mRNA_P-littoralis_Contig165.62.195 (mRNA) Pylaiella littoralis U1_48

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview


Name	mRNA_P-littoralis_Contig165.62.195
Unique Name	mRNA_P-littoralis_Contig165.62.195
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: D7G5A5_ECTSI (Flagellar associated protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G5A5_ECTSI)

HSP 1 Score: 2439 bits (6320), Expect = 0.000e+0
Identity = 1350/2076 (65.03%), Postives = 1533/2076 (73.84%), Query Frame = 3

Query:   57 VDIAKRQARLCHVASLCRLASKTTEDQDNSELRAVLGHIATEKEKDARLFSPRAPMGCSKQAARTYGEFVCTLEGSTSKGKSEVLMLTQNSDFGKIGAFLREAFHLTGGILITLPEDRLSDEMEQLVLSTKQLHSLLDDFILRQPTRRVLKVMKSVFPISRCLVGSKRNDSGAEEATTLALNQLFELVQVPTNVETVNRAGHLSELLVAVGSVIGHSSSHVHVTVACQVVWKLAASAGIRRCMMEHGLQNKLWTLAENIARTVETPEHRRAREKAAXXXXXXXAGTDRSLRGADGNR-----ELSLQEVTTGDEALISEGGDEEREPIA--LEAGKQLDELAFKCVGALSLMLRSQEVADALEGPE-HQNGLELLLELATVALGRSAIGDERVPCMAAEALAHVLISHGTYRMEWAENGNFLSLLDLMRSPLDRVLLCGTSIINAFLRGDPSQITVTPAEAVKVLKEASPACQRCLEQLGSRVSPVKPKQTTAG--GGVLASAEICRPLHTSMDKKTQECLGILEQATAVCWGSLAVIDRCPPGPEKHAISLTCWFPTMLAVAKLAGTKWLSSWVIFCAVACIGVGVGTGASIDKEIIAEVSGPLHVPSIL-----SSSIGGERDNTPNAFC-GVSSGDWSVHIMEELPGEMLALLKRTNSLELQEHAARTLCTLLSASGKLRQKALEDGFLDKLQRLLMGRLGSAQLDSTIACSIMFLCDVGDCKK-------------NGNDRMDA----------DRAGLAQAGDRKGPRRKKHPQGARGTKGKKKADGAAWSQKQMTSLVWAVGHSNQDVLTYTAWTLWLLARRPENRVLLGRLWAVDGLVHALRSNARLDIKQGLLAAIWLLACDAENTARLALNGGLQLLVGVLNFPCSACYVPLKSLAVGTLCKLCRTEPDVATLGMHLCLAPALLEAVFDGTSTVYLKVLSAGLVFTLCRNAEHKRNRTDYVKQFTAEGGLFILEDICACFLASGTSELQACGSFFAASLSLGAQSRHRLQDNGGLEALCRLIRATNAKESLKARSLHALLNLSTEVGCQPSICRWAFQALVELAVSGAPPQSEFASSILCNCADNPCCRAIMFEGQLARGSKHVTTSRADRDLEESLRASLWAGRVTNGANSASRTVQEQFLAWLQEVKGVKPNMLTARHADGNGHNQQDGANSGDTRSPKTTDVEGVSAKPSRGGGEGAMR-----GGIEQKPATPLNKKEDDAMLRVRQGIREPVTSMWQTATERAKTAPTRLGSHGDGMADGTNTT--RRDSSRLQCHSQVRSARAKGGIGLSTPPAGATI-----------VIGGDGNESLNGDRGRGGKRRGRAPREDDPGIATALSP-PVWGAGGGVVGGEHRRGKRTPMPLRSSHRVGPVGSLGSTPLPAGEYRWKPFVSDCYTKPNPLPAWRRRPNGTPQDKVGGAASGARGVTKTAVTPETTKEERDDMFNQAVKENQTVVVVEPPLNYKMVFDGPTNAGLAKPLVSPASMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKPVLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSKWDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSMETSSAQHDLVAGATGGL---VAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTKEHLARGILPP 6101
            + + +R+ARL  +A+LCRLASK T DQD +ELR +L HIA EKE+DA LFSPRA + CS+QAARTYGEFVCTLEGS SKG+ EV+MLT++SDFG+I  FL+EAF+LTGG+LITLPEDRL DEMEQLVLSTK L  L+DDF+LRQP RRVLKVMK+ FPI+RCLVG    D  A+EA  +ALNQL ELVQVP N+ETV+RAG LSELLVAVGSVIGHSSS V V VACQVVWKLA S  +RR M+EHGLQNKLW LAE+IARTVETPEHR+AR+KA XXXXXXX          DG+R      L LQEVT G+E      G EE   +A  LEAG+++DE+A KCVGA+SLMLRSQE AD+L G E + NGLE+LLELAT    R  I DE VPCMAAEALAHVLISHGT R+ WAE G+FLSLLDLMRSPL RV+LC  SI+NAFLRG+PSQI VTPAEA+KVL++ASPACQRCL+QL S + PV PK T A    G  A A +C PLH SMD +TQ+ +GILEQATA CWGSLAVIDRCPPGP K A+S  CWF TML+VAKLAG+KWLS WV+FCAVACIGVG    AS+D +   EV   +   S+      S    GE+   P  F  GV + D S  +ME LPGEMLALLKRTNSLELQEHAARTLCTL+SA+  LR+KA EDGFLDKLQRLLM RLGSAQ DSTIACSIM+LCD+G   K             N N  + A          + AGLA+ G  K  R+                DGA WS+KQ+TSLVWA+GH+NQDVLTYTAWT+                               LD+K+G+LAAIWLLACD +NT RLA+NGGLQLLVG+LNFP SACYVPLKSLAVGTLC +C TEPDVATL MHL LA ALL                                                                QACGSF AASLSLGA+SR RLQDNGG+EALCRL+RAT+ KE LK RSLHALLN STE GCQPSICRWA Q LVEL VS APPQSEFASSILCNCA+NPCCRAIMFEGQ++RGSK VT SRADR LEES+RASLWAGR+TNG +  +R V+EQFLAW+Q VKG   +    R A         GA+S        T V+G +      G EG  R      G E+KP  P  K    AM++VRQ  R+PVTS+WQTA+ERA TAPTR  S G G+ D TNT   RR  S  +  SQ  ++R  G +  S PP GAT              GG G  S  G+ GR    RG+A RE D     A+SP PV  +GG    G+ +R +RTP+PLRSSHRVGPVGSLGSTP PAGEYRW+PFVSDCYTKPNPLPAWRR+ +GT  D    A S   G T+  V+ E TKEER+DMFNQAVKENQTVVVVEPPLNYK+VFDGPT +G+AKPLV+P SMALFPHVRGASVCA +YDHYVAEDG C+HLYHTSRV+CEVLDPGGYP LSEPTELRHVLHKALPE PPPDYPS                   +  H  +   ++ R+A     CPG RCKMFGAMPSDFMVF+VSEQ + E      +++ D +T KWDVNHSIFAPRR+EAESR+FWDTERVV KALDADFGRMLKEDR+VKLMAKSD AV +G+K+VAESL+EVKK ++PFYK+IL +FKYYCLT SQS+RGAFSIQPNQFGKMMQD E AGNFISVEEIGKIFVMVNFE+DKRSAEATVNEDRALMRFELLEALLRVAIT+RDNEGQEE+SPAEKM NVIE QLLVNL PEA+ED DTFRNE LYT+ACD VLQ+HQKALGIVYQ+YSML+P+AGK SFGLEEWKTFTNDARL+GD+IHM+RMGLRD+KQPFY+ARMMVSDEIKSR KMTQLTFVDFLEAL RLAI +PIPSD+DMRE +VTDIMDYE+ALSFS+ETS+AQHD+VAGATGGL   VAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTK+HLARGILPP
Sbjct:    1 MGMKQRKARLGQMAALCRLASKGT-DQDIAELRGILDHIAAEKERDAGLFSPRASVACSRQAARTYGEFVCTLEGSASKGQGEVIMLTRDSDFGRISGFLQEAFNLTGGVLITLPEDRLFDEMEQLVLSTKHLQGLIDDFVLRQPPRRVLKVMKATFPITRCLVGGSHGDLDADEAIVVALNQLLELVQVPANLETVDRAGRLSELLVAVGSVIGHSSSSVQVAVACQVVWKLATSTDMRRRMLEHGLQNKLWALAESIARTVETPEHRKARQKAXXXXXXXXXXXXXXXXXVDGSRGGEGGPLLLQEVTGGNEDEAHTSGGEEGGGVAVVLEAGQEMDEVAAKCVGAISLMLRSQEAADSLSGSEGYHNGLEILLELATAGQRRGGIEDESVPCMAAEALAHVLISHGTCRLAWAEQGSFLSLLDLMRSPLSRVVLCCVSILNAFLRGEPSQIAVTPAEAIKVLEQASPACQRCLDQLESTMLPVDPKSTAAATASGTRALAGVCSPLHQSMDAETQDSMGILEQATAACWGSLAVIDRCPPGPGKKAVSSACWFRTMLSVAKLAGSKWLSPWVVFCAVACIGVGXXXXASVDTDSSEEVGNSISATSLYYVHESSPREEGEKRYIPTDFSRGVWNLDTSEAMMEALPGEMLALLKRTNSLELQEHAARTLCTLMSANENLRRKAFEDGFLDKLQRLLMRRLGSAQFDSTIACSIMYLCDIGAQSKSSDNSNTKTENGNNDNKTVSAKQENSIGDVVENAGLAE-GSSKPKRQXXXXXXXXXXXXXXXXDGALWSEKQLTSLVWALGHTNQDVLTYTAWTI-------------------------------LDVKEGVLAAIWLLACDTDNTVRLAMNGGLQLLVGILNFPSSACYVPLKSLAVGTLCNMCHTEPDVATLAMHLSLASALL----------------------------------------------------------------QACGSFLAASLSLGARSRSRLQDNGGVEALCRLVRATSTKEPLKVRSLHALLNFSTETGCQPSICRWALQPLVELTVSSAPPQSEFASSILCNCAENPCCRAIMFEGQISRGSKQVTASRADRSLEESIRASLWAGRLTNGGSPTARIVREQFLAWVQGVKGGDFSTPKERCA---------GADSDSDTGKSVTKVDGDADATRAHGREGQERVPEHERGAERKPTIPPIKTGHAAMVQVRQDFRQPVTSLWQTASERAATAPTRAASRGGGIVDSTNTATARRGPSHRRPQSQAGASRTHGMV-TSAPPTGATTNARDQLGNARPQTGGRGAVSSAGE-GRKSNSRGQALRESDLTSTPAISPSPVCVSGGREADGQKQRRRRTPIPLRSSHRVGPVGSLGSTPFPAGEYRWRPFVSDCYTKPNPLPAWRRKQHGTLPDSTDAAPSKGAGATQMPVSLEPTKEEREDMFNQAVKENQTVVVVEPPLNYKLVFDGPTRSGVAKPLVNPTSMALFPHVRGASVCAEIYDHYVAEDGLCYHLYHTSRVICEVLDPGGYPSLSEPTELRHVLHKALPEEPPPDYPSV------------------VIRHVSNSLRVSSRKA-----CPGTRCKMFGAMPSDFMVFEVSEQPQEEXXXXXSTSTLDAST-KWDVNHSIFAPRRREAESRTFWDTERVVLKALDADFGRMLKEDRIVKLMAKSDNAVAKGQKSVAESLDEVKKAVAPFYKSILCIFKYYCLTPSQSVRGAFSIQPNQFGKMMQDTELAGNFISVEEIGKIFVMVNFESDKRSAEATVNEDRALMRFELLEALLRVAITVRDNEGQEELSPAEKMRNVIEEQLLVNLPPEALEDPDTFRNETLYTDACDGVLQEHQKALGIVYQKYSMLDPIAGKPSFGLEEWKTFTNDARLIGDNIHMLRMGLRDIKQPFYMARMMVSDEIKSRVKMTQLTFVDFLEALTRLAIAMPIPSDQDMREAEVTDIMDYESALSFSVETSAAQHDVVAGATGGLGFLVAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTKKHLARGILPP 1944

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A6H5LAC6_9PHAE (Vacuolar protein 8 n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5LAC6_9PHAE)

HSP 1 Score: 2065 bits (5351), Expect = 0.000e+0
Identity = 1194/2025 (58.96%), Postives = 1364/2025 (67.36%), Query Frame = 3

Query:  282 STSKGKSEVLMLTQNSDFGKIGAFLREAFHLTGGILITLPEDRLSDEMEQLVLSTKQLHSLLDDFILRQPTRRVLKVMKSVFPISRCLVGSKRNDSGAEEATTLALNQLFELVQVPTNVETVNRAGHLSELLVAVGSVIGHSSSHVHVTVACQVVWKLAASAGIRRCMMEHGLQNKLWTLAENIARTVETPEHRRAREKAAXXXXXXXAGTDRSLRGADGNR-----ELSLQEVT--TGDEALISEGGDEEREPIALEAGKQLDELAFKCVGALSLMLRSQEVADALEGPE-HQNGLELLLELATVALGRSAIGDERVPCMAAEALAHVLISHGTYRMEWAENGNFLSLLDLMRSPLDRVLLCGTSIINAFLRGDPSQITVTPAEAVKVLKEASPACQRCLEQLGSRVSPVKPKQTTAG--GGVLASAEICRPLHTSMDKKTQECLGILEQATAVCWGSLAVIDRCPPGPEKHAISLTCWFPTMLAVAKLAGTKWLSSWVIFCAVACIGVGVGTGASIDKEIIAEVSGPLHVPSILSSSIGGERDNTPNAFCGVSSGDWSVHIMEELPGEMLALLKRTNSLELQEHAARTLCTLLSASGKLRQKALEDGFLDKLQRLLMGRLGSAQLDSTIACSIMFLCDVGDCKK---NGNDRMD--------------------ADRAGLAQAGDR-KGPRRKKHPQGARGTKGKKKADGAAWSQKQMTSLVWAVGHSNQDVLTYTAWTLWLLARRPENRVLLGRLWAVDGLVHALRSNARLDIKQGLLAAIWLLACDAENTARLALNGGLQLLVGVLNFPCSACYVPLKSLAVGTLCKLCRTEPDVATLGMHLCLAPALLEAVFDGTSTVYLKVLSAGLVFTLCRNAEHKRNRTDYVKQFTAEGGLFILEDICACFLASGTSELQACGSFFAASLSLGAQSRHRLQDNGGLEALCRLIRATNAKESLKARSLHALLNLSTEVGCQPSICRWAFQALVELAVSGAPPQSEFASSILCNCADNPCCRAIMFEGQLARGSKHVTTSRADRDLEESLRASLWAGRVTNGANSASRTVQEQFLAWLQE-------------------------------VKGVKPNMLTARHADGNGHNQQD----GANSGDTRSPKTTDVEG-VSAKPSRGGGEGAMRG-----GIEQKPATPLNKKEDDAMLRVRQGIREPVTSMWQTATERAKTAPTRLGSHGDGMADGTNTTR--RDSSRLQCHSQVRSARAKGGIGLSTPPAG-ATIVIGGDGNESLNGDRGRGGKRRGRAPREDDPGIATALSP-PVWGAGGGVVGGEHRRGKRTPMPLRSSHRVGPVGSLGSTPLPAGEYRWKPFVSDCYTKPNPLPAWRRRPNGTPQDKVGGAASGARGVTKTAVTPETTKEERDDMFNQAVKENQTVVVVEPPLNYKMVFDGPTNAGLAKPLVSPASMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKPVLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSKWDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQ---LTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSMETSSAQHDLVAGATGGL---VAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTKEHLARGILPP 6101
            S SKG+ EV+MLT++SDFG+I  FLREAF+LTGG+LITLPEDRL DEMEQLVLSTK L  L+D F+LRQ  RRVLK                                                                                                  NKLW LAE+IARTVETPE+R+AR+K  XXXXXXX       RGAD +R      L LQEVT    DEA  SEG +     + LEAG++LDE+A KC+GA+SLMLRSQE AD+L G E + NGLE+LLELAT       I DE VPCMAAEALAHVLISHGT R+ WAE G+FLSLLDLMRSPL RV+LC  SI+N+FLRG+PSQI VTPAEA+KVL++A+PACQRCL+QL S++ P+ PK T A    G  A A +C PLH                             RCPPGPEK AIS  CWF TML+VAKLAG+KWLS WV+FCAVACIGV     AS+D +   EV G                                     + P               +EHAARTLCTLLSA+  LR+KA EDGFLDKLQRLLM RLGSAQ DSTIACSIM+LCD+G   K   N N + +                     + AGLA+   + KG RR    + A        ADGA WS+KQ+TSLVWA+GH+NQDVLTYTAWT+WLLARR +NRV LGRLWA+DGLVH LRSNARLD+K+G+LAAIWLLACD +NT RLA+NGGLQLLVG+LNFP SACYVPLKSLAVGTLCKLC TEPDVA L MHL +A ALL AV+D TSTVYLKVLSAGL+FTLCRN EHK+NR DYVKQF  EGG F+LED+CA FLASGTSELQACGSF AASLSL A+SR+RL DNGG+EALCRL+RAT+ KE L+ RSLHALLNLSTE GCQPSICRWA Q LVEL  S APPQSEFASSIL NCA+NPCCRAIMFEGQ++RGSK VT SRADR LEES+RASL AGR+TNG   A+R V+E+FLAW+Q                                V   +P     +   G G +       GA+S          VEG V A P+ G  EG  R      G ++KP TP  +    AM++VRQ  R+PVTS+WQTA+ERA TAPTR    G G+ D TNT    R  S  +  SQ  ++R +     +    G A    GG G  S  G+ GR    RG+A RE +P    A+SP PV  +GG    G+ +R  RTP+PL+SSHRVGPVGSLGSTP PAGEYRW+PFVSDCYT PNPLPAWRR+ +GT  D  G A S   G  +T V+ E TKEER+DMFNQAVKENQTVVVVEPPLNYK+VFDGPT +G+AKP+V+P SMALFPHVRGASVCA +YDHYVAEDG C+HL                                                                                        CKMFGAMPSDFMVF+VSEQ + E      +++ D +T KWDVNHSIFAPRR+EAESR+FWDTERVV KALDADFGRMLKEDR+VKLMAKSD AV +G+K+VAESL+EVKK I+PFYK+IL +FKYYCLT SQS+RGAFSIQPNQFGKMMQDAE AGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAI +RDNEGQEE+SPAEKM NVIE QLLVNL PEA+ED DTFRNE LYT+ACD VLQ+HQ+ALGIVYQ+YSML+P+AGK SFGLEEWKTFTNDARL+GD+IHM+RMGLRD+KQPFY+ARMMVSDEIKSR KMTQ   LTFVDFLEAL RLAI +PIPSD+DMRE +VTDIMDYE+ALSFS+ETS+AQHD+VAGATGGL   VAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVG YCTK+HLARGILPP
Sbjct:    6 SASKGQGEVIMLTRDSDFGRISGFLREAFNLTGGVLITLPEDRLFDEMEQLVLSTKHLQGLIDAFVLRQSPRRVLK--------------------------------------------------------------------------------------------------NKLWALAESIARTVETPENRKARQKXXXXXXXXXXXXTGGSRGADDSRGGEGVPLLLQEVTGDNEDEAHTSEGEEGGGVAVVLEAGQELDEVAAKCLGAISLMLRSQEAADSLAGSEGYHNGLEILLELATAGQRGGGIEDESVPCMAAEALAHVLISHGTCRLAWAEQGSFLSLLDLMRSPLSRVVLCCVSILNSFLRGEPSQIAVTPAEAIKVLEQAAPACQRCLDQLESKMLPIDPKSTAAATASGTRALAGVCPPLH----------------------------QRCPPGPEKKAISSACWFSTMLSVAKLAGSKWLSPWVVFCAVACIGVXXXXXASVDTDSNKEVVG------------------------------------RQGP---------------EEHAARTLCTLLSANENLRRKAFEDGFLDKLQRLLMRRLGSAQFDSTIACSIMYLCDIGAQSKSSDNSNTKTEKGNNLNKTASAKQEDSIGDAVEHAGLAEGSSKPKGQRRA--TRSAXXXXXXXXADGAVWSEKQLTSLVWALGHTNQDVLTYTAWTIWLLARRRKNRVSLGRLWALDGLVHVLRSNARLDVKEGVLAAIWLLACDTDNTVRLAMNGGLQLLVGILNFPSSACYVPLKSLAVGTLCKLCHTEPDVAMLAMHLSIASALLRAVYDCTSTVYLKVLSAGLMFTLCRNPEHKKNRADYVKQFATEGGPFVLEDVCAGFLASGTSELQACGSFLAASLSLRARSRNRLHDNGGMEALCRLVRATSTKEPLRVRSLHALLNLSTETGCQPSICRWALQPLVELTGSSAPPQSEFASSILSNCAENPCCRAIMFEGQISRGSKQVTASRADRSLEESIRASLLAGRLTNGGTPAARIVRERFLAWVQGYVPSGGHKGSLSLPSRRCLWCSRLQPRRIVVVVAPRPLYFNLQGVKGGGFSTPKERCAGADSDSDTGKSVAKVEGDVDATPAHGR-EGQERAPEHERGAKRKPTTPPIRTGHAAMVQVRQDFRQPVTSLWQTASERAATAPTRAAPRGGGIVDSTNTATALRGPSHRRPQSQAGASRTQPKAMSTRDQLGNARPHTGGRGAVSRAGE-GRKSNSRGQASRESEPTSTPAISPAPVCVSGGREADGQKQRRIRTPIPLQSSHRVGPVGSLGSTPFPAGEYRWRPFVSDCYTAPNPLPAWRRKQHGTLPDSTGAAPSKGAGAMQTPVSLEPTKEEREDMFNQAVKENQTVVVVEPPLNYKLVFDGPTRSGVAKPVVNPTSMALFPHVRGASVCAEIYDHYVAEDGLCYHL----------------------------------------------------------------------------------------CKMFGAMPSDFMVFEVSEQPQEEXXXXXSTSTLDAST-KWDVNHSIFAPRRREAESRTFWDTERVVLKALDADFGRMLKEDRIVKLMAKSDNAVAKGQKSVAESLDEVKKAIAPFYKSILCIFKYYCLTPSQSVRGAFSIQPNQFGKMMQDAELAGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAIIVRDNEGQEELSPAEKMRNVIEEQLLVNLPPEALEDPDTFRNETLYTDACDGVLQEHQQALGIVYQKYSMLDPIAGKPSFGLEEWKTFTNDARLIGDNIHMLRMGLRDIKQPFYMARMMVSDEIKSRVKMTQANELTFVDFLEALTRLAIAMPIPSDQDMREAEVTDIMDYESALSFSVETSAAQHDVVAGATGGLGIAVAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGQYCTKKHLARGILPP 1760

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A836CII1_9STRA (Uncharacterized protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CII1_9STRA)

HSP 1 Score: 467 bits (1202), Expect = 1.840e-130
Identity = 436/1470 (29.66%), Postives = 582/1470 (39.59%), Query Frame = 3

Query: 2379 VLTYTAWTLWLLARRPENRVLLGRLWAVDGLVHALRSNARLDIKQGLLAAIWLLACDAENTARLALN-----------------------GGLQLLVGVLNFPCSACYVPLKSLAVGTLCKLCRTEPDVATLGMHLCLAPALLEAVFDGTSTVYLKVLSAGLVFTLCRNAEHKRNRTDYVKQFTAEGGLFILEDICACFLASGTSELQACGSFFAASLSLGAQSRHRLQDNGGLEALCRLIRAT------------------------------------------------------------------------------------------------------NAKESLKARSLHALLNLSTEVGCQPSICRWAFQALVELAVSGAPPQSEFASSILCNCADNPCCRAIMFEGQLARGSKHVTTSRADRDLEESLRASLWAGRVTNGANSASRTVQEQFLAWLQEVKGVKPNMLTARHADGNGHNQQDGANSGDTRSPKTTDVEGVSAKPSRGGGEGAMRGGIEQKPATPLNKKEDDAMLRVRQGIREPVTSMWQTATERAKTAPTRLGSHGDGMADGTNTTRRDSSRLQCHSQVRSARAKGGIGLSTPPAGATIVIGGDGNESLNGDRGRGGKRRGRAPREDDPGIATALSPPVWGAGGGVVGGEHRRGKRTPMPLRSSHRVGPVGSLGSTPLPAGEYRWKPFVSDCYTKPNPLPAWRRRPNGTPQDKVGGAASGARGVTKTAVTPETTKEERDDMFNQAVKENQTVVVVEPPLNYKMVFDGPT----NAGLAKPLVSPASMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGG-------------------------------YPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKPVLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSKWDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFI-SVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAI------------TMRD--------------------------------------NEGQEEMSPAEKMHNVIEAQLLVNLL----PEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGSFGLEEWKTFTNDARLVGDSIH--------MMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSF--------SMETSSAQHDLVAGATGG-LVAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTKEHLARGI 6092
            VL Y   +LWLLAR   +R  LGRLW VDGLV  LRSNA L +K+   AA+WLLACD +N  RLAL                        GGL+ L+G+L FP    Y  LK+LA G L ++     DV  L + L L  ALL ++    S+VY  VL+ GL+  L +                A      L D  A  LAS   EL+A G+F AA  +L  +SR  L  NG L  L RL+R +                                                                                                          +L+ R LHALLNLS E  C+  +CR A            PP   FA+   C  A+     A       ARGS                                            Q   GV  N+L      G              R        G             M GG E+      N       + V++ + +PV+ +W  AT                 A   N   R S R   H   R             PA   +    D  +  +                                      GEH R +R+           P G LGS P P GE RW P V+ CY +P                     A+ A+                          ++ V+V++PPLN+K+VF        + G          M +F H  GA+ CA LY+H+VA DGRC+HLY    V C+ LDPG                                YP    P EL HVL + LP            +   +LYLPP   C   + H++ LC +ACRQ +    CPG  C  FGAMP  F+V  V +       E+  S   +   S W+++ SIFA RRKEAES+SFWDT RVV KA + DF RMLKE+R+ +++   +  V  G  +V ++L E+K                         RGAF+IQ N + +M QDA        +VEEIGKIF+ VN E+DK SA+A  NEDRALMR ELLEALLR+A+            T+ +                                       +   E  P  +   + +  L  +LL    PEA++D D FRN  LY+EACD V Q H + L  VY+RYSMLNP  GK + GLEEW+    D R++G            ++R+G R+ +  FY +RM V+DE+K+R KMTQLT+V+FLEALARLA +  IP+D D+  VQ +DI+DYE  L          ++          A  T    +AP+LDRL+R++LGT+A+R  G L+ G K ++L+G Y T+E + RGI
Sbjct:  757 VLRYACTSLWLLARNRHDRAELGRLWGVDGLVALLRSNAALPLKEAAAAALWLLACDDDNAVRLALKDLLCDVPLTRRPPIRPIPAHARQGGLEALIGILGFPDEKAYAHLKTLAAGALLRVTALS-DVRVLALQLDLGGALLGSIAGAASSVYFNVLAGGLLVCLGQEGG-------------AAAASLPLCDTFAALLASDAPELRAIGAFGAAWAALRCESRLTLLANGALATLARLLRDSAPHSRPNTAPPAALXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRNGAWSPRGDHGVGDGHRSSAGGAERXXXXXXXXXXXXXXXXXXXXXXXXXXXXGVSAALRLRVLHALLNLSAEPACRLPLCRAAL-----------PPLLAFANG--CAAAEAGTSTAS------ARGSSAXXXXXXXXXXXXXXX--XXXXXXXXXXXXXXXXXXXXXXXXXQLAAGVLCNLLGCPECRGVMF-----------REHMRRTCNGXXXXXXXXXXXXEM-GGAERGKGGKGNAWTRRQRIDVQRRLAQPVSCLWHAATH----------------ARARNYFLRPSLR---HHLRRCXXXXXXXXXXXXPAPQLLRQLRDAADVTH-----------------------------------YCAGEHCRPQRSAAAAARVAPHRPGGGLGSDPTPQGENRWHPGVARCYRRP---------------------ATVAQLGXXXXXXXXXXXXXXXXXXXXIGGGDELVLVLDPPLNHKVVFGRDPMLARSGGSGHRTAGAGWMGMFEHCEGAATCAALYEHFVAADGRCYHLYRRGAVACDALDPGRQVEVEVEGSRDAFAAVLEKAFEPLAKAGRSCYPRPGAPAELHHVLQRRLPXX----XXXXXXENPSILYLPPLPPCEGPSQHYVDLCSVACRQMQ--SECPGPGCSAFGAMPRSFLVVKVDQVPPPPPGEEPGSGPEE---SGWELHQSIFAARRKEAESKSFWDTARVVTKAAETDFARMLKEERVGRML--HNPRVAGGVLSVDDALAEIKMG-----------------------RGAFAIQQNAYNRMCQDAGIPDRATCTVEEIGKIFIAVNVESDKASADAVANEDRALMRSELLEALLRIALRKYGGAPDAPPATLAEAVAXXXXXXGAVATPATMVQRLLSEHLLAQCADARWLSRDSDLESCPWRRRDAMAQRPLSKHLLAPGPPEALQDPDEFRNLRLYSEACDGVFQRHHRVLAFVYKRYSMLNPQGGKATLGLEEWREMLVDGRVLGGXXXXXDAAQGALLRVGFREARLAFYWSRMCVTDEVKNRAKMTQLTYVEFLEALARLADMCSIPTDADLAIVQCSDILDYEGMLLLVPDPERVAALRARRPSASFTACLTSARALAPKLDRLLRYMLGTMAVRGKGALRMGQKQLSLMGTYVTREQVDRGI 2070

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: F0XZQ9_AURAN (Uncharacterized protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0XZQ9_AURAN)

HSP 1 Score: 269 bits (688), Expect = 1.270e-68
Identity = 187/540 (34.63%), Postives = 290/540 (53.70%), Query Frame = 3

Query: 4491 HLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKPVLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSK--WDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFISV--EEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALS---------FSMETSSAQHDLVAGATGGLVAPRLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTK 6071
            +LY+ S VV E  DPG   P   P  L   L +A P   PP  P G  D+ P  + P     P +  H + LC               A   ++G +P++ M   V +  K  +              K  W +  S+FAPR KEA+SR F D E V+ KAL  D+  +L EDR  K + K D  V +G +++ + LE+++K  +  Y T+L +F YYC  SS   + AFSI  N +  M+Q+        +   +E  K+F++ NFE DK+S ++ +NED+ALMR+E +E L+R+A   R  +  +++S  E +  + +  +L N+ PE++ D+D FR + LY E  +   + H K L IVY +Y+ML P  G+ SF L EW T  ND RL+GD + +     R+ +  F+ +RM+V+DE+KSR K   L++V+FLEALAR+A +  +P+DE + +    +++DYE  +          FS    SA  DL+A  T  L   ++D+L + +LG ++   NGV++ G K   L+G Y T+
Sbjct: 1633 YLYYQSHVVAEASDPGVAVPPRAPGALGE-LWQAAPPTQPPAVPDG--DSNPRSHNPLMDALPEMKRHALVLC---------------ASSGVYGGIPAEPMTVHVKQHAKAPEXXXXXXXXXXXXXXKPAWKLETSMFAPRLKEADSRQFLDAENVLAKALACDWRMVLAEDRFHKFVRKMDEGV-KGGESIDDELEDIRKAFAGRYATVLRLFDYYCACSSILTKAAFSISQNSYNLMLQETGIPDETTACTFDECKKVFIVCNFEADKKSEQSDMNEDKALMRYEFIECLVRMAHA-RFKKDIDDVS--ECVDALFDDVVLRNVTPESILDTDDFRRDRLYFEEVEDGFKPHLKPLRIVYDKYAMLKPDGGRPSFSLMEWVTVLNDGRLIGDELTV-----REARLCFFWSRMVVADEVKSRHKFMTLSWVEFLEALARVADMTNVPTDEMVADCGAINMIDYEFKVQKMLPEEREKFSERRPSA--DLLAPKTRPL-GNKVDKLCKSLLGYISCAHNGVIQHGGKRARLIGTYITE 2142

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A6U4CWN2_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4CWN2_9STRA)

HSP 1 Score: 226 bits (576), Expect = 1.590e-61
Identity = 135/370 (36.49%), Postives = 207/370 (55.95%), Query Frame = 3

Query: 5004 RMVKLMAKSDRAVVQG-KKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSMETSSAQHDLVAGATGG-LVAP-------RLDRLIRFILGTLAIRSNGVLKAGNKGMNLVGLYCTKEHLAR 6086
            R ++ +AK+D    +G ++TVA+  EE++  I   YK ++ +F +YCL S    RGAFSIQ N + KM QD        +VE +  IFV+VNFE+DK S ++ +NEDRALMR E LE ++R+A+         ++S  + +  ++    + +L  EA+ D + FR E  Y E  +     H+  L ++Y +YS L+P  GK  F LEEW     DA ++ D         R+V+  FY ARM+V DE+KSR ++  LT +DFLEAL R   +  IP+DED   ++    +DY+  L ++  T   Q  L+       L+ P       +LD+ +R ++G LAI+  GVL+  +K + LV  Y T++HL R
Sbjct:    1 RFMRFIAKNDAQAKRGNEQTVAQEAEEIRACIESHYKALMRIFDFYCLISGNFGRGAFSIQQNAYNKMCQDCRIPDEKCTVETLSTIFVVVNFESDKTSLDSQINEDRALMRSEFLETIMRIAVAKYIKACDGDIS--DSVDKLLSENFMAHLPQEALIDPNEFRRERFYNEHVEECFVKHKDVLDLIYTKYSNLHPEGGKALFRLEEWFALLGDAGVIDDDFTT-----REVRISFYYARMLVRDEVKSRNRIISLTPIDFLEALGRACDMCTIPTDEDFALLRCEHALDYDTMLPYA--TIDVQDRLLQRRPSSELLVPSERPLAEKLDKFLRKLIGMLAIKFRGVLRYNDKFIPLVPRYATEQHLRR 361

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A7S0RZH0_9CHLO (Hypothetical protein n=1 Tax=Chlamydomonas leiostraca TaxID=1034604 RepID=A0A7S0RZH0_9CHLO)

HSP 1 Score: 186 bits (471), Expect = 7.430e-45
Identity = 152/518 (29.34%), Postives = 243/518 (46.91%), Query Frame = 3

Query: 4404 SMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEA--------PPPDYPSGRPDAKPVLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDV----NTSKWDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGN---FISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAG---KGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSME 5903
            ++ +F HV G+ VC  ++  Y   +GR  ++Y+   V+ + +      P   P+ +   L + +P A        PP   P   P  KPV YL P   C     H + +     R+A             FG +  D +   +  +  V+   + R  + +V        W +  SIF PR KE+++R+F DT+  + K  + D+ R   +++   +MA+ ++A    K   A +L++V  V+  +Y    S F Y+    S      + +  N +   + + + A +   FI   +   IF++ NF+ DK+SAEA VN + A+MR+E LE+L+R  I  +  +GQ     A  +  ++E  L  NL P A   ++ FRNE LYTE  D VL+ HQ  L  +Y RY  L P  G     S  LE W     D  L+       +  ++D    F  +RM V DEIK   + T LTF+DFLEAL R+A +  +P D D+      D   Y+  L +++E
Sbjct:  111 TLTIFEHVDGSRVCEGMFPSYQLPNGRKAYMYYNGGVMLDEMSVDAVVPPPRPSTVPQALQQTMPLADVLNLIAKPPGSAPPFIP-YKPVPYLVPLPPC-----HTLPVKRPDLREA-----------SAFGDLREDNLQLVIQAKRIVKTQTNTRVEAIEVAVVEEREPWTLPMSIFKPRAKESDARAFHDTDPAMEKMFERDWARACGKEKFTSMMARENKACKDAKDDKA-ALKDVHDVLLEYYNLWFSAFMYFAAFGSND---PYHMPLNAYTAFLDECQIADSESQFIKRSDCDTIFIVCNFQPDKKSAEAAVNVENAMMRYEFLESLVRSGIA-KYGKGQATDDVATAVRLLLEQNLAANLPPAARHRANDFRNERLYTEEVDLVLKRHQVVLKALYSRYR-LKPSGGGLRTKSVKLEGWLQLMQDTALIDG-----QFTIQDATLAFLWSRMAVMDEIKDYGRYTSLTFIDFLEALGRVADMKSLPLDSDL------DAAGYQNILEWALE 594

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A835T4M1_CHLIN (Uncharacterized protein n=1 Tax=Chlamydomonas incerta TaxID=51695 RepID=A0A835T4M1_CHLIN)

HSP 1 Score: 179 bits (454), Expect = 3.430e-43
Identity = 142/512 (27.73%), Postives = 249/512 (48.63%), Query Frame = 3

Query: 4404 SMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKP--VLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSK----WDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQD---AEFAGNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAG---KGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSME 5903
            ++ LF HV G+ V   L+  Y+  +G+  H+Y+    + + +      P   P+ +   L + +P A   +  +  P + P  + Y P PR  P    H +++       A           + FG +  D +   +  +  ++     R  + +V   +    W +  SIF  R KE ++R+F+D+  V  K  + D+ R   +++   +M++ ++A  +GK     +++EV  V+  ++  ++  F YY    S      + +  N F   + +   A+    +    +   +F++ NF+ DK+SAEA VN + A+MR+E LEA++R+AI+ +  +GQ        +  ++E  ++ NL+P A+  S+TFRNE LY E  D V + H   L  +Y RY  L PV G        L+ W+ F NDA LV DS    +  L+D    +  ARM   DEIK   + T L+F DFLEAL R+A +  +PS  D+      D+  Y++ L ++++
Sbjct:   36 TLTLFEHVEGSKVSEGLFPSYILPNGKRAHMYYNGGTLLDEVGVEAVIPPPRPSTVPQALQQTMPLANVLNLIAKPPGSAPPFIPYKPVPRLVPLPPEHTLTVKRPDIHAA-----------EAFGDLREDNLQLVIQAKKIIKTQTTTRVENIEVKAQEEREPWTLPSSIFKNRVKECDARAFFDSHAVEEKMFERDWQRACAKEKFTSMMSRENKANKEGKDEKV-AIKEVHDVLLKYWPQVVGAFVYYAAGGSSD---PYHMSLNAFTTFLDECCIADSDSQYCKRSDCDTVFIVCNFQPDKKSAEAQVNMENAMMRYEFLEAIVRLAIS-KYGKGQATDDLPTAVAMLLEKNIIPNLVPGAVIASNTFRNERLYNEEVDLVFKKHSVLLKALYSRYR-LKPVGGGLRPKVLKLDGWQQFMNDATLV-DS----QFTLQDASLAYLWARMYTIDEIKDYARYTCLSFTDFLEALGRVADMKALPSASDL------DLAGYDSVLEWALD 519

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A250XEY4_9CHLO (Uncharacterized protein n=1 Tax=Chlamydomonas eustigma TaxID=1157962 RepID=A0A250XEY4_9CHLO)

HSP 1 Score: 181 bits (460), Expect = 8.080e-42
Identity = 143/502 (28.49%), Postives = 234/502 (46.61%), Query Frame = 3

Query: 4407 MALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKP--VLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKM-FGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSK----WDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFA---GNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAGKGS--FGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDY 5876
            +A+F H+ G+ V   L+  Y   +G+   +Y++   V + +      P   PT +   L +A+P A   +  S  P + P  + Y P P   P  + H + + +            P +R  + FG +  D M   +  +  +      R  S +V   +    W +  SIF PR KE++++ FWDT+    K  ++D+ R   +++   ++ + ++A     K   E L+EV  V+  +YK   S F YY   +S      + +  N F   + D +       +I   +   +F++ NF+ DK+SA A+VN + ALMR+E LE L R  I  +  +GQ+  + AE +  ++E  +  NL P A   S+ FR   LY E  D +L+ H   L  +Y RY +  P  G  S    LE W    NDA L+       +  L+D    F  +RM   DE+K   + T +TFVDFLEAL R+A    +P + D+       I+D+
Sbjct: 1791 LAIFEHIEGSRVSQGLFPSYQLPNGKQTFMYYSGGHVLDEVHVDAVTPPPRPTTVPQALQQAMPLAEVLNLISKPPGSAPPFIPYKPVPYLVPLPSKHTLMVKK------------PTSRSMLAFGDLREDNMQIIIQAKKIIRTQVSTRVESIEVARVEAREPWKLPDSIFKPRVKESDAKGFWDTDECEAKMFESDWARACGKEKFTGMLLRENKANKADPKEDKEMLDEVHGVLLEYYKKWYSAFVYY---ASGGAGDPYHMSLNPFTTFLDDCQIPDPESQYIKRSDCDTMFIVCNFQPDKKSAAASVNNENALMRYEFLECLCRAGIA-KYGKGQQTDNVAEAVKMLLEENIAANLSPAAGLFSNDFRRNRLYNEEVDMLLKRHAVLLKALYSRYRLKPPGGGLRSKMLRLEGWVQLMNDAHLID-----AQFTLQDATLSFLWSRMQTIDEVKDYQRYTSVTFVDFLEALGRVADSKSLPLESDLESAGYASILDW 2271

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A8J4GTV8_9CHLO (Uncharacterized protein n=1 Tax=Volvox reticuliferus TaxID=1737510 RepID=A0A8J4GTV8_9CHLO)

HSP 1 Score: 179 bits (454), Expect = 2.810e-41
Identity = 141/512 (27.54%), Postives = 252/512 (49.22%), Query Frame = 3

Query: 4404 SMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKP--VLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSK----WDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFAGN---FISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAG---KGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSME 5903
            ++ LF HV G+ V   L+  Y+  +G+  H+Y++   + + +      P   P+ +   L + +P A   +  +  P + P  + Y P PR  P  + H +++       A           + FG +  D +   +  +  ++     R  + ++   +    W + +SIF  R KE ++R+F+D+ +V  +  + D+ R   +++   +M++ ++A  +GK     +++EV  V+   +  +   + YY    +      + +  N F   + D   A +   +    +   IF++ NF+ DK+SAEA VN + A+MR+E LEA++R+AI  +  +GQ+    A  +  +IE  +L NL+P A+ +S+TFR E LY E  D V + H   L  +Y RY  L PV G        L+ W  F +D++L+ DS    +  L+D    F  ARM V DEIK   + T L+F DFLE+L R+A +  +PS  D+      D+  Y+  L +S++
Sbjct:  910 TLTLFEHVEGSKVSEGLFPSYILPNGKRAHMYYSGGTLLDEVSVEAVIPPPRPSTVPQALQQTMPLANVLNLIAKPPGSAPPFIPYKPVPRLVPLPSMHTLTVKRPDQLVA-----------EAFGDLREDNLQLVIQAKKIIKTQTTTRVENIEIKPQEEREPWTLPNSIFKNRVKECDARAFYDSHQVEERMFERDWLRACSKEKFTSMMSRENKANKEGKDEKV-AIKEVHDVLLKNWPQVFGAYVYYAAGGTGD---PYHMSLNAFTTFLDDCNIADSESQYCKRSDCDTIFIVCNFQPDKKSAEAAVNMENAMMRYEFLEAIVRLAIA-KYGKGQQTDDLATAVTTLIERNILPNLVPGALHNSNTFRTERLYNEEVDQVFKKHSVLLKALYSRYR-LKPVGGGLRPKVLKLDGWLQFASDSQLI-DS----QFTLQDAALSFLWARMYVIDEIKDYARYTCLSFTDFLESLGRVADMKALPSSSDL------DMAGYDNILEWSLD 1393

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BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Match: A0A8J4BQW0_9CHLO (Uncharacterized protein n=3 Tax=Volvox TaxID=3066 RepID=A0A8J4BQW0_9CHLO)

HSP 1 Score: 179 bits (454), Expect = 4.190e-41
Identity = 142/512 (27.73%), Postives = 250/512 (48.83%), Query Frame = 3

Query: 4404 SMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGGYPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKP--VLYLPPPRQCPPITSHFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDEDQRSTSSDVNTSK----WDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRMLKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYCLTSSQSIRGAFSIQPNQFGKMMQDAEFA---GNFISVEEIGKIFVMVNFETDKRSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEAQLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNPVAG---KGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDEIKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALSFSME 5903
            ++ LF HV G+ V   L+  Y+  +G+  H+Y++   + + +      P   P+ +   L + +P A   +  +  P + P  + Y P PR  P  + H +++       A           + FG +  D +   +  +  ++     R  + ++   +    W + +SIF  R KE ++R+F+D  +V  +  + D+ R   +++   +M++ ++A  +GK     +++EV  V+   +  +   + YY    +      + +  N F   + D   A     +    +   IF++ NF+ DK+SAEA VN + A+MR+E LEA++R+AI  +  +GQ+    A  +  +IE  +L NL+P A+ +S+TFR E LY E  D V + H   L  +Y RY  L PV G        L+ W  F +D++L+ DS    +  L+D    F  ARM V DEIK   + T L+F DFLEAL R+A +  +PS  D+      D+  Y+  L +S++
Sbjct: 1920 TLTLFEHVEGSKVSEGLFPSYILPNGKRAHMYYSGGTLLDEVSVEAVIPPPRPSTVPQALQQTMPLANVLNLIAKPPGSAPPFIPYKPVPRLVPLPSMHTLTVKRPDQLVA-----------EAFGDLREDNLQLVIQAKKIIKTQTTTRVENIEIKPQEEREPWTLPNSIFKNRVKECDARAFYDAHQVEERMFERDWQRACSKEKFTSMMSRENKANKEGKDEKV-AIKEVHGVLLKNWPQVFGAYVYYAAGGTGD---PYHMSLNAFTTFLDDCSIADPESQYCKRSDCDTIFIVCNFQPDKKSAEAAVNMENAMMRYEFLEAIVRLAIA-KYGKGQQTDDLATAVTLLIERNILPNLVPGALHNSNTFRTERLYNEEVDQVFKKHSVLLKALYSRYR-LKPVGGGLRPKVLKLDGWLQFASDSQLI-DS----QFTLQDAALSFLWARMYVIDEIKDYARYTCLSFTDFLEALGRVADMKALPSSSDL------DMAGYDNILEWSLD 2403

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot

BLAST of mRNA_P-littoralis_Contig165.62.195 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G5A5_ECTSI	0.000e+0	65.03	Flagellar associated protein n=1 Tax=Ectocarpus si...	[more]
A0A6H5LAC6_9PHAE	0.000e+0	58.96	Vacuolar protein 8 n=1 Tax=Ectocarpus sp. CCAP 131...	[more]
A0A836CII1_9STRA	1.840e-130	29.66	Uncharacterized protein n=1 Tax=Tribonema minus Ta...	[more]
F0XZQ9_AURAN	1.270e-68	34.63	Uncharacterized protein n=1 Tax=Aureococcus anopha...	[more]
A0A6U4CWN2_9STRA	1.590e-61	36.49	Hypothetical protein n=1 Tax=Phaeomonas parva TaxI...	[more]
A0A7S0RZH0_9CHLO	7.430e-45	29.34	Hypothetical protein n=1 Tax=Chlamydomonas leiostr...	[more]
A0A835T4M1_CHLIN	3.430e-43	27.73	Uncharacterized protein n=1 Tax=Chlamydomonas ince...	[more]
A0A250XEY4_9CHLO	8.080e-42	28.49	Uncharacterized protein n=1 Tax=Chlamydomonas eust...	[more]
A0A8J4GTV8_9CHLO	2.810e-41	27.54	Uncharacterized protein n=1 Tax=Volvox reticulifer...	[more]
A0A8J4BQW0_9CHLO	4.190e-41	27.73	Uncharacterized protein n=3 Tax=Volvox TaxID=3066 ...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig165	contig	P-littoralis_Contig165:264314..289288 +

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
Pylaiella littoralis U1_48 OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7G5A5
Model size	6435
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	other localisation
Exons	41
Evalue	0.0
EggNOG OGs	2C8BZ@1\|root,2S345@2759\|Eukaryota
Ec32 ortholog description	Armadillo-like helical
Ec32 ortholog	Ec-14_006800.1
Cds size	6063

Relationships

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig165.62.195	prot_P-littoralis_Contig165.62.195	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig165 266517..288925 +

The following UTR feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type	Position
1680789797.9089906-UTR-P-littoralis_Contig165:264313..264353	1680789797.9089906-UTR-P-littoralis_Contig165:264313..264353	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig165 264314..264353 +
1680789797.9231575-UTR-P-littoralis_Contig165:266515..266516	1680789797.9231575-UTR-P-littoralis_Contig165:266515..266516	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig165 266516..266516 +
1680789798.391089-UTR-P-littoralis_Contig165:288925..288934	1680789798.391089-UTR-P-littoralis_Contig165:288925..288934	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig165 288926..288934 +
1680789798.411317-UTR-P-littoralis_Contig165:288966..289288	1680789798.411317-UTR-P-littoralis_Contig165:288966..289288	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig165 288967..289288 +

The following CDS feature(s) are a part of this mRNA:

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig165:264314..289288+
coding sequence from alignment at P-littoralis_Contig165:264314..289288+

protein sequence of mRNA_P-littoralis_Contig165.62.195

>prot_P-littoralis_Contig165.62.195 ID=prot_P-littoralis_Contig165.62.195|Name=mRNA_P-littoralis_Contig165.62.195|organism=Pylaiella littoralis U1_48|type=polypeptide|length=2021bp
MVPNVVDIAKRQARLCHVASLCRLASKTTEDQDNSELRAVLGHIATEKEK
DARLFSPRAPMGCSKQAARTYGEFVCTLEGSTSKGKSEVLMLTQNSDFGK
IGAFLREAFHLTGGILITLPEDRLSDEMEQLVLSTKQLHSLLDDFILRQP
TRRVLKVMKSVFPISRCLVGSKRNDSGAEEATTLALNQLFELVQVPTNVE
TVNRAGHLSELLVAVGSVIGHSSSHVHVTVACQVVWKLAASAGIRRCMME
HGLQNKLWTLAENIARTVETPEHRRAREKAAEAAAEAAAGTDRSLRGADG
NRELSLQEVTTGDEALISEGGDEEREPIALEAGKQLDELAFKCVGALSLM
LRSQEVADALEGPEHQNGLELLLELATVALGRSAIGDERVPCMAAEALAH
VLISHGTYRMEWAENGNFLSLLDLMRSPLDRVLLCGTSIINAFLRGDPSQ
ITVTPAEAVKVLKEASPACQRCLEQLGSRVSPVKPKQTTAGGGVLASAEI
CRPLHTSMDKKTQECLGILEQATAVCWGSLAVIDRCPPGPEKHAISLTCW
FPTMLAVAKLAGTKWLSSWVIFCAVACIGVGVGTGASIDKEIIAEVSGPL
HVPSILSSSIGGERDNTPNAFCGVSSGDWSVHIMEELPGEMLALLKRTNS
LELQEHAARTLCTLLSASGKLRQKALEDGFLDKLQRLLMGRLGSAQLDST
IACSIMFLCDVGDCKKNGNDRMDADRAGLAQAGDRKGPRRKKHPQGARGT
KGKKKADGAAWSQKQMTSLVWAVGHSNQDVLTYTAWTLWLLARRPENRVL
LGRLWAVDGLVHALRSNARLDIKQGLLAAIWLLACDAENTARLALNGGLQ
LLVGVLNFPCSACYVPLKSLAVGTLCKLCRTEPDVATLGMHLCLAPALLE
AVFDGTSTVYLKVLSAGLVFTLCRNAEHKRNRTDYVKQFTAEGGLFILED
ICACFLASGTSELQACGSFFAASLSLGAQSRHRLQDNGGLEALCRLIRAT
NAKESLKARSLHALLNLSTEVGCQPSICRWAFQALVELAVSGAPPQSEFA
SSILCNCADNPCCRAIMFEGQLARGSKHVTTSRADRDLEESLRASLWAGR
VTNGANSASRTVQEQFLAWLQEVKGVKPNMLTARHADGNGHNQQDGANSG
DTRSPKTTDVEGVSAKPSRGGGEGAMRGGIEQKPATPLNKKEDDAMLRVR
QGIREPVTSMWQTATERAKTAPTRLGSHGDGMADGTNTTRRDSSRLQCHS
QVRSARAKGGIGLSTPPAGATIVIGGDGNESLNGDRGRGGKRRGRAPRED
DPGIATALSPPVWGAGGGVVGGEHRRGKRTPMPLRSSHRVGPVGSLGSTP
LPAGEYRWKPFVSDCYTKPNPLPAWRRRPNGTPQDKVGGAASGARGVTKT
AVTPETTKEERDDMFNQAVKENQTVVVVEPPLNYKMVFDGPTNAGLAKPL
VSPASMALFPHVRGASVCAPLYDHYVAEDGRCHHLYHTSRVVCEVLDPGG
YPPLSEPTELRHVLHKALPEAPPPDYPSGRPDAKPVLYLPPPRQCPPITS
HFISLCEIACRQARWGDACPGARCKMFGAMPSDFMVFDVSEQLKVEQDED
QRSTSSDVNTSKWDVNHSIFAPRRKEAESRSFWDTERVVRKALDADFGRM
LKEDRMVKLMAKSDRAVVQGKKTVAESLEEVKKVISPFYKTILSVFKYYC
LTSSQSIRGAFSIQPNQFGKMMQDAEFAGNFISVEEIGKIFVMVNFETDK
RSAEATVNEDRALMRFELLEALLRVAITMRDNEGQEEMSPAEKMHNVIEA
QLLVNLLPEAMEDSDTFRNEYLYTEACDSVLQDHQKALGIVYQRYSMLNP
VAGKGSFGLEEWKTFTNDARLVGDSIHMMRMGLRDVKQPFYLARMMVSDE
IKSRTKMTQLTFVDFLEALARLAIVIPIPSDEDMREVQVTDIMDYEAALS
FSMETSSAQHDLVAGATGGLVAPRLDRLIRFILGTLAIRSNGVLKAGNKG
MNLVGLYCTKEHLARGILPP*

mRNA from alignment at P-littoralis_Contig165:264314..289288+

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-littoralis_Contig165.62.195 ID=mRNA_P-littoralis_Contig165.62.195|Name=mRNA_P-littoralis_Contig165.62.195|organism=Pylaiella littoralis U1_48|type=mRNA|length=24975bp|location=Sequence derived from alignment at P-littoralis_Contig165:264314..289288+ (Pylaiella littoralis U1_48)
ACCGACGCAACAGCAGGGTGCACCCTCTGCTCATTTTCAGGTACAGAAGT
AGTACCGGTACAGTAGTACGAGTACACAGCAGTATCTGTTAACTCTAGTC
GTGCCCTACAGTACCAACGGCGTGCTTGACTTCTTGCTGTTCACTTCTCG
TTATGTGCTTACACGTCATATCCTTACAACAAGAAAAAAGAGCAGGCGGT
GTTCTGGTTTGGCTGGTTTCAATCTGTCGGTTGGATGATGTGCAGTTTGC
CTGCCAACTAACTGCCGACATTTCTGCTCCGTCTCGCTGTCTATTGGTGT
GCAGCCCATTTACCTCAGTATTGTGTTTCGAGCGGGAAGAGTCGATGTAA
AAAAGGGTCAGGAGTCGGGAGGTTGGACAGGCAGCATCCTGCCTGGTTGT
GTGTTGTCATCCCATATTCTCTGGCACACTAGTCTGGTTACCATTGTGTG
TTTCGCGCAACAGGAAGATCTGTATTTATGTGCCCTTTGGCGGGAGCGGA
AAGTGGAAAGAACTGCTGCAGGAGGAATGGGCCAGTCGAAACTACTGCTG
CTGTGTAATTTTCCGACGAGAAGCAGCATAAATATTCGTAGTGTCAAGTA
GCCGCCCGGGTGCACCCAACCCATTTTCCGACTCAGCAGGGTGAAAGCGA
GCGTCGACCAATCAGCTCACCTCTTTCATGCTGGAAAAATCTTTCATGCT
GGAAAAATGCGCTCACCTTTTCTATGTCGCCATGACCCTAGAAGTGTCGT
TTCCCGGCGAAAACAGGTTCGTTCATCGTCATCATTCATTTCGCATCTCG
CATCTACTGTAGTCTTGTACTCTGTACTTCGGTATCATACAAAAGATAAA
AAGACGCAGCTCAAACTGTTCGCGGTAATAGGTGCCGTTTTACTTCGACG
ACGGTAGCAAGTGCGGAGGTGCGGAAGTGCGCGCTGGTACCTCTGGGATG
AGTTGGCCCCCTGTGTACATCAGCTCGGCCTGTGAGAACAGTATAATCCC
GCCCTTCCCGCTGAACCGGTTCGCTGATTTGTTGTACAGCCTCGAAATCA
GCAGGGCCAAAACAAAACTACTTGCGTCATGAAGACATCCTGAGCCAGCT
GTATGTATCACGCCGCTAATGGACAGCAGTATAAGGACAGGCAAGATACT
TTCGTAATCATGCTTGCTTGTCCACATCATACCATACGATAAGATGTTGT
AGAATACTATTACACGTGTCGAAGCCGTCTTGAATGGTGATGACCATCCC
AATTCGCTCGAAAATCATTTCAAAGACGAAAAGGGTTCTGTACATTCCAG
TTCTAGACTACGCGAAGTACATTCTTCTCGACTGAGCTGCTAGCTGTATG
TATGTACATATCACGCCGCTAATGATGAACAGAAAAAATCACAGACAAGA
CTTTATTATTCAAATGAGATATGAAAGATGGGGGGGTGGTATACTAGTGG
ATCGGGGTTGAGAAGCAGTGTGCGTTGGAGGGCCGCTTCTCAAATAACTG
CGTTAAGCCATGTGCGTTGCTGTTTGGTGACGTATGATATGCCTGCTGCT
TCACAGCAGCAGTGCTGCTGCTGCTGCAGAACACAGCTGGTGGTGTGCTG
GTGTGCGTGTGCGCCAGCACAACGAACACAAAACGCCTCTCATCATTTTT
CACAAAAAAGGGACCCAAGAATAACGCGCCTCCGACAAGCTAGCTGTGCC
CACTGGACACGGACTGCGCTGACCCCAGCAGCAGTGGGTAGATGCTTTTT
ACCTGATCAGCTCAAGCCCTTGGTCGTAACGATCTGTGCTAAACTGTTGC
CAAACTGTTGCAAAATGTTGCCATTATCTCGGACACACACAGACACACAC
ACAGACACCGAAAACCTCAAAAATTAAATAAAGGCACCCCTATCTCCGAT
TTATTTTCTCTTTTTTATTCGCACATACACTCACACCTGCACATTACGAC
AAGTCTGTATGAGTTCGAAACAGTTCGACAAGGAACTTACACTTCGCTTC
GCTCGTGGCCTGCTTCTCAATAAAATACATCGAAAATATCAGTCCTGAAT
TATGGTGATAAAGCAACCATCGCGCTTTGCTCGAAAGTCGATGCAAGACA
AAATAGCCTGTACATTCCAGTAGTACTATTTCGTCACATATAACAAGCAT
TGCTACTCAATTTAATATCTGTGTTGCATCCGCCGATCTTGGTTGAGCCC
AGGATGGTGCCAAACGTGGTGGACATTGCAAAAAGGCAGGCAAGACTTTG
CCATGTGGCGTCTTTGTGTCGACTTGCAAGCAAAACCACAGAAGATCAAG
ACAACTCGGAGCTCCGTGCCGTATTAGGCCATATCGCAACCGAAAAGGTG
GCCAATTGAATAAAATGCCTTTAGTGGAATTTCTTGTTCTGTGATAAACT
TACAGACACTCTTTAGACCGATCTGTTTCGCGCTCATGTAGTCGGTAACT
AGATATGATTGCGCCGTACTGATACGTACTTCGAAGCCAAATATGTCATT
TTTAGCCAAATATGTATCCTACCGGTCGCCCCGGTAGTCTAAGATCTCAT
TTTTGGTGCCCTTTGGCGGGTGCGGAAAGTGATTCCTGCCGGAGGAATAT
CCGGTGGAGGGGTCTCATTTACCGACACAACAGGGTGCTTTCAAAAAATC
AGGGTGTAGTTTTGAAGAAAAGTAGCCTCCGCGGGGTGCTTTCTTTTCCC
CGACCACCAAGCACAGGTTATTTCTTAGCTTCGTTCCCTCGATTACTTAC
TAGTTGCAAGGTCGAAGGTTCGATTCTCTCTGAGGGCGTTTCTTGAGACT
TTACAGTGGAAAGCGAAGCACTCGTGAGTAGACAGAGGGAAGGGATTGCT
GTACCCGACTCGCATTGAAAACCAAAGGCACGTACCGCAGGAGGAAGGTG
TGGGCATAATAGTAAAACAAAAATAAAAAACAAAAAGCCTCGTGTATGAC
CTTCCTTCTGCTGTGTGACCCCGGCTGATGAACCCACTTCGTACGGAAAG
GTGTAGACTGTTGCCCAGAATAAATGGGATGACAACACGCACACTTACTT
GTGACGAATATGCTTTTCTATTTTCCCAGGAGAAGGATGCTCGGCTCTTC
AGCCCGAGAGCCCCCATGGGGTGCAGCAAACAAGCCGCACGCACCTACGG
CGAGTTTGTGTGCACCTTGGAAGGCAGGTGCGCGAGACACAACTCGTGTG
TGGCTGTCTGTATCTAACAATGTCGCCAATGAGGCCTACTTTTACAATAA
TATGGCACTTGGAATTCCTCGGGTTGGACTAGCATTTTCCAAGGCTGATT
TTCAAAATTGGCAATTCAGGACTGGGGCTCACTTATGGGAAAATCGAAGG
TATTGAAAAGGGGTTGGAAATCAGAGGGGTTGTCAGATGGATGGCAGGCG
GTTTGTCCTAACTTTAAGCAACTACAGCTGGTGGTGCAGATCGGTAAGCG
TGATCACCAGGACGGCCAGGATTGCACGTAAATGGATCACCTGCACCTGG
CTCGTGTGTTTGAGTGCTCGTGTGTGTGCATTTGTGATTGGTGCGGGCTG
TGAATTACTGCGGCGCAACCTCGCGGCCGCGAGCGCTGCTCGCGCGCAAC
CCTTTCCAACTTGGAATATCTTGTGTCTATTCCGCGTCGATGGATTCCAG
GGGACTCAGTGAGAATCCGTCGAATTGGAAAAATTTGGCCGATTCCAAGC
GATGACAACCCCCATACAAGATGCATCAGTTTTTTTCAACCTGGAATTTT
CGTTCCAAAACCTCACATGAAGCCCTTGGGTTCAAGAATCGGAGCTACCG
TGAGAGTGGGTCTGATATTCTTTTCAGAACACACGAAGAATATTCTACAC
GGTCGTTGCTGCAACTTAGTAGGCGAACAACACAACTTGTCGGCAATTGC
TATCATATGAGTGGACCGTCGGAAACTTATTGGCAAAGTTTGTCACTTTC
GTGGCAGCAAGTTCCTACGGTGGTGGTACCTCTCTCTGCAAACGACCCTT
CGCCGTATACTTGGTTCACGCCTTCTATTGACAGCACCAGCAAGGGAAAG
AGCGAAGTGCTCATGCTCACGCAGAACAGCGATTTCGGCAAGATCGGCGC
GTTTCTCCGAGAGGTACGAGCAATGTCCTCGCAGTGCTATCAACCTTGAT
TTGCTTTCCTCCCTACGATCAGGGTGAACATGAGAGAAACATGATACCAT
TTATCATAGTGCTAACTCTCCAAACTTACGTCGTAAGGTTGATTAGCTGA
ACTACCGGTCATCCCAGTGAAAAGGAGGGTAAATGTGGGAAAAAATTGAA
AGCTAGGTGGTGAGTTCGAAGCATGAAATGTCATTGTTTCTCACATTACA
CCTAGGAGTGGATAGCGGGTAATTTCATGGGCAAATGAAATTTGACTCGA
AAGTCGACGAGGGAACGAAACGGCTGAGCCCCTCTCGCGTTGCAAATCGA
GGCACGCACCGCTGAAGGAAGGTCGCGAGAGGAAGAAGGAAACAGTCATT
TGTTGAACCCTTCTGCGTGACTCCCGCTGGTACGCCCACACATACCGAGA
GGTGTAGCCTGGCGTCCAAAGAAGATGGAATGACAACGCACACACACAGC
ACCACACCGAAACTGTAAAGCACGACAATTTTCGAAGTCGTTCGATTTGT
ATACCAATTCGAAAGGACCTGGGTAAAGTCGTCGGTAGCTTTGACGACCC
CAGGGCTTTATGCCGGTATTTTTCTTCGATACCAAAAGGTGTCTTGCTTC
TCTCACAGGCGTTTCATCTTACCGGGGGCATACTCATAACACTACCAGAG
GATCGCCTCTCCGACGAGATGGAGCAGCTGGTGCTTTCGACGAAACAACT
TCACAGCTTGCTCGATGATTTCATTCTGCGGCAACCAACTCGCCGTGTGC
TAAAGGTGAGTTGTTGCTCTCCGCGTACATCGACCGATGTCAGCGGTTGT
CGTACAGTTGTTGAGAAGATTCCCCTTGCTCACCAGTGTAGAACAGACGA
GCTACCGTACCACGAAACCCTGACCTTCGCTGAGGAGCTGTAACGAGTTT
TCGGCAAACCGTTTGCCTCTCTCGCTGTGTATTGGCCGGGCTCAGGTCAT
GAAGTCTGTGTTTCCCATATCACGATGTTTGGTGGGGAGCAAGCGCAACG
ACTCGGGCGCGGAGGAAGCAACAACTCTCGCGCTCAACCAGCTGTTCGAG
CTTGTGCAGGTGAATCAATAATGATTTCATATGCATATGCGATTCCCGTA
TGCATTACCACGCTCCCTTCGTGCATGAAGAGAATTTGCCGGTAGCTATT
GTAGGAGGCACGAGAATGGAATAGTAACAGTGAATAACGAGTTTCCAAAC
TGTGGTACACAACTAAAGCAGGAGCTCTGTTGTTGATTCTCACATTAGCT
CACTACCGCCGCAGTCTAGCCCGTGGTCACAAACCAGGCACATATCGTGC
TAGGAGGAAAAGTGCCATTCCTTGACTGTAGAAACGCCTAGGGAAGTTCA
ATTTTGGGAATGCTTTCGCGTGACACCCAAAGATGTTGCTTTTCGCCCTC
CTGGGGGGGGAAGAGGGAAACGACGAACGGTTGGAAGCCCAAACGTTGCC
TCTCGCTGTCTTATCGAACTCATTTGATTCGCCACTTTATTTCACTGTCG
TGTGCAACTGCGACCGATAACAGGGTGACGGAGAACGTATTCTGCGCTCG
TATTTTTCTTGTAACTCCGCAGTCTATCGAACGGCCTTCAGGCTTCCCTC
CCTGCCATTCTATGTTTCCATATGCCTTGACCACACTCGGCGATCTGCCT
TCGTCCAAATGTAGAGCTCGCTTTGCTACCCTTTCAAAATTGGCTCAAGT
GCGGAGATATGATGTCGTGCCGTACCCTATGCACTCAAGGTTCCCACAAA
CGTGGAGACCGTGAACCGAGCGGGTCATCTGAGTGAGCTTCTTGTGGCTG
TGGGGTCCGTAATCGGGCACAGTTCGTCACATGTGCATGTTACGGTGGCA
TGTCAGGTGGTGTGGAAACTGGCCGCTTCAGCCGGTGAGCCTGTCTAGGG
TGCTGTTGATACCTGGTAGCAAATGAATCGTATGTTGAGCGGGTATCTAC
AGTTCGAAGTACTCATATTTTGGCCTGATGGCCTCCGGAAGACTCTTACA
TAAAACATTTCTGACGCCCAACATGGCCAGCGGCGGTATGGTGGAGGTCT
CGAAAAGGTCACATGCTGGGCGGAGATAGTCCACCTGTCGCCGTAAAGAC
TGCCGCCGGGGGCTTCGAGCCAGTCACGTTGGTTATGGTACTGCAGTAAA
ACAGTGCTGATAAAAATTATCAAACTCGTGGCAGCGATTTTCAGAATGTA
CCTACTAGAACCATGGGTGGAGTTGAACCCTCCGCAACATTCAAAGCATT
CGTTTGCCGACTCAAATGCTAATGTGTGTTGTCATCCCATATTCTCTGGC
ACACTAGTCTGCACCCTGCGGTTCAAACTACAGGCTAGGCCCATCGACGG
GGTCACACAGGAGGAAGGTCAACACAGGAGGAGTTACCCCCACCTTCCTT
CTGCGGTACATGCGTGAGATTTTTTCTCGCGAGCAGGGATCCGCGGTCCC
TACCCTCGTCGGCGAAGCCGAATCTGCTTTTACTAACAGCATAGCCGCTT
TCAAAGTAGCAAAGGAACACATTCACCGGGAATCGAACCCCCGTTCCTCT
GCATCTGATGTGGTGCCCTTGGACTCCCTGCCGCGAGTGTGAGCATGCAG
GGAAAAACGAGGTCGAACCGGTTGGCTCATTTGTATGCATGTGTAACAGG
GATAAGACGATGTATGATGGAGCATGGCTTGCAGAACAAGCTCTGGACGT
TGGCGGAGAATATAGCGAGGACTGTGGAGACCCCAGAACATCGACGAGCA
CGGGAAAAGGCAGCAGAAGCAGCAGCCGAAGCAGCAGCGGGCACTGATAG
AAGCCTCAGGGGCGCTGACGGCAATCGAGAATTGTCTCTGCAAGAGGTCA
CGACGGGAGATGAGGCACTCATTTCGGAGGGGGGTGACGAAGAGAGAGAG
CCCATAGCACTCGAGGCTGGAAAGCAACTGGACGAGCTAGCCTTCAAGTG
CGTCGGAGCATTGTCGCTGATGCTGCGGTCACAGGAGGTCGCGGACGCGT
TAGAAGGGCCGGAACACCAAAATGGACTCGAGCTTCTCTTAGAGTTAGCG
ACGGTAGCGCTGGGCAGGTGAGGGATGTAGTTGCTTTTGCAAGAAGTCAT
ATGATATTCGTTCGCCAGGTTTAGAATGTCGATTGGTTGGTGTTTGTGTT
TGCGCGTCTTTGTCCAACTAGTATTGTTCTGGAGAGTCAGCCAAGTAGGG
TCAACCCGTGATCCGTCTCTTTGAAGGCAATCGTGCGGATTTCGTCAGCC
ATGTGCGGTGGTGGATTTTTAGCCTGTGAGCTGAGTAGTTTGATGACAGG
CCGCTTCTCTTTCACCGCACCATGCCAGGAGTGCCATTGGAGACGAACGC
GTGCCATGCATGGCCGCAGAAGCTTTGGCTCACGTTCTCATCAGTCACGG
CACCTACAGGATGGAATGGGCCGAGAATGGGAACTTCCTGTCTCTCTTGG
ATCTCATGAGGTACGCGGGTGTCCTTACGGCACGCAAAAGAAAGGAAGTC
TCGTCCACTGTGGTGATCGTTCCCATCAGACCACACCTCAAACACAGCCT
TGTGCCAAATTAATTGTCTCGTGTGTTTCGTCAAGAGAGCCGCCATTTTT
GGTAGGCCGTTTTGGCTGGGTCCAGGAGTAGCTCTTCTCGGACAGGCGAC
GCTGCTTGAGACCAGTTGACTGACCAATCCATGAGGAAATTGTTGAAGGC
TGGGTGCAATTGAGCATCGCTCTACTCGAATACCTGGTATTGTTTTACGT
GGTTTGGTCTCGTAGCTTTGGTCAACGGAAACCAGTGAGATACTTTCGAC
GTGTCGCTGTCGTTCCCCCGTCGCATGCTTCGCATGCTTGTTAGGTCACC
CCTTATCTATTTTTCGTTGTACGCCCGAAGGTCACCTCTCGACCGCGTTC
TCCTGTGCGGAACGAGCATTATCAATGCTTTTCTTCGGGGCGATCCTTCC
CAGATTACTGTTACTCCAGCTGAGGCCGTGAAAGTCCTCAAAGAGGCCTC
ACCAGCTTGTCAACGATGCCTCGAGCAATTGGGGTCCAGAGTCTCCCCTG
TCAAGCCTAAACAGACAACAGCCGGCGGAGGGGTGCTAGCGAGCGCAGAA
ATTTGCCGGCCACTTCACACGAGGTACGTTGCCTTCCTAGCGGTGATCTT
GTCGTAAGTAAAATTGTTTGACTTGAGAGCGGTTCAGGGTCAGGGTTGTC
ATCGTAAGGACGCCGCCCGGATCGAATCCATTGATGCCAGTCCTACTGGC
AGACATCTAGGGTACGCTCAATATCCTTGCACCTGACACCAGCTTCGTCT
TATGCATCGCCTGCGCCGTCAAATTCTAGCAATGATTTCCAACCTTTTCG
CCGGTGTTGTCTCGACAGCACCTTGAGAGTAGCAGCGAAGCAGAGGCTGT
ATTTCCGTGGACGACCGTTAGAAAGGTCACGACCCTGTTGCACCCGAGTT
TGATGCCATCGTAAGTATCGATTTTTTATTTATAAGTGGTACAAATATGG
TTTGGACGTGGTTGGATAAGTCTTGACGGGCGTTTCATCCAGCTGTTCTA
ACGATAAACGCTCGATACACTGCAGTTACACTTTTCCTCCTGAAAGCTGT
AATCCCTCTTTGTCTTCTTTATGAAATTTGTGCAGCATGGACAAGAAAAC
CCAAGAGTGTCTTGGCATCTTGGAGCAGGCCACGGCTGTTTGCTGGGGCT
CGTTGGCAGTCATTGACAGGTGCTGACTCGAAAACAACATCGTGCCCACC
ATGTACCTTCATTGCGCTTGCTCCATTGACGCCCAGCGGACTATCTACAA
CTACAGGTTTCTTATGTATAGGTCACCACACCGCTAGAGTGAAAGTATCG
AGAACATCTTTTATGTTTGTCAGTGAAGATACCGCTGATCATTTCCAACC
ACCCCCGTCACGTCATGCGTGTCGTTGACACCCAAGATGTCCGCCAGGAC
CCGAAAAACACGCGATCTCGCTGACGTGCTGGTTTCCGACCATGCTGGCC
GTGGCGAAACTTGCCGGGACGAAATGGTTGTCATCATGGGTTATATTTTG
TGCGGTCGCGTGCATAGGCGTGGGCGTTGGAACAGGCGCAAGCATTGACA
AGGAAATCATCGCAGAGGTTAGCGGCCCATTGCATGTCCCTTCGATTTTG
AGCAGCTCCATGTCCTAGGGAGGAGAAAAGAGGAGATAGAGGTGCCTCGC
AAGTGAGTGCGCCTTACGGGGGAATCAGACATACGGTCATCGTCGAAGCG
GGTGCATAGGCAAGAGCTAAAAAGCTACACCTTCCCAGTCGTAGATGCCG
AGAGGAGGCGAGAGAGACAACACCCCAAACGCGTTTTGTGGTGTATCCTC
TGGTGATTGGTCAGTCCACATTGTTCAGGGTGGTCGAGGAAACAACGTAG
AAAGTGATGTATTGTTCATCCGAACTTGACCCTCCACACGCGTACGATAC
AATATGCTGTGTACTGTTCGTGCTGATGCCCGTCAGATGGAAGAGCTCCC
AGGAGAGATGCTAGCCCTACTCAAGAGGACAAACTCTTTGGAGGTGTGTT
GGGTATGGTCATACGTGGTGGGAGGAGGGGATAGTCGAAAGTGCCGCTGC
ACAAGCACTCAAAGTGATCGCCATTACCGCTGCAGTCGTATTGTTGATCG
AGTACACAAGACGACCCGCCCCCCTACACCACCCCCCCCTTCTGTTGATC
TATATCGAAAGGATTGGAGGGTCAATGGCCGAATGGTGAGACAAATGACT
AACAAAGACTTCCCCCCTCTTTCCCTCTCCCCCTTCATCCGGCGGCCCGT
GCAGTTACAAGAGCACGCAGCGCGTACCTTGTGCACCCTGCTCTCCGCCA
GCGGAAAGTTACGCCAGAAAGCGCTCGAAGACGGCTTCCTCGACAAGTTA
CAGGTAGGTGAAAGGGAGATTCGGGTTTTCCTCGGGTGTACAAAGCAACC
CACACCAGATTTGTGAAGACTTGCACTGGTGTGTTTTATTCCTCGAGCGT
TGGATTACTGTCCCACGGACAAAACGAAAACACGATAGATCATGTAGTCT
TGCAGGGCGCTGCCATTCCGAGAAGCGCCGAAAATCCCGACTTTACATCG
GGCAAGGCTCACACGCTTACGAGTTCGCGGCTATCACGTTTTGAAAAACG
GCTTTCACCATCGAGGTTTCAAGTTCGGGGTTTTCCTACAAGGTACACAT
GCATCGTTCCTCGAAAAGGAGCGTGCGGTCTTGCCCTCCCCACTCCTTCT
CCTGCGCCTCCGTGCCTCTCTCCCTTCCCCTCTCTTCCTCTCTATCTTGT
TGTATCTCCTCGACCTTGCGCCCACAGCTACGCGTGTCCCCTTTCGTGCT
TCCCGTCGACTTTGGCCAATTCCAGCGTCTTCTCATGGGGCGCCTCGGAA
GCGCGCAGCTAGACAGCACCATCGCATGCAGCATCATGTTTCTGTGTGAC
GTCGGGGACTGCAAGAAAAACGGGAACGACAGGATGGATGCAGACAGGGC
CGGACTGGCTCAGGCGGGGGATAGAAAGGGGCCAAGAAGAAAGAAACACC
CACAAGGGGCCAGAGGGACGAAAGGGAAGAAAAAAGCCGACGGGGCCGCC
TGGTCCCAGAAGCAGATGACCTCCCTTGTGTGGGCTGTAGGACACAGCAA
CCAGGATGTGCTAACCTACACCGCGTGGACATTGTAAGTGGATGCTATAT
CCCTGATTCCCAAGCGTGTCGTAGTGGGGACAAAGCGAGTTGTTGGTGTA
CCAGGACTTCCAGATAAGCATGCCAGGCAACTCCACCCATAGTCAATCCC
AGCAATACGATTGCGTCTGTTCCATCAGGACACGATTGTTCGGATTTGTT
CTGGATGTGGAAATTAAGGCTGAATGCAACAGCGAGGACCTGAAGGAAAT
CCCACTTTACTCCCTTCGTTATTTTCGTAGGGGCATACCCTTGTATGGCC
TCGCAACTGGGGCCGCCTCCGAACTGTCAGATCGTGGAAATACAACTCCC
GGTAGTGCTGTACCGCCATTCTTGACCAACGAAGATGAAAACAACCCCTC
GACGTTACCCGTCCCCTTACTGGTATCGGGTCAGGTGGTTGCTAGCTCGA
CGGCCAGAGAACAGGGTCTTGCTCGGTCGGCTATGGGCCGTTGATGGACT
CGTCCACGCCTTGCGATCGAACGCCAGATTGGATATTAAGCAAGGGTAAG
AGTCAGCTTCGAAACCCTTGCTGTGTGTGTCTTAAAGTGAATATACATCG
TGTCGTTGTTGAGATAAAAATGGGGGCTGCTTTGCTTTGCTGCGAAAGCC
GCATAAGGTGCAATCTACTACCTCCAGAACACGACAACCTTGTCGCAGAA
ATGATTGATGCGCAGCACTCACTCACACGAGCATCCCGGAGAGTACCTAT
GAGGTTTGTTTTTTCCCTAAACCAACTCCGCCCGCCTTGTAAAAACGAAG
GCTGTGATGATTCTCGCGAACCCGCGCAATTGCTGATCATCCCTCCCCCC
TCTCCCACTTTGGAAAAGGCTACTCGCAGCCATCTGGCTCCTTGCATGCG
ACGCAGAAAACACGGCAAGGCTTGCTTTGAACGGTGGTCTCCAACTTTTG
GTGGTGAGCTACGTGCACGCCTCGCGCGGGTTGAAACGCGTTTCAGTCGT
GTCTGCCGCCGTTGCAACATTTGATTGGCGTGTCTATTCATCGTGGCCGT
TGTGCTGCCTAATGGAATACGGGAAGCGTGCTGGATATCAACGTTACCCA
CTGAGCGATCGCCCTGTTGTGCGGCGGGCTCACAACCCGACCTGATCGCA
CGAAGCATTATCGAAAAAACAATTGGAACAAACCGTGCAATCATTCCACC
TCGGTCGCCACCATCGTCAGGGGGTTTTGAACTTCCCGTGCAGCGCGTGC
TACGTGCCGCTCAAGTCGCTGGCGGTAGGCACCTTGTGCAAGCTGTGCCG
GACCGAGCCAGACGTGGCCACGCTTGGGATGCACCTCTGTCTCGCTCCCG
CGCTGCTGGAGGCAGTGTTCGACGGCACCAGTACCGTCTACCTCAAGGTC
GGTGCCTCGATTTCACGGACAACAAAATGACTATCTTCGCTTTCGTCTAG
AGATCGGGTGTGTTGAAGTTAGGTTTCACGACGTATGACATGTATCATTG
ACAACCTGAACTAATTGATTTCAGCTGATGAACCTGGAGTTGTTGTACTT
GAGTATATAGTCTAGTTTTGTTCGGGGTTACAGCATGACGCCGTGCATTT
TTGCCCCCCCCGCATATCACCGAAACCGTGAACACGAGTTGCTGTCTTGC
TGTGCGCCGTACCCTTGCTTGTGCGCCAGGTGTTGTCCGCTGGGTTGGTG
TTCACCCTCTGTAGGAATGCTGAACACAAGAGAAACCGCACGGATTACGT
GAAGCAGTTCACCGCAGAAGGGTGAGAAATCCAAACGCTATCTTCGTCGG
CAGGGGTAGTGTTAGGCGTTGAAGCACGAGGCTCGCGGATAAATATTGAG
GGCACAGGTCGATGACACGCGATATTTTGCCAGAATCATATACTTCGAAG
AAGAACCTTGTGTAAATACTTCGTGCATTGCAACGAGCACACTTTTATTG
AATACCGGGTACTTGGTATTGCAGTGGTAACCAGGACAGGGGAACCAACG
CTTTGGTCCACGAGTAGTTGTAGCGCTTGGGAGTTTGGAGGCATGAAAAC
CGGCATTTCATCCAAAGAGGGGGCAGGTAGGATTGGGCGGCACCCGAAAC
CGCAGTCTCTTGTGTCCGTGCACCGTCAGATCATGACGAATGACCCCACC
CCTCCACCACAGAAAGAGCCCAAACCAGGGAAGGGCCGTCGTGTAAATGG
GCACACCAGTGCACCGGGGCTAGAAACCGAATGCGCAGTGTTGCGTGAAG
TATAGCCAGGTAAACCCTTGAATTCGGGGGAGATTCAAGCATCGACTCCG
TCCGTTTGACCTAGAAAAAGCAGCCACGGCAAGACAAAACTGTGCGTGCT
TCATGTCCTTGGTGAGAGATACCGCCTGTGTTTGATCTCCTGACCAACTA
ATTCATCCGTGGGATCGTTTAGAGTACACCATTGTGGGATCAAAACTCCA
AACTGTCGCCGCCACCACCACCATTGTCGCCCCTGTCTCCACTGTCACCC
GCCATTATCATCTTCGCAGAGGGTTGTTCATCCTGGAAGATATATGTGCT
TGCTTCTTGGCTTCTGGTACATCGGAGCTTCAGGTATGTCAGATCGGGTC
GTGTCTGATTGTCTTCTCGAAAGGTGAATAGCACCTCATTTGTCGTCCTT
GGTTATATCCAGGCGACCCGCACACCCACGCAACAGTTCCAGACTGAAAA
GCCATGTGCTCACACGCATATGGACTCGAGAGAAAATACTCTCAAAGACA
GGCGGAAGGAGGGGCTATCGAAAACGAAAAAAGCAGTGCACGCATTGGTA
CTACTGCCGCTGGCTTGACATGAATTTTGTCACAAGCGACCTACCCTTTT
TGATCCCGGCCACGTAAAATTGTGCCCCAATACCTCAAGATGAAAATTTG
GATCAACAGCGGTAATCATAAGAGGCCCATCATCCGCCGCATTTGTTGCA
TAACTTAGGACGAGGTCATCCAACCTACATCACGACCGGGGGGGGATCAC
TCGCCGCTTGGCCAACCTCAAGCTGTTTCGCAGTCGATGCTCGCGTAAAG
CAGCAAATCTGGTGCCCGTGTCAACCCCCTCGTCAATGATCCAACCCCCA
CCCCTGGAGCCTCACTTAACCGCAAACACCCGCGTGTCGATGGGACGGCC
ATTGTTGGTTGCACTACTCCGCGTTGAAAAAGAGCAGGCGTGTGGATCCT
TCTTCGCGGCTTCGTTGTCCTTGGGGGCACAGTCCCGCCACCGCCTTCAA
GACAACGGCGGTCTTGAAGCGCTGTGCCGCCTCATCCGTGCGACGAACGC
CAAGGAGTCGTTGAAAGCCCGTTCTCTACACGCGCTCCTAAACCTTTCCA
CTGAAGTAGGGTGAGACGTGTTTCGGTACTGCTTTAGTAGCCTGGGCAGG
GCTTACTGGGATTGGTCCAATGGCGAGAAGTACGTGACGGCGGGGTAACC
ATATTGGGTGCGCCGGCCAGAGATGGCCAACGTATCCCAGATGCCTGGTG
TTACCATACCAATTGGTAATGAAATTGCAACTTCCGCACGATCGTGTTGA
ATTGTGTACAGCATTCATTCCGACGAGAGGCACACACTATCGACGGTCGG
TTACCGTCTTGCATCATGCCGCGTCTATTTTCTTAAATAAAGTTACCACG
ATCGTTGTTTTGATCGGGTGCATGTCACATCATGTTTGGTCCAGCTGTCA
ACCATCCATCTGCAGGTGGGCGTTCCAAGCCCTTGTAGAACTGGCGGTCT
CGGGCGCGCCGCCACAGTCCGAGTTCGCGTCGAGCATCCTCTGCAACTGC
GCCGACAACCCGTGCTGCCGAGCCATCATGTTTGAAGGACAGGTGCGATG
AGACATTCGTGTTCAGTCGTCCAAAACTTTTGGTGATTTTTATGGGGATG
GGAATTATTTACCGTGCGGGGAGGATAGATATGGCATACATCACAAATAA
AATGCGCACAAAGCGTAGCATTGACCGATTTATCGTAGGCACAGCCGCAG
GAGGACGAACGGCGGTATGAAGGACCCCTCGACTGGCACCGGTATTGTAG
CAGCAACTCACCCGCGGCAGCCATCAAATCCCTCCCCCGGTGCTGTTTCA
TTCCGCCGCCATTCGCAAACGTAAACAACCCCCCACAATCTGAGGACAGC
TTGCTCGTGGGTCAAAACACGTCACCACATCTCGTGCGGATCGGGACTTG
GAAGAGTCGCTCCGCGCCTCCCTCTGGGCGGGCCGCGTCACCAACGGGGC
GAATTCCGCCTCTCGGACAGTTCAGGAGCAGTTCCTAGCATGGCTCCAGG
TGCGAAACCTGGTTTGAACCTGCCCCGGAAAGGCACCCGAATGACGCGCG
TTGATCAGTGCGTTACCAATAACAGAAATGCTCACAAACCATTGAGTCAA
CCGGTAAAACGTTTGCGACGATGGTAATCCCCCGTACTCAAACCCGGTGG
TACCCGCGAATGATTCCCGGAATCTTGGAAACCCTCTGCGACGATCCTCC
AGGAGGTCAAGGGAGTAAAGCCCAACATGTTGACAGCGAGACACGCCGAT
GGGAATGGCCATAATCAACAAGACGGAGCCAACAGCGGCGATACTAGGAG
CCCAAAGACGACCGACGTCGAGGGCGTATCTGCTAAACCCTCGCGAGGAG
GAGGAGAAGGTGCCATGCGTGGAGGTATTGAGCAGAAACCGGCTACGCCG
CTGAACAAAAAGGAAGATGACGCCATGTTGCGGGTGCGGCAAGGCATTCG
AGAGCCGGTGACGTCCATGTGGCAGACAGCGACGGAACGGGCGAAGACGG
CTCCAACGAGACTAGGCTCTCATGGTGATGGGATGGCGGACGGCACAAAC
ACCACTCGCCGCGACTCATCCCGGCTTCAGTGTCACTCTCAGGTCCGCTC
GGCAAGAGCCAAAGGCGGGATCGGACTGTCAACACCACCAGCGGGCGCGA
CAATCGTAATCGGAGGAGACGGGAATGAAAGTCTTAATGGGGATAGAGGA
AGAGGGGGCAAACGTCGAGGGCGGGCGCCTCGAGAAGACGACCCTGGGAT
TGCCACTGCTCTGTCTCCTCCGGTGTGGGGGGCTGGGGGGGGGGTCGTGG
GCGGAGAACACCGACGAGGAAAAAGGACGCCGATGCCGCTTCGAAGTTCT
CATCGTGTGGGGCCGGTCGGAAGTCTAGGCGAGAGAAGAACACATGCTTT
GAGAACGTGTAGGACGCACGCGGCGCTAGTCCCGATAGCTGGTTTTTGTG
TTCACAAACAACAAAGAGATGGTCTGTGGCAGGACTCCACCAAACGACGG
TCACGTCGAGGGAGTATTAGCCGATTGCGTTAAAACGCAATCGTTGAGAC
ATTATCTTCTTGGAAGGTTTCAACCATGACTGCGCTGCACAACACGATGA
CATCGCTCAATTAATACTGTTCTCCCAATGCGCCAAATGGTCAGGATCGA
CCCCGCTTCCCGCTGGAGAGTACCGATGGAAACCGTTCGTGAGCGATTGC
TACACCAAGCCAAACCCGTTGCCGGCATGGCGTCGTCGGCCAAATGGGAC
GCCCCAGGACAAAGTCGGAGGAGCTGCGAGCGGCGCAAGAGGGTGAGTCA
TTCCAAGCCAACGGTGAGAACGCGGTGAAACACAGCATAGCCGGAGAGAG
GGTGAAGGTGTTGTGCACCAGTAGTGGTGCACCACTCCTGGAGGGATAGC
GCAAATAATGCCTGGAAAGCGCCAAATTATCCCGTAAAGCCAGGAAGCGT
GCGGGACCCGATGCGCAGGCTCAAAGAAAAAAAGCAAAGCCAAAACACGG
TGCTGTACTTCTGGCTCTTTCCGGATGTCGCGCTTATTTGCCCTTTTCCC
CGCCCCGAAATCGCCGTCTCGCCCCGCGCTTCCTCAATACGCTTGGTGTG
ATGGCCGCCCTTGTGGTCCCCGTGATCGCTGACCGAATTTGCACAGAGTT
ACAAAAACGGCCGTGACTCCGGAAACGACGAAGGAGGAGAGGGACGACAT
GTTCAACCAGGCAGTCAAAGAGGTATTGAGCAGCGCTCACTGTAGTACCC
TCGACAATAAAGCACCTACCTTATCGGGTGGAGCGGCCGCAACTTACCCC
TGGTGTTTCCGGAGTTTAACGCACTTCTCTCTTTTTTATCACACACGAAG
GATATCATGAACTTCCCTCTTAACCAGCCAGCGCCCTATACAAAACCACG
AACTCAATAACATTTTATGAGATGTGAGGTGTCGCCGTTGAAGTTTTGTG
GTGCTTCGTCAAGATTCTCCGTGGAAGAGAAACGTTCGTCGGGTTCTCTC
CCTTCCCGTGGCGATCCACACTGTTAGACGTTGAAGCGCGGAAGTGTCAC
AGATCCATGTCGTTGACCCTTTTATTTAATATGGTATCGTACATAAGGTT
GAACCTCGGAGGAGATACGTGCAGTGGAGAAATCTTGGGAGAGTGGGTAA
TTCGGACTTAGCGTGTACAGCAGTACTCACCCCGGATAATGGCTTTGTCT
ATGTTCGACCCCGTCTTGTGATGTGTATAGAACCAAACCGTGGTCGTGGT
GGAGCCCCCCCTGAATTACAAGATGGTGTTCGACGGGCCGACTAACGCTG
GTCTGGCGAAGCCTTTGGTCAGCCCGGCCTCCATGGCCCTCTTCCCGCAC
GTCCGCGGTGCATCTGTCTGTGCCCCACTCTACGACCACTACGTGGCGGA
GGATGGTCGCTGCCACCACTTGTGAGAAGAAAATACCTGGATTGTTTAGT
GCCTGAGAAATGGATGGAAGCTCTGAACTTGCAAAAAAATGCGTTTTTGT
TTTTTTTGTCTTGCACGTGTTTGCCAAGGAAAAGTAAGAAGAACCCAACG
GGCACGGTTTTCCCGACACGGCGCAGTTCTCCCTCACGATTCTGCGTGAG
CCGAGAAAACCACACCAAACTCAAACTGAATGCAGGAACCTTTGCGGGTT
GTACGACATTTAATTAAGTCGAATGAAACATCTCCCGTCACCATGGTGAA
TCTAGCTTGATTACAGATGGTAGGCGGCTGGTGGTCATGCTCCGCGCCAG
GCTGTTGACGTGTCTAGAGGTCAAGCACGAAATCAACTGACCTTGAGCAT
AACCCTGTCGGATGACCCCCCTCCTGCACACAGATACCATACGAGTAGAG
TTGTCTGCGAGGTGCTGGATCCCGGCGGGTACCCCCCTCTCTCGGAACCT
ACAGAGTTGAGGCATGTGCTGCACAAAGCCCTTCCGGAGGCACCACCGCC
GGACTACCCGTCAGGTACGAGCATTCTGCGAGCATCGCAAGGCTCACTCT
TGTAGGTGACACCCGCGCCTTTGTTTCAGGTGACGAGGTTTGCTTTCTGC
GAGAAACATATGGACACCGTGCGTTGCACATTTCAAATCATGACTGTGAG
AAAGCATGCGCAGAGAACAGCGTGTTGGAGAGCCCGCGAGTGATTGGACC
TAGCCTCGGTCGGTGGGGTGCTGACTTCAATACCTTCGCCAACTTAGTTT
TGTGTGCAAACCAGTTCCAGCTGTGCGTTTAGCGTGAAGAGGAGGACCCG
ATACAACCAAAACCAGTTGTAAGGCAAGCTACCGGTACTCCGAGCCCCGT
CGCAAACGTCAAGCAACTCTCCGCAATGTTCGACGACGTGCGGTGAATGC
AGGGAGGCCGGACGCGAAGCCCGTCTTGTACCTGCCACCTCCGAGGCAGT
GTCCTCCCATCACCTCTCACTTCATTTCGTTGTGTGAGATCGCGTGCCGG
CAAGCTCGCTGGGGCGACGTGAGTAACAATCCGAAACCTGTACTGTATTC
GGAAAAATGACCAGAGATTGCGGGTAATTGCCCTCTTACGCGAAGACCAG
TCTTGTGCCATCGCAAACGATATTCGATGTACAGCGACAGGCGCAACAAC
TTTTACCATCCTTCTACTTTCATGCCATAACACACCATCGATCGATTCAG
CCATGTCAGTCTCTGATTCCGCCTAATATTTTCTCAGGCTTGCCCGGGGG
CCAGGTGCAAAATGTTTGGGGCGATGCCCTCTGACTTCATGGTTTTCGAC
GTCAGTGAGCAGCTTAAGGTGGAACAAGACGAAGACCAAAGGTCGACGTC
GTCCGACGTCAACACCAGCAAGTGGGATGTTAACCACAGGTGTGTGGGCA
TGGCACATGGAATTAACCACAATGGCGTTTCTCAATCATCGGGTGCGACG
AGGCCGAGCAGCGGAGTTTAGAAATCAATTTTCCGAGCGTTTCTAGGCAG
GGCGTCCATGTGATCGTTCGCGACTGGAAAGCACTCCGATAGCGTGTGAT
CTAGCCATGGCATCAGACATCTTTGAGTGTGAGAGCACGCCCGCAAGTGC
TGTTATACCCTTCGCTCGTACTTGTTTACCGCCACGCAACATCTTTCAGA
GGATGGCAGAAAACCATCAGACAACCAGGGTCAGACCCGCCTTCACAACA
CAACTTGCGTCTTGAATGTCTCTTGCACGACTACGGCCACCGACGAAAAC
AAAAGCATATTCGCTCCTCGCCGGAAAGAGGCGGAAAGTCGCAGTTTCTG
GGACACGGAGCGGGTGGTGCGAAAGGCTCTCGACGCTGACTTCGGTCGTA
TGCTCAAGGAGGATCGAATGGTCAAGCTGATGGCCAAGTCCGACAGGGCG
GTGGTCCAAGGCAAAAAAACGGTTGCCGAAAGCCTCGAAGAGGTGCGTTT
ATTGTGTAGGAAGGGTAGAGATGTATGTCTCAGGCGAGGAGCAGACAGTG
GTTGTGTGTTTAGGCTGGTGACGTTTCGCTCGTTACAAGTTGAAAATCGG
ATACCATGGTTAAACTTTGCTCATGTGCGGCTCCTGAACAGCGGGGCAAA
GCCTGACTGACAGAACGTGAGGAAAAAGCATCGCAGCTGGACGCTAGCAT
ACTGGCGTAAGTTCAGATGTTTCCATCCTTTTATTTATCCTCGTGGGTGG
TCAGAGCAGGCGGTCAAATCGTAGATGCTATCGCGATCCGAAGAGCAGCT
CCCCCTCCCTGAAAAGTACGTGGGCCTTGGGTGTTTTTGTGGAATGGGGT
GTTGTGGTAGTTGTCAGAGATGAACAAAGACTGTCGTTAAGGTCAGCTGA
AAACCACCCGGCCTCAGAGTGTCCCTTCCTCCAGGATCGTATTCACGTGC
CTCGACGTGTGTAGTCAGGGTGCCTCAACGGTGCGCACATGGTCTGTTCG
GCTCATTGAACTCGTCCCTCGGCCGCACCCCACCCCTTTGTGGCTTGGCA
GGTCAAGAAAGTGATTTCACCCTTCTACAAGACCATCCTGTCTGTGTTCA
AGTACTATTGTCTCACTTCCAGCCAAAGCATTCGCGGCGCGTTCTCCATC
CAGCCGAACCAGTTCGGGAAGATGATGCAGGACGCGGAGTTTGCTGGAAA
CTTCATCTCCGTGGAAGAGATCGGCAAGATTTTTGTGATGGTTAACTTCG
AGACGGACAAGGTGAAGAAGATACTCTTTTGTTACGAACTCGTGGGAACT
CTTGGCATAGTAACTGACGGAGGTGACGTCCCGTTCTCACGGTATGCAGT
ATGCTGCTCAGAAACCGATACGAGGTTGGTGAATTGTGTATTCATACGTA
CCGACTTTATCTTGCCAGTTCGATAAAAGACCCGGAATGTCAAATAAAAC
CGACGCGCCCACCACCAAGGTATATGTGTTGAGACATTCCGTCCTCCAAA
TGAGATGCTTCTACGCCGCGAAGGCACATTGCGATACTGGACAATAGCGA
CACGAAAAACACGGCCCGCGCTTACGCTCTCATGTATGCGCATGCTCAGG
CAACCACGCATACACGCCTCATGCGACGCGTCTCTGTCCGGGCCACCGCA
GTCTGTGCAATGTTTAGATTTTGAGCATCGTGCACAGCCCTTGCCTGGAC
AGACACACGGGTTAGCACCCGGGAGACAAAACAATAGGAGTAACCCACTG
GATGAATTGCCCTGGCCTGATAAACCGCACATTTTATTCGCCATCAGCGG
AGTGCAGAAGCGACTGTGAACGAAGACCGAGCACTGATGCGGTTTGAGCT
GCTAGAAGCGCTGCTGAGGGTTGCGATAACCATGCGCGACAACGAAGGCC
AAGAAGAAATGTCCCCGGCAGAGAAGGTCAGGGGTTGGACACTGTTGTGT
TCGAAGTAGCCACGTGCACCACGCCTGGCGTACTGGCGTTTGTGCTCATC
CCTATCTTCACAATGTGTACTCCAGGCTGATAAAATTACCACCGATAATA
TTTCGCACCGCTTTCACGTTGTGCTGGTTTCTGATGCACTGTCGTGGGAT
ACGCATGTAGAACGAAAAAAAGAAAACAGTGGGGTGTGATACGTACTGCT
GCAAAAAAGTATATCCAACAGTCGTGTAGCCCAACAATCTCCCGCATTAT
TGCCACGCTCCTTCGAGTACTCTGCACATCTACATTTTTTGTCGATTTAC
AACTCCCTACAGCAGTATATGTTGACCATCCCGAACCGAACACTTGTGGC
CTGCTAGATGCACAATGTTATCGAAGCACAGCTGCTAGTCAACCTTCTGC
CGGAAGCCATGGAGGATTCAGACACGTTCCGAAACGAATACCTGTACACC
GAGGCTTGCGACAGCGTGCTTCAGGTGCGTGGCCGTATCACAGGTCCAAA
GTTACTTCGAAGTACACGACAACGGTGTCTCATAGATTTACGCTGTTACA
CGTGGACAAGCGATGTTTCGAAGCGTGTGATTTGTGCGTTTCAGTGGCCT
ATACCCAAACAATATTTTTGTCATGCATCTCAACAAACACGCGCCAGCCA
CACTTATCGCAGTGTGTAATCTTCACGCGCACGCACGGCTCTGATTTGAG
GCCGCTGCGACGAGTTTGCCTTGGCTCTTCGTGCTCGCTTAAGACAATGG
GGCAACATGAGGAAGTGGATGTTCACTTTGTGTTCATCAAGCCTGCACCA
ACATATCTGAGGTCCATCATATGTACGGGTAGACGACGTGCCGGCTACTC
TCTTCCTGATCCTGCTGTTCTTGTCTGCAGTACCGTGCCACACGAATGGA
CACCGTACCCATGCCAACCCTTCTGCGAATGCGCACATGCACAGGACCAC
CAAAAGGCCCTGGGTATAGTGTACCAGAGGTACAGCATGCTAAACCCGGT
CGCTGGGAAGGGTTCTTTTGGTCTTGAGGAATGGAAGGTAAACTCTGATG
TTATGCCGACCGGAAATGACTCGCCGTGACGAGTAATCGGCTACCAGGCA
CTAATTTGTTCACAATATTTGATTGGACACTTGGCTACGTAACGGTCAAC
ACCCCATATGATTGGTAGACAGCAGCAACGAGTTCCGGTCGAGAGGCCAG
TAATGGAGCCGAAGATCATGCACGCTCGTATAAAGCGCCGGGGTTTGTGA
GGAAAATATATACTTCGAAGTATATATTTTTGTGGTTCCAGAATAGGGGA
TACGCTCAGCTGGCTGTGAGCAAAGAGAGTGACTTGGTGTGAAAAACAAA
TGGTCCGTTTGATCCGGCACCCTCTCCTCGTTCATGCTGTTCCGATAAAC
AAGAGACGACTTTCAGTAGTCACAGGTTGACACACATGATATCCGAAGAT
TGGAATCGTCCTGACGACGCAACGTCTGAAAAAAAGTCAAATGAGTGTTG
CACAAAAGAAAATGAGCGGTGCGCAGATCTTTGTTGCGTTAATCGCTCTC
CACATTTTCGACTAGGTCTCCCGAAATACGTTTTTTTTTCCCAGTCCGAC
GTTGCAACGTGGGTTTGATTCACAAGGGTATCATGACACACTTTCGTATT
ATGTTTGCTGGCAGACTTTCACGAATGACGCCCGACTGGTTGGCGACAGC
ATTCACATGATGAGAATGGGTTTACGAGACGTCAAACAGCCATTTTACCT
CGCGCGGATGATGGTCAGCGACGAAATCAAGAGCCGCACGAAAATGACGC
AGGTGGGTTGATTTTTTTTAACATGCGTGCGCAATTTGGCGCCTCGACCC
AGTGAAATACTGCTCTTCGACAACTGGTCCACCCCTTCCTCCCTCGCCCG
CACATTCGTGAGCGCTGCCCATCGACAGGAGGCAAGACATTTCAGGAATA
TTTCGGACAAAAAATACATGTAACGTTGCGTCAAGTGCCTAGTTGCGGCC
GGTTGTTCTAATTTATACTTTGTCTTGCTTTCGAACCTTTACCCTCGGCA
ACTCCGTGGTGCCTGGGGTTACGTTATCGGAGAGACTACTCCAAAGTCAG
TCGTGCGTGTCATCGCGCTTCTTGCCATTTCGAGGAAAGGGGGGCCAAGG
ATTTCACACGAAACAGGACCATCAAAAGCACCCGCCTCGACCACGCCGAC
CAGATTGAGGATGCTTGGTCACGGTACCTAAATAAGTGACAACTTCGTGC
TGCCGGACAAGGTACCCCATCACCAGCGGGAAAAATGTTCTCACTCGGCA
TGCCTTGTCCGCGGTTCTCGACAATGCTTTGCCTCACCGCTCGTTTTTAG
CTTACTTTTGTCGATTTCCTGGAGGCACTGGCGCGACTGGCGATTGTGAT
TCCCATACCGTCAGACGAGGACATGCGGGAAGTCCAGGTGACCGCCAGAC
ACCGTCACACGAGGATATGTAGAAATAACGAAACCATTACAGTAGGTGGG
TTCAATCGGGGGGGGGGGCGGGGGGGGGGGTATGCGGTTGTGATGGATGT
TCTAATGTCGAAGAGGCTTGTTTCTGGAAGTGTTGACTTCGTGGGTAGCA
GTCCTTTCAAGCCACAGCAACTACGGTTGGTTGTGCCTGCTGTATAGTCG
CTTTCGTCCCCGAGTTGCGTTGACACCTTCAGCGGCAAAACGTCATCTCA
AACGTCCCTCTCGCCAACAAGAACACACCAACAACCGTGTGATGAAAAAC
CGCCAAACTGCCCAAACATCTTTTCTTGTACGGCATTGCGCCTTTCAAGG
TGACTGATATTATGGACTATGAGGCCGCTCTGAGCTTTTCGATGGAGACC
TCTTCAGCCCAACACGATCTCGTGGCAGGAGCTACAGGAGGGCTGGTGGC
GCCTCGACTTGATAGATTGATAAGGCGAGAAATGATGGGTGGGGTGGTTA
GAGAATGGAGATGATACTTTCCAAAACCCAACCCGATAACTCACGCTTCT
TGGATCCAAGGTCTTGCACAGCAACAAATAGTACGCACGGCTTGACTTTC
GTTTTTTTTTTTTTTTTTCCGCGAATGGTGTTTCAACGCCTTTCCACGTA
GTAGTACGATGAGCAGAAATATTAACCATGAGGGAACTCGAGCCAAACAA
ATCAGGTCGATGCACCAGACGTCCCTCATATATAGCCCATCCTCTTTGCT
GTACGATGTTTGCGCTTCTTTCTGTGGGTGAGAAGTGTTCCTTAGATGGG
CGTATTCCACTAGATCGCTCAGTCAACGTCGAAGACGCAACAAGAGGGTC
CATCACCTCCTCAGGCCATATCGCATACAGCAGTAACTTGGTGTACTACG
ACCTGAGCCAAAGTTCAGGAGTTCCGAAAAATATTGTCGCTCTTGCCATT
GCCTTGCATTCAAAACTTTTTCACCGCACTTTCAAGCAATAAAGCTTGTT
CGAACAAGATACCTGCAACCAACCCCCCGGCACAAACTAACCTTGCGGAT
CATCACCACAACCAATGTGTGACGTCTCTTATCACAAGGTTTATTCTTGG
TACTCTGGCTATTCGCTCGAACGGCGTGCTGAAGGCCGGGAACAAGGGGA
TGAACCTGGTCGGCCTGTACTGCACGAAGGAACATCTAGCTCGGGGGATC
CTGCCTCCCTAGAAATCTTCAACATACGGTAGAGCAGTTCGCAGATGTCG
GGCCGATACATCATACAGCAGGATATGTTGTGCGTATGATATTTCGGTCG
GTACAAGTAGCGTGTGCCGTATAAGGTAGAAATTTAGTAAACGAAGTCTA
GACTTTGTAGCCGCAGAACGAAACAAGCGGGGAAAGGCGGGAAGGCAAAT
CGGCCCCTCTCTGGATCTGGTTTCAATCCGACGTAAGTTAGTTGTGATCC
TCTCAAACCCGTCTTAATGTTGTCAGTGATGATGTCATTTCGGCTTCCCA
CGTGGATGATCTTTGATCTTGTTCCCCCCCCCCCAAAAAAAAGAATTAGC
AGCCGGGTACAAAAGGACAGGCGCG

Coding sequence (CDS) from alignment at P-littoralis_Contig165:264314..289288+

>mRNA_P-littoralis_Contig165.62.195 ID=mRNA_P-littoralis_Contig165.62.195|Name=mRNA_P-littoralis_Contig165.62.195|organism=Pylaiella littoralis U1_48|type=CDS|length=6063bp|location=Sequence derived from alignment at P-littoralis_Contig165:264314..289288+ (Pylaiella littoralis U1_48)
ATGGTGCCAAACGTGGTGGACATTGCAAAAAGGCAGGCAAGACTTTGCCA
TGTGGCGTCTTTGTGTCGACTTGCAAGCAAAACCACAGAAGATCAAGACA
ACTCGGAGCTCCGTGCCGTATTAGGCCATATCGCAACCGAAAAGGAGAAG
GATGCTCGGCTCTTCAGCCCGAGAGCCCCCATGGGGTGCAGCAAACAAGC
CGCACGCACCTACGGCGAGTTTGTGTGCACCTTGGAAGGCAGCACCAGCA
AGGGAAAGAGCGAAGTGCTCATGCTCACGCAGAACAGCGATTTCGGCAAG
ATCGGCGCGTTTCTCCGAGAGGCGTTTCATCTTACCGGGGGCATACTCAT
AACACTACCAGAGGATCGCCTCTCCGACGAGATGGAGCAGCTGGTGCTTT
CGACGAAACAACTTCACAGCTTGCTCGATGATTTCATTCTGCGGCAACCA
ACTCGCCGTGTGCTAAAGGTCATGAAGTCTGTGTTTCCCATATCACGATG
TTTGGTGGGGAGCAAGCGCAACGACTCGGGCGCGGAGGAAGCAACAACTC
TCGCGCTCAACCAGCTGTTCGAGCTTGTGCAGGTTCCCACAAACGTGGAG
ACCGTGAACCGAGCGGGTCATCTGAGTGAGCTTCTTGTGGCTGTGGGGTC
CGTAATCGGGCACAGTTCGTCACATGTGCATGTTACGGTGGCATGTCAGG
TGGTGTGGAAACTGGCCGCTTCAGCCGGGATAAGACGATGTATGATGGAG
CATGGCTTGCAGAACAAGCTCTGGACGTTGGCGGAGAATATAGCGAGGAC
TGTGGAGACCCCAGAACATCGACGAGCACGGGAAAAGGCAGCAGAAGCAG
CAGCCGAAGCAGCAGCGGGCACTGATAGAAGCCTCAGGGGCGCTGACGGC
AATCGAGAATTGTCTCTGCAAGAGGTCACGACGGGAGATGAGGCACTCAT
TTCGGAGGGGGGTGACGAAGAGAGAGAGCCCATAGCACTCGAGGCTGGAA
AGCAACTGGACGAGCTAGCCTTCAAGTGCGTCGGAGCATTGTCGCTGATG
CTGCGGTCACAGGAGGTCGCGGACGCGTTAGAAGGGCCGGAACACCAAAA
TGGACTCGAGCTTCTCTTAGAGTTAGCGACGGTAGCGCTGGGCAGGAGTG
CCATTGGAGACGAACGCGTGCCATGCATGGCCGCAGAAGCTTTGGCTCAC
GTTCTCATCAGTCACGGCACCTACAGGATGGAATGGGCCGAGAATGGGAA
CTTCCTGTCTCTCTTGGATCTCATGAGGTCACCTCTCGACCGCGTTCTCC
TGTGCGGAACGAGCATTATCAATGCTTTTCTTCGGGGCGATCCTTCCCAG
ATTACTGTTACTCCAGCTGAGGCCGTGAAAGTCCTCAAAGAGGCCTCACC
AGCTTGTCAACGATGCCTCGAGCAATTGGGGTCCAGAGTCTCCCCTGTCA
AGCCTAAACAGACAACAGCCGGCGGAGGGGTGCTAGCGAGCGCAGAAATT
TGCCGGCCACTTCACACGAGCATGGACAAGAAAACCCAAGAGTGTCTTGG
CATCTTGGAGCAGGCCACGGCTGTTTGCTGGGGCTCGTTGGCAGTCATTG
ACAGATGTCCGCCAGGACCCGAAAAACACGCGATCTCGCTGACGTGCTGG
TTTCCGACCATGCTGGCCGTGGCGAAACTTGCCGGGACGAAATGGTTGTC
ATCATGGGTTATATTTTGTGCGGTCGCGTGCATAGGCGTGGGCGTTGGAA
CAGGCGCAAGCATTGACAAGGAAATCATCGCAGAGGTTAGCGGCCCATTG
CATGTCCCTTCGATTTTGAGCAGCTCCATAGGAGGCGAGAGAGACAACAC
CCCAAACGCGTTTTGTGGTGTATCCTCTGGTGATTGGTCAGTCCACATTA
TGGAAGAGCTCCCAGGAGAGATGCTAGCCCTACTCAAGAGGACAAACTCT
TTGGAGTTACAAGAGCACGCAGCGCGTACCTTGTGCACCCTGCTCTCCGC
CAGCGGAAAGTTACGCCAGAAAGCGCTCGAAGACGGCTTCCTCGACAAGT
TACAGCGTCTTCTCATGGGGCGCCTCGGAAGCGCGCAGCTAGACAGCACC
ATCGCATGCAGCATCATGTTTCTGTGTGACGTCGGGGACTGCAAGAAAAA
CGGGAACGACAGGATGGATGCAGACAGGGCCGGACTGGCTCAGGCGGGGG
ATAGAAAGGGGCCAAGAAGAAAGAAACACCCACAAGGGGCCAGAGGGACG
AAAGGGAAGAAAAAAGCCGACGGGGCCGCCTGGTCCCAGAAGCAGATGAC
CTCCCTTGTGTGGGCTGTAGGACACAGCAACCAGGATGTGCTAACCTACA
CCGCGTGGACATTGTGGTTGCTAGCTCGACGGCCAGAGAACAGGGTCTTG
CTCGGTCGGCTATGGGCCGTTGATGGACTCGTCCACGCCTTGCGATCGAA
CGCCAGATTGGATATTAAGCAAGGGCTACTCGCAGCCATCTGGCTCCTTG
CATGCGACGCAGAAAACACGGCAAGGCTTGCTTTGAACGGTGGTCTCCAA
CTTTTGGTGGGGGTTTTGAACTTCCCGTGCAGCGCGTGCTACGTGCCGCT
CAAGTCGCTGGCGGTAGGCACCTTGTGCAAGCTGTGCCGGACCGAGCCAG
ACGTGGCCACGCTTGGGATGCACCTCTGTCTCGCTCCCGCGCTGCTGGAG
GCAGTGTTCGACGGCACCAGTACCGTCTACCTCAAGGTGTTGTCCGCTGG
GTTGGTGTTCACCCTCTGTAGGAATGCTGAACACAAGAGAAACCGCACGG
ATTACGTGAAGCAGTTCACCGCAGAAGGAGGGTTGTTCATCCTGGAAGAT
ATATGTGCTTGCTTCTTGGCTTCTGGTACATCGGAGCTTCAGGCGTGTGG
ATCCTTCTTCGCGGCTTCGTTGTCCTTGGGGGCACAGTCCCGCCACCGCC
TTCAAGACAACGGCGGTCTTGAAGCGCTGTGCCGCCTCATCCGTGCGACG
AACGCCAAGGAGTCGTTGAAAGCCCGTTCTCTACACGCGCTCCTAAACCT
TTCCACTGAAGTAGGCTGTCAACCATCCATCTGCAGGTGGGCGTTCCAAG
CCCTTGTAGAACTGGCGGTCTCGGGCGCGCCGCCACAGTCCGAGTTCGCG
TCGAGCATCCTCTGCAACTGCGCCGACAACCCGTGCTGCCGAGCCATCAT
GTTTGAAGGACAGCTTGCTCGTGGGTCAAAACACGTCACCACATCTCGTG
CGGATCGGGACTTGGAAGAGTCGCTCCGCGCCTCCCTCTGGGCGGGCCGC
GTCACCAACGGGGCGAATTCCGCCTCTCGGACAGTTCAGGAGCAGTTCCT
AGCATGGCTCCAGGAGGTCAAGGGAGTAAAGCCCAACATGTTGACAGCGA
GACACGCCGATGGGAATGGCCATAATCAACAAGACGGAGCCAACAGCGGC
GATACTAGGAGCCCAAAGACGACCGACGTCGAGGGCGTATCTGCTAAACC
CTCGCGAGGAGGAGGAGAAGGTGCCATGCGTGGAGGTATTGAGCAGAAAC
CGGCTACGCCGCTGAACAAAAAGGAAGATGACGCCATGTTGCGGGTGCGG
CAAGGCATTCGAGAGCCGGTGACGTCCATGTGGCAGACAGCGACGGAACG
GGCGAAGACGGCTCCAACGAGACTAGGCTCTCATGGTGATGGGATGGCGG
ACGGCACAAACACCACTCGCCGCGACTCATCCCGGCTTCAGTGTCACTCT
CAGGTCCGCTCGGCAAGAGCCAAAGGCGGGATCGGACTGTCAACACCACC
AGCGGGCGCGACAATCGTAATCGGAGGAGACGGGAATGAAAGTCTTAATG
GGGATAGAGGAAGAGGGGGCAAACGTCGAGGGCGGGCGCCTCGAGAAGAC
GACCCTGGGATTGCCACTGCTCTGTCTCCTCCGGTGTGGGGGGCTGGGGG
GGGGGTCGTGGGCGGAGAACACCGACGAGGAAAAAGGACGCCGATGCCGC
TTCGAAGTTCTCATCGTGTGGGGCCGGTCGGAAGTCTAGGATCGACCCCG
CTTCCCGCTGGAGAGTACCGATGGAAACCGTTCGTGAGCGATTGCTACAC
CAAGCCAAACCCGTTGCCGGCATGGCGTCGTCGGCCAAATGGGACGCCCC
AGGACAAAGTCGGAGGAGCTGCGAGCGGCGCAAGAGGAGTTACAAAAACG
GCCGTGACTCCGGAAACGACGAAGGAGGAGAGGGACGACATGTTCAACCA
GGCAGTCAAAGAGAACCAAACCGTGGTCGTGGTGGAGCCCCCCCTGAATT
ACAAGATGGTGTTCGACGGGCCGACTAACGCTGGTCTGGCGAAGCCTTTG
GTCAGCCCGGCCTCCATGGCCCTCTTCCCGCACGTCCGCGGTGCATCTGT
CTGTGCCCCACTCTACGACCACTACGTGGCGGAGGATGGTCGCTGCCACC
ACTTATACCATACGAGTAGAGTTGTCTGCGAGGTGCTGGATCCCGGCGGG
TACCCCCCTCTCTCGGAACCTACAGAGTTGAGGCATGTGCTGCACAAAGC
CCTTCCGGAGGCACCACCGCCGGACTACCCGTCAGGGAGGCCGGACGCGA
AGCCCGTCTTGTACCTGCCACCTCCGAGGCAGTGTCCTCCCATCACCTCT
CACTTCATTTCGTTGTGTGAGATCGCGTGCCGGCAAGCTCGCTGGGGCGA
CGCTTGCCCGGGGGCCAGGTGCAAAATGTTTGGGGCGATGCCCTCTGACT
TCATGGTTTTCGACGTCAGTGAGCAGCTTAAGGTGGAACAAGACGAAGAC
CAAAGGTCGACGTCGTCCGACGTCAACACCAGCAAGTGGGATGTTAACCA
CAGCATATTCGCTCCTCGCCGGAAAGAGGCGGAAAGTCGCAGTTTCTGGG
ACACGGAGCGGGTGGTGCGAAAGGCTCTCGACGCTGACTTCGGTCGTATG
CTCAAGGAGGATCGAATGGTCAAGCTGATGGCCAAGTCCGACAGGGCGGT
GGTCCAAGGCAAAAAAACGGTTGCCGAAAGCCTCGAAGAGGTCAAGAAAG
TGATTTCACCCTTCTACAAGACCATCCTGTCTGTGTTCAAGTACTATTGT
CTCACTTCCAGCCAAAGCATTCGCGGCGCGTTCTCCATCCAGCCGAACCA
GTTCGGGAAGATGATGCAGGACGCGGAGTTTGCTGGAAACTTCATCTCCG
TGGAAGAGATCGGCAAGATTTTTGTGATGGTTAACTTCGAGACGGACAAG
CGGAGTGCAGAAGCGACTGTGAACGAAGACCGAGCACTGATGCGGTTTGA
GCTGCTAGAAGCGCTGCTGAGGGTTGCGATAACCATGCGCGACAACGAAG
GCCAAGAAGAAATGTCCCCGGCAGAGAAGATGCACAATGTTATCGAAGCA
CAGCTGCTAGTCAACCTTCTGCCGGAAGCCATGGAGGATTCAGACACGTT
CCGAAACGAATACCTGTACACCGAGGCTTGCGACAGCGTGCTTCAGGACC
ACCAAAAGGCCCTGGGTATAGTGTACCAGAGGTACAGCATGCTAAACCCG
GTCGCTGGGAAGGGTTCTTTTGGTCTTGAGGAATGGAAGACTTTCACGAA
TGACGCCCGACTGGTTGGCGACAGCATTCACATGATGAGAATGGGTTTAC
GAGACGTCAAACAGCCATTTTACCTCGCGCGGATGATGGTCAGCGACGAA
ATCAAGAGCCGCACGAAAATGACGCAGCTTACTTTTGTCGATTTCCTGGA
GGCACTGGCGCGACTGGCGATTGTGATTCCCATACCGTCAGACGAGGACA
TGCGGGAAGTCCAGGTGACTGATATTATGGACTATGAGGCCGCTCTGAGC
TTTTCGATGGAGACCTCTTCAGCCCAACACGATCTCGTGGCAGGAGCTAC
AGGAGGGCTGGTGGCGCCTCGACTTGATAGATTGATAAGGTTTATTCTTG
GTACTCTGGCTATTCGCTCGAACGGCGTGCTGAAGGCCGGGAACAAGGGG
ATGAACCTGGTCGGCCTGTACTGCACGAAGGAACATCTAGCTCGGGGGAT
CCTGCCTCCCTAG