Homology
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A6H5L5P5_9PHAE (PDDEXK_1 domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5L5P5_9PHAE)
HSP 1 Score: 375 bits (962), Expect = 1.060e-118
Identity = 198/317 (62.46%), Postives = 229/317 (72.24%), Query Frame = 3
Query: 777 RPVEGMVSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERK-REDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTN---AMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVE 1715
RPVEGMV SIS SA AF+QCPQLFYYR+IL L+ PT T KG+ VHEVL FF LE+ SR++ LH+LF +VM+G+I ++ E S Y KLFE+QE EKKW VECLDL+ANF +E R + E DPEHVELRM H FG G ++GD +N +M+VTGIVDRLDRC DGTLRVVDYKTGK+P+L+YSKATN+RIMDEKFFQLQIYALLVER LGEVPGEM LVYLK VTRKI P+ LPSVE +LRS WD+IA +V+ DSF PRTSRLCDWCSFQDRCPAF E
Sbjct: 116 RPVEGMVRSISPSAAAAFQQCPQLFYYRYILGLKSPPTRETLKGIAVHEVLSLFFTLEEGSRDIGHLHELFRKVMIGLIAQDKEDPSRGYGKLFENQEEEKKWVVECLDLVANFASVESDARNEGEGDPEHVELRMTHEFGGGETAAGRHIEEEDG------------AGGQAGDGVAASNTASSMNVTGIVDRLDRCPDGTLRVVDYKTGKIPNLRYSKATNQRIMDEKFFQLQIYALLVERVLGEVPGEMRLVYLKGPASVTRKIEPAALPSVEGELRSIWDEIAGSVRRDSFPPRTSRLCDWCSFQDRCPAFEE 420
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A835YV45_9STRA (RecB family exonuclease n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YV45_9STRA)
HSP 1 Score: 187 bits (474), Expect = 1.260e-49
Identity = 119/305 (39.02%), Postives = 160/305 (52.46%), Query Frame = 3
Query: 795 VSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAF 1709
V +IS S+ F++CPQLF YRH PT +G +H VL + L + +R + + D F + E ++ LF AE++W ++ L LL N+ +E E +DP E R++ FG GA S AM+VTGI+DRLDR +DG L VVDYKTGK P LKYS A N+RI+ EKF QL+IYALL +R GE+P + L+YL +T ++ PS L E++L W DI A+ + F PRTSRLCDWCSF+ CPAF
Sbjct: 42 VRTISPSSCGDFQRCPQLFKYRH-----DQPTPDMVRGTALHAVLNDLYELPRANRTVEAVQDAFRAMWA------RERAAQWNAHLFAEPSAEREWGLKALQLLENYFYLE---EPAAQDPLWREKRLHVEFGDAG-------------------------GAPS-------VAMNVTGILDRLDRGADGQLAVVDYKTGKAPTLKYSPAVNERIIREKFQQLKIYALLAQRVHGEMPRRLVLLYLDGPARLTMEVEPSILDETERELWQTWHDIQRALATQHFPPRTSRLCDWCSFKPICPAF 300
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A7Y1SUU6_9ACTN (PD-(D/E)XK nuclease family protein n=3 Tax=Acidimicrobiia bacterium TaxID=2080302 RepID=A0A7Y1SUU6_9ACTN)
HSP 1 Score: 166 bits (421), Expect = 1.230e-42
Identity = 103/316 (32.59%), Postives = 149/316 (47.15%), Query Frame = 3
Query: 780 PVEGMVSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVEEEGG 1727
P + +S S L+ ++QCPQLF +R I RL T++ +G H L + L R L++LF Q + +E Y LF S E E+ W +E ++LLAN+ +E + + DP E M +SV GI+DR+D +G L + DYKTGK P +Y+ FF L+IYALL+ + LG+ P E+ L+YL + +I +L +++K +R+ WD IA A+ D F PR RLCDWCSFQD CPAFV++ G
Sbjct: 15 PAPTIEPRVSPSRLSDYKQCPQLFKFRFIERLPEPSTVYQARGTAAHLALENLYQLPAHDRSPEQLYELFRQAWSELRMEE-------YPDLFSSTEDERAWGLESMELLANYFTLE---DPRSIDPMFCEYDMLEEL----------------------------------------EGVSVRGILDRIDEDENGDLIITDYKTGKAPPERYALPA--------FFALKIYALLIRKRLGKTPKEVRLLYLNGPTMYRLEIHDKQLDAMDKQVRALWDAIAKALSRDDFRPRPGRLCDWCSFQDVCPAFVDDSAG 272
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A1F2XDZ6_9ACTN (PDDEXK_1 domain-containing protein n=1 Tax=Actinobacteria bacterium RBG_16_68_21 TaxID=1797204 RepID=A0A1F2XDZ6_9ACTN)
HSP 1 Score: 163 bits (413), Expect = 9.970e-42
Identity = 108/307 (35.18%), Postives = 147/307 (47.88%), Query Frame = 3
Query: 795 VSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVE 1715
+ ++S S + F+ CPQLF +R I RL T++ +G H L R F L E R L+DLF Q I E EG LF S E E+ W +E L+LLAN+ IE + DP EL M D DG+ + GI+DR++ DG+L + DYKTGK P +Y+ FF L+IYALL+ R G P E+ L+YL V + ++L ++++ LR+ WD I A+ D F PR SRLCDWCSFQ+ CPAF +
Sbjct: 3 LETLSPSRASDFKHCPQLFKFRAIDRLPEPATVYQARGTTAHLALQRLFDLPAEQRTPDTLYDLFRQAWAEIRGIEFEG-------LFSSVEDERAWGLESLELLANYFSIE---DPTSFDPLDRELDMLE------------------------------------DLDGII----IRGILDRMEEAPDGSLVITDYKTGKAPPERYALPA--------FFALKIYALLIRRRTGRTPAEIKLMYLNGPTVYRIAVNDAQLDAMDRQLRALWDAIDRAIGEDRFPPRVSRLCDWCSFQEICPAFTD 251
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A3E0PYA9_9ACTN (PD-(D/E)XK nuclease family protein n=1 Tax=Actinomycetia bacterium TaxID=1883427 RepID=A0A3E0PYA9_9ACTN)
HSP 1 Score: 162 bits (410), Expect = 7.930e-41
Identity = 104/309 (33.66%), Postives = 153/309 (49.51%), Query Frame = 3
Query: 795 VSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVEEE 1721
+ ++S S + F+ CPQLF +R I RL T++ +G H L RF+ L E R+ L DLF Q + + E+E YR+LFE+ + E++W +E + LLAN+ IE + DP EL M D DG+ + GI+DR+DR SDG L + DYKTGK P +Y+ FF L+IYALL+ + GE P E+ L+YL + ++ +L ++ LR+ W I A+ ++ + P+ RLCDWCSFQ+ CPAF + E
Sbjct: 51 LETLSPSRASDFKTCPQLFKFRAIDRLPEPTTVYQARGTTAHLALERFYDLPGEKRDPETLFDLFRQAWTEV-RGEDE-----YRELFETPDDERQWGLESMQLLANYFAIE---DPSLIDPFQRELDMTE------------------------------------DLDGIV----IRGILDRIDRDSDGRLVITDYKTGKAPPERYALPA--------FFALKIYALLIRKRTGETPKEVRLLYLNGPTLYRLEVDDKQLDGIDSQLRALWTAIERAMSTNRYPPKPGRLCDWCSFQEICPAFADAE 302
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A7V0IUC0_9ACTN (PD-(D/E)XK nuclease family protein n=1 Tax=Actinomycetia bacterium TaxID=1883427 RepID=A0A7V0IUC0_9ACTN)
HSP 1 Score: 161 bits (408), Expect = 1.770e-40
Identity = 103/313 (32.91%), Postives = 149/313 (47.60%), Query Frame = 3
Query: 795 VSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHV-----ELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVEE 1718
+S++S S F+ CPQLF +R I RL +++ +G H L R F L+ E R L+DLF Q + +E Y LF+ EAE+ W VE L++LAN+ +E DP + EL M T G M++ GI+DR+D +DG L + DYKTGK P +Y+ + FF L+IYALL+ LG P E+ L+YL A + + ++L ++ + L++ W I A++ F P+ LC+WCSFQDRCPAFV E
Sbjct: 45 LSTLSPSRAGDFKTCPQLFKFRAIDRLEEPTSIYQARGTAAHLALERLFDLDAEDRTAEHLYDLFRQAWTELRTEEE------YAGLFDGIEAERLWGVESLNVLANYFALE--------DPTSITAFDRELDMLETLGD----------------------------------------MTIRGILDRVDETTDGDLIITDYKTGKAPPERYALSA--------FFALKIYALLIRTRLGRTPTELRLLYLGNATMYRVNVDDAQLDAMRRQLQALWKAINRALERQHFPPKPGPLCNWCSFQDRCPAFVSE 295
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
W7U9E4_9STRA (PDDEXK_1 domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7U9E4_9STRA)
HSP 1 Score: 164 bits (416), Expect = 2.620e-40
Identity = 105/319 (32.92%), Postives = 163/319 (51.10%), Query Frame = 3
Query: 780 PVEGMVSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLD-RCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPA--FVEEEGG 1727
P G+ +++S S+L F+ CP+L+ +RH+ ++ P+ +G +VH+ L F E R LHD+F V + K+ ++ Y +LF S E ++ + + L LL+N++++E E++P E RM F + SVTGI+DR+D G VVDYKTGK P LKYS A N+RIM++KFFQL++YALL+E+ P + L+YL V++ ++ +L + +L W+ I A ++DSF +LC+WCSF+ CPA F EEGG
Sbjct: 140 PSVGLPTTVSPSSLGDFKTCPRLYRFRHLEKIPEPPSEVMVRGSMVHDALDELFSQPPEKRSKEVLHDIFRAVWL---KRRDK-----YLELFPSTEDQRAFGMAGLKLLSNYLKVET---PAEQEPLMREFRMRVPF---------------------------------------PDGPSVTGILDRVDVEPGSGEWVVVDYKTGKAPALKYSDAVNERIMNDKFFQLKVYALLLEQVKQRTPTRLKLIYLDGPTVMSMRLRREDLAETKTELLGLWERIVGAWKADSFPATPGKLCEWCSFKSICPAWNFTREEGG 408
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A520Y261_9ACTN (PD-(D/E)XK nuclease family protein n=3 Tax=Acidimicrobiia bacterium TaxID=2080302 RepID=A0A520Y261_9ACTN)
HSP 1 Score: 158 bits (399), Expect = 1.830e-39
Identity = 100/302 (33.11%), Postives = 144/302 (47.68%), Query Frame = 3
Query: 804 ISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAF 1709
+S S L+ F+QCPQLF +R I RL T++ +G H L R + L+ R L+DLF + + E Y +FES E E+ W +E ++LLAN+ +E + QE P EL + N + V GI+DR+D +G L V DYKTGK P +Y+ FF L+IYALL + LG P ++ L+YL + + + +L ++EK +R+ W I A + +S+ PR SRLCDWCSFQ+ CPAF
Sbjct: 28 VSPSRLSDFKQCPQLFKFRSIDRLLEPATIYQARGTTAHLALQRLYGLDAVERTPERLYDLFREAWAEVRDDE-------YPDMFESVEEERAWGIESMELLANYFSVE---DPQEISPVGCELDLLEE----------------------------------------VNTVKVRGILDRIDENENGELVVTDYKTGKAPPERYALPA--------FFALKIYALLTRKHLGRAPVQLRLLYLNGPTLYSLDVDEQQLDAMEKQVRALWVAIQRAEERESYPPRQSRLCDWCSFQEICPAF 271
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A3B0TF80_9ZZZZ (RecB family exonuclease n=1 Tax=hydrothermal vent metagenome TaxID=652676 RepID=A0A3B0TF80_9ZZZZ)
HSP 1 Score: 157 bits (397), Expect = 2.060e-39
Identity = 101/316 (31.96%), Postives = 155/316 (49.05%), Query Frame = 3
Query: 777 RPVEG-MVSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVEEE 1721
RP E +++++S S + F+QCPQ+F ++ I ++ PT++ +G H L R F L RE L+DLF M + ++E Y LFES + E+ W +E L++LAN+ +E + + +P EL M D DG+ + GI+DR++ +DG + + DYKTGK P +R D+ FF L+IYALL+ G P + L+YL V + +L S++ LR WD I A+ + +F +TSRLCDWCS+QD CPAF ++
Sbjct: 15 RPKEARLLATLSPSRASDFKQCPQMFKFKSIDKIASPPTVYQARGTTAHLALQRLFDLPGPEREPQRLYDLFRAAWMELKEEE-------YPTLFESVDDERAWGIESLNVLANYFSVE---DPRSLEPLDRELDMLE------------------------------------DLDGIV----IRGILDRMEETTDGLI-ITDYKTGKAPP--------ERFADKAFFALRIYALLIRHRTGVTPDGLKLIYLTGPTVYQVPVDDEQLDSMDTQLRELWDTINTAITTGNFPTQTSRLCDWCSYQDICPAFTTDD 271
BLAST of mRNA_P-littoralis_Contig195.23.4 vs. uniprot
Match:
A0A7Y2IUK1_9ACTN (PD-(D/E)XK nuclease family protein n=1 Tax=Acidimicrobiia bacterium TaxID=2080302 RepID=A0A7Y2IUK1_9ACTN)
HSP 1 Score: 156 bits (394), Expect = 5.100e-39
Identity = 100/309 (32.36%), Postives = 149/309 (48.22%), Query Frame = 3
Query: 789 GMVSSISHSALTAFRQCPQLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFEQVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKREDQEKDPEHVELRMNHTFGXXXXXXXXXXXXXXXXXXXXXXXXXADVGAKSGDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRIMDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVEKDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVE 1715
G+V+ +S S + F+QCPQLF Y+ I RL PT++ +G H L R + R + L+DLF + + +E Y LFES E E+ W +E L LLAN+ +E E +P EL + G M++ GI+DR++ S+G L + DYKTGK P +Y+ FF L+IYALL+ + G P + L+YL V T + +L ++E+ L + W I A+++ +F PR S+LCDWC+FQDRCPA+ +
Sbjct: 16 GLVN-LSPSRASDFKQCPQLFKYKAIDRLEVPPTVYQARGTTAHLALQRLYDRPAPERSPNALYDLFREAWTELKPEE-------YPDLFESVEDERAWGIESLTLLANYFGVEN---PAELEPLERELDLTEDLGD----------------------------------------MTIRGILDRMEETSEG-LVITDYKTGKAPPERYALPA--------FFALKIYALLIRKRTGRTPDLLKLLYLTGPTVYTLPVNERQLEAMERQLEALWGAINRAIENQNFPPRPSKLCDWCAFQDRCPAWAD 264
The following BLAST results are available for this feature:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig195.23.4
>prot_P-littoralis_Contig195.23.4 ID=prot_P-littoralis_Contig195.23.4|Name=mRNA_P-littoralis_Contig195.23.4|organism=Pylaiella littoralis U1_48|type=polypeptide|length=496bp
MPPCFLFGNIPTSTSSSARRGLVLFLLLSLLLVGSGGSISPSVGRVHLVQ
QSEGSCSSSSMLRAMRRGATAAAPRAPTSAAIVVGLRLGHIRFACFGSPT
LCGKLRHSSSSAQSNRGSGLRFVGRPLENSRDSFRHPLVSAAYMSMSSRS
TGDASAAAAAAAAEKVAVGSEEQEEQERRPVEGMVSSISHSALTAFRQCP
QLFYYRHILRLRGAPTLHTFKGVVVHEVLYRFFLLEKESRELSDLHDLFE
QVMMGIIKKENEGSSMVYRKLFESQEAEKKWAVECLDLLANFVRIERKRE
DQEKDPEHVELRMNHTFGGGGGGEGDDKRQQHGDDPPITTSAAADVGAKS
GDDDGVTNAMSVTGIVDRLDRCSDGTLRVVDYKTGKVPDLKYSKATNKRI
MDEKFFQLQIYALLVERALGEVPGEMSLVYLKEAKVVTRKIVPSELPSVE
KDLRSAWDDIALAVQSDSFAPRTSRLCDWCSFQDRCPAFVEEEGG*
back to topmRNA from alignment at P-littoralis_Contig195:100748..118751-
Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig195.23.4 ID=mRNA_P-littoralis_Contig195.23.4|Name=mRNA_P-littoralis_Contig195.23.4|organism=Pylaiella littoralis U1_48|type=mRNA|length=18004bp|location=Sequence derived from alignment at P-littoralis_Contig195:100748..118751- (Pylaiella littoralis U1_48)
GTGTATTCACCTGCTGTGTCTTCCGCCATGGCTCCGTCGTCCTGTGCTGC
TGCTGTAGATTGGGGGTGTTGGGCTCGCCTTTTTTGGTTCAGAACCAAAA
TCGACGGGTTTCTATTTGGTTCTAAACCCAATATAATAGAGGTTCCGACG
AAAATCGAGAACTGAGCCGAACTACTGAAGCAGATCCTTCAAGACAGCAG
TTCATAGCGTACACCCACCTTGCCTGTTGGGAGGCAAATAGTATGCCCCC
TTGCTTCCTCTTTGGCAATATACCCACCAGTACGTCTTCTTCAGCACGAA
GGGGGCTGGTGTTGTTCTTGCTCTTGTCCTTGCTCCTAGTCGGCAGTGGC
GGTTCGATTTCTCCTTCAGTTGGCAGAGTGCACCTCGTACAACAATCAGA
GGGCAGCTGCAGCAGCAGCAGCATGCTGCGAGCCATGAGGCGGGGCGCCA
CCGCCGCAGCACCGCGTGCTCCGACCTCCGCCGCAATCGTCGTGGGACTG
CGGCTAGGCCACATCAGATTCGCCTGCTTCGGCAGTCCAACGCTATGCGG
CAAGCTCCGTCACAGCAGCAGCAGCGCTCAGAGCAATAGGGGCTCAGGGT
TGCGCTTTGTCGGTAGGCCCCTTGAAAACAGCCGTGACAGCTTTCGACAC
CCGCTGGTATCAGCGGCTTATATGTCGATGTCATCAAGGTCGACGGGAGA
TGCCAGTGCAGCAGCAGCAGCAGCAGCAGCAGAAAAGGTTGCTGTTGGGA
GCGAGGAGCAGGAGGAGCAGGAGCGGCGGCCAGTTGAGGGCATGGTCTCA
TCCATATCCCACTCTGCCTTGACGGCGTTCAGGCAGTGCCCTCAGCTCTT
CTACTACAGGCAAGGAAGGGAGAAGAGATCTTCCCCGTTGGTTTTGTTGT
GTACCAGCAGTGACAAGGGAGCAACTTTCGCTGTGTGTGAGAAACTTGTT
CACAAAGCGATACTTCATCATTCCATGTGATACAGCAGTATCATATCATC
AAAAATCAGTCACGACATGCTATAATGATACATAGTCTGTGTAACGTTCT
CTTAAACTAATACAAGTATATTTCGTACAAGGGGGCTGCGCCGGGGCCTG
GAGGGGGCGTCGGCTGGTCGTTGGTGATGTGTATTGAGGAAGAGACATCA
GATGGCGATGATTGTGAAGAAAGATCCTAAAGATAACGACAAGGCGTACA
CCAGGTAGATGAAAAGAAGGGTATGAAAATCTGCAAATATGATGGAGAGA
TTGAGCGGGTTCTGAAGGAAATTTGATTTGCTTTCCGTAGTTTGTTTGCC
CGTACAGTTTGTTTGCCCATACAGTATCGGCATGAATGAATCATCGGCTG
TGGGTGGATTCGAATTGCGATTTCGGGTGCTGCAGGGCGGAGCAGGAGAT
TGGCGCTGGAAAAAGTTTCGATAAAAGGCCTTTTTTTATTTTCGCACTTT
CTCTTTTGGTATCTTTTTGCTTCACTTCAGCGGATTTTCAGCTGTATGGG
TGTTTTTAGTGTTCAGGCTCTTTTTAATGAGGTCAAGAAACGAGCTTTTT
TTTAAGGAACACAAGCCTCCAAAATACCCCTGTTCTGATCGAATAGTCGA
TGCAGTGGTGATTTTTTTACTGTAAAATCAAACAACTTTTATTAAACAGC
AGCAGGCAGCACCAGAGAATGAAGACCTCCCAAGTCCTCATTCTTTCGAA
ACGGAGGTCTACTTGATAGTGACCCTCGGTATTGTTGCCGCTACGTGGTT
GTTGTAGCTCGTGTGAGGCTCAAAGATGGTCGCAATTAAATGGTGTGTGC
TGTGAGACGCTTCCAAATCGCGCTAGTGGTGTTTTTTTGGGTTGCAGTCA
CGAGCTTCAATTCACAGCATCAGACAGCATCAGAGCTACAAGGCCTTCTA
ACTCCTGATTATTTCGAAACGTGCGTCTACATGATAGTGGCCCTCGACCA
CGCTGGGGCTACGCGGTCGTCACAGCTTGTTTGCTGGCTTCAACGGGGTT
GCCAGCAGGGTATGTCTTGGCGGAGCGAAAAAAAGGGGCAGACAATCGGC
GAAATGAAGGATTCCGGTTCCTTCTCGTCTCTACTGCTGTAATGTTTTCA
CCAACCTCTCACCACGCCTGCCGGAATGTGCATAGAGGGGTGGGTTTGCT
CGCCAGAGTGATTGATTGTCTTGGGTACCCTGCTCTTTCTTTTGCTATCT
GCACTGCTGTTGCTGCTGTAGGACGAGTTTGGTGTGTGCGTGTGTGTTGG
CTACGTTCCTGCAAACAGATGAAAAAATAACGTTTCCTCGAAATCTAACA
TTTGCGATTTTTATCCCGTCGCTCATTTCCCTGTTTCGGGGGAAGAAAGC
CTACACACTCTTGCCTCACGTTTCCTTGAAAGAAAAATCGTTTCCTTGAA
ACCAGGCGGCCTGATTAAAAGCCTTAGTGATGCGGCATTTGCGATAACTT
CGAGAGATACCAGTAGGCAGATTTGTGTTTTTGCTAAATAGAGCCTTTCG
TGAGAAGAAAAAAACTGTGTCGGGACGAAACATTGTACTCCGGAGTATCT
GCTGTGTTGCGAAATCACGAAAAACGCCGTTGACGCAGGGGAACTCCCGC
AAAGATAATGCAAATATTATTCTCGCTATCGCTGTAATGCATGCTGTGGT
GCATGGATTGCCTCATATTTTTGCCACACGAGTGGTACGTCTGAGTTATC
GCACAACACACAAATAATCTCAGCGCTCCAGCTTGCCATCGGGGTGCCCG
AAAGCCTTTTGCGCCGCATTTTTTGTTTTTTCTAGAAAAACCTTACACGC
GCACTCGCAAAAACGTTTCGGCGGTGGAGCGAATCACGCAGGACACATGA
TCGATGGTTTGGACCCGAAAACTCAAATTTGCCTAGCCCTGGAACAGCAG
CATATCCATTCTGGCATATTTCTGCGAATATTTGTGTTTCAGCATAAAAC
CGAACTTTCGAGGCGGTGCTTGATGCCTCTCCGTCTGCGCTGCAACTCGA
TGAATAAAAGGCAGGAGTGAGAGTCGAGGTACCTCCTGCAGGCTCCACGG
TGCCTTGGTTGTGTTGCTGTGCTTCGTAGAAGCCAGTAGGGTCAAGGGGT
TTTCACAGCCCGAATTGAACGATTTCCAAGTTTTTAAAGTCAACGGAACC
CCCTTGACGAAGGGGTGATTGGCGTGTGTTTTTTTTTTTATGGAAAGAAG
AAAAAGCTGGATGCATGAAATGTCCCGTTGCGGAACGCGAATGGTTTAAA
ACACCACGACTGGAGAAGACAAGGAGGACAGACAGCAGAGTGAGCTACTA
GGAAAGGTCGGATGCACCGGTACGGTGCAGCCGTGTAATGGAACCTTCGT
ATGAAATCTCGTACTCCACGGCAGGACGTAGGTTTAGCCGGAGTTGCAAG
AGGACATTGTTTTGCATCTCATGAAAAACATACAGCACTTGAAATGAATG
ATAAAAGTGTTACCATATTGCTGAGATCGGAAGATAAAGTATTAAAATCA
CAGCAAATTCAGGCGGGCGCACGAAGGTTGACAAGACATAGGATCGCTCA
TTTGTTGCCGTCAGGACAATTTGTTGTCGGGGAAACCGTGGAGGATAATT
CAGAAATGCAGCGAAGTGAGCATGCTCCGTCGCCCAATCCGTTGAGGACA
ACCCACTGATGATGTAGGTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTG
CAGCTGTGGCGTTTGTCGTCGCTGGAGTTGTATACGTGATTGCATTTGCC
GTTCGCGTTGTTGCGTTTGCTGTTGCTGTTGTTGTTGTTGTTGTTGTTGT
TGTTCTTGACAGGACGGGGAGGGTCACGATCAACACAGCAGGATGATTTT
TTCAATCGTTTTTTATTCATCCGCCTTCCCTGTGCACGGTTTTTTTTTTT
TTTGTCATCCGCCGTTTACTCGTGGAATATATACGAAGTAAGTATATACT
TCGTATATCACATGTAAGGAAATACCGGCATATTGAGCGCTCATCATACT
TACTCCCGGACGTGTCCGTCAGGGTCCCGCCGGGATGGGATGGTTGGTGT
GTCTTTCTCACCATCTCCGTTATTCACAATCGACCGTCTTCCTTCCCCAA
CCACATGCACACATGATGATGAATTCAATCCATGTGGTGCTCTTTTCTTT
GCTGCTTGTTGTTTTTTTCTTGTTACGTACAAGTGTGTGAAGTATGATAC
GTGTGTGATACTTGTCTTTTTTTTTTTTCTCTTTCAATCGGACGTTTGTT
TTTGCCTTTGTTTTTTTACTTGCCGTGTTATCGTATCATAACACTGGCAC
ACATAAAAAAAGTTGCCTTTTTTTTTTTTGACAGCAAAACTGCTGCTGCT
GCATTCTTGACAGCAATACTGCTGCTGCTGCATTCGTTCGTCGCGAAGGA
ATAAACCCTGATGCTGACAGTCGATGATATGGTACGCGCTTGGCGATACG
CCAAGGTTTTATGCACCGAGGGCGGCCATCGCGCCACTGACTGAGTGGGG
AGTTCCGACTGACTTTTTATATTATCATGTGCTATCTCGTACTGTGACCC
TTTTTTTCCGTGACTCGTTATTCGTACACTTTTACGAAGTGTTGATCGTG
TTTTAAGAGCCATCAAGTCGCCTCTGTCTTCGACGAGGTCCGGACACAAC
TATCTCTACTACACCCGTCGTGGCGAACACAGCGAACAACGTCTCTACCT
GTGGGTATCACACCGTTTGACACTATAAAAACAAAAACTTTTCCCTCTTT
TTTTTTTTGACCTCGTATGTGTGCCACACATGTGCGATTTGCTCTGCGCG
GTGGTTGCACACGCCTCTTTTCATTTGTCACGACGACGGCGATGACAACA
ACGACGACGACCACTACGACGACTTCGACAGGCACATCCTGCGGTTAAGG
GGTGCGCCCACGCTGCATACTTTCAAAGGCGTCGTTGTCCATGAGGTATG
AGATAGACAGATAAACAAGACAGGAGATAGACAGATAAACAAGACAGACA
GACAGGCAGACAGACAGACAGACAGACACAGACAGATAGATAGACAGCAG
TGATATAATGGCCGCAGTCGTTGTGTGACAAGAAGAGTAGTGAACAACCA
ACCAATGGCTGAGACGTGGTGGGCCTGGCACAGTAGCCAATCGTCGCTGC
ACAGCAGCAGCAGCAGCAGCAGCAGCAGCCGATCGGTATCGCTGGCGACG
GAGAGGGTTGCTTCCTTACAGCAGCAGTAAATATTTGTGAGAAGAACGAC
GGAGCGTGCTGCATGATAGTGCTTCTGTACGGCAGCAGCATTTTGGTAGA
AGAACAACGGAGCGTGCTTCGCAGAAAATGTTTGGCAGTGGTCTCCCGTT
TGGCCAGTGCCCCCCCAAAAAACGCCGCTGTGCTGCTGTTTCAGGGTTAG
CCCCTGTCACGGAGGCGGTGGCCGCTCGCGTCCAAGCGCCCCTCGCACGT
AGGCAGTACGCGTTGAAACGCCTCCTTGATTTCCCCCCTCCCCCATCCCC
CTTCCTCCCAGCCATCTCTTCGTCGCTCATGTGTTGATTCTGTCTACCCG
ATTGCACGTGTGTTTTAGTGTTGCAGTGTATTCAGCCTAATCATATACTT
CGTAAAGTACTTCGAAGTAGAAAAAAATACCATAATTATTTCGTGTTTGC
TGCATGTACAACGTTCGGCTATGATGTTTCGCTGCTTCACTTCCCGCTGA
AGGAGTGGCGATCCCAAATTTTGCGAAGGCGAGATGCGTATTACACCAGC
CTTCCATTTGGAGATTTCTGGGCTATTTGGGTGGCTCTGCAGACGAAGGT
GTAACTAACGCTGGCGCCAAGTCATTTTTCTTTTTTTCGCCAAGTTCTTT
TTCGATACGATAATTGTAGATGTGGCTTCATCATCATTTTTCATGACCGC
CCGTTGGCGCCGCTGCTGACCACGGACGTTCGTCCTCGATTTGGCGGATG
CCGGACGAGTTTTCCAGGCCGGCGTTCATCGCCCTACCGTAGTGCCGCCT
CAAAATTATACGACCTCCCCCCCCGCCCCCCCAACCGTGTTATTTTGTTA
CCGATATGCGGCTCTCGTCTGGTCGACTGTCGGCCGGTTTAGGGAGACTT
CTTATGATATCGATGTGTAACGTTGGCGTAAAATTTCGCCACGCACGGGG
GGGGAGCTGCAAAGGGGTCGCAAGAAACAGCAGCAAACGGTGCGGTTTTC
AGACTTGGCGGTGAAGCGTTTCTCCCGTCCAAAACGAAATAAAAGCGTGT
GGTATCAACAAGAGCTTTAGGATGGTAGTGTCACTTGCTTGAGATGTTAC
TTTCTTGTCGCGGCGACAAGATTTAAAATTAAGGGGGGGGGGGGCAAAAA
CCGTTTTTTTTTTTCCGGTATGGCCAACACGATTGTGTCTCTACTCATTT
TCGTTTCCCAAAGGCTGTTTTCTGTCCCACTCTCTTTCTCTCTTTTCTCT
CTCTCTCTCTCAACCACAACAGGTGCTCTATCGTTTTTTCTTGCTGGAGA
AAGAATCCAGAGAGCTTTCGGACCTCCACGACCTCTTCGAGCAGGTCATG
ATGGGGATTATTAAAAAAGAAAACGAGGTAAGTCAGACCGCACGTTATGG
AAGCCAAATATTTTTCTTAATCTTGAGTTTTGCTGGTGGGGGGGCGGATA
ATTCAAGGAAACTTTTTCCATGTTGACCTGGTTTGGGGGCAAACCGTTGC
CTTGGAATCTTGAAAACTTTGTGCCGCTCTGCACGTGGGCACACACCACA
CATGCTGCTGGAGACACAATCACCGACAACACAAGAAATACAGAACATGG
CGCGGTCATCATAGGCTCGGGCCAACCCTGCGGGGCCTTGCCAACCTGGC
CGCTGGCCGGTGGCGATCGTTTTCCAGGTGTGCAATTTGTTGTTTTGGCC
ACAGGCGTCGAGCTGGAGATGTCAAAACAGCATTTTTTAGGCCCACAGAA
CGAAAAAGACAGCTTTTCAAGAGACACCCGAGCACACCACACTCAATTTC
TCGCTCCATCGCGCACGTATTAAGACGAAACCTTAAAAGGTTGGATCTCC
ACACTACGCACGGCCGAAATTGCGTTGGTTCGGCGGTGGGATCATTCGGT
CAGCAGGGAGAGCATCGCTGTGTATCGAACATCTGTTCGGAAGAGATTTC
CAAGGCGGCAGAGAAAGCTGTATTTTTCCAAGAGAAAAAATGCATGGATT
CTGTTTTTTTTTTTCGAAGCTCACACCCTCGAGCGCTGCTACTCCTCGCT
GGTTGAATGACCCCACCGCCAAACCAACGCCCTGCTGGCTATAAGCAGTG
AGTGGAGATCCTACCCTTCTACGTTTCAGGTTGATATGTGCTCGATGGAG
CGAGAAATCGAGTGTGGTGTGGTCGGGTGTCTGTTGAAAAGCTTTATTTT
TTGCTCTGTGGGTCTCAAAACTCGCTGTTGACATTTTCAGCTTCAGGCCT
GTAGTCGAGATGTTTTTTTTGCACGCCTGAAGAACGACCGCCACCGTCCA
GCGGCCAGGTCGGCAAGGCAATGCACATAGGGTTGCTCCGAGCCCTGGAT
AGACGCGCCACGTTCGGTGTTCATTACGTGATAGGTGGCTATGTAACCAG
AGTGCGATGGGATAGGCCACCCATGCCACCCTCCCCACAGCAGTTCCACA
ACATAGAGATATAGAGACCTGGACCATAAGGACGGACATAAGGACGGACA
GACAAAAGTTTTTTTTGGAAATGCAGAGGCTTAAATCTTGGGGGGGGGGG
TGGAGAGGTTAAGAAAATATTTGGCTGCCGTAGTGCGCGGTCTATCATAA
GTGTATGCTTCGTGTAAGGCAGCTGTACGATCTACGGGGTCCCTTCGTCA
TGAACCCTTTTGTGGGTGGTTGGCAAAGCCCCTTTGCTCCTCGCCTCTCT
CTCTCTCTCACTCTCTCCGACGATAATACGGTGCACATGGCTCTGAGTCA
ACCAACCCGCGTAATCCACAGCAGTGCTTGAAGACACGGCGTCCGCGCGA
GCTGCTGTACTGCGATTGACAGGCCAGGGACGGTCTAACACATCGTACCA
GCATGTATGCTACCATGTTCGATACCAAGTATGGCGCGTGTGTGAGGAAC
ACGCGATCGCGTACGAGACGTTGTTTGCTCGGTTTGCTCGGTTTGCTCGG
TTTGCTCGGTTTGCTCGGTTTGCTCGGTTTGCTCGGTTTGCTTGGTTGCT
TGGTTTGCTTGATTTGCTTGATTTGCTTGGTTGTTTGTTGCTTGCTTGGC
GGCTTGCTTAGCAGCTGCTTCTCGGAACATGGTGAGTTTCGTTGGTGCTG
CTGCTGCTGCTGCCGCTGCTGCTTTTGATCGTGCTAGAATTCAGGTTTGC
ATCTCCTGTACATGTGATGTGCCATGTAGCGCAGACCAACAAGGCGATAA
CAAGAAAGACTGCCATGCATTCGTCCGCTCGCGCGACCCTCAAATTCCTT
CGGGCGGAACATATTTTTTGACATAGAGAAATTTCGCGCATTTTTCTGGG
CCTGTCTGAGCACAGAGGAGACCGCCATCCATGTGGCCGCTTTGGCGTGA
CCCTGGATGCGTCCGAGAAAAAGCCATATCACATTTTTTTAGTCCTGTCT
GAGAAAAAAACAGAAGAAGAGGCTGCCATGCGTGTGGCCGCTTGCGTGGC
CCTAGCAGATGGAAAAACGCCTCGTCATATATTTTTGCACAGTTTGACAC
AGAAAAAGTTGTGCGCGTTCTTCCTGGCCTGACTGAGGAAAGAGGAGACC
GCTATGCATGTGGGCGCTCTGGCGCGACCCTGGAAACATCTGACGGATTT
ATTGCAGGCCACATCACATTTTGGACGCAGAAAGTTCTGCGCATATTCCT
TGGCTCATTGCGCGCGCACGGCTTTCTACTGCTACCGGGGTACAGCAGCA
GCAGCAACAGCGTGTCGATCGGTTGTTTCGGGCGCTGCTTTTCCGACAGC
AGCATAAAACGAAAAGTTATGACGTCCTCTTGGGTATGATATCGGCAGTT
AAGACGCAGGGCAAAGATACGAAAGATATAGTAGCTGTCGCTAAAACGAG
CGACAGCTGATAGATGTAACTGTCGTCAGACGTGTGCGTCCGCGGGAGGT
GGAAGAGACCCTTTCTTCTTCTGCCCGCTGCTGCGTGTGTTCTGTGTTCT
GTCTGCTGACCCCCCTTTAATACCAAGTCATGTAGGGTTGTACTCTAAAA
CCTAGTTTAAGCGAACACACGCACAAACTTTTTTTTTCTGCATGAGCCCC
TATATTTGCGGCGAGACTTCAGGCAAGAACAGAAATCTCGCTTCGCTCGA
ATAAAAAAAAAAGGCGTCGAGTCGGTTGCTCTGCAACGCGCCCCCAATTT
TCGGTCTCACAGCAGCACCCACAGAAACTCCGTCCGGTAGGATCATGACC
GATATGCCCGGGTATGTCCTGCGTTAGTCAGTGGTACGCAAGATGACACA
TCCGCCCCAACGTATGTACTTCGAAGGACACGAAAACGAAAATGTCAACC
CCGCCGGGACTACATACTTCATTTTTATTTTTGTACTGTTGGCCGTCACA
GAGGGCAACCCAACGGTATTGGGTGACCATCGTTCATTTCCTTTTTTTTT
TTTTTCTGTTACTCCTGGTTTGTGACCGCGGGCTAGACTACGGTGGTGGT
GAGCTAATGTGAGAATCAACAACAACTACACTAGTCTATTTTCTGCCCTT
CTGCCTTTTTGCCTCTTCACGTCTGCTTGCTTGCGCTGTCTGAAACTGTT
GCTGGGCCGGTGAAGAGAGTAGCACGCCCGATGTCCATTTTTATCGACAC
CTTGGCAACTGAATTCGCTCTCTTTTGTCTGTTTTGTTTCTTTTTTTGTC
ACTCCCCTGTGACTTTTTATTTCATTTTGTGACTTGGCTCTGGATCGGGC
TCCCTTTTCTTGTTCTATTTGTGTTGTGTGATTTCTCGGGGTCCGTTTTT
GTTTTGCCGGAGTTTCCTTGTCGTGCCTTTATTTGGTGGATTGAGGGGAT
CTCCCGAGTACTATATACTTCGTGCCTCTTTTGGGGCAAGCAGCCTGTGA
CCACGGAAATCGTCCCTGATCGATGGAGCAGGGACATTAGAAGGTACTGA
GGAGAGATCGGAATGGTTTTTAATGTGGTTGAGACAACAACAACAACAAC
AACAACAACATCCTGCTGTAGCACGATATGTGCTTGTTTTGTGACCACGG
GCTAGACTTTGATGGTGGTGAGCTATCATATGCAATGTGAAAATCAACAA
CAACAACAACAACAACAACAGCAGCAGCAGCAACATCAACAACTGCTGTG
TGACACCTCGCGTGCAAAAAAAAAAAAAAAAAGGGCTCTTCCATGGTATA
CCGCAAGCTGTTCGAGAGCCAAGAGGCCGAGAAGAAGTGGGCGGTGGAGT
GCCTGGATCTGCTCGCCAACTTCGTCAGGATCGAGAGGAAACGAGAAGAC
CAGGAGAAAGACCCGGAGCACGTGGAGCTCAGAATGAAGTACGTATATTA
TCATATTGCAACGTACGTAAGCACGGTACGAAGTAAGGAAGGGGGCGACG
AAAAAAAAAAAAATACTTTGCTGCCGTTGTGGGCACCTGAAAACTGAAAC
CTGGAAAACGTAAAACCTGGAACCTGACTCTTTTTTTTTTTTAGTACTGT
TACCGCTGTATGGTACCTGGTACCTGTGACGCCTTCTTTTTTTTTTTGTT
CTGCCGAAAAGAAAATTCCTGGAATATGGTAGACTCGTCGCTGTTGCTGT
CATTGGTGTTCTTGTTCTTGTTCTTGTTCCTGTTCTTGTTCTTGTTTTTG
TTTTTGTTTTTGTTTTTGTTTTTGTTTTTGTGTTTTTGTTTTTCGACACC
TGTACTCTGAAAGTTGAAACCTGATTTTTGTTTTTTTCACTTTTTTTGTT
TTGTTTCGTTCTGCAGAAGGAAACTCCTGGGATGTTTATAATTTGTTGTG
AGTGCTGTCGTAGCTGGTGTTGCTGTTCTCCTTGCTTGCGTTGCTTTTTT
ACGCCCGGATTCTGAACCTGAAACCTGACCGTTTTTTATTATTCGCTGTA
CTTCACTTTTTCTTGATTTCGCCAGAATTGTTGTTGTTGTTGCTATTGTT
GCTGTTGTTGCTGTTGTTGTTGTTGTTGCTGTTGTTGTTGTTGTTGTTGT
TGTTGCTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGATGTCGTCGTCG
TTGTTGTCGTTGTTGTCGTTGTCGTTGTTGTTGTTGTTTTGTTTTTGAAC
GCCTTGAACCTGAAACCTGACACCTGAAGAGTTTTCCAAGTGCGTATTGT
TGGAAGAAAACTCGAGGTTGTGTACTTTTTTTTTTTTGCGCGCGCGCGCC
GAAATTTGTCACACACTACGGAATAGTGCAGTCTCCTTTCTGGTGCCCAT
GGTATCGAACGTCCGTCAAATAGTTACGAAACAAGTACACTCCATCTCGT
CAAAGCATGAGAGACGGGCAGTGTGGTGTGGTGTGGTTCGTTACCATACG
TGGACCTTGGCTTGGGTGGCACTGCATGTGTTGTGTCTGTGCTGTCATCC
CTTTCATTGGACGCCACTCTACTCCTCTCGGGTAGTAGGTAGACGCTCCA
ACCGGGGTCACACAGTAGGAAGTCAACACAGGAGTTTTTTTTTTTTTTTG
CACCACTTCCCACTGCGTGCGGCACTTGCCTTATTTTTTTATCGCTAGAA
AGGGTACAGCGATCCCTTTCCCATGAGCAGAGCGAACAAAAACTCGCCTT
TTCAACAACCAACCGACTCGACGACTACTGCCGCTGCTGCTGCCACTCCT
GCTTCTGTCACACCTTTTACACCTCGATTCAATTCTCAGTCACACGTTCG
GAGGAGGAGGAGGAGGAGAGGGCGATGACAAGCGTCAACAACACGGGGAT
GACCCTCCCATCACCACCTCTGCCGCTGCTGACGTTGGGGCGAAAAGCGG
AGACGACGATGGTGTGACGAACGCCATGAGTGTCACCGGGATCGTGGACC
GTTTAGACAGGTGCGCGCAGAAGCGGGGGGGGGGGGTGTTTTTGAACGTC
AAACATTCGGTACTACCACCGTCGCCAGCGTTGTCGTTGTCGCTCGCGTT
ATCGTTGCTGTTGTTGCTGCTGTCGTTGTCGTTTTTGTTTTTGTCTACCT
GGCACAGCAGATTAAGACCCGATTTGACCTCTCCATCCAGCACAGCAGTA
CCTCCGTCATTTCCTCTTTCTCCGACTGACGAGAGACTCCTTGGGTGATA
CAGATACACAGATACAAAATAAGGCGCCTGTATCAAACGCGGAGAGCTCC
GTGCGGCTGCTCCGTGTGAAGTGTAACTGTATCATACGCGTAAGGAAGAC
ACCAGCAGTTTCCAAGGTGACAAAATGCAAGGAGGCGTTCATTCGATAGT
AATTAACACGAGTAGGCGTTTTTTACACGATAAGAGAACGAGGAGGCGTT
TCTTCCATGAATTCGATCACGAGGAGGTGTTTCGTACATTGTACATACTA
ACAAAACACAAGAAGGCGTTTGCTCCCATGGTAACAAAACATAAAACACA
AACACCTTGTAAGCTTTTCTTCCATGACATCAAGACACAAGTGGGCATTT
CTCACATGATAAAAAGACAGAAGTAGGCGTTTGTTCCCATGATGACAAAG
TACAAGGGACTGTTCTAACATGACATCAATACACAAGGAGGCGTTTCTCA
CATGATGTCAGAGCACAAGTAGGCGTTCCTTCCATGATAGCAAACACAAA
GAGATGTTTCTTACATGATGACACAACACGAGAGGCGTTTCTAACATGGC
ATCAAAGCACAAGAGGCGTTTCTCACTTGATATCAAAATACAAGTAGGCG
TTTCTATATCAAAACACAAGTAGGCGTTCCTTCCATGAGGACACAACACG
AGGAGGCGTTTCTTCCATGACTTCAAAACACGAAAAATTCGTTTCTTCTC
CTCACATGGAGTGTCCTCTCTGTTCCGCCTTCTTACCAGTCTCTCCTATC
GTGAGCTTCGCATATGAATACGATACTGCTGTTTTGATTGGAGTTGTTAG
TCCAGGAGGCCCAGCAGTTTCTTACGCGACCAACAACAAAAAATGGCTGT
GTCATCAGCGTGTGCGCATGTTGTCGTCGCCCCACCGGTTCCGGACGTCA
GTTATCTTCGCCTTTCGGTACAAGAATGCATAATACCTGGTATGTACGTA
GGTAAACAAGTGTCCAAAAAGTAACATAAATATGTACTTCGTATGTGTGT
AGGTGAACAAGTGGGTACATCAGCCGGGGGGGAGGTCCGTCACAACACAA
GAGGAAGAAAGGTCAACGCATTGCTGTTTTTTGTTTGTTTTATTTTCAGT
ACAGTATCATACCGCGTGGAATTCTGTAACCCGTTTTTAATATCTATGAC
ATCTTGAAGGATGAGAGCGTCCTTCCCGTGCTTCCTTTGTTATCTGAGAT
GGCAGGTGCTCCGATGGTACACTACGCGTGGTGGACTACAAAACGGGTAA
AGTTCCCGACCTGAAATACTCCAAGGCGACCAACAAAAGGATAATGGACG
AAAAGTTCTTCCAGTTGCAGGTGGTTCTCGTTTTTCGTCGGCTTTCTCTG
CCCCCCCCGGTCCAGATTTTTGGTTGACGATACCACGTGGGCAGCAGAGC
AGAACCAATCTTCAAGCAAGTGCCTTGTTGTTTTTGTTGTTTTGTGATGT
TCGCGTGCAAAAATGCGTTCAAAGCGCGTTCAAAACTCTCAGCGAAAGAC
GACTTAACCCTGTTACCCCTATAGGGAGCCAAATGTCGCCATTTTGGGTC
TCCATTTTGGGTCGCCATTTTGTTGATTCGTCACGTGGAATGTTACGTGA
CTCCCAATAGCTAAACTTCTACCTCGTGGACCGCTTAATTTACAAACGTA
TTCTACAGTATAAGCAAGTGAACGCGTCGCCATTTCTACAGAGCTTTTGT
TACAAAAAAAATTGCATGATTTTTCACAGGAGGATAAAAGGGTCAACCGC
AGTCGTTAGTTTGATACCGGATGGCACAAATATTGCACAGGGAGAACATA
CGTACAAGGAAGGTACACCGTGGCAAAGGTGAATGTAAGATTTAGGTACA
ACGGTACGCAAAGCATGAGGGCAAATGAGGTACCATGACGAATAAGGTAT
ATGGACGAAATGAGGTGTAATGCCACAGAACGTACGTGGACAAATTTGGT
ACAATGACGTGTGCTGTAATGCATATGGGCACATTGAGTGTAGTGCCACG
AATGGTATATATGGGCAAAGTGAGGTAAACGGGTATTCATGGCACATGGA
CGAATATGGGCACATTGAGTGTAGTGCCACGAATGGTATATATGGGCAAA
GTGAGGTAAACGGGTATTCATGGCACATGGACGAAGCTGGTCCACGAGGA
AAAAAGGTACATAAAGTGTAAGGTTTGCAGACGAAACGGGTAAAATGGTA
CCCAACATTTGTGGACAAATAAGACTGCACGAGAAGGTACAATGGTACCC
AACGTTCAAGGACAAAGAAGATTGCACGAGAGGATTTCGTCGAAAATCGA
TCCAGGCTGATGGTGGTTGGTGGTCCACGACGCTGTGAATCACGTGCGCG
TATCATATGATACAACAGATGTATGCTAAACAGGCGGGGCGATCGGATAG
TTGGTCACAAGCACTGGGGGCAGGTATGAGAGGAGCTGCCAGCTTTTTTT
CGATGTGCTTATGCATGGATGCACGCGTCAATTATTGGTCTCACTTCGTC
GTGGCCGTTTCTTACGGTTTTTTTTTCTTGGATGTTTGATGCCCTACCCA
AATCAAATCAGAGGACCTGCCTCTCCCCACCCCTATTTAAAAAAACCACC
GTTGAGCACAATGCGAGACAGCACCAACAAGAACTAGATCCCCTGGGACG
CCAATAGCGATCAAACCTGTTCTAGTGAGCTTTCCCATCAAAAGTAAATA
AATGAAAAAAAACAAAGAAACACTACGGTACGTGTTTTTTACCGGATATT
TCCGTCTCGAACCAAAACGCCGCCGGACCGAAACCCCGCCGCAGTCAAAG
CCCACACCTACCCAACTTCCTGTGGCCAACCTCAGAACACAAGAGCGCAC
GCTCCAACACTTGCGAGGTCTGGTTGGCGTTGTCTCCTGTTACGTATCAT
ATGCACCAAAGTAGCAGCCTTTTCAACCGTTTGGGCTCTTGGGATTTAGG
TGGAGGGGGGGCGGGAAAGAAGACTTCCAATGAAATATCTCCACCTTTTG
AAAGTCAATCCGCCCCCAAACAGCCTGGGCAACAAACGCCCCCCCCCTCC
CCCTGCCCCCCTTCTTCACTTCTCTGTCAGTTCGCTTTCCCCAACCGTGC
CATTCCCCCGCTCCATGATATTTATTAACCTTCGCCGATGCTGAATCCCG
CCCGCGTTCGCGTAGATATACGCCCTGTTGGTGGAACGCGCTCTGGGAGA
AGTGCCCGGGGAGATGTCTCTGGTGTACCTCAAGGAGGCTAAAGTGTGAG
AAAACTGAGTGAATACATGCCATACTGTATTACTGCTGCATACGGGTCTG
ATGCAATGTTAGGAACGCTTCAAGGGGGGGGTTATGTATCGAAAAGGGGG
GGGGGCATGCGTCTGGTGTTCCTGAAGGAGTGCTGGAGGCGTTGGAGGCT
GGCTTGAGGTTCAGTAACGGAATGAAAAATAAGTTATGACTGTCGCCTCA
CGACCGCGAGCGGTGCTTGTGTGCGCGTGTGCGTGCTTGATTTGGTTGGA
TTGGATCGGTTAGGATGTCGAGCAGATTTTTATTTTTTTTATTTGAAGGG
GTGTGTGGCCCGCGCCTGCTTGGTGCCTCTGTCGTACACGAAATAATGTC
GTGCTTGGTGCTGGGAGCACGTGCGTACGTGTGGTCGTGTTGGCGAGGTT
TGTTGCCACCGGCCTCCCCCCCTCCGCCCCTCTCCCCCTCCCCCCGCCCC
CCCCCCCCTCGCCCTCCACCGGTCGCCCCCGCCCCCGCCGAGCGGCCCGT
GCCTGCTCCGAGGCGTGTCGTTGAATATCGTTGGGATTTTCGTGTATTCG
TTCTTGTCTTGACGGGAGATATATGGAGCTTGGTGTATTTGCCCGCCGCG
CAGCGCCCCCGCCCCCCCCCTCATTTGGCATGGCTCCTACGATGTGGCAA
ATGGACACGGAAATTGACCGAGCGCATGCACCGCAAAGCCTGCGTGGAAG
TGTGAATAATGACGTGCGCGCGTCATCGGTATTGCAAGCACATTTTTACT
GTTGCAGTCCACAACCCTTCAGGGCTTGATCGGTTGCACGCAATGGCTGA
GTTCCTTGCATCCTGGTACGTACTGGTACTTTTTATTTTCTCTCTTTTCT
TGCCTTTGCCCTGTTTTGCTTTTTCCCTTGCGGCAGCCACCCTTCACCCC
CGGCAGTGACCGGTTTTATTGGGCAGACGTATTACACCGCTGCGAATGCT
GCTGCCTGCCTGCCTGCTTCGGATTACTTTGCTTTGCTCTGCTCTATTTT
AGTTTTGTATTTTTTGAATGCGTACGAAGTATGAGTTCAGCACACGTAAT
CGTGCAGCATAACCCACACAAGACCATTCGTCGGTTTGCACGAACGACAT
AATTCTTACTTCGAAGCACACCGTAGCGAATGCTGTCGGGCAGCGTGACC
CGCAAGACCGTTCGCCGGCCGGTTTCAACGAACGACACAATTCTTACACC
GTAGTAGCGAATGCCGAAAGCTGCAAGTATCAATATTTATCCGTCTGTCG
CGGATTTATTTGTTCCATTTTTTTTTTTTTGTCTGTATGTCGTGGGTACA
TACATACACGTACCCGGGACGTGCGTAATCCATGCAGCGTGAGCCTCGGG
AAGACTATTCGATGGGTTCGACGACCGACAGACATCTCACACCGCCCCCC
CGTACGTGCTATACTTCGTGCACTGACGTGCATGCCACACTAATTGTTGT
ACAAGTATTACATCATACTCGGTATTGTACCTGGTATGTTTCGCACCCCG
TCAATGTATTCACTCCGTTCACGTGTTGCGCGGCTCTGTTGCATGCCCGC
AGCGTGACCCGCAAGATCGTCCCGAGCGAGCTCCCGTCGGTAGAGAAAGA
TCTGCGGTCGGCGTGGGACGACATCGCGCTGGCTGTGCAGAGCGACAGCT
TCGCACCTCGAACCAGCCGCCTGTGCGACTGGTGCAGCTTTCAAGATCGG
TGCCCAGCGTTTGTAGAAGAGGAGGGGGGCTAAGAAAGAGTACGCACACG
TCTATGCTCTCGTAGGTTGCTCTGGCTTCAGGGTGTACCAGCACCAGCAT
TAGTTGGGGGGGATGTTGTTTGTGCGTGTCTTGTGTGTGTCCGTGGGTGT
CTGTCTGTGTTTTTTTTTTTTGCGGAGACAAGAGTGGAATCGCGGCTAGC
TGTCGAAATCTACGTAAGTCGTCAGCTTCCGCGAGCGGAAAATATATAGA
AATAGTAGGCTGTGTGATTGGGTTTGGTTAGGTCTCTTTAAGGGGGGGTT
ATGGGTAGTGCGTTTGCATGTTGTTCCGTGGTGATCGGTGTGTCTACGGA
GATAGGATTAGGGAGTCATGTCATATTAATAGGTGTTGAAGTGTAGCGCC
CGGCGTTTTCTGACGGAGGCGACGAGGTGCAGACTACGATGAATGCATCG
ACGGGGGGGGTCGGGGGTGAGGGACGCAGTGTTTTTAAACGTTGCACGTG
TAATGGGCAAAAAACGAAATACGGCTGGCTGCCTATGGACAGCCGTGTGG
TCCAAGTACCTGGATAGACAACATTAATTCTTTGATGATTTTGGAAGTAC
AGCAGGAGTAGGGTTTGAAATTGGCGAGCCTTGGCCGTAACCAATGCCTT
TTGGTGTCCGGCGGTAAGGGCGACGAAGTCGTAAAAAAAATACTCAAAGC
AGATCAAACCTACTTTTCCATGAGGAGGAGGTCGGTAGACCGGGCGGTTT
GGGGGGTGGAATGTACAGAAGTTTAATTTCCTCGAAAAATAAATAAATCT
CCTG
back to topCoding sequence (CDS) from alignment at P-littoralis_Contig195:100748..118751-
>mRNA_P-littoralis_Contig195.23.4 ID=mRNA_P-littoralis_Contig195.23.4|Name=mRNA_P-littoralis_Contig195.23.4|organism=Pylaiella littoralis U1_48|type=CDS|length=1488bp|location=Sequence derived from alignment at P-littoralis_Contig195:100748..118751- (Pylaiella littoralis U1_48)
ATGCCCCCTTGCTTCCTCTTTGGCAATATACCCACCAGTACGTCTTCTTC
AGCACGAAGGGGGCTGGTGTTGTTCTTGCTCTTGTCCTTGCTCCTAGTCG
GCAGTGGCGGTTCGATTTCTCCTTCAGTTGGCAGAGTGCACCTCGTACAA
CAATCAGAGGGCAGCTGCAGCAGCAGCAGCATGCTGCGAGCCATGAGGCG
GGGCGCCACCGCCGCAGCACCGCGTGCTCCGACCTCCGCCGCAATCGTCG
TGGGACTGCGGCTAGGCCACATCAGATTCGCCTGCTTCGGCAGTCCAACG
CTATGCGGCAAGCTCCGTCACAGCAGCAGCAGCGCTCAGAGCAATAGGGG
CTCAGGGTTGCGCTTTGTCGGTAGGCCCCTTGAAAACAGCCGTGACAGCT
TTCGACACCCGCTGGTATCAGCGGCTTATATGTCGATGTCATCAAGGTCG
ACGGGAGATGCCAGTGCAGCAGCAGCAGCAGCAGCAGCAGAAAAGGTTGC
TGTTGGGAGCGAGGAGCAGGAGGAGCAGGAGCGGCGGCCAGTTGAGGGCA
TGGTCTCATCCATATCCCACTCTGCCTTGACGGCGTTCAGGCAGTGCCCT
CAGCTCTTCTACTACAGGCACATCCTGCGGTTAAGGGGTGCGCCCACGCT
GCATACTTTCAAAGGCGTCGTTGTCCATGAGGTGCTCTATCGTTTTTTCT
TGCTGGAGAAAGAATCCAGAGAGCTTTCGGACCTCCACGACCTCTTCGAG
CAGGTCATGATGGGGATTATTAAAAAAGAAAACGAGGGCTCTTCCATGGT
ATACCGCAAGCTGTTCGAGAGCCAAGAGGCCGAGAAGAAGTGGGCGGTGG
AGTGCCTGGATCTGCTCGCCAACTTCGTCAGGATCGAGAGGAAACGAGAA
GACCAGGAGAAAGACCCGGAGCACGTGGAGCTCAGAATGAATCACACGTT
CGGAGGAGGAGGAGGAGGAGAGGGCGATGACAAGCGTCAACAACACGGGG
ATGACCCTCCCATCACCACCTCTGCCGCTGCTGACGTTGGGGCGAAAAGC
GGAGACGACGATGGTGTGACGAACGCCATGAGTGTCACCGGGATCGTGGA
CCGTTTAGACAGGTGCTCCGATGGTACACTACGCGTGGTGGACTACAAAA
CGGGTAAAGTTCCCGACCTGAAATACTCCAAGGCGACCAACAAAAGGATA
ATGGACGAAAAGTTCTTCCAGTTGCAGATATACGCCCTGTTGGTGGAACG
CGCTCTGGGAGAAGTGCCCGGGGAGATGTCTCTGGTGTACCTCAAGGAGG
CTAAAGTCGTGACCCGCAAGATCGTCCCGAGCGAGCTCCCGTCGGTAGAG
AAAGATCTGCGGTCGGCGTGGGACGACATCGCGCTGGCTGTGCAGAGCGA
CAGCTTCGCACCTCGAACCAGCCGCCTGTGCGACTGGTGCAGCTTTCAAG
ATCGGTGCCCAGCGTTTGTAGAAGAGGAGGGGGGCTAA
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