mRNA_P-littoralis_Contig619.35.3 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig619.35.3
Unique Name	mRNA_P-littoralis_Contig619.35.3
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: D7FJB5_ECTSI (Monophenol Monooxygenase n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FJB5_ECTSI)

HSP 1 Score: 1030 bits (2663), Expect = 0.000e+0
Identity = 476/582 (81.79%), Postives = 528/582 (90.72%), Query Frame = 3

Query:  630 MATAPAEWKSNTRYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWHTSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPFKAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEVILSVININKANFQGSFRVIVSHQDPTSDVLSPVASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDRSCSDEKPIAASGRFANGEWELLAGREKIASVRVELESRE 2375
            MATAPAEWKS+TRYSLR+LE WAD+GHRKPLDDLFRAWRGIQELPPDDPNS+W IAGYHGIPLAPFDPDQPHL PPFAWWGGFCHHGNVLFPMWHRAYV  LENALRT+VPDV+MAYWDKGSKDSRN+G+PASLTDEFIKLDGEVVRNPLQRFTFP+DIESS QF+ PTKP+VADFSKR GTHTVR+PMSTFYASK E+VAAAG+AHNAA+R R+P+Y DQLR LNLNVRLALVGDAQDDLSVDC GTADGE YARLGRCLEAP FNI SNNNS  KW+TSVEQPHDEIHLA+GGQDH+PIK E P+ YDK GDL +S   V  QIMGSNGDMGENETAAFDP+FFFHHCNIDRM+W+WQKKWGKT EGSI IDPSDMEGTYGQS SGQGGTR  PGTTKLTM+TPLHPFK PSG++VTSRDVVDL +QLG  YSLGSFDK EWPS+V+E+ GPEVILSV+NINKA+F GSFRVIVSH+DP S  ++PVASVSVLSRWNLKRCKNCQIHL+RDVHVDIT+VKR F+L ED+T H YTVDFVDRS SD++ + ASGR+ +GEW+LL GREK+ SVR+E++ R+
Sbjct:    1 MATAPAEWKSDTRYSLRELERWADQGHRKPLDDLFRAWRGIQELPPDDPNSYWAIAGYHGIPLAPFDPDQPHLPPPFAWWGGFCHHGNVLFPMWHRAYVHHLENALRTQVPDVTMAYWDKGSKDSRNYGMPASLTDEFIKLDGEVVRNPLQRFTFPVDIESSAQFQSPTKPSVADFSKRAGTHTVRYPMSTFYASKAEKVAAAGKAHNAAIRKRYPRYEDQLRALNLNVRLALVGDAQDDLSVDCDGTADGETYARLGRCLEAPNFNILSNNNSTGKWYTSVEQPHDEIHLAIGGQDHQPIKTEVPETYDKNGDLSKSTKAVVAQIMGSNGDMGENETAAFDPVFFFHHCNIDRMIWIWQKKWGKTAEGSIEIDPSDMEGTYGQSPSGQGGTRTIPGTTKLTMDTPLHPFKLPSGEYVTSRDVVDLRSQLGRGYSLGSFDKVEWPSEVIEKPGPEVILSVMNINKASFLGSFRVIVSHEDPASGTVTPVASVSVLSRWNLKRCKNCQIHLSRDVHVDITSVKRRFSLQEDITKHIYTVDFVDRSSSDKRRVVASGRYVDGEWKLLVGREKVESVRIEIDERD 582

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: UPI000346D8AA (tyrosinase family protein n=1 Tax=Synechococcus sp. PCC 7336 TaxID=195250 RepID=UPI000346D8AA)

HSP 1 Score: 350 bits (898), Expect = 1.170e-103
Identity = 210/545 (38.53%), Postives = 293/545 (53.76%), Query Frame = 3

Query:  666 RYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDP-DQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLAL--VGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWH---------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSAS-GQGGTRATPGTTKLTMETPLHPF-KAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEVILSVININKANFQGSFRVIVSHQDPTSDVLSPVASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDR 2258
            R+S+R L+   D G++KPL+DL RAW+GIQ LP  D  SF+V+ GYHG P A     D       + +WGG+C+HGNVLFP WHR YV ++E AL++ VPDV+M +WD+ S+++  HG+P  LT E  +LDG+++ NPL+ F  P  +   +           D+ K  G  TVR+P+S    +   E  AA +AHNA    ++P       +LN NV   L   G                  Y +  RCL+ P + +FSN  SA +WH         T +E PH++IHL+VGG             +D  G      +G S QI G+NGDMGEN TA  DPIFFFHHCN+DRM W+WQK+ GKT +  I+      +G YG S+S  QG T      TKLT+ETPL+PF K   G   TS D V++   LG  Y  GS +K   P + V     + ++ V  I++A+FQGSF V++++    S     +   SVLSR N+ RC NC  H     H  ++ V       +++   T++ D   R
Sbjct:    8 RHSVRYLQEQYDNGNKKPLEDLVRAWQGIQALPATDKRSFFVLGGYHGEPFAYRQAVDNLSTTDQYTYWGGYCNHGNVLFPTWHRVYVYKIEQALQSIVPDVTMPFWDETSEETLKHGIPTVLTQEQFELDGKLIDNPLRSFVLPEALSDQLPGDD------QDYVKPAGYETVRYPLSGLVGTP--EARAATDAHNA----KYPHSSVNTELLNQNVTAWLHGAGPHTSXXXXXXXXPKKNGIYWQFKRCLKTPNYTVFSNTTSAGQWHLDHPDRIPVTPLEAPHNDIHLSVGG-------------FDLPG------AGESGQIAGANGDMGENNTAGLDPIFFFHHCNVDRMFWLWQKQNGKTDKIEII------DGFYGTSSSDSQGPTPGISPGTKLTLETPLYPFAKDNFGTIFTSNDCVNIEKDLGFTYGSGSLEKPAAPEEEVAGFSTQTLM-VRGIDRAHFQGSF-VLLAYATVASGKKYYLGHYSVLSRRNVVRCANCLTHQEVIAHFSLSNVP-----ADEVEGATFSFDIQHR 508

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: UPI0016871834 (tyrosinase family protein n=1 Tax=Nostoc TaxID=1177 RepID=UPI0016871834)

HSP 1 Score: 350 bits (899), Expect = 1.290e-103
Identity = 211/528 (39.96%), Postives = 297/528 (56.25%), Query Frame = 3

Query:  654 KSNTRYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDPDQPHLGP--PFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWH-------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSAS-GQGGTRATPGTTKLTMETPLHPF-KAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEV-ILSVININKANFQGSFRVIVSHQDPTSDVLSP---VASVSVLSRWNLKRCKNCQIHLARDVHVDITAV 2192
            K N RYS+R LE   ++G+++PL+DL RAW+GI+ELPP D  SF+V+ GYHG P   +      L P   + +WGG+C+HGNVLFP WHR YV +LE AL++ VP V+M YWD+ S+DS  +G+P+ LT E  +LDGE++ NPL+ F  P  +   V    P+   +  + K  G  TVR+P+S    +   E  +  + HNAA    +P Y + +++LN N+   L G   ++  +D         Y++   CL AP + +FSN  SA++W+       TS+E PH++IHLAVGG             +D  G       G +  I G+NGDMGEN TAA DPIFFFHHCNIDR+ W+WQK+ G T E  I+      +G  G S+S  QG T      T L+++TPL+PF K   G   TS+D +++  QLG  Y+ GS   EE P  +  RS      L    I++A FQGSF V        ++  S    +   SVLSRWN+ +C NC  HL    H  ++ +
Sbjct:    6 KLNIRYSVRYLEEQYNKGNKQPLEDLVRAWKGIKELPPTDKRSFFVLGGYHGEPFQ-YRQQVDELSPVDTYTYWGGYCNHGNVLFPTWHRVYVLKLEEALQSIVPGVTMPYWDETSEDSLEYGIPSILTQEKFELDGELIDNPLRSFVLPEALSDYV----PSDNRI--YEKPKGYETVRYPLSGLVGTP--EAQSVTKEHNAA----YPDYEENVKLLNQNIIAWLKGPVPEEKPID-------SVYSQFQNCLRAPNYTVFSNTTSAAEWNKNHSGVITSLESPHNDIHLAVGG-------------FDVPG------QGEAGIIHGANGDMGENNTAAMDPIFFFHHCNIDRVFWLWQKQNGYTDEIDII------DGYQGTSSSDSQGPTPGIAPGTSLSLDTPLNPFLKDEFGTVYTSKDCINIEKQLGYTYAPGSL--EEVPHLMATRSDVSSGKLVASKIDRALFQGSFVVEAYATFKNANGESTKHYIGHHSVLSRWNVIKCANCLTHLEVIAHFPLSGI 486

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A7U4USB5_9BURK (Tyrosinase n=6 Tax=pseudomallei group TaxID=111527 RepID=A0A7U4USB5_9BURK)

HSP 1 Score: 338 bits (867), Expect = 3.950e-99
Identity = 217/553 (39.24%), Postives = 292/553 (52.80%), Query Frame = 3

Query:  666 RYSLRQLE-LWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDP-DQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVAD-FSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWHTS-------VEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVID-----PSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPFKAPSGDFVTSRDVVDLVNQLGTDYSLGSFDK---EEWPSQVVERSGPEVI-LSVININKANFQGSF--RVIVSHQDPTSDVLSP-VASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDR 2258
            R SLR L+ L+     +KPL+DL RAW GI+ LPP DP SF+ + GYHG P     P D       + +WGG+C+HGNVLFP WHR YV +LE AL++ VP VSM +WD+ ++DS  +G+P+ LT E  +LDG+ + NPL+ F  P  +   +       P  ++ + K  G  TVR+P+S    +   E     + HNA    +FP       +LN NV+  L G +      D   T +G  YA+  RCL AP + +FSN  SAS W++S       VE PH++IHL+VGG D            D+ GD V        QI G+NGDMGEN TA  DPIFFFHHCN+DRM WVWQK+ G T    I+ D      SD +G     A GQ           L++ETPL+PFK  +GD  TS D +++  QLG  Y  GS D    E   S +   +G     L+V  I++A FQGSF  +   +  DP        +   SVLSRWN+  C NC  HL    H  ++ +        D+    + V+FV R
Sbjct:   10 RRSLRDLQKLYDSNEDKKPLEDLVRAWAGIKALPPSDPRSFFALGGYHGEPFQYRKPVDDLPPDDIYPYWGGYCNHGNVLFPTWHRMYVYKLEEALQSIVPGVSMPFWDETNEDSLKNGIPSILTQEQFELDGKKIDNPLRSFVLPEALSDRL-------PGDSNIYEKPKGYVTVRYPLSGLVGTP--EALEQTKIHNA----KFPLPEKNAELLNSNVKAWLRGSSPTPK--DPNPTRNG-VYAKYVRCLSAPNYTVFSNTTSASVWNSSNPGYVTPVESPHNDIHLSVGGFD----------FGDQPGDEV-------GQIAGANGDMGENNTAGMDPIFFFHHCNVDRMFWVWQKQTGHTDHLDIIRDYPGTNASDSQGPTPGFAPGQA----------LSLETPLNPFKKSTGDAYTSEDCINIERQLGFTYGPGSLDDIAPELKASLLAVPTGNSTKKLTVTGIDRAQFQGSFIMKAYATVTDPNGKTREYYLGHKSVLSRWNVVHCANCLTHLDVVAHFPLSVIP-----AGDVPKAKFRVEFVHR 514

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A1B4SFD4_9BURK (Tyrosinase n=5 Tax=Burkholderiaceae TaxID=119060 RepID=A0A1B4SFD4_9BURK)

HSP 1 Score: 338 bits (866), Expect = 5.280e-99
Identity = 214/554 (38.63%), Postives = 288/554 (51.99%), Query Frame = 3

Query:  666 RYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLA---PFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVAD-FSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWHTS-------VEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIV-----IDPSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPFKAPSGDFVTSRDVVDLVNQLGTDYSLGSFD---KEEWPSQVVERSGPEVI-LSVININKANFQGSF--RVIVSHQDPTSDVLSP-VASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDR 2258
            R S+R L+   D+G +KPL+DL RAW GIQ LP  D  SF+ + GYHG P     P D   P    P+  WGG+C+HGNVLFP WHR YV +LE AL++ VP VSM +WD+  K +  HG+P+ LT E  +LDG+ + NPL+ F  P  +   +       P   + + K  G  TVR+P+S    +   E     + HNA    +FP       +LN NV+  L G++      D   T DG  YA   RCL AP + +FSN  SAS W++S       VE PH++IHLAVGG D            D++G           QI G+NGDMGEN TA  DPIFFFHHCN+DRM WVWQK+ G T    I+      + SD +G     A G+           L ++TPL+PFK P G   TS D V++ +QLG  Y  GS D    E   + +   SG     L+V  I++A FQGSF  +V  +  DP        V   ++LSRWN+  C NC  HL    H  ++ +       +D+    + V+ + R
Sbjct:   10 RRSVRDLQKLYDKGEKKPLEDLVRAWAGIQALPASDLKSFFSLGGYHGEPFQYRKPVDDLPPEDIYPY--WGGYCNHGNVLFPTWHRVYVYKLEEALQSIVPGVSMPFWDETDKYTLEHGIPSILTQETFELDGKKIDNPLRSFVLPEALSDRL-------PGDGNIYEKPKGYVTVRYPLSGLVGTP--EALEQTKIHNA----KFPSPEQNAELLNSNVKAWLKGNSPTP--DDPNPTRDG-VYAEYIRCLSAPNYTVFSNTTSASVWNSSNPGLVTPVESPHNDIHLAVGGFDFGGGPG------DEVG-----------QIAGANGDMGENNTAGMDPIFFFHHCNVDRMFWVWQKQTGHTDHLDIIRNYPGTNASDSQGPTPGFAPGE----------SLNLQTPLNPFKKPDGGIYTSEDCVNIEHQLGFTYGPGSLDDVTSELKQTMLAAPSGNSTKKLTVTGIDRAQFQGSFVMKVYATVADPNGKTREYYVGHQAILSRWNVVHCANCLTHLDVVAHFPLSMIP-----ADDVPKAVFRVEIIHR 513

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A510PMD9_MICAE (Tyrosinase family protein n=1 Tax=Microcystis aeruginosa 11-30S32 TaxID=2358142 RepID=A0A510PMD9_MICAE)

HSP 1 Score: 337 bits (864), Expect = 7.700e-99
Identity = 206/511 (40.31%), Postives = 282/511 (55.19%), Query Frame = 3

Query:  666 RYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLA-PFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWH-------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSASG-QGGTRATPGTTKLTMETPLHPF-KAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEVILSVININKANFQGSF--RVIVSHQDPTSDVLSP-VASVSVLSRWNLKRCKNCQIHL 2159
            RYS+  L+   D G++KPL+DL RAW+GIQELP  D  SF+VI GYHG P       D+      + +WGG+C+HGNVLFP WHR YV +LE AL++ VPDV+M YWD+  + S  HG+PA LT    +LDGE++ NPL+ F  P  +  S+    P+      + K  G  TVR+P+S    +   E  AA E+HNA    ++P       +LN N+   L G    +   +         Y    +CL AP + +FSN  SA++W+        S+E PH++IHLA+GG D       +P    + G L            G+NGDMGEN TAA DPIFFFHHCN+DRM W+WQK+ G T + +I +    ++G  G ++S  QG T      T L + TPL+PF K   G+  TSRD +++   LG  Y+ GS +K+  P  V+E       L V  IN+A FQGSF  RV  + +D         + S SVLSR N+ +C NC  HL
Sbjct:   10 RYSIGYLQDQYDCGNKKPLEDLIRAWKGIQELPITDKRSFFVIGGYHGEPFQYRKQVDELSQVDQYVYWGGYCNHGNVLFPTWHRVYVLKLEEALQSIVPDVTMPYWDETDEYSIKHGIPAILTQAQFELDGEIIDNPLKSFILPEALSDSI----PSDDRA--YEKPKGYETVRYPLSGLVGTP--EARAATESHNA----QYPHPSQNTELLNKNIVAWLTGREPREPEPEPDSPRAKGTYWEYQQCLHAPNYTVFSNTTSANQWNLDHANHVVSLESPHNDIHLAIGGFD-----IPSPSSLQEAGLLA-----------GANGDMGENNTAAMDPIFFFHHCNVDRMFWLWQKQNGFTDKDTIEV----IQGYAGTNSSDDQGPTPGIAPDTPLNLYTPLNPFVKDQFGNVYTSRDCINIEEDLGYTYAPGSLEKKV-PLNVLESGYSHKKLMVRGINRALFQGSFVLRVYATVKDENGQFKEYYLGSHSVLSRRNVVKCANCLTHL 487

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A4Q7NUG4_9FLAO (Tyrosinase n=1 Tax=Aquimarina brevivitae TaxID=323412 RepID=A0A4Q7NUG4_9FLAO)

HSP 1 Score: 337 bits (863), Expect = 1.160e-98
Identity = 221/561 (39.39%), Postives = 295/561 (52.58%), Query Frame = 3

Query:  663 TRYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDE-FIKLDGEVVRNPLQRFTFPMDIESSVQFKHP--TKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWH-------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPFKAPSGD---FVTSRDVVDLVNQLGTDYSLGSFDKEE-W-PSQVVERSGPEVILSVININKANFQGSFRVIVSHQDPTSDVLSPVASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDRSCSDEKPIAASGRF 2300
            TRYS+R+L+   + G++KPL++L +AW GI  LP DD NSF+VI GYHG P        P       +WGG+C+HGNVLFP WHR YV R+E AL++ VPDV+M YWD+ +K++   G+P  LTDE F+  DG VV NPL+ +     +   V   +   TKPA        G  TVR+P+S    +  EE   A EAHNA    +FP       +LN NV+  L GD       D     DG  Y     CLEAP +  FSN  SA+ W+       T +E PH+ IHLAVGG D        P              G S QI G+NGDMGEN TA  DPIFFFHHCN+DRM W+WQ +  +T   SI I P+          +GQG          LT+ETPL PF   +G    + TS+D ++   QLG  YS GSF +E+ W P  +   +     L V  I+++ F GSF V+V +       +S +   S+LSRWN+  C NCQ HL      D++         +++ +  + VD + RS  D+ P A   +F
Sbjct:   22 TRYSVRELQDMHESGNKKPLENLVQAWIGITSLPADDLNSFFVIGGYHGEPFEGQGAKNPD------YWGGYCNHGNVLFPTWHRVYVLRIEQALQSIVPDVTMPYWDETTKETIEKGIPWVLTDEQFVFSDGTVVTNPLKSYVLQKQVNDDVTGDNQRYTKPA--------GYATVRYPLSGLVGT--EEARKATEAHNA----KFPDPVKNTVLLNDNVKAWLKGDGVSP--TDPNPQKDG-VYWEYKSCLEAPNYTAFSNTTSAAAWNEKNSGIVTPLESPHNHIHLAVGGFD-------IPN------------QGSSGQIKGANGDMGENNTAGLDPIFFFHHCNVDRMFWLWQIQNNQTD--SIEIIPNYAGTDPNTLPNGQGPAAGQDPNQPLTLETPLKPFVKQNGGQTVYYTSKDCINSETQLGITYSNGSFSEEQKWAPMALKSEAKSAKKLMVSGIDRSLFSGSF-VVVGYIIIDGKKIS-LGKQSILSRWNVASCANCQNHLEVKAFFDLSHFSE-----DEINNAEFDVDIIGRS--DKMPKALDYQF 529

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BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A7U5CJA8_BURPE (Tyrosinase n=68 Tax=pseudomallei group TaxID=111527 RepID=A0A7U5CJA8_BURPE)

HSP 1 Score: 334 bits (857), Expect = 8.360e-98
Identity = 211/550 (38.36%), Postives = 285/550 (51.82%), Query Frame = 3

Query:  666 RYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDP-DQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKWH-------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIV-----IDPSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPFKAPSGDFVTSRDVVDLVNQLGTDYSLGSFDK--EEWPSQVVERSGPEVI-LSVININKANFQGSF--RVIVSHQDPTSDVLSP-VASVSVLSRWNLKRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDR 2258
            R S+R L+   D G +KPL+DL RAW GIQ LPP DP SF+ + GYHG P     P D       + +WGG+C+HGNVLFP WHR YV +LE AL++ VP VSM +WD+  + +  HG+P+ LT E  +LDG  + NPL+ F  P     ++  + P   ++  + K  G  TVR+P+S    +   E     + HNA    +FP       +LN NVR  L GD+      D   T +G  YA+  RCL AP + +FSN  SAS W        T+VE PH++IHLAVGG D+   +                    + QI G+NGDMGEN TA  DPIFFFHHCN+DRM WVWQK+ G T    I+      + SD +G     A G+           L ++TPL+PFK  SG+  TS D +++  QLG  Y  GS D    E  S +   SG     L+V  I++A  QGSF  +   S  D         +   S+LSRWN+  C NC  HL    H  ++A+       +D+    + V  + R
Sbjct:   10 RRSVRDLQKLYDNGEKKPLEDLVRAWAGIQALPPSDPKSFFALGGYHGEPFQYRKPVDALPQSDIYPYWGGYCNHGNVLFPTWHRMYVYKLEEALQSIVPGVSMPFWDETDEYTLRHGIPSILTQETFELDGTPIDNPLRSFVLP----DALSDRLPGDGSI--YEKPKGYLTVRYPLSGLVGTP--EALEQTKLHNA----KFPLPEKNTELLNGNVRAWLRGDSPTPDDPD--PTRNG-VYAKYVRCLSAPNYTVFSNTTSASVWSSSNPGLVTAVESPHNDIHLAVGGFDYGGRE--------------------TGQIAGANGDMGENNTAGMDPIFFFHHCNVDRMFWVWQKQTGHTDRLDIIRNYPGTNASDSQGPTPGFAPGE----------SLNLKTPLNPFKKASGEAYTSEDCINIERQLGFTYGPGSLDDVTPELKSLLAVPSGNSTKKLTVTGIDRALIQGSFIMKAYASVTDANGKTREYYLGHKSILSRWNVVHCANCLTHLDVVAHFPLSAMP-----ADDVPKAKFRVKIIHR 509

[Close]

BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: UPI001F27EC00 (tyrosinase family protein n=1 Tax=Pseudoalteromonas sp. MMG024 TaxID=2909980 RepID=UPI001F27EC00)

HSP 1 Score: 334 bits (856), Expect = 8.590e-98
Identity = 210/530 (39.62%), Postives = 283/530 (53.40%), Query Frame = 3

Query:  666 RYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYARLGRCLEAPTFNIFSNNNSASKW------HTSV--EQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSASGQGGTRATPGTTKLTMETPLHPF---KAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEVI-------------LSVININKANFQGSFRVIVSHQDPTSDVLSPVASVSVLSRWNLKRCKNCQIHLARDVHVDI 2183
            R+S+R+L+   D+G+ KPLDDL RAW GI+ LP DD NSF++I GYHG    PF+     L     +WGG+C+HGNVLFP WHR YV R+E AL++  PDV M YWD+ S+++   G+P  LT+E  +LDG +V NPLQ + F  D+              + +SK  G  TVR+P+S    ++  +     E HN    N+FP + +   +LN NVR  L+  +  D S     T  G AY +  RCL+AP +  FSN  SAS+W      HT V  E PH+++HLAVGG D        P+             G    I G+NGDMGEN TA  DPIFFFHHCN+DRM W+WQ + G T    I+ +      +   +  GQG         +LTMET L+PF    AP   + TS D +++  QLG  YS GS       S +V+R   E +             L V NIN+ANF+GSF +    Q    +    +   S+LSR ++  C NCQ HL   VH D+
Sbjct:    7 RHSVRELQNMYDQGNTKPLDDLIRAWIGIKSLPVDDLNSFFIIGGYHG---EPFEGQGATLK---QYWGGYCNHGNVLFPTWHRVYVLRIEEALQSFEPDVMMPYWDETSEETLRLGIPKVLTEEKYELDGVLVDNPLQSYIFQKDVMDV--------KGESLYSKPEGYKTVRYPLSGLVGTQAAQEKT--EIHN----NKFPNHTENTALLNENVRAWLISGSTSDKSPKPKTT--GTAY-KYFRCLDAPNYTAFSNVVSASEWTQNNSGHTIVALEDPHNDVHLAVGGFD-------VPE------------QGEFGLIAGANGDMGENNTAGLDPIFFFHHCNVDRMFWLWQVRNGHTDNFEIIANYPGTNASGDIAKGGQGPAVGQQDDEQLTMETNLYPFLKGDAPDEIYYTSNDCINIETQLGFTYSDGSL------STIVDREKNEELSIFEDITIKSTKKLEVSNINRANFKGSFVIRAYAQ--VGEKTFFLGHRSILSRGDVSNCANCQTHLGVVVHFDL 486

[Close]

BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Match: A0A261GVB1_9GAMM (Tyrosinase n=1 Tax=Hahella sp. CCB-MM4 TaxID=1926491 RepID=A0A261GVB1_9GAMM)

HSP 1 Score: 333 bits (855), Expect = 2.440e-97
Identity = 203/527 (38.52%), Postives = 286/527 (54.27%), Query Frame = 3

Query:  660 NTRYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPNSFWVIAGYHGIPLAPFD-PDQPHLGPP---FAWWGGFCHHGNVLFPMWHRAYVKRLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPLQRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEVAAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTADGEAYAR-----LGRCLEAPTFNIFSNNNSASKWH--------TSVEQPHDEIHLAVGGQDHRPIKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHCNIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSAS-GQGGTRATPGTTKLTMETPLHPF-KAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVERSGPEVILSVININKANFQGSF--RVIVSHQDPTSDVLSP-VASVSVLSRWNLKRCKNCQIHLARDVH 2174
            N R S+R L+   D G+RKPL+DL RAW+GIQELPPDD  SF+++ GYHG    PFD  +     PP   + +WGG+C+HGNVLFP WHR Y+ +LE AL++ VP V++ +WD+ S+++   G+P  LT E+ +LDGE ++NPL  +T P+ +  +V   +        + K  G  TVR+P+S    +   E  AA   HNA    ++P   +  ++LN N+   L G  +D+   +   T D     R       +CL AP + +FSN  SA +W+         ++EQPH+++HLAVGG             +D  G       G S Q+  +NGDMGEN TAA DPIFFFHHCN+DRM W+WQK+ G   +  ++       G YG ++S  QG T   P  T L + TPL+PF K   G+  TS D +++  QLG  Y  GS D+   P  +    G    L+V  IN+  F GSF  R   S  D    +    +   +VLSR N+ +C NC  HL    H
Sbjct:    8 NVRRSVRDLQAEYDRGNRKPLEDLIRAWKGIQELPPDDKRSFFILGGYHG---EPFDYRNAVDALPPDDIYTYWGGWCNHGNVLFPTWHRIYILKLEEALQSIVPGVTLPFWDETSEETVKKGIPDVLTREYFELDGENIKNPLYSYTLPLSLSDNVPGDNKA------YEKPAGYETVRYPLSGLVGTP--EARAATAKHNA----KYPNPIENTQLLNKNIIAWLHGSGKDE---EGPTTTDPNPKGRGVKWMYEKCLSAPNYTVFSNTTSAGQWNLDHPAKSVVALEQPHNDVHLAVGG-------------FDIPG------QGESGQVADANGDMGENNTAALDPIFFFHHCNVDRMFWLWQKQNGFINKLEVIT------GYYGTNSSDSQGPTPGIPPGTPLDLNTPLNPFIKDEFGNPFTSMDCINIEEQLGYTYGPGSLDEVPKPEPIT--GGSTKKLTVRGINRGLFDGSFVIRAYASVPDAQGQLTEYYLGDHAVLSRRNVVKCANCLTHLEVIAH 489

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot

BLAST of mRNA_P-littoralis_Contig619.35.3 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FJB5_ECTSI	0.000e+0	81.79	Monophenol Monooxygenase n=2 Tax=Ectocarpus TaxID=...	[more]
UPI000346D8AA	1.170e-103	38.53	tyrosinase family protein n=1 Tax=Synechococcus sp...	[more]
UPI0016871834	1.290e-103	39.96	tyrosinase family protein n=1 Tax=Nostoc TaxID=117...	[more]
A0A7U4USB5_9BURK	3.950e-99	39.24	Tyrosinase n=6 Tax=pseudomallei group TaxID=111527...	[more]
A0A1B4SFD4_9BURK	5.280e-99	38.63	Tyrosinase n=5 Tax=Burkholderiaceae TaxID=119060 R...	[more]
A0A510PMD9_MICAE	7.700e-99	40.31	Tyrosinase family protein n=1 Tax=Microcystis aeru...	[more]
A0A4Q7NUG4_9FLAO	1.160e-98	39.39	Tyrosinase n=1 Tax=Aquimarina brevivitae TaxID=323...	[more]
A0A7U5CJA8_BURPE	8.360e-98	38.36	Tyrosinase n=68 Tax=pseudomallei group TaxID=11152...	[more]
UPI001F27EC00	8.590e-98	39.62	tyrosinase family protein n=1 Tax=Pseudoalteromona...	[more]
A0A261GVB1_9GAMM	2.440e-97	38.52	Tyrosinase n=1 Tax=Hahella sp. CCB-MM4 TaxID=19264...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig619	contig	P-littoralis_Contig619:138377..154594 -

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.D7FJB5
PFAMs	Tyrosinase
Model size	4247
Max annot lvl	2759\|Eukaryota
KEGG rclass	RC00046,RC00150,RC00180
KEGG ko	ko:K00505
KEGG Reaction	R00731,R02078,R02363,R02383,R04693,R04884
KEGG Pathway	ko00350,ko00950,ko00965,ko01100,ko01110,ko04916,map00350,map00950,map00965,map01100,map01110,map04916
KEGG Module	M00042
Hectar predicted targeting category	other localisation
Exons	16
Evalue	0.0
EggNOG OGs	28UM2@1\|root,2RXVS@2759\|Eukaryota
Ec32 ortholog description	Monophenol Monooxygenase
Ec32 ortholog	Ec-12_008160.1
EC	1.14.18.1
Description	Common central domain of tyrosinase
Cds size	1749
COG category	S
BRITE	ko00000,ko00001,ko00002,ko01000

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680791288.580107-UTR-P-littoralis_Contig619:138376..140245	1680791288.580107-UTR-P-littoralis_Contig619:138376..140245	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig619 138377..140245 -
1680791288.799271-UTR-P-littoralis_Contig619:149359..149510	1680791288.799271-UTR-P-littoralis_Contig619:149359..149510	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig619 149360..149510 -
1680791288.809351-UTR-P-littoralis_Contig619:154116..154594	1680791288.809351-UTR-P-littoralis_Contig619:154116..154594	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig619 154117..154594 -

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_Contig619.35.3	prot_P-littoralis_Contig619.35.3	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig619 140246..149359 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig619:138377..154594-
coding sequence from alignment at P-littoralis_Contig619:138377..154594-

protein sequence of mRNA_P-littoralis_Contig619.35.3

>prot_P-littoralis_Contig619.35.3 ID=prot_P-littoralis_Contig619.35.3|Name=mRNA_P-littoralis_Contig619.35.3|organism=Pylaiella littoralis U1_48|type=polypeptide|length=583bp
MATAPAEWKSNTRYSLRQLELWADEGHRKPLDDLFRAWRGIQELPPDDPN
SFWVIAGYHGIPLAPFDPDQPHLGPPFAWWGGFCHHGNVLFPMWHRAYVK
RLENALRTKVPDVSMAYWDKGSKDSRNHGLPASLTDEFIKLDGEVVRNPL
QRFTFPMDIESSVQFKHPTKPAVADFSKRGGTHTVRFPMSTFYASKVEEV
AAAGEAHNAAMRNRFPKYGDQLRVLNLNVRLALVGDAQDDLSVDCAGTAD
GEAYARLGRCLEAPTFNIFSNNNSASKWHTSVEQPHDEIHLAVGGQDHRP
IKAETPKIYDKIGDLVESISGVSEQIMGSNGDMGENETAAFDPIFFFHHC
NIDRMVWVWQKKWGKTTEGSIVIDPSDMEGTYGQSASGQGGTRATPGTTK
LTMETPLHPFKAPSGDFVTSRDVVDLVNQLGTDYSLGSFDKEEWPSQVVE
RSGPEVILSVININKANFQGSFRVIVSHQDPTSDVLSPVASVSVLSRWNL
KRCKNCQIHLARDVHVDITAVKRLFALGEDLTSHTYTVDFVDRSCSDEKP
IAASGRFANGEWELLAGREKIASVRVELESRE*

mRNA from alignment at P-littoralis_Contig619:138377..154594-

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig619.35.3 ID=mRNA_P-littoralis_Contig619.35.3|Name=mRNA_P-littoralis_Contig619.35.3|organism=Pylaiella littoralis U1_48|type=mRNA|length=16218bp|location=Sequence derived from alignment at P-littoralis_Contig619:138377..154594- (Pylaiella littoralis U1_48)
GGCACACGCCATTTCAAGGAGCAAAAAAGTCTGCGAGATGGAGGAAGAGG
GCGCTTAGCAAGGAGGTCCAGAAAGCGCAGTCCGGGACAAGGGTAATAAG
GGCGTAGTGGGGGATTTTCCTGTGGTGTAAGAGAGGATCGCAAACCGCAG
CATCAGCAAGCACCTCCATACGAGATCTTACAAAAAGATTCTCCACCGAC
GGAAAAATAACAAAATAAGAGATAAAAAGGGGCGGGTGGCGTGTGCCTCT
CTCATTTTCCGCCGCAGCATTGATTGCGTTGGCAAGGTCCCGGTCCTGCA
GGACGAGCGATGATGTCAGCACTTTTCGGTAGAAACGGGCGGTGACGCCT
TGATGCCTGCACAGAAGGTTCACACCGTGTGGCATGCAACCACGGGTTCA
AGGCTGTTCGCACACGGGTGGATTGGACCGCTAGCTGTTAATCGTTGCGT
TGCCTGTCCGAGCTGGTCGTGATCGCAGGTAAGAACACGTTCAGTGCGTT
CATTTGATGTTGCCGATCACCATGGATGCCGCATTCAATGGGCAGGTAGA
ACAGATGATGTCCAAGCTGGCTGTATGGACAACGTCGGCATCAGCGTTGT
GCCCCCAGCAGCTCGTGAACACATTTTATTAGAGACCGCCCCGAAAAACT
GGGTCTGCGTCGACCATCCCGTGCACTGCTGTTATCGTCCTGGTCCCCAC
CATGGTTGCGCACATTACGTACCAGGTATCACGTACTCCGAGTACATGTT
ATACATGTGATACCTGGTTTTATGATGTACCGGCTTCGTTCTCTTCGGTT
GGAGTTGAAACGGCTGCTGTCGCTTTATTTTCTTCCGTTTCTTTCGGGCG
GGTAAGTTTTTTTTTTTCGTTTTTTTTGCTGCTGTGTGGACAGGATAAAT
CGCCGGAAAGAGCGAAGCGGTAACCAACCGTAACATCATGCTGTGTTTAT
ACATGAAACCCGGCACGGAATGTTATGCTTTTATACTATACCTTCCTGCT
GTACAGGAGCAGCAGTAAACAAAGACAAGAAGTCATTTTTTCTAACAGTC
ATCTATCTGGCGTGCCAGATCTTCTGTAGAAACCCACGTGCCGCAGATGG
AGATCGTAGGGCATCCGGACGGAAGTCTTGTGCGTTGAAGTCGCTGCTGA
CCGGCCCGCGATACATGTGCGGTACTATATGCTGCTGTGCCGTATAGTGT
GCAGTGTGGGCCCATCGTGCATATTGTACTCGGTGCGATCTACTATTTAC
TACCCATGCGATCTACAATTTACCCTCCAGGTACTCAGTGGTTAGTCTCC
CGCAGGGCGCCGGCTAAACGCTGAACGTGTGCATGGGTCGCTCTTGCTGT
TGGGTGAAGTAGAGAGGCCTTCACCAGCCTCACCAAGGAGTGTATTATTC
CATGTCAAACGTACGAGTGAGAGGAGAGGCATCCCCTCTCTCATCGGCGG
GAAACATAATTCCCCGCTTTTCTACCTCTACCTCCCGCAGCACTGTCATC
CTAGGTGAGCATGCCTTCTACTCTGTCACCAAACCCATTACGCAGATCTC
CTCTGGACTACATCTATAGACTGGGCACGAGCACAATTCGATTACCGGCA
AGGCGAAGGAAAGATTTGCAAATCTCGGTGCGGTTCGGTGATGATACCCA
GACTCTCAGGTCTGAGCATAGCATGACATTCGTTTCGTACTTTCGTAAAA
AATGAAAGAGAGTCAGAGGGCCACCCGAACAAAAAGAATGTCTTACCGGA
TCAGATCATATTATATATGATATCATACGTTTCCAAAGAAATCCTATTTT
TATTCTGTTTGCCTCTCCGGCAGAGCCGATATCACACAAAAGTACTCCCC
TCCCTCAGGTACTTGTCTTTAATTAGTTTGGCTATGTTTCAGATGCCCTC
GATTCCTGCGGTATACACCAGCTGCAGCAAGCAGCATGCGTTACGTTCAG
ACGTGAGAACGCTTCGTCTGTATAACGTGCCCTTGCGTTGTAGCCGTGCA
CACTCACGAACACGAGCACGTACTGTACCAGGGAGTAAACAACCGCGAGC
GTATCGCAATGCAATGTGCAACGGAAGCCGAAACGCTGTTGCATCTATGT
CATGTCGGGAGTGATGCTCTGAAGGAACTTACCCCATGGGTAACTTGCGA
GTTCAAAGCCTGAAAGTGGACCGCAGGAAACCGGCGCAACGTTGAAATAA
CAGCAATTTTTAGGGGCTCTCCATGATTGAATACAGGCCAGTTCACGGAA
AGATCCTACATATAATCAACAGTCCCCAGAGCAATAACCATACTGACCGC
CGTCAATAGCAGAAGACTATCATACGCCATTGCTATTTTTTTGTTCAAGG
TTCTAGCCGTGGCGCTAGGGGGAGAAAATGTGTTCCGGCCGATGAATGAC
GCTGTTTAACACGCCCCCTTTTGAGTTAAATGAAAACTAGTCATTCTCGA
TTCGTGCTCAACCCGGAAATCATGAGGAAAGCGCGCAGGATGCCCAAATT
GAAAACACAACCGAAAATTGAACCTCGGACCACTCAACCACCGGGATCTC
GCTGTGGACTGGGGCCACAATCTACCAACTTGGTGTACCCAAGCTCAGAA
TATAGGAGCGTTCGGTCCAACGGGTTTGGTCGCGATTGGTGTCCTGGCGG
CCGAACACCGATTGATGTTGTCACGTGTTGTGTTGCGAAAGCAAAGTATC
GGGCTATTTGTGTGTGTCGCCGCCAACCGAATCTAGCTGATTTTCGGAAG
GGATTTCCGGCTGCATAGACCGCCTTACTTAGGCTCTGAAATTTTGCAGT
TTTTTTGCACACATGTTGTGCAGCAGTACAAGGTTCCCCTTCGGGATGCT
GGTATGATACGTGTATCTTCCGGGGCGAATCAAGACGACACCATCGAAGT
CACACGCACTACCACTAGTCTGCTGTTGCACCTGTGTTCGCTAGTAAGTA
GTGCTCGCAACCGCAAACATCGCATGTACTGAGTATTTCCTGCTGGTAGA
GGCGGATATAAATACGGATGATGGACCAGTCGTCATTGTATCCTACAACA
GCAGTGGTGGTATGGATTGTGATCTGATGTCTGATGTTGTATCATATCAT
TCTTCGAATGTATTCATGGATGTACAAATGTAGACGAAGGTGGCGTAATT
ATATTGTGAATATTAAAATAACTAACATCCGAAAAAACTCGAAATTCCCA
AAAGTTTTAAAAATATTTGAACTTTGAATTTCTAAAATTTGGGTATTTCC
GTTTCTTATACTCCGTACTATTTTGATGTGAAGACAACACATATACTTTG
CATGTCTTGCCATGAGACTTTCGCTGTGCTCTGCTGTAGAAATCGTCTGC
AGAGTGCATCCACATCTACACTACCTTGCAGCTTGTAGTTTCTCTCATAT
TTGTACCGAGGGGTTGTGAGGTGCATAATATGGTGAGCAGGTCTATTATA
TTTGAGGAGCTCGTCTTGAAACGTCTATGAGTGTGCTGCTTGCTTCTGTG
AGATTTGAAAAGTTCACACAAAGGGGTCCTTTCCATACCCTTTGGTTCAC
ACGAGGAGAGCGGGCCGCGGGCCATTTGTGTGTGGGCTTCGACTTGCTTC
GGCGGGCTTTCGCTGCCCGGAAAGCGATCCCGCGAAATAGAGCCAGCCCC
GGCGACTTTGGGCGTCGAGAACACGGGCCACTGATGTTGGGCGACCCCCG
GACCTGCACGGTAATGTACCGACGGGTCTCTTGCATGCCTCCAGCAAAAA
TCGCGAGCAAAGAAGCGCTGCCGGCGGAGAAATCTAGACCCAAGCATGAA
AAATGTTGAAATTGTACATATACATACAGTATAATGGGTCGATAGGCAAC
TTTGAACGTGACCAAGGTTTATTCGTTTTTTTTGTTCATCAGATTTTTGG
GGTCGTAGTCGTCCCAGACAGCCCCGCAATACCTTTATTCTAAGATAGCA
ATCGAAATAAACCTTGGTCACACAGACGTTGCGTACACCGGCCCATAGTA
CATGCGTAAAACAATTCAGGGGATGACTCGAAAAAACCGCGTGATAAATC
GCTGCTGACTAACTATTGTATGATGGCGTTCAATCTGAACCAGCCTGTAA
TCCAACGTGAGAATGGGAAAGAGAGAGAGAGAGAGTATTTTTCTTTACCC
GGCTTAGCGCTAAATTTGCACAATCATAAATTATTGCCCGGAGCGTTCTG
CATGTATTCAAGCAGACGTTGGGTGCGTAGTCCAGAGTCCAGAGTTCAAC
CTGCATGTCGACAACATTTGTGTGTCTCTCGTGGACCGGCTAGAATTTTG
ACGAGTCCGACAATCAGTCGATTCTCAGTGAACACGTGATGATAGTGCGC
ACTACAGGGCCAGTATGATTAAATTCTCGGCAAACTTTGGGGATTTCGAG
TATCCCGATACGTTGTTGCGTAGGCTGACACCGCGAAGAGTCGGGTCAGA
CTACCGAAGCAATTACAGCTGCTGTGGGATACACGGTCGAATTGCTTTTC
AAGACTAATAATAAGGAAAGGGCGCATGAAGTGCATTCAGACGGAAAAAC
TGCAGGTACTCGTGTTGCCGTACTCAATCAACACTCCAGCGTTGATGATA
AAGTGTCGAGAGTGAGTTTGGATCATTTTAGGCTGCAGGGAGGACAATCC
TCCAAAGGAATCTTGATACGGCAAAATAAAGCCGCGATCGGTTATCGGTG
TTGAACAAAACGCGCAACATGTTTTTTCCCGCGCAACTGCGTCAACAGCA
GTGGGCGTTGGTATTGTTGTCTTGTTGCTGTCAACAGAAGCGCTCTTTTG
AAATTACACTACTGTACTGCTGTATCACTTTCAAATATTCGCTCGCATTG
CAGGGGCGTGCGTTCACCCGCTATCGCGTACAAGCGCGGTTCTTACCTCA
TCTCAGCCGACGTGGTCGTGTTTGATGCACAGCGCCCGTCGCCTAACAGG
AAAATCGAAATCGGGAAAACAAATCTTGAGCCACTGCTGTATCTGCTCCC
AACCCTTGTCCCTGAGTATGATACCCCTTTCGTGTTTCTTGTCGCTATTC
TTCGCTTTTCTTTTTTGTACGTGCGGCGTGGCAGCTCCAAGGACGACCGG
AAAGCCTCACAGGCGGCGTGATTTGGGAGATTTGTGTTCCACGGGCGAGT
GGAGGGAAAACGGGTTGGCCAGGGATTGGCAGCTTCGTTCAAGTGTTTCT
GTCTGTGCTGGACGGCGAGACCGTTTTGGCGCGGTATGGCGACGGCACCT
GCCGAGTGGAAAAGGTGTGTTTTTTTTGCCTTCTGGGACATTTACGGCAG
TTGAAAAATGTTTTTATGCGTCATGGTGTGTCCGAGAAACGCACAACAGG
CTATTTCTAATGTGCCGAAAAACCGCCATCAGAAAAGGCCCTTTCCAACA
CTGACAATTGCCAACGCATTTTTTCCAGCACCGCTTCTTACGCAGCATCA
GGTTGTAGGAAAGAAAATAATCCGAAAGTATTACAGTCACAGTTCAGCGG
TTGTTTGATGGTTGACACTCAAGAGTTCAGAGCGGGTACCAGCTCTCTCG
CGATCCCATCATGATGGCTGTAGGTCTATCGCTCTCGAACGATTTAAGCC
ACAGTATGATACAAGAAGAAGCAGTCCAATGCCAAGCTACGGGGTGGCCG
GAGTGGAAAACCTGTAGGGCGGAGTGGTGGTGTAGCTGCTGCCAAAGATG
TGGGGCAGAAACAACTGGGTACGGTGGTGCCAGTAGCAGGAGGCATGAGT
GCGACTGAGGAGAGCAAGCGTGAACAGGCAGACCTCGTGGCAAGACATGT
TTGCGATTGATTTCATGCCTTGTATTTTATTTTTATCACCTCCTCCCCCC
CCCCCCGACTTCCAGTACTTCCGGTCTTCTTTTCCCTTTTCGTTCCCCTG
CTTCTTCTTTGTTTGGCGGCCTGTTTGTTGTGTTTGTCTACGAATGCACT
CCCTGAGTCTTTGTGCCCTCCCTGTATCTTCTTCTTTTTATTTTATTTTT
TGTCTTTCGTCTATTGATCTTATAGTTACTGGACCATCGCCCTGGTTTGC
GTTTGCCTTGGTCTGTCATGGCCCTGGGTCCTGGTCCGATGTACGAAGTA
CTTCGAAGTATATGGTTATGGTTGAGGTTTGTCTTGGTTATTTTTGTTTG
TCGGACTGTTTCCAATTTTTGTTTTTCTTTCGAGCCTGTTGTTTTTTTCT
GTATTAGTTTGGTATTCTGGCCACCACAGATGGTACCCCAACGGTACCAT
ATCTGATTTGACTGTGGGTGATCATAGTCCATATATTTTATTTTTTTATT
TTTTCCTCCTAGCACGATATGTGCCTGGTTTGTGACCACGGGCTAGACTG
CGGCGGTAGTGAGCTAATGTGAGAATCAACAACAACAACAACAACAATAG
ACATCGCCCGTGACCGGTGCATGGTTTCGTTCGTGTGGTGATTCTTTGAG
ACCGCGAGGCATTGGCAGGCTCGCGTGATATGTATGCCAGTCACCCCGCT
CACTGTGAAGCTCCTGGCGTGAGGTGTTCACATTGTTTTGTGTACAGTTT
TCTGATCGCCCCGAATATTGTCAGACGAGAAAAGCCTTGGTGTTTTTCGA
CAAATAGGATGGTCGACCTTTGTCCAATCAAGACACCTTATGTGTGGCTC
GATGCACGCAATCGCGCATAAACGACTTCCAATCTATTGTAGCAGTGCCA
ACGTGTTTGCGAGGGCTAAGGTATGATCAGAAGTAGAGAACGAGAAAATC
CGAGCTTGTACATGCGGTCATTGCTTAAGGGGCAACGCACAGCGCGAGAA
CCGAAACGCTTGAAGCCTGTCCGTGGTGAATGTGGCAATGGCACACAATA
CGAAGAACATGCTCAGAGATATTTGCGCCACATCATGCGACTGCACCAAA
GTCGGCTGAGTTGCCACGCGGTGCTATTTAAACAAGAGTCTAAGGCACGT
GCTAGGATATCATACGACATGTTTTGATGCACGTCGCAGCGGCAGCGCTG
AACCATTCATAATGATCAACGTTTATTTCCCTCCGTCTGTCTTTGCTTTC
CGCAGCAATACCCGATACTCCTTACGCCAGCTGGAGCTTTGGGCCGACGA
AGGTCACAGGAAGCCGTTGGATGACCTTTTCAGGTGAACGGGGCCACCAA
CCAACTTGCGGCCATCTTCGTCCAGGTTGTTTTATGTTATAGACTAAGTG
TGCCTCGGCCATGGATGGCCCCATGGCTGTGGAGGTTTTGAGCTTGGAAA
CCAGTCAAGGTGACACCTCTCGTAGCACGCGGCAGGTGTGTTCTAGTTTT
ATTCGTATAACCGTTTCCTCGTCCACACCAGTTACCCTCCCCCCACCCCA
AAGTGTGTCTTACGGTGCTTCCTGCGCGTGGGATTTTCGCCGGTCAGGCA
ACTTCGACCGAGTGCTGTTCGTGATTTCCGATAAAAACAGGAGCGGGTGC
CGTATAGACTAGCAAGCAGCCGCAAGTGGACGCCACTGCGGCTGCTATTT
TGCGCCACTGCGTATATGCGCTCAACGCTCGTGTGCCATCGAAGTCGTCG
ATGTGTTGCTGATCCACTTGTGGTGGCAGGTCTAGGGGGTTCGACTGCTA
TTCTGATGTCCACAGCATCCCCCGCCCTCCCCCTCCCCCCTCCCACCTTA
CACCCGCCCGTGGCCCTCTCTGCCCTGCGACTGTTAAACACAAGGGCGTG
GAGAGGCATCCAAGAGCTGCCTCCCGATGATCCCAACAGCTTCTGGGTAA
TCGCGGGGTACCACGGGATTCCTCTGGCTCCGTTCGACCCGGACCAGCCG
CACCTCGGCCCCCCTTTCGCCTGGTGGGGCGGCTTCTGTCATCACGGCAA
CGTCCTCTTCCCCATGTGGCATCGGGCGTACGTCAAACGTCTCGAAAACG
CCCTCCGCACCAAGGTATCCGAGCTAGAGGAAGTGAGAACCCGCCGTGAC
TCCTGCCGCGCTGTTCGACTGGCGCGGGGGTCGACGGAAGGGCTTCCCCC
TGTGGCCTGTTGATGTTTCTGGGCCGCCTTTGCCTGGGTGTGCTTGGTTT
CTGCTTGTATCCCGAGACTCAATGTACGCCTGTTCGCCTACTGCTGTCGG
GTTTGCAAAAGTCTTTGGAAAAATGTCTCGGCTGGAAAAAGCAGTCCAAC
AACGTTGGATTATACGTTTTGCACCACAATCGTACCTGAATCGCCCGCCG
GCCGACGTCGTCAAATGAACGAATATCCCCTCCTTACAAGTGCTGCTTGG
CGACGACGCCGAACCCTCTACTTCTCTCTGGTAGGTTCCGGATGTGAGCA
TGGCCTACTGGGACAAGGGCTCGAAGGACTCCCGCAATCATGGCTTACCA
GCCTCCCTTACTGACGAGTTCATCAAGCTTGACGGAGAGGTGAACACAGA
AACACATTCGCGCGCTAGCGACGTCAAGACAGTAGCTCACCGCCACTACC
TCTATCCTTCGGAAAACCTTCGCCCTAGAATGGCGCCCTTTGCCGCGCAA
TTTGCGGTTTTTGTGTGACTCACGGCCTCCTTTGTGACGTTTGTAATGTT
CGTCCGCCTTTGTGTGAGCAGGTGGTCCGGAACCCACTCCAGCGCTTCAC
GTTCCCTATGGACATCGAATCGTCGGTACAATTCAAGCATCCGACGAAAC
CGGCAGTCGCTGACTTCTCCAAACGAGGGGTGAGAATTCCTTCCGTGTAC
TCGTAGAGAGCTGAAATTTTTCAAGGCCGTCGCGTTGCTGCGTATTCATC
TGCGATCGTGCCGGCCAAGCAACTGGTGGTGGTGCATATCTTATGTCGTG
CTCATTAGCGCCAAGAATGCGTGCGAACTCCGCGCACGTCAAGGGCGGAT
TTTCTTGCCCGAGCAGGCAATGCATTTGATAGCGAGAGGCCACCTTGTGC
TTGCGGTAAGCGGCGGAGGTGATCTAACCTGAAAAAGGTGTCTCGCGTCT
CGGCTGAAAACGAACAAAAAAACAAAAAAAACGGCAGGGCACGCATACGG
TACGGTTTCCGATGTCAACGTTCTACGCGAGCAAGGTCGAGGAGGTCGCC
GCTGCTGGAGAGGCGCACAACGCCGCCATGCGAAATCGCTTCCCAAAGTA
CGGAGACCAGCTGAGGGTACTCAACCTCAACGTCAGGCTTGCCCTCGTCG
GGGATGCCCAGGTACCCAAAAGTGTGGGTTTGTCGGTGTTTTTCTGGGGA
AATCAAACCTGTCTTGGCCCGTCTTGACAGTTCGGTTGACGCACGGATTA
GTTAATCTGATCTGTACTCTGTGCTGTCTGCGGAGGGTTCTGCGCCAGCG
CTGCCGTGGTTCTGCACGTGGTTCTGAATCTGAAGTGAGTTCTGAAAGTC
CGAACAGGACAGGGCGCTGAAATCGTTTTTTCTTCCGTGCTGTTGTGAAC
GCTGTGGAACAAACAGATGTCCCAAATCAGCTTCACCCTGATTGCTGCGT
GCAATGTGTGTATGATTTTTAAGGATATGAATGTTTATCTATTTTCACTG
TCGGGAGGGCAAGCGTGCTGCTTCTCCATCTTTGGGTGCCCTGGAAAGTA
CTCCACTCAAGCAAGAACGGCAACACAACTATTGCGTGGGTGTGTGTATA
CTTTCCGGCACTTTGAACTTTGAGACAATTCGGTCGCAGTTTTTGCGCAA
TGTGCGAGAAACAACGTTGCACTCTCGAACGGGGAAACCTTCAACATTGC
GAAAGGATCACTTATTGTTCACACCCACGGGCGTCGAGCAGGATGACTTG
TCCGTGGACTGCGCAGGAACGGCCGACGGGGAAGCCTACGCGCGCCTGGG
GCGCTGTCTCGAAGCCCCCACCTTCAACATTTTCTCGAACAACAACAGGT
AACGTGCGTAGACGCATGTACTGACAGAGTTGTTGTTGTTGCTGGTGCTG
ATGCTGCTGCTGCTGCTGCTGCTGCGGGTTTGTTAGGCAAGGAGGGGAGC
ATTTTGGTCGAGCCGTGTTTTGTGCGTGGGTCCCTCCTTCCCTCTACACG
AATTAGACCAACTCTCCCTGCTGAAACTCGATGCATCTCAGGTTTTTGCC
GTGTGGCGAAGAATCGAGACGAGAAACCACCCCGACCTTCCTCGGTTGTG
TCCCTGTCCTTGCTCTCGACTTGTTTGTCGATGTGCAGCGCAAGCAAGTG
GCACACATCCGTGGAACAACCCCACGACGAGATTCATCTCGCCGTAGGCG
GCCAGGATCATCGGCCGATCAAGGCCGAGACTCCAAAGATTTACGACAAA
ATCGGTGATCTAGTGGAGAGCATCAGTGGCGTGTCAGAACAGGCGAGGCT
TTGAACAAGTTCCTTCCTGAGTGTCGCTGAAGAGGGTGTGTTGTCATACT
AGCGGCGCCAAAGACCCAGTTCCGCGATGTATGCGGCTGCCATGAGAAGC
CGGCAAGCAAACTGGCGGGGGAGCCTGAAATATCGGAGTCAACGGAAGCC
AACAACCATCGCAGTGGTTGCTTCCATGCAGGGCTATGATACCCCTCTGC
GACGCTTTTCTGTTCATTTGTTTGATGGCATCTAGACGAGCATTTCGAGT
GCTTGGAACTTCGCAAGACCTTCCAAGGCCAGTTCGATTTCCCACGTGCA
CCCAGGCCGTTGGGTTAGATGTGCTTCGTATGCGCGTGTGCCACTGCTCG
TGTTCCGTCCACTTCCTGGTCAGTGCTCAAGCCTTGTAGTCAGCTGCACA
ACGGGCGTGTGTTTGGGATTTGATTTGGTATGAAGCATCGGCAGATAACT
TTCAGTTTTCGGCCTGCTCCGGGTTCTTGACAGGCATGCTGTCGATCGTT
TGTTGTTGTTTGTGTACGCAGATAATGGGGAGCAACGGTGACATGGGCGA
AAACGAAACCGCCGCGTTTGATCCCATCTTCTTCTTTCACCATTGCAACA
TCGACCGCATGGTTTGGTGAGAGCCTGAGAACAAGCAAGCACTGCTGTCT
CTCGATGTGTATGTATGACAATAATCCGATGATGACGACGGCCAAAACCT
CAAACCCATGTCCCGACGCATGCGCAAAGAGCTGGAGACGGGTATCATCC
GAAAGTCCGCTCGAGATATCGCAGGCTCCGAACTCACGCTTCACCCGTCG
CTCAATGTCTTCTGCTATGTGCCGTGTGGTCTGTTTGAAGGGTCTGGCAA
AAGAAGTGGGGGAAGACGACCGAGGGCTCCATCGTGATCGACCCGTCTGA
CATGGAGGGTACCTACGGACAGTCGGCCTCCGGCCAGGGCGGTACGCGGG
CAACCCCAGGAACCACAAAGCTGACGATGGAAACTCCTCTGTGCGTGTTT
CGCAAGTGTTTCGGGATAGTCAGGGAAGCTTGCTAGATTGCTGTCTCATG
TTGTTTTCACCCGGCTGAGGATTGTGGCTTCAAGCTTGATAGAATCGGTG
TGTGTAGCTGATGTGCATGCTCTGACAGTACTGTTTGTGTAAATTACTCG
TCAAGTGTTACCGAGCGCTTTACTGTCGTGCAACAGGCGCTTCTCGTACG
CTCTAATAATCTCATCCATTTTGTCCTCACAGTACATGAGGAGGTGTTAG
AAATCACTAGCCGGCGCGACAATTTCATCGCCTTGTGCTGAAGTTTCCGT
ACATACAGCACACGCCCACGCTTGGTTAAACCTGTCAAAGGTCAAAACCT
AATGTCGAAAAATTTCCTGTGGTAGGCCAGGTCGAGAGGTCGAATGTCGG
AAAACTTCCAATGATCGTTCGTACCCTGACCCGGGGCGCTGATTGTGCGA
TGCTGCAAAAATCAACCCTTCTGTCCGTCCGCAGGCACCCGTTCAAGGCG
CCGTCAGGAGATTTCGTAACGTCTCGTGACGTCGTCGACCTTGTCAACCA
GCTTGGAACAGACTACAGCTTGGGATCGTTCGACAAGGTTGATGGCTATT
GCTGGGTATACACACTGCGTGCAAGAAAAACCCATCATGTTTTCCTGATA
CTTTGATATCCGAAGGTGTTTCCATCAGTATGTTCGTCTTTCGACGGAAA
CCCCAGAGAGGTTCCGAAAAAGGGTTTCAGCTGGAACTGGAGTTGTTGGC
GTTTTATCAGCCCAGACGACGCTAGGACTACGAGTGGACGTTAACTCTTG
TTGCTATTCCAATTACTTGCTTCCATGCCACCTGTGGGTTCAGGAGGAGT
GGCCGAGCCAGGTGGTAGAAAGGTCTGGGCCTGAGGTTATTCTGAGCGTG
ATCAACATCAACAAGGCAAATTTTCAGGGGAGCTTCAGGGTCATCGTTTC
TCACCAGGTGCGCCTCGTTGCGATACACAACAGAGACCTTTGTCCGCATA
GAGTTTTGCTGCGGTGTCTTACCAAGGAGCGTTTGAGCCGTCTCGATGCG
CCCATCAATGCGCCTCGCGTGATATGCTGTAGTTGAATGGGCAATCGTGC
TTGATTCTACGAGCCCTGGATTTTTGCGTGTGCTTGGTACGTCTCCCTCT
CCCTGTGCCAACGGTAAATCACACTTCGAAATACCTACATAATGTGTATT
GGAGAATCCATATTGTGTTCACCCAGTTATCATACATATTTCTATCACAC
CCCTCGTGCCTTGTACAGGACCCTACCAGCGATGTACTCTCTCCGGTTGC
CAGTGTCAGCGTGCTCAGCCGGTGGAACCTCAAAAGGTGCAGTTGTCCCC
CGAGGCGTTCTGTCTTGACCCAGCTAGCTCTACGCTCGCAATGCACTCAC
CCTATGCTACCGGAGGTTTCTACTGCTGCCGCCGTCGTCGGTACTAAACC
CTCGACGATTGTCGGGGAACCGGGTCGCGTAACTGCGGACAATGATGCCT
CTCGTATATCTTTTCTTGGACACGACCTTCACGCAACACCGTCGGATGCC
CTCGTCATGTATCTATTGTTGGACAAGACCTTCACGCAACACCCGCTCGG
AACCCCAACTTCTTGCGTGATGTCATATGCAGTCAGTCAAGTGCTTTTTT
TAGCTCAGCCCGCCTTGATACCCCTGTCGTCTGTGATGGATATGCCTCCT
GGGACTGCCCTCGCCGCCGTAGGTGCAAGAACTGCCAGATCCACCTCGCG
AGGGACGTCCACGTCGACATCACCGCCGTCAAGCGCCTGTTTGCTCTGGG
GGAGGATCTCACCAGCCACACCTACACGGTCGATTTTGTGGACCGTAGCT
GCTCGGATGTGAGAACTTTTTCATCATTGCCCTTCGGCGTTGTTTGCTGA
CTGACGCAAGGCTCACACGAAACTATCCAGCCTCGATCTCACTGGGGATG
CAGTCTGAGTCAAAAAACTTTTTTTTTTCAGTCTCTACAGGGGTGTGCGA
GCCTTTGAAATGCACCACCACATGAAGCCTACCCTGAAGGTGAAGTCTTT
GGTATGGTTGTCTGTTGAATTCGTTTGCATGCGCGCGCGTGTTGTGGCCC
TCGCCAAGGTCTGATAACGCGGGAAGGGGCACCGCATCGGTGGGTCATTT
GGCACATGTACGGGCGGCGGTTTGTCAGATAGGATCGACGGGAAATGGAA
TTTCGGCACGCAGTTTTCTGATGCGCTTGGTAAAAAACTTCGGCCGAAAA
ACCATCTCGGCCGCGGACGCAAATCCTTGGAATGTGGCTTGCGTCACTCA
CGGCCCCTCTTGGATGGAAGGACTTTGGAACACAGATGGCGTCGTCGTTT
ATTGTGTGACTTCGATTTTGGTCGATCGCGGTCGTTCACCATAATGTGGA
GGTAATCATGTTGGAAAATCTCTGGCACGGAGATGTCTTGCTCTCTACTC
GTCGTGATGGTCATTTCATGAACGCCATTTATTTTCGAAAGGGAGGTTCC
ATAAATAAGTCTTGATTTATTGTTCGAGGTCGAGCGTGAAGGAGTTATTC
CCAAGTCCCGGGTCATTTCGCGAAGTAATTACTTCGTATTACCATAGACA
GGCAGACGTGTATGTTGGATCGCAAAGTGGTGCGCAGTTTTCAATTAGAA
AACCGCCATCTAAGGCTTTCAGGCCGGAACGTTTTATTTGAAGATACCCA
GGGCTTTTCGACCGATCGGTAAACTTGCATGCAGCCACGAACCCCTTGCT
CTCTACATACGCCGGCAGAGAGAGGGGCCGTTTCATCCTTGAAGTCGATA
AAATACCGCGCGGAGCTAGCCCCTCTGAAACGATCACGCCGAGGGTCCGG
CGTCGTTCGGCTCTAGCGATACAATAGCTCTTGACGGCTTTCAACTGGTA
TCGTAACGCTCACATCTATCCCCCATCTGCGGTCTTCGCAGGAGAAACCA
ATCGCTGCAAGCGGCCGGTTCGCCAACGGAGAGTGGGAGCTTCTCGCCGG
TAGAGAGAAGATAGCTTCCGTTCGCGTAGAGCTCGAGAGCAGAGAGTAGT
CACTCTTTTGAGGTCTCGCAGATGTTGAGGCATCGTTTTGGACGCGGACC
TCCAGCTGACAACAGAACATAGAACTAGGGGAGGTGCGCCTCTTGAACAT
TATCTTGGAGCGTCGGGAAATGTGCGATGCCCAGGGCCCGCGGATGTTCC
AGGATTTCGCTTGTTTTACCGAGAGGCTCGTTCGGTAGTGGCTGCTCAAG
GCGTTTTACGGAGCGCCATGCCACATACCTTTAGCATGTGGTTGTGTTGT
TAAGTCCAAGCGTGGGCAGATCGCGTGAAATGCGCGCGCCTTTGCGATTT
TCCGGCCCAAGAGAAGTTGGAGTTCACACCCCTCGAACAAGAGGACTTGT
CTACTTCCTTTTCGGTGTTACGGGTATCTGTGTTTTCTTGCCCTCTGAGG
GTGATAAACGTTTTCCAAGTATTGAAAAGTCTAGTTTTGTTTTTCAAGTT
ATTGATTGATGTATTATCAAACTTTCTTCACGTTTTGTCTAGCCATCGTT
AGGAAGATTGAGGCTGTTCGTGCTGAGCTCTAGGGTGCAACAGGTTTGGG
AGAGAAATCAGTGCCAGTCACCTGATGTAGTCATAGAGCGAAAGCCCAAA
CATGTAGTCTGTTTCCAGGGGCAGATGAACGCGTGAGCCACGTGATGGCA
TTGCATGTTGAAGCGTTCCGGACTTTTCGTGCATCACCTAGCCAAGTGTT
TCGCTCGTGTTTCTACTATTTTTAGGGGAGGACAATTACAGGGGATCTGT
CTCCCCGCGTAGCCCTTCCGGGGGATCATGGCGAAGCTTGGTGGTAGCTG
CGTCAACTCCCAGCGGAGTTTTATCAGGCGTGGAATTTCCTGGGTAGGGC
AAATGCTTGCTGTTGCGAAGCCATCGGCGATAGTTCAAAACACGATGGGC
AAACATGTGTTTTGCATTTCGGAGTGTTGTGGGTTTCCGTTCTTCCATTC
CCAAAGCGGGCCTGGTGAGTTCACGTTGAAGTTGGGTTATATCGTGAGGT
GGTTTTGGCCGAAGCCATTTTTGGAAGGTGAAGTCGACGTACTCGGGACA
TGACTAGGGTGGGTCTAGAGATTAGTGTGTAAACAGAAAGTATCGCATGG
ACGCGGGGAAGATCTGTGCCGAATTTCGACAGCAAATCTCTCACCATAGA
CCAGCCTACGATACTCTGTCTGCATGTAGGGAGGAGGTGGATCGATCAGT
GGCTCGTAAACAAAGCGCTTGCGGCTGTAGATTTTATTCCGGCTGTTTCG
CACCATAGCGCGTATTTTACAATTTGATGTCCGGTTTGTGTTGTGTTTCT
ATCTCAGCTACACATGTAAACGTGATTTGTATTGGAATGGGAAGGGGGGT
CGGCCTAAAGTTGGAAAGTTGGGTAGTGATGTGGCCAACGCGGCCATGCA
GCAGGTAAGGCGCGTCATGGGGTCAAACAGATATGTGGGTAGGTGGTAAT
TTGTGTGTTTCATATTCGTACCGCGTGAAAACGAGATGTTGGCGTTGTGG
TGGTGATTGATGTTTCGGTGTCCGGAAGGAGTTGCTTGGAGTTCGTGTGG
TGGTTTCTGGTGGTGCTGTACGCTGAGTATGCTACGGGTTTCACCGATTT
TTCAGAGCAGCTTTTAAGTTTACGGCCGCTATGCATGCATATGTCTTGTA
CTCAAGAAAAACAATTCGCGCCCGCGCTCCCATAGGGCCGGCAATACCTC
AAATTCTGTCATCCGGAATCGAATGCAGAGAACGCTGAGTAGTAGCCTCA
AGCGTTCGATTGGGACTTTTTTTTTATTTTCTCTTTCGCGACAACAACGC
GAGACAGAGGGGGAGTGGGAGATAATGTTTTTTTTTTCCCGAAAATACCC
TTCAATACAATGGTCCAG

Coding sequence (CDS) from alignment at P-littoralis_Contig619:138377..154594-

>mRNA_P-littoralis_Contig619.35.3 ID=mRNA_P-littoralis_Contig619.35.3|Name=mRNA_P-littoralis_Contig619.35.3|organism=Pylaiella littoralis U1_48|type=CDS|length=1749bp|location=Sequence derived from alignment at P-littoralis_Contig619:138377..154594- (Pylaiella littoralis U1_48)
ATGGCGACGGCACCTGCCGAGTGGAAAAGCAATACCCGATACTCCTTACG
CCAGCTGGAGCTTTGGGCCGACGAAGGTCACAGGAAGCCGTTGGATGACC
TTTTCAGGGCGTGGAGAGGCATCCAAGAGCTGCCTCCCGATGATCCCAAC
AGCTTCTGGGTAATCGCGGGGTACCACGGGATTCCTCTGGCTCCGTTCGA
CCCGGACCAGCCGCACCTCGGCCCCCCTTTCGCCTGGTGGGGCGGCTTCT
GTCATCACGGCAACGTCCTCTTCCCCATGTGGCATCGGGCGTACGTCAAA
CGTCTCGAAAACGCCCTCCGCACCAAGGTTCCGGATGTGAGCATGGCCTA
CTGGGACAAGGGCTCGAAGGACTCCCGCAATCATGGCTTACCAGCCTCCC
TTACTGACGAGTTCATCAAGCTTGACGGAGAGGTGGTCCGGAACCCACTC
CAGCGCTTCACGTTCCCTATGGACATCGAATCGTCGGTACAATTCAAGCA
TCCGACGAAACCGGCAGTCGCTGACTTCTCCAAACGAGGGGGCACGCATA
CGGTACGGTTTCCGATGTCAACGTTCTACGCGAGCAAGGTCGAGGAGGTC
GCCGCTGCTGGAGAGGCGCACAACGCCGCCATGCGAAATCGCTTCCCAAA
GTACGGAGACCAGCTGAGGGTACTCAACCTCAACGTCAGGCTTGCCCTCG
TCGGGGATGCCCAGGATGACTTGTCCGTGGACTGCGCAGGAACGGCCGAC
GGGGAAGCCTACGCGCGCCTGGGGCGCTGTCTCGAAGCCCCCACCTTCAA
CATTTTCTCGAACAACAACAGCGCAAGCAAGTGGCACACATCCGTGGAAC
AACCCCACGACGAGATTCATCTCGCCGTAGGCGGCCAGGATCATCGGCCG
ATCAAGGCCGAGACTCCAAAGATTTACGACAAAATCGGTGATCTAGTGGA
GAGCATCAGTGGCGTGTCAGAACAGATAATGGGGAGCAACGGTGACATGG
GCGAAAACGAAACCGCCGCGTTTGATCCCATCTTCTTCTTTCACCATTGC
AACATCGACCGCATGGTTTGGGTCTGGCAAAAGAAGTGGGGGAAGACGAC
CGAGGGCTCCATCGTGATCGACCCGTCTGACATGGAGGGTACCTACGGAC
AGTCGGCCTCCGGCCAGGGCGGTACGCGGGCAACCCCAGGAACCACAAAG
CTGACGATGGAAACTCCTCTGCACCCGTTCAAGGCGCCGTCAGGAGATTT
CGTAACGTCTCGTGACGTCGTCGACCTTGTCAACCAGCTTGGAACAGACT
ACAGCTTGGGATCGTTCGACAAGGAGGAGTGGCCGAGCCAGGTGGTAGAA
AGGTCTGGGCCTGAGGTTATTCTGAGCGTGATCAACATCAACAAGGCAAA
TTTTCAGGGGAGCTTCAGGGTCATCGTTTCTCACCAGGACCCTACCAGCG
ATGTACTCTCTCCGGTTGCCAGTGTCAGCGTGCTCAGCCGGTGGAACCTC
AAAAGGTGCAAGAACTGCCAGATCCACCTCGCGAGGGACGTCCACGTCGA
CATCACCGCCGTCAAGCGCCTGTTTGCTCTGGGGGAGGATCTCACCAGCC
ACACCTACACGGTCGATTTTGTGGACCGTAGCTGCTCGGATGAGAAACCA
ATCGCTGCAAGCGGCCGGTTCGCCAACGGAGAGTGGGAGCTTCTCGCCGG
TAGAGAGAAGATAGCTTCCGTTCGCGTAGAGCTCGAGAGCAGAGAGTAG