Homology
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A6H5KRV7_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KRV7_9PHAE)
HSP 1 Score: 704 bits (1816), Expect = 1.470e-234
Identity = 410/526 (77.95%), Postives = 444/526 (84.41%), Query Frame = 2
Query: 572 TGLAVGVRIEDLAQAVRKRMNEVLQEGEDDEMRRDARLVNFLGEVEEAQALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRAPLGNGTSGGMATAPKAMGRMGAGPDGLSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNPPAGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVYGGHPFAGAPHMAPYGYMDPLSMAMAGPASLADFYGAGYGHMPQM--FNAYGQPMGTFIPPHVPMYQPGSSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSGGPPPGPPGPREAGMKRIREYSDFCAKNQS-RPQGGSALMERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKTGSAPHPGLAQR 2140
T L V V IEDLA AVR R+++VLQEGEDDEMR+DARLVNFLGEV+EAQALAALNEYHAAVSE SV IRNKPAYLMGILRKYKQGQRAPLGNGT+GGM T P AMGRMGAGPDGLSPSIASRLEKLYESGFIQK+DVDQRC+VFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSIL+ XXXXXXXXXX XXXXXXXXXXXXX XXXXXXXXXXX +YG HPFAG P+M+PYGYMDP +M G A+FYG YGH P M FNAYGQPM TFIPPH+PMYQ G++ MLPAS+QLRLDQLA GFCH GEIDDRCRKFL EVPEHIALQAI+EFMST+RK+IRKVSAY MGVIRKHA+N+R+F A+G SGGPP G P P EAG+KR REY+DF AK Q RPQG SALMER+AGAPAKV+AGI +L+EKGIA+EWDIDVRVTNAF GLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYK+G+ P PGLAQR
Sbjct: 131 TSLLVSVTIEDLAPAVRTRLDDVLQEGEDDEMRQDARLVNFLGEVDEAQALAALNEYHAAVSETSVNIRNKPAYLMGILRKYKQGQRAPLGNGTAGGMVTTPNAMGRMGAGPDGLSPSIASRLEKLYESGFIQKADVDQRCMVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILRXXXXXXXXXXXXXXXXXXXXXXXPGGRPAAXXXXXXXXXXXXXGMXXXXXXXXXXX---------MYGAHPFAGVPYMSPYGYMDP---SMTGSVPFAEFYGGMYGHAPSMPLFNAYGQPMATFIPPHIPMYQAGTTEMLPASIQLRLDQLAATGFCHAGEIDDRCRKFLREVPEHIALQAIEEFMSTERKNIRKVSAYLMGVIRKHADNYRDFVAVGTSGGPPAGLPSPYEAGLKRYREYNDFWAKQQQPRPQGCSALMERIAGAPAKVQAGITDLIEKGIAMEWDIDVRVTNAFLGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKSGAPPPPGLAQR 644
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
D8LG90_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LG90_ECTSI)
HSP 1 Score: 627 bits (1618), Expect = 5.700e-209
Identity = 339/495 (68.48%), Postives = 365/495 (73.74%), Query Frame = 2
Query: 665 MRRDARLVNFLGEVEEAQALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRAPLGNGTSGGMATAPKAMGRMGAGPDGLSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNPPAGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVYGGHPFAGAPHMAPYGYMDPLSMAMAGPASLADFYGAGYGHMPQM--FNAYGQPMGTFIPPHVPMYQPGSSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSGGPPPGPPGPREAGMKRIREYSDFCAKNQS-RPQGGSALMERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKTGSAPHPGLAQR 2140
MR+D RLVNFLGEV+EAQALAALNEYHAAVSE SV IRNKPAYLMGILRKYKQGQRAPLGNGT+GGM T P AMGRMGAG DGLSPSIASRLEKLYESGFIQK+DVDQRC+VFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSIL+RHHQ DFYG YGH P M FNAYGQPM TFIPPH+PMYQ G++ MLPAS+QLRLDQLA GFCH GEIDDRCRKFL EVPEHIALQAI+EFMST+RK+IRKVSAY MGVIRKHA+N+R F A+G SGGPP G P P EAG+KRIREY+DF AK Q RPQGGSAL+ER+AGAPAKV+AGI +L+EKGIA+EWDIDVRVTNAF GLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYK+G+ P PGLAQR
Sbjct: 1 MRQDTRLVNFLGEVDEAQALAALNEYHAAVSETSVNIRNKPAYLMGILRKYKQGQRAPLGNGTAGGMVTTPNAMGRMGAGTDGLSPSIASRLEKLYESGFIQKADVDQRCMVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILRRHHQ----------------------------------------------------------------------------------------------DFYGGMYGHAPPMPLFNAYGQPMATFIPPHMPMYQAGTTEMLPASIQLRLDQLAATGFCHAGEIDDRCRKFLREVPEHIALQAIEEFMSTERKNIRKVSAYLMGVIRKHADNYRGFVAVGTSGGPPAGLPSPYEAGLKRIREYNDFWAKQQQPRPQGGSALLERIAGAPAKVQAGITDLIEKGIAMEWDIDVRVTNAFLGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKSGAPPPPGLAQR 401
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S1EQC1_9RHOD (Hypothetical protein n=1 Tax=Timspurckia oligopyrenoides TaxID=708627 RepID=A0A7S1EQC1_9RHOD)
HSP 1 Score: 98.2 bits (243), Expect = 5.390e-17
Identity = 103/434 (23.73%), Postives = 168/434 (38.71%), Query Frame = 2
Query: 914 LSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNPPAGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVYGGHPFAGA------------PHMAPYGYM----DPLSMAMAGPASLADFYGAGYGHMPQMFNAYGQPMGTFIPPHVPMYQPGSSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSGGPPPGPPGPREAGMKRIREYSDFCAKNQS---------RPQGGSALMERMAGAPAKVK---------AGIYELVEKGIAVEW----DIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRY 2101
LSP + + L L+ G +D+D R + F L +K A A+D+ D ++IRN+ AF+MSI KR +NP A V G PF G+ P P G +P + +GP + H P +F P P + LP +V L Q+ G CHP E DDR + L + E A++A++EF S + +RK SA++MG+ RK ++ A G SG P P G Y + ++ + R + S+ ++ ++ + V A + +++ + W D+D R +A ++E + + ++E D +R+RN SAY+MGL ++Y
Sbjct: 202 LSPEVQNALRALFTEGVCDPADIDTRSVEFLSGLPDKIALTAIDDIHHRDFSTIRNRPAFIMSIFKR---VANPQRDA-----------------------------------------------------VGGPAPFVGSVQPYSSGFSRSIPRPPPRGMRQLPPEPTYVRPSGPRASE--------HNPDVFRQPAAPXXXXX--XAATVPPEALAHLPTAVGEGLQQVFASGVCHPSEFDDRAMEILVALKEPEAVRALEEFASVEPGRVRKPSAFWMGLARK----YKGLGASGVSG--PQNLNSPSSRGYGNQYGYESYDRRSAADEHAYVSGHRQRHYSSQIDSLSASRGPVALNRPPEFRHALAADRLQRIFSETWLSPNDLDDRAIDAIKRMSESEEMNVVDEILRTDPSRVRNISAYIMGLYRKY 563
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A1X6PIJ9_PORUM (Uncharacterized protein n=1 Tax=Porphyra umbilicalis TaxID=2786 RepID=A0A1X6PIJ9_PORUM)
HSP 1 Score: 94.4 bits (233), Expect = 1.030e-15
Identity = 106/461 (22.99%), Postives = 160/461 (34.71%), Query Frame = 2
Query: 914 LSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNPPAGAAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVYGGHPFAGAPHMAPYGYMDPLSMAMAGPASLADFYGAGYGHMPQMFNAYGQPMGTFIPPHVPMYQPGSSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSG-----------GPPP------------------GPPG---------PREAGMKRIREYS-----------------DFCAKNQSRPQGGSALMERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKTGSAP-HPG 2128
LS + L +++E+G SDV+ R + L + A AA+ + D +S+RN+ AF+MS +K+ +NP S+A GP G G G P +PP + PG G L ++ G CHP + DDR L E+P H A++A+ EF + +R SA++MG+ RKH A++G G GPPP PP P G + +Y D S GG A G ++V A + LV + D+D R A L E+ + A++E A+ + +R+RN SAY+MGL ++Y + SA +PG
Sbjct: 273 LSADAEAGLSEIFETGACSASDVNGRVREYLASLPDATARAAIADLATRDFSSVRNRPAFVMSCVKKAAAVANP-------------------------------------------------------------------------------SVAPGGP-------GGGVGGAP-----------ASVPPSALAHLPGPVGE-------GLQRVFATGVCHPSQFDDRAMDILVELPTHAAVRALSEFAAVPPSRVRNPSAFWMGLARKHKSAIAA-ASLGGQGTPQGGMPNMGYGPPPMAQPYGAPQGYGQPMHHQPPPSYDYHQVHQQPAYGGYEYGGQYGHGGYGPPPMVSGXXXXYDSRXXPVSAGMGGVAPAYGAQGGGSRVAARVDALVAARVVRPGDVDARAIEALGRLREQDALAALDELAAAEPSRVRNPSAYVMGLARKYASASAAAYPG 628
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S3XFS6_9CHLO (Hypothetical protein n=1 Tax=Picocystis salinarum TaxID=88271 RepID=A0A7S3XFS6_9CHLO)
HSP 1 Score: 83.2 bits (204), Expect = 2.900e-12
Identity = 55/178 (30.90%), Postives = 94/178 (52.81%), Query Frame = 2
Query: 605 LAQAVRKRMNEVLQEGEDDEMRRDARLVNFLGEVEEAQALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRAPLGNGTSGGMATAPKAMGR-MGAGPDGLSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNP 1135
L AV+ ++NE+ G D + + L ++EE AL+ L+++ +RNK AYL G + + ++ M T P+ + + +G+ ++ L++LYE+G ++ D+D+RC F R L E A AA+ E G S + +IRNKSAF+MS+ +RH + +P
Sbjct: 225 LGAAVQAKLNEIYSSGACAPEDIDVKCLQDLQQIEEDVALSVLSQF---AGYDLTQVRNKSAYLSGAITRVRRE------------MTTNPEKYDKDIPRAENGMIQTVYDELQRLYETGHLRYGDIDERCTDFLRGLPESIALAALQEVGSSSLDNIRNKSAFVMSVCRRHSRGPDP 387
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
R7QVV3_CHOCR (Uncharacterized protein n=1 Tax=Chondrus crispus TaxID=2769 RepID=R7QVV3_CHOCR)
HSP 1 Score: 78.6 bits (192), Expect = 6.570e-11
Identity = 63/206 (30.58%), Postives = 98/206 (47.57%), Query Frame = 2
Query: 1523 LPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSGGPPPGPPGPREAGMKRIREYSDFCAKNQSRPQGGSALMERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKTGSAPHPGLAQR 2140
LP +V L ++ G CHP + DDR L ++ E A++A+ EF + + +R SA++MG+ RK+ + R A G+ G P P +G + SD ++ S SAL +R+ EL G + +D R A L E+ G+ + E + R+RN SAY+MGL K++ G A L+QR
Sbjct: 288 LPPTVSDALQRVFTSGVCHPSQFDDRAMDILVDLAEPDAVRALSEFAAMEPGRVRNPSAFWMGLARKYKGHSR--APGGRMG--PDSVPSNYGSGF----DPSDGYGRSTSAQGSFSALDQRLD-----------ELANNGTLLRNVLDDRALEALRRLPEQDGLAVLAELP--EPARVRNPSAYVMGLCKKFANGEAR--SLSQR 470
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S2LAC6_9STRA (Hypothetical protein (Fragment) n=2 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2LAC6_9STRA)
HSP 1 Score: 75.9 bits (185), Expect = 3.880e-10
Identity = 48/136 (35.29%), Postives = 74/136 (54.41%), Query Frame = 2
Query: 716 QALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRAPLGNGTSGGMATAPKAMGRMGAGPDG--LSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRH 1117
Q AL+EY+ AV+ +IRN+ AYL G+L++Y +GR+G P G L+P++ R+ +L +SGF + D+++R L + L EKEA AAMDE + +IRN ++ M IL R+
Sbjct: 302 QMKEALSEYNDAVTTKGSSIRNRQAYLHGVLKRYMT-------------------ILGRVGGTPMGEALTPAVKERMTRLVDSGFCSQEDLNERVLSKIKMLPEKEALAAMDELATAKRDAIRNFGSYFMGILNRY 418
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S0T633_9RHOD (Hypothetical protein (Fragment) n=1 Tax=Erythrolobus madagascarensis TaxID=708628 RepID=A0A7S0T633_9RHOD)
HSP 1 Score: 72.0 bits (175), Expect = 4.240e-9
Identity = 68/251 (27.09%), Postives = 101/251 (40.24%), Query Frame = 2
Query: 1511 SSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREF----------------AAMGKSGGPPPGP-PGPREAGM----KRI--------------------REYSDFCAKNQSRPQGGSAL-MERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKT-GSAPHPGLA 2134
SSG LP V +++L C +ID+R FL +PEH+AL A+++ D IR A+ M + ++ RE A G GG P GP P R GM R+ + +Q +PQ + ++ P V G+ + G+ D R L E + + A+ EFAS + R+RN SA+ MGL ++YK G A PG +
Sbjct: 85 SSG-LPPKVFDAVERLFSDSICEREDIDNRALDFLATLPEHVALTAVEDISHRDFSTIRNRPAFVMSIFKRVVNPPREMHPSSSGPGPYGSSGYGAGRGPIGGGPRGPLPPQRGNGMGGPPSRVLMGPPGXXXXXXXXXXXAGGMDMYAVPKPHQLQPQQVVTVDPAALSHLPPMVADGLQRVFAAGVCHPSQFDDRAMEILINLKEVEAIRALNEFASVEPGRVRNPSAFWMGLARKYKALGDAGGPGTS 334
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S0LZI5_9CRYP (Hypothetical protein (Fragment) n=1 Tax=Cryptomonas curvata TaxID=233186 RepID=A0A7S0LZI5_9CRYP)
HSP 1 Score: 71.2 bits (173), Expect = 5.520e-9
Identity = 49/199 (24.62%), Postives = 87/199 (43.72%), Query Frame = 2
Query: 1511 SSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKFLGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGKSGGPPPGPPGPREAGMKRIREYSDFCAKNQSRPQGGSALMERMAGAPAKVKAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIRNKSAYLMGLLKRYKT 2107
++GM+P VQ RL+ + G E+D RC + L +PEH+ L+ + +F D I + +FMG+I++ FRE A S P + +G P V+ + L + ++D + L E VE +++F +++ IRNK+A+ +G++KR++T
Sbjct: 192 TAGMIPG-VQARLEAIFASGKVRREELDQRCLEQLRSLPEHVGLEVVGKFAEADLSSINSKAGFFMGIIKR----FREQVAA--------------------------------SDP---NVTASAFSGLPFVVQTKLEALFSTRLVGRNELDAKCYMELRQLPEPIAVEVMDKFCETNLSDIRNKTAFFLGIVKRFRT 350
BLAST of mRNA_P-littoralis_Contig145.127.1 vs. uniprot
Match:
A0A7S1DEU8_HEMAN (Hypothetical protein (Fragment) n=1 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S1DEU8_HEMAN)
HSP 1 Score: 69.3 bits (168), Expect = 1.170e-8
Identity = 47/158 (29.75%), Postives = 86/158 (54.43%), Query Frame = 2
Query: 674 DARLVNFLGEVEEAQALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRA--PLG------NGTSGGMATAPKAMGRMGAGPDGLSPSIASRLEKLYESGFIQKSDVDQRCLVFFRDLTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQ 1123
D ++ + L + +E + + L+ + A ++ TIRNK A++ I+R+Y+ R P+G + G A AP A+ L S+ +RLE +YESG +Q+ D+D RC+ + L E A A+ + ++++++I +KS F + IL+R +
Sbjct: 77 DHKIRDSLADFDEDKGVEILDNFGDANTD---TIRNKAAFIAAIIRRYRSEARGVPPVGGIGMMPHSEGAGSAAAPAAINGE------LVQSVNARLESIYESGKLQRGDLDDRCMEQLKALPEHLALEALQKLNEANLSTINSKSGFFVGILRRFRE 225
The following BLAST results are available for this feature:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig145.127.1
>prot_P-littoralis_Contig145.127.1 ID=prot_P-littoralis_Contig145.127.1|Name=mRNA_P-littoralis_Contig145.127.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=677bp
MGDDTPAMLAEGETRVAEMDTGCSFRETDVDDKSPTAAAAAAAAATAAIE
ATTVAIAAPTSAEEIPAGGELPAGNGDGAVVDSTAGMVVDKALADGLQPK
AAAVEAALDIAPSSEPPSAPQEAAEPVAATRKRKAGQEAPSSSPPLEVTT
PKATGLAVGVRIEDLAQAVRKRMNEVLQEGEDDEMRRDARLVNFLGEVEE
AQALAALNEYHAAVSEASVTIRNKPAYLMGILRKYKQGQRAPLGNGTSGG
MATAPKAMGRMGAGPDGLSPSIASRLEKLYESGFIQKSDVDQRCLVFFRD
LTEKEAEAAMDEFGQSDITSIRNKSAFLMSILKRHHQASNPPAGAAAAAS
AAAAAAAAAAAAAGAGAGAAGRPTPAAAAAAAMAAAAAAAAGMGMGMGVY
GGHPFAGAPHMAPYGYMDPLSMAMAGPASLADFYGAGYGHMPQMFNAYGQ
PMGTFIPPHVPMYQPGSSGMLPASVQLRLDQLAGMGFCHPGEIDDRCRKF
LGEVPEHIALQAIDEFMSTDRKHIRKVSAYFMGVIRKHAENFREFAAMGK
SGGPPPGPPGPREAGMKRIREYSDFCAKNQSRPQGGSALMERMAGAPAKV
KAGIYELVEKGIAVEWDIDVRVTNAFSGLTEEQGVEAIEEFASCDMTRIR
NKSAYLMGLLKRYKTGSAPHPGLAQR*
back to topmRNA from alignment at P-littoralis_Contig145:422714..439570+
Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig145.127.1 ID=mRNA_P-littoralis_Contig145.127.1|Name=mRNA_P-littoralis_Contig145.127.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=16857bp|location=Sequence derived from alignment at P-littoralis_Contig145:422714..439570+ (Pylaiella littoralis U1_48)
CAGCGCACCAGTCCGCCGACAGATCATGCAATACAGCAGGAGGAGGGCAT
TTCAATCAAATTGAAAGTCACCCTTCAGTTTTCCGCACTCCTTTCAACGA
GGAGCGAGCGATATGGGCGACGATACACCAGCGATGCTGGCTGAGGGGGA
GACACGCGTTGCGGAGATGGACACGGGGTGCTCTTTCAGAGAGACCGACG
TTGATGATAAATCCCCAACAGCAGCAGCAGCAGCAGCAGCAGCAGCAACA
GCAGCAATAGAGGCAACAACAGTAGCGATAGCAGCACCAACATCAGCGGA
AGAAATACCGGCAGGAGGTGAACTTCCAGCGGGAAATGGTGATGGCGCTG
TTGTTGATTCAACTGCCGGTATGGTCGTGGACAAAGCTTTGGCGGATGGG
CTTCAACCAAAGGCGGCGGCAGTCGAAGCAGCCCTAGATATAGCCCCTTC
ATCCGAACCTCCAAGTGCTCCCCAAGAAGCAGCAGAGCCGGTGGCTGCTA
CCCGAAAGCGAAAGGCCGGGCAAGAGGCCCCGTCATCATCACCACCTTTA
GAAGTAACGACACCGAAAGCAACCGGTCTTGCAGTCGGGGTAAGAATCGA
AGACCTGGCACAAGCTGTCAGAAAGAGGATGAATGAGGTGCTTCAAGAGG
GAGAGGATGACGAGATGCGGCGGGACGCTAGGCTCGTCAACTTTTTGGGC
GAGGTTGAGGAAGCTCAGGTACCAAACTGCGAAGTACCATGGTACGAAGT
ACTTCGTACAAGCTGTTCAGGAATGTTGCTGGGATGATCCATGGCAACTT
CCTGTCGGTGAACTTTGCTCGGTTTGGTTGGGAAGTGCCGTACCCGTGTA
ATACTTTCATGTACGATACTCAGCAGAGCGTCCTGCCTTGCCCTTTTTCA
TAGGGATTTCTTCGACGTACTCCTGCACAGCAGCAGTGCTGTACATGTTC
TAAATGCTTGCACACAACAGGGCCTCTACTGCTGTCTACTGTTGAAGGGT
CGGTCCAGAAGGTATTCTATTTTTTTTCTTTTCGAGAAAGTGCCCGACTC
TCAATCCAAGACGATAACGCAGGTCGCTCAGAATACGCGTGCAACGCGTA
CTCAAGTACATGTATTACACGATCGGGAATGGCGGCATCCTGAACACACG
AAATCAGCAGATACACCATGGAGCGGTGACCTGCGTGTTGACACGCTCAG
ATGTGCTGCTGGGCCGAGATATCGGAGGTCTAGGTTGTGGCTCAGGCAGT
CCAGAAATTGTCCGCATTTCAGCCAGAAACCGAACACCTGCCACTGCGGC
ACTTGTCGTCATGGGCCCCACTGTGGGCCTACAGCAGTAGCTAGTGGTTT
ACAACAGAAGGGTATTTACCCTAGCTAGGATGGGGCCCGTGGTGACGAGT
ACAGCAGTGAACATGGACAAGGTGTTTGGTGTTTGGGATCTGGCTGAGAT
TCGGATTATTTCTGCAGTCTGGGACTGCCTGAACCATAACTTCGACCTCC
GATATCTCGGCCTCAGCAGCACATCTGAGCGTGTCAACACGCAGGTCACC
GCTCCATGGTGTATCCTGCCGATTTCATGTGATCGATGCAGCAACTCCCG
ATAGAAACGCTCATTCTGAGCGACCTGGGTTATCGTCTTGCTATCGTCTT
GGATTGAGATTACTGCTGTAGGGCACTTTCTTGAAAAAACAAACAAACTT
CTGGACCGGACCCTTTACGACATGGAACGTGGAACGTGTAAATAACACTT
CTCTGATTGACCACCGACAAAAAATGAGCTCGGCCACCTGGGGTTCCTGT
AGGTCGTCCCCTCCGCAAATTTCTTGAAGGACACCCGGAAATGGGTTGCA
AGATGTGTGCAGGACAATAGTACTGACAAACTCCTACGAACTTCAGTAAT
TATCACCATTGGTTTCCACACTTTTTTTTTTTGAATGCATGCGGCATGTA
CAAATCTACCCCATGTCATACAGGAATCCTGTCTTGACTTCCTCCTATCT
GTGTGACCCCGGCTAGAGCGTCTACCTACCTACCGGTACGTACCATCCCG
AAAGGGGCGTAGAGTGGCGCCCCTAAAATATGGGACTACAACACATACGC
ACACATATATACACACCATTCTACCATCCCAGAATGCTCCCAGAGGCAAC
CACTGTGCCAATAATGTCTGGGATCCATCTTCCGCCGTTTGTTTTTCTTC
CAGCACACCACACAGCACCCGAAAATCAAGGCATACTTGACCTCCTTCGG
CCTTCAAATCAATCACGGCGACGGGTAGGTTATTTGAAAAGAGCGTTTTA
CTGAGATAGCGGATGCAGGTACTTACGCACCAATATGCTCTTCTTTATCC
TGTTGTTTATTGGGTGCTGTGTGCTGGAAGCGTTTAAAAATACGGTTGCG
ATACGAGTACTCCAGCAGCATCCGAACAACGCCTCGTATCACGCAGAACT
CGATGAAGGAGGCTTCGTTTCAAGAATCACAGACTTCGAATCTGAAGTAC
GTCGCAAGGACTTGAAATCTGGACACTTGTTCATTAGTCACAGCGGCTGC
GTCTGGGTGCATACTGAGATGGTAGATTTCGATTCGTACTGAAGTCACAC
CTTTCAACGTCCACACACACATACTTCGAGGTATGTATATACGCGAGTGT
ACGTTCTGATGTTTGCCTGAAATGATGTTCCACGCTCTCATTATTTCGGT
GTTTGGCTGCCGAGACACATCATGGAACAGTGAAAAAGGAATTCTGAGTT
CCGCCTTCCACGTCTAGAGGGTTTGTCAAGTCACGCCCTCAACATGGTGG
AATACCTTTCAAACAGACTGACAGATTAAAACCTCGTTCAACAAGGCCAA
TCCGAGTTGGACACGGCCAATCTGGGTTCAGTCCAAAAAACAGGGGCTAG
GAATGGAACGACGTTTCGCAAAAAAGCAAGTCCAACGCCAAGTCAGGTTG
CTGCTTCTTTTTTTCGAGGGGGCCCAAAAATCACCAAGGTAAACGTGTTT
TTTTTCTCTTACAAAGGCGTCAATGTGTTCGCCTCTCTCTAGACGAGGAT
CGAGCGAGATTAGCAACGAACACAGAGAGTGATGCATCTACTTGTGTTTC
TACAACTCAACAGACAACATACCGTTGCAGCTCCCCTGAGGGTATCAGGC
TCAAAAAGACAATTTGGGAGTCGTCTTGTGTGACACCCGATACATGATAC
GGTGAGAATGTACAGAAGCCTATATGTGTGCTGTCATTTTGAAAGTAATT
TGGGAAGTAGATAAAATTGTAAAGCCATTTGCTTCGTACTATTGGAAACC
TCTGAATCTTTTTGCGCAAGCAATCGTCCAATGAACCAGCTGAATTTGCA
TCCAATCCGTGTGCTCTTCGGGGATATACACGCGGGGAACAGCCGCGTCG
AGCTCGTGCACAGACAGGGAGCCTCCTTCCGCCGTGCCAAACAAACGCAC
GGGCGTGCTCCGCCTGGGAGACACGAGAGTACGGCGGTAGCAATGTCTGT
GTGACTTGGCCAATGGCTGCGACTCACGCGGTCTCAGGGTGGCGTGACCA
ATTGCTGCGACACTCCAACCTGGGCCCGCATCTAGCTCACAGATCTATGA
AACAGTTCTAGTTTCCGGCCAGAGCTCACAGATTTGTGAGTTCTCGCAGA
CTCGTGACTTAAACATACTTCGAAGCACATGTTATCCCTCAAATGTGCAG
ATTTGTAGGTTGTGCCAATATTCTAGTAGCAACAAACATTGATCCCAGTA
TTTCCTTGACTGATCAGGCATTGCACCGATGCAGCTCCCCAGAGGTCATT
AGGCTCAACGAGTCAATTCGGAGGCCGCCGTGTGTGACACCCATTACATT
ACATTATACTATGCGGCGCAAAGAATAAGACACACGCACAAACACACACA
CACACACACTGCAGCAGCAGTGAATTCTTGTCAGATTTCGGGCCGATGAA
ATCGTACGTATTCGTTCCATGAAAATAAGAGAAAAAGGAAAAAGACTCTC
CGTGGGAAACGCGAGGCGTTGCCCCAACCACACTCCTACTCGGTACAGTA
TCAGAAAAAAGCAGTTGCCAGCCTCCTTCCTCCCTCTTTGTTGCGATTGT
CCACCCAAGTAAAGCAGCCAAGAGCAGCAGTGCAAGCCATGCTCACGTCC
CTGTGCAGCCTCACTAGCATATAGCTTCCGTTACGCTATCATAACGCCAT
GATGGCCTTGTTTTAGTTGCAGCTCGTCGTGCACGGAGCTATGATAGCTG
CTCAGCAAGAATTCGTGAGCTCTCGCATGTTTTCCTCCACACCAAAAGAT
AACCAGTAGCGGCCCCATGCTCGTGTTCCCGGACAGCCTGACTCAAAAGC
ATTTCCGTTGCTGCCATGCCGCCACGAAGGCGTTCGAGTGACAGCTCTCG
CGCAAGGTGCCTTGCTCTCTCAGCGCCGCCGACACCGATTTGTAAGACTC
GTGCCCGACAAGCGTGCTTCGCTGCCTCAGAGAAGCTCCGCAACCTCGGG
CAGACGCCTTCGGATGGCTTTGGGCAATCGCTACGCCGCTCTTCAATCTG
ACAAACATGATCTGACACACCCTCGTGTAAATTCCGGCTGGAGCTGACAC
ATCTGTCAACACTTTGGTCAGAAACAAAAAAAATAGCCAACAAACGAACT
TTTTTTTTTTCTTTCGCGAAGACTGCCAAGTACTACTGCAGTGGGTGAAA
AACGTGCGTTTTGGTCCATAATTATGAACGAAGTACTTCAGATTATGTTT
TCGTTTTTTTAGCAAAGGATAGCCAATAACGGGCACCAGGTGTTTCGTAT
GAAGGGTATTTGGTGATAAGGGCAACAATGATCATCGCCACCATGGGGGG
CGCCGACGGTGCCGTCGGTACTTTACTACCAGGTACTTCAGTACATACAT
GGTGGTCGATGAAAGTGCGGTCTTGTAAAGATGCTCGCTGCTGCTAATGC
CGCTGCTGCTGCTTCTGCAGGCTCTGGCGGCCTTAAACGAGTACCACGCG
GCGGTCTCAGAGGCGAGTGTTACAATCCGGAATAAACCCGCCTACCTGAT
GGGAATCTTGCGCAAGTACAAGCAGGGCCAGCGGGCGCCTCTGGGCAACG
GGACGAGTGGCGGGATGGCGACAGCGCCGAAGGCCATGGGGCGCATGGGG
GTGAGTGAGCAGCAGACACCAACACGCGCTCGAGTGCTACTGCTGTACAG
CCAACCATTCTTCAGTAGGGTCAAATATCTCGCAGCAATGGGGGCAAGTG
ATGTGTGCTGCCTGGTACATATCGCACGTCCATATATACATATCTACATT
CATGCTCGTAGGAAACGTCTTCGTAAGAACCCATCTTGGCAAGAACCCCA
GTCTCAGATTTCGGAAATATATTGAACTCGACCTACAGCACGGAATTGGG
CTCAGCGGCAAGCACCGTACTTTATCCTGCTGGAGTATCGAAGTGAAAGC
CTGACAGGTGCTCACGGGTGGAGAAAAAACTTATGTTTTGAGCCTTGCTC
CTGAACACTAAAGCCCGTGATAAAGGATGGACTAGCATAGCATGGTAAGT
TCAAATGAAATGCCCCCTGCACTCTAGGCTCTTGTATGCTCATGCCAACG
GGTTATGGATTATGTAGCTGGTTTTTCAGTTCGGCAACCCTCACTGCGCC
CAGTACTCGATGACGTGGTGCTTGGGGACAATCGACAGACGATCAGTACG
ATACACGAGCAAGACCAATGGGCGATGGCGATAAATCCCTTTGTGCTCTA
TGGTAGTGGGGCCTCTGACGTTACGGACAGCAGCTCAAATGTTTGTGATG
CTCTTGATGTTTTTGATGCGATGCTCACAGGCCGGGCCAGATGGACTGTC
GCCGTCGATAGCGAGCCGCCTTGAGAAGCTGTACGAAAGCGGGTTTATCC
AAAAATCCGACGTCGACCAGAGGTGCGCCTGCTGCCGCTGCTGCTGTTGT
CGCCTTTGCTGTTGCTGTTTTTGCTGCTGTTGCTGCTCGCGTTGCTCTTG
CTTTTTACTGAAAGCTGCATTCGTTGGTTGTGCACGAGAGTTGCAATGTT
GTATTGCAGGCGCTCTGTGCGTGCAGCTTTGTACAATACCACCCCAGCCG
CAGAGCTTGCTCGTCCTTAAGACTACACCACACTTCACACTGAGGGTTAG
GGGTAGGGTTAAGAAAGGCACGGGCGTATCAGTGCTAGTTTCCCCCGGTG
TTTTACACCAGAAATGTTACCGCGGCGATGTCGATGTGTGCACCCGCCGC
CCAAGGGTAAGGGTTAGGGTAAAAGGGTGAACATTTGGGTGAACGTTTGG
GTTATTGTTTGTTTGAACGTTTTGGTTAAAAGTCGTTGTTTCCGCCGCTG
GATCCGTTTGAGGAGGTCGTATCTAGGCGCATGAGATCTTCGTTTACTTT
ACCTTACCTTACCTTACCTTACCTTACCTTGCCATGCCTCGAGGGTGGCC
GAGCGGGCGAACCAAGCGATGTGCAGCGTACAGCGGTACCGTAGTAGACT
TTTGTGCAGAACGAGCGGGTTGGGGGCTAGGCGTGCTGTCTCGAGTCCTG
ATTGGCGTAGTATTGTGAAAATCGAAAATCGACACGATTATCAGAAACAA
GCTCTTTCGTTTGTATTCAAAATGCACGTTCCCTCCGTCTGTATCTGTGA
TACCCAAATCCAAACACAATCAAGACTGCCGTATCCAAAAAATGAAGAGC
AAGAATGATAATCTACCAACACACACAAAATACACGTAAGATACCTGTTG
TACACACGTATTGGTCCTGGACGATTTTGGACGGTGTTGAAAAAATCATG
ACGATCAGATGTCTGATGTTACTCACGAGAGCCGACAGAAAAGGCGCTCA
CACAACGAACGACGATATAATACGATATTTTCTTTGCGCTTGGTGTTGGA
ACAACCTTGACGTGACGATCAGATGTCTGGTGTTCTTCCGAGACCTTACG
GAGAAGGAGGCGGAGGCGGCAATGGACGAGTTCGGCCAGAGCGACATCAC
GTCCATCCGCAACAAGAGCGCCTTCCTGATGTCCATTCTTAAGTAAGGCT
TGGCTTCAGGAATCGATTGAGGGCATCGTACGACACGGAATGCTGATAGT
TTTGATGAAACGTTGGACAACAGTAAAAGGGCCCCTTTTGGCACCACTTC
GGAACCCCATTCGTGGTGCCCCTTTCGACACCACTCTCGCTTTCTCGGAA
TGCTATCATACCATATGACGATCACGTCATATCACATCATCAACGTCGAG
GCCCTTTTTGCGTCGATTTGCTTGCGGAACGACCGGAACCCCCCGATATA
CTTTATAAACAAGTACGAGGGAAGAGCCCTCTTGTGTCCCTACCTTTTTT
TGCTGTACATGTCCACCTGCTTTTTTTTTTTTCACACGGAAGTAAATCCG
AACACTTTGTTTTAAAACCCGGAATCCTAGAGGTCTTGCCGGTTTCAACG
GCACGCTGATTTTCTTTTTTTTATCTTGATTAGCTGCTTCATTCTGCCCA
AGCAGTGATGACTTTTTATTTTTTTTTAGCTCGAGACTGAAGAAGCAAGA
CATGTGCTTGTCTTGGCGGTACTCGGCATGAAGTGAACGGCGTTCAGTTC
TTGTGCGATGTGGTCATCGTGCTCAAGAGATGATGTTACATCCCTTTTTT
TTCTTGTCACATTTTCCCTCCCGTTTGCAACCAGCTCCACCGACCAACGC
AGCTCTTTCAACTGTCAATCGGCGATAACATGCCCTGGCGTTTTGGTCTT
CGCCGCATCGTACATTTGGCATGACAGGCGACATCACCAGGCCAGCAACC
CACCAGCGGGAGCAGCCGCAGCAGCATCAGCAGCAGCGGCAGCAGCGGCA
GCAGCGGCAGCAGCGGCAGGGGCAGGGGCAGGGGCAGCGGGAAGACCAAC
ACCGGCGGCGGCGGCGGCGGCAGCGATGGCGGCGGCAGCAGCAGCAGCGG
CGGGCATGGGTATGGGTATGGGCGTGTATGGCGGACACCCTTTTGCAGGA
GCGCCGCACATGGCCCCCTACGGCTACATGGACCCGTTGTCCATGGCCAT
GGCAGGCCCCGCTTCTCTCGCGGTGAGCCTTTTTTTTAGATTGTTGCCTG
GTATCGCAGTCAAGGAAGGGTGTGGTTGTTTCGTAGCACTCGAGGATATG
TTACGGGGTGCAGTGGATGGGGAGTTTTCCCCCTTTGGGCAGCACCCTCG
AGCCAAGCACCAATCTGCGTACTGTATGAAGCTGCCTCTTACCGGCGTTA
GAATCCCAACAGGTACAGCACGACACTCTGGAGCATATGGTATTACGAAG
CACGTACTGACTGTGTACCTGTTATGCAGTAGGCCGCGCAGTATCATAGG
CCATATGTCGCTTGCATGAGGTGGGTGCGTGAGGCCGCTGTTTTCCCGGC
CCCCCCCCCCACATGTATGTAGATTCGGTATGAGAAAAGCTTTATATCGT
AAGACATGATTGTGCCAAACTACCGTACTAACTGCACGACAGCTGAGTTG
GCCTTGCCGCGGTTTTCCCGGCCTGTCGATGCCGCTGGGTCGGTCCCGAC
TCGACTCGACTCGGCTCCACTCCACTCCACTCCACTCCAGGGTAAGGGTT
AGGGTAGCCGTAGTATGATAGTGTGTGGCCACTGAAGCAGACAGCGATCA
TACCGCCGACAACAGCAATCATGTCCCGGCCTGTTTTGTGTTTTTTCTCT
CCCTCTCCCTCTCTGTCTTTTGTTTTTGTTTTTTATGAAACGTCAAATGA
GTGAATCATCACCACCTCCTTTGTTTTCTTCGTCTCGTGCTGTATGGTAC
CACTGCATGGTACCACTGCATGGACCCACGTATAAGTTGTGTTAATCACA
TCGACGTACCTACGTATGTACGAAGCAATGTTTCATGCTGTACTGAGTTG
TGGGTGTTTCACTTTCATTTCACTTTTTTTTTTTTTTCGTTTTTTGGCAT
TCGATAATGCAGGATTTCTACGGGGCGGGTTACGGCCACATGCCGCAGAT
GTTCAACGCGTACGGCCAGCCGATGGGCACCTTTATTCCGCCGCACGTGC
CCATGTACCAGCCCGGGAGCAGCGGGATGCTGCCGGCGAGCGTCCAGCTT
CGGCTCGACCAGCTCGCGGGGATGGGCTTTTGCCATCCTGGAGAAATCGA
CGACAGGTTGGTTTTTATATTTATGATCTATGATACCATGAAAAAAAGGT
ATCATACCTTCATTTCATCTCTTCGTTTCGTCGACCCTAACCCTACGACC
CTAACCCTAGCCCTAGCCCTAACCCTAACCCTAAGTATGTAAGTATGGTA
CAAAGTATGATACAAGTATGATCTGTTTTATACAAAATGCAGCCATCTTT
CACCTCTTCGTCGACGCTAACCCTAACGCTAACTATGGTACAAGTATGAT
CTATTTTATACAAAAGGCTCCTATGTTTCACCTCTTCGTCGACGCTTACC
CTTCCCTAAGTATGTTATGATATATAATTAAAATGGCACTTTTTCCATCT
TCGTCGACGCCAATGTGAAAAGAGGGAATCCGTCCTCGACAGACGTTGGG
GAATGGATTGTACTCCTTGTCGAGGGACCTCCTCCGCACACCTGCGTTGT
TATTTAGTAGGGAGTTTGGGGATGGTATCATACGTCTCGGTGCTAGTGTT
ACTACAGTACTGAAGTATACTACAGGTACAGTCTTGGTTTCCGCCAGGAC
TGCTGCCTCACGTTCGCTGGTTTGGGTAAGCCTGATTCGGTTCGCGTGTC
TTGTTGCGGCTGCCCTCGTTGCTTGGCTTGGCTTGGCTTTGCTTGGCTTG
GCTTGGCTTTGCTTTGCTTTGCTTTGCTTTGCTTTGCTTTGCTTTGCTTT
GCTTTTCTTTGCTTTGCTTTGCTTTGCTTTGCTTTGCTTTGCTTGGCTTT
GCTTTGCTTGGCTTGGCTTGGCTTGGCTTTGCTCTGCTTTGCTTGGCTTG
GCTTTGCTTCGCGGCTTTGTTTTGAACGGCACAGGTGCCGGAAGTTCTTG
GGTGAGGTGCCCGAGCACATCGCGCTGCAAGCGATAGACGAGTTCATGTC
CACCGATCGGAAACACATCCGGAAGGTGTCCGCCTATTTCATGGTGAGCA
ATGTTTCTAGCAGTGTTTTTGATAGGTTTGATTGTCACATAATTTTAATA
CCTGTGTACTTTTTTTTTGTTTTTTCCTTTCACCCAGCTTTGGCTCTGTG
CGTAAACTCGTGGACAGGACAACCCAAGACAGGGGGTGTAACAAAGCACT
GATGGAGCTTTCAATATCGTTCTCTCACGCATCAGCACCACTTTTTAGCT
GTAAGGCACCGCAACCGGCGTTGACTTCCGTATTGTTTTGTGAAACATAT
CATGCGTTCTCACTAACGAGCCGTGTGCCATCCAGTGTGACGATTTTTTC
GTTTTCGAGTCAGTCTTCCATGCTGACCGGGGTACTGGCCGTAACCGCCA
CCCGCGTCATACGTGCTGAGGTTTATAGGTTTATGGAAGCCGTACCTTTG
GAGTGGGGGCGGAAATGAAAGCGGGAGGCGGGAGACAGCGTAATCAATGT
CGATTTTGACGCTGTCCCACCTTCCTTGTCGGGTATCCGTCCCAACCTGA
ATGGTGGGGCTCCCGTCGACCTTAGCACAACACAGGTGGCGGATACGGCC
GGTACCTCGGTCAGCACGGGGGACTGACTCGACAACAAAGAAATTGCCGT
ACCCGCAGTTTTCTGATTTGGTCAGTTTTGGTACTGGCCGCCCACCACCC
GTGGATGTACCGGAACATTTCGGTGAAAACACTACCGAAACCAAATGTCG
GTTGGATGGCTGATCGGTCGTACAGGTGGCGTCGCTAGCGGATATGAACA
ACGCACCTTGTGACAGGAGCATATGATACGGTACACATGTTGAAGTCATC
CTCGGTGCATGCATCGCGCTCCCTGTCTGTGTGTATCGTTTTTGTTTTGG
TTTGACACTCCACGGTGAACAGAGCCGGTAACTTGTCACGATTGTGTCGG
CACTGCTGTGGTGCTGCTGTAGACCGGCGACGGATAAATCCTTCCTTCAC
TTTATGTACCTCACCCGATGTTGTCCTGTCTCCATACCAGTGGAAAGCAT
CATACTGCTGTGCCACAAGTGGAGTTTTTTTCATTTCTTGTACTGTACCA
CAGGTGTGTGTGTCATCCCGTTGATTCTGGGCAGTAGTCTACACCTTCGG
TATGATGTGGGTTCTTCAACCGGGGTTACACAGGAGGAAGGTCACACACG
AGCTTTTTCTTTTTCATTTTTTATTTTGTTTTATTGCCCACACCTTCCTC
CTGCTGTACGTGCCTTTGATTTTTAATGCGAGTTGGGTGCAGCAACCCCT
TCCCTCTGTTTACTCACAAGAAACGCTCTCGGAGTCGAACCTACGACCTT
ACAACAAGTAGGTTAACGAGGAAACCGCTAGACCACCGGCACGACCAGTG
GAAACATCAAACATTCATCATACCTTAGGTAGAAAACACCGGGCGGATTG
ATGTACCCTTTGTTGTGGTAGGTGCAAACTGCTGTCTTGTGTGTCTTGTG
TGTCTTGTGTGTCTTGTGTGTCTTGTGTGTCTCTGTGTGTCATGTGTGTG
TCTTTTACATTGCGTGTCATGATAATATCGTGTTCGCCGTGACACGACGC
CTCAACTTTATTTCGTTGTCCCCAACGCTGTACATTACCCTAACGCTAGC
CCTAACCCTAACCCTACACTACACTACACTAGCAGTTATTTCAGCATCGG
GGTGTGTCGGCTCGCGTTGCTTTTTGTCCCTCAATTTTTTAGTGTGCCGC
GACGTGTTCCGCAACAAACTACTGCTGCTGCTGCTGCTGCTGCTGCTGCT
GCTGCTGTATGGTACGACAGGGAGTTATCCGCAAGCACGCCGAAAATTTC
CGGGAATTCGCTGCCATGGGTAAGTCTGGGGGGCCGCCGCCTGGACCCCC
CGGCCCCCGCGAGGCCGGGATGAAACGGATTCGTGAGTACAGCGACTTCT
GCGCGAAGAACCAGTCAAGGCCGCAAGGCGGGTCCGCCCTCATGGAGGTA
ACCAGCTTGCGCTTGTCGTGTAGATGGTTGTGTTCATGTTGTCTGTGTCT
TTCGAGGTAAGTAGACAAATGTGTTCTTGCTGTGTGGGAATGGCATGCAT
GGAGCGGATTCGCCAGCCGGCTGACCTGCTTAGGCAGTGTTTCGCGAAAG
GCAAGCTTTCATGCAAGCTCACATTGATTCGATTCCCACCCAGCGCCACG
TTCTGATTTTTCACCGCCGTTATCGCCTCATCTGGGTGCTGCAGCAAGCG
CGTGACTCGTATGCCTTGACCGTTAATCCTCACAGCAGCACCCCGCGCAC
CGTGTGCAGAACGCGCAGGGACAGCAGTAGTCCTCAGGACCGCGATTTCG
TTAAAGTCCGGTGAAATTATGTAACCGCTGAGTCGAGTCTCAACGACCTC
ATGCACTGCAACGCATGGCTGCTGGTACTAGAGCACGACCCCGTCTCTTT
TTTTTGGACCCGGGTACCCGTTGGGACTCGAGGGTCATTACCTGCGGGCA
CCCGGGAAATTGGGAAGTGGGATACGGTGCTCCCTTCCCCCCGAAATAGT
GAACTACGATGCCCCCAAAAGTTAAGGGGGCGCCGTGTGTGATGTTCGGG
GGGAAGGGGGCACCGTATTGCGATTTCAATTACCCGGGTAGCAAATATGA
TACCCGGACCCGACCGGGTAGTGCCGGACCCGGGTACCCGAGTCGGGTAC
CCGGGTAGTTGTTAGACAGGGTCGTGCTCTAGCTGGTACTCCTACGGTGT
ACATTGAGCCCACAATACCGCAGTCACGCAGGATCACTTTCTCTTACAAG
GAATGTACAAGCATACACCTGGTACTACAGCTGTGGTGCGGTATCATTTT
TGACTGCTGTACAGCTGCAGTATGATGTGACTGCTCGCGTGTTTCATCCA
TCTGCGGCAAGAACCCGAGTGTGCTCTCAAGACCGCGCTTTTGTTTCATT
TTTTCACCGAATTATGCGGCCGATCTGTGTGACAGCGCATGGCGGGGGCC
CCGGCTAAGGTCAAGGCGGGCATTTACGAATTGGTCGAGAAGGGCATTGC
TGTGGAGTGGGATATCGACGTGCGCGTCACCAACGCCTTCTCAGGAGTAA
GTGTCGTGGTGGCCCGGCAACCGCATCGGGTGGTTGACCGTACTTTTTCA
TTGATTGATTTGGGACGGGAGGGATAAGTGTGTGACGTGTTTGATGGGGT
GACGGTGAAGTGTATGTCCGCGGACGAAAAGTGCGTGGTTTAGTGCGTGT
TGGTGACTTTGACGTCGGTATACCGGCCCTAGAATAAGGGTGTTTCTTTG
ACGTCGGGTTGGGCGGTGAGGGACACTGTCGGTTGCCGAACCCCCCCCTC
CTCTGCCGCCGTTGGCCGATTGTTAGCGGTGGAGCTGGGACAGGGGAGAG
GCAGAGTTGCCGCCATGCGTGCTTTTCGTGCATCTGATCTTTATGCTCTC
GATGCGGTCTGTTTTTTCCGGAACGTGTAGGACATGGCCTTTGGCCTAAC
TCTTTTGCTTTTGGTTACATGGCGCCTCACTCATTCGAGCATTCATAGTG
ACGGGAGGTGTCTGTGTTGGCGGTTGTGTGCATGTTGGTTGCCGTTTTGC
GTTTTTTGATGCAGCTCACGGAAGAACAAGGCGTCGAGGCTATCGAAGAG
TTCGCCTCGTGCGATATGACCCGCATCCGCAACAAAAGGTAAAGTCAGCT
ATCCTGAAAGTCTGCTAACCATGACGTATCACCCATACCTCGGGCCGTTA
TTGCCGACCCGTCTCCCGCTTCTCGAAATTCTTTAATAAAAAGAGAGATC
AGCATTTGGTTTGCCAGATGCCTGTACATGAAATAAACCAAGTCCTCCGA
CCGAGCTTCTGTGTTCAAAATTGCGCTCGGAAGTACCACATGAAAAGCAC
GAGATCGGCTGCAGTGCCGCATAATGTCGCGCGGCTGGCTGACGCTACTC
CTGTTGTTGCTTTTCCCTCTGACGTGCAATGAAAGGGGCTTGTCTGAAAA
CCTGCCGCACGGTACATGTCTTTGGGTAGACACGCCGCGATTCACGCACG
GCGTCGATTTTCCGACACCAACTGCGTCGCAACAGTGAGTCACCCTCCCC
CCTCCCCCTGCGAATTTCCCACCGGTACTCACAGCGCTTACCTGATGGGC
CTGTTGAAGCGCTACAAAACTGGCTCCGCCCCGCACCCGGGGCTCGCGCA
GCGCTGAGGCTTTTGCCGATTCTACGAACAGTGAACCATTGGTGAGGAGG
AATTTACACCGCGGCAATGCCTTTAAAAACGATAAGCTACGACTTTGTTC
TGAAATTTAAGATTTACATGTTTTTGGAAGCAACAAGTCTGATTGTAGCG
GTAGGGCTTTTTCTGTTGATCTTGTGATGCGCACGCACCAACACGCTTGA
AAAGTCGAAACACTTCTGGCGGCACGTTGGTGTCTATCAAGCATTCAAGT
CTTGCTGTTTCCGAGGGGAACGTGAATTTGTTCGTTCTTCTCCCGCTGAC
CTGTTTCCACCGGGTTTGGTTCTGCCCCGTGAAACGTTTGATGAGGCATA
AACAGTCTGACTTTTGCAAACGAGTATCATACAATGTTTTTTTTTGCAAA
CGAGAAAGCGTCTCCGCATCTTTACTTCATGTCTACATGTAATCGCTCGC
TATGGCAAGGTTTGCCGTGCAATACATAAGTCGTGTTAGAAACCACGGGA
CCCCCTGGAACGATATGTTTTCAAGGCTTCATCGATTACGGAACCGTGCT
CCACGAAGGTAATAGGTTATGAGCGATGCCAGCATCGAAGTTGATAGACT
GTGAGCCATGCCAACATGAATCGATGTCTATCATACTACACGTTTTCGGA
CACGTTTCTCTCTCAGTGAGTTGGTTCCATGATTTCGTCGCTGTCGTTGT
TTCTGCTGTCGAGTAGCGGAGCTTGAACAATCGGGCAGGGGTCTTGTGTC
TCGTAGAATGCTGTGCGACCTTGGCGGGTGCTGGCGATCCGGTTTAGCCA
CGTAAAACCCCGAAGTTGATGGAATTCGTGGAACACCTGCCTGGTATTTG
TTCGTGTTCGTCGGTGTATTTGTTACGTCGATGTGGGTGCTGGTGCTGGT
GCTTGTGTCGGTTTTCGTCTTTTCTATGCTGATGTTGGTGTGGTTTTGAT
GATGGCGTTGGCGTTGGTGTTGGTGTTGGTGTTTTACCACCGTTCTCTCA
ACCGTGTTTTTCCGTTGCAACCCCGCGTCCCTCCTCCGCATCGGTTGCCT
CTAGCCCCGTCCCATATTTTACACGGCATGGAATTCTTCGTGCGAGCGGA
ACCCATCGATCGATTCGTCGTCGAGGCGTGTGCCGCGCATGCTTGTCGTC
GCGCGTCCCGTCCCCCTCCCCCCGCTCCCAAACGCCTCACGCACGGTGTT
TTCAAACCTGAGATCAGTTAGAACTCCGCCGCGATACGATTCGACCGGGT
ACCGTCGTAGGTATCTGCCGTGTTTTGGTCAAACCGGTGACCTTTAAAAA
ATCTGCGCCCTTTGAATGCACAGGGTATACGGTACAGGGTACCGGGTACC
GGGTACCGGGTACCGGGGAAATCCCACCGCGTCTTGATTTTGTTTCTGCC
GCCGAACGCCCCCCCCCCCTGCCGCCGCCCGCTACCGCGCTACCGCCGCC
GCCGCCGCCGCTTCTACCGCCCCCTTAAGACATTAGACACCCAAATGTCG
ACCAGACGGAGCTATCCTGCGGCAGGGCACTCGCACCCCCGCGCGGATAA
GATAGGATTGGATTTGATGGAGGCGGATTGGGTTGGATTGAATTGGATTG
GATTGGATTGGATCGAGCTGAATTGTCTTGAATTGTTTTGAATTGGATTG
AATTGGATTGAATTGGATTGAATTGCATTGATTTGGGTTTATTGGACTGG
ATTGGATTGGATTGGATTGGATTGGATTGGATTGGATTGCCCAAAGTTGT
TTGGAGCCGAGCTGAGTTAAGTCTAGGCTAGGCTATATGCTCTGGGCGTT
GGGAAGCTAACCCAACCGCAGGTATTATCCGAATACTCAACCCCAGTGAG
ACCAGAAGCGCCGCTCGACCCTCTGCCGGTCTGTTCGTAGCTCCCCAGAT
GTTATGAGTGGTGGGCAGGTGTGTGATTTCGTGCGATGCCACGTCTGCAT
CCCGTCGACGGCAATCGTCATTTCTTTCGGTGTGGCGTAGTGTGGTGTGG
TATGGTGTGGTCTGAGGTGACTGTCGTGCGATGTTATACCCCAACCCAGC
CAAACCTGACGCCACTACCAGAGACGAGTCCGTTCGATGCGATCGATCGA
TCCGTTTTCAGTCTGGTCAGAGCGACGGGTCGCATCAACATCAACAACGA
CACTTCACGTTTTGCGTGGATATATCAACGAAAATGCCAATACATATCAC
ATCGCGCACACGCGACGGGAGACGCCAGTTATTTTACTGCTTTTCGTAAA
TCTGCCGAATCGATTTTTCAAAAGGCACGGTTGTGAGCTCACTGTACTGC
ATCTGTGTTTTACTTTTTTTTTCTTGTGTCATTTTTTTGTATTACTCTTC
TCATATTATTATTTTTTATGTGGTGATGTGATGTGAATGCACCTTTGTTT
TACCCCTTTTTTTTTGTATTCTGGTTTGAGTGTTTTATTTTTTTTGTATT
CCTTTTTCTGGCGACCATCTCCAGAATGTGGACGCGTGTATTCTTTTCCA
ACATAGCTTGCGGGTCTTGTCGTGATGTTTTTTTTTTTCACTTTCTCTCG
TGCTGTGTCCTGTAACCCCCCCCCCCCCCGCACTTTGGTGTATTTCTTAA
TATTTCG
back to topCoding sequence (CDS) from alignment at P-littoralis_Contig145:422714..439570+
>mRNA_P-littoralis_Contig145.127.1 ID=mRNA_P-littoralis_Contig145.127.1|Name=mRNA_P-littoralis_Contig145.127.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2031bp|location=Sequence derived from alignment at P-littoralis_Contig145:422714..439570+ (Pylaiella littoralis U1_48)
ATGGGCGACGATACACCAGCGATGCTGGCTGAGGGGGAGACACGCGTTGC
GGAGATGGACACGGGGTGCTCTTTCAGAGAGACCGACGTTGATGATAAAT
CCCCAACAGCAGCAGCAGCAGCAGCAGCAGCAGCAACAGCAGCAATAGAG
GCAACAACAGTAGCGATAGCAGCACCAACATCAGCGGAAGAAATACCGGC
AGGAGGTGAACTTCCAGCGGGAAATGGTGATGGCGCTGTTGTTGATTCAA
CTGCCGGTATGGTCGTGGACAAAGCTTTGGCGGATGGGCTTCAACCAAAG
GCGGCGGCAGTCGAAGCAGCCCTAGATATAGCCCCTTCATCCGAACCTCC
AAGTGCTCCCCAAGAAGCAGCAGAGCCGGTGGCTGCTACCCGAAAGCGAA
AGGCCGGGCAAGAGGCCCCGTCATCATCACCACCTTTAGAAGTAACGACA
CCGAAAGCAACCGGTCTTGCAGTCGGGGTAAGAATCGAAGACCTGGCACA
AGCTGTCAGAAAGAGGATGAATGAGGTGCTTCAAGAGGGAGAGGATGACG
AGATGCGGCGGGACGCTAGGCTCGTCAACTTTTTGGGCGAGGTTGAGGAA
GCTCAGGCTCTGGCGGCCTTAAACGAGTACCACGCGGCGGTCTCAGAGGC
GAGTGTTACAATCCGGAATAAACCCGCCTACCTGATGGGAATCTTGCGCA
AGTACAAGCAGGGCCAGCGGGCGCCTCTGGGCAACGGGACGAGTGGCGGG
ATGGCGACAGCGCCGAAGGCCATGGGGCGCATGGGGGCCGGGCCAGATGG
ACTGTCGCCGTCGATAGCGAGCCGCCTTGAGAAGCTGTACGAAAGCGGGT
TTATCCAAAAATCCGACGTCGACCAGAGATGTCTGGTGTTCTTCCGAGAC
CTTACGGAGAAGGAGGCGGAGGCGGCAATGGACGAGTTCGGCCAGAGCGA
CATCACGTCCATCCGCAACAAGAGCGCCTTCCTGATGTCCATTCTTAAGC
GACATCACCAGGCCAGCAACCCACCAGCGGGAGCAGCCGCAGCAGCATCA
GCAGCAGCGGCAGCAGCGGCAGCAGCGGCAGCAGCGGCAGGGGCAGGGGC
AGGGGCAGCGGGAAGACCAACACCGGCGGCGGCGGCGGCGGCAGCGATGG
CGGCGGCAGCAGCAGCAGCGGCGGGCATGGGTATGGGTATGGGCGTGTAT
GGCGGACACCCTTTTGCAGGAGCGCCGCACATGGCCCCCTACGGCTACAT
GGACCCGTTGTCCATGGCCATGGCAGGCCCCGCTTCTCTCGCGGATTTCT
ACGGGGCGGGTTACGGCCACATGCCGCAGATGTTCAACGCGTACGGCCAG
CCGATGGGCACCTTTATTCCGCCGCACGTGCCCATGTACCAGCCCGGGAG
CAGCGGGATGCTGCCGGCGAGCGTCCAGCTTCGGCTCGACCAGCTCGCGG
GGATGGGCTTTTGCCATCCTGGAGAAATCGACGACAGGTGCCGGAAGTTC
TTGGGTGAGGTGCCCGAGCACATCGCGCTGCAAGCGATAGACGAGTTCAT
GTCCACCGATCGGAAACACATCCGGAAGGTGTCCGCCTATTTCATGGGAG
TTATCCGCAAGCACGCCGAAAATTTCCGGGAATTCGCTGCCATGGGTAAG
TCTGGGGGGCCGCCGCCTGGACCCCCCGGCCCCCGCGAGGCCGGGATGAA
ACGGATTCGTGAGTACAGCGACTTCTGCGCGAAGAACCAGTCAAGGCCGC
AAGGCGGGTCCGCCCTCATGGAGCGCATGGCGGGGGCCCCGGCTAAGGTC
AAGGCGGGCATTTACGAATTGGTCGAGAAGGGCATTGCTGTGGAGTGGGA
TATCGACGTGCGCGTCACCAACGCCTTCTCAGGACTCACGGAAGAACAAG
GCGTCGAGGCTATCGAAGAGTTCGCCTCGTGCGATATGACCCGCATCCGC
AACAAAAGCGCTTACCTGATGGGCCTGTTGAAGCGCTACAAAACTGGCTC
CGCCCCGCACCCGGGGCTCGCGCAGCGCTGA
back to top