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Homology
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: D8LU02_ECTSI (Xylosyltransferase, family GT77 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LU02_ECTSI) HSP 1 Score: 386 bits (991), Expect = 1.390e-115 Identity = 245/548 (44.71%), Postives = 309/548 (56.39%), Query Frame = 3
Query: 1698 MPDRFVAQVWCNRAMLTTTSRKATGLGEPGSIVGKGLDSFLHVIQRLLREPGAVNAVLVDGTKAVPSRYLHPPAAA---ENSGDAVEKEQDEGGH------VMLRQLV-HVRREKEKQRQ----HKHPGDPVDASKSAFSS----LTATTRESFPEVEFYIGTLELALSF-------GAANLSANTLKAATASNGAGFTTSSSSGGAGVSDKSWD--------------IVKAPWPPEYILETVVQSQFAP-------AGFGFGGGDTGS-------EKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSR-NATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIVDIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVEGTVFPTCDR*NLRA 3179
M D+FVAQVWCNRAML R EPG + + +FLH+IQ L+REP A V+VDGTK +PSRYLHPP A E GD+ GG V L++LV H R ++E +RQ + P P + K++ S+ LT+ + PE+ +YIGTLE L F G+ N +A + T ++ SG V D D I++A WPPEYIL+TV+Q F A G D GS KQQG+VIVSSVNCGY+DMA NFL S+ ++A VKVLFVA DEV+FD LDALSPG T F R +A AG + D+IFK QT RP IL+ IL QGY+ L+TD D WLG+V +LP+ R P EV+L AD + CTCFMY D TPNAIRL +LW Q I + + DQ FQ PL +M++ GL L +LP E M G F+E V+ +Y L + LL+VHNN+I GHD K RFR AGLWEV+ FPTC R NLR+
Sbjct: 1 MSDKFVAQVWCNRAMLVAAGRDFMNPTEPGLVAKRERTTFLHMIQGLVREPSAEGVVIVDGTKVIPSRYLHPPTTAGVEEIGGDS----SGSGGRGQPNRFVFLQRLVQHAREKREHERQLHREQQQPQPPPEGVKTSGSTAAPVLTSQEFQPLPEINYYIGTLEFTLGFDLEAMPTGSENNTATARVLPNRGDSPTVTGTTKSGYHSVGDGEGDRAENGPGANASVATIMRALWPPEYILDTVIQPLFTKDEEEERAASSMVGLFDRGSWGASQRERKQQGVVIVSSVNCGYLDMASNFLQSVGQAAGDVKVLFVARDEVAFDFLDALSPGCTVFFPEVGSERAHAIQAGQWGDNIFKQQTVARPDILLPILRQGYKALYTDVDIFWLGNVLSLLPNSRVTQTPPVEVILQADA--------KQKCTCFMYLDSTPNAIRLLELWKQEIAEKSSFQDQRAFQSPLAQMQEAGLALQLLPKEAMLPGNRGFDETYVKNNYALLQDKLLIVHNNWIVGHDPKRERFRMAGLWEVDDWEFPTCQRRNLRS 536
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: A0A6H5K0G0_9PHAE (Nucleotid_trans domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K0G0_9PHAE) HSP 1 Score: 295 bits (754), Expect = 2.310e-77 Identity = 310/1176 (26.36%), Postives = 389/1176 (33.08%), Query Frame = 3
Query: 1344 SWSDVLDRFLSENPGVDVFGIYGEGAMPTAALL-----------------------------PYFLVSDSATSDAASATAVATAGCSGRGSSSVGGCAIESVLWPVLSKAIPPTAVISRARAWWMDDRVTESADGEPCRRRGIIG-------DWMPDRFVAQVWCNRAMLTTTSRKATGLGEPGSIVGKG---------------------------------------LDSFLHVIQRLLREPGAVNAVLVDGTKAVPSRYLHP-------------------------PAAAE-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------NSGDAVEKEQ-------------------------------------------DEGG-----------------HVMLRQLVHVRREKEKQRQHK-------------------HPGDPVDASKSAFSSLTATT-------RESFPEVEFYIGTLELALSF---------------GAANLSANTLKAATASNGAGFTTSSSSGGAGVSD----------------------------KSWDIVKAPWPPEYILETVVQSQFAPAGFGFGG-----------------------------------------------GDTGSEKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRN--ATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPV--AEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIVDIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVEGTVFPTCDR*NLRA*KDTL*GRGRFRGRNGEFGIG 3242
SWSDVL+RFLSENPGVDVFG++GEGA+PTA LL G IESVLWP+LS+++PPTAV+SRARAW G+ G +W+ DRFV Q+WCNRAML T RK TGL E GSI +G L SFLHVI+RL+R+PGA+ AVLVDGTK VP RYL P PAAA+ GD VE+E+ D GG HV+LR+L + +K + +H+ H P+ + S TA R PE +FYIGTL+LAL F AA+ SA++ + A ++ G D + IV+A WPP+YILE V Q G GS Q G+V+V+SVNCGY+DMAVNFLLS+RR+ VKVLFVA DE SFD LD LSPG LF + S A AG + D+IFK +T +RP IL+SI+ QGY+ LWTD D VWLG+ P+LPD + + AEV+L DG P N CTCFMY D TPNA L +LW + IV+ + +Q F+ PL +M GL L+ILP EVMP G F++ +EE+Y+ YR NLL+VHNN+I GHD K RFR +GLW+VEG FP+C R R R RGR + G
Sbjct: 333 SWSDVLERFLSENPGVDVFGMFGEGALPTAELLVPXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSGNTIESVLWPILSRSVPPTAVLSRARAWXXXXXXXXXXXXXVXXXGGVFGGGAGRAGEWISDRFVGQMWCNRAMLATARRKGTGLSEAGSIGHRGGGGEDGKDGDEDGMNGGIIDSGGSGSISDDGGKEAGATILPSFLHVIERLVRDPGAIGAVLVDGTKVVPCRYLCPASVGGGGSSACVRKTRELKLSVARRPAAADFGVYGGVVEGDAGAGGQVEEERPGAAAXXXXXXXXGDGARDSGADDVGGAGGSGQAGEDVAADGPKIVDVDGSVGGSGGSQXXXXXXXXXXXXXXXXXXXXXXXXXGSDAADINRSASAANEPYPAAXXXXXXXXXXXXXXXXXTRTAGAYGGYSNXXXXXXXXXGGRALREPGGDGGGLPHRRLLRQGRRKLWFGLGWLRSSPPXXXXXXXLDAPVGEEDGGYAGGEXXXXXXXXDARGGEGRDSASPLAIGLTHVVGEEGHRGGDRVEEERTGGRPREVSEDLAFGGGGVDRYGLEEGDEEEEARXXXXXXXXXDVGGRHSAEXXXXXXXXXXEEHVVLRKLAQMALKKAEFERHRQQXXXXXXXXXXXXXXXXXHADVPLPLPVTGRSPGTAAPTISPGQRRLPLPEADFYIGTLDLALGFVEPARPRRKGTRTAAAAADASADSXXXXXXARNASVVAVAARNSTGAVDGIPVAGATTVNGXXXXXXXXXXXXXXXXXTVGIVRALWPPDYILENVAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXWXXXXXXXXXXVGREGSGGQ-GMVVVTSVNCGYLDMAVNFLLSVRRAGGDVKVLFVAMDEASFDFLDDLSPGCVVLFPQEDGSERHRAVKAGQWGDEIFKHETVVRPDILLSIMAQGYKVLWTDVDIVWLGNPLPLLPDTQKNSTAAKCAEVMLQIDGK------PINKCTCFMYLDCTPNAATLLELWKREIVETEVSQNQMAFRAPLAQMEQAGLNLEILPDEVMPPGFKAFDDAFLEENYDRYRDNLLMVHNNWIIGHDPKRDRFRKSGLWDVEGWEFPSCQR------------RRRRRGRRRKLRWG 1489
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: UPI00145504A4 (UDP-D-xylose:L-fucose alpha-1,3-D-xylosyltransferase 1-like n=1 Tax=Asterias rubens TaxID=7604 RepID=UPI00145504A4) HSP 1 Score: 105 bits (263), Expect = 1.410e-20 Identity = 67/256 (26.17%), Postives = 119/256 (46.48%), Query Frame = 3
Query: 2370 EKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIV-DIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEV 3134
+K++ V++++ N +ID A NFL S+R + + +A D+ + + + + S + ++G F + ++ RP+ ++S LE+GY L+TD D WL FP D + +A R C F+Y+ T I+ ++W + D DQ L + + GL+L IL + P G F++++ + +++VVHNN+IKGHD K+ RF+ +W V
Sbjct: 113 QKRKNTVVLTTTNAAFIDFADNFLESVRLTKTCPNITIIAEDDFTSQHYEKRTGAGLYILKTNS-GKTSSGRLQFDSEDYRKFVNKRPSYILSFLEKGYNVLFTDVDMFWLKDPFPFFDGDFD--------------MALARDSARFFCAGFVYYKSTKTTIKFLKVWIDFMKSDPKLTPDQEVMSEFLTKKKVPGLKLKILSSDNFPNGALFFDDKK----QQTKNKDVVVVHNNFIKGHDVKIERFKRVNMWLV 349
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: UPI0018D5CC83 (UDP-D-xylose:L-fucose alpha-1,3-D-xylosyltransferase 1-like n=1 Tax=Patiria miniata TaxID=46514 RepID=UPI0018D5CC83) HSP 1 Score: 105 bits (261), Expect = 3.580e-20 Identity = 73/262 (27.86%), Postives = 119/262 (45.42%), Query Frame = 3
Query: 2373 KQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIV-DIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVEGTV-FP 3152
++ G V++++ N ++DM N+L S+RR+ + VA D+ ++ L + +S +T F + +K R ++ LE G+ L+TD DT WL FP L D + + D RN C F+YF T ++ + W + + D DQ +R + L++ +L + P GK FNE E R++ +VVHNN+I GHD K+ RFR +W V+ + FP
Sbjct: 120 RRSGTVVLTTTNTAFLDMTENWLASIRRTKTCPNITVVAEDQKAYQYLSNRKLAGVHVLQTQS-GLASTNKLVFNTNEYKKFVNKRQRYILKFLEGGWEVLFTDVDTFWLRDPFPFLRGNFD-------LAMEQDNYRKVKPNDRNYCAGFVYFRPTERTLKFVREWIRYMAEDKKLKPDQVVMNHLIRTKKVPRLQVRVLNWDRFPNGKLFFNETWRRE-----RSDFVVVHNNWIVGHDTKVERFRNLNMWLVDPDMKFP 368
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: UPI0014557604 (UDP-D-xylose:L-fucose alpha-1,3-D-xylosyltransferase 1-like n=1 Tax=Asterias rubens TaxID=7604 RepID=UPI0014557604) HSP 1 Score: 100 bits (249), Expect = 2.940e-19 Identity = 67/257 (26.07%), Postives = 119/257 (46.30%), Query Frame = 3
Query: 2370 EKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIV-DIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVE 3137
+++ G +++++ N Y+D N+L S+RR+ + V D+ +F+ L + + ++ +++ TG F +K R ++ +LEQG+ L++D DT WL F D +E N P + C F+YF T ++ + W + + D DQ +R GL+L +L P GK F++E ++ + + +VVHNN+I GHD K+ RFR +W V+
Sbjct: 41 QRRSGTILLTTTNSAYLDFTENWLESIRRTRACPNISVVTEDDQAFNYLSNKTMAGLNVLKTQT-AKSTTGKLVFNTKEYKKFVNKRQGYILDLLEQGWEVLFSDVDTFWLRDPFLFFQGNFDMA------------LEEDNHKPASYCAGFVYFRPTERTMQFVKEWIRFMANDKTMKPDQVVMNIMIRRKVIAGLKLRVLDSNKFPNGKLFFDDEWRKD-----KKDFVVVHNNWIVGHDPKVERFRNCSMWLVD 279
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: UPI001454F6E2 (UDP-D-xylose:L-fucose alpha-1,3-D-xylosyltransferase 1-like isoform X1 n=2 Tax=Asterias rubens TaxID=7604 RepID=UPI001454F6E2) HSP 1 Score: 101 bits (252), Expect = 9.070e-19 Identity = 68/263 (25.86%), Postives = 121/263 (46.01%), Query Frame = 3
Query: 2370 EKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIV-DIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVEGTVFPT 3155
+++ G +++++ N Y+D N+L S+RR+ + V D+ +F+ L + + ++ +++ TG F +K R ++ +LEQG+ L++D DT WL F D +E N P + C F+YF T ++ + W + + D DQ +R GL+L +L P GK F++E ++ + + +VVHNN+I GHD K+ RFR +W V+ F +
Sbjct: 167 QRRSGTILLTTTNSAYLDFTENWLESIRRTRACPNISVVTEDDQAFNYLSNKTMAGLNVLMTQT-AKSTTGKLVFNTKEYKKFVNKRQGYILDLLEQGWEVLFSDVDTFWLRDPFLFFQGNFDMA------------LEEDNHEPASYCAGFVYFRPTERTMQFVKEWIRFMANDKTMKPDQVVMNIMIRRKVIAGLKLRVLDSNKFPNGKLFFDDEWRKD-----KKDFVVVHNNWIVGHDPKVERFRNCSMWLVDHKEFKS 411
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: A0A0G4GFG5_VITBC (Nucleotid_trans domain-containing protein n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4GFG5_VITBC) HSP 1 Score: 99.4 bits (246), Expect = 1.580e-18 Identity = 74/257 (28.79%), Postives = 121/257 (47.08%), Query Frame = 3
Query: 2379 QGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIV--DIDAPD--DQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELY---RANLLVVHNNYIKGHDAKLGRFRAAGLW 3128
+GL+I+++VNCG +D AVN+ S++R IK L + D+ ++L + P + A P+ +A A + D F + RP IL +G+ L+ D D VW +V L + + +VL D N + C CF YF + P + L Q W + + ++ D DQ G ++EM+ N + +LP ++ P+G+ F R L R ++ VH N+I G + K + GLW
Sbjct: 72 RGLIILTTVNCGMVDFAVNWARSIQRQGIK-SFLIICYDDKCMEILTQVFPHNVARAPPEKQISSA--ATKWLDKNFISLCKERPYFFREILLRGFSVLFNDVDMVWRKNVVNHLGNGK-------RIVLQLD-----NPHAHHFCGCFQYFPVAPESFMLIQEWERQMQREEMQRKDYGDQEGLNRAVKEMQRN-FTVHVLPQKLFPSGRGFFGVARPHPSERLTPEERQQVVAVHANWIIGRERKKAQLEKYGLW 312
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: A0A8B7YIB6_ACAPL (UDP-galactose:fucoside alpha-3-galactosyltransferase-like isoform X2 n=4 Tax=Acanthaster planci TaxID=133434 RepID=A0A8B7YIB6_ACAPL) HSP 1 Score: 99.8 bits (247), Expect = 1.810e-18 Identity = 71/269 (26.39%), Postives = 127/269 (47.21%), Query Frame = 3
Query: 2370 EKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCI--RPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPR-NTCTCFMYFDLTPNAIRLAQLWAQNIVDIDA-----PDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVEGTVFP 3152
+K+ G+V++++ N Y+D+ +N L S++R I + +A D ++D+L + G A++ ++ S R + + R ++S LE+G+ L+TDSDT W FP D + G + + N C F+Y T I+ + W + I+D + P DQS G L+ + + + +L ++ P G FN + ++++ + +V+H I+GH AKL +FR G+W V TV P
Sbjct: 99 KKRPGVVMLTTANLAYVDVVLNMLESVKRVGICINTTVIAEDPKAYDILSTYAKGDPAVYVQRTNSGEMDVIEHSRRHRSQYYGIMNKRQAYILSFLEKGFEVLFTDSDTFWFRDPFPHFQGDFD---------MCLRGFTPTRIVKKTNFCAGFIYLKPTKATIQFVKAWVE-ILDSNKKKGSYPADQSVMNGLLKGDKPVHVNIKMLDADLFPWGPTFFNPKWQKQNH-----STVVMHAASIRGHPAKLKKFREFGMWLVNVTVPP 352
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: A0A251V127_HELAN (Glycosyltransferase n=1 Tax=Helianthus annuus TaxID=4232 RepID=A0A251V127_HELAN) HSP 1 Score: 99.0 bits (245), Expect = 3.380e-18 Identity = 78/268 (29.10%), Postives = 119/268 (44.40%), Query Frame = 3
Query: 2373 KQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLP-------RNTCTCFMYFDLTPNAIRLAQLWAQNIV-----DIDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIF-NEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVE 3137
K VIV +V+ Y+ N+L+S++R KVL +A D + D+++A PGH L P + +A A F F T RP L+ ILE GY ++ D D VWL F L D + + ++ N LP C+C +Y T A + + W + + +DQ F L + + L +LP PTG F N+ V+E + +++HNNYI G + K+ RF+ LW V+
Sbjct: 88 KNGSTVIVCAVSQPYLPFLNNWLISIKRQKHHEKVLVIAEDYATLDIVNARWPGHAVLIPP---APDAQVAHKFGSQGFFNFTSRRPRHLLQILELGYNVMYNDVDMVWLADPFLYLQGNHDVY--FMDDMSAVKPLDHPNVLPPPGKKGRTYICSCMIYMHPTQGAKLVMKKWIEELQIQPWSKAKKANDQPAFNWALNKTAGQ-VDLYLLPQAAFPTGGLYFKNKTWVDE----TKGKHVIIHNNYIVGFEKKIKRFKDYNLWLVD 345
BLAST of mRNA_P-littoralis_Contig710.24.2 vs. uniprot
Match: UPI001425736A (UDP-D-xylose:L-fucose alpha-1,3-D-xylosyltransferase 3-like isoform X1 n=2 Tax=Anneissia japonica TaxID=1529436 RepID=UPI001425736A) HSP 1 Score: 97.1 bits (240), Expect = 7.340e-18 Identity = 67/257 (26.07%), Postives = 117/257 (45.53%), Query Frame = 3
Query: 2388 VIVSSVNCGYIDMAVNFLLSLRRSAIKVKVLFVATDEVSFDVLDALSPGHT-----ALFAPKSWSRNATGAGSFRDDIFKAQTCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVLVADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIVD--IDAPDDQSGFQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVHNNYIKGHDAKLGRFRAAGLWEVE 3137
V+++S N G+ DMA N+L S+++ I+ ++ V DE +++ L + T +L + S+ +R +++ RP + L +G + D DT WL FP L D V+L D + +P C +YF + + I+ W+Q + +D+ ++ L +++ L+ IL P G+ FN R +VVHNN++ GH+ K+ RFR AGLW ++
Sbjct: 71 VVLTSTNSGFSDMATNWLESIKKLGIRPNIILVTEDEEAYEKLKSYKDSTTCIRKGSLLQSTNKSKLVYDTPEYRKLVYR-----RPKYIYDELRKGKNVFFCDVDTFWLKDPFPYLVGDYD-------VILQRDVYFRPSYVPIRYCAGMVYFRSSTSVIKFVNKWSQMTLKEKLDSKNNDQTIMNKL--LKEATLKRKILTSHEFPNGQIYFNGTLSAAD----RQKAVVVHNNWVTGHNTKVNRFRNAGLWLID 309
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Stop | 1 |
| Start | 1 |
| Seed ortholog | 2880.D8LU02 |
| PFAMs | Nucleotid_trans |
| Model size | 4815 |
| Max annot lvl | 2759|Eukaryota |
| KEGG ko | ko:K11714,ko:K20784 |
| KEGG Pathway | ko00514,map00514 |
| Hectar predicted targeting category | signal anchor |
| GOs | GO:0000003,GO:0000271,GO:0003006,GO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005794,GO:0005975,GO:0005976,GO:0006464,GO:0006486,GO:0006807,GO:0008150,GO:0008152,GO:0008194,GO:0008378,GO:0009058,GO:0009059,GO:0009100,GO:0009101,GO:0009664,GO:0009832,GO:0009856,GO:0009987,GO:0010306,GO:0010383,GO:0010393,GO:0010396,GO:0012505,GO:0016043,GO:0016051,GO:0016740,GO:0016757,GO:0016758,GO:0016763,GO:0017144,GO:0019538,GO:0022414,GO:0032501,GO:0032502,GO:0033692,GO:0034637,GO:0034645,GO:0035250,GO:0035252,GO:0036211,GO:0042285,GO:0042546,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043412,GO:0043413,GO:0044036,GO:0044038,GO:0044085,GO:0044237,GO:0044238,GO:0044249,GO:0044260,GO:0044262,GO:0044264,GO:0044267,GO:0044424,GO:0044444,GO:0044464,GO:0044706,GO:0045229,GO:0045488,GO:0045489,GO:0048856,GO:0048868,GO:0051704,GO:0052325,GO:0052546,GO:0070085,GO:0070589,GO:0070592,GO:0071554,GO:0071555,GO:0071669,GO:0071704,GO:0071840,GO:1901135,GO:1901137,GO:1901564,GO:1901566,GO:1901576 |
| Exons | 11 |
| Evalue | 2.81e-119 |
| EggNOG OGs | 28KPY@1|root,2QT5X@2759|Eukaryota |
| Description | rhamnogalacturonan II biosynthetic process |
| Cds size | 2649 |
| COG category | M |
| CAZy | GT77 |
| BRITE | ko00000,ko00001,ko01000,ko01003 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680791485.16399-UTR-P-littoralis_Contig710:70601..72249 | 1680791485.16399-UTR-P-littoralis_Contig710:70601..72249 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig710 70602..72249 - |
| 1680791485.2788854-UTR-P-littoralis_Contig710:82534..82607 | 1680791485.2788854-UTR-P-littoralis_Contig710:82534..82607 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig710 82535..82607 - |
| 1680791485.2887986-UTR-P-littoralis_Contig710:95820..95925 | 1680791485.2887986-UTR-P-littoralis_Contig710:95820..95925 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig710 95821..95925 - |
| 1680791485.3010535-UTR-P-littoralis_Contig710:101302..101367 | 1680791485.3010535-UTR-P-littoralis_Contig710:101302..101367 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig710 101303..101367 - |
| 1680791485.3202074-UTR-P-littoralis_Contig710:102205..102480 | 1680791485.3202074-UTR-P-littoralis_Contig710:102205..102480 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig710 102206..102480 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680791485.17924-CDS-P-littoralis_Contig710:72249..72435 | 1680791485.17924-CDS-P-littoralis_Contig710:72249..72435 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 72250..72435 - |
| 1680791485.189122-CDS-P-littoralis_Contig710:74622..74691 | 1680791485.189122-CDS-P-littoralis_Contig710:74622..74691 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 74623..74691 - |
| 1680791485.2085152-CDS-P-littoralis_Contig710:75198..75357 | 1680791485.2085152-CDS-P-littoralis_Contig710:75198..75357 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 75199..75357 - |
| 1680791485.2190845-CDS-P-littoralis_Contig710:76919..77108 | 1680791485.2190845-CDS-P-littoralis_Contig710:76919..77108 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 76920..77108 - |
| 1680791485.2294395-CDS-P-littoralis_Contig710:77591..77681 | 1680791485.2294395-CDS-P-littoralis_Contig710:77591..77681 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 77592..77681 - |
| 1680791485.2413335-CDS-P-littoralis_Contig710:78881..79634 | 1680791485.2413335-CDS-P-littoralis_Contig710:78881..79634 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 78882..79634 - |
| 1680791485.255654-CDS-P-littoralis_Contig710:81069..81948 | 1680791485.255654-CDS-P-littoralis_Contig710:81069..81948 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 81070..81948 - |
| 1680791485.2687168-CDS-P-littoralis_Contig710:82210..82534 | 1680791485.2687168-CDS-P-littoralis_Contig710:82210..82534 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig710 82211..82534 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig710.24.2 >prot_P-littoralis_Contig710.24.2 ID=prot_P-littoralis_Contig710.24.2|Name=mRNA_P-littoralis_Contig710.24.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=883bp
MTSDQDVSSFSCNAAKERANRHPNKSSATSAVAATMFEVNLYKRRRHLLG
TVGVLACVVLLVLVTNFRWSRMHHPARATHGITGGSSFGIRGGGDGGAAA
GSKLVHHEPQAFVTSAVANEVGSSGNGAAGNRRTSVELELGAAATPWDST
VLLVALGDGLEGKSALQVWSDFVQFAQTPVTAATMINQGNFDRDCGGGSG
GSVITGSWLGPDSHANGDGGDASQSLFPPVWIFTSDPGVDKTIRESMPHL
RSFFVSGALDDEDSGDVHPKGQETISWSDVLDRFLSENPGVDVFGIYGEG
AMPTAALLPYFLVSDSATSDAASATAVATAGCSGRGSSSVGGCAIESVLW
PVLSKAIPPTAVISRARAWWMDDRVTESADGEPCRRRGIIGDWMPDRFVA
QVWCNRAMLTTTSRKATGLGEPGSIVGKGLDSFLHVIQRLLREPGAVNAV
LVDGTKAVPSRYLHPPAAAENSGDAVEKEQDEGGHVMLRQLVHVRREKEK
QRQHKHPGDPVDASKSAFSSLTATTRESFPEVEFYIGTLELALSFGAANL
SANTLKAATASNGAGFTTSSSSGGAGVSDKSWDIVKAPWPPEYILETVVQ
SQFAPAGFGFGGGDTGSEKQQGLVIVSSVNCGYIDMAVNFLLSLRRSAIK
VKVLFVATDEVSFDVLDALSPGHTALFAPKSWSRNATGAGSFRDDIFKAQ
TCIRPTILISILEQGYRTLWTDSDTVWLGSVFPVLPDPRDKTNPVAEVVL
VADGVEVANGLPRNTCTCFMYFDLTPNAIRLAQLWAQNIVDIDAPDDQSG
FQGPLREMRDNGLRLDILPGEVMPTGKFIFNEERVEEHYELYRANLLVVH
NNYIKGHDAKLGRFRAAGLWEVEGTVFPTCDR* back to topmRNA from alignment at P-littoralis_Contig710:70602..102480- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_P-littoralis_Contig710.24.2 ID=mRNA_P-littoralis_Contig710.24.2|Name=mRNA_P-littoralis_Contig710.24.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=31879bp|location=Sequence derived from alignment at P-littoralis_Contig710:70602..102480- (Pylaiella littoralis U1_48)
GAGAAATACTCCGCATCTATAACGGGTCAGACAGGGTGATGACATCCCGG
TTCTGGATGGGTAGGGTAACTCCGCATCTGCTGACAGGGATGACATGTGG
AATATAGGCTGACACGCATATAAAACTAAGTGGGTCTTCCAGTGGCTCGC
AGATCCAGACACCAGTGTACTGGTCAACACTGGCCACTATCGTGATCAAG
TGTTCAGCACTGGAACATTCGTCCGCACACACACCACGTAGACAGGGCGT
ACACTACTTCACGTCTTAGGAACAGGTGGGCGTATATTAGATGGTGAATG
TCTACACGAACGAATGGGCTCGCTCAACGACACAGGGCACGGGGGCGGGC
GTCTGTGAAGCATGACTAGACGCCTAGTAATACCCAAATTTGAAATAAAC
AAATGATAGCGCTGCCGTGGTCGAGTGCGATCTCTCCGACATAATAAATA
GAAATTTGAGGGCCGCCCCAGCAGGTCTGTAATAGGTAAATATTCCCATT
TCTTTCATACTCCGATGAGATATCACCAGTGCGCCACTCCTCTCGAACGT
ACTGTACCAACGAATGGCAGGTCAAGCCATTTTAGATAGCTTTGAGTCAT
TTAATTTAAATGAAAAGCATGAACGCAGCGGCGGTGGTGTATTTTGATTC
ATTCATGAGGGCACCCGTCGGAGATATCGCACCGGGGGTGCGCCAAGATA
GAAGAACAGCATTGATTTAATTGCGTTTCCGCACCCCCATCGGAGAGAAC
GCACCCACACGCATCGGAGAGATAGCACCGGGGTGCGATGAAAAACACAA
CGTAGAAACATTTCGAAACGCGATCGCACCTGGTGCGAACTTGGACATAA
TTAATTACGGTGTGGAGCGTCCCACGGCATAAATGTTTATTTTTTTATAT
CTCATGGTCCACCTTAGTGCCTCATATTCCTCCATGGCCCCGCATAGAGC
CCCACGAAGTGTTGCCCGTGGTCTTTCATACGAGACCGTCGGGTTCCCCG
TGATGCCCCATTGTGCCCAATGGTTGCCCTGCCCAATGAATGGTCTTGCA
TCAGAATAATAAGACCCACAACAATTAATTCCGTCTCTCGCCATCTCGCC
CACTCTCTTCCAGTTCCCTCTTCTCTTCGATTCAAGAGCGAGCGTTAAAC
ATCATCAAGAGCTGAGACAAATCGCTTGGTGAGTGCACAGAGCAGTCACA
AAACGAACCCCGTAAGCGTGAATATTTTACCTACCAACTTTCACCTACTA
GCTGCCTTTGTCGTTCCTTCGGTCTCCTTTTCCCCACTTTTTTTCTTTTT
AAATTTTGTCGAATCATATGTGTACCTTTTATTTTTTTATCTCCTCCTCA
CCTCTCCTACACAGTCGGACTGCTGCCCGTGGTATTCCCTATTTTTAGGT
CCCATGCATTTCGTTGAGATGTTCTACAGCAGTATTGTTTTATCTCCCAG
CAGCATGACATGAGCCTGCCTTGTGACCTCTTTTATATAGACTTTGGTTC
TGCGCAAAATAAAAACGTCGGCAGTTAGTTTTGTTTTGCTGCCAACGATG
GCAGATAGATGTAATAATCCTGCCAAACAAAGTGAATGCCTTCATTTTCG
ACGTCAACACTACATTCTGGGTTTGGCCACCGGATGCTCGTGTCACGGGA
TAATGGCGATGCGTCGAAATAGGATGCAAACAAACCGTTGAAAGAATTTG
ACGCGGAGTATTAGTCTAAACAACGTCGGCAGCAAACAAAACTGGGTAAT
ATTATACTCCGGAGTACGTGTATATATATCCGTTGGTTGATTGCAGATGT
TTCATGATTCAGGGCGGGTATTAGATTTTTTTTTTTTAACTTACCAAGAC
ATCAATGTGTTCGTCTCTCTCCAGAAAAGGATCTCGAGCAGATATTGCAA
CGAACAAAAAGAGTGAAATACGTCTACCAGTGTTTCTATACTCAACAACC
AGTGTACCGTTGCAGCTCCCCTGAGGGTATCAGGCTCAACAAGACAATTT
GGTGGTCGTCTTGTGTGACACACGTTACACCATGAGTTGAGTGTTTACGA
TCTATATTTGTGCTGTTTGCATCATCCTTGGCATAGTGATGGTGGTGATT
TGATGTTTTCCGTGCAGCAGCAGTGGATTTTACGTTCCTACAGACAAGAA
CACCGTTTTGGGTTCCACAAATATATGCAATCTACACAGTACTTCTTACT
TTACGTTTCTCATATGATTTTACGTTCCTACAGACCAGAACAAAAACTGC
CACTGGAACTTGGAACGTGCGTTGCATCCCTTGAACGTGGAACTGAGAAT
TCCTCAGAGTTCCACTTCCCAAGTTCCAGTGGTTCTGTCTTTAATGAAAA
TCCTATACTGGAATGACTGCGGAACTTGGGAACATGAACGAACTGAGGTA
GAGAGCCCAATCTACGGGGGTCGCACAGAAAAGACGTCACACAGGAACTT
TTTTTATTTATTAATGTTGTTCTCCACCCGAAAAAAAAATCGTGTGTGGC
CTTCCTGTTGTTGTGTGACCCCGCCCGGCTGAAGCGCACCCATATCATGA
ATTTATAAACCAAAATTCGGCCGTGCGTAAAGATGGTACAGCATAGAACA
TCTGGTACATGATATCATATTGCAGCACAAAGCAGTCGCTCGTGCTACAG
CAGTGACAATGCAAAACATGTTACACCGCAGGAGACAGCGGATGGATGTG
CTGCTGTGTCGTTATTATGTTGATGGTTAACGACCACCATGAGTGACCCT
CTGCTCGCGATAGAACTGAACGCATCCACTCAAGAGGAATCATGAATTGC
TGTAAATCTTCAGTGCCCGGTGTCCGGCGGGTTCGGGAGGAGGCGTGACA
TGTCACGTATGGGGTGTAACGGCTTTCACACTTCACACATGCAAGCACGC
AACACGCAACGCAACAACAAGATCCGTTCGTGTGTTATGTGTTATCACTT
TATCACGTTCTTGTTTGTTTTTCATATATCGTGGGGCTGGTTCATACTTT
GGCCAATGGATACTGCAGCATGCACAGAAGCAGTCAGTCACAGAAATCAA
GGTGTAGACTAGACTGTGTTCTATGTGAGAACAACGTTTCTTTTAGAAAA
GAGAGGCCTCTCTTTCAGGAAAGAATAAAATATTTATATTTTATCCTCGT
CATTTGTGCAATAGACTACTTTAATCAGGTAATTTTTGACATCGAGGAGA
CGATATCGAAAGGTCTGGGCTGGTGCCCAAAATAATGGGATGACACACAC
ACACACACACGCCTTCTGCGGCCCTTGTTGTGTTGTTTGCCTTCCACATT
TTTATCGCGAAATAGTTCAAGCATCCATCGTATTTGAATGTGATTGCATA
CTACGTACTCCCGACGCACAGACGGACATGACAGACAGACTCAGTAAGTA
CTCCGAGTTGTATTAGACTCAGCAAGGGCGATGTGTCGGCCTTAACGACC
AACACAAGCGGCGTATCGACTTTTATACCTCTACAAGTATTTCAGCGCTA
GTCAAGCGGGGCTACATTCCAAAAGCGGTGTAGCGACCAGCAAGGGCGAG
TTGGGGCTCAGGGGCCGCAACTGAAAATATACGTCGCTTTTGTTCCGGGC
TGTTCACACACACACCACAGCACGACGCAAAGAACACAGCACGTGCCACA
CAGCAGTCTCTCTCTCTCTCTCTCTCTCTCTCGCTCTCTGTGATACACAC
GCAGACAAAAACACACGACCTAAGGTGAGAATCAACAAGATCAACAACAG
ACACAGATAGACAGACACAAGCCACACAAACGGTGGCCGAGCGGAGACCG
GTAGAGCAGTGGACACATGATGAACTCCTGCGAGAGCGGTGAGCACAGGG
CACAGATGATGCAAAGCACGATGATGGCGTTACTGCTGTGTTGCTGCTGC
TGCTGCTACTGATGTAAAGCGCACTACTCGTGATTATAGAAACGGGGCTA
TGATACAGCAGTATGATATGATACCTTACCGTGTGACACACGGCATTCCT
AGTACTTTAATCGACTGATTTGGACAGTATTGGCTTCAGTGTGGGCAGGG
GCATGGAGAGGTTTGATCGATTAAGATTCTCCTGTGTGGTCTATTGGTTT
CAGCATCGGTTTAATGCTCATGTGGAAGATGCGATTATTCGCATTTTTTA
TGTAGGATGAGTTTTATATCCCACTACTGCTTGTACTCTGTGTTCGCGGG
TCGATCCAAGGGCGCTTGGATGTATCTTGTGCAAACCATATACATACTTG
ATGCAACCTTCATCAAGCTGGTGGAGAGCTGGTATGTGTGTGGGTGTTGT
ACTCCCTTTGATTGGACGCCACATTACTCCAATCGGGTAGTAGGCAGACG
CTCCAATCGGGGTCACACAAACAATAGGAAGTTAACAGTCTCTTCTTCCA
CTTACTTCCCTTAGTCTATTTTTTATCGCGAGAAAGGGTGCTTCAGCCGT
CCTTTCCCTCGTCGATCAATCGAATTTCGTTTACCCACGAATTCATCGCT
TTCCACCCACACGCATGACATGAAAAAAAATCCCAGATCGCGTTGCTGCA
CCGGGATTCCACCTCAAGCTTAACCCCTCTGGGACTAGGCTGCTCACGTA
GGTGGCTAGTCGAGTAGTCTGCTTTTTTTTTTGGTCGGGCAAAAGGGTTC
CGTTCCGTGCAATCTCGCCGCGCATTGCCTCCGAAAAAAAATGAGCTCCT
GCAAATCGCCTCGAGAATTGCAGCAGCACAGCAGCCATGGCACGAGCTAA
AAATACGCAGGGGCCACGGCAAAGGCCCGCGATAGGCTCGATGGGCTAGG
TTACATAGTAGAAGGATAGCCCGGCAGCTATTACGAGCCGACAGAGTGGT
AGCACGCTGGATCCCTGGTTTCGGTGTGTTTGGCCATGCTCTCTATTTCA
AATATCATTCAATTGCCCGGAAATAATGCCCGATTTTTCCCGGGTAAAGG
TTTTCCTGTATCTGTAATTCTTTAATGCCCTGGGTGTGGAGGCCTTCGGC
CTCTCTAGGGTACCCATTATTATTTACTGCTGCTGCTGCTGTTGCTGCCT
GGTGAAGGCTCTCGTATAGAGAACGCAACCATGTCTGTCCTTCCCGCGCT
TGACGCTACCGCCTACACGGAGGGCGGCACAACCGCCTGCTACAACCAAT
TCGTTTCGTTCATCAAAGAAAGCCTTGCCAGATGGAGAAGCCAATACATG
CTGTTTCCCGGAAGTGCGGCGCATTCACCGACAGGCGTATTAATGTTTGT
TTCCGGAATCCAAGTAGACCGGGCTGGAACAATAAAAAAAAAAGCCCGAC
TATGATGCCCGATTTTTCCCTCTTAAGGCCCAAAAGGGTCAAGTAACAAA
ATATTTCGAGGATAATCAACAAAACCACAGGGTGGGGCGACTGCAGAATA
TAAAAAATATAAACAAAACAAATGTTGTTGATTCTCACATTAGCTCATCG
CCAAAATCTAGCCCGTGGTCACAAAAAGCGCTGAGCCCCATGACAGGAAG
ATCCAAAAAAAAACATAAAGAAACTATCTCGAAGTACAAGGGAATACCCA
AGAAAGACCGAAGAGGAAGAGGATACGCCTTCCTACGCGGTGTGCATCGC
TGAACTACAGCAGCAGTCACAGTAGTACCAACATCAAACGCACTTCCAGC
GTGGTTTTATTTGACTACAGCATCGTGTTCAGTCTCCTCCCGCCCCACTT
TCACTAAAACCACTACTGCTGCAAGCAGTCATTAGTAGCTAGCTGCAGAC
TACAGTTGTTGTCTGGAGTGCTGCCTGCAAGGTACAAGTAGCCCCGGCAA
TCCGAGAAGACACAAAAAGAAAAAACACAAAAACACACACGCATCATCAG
ATGTTGTCGAGGATGGTGTCTCCATGCCGTCCTTGCGACGCTGGTGATGA
TGTCGCCCTAAACATGTTCTCCTTATCTGGGTCCACGTTGCTGTTGGCGT
TGCCCAAGGCCACATCATCACGAGCACCATGCTCTCGTAACGCTTCTTCA
CTGCCGGCGTTGCCTTAGTTAGGTCACCTCCATCACCGCCGCTCTCTCAC
ACAACAGCTTATTGTTCCTTTCCAATCAGTCCCCTAAAAACTCCGCTGTG
TATATATCGTTATCGTCTCCTCGACCTCGGAAACTACGCCTTCATTTGAT
TAATGACGATTAATACTTTTCAAATCTTCATCGTCTTGTCGACCTCAGAA
ACTACGCCTTCATTTGATTAATGACCAAAAATACTTTTCAAATCTTTGTG
TAAGTTTAAAAAAAAAAGCTTGCTGATAGATTATGAACCCGTAATGATTT
CCATGATCGTAAAACCCCGACGTCACCACCAGATGTATGACGTAATTCAA
ATAAAAAATCAATACCCATGAGAGCACACTTGGGCACATCATGTACTCAA
GAAACACGCATTAAAGATCCAAAACAGCGTGAAAATATTCATCAGCATGC
GCCCTTCCTCCCCGCACCCCCCCTTGTTCACTCTACACCAGCACCTAAGC
CATCCCTTTCCCAGCACTTCCACTTCCTCCCCTACCGGTTTATTATTATT
GACAGGCGCGCGAGGTATCATCCTGAATACACAACAGACTAGCTAGGCCG
TTCATCTACGCATCTCAAGCCCGTTCATCAAGCCCGGCTTCCTCATCACT
GCAGAGAGAGGTGAATGAAAGTAAAGTTTCACACGCTTTTACTGGTTGAG
CTCCAACTAATTCGCTTAACCTCTTGTACGAAGGATATGTATTTTTTCTC
TGTACATTAGTTTTTTACACCCTTGTCAGCCCGTCCCGAGCCATTTAATT
TTTCCCTCGTAACTGTTTTTACCGTTGGCAGGTCAGACGTCCTGACATAA
ACACCAGCCAATATTTCTTTGCCTAAACTTGTGTCGGCCCTACCTAATCG
AACTCATCGATTTAATTCCCGTACGAACGATATGTTATTTTATCTGTTGT
TATCCATTTGTTGCCTACGCCCATCCATGTCGTCATCCCGTCCCGAGTCA
TTTAATTCCTCGCCCATGTGAACGTAGGCTACCGTGGGCGCAGCCGTACG
TAGTTGGTCCCAAGGTGTAGTCGTGTAAGCCCACGAACAAAGGCAGGGTC
AATGTTTTCTTCGGTAGATTTAGGAAGGAGGATCCAAAAGGTAGAGTGGC
AACGGGGTGACCGGAGGCCTGTTGCTTACCAACAGGAAGAACAAGATATC
CATCGGATCTTCAGGTGGTCAACGGACTACGATCCTAATGGTCCGAGAGG
ATTCGGTTCTTCCTATCTTCTTCTATGTGCCTCCCATGGTTGTGATGTCA
CTACACCCGTCATCCACATCACCCCCCATTTCATGCGTCACAAATCCATT
TTTGCTACAGCAGGCTGGATTGGCCTACAAACTCACACATGTTCGTCCAG
TCATAACTTTCTACTGAAGAAGAGTGAGAAAAAATCTCACGCATGTACCG
CAGAAGGAAGGTGGGGGTAACTCCTCCCGTGTTGACCTTCCTCCTGTGTG
ACCCCGTCGATGGGCCTAGCCTGTAGTTTGAACCGCAGGGTGCAGACTAG
TGTGCCAGAGAATATGGGATGACAACACACAACTGAAGAAGAGTATCACG
GAGATCAGCACACTGTTCGATTCGGCTAGTTGCAGCGCATTTGCACAATT
GACTCAGAAGTTGACTAGCCGTCTCTCACTCAAATGAAGGGTACCCGCCG
CATTTCATATAGGTTTTAGAATTGAAAAAAAAATGTGAAACCGATTTTTT
TTTGCGGCGGAGTTACTGCTGTACAGCACACACGCACACACGCGCACGGC
CGCAGCTTTCACAACAGAGAGTGGCAGCATGGGGCTCACCCCCTCCCCCG
TAGCCACACATGAGTGGAAGAAGACTTCCTTGCCTGTCTGCCGGCCAGAC
AACCGCAGTGGCAAGTTGCGGCTCTCCCTCTTTTTGACAAAACATCGAGG
GGAGAAATCGAAAAAAAAAAACAAGGGCCGCTGTTTGACTCTCGGGAGGA
AGCACTCGCTGTGGTTGGTTTTACATACGTTTTTGATCTGTCATCATCTC
GTCATGTTGCAGCAGGGTGTACATTACATTTACATCCCTACGTGAGAAAT
CAGCTACAGTGCAGGTCCTATAAGGACACCGTTTCGATCACCCATGTCTA
TTGTACAGCAGTAGTACTGTTGTACACCTACAGCAGGTTCACTTCTTTCT
GCTGTACTGCTGGACAGTACCGGTCGTTTGTCGTTTTTCCCTCCCCTCCT
GGACCTATGTTTAAAGAATGACTTCACTGTATAACAGAGTGGGAGCTAAC
ACCAAACAACACGGTTTCAGGTCATTCTAGACTACACTTTGCAATGCCAC
CCTTGTGGGTGCTGTCACTGTCCTTTTTGACTGGCGAATCTCGAGGTTTC
AGTACTGGGCAAAGGGGGGAGTCATATCCCACGTGAACGGGGGGTTGTTG
TTGATTCTCACATTCGCTCACTACCGCCGCAGTATAGCCCGTGGTCACAA
ACCAGGCACATATCGTGCTAGGAGGAAAAAAATAAAAATAAAATAAATGG
ACTATGATCACCCACAGTCAAATCAGATATGGTTCCGTTGGGGTACCATC
TGTAGTGGCCAAAGTACCAAACAAAATACAGAAAAAAATAACAGGTTCGA
AAGAAAAAACAAAAATTGGAAACAGTACGACAAACAAAAAATAACCAAGA
CAGACCTCAACAATAATCATAAACTTCGAAGTACTTCGTACATCGAACCA
GAGCCCAGGGCCATGACAGACCAAGGCAAAGGCAAACCAGGGCGATGGTC
CAGTAACTATATGATCAATACACGAAAGACAAAAACAAAAAAGTGAAGAT
ACAGGGAGGGCACAAAGACTAAGGGAGTGCACTCATAGACAAACACAACA
AACAGGCCGCCACACAAAGAGGAAGCAGGGGAACCAACGGGGAAAAGAAA
AAAAAAGAGACAGAGGAATATATACATATATGGAGAGTGCAGATGGAAGA
CCGGAAGTACCGGAAGTCTGGGGGGGGGGGGGGGGGAAGGGGTGCTATGC
TGCGTCATGCGCAGTTCTGGCGGCAAAACAGAGTATTGCAGTTTCCGAGC
CGGTTCTTGCGAATCAAGACTTGAAATTTTGACACGTGCTTCTTATCAGT
ATTACGAAGACATCTGTGCGGGGACGATTTGATTTTGTGTTTTCTTTTCA
CCATTTTGTCGCAAAATAAAAATTCTCAATTTTACAAAAAACTGACTATC
TCGCTCAAAAAAAAAAGAAAAAAAAAAGGTCCCCGCACAGATGATTTTGA
AATACCGATAAAAAGCACGTGACAAAATTTCAGGTCCTAACTCGTAAAAA
CCGGCTCGGAATCCCCGTCCAGCCATTTTGTTAGCGTCTACGTCAATCCA
GCCTGTAGGGATGTACTGTCGCGGAAAAAAGTATGAAATGACATTGGTGG
AATGAATTGGTTGTTGTAAACATTAAACCATGGAATGCGTCATCAAATGA
ATGTCTCGAGTCAATGGCTGGCGTGTTGATTAAACACGTGAGTCGTCGGA
CATTACAGGTAATGCACCCATACAAAAGATGGTGTGTATTGTGTGATTAT
TCTGGAAGCAGTCGGTGTACCAACTGATTCAACATAACCTATGTGTGGCC
ACACACAGTTATGTTCCGCTAATCAGGTGGACTCGCGCAGAATAGCGGAC
ATTTATCCATTGGCGATACTGTTTAATTTGACTAACTAAACTGATTGTCA
ACTGTGGCGTTGTGTGAAGGAGTAGACTGCTCAGCCATCGGGTAAAAGGT
TAACCATTTACCCGAGTGAGGACTACACCTCTTACACTTTCCTGCCGTCG
ACGCCAAATATGAAGGAGTAGACTGCTCAGCCATCGGGTAAAAGGTTAAC
CATTTACCCGAGTGGGGACTACACCTCTGAACAGTTGGCTGTGCGTGCAA
CCCGAGTGGGGACTACACCTCTTAACAGTTGGCTGTGCGTGCAGTTTCGT
CAGCAAATATTAGTAAGCTACGTCCAATGAAATGTGGTTGCTAATTGCAG
TGTGCAATGATAATGATATATCGCCTGTGTCGCAGCGGTGATCAAGTCGC
AGCATGACGATGGTGGTTTGCATCTTGGTGAGATGTGGTAATTCGGGTCG
GCCGCGTGGCCGACACCGAGTTGGAATGATTGAGTAGCTCCAACGTGAAG
GATTCGAACAAAAACTTCTTTTGGAGGGTCAATCATGTGGTGGTAGAGAA
CGGTGGTTGGACGGGTAAATTGCTAGGGGTGGGTCATTGCGTCGTGTCGT
TAGCGTGACGTCCCCAGTAATTCGTCCAATAGTATGGGTTTCTCCTTGCC
AGCATTTTCCAACAAAATGCTGTTAGGTCTGTCGTGTGGATGATCCTCTT
CACGGTCGCGATTTCTGTCTGGGTAGACACGAATATCGCATAAATAAAAT
TTCATCTCTGTACGATACGTACCATGTAATGTAGTTCGTGAGCTGCTGAG
TTACAGATAGATATATAATAGAGTGCTCCATCTGTTTTACACTCATCTCC
TATCTTGCGTTCGTTCTCGCTTGCTAGCCAACGATTGGTCGATCCACACA
CATTCCATCGGGCGCACGGAACCACACCTAAAATACCTGTAGATAGGCGC
CTTCAAAACCCAAGTCATAAAAAAAAAACAGGTGTCCCCAAATTGTCCTC
AATCGGGGTCAGGGGGTGCAATGGGTTATTTTCTTCGAAATGGTTTTGAA
GGATTCAAATAAATGTGAAATTGCGAAATTGCGAAGTAGAGGGCGCACAC
GAAACAGCGCATCTGCCGCACACCCCAACAGAACTTCCAGCAGCTCGAGC
CATTTCGCCTGTGCCGGCGCTCAACTCAGCTACAGAAGTTTACACAGGGG
CATCGCTAGGCTCCTGTGCATCATGGTCGACACTAGGAAGCGCCGGCGCT
CGCTGGGGCCTCGATCGGAACCTTCAAGGAGGCGACGCAACAGCTTGATC
ATTTCTGCTCTCACAGCTGTGTCGTTGCTTCTGTCGCTGTTGCAAGCGGA
GTGGCATACACCGCCCATGCTCCCAAGATCAGGCAACAGATCCACGAGCC
CCGGCGTCTATCATGAGCGGATCACTTGACCGACCTAGAGGAGCATAACT
GCTTCTCGCGCTACAACAGGATGCCGGTCGAGACTTTCGAGAAGCTTGTC
GAGCTGCTCCGCCCTTCCTTGGAGAGGAACGCACACATGGCATGTAAGAG
AGTCACTGCTGTTTTTTTCTGGTTGCACATCTCAGGGTAATATCAACCAC
GGTCATACTTTTGCTGTACTGCAGCGCAGCCAAACACCCGCACCAGTCGA
ACATCAAAACCCACGCGTACGCACATATTTAACATCAGCTATACTTGAAA
GCACAGCGCAACAGGACAAACTTCACAAACGTTTTTTGCTGGTTGTATAG
ATGAGTACGAGTGCGTATAGACTTTGATAAGAAGATTAAGATTTTCGTTT
TGTGACTACTGTACACGCTATACACGGGCTATCTCCTCCTACATGTGATA
CATACCGATACTTCGTGCGTGAATACCACCACCTCTGCAGTTGTTTTTTG
TGCGCGTGGGAATGACGAATACAGCAGTAGCAGCAGAAAGGCGTAAACAC
ATAAGTATATAATATCAGCGGCAAAAAATATACGGAGTAGAAACACACGT
ACATCAAATCTTGACGTACTCGCACACAAGCTTTTTTTATGTATAGCAAG
GTACAAGCCACACAGGAGGACGAGTTTCACGCAGGCATAGTGATACCATA
CCATGTACACTTCGCACCGACATGCGAACACCTCCCAACTTTTGTTACGC
GTACGCACATATTTAGCATCAGCCATACTTGGAAGCCCAGCGCAACGCAA
CAGGACGTAGTCTACTCCACAAACTTTTTCCCTGGATGTATATGACAACG
AAGATTTGCGTTTTGTTGTGACTGCTGTACACGGCCTGCTCTTCCTACAT
ACATATGATACCGATACTTCGTGCTTGGTATATGATGAAAACCACCACCT
CTGCAGTCCCTTGTGCGCGTGATAATGACGGACACAGCAGTAGCAGCAGC
AGCAGAAAGGCGCACACATACCAGCGGCAAAAATATCAGAAACATGTAGA
AACACACGTAGACCATATCAAATCTTGACGGACGTACTCGCACACAAGAA
TGATTTTTTTTCTCTAGCACCGCACCAACAGCAGTTCAAGGTACAAGCCA
CCACAGGAGGATTTCCACTCAGGCGTAGTGATACCATATCATGCACACTT
CGTACAGACATGCGAACACCTCTCAACTTTTGCCCCCTGCTGGTATGTGT
TGTGTGTGTTTCTCTTGCTGTGTGTGTCCCCGTGTGACCTACTGCTGTGG
GGTCAGGAGGGTTCTTTATTTTCTTACGGGGTTCCCCGGCGTTCCACATT
CTTCCTTTTCAATGAATTTTCCATGTGCTTCCTCGGCACACTTTGTATCA
CCTAAAATGCTCGTTGCTTCGAATATCGCGTAAGGCTGCTTTGCTGACCT
CGATTCCTTCCTCTTTCTATTGCGATGATGTCCTCCAGGTGTGCGCACTA
AGAGCGGCGTTATCAGTGTTCACATACGTGTTGCTATGGCTATCCGGATG
CTTGCTGGCGGCTCCTACACCGACATTGCGCTGCTCTTTGGCGTTGCAAT
CCCGACCGCCTTCTTGATCATGTGGCAAGTGATCGATGCCATAAAGAAGA
CGCCGGCAGTGGGTCCCTTTTACTTCCCGCAAACGGAGGAGTGCGCTCAG
GCTGCAGGCAAATGGAAGGTGTGTCTGCAAATGAGGTGTTGTTGTTCCTT
TATTTTGCGTGTCAAATTGTCATGACATGGGTACGGGTGCCAATGATTTT
CTTGGTCAGTGTTCTCAGTATACCATAAAACCCTTGGTTTCCCCCCACCA
TTCATGATTCCCCCCCATCTACTTTTCAGCCGAAAAGCATGGAAACTTTG
ATTTCCCCCGGGAAGAACGCAGAAAATAAGAAGAAAAAAAGCCCCCCCCC
GGCATCCCGTGAATTTTTACCTTTGGTAGTTGCTTTTCGAAGACTTCCAC
CCGGGGTTGCTTGATTTTTCAACACTTTGTTGTGCTTTCGGTATCGTTGC
ACATGATTGTAGGGGGTGCCACGTCTTTGTGTTCGGCCCTTGCACGGCAT
CCTCACGTGCTGTCCTCCTTCCTTTTCCTCTTGAATTCTTGCTCTTATAT
CTTGTTCATGGCGGGTTCGGCAAACTCTAGAGAGAGAGAGAGGCGCGCGT
GTGTGTGTCCGTCTGCTGTGGGCGTGATTTATGTATCAATTTTTTTTTTG
TGCCTTCCTCCCAGGGAAGAGTATCCGCCGGGGAAGATTCGAAAAATAAA
TGCCCCCCCCTCCCCCGTCAGTTTACCCCCGAGGGGTCGTATTTAATAAA
GAAAGATGCCCTCTCCGGGAGTAAAAGAAATGTTTTTGCGGTACTCATTT
TGCGGTACTCATCTTACATTGATGTTCCCGAATTCAAACTAAACCGATCT
TGAGATGCTAGTTTATGTTTTGTAACCGTTTGTTTCATATCTTCAGTCAT
ACGACTCCCCCCTTGAAGTTGTAGACACGCTTTCCTGACCCCGATCCCGA
CCCCTGATCCTCACCCCGGCGCGCGCTCCCCATCACCCACGACCCGCCTT
TATTTTGCTTCGTATCCCACCACCCACCACGCAGGGACTGAGCACCAACG
GCGTGTTCAATCATGTGGTGGCCGTTGTGGATGGTTTTTTCATCAGATGC
AAGAAGGTCGATGGAGTGAAGCCTTCTGAGGGGTCCGCGAAGACGGGCAA
GGGGCGGCCGACCCTTACCACTGACGGCAGGCTAGGGGGGCGTCCTTCTA
GAGCAGCGCGCCGGCACCGTCGAGAAGCGGGGAGTCGCCGGCGCGGCTTG
CTCTGCGGATGATTTTGGAGGACGGCAAGCAATGGCGCCCGGAGTACAAC
AGGCTGCGCAACTCGTAAATACTGCACGGGTCTTATGGTGGCTGGCGTTT
GCGATGTTTGGTTTTTGTAGCGGGAAGAGGGGAGCGGAGCTGGCAGCAGA
TAGAGGGGGCGGAGCTTGGTTCTGCATGCACGGGGGGGTAAGGGCATCGT
CTCGTGCGTTGTTGTGAATGCTTGGTTGAGCGGATTTGCCCCCCGCTTTA
TTTTTTCCTTTGGGATATAAGACAGATTTATTTGGTTAACCTTGTATGGG
TGTTGATTCGATGTCTTCAAGCTAAATTGATTTGTGCGATTGCCTTTACC
TCCGTGAAGGGGGAGCTGTGGTCTTTACCTTTTTTTTCGATAGCCTGATA
TCTGTCCGAGCGCACGCTTTTTTTTTTGTATTTTGTCTGGTACGATGTAT
GTAGTTGTTCGCGTTTATGTGTCTCCCTCTCGAGATCTGTGTTATTTTGA
TCGGATCAATGTTATCTTCCGTGCTCAGTCAAGTGTAGTTTGAACAGTCG
TTGTTGATACTACTCTGTAATGTGATGTGACGATCACACAAGGTGTATGT
GCTGTTTATGTGTCTTTTTTTTCATTGGACATGACTCACGCAGCCACCTC
GGCGGTGGTTGAGTAGGGGTTTTTTAATTACACGGACGAGTCGTTCCGTT
CCGAAATTACAGGTGGTTTTCTTTCATCTCCCCGTCTCGTTGTGGTTTTT
GTGTATGTAGCATTCACCTGGAGGGATCAGGGCGAGTTCGCAATCAAAAA
AAAGGATCAGCTAGAAACGTGGGCCCCTGGATACACGTAGAACTTGAAAT
GCGATTGGTTTCATATTCAGATGCTGTCCATCAGGCATAAATAAAAATAA
AAACTAAAACACTGCAGTAGAAACCAAAGAAAGGTAATTTCACAGAAGGA
AACGTGTGTGCAACAAAAATAATGGAGAAGCAGTGTGCGTTGGAGCGCCG
CTTCTCAAATAACTGCGTTAAGCCGTGTGCTTTGCTGTTTGATGGCGAAA
TGATATGCCCCCTGCTTCACGGCAGTGCTGCTGCTGCTCCTGCTGCTGCT
CCTGCTGCTGCTGCAAAAACACAGCTGGTGGTGTGCTTGTGTGTGCCTCT
CATCATTTTTCACAAGAAAGGGACCCCAATAATAACGCGCCCCGACAAGA
TAGCCGTGCGCAAAGGACACGGTCTGCGGTGAACCCAGCAGCAGTGGGTA
GATGCTATTTACCCCAAGGGCTTGAACTGATGGTCGTAGCGATCTGTGCT
GAACTGGTGTCAAAAGTGTTGCAAAATGTGGCCATTATCTCGGACACAGA
CACATAGACACAATACACAGAGACACCCTAAACCGTCGCAAGGTGCTGGC
GCTGTAAAAATTTGACGAAAAAAATGTATTGATATGTTGAGTGAACCGGA
AGCGTGTGTGTGCTGCTATAGCACAGTATCACACACACACGCCCGCTTTC
CTATACAACACAGCACGGTATCACAGGCCAAACACAAGGCACAGCATCGC
TGATGTACGGGTTTCATTTCATTCGTACATAGACTATGTATGTTGCAGCT
TGGATCGTGCCGACTGGTGCTGCACGTGTACCGCAAGCCATATGATATTA
GTGCTGGTGGTAGCGCAGCACACATATCACAACAGTTTTTGTTTTGTGCA
CAAGGTATCCATGTTCCATGCTTCCCTCTCGGTTGTCGCCCATGCTACTG
CTGGTTCTGTGGAGTGTGCGAGGCGGGCGATGGATGTGACGGCGTGCTTG
TGGGCAACCCATCTCATTTCGAAAATTTCGAAACTTCGAAGAAGAAACGC
ATCAGTGAAGGAGTAGACTGCTCAGCCATCGGATAAAAGGTTGCCGTTTA
CCCGAGTGAGGAGGTCCTGCCGTCGACGTCAAATGTGAAGGAGTAGACTG
CTCAGCCATCGGGTAAAAGGTTAACCATTTACCTGAGTGAGGACTACACC
TCTTAACACATCTGTGATCATAACATCCAGGATTTGGCGGTTTCAAACTT
GACCCATTTCGACGTTTCGAAGCTACGAAATTTCGAAATCGAGCGGCCTG
ATTAAAACACCCTCAGCGTGTCTCATTCCTGTGATACCATCCTGCCTAAA
AGTGGCCTAGAGTAGCGTCTATAGAATAGATGGGACGGCAACAAACACAC
ACATATATATAAACACACATGTACACACAGCTGGTGGCCCACCCTGAACA
GCACACGCAACCCGTGTGGTGCTGCTACTGGCCAAATATTTTATTTGACT
GCTCGCTGCTTTCAGTCGAATGATACCGGTAGTCTATGTACTCTATATTT
TGTTTTTTTGTCTCAACCCTCTGTTCTGTTGTTTTTGAGGGAAAATATGA
AAAACCAAAGAAATGATCCTCATTTGAGACGGGACTTCACCAATGGGATG
TGTTGAGAGGGTTTTTGTAAATAGCGCCCTTCTGTTCTCGTAGCTTTGTC
TATGGCATCTCACTCTCTCTCTCTCTCTCACTCACTCACTCGACTACCGA
TGCGAAAAAAGCCGGTAAAATAAGGCTCTGATGAAAAACACCTTGCGTGG
ATGTCAACGCAGCATATGATACGATACTCCTACACTTTAAAGTATCCTGC
TGTGTCATTACGAGTATGATGCAAGACGTACGAAGTACTTGGACGTCATA
CATACGGACGTATCATGCCGTGTCATATTCCCGATTTCTCTCCTAAAAAA
AAGAGTCCGTCCTCCAACCGTCGCAAATATTACCGACAGCAGCAGCAGCA
GCAGCAGAAAGTAGTGGTAGTAGTGGAGTCTCAAGATGTCACGCGAGAGG
GAGGAAGCAATCCACAGGACATTGTCAGTACCGTAGAAGAAAGAAGGAGT
TAAATACGACGGCAATGCTAAACCGATACGGAGCGAGGGAGGGGTGCACC
TGAGAGAAGAAGAGAAGAAACAGACAAAAATACGACGCGAGGTGATGGCA
AAATACGAGTACCAGGTCGAAGACTTTTTTCTCAGAGCTCAAAAAGACTG
TGAGGATCAGCCTACCAGAGGCGTCAGTTTTAGACGACGATATAACCACA
CTGGACCATGCTGCAAGATACAAGATGCGCTCTTTTAGTAGCTCGAGTCC
CCCCCACCGCCCAATGGGGCGGGCGGCCAGAATGAGATGCAGGCAACAAC
CTACGTCTTCGGTTGTAAAGGACGATTCTGTATCTACAACTATCACGAAA
GTATTGTTGTACAGTAGAGTAGTATCTCTCACAACATGAAAGTTTTCAAT
TGAAATTTTTCACTCTTTCATAATGAATGGACGACGAGGACTATCGTAAG
AACTTTTTCTGCTTAGACTATTTGGTTATGGTATAATATGAAATTTCGGA
GCGATTCGGTGACCATCAGTCAGTTCAAAACCATTTCGAAAGGTTCACAA
TTTTGCCCTATAACAACCCGAGCGACCTGCTGACAGGCGAACTCAAAAGA
GAGGAGGCGACGATGTTGGCATTATTGGTAAGTCCGTTGTGCTGCTGGGC
TAGGAGATATCCAGGACCACAGCAGCAGCAGCAGCAGCAGCAGCAGTCTA
AGAACTCAAATACTTCCGCAATCTGGACCGAATAAAAAATGTTCTAGGGT
GTCGAGCTGTGTACTCGCGGCGATAAGCTCCTCAATCTTCTGAACTGTGG
GTCACCCGAGTGGCGTATGAGCCAAACGCCAATGCGTGCGGTAGATGGGA
CAAAGGCAAAACAACTTGTAAAACTGAATACATCTACCAAGATATACCGA
TGGTGGAGCAGCATATGGTTTGTTTTCGGCATGTGCAGACGAAGCACGCG
GTGTTGTTCGTTCGTTCGTTCGTTGAAGAATCTACGCAAAACAGGTTTTC
TTTGGGATGAAGCAGCATCTTGCCAGCCGTAAGAGCCGGCATATTTATCT
TGGCTGATTTAGTTTTGGATGACCATCGTTCATCTCCTTTTCTATTTTTA
CTTTCCTCTTATCATGGCAGGACATTAGTATACACAGACATGTTCAAATT
CCACTGGCTGCCAGAGGCAGGGAAAATAAACGACGAGCCAGCCAGACACA
TTAGACTATTGCTCAATTTATTTAGGGGGACGCATCCAGTTTCAGCGCCA
GGGAAAGAAATAGCCAGCAAATCTTCAGAGCCGAAAGCAATAATACACGC
ACGCAACGCACGCACGTGTCTAGTCTCAGCGCCGCGGGAATTTTCCCGGA
AATGTCGCGAGCGAGAAATTTGACACACCTCTACACGTGGCTGGTGCGTC
GAGGTTCGAGCCCGTGATGGGCATGTCGGGCCAGAAAATATTTGATCGCC
CGAGGCGCGAAGATTTTTTTTGTGTATTTGTTTGCAGCGGCGAACCTGAT
GGAAGAGGGCGTCAGATCGTCTCGATTATAATCGTTCGGCGAATCTCCCC
GCTGCGCTCCTACCGCTCTAAAATTATCATGTCATGGTTCTCCTTGACTC
TTACTCCTGCCTTTGGTTTCATCGAATCGCGGCACAAACGAAGAGAAATC
AAGCGTCTTCTCGAAAATTCGATTCTAATCGCGGCACAAACGAAGAGAAA
TCAAGCGTCTTCTCGAAAATTCGATTCTACGCTGGATCACAAATAAATCA
AGACAAACGCAGAGACATGCCAGGATCGATATGCTGTTGGACCAGGGCGA
TGCAGCCGTGTGTAAGCGGGCCCATACCATCGGTAATGTGCTCTGCGGGA
TTCGAGTCACCGCCGAAACGTTGTGTGTTTTGTCTCCAAAATATTAAAAA
AATGCCGCGTGATATCGAGTTTTGGGGACCCCGATGGTACCCTGGAGCGT
TGAGATCTACATGTATGTCTGTCTTTTGTGCGGCAAAGTAGCGCCGAACG
TGTTTGGCTATCAGTCGTGTTTGAGGTCCCAAAAGCGGTGCATGAACGAA
CCGTTGTTACCCACACACCGTGATGTCCACCGAACCATATACTGTACTTC
GAGGTATAATAAACCACACGTACGTGGAAGACCCGGTTAACGAAGCATGA
AGAACCCCCGAGAGACAAGAAGAACGTACAGGAACATGATCGTACATAAA
GAAGGCGAGAAGGAGGACACGGGGACCAGATCACATGAACGCCCTTGGTC
CCCTCATCCCACATTCATGCATCCAGTATTCTCTGGAAAACCCCCAACTC
CCCGTGAATCATTGTTTACTGCCTAGTACCACCAAATAGTTTAGACGTGC
TGCGGCAGAAATACTAGGCGATTCATGCACCACAGCATATATTTCCAGAC
TCTTTGCGGGAGTTCTTGCACTACGCCGACGACGTTTTCGTGATTTCGTA
GCGCAGATGCAATGTATCGTTCTGACAATGTTTTTTTCGTAGCGAAGGCT
CTGTAAGTAAGAAAAGAACAAGGCTGTCATGAAGTCCGAAAGTCGTCGCA
GCTTCCACATCACCAAAAACACCCTCTTTGCAAAAAATCGGTTGAATTTG
AAGCAGGAATGCACCAAACCAAAAAAACGGATTGAAGGGCTTCTTTCTTC
TCAACGTTTTTCGGCGCCAATCGCTTTGTCCGCCCCACGGCACCCGAAAA
AGCGCCTTCAAATTCGTCCGCTGCCGGAAATCCATGCAGATATGGGCAAA
AAATTATATAAAAGAGTGTCAAATCTCCGAAACTCTGGTGAAGCCATTTG
GCCGCGTGTGCCCCGCAATATTTTGAAGGGTGTTCTGTATATCGGTCAAG
AATTTTTCAATCAAGCATCTGATGCATTTCGACCTTCGTCCAGAGCCCTT
CTAACGCAGCTATCGAGGTGTACAGCATTGATGACAAGCATTTTTTCCAG
ACGTTCAACATGAAATGATCACAGTGCGTTGTGCTGAATCTTGCCTCTCA
TCCCCCAACTCTACCGATTAAAGGTGACTCTCGGCAGCGACGCCGCACAG
GCCCCTTTCTCCTCAGCTACCCGCAACCGTCACCAAAGTCACAAGTATGA
CCAGTGATCAAGACGTTAGCAGTTTTTCCTGCAATGCTGCAAAGGAGAGA
GCGAATCGTCATCCAAACAAAAGCAGCGCGACATCAGCAGTGGCAGCGAC
AATGTTCGAGGTTAACTTGTACAAGCGGAGGCGTCACTTGCTCGGCACTG
TCGGTGTTTTGGCGTGCGTCGTTTTGCTAGTCTTGGTGACGAACTTTCGA
TGGTCGCGGATGCACCATCCTGCCCGAGCAACTCATGGTATCACGGGTGG
CAGCTCGTTTGGCATCCGTGGTGGCGGTGATGGTGGAGCTGCTGCTGGGT
CCAAACTAGTGCATCACGAGGTGACTAAATATTTTTTTCCGCTTCGTGTG
AAATATGAGTGGTTGGAAAGGCCCCCCCAGGGATTGGTTCCATACGGCTA
TATTCGTACACTCCTCCCTCCCGAAGCTCATCTGTCATCCTGGTTCCCTA
TCAAACGACAAGTAATCGAGTGTCCGTATAAAATGCACTTCGATGCGAAC
TTTTTACCGGACGCAATACATGACCACCGACTGTCAGGCCCTGTTTCCGC
CCCCCTTTGCGCTGGCTTCATCTATATTCCAGCCACAGGCATTCGTCACT
TCAGCTGTTGCAAATGAGGTTGGTTCTTCTGGAAATGGAGCGGCCGGGAA
TCGGAGGACGTCAGTGGAACTCGAACTTGGTGCTGCCGCAACCCCCTGGG
ACTCCACGGTACTGCTGGTGGCTCTCGGTGACGGTTTGGAAGGAAAATCC
GCTCTCCAAGTATGGTCGGACTTTGTACAATTTGCTCAAACGCCGGTGAC
AGCTGCAACAATGATCAACCAGGGCAACTTTGATCGTGACTGCGGTGGAG
GCAGCGGTGGTAGCGTTATTACAGGTTCATGGTTGGGCCCCGACAGCCAC
GCCAATGGGGACGGTGGAGACGCATCTCAATCGCTGTTTCCGCCAGTGTG
GATTTTTACTTCAGATCCGGGAGTCGACAAAACAATCAGGGAGAGCATGC
CACACCTGCGGTCTTTTTTTGTATCTGGTGCGCTTGACGATGAAGACAGT
GGCGATGTCCACCCGAAAGGCCAGGAAACTATTTCGTGGTCCGACGTGTT
GGACCGGTTCTTGTCGGAAAACCCTGGTGTTGATGTATTCGGTATCTACG
GGGAAGGCGCCATGCCGACTGCTGCACTACTCCCCTATTTCTTGGTTTCT
GATTCTGCTACTTCCGATGCTGCTTCCGCCACTGCTGTTGCCACAGCTGG
TTGTAGCGGCAGAGGAAGCAGCAGTGTCGGCGGATGTGCCATCGAATCGG
TGCTGTGGCCAGTACTTTCGAAAGCAATCCCTCCGACAGCGGTGATATCC
CGCGCTCGAGCGTGGTGGATGGACGACAGGGTGACGGAGAGCGCAGACGG
AGAGCCCTGCAGAAGGAGAGGTATTATAGGAGATTGGATGCCCGACAGGT
TTGTTGCCCAGGTAATGTGATTCAAGTTGGTTGTACTGTATACCCTCTAT
GCCAGGAGCCGTAGCATTTCAGACTTGAACGTACCTTGAGATATAAGTAA
ACAATGATTTTTGCCCGCTTCAGATGGGCAAACTGCGTGTATTTACAGCA
GTTACAACACAACAAATTTTACATGCACCTGCGTAGAAGTGTCTCAAACC
AAGTGTAACAGTTTGGTTCCGATACTGTCAACTATGAGTAAAACACCGTC
GCAAGTCACGAAAAACTTAGGGATGTTGCACAGGAACCTTCTCGTGCTTA
TATATCAAATGCCGACGCGCTATGTGAACATCATTCCATTTTCCTTGTCT
ACCGGAGCAACACTATTCGGTTCGCACTTATCACAATTCCGCTTCGGGGG
GAGTAAGTACGAGAAACACGGCCGCAATGAACACTCTCAATACCTGTTTA
GTCCTTATACACTCGTTCAAAGTTGGAAAAGAAGAGTTGTACTCGCTCTG
GGTAGTGATGAATGTACAGGCCACACCTGGTGAAATGTGTCGGGCAGTGG
CTGTTTTACTTTCTAGTGTATTGTTCTTCTCTGCGTTTCTAATGTCCTTT
GAGCAAACTGGTACTTATCTTCTGCCAGGATGTTGCCGAGGACAGCAGTA
TTTGCATCTCGTGTAGTGCACCGTTGCTGCTTTGGTCGCTTCAGCTCAAT
CAGTAGTAGGACCGCTATTCCTGCCAACGACAACAAACAAAGCATCATTC
CACCCACTTGATGCATGCGTGTGTATACTTCAAAGTTGTTTTTCTCCTAC
GTATAAATGTGCACTTCAAAGCTACCTCTCGGCCCCGACCCTGAACTTCG
TTATTTCGAGTACTTTGAATTACCTCTCGTTCCAAACTTTTGCTTACACT
TTGCTCATTCCCATACGTACATGGACCGACGTAACCAAATCTCAACAAGG
ATCACCCCCCCCGGAGTGGTTTTCCCGTTAGTCTCATGTAATACCGCATC
TCTGCATTAATCTATTTTCGTACGCTACTGAAGAAATTGCGTCAAAGCAT
CCAACATCGTCTCGCGTTTACCCGCGTTTCTATGCGCTCGGTCCATCGCA
TTTTCACAGCAACATCCACCACAACACTGTAGTTCCTGGTTGAATGCATG
CAACCTACGTTCATCTTTTCTTGTTCCCCCGTCACAACCACGTGTGGCGT
ATTGGTGCCAACAGCGTTCTCGATCATACCTGCTTCGAATTCGACCCCCG
GGTCCCATCCGGGGACTGGGGGCCAATGTTGCTATCCCAGCTCACATAGT
CTCTACCTACGCAAGTTTGCTCCGAGTTTACTTGAAATATGTCCTATCCA
AAAGGACGTACACCGATCCGGCTCCCTCTACGCTTGTTTTCGCTGTTTGG
CTGCAATTTATTCTTTCAAACCCTGCGCTCTGTAAAACCATCAAAGGTGT
GGTGCAACCGCGCAATGTTGACTACAACCAGCAGGAAGGCCACGGGTCTA
GGTGAGCCCGGGAGCATCGTCGGGAAAGGTTTGGACTCTTTCTTACACGT
GATTCAGCGGCTTCTACGGGAACCTGGTGCGGTCAATGCGGTGCTGGTGG
ACGGCACAAAGGCGGTCCCATCCAGGTATTTGCACCCTCCCGCCGCCGCC
GAGAATAGTGGTGATGCCGTCGAAAAGGAGCAGGATGAAGGAGGCCACGT
TATGCTGCGGCAGCTGGTCCACGTGCGCCGCGAAAAGGAAAAGCAACGAC
AGCATAAACATCCAGGAGATCCCGTCGATGCTTCCAAATCCGCCTTCTCG
AGTCTGACGGCGACAACGCGCGAATCTTTTCCTGAGGTGGAATTTTACAT
CGGAACCCTTGAGCTCGCTCTGAGTTTCGGGGCTGCCAACCTTTCAGCCA
ACACTCTCAAGGCCGCTACCGCAAGCAACGGAGCAGGTTTTACAACTAGC
AGCAGCAGCGGTGGTGCTGGCGTTAGTGATAAATCTTGGGACATCGTGAA
GGCTCCCTGGCCTCCGGAGTACATTCTCGAGACGGTCGTTCAATCACAGT
TTGCTCCAGCCGGGTTTGGTTTCGGCGGAGGCGACACGGGCAGTGAAAAA
CAGCAGGGACTGGTGATCGTGTCTAGCGTCAACTGCGGCTACATCGACAT
GGCTGTTAATTTTTTGTTGTCGTTGCGGCGATCCGCGATCAAGGTCAAGG
TAAGGTTTGGCCTCCATGTTTACCTCTCTTTGCAACTTGGTCTGTTTGTA
CGCTCGGACTTTGACCGCTGTACTATGGAATATTGACATGCATTCATTCT
CTGGAGGAAAACGCGAGGTGTGTGCGGGAGACCATACCCTTCCTATCGGG
AGTCGGTTTCAGATATTGGGATTCCAAGAAAAAGTAGCATAGTATTTGGT
CTAACCGAAGATGTCAACAACGTCGGACTGCGAAGTCCAAATCTTTCCCT
TAGAATCATGCGTGTGAGTTTCATGTCCTTAGCGTATATCACGCTCACCG
TCTGACTAACGCATCGACATGCATTAGCCATAAACAGAGTTAAGACAAAG
CTAAGGATCCAGGGACAACAGATTGTTCAGAGGCTCGGATTCTGAAAAAC
AGCGAAGGAGCCCTGACAATCACACTGGGTACGGAAGGGGTCGGAAAAGA
GAAAATTGCTGCTTATCGCCCACAGCAGCGGAAGGGGTCTCCCTCTACAT
GCATATCACACGTCTACCTCCAGTCTCCTTCAAATATATCATGGACGTTT
CAAGCCCCTCTATAATCAAGTTTAATCAGCTTATTTGGCTTCGCCTCTTA
CTTGGTCTGTTGTGCAAGGGAGTATTGTACGACGTATTGCCATCAGAACA
AGACACCATGAAGCAGCCACGTTTGAGTCAATACGTTCAGAAATGCAGCA
GTGGTTCAAAGAGTCCGCAAACTGCGGCTGAACTTGATCGACACCAAAGG
CTTGCCACTGCTGCACTCGCCGCCAAAGATCCTAACCTCTTGAACTGCGG
GTCTACAGCAGTAGCTGGTGTCCCTAGCTAACTCGGATGGCCTACACTTC
AGGTGGTTAGGGTCCGTGGCGGCGAGCACAGCAGTAACACGTATTTGGTG
TCGGTCCAGGTCCAGATTGCAGACGTTTTGAGCAACTGCTGCAGCCTTCG
ATACCTCCGCCCAAGCAGCATGTCTGAACCTGTCGACACACACGTAGCTG
CTCCATGGTGTCTGCTACTGATAACAATACTTTGAATAGAAGTCCTTGCA
CAAGCGAAATATTTTTTTTATCTTGAATCAAGACCAAAATGAGATTTTTC
CAGAAGTTTTTTTTACCGCCCTTGTCAGCGGGGCCCTAACTTGTGTGTGC
ATGAGCTTATTATTCCATCTTCACCCTCGTTTCGTCCGATTTTCTGCAGG
TGCTCTTCGTGGCGACGGATGAGGTGTCGTTCGATGTCCTCGATGCATTG
TCTCCCGGGCATACTGCCCTGTTTGCCCCAAAGAGCTGGGTGAGTAAATA
ACTACTTCGAGTATGATTGAATAGTTGGCTGTATTTTAGATCGTGGACGT
CTTCACCTTCAGTATGATTCAACTCTTATTTGCTGCTCGTTTCGACCGTG
GTTGTCCTCGAACAGCTGTCACCTATTCGCGGCCCGCTTTCTTCGCTGTG
CCCTCCAACCAAACACATAAACTCATATACCACAGTCGTTCGTCGACATG
GTTTAATGAAGTACCGTGCCGGTCGACGGTGTGGGCTGATTTGTTTACGT
AAACGACCGTGTCCATCGCGTTCCCGGCTCACGCCGTATCCTTATTATTT
CGGATGACGACGCGAACGTCATCAACAAAGTTGGCATTTCGCGCGTCGTA
CCGTTAGTAGTCCCAAATTGATTCTGCACTGGTCATGGAATGCCTTGAGT
CTTACTGTTTTTTGCATAACAGAAGTACACCAACATGCACCCACTGCCAA
CGGCGGTGTCTCTTTGCCAAAGAGTCGCAACGCTACAGGTGCCGGGAGCT
TTCGAGACGATATCTTCAAGGCGCAGACCTGCATTCGCCCCACCATTCTC
ATCTCCATCCTGGAGCAGGGCTACAGAACCCTCTGGACCGACTCCGATAC
GGTGTGGCTAGGGAGCGTATTTCCCGTCTTGCCGGACCCTCGCGATAAAA
CAAATCCTGTGGTACGTGTGTGCGTGAAAGTAGTTTTACCGTTTTTCATC
TCCGTAAAGGAAATGCACCATGTTCGCGGCGTGGGACTGTACCGCTAAAA
CCCTCACGGCGTGATTTAAAGTTCCTCTGATATATTTTATTTGTGGCGCG
CGAGAGACCAAGCGTACGACGCGTTTCCTCACCTCTCCAACAACATATTT
GGCCGATCTGCGCTATGTAAGGGGTACACTCAGGACAAGAACGGTAGTGT
TCGGCCTACGGGGGCCCTGAATATCTTATCCTTACACGAAAGCTTTCACT
GCCGTCAAGGCGAGACCCCGCTTGAGATACTCTCGTGCGTCGTAGGTACG
GCGTAGACTGTGATTCCTATGGTCCTAGCCCTCACGGTCCTCGAAGAACT
GCACGCTGATGCGTTCAAATGTCTCGGTGCTGTAGCCGTGCTTGGAGGGG
GAGATGATTAACAATAGCTCGCCTGATTCAACTTAGGTGGCACGGTGTTG
TTTTCGAGCACAACATGAACACAGTCCGTGTTTTCATGAACGCTTCGACT
CGTTACGTATCCCAAGAAGATGCCCCTTAACATGCGTCCACTCAACACAG
AAATCATACGCTTATGTTTCTGTGTTGGAGAGGGGGATAGTCAGCTTCGT
CACAACTAGTAAAATAATAGGCGACATGAAACTTTCCATCCGGGTGTCAA
TATTGCTTTGTTGTACGCCAAGGTCGCACTTCGATGGTACTCTCAAAATA
AAATTTCTAACATCCCACCACGAACGGTAGAGACATAAATCAAAATAAAC
GGGCAACACACTACTTGGGCAAGCTGTCCGATACTTTTTCTTGTCGTCTG
TCAAAAACCAAGCAACTGTTGTGAACGCAGCAACGAACGTGTTTCATTTA
CGGTAGAAAGCTTGTTGACGTTTGTGCAGCCGTGAAGCCCAAAGCAATGT
TTGGGGAAGATTGTCCTCCGCGTTAGGAATATAAGGGAGCATGGGTCAGC
GTTAGGGAGGGGTGTCGCCAACTATGGCGCTTACCTTAGTCACGAGAGGA
TGGGCCGTGCGCATCCCTACAATAATCCCCGTGACCCCAGTCGGCTTTCT
ATCGACGAGGCATGCGGCGGGGAGTGAAGTGCTGTGCGGGGTCCCAGTGT
GTAACCCACTCGAGCCGAGAACAAAAAAAGAATCGACGCCTACTTCACGT
TCTTGAAACTGGACTCCGGTCGTCGACGTGCGCATGTGTGTGGTGGTGTC
GTATGCACGCGCCCTTCGAGTGTATTGATTCGGCTTTTTTCCGTTTTGAC
CTAACTCTACCGTTTGTCCGGTTCCCAGATGCGCGAAGCATACGGTGAGG
ATTGGTGCAGGTCGACGCAAGCCCGATCAACAAAAAGCTGCGCGTACCTA
CCCTATTTCGTACCAGTTTCCTGGTATTAGCAGACGCTATCTTTGTGAGA
CTGGCAGTAGGCACGCTCGATATGTCCGGAGGCGGCAATGCTCACCCCGT
GTGATTGTTTACAATACCATTTCATTACGATGTGCTACCGCTTGTGTTCG
GGCTTATTTTCGCTTCGTTTCAGGCGGAGGTGGTGTTGGTGGCCGATGGA
GTGGAGGTGGCCAATGGGCTGCCCCGAAACACCTGCACCTGTTTCATGTA
TTTCGACTTGACCCCCAACGCCATCCGCCTGGCGCAGCTGTGGGCGCAGA
ATATCGTAGACATTGATGCTCCAGACGACCAGGTACGATCAGACACCACC
AACGTGAATGAAAAAACTTGTGCCACCGTCATGTCACCTTAGTCCATTAC
ATGTCAACACGGCGTCTGTATTACGTTTTGTTCTATCGGTGATTGAAAGT
GTCATGACGTGTTTTCACGTCGGCTCCCATGAAACGGAGATTTGGCGTCC
AGGCGCTTGGTGCTGATAAACATTGCCCATACAACCAACAATTGCTGGAC
CCGACCTCAAAACAAGAAAGCGTGGGAGCTCCAAAGTAGTAAGGTGTTGA
GTGGTGTACCAGTTTCTGTACGAAACAAGCCTGAGAAAAACGTTGACTGT
GTTTCCTGGTTTACCCTCTGTTGTTGATTTTGCTGAAGACCGTCTTGTGA
GCGCAAAGTTTTCTTGCCGAGATCTACAGGATCGCCGTGCTTCGCACCAA
GCGGCTTTTAACCCCCCCCCCCATATCACCCGCACCCAAACGCACATCAA
TGGCATTATTTCACGGTGATTGTTTTGTCCGACAAGCAGTCAGGCTTTCA
GGGTCCGTTGCGTGAGATGCGGGACAACGGCTTGAGACTCGATATTCTTC
CAGGAGAGGTGAGCCTCTTGGTCAAAAGGCTGTAACAAAGAAACGAAACT
ATGTGTGGTGTTATTTATTGAGGTAAGCCTGCAGGGGACGCCCGCTATCA
TCCCCTCGGATCCTGTGATGGTAATTTTGGCTCCACGGTTTACTTGTCTA
CGTTTTTCTCGACATCCCAAACTCCTAGATGAAGAACCCTGGGTGGTGCC
CCTCCCTGACTGCTGCACGCTCCATATCCACCACCCCCCCATTCAGCCTT
AAGCTTCACGAAACTCTTGTGTTTTAAGAGATATTACAGCAGCTTGAGCT
GTTGTGGATTAATACGGTGCCCGACGTATGTCGATGCCTTGGAGCGCGCG
ATCAAGGTGCTCAATATTAATGTTTCGACCACCATCTTGCTGCACGGATG
TGGGTGCAAAACACCGCAGAAACTGTGCTCCAGTGGCGGATGGAGCAAGG
TCGTCACATCCAACCACACGGTTTCCAATTGCTACAGCCTACTGAACAAA
ACCCAAATGACTCAATGCCTTGACAGCAGCAGCAGGCAGCCAGAAAGCCT
TCTAGAGGTATCCGTGTGAACTGTATCTAGATGCCTGTAGCAGTCCGAAA
TTGCACCAAAATGGGAGATCTGTTCATGCGTTTTAGCGCGATGTCACCGA
TCAACAAACGAAATGGACGGGTGTTTAGCTCGTTTACCGGGCGATCTCCT
AGGCCAGTAAACTGGAGAGGTTTCTGGTTGAGCACAGTTAGTTCCTTCAA
TCAACGGCCGAAAAAGCTACTCCAAGACATTTTTCTGGTAAGTTTTGGAC
CCCCTCCAATCAGAGCTGCATCTATTTGTGCAAAGCCCGGGCACAATATT
CAAGTCATTTGGGTTTTGTTGCAAAACGCCTCTCATCTCCAACCCGTTTT
TTATTTTACGCTGAAAAAGGTGTGGCCTTCAACGCTTACGGCAAGCTCGT
TGACCGCAAAAAAGAAAACCCAGTTATTTTTTCGCAAACAAACCATGACC
CATACTTGGCCACCCCCCACCCCCCCCCCCCCCATACGTGGCCCTCCTGG
AGTAGAGCTGACGTCGGTCGGCAAATGACGTCGTGCAACACGCCGTTTGA
CGCACGAGCGAGATGACCACGTTGTGGCCCACCCTTTGTGTGTCAGCTTT
TGTATATTGCGGCGATGATGTACTACAAAAGAACACTGAAATTTGAAGTA
GCACAGTAAACCCGGGCATGCCAACAAGAGGAATAGGAGGTTCAACAGCA
GAAGCATGATTGGCTCGAGGACGAAGATATGGAGGCATCCCCAAATGAGA
GAAACGAGTCGCGTCTTTCGCGAGGATCGATTATACGAGAAGGAACACAT
GCACCGATGAAGCAGACAGTAGAGCGAAAACGATTGTCATAGTATCAGGT
GAATAATTGTGGCCACCAGAAGCGAAGTAGGAATGGGATGTAGGATACGC
TAATTATTTTGATTTCCCCGCACTATTTGGTGAAGACGTCAAAAGTGCGT
GGGTGTTCAGTGTCCAATGATGGGTAGCAAAGACAAATGAGCCCCCCTTC
GCAGAGCTAGGCTTTCCCACTTAAAGCTGTTGTAGGTGGGTGTGCTGCGT
AGTTTTTTCAGAGCTGTTGACTGATACTTTTATCCCACGAAATGGTGACT
TTAAGCGAATGCAGCAGCAGCTCCTCGGCGCACCTTGAAAAACCAAAATA
ACACAAAAGTTAAGTTTGCCTCGACTCTTCCACTGAATCACTCCGGGACG
AACGTAGGGTGGATATCTGGATTGAGAGATAGGGGTGGGTTCGCCTCGGC
TCTCATGAAGTCATAGAATCCCACACTTTTGACTCTAAATCAGGACGTGC
AGCCTCGTCTGCTGACGCATGTTAGAATGCACCATCCAACTTCAATAACA
CCGGATTATTCACACAACGGCAGCTACATCATGCCATCAACCGGGTTATT
CGCGGCGACAGCTGCAAAAACTCCAACAAAGTCTGCTGACGCGCATGAGG
TAGCACTCACGTGGTGCAATATATTTGTGTCTCCTGCAAGAAAAGGACTA
CGTGCTTTCTGCTGGACATCAGGATAAGGTTCGAAACTAACCCTAACCCT
AGAATCTACAACTTCTGTTCTAATACATAAATATGAGCAACATGGAAAAA
TCTTTAACCCCCTCCCCCGCTGATTACCCCACCGCAACACGTCAGGTAAT
GCCCACTGGAAAGTTCATTTTCAACGAGGAAAGGGTGGAGGAACATTACG
AGCTGTACCGAGCAAATCTCTTGGTGGTGCACAACAACTATATCAAAGGA
CACGATGCGAAATTGGGCCGTTTCCGCGCTGCTGGCCTGTGGGAGGTAGA
AGGCACGGTGTTTCCAACATGCGACCGGTAAAACCTCAGAGCTTGAAAAG
ACACGCTGTGAGGCAGAGGGCGATTCCGCGGGCGAAACGGGGAATTCGGG
ATTGGTATTGAACCTGACCTTGTCATTGCCATCAAGCGCAACGAACCGTT
CAACCATTTCTCTTATTCGCAGGCCTGCGGTGCGATGAATGTACCTCCAA
GATTACCAGCCGAAAACGTGCGGTGAAGCAGTCCCTTCTTACATATTTCA
TTATTGTCAGTTCTGTACCTTCTAGGGAGATGCGTTTCCCCCCCCGCTTA
CGGGGTGGGCGGTCAGAATGAGGTGCAGGAAAGTACTGCCGTGTGGGGTA
ATTTGAGGATTGTTGAAAGACAATCATGCCGGGGTCGCACATGTCCTGGG
TACGAATCAAAGGTGGCATATGTAGCACGTTGGTTTGAACGGAGAGAAGC
GCAATGTAAAGGGAGAGTAAGAGGTGAATATAAGGACGCACGTGGTCGTC
GTAATGACCGGATGTTCGAAGAGAAAGACGACTACGTGAATTCGGTAGGG
AGATGCACATGAAGAAGGCGGCAGGAAGTTGCATATGCCAGGTCGTCCTG
ACGGACGTGGGGTAATGGCAGCGATGGTACTGATTCGTGTCGTATGTCGT
ATGTTCACCATCATTCACCCCAGCGGAAACTTGGCCGGGACAGAAATCTT
CAAACCTCGAAGGGTGTACGATATATAACCGCGGTGGGACCATGTTGCGC
ACGTCATGGCTCGTGTCGCGATCGGAAGCGGGTAGATCACTAGTTGCCAC
CAAACCAGTTTCCAGCGTCTGACAACACGAGAATGCGCCGGTCGGATGAA
AAGTGCCGCCATTCGAAGGTATTGCGAGGGTCACTTTTTTCCAGAAATGT
ACCCGGCCCCTCGAACGCAGAAAGCAACGGCAAACGGCCCGAGACAGACC
GTCAGCCGTGGCCATATTCGACAAGTCGGCGTTTGTGTCACGTTGAGGAA
GATCGATGCACAGGGAAACGGATTAAGGTCGCACGGAAATCAACGAATAC
GAGGTGAAATGATTTGGGCAGGCTTGCCTGAAAATGATTAGTGTACATTG
CCGATTATAATCACGTAATGATCTATCCGAACAGCATCCAACAAGAAAAA
TGGACGACTTTCGATGGACTCAAGTACGGAAGAGCCATAATGGTGAAGAA
ACTCGGATTGAAGAGGAGCCACCGCAAAAACGGGGAAATATTTATACACA
GTACCGGAATAAAAAGTATCCCCTTGTTTTGAAGGACAAAAAAAGCAACC
AGAAAATTTACTGTAAGTTCGATGGACTCAGGAAGGGAAGACACCGAACG
GGGAAGGAACGCAGATAGATGCACACGAAAGACACGAGACGCGGAAACGA
CAAACCGTATCCCTTTGTGTCTTGGGAAAAATAACACCAAGCAAGAAATA
ATATGATATTAAAGTCATGCATGCTACAGCATAGATGTGCAAGAAGAGGC
TGTCTGAATTCTTCGAAACGATAGGGAATTACGGAGAGGAGATTGGATTC
GATATTCGATTTAGAAAGCATGTGTAGCATGAGTATGTATCGAATGATGG
CTACGGCCAGACGAGAGGTGTGAGGAGTTTGAGGTGGGCATTGGTCATTC
CAAGCATGCGCACCAAGAATTGATTTGTG back to topCoding sequence (CDS) from alignment at P-littoralis_Contig710:70602..102480- >mRNA_P-littoralis_Contig710.24.2 ID=mRNA_P-littoralis_Contig710.24.2|Name=mRNA_P-littoralis_Contig710.24.2|organism=Pylaiella littoralis U1_48|type=CDS|length=2649bp|location=Sequence derived from alignment at P-littoralis_Contig710:70602..102480- (Pylaiella littoralis U1_48)
ATGACCAGTGATCAAGACGTTAGCAGTTTTTCCTGCAATGCTGCAAAGGA
GAGAGCGAATCGTCATCCAAACAAAAGCAGCGCGACATCAGCAGTGGCAG
CGACAATGTTCGAGGTTAACTTGTACAAGCGGAGGCGTCACTTGCTCGGC
ACTGTCGGTGTTTTGGCGTGCGTCGTTTTGCTAGTCTTGGTGACGAACTT
TCGATGGTCGCGGATGCACCATCCTGCCCGAGCAACTCATGGTATCACGG
GTGGCAGCTCGTTTGGCATCCGTGGTGGCGGTGATGGTGGAGCTGCTGCT
GGGTCCAAACTAGTGCATCACGAGCCACAGGCATTCGTCACTTCAGCTGT
TGCAAATGAGGTTGGTTCTTCTGGAAATGGAGCGGCCGGGAATCGGAGGA
CGTCAGTGGAACTCGAACTTGGTGCTGCCGCAACCCCCTGGGACTCCACG
GTACTGCTGGTGGCTCTCGGTGACGGTTTGGAAGGAAAATCCGCTCTCCA
AGTATGGTCGGACTTTGTACAATTTGCTCAAACGCCGGTGACAGCTGCAA
CAATGATCAACCAGGGCAACTTTGATCGTGACTGCGGTGGAGGCAGCGGT
GGTAGCGTTATTACAGGTTCATGGTTGGGCCCCGACAGCCACGCCAATGG
GGACGGTGGAGACGCATCTCAATCGCTGTTTCCGCCAGTGTGGATTTTTA
CTTCAGATCCGGGAGTCGACAAAACAATCAGGGAGAGCATGCCACACCTG
CGGTCTTTTTTTGTATCTGGTGCGCTTGACGATGAAGACAGTGGCGATGT
CCACCCGAAAGGCCAGGAAACTATTTCGTGGTCCGACGTGTTGGACCGGT
TCTTGTCGGAAAACCCTGGTGTTGATGTATTCGGTATCTACGGGGAAGGC
GCCATGCCGACTGCTGCACTACTCCCCTATTTCTTGGTTTCTGATTCTGC
TACTTCCGATGCTGCTTCCGCCACTGCTGTTGCCACAGCTGGTTGTAGCG
GCAGAGGAAGCAGCAGTGTCGGCGGATGTGCCATCGAATCGGTGCTGTGG
CCAGTACTTTCGAAAGCAATCCCTCCGACAGCGGTGATATCCCGCGCTCG
AGCGTGGTGGATGGACGACAGGGTGACGGAGAGCGCAGACGGAGAGCCCT
GCAGAAGGAGAGGTATTATAGGAGATTGGATGCCCGACAGGTTTGTTGCC
CAGGTGTGGTGCAACCGCGCAATGTTGACTACAACCAGCAGGAAGGCCAC
GGGTCTAGGTGAGCCCGGGAGCATCGTCGGGAAAGGTTTGGACTCTTTCT
TACACGTGATTCAGCGGCTTCTACGGGAACCTGGTGCGGTCAATGCGGTG
CTGGTGGACGGCACAAAGGCGGTCCCATCCAGGTATTTGCACCCTCCCGC
CGCCGCCGAGAATAGTGGTGATGCCGTCGAAAAGGAGCAGGATGAAGGAG
GCCACGTTATGCTGCGGCAGCTGGTCCACGTGCGCCGCGAAAAGGAAAAG
CAACGACAGCATAAACATCCAGGAGATCCCGTCGATGCTTCCAAATCCGC
CTTCTCGAGTCTGACGGCGACAACGCGCGAATCTTTTCCTGAGGTGGAAT
TTTACATCGGAACCCTTGAGCTCGCTCTGAGTTTCGGGGCTGCCAACCTT
TCAGCCAACACTCTCAAGGCCGCTACCGCAAGCAACGGAGCAGGTTTTAC
AACTAGCAGCAGCAGCGGTGGTGCTGGCGTTAGTGATAAATCTTGGGACA
TCGTGAAGGCTCCCTGGCCTCCGGAGTACATTCTCGAGACGGTCGTTCAA
TCACAGTTTGCTCCAGCCGGGTTTGGTTTCGGCGGAGGCGACACGGGCAG
TGAAAAACAGCAGGGACTGGTGATCGTGTCTAGCGTCAACTGCGGCTACA
TCGACATGGCTGTTAATTTTTTGTTGTCGTTGCGGCGATCCGCGATCAAG
GTCAAGGTGCTCTTCGTGGCGACGGATGAGGTGTCGTTCGATGTCCTCGA
TGCATTGTCTCCCGGGCATACTGCCCTGTTTGCCCCAAAGAGCTGGAGTC
GCAACGCTACAGGTGCCGGGAGCTTTCGAGACGATATCTTCAAGGCGCAG
ACCTGCATTCGCCCCACCATTCTCATCTCCATCCTGGAGCAGGGCTACAG
AACCCTCTGGACCGACTCCGATACGGTGTGGCTAGGGAGCGTATTTCCCG
TCTTGCCGGACCCTCGCGATAAAACAAATCCTGTGGCGGAGGTGGTGTTG
GTGGCCGATGGAGTGGAGGTGGCCAATGGGCTGCCCCGAAACACCTGCAC
CTGTTTCATGTATTTCGACTTGACCCCCAACGCCATCCGCCTGGCGCAGC
TGTGGGCGCAGAATATCGTAGACATTGATGCTCCAGACGACCAGTCAGGC
TTTCAGGGTCCGTTGCGTGAGATGCGGGACAACGGCTTGAGACTCGATAT
TCTTCCAGGAGAGGTAATGCCCACTGGAAAGTTCATTTTCAACGAGGAAA
GGGTGGAGGAACATTACGAGCTGTACCGAGCAAATCTCTTGGTGGTGCAC
AACAACTATATCAAAGGACACGATGCGAAATTGGGCCGTTTCCGCGCTGC
TGGCCTGTGGGAGGTAGAAGGCACGGTGTTTCCAACATGCGACCGGTAA back to top
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