mRNA_P-fluviatile_contig8.14531.1 (mRNA) Porterinema fluviatile SAG_2381

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview


Name	mRNA_P-fluviatile_contig8.14531.1
Unique Name	mRNA_P-fluviatile_contig8.14531.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A6H5KTZ2_9PHAE (Myosin motor domain-containing protein (Fragment) n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KTZ2_9PHAE)

HSP 1 Score: 1576 bits (4082), Expect = 0.000e+0
Identity = 840/1059 (79.32%), Postives = 905/1059 (85.46%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAK--INHTIDKQTGGSRL-ASPTSP--SFAFG---SPKRGQSS---KTLN----GSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDSTRAEGSSGNGSAARHR-GPGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFRRHMFEQDYRAMRMGTIALQAQVRGRQARLRVMKLRYLNACLLAQRIVRGFIKRSKYARTREAALAVQTWGRMASARKSFQKDRSRAITVQCLARKXXXXAEMRRRKKERDDVEALQAQIKAYEAAAKKREME 3129
            MEFNALVWAKA DGQWHRGTVISREETG LRHIK  VVLDD+E++VYTLTAAQADEGEGTEHLKLRNVKGQGGAS+EEGP VDDLIVLTHLHEPAILYTLHQRY EDVIYTYTGPILLAINPFWRVPLYTNEILEQYR++GKAKA D +Y+S LPPHV+AIAD+AYRLMNNPTSE Q RNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGA IRTFLLEKIRLVHTSEGERNFHIFYLMLAGT++EQK+AL L+ DPR YHYINQSSCY+RRDGVMDSDLW EL KAMKVMD SD+DMS VFKAVAGVLNCGNV FRDVLDNDKTTEVVGVLDE+ADA EYARRAAELLGVD  TLVNAMSFRRIKAGHEWFTVYLDA KCYHLREALCKSIYSGLFDWLVAK  INHTIDKQ G +R   SP+SP  SFA+G   SPK   ++   KT N    G GA      GD    KNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYR+EGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLT H PFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEG DLLKSSTSEFVRSFG S RAEG            G GGARQS IVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPND+NVRS F++GRIT+QLANGGVLAAVHVARAGFPVRMQH EFV+RYGLLAV ILQ+AWAEAKK+ PD  REQERAVAREILFE+VP++++N+VS   M +SK +   + A  LS  +  ASFRDLCGQGGVQIGNTKVFFRQ+          S +S+A                             QVRG QARL+V+ +RYLNACL+AQR+VRGF+KR++Y RT++AAL VQ+WGRM+  R+S+QKDRS  ITVQCLAR     +E+R+RKKE+++V+ALQA+IKAYE AAK RE E
Sbjct:    1 MEFNALVWAKAHDGQWHRGTVISREETGSLRHIK--VVLDDKEEKVYTLTAAQADEGEGTEHLKLRNVKGQGGASIEEGPGVDDLIVLTHLHEPAILYTLHQRYIEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRREGKAKAFDPDYLSRLPPHVYAIADDAYRLMNNPTSENQKRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAGIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTSDEQKAALHLQPDPRVYHYINQSSCYERRDGVMDSDLWTELNKAMKVMDVSDEDMSQVFKAVAGVLNCGNVKFRDVLDNDKTTEVVGVLDEQADAKEYARRAAELLGVDPVTLVNAMSFRRIKAGHEWFTVYLDAKKCYHLREALCKSIYSGLFDWLVAKASINHTIDKQRGRNREETSPSSPGSSFAWGQSQSPKPVSTTAGGKTFNSVVGGGGA------GDAVPDKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRSEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTQHKPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGTDLLKSSTSEFVRSFGASIRAEGGXXXXXXXXXXXGAGGARQSGIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDENVRSQFDLGRITAQLANGGVLAAVHVARAGFPVRMQHLEFVNRYGLLAVNILQEAWAEAKKEFPDMVREQERAVAREILFEVVPMLSKNSVSKKDMTQSKNTAGVRLAGKLSGVAQQASFRDLCGQGGVQIGNTKVFFRQVCIGY--DGSVSGMSKA-----------------------------QVRGHQARLKVLAVRYLNACLMAQRVVRGFVKRTQYKRTKDAALKVQSWGRMSVVRRSYQKDRSXXITVQCLARTRSAKSELRKRKKEKENVDALQAKIKAYEQAAKAREAE 1020

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: D7G635_ECTSI (Myosin-like protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G635_ECTSI)

HSP 1 Score: 1539 bits (3984), Expect = 0.000e+0
Identity = 912/1391 (65.56%), Postives = 977/1391 (70.24%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSR-LASPTSP--SFAFG---SPKRGQSS---KTLN----GSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDSTRAEGSSGNGSAARHRGPGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFRRHMFEQDYRAMRMGTIALQAQVRGRQARLRVMKLRYLNACLLAQRIVRGFIKRSKYARTREAALAVQTWGRMASARKSFQKDRSRAITVQCLARKXXXXAEMRRRKKERDDVEALQAQIKAYEAAAKKREMEXXXXXXXXXXXXXXXXXXXXXXXXREEARVEXXXXXXEEHEAKLRAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSEESGTAAGGRANGTSHRANGNTSVFQSKHTC------AHENRGLRLTSPGGSSDGTELNSLSARSRSSD---------DSNGPPFSGGRMLDMAEAEEMNAAIKQLYLKKPPGANPFVLFKARLRTSRREWNIERRYSDFVWLHEALLEARQTDLPELPPRRLFGDPLEKEFLKGRQMALDFYLTALLAKYQRWLVESPATMEIRLDHTGNMMKEMIARQTLVSFLNPQQPSLHRDDDSVMGVMSGFMRKLGR 4089
            MEFNALVWAKA DGQWHRGTVISREETG LRHIK  VVLDD+E++VYTLTAAQADEGEGTEHLKLRNVKGQGGAS+EEGP VDDLIVLTHLHEPAILYTLHQRY EDVIYTYTGPILLAINPFWRVPLYTNEILEQYR++GKAKA D +Y+S LPPHV+AIAD+AYRLMNNPTSE Q RNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGA IRTFLLEKIRLVHTSEGERNFHIFYLMLAGT++EQ++AL L+ DPR YHYINQSSCY+RRDGVMDSDLW EL KAMKVMD SD+DMS VFKAVAGVLNCGNV FRDVLDNDKTTEVVGVLDE+ADA EYARRAAELLGVD  TLVNAMSFRRIKAGHEWFTVYLDA KCYHLREALCKSIYSGLFDWLVAKINHTIDKQ G +R   SP+SP  SFA+G   SPK   ++   KT N    G GA      GD    KNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYR+EGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLT H PFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEG DLLKSS+SEFVRSFG                                                                                                                                                                                                                                                 R GT+ALQAQVRG QARL+V+ LRYLNACL+AQRIVRGF+KR++Y RT++AAL VQ+WGRM+  ++S+QKDRSRAITVQCLAR     +E+R+R KE+++V+ALQA+IKAYE AAK RE E                        RE+    XXXXXX         XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX         A  +   T+  ANG T               ++   GLRL SPGGSSDGTE+NSLSARS  +          D NGPPFSGGRMLD++EAEEMNAAIKQLYLK P G+ PFVLFKARLRTSRREW+IERRYSDFVWLHEAL+EARQTDLPELP RRLFGDPL+K+FLKGRQMALDFYLT LLAKYQ+WLVESPA MEIRLD TGNMMKEM+ARQTLV+FLNP Q SLHR+DDSVMG MSGFMR L R
Sbjct:    1 MEFNALVWAKAHDGQWHRGTVISREETGSLRHIK--VVLDDKEEKVYTLTAAQADEGEGTEHLKLRNVKGQGGASIEEGPGVDDLIVLTHLHEPAILYTLHQRYIEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRREGKAKAFDPDYLSRLPPHVYAIADDAYRLMNNPTSENQKRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAGIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTSDEQRAALHLQPDPRVYHYINQSSCYERRDGVMDSDLWTELNKAMKVMDVSDEDMSQVFKAVAGVLNCGNVKFRDVLDNDKTTEVVGVLDEQADAKEYARRAAELLGVDPVTLVNAMSFRRIKAGHEWFTVYLDAKKCYHLREALCKSIYSGLFDWLVAKINHTIDKQRGRNRDETSPSSPGSSFAWGQSQSPKPVSTTAGGKTFNSVVGGGGA------GDAVPDKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRSEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTQHKPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGTDLLKSSSSEFVRSFG------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ARKGTVALQAQVRGHQARLKVLALRYLNACLMAQRIVRGFVKRTQYKRTKDAALKVQSWGRMSVVQRSYQKDRSRAITVQCLARTRSAKSELRKRXKEKENVDALQAKIKAYEQAAKAREAELRREQEAAIARIKAEAEATARAEMREKXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXAELAAERAEAESKKAATAAAANGGTXXXXXXXXXXXXXXXSNVRGGLRLASPGGSSDGTEMNSLSARSSEAGVGGGGGGITDLNGPPFSGGRMLDVSEAEEMNAAIKQLYLKTPAGSTPFVLFKARLRTSRREWHIERRYSDFVWLHEALVEARQTDLPELPARRLFGDPLDKDFLKGRQMALDFYLTGLLAKYQKWLVESPAKMEIRLDQTGNMMKEMVARQTLVAFLNPNQESLHREDDSVMGAMSGFMRTLRR 1143

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A836CM17_9STRA (Myosin-like protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CM17_9STRA)

HSP 1 Score: 882 bits (2279), Expect = 3.950e-300
Identity = 458/687 (66.67%), Postives = 538/687 (78.31%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVIS-REETGDLRHIKASVVLDDQ-EQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRL-ASPTSPS-FAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDS 2049
            ME NA VW +     W +GTV+S +++ GD R +  +V  D   E+  Y LTAA+ADEGEGT+H+KLRNVKGQ  ASVEEG  VDDLIVLTHLHEPAIL+TL +RY +D+IYTYTGPILLAINPFWRVPLY+N+ILEQYR+DG  K  D ++ S+LPPHV+A ADNAYRLM NPTSE+Q RNQSILVSGESGAGKTETTKI+M+YLAILGGHDS+ALL GD S+ SIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFI+IDFDK+GFLIGAAIRTFLLEKIRLVHTSE ERNFHIFY MLAG T E +++ RL  DPR YHYINQS+CY RRDGV D+DLW EL +AM VM  S+++M  VF+ VAGVLNCGN+ + D     KT E++G+L E  +   +A   AEL  V  + LV+AM+ R ++AGHE FTVYLDA+KC H R+ALCK++YSG+FDWLVAK+N TIDKQ GG+   +SPT  + F + S     S K L              G   NMFIGLLDIFGFESF HNY+EQFLINYANEKLQQQFN FVFE+EQEEY+ EGIKWDF+EFPDNKD I LIEA+PAG+L LLDEQC+VPK TD++FA N+Y  L++H  F   H  +VDYKFM+ HYAG+I Y TEGFLEKNRD LH EGIDLL SS+S  + + G S
Sbjct:    1 MECNAAVWVRDGSQTWQQGTVVSSKQDDGDTRLV--TVRYDGNGEEASYRLTAAEADEGEGTKHIKLRNVKGQ--ASVEEGAAVDDLIVLTHLHEPAILFTLEERYGQDIIYTYTGPILLAINPFWRVPLYSNKILEQYRRDGLNKTFDPDFQSNLPPHVYATADNAYRLMTNPTSERQKRNQSILVSGESGAGKTETTKIIMRYLAILGGHDSQALLEGDSSIVSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIEIDFDKEGFLIGAAIRTFLLEKIRLVHTSEQERNFHIFYQMLAGATPEHRASWRLSPDPRLYHYINQSNCYTRRDGVRDADLWGELQQAMLVMGLSEEEMESVFRCVAGVLNCGNLDYADA-HTSKTDELMGLLQE--ETRSFAAATAELWCVAMEDLVSAMTSRTVRAGHEKFTVYLDANKCRHSRDALCKAVYSGVFDWLVAKVNETIDKQRGGTGGGSSPTGTNLFNWSSSSPRSSPKAL--------------GTTSNMFIGLLDIFGFESFHHNYYEQFLINYANEKLQQQFNHFVFEMEQEEYKREGIKWDFVEFPDNKDSIELIEARPAGVLCLLDEQCIVPKATDQTFAGNLYKHLSSHPRFKSGHDLRVDYKFMVQHYAGDITYETEGFLEKNRDTLHSEGIDLLNSSSSPLLTALGSS 666

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A835YX87_9STRA (P-loop containing nucleoside triphosphate hydrolase protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YX87_9STRA)

HSP 1 Score: 877 bits (2265), Expect = 2.550e-298
Identity = 458/689 (66.47%), Postives = 534/689 (77.50%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQ----TGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDSTR 2055
            MEFNA VWA+    QW +G V +REE GD R I      D +E  VYTLTA++ADEGEGT+ +KLRNVKGQ G  V EG  VDDLIVLTHLHEPAILYTL +RY +DVIYTYTGPILLAINPFWRVPLY+N ILEQY++DG  KA D +Y S+LPPHV+A AD+AYRLM+ PTSE+Q RNQSILVSGESGAGKTETTKI+M+YLAILGGHDS ALL GD +V SIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFI+IDFDKDGFL GAAIRTFLLEKIRLVHTSE ERNFHIFY MLAG TEE +   +L  DPR YHYINQS+CY RRDGV D+DLW EL +AM+VM  SD++   +F  V+GVLNCGNV F D     K+ E++G  + RAD  ++A   A+L  ++ + L+ AMS RRIKAG+EWFTVYLDA KC H R+ALCK++YSG+FDWLV KIN+TID+Q     GG    +  + S  F       +S   NGS A        PG+  +MFIGLLDIFGFESF+ NYFEQFLINYANEKLQQQFN FVFE+E  EYR EGIKWDF+EFP+NKD I LIEA+PAGIL+LLDEQC+VP+ TD++FA N+Y  L +H  F   H  +VDYKFM+ HYAG+I Y T GFLEKNRD LHQEG+DL+ SSTS+F+ + G   R
Sbjct:    1 MEFNAHVWARDHLQQWKQGRVTAREEKGDARLITVRFDSDGRE-AVYTLTASEADEGEGTKQIKLRNVKGQAG--VLEGANVDDLIVLTHLHEPAILYTLEERYKQDVIYTYTGPILLAINPFWRVPLYSNSILEQYKKDGVNKAFDPDYQSALPPHVYATADSAYRLMSKPTSERQKRNQSILVSGESGAGKTETTKIIMRYLAILGGHDSRALLEGDSTVISIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIEIDFDKDGFLFGAAIRTFLLEKIRLVHTSEQERNFHIFYQMLAGATEECRKRWQLAPDPRIYHYINQSNCYARRDGVRDADLWEELQQAMRVMGMSDEETDCIFSCVSGVLNCGNVDFDDA-HTSKSDELIG--EPRADTLQFAGIVAQLWSLEQEALLKAMSSRRIKAGNEWFTVYLDAKKCRHSRDALCKAVYSGIFDWLVGKINNTIDRQRRGAVGGEAAGNSPAGSGLF---TWSTASSLTNGSDALHSSPP--PGD--HMFIGLLDIFGFESFDQNYFEQFLINYANEKLQQQFNHFVFEMEAVEYRKEGIKWDFVEFPNNKDSIELIEARPAGILSLLDEQCIVPRATDQTFAGNLYKHLASHPRFKSGHDLRVDYKFMVAHYAGDITYLTAGFLEKNRDTLHQEGLDLVNSSTSKFITALGAGRR 676

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A836CJ42_9STRA (Myosin-like protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CJ42_9STRA)

HSP 1 Score: 713 bits (1841), Expect = 3.840e-235
Identity = 429/945 (45.40%), Postives = 564/945 (59.68%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDE--RADAAE----YARRAAELLGVDADTLVNAMSFRRIKAG-HEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGD-----------------------STRAEG----SSGNGSAARHRGPGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFR 2733
            ++    VWA+     W  GT++ +    + +    +V LD    + +T+T    +E    E LKLRNV GQ  A+V EG  V DL  LTHLHEPAIL +L+ RY +D IYTYTGPILLA+NPF ++ LY++EIL+ Y++DG+ +  D +YV ++ PHV+A+AD AYR M  PT+E  +R+QSILVSGESGAGKTET KI+MKY+A+LG    E    G+     IE QVLQSNPILEAFGNARTVRNDNSSRFGK+IQI F   G L GA+IRTFLLEK+R+V  S  ERN+HIFY + AG T +Q+    L+ +P+ Y Y NQS CY RRDGV D+ ++AEL  A   M  +  +    F  +A VL  GN+ F+DV          G  D+  +A+ AE    +   AA LLG D   +V A++ R++ AG +   T+YL+A +    R+AL K++Y+ LF W+V + N ++D+ +     +     SFA   P                             FIGLLDIFGFE F+ N+FEQFLINYANE LQQQFN FVF  EQEEY  E I+W FI FPDNKDC+ LIE KP GI+  LDEQCL+ + TD+ FA  +Y +   +A F++    + D+ F I+HYAG + Y T G +EKNRD L QEG+D+L +S + FV   G+                       S  A G    +S  G A R  G GGAR+S+I ++S+GAQFK+ L +L+ AIG THPHYVRC+KPND  V   F+  RI  QL N GVL  V VARAGFPVR+   EFV RYGLLA   L+ A+  +  +      +QER V RE++  ++ L             + GS     A V  D      F   C   G+Q+G TKVFF+Q AFN+ EK RT+ L++A   IQ  +R
Sbjct:    1 LQVGMKVWARGGPALWQEGTLVQKGM--NAKGFVLTVQLDAGGTKEFTMTGKDEEE---IEDLKLRNVAGQ--ATVIEGANVKDLTTLTHLHEPAILASLNMRYKKDTIYTYTGPILLAVNPFKKLSLYSDEILQSYKEDGERRCFDPKYVDTMAPHVYALADKAYRNMTMPTTEYNMRSQSILVSGESGAGKTETCKIIMKYVAVLGNASGEGARLGE-----IENQVLQSNPILEAFGNARTVRNDNSSRFGKYIQILFSDLGKLFGASIRTFLLEKVRVVKQSALERNYHIFYALHAGATPDQRKHWDLK-EPQAYTYTNQSGCYDRRDGVTDAAVFAELADAFATMGVTGAERGGCFDVIAAVLALGNIEFKDV---------PGAADDAAKAELAEAGGPFLATAARLLGTDEAAVVTALTSRQVTAGLNHQVTIYLEAEQAASARDALSKALYAALFTWIVKRTNKSLDRASNSESGSESPEASFATDKP-----------------------------FIGLLDIFGFEIFKENFFEQFLINYANEMLQQQFNDFVFRQEQEEYGVEQIEWMFISFPDNKDCLALIEVKPNGIIPTLDEQCLIGQPTDERFARELYKKCEGNARFALTSKMRADHAFQINHYAGAVTYSTAGMIEKNRDALAQEGVDVLLNSVNPFVALLGEIEAAPAGXXXXXXXXXXXXXXQRSAVAAGLKRMASRPGGALRPAGMGGARRSTIGAKSLGAQFKDSLAALVKAIGRTHPHYVRCVKPNDALVADRFDHERIAEQLRNAGVLEVVRVARAGFPVRLGVSEFVQRYGLLAPGALESAYRRSVME-----ADQERFVCRELIVAVLKLA------------NGGS-----ADVSKD------FARACRDNGLQLGLTKVFFQQRAFNKVEKLRTAALAQAATKIQRQWR 866

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A835ZAR7_9STRA (Myosin-like protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZAR7_9STRA)

HSP 1 Score: 701 bits (1809), Expect = 2.640e-230
Identity = 439/1023 (42.91%), Postives = 587/1023 (57.38%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAE------YARRAAELLGVDADTLVNAMSFRRIKAG-HEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGD-----------------------STRAEGSSGN----GSAARHRGPGGA-----RQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFR------RHMFEQDYRAMRMGTIALQAQVRGRQARLRVMKLRYLNACLLAQRIVRGFIKRSKYARTREAALAVQ 2934
            ME    VWA+     W  GTV+ +      +    +V LDD   + +  T    ++    E LKLRNV GQ  A+V EG  V DL  LTHLHEPAIL +L+ RY +D IYTYTGPILLA+NPF ++ LY++EIL+ Y++DG+ +  D +YV  + PHV+A+AD AYR M  PT+E  +R+QSILVSGESGAGKTET KI+MKY+A+LG    E    G+     IE QVLQSNPILEAFGNARTVRNDNSSRFGK+IQI F   G L GA+IRTFLLEK+R+V  S  ERN+HIFY + AG T +Q+    L+ +P+ Y Y NQS CY RRDGV D  ++ EL+ A   M  ++      F  +A +L  GNV F D+          G  D+   AA       +   AA LLG DA+ +V A++ R++ AG +   T+YL+A +    R+AL K++Y+ +F W+V + N ++D+ +     AS     FA   P                             FIGLLDIFGFE F+ N+FEQFLINYANE LQQQFN FVF  EQEEY  E I+W+FI FPDNKDC+ LIE KP GI+  LDEQCL+ + TD+ FA  +Y +   +  F++ +  + D+ F +HHYAG + Y T G +EKNRD L QEG+D+L +S + FV   G+                        T A   +G+    GS    RG          +S+I ++S+G QF++ L +L+ AIG+THPHYVRC+KPND  V + F+  RI  QL N GVL  V VARAGFPVR+   EFV RYGLLA   L+DA+  + +++    R+QER V RE++  ++ L                            G + A F   C   G+Q+G TKVFF+Q AFN+ E+ RT+ ++ A V IQ  +R      R++  Q   A  + T  L+   R R+A++R    R  +A  LA R           A+ +EAA A Q
Sbjct:    1 MEVGMKVWARGGPALWQEGTVVKKALAP--KGFILTVQLDDGGTKDFVATGKGEED---VEDLKLRNVAGQ--ATVIEGAGVKDLTTLTHLHEPAILASLNMRYQKDTIYTYTGPILLAVNPFKKLSLYSDEILQSYKEDGERRCFDPKYVDRMAPHVYALADKAYRNMTLPTTEYNMRSQSILVSGESGAGKTETCKIIMKYVAVLGNASGEGARLGE-----IENQVLQSNPILEAFGNARTVRNDNSSRFGKYIQILFSDLGKLFGASIRTFLLEKVRVVKQSALERNYHIFYALYAGATPDQRKHWDLK-EPQAYKYTNQSGCYDRRDGVTDRAVFDELMAAFDTMGVTEMQYGGCFDVIAAILALGNVAFADI---------PGAADDAPHAAATPESKPFLATAARLLGTDAEAIVTALTSRQVTAGLNHQVTIYLEAEQANSARDALSKALYAAMFTWMVKRTNASMDRASNAE--ASSADADFAMDKP-----------------------------FIGLLDIFGFEIFKENFFEQFLINYANEMLQQQFNDFVFRQEQEEYGVEQIEWEFISFPDNKDCLALIEVKPNGIIPTLDEQCLIGQPTDERFARELYKKCEKNPRFALSNKMRADHAFQVHHYAGAVTYSTAGMIEKNRDALAQEGVDVLLNSINPFVVLMGEIEAGPARGXXXXXXXXXXXXXXXRTAALKRTGSLKRMGSRTLVRGXXXXXXXRQNRSTIGAKSLGTQFRDSLAALVKAIGQTHPHYVRCIKPNDALVAARFDHERIAEQLRNAGVLEVVRVARAGFPVRLGVSEFVQRYGLLAPGALEDAYRRSVRENE---RDQERFVCRELIVAVLKLAN------------------------PGGEVSADFARACRDNGLQMGLTKVFFQQRAFNKIEQLRTASVTTAAVKIQARWRCYRDRRRYLIAQGALAPPVDTERLE---RERRAKMRKAVFRIEDA-FLAHRA----------AKAQEAAFAAQ 929

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: D8LLV4_ECTSI (Myosin-like protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LLV4_ECTSI)

HSP 1 Score: 707 bits (1825), Expect = 4.400e-229
Identity = 430/997 (43.13%), Postives = 572/997 (57.37%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISR--EETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQ-------------------------------IDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAG-HEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDSTRAEGSSGNGSAARHRG-PGGA--------------------RQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFRRHMFEQDYRAMRMGTIALQAQVRGRQARLRV 2826
            ME    VWAK     W +G V  R  + TG     + +VVL++     +   A  ADE E    +KLRNV GQ  AS  EG  V+DL  LT+LHEP ILY+L QRY  D+IYT  GPILLA+NPF RV LY+++IL  YR+DG+ +  D  Y  +L PHV+AIAD AYR M  P++E + R+QSILVSGESGAGKTET KI+MKYLAILG         G   + +IEQQVL+SNPILEAFGNARTVRNDNSSRFGK+IQ                               I FD  G L GA I+TFLLEK+R+V  S  ERN+HIFY++ AG + EQ+    + GD R++ + +QS CY RRDGV+DS+L+ EL++A KVM F +++ + VF+ VA VL  G+V F D  D      +  + +      E A R   LL V  D ++NA++ R+I AG     T++L   +  H R+AL K++Y+ +F+W+V + N  I+ +                                        +      +FIGLLDIFGFE F +NYFEQFLINYANE LQQQFN FVF  EQEEY  E I+W FIEFPDNKDCI LI+ KP GI+  LDEQCL+ + TD  FA  MY +   H  F +    +VD++F + HYAG +VY TEG ++KNRD L QEG+D+L SS SEF    G+   A+ + G    +   G PG A                    R+++I ++S+GAQF+  LN+L+  + +THPHYVR +KPNDD    +F   RI  QL N GVL  V VARAGFPVR+   EF+ RYG+LA  +++ A+    +D  +  +E ERAV + ++  +V  +T+                       ++ S    F  LC   G+Q+G TKVFF+Q AFN  E+ RT+ +S +   IQT  R  +  + +   R   +++QA VRG Q R  V
Sbjct:    1 MEEGVKVWAKGGPQLWRKGVVSKRVPDRTGGSSIARITVVLEEGGTAEF---AVAADEEEECTDVKLRNVTGQ--ASTLEGAGVEDLTSLTYLHEPTILYSLSQRYESDLIYTGVGPILLAVNPFKRVKLYSDDILAAYRKDGELRHYDPNYDETLAPHVYAIADKAYRNMTAPSNEYEHRSQSILVSGESGAGKTETCKIIMKYLAILGSK------TGSTELGTIEQQVLESNPILEAFGNARTVRNDNSSRFGKYIQGMCRLAVLEIVDVDGHALAASHAAFDVDINTIIFDSYGKLTGAQIKTFLLEKVRVVKHSAMERNYHIFYMLAAGASPEQREGWAM-GDLRSHQFTSQSGCYDRRDGVLDSELYQELMEAFKVMGFEEEEKASVFRMVAAVLALGDVDFVDRPDAGDGEALTALSEPSRPRLEAAAR---LLDVSPDRILNALTSRKINAGISNQVTIFLTMEQSRHARDALAKAVYAAMFEWVVGRTNECIEAKQA--------------------------------------EVMTEDRIFIGLLDIFGFEIFTNNYFEQFLINYANEVLQQQFNNFVFRQEQEEYEREKIQWTFIEFPDNKDCIDLIDRKPNGIIPTLDEQCLLGRSTDDRFAREMYKKCEGHDRFELAPKMRVDHQFCVRHYAGKVVYSTEGIIDKNRDTLQQEGVDMLLSSGSEFTVLMGE-IEAKSTKGKPRRSESGGVPGTAGASXXXXXXXXXXXXXRRVGRRTTIGAKSLGAQFRENLNNLVATVDKTHPHYVRTIKPNDDLQPGNFTYDRIAEQLRNAGVLEVVRVARAGFPVRLGIQEFIDRYGVLAPLVVETAYRNCAQDGGEIDQESERAVCKALVVSIVAKVTKGR---------------------ANASTEEQFMALCRDVGMQMGLTKVFFQQKAFNSIERLRTAMISNSITKIQTTLRCWLARKKFLRDRKAAVSVQAWVRGEQVRATV 922

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A0A6H5KAI8_9PHAE (Myosin motor domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KAI8_9PHAE)

HSP 1 Score: 672 bits (1735), Expect = 4.440e-222
Identity = 397/842 (47.15%), Postives = 519/842 (61.64%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMK------YLAILGGHDSEALLAGDDS-VKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAA------EYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFG--DSTRAEGSSGNGSAARHRGPGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFEL 2481
            ME  A VWA   +  W  GTV  +   GD   I+  VVLD   ++VYT++    D+   +++LKLRNV GQ  +SV EG  V DL  LT+LHEPAIL++L +RY  + IYTYTGPILLA+NPF  V LYT+++L+ Y+ DG+ ++ D  +V + PPHV+AIAD AYR M  P +E   R+QSI+VSGESGAGKTET KI+MK      YLAILG        AGDD+ + +IE++VL+SNPILEAFGNARTVRNDNSSRFGK+IQ+ F   G L GAAI+TFLLEKIR+V  S+ ERN+HIFY+M AG + + +    L+    +YHY+NQS CY RRDGV D DL  EL +A   M F     +     VA +L  GN+ F          E+ G  D++  A          + AA LLGV ADTL + ++ R + AG    T++L   +  H R+A+ K++Y+  F W+VA  N +I      +  A       A G      ++  +NG         G       MFIGLLDIFGFE F  N++EQFLINYANE LQQQFN FVF  EQEEYR E ++W FI FPDN DCITLIE KP GI+  LDEQC++ + TD  FA  +Y +   ++ F V    +VD+ F I HYAG++ Y T G +EKNRD L QEG+DLL SS   F    G  ++ + E    +   +  R  GG  +S+I ++S+G QFK  LN+LLG +  THPHYVRC+KPND  + + FN  RI  QL N GVL  V VARAGFPVR+   EFV RY LL  ++++ A+  A  D   D   QER+V + ++  +
Sbjct:    1 MEEGAKVWASGGERLWESGTVKKKTAIGDSFDIE--VVLDVGGKQVYTVSGRDEDD---SKNLKLRNVAGQ--SSVIEGHGVADLTSLTYLHEPAILFSLKERYGRNTIYTYTGPILLAVNPFKAVDLYTDKLLKAYKVDGERRSYDPNFVETKPPHVYAIADKAYRNMTTPATEYGQRSQSIMVSGESGAGKTETCKIIMKDGGAMKYLAILGN------AAGDDNKLGTIEKRVLKSNPILEAFGNARTVRNDNSSRFGKYIQLLFSDRGKLAGAAIKTFLLEKIRVVKQSKLERNYHIFYIMAAGASPKDRENWELQ-PAGSYHYMNQSGCYDRRDGVKDIDLHVELQEAFSTMGFDKAAQNDCLGCVASILALGNLEFE---------EIPGARDDQQQARLKESSLGAMKTAARLLGVSADTLCHCLTAREVTAGTTHVTIFLTPEQSAHARDAMAKALYAATFSWVVAHTNKSIQGDDASAAAA------VADGVGGAAVAAAGVNG---------GAEFNTDKMFIGLLDIFGFEVFAENFYEQFLINYANEVLQQQFNDFVFRQEQEEYRREQLEWTFIHFPDNVDCITLIEKKPNGIIPTLDEQCIIGRATDDRFARELYKKSENNSRFFVSPKMRVDHLFGIKHYAGDVEYDTRGIIEKNRDNLPQEGVDLLMSSEIPFTVLLGAIEANKNEAPKESSPKSTGRRGGGGGRSTIGAKSLGTQFKENLNNLLGVVNLTHPHYVRCIKPNDQLIPARFNYVRIAEQLRNAGVLEVVRVARAGFPVRLGLHEFVERYALLGARVVEAAYRRAVHDAELD---QERSVCKALIMAI 801

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: D7FGT5_ECTSI (Myosin-like protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FGT5_ECTSI)

HSP 1 Score: 672 bits (1735), Expect = 3.500e-216
Identity = 417/982 (42.46%), Postives = 561/982 (57.13%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQ----------------------------------DGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDS-VKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAA------EYARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCY----------------------------HLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDLLKSSTSEFVRSFG--DSTRAEGSSGNGSAARHRGPGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSDFNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDAWAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKMEKRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLSEACVIIQTAFR 2733
            ME  A VWA   +  W  GTV  +   GD   I+  V LD   ++VYT++    D+   +++LKLRNV GQ  +SV EG  V DL  LT+LHEPAIL++L +RY ++ IYTYTGPILLA+NPF  V LYT+++L+ Y+                                   DG+ ++ D  +V + PPHV+AIAD AYR M  P +E   R+QSI+VSGESGAGKTET KI+MKYLAILG        AGDD+ + ++E++VL+SNPILEAFGNARTVRNDNSSRFGK+IQ+ F   G L GAAI+TFLLEKIR+V  S+ ERN+HIFY+M AG + + +    L+    +YHY+NQS CY RRDGV D DL  EL +A   M F     +     VA +L  GN+ F          E+ G  D++  A          + AA LLGV ADTL + ++ R + AG    T++L     +                            H R+A+ K++Y+ +F W+VA  N +I         AS  + + A G      ++  +NG         G       MFIGLLDIFGFE F  N++EQFLINYANE LQQQFN FVF  EQEEYR E ++W FI FPDN DCITLIE KP GI+  LDEQC++ + TD  FA  +Y +   ++ F V    +VD+ F I HYAG++ Y T G +EKNRD   QEG+D   S    F    G  ++ + E    +   +  R  GG  +S+I ++S+G QFK  LN+LLG +  THPHYVRC+KPND  + + FN  RI  QL N GVL  V VARAGFPVR+   EFV RY LL  ++++ A+  A  D   D   QER+V + ++  +                      +++ +  S  S G +F+++C + G+Q+G TK+FF+Q AFN  EK RT+ +S +  I+QT +R
Sbjct:    1 MEEGAKVWASGGERLWESGTVKKKTAIGDSFDIE--VALDVGGKQVYTVSGRDEDD---SKNLKLRNVAGQ--SSVIEGHSVADLTSLTYLHEPAILFSLKERYGKNTIYTYTGPILLAVNPFKAVDLYTDKLLKAYKGLAIKIYSAAFSIFDDYVSWRALLGHVSLWLSQQVDGERRSYDPNFVETKPPHVYAIADKAYRNMTTPATEYSQRSQSIMVSGESGAGKTETCKIIMKYLAILGN------AAGDDNKLGTVEKRVLKSNPILEAFGNARTVRNDNSSRFGKYIQLLFSDRGKLAGAAIKTFLLEKIRVVKQSKLERNYHIFYIMAAGASPKDRENWELQ-PAGSYHYMNQSGCYDRRDGVKDIDLHVELQEAFSTMGFDKAVQNDCLGCVASILALGNLEFE---------EIPGARDDQQQARLKQSSLGAMKTAARLLGVSADTLAHCLTAREVTAGTTHVTIFLTGISTFDTPPNSSFSSVEYQAEELVNRRTPEQSAHARDAMAKALYAAMFSWVVAHTNKSIQGDD-----ASAAAAAVADGVGGAAVAAAGVNG---------GAEFNTDKMFIGLLDIFGFEVFAENFYEQFLINYANEVLQQQFNDFVFRQEQEEYRREQLEWTFIHFPDNVDCITLIEKKPNGIIPTLDEQCIIGRATDDRFARELYKKSENNSRFFVSPKMRVDHLFGIKHYAGDVEYDTRGIIEKNRDNFPQEGVDFFISWEIPFTVFLGAIEANKNEAPKESILKSTGRRGGGGGRSTIGAKSLGTQFKENLNNLLGVVNLTHPHYVRCIKPNDQLIPARFNYVRIAEQLRNAGVLEVVRVARAGFPVRLGLHEFVERYALLGARVVEAAYRRAVHDAELD---QERSVCKALIMAI----------------------QEKLKPGSPSSAG-NFQEICREQGMQMGLTKIFFQQKAFNSIEKLRTTIVSRSATIVQTFWR 919

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BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Match: A8CEN9_SACJA (Myosin-like protein n=1 Tax=Saccharina japonica TaxID=88149 RepID=A8CEN9_SACJA)

HSP 1 Score: 575 bits (1482), Expect = 4.810e-187
Identity = 327/672 (48.66%), Postives = 422/672 (62.80%), Query Frame = 1

Query:    1 MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLTAAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTLHQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEYVSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIVMKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNSSRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLAGTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVMDFSDDDMSHVFKAVAGVLNCGNVMF---RDVLDNDKTTEVVGVLDERADAAEYARRAAELLGVDADTLVNAMSFRRIKAG-HEWFTVYLDASKCYHLREALCKSIYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNGSGAXXXXXXGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQQFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQCLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHTEGFLEKNRDMLHQEGIDL 2004
            ME    VWA      W +G+V  R      +  + +VVLD+     + ++    DE +    +KLRNV GQ  AS  EG   +DL  LTHLHEP ILY+L+QRY  D+IYT  GPILLA+NPF RV LYT+EIL  YRQDG+ +  D EY  +L PHV+AIAD AYR M  P++E + R+QSILVSGESGAGKTET KI++KYLAILG         G   + +IEQQVL+SNPILEAFGNARTVRNDNSSRFGK+IQI FD  G L GA I+TFLLEK+R+V  S  ERN+HIFY++ AG + EQ+ +  + GD   + + +QS CY RRDGV+DSDL+AEL++A  VM F ++  +++F+ VA VL  G+V F    D  D ++ T++      R +AA      A LL V  + ++ A++ R+I AG     T+YL   +  H R+AL K++Y+ +F+W+V + N  I+     ++ A   S                                    +FIGLLDIFGFE F +NYFEQFLINYANE LQQQFN FVF  EQEEY  E I+W+FIEFPDNKDCI LI+ KP GI+  LDEQCL+ K TD  FA  MY +   H  F +    +V++K  + HYAG +VY TEG +EKNRD L QEG + 
Sbjct:    1 MEEGVKVWAAGGPELWRKGSVSKRVPEAGKKTARITVVLDEGGTAEFVVS----DEQDECADVKLRNVAGQ--ASTLEGLGAEDLTSLTHLHEPTILYSLNQRYQSDLIYTGVGPILLAVNPFKRVQLYTDEILAAYRQDGERRHYDPEYDGTLAPHVYAIADKAYRNMTAPSNEYEHRSQSILVSGESGAGKTETCKIIVKYLAILGSK------TGSTELGTIEQQVLESNPILEAFGNARTVRNDNSSRFGKYIQIIFDGYGKLTGAQIKTFLLEKVRVVKHSAMERNYHIFYMLAAGASAEQRESWAM-GDLEGHQFTSQSGCYDRRDGVLDSDLYAELIEAFSVMGFEENGKANIFRMVAAVLALGDVDFVERPDAGDEERLTDLSEPSRPRLEAA------ARLLDVSPERILTALTSRKINAGISNQVTIYLTQEQSGHARDALAKAVYAAMFEWVVGRTNECIE-----AKQAEAVSED---------------------------------RIFIGLLDIFGFEIFTNNYFEQFLINYANEVLQQQFNNFVFRQEQEEYEREKIEWNFIEFPDNKDCIELIDKKPNGIIPTLDEQCLLGKSTDDRFAREMYKKCEGHDRFQLAPKMRVEHKICVRHYAGKVVYSTEGIVEKNRDTLQQEGTEF 615

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig8.14531.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5KTZ2_9PHAE	0.000e+0	79.32	Myosin motor domain-containing protein (Fragment) ...	[more]
D7G635_ECTSI	0.000e+0	65.56	Myosin-like protein n=1 Tax=Ectocarpus siliculosus...	[more]
A0A836CM17_9STRA	3.950e-300	66.67	Myosin-like protein (Fragment) n=1 Tax=Tribonema m...	[more]
A0A835YX87_9STRA	2.550e-298	66.47	P-loop containing nucleoside triphosphate hydrolas...	[more]
A0A836CJ42_9STRA	3.840e-235	45.40	Myosin-like protein (Fragment) n=1 Tax=Tribonema m...	[more]
A0A835ZAR7_9STRA	2.640e-230	42.91	Myosin-like protein n=1 Tax=Tribonema minus TaxID=...	[more]
D8LLV4_ECTSI	4.400e-229	43.13	Myosin-like protein n=1 Tax=Ectocarpus siliculosus...	[more]
A0A6H5KAI8_9PHAE	4.440e-222	47.15	Myosin motor domain-containing protein n=1 Tax=Ect...	[more]
D7FGT5_ECTSI	3.500e-216	42.46	Myosin-like protein n=1 Tax=Ectocarpus siliculosus...	[more]
A8CEN9_SACJA	4.810e-187	48.66	Myosin-like protein n=1 Tax=Saccharina japonica Ta...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig8	contig	P-fluviatile_contig8:2380987..2405298 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1550.0
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7G635
KEGG ko	ko:K10357
GOs	GO:0000146,GO:0000166,GO:0000278,GO:0000281,GO:0000302,GO:0000910,GO:0001891,GO:0001931,GO:0003674,GO:0003774,GO:0003779,GO:0003824,GO:0005488,GO:0005515,GO:0005524,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005826,GO:0005829,GO:0005856,GO:0005886,GO:0005938,GO:0006928,GO:0006935,GO:0006950,GO:0006970,GO:0006971,GO:0006979,GO:0006996,GO:0007010,GO:0007015,GO:0007033,GO:0007049,GO:0007154,GO:0008064,GO:0008092,GO:0008104,GO:0008144,GO:0008150,GO:0008360,GO:0009267,GO:0009581,GO:0009582,GO:0009605,GO:0009612,GO:0009628,GO:0009636,GO:0009987,GO:0009991,GO:0010033,GO:0010035,GO:0010243,GO:0010639,GO:0014070,GO:0014074,GO:0015629,GO:0016020,GO:0016043,GO:0016050,GO:0016459,GO:0016460,GO:0016462,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017076,GO:0017111,GO:0022402,GO:0022603,GO:0022604,GO:0022607,GO:0030029,GO:0030030,GO:0030031,GO:0030036,GO:0030038,GO:0030048,GO:0030139,GO:0030554,GO:0030587,GO:0030832,GO:0030833,GO:0030837,GO:0030863,GO:0030864,GO:0030865,GO:0030866,GO:0030898,GO:0031033,GO:0031034,GO:0031152,GO:0031154,GO:0031254,GO:0031268,GO:0031270,GO:0031333,GO:0031410,GO:0031667,GO:0031668,GO:0031669,GO:0031982,GO:0032009,GO:0032060,GO:0032153,GO:0032155,GO:0032271,GO:0032272,GO:0032502,GO:0032535,GO:0032553,GO:0032555,GO:0032559,GO:0032796,GO:0032956,GO:0032970,GO:0032982,GO:0032991,GO:0033036,GO:0033043,GO:0033275,GO:0033298,GO:0033554,GO:0034461,GO:0034622,GO:0035639,GO:0036094,GO:0040011,GO:0042221,GO:0042330,GO:0042493,GO:0042542,GO:0042594,GO:0042623,GO:0042641,GO:0042802,GO:0042803,GO:0042995,GO:0043167,GO:0043168,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043232,GO:0043254,GO:0043933,GO:0044085,GO:0044087,GO:0044422,GO:0044424,GO:0044425,GO:0044430,GO:0044444,GO:0044446,GO:0044448,GO:0044459,GO:0044464,GO:0044764,GO:0044877,GO:0045177,GO:0045179,GO:0045335,GO:0046677,GO:0046683,GO:0046847,GO:0046983,GO:0048519,GO:0048523,GO:0048856,GO:0048870,GO:0050789,GO:0050793,GO:0050794,GO:0050896,GO:0050982,GO:0051015,GO:0051017,GO:0051128,GO:0051129,GO:0051179,GO:0051301,GO:0051493,GO:0051494,GO:0051591,GO:0051606,GO:0051674,GO:0051703,GO:0051704,GO:0051716,GO:0060327,GO:0060328,GO:0061572,GO:0061640,GO:0065003,GO:0065007,GO:0065008,GO:0070252,GO:0070938,GO:0071496,GO:0071840,GO:0071889,GO:0071944,GO:0090066,GO:0090702,GO:0097159,GO:0097204,GO:0097367,GO:0097435,GO:0097708,GO:0098630,GO:0098743,GO:0099120,GO:0099568,GO:0099738,GO:0110053,GO:0120025,GO:0120031,GO:0120036,GO:1901265,GO:1901363,GO:1901698,GO:1901700,GO:1902903,GO:1902904,GO:1903047,GO:1990753
EggNOG free text desc.	translation initiation factor activity
EggNOG OGs	COG5022@1,KOG0160@2759
Ec32 ortholog description	Phox homologous domain
Ec32 ortholog	Ec-11_004980.1
COG Functional cat.	Z
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko03019,ko03029,ko04131,ko04812
Hectar predicted targeting category	other localisation
Exons	28
Model size	4092
Cds size	4092
Stop	1
Start	1

Relationships

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig8.14531.1	prot_P-fluviatile_contig8.14531.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig8 2380987..2405298 -

The following CDS feature(s) are a part of this mRNA:

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig8:2380987..2405298-
coding sequence from alignment at P-fluviatile_contig8:2380987..2405298-

protein sequence of mRNA_P-fluviatile_contig8.14531.1

>prot_P-fluviatile_contig8.14531.1 ID=prot_P-fluviatile_contig8.14531.1|Name=mRNA_P-fluviatile_contig8.14531.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1364bp
MEFNALVWAKAQDGQWHRGTVISREETGDLRHIKASVVLDDQEQRVYTLT
AAQADEGEGTEHLKLRNVKGQGGASVEEGPEVDDLIVLTHLHEPAILYTL
HQRYTEDVIYTYTGPILLAINPFWRVPLYTNEILEQYRQDGKAKAEDQEY
VSSLPPHVFAIADNAYRLMNNPTSEKQIRNQSILVSGESGAGKTETTKIV
MKYLAILGGHDSEALLAGDDSVKSIEQQVLQSNPILEAFGNARTVRNDNS
SRFGKFIQIDFDKDGFLIGAAIRTFLLEKIRLVHTSEGERNFHIFYLMLA
GTTEEQKSALRLEGDPRTYHYINQSSCYKRRDGVMDSDLWAELVKAMKVM
DFSDDDMSHVFKAVAGVLNCGNVMFRDVLDNDKTTEVVGVLDERADAAEY
ARRAAELLGVDADTLVNAMSFRRIKAGHEWFTVYLDASKCYHLREALCKS
IYSGLFDWLVAKINHTIDKQTGGSRLASPTSPSFAFGSPKRGQSSKTLNG
SGAGGGGGAGDPGEVKNMFIGLLDIFGFESFEHNYFEQFLINYANEKLQQ
QFNQFVFEVEQEEYRAEGIKWDFIEFPDNKDCITLIEAKPAGILALLDEQ
CLVPKGTDKSFASNMYNRLTAHAPFSVPHADKVDYKFMIHHYAGNIVYHT
EGFLEKNRDMLHQEGIDLLKSSTSEFVRSFGDSTRAEGSSGNGSAARHRG
PGGARQSSIVSQSVGAQFKNQLNSLLGAIGETHPHYVRCLKPNDDNVRSD
FNVGRITSQLANGGVLAAVHVARAGFPVRMQHGEFVSRYGLLAVKILQDA
WAEAKKDHPDDPREQERAVAREILFELVPLITRNTVSNLMMRKSKGSKME
KRARVLSDGSLGASFRDLCGQGGVQIGNTKVFFRQMAFNRAEKARTSRLS
EACVIIQTAFRRHMFEQDYRAMRMGTIALQAQVRGRQARLRVMKLRYLNA
CLLAQRIVRGFIKRSKYARTREAALAVQTWGRMASARKSFQKDRSRAITV
QCLARKRSAKAEMRRRKKERDDVEALQAQIKAYEAAAKKREMELRREQEA
AMAKIKAEAEAQARARLREEARVEEEKRRREEHEAKLRAQEERMRRDEAE
MKTRIEEEYRAKAEAEARAKIEKESEESGTAAGGRANGTSHRANGNTSVF
QSKHTCAHENRGLRLTSPGGSSDGTELNSLSARSRSSDDSNGPPFSGGRM
LDMAEAEEMNAAIKQLYLKKPPGANPFVLFKARLRTSRREWNIERRYSDF
VWLHEALLEARQTDLPELPPRRLFGDPLEKEFLKGRQMALDFYLTALLAK
YQRWLVESPATMEIRLDHTGNMMKEMIARQTLVSFLNPQQPSLHRDDDSV
MGVMSGFMRKLGR*

mRNA from alignment at P-fluviatile_contig8:2380987..2405298-

Legend: polypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-fluviatile_contig8.14531.1 ID=mRNA_P-fluviatile_contig8.14531.1|Name=mRNA_P-fluviatile_contig8.14531.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=24312bp|location=Sequence derived from alignment at P-fluviatile_contig8:2380987..2405298- (Porterinema fluviatile SAG_2381)
ATGGAGTTCAACGCTCTGGTATGGGCCAAAGCTCAGGATGGGCAGTGGCA
TAGGGGAACCGTGATCTCGAGGGAAGAGACCGGTGATCTTCGCCATATCA
AGGCAAGTGTGTTTGCGTGTCTGTGCATCGTAATTATGCTCAAAATTTGG
GTCTGAAAATTACAAAAAAACAAACTCGTTTCTCTTTCCTTTCTCTCGCT
CTGGGGGGACATATGTGACAATCTCTCACGCGTCCGCCTCCGGTGCCAAA
TGCCGTCATGTTAGCATCTCGGCGCCCGCTTGGTAGCACACAAAGCAGCA
ACCGCTGAAGTCAGGAGACGAGGTGCAGTCTCCACTCTGAGTGGCGGTGG
ATGATCGGCTCACACTGGCAGAATTTGGGATTGCGCAGATCCCTTCCGTG
GTGTGTGTGTCGTTGCTTCCGAGTCTGCTGGGTGTTTGGGACGGTTGGCG
AAGAAAATTATTCTCAAACTCGCCAAATACAAACCCCGCCGCCTTGCTTA
CGCAATTTTGCCGTGCTTTCTCCTGCTGGGTCGTCGTGTCTGCGCATTTT
TTTACGTTTCGTTTTCAAATGTTCCAGAGGTGCTCGTTCCTCCTCATGGT
CATTTTCGCATTTGGGGCGGGGGTGGGGTTATGTGCTTCGAAGCACGATG
GTCCGAGAGCCACTTTAGTTCAATGTTTCCCCCACGTGCAAGCATCGACG
AGTTCGGTGTAGCATCGGCCGCTCGGCCTTGCTGCAGCCGTCGAAAGCAT
GTCACACGACCAGCCAATCAGCCATTGCTCTTGACAAGTACCGAGCACCA
TGTCTCGTTTCCCCTCTCTCTGTCTCTATCAATAGTGTGTTCCTTTACGC
GTGCCATGTGAGCCTCATTTCTCAGTTGTCTGAAGGATCGTGTCTCTCGC
TCTTGGTAATGTTTTTCTCAACTGGCGTTTCGAAAATCTCCCCCGAGATA
GGCTCTGCGCGGCCACGCAGGGAATTGAGGGACGTTATTGTCCTTCCAGC
TTCTGGGCGCGCGGGGTCTGACCCTCGCCCTCTCTTTTGCCGCTTGGCAC
TCTTTGTTGTGTTCGTCCAACATGCACGTGCACATTCAACATAAGCTTTT
CCAAAAATCACATAAAATGAAAACACGGGGAGACAACCCACTCAATAAAA
GCTCCCCATTAAAATAGTTTCCCCCTCCTGATCGATTGTCCGTTGGCAGA
CCCTTTTTTGTCGTGGTTGAAAGCGTTTCACAGCACTTACATGACGAGGC
GTTTCTTGCGTGCACATCATGTTTGCGTAGTTTCGAGGTAAAGGCTCAAC
ACCACGCCCTCTTGCTTTTTATTTTCCAAACCTCGTCGTCTCGTTTCCTC
TATCCTCAGTTGTTGTGTTTAATACCGTGCCGGCAGCAGCAATGGCCTCC
TCCCCCCCATCCCCTTCCTTCAACTTGTTGGTGGCCATTCAACTATTTCT
CCGCTGCTCATTTGCAATCGCTTGTTTATTCAGACCATGTGCTGGTATGT
CAGTTTTGCGCGTGCAAACTTCCATCGCGTTTCACAATTACTCGTTATTC
GGTGGCCTCGGAGTTCTTTCGCGAATTTGAAAATCTGGTACATGTCGCGA
TATGATCGCAGCTCACGAAGGACGTGAGGTGCAAGTTATGATATATTAAA
CAGCAATTTTCGGCGAGGCTCGCGGCTTGCCCCAGGGCCAGATGTAATTT
TCGAGATCTCTGTACGGTCGGCATGAAATTTCGTAAATACTACTCCGTAT
AGACTATCAACTTCCGATGCGCGTGCATACGATTTATGTCCAAATAAACG
GGGATAAGCAATTTGCAACTTCGATTGCGCTGAACACATACGATGCATGC
AAGGGAGAGGACCTCATTTATTTGCACGCATGAGATATCAACGAAGGTTC
GTAAATTCGGGTGCGAACGAGAAATATAATAAACGCACGGTACGTGAAAA
CTAAAGTGGTGCCTCATCTCTTGTACGGAATTGACCTTCGCGGGCCCGAT
GATGTTTGAACGGTGGGTGGAGGCAGCGCTTGTGAATATTGTGCCCTCGA
TACAGCACCGACGAAGTTGCGTGAAAACTAAAGTGGTGCCTCATCTCTTG
TACGGAATTGACCTTCGCGGGCCCGATGATGTTTGAACGGTGGGTGGAGG
CAGCGCTTGTGAATATTGTGCCCTCGATACAGCACCGACGAAGTTGGTGC
AGCACCGACACAGATCGCCGAGCGATAGACTTGCCTCACGGTATTGTTGC
CGGCTAACGTGACCCGCATCTGAGAAGAGACAAGGCCCCTCGCCTCGTTC
TTTCTGGTCGAACGCTCTGCGAACGGGCGGGGAAGACGGGGGGGGGGGAG
GTCGAGCTACTCTGACAAGCTAGAATCTTTCTCGCGCGTAAGGTAAAACA
CCGCAGACGACGCAACAACAAAACAGCAAAAGGTACCGATAAATACGGCA
GTAGCAAAGAAAATGCAGCGACACAGCAACAAAAAGTCAGCGAGTCCTGG
CGTAGACCGAGAATCTGGTTCCACGGTGCCAAGGTTGCGTTCTCCTGCCG
CTACTGCAATCTGACCCGCTACAGATGAATCAGAAGATCTGCCGCGCTGT
CTCGCTCCATCAGCGTCGATCAAGAACAGCGAAGCCAAGTCGCATTTCGC
GCCCTCGAAACCCGAGCGCATTTTTCGGCAACTAGCGCAGAGCGCGAAGG
CTAACTCCGTTATACAGCGGAGAACTCACATTCAATTCCATTTTGCTTTC
GAAAGCGCAGCCTGAGCGCCTTTGACGACATTAAAGCCGGAGCTCGCGCA
GTCCGCTCCTTTTTCTGCTGCAACGGCGCTATCGCCCGCCTGTCGGCTTT
TACGCGCGGGGGGGAGGTTTTTGTGGATGTCGTACGCTTGTTTTATGTCC
GATATCCTGCGCGACCTAACCACGATTCGGCTTTGTTGGCAAACGCAAGG
CGAGATGCACAGATTCCACGGAATGCGTCGTGTGCGCGTGTCTCTTCTGG
CTGTGGGTGATGTGCGCTCTGTCTCGCTGTTGTTGTCGCCGCCGGCACCG
CTTACCGACCAGATCAACGATTTTTTTTTCAACAGCAGTACCGCAGCGCT
GAGGGCAGGCGTAGACAGGCCTTCCCAAGCACCACCGCAGCCTTTCGGAA
GCATGGACAACCCCGGCCCAGTTCGGGTCTCAAAGACGGCGCGACGGGAA
GGAAAGATGAAGCACATCTGAAACACGTTCCCCCCCCCCCCTGTCCGTCC
CTCCGCCTGTCGCCTTGATTGTGTACCCCTGCGTGCGTACACACACGCCT
CAGGTGGTTCTGGACGACCAAGAGCAGCGGGTTTACACCTTGACGGCCGC
GCAGGCTGACGAGGGGGAGGGCACGGAACACCTCAAGCTGCGAAACGTCA
AGGGGCAAGGCGGGGTGAGCACAGCGTTGGCGGGGACAGTTATGGAGCCG
GCGGAAGTAAAAAGTCCTGGATGCTCGGGTCGCGCCATTCGCGTTTGTGG
GGGACCGGCGCACTTGTGTGTTTGGAAAGGAAAGGATCTTGAGAGGTTCC
TAGAATGTTTTGCTCAGATGTAGTCCTCTCGACTTCTGCAAGACCCACCG
CGGGTACGTGGCACAGTACATTTCCGTTAAGGAACACGGCTGGTGCAATT
CGCAAGCCATTTTTCTTACCGTGGTATTCACTGTTCGTTATGTTGCTCGT
GTGTCTCTGCCTGCCTGCCTGTCTGCCTGCTTGTGTCTGTTCATTGTGTT
TCTCACTTCTTGTTCTCGTTTCTGTTGCTCCCTCTGTTTCTTCGTTCCGT
GTGTGTCTCCCCTGTCCCCTTGCCGCCCTCTGCCGGCCGCTCCCTCGCCG
CCCTGAAATCCTTCTCGGCCCTCTTCTCCCGCCCGACCAACGCCGACGAA
AAATGCGCCGCGTGGACCGAACCGCGCTGCCTGTCTCGGTTGCGGTGACT
GTCCTGGTTTGGTCTTGTGGACACTGCCCGCTACTCGCGTGCGGGGAATC
GATTCGTCCCCGCTCTGGAATTTGTGGTTTGATTTCTGGCGGAATCCCCC
CCTTTTGTCTTCTTCCTGGCGAAACGCTCGGGGGGCTGACTACTCTTGGG
GGTGCTGGGGGCGGGTTGCGGCCTGCGGGGTGCTGGCAGGCGAGCGTCGA
GGAGGGCCCGGAGGTCGATGATTTGATCGTGTTGACGCATCTGCACGAGC
CGGCGATCTTGTACACGCTCCACCAGCGCTATACCGAAGATGTGATTTAC
ACCTACACGGGCCCCATCCTCCTGGCCATCAACCCGTTTTGGAGGGTTCC
CCTGTGAGTTATCGAGGTTGCGTATGTTTTCTAGAGCTTGAGCGCTTTAT
CCCAGTTTGTCATGTAGTCCTCGTTGGATTGCGCAATTTCGTGCGTTTCA
CGCACCTACACGGAGAGCGTTATGCACCTTGCGTTACTCTCCTCGCGACC
CTCCGAGCAAGTGGTCGGCGAACTGGCTTCTGAGTAGCGCAGCACCACCG
TTCCCTCGCAATTTTGAGGCAAGACGGGAAAATACCGCCCAAGTTTTCAA
TAGGATGGGTTCTGAACCACTTTGCTAGCGTGCGAAATCGCCTCAAGCGA
TGAGACTACGACAACCACTGGCTGCCCTTCACGTAGTCCAGTTCCGCATT
CTGACCAGCAGCCGGCGGTGTGCGGTCCCCACGGATTACATAGGACAGAG
AAGGAAAAGAGGAGGAAATCCAAGCTTTGGATGAATCGCTCGAGTTTGCA
GCGTGTCTTGCCAACGGCCGGAGAAAAACAACCCGAAAATTAGTTATGTC
TTGCCTGAAACCAAAGATTTGAAGACAACTCGAAACAAAACAGTTGATTA
CAACAACACACACGTGCATGATTTCTTCGGCACTAACGCCGCGGGCGCTT
GGTCGGAGCTTCGATTCCTAGCTGCCCCGTGATTTCGCCTGCAGCATTGG
AGAAACATGTCCCCGGTCGTGCTGTTTTCGTGCCAATTTTTCGTTATCGT
AGAATACAACAAAGATGATAAAACAGATGTCGTGCCTGCGCTGTGAGAAG
GCAAACATTTTTGGGCCATACGCAATCGGCGCTCCACGTATTAATGCTTG
CAGGGCTGTTTTGTTTGATAGGAGAGAAGATAATCGCCCGCACGGAAACG
AGAAAGCGTCGGGGATGAAGAGAAGTTGGATAAAACACGTTTTTTTTCCC
TTCTCTGCCTGTGCGAAAAGGCGTGTTGTCGTGGGTTTCCACGCACACGC
ACGGTTCGCGCCCGCTGAGATTCGACTCTCGTGCTCATCTGTCAGTGAAA
CAAATGTGAGCACACAAACAAAACACGGTGCCGTATTCGTGCACGTGTCG
AGGATGAAGATCCTTCAAATGCCAAAGCCAAGAGACCACCCTAAAGCGGA
CACAGAGCATCCTTTGGCTGCGCTCTGAGCGGATTTGGTTGTGCTTGTCT
TGCATGTTCCATAACTGACCTGCCTGCGAGACTTTTTTGCTGTCTTCATT
TGCATGCTGCCACTTCTTGGCCCGCTTGCGAGGCTCTCGCTACCTCTGTT
CCCTGCCTCCCCTTCTTCGTCTGGCGCTTCAGGACTCCTAACTGCTGTGT
TTGTTCTGTCCTGTCCTGTCCCGTTCCGTCCTGTCGCGTCCTGTCCCCCT
TCTTTCGCATTGCATTCCGTACCATCCCGTCACGTCTGGTTGCAAAAAGG
TACACAAACGAGATCCTGGAGCAATACCGGCAGGACGGGAAGGCCAAGGC
CGAGGACCAGGAGTACGTTTCTTCCCTACCCCCTCACGTGTTTGCCATCG
CGGACAACGCCTACCGGCTCATGAACAACCCGACTTCGGAGAAGCAAATA
AGGAACCAGTCTATTCTGGTAAGATGGTGGGAGGAGAGGGAGAAGTGGAA
ATGACCGCGAGAGAAGAGGAGCGGGGGTAAAGGGTGATGTACCCAAATCA
CGCACGTCGTATATTAGTCGTTAGCCCATAGACTTCGCTCCCTACAAGGC
CGGAACGGAGCGATTTGCCGGGTGTTTACTGGCCCAGGCTCTTACATTCA
CCAATCGCGAAGCGTGATCACACATTTGGCGAGTCGCTTGAAGGGTGGGC
GGTATCCTACTAAGAATGTTCGGCGCAAGGCGTACTGATTTTGGCAGACG
GATGGCAGCCTCGACTGAGCTGCAACTTATTTTTTGGTATCGCCTTAGAG
ACAGCCATTGGAGTGTACTACGGTAGTGTCTTGCGGGTGCAGCACCATTT
CAACACTTCGTAGTACGACCACGCCTCATGTGCGGAGTTATATTCTCCAC
CCCGCTCACATGGTTTCATTCACCACGATCATGGTTACCGCCCCCCTTCC
AAAAAAGAAAAGGGAAGAAAAAAAAAGCGGTAACCTGGTTGCCTAGCTGC
AGCAGTGAGCAGCATGTTTGACAGCGCCATCGCCAACCCGGCGCCAACCC
GACCCCTTGCCGCGCCATCGAGCCGGTGCATCTCTCTCGAGAGCGTGAGG
GGGGGTAGTGACGGGGGGGTGGGGGTATAAGAAGAGAGTGCTTCGGTCTC
GTGTGAGGGATAGGATGAGTGTAACGAAGAGGGATGGAAGAAACGTCTTC
CCCTCTGAGGCGTTATCGGGATGCAGCCGAAAATGGGCGAGGTAGTGGCC
ACATGTTGATCGCTGACACACGTGCAACATGGAGATATTCAGCTGGAGCG
GTGCACAATAGTGAAAAGGACGAATCGACATACATGTCCCGGTACATTTG
CCTTCGACATGTTCTGACTCCGTTCGACATGGGGGCAGTCCTAGCGAATT
TGACCAGACAACCTGCTGTGCGCGTAGCTCTCAGCAAACAGCCTGTGGGA
AATTACTCGCGTCCGACGGAATGAATGCACCAAATGCGCCGCATCCCCCG
TGCCCTCGTTCTCGAAATCTTGAGCAACATGTGTCGCACAGCACAAAAAC
AATCAAAGGCGACCATGCTCCGTCGGATGTTATGTTGCCTCCATCATCTG
GGTCGCTCCCCCTCGCCCCCGTCCCCTCCTCGTGTGTCACGGGTCCGTGC
TTGTCCCTCCCTCCGAAGGGGGCGTTCTCAGGCGCCAGTTTCATTGTTTT
TTACCCTCTCTTTATTAAAGTGTAAGGCTGACAGCGCCATCGTTGTCGTA
CCCCCCTCCTCCTTCCCTTCTCCACGCAGGTGAGCGGGGAGTCCGGGGCC
GGAAAGACGGAAACCACCAAGATCGTGATGAAGTACCTTGCCATCCTGGG
AGGGCACGACTCGGAAGCTCTCCTCGCCGGGGATGACTCCGTCAAGTCCA
TCGAGCAGCAGGTGCGGCAGACTGCTTGTAGTCGGTGGCAAAAAATCCAG
GGGGGCTGGAGGGGGGGGGGAGGCAAACCGTAGTCGCGAGGCCGTCGGCT
TCGCTTTCCCACGAGAGCCGGGACGGGGCACGTCGGGTTTTGCAGGATCA
TGGGGGTAAAACGCGGCCGGCGGAGGTTTTTTTCACCGCCGTTCATCTGT
ATGTTGTCAGAGGGAAGGGATAAGGAGGGCAAGTGAAAAGTCGAATGGCA
AGCGTTGTCACCACGCGTAGACCACGGGAAGGATGGAGCAAAAGACGCGA
CACGACGTTGAGTTTACCACGAAGAACAAGAGGCACCCAGCAGCATGGGG
AAGGGGACATTCCACATGAACTCCACGCACGTACATGAGTAGAGACAAAA
CATAAGAACGAAGCCTCCGCGATGACGAGGACGACGACGGCAACAAAACA
CGAGGAAGACAAACGCGATATTCAAGTGCGGTTGCGGATCGGACACCGTG
AGCCCTGGCGTATTTGGAGAATCCGCACGGCGGGGTGTTAGGAGTATGCG
CATGGGTATGTCGGCGCGTATGTTTCATCCTTATTTCCTCTTGGCAATGT
GCCTGGCTTTGTGACCACGAGCCGGAGATTTATGGAATTTGCGGCAACGT
GAGGAGACAACAACAACATCAGTAACTTGTCTGCCCGCGATGTCGGTTAC
CCCGTGTCTGCGTGCTCGCGTCCAGGTGTTGCAAAGCAACCCCATTCTCG
AGGCATTCGGAAACGCGCGGACGGTGCGCAACGATAACTCGTCGCGATTC
GGCAAGTTTATTCAGATCGACTTCGACAAGGACGGCTTCCTCATCGGAGC
CGCCATTAGGTCCGTGCCACTATTAGTGCCTTCTCCCGGGAGACAGCAGC
AGTGGAGGGAAGGGGGGGACACAGGGAGAGGGATGGAGACAATAGAGCCG
AAAGCGAGATGAAGGGGGATAAAGATGAGCGAGGGGCGGGGGGGGTGAGC
GTACTCTTATGTTTTGCATGCCTTTGCGGTTAGACCATTGACCACGCGTC
CTCGAGAGAACGGAGCGAGAGCGGGGGGGGGGAGGAACAGACAGATAGAG
GGCAAGAGAGAGACAGAGCATTAACGATAACGATTGGTAAGTAGAAAACA
CAAAGGTAAAAGGGCTGAATGAAAGTGGATTAAGTGAATGCGACGGCGAA
GGAGGGGGATTAGGGAGGGTCGCAAGGAGGGAGAAGGGGGGCATCAGCAC
GGAGCGAAGGAAAGGGCGGCAACCATACGTAGATAGGGAGGTACGGGGCT
GTGGAGGAACACAAGGGTGCAAAATCGCGGGACGTACTCGTGGAACGGCT
GTTGAGAGTGCCGAGGGGGACGCGCAAAAGAGGGAAGAAAAGCAAGTAGT
TTGGGCAACGCGGTTGAAATACAAGAGCACCTGCTAAATTTCTACCGGCC
AACGGTTTGCGTTCGACTCTCCTTGCTCCGTTTTTTTCGCCATCACGCTT
CCAACCCTTCGGTTTTTCGCTTGGGATGCGTCGGAAACGTTTCACTTCCG
TGGCCCGTTTTCGCGCCGCACGATTTTGATGCCTTTCCTCTCGCCGCTTG
CTGCTTCGCAAAAACCAAACACAGAACGTTTCTTCTGGAGAAAATCCGTC
TGGTGCACACGTCGGAGGGGGAACGCAACTTCCACATCTTCTACCTGATG
CTTGCCGGCACCACGGAGGAGCAAAAATCGGTGAGTCTGCTCAGGTTGAC
ACCGCGAGGGTGGTGGGGATACTGTGTACGCTACACACCCACACAAGGCG
CACCTGCTACACGAAAACGCACCTCGTGCTCCTAGGTATCCTACGAGCGT
ATTTGAGCCCCGAGCACATTAGTGCTCTAGGATTACGTGACAGCTGCGTG
AGAAAGCATATCCACCATTCGGAACCGCACCCAAGGATTGGAATTTTTTA
CCGAAAATGTTGTGACTTTCTTCGGTCGTGCGTGGTACTTACGCCAGATG
TGCACGACAGCAAAACGAGGCGAGATTTTCACCGATTTCGCCGCGATATT
CTGAATTCCATGCTCTCGTCTTCTAGCCTCCCCTCCCCATCCCGCTTACC
CTAAAAAGTTTATCAGACCCAACCCAGCGTAACCCAAACCACACCCTCGT
CCTATCCCTTCCACCCCACCTCACCCCACCTCACCCCCGCTTACCGGCCC
CAACCTCTCCTCCGCGACCTCATCGCCTTCATTTGCACGCTCGCGCCGAC
GGCGGAACGTCGAACTGCTTCTTTTGTCAACTCGTGTTATGCAGGCCCTA
CGGCTGGAGGGGGACCCCCGGACTTACCACTATATCAACCAGAGCAGCTG
CTACAAGCGCAGGGACGGCGTGATGGACTCGGACCTCTGGGCGGAGCTCG
TCAAGGCCATGAAGGTACGTACATGGAGGCGGCATGGGGGGCGGAGGTTA
AGACGGAGCAGGAGGAGGAAGAGGAGGGGGAGGAGATACGCGCAGGGGAT
GGGGGGGGGGGGGGCACGCGCGATTTGTTTAGACGGGGTAGAGGGGGAGG
AGTTGGAGGAGCACGAACAGCGGGGAGGGTAGTGGGGCTCGTTGGTGGAG
CTGTACGGCCAGGGGGGAGGCAAGTCGCGTTACTGTCGTGGGGGTTAGGG
CTACTGTTAGGATTGGACGGCGGTAATCAAGATGGTAGCAAGGCAGTACA
TCCACGTGGGTACAGAACACCTCAAGCGAGAGAATGCCTCGGAGGAAAAT
GTTGACGGAAACGGGTAACCCACCAACATGCACGTACAATATCCCGTCAC
AGGTCATGGACTTCAGTGACGACGACATGTCGCATGTGTTCAAGGCGGTA
GCAGGGGTGCTGAACTGCGGCAACGTCATGTTTCGGGATGTGTTGGATAA
CGACAAGACCACCGAGGTCGTGGGGGTCTTGGACGAGCGGGCGGACGCCG
CGGAGTACGCCAGGTGAGCTTGGTCCACTACTTGGAATCTGGGGGGATTC
AGGGCGGAAGTCGACAATCGTTGGCATAGGCGTCGGGGGTGGGGGGCTTG
GCCCGCAAGAGAGATTTCGCAGGCGGCATAGAGGACATCAGTGGGCAGGA
ATTCGTTGTACTTTGTTATGGTTTTGTCGCTCGCGGTTCTTGCGAGATGG
TGTAGGCGCCGCTGTTTCTACGGCCGTTTCGGCTCCTGATAGAGTGATCA
GCGAGGCTCACCACCCAGCATCCGGGGCTTCAGTCAAGCTTAAACGTCTG
GAGTCGAATTTCACGCGAGGAGTCGGTCCCCTCTCCCGTCCTTGCTGGAG
CCTTTGTCACCCGATCCAACCCCTGGGTGCGAGGTACCCCCGCTCTTTCT
TTTGCTGTAGCACGCGGTTGCTTTGTGCGTTTTGGCAACGGGTTTGGAGG
GGGACAAGAGAGGAATCAGGGGTTGCTGGGAAACAGGAGAGCGTGCAGGA
CAGCGCTCACGTTGTGCCGCGCTCAGTCGGGACGGGGGACGGCGGACGGG
GGGGGATTTGGAGCGTCCTCATTTGTTGCTTGCCTTCATCATTTCACCAT
GACCACGCTTACCCTTCATCATTTCACCGTGACCACGCTTACCCTTTCCA
GACATAGGGATTGGCCGGGGGGGCTCTGGGGTTCATGGGCACGCGGCTGC
TGCGGAGGAGCTGCCCGAGTTATATCGCCTTGTTTTTTTTCAACTCTTGC
GATTTGTGTTTGTTCAATGCTGTCAAAGGTCTTCCTTCATTCAGCCTTCA
GTCACCTCGTGAACCTCTTTCGAGACCCAAGGATGCCGAACGTCGGATGT
TGCGTTTCAACTTTGTTTTGGTCGCAACCGTGACTGCTTTTGTTGAAAGA
TAAATACTTTATTCCTCTCAGACCTCTTACTTGAGCCGACGGCTGCCGCT
GGAGGATGAGGAACGACCGCCTTAATCTCTCGTGTTTGTCTTGGAAAGAT
TTTGATCATTTGCGTGCCTATCTTTTTTGCGTTGTGACTCGCGCTCGGAT
CGATTTTTGTCTGACGACATGGCCTCAACACAGGCGCGCCGCCGAGCTTT
TGGGCGTGGACGCCGACACTCTGGTGAACGCCATGTCGTTCCGTCGGATC
AAGGTGAGTAAGGGCGGGAGCGAGAGAGAGACAGACAGACAGACAGAGGA
GAGAGAGATTCGGCAGCAATGAGCAGTGATGCGGCGATATTTTGAGAGCG
GGATAAAGGGAGGGAGATACGGGTCGAGACGAGAGAATGGGAGAGACTCC
AGGCGATGGGGACGTTGGCCGGCACGCTCTTGTTTCCAGTGTCCGAGTCT
CTGAGAAGCGAGCGAACGAACGATTGAACCAGCGAGAGTCGAGCGCTAAC
GGGTCGGGGATGAGAGGGGATGACTGTTGACGAGGCACATTCGCCACCCT
TCCTGCGTGTTGATAGTTGCGCGGCATGCGCGTACAGGCTGTTTTCGTTC
CTGTTTTTTCCGAACAGGGAACCTTGTCGTTTCGTGGTTCCACACAAAAT
CAAGCAGCCGCTGCCCCCGCCGGCATAGAGCAAGGGGGGCGGAAAAGTGC
CTCGGCGAAAAATGTCTCAGGGTTGACCCTTGACACTTCGACACGTTTTC
GGACCTGTTTTTGCACTCGGACCTGGTTTTGCACTCGGGGCCTGTTTTTG
CACTCGGGGCCTCAATTCAACGCAACGCGCGCGGCGACGACCACAGGCGG
GCCATGAGTGGTTCACGGTCTACCTGGACGCGTCCAAGTGCTACCACCTC
CGAGAGGCGTTGTGCAAGTCCATCTACTCGGGACTGTTCGACTGGCTCGT
GGCCAAGGTGGATAGAAAGAATATACTCCGTATAATTGAGGAAATCGATA
GTATCGAATTGAGAGAATGCACCCTGTGCCGAGCGCATCTGTCGTCGTTT
GTGTTGTTCTCGAGTACTCGAATCACTTTGCTTCTCGATTGCGGTACGTG
CCTTCAGTTTTCAAGCTTGAGTTCTCAACTTCAAATTTTGAGTCCACCTT
TCCCCACCCACACTCAATTTTTCGACCATAACCATTAAGGTGCATCGCGT
GCACGGCGGCTGGGGGTGCATCGCGCCGGGGGTTCCGTGCGGCCAGGCGG
GGAGTCACATATCGTTTAGTCAGCTTGAGGTATCCACGTAAAAGTTTTGA
TGAGTCTCTTCTCCCCACATAATGTTTCAACCCTAACCAAAAACTCTTTT
TGCTCTCTCTCTGATCGCATGCCTGGCGGTCGGGGGGCACCGCATCGGGG
GGTTCGGTGCATGCGGTCCGGCCGGGGGGTGTCACACGTCGTCCAGATTA
ACCACACGATCGACAAGCAGACAGGGGGGAGCCGGCTCGCTAGCCCGACG
AGCCCGAGCTTCGCGTTCGGGTCGCCGAAGCGAGGCCAGTCGAGCAAGAC
GTTAAACGGTTCTGGAGCCGGCGGCGGCGGCGGCGCGGGCGACCCGGGCG
AAGTCAAGAACATGTTTATCGGCCTCCTGGACATCTTCGGGTGGGGGCAC
AGACGTGATGCAGTGATATTTGTTGACTAGGGGGCTTGTTCCTCTTCCTT
TGTTCATCATACCTGCGACGATGAGGCTGTTTTGGGTTTGTGCTTTGGAG
TTGCCGGCGGAAGAGAATGACATGAAGAATATGTACCAGGGAGTTTGGCG
CAAAGTGGGGGACGTTTCCCCGATTCTGCGCACACGTGTGGTCCTTCGTT
GCTGTTTTTCGTGCGCCTTTTCGTGCGCGAGCGCCTCTGATCTTCCATCC
TGTAACCGTCTTACCCTCTGATCAATGTAGTCTAGACTCGATTTTCGTGT
CTCGGTTGTTTTAGCATGAAAGACGTTCGCAGTCGCCACACAATGACGAA
TGTTTCAACATCACCTACGAGCCTCCGGGGCGCCTGGATTAGGCCTGGCA
CGCATCGCTTCATCGATAAGGCTTGAGCGAATCGTCCGCCAGGGGTTGTG
TTGTCTTGCCTTACATCGATGTTTGGTGGTGGTACGCACGAACACCTCGC
GCCTCTGTAAACACAATGAAACAATCCCCAAAAATCATGTAGGGTTCAAC
AAACACAAAATTGAAACGGTTCTTAAATCATTATTGCCCACAACCAAAGT
GGAAAACGGCTGCAGTCATGAAAGTATTTTCCATCGCGAATGCGTTTTGG
GGTGCACAACTTCTGCTCTAAACCATCAACTCACCCCACCCCCGCATCCT
ACCGTCCGACCTCCCGCCAGATTCGAGTCTTTCGAGCACAACTACTTCGA
GCAGTTCCTGATCAACTACGCCAACGAGAAGCTCCAGCAGCAGTTCAATC
AGTTCGTGTTTGAGGTGGAGCAGGAGGAGTACCGCGCCGAGGGCATCAAA
TGGGACTTCATCGAGTTCCCCGACAACAAAGACTGGTGCGTGTGGCCGCG
GCCGGCTCGTCTGCAACTCATTGTGCATGCAAGGTGGATTGAGTACAGCG
TTTGATGGCAAAAAATTTCGACAAACAAGAACAAGGCTCCCAGTGCTCGT
TCACGAACGCGGCTCTCTCTCTCAGTCCATCTGCTGCTCATCTCCCTCAG
CGGATCCCCGGAACGAAGGATGTACGGATTTGGTCGACTTCGAATATGAA
CCTAGCGGGTACCCTGCTCCCCCCCCTGATCTCCTGAAGCACCTTGCCCT
GATTCAGACCCTGACTACAAACCAAACCCCTTCAATCACCATGTCTCCTC
ACATGAAACCTCCCTGGCTCCCTTCAACACATCGCCCTGCCCTTAGCGCC
GATTCTCAACCTAACCCAACCGTGTTTACCCCCCCTGATCCCTGGCCCCC
TGCAGCATCACCCTGATCGAGGCAAAGCCGGCCGGCATCTTGGCGCTTCT
GGACGAGCAGTGCCTCGTGCCCAAGGGCACGGACAAGTCGTTCGCGTCCA
ACATGTACAACAGGCTCACGGCCCACGCGCCATTCAGCGTGCCTCACGCC
GACAAGGTGAGCAACGATCATGACCTGGGTAGGCAGGGGGGATGGGGAGG
GGGCGAGGCAGATGGGGAGGGGTCGTCGTCTTTGATTTTCGTGATCACGG
TACTCCGGGTTCGTAGGCGCCCTTCAGCATGCCCCACTCCGACAAGGTAC
ATCGTGTGGATCGTGGATTGGGACTGCGGGGTACAGACGGTTAAGGGGGA
TGGGAAGCGTGTAAGCTTGCCGTGTATCGGTAGTCACGGTACCTCGAGAG
AAGATGCATTCAATGTCGTCGTGCCTCTCAAGTCGGCACATTATCGATCG
ATGGATGGAAGAGAGCCGGTAGAAGTTTGGGGAGGGTGAGTAGAGGTGCG
AGAAGGAGACACGGGTCTTCGTATGCTGTACCGCATACTGCGGTGCCCCG
TTCACTGCCGACGAGGAATCTGCTGAAGGGCGTGAGTGCTCGTCGTCATC
GTCGTCATTCCTTTCATCGCCCGCCTTTTTTGCTACCTCAAGTTGCCAGT
TCTGCGAGACACCGCTGTTCTCGCCATGTTTGTTTGTTTTCCCCACAAAT
CCGTGTGTCACCCGACTGATGCGCCGTCCTCCCATCCCCGCAACCACAAA
AGGTGGACTACAAATTCATGATCCACCACTACGCCGGCAACATCGTGTAC
CACACGGAGGGCTTTCTGGAGAAGAATCGCGACATGCTTCACCAGGAGGG
GATAGACCTGCTCAAGAGCTCCACGTCAGAGTTCGTGCGCAGTTTCGGGG
ACAGGTGTGCAAGAGAGTATAATTCTGCATTGTTAGTGTCCAAGCAAGGT
TGTAAGCATGCCCCCCCCGCACCCCCCACCCCCACCTGCGCTGGCCGATT
TCATCGACAAGCCCGGTTGGTTTCCCGGCCTGCAGGAGGAGGAGGTGGTG
GAGTAGGGGGTGGAGGAAGGGGTTCAAAATGAAACAAATGAAATGCATGT
CCCGGAAAGGGCTTGGTGGTTTGATCAGAAAAAATGGGCTCGGGAGCATT
CGACATAATGCGGTACAGCACTTCCCCTCTCCCCTCCACGTGGCTTGGCT
GTGGGGCCAATACTTGAAGAGTATCGGAAAAAGTGTTGCGGACTCCACAA
AATAGCGAAAAAGACGGAAATTGCATCGGACACAAGGAGTTAGAGGAGTC
AAGACCCATGCCAGAGGGAGGAGGCAGTGTGTGTCCGGTGGATTTGGAGA
CGCATCCGCGGCCGTTCTTGTTTGGTTGTCATTTCCCCCTCCCCGTCCCT
GCTTTACACATCGCTTCCCCTCTCGCGCGCTACTCCGTTTTTTTTGTTCT
TTCAAGTCGTGACTTCAGAAGCCGTTCGTTTTGCCTTTTTTTTTTTTGCG
GGCTCGCGTTCTTCCGCGCCTCCTCTCTCCTACCACATGCGTCTAGCTCA
GATCGCGTGCTGATTTTGCGTGCTTTTTGGTGCGTTTTCCCTCTCTCCCT
TCCGCTTGCAGCACCCGGGCTGAAGGCTCGTCGGGGAACGGCTCAGCAGC
CAGGCACAGGGGGCCCGGGGGCGCCCGGCAAAGCAGCATCGTATCTCAGG
TGTGTGTTGTGCGTGAACGGCGGCCGCTGTTTTTTTTTTTTTTTTTTTTC
TGGTACAAGTGAAGAAAGGAAAAAATGGGGCCTCCGGGACAGGAAAGCCT
TTGCCTTCTTTTCCTCGTCACCTCCGGCTTGTTTCCTTTTTTTTTTTTTT
TTCGCGAGGCGAGACAAAATTACATTAAAAAAATGAGAAGAAATTACAAA
ATCACCTTCCCGGGGGTGTTGGTCGATTGTTTCACGGCGTATCCGATTGC
CGTCATGCTCGCATGCACACATGCAGCAGAGGGGGGTCGCCACGGAAGGA
CTGTGACACCGTCGCCTTGCTGTTTCCGTTCGTAGAGGAGCTTGCGCGTG
TGCGTGCGATCTGTAGTTCAGGCCTTTTTTTTTTTCGCACGTAGAGACGA
CGGCTACGCATTGTGACGCTACCTTGCATTGTGACGATTCCTTACTTTTG
TACACGAGTACATGTTTCGGGACGTTTCTTGCCCCTGGAGATCATTTCCC
TCGCCACCTTCCCGTTTCCTCGTTTATTCCCTATGTCCGAGTCAAACCAT
ACACGGAGTCCCCGAATCATGACTCTCCTTCGCTTTTGTCTCTGTTTCCT
CCTACCTTCATCTTGTCCCTGTGCTTGCTCTCGCCTTTTCATCGAATGGA
AGCTTCGCACCACTCTAACGCTATACTCTCATCGTCCCTGTTTCCTCCTC
CTTCCATCTTCTCTCTCAGAGTGCTCTCGCCCTTTCATGCAATGGAAGTT
TCTCACCTCTCAGCCTTCTACCCATTACCCCCCCTCCCGCCGCGACGAAT
TCGACTCACGAACACATTTGCCATTATCGACAATTAACAAAAGTCCGTTG
GGGCTCAGTTCAAGAACCAGCTCAACAGCCTCCTGGGGGCGATCGGCGAG
ACGCACCCACACTACGTCCGCTGTCTGAAGCCAAACGATGACAACGTGAG
GTCCGATTTCAACGTCGGCCGCATCACGTCGCAGCTGGCGAACGGAGGTG
AGCGGTAGTGTGTGGTGTTGGTCTACTTCGTACCGCTTTTTGAGTGCTGG
TGATGTAGCTACTGTTTGCGTGCTGTTTGTGCTGCTGCTGCTGCTGCTGC
TGCTACTGCTGCTGCTTTTTGTCGTTTTTGGACGCTTGGTCGCTTCTGCC
GCGAAACCTTGCCCGCATCAGTCTTGCGTCGCTTCTGTGCGTCCTAAAAA
CGATTTCCCTGAAATCACAACTTGATATCATGAGTTGATAGGCCGCAGCC
GTGCTGGCGGCAATGCACGTGGCGCAAGCCAGCTTGTACATTTTGTGCGC
TCATTACTGCTTTTTTTTTCTTCTCAGAATCACTGTTAAATTTAACTTGA
TTTGGGGCAGGCGTGCTGGCGGCGGTGCACGTGGCGCGAGCCGGCTTCCC
CGTCCGCATGCAGCACGGGGAGTTCGTGAGCAGATACGGGCTGCTGGCTG
TGAAGATCCTTCAGGACGCGTGGGCCGAAGCTAAGAAGGACCACCCGGAC
GACCCCAGGGAGCAGGAGAGGGCCGTGGCCAGGTGTGTGTTCGGGTGTGA
GTGTGCGCGCGCGCTAGTGGTCTGGAACTTTGTTGTTGTTGTTGTTGTTG
TTTTGTAGCTGGTTGTTTCCTCTGGTGTCGGTTGGTTGTCGGGGTTGTTC
TCGCTGCTGATACATATTTTGTTGCCCCAGCTGGCTTTTCGTTGGAGCTT
ATCTTATTTTTGTGAGATGCTGGTGCAGCTGGTGATGTTGATGTTGCCGC
TGCTGCTGTTCTTGCTGTTGTTGTTGTCGTTGCTGCTGCTGCTGCTGCTG
CTGCTGCTGTTGTTGTAGCCTTGATGTTGACAATCCGTTTCCTGATCTTC
TCTGAACATTTTCCCTCGCTGTTGCTTTGCTCGTGGATGGCCTCGTTGCC
TTTTCCCCTCGTCCTATCGTGCTCGCCTATTGCTCAACATGAAATCGCAC
CTATTCTGGACGCCACTTTGCGAATGGCCGTCATGACATTTTGAAAATAA
GGTAAGCCCCCCGCGACGATGGCTAACTCCCTCACACCCACACTCTCCCG
CCGCCTCTTTCCCCCCCGTCGCAGAGAAATCCTGTTCGAGTTGGTTCCTT
TAATTACAAGAAACACGGTTTCGAATCTGATGATGAGGAAGTCTAAGGGG
TCGAAGATGGAGAAGCGGGCAAGAGTCCTGTCGGACGGTTCTCTGGGGGC
TAGCTTCCGAGACCTTTGCGGGCAGGGAGGGGTGCAGATCGGGAACACCA
AGGTCTTCTTCCGCCAGGTGGAGTGAGGGGAGGGGAGGGAAGTTTCATGC
AAGTGAGACGGCGGCAATGGGGGTGCACAGCAGCGGCATTCGGTTGCTGC
TCGTACGATGGAAGTATTTTAGCGAGACTTACTCCCTTCGTCACCCCCGA
ATTTCAGGTTTTTGTTTGGGCGGAACGCGAGTCCGTTCACGGAAATCGCA
AATGGCACGGGAGGGGAGCAGGGGGGGACGGGGAGTGGGGGGTTCGCCGA
TGTGCTGCGCTTTCTCGAAGTCGTGATTTGTTCTTTTCCCGCACAACTTC
CGTGCGGACGCCATGAGCTCTTATGTTATCCTTTTCGTTCAGTGAGTTCC
AGCCGAGAATGAACTGCTGCCATTGAGGCCGTCATCGCGGCAGGCGTGGA
CGGTTTGTCCCCTAATACGTTTCCGTCGTTGTTTGGCATCCCGTTTTGCT
ATCGTTGTTGTCGTTGTTGTCGTTGTTGTTGTTGTTGTTGTTGTTGTTGT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTTTTGTTG
TTTTGTTTGCTGTTTATAGCCCTGTCGCTTTTGTTGCTGCTGCCTCTTTG
CTTCGTGCAACGAAATGGGACAACAGATGGCCTTCAATCGGGCGGAGAAG
GCGAGGACCAGCCGCCTGTCGGAAGCGTGCGTGATCATACAGACGGCGTT
CCGGCGCCATATGTTCGAGCAAGACTACAGGGTGAGGGCAAAATGAGAGA
GCGAGAGGGATCAAAGCCCGTTTCATTGGAACAAGTTGGTCGTAACGCTC
TCGTTTTGGTGTGCGTCGACGTTCGCGCAGCGTGTCGTGCTTTGTGACCA
GACACCTGGCAACGGCAAGCTTTTCAGCTGCACGGCGAAAACGTTCGTGC
GAGACCAACGATGCGTTCCTATTCTATTATCAGTTGACGAAAGATGTGTG
GGGTGGCGGTGTAGAAAGGGGCACCGCCGCTCCTTCGGCTCGGCACACGG
AGGTCGTGTTTGTAGTGTTCCTTGACGCTCGAGACGCGAGAATGGGAAAA
TATCAATCCGCGGAGTGGATGAAGGCCGCTATGCCAATCCCCGTCAATTT
TCATGAACCCATTGGATTCCTCATACTACTGATACCGCACGGAAAGTGGT
CTATTCGTCCAAAAATGTCCCATCCGAGAGTGGATATCGCGCCCAAACAA
TCCTGTCGATTACCCTTGAAAAAAACGAAAACTAACCGAAGATCACCGCG
CTGCCGGCCGCCCGTGTTCTACGACGCAACTTGGTAGGCGATGAGAATGG
GTACAATCGCTTTGCAGGCCCAGGTTCGAGGCCGCCAGGCCAGGCTGCGC
GTGATGAAGCTTCGGTACCTGAACGCCTGCCTCCTGGCGCAGAGGATCGT
AAGAGGTTTCATCAAGCGCTCTAAGGTAAATTCACGTGTTAGTGCACGAC
GAGTACGGTAGATCAACACAAGCGCTTACATTCTTTCGTTTGTTCGTATA
CCTTTGAGAGGAGTGTTGTGATTGAGAAATTCGAGTGTGATGCTTGCATC
GTTCGCTCGCTCACCTTGATGGAGTGTGGAATAGAGAATTTTGAGGGGTT
GAGTTTCTTCGTGCAATTCTGGCCGTGAAAAAAACACCGTTCACACTCCG
CCCCCCTTCCTGTTCCCCCTCCTCACTCCCCATGTCACCCCTTGTGACGA
AAACTTGTTGGCGCGGAAAAATAACACAAAACATCACGACCACGACAACG
ACGCGGCGATACTGACGCCACAGTACGCCCGAACAAGGGAGGCTGCCCTC
GCGGTGCAGACGTGGGGGAGGATGGCTTCGGCCCGGAAGAGCTTCCAGAA
GGACCGCTCAAGGGCCATCACGGTGCAGTGCCTTGCGAGAAAGCGGTCGG
CGAAGGCGGAGATGCGCCGACGTAAGAAGGAGAGGGATGACGTCGAGGCC
CTTCAGGCCCAGATCAAGGCCTACGAGGTACCGTCTCTGTGTGTATGTGT
TCGTTCGTTACGGCGTGAACGCACGTATGTGTGTGCGAGTATGCGTGCAG
AGGTTTGGTTATGTGCGTGTTTTTTGGGGGGTTGAGGCTACCGCGTTGTG
GTGTGTGTTCACATGAGCGAGTTTGTTTACTTCTTTTTTTTTTTTTGGTG
GGCAAGAGAGGCTGGATTCGGGTTCCCAGGTCGTAGTTTCTCCACGGCCA
TATACCAGCCGTTCACCTTGAAAAATGAGCAGTTCTCGGCAGCTGACCGC
TTCCTCCTTGTTACTTTCTATTTTGTTTCAGGCAGCGGCAAAGAAGAGGG
AGATGGAGTTGCGGCGCGAGCAGGAGGCGGCGATGGCCAAGATCAAGGCC
GAGGCGGAGGCGCAGGCGAGAGCGAGATTACGAGAGGAAGCGAGGGTGGA
GGAGGAGAAGAGGCGACGGGAAGAGCACGAGGCCAAGCTCAGGGCGCAGG
TACGTGCGGCCGAGGGTGGCAGGCGGACAGGGGAGGCAGCAGCCGGTGTT
GCTTTCGTGATGCGATTTTTTTTCTAGGGGGGGGGGGGTCTTGCTCTACA
ATTTTGACCGAACGAACACGAGGCCAAGCTCAAGGCATGGTTACATGCGT
GCGAGGGAGGTAGACAGGCAGGGGGGGTAGCAGCCGGTGTGATTGGTGGC
GGGAGAAAGGCTTGGTGTCGGCTTCGGTTTTTTGATAGAGGTGAGTCTTG
GGTGGCATGGGTCCGGATGGATTGCACAAGGCCACACAAAAACAAGCACC
AGACGCTCGAGTGAGACACCGCATTAGCGGCATTCACCGCCGGGGATCTG
TCTGGTATTTGCGGAAGAATGCAGTGCCTTCCCACCCACAGCTGGTGCGG
CAAGAAGGGTGTGCACGCTGTTAGCGACTTGCTTTCAGGGACGAGTCAGA
CTTCTCGACAGTTGTAATGGTCACCGGCCATGTCCATCGACAGCTCGGAG
AAAACAATATTTCAGCATGGATCCTTCCTTTTCTTCGCGGACAGGGCCGC
CGGAACTTCGCCCTCTGCACCCGTCCGCTCCACGTTTGTTCTCCCTCTTC
CTTCTCTCCCTCTCTCAGCCGCCCTGTCCGTATTTTTGACCTCTCTCACG
ATCACTACTGTCCCTGGAGCTCTCTCCAACGCCAGCGTTTCGTTTTCGCG
TGTACTCGGCGTTCACTGCAGTGGTATGGTTCGAAGTATTCGCGTGTCAT
GGCATCACGAGCAACACCATCTTCACGTCACCGCCGTCATATACCAGCAT
TATGTAAACCCAAACAAACCCGACCTGACCTTACAGGAGGAGAGGATGCG
GAGGGACGAGGCGGAGATGAAGACGAGGATAGAGGAGGAGTACCGAGCGA
AGGCAGAGGCCGAGGCCCGCGCTAAGATTGAGAAAGAGTCGGAAGAAAGT
GGCACCGCCGCCGGGGGGCGCGCCAACGGGACCTCTCACAGGGCCAACGG
CAACACCAGGTAAGTATGCATTTTTTTTTTTTTTTGCACGTCTTCACGCC
TGTAAGCCTGCCTGCCTGCCTGCCTGCCTGCTTGCCTGGCATCGGACGCG
GCGGTAGTGTGCCTTCGTTTCTGGGGACTGCAGGTCGGAGATTTGATGCT
GGAAACTGGAGGCTGGATATGAGAGATAAGGAGACTAGAGATTCAGGGGT
AGATGCATGAAAAGCTTTAGGCAGAGAACGATAAGCGCGTGCGTGTACTG
TGGTGTTGTGACTGCCTTGTGTGAGCATCGGCCGCTGCCGCCGCTGCTGC
CCCGGCTGCCGCCGCAGCGGCGGCGGGCGGGCGACCTTTCTTCACGTTCA
AGCGAAACGACCGCGAGAAATCAAACAACGTTCAACATTCACAAGCACGT
ACGAGCAATATTAATTCTCACCAAAAAGGACGCAATGGTGACGAAAAACC
TGTTGTCCATTCAGCTGCTTGGAAAAGTATGATTGAGGCAACAAGCATCT
CACTGTTTCGAATGCAAGACACGCGCGGAAACGACAACAAAAGAGGGACG
AAAACATGCCCATACCTGCTGTTTCACTTGCTTGAGTGTTTTCCAATCCA
AACACACGTGCGCGCACGAAAACAGGGGATTGCGGCTCACCAGCCCCGGA
GGCTCGAGCGACGGCACCGAGCTCAACTCCCTTTCGGCGCGGTCGAGGTC
GAGCGATGACAGCAACGGGCCGCCGTTTTCCGGGGGGCGCATGCTGGACA
TGGCGGAGGCGGAGGAGATGAACGCCGCGATAAAGCAGCTGTACCTCAAG
AAGCCCCCGGGGGCGAACCCCTTCGTGCTGTTCAAGGCCAGGCTGAGGAC
CAGCCGCCGGGAGTGGAACATCGAGCGGCGGTACAGTGACTTCGTGTGGC
TGCACGAGGTGAGTGTGGAGTCAGGAATGGGGGGCGGAAGGGGTAGGAGG
GTCGGTAGAGGGGCTGGAGGGGCGGGGGCAGAGGGAGGGGGTGCTCGTTG
CGTCGGAGCGCGGAAGACGGAATTTGCGGAAGCTTACTCAAGAAGAAATT
CGTGGGAGCATCCCGTTGAGTGCGTTTGTAACTAGAAAAAGGAGCCGTGT
CTCGCCTTTGGAAGGTGACAGAGAAGCCCCAGACCTCGCGTGCTGCAGTC
ACCCCTAGATTTAGGCAGCATGACCCTCTTGGCAGGGTGACTCGTGCAGG
TAATTGTGTTCTTTTTTTCAACTTGCTCATTTTCCCGCATAACGCAGGGC
TGTGGAGGCCACGTAAGCAAACGACGCTGGCGGACTTCGGGGGATGGCGA
GTCGACATGGTACAAGGAGGCTTTACACGTTGACGCCGACCCTCCCCTTG
CCGCTAAGCTCTCGAACAAAATTTGGGCAACGTTTAGTAAAACTTGGGCA
ATTTCAACTGAAATGAGTCGATCGGAACGGATGTTTTGCGGGACAGGCCC
TGTTAGAAGCCCGGCAGACGGATCTACCGGAGCTACCCCCGCGAAGACTT
TTCGGGGACCCTCTGGAAAAAGAGTTCCTCAAGGGCCGTCAAATGGTGAG
AGATAGGAAGTCGAAAGATAAGAGGTGAAGTAGCGCACAAGTTTCAAGCA
TCTGGGCTGCAGGATTCCTCGCTTTTTTTGCGTGTGTGGCGTGAAGCAGT
ACTGCGTCGCTCTTCGCCCAGGTGAGACAAAGGATTTGTCGGGCGCTCTT
GCAGGAGGCGGCAATGCAAGAGCCGGCAACGAAAAACACAGTTGTAATTC
AGGACTACCGTAACAGCACAAAATCAATAATCCCTGCAGGCTCTGGACTT
CTACTTGACGGCTCTGCTGGCCAAGTACCAGAGGTGGCTGGTCGAGTCCC
CCGCGACCATGGAGATCCGGCTGGATCACACGGGCAACATGATGAAGGAG
ATGATCGCACGACAGGTGATTTGGTCGTCTATTTGAGAGCTTTTTGAAGT
TGTGCGGTTTGAAATTGTATGCCTGATGTGTTTTAATGTCGTCTAGTTGT
CGTTGTTGTCATTCGTCGTCGTCGTCGTCGTAATCGTTATCGTTATCGCG
GTACAATGGCGCCCTTCCATGCACGCGTGCGCGCGCACCTGTGTTTCCTG
CGCCCATCACTTTCTCCTCCGTGGTCCGCTTCTACCTTGTTCCCGCTCCC
CAATCGCAATTCGTTGCCTTGGCGAAGGGTTACACGCTTTGAAGTCACGC
GCAATTGTTGAGGCGGCGCTTGAGGGCGTCGATTCCACGTCCGAGATTTC
ACGCGAAATCTTTCATCTCTCATGCCTCGTTTCGTATTTTTTTTTTTCCG
GGTCGTCAACGTTCCAGCCATTAGTTTCCACACGCACGGAGGGGCCGATC
AGCGGGTTTCTCGCGATTGGTCTGTCGCAAAGGTGCTGTCTTCCAGTCCC
TCACGTCTGATCACAGTTGTAGTAACATTTGCTTGTCGCCCCGAGTTCCT
GTTCGGGGCCGAGGCATGTCGTCAAAAAACACAGATGAATGATTTGTTTC
CACGGCTGCTTCTTGTTATCCCTCCCTTTTGTCCATTTTTGGGGTGTGGC
GCACATGATTGGCGGCCAGCTTGGTCCCCTCCACCGACGGAGAGAGATCG
CATCACTCGGAAGACTAACCGCGCGGGTTTGTCCCCTCCCCCCATCATCT
CCCCGCTCCTCCTCTCTTCCCGGTCACTTCGTTCTCTTGTCCGTCTGTCG
CGTGTGCCAGACTTTGGTTTCCTTCCTGAACCCGCAGCAGCCCTCCCTCC
ACCGAGACGACGACAGCGTGATGGGTGTCATGTCGGGGTTCATGCGAAAA
CTAGGCCGTTGA

Coding sequence (CDS) from alignment at P-fluviatile_contig8:2380987..2405298-

>mRNA_P-fluviatile_contig8.14531.1 ID=mRNA_P-fluviatile_contig8.14531.1|Name=mRNA_P-fluviatile_contig8.14531.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=8184bp|location=Sequence derived from alignment at P-fluviatile_contig8:2380987..2405298- (Porterinema fluviatile SAG_2381)
ATGGAGTTCAACGCTCTGGTATGGGCCAAAGCTCAGGATGGGCAGTGGCA
TAGGGGAACCGTGATCTCGAGGGAAGAGACCGGTGATCTTCGCCATATCA
AGGCAAGTATGGAGTTCAACGCTCTGGTATGGGCCAAAGCTCAGGATGGG
CAGTGGCATAGGGGAACCGTGATCTCGAGGGAAGAGACCGGTGATCTTCG
CCATATCAAGGCAAGTGTGGTTCTGGACGACCAAGAGCAGCGGGTTTACA
CCTTGACGGCCGCGCAGGCTGACGAGGGGGAGGGCACGGAACACCTCAAG
CTGCGAAACGTCAAGGGGCAAGGCGGGGTGGTTCTGGACGACCAAGAGCA
GCGGGTTTACACCTTGACGGCCGCGCAGGCTGACGAGGGGGAGGGCACGG
AACACCTCAAGCTGCGAAACGTCAAGGGGCAAGGCGGGGCGAGCGTCGAG
GAGGGCCCGGAGGTCGATGATTTGATCGTGTTGACGCATCTGCACGAGCC
GGCGATCTTGTACACGCTCCACCAGCGCTATACCGAAGATGTGATTTACA
CCTACACGGGCCCCATCCTCCTGGCCATCAACCCGTTTTGGAGGGTTCCC
CTGCGAGCGTCGAGGAGGGCCCGGAGGTCGATGATTTGATCGTGTTGACG
CATCTGCACGAGCCGGCGATCTTGTACACGCTCCACCAGCGCTATACCGA
AGATGTGATTTACACCTACACGGGCCCCATCCTCCTGGCCATCAACCCGT
TTTGGAGGGTTCCCCTGTACACAAACGAGATCCTGGAGCAATACCGGCAG
GACGGGAAGGCCAAGGCCGAGGACCAGGAGTACGTTTCTTCCCTACCCCC
TCACGTGTTTGCCATCGCGGACAACGCCTACCGGCTCATGAACAACCCGA
CTTCGGAGAAGCAAATAAGGAACCAGTCTATTCTGGTACACAAACGAGAT
CCTGGAGCAATACCGGCAGGACGGGAAGGCCAAGGCCGAGGACCAGGAGT
ACGTTTCTTCCCTACCCCCTCACGTGTTTGCCATCGCGGACAACGCCTAC
CGGCTCATGAACAACCCGACTTCGGAGAAGCAAATAAGGAACCAGTCTAT
TCTGGTGAGCGGGGAGTCCGGGGCCGGAAAGACGGAAACCACCAAGATCG
TGATGAAGTACCTTGCCATCCTGGGAGGGCACGACTCGGAAGCTCTCCTC
GCCGGGGATGACTCCGTCAAGTCCATCGAGCAGCAGGTGAGCGGGGAGTC
CGGGGCCGGAAAGACGGAAACCACCAAGATCGTGATGAAGTACCTTGCCA
TCCTGGGAGGGCACGACTCGGAAGCTCTCCTCGCCGGGGATGACTCCGTC
AAGTCCATCGAGCAGCAGGTGTTGCAAAGCAACCCCATTCTCGAGGCATT
CGGAAACGCGCGGACGGTGCGCAACGATAACTCGTCGCGATTCGGCAAGT
TTATTCAGATCGACTTCGACAAGGACGGCTTCCTCATCGGAGCCGCCATT
AGGTGTTGCAAAGCAACCCCATTCTCGAGGCATTCGGAAACGCGCGGACG
GTGCGCAACGATAACTCGTCGCGATTCGGCAAGTTTATTCAGATCGACTT
CGACAAGGACGGCTTCCTCATCGGAGCCGCCATTAGAACGTTTCTTCTGG
AGAAAATCCGTCTGGTGCACACGTCGGAGGGGGAACGCAACTTCCACATC
TTCTACCTGATGCTTGCCGGCACCACGGAGGAGCAAAAATCGAACGTTTC
TTCTGGAGAAAATCCGTCTGGTGCACACGTCGGAGGGGGAACGCAACTTC
CACATCTTCTACCTGATGCTTGCCGGCACCACGGAGGAGCAAAAATCGGC
CCTACGGCTGGAGGGGGACCCCCGGACTTACCACTATATCAACCAGAGCA
GCTGCTACAAGCGCAGGGACGGCGTGATGGACTCGGACCTCTGGGCGGAG
CTCGTCAAGGCCATGAAGGCCCTACGGCTGGAGGGGGACCCCCGGACTTA
CCACTATATCAACCAGAGCAGCTGCTACAAGCGCAGGGACGGCGTGATGG
ACTCGGACCTCTGGGCGGAGCTCGTCAAGGCCATGAAGGTCATGGACTTC
AGTGACGACGACATGTCGCATGTGTTCAAGGCGGTAGCAGGGGTGCTGAA
CTGCGGCAACGTCATGTTTCGGGATGTGTTGGATAACGACAAGACCACCG
AGGTCGTGGGGGTCTTGGACGAGCGGGCGGACGCCGCGGAGTACGCCAGG
TCATGGACTTCAGTGACGACGACATGTCGCATGTGTTCAAGGCGGTAGCA
GGGGTGCTGAACTGCGGCAACGTCATGTTTCGGGATGTGTTGGATAACGA
CAAGACCACCGAGGTCGTGGGGGTCTTGGACGAGCGGGCGGACGCCGCGG
AGTACGCCAGGCGCGCCGCCGAGCTTTTGGGCGTGGACGCCGACACTCTG
GTGAACGCCATGTCGTTCCGTCGGATCAAGGCGCGCCGCCGAGCTTTTGG
GCGTGGACGCCGACACTCTGGTGAACGCCATGTCGTTCCGTCGGATCAAG
GCGGGCCATGAGTGGTTCACGGTCTACCTGGACGCGTCCAAGTGCTACCA
CCTCCGAGAGGCGTTGTGCAAGTCCATCTACTCGGGACTGTTCGACTGGC
TCGTGGCCAAGGCGGGCCATGAGTGGTTCACGGTCTACCTGGACGCGTCC
AAGTGCTACCACCTCCGAGAGGCGTTGTGCAAGTCCATCTACTCGGGACT
GTTCGACTGGCTCGTGGCCAAGATTAACCACACGATCGACAAGCAGACAG
GGGGGAGCCGGCTCGCTAGCCCGACGAGCCCGAGCTTCGCGTTCGGGTCG
CCGAAGCGAGGCCAGTCGAGCAAGACGTTAAACGGTTCTGGAGCCGGCGG
CGGCGGCGGCGCGGGCGACCCGGGCGAAGTCAAGAACATGTTTATCGGCC
TCCTGGACATCTTCGGATTAACCACACGATCGACAAGCAGACAGGGGGGA
GCCGGCTCGCTAGCCCGACGAGCCCGAGCTTCGCGTTCGGGTCGCCGAAG
CGAGGCCAGTCGAGCAAGACGTTAAACGGTTCTGGAGCCGGCGGCGGCGG
CGGCGCGGGCGACCCGGGCGAAGTCAAGAACATGTTTATCGGCCTCCTGG
ACATCTTCGGATTCGAGTCTTTCGAGCACAACTACTTCGAGCAGTTCCTG
ATCAACTACGCCAACGAGAAGCTCCAGCAGCAGTTCAATCAGTTCGTGTT
TGAGGTGGAGCAGGAGGAGTACCGCGCCGAGGGCATCAAATGGGACTTCA
TCGAGTTCCCCGACAACAAAGACTGATTCGAGTCTTTCGAGCACAACTAC
TTCGAGCAGTTCCTGATCAACTACGCCAACGAGAAGCTCCAGCAGCAGTT
CAATCAGTTCGTGTTTGAGGTGGAGCAGGAGGAGTACCGCGCCGAGGGCA
TCAAATGGGACTTCATCGAGTTCCCCGACAACAAAGACTGCATCACCCTG
ATCGAGGCAAAGCCGGCCGGCATCTTGGCGCTTCTGGACGAGCAGTGCCT
CGTGCCCAAGGGCACGGACAAGTCGTTCGCGTCCAACATGTACAACAGGC
TCACGGCCCACGCGCCATTCAGCGTGCCTCACGCCGACAAGCATCACCCT
GATCGAGGCAAAGCCGGCCGGCATCTTGGCGCTTCTGGACGAGCAGTGCC
TCGTGCCCAAGGGCACGGACAAGTCGTTCGCGTCCAACATGTACAACAGG
CTCACGGCCCACGCGCCATTCAGCGTGCCTCACGCCGACAAGGTGGACTA
CAAATTCATGATCCACCACTACGCCGGCAACATCGTGTACCACACGGAGG
GCTTTCTGGAGAAGAATCGCGACATGCTTCACCAGGAGGGGATAGACCTG
CTCAAGAGCTCCACGTCAGAGTTCGTGCGCAGTTTCGGGGACAGGTGGAC
TACAAATTCATGATCCACCACTACGCCGGCAACATCGTGTACCACACGGA
GGGCTTTCTGGAGAAGAATCGCGACATGCTTCACCAGGAGGGGATAGACC
TGCTCAAGAGCTCCACGTCAGAGTTCGTGCGCAGTTTCGGGGACAGCACC
CGGGCTGAAGGCTCGTCGGGGAACGGCTCAGCAGCCAGGCACAGGGGGCC
CGGGGGCGCCCGGCAAAGCAGCATCGTATCTCAGCACCCGGGCTGAAGGC
TCGTCGGGGAACGGCTCAGCAGCCAGGCACAGGGGGCCCGGGGGCGCCCG
GCAAAGCAGCATCGTATCTCAGTCCGTTGGGGCTCAGTTCAAGAACCAGC
TCAACAGCCTCCTGGGGGCGATCGGCGAGACGCACCCACACTACGTCCGC
TGTCTGAAGCCAAACGATGACAACGTGAGGTCCGATTTCAACGTCGGCCG
CATCACGTCGCAGCTGGCGAACGGAGTCCGTTGGGGCTCAGTTCAAGAAC
CAGCTCAACAGCCTCCTGGGGGCGATCGGCGAGACGCACCCACACTACGT
CCGCTGTCTGAAGCCAAACGATGACAACGTGAGGTCCGATTTCAACGTCG
GCCGCATCACGTCGCAGCTGGCGAACGGAGGCGTGCTGGCGGCGGTGCAC
GTGGCGCGAGCCGGCTTCCCCGTCCGCATGCAGCACGGGGAGTTCGTGAG
CAGATACGGGCTGCTGGCTGTGAAGATCCTTCAGGACGCGTGGGCCGAAG
CTAAGAAGGACCACCCGGACGACCCCAGGGAGCAGGAGAGGGCCGTGGCC
AGGCGTGCTGGCGGCGGTGCACGTGGCGCGAGCCGGCTTCCCCGTCCGCA
TGCAGCACGGGGAGTTCGTGAGCAGATACGGGCTGCTGGCTGTGAAGATC
CTTCAGGACGCGTGGGCCGAAGCTAAGAAGGACCACCCGGACGACCCCAG
GGAGCAGGAGAGGGCCGTGGCCAGAGAAATCCTGTTCGAGTTGGTTCCTT
TAATTACAAGAAACACGGTTTCGAATCTGATGATGAGGAAGTCTAAGGGG
TCGAAGATGGAGAAGCGGGCAAGAGTCCTGTCGGACGGTTCTCTGGGGGC
TAGCTTCCGAGACCTTTGCGGGCAGGGAGGGGTGCAGATCGGGAACACCA
AGGTCTTCTTCCGCCAGAGAAATCCTGTTCGAGTTGGTTCCTTTAATTAC
AAGAAACACGGTTTCGAATCTGATGATGAGGAAGTCTAAGGGGTCGAAGA
TGGAGAAGCGGGCAAGAGTCCTGTCGGACGGTTCTCTGGGGGCTAGCTTC
CGAGACCTTTGCGGGCAGGGAGGGGTGCAGATCGGGAACACCAAGGTCTT
CTTCCGCCAGATGGCCTTCAATCGGGCGGAGAAGGCGAGGACCAGCCGCC
TGTCGGAAGCGTGCGTGATCATACAGACGGCGTTCCGGCGCCATATGTTC
GAGCAAGACTACAGGATGGCCTTCAATCGGGCGGAGAAGGCGAGGACCAG
CCGCCTGTCGGAAGCGTGCGTGATCATACAGACGGCGTTCCGGCGCCATA
TGTTCGAGCAAGACTACAGGGCGATGAGAATGGGTACAATCGCTTTGCAG
GCCCAGGTTCGAGGCCGCCAGGCCAGGCTGCGCGTGATGAAGCTTCGGTA
CCTGAACGCCTGCCTCCTGGCGCAGAGGATCGTAAGAGGTTTCATCAAGC
GCTCTAAGGCGATGAGAATGGGTACAATCGCTTTGCAGGCCCAGGTTCGA
GGCCGCCAGGCCAGGCTGCGCGTGATGAAGCTTCGGTACCTGAACGCCTG
CCTCCTGGCGCAGAGGATCGTAAGAGGTTTCATCAAGCGCTCTAAGTACG
CCCGAACAAGGGAGGCTGCCCTCGCGGTGCAGACGTGGGGGAGGATGGCT
TCGGCCCGGAAGAGCTTCCAGAAGGACCGCTCAAGGGCCATCACGGTGCA
GTGCCTTGCGAGAAAGCGGTCGGCGAAGGCGGAGATGCGCCGACGTAAGA
AGGAGAGGGATGACGTCGAGGCCCTTCAGGCCCAGATCAAGGCCTACGAG
TACGCCCGAACAAGGGAGGCTGCCCTCGCGGTGCAGACGTGGGGGAGGAT
GGCTTCGGCCCGGAAGAGCTTCCAGAAGGACCGCTCAAGGGCCATCACGG
TGCAGTGCCTTGCGAGAAAGCGGTCGGCGAAGGCGGAGATGCGCCGACGT
AAGAAGGAGAGGGATGACGTCGAGGCCCTTCAGGCCCAGATCAAGGCCTA
CGAGGCAGCGGCAAAGAAGAGGGAGATGGAGTTGCGGCGCGAGCAGGAGG
CGGCGATGGCCAAGATCAAGGCCGAGGCGGAGGCGCAGGCGAGAGCGAGA
TTACGAGAGGAAGCGAGGGTGGAGGAGGAGAAGAGGCGACGGGAAGAGCA
CGAGGCCAAGCTCAGGGCGCAGGCAGCGGCAAAGAAGAGGGAGATGGAGT
TGCGGCGCGAGCAGGAGGCGGCGATGGCCAAGATCAAGGCCGAGGCGGAG
GCGCAGGCGAGAGCGAGATTACGAGAGGAAGCGAGGGTGGAGGAGGAGAA
GAGGCGACGGGAAGAGCACGAGGCCAAGCTCAGGGCGCAGGAGGAGAGGA
TGCGGAGGGACGAGGCGGAGATGAAGACGAGGATAGAGGAGGAGTACCGA
GCGAAGGCAGAGGCCGAGGCCCGCGCTAAGATTGAGAAAGAGTCGGAAGA
AAGTGGCACCGCCGCCGGGGGGCGCGCCAACGGGACCTCTCACAGGGCCA
ACGGCAACACCAGGAGGAGAGGATGCGGAGGGACGAGGCGGAGATGAAGA
CGAGGATAGAGGAGGAGTACCGAGCGAAGGCAGAGGCCGAGGCCCGCGCT
AAGATTGAGAAAGAGTCGGAAGAAAGTGGCACCGCCGCCGGGGGGCGCGC
CAACGGGACCTCTCACAGGGCCAACGGCAACACCAGTGTTTTCCAATCCA
AACACACGTGCGCGCACGAAAACAGGGGATTGCGGCTCACCAGCCCCGGA
GGCTCGAGCGACGGCACCGAGCTCAACTCCCTTTCGGCGCGGTCGAGGTC
GAGCGATGACAGCAACGGGCCGCCGTTTTCCGGGGGGCGCATGCTGGACA
TGGCGGAGGCGGAGGAGATGAACGCCGCGATAAAGCAGCTGTACCTCAAG
AAGCCCCCGGGGGCGAACCCCTTCGTGCTGTTCAAGGCCAGGCTGAGGAC
CAGCCGCCGGGAGTGGAACATCGAGCGGCGGTACAGTGACTTCGTGTGGC
TGCACGAGTGTTTTCCAATCCAAACACACGTGCGCGCACGAAAACAGGGG
ATTGCGGCTCACCAGCCCCGGAGGCTCGAGCGACGGCACCGAGCTCAACT
CCCTTTCGGCGCGGTCGAGGTCGAGCGATGACAGCAACGGGCCGCCGTTT
TCCGGGGGGCGCATGCTGGACATGGCGGAGGCGGAGGAGATGAACGCCGC
GATAAAGCAGCTGTACCTCAAGAAGCCCCCGGGGGCGAACCCCTTCGTGC
TGTTCAAGGCCAGGCTGAGGACCAGCCGCCGGGAGTGGAACATCGAGCGG
CGGTACAGTGACTTCGTGTGGCTGCACGAGGCCCTGTTAGAAGCCCGGCA
GACGGATCTACCGGAGCTACCCCCGCGAAGACTTTTCGGGGACCCTCTGG
AAAAAGAGTTCCTCAAGGGCCGTCAAATGGCCCTGTTAGAAGCCCGGCAG
ACGGATCTACCGGAGCTACCCCCGCGAAGACTTTTCGGGGACCCTCTGGA
AAAAGAGTTCCTCAAGGGCCGTCAAATGGCTCTGGACTTCTACTTGACGG
CTCTGCTGGCCAAGTACCAGAGGTGGCTGGTCGAGTCCCCCGCGACCATG
GAGATCCGGCTGGATCACACGGGCAACATGATGAAGGAGATGATCGCACG
ACAGGCTCTGGACTTCTACTTGACGGCTCTGCTGGCCAAGTACCAGAGGT
GGCTGGTCGAGTCCCCCGCGACCATGGAGATCCGGCTGGATCACACGGGC
AACATGATGAAGGAGATGATCGCACGACAGACTTTGGTTTCCTTCCTGAA
CCCGCAGCAGCCCTCCCTCCACCGAGACGACGACAGCGTGATGGGTGTCA
TGTCGGGGTTCATGCGAAAACTAGGCCGTTGAACTTTGGTTTCCTTCCTG
AACCCGCAGCAGCCCTCCCTCCACCGAGACGACGACAGCGTGATGGGTGT
CATGTCGGGGTTCATGCGAAAACTAGGCCGTTGA