mRNA_C-linearis_contig97.17064.1 (mRNA) Chordaria linearis ClinC8C monoicous

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

Homology

BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: D7G2K6_ECTSI (P4Hc domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G2K6_ECTSI)

HSP 1 Score: 386 bits (991), Expect = 2.330e-121
Identity = 187/205 (91.22%), Postives = 193/205 (94.15%), Query Frame = 2

Query: 1181 LYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARIPAI 1795
            LYPGLR L ETPPLYVVDDFF+ PECD L+ALA NYMI SPVVGAGAGEVSESRTSSSCFLAREDLPTVC KVMALTGKPIEHLELPQVGRY TSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDV SGGCTAFPQL MKVQP+KGMAVVFFPATL+G+LD RLLHAAEPAIDTKWVSQIWIRQG Y+GTPTARIPAI
Sbjct:   90 LYPGLRNLRETPPLYVVDDFFSGPECDALIALAGNYMIVSPVVGAGAGEVSESRTSSSCFLAREDLPTVCHKVMALTGKPIEHLELPQVGRYYTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVPSGGCTAFPQLGMKVQPRKGMAVVFFPATLDGVLDSRLLHAAEPAIDTKWVSQIWIRQGAYHGTPTARIPAI 294

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A8J2S9J3_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2S9J3_9STRA)

HSP 1 Score: 282 bits (722), Expect = 1.030e-83
Identity = 137/215 (63.72%), Postives = 164/215 (76.28%), Query Frame = 2

Query: 1151 PARAFLQLNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARIPAI 1795
            P R +L LNP YPGL  +   PP++ V  F +  ECD L+  A  +M  +PVVGAG GEVS SRTSS+C+LAREDLPT+C KV ALTG P+EHLELPQVGRY   + Y  H+DAFD ++ DGRRFAQNGGQRV TVLVYLNDVA GGCT+F +L + +QPKKG A+VFFPA+L+G+LD+  LHAAEPA+D KWVSQIWIRQ  YNG  + RI  I
Sbjct:   27 PPRQYLPLNPAYPGLTAVHTDPPVFTVAIFLSEAECDDLINSAQGHMTPAPVVGAGNGEVSVSRTSSTCYLAREDLPTICTKVCALTGCPVEHLELPQVGRYRGGEFYKAHYDAFDTSSPDGRRFAQNGGQRVATVLVYLNDVARGGCTSFSKLGLSIQPKKGTALVFFPASLDGMLDQHYLHAAEPALDLKWVSQIWIRQKAYNGLASVRIAPI 241

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A7S1UYE3_9STRA (Hypothetical protein n=1 Tax=Grammatophora oceanica TaxID=210454 RepID=A0A7S1UYE3_9STRA)

HSP 1 Score: 277 bits (709), Expect = 1.260e-79
Identity = 133/206 (64.56%), Postives = 159/206 (77.18%), Query Frame = 2

Query: 1172 LNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARIP 1789
            +NP YPGLR L  TPP++ VD+F +  EC  LM +A +    +PVVG GAGEVS SRTSS+C+LAREDLP    KV  LTGKPIEH ELPQVGRY  SQ+Y  H+DAFDL+ EDGRRFA NGGQR  TVLVYLNDV  GG T+FP L + VQP++GMA+VFFPAT++G LD+  LHAA PA+DTK+VSQ+WIRQG Y G P+ R+P
Sbjct:  180 VNPHYPGLRLLNATPPIFAVDNFLSPFECQFLMEVAQDSFGPAPVVGKGAGEVSPSRTSSTCYLAREDLPDYLRKVSLLTGKPIEHCELPQVGRYFPSQQYLQHFDAFDLSNEDGRRFASNGGQRTVTVLVYLNDVHQGGATSFPALNLDVQPRRGMAIVFFPATVDGYLDKMALHAANPAVDTKYVSQVWIRQGEYKGQPSKRLP 385

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A7S3KY14_9STRA (Hypothetical protein n=1 Tax=Amphora coffeiformis TaxID=265554 RepID=A0A7S3KY14_9STRA)

HSP 1 Score: 275 bits (704), Expect = 1.450e-78
Identity = 129/207 (62.32%), Postives = 162/207 (78.26%), Query Frame = 2

Query: 1172 LNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARIPA 1792
            +NP YPGLR L  +PP++ V++F +  ECD L+  A +    +PVVG G+GE+S SRTSS+C+LAREDLP +  KV  LTGKPI+H ELPQVGRY  SQ+Y  H+DAFDL+TEDGRRFA NGGQR  TVL+YLNDV  GG T FP L + VQP +GMA++FFPAT++G+LD+  LHAA PA+DTK+VSQ+WIRQG YNG P+ R+PA
Sbjct:  190 VNPHYPGLRVLHNSPPVFCVENFLSPHECDFLINAAHDSFGPAPVVGKGSGEISPSRTSSTCYLAREDLPDLMRKVTLLTGKPIDHCELPQVGRYMASQQYLQHYDAFDLSTEDGRRFASNGGQRTITVLIYLNDVHQGGATRFPALNLDVQPVRGMALIFFPATIDGMLDQMSLHAALPAVDTKYVSQVWIRQGSYNGQPSKRLPA 396

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A6U6I918_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A6U6I918_9STRA)

HSP 1 Score: 271 bits (694), Expect = 5.540e-78
Identity = 132/212 (62.26%), Postives = 162/212 (76.42%), Query Frame = 2

Query: 1151 PARAFLQLNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARI 1786
            PA  F  +NP YPGLR L   PP++ VDDF +  ECD L+  AS+ +  +PVVG G GEVS++RTSS+CFLAREDLP    KV ALTGKP  H ELPQVGRY  SQ Y  H+DAFDL T+DGRR A  GGQR  TVLVYLNDV +GG TAFP+L++ V+PK+G AVVFFPAT++G LD+R+LHAA PA+D K+VSQ+WIRQG ++G P+ R+
Sbjct:  137 PAPVFNGVNPDYPGLRVLSSDPPVFAVDDFLSPAECDFLIHAASDALQTAPVVGRGGGEVSQARTSSTCFLAREDLPEYVAKVSALTGKPPGHCELPQVGRYLQSQHYQQHYDAFDLGTDDGRRVASKGGQRTVTVLVYLNDVENGGETAFPELKLAVKPKRGKAVVFFPATVDGYLDQRVLHAATPAVDVKYVSQVWIRQGAHDGVPSKRL 348

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A7S2UA87_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2UA87_9STRA)

HSP 1 Score: 268 bits (685), Expect = 7.360e-78
Identity = 126/205 (61.46%), Postives = 158/205 (77.07%), Query Frame = 2

Query: 1172 LNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARI 1786
            +NP YPGL  L  +PP++ VD+F +  ECD L+A + +    +PVVG G GEVSE+RTSS+C+LAREDLP    K+MALTGKP+EH ELPQ+GRY  SQKY  H+DAFDL  E GRRFA NGGQR  TVL+YLNDV +GG T FP L ++V+P++GMA+VFFPAT++G LD+  LHAA PAIDTK+VSQ+WIRQG Y G P+  +
Sbjct:   55 VNPSYPGLHVLNSSPPVFCVDNFLSPEECDFLIASSLDSFAPAPVVGKGGGEVSETRTSSTCYLAREDLPLYMNKIMALTGKPLEHCELPQIGRYLPSQKYLQHFDAFDLGDEHGRRFASNGGQRTVTVLLYLNDVMNGGHTTFPSLNLEVKPRRGMAIVFFPATIDGYLDKMALHAALPAIDTKFVSQVWIRQGNYEGQPSKHL 259

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A7S4N7N8_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4N7N8_9STRA)

HSP 1 Score: 265 bits (678), Expect = 1.010e-77
Identity = 129/208 (62.02%), Postives = 159/208 (76.44%), Query Frame = 2

Query: 1163 FLQLNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARI 1786
            F  +NP  PGLR L   PP++ VDDF +  ECD L+  AS+ +  +PVVG G GEVS++RTSS+CFLAREDLP    KV ALTGKP  H ELPQVGRY  SQ Y  H+DAFDL T+DGRR A  GGQR  TVLVYLNDV +GG TAFP+L++ V+PK+G AVVFFPAT++G LD+R+LHAA PA+D K+VSQ+WIRQG ++G P+ R+
Sbjct:    1 FNGVNPDSPGLRVLSSDPPVFAVDDFLSPAECDFLIHAASDALQTAPVVGRGGGEVSQARTSSTCFLAREDLPEYVAKVSALTGKPPGHCELPQVGRYLQSQHYQQHYDAFDLGTDDGRRVASKGGQRTVTVLVYLNDVENGGETAFPELKLAVKPKRGKAVVFFPATVDGYLDQRVLHAATPAVDVKYVSQVWIRQGAHDGVPSKRL 208

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A6U3RVV9_9STRA (Hypothetical protein n=1 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A6U3RVV9_9STRA)

HSP 1 Score: 272 bits (696), Expect = 1.740e-77
Identity = 131/208 (62.98%), Postives = 162/208 (77.88%), Query Frame = 2

Query: 1163 FLQLNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARI 1786
            F  +NP YPG+R +  +PP++ VD+F T  EC  L+  A++    +PVVG GAGE+S+SRTSS+C+LAREDLP    KV ALTGKP+EH ELPQVGRY  SQ+Y  H+DAFDL+ EDGRRFA NGGQR  TVLVYLNDV+ GG TAFP L ++VQPK+GMA+VFFPAT++G LD+  LHAA PA+D K+VSQ+WIRQG Y G P+ RI
Sbjct:  181 FNGVNPNYPGVRMIHSSPPIFTVDNFLTTEECHFLIHSATDSFGPAPVVGKGAGELSKSRTSSTCYLAREDLPEYMMKVTALTGKPMEHCELPQVGRYLPSQQYLQHFDAFDLSNEDGRRFASNGGQRTVTVLVYLNDVSRGGQTAFPSLNIEVQPKQGMALVFFPATVDGYLDKMALHAALPAVDPKYVSQVWIRQGNYEGQPSKRI 388

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A1Z5JHE4_FISSO (P4Hc domain-containing protein n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JHE4_FISSO)

HSP 1 Score: 265 bits (677), Expect = 3.200e-77
Identity = 127/205 (61.95%), Postives = 158/205 (77.07%), Query Frame = 2

Query: 1172 LNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPTARI 1786
            +NP YPGLR L  +PP++ V++F T  ECD L+  A + +  +PVVG GAGE+S SRTSS+C+LAREDL  +  KV  LTGKP EH ELPQVGRY   +KY  H+DAFDL+TEDGRRFA NGGQR  TVL+YLNDV  GG T FP L + +QP++GMA+VFFPAT++G+LD+  LHAA PAIDTK+VSQ+WIRQ  YNG P+ R+
Sbjct:    9 VNPSYPGLRVLNNSPPIFAVENFLTPYECDFLIHAAVDALGPAPVVGKGAGEISPSRTSSTCYLAREDLGDLMRKVSLLTGKPPEHCELPQVGRYFYQEKYLQHFDAFDLSTEDGRRFAANGGQRTVTVLIYLNDVMRGGATRFPALNLDIQPRRGMALVFFPATVDGMLDKMALHAALPAIDTKFVSQVWIRQSIYNGQPSKRL 213

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BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Match: A0A7S2YBM7_9STRA (Hypothetical protein (Fragment) n=1 Tax=Amphiprora paludosa TaxID=265537 RepID=A0A7S2YBM7_9STRA)

HSP 1 Score: 261 bits (667), Expect = 2.500e-76
Identity = 125/202 (61.88%), Postives = 155/202 (76.73%), Query Frame = 2

Query: 1172 LNPLYPGLRTLWETPPLYVVDDFFTAPECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWKVMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQRVCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLLHAAEPAIDTKWVSQIWIRQGPYNGTPT 1777
            +NP YPGLR L  +PP++ VD+F T  ECD L+ +A +    +PVVG G GE+S SRTSS+C+LAREDLP +  KV  LTGKP++H ELPQVGRY  SQ+Y  H+DAFDL TEDG RFA NGGQR  TVL+YLND   GG T FP L ++VQP++GMA+VFFPAT++G+LD+  LHAA PAIDTK+VSQ WIRQ  Y+G P+
Sbjct:   22 VNPSYPGLRVLNTSPPMFCVDNFLTPFECDFLVQVAQDSFGPAPVVGKGVGEISPSRTSSTCYLAREDLPDLLRKVSLLTGKPMDHCELPQVGRYFASQQYLQHFDAFDLGTEDGLRFAANGGQRTVTVLIYLNDCERGGGTRFPALNLEVQPRRGMALVFFPATVDGMLDKMALHAALPAIDTKYVSQCWIRQSTYSGQPS 223

The following BLAST results are available for this feature:

BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot

BLAST of mRNA_C-linearis_contig97.17064.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25

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POSITION

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Match Name	E-value	Identity	Description
D7G2K6_ECTSI	2.330e-121	91.22	P4Hc domain-containing protein n=1 Tax=Ectocarpus ...	[more]
A0A8J2S9J3_9STRA	1.030e-83	63.72	Hypothetical protein n=1 Tax=Pelagomonas calceolat...	[more]
A0A7S1UYE3_9STRA	1.260e-79	64.56	Hypothetical protein n=1 Tax=Grammatophora oceanic...	[more]
A0A7S3KY14_9STRA	1.450e-78	62.32	Hypothetical protein n=1 Tax=Amphora coffeiformis ...	[more]
A0A6U6I918_9STRA	5.540e-78	62.26	Hypothetical protein n=1 Tax=Odontella aurita TaxI...	[more]
A0A7S2UA87_9STRA	7.360e-78	61.46	Hypothetical protein n=1 Tax=Attheya septentrional...	[more]
A0A7S4N7N8_9STRA	1.010e-77	62.02	Hypothetical protein n=1 Tax=Odontella aurita TaxI...	[more]
A0A6U3RVV9_9STRA	1.740e-77	62.98	Hypothetical protein n=1 Tax=Ditylum brightwellii ...	[more]
A0A1Z5JHE4_FISSO	3.200e-77	61.95	P4Hc domain-containing protein n=2 Tax=Fistulifera...	[more]
A0A7S2YBM7_9STRA	2.500e-76	61.88	Hypothetical protein (Fragment) n=1 Tax=Amphiprora...	[more]

Pages

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	391.0
Seed ortholog evalue	9.1e-106
Seed eggNOG ortholog	2880.D7G2K6
KEGG rclass	RC00478
KEGG ko	ko:K00472
KEGG Reaction	R01252
KEGG Pathway	ko00330,ko01100,map00330,map01100
Hectar predicted targeting category	other localisation
EggNOG free text desc.	procollagen-proline 4-dioxygenase activity
EggNOG OGs	KOG1591@1,KOG1591@2759
Ec32 ortholog description	Prolyl 4-hydroxylase, alpha subunit
Ec32 ortholog	Ec-11_002580.1
EC	1.14.11.2
COG Functional cat.	S
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko01000
Exons	6
Model size	3648
Cds size	1602
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_C-linearis_contig97.17064.1	prot_C-linearis_contig97.17064.1	Chordaria linearis ClinC8C monoicous	polypeptide	C-linearis_contig97 38729..42146 -

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


Feature Name	Unique Name	Species	Type	Position
1622930828.8908885-UTR-C-linearis_contig97:15749..15846	1622930828.8908885-UTR-C-linearis_contig97:15749..15846	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 15750..15846 -
1690881270.9799922-UTR-C-linearis_contig97:15749..15846	1690881270.9799922-UTR-C-linearis_contig97:15749..15846	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 15750..15846 -
1622930828.9146433-UTR-C-linearis_contig97:36975..38728	1622930828.9146433-UTR-C-linearis_contig97:36975..38728	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 36976..38728 -
1690881270.995673-UTR-C-linearis_contig97:36975..38728	1690881270.995673-UTR-C-linearis_contig97:36975..38728	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 36976..38728 -
1622930829.0332062-UTR-C-linearis_contig97:42146..42342	1622930829.0332062-UTR-C-linearis_contig97:42146..42342	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 42147..42342 -
1690881271.0601282-UTR-C-linearis_contig97:42146..42342	1690881271.0601282-UTR-C-linearis_contig97:42146..42342	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig97 42147..42342 -

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


Feature Name	Unique Name	Species	Type	Position
1622930828.933931-CDS-C-linearis_contig97:38728..38889	1622930828.933931-CDS-C-linearis_contig97:38728..38889	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 38729..38889 -
1690881271.0058181-CDS-C-linearis_contig97:38728..38889	1690881271.0058181-CDS-C-linearis_contig97:38728..38889	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 38729..38889 -
1622930828.9587772-CDS-C-linearis_contig97:39379..39572	1622930828.9587772-CDS-C-linearis_contig97:39379..39572	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 39380..39572 -
1690881271.0160651-CDS-C-linearis_contig97:39379..39572	1690881271.0160651-CDS-C-linearis_contig97:39379..39572	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 39380..39572 -
1622930828.9768362-CDS-C-linearis_contig97:40079..40343	1622930828.9768362-CDS-C-linearis_contig97:40079..40343	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 40080..40343 -
1690881271.0267847-CDS-C-linearis_contig97:40079..40343	1690881271.0267847-CDS-C-linearis_contig97:40079..40343	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 40080..40343 -
1622930828.9970007-CDS-C-linearis_contig97:40642..41269	1622930828.9970007-CDS-C-linearis_contig97:40642..41269	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 40643..41269 -
1690881271.0378108-CDS-C-linearis_contig97:40642..41269	1690881271.0378108-CDS-C-linearis_contig97:40642..41269	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 40643..41269 -
1622930829.013018-CDS-C-linearis_contig97:41789..42146	1622930829.013018-CDS-C-linearis_contig97:41789..42146	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 41790..42146 -
1690881271.048744-CDS-C-linearis_contig97:41789..42146	1690881271.048744-CDS-C-linearis_contig97:41789..42146	Chordaria linearis ClinC8C monoicous	CDS	C-linearis_contig97 41790..42146 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at C-linearis_contig97:15750..42342-
coding sequence from alignment at C-linearis_contig97:15750..42342-

protein sequence of mRNA_C-linearis_contig97.17064.1

>prot_C-linearis_contig97.17064.1 ID=prot_C-linearis_contig97.17064.1|Name=mRNA_C-linearis_contig97.17064.1|organism=Chordaria linearis ClinC8C monoicous|type=polypeptide|length=534bp
MMNGFGSSSGSGGSGGSESGADGMTNSGSFQHGSLYSGGYALPGVFGDAE
QTPRAVFSTAVAPVGGASSSSVETSTPMVLANTPPRPLAASSVAWGGAAP
AAPRVLFATGFGQQHLPSEHPTATNPPQFPKLEQQQQQCFGRIGPNTVLP
SIPAGADSSNVNGTTSAVVPSGGVGERPVVIVGGGGLTVLPSPQQQPPQP
FSSIGGALVPPPASGASSAEFTINTGGGDGSAAAAAAADKLAGPAFVAGY
KKLVPGHVQVAAPVFTTPTPTGLAPSGYGGEQQQVRAMVPQQPQQQLQQL
PQQQLGAASAAAAASVQLPARAFLQLNPLYPGLRTLWETPPLYVVDDFFT
APECDVLMALASNYMIASPVVGAGAGEVSESRTSSSCFLAREDLPTVCWK
VMALTGKPIEHLELPQVGRYSTSQKYANHWDAFDLNTEDGRRFAQNGGQR
VCTVLVYLNDVASGGCTAFPQLEMKVQPKKGMAVVFFPATLEGILDRRLL
HAAEPAIDTKWVSQIWIRQGPYNGTPTARIPAI*

mRNA from alignment at C-linearis_contig97:15750..42342-

Legend: UTRpolypeptideCDS

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

>mRNA_C-linearis_contig97.17064.1 ID=mRNA_C-linearis_contig97.17064.1|Name=mRNA_C-linearis_contig97.17064.1|organism=Chordaria linearis ClinC8C monoicous|type=mRNA|length=26593bp|location=Sequence derived from alignment at C-linearis_contig97:15750..42342- (Chordaria linearis ClinC8C monoicous)
CCGCTCTTGGGCTGGCTTGTACTGGTGTGTACGACACCCGTGAGTACGCC
CAGGGATATTTCCTATCCCTTTCGCCTGGATGGTCTTCAATTTCCTGCCC
CGACGTCGTAGACACGTTCTATTTTATTTTAAAGGTGTTTGCTAGCCCGT
GAGTCGCGACCGTACATCCCGGTGTAGAATCTAGTGGCCGGCTGTGATGA
TGAACGGTTTCGGCAGCAGTAGCGGCAGCGGCGGCAGCGGCGGTAGCGAG
AGTGGCGCCGATGGTATGACAAATTCTGGCAGTTTTCAACATGGAAGTTT
ATACTCCGGCGGCTACGCTCTACCCGGAGTGTTTGGCGATGCGGAGCAGA
CACCAAGAGCGGTTTTTAGCACCGCGGTGGCGCCCGTTGGAGGAGCCAGC
AGCTCCAGCGTTGAAACCTCGACGCCAATGGTGCTGGCCAATACCCCTCC
CCGTCCTCTGGCTGCTTCTTCGGTAGCATGGGGCGGCGCTGCTCCGGCTG
CCCCACGGGTGTTGTTCGCAACGGGTTTTGGGCAGCAACACCTACCCTCA
GAGGTGAGGTGAGGTGAGAGTTAGTGATGCCCAAACCAGCAATCAGTTCG
CCGGACCCGGACGGTACAGCAGTAGTGACCCCGCTATTGTATTGATTTTG
TGCGTTGCCGGGCCGTCTAGAAGCCGCCCAGCGCGCAAGGTGGGTTTGCT
GTGTACGGCTATCCTCATGGTGCGCCAGCATGCGTCTTTGTGCTTCCGCA
GCCTTTGTTTGCTGTCTTCTCGAAGAAAGCCATGCACGCATTGGACTATT
TCGCCGCACACAGAAGTTGCGCCGTTGAAGTACAACTTTTAGCCCTTGGC
TGATGTCCTACCTCTCCGGGAATACGTGTGTATGCGATTCGTAGAAGGCT
TATATTGTGACGGTGATTGTGGTACTATTCCCACGCAGCTGCGCAAATTG
AAGACCATCTCTACCAAACCCGGGTGCCTTTCTTTTCTCACAGAAACCAT
TTTCTCACTTATCGTCACGAAATCACCAACCTCTCTCGCGGCCCACTGCT
GTGCGCTTGCGTCTTGTTCCCAGCATCCTACGGCAACCAACCCCCCACAG
TTTCCGAAGCTAGAGCAGCAGCAGCAGCAGTGTTTTGGAAGGATCGGACC
AAACACAGTTCTTCCCTCAATCCCCGCGGGGGCCGACTCTAGTAACGTCA
ATGGAACCACTTCTGCTGTTGTCCCCAGCGGTGGTGTCGGAGAGAGACCG
GTAGTCATAGTAGGAGGAGGGGGGCTTACGGTACTCCCATCGCCGCAACA
GCAGCCTCCCCAGCCTTTCAGCAGCATCGGTGGCGCCTTGGTGCCGCCAC
CCGCGTCCGGCGCTAGCTCGGCCGAATTCACGATCAACACCGGCGGCGGC
GACGGCAGCGCTGCTGCTGCTGCTGCTGCTGACAAGCTCGCGGGGCCTGC
CTTCGTGGCCGGGTACAAGAAGTTGGTGCCTGGACATGTTCAGGTTGCTG
CGCCTGTTTTCACTACTCCAACCCCCACTGGGCTTGCGCCTTCTGGCTAC
GGGGGGGAGCAGCAGCAGGTGAGGGCAATGGTGCCACAGCAGCCACAGCA
GCAGCTGCAACAGCTGCCGCAACAGCAGCTAGGAGCGGCATCAGCAGCAG
CTGCGGCGAGCGTGCAGCTTCCTGCGCGCGCGTTCTTGCAGCTGAACCCG
GTGAGAAGAGAAGATGGGAGCGCTGAAAGAATGACAAAAGCGAACGACGT
AGACACTTGTTTTTCTCCCCCTACGCCTCTCCCCCTCACGTGCCCGCGCA
CGCGACGGGCGGGAACGACTACTGTTCACACATTTCATTGCAGGCAGTGA
CACGTGACCCTACTTTTTGTGTTTGCCTCGTGCCTCTTGTGTATCTTATG
TATCTTCATCTTGCGATAACCGCAAAATCATCGGGCGCGGGCGTGCTGGC
TGGTGAATCGGTCGATCGGAAATCAACCCGGGCCACTACCTTGCACCAGC
TGTACCCGGGGCTCCGCACCCTGTGGGAGACGCCCCCGCTGTACGTGGTG
GACGATTTCTTCACGGCCCCCGAGTGCGATGTTCTCATGGCCCTGGCGTC
CAACTACATGATCGCCAGTCCCGTGGTCGGGGCCGGCGCCGGCGAGGTCA
GCGAGAGCCGGACCAGCAGCTCGTGCTTCCTGGCCAGGGAGGACCTCCCG
ACGGTGTGCTGGAAGGTCATGGCCCTGACTGGGAAGCCCATCGAGCACCT
CGAGCTCCCACAGGTGGGTTGGGGCGTTGGGGAGACTTGGGTGACGCCGA
GCGCTTGATCGAGCTTTTTTTGTTCCGAGGTTGTTCTTACGGGAGATGTT
CTAGGCTGTATGGGGGAGGGAGAGGGAGGCCCTGGAGGAGGAGTTAAAAG
AAAGTAGGTTTTGTCAGTGCGTTATTGCCGGGTTAAGGGCATTAACTTCA
TCGTGGCGAAAGATGGATGGTAGACATGGGAGGCCAAGCAAGACGGGAAT
CCGATGAACGCCCATGTGTCTATTTACAATTTGCAAATACCCATATGGTC
GTCTACCGAGCATGGTGCCCCATATTTTGTGTTGCCTCAAGCAGGCGAGG
CGTGGTGCCGATGTTTCGCCGCAAAAGCGATACTGGTACATATGTTATCA
ACAAATGATCAACTCACCAAGTAAGGAGAACTCCCCCCCCCTCGCCGGGG
CATCCATATCTGTAAACGCTTGTTTTCCTCTCACCCCCCTCCCTCCGTGG
CCTATTTTGTGGACGCCCAGGTCGGGCGGTACTCCACCTCCCAGAAGTAC
GCCAACCACTGGGACGCGTTCGACCTCAACACCGAGGACGGCCGTCGCTT
CGCGCAGAACGGCGGCCAGCGCGTGTGCACGGTGCTGGTGTACCTCAACG
ACGTGGCGTCCGGCGGGTGCACGGCCTTCCCGCAGCTGGAGATGAAGGTG
CAGCCCAAAAAAGGTGGGTCTGATATATGTACTGCCGTTGTTTTTCGTGT
AAATATGTTAGAACGTTTGATGACTACTGCTGTAAGATCAGATCAGATAA
GAGGTTACGCCTCTTTGTTCCGGTGCAAGATAGTCTAGTCTCATTTACTT
TGTTTTTTGTTATTGTTTCTCGCCCATTAATGTTTCTTCGTAGCCTGCCT
CCTCTTCACTACAGCTAGCTAGGCTACCGTCCGGGGTCACACAGGAGGGG
ATGTCTTCACCTACCTCCTGCGGTGCATGCCTTTGATGCTTTTTATCGCG
AGCAGGGTTCAGCACTCCCCACCCTCATGAACAATGAAGTCGAAAGTATT
TACTAAAAAGCTACGCAGCAAGTTACTAGATGGCATGTCATGTCATGTCT
ATGTTTCGCTCCACGCCACACTACCAGTTTGTAACTTCGGACATACGTCT
TTCCGTGTAAATTCAAAGCTTACAACGCTGTTTCTTTTCTCGTTTTTCTT
CAGGCATGGCAGTTGTGTTCTTCCCCGCGACGCTGGAGGGGATCCTCGAC
AGGAGGCTGCTCCACGCAGCCGAGCCAGCTATCGACACCAAATGGGTGTC
CCAGATCTGGATCCGCCAGGGGCCGTACAACGGCACTCCCACCGCCAGAA
TCCCTGCAATCTGATTGGTTCACTTGCAACCTCATTGCTGCCGCCTGATT
GGTTGGCTCATGTCAGTACTAAATAGTGTCTTAAGGCTTGTTCGTTATTT
CGCGAACGGTAGCTTCTGTCTTACCCAACGGCGCGGGTAGCCGGGATTCC
TCCCCGCAGCACCTTGGCATGGCTGACCCCGGGTCGTCCCAAGTGGTTTG
AGTAAGACCTCCGCCGCCAGGAGTAACTCTATCCAGTCCTCGAACGCGTT
CGTTCGATGCGACTTTGTTGGTCGCGGGTTGGCCGAGCTGCCTTTCTTAG
CTTTCTTGGCTTTCTTAGCTTTGATGGATCGATCGGGGGGGGTTGTTTTT
GTTTGTTTTTTTCCTTCGTGTATTTTGTGTGCTTGCTTCGGAAAGGCGTC
TAGATACTGCCGATTTTCGTTGCCGAATTTCCTTGCTTCGGTTTTATGGG
CAAGACTCGAGATCCTTCGGATGGGCGTCGTCTCGACCCACAGCGTGGGG
GAGGTGTGGGAATGAGGGGGGGCGGTGTAGGGGCTTGCGTGTTTGTAGAG
TGGTCTGCTGTCTGCTTTGTTGTGTTGTGTTGTTTTGAACACCCGCAGCC
TGCGGCTACGAGAACCGACGAGGTTTTTTTCTGCTGGGCCGATAGTACTA
ACCCCCTCCACTACTTGTGTACCGTTGGCTTGCCGTGTTGTTCTTGTTGT
GTTTTATTTCTTTTTGGAAAAGTCTGAACTTCGCCATGTGACTGAGAGAG
AAAAGGTTTTGTGGCACGCAATTCGCTGATTGGTCAACGCACCTGCGGCG
AAATTTCAAAAATGGCAAAAAAAAACAGGGATCGATTCAAGATCCTTGGA
CGACGGGATGCGTCATCCACGGTCGAATCACCCCTTGTTCGGTCGGAATC
CTGCGAAAATCGTGTCCTCTGATGAGATGAAGACCTGTTGTTGTCACCTT
GGCAGACTAGGAACTAGAGAGAGAGACGGATCCTCTCGGCCGGCCGACCG
ACCGACCGATCCGATCCGCGTTGATTGATACAGTAGACTATCTAGTGATG
GATCTTTCCGAGCTAGAGGCTTTTGGCGGAGAACCATAAGGTTATTATCA
TGCTGCCTCTCGCCCACATCACTCTCCTCGCCGGAGAAAACTTGTCCCCT
CAACAACATAGACTACATTGCACTTCAAGATTTTGACTTTTTTTTTTTAA
ATTACTCTATCTATCTGATCGATACGCACGTCTCGACCGTCCGAGAGACA
GACACGAACATCATGGCTGGCAGAAGGTTCATCGACATCCATCCCGTGTT
CTCCTTAAGATTGTTTCTTCTTGAAAAATTTCCCGCAGCGGCTGGGTGAT
CTATGTGGACGAAGTGGCACGCAGTCATGGAGCTGCCGGGCTGGACACAC
TTGACCCTTCCTTGTTTTCATCCCTGTTTCTGCGGCTGCTTCGAATCCAG
AGGCGGCGCGGTGATATTTCCCCGCCACTACATTGATGATCCCGCAGCCG
ACGATAGATAAACAAAGAGGAAAAGGGATCCATCATGCGAACACGGGCGG
ATCCTCGTCACCTTCAGAGAGGCAGCACACACATTCGAGCCAACTCCTCC
TCCTCCAAAATTTACGTGCAACAATGGAAGCGTTTCTCCCTGCCCCCGCC
GTCACAACCACAACCACCACAACACCAACAACACAAGGATCTTTTGCCGT
GGTTGACGATTCGGCCACAATCGCCGACTTTTTGTTACCCTACTTTTAAA
TAAAAAAATGCTCCGACGACACTTCAAGAGGAGAAATTACTTTGCCGCCG
CCACCGCTCGGCGGGCCCAGTACCGGTGGTGCTACGCCGAGCAGGTGGAC
CAGGCCGCTCCCCTGCCCGACAGGAGCAACGGCTGGCGCTACCGGGGCCC
ACGGCAGGGAGAGACCTACAGGCGCCAGGCGGTCTTCGGGGCCGGGTTCC
GCCTTCGCCTGCCGTTCCCCCGTCTCCCCTCGGGGCCGGGACACCGCTGG
TTCAACTCGCACCCCCTCGGCGGGGATCCCGACCTCCCGGACTTCCAGGC
CTGGGCCCGGGCCACTTGTCCTATTGAGACAAATAATGCAGGGAAGGAGA
AGGTTCAAGGGGACATACAAGTACGACAATACGAAAAAAACGGACGAGAA
AAGGCAGAACGATCAACATCAGCGGCTGGGTGATACGGACGAAGTGGCAC
GCAGTTGTGTGATTGGTGAAAAATTCGAAAAGTCTGGCTGGATATTCGAC
ATATTTTTTGACACTACGCCTGCTTCGAGAGAAAAGGACATGTTTTGTTT
CCCAGCGTTTACAGAATAAAACCTACTTACAGCATATCAGAGAGAAGAGA
AAAGAGATCCGCGGTTCGGAATATTGGTTCCCGCGCAGGCGAGTCAGAGC
CGCGACAAACGTTTGACTTTCGGGCCAGATGGCAGAATGCTGGAGGTCAT
TGGTGGTCGGGTGGTCAACTTTGCGGGCGGTTGAGTGGCACTACTGCAGC
CCAAAGTACAGGCAGAGAATATGGCATAGGATTGACTGCATCGAATGCTC
TCTTGAACTCCGTCTAAGATCTGTACGCTGCTCGAGAGGCACTGCCCACT
GCCTCCACGACAAAATGGAGTCCCGTACATCCGATTGGAACTAGTGTAAG
GTACCCGGCAAAAATTCGGCCTAGCAGGACAGCTCGTGACGAACTTAAAT
CAAAGGAAAGACCCCGAACCTTTTTGGGCCTCTTTTCCGTATTTTTGGGC
CCAACCTTGAACCGTGTTTTCTGGGCGAATACATCGTCGACTTGAACAAA
CTGTTGTGCACAGGTTAACGCCGCCCACTCTCGTTGTCGCCCACTTACTT
CGAACGAACACTCCTGGGCAGACGCACCAGCAGACGGGGTCAGATACGGC
ATCGTGTGGCCTGTACTTCAACGACTCTGTACGTGCAGCATCCCGACCCT
CCCTCTGCATCCGCCATGTTGAACGATCTTTGCAGCCGCGCGAAATCATC
TCAGCGTCTCGATGTTGCTGTGCGTCAAGACGGCGAGCGCGGCAAAGGCA
GGTTGGCGGGGAAAGTGTATACTTTTCGACTACGACATCATTGGAGCATC
CGTAGGTTTAAGACTGTGCTGCCGCGCTAAGGACGACTACGGCAATCACT
ACCAAGAATCCATGACATTCGGTTCGGCTTTTGCAATTGTGAGGGAGGTC
ACCACTCTATCCAGTCCACGACATGCAGAGGCCAGTTAGAGGAACGGTGA
GAACCCTCGGGAGGCCAAAGCATCACTGCAACTTCCATGAAAACACTTTC
AATCGGGCCACGACCACGAATATCCCCATAAAGACCAACGAGTCTCTTTG
TCCGGTACAACCAGGCGGCGGGTGCCAACGATGCTTCCGTTTGCAAGAAG
TGGCGGTGTCCGTGGAGGGTCGGCCAGCGCCGGCGAGCTTCCGGGGGCTG
GGAAGCACAAAACATCCATTTCTAGACCGTTCTCTCTGTCCGCGTAGTAT
TTAGAGATGAAAAACAACGGCGGGCTCAGCAAAAGTTAAACGGCGTCGGT
CAACGGCATCCAACACCACCAAACTAATGACAACGAGGTACAAGTGCTAC
CTTCAACGCACGTGGAGGTGATTGAAGACACGCTACGCAGAAGTGATAAG
CGACGGGATCGGGCAAAGGGCACTCATAGCTTTAGACTGCGCGCCGGGCA
ACACAGGGACACATGCGTTCGCTTGCAACTTCTCTCTCGTCTCGTTGCCC
AAAGCACGTGGGGTGACAGCAAGCCGGGCTACGGGAGCCCTAATCGTGAA
TGTGTGGGTATTCGATGCGCTACATTTCGAGAAGTTAAATCCCGGTCCCT
TGCATGAACACGTCTACGTGATGCTCGGTTTGTCCGGGAGCCATGCGCGC
TCGGCACTCTGCACGTGTGGCAGCAGACTTCGAGTGTGTCTGAAAGTTTG
GAGTCAATATATCGAGCGAGACGTTGCCTGGATCGTACCCGACCGGTCAG
CTAAACTTGGAGAGCATCGACCGTGTGTGGGCGGTTCTCTGGTGCATCAA
CCCCCCCAGCCTCGGCCGTTTTTCGATTTCGGAAAATCTCAGCCTGTATG
TGAGAGAGGAGACAACGGGCGTTGTGTCTATGTGGAAGCACTTCAAACTC
TTGACTGACCTATGTATGCAGGCCAGCTCGAGGTAGATAGCAACGGTATT
AAATTTCTTAGTCTATGCTCTCGGCGTAAGAACAAAAGGACAGCAGGCCT
TGGACGGGTGGCGCCGAGGCGAGCCCCGATAGGTTGTTACGACCGACGAA
TACATCTTGGATACCGACGTCGTGGAGAAAAATCAATCGTCTCGCCTCCT
CCCCGGTGTCACCCTGCTTCCCCCTTGATTCGCGTAATTTAAACCCGGCA
TATGACGGAGACCCTCCTCATGCGCGTGAAGGAGAAGCAGCCACCACCAC
CGCCGCCGCCGCCGCTGATCATCGAAGCAGCGGGGCAGAGGTACGCGCAG
ACGACCGAGTTCCGGTACTTGGGTGGCTTCGTCAACGAACACGGCGACCT
CACCCGAGAGATCAACTACAGGAGCAAAATAGCCTGGGCGTGCTTCAGGA
GATATGCCCGGGAGCTCTTCGACAGGCCGGGAGCACCGTTCCGGCTCAAG
ACTCGCCTACTCAAGGCGGAGGCAATGGAGGCGCTACTGTACGGTTGCAT
GTTGTGGTCACCGCGTCGCGAGCACTACCGGCTGCTGCAGACGACACACC
ACCGGCTGCTCCTGCGAGTCATCGGATACCGACGCAAGCGGGGTACCCAC
CGGCAGCTGTCATACGCCCAGGCGCTGAAGCAAGTCGGCTGCCAGAGCGT
GGAAGCCACTGTCCGTCAGCGGCGGCTGCTCTTCGCGGGGGCCGTAGCAA
GGCAGCCGGACGGGCGACTCCCGAAGCGACTGATGTTCGGCGAGGTGGTG
GGAGGGAGGACCCGGGCAGGGGAAGCCCGGAGCAGAGCTGGCTGATATGC
CTCAAGGACGATTTGAAGGCGTTCGGGGCCACGCACGGCTCCACGGCCGA
CGAACCGTGTGTCTTCGGAGCCCCTAAATTAATTTGGGCGGAGGCGGCGA
AGGTGAAGGGGGGAGTACCGTGGCACGCGGGGATGCTGCAGGGAGCCGAG
AGGTTTATGACCTCTTGGCACAAGGACGAGGAGGAGGCGAGCCGACAACG
CGCCACCAAGCGAGGAGACGACGGGCCCAGAAATAGTTTAGACACGGCGC
CAACCAACGGGACGGGAGGGGGGCGGAAAGAAACGGCGAGGGAAGAAAGC
AAGCGAGAAGAGACCGACCGGGTGGCGCGATATGTGACGGATTGAACCTA
GTAGTGACTATTTTTTCCTTTTACTTTCCCCTCTCCCCCCCTTGTTTTCG
CTGCACCATTACACTACCCCCCCGGGGAATGATGTCGTGTTTAGATTTTT
ATTCCGGGTTTGACTGTCCCTCTGCGTGTTGGATGTTTTATTTCTGTCGA
CATGTCTCCTTGTCTGCTTCCCTTGTAACATATACTTCGAAGTATATATA
TATGCACCTTAGTCGGTGGAGAGGGATCCGACTATGTATTTGCCTTGCCG
GGGGAACTGGGACGGAACACCCCGGCTTCGTAGGGGTAGCAAGATAGAAT
CGGGAGGTTATACCCCTGGTTGGTGATGCTGGCGCTCCACTATTGTTTTA
TTTTTATTTTTGCCTCGCATAGCGTGTAGAGGGGAGCGGAGGGCTCCAGA
CTATTTGTTTCCTGATTCTTTTATTTTCTCGTATTGTATTGCTCTGCTGG
CCCTTGGGGTCCGTTTTATTTTTCAGTATACCTTTTTAGGTAAGTTAGCT
TGTGACCACGGAAATTGGCCGCGTCAAGTGATGGATTAGTGCGGAGAGGT
TGAGACAGAAGGAGGTACTGGATAGAGACGGGACCGGGATGTTTTTTAAT
GTGAAGACAACAACAACAACAATATGTGCATAATTTCTCGGCACGTCAGG
AAACCCCTCAACTGTTTTTTCTTTTTTTTGTTTGATTGCCCGGTTGCCAC
CTCCCTCAGCCCTCAGCTGCAGCGCGCTGAGTAGTACACGATGGGTTGCC
GACCCTCTCCATTTAGCACGCCTGATGCCTGGGGAAACATGCATAGTCTG
TCGGTACTGCGGCCCTGGTTATGTTGGCCGCCAGACAACGCGCCACCTGA
CACCTGACGCTGGCCTGGTGGCCGAGGATCCAGACGCGCATGCGTGGTGT
TTGGTGTCTTCCACTCAACTGGCGCTGCTTTTGTCGGTGGCAACGGCCAT
CTTGGCCAACCGGGTCGTAACGCTGGACCATGGAGCGATCACGGGACGAG
CTAGAAGGGCGAGATCGAGCCTGTTGCCAAGGACCATCTGCCCTCTAGGC
CTGCTGCGAAGAAATGCGGCGAAATTAGGCGTGTTCGGCTTTCGCCCCCT
TCCTCGTTTGGTCAAAAGTGCATTTTTAAGGGGGGGGGGTCCGATGTGTG
TTCAAACTTGGGGGGGTGTTTTCTTGCGCAAAAGCCCATCTCGCGAAGAG
TGAGTGAAGAGAGAGTGTTGGGATTGCTCTCAAAAAAAACAACGACGAGA
GGGAGACACCGCGCGCGACGGTACCACCTGCGGGCAGAGGATTGTACACC
TCCGGACTCCACCGTGCATGTCCGGTTTCTGCGTCCTGCGACGAAAGAAA
AGGTGAGAATGGAACCCTGCGGACTTTTTTATCGGATGCGTGAAAAAAAA
AAGGAACAGCTGTGACCGCTTCTTCCAGGGTTTGAAATCGAAGCGGGGAG
GGCTCTATCTCGCAGGCAAACGGGAGGTGACAGGATTCCTGGTCGTTCGA
GTATCTCAGACTGCGCAACTCAGGCTGCACAGCAGCGCGGTTGTGGTTGT
ATCTTCTACTGTTGCGGAGAGCGAGCGGGAGGACAACGATGAAAATTCAA
AAATGAAAAAACATGTTCAGGTGGATATTTTCATACACCGCATGTTCAGG
TGGAGATTTTCAAACACCGCAGCGCTTCTTTGTCACGGACGCAGGCACCG
GCAGATAGTTCACCGCACCGCCTGGACTGACGGCAGCGGGAAGCTGCCTG
GTCATCTGCACTTTTTCCGGGGCAAGGTGGTGAGGTCCACTATCTTGCTG
GAAGCTGTTTGAAATCATCATGCTGCTCGTGTTTTTTTTTTGGTTGGGAT
TTCCGCAGGTGGTGGATCGTGTGGGTGTTTTCGTTTTTTGTGGATTCCCC
GGCTCTTGGCAAGATGCCATGCAAGAGCGAACAGAGAGGAAAGAGTCCGG
TTCGTTCGTGTGTTCTGCAGTGCAGCGTGCATGACACAGCCCGCACAGCG
CCGTGTTTTTTTTTTTTTTTTTTTCATCCTCCCATTATTGGACTCTGTCG
TCTGCCCCTCTGGCCCCCACCCGCCACTTCTACTATTGTAGCTAGACGAC
CCAACCGGGGTCACACGTGTGTGGGTATTCGATTCCGACTCCCGTCTCTC
GTGCAAAGAGTACACCCACACCGCACGGAGGACTCCCGCGGATTCAAAAT
ATGAAATCGCGTCCACAGGAGTCTCGTCGGAAACATTCAAACCTCGACAA
CCATTTGGGGCGTAGACCGGCTTCTACCGGTCGCCACGTTTCCCACGGAG
GCCACTCATGACGATAGATGTGCGCTCCGTGATTCGGAATACGAATGTGT
ATCGAGACTGGAGATGTGTATCATAGATTGGCCTAATTTTGTCTGGACTG
TAGACAGCGGTGAGGTGCAGGCCAGTTGTGCATGGGTGTAGGATGTCATG
CAAAACATATCCGTAGAAAGCGCTCTTTACTCTTTCTGCGCATGTCTGCA
ATCTTACCCAAATCATAGAGTCGCCACTGCCGTATGGAATACCGTTTTTG
GAGCCCACGGAGTCCCGCTTCCAATGTGGGGAGGCTCCATCTTTGATTTC
ACGATTGTCTTACATACAAGGCAGCATGGCCGTGTTCACGCGGTGATAAT
AGATCTTCAGGACAATCGCGATCCGAGGGCGTGTGGGTGCGCTGATCGTG
GCATATGTTGGTCTATGCATGTCAATTGTGTGTCCTGTATATTTAGACTA
GATAGGCTACCCCCCCCCCCCCCCCCCATGCACACTCACACGCCCTGCAC
ACGACACGAGAGTGCCCAAGCACCTGTTGTTGTTGTTTTCATCTTTGTGG
CGTTTTTGTTGTTGATGCCTCACGTTGAACGTACCACCGGCACGTTGGTT
CTAAAACATGTCGTTGTGCCGGAAGCGGACGAACCACCAGCAGAGAGGAA
TCTATCCGTACTTGCGCAGCAAGCGAAGGCAGGGCCGCTCTCAGGGCAGA
CAGCCTAGGCTGAGGAAGCTGACCTGGCCGCAAGAATTTTAGGGCTCTCG
TGATGCAAATTTATTCTTTTATTCCACACCGTTTAGCGAGTCTGCGGGTC
GTTTTGCTCGCGAGGAAAAATGCGTCGATGGCCGAGGGAGTTGACTCCAA
AAAGTGCGTCTTTAATCGAGGTTCGACTATACCCCAAAGCAGATAGTAGT
GTCAACGTCGAGATGCAGCCTTCTGCCAATCCAGCGCACACGCCCCCCCT
CCCCTTCCTCCCCCGCTCACCCCGACCCACACCTTTGCCGGACACCGTCG
TCAAATATCTCAGCCGTGTCACCAGCGCCCACATCCTTGACGACGCGGGA
TGGCATCGAAGACGGGGAAGAGGCGCCGGCCAAAGTTGTCCCTTCCATCG
GGACCGCGTGGACGTTCGATCGAGGTCGAACTCATGCCACCCCCGCCGAG
GCGATCGCGAACCCACGATGTAAGTTTGCATTTTTAACCGACAATTTACA
TGTGTCGGTGGAGGCGAAAGTGTACAGGTAATTGCCCTCTTTCCTGTCAT
ATGCGATGAGCGTTTGCGCCGGGCGGGCAAAGCGCGCCTTCTCTTTCAGA
TCAAGGTTTCGCCACCACACATGGCTTTGTGTGGCGTGGGTGTGCGAGTC
ACTCTTGGCCATTGATCTCGTACGCGCCCGACGTCTCTCTCTCTCTCTCT
CTCTCTCTCTTTCTCTCTGTGTTTTCTTCTTCTGGCATTCTACACCCGTC
GCGGCTCTTCCCCGCCCCCGTCGTGGCTCTTCGCCCCCCGTTGACGACCA
GGGAGCCCGCGGTCAGGAGGGCACCGGGCCGGCGGGAACTCGCATCGGTG
AGAGAAGGGAGGGTCTGGTTTGTTTTGAGTTTTGGCGGTCTTCGAGGGTA
CGACACGCAGAGGGTCAGAGTGTTTCCAGCACGTGTGGCCAAATGCTGGC
ACGTGTCACCTTCCCGTTTAGCTTACAGACACAGGGGCCGATATTTTCAA
CAGAAACCCCGCTTACGAGTGCTGGCCGCCCTTGCTTTGGCAAGCTAAAA
GCTAGCTTATCTTACCTGCGTAGTGTACAACAACTACACATATCGTTGAC
TGCACTGCTGTGCGGGTAACTTTTGTGCACCTCGGCAAAGTGTATGTGCA
ATCACAACACAAGGGCGATGAAGGGAGGCAGAGAGATTTTCCGTTGACAG
AACTCGTAACCATGTACTTCATGTCTTGCGCTGTTTGTGGTGCGTGTGTT
CCTGGTTCCCTCACCCCCTCCCTCACGCCTCCCTTACCCCGCCCCCCCGC
CGTCTCCAGGCGACGGCTCGGCCTCGCCCGAGTCCGCCCCCGGGAACACG
GATGACGACGACTGCATCTACCCGGACACGGACGGCGGAGGCGACGACGA
CGACGACGACGACGACATGCACGTGGCCGTCGGGCAGGCAGCCGGTCCGA
TCCAGGGCCGAGCGGCCGAGGAGGTACTCGTATTTAGTTCGACCAGGGAA
CACGCCGCCATGAAGACTACGTGTCGCGAAGCCCGAGTGTCTCTTGCTTG
AATGTTGCGCTTGCGCGTGCGCCGTTGTGGAAAGGATGGTTAATACGGCC
AAGATGAGTGCTAGTACTCGAAGCCGAGTCTCCATCTCCGCCAGGGACTA
TCTCGTTGCGCAAGAAACCAAACTACAACTGTCTACCCTTCGTTGAAAAG
CGGCGTTTTCCATCTCTTGTTGCTCGTGCACCAAACTAACTTCCCCGGTA
TTGGTTCGATGCGCCCCGCAGGATGCGCGGCAGCAAGAGCTCGCTCGGGT
GTTGACGGAGAGCAGGAGGGATGCGCGGAGCAACAAGAATTCATCCTCCG
GGGGCGCAGCGGAAACCTCCCACAACCAGGGCTCGTCTTCCAGCCGCGGG
GCGAGTGGTGAAGATGTGAGCCACACATTTTTCGATAAAGTATGGTATCC
GCTGCACCGCTGTTGTGTGTTTGTACTTCGACCGGGTGTCGTTCTCCTGA
CAACACGCACTCACACACACACACACGCTCCCCCTTGGTCGAGGTTGACC
TTTGCGGGTACCTCCTCAGGTGTGCATTTTTTGTAGATGATGTTGGATGT
TTTTTTTTACCTTCCGTGCACCGGCCTTGCATGTCCGAAACGATCGATTT
ACGAATTTGCATTGATTTCCCGCCAAAACTGCAAGGCCTGTTGTTAGGCT
CTGCGTGTGACGCTAACACTCCATCCGTCCCACCGGCACGACCCACCCGT
GTCAATCAAACGAACCGTCCGATATGATGCATTTTCAGACCCCCGAAAGT
GACAGCCATGTCCAGCTTTCGGACGGCGACGAAGACCTCGAATCTGACAG
CAGATCGGCAGGGAGGACACCCGTTTCCAAGCGCCGGAAGCGTAAACCAG
AGGTCAGATTTCGTTTTTGGTGCAATGTACCCCGTATCCTCACCGTCGCT
GCTCTCCTGTAGTTGTTGTTGTTGTCGGCGGTATGGTTGTTTGTGTTTGG
CTTTCGCTCGGCGTCTGGCTGTCTGTAGAACGGAGGTAAAGGAGCCTCGC
TGTAGTTTTTTGTGTAACCGACCCGAATTTTCCTTGGTGAGCTAAGCCGG
ACACTTGGGGGCGATAATACGTCTGATGTTAATTATGGATCACGCGACCA
CTTCCCACCTGGTGGGCAGCGTTCCCACCCCGTGTGATAGCTGGAGCCAC
CGTTACATTTCACTCAACCATGGGCAGAAGACGCGAGGTTGGAATCGTCA
CTGGTCGCCCTCGCCCGTTGTGTGCATGGTAAGAAAACCTGTGGGATTGG
GGGCCAGCCCTGACCCAACACTACGAACACCTTCTCATCTCGCCCCACGA
TTGTGTACAATATGTCAGGTGGCTCCATCTGTTTGGACCGTCCCGGGCGA
CAACACTCGCGGGTTCGTCGGACGCTAAAATCCCGCAGGGGGGGACTGCG
GTCCGTACTCAATTGGCCAGGTGGCCAGCTCAGAGACGCCCTCCCCGGAT
GAGCTCAGGGGATACCGCAAGGCGGGGGTTCAATACGTTATCGACCACCC
GGGCCAGTTCAGCATCAACTCCTGGCTGGGCCATACTCCTGAGGAGCGGG
CGAGCAATCGCGATGACTGGGCCGAGAGGATGCGGCAGCCGGGAGAGTGG
GCGGACTATGCGCTCATGTTGGGCATGAGAGCGGTGTATTGCAGTAACGC
CATCATCGTGGAGCCTGCGTTTCCGGGCGACCCGTCGAACCGGGAGCTGA
GTGCCTACGGCCAGGACGTGCTGGATGCCAGCAAACCAATGATCATGATC
CAAGGGGGCATCCATTTCCTCGTCCTCAACGAGGTGGATCGTGGCTGGAA
CGGTGGCAGCGGCGACGGAGATGCCCGTGAACCCAGCAGCAGCAGCGGCG
ACACGGACGGCGACGGCAGCAGCAGCGGCAGCGGCAGCGGCAGCGGCAGC
GGCAGCGGCAGCGGCAGCGGCAGCGGCAGCGGCAGCGGCAGCAGGAGCAG
GAGTAGGAGCAGCAGCGGCGGCGGCGGCAGCAGCAGCGACGAGGCCGATG
ATCTTCGGCGTCGCAAGGGCAAGGTAATTTTGATTTGTCGACACACGACG
ACAACCAAGTCAAGACGATTGTTTTCCGGGCGTGTCTTTTCTGGTGACAA
GTTTGGAGGCGACCGTGTCTACTCGTTCATCCGCTGTTCCTATGCCTGTT
GCGGAAATCTTCTCGAGTTTGCCGAGGCGCGAATCCGCCTAAATTTCCCG
CCAAAAATGCTCATCCTCCCCCTCCCCCGCCCCCGGTAGGGAAGCAGCTG
ATCTCATGTACTTGTCCGCCACACCAATGACATGTCTACAGGTACCCAAC
AGCAACGGCGGGAGCAGCGGCGGCGCCGCCCTCTCGCCTGCTCAGGCAGC
TGCCATGAAGTCTCTCGAGCGCAACGCGGCGTGGTTTCTGCGTATCGAGG
ACAGGGAGGTCACCCCGGCGGAGAAGCAGGAGGCCCGCCGCCTGTTGGAG
AACCCTCGCGAGCTGCACGGTCTCCGGAACGAGGCCCTAGACAACCCCCA
AGTCTACCGGGGCACCAGATCGGCGGAGGACCTCGACCGCCACCAGCTCC
GCAACCTGGTCGGCGCCGCCCTCATACCGGAGAACGGCCTCTCCAAAATC
CTAGGGTTTTTCCACGGCGACCTGCGGGCGCTAGAGAGCGCGTGTGCCGA
GGCAGAGCTTCAGGGGCCGGTGGAGTTCAGCAAGTTCCTCGGCGACCGGG
GGGTCGACGCGCCGGTAGATCCCAACCACCCGGCGTTCGCCGGCGACCCG
GCTACTTGGACACGCCCCATCCTCCTCAAGCAGGGCATGTGCTTGCAGTA
TCAGAAGCGCGCCTTCTACAGCGACGACCCCACCACCACCACCGGGAAGG
CGTCCGCAGCGGCCAACAAGGTCTCGTCCTTCGAGGGTGGGCCGGCCGGA
CACGGAAACCGACTGGGGTCATCCTGCGTGAAGGTGGAGGCGGACCGAGA
CGGGTCGTCCGCGTCCGCGATCCCCCACTGCGCTGCGCTGTTGCAGCTAC
GTCGCGAGCTCCGTCAAGTAGCTGGAGTGGTCGAGCGCTCCTTCGGTCGT
AGTTTTCTCCACTTCTTCACCGCGACTCCTGGTGTCGGGGTGTTCAGGGG
TGGGGACATCGCCCAGGCCGGGCGCGGGAGAAACACCGTCCAGGAGCTGG
CGTCGGTCGAAGGGCGGAAGGCGTTCGTATACTGGGGCCGCCACCAGAGC
AAGGCTATCGGCGACCCCGACGCTCTGGAGAGCGCCGCGCGGGGGGATCT
GGAGCTGTACAAAGCGTGTACCGACGGGGAGGTGGTCACAGACATGCTCG
TCGGCGAGATGATGCTGGACATCTTGATGAAAGCGATCGAGATCCACGCC
GAGACGAACGGCGGGCCGACGGAGAACGACATCCGGCGGTGCGACGAGCT
CGAGGAGGTGCGCGACCAGGGGCTTCCCCAAATCCTCGAGGTGACGGGGC
GCGTAGGGGAAGAGGTGCGGGGCAAACACGTCCGGACCAGAGAGGACTGC
CGCGCTGGAGGCAAGTATATACGTAAAGCTGTCAGTGTCTCGGAGCGGCC
GAGGGTTTGTTGATGCTGTTGCTGCTGTCGCCGTCGCATGATGTTGTTGA
TTTTGTTTTCGTCGACAACCGATCTCGGGTGACTCCCTGGACATGATTGC
TTTGCGTTGGCGCCGGGTTGTTTGCTTTACGTCACGGTTCAGCATTGCCC
ACAATACTTGTTGTCGTGGCCCACTTAGCCTCCCTGGCCCCGCCCCTCCT
CTGCCCCATTGTAAGAATTTGGCCGCGGGCGCTCGGCACGTTGTCATGTA
GGTGTGCCGATGCGGGAGATTGTTGTGGTCGCTGCATGTGTGTAGGTCCT
CCTACAGTCTGGATCTCGCTTTGGGTCACATTTGGCGCCAACCTTTGCGA
GATCACCACTCCGGCCCAAAAGCCCCGGCCCCCCTCCGCGCCGACATTGA
CTACTTGGCAGAGATTGCTCGCGGGGGTTGTCAAGTAGGACCAAGGCCTC
ATCGTTTCCGATGTCAGCGATTGCTCGAAACGTTAGGTAGACGTGCCGGC
GGGCCTGCTCCTTGGCCCAGACGAAAACAAGGCGCCTCTGTCTGTCTCGT
CTGCATCCTCCGTCGTCTTGATGTCGTGACGTCGAATACGCAGCGCATCT
GTCTTTGTCCCCCTTTGCGCACTTTGCTTGTGTGGGCAGCGGTGGCTGAT
GATCGCTCTCGTTTCTCCGTGCATACAAACCCGCAGGCAACGCAAGCTGG
ACCGGTAGGTCGAAGGGGCTCGACGAGGAGGAGACCAGAGCAGCCATGGT
GGAGGCGGAGAAGGCCCGTGCCGCGGCGCCAGAAGAGGAGACGGAGGAGG
CGGATCAAGCCCTGGCAGCTGCCACCGAAAAGTACCAGCTGGCGAAGACC
GCCAAGAAGCGCCGAAGTGACGGCGGTAAGTAAGATTGCCGCCGGCGTCG
CAGTCTCTGTGGGCTTGCTTGGGCGGCGCCGAGGGTTTGTCGCCGCTCAC
TGGCCTCCCCTGTTGTTACGGATTATGTAGCATTGCTTTGTGTTGGCGCC
AAATCGTTTGCTTCGCGTCGCCAGAGGGCCCAAACGCCCCGCCCCCCCTC
CGCCCCGAGGTTGAACGTTGGCAGAGAGAGCTCGCGGGGGTTTTCAAGTA
GGACCAAGGTCATGTACACGAGACATTGGACTCCCTGATATCACTTCCCC
CCTCCTTCCTTATCTCTCTCCCTCCCTTCCCCTTCCCGCCACTACTCGCT
GAGCAGGCAAGACAGACTACCAGGAGGGAGAGAGGAGGTCGGACGGGACC
AAGTCCCGCGGCACCCGCAAGAGGAAGGCGGAAGGAGGTAGGTTGTTGTT
GTTGACGCCGTTGTTGCTGATGCGTTGTTGTTGGTGTTGGTGTGTAAGAT
CGATCTCGGGTGGCTCCTTGGATAGGATTGCTTTGTGTTGGCGCCGATCG
TTTGCTTCACGTCGCCACTCCGCCCAAAAGCCCCTCCCCCCCTCTGGCCC
GAGGTTGAAATTTGGCAGCAGTTGCTCCCGTGGTGTTATAAGCTGATGTG
TCGAGAGGTGCACCCGGTACAACTAACTCTCTGATATCACTTCCCCCCCT
CCCCTCTCTCTCCCCCCTTGCCCCCTTCCCTCACCAACAAACATTCCGTC
ACCGTGCTTGAATACACACCGTCGAAAACAAAGACCTCTGCCCGAAATCT
CGCTGCCCCTCTATCTGTCTCGTCTTTAATGATGACGCCGCCGCTTTGGA
TATCCAGGTAAACCCTGAGACATTAACCTCTCGCTACTGTGCCTCTCTAC
ACCCTCACGCGCCCACCCTTGACCTGCCAGCCACTGCCGACCTGACAACG
AAGACGAAGGCCCACCCGGCCCATCAACGTACGGCTGCTACGGGCAAGAC
CCCGTTGCGGGGAAACGTCAACAAGACCGCGGCCGAGCGGGGGGCCCAAA
AGTCCACAAACGAGCTCAAGGGCGAAGGCGGTGAGGTTGTGTGACGTTGC
CCGTTGTTGCTGTTACTCTCGTTGTCGGTGGGTGTTGTTGTTGTTGTCGC
TGGCTTTGTGTAGGCCCTACAGCCTGGATCTCGCTTTGGATCACATTTGT
CGCCGATCGTTTGCTTTCCGTCGCCACTCCGCCCAAAAGCCCCGCCCCCC
CCTGCCCCGACGTTAAAAGTTGGCAGCGAGAGCTCGCGTGGTGGTTTCAA
GTAGGACCAATGGTCATGTACACGAGAAATTGGACTCTCTGATGATATCA
CTTCCCCCCTTGCCCCCTTGTCACCCTCGACACCACCTCCCATCCCCGTA
CATATTCCGTCACCGTGCTTGAATACACACCGGTCGAAAACAAAGACCTC
TGCCCGAATTCTCGCTGCCCCGCTATCTGTCTCGTCTTTGATGATGCCGC
CCCCGCTGGGATATCCAAGTAAACCCTGAGACATTAACATCTCGCTACTG
TACCTCTCTACACCCTAACGCGCCTACCCCTGCCCTGCCAGCCACTGCCG
ACCTCAAGCCCAAGACGCTCGCCCACCCGGCCCACCAACGCACGGCTGCT
GCGGGCAAGACCCCGTTGCGCTCCAACGTCGACAAGACCGCCGCCGAGCG
GGGTTCCACCAAGTCCACCAACGAGGGCAAGGCCGACGGGGGTGAGGTGG
TGTGATGTTGCCCGTTATGTTTGTTGTTGTTGTTGTTGTGGAGTAAACGG
CCTTCTTTAATACAGATTTCGGATTGCTCCTGCGATGACGTTGCTTTTTG
TTGGCGCCAACCATTGCGAGATCGCCACTCCGCCCAAAAGCCCCTCCCCC
CCTCCGCCCCGAGGTTGAAGGTTGGCAGAGATCGCTCGCGGGGGCTGTCA
AGTAGGACCAAGGCCTCATTGTTTCCGATGGCAGCGATTGCTCGAAACGT
TGGGTAGATGTGCCGTTGGGCCTGCTCCTTGACCCAATGTGCCGAGCCGG
AGCCTGTTTGCAGTGTCGATAGCGAACCCCTCTCTGCGAGTTTCGCTTAC
TCGTCTTTTTCCTTTGTTTTGCCACCTCCGCTTCTGCCGCTGCTGCTGAT
GTTGCTGCCTTGGTACTCTTGTTCACAGTTGTGGTGGTTCTCCTTTATTT
TCTCTTTTGGAGCGACGCCGAACGTTTGACACGCGCCCCATTTCGGTTGG
ACCAGCTTCGTTTTAAGCATTTGCATCTACCCGTGTGATGTTGCGATGCT
TCACAGGTCTACGGTCGGGCGGGGGTGGCAACCCGTACGGGGCCTCCATC
AACACCGGCGCCGGCGCAGCCGACCGCCGTGCAGCAAGCACGGGCGGATT
CATCGACGGGCGGAAGGTTTTGGGCATCTGCCTCGATGTGCCCACGAAGG
GCTTCAAGAAAGAGCTCAAGAACCTCGTGGAGGGGTCGGGAAAGATTGTG
GCGGCCCTGTGCAACACGCCCCAGTACCAAGAACCGGGCCGCGCCCTAGA
ACCAACCTTTTGGGAAAAGGACTCGAAGGGGCAGTTGGTACTGGGGTACC
ACAACTCCCACTCCTCGACCGCAAATCCTCGCTGCCAGAGAGCGGGCACC
TTGCCGGGGGTGCTGAAACATGACAGTGAGGGTGTCCTCTGCTGGCATGT
CGCGGACTGGGCGGTGGAAGATGTGAGGAACGGCAACGTGGTCTTCCTCA
ACACCCACAACACCGCTGCTAGGGCGGCAGCGAAGGCAGCGAACGCCCAC
TAGGGTGGACTCGTCCGGACGTTCGGTGTGGGCGTGGGGATGATGGACAC
ACTGTTTTGTTGTGTTGTGGAAGCGCGGTCAGGTTGATTTGACCGCCATC
CCCAACACCGATGTTCGCATAGCGAAGACGTTGCAGGGCTGGCTGAGTGC
GGCGTGCTTCGTTGTTCTGTGTTGTTTATGTCGGGCCTGGGTACTACGTA
CGAAATATATCCTGTCGGGTAGGTCGGGCACATGTTTCGCCCGTTGGTCG
GGCATTCCGGTGGGTGAATAGTTGAGCATATGTGCGCATGGATGCGAAAG
ACCAAAAAAAAATGTTTCATTGTTCCAGCTCGAGAGAGAGCCTGATGGGT
GTTGAGCAGTGGACATTGAGGATGGAAGCGACCGAGTTCAAGACTTCTGC
GTTGATCGGGTGTATGGACCTTCCATCCCAGACAAGGCTTCTAGACGTGA
GGTGCTTCACCAGGAAAATGCATTATTCACTGTCCTCGACGACCTGATCT
TGGCGTGGCCGGGGCTGTTGTGGCAACGCTGTCGGCGATGTCGTTGCCTG
CCGTGTGTCAAAAGACTCCTCGAACCATCATATATTTTACGAAATCTACG
ACCTGTAGTGCCGGCCCTCGACTCCCTCAACGGTCACCGTAGCACTCTTC
TTTTGGAGCGCCGGCGAACTCTGCCCGCATGCCACCCTAACCCATTCCCC
GAAACCAAGGCCGTGTCCTTGGAACACTTTGAAGGAAATAGCAGCGTGCA
TGACTTTCAAGTCGCTGAACGTGTGCCGATCGTCTCCATTCACTGGTAAC
AGCTTTCTGGCGTCAACATTGGCCGATTTGCTGAACCGTTGGTTAATCTC
CGCGGCAGTTAGATGAGCTGTGTCTTTGATGCCTCGGATCCTCTCTACAC
CTTCGAAAAATTCTTCGAACTCACACAAAATGGGAACTACGGCCTCAACC
GCACCAGTACAGACGACAGCTACATGAGGGTTCCCCTCGCACGGCGAGAT
TTCGGCCGCGCCAAGGATTTCCGGTAAACCACGACCGGACATGAAAGACA
ATGCACACACAAGTTCGAAGTAGTTTGCACGCGGGTATTTGACGATCGAT
GACATCAAATCGAGTAGCTCGGTGGCGTTTACCACAACCCCGCGCTCACA
CCTGGCCTCCAGAGCTTCCCTACGTTTCTTTCTCGGGATGCTCTTTTCTT
CCTGCGAAAGCTCGAGCTGGGAAACGTGAGTTGGCAGCAGTTGCACTTTA
CGGAGAAGGTCGTCGACTTCGGCGAGTCCAGTGAAGGAGTCCTTCCGGGA
GTATACCTTGCGTCGTGCCGACCATTTCGCGTGAAGGTCTAGCTTGGCAA
ACATCAAGACGCGCTCCTCGGCCGTTTTGAGCTGCTTGAGGTAATTCCGT
TGTCCCTTCGTCTTCTTCGCCACCATTGCCTCCCTCTTGATGAGCCTTTG
CAACGACCGGAGCTCGTTCCTGACGGGACCGGCATTGTGGCTTGCACCAT
ATGTGTCCATCCACTGTAGCCTGACCTTTCTCACATTCTTATTCAGAGAC
CTCGGGCGTAATTTTCTCAAGGCTTCGATGACTTCGTCTGGATCTTCGTT
TTCTTCCAGCCATCTCGAACACGTTACAATAGTTTGGTCCATCTTGGGAA
AAAACACTTGCCCTGCCTACTTCATGCCATACAAAATAAACCAACTTTTC
GACAGTAACGGCTACTTCTCTGACACTTTGTTTTCTTCTTCCTTCTTCTT
CTTTGTAAGTCCCCTTCCCAACCCACCTCGGGCACGGTTGCACTTCAAAC
ACTTTACGTCAACGTTTCCCGGCGTGTGGGCTAGGGCGCAGTCGAGACGA
TCGAGCGTTGGCTGACGCTCGCTGTACACTGCCCAGACGAGCTCGATCGA
GCACAAGCTGCATATTCCACCGTAGCAGCGCAAGAGTTCTTCGATAAGGG
CGCCCTTGTGCTGCCCCCCTTCCCAGTCGTCCAGCCGCCCGGCCTTAACA
TCGGCGCGCAGGTAGATCGAAACCTTCCTGGTCGCCCACGACCTCCTTGC
CTGTTCGGACATGTCGCTGACGCTCCGATGGACGTCATCGAGGACTACAA
CGTTTGAGGGCCCCGTCGCTCGGCTGATGGCTGTGTACAGCCAGTAAACG
TCTGAAAACCGGTGTCGCGCCTGGTGAATCACCAATTTTCCGTCCACCGT
GCGACCTTGAACCGCATGCACCGTACACGAACCCGGGGGGTCAAACAGGA
TTTCTGCCGCGGCGCGACTCAGGGTGGTCTCTTCGAGGGTGGCGCCGTCA
TCGAAGGCGCTCTCCACCACGACCGAATCATCAGACGAATGGACGATGCG
GTAGGCGTGGTTCTTGTGCACCTTGCCTGTCTTCCCGAGGTCTCGATACT
GGGCACCCACCACCCCCCGTTGTCCCAGCGCGTCCCACCCCCCGACCTCG
TTGCATCTCGTCAAACCCCGGAAAGCATGGAACCTCGCACAATCCCTGGT
ATAGGCGAGGTGGAAATCGGAGACGTGTGGGCCATACCTTGTGGGTTCTA
TCCCTCTAAACCTCTCCAGGGCTCTCGTCTGTGCTATGGCACTGTTGTCT
CCCCGCATCCAAGATGTACAACAGACTATCGTCCATTTCGACCTGCTCGT
CGATCGTCCTGTCTCGCTTGCGCGCGAACAGGTGGAAGCAGGTGGGAAAC
GCTCGCTCGAGAACGAGTTGCCTGTCGACGTTGTCCACGCCGATGGACAC
CCCACTGCTCTCACGTACGGGCTGCAGTTGATGAGTGTCGTACGTTCCGA
TGACGTGGGCGCCGGTGCTGTGAGACGCGGCGAGGATCATGCTGAGCGCA
TGCAGAGACATGTACGCGGCTTCCTCTATTATGACAACGTCCACTCTCGG
GATGTGTATCGAGCCCGCGGTCTTCCTCACGTGCGCGTCGTCGCCGATAT
AGAACCCAAGCTGGTGATCGGCAGTCTTCACGCTCCACCCGGGGGGAAGG
TCTGTGTATGACGCACGAAGGCTGTTCGTGGGCGTCAGTACAAGACCGGT
CTTGAACACGGCTTTCGCAGCACGGAGCGCACAGTAGCTTTTCCCGGCTC
CACCGTGTTCTCCCGTGACCGCACAAACGACCCTGCCCTCTTGCGACATC
AGCTCGCGGAGCAGTTGTTCAAGAGTAGCTGGTGACTCCGCCGCGCAGAT
GTCCGGCCACATCTTCCTTTTGTCGTCCTTGCCGACAGATCGCCAGGCTG
CATGCGCGGCTCTCATGGTACCGAAGCTATCCCCTATGCCGCCCCATAGT
GGGACGACACGCAGCGCTCTCTCCCGCGGGCAGGGAATGGTCCTCATGGC
GGGGGGTAGATCATCGAGGGACAACTTCACCTCGATGCCAGCGAAGACGC
GATCGGGAGACGCTGGACTTTTGAGAGCTGGCTCGAACTTGAGAGTGCCG
GGCGTTTTGAGTTCGTCGCTGAAAAAATGCTCGTATCGGTGCCTTGCTTC
CTCCTGGACCTCAGGAGGTCCCCTGAAGAACACAGCGTCGCACTGGTAGC
TGAAGGCAGACCCCCCGCACGCCTCGAGCATGTTCCGCACCTCCAACACA
CGCAGGCGCGTTTCGTCTAGGATGAGCGTCCCCAGAGCCCAGAACCCGTC
CCGGTACCAAACACGGCTAGCCTCGAAACAAAGGTAGGCATCTCCGCTAT
CGAGCTTCTCGATGCCAAGCTCCCCATTGGTACCATTCCTCCGCAGCTCC
GACTTGATGCGATTAACTTCGCCGAGGACGGGCAAGATCTTACCCCCCGG
CCATGGCCTCCTCGCTGGTAGTGACCATGACGGCGTTGATCCTGTCGGCG
TGCCTCTGCTGCAGCAAGCCACTCGTGCGAACCAGCAGGCCCTTCTTGAA
CCTGCGAGCAGCGTCCAGGTCTTGGAGGAGGGGCTCCCCGAGATCCCGGG
CCAGAAGATCCTGCACGAGACCGGGTATGCGGCACTTTCGAACCGTCCTC
GCAGGTCGCACGAAGTGGCTTACGCGATGTGGGGCAGGGGTGAGAACGAG
CGCCAAATATCGCTTGTAGTTCCGGCCAAAGACTGGCGTTACGTCCGCAT
TCAGGAAGACGTCGGGTTCGCCACCCGCGTCCAGGCGGACGACGTACAAC
GTCCAATCCTCAATGCCGTGGCCGTCGAATGCCTGCACCTCGTCCATGTG
GGTGAACGCCGGCAGATTCCCCATGCTCAGCATTGCCGCCGTGTGCACCC
CGTTGATGTCGCACTGCCAGTCCCCCGGTCCGTAGGTTGTGCCCGACGCG
TCCTCTGCCCCGACGATGGGTCCCCTCCAACACACCTCGAGTAGCGCGAG
AAGAGACGGGCTGTACTCACTGGAGACCCGAATATCCATCACACCGCGAA
TGAGCTTGCGCCCCAGCGTGCCGTGCAGCTCGATCAGACGAGTAGCTTCG
TCGCATTCGAGCACATCTGGATCCAGTCCGCCCATGCTCGCGCCGCACCA
GCTTCGAACAATGATGCCGTGCGCGGGCAACGACAACGAATCCCAGTGGC
TGTAGCTCGTCAGCCTGCCCGTACAAGCCACGCCACCGAGGTGGAGATGG
AGCATGAGCTCGTCCAGAGCCGTACCGGGAGGTGCGTACCAGGTCTTCTT
GCTGTCCGCCTTGTCATCGACTCCTCTCCTGCGCTTACGAGCGGTCTGCT
GGTCCGCCTCCGTCTGGCTCGAGGCGAGGATTGCCGTCGTCATGTCCGCG
CAACGACCAAAGGTTCTCGTGTCCCCATCCGATTTCTCCTCTCCTCCCCC
TCCTCGGCCGCCTCGGCAATACGGCGAAAGAGACGCCTAGTGCACACGCA
GTGCTCGACCGCCACATCCAAAGATGGGCCGACTGCCCCCTCGCGAGCGC
TGGTGAATCGATCCTTCCAAGGGCCATCGAGCACCAGGCGGTACACGTGG
CCCTCGCGAACCCCGACATGAAGCGCTCGGGGACGGAGGGTCGTCGTCTG
GCCCTTGGGACCGACAACCTCGGCCCCGGAGCCCCCAGTGCGACCACACG
ACCACTGACGCCTTGGTGGTCTTGAGCCACTTCTCGAGATGGCGGACAGT
AACGGCCGGTATACATTCTTCGCCCGAGAGCCACGCTGCGAACTCTGCTG
GGCCAACATCCCGCTCGAGCATTATCGAGTAGAGGTTGCGGAAATAGTTT
CCCCCAACCAGGGCGTTCGGCGGTGCACGCTTGACACCCTTCTTCGACCG
TCCGCCGACACGAGAATCCATGAACGCACCTGTCAGCGGGTCTACGTCAC
GGAACCCAAATCTCCGTCGATCGCGTACGAGTAGACCGATCTGACAGTCA
CGCCACGAATCTGCGACCAGGACAGCCAGACAGGCGCTCGGGAGACGCTC
CTTCCAAGTAATTCCAAATTCGGTCAGGGGATCGTATTTCACGAGTCGGT
GGCCGAAGGACGCGATGCTGAGCTGTCTGAACCGTGGATCCTCCAATGTC
ACACCGGCACGAACCTGCAGGTCGGCGAGAGATCCCGGGATGCCGTGCTG
GTTAACGTCGATCCTTCGGCTCCGTGATCCCCAGCAGAGGATGACTCGCC
AGGTCTCGGCGGCGGCGGAGACGACGAGCTGCCCGTGCCCGCCGCCCTCG
ACATCGACGAAGGCCGCCCGCCAGGCGTCGGCGTCGTCTCTGTGCACCAG
GCGCCTGCGCAGCATGGTTCTCGCCCAGGCCTGGAAGTCCGGGAGGTCGG
GATCCCCGCCGAGGGGGTGCGAGTTGAACCAGCGGTGTCCCGGCCCCGAG
GGGAGACGGGGGAACGGCAGGCGAAGGCGGAACCCGGCCCCGAAGACCGC
CTGGCGCCTGTAGGTCTCTCCCTGCCGTGGGCCCCGGTAGCGC

Coding sequence (CDS) from alignment at C-linearis_contig97:15750..42342-

>mRNA_C-linearis_contig97.17064.1 ID=mRNA_C-linearis_contig97.17064.1|Name=mRNA_C-linearis_contig97.17064.1|organism=Chordaria linearis ClinC8C monoicous|type=CDS|length=3204bp|location=Sequence derived from alignment at C-linearis_contig97:15750..42342- (Chordaria linearis ClinC8C monoicous)
ATGATGAACGGTTTCGGCAGCAGTAGCGGCAGCGGCGGCAGCGGCGGTAG
CGAGAGTGGCGCCGATGGTATGACAAATTCTGGCAGTTTTCAACATGGAA
GTTTATACTCCGGCGGCTACGCTCTACCCGGAGTGTTTGGCGATGCGGAG
CAGACACCAAGAGCGGTTTTTAGCACCGCGGTGGCGCCCGTTGGAGGAGC
CAGCAGCTCCAGCGTTGAAACCTCGACGCCAATGGTGCTGGCCAATACCC
CTCCCCGTCCTCTGGCTGCTTCTTCGGTAGCATGGGGCGGCGCTGCTCCG
GCTGCCCCACGGGTGTTGTTCGCAACGGGTTTTGGGCAGCAACACCTACC
CTCAGAGATGATGAACGGTTTCGGCAGCAGTAGCGGCAGCGGCGGCAGCG
GCGGTAGCGAGAGTGGCGCCGATGGTATGACAAATTCTGGCAGTTTTCAA
CATGGAAGTTTATACTCCGGCGGCTACGCTCTACCCGGAGTGTTTGGCGA
TGCGGAGCAGACACCAAGAGCGGTTTTTAGCACCGCGGTGGCGCCCGTTG
GAGGAGCCAGCAGCTCCAGCGTTGAAACCTCGACGCCAATGGTGCTGGCC
AATACCCCTCCCCGTCCTCTGGCTGCTTCTTCGGTAGCATGGGGCGGCGC
TGCTCCGGCTGCCCCACGGGTGTTGTTCGCAACGGGTTTTGGGCAGCAAC
ACCTACCCTCAGAGCATCCTACGGCAACCAACCCCCCACAGTTTCCGAAG
CTAGAGCAGCAGCAGCAGCAGTGTTTTGGAAGGATCGGACCAAACACAGT
TCTTCCCTCAATCCCCGCGGGGGCCGACTCTAGTAACGTCAATGGAACCA
CTTCTGCTGTTGTCCCCAGCGGTGGTGTCGGAGAGAGACCGGTAGTCATA
GTAGGAGGAGGGGGGCTTACGGTACTCCCATCGCCGCAACAGCAGCCTCC
CCAGCCTTTCAGCAGCATCGGTGGCGCCTTGGTGCCGCCACCCGCGTCCG
GCGCTAGCTCGGCCGAATTCACGATCAACACCGGCGGCGGCGACGGCAGC
GCTGCTGCTGCTGCTGCTGCTGACAAGCTCGCGGGGCCTGCCTTCGTGGC
CGGGTACAAGAAGTTGGTGCCTGGACATGTTCAGGTTGCTGCGCCTGTTT
TCACTACTCCAACCCCCACTGGGCTTGCGCCTTCTGGCTACGGGGGGGAG
CAGCAGCAGGTGAGGGCAATGGTGCCACAGCAGCCACAGCAGCAGCTGCA
ACAGCTGCCGCAACAGCAGCTAGGAGCGGCATCAGCAGCAGCTGCGGCGA
GCGTGCAGCTTCCTGCGCGCGCGTTCTTGCAGCTGAACCCGCATCCTACG
GCAACCAACCCCCCACAGTTTCCGAAGCTAGAGCAGCAGCAGCAGCAGTG
TTTTGGAAGGATCGGACCAAACACAGTTCTTCCCTCAATCCCCGCGGGGG
CCGACTCTAGTAACGTCAATGGAACCACTTCTGCTGTTGTCCCCAGCGGT
GGTGTCGGAGAGAGACCGGTAGTCATAGTAGGAGGAGGGGGGCTTACGGT
ACTCCCATCGCCGCAACAGCAGCCTCCCCAGCCTTTCAGCAGCATCGGTG
GCGCCTTGGTGCCGCCACCCGCGTCCGGCGCTAGCTCGGCCGAATTCACG
ATCAACACCGGCGGCGGCGACGGCAGCGCTGCTGCTGCTGCTGCTGCTGA
CAAGCTCGCGGGGCCTGCCTTCGTGGCCGGGTACAAGAAGTTGGTGCCTG
GACATGTTCAGGTTGCTGCGCCTGTTTTCACTACTCCAACCCCCACTGGG
CTTGCGCCTTCTGGCTACGGGGGGGAGCAGCAGCAGGTGAGGGCAATGGT
GCCACAGCAGCCACAGCAGCAGCTGCAACAGCTGCCGCAACAGCAGCTAG
GAGCGGCATCAGCAGCAGCTGCGGCGAGCGTGCAGCTTCCTGCGCGCGCG
TTCTTGCAGCTGAACCCGCTGTACCCGGGGCTCCGCACCCTGTGGGAGAC
GCCCCCGCTGTACGTGGTGGACGATTTCTTCACGGCCCCCGAGTGCGATG
TTCTCATGGCCCTGGCGTCCAACTACATGATCGCCAGTCCCGTGGTCGGG
GCCGGCGCCGGCGAGGTCAGCGAGAGCCGGACCAGCAGCTCGTGCTTCCT
GGCCAGGGAGGACCTCCCGACGGTGTGCTGGAAGGTCATGGCCCTGACTG
GGAAGCCCATCGAGCACCTCGAGCTCCCACAGCTGTACCCGGGGCTCCGC
ACCCTGTGGGAGACGCCCCCGCTGTACGTGGTGGACGATTTCTTCACGGC
CCCCGAGTGCGATGTTCTCATGGCCCTGGCGTCCAACTACATGATCGCCA
GTCCCGTGGTCGGGGCCGGCGCCGGCGAGGTCAGCGAGAGCCGGACCAGC
AGCTCGTGCTTCCTGGCCAGGGAGGACCTCCCGACGGTGTGCTGGAAGGT
CATGGCCCTGACTGGGAAGCCCATCGAGCACCTCGAGCTCCCACAGGTCG
GGCGGTACTCCACCTCCCAGAAGTACGCCAACCACTGGGACGCGTTCGAC
CTCAACACCGAGGACGGCCGTCGCTTCGCGCAGAACGGCGGCCAGCGCGT
GTGCACGGTGCTGGTGTACCTCAACGACGTGGCGTCCGGCGGGTGCACGG
CCTTCCCGCAGCTGGAGATGAAGGTGCAGCCCAAAAAAGGTCGGGCGGTA
CTCCACCTCCCAGAAGTACGCCAACCACTGGGACGCGTTCGACCTCAACA
CCGAGGACGGCCGTCGCTTCGCGCAGAACGGCGGCCAGCGCGTGTGCACG
GTGCTGGTGTACCTCAACGACGTGGCGTCCGGCGGGTGCACGGCCTTCCC
GCAGCTGGAGATGAAGGTGCAGCCCAAAAAAGGCATGGCAGTTGTGTTCT
TCCCCGCGACGCTGGAGGGGATCCTCGACAGGAGGCTGCTCCACGCAGCC
GAGCCAGCTATCGACACCAAATGGGTGTCCCAGATCTGGATCCGCCAGGG
GCCGTACAACGGCACTCCCACCGCCAGAATCCCTGCAATCTGAGCATGGC
AGTTGTGTTCTTCCCCGCGACGCTGGAGGGGATCCTCGACAGGAGGCTGC
TCCACGCAGCCGAGCCAGCTATCGACACCAAATGGGTGTCCCAGATCTGG
ATCCGCCAGGGGCCGTACAACGGCACTCCCACCGCCAGAATCCCTGCAAT
CTGA