BLAST Search
BLAST
FASTA
KEGG2
Enter query sequence:
Sequence data
>nfa:NFA_8110 no KO assigned | (GenBank) hypothetical protein (A) MAELPGYLRWLEWVAGSDWPAGEPEGMWGIADDWRTAAQGLREILDDIDAAKSASLAAYP QGEGIDKMVTMFDDLRSGDQSLEKLAENFDLIAESADGVGTEIEYAQLMMITSLAILAAE IAAAWIFPPTAPAVQAAAIGVTRVGIRMLAQQVMNRIIQWTARLVGRKVATFLVRHMAID TFIGTFQEVGIQAYQVEFGRRPDINWEQVAVTAVSSAAGGAAASPFGDWIAKKLPAAMPN WLSGAVTGATAGAVGAGAGFAASVATQFGIDAYQDGWDKAWENAKNTEFDPRMLTAGVSN GAMSGASRAMADGFYHNRHPEWYPAPSQDPPRPEPRIGGTPPGFDPAGNGTDPGGTGNAD GGHTNGTGPVGGNQNGTDPAGSTGAGADRAGIAPETTAPGTAAPEAGPAGEPASQTSPAA GATPPETGAADPTTPRGEGSTAPADGETAPGRAADHAPPDEGGAGTRGESDGEGRTDADG RPAVDADTAGDGRGETDGEATRSGSDPSTPGDRAATPESADGGARTAALEASPAAAPSDT GAVPGADAAAGAPRPDAAFEASPAAAPSDTGADAAAPRSDAEEASPAAIQSDTGAPRGDT AAPRDAGHPSTSAPEGPTGGSADGTAAPRVLDGTAPARPDSAPQPTGTAFGFPGAAPISG ATPPPGALPAAAPPSAVTPGTGAAPASSTPGTTPGTGSSPAGSLAQHTPGQHGTDRPSAP GESRQTPGPAARPSAAPAARAGIADGTSPFGREGGVQARHADAPAPLAERSVAQDVSSED AESVQVPPEGMLAVPPLVADLAAPRAGRTDSADRPASRPTPEDSDRVAGDDRARPSRAGT DAPTTPRADDPNRDGGTSSDPDRVGAPHHDSDPARRGRCAPLSLGEIADATGSTSIRVPE HVGPEGLSAAELEHYAGGRLHGVPTPADPAAPRHQALADLLLSEDNLATWALVVDEYRGP VDEYGVGAHAYVLSVQVDPATGARSVVVSDPATGVRRGFPPVVPPELGRVHAILFDAGGH ALPEDAAHPLADLIGEGGARIGRSADEHRDQIRELLALTPTGRDILATLDSGPVRDAYER GAEDGRVGSFRRGALAAVAFTEGNSHLRQALALAHESVHAQRFVDGQTAHTRDGMRSMSR DDYVRAMIEEEAAATGRRFQLARELRTLGFDIPTNQLEAVYTDAYERAELGLSRSEPELP PAEVARIAHEVAVDALRGPLAHYEFDNGVTYTRFYGEAWDRVRLPPAHGADAPNADLVFR PTDAGVVQDLRRAVLALRADLLALEDISQRLTALAATVDVDATAPRQVFDARIAERLADL AAGGRARDSDPARAAELRRVEHDLRTLSGLADQRDAAQRAVDERSRDLGLRAAREYVHAR AESTPDARVLTDQIVLVPGEPDRVLVAAPPGEHPAVLDGARTDPELAALLDRAEVEPFEV RVDNDGRVLLDAVDPRAMPGADPRPSPEGSADRPEGAVAPRDPAGAAADARIARVRAELG TTEVGRWADDVLDRAGVQVVYGSDGADRYLPARRTLRLDVGATDAEQMVALVHGAIHADT AHARDTPGGARERMLLPRAEYVGRMLDEETRAHALEIVARLQLRAAGHDLPVTDLERAYT RAFDAARAAAVREHPDAPAHDLDRRANEAGLRALRPLVADLPADPTGITYGEAYGADWDR SHGIRPFDALVRTALAAGEVSAQIRHEGTSVNSARRVELVTFTDGTQLIRKTMINSRHAD AEQLFSALARAVGAPVPEVFRAGRNVVYLRPVPGVTAHQRWPGFLDPHELGALDSDAGRA LGLADALAGVPDRDASGWMVDSDGGIHGIGNHRAFEGTVTPATLSPFASHFLRATADGAL EPVEHPLTDREMADLRERVAALRPEFERLGRPRWLDGALATLDALAEHARPAPPPDPGLP VDAGEDDLVYVNRYGGTGRHGISGVVDADGVLHYEIRAGRATPSGREMFADMMRELGHAV RAIEDDWFAEGGFDDQLATFNAAIQDTFATPEEAALSTFTGRLAAELGFTRVEFGPDGLE GPLGENTAVTVRFLRPEEALPAPDLRPSEGGRTDRPLGMPPFTSRDTDNPTRPVDRDRGT DAVDPPEFPAERGAGDADADRAAAAQQRRAELDRLAADRDAAVRDREHALAAGDRERAEA ARERIDRLGEQIGAAIERDALAGVDARPLTDRVGVIDGARPVVVVANRGGADVRALLAEA AGRHPELARLLADPEVTVRELRIDESGRVAVVRVENPGPVGRSDDPGAPSAPAETPPLAA DGGAGKPPSEPPVSAGPDPGEPDPGAGSTRRDWTADGPARTHQPTTDRARRDLAGAGERI ADAVATRRMAEERLADLARQAGIDPDGRTPHQLSRLADDLLAAAEARVDALHGRTAVPRE EIVRYFDELRAAQAELGRTVRAVGALRAEVGRWTAAARAEDEARTTAGVLAARDVLTAEG TRMISEGVGLAPDGQRVVVASPLTRPDAVMPAEVRRMLADRGVAVDYRLVAVDAAGRVTV TDLRPPAAEAEPATGPESARPDPARSAAEPRPRVRQPDTSAEQPVRPRPAGPDTDVTPEP TAPPARPDGGPDDYGALLRDRAALASEREFWRAKRDDRADRLGLADPDRELGPDRLEPTL QRLLGEVVGTRETAGTGEELPGRTPELVGSAELSQRRERIFRLQDAAERFIAASDALAEV DRRIAALEAAGAGAGRHPTAEVAAELDRLGRERAGQVLALKPWRVMRDDIAARLRVDPDR LGPEDLPATLDEVANRRVRADEIELRMRNLRLLAEAAEQVNRRENEIGRVQDRITELAGS ARALFDAAGARPITDRVGLVDGPNPRIVVVGPRGRWDAPFADHDAALAEALRRSGAVAQA MVRPETTIEYRQIVADRDGTWQPVDLAPPRREFIDAPPSNGRPGIHLTRWRDGDGEWHHV DTARPDWSAGRDESGVPKKFEPRDLPEGVSGWAVNPFQAAVVDPFVDPSGGTPAGAINES FLPTIPGGMPPGDIPSYSLPFADAFYHTMRIILESAKLSGFTWYSDSEHPGRIRPGFKGH PWFRAPRADVQPMVREWNAADRIPDDGNLTRPFLDRQEAARQRWARVQAWADEQYRTFRA DDSDITRIADNLADRAAADRIAHARELIDRVRAVLRGDAEVDALVDDLTGALADERPGDA ARLVADLLDVVGRPMDPADHAEVTRLVADQLADRGPTFTAEDIERIKNHLMRDEHLIRDP HDGTLVRRPLDAVADVAEAWHRLLAGEPLPQDILLLQDARAESDFLRDNPIATWRDANQH AISLGYDWNADRPPLTDWRANIPYAPAPVGPQAPPAAGPPASRPESSEEQPGRPPATPAP ATPEPPDDSASPPHPEAEATRPELPPAPPELPTSRAEPQPTRGERPPTQPALTPPVPAES AGVSETRPDTALPAAVSDPVEGMPSADDGRASAAPARSRSVVPEETGSPTTESNGGAGRP PSDPPTRGAPDPDEPSEWLRARLAEQEEWNARMRAELAEWAARMRDGAVAREFEGLQREI DDAFAAIDRRLAEHRAAEQRRTEEFFADLARRAGLPWSTEEPATRPDAEPPPAGADAGRP PDDDAVPNRTDPADDSRPPVPTPDEPSEWLRARLAEQEEWNARMRAELAEWAARMRDGAV AREFDGIQREIDAAFDDIERRLAEQRADERRRNDEFFDELLRRVALPWAPADPATEGQVD PRRGSEDDPDNRAETPTGGEHHTRDDGAHHPERGGRRDDPTDPEDGTDGAAGHPADPPSR PPAAPSAAAPESVPDQVAPVPEDERSTGELAAGDSAERDGPAAWSPVGPGQEVAPPSEAV ARELRALGERAAAAAARRADIERQLLRQVGELPIDRADLSVEEVVRAAEEHLREARARED ELRDGWDVALDEVDGHQRAVAEAAHLADRAGRVVEAIRAAIRERAEAIRAEHDARMTAGV LAARAVLDAEGVRMIGEGVGLSPDGRRVLIASPLADPGVLLPPETRALLARNNVEIDYRL VEVDGAGRITATPIAPPRTPETWSTPESTAEAPPSREPDEHRSRLREQLDGLRERRAEAA DRAERLRDEIADLARSTADDPTTDAATTEADVVARRVRDLAEAEAEVARLDEMLDYLRTA ATPDTDHEALLREQARLTSEREFWRAKRDDRADRLGLADPDRELGPDRLEPTLQRLLGEV VGTRETAGTGEELPGRTPELVGSAELSQRRERIFRLQDAAERFIAASDALAEVDRRIAAL EAARGLPDRSRAAEVAAQLEQLGRERAGQVLALKPWRVMRDDIAARLRVDPDRLGPEDLT ATLDEVAGRQVRADELELRARNLELLAEAADQVNRRENEIGRLQDRMAELAGADREIFDT AGARGITDRVGLVDGPNPRIVVVGPRGRWDAPFADHDAALADALRHSAAVAQAMVRPETT IEYRQIVADRDGTWQPVDLPSPRREFVDAPPRNGGPGIHLTRWRDGAGEWHEVNTSRPDW STGRDESGVPKKFEPRDLPEGVSGWAVNPFQAAVVDPFVDPSGGTPAGAVNESFLPTIPG GMPPGDVPSYSLPFADVFYHTMRIILESAKLSGFTWYSDSANPGRIRPGFKGHPWFRAPR PDVQPMVREWNAADRIPDDGNLGPEYRARQQAAREQWARVQAWADEQYRIFRDMGADDLA AIFDNLTEAARADRAARAQDLIQRLRELAAQDDPDVEAVIAELTGTLPDEQPGDAARLVT DLLAVVGRPADALRPDELVELVAQQLGADEPEFTWEELQRIKNHLMHDEHLIRDPEDGTL VRRRLDAVADVAEAWHRLMNGDHLPQDLLLLRDARAESDFLRDNPIATWRDANQHAISLG YDWNADRPPLTDWRANIPYAPAPVGPQAPPTRPTPPPIPPSTPGNAASPGPGADHRTRPA DTAPHRPSEAATTPADDPAALSPEITGDGGESGPRPARPDGTIRADDRAALSPEGIADDG ESGPQPARPDGTTDDRAAPSPEVTGEYGETSPARPDGTIRTEEPPPDEDEGDDPPAAAPP AGPPSQPPAAPPAAGDPGDPGDEGDAHRARESATAAESTDSASRDAPPEARGADASSEST DRVDTSETTPVDPAPEPRPAAPTRPAADPTAPPAADTQSQRRDAVPNRLAADIEAAVRER DAARTAGDDRAVEATTERIERLAGALLSANAQHALRAAGAHLVGSRVGVLGGEPPRYLVA GWGGADTGAALADALAADPALAELLRLPGVEIRELRLTIDENGAIGAHLVDPPASAADRG DQTADRDTVGQPPATAPESDAPQRDHTRVGAGEPANPGDDPARDSADDPGTRDSAQAEAR RAHAEALARRDELAARIRELGERLPIREPEALDPDHIAATVRELSTWNLSEPDQVAALAE LVDLVPGFLEAHADAALLAARIGLLDDYDRLLAEHKELVREREFVRAKADERAEHLLGTD DPPWTTRDSDSRDDAIRARYAEARTDLIDIPAGPDEVGHQERRLADPDDVRERRRALEKL IETTGRFDDLAEQVRQVEQRLADLENAGIAQYRPPTAEVADRLDTLARERAAELRRIKPR RAMRDDLALRLGVVDDTGAPDEPALSRDLDRTLADLRARVAADLRSGALPVNELPARLRA IAALADAAPEVARAHNRIGRLQDEMAGLAGAWRTQIEAEGGRMVTDRVGIVEGERPRIVV FGPRPDPESPRAEHDRAFEAALRTAAPVAQAVVRPETTVEYRRVLADRQGEVRSETMPPP EVERLSAGGVGGRRLDMTQWRDAEGTWHPVDPTRPDWTTGRDSGTLPKKFTPKDPPDGVS GWAMEDVVNDITLPTDDVPPGQIPESTLPVNAPMAPSQYSTGGVPDGATVFGQHWGADSY NVVRLILMAAQVPKHPAVQAWFQRHPEIGRWVQARPWLRHIPPFGTVFRDYQWFAPPERN VQPMFRAWDVADHAPPAERVDIPDGLRAEWDREVADWQRVQDWADSEYERFLADDSDIDA IVEGLDAHRRDRQRELAREVVDAVRAELVDRHRGIDPVGDIDAQLAMVAADIDRVAADLA DRFAAADPPAVRSTVEDIRELLLAPDQPASFAAELRPGETPEDAIARLLAEHMRDDVPVF TREQIQQIKDHLMRDEHRVRDHTDPGGGYVRRPMDRLADVAEAWHRLSTGRPLPQDFVLL RDALAESEFLRRHPTAGWREANTHAVGLGHHWDADRPPLTDWRAGIPYAPAPLPVDPGWT PPGERGTALPAPDGPETGPPGGRSAQLPPGETARPGDPATDGAPPHPGDRRVWPPEPPTP RDSADTEADESTTQSRSPGPPADSQHSDPITEADAPHRPAETPSPESTTGSGQFSADQGH RQARDRVEAARPVGGREPGEVPDSAEGPQVPDGGEPGDASATEGSAVPRTGSTLGAESES ESESESESESESESESEPGVRHDGDDPDGAAGRRSTGPDAEEGAVRSEGDMRTDGDRRSD GAPSDGAARTDGDARSDGDVRPDGDAGTDSDAGTDGDAGTDSDARPDGDARTEGNARTEV DARTEGDARTDGGARTVGDARTEGNAPPEGDARPDGDARTDGQTRSEGDADQGDRARGAD GGPHEPGAGEGPAASRPPRLPGSSMRSHIPHPPKDHDIELPPTGTIPPRDPGPWPLPDPP TEPGPGDPPHDPPHDPPGSDCPPTPPATDCPLPPAADCPPPATDCPPPPGADSPPAQSTP VPPAAPTPDPSCPPAPAEPDPPCPPDGTRPPGQQLPPGTCPSGGWSPGEVPSGGWSPGEV PSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPSGGWSPGEV PSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPSGGWSPGEVPPGGWFPGEV PPDGWFPGAIPPGDRPSHPGPAGPGDVPGPGSQPPANGWQPPHAPQPNGAPPGTPHTPNT PGRWNPPDSWLPPGAGPNGPTSGATPGTGAPTQGGERPDRWPANGSGGRPHGTPTPPPVQ DQSQPATAAPMMPPGVPGMPGASAHPAGAARRRGADGYRPPDAAEPTTLLVRPHSGFGVS AEFDPETGALQATSLRTGVESGVYGELAGVPVVLYRHDSRLRARVGQQSIDLDGPVTVNW VAGAQRQTTFTISAGETVLCTLTYRTVPAELDIGRFIREVWADPDRRARMFA
Select program and database:
BLASTP (prot query vs prot db)
BLASTX (nucl query vs prot db)
KEGG GENES
Eukaryotes
Prokaryotes
Viruses
Favorite
organism code or category
KEGG MGENES
Environmental
Organismal
Favorite
samples
Microbial Reference Genes
Ocean (OM-RGC)
Human gut (IGC)
nr-aa (GenBank, UniProt, RefSeq and PDBSTR)
Swiss-Prot
UniProt
RefSeq
PDBSTR
UniRef50
UniRef90
UniRef100
Virus-Host Database
BLASTN (nucl query vs nucl db)
TBLASTN (prot query vs nucl db)
KEGG GENES
Eukaryotes
Prokaryotes
Viruses
Favorite
organism code or category
KEGG MGENES
Environmental
Organismal
Favorite
samples
KEGG GENOME
Favorite
organism code or category
Microbial Reference Genes
Ocean (OM-RGC)
Human gut (IGC)
Ocean (MATOU)
EGENES
nr-nt (GenBank, EMBL and RefSeq)
dbEST
dbGSS
HTGs
dbSTS
RefSeq
Ribosomal Databases
SILVA (SSU, 16S/18S)
SILVA (LSU, 23S/28S)
PR2 (Protist Reference)
RDP (Prokaryotic 16S)
RDP (Fungal 28S)
EPD
Virus-Host Database
CDS
Genomes
Scoring matrix:
BLOSUM62
BLOSUM80
PAM30
PAM70
PAM250
(except for BLASTN)
Filter:
None
DUST in BLASTN, SEG in others
Output options:
Set the maximum number of database sequences to be reported:
Set the maximum number of alignments to be displayed:
Optional parameters:
(see
manual
for details)
E-value threshold
Alignment view:
Pairwise
master-slave with identities
master-slave without identities
flat master-slave with identities
flat master-slave without identities
Get ASN.1 for SeqAnnot
Get ASN.1 for the Blast Object
(except for BLASTX)
Additional options:
(delimited by whitespaces)
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Kyoto University Bioinformatics Center
