mRNA_P-littoralis_Contig670.11.3 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig670.11.3
Unique Name	mRNA_P-littoralis_Contig670.11.3
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: D7FH13_ECTSI (Aminopeptidase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FH13_ECTSI)

HSP 1 Score: 1451 bits (3757), Expect = 0.000e+0
Identity = 759/955 (79.48%), Postives = 799/955 (83.66%), Query Frame = 2

Query:   71 MEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDGG----------NKVSSVKTEYDAKAQTVTLCFEEALGVGEVKLHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRRWRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADFD-------SMVFPQ------AMGLDALVASHPIEVK--------VDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLAMAD-----AATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDRATVPAALQ 2827
            ME  + SCRLPDTVVP KY+L Y DLDLDRCTF+GSVAIDCEVKS V  VELHALELWVTSA+AV+D             K+S+V+TEYD+KAQTVTLCF EAL VG VKL L FEGSINDKLAGLYRSKYTGPDGE KTMAVTQFEATDARRAFPCWDEP+IKARFELEVLAPLDRRVVSNTPVMMSNEETA LPSGRKERRRRWRFAETPVMSTYLLALV+GEFDFVSAYN SGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIW+          +  FP       AM LD+LVASHPIEVK        VDNPDQINEIFDAISYAKGASVIRMLAGHLGV EFMRGIHDYLVKHSYGNARSDDLW ALGN TGKDV  LMDTWTRKVGYPVLTLAEDGSTSQARFLAMA+      A   KG      TVW IPARVVWEGA +                       RKL +KVQELQAAGKWFK+NAGQRGFFKVNY + GW NLSRAMQ+ ++SPADRAGAVSDAFSLAAAG   T VAL LASKL++DPD+LVRQTVVSSL+DLISLYSEE FF +FQ LVRSIC PMWESITWTAA+GEPQRVATLRPLLLRTLHLSG  E+DEEAL+RFDAY NDRAGSAPPADLRY ILATAVGVRGDSAFRQ                          VIEIYR +DSGEEKRQCLSAIGKA+D ALL+EAM FILDSGEVRLQDAGL+LASLATSALGSKLVW+AF++RYVELH+RFSDTGFIWPMLVGSAVMGPRTPEHL ELE FF  APKP+GAGERKWLQNFEKLRVQVAQLARDR TVP AL+
Sbjct:    1 MEGQKTSCRLPDTVVPVKYTLRYHDLDLDRCTFAGSVAIDCEVKSEVKTVELHALELWVTSAEAVMDXXXXXXXXXXXQKKLSTVRTEYDSKAQTVTLCFVEALPVGGVKLELSFEGSINDKLAGLYRSKYTGPDGETKTMAVTQFEATDARRAFPCWDEPAIKARFELEVLAPLDRRVVSNTPVMMSNEETAELPSGRKERRRRWRFAETPVMSTYLLALVIGEFDFVSAYNASGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWSALRRAELGRLASTFPSTSHARAAMALDSLVASHPIEVKSAVMIEEQVDNPDQINEIFDAISYAKGASVIRMLAGHLGVAEFMRGIHDYLVKHSYGNARSDDLWAALGNVTGKDVGALMDTWTRKVGYPVLTLAEDGSTSQARFLAMAEDPATATAASAKGDDGGQGTVWRIPARVVWEGAGEGEELVVMLEGESGAEGG------RKLKEKVQELQAAGKWFKINAGQRGFFKVNYNEGGWTNLSRAMQTRAISPADRAGAVSDAFSLAAAGRASTGVALGLASKLRDDPDSLVRQTVVSSLLDLISLYSEETFFGKFQELVRSICLPMWESITWTAAEGEPQRVATLRPLLLRTLHLSGSVEVDEEALRRFDAYVNDRAGSAPPADLRYVILATAVGVRGDSAFRQ--------------------------VIEIYRTSDSGEEKRQCLSAIGKARDAALLSEAMGFILDSGEVRLQDAGLSLASLATSALGSKLVWTAFRERYVELHDRFSDTGFIWPMLVGSAVMGPRTPEHLTELEAFFNDAPKPVGAGERKWLQNFEKLRVQVAQLARDRNTVPQALR 923

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A7S2UHQ9_9STRA (Aminopeptidase n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2UHQ9_9STRA)

HSP 1 Score: 650 bits (1677), Expect = 2.230e-211
Identity = 391/952 (41.07%), Postives = 538/952 (56.51%), Query Frame = 2

Query:   71 MEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVAR-------VELHALELWVTSADAVIDGGN----KVSS--VKTEYDAKAQTVTLCFEEALGVG-------------EVKLHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPS--GRKERRRRWRFAETPVMSTYLLALVVGEFDFVSAYNKSG-VLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADFDSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQA-RFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQ-SMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKL--KNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLA-TSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDRATVPAAL 2824
            M +  +  RL     P+ Y L Y+ +DL R TF G+V I  E  +   +       + LHALEL + SA  V  G N     +SS  V+  Y   +QT  + FE  +                E  L + F G +N+ + GLYRS Y G DG ++TMA TQFEATDARRAFPC+DEP++KA F L+V  P     +SNTP++  +  T    S  G         F +TP+MSTYLLALV+GEFD ++  +++  + T+VYT  GKA QG+F L VA+K L+ YA+ +F VPYPL KSDLLAIPDFAAGAMENWGCVTYREA++LV E ++S   K+ IARTVCHELAHQWFGNLVTM++W  LWLNEGFAR+MEFV +D +FPEWD W +F   V+  A+ LD++ +SHPIEV+V +PD+I+EIFDAISYAKGASVIRML+ ++G   F+ G+  YL +H+YGNA ++DLW AL  A+G  VA L   WT + G+P+L L   G   +A RFLA    + +          VWP P   + EG                            L++K+ E   AGKWFK+NA Q GFF+V+YT K W  L   +  S  +S  DR G +SD+F+   AG      +L L       +  +  V Q +  +L +L SLY  E F+  FQ  +RS+       + W AA GE QR  TLR  +++ L ++G+ ++ +EA  RF  +      +  P DLR  +   A+  R D A+           +F              ++ E+Y A+   EE+R CL+ +   KD    AE +D++L SG+VRLQD    L +LA T+ +G K  W+  +D +  L ++F + G +W  LVG +  G  T E   E+E F+     P G+  R+ +Q  E +R +  +L RDRA V A L
Sbjct:    1 MTKEVQDARLDRAFTPKHYDLAYQTIDLVRHTFQGTVQIHLEPNNHAGKQHKPGKSITLHALELNLLSATLVKQGKNDDATSISSKAVEFRYVKASQTCEIVFENDIVSSSPTMESSSKEEGYEYCLTIDFMGILNNDMRGLYRSMYKGLDGTMRTMATTQFEATDARRAFPCFDEPALKATFSLQVTMPRGLECISNTPIVSQHTYTTTNNSNDGPALLVTTTTFGKTPLMSTYLLALVIGEFDVITTTSETTKIQTSVYTVPGKAHQGQFCLDVATKCLDLYAQ-LFDVPYPLTKSDLLAIPDFAAGAMENWGCVTYREAKILVKEGSTSETMKRGIARTVCHELAHQWFGNLVTMDFWTQLWLNEGFARFMEFVGIDTLFPEWDAWTEFVQSVYGLALSLDSMKSSHPIEVEVRHPDEISEIFDAISYAKGASVIRMLSTYIGFETFLEGMKIYLKRHAYGNAVTEDLWAALEEASGAPVAALARPWTSQTGFPILKLPTSGGVIEAPRFLASGPLSGIHDETEQG---VWPTPVTALVEGEEGVQGPWVVNGPAGDE--------SAALLEKINEWSLAGKWFKLNASQTGFFRVSYTPKQWEKLKGCISPSGPLSATDRLGLISDSFAAGRAGYTSIVDSLKLVQDFGSHDTAEYAVWQELSENLSNLSSLYRSESFYGSFQKYLRSVYTNQLTKLGWEAATGESQRTGTLRGTVIQMLCVAGHSDVCKEAFSRFKLFVESPEQNPIPGDLRSIVYRAAM--RQDEAY-----------VFD-------------KLKELYEASSFPEEQRNCLTVMASVKDMKRHAEMIDYVLFSGKVRLQDVAFPLNALASTTDMGGKTCWNLMRDDFDRLSQKF-EGGPVWGALVGLSCRGLCTHEDAVEVEKFYNDPAHPCGSATRRLMQGLEAVRTKADRLERDRAGVAAFL 913

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A1Z5JB50_FISSO (Aminopeptidase n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JB50_FISSO)

HSP 1 Score: 641 bits (1653), Expect = 1.920e-207
Identity = 386/936 (41.24%), Postives = 535/936 (57.16%), Query Frame = 2

Query:   86 KSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVAR---VELHALELWVTSADAVI--DGGNKVSSVKTEYDAKAQTVTLCFEEALGV-GEVKLHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRRWRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADFDSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAM--QSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDP--DNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATD-SGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSAL-GSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDRATVPAALQQ*GDDLYHPD 2857
            ++ RLP  + P  Y + Y  +DL   TF+G V I  +   +++    + LHALEL +T A  V   D      + +  Y+ + QT  + F  +L    + +L + F G +NDK+ G YRS YT  DG   TMA TQFEATDARRAFPC+DEP+IKA F+L V  P   + +SNTP+  ++       S  K   +  +F  TP+MSTYLLA V+G FD VS  ++  ++TTVYT  GKA QG+F L VASK L+YY + +F++PYPL KSDLLAIPDFAAGAMENWGCVTYREA++LV    +S +TK+AIARTVCHELAHQWFGNLVTM+WW  L+L EG AR+MEFVA++H+FPEW +W +F   V   A+ LD++ +SHP+EV V++PD+I EIFDAISYAKGAS+IRM++ ++G+  FM+G+  YL +H+YGNA + DLW A+   +   V+  M TWT +VG+P++ +AEDGS     F+        E+G        WPIP     EG  +                        +L  ++++  +AGKWFK+N  Q GFF+V Y+ +    LS+ M  Q+  +S  DR G +SD F+   AG      AL L +K       +  V Q +  ++V LIS+Y  E FF +FQ  +  +C    E + W +  GE  R+ TLR  ++  +  +G   + ++A + F AY +D  GS  P DL+ AI   A+     + F   R                          EIY     S EEKR+CL  +GK KD  L  + MD++  SG VRLQD   AL+SLATS   G   VW+ F+  YV+L  +      IW   VG +V G  T E   E+E FF++ P   G+  R+  Q  E +R ++ +  RDR  +   L    DDL+ PD
Sbjct:   62 ETARLPLLLRPHHYDIQYHTIDLVHYTFTGCVTIHGKALRSISERVLILLHALELQLTKATLVRKKDPSAAWEAEEFRYNLRQQTCEIVFTASLMAHDDYELMIDFHGVLNDKMHGFYRSSYTALDGSTVTMATTQFEATDARRAFPCFDEPAIKATFQLTVTIPAHLQCISNTPMAATSTS---YDSPSKLLFKTIQFQTTPLMSTYLLAWVIGRFDGVSTTSRH-IVTTVYTVEGKATQGQFCLQVASKCLDYYQD-LFQIPYPLTKSDLLAIPDFAAGAMENWGCVTYREAKILVDPIQTSESTKRAIARTVCHELAHQWFGNLVTMDWWTQLYLKEGVARFMEFVALEHLFPEWLVWVEFVQGVMGLALSLDSMKSSHPVEVPVNHPDEITEIFDAISYAKGASIIRMISSYIGMDVFMKGMRLYLQRHAYGNAVTADLWRAMEEVSDVPVSDFMMTWTVEVGFPLVQIAEDGSIQTCLFMG-GGPEVPEEGASSR----WPIPVTARLEGMDEIQGPWVLHGPDGDDSL--------ELSQQIKQWDSAGKWFKLNVDQTGFFRVAYSRQQSDRLSKIMDPQTSPLSTTDRLGLISDCFAAGKAGYFSIVDALTLVAKFGEHELAEYAVWQELSENMVSLISIYRSEGFFPKFQKFIARLCSRQLEILGWDSTPGENARIGTLRARVIGLMGFTGDNGVMKKACEIFSAYRSDPKGSPIPGDLQGAIFRCAIRYDEKTVFDGLR--------------------------EIYEGPGASPEEKRECLMVMGKVKDTELRLKMMDYVFWSGFVRLQDITFALSSLATSDDDGGMAVWNFFKSNYVDLSNKIGKGSNIWSACVGLSVSGLTTIETANEVEAFFEKHP--AGSASRRLEQGLEVVRTKIMRRERDREALTTFL----DDLF-PD 946

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: H3GTN8_PHYRM (Aminopeptidase n=1 Tax=Phytophthora ramorum TaxID=164328 RepID=H3GTN8_PHYRM)

HSP 1 Score: 619 bits (1595), Expect = 1.170e-199
Identity = 371/893 (41.55%), Postives = 506/893 (56.66%), Query Frame = 2

Query:   95 RLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDG-GNKVSSVKTEYDAKAQTVTLCFEEALGVG-EVKLHLKFEGSINDKLAGLYRSKYTGP-DGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRR------------WRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAA-GKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGP----RTPEHLKELETFFK 2710
            RLP  V P KY L Y  +DLDRC F  +  +   V  A   +  HALEL+V     +++G    +S  +  Y A  Q V L  +E L  G   +L L   G +NDKL G YRS+Y     GE + MAVTQFEA DARRAF CWDEP++KA FE+ V    +   +SNT V+    +T V P       R             WRFAETPVMSTYL+ ++VGEFD VS   K GVL +VYTPVG++E+G+FAL V +KAL +Y E  F +PYPL+K D+LAIPDFAAGAMENWG +TYRE RLL+ E  SS   K A ARTVCHE+AHQWFGNLVTMEWW  LWLNEGFAR+MEF AV H+FP+W++W  F   +    AMG D ++ SHPIEVKV++PD++++IFD ISYAKGASVIRML+ +LG   F RGIH+YLVK SY NA++ DLW AL  A+G+ + +L   WT + GYP++TL++DG+  Q RFLA     T  +       + W +P   V   A+D                         L  K++      G W K+NA Q GFF VNY+ +GW  L + ++  ++ P DR   ++  F+ A +G L  S ALD +     +P++L  + + S+L    +LYS + F+ +    +R +   + + ++WTAADGE   +A  R  ++  L L    E+  EA + F AY  D   SA  ADLR  ++  A   RGD++           AL                  E Y +++  EEK  CL+A+G  K   L  E + + L +  VR QD     +S+A  A G+   W   Q+ + EL+E++       P++VG  VM      ++ +H +E+ETF +
Sbjct:    7 RLPTCVSPSKYFLDYA-VDLDRCRFQVTERVQLSVHEATRIITCHALELYVFDVSVLVEGRSTPISCSEIRYLAADQAVQLQLDEELPAGCSAQLSLSCHGELNDKLHGFYRSEYQHELAGETRVMAVTQFEACDARRAFVCWDEPALKATFEISVACDAELTAISNTHVV----QTLVQPRAANAHIRTLSRPKSATLEKVWRFAETPVMSTYLVGMIVGEFDSVSTITKEGVLVSVYTPVGRSERGKFALEVGAKALSFYTEK-FGIPYPLKKMDMLAIPDFAAGAMENWGVITYRETRLLIDEQLSSFGQKMATARTVCHEIAHQWFGNLVTMEWWTGLWLNEGFARFMEFEAVHHVFPDWNVWEVFVQDITMSVAMGKDCMLTSHPIEVKVNHPDEVDQIFDVISYAKGASVIRMLSEYLGRDVFYRGIHEYLVKFSYRNAQTKDLWDALEQASGQHITSLASGWTSQTGYPMVTLSDDGALVQERFLADQTLKTATEAQADTGAS-WDVPLTFV---ASDKPKEIQRVGIWESSASKEATAA---LAAKLRAPAGTDGSWIKLNADQAGFFLVNYSPEGWKRLQQPVREKTLGPVDRMSLLNSIFAFARSGELPVSRALDFSFAYAEEPEHLCWKEISSNLRFYSTLYSADPFYPKLLAYIRQLFSSIMKRLSWTAADGESSTIAPFRRDVISMLALGEDPEVIAEAQRLFHAYFED--SSALSADLR-GVVFNAQARRGDASHL---------ALLR----------------ERYESSNFIEEKLDCLTALGLFKSLELKREVIAWGLKN--VRSQDIQYVFSSVAADAPGAAFAWKYVQEHWAELNEQYR------PLIVGRVVMSVVSRFQSADHAQEVETFLE 850

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: G4YQ91_PHYSP (Aminopeptidase n=4 Tax=Phytophthora TaxID=4783 RepID=G4YQ91_PHYSP)

HSP 1 Score: 618 bits (1594), Expect = 1.210e-199
Identity = 371/894 (41.50%), Postives = 506/894 (56.60%), Query Frame = 2

Query:   95 RLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDG-GNKVSSVKTEYDAKAQTVTLCFEEALGVG-EVKLHLKFEGSINDKLAGLYRSKYTGP-DGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRR------------WRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLA--MADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGP----RTPEHLKELETFFK 2710
            RLP  V P KY L Y  +DLDRC F     +   V+   +R+  HALEL V  A   + G    +   +  Y A+ Q V L  +E L  G +  L L   G +NDKL G YRS+Y     GE + MAVTQFEA DARRAF CWDEP+IKA+FE+ +   ++   +SNT V+    +T V P  +    R             WRFAETP+MSTYL+ ++V EFD VS   K GVL +VYTPVG++E+G+FAL V +KAL +Y E  F +PYPL+K D+LAIPDFAAGAMENWG VTYRE RLL+ E  SS   K A ARTVCHE+AHQWFGNLVTMEWW  LWLNEGFAR+MEF AV H+FPEW++W  F   +    AMG D ++ SHPIEVKV++PD++++IFD ISYAKGASVIRML+ +LG   F RGIH+YLVK SY NAR+ DLW AL  A+G+ + +L   WT + GYP++TL++DGS +Q RFLA     AA  E          W +P   +   A+D                         L  K++   +   W K+NAGQ GFF V Y+  GW  L + ++  ++   DR   ++  FS A +G L  S ALD +     +P++L  + + S+L    +LYS + F+ + Q  +R +   + + +TW AA+GE   VA  R  ++  L L    E+  E+ + F AY  D   SA  ADLR  ++  A   RGD++  +                          + E Y +++  EEK  CL+A+G  K   L  E + + L +  VR QD     +S+A  A G++  W   Q+ + EL+E++       P++VG  VM      ++  H +E+ETF +
Sbjct:    7 RLPTCVAPSKYFLDYA-VDLDRCRFEVRERVQLVVRETTSRITCHALELHVFDASVSVAGRAAPIKCSEIRYLAEDQAVELLLDEPLAAGADATLALTAHGELNDKLHGFYRSEYDHELAGETRLMAVTQFEACDARRAFVCWDEPAIKAKFEISIACDVELTAISNTHVV----QTLVRPRAKNAHVRALSRPKAATLEKLWRFAETPIMSTYLVGMIVSEFDSVSTITKEGVLVSVYTPVGRSERGKFALEVGAKALSFYTER-FGIPYPLKKMDMLAIPDFAAGAMENWGVVTYRETRLLIDEQLSSFGQKMATARTVCHEIAHQWFGNLVTMEWWTGLWLNEGFARFMEFEAVHHVFPEWNVWEVFVQDITMSVAMGKDCMLTSHPIEVKVNHPDEVDQIFDVISYAKGASVIRMLSEYLGRDVFYRGIHEYLVKFSYRNARTQDLWEALEQASGQHITSLASGWTSQTGYPMVTLSDDGSLTQERFLADQTLKAAASES-------VSWDVPITFI---ASDKPKEIQRVGIWERNSTSDA------LAAKLRAPSSG--WIKLNAGQAGFFLVKYSPDGWKRLQQPVREKTLGAVDRMSLLNSIFSFARSGELPVSSALDFSFAYAEEPEHLCWKEISSNLRFYSTLYSADAFYPKLQAYIRQLFSKIMQRLTWQAAEGESSTVAPFRRDVISMLALGDDPEVIAESQRLFQAYFED--SSALSADLR-GVVFNAQARRGDASHLRL-------------------------LRERYESSNFIEEKLDCLTALGLFKSLELKREVITWGLKT--VRSQDIQYVFSSVAADAPGAEFAWKYVQEHWAELNEQYR------PLIVGRIVMSVASRFQSDAHAQEVETFLE 840

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A8K1CM10_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1CM10_PYTOL)

HSP 1 Score: 614 bits (1583), Expect = 1.350e-197
Identity = 375/943 (39.77%), Postives = 532/943 (56.42%), Query Frame = 2

Query:   56 LCFTTMEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDGGNKVSSVKTEYDAKAQTVTLCFEEALGVG-EVKLHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERR----------RRWRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLA---MADAATVEKGXXXXXXTVWPIPARV-------------VWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARD 2800
            +C TT E      RLP  V PRKY L Y  +DL+R  F  +  ID +V  A   +  HA++L+V +    +DG   V+  +  Y  K Q+VT  F   L  G +  L L+  G +ND+L G YRS+YT  D E + MAVTQFEA DARRAF CWDEP++KA++E+ ++  ++   +SNT V+    +T V P      R          + W+FAETP+MSTYL+ +V+GEFD VS   K GVL TVYTPVG++E+G FAL V +KAL ++ E  F + YPL+K D+LAIPDFAAGAMENWG VTYRE RLL+ E  SS + K A ARTVCHELAHQWFGNLVTMEWW  LWLNEGFAR+MEF AV HIFPEW++W  F   +    AM  DA+  SHPIEV V++PD++++IFD ISYAKGASVIRML+ +LG   F +GIH+YLVK SY NA+++DLW AL NA+G+ +  + ++WT + GYPV+T A DG  SQ RFLA   M D+ T           +W +P                +W+G ++                      D  +  K+    ++ +W  +N  Q GF+ VNY+  GW+NL R ++   ++  D+   +S  F+ A +G++  S ALD  S      ++L  + + +++   ++++ +E F+   Q  VR +   + + +TWTAA  E   V   R  ++  L       + EEA + F AY +DR GS+  ADLR  ++ T    RGD++                            ++ E+Y A+D  EEK  CLSAIG  K   L  E +++ L S  VR QD     AS+A+ A G+K  W   QD +  L+ +++   +I   +V S +   ++     E+E+F   A +   + +R      E++R++ A   RD
Sbjct:   20 MCQTTTETT--FARLPTHVAPRKYYLDYA-VDLERYRFEVAQKIDVDVIKATRTITCHAVDLYVFNVSVEVDG-KTVACDEIRYIEKDQSVTFTFARELPAGAKAVLKLECHGFLNDQLKGFYRSEYT-QDNEQRVMAVTQFEACDARRAFVCWDEPAVKAKYEISIVTDVNLTAISNTHVV----QTLVRPKKNAHIRANTRTDATTEKLWKFAETPIMSTYLVGMVIGEFDSVSDITKEGVLVTVYTPVGRSERGLFALDVGTKALSFFTER-FGIEYPLKKLDMLAIPDFAAGAMENWGVVTYRETRLLIDEKLSSFSQKTATARTVCHELAHQWFGNLVTMEWWTGLWLNEGFARFMEFEAVHHIFPEWNVWEMFVQEITLGTAMVKDAMKTSHPIEVVVNHPDEVDQIFDVISYAKGASVIRMLSEYLGRDVFYKGIHEYLVKFSYLNAQTEDLWYALENASGQKITAMANSWTSQTGYPVVTFA-DGKLSQERFLADKTMKDSETA--------LAIWDVPLTYLSSKKPTEIQQIGIWQGKSEAPAGAHAPVTA-----------DATVTGKIP---SSDEWVLLNPNQSGFYLVNYSPSGWSNLQRPVRENVLTTVDQVSLLSSVFAFARSGVVPLSQALDFTSAYAQQTEHLCWKEISANIGFYLTIFQQEAFYPLLQEYVRKLFAGVMKQLTWTAAADESTSVGHFRRDVIAMLGRGNDTAVVEEAQRLFQAYLSDRKGSSLSADLR-GVVFTITAARGDASH-------------------------VKQLRELYEASDFIEEKLNCLSAIGLIKSLDLKREVIEWALKS--VRSQDIQYVFASVASDAEGAKATWKYVQDNWTALNAQYAP--YIVGRIVLSVIARFQSEAQAVEVESFL--ASRKHHSYDRLLDAALERIRIKAACFQRD 897

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A1V9YWU6_9STRA (Aminopeptidase n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9YWU6_9STRA)

HSP 1 Score: 609 bits (1571), Expect = 1.990e-196
Identity = 363/930 (39.03%), Postives = 514/930 (55.27%), Query Frame = 2

Query:   56 LCFTTMEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDGGNKVSSVKTEYDAKAQTVTLCFEEALGVGEVK-LHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMS---NEETAVLPSGRKERRRRWRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAE-DGST---SQARFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAA-GKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVG----SAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDR 2803
            +C T   + R+  RLP  V P KY+L ++ +DLDRC F G+  ID  +      +  HA+ELWV +    ++GG  ++  +  Y    + VT  F   L  G    L L F G +NDKL G YRS+YT  +GE + MAVTQFEA DARRAF CWDEP+IKA+F++ ++ P+DR  +SNT V+ +     + A +        ++W FAETP+MSTYL+ +VVGEFD+VSAY   GVL  VYTPVG++E+GRFAL+VA+K L ++    F +PYPL K D+LAIPDF AGAMENWG VTYRE RLL+ E  SS A K A ARTVCHELAHQWFGNLVTMEWW +LWLNEGFAR+MEF AVDHIFPEW++W  F   +    AM  DA++ SHPIEV+V +PD++++IFD ISYAKGASVIRMLA  +G+ +F  G+H+YLV HSYGNA ++DLW A   A+G  +  + + WT++ G+PVLT+   DG+T   SQ RFLA  D     K         W +P  +    A                             D+   L      W+K+NA Q GF+ VNY  + W  L   +QS+++   DR   +S  F LA AG++  + AL  ++   ++P+ L  + +  +L    SL+  +E     +  ++ +   +  ++ W     + +  +  R ++L  L  +    +  EA +RF A           ADLR  +          S   +  GR+      ++                 Y ++D  EE+  CL+ IGK   P L AEA+ + + S  VR QD     +S+A+  +G+ L W   Q+ +  L+ +F+      P+ VG    S++   ++ E   E+E F      P  A  R      E++R + A  ARD+
Sbjct:    1 MCVTESPKKREFARLPTNVKPIKYTLDFDVIDLDRCRFEGTEKIDVAIVEDTTTITCHAVELWVDNVSIAVEGGKAIAVDEIRYTKFDEAVTFVFPSVLPAGATATLTLSFHGILNDKLKGFYRSEYT-QNGERRVMAVTQFEACDARRAFVCWDEPAIKAKFQISMVTPVDREAISNTHVLSTLVRPVKNAHITKHAASYEKKWCFAETPIMSTYLVGMVVGEFDYVSAYTAEGVLVRVYTPVGRSERGRFALNVATKCLSFFTHK-FGIPYPLTKLDMLAIPDFNAGAMENWGVVTYREMRLLIDERESSIAQKTATARTVCHELAHQWFGNLVTMEWWTSLWLNEGFARFMEFDAVDHIFPEWNMWTSFVQDITMGLAMAKDAMLTSHPIEVEVHHPDEVDQIFDTISYAKGASVIRMLANVVGLDQFYAGVHNYLVAHSYGNAVTEDLWDAFEAASGMQITAMANMWTKQTGFPVLTVTRGDGATLQLSQTRFLAFGDDVEGSK---------WDVPVTLATPDATSETAIWAHA-------------------DETFSLDLPDAPWYKLNANQTGFYLVNYPAEDWTALQAPVQSLALGVVDRVSLLSSVFMLARAGVVGCADALAFSTAFASEPEYLCWKELSENLQAYTSLFHGDECTPALRAYIQGLYANVHATLGWDPLPTDVEMTSNFRRIVLAMLGGAKDPAVLAEASRRFHA-------GGLSADLRSVVY---------SLHARQAGREAFDYFATT-----------------YTSSDFIEEQLDCLANIGKV--PGLKAEALAWGVAS--VRAQDIQYVFSSVASDMVGAALAWDYVQENWEALNAKFT------PIQVGRILASSIARFQSEERATEVEAFLATRQHPAYA--RSVDATLERIRTRAAMYARDQ 855

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A3R7J2I1_9STRA (Aminopeptidase n=3 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A3R7J2I1_9STRA)

HSP 1 Score: 610 bits (1572), Expect = 2.800e-196
Identity = 364/901 (40.40%), Postives = 507/901 (56.27%), Query Frame = 2

Query:   71 MEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDGGN-KVSSVKTEYDAKAQTVTLCFEEALGVGE-VKLHLKFEGSINDKLAGLYRSKYTGP-DGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRR-----------WRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAG--KWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGP----RTPEHLKELETFFK 2710
            M   +   RLP  V P KY L Y  +DLDRC F  +  ++  +      +  HALEL+V     V++G    V+  + +Y A  Q V +   E L  G    LHL   G +NDKL G YRS+YT     E + MAVTQFEA DARRAF CWDEP+IK++FE+ +    +   +SNT V+    +T V P      R +           W FAETP+MSTYL+ +++GEFD VS+  K GVL +VYTPVG++E+G+FAL V +KAL +Y+E  F +PYPL+K D+LAIPDFAAGAMENWG VTYRE RLL+ E  SS   K A ARTVCHE+AHQWFGNLVTMEWW  LWLNEGFAR+MEF AVD++FPEW +W  F   +    AMG D ++ SHPIEVKV++PD++++IFD ISYAKGASVIRML+ +LG   F RGIHDYLVK  Y NA++ DLW AL  A+G+ + +L   WT + GYP+++L++DG+  Q RFLA        K        VW +P   +   A+D                         L  K++   ++G   W K+NA Q GF+ VNY+ +GW  L + ++   + P DR   ++  F+ A +G L  S ALD +     +P++L  + + S+L    +LYS + F+ + Q  +R +   + + +TW AA+GE   +A  R  ++  L LS   ++  E  + FD+Y  D   S   ADLR  ++  A   RGD++  Q                          + E Y +++  EEK  CL+A+G  K   L  E + + L +  VR QD     +S+A    G+   W   QD +VEL+E++       P++VG  VM      ++ E    +ETF +
Sbjct:    1 MATTKPFARLPTNVSPVKYFLDYA-VDLDRCRFEVNERVELSILEDTNCITCHALELYVFDVSVVVEGREVPVTCSEIQYLAADQAVKIVLTECLASGSRATLHLTCHGELNDKLHGFYRSEYTHELADETRLMAVTQFEACDARRAFVCWDEPAIKSKFEISLACDSNLTAISNTHVV----QTLVRPKENAHIRTKTRCATSTLEKVWHFAETPIMSTYLVGMIIGEFDVVSSVTKEGVLVSVYTPVGRSERGKFALDVGAKALSFYSEK-FGIPYPLKKLDMLAIPDFAAGAMENWGVVTYRETRLLIDEKLSSFGQKMATARTVCHEIAHQWFGNLVTMEWWTGLWLNEGFARFMEFEAVDYVFPEWKVWEVFVQDITMSVAMGKDCMLTSHPIEVKVNHPDEVDQIFDVISYAKGASVIRMLSEYLGRDVFYRGIHDYLVKFRYRNAQTQDLWEALEQASGQQITSLASGWTTQTGYPIVSLSDDGTLKQERFLADQTL----KASVSDAGIVWDVPLTFL---ASDKPKEIQRVGIWQGKSSKEDTTA---LAAKLRAPTSSGAPSWIKLNADQSGFYLVNYSPEGWKRLQQPVREKELGPVDRMSLLNSIFAFARSGELPVSRALDFSFAYAEEPEHLCWKEISSNLRFYSTLYSTDAFYPKLQAYIRKLFSTIMKRLTWQAANGESSTMAPFRRDVISMLVLSEDPDVVAETKRLFDSYFED--SSTLSADLR-GVIFNAQARRGDASHLQL-------------------------LRERYESSNFIEEKLDCLTALGLFKSVELKREVISWGLRN--VRSQDIQYIFSSVAADTPGALFAWQYVQDHWVELNEQYR------PLIVGRIVMSVISRFQSEEQAMAVETFME 849

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BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A5D6XK44_9STRA (Aminopeptidase n=1 Tax=Pythium brassicum TaxID=1485010 RepID=A0A5D6XK44_9STRA)

HSP 1 Score: 608 bits (1568), Expect = 1.520e-195
Identity = 373/927 (40.24%), Postives = 514/927 (55.45%), Query Frame = 2

Query:   95 RLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDG--GNKVSSVKTEYDAKAQTVTLCFEEALGVG-EVKLHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRR----------WRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLA---MADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXX---DRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGP----RTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDR 2803
            RLP TV PRKY L Y  +DL    F  +  I  +V+ A ARV  HA+EL+V+SA A I G  G ++ + +  Y    Q+V   F EAL  G  V LHL+ +G +NDKL G YRS+Y   DGE + MAVTQFEA DARRAF CWDEP++KA FE+ ++       +SNT V+    +T V P      R R          WRFAETPVM TYL+ +VVGEFD VS     GVL +VYTPVG++E+GRFAL V  +AL ++ E  F + YPL+K D+LAIPDFAAGAMENWG VTYRE RLL+    SS A K A ARTVCHELAHQWFGNLVTM+WW  LWLNEGFAR+MEF AV  IFPEW++W  F   +    AMG DA+  SHPIEV V++PD++++IFD ISYAKGAS+IRML+ +LG   F RGIH YLV+ SY NA+++DLW AL  A+G+ +  + ++WT + G+P++T  +D + +Q RF A     D + V          VW IP   +   A                           D     K+     AG W KVN  Q GF+ VNY+ +GW  L + +Q       DR   ++  F+ A +G+L  + ALD ++    +P+ L  + + ++L    +L+  E F+   Q  +R++   + + +TW AA GE       R  ++  L       +  EA +RF AY  DRAG+A  ADLR  + +     RGD++  +                         ++   Y A+D  EEK  CL+AIG  K  A+  E +++   S  VR QD     +S+A    G+   W+  Q+ +  L+ ++S      P++VG  V+      ++     E+E F   A +   + ER    + E++R++ A   RDR
Sbjct:   10 RLPTTVAPRKYFLDYT-VDLANYRFHVAQRIALDVREATARVTCHAVELYVSSAVAEIGGHTGKRLEADEIRYLRHDQSVEFVFPEALPAGASVVLHLECDGVLNDKLRGFYRSEYE-QDGEKRVMAVTQFEACDARRAFVCWDEPAVKACFEISLVTDAHLTAISNTHVV----QTTVRPKANAHLRSRTRSDAAVEKLWRFAETPVMPTYLVGMVVGEFDAVSDVTPEGVLVSVYTPVGRSERGRFALDVGVQALSFFTER-FGIAYPLKKLDMLAIPDFAAGAMENWGVVTYRETRLLIDATLSSFAQKVATARTVCHELAHQWFGNLVTMDWWTGLWLNEGFARFMEFEAVHRIFPEWNVWDAFVQEITMSTAMGKDAMTTSHPIEVVVNHPDEVDQIFDVISYAKGASIIRMLSEYLGRDVFYRGIHAYLVEFSYRNAQTEDLWRALERASGQQITEMANSWTSQTGFPIVTFGDDNTLTQERFFADKSFKDGSGVA--------AVWDIPLTYLSSAAPSAIQQAGIWQAKSAASAAPVQTPVAADAATAAKLVRPTGAGAWIKVNPNQAGFYLVNYSARGWDALRQPVQDRVFGTVDRMSLLNSVFAFARSGVLPVAQALDFSNAYAAEPEPLCWKEISANLGFYSALFKGEAFYPLLQQYIRALFGGVMQRLTWEAAPGESADTGRFRRDVIAMLSRGDDAAVVAEAQRRFQAYFADRAGAALAADLRGVVFSIQA-ARGDASHMK-------------------------QLRACYEASDFIEEKLDCLAAIGLGKAVAVKREVLEWARQS--VRTQDIQYVFSSVAADMDGALFAWAYVQEHWAALNAQYS------PLVVGRIVLAVIARFQSEAQATEVEAFL--ATRKHSSYERLLDASLERIRIKSASYTRDR 885

[Close]

BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Match: A0A6G0WLY1_9STRA (Aminopeptidase n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0WLY1_9STRA)

HSP 1 Score: 605 bits (1559), Expect = 1.030e-194
Identity = 369/928 (39.76%), Postives = 512/928 (55.17%), Query Frame = 2

Query:   77 EGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARVELHALELWVTSADAVIDGGNKVSSVKTEYDAKAQTVTLCFEEALGVGEVK-LHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDEPSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRRWRFAETPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASKALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEATSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAVDHIFPEWDIWADF-DSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAISYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNATGKDVATLMDTWTRKVGYPVLTLAE--DGSTS--QARFLAMADAATVEKGXXXXXXTVWPIPARVVWEGAADXXXXXXXXXXXXXXXXXXXXXXDRKLMDKVQELQAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDAFSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFFEEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEIDEEALKRFDAYANDRAGSAPP----ADLR---YAILATAVGV-RGDSAFRQSRGRQPLGALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAEAMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSDTGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKLRVQVAQLARDRATVPA 2818
            + ++  RLP  V P KY++ Y+ +DLDR  F G+  ID  +  A + +  HA+ELWV S       G  ++  +  +  K ++VT  F E L  G    L L+F G +NDKL G YRS+YT  DGE +TMAVTQFEA DARRA  CWDEP+IKA+F++ ++   DR  +SNTPV+ +   T+   S    + + W+FAETP+MSTYLLA+VVGEFDFVS Y K GVL  VYTPVG +E+GRFAL V ++ L ++    F +PYPL K D+LAIPDFAAGAMENWG VTYREARLL+ +  SS + K A ARTVCHELAHQWFGNLVTMEWW  LWLNEGFAR+MEF AV  IFPEW++W  F   +    AM  DA+V+SHPIEV V +PD++++IFD ISYAKGASVIRMLA  +G+ +F  G+H+YL + +YGNA++ DLW AL  A+G  +  +  TWT + G+PV+T+++  DGS S  Q RFL+     T  K         W IP   +                                 D+     A   W K+NA    F+ VNY  + W  L   + S++++  DR   +  AF LA AGLL  + ALD +    N+P+ LV + +  SL   + L+++E +F +FQ  ++ + + +   +TW     + +  +  R  ++  L  +       EA  RF      RA  A P    ADLR   Y+I A        D A+ QS                            IY  +D  EEK   LSA+G+     +   A+D+ +    VR QD      S+  S   S + W   QD +  L  ++S  G +   +V ++++G ++ +    ++ F +  PK   A  R      EK+R + A  +RD AT+ A
Sbjct:    4 QKQEFARLPTAVKPVKYTVDYDVIDLDRFRFEGNERIDIAIVEATSTITCHAVELWVHSVSLTTQDGKTIACAEIRHVDKDESVTFVFPETLAAGTTAVLSLRFHGILNDKLKGFYRSQYT-QDGESRTMAVTQFEACDARRALVCWDEPAIKAKFQISMVTRPDREAISNTPVVSTCVRTS--KSNPNIQEKHWQFAETPIMSTYLLAMVVGEFDFVSDYTKEGVLVRVYTPVGHSERGRFALRVGTECLSFFTAK-FGIPYPLAKLDMLAIPDFAAGAMENWGVVTYREARLLIDDKASSLSQKTATARTVCHELAHQWFGNLVTMEWWTELWLNEGFARFMEFEAVHDIFPEWNVWGTFVQDITLGTAMEKDAMVSSHPIEVVVHHPDEVDQIFDVISYAKGASVIRMLANFIGIDKFYIGMHNYLTQFAYGNAKTVDLWQALEAASGAKITAMAHTWTTQTGFPVVTVSKNADGSLSLTQQRFLSNGPEDTTSK---------WDIPLTFLTSSGRHNAGIWTA--------------------DQASFKIAGDSWVKLNADHTAFYLVNYPSELWQALKAPVASLTLNKLDRVSLLHSAFVLARAGLLPVTEALDFSQAYANEPEYLVWKELSQSLSVYLRLFNKETWFPKFQEYLQRLYKSVMTDLTWEKKSTDVEITSNFRRDVISMLGAAKEPSTIAEATARF------RAAVAQPSSLSADLRSIVYSINARNTATPEDDFAYLQS----------------------------IYLKSDFIEEKLNVLSALGRFVPENIKIRALDWAVQ--HVRSQDIQYVFGSVGNS--DSNVSWKYVQDNWAALSAKYS--GVVLGRIVCASIVGFQSEQDAANVDAFLRDKPKAAYA--RPLESTMEKIRTRAAMYSRDVATLAA 856

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot

BLAST of mRNA_P-littoralis_Contig670.11.3 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FH13_ECTSI	0.000e+0	79.48	Aminopeptidase n=2 Tax=Ectocarpus TaxID=2879 RepID...	[more]
A0A7S2UHQ9_9STRA	2.230e-211	41.07	Aminopeptidase n=1 Tax=Attheya septentrionalis Tax...	[more]
A0A1Z5JB50_FISSO	1.920e-207	41.24	Aminopeptidase n=2 Tax=Fistulifera solaris TaxID=1...	[more]
H3GTN8_PHYRM	1.170e-199	41.55	Aminopeptidase n=1 Tax=Phytophthora ramorum TaxID=...	[more]
G4YQ91_PHYSP	1.210e-199	41.50	Aminopeptidase n=4 Tax=Phytophthora TaxID=4783 Rep...	[more]
A0A8K1CM10_PYTOL	1.350e-197	39.77	Uncharacterized protein n=1 Tax=Pythium oligandrum...	[more]
A0A1V9YWU6_9STRA	1.990e-196	39.03	Aminopeptidase n=1 Tax=Achlya hypogyna TaxID=12027...	[more]
A0A3R7J2I1_9STRA	2.800e-196	40.40	Aminopeptidase n=3 Tax=Phytophthora kernoviae TaxI...	[more]
A0A5D6XK44_9STRA	1.520e-195	40.24	Aminopeptidase n=1 Tax=Pythium brassicum TaxID=148...	[more]
A0A6G0WLY1_9STRA	1.030e-194	39.76	Aminopeptidase n=1 Tax=Aphanomyces euteiches TaxID...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig670	contig	P-littoralis_Contig670:66776..92371 -

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.D7FH13
Preferred name	NPEPPS
PFAMs	ERAP1_C,Peptidase_M1
Model size	4242
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K08776,ko:K17756
Hectar predicted targeting category	other localisation
GOs	GO:0001666,GO:0003674,GO:0003824,GO:0004177,GO:0005488,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005829,GO:0005886,GO:0006508,GO:0006518,GO:0006807,GO:0006810,GO:0006950,GO:0008144,GO:0008150,GO:0008152,GO:0008233,GO:0008235,GO:0008237,GO:0008238,GO:0008270,GO:0009056,GO:0009628,GO:0009914,GO:0009926,GO:0009987,GO:0010013,GO:0010817,GO:0016020,GO:0016787,GO:0019538,GO:0031090,GO:0031406,GO:0033218,GO:0033293,GO:0033554,GO:0034641,GO:0036094,GO:0036293,GO:0036294,GO:0042221,GO:0042277,GO:0043167,GO:0043168,GO:0043169,GO:0043170,GO:0043171,GO:0043177,GO:0043226,GO:0043227,GO:0043603,GO:0044237,GO:0044238,GO:0044248,GO:0044422,GO:0044424,GO:0044444,GO:0044464,GO:0046872,GO:0046914,GO:0050896,GO:0051179,GO:0051234,GO:0051716,GO:0060918,GO:0065007,GO:0065008,GO:0070006,GO:0070011,GO:0070482,GO:0070887,GO:0071453,GO:0071456,GO:0071704,GO:0071944,GO:0097159,GO:0140096,GO:1901564,GO:1901565,GO:1901575
Exons	25
Evalue	0.0
EggNOG OGs	COG0308@1\|root,KOG1046@2759\|Eukaryota
EC	1.1.3.20
Description	metalloaminopeptidase activity
Cds size	2763
COG category	E
BRITE	ko00000,ko01000,ko01002

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680791398.8198736-UTR-P-littoralis_Contig670:66775..66934	1680791398.8198736-UTR-P-littoralis_Contig670:66775..66934	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig670 66776..66934 -
1680791398.8372765-UTR-P-littoralis_Contig670:67612..67707	1680791398.8372765-UTR-P-littoralis_Contig670:67612..67707	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig670 67613..67707 -
1680791398.8489578-UTR-P-littoralis_Contig670:67998..69153	1680791398.8489578-UTR-P-littoralis_Contig670:67998..69153	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig670 67999..69153 -
1680791399.1410267-UTR-P-littoralis_Contig670:92301..92371	1680791399.1410267-UTR-P-littoralis_Contig670:92301..92371	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig670 92302..92371 -

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig670.11.3	prot_P-littoralis_Contig670.11.3	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig670 69154..92301 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig670:66776..92371-
coding sequence from alignment at P-littoralis_Contig670:66776..92371-

protein sequence of mRNA_P-littoralis_Contig670.11.3

>prot_P-littoralis_Contig670.11.3 ID=prot_P-littoralis_Contig670.11.3|Name=mRNA_P-littoralis_Contig670.11.3|organism=Pylaiella littoralis U1_48|type=polypeptide|length=921bp
MEEGRKSCRLPDTVVPRKYSLIYEDLDLDRCTFSGSVAIDCEVKSAVARV
ELHALELWVTSADAVIDGGNKVSSVKTEYDAKAQTVTLCFEEALGVGEVK
LHLKFEGSINDKLAGLYRSKYTGPDGEVKTMAVTQFEATDARRAFPCWDE
PSIKARFELEVLAPLDRRVVSNTPVMMSNEETAVLPSGRKERRRRWRFAE
TPVMSTYLLALVVGEFDFVSAYNKSGVLTTVYTPVGKAEQGRFALHVASK
ALEYYAETVFKVPYPLQKSDLLAIPDFAAGAMENWGCVTYREARLLVHEA
TSSTATKKAIARTVCHELAHQWFGNLVTMEWWDALWLNEGFARYMEFVAV
DHIFPEWDIWADFDSMVFPQAMGLDALVASHPIEVKVDNPDQINEIFDAI
SYAKGASVIRMLAGHLGVTEFMRGIHDYLVKHSYGNARSDDLWTALGNAT
GKDVATLMDTWTRKVGYPVLTLAEDGSTSQARFLAMADAATVEKGGGGGG
GTVWPIPARVVWEGAADEEELVVMLEGGGGGGGGGGREDDRKLMDKVQEL
QAAGKWFKVNAGQRGFFKVNYTDKGWANLSRAMQSMSVSPADRAGAVSDA
FSLAAAGLLETSVALDLASKLKNDPDNLVRQTVVSSLVDLISLYSEEEFF
EEFQLLVRSICQPMWESITWTAADGEPQRVATLRPLLLRTLHLSGYKEID
EEALKRFDAYANDRAGSAPPADLRYAILATAVGVRGDSAFRQSRGRQPLG
ALFSSEESDPPAGRETTRVIEIYRATDSGEEKRQCLSAIGKAKDPALLAE
AMDFILDSGEVRLQDAGLALASLATSALGSKLVWSAFQDRYVELHERFSD
TGFIWPMLVGSAVMGPRTPEHLKELETFFKQAPKPIGAGERKWLQNFEKL
RVQVAQLARDRATVPAALQQ*

mRNA from alignment at P-littoralis_Contig670:66776..92371-

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig670.11.3 ID=mRNA_P-littoralis_Contig670.11.3|Name=mRNA_P-littoralis_Contig670.11.3|organism=Pylaiella littoralis U1_48|type=mRNA|length=25596bp|location=Sequence derived from alignment at P-littoralis_Contig670:66776..92371- (Pylaiella littoralis U1_48)
GAAGTACAGCAGTAGCAAAGCACGCACGAGGCTGCCAGGTGTCGCTATCT
GCCGGTTGTGCTTTACGACGATGGAAGAGGGGAGGAAATCGTGCCGTCTG
CCAGATACCGTAGTTCCCCGCAAGTACAGCTTGATATATGAGGACTTGGA
TCTGGATCGGTGCACGTTCAGCGGCAGCGTTGCCATAGACTGCGAGGTGG
GTTAGAAAAAGTCGAAAGCTTGTATTGCTATCTCCATTCGACCTGCTACC
TTTTCGCCTTAAAACGATCCCCACACGGTGGTGTCTTTGTGTGTGTTCAA
CACTTGCACGTTGTCGAGGGTTAGGTATGAAAGCAGCAGTAGTCATGTGT
GCTCGGATATGTCAACCTGGCATGGATTCCCTTCGCCTCTCGTTGGTGAA
ATGCACCTTAGTTGCTGCGCAGCAGGTTCAGTTGTTGCGCTTCGGCCAGC
CGAAAAAGCGACCTTCTTGCCGTTGCACCGTCCGTCGGTACATGATACGT
AATGATACAAGGATGTGAAGCATCATAATACGAAATCCAAGCTACTGCTG
CATGTTGTACATAACCTACACCTATGCAGTGCTGAATAACTAATAACAAG
GGCAAGCGCGGCAACCTGTCTGCTGCTGCTGGGCGTGCTGGGCGGGTGCG
CATAAACACTCGAGAGGAGGGGGGCATGTGCTGATTGAACCGCAAAGAGT
GCGGCGTATTTTCGTTTTCATTCTGTTCTGGTCTGATCCGTAGTCTTTCA
TTTGCTGAGACTTGATTCCTCTGGCTCAGTTTAGGAGGCGTAAATTTGCG
CAAATTTGCGCAAATTTGCGAGTCTGTTCGAAGTCATTTAGCAACTCCCA
AAAGTGCAACTCCCACAAGTCAACATCCAAATTTTCAGGGGTCCTCTCGG
TAAAATTACCCCAGAACATTTCTGCCGTATTTATTGCGGTACAATACTGC
TGTATTCGATTTTATTTTCCAACTCCCAATAGTGCCAACTTCCAAAAGTT
GACATCCAAATTTCGGAGTTTCGCCAAACACTTTACGCTACGACACGGCG
GTACGGGGTTTGTCGCATGAGATGCCACACGGCACCCCCTGGACCAATTT
TCAAAGCCCGCTTACCACAGCAGAAGGACTGCTGTCGGCGCCAAAAAAGG
GCGGTCAGCTCTGGAATCATCTCGTCGTCGCGAAAAAAATCTGGAAACGC
CTCGTTTCATGTTGCTGACATCCTCTTCGCTCGTGGAGTACCGTGCGTGC
GTAATCAAGCTGTGAATGAAATCGATCCAGGGGGCTACGCGTGGTTTCCA
ATACCTGCTCGTGCGGTTCCTCTATACTTTGGAGTTCCAGGCATCATATG
ATGTGTATATGTGTATGCACCCTTAGCCCGAGATGCATCAGGAACCTTAG
GAACTCCCTGCGAAGTCGTCGTTCAGAAAATCAAAAAGTTGGCACAGCAC
ACGAGCAAGATACAGCTGTGTAGCTCTCCTCTCTCTACAAGCGAGCTCAA
CTCACACCTCACACGGCCCGCTTTCTCGACGAGACGATCCGGGAACACCA
CCACCTGTCGACCACGAGCGCTTACAGCATCTCGCCTCTGCGGGTCAATC
TTGTTAAAGCAACGCGCGGAAAAAAATCCGCGTTTGAACATAAGCATCTG
GGGACTTATGCTTTGCTCGTGCTTCAGCGATTAGCACAGCAGCTCAAACA
CTGCCAAGTCTCAATCTGTCTGATGGGTCCTACTGCTGTGTGTGTCATCC
GATAGCGCTCCTCCTGTGCTATGCAGCAGTGGTGCTGCCGAAGAAGGGAA
GAGAGTTGACTGCCTTTGCAGCAGTGCGATGGGTGGGGCCTTTCTTTGCC
GCCCGCCCGCCAGTCGATGACGATTTTGTCGGTCCTCTCACACTCTCACA
CGATGACAAATTGCAGGGAAAACCAGCCTGTTTGTGACTGCTGCCTCGAT
TACCCTCTACACCCGGCTGCGTCAAGCTGTTCCTTCATACGAAGTGTATT
ACATCATAGCTCCGCGGAGGAACAGTACACCGATGCAACTCCGCAGCATA
CAGACCCTATTCGCATGACCGACCGGTATTTCATGTATGTTGCACAATGT
TTTCTGCTGTGTCGAAACTATTTTTTTCTTCATATTGTCAACAACGAAAA
TACCGAAAAAGATCAAGAACAGGAAAATATGACGTTCTTTCCCATATGAA
TGTGTGTGTGTTGTCATCCCTTTCATTGGACGCCACTCTACACCTTTCGG
GTAGGTAGACGCTCCAACCGGGGTCACATAGGGGGAATCCAACACAGTGT
TTTTTTTTTTTTTTCTCCACTTCCCCCTGCGGTGCTTGTCTTTTTGGTTG
AGCTTTTATCGCGAACAAGGGGACAGCAATCCCTCTCCCTCGTCGATGGT
ACGATCGAATTTTGTTTACTCACGAACTGATCGCTTTCCACTTTCACGCG
CAACGTGAGAAAAAAACCCACATCGTGTTACTGCACTGGGATTCGAACTC
ACGCGTGCCTGTCAGAAGGTTGCGTAGACAACCAACTGAACCACCGGGGC
GAATGTAAGGCGTCAATTGTTTACGGGAGCACACCTAACCCCTCGCGAAC
CGCCGCTGCTGATCCTTTGCCACCGCCACGGCTTTCGGGCGTCGAGGCTC
GAAGGGATTTTTATACGAGGCCGATCTGATGCGCGAAGACGAGCATGGCT
GATCCCTCGTTTTGGCGTATTCAGATTGGTTCACATACCTGGTACACCGC
CTGGTACGTACATATCAGTGCGTGTACATACCCGTTCACTACCCGCGCGG
CGGCGGGAGGGCGGGTGGGTGGGCGGCCGCTGCCATCGCCATTCATGTTT
ATAACTCTTCTGCTTTGCTCTTCCTCTGCGATGCCCCTGCTCGTCCACCT
TTACTTGCTTTTTGTTCGTTTTTTTCGCGGCCGTGCCGAAAAAAAAACAC
ACATATGATATATGTCATGTATGTTGATTGATTCTTCGACTTGATTTCGC
AGGTGAAGTCGGCAGTGGCACGGGTGGAGCTTCATGCCCTCGAGCTCTGG
GTGACCTCGGCGGACGCTGTCATCGACGGTGGGAACAAGGTATGTAGATA
GACGGGGGTGTTGCCACGCATATCCCAAAAGCCGCCCCCCGAACATTTCA
CCCCCATCATTATACAGTGTCAGAAAATCGTTACATAGCAGTAGGCTTGC
GCGCGTCGCGAGATTTTTTTATTCCGTTTCTCGGTACAGCTACCTGAGAC
CCAGGTACGCACATGTTTAGTAAATCGACAAGACGAAGCACGAACACGCA
AAAATATTGGTCTGCCGTTAAGAGCCCCGCTGCCGATTTATTTTTTTTGT
GCGTTTTCGCTCAGCTACAGGCTGGTTCACGCAAGAAACACCAAATTTAG
TCAACATCGTTTTCTCACGCGGTTTTTTCGAGTTAGGCCCTGAAACTTTG
TACGCATGTTCGTTATGTCCGAAACTTTCTACTGTCGGGGTGCAACGACT
TCTTTTTTTCAATAATTATATTAGTATACAGGTATTTATTGTATGCATTT
GTCGACTTGGGACCCCAAAAATTCGGTTAAAAAAAAAAAATCGCTGCACC
CCGACAGAAGAAAGTTTCGGACATAACGAACATGCGTGCAAAGTTTCAGG
GTCTAACTCGAAAAAACCGCGTGAGAAAACGCACTTTAGTGCGGTCAAGT
ACTGAAAAATACCTACTAGTACTCACTAGGATAAAGACCAGAATCGGCCG
TTTTAAAGAATATTTACGCTAATATTGGCAAAACTACGTCATTTTGTAGA
GTTTCGAAAAAAATATTTTTTGAACACCGTCCTGATAACCCAAAGAGACC
ATACATAATATATATATCTCGAATTTTATTTATGTAGCATTTAGAGTGGA
AAGCCTGATATGTTAAAATTTGGGGGGGTGTTATACAACGTCATTCTATG
GATATGGCACATTTCGTCCACTAGCTCCACTGAAAGACCTTTTACAAAAA
TCTGAGCACGTCACGGTCTTCCTCTACTGATAGCGGTCAGTTTGGTACCA
TACCACATTTGTAGTTATCGGTGGTTTATTGCATTCGGGACGGTGCGTTG
ACTAAATTTGGTGTTTCTTGCGTGAACCAGCCTGTATAGAGAAGCAGCAG
AAGCAGCAGCAGCAGCAGCAGTGTAGGGTCAGGATTACGGGTGGTTGATA
CTGCCGTATCATACCTGTGGAGCATGCATGTTATATCGCCGAATGGGCAC
ATCGAGAGGAAATATTTGTCAGTCGCGACGACAACGATGCAGCTATGATA
CTGCTCGATACGCGCACCCCGCCTTGACGGCAGTATATGGGAGTGGCACG
CGTGGTGAATAAGTGTGGGCTACTGTAAACATATTTTCATACATACCCTG
CCTAGTACATGCACCCGGGGCATACATATTTGTTTCACCACCACATACTT
CGTATGGCATACCAGGTACGTGCATGTATGCCAAGGGCCAGGTACGAACA
TACGAAGTACTTTCGTATGTATATTTTGGGGGGTTCACACATTTCGGAAG
GAGAGTTGACACATGACGCACACGAAACATTACGCAACATACGCTATGAT
TTGCATGGAATGCACGAAACGAAGGTGTCCTCGGTGAAGACGGAGTACGA
TGCCAAGGCCCAGACGGTGACGCTCTGCTTTGAGGAGGCGCTTGGCGTGG
GGGAAGTCAAGCTCCATCTCAAGTTCGAGGGGAGTATCAACGACAAGCTG
GCCGGACTCTATCGGTCCAAGTACACCGTGAGTTCGTCTGATGGTTACTC
TTGTTGCTGCCTCTGGTTCAGCTTATGTTGCTGCTGCTTCTTCTTCTACT
GCTGTTGGTGGTGGTGGTGGTGGTGGTGGTGCTTATTTTTGCTGGTGTTG
TGCTCTGTACAAAAGGAAGGACCTGACTCCTCTAATCAGACACGGGAACC
TCGCTTGCTCTACGTAGCTTTAGGAATCCAACCTGTCGCCCACTCTAGGT
ACCTACCGCGTCAATTGATTTCTCGTACGTAAGTTTATCTTTTCTTTTCA
GGTGCTTGAAGTATCACTCATGGTCGCACGTAACAATACAGTACGGCCGT
GTTGCTTGCTACTCTGGCAGGGTCCCGACGGCGAAGTCAAGACCATGGCG
GTCACGCAGTTCGAGGCCACCGATGCTAGGAGAGCCTTTCCCTGCTGGGA
CGAGCCCTCCATCAAGGCCAGGTATGGGCGGGCACTTCCGGTATCTGTCT
CCCAACAGTAGGAAGAAAGGAAAAGTAAAAAAGCACACACATACCAACAC
ACGGTGGTGGTAGCACTCGGTGAGCATCAGCCAAAAGTTGCCTCAGGATA
CAACAGCGATGTTTGATTTATACAGCAGGAGGTAGCTGTTTGCCATTGAG
AAACAATAATGAGGGAGCTGACTGCGATGTTTATTTGTTCGAACAAATGG
CAACGAGCGAACAGTCGGCCAGCCGAAGAATCGGTGGAGGAGTGCACCGC
ACAGGCAAAGCAGTACACCATGTCACCGCCCCCTATTTATTTTCACACAC
AAGCCCTCTATGTGGTGGGTGATTGCAGCAGCGAGGAAGAATTTTCGACC
AATCAGGGTCCGACCGACGAAAACGAGTGAATCAATCGGAAGGAAAAATC
TGTCAACCCGGCGGCCCGATTTCCACCAAGCTCGACAAGTGCGGGTCGGT
GTGGTGTGTGTACTCTGCAACGATGAGGCTGCCCACATGCATAGTCGACG
TCCCTCTCCTCGTTCAGTCGGCGTATCTCTTTGACATCCCCCTGATACTC
TGTGCCGCCGCTCGTCCGTGAACCACCGCGCATCCCCGCCTCGATCCTGT
CGTACAATTCCGCCGCTTTCTCGGCACCCGCTTCCCATCCCCATCTTGAA
AAATGTAGAAAAACATCAAGGAAAGAACACACGCCCTGAGACGGCGCTCA
GCAAGCTATCTTGAGCTCTTCACCCTATGTTTCTGGTTGGCGGCGATGCC
GAACGCCGTGGTAGAATACCGGTCGGGGCTTAAAGTTTCGAGCGATACCT
ATGATGGCTGTTTCAGAAGAAGGGAAACTCTCCACGAGACGAGACGAGAG
GAGACAAGGCCTTGTCATTTTTTCGAACAACGCAAGTTTATCCCAAAAAA
ATCCAAATCCAGAATTACAACAAGAATTTTGCCCAATCAAACGGAGACCT
GAGCTAACCAGACCTGTTGTCGTCGTGGTCCCACAGCAGAGTCCAATACG
ATATTGTTGTCTAATACTTCGAAGTACAGAGTATCATTAAATGATAATAT
GAACATCATGTACTACCAATCAACACAACAAGTAACGCCAAGGACGATGC
TAACAGCACACATATGTGCTGTTAGTTCTCAACACTTGATGTAACGTGCG
TCACACAAGACTACTACCAAATCGTCTTGTTGAGCCCAATGCCCTCAGGG
GAGCTGCGACGGCATATCATCTGATATGCCATAGAAACACAGGTAGATGT
ATCCTATTATTTTGTGTTCCTTGTTAATCTACTCCAGATCCTCCTCTGAA
GAGAGACGGACACACTGACGTGTTTGTGAGAAAAATAAAAATAAAACGCC
AAACCCTTTTGGATGCTAGCGCTCTTCTTGCATGTAACGGATTGGGCATA
CAAATAACTATTTACACAGAAAAATCCCCAAACAATTTCCCTCGTACGAT
TTTCGGAAACGGAAAAATCTACTCCGTACAACGAAAGCTCTCCACGACCC
CCATTCTCTAGCTATAATACAGTAGGAACTCCTTGCCCTTTTTCATGACG
GTGCTGATGCTCCTCGTTGTTGCTACGGAGACATGGGGCACAGAAAATGG
GCAGAAAGGAGGGTGGAAACGTTTTTCCGCAACTGTGAACGACGAAACAC
GACGTTTCCAAATCACGTTCAGGTTCGAGTTGGAGGTCCTGGCGCCGCTG
GACCGTCGGGTGGTGAGCAACACCCCCGTCATGATGTCCAACGAGGAGAC
GGCGGTGCTGCCCTCTGGCAGAAAGGAGCGGCGAAGGAGGTGGAGGTTCG
CCGAGACGCCCGTCATGTCTACCTACCTCTTGGCGCTGGTGAGGCTCTTG
CTGGTGGTGGTGGTGGTGGTGGTAATCACGCTGGTGTTGTGTCGTTGATG
CCGATGTTGTGTCGTTGATGTTCTTGGCGGTGTTTGTTGTACCGGTATTG
TTGCCGTTGATGCCATTGTAGTTGCTGCTGTCCTTGTAGCGGTATGCGAT
TGTCCTTGCTGCGCTGCTGTTTTGTCCGATCGGCAATTTTGTTTTTTCTT
CTCTGCGTCGGTAGACACTTGCTGTCTAACATTCTTGAATGGTACGTGTG
CTACAACCTCCATTTTTTCCTCAGGTCTCTGCCGCGACCACGCTCCAACA
AGCAAAATAATGGTGATATTTTCAGAGACCCGAAAAAGAGACCTCTCGAA
GTATTTGTCAATGTCGTCCTGTTCCATCCCTGCCAAATAGGTGGTGGGAG
AGTTTGACTTCGTTTCGGCGTACAACAAGTCCGGCGTGCTGACGACCGTG
TACACGCCTGTGGGAAAGGCAGAACAGGTGCGACGTGGGCGGGGAGGCGG
GAAGAGGCGAGGGGGGGGGGGGGGTTGGAGACCGCGACCGGGTGCTGCTT
TGCTCGTGTGTTGATTAGTGCATTATTTCGTAGTTTGATCATGATCGGCC
GCCGCATCGTCTTGGTTCTTTCGATTCGGTGGCTAAAGCACACGGAGCAC
TTGCTTGGTGTATACTTGTAAGATACGCTTGTGTCTTCGGCCGGTGTTGT
TTGTTCCACGCCTACATGTAATACAGCAGCATATGATGCGAAGCAAACAT
TTATTTTGGTTTTGTCTTTGACAATTTCTTTCCTTTTTCTTCGCGCTCCC
GGCGTTGACGTCGGTTGGTTGCTCAGGGTCGGTTCGCTCTCCACGTTGCC
TCGAAAGCGCTCGAGTACTACGCGGAGACGGTGTTCAAGGTTCCCTACCC
GCTCCAGAAGAGCGACCTTCTGGCCATTCCGGGTGGGTGAAGGAACCCAT
CATGCTGCTGCTGCTGCTGCTGCTGCTGCTGCGATGCCATCATCACGTGA
AAATCGTGTGCTGCCGAGTGTTTCCACCACGCACACGCTCCAAAACACTT
GCTGTGCTGAACGGCTGTCGGTCAGCATCATCGTGACACGCGATCTAACC
AACAAACGCTCCAGCAAACACTTGCTGTGCTAAACACCTGCCTGTCACCA
TCACCGTGACACACGATCAGACCAACACACGCTCTAGCACTTGCTGGAGG
GTGTGCGTGTTGCTTACCACCGTGACGAAAAGCAGTACTGTCATGTTCAT
CCCCCTTGCTGGTGCGGTACGACTGGCGCCACTGCTGTCGCGTAGCTTGA
CGGTGGTGGGTAGTGGTGGTCTTCCTGTGCTGTTGAAGTTGCTGTGAAGA
ACGAAGTGCGCCCTTCGGCGTCATCGACGAAAAAGCACAGGCAGCACGTC
CTTTGTAAATTGTCGATGCCAACGGGGAAGCACTTGCTTTGTTTTTTTTT
TTTCCGTGGGCAACATGTACATCACCAAATCATATCATTAGCCTTCACCG
CAAACAACAAAAATAACAATACCAAAAAAAAAACAGCAAGAAGAACGAGA
ACAACAAAGAGGAACAAAGAGGAACAATAATACGAAAAAACAAAATAACA
ACAGCAACGACAACAACAACAACAACAACAACAAACAACAAACAACAACA
ACAACAACACAGATTTCGCGGCGGGAGCGATGGAGAACTGGGGGTGCGTC
ACGTATCGAGAGGCGCGGCTGCTGGTACACGAGGCCACCTCTTCCACCGC
CACCAAAAAGGCCATCGCAAGGACCGTTTGTCACGAGCTGGCCCACCAGT
GGTTCGGCAACCTGGTCACCATGGAGTGGTGGGATGCCCTTTGGCTGAAC
GAAGGCTTCGCAAGGTGTGCAAGCGTGTAGACTTGGGAGGTCTCTCTCTC
TCTCTCTCTCTCTCTATCTTTCTCTCTCTCTCCTGGTCTCCTTTTCTCGT
TTCCTCTCTTTCCCCGCTCCTGTCTTCTCCCTCTCCCTTTCTTTCTTTGT
TTCTCTCTTGCTTTCTTGCTTTCTGTCTTGTTGTCTTTGTGTGCACGCGC
GTGCTTTCTGACACAAAAGAAAGACCGCGTTGACAGGCTGGCCAGTGAAA
AATGGCCACTTCCAGCGGCTCTAATGTCAACCGATACGTTTTTACGTCAG
TGGTGTTTCCTCATATGATACACGTAGTATCGCACCGGGAAATGTGTCTT
GTTTGATTTTAGCGAGATAATGCCCCCCCCCCCGCACCACCACCCGCGCG
CGCCTCACCATAACATTGGCCTCACAAATTGTGTCTCGTACATTGTGCCG
AAATGTGCCGCAATGTGCCGCAGGTATATGGAGTTCGTGGCGGTGGACCA
CATCTTCCCTGAGTGGGACATCTGGGCAGGTATGCGCTACTGCTGCTGTT
GTAGTTATTTTTTGAACCCTGGATTTGTCTGGTAAGGTATGCGCTGCTGC
TGCTGCTGCTGCTGCTGTTGTTTTTGGAACCCTAGCCTTGCCTATTTTCT
GTCTTTTTTCGTTCTAGATGCAGCTCGCCTGTAAACATTCCCCACTACAT
GCGGGAGTGCATGCCCGATTTGTTTTGCTTCGTTTCCAGAACCGCCCACT
CATTGAGCATTTGATATTGAGCATTTATCGTCATGTTGTTGTTGCTGTCG
CTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTACTGCTGTTGCACAA
GAAAACCATACAAAAAAAACTTCGAACTCACTGCTGTACTCGTATCGTTG
ATCTGCGTCTGTCTTTGAACAGTCGATACTTGTCGAAATTTCGAAGTTTC
CCTGCGTGCGTTGTTGCGGCTGTGGTCGAACGACTTCGGCACGTGCACGA
CCATGACTACACACAAAAACACAATGCACAACAGACACACACACTCACAC
TCACACAAACGTACACACACACGTACACCCCTCCAGCTACCTTTCGATTT
CCTGCCCACCACCTTCCCTCCCTCCCCGCCGCCGGTGTAACAATGCATCT
GACAACACCCCCTGGTATCACTCCAAACCCGACGACCTTGGCATTGCCAC
AATGTAGCAGCATGATATCATACATGTAGTGTATGCTCAAGTATGTTCCA
CCCTATGACACAGCAGTACTAATGTTGCAGAATGCCCCCCCGTCTCGTTC
CGCCCCACCCAGCCCCCACCCTGCACAAGCGCTTCTCTCTTGTGCTAATG
GTTGTCCTTCTTTTTGTTGTCGTCACTGCTGCACCTCTGCACCGCGTTTT
GTGTACTCTCCGCGCGTCGTTTTTTTGCGTTGTTTTGTGATTTTCTCGCC
TCTTTGGCCGGGGGGGGGGCGACAGACTTCGACTCTATGGTGTTTCCGCA
GGCCATGGGACTCGACGCCCTGGTAGCGTCGCATCCTATCGAAGTCAAGG
TGAGTGATTTGAGCGACAAATGAAGAGGAATGTGTGTGTGGCACTCTGCT
GTCTAGTTCATCACATGAAAAAAAAAAAACGAACGGCTGAAATTAGGATT
CGAGGTTCAAGACCAGAGCGAGAGGACTGGGTGCCTGCCTGCCTGAAAAA
GGGTAGGGCGGTGTGTCTAATGTTGTAGGTGTATTTCGTTCAGCGCATTC
CGAAAACATTCCGATGAAACTTGCCAAGAACGTTCCAAGAACGTTCCGAA
ATATTTCTGTAAATGGTGTTGTGTTGTATGTCATGTTGAGATGTGTAGGC
GCAAAAAAAGCGAAGCTGTGTCGGCAGACCCTCTCCGTTGCGAAGTGTGG
TTTGGCCTTCGGAAAAGTTAGATGCCAAAGGAGTCCCGCGTTCTGGTCCG
TAGAATCCGGTATATGAATGTTCGTTAAATCCGTTCCCTAGTGGGGTTAT
GCTCATTTACCTTCCAATTGATGCCTTCCTTAGAATGCGGTGGGGAGTTC
AATCCGACCCTTGGGGATTGTGCTGTCTTTCTCGCGTAGAATCCGGCAGG
GCACACTAACCAGCACATTCGTCATACCGAGTCTAAAGCTATGACGCGCA
CCCTTTTTACCCTTACAGCCTCCTCGTGCCATTGACTCGATTGTGGGTAT
GATACGCACATAAAAACACACATACAAAAACACGCACATACATACTACAC
ACATACGTCCACATATACATACATACAAACACACATACATACATAACATA
TCACACATGCATACATACATACCTATATACACACATACATGCATACATAC
ATACATGCATACATACATACATGCACACATACATGCAACATACATACATA
CACACATACATACATACATACATACATACATACACAAATACATACATACA
TGCATGCATACACACACATGCATTGAAACATGCACGCATGCACCTGTGTG
GCGATAATGACAGGTGGACAACCCGGATCAAATCAACGAGATCTTCGATG
CGATTTCGTACGCGAAGGGGGCTAGTGTCATCCGCATGCTCGCCGGACAT
CTAGGCGTCACGGAGTTTATGCGCGGTACGTATAGATGTACTTCGTATGT
ATGTTTGTATGTATGTACGATACCAGGTATGTACGGTTTGCACACATGGG
ACCACATGCATTGTGCCACAGGCGTTTTGCGGTGTAGTCTTTACACAGAC
CCCGATGAACAAATCAATATTCTACATCATTGTCAGAGGAACAAATCATC
GCGGTGTTGTGCTATTTTTACACATGATACTATACGCGCCGACCACGAAA
AAAAAGTACCTAGTGCTTTACCAAACCAAACCATACCAAACCAAACCAAA
TCAAACCAAACCAAACCACACCAAACCAAACCAAACCAAACCACACCAAA
CCAAACCAAACCACACCAAGCCAAACCAAACCGAACCGAACCGAACCGAG
CCGAGCCGAACCGAACCACCGAACCACACCAAACCACACCAAACCACCAA
ACCAAACCAAACCAAACCAAACCAACCCAAACCAACCCAAACCAAACCAA
ACCAAACCAAGAGGCTCGTTTTTCTATCACACGCTTGATGTGGTAGTATC
ACACCGAGACACGTCGGGCATCATGCCTTCGCATTTTCATGTATCGTACA
TTCGACGGCACACTGCCATATCGTACGTGTCGTATCATACGATACGTCCA
GCAACAAGCAGTGAAGAAGGTAGGTCGGTAGGTTGGTAAGTAGCACAGCA
GAGGACCAACTTTTTTTTTTTCGTTGTGTATCGTTGACCATGAATGGGGT
ACCGTAAGAGACCTACAACGGTAGTAGCAGCCCTATGGTTTTATGCTTAA
AAGTTCATGTATATATATGATGGGAGACCGCCTTTTCGTGCTCTTGTTCG
TGGGGCGTATATGATGTGCCGTCCATTGATCAGGCATCCACGACTACCTG
GTGAAGCACAGCTACGGCAACGCTCGCTCGGACGACCTGTGGACGGCCCT
GGGAAACGCCACCGGGAAGGACGTCGCCACGCTCATGGACACGTGGACCC
GCAAGGTGCGGCGGTCGGTCTGGTTGGGTGTGAGGCTCCTGCTACGCTGC
GCGTCGTGGGTGTCCACGGTTCGGTTAGTTCCCGCGATGGTTTGTTGTAG
CTCTCTCTACAGCAGCTGGTAACAACAACAACAACAACAAACCGTGTGTT
TTATGTTTTATGAAGCAGTACACAGGCGTGGAGCTCACGATGGTCCTGAA
GTAGGAAATCGATTACAGTCAGTATAACGTACTTTTGGAATGAATGTAGT
CCTCGAGCATTTTGCTCCGAAACTGCCCACACTTAAAAGCAAGTGTTCTT
GTTTTTTTCCTCTCATGACGCTTCATACGCTGCGTTGTTCCGCCTTTTTT
TCGGTGCGGTTTCGTTTTTTTTCTTTTTAAGCTCTGGTCGGTGGTGTTCG
AATACGATACACGTTTATTTTTATTTTTTTCATCTGGTGTATCGTAGTGT
CCCACACATACGCTGCGCTTGGTCCCGTTCCCTTTCGAGGATCACGATTT
ATTTCTCTTGTTTTAGGTAGTTAACTCTCGCCTCGCCTTCTTCCGCCTTC
GTGTGTTTGGATTCTTTCGCTCGTATGGTATGTGTGTATCACGTGTTACG
GAGTGCTTGTAGAAGGTGGTATGTACATGTACCGTGGTCTCATGTGATGT
GGTATAGTACATCATGTGCTCTGCTGCTTCTCGTGTGATATGTTCCTGGG
CACACTGAACACAGACGTCCGTTGAACGTCTCCTTCGGACCATACCTAAG
CTTTATTTTCGACGTTTGTTCTTCGTCTGATTGGATACCAGTTTTAAAAT
TGCGTTTCGCTGAAAAAAAGTAAGACCTTCTCAGACTTTGCCGAAAAAGA
TAGAAAATGCATCCATCCTCGCAAAAATCGCTGAAAACAAGGGCTTGGTA
CCCTGGTTATCGCCACAAGCGCAGAGCATTATTCCTCGCCGCGTGCACGC
GTCAGCACTGCGATGTAGAGGCGTAAATACCAGATCCAGCTCGAGGAAAA
GCACAAAAAACTTGTATCAAGAGCATGAAGTCACTTGATGGTGTACAACA
TCGCACATGCTTTTCGAGTGTCACGTGTACAAGACCAGTTTAAGAGCAAC
ACTTCTTGCTGGTAATTGTGCGTGCAACTACTTGCTGTGTACGGAAGTGC
GGCCGTGGCGGAGGAACAAAAATTGAGCCCGGAAACAAAAAAACACTCCG
GGAATGAAACGATATTACATTACAGCCTCCGCTACGTACTTTGAAGTACA
AGTTTGTGTTCATGTACGTATTCATGGCACACGATGTCACATTTGTTTTT
TTTGTGCGCCTCGACCGTCGCTCCGGTTGTCACGACTTTTACGGTACTGG
TACACCGTAAAATTTTCTTCCGTTTTCCCGACCGTTTCGTTGTTCGTCAC
GACTGCCACATGATACCACCGTGCAGTACTAAAAACTGCTGTGCTGCTGT
ATGATACGATAGGTGGGATACCCCGTGCTAACCCTCGCCGAGGACGGCAG
CACGTCACAGGCTCGCTTCCTGGCCATGGCCGACGCTGCCACCGTGGAAA
AGGGAGGGGGAGGGGGAGGGGGCACCGTGTGGCCCATCCCCGCCAGGGTC
GTGTGGGAGGGCGCGGCCGATGAGGAGGAGTTGGTGGTGATGCTGGAGGG
CGGGGGGGGCGGGGGGGGCGGGGGCGGGAGGGAAGACGATCGGAAGCTTA
TGGATAAGGTGCAGGAGCTCCAGGCGGCGGGGAAGTGGTTCAAGGTGCAG
TATATATATGTATGTATGTGCACCAGTACGCACCCGCGTAGAGTTAAGGG
CCTGCGGTGCGTTGAATTATTTTTTTCTTTGGTGCGTTGGAATTGTTTTG
CCCCTTCAAGTTTTCCGTTTCGCTTACCTTTCAATTGTTATGATATCTCT
CTTATTGTGCATCTTGTCGTTGTTCTCTATTCCTTTGTCCTCGATTTCTC
CTCAGCTCTCCTTACCCCCCTCTTGATCTCGTCGTCCCTCTCTCTGGCTT
AGTGTCTCCATTTCTCTCTCCGTCTCTGCCCGTAGTCTCTCCCTCTCTCT
TTCCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCT
CTTTCTCTCTCCTGACCTCTCCCCGGGTTCCGTCTGCAGCATGAAACAAT
TACACATGTCATGTGTCGTTCAATCAACCCTCTTGGAAATTTACATTCCG
ACGGCGCTGTGATTCGCACCTCGTATCATACTTGTATATAGGTCGGGATC
AAGTTGGCAGGCCTCTCTTCTGTGGCATATATGTATTTTGTATTGTCATT
ATTAAATTAATAAATGACGAATGGCCAAAAACGGGTATACCCGGTGGTTT
TGTGGCCTCTATCGGGTACCCTTCTTTTCCGCCGATAGAAATGGTCGCAG
GGAGCAATCCCATTGGCCAAACCGCGCCGCCACCCGGTCCTGGCCTAATT
TATGCCAGGTATACCCGGTTTTGGCTACTTTCCCCGCGGGAGCTACCCGA
TTTTCAAATACACTACCCGAAAGTGGCCCGAGACAGCTAGTCCACTTCAT
TAAATCCGAACAACAGGTATAAAAGCCCCCGTTTGCCATGAGCTTCGTCC
CCGCTGCTGTACCAACGCATCTGAGTTTATCGGATGGTTGTGTCATAAGC
GCGTGTGTGCGTGTGCGTGCATGTGTGTGTGTGGTGTGTGTGACAGAGAG
GAGATATATGACGGGATATGGCAGCACGATATGAAACGAAGTACGAATGA
ACTACAGAAGCCGAAGTGTAAACATGAAATATAACTTAGTTATAGAGTGT
GTGTCGGACCACTTTCGGGTAGTGTACGTGAAAATCGGGTAGCTCCCGCG
GGGAACGTAGCCAAAACTGGGTATACCTGGCAGAAATTAGGTCAGGACCG
GGTGGCGGCGCGGTTTGGCCAACGGGATTACTCCCTGAGACCATTTCTAT
CGGCGGAAAAGAAAGGTACCTGATAGTGGCCACAAAACCATCGGGTATAC
CCGTTTTTGGCCATTGCCCTAATATTGTATGCTGCTATGATCTAATATCC
ACAAATAACGAACACCCATTCAGTTTCGAATCTGTGGGGCAGGCCTCTCT
GCTTCTCTGCTGCGGCATATATTCAACATTTATTTTTATTTTTGTAAGCT
TACAGAGCATGATACCCTCAGGGGAGCTGCAACGGTGCATTATCTGATGA
GTTATAGAAACACTGGTAGATGCATCTTTTATTTGTGTTCGTTGCAATAT
CTACTCCAGACCCTCGTCTGGAGAGAGGCGAACACATTGATGTGTTTGTA
AGTTCAAAAAAAAAAGCATGAACACCCTGTATGCCAGGTATGCCATGTAC
TTCGACCATCCTGGCGTATGCGCAGGCAGCGCACGCGTTCGGTCTGTTCT
TGGCTCTTCCATTGCACGACATGATGTCTGCCAACCATTGTTTGTGCATC
GTGCGATGCCCGTCAATGCACGAATGAGATGCAGAACGAATCAAAGCAGC
ATCACTCAAGACTTTTGAGCTGACATTCGTCGGCTCTTTGGTTGTTTGGT
CCTGACGGGGTTGGGGTGTCGGGGGAACTCATTCAATAAGTGTATGCTTC
GAAGAACAAGTTTTTTGTTTTTGTTTTTTTTGTGTGGGCAGGTGAATGCT
GGACAGCGAGGGTTTTTCAAGGTCAACTACACCGACAAGGGCTGGGCTAA
CCTCAGCAGGTGAGAGAGAGGGCGCGCGAGCGGTGCGCCGGTGATACGCA
CGTGTCTGGTAGGACACATCGATATTTCATGTCCGTTTGTCTTTGTTCAT
TGGTATTACGAGCAGGCGTTCTTCCCGCCCCTGCCCATTTCGTAACACAA
GGTCGTCTGTAACAATACTATCATACCTCTCCCATCCCGCGCGCGCGCTC
TCCCACCGCCATGTCGCTGTGCTGGAGCACTGAGCACAATTTAATTTTTG
GGAAGGAGAATAAAGTATAGTGCGTTTACCGGGTACCATCCTAGACACCG
ACAGAGTACCCTCCCCCCCCCCGCCCCCACCCGCCCCGACTGAAACAAAA
CGCCTTCTCGCCCAAGGCCAGTGAAATAAAATGCAGTCACTGAGCCGTCT
GTCTCATCGGCTGATGACAATACCGTCAAGGGTGTCGGAAGAAACCCCTT
GTATCATACCACCACGTAGAAAGACTACCATAGCCTCTCCCGCCCCAGCC
AATCCTTCTTCTTCATGAAACAAACAAAAACGCCTCCTTCTTTGTGATCC
CCATCGAACCAACGCACATACATACATATCATACATACATCCATATCACA
CAACACACATCCATACATATTATACATACATACGAAGTACTACATACGGA
GTACATGCACACATATCACACTAAATGCATGCACACGAACAAACAATACA
AACAAACACACGAACAAACACACAAACAAACAAACAAACAAACGAACAAG
CATACAAACAAACAATACAAACACGACAATCAACGCCCCCCGCGCAGGGC
GATGCAGTCGATGTCCGTCTCCCCGGCGGACCGAGCGGGAGCCGTGTCGG
ACGCCTTCTCGCTGGCGGCGGCCGGCCTTTTGGAGACGAGCGTGGCCCTG
GACCTGGCCTCGAAGCTCAAGAACGACCCGGACAACCTCGTTCGGCAGAC
CGTCGTGTCTTCCCTCGTCGACCTCATCTCGCTCTACTCCGAGGTACAGC
AACAGTACTACTGCTGTGGCACACGTTGTATTGTGTGGTATGATAGATAT
CGTATGACATGACATGATGGTATTATACGTTGATCATTGTGACTGGTATA
TCTCTGTATCCACACACACACACAAAAAACGTTTGATAATGCTGTATGTA
GAAGTACTTACGAAGTACTTGTTTGTCTTCATGTTGTAGTCGTCGTGGAT
ACAGCAGTGGACGAGCAGCGGCAGCAGCTAGCCGCTTTGTTGTTTATATA
TATACGTCGCATGTATTTCGATGATCTATGAATAGTCTCACCATTTTTTG
TTTTTATATTCGTCATCCTGTTGCCTGGTTTTTCTGTCCCTATGAAAAAA
AAGCCTCTTGTTTTTGGTAATGCAGATGATAGGAGCCAGTTGCCCCTGTT
TGAATCGCACCAGCAGTTCACAGCAATATGGGAGAAGTGTGCTGCTATTT
GGGCAGAGCAAAGAGGCCAGGACGCCCGCCGGTCGTTCCATGTCGGCGTT
TCATTTTTTTTTTTTCTTACGTTTCTCTCCGCTCTTTTTTCTCCACCGGT
GCCCGTGCCTGTGCCCGCCTCTCACACGGTGCATACAATATACCAAATAC
ACTTCGTGCATTTTCATTTGTTTCCAGGAAGAGTTTTTCGAGGAGTTCCA
GCTGCTGGTCCGGTCGATCTGCCAGCCCATGTGGGAATCCATCACGTGGA
CGGCGGCTGATGGCGAGCCACAGGTATGGTACGTGCGGCAAAACAGAAAA
TACCGAAGCATGTTGCAAACATAATATATATGTATGCGATGTGTGTGGTG
TCATCATCCCGTCGATTCTGGACGCTAGATTACACCTTTTTCGGCACATG
TGTGTGTGGGACGCACAGGCCGGGGTCACGCAGGAGGAAGGTCACACATC
ACAGCAGGCAGGCAGGAGTTGTCTATGTGCGCGCTTATGTAGTCTGATCA
ACGAAGATGAAAAATCTTACGCATCTACCGGGGTTTGCAGGTTGGTTAAT
TGCGGTAGTTTTGTGGCATCAGTAATAAATAGTATGCTGATGTTTTCGTT
CTTGAATGCATTGCATTGATTGCGTTGCGAGCATTGCGTTGCTCTGCAGT
TAGTTGTTGATTTCTGAGATGAGGTGTCCCTTTTCTTTTATTTTTTCGCG
CCTTGTTTTGTAGAGGAAAACACAAGAAAACACTCGGTTCCAGTAGCTGA
TTAGGTTGGTCGGCAGACAGTTGGTAGCCGCCTACCGGTCCCATTCACCT
TTTCCTTTGCTTTCTCTGGTGGAACGCCAGGAATCCGTAGCAATCGATGC
CATTTGATCTGTCTCTCGTCATTTCTTGTGGTGGTCTTTTTTCGTTTTTA
ACAGGAAAAATTCATGCAACAAACTCGAAAAAAATAGTCTCCACAGGTCC
TCTTGTTCTTTTTTGGTGTTCTTGTCATGGATTTCTGCTCTTAAATCTAT
GATAAAATTTCATCAATAATTAAACAAAAAAAAGTTTATACACCCCTCTT
GTTGCTCTTTGTCGTGATATACATATTTTTTATCAAGATAGAAATACCGT
GAAAAGCCTTGAAAAAAAAACTACGCAACCCCTCCCTCCCTCCCTCCCTC
CCTCCCTCTCGTCGCTCTATATTATGATATACCTGGCATATTTTTTCAAC
CCATTAAAAAACTTTTACCAAAAACCTTTGTATGTAGGATGAAAAATCTG
GAGAAGCAAAACCTGCGCACCTCCTCCCTCTCCTTGCTCTTGTCACGGTT
CTTTGTTTCAAACCTACTTGAAGTATATGGTATAAGTAAATCACCAAGTA
CCATGAAAAAATCTCAAAAGAAAAAAGAATCGCACCCCTTCAACCCTCTT
TCTGTGAGTTGTTCTTGTCGTGGCATGCCATTCTTTCTCTAACCTCATAC
ACCGAACGCCGTGAACAAACAACGTTGCAACGTTTGAACAAATGAAAAAA
AAAACAGCGCGTGGCAACGCTGCGGCCTCTTCTCCTCCGGACTCTCCACC
TGTCGGGATACAAGGAGATTGACGAGGAGGCTCTGAAGAGGTTTGACGCC
TACGCCAACGACAGGGCGGGCAGCGCTCCGCCTGCCGACCTCCGGTTTGT
ACCGTATGATGTGATGGGAGTTTGCGGTGCAGCTTGATTGCGCGCGGGGT
GGCCGCGAAGTGTGATAACACGTGTGTTGTTGGTGGTGGGGTTGGTGATG
GTGATGATGGTGCGGCGTTGGAATGTTGGAATTGCTTGCGTTGTTTGCTT
CCTTTGCTGCCTTCGCTGCTACTGCTGCTGTTGTTGATGTTCATACGTGC
ATTTTGAAGTGATTTATTTTCGAGTACAGTGGATCCACACCACTTGACGT
TCGTGTTGCTACAGCTGCTGCTGCTGCTGCTGCTGCTGCTGCTACTACCT
CAAGTGTTGCCGCTGCGTTGCTGCTGCTGCCTGTAACTATAAATTGTCGT
TCATCTATGGTGCGGGCCGGACGCAAGAAGTAAGTAGAGCTAGCTCCTTC
ATGATTCCTCGCGCTGCCATCACTTGCTTCCAGTCAGTACTCAAACTGCT
GTTCGGTGCGCATCGTTGTTGTGGTCGTTTTACTTTGTGGTGTTTGTTTG
TGTATTCATCTCAAGAACAGGTATGCTATCCTGGCGACGGCGGTGGGCGT
AAGAGGAGACTCGGCTTTCCGACAGGTAAAATAAAAAAGTTGTGGTTCCA
TTTGCTTGCTCTCCAAAAAGTCGTGGTTCCGTTTGATTGTTTTCGACATT
TCGACACATGTAGACATATGCTTCGAAGTATACGAAGTATGTATGATCTG
ATTTGTTTGTTTCCGACATTTTGACGTATGTAAACATGTATACAATTTGT
TCGTTTTCGACGTTTCGACGCATGTAAACCTATGCCTGGTACCCGATATA
TCCAAATGATTTCATCGACATTTCGACACATCAACATATACTTCGTATAC
TTGCATAATTGTGTTGATTCAGAGTAGAGGAAGGCAGCCTTTGGGGGCGT
TGTTTAGCTCGGAGGAGTCGGACCCTCCAGCCGGCCGAGAGACAACACGA
GTGCGTTGATGACATGGAAGGCACGCGTGACGAATCAGGGGTCGATGCCA
ACCGTGTGCAGGCGGGGGTGGTGTCAATTAAACCTGCTCGTCCTAATTTT
TAGCGGTGCCGCGTTCCCTGTACAGGGTAGGTGTAGACAACGTATCATAC
GATAGCATGGTTTGTTTTCTTCAGAGCTGGGTGACGGTCAGCTATGCTCG
GGAAAGGGTGCAGCAGTAGCGTTGTTGAGTCGAGCCTCGAGGACAATTAT
ATCTGGGATTAAGAGTAACGAAGGATTACATGTATATTTGGCATGGACTG
CGGCTGTGATCGTACCTTAGCAGGATACAACCCAACAAGACCCGAGAACC
CGCACCGTCTCGTTGTTGTTATTGTTGTTGTTGTTTTCGTTTTTGTTGTT
GTTTTTGGTGTTTTCCCAAGGTCATCGAGATCTACAGGGCCACCGACTCC
GGCGAAGAGAAGCGCCAGTGCCTCAGCGCCATCGGAAAGGCGAAGGACCC
CGCCCTGCTCGCCGAAGCGATGGACTTCATCCTAGACTCGGGAGAGGTAT
GTATGCCCCGTGGACGCACAATGCAAGAGCAGCAGCAGCAGCAGCAGTGT
GCCGCACTCTGCCGTTACGAGCTCGAGGTGTGATTTTTGACGTGCATGTA
CCGAACTCGTTGTGTTTCTCTCTCTCTATCTCGATAATTTGTTTGTTTTG
ATCGGCTGACGAATTGTCACGAGCCGAACCGTCGTTCCGACATACGGCAT
CCCGGTTTCAGGTGCGGCTGCAGGATGCCGGGCTCGCCCTGGCGTCTCTG
GCGACCTCTGCGCTAGGGTCTAAGCTGGTGTGGTCCGCATTCCAGGATCG
CTACGTCGAGCTCCACGAGCGCTTCTCGGATACAGGTCAGTCAGCGCTTC
ACATACGTGCGTCTACAATCGCGGGCGAAAATACGTAGAAAGCGAGAGAG
AGAGAGAGAGAGAAGGGGGGGGGGGTTCAAGCACTCACAAGACCGCCCTT
GGTTATTGTTATTGTTTCGAGTCATTTAGCCCATTCACCCCGACACGCAG
TCACTCTTTTACGTCCGGCCCCCGCCCTGCTCTTTCTCTCATTCCTTTGT
TCTCGCTGCCCCCCTCCCTCCCTCCCTCCCTCCTGCTCCCTCCCTCCCTC
CCTCCCTCCCTCCCTCCCTCCCTCCTATTGCTTTCTCTCGCCTTTCCCTC
TTGTGCCAATATTGTCGTACCTCCATCTTTAACTGTCATCTCTCTTTGAT
AATATGTTCGCGTTTACCAAGGCTTTATTTGGCCTATGCTGGTCGGCAGT
GCCGTCATGGGTCCGCGCACCCCCGAACACCTGAAAGAGCTCGAGACGTT
CTTCAAACAAGCGCCGAAGCCTATCGGGGCCGGCGAGAGGTATGGGAATC
GTTCACACATAGGACAGATCATGACCTAGATTTCTCAGACCACCCGGATC
ACTCGTTAGAGATGTCACGGACCATCAGATCATTCAGATCACCGGTTTGA
AACTTATCGGAAAGAAAGTTGGGAGGCCGTGCTGACCACCACCACCCTCC
TCGATAGCCTCGCCGCCATGATCTCCAGCTAAAGGTGCTGCGACCGCCGA
TATCTGCCGTGCCATGATACGCGTGTCGTCGTGCTCGACTTGTGCTGCGT
GTGCGTGGGGCTTGGAGCGCTCTCTGTTGGCAGTTGCTCCAGTCTCGCCG
CTCCAAACAGATCACACAGATCTGTCGTCTACTCTCTGATACACTTTGCC
GAATCAAGGAATCAATGATGGAGCAGAATCTCGGTCCTGTCGCCAAAAAC
AATGACCCGCCCGCCCGCCCGCCCGCCCGCAATCCAAGCTAAAATGATCT
GTGAGCCACAGATCACCAGATCACTTGGATCATTAGTTGAAAAAAATGTC
GCAGATTTTCAGATTACTCAGATCACTCGTTGGAAATGTCACAGATCATC
ATATCGTTCAGATCGCAAGTGGTAAAGCACCGCCCGGATCAGAAACTGTA
AAAAGCTTGTATCGGGGTGCTTTGCGTTTTGTATAGCGCCGCGACTCTGA
GAAATGCTCGATATTAGACTCAAATGACGTTAAAGTTGTCGGCCCTTCGC
GCGGCGCTCTAAACTGCTCTGAGCTACTCCATCTTAACTTTGGTATTGCT
GAAACGTTCTTGCATCCAACCATGCCACAAAGTGTTCTCGAGAAATATTT
AGTCCGCAGGAATGACTGTTCGAAGAGTAAATTACTCCGGGAAAACGACA
ACGACCAACAAGCCAGAGCGTGATGATTTCGGCACAGTCAAACAAATCCA
AAGAAAACAATGATTGGCATTTTTGCGGATAATCCTCTATCATAGAGTCA
AAGCTCCTTCTCCGCTGGGTGCCGGCCACCGCGTGCGGCAGCGGAAACTG
TTTGTTGCCAAAATAGTCGGTGTTCGGTTGGACCTCCTCCCGATTTTTTT
TTCTCACCTGTCAAGATTCACTGTTGCGTAGTTGGAAAATGTCGCAGATC
ATCAGATCACTGAGATCACCAGTTAGAAAAATGTCACAGACCATCATGTC
ACTTAGATCACCGGGTAGAGAAATGTAAAAAATCCTCCACACCTCTCAGA
TCCTCAGAATGTGCGCCTGATCTAGATCAACACACGATCTGAGTGAATCT
CTCACATGTGTGGAATCGCGGGAAGGATCTATGGCCCATTGTTGTTGTTG
TTGTTTTCTGTTGTTTTTGTGTTCACCATGCTTCTTTTTGTTGGCCGGTT
GCTCTTCGACTTGTGTGTATCATCTTGACGTTGCTTTTCCCGTGATGATG
ACCTGTACTTGTATGGCCTGCCTGCAGAAAGTGGCTCCAGAACTTCGAGA
AGCTGCGCGTCCAGGTGGCTCAGCTGGCGAGGGATCGCGCTACTGTTCCT
GCCGCACTACAGCAGTAGGGCGATGATCTTTATCACCCCGATGCCCTGGT
GGGGGGGACTGCTGTTCTCTCACTTTTTCTCTGTAGCCGGGCTTTTTGTG
GGGAGAAGGGATTGTTTCGTGTTTTAGATGCCAGGCACTGTTTGTGCGCC
GACGAAATCTTGAACGAAACTTTCCGGGGAAGATGCGATGGACTTGCGTT
TCTCGGAGCCGGGGTTTGCGACAATAAATGGATCACACGCACTCGACAAG
ACCCAGGCTACCAACGCTTTGGCTGCCGTATCATATGTGTCGTTGTGAGA
TACCTGGTAAAGAGTTGGAAGCGCATGCAGCAAGCGGTTCGGGAGGTGAT
TTTGGCTCTGTTGTGGCATCTCAATCAACAGCGAGGGATCGGTTTATTAC
TGCTTGATTACGCGGAGTTGTCTCTACCCGTGCATCACCAGTGTTATAAA
GCGCCGACGGGACTGCCGAAAAACCCATCTCTATTTTTGTTTTTGGTGAT
ATTTTCTGTTATTGTTGGTGTTGCTGTCGTCGAAGCCGATATGCACACGA
GCTACTCGTGGCAAGCCATAGATACGCACACGAGCAACTTATCGTCGCAA
GCCACGTTCAAGCTACATCCATCACACACAGCGGCTGACTTATACGTTTT
GCACATACCCGTAATTTCCAGCACCTGGCCAGAACAATACTTTTCTTTTT
TGCCTTGGATCAGACCGGTCAGGCATACTGTATCGTCTGTTTTTTTGTCC
ACGAGAAGCGGCACTACAGCAGCGCGGTTGCACAAGCGGAATCGTTCTAC
TGATTCACCTTTGTCTACTTTTGCATCACTGATTTACTTGTCTTCCTTCG
TTCCAATATCGTTGGCGAGGAGAGTAGAAGGAGCCTGCTGAGATTCGTCA
TCGTCGCTCTCTGAAGGCTCGTCTTCGAAAAGTGGCGGCTTGAAGAAGTC
CCCTCGGTATTGAGACCGGGGGTACTGATCCGCCCACGTCAATGCACGGC
GCTGTAGTTGCTGCTGCTCCATGTCACCGGTACTACAAGTAAGCCGAAGG
ATGCCAAGCGTCGACGCAGTGGCGGCGGGAGACGCTGGCGAAGAAGCCGA
CCTCACCGCCCGTCCGATGTGTCGGCCGTCGTGCGGCCTACCCCCACCTT
CGCACAGGCGGGACCAGGATGTCTGTGGTTTGGGTGGGATGGTGTGTCAT
TGACGAACGGTTGATAACAGTAGCGTGCGAGTGGTTGGGTGGGATGATGA
GTGTGAAGGTCTTATAACATTGTAGGTTAGCAGGCTCTAGTTGTGGTTGG
GCAGGTTGCTAGCTGGGGGTGGAAGCCGGTCAGTGAGGTCATCAGTGGTG
TCTGTATGAAGAGGTTTCATTGACACTGCCTGAGCACTAAACGCATGTAC
TGTAGTTGGCAAAGAAGTCAAAGAAACAGCCTTGCAGCAAGCCTGCTGCA
TGCCACGGCTCACCGCCATATTCTCTTTCGTCATTTCTTGGACAATCAGC
GCGACAGGGACGTCGTGCAGGGGGATGCGGGTTGCCTCCAAGTCCTCGTT
CATCTTCCTACCGGTGCGTGCGGTGATGCGTGCCAGCAGACGAAGTCAAT
TTGGCGGCCCCTTCTCACTCCTGAGCGTATTTAGTCAAGGGAGACAAACA
AACACTCCACTACGTAGGTACTACCTGTAGCCCAGTGGGTGATCCTTTAC
TGCTAGACAACATGCAGCAGTAGTACAGTAGCCGCTCTTGTCGGAAGTAG
TTTGCCGCTCCCGCGATTACAGTACTTTGAAAGCCTTGGTGCCGAAAAAG
GTGGCACAAAATCGTTCATACAATTGGTACACATCAAATCAGTCGGTAAT
GGCTCGACTGCTGTGTCAAGACATTGGTGTGTTTATTGTGCTCATAGTAG
AATGAAGCAGGTCTGCACTTACATAGATACAACGCACGAGCATATGTACT
TTGTACATGATGGTAGTTTCGACGAGCTCACAGCCCTAATTGGGTGTGCG
TGCTAAATAATACAGATGAACTCTCGAGTATTACACATTAGTACTGTAGG
ATTATACGATTTGCGTGCTAAATAATGCAGATGATCTCTTGAGTTTACAC
TTTAGTACTTTAGGATTATACGATTCGCGGAAAGTTGTATATCGTGAGTA
TCTGTGTATATATTCATTGTACAGCAGTGTACATATTGAAGCTCGATGCA
GCGCGGGCAGATCGGATGCACGACAGACAACGAACCTGACTCGGGTCAAG
AGCTCTTCCTGGTTGAGTTCCTTGCACGCCTCAGCGTCGTTCAATACATT
AATGACAGAGCTCGAGCTACCTTCCTCAGTACCCCCATCCGACATGCTTG
CCCACGTTCTAGCCCACTTCTGTCTCTCGATAGCGGCACCTTCCCG

Coding sequence (CDS) from alignment at P-littoralis_Contig670:66776..92371-

>mRNA_P-littoralis_Contig670.11.3 ID=mRNA_P-littoralis_Contig670.11.3|Name=mRNA_P-littoralis_Contig670.11.3|organism=Pylaiella littoralis U1_48|type=CDS|length=2763bp|location=Sequence derived from alignment at P-littoralis_Contig670:66776..92371- (Pylaiella littoralis U1_48)
ATGGAAGAGGGGAGGAAATCGTGCCGTCTGCCAGATACCGTAGTTCCCCG
CAAGTACAGCTTGATATATGAGGACTTGGATCTGGATCGGTGCACGTTCA
GCGGCAGCGTTGCCATAGACTGCGAGGTGAAGTCGGCAGTGGCACGGGTG
GAGCTTCATGCCCTCGAGCTCTGGGTGACCTCGGCGGACGCTGTCATCGA
CGGTGGGAACAAGGTGTCCTCGGTGAAGACGGAGTACGATGCCAAGGCCC
AGACGGTGACGCTCTGCTTTGAGGAGGCGCTTGGCGTGGGGGAAGTCAAG
CTCCATCTCAAGTTCGAGGGGAGTATCAACGACAAGCTGGCCGGACTCTA
TCGGTCCAAGTACACCGGTCCCGACGGCGAAGTCAAGACCATGGCGGTCA
CGCAGTTCGAGGCCACCGATGCTAGGAGAGCCTTTCCCTGCTGGGACGAG
CCCTCCATCAAGGCCAGGTTCGAGTTGGAGGTCCTGGCGCCGCTGGACCG
TCGGGTGGTGAGCAACACCCCCGTCATGATGTCCAACGAGGAGACGGCGG
TGCTGCCCTCTGGCAGAAAGGAGCGGCGAAGGAGGTGGAGGTTCGCCGAG
ACGCCCGTCATGTCTACCTACCTCTTGGCGCTGGTGGTGGGAGAGTTTGA
CTTCGTTTCGGCGTACAACAAGTCCGGCGTGCTGACGACCGTGTACACGC
CTGTGGGAAAGGCAGAACAGGGTCGGTTCGCTCTCCACGTTGCCTCGAAA
GCGCTCGAGTACTACGCGGAGACGGTGTTCAAGGTTCCCTACCCGCTCCA
GAAGAGCGACCTTCTGGCCATTCCGGATTTCGCGGCGGGAGCGATGGAGA
ACTGGGGGTGCGTCACGTATCGAGAGGCGCGGCTGCTGGTACACGAGGCC
ACCTCTTCCACCGCCACCAAAAAGGCCATCGCAAGGACCGTTTGTCACGA
GCTGGCCCACCAGTGGTTCGGCAACCTGGTCACCATGGAGTGGTGGGATG
CCCTTTGGCTGAACGAAGGCTTCGCAAGGTATATGGAGTTCGTGGCGGTG
GACCACATCTTCCCTGAGTGGGACATCTGGGCAGACTTCGACTCTATGGT
GTTTCCGCAGGCCATGGGACTCGACGCCCTGGTAGCGTCGCATCCTATCG
AAGTCAAGGTGGACAACCCGGATCAAATCAACGAGATCTTCGATGCGATT
TCGTACGCGAAGGGGGCTAGTGTCATCCGCATGCTCGCCGGACATCTAGG
CGTCACGGAGTTTATGCGCGGCATCCACGACTACCTGGTGAAGCACAGCT
ACGGCAACGCTCGCTCGGACGACCTGTGGACGGCCCTGGGAAACGCCACC
GGGAAGGACGTCGCCACGCTCATGGACACGTGGACCCGCAAGGTGGGATA
CCCCGTGCTAACCCTCGCCGAGGACGGCAGCACGTCACAGGCTCGCTTCC
TGGCCATGGCCGACGCTGCCACCGTGGAAAAGGGAGGGGGAGGGGGAGGG
GGCACCGTGTGGCCCATCCCCGCCAGGGTCGTGTGGGAGGGCGCGGCCGA
TGAGGAGGAGTTGGTGGTGATGCTGGAGGGCGGGGGGGGCGGGGGGGGCG
GGGGCGGGAGGGAAGACGATCGGAAGCTTATGGATAAGGTGCAGGAGCTC
CAGGCGGCGGGGAAGTGGTTCAAGGTGAATGCTGGACAGCGAGGGTTTTT
CAAGGTCAACTACACCGACAAGGGCTGGGCTAACCTCAGCAGGGCGATGC
AGTCGATGTCCGTCTCCCCGGCGGACCGAGCGGGAGCCGTGTCGGACGCC
TTCTCGCTGGCGGCGGCCGGCCTTTTGGAGACGAGCGTGGCCCTGGACCT
GGCCTCGAAGCTCAAGAACGACCCGGACAACCTCGTTCGGCAGACCGTCG
TGTCTTCCCTCGTCGACCTCATCTCGCTCTACTCCGAGGAAGAGTTTTTC
GAGGAGTTCCAGCTGCTGGTCCGGTCGATCTGCCAGCCCATGTGGGAATC
CATCACGTGGACGGCGGCTGATGGCGAGCCACAGCGCGTGGCAACGCTGC
GGCCTCTTCTCCTCCGGACTCTCCACCTGTCGGGATACAAGGAGATTGAC
GAGGAGGCTCTGAAGAGGTTTGACGCCTACGCCAACGACAGGGCGGGCAG
CGCTCCGCCTGCCGACCTCCGGTATGCTATCCTGGCGACGGCGGTGGGCG
TAAGAGGAGACTCGGCTTTCCGACAGAGTAGAGGAAGGCAGCCTTTGGGG
GCGTTGTTTAGCTCGGAGGAGTCGGACCCTCCAGCCGGCCGAGAGACAAC
ACGAGTCATCGAGATCTACAGGGCCACCGACTCCGGCGAAGAGAAGCGCC
AGTGCCTCAGCGCCATCGGAAAGGCGAAGGACCCCGCCCTGCTCGCCGAA
GCGATGGACTTCATCCTAGACTCGGGAGAGGTGCGGCTGCAGGATGCCGG
GCTCGCCCTGGCGTCTCTGGCGACCTCTGCGCTAGGGTCTAAGCTGGTGT
GGTCCGCATTCCAGGATCGCTACGTCGAGCTCCACGAGCGCTTCTCGGAT
ACAGGCTTTATTTGGCCTATGCTGGTCGGCAGTGCCGTCATGGGTCCGCG
CACCCCCGAACACCTGAAAGAGCTCGAGACGTTCTTCAAACAAGCGCCGA
AGCCTATCGGGGCCGGCGAGAGAAAGTGGCTCCAGAACTTCGAGAAGCTG
CGCGTCCAGGTGGCTCAGCTGGCGAGGGATCGCGCTACTGTTCCTGCCGC
ACTACAGCAGTAG