Homology
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
D8LDX8_ECTSI (Kinesin motor domain-containing protein (Fragment) n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LDX8_ECTSI)
HSP 1 Score: 753 bits (1944), Expect = 5.240e-243
Identity = 533/695 (76.69%), Postives = 576/695 (82.88%), Query Frame = 1
Query: 1072 GRAKTCIIATVTASSDALDETLSSLDYALKAKSIQNKPVANQKLSKTHLLKEYAGEVESLRSMLQASRDKNGVYMEPWRFEQMENTLASQGNQIAEMEAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXREGEVSLALKHTQERLERTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVVAEQAATEKALLAEAAQTTASLGTAERDVEGLLAKVDRQDEKAAEKRKKAASFGENATAAASGLSEAVSRFSGEHLRGCGDLKGFLARAEEAARAASWGLSAAAAEALKEADLECKKMASGVSTGAGSIEALVNAASTALERALAEQQDAIGTWSKEMAELLNGLRHGLETHEGDLASLCEDVGRRADQASKELLEFKEKCAAELAEVRSWADERIAAQTEQMEMQSEAAKAVAARSKEETKIEVAQLMESLSTLMSGLQTNAAARADRQAAAAGEAWSSSISAARSLGPEVSQKMGGIAESVSIGSESVVKKLALSSSATTNSIKERQSSAAAFVASTGGVSDAFGTGATRVSGLADVANSTLKENMAAVSEAVGSTAAACTAAAETLSKGNREAAELVASLASSADQEAAGLALEGVEQVEGLNTCVEGLESSHAASVGLCVANFEEHVEEACAVEAPSGGTPRKKSYPRPATFSTTRPHENIMSEIRGGGNPLALFLPSPA 3156
GRAKTCIIATVT+SSDAL+ETLSSLDYALKAKSIQNKPVANQKLSKTHLLKEYAGEVESLRSMLQASRDKNGVY+EPWRF+QMENTLASQGNQIAE XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX L R XXXXXXXXXXXXXXXXXXXXX XXXXXXXXXX VVAEQA+TE ALL+EAAQT SLG AERDVEGLL KV RQ+E+AA KR AASFGE ATAA G+SEAVSRFSGEH +GCG+LKGFL+RAEEAA+AASWGLSAAAAEALKEADL+CK++A GVSTGA S E LV AS ALE AL EQ+ AI WS++MA L GLR+GL++HEG L+SLCEDV RR+++ASKE+ +FKEKCA+ELAEVRSWADERIAAQT QME+QSE AK VAARSKEETK+EVAQLM+SLSTLMSGLQTNAAARAD QAAAAGEAWS SISAARSLGPEVSQKMGGIAESV+ GSESV KKLALSSSAT NSIKERQS+AAAFVAST VSDAF GAT+ SGLAD A S+ C AA E+L GN EAAE VASLASSAD+EAAGLA EG EQV L CVEGLES H++S+G CV + E+HVEEACAV PSGGTP KKSYPRP FSTTRPHE IMSEIRGG N LF S A
Sbjct: 303 GRAKTCIIATVTSSSDALEETLSSLDYALKAKSIQNKPVANQKLSKTHLLKEYAGEVESLRSMLQASRDKNGVYIEPWRFDQMENTLASQGNQIAEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXLXRXXXXXXXXXXXXXXXXXXXXXXEKEXXXXXXXXXXTRGVVAEQASTEGALLSEAAQTAESLGAAERDVEGLLDKVARQEEEAAGKRSNAASFGETATAATKGVSEAVSRFSGEHAKGCGNLKGFLSRAEEAAKAASWGLSAAAAEALKEADLKCKELAEGVSTGAASTEDLVTLASIALEDALGEQKSAIDAWSEQMAASLEGLRNGLKSHEGGLSSLCEDVNRRSEEASKEMTDFKEKCASELAEVRSWADERIAAQTAQMELQSEEAKVVAARSKEETKVEVAQLMQSLSTLMSGLQTNAAARADSQAAAAGEAWSRSISAARSLGPEVSQKMGGIAESVANGSESVAKKLALSSSATGNSIKERQSAAAAFVASTADVSDAFAAGATQASGLADDARSSXXXXXXXXXXXXXXXXXXCKAATESLRLGNGEAAERVASLASSADREAAGLAQEGGEQVGVLAACVEGLESDHSSSLGQCVLHIEDHVEEACAVRDPSGGTPGKKSYPRPEAFSTTRPHEEIMSEIRGG-NLEELFASSEA 996
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A836CEW9_9STRA (P-loop containing nucleoside triphosphate hydrolase protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CEW9_9STRA)
HSP 1 Score: 389 bits (999), Expect = 6.590e-110
Identity = 201/268 (75.00%), Postives = 221/268 (82.46%), Query Frame = 2
Query: 314 LDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDISSPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSK--------------VVLREDTKRGVVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
LDR+Y YD VFGP++TQE+VF TVKPIV EMLQG++ TVFAYGQTGTGKTYTMEG+++ +NMG+IPRSVH IF L+ + ADYTVR SFLELYNEELADLL D +K K VVLRE GV CGLEEVQVL A DIF IL++GIQQR+TA TLMNKNSSRSHSIFTLKIMIKE +PDGQE MR+GQLNLVDLAGSECVGRSGA RAREAGNINQSLLTLGRVITALVEHHPH+PYRDSKLTRLLQESLGG
Sbjct: 1 LDRSYIYDKVFGPYATQEEVFDQTVKPIVGEMLQGFNCTVFAYGQTGTGKTYTMEGELTDADNMGIIPRSVHTIFEQLESLQADYTVRVSFLELYNEELADLLVDG-TKGKPPAGPGAKGAQAGGVVLRESRTGGVTVCGLEEVQVLDAPDIFRILERGIQQRRTAATLMNKNSSRSHSIFTLKIMIKELLPDGQEVMRNGQLNLVDLAGSECVGRSGATQNRAREAGNINQSLLTLGRVITALVEHHPHIPYRDSKLTRLLQESLGG 267
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A0W8D8B6_PHYNI (Kinesin-like protein n=1 Tax=Phytophthora nicotianae TaxID=4790 RepID=A0A0W8D8B6_PHYNI)
HSP 1 Score: 345 bits (884), Expect = 3.640e-99
Identity = 183/296 (61.82%), Postives = 226/296 (76.35%), Query Frame = 2
Query: 194 THVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDIS-SPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
T+VQVAVRCRPLN REKA+G VV + ++ + V +K TY +D VFG +STQ+ VF S V+P V E L GY+ TVFAYGQTGTGKTYTM+GD+S E G+IPRSV IF+ L+ +++VR SFL+LYNEEL DLL D ++ K+ L ED KRG + C L E+ TAK ++ +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+NARAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 26 TNVQVAVRCRPLNSREKAAGRGAVVQCKPHSNELAVVKRK---TYTFDRVFGQYSTQKDVFTSVVRPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLSPGSETAGIIPRSVRCIFDALEARGEEFSVRVSFLQLYNEELKDLL-DPDTDKKLRLMEDVKRGGIYCMNLLEITATTAKHVYELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAAGEDLLRVGQLNLVDLAGSECVGRSGARNARAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 317
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
K3WG29_GLOUD (Kinesin motor domain-containing protein n=1 Tax=Globisporangium ultimum (strain ATCC 200006 / CBS 805.95 / DAOM BR144) TaxID=431595 RepID=K3WG29_GLOUD)
HSP 1 Score: 350 bits (899), Expect = 1.700e-97
Identity = 184/304 (60.53%), Postives = 234/304 (76.97%), Query Frame = 2
Query: 170 ADKESAAGTHVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDISSPENM-GVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
A +A +HVQVAVRCRPLN+REKASG +V +T+ + I V +K Y +D V+G +STQ+ VF +TV+P+V E L GY+ TVFAYGQTGTGKT+TM+G++S ++M G+IPR V IF+ L +S +Y+V+ SFL+LYNEEL DLLA + K + L ED KRG + C L EV TA +F +L+ G++ R T+ETLMN+NSSRSHSIFT++I KE+ G++ ++ GQLNLVDLAGSECVGRSGA+N RAREAGNINQSLLTLGRVITALV++HPH+PYRDSKLTRLLQESLGG
Sbjct: 17 ASPTAAIESHVQVAVRCRPLNEREKASGRPPIVQCKTNTNEIVVTKRK---NYSFDKVYGQYSTQKDVFKATVRPVVDEALAGYNCTVFAYGQTGTGKTHTMQGNLSPDDDMAGIIPRCVRYIFDALQSMSQEYSVKVSFLQLYNEELKDLLAPESKKLR--LMEDPKRGGIYCQNLLEVTTNTAGHVFELLEAGVKNRITSETLMNENSSRSHSIFTIRIHSKENNAGGEDLIKTGQLNLVDLAGSECVGRSGARNVRAREAGNINQSLLTLGRVITALVDNHPHIPYRDSKLTRLLQESLGG 315
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A662X225_9STRA (Kinesin motor domain-containing protein n=2 Tax=Nothophytophthora sp. Chile5 TaxID=2483409 RepID=A0A662X225_9STRA)
HSP 1 Score: 351 bits (900), Expect = 8.310e-97
Identity = 186/296 (62.84%), Postives = 228/296 (77.03%), Query Frame = 2
Query: 194 THVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDISSPENM-GVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
T+VQVAVRCRPLN REKA+G +V + + + + V +K TYH+D VFG +STQ+ VF + V+P V E L GY+ TVFAYGQTGTGKTYTM+GD++ M GVIPRSV IF+ L+ +++VR SFL+LYNEEL DLL D N + K+ L ED KRG V C L EV TAK ++ +++ G++ R T+ETLMN+NSSRSHSIFT++I KE P G++ +R GQLNLVDLAGSECVGRSGA+NARAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 22 TNVQVAVRCRPLNAREKAAGRGAIVQCKPNANEVAVVKRK---TYHFDRVFGQYSTQKDVFQAVVRPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLTPDHEMAGVIPRSVRCIFDALEASGEEFSVRVSFLQLYNEELKDLL-DPNEEKKLRLMEDAKRGGVYCQNLLEVTATTAKHVYGLVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHSPAGEDLLRVGQLNLVDLAGSECVGRSGARNARAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 313
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A3R7G432_9STRA (Kinesin-like protein n=1 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A3R7G432_9STRA)
HSP 1 Score: 345 bits (886), Expect = 1.590e-96
Identity = 185/296 (62.50%), Postives = 224/296 (75.68%), Query Frame = 2
Query: 194 THVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDIS-SPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
T+VQVAVRCRPLN REKA+G VV + +++ + V +K TY +D VFG +STQ+ VF S VKP V E L GY+ TVFAYGQTGTGKTYTM+GD+ E G+IPRSV IF L+ +++VR SFL+LYNEEL DLL D + K+ L EDTKRG + C L EV TAK +F +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+N RAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 28 TNVQVAVRCRPLNSREKATGRGAVVQCKQNSNEVAVVKRK---TYTFDRVFGQYSTQKDVFSSVVKPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLKPGSETAGIIPRSVRRIFEALEAKGEEFSVRVSFLQLYNEELKDLL-DPDGDKKLRLMEDTKRGGIYCLNLLEVTATTAKHVFELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAAGEDLLRVGQLNLVDLAGSECVGRSGARNVRAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 319
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
G4ZND9_PHYSP (Kinesin motor domain-containing protein n=1 Tax=Phytophthora sojae (strain P6497) TaxID=1094619 RepID=G4ZND9_PHYSP)
HSP 1 Score: 348 bits (893), Expect = 1.840e-96
Identity = 189/310 (60.97%), Postives = 229/310 (73.87%), Query Frame = 2
Query: 152 VGSNEMADKESAAGTHVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDIS-SPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
V SN A +VQVAVRCRPLN REKA+G VV + + + V +K TY +D VFG +STQ+ VF S V+P V E L GY+ TVFAYGQTGTGKTYTM+GD+S S E GVIPRSV IF+ L+ +++VR SFL+LYNEEL DLL D ++ K+ L ED KRG + C L EV TAK ++ +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+NARAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 18 VSSNHDAPPXXXXXXNVQVAVRCRPLNSREKAAGRGAVVQCKPHSSEVAVVKRK---TYTFDRVFGQYSTQKDVFTSVVRPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLSPSSETAGVIPRSVRCIFDALEASGEEFSVRVSFLQLYNEELKDLL-DPDTDKKLRLMEDAKRGGIYCMNLLEVTATTAKHVYELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAPGEDLLRVGQLNLVDLAGSECVGRSGARNARAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 323
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
D0MQ95_PHYIT (Kinesin-like protein n=2 Tax=Phytophthora infestans TaxID=4787 RepID=D0MQ95_PHYIT)
HSP 1 Score: 348 bits (892), Expect = 2.080e-96
Identity = 183/296 (61.82%), Postives = 229/296 (77.36%), Query Frame = 2
Query: 194 THVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDIS-SPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
T+VQVAVRCRPLN REKA+G V+ + +++ + V +K TY +D VFG +STQ+ VF S V+P V E L GY+ TVFAYGQTGTGKTYTM+GD+S E+ G+IPRSVH IF+ L+ +++VR SFL+LYNEEL DLL D ++ K+ L ED KRG + C L E+ TAK ++ +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+NARAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 26 TNVQVAVRCRPLNSREKAAGRGAVLQCKPNSNELAVVKRK---TYTFDRVFGQYSTQKDVFTSVVRPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLSPGSESAGIIPRSVHCIFDALEARGEEFSVRVSFLQLYNEELKDLL-DPDTDKKLRLMEDVKRGGIYCMNLLEITATTAKHVYELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAAGEDLLRVGQLNLVDLAGSECVGRSGARNARAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 317
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A421GYN6_9STRA (Kinesin-like protein n=3 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A421GYN6_9STRA)
HSP 1 Score: 345 bits (886), Expect = 5.090e-96
Identity = 185/296 (62.50%), Postives = 224/296 (75.68%), Query Frame = 2
Query: 194 THVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDIS-SPENMGVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKRG-VVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
T+VQVAVRCRPLN REKA+G VV + +++ + V +K TY +D VFG +STQ+ VF S VKP V E L GY+ TVFAYGQTGTGKTYTM+GD+ E G+IPRSV IF L+ +++VR SFL+LYNEEL DLL D + K+ L EDTKRG + C L EV TAK +F +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+N RAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 28 TNVQVAVRCRPLNSREKATGRGAVVQCKQNSNEVAVVKRK---TYTFDRVFGQYSTQKDVFSSVVKPAVDEALAGYNCTVFAYGQTGTGKTYTMQGDLKPGSETAGIIPRSVRRIFEALEAKGEEFSVRVSFLQLYNEELKDLL-DPDGDKKLRLMEDTKRGGIYCLNLLEVTATTAKHVFELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAAGEDLLRVGQLNLVDLAGSECVGRSGARNVRAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 319
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Match:
A0A484DRR3_BRELC (Kinesin motor domain-containing protein n=1 Tax=Bremia lactucae TaxID=4779 RepID=A0A484DRR3_BRELC)
HSP 1 Score: 348 bits (893), Expect = 5.710e-96
Identity = 184/308 (59.74%), Postives = 234/308 (75.97%), Query Frame = 2
Query: 158 SNEMADKESAAGTHVQVAVRCRPLNDREKASGNLHVVTTETSNHRIRVAHKKLDRTYHYDHVFGPFSTQEQVFVSTVKPIVHEMLQGYSTTVFAYGQTGTGKTYTMEGDISSPENM-GVIPRSVHAIFNYLDGISADYTVRTSFLELYNEELADLLADSNSKSKVVLREDTKR-GVVCCGLEEVQVLTAKDIFNILDKGIQQRKTAETLMNKNSSRSHSIFTLKIMIKESMPDGQEAMRHGQLNLVDLAGSECVGRSGAKNARAREAGNINQSLLTLGRVITALVEHHPHVPYRDSKLTRLLQESLGG 1075
S+ + + T+VQVAVRCRPLN REK +G VV + +++ + V +K TY +D VFG +STQ++VF S V+P+V E L GY+ TVFAYGQTGTGKTYTM+GD+S M G+IPRSV IF+ L+ +++VR SFL+LYNEEL DLL D +++ K+ L EDTK+ G+ C L EV TAK ++ +++ G++ R T+ETLMN+NSSRSHSIFT++I KE G++ +R GQLNLVDLAGSECVGRSGA+NARAREAG INQSLLTLGRVITALV++ PHVPYRDSKLTRLLQESLGG
Sbjct: 11 SSNLESSSLSVATNVQVAVRCRPLNSREKVTGRGAVVQCKPNSNEVAVVKRK---TYTFDRVFGQYSTQKEVFTSIVRPVVDEALAGYNCTVFAYGQTGTGKTYTMQGDLSPGSEMAGIIPRSVRYIFDTLETRGEEFSVRVSFLQLYNEELKDLL-DPDTEKKLRLMEDTKKSGIYCMNLLEVTATTAKHVYELVNTGVKNRITSETLMNENSSRSHSIFTIRIHSKEHNAAGEDLLRVGQLNLVDLAGSECVGRSGARNARAREAGTINQSLLTLGRVITALVDNLPHVPYRDSKLTRLLQESLGG 314
The following BLAST results are available for this feature:
BLAST of mRNA_P-lacustris_contig1005.150.1 vs. uniprot
Analysis Date: 2022-09-19 (
Diamond blastx: OGS1.0 vs UniRef90 )
Total hits: 25
0 1 Expect = 5.24e-243 / Id = 76.69 Expect = 6.59e-110 / Id = 75.00 Expect = 3.64e-99 / Id = 61.82 Expect = 1.70e-97 / Id = 60.53 Expect = 8.31e-97 / Id = 62.84 Expect = 1.59e-96 / Id = 62.50 Expect = 1.84e-96 / Id = 60.97 Expect = 2.08e-96 / Id = 61.82 Expect = 5.09e-96 / Id = 62.50 Expect = 5.71e-96 / Id = 59.74 Sequence D8LDX8_ECTSI A0A836CEW9_9STRA A0A0W8D8B6_PHYNI K3WG29_GLOUD A0A662X225_9STRA A0A3R7G432_9STRA G4ZND9_PHYSP D0MQ95_PHYIT A0A421GYN6_9STRA A0A484DRR3_BRELC Pages
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Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
Property Name Value
Taxonomic scope Eukaryota Seed ortholog score 657.5 Seed ortholog evalue 7.8e-186 Seed eggNOG ortholog 2880.D8LDX8 KEGG ko ko:K10398,ko:K14400 KEGG Pathway ko03015,map03015 Hectar predicted targeting category other localisation GOs GO:0000226,GO:0000278,GO:0000281,GO:0000902,GO:0000910,GO:0000911,GO:0003674,GO:0003774,GO:0003777,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005819,GO:0005856,GO:0005871,GO:0005874,GO:0005875,GO:0005886,GO:0006928,GO:0006996,GO:0007010,GO:0007017,GO:0007018,GO:0007049,GO:0007051,GO:0007052,GO:0008150,GO:0008574,GO:0009653,GO:0009826,GO:0009987,GO:0015630,GO:0016020,GO:0016043,GO:0016049,GO:0016462,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017111,GO:0022402,GO:0030865,GO:0031122,GO:0032502,GO:0032506,GO:0032989,GO:0032991,GO:0040007,GO:0042623,GO:0043226,GO:0043228,GO:0043229,GO:0043232,GO:0043622,GO:0044422,GO:0044424,GO:0044430,GO:0044446,GO:0044464,GO:0048589,GO:0048856,GO:0048869,GO:0051301,GO:0060560,GO:0061640,GO:0071840,GO:0071944,GO:0097435,GO:0099080,GO:0099081,GO:0099512,GO:0099513,GO:1902410,GO:1902850,GO:1903047,GO:1990939 EggNOG free text desc. ATP-dependent microtubule motor activity, plus-end-directed EggNOG OGs COG5059@1,KOG0243@2759 COG Functional cat. Z Best tax level Eukaryota Best eggNOG OG NA|NA|NA BRITE ko00000,ko00001,ko03019,ko03021,ko03036,ko04812 Exons 24 Model size 5825 Cds size 2397 Stop 1 Start 1
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
1622815272.084685-UTR-P-lacustris_contig1005:3628..3865 1622815272.084685-UTR-P-lacustris_contig1005:3628..3865 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 3629..3865 + 1693493442.1041226-UTR-P-lacustris_contig1005:3628..3865 1693493442.1041226-UTR-P-lacustris_contig1005:3628..3865 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 3629..3865 + 1622815272.1309593-UTR-P-lacustris_contig1005:9847..10025 1622815272.1309593-UTR-P-lacustris_contig1005:9847..10025 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 9848..10025 + 1693493442.1164186-UTR-P-lacustris_contig1005:9847..10025 1693493442.1164186-UTR-P-lacustris_contig1005:9847..10025 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 9848..10025 + 1622815272.1440458-UTR-P-lacustris_contig1005:10528..10585 1622815272.1440458-UTR-P-lacustris_contig1005:10528..10585 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 10529..10585 + 1693493442.1329577-UTR-P-lacustris_contig1005:10528..10585 1693493442.1329577-UTR-P-lacustris_contig1005:10528..10585 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 10529..10585 + 1622815272.154678-UTR-P-lacustris_contig1005:11053..11185 1622815272.154678-UTR-P-lacustris_contig1005:11053..11185 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 11054..11185 + 1693493442.1427379-UTR-P-lacustris_contig1005:11053..11185 1693493442.1427379-UTR-P-lacustris_contig1005:11053..11185 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 11054..11185 + 1622815272.16433-UTR-P-lacustris_contig1005:11737..11807 1622815272.16433-UTR-P-lacustris_contig1005:11737..11807 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 11738..11807 + 1693493442.152108-UTR-P-lacustris_contig1005:11737..11807 1693493442.152108-UTR-P-lacustris_contig1005:11737..11807 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 11738..11807 + 1622815272.1770773-UTR-P-lacustris_contig1005:13300..13526 1622815272.1770773-UTR-P-lacustris_contig1005:13300..13526 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 13301..13526 + 1693493442.1631014-UTR-P-lacustris_contig1005:13300..13526 1693493442.1631014-UTR-P-lacustris_contig1005:13300..13526 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 13301..13526 + 1622815272.189617-UTR-P-lacustris_contig1005:13891..14107 1622815272.189617-UTR-P-lacustris_contig1005:13891..14107 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 13892..14107 + 1693493442.175249-UTR-P-lacustris_contig1005:13891..14107 1693493442.175249-UTR-P-lacustris_contig1005:13891..14107 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 13892..14107 + 1622815272.2122939-UTR-P-lacustris_contig1005:14599..14722 1622815272.2122939-UTR-P-lacustris_contig1005:14599..14722 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 14600..14722 + 1693493442.1856277-UTR-P-lacustris_contig1005:14599..14722 1693493442.1856277-UTR-P-lacustris_contig1005:14599..14722 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 14600..14722 + 1622815272.223944-UTR-P-lacustris_contig1005:15632..15650 1622815272.223944-UTR-P-lacustris_contig1005:15632..15650 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 15633..15650 + 1693493442.1959488-UTR-P-lacustris_contig1005:15632..15650 1693493442.1959488-UTR-P-lacustris_contig1005:15632..15650 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 15633..15650 + 1622815272.423937-UTR-P-lacustris_contig1005:32418..34589 1622815272.423937-UTR-P-lacustris_contig1005:32418..34589 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 32419..34589 + 1693493442.3807132-UTR-P-lacustris_contig1005:32418..34589 1693493442.3807132-UTR-P-lacustris_contig1005:32418..34589 Pleurocladia lacustris SAG_25_93 UTR P-lacustris_contig1005 32419..34589 +
The following CDS feature(s) are a part of this mRNA:
Feature Name Unique Name Species Type Position
1622815272.239746-CDS-P-lacustris_contig1005:15650..15743 1622815272.239746-CDS-P-lacustris_contig1005:15650..15743 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 15651..15743 + 1693493442.2072213-CDS-P-lacustris_contig1005:15650..15743 1693493442.2072213-CDS-P-lacustris_contig1005:15650..15743 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 15651..15743 + 1622815272.251414-CDS-P-lacustris_contig1005:16177..16234 1622815272.251414-CDS-P-lacustris_contig1005:16177..16234 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 16178..16234 + 1693493442.2236183-CDS-P-lacustris_contig1005:16177..16234 1693493442.2236183-CDS-P-lacustris_contig1005:16177..16234 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 16178..16234 + 1622815272.2627144-CDS-P-lacustris_contig1005:17029..17146 1622815272.2627144-CDS-P-lacustris_contig1005:17029..17146 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 17030..17146 + 1693493442.2346811-CDS-P-lacustris_contig1005:17029..17146 1693493442.2346811-CDS-P-lacustris_contig1005:17029..17146 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 17030..17146 + 1622815272.2726533-CDS-P-lacustris_contig1005:17828..17912 1622815272.2726533-CDS-P-lacustris_contig1005:17828..17912 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 17829..17912 + 1693493442.245138-CDS-P-lacustris_contig1005:17828..17912 1693493442.245138-CDS-P-lacustris_contig1005:17828..17912 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 17829..17912 + 1622815272.2828512-CDS-P-lacustris_contig1005:18906..19059 1622815272.2828512-CDS-P-lacustris_contig1005:18906..19059 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 18907..19059 + 1693493442.2547395-CDS-P-lacustris_contig1005:18906..19059 1693493442.2547395-CDS-P-lacustris_contig1005:18906..19059 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 18907..19059 + 1622815272.2924058-CDS-P-lacustris_contig1005:20599..20812 1622815272.2924058-CDS-P-lacustris_contig1005:20599..20812 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 20600..20812 + 1693493442.2688797-CDS-P-lacustris_contig1005:20599..20812 1693493442.2688797-CDS-P-lacustris_contig1005:20599..20812 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 20600..20812 + 1622815272.3039892-CDS-P-lacustris_contig1005:21090..21231 1622815272.3039892-CDS-P-lacustris_contig1005:21090..21231 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 21091..21231 + 1693493442.2774673-CDS-P-lacustris_contig1005:21090..21231 1693493442.2774673-CDS-P-lacustris_contig1005:21090..21231 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 21091..21231 + 1622815272.3168602-CDS-P-lacustris_contig1005:22558..22687 1622815272.3168602-CDS-P-lacustris_contig1005:22558..22687 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 22559..22687 + 1693493442.2849338-CDS-P-lacustris_contig1005:22558..22687 1693493442.2849338-CDS-P-lacustris_contig1005:22558..22687 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 22559..22687 + 1622815272.3258393-CDS-P-lacustris_contig1005:23895..24045 1622815272.3258393-CDS-P-lacustris_contig1005:23895..24045 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 23896..24045 + 1693493442.2930863-CDS-P-lacustris_contig1005:23895..24045 1693493442.2930863-CDS-P-lacustris_contig1005:23895..24045 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 23896..24045 + 1622815272.3350046-CDS-P-lacustris_contig1005:24706..24829 1622815272.3350046-CDS-P-lacustris_contig1005:24706..24829 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 24707..24829 + 1693493442.3008924-CDS-P-lacustris_contig1005:24706..24829 1693493442.3008924-CDS-P-lacustris_contig1005:24706..24829 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 24707..24829 + 1622815272.346625-CDS-P-lacustris_contig1005:27434..27539 1622815272.346625-CDS-P-lacustris_contig1005:27434..27539 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 27435..27539 + 1693493442.3098156-CDS-P-lacustris_contig1005:27434..27539 1693493442.3098156-CDS-P-lacustris_contig1005:27434..27539 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 27435..27539 + 1622815272.3568008-CDS-P-lacustris_contig1005:28636..28753 1622815272.3568008-CDS-P-lacustris_contig1005:28636..28753 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 28637..28753 + 1693493442.3199832-CDS-P-lacustris_contig1005:28636..28753 1693493442.3199832-CDS-P-lacustris_contig1005:28636..28753 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 28637..28753 + 1622815272.3672047-CDS-P-lacustris_contig1005:28943..29111 1622815272.3672047-CDS-P-lacustris_contig1005:28943..29111 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 28944..29111 + 1693493442.329988-CDS-P-lacustris_contig1005:28943..29111 1693493442.329988-CDS-P-lacustris_contig1005:28943..29111 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 28944..29111 + 1622815272.3766062-CDS-P-lacustris_contig1005:30121..30288 1622815272.3766062-CDS-P-lacustris_contig1005:30121..30288 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 30122..30288 + 1693493442.3444462-CDS-P-lacustris_contig1005:30121..30288 1693493442.3444462-CDS-P-lacustris_contig1005:30121..30288 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 30122..30288 + 1622815272.3876336-CDS-P-lacustris_contig1005:30808..31076 1622815272.3876336-CDS-P-lacustris_contig1005:30808..31076 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 30809..31076 + 1693493442.3552399-CDS-P-lacustris_contig1005:30808..31076 1693493442.3552399-CDS-P-lacustris_contig1005:30808..31076 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 30809..31076 + 1622815272.4110928-CDS-P-lacustris_contig1005:32106..32418 1622815272.4110928-CDS-P-lacustris_contig1005:32106..32418 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 32107..32418 + 1693493442.3682206-CDS-P-lacustris_contig1005:32106..32418 1693493442.3682206-CDS-P-lacustris_contig1005:32106..32418 Pleurocladia lacustris SAG_25_93 CDS P-lacustris_contig1005 32107..32418 +
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-lacustris_contig1005.150.1
>prot_P-lacustris_contig1005.150.1 ID=prot_P-lacustris_contig1005.150.1|Name=mRNA_P-lacustris_contig1005.150.1|organism=Pleurocladia lacustris SAG_25_93|type=polypeptide|length=799bp
MLQASRDKNGVYMEPWRFEQMENTLASQGNQIAEMEAELHSRNGETKELK back to top mRNA from alignment at P-lacustris_contig1005:3629..34589+
Legend: UTR polypeptide CDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-lacustris_contig1005.150.1 ID=mRNA_P-lacustris_contig1005.150.1|Name=mRNA_P-lacustris_contig1005.150.1|organism=Pleurocladia lacustris SAG_25_93|type=mRNA|length=30961bp|location=Sequence derived from alignment at P-lacustris_contig1005:3629..34589+ (Pleurocladia lacustris SAG_25_93)TGAACAACCAACACAGAAGATATACTGCGGCGTGTGAAAGAGAAAAACAG
CGTGTGTATTTGCCTTCAGCCAGGGATTTCGCTTCTGGGAAACGGCGGTG
CAACTCGTTGTCTTTTTTGGGCACCACCTCACCAACTGCCAAGGATTGAT
CGTGGGGAGCAACGAGATGGCCGACAAAGAGAGCGCGGCAGGCACACACG
TGCAGGTGGCAGTGCGATGCCGCCCGCTTAACGACAG GTGAGTTTGAGAC
TTCTGTTGTGCTGCCACACTGCCAACAATCGACAGGATAGCTCGCGCGAT
GGAGACTCCGAGCCGTTGCACCGCCTCCCGCGCGTGTGTGTGTTTTCACC
CACCGCCGGTCTGGCGGTCCTGTGACTCAGAGTGGCTGGCTTCCCCTAGT
GGCATCAGAAAAACGTGGGAGCTCTTTGCGTGTGCCAACGATGGGTGGCG
TGCTTGTGCTTTGGTGATCATAGCGCTCTGGTTGGTGGACTAGTCGTTGT
AGTAGCATCATCTTTACGCAGATTCGTCGCACAAGGACATGTTGCGGTTG
TGTGGCTGTTTGCTGCCCACCACATTGGTATAGGTAAGGCCCTTGCATTT
TCGCAAAGTTGAGTTCCCGTTGGCCTCCCCGCCTCTCATGTCACTGGGTT
TAGAACACGTTCATAACTCCCCGCCAGTCTCCGGACCGATATATTGTAGG
AGTATAGACTTCTTGCATCAAGCCGCGAAAAATCTCAAAATGGCCTATAG
AAAAGGGGTGAAATCGTGTTTTGGTGCACTCTAAAACCGGTATGTTATAG
TGAGGTCGGTTTGAAAACTCGGCACTCTCTGTCGGTCTTGGATTGACCAT
CCATGCGCCTCAGTGCGACCAGGGAACGACAGGGTACTGCTGCAATACAC
TTACAGTGGTAGTCGGCTGGTTGAACTGCTCTCGGCTTGGCCTTTCAGTC
TAGGTTCGCCCCATCTGAAAGGCGACAACAGCATGGAGGGACTCCGTGGA
AAAGCAGAAATTAAACCCTAAACCCTCGGAAACGTCAGAACAACGATCGC
AAGCGCACGCCACTCAAAGCCACTCAACGCTTGCAGACACCATGTCCGTT
GTGCCGGTAGCCGAGAACGAGCCTCACCCTTGTGCTCTGTCAGGTGGGTG
CAGAAACCCACTCTTGGGTGTAAAGGGGCGTCAGCACCGATGCCCGAAGT
GTAACGAGCCCGTGCGCAATCTTTGCTACCAGGGCTTGACCGGGATCGAG
GACCAACCAGCAGACGGTTTCCTCTGTGGCGGCTCTGCTTGCCAAAAGCA
GATGTCCGCAGACAACAAGGCTGCCGTCAtacattgTAGCCGCGGCAACA
GAGCGCGGGGTGAGGGTTGCAGGACTGGAGCAGCTCCCCTACGCCGCTGG
TTACGAGTTGGTCCTCGATACCGGTCAATCCCTGGTAGCATAGGTTGTGC
ACGGACTCATTACACTTCGGGCATCGGTGCTGACGCCCCTTTACACCCAA
GAGTGGGTTTCTGCACCCACCTAACAGAGCACAAGGGTGAGGCTCGTTCT
CGGCTACCGGCACAGCGGACATGGTGTCTGCAAGCGTTGAGTGGCGTGCG
CTTGCGATCGTTGTTTTGACGTTTCCGAGGGTTTAGGGTTTAATTTCTGC
TTTTCCACGGAGTCCCTCCGTGCTGTTGTCGCCTTTCAGATGGGGCGAAA
GTAGACTGAAAGGCCAGCCGAGAGCAGTTCAACCAGCCGACTACCTCTGT
AAGTGTATTGCAGCAGTACCCTGTTGTTCCCTGGTCGCACTTAGGCGCAT
GGATGGTCAATCCAAGACCGACAGAGAGTGCCCGAGTTTTCAAACCGACC
TCACCATAACATACTGGTTTTAGAGTGCACCAAAACACGATTTCACCCCC
ATATAGGCCAATTTGAGATTTTTCGCGGCTTCATCCAAGAAGTCTATACC
AAGAAAGACTGCAAGACCTGCTGTGTGGTGTGGCGCATGCGACAGCAGGC
GAAACAACAAGCGGGATGCCGTTGATATCTTCGCGTGGGCAAGGGCTCAA
CACGTCAAGCTTGTGGTCCAACGTTTGTTACCAGTGGTAGTCTTCCGCAA
GTGAGCTAAGATAAGACACCCGTGTGATAATATTTTGGAGCTTAAAAATG
TATCACACGGTGTTCTATTCTGTAAGGGTGTGCTATCTTATGTCACCGGT
GTGATAAAGTGCACGTCACGGAGCCCACAATCATGTGGTGTGACAGCAAA
AATTGCTGCTGCCACACTCCTTGAAAGGGTAGAGTTATTTAAAACTCGAG
CTATCACAGAAAAGTTTCTCCGAGCCTGTTCATCGATATGTACATATTTT
GAGAGTTTATAGCCGGTGTTTGAAACTCGATTATAACAGATTGAGCGAAC
AGCTGCCCGAAAAATAGGATCTTTGCATTGAAATGAGACGTTGTGTCCGC
CAGCCACACCCTCAGCCTATGGACAATGACCCATGTATATCATAGTCCAT
AGCCCTCAGCACTTTCTTTCACAGACACATAGGCTCTATCTCAAGTTGCC
GGTGATATCACAAGAACGCTGAGAGGCGGGTCGCAGCAGGGCTGCAGGGA
GAAGCTGTGCCTGACAACGCGGGAACGAGCGCCTTGAAAAAAAAACACAC
ATCACACACACCGAACAAAAAGAAGTGTCTTGCCGTGCGTGTTACACATG
AAGGCGAGGCGCAAGTGTCGAGCGCTGCACGCAGCCAGGTAGAGATTACT
CTGTCAGCGTTGCTCCTTCCGTGCTGCGAGAACAGCTTCTTCTGTAAACA
CCAAGCAAACCAACTTGAGCAATCGAACACTTGTTGTTATGATTTCGGCT
AAAATAAAAACAAGGGCGGTGACCTCTCCTCTCTCTCTGATGCGCCTTTC
CTCCTATCGACAAGGACACGACTGCCGGAACAATTCGCGCCCTCCCGCCG
AGGCCCTAGCTTCCTCTCCCCTATTCTTGAGCTCCAAGCTTGCTGGTCAC
TTGGCATGTGGTCTCGGCTTTGCCCACACAAAGTGTTTTGTGACCGTTGT
TGTGAAAACAGCATCCAAGGCTGGAGAGAGAGAGAGAGCACGCGACAGCA
GTTCAACTGATGTTGTTGTGCAAAAAAAGGAAAACAGCTCATCAGAGCTC
AACAGAGTCCGGCGATGTCGATATGAATTCGAAGCTAAGCTGAGCCATCA
GAGGATCTGAAGAGCACGCACCTAAGCAAAAAAATGAGTACACAAGCCAG
ACGAGGTACACCTAAAATCCCTGCAGCGTAATGCGCGCGCAAGGCTGAAC
TACTACACGTCCGTACACCTCATTCGACTACAGCAGCACCCCGCCCCACT
CTTTACCAAAGTGAATGTTTGCCAACTACAGCGTATTTCTGTCTGGAGTG
CTGTCTGAACAAAAACACCGTGGAAGGCGTGGAAACAAGAAGCTGAGGCA
CGCAGCTGCTGTCTGAAGTACTGTCAGAATGCGTCCGCGGACACACAGCA
GTGAAAAAGAACAACAACAAAGAGCCATCATTGAAATTGACCATCACCCG
AATCTATCCCGATCGTCTGTGTTAGGTATAGCGGTGCAAATATTGACACT
GATTAGGAATCGTTCCACATTCGCCATTGAAGGGGTCTTCCACGATGCAG
GTGTACAATTAAGGCACCCGGGTTATCCGCGCCATCTCTGCCGCGTCTCT
CTACAAAACCAATGACGCCATCACACACACCCAACACCTATATTCGGGGA
AAAGCAAAAATAGTTGACAACACATAATGTTTGTCCGTGCGCCACGGTTC
GATGTCGTCCGAATGCCGCTGCTCCGGGGTGGCCATTCCTAGCACGACCA
CACTCGACCCGCTCCGTCCGTACACGCTCTCGTTGCTGTCCTTCCCAGTC
GGTTCCTCGCTTTCTCCCTTGTTGCATTTAGGGTTCTTGGCCTGAAAAAC
AAATTCTCTCGCCGAAAGGGTTAACCAGCCCAATCTTCAGCTCGTCTCCA
CTTGCTCCCTCCTCCTTGGATGGCGAAGCCAGGTTACTCAGACATTATCT
CCCACTAGCAAACCTAGGGCAGTGTAGTGTCCCTCCAACTTTCTGGTGGT
GTCTGCCTCCGCGCACAAAAATAAGACGGGCATTGCTGCCTACGCCGACG
TCCATAAATGCCCGGGCATCTTTACTTTTGTACCTGAAACACCAGTGCCG
ACCCAGCTCTACCACTACGCACGCCTCGCGGCGGTTGCGCAGTAGCAAGA
AGGTATCGGTCCCTTTGAGGGTGAGTCTAGCCTTGCTCGCTAGAAAGACC
CCCCTCGCAACGGGCCATGCCTAAGCAAAAGCCtTTTTTTGCCGAGGCAG
CGGGGGGAACAAGGGAGTCTCTCCCGATGTTGCTGCTGCCGCTGCCGACG
CCGCTGCTGTAAATGGAAGAAATAGCGAGGAGGATCTTCGTCGGAAACAC
GACAGTGCCAAATTATGAGCGTAATGCTCAGGTAGGGCTCCTGAGCCCTA
CCGTTGTGTTCTTCAGATTCAGACCACCACACTGGTCGTTATGAGGAAAC
ATGCCTATACCAGCTGTTATAGCTCCACATTTTAAACTGAATATGCGCAT
AATTGTCAACCATCTGAACGATTTTTGTTATATTTCGAGTTTTAATTGTG
TCTGGTGTGATAGAACAAGAGCGTGTGTGATAATACAGGGGCGGGATGAG
ACAAATTGCTTCTGCCACAATCCTTGAAAAGGTGAGGTAAAACTAGGGTG
TGTGATATCTCTCCTTAGGCCAACAACTTGCCTTCGGCCACCTGAGGGGT
GAGATGGGCTAGCAGGTAGGTGCTGTTTTGCGGGCCTCAGCAGACTCGGT
TGTGCGGGCCCCAGCAGACTCAGTTGTCCGCGTCTCAGCAGATCAGTTGC
GCACGCCTCACCGCATTCAGTTGTGCGCGCCTCACCAGCGCGTGCGGCGG
CGGGCACGCGTGTTGGTGGAGTCTCCGTTGGCTTGGCGGCGGGTTGTTTC
GAAAAATTTAACGTGGTCGCGCCTGAAGCCGCCGGTGGCGCTGCAGTCTT
TGCTGGCACCGCCTAAGCCACGGCCTTTCCAGCAGGGTTGTCCACTACCT
CCTCCACCTCCATATGGTTTGTGTTTGTCTGCGTGGTAAATGTTACCAAC
TGTGCCTGAGTTGTCGTTTGCTGTGCGTGTGATGACCACACGTCTGTGTA
GCACACGGTGTGGTAACAGGGGCTCCGTGATAATTATGCGGGGTAACTTT
AGGGCGTGTGCTATCTCATGTCACCGGCGTGATAACTGACCGTTTTTTTT
GGGCCCAAAAAAACTATCAGACGGTGTGCTATTCTGTAAGGGGTGTGCTA
TCTTCTGTGAGTGTCTTATCTTTTGTCACTTACGGTATGTCGCTCTTCGA
TGAAGTGTGACAATGGCACCAGCGCGAGGATGTTCTGGCGATCCAGAGAC
TCATGCTTGCGGATTTTTTTTTCTGCGTGACCCCCTGCGAGAGAGGCAAG
GAGAAAGGAGACGGTAGAGTAGGGAGCAACTGCCCGCGGCGGCAAGATGA
TGTGTTAAGAAAAAATAGAAAGCAATGAAGGATCTCTCCGGCTTGTCTCG
CCAACATGTGACACAAGATACCACACCCCCACCCGACTAACGAAAACGTG
CACACTGTTTGGAGGTTTCTCAACCGAACGTTTCGCTTGCGGTAGCCAGC
CACGCGCGGTAGATCGCTTGGGTCTGCAACACCCCGACGTTTTTCCAATA
CCGGGGTGATTTCGGTTTGCTCCTTAACTGCCATAATGCTTTGCTCCGTA
ATCAAGAGGTATGGGCGCGAGTCTGTGGGCATGATCGCGCCTAATCAGTG
CAATTTTCGCCGCGAATGAGGCGGTCGCCTCGCCAACAAAACAGCAACGG
AACACAACACAAACACCGCCTGCGAGCAACGCCAGATGGCGTTACGTATG
TATAATTTGTGGCTCTCTCTCGGCTATGTCGTCAGCGCTGCCTTGGTGTG
GAGTTGACCCCGTTTCCGGCGAGCCTCTACATCCTCGTGTTTCTCGTGTT
CGATCAATAAGGATGGCGAGGATTCCTCCCGACCTGTGCGATCTCGTTGT
GGGGTATTCGTTTCGGCATCACCAAGCTTTCGGCTCGGAGGTGACGTTGT
AGCATTGTCCAAAACGCCGCTGCTGCACGTCTGGCTGTGATGTTTTACCG
TCGGGGTTGACACCCACAGGGAGAAGGCATCGGGCAACCTCCACGTGGTC
ACCACCGAGACGTCCAATCACCGCATCCGCGTGGCTCACAAGAAGCTCGA
CAGGACGTACCATTACGATCATGTTTTTGGCCCATTCTCCACTCAGGAAC
AGGTCTTCGTGTCCACCGTCAAGCCAATCGTGCACGAGATGCTTCAG GTA
ATGTTGTATATTTTTCGGTTAAGCACGTCGATCATACCCATTGAGGCAGC
CAGGGCGGGCATTGCTGCTGGAGGCCATCATTTTTTCCTCCGTCTTCGGC
CGGATGTATGGGCTGCCCTTCAGTTGCCTGATTCCCGCTGCATGGGGGTA
CTTGGCCGGTCGTAGCCTGAGCGTGCATGCAGTCGGAAAGTACGATTGTT
TTGACCGAAACCCCGCACGAGACAGGGCGTACGGCGTATGTATGTACTCA
CTGTAAAGCCATGACATAGGCCGGGTGGGGGGAGGGGGCACCTGTGCTCG
ACATGCTTGAAGTACAAGTAGACACTGCGGTTGAAATTTGATACCAGCCT
ATTGGCAGTGAGCTTGGGTCTGGACTGTATGAACACATCCCTGAGTTCCA
CCATCTGTTCGTCTTGGTTTGTGTCTAGAACGATCCTTCAACAAACCACC
TGTGCTTCCGTGCTCGATTTTGATTCCTAAATGTTGTTGAATGCGCCCAG
GGGTACTCCACCACCGTGTTTGCCTACGGCCAGACGGGCACAGGAAAAAC
ATACACG GTGAGTGAGGGGGGGTGCGTTGCATGCCACGTGCGCACGATGC
ATGCTAAAGACCGATCGCGTAAGAGGGGCTGTCTCCTACTTCTATGCAAC
AAGTTCCCGCGGCGGGAGAGCAGGCGCTAGGCGCTTTTCGAGTCATTCGC
GCAGGTCTTGAATGGTTCTCTTTCGACTCGACGTATCTCTTGCTAGCGGC
CAACAAAAAACCACCTCCTGTGTGCAAGACTAAACAGCCTGCGGCAGGAA
CCTTTTCTATGGCAATAGATGAGAATACCCTAAAGTCTAGTAGTAGCGGC
CAATAAGCAGAAGCCCGTCATGATGAGCCAGTTTATGGGTTGTGCGCACC
GCTTCCACCGTAGTTTTGTTGCCTACTGCTGCACCCAATGGCATCTCCAT
CTTCATCATGGGAGAGGTTTGGCCGATGGCTCACCGCACCGTGTTTGCGC
CTTCGTATGCATACGCCATGGGCAGATGGAGGGGGACATCTCCAGTCCCG
AGAACATGGGGGTAATTCCGCGGTCGGTGCATGCTATCTTCAACTACCTG
GACGGCATCAGCGCCGACTACACCGTCCGGACTTCTTTCCTGGAGCTTTA
CAACGAG GTCAGCATGAGCATGGGTGCCGCCAACCGGAGGCAGATTTTGT
TGGGAGTTCTGTGTTTCACGCATTGTTACCTGGCCTTGGCCTTTGCCAAA
CTATTTTAACTATTTCTATTTTGGCTCGGATGGCGCGAGGGCAGAATCCC
TCGGTCATGGTAGAAAGCTGGCATGTGCTGTCGCACAAGTCGGTGGCAGC
GGAAAGCGTTGTTGGTAGTAACGGGGGCTTGCAGGCTGCCCGAGCGTCAC
GTATCGATTGCTGCCTCTGGCTTTGTTTTGTTGTGATTTTGTGTTTTGTA
CACGTTGTTCACGATGGCCTTTTTTCGCGCTACCATTCCCCTCACAGCCT
CCATCTCGTCGTTGCTACTCTAAAAATGGTTCGGATGTTTTCGTTCTTGA
CGGCAGAGGATTGAATATGTGCCGCCGGGCGGTTCCGTTCCCTTTCGGCG
TTGGGGATAGCGAAAGCCTCCCGCGACGAAGCGTTGCGATTTACACGTGT
GATGCCCACCCGTTGTTGTTCCTGTATTGCATCGTGCTTATGTCCTCCGC
TTTTTTCAGGAGCTGGCAGACCTGTTAGCCGATAGCAACTCTAAAAGCAA
AGTGGTGCTTCGGGAAGACACCAAGCGCG GTGAGCGTAGCAAGGATGTGC
ACCCGGGTTGCACCTGGCACAAAACGAAAAAAAATGTGACCATATGAATC
ACAGACCCCCTCGGGAGGGGTCTATTGTTTTGGCCCCCTTACTCAAAATT
TAAGTGAGCATCGGCACGAAGAAGGCAGCGGTTACGCATCCCACGATCAG
TACTTGGAGAGAGCATAGGTATACAACCAAAGAAGTCATCGTCGGCCTGC
CGAATTTCGGATCAGCACTGCCTCCCAAGTTCCCCAGGCAGCTGCCGCCT
GTCTTATTTGAGCGAGAAATCCTGCCGGACAGCTGAAGATACCACCCCAG
AAACTGAAGATATCACCCCCGAAACGAAACTTCAGCGCTCTGTTACTCCT
CTACAGACTACCCCAAGCAGGCTTGCGATGATCTCAACTGTAAGAAGTTC
CTCAGAGATTCTTGACTTTGCCTGCCGAATTTTGATCGCAACTACAGCCG
GAGCTGTTGAGAAATAACTGCACACCCCAAGTGTGTTTTTGGGCGCGGGG
GGCTCCGTACTCATCATTTTGTTGTCGTATTAAAAAAAAAAAACGTTTAT
TGTTTTTTTTTCCTGCTGCTTGCAACACGGGTGGTGGTTGTTGTGCGTAA
GTCGCTAAGGCAGACCGTCCTATCACGACTATCTCAATTTCCTTCCGCAT
ATTCATCTTTTCCTGCCCTTCGTGGTTCCAATGTTTTCCTCCGTGGTTAT
ACCCGTTCCCGTCTTCAGAACAATTTTCAGAACAATTTTAACAGCGTTGT
TTCGTTGCCGAGGGTTGTTTGTCGTGGATGGCAAGAGTTGTGCTTGTACC
TACTTTGGTTTGGTGCAATTTTTTTTGTTGTTTCATCCAACTTTTTACTG
CACGTGCCCAACAGCAGGGAGGCAGAAATATTTCCCACGCTATTTATATA
CCACTAATTATTTGTAGTGGTTGGTCTGGTCCTTTTTTCATCTTGTCCGC
ATCGAGAAGGACGCCACAGCGCTAGCTGTTTCTCTCTTGGCAACTGATGG
GGCCGCCGAAGTTAGCCTTACCGGGAAGGTGCCGGATGTGTCCCTTAAGA
GGTCTGCAGGCACTGGTCGGCTCGGTCTCATTTGGGATGGAACGCAAGGC
AGGGGAGTCCTTAGTAGGGATCGGTCGTGTTTTTCGTGTGTTTGGAGACA
GCGACAACGCGCAGCCGCCCTCATGCTTCGAGTTGGTGTGTTCATGTGCT
TTGAGCCTTTGCTGTCAGGGGTGGGGTGTTGCGGCCTCCGCTAGATGCCA
GTGCTCTCCCGTTGTTGTACGGTGGTATGACGGGTCGGGTCAGCGGGTGA
CCGCGGAAATTCGTTTCTTACCTGTTGGAATTCCAATGTTGCCAAGTACG
GGATGGATGTCAGATCGTTTGGTTGACCGACTACAAAACGAGAACAATAA
GCAACGAAATCGAAGCGGTGCACTCGCTCGGATAAAAAAAAATGATAATA
TATTTTTCTTTTTACGCCGCAGGAGTGGTGTGCTGTGGCCTCGAGGAGGT
GCAAGTGCTTACCGCCAAGGACATCTTCAACATCCTGGACAAGGGCATCC
AGCAACGCAAGACGGCCGAGACGCTCATGAACAAGAACTCCTCCAGGAGC
CACTCCATCTTCACGCTCAAGATCATGATCAAGGAGTCCATGCCGGACGG
CCAGGAGGCGATGCGCCATGGCCAGCTCAACCTGGTCGACCTTGCGGG GT
GAGGCTTCAGCCCAGCCTCCGGCTCTTGTTGCTTTCTCGTTAGTGGACGT
ATGTAATATTTCTGCCTGCGGACGCCCGAGTAAGTAAACGCGAACAGCAC
ACGGACGTTCACACGCGCGGGTTTGGTGTTGAGATGGGAGGGCTTACACT
TCAACCTGGGATAGGCACTAATTTTTGTGTGTGCAACTGTTGTGTTGCCC
CCGATTTTATTGTGCTTACGGGAAAGGGGCACACCACTCATTGGCGACGC
CCCCTCGTTTCTCCGGGTCTTTTTTTGTTTTTTTCCCCTGTTTCGTTTTT
TCGTTTTTTGTCTCTTTTTCTTTTTCTACTCGCCGTCATCCTTGTGCCAT
TACTGTGAACCAGGTCGGAGTGTGTCGGGCGGTCGGGGGCCAAGAACGCG
AGGGCAAGGGAGGCAGGAAACATCAACCAGAGCCTGCTGACGCTGGGCAG
GGTGATCACGGCGCTCGTGGAGCACCACCCCCACGTCCCGTACCGAGACT
CGAAACTGACGAGGTTGCTGCAGGAGAGCCTCGGGGGAGGGCGAAGACGT
GCATCATCGCCACCGTCACGGCTTCGTCC GTGAGTTTTGCTTGTGTGTCT
CGGTCGCCCGCCTTCGAGTTTGTCCGATTGGCAGCAAGCAGAATTCCTAA
TCTTCGACAACAATATCATCATACTTCCACAGGTGGCCAGAGTTGTAGGT
TGGGGCAAGATTGGAGCACCGGTCACAACCTAAGAGGTTGTACAACGTTG
GCAGCTGGGAAGTTGGAAGGACGGCATCGACCTGAAAATGCTAAAAAAAA
ATCTGCTGCCAGCCCGGCCTGTTGGTTGAATCAATCCTGCCAAAGGATGA
CGAAGACAGAGCCGGGTGTAAGCATATCCCACCAAACAACGTGGAGCCCG
CCGATCCAATCCAAGAAAGCCCCTTTGATGTGCTCAGCGTCTGCCTTATC
TGTCTACGATTTCATCCCCCGGTATCGGGTTACGCACCCGCGCCACCTAT
GTTATTTTGATCGCCCTTGTTGCTGCTGCTACCTATTCCGCCCGTCGAAA
ATCGCGCCGCTGTCGACACAGGATGCCCTTGACGAGACGCTGAGCTCCCT
AGACTACGCCCTCAAAGCCAAGAGCATCCAGAACAAGCCTGTCGCCAACC
AGAAGCTCAGCAAGACCCACCTGCTCAAGGAGTATGCTGGAGAG GCGAGT
AACTGGAAATGGGATTCGGGGGGGCGGCGGGGCTGAGAAGTGGACGTCCC
CGCGGTTTCACGCCTTTTCCTGGACTGTATTTTGGAGATTCTCTCGGCGT
GTATGGGGTTGCCCTGCCTAAGGGATTTGTGTCATTTCTGCTTCCTTCAG
TTGCTGCGCGTTTCTGTACGCAGTCTCGGATCTGTTGGAATCTCTCCTAT
CTTCTCTCTTTTTACAGTTGATTGGTCATGAAAGTATTGGGCTCACCGTT
GGAACAGGGCAAACGCCTTACGATACGGTCAAAAATATCTCTTGAAAAAA
GGTGCCCCGAAGGTGGTTCGACACGCTGCGGAGCTGAGTTACTCGGAAAG
AATGAGAACGGAATGAAATTCATCCCCCACCCCCGTCCCCACGAGGCGAT
TCCGGAATGTAGGTTCGAAGCGGGATATCACGCACTCTCTCTTGATCTGC
ACAAGAGAGCATTGTTTTTCATGTCCACATCGAACAACGCCGACCTGTCG
CAATAGCCAGGCCCACGACACTACCAATACCATGGCGGAAAGACTGTCGT
AGAGCAGCAGGGCGCTTGAAAACCTTGCGCCGCAGGTAGCCTGTGGAGTT
GTAACCGCCCCCCGCCCGTAGCGCTCCTCGAGGTCAAGGTCAGATAGCAA
GCGTTAGAAAGAATTACCTCGGTTTATCTTCTCGTGCCTGGGGTGCTTTT
TTTTCTTTCTGAGACGACAGTCAAACACAGCACCTCCGAGGGGTTCGCTA
CGGAAAGGGGATCGATGGATCGCTCCATTCATTACTCCTAACTCCTTGCG
GTGCTGCAACCCTAACCCTAAACCTGTAACGTGAAATGTGCTCACTCGAT
CTTGTGTTTTCGTTATTTTAAACGTTGTCGCGGCGGTACTTTGTTATGCT
GCAGGTGGAAAGCCTTCGATCC ATGCTCCAGGCCTCCAGAGACAAGAACG
GGGTTTACATGGAGCCGTGGCGTTTCGAGCAGATGGAGAACACGCTTGCG
TCCCAGGGCAACCAG GTATATACAATTGTAAGCTCACTCCCTGAAGGGTT
CGGCGAAGAGAAACTCACACCACACCAGACACCACACCAGGCTAAGGCTT
CGATACTGTCGCAAGGAATGCAGTGTCCTGCGTGGTAGGCCTAAGCACGA
ATTGTCCTGCGTGGCGACGTTGCAAGCTTGAGTTTTGGTAAGGGAGGAAG
AAAAGCAAATGGTAAGGGAGGAAGAAAAGCAAATGGTGTGCGCTCATGGA
CCACGCCGGGGAAAATAAAAAACACGTCTGCGCACGCTCACGCTCTGTTT
TCGGTGTGTGTTTCAGAGCCTTTTCGGAGAATTGAACCAAAAACATGAAG
TGACCTCGGAAGCAGCACTCGCATGGGCATTGACGCGATTGAGGTGGCCC
CTTGAGTGCAGGCGCCCTCGGCTCTCTTTTTTTTTGCTCGTGTGTCCAGA
TCGCCGAGATGGAGGCCGAGCTTCACAGCCGAAACGGCGAGACGAAGGAG
CTTAAG GTGCGCGCAAGACGGGGAGAGGGGATTGGCGAGAAAACTTTACG
ATAGAGCGAGGAGAAGTAGAAAGAGGGAAGGGCCATTAAGGGAGGGAAGG
GCTACATTCCAGGCTGTTTGCTGTTGTAAAATCAAGCGACAGGGGATGTG
TATTTGTACTGTACGTATTGAGTACAATATGCGGCTTCTGTATACTCCCA
GTGGACAAGCTGGAGAAGAGTTTTTGCTTCCTGGAAAATGTATACTACAG
TATCTTCTTTTGTTGACTGGGTATTTGTAGTGCTATGCATATCATGGGAA
ATTTCCGAGAAATTTCCGAACGAAGTGAACCGGGCGATGGCGAATAGAAT
AGCGTGTACAGCGACATGAAAGAAAGATGGAGGGAAAGATATCCTGGGTC
TAGTTGGTTCAATTCCGATGAAAAAAAATCGCGATGCCCTACCCTACAGT
ACCTGGCGCCACGCTTTCTTTTTTCTCCGGGGGGGTCGTTACGGACAATG
TTGTTGAGTTTATCGTGCGTAGATCACAAAGGGCCATGACCACAGCAGTG
GCAGCAATCACAGAAACCAAAGACCGCGTCCAGCAAGCTTGTTTTTTTCA
CCAACCCGCACCACTTCGCGGCCTCCCTACCGCGGCCTCCCTCCCATATT
ATTATGTGTGATGACCCTTGCCCTGCCTGATGCGCCCGCCTGAATAATCA
CCGAGAGGTGCGTGAGAAAGGACTAGCGCGCACAACAAATTGGGTCGGAA
AAAACGTGCCCCTCTCTTCGTCGCTCCTTCGCTTTTGTTTCATTTTTGCA
GGACGAGAGGGATGCCCTGAAGGAAAAAGGGGAGGAGTTGGAGGGGGCTT
TGGAGGCCTCTAAGACTCGGGAGGGAGAGGTCTCCTTGGCTCTCAAGCAT
ACGCAGGAACGTCTTGAG GTGCGTGCTGGATCGAAGAAAAAAAAAATCGT
GCCACGAAAGGAGGGAGTGTTTTTTTTTGTTCGAGCTTTCCGTTCAACTT
GACGGTACAGTGTTGGTCAAAACTGCTGCCTTTTGGAAGCGCTCCCCTTT
AAACGCGTTGTATTTTCATACGGTTAGATTCTAAACCGGGTGCGGAACCG
TGCGAAAAAGGGTCATGGAGTGTGGCGTCCGGCGGGTTGCTTCGTGTAGC
GTAGGCTTTGTTGCGTTATATCAAAGAAAATAAATGAAGAATTGGGACAA
TTCTTCCCTTGGGGGCGGCGTTCCGTGAAGTTGCGATTTCTTCTGCGCTA
CCTCCGTACGGTAGGCTACTTCGCCGCCGCAGTTTGGATTCCGATTTGCG
AATCCCCTCGAGTGCGCTCGCGTGCTTTTTTTTTTTTCATTCAAACGGCG
AAAGTCAAAATCCTACCGCATCCCCTGTATGTTTCGACAGGCCCGCTTTG
CTTGCTCGGTTCCGATAATTGTTCCGATAATTGCTGCTTGTCACTCTTGG
AATCTCTGTTCTACTGCTTCTGTACCGATCCTTCCCAACATCGTTGATTT
CTGGATTTTTTAGTGGTTTGATGAATCCCACATGGCTATCTTGTTTTTTT
TGTTTTTTTGCTTGCTTGTGCACTATCGAAACAAAACGTATCCCTCGCAG
CGCACGGAAGCCGACCTTGCTGCGACGCAGGCACTGGTCAAGGAGCTGCA
ACAAAAGCTGGCGTCCACGGAACAAGAGCTTCAG GTCTGATTTTGTCGAG
TGCCGTGTGATGATGTCGGATGAATGAGTGCCGCTCATTTGCGGTCGAGA
AAGCGCCGCGCCCTTGCATTCGTTCAACCAACCCCTGCGTATGCATGGCC
TTGTTGTTGTCGTTTGAGGTTTCTGTCGTAGTTGTAAATGTAACGCCTGC
CGCTCATTTCCGGCTCTCTGACACAGTATCTCGGGTAATGGTGTCTCTCG
CTGCGGGGCGTTTTGTTTTGGTCGAGGAGGGTGCCCCGTTTAATGTTATA
AGATGGCGTATTTTTGCTCGAGGAATTATATATATATTTGTTTTATTTCT
TAGCGGCAAGCAGCAATTGATTGTATTCTTCACCTACGATTCTGCTTCCC
GCTGTAAGCTCCCTCTATAGACATCCGTTGTGCGTTGTCCGTGCTTTGTT
TTGGCCGAAAGATACGCGTATCTGCTCTGAAATACAATTATACTGTAAGC
TCGAGTGTATCGTTTGCTCGTCGTTTTTAGGTCGCTCCGGTACTGCTGTC
GATGACTCCAGCTTGGCCGTTTATCATGCATGCATTCCGCCGCCGTTCCA
CTACAAAGCCGTTTTTTTATTTTCGTTTTTTTTTTTCGCCATTTTCTCTT
TGCTTTTTTTTGCTATTTTCTCTTTTCTTTTTTGTGCTATTTCCTCTTTT
CTTTTTTTTGCTATTTTCTCTTTTCTTTTTTTTGCTATTTTCTCTTTGCT
TTTTTTTGCTATTTTCTCTTTTCTTTTTTTTGCTATTTTCTCTTTTCTTT
TTTTTGCTTTTTTCTCTTTTCTTTTTTTTGCTATTTTCTCTTTTTTTTTT
TTTGCTATTTTCTCTTTTCTTTTTTTTTGCTATTTTCTCTTTTTTTTTTT
TTGCTATTTTCTCTTCTTGATTTTTCCCGTGTCGTTATCCTTGTCTTCGT
CCTTTCATGTTTTGCTGTAGTCGCAAGCGAACCCCCCGCCCCCGCCCCCT
GCATCACGCGAATTATAATTCCCCCTAGGGTACCAAGGTTGAGCTGGCGG
CCACCAGAGCTGTCGTGGCAGAGCAGGCGGCAACGGAGAAGGCCCTCCTA
GCGGAGGCGGCGCAGACCACGGCATCCCTGGGGACCGCCGAGCGGGACGT
GGAGGGGCTGCTGGCCAAGGTTGACAGACAG GTGCGTCGCACGCAACAGG
TTATCGTCAAGAGCGTTCGTTCGGTCGCTAGCGTTCATTTTTGGCTAATT
CTCCGGGTGTCGGTGAGATCTCCGTAGATTTCGGTTACCTGTGGCTCTCT
CCTCTACACTGATATGTGAGATCTCCGTAGATTGCCCTCGTTTTTCGTGG
GTGCGTCCTCCTCTTGACGCATAGGCTCCGCAACGACTCCCTCGCGTGTT
TTGATGCCAATTCGTGGAGAGGTGGTGCGTTAAACAACTTCCGAGACAGG
GTGTATGAGTAGGGCTCGTGAGTCATGAGAAACAAAAGGAAATTTGGGCT
TGTCGATATGCGGTTTTTTTTCGTGGAAAATTTGAAATTTCGAGGGCTGT
AGTAACTGTGCATCGTCTGCCTACGCAGGAGGGCGTTGGGAAACACTGCT
TCGGTTGGAGGGGGGCTGGATGTATTTGAATGGCACACGCCATCAGGTTC
AAGTTGGCCTTGAACAAAAATTATAGACTCAAAGGAATCAACGTAAGACA
ACTACCTGCACACGTTTGTGGCGCCTTTTTAGAGCTTCCATTTAGTGGCT
TTGATAGCCCGCGGAGGAAATCATAATCCGAGTGTCGCCCGAGTAAGTGG
TTCTTCTAATGTACGGAGGCGAGGATCGTTCTCTGCAGTCGTGTCTCGTC
TTGTGATGACGATGTCGGCGATGGCGATGGTGCTGCCGGAACGAGGATCA
ATCAGGCTCTGATTGGAGCTTGAGTGGAACGTTTTTCTCGAGTATGAAGC
CTCTTCCCCTCTTCCCCTCTTGAGGCGTTCTTCCCAGTCTTCCCGGTGTT
TTATCTGTTTTGTTTTCTTATCCCTGCTACGTCCCGTCCGCGATTGCATT
ATTCCCTTTCTAACGTGTGTGCGCAAAATCTAGTACGCCTGCTTCATCGT
GCTTGCTGCGTACGTGATGCGGTCCGTCCAGTATGTGATGTCGCTTGTGC
GAGAGGGATAAAACAAAAAAGCAGACTTCGGCCGGCGCCGTGCGGTCGCT
CCGGTAGCTGCCACAATTCTTGCATGCTCCATACAGCATTCGTGTCGTTT
TTGCGTTTTTGTTTAGACTCAAGGTTGGACACACGGATGACCCGTTCACC
CAGTGTGCATCGTTTTTTTTTTTTCTTGCCTGCGACACGCGCGCGGACCC
GTTTCATGCCATGCGTCAATTTCACTTACCTACGTGTAGTTTGTTGTACA
CTGTTTTTGTTTTGGTGTGGAACGATGTCATACATTCTTTTTCTGAGTAG
TAGTACTTGTATAACCAGCCTGTTACCAAGGAAGTCGTCCGTGTCAGTTG
AACCAATACGGACGATAGAAGGTATACTGAGCAGAGACCGAAACGGTTTT
CAATGTGAAGACAACAACAACAGCAGCAGCAGCAGCAGCAGCTTGCTCTG
TGCGCTCCTTCGAAACAATGGATGCGCAGACTCCTGACGAATCGATGCAC
CCACCATTTTTCTTCTGGTCCATCGCTCACCACCTTTTGTGCCGTCCCTC
CTTCTCTCTCTCGTCCCGCAGGACGAAAAAGCAGCAGAAAAGCGAAAGAA
AGCGGCATCCTTCGGCGAGAATGCCACGGCGGCCGCCAGCGGCCTGTCCG
AAGCGGTGTCTCGCTTCTCCGGGGAGCACCTAAGGGGCTGCGGGGACCTC
AAGGGATTCCTGGCCAGGGCGGAGGAAGCGGCGCGGGCGGCGTCATGGGG
CCTATCGGCGGCTGCCGCAGAGGCCCTGAAAGAG GTGAACAGAGGTGGGG
TAGAGTGGGGTGGGGGGGTATTCCAAGTTGCCGCCCCTCCACCCACCTCC
TCCCGGGCGGGTTGCCCCCACCGCCCGTGGAGGCGAGAGACAACACGTTT
TTTGTTTTTTTTTTCTCTCCCTTTTGTCTTTTTTTTTTTTCCAAGCGCGA
GGTCTGTGTCTGTCGTAAGGAACGCTCGGCCGTGCCATTATTTTTGCACT
CATTCTTCCGTTCGCTACGTGCATGTGGTTGTTTTGTGTCCCTCGCTCTC
TTTTTTCTACAGGCGGACCTGGAGTGCAAGAAGATGGCCAGCGGGGTTTC
CACGGGAGCGGGGTCGATCGAAGCGCTCGTGAACGCCGCTTCCACCGCCC
TCGAGCGTGCCCTGGCGGAACAGCAGGATGCCATTGGCACGTGGAGCAAA
GAG GTTCGAAGAAGCACGGATATTGTTGCGTCGTAAAGATCTTTCAAGGT
TGTGGTGCTTGTAGCGGGTGCCAAGAATTTCCGTTTTTTTCGTCATTGTC
CGAAGCGAAAGTCAAGGATTTGAGAGTTTGAAGTGGCGTTTCAAGGCCAT
CGCAACGGCAGAGGGAGATTTAATTTTTGACGTCTTATAAAAAACAGAAA
AAAAAGAAAGGAGGCGTGTCGAAGAGAGTGGTCCGCTGAAAACCATATTG
TCGTGTTGAGCTTGTTTCCGAGACAACCCACTTTTATTTGGTCGTCGCAT
CTAAATCTGGACGCCAGCCTTTCTACCCCTTTCGGTGATTTGATTGATGA
TTGGCGGGGGTACCGGCCGGGGTCACGCAGGACAGGAGGAAGGCACACCA
AACCCCTTCTATTTGATTTTATTATTATTATTTTTTGTTTCTTGAGCCTG
CTTTTTTTTTTTTCATTCTCTTGGTTTTGCGGAAGTAGAGGTCCCTCTCA
AGTGTTGTGGATTCCCAGGACGAAGTTCGCTCGAGCCCATCGTTGAAAAA
CGCTTGTCCTTGTCGAGGCGTTTTTTCAGTGGAACTTAGCTTGGCTGGAG
GGAACTGGCGCCACGAGCACCTCTTTGATACGCGCTCGAGGAAAAGCAGC
AGCATGAAGCACAACAATCAAACAATCATTATTGTTCTACTGGCAAGGCC
TGCGCCTTTACATCATAAGTTTAGTGTCAAATGTGTTTCGATGATTGTTG
GTGCCGCACTCTCCCAAATCTCCGAAATTGGAATACATACATCGGCCTGC
CGTGAACACACGCTACCAGAAATGCAGCCCCCATCATATTTCGTTTACCC
CCTTGTTTGTCGCCATCGGTTCGACCCGTGGCTCGTCTCCGTTGTTACCC
GTGAGCGCCGCGGCGTGGTTCTCCCTTGGGTTTGAAAAGGCTCGCTTCAA
GCTTTTTGCGGTCCCATCGCGTATACATGGATGCGCGTGCCTGCTTTTTT
GTCTTGCTTGGATTGCCGTGAAAACCCCCATCGTTTAGGAACGTTCCGGG
AATGTTCTGGGAAGAAGGGGTTGCTGTCTGACCGAAGCGGCAGTGTTGGC
GTTTAGCGTGAAAAACGTAGCAATGCGTGCAATTTTGATCTGTAACAAGT
ATGCATATGTCAGGCTATTGTTGTTGTGGCATCACATGGTGCTCTATCCC
ACGATGAATCCGTCGGCAATGTTTTCTGGGCTACTTTGCTTCTGCTTTGC
TTTGCTTTCTTCTTCTTCCGTTTTTTTTTTCTACAAAAAGTCTTTTTTTT
TTTCCTTCCGTTTTGTGCGTTTTGACACAGATGGCGGAATTGCTGAACGG
CCTACGCCACGGTCTGGAAACCCACGAGGGCGACCTGGCCTCTCTCTGCG
AGGACGTCGGTCGCCGTGCGGATCAGGCTAGCAAGGAGCTGCTGGAGTTC
AAGGAAAAG GTGCGCCTGCTTGGATTAATAATTGTTCGGCGTTTTTTTGT
TTGTTTGGCAGTCATTTCCCTCTCTGACCTGAGTCAATTTGTTTTCTTAC
TCCTAGGGTGCAAGTATCAAGTATAGCGTTGCCACTCTTGCTGTCTTGGG
TCGGGAGAATCTTGCGTCCTTGGAGGCGTTGACGGGCGTGCTTTGCGTCA
GTGCCTGCCTTGGTAAACTGCTTGTTGCCTCCATAACGAATCAAGGGGGC
AGCGTTGTCAATATTCTGCCTGAGTTCCGCGAGTTGGTTTGCTCTCGAGT
GCGTGACCGTTCCGTCAATAGTTTTCAATCGCCTTCTTGTTTTCTGGGGT
AATCTACCCGGTCGCCCCAGTGGCTCAGCGGTATCCTCGCAACCTTCTGA
AGAGTTGAAATGGCGTGACATCAGTTAGAATCGAATCTTGGGGAAGTCAC
AATGAAGATTCGGCCTGGGATTTTTCTCGCAAGACAAGCATCTTGAAGAG
GAAATGAAAATGAAGAAGACGAGCAAGTTGAAGTTGTGTGTGGAAAAACA
TAGGGGTACATGTAGCCGCCCGGGATGTTGGCGCTTGTCCCCTCGGTGAC
GGAGATTTCGGAGATTTGACACTACCACTACCTTTGTGCCTAACTGGATG
TCCTTGCTCGCGCGCGCTTGTTCCCGCCGGCATGCAGATTCTTACCTAGC
AGACCCAAGTGGATTCTCTCCAGGAATTTATTCTGGACTCCCGTCCCCCT
CCCCCTCCCCCAAGGGGTCAGCTAGATCAAAATAACCCACACCTATGCCA
CCCTCCGCCGCGACCTTCTCCGGGCTCAAGGAGGTTTTGGCTATTGTATA
GGCTTTAGTATTGCCAATACTCAAGCCTATACAACAAGATTTTGTATAGG
AGTTAGTATGCGTATTCTAAATCCTATATAATAAGATTTTTATATAGATT
TTAGATAGTACAGTCTAAATCTTATATAATAATCTTTTTATATAGGATTA
AGTATGCGCATACTAAACCGATATAATAATCTCTAAATAAGATTTAGTAT
GTGCATACTAAATCCTATATAATAGACCCCCACTCCTCTCCTTTTTTGGG
CTCAAGGAGGTTTTGGGGCATAGGTGTCCTTTGTTCCCAGCTGACCCCTT
GCCTCCCCGGTCCACTTGCCTCCTTGCTCTCCCTCCCGCTTCGACGATTG
ACGTGGTAAACATGAAGTGTGCGGCCGAGCTGGCCGAGGTGAGGAGCTGG
GCTGACGAGCGCATTGCGGCGCAGACGGAGCAGATGGAGATGCAGAGCGA
GGCGGCAAAGGCCGTGGCCGCCAGGTCAAAGGAGGAAACGAAGATTGAGG
TCGCTCAGCTAATGGAG GTAAGGGGATTACTAGCGCTGTGGGGGCAGGGG
GGGTACAGTAGGAAGGTTTGTTGTCGACGCTTGCTTGTCTTTTTTTCTGT
CTTTTTGTTGTGGCTTTTTTGTTGGACTCTCTATTTGAAGTTACCCTGAT
AGGACGCACACACCGATCTTTCCTTCCGCACGATGTTAAGAGAAGAACTT
GGCAGCAAAAGAGCTGAACTTTCTTGAAATGTAAGACCTACAATGCGCAC
ATTTTGTGACGCCTGGATAAGGACCCGACGACAATTGTCTTCTGCGCCTG
AAAAAGGTACAGGAGGGTTGAAAGAGGTACAGGAGGACGGCACTGGGCAC
AGTAGGTCTGAACGGTTTCAACATAAAGACAATAGACACCAACCACAAGG
AACAGCACGCCGCTCGGTCGATCTCGCGTAAAGTGATTTCATAGCCCGGG
AGCACGCGCACGTATCACGCAGCGTTTTGCCTTGAGGAAAAGTTCGAAAC
ATCGAAGAAAAAACACTCCCGCCCGAGAAAAGTCCGCAGGCGTGCTTCTG
AAGAAGTCTACAGCCGTGACGGTTGTCTGTTGTATGTATGTTGCAGCAAA
TATCGAGGTTATGTTTCGTGTTGATTGTCTGGCTGTGTCTCGTGCGGCGC
CCTTGGTTTCGTTTCGGTGTGTGGGCAGTCTTTGTCTACCCTCATGTCTG
GCCTGCAGACCAATGCCGCCGCGAGGGCAGACAGGCAGGCGGCCGCCGCA
GGAGAGGCGTGGTCGAGCTCCATCTCCGCGGCACGGTCTCTCGGACCCGA
G GTGCGTCACAGTTTTAATTTCTTGTTAACGTACTTACCTTAAAAGCGCT
CAAGAGTTGGCACCCTCCCTAGACGGACTTTCAAACCTGGATTGCTCCAC
AAGCAAGAGGTTGTCGTCGAGAGTTTGCCGTAGCCGTATTGACTGTGGAT
CACGAAATGATTTCTGCACCGTAGGTGTATTTTGCGTCGTTCACCAGGAG
CGTTGCTTCCCCCAGATGCATCCATTCCTCCCCGCTTTCGCCCCTTCGAT
CACCAGCAAGTTACCGAAAGGGCGGTGCACCCGTATATCTACGGTAAGTT
TGTCCTCGGGTTTCGTGTCCGCCGGAGAGTGGGTGTGCTAAGGGTTACAA
GCCGACCGACAACCGGCAGAATCGAGAGAAATTGTACTTGGAAACCGATA
AGCTGCCGTTGCAAGCCGGATTCATGGAACGGTTCTCCCCGTTCGGATAA
GGCTTCACACGAGTAATCACGGAACGGTTTTCGTTGGGTTTTTTTCGGCG
TTCGGATAAGATATGCATTTTTTGTTTTTTGTAAGCCATATCGAGTGGAA
GGGTGGGATAAAAAATTCAGGCAACGGCAAGGGAGAGATAGAGAAGAATG
CAAAGCATGGGTGGATCCCGTGCCGTACAAGCTCGCTCAGGGTGAACACT
GTAAATTTTCTCAACAGCTGGTACCACGCGGAAAACAGTCGAATCTCAAA
AAGATTGGTATTGCACTGACCACCGTGGAGAGATGAAGAGGGCGACATTC
ATCCGTAGTTTTCCTATTGAGGTCCTATCTGTGGCGCTATTGGCGGAAAA
GCGTCTCGACCAATCAGGGGCCGAGAAACAGTTTCAGAACTAAAAAATTG
TATTGCCATCCTCAGCTATCGTATCTTTTATGTCATAGTTTCCCCCCGTA
TTCCAAGGAACACAACCCAAAAACGGAATTGAAAAATATCATCGTGGGGT
CGAGATATGGCGCAAAAGGTGATACGGGCGTTGGCGTCGTCAGAGTTCAA
TACAAAAACATGTCATACAAAGCACACGATCTTGGCAACAAAATACAAAA
AGACGGGTGATGTGCTCCCTTGTTTTACTGCTCGAGAACGGCCAATGGTC
TTCGTTTTTGGCGGGATGATAGGTTTGGTTGTGGTGAGTCCAAGAAAAAA
AGAAATTGCGAAAGAGGCTTCTACTAGTATTTCGTTAGCGCTTACCGGCC
TTGTCTTGTGAATAGGGAGCCCCGGAAGCTAGTTCCAAATGCTCCAACAA
GAGCAAATCGAAGTTTTTCCGTCGCTGCGTTATTCAAGGGATGTCTGCAC
AAAGTTTTGTTGCGTAACTCATTCAACTGACGGACAATGGTCGATTTATG
CGTTAAATTGTCAGTTCCATACAAAAACCCATGTAGTTAAAGGGGTTTGT
ACACGCTGCCGAACTTTAGCGCAATTTCTCACGCGGTTTTTTCGAGTTTT
TTTACCAGATATCGGGGTCCCAGCAAGCTCACCCGACCCTTCTGGACCCT
AAAAGGCCCTGGGACCCCTAATATCTGGTCAACAAAAAAGAGAGTGGAAA
AATCCTACTCTCAGCGAGTTGCGGAGTGACCTAACCTATCACTGTGCAAA
ATTTGAGGGTCTCCAGTGACTCGAAAAAACGGCGTGAGAAATCGATGTTG
CCTTTTTTATGGTACCCCGTTGACCTTGAACCAGCCTGTAGCAGGAGACC
TGATTTCAACCTAATCTAAACGACGACGAGGATTGTTCAGGAGTAAAATA
AGGTCGAAGTCATGGAACCACAAAGGGGTTCCGTGGATGAGAACGGTTGA
CAGGAGGATAAGCTTGGAGAGTGATCCCACTCTTGACGAGCGTGTAGCGA
TAGAAATAACAGCAACTACCAATGCGGCGGACCTCCGGTCAGCTGCCGAA
AGGATACACATTTTGGAATGCGTGATGACATCTCTGTCATTATTTCCTGC
TTCTATGTGTATAGAGTGTCCCCACGCCCGAACCCTGGAGGCGCCCCCGT
CTTCCGCCGTTCCCGCCCGGCCCAGGGTGGCGTCGCGGTCCTCGGTTTGT
TTACGAACATGATGCCGAGGGCGCATGGTGTGTCGAAGGAGTTGTATGAG
GTGTAGCGGCTTGCAGCTGAGCGGGGGTCAGCTGCAGGTAGTTGCTGTTA
TTCCCATCACTTCTGTGCGTTCTGTGACCCTTCCAAAAACGTACAGAACA
TGTACTGAGTTCGGTACCCGGATTTCACAAACCCTTCAGAACACCCCGTT
GGATGTGGCTTCCAACCCCCCAAAAAAAAAAAAAAAAAAAAAATATCATA
ATACTTGGAACAGTTTTGTATAAAAATATCTCTCTCACCACAAGCTTGTT
TTTCATCATATTTTTTTTTCAGTGTTAAAGTGGACCAAATTCCCCTCCCC
TCCGCCACAACCGATGATGTCACAGAAGAGCACATCTACATCTCCCTCGC
GACCCGCAAAGTGCCTCATCCAGCGATACATATCAGCAATTAACAGCAAC
GCGTATCTGGCCCGGTTGACCCACAGTGGACGATCTCACCACGCTGCCCT
GTGTGACAAGCTTGTGACAGACACCCCAACGAATTTCTTGCCAAACTTTA
TACCAGGTTTCCCAGAAGATGGGAGGCATCGCCGAGAGCGTCTCCATCGG
GAGCGAGAGCGTGGTCAAGAAGCTCGCCTTGTCTTCGAGCGCCACGACGA
ACAGCATAAAG GTAAGTTGTCTTTGTGTTCCACGACGTGTTTACACAGCA
GTGCGGGTCTACTCATGTCATGATTCGGCTGCTTAGTCTCGCCAATCATA
GGCTTGTACAATGATTGCCCTAGCATGCCTTTTGTGTTTCTTCATTGATG
GGATGAAAAACGTAGATGTATACTGAGTATATGTGGGTATGTATGATGAG
TGAAGAAAAATATTGCCGGCTGATGCTCGCTTCTTTTTCTTTTCTTTTCT
TTTTTTCACTTTTTCTTTTCTTTTTTTCTTTTCTTCGTTTTTTCTTTTCT
TCTTTTCTTTTCTTCACTTTTTCTTTTCTTTTTTTCTTTTCTTCACTTTT
TCTTTTCTTTTTTTCTTCACTTTTTCTTTTTTTCTTTTCTTTTCTTCACT
TTTTCTTTTCTTTTTTTCTTTTCTTCACTTTTTCTTTTCTTTTTTTCTTT
TTTTCTTTTTTTCTTTTCTTCACTTTTTCTTTTTTTCTTTATTTCTTTTC
TTCACTTTTTCTTTTCTTTTTTTCTTTTCTTCACTTTTTCTTTTCTTTTT
TTCTTCACTTTTTCTTTTTTTCTTTTCTTTTCTTCACTTTTTCTTTTTTT
CTTTTCTTTTCTTCACTTTTTCTTTTCTTTTTTTCTTTTCTTCACTTTTT
CTTTTTTTCTTTTTTTCTTTTCTTCACTTTTTTTTTTCACTTTCCTTTCT
TTCTTTTTTTCAGACACTCCTCGCCGCCGTTCTCCCTTGCCGCGTCGAGA
AACACGAACGTTTGCCTTGGAGTGAGGACCATGCACATCATCCGTCCCCC
TATCCTCTGCTCCTTTGTCGTCGTGGAACCATTCTTGGAACCATTCTTCT
CCCGTGTTTTCCAGGCAGTGCCAACAAAAAAACGTTTTTGCATCTTCTCA
CTCGTACAATACTCGTACAATCCGGACGGAGATGGATTGGCTCTTTTCGG
ATCCACGCTGCTCTCGTTCAGATCGCTACTGCTGTGTCGCCTTTCCGGTC
TCGACAGCTCACACCGTTCGATGGCAAGTTAAGAATTAGTGCCTTTGCTC
CCCCTTGCGGTCGTTGTCGTTGCTTCTTCGATACACAATCTCACTCCGAT
CTCACCAGGAGCGTCAGTCGTCCGCCGCGGCCTTTGTGGCCTCCACGGGT
GGCGTGTCCGATGCTTTCGGGACGGGTGCAACCCGCGTTTCCGGCCTGGC
CGACGTCGCTAACTCTACGCTTAAG GTATCTACAGTCCTCCTCATCTGCC
GTCCCCTCCGTCTTTTATTGCTGCCCTGTTAGTTGTGTTTCGTTGAAAAA
AAATGTATAAGAAAAACGTCCCGGCTGTTGCCGCCTCTTCGATCTCGTCA
TCTTGCTTGGGAACCAATTCCAGCTCCCGCCGCTTCGCTCACGCCGGCAT
AACTTGTGCGCACAGGAGAACATGGCGGCCGTTTCGGAAGCCGTTGGGAG
CACCGCTGCCGCCTGCACCGCAGCTGCGGAAACCCTTAGCAAAGGCAACC
GCGAAGCGGCCGAACTTGTGGCCTCGCTCGCTTCTTCGGCGGACCAGGAA
GCTGCAGGCCTTGCCCTGGAGGGCGTGGAACAG GTGAAGTACACACTCGC
GGCTTGTTTCAGGAATGGGGCGGCACGACGGGTGTTGTTTTTCGGGGTGC
AATCGTTTTGGGAACCTCGTCAGTTCGTAAGGTTCTCGGGCCCGTTCTCA
AGCCGTGCAAGCCTGCTTCATCGGCGGTGGTGCTATGGAAGGAGTGACAG
CACTGTTGTGTACCCATACCGATTTTGCGAACTGGCCACATCCCTTCCCC
GGGCAAAGTCCTCCGTTCCACGCTTGTTCTGTCCGACGAAATTATGGTAT
GTTTGGAGCCTGAGGTGCTTGCTGCCGGTGCAGTAGTGTTCTTGTTTTCC
TTTCCTTTTTTTTGCCCGAATGACGGTGGTCTTGACCAATCAGAACCCAG
GTGCGTCCCCACAAATAAAAGAAAAAAAAGAATGGCGCCGGCGATGGGGA
GAGATTGAGGAAACCTCGCTCCCTTGGGTGGGGGGCGGGATGCGGCAGCT
ACTAGTAAGTTAAGGCGAGCAGTCATCGATCGTCCGAGGACTGTTGGCCC
CGATCAAGACTTGGACGTGGTGTGGCTGGGTCTTGGTACACCAAAGGAGC
CAAGCATTGATTTGACTACTTATGCTAGTCATGTTTTGTTTCGCCATTTG
AGGCTGCTGGTTTGTGTTGTGCATGATCGCCCAGGTGGTCTGCTGGTATC
CTAGTAACCTTCTAGTGGTTAGGTCGAGGAAGAATCCCGGAGAACGCGAG
ATTTTGCTCGCCTCGTCCTAAGTTTACCTAGCAGTGGAAAGCGCTACGCA
TAGTTCGTGAGGAAAGAGACCGCTGAACTCTCGTCGTATGAACAAGTGAA
GGTTTGCACCGCAGGACGGCGGGTGGGTGTACTGAGCGAGACGAATGAAC
CCTGCGTATCCCCCGGCTGGGGCGCCACCCTATATCGTCGCCGAGAGGAT
GGGAAAGAAAGGCTAGCAACTAAGATAAATGGGAAGGGAAAAATGAGTTA
TGCTGACTACACCTCTGTGTAAATACCCCTTCTCGTGCGACAGGTCGAGG
GCCTGAACACCTGCGTGGAAGGACTCGAGTCCAGCCACGCGGCCTCCGTC
GGGCTCTGTGTGGCAAACTTCGAGGAGCACGTGGAGGAAGCGTGCGCTGT
CGAGGCACCCTCCGGAGGAACTCCACGGAAGAAGAGCTATCCTCGCCCAG
CGACCTTCAG GTATACATTCCATGAGTGCGGGGACGTGGGGGGTGTAGGA
GGGAGCGTTCGAGAGGGTCTGTTCGTCCGCCTAGCATTGTTGCGCTCATG
TCTGTCGTGAACAAGTGTTTGCTGGGGGATGTCGAGAGCGGTGAAGTCTG
CTCGGAAGAGCTTGGTGCGGGCATCCGCGCCACGAGGCAGCAGCTCGACG
GGGACAAGCTTTTCGGTTCCAAAAAATTAAAGAAAACGAAAAAAAAAAGA
ACAAAAAGAACATGAAGAAAAAGAAAGGGGAAAAAAAAAAAACTGGTTAT
TCTTGCATGCTTCGAGCCGACGACAATTTTTTTTTGCTCGAGTGGACCCG
GACGTTCGGTCAGAAACAAAGCGACGTCGGTGGGGTAAGAGTCGCGTGGA
AACCCGTCCGCGGCGTTTTCGTGATTTCGAGTGTTCGACGGTGTTGCTTT
TGGGCTGTGCCTTGTTTTCGCCCGAGTCGTTCTACTCCCTTTCATTGATC
TTGTTTCGTTGACCGCTTATCGCCTCCCAGCACGACGAGACCGCACGAGA
ACATCATGTCGGAAATCCGCGGCGGCGGAAACCCTCTGGCTTTGTTCCTG
CCGTCGCCGGCGGCGGGATCTGAGGCGGAGGTGTGGCAACTGACCACGTC
GACGGCGATTGTGTCAAGCTCCGATGCCTCCGGGGTTTCGGGAACGTCCA
CCGTTGAGGGAGACGAGGACGGTGTTGAACGGACTGCCGAGGTGGCCGCG
GCTGAGGGGGAGGGGGCTGCACCGGGGCGTGGCGTGGTCGAGGCAGAG GT
GAGAAATTTTTCAAGGTCGTCTCTCTTTTTTGTTGCTGACGGTGTGAGTG
AGGCTTTGACGGGGCCCCTGCATGGTGTGTGCTTCCCGTCCTTCCTGCTG
CGGCTGCGCGGCTTTCTTTTATTTTTGCGGTGCGCAGCATTTTAACATGC
CGTAAACCGCTTTGATTTCCCCCCGGAGAGGGGATCGAAAAAAGTTTTGA
AATACAGCCCCCGGGGTCTAAATTGATAAAGGGGGGAACTCGTTTTTTTT
TTTTTAAATACCCGGGGGGGGAGATCCCCAACGGGGTAGGCGCCGAAAAA
AACAAATCGCTGCACACACAAACCGTTTCGTACCTCGCTGAAGTCGCAAT
GCTGGACAAGACCAATTACCTAGAGTTTCTGAGGAAAAGGAAGGAGCAGA
GCACGTGGGGGAGCTTGGCCCCTTCCAGCAAAGCTGCTGCTcCCCCACCC
GACAAAAAGAGGAATGGCCCGCAACCCAGAGAGTACCCGCCAGCGCCGTT
CACGCTACGAAGGATGACAGGAACCACCGGGCGAATACAAGAGCACAATC
GATGCTTTGCACGTCTTTGCTGGACGTTATGGTGTTCCTCGTTCCAGGGA
TCGACAACCAAAACATCTCCAGTAATGCCATAAAAACACCCGAAGGTCGA
CGTTGCATGTGCAGTTGCATACATCCGTTCATTGTTTCACACTCACTTTC
TCCAGTGCCTGATGAAAACGGCATATTCGGTGTCAAAAGCGGAGTATTTT
TGCTTCGTAGTGATGCCAAAATAACGAAAATTCCTTACCCCGGGAGGAAA
TTGATAAGGGGGATCTCTTTCTTTCTTTTTTGCCACCTTTTCCCCGAGGG
CAAATCAAAATTTTGCTCAAAAGTCGCTCAAACGAGGTGGGGGAAACACT
ATTGGGGGACCAAAGCGGTTTACGGTAACCCAGACCTCAAAATATGTGCC
CATTCTCCCTGGTGCTGCTGATGATGATGGTGGTGGTGATGATGACGATG
CTCGTGTCTCGTGCTTTGTGTATCTTAGGGACAGGAAGAAGCAAAGGACG
GTGTTGCAGCAGTTGCTGATGAGGCTGTTCCTGCCACGCTTGAAGTCGAC
GCTGATGCTGGTCACGACGGTGTGGCCTTCCCCGGCGCGGAAAACCTCTC
CGCAAAAGACCAAGACCAAGCCAGCGGCGGCATCAGTCCTACCAAGGGTG
TGAAGAAAGATCGAGCATCTAGGATAGCCTTCCGTAGTGGTCGGGGCGCG
GAGGGGCGAGGGCGGGCGGAGGGCGGAGGTGAAGGGGAGGGGATGGTAGA
TCCGAGTCCCCCTTGGCGAGGCCACCAACACCCCAAATAG TCCCTTTCGA
GGTAGGATTCCGACTATGAGGCGGGTGAGTCGCCGCACGCCGGGGGCTGT
CTAGAGAGCAAGGGCAAATGTGCAGACCCTTGACGCTGTCCAGATTCTGA
ACTATAGTGGAGGGTGAAGATTCGGTTGTTGTTGTTTTGTGCCTCATGTT
TTGTTGATTCCCTTTTGTTGCCGTAGGCATGCGTCGAGGGGGTCCTCGCG
CACCCATGGGTGGCATTGAACTCATCTTCCTATTTCGACTCTTTTGTGGT
GTTGTTGTCTTGTGTTTCAGATTCTGGCTGCTGCCGCTGCTGCTGCTGCT
GTTTAAACGTCTTCCTTTCGTGATGCGGCGCAATTAACCCAGTTTAAAGT
TGAAGGCATGTACCGCAGGAGGGCGGGTAGGGGGCCTCAGGTGGGGACAC
CCTTCTGTTTGACTCCGGCTGGTGCGCCTATGTCAATCACCGAAAGGCGT
TAATAAAGGCGAGCGATCAATCGACATTGCAAGAAAAAAAAACGAACTAC
TGATGAGAGAGTTTCCCACTAGTCTACCCGTCTGTTTTGCCGAAAGCGTT
TGCGGGGTGGGTCAGAGTCCTTTTTTTTCCCATTTTGCCCTTCGGCCGGA
GTAGGCTGCTTCGGGCACATTCTCCATCTTCACGAAGGTGGCCGCAGTTC
ATCAAGACGCTAGCGTTTCTGGGAGAAATGCCCGCGTCGTGCTTACCGAC
CCAAGCACTCAAGATTGGATCGTGCTTGCTCGGTTTTGGTATCGGAATTC
TGGCGTTATTTATTTCGTTAGCCCCTTTGATGGGTGCAAAAGTGGAGTGC
AACTAGCTGCCAAGGGTTGTACCTATTTCCTTCTAAGCCGAGAAGGTGGT
CATATCGGCCCAGGATTCATCGTCACGGAGAGGTGTAAAGAAGAGGTAAC
GTCCAGAATAGATGAGAAAGAAAAATTAATTTTGAGAGAAAAGGATTGGG
TCACCTTGTGAAGTACTTTATCAGGTCGGGGGCGTCGTAGCGATCGCTTC
GTTTTATTTTGCGGTGTGGATGAAGATAGCACGAACAACGGGGAACGATA
TTCATTCGTTGAGAAAGCTGAGCGTCTGTGTAAGGACTAAAGATGATGCA
GAATGCTTAGTTGTTCAGGTTCCGAGGCGGTTGCTTCACATTGATGATAA
ATTATCAATGGCGGTGTCGAGTTGCATCTCTGGAGCATTTGCTGCACATC
GATTGATCGCGGCGGTGTCGAAAAAATGCAAGTAGACTACGGGATTCACA
AGGAAGAATTGAAGGGTGCGGCTTAAGCATGCGTGCACCATAACAAACCC
CAGCGGCATGTGGTCGTATTTTGTATTATGTAAGGGTGGTAGTTAAGACA
GAGGCGGAGAATGTTTGTTGAAGGGAAGCTGCCTGGGTTCGGTTTGGTTC
TATTTGTGTATACGATGGACGAATAAATGCGGGGCCTTGGAGATACATAG
ATCTAATTCTCAATTTATTGGTCGAGAACACCAGATACAGCGCGCTTTGC
ATCAAGGACACAAATGCATCAAGGATATAATTGGACGCGATGAAGCCAGT
TCAACGACGTAGATTGGCTATATCAATGCTCCTGCCGCTAGAATCGTCTG
GCTCGACGATTACTAGCAACGCGTGCCATCACGATGCAGCTTATCGTGGT
CCAAAAGATGGCGGCGCTGGCGCTCGTCCGGTAGTGGTTATTGATGTGGC
TACTGGTAGACTAAAATAACCCGGGGTCCCCCGCCCAGGTCTCAACTGAA
GCCCGAGCTCTAAATATGTTGTTGGTTGATGTTGGATGTGTCCCCCCGCC
TTGATGTTATTGCTGCTGGATAGACTGTTGCTGCCAGTTATGGCTGTGTC
TGTTGGCATTTGCTGCTGCTGTAATTGTGCGGTGCGGTTGTCGTTGCCGC
CAGAACGTTTTTCTGCGGTTGCTGTCTTATCGGCTGAAGTAAATGCGTTC
TGTAAGCCTTGAGCTCTAGTTTAAGTAAACCAATCCTTGCGTGGCGCGCA
TGGATCCTGCCTGGCTGAGACGACCATAACGTAAAGTGCATGGTAACGCC
TATTAGAGACAGGTTCAGATTGGGAGCGGATGGGGGGGGCGTGCAGTACC
TTACCCCGGTAGATCGAGGCGTTGATCCCATGGCGTGTTCGTTTTCAAAA
CTACATAACGG back to top Coding sequence (CDS) from alignment at P-lacustris_contig1005:3629..34589+
>mRNA_P-lacustris_contig1005.150.1 ID=mRNA_P-lacustris_contig1005.150.1|Name=mRNA_P-lacustris_contig1005.150.1|organism=Pleurocladia lacustris SAG_25_93|type=CDS|length=4794bp|location=Sequence derived from alignment at P-lacustris_contig1005:3629..34589+ (Pleurocladia lacustris SAG_25_93) back to top