TCONS_00008484 (transcript) - C. hemisphaerica

Overview
NameTCONS_00008484
Unique NameTCONS_00008484
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4293

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00008484 ID=TCONS_00008484|Name=TCONS_00008484|organism=Clytia hemisphaerica|type=transcript|length=4293bp
AAAAATTTTCATCACAACACAGTCAATGTTATAAAGAATGAACtaaagct
aaaacaaaatataacacacCAACAGGTGTCAAAACCAAATCACCATGGAA
ACCTTACCAAGAGAGGTGACGTCAGTCTCCAAATATGAAATTGAGCCTTT
CAAACAAGGCCGACGTGTAGGATGTTATCTGCTTGGAAAAACGCTTGGTG
AAGGATCTTTTGCTAAAGTTAAAGAAGGACTTCACATCATCACTGGTGAA
CGGGTTGCTGTTAAGATCATTGACAAGAAACGAGCACGCGAGGACCGATA
TATAAGTAAGAACCTTCGTCGTGAAGCACGAATACACCAACTGGTACGCC
ATCCCAATATCATTCAGTTGTATGAAGTTTTAGAAACGGATCATTATTAC
TATCTCATCATGGAATATTCTGATGGTGGAGAGCTCTTGGATTATATTTG
TAGCAGAAAGAGGCTAGACGAGCATGTGGTACGGAGACTAGTTTCACAAT
TGGTTTCGGCCGTTGATGGTATGCACAAATCTGGTGTTGTCCACAGaGAT
CTGAAGAtcgaaaatttccttttgagTCATAACGAAGATCTAAAGATTAT
AGATTTCGGTTTGAGTAACACTTTATCACAAGACTGTATGCAAGAGTTTG
AGAGGACCGGGGTATTTCCGCAACTTTTGAACACTCATTGTGGCAGTCCG
GCATATGCTGCACCCGAACTTTTGGCACAAAAGAAATACGGTCCACAAGT
TGATATCTGGAGCATTGGCATCAATATGTATGCAATGTTGACGGGATTTT
TACCCTACATGATGGAACCTTTCAACGTGATGGAAATGTATGAGAAAATG
ATGCAACGAAAAATGACGCCCGTTCCTTCCTTCCTCTCACAAGCATGCCG
TGATCTGTTAATGCGTTTACTGGAACCGGTGGCCGAGTGGAGAATCACCC
TGAAACAAGTCATGAAACACAAGTGGTTTACTGGGACCGAATACATTCCT
CGTTCCATACCTCTTGGAGATATGATGTACCAGAAGAAAGAACTTTGTGA
GCCAGTCCTCGCCTACATGAAAATGACATTGCGGATCAGAACTAAAGATA
CCATAAACGCTGTTGTATCAAACAGGGCTGTCCACGCATCAGCAGTTTAT
CATTTGTTGGTAGCTAGGCTAGATCGATACCTGAAGAACAAGAAAGAACG
CTCGAAGGCTAAAGAGAACCATTTCGCTAAAttagaaattattaaaaaat
cgaACTTATCTACAGAAAATGTAAACAGTCAACCAACCTCAAACACTCGG
AATCATCATCCTAAACGCTTTACGTTCCGCGGGAAGAAAATAGACTCTAA
AACTAGGTCACATCCGAATCTCGGTGAGACAGAAAACCTTGCAGATGATG
AAGAAGATAATGTAGTGACTTTAATTGACCAAACACAAAATACAGATACT
TCGCGTCGAAAAGTAAGCATAGATAATACGACAAACGAAAAACATCAACA
ACATACTAAAAACAATAGTTCCAATCATTTAAAAGTTATAGATCCTGCGA
TTCGTATGCGCGGACACAGACGGTCGAATAGCTCCGCTGATGTCAACGAG
TTACGGAAATCTCAAGAAATCGTGGAAAGCATACGGAATAGTTTGATATG
TGATTCTAAAGGAGACTTAGAAAAAATGGCGGCAAATATCAAAAAGAAAG
CGGAAACGGCGTCACCCTCCCCTAGGGAATTATTTCCAAAGGGTGCGAAA
GGGATTGTAACTAGAAAACAATCTTTTGATGTCAGTGCAGATTTCCTTGG
TTCGCCGAGTAATGGAGATAAAACGATAGATGTGACTCAATTCATTGAAC
AATCAACAGTGACACCTCCACGAAGAAATTCTGGTGAAAAGTTGAAccaa
aaacatcgaaaaatgTCTCTGGATGTCTTTGACGCACACGAGCCAAATGT
GAAGGAGCAAAAAGAGCCTGTACCTGGCTGGTTGATCACCAAGGTTGTCA
AACAACCTCCACTCAAAGAAGAACACACTTCCATAGATGGCAAACGTGAA
CAAAATGGTAGCCCGTCACCACGCAACCAACGTAAACATAAACGTGTAAT
TCACAGACCAGGTACACCTGAACAACAAAAGCAAAATACAGACCAGACAA
ATAATGAGGAGTCAGAGGAACGATCTTCATCCGTCTCCGACCGAATACGT
CAATTTTCTAAcagaaaaaagaatgaagtgTCGACACGCATCCAGACCCC
TGAGATCGAAGAAATATTACGTAATGTACGAAGCATCAATAAAACTCATC
TCAGTGATGACTCAGAAGAAACCACGAACGATGAAAATCTCCCGACAACG
CCCAAAGGGACGGGCAGCAAATGGCAGCCACCACAATTTCAAAAGACTAA
TAGCTATGACTCAAAACCAAGAGCGTTTATGGATGATACAGATTCTTCTA
TTTCCAGCACGCCCTCGCCGCCCTTGATAAATAATGACGAATTTTCAAAC
GATAGCTGTGATGGCTGCGATGTCAACAATAACTCGGGAAAGCAAAATGT
AGATAAAGCCTTAAACGCAGACATGACAAACCCCTCGACAAACAGTAACA
TTACACCTATAAAAACCATCAAAATCTCCAAAAAGACATTAGAGTTGAAC
GTGAAACAGTTTACGCAGTATAACCGTGATCAGAAGAATGAGAATCGATC
GAACCTTACATCACATCATCATACTTCACTGAAACCCTTACAATTGAAGT
TCAATTTTACCGTACGAAAGAAAAAAgcgtataaagaaaaacaacaaaca
cgATCCTTAACTGACATTACAAACGGCGTTAATAACAAAATGGAAGCGCG
GCCGAGCGAAGAACAAATGTTAGCACCTAAACACAGGTGTAATGAGAGCT
GTGATATCGTAAATGGTGAATGCAAGGAAAAGAGAGATCAGACTATAGAA
TCAGCTGACTCAGCGAAAATGGAACGTACGAACAACAAAAAGACAACCGT
CAAAATCATCTCACACAATAGTAACCATGGGAACAACAAATCGAACCGCA
CCAAGGTCTTCTTAACTACCAAAAAGTCGACCAGTAAAGATCACGGTACC
GAAAACGAGAAACAAGATTGTCGCTTGAATTCGGATAATTGCTCGTTCGA
TAGCGGATACTTCGGTACAAACTCGTCAATAACGAATACTACCGAAAATA
AAACGAATAGTCATCGTGAAGAAAACCAagcttcaaaaacaaaacaaaca
aaaactccCATAACTCCATCAGAAATCCATCCAGTTAAATATCGTTGTAT
ACCGGTGTATCAACCGGAGTATGTGAAAACCGGAACAGTTCATACGaagg
aaaatttggaaaagatGGAGGAAAAAAATGGCGATTCTGCTAATCTTCAT
AAAAAATGGGGAAGTCAAACGATCGAGCCTACTCAAGAACCATTCGATTA
TTTACCTCGATCAGCAGAATTTATAAAGAACATTAAAGAACAATTTCGAc
aagaaagagagaaaaagatcGAACAGTTGAAAAAAGACGCCGAACGCAAG
CCTCTTGTTATCGACTATCGACACGCTCgtagccaatcagattcgaaCAA
ACACGTCCGAAGCCAATTAGATTCAAATAAGCATGGCTTTCACCAATCAG
AAGTAAACAACCAGTTTTCTCGTAGCCAATCAGAGACGCAAGACGAAGAA
AGACAGCCGGGGACAGAATTCAAAAgatcattttctttgaaacaatATCC
AATAGAGCGGACATGTGTTGGTACACCAAGTCCGAAATTTCATCGCCGGG
CAACATACCATCCAACCAATCGAACAAAAACACAACCTCGTACCCCAAAT
GGTTATGATTCAAGAATGGAGCAAGGGAAAGTTGCTGCATTCGCAAACGC
TTTGGGAGGAGCAGCTTTTCGTAAAAAACCAGTCCTAGCCTCGAATTGGT
GATCTTCAATAATAACTCTCGTTCATTAGCAGTCAAACACaatttaaatt
tattgtaaatagAATATTATATCatacattttttgtaaaataaacatatt
tttaaaaatatttttttcaggatTATTTTGACCAGAACAAAACAAAGCAA
ATCGACATACCTTTTGGGTGAAGGAAATTCTTTAAGGTGAGATTGATTGA
TCAAAACATACAACCTGAAGTAAATTAAGTTAAAGTTTTAACAGAGtaat
aattcttataaaaaagggccaaagttctcttttttttaatacCAGTATTT
AAACAGAAAACCTTTATGACGTATATTAATATTTTTAAGTCAG
Run BLAST on NCBI

protein sequence of Putative cnidarian restricted protein

>TCONS_00008484-protein ID=TCONS_00008484-protein|Name=Putative cnidarian restricted protein|organism=Clytia hemisphaerica|type=polypeptide|length=1285bp
METLPREVTSVSKYEIEPFKQGRRVGCYLLGKTLGEGSFAKVKEGLHIIT
GERVAVKIIDKKRAREDRYISKNLRREARIHQLVRHPNIIQLYEVLETDH
YYYLIMEYSDGGELLDYICSRKRLDEHVVRRLVSQLVSAVDGMHKSGVVH
RDLKIENFLLSHNEDLKIIDFGLSNTLSQDCMQEFERTGVFPQLLNTHCG
SPAYAAPELLAQKKYGPQVDIWSIGINMYAMLTGFLPYMMEPFNVMEMYE
KMMQRKMTPVPSFLSQACRDLLMRLLEPVAEWRITLKQVMKHKWFTGTEY
IPRSIPLGDMMYQKKELCEPVLAYMKMTLRIRTKDTINAVVSNRAVHASA
VYHLLVARLDRYLKNKKERSKAKENHFAKLEIIKKSNLSTENVNSQPTSN
TRNHHPKRFTFRGKKIDSKTRSHPNLGETENLADDEEDNVVTLIDQTQNT
DTSRRKVSIDNTTNEKHQQHTKNNSSNHLKVIDPAIRMRGHRRSNSSADV
NELRKSQEIVESIRNSLICDSKGDLEKMAANIKKKAETASPSPRELFPKG
AKGIVTRKQSFDVSADFLGSPSNGDKTIDVTQFIEQSTVTPPRRNSGEKL
NQKHRKMSLDVFDAHEPNVKEQKEPVPGWLITKVVKQPPLKEEHTSIDGK
REQNGSPSPRNQRKHKRVIHRPGTPEQQKQNTDQTNNEESEERSSSVSDR
IRQFSNRKKNEVSTRIQTPEIEEILRNVRSINKTHLSDDSEETTNDENLP
TTPKGTGSKWQPPQFQKTNSYDSKPRAFMDDTDSSISSTPSPPLINNDEF
SNDSCDGCDVNNNSGKQNVDKALNADMTNPSTNSNITPIKTIKISKKTLE
LNVKQFTQYNRDQKNENRSNLTSHHHTSLKPLQLKFNFTVRKKKAYKEKQ
QTRSLTDITNGVNNKMEARPSEEQMLAPKHRCNESCDIVNGECKEKRDQT
IESADSAKMERTNNKKTTVKIISHNSNHGNNKSNRTKVFLTTKKSTSKDH
GTENEKQDCRLNSDNCSFDSGYFGTNSSITNTTENKTNSHREENQASKTK
QTKTPITPSEIHPVKYRCIPVYQPEYVKTGTVHTKENLEKMEEKNGDSAN
LHKKWGSQTIEPTQEPFDYLPRSAEFIKNIKEQFRQEREKKIEQLKKDAE
RKPLVIDYRHARSQSDSNKHVRSQLDSNKHGFHQSEVNNQFSRSQSETQD
EERQPGTEFKRSFSLKQYPIERTCVGTPSPKFHRRATYHPTNRTKTQPRT
PNGYDSRMEQGKVAAFANALGGAAFRKKPVLASNW
Run BLAST on NCBI

transcript from alignment at sc0000085:578068..600516-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00008484 ID=TCONS_00008484|Name=TCONS_00008484|organism=Clytia hemisphaerica|type=transcript|length=22449bp|location=Sequence derived from alignment at sc0000085:578068..600516- (Clytia hemisphaerica)
AAAAATTTTCATCACAACACAGTCAATGTTATAAAGGTAATGATTGATTT GTAAACACAAGCTCTTGATAAAGTTAAGGAAAAGGTCAAGAAACCTTTTT AGCACATCAACGATATTTTTGATGATTTTTTTCTTTCCTTCTTTTTTGAC TGATATTAGTAAGGATTAAGATTTCCAATCAATGAAATTTCTACTTTTTG GTGAATTTATGTACACGTTTTTTTTTTATAAGAACGTCAAAAAATGCCTA AAAATGTTCTTAAAATGTTCTTATTTTCAGCATTTTTTGAGCATTTTGAT GTAATTTCTTAAGAAATTGCATGTTTTTAAGTCTCCAAAGCCTTTGTATG TTCTTAGAATGTTCTTAAATTTTTGGGCCTCGAAGCCTTATGTTCTTATA TAGTTTGTTCTTATAGAAAAAACGTGTATTCAGAAACTTGAAACTCACGT GAACCTAGATATAGTAATACATATATATAATAGTAACCACGTGACTTGAC TGAGTAGGAGTGGGGTTGCAGCGAAACGCTTACGATAACTTGAGAGGCGT AAATTTACTACACCCCTGTAACACCCCCTTCTCACAGAGCCGGTAGGATT TTATCAGCCAGTGTAGGTAAGAATAACGGACCAATACTCGATGGGGATTG ATTTTCCCATGTTTTTTTATGGCTGGGGACTTGGATTCCATTATTTTCTA GCCAGAAAACACAGTGGGGAGGGACAAAATACCACAATATTTAGCAGTGA GTATTCACTTATCTGGTTATTTTCAGCGGGGACAAAAATTAGGATATGAT TTTCCACTGTGGACGATATCTTTACCAATTTTCCCACTGGGAAGGGGTCT CAGTGGGTCTGTGAGAAGGGGGTGTATAAATCTTTCCACACAGTATTTTC AATGAGAAACAAAACTGGAGCTAAATGATAACATGCTGAGGAGAAAACCT GATAAACCCACAGGGTTGTAAAATAACGTGCAGTGGAATATACGTTTTTT ATAAGAACAAACTATATAACTATAACTATATAAACTATAAAGAACATAAG GCTTCGATGGCCAAAATGTTAAGAACAAGTTAAAAACATTTTAAGGCTTT GCGGACTCTAGAACACCGAATTTAATAAAGAAATTGACAAAAATTCTCAA AAAATGGCGAAAATAAGAACATTTTTGGGCTCAAGAAGTTAAGAACATCC AAAGGCTTCAAATTGTATGCTTTTATAAAAAAAGCATAAATTGTAGAGAA AGAAGAAAGTTCGTGGACAATGAATTTTTCAGACTCGAAGTCTGTATTTG GCTAGCCTGGATATCCAGGCTGTAAACCTTATTTTGATGTTTCTAGTTTC TACTGCAACTGAAAAAGCTTGATCAAACATCGTACCCCTAGGTTGTTGAA TTCTCAACAGAAAGTGAAGAGGCCGACATAAAGAGGTCTTCCCGTATGAT AGTATTTAGTTCGTTAATACTGTTAACAAATTAAGATTCTTTAAGCTAAG TATGGGAAGGATGTTGCTCTTGAGAAAAAAATTCAATTTTGTAATTCGAT TTCTGTTCAATACTATGAGAAGGAAATAGTGTACGTTTTTTTTATAAGAA CAAACTATATAAAAGAACATTTTAAGTTTTAAGTCTCGAAAACACCCAAT TAATTTAGGTAATCAAAAATATTCACACAATGGTGAAATTAAAACATGTT AAGATCATTTTTAGGCTTAAAACTCAAAAAGTTAAGAACATTCTAAGGCT TCAAAAATTTAGCATGACGTAAAATGAGAATTGAAAGTATTTTGCGTTAT TCATTAGGTAAAAGTTTCAACGAAGATGGCTAAGAATTCAGGTATTTTAT TCCTCAGTTTTTTCTACGTGAAGTTTCCCATATGCTTTCACTACTGTCTA TCATTTAGACGATAAAGTGATTTTTCTTTTACAATCTCATTGTTGTGATT TTTGAATGTAAAATGTTAAAACTTATGAAAAATTAGAATAAGAAAAATTG CACATATAGAAAGTATAGACATCTGAAAACACATTTGGAAGCTTGTTGCT TCAAAGCAAGAGCGAGGAAAAATAATAAGATTATACAAATGAACTTTGCA TACAATTTCAACTGTATTTACTTTAGCAAGTCTGCAGAAAAATCTTCCGA ATATTATTCACGCAATCTCGTTTGTTTTTCCGGAGAAAGCTTACGGGAAA GGTGAAATAAATTATCATCTTTACAATGATAACCAAACGTGTTGTTTTTA TAGAGAGAAGACAAAAGTATTGTTGTGAAAATTGTTGATTTTTGGATTAA TATGTACTTTGTACTCTGAAGAGTGACGATACATCAATGTTTTAAAGTAA ATAATATTTGGTCATCTTTTAGTGGTTTGTACATGATTTTTATGGAGAAT CACTATTGAGATTGTTTTGTCAAAACCAAATTTTTGGTTTATCCCAGCTG GCAGGGGACCTGGCACACAACGTTGTTTCAACGTTTATCTAACGTTCACA ACATCATATAACGTTAGATGAACGTTGAAACAACGTTGTGTACCAGCTGG GATGATACTTAGGCGAATCTGATCACACTTGACATCCCTGTATCTTTGAT AAAAAATCTTGCTTGAGAAATAATGTTGGCGTTGGAATAATTATGGGAGA ATCGAATGATAGGAAGTTGTGTTACACAGACAAGATTCGGTGATATTTCG CAGGGTGTATCTGAATGAATTATGTAGGTTTTTATATATTGATCAGTCAT TAAGCTGCAACAATAAAAGTGTTTAAAGTTGTGTGAGTCAGCCATGGTTA TATGAGAGATGTGTTGATTATCGCTTAGTTATCTTTTGCAATCAATAGTG AAATAGATTTGGGATTGGTTACTCATTTAATGACTGAATTCATGTATTAG GCGTAACCCTTGCTTCAAATGAAAATCAACTTGTCCTTTGTCCTCCTTTA AAATATCCAAGCTATTTGACGTAAATTATTGTCGACAATTACAAAAGCAG AGACACCATATGATTTTGGTAACCTCAAAATAATACGAAATTGCTTAACC ATGGGAAGAGAGTTATGCGAAGTTTTGATGAGCATTTTATCATTAATTAA CATTTTCCATTTAATGAGTTGATCTGGTACTTATAAAACGTTGTTGCTAA GCTGTTTGTTGCGTTAGCAACGGATTAGATGTAGTTGATTGGATTTAATG AACATTCGATCTTTAAGAAAGAGACTCGTGATGGGCTTTTCAGTTTAAAA GATAGATCAAGGATTTTATTTTTGTTGATTTCTGGTTAAATGTGAAAATG AACGAATTCGTTTTTGCAAAGTGACGTAGAAAAATGTACGTTGTGCAATT TCATCAGTAGAAAATTGACCCGAGATCCGCTTGACCGAGGGATTTTTGCC ATGAAATGGTATAGAGCACTTTGTACAACATAGATTACATTCCTTCTACC GCGTTTATTATAAAGATATCGAGCCTCTCATCCGTTATCAGTATACCATT TTTATTTGATGATTATAATAATTTACATTGCATAAATGTTTGACATTTCA TTTTGATTGCTTTCATTTCCTGGATCATTTCGTTCTTCCATTCTCAGCAA CATTCTTGAATATCAATGTTGTCTAACTGAATCCGACAAGTTGTCATTTT ATTGCACGGCAAAACACTGTTAGTGCAAAATGTTACATTACAGCTGATAG CATAGCTGGAACACCGTTAAGACTTGTTTAGAGCTCATGGTGTAAAAGTT GATGTGATTTAATGATCAAAACACCCCCTTCTCACAGACCCACTGGGACC CCTTCCCACTGGCAAAATTGGCCAGAATATCGTTCCGGTGGAAAACTATC ATCTAACTTTTGTCCCCATTGAATATAATTAAATAAACTTAAATCATCAC TGCAAAATACTGTGTAATTTCTTCAATCCCCATTGAACTTTCTGACTTGA AAACAAAAGAATCGAAATCCCCAGCCTAAAAGAATAAGGGAATATCAATC CCAATCGAGTATCAGTTCGTTATTTCTATCCCCACTGACTGAAAAATTTC TACCGGGTCTGCGAGAAGGGGGTGTATCAAAGTTGAACTCGAGTAAGAAT CAGTGAACTTGTCAGAGCTAGAACCTCGAGAAATGGGTTATCCCCAAGTC CAAAGAGTTCCTAATGTTTCAACGTTCATCTAACGTCGTTTTGATATTAG ATCAAATTGGTATCCTTGATAAGTGAATTGCAAGTTAAATTGCAGAGCAA TTTACGTTTCTATATTTGAAGAATTTAAAAAATCTTGATATAACAGCGTT TATTTGTGTTATCTTAGTAAAGTCCTTGTGCAGCTCAATTTTGTTTGTGT GTGTGTTCAAGCAATGTTTATGAGGAAGCAGGGAGTTTATTTTGATGTTA TTTGATGTTACTTCACGAACAAGGAGAAGTGAATGAAAAGTATGTTACCT TGTATCAATACACCTTTTCGACCATAGCTGCCCTTTGCCGCGCGGGCATC TTTTTGTGTGTTTTACCACCCTAAAACCGTCCCAGTCTTTTTTCACACCT ATAGACAATAGAAAAAGGTGTAAAAAAGGATTGGATCGAGTTTATGGTGG TAGAACGGACAAAAAATGTCCGCGTGGCAATTGGTGGCTAAGGTGGAAAA GGTGTATACGCATACAGTAATATTTCTTTATGTAGCTAAAGATGATTTAC ACTAGCAAATTTATTTGGCAACGGAGGTTTGGGTACAAAAGAATAGGAGT AATTCGACACGATTTTCCACTATTTTTAATGGCTCCATCTTTATTCTTAT TATGGTATTATGAGATAAAATCGTACTATTTTTTTAAATAGTATAGTATA GTATAGTATGCCGGGGGAGGCAACTCAAGGTAAATGACCTACCATACGTG CGGCCCTAAAGGGTATATTTTCCAAGCTTCAAAAACTGCACTGTAAGGGT CGAAATCAGCAAAGATGAGAAGATTTCACTTTTCTCGAAAATCTGACCAT ATTTTGCCTGAAAATGGTCAAATGTTTTCAAGAAAATGCACCGTAAGGGT CAAATTTTGCAAAGTTTTCTCTGCACTGTAAGGTCCGATTTCAAAGGCCT AATTTTGGGCCGCACGTATGGTCGTTTTTGAATCGAGTGCCCCCCGGATA GTATCATAGTAAGATGGAAATTCTTTGTATAATTCGTTTCTAAAGCGGGT AAAATGTTCCACCGGACACAAGGTATTTTATTGAATTTGTGATTGATCCA ACCTTTGTTAAAAAGTAGGGCGCCCATCATAAAGATTGCTCTTATACATA AACCTAAGACCAATTTAATCTTTATCTGAGAATTAGACAATACAGCTTTA TACCTTTAAAAAGGTTGCTATCAAAAAAGATTTATGCATTTATTATTGTT TGACTGTATCGAATGCTGAGGATTAGTTTGAAGAAAGGCAATGTATTAAG GGAGGCTTGGAAGAAATTACTAGCATTACTATCATTGTATAATCTCGTTC ATTGAACTTCCAAATATTTTTAAATCATTAAATTCAATAATCAAAGTATA AGTTTTGAATTGTTATGTAGATATAGGTCAAAGAAGGCTACGCCATATCT TCTTTCGATTCAAACTCCTACTAGGTAAGGACTAAAAGCCTGGGTCAAAG TATTTTACGGCCATGCTTACAGATGATACTTTAGACCTTCGAAATGAAAG CTGTAAAGGCATGGATGGCTTTACTGCAGAAGTAAAGTTTCCATTTTAGA GTCTTTAGAGCTTTATTTGGAGTAGTCGGAAGTTATTTCGTAAGCCACAA AAGTTGTTTTCCAAAGGATGCAATTGCGATTTTCCGGANNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NTATGCGATTGCAACAAAAAAATGTTTTTGTTGCGATCGCATAAAAATTG TTTCCGTGTCCCCGTAGCTTAAGGGTAGGAAATTTTTGAAAATCAGAGAA AATTTTTCGAAAAAGTCTCTCTAAGGGTCACTTTTTCACTAAAATTTGGT CTCTCTAAGGGTCGGTTTTCGGANCTTTATATCGAAATCTGTTTTGAAGT AAAAATTACGAGGAAAATGTTTTGCTACTTTTAAGGATATGAATTGTAAG ATTCGAATCGTTGATTTCAAGGGTGATACAATAAATGTTGTTTTCTAGTG ATTTAAGAAGATCGAATAGACATGCTCTTGCAACTTTTCCTTGTTTAATG GTGATCTGATTAGTTCCGATAAGGTAAAGTCTCGAGTTAAAATAGCGCAC CAGTGCTGATGAAACCCAATAAAAGCGAAATATTATATATATGCAGCTCT ACCACCCAAATCTTCTGACTTCTGGGAAAATTGTTGGACAGAAATTATTC AATTTTTTTTTTTCACCTAATAATACATAATTACCAATTGTCATTTCACA TCGAAGAATTAACTGATAGTTACCTGGTACAATATCTTTTTTACCGGAAA AACTCCGGATATATTTTCCTGTTCGCATTAGGAATGTTTTTGGTACAAAT ATGAAGGTTTAAAGATCAAGGTATAGATTGTGTTGTGAGTACATACAAGA TTTTCTTGACCTTAATGCTATTATAACCAATCGAAATGTAGCATGATAAG TTAAATACGATTTGTTTTTGATAGATGACGCCTCGATTTCTTTCGGTTGG TTTGGCTCGAAATTAAAGAAAGCAATATTATGATTTATGAAGAGAATCTC TTATACTTTTATTCGCAGTGTGATGACTTCGATCCTTTTCCATTTGGTTT GATTCTGGAAAAATTGAATCCTTTCTGGATTCTGGATGACTTTGTAGCTA CAAGATTTTATTGGTTGTGAAGAATAGAAAAGAAGATCAGAATGCATGAT GAGTCATGATGAGTAGCTTTATGAAAAGAGAAGGCTCAACACGCCCAGAA AAGTTCGGACCCTAGCAGTTTTAATTACGTTTGAGTGTTAAGCTTGAGGA AAAAATCATAATTGGAATTTTCTACACCCTGTAGGCTTCTTCAGTTGTCA TAATAATTTTTTCAAATGAATTAAAATGAAAGTTCTATTGAGAAAAAATA TTTGACATTTTGTCAAAAGATTTGCTTGATTTTTGGGGATCTGAGCTCTA AAGACAAATTTTGGGGAAAACTTTAAACATCGGTTACTTCTTATTCGAGA GATAAACAAAAGAGCACGTTAGAAAATATTGAAAGTGTGGTTAAATATTC GTGAAAAAGCAAAGTAGATATTTAATGTCGATATTGATATATCATGTGTA AACAGTACTTGAGAGAATGAAAGAAGCGATTTTCTCCCAAAAAGTAAATC GTTATTTTAGTCAAATTTACTCATTTGTTAAAATATTTTTCTTACTGGTG TTGTTGAATGAGACAATTTTCATTCGATGTGTTGTTGCTTTTGTCTGCTA TCAATCTTATTCTTTCGATGACTTTAGATTGACTTTGGGACTGTTATTAT TTTACTTTTTCTACATGGATACCCAGCTGGCACACAACGTTGTTTCAACG TTTATCTAACATCCATAACGTCTAAATAACGTTATTTGAACGTTAAAACA ACGTTGTGTGCCTGCTGGGTACCTTTATTTGGCTGAGACATATGCAGTTA ATTTGAGTTTTAGCTTCATCTTCATAATTATAACTAACTGACTTCTTCTT TCTGACCTAGATTAGAGGTCGATGATGACTTCATCAAATCCGAGGTTATG ATTTCGTTGTTTTGTCTAGGGGAAGGTTTTACTCTATCTTTTTATCTACC GCAAAATAGTAAAAGCCTAAGAATGACTCCAAGAATGATAAAACCACAAT GATCGAATTATCTTTTACCAGAATGACAAGTTAATCTACGACGAAACAGT CAGAAGGGTCTAAGAGAGTCATTTTGTACGAAGACACCATATGAATGTCA ACAAAAATTTGTTAAACCTCTCCACTGAAAAACTATTGATATTAGAATGG GTGTTTTATCTCATCAGACTGCTTGATATCGATTACACGTTTTTTTTTTA TAAGAACAAACTATATAAGAACATAAGGCTTCGAGGCCCAAAAATTTAAG AACATTCTAAGAACATTCTAAGGCTTTGGAGACTTANNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNAAAACTTTTGACGTTCTTATAAAAAAAAAAACGTGT ATGATGTAATGTTTTGCTATCCATAATCTTTAGAGACTGTAAACTAAAAA CCGTTTCCAATTTTTAACTAAATAGATATGAACGGTAGTCGTTTTTTTCC AAAACGCACGCAGAGAGGAGTATTTTCAAGAGTTGTGACGGTGTCATTAT TTCCAGTAAGGTTAACCAGCCTTTGTGATAAAAAGTACACTCTTTTCATA CATTCAAATTGGAGATTGAACCGTTCGACAATTCTCATAATGGTCACATC AGAACGTATTAAATTTCCAAGTATAAATCATATAGTCTGTGTTTTCTTTC CAAACCGCAATTTACACTTTCTAGTTCGTCAAAATGATTGACGTGTTGAT TTGACGTACGACTAAAAAAGACGGCGGTTCGTTTACTTGATTAAAAGTAG CAACGGAAGTGATTAAGTCTACGTAATGAGCACGGAAAATAGTTCTTATT TCATTAGTTAGAGTGTAACAGTTTTTAAATTGTGTTGTTGTTGTTGAGTT GAGAGTGTGTGTGTTAAAGTGTATGTTTTTTTAAAGCTTGTGTAAATAGT TGGGAGTGAACTGACTTGGCGACGGAAAATGTATACTAAAGTGACAGAGA GAATTTTCTATGTGAGGTTGTTTTTGATCACAGATATGGTTTTTTTTCGT TTGTGTTTAGATATGATTAAACATTGAAACGGAGATTGAAACAAAGTCGC TTGAAAATGTTTTGAAATGAAACATTTATTGAAACAGTGGCTTGAGACAC TGAAAAAGCAACACGGAGTAGAAAAACCTGTTGTGTGTATGGATGTTTCA GAGATGAGGTGAAAACAGTCTACTCAAAATTTGTAGCATGATATGAAATA TTTCAAGAAATGATACACAGAAATATCTTTGATTTATATACACGAGGGGG GCTCAAGCTAACTTAGGCTATGGTTGAGTACACGTTTTTTTTATAAGAAC AAACTATATAAGAACATAAGGCTTCGAGGCCCAAAAATTTAAGAACATTC TAAGAACTTACTAAGGCTTTGGAGACTTAAAAACATACAATTGCTTAAGA AATTACATAAAAATGCTCCAAAAATGCTGAAAATAAGAACATTTTAAGAA CATTTTTAGGCTTCAAATCCAAAAAACTAAGAACATCCAAAGGCTTCGAA AATTTTTGACGTTCTTATAAAAAAAACACGTGTAGTTATTATTAGGCCTC CCCAAGCCGAAGTGCGATGTAGGGATTGATAGGAGCTTTACCCTGTAAAG ATTAAATGGTCGATTTCTGGCTAAATTTTTTATGCACTGCAAGGATCTGA TTTTAAAGGTCAAATTTTGGGACAGCACGTAAGGAAGTTTTCAAATCCAG TGCCTCCAAGGGCCATTAGAGGGGATAGTTCTAATCATGTCCGTCATTTG TATAGTTTCAGAGAAAGATTCGAAGATTATGGTTACAGAGGGAAGGAGCT TTCAGGAAAGGGTAGAGAATAAACAGACCTATGACCAATAATTAACCAAT TACAAAGTCTGCATACAGTAGTTTCACAATACGTAATAATCTAAACATGC AATGTCTTAATCCTTTAGAATGAACTAAAGCTAAAACAAAATATAACACA CCAACAGGTGTCAAAACCAAATCACCATGGAAACCTTACCAAGAGAGGTG ACGTCAGTCTCCAAATATGAAATTGAGCCTTTCAAACAAGGCCGACGTGT AGGATGTTATCTGCTTGGAAAAACGCTTGGTGAAGGATCTTTTGCTAAAG TTAAAGAAGGACTTCACATCATCACTGGTNCTTACTTGGGAAAACGCTTG GTGAAGGATCTTTTGCTAAAGTTAAAGAAGGACTTCACATCATCACTGGT GAACGGGTAAGTTTCCAAGCGAAATGAAGCCATTCTATTGGTTAGAAATG ACGTAAAAATTGAATTTAGCCAGTAGAATGGCTATGTTCATAGCTTGTGA ACGTGGTCAGAGAATCTTTCTATAACTTGAACCTTTATAGCTTAAATGTC TTCTAAACTAGAACATAATTCTTGGAAAGTAACTAACAAACTCCTATGAC TCAAGATCTCAATAACGCGTACATATTAAAAAAAATTTCTCAATTTTGAT CTTCGAATATTATAGATAAACGGAGCGTAAGAATGTTCCCCAGTATTTTT GGCTCATTGTTCACGTCAGATAAAACACTCTCTGCCAGTCAGTGTCCTCA ATACTTTAAGATAGTATGCAGACTACAAAGCAACAATATTTTAATGATCT GATTCTCTATACATTAAGGTTGCTGTTAAGATCATTGACAAGAAACGAGC ACGCGAGGACCGATATATAAGTAAGAACCTTCGTCGTGAAGCACGAATAC ACCAACTGGTACGCCATCCCAATATCATTCAGTTGTATGAAGTTTTAGAA ACGGATCATTATTACTATCTCATCATGGAATATTCTGATGGTGGAGAGCT CTTGGATTATATTTGTAGCAGAAAGAGGCTAGACGAGCATGTGGTACGGA GACTAGTTTCACAATTGGTTTCGGCCGTTGATGGTATGCACAAATCTGGT GTTGTCCACAGGTAATTGGGTTTAAATAGTTAAAGGGATTATCAGATGGT TTGGTCAGTAGAAACCTTATGTGGCTTGAGTAAAACCTGAGTAAATCATT TCGAGATATCACAATTTGGAATTTTTAAAAATGGGTTCTCACACGGGTCT TACTTGGAAATTCTATTGTTTTGACTTGGAAAATGGTTAAGAACTAAAAT ATTTTGAGCTTTTGCCCAGGACAATCCACATGTCAAAAAATCTCAAACCA TCTGATTATCCTTTTAAGATTTGTTACAAAATATTTATATGGCGTATGGA CAGGAAAAAATCAAAAAATCTTAATCTGATAAATAAACAATTGTGGAGAC CACGTTCACGAAAAAAAAGGATTTTAGAAATGTCAGATTAGAGACGGTCA AAATCTGATGATAATGTCAATAAGAACAAGATCCTATAGCAGGATATTTT CACTGGGATTTCAAAATAATCTGGTATATCTTTCAGAGAGGGAAACGCCT ACACCTCTTAAGAAAACAGTAACATTTTGACATTTATCAAAACTTCCTTT CACATAAGTACTGTAAATATTTCCTGCAAGTCTTTGAATTTATTTATTGA TAACATCCTTGTACTAAACATTTTTTGTGTTTTTTGTTTTAGAGATCTGA AGATCGAAAATTTCCTTTTGAGTCATAACGAAGATCTAAAGATTATAGGT TCGTTCCTTTCTGACATTCCAGTTTAACCTTGCTATTGACACCATGTTAC ATTCCTTCCCATTCCCTTTCATAAGCTAATCTTGTTGATCCGAGTAAAAA AATCTTCCCAAATTGTTTGCAGAATTCTCCAAATCTATTTCAAAAGCTTG ATCTAGATAGATATGAGCCATCCGAGTGCATTCGGGATGAGTCCTACTCC CAAAGGAGTATGAATCACGGCTCACGGCGCTTGACCTCAAAGCAAAAAAA AGATTACTCCTGGTTTGGATAAATCAATCCATGTTACTGTAGATGCTGAA TGAACAAGCTAAATCATCAATGGCTTCAAAACATTAAAAAAAATTATTTC CATTTTATTTAGATTTCGGTTTGAGTAACACTTTATCACAAGACTGTATG CAAGAGTTTGAGAGGACCGGGGTATTTCCGCAACTTTTGAACACTCATTG TGGCAGTCCGGCATATGCTGCACCCGAACTTTTGGCACAAAAGAAATACG GTCCACAAGTTGATATCTGGAGCATGTGAGCATTACATTAACATTTTTCA TGGTACAAAACAAAAACTGTAATCTACTGTATGCCTAACCTTTTGGGGCA TCGAGTACTAAAAACTTTTATCTACTTTTATTCATTTGAACCGTAAGTAT ATGTTATCTTCCATAGATTTCTACTAACAAGTCTCAAAGTTTAGAGTTTC TAGAGATTGGAAAGTATTATGTAGATTGAAGTCTCGAACACGCACGAGGA ACACAATAAATTTGTTCGAATTTAGGAAATTCCGAGCCATGGAGTAAGAT TTATAAAGGCATTGTTAACTGAAGGGACCATAAAATGTGTTCGAGTTATA GAGGTTCGAGTTAAAGAGACTCCACAGTAGTAACTAAATTTCAAATTCCG AGTCTATGAACAAATTTCATTGTTTTTCATATTAGTGGCATCAATATGTA TGCAATGTTGACGGGATTTTTACCCTACATGATGGAACCTTTCAACGTGA TGGAAATGTATGAGAAAATGATGCAACGAAAAATGACGCCCGTTCCTTCC TTCCTCTCACAAGGTAAGCCAACAAATTCTACGAGGCTAGCACAACCTTT ACCATATCAGTAACAAAATTTGCATAGGAAAAATTCAAAAAAGCGCCTCG ACTTTTTCGGTAAAAAACTGCGAAATTTCCTATCATCCTCGATACACCCA AATAATTACGGTGAGTTTTTTTTTAATTTTCAATGAAATTATTACTTACA CTCTTCTTTTGAAAATCATCCATTTTAGCATGCCGTGATCTGTTAATGCG TTTACTGGAACCGGTGGCCGAGTGGAGAATCACCCTGAAACAAGTCATGA AACACAAGTGGTTTACTGGGACCGAATACATTCCTCGTTCCATACCTCTT GGAGATATGATGTACCAGAAGAAAGAACTTTGTGAGCCAGTCCTCGCCTA CATGAAAATGACATTGCGGATCAGAACTAAAGATACCATAAACGCTGTTG TATCAAACAGGTATTTCCTTCTTCGAAGATAGCCGTTAGCTGAATAAAAC CTCTAGTAGATCCACTTTCCTAACTACAGTCCTCAATCTCTAAAAGGTTT ATGTTTTTTCCACTTTTGATTTGTCATCTCTAAGTGATAAATATTGAATA ATTTACATAAATAAAGAGGACTCACTAAGTCCACCTAGTCAAAAAAAAAA TCAGATAGCTTTGAATTCCTTATAAACCTTTGTATCTCTCTCTTCCTTTT AGGGCTGTCCACGCATCAGCAGTTTATCATTTGTTGGTAGCTAGGCTAGA TCGATACCTGAAGAACAAGAAAGAACGCTCGAAGGCTAAAGAGAACCATT TCGCTAAATTAGAAATTATTAAAAAATCGAACTTATCTACAGAAAATGTA AACAGTCAACCAACCTCAAACACTCGGAATCATCATCCTAAACGCTTTAC GTTCCGCGGGAAGAAAATAGACTCTAAAACTAGGTCACATCCGAATCTCG GTGAGACAGAAAACCTTGCAGATGATGAAGAAGATAATGTAGTGACTTTA ATTGACCAAACACAAAATACAGATACTTCGCGTCGAAAAGTAAGCATAGA TAATACGACAAACGAAAAACATCAACAACATACTAAAAACAATAGTTCCA ATCATTTAAAAGTTATAGATCCTGCGATTCGTATGCGCGGACACAGACGG TCGAATAGCTCCGCTGATGTCAACGAGTTACGGAAATCTCAAGAAATCGT GGAAAGCATACGGAATAGTTTGATATGTGATTCTAAAGGAGACTTAGAAA AAATGGCGGCAAATATCAAAAAGAAAGCGGAAACGGCGTCACCCTCCCCT AGGGAATTATTTCCAAAGGGTGCGAAAGGGATTGTAACTAGAAAACAATC TTTTGATGTCAGTGCAGATTTCCTTGGTTCGCCGAGTAATGGAGATAAAA CGATAGATGTGACTCAATTCATTGAACAATCAACAGTGACACCTCCACGA AGAAATTCTGGTGAAAAGTTGAACCAAAAACATCGAAAAATGTCTCTGGA TGTCTTTGACGCACACGAGGTAAGTGCTTGTAAATACAATTTTATCATTT TGTTAAAGGTTTTTCAAGAATTAGTTAGGACACTTTAAGGTGTTTCAAAG AGAATTTGTTGACTTCAATTACCTTTAAACTACGGTTTCAAGACCGCTTG ATATTTTTCTACATAAAGTCGCAATAAAACGCAATGCATTGGTCTTGGCC ATTGGCTTTCTTAAGGATTTTCATGGAATCTATCTCAGAACTCTACTTTT GGTAGAATAAAAACGGTAAAAATCAAATGTATAGATTTTGATACCGAATC ACGTATGTTACAAAATACGAATCATGTCTCTTTACTTAGATACTTAAAAC TGTGGATGGTTTTAATGAGCGGTCGTTAATTAAACAAAGGAAAACAAGGG ATTAAGATTAAACTCGTAATGAGTTTCAAACAGTAGGAAAAAAAATTACA CTGAATGAATATTACATTATGAAAAGTCTCTACAATTAAAAACAGTAAAC TTAATCACGAACTAAAATCCCGATGGCGAGACCGTCTCAGCTTGAGTCAA TCTCAAAGATCTTATGAACATCCATAAAACGTCCAAAGCCAAACATGACG TCATTCATAAGGGTGATGTTTGACGTCTAGAGAGTTTTTGTGTGCGGCGA AGGGATTTGAGATCTCATTTTTCCTGCTGGTTGATAGTTGTCCTACTGAG GAAACCAATCAAGAGATGTAATTGAATCTCTTTCTCAATCAATGAAAGTT TTAATGGAATTTACTAGTCACTTATCTGGAGGCCACTATATAAACCACAA ACACGTCCCCTCATAAAGTTCAGTAACTTGTTTAAACACTAGTGGTGATA CTACGTTGAGAATAAAAAACAACTTTGGTCTTTATAAATTATGGTGTGGA TTGATACACCAAGGAGGCAGTTCTGGGTTAGTAACTTTATGCAGTTGTCA CAGTCAAAAACATGTTTATATATTACGCTTCTTTTCCAGTCAGAAAAGAA ATCGTTCTGAAGCCATCATATTGGCTTTTCACACACACACACAGAACAAA TTATTCTAGTCAACGAAATGGCTTTATCGAACTTTTGAAATGGAAACAGA GCCGTAATGAAACCTCAAAGAGCTCTAAAAGTTTCCACTTTGGCAAACCT GTATAACAGGCAAAGCTAAAGGTTCATTCTAAGTTCATCTATACAGTTGA TTATAGTTGATAAAATTTGTGCTAAAAGAATTTAGGACAATATTAACGTT ACTTTCCAAAGATTTGTTACTTAATCTAAATATTCTTTCATTTTGTAGCC AAATGTGAAGGAGCAAAAAGAGCCTGTACCTGGCTGGTTGATCACCAAGG TTGTCAAACAACCTCCACTCAAAGAAGAACACACTTCCATAGATGGCAAA CGTGAACAAAATGGTAGCCCGTCACCACGCAACCAACGTAAACATAAACG TGTAATTCACAGACCAGGTACACCTGAACAACAAAAGCAAAATACAGACC AGACAAATAATGAGGAGTCAGAGGAACGATCTTCATCCGTCTCCGACCGA ATACGTCAATTTTCTAACAGAAAAAAGAATGAAGTGTCGACACGCATCCA GACCCCTGAGATCGAAGAAATATTACGTAATGTACGAAGCATCAATAAAA CTCATCTCAGTGATGACTCAGAAGAAACCACGAACGATGAAAATCTCCCG ACAACGCCCAAAGGGACGGGCAGCAAATGGCAGCCACCACAATTTCAAAA GACTAATAGCTATGACTCAAAACCAAGAGCGTTTATGGATGATACAGATT CTTCTATTTCCAGCACGCCCTCGCCGCCCTTGATAAATAATGACGAATTT TCAAACGATAGCTGTGATGGCTGCGATGTCAACAATAACTCGGGAAAGCA AAATGTAGATAAAGCCTTAAACGCAGACATGACAAACCCCTCGACAAACA GTAACATTACACCTATAAAAACCATCAAAATCTCCAAAAAGACATTAGAG TTGAACGTGAAACAGTTTACGCAGTATAACCGTGATCAGAAGAATGAGAA TCGATCGAACCTTACATCACATCATCATACTTCACTGAAACCCTTACAAT TGAAGTTCAATTTTACCGTACGAAAGAAAAAAGCGTATAAAGAAAAACAA CAAACACGATCCTTAACTGACATTACAAACGGCGTTAATAACAAAATGGA AGCGCGGCCGAGCGAAGAACAAATGTTAGCACCTAAACACAGGTGTAATG AGAGCTGTGATATCGTAAATGGTGAATGCAAGGAAAAGAGAGATCAGACT ATAGGTAAGCGAACGACTGGACATACGAAACGAACTGTGATTAAACCACC GCGTATTCAACATTATTCATTTTTATCGATTCCTGAAAGCACGTTATAAC ATCTCTTAAATGGATTGACCCTTTTCACTCAGACTCTAACCACTAACACT GAACAGTGATTTAAAATCTTCAAAGCTAACCAACTTTTGATTCTTAAAGA ACATAACTTAACCCCTCGCTTGCAATTTGTCCAATCAACAATTCAGCAGG CTAAATGTTGTTTTTAACTTTAAGGTGAACTTTGTTTTGTCATTTTGTGC AAGCCATAACAAGTACAATATTTTGATTCAACTAACACTCTGGACTTTTG ATACCGAGCCCTCCTTTGGTATAAGAGACTACTGAATAAGGGTCAATCCA ACACAAATTGCTATTTTACAAAACTTGCAAACACACTCCGCATTTCCGCA TTTAAGCAATATTTTACACCACGCATACACACAACACAAACATATACACT AGCCAATCAGAATCTGAAAAATAGCACGCGACACGTGAAATCGCTTCCCT AAAGTTCATGACACTCAAGTATTTAAGGTTTGTTTTGGAAAAGACAATGG TTTAATGGCTGGTCTTACCCTAAGTTCCTAATTAGAAATTTTTCGAATTT TCGAAAGGTGACCAAATTGCGGGTCAACAAACGTCATTAGAGAACGATGG TGAAGTGCATTTAGAGTGACAGTTGCCAGGAAGTGGGCTTAATATAGTAC AGATCTCCATCGTAGGGCTTTCAGACATTGAATCAGACGTTTGGTATTTT GAAAGTTAAGTTTTGTAATATTTGTTTAAGGAAGGATTGAGAAGTAATTG ATATGATAATTAACTTGACAGTGATGTTTATTCTGCAATACGTGGGTAGA TTTAAAGGTAATTTTGCAATTAGAGAATGAGCCTTTAGCGAAAGCCAAGT GTATTCATTAAGTCATAAGAGCTTGAGAAGTAGCTAAGACGAAATTGTTA ACAGAGTGAAGACTTGCAATTTTGGGATTTTCGCCTGTGGTAAGTTAAAA GTAAGCTAAGAAATCTTTCAACTTTGAAGTTAGATGAATTGAAAAGGTTT AGAATTTAAAGCAATATTTGAATACTTTCTACGAATACTTTGGTTCAACG AAATTCGTTACATTTTTTCCATCAGATGTAAATATAATGACTTTATCTCG TGAGATAAATACAACAAGTATACTTGAAGCACGATCAGATCCCCTCTCAC TCACACACGTACCAAAAATCCCCACCGTTCATTTTTCATGACATTATGTG TGAAATTTAATTTGTAAATAAAAAGATGAAGTTCTTATGAGAAACACAAA GGAAGCCTTTGATGGTTGTAAACATGCAATATTTTCTCAATTTTAGTTTT TAAAAGGGTGTGGCAATCGAAACATGCAATATTTTCTCAATTTCAGTTTT TAAAAGGGTGTGGCAATCGAAACATGCAATATTTTCTCAATTTCAGTTTT TAAAAGGGTGTGGCAATGGGCTTCCTTTATGGTTTTCACTGTATTCAAAG TTTTAAACTTCATATTTATCTGAGCAGAATTTATATATTAGAACTAAATA AATGGAATTTCATAAGAAAATAAGGTCTAAAATCTTTCTTTATACTTTTG GAATGTGTTCAATGTTAAAAGTTTTGTTTGTAATGGAAAGAATTTGTGCT GTGTGAACTATCCCAAATATTTTGACCAAATTGAGTAAAAAAATTGAACC GAATAAATTGATAATTTATGCTAATTTATGTTAATCAAGTATTAGCAAAG ACAAACCGCAGTAAAAAAGAAATTGGCTTGACTTGAACCTCATCAAGAAA TAATCTCTATGTTTTGACTTGGGTTAATCTCCCCTTTATCATAAATAATC TGCCCGCTATAGGCTATTGACTATTCAAATAATTCGATGTTTTTTTCTAC TATGTGTGATCTCTATAGCTCCTCATCATTAAGTTATGAAAAAAAGACAA TAGCAATTTTTAATTCATGTTTGTATAAAATGTATATCAAAGTTTAGTAT AGCCGCTGTTCACGAAAAAAGTTTGACTAGCCTGTGTTCCAAAGTTCATT AGATTAGAGGCTAAATGTTTTGAAAAGATAATATATCAAAGCGTTATCTG TCTATCAAAGATTTAGAAATAATTAACATAATTTATGTTAGGTTTGTTAT TCAGTATAATGGGTAAGACAAAATATGTTATCTATAGATAAGGTGCTAGA TGAGATGTCAAAGTGAGATGAACTGTTAGAGTGATGTTAACAACTCATGA AATTTAATCAGGGGGTTTTCAAAAAAAAAAGATTAAAGACTAAAGTTTCA TCGAACATGTGACAAAAACAAACAACTTTTTTTTAAATGAGCATCCAACA GAAATCCAACAAAACTCAACTGAATTTAGATGTACACGTTCTTTTTATTA GAACACCTAAAATTTGGCTGAGCCCGGATGTGCTTATTTTTTTAGAAATT TTCAGCCTAAAATGTTCTTAAATGCGTTCTTAATTTTTCAGACTACTCTA AATCGACAATATCATGCAAAATAAAGAGCACTTAAAATTGGTAAAATTTG GAAAATATCTGACTCTCGATTTTAGAAAATCCATCCCTAAGTTCAGTTAA CACTGCCTGAAAAGAGGAAACAATTGTAGTTTCTTGTATTTTTTTTTCAA AACTGAGGCTGGGCATGTTCTTACGATGTTCTTAATTTTTCGACGAATTA TGCTAGAACATATCTAAACGTCTATGCGTGTGAAATTTTTAGTGCCGTTC AAAAAAAAAATTCAAACCTGTCTCATTGATCCAGTGTTCTCACTCTTTCA AATCAATTTTAGATTTCCAAATTTAACAAAAGCAATTTAAACAGTCATAA AGTTTCTCCTATTAATTAATTACGAAATGGCCCATACTGTTTTAGCAAAA AAAGACAGTCAAAAACTTGCTTTGGCACAATCAAAAATGGTAACGTAAAA ATGAATGTTTCCAGAGCCTTAACTGTGGTCTCAAAATTTTGAAACAAAAT CTTCACAATTTTCAATTCACTGCAACTAAAAAAGTCAGTATGAGAATTAG CTTATAAAATAAAACGTTTGTATCCCTTTTTGAGACAAGCGGGAAAGGCA CTTTGAGACACTTAGAGAGCTTTAGGAGGATTTTATTCGACCTTATTATG TAATATGAACTAAAATTCTTGCTTTCAGTCAATCTGGAAATCGAATTTTA ATATTATTTACAAATTTCTGCATCTTTGATGAACTTATATACTTTATTCT TTAGAATCAGCTGACTCAGCGAAAATGGAACGTACGAACAACAAAAAGAC AACCGTCAAAATCATCTCACACAATAGTAACCATGGGAACAACAAATCGA ACCGCACCAAGGTCTTCTTAACTACCAAAAAGTCGACCAGTAAAGATCAC GGTACCGAAAACGAGAAACAAGATTGTCGCTTGAATTCGGATAATTGCTC GTTCGATAGCGGATACTTCGGTACAAACTCGTCAATAACGAATACTACCG AAAATAAAACGAATAGTCATCGTGAAGAAAACCAAGCTTCAAAAACAAAA CAAACAAAAACTCCCATAACTCCATCAGAAATCCATCCAGTTAAATATCG TTGTATACCGGTGTATCAACCGGAGTATGTGAAAACCGGAACAGTTCATA CGAAGGAAAATTTGGAAAAGATGGAGGAAAAAAATGGCGATTCTGCTAAT CTTCATAAAAAATGGGGAAGTCAAACGATCGAGCCTACTCAAGAACCATT CGATTATTTACCTCGATCAGCAGAATTTATAAAGAACATTAAAGAACAAT TTCGACAAGAAAGAGAGAAAAAGATCGAACAGTTGAAAAAAGACGCCGAA CGCAAGCCTCTTGTTATCGACTATCGACACGCTCGTAGCCAATCAGATTC GAACAAACACGTCCGAAGCCAATTAGATTCAAATAAGCATGGCTTTCACC AATCAGAAGTAAACAACCAGTTTTCTCGTAGCCAATCAGAGACGCAAGAC GAAGAAAGACAGCCGGGGACAGAATTCAAAAGATCATTTTCTTTGAAACA ATATCCAATAGAGCGGACATGTGTTGGTACACCAAGTCCGAAATTTCATC GCCGGGCAACATACCATCCAACCAATCGAACAAAAACACAACCTCGTACC CCAAATGGTTATGATTCAAGAATGGAGCAAGGGAAAGTTGCTGCATTCGC AAACGCTTTGGGAGGAGCAGCTTTTCGTAAAAAACCAGTCCTAGCCTCGA ATTGGTGATCTTCAATAATAACTCTCGTTCATTAGCAGTCAAACACAATT TAAATTTATTGTAAATAGAATATTATATCATACATTTTTTGTAAAATAAA CATATTTTTAAAAATATTTTTTTCAGGATTATTTTGACCAGAACAAAACA AAGCAAATCGACATACCTTTTGGGTGAAGGAAATTCTTTAAGGTGAGATT GATTGATCAAAACATACAACCTGAAGTAAATTAAGTTAAAGTTTTAACAG AGTAATAATTCTTATAAAAAAGGGCCAAAGTTCTCTTTTTTTTAATACCA GTATTTAAACAGAAAACCTTTATGACGTATATTAATATTTTTAAGTCAG

Coding sequence (CDS) from alignment at sc0000085:578068..600516-

>TCONS_00008484 ID=TCONS_00008484|Name=TCONS_00008484|organism=Clytia hemisphaerica|type=CDS|length=3858bp|location=Sequence derived from alignment at sc0000085:578068..600516- (Clytia hemisphaerica)
ATGGAAACCTTACCAAGAGAGGTGACGTCAGTCTCCAAATATGAAATTGA
GCCTTTCAAACAAGGCCGACGTGTAGGATGTTATCTGCTTGGAAAAACGC
TTGGTGAAGGATCTTTTGCTAAAGTTAAAGAAGGACTTCACATCATCACT
GGTGAACGGGTTGCTGTTAAGATCATTGACAAGAAACGAGCACGCGAGGA
CCGATATATAAGTAAGAACCTTCGTCGTGAAGCACGAATACACCAACTGG
TACGCCATCCCAATATCATTCAGTTGTATGAAGTTTTAGAAACGGATCAT
TATTACTATCTCATCATGGAATATTCTGATGGTGGAGAGCTCTTGGATTA
TATTTGTAGCAGAAAGAGGCTAGACGAGCATGTGGTACGGAGACTAGTTT
CACAATTGGTTTCGGCCGTTGATGGTATGCACAAATCTGGTGTTGTCCAC
AGAGATCTGAAGATCGAAAATTTCCTTTTGAGTCATAACGAAGATCTAAA
GATTATAGATTTCGGTTTGAGTAACACTTTATCACAAGACTGTATGCAAG
AGTTTGAGAGGACCGGGGTATTTCCGCAACTTTTGAACACTCATTGTGGC
AGTCCGGCATATGCTGCACCCGAACTTTTGGCACAAAAGAAATACGGTCC
ACAAGTTGATATCTGGAGCATTGGCATCAATATGTATGCAATGTTGACGG
GATTTTTACCCTACATGATGGAACCTTTCAACGTGATGGAAATGTATGAG
AAAATGATGCAACGAAAAATGACGCCCGTTCCTTCCTTCCTCTCACAAGC
ATGCCGTGATCTGTTAATGCGTTTACTGGAACCGGTGGCCGAGTGGAGAA
TCACCCTGAAACAAGTCATGAAACACAAGTGGTTTACTGGGACCGAATAC
ATTCCTCGTTCCATACCTCTTGGAGATATGATGTACCAGAAGAAAGAACT
TTGTGAGCCAGTCCTCGCCTACATGAAAATGACATTGCGGATCAGAACTA
AAGATACCATAAACGCTGTTGTATCAAACAGGGCTGTCCACGCATCAGCA
GTTTATCATTTGTTGGTAGCTAGGCTAGATCGATACCTGAAGAACAAGAA
AGAACGCTCGAAGGCTAAAGAGAACCATTTCGCTAAATTAGAAATTATTA
AAAAATCGAACTTATCTACAGAAAATGTAAACAGTCAACCAACCTCAAAC
ACTCGGAATCATCATCCTAAACGCTTTACGTTCCGCGGGAAGAAAATAGA
CTCTAAAACTAGGTCACATCCGAATCTCGGTGAGACAGAAAACCTTGCAG
ATGATGAAGAAGATAATGTAGTGACTTTAATTGACCAAACACAAAATACA
GATACTTCGCGTCGAAAAGTAAGCATAGATAATACGACAAACGAAAAACA
TCAACAACATACTAAAAACAATAGTTCCAATCATTTAAAAGTTATAGATC
CTGCGATTCGTATGCGCGGACACAGACGGTCGAATAGCTCCGCTGATGTC
AACGAGTTACGGAAATCTCAAGAAATCGTGGAAAGCATACGGAATAGTTT
GATATGTGATTCTAAAGGAGACTTAGAAAAAATGGCGGCAAATATCAAAA
AGAAAGCGGAAACGGCGTCACCCTCCCCTAGGGAATTATTTCCAAAGGGT
GCGAAAGGGATTGTAACTAGAAAACAATCTTTTGATGTCAGTGCAGATTT
CCTTGGTTCGCCGAGTAATGGAGATAAAACGATAGATGTGACTCAATTCA
TTGAACAATCAACAGTGACACCTCCACGAAGAAATTCTGGTGAAAAGTTG
AACCAAAAACATCGAAAAATGTCTCTGGATGTCTTTGACGCACACGAGCC
AAATGTGAAGGAGCAAAAAGAGCCTGTACCTGGCTGGTTGATCACCAAGG
TTGTCAAACAACCTCCACTCAAAGAAGAACACACTTCCATAGATGGCAAA
CGTGAACAAAATGGTAGCCCGTCACCACGCAACCAACGTAAACATAAACG
TGTAATTCACAGACCAGGTACACCTGAACAACAAAAGCAAAATACAGACC
AGACAAATAATGAGGAGTCAGAGGAACGATCTTCATCCGTCTCCGACCGA
ATACGTCAATTTTCTAACAGAAAAAAGAATGAAGTGTCGACACGCATCCA
GACCCCTGAGATCGAAGAAATATTACGTAATGTACGAAGCATCAATAAAA
CTCATCTCAGTGATGACTCAGAAGAAACCACGAACGATGAAAATCTCCCG
ACAACGCCCAAAGGGACGGGCAGCAAATGGCAGCCACCACAATTTCAAAA
GACTAATAGCTATGACTCAAAACCAAGAGCGTTTATGGATGATACAGATT
CTTCTATTTCCAGCACGCCCTCGCCGCCCTTGATAAATAATGACGAATTT
TCAAACGATAGCTGTGATGGCTGCGATGTCAACAATAACTCGGGAAAGCA
AAATGTAGATAAAGCCTTAAACGCAGACATGACAAACCCCTCGACAAACA
GTAACATTACACCTATAAAAACCATCAAAATCTCCAAAAAGACATTAGAG
TTGAACGTGAAACAGTTTACGCAGTATAACCGTGATCAGAAGAATGAGAA
TCGATCGAACCTTACATCACATCATCATACTTCACTGAAACCCTTACAAT
TGAAGTTCAATTTTACCGTACGAAAGAAAAAAGCGTATAAAGAAAAACAA
CAAACACGATCCTTAACTGACATTACAAACGGCGTTAATAACAAAATGGA
AGCGCGGCCGAGCGAAGAACAAATGTTAGCACCTAAACACAGGTGTAATG
AGAGCTGTGATATCGTAAATGGTGAATGCAAGGAAAAGAGAGATCAGACT
ATAGAATCAGCTGACTCAGCGAAAATGGAACGTACGAACAACAAAAAGAC
AACCGTCAAAATCATCTCACACAATAGTAACCATGGGAACAACAAATCGA
ACCGCACCAAGGTCTTCTTAACTACCAAAAAGTCGACCAGTAAAGATCAC
GGTACCGAAAACGAGAAACAAGATTGTCGCTTGAATTCGGATAATTGCTC
GTTCGATAGCGGATACTTCGGTACAAACTCGTCAATAACGAATACTACCG
AAAATAAAACGAATAGTCATCGTGAAGAAAACCAAGCTTCAAAAACAAAA
CAAACAAAAACTCCCATAACTCCATCAGAAATCCATCCAGTTAAATATCG
TTGTATACCGGTGTATCAACCGGAGTATGTGAAAACCGGAACAGTTCATA
CGAAGGAAAATTTGGAAAAGATGGAGGAAAAAAATGGCGATTCTGCTAAT
CTTCATAAAAAATGGGGAAGTCAAACGATCGAGCCTACTCAAGAACCATT
CGATTATTTACCTCGATCAGCAGAATTTATAAAGAACATTAAAGAACAAT
TTCGACAAGAAAGAGAGAAAAAGATCGAACAGTTGAAAAAAGACGCCGAA
CGCAAGCCTCTTGTTATCGACTATCGACACGCTCGTAGCCAATCAGATTC
GAACAAACACGTCCGAAGCCAATTAGATTCAAATAAGCATGGCTTTCACC
AATCAGAAGTAAACAACCAGTTTTCTCGTAGCCAATCAGAGACGCAAGAC
GAAGAAAGACAGCCGGGGACAGAATTCAAAAGATCATTTTCTTTGAAACA
ATATCCAATAGAGCGGACATGTGTTGGTACACCAAGTCCGAAATTTCATC
GCCGGGCAACATACCATCCAACCAATCGAACAAAAACACAACCTCGTACC
CCAAATGGTTATGATTCAAGAATGGAGCAAGGGAAAGTTGCTGCATTCGC
AAACGCTTTGGGAGGAGCAGCTTTTCGTAAAAAACCAGTCCTAGCCTCGA
ATTGGTGA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_004738XLOC_004738Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
Putative cnidarian restricted proteinTCONS_00008484-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00008484-exon-sc0000085-1575043694:600481..600516TCONS_00008484-exon-sc0000085-1575043694:600481..600516Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:589050..589248TCONS_00008484-exon-sc0000085-1575043694:589050..589248Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:588961..588978TCONS_00008484-exon-sc0000085-1575043694:588961..588978Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:588256..588548TCONS_00008484-exon-sc0000085-1575043694:588256..588548Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:587569..587624TCONS_00008484-exon-sc0000085-1575043694:587569..587624Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:587042..587204TCONS_00008484-exon-sc0000085-1575043694:587042..587204Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:586504..586631TCONS_00008484-exon-sc0000085-1575043694:586504..586631Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:586057..586288TCONS_00008484-exon-sc0000085-1575043694:586057..586288Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:584998..585814TCONS_00008484-exon-sc0000085-1575043694:584998..585814Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:582713..583718TCONS_00008484-exon-sc0000085-1575043694:582713..583718Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1575043694:578068..579412TCONS_00008484-exon-sc0000085-1575043694:578068..579412Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:600481..600516TCONS_00008484-exon-sc0000085-1510915933:600481..600516Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:589050..589248TCONS_00008484-exon-sc0000085-1510915933:589050..589248Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:588961..588978TCONS_00008484-exon-sc0000085-1510915933:588961..588978Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:588256..588548TCONS_00008484-exon-sc0000085-1510915933:588256..588548Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:587569..587624TCONS_00008484-exon-sc0000085-1510915933:587569..587624Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:587042..587204TCONS_00008484-exon-sc0000085-1510915933:587042..587204Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:586504..586631TCONS_00008484-exon-sc0000085-1510915933:586504..586631Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:586057..586288TCONS_00008484-exon-sc0000085-1510915933:586057..586288Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:584998..585814TCONS_00008484-exon-sc0000085-1510915933:584998..585814Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:582713..583718TCONS_00008484-exon-sc0000085-1510915933:582713..583718Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1510915933:578068..579412TCONS_00008484-exon-sc0000085-1510915933:578068..579412Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:600481..600516TCONS_00008484-exon-sc0000085-1491911889:600481..600516Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:589050..589248TCONS_00008484-exon-sc0000085-1491911889:589050..589248Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:588961..588978TCONS_00008484-exon-sc0000085-1491911889:588961..588978Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:588256..588548TCONS_00008484-exon-sc0000085-1491911889:588256..588548Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:587569..587624TCONS_00008484-exon-sc0000085-1491911889:587569..587624Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:587042..587204TCONS_00008484-exon-sc0000085-1491911889:587042..587204Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:586504..586631TCONS_00008484-exon-sc0000085-1491911889:586504..586631Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:586057..586288TCONS_00008484-exon-sc0000085-1491911889:586057..586288Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:584998..585814TCONS_00008484-exon-sc0000085-1491911889:584998..585814Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:582713..583718TCONS_00008484-exon-sc0000085-1491911889:582713..583718Clytia hemisphaericaexon
TCONS_00008484-exon-sc0000085-1491911889:578068..579412TCONS_00008484-exon-sc0000085-1491911889:578068..579412Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000085supercontigsc0000085:578068..600516 -
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 0 0 5.67965e-10 2.14222 1.31997 14.0337 14.05 5.56423 9.57161 6.04979 6.23458 20.4318 18.4507 12.2453 14.28 4.04772 10.3005 9.78991 7.88377 2.86879 2.28611 0.90581 0.62049 1.59358 5.24966 11.3929 10.5727 7.28593 7.37634
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR000719Prot_kinase_dom
IPR008271Ser/Thr_kinase_AS
IPR017441Protein_kinase_ATP_BS
IPR011009Kinase-like_dom
Vocabulary: Molecular Function
TermDefinition
GO:0004672protein kinase activity
GO:0005524ATP binding
Vocabulary: Biological Process
TermDefinition
GO:0006468protein phosphorylation
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006468 protein phosphorylation
molecular_function GO:0005524 ATP binding
molecular_function GO:0004672 protein kinase activity
Blast
BLAST of TCONS_00008484 vs. Swiss-Prot (Human)
Match: HUNK (Hormonally up-regulated neu tumor-associated kinase OS=Homo sapiens GN=HUNK PE=2 SV=1)

HSP 1 Score: 359.377 bits (921), Expect = 3.131e-107
Identity = 177/368 (48.10%), Postives = 253/368 (68.75%), Query Frame = 2
Query:  104 LPREVTSVSKYEIEPFKQGRRVGCYLLG-KTLGEGSFAKVKEGLHIITGERVAVKIIDKKRAREDRYISKNLRREARIHQLVRHPNIIQLYEVLETDHYYYLIMEYSDGGELLDYICSRKRLDEHVVRRLVSQLVSAVDGMHKSGVVHRDLKIENFLLSHNEDLKIIDFGLSNTLSQDCMQEFERTGVFPQLLNTHCGSPAYAAPELLAQKKYGPQVDIWSIGINMYAMLTGFLPYMMEPFNVMEMYEKMMQRKMTPVPSFLSQACRDLLMRLLEPVAEWRITLKQVMKHKWFTG--TEYIPRSIPLGDMMYQKKELCEPVLAYMKMTLRIRTKDTINAVVSNRAVHASAVYHLLVARLDRYLKNKKE 1198
            LP  V+ V +  +  F+  +RVG YL+G + LGEGSFAKV+EGLH++TGE+VA+K+IDKKRA++D Y++KNLRRE +I Q++RHPNI QL ++LET++ YYL+ME   GG L+  I  +KRL+E   RR + QL+SAV+ +H++GVVHRDLKIEN LL  + ++K+IDFGLSN     C      +  F    +T CGSPAYAAPELLA+KKYGP++D+WSIG+NMYAMLTG LP+ +EPF++  +Y+KM+ ++M P+P+ LS      L  LLEP    R  ++Q + ++W     T  +P ++   + +   ++L   V+ +M   L  +  D IN V+SNRA H  A+Y LL  +L+RYL  K +
Sbjct:   37 LPAWVSGVPRERLRDFQHHKRVGNYLIGSRKLGEGSFAKVREGLHVLTGEKVAIKVIDKKRAKKDTYVTKNLRREGQIQQMIRHPNITQLLDILETENSYYLVMELCPGGNLMHKIYEKKRLEESEARRYIRQLISAVEHLHRAGVVHRDLKIENLLLDEDNNIKLIDFGLSN-----CAGILGYSDPF----STQCGSPAYAAPELLARKKYGPKIDVWSIGVNMYAMLTGTLPFTVEPFSLRALYQKMVDKEMNPLPTQLSTGAISFLRSLLEPDPVKRPNIQQALANRWLNENYTGKVPCNVTYPNRI-SLEDLSPSVVLHMTEKLGYKNSDVINTVLSNRACHILAIYFLLNKKLERYLSGKSD 394          
The following BLAST results are available for this feature:
BLAST of TCONS_00008484 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
HUNK3.131e-10748.10Hormonally up-regulated neu tumor-associated kinas... [more]
back to top