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Homology
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: A0A6H5LM37_9PHAE (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5LM37_9PHAE) HSP 1 Score: 290 bits (743), Expect = 8.510e-88 Identity = 159/249 (63.86%), Postives = 183/249 (73.49%), Query Frame = 1
Query: 337 PDPPRLQMSGSAEYSNPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDH------TAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRH---GGRGGQSGT----KDLVLVPKAWEGRGLLGVHLLPP 1044
PD P Q +P E +K L +LQAQRDALELEA++IASEL SPG NGE PVGVKG+LVD+ GFPLAGFDLFNVREKRHRF CIQTDHKA+M++IEK+LH LH+ + +P P T P + + + A + S+ PIA+VNQVSEGSPA+AAGL VGDLVLRFG+VDISHPKGLGGVVDVVREKEGQEVPV VLR G GG GT ++L LVPK W GRGLLGVHLLPP
Sbjct: 5 PDQP--QQPQQQAIPSPEEALRKELVVLQAQRDALELEADAIASELKSPGANGEAPVGVKGALVDADGFPLAGFDLFNVREKRHRFNCIQTDHKAVMSRIEKSLHALHDARLARPTPLPTAFSVTAATPPASSLIGMDSAAAAADMSLAPIAKVNQVSEGSPASAAGLAVGDLVLRFGHVDISHPKGLGGVVDVVREKEGQEVPVTVLRTTSVSGEGGSVGTGGGVRELTLVPKTWSGRGLLGVHLLPP 251
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: A0A7S3HBQ7_9STRA (Hypothetical protein n=1 Tax=Spumella elongata TaxID=89044 RepID=A0A7S3HBQ7_9STRA) HSP 1 Score: 152 bits (384), Expect = 3.000e-38 Identity = 86/228 (37.72%), Postives = 132/228 (57.89%), Query Frame = 1
Query: 358 MSGSAEYSNPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
M ++E + +E + L L AQRDALE EA++I SEL SPG+NGEPP G+K VD+ G+P D+ NV++KR R I TD+KA+M +IE+ + LH P + P + + + + P+A+++++ GSPAA AG+ + DL+++FG V + L +V++V + Q +P+VVLR+ S +L + P+ W GRGLLG HL P
Sbjct: 1 MEFTSESKSRMEILRGTLNNLSAQRDALEAEADAIHSELTSPGINGEPPAGIKTPFVDAEGYPRGDIDIINVKDKRRRLAEINTDYKALMKQIEQTMLQLHNELPPVPTSVPTASE--------NTDSNTTVAPLKPMAKLDEIFPGSPAATAGIQLNDLLMQFGTVTSNTNNFLKSIVELVGKNVNQPIPMVVLRN------SECVELSITPQPWGGRGLLGCHLSP 214
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: A0A8B7Y0R0_ACAPL (26S proteasome non-ATPase regulatory subunit 9 n=1 Tax=Acanthaster planci TaxID=133434 RepID=A0A8B7Y0R0_ACAPL) HSP 1 Score: 139 bits (349), Expect = 9.930e-34 Identity = 82/208 (39.42%), Postives = 123/208 (59.13%), Query Frame = 1
Query: 418 LQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
L ++D++E E + L S G VG+ G L+D G+P + D+++VR RHR C+Q DHKA+M +IE +LH LH + G + P GAG + ++VP AR++ V+EGSPAA AGL VGD ++ FG+V+ S+ K + V VV++ EG+ + +V+LR G +G Q L L P+ W GRGLLG +++P
Sbjct: 12 LMDEKDSIEKEIKELFEVLESQG-----NVGMHGPLIDPEGYPRSDIDVYSVRTARHRIICLQNDHKALMVQIESSLHDLHAFER-------QQREQGGSL--PTNGAGSAAAALVPFARIDLVTEGSPAANAGLLVGDEIIEFGHVNTSNFKSMQDVAAVVQQNEGKLLTIVMLREG-QGVQ-----LSLKPQTWSGRGLLGCNIVP 199
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: UPI0018D5F789 (26S proteasome non-ATPase regulatory subunit 9-like n=1 Tax=Patiria miniata TaxID=46514 RepID=UPI0018D5F789) HSP 1 Score: 135 bits (341), Expect = 1.170e-32 Identity = 81/208 (38.94%), Postives = 117/208 (56.25%), Query Frame = 1
Query: 418 LQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
L ++DA+E E L S G VG+ G L+D G+P + DL++VR RHR C+Q DHKA+MA IE +LH LH + +H A P GA + ++VP AR++ VSEGSPAA AGL GD ++ FG VD S+ + + + VV+E +G+ + ++ LR G G + L P+ W GRGLLG +++P
Sbjct: 12 LMNEKDAIEQEIKEFHEVLESQG-----NVGMHGPLIDKEGYPRSDIDLYSVRTARHRIICLQNDHKALMANIENSLHDLHAFERQER----EHGA-----SLPTNGAVSAAAALVPFARIDLVSEGSPAAKAGLLEGDEIIEFGYVDTSNFQTMQDIAAVVQESQGKSLRILTLREG-----KGV-PVSLKPQTWSGRGLLGCNMIP 199
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: UPI001455599A (26S proteasome non-ATPase regulatory subunit 9-like n=1 Tax=Asterias rubens TaxID=7604 RepID=UPI001455599A) HSP 1 Score: 135 bits (340), Expect = 1.600e-32 Identity = 80/208 (38.46%), Postives = 114/208 (54.81%), Query Frame = 1
Query: 418 LQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
L A++D++E E + L S G VG+ G L+DS G+P D+++ R RHR C+Q DHKA+M IE +LH LH + G + P GA + +++P A ++ VSEGSPAA AGL VGD ++ FG++ S+ K L + VVR +G+ V VV LR G L L P+ W GRGLLG +++P
Sbjct: 12 LIAEKDSIEREIKELYDVLESQG-----NVGMDGPLIDSEGYPRNDIDVYSARTARHRIICLQNDHKALMVNIENSLHDLHSYER-------QQREQGESL--PTNGASTAAIALIPFASIDLVSEGSPAANAGLLVGDEIIEFGSICTSNFKSLQDIATVVRHSQGRSVRVVTLREGKE------VPLSLKPQTWSGRGLLGCNIVP 199
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: L8GNH7_ACACA (Proteasome 26S subunit, putative n=1 Tax=Acanthamoeba castellanii str. Neff TaxID=1257118 RepID=L8GNH7_ACACA) HSP 1 Score: 132 bits (331), Expect = 3.510e-31 Identity = 87/231 (37.66%), Postives = 121/231 (52.38%), Query Frame = 1
Query: 388 VENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFD-LFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMV------PIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKG------LGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
+E K L L ++D +E E + + L +PG+ G + G LVD G+PLA D + VR+ RHR C+Q DHK +MA+IE+ LH LH + T P A S S PIA ++QVS+ SPA AGL GD++LRFG+V G LG + VVR+ EG+EV + V R G++ L+LVP+ W GRGL+G H++P
Sbjct: 1 METAAKELVL---KKDEVEREIQELTAYLTAPGMPG-----LSGGLVDREGYPLADVDKIIAVRQARHRLACLQNDHKGLMAQIERELHTLHAV---------GKTPAEAASSAPAAACAASDESTAGWHLKKPIALIDQVSDSSPAHTAGLRPGDVLLRFGSVVHDGSSGGSASPWLGHIAQVVRDSEGREVALWVRR-----GENQHLRLILVPRPWAGRGLVGCHIVP 209
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: A0A7S3LJE4_9STRA (26S proteasome non-ATPase regulatory subunit 9 n=2 Tax=Aplanochytrium stocchinoi TaxID=215587 RepID=A0A7S3LJE4_9STRA) HSP 1 Score: 129 bits (323), Expect = 6.060e-30 Identity = 85/231 (36.80%), Postives = 128/231 (55.41%), Query Frame = 1
Query: 382 NPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEI-QAPSMSPQPDHTAPGTRM-----GRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISH-PKGLGGVVDVVREKEGQEV----PVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
N E + L+ ++ A+E+E ++IA ELNSPG N PPVG+KG+LVD GFP A D+ +R +R+R+ +Q DHK IM +IE+ L + + + ++S PD T + G S +V V++V GSPA +AGL VGD +LRFG+V H + + + D V ++ G+ + VV+ R GR + L L P+ W GRG+LG +L+P
Sbjct: 3 NKREQLRAKFAELEEKKKAMEVEISAIAQELNSPGPNKAPPVGMKGNLVDHEGFPRADVDVHAIRLQRNRYATLQNDHKGIMKQIEELLKEIMALPKEKNVSSHPDSVPVPTPVKVKSTSEANRGIDESVSELVAFLWVDRVEPGSPAESAGLRVGDRILRFGSV--RHLSENVSPLFDAVVQEVGRNINSPIDVVIERDLGR------QTLHLTPRQWSGRGMLGCNLMP 225
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: A0A7R9YB74_9STRA (26S proteasome non-ATPase regulatory subunit 9 (Fragment) n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9YB74_9STRA) HSP 1 Score: 129 bits (323), Expect = 1.170e-29 Identity = 90/232 (38.79%), Postives = 115/232 (49.57%), Query Frame = 1
Query: 406 NLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEI-----------------QAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVD---ISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
+L L R A+E E +I SEL SPG +G P G+ LVD+ GFP A D++ R RHR C++TD K + +IE+ LH +A + D+ A G G A P A V+++S GSPAA AGL +GD VL FG I GL +V VV+ GQEV VVV+R+ R L LVPK WEG+GLLG HL P
Sbjct: 17 SLAELMTSRSAVEEEIKAIVSELESPGADGAPAAGITQPLVDAEGFPRADIDVYRARHLRHRLACLKTDFKTLSKQIEQQLHEXXXXXXXXXXXXXXXXXXQVEEAIESTGAQDNGASGK--GADEAEEAWKPAWYRPFALVDELSPGSPAAEAGLRLGDEVLSFGECTREAIERSGGLQPIVQVVQGNVGQEVRVVVVRNCAR------TLLKLVPKTWEGKGLLGCHLQP 240
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: UPI001471AE3A (26S proteasome non-ATPase regulatory subunit 9 n=1 Tax=Thalassophryne amazonica TaxID=390379 RepID=UPI001471AE3A) HSP 1 Score: 127 bits (318), Expect = 1.730e-29 Identity = 82/233 (35.19%), Postives = 121/233 (51.93%), Query Frame = 1
Query: 373 EYSNPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLH----------EIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
E S+ +E ++ L ++D +E + + L GV GV+G+LVD+ GFP A +L+ +R RH C+Q DHKAIMA+IE+ALH LH E +A + + T P P ARV+ V++GSPA AGL GD V++FG+V+ + + L + VV+ EG+ + V V+R G R L L P+ W GRGLLG +++P
Sbjct: 4 ENSSNLETSMDDVKNLIKKKDDIEEQIKAYYDVLEDQGV------GVEGALVDAEGFPRADINLYQIRTARHNISCLQNDHKAIMAQIEEALHKLHAREKAKRERDEAEAQEEAMEQQITLPS------------------PFARVDAVTQGSPACVAGLRFGDEVIQFGSVNTDNFQNLHNIASVVQHSEGKPLCVTVVRDGQR------VQLSLTPQRWSGRGLLGCNIVP 206
BLAST of mRNA_F-serratus_M_contig1478.3300.1 vs. uniprot
Match: UPI001CE0872C (26S proteasome non-ATPase regulatory subunit 9 n=3 Tax=Centrarchoidei TaxID=1545897 RepID=UPI001CE0872C) HSP 1 Score: 126 bits (317), Expect = 2.560e-29 Identity = 83/235 (35.32%), Postives = 123/235 (52.34%), Query Frame = 1
Query: 352 LQMSG--SAEYSNPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPVGVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVLHEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMV---PIARVNQVSEGSPAAAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGRGGQSGTKDLVLVPKAWEGRGLLGVHLLP 1041
++M+G S+E S + KNL ++D +E + + L GV GV+G LVD G+P A +L+ +R RH C+Q DHK IMA+IE+ALH LH + A G + ++ P ARV+ V++GSPA AGL VGD V+ FG+V+ + + L + VV+ EG+ + V+V+R G + S L PK W GRGLLG +++P
Sbjct: 1 MKMTGENSSEKSEITMDDVKNLV---KKKDEIEEQIKAYYDVLEDQGV------GVEGPLVDEEGYPRADMNLYQIRTARHNISCLQNDHKGIMAEIEEALHKLHAREKAKRE-----------QDEAEAQEGPMEQQVILPPPFARVDAVTQGSPACGAGLRVGDEVIEFGSVNTENFQNLQNIASVVQHSEGKPLRVIVIRDGQKAQMS------LTPKRWSGRGLLGCNIVP 209
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 |
|---|
| Taxonomic scope | Eukaryota |
| Seed ortholog score | 288.1 |
| Seed ortholog evalue | 3.6e-75 |
| Seed eggNOG ortholog | 2880.D8LKY7 |
| Preferred name | NAS2 |
| KEGG ko | ko:K06693,ko:K07936 |
| KEGG Pathway | ko03008,ko03013,ko05166,ko05169,map03008,map03013,map05166,map05169 |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0000502,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005737,GO:0005829,GO:0005838,GO:0006508,GO:0006511,GO:0006807,GO:0008150,GO:0008152,GO:0008540,GO:0009056,GO:0009057,GO:0009987,GO:0016043,GO:0019538,GO:0019941,GO:0022607,GO:0022624,GO:0030163,GO:0032991,GO:0034622,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043248,GO:0043632,GO:0043933,GO:0044085,GO:0044237,GO:0044238,GO:0044248,GO:0044257,GO:0044260,GO:0044265,GO:0044267,GO:0044424,GO:0044444,GO:0044464,GO:0051603,GO:0065003,GO:0070682,GO:0071704,GO:0071840,GO:1901564,GO:1901565,GO:1901575,GO:1902494,GO:1905368,GO:1905369 |
| EggNOG free text desc. | 26S Proteasome non-ATPase regulatory subunit |
| EggNOG OGs | COG0265@1,KOG3129@2759 |
| COG Functional cat. | O |
| Best tax level | Eukaryota |
| Best eggNOG OG | NA|NA|NA |
| BRITE | ko00000,ko00001,ko03009,ko03016,ko03019,ko03036,ko03051,ko04031,ko04147 |
| Exons | 5 |
| Model size | 2665 |
| Cds size | 690 |
| Stop | 1 |
| Start | 1 |
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 |
|---|
| 1622929452.219601-UTR-F-serratus_M_contig1478:96254..98115 | 1622929452.219601-UTR-F-serratus_M_contig1478:96254..98115 | Fucus serratus male | UTR | F-serratus_M_contig1478 96255..98115 - |
| 1690962859.3758993-UTR-F-serratus_M_contig1478:96254..98115 | 1690962859.3758993-UTR-F-serratus_M_contig1478:96254..98115 | Fucus serratus male | UTR | F-serratus_M_contig1478 96255..98115 - |
| 1622929452.311629-UTR-F-serratus_M_contig1478:127898..128012 | 1622929452.311629-UTR-F-serratus_M_contig1478:127898..128012 | Fucus serratus male | UTR | F-serratus_M_contig1478 127899..128012 - |
| 1690962859.421621-UTR-F-serratus_M_contig1478:127898..128012 | 1690962859.421621-UTR-F-serratus_M_contig1478:127898..128012 | Fucus serratus male | UTR | F-serratus_M_contig1478 127899..128012 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1622929452.2326863-CDS-F-serratus_M_contig1478:98115..98376 | 1622929452.2326863-CDS-F-serratus_M_contig1478:98115..98376 | Fucus serratus male | CDS | F-serratus_M_contig1478 98116..98376 - |
| 1690962859.3861427-CDS-F-serratus_M_contig1478:98115..98376 | 1690962859.3861427-CDS-F-serratus_M_contig1478:98115..98376 | Fucus serratus male | CDS | F-serratus_M_contig1478 98116..98376 - |
| 1622929452.2729306-CDS-F-serratus_M_contig1478:98927..99050 | 1622929452.2729306-CDS-F-serratus_M_contig1478:98927..99050 | Fucus serratus male | CDS | F-serratus_M_contig1478 98928..99050 - |
| 1690962859.3940609-CDS-F-serratus_M_contig1478:98927..99050 | 1690962859.3940609-CDS-F-serratus_M_contig1478:98927..99050 | Fucus serratus male | CDS | F-serratus_M_contig1478 98928..99050 - |
| 1622929452.2877295-CDS-F-serratus_M_contig1478:125524..125597 | 1622929452.2877295-CDS-F-serratus_M_contig1478:125524..125597 | Fucus serratus male | CDS | F-serratus_M_contig1478 125525..125597 - |
| 1690962859.4018545-CDS-F-serratus_M_contig1478:125524..125597 | 1690962859.4018545-CDS-F-serratus_M_contig1478:125524..125597 | Fucus serratus male | CDS | F-serratus_M_contig1478 125525..125597 - |
| 1622929452.2982068-CDS-F-serratus_M_contig1478:127422..127655 | 1622929452.2982068-CDS-F-serratus_M_contig1478:127422..127655 | Fucus serratus male | CDS | F-serratus_M_contig1478 127423..127655 - |
| 1690962859.4099174-CDS-F-serratus_M_contig1478:127422..127655 | 1690962859.4099174-CDS-F-serratus_M_contig1478:127422..127655 | Fucus serratus male | CDS | F-serratus_M_contig1478 127423..127655 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_F-serratus_M_contig1478.3300.1 >prot_F-serratus_M_contig1478.3300.1 ID=prot_F-serratus_M_contig1478.3300.1|Name=mRNA_F-serratus_M_contig1478.3300.1|organism=Fucus serratus male|type=polypeptide|length=230bp
MSGSAEYSNPVENCKKNLTLLQAQRDALELEANSIASELNSPGVNGEPPV
GVKGSLVDSGGFPLAGFDLFNVREKRHRFCCIQTDHKAIMAKIEKALHVL
HEIQAPSMSPQPDHTAPGTRMGRPRAGAGVSTRSMVPIARVNQVSEGSPA
AAAGLTVGDLVLRFGNVDISHPKGLGGVVDVVREKEGQEVPVVVLRHGGR
GGQSGTKDLVLVPKAWEGRGLLGVHLLPP* back to topmRNA from alignment at F-serratus_M_contig1478:96255..128012- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_F-serratus_M_contig1478.3300.1 ID=mRNA_F-serratus_M_contig1478.3300.1|Name=mRNA_F-serratus_M_contig1478.3300.1|organism=Fucus serratus male|type=mRNA|length=31758bp|location=Sequence derived from alignment at F-serratus_M_contig1478:96255..128012- (Fucus serratus male)
GAGAGAAAACACTCTCAGAACTTCTTGTCTGTACCAAGTGCCTTGTGCGT
GTATCTGGAGTTAACGCTGGAGACAGGAAAGTTTCTTCGGCAGGGAGGTA
GCGAGTTCTATAAGGTTGGTGACCTCGAAGAACCTTTCTAGATTTCCCAG
TTCAAAATCGCAAATTCACTACAGTATTTGGCCGGCAACGAGAGAGAGCA
AGTTGATATTAAACACTTTCGGCAAAGTCTGGATGAATCGGGTAGTTAGT
TGCCAATCCTGCTCGTGGTAACAGTTTCTGGAGGACTCGACTGACACATA
TGTTCCTTGGAATCGACGGCACCCTAAAGACCTCGTCCGGATCCCCCTCG
CCTTCAGATGTCGGGCTCCGCTGAGTACTCCAACCCTGTGGAGAATTGTA
AGAAAAACCTAACATTGCTGCAAGCTCAGAGGGATGCACTTGAACTGGAG
GCAAATTCGATAGCGAGTGAGCTTAATTCGCCGGGGGTAAACGGGGAGCC
CCCTGTCGGCGTCAAAGGATCGCTCGTGGATTCGGGTGGCTTCCCTCTCG
CGGGGTTCGATCTATTCAACGTCAGGGAGAAGAGACATCGGTAAGTTTTC
CTTTTGTTCTATTAATAATAATATTATAGAATGTCACAAACTTTCGAAAG
CCTCTAGCATGGGGCGTGTGCACCATCAGCGCTGGGATTGGTAGATATAC
TCTAGTCCGCCCGATTCTACTTCACACGAACAAACTGAACTACAGCTAGC
TCCTCTTGTAGTCTACGACCCTTAAAAAAAATGTTTACTGCCTGTACGGC
TGTAGCTACGCAGCCCACTTCATACACAAGAGGTTTTGTTTTTTTTAAAG
TACCAGTATCAGTACTACTAATAATAGGAAAAGCCGGAGGTACAGTTAGT
ACTGTATACAACAGACAGTAGGCGATTTAGTCGAGGGCTCTATGTGAGGG
GACTTGGTACTGATCCCAAGTGTACTCTGTACCTGGTACTGTTGTAAAAT
GGTGCGTAACTCCTCGACACTACGGTACATTAATATAGTATTAATTGGCA
ACCTTACCAGGTTGATCCATACCGTTGCTACACGCCGTTACTTTCAACAT
GCCCACTTCATACCAATAGTGGGGGTGGGAAAGAGAGGCGAATATTAATT
GGTCCATAGTGACCTGCTAAGGCAGCACTCGTTCGGAACTACCTTGAGGT
TTACTGGCCCTGTGCCGACGGACTCTCGGCAGTGAACGCCATCGGTACGC
AATTGCGTGACCCGATGAACTCGGGACTAACCCGATTGACCCGATGAACT
CGGGACTAACCCGATGGCGTATGGCGGTTTCATAAATGGACGCCGCCGCG
GAACTCAAGGGTAATCCCGTAAGTAAGCACCAGATTCAGCCTGAGTGTGG
AGATGAGCAGGCTGACGCGGGACGGGACGACTGAACCAATCTCGCGAGAC
CAAATTCTCAGGCACGAACGCGGATAGGGGAATATTTATTTTCCTGTTCA
GCTGACCACGAGCAGGATTGACAATAACCTTACCCGGTTGATCCATACTC
TGCTACTGTATATGTGTGACCATACATAATGTGTGACCATACTATAAATC
CCATGTGGAGGTATCATATGTCTTCCCAAACATTTTGCCTTCCGACGGTC
TGGATACTAGGAAGCATTATTAGATGCGTTCCGATTTTGTGAGGGCATGC
GTACAGAGTCTCTGGGGGTAAGTACTCCTGGTAATGGCACATTTGTTGCT
CTCGCACGAGTGTGTGTATAGCTAATCTTAGCATATGTGTTTACTGGACG
CAAATATTAGTAGTCTGCTCGTGGACAGCTAAGCAGGAAAACTCTAAGTG
TTGTCCTGTCCCCGTTCGCGCCTGCATGATAGTTTGGTCTCGCGAAACGG
CTTCGGCAATCCTGCCCGGCGTCAGCTCGCTCATGCTCCACACCCATGCA
AACATGTTGTACCAGTCGGTACTGCTACTGCTCTGCACAGTACATACTTT
AGTCTGGACTCCTGTACATCAGACGTGAACGTGCTGGCGGGTTAGAGCCG
TTGCTCTCCCTTCCACGCGACAAACAAAATGCCGCCCTGCTCACACGCCT
GAATCGTTTTTCCGGTAGATTTTATTTTTCTACCCCTTGCGAGTATGTAC
TGCATTGTATATAAAGAAGGGATTTCGGAACAGGGTGCCAGACGCGTGCT
CCTTCCCGTCTGGGTAAAGAGTGTTTTCTGGCCACGTTTCACTTGAATCT
AAATCAATACCCCAGGGTACGTACTTCGATGTACAACTTACTGTAGGTTT
CAAGTACGAAGGAGGGGTTTTCGTCGCAAGGAGCTATCTATATATACTAC
TGTAGCGGTAATAATAGTTCGTGATTCTCGAGAGAAATAACAAGACTAAA
TCCTCTCATTGCCAGGTTCTGCTGTATCCAAACAGACCACAAGGCCATCA
TGGCGAAGATCGAGAAGGCGCTACACGTACTCCACGAGGTAAGCCCAAGG
TCTAAGGTCTAAGCGATCTACCGGACGCACCATTATTAATAATTATTTGG
CAGTCTCCAGTTTAGGCCCGGTCTCTATAAACGTTTTTCTTCTTATCAAA
ATTTAGAATGGAACGTTGAAAAAGTATGGAGGAAAAGTCGAGCTAACGGG
CATCAGGCTGGTCTGGAGATGATGTTTCCAACGTCTTGACACCTTGTAAA
TACCAGCTGGTAAATACCCCACAACGCGCCTTTGTTTCTAACACAATTCG
TTCATTTCGCAACGGTGCCCCCTATAATAGCTGTTCGAGATCTCAAATGA
AATATATACTACTGGCTCTTAGCCCGACGGGCTGCTCATGGCTGACATGT
ATGGACCATATAGCAAGAGTATGGATCAACCGGGTAAGGTTATTGTCCGT
CCTGCACGTGGTCAGCTGAACAGGAAAATAAATATTTCCCTATCCGCGTT
CGTGCCTGAGAATTTGGTCTCGCGAGATTGGTTCGGCAGTCCCGTCCCGC
GTCAGCCTGCTCATTTCCATTCTCAGGCTGAATCTGGTGCTTACTTTCGG
GATTCCTCCCGAGTTTCCGCGGCGGCGTCCATTTATTCATTTATAATCGC
CATACGGCATCGGGTCAGTCCCGAGTTTATCGGATCACGCAATTGCGTAC
CGATGGCGTTCGCAACAACAACTGCCGAGAGACCGCCGGCACAGGGTCAG
TAAACCTCAAGGTAGTTCCAAAGGAGTGCTGCCTTGGCAGGTCACCATGG
TCGAATTAGTATTCGCCTCTCTTTCCCACACCCACTGTTGGTATGAAATG
AGCATTTTGAAAGTACCGGCGGTCATGGACCCCACCAAATTTCAGCTCGC
AGCATATAGACGTGGCTTGCATGGTGTCCATCCGCTCATGGAGGGCTATG
ATACTTTCGGAAAGAATTTGAGAAAATGAGACTTTCGGAGTTGTGCCGCT
TGATCTCCAAATACTCTGCTTAGGGCAACGGCTGCTGTTGAGCTCGCGGT
GATGCCAAACTTCCGGCCGTGATTTCGACAGGCAACGAGATACGCTTGCA
TCGAGTTTCGAGTAACAACAGTATAGCGCATGGCTGCCTCGGTGCCTACC
CTTGGTGGGATGGAGCAGTATAAAGCGAGGTGTTAAAAGGAGGCATCCAG
GAGGCACATTTTTCCAAACTTTTGTAACTTTCCTACTTTACTACTATGGA
CTATGGAGATACTGGTAGGCGAACAGTTAAAAAAGTTTGGAACGGCTTGC
TCCAAGCTCTTCTGGCGGCCTTTGGAGGGGTTTCCAAAGGCTTTTTTCAA
TCTGGAAAAGAAGGTTGGCCTGTTCCATGTTCCCAACATTTCCAATCTAG
GGAGGGAAGGACCCCGCAGGGTTTCAAAAAAAAATGAACGCATCTAAACC
TAACCTTCTGATCAGCCAATCAAAAGGTTTAGGTGGGAATGTTGGCTGTA
GGGACAAGAACCTCTCCATGGTATTAAAAGAGTTCAGGGTTGTCTCGAGT
CGGAAAAAGTTTGGAACTTGTTTGTCCGAGTGGGCTGATAAATAGTTTTA
AGGATGATAATCCACAATTCACCCCTTGTGAGGCCACTTAGTATGCTGTT
GAAAAATGATATCAGAAAACGGCTTTTCTGATCTGTGACTGAAAATCCGT
CTCTTGAGTGATTAAAAAATGCCGACATGACATTCTCTGATAGCTCTAAA
AACGATAAGAAAATCAACCTTTTATTAGAAAAGGGTGGTTTGAATTCCCA
CCACATGTCAAGGTGCAGCGGTGACGGTCGCGATGGCAGCATTTCGACGC
CGCAAGCAGAGAATAATCGAAAATACCGATCAGTTGGCGCTCATTCAATG
GTTACTCGACGAGGAAGACGCATTCGTGTTCCGGGAGGGCATCTGTAGCT
TTTGCAGCGTGCGTCGTGCAGCAATTGCGTCCTCGGTATGGATTATTGAA
TGCTGTTGGAGGCCCCCTTGCACAGTACTGTTTGTTTGCATGGCACGTTG
CGGCCTTCGAGCTGCATTCGTGTGGCGCGGTGCAAGCCCTAAACGGTTAA
AGACCACGTGCTGTATCACGCCGCGGTTGTAAGTATTAGTAGATGCACAA
GGTAATGCGCCTACCCGCAGCAGCAGTCCTTCGCTTTGTGGTGTGGGCGT
AGGCGTGCCTCGGAGGGACACACAAAAAAAGTTCAAACCCGCCTTCAAAC
ACGCAGATCTCGTGTAGGTTGGAGGCAGGCATGGATGACTGTGTCGCAGC
GTTGACGGCCCCGGTGGCAGCATCTTGACGCCGCAAGCAGAGAATCGAAA
ATATCAATCAGTTGACACTCGTTCTGGCGGCTGCTCCACGTGGAAGATGC
AATCGTGGCTCGAGAACACGTATGTAGCCTTTGAAATGTACATCGGACGG
TAGTTACGTTCTCGGTACAGATTAGATGTTTAGAAAATCTGAACGCATCT
AAACCTGAAAAATGTCGAAACGCTTAGGTGGGATGGATCATAGGCTGCAT
AGACAAAATAGGTGCGTTCTGTATTTTCTTCAAAAAATCTCATCATGGCA
TTGAAACGGGTTCCCCGATGGTAGTAACATTGGGTCAACAGCATAATGAC
GGGGAGAATCCCACTGTTATACGGTACACTTACATTAATCGCCATGCGGG
GACACAAAAATAAATAAATAATAATAAACAAAACTTTGTACATATTATAG
TGCATACTGTACCACAGCCAAAAACAATGTACCGTAGTACATATTACTCC
TACAGGCTGGGCTGGCCAAGACGCTGTACACATGGCGGAATGAGATTTGC
CACGCGGTTTTTACGAATTTTCACCAGAAATTTTGACACGTTATAAAGAC
CGCTCTTGCAGAGAGGACCACCCCTGCACATTTTGGTTTTAGTTTTTTTT
CGTAAGTTATGGTATGATCGCCGGATATAAGTAGATGTGGGAATATTTGT
TTCGCGACGAAATGATGGGAAAAATAGCAATAAATAAAAATGTGCAGTGG
TGGTCCTCTCCGCAAGAGCGGTCTAAATCACGTGTCAAAATTTCAGGTGA
AAAATCGTAAAAACCGCGTGGCAAATCGCGATACCCCCACATTTCCTCAG
TTCACTTGTGTTTTGTATCGGAATCTTTACGAGGCCGCAACTCTTGATAG
AAAACGAGGCGAGCCTTGTAACTACCACCCACGCTCTTGCGGTGCTCCTG
GATACGTGTACACCAAATTTCAGCTTGATCCGTGACACTTTTTTTCATAC
TGATTTTAGTATAGGAAGTATCCTCCACTACGCCGCCAATTGGTCATTGT
TTACCAAAATCAACTCGGATTCGAAAAATTCCGGCGCCTGCGCTTCCCTT
TTTGCCGTATAGGAGCAGCCTCCAAATTTCAAGCTTTAACTCGTAGAAAC
GGCAGAGCGAGACACGAACGAACAGAAATCAGTTTCTTGGCCAGCCCAGC
CTATAGATAGGATATGATAGTAATAATATACGGTACGGTAATAGCACCAT
CGCACCATTTTTTATTTATTTTATTTTGGTGGTCTAGTAGGTAACCTGCA
TACCTGCTAGTGCGGAAGTCGTGAGTTCGATTCTTAGCTTGAGCAGAATT
TGTGTTCTTTTTTTCGTAACGGAAAGCGTTAGTACTAATAGTGAGTAAGT
AGAATTCAAAATTTAACCATTGGTTGACGAGTTGAAAGAGTGCTGAACTT
GCATCGCGATAAAAGTTGTAAGGAGGCGTGAACCGAGGAGAGATGGGAAG
ATCCTTTGTGACCACAGGCAGGATGGTAATTAGAGGTCCATCGGCTCTAA
AAAAAATAGCACCATCGCACCGTACAGCAATGGAGGCTAGACTGATAGTC
GAGAACACAAAGAACGTTTATGATGTTATAACTGATGACACCTAGTGGTA
GTGGTAAATATATAGGGTTTGGGTTAAGAATTGGAACAGGGGCAGAGAGA
ACCACCATTTGTTGGAGGCCGCTTGCACAGTAGTACTTTTTTCATGGTAC
GCTGCGGCCTTCGAGATGCATTCGTGTGGTTGTGCATGTCCAAAACGATC
GAAGGCCAGGTCCTGTACCACGCCAAGGTTGTAAGTAGGTGCGGTGCACA
AGCTAGGCAATGAACCTACATACATCAGAGTGTGTATACAGTACATTGAA
CAGACTCTCACAAGATAGAGGACAAGGTGCAAACGCCTCCCAGTAAGCGG
TGAAAACTGGTTTTTGTTTGTTTTTCAGTAGCATATACAAGCCATGTAAG
CTAACATACCAGATTAAGTATGGAAATGGCCAAAATTTTGGTGGATTTGG
TTAGCTGACTGATGTCGTCGTCCTATTGCCGAGGCGCTGTGTTGGTTTGT
ACCCAGCTGTCGTCCTATTGCCGAGGGTTAGGGTAGGGTTAGGGTTACGA
TAGTACGTGCGCCTTGTTGGAGCACGACCTGGAACCAGTGTTTCTCGTAT
GTATTTGGCCATTTCCATACTTAATCTGGTATGTTAGCTTACATGGCTTC
CATAGGCGCCTCTTGTTTTTAATAAAGATAGAACGGGTGCTTGGAAAAAC
CCTGTTGGAAAAATGATTATCAGAAAAAGCCGTTTTCTGATCTTATTTTT
TAAAACAGCGTAAGATTCTGTTGGAAAATTGACTGTCAGAAAGCCGTTTT
CCGATCTCACTTTTTTAACTGCACAAAAAGTGGCCCAATTGGAATTCCCG
GAAATTATATTCGGATGATTATAATGTTGCTATTAATACCTTATTTTGTC
CCTCCCAGCCCCGGTACAGGTAGCTCAGAGGTAATATAACCTCGTAACCC
TCTGATACGTTGGGACGTGAGTTCGATCCCGGCAAACGGGATTTTTCTCA
CTAAAAGCTAAAAAACTAAAATAAAAATGCCCAACGGGTGGAGAACGATT
AATTCGTTAGTACACAAAATTCGACTTGACGGTCGACGAGGGAAAGGAAT
GGCTCAATCCTTCTCGCGATAAAAATTAAGGCGCGCACCGCAGAAGGAAG
GTGGATGAGAAATCCTGTGTGACCCCGGCTGGTACGTCCAACTTGATGTC
CAGAATAGATGGGAGGAAAACAAACAAAAAAAAAGAGGACTTAACCCATT
TGGAGCTATGATATAGCTGTAATACTACTGTAACAAAGTATAGTGGAAAC
TCGCTTCGTATCTGGCTTTGTTTCGTACTTTCAACATGCTATGACCACTT
CATACCAAAAGTGGGTGTGGGAAAGAGAGACGTATGTTAATTGGTTCATG
GTGACCTGCCAAGGCAGCACTCGTTCGGAACTGCTTTGAGGCTTACTGTC
CCTTGTGCCGGCGGACTCTCGGCAGCGAACGCCATCGGTACGCAACTGCG
TGACCCGATAAACTCGGGACTAACCCAAAGGCGTATGGCGGTTTGGAATA
AATAATTGGACGCCGCCGCGGAACTCGGGAGAAATCCGTATGTAAGCAGC
AGATTCAGCCTGAGTATGGAGGTGAGCAGGCTGACGCGGGGCGGGACGGC
TGAACCCGTCTCGCGAGACCAAATTCTCAAGCACGTACGGGGACAGGGGA
ATATTATTTTCCCTGTTCAGCTGACCACGAGCGGGACTGGCAACCTTACC
CGGTTGATTCATACTCTTGCTATATGTGATGATCATACATACCTACATAG
GTCCTTGGTAAACGGATGGGTGGAGGGTACGATCGTCAATTACCCGCCAA
AGGAGAAGGGTAAACAGCTCCTTCTTATTGTTAGGATTAACTCGATGGTT
TGGTCCACTCGATGGTGTTATGGCGAAAAGATCCCGTGAGGTCGAAGCAC
CTGAAGTCGAAAGCTAAAACAGGTGGCACATCGTTCATCCCCGAACTATT
AATACAACAAATTACTCTATTTTTAAGAGGACAGGCCATTGTCGCGTAGG
GAACCAGTTTATGCTCCTGGGGACAAGGCACTCGAGGACCGATTACCGTG
TAGCGCTACTATTTTCTCGGGATATTTTTTTTATATTTTTTATATTTTTT
CAATCACACTTATAACCGATGGACCTCTAATTACCATCCTGCCTGTGGTC
ACAAAGGATCTTCCCATCTCTCCCCGGTTCACGCGTTGCAATTTTTATCG
CGATGCAAGTTCAGCACTCTTACAACTCGTCAACTAATGGTTGAATTTTA
CTTACTCACGTTCCCACGCTTTCCGTTACGAAAGAAAGAACACAAATTCT
GCTTAAGCTCAGAATCGAACTCACGACTTCCGCACTAGCAGGTATGCAGG
TTACCTACTAGACCACTCGGGCGACGAATAGATCGTACAAGCCAAATACG
ACAGCTGATCGGAGAGGGGAGTTCGTTTGCTAAAGGGGGACGTAGTGTTA
GCTGCGTGCTGTGTGCAAGGAGCTCGAACTTGACAGAAAGGAGGCTTGAA
AAACTTTTATGTCGCATCTCGTCTGTTGGGAGCGCTGCGCGTGTCCGCCC
GGTTGGATCGACTAAAATAGTACTGCTGTATCGCCGGCTCCACTGCTTTG
TGTGCGGAAGGGTACGACTCGCCCTTTGGTAATTAAATGGTGCAGCAAGT
ATTACAGAGACGGAAAACTCGTATTCATAAGAGACAAAACAACAAACGGC
ACGCGAGGTTGAAATTGGACCCCAAAGCCGTCCATCTCAATATGAAACCC
TCGGGAAAACATCGTTTCCTGAAACGTGTGAAAGACATTTTTCATTTTCT
TCTCAGTGACAAATCAACCTTGGACCGACCGGCCTTTAGGCCCGCGGTCA
AAATATTTTTTCGTTTCCAAAGGTTGGAATGGGGCATTGAAAACGTTTCA
CACATAGGACAGATCAGATCCCTGTAGATCGATCTAGATCGTTACATCGA
CAGATCACGGTTGATCTGTCGCGACAGATCATCTGTGCACGTTGGCCGGC
AGCTGATCTGTAGCCACAGATCATCTGTTCATGTTTGGCAGCAGCTGATC
TGTAGCCACAGATCATCGGCCACAGATCATCTGTACATGTTTGGCAACAG
GTGATCTGTAGCCACAGATCATCTGTACATGTTGAGCAGCAGCTGATCTG
TAGCCACAGATGAACTAGATCATGATCTGTCCTGTGTGTGAAACGTTTGG
AAAATATGTCTTATAAGTAGTGGGCGTTCGGTTGATTCGGAGTCGTTTCA
TCGCCACGCCTTCAACATATACACAACACTGCTACTGTATTATATTAATA
TTATAAAGCAGTTTATTCCGCCACGATGCCCTATAATAAAATCATGATCC
TTAATAGCAATTCTAGAGAACCCAGATAGATGCTGGCTCTTCGTCTGACG
GTTTGTCATGGCCCCCATGGGTCCCATCAAATTTCAGTCCACAACTTAGT
CATGGCTTGTGTGGTGTCCATCTGCTCATATGGAGGGCTACCCTAAGAAG
TAAAAAAAAATGGACTTCGAAGTTATGCCACACGACCCCCAAACACGATA
CTGTTCGTAGAATAGGATAACGTTTGCTGTTGAAACTTGCGGTGATGTCA
AACCTTCGGGCTTGTTAGAAATGAAAGACAACTAGACAAGATTGCAGCGA
GTTTTGAACGACAACATAGCGGGTGGCCACCTCCTGTGCTGAGCCTTGCG
GAGGTGGAACAGTAATATACGAGGTGTTCCAAGGGAGCCCAGGAGGCGTA
TTTCCAAACTTTTCTACCTTTCAAATTTGGAAATGGGCGAATAACGAAAA
AAAATGAAACGGCCACACAATTTTTCCAACCTCTGTAGGAGTTTCCGCGG
GCTTTTTTATAGACTAGAGCTCTAGTCTCGAAAGGTTTGAAAATCGCTTG
TTCCTCAAGACCTTCACGTTGGTTATGATACTCATCGGGAGGAAAATCCA
ATTTGTCCTTGACACACATTATATGACAGTTTCCTGATATCTTAATACTG
ACACGTATGTATAGTCACCACTTTTAGCAAAGTATGGACCAATCGGGTAA
GGTTGCCAATCCTGCTCGTGGTCAGCTGAAGAGGAAAAATATAATAGTTT
CCTTGTCCCCGTTCGCGCGGGGGGATTTGGTCTTGCGTGACAGACTCGGT
CGTCCCACCCCGCGTCAACCTGCTCACTCTCCACACTTAGGCTGAATCTG
ATGCTTGCTCACGGGATTGCTCCCGCTGTCCGCGACGGCGGCCATATAGT
CCCTATCATATTATATTATAGTTTATAAGGTCACGCAATTGCGTACCGAT
GGCGTTCACTCATAATGGACGCCGCCGCGTAACTCGGGAGGAATCCCGTA
AGTAAGCACCAGATTCAGCCTGAGTATGGAGATGAGCAGGCTAACGCGGG
ACGGGACGGCTGAACCCGTCTCGCGAAACCAAATTCTCAGGCACGCACGG
GGACAGGGGGATATTCGTTCTCCCTGTTCAGCTGACCACGAGCAGGATTG
GCAACCTTACCCGGTTGATCCATACTCTGCTATATGTGATGACCATACAT
ACATACATACTGCCGAGAGGCCGCCTTTTCAGATTTCACCATGCCATTGA
CAACTTGTCGTGGCGCCTTTCTTGGCTCCATGAAAACTCTCATCACATCG
CCAGCCCAAGCTCCCAGCTACCATTTCCCACCCGAATGTCCTTTGGATCC
GTTCAGGTTTTTCTATAAATACAGTTGTCCTGCTACTGCTTTAATAGTAC
TAGTATTATTTAAGGTACAACTAGAGTTAATATAATATTATCAAATACGG
CAGAGAAACTTGTTCTGTTGGAAGACTATAATATAGTTGTCCTACTGCTG
TTTTAATAGTACTAATATTTAAGGTACAACTAGAGTTAATATAATGGGGC
TTCGCCAAAAAGGGGTACACCTCCTTGTTTCGACGCCAAAAAGGGGCACA
CCTAGAAAACGGGAAAAAGAGGCAACAGTCCCGCCAGGAAGATCAAAATG
CAACAAGGCCTAGGTACACCGTGTTGGCTCTCAAATTGGTGTTGGGACTG
TAAAAAGGGTATGCAGTATCCAAAGAAAAATCTGAACGCATCTAAACCTT
CCAATCAGTCAAAAGGTTTAGGCGGGAACATTGGCCTCAGGGACAAGAAC
TCATGAACAAAAGGGTGAACCAGGGTGAACACTTTCTCTTTGTATGGAGA
GTACGTCGTACGTTCTTTCCTTCCGAATGGTGTTTTCTACCTTGTGACCA
CGGGCTGGGTTTTTTTGCATCAGCTTATGTGAGAATTCAATCAATCAATC
AATCAAGATGAATACCTTGCAAGCACTTAATTCCCCAGATATAATACTGA
TGTACAGATCAAAACATATTTCAGCGGTTTCGACCCCACAAATTTTGGCC
GCGAAGAGGCCGCATTGCAATATCATACTGTAGTTCGTTTGGTCCTAAAA
TGGCGACATCCGCAACTACTTCGTGCACCGTGCTTACAAAGTCATGAACG
AACCGCAGGCACAGATGGCCTTGCCGACGAGCTAGTTTTTCAAGTTGTTA
AAGCAAGCGTCCATTTGTAAATGTCACGAAAAAAAACGTATGTAACTTGC
ACTACTTGTGAGTGTCACAAAAGGAACAAAAATTGGAAATCACCACGGTT
GGTTGCAGTATATGTATACGAGCAAAGGGACACGCGGCCGTGAGGGCAGC
GTCGGATCTCTTGTGGCCGTCTGTGAAGCGCGTTGTGGACTCGCTGTTGA
GGACACTTCGAAGTTCGTGGAAAAGTTGTCTCATCTTTGAACATATATGT
TCAGTTACAGCAGTTCTCCGATCCACAAATAATTTTGATTCAAAGCCAAA
TTCAAATTCAAGGAAGGGTGTAATTCAGTGATAGAAGGGGATAATTTAAC
GAATATTCCCGATGAGGACAGGGACGGAATGCAAACAACACAGGATCCCT
GACCAAAAGACATACAGGCCCGCTGCGCGCAAGCATTCCCTCTACTAATT
CGGTAACGTTAGCTCCGCACTTGTCACGTATGAACTCTAACAAGCTCTCG
AGCATCGTATATTGCTGTCGCGACTTCTTTATCCCCTGTCCCGAGAATCT
CCTCGCGGAGGCGACTAGTGGAACGTCCGCTCAGCTTGTCGCACCCTGAA
GTGCTAAATAGCCTTGCTGTCGTGCTGCCTGGAAGTACTGCTCTCTGAGA
AATAATCTCGTGAATTCGCCAAAAGGGGGTAATTTCCAGTAATTTCTACC
GCCAAAAAGGGGTACTTGTTGAGCTGAATAGACACAGGGGGTATTCCCCT
GTGTTTTTCCGCCAAAAAGGGGCACAGTGAGAAATCATGCTGTGTTTATT
GTAGATTTTCCATACGATTTTTTGGTGTGCCCCTTTTTGGCGTAAAAACA
GGGGGGTGTACCCCTTTTTGGCGAAGCCCCTAATATAATTCTATAATATC
AAATACGGCAGAGAAACTTGTTCTCTTGGAAGACTATAATATAGTTGTCC
TGCTACTGTTTTAATAGTACTATTATGTAAGGTACAACTAGAGTTGATAT
AATTCAATATTATCAAATACGGCAGAGAAACTCTAATATTGTTATCTTGG
AAGACTGTAATATAGTTGTCCTACTGCTGTTTTAATATAATAGTACTATT
ATGTAAGGTACAACTAGAGTTAATATAATATTATCAAATACGGCAGAGAA
ACTTGTTCTCTTGGAAGACTATAATATAGTTGTCCTACTGCTGTTTTAAT
ACTACTATTATTTAAGGTACAACTAGAGTTAATATAATATTATCAAATAC
GGCAGAGAAACTTGTTCTCTTGGAAGACTATAATATAGTTTGAAGAAAAT
ACAGAACGCACCTAGACCTTCTGAGCAATATAGTTGTCCTGCTACTGCTT
TAATAGTACTGCTAGAGTTAATATAATATTATCAAATACGGCAGAGAAAC
TTGTTCTGTTGGAAGACTATAATATAGTTGTCCTACTGCTGTTTTAATAT
AATAGTACTATTATGTAAGGTACAACTAGAGTTAATATAATTCAATATTA
TCAAATACGGCAGATAAACTTGTTCTCTTGGAAGACTATAATATAGTTGT
CCTACTGCTGTTTTAATAGTACTATTATGTAAGGTACAACTAGAGTTAAT
ATAATTCAATATTATCAAATACGGCAGAGAAACTTGTTCTCTTGGAAGAC
TATAATATAGTTGTCCTGCTACTGCTTTAATAGTACTGCTAGAGTTAATA
TAATTCTATAATATCAAATACGGCAGAGAAACTTGTTCTCTTGGAAGACT
ATAATATAGTTGTCCTACTGCTGTTTTATTAGTACTATTATGTAAGGTAC
AACTAGAGTTAATATAATATTATCAAATACGGCAGAGAAACTCTAATATT
GTTATCTTGCTCACACACAACAGCGCCGCCGGTGATGCAGCGATGTTAGT
CTTCCAAACCGAGCTTACACACAGCGCTCCTCCCAGCATAGCGCGCCGGG
AAAGTTTTGTCGGCTCAAATCCGTCAAAATTTGCACACAACAGGCAGCAG
CATAAATAGCAGTAGTACACACTTTATTGGCAAGAGAAGCCCTTTCTCTC
TTTGGCCAGCTTTTGGACTATTAATATATACTATTTCACATACAAACGGT
ACACGGCGACGTCTACGATTTCTATCAACCGGGTAAGGTTGCCAATCCTG
ATCGTGGTCAGATGAACAGGGAAAATGAACATTTCACTGTCCCCGTTTGA
GCCTGAGAAAGTGGTCCCGCGAGACGGATTCGGCAGTCCCGTCCCGCGTG
GGCATGCTCATCTATACACCCAGGCTGAATCTGGTCCTTCCTAAAGGGTT
TCCTCCCGAGCTCCGTGGCGGCGCCCATTTGTTTATTTTAAACCGCCATA
CGCCATCGGGTCAGTCCCGAGTTTATCGGGTCACGCAGTTTCGTACCGTT
GGCGTTCACTGCCGAGAGGCCGCCGGCACAGGGCCAGTAAACCTCGAGGT
AGTTCCGAACGAGTGCTGCCTTGGCAGATCACCATGGACCAAATAATATG
CGCCTCTCTTCCCCACACCCACTATTGGTATGAAGTGGTTATAGCATGTT
GAAAGTACCGGCGAATAATATCCAGTACTCGAATGAAGCTCCACAACACA
CCCTTGGACAGTGCCTATTATACTAGGAACTCCGGAATATTTTGTATTTT
ATGAGGATACTACACGCTTGACCCCTGACTCAGGGTGCTTCATGTTCATT
TTTTCTGCTAGCGAGTGATGAAGATGACTGCCCTCCCAAACCAAGATGGC
TGCCCTCAGGCCAAGCCTAAACTTCGCTCTATTTTCGCGGGACGGGACGG
CCAAACCCGTCTTTTGCGAGACCGAACTCGCAGGCGCGAACGAGGAAAGG
GTAAAAAAAAAAAGCATCCTCCCTGTTCAGCTGACCACGATGAGTAGGAT
CGGCAACCTTACCCGGTTGATCTATACTCGGCTACATATAATAAAAGATG
ACCATACAACGTTACAGCTCGATGGGTTGATCCTGTGTGCAGCATGAATG
GAAGTATATTATAGTATAGTATAATAGGTGGGTGAGCGCACGCACAATGA
AGTCTTCTCTTTTTTTTTCTTAAGTGAGAAAAAAAACATGTTTACCGGGA
TTCGAACCCACGTCCCAACGTGTCAGAAGGTTACGAGGTTACCTCTGAGC
TACCGGGGCGACCGTCTGCAGGAGAAGAAAGGCTCTGTGCGGGCGCTCAT
CCACCTATTATACTATACTATAATATACTAGATTATAGGAACAGATTATT
ATTGTCTTATTCAATAGTTACTGCAGTGTTGTTTCACAGCATTATCACCA
TCACATGACTGTGTACCTTGCGTTCAATCGTCCTTCGATATGCAGGCGCC
CCGGTAGCCACACGTATTTATTTTTGTTTGTTTTGGAGATGTCGCTTTTT
CGAGTATTTTTTTGTACCGTTTCCGCTTTCTCTTTGTATGGAGAGTACGT
CGTACGTTCTTTCCTTCCGAATGGTGTTTTTCTACCTTGTGACCACGGGC
TGTGTTTTTTTACATCAGCTTTTGTAAGAACTCAATCAATAAATCAATGT
ATTTGTGTATGTATGGTCATCACATATCACGTATAGCAAGCGTAAGGATC
AACCGGGTGAGGTTGTCAATCCTGCTCGTGGTCGGCTGAACAGGGAAAAT
GAATATATCCCTGTCCCCGTCCGCGCCTGAGAATTTGGTCTCGCGAGATG
GGTTCGACAGTCCCGTCCCGCGTGATGTATAGTAGTACGAAGTAGTTTCC
TCAGCTGACAGGCAATGACCCCAGAGAGTATCAGTGCTGCCGGAAATCGC
CTGACCAATATTGTTGAAAACCATGACTGTCACTCGCGCACGCTATCTGC
GACCTCTGCGGCGGCCGAGAGGGGGGTAGGACCCGCTCGATCACACTCTA
TACCACTCTGTTTTGCATCTGTACGCCGAGTTTTGTGACTCGAGGCCGTT
TCTGTGGCTCGATATATATTAAAAAAATATATACCACGTCAAAAGTACCT
GCATAAAAAAATGCGGGGAGATTATGCATGGACCCAGTTTATAATGAAAA
CACACGCAGATATCCCGACTTTGGTGATACACCCGGGCTGCCCTGGTCCC
TCGTTCGATGCGACAAAGGTGGAAACATCTTGTCCGAGTATGATTACGGT
AATGTGTGAAAGGTTTGTCGTTGATGGAGAGCTTGTCCGCGAAGAACCGG
TATGTTCACCTCCCTAAAATAAAACCATGTGTTGGCTGAAATTACTTGAA
ATTAGGGTTCCCGCAGACCTGGAGGCAAGCTAGCTTCATGTAGGAAAAGT
GGTGCGTGGAGAGCTTGTCAGAGATAGTCTCGCTGGAGCATGCTTTGCGT
ATGGTCGGCCGAAGCACGCCACATCAGTGTCGTCTATTAATAGAAATAGC
ACATGGCGCATATCGACGCGACGATGGGCCGTATTGGACGGCGCCGGCGG
ACTGTGCGCAGAATGTCTTAAGGCAGCTGGGGACTGCTGTCAAGGAATTT
CATGGCGGGCTGTCCTTGTACGGCAGTAGTACAGGGCACAGCTAGTTTTT
TCAGGCAGTTTTTTTCCATGACTTATGAACAGGAATTTAAAGGGTTATCC
TCTACCTGGTAGCCTCTAGGATGTATAGTCTATGTGGTTTGTACAGAGCA
AGCGCATTCCCCACGTGTGGCTGCACCCTACTACTGTGTGTGCGCATGAT
AGTACACTAGCTCTAGAGTAGTACTTTATCGGCACACAAGTCTTGATCGA
GTGAGAAAACCATGACAAGCGCATCACACCATCATCCACAGTGTAGTTAG
TCCTGCTGTCATGGAATTTCGGGTAGAACGGCGGATGCATATGCATACTA
TTTAGAGCTTGTACTCTTGTACTGATGTACCAGGGCACACGGGTGGTTTT
TCAGTCAGTTTTTTTCCAGGGTCCAAGTCATTCTTCAAGTCATTTTTCAG
TCAGTTTTTTTTCAGGGTTCCAGTCATTCTTCAAGTCATTTTTCAGTCAG
TTTTTTTCCAGGGTTCCAGTCATTCTTCAAGACATTCTTCATTCAGTTTT
TTTCCAGGGTTCCAGTCATTCTTCAAGTCATTCTTCAAGTCAGTTTTCAA
GCATGCACGATCTTACACGCTCACACATATTTTGATGTTACATGATGACG
GATACCGAGCCCCCTGTTCGACGGAATCGACTGCCGGCTCGACCTCGACG
TAGAACATGTTGCCTAGGGCCTTCCGCGTCAATGATTTCTTTTGATGGCG
CCGTGTGCACGGGTAGGTACATTTGGTGCCAAACCGGGGTGTGGTCTAAG
TCCCGAGTAACCACGCGTTCTACAGGTCATGGAAAGGTAGGCAAAATGAC
GCAAAATCGACAGTAATTCAGACCAACAATACTACTCAAAGCAAGCTTGA
TCCTCAACTGTTGTTGGGGACCTGTGATGTCTCCGCGCCTTCACTGCCTG
GCCGACAACCTCTAGGAGCTCCAGTACAACTGCTGCTGTTGTAGCCCAAG
GGTTATAACTTGATACCATGGAAGAAAAAAATCGGAAACTTCCTCGTCAG
CAGATAAAACCCAACGACTTATGTCAACCCGGCAGAACTTGATTGATTGA
TTGATTGAATTCTCACGTAAGCTGATGTCAAAAATCCAGCCCGTGGTCAC
AAAAAACACCACTCGGAAGGAAAGAACGTAAGACGTACCCTCGATACTAT
TAATAAGATAAAACGGTAATGTTACAAAATAAATACTCGGAAAAAGCGAC
ATCTCCAAATAAACAAAAGGAAAACACACACACACACACACATGTGGCTA
TCAAGGCGCCTGGATATCGTAGGACGATTGAACGAAAAGCCGCGGCTTCA
ACGAAAGCATCAAGACAAAAACAAAGGTAACACCAGAAAAAGACGGCATG
GCGTCTGCAAACCAAACGCCCGGAGGATACAAGTTCGCGCCACTTGTGGC
TAGTCAACAAGGGCGAGCGAACCAGCACGAGCCCGCTTGCTTTGGGCTAT
TATCCTTTCCTCGGCCCTTACCGTCACGTTCGGGCATACGACTGCATGCC
GTAGTTCAGCCTTGGCGTTCTCTGCAGCGATCCACTTCGCCATGAAACGT
TCCGCCGTTCTGCACCATTCCCCCTCTCGTCCTCGGCTGCAATCGTCCAC
TGGTCGGCGTTAATGCCGAAAGCTCTGAGGTCGTCCAGGAAACACCCCAT
CCACTCTTTTTCGTGGCTCCCCACGTAGCCCGCGCCCCCCACAATTTCTC
CGAACACCACGCACTTCGGCAGTCTCGTATTCTCCATGCGCGCCACAAAT
CACACAAACAAGATCCGCTTTCTGCGTACATCGCCTCGATGCTCTCACTT
TCCGTCTTGAGGATCGTGTCCAGATAGGAAATCGGGTGGTCGACGTGATT
ATGCTTTCGCCAACTGATGCAGCGAGTCAAGAATCTGTGGTGGGCTCGGC
GCAGCGTGTCGTAGTGGCCCGCGCGCGTGCTCCACGTGACGCATCCGTAC
AGCATTGTCCCGAGTACCTCGGCTCTTAACATCCGGATTTTGAGCTCGAG
GGGAGCGCTCGGTCGGTCGTACAGTTCGAGGGTGTACTTCCGGAAGCTGC
ACCATGCGTTGCGTACGCGCCGGCCGACCTCAATGGACAGATCGGCATTT
TGGTTGATTTTCCCCCCGAGGTATACAAACTCGTTTGTTTGCTTTATGCT
GACGATGCCGCTGTCTCTACGCTGAATGTTGCGGTGGACTCCGGCGTCCC
CTTCGCACGTAAGCGCGTGATCTCAGTCTTGGCCTCCGATGTGGTGAGGC
CAAACGCCGCGCACACGACCACGATCATGCCGATCATCTTTCCTCAGCTG
CTCGGGTGATTGCGAGACGATCCCGGCATCGTCAGCATAAAGCATGCCCC
AAAGCGGCGTCGCCAGGACTGACTCGCCGGCAGCTGCTTCCCCCGCCCCC
CACCCCTCTTTTCTTCCTCGGGTGTACCAAAGCGTCACGATGCCTTTGTC
CGCCTTGAAACGCATGGAGGCCACGTTTATAACCGCCGCGAAATAGATGC
GGAACAGGAAGGGCGCGAGCACGCACCCCTGACGAAAGCCTTATTCCTCA
GCAAACACACCTCGAGCACACCCTGTCGTCGAGCCGCACGCATGCTCGCA
TGCCATCGTGGACTTGACGAATGACCGAGATCCTATTCTGTGGCACGCCT
TGTATAAAACTGGTTATAATATACTAATAGTACTAATATGGCCTTGGTAT
TGACAATACTATAATATACTGAATGTACTAGTAATGATTGTGCTCATCGT
GTTACTCCCGACATGTCGCCTGCGTCACGACACCGTCCGACCCAACTGTT
GCTTCTACCTTGTGACCCCACGGGCTGTTTTTTTTTACATCAGCTTATGT
GAGAATTCAATCAATTAATCAGTCAATCATCGTATCCCTGAACTGCTGCG
CATATCTACCGGAGCACGCAAGTCCCAAAGGTATTTCGTCCGAGCAGATG
ATCTGAAAATCATTCGGGTGCGTTTTTATCCTATTTTTTTTTGTATCCCA
TTTGTTCTTGACGTCAGACTAAACACCTTTCGGTTATAATATGTGAACGC
ATTAGCCGGGGTCACACAGGTGGAAGGCCACACTTGAGTTTTTTTCTCTT
TTTTTCTCTCCAGCTTCCTTTTGCGGTGCTTGCCTTCATTTTTTCTCGCG
AGAAGGATTCAGCCTTTCCTTTCCCTCGTCGACCTTGGAGTCGAATTCTT
GGGCATGGCGTGAGAGATAATCCCAGTTCGTGTGACTGCGCCGAGATTCG
ATTTCACGTCCCAACGTCAGAAGGTTTCGAGGTGACCAACTGAACCGCTG
GGGCGATCGGTGTTTAAAAGTAAAATGCGAACGCGCCTAAACCTTCTGAT
CCGCCCCCGGTAGGGGGAAAAAAAACAAAACGTTTAGGTGGGCTCAAAGG
CTGCAGATACAAAACCTCTTCATGGCATTTAAACGGGTTCCCCGATGCAT
GTAACATTGGGTCAACAGTATAATGTCGGGGAGAAGCCCACCGTTATACT
GTACTGTTGTTGTTGTTGTTGATTCACACATTCAGCGTATTGTCCTTGCA
ACTGAAGAAAGCTACGGTGATACAACAAGTCAGCCATAGACTATGACCTA
TCAAATGCCACTTCCGCTCGTGGTCACAAAGGGGCACCAAGGTCAACGGG
TCACATCGTGGTCACAACGCGCTACTCAGACCCAACAGGGATCCAAAGCG
CGACAAAAAGTTATGCGACTCTGCAAGCAATGGCACCGACCAATATCAAA
ACGGTTCATCAAGCGTCCTTACTCCATATCGAGAGCAGCCTCGATCGACT
TGGATTGTTGTCGCCTACCCACGACCAGCGTTCTCAGCAACAAAGCGGAC
AAATCACGCTTTAACCAGTTTTGATCAACAAGTCCAAGTTTTTCAAGGCC
ACACATCGTACAAAGTTAGGAAAATTGAAATACCGACGTCCATGGTGGTG
GAGGCCTTGAGCTGGTGAAGCCGGCGCGCGAGCCAGCATCCAGCCGTCCA
AAGCCCTGTGCATCCTTGAAAAAGCCCCACGAATCTTGCCCGTTCGTCGC
TCCTTCTGGCCCTCGTAGGAAGAAAAATGACCGTGGTCAGACATCAGCTT
TTCCTTTAGAAAGCTCCCGATTCACGACTTTGATCCTCGCGCACAGGGGT
TCAGCCCTCCCATAGCTCGTCGACGATCGAGCTGCTCTCCGCCTTCGCCG
AATCTGGTGCGTACCCACCCGACAGAGCGCTACCAGGCCCTCCGCGACAG
TGCTCCCTGCCTCTCGCGTGCCGCCACCCTCCCGAAGTGCACCAAATCGG
AGCTCGGAAGGGGCAACAAACCATACCGCTGCCGCGTCTCGACCGACAGC
CCTATGCGCGAAGGCAGCCCATTGGCTGCATCTCTCGAGTGTGTGTGTGT
GTGTGTTGTCATCCCATTTATTCTGGACGTCAGGCTTGTGGACGTACCAC
CCGGGGTCACACAAGATTTCTCCACCTTCCTTCTACGGTGCTTGCCTCGA
TTTTTCTCGTGACGAGGATTCAGCCATTCCTTTCCCTCGTCGACCGTGAA
GTCGAATTTTGTGTCTAATTGATTGATTGATTGATTCACACATTCAGCGT
ATTGTTCTTGCAACTGAAGAAACTACGGCGACACAACAAGTCAGCGGTAG
AGCCATCAGATGCCAATCCCGCTTGTGGTCGCAAAGAGGTACCAAGGTCA
AAGGGTCACATCATCCATGGTGACAACCCGCTATTCAGACCAACATGGAT
CCAAATCGCGACAAAAAGTTATGCGACTCTGCAAGCAATGGCACCGACCA
ATATCAAAACGGTTCATCAAGCATCCTTACTTCATATCGAGAGCAACCTC
GATCGACTCGGATTGTTGTCGCCTGCCCACAACCAGCGTTCTCAGCAACA
AACCGGACAAATTACGCTCCAATCAGTTTTGATTAACAAGTCCAAGTTTC
TCAAGGTCACACGTCGTACAAAAGTAAGGAAAAACGAAATACCGGCGTCC
ATGGTGGTGGAGGCCTTGAGCTCGTGAAGCCGGCGCGCGAGCCAGCATCC
AGCAGTCCAAAGCCCTGTGCATCTTTGAAAAAGCCTCTCGAATCTTGCCC
GTTCGCCGCTCCTTGTGGCCCTCGTAGGCAGAGAAATGACCGTGGTCAGG
CATCAGCTTTTCCCTCAGAAACCTCCCGGTTCAAGCCTGTGATTCTCGCG
CACAGGGGTTCAGCCCTCCCCTGGCTCGTCGACGATCGAGCCGCCCTTCG
CCTTCGCCGAATCTGGTGCGTACCCTCCCGATAGAGCACTACCAGGCTCT
CCGCGATAGTGCTCCCTGCCTCTCGCGTGCCGCCACCCTCCCGAAGTGCA
CCAAATCGGAGCTCGGAAGGGGCGCACACCTGTTAACACCATCCTCAGCC
AATCATATCGCCGCCGCGTCTCAACCGACAGGCGGAATCGCCAAGGCAGC
CAGTTGGCTGCAATAGACCAAATTCTCAGGCACGAACGCGGACAGGGGAA
TATTCTTTTTCCCTGTTCAGCTGACCACAAGCAGGATTGGCAACCTTACC
AGGTTGATCCAAACTCTTGCTATATGTGTGACCATACACATCTCTTGAGG
GTGAGCCCGGCCCTACACCCGCTGGATAGACCTTCCGATTCAATCGTTCC
CAACTTGTGAAAAATCTCATGCCCGATTCTTATCCTATCATAATCGACCA
TTGATTGATTGCTTGAATTCTCATATAAGCTTATGTCCAAAATCCAGCCC
GTGGTCACAAGGTAGAAAAACACCATTCGGAAGGGAAAAACGTACGACGC
ACTCTCCATACTATTAATAAGAGAAAACGGTAATGGTACAAAAACGTACG
GCGCACTCTCCATACTATTAACAGTATAAAGAGAAAACGGTAATGGTACA
AAAAAATACTCGAAAAAAGTAACACCCCCGTAGAAGCAAAAACGAAAAAA
GGACTATGACAGTTGTTAGGTAACTAACTGCGTGTGGCTGTCGGAGCGCA
TGGATGGGTATGGAAGAAGAAATGAACGAAGGGCCGCGGCTTCAGTGAAA
ACAAAAAAAGACAAGAAGAAACAAGAAGAAAGCAAACGTAACGCCAGAGA
AAGACAACACGACATCCGCCTGGAAGGTACGAGTTCGTGCCAGTTGTGGC
GAGTCAACAAGGGCGAGCGAATCAGCGCGAGCCCGCTTACTTTGGGCTAT
CCTGTCCTTGGTCCTTCCCGTCATCATCACGTTCGGGCATACTACTGCAT
GCCGTAGTCCAGCCCTGGCTTTCTCTGCAACGATCCGTTTTTCCATGAAA
TGTTCCGCCCCTTGTTCTGCCGTTCTGCGCCATTCCCCCTCGTCCTAGGC
TTGCAGTCGTCCACTGGTCGGCGTTGATTCCAAAAGCTCTGAGATCGTCC
AGGAAACACCCCATCTACTCTTTTCCCTGGCCCCCCACACGGCCCGCGCC
CCCCACCATTTCTCTGAACATCACGCCCTTCGGCAGTCTCGTTTCCTCCA
TGCGCGCGACAAACCTTGCGAACCCTCGATGCTCTCACTTCCCCTCTTGA
TAAGCGTGTCCAGATAGGAAATCGGGTGGTCCGCGTGATTGTTCTTACGC
CAACCGACCTCTCTTCCCGACTTGATAAGCGTGTCCAGATAGAATATCAG
GGGGTCGGCGCGATTGTCCTTACGGCAATCGACCTCACCTCCCGTCTTGA
TAAGCGTGTCCGGATAGAAAATCGGGTGATCGGCGCGATTGTTCATCCGC
CGACCGACCTCACTTCCCGTCTTGATAAGCGTGTCCAGATAGGAAATCGG
GTGATCGGCGTGATTGTGCTTTCGCCAACCGATTCAGCGAGTCAGGAAGC
TGTGGTGGGCTCGCCGCAGTGTGTCCTAGTGGTACGCAAGCGAGCTCCGC
GTGCCACAGTGTCCCGAGTACCTCGGCTCGGAGCATCCGTATATTGAGCT
CGAGGGGAGCGCTCGGTCGATCGTATTGTTCGAGGGTGTTCTTCCGGAAG
CTGCAATAGGCGTTGTGTTTGCGCCGATTGACGTCGATGGACAGGCCAGC
ATTGTGTTTGACGTTCCCCTCGAGGTATAAAAATCCGTTCGTTTGGTAGT
ATATATGGCCTGCTGCCTCTACGCTGAATATGGCGGTGGACTCCGTCATC
ACCTTCGTGCGATAACACATGATTTCAGTCTTGGCCTCCGGTACGGTGAG
GTCAAACGCCGTGCATACGACTACGATCACCCCGATCATCTTCCTCAGCT
GCTCGGGGAATGCGGAACGATCCCGGCATCGTCAGCATAAAGCATAATTT
TTCCAATTAATTCAAAATTTTCGCCCCAAAACAAACCAAATAATTTCCAA
ATATTTGAAGAAAGAAAAGGCGTAAGCCCTTCCAATATTTTGACTTTGAA
TCAAATAATTCCCCCAAAAAATGCTAGTGCTATCAAAGTTTTGGATTGTC
TGACTTGGGCTATTCAAATACCTCGTCTATTTTTCTTAATATTTTTTCTT
TCATCTCACTCTTGTACAACTTGTCAACTAATGGTCGAATTTTACTCCCG
TTCTTGAACTAATGGATACAAATTCTGGTTTTCACAAAAATCGAACTCAC
GAATTCCGCAATATCACCTCTAGACTAGATCTATAACTTGTAGACTTCCC
TCATTGATACCCATCCGATCTTAGACCTAATGCAACAAAATGGGCTGTAC
CCTAGCTTATCGTGCCTTTTGTAAGTGTTTTGTTTTGGTGTCTCTGTATG
GTAGTTAATGCCATGACGAAGAGGTTACTTTTAGCCTATGAAACAACAAT
CTATTTAGTATTCTTCCTAGGGTATTACTAGAGTTCTGCACTGTACCGTA
CTGTACACTAATAAACTACTTGGCGTGGCAGGTTTAGGCGTGTTCGGATG
TTATTAGTCATTGGACAAACTTCTAGTATCACGTCTACATCTATACTTGT
ATCGTGTAGTATAGTGGTAGGTCTCTCCCCGACAATTCACGGTTGCCCCA
TGCCGTGTCATGTTTGGAGGCTCTGCATGGCGATTAATATAAGTGTACAG
CATAACGGTGGGCTCCTCCCCGATATTATACTGTTGACCCATGGTTACTA
ACTACCATAGGGGAACCCTTTAAATACTACGTAGTGTTTTCGTATTTACA
GCCTAGGTAACAGTATATTATTACTATAATGCCATGTTTGATGATGTACT
ACATTGTTTTTGTTTTTTGCTGTTTTTCTGGTGTCACTGCATGGTGATTA
ATGTAAGTGTACTGTATAACGGTGGGCTTCTCCCCGACATTATACTGTTG
ACCCAATGTTACTATAATACCATCGGGGAACCCGTGTAAATGCCATGAAG
AGGTTTTGTATTTGCAGCCTAAGATCCCACCTCAATGTTTCGACTTTTTT
TCCTCCTGACTGGAGTATGCTATTAATAGAAGGTATAGGCGCGTTCTCGT
TTTTCTTTAAAAATAATGTTACTTACTCACTATTAGTACTAACGCTTTCC
GTTACGAAAAAAAGAACACAAATTCTGCTAAAGCTAAGAATCGAACTCAC
GACTTCCGCACTAGCAGGTGTGCAGGTTACCTGTGACCACTACTATAACA
AAAGTTAGCTTAAGTCTACGGGTAAGGCCATTCGCTTTCTCTTTTCAATT
TTCCTGAGAAAAGAGAGAGGAGGATCAGCAGTAAAAGCAATAATGCCCGA
GCAAGGAGGAGAGATATCACCTATGGTATGGTATGGTATGGTATAGTATG
GTATGATATTCTCGTAGCCCCTATTAATAGTCAATGGATTTTATTCATTT
TTTTATATATTTTCCTGAGAAAAGAGAGGAGGATCAGCAGTAAAAGCAAT
AATGCCCGAGCAAGGAGGAGAGATATCACCAATGGTATGGTATGGTATGG
TATGGTATGGTATGATATTCTCGTAGCCCCTATTAATAGTCAATGGATTT
TATTCATTTTTTATATATATTTTCCTGAGAAAAGAGAGAGGAGGATCAGC
AGTAAAAGCAATAATGCCCGAGCAAGGAGGAGAGATATCACCTATGGTAT
GGTATGGTATGGTATGGTATGATATTCTCGTAGCCCCTATTAATAGTCAA
TGGATTTTATTCATTTTTTATATATATTTTCCTGAGAAAAGAGAGAGGAG
GATCAGCAGTAAAAGCAATAATGCCCGAGCAAGGAGGAGAGATATCACCT
ATGGTATGGTATGGTATGGTATGGTATGGTATGGTATGATATTCTCGTAG
CCCCTATTAATAGTCAATGGATTTTATTCATTTTTTATATATATTTTCCT
GAGAAAAGAGAGAGGAGGATCAGCAGTAAAAGCAATAATGCCCGAGCAAG
GAGGAGAGATATCACCTATGGTATGGTATGGTATGGTATAGTATGGTATG
GTATTCTCGTAGCCCCTATTAATAGTCAATGGATTTTATTCATTTTTTTA
TATATTTTCCTGAGAAAAGAGAGGAGGATCAGCAGTAAAAGCAATAATGC
CCGAGCAAGGAGGAGAGATATCACCTATGGTATGGTATGGTATGGTATAG
TATGGTATGGTATTCTCGTAGCCCCTATTAATAGTCAATGGATTTTATTC
ATTTTTTTATATATTTTCCTGAGAAAAGAGAGGAGGATCAGCAGTAAAAG
CAATAATGCCCGAGCAAGGAGGAGAGATATCACCTATGGTATGGTATGGT
ATGGTATGGTACGGTATGATATTCTCGTAGCCCCTATTAATAGTCAATGG
ATTTTATTCATTTTTTTATATATTTTCCTGAGAAAAGAGAGAGGAGGATC
AGCAGTAAAAGCAATGCCCGAGCAAGGAGGAGAAATATCACCTATGGTAT
GGTATGGTATGGTATGGTATGATATTCTCGTAGCCCCTATTAATAGTCAA
TGGATTTTATTCATTTTTTATATATATATATCCCTGAGAAAAGAGAGGAG
GATCAGCAGTAAAAGCAATGCCCGAGCAAGGAGGAGAGATATCACCTATG
GTATGGTATGGTATGGTATGGTATGATATTCTCGTAGCCCCTATTAATAG
TCAAAGGATTTTATTCGTTTTTTTTTAAATAGCCGCTGTATTATTTGTTG
TTGGTGTGGGGGGGGGGGTGTTTTAAATAGAACTAACATGGTGGTTGTTT
TAATGTCTTTAGAGCTTGCTCTTCTTTCAGTAAGTTTAAATTTATTATAT
TTTCTGTATGCTTGGGGGATTTAATAGGCCAGTTTTTTTTCTATTTTTTT
CTTATAATTGCTGCTTGTGTGTGTTGTGTGTTTTCTTCCCATCCATTCTG
GACATCAATGGATGTACCAGCCGGGGTCACACAGGATTTCTCATCCACCT
TCCTCCTGGGGTGCGTGCCTTAATTTTTATCGCGAGAAGGATTCAGCCAT
TCCTTTCCCTCGTCGACCGCGAAGTAGAATTTTGTGTACTAACGAATTAA
TCGTTCTCCACCCGTTGGACATTTTAGTTTTAGTTTTTAGTTTTTAGTGA
GAGAAATCTCGTTTGCCGGAATCGAACTCACGTCCCAACGTGTCAGAAGG
TTACGAGGTACCTCTGAGCTACCGGGGCGACCGGCTTGCGAGTCATTTAT
TGGGTTAGCCATTATAAGGTGGTTTTAACCATCACGACGAGGCAGCCACC
GGCGAGTTTTTTTTTGTGATAACCCCAAATCTATTTGTAGCCAAATCATG
AGACATTGAGTCTCCGTGCTGAAGACACCACACAGGGTACGGGTGTGTCA
GGTACTTGCAGGGTATCTCCTCAGTAGCACAGACGGCTCGATTGACGCCA
TAGCATCTCTATAACGCCAATATCAATACTAAGCCGCCGAAACTCTAATA
CTGTAAATAATAACATTTTTTGGCCGTCTTGAAGATCAGGTGCCCGGTTG
GCGATTTTTTATTATGTAGTGGCTGTGATCATCGATCGCTACAGCAGTCA
TAGCAATGCAGCGTTTGTGCCCTTGGGGCGAGCTTTATAGCACGTTACAA
CGCCGGCAAGCTTCGGAACCACCATGTGAATGGCGATGCCGGGCGATCCT
CGAGTGAGGTAGCGACGACGACCATTGAAACGACGCCGCCGTCGCTCAGT
TGAGAATAAGAGCGGGGTCATATCAGAGCCATTTGGCTTGCCTGGCGAGG
TGACCACCGTGCTTTGGCGTGCTCTACAAGCTTTAAAACGTAAAGCATGG
CTGAGGGCCATCGAAGCAGGCAAAAATAAACCCAAATGCTTGGAAAATTT
CAAACCTTTCGGGGGGAAACGCCCGCGCAAACGCCTCCAAAATTGTTGCT
GTCGTCTGCTTACGAAAGTGTTGGAACCCTCCATCTTTGAAAGGTTGAAA
GGTGCCCCTTTGGTCTTGACATGATTACGTTTCGTTGGAACACGTCGTTT
GAACTGTCTGGTCATCATGCTCCATCCCCACGAATATCAAGAATCAAGAT
CAAATCGAGATCGTGACGGCGCGGCGACACGCTGACTCGCTGTCCGAAAC
TATCACTATCCGTGCAGATTTGTCTTGCTATATCTGAGGTGTGTGTCTGC
CACCCCAAAAGGTGAAATCAATATCAGGGCAAGCCATCGGAAGCCCCACT
CGAACAGCAAAAAAATAGGTTTGCAGCAGGGTCGTTGGAGGTCGAGCGGC
ATGATGACGCACGTCCCATTTTTATTTTGGAAATGGCTATTTGCCCCACC
GGTGGGGCAAATAGCCATACCCTTTTATTTTTTATCGCTTTGAGAGAGTC
GGTACAACGCCAGCCACAGCCACAGTCCATGCCGTAGGTGGGCTGACAAG
TTGGTGAAACGAATGACGCGACGGTCAGGTGGAACCCGTCGAACGAAGAG
CCTGAACCGTCCATATTTATTTCATAGGTCTAGGACAGGTGTTTTTGGGG
ATCGTGGCGGCATGAAATGATTTCTAACCGAGTGGATGTGATTTCTGGAA
ATCTAGACACGTGATTATAGAAACGCCCCCCAAGCCAGCACACGGTGCAT
GTTTGTACCTTTACCCAATATTTCCAAAATCATTCATATGCATACCAGGC
CTGACTCGAAAAAATTCGCCAGCACGTGTATTACTATTTATAATAGAAAC
TTTGCGACAATTTCAACAGCGTGTCTCCGTACAAACTTGCAATGTTTTTT
TGTTTTTTTTTAATCACACTTATATACTGTACCAGGTATAAACTTTACTT
GTCCAGTTCACAGAGACCGTTCGTCTTGATATTTCTTGACGGAGGGATAC
CAGTGATATATCTACGTGTAAGTAGTGACTATAAGACATGAATCAACCTC
GACTTTGATATCATTCCTTTGTATGTTAGTGGCATCTATCTTCCCGTCGG
GCATGTTCAGACGGTATGACATTTTGATGTTTCTGTTGGCGAAGTTTTGG
CAAAAAAGACGGAATCGTGACGTTGTATGATAGCCCCGATCGTTGCTTCT
GTCCTCGGTCAGATTCAGGCGCCATCCATGTCTCCACAACCGGATCATAC
CGCACCTGGGACTAGGATGGGCAGACCCAGGGCTGGCGCGGGCGTATCAA
CTCGCTCCATGGTGCCGATTGCCAGGGTGAATCAGGTGAGGTTTTGATTC
TCTGCTGTGTCTCTCATACTGCGTGTAATATAAAGGGCTACGACCCGTTT
AACAAAGATGCTCTGCCGGAAGTCACTCCATGACATGAAGCCTAGGAAAG
AAACCATTTTGGAATTGAAGTTCACCTGCTGATTATCTTGGAAAATACAT
AACTTCAACTTTGTGACGACAGTTTAGGGCAGCGGAAAACAAGAACATGT
GGGGCCTATGCATACAGCGCTGAGATGGCGTGTTGAACGATGCCTGAAGC
ACATGCACGACCCTCAAGATGATTTTGTCGATTTGACACCTCTCATCAGC
ATGGCTCTTGATTACTTTCCACGATCTTGATGGTTTTTTCAAAGGTGCAA
TGCTAGGTTTTGGCAGTAGCTCTGCTCTAGCACCGACAGGAGACCTCTAC
CTCGACACACCCACGACCAGAACGTACCCGCGTGCCTCCCCATGTAGAGG
CCGCTGACGGCAATTTTTAGTCGCTTGTTGTGATGTCGTTCTCTTGCCTG
ACGCGGCGGCGATATCATACACCATACGCCATACAGGTTTCGGAGGGGTC
TCCCGCGGCGGCCGCGGGGCTGACGGTGGGTGATCTCGTCCTCCGATTCG
GAAACGTGGACATCTCACACCCCAAGGGGCTGGGCGGCGTGGTCGATGTG
GTTCGCGAGAAGGAAGGCCAGGAAGTGCCGGTGGTAGTGCTCAGGCACGG
GGGCCGGGGGGGGCAGTCTGGGACAAAGGACCTGGTTCTGGTCCCCAAAG
CGTGGGAAGGCAGGGGGTTATTAGGCGTGCACTTGCTTCCTCCGTGATGT
GGTCGCACACGCGATCTGCTCTAGGGTTTCGATGGCTACTTGTTCGAAGC
TTGTTACCGATATTTGTATATGGTACGGGCACTCCTTTATGTATTGTAGT
GATTATGAGGTACCAGTACAACATGGTACAGGTTACGGTTCACGACGGTG
GATCACCTGCCGCGCCTTTGTCGTATTATTGGAGGGGATTTATTGAGGCA
AAGGGGGTGACTCATAGAGGCAAGCAAGCAAACGGAAGAAAATTGACTGA
ATCGTCTCAAGCATGTACATAGGTCTCTTGTTTTGGGTAACAGTTATAAA
TGTATGAGCGTTGGGGGAGGGGGTCATTTCAGTAGGCGCAGGGCTGCTCT
CACCCCCAAGAGTGGTGTTCAGGCGTCGATGGGATGTATCCATAAGGTGT
GTCATTTCCCAGCGCCATATTTTGTGGCGTAATGCGTCATAAGTTATAGT
GCACTCGGAGGCAGGCGACGCTGGTGCAGAAAGCCTGTAAAGGTACGGGG
GTCACTGTACGCACAAGCGTGTTGTTGTAGGCAAAGGCAAAGGGCGCCTC
GATCGTCGACAATCCTTGGGAGAACTACTGTAAATATGTGCAATGCTGCT
GACCCGCGGAAACTAGGAGATGCCTGAAGCGGAAGACGACTGTGACGTCA
AATTTGATTGTTCGATTTGAAAAAAAGCCAACTTGGAGCGGTGAACGGCC
AGAACTTGGGACGTTCCGAAAGACGTTCAGGCGTTGGCACGCGCGACAAC
TTGACACCTGAAAGCCCTCCACTGCCACGAACCTTGGTACACGCGCTCCC
TCCTAATTTTCTGCTGCATCACGTGGGCAACTTTTAGAATTTACGGCGTG
AGATTTGTGGGGGGAAACTGATTTTTCTCGATTTTGTTGGCGAGAGCCCA
GGGACGTTTGTGTCTTATCACTGTTGAACTGTTTTTCCTGTAGAGCATCG
CATCCGTGTATTTTTACCATGATACCTGCTTGCATGACTCAAGACTCGGC
TTCGTTCCTCTCCGTGTAAGTGATGTTTTGGGGGTTTATATACATATGGA
CAGGCCGTGTTTTCTGAGAAAAAATGATCTGTGGCTCGTTATTCAGGTGC
TGTAATGCTCTTAATAATACCTTACCGTTGCGTTCCCGCCGGTAGGCGCT
CTGACTCTTACCCCAAAGATTTCGTCGTGGCAAAGGTGGGATGTGAGCTG
TATCCTGGTTGGTTAGAATGGATGGATTATTTTAACATCACGGGTTGTTG
TTTCTCACGTTCAGTCTGTTGTTTGCCAACCCAAAGAAACGACTTTACAC
GGTGCCCAATCCCGCTTGGGTACCATGTGCTGATTTCGAATCCCTGGTGT
CTTGTGATGGTCGTAGCGAGGGTTCCACCAAGATGAGAGATGGGATTCGA
CCCACATGCCTTTTTTCCCAAGCAAACAAATAAACGACCTACGCTCAAGC
GACGGCATGAAAAAAAGGGCAATATAATATTACAATTGCGATTTTTTGTG
TTGTTTGGTGCCCATTTCAAGTATAGCACCAGATTCAGCCTGAGTGTAGA
GAATGGGCAGGCTTACGAGGGACGGGACGGCCAAATCTGTCTCGCGAGAC
CAAATTATCAGGCGCGAATGGGGACAGGGAAATGTTTGTTTTGCCCTGTT
CAGCTGACCACGAGCAGGATTGGCAACCTTATCCGGTTGATCCCATAATC
TGCTATAATATATGATGATTGGCCATACATTTGTCAAGTGCCCCTTTGTG
AAGTATTTTGTGAATCAGGTAGGTTGAAATACGACGCAAGATGTACACGT
TCGTCGTTACGGTGACTCCGGCGAATGATGGATGAATAGGAGTTAGGGTC
GCGATCGT back to topCoding sequence (CDS) from alignment at F-serratus_M_contig1478:96255..128012- >mRNA_F-serratus_M_contig1478.3300.1 ID=mRNA_F-serratus_M_contig1478.3300.1|Name=mRNA_F-serratus_M_contig1478.3300.1|organism=Fucus serratus male|type=CDS|length=1380bp|location=Sequence derived from alignment at F-serratus_M_contig1478:96255..128012- (Fucus serratus male)
ATGTCGGGCTCCGCTGAGTACTCCAACCCTGTGGAGAATTGTAAGAAAAA
CCTAACATTGCTGCAAGCTCAGAGGGATGCACTTGAACTGGAGGCAAATT
CGATAGCGAGTGAGCTTAATTCGCCGGGGGTAAACGGGGAGCCCCCTGTC
GGCGTCAAAGGATCGCTCGTGGATTCGGGTGGCTTCCCTCTCGCGGGGTT
CGATCTATTCAACGTCAGGGAGAAGAGACATCGATGTCGGGCTCCGCTGA
GTACTCCAACCCTGTGGAGAATTGTAAGAAAAACCTAACATTGCTGCAAG
CTCAGAGGGATGCACTTGAACTGGAGGCAAATTCGATAGCGAGTGAGCTT
AATTCGCCGGGGGTAAACGGGGAGCCCCCTGTCGGCGTCAAAGGATCGCT
CGTGGATTCGGGTGGCTTCCCTCTCGCGGGGTTCGATCTATTCAACGTCA
GGGAGAAGAGACATCGGTTCTGCTGTATCCAAACAGACCACAAGGCCATC
ATGGCGAAGATCGAGAAGGCGCTACACGTACTCCACGAGGTTCTGCTGTA
TCCAAACAGACCACAAGGCCATCATGGCGAAGATCGAGAAGGCGCTACAC
GTACTCCACGAGATTCAGGCGCCATCCATGTCTCCACAACCGGATCATAC
CGCACCTGGGACTAGGATGGGCAGACCCAGGGCTGGCGCGGGCGTATCAA
CTCGCTCCATGGTGCCGATTGCCAGGGTGAATCAGATTCAGGCGCCATCC
ATGTCTCCACAACCGGATCATACCGCACCTGGGACTAGGATGGGCAGACC
CAGGGCTGGCGCGGGCGTATCAACTCGCTCCATGGTGCCGATTGCCAGGG
TGAATCAGGTTTCGGAGGGGTCTCCCGCGGCGGCCGCGGGGCTGACGGTG
GGTGATCTCGTCCTCCGATTCGGAAACGTGGACATCTCACACCCCAAGGG
GCTGGGCGGCGTGGTCGATGTGGTTCGCGAGAAGGAAGGCCAGGAAGTGC
CGGTGGTAGTGCTCAGGCACGGGGGCCGGGGGGGGCAGTCTGGGACAAAG
GACCTGGTTCTGGTCCCCAAAGCGTGGGAAGGCAGGGGGTTATTAGGCGT
GCACTTGCTTCCTCCGTGAGTTTCGGAGGGGTCTCCCGCGGCGGCCGCGG
GGCTGACGGTGGGTGATCTCGTCCTCCGATTCGGAAACGTGGACATCTCA
CACCCCAAGGGGCTGGGCGGCGTGGTCGATGTGGTTCGCGAGAAGGAAGG
CCAGGAAGTGCCGGTGGTAGTGCTCAGGCACGGGGGCCGGGGGGGGCAGT
CTGGGACAAAGGACCTGGTTCTGGTCCCCAAAGCGTGGGAAGGCAGGGGG
TTATTAGGCGTGCACTTGCTTCCTCCGTGA back to top
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