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Homology
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S3YD89_HETAK (alpha-1,2-Mannosidase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3YD89_HETAK) HSP 1 Score: 395 bits (1016), Expect = 1.330e-136 Identity = 190/197 (96.45%), Postives = 190/197 (96.45%), Query Frame = 3
Query: 3 RNIGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLGRS-ATTLGIAPG 590
RNIGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLG LGIA G
Sbjct: 105 RNIGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLGEERCDALGIARG 301
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: B8C1C0_THAPS (alpha-1,2-Mannosidase n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8C1C0_THAPS) HSP 1 Score: 184 bits (468), Expect = 1.260e-52 Identity = 91/183 (49.73%), Postives = 123/183 (67.21%), Query Frame = 3
Query: 3 RNIGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPV 551
+ + H+M HL CF+ G L LG+ TDP+G +S RAQ D AA+ LAYTC+QMY R TG++PE V+FN D D++I Y+LRPE VES YYL T DP++++W WE+FQ+IE +C GY +V P+ P+ MESFFLAETLKYL+L+F P+ + K++F TEAHPL +
Sbjct: 262 KKMDHKMGHLTCFMAGSLALGSYTDPDGFDSPRAQRDLKAAKALAYTCYQMYARSKTGISPEYVNFNGCD---DFHISVSAPNYVLRPEVVESFYYLSVLTGDPIYREWGWEVFQSIEKYCRAQYGYGSLKNVDLPSMQPQDEMESFFLAETLKYLYLLFDPDSEIDILNKHVFNTEAHPLKI 441
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S3XK61_HETAK (alpha-1,2-Mannosidase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3XK61_HETAK) HSP 1 Score: 185 bits (469), Expect = 2.100e-51 Identity = 92/181 (50.83%), Postives = 125/181 (69.06%), Query Frame = 3
Query: 9 IGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPV 551
+ H+M+HL CF+ L LGA TDP+G +S RA+ D A++L +TC+QMYRR TGL+PE V F + +D +YILRPE VE+L+YLY++T+D +++W+WEIFQAIE HC T+ Y PDVR+ + P MESFFLAET KYL+LI P D+ +D +Y+F TEAHP+ V
Sbjct: 439 VKHKMDHLACFMAATLALGAHTDPQGADSPRARRDMQVAKELGHTCYQMYRRTATGLSPEFVEFR---AGQDIVNPSSASFYILRPEAVEALFYLYWFTKDHTYREWSWEIFQAIEKHCRTSIAYGAHPDVRNTGRKPDDRMESFFLAETFKYLYLIQDP-DQPIDLYEYVFNTEAHPMKV 615
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S0GKW6_9STRA (alpha-1,2-Mannosidase n=1 Tax=Proboscia inermis TaxID=420281 RepID=A0A7S0GKW6_9STRA) HSP 1 Score: 174 bits (440), Expect = 4.490e-51 Identity = 94/186 (50.54%), Postives = 120/186 (64.52%), Query Frame = 3
Query: 18 RMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPR-----GPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLGR 560
+M+HL CF G+L LGA TDP G ESKRAQ D A+ L YTC+QMY R G+APE+V F K T + +I P +YYILRPETVESLY L+ T DP++++W WEIFQAI+ HC G+A DV + MESFFL+ETLKYL+L+F P+ + K++F TEAHP + R
Sbjct: 32 KMDHLACFTGGLLALGAYTDPLGLESKRAQRDLKVAKALTYTCYQMYARMPLGIAPESVTFTEK--TDEDFI-PHIKYYILRPETVESLYILHTLTGDPVYREWGWEIFQAIDYHCKRTVGFASLKDVTDNSNTDAKDRFDDKMESFFLSETLKYLYLLFDPDSDIDILNKHVFNTEAHPFKIFPR 214
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A812YES5_SYMMI (alpha-1,2-Mannosidase n=1 Tax=Symbiodinium microadriaticum TaxID=2951 RepID=A0A812YES5_SYMMI) HSP 1 Score: 174 bits (440), Expect = 5.380e-51 Identity = 88/183 (48.09%), Postives = 118/183 (64.48%), Query Frame = 3
Query: 18 RMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLGRSA 566
+M+HL CF+PG++ LGA TDP G ES RAQ D A A+ L YTC +MY R TG+APE V F DS D ++YILRPET ESL+ + T DP++++WAWEI+ AI+ HC G+A DV + MESFFLAET+KYL+L P++ + D KY+F TEAHP+ + + +
Sbjct: 35 KMDHLVCFMPGLMTLGAYTDPLGLESARAQRDLAVAKALMYTCREMYHRTATGIAPEFVTF---DSRNDMNTHTSAKFYILRPETAESLFIMNQLTGDPIYREWAWEIWSAIDRHCRKGSGFASLQDVNNAQSPVDNRMESFFLAETMKYLYLAQDPDNEI-DLMKYVFNTEAHPMKIFEKGS 213
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S0AP19_9STRA (alpha-1,2-Mannosidase n=2 Tax=Minutocellus polymorphus TaxID=265543 RepID=A0A7S0AP19_9STRA) HSP 1 Score: 171 bits (434), Expect = 1.580e-50 Identity = 84/178 (47.19%), Postives = 115/178 (64.61%), Query Frame = 3
Query: 9 IGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHP 542
+ +M+HL CF+ G+L LGA TDP+G S RAQ D A A+ + YTC+QMY R TG++PE V F D + + YYILRPE VES + L+ T DP++++W WE+FQ+IE +C T Y DVR+ Q P MESFFLAET+KYL+L+ P+ + +++F TEAHP
Sbjct: 3 LDRKMDHLVCFMGGLLALGAVTDPQGFHSPRAQRDMATAKAITYTCYQMYSRMETGISPEYVDFKGDD----FEVPSRAFYYILRPEAVESFFILHQITGDPIYREWGWEVFQSIERYCKTKIAYGSLKDVRNTNQQPEDRMESFFLAETIKYLYLLQDPDTEVDVLKRHVFNTEAHP 176
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S4N8K7_9STRA (alpha-1,2-Mannosidase n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4N8K7_9STRA) HSP 1 Score: 179 bits (455), Expect = 5.170e-50 Identity = 90/182 (49.45%), Postives = 123/182 (67.58%), Query Frame = 3
Query: 9 IGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVL 554
+ H+M+HL CF+ G+L LGA TDP+G +S RAQ D A++L YTC+QMY R TG++PE V F KDS D+ + +YILRPETVES + L T DP +++W WE+FQ+IE +C T Y +V +P AP MESFFLAET+KYL+L+F P+ + K++F TEAHP+ +L
Sbjct: 338 VDHKMDHLVCFMGGLLALGAYTDPQGFDSTRAQRDLKTAKELTYTCYQMYARMKTGISPEFVAFG-KDSN-DFTVGHNAAFYILRPETVESFFVLNQLTGDPAYREWGWEVFQSIERYCRTDIAYGSLTNVNNPGAAPEDRMESFFLAETIKYLYLLFDPDTEVDIVNKHVFNTEAHPMRIL 517
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S4T3J2_9STRA (alpha-1,2-Mannosidase n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4T3J2_9STRA) HSP 1 Score: 179 bits (454), Expect = 8.750e-50 Identity = 89/175 (50.86%), Postives = 118/175 (67.43%), Query Frame = 3
Query: 21 MEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPL 545
M+HL CF+ G L LGA TDP+G +S RAQ D A+ LAYTC+QMY R +GL+ + + F+ K D+ I + YYILRPETVE+LY L++ T+DP++++W WEIFQ+IE C T Y DV P P MESFFLAETLKY +L+F P++ L K++F TEAHP+
Sbjct: 343 MDHLACFMGGALALGAYTDPKGFDSFRAQRDLQTAKALAYTCYQMYARSKSGLSSDNIKFDRKHEN-DFRITSDRPYYILRPETVETLYILHHLTKDPIYREWGWEIFQSIECFCRTDAAYGSLADVNLPGDGPEDRMESFFLAETLKYFYLLFNPDNELDLLNKHVFNTEAHPI 516
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S3K687_9STRA (alpha-1,2-Mannosidase n=1 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3K687_9STRA) HSP 1 Score: 183 bits (464), Expect = 8.820e-50 Identity = 100/194 (51.55%), Postives = 127/194 (65.46%), Query Frame = 3
Query: 6 NIGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQ-APRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPVLGRSATTLGIA 584
NI H+M+HL CF+PG+L LGA TDP+G +S RAQ D A+ LAYTC+QMY R T LAPE + F + D+ P + ILRPET ESL+ L++ T DP++++WAW IFQA E+HC T GY PDVR + P MESFFLAETLKYL+LI P D +D + +F TEAHPL LG + + A
Sbjct: 643 NIVHKMDHLVCFLPGVLALGAYTDPQGLQSTRAQRDLDLAKALAYTCYQMYERTATKLAPEFITFR---AGHDFIPAPSAPFNILRPETAESLFVLHHLTGDPMYREWAWNIFQAFESHCKTNLGYGAHPDVRDSKKRTPDDRMESFFLAETLKYLYLIQAP-DHDIDLMRSVFNTEAHPLSNLGPTGNHISTA 832
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Match: A0A7S2PJG9_9STRA (alpha-1,2-Mannosidase n=2 Tax=Skeletonema marinoi TaxID=267567 RepID=A0A7S2PJG9_9STRA) HSP 1 Score: 181 bits (458), Expect = 3.010e-49 Identity = 87/181 (48.07%), Postives = 116/181 (64.09%), Query Frame = 3
Query: 9 IGHRMEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQNTGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLFQDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYLWLIFQPEDRLLDPAKYIFTTEAHPLPV 551
+ H+M+HL CF+ G L LGA TDP G +S RA+ D A+ L YTC+QMY R TG++PE V F D+ + +YILRPE VE+ YYL T DP++++W WE+FQ+IE +C T GY DV P+ P MESFFLAETLKYL+L+F P+ + K++F TEAHP +
Sbjct: 559 LDHKMDHLACFMGGSLALGAYTDPSGIDSSRAKRDLKTAKALTYTCYQMYARTQTGISPEFVQFR---GGNDFKVPSSAPFYILRPEVVEAFYYLSVLTGDPIYREWGWEVFQSIEKYCKTEYGYGSLHDVNEPSMKPEDRMESFFLAETLKYLYLLFDPDSEIDILNKHVFNTEAHPFKI 736
The following BLAST results are available for this feature:
BLAST of mRNA_H-akashiwo_Contig1212.1.1 vs. uniprot
Analysis Date: 2022-09-19 ( Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
| Match Name | E-value | Identity | Description | |
|---|
| A0A7S3YD89_HETAK | 1.330e-136 | 96.45 | alpha-1,2-Mannosidase n=1 Tax=Heterosigma akashiwo... | [more] |
| B8C1C0_THAPS | 1.260e-52 | 49.73 | alpha-1,2-Mannosidase n=1 Tax=Thalassiosira pseudo... | [more] |
| A0A7S3XK61_HETAK | 2.100e-51 | 50.83 | alpha-1,2-Mannosidase n=1 Tax=Heterosigma akashiwo... | [more] |
| A0A7S0GKW6_9STRA | 4.490e-51 | 50.54 | alpha-1,2-Mannosidase n=1 Tax=Proboscia inermis Ta... | [more] |
| A0A812YES5_SYMMI | 5.380e-51 | 48.09 | alpha-1,2-Mannosidase n=1 Tax=Symbiodinium microad... | [more] |
| A0A7S0AP19_9STRA | 1.580e-50 | 47.19 | alpha-1,2-Mannosidase n=2 Tax=Minutocellus polymor... | [more] |
| A0A7S4N8K7_9STRA | 5.170e-50 | 49.45 | alpha-1,2-Mannosidase n=1 Tax=Odontella aurita Tax... | [more] |
| A0A7S4T3J2_9STRA | 8.750e-50 | 50.86 | alpha-1,2-Mannosidase n=2 Tax=Ditylum brightwellii... | [more] |
| A0A7S3K687_9STRA | 8.820e-50 | 51.55 | alpha-1,2-Mannosidase n=1 Tax=Aureoumbra lagunensi... | [more] |
| A0A7S2PJG9_9STRA | 3.010e-49 | 48.07 | alpha-1,2-Mannosidase n=2 Tax=Skeletonema marinoi ... | [more] |
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Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Stop | 0 |
| Start | 1 |
| Seed ortholog | 35128.Thaps268640 |
| PFAMs | Glyco_hydro_47 |
| Model size | 677 |
| Max annot lvl | 2836|Bacillariophyta |
| KEGG ko | ko:K01230 |
| KEGG Reaction | R05982,R06722 |
| KEGG Pathway | ko00510,ko00513,ko01100,ko04141,map00510,map00513,map01100,map04141 |
| KEGG Module | M00073,M00074 |
| Hectar predicted targeting category | other localisation |
| Exons | 6 |
| Evalue | 9.99e-52 |
| EggNOG OGs | KOG2204@1|root,KOG2204@2759|Eukaryota,2XA6Z@2836|Bacillariophyta |
| EC | 3.2.1.113 |
| Description | Belongs to the glycosyl hydrolase 47 family |
| Cds size | 657 |
| COG category | G |
| CAZy | GH47 |
| BRITE | ko00000,ko00001,ko00002,ko01000,ko04131 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1681387122.8703752-CDS-H-akashiwo_Contig1212:73676..73805 | 1681387122.8703752-CDS-H-akashiwo_Contig1212:73676..73805 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 73677..73805 - |
| 1681387122.8889303-CDS-H-akashiwo_Contig1212:74056..74132 | 1681387122.8889303-CDS-H-akashiwo_Contig1212:74056..74132 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 74057..74132 - |
| 1681387122.9017165-CDS-H-akashiwo_Contig1212:81955..82080 | 1681387122.9017165-CDS-H-akashiwo_Contig1212:81955..82080 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 81956..82080 - |
| 1681387122.9106655-CDS-H-akashiwo_Contig1212:85411..85583 | 1681387122.9106655-CDS-H-akashiwo_Contig1212:85411..85583 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 85412..85583 - |
| 1681387122.9203336-CDS-H-akashiwo_Contig1212:99004..99096 | 1681387122.9203336-CDS-H-akashiwo_Contig1212:99004..99096 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 99005..99096 - |
| 1681387122.9305685-CDS-H-akashiwo_Contig1212:99555..99618 | 1681387122.9305685-CDS-H-akashiwo_Contig1212:99555..99618 | Heterosigma akashiwo CCMP452 | CDS | H-akashiwo_Contig1212 99556..99618 - |
The following UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1681387122.9405038-UTR-H-akashiwo_Contig1212:99618..99638 | 1681387122.9405038-UTR-H-akashiwo_Contig1212:99618..99638 | Heterosigma akashiwo CCMP452 | UTR | H-akashiwo_Contig1212 99619..99638 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_H-akashiwo_Contig1212.1.1 >prot_H-akashiwo_Contig1212.1.1 ID=prot_H-akashiwo_Contig1212.1.1|Name=mRNA_H-akashiwo_Contig1212.1.1|organism=Heterosigma akashiwo CCMP452|type=polypeptide|length=219bp
MEHLGCFVPGMLMLGAATDPEGPESKRAQLDRAAARKLAYTCHQMYRRQN
TGLAPEAVHFNPKDSTRDWYIEPEDRYYILRPETVESLYYLYYYTRDPLF
QDWAWEIFQAIEAHCGTAGGYAPRPDVRHPTQAPRGPMESFFLAETLKYL
WLIFQPEDRLLDPAKYIFTTEAHPLPVLGRSATTLGIAPGARTAAGLHRQ
VPGRAASTWRRADPGCWRG back to topmRNA from alignment at H-akashiwo_Contig1212:73677..99638- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_H-akashiwo_Contig1212.1.1 ID=mRNA_H-akashiwo_Contig1212.1.1|Name=mRNA_H-akashiwo_Contig1212.1.1|organism=Heterosigma akashiwo CCMP452|type=mRNA|length=25962bp|location=Sequence derived from alignment at H-akashiwo_Contig1212:73677..99638- (Heterosigma akashiwo CCMP452)
AGCGCAATATTGGCCACAGAATGGAACACCTGGGTTGCTTTGTACCAGGC
ATGCTAATGCTTGGGGCCGCAACTGATCCTGAGGTTAGAGACCATCGTTT
TGTTTTTATTTTATTTTTGTTAGAAAGGTGCTCTAAGCTTTGAAGTGCCA
CAGATGACCAACAATACACACATTATATATTTTGCCGTTCATTTGTATAT
ATATATACAACACATCTGTCCAAGAAAGTTCCTCTACACTCACATAATAA
TTCGCCGTTTATTAACTTCTTATCACAACATGATGTGTTCAAATAATATG
TGTTCTGGCTTGCATTATTTTCTGGATTCCCACCAGTCATTCCATTTGCC
CCCAGCTTTCATGACTGGCACATGTAAGCTTTATAGTTGCTGCCACACTG
ATCATGCTCAGGTGTGCTAGACATACATTAATCACCTTTTCTTTTGTTGC
CATTTTTTCTTTTGGGGGTGGGGTATATTTTTGGAAGGGGGGAAGATAAT
AATATGATGATGTATCTTTATCCTGCGGGGCCCTCGGAGCAGGGCCCAGA
AAGTAAACGGGCTCAGCTCGACCGCGCGGCCGCCCGGAAGCTCGCCTACA
CCTGCCACCAGATGTACCGGCGCCAGAACACCGGGTCCGTGTGGGCATGG
GGTTGGGTGTGGCCTTGTTTGCCATTTTAGTTGACTTTAGTTATGGTTGA
GATTCAGATACAATACTCAGAGCTGGTGTTTTTGAAGGGAAGGATACATA
TCCTTCCTTACATGCTGATGATGATGATGATGATGATTTTAATTTATTTC
AGGTCCAGCCGCTTGTATAACTACAAGGAAGGACCAAGATCCTGCCACCT
CTAGCTCCCACTTCTCATCCATTGGTACATCACCAAAACTTCAGACGCCA
CTGATTCAAACATTACACATTTCCTGTAGCCAGTATTCCCCATCCTCGTG
CTATCTTTCCCCGATAATATACTCAACCCACTACAAAATGACAGCCCCTA
GCACACAACCCTCCCGGCTCGGGCGGTGCGCATAATCTCAAAGCCCCAAC
TGGCTACTCCAGAGTCTGCCCATGTGCTGTCAACTATCTCCTCCGAGAGC
CCCCACGGTTTCAATGTCTCCCTGAAGAAGAAGGCCTCTCCCTCCTCCAT
ACTGCAACCCCTACCCCACGCCGTCCCTGGCGGTGGCAGCAAACATGGCA
ACTCCCACCAAGCACTGTCTGAAGCACCTCTGCGGGTGCTTGATGATCAA
AGCTCATACTATGATGCATTGTGAGATAATGTTCCCTTAGGCTGGCGGCC
GTATCTCTTCAAGGAAGTATCTTCACTATAAAATAAAAGTAGTTCTGAAA
TCCCTGAAGCATCCCTTTTTGGGGCCCGATTATGGTTTCCGGGGCGTTTT
AGGCCCGGCTTTGGTTTCCCATTAAAACAGCTCGCCGAACTCAAAACAAC
GATAACTGAGTGAAATTCCATTGACAGTAGGTATTGCAGCAGGAGGAAAA
CTCCTACTGGGAACTGTAATTACAGACTTGGAAATTGTGCAGGGGGGAAA
CCTTTTTTTAAGGTTAGACCATAAAGGCCACACAATACCGCCACTGTCAA
TGGAATTGGATTCCAGTAGCAGCTCAACATCACAGATCAACAACACGATA
AACGAAAACACTACCACCACTTTTCTCTGATACTTCCTTGTCCTTCCACT
TCATGCTGTATTGTCAAACACGACAAGGATGTTACAGTAACCTCGTAGGT
CCATATGAGAATAATAACATATCTGCTGTGCGGCACCCGGGCTCAGCCGC
CCGCACAACCACGGCAACTTGTGTTCGCGGCGCCCTGCGCTCACGCCTCG
GTGATTGTGTGCGTAACACTATATATATGGCGGTGGAGCTGCGAACCAGA
GGTTCCAGGAAGAAGTATCAATAGAGAAGCTTGGGGTCCACAAATGGTGA
GGGAATAATCATTCTTTTGCAGAGATAGTGGGGTGTGCTGTTTTTTTTTT
TTTTTATAATTCTGGATCCTATGGTTTGGGTCTGTTTCTTTTCTGTTGGT
GTGGCTTCAATGTGAGGCTGTTCTTCTTGAGCCACATCAAGTCAAATTTT
TTTCACATCGGAAAATGTGAAATGAGCATTATTTTCACATCAGTTTCACA
TTGCTGATGTGAAATATTAATAGTTTTTTGGTTGTCCCTTCCCTTCCAAT
TGTCCTTTTTTTGTTTCTTCATGGTATGAATCATGAAAATATGTTTTAAT
AAGAATATTATTATTAATTATCTAATAATATAATATTTTTTATTACATCT
TAAATATTATCGTACATATGATATATTGAAAAGAAACTTAGTGTTTTTTT
TTTTTTACATGCAACTACTGTGAATACAGTATTGAAAAGTACTTCTTAAT
AATAATATCTCATAAAAATAACAAATAACCAACAATTACATCAAACTCCA
GCATTCAGCAGTCTTTTCAGCGAGTTTGTAAATCAAACAAAACTGCTTCT
TGATCAACTTTAAATAGTACAACAACCTTATTTTTCTGGTCAAAATCAGG
GGTTTGTTTCAAAAAAATGGGCTCCCCCCTACTGTACAACTCCAACATTT
GAGGGCAAGAGGTGAAAAACTTAAAAAGAGTGCAATCTTTATCACACTGG
TGACATTTGTAAATCCGTGACATATCATTATTAGTTCTCAGTAGCCTCCA
AGGTTGAAGAAGTCGATTTAGCATGACAAAACCCTCAGTAGGACAGGGCA
CGCCAACATAGGCTCGGAAGTGCGGAGGGATTGGCTGTGCTCGCTCCTGT
TCAATCAGAGTAGCAAAAATCTTCTGTAGAGTTTTCCATTTTTTCTGTTC
AGCAGTAACTCGAAGTTCATCAGAAGAGGATGCTTTTTCACTGTATTTAA
CAGATAAGCCCACCCAATGCTCTTTATGCTGGTTTATAAGCTGCTTGGCC
CTGATATATGAAAGTAAGAATCAACAAAAAGTTGTACAAAAAACAAGAGA
AATAACAGATTACAAAGGGCAAAGAAGAATGATGATGATAAATTGATGCA
AAACTGTGGAAGCTACAGCAAACTCACCCGCCGGAAGAAACATACCCACA
TCTCCTCACCCCCCATAAAAAAATGTCACACCATCCTCAAAGTTACAGCA
AAAAAAAATCAACAACCACAAAGAATAAATTTGAACAATAATAGTTTTTT
ACCTTGCCAATGTCAGTGACCTCCACTGTATCTGCTGTCTTGTTCCATTT
TCATTGTGCGCCTTACCCGTATTCCTGATGATGATGGGGAGGAAGATTTT
TTTTTAATTATTATGCATCACTACATATATTCATGTGACATATTATATAG
AGTACTACATTGGAGTGATGAACATTGAGCAGCAGGGTGTTTAAAGTAGG
AGCAAAAACTACTAATTATTATACGTAGTAATAATAATAAATAAATAATA
ACAATAATAACAATTCAAAATTGTCTAACAAATAAGAAGATAATGCCGCA
GCAGTCAATGAGCAATTCAAAATGTGATGATATGACACGATAAGAGCATG
ATGATAATGATATGGTAGTTGTATGAAAATATGTTGTTGTTGTACTTACT
GATGATCATTAGATATGCGGGAAGCACTCAGTGGCCTGGCGTCAGGGGGG
CTCATGGCTTCAGGAGGCTTACCAGTGTTCCTTATCAAGAGGAACAGTTT
TGTTAATTGTTACATATATTTGTAAGACATATATAGAGAGCATAAGAAGA
GGTTCGTTGATCATTTTGGCGAAAGAACATATATATATATAGGAGGGTGG
TGCTGCCTTTCAGTGGTGAGCATTGAGTAAATGAGCAATTGAAAATATGA
TGATGCAGCACCAGGACGTTTATAGTGGGAGCAACTAGTGCTGTGTATTA
TAACAGTAGTCAATGAGTAGGAGTGGCAACATCGAACATTTTAAAACTGC
TGTTTATATTATTCATCATACTTACTGCTGCACTGTTCCAGTACCAATAG
GCGCAGTACCAATAGGTGCGCGGGTTGACAACCCTTCTGCTGATTTTTTT
TTTTGCTCTTCTAATCTCGCCCTGGCCTGATGGAGTGGGTTATCGGATTG
TTGCATCCAAGATGTGTCAGCAGTGTTGGGTGTGATTTTTGCTGGTGGAG
GATTTGCTGCTGGTGTGGCACGCATCATTGGCGGAGGAGATGGTGGTGGT
GGTGTCAATTGCTGGGTAAGATCCAGATCAGATGATGATGAAAGTTCTGG
TTCAGCGAACCACACCGCTTTACCAGAACTTGACTTTTCATTTTCAGATA
ATTCGTTGTCACCACTGATAGCTTTGACAATGAGGGCCTCACATTGGAAC
AAGTGCGGGTTTTCCCGTGCAATCTATACACAACAAGAAAACAGCAGTAC
GCAAAAAAAAATTGTTTGATTTTTTGAGAAGAACAAGCTACTACTATATT
TAATAAAAATAAATAAAGGATCGATCAGCGCCTTTTTAATAATTTTTATT
GCACAACATTTATTTATATTGATTTTTTTTAGAAAAAAAGACAGATCAAT
ATAAGACTCTTACTTGGTGAAAGATAGGTTTTCCTTGCGGATTATCACCA
GCTCGAGGAGCTCGGATAGCCTGCGCGAACACGTTGCTAAAAGCCTGTTT
TATAAGTTTAATAAATAAATAAGAAAAAAAACTATGCATGTAATATATAT
ATATAGAAGTATTAAAATATACATATATATCAAGTTAGATAGAAGATAGA
TATTGATGAGTTCCTTCCGCTTCCTCTAAAATGACGAATCAAGATAAGAA
GCAAGTGTGTAGAACCATCCTGATGTTGTGAAGTAATAAATAATGCTGGT
GCAAACTGTTGTTGTGAAATAAAAATTCTGTTGCAAACAACTTGACCTCT
TCATCTTTAACAAAGTTCATATCCTCTGTCATCATGACAGCAAGTTGCTT
GCGTGTCTCTTTAAACTTAGTATCGCCCATTGTTTTCTTCATGTAATATT
CTTGATTTGAGAATTCTCCATCTCTGTCCCCACCAAAAAGAACAAGATAG
GATGTGGAAGCACAGCGGTAAAGGCATTTTATACCAACTTTTGGGGGGTG
GAGCAAAACACATATAATAATGCTGTTGGTTAGAGAATTGTATCCCACAC
TCTCACACGCGCACACAACACAAACACAAAGAAGAAAACTCTATATCTGG
AAGCACAAGGGTAAAGGTGACGTGACAATATGGCGAAGTGCAATGATGTT
GAGGATGAAAGTCACATCATGACATAGCAACATTTCCGAGGAGAAAATAC
CGGTGCCCTCTGCTACTTGTCAGGTGGTTGAGAAATTGCCCGATCATAGC
AGAAGGAACATTCTTGTTATTGAAGAACTGAAGAAGGCCCATTCTCTGGC
TTTTATCTGTTAAGCTAAATTTAATTTGTGGTGGGCAACAGTAAGTTCAA
AGTATTGTAAGTTTGCAGAATTGCAATTTTACATTTTATCCTTGTATATG
TTTTCAAGTCGACAACTATTATTAACGTAGCGATTTAATACGAAAACATA
AGAAAAAATACTCACCATTTGTGGATAAGAAAATTAGGTCTTTCCTTCCT
TATCAGTTCAACACCCTCTTCAAGGATATTTTGAAACAAGGATTTAGTGG
CTGTTCAAATAGACAACAGTGGTGATGAAATATGGGCTGGTTTGCATCAG
TAATAATCACCAACCATTGTTGTGTGAGTGCCTATATTAATAACACCATC
ACAAACACAAAATAGTGAAGGGGGGGGGGGGTTATAGTGAAATGAACAGC
CATGATTATAGATAGTCAAAGCATAAACCCAATACCCTGAATCATCATAC
CTCGTTTATCCAAGAAAATGTTGTGCAAGCCCGTCGGTTTGGGGTTTACT
CTCAAGAAAAGATACTTAGTTTCAAAAGGGATACCAGACAAATCTTGCCG
AAATTCATCCAGTAAAAGAAACTCAAGCAGTGCCACATATTCATACTTTA
GAACAAAAGCACTATTGCGGGAACGAAAGGACCCCCTATCAACAACAACA
AAGCAATAATAATAACAAAGGGAAAAGGGGTATTGAGAAGAGGGATAAAA
TGTGGAGAAAAATATTGATTAATATACAAAATACTCGCAAATAATGTATT
ATAGCCAATGATTATTCATACTTCTTTAGAAGAACAAATGAACTAAAGTG
GTTCCAAGGAAAAATGGGTACGGACGGAAGAAATGTGGAGAGAATGATTG
ATGATAATAAAAAGGGCACACAAAATACGATAGCCACTCCGCTGATAATT
ATGTACATGATGAGAGAAATGGAGTAATATTATAGCAGCTCCGCTGATTA
ATTACACATTATAATGAGATGAAATAAAAAACGAAGAAACAGCGAATTAG
GGGACTTACGCCTTCAATTCAAACTTGAAAACCTTGCCACCCTTTACTTC
CACCTCACCAACATAACCTTTTTTATGAATTGCTATTTCACAGTGAGTAC
TTGGCCAACTTCAGACTGAGTTCGGCCACCAACAAACTGCCTCAGAATGA
GAACAACAGTGCGTTGGATTAGAGTTATCATTTCTACCTGAAAAATGATA
ATAAGTTGTTGTTGTTTTGTAAAAAAAAAAAAAACTATGAAGGCAGAACA
ACAGTAGTTTATTTATTATTTATAACTATGAAGGCAACACAACAGTATTA
TATTTATTATTTATATAGAATATAATAGTTATTACGGGTTACAAATAGGA
GGCTGAGCAACATTATTTTTGATGTGGAAGTATAATATGTTGATAAGACA
CCCCGCTCTCGCGATAGCAACAGTTACAACAAGCAATTTTTGTCACTTAA
ATGCTAAAAGGTAGAAAAAAAAAAAAATAGTGTGGCAGTAGCATTAACGT
TGCTATATGATGATATAACATAAAAATAAAACTTACTAGTTGTTTTGCTG
CAGCAGAATCATTTTTAAGTAACTCTTCTTCCCTGAGGAGTCTTTCAAAT
TCATAAGAGTTGATCTTGTCTATCATACTGTTTGCAACTTCAAAGACATA
TCGTGGCGACAGTGGATCTGCATCTACTTTCTCATTTGCCTTTCTGTTTT
CACGTACTAAAAGAACTTCATCCTGAAATCAGCAGAACACATATAAAAAA
AATATATATATATATATATGTTCTTCTGTTGTGTGGGTTGTTTGTGTAGT
ATACGCTACAACATCATAAAAAAACTAGTTATGTAATAATGCATAAGTCA
TACTGTGATGTTGTTGTTTGAGTTTGCCGAGTATATGATGATGATGATGA
TTTTTTTAGTTTAAGTCAAGTCCGCCCCTTGGATAAAAGCCCACAGCAAT
ATATGAATACGCCCACAGCAATATATGAATACCTTTGCCTTTGCAGCAAA
CATTTGTCTGGGTAACTCCATGTGAGGGTCAAGCCAAAAGTTAAAATCGT
CTCCCATGGTGATTTTTGTTCCTCCATGTCTCTTATCAATGTCAATCCAA
ACCCGAATCAAAGAAGATATATACCCTTTGACTGTCCTGGATTCCAGACA
GCTTCCATCCTTTACAGCACGAAGTTGAGATATCCATACACTCATCACAA
CCGCCTGTAACCCAACACATTGATCAAAACAAGCAGTTGTATATATTAAA
AAAAAAAAGCCTCTTCAAAAAAAAAAAAAAAGTGCGCATAGGTTTTATGA
ATTTACATATATATTAAAGTCAGGTTTATCAAGATAAAAAGATTGGTTTT
TACTCACCCTTTGCCATAGATCCAACTTCAAGATCACCTCTTTCATTGGG
CGAAGCACATCATTGTCACAGAAAAATATTTTTTTGTGATCCTCGTACCG
CGCTGGAAACCAAGAATTGGGCGCTCCAACCTCCCAAAACACTCTAACAT
TTTGTCTCGCTTTTGCACTCAATTTATCGTTTATGGCATTGACTCGAGGA
TTATTGGTAACTTGAGTCTCGCCCATGAAAGTGGCAAACCTAAAAAAAAA
AAAAAAAAGAAACAAGAACGAGAAAAAATAAGAAAAAACAGCACGAACAA
CTACAAGAACCATAATAATACATCTTCTACATTATATCATTATCATTATT
ATAATAAAAAAGAGTTTAGCTGTGAACCACCAACCTTCTTGCGGTGCTTT
TATCATTCGATGCTGTGTTATTGTCATCTTTACTACCCTCAGAAGTTGGC
ATCAACCTCCTGATGATGTCATGGGTGGACAATCCTGGTTCTGCTGCCTT
CTTCCCCGGATCATCGTTGTACGCCGCCGTAGCTGCCGACATGCGCTTTC
TTTTCCCCATGATCACAACATCTTCTTTCTTTTCACTATTTTCTGATGAA
TAAAAACCACTACCAGATCTGCAGCCCTCTTCATCACTCACTCTCATCGC
ATTGTTTGCTTTAGCTTGCTTCAATTTTTTACCAGCCCTCGGCTTCTTCT
TCAATAATGTAACAATCCCTCTGCCCTTTTTCTTTGCGCCATCGTCTCTC
TTCGCGCGTTCCTTTTTGGGGGGACTCACATCATCTTGTCTCTTCATTGT
ACCGCCTCTTCTGTGTCTCTGCTGTTTTTTTGCTTCTTTACTATTCTCTT
TCTGCAAAGTGCGAGTCAGCGCCTTCTGCAGAAGTTTGTTGTTATTTGTT
GACTTGATCCCTCTTTTTGCTTTTGGTGGTGGAGTCCGTGGAGCTTCAGA
TAACGATGAATCAGCCACGGAAATGATGGAGGAGGGGCGGGTTACTGACG
TGTCACGAGATTTGGAGACAGACACCGATGTGCCTCGAGATCTGGATGAC
TTACCGTTAGACAGCGACCGCGAAGTGCCTCGAGATCTAGATCTAGAAGA
TGTTGCTGATGATGGTTCCCAGGCACTACCACCTTCTGTATCCACGGTTG
ATACAGAGGTGGTGAGCGAAAGTCGTGTCTCAGAGCGGGTGCGGGCTGTT
CTTCCTCGTTCCTCCTGCCGCCGCTGCTGCAAATACTGCCGTCGCCTCAT
GTCTTGAACCTTCTTGCTTCTGTATACACCTTTTCGCCAGTCCATAAAAA
GTCCTCAGGCAGCGCGTGGTGACAACCGGATCTTCCTTTGACTAATGAGT
CCTGATAAAAAGTCCTCAAGCAGCGCGTGACAATCGGAATCTCGGTTTGA
TGAGTCTTGATGAGAAACTTCTTTTTCTGTTGTTGGTGGTGGAGTGGTGG
TAATGATGATGATTAAAACTGCTGCTGCGGTTGTACGGGGAAGGCGGCGC
AAAATTACTATCAGAAAACTCTAAGCTCCAATATCAACAAAATGTAGTCA
AATGTTTGTACATCACGTAAAAATACTTTTCTATATTTCAAACCAAAAAA
AAAAATCTTGTTTTTTTCGGTTTATTAAAAAATACTGTACAAGATGGTCA
TGCTGACTCAGCATGACCAGCTTGTTGTACAGAAAAACTTTTCCAGGTAC
ATAGACTACAATGCATTTTGTACAAGCATATACATGTAAATTGTACAAGG
TTATAGAAAAAACTTTTCCAAATTACTTATAATTAATTGTAAATTGTACA
AGGTTATATAAAAAACTTTTCCAAATAATTACTTATAATGAATTATCTAG
TTGGCGTTTTTTTTTTTTTTTTACAAGATTAAGTACAGTTTATGTGATCA
CAGGGTGTTGCGCTTCTGGGAAAAATGGTTTGAACATATGGAATGTAAGC
ACTTTTATAGTTTCGTCTACATTTGAATTTTTTAGCGGTGTACGCCACAC
CGCATTCCCACCCGGCTCGAGGTCGTCGAACAATTTCAAATGAGAAGACT
AACATAAAAAAAGTAGAAGAACTTTTCAACAATGATGTAAATGATTTCAA
TGCCTCTTGCAAATACAAACATTTAGGGAACATAATTACTACCTTAATAT
CATCGTGGGTGGAGGTGCACCACATGTTGGGTTGTTAGTAGAGCCGTCAT
GCTTGCTGCTTGGTGCTCAATGGTAGGACTTACACCGTACCGTATTGGTC
TATAGACCTACTTTGTATTGTTTGTGAAAGTTCGAACGGGAAAACCGGAT
TGTGTAAAGCGATTCCTTACCTTGAACTTCTTCCTTTTTTCTCTTTTGCC
CCAAAACCAAAAAACCTGTATACAATACTTTCCGCATAATGTTGTTATTT
TATATATTATGACGTTACGTAGTATACGTGTTTAGGTATTTCTACATAAA
GTTAGGTATTTCGATTATATTGAACAAACTGGAGCTTATGATCCCTCTAT
TTTAAATTTTGCCACGGCGGCCAGAACAAACACCCAGGAAAATCGAGTCT
TTAGCCTCCAACATCAAGTCTGCTGATGTTCAAACGAAGATTCCCTAAGT
GAGATGAAAAATAAATTTGGTTTTTTATTCTCATAAAGCTGTTTCAGACA
TTTTTTATAATTGAGCACCTCCTGAATTTAGATCTGATATTATATCACTT
TAAAAAAAAAAAAAAAACACACACACACACACACACAGAGAGAGTTGGTA
GGCCCACCCAGAGAACCATGAACGTTGCATGTCAAAAAAAAAAAAAAACA
CACACACACACACACACACACACACAAGGTTGGTAGGCCCACCCAGAGAA
CCCTGAACCCTGCATGTCAAGTCTCATTAAAAAGCATACTAAAAACAAAA
TATCAAGAAACATGAACCAGATAAAGAACTTGAACCAAACTTTCCCCTCC
CCCCCTCCCTCCTGCTGCACTCCACCACCGCCGTATGTAAGGAATATGCT
ATTACCTTAGCTGCAGTAAAGTACAAACAACTACCATGTTGGTAGTACGT
ATAAATCCACCAAAGTTGGTGTGGCTGAAATGTGAAAATGTTCTGCATTA
TTCAGATCAGGAGTTGAACCTGATTTAAAACCACACTGCTGAATATTGTC
GCCCTATCCATTACTGAAATTTAAGTTCTTAATATTATTGTTGTTATTAA
AACAGTTGTTTGTGGCAATCCCGCCACCTCCAAACTTTCCCCTCCCCCCC
TCCCTCCTGCTGCACTCCGCCACCGCCGTATGTAAGGAATATGCTATTAC
CTTAGCTGCAGTAAAGTACAAACAACTACCATGTTGGTGGTACGTATAAA
TCCACCAAAGTTGGTGTGGCTGAAATGTAAAAATGTTCTGCATTCAGATC
AGGAGTCGAACCTGATTTAAAACCACACTGAATATTGTTGCCCTATCCAT
TACTAAAATTTTATATTATTGTTGTCATTAAAACAGTTGTTTGTGGCAAT
CCCCCACCTCAATCGTCATCAAAGTAGTTCGACGATGTGGCAGGGTCCGC
GATATGGAGGGCCGGGGGGGTCGTCCTTGTAGTTATCCAAAAGGCCGGAC
CTTAAATATATTAAAATCATCGTCATACATATACCCCCCTCCCTCCTCCT
GCTGCACACCGCCACCGCCGTACCACACTTAATCTTCTTCCACAAGTCTG
CAAAAACAAACTTGCAGCAATATTTACCAAAGCTGGTGTGGCTGAAATGT
GAAAATGTTCTGCATTATTCAGATCAGGAGTTGAACCTGATTTAAAACCA
CACTGCTGAATATTGTCGCCCTATCCATTACTGAAATTTAAGTTCTTAAT
ATTATTGTTGTTATTAAAACAGTTGTTTGTGGCAATCCCGCCACCTCCAA
ACTTTCCCCCCCTCCCTCCTGCTGCACTCCGCCACCGCCCAGATGTAAGG
AATATGCTATTACCTTAGCTGCAGTAAAGTACAAACAACTACCATGTTGG
TAGTACGTATAAATCCACCAAAGTTGGTGTGGCTGAAATGTAAAAATGTT
CTGCATTCAGATCAGGAGTCGAACCTGATTTAAAACCACACTGAATATTG
TTGCCCTATCCATTACTAAAATTTTATATTATTGTTGTCATTAAAACAGT
TGTTTGTGGCAATCCCGCCACCTCCAATCGTCATCAAAGTAGTTCGACGA
TGTGGCAGGGTCCGCGTATATGGAGGCCGGGGCTTCGGTCCTTGTAGTTA
TCCAAAAGGCCGGACCTTAAATATATTAAAATCATCGTCATACATATACC
CCCCTCCCTCCTCCTGCTGCACACCGCCACCGCCGTACCACACTGAATCT
TCTTCCACAAGTCTGCAAAAACAAACTTGCAGCAATATTTACCAAAGCTG
GTGTGGCTGAAATGTGAAAATGTTCTGCATTATTCAGATCAGGAGTTGAA
CCTGATTTAAAACCACACTGAATATTGTCGCCCTATCCATTGCTGAAATT
TAAGTTCTTAATATTATTGTTTTTATTAAAACAGTTGTTCGTGGCAATCC
CGCCACCTCCAATCGTCATCAAAGTAGTACGACGATGTGGCAGGGTCCGC
GTATGGAGGCCGGGGCTTCAATCCTTGTAGTTATTATCCAAAAGGCCGGA
CGACCTTAAATATATTAAAATCATCATCATCATAATGCATATACATACAT
ATATTTATGTGTACTTCTTTGATAAAAGGAAAATTTTAGTGGACATAAAC
ATCTAACTTTTTTTCATTTATTCCTTTTCATTCATCGTTTTTCATTTATC
AAACGACAGCGAATCAAATTTTCAAAGTTAACTTCTCATAACCCAGACTA
CTCCCACCAGCTTTATTTTTTATCTGTTCAAACTAGGCCAAAATCTGGGT
AATTCTGGGTTTCCATCGAAATCTTTTCTTGTGATATCTTTTGTTTCTAA
CTACTAGTTTTCGCTTTATTTTAAAGTTTTGGTCATGTATTATTAAGAGT
GACCTCAATGTGCTAAAATATGCTCAAATTTATGTAAGTTTGGAAAATAT
ACATAATTTCTTTTTTGAAAACTTTTATATAACCAGTAACCGCCATCAGA
ATACAAATATCAATCGTCACTAATGACCAAGACCCCAAGATTCTTCTTCT
TCAGATCAGTTCTTATATGAATAAAACGAAAAAGATTCGACGTTTCGCCA
CTGTCCACAATTGCTTCGGTTTTGACGTAAAAGTCGGCCATTCTGACAAT
ACTTTCGAACTCAACACGCCCGCTCCGCCGAGCATTCTGATCGCCAACCC
AACCTGCCACCAACTACCGGGGAAAAAGGGCAATTGTAAAAAATATATTA
TTAAAATTGCAAATGTGAAATTATACTCAGGGAAATTTAGCCGAATATTT
TTACACAACAGGGGGAAATTATGCCTCCCCTTATATCCCGCTCGTGCAGA
TCGTCTTCCTTATTCTTCTTCTTCCAGATTGGCGACGACTCTATTCCCTA
TTCCTTATTCCTGTCCTAAACATGTTCCTCCTTCTCATTCATTGAAGTTG
AAGTCGTCTAGAGTAGTATTAAAAAAAAAAAAAAAAAAAAAAACTTCTTA
TAATGTATATAATAGGTATTGTTCAACTTGAAGTTGAATTTATTACTATA
TATATATAGTATATATATATAGTGGTGAGATGTGCTTTTATCAACTTGTA
TTCCTTTTCCTTTAAAACATACCAACTTCCACATCCCCGCCACATCGTAC
GTGTTCGACTTTGACGATTTTTCACATCACGTTCACAACTCTGATGTGGA
TGATCTTGAGCAACATAGCGGACATTTGCGAAGGACCAGACACCGTAAAG
TATATGAACAACATTCTATATAACAGTTATTTATATTGCTGATCTCTCAT
TTAGTTTTATTTTTTTGTGAAATTTTGAGTGCTCGGCCTAAAAATTTGGA
CTTGTGTGACTGAAGAAGAACAGCCTCACATTTCAGCCACACCAGCTTCG
GCCAAAATTGCCGTAGGTTCATTTTCGTAGATGTGGACAGGCCGGGCCCG
TGGTTCCCCGGGCGGGCCTGTCCACATCTACGAAAATGAACCTCGGCAAT
TTTGACCTCGCGTTGGTTTGAGTTTTGGGGTTTCATGTTTAATTAAGTTT
TAGTAGGTTACTACAGAGGCGTATGCATAGGTGCAAGTTGTAGATCACTT
TTGGATGACAGCCTTAAGCATATGTACATGGCTTACGTATATTTAATAAG
AATGTCAGTGTTCCCTCACCCTCCCCTCCACTCCAACTTCCACCCCTTTA
TGTAGGCTTGCTCCCGAGGCAGTGCACTTTAATCCCAAGGATAGCACACG
GGACTGGTACATTGAGCCAGAAGACCGTTATTACATCCTGCGCCCAGAAA
CGGTGGAAAGTCTGTATTATCTTTACTACTATACACGGGACCCACTCTTC
CAGGACTGGGCATGGGAGATATTCCAGGTTGAATATGTGTGTGCCTATTC
AATATACTTTAAACTATAACTATACCATATATATCATTTTCACCTCTAGA
TATATATATTATTTTTATACATTCATCGCCACATCATATGTAGACTGTCA
TAATTCCCACTTCTTTTTAGAATTTAGAAGAACAATTTTGGGGAAATATT
ATGATCATAGAGGTCCCGGTCTGTGGACCGCAGGCCCACCTCCGCCCACT
ATACGGGGCAGGGAGACGGTGTTTAACCGGCTACAACCATTGCACAGACA
TGCGCATTCACAGTGGAGGCAGGAAGTCGATCAGGGTGAGGTGCCAGCAC
GACGCTCAAGGGAGGGAGTGCCAGGAGCTGCATGTCTGTGAACTGGAACA
CTGGCTGCCGGTTAACACTGACAGATTCGAGTGGATCACGGAAGATCCAG
TCGCCACTGGGCGCAATGAAGAAGTGAGGAATTGGGAAGGGGGATTTGGG
ATGGGAGGGGGTCATCAACATGGGTTGTTTCGAGGGGGAGTGGTCTGCAG
CGGCGACAGCGATGACTGGTACATTGCAGGGCCGGTGGGTGGTGCCGACT
GGTTGAGGAAACATGCCTCTGGGACCAGAAGGAGGGTGCCAATCTCTCCT
TCTGGTTCCGCTATCTCTGGGGCTTCTACAAGGAGCCCTGAGGTTGCTGC
TGCGACGCCTAGGGAAGTCAATACGGGGAAACGCACTGGTCGGAAGCGAT
TGGGAAAGAAACGCAGGGAACAGCTTCGCCAAAGAATTGCACGTGCCAAG
CTGGTACGATCTTCAGCAAAGCTTCGAACGGATGATGCCTTGGTTGCTGC
TGCTGAGGAGGCCAACACCACCGTCGCTGCTACTAACGGTGTTGAACAAG
GAGGACAACAACAACCTTCTTCTTCAACTCTGGCGGAGGACGGCGAGGTT
GGCCACGGGGAGCTCACGGAAATCTTGAGGGACGGTCGACCAATCATTTT
GGTTAATCCTGACTTTGAAGCCAATGGGAGGGAGGGTGTTTCACCGCCGC
CGGTAATTGGGCATGGCGGGGGCCGGGAAGAAGGGCGCCAACAACATGAA
AATTCTTTGAGTGGTCAACAAGGAGGCTTGGAGGGGGTGAAACAGCCAAT
CAGGGGGGTGGAAAATAACGTGAGGCGGGGGGAAAGGTCGGCAGCTGGTG
ACCAGAGGGCAGCTGCCTCTGCTGGTGGTGATGGCGGCGGCTGTCGTGAG
CGTAGTGAGGAGGAGGAGCCAGAGTGCCCTTCTTCGCCTTCGTCATCATC
ATCAGGCTCTTCTGGTAGCGGCGAAATGGATCCAGATGACTTTGGCTTTA
GGAGTGAGTCGTCCTCGGACGAATCCAACGACTCAGGCCTCGTGGGGCGG
GCCAAGTGGGTTCTTCGTGGCGCTGAAGAAGGGAAGGGGGAAGAGGGGTT
CGAGCCAGTCGTGCGGAGATCGAGCAAGAGGCTAGCTAAAAAGGAACGCC
AGAGGGAAGAGGAGCGAGAGAGGGTGAGGAGAGAGGCGCAGGCTAAGGAG
GAGACGAGAATGGACAGCCTGCGACAACACCAAGCCATGGCCAAAGCTGC
GAGGGGGCACCTTGGAGGAGCACGGCAGACCGGGTGGCAGAGGCAGAGGT
GGAATGCATTTCGCCAGGGCAGGGGAAAGCTGGTTGGAGGCCGTGGGCGG
GAAATGGCCCAGGGCGAGGTAGGGGGGGCAATCAGTTGCAAGAGGGGGGC
ATCAGCGGGCCCGGATCAAGAGCAGAGATGGCAGAGTGTGGACATTGGAA
GTGGCCTCATGCGTTTGTGGCATTGCTCAACACCCTACTGGGACGGTCAA
AGAGTGTCCAGTGGGGGGTTGTCACGTCTGTCGCAAGGGAGGAGTTGGGG
GGGGGCTGCAGCTATGAGGATGGAAGGCTTTTCTTCAGGGCCTTGTTCAA
TGAGCTGGTAGATCCGGGAAATTCGTTTCAGGTGGTGAGTGCTTGGCAGG
ACTGGAAAGACCAGCTGGGGATCTATGGTTGAGAATTCAGTTATGGTAGT
AGTAGTAGATAGTGGTGGAGGTATAGAGGTATGATGACATTGGTATGGCT
GGAGTGGTGTGTGATATTTGTTCCTGAGATTTGGTGGACTGGACTAGTGT
AATTCTGATATGGCAGTATGAGGTGGAGGGGTCTCCTGAAAGAAGCTAGG
GGTACTGCCCCGAAAGCGATTTGATAGGGTAGACTGTAAACTAAAACTAA
CATCATCAACATCTCATGTAGACTGTCATTGGCTCTAGATACTAGTAAGA
TAAAATAGCGGGTTGCTTCAACAGCAGAAAAAAAGTTGAGCAAAGGATTC
CTACATAAACAGTGGAAGGTCTTTACTAACTTTATTCTCTTCTTTACTAC
TGTACACACGACCCACTCTTCCAGAACTGGGCATAAGAGACATTCCAAAT
TGAATATTTGTGTTGTGCACACCACGCTAAAAATGGAACATGGATTAATC
ATTTCACTATACATATATATTATACCTTTTGATATGTTCATATATAAGCT
GTCAGTGGTTATATACTACTAGTAAAACCAAAAGGCTAGTTGTTTGTTTA
CACACTCTTGGCAACAGACTCCGATAGTACCTGTTTACTGCTTTCCGAGT
TTTCAATTGAATCGTGGTGGGGAGGGCGAACTCCTATTGCACCACCACTC
TTCCCCCTCCCCATTATTTTTGCTGACTTTTTCATCAGAACAATGGCCCA
TGCGTTTGCCACTGCCTTCCTCCTCCCCAGCTTCCTGGTGAAACTAGGCA
TCCTTTTGCAAAACCATTTCAGTCTACCTGCTCACAAACTGACACCCCTC
CCCTCTCTGGGGCACCGCCAACCATCATCCCATTATCACCTAAGACACTA
TCACGGTTGTATATTCAATTCTTCATCTAGGAACTGAAAGATCAGTCCTA
GACGCAAATGATTGACTGCTCAGTCTCCCCTGCCCCCGTTTGTCCCTTCT
GGCTCACCTCCCCGCCAGTCTTCAGGGTAAAACCATTTAGTGTACTGGTT
GTCTGTAGTCTCCCACCCTCCAGCGCCCTTACAGCACTAAGCAAGCCGCT
GAAATACAAAACCTCCTGCCATGCCAAGAAATGACGCCCGTCCTTGCTTG
TTACAGCCTTGTCTTCCAAAGTCCATCCCAACACGCCAAGAGTACTGCAC
TGAAGAATTCTTGATGTTTGGTTTGGCCATGCCATGCTTGCCAGGGACCA
TACAGCACCACCTCCTTGGCCGTGCCCCCTACCAGTCATAGGCGCAAACC
AGCCCCTTGCCCCCCGCCCAAAACACACCATTTGGCTGCTTCCCGCCGCC
GCCGCCAGGCGATCGAGGCCCACTGCGGCACGGCCGGGGGCTACGCCCCG
CGGCCGGACGTGCGGCACCCCACGCAGGCGCCCCGGGGCCCCATGGAGTC
CTTTTTCCTCGCCGAGACGCTCAAGTACCTCTGGTGCGCCGGCGCTGTCC
CGGGGGGGGTGCCTCCTCCTGGGGGCAGAGCGGGGCCGGTGCTGCAGTAA
TAGGGGAGGCACGGTGCCAGGGGGGAGAGCGGCCACTTGGTTGGGGGGGG
GGCTGTTGCATTTTCCGCAAAACAGAAGGACGGGAATTGAACCCACGACC
TCATGAGCCCAACCTTCGAGCGCTGTCAACTGTGCTACGAAGACTGTTGT
CGGTCTAGCGGAATTAGCGATGCTCACACGACGACATTTCCCCCGTACTC
CCCGCTGACTTGCGTGCTTTCAATCGCAGACGCGGAACGGGTTACGTTCG
GAACGCTGTTGTCCATATGCACAGTGCTGATTACGTGTTGCATTTCCCGC
AAAACAGAAGGACGGGAATTGAACCCACGACCTCATGAGCCCAACCTTCG
AGCGCTGTCAATTTTCTTTCTTTTCCTGATCTGTGTTTTTTCATGTCTGT
CGGGTTAGTCCTCGGATTTTCGTTTCATGTTTCTAGGATCGGAGTTTTCT
GATATTTTCCATCTGTATGTTGACTTTGAGTTTGTTGTTTGTTTATCATT
TATTGGTCGGTTTTTCCCAGCAGTGAAACTGGAGTTTTTGATTTGTTTTG
TTTATGTGTAGCAGTTTTCTGATTGGCTTGTATTCGAAGCAGCAGAACCA
CCAGTCGTCCGTCGTCGTTTTTTTATCATGTGGCTTGTGTTGTTTTGTTC
GATTACTTCCTCTATGGAAATAAAGCTGTGCGGTAACATTTAAACTTTGC
TTTGACATTTGCTTGCATTTACTGGGAAGTTTACACACGTATTTGGCGCT
GTTTCTCTCCGGCTGCTGCGCCCGTGTTTGGGTGCGCGTTGGCTTTGATT
CTCTCACGATTGCTGTCTGGCTTCGTGTCTGTTCCGTGACTTCGCACCTT
CGTTTGCGTGTCTCTGTGTCTTAGTTCTGTTTTTTCGTCAACTCTGGGCG
GATTTCGGACCTTTCTTTGCTGTCTGATCTCCCTGCTGGATTCCTTGCCA
GTTTATTTGGTGAAAGCATGGAGGGCCAGACTACTCCTCAACAGGATGAA
GCAGTAGCTGCCAATCCTCAGCTCAATGCTGCTGTAACTTCTTTGGGCAC
AGGGGTTGCGGCTTTACATAATACAGCGGCAGCTCTCACGGCTGCCATGG
CTCGCTTTCCGGGTCAAGCGCGAACGCTCACTCCTTTTGTTGTGAACGAA
AAGACTATTTTGCCTGCCTCTTTCGGTTTGTCGGACCTTATGGCGTTGGA
CGATCAGGTTAGAGTTTTTGCGAAGGCAAACATGTGTGAGTACCTGTTTC
GAAAGGTGGATGGCGAGTTCCCTGCTACCAACCCTGGAGACGAATCCATC
GTGGCTCATCTCTCGGCCCAGCTCTTGACGTGCTGTGCTGACGTGCCCAT
TGTCAGTGATCTGCGGGCTTTGGACAAGCCTGCTGAAGTCCTGAGCGCCT
TAACCAAGTCCATCGAGTTTACTATTGCAGAGGATCTCCAGAAGGGCAAG
GACAGCCTTCCTCAGTTCGAGATTGGGGAGGGGGGTGTGAACAACAGCAA
CGATTTGTTTATGCAGTACTCCAAGAAGATACAGTTCATCGAGCATGCTA
GTGATCTCCTGCCGAGCCCCATTGCACTCAGTGAGGCCACAAAGACAGAG
CTCAAGAGAGTTGCCAATCAGGAACATGTCAGGCTCTATGTTGCTGCGCT
CAGTAAACACCCCAGCTATTCATCTGTATCTACCCTGCTTCTGACCTCGG
ATGAGTATACTGCAGGCACTCTTACTCTTCAGGCGGCTCGCGACAAAGGC
GAAGCACATTACTCCTGTGCCTAAGCATGCGGCTGAGGGGCAGCGTTTGC
AGCTGGAGTAGGGCAGCCGCCGCCTACTTGGGTTCAGCAATGGCAGGCAG
ACAGGGGCCGTTCTTCCAGGCCGGCTCTTCCCGGGCCGTCCACCTCCCCT
CGCCTTCCGGCGGTGAGCGCTTCTTGGTCGCTGCTTTAACTGTGGTGATA
AGGGTCATGCCATCCCTCAATGCAGGAACCCTGACTCAATCAACCGGCAC
CAACTCATAGCCCTCCTTCGCCGGACGGGATGACTGGGCGTGTTCCTAGG
CTGCTGGCTCGTTTTGACCCGCCGCCCCGCAGCACTGCGGCTGCTCTTAT
TGTGGCAGTAAGCGGCGCCTCCTCCTGCTGCTCCTGCGGCGTATGTTGTC
AGTGTTTTTCCGCTGCTGATTTGGAGGGTAAAGCTGCTGTATACTCTTCA
TGGCAGATGGTGAAACCCAAGGACTTGGCGTTGCCACTTTTGACTGTCTT
GGCCTCGGTTAGTATTGCGGATTCTGAAGCAGTGCTTGTCCCAGGGTCCA
TCACCAACCTCCCGGTGCCTGTTCGTGACCGTTGGGGTGGTGGCCGTTTC
ATGGAGGCGACTGCTACTGGCACCATGGTTGTCCAGGGGCTCAGGGTTCC
GGATGTCTACCTGGTTAAGGGATTTGGGCGCAACCTTGTCTCCACCGTTG
CCTTGCGCGTGCAGTACTCTTTCAGCAGCACGTAGATGGTATCGTGTGCA
CAAGCTGGGGGCGCCGGCGGTGCGGAGGTTGGGGAGCTCGTGGCTGTGGG
CAAGTATCATAAGCGGCGATATGTATTCTATTCCATTATTAACACTCATT
CTCTGTACATGGTGCGTGCTACTACTAGTGGTGGTGCGGGGGCTGGGGGG
TGCACGCTACTACTACTACTGCGGAGGGTGACGCTGGCCGTCCTGTCGCC
GCTGATGCCTTGTATATGGCAATGTGGCTGGCTCGGACCCTCTTGGCAGG
GCGTGCCACGAAGTTGGGCCACATAGGGCCGGCCAAGCTCCAGTCTATGG
TCCGCAAAGGCCTTATTACGGGTGCGGGGGAGTTTCCTCTGTCCGCCCGG
TGTGGAGGACCAGTGCCTTCCGTGTCTTGGGCCAAGCAGACAAGGGCCAG
GGTGTGTGGGGCCCTCTCCTCATGAGGGTTGCCGGGCAGCGTGCCGGGTG
AGCTGGTTCACGTCGATGTGGTATACTGCGCAACCCTACTTGGCGGGGCT
ATCACTATACCCTGCTTTGTACCGATGCTGCAACTCGAGGCGCTGGGGTG
AGGTCTTGCCCTCGAGGCACACGTGGCTGAGGCGTGTCGGGCGCTATACT
GCGTGGCTCAGGACCCAGTGGGGAGGCCGTGATGGCCATGTTGTTTTCCG
TTGGGCTCAGCTGGATCTCGAGGGTGATGCGCCATCTGTGCGCGTTATCC
GTCTCGATAATGGGGGGGTTTTACCTCTGCCCAGTTTCGGGCGCTTTCTC
GCTGAGGAGGGCACTGTTGCCCAATACACCTCGCCCTATCGCCGGAGCAT
AATGGTGTTGCTGAGCGGACCAATCGGGCTGCTTGGGACATGTGTAGGAC
GGTTATGCTTCAGTCCGGAGCTGATACTAGGTGGTGGGGTGTCTGCCTTC
TTAACTATTGCCTGCCAACTCTGAACATGTATGAGAATGAGGCAACCGGT
AGCTCGGCCTACTATGATCGCGGTGTGGCCCCTGACATTGGCTCTCTTCA
TCCTTTTGGCTGCTCGGCTTCTATCCACATTCCTTTGCTTCGCCCGCCAC
GGGTGGCAACAAGCTCGCACCCAGGTCTGAGGATGGGGTTTTTCTGGGGT
ACTCCACGGAAGGTGATAGCTCGTGGTCCATGTTCTGGGGACTGTTGGGA
CTATTCGCACCACTGTGATGTTGTTTTCCATGACCCGTGTCTTTCCTTGG
CTGGCGCGGTCTTCTTCTTCCTCCTCCCTCCCTCATTGGCCTCTGGCGCG
GCTCGGCCGGCTGGGCCTGATTCGGGCGCCCGGTCTCCGCCGATGGCACA
GGCTGGGGCGATCCACTGCCTGTTGTGGGTGGGGCAGCATGAGCCGCCTG
CGGCGCGCCGCCCCTCTCATTGTGTCTCCTGTTGGGCCTGAGCAGGGGCC
GCCGCTCACTAGAGGGCCGGCCGAAGAGGTCTGCCCTCAGGCGAGCCGCC
CTGCGACTTTCACTGATTCCTGGGGCAGACTGTTCAGCGTGGCCGGGGCT
GCGCTCGTTCCTCCGCGCTCTCTGGGTGTTGGCCCTGGCCCGGTGTCTCT
TCCTCCCAGCCCCGTGCCCGCCTCCGGCTTTGTCTCCGGCCAGGCGCCTC
CGGCTTCCCCCCTTCTGTTGTGCCTCCAGCGTCGCAGTCGCCGCGCCGGA
GGTCCGGGATCGCCAGGACAGCTGCCGTGATGAGGGCGGCGGCGGGATGG
CTCCCGTGTGGACTACGGCGTCGCTCCTCTGGGATGATGGCCCTCCTGTG
AACTATGTTGAGCTCATGCGGGAAGGGGCATTCAGAATGAGGCCTATCTT
TCTTCTCTCAGTGACTGCTTTGATCTGGGGGTGAGCGTTCAGTCATGTTC
TTTGAGGTTGATGGTGCCGGGAGGAGGAGGTTTTGGCTGTGTATGTGCCC
AAGTCCTACCGCTCTGCCCTCGAGTGCCCTGATTCTTTGCAGTGGAAAGC
CGCCATCAATGCTATTCTTGATCAGCTGGAGTCCTCCCAGTTCGCACTTT
GTTCCTTGGGCGCGGGTATGCACGTCATTCCGTCCCACTATGTTTTTGCC
TACAAGGAGCCTGCTGAGGAGGGCGGCGAAGGGAAGTACAAGGTCCGTCT
TGTGCTGGATGGAAGTAAGCAGGTCCGGGCATCTCCTTTGTTGACTCCTG
GGCGCCGTCTCTTCCCCATGCTGGCTGGCGTCTCTTTCTGCACATATGCG
CTGTGGAGGATTTGGAGCTTCAGTCTCTTGACTTCAGCAATGCCTTTATT
CAGGTGCCGATGTCCTCGCAGGGGGCGCGCTCTCCGAAGGTGTATGTCAA
GGTGCCCCCTGGGATGGATGTTCCGCCGGGGATGGTGCTTGAGCTGGATA
GGGCGCTTGAGGGTTCCAGGCAGGCCGGCAACCTGTGGTACAAGTTCCTG
CGGCGTGTTCTCCGCCGCTGGGGTTTTGTTCCGCTCGATACTGCTGAGAC
CATCTATGTCAAGGGCTCTCTTGTTGGGGGTGATTTCCAGATGCTGGCCA
TTCATGTGGACGATGTCCAGGTTGCCTCGCAGTCCGTTGCTCTTCAGCAG
CAGTTTCTGGACCAGCTTGGTGCTGAGTTCAAATACAAGCTCTCGCCCAC
CTCTCGGTTTGTGGGCTATGATCTTGAGCGTGATCGGGTGGCCAAGACCA
TCAAGGTCACTGCTGCCAGCAAGATTGCCCACATTCTGGACCAGCACGGT
CTCCAGGATGTGCACTTGAAGTTCACTCCTTGTGCTCCAGGTGTTCACAT
GTCTGCTGACTCCTCATCTGAGAAGGCGGATCTTCAGCTGTACCAGGCGC
TTGTTGGGGCTTTTATGTTTGTCAAGGAGTTCCGCCTGACATCAACTTCT
CTGTTGGCAAGCTCTCCCGGTTCCTGGCCTGTCCAAATGCTGACCACATG
GATGCAGCTCTCTATCTCGCTGGTTATCTGCGCCGCACGCCCGGGAAGGG
CATGGTGTTTGGTGGGTCTCGTGACTACCGCATCAGGATCATCAGTGACA
GTGATCATGGAAATTGCCCGGACTCTGGCAGGTCTACCTCTGGCATAGCT
GTGTTCGCTGGTGACTCCTCATTATCCACAAGTCCAAGCTCCAGCACATC
ACCACTTTGGGTGCGCCCGAGGCGGAGCTGGTCGCTCTTGTTCTTTCCGT
CTGCGAGGCCAGGTGGGCGCGCCATGCTCTGGCAGCTGGTCGGGCTCGGG
ATCGCATGCAGGCGTACACCGATTGCATGGCTGTTGTGCACATGGCGAAC
CACCAGAAGGGCCTGCAGCGCACCCGGCATCTCAACATCAAGAGGCATTT
TTTGCATGATGAGGTTTCTGAGGAGCGTCTGTCTGTTGAGCACATCCCTG
GAAAGTACAACTTCACTGATGTCTTTACAAAGCCGCAGAACAGGGTTCTC
TTTGAGAGGAATGTGGAGATGCTAAATGTGTGCTGACATTTTCTGGGGAG
TACGGGGGAAATGTTGTTGTCTTCGTCTTCACTCTATTTTTCTGTTGTCT
TCGTCTTCACTATATTTTCTATTTTCTTTCTTTTCCTGATCTGTGTTTTT
TCATGTCTGTCGGGTTAGTCCTCGGATTTCCGTTTCATGTTTCTAGGATC
GGAGTTTTCTGATATTTTCCATCTGTATGTTGACTTTGAGTTTGTTGTTT
GTTTATCATTTATTGGTTGGTTTTTCCCAGCAGTGAAACTGGAGTTTTTG
ATTTGTTTTGTTTATGTGTAGCAGTTTTCTGATTGGCTTGTATTCGAAGC
AGCAGAACCACCAGTCGTCCGTCGTCGTTTTTGTATCATGTGGCTTGTGT
TGTTTTGTTCGATTACTTCCTCTATTGAAATAAAGCTGTTCGGTAACATT
TAAACTTTGCTTTGACATTTGCTTGCATTTACTGGGAAGTTTACACAGGG
GCTTGTTCTCGCCTGCTTTGGTACTGTGAGGATGATGTTTTGTATATTTT
TAATTCATAGCACCCTACCTGGATTATTTCAGATCAGGCCCCCAAAACGG
GGTCATTTCCAGTCGCTTCGTATCCTCCATAGAGCAGCGCTTAAATATCT
TGGCTTCTAGAGCTCCAAAATCCACTTCGAATATAAACCATTTGACTCGT
TGTTTCAAGCAGAATAGAGCTGATGTTGTCTGAGAAGCACCACAAAAAAG
AGGAGAAGGAAGTTGCTTGGAAATTTTTCCTATCCTCCAGCCAGTGCTTT
TGCTACTCTTTCTGTTGGTTGATGCTCTTGCTTCCTATACTATAGCTATA
CCAGCAGAAACATACAACCAGCAAGATCCGGCACTAGACTTTCATGGTGG
GAGACAGAGACTGAATTCTTCTTCCTCTTTGTGGTGGTGGTAGGCAGTGG
GGAAGAAGAAGAAGCTGGCCAATCAGTCGTATTCCGAGACTTTATTTCGG
ATGAACAGAATAAAATCTCATTTTCTTCTTCTTCTTTGAGGCTACCACCA
CAACGTAGTACCGCAGTGTAAAAAAATCATTTGCGTGGTTTTAGAAGGCG
AAGCGCGATCAAATATGAGAGGCTGTAGTACGGTGATCCTCGGAGAAGAC
GAGGGTATTTCATCACTGATCTCCCGAATGTATCGGCGCATCATTGTCCG
CGCGGCGATTGACTACCCTGGAAATGTCATGGTGAAATCGAAACTTGCCA
GCCTCCTTGTGAAATAATTGCCCTAGGGTATAGTTTAAATCTAGAAAGAA
TGGAGTTTTTTAATCGGGGTAGAGTTTACACGGCCAAAACAAATGGGGTT
CTTATTTGTCAGCTCTTTCAGTAGGGTTGAGTATTGGAGTGGCAAAAGTA
GGGTTGAGTATTGCTTCTTCATGGGAATAGCCAACCATTTTGCTGTCAAA
AACTTGTTGGTTCTGGTTTGAATCACACACTACCCTCCCTGGATCGGCTG
TTACCCGTTGCTTCTCTTGGTCCATCCTTGTGACTTTTTGCTCCCTTAAC
CCATCCCCTCCTGTCGTGCCACAGTCCTGTTGTACAACGGTTTTGTTCCT
GTCTCCCGTGTGATTCATATAGCTGTTGTGCACCACCACCATCTGAACAC
CCCTCCTGCCATAGTTTTTGGTCGGGATTTCCTCCCCTCCGCAAAATAAA
AATAGAACCCTTCAGGAAGTGTGGATAATAAGAACAATACTGATGTAGCA
ACCAAGGTATGATGCAAATATGTGCATACCACCCAGGCGGCTATATGTGT
CCCCTTGCTTCCTCTCCCTTTTTCTCTGTGCCTTTTTTGTTCCACCACCG
CCACAGGCTCATCTTCCAGCCAGAGGACCGCCTACTAGACCCGGCCAAGT
ACATTTTTACCACAGAGGCACACCCACTGCCGGTGTGTTGTTGTGTCCAG
CCCTTCTTATACTTGCCTAATTTTCTCTGATACACTACTTGTACGTGTTT
TCTGTACCACGCAACATTCAACCAGTAGAATTTGCTACTGCTTTTGAAAT
AGAGAACTGGGTTGCGAAGTCTGGCTGCTTGCATAGGAAAAGTGTCTGGT
GAACGCTCGCCTGACGATCGACTCGTTCCAAAGTCGGGCGATAAAAGCAG
CGCCGCTGCACCGGGGCGGCTTCTGTGTGGCAGGTGTTGGGGAGGAGCGC
GACGACGCTGGGCATCGCGCCAGGGGCCAGGACCGCCGCGGGTCTCCACC
GGCAAGTACCTGGCCGGGCGGCCAGCACGTGGCGCCGAGCAGATCCGGGG
TGCTGGAGGGGG back to topCoding sequence (CDS) from alignment at H-akashiwo_Contig1212:73677..99638- >mRNA_H-akashiwo_Contig1212.1.1 ID=mRNA_H-akashiwo_Contig1212.1.1|Name=mRNA_H-akashiwo_Contig1212.1.1|organism=Heterosigma akashiwo CCMP452|type=CDS|length=657bp|location=Sequence derived from alignment at H-akashiwo_Contig1212:73677..99638- (Heterosigma akashiwo CCMP452)
ATGGAACACCTGGGTTGCTTTGTACCAGGCATGCTAATGCTTGGGGCCGC
AACTGATCCTGAGGGCCCAGAAAGTAAACGGGCTCAGCTCGACCGCGCGG
CCGCCCGGAAGCTCGCCTACACCTGCCACCAGATGTACCGGCGCCAGAAC
ACCGGGCTTGCTCCCGAGGCAGTGCACTTTAATCCCAAGGATAGCACACG
GGACTGGTACATTGAGCCAGAAGACCGTTATTACATCCTGCGCCCAGAAA
CGGTGGAAAGTCTGTATTATCTTTACTACTATACACGGGACCCACTCTTC
CAGGACTGGGCATGGGAGATATTCCAGGCGATCGAGGCCCACTGCGGCAC
GGCCGGGGGCTACGCCCCGCGGCCGGACGTGCGGCACCCCACGCAGGCGC
CCCGGGGCCCCATGGAGTCCTTTTTCCTCGCCGAGACGCTCAAGTACCTC
TGGCTCATCTTCCAGCCAGAGGACCGCCTACTAGACCCGGCCAAGTACAT
TTTTACCACAGAGGCACACCCACTGCCGGTGTTGGGGAGGAGCGCGACGA
CGCTGGGCATCGCGCCAGGGGCCAGGACCGCCGCGGGTCTCCACCGGCAA
GTACCTGGCCGGGCGGCCAGCACGTGGCGCCGAGCAGATCCGGGGTGCTG
GAGGGGG back to top
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