mRNA_P-fluviatile_contig7.13567.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig7.13567.1
Unique Name	mRNA_P-fluviatile_contig7.13567.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A6H5KUL3_9PHAE (Thioredoxin domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KUL3_9PHAE)

HSP 1 Score: 592 bits (1526), Expect = 1.070e-203
Identity = 300/461 (65.08%), Postives = 353/461 (76.57%), Query Frame = 1

Query:  196 MPGNSIARAAI-LLLGLVAASVRVQGQYEDLNFDGMVDGYGDMYGGDYGDMSALAGMM-----------GGMGYGGYGYGESEASHTDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAYPAKRFMAEGDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENASPAASA 1542
            M   ++AR A  LLLGL  ASVRV+GQY D++F+GM+DGY D +G    DM  +  MM               YGGYGYG+ E SHTDL DMA+V+KF+ ADP TPCVIGF+ EDTDG D+M +RTAAQRMS  G+RFGLATE+D+ +GL YKSGRVMAYPAKRF+ +G R KQRYPG+G LDPESLQ+WV+K VTPLVGLFTWE GG YQEIGLPELTA+TKVDLE  G+ FD +AATLR+VA+ARLPE+ LS+V+AN ED+ SLA RF+FPE     A   + VGIR +N+FYRMDG F+E+ VA F DAY+ GSLKP HVE +DE       G +I+DED D   VV LT DNFD VV  +G DVMLEFYAPWCGHCKSLKPVY EVA EVS MPSVVVAKMDA  HTPP +F + SFPTL FLKAGDK+NPIPY G RDK+++VAFIRENA+P A+A
Sbjct:    1 MSRKNVARTATALLLGLAVASVRVEGQYGDMDFEGMMDGYDDYFG----DMMGMGDMMPXXXXXXXXXXXXXXYGGYGYGDPEPSHTDLADMAEVEKFITADPLTPCVIGFFDEDTDGADVMNYRTAAQRMSQTGVRFGLATEEDILEGLKYKSGRVMAYPAKRFLEDGGRPKQRYPGSGALDPESLQIWVVKVVTPLVGLFTWENGGLYQEIGLPELTAYTKVDLEEDGEHFDAVAATLRKVASARLPEKRLSYVVANKEDVVSLASRFQFPEPEGEEAPEAVTVGIRSENKFYRMDGKFDEKTVAEFVDAYLNGSLKPTHVEAMDEGMGSSGAGDEIDDEDSD---VVALTSDNFDEVVKAEGTDVMLEFYAPWCGHCKSLKPVYNEVANEVSDMPSVVVAKMDADAHTPPAEFEVQSFPTLLFLKAGDKANPIPYDGPRDKEAMVAFIRENATPPAAA 454

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S2B121_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2B121_9STRA)

HSP 1 Score: 252 bits (643), Expect = 7.900e-72
Identity = 172/450 (38.22%), Postives = 239/450 (53.11%), Query Frame = 1

Query:  280 DLNFDGMVDGYGDMYG-GDYGDMSALAGMMGGMGYGGYGYG-------------------ESEASHTDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSG-RVMAYPAKRFMAE--GDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDED----EDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENASPAASAEL 1548
            D NFDG  +GYGD YG G                YGG GY                    +   + T + D   V+KFL  +   P VIGF+SEDT+ +DI  F   A   +    RF  + EDDVR+ + YK+G  V+ +   RF+++   D+ K R+P   TL+ +SL  +++K   PLVG  +W++  RY    LP +T FT+VDLE     FD  A  LRRVA   + +  L F I + ED S   E +    D   P +  + VGI+     Y M   F+ +N+ AF    + G + P   +V +E D       Q  DED    ++++ VVVLT DNF+ VV + GKDVM+EFYAPWCGHCKSLKPV AE+A ++  + SV +A MDA+ + PP  F +  +PTL F+ A  K +PI Y G RD  S+  FI+ENA+ +   EL
Sbjct:   49 DENFDG--EGYGDDYGAGXXXXXXXXXXXXXXXXYGGXGYXXXXYDDXXXXYGXXXXXGQDLGPAFTTIDDFEGVEKFLMEEDTEPAVIGFFSEDTNKDDIEIFEEVASA-NRGNFRFAYSIEDDVREQMKYKTGCTVIVFNPPRFVSDKYNDKKKARFPSK-TLNADSLTKFIMKKSLPLVGQKSWKSSERYDAAKLPIVTLFTQVDLEKNPKGFDYYANRLRRVAQDFVGK--LVFNIGDKEDFSYQLEDY----DLELPNKKDVGVGIKDAANHYAMTESFSVDNLRAFCTQVLAGEIVP---KVKEEPDY----SSQSHDEDSADVDEDSNVVVLTNDNFEEVVQDAGKDVMIEFYAPWCGHCKSLKPVLAELAADLEPVTSVTIAAMDATANDPPSHFNVEGYPTLYFVPANAKDSPISYDGGRDVASMKTFIKENAAISIKDEL 481

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S4A323_9STRA (Hypothetical protein n=4 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A7S4A323_9STRA)

HSP 1 Score: 233 bits (594), Expect = 5.500e-65
Identity = 162/453 (35.76%), Postives = 233/453 (51.43%), Query Frame = 1

Query:  196 MPGNSIARAAILLLGLVA--ASVRVQGQYEDLNFDGMVDGY---GDMYGGDYGDMSALAGMMGGMGYGG---YGYGESEASHTDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSG-RVMAYPAKRFMAEG-DRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENA 1524
            +PG   A   +  L +VA  A+   Q  + D       DG    GD Y GDYGD+                  G G+   +   +     + +F+  D   P V+GF+  D D +    +   A+  S +  RF L T++  R     + G  V+ Y   RF+ EG D+ + RYP A  LD E+L+ ++ K   PLVG  TW++G RY + G+P +T F  +DLE     FD  A  LR+VA   + +  LSF I + ED S   E +        PA+  + VG +  N++YRM+  FN +NV  FA A + G+L+P   E    DD  D  G + +D D +E+ V VLT  NF       GKD MLEFYAPWCGHC++LKP Y E+   ++S   VVV  MDA+ ++PP+ + +  +PTL F  A  K+    Y G RD DS+VA+I+E+A
Sbjct:   18 VPGRRGAATMLTKLWVVALLAAQNAQPAFADEEDLAEADGEDFGGDDYDGDYGDVGXXXXXXXXXXXXXDEXXGGGDPTPAWETVESFDGIAEFVNQDETEPAVVGFFDADRDADQQKVYEEVAEG-SRYDFRFALVTDEAARTAAKLQKGPAVLIYAPPRFVKEGVDKKRARYPSA-KLDAEALKKFIFKRSVPLVGQKTWKSGERYDKQGVPVVTLFAAIDLEKNAKGFDYFANRLRKVAADYVGK--LSFNIGDKEDFSYQLEDYGIEL----PAKKDVGVGAKDGNKYYRMEDKFNVDNVRKFAQAVVDGALEPKIKEEPSYDDDHDASG-EADDSDYEESDVTVLTDANF--ADETDGKDAMLEFYAPWCGHCQALKPTYKELGTRLASA-DVVVGAMDATANSPPDGYDVQGYPTLIFKTASGKTTS--YDGDRDVDSMVAYIKEHA 456

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S2V3V6_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V3V6_9STRA)

HSP 1 Score: 226 bits (575), Expect = 8.530e-63
Identity = 137/381 (35.96%), Postives = 201/381 (52.76%), Query Frame = 1

Query:  418 TDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAY-PAKRFMAEGDRAKQRYPGAGTLDP--------ESLQMWVLKAVTPLVGLFTWETGGRYQ-EIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEF-YRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDE-DEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENA 1524
            T+L D +DVD FL  D     VIGF+  +T   D+  F+  A  +   G RFG  TE D+     YK   V+ + P +   ++ DRA+ R+PG G            ++L  W++KA TPLV    +    R   ++GLP +  FT+VD +     FD  A  +RRVA     + EL+F + + E  +  A    +  +      G   VGIRK   + Y M+  F  +N+ AF  +Y+ G+L+PV    +D    F + G + +D  D+D++ V+   P  F + VM+   DVMLEFYAPWCGHC++LKP Y  +A++     SV +   DASTH  PE F ++ FPT+ FL  G K+NP+PY G R   ++  FI  NA
Sbjct:   33 TELSDESDVDVFLQDDDDNAAVIGFFDLETHEPDLEVFKEVADALGLKGYRFGYTTEPDLLAAYKYKGCAVVCWKPVRTTSSKYDRARSRFPGKGLAATSEDAGDASKTLTKWLMKAATPLVSELNYFVQDRLLLDLGLPAVLLFTEVDHQKNKKGFDYFANRMRRVAQDY--KGELTFAVVDAETYAHYASDHGWEREDI--GRGEARVGIRKDQRYIYSMEEPFTTDNLRAFVQSYLDGALEPVAE--LDGKREFQSHGDEYQDTGDQDDSAVIESNPGAFASDVMDNDADVMLEFYAPWCGHCQALKPQYNALAKQFEGDDSVRIVAFDASTHDVPEGFDVSGFPTVLFLPKGQKNNPVPYEGPRTSSAMADFIMSNA 407

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S3JT45_9STRA (Hypothetical protein n=1 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3JT45_9STRA)

HSP 1 Score: 226 bits (577), Expect = 1.020e-62
Identity = 149/422 (35.31%), Postives = 220/422 (52.13%), Query Frame = 1

Query:  313 GDMYGGDYGDMSALAG----MMGGMGYGGYGYGESEASHTDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNY-KSGRVMAYPAKRFMAE--GDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDE---AGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENASPAASAEL 1548
            GD Y   YG M    G      G   YG  G G +E ++  L  + DV  +L        V+GF+ E+   + +  F+  A++ + +  +F   T D V++   Y K+  V  +  KRF++E  GD+ K R+P A     ESL  ++ K   PLVG  TW++  RY++   P LT +  +DLE     F+  A  LR+VA     +  + F IAN +D S + + + F          G  VGI   +++Y+M   FN +N+ AF   +I G L P   E  D D   DT      ++ ED    + V+ LT +NFD V    GKD  LEFYAPWCGHC+SLKP Y ++A+E++    VVVA MDA+ HTPP DF ++ +PT+ F     K  P+PY G RD  S++ F++++   +A  EL
Sbjct:   41 GDDYDDPYGGMDPYGGGYXXXXGDDEYG--GGGPTEPAYEVLDTLEDVTSYLEQGETEAVVLGFFDEEGTEDALDVFKDTAEQ-NRYDFKFAYTTNDQVKQKYKYNKAPVVTVFLPKRFVSEKYGDKTKARFPSAKLTSAESLAKFLYKKSLPLVGEKTWKSNQRYEKQAKPILTLYASIDLEKNPKGFEYFANRLRKVAIDH--KDTILFNIANKDDFSYILDDYDFENKLEGKKTVG--VGINDDDKYYKMTTSFNVDNLRAFVADFIAGKLTPKIKETPDYDMPSDTDDDTDNEQGEDMYEGSSVISLTSENFDHVT--SGKDAFLEFYAPWCGHCQSLKPTYKKLAKELADTDGVVVAAMDATAHTPPSDFDVSGYPTIFFKPKDGK--PMPYDGDRDLSSMLDFVKKHGKSSAIGEL 451

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: F0YFS6_AURAN (Thioredoxin domain-containing protein n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0YFS6_AURAN)

HSP 1 Score: 206 bits (524), Expect = 2.300e-55
Identity = 130/367 (35.42%), Postives = 198/367 (53.95%), Query Frame = 1

Query:  424 LVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSG-RVMAYPAKRFMAEG-DRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPED--FTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFI 1512
            L D   +  F+  D   P V+GF+ E+ D + + TF+  A   S + +RF    ++  R       G  V+ YP  RF+++  ++ + RYP A  LD ++L+ ++ K   PLVG  TW++  RY++  +P +T F  +DLE     FD  A  LR+VA   + +  LSF I + ED S   E ++   ++    +  + VG R  +++Y M   FN +N+ AFA   + G L P     I E+  + +G       D+D   V VLT DNF+      GKD MLEFYAPWCGHC+ LKP Y ++ E+ +++ SVV+  MDA+ + PP++    +  +PTL F KA   + P  Y G RD DS+V FI
Sbjct:   84 LDDFEAIATFVGDDEAEPSVVGFFDEERDADALETFKEVADG-SRYDLRFAYVADEAARATAKLAKGPAVLVYPPPRFVSDKYEKKRARYPSA-KLDADALKKFLFKKAVPLVGQKTWKSNERYEKQNVPVVTLFAAIDLEKNPKGFDYFANRLRKVAADFVGK--LSFNIGDKEDFSYQLEDYELVLES----KKDVGVGARDGDKYYHMTEKFNVDNLRAFAQDLVDGKLTPK----IKEEPDYGSG-------DDDYGDVTVLTTDNFEDETA--GKDAMLEFYAPWCGHCQQLKPTYKQLGEKFAAVDSVVIGAMDATANEPPKESGIEVQGYPTLIFKKADGSTEP--YDGDRDLDSMVDFI 427

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S3U7Q2_9SPIT (Hypothetical protein (Fragment) n=2 Tax=Choreotrichia TaxID=141411 RepID=A0A7S3U7Q2_9SPIT)

HSP 1 Score: 194 bits (493), Expect = 1.140e-51
Identity = 129/380 (33.95%), Postives = 200/380 (52.63%), Query Frame = 1

Query:  418 TDLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAYPAKRFMAE--GDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMS-SLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGD----FNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENASPAA 1536
            T L D++ +++FL  D  +  VIG ++   DGE    F   A  +  +  RF       V + +  KSG ++ Y + R+++E  GDR ++R+P    L   +++ W+L    PLVG +T+ T  RY    LP +  F  +D +G        A   R+VA+  + +  L F +A++ D    +A+      D       G+   I K+ +F    G     F+ E + +FADA++ G L+P       + D      G  ++ D DE+ VV LT  NFD+VVM+  KDV++EFYAPWCGHCK+LKP YA+ A+ +    S+V+AKMDA+ H PP  F +  +PTL F+ A   + P+PY G R+   I  ++R NA   A
Sbjct:   13 TQLDDVSALEQFLDHDDAS--VIGAFTS-LDGEGFDEFEQIAGALQ-YDWRFAHTAAPAVLERIKAKSGGLLLYRSPRYVSEKYGDRPRERFPSTN-LKEAAVKSWLLSKAQPLVGQYTYNTKERYFSKKLPIVLIFVHIDWKGNPKGTAYYANRARKVASQYVGK--LQFALAHLGDYEYQMADYGLEVSDKVHDVRIGL---IHKEGDFEYTYGSSETKFSAEALTSFADAFLAGKLEPAK-----KTDVSAPPPGNDDEADVDESAVVTLTASNFDSVVMDSSKDVLVEFYAPWCGHCKALKPEYAKAAKLLEGESSLVLAKMDATQHDPPAGFDVQGYPTLLFVAAEAGATPVPYDGEREASLIAQWVRANAKSLA 377

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A8J5XI54_DIALT (Thioredoxin domain-containing protein n=2 Tax=Diacronema lutheri TaxID=2081491 RepID=A0A8J5XI54_DIALT)

HSP 1 Score: 196 bits (497), Expect = 1.310e-51
Identity = 128/373 (34.32%), Postives = 192/373 (51.47%), Query Frame = 1

Query:  421 DLVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAYPAKRFMAEGDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRM-DGDFNEENVAAFADAYIKGSLKPVHV-------EVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIR 1515
            +L  + + D FL  + +   V+GF++E+  G  +  F+  AQ M  +  RF   T  ++     YKS  V+  P +    + ++ K RYPG+   + ++L++++ +   PLVG  TW+T  RY   GLP +  F  VD E      +     +R+VA   + +  LSF IA ++D S  +  +    +      G   VGI        M + +F+  ++ AF + ++KG L P  V                D GGG +     DE+GV V TPDNF+ VV E  K+VMLEFYAPWCGHCK LKP YA++ +E     SVV+AKMDA  HTPP  + +  +PT+ F   G K  P PY GAR+   +  ++R
Sbjct:   77 ELTTVEEFDAFL--NDEDASVVGFFAEE--GSALDDFKATAQGMQ-WDYRFAYTTSAELLSAHKYKSAAVVYKPPRFASEKAEKLKARYPGSDFKNSDALKIFLREKSLPLVGQLTWKTKERYSSCGLPLVKVFFDVDYELNPKGSNYYVNRVRKVAEEYVGK--LSFAIAAIKDYSYESSDYGLTLEEGKKQVG---VGIXXXXXXXGMGEAEFSPASLKAFVEQFLKGELTPTKVVEPYSPPXXXXXXXXGDEGGGDV-----DESGVTVATPDNFEQVV-EPSKNVMLEFYAPWCGHCKMLKPEYAKLGKEFEGDESVVIAKMDADEHTPPAGWEVQGYPTIFFQPKGGK--PTPYEGARNAKEMAEYVR 431

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S4EWV6_CHRCT (Hypothetical protein n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4EWV6_CHRCT)

HSP 1 Score: 194 bits (493), Expect = 5.320e-51
Identity = 124/371 (33.42%), Postives = 191/371 (51.48%), Query Frame = 1

Query:  424 LVDMADVDKFLAADPQTPCVIGFYSEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAYPAKRFMAE--GDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFP-EDATPPAEGGIFVGIRKQNEFYRMDGD-FNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENA 1524
            +  + ++D F+  D +   VIG ++ + DG++   F  A Q +  +  RF   T  +V   L      +  Y + R+++E  GDR + R+P +  +   +L+ W+     PLVG FT  T  RY    LP +  F  ++ EG     +     +R+VAT+     +LSF IA + D  +    F     D       G+      +  +Y  D   F+ E ++ FA A++   L P            DT     +D+  DE+ V  LT DNFD VV +  KDV++EFYAPWCGHCKSLKP YA+ A+ +    S+V+AKMDA+ H PP  F +  +PTL F+ A   ++P+PY G R+ D+IV +++ENA
Sbjct:   82 ITSLEELDAFI--DNEDCSVIGAFASE-DGDEYAEFEAAIQSLQ-YEWRFAHTTAPEVLTKLKVSKSALFLYRSPRYVSEKYGDRKRDRFPSS-KISGSALKSWLQTRAQPLVGQFTPSTKERYFAKKLPVVIVFFNLNWEGDAKGANYFLNRVRKVATSM--SGKLSFAIAAIGDFEAQLGDFGLEASDLRHDVRIGLVHKEGDEEVYYGSDATKFSAEALSGFASAFLANELSP--------SSRRDTSAPAEDDDGVDESAVTTLTNDNFDQVVRDPTKDVLVEFYAPWCGHCKSLKPEYAKAAKALKGEKSLVLAKMDATAHDPPAGFDVQGYPTLLFVPAKADASPVPYEGEREADAIVEWMKENA 437

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BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Match: A0A7S4B8B8_CHRCT (Hypothetical protein n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4B8B8_CHRCT)

HSP 1 Score: 183 bits (465), Expect = 5.660e-48
Identity = 113/323 (34.98%), Postives = 167/323 (51.70%), Query Frame = 1

Query:  568 RFGLATEDDVRKGLNYKSGRVMAYPAKRFMAE--GDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQEIGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVEDMSSLAERFKFP-EDATPPAEGGIFVGIRKQNEFYRMDGD-FNEENVAAFADAYIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVMEKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTPPEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENA 1524
            RF   T  +V   L      +  Y + R+++E  GDR + R+P +  +   +L+ W+     PLVG FT  T  RY    LP +  F  ++ EG     +     +R+VAT+     +LSF IA + D  +    F     D       G+      +  +Y  D   F+ E ++ FA A++   L P            DT     +D+  DE+ V  LT DNFD VV +  KDV++EFYAPWCGHCKSLKP YA+ A+ +    S+V+AKMDA+ H PP  F +  +PTL F+ A   ++P+PY G R+ D+IV +++ENA
Sbjct:   44 RFAHTTAPEVLTKLKVSKSALFLYRSPRYVSEKYGDRKRDRFPSS-KISGSALKSWLQTRAQPLVGQFTPSTKERYFAKKLPVVIVFFNLNWEGDAKGANYFLNRVRKVATSM--SGKLSFAIAAIGDFEAQLGDFGLEASDLRHDVRIGLVHKEGDEEVYYGSDATKFSAEALSGFASAFLANELSP--------SSRRDTSAPAEDDDGVDESAVTTLTNDNFDQVVRDPTKDVLVEFYAPWCGHCKSLKPEYAKAAKALKGEKSLVLAKMDATAHDPPAGFDVQGYPTLLFVPAKADASPVPYEGEREADAIVEWMKENA 355

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig7.13567.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5KUL3_9PHAE	1.070e-203	65.08	Thioredoxin domain-containing protein n=2 Tax=Ecto...	[more]
A0A7S2B121_9STRA	7.900e-72	38.22	Hypothetical protein n=1 Tax=Dictyocha speculum Ta...	[more]
A0A7S4A323_9STRA	5.500e-65	35.76	Hypothetical protein n=4 Tax=Pelagomonas calceolat...	[more]
A0A7S2V3V6_9STRA	8.530e-63	35.96	Hypothetical protein n=1 Tax=Fibrocapsa japonica T...	[more]
A0A7S3JT45_9STRA	1.020e-62	35.31	Hypothetical protein n=1 Tax=Aureoumbra lagunensis...	[more]
F0YFS6_AURAN	2.300e-55	35.42	Thioredoxin domain-containing protein n=1 Tax=Aure...	[more]
A0A7S3U7Q2_9SPIT	1.140e-51	33.95	Hypothetical protein (Fragment) n=2 Tax=Choreotric...	[more]
A0A8J5XI54_DIALT	1.310e-51	34.32	Thioredoxin domain-containing protein n=2 Tax=Diac...	[more]
A0A7S4EWV6_CHRCT	5.320e-51	33.42	Hypothetical protein n=1 Tax=Chrysotila carterae T...	[more]
A0A7S4B8B8_CHRCT	5.660e-48	34.98	Hypothetical protein n=1 Tax=Chrysotila carterae T...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig7	contig	P-fluviatile_contig7:1806134..1820259 +

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
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	605.1
Seed ortholog evalue	2.6e-170
Seed eggNOG ortholog	2880.D8LM96
Preferred name	PDIA3
KEGG ko	ko:K08056
KEGG Pathway	ko04141,ko04612,map04141,map04612
GOs	GO:0000003,GO:0001666,GO:0001669,GO:0002376,GO:0002474,GO:0002478,GO:0002479,GO:0002931,GO:0003006,GO:0003674,GO:0003756,GO:0003810,GO:0003824,GO:0004175,GO:0004197,GO:0004620,GO:0004629,GO:0005102,GO:0005488,GO:0005515,GO:0005575,GO:0005576,GO:0005615,GO:0005622,GO:0005623,GO:0005634,GO:0005737,GO:0005739,GO:0005740,GO:0005758,GO:0005768,GO:0005783,GO:0005788,GO:0005789,GO:0005790,GO:0005886,GO:0006457,GO:0006464,GO:0006508,GO:0006807,GO:0006950,GO:0007154,GO:0007275,GO:0007423,GO:0007548,GO:0007584,GO:0007610,GO:0007623,GO:0008081,GO:0008150,GO:0008152,GO:0008233,GO:0008234,GO:0008360,GO:0009605,GO:0009628,GO:0009636,GO:0009653,GO:0009719,GO:0009725,GO:0009887,GO:0009966,GO:0009967,GO:0009986,GO:0009987,GO:0009991,GO:0010008,GO:0010033,GO:0010171,GO:0010646,GO:0010647,GO:0010941,GO:0010942,GO:0012505,GO:0014070,GO:0015036,GO:0015037,GO:0016020,GO:0016021,GO:0016298,GO:0016324,GO:0016491,GO:0016667,GO:0016671,GO:0016740,GO:0016746,GO:0016755,GO:0016787,GO:0016788,GO:0016853,GO:0016860,GO:0016864,GO:0018149,GO:0018991,GO:0019098,GO:0019153,GO:0019538,GO:0019882,GO:0019884,GO:0022414,GO:0022603,GO:0022604,GO:0023051,GO:0023056,GO:0030139,GO:0030141,GO:0030176,GO:0030539,GO:0031090,GO:0031224,GO:0031227,GO:0031410,GO:0031667,GO:0031668,GO:0031669,GO:0031670,GO:0031967,GO:0031970,GO:0031974,GO:0031975,GO:0031982,GO:0031984,GO:0032501,GO:0032502,GO:0032504,GO:0032991,GO:0033273,GO:0033280,GO:0033554,GO:0033594,GO:0033595,GO:0033993,GO:0034975,GO:0034976,GO:0035112,GO:0036211,GO:0036293,GO:0036296,GO:0040002,GO:0040019,GO:0042175,GO:0042221,GO:0042287,GO:0042288,GO:0042335,GO:0042493,GO:0042578,GO:0042590,GO:0042802,GO:0042824,GO:0042825,GO:0042981,GO:0043065,GO:0043067,GO:0043068,GO:0043170,GO:0043209,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043233,GO:0043412,GO:0044237,GO:0044238,GO:0044260,GO:0044267,GO:0044321,GO:0044421,GO:0044422,GO:0044424,GO:0044425,GO:0044429,GO:0044432,GO:0044433,GO:0044440,GO:0044444,GO:0044446,GO:0044459,GO:0044464,GO:0045138,GO:0045177,GO:0045335,GO:0045471,GO:0045995,GO:0046661,GO:0046677,GO:0048002,GO:0048511,GO:0048513,GO:0048518,GO:0048522,GO:0048583,GO:0048584,GO:0048608,GO:0048609,GO:0048731,GO:0048806,GO:0048808,GO:0048856,GO:0050789,GO:0050793,GO:0050794,GO:0050896,GO:0051094,GO:0051128,GO:0051239,GO:0051240,GO:0051716,GO:0055037,GO:0055038,GO:0055093,GO:0055114,GO:0061458,GO:0065007,GO:0065008,GO:0070011,GO:0070013,GO:0070482,GO:0070848,GO:0070887,GO:0071295,GO:0071305,GO:0071310,GO:0071363,GO:0071396,GO:0071407,GO:0071495,GO:0071496,GO:0071559,GO:0071560,GO:0071704,GO:0071944,GO:0080058,GO:0080184,GO:0090596,GO:0090597,GO:0090598,GO:0097223,GO:0097305,GO:0097327,GO:0097708,GO:0098588,GO:0098590,GO:0098796,GO:0098805,GO:0098827,GO:0099503,GO:0140096,GO:1901423,GO:1901564,GO:1901654,GO:1901700,GO:1901701,GO:1903332,GO:1903334,GO:1904147,GO:1904148,GO:2000026,GO:2001233,GO:2001235,GO:2001236,GO:2001238
EggNOG free text desc.	intramolecular oxidoreductase activity, transposing S-S bonds
EggNOG OGs	COG0526@1,KOG0190@2759
EC	5.3.4.1
COG Functional cat.	CO
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko01000,ko03110,ko04131,ko04147
Hectar predicted targeting category	signal peptide
Ec32 ortholog description	Protein Disulfide Isomerase (putive Transglutaminase bifunctional protein)
Ec32 ortholog	Ec-05_001990.1
Exons	12
Model size	2290
Cds size	1356
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig7.13567.1	prot_P-fluviatile_contig7.13567.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig7 1807877..1819520 +

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


Feature Name	Unique Name	Species	Type	Position
1622817126.1789548-UTR-P-fluviatile_contig7:1806133..1806190	1622817126.1789548-UTR-P-fluviatile_contig7:1806133..1806190	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1806134..1806190 +
1693571225.950078-UTR-P-fluviatile_contig7:1806133..1806190	1693571225.950078-UTR-P-fluviatile_contig7:1806133..1806190	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1806134..1806190 +
1622817126.1901395-UTR-P-fluviatile_contig7:1807738..1807876	1622817126.1901395-UTR-P-fluviatile_contig7:1807738..1807876	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1807739..1807876 +
1693571225.9617712-UTR-P-fluviatile_contig7:1807738..1807876	1693571225.9617712-UTR-P-fluviatile_contig7:1807738..1807876	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1807739..1807876 +
1622817126.3275976-UTR-P-fluviatile_contig7:1819520..1820259	1622817126.3275976-UTR-P-fluviatile_contig7:1819520..1820259	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1819521..1820259 +
1693571226.1071908-UTR-P-fluviatile_contig7:1819520..1820259	1693571226.1071908-UTR-P-fluviatile_contig7:1819520..1820259	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig7 1819521..1820259 +

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig7:1806134..1820259+
coding sequence from alignment at P-fluviatile_contig7:1806134..1820259+

protein sequence of mRNA_P-fluviatile_contig7.13567.1

>prot_P-fluviatile_contig7.13567.1 ID=prot_P-fluviatile_contig7.13567.1|Name=mRNA_P-fluviatile_contig7.13567.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=452bp
MPGNSIARAAILLLGLVAASVRVQGQYEDLNFDGMVDGYGDMYGGDYGDM
SALAGMMGGMGYGGYGYGESEASHTDLVDMADVDKFLAADPQTPCVIGFY
SEDTDGEDIMTFRTAAQRMSHFGIRFGLATEDDVRKGLNYKSGRVMAYPA
KRFMAEGDRAKQRYPGAGTLDPESLQMWVLKAVTPLVGLFTWETGGRYQE
IGLPELTAFTKVDLEGKGDDFDQLAATLRRVATARLPERELSFVIANVED
MSSLAERFKFPEDATPPAEGGIFVGIRKQNEFYRMDGDFNEENVAAFADA
YIKGSLKPVHVEVIDEDDAFDTGGGQIEDEDEDEAGVVVLTPDNFDAVVM
EKGKDVMLEFYAPWCGHCKSLKPVYAEVAEEVSSMPSVVVAKMDASTHTP
PEDFTITSFPTLTFLKAGDKSNPIPYRGARDKDSIVAFIRENASPAASAE
L*

mRNA from alignment at P-fluviatile_contig7:1806134..1820259+

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig7.13567.1 ID=mRNA_P-fluviatile_contig7.13567.1|Name=mRNA_P-fluviatile_contig7.13567.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=14126bp|location=Sequence derived from alignment at P-fluviatile_contig7:1806134..1820259+ (Porterinema fluviatile SAG_2381)
GCGGACGGCAATTACTCACATCAGGAGAGAGAGACCCTCCTGCACGCAAC
GGCGAAGGTGAAAGGGTTGTGGTTATTTTGTAGCGTTCGCTTGCCGTCTT
ACCGCTGTGTGGTCGATAGGAGCTATGCCTAGTTTGCGGTAGACGTCCCT
CTGCCTGTACACGCAGGACAGTAACAAGGCACCGTCGCTCAACGTGCATC
CAAGATATAGCCGGCGCCGACAGCGAGGCAATGCCTAGGTCACCCTTGCG
GTTTGCAACCCATGGAGAAAATCCACATTCATGTTCTTGAGCATCTGTGG
GTCTCTCATGCACCAGCAAGAGCAGGCCCGTGGAGCACGTAAGCCAAGTG
TGTGCGGAGAGATTGACCTCACCCGACCCCACTCTCCCTGTCGCCTCCAG
CCTGCCTCCGCTAGCTGAACACTTCCTGAGACGGTTTCCGATGCCTTCCT
ACCTTTTGCCCTCTTCGCGCTAACGGAAAAAAGTTGGCCGCAGAAGCGGC
GGTGGCAACACAATAAACGTCAGTGCTACCCATTTTTGCTGAGTGTGTGT
GGGAGGTGTCGATGTGCGATGCACTGCCACTGCAAGGAATGCGCAGAAGT
GGATTCGCGAACAGCCGGCTACCCTGAATAGAAAGAGAATGAGGGGGGGG
GGCAGAGAACAAGAGGATATTGCACCGAATGTTTGGATGAGGACATGCCT
CTCCGCTGCCATGGAACATGGAAAAGTGGAAGTCAAACAGCGATGACCTC
CTGCGCGCGCGCGACTTCGCTCCAGCGCGAGAGGGAAGTGCAGTCCCGGC
TCGTTCATAAGAAACAACTATATTGAGCGGGGCTTAGATTATTTCTTTCT
AGTTTCTTTTTCTGACCTTACCGTCTGAGCGCAGGCTACCATAAAGGGTT
TAGTGCGGCGCCGGCAGCTTAGCCCAATTTCTGACGAAATTTTCTTTAGT
GTTTAAAAAATCTCAGCCTCGATTCCTTGCACCCATGTTTCTCACGAGCC
GGCCGCCACTGTAAACATTTACTGTAGAGTCGTAGAGGATTCTCGCAGCC
CGCCTCGAACGCACACCTCAGACGACACCAAAATTCATGATCAGCCAGGA
CTTGCTATAAATGGGGCGAGGTCAGTCATGGGATACCGTGGTGCAGCATT
CGACGCTAAGCTCGGCAGTTTCATTCAGCCAGAATCATTTTTGGGCGAGC
GTACGATGCAGCTATACGTCCACCTGCAGCAGCCACACACCGACGCGAAA
ACGCCCCTCACAAGTCGGCTGAGAGCAAGATCTACGTCACTTACCCCAGC
AGGCCGGCGCGCGCTCGCTtcTGTGTGAACTTCCCGGCAAAATTTACTAC
TCGTTTCTAGATCTACGTCTCTTACCCCCGCAGGCCGATGTGCGCTCGCT
GTTATGTTGTCGTTCGGAATTTTTCACCTAGTCGGTCTGTCTGGGTGTCG
GCAGTGTATTGTTCTGAAAGCCTTTGTGCCGAGCCTTGCTAGAGACACAG
CCGTGTTGTCGTGTTGTATTCCTCTTCTTCTAAATTGCTCTCCTTTCCTC
CTCTCGCGCGTTTGTCGCCGCCACCGTTGCGTTTGCCCCTCGTCTTCCGC
TCCAGCCTCCGCACGCGCGCGCTCTCCTTCGCGGATTCAGTCACGTTCTT
TCACAAAAACGGGAGAGAGGTTCCACGGTCGCTGCCTTTCGAGGTGTATA
CACGCGCGCGCGCACGCTCGGTTTACCACTCCCCAGGGAAAAAATGCCGG
GGAATTCCATTGCGCGCGCGGCGATTTTGCTGCTGGGGCTGGTGGCCGCT
TCTGTCCGAGTGCAAGGCCAGTACGAAGACTTAAACTTCGACGGTGAGCA
CTTGGACATTCGAAAGGCATCTCATTTCGTCGTAATAAAAGGCACACGCT
TTCTTGTTCTCTTGTGTGTTGTTTTGCTCTCCTCTCTCGATGCACACGCC
TTTTGTTGTTGCTTTGGTTTCGGGGGAGCGCGAAGTCCGAGAGAAGCTGG
AGTCAGGGGGGGCCGTTTCACGTTTCGTATCCGCCTGTTAAACGAAATCT
CTTGTTTTTCTCGACTTCAGTTCGCGAAAGCGTCACAGCCCCAGTTATGC
CGAACGCGACTTGCTTGTTATGGATGGTTTGTTCCGGATGACTTATCTGG
GCGGCGGGTGCCATCACCTTGAACCCCCTTGCTTCCCCCTCTGTCCGACG
ACCGCCACCAAAGCATGCAGCTAAGAAATGTTGGTACATCAAATCACCCA
GCCGCCATTTCGATTAAAAACGAGCTTCCATCCCCATCCCAACCCCAATC
GCCGCGGCCCTTCCTTCCTACCCTCCACGTTCCCTTCCGACCCCCCCTTT
CAAATCCTCTTTTACCCGAATGCCCCTCCCCTCGCTTTCCCGCCGCCGGT
GCCGCCGCCACCGCCGCCGTCGGCGAAGGCATGGTGGATGGATACGGCGA
CATGTACGGCGGGGACTACGGGGATATGTCCGCGCTTGCGGGGATGATGG
GGGGTATGGGTTACGGGGGTTACGGCTACGGGGAGTCCGAGGCCTCGCAC
ACGGATCTGGTCGACATGGTGAGAGAGAAAGCAAAGAAGGGGGAATGAGA
ACGTAGGGTATAGAAGATTGTTTCGTCAGATTCACCCATCAAAAGCGTCA
CGAAGCCTGCTCGCCGTTGGTCCGCCGATGTTGGCGGCAGCGTCATGATG
GACGCAGAGGAAACAAGCGTTGTGAGACAGGGCGCAGGTCCGTCTAGCGA
CATGCGCCGTCCAGCGGCATGCCATTTTTTGTTTCCCCTGAACCACGTAG
CACCACTGCATACTGGCCGTATTGTATCAACCCTGCTCCAGTTTCGCGGA
CTGCCCTCAACTGCGATCCTGTTCTGTGCTTGTATGAGAGGGGTCGCCAG
ACCGGGACACCCCCACTGCAAGGGAACGAGGGAGAGTGAAAGTTTGTGCG
TGAGACCGCGCTCGCCCCCGCGTGTCGACGAAGGGTCAAGGTTCACCATC
CAGGTCGTCATCCGATTGTTGCCTGCTGACCGTTGGGAGTAAGATGTGAA
CCTTGAGCCGACGGACATGAGCATGTCTGTGTTTGCCTCGCCAACTTGGG
TGGAGGGGGCTGGCAGAGGGAGGTTCCAGGAATGACCCGGCCGACCTTCA
CCTCGGGTTGAGCGTATCATCGAGGTCTCCGCGTGTACCTGTTCGTTGGC
GGATGTTTGTCCCAGCAAAGTATCGAAAGAGATCTCAGCTAGAAGAAGAG
CCAACATTGGCGCTTCAGGGTACGTTCCCTATGTACTCTCTCTCGTTCTC
TCTCTTCTCATCGCTGGCAACTTGCACCCGCCTTCTGGCTGCCGTCTCCT
GCTGTCGATGTCTGATGCGCCATGGCAGTCGAGGTGCGTAAAGATTGAAA
ACGTGGGACCATTGTTGCTCTGCGTTTAGTGTGGTCTCGATGTCCCCTCC
CCTATCGCACTGCAACAAGGCACATCCCCAACCCCAGTCTCACCACATCG
TCGCCTTGCCACAAAACGATGCGTTACAGGCGGACGTAGATAAGTTCCTG
GCCGCGGACCCGCAGACTCCGTGCGTGATTGGCTTTTATAGCGAAGACAC
CGACGGCGAGGTGCGTATTTTCTGCTCTTCTTTTTCGCTTCCCCTTGTGT
CTTGTACGCTTCTATCAAAAGAAGATCGTTTTTCAACGACACCCGCAGCG
GAATCACTCCTTTCGGCCAGTTTGCTGATGTTTTTTGTTTCTCTTGCGTG
CACACGCTCCGAGACAAGTCGCATGTGGCGGGGTCAGCATGCTCGCCTTT
TTTTTAGTCAATCGTTTTCGTATCTGCTCTGGTAGTTTTGTGTTGGTTTC
TCCTGTTTTCGCTGAAGTATTTCCACCGCGTGGCCAGAGCCGTATTTGTC
GGAACGTGCTGGTGGGGAGGGTAGTGCTGCACCGTCCAGCGCTATGCTTC
CCACCGGGAAGATATAGTGAGGAAGTCTGTGGCCGCGCGGCGGGGGTTTT
CGATGGATTCTTGAACGTTGCAGCCGCGGAGTTCCTGACTTGGAGAAGCT
AAAGCCGAGCATCTGCAAAGGTTGGCTTCAGGTATCCCGTCTTCCCACGC
CGGCGAACAACCACGACCACTCTCCCCTTCATCAGTACCAAACACGACAC
CCCCCCTGATCAGCAAGCCTTTGGTCGAATGTTTTCTTGCTAAGATGATG
CTCACCCTTCCTTCAATCGACTTGCCGAATGCAACACGGCGCTTCGCTCT
TGGTGAATGCGAGCCTGGGCCGATGAAAACCCGGCGTGTCTGTCCGTCCC
GGCTTTGATGGTGTGCGCCGTCTGACGCATCGCGGCTTCCGCATTCGTGA
ATTACCCCAAGCGCCCCCGTCCTTCGTTTGAAGACATTGTTGGCCAGCTG
GAGTGTAGGACCCGGGATGTTGCGGTGGTGGGGCAGTTGAAAACGAACGC
CTCATTTCGGGGAACACCTTATCCCGAATGAGGAAAACAGGTAAGCTTTG
GTTCGTGAATGGGTGCGCGTTCATGCCAAAAAATTCACCCGCCCTACATC
AAACCACCGCCCAGTCGGACCGCCTCATATGGGGCCCACTGTTGACTGAG
TTCGATTGTGCTTGTTCCTGTCCTCCGGGCTGTCTTCGTTGATTGAAATA
CGCTCTCTCTTCTGCCCTCTTCTTTTCACGCATTGAAAAACGCAGGACAT
GTTGACGTTCAAGTGTTTTTTTTCTCCTTGAATCCACGCTCTCTGCTTTT
TTTTTGTTCGTGAATATAAAAACAAACATCTATAGCCTGTGACGACGGGA
TCAATCTGTTACGACAGGGTACGGACATTTGAAGTTACTGAAATGGACCG
GAAAGATTTTATGTGAAGAAACAACAAACACAACAACAAAATTGAACACG
CAGGATATCATGACCTTCAGGACGGCAGCGCAGCGGATGTCCCACTTCGG
GATCCGGTTCGGGCTCGCCACGGAGGACGATGTCAGGAAGGGCCTGAACT
ACAAGTCCGGCAGGGTGATGGCCTACCCGGCCAAGCGCTTTATGGCCGAG
GGCGACCGCGCCAAGCAGCGCTATCCCGGTGAGGGGTGAGAACTGGAGGA
GCGGGGGGCAGAAATGCAGGAGCAGTAGGCGGACGAGGAGGAGGAGCAGG
AGGAGGAAGAGGTGGAGAAGGAGGAAGGAGAGCAGGAGGAGGAGGCGGAG
GAAGGAGGGGGGAGGCAGGAGAGGAAGAGGAGGCGAGGAGAGAAAGAGGA
GGCGGGGAGAGGACCAGGGAAGGGAGCCGAAGGGGGAATGGAGGGTGAGG
AGGGAGAGATGGAAGGGGAGGAGGGGGACAAAGGGGTAGGGAGCGGAGGG
AGGACAAAGAAGAGAAGGGGGGGGAGGAGGGGAGGCGAAGTGGGAGGACT
CACTACTGGAGTGGAAGGCCATCACCATTTGCGTGGCAGCACCCACACCA
TGTGTGAGGACATGAGACTTGAAACTTCAGACATACCGTGCGCCCACCGC
ACGAGGAAATAGACAAGCGTGCGAATTTTGTGGTCTGGGCGTCGACCTCA
TCTTGTCAGCGCAGCCCGTCGTTACCCCCCGACGTTCCTGGCCGTTGAAC
CTGTGGCCTAGATCCTGAATTCAGAACAGCCATTACTATAAAAAACGCTC
TCTGCTGAAGCCTTCGGTTGTCGGCCCGGCTCCGCAGCCCTTCACCTTAA
TTGCGATCGTGATAGACCCCACAACCCTTCCCAAGCTTTGGTTTGTTTAT
TATTATCATTTCCGCACATTAGCCCGATCTCTCGATGGCGTGGTCACAGA
TGCGGGCTTCCTTACCCGCTTAAAGATACCAAAGGCAAAAACAATGACCG
AAAATGAGACGCCAAAGAGAGGACTGGAACAACAGAAATGAAACAGTTCA
TGACCTACACCCTGGAAGCCTTTACTCCCGAAACGTTCACGCGCATGATA
TCAGGCGCCGGAACCCTAGACCCGGAGTCCCTGCAAATGTGGGTGCTGAA
GGCCGTCACCCCGCTAGTCGGGCTGTTCACATGGGAGACCGGGGGGCGGT
ATCAGGAAATCGGCTTGCCGGAGTTGACGGCTTTTACGAAGGTGAGACGC
ACGTGGTCCTGTGGCCTAGCGCCCGTCAGCTGGATTTTTCATTTTGGCTT
TTGTTGCTCGCAAGAGGGGAGGGCAGAGGAGGTAAGAGAGGGGAGCGGTG
AGGGCAGGGCAGGGGTTGAGAGGGGGCGGGGAGAGGGGAAAGGGTGGTCA
TACCCGCCACCTCCACCATGCCGCTGCCTTCACCGCACCCGCTACTGTTA
CCAGGGAGATAATCTTCCCGTAACCTCAGCCGCCACCATCAATGTCACCC
TTGCCCATAGCTTGCGGCGTAACCGCGTATGTGTACGGCAAATTTCACTT
TTCCAAAACCTTAACCGTGACCATAGCCTTCACCGTGCCCAAAAGCTTCT
CCTTCCCAACGGCTTGGCGAACGCGAAAATACCCCAAGCAAAACCCTTTT
ATGTGCCGGTTGCAGTTCCAGTTCCAACCCCTTCCCTCTACCCCTTGCCG
TAGCCGTGACCCCCATAGAAAATAAGATGACCTAAAACTATGTGATATCA
TGTTCCAACTCCGACCCCGCCTCTCGCAGTTTTTTCATCAACACGCACCA
AACGTTGGTCGCAATCTCAACCCCAACCACTTTGCCTCTATCCCTTCCCC
ATGCTCGCTCCGTCAACTCTGACCCCAAGCACTCGAGGGAGCTTTAATAT
GTTATTGTCGTAGTTCCAACTCCAGCTCTTCTCCACGTTTCCCCTGTTCC
CATGCCTGGCTTAAACACTTGCCAAAGGTACGAGCTTGAGTCTCCACGGG
TCTCAGCCCCAACCCGAACCCCGTTTGGCCGTATGACTTACCTTCGCTCG
AAAACTCGAAACCCCTCACCCGGCAAATCCTCGCTAGCGCTGACCAAGCA
CTCCCCCCGGCCATCCTTGCTCCTTTTTTTGTTTCCGTGCCTCGTCTGAG
AAGATCGATCCGAAGGGAAAGGGCCTTGACCAAACGCCCTCACGGAAATT
CTTGCTCTTGGTCTTGCTTCTCCTTCTCTTTTCCCGTTTTTTCTCTTTTC
GTCTCTGTCTCCCTTGTGGCCAAGGTCGACCTCGAGGGGAAAGGTGACGA
CTTCGACCAGCTGGCGGCCACCCTCCGAAGGGTCGCCACCGCGCGGCTGC
CCGAGAGGGAGCTGTCGTTCGTTATCGCCAACGTGGAGGACATGTCTTCC
CTGGCCGAAAGGTTTAAGGTGGGTGTGTTGTGTCGTTAGGGGTAGTGAGA
GAGGGTGCGAGGGTTTGAGGTGTGTTTTTTGTGTTGTGGGAGAAAAGGAG
AGGGGTGGGGCTGGGGGCAGGGAGAGATGGTGGGGGAGAGAGGGACAAGA
GGGCGGGAGGGGCCTTAGCCCTGAGGCCAAAGACCTCGCATCCCAACCAG
GCCGGGACGGAGCGATCTGCCGGTTTTTCACCGGCCCAGACTCTTGCATT
CACCAAGCGCGAAGCGCCGTGACGAGTTCGGCGAGTCGCATGAAGGGTCG
GCAGCACCCTACTAAGAATGTTCGGCCAAAGGCTTGCTGATCTTGCAAAC
GGATGACAACCTCAACAGAGCTGCATTCTTTTTTGTGGTACCGCCACAAA
GACAGTCATTGGCAGTCATTGGAAGTGATTCGAATGTTTTGCGGCATTGC
CTCGTTGATGCATCACCATTCCGACAGTGCGTGGTACTACAACGCCCCGT
GTGCGGAGTTTATTTCTCCACCCAGCACGCACACATGGCTGTACTCGACC
GCCATCATGGTGACCGCCCCCCCAAAAAAAAGCGGGAAAGAAAAGCGTTA
AGGTGGTTGCCTAACTCACCCAGTGAGCAGCATGTTTTGCAGCGCCGTCG
CCAACCCGGCGCCAACCCAACCCCTTGCCGCACCATTGGGCGGGTGCGTC
TCTTTCGGGAGCTTGGGGGAGGTAGGGGGGCAGGGGGAGGTGGAAGGGGT
AGGGGCAGAGAGGAAGAGGATGGGGGGGAGAGAGAGAGAGAGCGGACAGC
AGCAGCAGCAACGCGTTGGAGTTTTGTCTATCTCAGCGACGAGGGAGGGG
AGAGTGAGCGGATGTTGCAAATTATTCTTTCGTGTTTCTCCGTGGAGGAG
GGCGCATTTTGCTGTTGTGGTCTCCGGAGCACGGAAGGTTTCGGCTGCTC
GCGCATTCTCGCGGAAGGCGGCGCATCCCTTCTAGTCTTTGTAAGCGGGT
TCTCGGTGTCGTCATACATCGGAGGCTTGGGCTCAGCCAGCCAGGCACCT
GGACCGTTCGCACGTGTGTGAGTGGGTGTGCACGGATTTGTCGCGTATTT
TGACGAAAGAAAGGAGCGAGCGGTTCGTCGAGTCGAGGGGCCGACGCCGG
GTCTTTCCTTCATGCGAGAAACCCTCTCGTTTGCCCGTCTCGTTCGTACG
TTCTCTCTCTGTTGTCTGTCTGTCTCTCTGTCTCTCTGTCTCTGTCTCTG
TCTGTCTCTCTCTGTCTGTCTCTGTCTGTCTGTCTGTCTGTCTGTCTCTC
TCCCCCTTTATCTCCCCCTTTATCTCGCCCATGCTCTCCCTCTCTCTCTC
TCTCTCTCTCTCTCTCTCTCTCTCCTTTCCGTTTCTCTCGCCCACGCTCT
CTCTTTGTGTGAAGTTCCCCGAGGATGCCACGCCCCCGGCAGAGGGGGGT
ATTTTCGTCGGTATCCGGAAGCAGAACGAGTTCTACCGCATGGACGGGGA
CTTCAACGAGGAGAATGTCGCAGCCTTCGCCGACGCCTACATCAAGGGCT
CGCTCAAGGTATGTATGTATGTGTTGTGTGTGTGAGATATGCCTTGCCCT
CCCAAGCTTTTGTCAAAATCAGAGATTTAACTGGTATCGCTTGAACCGTT
CTTCTTCATGTTCTATGTTGGCGCTCCTCAAATGAAGTGGGTTCGGGCGC
AATCGAGGTGCCAGATGCCCTGAGATTGTGCGGCGCCTTGCCCTTGGAGA
CTTGGCTCAGCGTCTTTCTCGTGACATTTTCTTGACTTTGTTTTTTTTGG
TAATGTATTTGGCGCTCCTCGAAGTCAAGGCGGTTATTGACTTTCGTTTG
CGCAGCCGGAAAGGGTTCGCTCGTTCAGGTCGCGCAAGTGTGTGAAAGGC
GCTCCTCCCCGCTCTAGGTTTCGGATTAGACAATATCAGCTTTCGTTCCT
GCATTAGCGATGCTTGTGCAAGATATCAATGCCCTAGTAGCAAGGAGTTT
GTTTGTCCTAGATCTTGGGATTGTCGTTTTAAAGCGTGATGAAATGCTAC
ACACCTTGTCGACAGCGCCAGAAATTGCGCGCAGTGACGGGTTGAATGCG
GATAGCGGGTACTCCGACCGAGACCGCGAGCTCTTGCAACGAGTCCGAGA
TTTCCTCGACAAAGGTCTCGTCCATCAGGGCTCGATCTCGAATTGGCTAC
CGTATTGAATTTCTTCATTTCATGTGTACACCTGTCGGCCCCCAACGCGC
TTTCACCCCGACCCCCCCCTCCCCGACGCACCTCCCCCCGCCGGCCGCCA
TGAGCATCAAGAAGTTCCCCGTCCCCTTTATACTCCTCGTGACAAGGTCA
TGTTAACAACACGTTATTTTAGTTGTTTTAAATCCCACGTGTCTGTCGCC
TCGTATGATGTGGCATGTTGGGGTGTGCAGCCGGTGCATGTTGAGGTGAT
AGACGAGGATGACGCGTTCGACACCGGCGGCGGCCAGATCGAGGACGAGG
ACGAGGACGAAGCCGGCGTCGTTGTGGTGAGTACTGTTCAGTGCTTGCTT
CAGCGCGCATGAAGTCGGGGAGTTGTCGACAGCTGGAGCGATGATGATGA
TGATGAATGAATGTTCGGCGCGATACCACCGGCACTGTAAACTTGGCGTG
GCGTGATCGCCGCGTCGATCCCCCGCCCCCCTCCCCTTTCCGCGTCTATC
TCTGTGTGTGAGTTTCCGACTTGTATATGTTTGCCTTGTTCTTTGGTATT
TCTCTCTCGCCTTTGTTTTCGTTATTTTGTTTTTCATTCTTGTGGCCACT
TGTTAGAGCTCTGTTTCTACCTCACGCCCCAACGATCTCTCTCGCTCGCT
CGCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCT
CTCTCTCTCGCTTTTTCCCTTCTTCACCACGCCGGTCGCCGACCTCACTT
GGCATCAAAGTTTGCCGGCCAAAAGTTTTGACACTTACTGGCCTGGCTGC
GCATTTGCGCCACAGCGATGAGTGCGCATATTCTTCTTTTTTTCGATGGC
GCGCGCAAGTAGAATCATTCAAAGGCGGAAAATTACTTTTGCGCGCATTT
TAAGTCGCAGACACCCCCTTCTCGTCTCCCCTTTGCCTTTGCGTACCATC
CCGTGCTCCCTCATGGTGATATTTTCAAAAGTTCACTTCGTCCTTCTCCC
TCCCTCTTTCCGGTCATCATCGCTCGTCACCCCCCTCCCCCCTTTCGCTA
ACATTTTTAATAGTTGACGCCGGACAATTTTGACGCGGTAGTGATGGAGA
AAGGAAAGGACGTGATGCTCGAGTTCTACGCCCCGTGGTGCGGGCACTGC
AAGTCGCTTAAGCCGGTCTACGCGGAGGTGGCCGAGGAGGTGTGTCAAGA
AGAGCGTTGTCGAAATTCCAGTGCCAAGAGAGAATACGCGTGCCATACTT
TCAAGCGCGTTATCTTCTTGCTAACATGACATGTGTTGCACGCGCAGAGC
TCTGCTCTACGGAGGCGCACAGTAGTCAGGAATATGTCGAGAACAGGGAA
TGATTACTCTTGCGAATGATGTTAAGTGGAGCATTCGAAGGTGCTATTTG
GCGGTACGAGCTCCGGCATTTAGCTTCAACCGTTGAATGCAAAACCAAGT
GGAAAAAACCCAGTTGCTGAAACATTGCATCCCCTCTCTTTGCATTTGTT
CCAATTTGGATAATCCTACGAAGTACATTATACCACCGAATGACGGGGAG
GATTATCCCGCCTGTTCATGACGAGGGCGCCGTTATTCCGAACGCTCTGC
CTCGCGCCTCCGCCGCCCGCGATTCGTTTGATTGTATTCCGTACATTGTG
TTGATCTTCCGGCCGCCCTAGACACCGATGGACGAAGTAGAGGCCATGAG
CAATCAAATCGTGGAAAGGGCCAGATTTCTTCCCGACTTTTCCAAGCATT
CTAGGCGTATTGCCAGAGCTGGCCTCACCGGAGGTGGCAGAGGAGGTGAA
GGTTACAATGGCCTGCGGCCGCATCCACGGTGGTCGAGGCGTCGCTAATT
TTGAGAGGCGCGCACAACCCCACCCATTTTTTTAGCTCCTTGGCAGTGCT
GAAGGAAACGTTGGAGTTTACAAACACGTCAAGGAAATGATTATCACCAA
TAACGTGGGTTTACATTGGCTTTCGAGAGGCACGCGGGTTGTTGTGTTTC
AATTCTTGGAGCCCTCCCCCCCCTTCCCCGGCGCACCGCAGGAGCGGGCG
TAGGAACTATCTGGTTGTTGCTTCTGCGTCCGTAAGGAATAGCCTTAAAG
CGTCCTAGATTTTGGGTCAGGGCTAGGACAAGGAAAACGAAAAACTGTTT
CATCGGGCTAACAACCGTGTGTGTCGATCCAAAATTATTACTCCGGAGTA
TTTTTTTTTTGCCTTCACGCTCGAAAACCCTTCTAATCACTCCAGCGCCC
CCACAATGACCGCCAAGGCCTGTTCTGCCGAATCTAAATCCGTTCCATGG
CGTGGGCTTTGGGGGACAACATCGATAAGTGGCTGAGAACGGTCCGAGAG
AAGCGTCTTCTTGGCCTGTCAAGGCTGACCGTATGTGTTGATTCTCCGGC
TTGCTTGGACCTCACGTGTGCGGCGGGTATGCTGCCGTGCATTTCTAAAA
CCCATATCGTTTTGGCGTTTGTGTTCTTCGCGTTCGCAACCATACCGATC
GCCTCTGAGCACCTCCAATGTCTGCAAAGGTGTGTCCTGCCGAATTGATC
TCTTACTTAATGGCGTGGGCTTCGAGGGACAACATCGAGGTTGTTGAGAG
CGGGGTTGGCGTGAAGTGTTCTGGTCGCGCCGTGGCTGACATGTGGCGTT
GTTCTGCGGCTTGGAGGTTTTGCTGAGTCACCGCACGAAGCGGGTAGCGT
GCTGGAAATCGCCTGCGCATGATACGCCCCTCGCTTCCGTCTCGTTTCCC
GGTCGGCTTGTGCCGGCTTCACGCACGTTTGCAGGCAGCGTAACCTTTGA
AGAGTCACCGGGGCTTATACCCCCTACCACCCGTCTCCCCTCGTCGCCGC
TGCCGTGCACTTTTGGCAGGTTTCGAGCATGCCCTCGGTGGTGGTGGCTA
AGATGGACGCCTCGACGCATACCCCACCGGAAGACTTCACGATCACATCA
TTCCCAACCCTCACGTTTTTGAAGGTGCAAAAGCCGTGTCTGACCGGGGA
AGTGGCCGCAAGAGAATTTGTTGCCGAAGGGGGTGTGTGCGCGTGCAACA
TTTTTTTCGAAGTTCGTGTTCGTTGAGATCTGTGGTAGATTGATCCCAGC
TCCTTATCTCTCCGGAAAGATTACGGCCAGAGTAAGTCTAGCGAATACCG
AGAATTGGGCTGGTGGACAGAGGAATCGAAATCGAGACACTCGGTGAAGG
CGCTGGCGTGTACGTTTACTTTTTGTGTTGGCCGCGATTTGGTTAGCAGC
TTCAGCCACGGTTTGTGAACGGCCTCCGTCTCCGACTTGGTCCGCGTCCT
GCTGGTGAAGCGGTAGACTTTGTGTGTTTCTCTTGACGGCAATCCCCTAA
GGCCTGCGAAGAGATCTGTCAGTGCGCAATTGGATGGCGCCGCTGCTGCA
GCGGTCCCGTTTCGAGGACTCGAGGCTCTGGTGCTTCACTCGGGCTCGCC
GTTAGATGGGTCTACTCTGCATCGCCGTCAGTCGGCCGCGTGTTCTCGAT
GTGTGGTGTCGGCGTATGATCCCAGCAGTTTTTGTCGAGTGAACATACTC
CGCGGTTTTCGCTGACCACCGGTTGATCTTTCTCTCCCAACCTGCCCGCC
TTGCCTGCCTGCTCACTCTATCTCTGTGTGTTTCTCTCTCTCTCTCGCTG
TCTGTCTGTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTC
TCTCTCTCTCTCTGTGTGTCTCTCTCTGTGTGTGTCTCTCTCTCTCTGTC
TCTCTCGCTTTCTCTCCCCCCTCTCTCTCTCCTTGCTATGCTTGTCACAA
TGTTTTTGCTTGCTCTCGCTCCCCTGCAGGCCGGAGACAAGTCGAATCCC
ATCCCTTACCGGGGTGCGAGAGACAAGGACTCTATCGTCGCCTTCATCCG
CGAGAACGCGTCTCCTGCCGCTTCTGCCGAGTTGTAACCCCCGGATTAGA
AGACAAACAACACACGGGGCCGCCCATGGGGTATACCCCCCTATTCATCC
CAGCGTTGGCCCGTGGCTTTGTGCTCCCCCTCGAGTAGCCAGGTTTCAAA
CGCTGTTTGTTCTCGAGCCCTTGACCTTGCTTTACCTAGTAGTGCATGTT
TGGTTCCCGCTACCTTTCTAGGCTGCTCGGATCTTCCACTTTCTCGGGGT
GTTTGTTCCCCCCTCATCTGTCCTCACTTGGGACGTCACGGCACCCCCTT
CCCCCCGGTGGCTAGGAGGTGGTACCGATTCAGTTCTGTCTGGACAATAC
ATGTTCTCAATCGAGCCTGTTCAAAATGTGTCTGTTTCGGAGTCATTCTT
CACTTCAAGAAAAGGTGCACCGGACATGGATGTCGTGGATGGTTCATCAT
TGGTAATGGTAAAAGGTTCCAGGAGAACAATTTCTAATATATCATTTTTT
GAATGCTTATTTCGAGGCAAACTTGCTGAAGGTAGATTTAATTCACCGTG
TAGTAGGTTACTTTATTTTGAAACCAAGTGAATATTCGGAGGGTTCTGTC
TTTCGTGTGGAATGGTTAAAAAGGAGATGTCGGTACGTGTCATCATCTGT
AAGCCTTTGTTTGAGCTCACCACTCTGTGTGTCTGTTGTCTTCACATCAA
AACACCCCCTTTCCGCTCGCTCCTGATACCTCCAAGTGTCCGTACCCTGT
AGGGAAACGATTCCGTGGTCCTAGGC

Coding sequence (CDS) from alignment at P-fluviatile_contig7:1806134..1820259+

>mRNA_P-fluviatile_contig7.13567.1 ID=mRNA_P-fluviatile_contig7.13567.1|Name=mRNA_P-fluviatile_contig7.13567.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2712bp|location=Sequence derived from alignment at P-fluviatile_contig7:1806134..1820259+ (Porterinema fluviatile SAG_2381)
ATGCCGGGGAATTCCATTGCGCGCGCGGCGATTTTGCTGCTGGGGCTGGT
GGCCGCTTCTGTCCGAGTGCAAGGCCAGTACGAAGACTTAAACTTCGACG
ATGCCGGGGAATTCCATTGCGCGCGCGGCGATTTTGCTGCTGGGGCTGGT
GGCCGCTTCTGTCCGAGTGCAAGGCCAGTACGAAGACTTAAACTTCGACG
GCATGGTGGATGGATACGGCGACATGTACGGCGGGGACTACGGGGATATG
TCCGCGCTTGCGGGGATGATGGGGGGTATGGGTTACGGGGGTTACGGCTA
CGGGGAGTCCGAGGCCTCGCACACGGATCTGGTCGACATGGCATGGTGGA
TGGATACGGCGACATGTACGGCGGGGACTACGGGGATATGTCCGCGCTTG
CGGGGATGATGGGGGGTATGGGTTACGGGGGTTACGGCTACGGGGAGTCC
GAGGCCTCGCACACGGATCTGGTCGACATGGCGGACGTAGATAAGTTCCT
GGCCGCGGACCCGCAGACTCCGTGCGTGATTGGCTTTTATAGCGAAGACA
CCGACGGCGAGGCGGACGTAGATAAGTTCCTGGCCGCGGACCCGCAGACT
CCGTGCGTGATTGGCTTTTATAGCGAAGACACCGACGGCGAGGATATCAT
GACCTTCAGGACGGCAGCGCAGCGGATGTCCCACTTCGGGATCCGGTTCG
GGCTCGCCACGGAGGACGATGTCAGGAAGGGCCTGAACTACAAGTCCGGC
AGGGTGATGGCCTACCCGGCCAAGCGCTTTATGGCCGAGGGCGACCGCGC
CAAGCAGCGCTATCCCGGATATCATGACCTTCAGGACGGCAGCGCAGCGG
ATGTCCCACTTCGGGATCCGGTTCGGGCTCGCCACGGAGGACGATGTCAG
GAAGGGCCTGAACTACAAGTCCGGCAGGGTGATGGCCTACCCGGCCAAGC
GCTTTATGGCCGAGGGCGACCGCGCCAAGCAGCGCTATCCCGGCGCCGGA
ACCCTAGACCCGGAGTCCCTGCAAATGTGGGTGCTGAAGGCCGTCACCCC
GCTAGTCGGGCTGTTCACATGGGAGACCGGGGGGCGGTATCAGGAAATCG
GCTTGCCGGAGTTGACGGCTTTTACGAAGGCGCCGGAACCCTAGACCCGG
AGTCCCTGCAAATGTGGGTGCTGAAGGCCGTCACCCCGCTAGTCGGGCTG
TTCACATGGGAGACCGGGGGGCGGTATCAGGAAATCGGCTTGCCGGAGTT
GACGGCTTTTACGAAGGTCGACCTCGAGGGGAAAGGTGACGACTTCGACC
AGCTGGCGGCCACCCTCCGAAGGGTCGCCACCGCGCGGCTGCCCGAGAGG
GAGCTGTCGTTCGTTATCGCCAACGTGGAGGACATGTCTTCCCTGGCCGA
AAGGTTTAAGGTCGACCTCGAGGGGAAAGGTGACGACTTCGACCAGCTGG
CGGCCACCCTCCGAAGGGTCGCCACCGCGCGGCTGCCCGAGAGGGAGCTG
TCGTTCGTTATCGCCAACGTGGAGGACATGTCTTCCCTGGCCGAAAGGTT
TAAGTTCCCCGAGGATGCCACGCCCCCGGCAGAGGGGGGTATTTTCGTCG
GTATCCGGAAGCAGAACGAGTTCTACCGCATGGACGGGGACTTCAACGAG
GAGAATGTCGCAGCCTTCGCCGACGCCTACATCAAGGGCTCGCTCAAGTT
CCCCGAGGATGCCACGCCCCCGGCAGAGGGGGGTATTTTCGTCGGTATCC
GGAAGCAGAACGAGTTCTACCGCATGGACGGGGACTTCAACGAGGAGAAT
GTCGCAGCCTTCGCCGACGCCTACATCAAGGGCTCGCTCAAGCCGGTGCA
TGTTGAGGTGATAGACGAGGATGACGCGTTCGACACCGGCGGCGGCCAGA
TCGAGGACGAGGACGAGGACGAAGCCGGCGTCGTTGTGCCGGTGCATGTT
GAGGTGATAGACGAGGATGACGCGTTCGACACCGGCGGCGGCCAGATCGA
GGACGAGGACGAGGACGAAGCCGGCGTCGTTGTGTTGACGCCGGACAATT
TTGACGCGGTAGTGATGGAGAAAGGAAAGGACGTGATGCTCGAGTTCTAC
GCCCCGTGGTGCGGGCACTGCAAGTCGCTTAAGCCGGTCTACGCGGAGGT
GGCCGAGGAGTTGACGCCGGACAATTTTGACGCGGTAGTGATGGAGAAAG
GAAAGGACGTGATGCTCGAGTTCTACGCCCCGTGGTGCGGGCACTGCAAG
TCGCTTAAGCCGGTCTACGCGGAGGTGGCCGAGGAGGTTTCGAGCATGCC
CTCGGTGGTGGTGGCTAAGATGGACGCCTCGACGCATACCCCACCGGAAG
ACTTCACGATCACATCATTCCCAACCCTCACGTTTTTGAAGGTTTCGAGC
ATGCCCTCGGTGGTGGTGGCTAAGATGGACGCCTCGACGCATACCCCACC
GGAAGACTTCACGATCACATCATTCCCAACCCTCACGTTTTTGAAGGCCG
GAGACAAGTCGAATCCCATCCCTTACCGGGGTGCGAGAGACAAGGACTCT
ATCGTCGCCTTCATCCGCGAGAACGCGTCTCCTGCCGCTTCTGCCGAGTT
GTAAGCCGGAGACAAGTCGAATCCCATCCCTTACCGGGGTGCGAGAGACA
AGGACTCTATCGTCGCCTTCATCCGCGAGAACGCGTCTCCTGCCGCTTCT
GCCGAGTTGTAA