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Homology
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: D7FRA4_ECTSI (Plastid ribosomal protein S1 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FRA4_ECTSI) HSP 1 Score: 773 bits (1995), Expect = 3.890e-263 Identity = 403/437 (92.22%), Postives = 423/437 (96.80%), Query Frame = 2
Query: 269 DA*RVIAALAATATLANGFAFAPSVRCAGNTRPGALWVGDTHSARSRVAPCRVMTDVDEVVGTETESDLE-EVPFVEPPNRFDKIKESYKGVTSALDLSEETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGEEDSS 1576
D RVIAALAA+A++ANGFAFAPSVRCAGN RPGA WVG+ SARSRVAPCRVMT+VDEVVGTETE DL+ +V FVEPPNRFDKIK YKGVT+ALDLSEETAAYEDFQ+LLTD+KVSF+RGE+VKGTVIQFEPSGALIDIGAKATAYMPAREASLD+VESM+GLLELD++MDVMIISDENEMGQVQVSIRRIQYEKAWSKVE+MQ EDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTE+AVGKVMK+KFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEG VKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGE D+S
Sbjct: 2 DRVRVIAALAASASVANGFAFAPSVRCAGNVRPGASWVGEAQSARSRVAPCRVMTEVDEVVGTETEGDLDGDVSFVEPPNRFDKIKAQYKGVTTALDLSEETAAYEDFQTLLTDNKVSFERGEIVKGTVIQFEPSGALIDIGAKATAYMPAREASLDEVESMEGLLELDETMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEDMQAEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEDAVGKVMKYKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGHVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGEGDNS 438
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A835Z197_9STRA (Plastid ribosomal protein S1 (Fragment) n=2 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z197_9STRA) HSP 1 Score: 482 bits (1240), Expect = 1.680e-153 Identity = 238/351 (67.81%), Postives = 300/351 (85.47%), Query Frame = 2
Query: 497 PPNRFDKIKESYKGVTSAL-DLSEETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVL 1546
P + F+K+K +KG + D +E+ +Y+ F +L++ +VSF+RGE V G V+Q+E G L+DIGAKA+AY+P REA+L E ++ L +DDS++ M+ISDENEMGQV +S+RR+++EKAW +V++M D VF+ ++AVN+GGAIVLVEGLR FLPGSH+CGG+P+EE VG+++ FKFLEVN+E +KLVVSNRRAV+E EM+EL+RGDVVEGF+KAIKPYGAFVEIRGMSGLLHISQIS+DRIEDL +I+Q+GM +KCMIIDHDKV GRIALSTKTLEPEPGDM+KNPQKV+D+AE TAAKYH+RME ERKARE+AAK IVMGLGDGLDSFD+DVLAGI DGI+SVL
Sbjct: 1 PTSHFEKMKMRWKGPPKRIFDTAEDDESYQQFADMLSEQQVSFNRGETVTGVVVQYEQRGLLVDIGAKASAYLPLREAALVPCEDIEALFNIDDSVEFMVISDENEMGQVTLSVRRLEFEKAWQRVDDMHKADTVFDAEVVAVNKGGAIVLVEGLRAFLPGSHLCGGVPSEELVGRMLPFKFLEVNSETNKLVVSNRRAVVETEMQELARGDVVEGFIKAIKPYGAFVEIRGMSGLLHISQISYDRIEDLGAIVQVGMAVKCMIIDHDKVAGRIALSTKTLEPEPGDMLKNPQKVFDLAEETAAKYHERMEAERKAREEAAKVIVMGLGDGLDSFDTDVLAGITDGIDSVL 351
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A6H5K1V9_9PHAE (S1 motif domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K1V9_9PHAE) HSP 1 Score: 437 bits (1123), Expect = 1.990e-138 Identity = 232/276 (84.06%), Postives = 239/276 (86.59%), Query Frame = 2
Query: 749 MDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGEEDSS 1576
M+GLLELD++MDVMIISDENEMGQVQVSIRRIQYEKAWSKVE+MQ EDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTE+AVGKVMK+KFLE AIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGE D+S
Sbjct: 1 MEGLLELDETMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEDMQAEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEDAVGKVMKYKFLE-----------------------------------AIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGEGDNS 241
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S3QC88_9STRA (Hypothetical protein n=2 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3QC88_9STRA) HSP 1 Score: 406 bits (1044), Expect = 5.860e-125 Identity = 208/355 (58.59%), Postives = 272/355 (76.62%), Query Frame = 2
Query: 503 NRFDKIKESYKGVTSALDLSEETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASL--DDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGL-----DSFDSDVLAGIADGIESVL 1546
+RFD++K++YKG + +Y+DF + + SF+R +VVKGTV+Q+E G ++DIGAK++A++P +E+SL +++ L++LD MD IIS+E+E GQ+ VS+RRIQY +AW KV QTED VFE ++AVNRGGAI LVEGLR FLPGSH+ G LPTE+ +G+ + KFLEVN E++KLVVSNRRAV+EQ+M LSRGD++ G VKA+KPYGAFVE+ GMSGLLHISQIS+DRIEDL ++Q G ++KCMIIDHDKVNGRIALSTKTLEPEPGDM+ + KV+++AE TA KYH+RME ERKARE+A K IVMGLGD L D D LA ++D ++S+L
Sbjct: 39 SRFDRLKKNYKGPQVVVSSEGLDFSYDDFADAVANTDYSFNRNDVVKGTVVQYENGGCVVDIGAKSSAFLPTQESSLFMPQGATLESLVDLDTEMDFQIISEEDENGQLLVSVRRIQYRQAWEKVIAQQTEDEVFEAEVVAVNRGGAICLVEGLRAFLPGSHLTGQLPTEDLIGQTLALKFLEVNQEDNKLVVSNRRAVVEQQMSNLSRGDIIGGVVKALKPYGAFVEVGGMSGLLHISQISYDRIEDLEKVLQPGQQVKCMIIDHDKVNGRIALSTKTLEPEPGDMLTDSAKVFELAEETAKKYHERMEAERKAREEATKDIVMGLGDSLADLTSDDEGEDPLADVSDNLDSLL 393
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S2H459_9STRA (Hypothetical protein n=1 Tax=Helicotheca tamesis TaxID=374047 RepID=A0A7S2H459_9STRA) HSP 1 Score: 404 bits (1037), Expect = 1.270e-123 Identity = 208/360 (57.78%), Postives = 275/360 (76.39%), Query Frame = 2
Query: 506 RFDKIKESYKGVTSALDLSEETA--AYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASL--DDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSF---------DSDVLAGIADGIESVL 1546
RFD++K+SYKG +DLS+E +Y +F + +F+R +VVKGTV+Q++ G ++DIGAKA+A++P EA+L + ++ ++++D D IIS+E+E GQ+ VS+RRIQY +AW KV M +D VFE + VNRGGAI LVEGLR FLPGSH+ G LPTE+ +G+ + KFLEVN E +KLVVSNRRAV+E++M +LSRGD++ G VKA+KPYGAFVE+ GMSGLLHISQIS+DRI+DL ++Q G ++KCMIIDHDKVNGRIALSTKTLEPEPGDM+++P +VYDMAE TAA+YH+RME ERKARE+AAK IV+GLGD LD DSD LA ++D ++S+L
Sbjct: 60 RFDRLKKSYKG--PKIDLSDEGLDFSYGEFDEAVEATDYAFNRNDVVKGTVVQYDNGGCIVDIGAKASAFLPINEAALVLEQGAQIESVIDIDQERDFQIISEEDENGQLLVSVRRIQYREAWDKVVAMNADDGVFEATCVGVNRGGAICLVEGLRAFLPGSHLTGQLPTEDLIGQTLPLKFLEVNQEANKLVVSNRRAVVEEQMADLSRGDIINGIVKALKPYGAFVEVGGMSGLLHISQISYDRIDDLEKVLQPGDQVKCMIIDHDKVNGRIALSTKTLEPEPGDMLRDPARVYDMAEETAARYHERMEAERKAREEAAKDIVLGLGDSLDDLTGDGDGEGGDSDPLADVSDNLDSLL 417
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S2S0K1_9STRA (Hypothetical protein n=1 Tax=Eucampia antarctica TaxID=49252 RepID=A0A7S2S0K1_9STRA) HSP 1 Score: 403 bits (1036), Expect = 1.380e-123 Identity = 210/365 (57.53%), Postives = 276/365 (75.62%), Query Frame = 2
Query: 491 VEPPNRFDKIKESYKGVTSALDLSEE-TAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASL--DDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDV----------LAGIADGIESVL 1546
V P RFD++K+++KG +E Y DF + + F R VV GTV+QFE +G ++DIGAKA+A++P EA+L + +S++ L+ELD M V IIS+E+E GQ+ VS+RRIQY +AW KV +QT D VF+ +IAVNRGGAI LVEGLR FLPGSH+ G LPTE+ +G+ + KFLEVN E++KLVVSNRRAV+EQ+M +LSRGD++ G VKA+KPYGAFVE+ GMSGLLHISQIS+DRI+DL ++Q G ++KCMIIDHDKVNGRIALSTKTLEPEPGDM+++ KV+++AE TAAKYH+RME ERKARE++AKSIV+ LGD LD ++D LA ++D ++S+L
Sbjct: 46 VATPTRFDRLKKNWKGAMPEKVSTENLNFDYSDFDAAVASVSYDFARNSVVSGTVVQFENAGCIVDIGAKASAFLPINEAALVQEQGDSIETLVELDKEMQVQIISEEDENGQLLVSVRRIQYREAWDKVRTLQTTDDVFDATVIAVNRGGAICLVEGLRAFLPGSHLTGQLPTEDIIGQSLPLKFLEVNQEDNKLVVSNRRAVVEQQMADLSRGDIINGMVKALKPYGAFVEVGGMSGLLHISQISYDRIDDLEKVLQPGQQVKCMIIDHDKVNGRIALSTKTLEPEPGDMLRDSAKVFELAEETAAKYHERMEAERKAREESAKSIVVSLGDTLDDLNNDSDADGEDAEDPLASVSDNLDSLL 410
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S2SEK7_9STRA (Hypothetical protein n=2 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2SEK7_9STRA) HSP 1 Score: 403 bits (1035), Expect = 1.910e-123 Identity = 200/333 (60.06%), Postives = 263/333 (78.98%), Query Frame = 2
Query: 497 PPNRFDKIKESYKGVTSALDLSEETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDS 1495
P ++D++ ++KG +L + Y++F + L F RG+V+ GTV+QF+ GAL+DIGAKA A+MP REASL V + +L++ +S + IISDE++ GQ+QVS+RR++++KAW + +Q+ED + ++ VNRGGAIV V GLR FLPGSH+CG LPT++ +G+ +K KFLEVN EN+K++VSNRRAV+E +M+EL+RGDVV+G VKAIKPYGAFVEI GMSGLLHISQIS+DRI+DL +I+Q +KCMIIDHDKVNGRIALSTKTLEPEPGDM+K+ Q+V+D+AE TAAKYH+RME ERKARE+AAK IVMGLGD LDS
Sbjct: 51 PLTKWDRMSTNWKGARRTANLDKAGFGYDEFSTFLEGQDYKFARGDVITGTVVQFDFQGALVDIGAKAAAFMPIREASLIPVSDVGEVLDIHESREFQIISDEDDQGQLQVSLRRLEFQKAWDHIMSIQSEDKALDCDVLGVNRGGAIVSVHGLRAFLPGSHLCGVLPTDDIIGQTLKVKFLEVNQENNKIIVSNRRAVVEDQMQELARGDVVQGVVKAIKPYGAFVEISGMSGLLHISQISYDRIDDLSTIIQPNTIIKCMIIDHDKVNGRIALSTKTLEPEPGDMMKDSQRVFDLAEETAAKYHERMEAERKAREEAAKDIVMGLGDDLDS 383
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S0CIZ7_9STRA (Hypothetical protein n=2 Tax=Proboscia inermis TaxID=420281 RepID=A0A7S0CIZ7_9STRA) HSP 1 Score: 399 bits (1024), Expect = 7.590e-122 Identity = 208/360 (57.78%), Postives = 273/360 (75.83%), Query Frame = 2
Query: 500 PNRFDKIKESYKGVTSALDLSE--ETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDV--ESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSF-------DSDVLAGIADGIESVL 1546
P RFD K+ Y G +A+++ E ++ +YEDF + +T S +R +VVKGTV+Q++ GA++DIGAK++A++P E++L +++ L+ LDD +DV IIS+E+E GQ+ VS+RRIQY AW + Q D +FE ++ VNRGGAI LVEGLR FLPGSH+ G L TEE +G + KFLEVN E++KLVVSNR+AV+EQ+M +LSRGD+V+G VKA+KPYGAFVE+ GMSGLLHISQIS+DRI+DL ++ Q+G +KCMIIDHDKVNGRIALSTKTLE EPGDMIK+ KV++MAE TAAKYH+RME ERKARE+AAK IV+GLGD LD D LA ++D ++SVL
Sbjct: 55 PTRFDTYKKKYSGYRTAVEIDEGEDSISYEDFDAAVTKSTYSMNRNDVVKGTVVQYDKGGAVVDIGAKSSAFLPVAESALIQPAGSNIETLVNLDDEVDVQIISEEDENGQLLVSVRRIQYRAAWDTIAARQALDGIFEAEVVDVNRGGAICLVEGLRAFLPGSHLTGMLATEELIGTFLPLKFLEVNQEDNKLVVSNRKAVVEQQMTDLSRGDLVQGAVKALKPYGAFVEVGGMSGLLHISQISYDRIDDLEAVFQVGDMVKCMIIDHDKVNGRIALSTKTLENEPGDMIKDKAKVFEMAEETAAKYHERMEAERKAREEAAKDIVLGLGDSLDDLGMDDDDDSDDPLAEVSDDLDSVL 414
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S2BGG1_9STRA (Hypothetical protein n=1 Tax=Florenciella parvula TaxID=236787 RepID=A0A7S2BGG1_9STRA) HSP 1 Score: 396 bits (1017), Expect = 6.770e-121 Identity = 201/361 (55.68%), Postives = 275/361 (76.18%), Query Frame = 2
Query: 494 EPPNRFDKIKESYKGVTSALDLSEETAAYEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGLDSFDSDVLAGIADGIESVLRAPIGEEDSS 1576
+P ++F++++ +KG +D ++ +Y+ F++ L D +F RG+V+ G V+Q+E GAL+DIGAK+ A+MP REA+L + + +D++ D IIS+E+E GQ+ VSIRR++++ AW KV Q ED F+G +I VNRGGAIV V GLR FLPGSH+CG +P+EE +G+ + KFLEVN E +KLVVSNRRAV+E +M+ELSRGDVV+G VKAIKPYGAFVEI GMSGLLHISQIS+DRIEDL +++++ +KCMIIDHDKVNGRIALSTKTLEPEPGDM+K+P+ V++ AE TAAKYH+RME ER+ARE+AAK IVMGLG+ L++ S + +E +L +P E +++
Sbjct: 54 QPMSKFERLQSRWKGEPRPVDETKAGFSYDAFEAGLGDTSCAFARGDVIPGKVVQYEYQGALVDIGAKSAAFMPLREAALIPDGDVATAVSIDETRDFQIISEEDENGQLLVSIRRLEFQNAWDKVLASQVEDKAFDGEVIGVNRGGAIVNVHGLRAFLPGSHLCGAIPSEEIIGQSFRLKFLEVNQETNKLVVSNRRAVVEDQMRELSRGDVVQGVVKAIKPYGAFVEIAGMSGLLHISQISYDRIEDLSTVVELNSLIKCMIIDHDKVNGRIALSTKTLEPEPGDMLKDPKMVFEKAEETAAKYHERMEAERRAREEAAKDIVMGLGEDLETPFS-----ASSDLEQILSSPAAEGEAA 409
BLAST of mRNA_P-littoralis_Contig1003.16.1 vs. uniprot
Match: A0A7S2BCJ7_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2BCJ7_9STRA) HSP 1 Score: 397 bits (1020), Expect = 9.700e-121 Identity = 195/304 (64.14%), Postives = 243/304 (79.93%), Query Frame = 2
Query: 578 YEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREASLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEEMQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVMKFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFVEIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALSTKTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGLGDGL 1489
Y + D + RG+ ++GTVIQF P+GAL+DIGAKA A+MP REA+L + + ++D+ + +ISDE+E GQ+ +SIRRI+YEKAW V Q ED+ FEG ++ VNRGG I V+GLR FLPGSH+CG LPTEE +G ++ KFLEV+ EN+KLVVSNRRAV+E +MKELSRGDV++G VKAIKPYGAFVEI GMSGLLHISQIS+DR+ED+ S++QM +KCM+IDHDKVNGRIALSTKTLEPEPGDM+++ QKVYD+AE TAA+YH+RME ERKARE+AAK IVMGLGD L
Sbjct: 95 YNAMELAFADQVQAMSRGDRIEGTVIQFNPTGALVDIGAKACAFMPLREAALIPISDVSKSCDIDERREFQVISDEDENGQIMLSIRRIEYEKAWQSVSAAQVEDIAFEGEVVGVNRGGVICEVQGLRAFLPGSHLCGALPTEELIGTILPLKFLEVSEENNKLVVSNRRAVVEDQMKELSRGDVLQGVVKAIKPYGAFVEINGMSGLLHISQISYDRVEDINSVLQMNTLIKCMVIDHDKVNGRIALSTKTLEPEPGDMLRDYQKVYDLAEKTAAEYHERMESERKAREEAAKDIVMGLGDDL 398
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Stop | 1 |
| Start | 1 |
| Seed ortholog | 2880.D7FRA4 |
| PFAMs | S1 |
| Model size | 4976 |
| Max annot lvl | 2759|Eukaryota |
| KEGG ko | ko:K02945 |
| KEGG Pathway | ko03010,map03010 |
| KEGG Module | M00178 |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0003674,GO:0003676,GO:0003723,GO:0003729,GO:0005488,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0008150,GO:0009507,GO:0009532,GO:0009536,GO:0009570,GO:0009579,GO:0009719,GO:0009725,GO:0009735,GO:0010033,GO:0016020,GO:0042221,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464,GO:0050896,GO:0097159,GO:1901363 |
| Exons | 15 |
| Evalue | 1.01e-249 |
| EggNOG OGs | COG0539@1|root,2QUY8@2759|Eukaryota |
| Ec32 ortholog description | Plastid ribosomal protein S1 |
| Ec32 ortholog | Ec-26_002420.1 |
| Description | RNA binding |
| Cds size | 1152 |
| COG category | J |
| BRITE | br01610,ko00000,ko00001,ko00002,ko03011 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789345.227895-UTR-P-littoralis_Contig1003:59221..59844 | 1680789345.227895-UTR-P-littoralis_Contig1003:59221..59844 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 59222..59844 - |
| 1680789345.2388659-UTR-P-littoralis_Contig1003:65874..66043 | 1680789345.2388659-UTR-P-littoralis_Contig1003:65874..66043 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 65875..66043 - |
| 1680789345.2580082-UTR-P-littoralis_Contig1003:67527..67653 | 1680789345.2580082-UTR-P-littoralis_Contig1003:67527..67653 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 67528..67653 - |
| 1680789345.2663317-UTR-P-littoralis_Contig1003:68077..68249 | 1680789345.2663317-UTR-P-littoralis_Contig1003:68077..68249 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 68078..68249 - |
| 1680789345.2758646-UTR-P-littoralis_Contig1003:69950..70062 | 1680789345.2758646-UTR-P-littoralis_Contig1003:69950..70062 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 69951..70062 - |
| 1680789345.28537-UTR-P-littoralis_Contig1003:70947..71193 | 1680789345.28537-UTR-P-littoralis_Contig1003:70947..71193 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 70948..71193 - |
| 1680789345.301861-UTR-P-littoralis_Contig1003:71349..73298 | 1680789345.301861-UTR-P-littoralis_Contig1003:71349..73298 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 71350..73298 - |
| 1680789345.4146206-UTR-P-littoralis_Contig1003:78427..78854 | 1680789345.4146206-UTR-P-littoralis_Contig1003:78427..78854 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig1003 78428..78854 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789345.3130603-CDS-P-littoralis_Contig1003:73298..73484 | 1680789345.3130603-CDS-P-littoralis_Contig1003:73298..73484 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 73299..73484 - |
| 1680789345.3279276-CDS-P-littoralis_Contig1003:74006..74099 | 1680789345.3279276-CDS-P-littoralis_Contig1003:74006..74099 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 74007..74099 - |
| 1680789345.3368695-CDS-P-littoralis_Contig1003:74239..74399 | 1680789345.3368695-CDS-P-littoralis_Contig1003:74239..74399 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 74240..74399 - |
| 1680789345.3469663-CDS-P-littoralis_Contig1003:75058..75153 | 1680789345.3469663-CDS-P-littoralis_Contig1003:75058..75153 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 75059..75153 - |
| 1680789345.3579354-CDS-P-littoralis_Contig1003:75310..75403 | 1680789345.3579354-CDS-P-littoralis_Contig1003:75310..75403 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 75311..75403 - |
| 1680789345.3688135-CDS-P-littoralis_Contig1003:75619..75751 | 1680789345.3688135-CDS-P-littoralis_Contig1003:75619..75751 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 75620..75751 - |
| 1680789345.387439-CDS-P-littoralis_Contig1003:76080..76176 | 1680789345.387439-CDS-P-littoralis_Contig1003:76080..76176 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 76081..76176 - |
| 1680789345.3976195-CDS-P-littoralis_Contig1003:77489..77600 | 1680789345.3976195-CDS-P-littoralis_Contig1003:77489..77600 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 77490..77600 - |
| 1680789345.4058256-CDS-P-littoralis_Contig1003:78241..78427 | 1680789345.4058256-CDS-P-littoralis_Contig1003:78241..78427 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig1003 78242..78427 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig1003.16.1 >prot_P-littoralis_Contig1003.16.1 ID=prot_P-littoralis_Contig1003.16.1|Name=mRNA_P-littoralis_Contig1003.16.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=384bp
MTDVDEVVGTETESDLEEVPFVEPPNRFDKIKESYKGVTSALDLSEETAA
YEDFQSLLTDHKVSFDRGEVVKGTVIQFEPSGALIDIGAKATAYMPAREA
SLDDVESMDGLLELDDSMDVMIISDENEMGQVQVSIRRIQYEKAWSKVEE
MQTEDVVFEGPIIAVNRGGAIVLVEGLRGFLPGSHMCGGLPTEEAVGKVM
KFKFLEVNAENSKLVVSNRRAVLEQEMKELSRGDVVEGFVKAIKPYGAFV
EIRGMSGLLHISQISFDRIEDLPSIMQMGMKLKCMIIDHDKVNGRIALST
KTLEPEPGDMIKNPQKVYDMAEATAAKYHQRMEHERKAREDAAKSIVMGL
GDGLDSFDSDVLAGIADGIESVLRAPIGEEDSS* back to topmRNA from alignment at P-littoralis_Contig1003:59222..78854- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_P-littoralis_Contig1003.16.1 ID=mRNA_P-littoralis_Contig1003.16.1|Name=mRNA_P-littoralis_Contig1003.16.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=19633bp|location=Sequence derived from alignment at P-littoralis_Contig1003:59222..78854- (Pylaiella littoralis U1_48)
GGAAGTCCGGTTTGGTTTCTCTGTCTGGTAGGCTGGCGTTGAAGCAGCGA
GGCGGGAGCAGAGGGCACCAGGCACCGTCAGCATGACGACCACGATGGCT
TCCACCGAGCACTCATGCATCGCCAGAAACACTGCTGCATCGTTGTCGAC
ATATCACAGCCTTACCCTGCACATATCAGTGTCATCTCCAACCACCGCAC
TGCTTATTTCTTCTGGCTTATTTTTGTGTTCCCCTCCCTCTGCCTGTCCG
CTTTCCTCCCCGTCCTGTGACGCATGAAGGGTGATCGCTGCTCTCGCAGC
GACAGCAACATTAGCTAATGGCTTCGCGTTCGCACCTTCCGTACGCTGCG
CGGGGAACACACGACCTGGGGCGTTATGGGTCGGAGACACACACTCTGCG
CGATCGCGGGTAGCACCATGCAGGGTGATGACAGACGTGGATGAGGTGGT
GGGGACGGAAACGGAGAGTGACTTGGAAGAGGTGCCGTTTGTGGAGCCTC
CGAACCGGTTCGACAAGATCAAGGAGTCTTACAAGGGCGTGACCTCTGCC
TTAGATCTCTCTGAGGAGACAGCTGCCTACGAGGATTTCCAATCCCTTCT
TACGGACCACAAGGTGAGAATCCGTCTTCAACTCTCTCGCCCACAATCAA
ACAGCAAGGGGAAGCTTTGTTTCGGCTGTTCGCGCATGTTTGATACCCCC
CACAGACCGACTGTATAGAGCACCGCCATCCACATGTCGTTTCGTCGGTG
TGGTGGGTTAGACCTGCCCTAGGCTCAAGTATGCCGTCATGAAAAGGGTC
CCCCATCAATTGCATTTTTTATCATTAAAGTGACTGTTGCTGCTCGAGGG
ATGGCTACGAGCTTGAGACGACGGGTGTTTCATTATTACCTCGTACTGGA
ACGAGTAGTATCATAGGATTCACATCTAGGGTTATTGTGCCGAAGCGGTC
GACTGCAACATTGAAACGGTCCAAGAAGCCCAAAGGCAGAAGATGGTCAT
TACTCGAGTATAATTTGTGGTATTCCTCTCATTTACCCGTCATGAAGCAG
TACAGCAGTAAGTTGTGCTGTTGTGCACGGCTTGTATCATACGGAGTATG
TATGATGATAGACAGCACTCAGAGTACACAGGAGGTGAACATCCTGTTGC
GTAAATTTTTCACTCTCCATCGTCACACATGCCGGTTAGCTTTGAGAGGG
GAGAGATTTCCTCTGTTTGCGTAACATTTTCACTTACGATCACCGCACAT
GCAGGTTAGCTTTGATAGGGGAGAAGTTGTCAAGGGGACGGTAATCCAGT
TCGAACCGTCGGGCGCTCTTATTGACATCGGAGCGAAGGCAACGGCGTAC
ATGCCGGCGCGCGAGGTGAGGAACGTGTCAATGCCTTGTGATGTGTTCCA
TCACACCTGTCTCTGTCATTTCGCTAGTATCCTGTGGTCATCGATATACC
GGTATGCCCCAAGCAAGCAGTGTAGATGTTATGCAGCGGTATAGATCGAC
CTGTATTATATCGATTGCTGTTGTATTTACGAGCACCGCGTGAAAGCTGC
TGATTTACATCCGTAACGAATAGCACGATAAAAGGAGGATGAAGTACGAC
TGCTGTACCTTGAGGTACATTGCAGTACTCTATAAATGGAGCATTTTCCG
CCTTGCACAACAACCGGTCGCCCCGGTGGTTCAGTTGCTTATCTACGCAA
CCTTCTGGCATTCACGCGTGAGTTCGAATCCCAGTGCAGTAACACGATCT
GCGGCTTTTTCTCACATTGCGCGTGCAAGTGGAAAGCGATCAATTCGTTA
GTTAACAAAATTCGATCGTACCATTGACGAGGGAAAGAGATTGATGTCCC
CTTTCTCGCGATAAAAGCTCAACCAAAAAGGCAATCACCGCAGAGGGAAG
TGGAGGAAAAAAAAAACTCCTGTGTTGACCTTCCCCTGTGTGACCCCAGT
CGGAACGTCTACCTATCCGAAAGGTGCAGAGGGGCGTCCAATTAAAAGGA
TGACAACACACACACACACATATAGGTCCAACGCGTTATAGTGTATTCTT
CTTGTCACGCACAACATTGGTTTCATCGTCAGGCTGGTTGAACAACGTCG
TTCAGAAAGGCCTGTATTTAGAGCCAGCGTCTCTATTATTGGTGGTTGGA
CAACGTCTTTCTCACAGCAACTTGTTTTTTGTAAAGCAATGGCCAACCTT
CTTGTGGACCGCCTACGCCAGGATGTTCAACAAACATATAGGATAAAGTA
TACTTTTGGCTAAGTTTAATCCCGCCGCCCGTCGCGGTTGCTAGCTCCTC
ACACGCGGCTTGCTTTTACTGCTGTCGTGCTGCTGCTGCTACTGCTGTAC
GCTGCTGATGTTGGGTGTTGCTTTCGTGTAGAGGGTGTGTGATGGCTGAC
CCTAACCCTAACCCCCCTAACTCTAACCCTAAACTAAACTAACCCTTACC
CTCACCCTAAACTTAGCCAAAAGTATACTTTATCCTATATGTTAATTTAA
CATCGCTGCGTAGGCTACTGCTTCTTGTTGCCACAGTCCATGCACGAAGT
TGCACATAACAAGCGATAACATGAACACTGCCTTGTGTAATCCCATCCCA
TCGAGCATTTTGCCTCACACTTGTTCGCTCTCAGTCCTTCTTTTGACATT
GAGCGATGTTGTTGGTTGTGGCTTGAAGGCGAGCCTGGATGACGTGGAGT
CCATGGACGGGCTCCTCGAACTGGACGACTCGATGGACGTGATGATCATC
TCGGACGAGAACGAAATGGGGCAGGTACGGTGGTTCTCATCGGCCAGGTG
TTTGTCTCCGGTTGCCGATTCTCCATGGCTTTCAACGACTGGACTGTCCG
CGAAAGGGATCAAATACTTACGTGGACAGCATAAAAGGAAATGTACGCGC
TTTACAGCAGTGGTGTTTAAATAGGCCGATGTCAAGCCGTTACTTGGACC
GCCGTGCGTTTACCTTGTGCGCGTCCACGTTAGCTTTGTCTTGTACTTCG
AGGTGCTTCCGAAAATGTCTTTGAAGCGTGCGTTACACGATCCCGTATCC
GTATAAACCTCTCTTGTTCTGCCCGCTGTGATCGCCTTTCGGGATTGACA
CAGGTCCAGGTTTCCATCCGCCGAATCCAGTACGAGAAGGCCTGGTCGAA
GGTGGAAGAAATGCAAACAGAAGACGTGGTGTTCGAGGGCCCGATCATAG
CTGTCAACCGCGGCGGTGCTATTGTTCTTGTTGAGGTGCGTCAGGCTGGT
CCAGCTGTTACATACGAAGTATTTTCTTGTGTAATCGGGCAAGTCAGACG
CGGCTACCCGGCGCGCCGCAATCAAGCTCAGCCCGTGTCGGAAACTTACG
CGGCTGACTTGGACAGCAAACCATGCTTTTCAACTGCTGTCTTCGGCGCC
CCCACGCTTTCTCTTGCTTTGTTTTTTACCCTTTTTACTCGTATCTGATA
GGGACTGAGGGGCTTCCTGCCCGGTTCGCACATGTGTGGTGGGCTCCCAA
CCGAAGAAGCGGTTGGAAAGGTCATGAAGTTCAAGTTCCTTGAGGTGAGG
TCGGCATCCGCACGAAATAGTACTAGCATGTCTTGCGATCCTTGCTGATG
TGCTAGCAGATCGCTGCCTTGCTACTCTCCTTTACTTGGCGTGCATTCTT
ACCACCCGTCTGCCTCTGGACTCTCTTTCTATTTTTCGTGTCTGTTGTAA
GGTTAACGCCGAAAACAGTAAGCTCGTAGTGTCGAACCGCCGTGCGGTGC
TGGAGCAGGAGATGAAGGAGCTCTCTCGCGGAGACGTCGTGGAAGGGTAA
GAAAATCATCGAGTTGCTTTGTTTTTTAGCCAACGATGATGCATGCGTTT
CCGGCTTGACTACCTCACACATTTTTCCTTCCCCCACCATTCTCGACCCA
GTATGACTCCATTTCCTCAGAAAACGAACTGCCATCGAAGGTTTTTTTCA
TGCATGATGGTAGTTTTGCAGGTTTGATACCGGTACGTTTGAGTATGGCC
TTGTGAGACATGCATATTTTGCTCCCTGACTAACGGAGGCTCTGGATGCC
GCAGCAACTTACCCAAGCACATTTCCGAGCTGCTTGCCAGTAAAGTCTCG
AACCATAATAAACATTCTGCTGCCATACTGAGCGTCGTGTCCCAGATTAA
GTACCTTAACCCTCACCCCTAGGTAGCTTAATGTCGGTATTTGTTTACTC
GTCACTTGGAATATCGCGGGACTCCCAACTGCTAACTTTTACCTCGCTAA
CCGCTTAATTTCAAAACGTATTCTATAAGCAAGTGTTGGCGACGCGTTCA
CTTGGTTTTGGAGGGTTTTGTTAAAAAAAACTTGTTTGATTTTCCACACG
GGGTAAAAAAGAGTCAGGACGTAGGTATGCCGGCCGGAACTTGTATGATG
AGCCTTTTTTTCACGGACATCCACTCAACCCCCCTTGTTCTCTATTTTGA
AACAGCTTTGTCAAGGCCATCAAGCCCTACGGAGCGTTCGTGGAGATCCG
TGGCATGTCTGGGCTGCTGCACATCTCTCAGATCTCGTTCGACCGCATCG
AAGACCTCCCGTCCATCATGCAGATGGGCATGAAGCTGAAGTGCATGATC
ATCGACCACGACAAGGTACGGCCAAAATGACAAACCCGCGTATTGTAAAG
CGGGGCCGATACCGCAATACTCAATACATGAACAAGAAGCCGCTTTGGCC
TGCACTAGCAAGTACCTGCTGAGTAAGTAGATGCTGCGACTTTCGTGTCA
CCCAGGTAAACGGACGCATCGCACTCAGCACGAAGACCCTGGAGCCCGAG
CCCGGAGACATGATCAAGAACCCGCAGAAGGTGTACGACATGGCCGAGGT
GAGAGACGGGGAATATGTAAGAGTGAGCATAAGATGCTACATACGTCGTG
CTTTGAAGTACTTGTCAAAAACGACGTGGAACAGGGCTAGGTAAATGCGC
CGTATATATGTATATTTTCATGTTTTAGTCTCGACCTTTTGAGATGGACG
TGAAACTGGGCTAGGTGATACGCCGTGGAATTTTTTGTCATGTTAGAGTC
TCGCATAGAAGACGACCACAGCTTTGCACGAGAGGAAAGAAGGATCGCCA
AACGATATACTGGTACCTTGCATGCGTTGGAAAAGTGCGTAGCACAGCAG
CTGTCAGCATAAACGCGCAATATCGATTGAAGTGACAGGGAAAGACAGAC
GGTGATCAATATGATCACGATCTTGAAACATCCCCTTTATTCGAAATTGG
TGATGGATTTCTCCCCCGCTAATTGAGAATCAGTTGATACGGTCGTTGGT
GGTCCACTCCACTCACACGTCCCCTCTCCCGTTGCTGGGTGGTGCACCAA
CCGCTTCACCCGCTCAACAGGCGACCGCTGCCAAGTACCACCAGCGAATG
GAGCACGAACGCAAGGCACGCGAGGATGCCGCGAAGAGCATCGTTATGGG
ATTGGGTGACGGCCTCGACTCTTTCGACTCCGACGTCTTGGCGGGTATAG
CTGACGGAATCGAATCCGTGCTTCGCGCACCCATTGGCGAAGAAGATAGC
AGCTAAGCAGAAATGTAGAGGACGTGTGGTGTCACACAGCCTATATGATA
CATTTTCCATTTCTTGAGTCCCCGTCGCAACCACTCCAAGCCTGTAGTTT
TATTCCAAGAAGCTGGAGGGTACGTCTGGAAGAACTAGTTAGTTGGGACG
AAGGTGACTTGTGTAACACGATGTACACCATTTGCTTGCATTTCAAAATA
TTTTTTTTCCGATTTCACAATGTTGTTACAGTAGTACAAATCGCACCGGG
CTGTTTGAGTCCAAACCGGTACGTGGTGGTGGATAAAGCGGTCCAGAAAA
GAGGCGATGTGTAATACTGTGGGCCCAATATCGTTCATCGAAATATTGGG
ACCCTTGTACACGGTCGAATAAACATGAAATTGCAAAAAACTGAGTGGTC
AGAGCTACAAATGGTAAAGGCGTGGTGACGTCTCTATCACTATCGTTTTC
CGAGGAAGCCTTTTTTTTCATGCCGAGAAAAAAAGTTTGTTTTTTGTTTT
TTTTGTTTTTTTTTGTTCTGAAACGAAAATTGATATAAACGACTTGTCGG
CGAGAACGCTTCGGCTCTGCGAGGCACCATCTTCGTTGACTTTGGCACTG
CAGACGAGTTTGCTTGTTGACTGATATCTCGCCACACGAGGAGCATTCCC
TGCTATCATGTCTAGAGTTAGGATTAACGTCAAACATTAATGTTTGGGAC
AGTCAGGTTTCAAGCGATTCGGGTAACAAATTTTTAATCTATCCACGACG
ACTCGCCCGTGGTCTAGACTTCTCCAGTGATGTTGACAGCCAAAATCACG
TTTCGACTGATATCTTGCCGTGCAGTAGGCGAGATTCCCGACTATTTGCG
TCCCCAGAGAGATTGGTTACCGCTGTTTTTCATCGGGAACTGAAAGATTT
GGGGCCGATCGATGTTTAGCGGTTCCGTCGACATTTTTTCAACAATTCCA
AAAAGGCGAAAATGCTTGTTTTCGGTTTACACGAAAAGGAAGACACTTTC
GTCTAGGCTCAACCTCACTTTTTTTTCACCGCCCACAAGGGGCCTGGCCT
GGAATTGCGCACTCAAGTCCGTTTCTGTAGAAGCTGTCCCTCCAAACCTC
GGCCTTTTATATGGTAGACATATTATACGTCTGTGTCGGTGCACTTGGTG
CAGAATCTCTCCAGGATTTGGGCAAGACATTTGTAAAGAGGTGTACATTG
CTCAAAAGTCAACTCGAAATAGTGTTTGCCAATCGCTCCTGCCCACTTGC
ACTCTCACCCTGGTACCACATCTATCTTTTATGTCAAGCATAAATAAATA
AAAAATACGTTCTTGTACTCATGTGGGGTCACATGTGCGTTAATCTCGAA
GCACGCACCTTCGTTATGTGCTCCAAACCCAAGTTTTAACTGTCCTTCAC
GTCAAGCTGTGCCCTGAACGAAGTCCGTTTCGTTTCTCGTGACGACACGT
ACGTATGGAGCTAATTTCACCTCACAAGCAACAGGCCAAATTTATCGAGT
AATTCTAGTATCTTTCGAGGGACTGTATTAGCAACATCAGCCCCAGCAAA
CGCAACGCCCGCAAAAATGACCCCGTTGACCACTGCAGCCTGCCCCTTCG
CTCCTCGCAATGACCCTTCAGTTGGCGGACGAAACAGTTCGTAAACCGGA
CAGCCTTTTTCACGTCAAGGTGGCGGACTAAACTGTGCACCGCTCAATTC
CCCGGTAATGTTCTTGTGCTACATCCCGCGATGCCATCCCCGCGAAAGTC
TGCGTTCATCTCACTAGCAACACGCTCACCTCAAATACCCTCCTCGTTCT
GGCAACTTTAACAACCACACCAGTCACGGCAAACGCGAGGCCTCCAAAGA
TAAGTCCGTTGTTTACTGCGGCCTGCCTCTTCACTTCTCGCAAAATCGCC
CCGTACGGCACATCCTTTGCACTGAGGGACATGAGAGCGGGCGGTTGGAA
TACCTGTTTTCAACACGTAAAGGCAGAAGAGTACCAGGGACGTGTTATTT
TACAAAAACAACTCGGTATTGCTTGACGTCGCGAACAATCGAACTGACAA
TTGAGTAGACAACATTTGTTCACGAACACTGCAACGATGGATGGGGTTAA
CATATTCACCTTCGGAGCCAAACGACCAAGCGTCTTGTTGAGAATCACCG
CCAGGAGCATCTGCGCTGCGAATGCTGGTCTTATTGACCTCGCTCCTCCC
ATTCCTATTTCGCTCAGTGCAGGCGGCCTGCGCGTCCTCCAGACGTTGGT
CGTTGTAAGCTTCCAGCACCTTTGGAATATCAACAGCTTGTGCCATTGAG
TCCCCGTCTGTCTCGGAGTCCAGTACTCGAGCTAGTATCTGGCAGTCCTC
TGGTGAGGCGGAATGAAAGGCAGCCAGTCACCAACGATGATATCGCTCCA
CAAAGAACCAATGCATCGATACCGCCCACCATACGCACAATACCTCTACA
CACCACGGGTAGAGACAACATGGACTGGTCGCGTGGAGGCTCTTATTCCT
ATGGCACACTGTCAAAAATGGTGGAAACAGAGAGGATCAATTCTGCCATC
TTGTCTGTGCACGCACGCACGTGATCGCGCCTAATTTCTGTTTTTCGCGT
TGGGAGATCAAATTGTTTGGGGCCGAGGGAACGACGTTGTTGGAAAGCAT
GCCGCGTAAACGAGGTAGATTCGGGACCACAATCTGAACGACTTGATGCT
TGTCAGGTCCTGTTGTTTGTACCTCGGCAACGACACCCCTCGCCATAGAC
ATGCCAGGCAAACCATTGGACTTTGACCCGAAACCCTGGAAATCAAAAAT
CAGGTTGCCGTTGGTGGGTGTCCTCAGGTGGCATGAAGGTCTTCTTCGAC
AATTCTCAGGAAAAAAGAAGTTTTCAAATTTCGCGAGATAGAGACGGATT
CACGGCAAACAATTCCTTTTTTCGGCAAACAAACCAAACAACATCAAGCG
AAGTTTCTTAGAGGGGGAGTGTCGCCACAGGAAAAAGCTGGTGGGGAACC
TCAGGAAGAAGATCTTCTCCAGAAGACTGTGGCGGTAGGAATCCAGAAAA
CCGGGGCTGAAGAAAGCAAGTTTGTACTTTGGCGGCGAACAAATAGACAA
AGAAGGAAAGCGCGCTTCTCCCGTTTCTCCGTAGACGTGCGTGTGATCCA
AGCTGTCTACGTCAGACTATGTACGACCACACATGCGAACGCTACATACA
GCGATTAATGCACACGCGCTTTTTGCTGATGCTCACCCAAAGCTGCGTTA
AGCCCTTGACCCAGGGACGCCCACATTGAGTGAGCCGCATCGCCGATCAG
AACGGTGTGTTCATGTGCCAACTCGAGCAGTAGGTGCTCCAAAGATGCCG
AGGCCTGCTTGCAGTAGAGGAAATGGAGGTGCAGTAAAAAATTCTACCTC
AACAAGCGTGCCTCGTCATCTGGATACCAACCGTCGCATCTACAGCAATG
ACGGCACTGTGTGTCGCCGTAAAATTTACGCATGCATGAGTATCTAATAC
TTCGAATTACACAGAAGTAGCACAATCCCCAAGTTCGATTCAGTAACCGC
AGCATCCGCCTTTGGCCCAATTGCATTTTCGTCGTTTTTACCGGATGTTT
TGAATGGGATGGATATGGATATCTTGTTAGATTCAATGCCATCAAACAGG
ACAGACATACAGTTACATATCCGTGGGAATCGATGGATCTGCATTTCAAC
ACGAAACAGCTATTGAAGCTTGACACGCGCACAGACGTGCGTCAGAGAAG
CGTTGTACCGTACAAACATAAAAAACAAAGTTGGAAGTACTACAGTACCG
GTGATCGGTCGAATGCAATCGTGTGACACTACGCTCTTGGAGTCCTTGTG
TTTGACGTAGCTGTGTCCCCACCTGCAGTGGACACTGTCACCCGGTTTTC
CCAACAGGCTCCAAATGGACCACTACACATTTTCAACAACACATTGTACT
GTTAGCTCGGAGATCTCTGTGCTCCTAAGCAAAAACTGTCTACCCCGCAC
AACCTGGCCTTGTTGTCGGCTGTTTTATATTTGTACGGCGATGGGCTTGC
AGTTGGCACTTATAAGGACTACAAAGGACGCGCGATGCTTGTCTACGATG
TATCAGAACGTCCCTACTGTAACACGTTTCGATCGAGAAAAGTGGCACGC
AGTTTCGTGATTGGTCAATGCCCCATGCGGCGCGATCGAAAACCGTGCGG
ACGGAATTTCCTTGGTTGACGTTTGCTGCTAACTAAGAGTCATGTGGTAC
GGAGAGATCAAGTGTATCTCACGCAATGATTGTTGCGATGGATTGTAGGA
TCGTCGCGGGTTCCATCAGTGCATCAAGAACGCGACAGCGAAGATACCTC
ACAGATTTTCGAATACCAGCAGTACCTACACTGTAATGCACGTACAGAAT
CTATCTGGTGGTGTGCGTTGTTGGTCGCCGACCGTGATTCAAATAAATAA
AGGTTTCGTGAATTTGCGTCACCCGCCCGCCGATATATTATACGGACAGG
GACATGAGGCTTTCTTTCCGGTGGCAGTGAGCAACAGGCCAGAGAGTATC
AGTTCGACAAAATAAACGCACACCGATCCAGATGAAGCAAGTCGAGAGAG
AGAGAGTGATAAGAAGAGTAGAGAGAACGGGACGGGAGAGCACGCAGCTC
TCAGCTGATTGAATTGGTCAAAACGAACAGCACACAGCAAATGCTCGCAC
ACGTCAAAAAGAGACACGCCTCTTCCGCCATTGCTCGCGATCCGTACAGA
TGGTGCCGTCCCTAGCAGGTGGACCAGGCGGCGCCCTTGCCGAGTAGATT
ATTTCTTGGAACGAATACATCATTCGACAGTGTCAACGCAAAACAGGGCT
TTCCCCTTCGACAATCGTCAGATCCAATACCCCATAATGGTCAAAGTTGC
GAGAGCATCGACCCACTCGAAGCGATTGGCTTTCCCAAGCTGACCATTAA
CAGGCGTCAATGGCAATACCTTATAACGAGGGGCCGAGGCAGTTTCAAGA
TTTGCTAAAGACGCACTCCCTTGTGTCGACATGCTTCGTGCATCATGATC
CTTACGTTCGTTCGAGGAAGTCTTCGGCAATATCTTCACTCGGTCCTTCG
GAGCCAAAGGCGTTGGGGTAGTGCTTGGAGAAGAAATCACGCACATCTTG
CGTCGTCTTCATGAGTGCCCCGAACGAGGACTTGCCTTCGCCAGGCAAAA
TGACCACAGCCGTGCTCTCACCGTCTGCAATAACAAGGAGATAAATTGAG
ACAACAAAAAAAAGGAGCGACCGACCAAATGAACGACAAATCGTGAAGTA
TTCCGTGAAGAACGGTGCAACATAAAATGGCAATTTATAGTGCCACGAGG
GGCATTCGCACTGGGGCGTTTCTAAAACCGTCAGTGCTAGTATGAAGCAC
CCAAGAGACCATTGCAAAATGTGAGGATCGAAATAGCTGCCCCTACAGTG
CTGCCGAGGCATTCTCTCCGTTCTCATGGGTACTTGAGCTCCGCGGGGCG
ATTTCGTTGTGAGACCATATTCCTCACGTCAACAATGCACGCAATAAGAC
AAAGGTTGAGAAAAAATAGAGCGGCGGTTGAGCCGGTGGCCATATGAGTT
GTTCACGCTTGAACTTGCAGGAACTCGTGCCCAATAATAGTGCTCTACCT
GATCGCGGAGGACCCAGTAGGCAGCCGATCTTCGAGTTGGTAACGTGGAA
ACGCGAGGTCCAACTCTCGTCTGCTCCCTCCATATTCAAGATGGGAATCA
AGATCGTCTTGAATGCCATGAAATCCTGTTTCATACATGCAATTCAAACA
CCGGGACATAGCATTCAAAAGTGTCCCGCACACCGCACACTACAGCAAGA
AAAAGGGACGAGGCTCGACTGCCTCCGAGTATCGGAATATTAACAACTAA
CCTCACAAAAAACCATGTCGTGCCGTGAGCTGTTTGCCATACGCACACGG
ACCAAAATCAAAGGCAAATGGAGGTCAAAAACGCTGGCTACGTTGTTTGT
GCCAAAGATGTTCGACGTCACCATATCTTACGTTGTCGGACGGTAAAGTC
GGGTACGGTCTCTTCAAGAGTTTTGCGCACACGACTGTTCAACCCATCTG
CACCAACAAGCATGTCATAGGCACTTTCCACGATCTCACCATCGCCGCGC
TCGAAGGTGGCGATCCTGTTGAATGGTGTTTAATAATGGGGAATACAAGA
TGAGTGTGTCGGAATGCTGTGCAGGTTCTGGGCCAACCCTTCTTCGGAAA
AACGAGAAACAAGACACGTAGAACTTCACCCGCAGTCCTCTCATGATTTC
GCGGAGTGGAAACAAATACCGGCACATCTCTCTACAAGTTGCATAACAGG
CTGTTGCCTCTCTTGCAACCTCCTCTCTGGTATAGGGTGGCGTACAGACG
GTGTTACAGACACGGGGGGATTTCTCCCCCTCACGCCCCCAACCTCACCT
CCGCTTTACACACCCACTTGTATCGACCTTAATGTGTATCGCCAGCAAAA
CGGCTGATACGGCAGTCGGTCGTTTTTGCCTCGCCGAAGTATCGAATATT
GTACTCAGGTAGCGCCACCATTCGGGAACTTGGCAGTTGAGAGTTTAAGC
CCTGAATATTTCTGGATATGATCAGTTTTGACCATGAGAACAGGTGCTCA
GTTACGAGGTGGATGGCGCTACCGCTCAACGTGACCCGAGTTGTCTATCA
AGACGGCTGAGAATTTGTCCATGGTACCGTGCGTTCTCGTTACCTTTGCT
ACGCTCTTTGATGGTCGACGTTTCAATCGTGCCGCACTTGTACCAAATAA
TGGTCGCAGAATCTGATGTTTTGCGTTGGGCAAGAGGAAGGCCTGGCGTC
TTCTAGAGTCTCAGGGCACGACCGTTGTTGCAGAGGAATGCGATGATGCA
CACAAATGATATTAAACGGATGTTGTCGACCACAGGAAACCACCCAGAAA
ATAGGGACGCTGCTGTGGACACTTGCTTCCAAAAGAACAACAAAAAATTC
TCAATAAAAGCAGCAGATATCTGGTCAAAATTAGAATTTCGCAATGCATT
AAAACAGATCCTCGGTTTGGGCGGTGAAAAAGCCGCGAGCCTCACGCAAG
ATAGTGAGCTTTCAGGGGATGCGCTCTCAGCGTACTCACGAACCAGTGAT
TCCTTTCTATTTCTTGGACACCACAGAAAACGCTTTCTTGCTGAGGCACG
TCTACACCCCTCATTGATCAGGGATAACGAGGGTATCTCAAGACCGCCAC
CTTCCTTACCTCTTGTCCATGTTCACCGGACTCGTAATAAATGTTGACGT
TCGGCATCTTGCTGGCCTTGTCCAGCAAAGCCTTCGCCAAATCTCCACGG
CAGACGCTACTAACTCCCGTGAAGGAGGTGCTCAGCTTCTTTTTGGCGTG
GTGGCGCACGCTACCAGTCATTGTTACGTGGTGATCACCAACCTTGGAGT
AAAGGATGAGATGCGTCAGGCGCGGGGTCGAAGCAGATCGAAGGAGACGG
TCAGGTGACTACGTGATGGGCGTTGGTCTACATACAAGTTTTGAAGTTCG
ATGCTTCTTCGTGAGCACACGAAATCAGTGACGACGGAGGAAGGAGGACT
GCTAAACCCTCCTCACGAATGGGTTGAAAGCATGTGCCGCAGGAGGAATG
TCCTTGCTACCCATGACGGCTGTCAGCTTCTTCCGGGTTGAGAGAGCCCA
CATCCAGCAGTACAGCCTTTCAGACCGACGCGAAAAGCACACCCGTCTTG
TGTCTACAAGCAAGGACATGCCCCCCGTACATGAAAATACACGACCGTAC
GCTATCACACAACCGTGTCGTAGACAGTTTTGGTCGCCTCTTCTATGACG
GATGGGGGTAGAAGACAGGGTGAACGTGGAGGGAACACAGCATGGACCTT
GGTGTCGTATGCAACTGTGGTGGTCGCAAGACGAGCGTGCTAAGGTCAGG
CGGTTTTTACGAGGTTTGGTCCAAAAACCAAAACACCTTGATGCCCAGGA
GAGTGGTGGAGGGTTTGTGTGTCTGGAACGAAATCACATCCGCCGGTTGT
TCACGGTTGCCGTGTGTGAACAAGAAGTGGGTCGAGGCGGAGGAAAACAA
TGACATAGCGAAGGATGTGTTTGGTTTTTGGTTTTCGGCGCATCTGAGCC
GTGGCGGACAATTCCCAACATGTGGCCAACAGTCAGCCCAGCGAGATTCG
GGGGAAACATGGTCAGGTGCTGGAAACACAGCAGTTCGGCACACCTGTAT
TTCAAGATTGTGTCACCTACTGCTGCCGGGGTGGTGTGGGTGTGTCTGCG
AAGCTTCGCTGGTCCTAGATGGGGGTTGTTGATGTATAGTAATCAAGTAG
ACTGACTTGCCGTATTCTTCGCACCCCAAACCGGGTGTGGGTGCTGTTCA
TGCACTTAGACGGCTTCTCATGAGGTTATTTGTCCCATGATTTCCGGCTG
GAGCACCGACCGAAAATTGTGACGGAAAATTGTAGCTCGGGCCACTCCGC
CAACGAAACCTCGCGATACACAGAGCCCACAACTAACACCCCGTACGCCT
AGGCTCAGAACACTGGAGCGCCCCAAAAGATTTGGTCGCGATCGGTGTCC
TTGGGGCCGATAACCGATTGATGTTACCACGTTATGCTCCAAAAGCAAAA
CATGTAGCCGTTTTTGGGGGCTCGTTGCTCGATCGGAAGTGGGGGAAAGC
TGATCGGAAAAATCAACCTTATAATTAAAGAAATGATCTTAGCGCAGTGT
TGCTCACGCCGCCGTCCCAACCTCATATTTCTTTGAAACGGAGCCGGCAT
GTTTGAGTGGGATTGGACACAAGTTGGGTTGGGTTGGGCTGGGTTGGGTT
GCAATGGGGGTAAGGTGATGTTTGTGTTGAGGTGAAAGTTGTGACAGCCT
GGCCGCCCACGTCGGAATTTAAACTTTAGTTCAGGACTACAGCAGTATCA
TACAGCTCAGGCTGGATTTCTTAAGGCTTCACTGTTTTCAGAATAACGTA
AAAAAAGGGTTGTATAGGAGGGGCGTTTTGCCACAGGAAACCCAATGACT
TGAACATGGTGTCAGGGATTTGCACAAACGTCATTTTAGCAGCTTTTTGG
GCCATAGATTGAAAAAACCTCTGTCGGTTATTGGTCTGGGAGATCGCCCA
GTAAGCCAGCGAAATTCGCGTCCGATTCGTTTTGTTGATCGGGGGTACAC
ACACGTAGAACGGTGGCATCGCGCAAACGCAGATCTCCCATTTTGGTGCA
ATTTTGGACTACTGGAGGCATCTAGATACAGTTCACACGAACACCTCTAG
AAGGGTTTCTGGCTGCCTGCTGCTGCTGTCAAGGCATGAGACGCCACTCA
CACCACATCAGTAGGCTGTGGCAATTTGAAGCAGAACGTGGTTGCTTGTA
ACGAGCTTTGTCCGTAGCTGAAGCACAGTTTCTGCGATATTTTGCTACAA
AAACCATGAGGCAAGATGGTGCCCAAAACGTAAATTTCGCTCAAAACGTG
ATATTTGAGCACCTCGATCTCGCGCTACTAGGCATTTACAGAGGTCGGTC
ACACTCTTAATCCGCACACGAGTTCAAGCTGCTGTGAGATCTCTAAAAGT
AGAGGTTGGGGCCTCCTAAGGCTCAATGGGGCAGGGTGGATATGATGCGT
ACAGCAGTCAGGGGGGGGGCACCACCTAGGGTTTTTGATCTATAAGGTTA
ATATGTAGGGGGGTAAAATTATACCGTGGAGCCAAAAATACCACCGGTGC
CACGGAGCCCGAAATAATAGCCAGCGTCCCCAACAGTGTGGCCTTGAGGA
TTGCCTGACGACCAACTTTCGGTTTGACCAATTTTGATAAACAGCGAAGC
AGTACCGGACAATCACACACTGGGTAGCTCACACCTGTAAAGAGTCATTC
GGCAAGAGAAATACTCGTTCGTTGTCGCACACAGCGGCGGGCGATTTTTT
ACCTGCGGTGCTTGGAAAAAAAAAAAGAAAAAAAAAGAAAGAAAAGTTCC
GGCACACCTGGGGGCCCTTTGTGGCTTTCTCTCTCCTCTTCCTGTTCGCT
TCACTTGTTCAAACACTATAACTTCACAATCCCGACAGCGAGTCACATAC
CGTTTTTCTCAGTAAATGCGCCAAGATAGTTTTGTCATTTACCATATGCC
TATTCGTCGAATAAAGTATTAATTGAATCGCGGGGTTGAAAGCATCATGA
TCATCATCACACAGCCCTGCTTTCTCTGCTTTCGTAAGATCGCGAGGACG
CAACGCTCAACGGCAAGAAACACGAGAGTTTATAGGTAGAAGAAGGATGT
AGTGTGTGGAGTAAAGCAGAGGAAGAAAAAAGCGGGAGCTGTTGTTGCTG
GTGCTACTGCTGCCGGGGGTGGTGGTGGTGGTGTTGCTGCTCTCGCTCGT
CCGTCCTCTATGACCTGCTGCTAGTGCTGCTGCTGCTGTTGCTGTGCTAC
TACTGCTGCTGCTGCTGCTTCAGCTTACCTACGGGGTGTGCTGCTGTTGC
TGTGCTGCTGCTGCTGCTGCTAGAGAGCGCAAGGCTCCTTCCACTGCGTC
GATCGCCTCTCGATATGGGTGGGGGTTGGGGTATGAGTCTGTAGTTTCCT
GAGAAGGCTGCGTGTACCGGGCGTACACGAGTAACTACCTCGTGCAGTGT
GAACTCCTGCTTGAATTTGCCACCACACTGCTGTTATGCTGTCGGTCGCG
TGGTATGATTTTGTCCCCTTTTCAACCCTTCGAAGCGCCTCTATATTTTC
TTCACATGGAGTTTTCAAGTAAAAATGACAAGTGTAACGTTACCGACGTC
TGCGCAAGCCTTATGTGTAGTTTTTCAAGTAATGTCACGAAAGACGAGTT
CTGCGGACTCCATACGTAAAAATTCGCCTCTCCTGCGGTCGGGGCTTCTC
TTAACATGTCTATCACCCGTCTACCTCCAATCCCCGATCGTAAAAACAAG
ATAATTTTCCACAACTATTAAATCAAGTCAAAATAGTTTATTTTCTTATT
TTGATAGGGCTCAAACAACGGCTGTTGTCCGCGCGTGCACGATCGCCTAG
TTCCGACCAGGCGAAACGTCATGTAGTAGCTACGTGTGCATCAGCGCATT
CATATCTGCTGCTGGGGCTTAAATATCGAAGGTCGCAGCCGTGGCTCAAA
AACTCCGCCAACTGGACAGATTCTTCCAAAAAACATCTCTCACTACCCCC
CTTTGACCGGTCGCCCCGGTGGTTCAGTTGGCAATCCACGTAACCTTCTG
ACACTTACATGTGAGTTCGAATCCCAGTGCAGTTACACGATCTGGGTTTT
CTTCTCACAATGCGCGTGGAAGTGGAAAGCGATTAATTCGTGAGTAAACA
AAATTCGATCGTACCATCGACGAGGGAAAGGGATTGCTATCCCCTTTCTC
GCGATAAAAGCTCAATCAAAAACAAGGCAAGCACCGCAGAGGGAAGTGGA
AAAAAAAAAAAAACTGTGTTGAGGCGGTTTTTTGTAGGGCCGGATTTTTT
TTTCATTTTTTGATAGATTCCGAAAAAAAATTGAAATCAGGCTTCTTATA
GGCTCGGAAAACACCTTTTTCCGAACAACATTTTCCGAACAAAATTTTCC
GAACAGCTTTTAATCGGATTTCAGCCGGAAAATCGGACATTTTCTGAACG
CTGGATCAGTTCGGAAAATACGATCGGAAAAAAAATATAAAAAAAAATGT
GTGAAGTCATCTCTCTCTTTGTGTGTGGACAAAACAAACGCTATTAATCA
CAACAGACCATCAGAGGAGGAGAGCTGCTGCTACTACTTTCTGTGTTGTT
GCAGCTGCTGCTACTACTGCTTGCTGCTGTCCATACGTGTGTCCACCATC
TTTCTGTGTACGCTTGCCGTGTCATCATTCATTCCATCGTGTTCATCAGC
AACCAAAACCAACCGTATGTAGCAGCAGCATCATCAGCACAGCAGCAGCA
GGAGGAGGAGTATCAAAGCTTCCTCTGAGTGAGACCAGTTTGCATCTTCG
CTCGTAACTCCTCAATGAATGAAGCCACAGCGATGACAAACCATCTCCCG
TGAGCTGTGCGTATGGCTCCCCTCGTGTGGTAATCGTTTGGGTGAGGATC
ACACTGGCATGTTCGCAAAATGGTCATCGCTCGTGGCTGCGGCATGTTGT
TGTGTTGTAAAAAAGAACCCGAGCTGTCATCGCCTTTCTCTACTGCTGTA
CAACTACCATACATACAGCAGTATATAATAACGCTGCTGTACAGCAGACC
GGCTGATACATCTTTCTCAATTTGTTTCGCATGAGTTGGCCATGAGCAAA
CCCACGTTGCGAATGTACGGATGTAACCCTAACCCAAGCGATCACGACAC
GAGGGGGATCATATACACAGCTCACGGAAGATGCCTTCGTCATCGATGTG
TCTTCATTCGTTCGAAAGTTACGAGCGGCGATGCAAACGGGTTTCAGCGC
AAAAAACACCACCATGCGGTCCTTCGATGCAGATATATACTCTGGAGCCG
ACTCTTCAACCACCTACTTAAAAAAAGGATCACCGAATATCCGAACACCC
ATTTACCTATCAGAACAGCGGATCGGCAACCGTTGGCCGGAAAAAGTTCG
TTCGGATTCTATCAAAAAATGAAAAAAAAATCCGGCCCTACAAGAAACCG
CCTGAAATTCGATTAAAAGATATTCGGAAAATTTTGTTCGAAAAATGTTG
TTTGGAAAAAGGTGTTTTCCGAGCCAATAAGAAGCCTGATTTCAAAAAAA
AATCGGAATCTATCAAAAAATGAATAAAAAATCCGGCCCTACAAGAAACC
GCCTGACTTCCCCATGTGTGACCCCAGTTGGAGCGTCTACCAATTAAAGG
GATGACAACACACAACACATACATACTGCTGCGATATCTTCCAGTGCTGT
ACTCGCCGCTACATACCCCAACCTCCTGAACTACGGGTCAACAGCAGCAG
TAGCTACTGCCGCTGCCTCGGACGAACCGCAGTTCAGAAGATTGGTGTCA
ATGGTGGCAAGAACAGCTGCTCAAACGTTTGGTTTCACTCCGGATTGCGG
AGTTTTTCCTGCGGAGTTTTTGAGCCACTTCTGCGACCTTCGATATCTAA
GCCCCAACAGCAGATCTGAACGCGCCAACGCACACGTAGCTACTACATGA
CGTTCCGCCCGGAACTATAGGCGATCGCGCACGCACGGACAACAGCCCTT
ATCTGAGCCTCATCAAAATAAGCTCTTTTGACTTGATGACTGAAAATTAT
TTTTCAGATCGAAGACTAGTTTTTTTTTGTTTTTTGTCCAGCCCTTGTCA
GTGAACCGGGTCTCCTGCTGAATGAACATGATTATGATACCCCGACGGCG
AACCAAACATGTGTCCGTCATCCTCCTGGTGTCGAAACTCGGTCTTTTTG
CGTCTCTCGTCGTGTCTTCTGAAAAAAACGTAAGTCATGCTTGCCGTTAT
ACACAGGTAGATGACCCCCACCTCCTTCTGCATGTCAAAGCCTCCGGCTT
CCAGGGCGTCGGTCCCTCGCTCAAAAACGGCAATGTTCCACGAACGTACA
GTGGGACCCGAAATGCGGTCCTCCTTCTCTCTCTCGAACAGATCGACCTC
AAAACCACGGCCTTCCTGCGAGAGATACAGCGCCATCAGAGCGCCCGCAG
GCCCTCCCCCGACGATGATAGCTCGCTGTTTTACCCGCAGCGGCTGATCG
GACGATGAAGCTACGGCAGCAGCCATTTGAACCTCGTCGATGTTGCTTTG
TTGCAGACGCCGGCGCTGCCCGAGAGCTTGAGTACACTCTCGCGCTGGGA
AGCGCAACCCCGTGCCCCTCTTCAGAAAATTATCGACCCTGCTCTCCACG
CTTCAACCGACCCAGCTCTACTTGTACTGATGTACTGCTGCTGTGGATGG
ATGCCAACTCTGTTGTGGAGACAACGGACGATCAGGGTATAATATTCTTA
TCCTCCACTGCTGTATGATCGCTGGTATCACAACTAAGCTCTGGAGTAGA
AGTCCTAATCCTCCACAGCAGTAACGAGAACGCGAGAACTGCTGTGCTGC
ACTTTGATATGTACTCCGTATGATATATGTGCA back to topCoding sequence (CDS) from alignment at P-littoralis_Contig1003:59222..78854- >mRNA_P-littoralis_Contig1003.16.1 ID=mRNA_P-littoralis_Contig1003.16.1|Name=mRNA_P-littoralis_Contig1003.16.1|organism=Pylaiella littoralis U1_48|type=CDS|length=1152bp|location=Sequence derived from alignment at P-littoralis_Contig1003:59222..78854- (Pylaiella littoralis U1_48)
ATGACAGACGTGGATGAGGTGGTGGGGACGGAAACGGAGAGTGACTTGGA
AGAGGTGCCGTTTGTGGAGCCTCCGAACCGGTTCGACAAGATCAAGGAGT
CTTACAAGGGCGTGACCTCTGCCTTAGATCTCTCTGAGGAGACAGCTGCC
TACGAGGATTTCCAATCCCTTCTTACGGACCACAAGGTTAGCTTTGATAG
GGGAGAAGTTGTCAAGGGGACGGTAATCCAGTTCGAACCGTCGGGCGCTC
TTATTGACATCGGAGCGAAGGCAACGGCGTACATGCCGGCGCGCGAGGCG
AGCCTGGATGACGTGGAGTCCATGGACGGGCTCCTCGAACTGGACGACTC
GATGGACGTGATGATCATCTCGGACGAGAACGAAATGGGGCAGGTCCAGG
TTTCCATCCGCCGAATCCAGTACGAGAAGGCCTGGTCGAAGGTGGAAGAA
ATGCAAACAGAAGACGTGGTGTTCGAGGGCCCGATCATAGCTGTCAACCG
CGGCGGTGCTATTGTTCTTGTTGAGGGACTGAGGGGCTTCCTGCCCGGTT
CGCACATGTGTGGTGGGCTCCCAACCGAAGAAGCGGTTGGAAAGGTCATG
AAGTTCAAGTTCCTTGAGGTTAACGCCGAAAACAGTAAGCTCGTAGTGTC
GAACCGCCGTGCGGTGCTGGAGCAGGAGATGAAGGAGCTCTCTCGCGGAG
ACGTCGTGGAAGGCTTTGTCAAGGCCATCAAGCCCTACGGAGCGTTCGTG
GAGATCCGTGGCATGTCTGGGCTGCTGCACATCTCTCAGATCTCGTTCGA
CCGCATCGAAGACCTCCCGTCCATCATGCAGATGGGCATGAAGCTGAAGT
GCATGATCATCGACCACGACAAGGTAAACGGACGCATCGCACTCAGCACG
AAGACCCTGGAGCCCGAGCCCGGAGACATGATCAAGAACCCGCAGAAGGT
GTACGACATGGCCGAGGCGACCGCTGCCAAGTACCACCAGCGAATGGAGC
ACGAACGCAAGGCACGCGAGGATGCCGCGAAGAGCATCGTTATGGGATTG
GGTGACGGCCTCGACTCTTTCGACTCCGACGTCTTGGCGGGTATAGCTGA
CGGAATCGAATCCGTGCTTCGCGCACCCATTGGCGAAGAAGATAGCAGCT
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