mRNA_C-linearis_contig103.818.1 (mRNA) Chordaria linearis ClinC8C monoicous

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

Homology

BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A6H5KVT2_9PHAE (Mitochondrial fission process protein 1 n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KVT2_9PHAE)

HSP 1 Score: 416 bits (1070), Expect = 1.980e-142
Identity = 228/284 (80.28%), Postives = 241/284 (84.86%), Query Frame = 2

Query:   56 MAAKVSCAALAMAAAVA-AGVTEAFVAPPVAGVARAGAWVGAQPSSSSSSWTSACRRAAGGGPRGEGTSMIAGAEAQVADTANLLFAQMAGCTGLISAGYKITWDKGADGGGEEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSKESDSKACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQFPGVNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCELEPIFGAEPLP 904
            M  KVS AA+A+A A A AGV EAFVA PVA   R          + SSSW S CR A+ GG RG G SMI GAEAQVADT NLLFAQMAGCTGLISAGYKITWDKG D    E  E+ EVDIFRDTALRYMGYANEVGEAFRPLIPAFAVV SYGVAIAYVSADAVAKGFKC+KESDSK CALPASFDVLTFQ+LASVVFPGFTINRWVAFVEY++QASDLE+QFPGV GWLPTAAGLGLIPFIVAPLDNLVEEVLDKT+RP L++KFPTCELEPIFGAEPLP
Sbjct:    1 MVVKVSYAAMALAVAAATAGVGEAFVAAPVASTGRP---------APSSSWAS-CRAASRGGARGAGVSMIVGAEAQVADTTNLLFAQMAGCTGLISAGYKITWDKGEDAEEGEDGEKREVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVASYGVAIAYVSADAVAKGFKCAKESDSKTCALPASFDVLTFQMLASVVFPGFTINRWVAFVEYLLQASDLESQFPGVGGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTIRPILVDKFPTCELEPIFGAEPLP 274

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A835Z9H3_9STRA (Mitochondrial fission process protein 1 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z9H3_9STRA)

HSP 1 Score: 215 bits (548), Expect = 7.850e-64
Identity = 128/257 (49.81%), Postives = 156/257 (60.70%), Query Frame = 2

Query:  284 VADTANLLFAQMAGCTGLISAGYKITWDKGADGG--GEEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYV-------------------------------SADAVAKGFKCSKESDSKA--------CALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQFPGV-NGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTL--------RPFLLEKFPTCELEPIFGAEPLP 904
            VAD A +L+AQ+AGC  L+ AG+K+  D+G + G  GE   EE EVDIFRDT +RY+GYANE GEAFRPL+P   V +SY VAIAYV                               SADA+AKG+ C+KES +          CA PA+ DVL FQ+LASV+FPGFTINRWV FV ++  + +L+   P V   +LPTAAGL LIPFIV PLD LVE               RP L++ FP C+LEPIFGAEPLP
Sbjct:    8 VADPA-MLYAQLAGCGSLLGAGFKLIGDEGEEDGAEGEGAGEEREVDIFRDTPVRYLGYANECGEAFRPLVPGIVVTLSYAVAIAYVRHGGMGQLFEXXXXXXXXXXXXXXXXXXFAVSADAIAKGYSCAKESSAACKAQGKANMCAFPATLDVLLFQMLASVIFPGFTINRWVTFVGFLESSLNLQDTLPPVVYEYLPTAAGLALIPFIVKPLDVLVEXXXXXXXXXXXXXXXRPLLVQLFPLCDLEPIFGAEPLP 263

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: D8LKC7_ECTSI (Mitochondrial fission process protein 1 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LKC7_ECTSI)

HSP 1 Score: 210 bits (535), Expect = 4.260e-63
Identity = 129/170 (75.88%), Postives = 135/170 (79.41%), Query Frame = 2

Query:   80 ALAMAAAVAAGVTEAFVAPPVAGVARAGAWVGAQPSSSSSSWTSACRRAAGGGPRGEGTSMIAGAEAQVADTANLLFAQMAGCTGLISAGYKITWDKGADGGGEEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSKESDS 589
            ALA+AAA A GV EAFVA PVA   R G      P +SSSSW S CR A+ GG RG G SMI GAEAQVADT NLLFAQMAGCTGLISAGYKITWDKG +        E EVDIFRDTALRYMGYANEVGEAFRPLIPAFAVV SYGVAIAYVSADAV+KGFKC+KESDS
Sbjct:    2 ALAVAAATA-GVGEAFVAAPVA---RTG------PPASSSSWAS-CRAASRGGGRGAGVSMIVGAEAQVADTTNLLFAQMAGCTGLISAGYKITWDKGEEAEXXXXXXEREVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVASYGVAIAYVSADAVSKGFKCAKESDS 160

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A6U1M3H5_9STRA (Mitochondrial fission process protein 1 n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A6U1M3H5_9STRA)

HSP 1 Score: 180 bits (457), Expect = 3.670e-50
Identity = 106/219 (48.40%), Postives = 132/219 (60.27%), Query Frame = 2

Query:  284 VADTANLLFAQMAGCTGLISAGYKITWDKGADGGGEEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSKESDS-----------KACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQ------FPG---VNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCELEP 880
            V D   LL  Q+AG +  I +GY +   +G +   EE  E GEVDI+RDT LRYMGY NEVGEAFRP+IP   V + Y VAI YV ADA++K  K  K S+             +C++PA  DVL+FQLLASV+ PGFTINRWVAF E +I+  +   +      FP    +  W  TA GL LIP I+ P+D LVE+ LD+TLRP L   FP C   P
Sbjct:   51 VIDDPKLLIEQVAGLSVFIGSGYVLESREGVEEEEEEVTEGGEVDIYRDTPLRYMGYMNEVGEAFRPVIPVTGVYLGYVVAIVYVFADAISKARKAPKISEPLFKAAGMTKSPSSCSIPALVDVLSFQLLASVIIPGFTINRWVAFCELVIEKMEFAVEGSAAYDFPFNDLIVEWGATAGGLLLIPLIIKPIDFLVEQFLDRTLRPVLDSTFPVCSWTP 269

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A6S9JYQ6_HETAK (Mitochondrial fission process protein 1 n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6S9JYQ6_HETAK)

HSP 1 Score: 158 bits (399), Expect = 9.510e-42
Identity = 90/175 (51.43%), Postives = 114/175 (65.14%), Query Frame = 2

Query:  392 EGRE-EGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSKES---------DSKACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLET--QFPG-VNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCELE 877
            EG E E EVDI+RDT LRYMGYANE+GEAFRPL+    V++ Y  A+ YV ADA +K     +++         +   CA+PA  +VL+FQLLASV  PGFTINRWV F+  +++  D ET  Q P  V  WLPT  GL LIP IV PLD LVE+ L+ TL+P+L   FP C ++
Sbjct:   88 EGEETEKEVDIYRDTPLRYMGYANELGEAFRPLVDVKFVLLGYVAALGYVFADAASKALAAPQKNCMNFEGTDKNPNICAIPALAEVLSFQLLASVALPGFTINRWVLFLSLLVEKYD-ETFGQLPDLVQEWLPTLGGLALIPLIVKPLDLLVEKFLEATLQPYLENTFPLCTVK 261

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A6S9GWP9_HETAK (Mitochondrial fission process protein 1 n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6S9GWP9_HETAK)

HSP 1 Score: 155 bits (392), Expect = 1.240e-40
Identity = 95/210 (45.24%), Postives = 122/210 (58.10%), Query Frame = 2

Query:  305 LFAQMAGCTGLISAGYKITWDKGADGGGEEGRE-----EGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAK-----GFKCS---KESDSKACALPASFDVLTFQLLASVVFPGFTINRWVAFV-----EYMIQASDLETQFPGVNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCELEP 880
            L AQ+A    +++ GY   W K      E         E + D++RD+ LRYMGYANEVGEAFRPL+P   V++SY  A+ YV AD  +K     G  C    +  D+  CA+PA  +VL+FQLLASV  PGFTINRWV F+     EY    + L+   P +  WLPT  GL LIP IV PLD LVE  L+  L P+L ++FP C + P
Sbjct:   69 LIAQVAAIGSVVTYGY--VWSKNHHSTEESSPHMQPAAEKDFDVYRDSPLRYMGYANEVGEAFRPLVPVHFVLLSYLAALTYVFADGASKALAAPGRNCQNFGEGEDAGICAVPALTEVLSFQLLASVALPGFTINRWVLFLGLCAEEYDHLVAHLD---PVILEWLPTLGGLALIPLIVRPLDFLVERALELILEPYLHKQFPRCTVTP 273

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A7S1TYP3_9STRA (Mitochondrial fission process protein 1 n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1TYP3_9STRA)

HSP 1 Score: 151 bits (382), Expect = 1.450e-39
Identity = 90/165 (54.55%), Postives = 105/165 (63.64%), Query Frame = 2

Query:  404 EGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFK--CSKESDSKACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQ---ASDLETQFPGVNG------------WLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFL 847
            E +VDI+RDT LRYMGY NEVGEAFRPL+P F V +SY +AI YV ADA++K      S   D+   A+ A+ DVL+FQLLASV  PGFTINR VA V+Y +     SD  T+     G            W PT AGL LIPFIV PLD LVE +LD TLRP L
Sbjct:   73 EDDVDIYRDTPLRYMGYCNEVGEAFRPLVPPFVVPLSYALAIGYVCADALSKSMNQGTSGSDDAPKRAVAAAVDVLSFQLLASVAAPGFTINRTVALVQYGVDNLLGSDAFTKVEAGLGAGAQAAVDTGLSWAPTLAGLLLIPFIVQPLDELVEVLLDLTLRPAL 237

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A7S1Y783_9STRA (Mitochondrial fission process protein 1 n=1 Tax=Grammatophora oceanica TaxID=210454 RepID=A0A7S1Y783_9STRA)

HSP 1 Score: 148 bits (374), Expect = 4.590e-38
Identity = 82/162 (50.62%), Postives = 101/162 (62.35%), Query Frame = 2

Query:  404 EGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSK-----ESDSKACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQFPGVNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCEL 874
            +GEVD++RDT LRY GYANEVGEAF PL+PA+ V  SYGVAI YV AD V K +K        ES S  CAL    D L +QL ASV  PG+TI++ VA    ++ A+ L++    + G LPTA GL  IPFIV PLD L E  +D TLR        +CE+
Sbjct:  111 DGEVDLYRDTLLRYAGYANEVGEAFAPLVPAWCVPASYGVAITYVCADTVDKTYKALNGQRYSESASLKCALIEGLDALIWQLAASVALPGYTIHQIVAITVTLLSAAGLDSSDSAIIGVLPTAIGLATIPFIVKPLDELAEVGMDVTLRKLWAPYLESCEI 272

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A0G4FUR6_9ALVE (Mitochondrial fission process protein 1 n=1 Tax=Chromera velia CCMP2878 TaxID=1169474 RepID=A0A0G4FUR6_9ALVE)

HSP 1 Score: 143 bits (361), Expect = 4.280e-36
Identity = 85/180 (47.22%), Postives = 106/180 (58.89%), Query Frame = 2

Query:  335 LISAGYKITWDKGADGGG-----EEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSKESDSKACALP--ASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQFPGVN----GWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRP 841
            LI+AG  +       GG      EE  EE   DIFRDT +RY+GYANEVGEAFRPL+P   V +SY VA AY+ AD+ AKG +C++  +      P  A  D L FQ+LASVVFP F INR VA V   ++  +      G+      ++PT  GL +IPFI  PLD  VEE+LD T RP
Sbjct:   89 LIAAGKALELGVFKSGGADPEVLEEEVEEETADIFRDTPVRYLGYANEVGEAFRPLVPVELVNLSYAVAFAYIFADSAAKGKQCAENPERSRSPTPPVAVIDCLIFQILASVVFPSFNINRIVALVGTQLEQIEAIANSVGIPTETADYVPTLVGLAIIPFIAPPLDTFVEEILDLTYRP 268

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BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot
Match: A0A7S2GNS6_9STRA (Mitochondrial fission process protein 1 n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2GNS6_9STRA)

HSP 1 Score: 139 bits (349), Expect = 2.920e-34
Identity = 87/196 (44.39%), Postives = 112/196 (57.14%), Query Frame = 2

Query:  332 GLISAGYKITWDKGADGGGEEGRE--EGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAVVVSYGVAIAYVSADAVAKGFKCSK-----ESDSKACALPASFDVLTFQLLASVVFPGFTINRWVAFVEYMIQASDLETQFPGVNGWLPTAAGLGLIPFIVAPLDNLVEEVLDKTLRPFLLEKFPTCELE-PIFGAE 895
            GL+SAGY +   +  +  GE      +GEVD++RDT +RY GYANEVGEAF PL+PA+ V  SY VAIAYV AD V KG K  K     ES    C +  S D   +Q+ ASV  PG+TI++ VA    ++ +++       V   LPTA GL  IPFIV PLD   E+ +D TLR        +CE+  P F  E
Sbjct:   97 GLVSAGYALLSGESGEAEGENSAAAADGEVDLYRDTPVRYCGYANEVGEAFAPLVPAWIVPASYAVAIAYVCADTVDKGVKAFKGGRYMESSIGVCTVIESLDAFIWQIAASVALPGYTIHQIVAAT--VLVSNNYGWDADPVLKVLPTAIGLATIPFIVKPLDEFAEKGMDWTLRKLWSPFLESCEVSYPDFDDE 290

The following BLAST results are available for this feature:

BLAST of mRNA_C-linearis_contig103.818.1 vs. uniprot

BLAST of mRNA_C-linearis_contig103.818.1 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
A0A6H5KVT2_9PHAE	1.980e-142	80.28	Mitochondrial fission process protein 1 n=1 Tax=Ec...	[more]
A0A835Z9H3_9STRA	7.850e-64	49.81	Mitochondrial fission process protein 1 n=1 Tax=Tr...	[more]
D8LKC7_ECTSI	4.260e-63	75.88	Mitochondrial fission process protein 1 n=1 Tax=Ec...	[more]
A0A6U1M3H5_9STRA	3.670e-50	48.40	Mitochondrial fission process protein 1 n=1 Tax=Fi...	[more]
A0A6S9JYQ6_HETAK	9.510e-42	51.43	Mitochondrial fission process protein 1 n=1 Tax=He...	[more]
A0A6S9GWP9_HETAK	1.240e-40	45.24	Mitochondrial fission process protein 1 n=1 Tax=He...	[more]
A0A7S1TYP3_9STRA	1.450e-39	54.55	Mitochondrial fission process protein 1 n=1 Tax=Ph...	[more]
A0A7S1Y783_9STRA	4.590e-38	50.62	Mitochondrial fission process protein 1 n=1 Tax=Gr...	[more]
A0A0G4FUR6_9ALVE	4.280e-36	47.22	Mitochondrial fission process protein 1 n=1 Tax=Ch...	[more]
A0A7S2GNS6_9STRA	2.920e-34	44.39	Mitochondrial fission process protein 1 n=1 Tax=Di...	[more]

Pages

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	211.5
Seed ortholog evalue	5.3e-52
Seed eggNOG ortholog	2880.D8LKC7
Hectar predicted targeting category	signal peptide
EggNOG free text desc.	mitochondrial fission
EggNOG OGs	KOG3945@1,KOG3945@2759
Ec32 ortholog description	Mitochondrial 18kDa protein
Ec32 ortholog	Ec-05_001290.1
COG Functional cat.	S
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Exons	9
Model size	1306
Cds size	852
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622927375.120471-UTR-C-linearis_contig103:81184..81239	1622927375.120471-UTR-C-linearis_contig103:81184..81239	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig103 81185..81239 +
1690879662.5725267-UTR-C-linearis_contig103:81184..81239	1690879662.5725267-UTR-C-linearis_contig103:81184..81239	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig103 81185..81239 +
1622927375.2313604-UTR-C-linearis_contig103:90856..91255	1622927375.2313604-UTR-C-linearis_contig103:90856..91255	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig103 90857..91255 +
1690879662.6730394-UTR-C-linearis_contig103:90856..91255	1690879662.6730394-UTR-C-linearis_contig103:90856..91255	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig103 90857..91255 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_C-linearis_contig103.818.1	prot_C-linearis_contig103.818.1	Chordaria linearis ClinC8C monoicous	polypeptide	C-linearis_contig103 81240..90856 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at C-linearis_contig103:81185..91255+
coding sequence from alignment at C-linearis_contig103:81185..91255+

protein sequence of mRNA_C-linearis_contig103.818.1

>prot_C-linearis_contig103.818.1 ID=prot_C-linearis_contig103.818.1|Name=mRNA_C-linearis_contig103.818.1|organism=Chordaria linearis ClinC8C monoicous|type=polypeptide|length=284bp
MAAKVSCAALAMAAAVAAGVTEAFVAPPVAGVARAGAWVGAQPSSSSSSW
TSACRRAAGGGPRGEGTSMIAGAEAQVADTANLLFAQMAGCTGLISAGYK
ITWDKGADGGGEEGREEGEVDIFRDTALRYMGYANEVGEAFRPLIPAFAV
VVSYGVAIAYVSADAVAKGFKCSKESDSKACALPASFDVLTFQLLASVVF
PGFTINRWVAFVEYMIQASDLETQFPGVNGWLPTAAGLGLIPFIVAPLDN
LVEEVLDKTLRPFLLEKFPTCELEPIFGAEPLP*

mRNA from alignment at C-linearis_contig103:81185..91255+

Legend: UTRpolypeptideCDS

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

>mRNA_C-linearis_contig103.818.1 ID=mRNA_C-linearis_contig103.818.1|Name=mRNA_C-linearis_contig103.818.1|organism=Chordaria linearis ClinC8C monoicous|type=mRNA|length=10071bp|location=Sequence derived from alignment at C-linearis_contig103:81185..91255+ (Chordaria linearis ClinC8C monoicous)
TTGGGGGCCCACTCCGTTTCCCTGCGAGTCGCCTCGTGTTGCACGCGCTG
TGAACATGGCAGCAAAGGTGTGTGCCTGATTTTTTTTGTGTGATATGGTT
CGACGATGCATGCCCGGTGTTGTTGCCTACGGTCGTCTTTTTTTGGGGTC
CACTGCCACAGCTCGAAACGTGTCAATACGTCGACCCCGCGCGTGTGTGT
CCGTTAGCGTGTGTCGGTGAGATATTTGTCTGGGGCAACGCTGCTTTTCG
TGGTGGACTGGGCGTCAGGGAACATCAAGACCCAAACGACCGCTTTGATC
GTTCGTAGGATTGCTGTTTGTGCCGAGGGAGAGTAGACAGAGAGAGACTT
TGGTTGCCACCAATAATGCAGACAAGATGTGTCCGTCTCCGGAGAGGACG
AACCCTGCTGTGATGCGCATGGTCCGAACACCTATGCATACATTCCTGTT
TACGTGTGTAAATGGGATGCATGTTGGAAAACGACGCTCGAATGGGATCG
TGCTGGTGGCACAGCACGCCTTGCAGTTTCGAATGTAGCTCGTTTTTCTC
TCGTCGGGGTCCGCGGGCGTGCGCCTGCTCCCAAGCTGTAAAAACTAAAA
CTGCTCATGTTCTCTATGCTGAACACGCACGCGTACAGCAGGTACGTGTA
CAGAGACTGGGTGCACAATCAGCCGTGTGTGTGTGTGTCGAGGGTATCGT
GCAGGCGGAAGAGATTGCTGGTGTCCGTTGGAACAGCGAAAGTTGCCTGC
TCTCGCTCGCGTGCTCCCTATTCCCCGCCCTATCGCATAGGTTGTTATTT
AGCACAGCGGTTGCGTGCCATCACGGGCGCACGGCGGTTGTTGCTGTGTT
TCCTCCACGCCGGGTTGCTCTAATCTTTCGAGTGAGTAAGGTTGTTAGCA
CAGCAGTTGCGTGCCATCACGGGCACGGCGGTTGATGCCGTGTTTCTCAA
CGCCGGGTTGCTCTAATCTTAATATTTCGAGTGAGAACCGTAAAGATACC
ATCCATGTCGGGGATTCTGTACGCCACCAACACGCGCCCTGTGCGGTACT
TTGGAGGCATATGCAACAAGCTACACGCAGCGTTTCTTGGTCTGCTGCTA
CAAACCTAACTCGAACTGAGGCGGCAAGATGTCGGAGTATTGCATGCATA
ACATACAGTATGCGTGTGAACCAAGATGCCGCGGCGTATTCGTGACGGCT
CGTTTCTGGTTTCTCTGTGCATCCAGTAATTTTTCGCCTTCGCCGTACCG
ACGGAAGCATACGACACCGAACCAATCGCTCCAAGTGTGTGTTGTGTGTT
TTCGTCCCATTTATTTTGGCGACAGTCCCTTCCGATCAAGGCGAGACGTG
TTCTACACGTTGCGGTGTATTCAGAGTACTACACTTCTTCAGTGTATTTT
TCTGTTCAACTAGAACCAACCGGGGTCACACAGGAGGGGGTAAACACTGG
GGCTTTTTTCTTCTTTTTCTGTTCCTTTTTTGCCCCACCTTCCTCCTGCG
GTGCTTGCCTTGGATTTTATCGCGAGAAGGGTGCAGCCATCCCTTTCCCT
CGTCAACGTGCTAAGTCGAAGTTTGGTACTCACGAGCTTTTTCAGCTATT
TATCGCTTTCACCTGCAAAGTCGCAAAAGAAACACCTTTGCTTGGAATTG
AACTCCAGACTTTGCTGCTAGTGGGTTCGAGGTAGGTCGCGTGAATTCTC
AACGCTAGTTAGAAGGGCTTTTACTCCGAGAATAGCGGCATTTGGAATAC
CTTCGCATCACGTTTACCTGCTCAAAGTCAAAGCCGCACAGATCAACGTG
TCGGGCCATCATTAACGGCTGTACAGAGTTGCGTCCTTTTCGGAGCATTC
GATATGGGAGTGGTATCCTCCGTAGTCGAACAGGCAGACAGACGGACACA
CAGGAAGGGACACGCGCGAGCTTTGACTGAAATAATGATATTCATCTCGT
TGAACGCTCTTACAAAATCGCACCCTAACCGCTGACACGACCCATAAAGA
TTAAAGATTTCATGCACAGCAGTATTGTAGCGTAACGAAACAATGAACTA
CACACGCAGTCAGTCAGTGGTATACGGTCGGTACACATGCACCAATACCC
TGCCCTCGGAAGCAGCAAGAAACAGACCCGCGCGAGAGCGAAGCTCTCGT
GTTTGTGTGTGTGTGTGTGTTTTCGTCCCATTTATTTTGGCGACAGTCCC
TTTCCGATCAAGGCGAGACGTGTACTACACGTTGCGGTGTATTTAGAGTA
CTACACTTCTTCAGTGTATTTTTCTGTACAACTAGAGCCGGTCGCCCCGG
TGGACTAGTAGTTTAACCTCGAACCCACTAGCAGCAAAGTCTGGAGTTCA
ATTCCAAGCAAAGGTGTTTCTTTTGCGACTTTGCAGGTGAAAGCGATAAA
TAGCTGAAAAAGCTCGTGAGTACCAAACTTCGACTTAGCACGTTGACGAG
GGAAAGGGATGGCTGCACCCTTCTCGCGATAAAATCCAAGGCAAGCACCG
CAGGAGGAAGGTGGGGCAAAAAAGGAACAGAAAAAGAAGAAAAAAGCCCC
AGTGTTTACCCCCTCCTGTGTGACCCCGGTTGGTTCTAGTTGTACAGAAA
AATACACTGAACAAGTGTAGTACTCTAAATACACCGCAACGTGTAGTACA
TGTCTCGCCTTGATCGGAAAGGGACTGTCGCCAAAATAAATGGGACGAAA
ACACACACACACACACACTAGAACCAACCGGGGTCACACAGGAGGGGGTA
AACACTGGCTGGGGCTTTTTTCTTCTTTTTCTGTTCCTTTTTTGCCCCAC
CTTCCTCCTGCGGTGCTTGCCGCCTTGGATTTTATCGCGAGAAGGGTGCA
GCCATCCCTTTCCCTCGTCAACGTGCTACGTCGAAGTTTGGTACTCACGA
GCTTCTTCAGCCATGTTATCGCTTTCACCTGCAAAGAAAGTCGCAAAATA
AACACCTTTTGCTTGGAATTGAACTCCAGACTTTGCTGCTAGTGGGTTCG
AGGTTAAACCACTAGTCCACCGGGGCGACCGGCTCGTCTCGTACGCACGA
TCAATTCAGTTCGCACGCGCCAACAGAGTTTTCATGACAAGTAAAGCTGC
CTTTGTCTCGGCTCACGCGCCCTAAAATATGTCATACGCAAATACACGAG
GTTTCATGCGCGGTGGGATGAATCAATGAGCTACAGCAGTTGCCAAACCT
TTAACCTTCACCAATACCCTACCTACGTACCCCCCTTCGAAGGCCGTAGA
GAAAAGAACCTTCGCTGATCTCGGCGCACACGAAAGCACGACCTTAGACG
CGCCGACGGGTTTCATGCGCTCAACTTTACCCTCTGTTTCGCATACGCAT
ACGCCATACGCCGCACGTACTCTCGCACGCGGAAACAGGTTTCATGCGCA
GCGTTGGCGATGGCCGCGGCGGTGGCGGCCGGTGTTACCGAGGCGTTCGT
GGCGCCGCCGGTGGCGGGAGTAGCGCGGGCTGGGGCTTGGGTAGGGGCCC
AACCATCATCGTCGTCGTCGAGCTGGACCTCTGCTTGCCGAAGGGCTGCG
GGAGGAGGGCCAAGAGGGGAGGGGTGAGCAAGAAATGTTGTTTTCTGGTG
GGGGGCGGGTTAGTCGAAGATCGGTAGCATTCTTGGCACCCACCTTACCG
ACGACCTGCGAGAGCAGGACCGAGAGGGGAGGGGCGAGGGGGGGTATGTG
ATGTGTTGTGCCGGGGGGCGGGGGGGCGCTCATCTTGCGGGATTACTCGA
TGTCTTCGAAAATCTTGATTCCGAGAAGTTGGGGGATTACGGAGTCTGGT
ATGTTGTACATGCGGCAATCACAAGTGTTGTGTTCTTTTCGAAGGGTGTA
CTGCTGTAGCTCGAGTTTCTGCCGGTGCCGGGATTGGTGCTCATGCCGTG
CTGCCATCTTGAAGACATGCCGAACGTGCTTAACTCTGTCCACTCTGTCC
GTTGCGTTGAAGGCGTCAGCAAGCTCTGTCTTGCATTTCGGTCCCCCCCT
TTTCTCTCTCTGCTTGCCTACTTATTATAGCATCTTGTGTTTGTTGCTGT
GCTTGCTTCTGGAGCCGGTCACCAAGAGTTTTCCACACTGAACTGCTGTA
GCAGTTACCCTGCTTACTCTTGCCCGGTTGTGTCTCCATGCTTTCTCGAC
ATGCCTGCCTGCTTCGGCTGACTTACTCTCTGCGGGTCCCCTTCGTCGAC
CGCAATGCAATGCATGCGCAGGACGAGCATGATCGCGGGCGCTGAGGCTC
AGGTGGCAGACACAGCAAACCTGCTCTTCGCGCAGATGGCAGGTATGGTA
CGCACACGCCGTGTTTCGAGGCTTGGCATTTTTTATTTGTATGGGCTGTG
GTGGTGACCCAAACAGCGGTAGTACTTTGAGCTCGACGGTGGTTCGAATG
TAGCTTTGCGCGCTCGAATGTGGTGGGAGTGGGAGCGAAAAGCCGCTGTG
TTGCTTGGAATTCCTCTGGGCTGGGCGGCAGGTATCCCTCCGACGGCAGG
CTTGGAGGAAAAGATGTATGTGAAGCTGGAAACAGGCCGTCTGTGCCTTG
ACATGATTGGCGCGCGAGAGCTCTCGAGATCTTCCCTGGCATGGAAGTCT
CGTTGCGTTTCCGCAAATTGAGTCAGAACGCCCCACTCTGTTGGGATACT
ATCTACCAGGGATGGCATTTATAGGAACAAGTTGCTCAGCCTACATTGCT
GCGTTTTGCTCGCCTTCCCCTTCTTTTTGAAAACCCTCTTTTTGAAAACG
TTTCTCGGGCGCATCTTAACGCAGGGTGCACGGGGTTGATCAGCGCCGGT
TACAAGATCACCTGGGACAAGGGGGCGGACGGGGGGGGAGAAGAGGGAAG
GGAGGAGGGGGAGGTGCGAAAAAAAACTGCCGTGGATGAGATATTTTTCG
TCAAGATTATTTTTTTTTCCTTCGAATCGTTGTTGGAGACACACTTGCGA
TGTACGGAGTACTGTACTTCGAGTATTTGGTTGGTTGTTTCCAAACGTAG
GGATCCTTAAAAGTTTTTTTTTTTTTTTTTTTCAGCCTCCGAGGTGCCCG
GGTCGTATCAACAATGCCAGGTGCGGTTACGTGGTGTAAATTACCAGCTG
AACTTTGTCGGGTGTGTTCACGACAGACCATCACTCACCACGAGACTACC
CGGCGCATGCATCGTCACTGCTCTGCTGTAGACCATCTCTCACGGCAAGG
TAAACCAGCACACGCGTGTGTCCTATGTTGTAGATCACCACTCATGACAA
TGCGAAGCATGTGTGTTGGCTATGTTGTGCTGTAGACCATCACTTCACGA
CAAGGTAAACCAGCACACGCGTGTGTCGGTCGACCTACCTCTCTTGGTTG
GCCATTTTATTTTTTCATTCCAGGTGGACATTTTCAGGGACACCGCGTTG
CGCTACATGGGGTACGCCAACGAAGTGGGCGAGGCTTTCCGGTACGCACC
ACGCCGAACACTACTCAACCGAACTCAGCCTTGCTATACTTGTATGGGTA
GCAGGGTTGTAGGAGAACTCAGCCTTGCTGTACTTGATATGGGTAGCAGG
GTTGTAGAACTCAGCCTTGCTATACTTGTATGGTAAAGGCTACAGTTCTC
CTACAATAGGTAAAGGCGAGCCGAGAATTGGTTCGAGATCAGCCACCTTT
GCGATTCAGCATGCAATTCTTCTGTTCTTGAAGGCTGTGTACACGAGACG
CGGTTCGAGAAGCTACTGCTGTTGCCGCTGCTGGGCGTTTAGAGCTGTTC
TGTGTCCGTTCGAGTAGGAATCGGGTAGTGCACAACGTCCGTGTACCTTT
GATGCCCCGAAAGAGAGCTTAAGCTTCCGTTCCTGTTATCTTTCCCTGGG
TGTCTAAGCGCACGGTTTCCTTCCCGACGAACAGCGAAAAAAGAAGAAAA
GCTTGACGTTGATGTCAAAGCCTGCATCTCTTTCTTTAAGTGCAAACCTT
CGCTGTCTCCCGCCAACGAAAGACGCGAACAACCCCCTCGGGCGTCCTCC
TTTGCTCTTCCCTTTGTACGTCCTATGTTTTGACCAGGCCGCTGATCCCG
GCGTTTGCCGTGGTGGTCTCGTACGGCGTGGCGATCGCCTACGTCTCCGC
CGACGCCGTGGCCAAAGGTTTCAAGTGCTCTAAGGAGAGCGACTCCAAGT
GAGTTTGGTTATTTGTTATTCGTGGCTTCGATGGGAGGCGCTACTGCTGT
AGTGTAGCTCTCCTTATATTTTCGAAGAAAAATCAGGGAGCCAAGGACGG
AGTCTCCTCACAACACTACCACTATCAAAAGAGCATCTTTGTCTTCTTCA
AAGAGCGGCTCCAGGTGGGTTTCGTTACTTGCGGGCCCGCATTGATACTA
AGTACTTGGATATCATTTCGTGGGCTCTCCCTCTTCCTTGATGTGGAAAC
CGGGACATCAAGGACGGAACCCCCCTGCATCATGAGAGTATGCCTTCCCC
CTTCCTTAAAGAGAGCGAGCTACTTAAGTTTTGGTCGGTTGGTTGTGGAT
TCGCGTGGCTCCATGTATTCCTTTTCTTTTCGAGTAAGAGAGATCTCCAA
GAGTTGTTGTTGTTGACAGTCCCGTTGCGTTGTTTTGTGTTTGCGCGATG
AAAGATACCCCGCCGCGCCGGGTCTCACGCCGTATTTGTTTGTTCTCTCC
TGCCCGAGCACCGCACATTGTAGCTCTCCCTTACTCGAAAATATATGAGG
AAATCAAACACGCCCCCCCCCCTGCTGTTTCAGCGCCTCTTCCTTTCCTT
CCCACTCCTCAAGTGTTTCCTTCCTTGTTCTCGTTGAGTTTGAATTTGGG
ATACTTGAAGAGTATGTGCCTGTTGTTGAACCCACCACTCCACCCCGTAT
CGGTGTGTGTCTTCATTGGTATCTCTTGTCTCTTGTCGCCGTTATTGCCA
GGAACGTGCGTTCTCCCCGCGTCGTTTGACGAGATGACGTTCCAGATGCT
GTTTGTTGTCGACCCAACCCTCCCATTCGCGGCTGTCTTTTCCTTCTCGT
TCTTATTCGTTTTGTCAGGGCGTGCGCCCTTCCTGCGTCGTTCGACGTGT
TGACGTTCCAGCTGCTGTTTGTTGTCGACCCAACCCTCCCATTCGCTGCC
TTCTCTTCCTTCTCGTTCTTATTCGTTTTGTCAGGGCGTGCGCCCTTCCT
GCGTCGTTCGACGTGTTGACGTTCCAGCTGCTGGCGTCTGTGGTGTTCCC
GGGATTTACCATCAACCGCTGGGTGGCGTTCGTGGAGTACATGATCCAGG
CTTCGGACCTGGAGACACAGGTGAAAAGAGAGCTCAGAAAGCACCTGTTT
ACTTGCTTGAATACTACCGTATATGTACAAGGGGGTTGTTTGGTGTCTTT
GCTGTTGTTCGTGGAGTACGTGATGCAAGCTTCGGACCGAGAGACACAGG
TGAAAAGAGAGCTTGAAAAGCAACTGTTTGCTTGTATACTACCTTATGTA
CAAGGGGGTTGTTTGGTGTCTTTGCTGTTGTTCGTGGAGTGTACATGATC
CAAGCTTGTAGCCTAGAGACACAGGCAGGTGAAGAATGCAATACTGTATG
GTACTCGTTTCGCCTGCGTGTGGGAAACGTTGAACGTTTACTGCTCTTCT
GGGGTGCCGATGTGCGTGTGCTTGAGGTTTTGCATCCACAGGGGGGGGAG
GCACAGGTTCTCGTCAAATAGGAGCTTTCCGTGAGATTTTCTGACCCCCC
ATTTTCGCTAAGCGGTGTTCTTTGCCCGTGATCTTCTTGCTATTTCAACC
CGAAATCAAACCGAAATGTGCTCGCTAGTTTTCCTCTGACGGGAACGTGG
CTAAAGCATCGCTCCCACGGCAGTACCAAAACGTGGCCATTGTTCTCTTC
CCCATCACCTTGTTGCCATCTCCTCTTGTTTGTCTTGACGGCATCATGGT
TCAGTTTCCCGGAGTGAACGGCTGGTTGCCCACCGCGGCGGGGCTAGGGT
TGATCCCTTTCATCGTCGCGCCGCTCGACAACCTAGTGGAGGAGGTGAGT
CGTCATCGTCGATGTTGCGTTAGTGAAGCTGTGGGAGTGGGGCTGAGTAT
CCCTTTCATGGCGGACCGCTCTGCAACCTATTATAGTGGAGGGGGGCGAG
CAAACTTCGGGAGTTCCGCGGTTTCTTTCACCGCCTGAAGGGTATTACAT
ACTTTAGTATCGTGGTTTCTTCCACCAATGCTTTGGTTTTCGTATTCGTG
TTTTCACCTTCTCCTATGAGGCCGTTTCTTACGGTGAAATTTTAGATTTT
TATTTTGGGGAGGGGTACCATTTTTTTCCAGGAAAAAAAAAGGACCTTCT
TACGGGTAGGAATTTGGCCAATTCCTAACCCCCAAATTTAAACCACGACA
TTGTCCTAGAATCCCGGCCGCCCAGTGAAATATTCAGCCCAAATAAAAAA
CGAAGCGGGCTGGATTAGGATTTTTATTTGGGGGGGGTGGTGTCACCCCC
CCTGAACAGGGAATGGTGCCAGTACGAGCAACTACACCGTCTGCTGCCCA
AACAGAGGCAAACCCAATGATGATGCGGTCACACATAAACCCTCAGCAGG
TATCCAATTTTGAGGTCGTTCTGCGCTTTGTTGGCCGCACACAAGCCGAA
AACGTCACAACCTCCAACGTTGCTGTGCCCAGCCAGCATCATCGTGCGTT
TCCTCTTCCGAAAAGAGCCGTTTTTGTGGATGATGTCGCATGTGTGTCCA
CCCAAAAACGCATACCGGAGAGAGGCTTTTGGTCGGCAATGACCACGAAC
TGCAGCCAATGGCGTGAGTTCATACACATAACCTCTGCAGGCGTCTTAAC
CCCAAAACAGGGCGCGTTGTTCAGTTTTGAGTGCACACGGCCCTTAGACT
TGAACTGAAGTGTGTTTCGATGTTGACTTTTTTGGACTTTTCCTTTTTTC
GAGTGTTTCCTTCGTGCGTAACCAGCCAAAACCACACACACCAGAGAGAG
GCTTTAGGCCGACATAACCAACCAACAGCAGTCGATTGCGTGGATGCAAA
CACATGGCCTCTGCAGGCGTCCCAAAAGAAGGGCGAGTTGTCCAGTTTTG
ATGAGTGAGTGCACACCGCCCGTAGACAGACGTTAACTGAAGTGTGTTTC
GATCTTGACTTTTTTTTACTTTCCTTTTTTCGAGTGTTTTCTTCGTGCGT
GACCAGTCGAAACCACATGCGAGAGAGAGGGTTTAGGCCAACACAACCAA
CAAGCAGCAGTCGATGGCGTAAATTCCCACACATGTCCTCTGCAGGCGTC
CCAAAACTATGGCGCTCTGAGCTTTGGCGGCTGCACACGAGCCGAAAACG
TCTACGGAAGCATGTATGTTACCTACCGACATCGAATGGACAATTTTTCC
CCACTCTGGAAAAAATATCGCTCGACGGACCGTAATAAGGTCGCTCGGAT
GTGCTTTTTATTTCTCTTGCAAATCCTTCCCAGCAAAAAAATGAAGAAAA
AAAAGCTGGAAAAAAAACGCCGTAAGAAACGGCCTGATACGTCTCGTTTT
TGCTAGATATTTTCCTCCCCCACGTTGCTTGCTGTTTTGCTGTTCCCCCC
CTTTGTTTTTTTTTTTATATTTTTTTCGTCAGGTGCTGGACAAGACCCTC
CGGCCTTTCCTGTTGGAAAAGTTCCCGACATGCGAGCTCGAGCCTATCTT
CGGCGCCGAACCCTTACCATGATACTTATCATCTTACCCTATGATGGAGA
TACAGCAGCAGTATCGTCCTAATTCATGGAAGTTTCCGCAGTCTCATCGT
GGAAGTCCCGCGAAAGATGTGCTTGAAGTATAACCCACGCCGTTTTAATC
TTAATTCCTGCATGGTTGGTTTAGACTTGGGCGCTTCGTTCATCGTTTTT
CAGCAGTACGCGCACGCGAACAGCGGTCTTCGTCGGCGCTTGGCTTGCCG
TGATCGAGAGGGCGCTTAGAAACGCGGCACGCGGCACGCGGCACGCACGC
ACGCACCGTTGTCCCTGTGTCGACTGATGGCTCCTGTCGCCTTTTCGCTC
TCCTCGCAAAACCTAGACGTGGAGCTCGCAAGTCGGTATCGCGGCTGGGT
TTTCCCGGCCCACTTTACGGC

Coding sequence (CDS) from alignment at C-linearis_contig103:81185..91255+

>mRNA_C-linearis_contig103.818.1 ID=mRNA_C-linearis_contig103.818.1|Name=mRNA_C-linearis_contig103.818.1|organism=Chordaria linearis ClinC8C monoicous|type=CDS|length=1704bp|location=Sequence derived from alignment at C-linearis_contig103:81185..91255+ (Chordaria linearis ClinC8C monoicous)
ATGGCAGCAAAGATGGCAGCAAAGGTTTCATGCGCAGCGTTGGCGATGGC
CGCGGCGGTGGCGGCCGGTGTTACCGAGGCGTTCGTGGCGCCGCCGGTGG
CGGGAGTAGCGCGGGCTGGGGCTTGGGTAGGGGCCCAACCATCATCGTCG
TCGTCGAGCTGGACCTCTGCTTGCCGAAGGGCTGCGGGAGGAGGGCCAAG
AGGGGAGGGGTTTCATGCGCAGCGTTGGCGATGGCCGCGGCGGTGGCGGC
CGGTGTTACCGAGGCGTTCGTGGCGCCGCCGGTGGCGGGAGTAGCGCGGG
CTGGGGCTTGGGTAGGGGCCCAACCATCATCGTCGTCGTCGAGCTGGACC
TCTGCTTGCCGAAGGGCTGCGGGAGGAGGGCCAAGAGGGGAGGGGACGAG
CATGATCGCGGGCGCTGAGGCTCAGGTGGCAGACACAGCAAACCTGCTCT
TCGCGCAGATGGCAGGACGAGCATGATCGCGGGCGCTGAGGCTCAGGTGG
CAGACACAGCAAACCTGCTCTTCGCGCAGATGGCAGGGTGCACGGGGTTG
ATCAGCGCCGGTTACAAGATCACCTGGGACAAGGGGGCGGACGGGGGGGG
AGAAGAGGGAAGGGAGGAGGGGGAGGGTGCACGGGGTTGATCAGCGCCGG
TTACAAGATCACCTGGGACAAGGGGGCGGACGGGGGGGGAGAAGAGGGAA
GGGAGGAGGGGGAGGTGGACATTTTCAGGGACACCGCGTTGCGCTACATG
GGGTACGCCAACGAAGTGGGCGAGGCTTTCCGGTGGACATTTTCAGGGAC
ACCGCGTTGCGCTACATGGGGTACGCCAACGAAGTGGGCGAGGCTTTCCG
GCCGCTGATCCCGGCGTTTGCCGTGGTGGTCTCGTACGGCGTGGCGATCG
CCTACGTCTCCGCCGACGCCGTGGCCAAAGGTTTCAAGTGCTCTAAGGAG
AGCGACTCCAAGCCGCTGATCCCGGCGTTTGCCGTGGTGGTCTCGTACGG
CGTGGCGATCGCCTACGTCTCCGCCGACGCCGTGGCCAAAGGTTTCAAGT
GCTCTAAGGAGAGCGACTCCAAGGCGTGCGCCCTTCCTGCGTCGTTCGAC
GTGTTGACGTTCCAGCTGCTGGCGTCTGTGGTGTTCCCGGGATTTACCAT
CAACCGCTGGGTGGCGTTCGTGGAGTACATGATCCAGGCTTCGGACCTGG
AGACACAGGGCGTGCGCCCTTCCTGCGTCGTTCGACGTGTTGACGTTCCA
GCTGCTGGCGTCTGTGGTGTTCCCGGGATTTACCATCAACCGCTGGGTGG
CGTTCGTGGAGTACATGATCCAGGCTTCGGACCTGGAGACACAGTTTCCC
GGAGTGAACGGCTGGTTGCCCACCGCGGCGGGGCTAGGGTTGATCCCTTT
CATCGTCGCGCCGCTCGACAACCTAGTGGAGGAGTTTCCCGGAGTGAACG
GCTGGTTGCCCACCGCGGCGGGGCTAGGGTTGATCCCTTTCATCGTCGCG
CCGCTCGACAACCTAGTGGAGGAGGTGCTGGACAAGACCCTCCGGCCTTT
CCTGTTGGAAAAGTTCCCGACATGCGAGCTCGAGCCTATCTTCGGCGCCG
AACCCTTACCATGAGTGCTGGACAAGACCCTCCGGCCTTTCCTGTTGGAA
AAGTTCCCGACATGCGAGCTCGAGCCTATCTTCGGCGCCGAACCCTTACC
ATGA