAAGGATTGCAATGATGTCTGAATTCTATGT TTATGAGTAAATCAACGCAATGACTTCAGACATTTGACATAAATCCTGGA GGCTGGGTTTCCCAGGAAAGATGTCAATATTTTTCGTCATCTCTTTCCTA AATTTTGTTAAATGGGGCTATGTGAATATGGTTTTTGTAACAATGAGCGA ACGTTGGAACTTTTGATCTAACTGGACTTTGATAATAATACAATAAAGCT ATAGCATTAATTTGTAATACATTGATTTTCATTATAGTGATCCACTTTCC TGTTACGATGACGTCATTCCAGAGCCTATCTTTGGTCCATCACTTCTCAT TAATGGACAACCAGCTTCGTGGGAAGGCTCTCCTGTGGAAGATTGTAACA GGTTGGTATTTATTTAAAAAGTAGTAAAACTGCCAAAAGGGACATAGAAA TAGGTATAGGAGAAATAGGTATAGGCCAGACCCGATCAATCGAACTTGTC GAACCAATCGAACAATCAAACTAATCGAACTCCATCGAACGATTAAAGTT CGATTAAAAAAATTAATCGAACTCTAAGATTTTTTAAAAGATTGTGAGTG TTCGATTAAATTCGATCAATCAATGGGTTTCAGTTCGATCAGTTCGATAA ACCAATTTTGTTCGACAAGTTTGTGCTGCTCCGCCACCGTATATTATCTT CTTTTCAAAGCCAAATTCGGAATGTAAGTCGGGAAATTACTTCCGATAAC GGATTACACACTTTCCCTGTATCCTTTTAGCGCCAGAGGCGGTTTGTTGG GGTGTAGTATTCCGCCACTCGGCCGCGCGCGAAATCGCAACAGATGGGCT ACGGACTTTATTCCGGATAGACAAATATCCAGGTACAATAAACGTCAAGC TGTTAAGTCCGGGAACTGTCGAAATGGCAATCGCGTGCCAGGACAAAGTT TTTGCAAACGAGGGTAGATAAGAGGATTTAATATCATGGAACTAATCGAA CTTTTTACTGACCGAACTAATCGAACTGCTATTGCTTCAAAAATTGCGAG TGTTCGATTAGGTTCGATTAATTTTTTTAATCGAACCTTAATCGTTTGAT GGAGTTCGATTAGTTCGACTGTTCGATTGGCTCGACAAGTTCGATTGATC GGGTCTGGTATAGGAGAGCATGTTTTTATGATAATTTACAGTGCTGCTAG CTGTGGTTTTCGGATGATGGGTATTTATCTCTTTAAAACCTATTTTTGGG AAATTTTCCTATTGTACTTATCTTGGAAATGAATTATGCCATATATTTTT AGCACCGCCTCAAAGCTCTTCCCAATCTTGTCTGACTTTTTAAATTATGT CCGTAATAGAAAGTATTCGCAGCCCAAATTATTGTGCTGTGAAAAAATAC CAGTTAAGACAGCCGACTTTTGTGCTCCCCTTCCTTTACTTGTTAGATTA GGCTGAATGCTGGCAAACAACATTTTCGCATGGAATGTATTAAAAAAGTC GTTTTCAACGACTTGACAATGTTATAAATTAAAAGTCATTGTATTGATTT AGCAAGATGTTGTTGTAATGATTTTAGACTTTTCTTCGCAATTAGAAAAG AAGAGTAGAAAGTCTGGTGTCTACATTATCGCGGTTGAAAAAGAGTTCCA GAAGATTGCTTTCCGCGGGAATTAATTTTCGCGTTTTTGCTGTATATGGG ATACATTTCTTTGCTTTGATGAAAAATGGTCAAATTTGTAACTCTTGCTT TTCTATTTGCGAATAAAAGTCTAATATACTAGAATTAAGACTGTTTATAT ATCTTCAAACCAAAAACTTCATCTTATTCGTATATCTGTTGTTTTTTTTC AGTCAAGTTGGCGTCGAGACAAGATTGTCATTTGAAGCGAACATCGGTGA ATTGGGTGAATCGGTTATAGCGCTGACTAATGATGGAACAACTGTACTCA AGTTCTCATGGAAGGTAAGGATGAGATATTCCTTTTTGCTATATTTTTCA CCCATGAGATACCCATCATACAACCTATAGTACTTTCTGCTGCACTAATT TGTCAAAAGGAAAAAAAAGTAAATCCCCCGGTAGGTACTAGGGTTGCGAG CTGACGGGGAGGGGGGGTGCCGCCCGACTTTCGAATTATGGACCCTTACC GGGACTAAAAAGGAGAAAACAAAGGAAAATTTTGTGAACTTTACGAACCT TATCGGGACAAATTTGACCAAAATTCGATCTTTCCGTAATAAAAAGTACT GCCCCCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCCCCCCCCCCC CCCCGGAGGTAAATCCATTGACGCAAGGATTGAAAAAAGATGAAATGCAC TCAACTTTATTATGATGTAATTCATTCTCAAATTAAAAAAGAACTAGCCG TATGCGCAGCGTGTCCCAATCCAGTGAATCACTACACATCTACATCTAAA AAATTCTAACGGAAGAAAGATAGCCTCCGATTGATGATTAGATTTTGATT TTAGGAAATAAAGGAATAAAAAGATAACACTGCATTGTAATTTTTAACCA CAATTAAATAAATGGCTTGGCAAAAGTATATTTCAGATCTTCTTAGCCAT CGCGTGGTTGGACATTCGAGGGTGACTTTGAAAGACTTTTGAAAGTGATA GGGAGCTATGGCGCGCCAAAGCGGAAATAAATACTATCTTTCATTTCGCG GCACCATCTTTCATTTCGCGGCACTATCTTTCATTTCGCGACACTATCTT TCATCTCGCGACACTATCTTTCATCTCGCGACACTATCTTTCATTTCGCG ACACTATCTTTCATTTCGCGACACTATCTTTCATTTCGCGACACTATTTT TCATCTCGCGACACTATCTTTCATCTCGCGACACTATCTTTCATCTCGCG ACACTATCTTTTATTTCACGACACATTTCGCGACACTATCTTTATTAAAA CGACACTATCTTTTTTAAAACGATACTATCTTTTTTTAAACGATACTATC TTTCCAAAAAAACATTATCTTAATTGAAACGATACTATCTTTTTTACGGG ATACTATCTTTTTTTATGGAAGCCGAGAAGTGCCATCGACAAAAAATATT TCATTTTAGAAAAATAAATTTAAATCTATAAAAAAAATATTTAGTTTTAG AAAAAAGTATTCAATCTTAGTAACAAAAATTAAAATTAGAAAAGTTATCA AGTTAGAGAAAAAAATTTAATTTTAGAAAAAAAAATTCATACATTTCTTG AAGAGTTATTTAGTTAAGAACATTGAGTAGTTATGCTTATAAAAAGGGTA ATAAAAAGAGTTTGTTATGTAGATTAATTTTTGTTACCGAAATCTAACTC AACCGTTACCTATGATATGATACTCTACTTTTTTATGCAAAAAATCAGAA AACATTTTACCTACTGTACTATATTCAATATTGAGCAAATCCTCGTTTTT GGCCCAAATTTGCCCAAAATAATTTTTTTTTCTTCAACAAAATTTGGTTC TGTCAACTTTGCATTATTTGTGGATTGACATCTATGTGCAAAAAATCATC TGATGGTCTTCACAAAGTCACAAATCCAGGAAGCATAGAAACGAAAGTTG CAAGTGTGCACGGGAGGAATCGGGCCAAAAAAGTTTTTCTCTTTTAGAAT TTTTTTTTCGAATCGGGCAAAAAAAATTTCTCTTTTTTCTCTAAAACTAA ATTTGTCTCTAAATGTAATTTTTTTTTTTAAATGAAATATTTTTTGTCGA TGGCACTTCTCGACTTCCACAATAAAGATAGTATCCTGTAAAAAAGATAG TATCGTTTCAATTAAGATAATGTTTTTTTGGGAAAATAGTGTCGCGAAAT GAAAGATATTGTCGCGAAATGAAAGGTAGTTTCACGAAATGAAAGATAAT GTCGTGAAATGAAAGATAGTGTCGCGAAATGGAAGATAGTATTTATTTCC GCTTTGGCGCGCCATAGGGAGCCGCTATTGTTAACAGAAAGTTTTAAAGA GCATCTGAATAAGAATTCTTTAAAATGACAAAATAAAATTGGGAAGAAGG TTGATTTTAACCCATCAAGCTCCAAACTTGGTGAATAGAAAATAGTATCT TGGGGTCTCAATGTTAGTCTAGTGGTAGGAAATCTGAAAATATGATGGTT CAACGCCATGAAGAGGAGGCTTTGTAGAGCTTTGTTAGATTTTCGAAAAC TTTTTACAAAACGTTGTAAACACACACGTTTAAGCGTATTAATATATAGA TTGAATGATTGATTGATTATAAAAGTTTGATTATTCTCGCTTGCTTTATT TATCGAGAATGGCTGCTTTTCCGGTCCACGATGACCAGAACTTCTAAACC CAGGGCTTTACTTGAGCAAATCTTCTCGCACTCTTTTGTAAAAATTTTTA CATAATTTGTTTAATAGTAACTACTTTAGTGAATTAGTGAAATAAAGATT TACGAAACTACAGTACAGTCAACTCAATCGAATTCGAACTTCTATTATTC GAATCTTTTTATAATTCGAACTAATGTATTGGTCCCCTCAGCTGGAAAGT GGTTTTGTACTCTCTGTAATTCGAATCTTTCTCTAATTCGAAGAACATAT TCGGTCCCATGAAGATCGAATTAGAGAGAGAGTCACCTGTATGTTTTCAT CGCTCTGGTGCATCGAAATGGTTGTAAAGTTGCCACCAAAGTATCATCAC TTTGCACAAGTTTTGTTTACCAACCTGTGATATTTTTTTTTCAAATGATA TATAATTTATTTATCATCTCTCTCTATATATAGAAACTTCCAAAGTATGA TCCGTTTGGTTTGAAGAAAGGAAAACCCCTTGAACGATTCTACTTCGATA TCAGAGATGGTAAGGTCTTTGCGTTGGTGATATGCTATTGGTTAAAGTAT GTTTCGTTGTCCACCCTGAGAGTAAGTAAACAGGGAGCAGATAAAGATCA GAAAACTACTTTGTGTAGGCTAATTCTTCATCAATTTAACTATCATATAA CTTATGATATCATATTTTATGATCTGCCCCAAACTCTATTCACAAAATCA AATTATAACATGTAATAGAGAATTCAACATGTAATAAATGTTTCATACCT TGTGTGGTGAAATCAATAGCTTCTTTTATATGACGTAACAAATTTGTGAG TAATTCATTTTGAATTTGACCCACAGCTTAAAAAAAATTGTCGAAATTTG TTTAGTGAAATAAATCTATTTTGGACAGAAATCCCTGCAACAACACCGAC TTACTAATTTCCAGTAACCCTTGTCAATCTTACTACATCATTCCTTGGGG GGGGTGGTACTTAAACAAAAATGGGTGCTGGGTATGTGCGGACGGTAAGG GTCGGTTTTTTCACCTTCCAAAGTCTCTCTAAGGATCGGAAAAATCAGAA AGTTTTCTCTCGAAGGGTCAGGAAATTTTTTTGATTTCGAGAGAAAAATT GTAAAAAAGTCTCTCCCTAAGGGTACCACTATTTTCAAAAATCGAAGAAA ATTTTTCAAAAAATCTCTCTAAGGGTCACCTTTTCGGCAAAAATCAGTCT CTCTAAAGGTCGGTTTTCGGAGGTCTCGTCCGCACATTCCTCTCATCTGC CAACCCTAGTACCCCCCCCCCCCCCCCCCCCCTCCCCCCCCCCCCCCCCC CCAATTCCCCCCCCCCCCCCCCCCCAATTCCCCCCCCCCCCCCCCCCCAA TTCCCCCCCCCCCCCCCCCCCAATTCCCCCCCCCCCCCCCCCCCAATTCC CCCCCCCCCCCCCCCCCAGACCCCCCCCCCCCCCCCGGAACTTCAATACA TAAAATTATTATTGTGGACCTCAGACACTTTCGCTTCAAAATTTGTAACG GTCTCTTGGGATTGGGAAAACATTAAATGCTCAGTTGTCGAAGCAGTTTA AATCGAAAAACGAGTTGATTTTAGGTATCTTGAGAAGAAGGTATTCTCGT ACATTTCTTAGTTTCCCACGTTTGCTGGGACATCTCTTTCCAAATGAACA GGCTCAATTTGCAATCCTCAGGACGTCAGAACGCATAAATAGTAGTGAGG TCATTGCCCTGACCAGACGATTGCTAAGCGCCTTCAAAAGCAACTAAAAA CATATGTATCAGAACCAGAGGTTAATCCAAGGCCATTCCGATAGAGGTTG CATTTTATTTAGTGAAAAAAGTGATTTTCTTTTTCACCACAGAATTGGTT ATTTATCAGTCTTCCCTATCTTTTTCTCTAGGAATTATTCTACCTGGCCA AACGATCAGTATTCCGGCGGTGTTTAAGTCTTCCAACGCTGGTATCTTCA CTGAACAATGGTGCTTGGAAACACATCCTACATTGTGTGCTGGACGACGC TTGCTGGTCACCTTACACGGTGTTGCAACCCAACTGACCAATATGGACGA GCACAGAAGAATTCTAGAGGTAAGTTAGACAGGAGACCCGTCCTGTATTT TTATAATCTGATGTATACAGGACGGGTATGACCTGTGAGGCACAAATCTG CCTCAAAATATTTACAGTGGGTAATTCGAATTTAGCGCTGTCCTCACTTA CTAAAATAAAAACCAAGTTTCGGAAGTTGCGCTTTCTCTAAGAATGTGTG AGTCACACATTGGTCACTGACCAGCAAAAGAATAACAAAATTAGGATCTA GGAAATTCAAACTGTCAGCCCATACCATGCTATATATTTCGTATATAAAA TTAGAAATCATAGCATGGATCTCCAGGCTAGAGGTAAGTGGGAACAACAA TAGTCGACTAATCTAAGGTGTCAGAGCCACAAAACAGGGATTCCTGGTTC GAATTCCTGCTACTAAAAGTTCTAAATTACTGAAAAGTTTCGATTACAAA GTAAAATTCTGCGACCGCAGTCGGAGGCGACTCGGAGGCTCCTCTTTCGA TAGTTATCAACCCGAAGGTAGTGGAGGGCGCCACTCTTTCTCCCTGAATT GCTCCACTTACCCTTGATCCTTCTCTTTATTGCTGAGCATCAAGCCAAAT CAAGCAGAGAGGCATCAAGTACCAATTTGGGAATCTTTAGTATGGCCTGG CTGGGGGTTGAACCCACAAACTTGCGCACCGTAGCCGGATGCTCTACCAC TGCACTACGGTCGCTTTACACAATATATTTTACAGCGGGAGTTCTGCTAA CCCTACTTTTCATTCTTATTTGTGAGATTGCTAGGTTTAGCCACGTTCTT TTTAATTTACACATTACGACATTTGAACCCGACTTGGATATCAAAGGTCG AATACAATTCCCCTCCAATAGGAATTTGACCAACGCCTTTAGAGCTGTAG ATTTAAGGCGAGCGCCGTACCGCCACCGAAGTAAAAGATAGAGAAAGCTG CGATAGCGCTATTAAAAGAAAGAAAGCACCCCTGTTAGGTTATTTGCGTA AGGAAAAGTTCTATAAAAAGATAAACTGTTATAAAATAAAATTTCGATTC AATCTTATGTAAGATTGTTGTTGAAGTTGTTGAAGAATGACGTCATTTTA AAAATGCTTCTAAAGTAATATCATAGTTGATTTATTATTCTGGAGACGAC TTTTAATTGCGGTTTTGCAAAAGAAAAACATTTCCAGACTTTTTTCAGAG AGCTCTAGGTCAAAGTGATTTTGTGACTTAAATTCACGTGTTAGCATTAC ATAATATCGGATTACTAATACAAGGTTGTAAATTTTTTTCAAAAAAGTTT GACTAGGTCACAGAGAGATGTTTTTATAAGAAATTACAGATTCTTGAACA TAGAAATTGTGCATTGGGGCATGCACTTTAGACAAAGTATCGAAGCTTTT TAAAGTAAATCGACAATAGTCACAATAGTGTGTGCTAAAAAGTTGTTTTA CATGCGGCTCTTCGGAAAAGGGATTTTTTAATTTGAGGTCAAACTTCTTG AATATGAGAACTCATTCGTGTTCTTATAACAAAAACTATAAAAAGAACAA CAGAGGGAGAAACCCTATTGGTAACTTTTAAGGTTACCATAGCAATACCA TTTCATTGACGATTGAGTTAAGCTTTCCTTCAATCTTAACTTGCATAAAT TACATTGTTGAATAGCTTTTTTCAAATTATGGAAGTTGGTTATGATTATC TCTCTCTACTTTATTTCTCATATTTAGTTTCTTGTATTCTTTGCTCGAAG ACACATTTAAAGAGCTTCATTCTTAACTCTGAATACGTGTCGAATGTGTC TGGAGACAGGCTTGTTAAATTTTACGGATTTCCTATTAGAAACATTTTGA GAGTCGTAGCTTATCGAAGTTTTGCGTTTAGTACTTTAGCTCTAGTTACT GTTAGTATAATAGCATTCTATCAGTAATAACAGCAAGTTAGTTTTACTTT AGGTGTACAAACTTTCGCGAGCAGAAACTTTCGCGATTTTCGCGAATTCC GGCTCTTTTCGCGAACAGTAAATGTCTTTAAAAATTCTAGGAAGGGTCAT TCGCGAAAGTTTATGTCCGCGAAAAATTCTTGACAAAATAGAAAATCTGT TAAACTTCAAACTTTGATTAAAATGTAGCTTTTATGGCTTTTTTTAGCCT GCTAAAAGACTAACTAGCTGGGCCAATATGTAAGTCAAAGGATAAATGTT TCAAGCCAAACCTAGAACTATTTGTCCTTCTAAGCTATTTTTTCATGTGA AAATTCTCAATTTTACGTCTTGATTCGCGAAAGTTTATGCTCGCGAAAAA TATCTTTCCGTTAAATTCGCAAAAGTAAATGTCGTGAATTTCGCGATTTT TCTTCCTCGTGAAAGTTTCTGTTCGCGAAAGTTTGTACGCCTGAAGTAAT TGAAGATTTCTGGCATTTTTTATTAAGAACTCTAGTAGGTTTGTGTAAAT AAAACTCTGGGGGGGGGCAGCTGGGCAAAAGGACCGACGGGTATGTGCGG GTCCTAAGGGTACCTTTTCCAATATGTTTAAAAAAATGTCGGAAAAACTA AAGATGCACTGTAAGGGTAGAAATCTCAGAAAATTCTTGAAAAATCGAGA TATTTTGCCCAAAAATGCTAGAATTTTGACCATTTTTTGCACGAAAGGGA TCGAAAATTTGGGGGAAAATGCACTCTAAGGGTATGATTTTCACTGATTT TTTGCTGCACTGTAAGGGTGCAATTTTAAAAGCCAATTTTTGGCCCGCAC ATACCGTCAGTCTGCAAACCCAGTGCCCCCCGGGATAAAACTGAACTTTT TTATATTTGTCACAAATATTTATTTTAAAATAGAATATTGAAATATTAAA CTACAGTTATTAAAACAAAGAAACTTTGATTTTCTCCATAATGTATCCAT AACTTCATATAAACTTTTTTTTTTCAGGAGGAATATGTACGCCGCCAAAA CATCCAGATGGCGGCCAGGATTGTCCAGGAGNCTTTTTTTCTTCAGGAGG AATATGTACGCCGCCAAAACATCCAGATGGCGGCCAGGATTGTCCAGGAG ATGGTCAGGGGTGTAAGCACGCCACCGAGGAGCCCGTCTCCACCACCCCT ATTAACGGTAATGTTCAAAATCATTGTAATTTTAATCAGTTTTTGGAAAT CCATGGCGAAAAACCTCTGTTATATTCACTTTTTGAACCAAATGCAACCG TACAGTGTTGAATATGGTAGAAGATCGACTGAAATCGTCAGCTCAAATCG TTGATTATTAAAAAATTCGTTGTATTGATGTCAAATCAAGCATTGTACAT TCTCGTACTCAGTATAGTATCGGCTTTTCACTGAAAGAAGGAATTTCAGC AAAAGATTTGGGAATAACCCCGACCCTAGCGTTAGAAAATGATAGCTTTT GATGTTAAGCCCTCTATTCTCGAAATGCAAAATAGAAAAACTATTGTCTA GACTAGAATTTCACCAATTTTTACTCCTTAGGAAGAAGAAGAATTCAATG AGAGAAATCTGAACGTAAGATATTTAAACTTTTGTAAAATTTTTACAATT GCATTTATTCATACTTGATTTTTGACTCAAATATTCCACGTCATGGCTTT CTATTTTGTCCCATATGAGACCACCCATAAAAAAGCACTCGAGATATTTT CACTGTTGATTGCCCTAAGATCTCTTCGAATTGTTGTGAATGTCAGTGCA ATGTGCAAAACAACAACATAGAGTTGTGGTGACTCGACAACATCCTCTCC TTCCATTGTTGTGGTCTTGTACCTTTTTCACACAATCAACGAAACATGTG CAAAGATTAACTGATTGTTTTCCTAACAAAAGCACCTTCAATGAACACGC TTACTAGTCTCGAATTTTTCCATATTTTTGAGGTTTTTTCTTCCGGTGCA GTGATTCCTGACTTTAGGTTAGAGCCTATTTTCACTAGTGAAGGGTCTTA TCTTGTCTGTTCTTCTAACCAATGATATATGCTACAAAGCTAACACGAGC CTTTATTTCTAGAATACTTATACCCCTGCTTCTTACCCCTGTTTCCCATT TTAGTTACATTACAACAAGTCGGCTGCTGAAGACATGAAGAAGTTCTTCG TTGAACTCAATCCCCGTGAGAATTGGGATCTTTCCATCATGACCATGCTC AAAGTATGTTTTTGTTTTTGACGTACCTTCCTCCCTACCCTCCTCATCTC TATTCTTTGACTGTGTTTTGCGTCTCACTTTGACGAAAGCTTAATAAGCC TCTATATGGTTTGAGGCCGGGTAACTCGGTAGAGCGTACACCTTTCAACC CAAAAAGTTGTGGGTTTGATTCCCGGTCACCGTCAACTCGGCGAATGAGT AGTTTGGATTGGGTAATCTGATATCTAGGTGGTGAGTTACTGGGATCTGA GAGTAGGTGTAGCGCTCCACCTCAGCATTTGATCTCCCAGGGCTAGCGCA AACAGAAAAAGGAGATAGACTGCCTCACTTCCAGCTCTTCCGACAACCAA TATTTCCTTACTTATATGGTTTGATTAGATCTTGTTTCTCCCGGCGACTT CATTCATTCATTCATTCATTCATTCATACATTCATTCTAAGAATATCGAG AACCTTGAGGAAGCGGATGTTATAAATGACGGCGAAGAAGAGAAGGATGT AGAAGAGACAAAAGAAGAAGCACTAAACCGTTTAAACAAAGAGCTGGTTT CATTTAACCATCCTGTACGCAAACCTGCTCATCGAAATACCTATGATAAG TGGTAAGCTCAACTATGAAGTTTAAACAATTCTGAAAGGGCTAGATAGGA ATCTTCAATCTTTCACAGACGTAAGAAAATTGTGAAGCTCTAAGATTAGC ACCATAAAGCTTTTTTTAAGCTCGATGAGATCTACTCTACGAAGCGAGGG GATGTGCCGATAAGGCAAGTTTCGAAATAATGACTCGTGAGAGTAGAAAA TAAATTTATCGTTATCGTATTCTGTTACCCTCAAAAAGCACAAATTTGGC GTAAAAGCTATCAATTGCAAGAAACACTATTAGATCTATCAGGGTGCTAG CCTTCTGCGATGACTCTCTTTTTCTCTTTCTTTGTATGCTCTTTAATTCT TCCAACATTCACATTAAATTATATACTGCGTGAAGCATTTTGGAGTATTC TAGACTTTGTTATGGTCGAGAAGGAAAAGGAATGGGATTTATTCATTGTT CAATTTGACATTTTTATCTTACTAGCTATAAGGTGATCTGTGAAGCAGTC GACAGATTCGTGTTACAGACCATGACCTCAAGACACCAACTTGGAATGCC TGAAAAAGAAATATACGTCAAACAAGAAAGTATGCTTTTAACCGAGTCAC TTCTTGAAGCAAACCAAAATGGATTCTTTTTTTTTTGAAGTTTTGGTCTG GAAGTCTTCGAGTTAGTAGGGGAAGGAATTTGTAATAGTAATGATATGAC ATTGAAATTGTGGGCAAATAATAAGGATCTCTCCTTGAAAGAGGTAAAAA AGAAGGACATCTTAGCTTAATTTCGTGAAATTAGGGATTAATACCCCGAC TTCAAACTCTCAAGACTTGTTTTCATTTTTTCAGTACCCGTGCACAGAGG GAAAAGCAGAAAAGTAGTGGATACACAGAAGAATACACGTAACGATGCCA AGAGTCCAAACAAAAAGAAAGAGGACGCTGGAAAAGCCAGAACACCCAAT GCTAAAGAGAAAAAACAAGGTAAAGTGGGAGCAATTCTCCAGTGTATGAT CTCATTTGATATCGGAAAATATTCTCTCTGTGGTTTGTTAAATTTTAAAA GTTTCTATAAAGGTCGATTTTCGAACTATGATCTAGACATAATTCTCATC TCGCAAACTTAATTCCCTCCTTCTCGATACTACACTTCTAAGCCTTGGAG AATTTCTTTTACACATTATTTATGAATGATTGTCTCATTTCAGCTGAGCC ACTTCTAATTGCCAAAGAAGAATCAGCAGTGATACAAGAAACTAAAGACA ATACGGTGAAGATTGATATTTTCTTCTTAACTTTCTACATTGCCAGAGAA GCTTCATTAACATGATATGTAAAATTGTTAGTAGGATAATGTTACTATCA AACAGCGGACTTTCGCTAATTCGATTTTCTATTATTCGAACTATTTCTCG GTTCCTGTCAAGGGGAAACCCTCGTAAAATACTTTCTATAATTTGAACAA ATTAGACTCCCCGCTCGAGTCCGAATTAATTAAAACTGTAATTTGCCCAT TTTTAAGAATGCTTGTTTAAATTGTGTGAAGTAGATATCTGTTCTTTCAA AAATAAATTCAACCTCTGGATATTGTAGTATTGTCCTTTTCAGACGCTCT GTTGAATTGTTATCAACCCGACAATTATTTCCTTTTGCTTCTCATCGGCT TTTTCAATTACCATTTACACATGAAACAAGAATCTTTCAATTTTTGGTTT CTCTCTCTCTCTTTATTATAGAACACAGCGGCATTTGTTGTTAATGAGAC TCAACATGCTAATTATAATAAATATATGGACAAAATGTACAGCCAGGTAA GATCATTATATGTGAATGTGTCTGTTGACAAAACTGATAATGGGAGGACG TCCAAATAAGAGGTTACTTCTCTGAACTGTTGTTCTCGTTCTCAATGAGG ATAAGATTTTAGATCCCAAGAAAATTTATTATTTTATATTTGGCCTTCAT CTTGTGAAGTTATGTAACAGAGAGACCACTATTAATTTCTGAGCATTAAA ATAATGGCTTTTTTTGTTTACGTTCCACTTTATGCCTTCTTCTCTTTACC TTGTTTTGTTTGTGAGAGATTTCTAAATATAAGCAACAGTTTAATAAAGT GTTTACTCTCTGTTGCTATACTGTATTTATTAAGCCCAAACTACATTAGC AGCTAGTTAGTGTTTTGTATGTTTTATTTGTTTGATGTTTGTTATCCAAG CTAGTAGATCAATGTGAAACATTGTAGAACTGTCATGGTTTACAAAATGA CTATTCTTGTATGTTCTGAATGTTATCAATACTTATTGAATAAGGTTGCT GGTTTGTTTTTTTTCAATTGTTAGGTGTACAGTTGTCTGCAGGACTTGGC AGATGACATTGAAGCAATATTTGCGTTGCAAGAATGACTCCAAAGTTACA TTCTGCTGACTCATTCACCTTCAAAGATAAGGGTTTGTACATACAAAGAG GAATTTTGCTAATTATTTTTATTTCTGTTCCCATAAGATTGTCTTTAATT TATTTTTAACTATAGCTTATTTTTGTATATGGTTTGATTAATATATATTG GGTGTGTTATACTGTATAAAATGCTTAGATAATTTATTATAGTATTAAGA AAAAAAGTAATGACAGAAGTTAGAGAATTAAAATACTCCTTTACAGCCTA GTTTGTTTTACAATTTGCAGCGGTCGAAATTAAGTCCAAGTAAGCTGGGA TCCTATATTTACTATCAACACTCATTTGTTTCGAGCTATCAAGTTTCGAA ACTTTTGATTTTATAGAAAGCATCTTTAAATAACTTGATTATATAGTTTG ACAGCGCGATAATCTATGATATAGGCGAAGCTGTTTACTTGCTGGATGTA AATGCAATTTATATAAGGTTTGAATGATGTTTTTGTTATCTTTCTTTTAT TAGATTAAATTAATAACTATACCGTTTCTTGTTTGACCTTGCTTTCTATG ATGTAAGACAGCAGAAAAAAGGATTGAAAGGTCAACAGCCAATCGAACGT GTTTTGATGATTGACTCGGTTTGGTTATTATAAATTGTGTGGAGAACATA CTACAGACTTTTGAAGGTACACATCTAAACTTCGTATAAATTGAAAACAG GATTCAGTCAATTTTAAAACAAGATTAAAGCTTTGGCCAACTTTGGAGAA TCAAAGTATTTAACCATGTTCAAGAGCAAATCAACATTGGTCCATTTTGT AATTATTTTGATATGTTTGGTGTTATACTATCTAAATAAACCTTTACCGA ATTTATCGCCACAAGTGAGAGATTGGTTTAACAAGGGACAAATCTTCAAA TATAATGATACTTTTGATATCTTTTATTATGATAGTGGAGTTAATACTGA AAATAAGGATGGTCCTATTTTATTGGTTATTCATGGATTCCCAGCTAATT CATTCATCTGGCGTGACTTAGTTCCTGAGTTCAAAACTAAATTCTCTCGA GTTGTTATCCCCGATTTAATGGGATTGGGTTTCAGTGATAAACCGATCGG ATATCGGTACACAATGATGGAACAATCACGGATGCTGGTGCAATTGTTGA CACAGTTGAATTTGACCGATATCCATGTTGTTGCACATGATTATGGAGTC AGTATAGGTCAAGAATTGATACACCAAGTGAACCAGGGTTCACCAGAAAT CATGGTCAAAAGTATTTGTTTTTTGAACGGTGGTTTAGTACCATCTCGTC ATAACATTCTTTTCATACAGAAACTTTTCTCCTCGCCAACCTTCAAAAAG ATTATGCCTTACCTGTTAACATACCCTATCTACAAGAACCGCTTGTCAAG TATATTTGGACCACACACACGTCCGTCCGACACCCAACTCGAAGATATTT GGGCCATTATGCTACACAAAAACGGACATATTGCTATACCTGATATTTTC ACATATCTCTTTGAGCGAAAAGCAAACGAGATGAGATGGTTAAGTGCTTT ACAAGAAACCAAAGTCCCAGTGCATTTAGTGTACGGGCCTGAAGACCCAG TTAATACACCTGATGGTTTTCTGAAAACATACAAAGAGTTGATACCGAAT TCTTCGGTCACCGTTTTAGATAATGTCGGACATTATCCTCAAGTGGAGGA CCCTGACGGTTTTATTGCATCCTATATGCGATTTTTAAAGAAAGTAAGGA TGTAAGAATTTAGGTGTTGTTTTTTTTATATTTTATATTATTTTAGCACC AGACAGTTTTAAGCCGATGCTAATGGGCAGATAATCAATCTTTTTTTTGT AAAATGAATCGAAATGTTTCGATTATCTGCTTTGTACATAATTTTAGATG GACGCATGAGTGGCGTAAGTAGGGTTTTTGTTTGAAATGTTTTTGAATCG AAGTCCAAATGAAGGCATTCCTACCTTTATCATAGTTCGTATGAAAAAAT ATGATCTGGAAGTCTATCTGTCAAGAATATGTTCAAATAAGCCGATCATC GGTTCTTTAGATGATATTATTTTGGATACTAGACCTTTTCATAAATTACT TTACGAACATCACTTGCTTCGTTTTGAAATTATTGATTAAATCCCAGCGG ATTTTATTAAAACAACTTCCTATTCATAAAAAAAATCAGTCTCTAGAGAC ATAATAACCATGGTAATTGTTTGAATACGAGGCTAGTGATGTTTGTGACG TAATTTATGAAAAGGTCTATTTAGTGTGGAATGTGTGTGCCGAACTTGAC TCTGGCTTCTGAGATTTCCAAGATTCATTAAAGCGCATGTGTAAGAGCAG AGATTTTCACCACAGCCTGTATAACAGACTGTCGGCTCTTTAGACGATTT CAAACCAAACATTATCCCGATTCTTCATATCTTTTTCTTCGAAGTTGAAA TTAACGAAATCTTGTCGGAAAATGCTCTTTTGACTTAAGGAAATTAAATT CAAGAAGAAAAAACGTTTGTTTTCCTTTAATCGCATTTTCTTGTTTTAAT ATAGGCTTAGGATCCCATAAATTATCTATTCAAAAACCGATGGTCGCATA ATTTGAACAACATCGTAGACTGTCCTGACCCGTTCTTCCTTATTAAGATT TCATTATAAATATAGATCATTATAGATCGATCAGAGCTCTCCCTATACTT TCGTCGAATTCTTCAATAGATTTTTTTTACGTTTTTACGAATCATGTTGT ATAATTTGAGAAAAGAAAAACTTTTGACACATTTTTTACTCGCTTTGAAA TTCTCTGTCTAACACCCCCCTGACTAAAAGTAAAATGCTCCCCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_005912XLOC_005912Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00010545-exon-sc0000107-1575043694:162157..162284TCONS_00010545-exon-sc0000107-1575043694:162157..162284Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:160631..160764TCONS_00010545-exon-sc0000107-1575043694:160631..160764Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:160244..160344TCONS_00010545-exon-sc0000107-1575043694:160244..160344Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:159457..159527TCONS_00010545-exon-sc0000107-1575043694:159457..159527Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:158955..159133TCONS_00010545-exon-sc0000107-1575043694:158955..159133Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:157088..157163TCONS_00010545-exon-sc0000107-1575043694:157088..157163Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:156700..156772TCONS_00010545-exon-sc0000107-1575043694:156700..156772Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:156547..156593TCONS_00010545-exon-sc0000107-1575043694:156547..156593Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:156135..156195TCONS_00010545-exon-sc0000107-1575043694:156135..156195Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:155762..155969TCONS_00010545-exon-sc0000107-1575043694:155762..155969Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:155257..155447TCONS_00010545-exon-sc0000107-1575043694:155257..155447Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:154784..154897TCONS_00010545-exon-sc0000107-1575043694:154784..154897Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:153221..153332TCONS_00010545-exon-sc0000107-1575043694:153221..153332Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:150276..150351TCONS_00010545-exon-sc0000107-1575043694:150276..150351Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:148716..148903TCONS_00010545-exon-sc0000107-1575043694:148716..148903Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:145784..145807TCONS_00010545-exon-sc0000107-1575043694:145784..145807Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:145628..145714TCONS_00010545-exon-sc0000107-1575043694:145628..145714Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:145221..145253TCONS_00010545-exon-sc0000107-1575043694:145221..145253Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:144582..144680TCONS_00010545-exon-sc0000107-1575043694:144582..144680Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:143983..144143TCONS_00010545-exon-sc0000107-1575043694:143983..144143Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:143406..143509TCONS_00010545-exon-sc0000107-1575043694:143406..143509Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:143016..143150TCONS_00010545-exon-sc0000107-1575043694:143016..143150Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:142730..142791TCONS_00010545-exon-sc0000107-1575043694:142730..142791Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:142189..142263TCONS_00010545-exon-sc0000107-1575043694:142189..142263Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1575043694:138740..141660TCONS_00010545-exon-sc0000107-1575043694:138740..141660Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:162157..162284TCONS_00010545-exon-sc0000107-1510915933:162157..162284Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:160631..160764TCONS_00010545-exon-sc0000107-1510915933:160631..160764Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:160244..160344TCONS_00010545-exon-sc0000107-1510915933:160244..160344Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:159457..159527TCONS_00010545-exon-sc0000107-1510915933:159457..159527Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:158955..159133TCONS_00010545-exon-sc0000107-1510915933:158955..159133Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:157088..157163TCONS_00010545-exon-sc0000107-1510915933:157088..157163Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:156700..156772TCONS_00010545-exon-sc0000107-1510915933:156700..156772Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:156547..156593TCONS_00010545-exon-sc0000107-1510915933:156547..156593Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:156135..156195TCONS_00010545-exon-sc0000107-1510915933:156135..156195Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:155762..155969TCONS_00010545-exon-sc0000107-1510915933:155762..155969Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:155257..155447TCONS_00010545-exon-sc0000107-1510915933:155257..155447Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:154784..154897TCONS_00010545-exon-sc0000107-1510915933:154784..154897Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:153221..153332TCONS_00010545-exon-sc0000107-1510915933:153221..153332Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:150276..150351TCONS_00010545-exon-sc0000107-1510915933:150276..150351Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:148716..148903TCONS_00010545-exon-sc0000107-1510915933:148716..148903Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:145784..145807TCONS_00010545-exon-sc0000107-1510915933:145784..145807Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:145628..145714TCONS_00010545-exon-sc0000107-1510915933:145628..145714Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:145221..145253TCONS_00010545-exon-sc0000107-1510915933:145221..145253Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:144582..144680TCONS_00010545-exon-sc0000107-1510915933:144582..144680Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:143983..144143TCONS_00010545-exon-sc0000107-1510915933:143983..144143Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:143406..143509TCONS_00010545-exon-sc0000107-1510915933:143406..143509Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:143016..143150TCONS_00010545-exon-sc0000107-1510915933:143016..143150Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:142730..142791TCONS_00010545-exon-sc0000107-1510915933:142730..142791Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:142189..142263TCONS_00010545-exon-sc0000107-1510915933:142189..142263Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1510915933:138740..141660TCONS_00010545-exon-sc0000107-1510915933:138740..141660Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:162157..162284TCONS_00010545-exon-sc0000107-1491911889:162157..162284Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:160631..160764TCONS_00010545-exon-sc0000107-1491911889:160631..160764Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:160244..160344TCONS_00010545-exon-sc0000107-1491911889:160244..160344Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:159457..159527TCONS_00010545-exon-sc0000107-1491911889:159457..159527Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:158955..159133TCONS_00010545-exon-sc0000107-1491911889:158955..159133Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:157088..157163TCONS_00010545-exon-sc0000107-1491911889:157088..157163Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:156700..156772TCONS_00010545-exon-sc0000107-1491911889:156700..156772Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:156547..156593TCONS_00010545-exon-sc0000107-1491911889:156547..156593Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:156135..156195TCONS_00010545-exon-sc0000107-1491911889:156135..156195Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:155762..155969TCONS_00010545-exon-sc0000107-1491911889:155762..155969Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:155257..155447TCONS_00010545-exon-sc0000107-1491911889:155257..155447Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:154784..154897TCONS_00010545-exon-sc0000107-1491911889:154784..154897Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:153221..153332TCONS_00010545-exon-sc0000107-1491911889:153221..153332Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:150276..150351TCONS_00010545-exon-sc0000107-1491911889:150276..150351Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:148716..148903TCONS_00010545-exon-sc0000107-1491911889:148716..148903Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:145784..145807TCONS_00010545-exon-sc0000107-1491911889:145784..145807Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:145628..145714TCONS_00010545-exon-sc0000107-1491911889:145628..145714Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:145221..145253TCONS_00010545-exon-sc0000107-1491911889:145221..145253Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:144582..144680TCONS_00010545-exon-sc0000107-1491911889:144582..144680Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:143983..144143TCONS_00010545-exon-sc0000107-1491911889:143983..144143Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:143406..143509TCONS_00010545-exon-sc0000107-1491911889:143406..143509Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:143016..143150TCONS_00010545-exon-sc0000107-1491911889:143016..143150Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:142730..142791TCONS_00010545-exon-sc0000107-1491911889:142730..142791Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:142189..142263TCONS_00010545-exon-sc0000107-1491911889:142189..142263Clytia hemisphaericaexon
TCONS_00010545-exon-sc0000107-1491911889:138740..141660TCONS_00010545-exon-sc0000107-1491911889:138740..141660Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000107supercontigsc0000107:138740..162284 -
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
14.0528 15.3053 25.9341 27.7927 17.1871 14.1229 11.779 13.5747 28.4492 30.218 20.2423 23.0029 5.32079 4.35275 2.49742 3.96428 10.2072 9.00906 6.92259 6.66993 8.13894 9.06342 8.72933 13.3012 10.7059 10.3958 8.32082 6.69418 5.23025 9.90818
Blast
BLAST of TCONS_00010545 vs. Swiss-Prot (Human)
Match: MEST (Mesoderm-specific transcript homolog protein OS=Homo sapiens GN=MEST PE=2 SV=2)

HSP 1 Score: 224.172 bits (570), Expect = 9.665e-64
Identity = 115/305 (37.70%), Postives = 186/305 (60.98%), Query Frame = 3
Query: 3456 PLPNLSPQVRDWFNKGQIFKYNDTFDIFYYDS-GVNTENKDGPILLVIHGFPANSFIWRDLVPEFKTKFSRVVIPDLMGLGFSDKPIGYRYTMMEQSRMLVQLLTQLNLTD--IHVVAHDYGVSIGQELIHQVNQG-SPEIMVKSICFLNGGLVPSRHNILFIQKLFS-SPTFKKIMPYLLTYPIYKNRLSSIFGPHTRPSDTQLEDIWAIMLHKNGHIAIPDIFTYLFERKANEMRWLSALQETKVPVHLVYGPEDPVNTPDGFLKTYKELIPNSSVTVLDN-VGHYPQVEDPDGFIASYMRFL 4352
            P P LSP +  W + G+ F Y     IFY DS GV    +   I++++HGFP +S+ W  +      +F RV+  D +G GFSDKP  + Y++ EQ+ ++  LL  L L +  I++++HDYG  + QEL+++  Q  S  + +KS+C  NGG+ P  H  L +QKL         I+  L+ + ++   L+ +FGP+TRPS+++L D+WA + + +G++ I  +  Y+ +RK    RW+ AL    +P+H +YGP DPVN    FL+ Y++ +P S+V++LD+ + HYPQ+EDP GF+ +YM F+
Sbjct:   32 PPPQLSPALHSWKSSGKFFTYKG-LRIFYQDSVGVVGSPE---IVVLLHGFPTSSYDWYKIWEGLTLRFHRVIALDFLGFGFSDKPRPHHYSIFEQASIVEALLRHLGLQNRRINLLSHDYGDIVAQELLYRYKQNRSGRLTIKSLCLSNGGIFPETHRPLLLQKLLKDGGVLSPILTRLMNFFVFSRGLTPVFGPYTRPSESELWDMWAGIRNNDGNLVIDSLLQYINQRKKFRRRWVGALASVTIPIHFIYGPLDPVNPYPEFLELYRKTLPRSTVSILDDHISHYPQLEDPMGFLNAYMGFI 332          
The following BLAST results are available for this feature:
BLAST of TCONS_00010545 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
MEST9.665e-6437.70Mesoderm-specific transcript homolog protein OS=Ho... [more]
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