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Homology
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A6H5JQ37_9PHAE (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5JQ37_9PHAE) HSP 1 Score: 656 bits (1693), Expect = 5.490e-217 Identity = 352/549 (64.12%), Postives = 412/549 (75.05%), Query Frame = 2
Query: 398 LLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAARVQDH--FTLVETAPSSPRNV-SDSDNDP-------DSCSSRGGRKGPVSVIPWWGRGDEDEEEGFG----HYGGGGRGTALST--GKPKGLGRVGESSKLKAAGPLLPRPR 1996
+L++T+PVLITNL QA LPLTSFAYAGRLTDA +LAGLGLG+SV NITGVCIYYGMGTGIELLCAQAFGAKNNRLVG+AFARGTLLT F FIPV FLWFYME+++LA GQQ N+AH+TGTF+RAY+ GM PYAV+ENLKRCLQAQSVV P+ VVT+ GV ANV+FHH+TMV+ GMGVYGAGLAL+LTGMFLL LI++TW F LGA GCW+GL S ++F+ WP Y+ +CIPGLTGV +EWTS+EAS AGLLGE++LATQ++ILSAY I FQFALSI I +IRVG LGAGD AR+AA CGVRL L+AAA A LG G GR+QWP LYGV DVL I+ L P+YV QMI+M Q VC GILKGMGYQR+QAIAAGVGFWVVGVPLSA+LG+ +G+KGLW +A E PL++FYL +LRSADW CA+ AA RV ++ F L++ PRN+ SDSD+ D S GGR P G EDEEE G + GGGGR T G+ GE KL P R R
Sbjct: 44 MLDVTVPVLITNLGQAVLPLTSFAYAGRLTDAATLAGLGLGVSVSNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGVAFARGTLLTAFLFIPVAFLWFYMENIMLAFGQQENIAHVTGTFTRAYMLGMAPYAVYENLKRCLQAQSVVIPVAVVTILGVFANVVFHHVTMVVLGMGVYGAGLALSLTGMFLLVTLISFTWMFGLGARGCWSGLLSTDIFKHWPAYLAICIPGLTGVFIEWTSIEASIFFAGLLGEKQLATQVLILSAYNIVFQFALSINIGSSIRVGTLLGAGDSEGARKAAWCGVRLGLMAAAAAALGYGFGRAQWPLLYGVSEDVLGMIVDLTPIYVAGQMINMMQIVCNGILKGMGYQRIQAIAAGVGFWVVGVPLSAFLGLQLGFGVKGLWIGLAVGEFPLVLFYLCLLRSADWHQCALDAAERVDENSEFALIKM---DPRNLPSDSDSXXXXXXXXXDCDSGAGGRAVPRFQAEG---GSEDEEEAGGLEDFYCGGGGRAIVRGTSGGERVKTDHTGEEVKLATMVPYRHRDR 586
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A0D2X4V9_CAPO3 (Solute carrier family 47 n=2 Tax=Capsaspora owczarzaki (strain ATCC 30864) TaxID=595528 RepID=A0A0D2X4V9_CAPO3) HSP 1 Score: 248 bits (633), Expect = 9.560e-64 Identity = 159/445 (35.73%), Postives = 235/445 (52.81%), Query Frame = 2
Query: 386 QMRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAARVQD 1720
+M L + PV++T+ Q +L S + G + A + LG + N+TG+ + G+ T +E LCAQ+FGA N + VG F R ++ PV +W E +L+ + Q +VA +TG F R L + ++ + R LQAQS++ P + GV N + H+L + +F MG GA AL LT + ++ L+ Y + + W G W+ W ++ L IPGL + +EW S E ++LAG+LG ELA+Q +IL + FQ L I +A NIRVG LGA P ARRAA G+ L L A +++ + RS R+Y DV+ + + P+ Q+ D TQ V +GIL+G G Q+L AI VGFW+VG+PL L WGL GLW +A ++ + +WD+ AV A AR QD
Sbjct: 399 EMLQLARLAWPVVLTSFLQMSLNFISAIFVGHIGKEELDASV-LGTLLSNVTGLSMVIGLATAMETLCAQSFGANNKKRVGDIFQRALVIEFMTCFPVAAIWLNAEYLLIGLQQDAHVARLTGQFMRRLLPRLPLDMLWILMNRYLQAQSILKPANYACMLGVGVNALLHYLFIYVFDMGFLGAAHALWLTMLVMVAALLTYILKSKVYVD-TWRG-WTVLCLFEWGQFVRLAIPGLLMICLEWWSFELGSLLAGMLGTVELASQAIILQVASLTFQIPLGISVACNIRVGTLLGANKPRVARRAAHTGMLLILFVAVCSIILILSTRSVVGRIYTTEEDVVALVAEVIPIVACFQLFDFTQAVASGILRGCGRQKLGAILNLVGFWIVGIPLCFALVFGANWGLHGLWTGLAVGLLVQCCSMVVCIFRTNWDEQAVAANARAQD 840
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A7S1EUB0_9RHOD (Hypothetical protein n=1 Tax=Timspurckia oligopyrenoides TaxID=708627 RepID=A0A7S1EUB0_9RHOD) HSP 1 Score: 214 bits (544), Expect = 3.480e-56 Identity = 145/444 (32.66%), Postives = 238/444 (53.60%), Query Frame = 2
Query: 398 LLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYME-SVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGM-GVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSW-EVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGL-GLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAW--GLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAAR 1711
L+ + PVLI ++SQ +L L S YAGR+ D SLAG+ LG S+ NI+G+ ++ G+ T ++ LC+QA+GA N ++G+ RG L T + F+W+++ S+L A+ P VA + F + +W + P E KR LQAQS + ++ + G ++N I L + + GV ++L+++ +L +I ++ F A+ W + SW + W Y+ L P + ++EW + E + + + +LG LA Q ++L+ + F SI IA++IRVG LGA A++ + + + V L GL W R+Y +L+RI+ ++ ++ + ++D Q VCTG LKG G Q + A+ A +GFW+V VPLS YL + G+ GLW E PL I Y+ +L + +W+ A A R
Sbjct: 14 LIVLGTPVLIASISQGSLMLVSMIYAGRM-DTDSLAGIALGCSIVNISGISVHMGLATALDTLCSQAYGAGNYPMLGIWLQRGVFLGTIISFLIAFVWYFLSNSILNALQIAPEVAVHSTQFLQTSVWMIWPLMTQECTKRYLQAQSQLKAVLWSSFLGTVSNFIICWLFIDYLELDGVLSIAISLSISYWIMLASIILFSIIFEHHAD-TWVEI-SWININSGWKEYLSLGFPAVVHCVMEWAAFEVTLIESAMLGSTSLAAQGILLNFCSVMFLLPFSISIALSIRVGQLLGAQKHRAAKQLTFLSLIFSEFCLIIPVAVLMGLFPYFWARIYVDSKVLLERIVAVSKIFSMYFLLDSIQIVCTGALKGAGLQSVAAVGALIGFWIVMVPLSYYLAFHTEMFHGIIGLWAGFVFGEIPLSIVYIGILWTRNWEFLANVAVER 454
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: M1VH38_CYAM1 (Uncharacterized protein n=2 Tax=cellular organisms TaxID=131567 RepID=M1VH38_CYAM1) HSP 1 Score: 216 bits (549), Expect = 4.080e-56 Identity = 162/506 (32.02%), Postives = 247/506 (48.81%), Query Frame = 2
Query: 326 QRPSVSASAKSEKHHPPATYQMRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIP-VGFLWFYMESVLLAVGQQPNVAH--------------------ITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWS------------------------WEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLL----GE----EELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLL-VLRSADW 1681
Q+ V A +E+ A ++++ ++ LPVL++ + QA+L L S A+ G TD SLA +GLG+++ NITG + G + ++ LCA A+GA + R V L RG ++ P + LW + +LA P A + R Y G++P ++E LKR LQAQ +V PI+ VTL +ANV+FH + + G+ GA L+LAL+ LL L + + LG E CW L S E+++ W ++ L +PG VLVEW + E + +A L G+ + +ATQ ++++A F LSI I V+++VGN +GAG AR AA G+ +A VA L + L R +WPRL + +R A + ++ D Q+ GILK +G QR A+A+ +GFW VPL+A G+ G W A E L +FY+ ++ DW
Sbjct: 38 QKRLVDHEAGTERGTRTALELIQSITQLALPVLLSYVGQASLTLVSTAFIGHWTDPESLAAIGLGLALVNITGNALVAGFCSALDTLCANAYGAGDYRTVALVALRGAVIQLVVVAPLIALLWNGLAPHVLAALLTPETAXXXXXXXXXXXXXXXGNQTVALATALCRWYTLGLVPMILYEVLKRFLQAQGIVRPIIQVTLVAAVANVLFHTVLIPGLHWGIRGAALSLALSQWALLGTLALVMYKWRLG-EQCWHSLLSPSGVYVSVPASGNDAHDGAPRALFRELWREWTPFLALALPGTAWVLVEWGAFEVTLFMAARLPPHPGDRSVADAVATQAVLMNAVYFCFMLPLSIHIGVSVQVGNLVGAGCAAAARLAARLGLMVAAVAGILLAILLTSTRDRWPRLLTNDAYIGERAAQAALFVSLFEIQDCLQYTSVGILKSIGKQRTGALASFLGFWTGCVPLAALFAFVFRQGVNGFWLGFAMGELCLALFYICYIVFVVDW 542
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A7J7IGT0_9RHOD (Uncharacterized protein n=1 Tax=Cyanidiococcus yangmingshanensis TaxID=2690220 RepID=A0A7J7IGT0_9RHOD) HSP 1 Score: 206 bits (523), Expect = 9.170e-53 Identity = 157/495 (31.72%), Postives = 240/495 (48.48%), Query Frame = 2
Query: 389 MRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIP-VGFLWFYMESVLLAVGQQPNVAHIT-----------------GTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCW-----TGLWSW--------------------EVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLL----GE----EELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAA-ALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSA-DWDDCAVRAAARV 1714
+ ++ ++LP+L++ L QA+L L S A+ G T+A +LA GLG+++ NI+G + G + ++ LCA A+G+ + VGL RG + P V LW + +LA P + T R Y +IP ++E LKR LQAQ +V PI+ VTL AN++FH L + G+ GA LALAL+ LL L+ + LG E CW G++ E+ + W ++ L +PG VLVEW + E + +A L G+ + +ATQ ++++A F LSI I +++VGN +GAG AR A + +A A ALAVL L + R +WP L + +R A + ++ D Q+ GILK +G QR+ A+A+ GFW +PL+A G+ G W A E L +FY+ + A DW+ ++A RV
Sbjct: 56 VHSITRLSLPMLLSYLGQASLTLVSTAFVGHWTNAETLAAAGLGLALVNISGNALIVGFCSALDTLCANAYGSGHYAAVGLVALRGAFIQMLMVAPFVAILWNVLAPQILAALVTPTTSATTLESASGVAADSQTVALASILCRWYTSALIPLVLYEVLKRFLQAQGIVKPIIYVTLVAAAANIVFHLLLIPWLQWGIQGAALALALSQWVLLGTLLLVMGKWRLG-EQCWLVIGPNGIYETMQADAGVGQVARFSYRSLAAELCREWAPFLALALPGTAWVLVEWGAFEVTLFMAARLPLQPGDRSVADSVATQAVLMNAVYFCFMLPLSIHIGASVQVGNLVGAGRAAAARLTAQVALVIAASAGVALAVL-LNVFRQRWPFLLTNDEHIANRAASAALFVALFEIQDCLQYTSVGILKAIGKQRVGAMASFAGFWAACIPLAALFAFVLGLGVMGFWLGFALGELFLALFYICYIALAVDWEREVLQALTRV 548
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A1Y1IK47_KLENI (Protein DETOXIFICATION n=1 Tax=Klebsormidium nitens TaxID=105231 RepID=A0A1Y1IK47_KLENI) HSP 1 Score: 204 bits (518), Expect = 1.520e-52 Identity = 150/439 (34.17%), Postives = 220/439 (50.11%), Query Frame = 2
Query: 407 ITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEV-FQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEE--ELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAARV 1714
+ LPVLIT Q L + +AG + + +LA LG SV TG + G+ ++ L QAFGAK R +G R LL T A IP+G LW+ E VLLA+GQ+ ++A T F G++ A L R L AQ +V P+ V+ ++I +++ G G+ G A ++T +F L +L+ Y S E WT WSW F ++ L IP + V +E S E S LAGLL +L+T + L+ +AF F +A+++RV N LGA P AR AA+ + +AL++ A L L L R+ RL+ ++D L P+ VA D QF G+L+G G Q++ A+ ++VVG+P L + G KGLW + A L Y L+ DW+ A +A AR+
Sbjct: 58 LALPVLITVFLQVLLTTLTSIFAGHIGEE-ALATASLGTSVYGATGFWLLSGLAGAVDTLAGQAFGAKQYRKLGEIVQRALLLNTVACIPIGVLWWNSERVLLALGQEADIAASTARFLVGLFPGLLGSAWRVPLVRYLAAQRLVQPVAGCAAIAVVVHLIANYVLAFQLGYGLAGISYAFSVTQVFYLALLLGYILC-SKVRETTWTS-WSWRATFSGLGLHLSLAIPSMVMVCLEMWSYELSLFLAGLLPNPKVQLSTVNIALNLMMLAFTFGSGWSVAISVRVSNELGANCPERARLAAIASLTMALLSGATVSLILFLSRNVIGRLFTDSKAIIDLTAQLVPILCVAAAADTVQFTMAGVLRGSGKQKIGAVCNLFSYYVVGIPAMVILAFHYELGAKGLWLGLTLALLSCLSVYSLLASRLDWEAEASKAKARL 493
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: UPI0009E481B1 (protein DETOXIFICATION 16-like n=1 Tax=Phalaenopsis equestris TaxID=78828 RepID=UPI0009E481B1) HSP 1 Score: 200 bits (508), Expect = 2.080e-51 Identity = 143/456 (31.36%), Postives = 226/456 (49.56%), Query Frame = 2
Query: 386 QMRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALAL---TGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIM--ILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAARVQ-DHFTLV 1735
++R L + P++ ++ Q L + S + G L + +SLAG + S +TG + GMG+ +E LC Q+FGAK R++G+ L+ IPV +W Y +L AVGQ P ++ G + R + + Y + + R LQ Q++V P+M+ T F + ++ L + G+G GA LA ++ T +FLL + + S + WTG S E F +I L IP T V +E+ S E +L+GLL +L T ++ L+ + F +G AV+ RV N LGAG+P AR AA + +A+ + L L L R+ W Y +V+ + + P+ + +D Q V +GI +G G+Q++ A ++VVGVP + + G KGLW + A + L+V DWD A +A RV D LV
Sbjct: 37 EVRKQLCLAGPLIASSFFQIVLQVISVMFVGHLGE-LSLAGASMATSFAGVTGFSLMLGMGSALETLCGQSFGAKKQRMLGIHLQSAMLVLMTVCIPVAVVWTYTGKILKAVGQDPEISLEAGLYIRWLIPALFAYGLLQCYIRFLQTQNIVLPMMMATAFTTIVHIFVCWLLVFRSGLGYKGAALANSISYWTNVFLLVLYVKI----SPSCKESWTGF-SREAFHNTISFIKLAIPSATMVCLEFWSFELLVLLSGLLPNPKLETSVLSITLNTAAMIFMIPFGLGAAVSTRVSNELGAGNPMGARLAAQTVIIIAICVGLVVALALILVRNVWGYAYSNELEVVKYVAVMLPILATSNFLDGIQCVLSGIARGCGWQKIGAFVNLGAYYVVGVPSAVLMSFVLHIGGKGLWMGIVCALSVQSLSLLIVTLCTDWDIEARKARDRVHSDSVDLV 486
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A8K0A4W4_BRALA (SLC47A1 protein n=1 Tax=Branchiostoma lanceolatum TaxID=7740 RepID=A0A8K0A4W4_BRALA) HSP 1 Score: 199 bits (506), Expect = 1.420e-50 Identity = 135/443 (30.47%), Postives = 220/443 (49.66%), Query Frame = 2
Query: 386 QMRALLEITLPVLITNLSQAALPLTSFAYAGRL----TDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIMILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRA 1702
+++AL + P + ++ + + + + G L DAV+LA ISV N+TG+ + +G+GT + L AQ FG++N VG+ R L+ P L+ E +LL + Q P VA + G F ++ + +F + L Q +V P M + L + NV ++L + FG GV GA +A +T L + Y L + W G W + Q W YI L + GL V +EW + E T+L GL+G +LA Q ++++ + + +S+GIA +IRVGN LGAG+P +A+ AA + A A + L R ++ +V+ I + P+ V Q+ D Q C GIL+G G Q+L AI GF+++G+P A G+KGL+ + A + +L+ + DW +++A
Sbjct: 18 ELKALTRLAWPTTVASVLEYVMWMMPIIFCGHLGKIQLDAVTLA-----ISVVNVTGISLGFGLGTACDTLMAQTFGSENKMRVGIILQRSILILLLCCFPCWSLYMNTEKLLLLIHQDPEVARLAGEFVTLFIPALPGVFLFLLATKYLSTQGIVYPAMFINLAVNILNVPANYLCISYFGWGVRGAAIATGVTQYLLCFFMFLYIRVRKLHLQ-TWPG-WKSDCLQEWGVYIRLAVAGLLMVCLEWWTYEIGTLLTGLIGTVDLAAQGILITINSLNYMIPMSLGIAASIRVGNELGAGNPVQAKLAAKVSICTFCCYAVFATIILLSSRHVIGYVFSSDKEVVSLIGEVLPIVCVTQLADTVQAGCAGILRGCGKQKLGAIITFTGFYLLGLPFVAIFMFVLHLGVKGLYFGLGMATIFQCVCFLITIARMDWKQESLKA 453
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: UPI0018AF508B (protein DETOXIFICATION 16-like n=1 Tax=Dioscorea cayennensis subsp. rotundata TaxID=55577 RepID=UPI0018AF508B) HSP 1 Score: 196 bits (499), Expect = 3.030e-50 Identity = 129/461 (27.98%), Postives = 237/461 (51.41%), Query Frame = 2
Query: 356 SEKHHPPATYQMRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIMI--LSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVRAAARVQDHFTL 1732
+ +HH + + L ++ P++I N+ + + + S + G L + + L+G + +S +TG + GMG+ ++ LC QAFGAK ++G+ R L+ + IP+ F+W + ++L A+GQ ++ T++R + + YA+ + ++ LQAQ++V P+M+ + F V+ ++ + + +G+ GA +A +++ +TI+I Y S + WTG S + ++ L IP + +E+ + EA +++GLL +L T ++ L++ +AF IG +V+ RV N LGAG P A A + G +A++ + L LGR W +L+ DV++ + + P ++ ID TQ V TG +G G+Q+L I ++VVG+P S L KGLW + ++ L + DW+ A +A RV + +
Sbjct: 12 NRRHH--MVIEAKKQLWLSGPLIIANILEKLIQVVSLMFVGHLGE-LPLSGASMAVSFAAVTGFSLLSGMGSALDTLCGQAFGAKQYYMLGIYLQRAMLILSLVSIPLAFIWAFTGNILKAIGQDKEISLAATTYARYMIPVIFAYALLQCHQKFLQAQNIVFPMMLCSAFTVIFHIFLCWVLVFKLRIGLKGAAIANSVSYCISVTIIIIYV-RLSPSCKETWTGF-SKDALHDISSFVKLAIPSALMICLEFWTFEALVLMSGLLPNPKLETSVLAICLNSSTLAFMIPFGIGASVSTRVSNELGAGQPRNAWLAVIVGGIIAILQGVVVGSTLILGRHVWGKLFSNEKDVVNYVAKMMPFLALSNFIDATQSVLTGTARGCGWQKLGVIVNLGAYYVVGIPFSILLAFKFHLKGKGLWLGIICGLFVQVLLLLSITLCTDWEKEANKAVERVNNSIDI 467
BLAST of mRNA_P-littoralis_Contig192.82.2 vs. uniprot
Match: A0A2P6V7U3_9CHLO (Protein DETOXIFICATION n=1 Tax=Micractinium conductrix TaxID=554055 RepID=A0A2P6V7U3_9CHLO) HSP 1 Score: 196 bits (497), Expect = 9.940e-50 Identity = 129/405 (31.85%), Postives = 206/405 (50.86%), Query Frame = 2
Query: 461 SFAYAGRLTDAVSLAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGTLLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAVFENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLALALTGMFLLTILIAYTWAFSLGAEGC----WTGLWSWEVFQRWPGYIVLCIPGLTGVLVEWTSVEASTVLAGLLGEEELATQIM--ILSAYGIAFQFALSIGIAVNIRVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVHGDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWVVGVPLSAYLGVYKAWGLKGLWGSMA---TAEGPLLI 1648
+ A+ GRL + V L+ + L S+ N+TG+ + G + +E C+QA GA L+GL R LL + V W +E +LLA+GQ P +AH T F ++ A+FE KR L AQ V P VVT + + +++ + + G GVYGA AL LT L +L AY A G W GL S + +Q W Y +P + + EW++ E +++GLL + ++ M ++ G+++ + A ++R G+ LGAG P +ARRA RL + + G+ L R+ WP ++ V+ R L P++ ++ D T V G+L+G G Q L A+ + +W G+PL+AYL + GL+GLW + T +G +++
Sbjct: 3 AIAFVGRLGEDV-LSVVVLATSIYNVTGLAVLIGFASAMETFCSQAMGAGRPHLLGLVLQRALLLLSLLAAAVAACWTQVEPLLLALGQDPAIAHGTARFMLRATPALLFTAIFEAQKRYLMAQEAVRPATVVTAIALCLSPLYNWILIFKLGCGVYGAAYALDLTQATLALLLGAYCVARDRLLAGSPLATWHGL-SRQAWQGWGQYCRFALPSVAMLCCEWSTFEVMVLMSGLLPDPAVSVSAMGLAINTSGLSYMAVTGLACATSVRAGHALGAGRPGDARRATWTAWRLTMCQQVVLAGGIVLARNSWPHIFTDSPPVVARTAQLLPLFALSLFGDGTNAVLQGLLRGAGRQHLGAVTNLLSYWCCGIPLAAYLAFRRGLGLEGLWWGLVCINTVQGGIML 405
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.D7FMM8 |
| PFAMs | MatE |
| Model size | 4650 |
| Max annot lvl | 2759|Eukaryota |
| KEGG ko | ko:K03327 |
| KEGG TC | 2.A.66.1 |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0003674,GO:0003824,GO:0004601,GO:0005575,GO:0005618,GO:0005623,GO:0005911,GO:0008150,GO:0008152,GO:0009505,GO:0009506,GO:0009636,GO:0009664,GO:0009987,GO:0016043,GO:0016209,GO:0016491,GO:0016684,GO:0030054,GO:0030312,GO:0042221,GO:0044464,GO:0045229,GO:0050896,GO:0051716,GO:0055044,GO:0055114,GO:0070887,GO:0071554,GO:0071555,GO:0071669,GO:0071840,GO:0071944,GO:0097237,GO:0098754,GO:0098869,GO:1990748 |
| Exons | 10 |
| Evalue | 5.93e-192 |
| EggNOG OGs | COG0534@1|root,KOG1347@2759|Eukaryota |
| Ec32 ortholog description | Multi antimicrobial extrusion protein |
| Ec32 ortholog | Ec-23_000920.1 |
| Description | antiporter activity |
| Cds size | 1803 |
| COG category | V |
| BRITE | ko00000,ko02000 |
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 |
|---|
| 1680789926.9918787-UTR-P-littoralis_Contig192:362664..363623 | 1680789926.9918787-UTR-P-littoralis_Contig192:362664..363623 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig192 362665..363623 - |
| 1680789927.002703-UTR-P-littoralis_Contig192:363785..365474 | 1680789927.002703-UTR-P-littoralis_Contig192:363785..365474 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig192 363786..365474 - |
| 1680789927.1318576-UTR-P-littoralis_Contig192:396920..397119 | 1680789927.1318576-UTR-P-littoralis_Contig192:396920..397119 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig192 396921..397119 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789927.0115979-CDS-P-littoralis_Contig192:365474..365808 | 1680789927.0115979-CDS-P-littoralis_Contig192:365474..365808 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 365475..365808 - |
| 1680789927.026009-CDS-P-littoralis_Contig192:366312..366461 | 1680789927.026009-CDS-P-littoralis_Contig192:366312..366461 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 366313..366461 - |
| 1680789927.0366564-CDS-P-littoralis_Contig192:368631..368697 | 1680789927.0366564-CDS-P-littoralis_Contig192:368631..368697 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 368632..368697 - |
| 1680789927.0473807-CDS-P-littoralis_Contig192:369120..369426 | 1680789927.0473807-CDS-P-littoralis_Contig192:369120..369426 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 369121..369426 - |
| 1680789927.0586426-CDS-P-littoralis_Contig192:369936..370078 | 1680789927.0586426-CDS-P-littoralis_Contig192:369936..370078 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 369937..370078 - |
| 1680789927.076884-CDS-P-littoralis_Contig192:370252..370431 | 1680789927.076884-CDS-P-littoralis_Contig192:370252..370431 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 370253..370431 - |
| 1680789927.0898142-CDS-P-littoralis_Contig192:371068..371172 | 1680789927.0898142-CDS-P-littoralis_Contig192:371068..371172 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 371069..371172 - |
| 1680789927.1060681-CDS-P-littoralis_Contig192:371751..371927 | 1680789927.1060681-CDS-P-littoralis_Contig192:371751..371927 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 371752..371927 - |
| 1680789927.1196892-CDS-P-littoralis_Contig192:396573..396920 | 1680789927.1196892-CDS-P-littoralis_Contig192:396573..396920 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig192 396574..396920 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig192.82.2 >prot_P-littoralis_Contig192.82.2 ID=prot_P-littoralis_Contig192.82.2|Name=mRNA_P-littoralis_Contig192.82.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=601bp
MCRSIPEAAKMPKDRKKDAPSAAAAAAGAGSPTTAVVVVADAQRPSVSAS
AKSEKHHPPATYQMRALLEITLPVLITNLSQAALPLTSFAYAGRLTDAVS
LAGLGLGISVCNITGVCIYYGMGTGIELLCAQAFGAKNNRLVGLAFARGT
LLTTFAFIPVGFLWFYMESVLLAVGQQPNVAHITGTFSRAYLWGMIPYAV
FENLKRCLQAQSVVAPIMVVTLFGVLANVIFHHLTMVIFGMGVYGAGLAL
ALTGMFLLTILIAYTWAFSLGAEGCWTGLWSWEVFQRWPGYIVLCIPGLT
GVLVEWTSVEASTVLAGLLGEEELATQIMILSAYGIAFQFALSIGIAVNI
RVGNFLGAGDPTEARRAAVCGVRLALVAAALAVLGLGLGRSQWPRLYGVH
GDVLDRIIHLAPVYVVAQMIDMTQFVCTGILKGMGYQRLQAIAAGVGFWV
VGVPLSAYLGVYKAWGLKGLWGSMATAEGPLLIFYLLVLRSADWDDCAVR
AAARVQDHFTLVETAPSSPRNVSDSDNDPDSCSSRGGRKGPVSVIPWWGR
GDEDEEEGFGHYGGGGRGTALSTGKPKGLGRVGESSKLKAAGPLLPRPRQ
* back to topmRNA from alignment at P-littoralis_Contig192:362665..397119- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_P-littoralis_Contig192.82.2 ID=mRNA_P-littoralis_Contig192.82.2|Name=mRNA_P-littoralis_Contig192.82.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=34455bp|location=Sequence derived from alignment at P-littoralis_Contig192:362665..397119- (Pylaiella littoralis U1_48)
CGAACCAACGGCTCAGGTACATACCTGGTACATACGTGGCACGCAGCAGA
CATGATAGATAAGTGAACAACAACAAAAACGGTACGTAGGACGTGCGGTG
GTACCTCCGCTAGAATCTGTAATCATCCTTGCTGGGACACCAGCAGTAGC
AGCAGCAGCAAAAATAGCGACACAGAAAGGAGCTGCTGCGGTGGGCACCA
TGTGTCGCTCCATCCCGGAAGCAGCTAAAATGCCCAAGGACAGGAAGAAG
GACGCCCCTTCTGCTGCTGCTGCTGCTGCTGGTGCTGGTTCTCCTACCAC
GGCCGTTGTCGTCGTTGCAGACGCACAACGGCCATCGGTATCAGCCTCAG
CCAAAAGCGAAAAGCACCACCCGCCAGCTACCTACCAGATGAGGGCCTTG
CTCGAGATAACGCTCCCGGTCCTTATAACCAACCTGAGCCAAGCTGCTCT
TCCCCTCACCTCCTTCGCGTACGCGGGACGACTCACCGACGCGGTCTCTC
TGGCAGGACTGGGCCTCGGCATCAGCGTTTGCAACATCACCGGCGTGTAA
GTACAACAACTAGTAACTTATTGGCCTTTTCGCGTACCTGGACAGATACA
GCGGAGGACGGAGCCTTTGCGTTTCGCATATACATGCATTGTTCATGCGT
CGGGGAGAGAGGTCTACCACCCTACACCTTGTGGTGAAATCAAAAACCTA
CCTGGTTTATTATTCGAGATAATAAACTGCTCCAGCTGTTTTTGGTTGCT
GCTCTAGTTTTGTGTTGAAATAAAATACTTCGAGTTCATGTGTTTGTCGT
GGGGCTGTGCTACTTACTATACACACAGGGTGCTGGTTGGTGGTGCTAAA
AAGCTGCGAGACGCGCCCCCATTTTCGATTATCGACTTAACCCTGGTATC
TTGACTCGTGCGACGTGAGATTTATCAGGTGATTTATTGGCGCTCATCAT
AGGGATGGCTGATCGATTCCCATCGATTCTGCCCTCATTTCCATGTTTGT
ATATCCGTGCGTCTGCATATATATTATGTACATGAGGAGCTAGCGGTCCA
TCTACTGTAAAACTGCTGTGAAGCCCGGTCTTCAAATCATCCAAGATATT
TTGTCAGTTTCAACGCACAACAGCAACTACCGGTACGGCGGTGTTTAGGC
TCTTTCCAATCACCTCGCGAAATTACAACGTTTGTTGTAAAATTACAACA
AACGTTGTAATGTCGGACACTATGGAGGCTTTCTTACAACGATCGTGGGA
ATTGAACGCCGCCAAAAAATCGTGGGATATTCAATTACAACAATCGTGGT
TTTTTTTTCAAACATACCTATTACACACCTACCTCGCCCATCAGCAGCAA
CAGCGGAGTAGACAGGCAAAGAAAGATCAGGGCACCAAAGACAAACACTA
TGGTAAGCAAATCCACCCCTGGTCTGCGCATTCCAGCAGGTGTGGCGATA
CGTGTGGTGAAAATATACAGCAGCAGCGACCACATGAATCGGAATCCTTT
ATTTCGCCGCGTGTCTGCCTCTTTTTCTTGCTTCACCAACCTACACCCTC
TTCTGGCAACTCTTTTTAAGCCAGCGACCGAGCCGTGACAACCTTGTAGC
GGGAGCGCTGTCGAGGGCCACTATCCCGTAGACCTCTGCTTCGAAAGAAT
CGGGACTTCGGGGGCTTTGTAGCTCGGATGCTGTCTGATGCCGTGAATTA
TTGTTTGTGATTGGCACCAAAAACATCACTTCCTCAATTTTGGGTCGCAT
CAACAACACACACCCTCTCCTTGCGACCCTCTTTTCTCCTCACACAACCT
GTGACAACTGCTTAGCGGTGGCGGTATCGAGGGCCACCATCACGGAGACT
TCTGTTTCGAAAGAATCAGGACTTGGGAGGTCTCCAAGCTCCGTTGGTGC
CCTGTGTTGTGAAGTGTAGTTTGTTCGGATTTCTCACGAAAAAGCATCAT
AGCCAAGACGATTAGAAACGCGGAAATATTTTTTCTCTTTTCAGTGAATC
CAATCAAACGTTTGTTGTAATCAAGCGAGGTGATTGGAAAGAGCCTTATA
TGTGTGTCGTGCCAGGTTTCACATCAAGTACGTGTTGCTGCTTTTTGTAT
CATGATACGAAGCATCAAAGGTCCCGACGGGGAGGTTTCCGAGTATTACG
TAAGCAGCACTTGATACGGGTACAAGTCAAACACACGAGCCGTCGTTGTG
ACACGCGGTTCTTCATCGCGTGTTCCTTCGTTGGCAGTCACGCGAAGACA
TTGCATTGCATCAATCAACAGCCGTTCCACAGACAGCAGTAAAAAAAGTC
GTTGTTGTTGTTGCAGAGCAGACAGACGATGGATGGGAATTGGAATTGGC
ATCATTTTTAGTTCCCAGGATATCATATAGTGCTTCGAGTTACTTTTTAA
GTACGGTTAATATATCATATCATACGAGGTGTCCAGCAGTCCTTCGCACC
AGGATCATATTTCGCCGTCTGCATGCACTGGACACTCGACCCTTCTCCAT
GAAGATGTTGGGGGTTGTTGGGGTCTCTTCAACATAGATGACGTCTGGTG
AGAAGATACGACGTAATACATTTTCGAAGTACGAACGAATATCAAAATCG
TTTATCTATACCACCAGGTAGTCTGTATGTGTATATTTGATTTTGCAGAT
ATATCTACCGCCTCAGAACAATCCGACTGCCGACTGCTATAATACTTTGT
ATGTGTACTTTGAAGGATATTACTCCGGGGTATTCACCGGTCGCCCCGGT
GGTTCGGTTGGTTATCCACGCAATCTTCTGACTTTCACTCGTGAGTTCGA
ATCCCAGTGCAGTACACCATCTAGGTTTTCTGCTCACAGTGCGCGTGAAA
GTGGAAAGCGATCAATTCGTGAGTAAATAAAATTCGATCGTACCATCGAC
GAGGGAAAGGGATTGATGTCCCCTTTCTCGCGATAATAGTTCTACCAAAC
AAGCACGGGTAGGTTTAGTATACCGTAGGTGACAGTAGATAACACACCCC
TGTGATAACATATTTCAGTTTAAAAAACTCATCACAGGGTGTGGTATCTA
CTAGGGGGTGTCGTATCTTCTGTCACCGTGTGATAAAGTGCACAATATTT
CAGCCCGCTCTCACGGGGTGCGATAAAGAAGGGGGTGTGATTAATGAGGG
GTGTGATAACTACGATGCTACCAGATTGCTGCTGCTAGACAACCCTGCGA
GGGGTGTGATAACACCAGGGGGTGTGATAAAGAGGGGTGTGATATGTCTA
AATGCAAACAAGGTGCTGCTGTGTAAGAACTCTACAACGCACGATTTTGC
TGCGCAGCAGAGGTCGCCCACAGGTAGGCCAGCGCGCGTCGTTGTGCGGG
TCTCAGCACGGTCTGCTGTACGGGCCTCAGCAGGCTTTGCTGTGCGGACC
TCAGCAGGCTTTACTGTGCGGGCTTCGGTAGACTCTGTTGTGTGGCTTTT
CGCAGCAGCTCGTGCGGAGGCAGGCGCTACCGCTGCTGGCGTCTGGCCAT
CCGTGGGCTTGGCGGCTGGGTTTTTCGAAAAAAATGACTCAATCCCGCGT
GAAGGCGCCGTTGCAGATGCAGCCGGCGCCGTCTGAGCCGTGTTATTTCC
AGGAGGGTTGTCCACCTCCATATGGTCTGGGGGTGTCTGCATACCTGCCC
AGCGGCGTATGACTGATGCACCGCCGTGTGTGTCTGTGTGGTAGAACCGC
GCCGTGTGAAAAAACACGGGGGCAGGGTGTTTCGGGGGTGTGGTATGTGG
CGCCCCGAAAATTGTATTTTGCTTGTATTTTCCAGGGGGTGTGGTATCTT
CTGTCACCGTGTGATACATGGACGGTATTTTTCGTCCCCCGAAAAACTAT
CACAGGGTGCGGTATCTACTAGGGGGTGTCGTATCTTCTGTACGTGTGTT
ATCTACTGTCACCTACGGTAGTATCTACTATTAGTACTGACCCGAGTATT
GAGTAAGTATCTGGCCCTTTTCGCCCAGTAGAGTATTACTCACACTTTAG
TACAGCTTTTCATACTCTACTAAGCATACTGTAGCGGTTTAGTACAGCTA
TTCATACTAAAACTTTTGTAAGTACGGCTTTTCAATACTCTAGGTACTAA
ACATCTTTTTGAGTATAGTATGGCTTTTCATACTCTACTCATACTCACTT
TATAGTATGGCTCTTCATACTCTACTCAACGTACTCTTGCGGTTTAGTAC
GGCTTTTCATACTAAACATACTCTTTGAGTTTAGTATGGCTTCCCATACT
GCACTATACTATCACTTTAGTAAAGCTTCTCGATACTCTACTAAACATAC
TGTTGCGTTTAGTATGGCTGCCCATACTCTACTCAGGCCATAGTACAGCC
CGCCATACTCAACTCAGAGCTACTCAACGTCAGAGTACGTACTACCTTCC
ACCAAAGGATGTGTTGGTGACGTCACTATTCAGCAGAAAGTGGACAGTCT
CGCCGCACAGAGTGGTGGTGGGCTCCAGGCTCCGATACTCGCGCGCTCGC
GTATTCAGGTACTGAGAACTGAGGTAGTGGCCCGCAGGGGAGATAGTGGC
AGCTGAGCATGAGTGACGCAAGCGATCGTTCGGCCGCATCTGCTCCCGAT
GCGGGTGGTTCTTAGGGTTAGGGTTAGGGTTAGTCCTAACCCTAAAGAAG
AGTATTGGCTGGAAATGGTGATGTTTCTCAAGGGAAATTTCCAGTTTATT
CCCGACTACAAGGACATCCCCAACATTGACTCTAAGGACATCAGGAAGTG
CCTCCCTGCCAAGTTCACCGGGCAAGACGATGACCTCCTGAAAGCAGAGA
TGGCGCTCAATCCGCTCTCGAACACCACGCCTCCCTCCGAGAATGACATT
GGCGTGGGCGATGATGGGTAGTCTTCTTCCTACTGTTGTCTGCTTTGACT
TTTTTTTTTGTGTGTTTTTTGAACTCTCAATCGACTGGGCGGATCGAAGG
TGCTCTACGGCGTTGTCGGTCTACTAAATAGTTTTAGTTTTAGTTTTAGT
TTTAGTTTTAGTTTAGTGGTGATTGGTAAGAACGGAGAGGGAGGGGGCGA
CGGAGCATCGAGGGGGGTGGGTGTAATATGTTTATGTTTATGTTTATGTT
CATCAATTATCATGCAATCAAATCAACGCTTGTACGGAGTAGTTGTTCTG
TCAGTATTGTCAGTATATATACCGTACTAAGCGTACTGTGGCGTTTAGTA
TGGCTCTCCATACTGTACTAAACATACTGTGGCGTTTAGTACAGCTCTTC
ATACTGTACTAAACATACCGTGGCGTTTAGTACAGCTCTTCGTACTCTAC
TAAAACTTTTGTAAGTACGGCTCTTCAATACTCTACTAAACATCTTTTTG
AGTATAGTACGGCTTTTCATACTCTACTCATACTCACTTTATAGTATGGC
TCTTCAACTCTACTCAACATACTCTTGCGGTTTAGTACGGCTTTTCATAC
TCTACTAAACATACTCTTTGAGTTTAGTACCCAACCTCTGTACTCTACTC
AGGTGAGTAGAGTACCGTAATCATGCGAGTCATCGCACCCCCGTGTTAGC
GTTTTTTCATTCCGTATTGCTCCACAACCAGGAGAGTACCACTGCCGAAA
AGGGTAGTTTTGGAAAGATCTCGTCGAGAGCTTTCGTATGACGGGTCGTT
TGGTGTTCGCACACTCCTGGTTATGGAGCAATACGGAATGCAAAAAAGCT
AACACGGGGGTGCGATGACTCGCATGATTACGGTATTCACCTCTCATACT
CTACTCTACTCAACCGTTAGTACAGATTCTCGATACTCTACTAAACAACT
CTACTGTACTGAACCTACCCGTGCAAACAAGGCAAGCACCGCAGAGGGAA
GTGGAGAAAAAAAAAATACTCCTGTGTTGACTTCCCCCTGGGTGACCCCG
GTTGGAGCGTCTACCTACCCGAAAGGTGTAGAGTGGCGTCCAATGAAAGG
GATGACAACAACACACGCAACATTTGTTGAGGAGTGGCCAAAAACGGGTA
TATCCGGTGCTTTCATTGCCATTATCGGGTACCTGGTTAGCTGGGTGACC
AAAACCGCCCCAGAACGCCATCTCATTGGTCAGAGCCCTCCGCCACACGG
CGATGGCCACATTCCCGCCGGGTATGCCCGATTTTGGCTATTCAACCCGC
GGAGGGTACCCGAATCTCTCGTACCCTACCGGGAAATGGCCATTAATACA
CGGGCTCTTCGACCAACGGACCACACACAGAGAGCACAAACGCCAACACT
AAGGTCCACCACCGCTACCGACCGCAGCCAGAATCACCAGGGATTATCCT
CATAATTTATCATGTCATCACCCAAAAAGATGCAACAATCAACATCGAAA
ACAAGACAATCAAAATGATTCGTAGCACCGCTGTATGCAGCAGTGCACAG
ACAGTATGTACCGTAGCAGCTCAACACGATCAGCGGCGGGAAGCGGGGGG
CAGGAATGGAGGGCACAGAAAAAGATCACTCTGATTGTTTCGTTGTTTTG
TTTTGGGTCGTGAAGTGAAGGAGAAAAGAATGTGGCCTTCTTGAGCGCAT
ATCTTGCCTTGTAAAAGTACTGTTGCACACGCAACCGAAGAGCAACTACT
GCTTGCTGCACACGCAACCGAAGAACAACACAAGTAGAGTCAACGCGGGC
ACTAGCCCTCGATCGTCGCACATTGAAGACTAGATACGCTGCTCAAAGTT
GTTACCGCCCAACCAACGTTCGATTTCCGCTCAATGGATTGTGAGTGATG
GGTGTGACATCGACGAACTAGCCCCAGGAGGAAAGTGCCCTTTTTGATGT
GTCTTCGTGTGTGTTGTCATCCCATATTCTCTGGCACACTAGTCTGCACC
CTGCGGTTCAAACTACAGGCTAGGCCCATCGACGGGGTCACACAGGAGTG
TGTTGCGGATGGACTCTTGCTTCCTACGTAGAGTACCTGGTCATGATTAT
GCTGTTGTTACATGGAGTCTTGTACATATGATACGTATGAATATCTGTTG
ATGCTTGTTTGATTCGCTTCTTCTACAGCTCTCCTCCTTATAATCGACAC
GGTACAATCCACGTATCCATATTTCATCGTTGCACTGTACAAATATAAGT
CTCCACGAATAATGGGAGAGAACACACACATGTCCACACGTATAATCATA
CGGTAGTACACATTGGTGTCCCGGTGGTTCAGTTGGATAACTACGCATTC
TTCTACCATTCACGCGTGAGTTCGAATCCCACTCCAGTAAGGGGCGTTTT
AATCATGAGTTTCTGATGTCAATTATTTTAACAAATCAAACATTTCGACA
AATGTACAGAGGCATTTGTCGACTTTTTTTTGAAAATGTTTGAAATGATA
TTCACCCAAAAAGTGTGAGCGAGTTGCTTCAAACTATTTGACATTTTTTT
TGACATTTTATTTGACATCCCCAAGCGAGGCCGAGACGCTGCTGGCAGAG
GGTCCAGCAGTGGTAGCTCACCCCAAAAGACAGCCTAAGGTGTGGCTGTG
GCACGACCGACAGCAGAAAGCTATTTTTCTCCCGGCTTCGTCCCTGAATT
CTCGACAGCAGCAGCAGCCAGCTGTGGTGACGGAGAGTAGATTTTTTGTT
CATTTTTCAGGGGCATGCCTGAAAAGTCTGCTTGATACGTGATCACAAAA
CCTTTTCCCCCGTGAGACCTGACACCCCACAGCCCAAAACCTTGGCCAAG
CCTGACAGAGGATAGGCATATATCGCCTACCCTGCAGTTTTCAGGGAGTT
TCGTATTTTGTTCGGCGAGCATGGAGTGGAAAAGATAACTGTTGTGCTGC
TCTGAAAAATGGGTCGAAACGTCAACAAATATGCTCTCCACAGCAGTGGA
ACCGGGGTGCAGGGTACTTGGTATCTCTTTCCTCGCTGCGTACGGCACCC
AACGACCTCAAACCTTGGCCATTTCCGACGGCCAAGGAGCCCACCTCTCT
AGGGGTGAACTCGGCACCGAGTGTCATCCCTTTTCGAGCGAGATATCATC
AGATGTGTGGAAGTGATGTCTCGGTGAGCAAATGAAGCAAATGTGCCACG
CGGACAGGCGGAGAAACAACACCAGAAAATGTGTCAAAAATGTTGAGGTC
CGCGCTGCCTGTTTAAAATGCACAAAAAGCATGTCAAATAAAGTGACAAA
CTTTTTGACACTTATTTTGACATGAAAGCTCATGATTAAAACGCCCCTAA
CATGAACTGGGTTTTTTTCTCACACTGCGCGTGAAAGTCGAAAGCGATCA
ATTCGTCAGTAAACAAAATTCGATCGTACCATCGGCGAGGGAAGGGAATA
GCTGTCCCCTTTCTCGCGATAAAAGCTCAACCAAAAGGCAAGCACCGCAG
AGGAAAGCTGAGCAAAAAAAACAAAAAACTCCTGTGTTGACTTCCCCCTG
TGTGACCTCGGTTGGAGCGTCTACCTACCCGAAAGGTGTAGAGTGGCGTC
CAACTAAAGGGATGACAACACACAGTATGGCGTGCGTGTAAATGTGAATG
ACAAGCAATCCGGAGGAAAATCCGGACCAAAAAGACAGGTTGGCCGAGAC
TAAAACATGCCGGGAATAATACCCAGCAACTAAGATTCAGCGGTCACGTG
GTATGATATGTGCCATCATTTAGGCTGGGTCTTAACCGGAAATCAAAATC
AAAGTTCTAAATCAAAGTTCATATTAGAGCCGGAAGATCCAAATAACACA
TCCTGTGATTGGGTGAAACGAGGAGGATTGGAAGATCCAAAGAACACATC
CTGTGATTGGGTGAAATGAGGAGAATTCAGCTTGCGCCCTGCAGGACAGA
GATGGCTCTTTGCATCTAACTAATATATTCCGAATCCTAACTAGGATTTC
AAATAAATGATTTCGCATTTAATTGAAATCAAAATTGGCGAAACGCAACA
TAAAAATTGAGACATGGCTCATGTCTGGTCTACTCGATGGTCTTGGGCAG
GTTCTTCTGCTGTCTCACAGATACTACTTACTGTTTGTATCGGAGCGGAG
CAACACGTACGTACGAACACACATGTGTATTATTATGCTCTGCAGGACCA
ACAACAGCAGCAGCAGCAAGGGGTGAGGTGTGAGACGAGGTGTGAGACGA
ATGGGGTTGCGATTTTTCGCGACACAAGAAGGAGGGAACCCAGTCGTTGG
CTATCCAAGCTGGTCTTCCGTGCAAGCCACTTTTCACCAGCATGCATGCA
CACACACCATCCATGCTGCCGCGCATATATATGCGATCGGATTGCTCTTG
GTGTTGCTATCGCCTCGTCCACGGCTTTTGTTTGTAGGAACCAAAGGGCT
GTTCGAGTCCCGAGGATGCTCCGTTATTAAATTCTGATTTCGATTTCGGC
AATTTTGCTTAAGACACCTTCGAATCAAAACCACAACTGGGTTGGATCTT
CCAGCCCTAATATGAACTTTGAATTTGATCTTTGATTTTGATTTTCCGGT
TAAGACCCAGCCTTACTATTCGTGCCTGTTGTGTAATTTTCAGGGGTCCT
CTCGGTAACGACTTTTGATGTCGTTAAGTTTTACCGCGGTAGTCAGCAAA
CGCGGTAATCCACGGTTTTTTGGTTCGGTAATCGAGTCCCTCGGTAACTG
GTACCGCGGTAATGCGCGGTAATCTTTCCACGGTAATTGGCCATCGCGGT
AATCATTACCGCGGCACTGAACCACCGCGGTAATTTTGCGGTATTTTTCT
ACGGTAATTGATCACCACGCTAGTTGTTTCCGCGGTAATCAGCCGCCGGG
TTTATGTACATACAGTACCAGCGTATGATGCGGCGACGGGAGTAAGTTCA
CAGCAAGAAGACGATAACCAGAAGACGGCCGAAACATGTCAACTACGAAG
TACTTAATACTTTGTCTACGAAGTAGCTTCATCACCACGAGTTGACTACT
ACTCTCAACCAAATAAACCAAAACCTACCAAGCGAAAACCGTGAAAGAGC
CCACCCACGTCCCAGAAACTACTGTTTTCCTGGGCACATGTCCACACAGT
ACATGTTCGCACAGCAGTAACGTCTGCAAAACGGCAGTTTCAACACACCG
ATATAGTACTTCGTATGATTTTCTCTCACAATGCGCGTGAAAGTAGAGAG
CGATCAATTCATGAGTAAACAAAATTCGATCGTACCATCGACGAGGGAAA
GGGATCGCTGTCCCCTTTCTCGCAATAAAAGCTCGACCAAAAAGGCAAGC
ACCGCAGAGGGAAGTGGAGGAAAAAAAAAAAACTCCTGTGTTGACTCCCC
CCTGTGTGACCCCAGTTGGAGCGTCGACCGACCCGAAAGGTGCAGAGTGG
CGTCCAATCAAACGGACGACAACACACATACACACACATGATCGTAAACA
GCACACATTAGAATCATAGCCTCATGGTCGTTGACAACCAGTGATCCTTC
ACCCACGTCATTGCTGACACCTCCGACATTGGCGCCTCCTTCCATGACTG
CTGGCCTACCCACGGCGTTTTATTGTTTAGTGGTGTCTTGAGTGACGCGT
GGTGGTTGTGAACCACCAAAACAATGCTTTAAATACAAATTAAATACTCG
AAGTAGTAAAAAGGAAAAGGAGGAAGAAAACTAATAAAATGATAAGAATG
AAAAACAAGTTGAACTACGTCAAAAATTAGACATGTCTGCAAGTTCGAAC
CCTCAGCCTGCTCGGAGTTGGGAGAAGTGCGCGATGACGTGCCCTGTCTT
ATCGTTCAAATCTATCGACGGAAATTGCGGTAACTTACAGACTTCTACCG
TGCGGTATATGGAACTTTGTAAATGTTGCGGTATTCATCACCGCTGTAAC
CAGAAATCGCGGTATTTGCGACATTTTCACGGTAATTTTTCCCGCGGGAA
TGGGATAATTATTTTTCACGGTAATGAGAATGGGATTTTTGCTTTGTTGC
GGTAACTGATTGTATGGGATTGGGATAATGGAAAAAGCGCGGTAACGCCA
AAAATCCCATTCCCACGGTAATTACCGCAGTAATTACCGCACGGGAAAAT
TACCGAGAGGCCCCTTGGTAATTTTAGATATTTTTACTCGGCCGGCAGTA
CTGCTGTTGTTCAGGATAGTTGTACGGGCACCATTTCACGTATTTTGGAA
GGAACCACTCACAGCAGCAGTGGAATGTTCAGATTTACAAGGAGAAAACA
AGAGGAGCTCCTTTCAGAGTACCACAATATATAGAGGGACACAACCCCGG
TCGCCCCGGTGGACTAGTGGTCCCCTCGTTGGCCACTAGATGCAGAGGAA
TGGGGGTTCGATTCCCGGTGAATGTGTTCCTTTGCTACTTTGAAAGCAGC
TATGCTGTTAGGAAAAGCAGATTCGGCTTCGCCAACGAGGGTAGGGACCG
CGGATCCCTGCTCGCGAGAAAAAATCTCACGCATGTACCGCAGAAGGAAG
GTGGGGGTAACTCCTCCTGTGTTGACCTTCCTTCTGTGTGACCCCGTCGA
TGGGCCTAGCCTGCAGTTTGAACCGCAGGGTGCAGACTAGAGTGCCAGAG
AATAAGGGATGACAACACACACACTAATACGGGATGGCCGCAGCAGCAGC
AGCAGCTGTTTCGAGCAGCAGTCTCGGGGCACCTGTGACTTGTAACCCTA
TCTTTACGCACTTCTCTCTCTTTGTTCTTGCCTTGTTCACCTCTCTCTCG
CGGCGAGAACGCCACCGGGTTTCAGACGAGGCCAAAAACTCCTCGACCAC
ATATTATATGCACCAGTGTTTTTCGGTCAACTTCCATGCGAGTGACCCGC
CGAGCCGACTTCCGGGAAATTTTAGTACAGTACTTTGATACGGGGTGGGG
AGCATCCCTGTACATACGTACACAGACGGGGTGTTTTCACAGTCCGACAA
TCGCCAACCAGGCGAGGACCCGCACACACGTACGAACGGAGTGGTAGGTG
AGGTCCTGGAAATAATTGCACGTTGTTCTTCATGTTCTTCCTCAAAGAGG
CACCGTGCGTACGTCGGCGTGACACAAAACCCAAAGTCGAAACAAAAAGA
GTCAAGCAAAAATATCCTCACACCGTATCTTTTGAGACGATGTGACGCAT
GACTCACGCAACAACGTTTTCATGTACGGGTTTCACCGACCACCAGAAAC
CTCTCCTGTGTGACCCCGGATGGTGTACTCACTCAGGCCGGAATGTGTAG
ACTGATACTACCCAGACTATGTGGGCGGAAACACACACGGGCATACACAC
GGCACACACAGCACCCCCTACCAACTGACTAGAATACCCTCAGGAGCATA
ACTTAGTCCAGCACAGGGATTACACCAGATGGCGCATCGCCTCCACCCCT
GCCCGTCCCCTCCGAAGGGCCCTGCGCCGGGTAGGGCGCTCCCTGCGAAA
GCCCCCCCTGCGACAGACCGGGCGCTCCCTGCGAAAGTCCGCCCCACCCC
TGGGACGACGCCTGCGATGGGCCAGGCGCTCCCTGCAAAAACCCGCCCCA
CCCCTGCGACTGCGACGACCCCTGCGATGGGCCGGGCGCTCCCTGTGGAA
ACCCGCCCCACTGTAGGGGGCCGAGCGCTCCCTGCGATAGGCCGCCCCAC
CCCTGCGAGGGGCAGGGCGCTCCCTGCGACAGGCCGCCCCACCCCTGGAA
GGGGCCGGGCGTTCCCTGCGATGGGCCGCCCCATGCTTGCGAGGGGCCGG
GCGCTCCCTGCGATGGTCCGCCCCACGGCTGCGAGAGGCCGGGTACCCCC
TGTGATAGACCGCCCCATCCCTGGAAGGGGCCTGGAGCTCCCTGAGAAAG
GGCGCCGCTTCCCTGCGATGGCTCGGACGCTCCCTGCGATTGCCCCCCCG
ACATCCCCACCCCGGCACCGCCACCCATGGGCGCCGTCGTACTGGAGGTA
GGAGTCACACGATCGTTGAACGAGGACGAAGCGTTCTTATCTCCCCTGCC
CCTGAACCTCTTTGATTGAGTGGGACCCCCTGGCGGGGCGGCCAGCCCTG
CCCTCGACCCGGGACGGAGGCAGTATGGTCGTGTCGACTAAGAGCTCTTC
CGATACTGGGAGCTGCACCTCGAATCGCTCGTCCGCGTACACTGCCCGGT
AGGTGGCGAGATGGTACGCTGAGTCCACGAGGGCCAGTACCTCGTCCTGC
TTGTCCAGTTCTGCATTATTCCCAAAGACAATCAATGATCCGGAAAACGG
CAGGGGTGCGAGGGGCACGTCAATGAGGAGTACCATCGTGCAGTCCTCTG
TTATTCTGCAGTTGTCGTGTGTTGATGACATTTTCTATGTCGATATTGAG
TCATTGATCATTATGTTGCTCAATTCCCAGAAGAAAATCGTCACATACAG
GCAGCGCCGCCGCCGCCGCAGCAGCAGCAGCAGCAGCAGCAGTTGTAAGA
GTAGGAGGGGGTTATAGCGAATATTTTTAGAGTCTATGGAACAAAGAGCC
GTTCTCTTTCTCGTTGGTTACTCCGAGCGAATGAAGCTATGTACCACATA
TTATCAAGACTCTATTATCAAATTGTGGAAAGCTGTAGCAGCCGCAGCAG
GTCTTTTTTCCAAATGTCCGCGTGAAGTTGCCACGAACAAATATCTGGGC
AAGCCTCTACCGATGCCTGGCGGCTCCGGACGACCACAACACGAGAAATA
TCTGCAACACGGCTAACGGGACACGACTTGGTCATTGCCTTGGCTCCATC
GAGTGATGGACGAAATTTCAAACCGGTAACAGCGCAAAACAAGATAGACG
GGCTGCAGCTTATTGTTTGACGGAGAATGTAGAGAACGCAAACAAAGACA
GACAGCCAGCACCTCACAACAGCAAAAGAAGCAGTAACTCTCCTTTGCTG
CTGCTCTGTTCGGGTCTGTTGAATAATGTTCTTATTTGTGGCAGAAAGGG
AGAGGGAGTTAAATGTGGAGCGCATATTTATATCTTTATATTTGATGTGT
TGTAACACAAGAAAAATGCAGGAGATGAATGAAAATGCGGGAATCTCGAA
GCGCGGAAATGTCATTCTCAACTGCACAGCAAATCGCTCAAAATTGGATA
TCATTGAAACCGAAAACACGCGCAACCTCACACTGCTACAGTATGCGGTA
CCAACACCGACAATGAAACGTAAATGCTCACCTCGCCCGACAGCGATGAT
ATCGCCGCAAGGTATCTTGAACCGAGTGACGAAGGCGCATGTGCAGGTCA
TAACGGTGTCTGTTCCGTCTGTCCCGGACACTAGTTTCACTCCTTGCCGT
AGCTTTGGCCGGCATTGCGGACGGTGAAATTGCCGTTCCCGGTGGACAGG
ACGTGCAGGCTGTGAGAGCAACAAGACAAGTAGTGCGAAGAGGAGAGCGA
AGCCGCTATGCCGCGCTTTGTGCCCTAATCCAGCGACAACAAAAAAACAT
CGAGAGGTAAACCCCTACGAATTGCCTTGACATCGACCAACAGGCACACG
GCGCGTGCAAACCAAACCAGAGGGATGCTGAGACGGGTTGACTCGAGGTG
GGCTCTACGGGCAAGTCCAAGACACCAAAAGTGTGTGGACAGAGCACAAC
CTGAGGAACGTGACAAGGTGCAGGAACATGATAAAATCATGAGAAAGATT
CTAGAGTCATGCGTCTAAAAACGAAGTTTGTCAATAGAGGAGTACCCAAC
ATCTCCCCAGTGAACCGTTATCCGAGCGTACCGAGCATTTATGGCGTTCG
TTCTTCGTTCAAACACACGACACGGACAAATATGAGAGCGTACATACACA
ACCCGTCGTGTTTGTTGGACTTACTCTTTGGACTTGTTCCGCTGGGCCTC
GAACTGTTGGGCCGCGAAAGGTGTAAGCCTGTCCGCGCGACCAATGCGGA
GCTCCGCCCTCTCAGCCATCTTGTGGGCGGTCTTTTCCAGGATGGCTATC
GCTAGGCCATAGGGTGTCAGCTTCCTTGCCTACCATTGAAGGACATACGT
GAGCAAGTTTCCCGGCTTTCATTATGACGTGCCGAAATTTCATATAATTA
CGCGCTTCTCTCCATTCTTGCCTTGCTCATCTCTCGCTCGCGGCGAGAAC
GCCACCGGGTTTCAGACGAAGCCAGAAACTCCTCGACTACATAAATGCAT
ACAGTAAGTGTTTTTCGGTCACCTTGCACACGCGAGTGACACGCCGATCC
GACTCCTTGGATTTTACTACTTTGATACGGTGGGGATCATCCCTGTACAC
ATGTACCACAGACGGGGTGTTTTCGCAGTGAGATGTTCGCCAAACAGGCG
AGGACCCGCACACACGCACGAACGGAGTGGTGGGTGAGAGGTCCTGGGGA
AAAATGACAGGTGTTCTTCATGTTTTTCCTCACGGAGGAACAAAACCGAA
AGTCGAAACAAAAAGAGTCAAACAAAAACATCCTCACACCGTATCTTATG
ACAATGTGACTGTGAGAGGGGGAGAGGTGGACAGAGACATGTCTGAGAGG
GGAAGCGAGAGAGAGGGAAGACGTGGGAGAAGGAGAAGACTGACTGCTAC
TGCTACTGCTACTTGCTTGCTCAGCGTAGCATTATCTGCAACTATTTATC
TGTCCAGCGTCGGAGAAATGAACGATGGGTGGGACGTTTCTGGAAGAGTG
GAACTAAGGAACTTCCCATCATTCCCCCGGCATTTCGACACTCGCCATGA
TTCAAAGCGCACAGGTACTTATCTGTCCTCTCCTTCCTGCGACAACCAAA
TATCCGATTCCTGCCCAATCTACTCGAAACTGCTCATCAAGCGGCCCGGC
CGAGGTTCACGGGAGCCGAAATACAAAAACGAAAGAGTCAACATGAGACA
TACCTCCGCCCCGATCATGCTCATGTTCTGCTCCACTGGGTTCGAGGTGG
CCTGGTTACCGATGACGGTGTCCGCCGGTCCGACGTGATGAGCCCAGCGC
TTCCGGTCGAACGCCATCAGCGCGTCGTACGCCGCAGGCTTAAATGGTTT
CACGTTGATCTCCATGATGTTCTCGAACTGGGTCTCGTTTGGCTCCCTGG
CGGCGTGAAATATCCGGCCGTTGACGGTCTGCGGAGGCCGGCGTGTGAAA
ACAAGGGGGAGGCCACCGGGAGAAAAAAAGTGAACGGCGTTGGGACAAAG
CAATAAGAGCAATAATCTGGCCAAAAAACGGCAAATCAGATATTTCAGAC
CGGTGGCGGGTACCATGAAGGCCCATAGTGGAAAGCAAGAACAATTTGTG
ATTGTTAGCTTTCGCCTAACCAAAGTCAGCTCCGAAATCTGGTGAAATCA
TCGTCAAGTCAACTTCAGGCGACGGGACACTGAGGAAACCGGAAGCGCGA
CCTATCTTCTATATTGCGGGATAGCAGGCGACTTCTTCGTGCGTGAAATA
GTAAACTATGCCACCCACGCTAGACGTGCAGCAGTGGTGACAAAACATAT
CACACCGCACGTGCCTCAACACTGGTCAATCTCAGTCAGTGTGCAACGAC
CTGTTCTAGATCAAATCAAAACTCTGCTCCGTAAGACCCGAATAAACCAA
AAGGCGAAATACTCTGAGGCACCATATAGTAGCTAGAGGACTAGAGTTTG
TGCAAAATGATTTTTCATCCCAAATTTTGTTTTTGGCAAAAACAAAAAAT
AATCGCGGTGAATAAGACAGGATTTGTTTCACCCAAAAATTGTAGAGATT
TTGGCCCGTTTACATCAGCAAAAAACAAAATCGTGGACTCGTGTTGTCAT
TTGAATCATTTCATGGAACACAAAACCCAGAAAACCTCCGGTTTCATCTT
GGAGGCAATCGTGTTTTTCTGTTGCAAAATCGAACAAAGTACGCTACACG
ATAGCAGCCAGCAACAGAGATTGAACACCTCCGAAGTCCTGATTTTTTTG
GAACGGAGGCCTATACGACAGTGACCGTCGGTTACGTTGCCGCAACGCGG
TTGTCACAGCTCATGTGAGACTCAACGGGGGGCGCAAGATCAGCGTGTGT
GCCGTGAGGCGCCTCCAAATCGCGCTTGTTGGTGTTGTTTGGTTGCCCTC
AAGAACTTTGCTTCGTGGCATCAGACAACATAAGAGCTACAAGGCCTTCG
AACTCCCGAGTCTTTCGAAACGGTGGTCGACATGATAGTGGCCCCCGATC
CCGCTGCCGCTACGCGGTTGTCACAGCTTGTCCGCTGGCTTTGAAAGGGT
TGCCAGCACAACAAAAGGATAGAAAGGTTGTCAAACAAAAAATGATTCCG
ATCCCTTTTCATTCCCACCAATGTTCTGTGGTGTTTTTGCCAACCCATCG
CCGCACCTCCTGAAATCTACAGTACGGGGGTGGTTTCGCTTGCCAGATTG
ATCGTCTCGGGTATCTTGTCCTCTCTTACACTGTCTGCACTACCGTTGCT
GCACTTGGGCGGGTTCGGAGTGTGTTGTGTACGCTTCTGAAAAAAAAAAA
CGACACGGGAAATTGAATAGAGTCAATTGAATATTCGCGGGGGGGGGTTG
GCTCCTAATTTTTCCCGATCGGGGTAGGAACGCCATATTGTCGGCGATTT
CACATTTTGGGGGAAAAATAACCAGAAATGTGAAATTTTGGCTGCTGACA
GCAACGGACCTTAAGCAAAAATGATTCCTTAATGGAGGCCCAACATGTTG
AAACTCTCCAGTAGTTAGTTCGCTCGCATCGTCACCCACTCATGCTTGAC
TATACTGCTGTCGTGCTACCACAGCAAGATACACACAGCACACACGCTGC
TGCTTGAGAAGAGCCAACACGGGAAATCTTCCGGTTGTTTTGCAAAAGAG
AGAAAGAACCGTACACTGCTGTCACAGAGGGCAACAAACACACTTCACAC
ACATTCACAGCTCACTACCTCTCTGCTGCTGCTGCCGTGAAAACGTTCAC
GAACAGAATCAACACAAATGGCACATCCACTCCATCGGAGCAGCAGACCC
ACAACACATCCAACGCACAAAACACCCGCTGCTGCTCTGCGGAGCACCAA
ACAAAACAGCAGTGGGTGTTTTGTGCGTTGGATGTGTTGTGTCTCCGATA
CAACTTGACAGTAGCCAGAGAGCTGAAACGGGTGTGTCTCTGGTGTTCGT
CAAAACACATTACACGCACACACCCGCTACTGCTGCTGCCGTAGAAGAGC
GGACCTGTCGTGTTGGTTCTTGTGTACCGGTAGTGGGTGTGTTGTGTGTG
TTTTTTTTTCTGTGGCGGTGTTGGCTATTCTACAGCAGCAGTTGTAGCAG
TGCTGGGTGGTGGTGGTAGTATCGCTCTGACTGCAGCAGCAGCACCACTA
CCACCATCAACAGTGAGTGAGTGCGTGGAGGCAGCCAGCCGTGGTTGGCC
TTTGTTGTCGGATAGTCGCAAGAAGCAACAGGCGTACTATTTTGCGAATT
GGATAATGCCGGATTGATCTGACCAATCACATTGTGTGCCGATACGGGCT
CGTATGGAAGGTCTAATATCCCTTTGATTTCAAGTATGAGTCTTCAAGTA
TCCTTTGTTTCCCACAATGTCATAAAAGACCAGTGCAGTCACGTGGCCTC
TCGGGGGAACGCGGGGAAATCAAGAATTGAAACTTGAGATGAGAAATCTT
TTAGAGCAAGCTCTCTACCGCTCCTCTTCAAAATAGTTCATCTGAAAATT
TACTCATGTGAGTGAAAATATCAAGGCTGCTGCTGCATTCTTCTGATGAC
ACAATCACCTGCTCCACCATCAAACACCAACGAAGTCACGGAATTGCCGG
GGAAAGGAGGGGGGGGTGCGTACACCGACCATCCTGGAGACAGAAAAGAG
GACGAGTCGCTCACCTCGCCAACCTTCTGCGTGAGGTTGCTGATGATGTG
CCGAAGGCAAAACCTCCACTGGCAGTTCCCCGCCTCGTAGTTAATCGCAG
GTGCGTGCGAAAGGTGCTGATCTGTGAAGATGGTGGTCTTCGGGCTGTCC
AGCAAGACCGTCATCTCGGCCAAAAACTTTATCATCTTGTACAGCCACGT
GTAGTTGTCGGCGTTTTCCTTGTCGCAGACCACCGTCGCCACTTGCACCA
GGGTGTTATTGGCGTCCTTGCAGGTTGCGACCAGCGTAACACCCTTCCAC
TCGCCCTTGAGGTGGCCAGCATCCACGCAGAGGAGCTTTGAACACCCGAA
ATAAAGCGCGGGGATGGGGGGGGGGATATGCAGTTATTAGGGGGGCCCGT
TGACGGACTTACACGCAAAGGAGTCTACACGCAACATGTAACACTTCGAG
GACGGCACGATTGCAAAAATAACACGGACGCGCTCTTTGCTACAACGCCT
TTCGTACCTTGAACGGGCTGTTCGCGCACACGTACGCCGCCCGGCCGAGC
ATGCAAAATAGGCGCTTGAACTTCCCGTCGGCGTTTCCCTGCGATACCGG
TGGAAAATGAGGTGTACGAGTGGGGCGCAGTAACGTCAACATCAAAACAA
CATGCACGTGCTGCTTTCCTAGTGGTTGCGGTATATCACACTTCGCGACC
CCAAGTTTCGTGTCCAACAACGACCTATACGACCCATGACCTGGATGCAC
TTCAAAAGGGTTCTACGGCTATCAAACGCGGCAAAACTCATCCGGCTCCA
TGCATGCATGCGTTCATTGGGGAAACGACATGAAAAACTCATACAGATGT
GCTGTACAGACCGATGATTGCGGAAAAAAATCTCGGCAAATATGAGTCGC
GCCAGCCTGGCTAGCATTTTTTTCTCTCTAGTCTTTTGGTTTCTTGTTCT
CTTCTTTTTTTCTCGAAAAAACATATTCCATCGGAGAAAGTTCACAGAGA
TGGTCTGGGGTGCAAGATATTTCCATTTCCAGGCTTTCGACGAACGCCTG
ACTATTCTGGGTTTCCAGAGCCTATCTTTCGTACGACTCTACACGCGCAG
AATGCTCCCGGAGACCGTCGCTGCAAGGGATGACTAGTGTGTTGGATCGA
AGTCCTGGCGACACACCTTAGATCGATCGTTTGCGATTTATTGCTCTTTT
GAAAACAAGCCTTCCTTCATCGAGTTCGGTGCGCTAGGAGGCTATATGTT
TGAAGGCTTGTAGCTCACAACACCTGACAAACCAGGGCGTAATCGAGTGC
CTGCGGCCTTCAAATCAATCTCGGCGATGAGCGAGGTTAAGCGAGGTATG
TAAAGATGGCTTTGTGCTGAAATAAAGCTATGGCAGGTATTGGCGATGCT
CTGTTTTTCAGGTGCTGGAAACAGACGAAGAATATGCACAAAAGCGAGTA
ACTATGACCAGGCTTTGTTGATAATTTGAGTAGACGATAAGAGTGAGAGA
GTGGGGCGGGCAAGCCATGCACACCCCTCGAGCTCTCCAGAACAAAATCC
TGAAACAAACACAAAATAAACCCAACGGACTTTGGGGTCACGGTTCTCCG
TCACCGCCTTGCTATTCCCCCGAAGGTTCTACTGAAACGGTATTTTACCA
CCCGCTTTACAGTTTCCTGTCCGTACTTGGTCTGAACTAAGCAGCAGTGC
TGCTGAGCTACATACATACACACATCATGTATATGCTTCTTGCTGATAGT
AAGCGTACACTATTCATCGACAGCGAACCAGTAGGGCTGCTATGCATTAC
TGCTTCGTGCAACTATGTCCTCTGTAACTGGTGTTTGCTGTATGTATTTC
AGCTTCAGTTACCTATTATAGTCTGTACAGCAGTACAGCAGCAGTACATG
CCTCAAGGCAGAGCCCACATCTAACAATGTATACTGATGATGTGTTAAAT
GTGTGTGTGTCATCCCATTTATTTTGTAGGACAAACATAAAAAAAATCCT
GGAAAAATCAAAATGAAACGGCGCGATGCAGCTGCTGAGGCTGCATTTAT
TTGCTGCCAAGACCTGCTGTAGCCTGTAATGCGTAGTAGCTGGAACAGAC
GGACTCATATCGGTGGAGCTGGTTGTCATTGGATTATCTGGGTGTTCTTC
TTTAATTGTCACCAGGCATATGCTTCGTTCGGACGTTGGCGGGGAACGGG
GGATTCCGAAGCGGTTGTTGTGCCAGGTTTTGATTGCACAACAAGGGGTA
CCGTCAATCCTTTTTAATATCTGTCGCTTTCGGGACGGTTTGTGGTAGAG
GAAATAAATAAATAAATTCTTCATCAAAACATGATACAACATGACCATCT
ACATGCAAGTATCGTACACAAGTATATGTACTTGTACTCGTACGTGTGTT
GCTTTTTCTTCTGGATTCATGGGCCGCACGTGGCTTAAAAACCGCTGGAA
CAGTCGAGAGATGAAGACAGGAATCGTTTTTTCTGCCTCCCGACTTGTTT
CCCAACTTGCTTCCCGACGTATTTCCCGACTTTTTTACCGACCGTTCCCG
TGTCCCACCGAGGAAACATAATTCCTCGTTCCCATCCCACCAACCTAGTG
CCTCCCCGCCTTCCCGTCCCGTTCTCATCGCGCGATACACAAACGGGAAC
GTTTTTCCGTACCTTCCTCGGGAAGACCCAAAATAAATTCTGCCTGCGGC
GCGCAAAACGTTACCGTACCGCTTCGCGCGGTTTCGGTACCGCGAAAAGC
CCTGAAACAAAGGAACCCCTGTCTCCGATTTTTTTTGTTTTTTTTTTCGC
ACATACACTCACACCTGCACATCACGACAAGTCGGTATGAACTCTAAGCA
GTTCGACAAGGAACTTACACTTCGCTTCGCTCGGGGCCTGCTTCTCAATA
CAGTACGAATTGATTGTGAACATGTATGATACCTATATCATATCAATAAT
GCCCTCTTGCAATTATATGTTGACTCAGTTTTCAATTTCCCTCAACAAAG
TGGAACAATATAATGTGCCCCGAGCTTAAAACCGAGGTCGGTCTTTGCTG
AGCCCCCTTCATACACAGCACCACCACGGCAAGCACAGGGTGGCACCCGT
GAAATTGTTCAACCCTCCACCGGTCGGAAGACTTCCATCGAAATTCTGAA
AAATTTCATAACTTGTTTTTGCGGTCATCTACGGTTCGTGTCTGTCTTAG
AAATCGCCCAAAACCGACGACTTCACCGAAGCGACCAGCACAGCACTATT
CACGCTCACAGCAGCTAGTCGGGCGACACACCAGGCCTTTTTTTTCGTAT
GTCGGTCGAGCGTCTGATTTTTTTCGGTCACTCGGAGAGAGAGTGCATTT
CTTCACGAGAAATGCTTGTTTTTTCAAGAACCTCTTGATCTGTATTTCAT
TTATTTCCACATGCTAGCAGCCATGAATTCTACAACTTGTTGTCAGGTAT
CATTTTTCTCACCGCCTGTCAAAAATAAAAAACTTAGAAAAGCAAAAAAC
ACGTTCACCCAGTCGTCATCGCGCCGGGTAATATCAGATATTCAGCCCCT
TGGTACAACCGTACAGTAGTTTGGTGTGTTCACTCTCTTCTCATGGTGAC
GGTGCCCACTATTTTCGAGCAATACTTTAATAGCAAGGTGCAGATAATAA
GCATAACGTCTGGTGAAGTAGGAATCTCCCAACACAAAGGGCATCATAAT
GAAGCTTCCTTTATATTTTACCAGGTGCGCACTACGCCTTCTTCCTGTCC
CGCGAACAACAGACCTCAGATGCGGCAAAAAAAAGGGCGAACATATATAC
CAAGTACTTCGTAGTACTGATTAATAGACGGATCTGGGCATGGGCTGCTC
GCGTTGTTGGGTTAAAATAGAGAGGCTTTGTTGACCTGCCTCGCGTAGAG
AGTCCGTGTACACAGGGAGATGGTGAGCGGAGGGGTATGTCCCATCGGCG
CGAGAGTTATTCTCCGCTTTTCCATCTATCCCCTACGGTGCTGTGGTCCT
ATGATACTATGATAGGTCAATACGCCGTCTACCATCACACATCAAAACAA
ATCACGCGGATCTCAGATCTCCTTTGGATTACGCCGTCTTTGGACTGAGT
TCGAGTGATTCGATCACTTCTTTGTGAACTTCGTCGATGTCATCCGAGTC
ATTCGCTCATGTAAATAACACGATCCCACGGAAACTCTCACCAGCAGCAC
GCTGCACCCTTCACTCCTTCCCACGACATGCGCACGAAGTTGTAGACGGA
GATCCCAAAGCGCAGGTAATATTTCTGCTATGCTGTCTTCACAACCTACT
TTTTGACATCGACCTACCTGTAGCCTCGCGGACGACCAGCATTCCTCCAG
CACTTGCACTTCCCACCAAATTACCTGAGGGTCCTTGACGCCGTCGACTC
CATCGACGGCGCAATTCATCCGGCACCGCGCGCAGCTTTAACCTGTATCT
GATACCTGGTATAACTGATGGTAACGAGGTTCGAGTGTCCCGGCTGGTAT
CTCGAAGCCCCTGCTGCTTGCGACGTCGGGGCGCCGGGGCAGCAACGTCG
ACAGTGGCGCCGCCCACGGGGTCCGCCTGACCACCGGCGCCTTGAATCTC
GACAGCAAAGTGTCCCCCACCGTATCGACGTGGTTGAGGCGCCCCGTCAC
TGGGAAGCTGGACGAGCATACGCGGAGCTGTGAGTTGAGGTGGATATGGC
AGGTAGTGGAAAGCCGCAGTCAGGGTCATCTTTTGTTAAAAAAACATGCC
TAACACACAGAAAAATGCATTGTCCAGAAAGCTCGAAGTTCTCATGTCAT
GAAACTCTGAATCGTAGTATCCTTTGACTTCTTTGGTGAAGCCCTGAATG
ATTACTTCCTCTGTGGAATACCAAAAGCTATCACACAGATTACAGGCCCA
GCGCGATCGTTTTTTGCAAAACGCTTGCGTCTGACCCCCCCCCCCCGAGG
TAAACCCATTAACATCTGCGTTAGCTTTATGGTAATTGCCAATTGCTTAT
GCTGCTGTTTGTGCCGTTCTTGCTGCTGTCATGGTGGTGGTGGTGGTGTG
GTACTGTCATTCCAAAGCAGTGATAAAATATAGGAAGCGTCCGAGTCACT
GTGCGGGAGGATGAGGCCCCCTCGGGCCCCCTCGTGACTGAAACTACTCG
TATGCGTTGATTGGTGATGGAAAAGATGCACTGTCAATGCCCCAAGGGAG
TTTCGCGACCCCCGTAGCAGCAGGTGACGCGCTGAATGTATAAAGTTTGA
CGTTCAGAATCGGTGCAACCGCACCAGAACTCAAGAAGAGGTAATCAGAA
CAAAAACGGCCCTTCTTTCGGACGCAGAAGGTGTAGTCGCGGCTGCCTGA
CAGAGGGTGTAGGCTCCTCCACCTGTTTTTTGTCCTTCTTCTGTTCTAGA
AAAAGCTCTCTTAAACGCTATACTGGCCCGACATCGCGGCAGCGAGGTGT
GTGGGCTTACGGTTTGACTCATCATTCGGAGTACCCCCCAGGAACTTTTT
GCCCCAGGGTGTTTCGTCTGTAAGATCGCTCCCCTGGCGCTCGTTAACCC
CGAAGTACCTCCTCCTGTAACAAACTTACTCTCATGGCCTTAGGTTCTCA
ATCGCTTATTTCTTAAGTGGCGGCGCTATCTACACGTGCTCACTTTTTCC
GGCACGTCTTCACGGAGGCAGTCGTCTTCTTGAAGACATCCCTCCCCTGA
CTCTTTCCTCTTGGGGGCAACGCCTCCCACTCCAGTGGAAAGCCGCCGAA
ATCCAGGAAAGATCGCCACCGATCTCCACGCACAAACGCCATCCGCATGC
CGCCAAAAGTGGTGCACTTCACGGCCGCACTTCTGACCGGCATGGGTGGG
CACCTGAGCCCCCACTTACATGCTTGCAAAGGCAGCCGCCGACTGCGTAC
ATTCGCGAGCGGAATGGCCTCGACGCTAAACACCCCGCGCTCATGACTTC
GTCTCCCAGCTAGTCGAACCCCCCACCCCGTCTCTCGACTCCGGACGAGC
CCACTGCGCTCCTTCGTTTCGCCGTACTCGCTCGCGGGGACCCAGGTCGG
GTGGGTGTGTAGCCTTGCCGAAAAGCGTTGATGCAATCCTGTGGTAAAAG
AAGGGTACGGCGAGAAGGACAACGTGTACGAATGAAGCACTTTTTCGTTT
AGGGTGTGCCATCGAAGGTGGAGCATGTGCAGTCAGTCAGCGGCAACGGA
GAGTGCCGCCCGAGATGTTCAAAACAACAATCGAGGACTGGCACAGCAGC
ATGCCCTGGGTATGCACAATCAATTAAGGGCCAGGGCGCCAAGAAAGGGA
GAGGGGCGGCAGTGACCGGACAAACTACAACAAAAATAACTGTTGAACAA
CAAGAATGCCGTGCAGTAGTCACGAGACACAATTGGAACGTCACAGCATC
AGCGTTCAAGAACCGATACGATACAAAGCACCGCCTCCCGATAGTTGACA
AAATCGATCAATTCTTCTTATTCCGCGGCGAAACACTGGCAGGTGCATTT
ACTATGGCATGGGCACGGGCATCGAGCTGCTTTGCGCGCAGGCGTTCGGC
GCAAAAAACAACCGCCTGGTGGGGCTAGCGTTTGCGCGAGGCACTCTCCT
CACCACCTTCGCCTTCATCCCGGTTGGCTTTCTGTGGTTTTACATGGAAA
GCGTGCTTCTCGCCGTCGGTGAGTGGGCAGCTTCAAAGATAAAAAAAGTA
AAAGGGGGGGGACACGAATAGTTGTTGACTGATGGTGTTGATTCTCACAT
CACGTAGCTCATCGCCAAAACCTAGCCCGGGATCACGAGTATGAAGTGCA
AGGCAATACCAGGGAGCGTGTTGTCGTCGTAACCACCACAATACAAACAT
TACATGAGTAAAGTTAAAAAGTTTGAAGGACGAGGCAAATCGAACTACCT
AATAATACACCAGGACGGAGCTTTGATCGGTTGAGAATGCCTTCCTTGCC
GGCTGATCTGTTGTGTTTTATTATGTTATGTTATTGTGTTATGTCATGCG
CCGACACAATACAAGTATGACATAACATAATGACACAACAATGATGCGAT
TGGACAGGCTGTGATGATACCCAACGCTGACCGTGGCTCTAAGCGAGAGG
GTTGAACGACAAGTCGCTTGTTGTTGTTCCACCGACGAACGCTTGGCATC
GTCTCCTGTTCCGTTGTTGTTGTTGATGATGATGATCTTGTGGATGTTGT
TGTTGTCGTTGTCGCCGTTGACGATCTCGTCGTTTTGCGCACGGCAGGTC
AACAGCCGAACGTGGCACACATCACTGGGACTTTCTCACGGGCCTATCTG
TGGGGAATGATCCCGTACGCCGTATTCGAAAACCTGAAGCGATGTCTGCA
GGTGTTTATTGGGTTGTGTCTGAAGTGTCGTCGTCGTTGGTGCTGTTAGT
GTCGGTGCAACAATGCGCTCTGGCGCTGCTGGTGTTGCGTTTTGTCGAAC
CATGGTGTGGTACTGCTGCTGTTGCTGTTGCTGGTGATATCTTGGTCGTG
GTGGTGATGCTGTTGCTGGTGCTGTTGCTGTCGCCGCCGGTTGCTGCGTG
TCGTAATGGTCGGTGTTGGCGTGGATTATGAACCGGTTTGGGGTTGGCCC
TGTGTTTTTATTGGTGCGTGCCTTCGTTTCTCTTGACGCCGCCATCCCTT
GGTCTACGTTTGTTTCGACGGGTTGTCCTCGAACGTGCGCGATACGTGCG
TGATCCGTGTGGTGATTCTAGAGACGATCGCACCCTCTGTTCCCTGCAAT
GTTGCGCTTGACGCAGTCATGTTCAACAAAGTATTGTTTTTGTTTGGACT
CCAGATATATCTGGTATAAATACAGCGCGCGCGCTTGCACTCGATTCCCT
CTCTCTGTCTCTCTCTCTCACCCTTTCTCCGGCCTGCTCTGTCGCCATTG
GGACCCGCCTTGGGATCCGCACCCCCTTTTCTCAAATAATCATGGTTTGG
CTTGGCTTGATTTCACGAAAACAAACAAAAATGAACAGGCACAATCCGTC
GTGGCCCCGATCATGGTCGTCACCCTGTTTGGCGTGCTGGCCAACGTCAT
TTTTCACCACCTCACCATGGTCATCTTCGGAATGGGAGTGTACGGGGCGG
GGCTAGCGCTCGCTCTGACGGGCATGTTCCTCCTCACCATATTGATCGCC
TACACCTGGGCGTTCAGGTGAAGATTCGAATGAAGCTGGCAAGAACAGCG
GCCATCCAGTCGTCGTGGGGCATTGCCGTATGTACGTACCGTCGTCCGCT
TTTTCATCTCGCGGGGCACCGAGAGAGACACCACAACCGCAATATTTTGG
TTGACCCTGCTGCTGCTGCTCTTTTCTTTTTTTATCGGTAGCCTCGGCGC
TGAAGGGTGCTGGACCGGTCTCTGGTCTTGGGAAGTGTTCCAGCGCTGGC
CGGGGTATATTGTTCTATGCATTCCCGGATTGACGGGGGTGCTTGTTGAG
TGGACCTCCGTGGAGGCGTCTACAGTTCTTGCGGTGAGGGAGAAAAGGGA
GAGAGGGACAGCGCAGGCAGATTCGATTTTGTTGTCTTGATGATGCTCTT
TTTTCTCGTGTTGATTTTTTGGCTCAAGAAAGTAAAAAGAAAAACACTTG
CTGGTTTAGAATTATAGGTGAAGAGTGGCAACAGTGTTAGTTTGCCGAAC
TTTTTTAGTCGGAGTAGATTCGATGGTTTCAGTAAAGATAAGGTCATCAA
CACTGTTTTTCCGGCAAAACTCGTGTTTCTCGTGTGGCGTCTGCCGACAC
AAATAATAGCAACAATAAACAAAAACAAAACACTTAACACCGGCAACAGC
AGCAGCAGCAACAACAATAAACAAAACAACACCGGCAACAGCAACAGCAA
CAGCAGCAGCAGCAGCAGCAACAATAAACAAAACAACACCGGCAACAGCA
ACAGCAACAGCAGCAGCAGCAGCAGCAACAACAACAACAAAAACAACACA
AAAACACAGCATCATTTCACCAACACCAATATCACTCTCACAGGGCCTTC
TCGGCGAGGAGGAGCTCGCGACCCAGATAATGATTCTCAGCGCTTACGGC
ATCGCCTTCCAGTTCGCTCTCTCCATCGGTATCGCCGTCAACATCCGCGT
CGGAAACTTCCTCGGCGCGGGAGACCCCACGGAGGCGCGCAGAGCCGCGG
TGTGCGGCGTCCGGCTTGCCCTCGTTGCGGCGGCGTTGGCCGTCCTGGGG
CTGGGGCTCGGGAGGAGTCAGTGGCCCCGGCTGTACGGCGTGCACGGGGA
TGTCCTCGACCGGATAATACACCTGGCACCGGTGTACGTGGTCGCTCAGG
TCAGTTTGTGCTGTATATACTGTATGTGTCACTCGTTTTCATTTTCTTAT
TGTTTTATGGGCATGTCCGCACCTGGTGTACTGGATAAGATAGAGGTAAA
CTTTTTTTTTTAGAAAAGTTGGTGTGAATGAATCATGTGACACGTAGGGT
TCTTGGGAAACTGCTGCACGTCGCGTGTACCACGTTTCGTAGGTAGAATG
ACGATGTGTGCCGGGTGAATCGCCTTGTTTTGTTGTTTGTGTACATACAT
CCTGTCATGTACTTGTGTGTGTATGTGTGTGCGCGTGTGTGTGTGTTGCC
CCTTTCTCGTCAACTAATTCCCGTCTATATTTCATGTCTGCCGTGGGTCC
ACTCGAACTTTTTCGATGGACACTTCGTTTGTTGACTTGACACGTCCGTA
TATGCCGTGCATTTATTTACAGATGATCGACATGACACAATTCGTGTGCA
CTGGGATTTTGAAGGGTATGGGCTACCAGCGCCTCCAGGTGAGCAGAAAT
AGAAAGAGCAGCGGGGACGGCAAGAGAGGCTGGGGAGGGGGAGGGGGGGG
GATATACGCACGACGGGGAGACAGAGAAAGGTACAACAGTAGTAGACACT
CTTGCACACAAAAATACTTCGTACATTCCTGAGTCAACGAAGACATGTAG
ACGTTCTTACACCAGTGAAGACATTTGGACACTCTTACATGTAAAAGGCT
AATTTCCATGAGCATTAAGTAGCGGTTGACCGCACTTTGCCGGATACGTA
ACCCTATCCCTTTACCCTATTTTATGTATTATCAAAACCTGTAGGTGTCG
CCGGAATAGCTACAGGTGCGGTAACAATACTGAACCACCGTACAAAAGGT
AGCATTCGAAACCACAGAGCCCCCTTGAGAGCCGATTTTTCGATTTTTTA
AGCTCGAATACTCGACGAAGGGGTTAGCGATATACCCGCACCCTGGACAA
AAGACAAGAACTTATCGCGGCAACGATAAATTTAAGACTTCTAGCACGGA
CGCTGTCCTATTGTCCCATTACAGCAGTAAGTGGGCATTGATCTGCATTT
TACCATCTTTTGACCAAGAGATGTATTTCAATAGGCACATGCCAAATCAA
CTGGGTGTGTGTAGCCGTGATGAGTACGGACAGGCCCTTTGAACACGCCG
TTGGTCGGGCAACAGTCTTTTTCGATTTACGTGACGTACGGTTATCCGTC
GCCTCGTACCATAGCAATGGGTATCGATAGACACGGCGGTTTGCGTATCG
TTGTTGGAGATATCTTTCGACACCGTGCTGCGATCAACCTATTGGCCTTT
CCAATCCTTATCGATGAGAAGTCTTCGAAGCCTTTTTCTGTACAGTGCCT
GCCGTATGAGAGGGCCAATACTCGCAACTGACCACAGACGCAACGCACGG
TTTAGTCCCGGCAAGGGTGGCTGTGGTGCCGTTCAGAAACGCCTCATACT
CTCGACAAAAAGGGTATCATCGGGTCATCGGCCCGCCCGATAACAGAGCC
TCAAAGGCGCCTGTTGATGACTGCTGCTGCGAATGGACGTTGGGTTAGAG
GCTCTATCGATGAGCATTGGAGGGATGCTGACGGTTTGACCTGTTCCTGT
CGATGTCTGCATGTATGTCTTGTTAGGCTCGCCAATCTTCGTATTCGATG
GCTATCGGTCTATGAATGGATTCACATCATTGGGGTGCCAATAATTGCTG
CTGGGAGCATTAGTCAAGAGGTCCATCTACAACGATAGGGCTGCAAATGC
ACTTGTCGGCAATTTTTGCTGGGAATATCAGCCTTTCAATTGCACCCAAT
CATGCGTAACAGGGGCCAATTGCCTAGATAAAGCCAGCAAGAGAGGTAAT
TGGTTGTTGCCATTCGATGTGTTTTTTCCGCGACAACCGAGCGATGCGTA
GCACCGACAACACAAATCATAGCACCGAAGCAGCCATGTGTACCCCTCAT
ATCGTTATGTATTCATATTCGTCAGGGTCTTGGAGTGAGTGTCTCAAATA
ACAGATCTTCAATGCAAACGCCGTGTGGTGCTGCCGCCCTGTAGCGATTC
CCGACCGATTGGTTCTGGGGTATTGTACTTTTTTTGTGTTTGTGGTGGCT
CGCTGCCCGCCACGTTCAATACTGTGCTGTGAGTAGCACGAGTAGACACC
CGTCAGAACCCCCCCCCCCCCCCGTCGGATATCACCCCCCCTCCCCCCGT
CGGGGCGTTCAAGCTGGCTCTCCCTCAAGCTGTTTTGTCCCAACACCAAA
GCTGTGTGTCCCTGTCTTCGATATATTTTTCGGAAAGCGACGTTATTCTC
CACTAGACGAGATGATTTCTATGTTTTGAATACCTGTTATTTTGCATTGT
TCGACAAGATGGGATAGTTCCATCATGTCGACGCCGACACATCATGTCAA
TTAAATCACCCTTTTCAATACCGCTGTACAGGATTCACGTACCGCTCTCT
TTGCTTCCCGCTGCGAAGTCGTACAGCTCCGAAAGTCGATCGACCCACGG
GGCCCCGCGTGGTACCTTGCGCGAAACATACGCGGTACCGGTATTTGTAT
CGTCCGCGAGCCCCCACACTGACACACACACACACATACAACACACGCAC
CCTACGCGACACCGCATTGGTTTCCATCCCACATGTCCCGTCCCGCGTTT
GGCGGCAGGCGATCGCCGCAGGAGTCGGATTTTGGGTCGTCGGTGTTCCG
CTGTCGGCGTATCTCGGAGTGTACAAAGCATGGGGTTTGAAGGGCCTCTG
GGGCAGTATGGCGACCGCCGAAGGTCCGCTCCTCATCTTCTACCTCTTGG
TGCTCAGGTGAATGAATGCGCCCCTCAGGCTGATGTTTTTGGTTGGTTGA
TTGGTTGATCGTTCGATCATGGTCGGCCTTGGATCGTCGTCGAGAAAAAG
CAGTCGTCGGCCATCTCGACGTTCGTACTCTTCTTCGAAGTATTGTACAC
AGATGAACAGTAGATTTATTTAGCTGTCATGGAGCTAGCCTGTCTATCTC
TGGCTCTGCCTTGCACTTTCTTTTGTTGCTGGACGACATTCGTGGCACGA
TGCTGTGTGTTGTTGCTGCGAGCCCTAACAGCACACCTGCAGTACTATAT
ATTGGCGCGTGATCCCGCAGCGTGACTCGCGACACATCGCCTTCACACAC
GAAGCGGGGCCCTAATTCTGCAGTACACAAAAAGCAACGCAAACCATAGC
ATGGTCTCACCCCCCCTCCGAAATATCTTTGTGCTGTTATTTATTTGCTT
GTTTTGCTTATTGTTGTGCCCCCCCTCCCCCCCCCGGTACTTTTTTGTGT
TTGTTTTGAAGGTCGGCAGACTGGGACGATTGCGCTGTTAGGGCCGCCGC
GCGGGTCCAAGACCACTTTACCCTCGTTGAAACGGCCCCTAGCAGCCCCC
GAAACGTCTCTGATTCGGACAATGATCCTGATTCCTGCTCCTCTCGGGGA
GGGAGAAAGGGCCCCGTGTCTGTGATACCCTGGTGGGGAAGAGGGGACGA
GGATGAGGAGGAAGGTTTCGGCCATTATGGAGGCGGTGGAAGGGGGACGG
CTTTGAGCACGGGCAAACCAAAGGGGTTGGGGCGTGTGGGGGAGAGCTCG
AAGCTTAAAGCTGCGGGACCTCTCTTGCCGCGGCCGCGGCAGTGAGTGTT
GACGGCTTTCACCCTCGCGTTGATCGACGAGGATGATGATGGCGATCCGA
TGCTGTAGTGATGTTTTGATTCTGGTGGTGGTGATGGTGTTGATGGTGAT
AGTGATGGTGGTGATACGGAGGAGGGGAAGAGGGAGGAGGAGGAGGAGGA
GGAGGAAGAGGAGGATACCGCCGTGGGATAATGACACCGATGTAGCTAGC
GATGATGGTTAAATCATGCGATGGTGACGCCATCGCGGGATACGTGGTAG
ACCGAGGACTTGGTGTGGCTTTGGCGTCACCGTGTAATGTTTTTTTATTG
ACTGGGTGGGCAGGGTGCGTGGGGATGCGGGGTGTCGGCGTGCTCGTTGG
TTTGTGTATTTCGCGTCCGTCTGATCGACCGGACGGTCACGTTTTTCTCG
TCGATCTTTCGCACGATCTGCCCACACAACTTTTCTGTTAATCTTGCATG
TGGTTCGTGTATTTTTGTTTGGACTAATGGGTGGTGGTGGTGAGAGTCGG
TCGGTCGTTCCGCTCGCCGACCAGTTTGTCTGTGGGAAACCGACGAAGCA
CGCAGACAAAGCGCATCAGTCGTGATGTGTCTGCTGTAGTAACTTGAATA
GAGAACGGAATCAAGCAGCTTGATCGCCTTCTTTTTAATCGTTCCAGTCT
TCGAATAAGTGGTCGTACGTTGAGTGGAAAGGGCCCCCCGACGATCATAC
ATTTTCCTGTTTTGTATGTACAAGTGTATTTGTAGTGTTTTTTTTTCGGG
AACTTTCGGGGAACTTTCGGGAAACTTTTGCTGCCGGGCCCGAAGTGTTC
ACCATGTGCAAACGCGCGTTGTTCATGGCCTAGGAGCGCTAGCTGTGTGG
CACCGTGTACGAGTTAGGGCGGGCGAGAGCAAGGGTGCATCGCCAGCAAA
CAACTGGCAAAAGCATCCATCAGTAGGCGGTCGTCAAGAGCAGCAGTAGC
AGCAGCACATCATAAGAAATATGTGCTTCAGCAGCTGTACCACGGCCTGA
TAACCACGTCGAAGCAGTTCTTTTCATGTGTTACTCGATCCAAAACACAC
TTCCTTGAACGGTACAACTGCTGTAAGTCTCGATTCGTATTTCCTATGTG
TTGAATTAAAAGTTAGGTAACATCACAATTTTAATCGATTTCAGGGGGGA
CAGCGATTTTTTATGCAAACTCATCTAGTAGAACGTAAGTCATTTTATGT
TGGCGAGGGGACGGCCAGCAGCGCCGTGGTTGTGATTATTGTTACAGGAG
AGGTGGACTGTTTCGGGAAAGGTGGGCCGGATTTACGACTTGTAAAGGGT
GTACCCGCTTCCTGCTTTATCGTGCTGCTGTAAACCGTGGATGCTAGATG
GTTGAGGAAATCTTCTATCTCATCCTCTCGAAGCAGCTACACACGATGGC
TTCTTCGACGCGAGGGAAACCCCTTATTTAGGCGTCAGATTTTGAGGGTA
TTGCGGCGGCCGTGGTGTGAGATATTAAAAACCCTGCGAGAGGAAGGGAA
AAGTTCGCTGCAGGGCGTTTTGACCGATGAGGAAACTGCGTGCCTTTTTT
TCTCCTTGTCTCTGTGAGCTGTTTCCAAACCACTTAGTTAGTTAGCAAAC
CCTATATTCGCATTGTTTTTGTTGTATTGTTTTTGTGGCCCTTTGTCTAT
CTTTCTGTCAGTCTGTCAGCAATGTTTGGTCTGACTTCGATAACGGAGCT
TCTCGTGTACGCGTTCCCTTTGATACTGGGTTGCACACGGGGGGGGCAGA
CAGTAAATTACCCCCCCGCCCTGGCGATTGCGATTAGCTCAATAGTCTAG
AGATTGTCTTGCAGACAGTTTCCGTATCTGTGATGTTTTATTGAACGAGT
TTAAACAACGCCTTTTTCCTTTTTTTTTTGCGCACTTGTGCGATGAAGTA
GTACCAGTACGATAATATACGCAGGAGGTGGCACAGCAGTGAGTGGGCAC
CCCGGGTCATCAACACCAGGTCGAATTATCATCAGGTTTTTGGGGGGTCG
GGCAAGGGGGAAGGGGTCTTTTGAGAAATACAATTCCAAACACCGCCGGA
GGGGTACTGTACATGGTGCAGAGTGTCGATTTGGTTTTATTTGATTTGCG
GGGGGTTTTAAGTCTTCAGCTCGAGACTGAGTGTATCTTGGCTATTTTTG
AGGCCATGCAATGAGATCTTCAGGCCCTCTGTGGGCCATAATATTGCATG
CACACCGTCGGGAGTTCATGCGTAAAATTCGTCGACTTGACTGCTTGGCG
TGGTCGTCTGCAATATACTCCTGGGTTGAAGGAGTTGGGGTTTGGTTGCT
TCGTTTAGATGATGAGCTTCCCTTCTGAAAGTCTCGCGGGTCAGGCATTT
TAGCCGCAGAGGGAAAAAAGAACTTTCATTGGGGACTTTACCTCACTGGG
GGGAGAGAATAGAGAATATACGAAGTATGTACATTTCTATTTTAGCTTAG
TTTTTGCATTTCTTGTGCCGCTGTGCTCCATTAATACTCCCGTATACGTC
GTACATCTTGCGCGAAACTGACTTGTTTGATGCCGATGTCTTTGTTTTTT
AGCTTAGTTTATGCGTTACGAGTGCCGTCGTGTTCTATACTCTAGTAGTA
TTATTTGCGTACTTTGCGGATCTGGATCATTTTATGTTGATGTCCATCAC
TCGTGGGAGAAGTACCAGCAGAGGTCGAGCTGCTGTCTTTTCTCTTCGGA
CGTCATAATTGTATCTATGTAGCACCAAGCACCCTGCATGGTCGGGATTG
CTCGGGAGCGTGGGGTAGAGGTGGAGTTCCACTTTTTTCCTTCCGGGGTT
GGGGG back to topCoding sequence (CDS) from alignment at P-littoralis_Contig192:362665..397119- >mRNA_P-littoralis_Contig192.82.2 ID=mRNA_P-littoralis_Contig192.82.2|Name=mRNA_P-littoralis_Contig192.82.2|organism=Pylaiella littoralis U1_48|type=CDS|length=1803bp|location=Sequence derived from alignment at P-littoralis_Contig192:362665..397119- (Pylaiella littoralis U1_48)
ATGTGTCGCTCCATCCCGGAAGCAGCTAAAATGCCCAAGGACAGGAAGAA
GGACGCCCCTTCTGCTGCTGCTGCTGCTGCTGGTGCTGGTTCTCCTACCA
CGGCCGTTGTCGTCGTTGCAGACGCACAACGGCCATCGGTATCAGCCTCA
GCCAAAAGCGAAAAGCACCACCCGCCAGCTACCTACCAGATGAGGGCCTT
GCTCGAGATAACGCTCCCGGTCCTTATAACCAACCTGAGCCAAGCTGCTC
TTCCCCTCACCTCCTTCGCGTACGCGGGACGACTCACCGACGCGGTCTCT
CTGGCAGGACTGGGCCTCGGCATCAGCGTTTGCAACATCACCGGCGTGTG
CATTTACTATGGCATGGGCACGGGCATCGAGCTGCTTTGCGCGCAGGCGT
TCGGCGCAAAAAACAACCGCCTGGTGGGGCTAGCGTTTGCGCGAGGCACT
CTCCTCACCACCTTCGCCTTCATCCCGGTTGGCTTTCTGTGGTTTTACAT
GGAAAGCGTGCTTCTCGCCGTCGGTCAACAGCCGAACGTGGCACACATCA
CTGGGACTTTCTCACGGGCCTATCTGTGGGGAATGATCCCGTACGCCGTA
TTCGAAAACCTGAAGCGATGTCTGCAGGCACAATCCGTCGTGGCCCCGAT
CATGGTCGTCACCCTGTTTGGCGTGCTGGCCAACGTCATTTTTCACCACC
TCACCATGGTCATCTTCGGAATGGGAGTGTACGGGGCGGGGCTAGCGCTC
GCTCTGACGGGCATGTTCCTCCTCACCATATTGATCGCCTACACCTGGGC
GTTCAGCCTCGGCGCTGAAGGGTGCTGGACCGGTCTCTGGTCTTGGGAAG
TGTTCCAGCGCTGGCCGGGGTATATTGTTCTATGCATTCCCGGATTGACG
GGGGTGCTTGTTGAGTGGACCTCCGTGGAGGCGTCTACAGTTCTTGCGGG
CCTTCTCGGCGAGGAGGAGCTCGCGACCCAGATAATGATTCTCAGCGCTT
ACGGCATCGCCTTCCAGTTCGCTCTCTCCATCGGTATCGCCGTCAACATC
CGCGTCGGAAACTTCCTCGGCGCGGGAGACCCCACGGAGGCGCGCAGAGC
CGCGGTGTGCGGCGTCCGGCTTGCCCTCGTTGCGGCGGCGTTGGCCGTCC
TGGGGCTGGGGCTCGGGAGGAGTCAGTGGCCCCGGCTGTACGGCGTGCAC
GGGGATGTCCTCGACCGGATAATACACCTGGCACCGGTGTACGTGGTCGC
TCAGATGATCGACATGACACAATTCGTGTGCACTGGGATTTTGAAGGGTA
TGGGCTACCAGCGCCTCCAGGCGATCGCCGCAGGAGTCGGATTTTGGGTC
GTCGGTGTTCCGCTGTCGGCGTATCTCGGAGTGTACAAAGCATGGGGTTT
GAAGGGCCTCTGGGGCAGTATGGCGACCGCCGAAGGTCCGCTCCTCATCT
TCTACCTCTTGGTGCTCAGGTCGGCAGACTGGGACGATTGCGCTGTTAGG
GCCGCCGCGCGGGTCCAAGACCACTTTACCCTCGTTGAAACGGCCCCTAG
CAGCCCCCGAAACGTCTCTGATTCGGACAATGATCCTGATTCCTGCTCCT
CTCGGGGAGGGAGAAAGGGCCCCGTGTCTGTGATACCCTGGTGGGGAAGA
GGGGACGAGGATGAGGAGGAAGGTTTCGGCCATTATGGAGGCGGTGGAAG
GGGGACGGCTTTGAGCACGGGCAAACCAAAGGGGTTGGGGCGTGTGGGGG
AGAGCTCGAAGCTTAAAGCTGCGGGACCTCTCTTGCCGCGGCCGCGGCAG
TGA back to top
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