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Homology
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: D7FJ10_ECTSI (VPS37 C-terminal domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FJ10_ECTSI) HSP 1 Score: 508 bits (1308), Expect = 1.950e-171 Identity = 283/386 (73.32%), Postives = 306/386 (79.27%), Query Frame = 1
Query: 160 MAWLFGSG-RKTPTGQSDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPP--WETRRQQSGFPAAQLAPGTQGVVG-----DPSARMVAG---GGAAVATGDPVRTDD----AGSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDIRF 1272
M+WLFGSG RKTPTGQSD+RA RDRQI+NL ERVPGL ++STD+SL EVQI APDGA V+LRVFLPTKFPS+RPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEF R NG V+++GR Q W G P AQ GT VG +P AG GGAA A G T G Q+RRM + P HHTPIP IP TF ELQGLSTEKL+RLL DESARQALLLGM +VV+MKDLRTDVRKGNVETARLT+ KQD ASVLR EGEK K ELK LQTSYE KAHG KNMGGTADQ+ILKRVKHASK+ADT+SE+VATDFLEKR+ QDFLDEFLKERQRYHMLAAKIECMKRDIRF
Sbjct: 1 MSWLFGSGNRKTPTGQSDIRAARDRQISNLKERVPGLLLKSTDNSLNEVQITAPDGAKVVLRVFLPTKFPSDRPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFGRSNGGVTTSGRVQASTVW-------GGPIAQEPSGTPPAVGAFGLGNPPVSYPAGRATGGAASAKGKAHMTSTDPRTGGEVQTRRM----RPPVHHTPIPDIPDTFGELQGLSTEKLNRLLGDESARQALLLGMTNVVRMKDLRTDVRKGNVETARLTLAKQDAASVLREEGEKIKAELKALQTSYEDKAHGGGKNMGGTADQMILKRVKHASKMADTSSEQVATDFLEKRVPTQDFLDEFLKERQRYHMLAAKIECMKRDIRF 375
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A835YJX2_9STRA (VPS37 C-terminal domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YJX2_9STRA) HSP 1 Score: 204 bits (520), Expect = 8.480e-55 Identity = 156/428 (36.45%), Postives = 215/428 (50.23%), Query Frame = 1
Query: 160 MAWLFGSGRKTPT---GQ----------SDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQI-AAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQP--------------------PWETRRQQSGFPAAQLAPG---TQGVVG-------------DPSARMVAGGG---AAVATGDPVRTDDAG---STQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKA-HGRSKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDIRF 1272
M+WLFG+G KT + GQ +D++ R Q+ L +PG+ + D +L+EV + PDG V +R+F P KFP ERPVLQLLS V HPWVN YMQVVGHPDL W G I IV ++ E S G+ S+ G+ P P + ++QQ + + P +G +G PS +GGG A P + G ST ++R+E +H TPIPAIP F+EL GL+ +L RL D A ++ GM S M++L D+ KGN E A+ +E LR+E KMEL +E A + G +AD V LK VK A+K AD +S+ VA FL R +FL+ F+ +RQRYH AA++EC+KR++ F
Sbjct: 1 MSWLFGTGGKTKSPRHGQQQGGGSTSDDADMKHHRLTQLAGLERDIPGIVKRAADGALYEVPVPVGPDGHPVNMRIFFPVKFPVERPVLQLLSTVDHPWVNEYMQVVGHPDLALWRGNAGKPISVIVKEIMIELS--GGTASTAGQALPQQPSQRMPTNAASFAHPSTGPQQWQQQQPSWRPDERKPNWTPPEGPIGAANGNSGGQFWRPQPSDGSQSGGGRVGGGAAQWSPSQVGAGGGGSSTDAKRVEE-----KHRTPIPAIPSRFAELDGLTEAQLRRLAGDGVALAQIVDGMASARGMRELLRDLAKGNAEVAKANMESSRKLDELRDEITALKMEL------HEAAALNPVGVGAGASADHVTLKAVKEAAKDADQSSQAVADSFLAGRAGVGEFLEGFMAQRQRYHRCAARMECVKREMGF 415
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A7S2HP11_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2HP11_9STRA) HSP 1 Score: 134 bits (338), Expect = 6.310e-31 Identity = 109/354 (30.79%), Postives = 166/354 (46.89%), Query Frame = 1
Query: 214 RAVRDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKKPQH----HTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGR-SKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKR 1260
+ VRD QI P + D SLF++ + LR+FLP KFP E+PVLQLL+P+ H W+N Y Q+VGHP L WD + +I+E S + S+S R+QP + PA++ AP PS R A D ST R+ PK+ TP+P IP F +L +S +L L D+ A QA L G ESV M D+R V + N + A+ ++++D+ +LR E + L+ ++ ++ K R + ++ +L+ ++ A AD SE VA+ +SA +F+ +L R+ +H A E R
Sbjct: 10 QTVRDTQIEKFQAGFPNAIQKQADKSLFDLPFQI-ERRSYTLRIFLPPKFPEEKPVLQLLTPLKHHWINQYNQIVGHPYLSNWDSKFE------LTTLIKEVSEELKSLS---RQQPDVSSTN-----PASRHAP--------PSYRAAA-------------MLDEPSTTMRQPSPSPKRNDEPEPFKTPLPPIPAHFEDLDLMSVRELETLDRDDVAFQAHLFGFESVRTMCDMREQVIEENAKIAQSNLQRKDELELLRTEALTLQTTLQEIKERFDAKTRARVDADARKCSEGAVLETIRQAVDKADEESEDVASGLRSGDMSAGEFVKAYLPIRKSFHRRNAAQEYSHR 327
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A7S2RS55_9STRA (Hypothetical protein n=2 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2RS55_9STRA) HSP 1 Score: 132 bits (332), Expect = 7.690e-30 Identity = 105/374 (28.07%), Postives = 167/374 (44.65%), Query Frame = 1
Query: 157 GMAWLFGSGRKTPTGQSDVRAVRDRQINNLHERVP-GLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDA--GSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQV-ILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDI 1266
GM+W+FGS + RD QI+ P +R + F+++I G LR+FLP KFP E P+LQLLSP HPWVN Y QV GH L W+ + +V + E SR + QP + P V + + + RR P + + P+P +P +F++LQGL E+L +L D A ALL ++SV ++ +R + + N AR T++K+++ L++E ++EL+ L+T ++ K + Q I + ++ ++ AD SE + T F ++ L +FL +L+ R+ YH A IE R I
Sbjct: 12 GMSWIFGSA-----------SARDTQISRFEREFPQAVRTQQQHSCHFDIEILTRHGNN-RLRIFLPAKFPEEAPILQLLSPFRHPWVNAYHQVTGHAYLSRWNEQYD--LTTLVKETLAELSRGTPAP------QPAIXXXXXXXXXXXXXXXXAVRAPQPPPYEHQVXXXXXXXXXXXXXXAAERRLSTPEQRRPSASPPRQEVSFPLPEVPSSFAQLQGLDRERLQKLDQDVVAFSALLHDLDSVKTLRSMREETIQENARIARETLDKREELEALQSEVLVSRLELQELETEFQTKLQSQLAQDSEKLSQAGIYEALRTSAAEADEKSEDLLTQFQDEDLGMAEFLKSYLELRKLYHRRTAAIEYGHRWI 365
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A7S4DDS2_HETAK (Hypothetical protein (Fragment) n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4DDS2_HETAK) HSP 1 Score: 95.1 bits (235), Expect = 2.550e-19 Identity = 53/134 (39.55%), Postives = 80/134 (59.70%), Query Frame = 1
Query: 169 LFGSGRKTPTGQSDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPL-IGDIVAAVIQEFSRDNGSVSSNGREQPP 567
+FG R + +S ++ R +QI +L VPGL+ STD S FEV ++ P VM+R++LP FP+E+PVLQ+L+ + HPW+NT+ QV GHP L W P I +V V+ +F+ + G++ PP
Sbjct: 1 MFGRRRDS---ESRLQEQRSQQIESLKTIVPGLKETSTDQSQFEVPVSTPSRT-VMMRIYLPANFPNEKPVLQMLAQIRHPWLNTFFQVTGHPMLLSW---GPHCNISTVVLDVMSQFAA--AGDAPQGQQPPP 125
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: UPI001EB06E8A (vacuolar protein sorting-associated protein 37A-like n=4 Tax=Haliotis TaxID=6452 RepID=UPI001EB06E8A) HSP 1 Score: 97.8 bits (242), Expect = 3.930e-18 Identity = 94/377 (24.93%), Postives = 169/377 (44.83%), Query Frame = 1
Query: 160 MAWLFGSGRKTPTGQSDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSN------GREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSA--RMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDI 1266
M LFG K+P ++++ R +QI ++ + + +E D + I+ G + L + L +FP ++P + + P+THPWV+ M+VVG P+++ + + +G + +++EF + + + G QPP G+P +VG P R V G G P+ +D +T+ P + P+P I + EL+ +L L+D+E LL G+ + + R D+ V+ AR + KQ L++ KK EL ++ +E I +K A A+ SE++A DFL+K++ ++FL ++++R HM AK E + + I
Sbjct: 2 MNRLFGGKGKSPQA-TNLQTQRTKQIESMKKTNLSV-IEIVRDVEYRATISNISGTNINLIITLSPQFPQDKPSVTVQPPLTHPWVDIQMKVVGCPNINNFSMHSD--LGVAIQTIVEEFKKTPPRILPHLVGQQFGAPQPPV-APVSGPGYPLYGNPQALYPLVGPPPLPPRAVENG----REGPPILSD---------QDTNASSPAY--PVPDIMKAYPELKDKGLFELQELVDNEEKVLDLLQGLPELARFTQDREDISAQCVQLARENLTKQPVVEELKDSVLKKMSELDAIKGEFETHCEHHLTLSDQFHPANIQTNLKVAVMEAEEESEKIADDFLDKKIDIEEFLQTYMQKRTLCHMRKAKEEKLNQII 358
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A7S2XPQ4_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2XPQ4_9STRA) HSP 1 Score: 86.3 bits (212), Expect = 2.050e-14 Identity = 88/366 (24.04%), Postives = 164/366 (44.81%), Query Frame = 1
Query: 259 PGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFP---SERPVLQLLSP-VTHPWVNTYMQVVGHPDLHG---WDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKK-------PQHHT--------------PIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQV-ILKRVKHASKIADTNSERVATDFLEKRL--SAQDFLDEFLKERQRYHMLAAKIECMKRD 1263
P R +DDS ++ G ++LRV LP P ++ P + L+ +HPW+++ M+VV + + W+ + L+G V V++ QL P + DP + + A+++ R DA Q +RM +HP + P + T P+P IP FS+++ + ++ LLD E + + M + DLR ++++GN+E AR+ +EK++ L + +LK + +G R K + G D+ +++R+ A + A SE +AT+++E + S ++FL+ FL+ R +HM +K+E ++ +
Sbjct: 20 PSTRRVRSDDSTYDTVFQTKAGDALILRVHLPVPPPEMTAKAPSMTLVGVRCSHPWLDSKMRVVNYSAIASDETWESSGL-LLGKAVNEVVKHL-----------------------------QLNPPKNITITDPQLKKIQ---ASIS-----RPPDA---QHQRMPSHPPRQSSFDAPPDYETLLHAQPSITDDIAIPMPTIPAQFSQIEAMGKSEVKALLDSEQSFREFAETMMVEKDLFDLRDEIKEGNLEMARVNLEKEEALKKLHASVASLRSDLKTSLEALDG-LQERHKELCGPRDRRDLMRRLNQAKRQALDESEEIATEWVEGKSDKSVEEFLETFLERRTIHHMRGSKLEKLETE 343
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: E1ZIR3_CHLVA (VPS37 C-terminal domain-containing protein n=1 Tax=Chlorella variabilis TaxID=554065 RepID=E1ZIR3_CHLVA) HSP 1 Score: 78.6 bits (192), Expect = 7.300e-12 Identity = 83/358 (23.18%), Postives = 149/358 (41.62%), Query Frame = 1
Query: 223 RDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTD-DAGSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALL------LGM-ESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQVILKR--VKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDI 1266
R +Q+N L P R + D SL EV + DG LR+ LP FP +RP L + SPV HPWV++ ++ P L W G + +VA + + S+G+ PAA G G P T +AG + + PAIP TF E++G+STE+LS L D + + L+ LG+ + V ++K D+ N+ + +K++ +++R+ E + +++ K + + + V+++R ++ K+A+ ER+ + F++ + K + YH K++ ++ +
Sbjct: 22 RAQQVNELLVAQPLCRAINPDRSLLEVGVRLTDGTLTSLRISLPPAFPGDRPALSITSPVRHPWVDSIGRL-SFPLLDRW-GAPSVRLAAVVADAFKGLGGAPAPLPSHGQA-------------PAA-------GAAGRPQXXXXXXXXXXXXXXXXXXTSSEAGGSAVGHLPA----------APAIPTTFPEVEGMSTEQLSHALADGATYKRLVDQIAHRLGLFQGVEKLKAATLDLAAANLASGEEQGDKRNQMAIIRSS------EYAPAKAAFDDKWARQQAVLSKLSPDVLMRRCALQEGVKMAEEEGERLVQQLGAGEVVVDVFVERYTKAQATYHQRDLKLQAGQQTL 341
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A7S3K345_9STRA (Hypothetical protein n=1 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3K345_9STRA) HSP 1 Score: 77.8 bits (190), Expect = 1.520e-11 Identity = 87/364 (23.90%), Postives = 150/364 (41.21%), Query Frame = 1
Query: 223 RDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQ--EFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLG-MESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQVILKRVKHASKIA---------DTNSERVATDFLEKRLSAQDFLDEFLKERQRYHM---LAAKIECMK-RDI 1266
+D QI L VP R+ S D SL +V +R+FLP +FP +RPVLQL+ T +V+ Y Q+ P L W T+ + ++V+ V++ E G +N R W +Q + ++A + ++ P + TP+P IP +F+ + ++ E+ +LDDE+ + L + +V M++LR +R N + A + + + +K + EL+ Y+ N+ ADQ + ++ IA D+ SE++ DF + ++ +L + ER YH LA+ K RDI
Sbjct: 15 KDAQIKELQRVVPSTRMASEDGSLIDVNYGT--NGSKSMRIFLPQRFPQDRPVLQLMGNCTLSFVDQYNQI-NVPYLSEW--TSRSSLAELVSHVLRLLETEESAGDEKNNDRVIT-WVDEEKQDIIQEVE--------------------------------EEAPTVNKKKNRVRPIS-VYETPLPEIPGSFAAIDEMTEEEAEEILDDENKFELFFLNEINAVRSMRELRDSLRASNEKAAIEILVRAEKHESSLETVKKTQSELQDALEEYD--------NLRKQADQALQPADAASAAIAVHEDIARSADSRSEKLIDDFRDNAINLSTWLKTYKSERLTYHTHSGLASAYRAQKERDI 331
BLAST of mRNA_P-littoralis_Contig123.16.2 vs. uniprot
Match: A0A131XA45_9ACAR (Putative vacuolar protein n=8 Tax=Ixodidae TaxID=6939 RepID=A0A131XA45_9ACAR) HSP 1 Score: 76.3 bits (186), Expect = 3.730e-11 Identity = 82/368 (22.28%), Postives = 150/368 (40.76%), Query Frame = 1
Query: 169 LFGSGRKTPTGQ-SDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQIAAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHGWDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQLAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKKPQHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDLRTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGRSKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLKERQRYHMLAAKIECMKRDIR 1269
+FG + Q S ++ R RQ+ ++ P + V D F + A +G L V+LP+ FP E PVL++ THP ++ V G P L + +G I+ ++ EF +S+ R P A P + G PSA + + S M P F +L LS +L LL +++ Q + + V++ +++R + N + AR T+E + ++ +K E+ VL+ +E + M + ++ A++ A+ ++ +A FL+ +LSA+ FL +F++ R H+ K E + ++
Sbjct: 5 IFGRRTNDVSSQPSPIQLQRQRQVASIRSSCPNIVVVEADKE-FRIPFVA-EGNTFNLEVYLPSSFPHECPVLKVTPAATHPMLDDQYHVTGVPALTAFSMHTD--LGRIIQGILMEFQNHPPKLSATARTFT----------LPQAPTGPPSFGEPKIPSATL----------------NSCSSPFKSSMS---------------PCQFPQLVKLSNSQLEELLKEDNKLQEFVEQLPEVLRSEEIRHLMVTQNEQLARKTLEYKPLTEQRKHHLLQKVDEVNVLKEEFEQNSQVLEAQMQAYHPSTLQDNLRVATQAAEEEADSIAQQFLDGKLSAEQFLAKFMEVRTLGHIRRVKEEKLHAQLQ 327
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.D7FJ10 |
| Preferred name | VPS37C |
| PFAMs | Mod_r |
| Model size | 2436 |
| Max annot lvl | 2759|Eukaryota |
| KEGG ko | ko:K09579,ko:K12185 |
| KEGG Pathway | ko04144,map04144 |
| KEGG Module | M00409 |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0000813,GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005654,GO:0005737,GO:0005768,GO:0005770,GO:0005813,GO:0005815,GO:0005829,GO:0005856,GO:0005886,GO:0006508,GO:0006511,GO:0006807,GO:0006810,GO:0006914,GO:0006996,GO:0007032,GO:0008150,GO:0008152,GO:0009056,GO:0009057,GO:0009987,GO:0010008,GO:0010256,GO:0012505,GO:0015630,GO:0016020,GO:0016032,GO:0016043,GO:0016050,GO:0016192,GO:0016197,GO:0016236,GO:0019058,GO:0019068,GO:0019538,GO:0019941,GO:0022607,GO:0030163,GO:0030496,GO:0031090,GO:0031410,GO:0031902,GO:0031974,GO:0031981,GO:0031982,GO:0032801,GO:0032991,GO:0036257,GO:0036258,GO:0036452,GO:0039702,GO:0040012,GO:0040017,GO:0043112,GO:0043162,GO:0043170,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043231,GO:0043232,GO:0043233,GO:0043632,GO:0043900,GO:0043902,GO:0043903,GO:0044085,GO:0044237,GO:0044238,GO:0044248,GO:0044257,GO:0044260,GO:0044265,GO:0044267,GO:0044403,GO:0044419,GO:0044422,GO:0044424,GO:0044425,GO:0044428,GO:0044430,GO:0044433,GO:0044440,GO:0044444,GO:0044446,GO:0044464,GO:0046755,GO:0046907,GO:0048306,GO:0048518,GO:0048524,GO:0050789,GO:0050792,GO:0051179,GO:0051234,GO:0051603,GO:0051641,GO:0051649,GO:0051704,GO:0061919,GO:0065007,GO:0070013,GO:0070925,GO:0071704,GO:0071840,GO:0071944,GO:0097708,GO:0098588,GO:0098796,GO:0098805,GO:1901564,GO:1901565,GO:1901575,GO:1902186,GO:1902188,GO:1903772,GO:1903774,GO:1903900,GO:1903902 |
| Exons | 3 |
| Evalue | 3.2e-178 |
| EggNOG OGs | KOG3270@1|root,KOG3270@2759|Eukaryota |
| Ec32 ortholog description | Modifier of rudimentary, Modr |
| Ec32 ortholog | Ec-07_004850.1 |
| EC | 5.2.1.8 |
| Description | endosome transport via multivesicular body sorting pathway |
| Cds size | 1116 |
| COG category | U |
| BRITE | ko00000,ko00001,ko00002,ko01000,ko03110,ko04131,ko04147 |
Relationships
The following UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789532.7531006-UTR-P-littoralis_Contig123:73887..75048 | 1680789532.7531006-UTR-P-littoralis_Contig123:73887..75048 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig123 73888..75048 - |
| 1680789532.7960513-UTR-P-littoralis_Contig123:102413..102572 | 1680789532.7960513-UTR-P-littoralis_Contig123:102413..102572 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig123 102414..102572 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789532.765887-CDS-P-littoralis_Contig123:75048..75281 | 1680789532.765887-CDS-P-littoralis_Contig123:75048..75281 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig123 75049..75281 - |
| 1680789532.7746682-CDS-P-littoralis_Contig123:76006..76669 | 1680789532.7746682-CDS-P-littoralis_Contig123:76006..76669 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig123 76007..76669 - |
| 1680789532.7858381-CDS-P-littoralis_Contig123:102193..102413 | 1680789532.7858381-CDS-P-littoralis_Contig123:102193..102413 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig123 102194..102413 - |
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig123.16.2 >prot_P-littoralis_Contig123.16.2 ID=prot_P-littoralis_Contig123.16.2|Name=mRNA_P-littoralis_Contig123.16.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=372bp
MAWLFGSGRKTPTGQSDVRAVRDRQINNLHERVPGLRVESTDDSLFEVQI
AAPDGAGVMLRVFLPTKFPSERPVLQLLSPVTHPWVNTYMQVVGHPDLHG
WDGTNPPLIGDIVAAVIQEFSRDNGSVSSNGREQPPWETRRQQSGFPAAQ
LAPGTQGVVGDPSARMVAGGGAAVATGDPVRTDDAGSTQSRRMETHPKKP
QHHTPIPAIPVTFSELQGLSTEKLSRLLDDESARQALLLGMESVVQMKDL
RTDVRKGNVETARLTIEKQDDASVLRNEGEKKKMELKVLQTSYEGKAHGR
SKNMGGTADQVILKRVKHASKIADTNSERVATDFLEKRLSAQDFLDEFLK
ERQRYHMLAAKIECMKRDIRF* back to topmRNA from alignment at P-littoralis_Contig123:73888..102572- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_P-littoralis_Contig123.16.2 ID=mRNA_P-littoralis_Contig123.16.2|Name=mRNA_P-littoralis_Contig123.16.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=28685bp|location=Sequence derived from alignment at P-littoralis_Contig123:73888..102572- (Pylaiella littoralis U1_48)
CGGCAGTCCAATTCGCCAGGTCCGGTCCAGGGCTCCCCCGCAACTCACCA
CGCACCTCCTAACTGATACACTCGGACACCTAGATCGGCTCGAACTAGCT
GCTAGCACTCTGATACACTCTAAAGGTGTGCTCGACTAGGGAAATCCCGT
GTCTAAGGGATGGCTTGGTTGTTCGGCTCTGGAAGAAAAACACCGACGGG
GCAATCGGATGTTCGGGCAGTGAGAGATCGACAGATCAACAACTTGCACG
AGAGAGTGCCTGGTCTTCGTGTCGAGTCGACAGACGACTCGCTCTTTGAA
GTCCAAATAGCAGCTCCAGACGGGGCTGGGGTCATGCTTCGGGTTTTCCT
GCCGACAAAATTCCCTTCGGAACGACCAGGTGTGTACGTTTTGGAGAGAA
TTGAGTCAGCGCTATTTTCACTATACTTGTACAATAAGAGAGGTCGCCCC
GTCGGGTCAGTTGGTAATCCACGTAGGTAACCTTCTGATATTCACGCGTG
AGTTCGAATCCCAGTGCAGTAACATGAGTTCGAATCCCAGTGCAGTAACA
CGATCTGGGGCTTTTTCTCACATTGCGCGTGAAAGTGGAAAGCGATCAAT
TCGTGAGTAAACAAAATTCGATCGTACCATCGACGAGGGAAAGGGATTGC
TGTCCCCTTTCTCGCGATAAAAGCTCAACCAAAAAGGCAAGCACCGCAGA
GGAAAGTGGAGAAAAAAAAAAAACTCCTGTGTTGACTTCCCCCTGTGTGA
CCCCGGTTGGAGCGTCTACGTACCCGAAAGGTGTAGAGTGGCGTCCAATT
AAAGGGATGACAACACACACACAATAAAAGAGGGGTTGAAGAGGAGTGGC
GTTTTGCAACAGGGAACCAAATGACTTGAACATAGTCTCCGGGATTTGCA
CAAATGCAGCTTTATTTACAGAGGGTTCAAATATTACCAGAAAATATGTC
TTTTTAGTAGTTTTTCGGGCCGTAGATCGAATGTCGGAATTGTGCCCATC
CAAAACCTCTATAGGTTATTGGCTTTTTAGATTGCCCGGTGAGCCAGCAA
AATTCGCGTCAAATCCGTTTGTCAATCGGAGGTGCACAGAAACGGTAGCA
TCGCGCAAACGCACCCGCAGATCTCCCATTTTGGCGTAATTTCGGCCTGC
TGCAGGCACCCAGATACGGTTCTGGCGGATACCTCTAGAAGGGTTTCTGG
CTGCCTGCTTCTGCTGTCAAGGCATGAGAAGCCACTCACACACCATATCA
GTAGACTGTGTCAATTTGAAGCAGTGTGGTTATTTGTGGCGAGCGTGCTC
TGTCCGTAGCTGAAGCACACTTTCTGCGGTGTTTTGCCGAAAAATCCGTG
TGACAAGATGGTGCTCAAAACCTTAATTCTGAGAACCTCGATCTCGCTCT
ACAAGGCATTTACAAGGGTCGGGCACAAGTTTGATCCACACAGGAGTTGA
AGCTGCGGTAAGATCTCTAAAAAGCTATAGAGGTTTGTGCCTCCTAAGGC
TGAATGGGAGAGGGTGGATATTGAGTGTGCAGCAATCAGGGGGGGGCACC
AGCCAGGATTTTTCTCTAGAATTTTGACACGCATGGGAAAAAAAATCACG
GTGGAGCCAAAAATACCGCCCACGGAGCCCACGCGAAAGATGCCCGGCGT
CCCCAACTGTCCTGCCTTAAACACTCAACACATGATGTCACGTGTGTCAC
ACAAGACGACCACCAAATTGTCTTGTTGAGCCTGATACCCTCAGGGGAGC
TGCAACGGTACATTGCCTGATGAGTATAGAAACACTGGTAGATGTATTTT
ATTCTTTGTGGTCGTTGCAATATCTGCTCCAGATCCTTGTCTGGAGAGAG
GCGAACACATAGATGTTTTTTGTAAGTTTAAAAAAAACAAAAAGGGTGCT
GTCTTGATGACTTTGTTTTGATCATTTCTCACGAGGTTTGGTTCTTTCTA
AACAACCCAGTACCAGGTACTGCTGACAGCAGTACAGTATTAGGGTGGCT
CTTGTCAAAGCGTTGTGGGCCCACTCAAAAATCAAAAAGCAAAAATCAAA
CTCAGAATATGTCACTGATAGGTCAACAATCCATCCGTCCGCACCACGTT
TTGGATTTCAGTTTTATTCTTCCGAAACGGGAAGGAAAGTAAAAAACACT
TTCCTTCCCGCCAATAGATCAAAAACGCGGCTCAAAAACGAATAGACCTA
GAATACGAGACAGAGAGGTGTGTGCTGTACATTCCGGGAGCACATGGTGC
ACACTTCATATGTTTGCTTAGCTGGCCACAGCATAACGTGTGTCCCCGGC
TGTACACATGTGTTAGCTCCGGAGAAAGCTGGTATCACGCAGAATACACA
TCACTTTGTTTGAGCGAATTCCGACCACAATCCGGAGAGCAGCACTCAAG
TGTGTAGAAGTGTGCAGGAAGTTTGTTGCTCAACTGCTGTTTGCGGAGCT
GACACAGCCGCTACCTCCAAAAAAGGGCAGATGTGCAACACGTACCTACT
CATCTCTTGCCGAGTTTAACGGTTATCGATCCCAAACAAAGAACCACCGA
CGCGCCTGAGTCAGGGCGACGTGGGGCACCATCGTGCTCTTCGTTTGAGG
CACGACAGCTCCCGCACTTGTCTTGGAATCGAGACACGGCATGCTCATAT
CACACACTACCTGTCTGTGACTGCTTTTTTTTTATGCGTCCGCTTTTGAT
TTTGGACAAACGAAAGCCGCAGCAGATCGGACCCAACACGGAATCAAAAT
CCAAATCCAATTTTGTTTTTGATTTTGAATACGGTCAAAAATTTGACAAA
AGCTACCCTGATACTGCTTCGTACAGCAGTACTGACCAGTGCTGTTCCGG
CGTGTACGTATATTCACACCGGTACTGCTGGATTTCCAGGGAGTAAACTG
AATCATATCATACTTGGTACAGCAGTGTGTGTGAGTGTGTTTGTTTGGTC
CCATGTATTCTCAACCTACCGGGTACACCTTTCGGTTTGAAGCGGATGCA
CCAGCCGGGGTTCCAAAAAAGAGGCACCCGGGAGTTTTTTTTTTTCCGTG
CACAACACATTTGAAACTGATTTGAACTGCTGTGATAGCACGTCACATCT
ATCAGGCCCACTCTTATACCCACTCTTAAGCCCATTCTTGTGGTAGAGCC
GATAGTTGGAATCCAGGGGTTCCACATGAGAAATAGGAATCCAAATTCCA
GGAATGGAAAATATTCCTACCTTAAGCGGTTTCTTGTAGGACCGGATTTT
TTTTTTATTTTTTGATAAAATCCGAACGAACTTTTTCCGGCCAACGGTTG
CCGATCCGCTGTTCTTATAGGTAAATAGGTGTTCGGATTTTCGGTGATCC
CTTTTTTACGTGATCGGTTGAAGAGTCGGCTCCAGAGTGTATATCTGCAT
CGAAGGACCGCAGGGTGGTGTTTTTTGCGCTGAAGCCCGTTTGCATCGCC
GCTCGTAACTTTCGAACGAATGAAGACACAGCAATGACGAAGGCATCTAT
CTTCCGTGAGCTGTGTATATGATCCCCCTCGTGTCGTGATCGCTTGGGTT
AGGGTTACATCCGTACATTCGCAACGTAGGTTTGCTCATGGCTAACCCAT
GCGAAACAAATTGAAAAAGATGTATCAGCCGGGCAGCATTATTATATACT
GCTGTATGTATGGTAGTTGTACAGCAGTAGAGAAAGGAGATGACAGCTCG
GATTCTTTTTTACAACACAACAACATGCCACAGCCACGAGCGATTACCAT
TTTGCGAACATGCCAGTGTAATCCTCACCCAAACGATTACCACACGAGGG
GAGCCATACGCACAGCTCACGGGAGATGGGTTTGTCATCGCTGTGGCTTC
ATTCATTGGGGAGTTACGAGCGAAGATGCAAACTGTGGTCTCTCTCAGAG
GAAGCTTTGATACTCCTCCTGCTGCTGCTGCTGCTGTGCTGATGATGCTG
CTGCTACATACGGTTGGTTTTGGTTGCTGATGAACACGATGGTATGAATG
ATGACGCGGCAAGCGCACGCAGAAAGATGGTGGACACATGTATGGACAGC
AGCAAGCAGTAGTAGCAGCAGCAGCAGGAGCAGCAGCTGCAACAACACAG
AAAGTAGTAGCAGAGCTCTCCTGCTCTGATGCTCTCCTCCTCTGATGCTC
TGTTGTGATTAATGTCGTTTGTTTCGTCCACACACAAAGAGAGAGATAGC
TTCACACATTTTTATTTTATATATTTTCCGATCGTATTTTCCGAACTGAT
CCAGCGTTCGGAAAATGTCCGATTTTCCGAACGAAATCCGATTAAAAGCT
GTTCGGAAAATGTTGTTCGGAAAAAGGTGTTTTCCGAGCCTATAAGAAGC
CTTGATTCTAAAAACATTCGGAATCTATCAAAAAATTAATAAAAAATCAG
GCCCTACAAGAAACCGCTCTAAGCGGTTTCTTAAGGTTGAAAATGCCGAT
CGATTTTGCCTTACGAGCTGGTTCACGGTGAAATCCCCAAATTTTGTCCC
CGTACATTTCCGAACGTAATAATTACCCAATCTGGACAACTTTGGTATCA
AACCGACCGCCACGAACAGTTAAAGACCGTGGCATTCTTGGATTTTCGTT
TCAAGCTTTGGTGGTGGCGCTAGGCGCGAAAATGTATCATTTACACTGAA
TGACGTAGTTTAATACCCCCCTGAGTGCAATAGAAACCAGGTTTTCAACA
CTGCTATATATAATCAATTCGAGGTTTATACTTTTTCGACTACGTATTGT
CCCTCTGGGTCTTAAGGAAGATACTCACGATTTTTTTTCTCAAGTCTACG
AACTTACCTAGTTTTGTACACTTATCGCTATAAAATCCCTAAATAGCCGA
TTTGGTACTAAATTCCAAGTAATAAAGGTTTATATAGTAGTACACTTTAC
GCCACTGTATTTTCTCACGCGGTTTTTTCGAGTTAGACTCTGAAATTTCG
CACACGTGTACTATGGGTCACTGCGCAACTTCGGATGAATTGGCCTTTTT
TAATTCTTTATTTCACCAGATATCTGGGGTCCCAGGCGACCAAGTTGACC
CAGAAAGGCCCCTTAAACCTGGGACCCCAAATATCTGGTGAAAGAAAATA
AACAAAAAAAGGCCAATTCATCGAAAGTTGCGCAGTGACGCATAGTACAT
GTGTGCAAATTTCAGGGTCTAACTCGGAAAAACCGCCTGAGAAAATACCG
GGGACTAAATTTCCTTAGACTGCCAGCAAGAAGCAGTAGTATAGCAGCAG
CGAAGGGTGTTTTTTCTCCTGCGAGACCAGTTTACACTTTCAAGCTTGTA
ATCCTCAAATGAACGAGGCCACAGCAATCTCAATGCCATCTCCCGTGAGC
TGCGTCTATGGTTCTTCTCTTGTGGTGATCGTTCAAACCCTGGAGGGTCG
GGTAGGCTCGCAATAATGTTGGTTGCTGATGGTAACATGCGTCAAACATA
CGCGAAAAAAGTTTAAGGAATAGTTGCCGTTGCTCCGCGCAGCCGAGGAG
GTATTTTTAGCCTCTTGCACCGGTTTGCATTTTCATCCACCACTCCCGAA
CGGATGCAGCCACAGCAATGACAGCAATGCCAAAGGCATCTGCCGTGAGC
TGGGTGCATGGTCCCTGTCGTCTGGTGATCAATTAGGTTAGGGCTACATC
GGTACGTTCGCAAAAAAACTTTGCTTGTCTCGAACCACATGTGGAAAAGT
TCAAGAAAGCCCTACCGGTCAGTGCTGCTGTTCAGCAGTACAGACAACAG
AACAGCTTCTTCCTCTTTTCTCTGTTCGTTTCCGACACCATTTGATTGTC
ACTACGAGCAAACTTGTTTGCGAGCCTACCGATGCCTCGCGGGCCCAAAC
AATCATCACATGAGAGGGATACCGCACAAAGCTCACCGCAGATACCCGTG
TCAAAGCTATCTGTCGCTGCATTCGTTCGAGGAACGTGTATAGCGGTGGG
TGAAAAAGCAAACCGGTGCCAGGGGAAAAGGACCAGCTGAGCTATGTAGT
AAAATGTGAGGACACACAGAAAACACAGACACCTGCGACACCCGGGAAGT
AGTGCTACATGGACAGCAGCCAAGCAGCAACAACAGCAGCACTACCTCCT
CTCTGCTGTTGTTTCTCTCCTTGCTTGGGTTGGTGGCTTGTGCTTGGTAT
GTGTGTTGTGTGTGTGCTGATGATCACCCATCACCCACCACATGACTTCA
TCATACCACATAAGGAGAGAAGACCCAAGCACAACATTTCCGATCGCAAA
AATAGATCGGTTGACCGCATCGAAAATCCCTCAGATTTCCGACAGGATTC
GGATCGAAAATGTCTTGTCGGAAATCTCAGATCGGAAATGGGCCATTTTC
GTCTCCGGAAGACATGGATTTTGGCTCTCGATCGAAAGTAGGGCAAAATC
GATTAGCATTTTCAACCTTACAAGATATCGCCTTATGGGGGTTGTTTTCG
GTCGGAATCGGAATTTTTTTCCCAATGCTCCGGATTCCAATCGACTCGCT
TGGAATCTGATGCCCACTTCACTCTTATGGAAGATGGGCAATTGGAATTT
GTCGAGCTGGAAAAGCGTTCTCCAAGCCTAAATTTCCAAGTTGGAAAATC
AGACTGGGGCCAACTTTTGGGGAAATCGGAAATCTGAAAATTTGGACAGC
GATTGGAAATCAGATGGGGTTGTCGCATGGACGGCAGGCGGTTTGGGCTA
ATTTTGAGAAACTGCTGCTGATGGCCCAGAGCGGCAAGCGTGATCGTCAG
CACGGCCAGTATCATACGTGGCTTGGTAACCTGCATCTGGCTCGTGTCTT
TGTGTGCTTGGTTGTGTGTATTTGTGCTTGATGTGGGCTGTGAACCACTA
CAGCGTAACCTCGTGGCCGCGCGCGCGATGGATTCCAACTTGGAATCCGA
GGTCATTTGGGTTTGAATCCGAGGGTGGATTCCAAGCGAGCCGATTCGAA
CCCGGAGAATTGGAAAATATGATCCGGTTCCGACCGAGAACAACCCTCAT
AAGAAAAGAGTATTTTCCTATTCTGGAATGTTGATTCCAATTCCTAGTGT
GAAATCTTGCATTCCAATTATCGGCTCTACCATAAGAGTGTGCCTGACCT
CGGATTCCAAGTTGGAATCCGTCGCGCGCCCGCAGTGGTTTACAGCCCAC
ATCAAGCACAAAGATACACACACGAGCAGACAAACACACGAATCAGGTGC
AGGTACTCAAGCCACGTGTGATACTGGCCGTGCTGACGATCACGCTTGCC
GCTCTACCCCATCAGCAGCAGTTTTTCAAAATTAGCCCAAACCGCGTGCC
ATCCATCCGAGACACCCCATCTGATTTTCCATCGCTGTCCAAATTTTCCA
GGGGGTGTCTCGGTCACGACTTTTGATGTCGGGACCATTTACCGCTGTAT
TCGGCAATCGTGGTAACTCACGGTATTTCTTTTACAGTAACCGACTGCCT
CGGTAACTGCTACCGCGGTACTTAACGACCGCGGTAATTCGCGGTAATTT
TTCCACGTTGGCCACTGCGGTAATTGTTACCGTGGTACCCAACCACCGCG
GAAATTTTTGCGGTATTTTTCCCACGCTAAATGACCACCATGTTAATTTT
TTAAACCGCGGTTGTATAGAAGTGTTTTTTTGTTGTTCCGGCGTATGGTG
TGGCGAAGCGAGTTCGTTCATAGTTCATAGCAATATATCAGGACAGTCCC
TTCCTACCACAGGACTGTCATGCTCACCACACACAGTGGCTGCAGCAGCA
GCAGCACCACTCTCCGCTGAAAGATCGGTAACAACGAACAGGTGATGCTC
CTTCGCCCACGTCGTAGTTGACACCACCAACATTGGCGCCTCCTTCCATG
ACTGCCTGCCTACCTTCGGGCGTGTTGTTGAGTGGTGTGTTGCTCGCGTT
GTTGTGATCCACCAACACGAAAAATAAAAGATAAAAATAGCCAGAAAACA
GAAGAGAGAAAAGTAGAAAACATGACTGAGGCTACATCTTATGTGTCAGA
ACCGTTCATACCTGGTATATTTTATTTTATTTGGCTGTTTTGAACATTGG
CCCAAAACCGAGCATCTCATGTGATCAGAAACAGCCATTGTAGACAGCAA
CTTTTCGAATAAATTTTTCCGATAGCCCCAAACGATCAGAAAAAGCCTTT
TTTCTGATAGCGCGCAGCTATCAGAAACCTGTTCTTTATTTTGGTCAAGG
AGTTTGAACAACCCAAGTTACAGTCAGCCTTGCATGATGACATGACATGA
AACCTTTGTTTTGGTAGCCCATCGATTCCTCGCGGCCTCTGATGACCGAC
GCAGGAGAATGACCATACATACACCTCACGGCCGATGGCTTTAGTATTGC
TGTGGGTTCTTTCGTTCGAGAGCGATGGACAAAAAACCAAAATGGACCGG
ACGAGAGCCGGCAGCTAGCTGATGCTGCTGCTGCTGCTGTCCTCTGAACT
CTTCAACCAGCAGCAGTTTTTTTGCCGCCACACCAGTTTGGTTTCTTGTT
GATTGCTCTCGAACGAATGAAGCCACAGCATTGACAAAGTCATGGCTCGC
GAGCTGTGAACATGGTCTCTCCTCCAGTGGTCCTCTGAAGCAGCGAGGCA
TCGATAGGCTGGCGTAGAAGGATTGTAGGAATTGATGGCCAGTGGAAAAA
AGAAGAAATCACCACACCACCTGCTGGTGGTGTGCTGTGGTCGATTTTTT
CTCGTTTCTTCACACGTCATCGGTGATACCTGCAACCTTTTTTCGCTAGT
CTATCGATACCTCGCGGTCTTATATAACTACGGGAGAAGAAGGACCACAT
ACCCAGCTCGCGAGGCATGTCCTTACCATTACTGTGGCTTCATTCGTTCG
AGAGTGAGTGGTGGACGAAAGAGGGAATCGGTTACAGCAGTGCAACATGA
GAGTCAAGTTGGCTACCATCAAAACGCCCCAGCCGAACAGGAGAGACTTT
TTTTTTCTGAAGTTATTAAAAAAAATAAAACCACCTGCTGTTCGGTTTTG
ACACATGATATCGGGTCCTTCAACAGAGCCTGTTGGAAACGTTATTGTTC
GAACGGCTCAAAAGGAATAATAACGTTTTTGACACATAAGATGAAGCCTG
AGGTCGGGTTCGAACCCACCGACTGGACTCAAAGTTGTTACATTCACCCG
ATACCTCACTCAGGAATAACGCTGATAATCCGCGGAACACAACATGTGTT
TCCTCGCGGTAATTGGGACTCTCGAAATCTTGCGGTAATTGTTACCGCGG
TACTGTGAATCGCGAGATTTGCGATTTTTTCACGGTAATTTTTTCCGTGG
GAAAATTGTTGCGGTAACTGAATGTTTGGGAATGGGACAATTCAAAAAGC
GCGGTAACGCCAAAAGTCCCATTACCGCGGTAACGCGGAAGAACTGCCGA
GACACCCCTTGGAATTTTCCGATTTCCCCATAAGTTGGCCCAAGCCTTGG
AAATTTAGAAAATTCGGCTTGGAAAACGCATTTCCAACTCGAGAAATTCC
AATTGCTTTCCTGCCATAAGAGTCGACCTTACAATTACTTCGTACTGCCT
TGTACGATGTGATACGAGTGTTTGGTGCAAACACAGATCCCACAGACGTG
AATTCACAACACAACCGAGCGCGCGGCCTCCAACTGCAGGAATAGCGCAA
AAAAAAACCAACGAGCAAGTAGTGTACAGAGGATAGTTTTTGGTCCTTCC
CCTGTTTGCTTTTCCTTTTTTCTTTCCCTTGGTCGCCTTTCCCCCTTCGT
CGTTCATCTCTGTATTTTGCTTCTCTCCTGCTTGGACATTCCCTATTTGC
AAATGTTCGTGCCTATCATGCTCTGTACGTGCAGTAATCTACTCCAAATC
ATCTGGAGAGACAACACATTGATGTGTTCGGGAGAAAATATAATAAATAC
CAAAATCATCTTGGTAATATGGTACAGGCAGAAGAATTTTTCCAAAAGTT
CGACATTTTTATATTGAGTTGTTTTGAGGTGGTCACTTACTTTTACAAGA
CATAAAATATATCGACGGAAAGCTCTCTTTCAGACGGATCGAACCATCGT
GGCAGATTTTTTTTTTTTTTTGTTGCGTCGGAGTAATTCGTTTTTTCGAT
AAAAATTGGTCAAGATTTTGCAGGTCGACACAGGTGTCATCTTTTTTTTG
ACACCGGTTTTGAACGTATCTCGACCAGGGGCAGATTCCTGTCGAAGCAG
ATTCTTGTTTCATCTATTTTTAAGCGAGATATGGGCGAAAAACCCACTTT
TCCCTGCTCCAGCTGTGGAGATTTTAGCGCAAAACTGGCACGATGGATGT
CGAAAAACTCCTCGGATTCGGATGAATTGGACCTGTACCCAGGACCATTT
TTTTTTTTTTTTTTGAAAAAAACTCTGTGGGCCGAGAAAAGCCGTTGTGA
AAAATGGCGCCCTCAGTATTTTTTTTTGAATAATTAACACTTGAAGTTAG
AGTACCAACAGGGCACAACCATCAAGTACACACCAGGTGGCACACACACG
TTGGATAGACTCTATGAAACACTTGAACAAATCATTAAAGCACTTGAACG
ACTCGCGCTTGGACACGAGTTTGGAGACGGTGGCGTCGGCTCCTACGCAA
AGTTGATATTGTGTATTTTACTTTTATATACATATCATATGATATCACAC
CAGGTATATTTACCTACTGCTGTGAATTGTTTGTACATGTGTATATATAT
ACGGAGTATGTGTGTGTGTGTGTGTGTGTGTGTTTTCTTCACATTAAAAA
TCGTTCCAATCTCTGCTAGTATATGAGATGTATTTAAATATATACATATG
TATGAGTACAGCAGTACCTTGCTTCGCTATCACGAAGTGTCTTCTCGACA
AGTCGGTCATGGATTGGGTGGTGGGTTGGGGTTAATTCAGTTTCGATTAG
GGGCATTTTTTTTTTGCGGTTTCAGGATAAAAAAGGAAGGAAAAAAAAGG
AAAAAAAAAAAAAATCCCAAAAAAAGTCGAAAATGGCCATCGTTCATGAA
AATTTTTTAAGACCGGTTTTGAGTTCCTCTCGGCCGCGCGATTCTGGAAA
AGTTTGTTTCACCTGTCAACTCCCAAAAATGACGGAGAAAAAACCGGTAC
CCCCTTTGGAAAAATTCTTCTGCCTGTACCATATAACACACTCGCACGGT
AAGTAAATATCTGTTTCACCTGTATTTTGGTTCACATGCGTGGGCGCGCC
CATGTAAGTATTGCTGTTTTTTTTTACATCCACAACATACTACGAGTATC
ATGATAGAAAGGTTAAAAGTAATACTTAAAGTAGCTTTTTCCAACCCCCC
CCCAAAATATACCTTCAGTAGCCTGTGTCCATCACACGGAAGATCAGGAT
GAGATCGCCATAATGTTTAAGAAAAAAACATTGAAAATAAATCTACTGCG
GGTGACTTAAAAAAATCGTCCGGGCGAGAGAGAGAAGACTCTGTTTGACT
GCAGTCCTCAATATTGCGGCACCGTCTACCGCAACCCCTCTTGTACGCAA
GGTATCTTACTGCTGCAGAACAGGTACAGCTGCTGCGCTGTGTGCTGGAC
TGCAGCTTCAGCATAGAAGTGTCGTTGTTCTGCTGCTGCACTGGTGTGCG
TTGTTGTCCTGCCTGCCTATTGCACAGCAGCAGCAAAATCATGTTTACTC
GTGGCAGGCACCAGCAGCAGCACTCTCCCTCCCTCCCTGCCTCTATTCCT
CTTTCTCTCTCTCTCCCAGCAGTACACCAGCAGTACAGCAGGTCAGCGGT
TATTGTGTGACATATGCTCCTCTGTTGATGATGTGCTCGCTGTAGAGTAC
CTGGCTGCCTCTCTGTCATTTTATCTGGGGAAAGGGTGAATTTTGGCGAA
GAAATAGATACACAACACCGCCGCTGCTACTGTACATATATCGACGATCT
CAGCACGAGATGAGCGGGAAGCAGTTGCGAAGGCACGGGCTAAATTAACT
CTGTCGAACGCACCCGAGGATTTGTGAAGTGGTTCGGCAATGGTCTGGTT
TGAGCAAAAAAGGTGGCCGGAAAAACAGAGTCAGGGAGACAAACACACAG
ACAGCCTCGGACATAAAATCTCCCCCCTGGCTCTTATTTTTTTGTTCTTT
GCGTGTCTGATCATGATGCGGGCTCGAGGCTCGGGTGGGTGGGGTATCGA
AACATTTTTTTTTATAAATAAAAAAGCTCGCTAACGCTTACAAAAAAGCT
TTTAAAACATTGCACAGAGCCCTCAGCCTCGATTTTCCTACTGTACTGCA
CGTCATGTATGCCATAAACCTGCCTGGTGATTCATCGGCTGTAGTGCCGA
TCCCTAATTCTACAAATACTCTTTGGGTAGTATATCCACAAAAATGCCAC
AATATACATACCCGTCAAGTCTCAGCCGATTTGGTGAAATAAAAATCATA
CGAGTGCGCGAAATTGAGCTGAAGCTTTACGAGTATCTTTTAGATCGGAA
ACCTCTCGTCAGCAATCCCCCTTATTCAATAACATTTCGAAGTGTTTCGG
CCGGCTGTCTTTCGCCAAGTGATTATTTCCTGAAGTACTCCCCGCCCCAA
ATAACAGAGAGCCTGAATAATTGAAGAAAACACTTGTTGAGCACAATAGG
AGACAGCACCAAGTAGAACTCGACCCCAGGACTCCAATCGAGACCAAAAT
CACCGGAGGGTACACTCCAGTGTCTTCAGGTTTGCCACAGGAATTGTGTG
GGTGTGGGCTATGGCTGCGGCGAGGTTTCGGCGAGGTTTCGGGGGCGGCG
TGGGTTGAGATAGGCAGTGAAAATGACGCTGCCCGAGCCTGGAAGTTGGC
CGAAAAGCAGGCGCGAAGTCTGTTATTTTGTTTTATCCGTTTTTCCTACT
CAGCACACACCGCCGCCAAAACCTCGCCACAGCCGAAATCCACTGCCACC
AAACTTCCCGTGGACAACTTGAGAACATTCGAGTACACGCTCCATCAGGT
TTGATCGGCATCGGTGTCCAAAGGGTCGAGTTCTGGTTGGTGCTGTCGCA
TGATGTGTCCAACAAGGCCGTTTGTGGTGGTGGAGTAGAGAGGTTCACTG
GTTTGATTGATTGAGGGGGGTCAGAACGCCAGGTCAAAATAACGTGGATC
GTGAGAAACAGCCTAAAAGGATTTATTTAAGCACCGCTATTTACTGGAAT
CGTACGTGATTTATGTATTTCATGGACGATTTATTTTCGAAATATATCTT
CCAAAAATAAAGCTCCCTTCTTCGGCTGTTTGATGGTTGACACGATTGAC
ATTTATTTCGTCAACCGGCTAGCGTATTCGTCGGTCACTCTCGAAGAAAT
GAAGCGACAGCAATGCTCAAGCCATGCCCCGTGAGCTGTGTGAATGGTCG
TTCTTCTCCGGTGGTCGTCAACGGCTGCGAGGCATCAACAGGTTTACGAA
AAATTGCAGGCATCGATGACGTGCGAAAAAAAAAAAAAAACGCAGCAACA
TTAGCAAGCAGCAGCAGCAGAAGCAGCAAGGTATTTTTCGCCACCATGTT
AGTCTTTCGTCCATTACTTTCGAACGAATTAAGCCACAGCAACATCATCA
CCCGTGAGCTGTGTGCCTGGCACTTCTCCTCCGGTAGTCATGGGAGGTCA
CCTGTACCTGGTCGCCCCGGTGGACTAGTGGTCCCCTCGTTAACCACTAG
ATGCAGAGGAACGGGGGTTCGATTCCCGGTGAATGTGTTCCTTTGCTACT
TTGAAAGCGGCTATGCTGTTAGTAAAATCAGATTCGGCTTCGCTGACGAG
GGTAGGGACCGCGGATCCCTGCTCGCGAGAAAAAATCTCACGCATGTAAT
TTACCGCAGAAGGAAGGTGCGGGTAACTCCTCCTGTGTTGACCTTCCTCC
TGTGTGACCTCGTCGATGGGCCTAGCCTGTAGTTTGAACCGCAGGGTGCA
GACACTAGTGTGCCAGAGAATATGGGATGACAACACACACACGAGGTATC
GATAGGCTGGCAAAAATAGTTTACAGGAGTCGATCACGCTGAAAAACAAG
AAGCAATTACCGTTCCTATCTGTGCCGCATCATCGACCATTCCCGGAAAA
TATCACAATAATCGATTCCTGCAACACTTCTTTCGCTAGCCTATCGATGC
CTCGCGGCCTCAGATGACTTCCAGAGGAGAAGAACCAGACACACAGCTCA
CGGGCGTTGGCTTTGGTATAACTGCTGTGGCTCTATTAGTTCGAGAGTGA
TGGACGAAAAACCAAACTGGTGTAGCGGCGCAAAACACAAAATGCCAGCT
GATGCTGCTGCGGCTGCTGTGTTGAAGAGTCAACAAACTATCTGCCAGCT
CTCCGCCATCCCACACTTCAATGTGCCGTCCATCGCTCTCAACCGAATCA
CTCCACCACGAGAAGAAAGCCATCACCCGTGAGCTGTGTCTAGTCCCTGT
CGCCAGTGGGCATGCATATGAGGCCGCGAGGCATCGAAATGCATAGGCTG
GCAAAAATAGTTTTTCTAGTCACTCCATTCATCGTGAAAGGCTGAGTGAG
GGAGAGCCCAAACTTTCCAATAAAAGTGTTCTGATCAACCGGATTGTACC
GGTCGCCCCGGTGGTCCTGTGGTTCCCTCGTTAACCTACTGGTTGCAAGG
TCGTGGGTTCGATTCTCAGAGAGCATTTTTTACGACTTTACAGAGGAGAG
CGAATTACTCGTGAGTAAACAGAGGGAAGGGATTGCTGTACCCGACTCGT
ATTACCAACCAAAGGCACGTACCGCAGGTTTGGGCAATAAAACAACATAA
TAAACAAAAAAGCTCGTGACCTTCCTCCTGTGTGACCCCTGATGATGCAC
CCACTTCATACCGAAAGGTGAAGACTGGTACCCATAATTAATGGGACAAC
ACACACACACACACACGCACACACACACTCACATTGGATTGATCAGAGGA
TGTTATGAAAAAAATATTCAGACCAGAAGAGGCTGTTTCCGATCCGTAAG
ATTGCCTCTAATGTTCAAGATTAGAACAGGCGATTTCTGAATTTCCCACA
AAAAAAGTAACTAAAGTACGGAGTAGTATTTTGGAACACGAATCACCCAT
TTTTTTGCAATATTATCGGAGGTGGGCATATATTTCTGCCTCAAAATATT
CCAAAAATGTTCTACCCGGTATCTACTGGAGTTGAGACGGGGTTTGGGTC
GTTTTAAGGCAACTTTGCTTCAAGGTGTGATTTGTCCACCAAGCTACACA
CCCTCGGTGTTTCAGTTGATATGGTCGATCAACGAGTGCGCAACTTGGGC
GCGAAGTTTGTCTCCCGAGAGCTATACACGAGCTCTGGAGGCACAGAAAA
TCGGCTTGTTTTCAGTTGCGATGGCGCAGCATTCCGACAGTCTGAACCAA
AACCACGGCGTTTGCACTGCTGGGGAAAGTAGAATACGACCCTCTGGAAG
CCTCCTGCTGATACCGTAGAAAGCCGAAATCTGTGTGAGGAGCACGACCG
GCGACAAAGGTCATGACCCCGATTGTATTGGCAGCAAGTTTTTACAAATT
TGGGAGGGGCTCGATTTTCTCACGTGGTATCCATCTCAAGCTTGTGTGGG
TATACTTCGTATATATATAAAAAATAACGCCATACCCACGTATGTGAAAT
ACGCGAATTTGTCTGCATCAGGCAGGGGCTCTGCGAGTGTAGCATTTAGA
GTCAGATACAACGACGAACCACCGCTATATCGGTATGAAATACGATTCGA
GTACATCGGGGTGCATGGTTGCCAAGCGATGTTTGTACTGCTGTCCAGGG
CAAACCGCCATCATCATGGTATCGGTCTATCGGGCCCCCCTACAGCTGAA
CGATATCTCGATGATGTGTTCCATTTTCCTATGCTGGTTTAGTAGTTGAC
GTTTCAGGTTGTAGTAAAATTTAAGGTTCAGGTTGTACTTCCAAGACCTT
TTCGGACGCAGGTTGATCGACGCTGCTATCGATAGGAGCGTAGCGTACAA
CTCCAACATCATCCATCCAAATAGTCTGTACAGATTCGTTCGTTAAAATC
TGACAGGCGACAAACCAGCACGCGTGGGATTCGGAGAGTCAATTTGCCCA
CGACAGCGGTTTTGTAAACTCTCTTCGTACAGATCGCAATTTCTAAATAG
CGGAGCACAATAAAAAAGGAGGAAAGTTCCAAGCGGCGGTGTTGATGTAT
TTGTACTGTGCATGATCTTGTGGGATCGGCTGTATGATACGTGGATTGAT
ATGGCCGTGATTCACTCACTTCTGCTGAAGGAGATGTGCACAACATTCTG
CTAAGTCTCGGACACGTGTATATACATTTCCATCACACCAGTGCCTCTCT
ACTTCAAATTCATGCACATCGAGTATTATATGAAGCACACGCACACGTGG
TACGACCTACCTGTTGTGAAGAGTCATTCATGTGTAGACGTGCTTGTGGC
AGCAGTATGATTGGGAACGTACAAAGGCGACATTTTGCTCCTGCTGCGAC
TCTCGAAACTGTAGCTCCTGGTTATAGCCTATAACTCGCTCAAAGTACAT
AATCTGCTGCTTCTGCTGCTTCTGTTGGACGGAATCCGAACGGTCACACG
ACGTAGTTCTGGCACGGGGATCTCATCCCTGTTGCTGCTTGTTCGTTGCA
CGTGTCGCGGCCGCACCAACAAGGAAAACGATGACATCGGCAGCTCCATG
TCCTTTACCCAATGCAACGGAGTTGGCTTGATTCTCTACGATAGATGTGG
CTAAATGATTTTCTCTGGTACTTGTGCGTCTGTTGTGAATGTTAGTTGCC
GACACAAGAAAAACCTCCTGTCGCCTCACTGCGGTCTGTGTTGAAGGTCG
CTTGTGGTGTTGCTGCTGCTGCGCGTGCCTTAGACCTTGTGTGCTGCAGT
GCATGCAATACTGCTGCTGCTGGCTGACCGTGTCCAAAAATGTTGCATGT
GTCCAGCAAAAGGACACTTACTCAGAAACACTTTGCGGCGGATCGTCACT
AAAAAACATTTTTGCGCCCACATGAGGGGTGTCGATCGCGGAAAAGGTTA
TTTTTTCAAAAAGTGTCCTGATCTTCGAGAGCATATCTATCGAGCCAACA
AAATCTCGGGAATGAATCCTCCGATTCCACGAACGAACAACGCTGTCACA
ACAAGTGTAGCCACGGACAGCACACACAACACACGATGGCGTAAAAGATC
CCCTCGTGCCGCATCCAAACATGCGACGAGCCCACCGCCATTTGGTCAAA
ACGAGCATGACCAACGAGTGTCGGTCGCATCGGTGCATGGTACTACCACA
GCTTTTAGGAGCTTTTGGCTGCTTCTTCTTATGTACAGCAGTAGAGCAGT
AGAGAGATTTTCTGGACAATAAAGTCAAGCCGTTGTGCGTCATCATACCA
ACCAGCTACCATTTTTCGACTCTTCAGACATTCTAATGTTCTCCTTCTTG
GATACAAAGAGAAGATAGCCCCAGCTTCACGACCGCCTGTGCACGAACGA
GACTCTCAGCTGCTGGTCCTTGCTCTACTTGATGCGGGAGCCGGTATACC
AAGCGCTCAACACGAAACGATTAGCGATGTGTGGGTCGTGGCAGTTCTGA
TGAAGTTTTCATTTCGCCTTGCTTTGAGGTCTTTGGACCACGCGGCTCTA
TTGCTGAACAACACAACCGACTTCATCACCGCCTGCTTCTTTGCTGCACT
GACTGGATTTTAGCTCAGAGTGAAGCACTTCTAGTTAGGGATTCGTCCGT
GCGCACTGGCGCAATGGTGGCGTGCTCTCTGGTCTCTGTATTCCAGCAAG
AACGATGGCTTGACGCACGACAACAAAAAAGGACGAAAATTGTCGTCAAT
GTTGGGGATGTATATACGGCCGATATAAGTATGATTCAGACGCTGTAGCT
TTTCTCTAGCTTTCATGGCTTCCACACCACACCTTCACCGGTTACCACGC
TGATCGCTGCAACTTACGGTTGTTGCAACGACCAAGGATTGCTGCTGACC
GTGCTTGCTCAGCAGGCGTCGCGTGAAGTGGCCTAATGTCAAGGTTATCC
CACGCTCTCAATCGGCTACGATTGTGTTGTGCCTCAATCTAACAAAAAAG
ACGGATTTTTTTTTTATTATTTTGCCCGCCCGGCAGGGAATTGTTTTGTT
TTCTCAGAAATACGTCAACCTGCTCCTCTCTCTCTAGACAAAGATCTAGA
GTAGACGAACAACGATGAAAGATGGTGGTAAATCTTCTTGTTTTTCTACA
ACTCGTCAGAGAATACACCATTGTTGCAGCTCCCCTGAGGGAATCACGCC
TAACAATACCAGTATGTAGTCGTCTTGTGTAACACACGGTATTTCACGTG
GTAAGTATGTACGATCTTGTTGTCATGTATAGCTTTGTTAATATATTAAA
GTGCATTTTATCCCGGATGGATCACAAGATATACTTGTATATGATACTTC
GGTAAAATGTTTTACCTAAAAAACGAAATAATTGTGGGTAACTCCTCCTG
TGTTGACCTTCCTCCTGTGTGACCCCGTCGATGGGCCTAGCCTGTAGTTT
GAACCGCAGGGTGCAGACTAGTGTGCCAGAGAATATGGGATGACAACACA
TGCATGCATGTATATGTCAGTGATACAACTGATCAGATACAAATCCTCTG
ATCCCCTACTTTGAAGATGAGTTCTAGCGAGGGCGTGGTCGTCGTAGTGG
TTTTCCTCCAATGGAGGAATGCACGCGTGATTCGCGGGCGGCATGCATGT
TCCATCGATTCGTGGCAAAGTGCTGGAGCGACAGGCAGGCACGGTCGACG
TACGAATACCCAGACATACCCAAATTTTTGTTGGGGCGACGATCTGGGTC
AGACGATGGCGATAGTGTGGAAAGCGATATACTCACACGGAGGGCTAAAG
CCGGGTGAATCTTCAAGACCTATCGAAGTCAGCTATTTGCGCCACCGCAG
GGCATTTTTGTTGTTTTGGGGCAAAGTAGGCCGGTTGTGGTCGACCGCAC
TTCTTTAACCGTATGGTTTTACGAAGTATATCATTGGTGCGATTGGAGTG
CTGTCTTTTGCGTTGTGTGCTCCAAGTCTCAGTGCGGAGGACTGCGAACT
CCCTTTTTGGAATAAAGTCAGCTCCGTTTTTGCGTGAAAAAACGAGGCAA
AATGACAAGGTTTGCAGCCTTCCATCGCCATCTTCATGGGTTACTTGGCA
AGGGCGGCAAAAAATCCTTAGGGAAAAACCTAAATTTTGATCTGAAAGAT
AAATTTCAGTCTGAAACTAAGTTGTAACAACCTATTGGAGTCAGCCTCTC
ACTGAGTTTGTTGTGCACATTGTCCAGATACCCTAGTTCCGATCAGGAGA
ACGTTATGTAGTAGCTACGTTTGCGTCGGCGCGTTCAGATCTGCTGCTGG
AGACTGCTGTTCACGTACTTATTTATTCGCCCGCGTGTTGCACCAAAAAT
CACGACGATGAAACAACACTGACAACCCTTTACCACGTGCAACCAAAGAA
TGTCGAGGGCCACAGTAGTAGATCAGAAACTCCGCAGATTTTCTGAAATA
CTCCGTAGTCCGGACTGACACCAAACGTTTGACACAGCTGCACTCGCCAA
CATTGGCAAATCTTTTGAACTGCGGTCTGTCCGAGGTAGCCAGTGGCAAA
GGCCATTGCTGTTGACCCGTAGTTCAGGAGGTTGGGGTATGTGGCGACGA
GTACAGCGTGGAAGATGTTTGTTGGAACCTGTCCCGTTTCGCGGACCTTC
GATATCCAGCAGCAGATCTTAATGCGCCGACGCACACATGGCTACAGCAT
GGCGTCCTAGCCTGATCGGAACTAGGCGATCGTGCACGAACGGACGACAG
CCCTTATTTGAGCCCTGTCAGAATAAGCTATTTTGACTTGATTTAAGATA
AGTGGAAAAATTATCTTGCTTTTCAAATTGAGGGTTGGAGGTAGACGTAT
GATATGAATGTCAAGACAAGCCCCGACCGCCGCTGTGTGCAATAAGGACC
GGGCTTCTTCTTGCCCAACGGCTCCCTGCAGGTGTGAGCTTTCCAGATGT
GTGATTGTCGGGTGCTTCTTCGCTGTTTTTCACAAATAGTCAAATCGAAA
GTTGGTTGTCAGGCAATCTCTAATATTGAATCAAAATCGGAGTTTGCAGT
CCTGCGCGCGTCATTTCGTCAGGGGTGGTTAACGTTTGAAGGGCTAAGTA
GTGGTTATGGTGGAATTGTGCTCAAGCAAAGAACGAAAAACTTCCAAACT
TTGAGTTCCTGGCACTCTAAACGGAAGTACTCGGAGTAATATGTTTTGGC
GCCGTCATTCTTTTCTGATGCTTTTATTTATTTTTAACCGAAATTTGCCA
AACAGTTTGTACACTTTTTTACGCGCAGACAAGGCACAAATGACACCCCT
AATGATCAAATTTGCCTCCACACATCGAGAGGTTGCCCGCACCATCGCAA
CATGTCGGTTGAGAGACAGGACGGAAAAAAAGTGACGTCACTTGGATTCA
TCCGTGGGCACCTGGTTCCTCATGTGCACAAAATGGTACTTCGTAAAAAA
TTGCTCACAGCAGACCTTCGGGAAGAGATACCACCCCAATGGTTGGGTAA
TACTAAAATCTAGGGCCGGAAGCATACTAAAACAAACGATTTTTCTACCT
AAACGGCGCGGATTTCCTCCTCTGCTTGCAATGTGAGACGTTCTGGTTCG
CAAGCAGTCGAAACATGCTGTCTCCCGACCAAGCTTTTTACTGCCGATAC
GATGCCCCACGTGACGCTGGCCCCTCCTTGCACTGAAGCTACGCGGTTAT
TAAAATATTTTTGGCTTCGAAGTCATCATAGCATATTTCCTACTGTCAAA
CTACTCGACCAACGTATTTTACAGTGCTCCCCCATGTCTGCTCTACTCGC
CATATACCACCCTATGCCCGTCGGAGCATAATGAGACGGGTTTGACCAGG
GTCGTAGTACCGCAATCGTCACAGCTTCTCAGCAAAGGCCGCAAAGCGCG
AGACAGAGCTGAAAGTTTGATTTTTGATAAAAGCAGTCCACGAGCGCAGC
GAATTGTAACTTCCTTGTGGAAACTGCTTCGAATTCACACCAACTTGGTC
GTGACGTCCAGGTGTGAGTGCGAAAAAAAAAAAAAAATGAGACAGGGATG
ACTTTTATTTAATTTTGCTAGGTTTATGGCGTCTGTCTGTCTGCCTGTCT
CTGTCTGCCTGTCCGAGATAATGGCCACGTCTTGCAAAACTTTGGCACCA
GTTCAGCACAGATCAGGACGACCAAGGGCTTGAACTGATGAGGTAAAAAC
ATCTACCCGTCGCTGCTGGGTTCACCACAGCCCGTGTCTTATGCGCCCAG
CTATGTTGTCGGAGGCGCGTAGTTACCGGTGGTTTCTTTTGTAAAAATGA
TAAGAGGCTTTTTTTGCCCGTTGTGCCGGCGAAACACCAACTGTTCTGCC
CTTCATTCACACCCCGGCTTGCTCTTCGCACCAGCTATTCGTTTATACTT
CGTGTTCTACAGCAACGCACACTGCTTCTCGATTCCATTTTAACGTTTCT
CATAGTACGATGGTCGACTTACAAAGTGGGGAAAAATATGCGCTAAGTTG
AAGCTGCCAGCTAGCACCCCGAAGAGAGAAACACATTCGGAGCTCCTCTG
GACACGTTTGCGCCACGCGGCCATTCTCTTTGTTGCATCCCCGATGAGCA
ACAACGAATCGACGTGTTTGTATCTATTTCGTAGTTCACGAAGCGATATT
TTTAGCCTGTGAGGTAGCGTCAGCCTCTCGCCTACGGATACCAAGTGCCC
CCACACAAGAGGAGAGTGGAATTAAATGCCTCCAACATGTGGTGGAAAAT
CTCCCAAAAATTAAAATCAATTACCCTGGTGATGAAAAATTTCGTTTGGT
GTATCATGAGGCCCTTTTTAATCAGGAGGCCTGAATTCGCGGAAACGGTT
TTTTTATCACGTTTCCGTGAAATGGCCGACAATATGAAGGCTTTCTTCCC
CCGAAAGGTGAAATTGAGCGACGGCAAAAAAAACGTGAATATTCGATTTC
ACCCAAAGGTGAATTTTTCCAACCATTTCCAGAAACGTACACAATACACA
CCAAACTCGCCCTACAGCAGTAACAGCAGTGCAGATAGCAAAATAGAGAG
CAGGGTACCCGAGACTATCACTCTGGCGAGCAAACCCACCCCTAATGTGC
ACATTCCGGCAGGCGTGGTGAGAGGTTGGTGAACAAATTAGAGCAGTAGC
GACGAGAAGGAACCGGAATCTTTGATTTCGCCGCTTGTCTGCCTCTTTTT
CTTGCTCCGCCAACACACACCCTGCTGGCAACCCCTTTGAAGCCAGCAAT
CAAGCTGCGACGACCGCGTAGCGCCAGCGTGGTCGAGGGCCACTATCATG
TAGACGCCCGTTTCAAAAGAATCAGGAGTTCGGAGGCCTTGTAGCTCTGA
TGCTGTCTGATGCCGTCAAGTGAAGCTTGTGACTGCAACCAAAAAACACC
ACCACCAGCGCGATTTGGAAGCGTCTAACAGCACACACCATCTTCTTGCG
TCCCTCGGTGAGCCTCACACGAGCTACCACAACCACGCAGCGGCAACAAT
ACCGAGGGTCACTATCATGTAGACCTACGTTTCGAAAGAACGAGGACTTG
GGAGGTCTTCGGTCTCTGTTGCTGTCTGCTGTTGTGAAGTGATCTTTGTC
TGATTTTATAGCAGAAAAGCACCATGACCTCTCCGATTAGAACGGAGGTA
TTTTCAAGGTTTGTGTTCCCTGAAAAAAAACGTTTCCGCGAATTCAGGCC
TCCTGATTAAAAAGGGCCTTATCCCTTGCTCTTGTGACCAATGCGATCGT
TGTTGCAAAAGGCCTATGGAATAAAGTGCAAAAACAAATATCCCATCGGG
CGCTAGAAGTCGTCATTGAAAAAAAAACGATTAGTAATTGAGGTTTTTCA
CACACACACCTGTCACTCACCGGCAGTAGCAATAGCAAAAATGCAGAGGC
GAATATTCCAGTAGGTGGAGCCAGAGATCAGCGTATGAGAAAGCGGAGCG
GGGTCATAATCCGTTTGTTCGCCGCTAGTACGCCCTGTTTTTGTCACATC
CACGGACGGGCTGGAGCAACCGCTACAGGCTGGTTCACGCAAGAAGATAC
AAATGTATTCAACATCGTTTTCTCACGCGGTTTTTTCGAGTTAGACCCTG
AAACTTTGCACACATGTTTGTTGGGTCACTGCGAAAAATCGGAAGACCGG
GTTGATATTTTTTTTCAATAGTTATATTAGTGTGTGTGTTGTCCCTTTTA
TTGGACGCCACTCTACACCTTTCGGGTACCGTAAACTACGGAATTAACCC
CCCCCTTAGAGTTTCCCCCCCCCCCCCATCACCTTTTCAGCCTGCCACCA
TGTATTCTTTGATTTCCCCCCGGGGTAGATCGTTTTCGCCAAAAAAAAAC
AGCTCCCCCGGCGTACGTCAATCTCCCCCCGGGGTACAATTTTTTCACGA
GTTCCCCCCGGGGGGGATATATTTGCGCTTGTTCTTGAGTCGTTTTTTTG
CATGGCAAAGGACAAAAGCATGACAGGGGTACAGGAAATTAGTCGTCACC
TCTGCGCTTCGAGCGAGATATGTGTTGTACCGCGGCCAATTGGTATTCCA
GGTTGTTCCTAGGGTACCTACGCGCTTGTTTTTTTTTGTGTTCTTGTAAT
TGTTTTTCCCTGGAGTCACGGTAAAACGCATCAGCACAGAATGCCGACAG
ACCCTTCCTTTTCTTCGCTGACACGGACGGACGAGGCAAACTCCCCCAGC
TGCTGCCCTCCTTGCTCTCTTCTTTCTCTTCACCTTCTGTGCTCTTGTTC
TTTTCCGGGCCATCCTGCCGCTTGTATGCTTGCTCGTAAACCTTATCCAT
CACGGTCGGCAACTGGTGTGTGTGTGTGTGTGTGGACCACCATTCTTTGC
ACAACCCCCCCGGGTAGACACCCCCCGGGGTAGCATGGGAAAAAAGAAAA
CAACCAACCCCCCCCCGGTACGTCAATTCCTCCCCGGGGGGGTTGATTTC
AACCAAAAAAAAGATCCCCCGTCCTGGGGGAAAACTCCGTAGTTTACGGT
AGGTCAATTCTCCAACTGGGGTCACACAGGGGGAAGTCAACACAGGAGTT
TTTTTTTTTTTTCACTTCCCTCCGCGGTGCTTGCCTTGTTTGGTTAAGCT
TTTATCGCGAGAAAGGGGACAGCAATCCCTTTCCCTCGTCGATGGTACGA
TCGAATTTTGTTTACTCACGAATTAATCGCTTTCCACTTTCACGCGCATT
TTGAGGAGAAAACCCAGATCTTGTTACTGCACTGGGATTCGAACTCACGC
GTGAATGTCAAAAGGTTACGTGGATTACCAATTGAACCACCGGGGCGACC
GGTTCCGGTACAAGGTGTAAAACAGTAAACTTTGTTTGCATTGGTCGACT
AGGACCCCAGAAATCCGGTGAAAACATCAAAAAGTCGAATCACCCCGGTC
ATACGATTTTTCGCAGTGACCCAACGAACACGTGTGCAAAGTTTCAGGGT
CTAACTCGAAAAAACCGCGTGAAAAAACGCACTTCAGTGTGGTCAAGTAC
TAAAAAACACCCAGTTACTAGGATAAAGAAAATAATCGGCCGATTTCAAG
AGTTTTTACGCTTTTATTGGCCAAACTACGTCAATTTAAGAAATTTTGAA
AAAAAAGAATTTTGAAAAACCTTTTCGTGGACACCTTCCTTGGGTTCCAC
TGATACCACCTGTGTTACAAGACTTGTTTTTTTTCAATTCTTTCATGAAG
AAATCGCACTTCAGTGTGGTCAAGGTCCCTCAAATCCCGAAATATACTTG
GATAAAGTACGGAGTTGGCCCTTGTACGGGACCTAATGCCATTATTAGCT
AAACTACGTCAGTTTTTTTGGAATTTCGAAAACTAAAACCGCATATATTC
TCCTAACGACACAGAGAGACCATACGTGTTATAAAAAAGAGTATATCTCG
AATTGAGATTATATAGCACTTGGTGTAGAAAGCCTGACATTTGGGGGGTG
TTATACCACGTCATTCCGTGAAATGACACATTTTCTCCCCTGGCGCCACC
GGTAGTGCCTCAAACAAAAATCCGAGAATGTCACGGTCTTCCTCTATTGA
CGGCGGTCAGTTTGGTACCATATTTGTTTGTCATCGGTTTTTTATTGCAT
TCGGGAACATGCGTTGAATACATTTTGGGTTTCTTTCGTGAACCAACCTG
TAAGCGGCAGCGGCGCCGAGGGCCAGCATAATGTAGGGCACCGCTTCGCG
AGACCAAGTCTTCAGAGGCTTGAAGGCTGCCGTCTCGTTCTGTGAACAGA
GCAACGGTTGACGAAATGTCTTCTCGATAATTTCGGGGAGTTCCTCGGTG
CTGGTTTTAGACATTTGTAACAAGTACCGCAGTATTCACCCACCACGGTA
ATGCAGTTTTTTTGGACGGTAAACGGCCATCTTGAAACATTTACCACGGG
GCCCAGCCTCCACGGTATTGCACAGTTTTGTGTGGACGTTAATCGGTCAT
CACATTACATCTACCGCGGTATTCATCCACCACGGTAACGGTTTGATTTC
TGTTGGTGAAATATTTGTTCTCGATAACGGTTTGGATGGTAACGGCATCG
CCCAATTTGGGTGATTACAGTATAGATGGTGACGGTAATTACTTTTCATC
GCGGCATCGTAACCAGTTTACCAAATACCGCGGAATTACGTGATGAAGTA
CCATGGTATTAGTTACCGAGAGACACCCTGATTATTTTGATGCTGGGCTA
TATCTCAGAAAGCCTGAAGGACCATATTACAGCGACGGTTCCAGGAAGGG
GAACCTATATCTGTGACTACGCATCTGAGAGGTAAAGCTCATGTATGAGA
ATGGCTAAAGATTAATAAAAAACCTTTGCTCTGCGCGCTGTGTGGTTTAC
CAGTGCTGCAGCTGTTGTCGCCGGTGACGCACCCGTGGGTAAACACGTAT
ATGCAGGTGGTTGGACACCCCGATCTGCACGGATGGGACGGGACAAACCC
ACCCCTGATCGGTGATATCGTTGCGGCGGTCATTCAAGAATTTTCCCGGG
ACAACGGAAGCGTGAGCTCAAATGGACGTGAGCAACCACCATGGGAGACA
AGGCGGCAGCAATCAGGATTTCCAGCGGCGCAACTAGCTCCTGGAACGCA
GGGCGTGGTGGGTGATCCAAGTGCTAGGATGGTCGCCGGCGGTGGGGCAG
CAGTTGCGACAGGTGACCCGGTACGCACGGACGACGCTGGTTCGACACAA
TCCCGAAGGATGGAGACGCATCCCAAAAAGCCACAGCATCACACGCCGAT
CCCTGCAATTCCTGTCACATTCAGCGAGCTTCAGGGCTTATCCACCGAGA
AGCTCAGCCGTCTTCTTGACGACGAAAGCGCTCGGCAGGCTCTGCTTCTC
GGAATGGAAAGCGTGGTGCAAATGAAGGACCTTCGGACTGACGTGCGCAA
GGGCAACGTTGAGACAGCCCGACTAACCATAGAAAAGCAAGACGACGCCA
GCGTTCTCAGGAACGAAGGCGAGAAGAAGAAGATGGAACTGAAGGTCTTG
CAAACTTCGTACGAAGGTGATTCGATCTTGTTGCCGCCCGTATGACGGTG
CTGTATAGCTGGAATTTCGTTCAAGTGTTCAGTTGTGCCGCTGGTATAAA
ATGTGAAATCGTTGGAGGTCTAAGTCCCAGAGCGACACGTTGCGATTGGT
TTATTGGAGATTTGCCAATATGTCGATCAGCGTAATGCAGCTGTTGAGCT
CTGACAAGATCGGACCGTTTGTATTTATCGTCCTACCCTCTTTTCCCGCT
CGTCATGCCGATATGTATTCGTCTTGGAAGGCGACTCAATATCACGTTGA
CCAATCAATCCCTCATGCTATCCTAATGCATTCTGTTTTTACCTGGCGGG
GGGAATTCCACGGGGATAATGGACCGGGCTTTGTGTAAAATGAGCAAAAT
ATTTGGTCACGGATTAACGGTCAACGCGATCGACGCATTCGGCCAGCTTG
TATCTCGCCGTCCTTGCTGACATTTTCATGTTCGCAATATTCTCCGCATT
GTGGGTAGGATCGCGACTTCGACCGATGACCGTGTCGTATTGTAAAAACG
CTTGAACGTGGCTGATGTATTCCAATTTGAAAGACGTCGACTGCGTGGGG
TACTGTGTTGAGTTTCGCTGACTTTTGTGGCGAGAGCGCTGTGCCCTGTT
CGAGAGTTTTCGCCTGACGCTACTTGGTATCTAGCACCTGGTTCATCGTT
TATTGTTCCTCCAACCCCCGCCTGCGTGCTACTGTCCTTAGGTAAGGCGC
ACGGGCGCAGCAAAAATATGGGTGGTACAGCTGACCAAGTGATTCTAAAA
CGGGTCAAGCATGCTTCTAAAATAGCCGACACCAACTCAGAGCGAGTTGC
GACGGATTTCTTGGAGAAACGTCTATCGGCTCAAGATTTCCTCGACGAAT
TTTTGAAGGAACGACAACGGTATCATATGCTCGCTGCCAAGATAGAGTGC
ATGAAGCGCGACATTCGATTCTAACCGTTTGTATTGTGGGGGTGTCCGTT
GTAAACACCGTGACAATTCGAACAATATAAAAAACTCTTCGACAGGCATG
TTTATTGAGGTTGTATGGATTTGTGCTAACCAGGTGAAGGATGCGACACT
AGTACTGGAACACGGCGGCACTACATGGTGCCCCCGTTACACCAGGCTTT
CCGGAATTCGGTGGATTGCCGGTTGTGGGGATTGTGCTACACTTCGATGT
ATAATTTGATATTGATGGCACACCATTTGTTTTAGCCAACGTGGTGGTCT
CTGAGATTTTGTCCCAAAGAAGAAGTAAAATAGTGAGGGGGCACAAGTGA
TGTGTCAACTGCCAACGCCATGATGCCTTTTTCTGGCAGTATCTTCGTCA
CACACCGGCAAAGGTGCACGGCTGGTGAGGCCAAAGCAATGCAATTGTAT
TTGTTGCTGTTGTGCTGCTGTAGCCCGTAACAAGAAGGCGTGAAAGAGCG
ACGCGTAAACGGATTGTCTCACAATACTTAGTCGTTGGTCATACATGCAA
ATGAGAGAGAGTTGAGAGGTGACTATTGGTCGAGATGTGGAACAAAAGGA
AGGGCGAGAGCCGAGTTGGAACAAGAGTGGAGGTGGCATTACAGAGAGGG
AAGGTTTGGTATGCAAGATGAACCCCAGGTATTGATCATACGTGAGTATT
AAATACTCCGGGTAATCCTTGCATGTTCTGCTGTATTTGACACGGGGGCG
CGAAATATATATACTTGGCTGCACGTATTTGGTATAGCATTGCCATTCGT
GAGGGATTCAGGGCGCGTTCCAAATCAAACACAACTTGAAGTGAGTGAAG
GAACCCGGTCATAAATACCTGAACGTATCGCCGCCGTGCGTGTAGTCAGT
CATACGAGAGCCGTAGGCCCTGTGATCAATAGCAATAGCTGACAAGGTTT
ATAATGAGGACAACGTGGATGATGTACCATCGTACGAATTTTATCATGCT
CAGACGGTATCGTGACGCCGTCGTTCTTGTGCCCATTTCATAGTATGCAA
CATATACAATTTATCACATCGCTTTCGTAGCGGCGCTGTGTGTGCACACT
CTTTGCCGTGCACAAGGAAATAGGTAGTGCTTGATCTCACGACGCTCACG
ATCGCATCTTGCGAGTATTTTTCCGAAAAGTCGTC back to topCoding sequence (CDS) from alignment at P-littoralis_Contig123:73888..102572- >mRNA_P-littoralis_Contig123.16.2 ID=mRNA_P-littoralis_Contig123.16.2|Name=mRNA_P-littoralis_Contig123.16.2|organism=Pylaiella littoralis U1_48|type=CDS|length=1116bp|location=Sequence derived from alignment at P-littoralis_Contig123:73888..102572- (Pylaiella littoralis U1_48)
ATGGCTTGGTTGTTCGGCTCTGGAAGAAAAACACCGACGGGGCAATCGGA
TGTTCGGGCAGTGAGAGATCGACAGATCAACAACTTGCACGAGAGAGTGC
CTGGTCTTCGTGTCGAGTCGACAGACGACTCGCTCTTTGAAGTCCAAATA
GCAGCTCCAGACGGGGCTGGGGTCATGCTTCGGGTTTTCCTGCCGACAAA
ATTCCCTTCGGAACGACCAGTGCTGCAGCTGTTGTCGCCGGTGACGCACC
CGTGGGTAAACACGTATATGCAGGTGGTTGGACACCCCGATCTGCACGGA
TGGGACGGGACAAACCCACCCCTGATCGGTGATATCGTTGCGGCGGTCAT
TCAAGAATTTTCCCGGGACAACGGAAGCGTGAGCTCAAATGGACGTGAGC
AACCACCATGGGAGACAAGGCGGCAGCAATCAGGATTTCCAGCGGCGCAA
CTAGCTCCTGGAACGCAGGGCGTGGTGGGTGATCCAAGTGCTAGGATGGT
CGCCGGCGGTGGGGCAGCAGTTGCGACAGGTGACCCGGTACGCACGGACG
ACGCTGGTTCGACACAATCCCGAAGGATGGAGACGCATCCCAAAAAGCCA
CAGCATCACACGCCGATCCCTGCAATTCCTGTCACATTCAGCGAGCTTCA
GGGCTTATCCACCGAGAAGCTCAGCCGTCTTCTTGACGACGAAAGCGCTC
GGCAGGCTCTGCTTCTCGGAATGGAAAGCGTGGTGCAAATGAAGGACCTT
CGGACTGACGTGCGCAAGGGCAACGTTGAGACAGCCCGACTAACCATAGA
AAAGCAAGACGACGCCAGCGTTCTCAGGAACGAAGGCGAGAAGAAGAAGA
TGGAACTGAAGGTCTTGCAAACTTCGTACGAAGGTAAGGCGCACGGGCGC
AGCAAAAATATGGGTGGTACAGCTGACCAAGTGATTCTAAAACGGGTCAA
GCATGCTTCTAAAATAGCCGACACCAACTCAGAGCGAGTTGCGACGGATT
TCTTGGAGAAACGTCTATCGGCTCAAGATTTCCTCGACGAATTTTTGAAG
GAACGACAACGGTATCATATGCTCGCTGCCAAGATAGAGTGCATGAAGCG
CGACATTCGATTCTAA back to top
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