mRNA_P-fluviatile_contig22.4780.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig22.4780.1
Unique Name	mRNA_P-fluviatile_contig22.4780.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: D7G705_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G705_ECTSI)

HSP 1 Score: 251 bits (642), Expect = 5.750e-79
Identity = 139/235 (59.15%), Postives = 167/235 (71.06%), Query Frame = 1

Query:  196 MSDAVWTARVKLRAAMKEEMPRYAQ----------FWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSNLFFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDD-IDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKYETGLLGEQEVET-RPSS 864
            MSD VWTARVKLRAAMK EMPRY +          FW KHA+ FS++WT+L AE  RR LSMPVDEVP    G YDLRGAY VVM AVN+QLRNFD TGIKGDGRT AEL+FE  LKV RGAYLG AF  D  ++ FF+ C+Q+GGPRLL SK R   T   S     T++A  S ++ +D AE  +A+ +GQSFRADRRLIRL++FRYM DKA+RK++     E++  T +PSS
Sbjct:    1 MSDEVWTARVKLRAAMKGEMPRYHEVLAGMIPVHEFWGKHAQKFSEWWTRLPAEEARRTLSMPVDEVPVIFQGTYDLRGAYFVVMSAVNDQLRNFDKTGIKGDGRTAAELSFEEGLKVHRGAYLGGAFVKDTQADHFFDMCRQVGGPRLLPSKPRDHGTATSSKKEVLTSSAADSANERVDFAEIGSAETEGQSFRADRRLIRLVVFRYMFDKAIRKFQADTHEEEKDGTGQPSS 235

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A7S3LHQ5_9STRA (Hypothetical protein n=1 Tax=Aplanochytrium stocchinoi TaxID=215587 RepID=A0A7S3LHQ5_9STRA)

HSP 1 Score: 191 bits (485), Expect = 2.060e-54
Identity = 114/296 (38.51%), Postives = 158/296 (53.38%), Query Frame = 1

Query:   22 GRFTDAWVVDRTLFEHLSGGACSCCGIARHNARAL---MQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSNL-----FFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDD--------IDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKYETGLL-----GEQEV 846
            GRF D WVVDR +FE ++ G CSCCG  +H    +   M  CSD+ETDDG+ E+KSPWP  M D VW  RVK R  MK+E+ +Y +  + H + F Q+W     + ++    MP +E+    +  ++ + AY VV+C+V EQ+  F+ TG K DG T  E  FE  L+V RGA++    T D Y+ L     FF    Q+GG  LL  +    P D  +    +   A    DD                A +  QSFR DRRL+RL+IFRY  D+A +K+E  +      GE+EV
Sbjct:    4 GRFLDTWVVDRVMFEFVNQGGCSCCGF-QHGGMEMSDFMALCSDVETDDGKTEKKSPWPKFMQDEVWADRVKFRRIMKKEITKYKKLSEAHGQDFVQWWLDADEKTRKSCFMMPKEELKVQFNTVFEFKTAYQVVLCSVLEQVEKFEATGYKLDGATDCENYFEESLRVYRGAWV---VTEDYYTTLEGCDNFFGMLLQLGGDHLLPKR----PRDKRAVAARAKVLAEGPTDDNSXXXXXXXXXXXXXXASSSAQSFRGDRRLVRLMIFRYYADQAWKKFERAMREKAKDGEEEV 291

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A225VF63_9STRA (Uncharacterized protein n=8 Tax=Phytophthora TaxID=4783 RepID=A0A225VF63_9STRA)

HSP 1 Score: 186 bits (473), Expect = 3.260e-53
Identity = 100/267 (37.45%), Postives = 152/267 (56.93%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGIARH--NARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSNL-FFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKY 816
            ++ D WVVDRT+FE+++ G CSCCG+     N       CSD E+DD ++E  SPWP  + + + T R +LR AMK +M +Y  F D H +GF  +W++L    K RI  +PVDEV +    +  ++G+Y +++CA+ EQ+R+F+ TG   DGR  AEL FE +L       L + +      ++ FFE  + +GGP+LL  +   +P +                     AE   ++++ QSFR+DRRL+RL++FR   D AMRKY
Sbjct:    3 KYEDTWVVDRTMFEYVNQGGCSCCGVTHTIMNFADFASKCSDWESDDEKKEHYSPWPMFIHEEILTERARLRMAMKADMNKYKDFVDTHMKGFMAWWSRLGENAKTRIFQLPVDEVLSYFRVQTKVKGSYEILLCAILEQIRHFNETGYS-DGRVAAELFFEKNLHQRESFVLDSQYIGMEAGDMNFFEMMKILGGPKLLPVRTTRNPNEKSEAE----------------AEQAKSESNVQSFRSDRRLVRLVMFRIFADMAMRKY 252

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: K3W812_GLOUD (Uncharacterized protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3W812_GLOUD)

HSP 1 Score: 185 bits (470), Expect = 1.050e-52
Identity = 101/268 (37.69%), Postives = 157/268 (58.58%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGI--ARHNARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNA--FTADVYSNLFFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKY 816
            ++ D WVVDRT+FE+++ G CSCCG+  A  +  +  + CSD ETDD ++E+ SPWP  + + + T R +LR AMK++M  Y  F D H  GF+++W +L   GK R+  M  +EV         ++G+Y +V+CA+ +Q+++F  TG + DGR +AE+ FE  L+  RG +L ++    +   +  F +  Q +GGP+LL  +Q  DP +                     AE   ++A+ QSFR+DRRL+RL+IFR   D A+RKY
Sbjct:    3 KYEDCWVVDRTMFEYVNQGGCSCCGVTHAIMDLASFAEKCSDWETDDEKKEKFSPWPSFIHEEILTERARLRVAMKDDMKSYKHFIDTHLPGFAEWWKRLDETGKARVFQMTDEEVMDFFRIHARVKGSYDIVLCAIMKQVKHFAETGYR-DGRISAEMYFEQFLQNRRGVFLMDSKYINSPEGAANFIQMLQVLGGPKLLPVRQTRDPNEKTEAE----------------AEQAKSEANVQSFRSDRRLVRLVIFRKFADIAIRKY 253

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A067BQS2_SAPPC (Uncharacterized protein n=1 Tax=Saprolegnia parasitica (strain CBS 223.65) TaxID=695850 RepID=A0A067BQS2_SAPPC)

HSP 1 Score: 184 bits (467), Expect = 2.190e-52
Identity = 110/271 (40.59%), Postives = 157/271 (57.93%), Query Frame = 1

Query:   28 FTDAWVVDRTLFEHLSGGACSCCGI--ARHNARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAY-LGNAFTADVYSNLFFEFCQQM----GGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKYE 819
            F DAWVVD+T+FE++S G CSCCGI  A  N  AL   CSD ETDD  RE  SPWP  + + V   RV +R  +K+ +P YA FW +H   F+ +WTQL+A  K R+  +P  +V A +H   D+ G Y +V+  V EQ+++F +TG   DGRT AE+AFE  L+  + A+ L  ++ A + +N    FC  +     GPRLL +      TD  SG+ + + T  ++ D +            QSFR+DRR++RL++ R + D  M KYE
Sbjct:    3 FLDAWVVDKTMFEYVSKGGCSCCGISSAMINFAALDAPCSDWETDDEDREMFSPWPTFIHEDVQKQRVMIRHRLKQHLPLYASFWAEHGAAFATWWTQLTAATKFRLFQLPEADVTAYVHSHADVHGPYGIVLATVTEQIKHFSVTGYV-DGRTVAEVAFERHLQFEKSAFTLAPSYLA-LPANAPTGFCALLQHFLAGPRLLPAS-----TDETSGDNNDSATTSRAPDAV------------QSFRSDRRVVRLVLARLLADVVMAKYE 254

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A2R5GD26_9STRA (Histone-lysine N-methyltransferase setd3 n=1 Tax=Hondaea fermentalgiana TaxID=2315210 RepID=A0A2R5GD26_9STRA)

HSP 1 Score: 194 bits (492), Expect = 4.010e-52
Identity = 119/309 (38.51%), Postives = 159/309 (51.46%), Query Frame = 1

Query:   22 GRFTDAWVVDRTLFEHLSGGACSCCGIARHNARALMQD----CSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSN------LFFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAE-----------------AD---TADADGQSFRADRRLIRLIIFRYMLDKAMRKYETGLLGEQEVETRP 858
            GRF D WVVDR +FE ++ G C+CCG   H     MQD    CSD+ETDDGR ER+SPWPP M + VW  RVK R  +KE M  Y + +++H   F  +W +L  + ++R   MP +E+    +  YD + AY VV+C+V EQ+ NF  TG K DG T  E+  E  L   RGA+      AD Y N      +FF    Q+GG  LL  +            R S   A K LD    A+                 AD   + D+  QSFR DRRL+R++IFRY  D A  +++  +L  QE  + P
Sbjct:  357 GRFLDTWVVDRVMFEFVNQGGCNCCGFT-HGGMG-MQDFMALCSDVETDDGRTERRSPWPPFMQNEVWADRVKFRRMLKETMGIYRERFEQHGADFVTWWLELDPKERKRCFMMPKEELRVQFNSTYDFQTAYQVVLCSVLEQVENFPSTGYKNDGGTDCEVFLETHLGTKRGAWT----VADAYVNTDEGCDMFFGMLMQLGGDHLLPKRPTESRKQAAQAKR-SVEEAGKDLDQKVSADDXXXXXXXXXXXXXXXXADRKKSTDSGTQSFRGDRRLVRVLIFRYFADMAWTRFKRAVLDNQETSSTP 658

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A5D6YQ28_9STRA (Uncharacterized protein n=1 Tax=Pythium brassicum TaxID=1485010 RepID=A0A5D6YQ28_9STRA)

HSP 1 Score: 183 bits (465), Expect = 5.030e-52
Identity = 101/268 (37.69%), Postives = 154/268 (57.46%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGI--ARHNARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYL-GNAFTADVYSNL-FFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKY 816
            ++ D WVVDRT+FE+++ G CSCCG+  A  +       CSD ETDD R+E+ SPWP  + + + T R +LR AMK++M RY  F D H  GF+++W +L   GK R+  +  ++V A    +  ++G+Y +V+CAV +Q+++F  TG + DGR   E+ FE  L+  RG ++  N + A       FFE    +GGP+LL  +   DP++                      E   ++A+ QSFR+DRRL+RL+IFR   D A+RK+
Sbjct:    3 KYEDCWVVDRTMFEYVNQGGCSCCGVTHAIMDLATFADKCSDWETDDERKEQMSPWPSFIHEEILTERARLRVAMKDDMKRYKAFADAHMEGFAEWWKRLDESGKLRVFQLSDEDVLAFFRLQARVKGSYDIVLCAVLKQVKHFQDTGYR-DGRIGPEIFFEKALQYRRGVFVVANEYMASPEGAANFFEMLTVLGGPKLLPVRSTRDPSEKSEAEE----------------EQAKSEANVQSFRSDRRLVRLVIFRKFADIAIRKF 253

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A8K1CD15_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1CD15_PYTOL)

HSP 1 Score: 181 bits (458), Expect = 7.350e-51
Identity = 107/269 (39.78%), Postives = 154/269 (57.25%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGIARH--NARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGN---AFTADVYSNLFFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKY 816
            +F D WVVDRT+FE+++ G CSCCG+     +   L   CSD E+DD ++E+ SPWP  + + + T R +LR  MKE+M +Y  F D H +GFS +W QL    K R+  +P ++V         ++G+Y +V+CAV EQLR+F+ TG K DGR   E   E  L+  R  ++ +     +AD   N F E  Q +GGP+LL  +   DP             A  +  + +VA++    A+ QSFR+DRRL+RL+IFR   D AMRKY
Sbjct:    3 KFEDCWVVDRTMFEYVNQGGCSCCGVTHQIMDVAQLADRCSDWESDDEKKEQFSPWPTFIHEEILTERARLRVVMKEDMRQYKAFIDTHMKGFSAWWQQLDESTKNRVFQVPDEDVMDYFKSHAKVKGSYEIVLCAVMEQLRHFNETGYK-DGRIPPECCAEQYLQNRRSCFVMDPKYVASADGAVN-FCEIMQILGGPKLLPLRLTRDP-------------AQNNQAEQEVAQSV---ANVQSFRSDRRLLRLVIFRKFADVAMRKY 253

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: A0A2D4C6E1_PYTIN (Uncharacterized protein (Fragment) n=1 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4C6E1_PYTIN)

HSP 1 Score: 177 bits (449), Expect = 8.690e-50
Identity = 102/268 (38.06%), Postives = 150/268 (55.97%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGIARH--NARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAY-LGNAFTADVYSNL-FFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFRADRRLIRLIIFRYMLDKAMRKY 816
            RF D WVVDRT+FE+++ G CSCCG+     +  + ++ CSD E+D+ + E  SPWP  + + + T R +LR  MK+++ RY  F   H +GF  +W QL A GK R+  +P D++    H    ++G+Y +V+CAV EQLR+F  TG K DGR  AE  FE  L+     + +  ++     +N  FFE  + +GGPRLL  +Q     D    N  +     KS+ ++            QSFR+DRRL+RL I R   D A+R+Y
Sbjct:    3 RFDDCWVVDRTMFEYVNQGGCSCCGVTHQIMDVASFVERCSDWESDEEKNETLSPWPVFIHEEILTERARLRIVMKDDIERYKSFLATHMKGFMAWWQQLDAGGKTRVFQVPDDDLLDYFHTHVKVKGSYEIVLCAVLEQLRHFKETGYK-DGRVNAECYFERFLQNRASCFTMDPSYINSTEANANFFEMLRLLGGPRLLPIRQTQSAED----NNQAEQEVIKSVSNV------------QSFRSDRRLVRLAIVRKFADIAIRRY 253

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BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Match: D0NRX8_PHYIT (Uncharacterized protein n=49 Tax=Phytophthora TaxID=4783 RepID=D0NRX8_PHYIT)

HSP 1 Score: 171 bits (434), Expect = 1.730e-47
Identity = 99/279 (35.48%), Postives = 153/279 (54.84%), Query Frame = 1

Query:   25 RFTDAWVVDRTLFEHLSGGACSCCGIARH--NARALMQDCSDIETDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFSQFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNFDLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSNL-FFEFCQQMGGPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADG--QSFRADRRLIRLIIFRYMLDKAMRKYETGLLGEQEV 846
            ++ D WVVDRT+FE+++ G CSCCG+     N       CSD ETDD  +E+ SPWP  + + + T R +LR AMK +M +Y  F D H +GF  +W++L    K R +    D        +  ++G+Y +++CA+ EQ+R+F  TG   DGR  AEL FE +L       L + + A+   +  FFE  + +GGP+LL  +   +P +    N +              AEA+ A ++   QSFR+DRRL+RL++FR   D A+RKY   ++  + +
Sbjct:    3 KYEDTWVVDRTMFEYVNQGGCSCCGVTHTIMNLAEFASKCSDWETDDENKEQFSPWPTFIHEEILTERARLRVAMKADMNKYKDFVDTHMKGFMDWWSRLGENAKARQVRTTYD-FALYFRVQTKVKGSYEILLCAILEQIRHFQETGYT-DGRVAAELFFEKNLHQRESFVLDSQYIANEAGDKNFFEMLKILGGPKLLPVRTARNPNE----NTE--------------AEAEQAKSENNVQSFRSDRRLVRLVLFRIFADMAIRKYTREVVNAESI 261

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig22.4780.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G705_ECTSI	5.750e-79	59.15	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A7S3LHQ5_9STRA	2.060e-54	38.51	Hypothetical protein n=1 Tax=Aplanochytrium stocch...	[more]
A0A225VF63_9STRA	3.260e-53	37.45	Uncharacterized protein n=8 Tax=Phytophthora TaxID...	[more]
K3W812_GLOUD	1.050e-52	37.69	Uncharacterized protein n=1 Tax=Globisporangium ul...	[more]
A0A067BQS2_SAPPC	2.190e-52	40.59	Uncharacterized protein n=1 Tax=Saprolegnia parasi...	[more]
A0A2R5GD26_9STRA	4.010e-52	38.51	Histone-lysine N-methyltransferase setd3 n=1 Tax=H...	[more]
A0A5D6YQ28_9STRA	5.030e-52	37.69	Uncharacterized protein n=1 Tax=Pythium brassicum ...	[more]
A0A8K1CD15_PYTOL	7.350e-51	39.78	Uncharacterized protein n=1 Tax=Pythium oligandrum...	[more]
A0A2D4C6E1_PYTIN	8.690e-50	38.06	Uncharacterized protein (Fragment) n=1 Tax=Pythium...	[more]
D0NRX8_PHYIT	1.730e-47	35.48	Uncharacterized protein n=49 Tax=Phytophthora TaxI...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig22	contig	P-fluviatile_contig22:619920..628820 -

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	256.9
Seed ortholog evalue	1.2e-65
Seed eggNOG ortholog	2880.D7G705
EggNOG OGs	2B923@1,2S0T1@2759
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	other localisation
Ec32 ortholog description	conserved unknown protein
Ec32 ortholog	Ec-01_011560.1
Exons	8
Model size	1152
Cds size	903
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622815968.7827911-UTR-P-fluviatile_contig22:619919..620168	1622815968.7827911-UTR-P-fluviatile_contig22:619919..620168	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig22 619920..620168 -
1693563903.3088434-UTR-P-fluviatile_contig22:619919..620168	1693563903.3088434-UTR-P-fluviatile_contig22:619919..620168	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig22 619920..620168 -

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-fluviatile_contig22.4780.1	prot_P-fluviatile_contig22.4780.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig22 620169..628820 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig22:619920..628820-
coding sequence from alignment at P-fluviatile_contig22:619920..628820-

protein sequence of mRNA_P-fluviatile_contig22.4780.1

>prot_P-fluviatile_contig22.4780.1 ID=prot_P-fluviatile_contig22.4780.1|Name=mRNA_P-fluviatile_contig22.4780.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=301bp
MSSFFVDGRFTDAWVVDRTLFEHLSGGACSCCGIARHNARALMQDCSDIE
TDDGRRERKSPWPPTMSDAVWTARVKLRAAMKEEMPRYAQFWDKHARGFS
QFWTQLSAEGKRRILSMPVDEVPATLHGKYDLRGAYSVVMCAVNEQLRNF
DLTGIKGDGRTTAELAFEHDLKVLRGAYLGNAFTADVYSNLFFEFCQQMG
GPRLLASKQRADPTDPPSGNRDSTTTAPKSLDDIDVAEADTADADGQSFR
ADRRLIRLIIFRYMLDKAMRKYETGLLGEQEVETRPSSPPNSHTEVNNRS
*

mRNA from alignment at P-fluviatile_contig22:619920..628820-

Legend: polypeptideCDSUTR

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

>mRNA_P-fluviatile_contig22.4780.1 ID=mRNA_P-fluviatile_contig22.4780.1|Name=mRNA_P-fluviatile_contig22.4780.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=8901bp|location=Sequence derived from alignment at P-fluviatile_contig22:619920..628820- (Porterinema fluviatile SAG_2381)
ATGTCTTCCTTTTTCGTCGATGGACGTTTTACCGATGCGTGGGTTGTAGA
CCGGACGTTGTTCGAGCATCTCAGCGGGGTGAGAATCAATTTTCAAGCTG
CAGAGACTATGTGTATTCAATGGTATAGGATGGATGCCGTTGCTCCCTGA
GATAACGCGCCTGATCTCGTCCAAACAAAAATCTGCGAACAAAACCAGTA
GACTACTTGTATGTGGCGCCTCCACAGTGGATTGCCTGTGATCCTGGAGA
GACAAGGAGGAAGCTTCATTTGGAGCCCATGCTCCATGACTGACAGACGA
CAGAATGGGCCTGCCTTCAACAACACATCTCGTAAGAACTAGAGCCTTAC
TTTTAATGAAAGAACAACCATCACTCGTTGGTGATGCCTACGCCAGTAAA
ACCTACATGTATGTACTGGCAATCGGCAGCCCACGGAGGAAAGAACCGGA
CCCTCGCGCCAAATAGGAGGTTCTCAAGTGAGGGACCGTTCTATAACATA
CGCTATGTTGGCCATCATTTTCTATTTTCCCGCCACCAGGGGGCCTGCTC
TTGCTGCGGAATAGCTCGCCACAACGCACGAGCACTCATGCAGGACTGCT
CGGACATCGGTGAGGGACTTGCAACAGTATGATGGAAGTGACGTAGTATG
TTAGGGTATCGCCCTCGCGGACTTTTCAATTTCAAAAGTCCGCATATTTA
GGTATACGAAAGGCTTCAGACCTCGGGCAAAGATCCACAAGCCATTCACT
CACTACCTCGCTTGCCGGATATTGGAGCTCGCGAGCACGCTGAACTGCAT
TTTTTTTTCATGTTTGAACGTGATCATGCAGATTTATACAATATCTGCTC
ATGGCTCTGCTTGCATGGTTCTCTTCATCCGATAATCATCGGCCTCTGCA
GATGAAAGTAGCTCCTGGCGTGACATACTCGTAGTATGATGCCATAAAAA
AGCAAGGGCGCTCCGCCCCGTTCAAAGCTATCAACGGTGTTCGCCAACCT
GACGGCCTCCGATTGGATGCTGCAACAAAACAGAGACTGACGACGGAAGA
AGGGAGCGTAAGTCGCCCTGGCCTCCGACTATGTCCGACGCGGTGTGGAC
CGCTCGAGTCAAACTCAGGGCCGCAATGAAGGAAGAGATGCCCCGCTACG
CTCAGGTACGGTGGTCTGATTGCATACATTCTGTCGTGCACTCGTGTCTC
CCTCAATATGACGCGGAGACCCGAGCTGTAGTGTGAACCGCGTTCCAATA
TCCATATCGAACGCGTGAATACATTTGCGTCCGTGTACCATGTTGTGAAA
TACCCTGCGCGCCTCATTTGTATTACTGGCCAATGTTCAGTAGCACTGCT
CCCGTATTGATTTGTCCCGTAACATGTGCCGGTTGGCTGTGTCGTAAATG
CGGCGTATTTACTGCTAGCCATATCTTCTCTCGGCGTCCGGTGAGGATCT
CAATTTCTCGTGATTTATCTGGATTCTCCCGGTTGTTGAGTGGCCTTGTT
TCCTCTTAGAAACCGACTATACTCTGCCAGCACTACCATGAATACCGACT
ATATTCTGCCAGCACTACCATCTTCGTGTCTGCTTTAACTGTCTGAGTTG
GCCACTCGAGCGCCCGTTTCACAAAATCACACCGTCGTCTGCTCCGAAGT
AGTGCTGTACTTCTGCTGCTGAAGCAGTATCCCATCGGTCAGCGCGGGTA
GGCGTCAGCCTCTGCAACCACCTGCTTGGGTACTCGCAATATCCATAATA
ATCCACACTCGTCGACCGAGCCGGTGGCTGTCTACTCAATGAAAACTCCA
CATGCGAGAAATCACCCGCGAGCCTGGGCAACGACAAGCGTGTTTCGGGA
CAGATTTTCAACAGCAGTCGTGCTGCTGTCGCTAATAACGCAGGTATTGT
TTGTCCGGTTGGATTCATGAGATCTGTCAGGGTGTTGGGGAGTGACTTCA
AGTTACCACACGAAGCTCTCTTGTCCCGGGAAATGTGCAGAAATATATTG
ACTCCGTGTTATTATCCACCATCGAGTGAGCGCGGGCTGCGCTTTAGCCC
ATGGACTCCGTCACACATCCATCATACCATCGAATCTACGTCACCCCCTC
TAGGTGTTCCGCAGATCAGTATCTCCACCGTGCACCCCAAACAGCCCCCC
TCGCTCCCGCTGGCTCTCACCTCGGTATTTGCCATCGGGATTGGGTTTTC
GTCGCTTGGCAACGACGTTATAAAACAAGCCAATTCACTTCGTGAACTCG
GCAACCAGTTTTTTTTTCCTCTGTTTTTTTTGCGGTTACCATAATGGTGG
TCGAGAAGATCATGTTGCGCGGGGTGGAGAACCCTCACTCCGCGCAAGGG
GGATGATCGCACCGCGTTGTGTTAAAATGGTCAAGCACCCTCGAGGCAGT
TACAGAGTGCTTACAACTGAGTCTGGAAGTGAAAGCACCAGGAAAAAAAT
TAAGCCATACGCAGCTGTCATCCGTATGCAAGGAAGTAAGCACAAGGTGC
CAAACACCCTTAGCAGGATGCAGCGCACCCTTCATGCGACTCGCCGAATA
CCTCACGGCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCCGGTGAGAAC
CCGGCGTGCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAATGGTCTAAC
GACTACGGCATGCATGACTATGAGTTTACCCCCCCCTGTTGGGTGCGAGG
TACTGATACTCAAAACTAAAAAAATGACAATTCAACAATTGCCAGGGAAA
CCAACAATTAATCAAGATTCCAAAGTTAACCAATTTTATCCCCTCAAGAA
AATGGTCACAACATGACTCAACACGCCAATTCGTCGAAATGCGTCTTATC
TTTCAATTTCACGGAAATCTCAACAAATCCAGCTCCGAAAAACGATATAG
CGCTTCCGTTTATCCATGAATTCGACCAATTCGGTTCCTGGTCTTCTCTC
CATCCGATAAAGCACAAAGATCATCGTGGAAAACATCCATCGCAAACATT
TTCGCCGGAAGGAGAATGGAACAATTCCGGGACAGTGTTTCAGTCCATTA
GGACCAACTCCTGAAGCAAAATCATGCTTCCTCTGGCACATAAATCTGCT
CGGTTATGGGTCGCATGTCGTAACTTTTGAACGGAAGGGCGTAAGATCCC
ATAGTCAGGTTCATTTTTGTAAAGCTCTAGTCGCGGGCATGATCACGGAA
AAAAAAATTCGGGTTGTAATATCTGAGAATCAGGGGGTCAAAACACCCTA
TTTTGCCCAAATATTTCGGGAATTTGTTGTGAGTTTTTTTGAGAATTATT
TTGAGAATTTCTTGAATACAGCCCGTTCACCCCCCCCCCGTGGCACAACC
ACGATGAAGACCGCAAGCACCCCCCCGCCTCGCCCGAAGGGCGGTGAGGT
GCCATCGGGCCGCCTTTATGCCCTGGCGATAGAGGTAGCACCCGCCATTC
CGCCAGGCAACGTAAGGCTGCCCAACGAGGTTGCAGGCCCCTCGCCCAGC
GCTACGGTGTTGGCCGTGAATATCCCTCGCAGCTATGGAAAAACTGCTGA
ACACAGACCGACTACAACCGGGAGGTCGAGCTCTCAACCAAGCGTCGTAG
CGGACGGCCGTCGCTGCTCAGTCCAACGAAGCAGGCGGCACTGCGGGCGG
TAAACAAGCAGAACCGGTCGTTTACCAACACGCAAGCGTCCGATCAGCTG
AAAGAGATCAGCCTGGACTACAGCTCTGAGACCGTGACGCGGTGGTTTAA
GCAAGAAGGAGCGGAGAAAAGGGCTCGCCGCATCAAGCTCTCCCTCTCCG
AGCGTCCGAAGAAGCACCGGATCGATTTCAACTCCGACCAGCCGGACGAG
ACAAGCGGTGATTTCCTCGACCAAGGAATCGTCATCCACTTGGACGAAAG
TTGTTTTTTCCTTCCGAGGAACAAGGAGAAGATCCGAATCTTCCCGGGGT
AGTCGATCCCCGGGTCTCTCCTCGTCCAGCACAAGAGTCACATCCCAAAG
ATCTTGATTATCGTGGCGAACGCTTGCCCGGACCAAAGCCACGACTTCGA
CGGCAAGATCGGCATCTGGGGCATTTGCGTTATGAAAACGGCCCAGCAAA
CCACGGCGAAGCGGAAATGGGGGGACCAGTACGAGTTCGACTGCACCATC
GACGCGGAGCAGTACAAGGACTGGTACATCGACCATTTCCTGCCTGCGAT
CAAGAAGAAAACGCCGTGGCTTCGTTCGAAGCGAGTTGTAGTACAGCAAG
ATAGTGCGACCTTCCACACGGGGAAAAACAATCCCGACATTCTCAACTCG
GCGGGGATTGGACGGGGTTGGATGGTAGAGCTGAAGACGCAGCCTTCGCA
GTCGCCTGACTTTAAAATCAACAACTTGGGATTCTTACTTCGCTCAAGTC
AAGGGTGTGGGGGGCGAATACCAGTCCGGTAGACGAGTTAGTGACGCCTA
TCTTCGATCTGCACGAAGAGTATGACGCTGACACGTTAGAGCGGGTGTGG
CAGAGCCCTTCAAGGTTTACAACCAAACACTTTGCAAGCTAGGCGATAAT
GATTTCAGTGTCGAGCATACCGGGGTAAGCGCACGGCAGAGGGCCAGAAC
GTTGGAAAGGATGGTAAAATACGGCGCGGACGCCTTCAGCGCCGCGTGGG
ACTACCTAGCGTCGAGTGACGAGGACTACTATTTTTATTTTTTTGTGTGC
TTTTTGGCTCCCTAAAAAGGGCCGAAATATGGACTATCTTGGACGAACTG
ACTTTTTTTTTGGACGACTGGCTCATTTAGAAGGCTGCGCAAAAAGAGTA
ATGAAAACGGGTTCCAAGTCAAAAATGACAAAGATTTCGAAAATTTCATC
AAAAACGGCCTCGGAGACGGATGACAACCCGTGTGAACGTAATGGAGCGA
ACTTTTGTGCGACAGGAAGTATTTTTACTTGTTGACCACTATCAAGAAGT
CCTACACGTATCGAAGCTTAGCTGAAGCCTAATCGAAACATGTCAAATCC
CCCCTTCAAGGAAACATTGAGATAGCAAAGCAAACTCGGGTAAATCAGCG
AAAGTTAGTAAACCCAGCGCATGAATACGCCAGAGGAAATCGTCGCCAGT
TTTTCTTGTTTAAGTATTCCACCTCAAATGCAATCTAGTTATAGCTCTCC
TGCTGTAACATCTTGTACACATAAAGTCCAATGCATCCGAAAAGACTACA
TTTCAATCACAAGAATGAGCGGTAAATCAATAGTTGCGAATCAAAAGTTT
CGAATGGCGCCGAACGAAAGAACATGGTAACATGAACAGGTACTCTTTTG
CGCACCTTAGAGACGAGCTGCACGTTTAAACCTAGGGCAAACATGAACAT
TTAGCCTCCAATCCCATGGGGAACGTCCAGAGTCACAAATAACCAAGTTT
GTTGCGAAATAAAACCAGACTCAACTTCGCAGATGAAACGGGGAAATACG
GCTCCGATCACAAGATATAAATTCGGAAACGGACCACGTACCTCGCCTGC
ACTGTTGTAAGAATCATGAAACACCAAAATCCCCCTCTCATTGTTTTCGC
AAACAGTGCAGGCAATCCAAAACATGACAAACACAAAAATCGTAAAACAC
AAGCAATACATGCCCCCTCAGCTTCATCAGAGAATAGAATTACGCAACAG
CCAAAAACTGAACGATATGGGGAGCAACCTGTAACGGTGGCCATTGCAAG
AAGCGAAAGGTTCACGACAAAAACCACGGTGCACGTAAAACTCGTTCTTG
TGAAGCGGTTTGGGTAGGAACTTGGTGCCCTGGACCTGGTACGCCACGTG
GACTACCGCGAATGAACCAGTCAAACAAAAACACCGAAAAAAAGATGTGA
GACAAGCCGATTACTTAACCTCCGTGAAAGGCCCACCCTGAGCAAGCAAA
TCGCGTCGTTGATACGCAACCCTGAAATCTGGCAGCAACGCAACGTCGAC
TCAAGGCATGAAACGAAGTCACAATAGCACATCACGCGAACCAGAGCAAA
AACCAAGTTGCCATGACAATGAAATGACTCATCGCCATCGTAAGAAGTGA
AATCTGCCCGCCCTGGATACTGAGGACGTGCAGCCAAGGCACATTGCTGT
TGAGCGTTATGCTCACACTCATCGCAGACGACGAAATTTTCCTAGAAGCC
GCAAGTTCGTTGAAGTTGCCTTTGGGGTTGGGTCAGCCGTTGCCGCTGTG
GATGCTGGTGACCTCCCCTCATGCACCATGCAAGTGCGTCCTCCATCCTA
ATTCCGCACACGAGTCTTCACCGTACGTCTTCGTGGATAACGTGTTAAGC
CGCTGGTCTTCTTTCTTCACCTTTTGTCTGCCTTCTCCGTCCTCCAAATA
TGAAAAACACACACCCACGCAGCCAGCCGGCCAGACGCCGCCTCTGCCAT
AATGTCCAGGGTGAGCAAACCAACCCAGCCCAACCCAGCAAGACGCCGAG
GGATCGCAAAACGAACAATCATACACACAATAAGAAGCCCCGTAGCGGCA
AGGAATTTGCCCACCTGCCGGATTAGGGGAGAAGCACCTCCCTCGGTGAC
CTATAGCATTACCAACAGCTCGCGAGCATCACGATGTCGTGTTAAGGTGT
TGGGGCATGACTTCACGTTAACACCCGAAGTTCTCTTGCCCCGAGGCACT
AGGTGCTCAAATATGTCGACTCCGTGCTATTTGTCCACCGTCGAGTGAGC
CCGGGCTGCACACCAGCCAGGGGCTCCGTCATACATTCATCATGTCAACG
AATATACGTCGCCCCCTCCAGGTGCTCCGCAGATGAGTATCTCCATCGCG
TACCCCAAACTAGACCCATTTGGGAATATGCCCTGTGTCAAAGACGGACC
AATCACTTACTCTTCTGCCTGATTCTCCGCAGTTCTGGGACAAGCATGCC
CGGGGATTCTCGCAGTTCTGGACACAACTGTCCGCAGAGGGCAAGCGGCG
CATTTTGAGCATGCCAGTTGATGAGGTACCGGCGACGTTGCACGGCAAGT
ATGACCTACGAGGAGCGTATTCAGTGGTGAGTGTGCTTCGAATAAACCGA
CGATGCACTCCCTTGGCGTCATCCATTCAAATAAAACACTTTTCTCCGAC
TGATTACAATTCGCAAGTATCCGAGTCTCGCAACGCGGAGATAGAGGAGC
AAATTACCAAGACTCAATGCAGCCCTCTGCTATTCATGTGGCAGCATCGA
AGTTGGCTCGCCGTGATGATTTCTCATTTTCATCCGCTCCTCCTCCTTGC
TGCAGGTGATGTGTGCAGTGAACGAGCAGCTCCGGAATTTTGATCTCACA
GGCATCAAAGGGGACGGTCGAACCACCGCCGAGCTCGCCTTCGAGCATGA
TCTAAAAGTGAGCACCGAAACACCCCGCAAAACCAACTTGCAAATTCAAC
GACACCTAGGCCCAAGCCGGCACGTCAGCCACGAATACGGCCGGCATTAG
CTCGATTTACCACTGCAAAGCCCTCGATTGCGTATCGTGGGACGTAGGAC
GGCAGGTTCAGTGCATGACCAGTGTCGTGCTCAGTAGACAAGGCCAGCAC
TGCGTGCAGTAGCGAACGACGGCATCCCCTCCAAAGGGGTTGACCGGCGC
TGAACGAACGCTCGCACACGCAGGTCCTCCGCGGTGCCTACCTCGGAAAC
GCCTTCACGGCGGACGTCTACTCGAATCTGTTTTTTGAGTTTTGTCAGCA
AATGGGAGGGCCTCGACTGCTCGCCTCCAAGCAGCGAGCGGACCCCACCG
ACCCGCCTTCGGGCAACAGAGATTCGACGACCACCGCTCCGAAGTCCCTC
GACGACATCGACGTGGCAGAGGCCGATACGGCCGACGCGGATGGCCAGGT
GAAGTGTGACGGGTGAGCGTTTTCGAATTGGAGTTGGCCAGGAAACTTGC
AACCGGCTCGGATCGACCCTCGATGAGGACAACTACATGGACCATCGCGT
CGGAAGTTGCGATTGGGAAGGACAGCAGAAAGAGATGAGTGATTGCCATA
CGGTATCTTCTAAACTCACAAATGTAATGCACAATAGAAAGCGGCGAAAT
GACGGCGCAGCGTTTTCCCCTTGTGTCCGTTTTTTTGTTCCTACATGAAA
CCCCTTGGCTACAAATATGTACTCCTTCTCAAGAGCTTCCGAGCGGACAG
GCGCCTCATAAGGCTGGTGAGTCGATTAAGCTCCGGAACAAGATTCGTCT
CAAATACTGCGTCCTGTTGTAAACGCCACGCGGGATTCCGTCTATTCTTG
CTGCTTCGGAATTGCACTTCCTGGACATACGTGTCTTCCTGAAGAGCCAA
GTCCGTAAGCAAGGAGAGGCGCGCGTCGAATACTCCACATTGTCGTTAAA
TGGGTGATCGACCCCGGCCTTTTGAGAATCGCATCACCCCCTGCAACAGT
CGAGGTGACACACGCCGCCGTGGCATGTAGAATTTTGCACGACTCACTGC
GCATTTTGTCGACCTCCCTTTACCTTCCTTCCCTGCACGGCTTACGCCAC
CCTTTGCCTCGTGCTTCCTAAAGATAATATTCCGGTATATGCTGGACAAG
GCCATGCGCAAGTACGAGACAGGTCTTCTCGGGGAGCAAGAGGTCGAAAC
GAGGCCCTCATCGCCGCCAAATAGCCACACTGAAGTGAACAATCGGTCGT
GACGACCGACTAGCTAGGAGACGGCTTGCGCCCCGTTTCTCGATAAACGA
AGCAGTGGTCTTGTGCAGTCACATGCGCCCCCTTTGTGATGACCGGGGTC
TCAATCTGTGAATGCGTGCTCTTGATCGAGTTAACGTTGCGGGACGACAA
GAGAGCACCACACAACACATCTGAGATCAAATCAAAACATTTTTTTTCTG
TTTTCGGGCTTTTGTCGAGGATACGATCAAGACTGCAACGCCAACCCCTA
C

Coding sequence (CDS) from alignment at P-fluviatile_contig22:619920..628820-

>mRNA_P-fluviatile_contig22.4780.1 ID=mRNA_P-fluviatile_contig22.4780.1|Name=mRNA_P-fluviatile_contig22.4780.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=1806bp|location=Sequence derived from alignment at P-fluviatile_contig22:619920..628820- (Porterinema fluviatile SAG_2381)
ATGTCTTCCTTTTTCGTCGATGGACGTTTTACCGATGCGTGGGTTGTAGA
CCGGACGTTGTTCGAGCATCTCAGCGGGATGTCTTCCTTTTTCGTCGATG
GACGTTTTACCGATGCGTGGGTTGTAGACCGGACGTTGTTCGAGCATCTC
AGCGGGGGGGCCTGCTCTTGCTGCGGAATAGCTCGCCACAACGCACGAGC
ACTCATGCAGGACTGCTCGGACATCGGGGGCCTGCTCTTGCTGCGGAATA
GCTCGCCACAACGCACGAGCACTCATGCAGGACTGCTCGGACATCGAGAC
TGACGACGGAAGAAGGGAGCGTAAGTCGCCCTGGCCTCCGACTATGTCCG
ACGCGGTGTGGACCGCTCGAGTCAAACTCAGGGCCGCAATGAAGGAAGAG
ATGCCCCGCTACGCTCAGAGACTGACGACGGAAGAAGGGAGCGTAAGTCG
CCCTGGCCTCCGACTATGTCCGACGCGGTGTGGACCGCTCGAGTCAAACT
CAGGGCCGCAATGAAGGAAGAGATGCCCCGCTACGCTCAGTTCTGGGACA
AGCATGCCCGGGGATTCTCGCAGTTCTGGACACAACTGTCCGCAGAGGGC
AAGCGGCGCATTTTGAGCATGCCAGTTGATGAGGTACCGGCGACGTTGCA
CGGCAAGTATGACCTACGAGGAGCGTATTCAGTGTTCTGGGACAAGCATG
CCCGGGGATTCTCGCAGTTCTGGACACAACTGTCCGCAGAGGGCAAGCGG
CGCATTTTGAGCATGCCAGTTGATGAGGTACCGGCGACGTTGCACGGCAA
GTATGACCTACGAGGAGCGTATTCAGTGGTGATGTGTGCAGTGAACGAGC
AGCTCCGGAATTTTGATCTCACAGGCATCAAAGGGGACGGTCGAACCACC
GCCGAGCTCGCCTTCGAGCATGATCTAAAAGTGATGTGTGCAGTGAACGA
GCAGCTCCGGAATTTTGATCTCACAGGCATCAAAGGGGACGGTCGAACCA
CCGCCGAGCTCGCCTTCGAGCATGATCTAAAAGTCCTCCGCGGTGCCTAC
CTCGGAAACGCCTTCACGGCGGACGTCTACTCGAATCTGTTTTTTGAGTT
TTGTCAGCAAATGGGAGGGCCTCGACTGCTCGCCTCCAAGCAGCGAGCGG
ACCCCACCGACCCGCCTTCGGGCAACAGAGATTCGACGACCACCGCTCCG
AAGTCCCTCGACGACATCGACGTGGCAGAGGCCGATACGGCCGACGCGGA
TGGCCAGGTCCTCCGCGGTGCCTACCTCGGAAACGCCTTCACGGCGGACG
TCTACTCGAATCTGTTTTTTGAGTTTTGTCAGCAAATGGGAGGGCCTCGA
CTGCTCGCCTCCAAGCAGCGAGCGGACCCCACCGACCCGCCTTCGGGCAA
CAGAGATTCGACGACCACCGCTCCGAAGTCCCTCGACGACATCGACGTGG
CAGAGGCCGATACGGCCGACGCGGATGGCCAGAGCTTCCGAGCGGACAGG
CGCCTCATAAGGCTGAGCTTCCGAGCGGACAGGCGCCTCATAAGGCTGAT
AATATTCCGGTATATGCTGGACAAGGCCATGCGCAAGTACGAGACAGGTC
TTCTCGGGGAGCAAGAGGTCGAAACGAGGCCCTCATCGCCGCCAAATAGC
CACACTGAAGTGAACAATCGGTCGTGAATAATATTCCGGTATATGCTGGA
CAAGGCCATGCGCAAGTACGAGACAGGTCTTCTCGGGGAGCAAGAGGTCG
AAACGAGGCCCTCATCGCCGCCAAATAGCCACACTGAAGTGAACAATCGG
TCGTGA