mRNA_H-akashiwo_Contig111.3.1 (mRNA) Heterosigma akashiwo CCMP452

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

Overview
NamemRNA_H-akashiwo_Contig111.3.1
Unique NamemRNA_H-akashiwo_Contig111.3.1
TypemRNA
OrganismHeterosigma akashiwo CCMP452 (Heterosigma akashiwo CCMP452)
Homology
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A6S9GUW9_HETAK (Peptidylprolyl isomerase n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6S9GUW9_HETAK)

HSP 1 Score: 271 bits (694), Expect = 7.460e-89
Identity = 143/154 (92.86%), Postives = 143/154 (92.86%), Query Frame = 1 
Query:    1 APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG K G         GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK
Sbjct:   84 APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILGMKKG---------GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 228
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A835YKN3_9STRA (Peptidylprolyl isomerase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YKN3_9STRA)

HSP 1 Score: 193 bits (490), Expect = 6.420e-58
Identity = 98/154 (63.64%), Postives = 117/154 (75.97%), Query Frame = 1 
Query:    1 APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            AP  DVPFT LPSGVK K++R+G+GAEV  GSRV +Q TGR+LNLNGVKF+STKDN+VD L GPEPL+ T G G  IPGLEEGILG K G         G+RRIVVPA  GY  G   QP P  ++D+NALDSV+KNPRRD++ L+DVQVER++
Sbjct:   87 APLGDVPFTTLPSGVKIKDYRSGSGAEVKKGSRVWVQATGRMLNLNGVKFFSTKDNVVDPLVGPEPLVLTIGDGSTIPGLEEGILGMKKG---------GIRRIVVPAAQGYKVGTPFQPAPRSKIDQNALDSVVKNPRRDSTTLWDVQVERVR 231
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A7S2Y0Y0_9STRA (Peptidylprolyl isomerase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2Y0Y0_9STRA)

HSP 1 Score: 192 bits (487), Expect = 2.870e-57
Identity = 95/154 (61.69%), Postives = 120/154 (77.92%), Query Frame = 1 
Query:    1 APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            +P  D+PF  L SGVK+KEF+ G G +V  GSRVS+Q+TGRLLNLNGVKF+STKD + D L G EPL+FTAG GQ++PGL+E +LG K G         G+RR+VVPA+LGY+AG  L+PQP   LD+NAL+SVL+NPRRDAS++FDV VER+K
Sbjct:  102 SPDSDIPFVTLDSGVKFKEFKEGTGPQVTAGSRVSVQLTGRLLNLNGVKFFSTKDGVQDPLLGYEPLVFTAGAGQVVPGLDEAVLGMKKG---------GIRRVVVPARLGYSAGQNLEPQPRSVLDRNALNSVLQNPRRDASVMFDVVVERVK 246
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A6T7GSP4_9STRA (Peptidylprolyl isomerase n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A6T7GSP4_9STRA)

HSP 1 Score: 158 bits (399), Expect = 5.080e-44
Identity = 84/150 (56.00%), Postives = 105/150 (70.00%), Query Frame = 1 
Query:   13 DVPFTELPSGVKYKEFRAGAGAEVAPG-SRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILGKSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            D PF  L +GVK K+F+ G G E   G SRV I+ T RLLNLNGV FYSTK+N  D   GPEPL+FT GKG+ +PGLE G++G            G+RRI+VPA+L Y+  P L+P+P   LD+ ALDSV+ NPRRDA++LFDVQVER+K
Sbjct:  108 DRPFVTLANGVKVKDFKEGIGTETVNGVSRVFIKCTSRLLNLNGVIFYSTKNNNPDGF-GPEPLVFTLGKGEALPGLESGLMGMKKD--------GIRRIIVPAELAYSKYPQLEPKPMSALDQRALDSVVNNPRRDATILFDVQVERIK 248
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: B8BQ49_THAPS (Peptidylprolyl isomerase n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8BQ49_THAPS)

HSP 1 Score: 148 bits (373), Expect = 2.070e-40
Identity = 75/148 (50.68%), Postives = 102/148 (68.92%), Query Frame = 1 
Query:   19 PFTELPSGVKYKEFRAGAG-AEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILGKSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            PF  LP+GV+ KEFR G+G A V  GS+V + + GRLLNLNGV FY TK   +       PL FT G G ++PGLE GI+G +          G+RRI+VP++LGY   PTL+PQP  ++++ AL+SV+KNPRRD ++LFDV+VER++
Sbjct:   86 PFQTLPNGVQVKEFRVGSGGAAVQSGSKVELTLKGRLLNLNGVIFYDTKSKDISGFGEGTPLQFTVGDGTVLPGLEAGIVGMTKN--------GIRRIIVPSELGYGTNPTLEPQPFTEMERRALESVVKNPRRDGTVLFDVKVERVR 225
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A1E7EX78_9STRA (Peptidylprolyl isomerase n=1 Tax=Fragilariopsis cylindrus CCMP1102 TaxID=635003 RepID=A0A1E7EX78_9STRA)

HSP 1 Score: 144 bits (363), Expect = 7.430e-39
Identity = 77/148 (52.03%), Postives = 101/148 (68.24%), Query Frame = 1 
Query:   13 DVPFTELPSGVKYKEFRAGAGAE-VAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILGKSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVER 453
            +  F  LP+GVK K+F  G G+E V   SRVS Q +GRLLNLNGV FY+TK+N  D   G  PL  T GKG+ +PGL+ G++G            G+RRI+VPA+L Y+  P L+P+P   LD+ ALDSV+KNPRRDA++LFDV++ER
Sbjct:   90 ETQFKTLPNGVKIKDFSVGTGSEIVGNNSRVSFQCSGRLLNLNGVVFYNTKNNNPDGF-GAIPLTVTLGKGESLPGLDSGLIGMRKN--------GIRRIIVPAELAYSVYPNLEPKPMSDLDQRALDSVVKNPRRDATILFDVRLER 228
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: K0T180_THAOC (Peptidylprolyl isomerase n=2 Tax=Thalassiosira oceanica TaxID=159749 RepID=K0T180_THAOC)

HSP 1 Score: 140 bits (352), Expect = 1.670e-37
Identity = 70/151 (46.36%), Postives = 100/151 (66.23%), Query Frame = 1 
Query:   13 DVPFTELPSGVKYKEFRA-GAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            + PF  + +GV+ K+FR  G G  V  GS+V + + GRL+NLNGV FY TK   V       PL+FT G G ++PGLE G++G + G          +RRI+VP ++GYAA P L+P+P   ++K ALDSV+KNPRRD +++FDV+VER++
Sbjct:   65 EAPFRTISNGVQVKDFRIFGGGTPVQKGSKVELTLKGRLINLNGVVFYDTKSKDVSGFGEGTPLVFTVGDGTVLPGLESGLIGMEKGA---------IRRIIVPGEVGYAANPDLEPRPLTDVEKRALDSVVKNPRRDQTVMFDVKVERVR 206
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A7S0IPQ2_9EUKA (Peptidylprolyl isomerase n=1 Tax=Calcidiscus leptoporus TaxID=127549 RepID=A0A7S0IPQ2_9EUKA)

HSP 1 Score: 138 bits (347), Expect = 1.200e-36
Identity = 78/148 (52.70%), Postives = 93/148 (62.84%), Query Frame = 1 
Query:   22 FTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKFYSTKD--NIVDELAGPEPLIFTAGKGQLIPGLEEGILGKSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            FT L SGVK KE R GAG  V  G  VS+Q +GR LNLNG KF ST+D       LA  EP +FT G G +IPGLE+ +LG +          G RR+V+PA LGY A   L P P    D  AL+S++KNP RDASLLFDVQ+ER+K
Sbjct:   73 FTTLASGVKVKEVRVGAGPPVRVGDTVSVQYSGRCLNLNGKKFISTQDASTRTSGLAISEPYVFTVGSGAVIPGLEQAVLGMAKG--------GYRRVVIPAALGYDAAMRLGPTPDNFQDVRALESIVKNPNRDASLLFDVQLERIK 212
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BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A7S0W8P0_9CRYP (Peptidylprolyl isomerase n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0W8P0_9CRYP)

HSP 1 Score: 139 bits (349), Expect = 1.290e-36
Identity = 76/145 (52.41%), Postives = 102/145 (70.34%), Query Frame = 1 
Query:   31 LPSGVKYKEFRAGAG-AEVAPGSRVSIQITGRLLNLNGVKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            LPSGV YKE++ G G AEV PG  V++Q+TGRLLNLNG+KFYSTK+   DE      L F  G+G+L+PGLEEG+LG K G          +R+IVVP  +GY+  P L PQP+ +  + +LDSVLKNPRRD++++F+V VE ++
Sbjct:  110 LPSGVSYKEYKPGQGDAEVGPGKTVNVQMTGRLLNLNGIKFYSTKE-FKDEFGEAPALKFVYGRGELLPGLEEGMLGMKKGA---------IRKIVVPPSMGYSQYPNLLPQPSAK-GRPSLDSVLKNPRRDSTIVFEVLVEGIR 243
[Close]
BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Match: A0A7S2V6M4_9STRA (Peptidylprolyl isomerase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V6M4_9STRA)

HSP 1 Score: 130 bits (327), Expect = 4.440e-35
Identity = 65/107 (60.75%), Postives = 83/107 (77.57%), Query Frame = 1 
Query:  142 VKFYSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILG-KSGCLDIYGFL*GVRRIVVPAKLGYAAGPTLQPQPTKQLDKNALDSVLKNPRRDASLLFDVQVERLK 459
            VKF+STKD + D L G EPL+FTAG GQ++PGL+E +LG K G         G+RR+VVPA+LGY+AG  L+PQP   LD+NAL+SVL+NPRRDAS++FDV VER+K
Sbjct:    6 VKFFSTKDGVQDPLLGYEPLVFTAGAGQVVPGLDEAVLGMKKG---------GIRRVVVPARLGYSAGQNLEPQPRSVLDRNALNSVLQNPRRDASVMFDVVVERVK 103
The following BLAST results are available for this feature:
BLAST of mRNA_H-akashiwo_Contig111.3.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6S9GUW9_HETAK7.460e-8992.86Peptidylprolyl isomerase n=2 Tax=Heterosigma akash... [more]
A0A835YKN3_9STRA6.420e-5863.64Peptidylprolyl isomerase n=1 Tax=Tribonema minus T... [more]
A0A7S2Y0Y0_9STRA2.870e-5761.69Peptidylprolyl isomerase n=1 Tax=Fibrocapsa japoni... [more]
A0A6T7GSP4_9STRA5.080e-4456.00Peptidylprolyl isomerase n=1 Tax=Attheya septentri... [more]
B8BQ49_THAPS2.070e-4050.68Peptidylprolyl isomerase n=1 Tax=Thalassiosira pse... [more]
A0A1E7EX78_9STRA7.430e-3952.03Peptidylprolyl isomerase n=1 Tax=Fragilariopsis cy... [more]
K0T180_THAOC1.670e-3746.36Peptidylprolyl isomerase n=2 Tax=Thalassiosira oce... [more]
A0A7S0IPQ2_9EUKA1.200e-3652.70Peptidylprolyl isomerase n=1 Tax=Calcidiscus lepto... [more]
A0A7S0W8P0_9CRYP1.290e-3652.41Peptidylprolyl isomerase n=1 Tax=Hemiselmis tepida... [more]
A0A7S2V6M4_9STRA4.440e-3560.75Peptidylprolyl isomerase n=1 Tax=Fibrocapsa japoni... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
H-akashiwo_Contig111contigH-akashiwo_Contig111:374088..394747 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Heterosigma akashiwo CCMP452 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start0
Seed ortholog35128.Thaps1160
PFAMsFKBP_C
Model size772
Max annot lvl2836|Bacillariophyta
Hectar predicted targeting categoryother localisation
Exons5
Evalue9.68e-19
EggNOG OGsCOG0545@1|root,KOG0552@2759|Eukaryota,2XFZ4@2836|Bacillariophyta
DescriptionFKBP-type peptidyl-prolyl cis-trans isomerase
Cds size294
COG categoryO
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_H-akashiwo_Contig111.3.1prot_H-akashiwo_Contig111.3.1Heterosigma akashiwo CCMP452polypeptideH-akashiwo_Contig111 383258..394747 -


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

Feature NameUnique NameSpeciesTypePosition
1681387084.8252022-UTR-H-akashiwo_Contig111:374087..3744791681387084.8252022-UTR-H-akashiwo_Contig111:374087..374479Heterosigma akashiwo CCMP452UTRH-akashiwo_Contig111 374088..374479 -
1681387084.8450375-UTR-H-akashiwo_Contig111:383171..3832571681387084.8450375-UTR-H-akashiwo_Contig111:383171..383257Heterosigma akashiwo CCMP452UTRH-akashiwo_Contig111 383172..383257 -


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

Feature NameUnique NameSpeciesTypePosition
1681387084.8554635-CDS-H-akashiwo_Contig111:383257..3832591681387084.8554635-CDS-H-akashiwo_Contig111:383257..383259Heterosigma akashiwo CCMP452CDSH-akashiwo_Contig111 383258..383259 -
1681387084.8674014-CDS-H-akashiwo_Contig111:387936..3880541681387084.8674014-CDS-H-akashiwo_Contig111:387936..388054Heterosigma akashiwo CCMP452CDSH-akashiwo_Contig111 387937..388054 -
1681387084.8780618-CDS-H-akashiwo_Contig111:394166..3942591681387084.8780618-CDS-H-akashiwo_Contig111:394166..394259Heterosigma akashiwo CCMP452CDSH-akashiwo_Contig111 394167..394259 -
1681387084.8888202-CDS-H-akashiwo_Contig111:394666..3947471681387084.8888202-CDS-H-akashiwo_Contig111:394666..394747Heterosigma akashiwo CCMP452CDSH-akashiwo_Contig111 394667..394747 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_H-akashiwo_Contig111.3.1

>prot_H-akashiwo_Contig111.3.1 ID=prot_H-akashiwo_Contig111.3.1|Name=mRNA_H-akashiwo_Contig111.3.1|organism=Heterosigma akashiwo CCMP452|type=polypeptide|length=98bp
APFPDVPFTELPSGVKYKEFRAGAGAEVAPGSRVSIQITGRLLNLNGVKF
YSTKDNIVDELAGPEPLIFTAGKGQLIPGLEEGILGKSGCLDIYGFL*
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mRNA from alignment at H-akashiwo_Contig111:374088..394747-

Legend: polypeptideCDSUTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_H-akashiwo_Contig111.3.1 ID=mRNA_H-akashiwo_Contig111.3.1|Name=mRNA_H-akashiwo_Contig111.3.1|organism=Heterosigma akashiwo CCMP452|type=mRNA|length=20660bp|location=Sequence derived from alignment at H-akashiwo_Contig111:374088..394747- (Heterosigma akashiwo CCMP452)
GCGCCGTTCCCGGACGTGCCCTTCACCGAGCTGCCCTCGGGGGTCAAGTA
CAAGGAGTTCCGCGCGGGGGCGGGGGCGGAGGTGCGCGCGGCGGGGCAGG
GGGATAGCTGTTGTTGTGCCAGGTGGGGCTGTGTGCGAATGGCTTTCACT
GCATGGGCACGAGGGCCGCTGCCCCAGGGGGGGAAAGGAGGGGGGGGGTC
TGTACGGTGGGAGGGGAGGGACTGCTGATTTGTTGTTTTGGTGCTGGGAG
TTGTGTGCTGGAGATTTGTGCTGAACTCCTCCAGCTTGCTCCTCCGTTCT
GCCGGTGTATCACTTTGCCTTGCGAGCATCAATCATTATTACTATCATCA
CCCTACTAGTTACAGGGGGATACCAATGTATCAGTCATGCTAAACTATTA
TATTTTATGCTCTTTAAATAATGATGAAAATTATTAATAAAAAACACTAC
AACACTACTACGTACTACGTACTACCATCATTTTTTAGGTTGCTCCTGGA
AGCCGTGTTTCTATCCAGATTACTGGCAGGCTTCTTAATCTTAATGGCGT
CAAGTTCTACTCAACAAAAGACAATATTGTGGTATGAGTGAATGATGGTA
CAGAGCTATATATTACATTTGTGCATATATATGTTCGTGTGTGAAAGATC
AGGGATAATAACAAAAACATATTTAAGAAGAAGCACATCCAGTTCAGGTG
GACGATACGGAAGTCTTTGGTTTGCGGCCACATTGAAGTACCCGATCCAC
CTTGTTTTTGATTTTTGATACACGGGGTGGCCCAACTCCAGTAGGAACTG
ATGTTGAAGCCGCGGTCTTGATTCATTAGGTGGGTGATCTCTTGTTGAGG
GTTGGCTGCTCGGATGTTGAGGGCTTCTTTAGTCTTCCTCAATCACTTCT
TATTCTCAACATCAGGATTACTGCTCCATCAAAAACCATTCTGTGGTCAT
GAGAGAATGTATATATGGTGGGCAGGTCCATTTTCCATTTCACCCGTCTT
GGTGCTGGCTATACGTGCTGTTTAATCCTTCTCCCTAGCGGTTGAATGGT
CTGACCAATGTATGGTGCTTGGCAATCCTTGCAAGGGATGATATACACTG
TATTTATACCCTGCTTTTTCATAGGTCCTGTGCAGATTTCAGCTTTTTGC
ATAGCAGGCGGATTAAGAGCCTGCCACCAAATACAACATCAACATTGACG
GCCCGCTTGAGCTCCCTCTTCAGTTTTTCCTCCGATGGTCCTTTTACATA
GGGTACTTTGAACTTTGAGTACAACCCTGGTCTCATCATCTTCCTCACCG
GGCTTCAGCCGTCCACATGCGGCTGGCTCCTTTCAGCTTTTGGGATCCAG
CCTTGGATTACTTTATCCACCCTTTCAGGTTCCATGTTCCATGCCATTGT
AGATGAAGACATTGGCCAGGAACTCCTTTTCTTCAGCATGCACCTCAGGA
GTCTGCGAAACAATATGGTGGTACCGTTTCTGTGCAGGAACCCTCATAGC
CTCGTAGTATGCCATATTCTGGAAGCTAGGACCATTGGACCTGAAATTGA
GGCCCAGGTTAGTGTTGAACGCCTTCCTGTAGAGCTCACTAATGGTCTTG
GCCTTAGCATAGTCACATGTGAGTCTGGTATCACAGAAGGGCATCCCCCG
TCTACCATCAACTCCATTCTCCAGCTCAATGGTGAAGTTCACATTTGACA
ACCAGCCATTGGGGAGCCAACAAATTGATGAATAACTACTACTTGGGAGC
CAACTTGCTGACTCTCAAAGACCTGATCAACCTTGGACTGAGGAGCAACT
ACTTGTGGAACAGAGGAATCCAACAACTTTGGGAGAAGCTCCAAGGCACA
GCGATACAGGAGTTCCAGCTTTGCTGAAGTCAGACCCACAACTAAACTCA
CCCAAAGTTTTGGCAATACCGGAGGTATCAACATTGATAATGGAGATGGG
AGTGAACAGATTGGAAGAAGTGAGTAACAGCAGCGACAAACTCCTAGCAT
TTGAAGAAGCTATTTTTGATGTTCAAATAGCGTTGGAAGACACAACAATG
AGACTGGCAAGGAAGTTGGCATCATGCAGTGAGAACAGAGCACGAGATAT
CATAGTACTGATGGACCGAGGTGTGATGGACTGCAAGGGGTACGTACCCC
AACACATTTGGGAAGCACTATTGCTGAAGAGGAACACTTCAGAGGAAGCT
ATCTTAGCGAGATATGACGCAGTCATACATCTCAGATCAGTGGCGGTTGA
GAACCCAGATTTATATGATGAGTTAGCAGTATCCAACAGGGTCAGAATTG
AGAAGAAAGAGCAGGCAGCAAGACAAGACACAACGGAGTGGAACAGTTGG
ATAGGACATCCAGCACACATGGTTATTAACAACGGAGATGACAACTGGGC
AGAAAAGGTTTTGAAAGTACAAGAGGCAGTAACACAAGCATTACTAACGA
GAGGCAGGACCAGACCACCAGGACCACCGCCAGGATTTGAACCTTTGTGG
CAGCATAACTTAGTCACAATAACAGCGCAGGGCAGTTGTGTCAAAGCAAC
CCCGATGATGGCAGCAGGTTTTGATCCTTCTACAATCTTTTCCAAAGTGG
CAGTTTGGGGCTCTCCCTTTCCCTAACTGATTCATTTGAAATCTGTCAAA
CTATTGTTGTCCTTGACGTCTGTCCTGTTGTCCCTGTCTTTCTCTAAAAT
AAACTCTCCTTGTGGGTTCTTCTTGTTGTCCCTCATTACCAGTTGTTCCT
TAAGTGTCCACTGCACTTGTTGTACAATCTTCTCCGCTAAATTCTTGTGA
CGACATGTTTGTGCTGAATGATTGGTCCATCCACAGAATGTGCACTGCTC
TTTCCTGACGATGTCTCTATCGAAAAGGAAATTCATTATTGATCTCCGTT
GTCCTTTGATGTGTTGCTCCGTCTTTAACTGTGTCTTGGTCTTCCCTCTT
TCTTTTAGTCCCTGATACCATTGATGTCAATTGTTCCATCTGTTGTTGAA
GCTTTATGAAATGATCTTCATCCTTCCGCCCGTCCGAGATGGCGGCCACT
TGATCTGCCTCTACACCGGCTCTATATTGTTCTCTGTTGTACTTGGCTGA
TAATGGTTCTGTGTCTGTATCCTCTCTCGTGAGACTGGTCAGTATCCCCC
TCGGTCTCCTGTTCCTCTTGCCAAGATCACTGTCTATTTTTGTAGCCTTC
AAAACAACTTCTGCCATACCCTCAAAATCCGTTTCTCGTGCTTGCATCGC
TGTTCTGGTGCTCTCTTTTACTCCTTGTCTAAATCTCAAGCACTGCTCAT
AAGGTGACGGTCTATACTTTGGATCCATCTGGCTGATGAGACTATCCAAT
TTCAGTGCGTAGGCCTCAGGTGTTTCGTCACGTAGCTGGCCCCGAGCTTC
CCTTCTCTCCTTAAGCTCCTGGTGGTATTCAGCGTGCTGCTGAAGCTTGA
AAAATCTCGCCTTCAACTCAGTCCAATTATTTTGCACATCTCCGTCAAGC
CTATAATACCATTCCTCAACAGCATCACAGTTCAGAGTATTCTCAAACAC
ATAGCATCTTTGTGATTGAAGTCGGCTCCTCCGGCATTATCGCTCAATCC
TCTGGATGTGCTTGGCCGCAGCACTTCCCATAGCTCCGTCATACTGGCCC
ACTCTTTTGATCACGTCGGCCCTCTCTCTCTGGTTGGCTGGAGACAGAGA
CATCGTTTGTCCTCAGTTGTTCTGGTTCAGTAAATATTCCTTGTCAGGTT
TCCACAGTGTACGCCGATCACAGTCCACAAGCTTCGAAAGATCTTCGAAA
GTCCTCGCAGGGTCTTGTATCAGAAAGAAACCAAATCTGCTGCTACCATA
TGTCGTAGTACTCGTTGTGTACCGACTGTGGCTCACGTTAGTGGGCCCGT
TGTTTGGATTGTGAGGTAAGAATGGTGTATCACTGTGTTATCACTGAATA
GGTATGTCGTCAACTTGTTATTGTATTTATAAAATTGTTATCTCAAAATA
TGCGGGACTGATTCGTGATCAGTAAACATGACTATCCTACAATGCTGGCT
CGTCTATTCCCAATGCTCATCACTGCCCATCAAGGTCTCCATCTCGATCG
AGGTCCATCTCGCGATGCGTAACCACAATCAATCGACACCACATCATCGA
ACCGCGACATCAGTCGTTGTTGGCTCCTGATTGGTGTTAGCTCTCACAAA
TCCCCGTGGATTCTTGGTAGAGTCGTTTCCAACATATCGAGCACTACTTT
ACACTATCATGATCATCGTGTTGGACACCATCCATGGCATACCGCCGATC
GTGTCCTACCACACTTTTGGTTTCTCCTGCTGCCAGCAGCTGCCAGCATG
ACAGACGACGCGAGAGGAGAGCGAAATTTCTAGCTTTTCTTGAATATCCA
TCCTCTGATACTTTTTTGTTTTTTTGCTGAGATCCATGGTGCACATAGTT
ACCAGGATCTGGATATCGCCTCGTTATCAAATATTAATGTCTTTTCCTGG
ATAATGCGTGACTTTGTCTAAACGGATTCAAAGATTTGTTTATTATTCAT
ATAAATAGTTTTGGGGGGCAATTTATATTTATTTTAATGTCTCAATGGGC
TTTCATTTTGATGATCTGAATATGCAGAAATGGTGCTCCGAGTGTAAACT
TTTTTCCCCGTTGTTATTATGAAATTTTATTTTCCTTGATCGTTGTTAAG
AAATCTTTTCAACATGATATATATATACATGAAAATGGAAACCAAGGCAA
CATGTGTTTTAATTTCATAAAAAAAAATTGACATCAATGTCGACTTTTTG
ACATTTTTTTCGGAGATGCCGGACGGCCGGCATTGATGTCAAGCTGAGAT
GTCATTCGATGTCACGAAGAGAGTTCAGACGACATCAAAGAAACAAGAAG
AAGACCCAAAGGTCCTGAGATGGCTTAAGGCAAGCCTATGACCACACTAG
ACCTCGTAGGGAGATTTCCGATTGGCAAACCTTTCGTAGGAGTACGATTT
GCAGTCACACTCTACAGAATGGAGCAAGGGTTCTGATCAACAAGAATGAG
ACAACTTACTGGCATGAAGAGAAGACCTCATCTTCCTACAGATGACTCCT
ACAGAGGACTCTGCAAGAGCGTTACCGTTTGGGTTAGCTCTACCAGTAGG
AAGGACAAAAATAACGTGGAGGTTAGCATATAGGAACGGATTTCGGTAAA
CTCACCACCAGAGTCACCACCATCCATATGTATAGAGGTGAGATCGTCTA
TAGAAACATCAAGATGTTGACGAATAGCAGAAGACTCACAAAAGGACAAG
AAGTGAGGTATAGTGCCACTCTTGCTGCGTATAAGTCCAACGTATCGAAA
ACGCGACTTACAATCAACAACAAAGAGGACGAACCAACGATTGCCGTTAC
GATCCGGAGGATACGGGCCGCTAACGTTAACCGGCACCTCTTCTAAAATC
CGAGAGACAACTGAAGAGGACTGATCATCGCGCAACAGGCGAAAAGGAAT
TGGACCCTCCTTACGAATGGACGTGGCTGTACAGGAATGGCAAAATGGAA
GAGTATGACTAAGGTTGATCTGGTGGCAAGGGATCCGACCACCAGCGACC
ATTTGGCAAATGAGAGATTCAGAAGAATGGGAAAGCCTATATGATGCCAA
AGCGACATAGTATTCTCGACCTTGGCATCAGCAACCATGACGGACTCAGA
GCCATCAGGCACATCACCATCACCAGAATGGGAGGGAGCGACAAGGGCAG
GAAGAGAGCGAACTACAAGAGGCTCCCAATTAATCCTATAAAGACCAGTG
TCATCAACCGCGGCCTCAAACTGAAGCTCGCAGCGACAATAGAAACGGAG
CACAAGGGCGCTCTCATCAAGGACACTCCTCAACCCAGCTCTCTTCATGG
CGGACAGTGGCACGAGAGTGCATGGAAGCTACTCACAATAAAGGGACTGA
GTAGAAGGGAAAGAGTGCCCCGTGCAAACTGACCTGGAATTCACCGTGCC
CCGAAGAGAAGCCGTGGTCGTAGTGCCCCGATTGCCAGTAGCGATAGACA
CGTCCACCGCAAAGACCCAGAGAGCCTGGCGTGTTGTTGTTTGTCATGAG
GGACGTGCAGCCTGTGTCCAGGTATTAGCACGTCGAAAGATCAATGGAGA
CCGAAGACGAGGAGGCCCCAACCAGCACCGCAGAACCGGCAACGACCAGG
GCAACCACTCCTCCTCCCAGAAGCGGACCCATCAGGGCCCTAGAGAGCCA
CAAAGGAACAGCTATCAGGGCAAACCAGAGAAAGAGCACTGCATGCGCAA
ATTGCCCATAACCTATGTATATAGAAATAGGTAACTCGTGATAAATTGAG
TTGCCTTCTTGGTCTTTTTGACTAAGCAAACCATGCTTGAGTGCATATAA
GTAATTGATCACCATACACAAGTTTAAGAGGTCTTGAGAGAGAAGGCTTA
TTACTAAAGAAACTATATTGCAATGGTAATGAATGCATACACAATAGTAG
TAGCAGTAGAAGAATAAGAGGAATGGAGAAGAAGGAGAAGATATGCTGGT
GGGAGAAAACTAAAAAAGTAAAATAGAGTATGTAATAAATATATATAATA
TTTACTCAATACAGCAGAGAAGAAGATGTGTGATTTCATTTCACCCATCC
ATAATAACGCGTAATGTCGTTTGTACTATGTATCTGTATATAGGATGAAC
TTGCAGGCCCAGAACCACTAATTTTCACTGCTGGTAAAGGACAGCTAATT
CCTGGACTAGAAGAAGGAATACTAGGTAAAAGTGGTTGTCTAGATATTTA
TGGTTTTTTGTGTTTATTTACTACTGAAGAAATGTAACGTATCTAATGTG
TATCAATACTCATATTAATGGAAGGCACTGCTATACACTATACTGTGCGT
GTACATTGCAAAGCGAGGAGGCGTGTTGTGTAGTACACAACCCAGCAGGC
ACAGGGGGGAGAGTGCTTTACGGATCTGGTCCATCCCATGCCGCTACACT
CGACCTCTACTAAGGCAACTATACTAGTTCTGTTGGGGGTCCAATACTTT
TGACCTCAGGACCCCATGAGGCTCACCCTTTCTGTACTTACTCCGGCACA
CTATTGAGCGACTAGTTGGGGGTAATTTCGAGCTATATTTTGTTCGTGTA
GCGCTAGCGAGACAAACCCTAAAACATACATCAGATGGTGTAACTGTCGA
ACCCACTTCAACACGTCATCGACAGTTACAGATTAAACATTTATGAAAAA
CCTTTACCCCCAAATTTCAAAACATTGGTCATATTAGCTCTCAAGAAGAA
GAAAAACATAGTTCTTCCCTAGATTTTAGTGTTTCCACCCATAAAATTGA
GTCGGAAATTGAATTGAGGTAAAGCGGACGATCAAAAGTGTAGAAGAAGA
AGAAGAGATCGTTAGTGCGGGCGTTTGGGAGGAGTTTTAGAAAGGTTCTC
AGAAGAAGAAGAAATTCAAGCCTGAATTAAAAACTTATAAAGTAATTGTT
TGTAAATATTGATTTTATTGTGTAAGTTTTGTTTTAGACCACCCCATTCA
TACCTCTTCGTCGAGTTTATTTCATCATTTTTATGTAAAATACAAAGTTC
AACCTCAATTCGAGCATTTTATAATTCGCCAAAATCAAAACATTTTAAAA
ATTCCTAAAAAAGTCGTCATTGTTTGATAAGTTTTTTAAATCGCTACGAG
TGGCTGAGATTGAGTATTCCTCGTGCGTTTTCGGCAGTTTCATGATTCAA
ATTTTTGTTGTGCTTCATGTCGGTTCTTCTCTTTTGACAAGTTGACGTGT
CCAGAACCTGATGACCAGCAGGGAGTAGAAAGCATCTATAGGAAATCTCA
GACCAAGCACACAGGTTTCTTCTTCTTCGTCTTAAGCCTTCTACACAACA
GTACACTTCGCCAACTCAATCGCATTAGATAGAGCTTGAAAAGAGCTACA
TTTTACTCCAATGAAGCGTGTCAGTATCTGGTCTGTGCTTTGAGATATGA
CGATTCAAAGATTTTGGTAAGTTCGACTCCCCAATTTGGCATGCCCTTTG
CCCCCGCTGAAAGCAAACGATCGAAGCCCAGAACTTCACCATCCATAGCC
TATATCCCAAGCTTGAAAATGAAACCATTTTGGCCTTTATAGGTAGAGTA
TAGCTCGAGTTCTTTTGAATCCATTCCAACTAGTCGCTCAATAGTGTGTC
GGAGTAAGTAATCTGATCTTTACTTCATGCATTGATAATACCATCTTTAT
CTACCAAACCACCACCTGCTAACCTTTTCTCCTCACACAGTTGGGGGAGG
GTGGGACAGCGATCCCTTTCCAGAGGATCAGTGCAAACGGATTAAATTAT
GACCACATCACAGCATCTTGCTCTCCACATGACCCATCTGCAGCCTCAAG
GGCGGATCAGAGCGCCACTGCTAGGTAAATAGTTCATCACCTCATCTGCA
ATTCAAGCACAGGAAGGGCCCAGCACCTCTGTTTTTTTTTGTGATTTGGC
AGCTGGTAGCTCAAACTAGGTCACTGTTGCAGCTCTGTCCTTCACCCACG
GGGGAATTCCTCATCTTAGGTATGTCCGCCTCAGAATGTACCCCCACTCA
ATGCTTCCAAAGTTGAGTCAACAACGTCAACAGTACCCCTAGACTGCAGG
TAGCAGGCATCAGGGAGCCACCAAAAGCACTTTTGATCTTGACACAAGGG
ACAGCCGCACAATCACCTACTTCTCCATAAGGGTCAGCAACATGATTGGC
TACTTCTCACAGCATCAAGAGAATTGTTGAGGCTTGAAGTTCGCAACAGC
AGTATAAACCCAAAAATGTTCCTTGAAAAGGAAAAGGGTGATGCCTTTAC
AAGAAGGTGTCTACCCCCTGTTTTTTCCTGCCCACCACTCTAGGGATTAT
TGCTCCTTGGCAAGGGCGTCAGGACAAGAAAGTGAGTGTTTGGGTATGTA
CAGAAAAGCATTGTGACGCTTCTCTCCTTTTTGCTCACAAAAGGGTAGAG
AAGTGGAGTATAGGAGGATTTTCATCATCTTCTTCTATCGTCTTCCTCTT
CATTCCCTCTTCTTGCCCTGCACTACCATCACAATCACAACATCACTGCA
GCGCCTCAGCAAGAGTTGGCTCTTGATCATCGCTGTTGCTAAACATCAGG
AGTTGTGGCTGTCACCTGTGTCTCAATGAAGTATAGTATCTAGAGGGGAA
AGGTAACACATAACAATGAGAATGGCAATACAAGTATCGCAAACATCTTA
ACTCAGAGGGGACGTCATTGGCAGTGGCAGCGCCAATGGAGTTCAGGATC
AAGCCACAGTAGTAAGAAAATATCATGCAAAAGTGCGCATCATTATATTG
ATGCGCAGCATTCGGCCACCTGAGGATATGCATATTTTCTCAACAACTCC
ATGTATTGTTATTCCACGTCGGGACAAGGGTTTTCCCCACATATACTACA
CCGGTGTTCTTAGGATGGTTTGAGTAATCACAGTATTGAGAAATGGCAGA
TAGCGGTGGAAGGGTCTGTTTATATTTAGAATCAAGTGGTTCTGCCCCGA
AAGCGGTTTGAAAGGTTAAACTTGAAACTAAAAATATCATCATCATCATA
CTACTATACTATACTACCACTACTACTACTACATACTAATACACCGGGCT
CATATATGCTGTGCGACCGGGATGAGGATCTGATATTGGAGCTGGGGTTT
CTCAAGGAACGGTTCATTCCAAATGGATGAGGTAGACAGCAGGGTGTTTG
TCTCCGATGTGCTTGCGGTAGGAGTGAAGGAAGAGGGGAGGAGGAAGATA
AATCTACCATTTTTCTCCTTTTGTGCCCGGTTTCTCCAAGAATTTTTCCA
ATCTGATGCACGACAATGAGATAGATGGTGTTTACAAAGCCAGTGCCATT
GCAGAGTGAATTGTGCAAACTAAAAACCCCTAGGGACAGGCTGCAGCACA
ACGACCATGGTCTATGTAAGGTGGATTATTGTGGAGAGTACAGGGAGTCC
TTCATTGGGGAGACTGCACACAGCGGTTCACTGATAGGGGAAAATTGCAT
CATTGTGTGTGGACTGAGAATGATGACAACAATGGCTTCTGCGTCCATGT
AGCACACCACCATGAGTAGGAGAAGGAAGAGAAGGGAACTGGGGCTGTTC
AAGTGGGAGGACGCTCTGCTCTTGAACGCCAACTGCCACTGCAAGAGAAT
CTCTATACATCAATACAAAACCAAGCAGTGGAGCAGCCTGATGAAGTTGA
AGAAGGAAATTCAGGTCAATCCACCATGCTTGAGTGCACTGCTGATCCTT
AAAAAGGGAGAAAGAAGGATGAAGGCTCGCCAAAAATTGGTGGGGAGGTT
TGGCAAGAAGTTGAGAGATGGCAAGGGTGGGAGGGAATGACAGATGATTG
ATGAAGATGCATCGGATCTTGCACCCAGAGGAGGAAGACCCAGGCACAAT
CCGTGCGCTCCTATAGATAGAGACGATGAAGCTGAGGGTGGCAAGGAAAG
CTACTCTGTCAGTCTTTAACTAGAAGAGAAAGAGTGAGTTGGCAGGGGTC
GGGCAAAGAGGGCGAGAAGGAGGAGAGTGTAAACCTTGTGATATATATTA
TTGTTTTCTTCTCGTTTTTCTTCTGTCTGCGCTGCTGGCAGCAGGGATGG
AAGGAGGAGGAGGAGGGAGGGAGGGAGGGGTGTAAACGTTTCCATTTTTG
GTCTCATCGGCTACTGGTGTTATTCTGCTGGCTGGACCACCTTCATCATC
ATCTTGATGGAAGCTGCTGGTTGGAGATTTGCCAAGTTGGTGACTCTCTG
AAGAAGGGATGACTTCGTGTTGAAATGTTGGGAGTTGGAGAGACATATAT
TTTTGCTAGAAGATTAATCAATTGTTCCATACCATCAGCAATCACTTTCA
TTTCAACTGGATTATGTATTATGTATAATATATTTATAAGTACTACACAT
TTCATCCTCTGAATGAAATCATGCGGACGAATCAGTGCATAAACCAAAGG
ATTATTATCATTGTCTTCTGTTGGGCAGATGTGTTAGTAGAGGAAGGGGG
TAAGGTTGGGTTGTTTTGATGGAAGGATGCGCAGTTGTTTGACTCGTACT
CTTGGTGGTATATAATCATTAGAACCGAACTGTCCGCCATCAAAGCTACT
ATAATACTATAGTGGTGCTCACAACATGCACAAATAAATACTACTATGCA
TCAACAAGAGTGCAAGAATGCAAAAGTTCAGACACTATCTCTACCCAGAG
GGCCTCCACCCCCCACTCATGAAGAACAACACATCTATGTATCCAATTTC
ACGGCCATACAGTAGTAATAGCAACAACATTTTATGTTCATGAGTAGTAG
TAATTGAAGCCATTACTACATAGCAGTCTTGTGATTCTGGTATTTTTTCA
GTGTATGTCGAATTTTTGAATGCTAACCTTAATAATGCCGGCATGGGTAT
AAACAATGACCTTGCTGGGCCCGCAGGAATGAAGAAAGGAGGTGTTAGAA
GAATTGTGGTTCCAGCTAAATTGGGTTACGCTGCAGGCCCAACATTGCAG
CCTCAGCCAACCAAGCAACTGGACAAGTGAGCACTTTTCGTTTTCTTTTT
CTGTTAAGCATGAGTATAGGCATGAGTATATGACACACTCATAATCATTG
CAATCAGGATGTTTACTAACTGTTTGTTGTTATAATATAACATTATGATA
CACTTATATGATGGAAGTATGATCTTCAAAAGATTAACTGCATGGTCCTT
GATTAACTCCGTCTACGAAATGAAAGACGTTTTGAATAGCATCGACAGAA
CTCAAGTTATACTCTACTTACCACCACTCTGATCAGTTAGGAAGTAGGGT
TGGAAATGGCTCTATGGCATCAAACCCATTGCAAAAGTTGGGGTCAATTT
AGTTAGACATCAGAATGCATTGTTCATGACCCATGGATGCTGTGTGCAAA
ATGGCACAGTCAGTTGTAGGGTGAAATTTTGAGAGGAAGGGGCTTGAATA
TGGCCCAAACCAACTTTTTGTTAAAAAAACAACAGAAATACACCCCAAAA
ACACTTCGTGGATGCTGTATATACGCCTTACAGGGCCACCTTAGGCATTC
ACAAGGTCCCAAGAACGATGTTGGGCATGGGTGAGTTGGTCAAAAGGGAA
GGCGGGACCGTTCTGTATCGTTTAAATCAATTAAACATGCTGTGACGCCA
TTTTGACGCCAAAATTGGCGCATACGCCACTTTTTGGGCGCCACAGAAAC
ACAAAAGCCCACCTAGGGCGACAAGGAAAAACACCGGACCCCCAAAGAAT
TTTCATGAATGCATTAGACCTAAAAGTAGTGGACCATGTGAAAACTTGGG
TTCTGAGCGGTGTATTACATGGCGTAGCAGCAACGGCGTCGTGGCAGGCC
GCCCCCCTATGGCAAATTGGCGCCCGGAGGCGTAAATGGTCCTAAGAGCT
GACAAAAAAAAAAGTCGCCATGACATTGGAAAGCAATGAATGGATGCGTT
GGACCTAAAAAAGGTGTGCCATGTCCAAACTTAACTCCGGTAGGCCTAGT
CTTGTGACAGCACGGCAAAAGCGGTGTTCCGGTCCGGCCCGCCTATGGCA
GCAAATCGGCGCTGACGGAGATGTCAAAGCTGCCCAAGGCCAACAAAAAG
TAATCTTTTAGGTGTGGCAAAGCAATGAATAGATGCATTGGACCTAAAAG
GAGTGTGCCATGTCCAAACTTCGGCTCCGGTAGGCCTAGTGCACAACGCC
ACGGCAAAGGCGGGGTTACCGTCCGGCCCGGCCCCGCAGGGGGGAAATAC
CCTGAACCCCGCTTTTGCCGTGCCGCCGGGCACTACGCCTTCCGGAGCCG
AAGTTTGGACATGGTCCACTTCTTTTAGGTCCATTGCATCTATTTATTGC
TTTACCACACCTAAAAGATTACTTTTTGTTGGCCTTGGGCAGCTTTTTAC
ATCTCCGTCAGCCCGATTTGCCATAGGCGGCCGGACCGAACACCGCCTTG
CCGTGCCGCGCACTAGGCCTTCCGAGCCGAAATTTGAACATGGTGCACTC
CTTTAGGTCAATGCATCTATTCATTGCTTTGCTACACCTAAAGATTACTT
TTTGTTGGCCTTGGGCAGCTTTTACATCTCCGTCAGCGCCGATTTGCCAT
AGGCGGGCCGGACCAAAACACCGCCTTTGCCGTGCCGTCGCGCACTAGGC
CTTCCGGAGCCGAAGTTTGGACATGGTGCACTCCTTTTAGGTCCGATGCA
TCCATTCCACCCTTTACTGGGCCAGGCAAGCCTCCCTGGTTTGCCCCGGG
GAGGCATTCATGCCCTGCCATCCCCCCTCCCGCATGGCCCGCAAAGAACC
CACTGGCTACTCGCGGAGCGGAACTGTGTTCATTAGGGTTGAAAGCTTTT
TCGAAATAAATTCTTTGTTACTTTTGGTATATTTTATTTATATTAAATCT
AAATAAATTTTAATTTAAGCGTTGAATAAATAGACGATATAATTCAAAAT
TTAATTCATCTAATAAAAGAAGTTAAAATCCTTTTTTCTTCTACTTTGAC
ATTAATGTCTTGACGTGGAGCAGTTCTGGCACTGGTCCAGGCTCGCTCAA
ATCACAAACCACTTAGGCAGATGTATTCATTTTAAATGATTAGAAAAAAG
CTATTCTACAACATCCACTACGCTGACTATGCCTGCATTTCGGGGACTCC
ACCCCAATGACTTAGGCTCTGCAAAGCCTTTTGTCTCCTCAGGCCAGCTT
GTGGTAGTGCCTACAGCATCCTGCTCTACAAAAAACATGAAGATCACAGC
ATCATGACGGCTGTCCTCACAGAAGTCTTCATTTTTGATGACAAGAAAAA
AACGAATCAACCATTATGATTTGCTCTTTGCCTTTACTGTTGAACCATCC
ACCAATCACAGTAGAGATTCCAGCTTGCTGAGACAGTTGTAGAACTGTTT
CACGTACGTGATGGAAAGCATTTCTGTTTCAGACTACTGTGATAGGCTAA
CCACTTGTTACTACTAGAAATGTTTTCCATCACGGGATTTCCAACTCCGG
CACAGAAATTACATTGGAAGCGCAATAAGGAAGATCGCGTCCGCACCCCA
CAAGTGGTGATTGAACCCGTGACCTCCAGCATACCATACACGCACCCTAT
CTGCCTGGGCTACGTACACCTCAAAGCGCTGTCCCGAATACCCGGTGAAC
ATCCCCCCGTGTTCGGGACCTTTGGGTGCCTGCCCTTCACTGGGTGCCTG
CCCTGGGTGCCTGCCCTCTGTCCGATTGAACATTTTCGGGATGTATTTCC
AAGAGAACCGAGACACCGATGTCTCTGCCATACCATGTTTTCCATCATCA
CAAAATTCCCAATTCTGGCACGAAATTACATCGGATGCCCAATGAGGAAC
ACCTCATCCGCACTCCACAAGTGGGGATTGAGCCCGTGACCCCCGGCATA
CTGTACACGCACCCTATCCATCTGGGCTACGTGCACCTCAATGCCGTGTC
CCAAATACCCAGTTACAAAAGATATCCACGGTGTATTTAAGGATTAATGA
TCTTTTAGTGGTTCATAAGTCAAGTAAGTCTTCTTCTTTTTCTGTTGTTG
TTGCACCTACCTTGAAGGTCTTGCTATACTTGCTGTAGTTCATGGTGTAG
GGATCATTATTTAATACTGGCAATCACCATTTGCCACCTGTGTCTGATCT
CCCACCTCATGTGTAACAATCAATGAAGCAGAAAGAAGATGTGGATTTGA
CAGGGGGAGAGCACAGAAACAAAAACAATGCAGCATGGCAACAGCGCCTC
TTTTCGGGAAGGATATTTGAAGACACTGTCCCTGTATTGTAGTTTTTTTG
TTTTGTTCCCATTTGAATGATTAGATATGTGCAATTATCATAAAAACAAT
CCAGAGAAGAAGATAAATTTCCACATAACACATTGTTTAGGTGAGGGACA
AACTAGACGCCTTTCATGATTTAGCTTAGATCACAAGGTGGTGGGAATGC
TGCCAGCTGGCGGCATATATTGGTGGTGGTGGTGTGTGTCTCTGCTCCTA
GGAGAGGTGGTGTACAGGGTTGATAGGTAGATACGGGAAGCAGCACAACT
AGATCATCTTTGATGATCTACAAGCCCTACTACTTAAGTGAGATGAGGCA
GGTTGTTGCTCCAACATGATTGCAACTGTACACAAGCACGGGTTCATGAC
TGCGGGATGCGGCGGGCTGCCGCGGGCTGTCCAGGCTGTTGCTGCGGGCC
ACTGCCGGTGTGAACTGTGCGAGCGTACTTGGTGATTGCCATCACTTCAA
CGCCCCTCCACAATCGTTAAGGGAGTAAGCACAGTGAACGAAGTCCCCTC
CTAAGCTGCTCCAGCTTACCAAGTGAACTGTGCATCATATGTGTTGATTG
TGCAGTGGTACCACAAGGTATAGTACATGTAGTACACTGCACTGGATGAG
TCTCCCCTCCATTTCCATGCTGTATTAGCCCCTCCATTTCCAGACATTTT
TTTATGATGAGCATTCTCCATATACTTGACTTTAATCAACTGGAGGCAGG
CAGAAGAGACACTCAATTATATTTCTTTTATTTCTTTTGTATTCCTGACC
TGAGAGGAAGAAAGAAGGTCGTAAAAATCAGTGGCTGGCACTAGAAGTAA
AATCTCCAGGGGCCAGGAGCTGCTGTGCCAAGGTGATCAGGGCAGAAGCA
ACAACAACAAAAGAGAACAGACCCAGAACCTTTAATAAAAATTGGAAAGC
TACTACCTCAGGGTTGAGCAGGTGCAGCCTTCAGTACAACACTTCCGTAG
TGGGGAAAAACGCAATTTTCCATTGCAGGAAGGCTTGAGCCACCATATCG
TTGTACTTGCCGCGTCCGTACACAAGGGTGCCGCCAACTCATCAAGGAAG
AAAATTTTATCATAAGTTCTCCTTGTAAAGGATATCACCAAATCAAAATC
TTTCACACAGTGTTTCCATATGTCAGCTTCATCATCGTCACCGGCATCAG
ATTCCATTTCACCACACAGTTCTAGAGTCATTGTCATCCCTCAAAAAATG
CGAATGCCGCTGAGGAAAAAGTCCTGTTATCTCAACCCAGGAAGCCGAGA
GAAAGTCCCGTTATCTCAATCGCCTGCAAGAGAAAGTCCTGTTATCTCAA
TCGCAAAGAAGCAAGTCCAGGAGGAAATCAGTTGCCCATAATCATTGTTT
AGGTGAGGGACAAACTATGGACACCTTTCATGGTTTAGCTTAGATCACAA
GGTGGTGGGAATGCCGCCTGCTGGCGGCATATAGTGGTGGTGGTGGTGTG
TGTCTCCGCTCCTAGGAGAGGTGGTGTACAGAGTTGATATAGACAGATAC
GGGAAGCAGCACAATTAGATCATCTTTGATGATGATCTACAAGCCCTACT
ACTCAAGTGTTTACAGTACTGAGTTGCACCACAGTACAAGTGCCAGGGAG
AGGAGGCAGGCTGTTGCTCCAACATGATTGCAACTGTACACAAACGCGGG
TTCATTACTGCGGGATGCGGCGGGCTGCCGCGGGCTGCCCAGGATGTTTG
CTGCGGGTCGCTGCCGGTGTGAACTGTGCGAGCGTACTTGGTGATTGCCA
TCACTTCAACGTAACACTATATTTTTTAGTACAGTCGGTAGAGCGCTCGG
TTTGCATGCGCGGAGTCCCGGGTTCGATCCCCAAGCTTTAGCTACTGCCT
TCATCGGGCAATTTGCGAAGCTTGGTGTTCGGTGGTCTCCGTGTCGTGAA
TCGAGGTCTACATCGCTGGCGGGCGTTTAATCAGGGAAAATTCCTGGAAC
TGGAAAGTTCTTCGGAGCTTGTGCGAGTTCCTCGGAAAATTCTCTGGGGG
CTGCACGGAATGTCCTCGCGTTAGCTGTAGACGATCGATGATCCACGCAA
GTGGCGATTGTTGAAATATGAGCATTACCTACTGTTCATGAGGCCGGTTT
GTGGAAGTTACATTCCATAAGCTTGAAAAACGGGCTAGGAAGCAGATTCG
TGCTGCGAAAACAGGGGTGGATTGCGCCAGTCTTGGTGATACCATCCCGA
CCCGCGGGAAGGAGAAGATGCACTCGTCGATGGATGTAAGTTGTCGGAAG
AAGCGTCTACGGTAGAGACAACTGAAAGAGGGCGATGAGGCCAAAGGACA
ATAGAGCATGTAGGGTTAAGGATAGCTGGAACTTCCAAAGTTGGTCAGTA
ATCAGACTTGATCCGAAGAAATGCATCAGATGTCAAAGGCAGCCTGCAAA
TAGACGGTGGTTGTGTGGTTCAGGATGTGAAGGAACGTATTGCAAGTAGA
ACGTATACAAAAAAAAAACACTGGTATAAAATCAATAGGAAACTGGTGGT
CGCGCCTTATCGAATAATACGCGTATATAAATACTTTAGCATGGTTTGGA
ACTCATCTACAACGTCAGTATTGCGTCAGAAATATGTATCTTTGATTGAC
AGTTACAAAACAAAAACAGTTCTACCTTGAAGAAAAAGTCGTACATTGAA
TGATTTATAAGATTCTATTCATCCGTTATTCATCCCCAGTGATTTACTCG
CTCAAGATTTGTTTTCATCCGAAGTGGTATTTTGGATCACAGTCTTTTTG
CATATATTTATACATTTTTCAGCATATCCTTTCTAGAAATATATAGGTTG
GCTGCCAATGTATACCGCATGGCAGTGATTATTAGGATTATACAGCCCTC
CCTCTCAAAAAAAAAAAATACAGCCAGAATAAGAAATAAAACTCAACATC
GAGAAGGGGTGTTTTTACTTGCAGCAAGTCATAAACCTTTGTACTTTGTG
TGAGCTTCCAAAATCTTAAGAAATTTCCGTTCAAATTGCTATAATACAGT
CGCATGTGAAACCTTCAAAGCTATCAATTTCAGTTGAGAACTCATCGCAA
TGTCAAATAAAGATTTCGCCCTCTGCAAGGGTAATTTTCATGCATTTTTA
TATGAAAAGGAACTGGATTTTTCTAGAAACAATTCGAAAATGAATATTGA
ACGTTTCAAAAGATTCAATTGTTCTTTGAACCCGTTAACGACAAAAGAAT
TCTTCTTTGTTGGAGGATTTTGTAGAATCGAAACGTCAGAATCTAAAAGA
GCCAGCGATGATACGTCTGTTTTTTAAAACATTCATAAGGCGGATTCATC
CACCTTAACAACAACAAAATAATAATAAAAAGTAAAGCAGTGAGCATCGA
CCAAGAGGCAGCTGACAAGCGTTCCAATCGTACACGTACGGGGGTCAGCA
AAAGTATTCACAACAGCATCGAACCCGCACCGCAACAAAAGACTTCCATG
AAGCCGTCATGGGCATCAAGCTGGGTCTGCTCGAGGTTTCGTCAAAATTT
GTAAGTGTTGTCATGTTTTAGAAATTTGCATTGGATGTTGAAGGGTCTTG
TAATTTTTTTTTTTCAACACAAAAAAAATACTACGAAGTTTTGCCCACTT
TCAAACGATATACTGTTAGAAAAAAAATGATATATTTCAATTTATATACT
TCATTACACATTCATATTATTATTGCTATTTTGTTGTTGTTTTAAACCAA
AAAAAAATTACCTACAATGAATTTTGAAGAAAGACAGAATTTGAAAAGGA
ATTTGATTGACAACTTTCTCAAACATATCAATTTTCTCAACGAATCTTTA
GCCTTCCCAAGAGCACTAAGCGTTTAAGAGGACACCATGATAGATCCTTT
GTTCCAGTATCCCAGTTTACCCCGGAGATTTGGCGGGCGGCATTGGTATA
TATGCCCTTCGGGGCAGAAGATCAACCGAGCGGAGCCAGGGTTATAGAGC
TAACCTAACTCCGACCAAGTCGAATGGCGCAAATGTCCGACTCATATGTC
ATCTCGACAAACTCTCGAATTTAACATGATGATTTGTTTGTGTATACCTA
CTTCTTATGGTAGGCGGTGGTATCTGTTATACTCAATGTTGTGGTTCATA
AAGCCAGTTCGGTTTTGGTGAACAATAAATCTGAAAAGCCAGTTCATATG
TTGAATTTGAAAAAGAAAAGCGAACGACAACGGGGAGTTTCACGATTCTT
TTTCTTTTTTTATATTTTGAATTCTATCAACCTCTGCCTCTTCCCTTCTG
CCCTCTCTCCTTCGCTTCTCTTTCGTCCCAATCCAACTCATCTGAGACCC
GCCAGCTAAAACTATTTAAACTTGAAATCTTTAAATAGAGTTATCAACAT
GCTCAGGGTATTTTTAAAAATTTCAAAACAGCTTAAAACTTGTGAAAAAT
GAATAAAGATATAAAACTGTTCGCCAAATCAGAATATTTTATACCAGGTT
CCCAACTCACGACATGTTTTTCTCTTTCTTCTGTTCTTTAAGTTCTTAAA
AACAAAAAAGATTTAAATTAAAACTTTAGAAAGCCTTATAAATAGTCAGC
CATGTCGTTTCTATGGGATGGGTGTACATGGAGTTGGGATGGTAGATGCA
ATATTTAGGCTCTGATTCTTTAGTATGTTGCTTATAGTAACCATGGCTCT
ATCTCATGAAAGTTTCAAGCATTGAAATGTTCTAAACTGTGTGATACGAT
GCCCCTCTTTGTTTGACAAACCTTTCGCACGATCGTTTAGGGGTAGCACT
AAGGCTTATTGGATCGTTCTTTCCACAAACATTAAGCCATACACACTAAG
ATTATCATTGATGGTCAATTTGGAGTTTTGAATACCATTCGCAGCTCCGC
CCTTTCCCATTTCCAAATGGCCTAGTTGACTTTGATATTGGGCATGGAGG
GGGGGGGCGTTTTTGTTCTGCAGATATTTATTACTATGATGAGGTCTTCA
TGTTCTTACTCACTACACCCGACACGTATGTCGGGAAATATATCTTTTGT
GTCATGTCGGATTCCCCGAAATATCGTTAGAGTGGTCCAGGCGTGCGGCG
TGTCGTGTCATGTCGGATTCCTCCGACATATCGTTAGAGTGGTCTAGACG
TACGAGTACGTGTGACGTGGAAAAATATCTTGGGAAAGTGAGTGACTCGC
TTTCAAGAAATCTTCAATTCTTGCGACTCGAGTTTGACTCCACTTTTGAC
TCCACTTTGTTAACCGCGAGTCTCCGATCGATTTTATACCGGTGAAAAAA
GACTCAACAATATTCTTTGCGATATGAAGCTATACTCACTGATGATGGGA
GCGGCTTCGCTGTCAAATCCAACAATACCTCACAATATAAAATTTTGTGA
TAATGATAATGATGATTATGGCGCACTGCAATCAATCACTTCTACCACAA
CTACATGTACGTATTCAGGAACGCTCTTGACAGTGTGCTCAAGAATCCAA
GGCGTGATGCTTCACTTCTCTTTGATGTGCAAGTAGAAAGACTAAAATAG
GTTTCTGCTTTAACGCAGTTGTCAGGTGTATGTAATTATTTATTGGCTTT
ACATGGTATGTATTATTGTTGGAGTGCATGAAAGACAAACCAGCAGTCAT
CAGTTGAGATGCTGCGAGCCAAGGAGGTGGCATGCATTGTATGATAAATA
TATATGAAAACCATTAGTAGCTGGAGAGGCGTATCATTTACTACTTTATT
GTTGCAGGGTGTTGGGTGTAAACAGAAACCGCTTTCATCATCAGTGAGTG
TAGCTCCATACTGCCAAAAAGGCAATATGTCAAAGGTTTTTAATCATTAA
GTCCATGACA
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Coding sequence (CDS) from alignment at H-akashiwo_Contig111:374088..394747-

>mRNA_H-akashiwo_Contig111.3.1 ID=mRNA_H-akashiwo_Contig111.3.1|Name=mRNA_H-akashiwo_Contig111.3.1|organism=Heterosigma akashiwo CCMP452|type=CDS|length=294bp|location=Sequence derived from alignment at H-akashiwo_Contig111:374088..394747- (Heterosigma akashiwo CCMP452)
GCGCCGTTCCCGGACGTGCCCTTCACCGAGCTGCCCTCGGGGGTCAAGTA
CAAGGAGTTCCGCGCGGGGGCGGGGGCGGAGGTTGCTCCTGGAAGCCGTG
TTTCTATCCAGATTACTGGCAGGCTTCTTAATCTTAATGGCGTCAAGTTC
TACTCAACAAAAGACAATATTGTGGATGAACTTGCAGGCCCAGAACCACT
AATTTTCACTGCTGGTAAAGGACAGCTAATTCCTGGACTAGAAGAAGGAA
TACTAGGTAAAAGTGGTTGTCTAGATATTTATGGTTTTTTGTGA
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