BLAST Search
BLAST
FASTA
KEGG2
Enter query sequence:
Sequence data
>pfh:PFHG_03447 no KO assigned | (GenBank) hypothetical protein (A) MIKNIVNQFIKIYGQEYLGEWDAIQNLTINSVTSPEIILKNVPFPEKFFELADLPLEIIY SNIKNVRIKFLWSSIFSSNISPINIYANDIFLVVKFSYPSIWNTNKTLNTQYEVKKKKLR KWDSVNISKEKKEENFLKALPIKLINSLRIFAENIKIIFFDNHIHTKPFTLEFFVKSFKI DELSKYKLKLNEEEKKNIKKNLLINIWIRLIGIHMIYKEYRKKIKYNKRVKKENEEKGCK RDNSKEKHDKSQNKSETIQGKICYICIYIYIYISNVLLVTIFYIIIYEMFLTAIEKLFSE STNSLKEPLKIHLKNSQSKILHKTRNGKYCSFSDYEMNERIKVGSLRKKKRKKEIDIMKK KEKIKNIYKKGYSDGSSFKKEERYYFDIPKNNTGFRITPKEGIELHVIFKKHDIKALNEL KEDIKYFKNVEMCILRHNKEYSSEHHLNNTPRDEMYVKKSCNCYNISKQVSMDENNKYNI NIEHNDYNIENFENNNSNSNSNSNNYYMNNNFPVYNDPKQHNVNNINNEIISIDYDLIIE NGFKNDVPPTFNNISNYENLEINFTSECFNAFFNFIKYIEFYYLYKGGCTKIFNIVPSIE ECIKYSEYRKTFNQKNSKMNDEYAEEFMNKFEASCPIHLLTKLRLLSDEQIYSKEYFNNI QKGEWKKLFYNFIKNKKGKNYMIDENLEKLDRWFTHDMLFNLVLPQINFTYIPLNLNHYN NNKIYYNKCFLSYNISCSFLFKQEKLSSMKKRYAIYMHNFNIHSLFVLFKRNKKFLINKK FCPIYLIEKLGIKNHCVYNEISHKCMNPYDIHPHNFNEEYLLEQNFITQNIQNGHNYNKD INDKNYKDNFNQNYDYEKSKKNYKGSILNSLGKNTNNIDIHHEVNNNLPSDIMRSNSTCS NYKIHYEHNYNNIEHYDNTVNYKENKKCSHIITTKEKEAYMRSAGQRGRNHLFYNEYYNN TTKGRYKNMYMNNLNYNKYNDNNCDNNCDNNCDHYCDNNCDNNNYYYEKDYMCHIFFNND NKVNDNMQYKYIDGNIDTNNVDKKKIPIENLQSFKNEYISQKHNMNKNKMIHENDINYNK NNVDSKTDDKKGFWKFILGKKYKGEDDSIKNNKSNYNTILGTNFDLLIYNKINKLPNCTM IFINDYSNNIREMDIYICKYIININNLIPIMNFIPKNNICLEIFLKYDNIIDKDVIEALT LYLSMGSARKKIVQVCIEQLKTYFIHSSYLYKELVNIKSYLNKIKKKKLVGTMYSREIFI EHSILMDPFKSKMDEKEKVQDKQKTRKNFGNKKLKDSIQNKNFYRSPNINNMKEVKNHNV NIEKNIKKGRHTNDNHFGDQISSALEHKRYDKDDNNVENVININNHNNILCKNKQIIKFA ENEESNALNIHNLILNNLFVPQKNVYHIKKNNSFLLYKGKRKKSNFLYSMRNSYYTFLKK YMEYNNYMHKVKNTSLLSIGFCFQLKNIFLFHDKEDSLFYLHSKYIKLEHLFNPCFINNK HNNSVVACNRFEFRESSNDKTSHSNNSKKIYKEEKKKYSDYIDGKNMYPMNIDQTVKNKE LLLYIKSLKLKKNNNVYSLRIDIVNCNLNEVCISLLSVYKYMIPYDHLELIKIRLKKYYR IKQFLIDNNKNTSHLRKFNITNKLLYMILDNFFYKNHMIGEKNQMMIHNKKYDDNMNIVK ANKNYERYIKNLVIKILDHEKILYNKEDFEEIFYMIVRRNAYNQQRFDSLYFKENDILKK NSIRNDKNKYILDSTEDTFSFNTMERNSADYLSNEKCNKYNSSINDISINDSSINNNSIN NISINNSSINNISINNDRMNNDSIYINSLNNYSHLIDREYNSSIDNTFISNNDYYNVNSY SYKYSENYYSDIDKYSNCTYNYNGEKEEILIKERNKIIDNEEKEDTQKIKKYIDMKMDRI NIIKHANKEFYQNCNYLNLIDLFIFEHINYDDETINEEDLFFINNNNNNNNNNNDNNNNN NNNNNVCSEDIITQMDTLNSKNNIKEKIYFLLIEKTNISINNRNEGMFKFVLNNFMSEIC RLYNGINISMKIQSFYIFYILKICKKRYNVKYVTDKKNHKIHVRNDKEGYFELPKETKGN EEKKKKNYNIIKTCKKYIILTDTVSNLFSVSKCNMKKKKSKKNSFFFDNNICILSKRKFD LYIDDYHMNYKNMKPQIHLDIHINKWTNEKIIKISLSNFYFFYSSTLFILFSNVVINYIL TYIQEKQKLNILLFQYDNFRSAISSKYTNPHLENKGYTYDKNKSYTSIDKYTLHFLSRNK LKKIKLYNDKFVSIEQIDNICDSSEHSILDDNNDEEIDMRNKGIAQNSNNNENNICKKEK TKEIKDINGDYTGVSDNTFYYDMYENEKYREKRKKNSKHYYDYNTYKSVGEDNPIKELLN EKINEQINNNGLYNKLYYHDNMTSSFEKQNTFDKNFNTYISRNRNKKTIINNNNIIHGSI MKNNSYSEGNTNKSEYEYKYEYELNEKNKMDKEEYIKNHKQTNDCTKYNINKDGYPKENS YETFRKFSNSCYDLKLYGNKHDNLSNRENDNISSQKEEKKKHSIQKYPKLYKAKNKRKKS DHIERLNDIPNAIKSDTKKFPSYNNIYSKRKMKKMYDNKMNNKNINNNNNNNIINDNIMN DNRNKNSSDNIDSNNYKKDIKIFISSENVNICYLVNYHRFKYIYKKNFSIDTYMNDYINL IDSCSNFCDKNENENSDNHEHVGIINKDLYNVNLNFLFKLDYMCIEDKQKSIMAFFPFFY IMLMKNCNYVISHLTVVDIKYNSQYFIKEKKKKEENRKNNNDVENNMRAKCNRHLSNYMN SILNNSADNKHNNLDKEREKEPIFMNPYEDKDKTKDDVEHSINSNQIRYVGNVKCIGNNN KHKYVIPFKSNVKNKMEGISSSSDSCIYKKTKRKKYIDDIDCNNINDKNKKSYDILYGNN SQEYYENIKNLRNYLKNDMIKNVKKSSEHKSIDGNANNLYDIPPNDNEMKDEFLIKNDDD NKMNSMCVDKDDYKQRSYISYLLNYKKKNGENKYSTKNNIMKRFNSLIHFIGIHNNTSKG ASKKIKGIKRSLSLFSFKSLPIRRRKFGKWNSNTIDVFQVGQENNYKKNKKKTKKFFGLF NTDNNDNNKSLNDNIDYNKNNSGLNKERNNNLDYDKNGKYEKVSYDEHKNISFTHSDNRN ACIINKNNTEKNLKMNYDTLSGDNNIKKNKKNRWKLSSCTVSIFNINLFNCIYLKKYKKH GEIYLQPLIYNYKNSNILNTIYEKSDIYENNSFNINYFDINNNLKHMNYKNIVSNYYIIE NEFTLIEYINQLYNLEWFNKFNLHHLYNVNRIQSNFSNFMKLNKRKGSIVCCYVPVFYKN ISLTYRNIYKCLLINKYMESIPYLSKLYKNEHMCKYLFGNKNKHNLNDNYIKEYILHLLK KKQSEKEQYEQKYSFELKKDIFKDMKNDDRTQNKINKNIIKEKRDYYNNSNINIINMKYH KNDNNNNNNNNNYNNNNNKNNYNNNNKKNYSYSNIPKELSNDLKEKGNKKYYQLFQSQIV QNIFNYRNKNKHNNNVDNIENVMQNEVIKDDVKPLNVSCSLYDNSNLSSYPFHIYNNNNN NNNGNCNSNSNSNNCNSLNNYLIYKKDFISYNLWKQNHIYISLKKEVSYEMLKKKQNKKK KCTNEGFHFYIHFYSSSLNMDPYFLSTINFYFLNNLNKNLILCDIKETKAYFLHKYKNIR CYYNHTMGIDEHNNDLMNKHNMNVNNNNNNNNSEIYGHIKYGRNDIYERPSIRKNKYGKK KGYTSKYADNNNNICNNIEVQKSHNKKEECFGQTPFTKQDKLYNFMNRLNNICEKIIGKL ETKKNFIINLDISNIDINILDCSYIYDSKYLYVDHVHPYYNNQYIYVSMEQYENIKKNSG NYYNEFFKYEEIDHKSFSNDFNYLIYNAFTNYSYNNSFYIISINPNSVKRMSIKMSSTII CNNINKELNFHDVLSIFVHTFKMKFSKLKTNYMKNRAIQSKNYMHKLLEELYNDKDDYCH KIHKRERTKSKTKKNSRRNINNNANKHTYTTINNNRTSDSISNFNYSYDKENDNNHISHL NNNIFNTLSNESSAQDNINNTYSSLSKQNNKNMINHYDMIINSSKSNEDTNHCRRYPSSS LSNYDESTSCASTSSIFASSLNSVLFYNSQERYNNNNNYNKNNPEGIGNTGKRYESMNEY NYNMLHKINKRYKYWNEERIYYEKSKSFSDSIYTKESLCQKKQKKNNYINMYNEPFMNIH NSLSNDYNDIMKSTIKNDHDRKIRKNIKRQFYKFIKKVYKNILSQNRRNKLILNNIVQDN KWIINLENFVCFIPSFQRGFKLSLYLNKLIIYDYNKINICNNISPFRLFIKNNASKKYLQ LCNKILNIYEYLYIRKILLKGNGKGKRKIILENLKNQIYNNQFYLIAYENMKNINFHIDL KNTRFTIHNKTTMDLINFSVELWNSFYSYLYVYTILPEVSSSSFCYLNSCINVDNFQKGL LLYNNILRNYISMCKNGKNENVPYLHRKGYSLDDTHINNDKNKKNNNNNNNNNILIRDDN NYDNHNDIDNNIIKKEDSKTCSILKHHRNNTQTEYDKYEESDCCDNSYNKKSLIILDNNT TSKFSNNEQTNFSNIENEKKENDKLEDMVGNSNTLDYYVDKLFYYKNKINYKYLIINKFE FHTAGINISLKELNDKNYYFLAFVNNNLLFFLYFYSKYKTILDYVSNENVFNLTTNYIYP IEKVKFSKEGKYSHYYMSGHLEKYRTNTNGYRKDTIRLSTISMLKKKRKRKKKKMKRLSN HRIINNYDKEKIYINNDDNILPKKKNKKFVNMKKGSLHMDNMNKLNKENNNNNNNNNNNN NNNNNNNATSNINHFVDFKENNEQIETNSICSIKFQKTKTSVFSFTNENNNKDDKDMTQE RRVNNGLSKKIKTTIQKFFTRKLSQTLLLSNKKKEKKKQKKDDHSLGSLNSIYFNHKKKK PFLKQHDKYKNNITHEKYLCLKNKEAYFNKTINFNMKINLLETWFIQDDLFMYNNQENIN KNIKMSYFLKKSRKKKNNNEVMKKKYTNKDTYEGIKTISEEMDNSHRDERKKQASSIDTE VGEIMKVVKKLRIKSLSSSNSSNNLNILKLLCKSKIYNNTFMDKKIRKQIFYLAKRKRSM NDEVLDEECIKKMNLNKYSLKNTYKGKKRITLDMDKIEMESEDLNRSKMVSQIDSNNNFM SNEGNDPNNNYDNEHDLDDDDDDDDNDDDSLCYLLKDPNRDDNTYDNNYDNDLYIHRKNH VQKNFENELFDTIIDNEKSYRRRKKYFKLKQMEERKRKKEQERKRKKKENLKENKRNVCL SIIFSININHKEKKNEHLFYLESEVNNFNIMLGKCYSFNEIYDKLKLFKGKTNMKSSIND SIIFDLNYMNRNIDYIKSRSSFYTIRNNNDNINNINNININSINNNNDKEQLKKELEYLF YDNSNFYDIYYNEMKQTERLKIMLCNKKLKKERKNEIKKDKKKMCINNKNDYNNKSYDND NEKKRTRKKKYINIKNKKNKKDIVNKNMFYRNNLIYNTNEEFNESNRHSIYYSNGKNINS SNILFLLTYKTKVLYEDKYNIFLNENNNIFMPNIKEENEWFLNMNNIYFMIKSREVKKSY KIIFKELLINITIDNIKELYKLYNNFRYNIYFASFYKNYFSFFKNIYIHPFKNKNQSLLK KSSEKLEIQNIYLRNMHKFKMLKNHIIYNKLKQMSKNKIYRINKNKYIYQQEIEGNKKFS FQMNKNKYIHKNNNCDIYYSDNENDNLDIISSNQNDRHYKYVNRNKMKKRRNVQNNKIGK DKKNKSKDTEREKLIYSIKNTKKLENIESQKCTNKDNKILYTSFSNKNEIFNVQDKYTYK ERKHIKDISKKGNEKMKGNLYNLIKRKTIYEHNWEENQYNYNNINTLYYARRRFLISNMN IYKKMVDSYIKIQPLINLENTNRKYFEIIYNIKEKYTEIELYKENLYNLYNQIFLIINNI NNEKNIICHGLIFLKLLNCFYPYNNNYIRNLLYYLFVFSKYNKFAYYLCNIKKYFHYNYF LTFTKILHTNDIWNDIHINQKTNNNSKAFYKTSQEYYSLQKDTKHVPIILNTNQRINENI SIHKEITENFKKEGMFKENSFNKDKNNITFFLIKFLLYFYHPYKLKYEKGKRKIIKKTNY MNKQIRGGEKKKGRTKKEYGGMLNNDDCVSLLKRINLKNYRKKRNKSKKQLLKQAIENWS DANILNDFNYKNKKENIDNYNYNEYMITNSELSCQKSYYDKNSIKKKSIYSINSNDNLKC NIINCLEDIYLNNKSEKLLDQKKEFYDFNKKEKKIKINVDIHNICLKIHQLNKENILTLN VYDLNYYLFTSLYKYEFLFFNKNECVRFYLNEKLQHMKFEDLYKDNKMNECAKNVISNRY TDNEWYDISYSNSSISNNDNNYYETCRDEDNNIKKPNYIKMNLTFKIGLRTYDNMYNIQD NIINPTTINFYIKEKFKYFPILNIHFYTTSININITTSFLYLYQYLFANLNFKKEFNEVK NSKIEIYNDLHSEIIIFYKTRTKNNNYIWKLVIINKNEYHEFPCECLYFCINKKKEKNTI NSEFQGMNRNSEDYIITNENDLNNLFKNISKIGFKKQNIYNLVSKHEKHLLYDNTQSVYD ILYQFTYKMPFLYKNYDNDNKIINIIKKKSSWIYIGVLYTDDLYSRAYKIPNVRILRHYV KYNLLVEPEIVRNKWCLCIGTCIQIENNTGLYFRIYKEGKTNYFSRVNFKWYKRKKNKSN SNYSMWEKGTKKGSHESSKSRNDIMKIKSYNRNFISYMDKLKKKKKRKEKKIKDKDYINI LPFSKRAIPIFWLYDCTLPYIKILRKKEKKRHSKNLRNSYNDERLDIEAVPFNILYKLLN KYALNNNNLYQKKLDISPFELTFKSLIMFHCYVKVKDVPTQHIKETSYNYSIVIEPMVTI KNNLPNPITVIVRLKKDKNIFNLSKRKYDNKVEDKIFYNSHNNNFNNNIDNIDNNNNNNY YYNYYFNHYSNYEMNDDITKILKKQEMFALVPPHHYWSLPICSQAFYMKIFYHGLQIEKM NFICDYMNELTNYFDYKHVKLPDMNEHPLFTSKFVNSINEEQNQNRNRKDNYMNNMDNNE NIIHQKRSDQHLFDEIIKNDNNNNIKCKYSNNHVDNDYYYNDRNRNINYWAYKYSLESHK KNDSVFLYNDIIKQIQKDEMLDQNNFRHKTNKYNNYPFNNKSSFCRINRKNSNNYNNNDD NNNNDSNDNDSNDYDSDYYFCSKKKKKMMDTNNFLYVSEGFFPIYMPTTDTITTTKILNH KYGLIGDIFSYEELKFIYFENKVNQMNRKVYDNLYIFKSITMSADVSRRRIDFYFPFFFE NTTNVCLYVNNKLLPPNSRLYMTEEEAKNVKIKSYKHDNMNNKILCSNVSSKIDCTKTNM IRPLINLVYRKINRKQKVRFWEKYEERKKKNVKDNNNSIDYNANVDVISLKNEQMEMRNL NGFNDKKKDIETMNNEEIHIEEKHRTTDNINYLKSCEVKQNTEKENHELIQKLNNYQNKK LEKKMNDSILSVNLCESVDSTTNRNDSYHANSSKYTEMLLNTSENSHNKIDKVKSHKARK NVFKYLLRNERLLFKRRRMNNNKNKVKKYKKANKKNNNMDDDYNNDNNNNNNNNNNNNNN IIRRSRRKGLRAFDNIKIMKRFRLFNKTIQSSKLKEHEDELERFDDTEGEEMEDQEFEEH YDENNDENDVYNDDYNDEYNYDDNNDDYHNDVHIHNDQPPELNRSINSSPHYEDDDNLIT EMRKEKNKKDKKNEKGKMKNYIFNRNSYTLNKKDKKKISSNKKKGISKRDSNQFSKKFNY DIMNIYNEEDVINDIENDQEISDERADMEASHKSKKSKLFKNNSILSLNINKKRKKKITI KNSAKRKNNKNIKYGLKMKFSINPFFINTTEKKKKYNEEEENNYDENNINNSDNFNSSEK LTDSSNSKQSEKNGIEFISANDGYMIDKKLSQFDEKELNTNKNIRSIEKNNYITNHVDEK IENEDDPVNDKEENHNEHKKEDVSNKEKKEMLYKYSSKKKSKERRKIKINTKDSNEGGYL SLGICVRYAEEPFNKSKIVTFVNSYIFINRLPFDIKIVTDSVRKKSETFFISQNVNKLEI NDTYKNLFQLERKKLNEHKCNNISSIQPLIEENETFFEKQFNNSNSLGKENSSNYEKSIN QNRDEESCKMNTSNIENNIINNNKNTDIYNLGNDNYKNNNEHDIYHINNDHNISKSNSLN KHNSSINGNITYVEKNVSDNNVKKDSSKYELNEENKDNIKNEGDEKGGKNKSNETYIRKG EIVSFHYHRNHIRIKDSENKYSSLPFSLIPKNVPSNFQIELFNVNKSQINNTNNLLVEIN ICSGIFGDKQQLPYTYNGYFYILSLPVRPQFEIINATKFIIAYATDINKYTKRYMNSSNY NTYLNRYNKDGDYSVKMIYPYSSIYYTLRHNNEIESSKIALKIVGVQKSSWCINTINSFI DNVVILPYRIYGDNLLSRKTKRNTKNEIFKDDMSQMSYQINDSSSDKLSSKSDSINSNNM ERYINDDEENDNLFLGHNLINKKLYSFLIIRDNGSRAIVITEKYNLARKIVRTKNFSKIH KLIALNSRKKILLSQKNNNKKYILNRNMKNFIYFNFPNVPIIYKFNIPRITFTWIHRQDV IIAIHLTQLKYNGHIYPKEIVNNDITEMFTPINILKKKELNEYVQFVFLNSYINSIFLIE QIHIDHFVKGDIPVILKSTNIEEDEKENIFLYIHIKQYCVDSLKQAPIYQSITIKISPLN ANIELLVIEQLIEIIEKEKQLLLLYEKNDKSLPPLVSTSKTAKSAINTTLKIYSDRNFLQ MLYMDEYIKHKMGHDVSEQNIEIENNRLINSVNRIDNTSYKMIGHKKRVDNIYNDINNMN IKPNAYSYYFSSTKARMIKHNKIININNISPNIFSDDSTKSSNSSKSSHKNKQYILEKKI CKLLLGYYKYKKIHNLINNTFYNINNINDELLLPIKIQYFKNRKIFMNAFSSHLFLHPNP RWIDNKSKPVYIREFKIHPIEIIASIRTSEHRISRRVLHIVDALPLDTPSMRIRLISQKR NYIVCTWDGLFQSLRISYFRQLLRQSLPSAWLSNPFAIIKGFIKGLCALYKESVRGVKTS SNFFDGFMSGFKCGIIILVVNTVGGLFQSLSHMLNVCHKLMGGSRPRPPSILDSIILGLD GLILDTFYRPWVSLVTQPIISINKGNSTFKTTCIIIGCILRCIFSPVFGLLNFSASITEG FANTLIGDFERFSRVQERAEFETEKIHKSNTTFKKSKTLKKVGKKKV
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 DB
Environmental Viral Genome (predicted proteins)
All
Aylward_2021 (PMID:34705818)
Gaia_2023 (PMID:37076623)
Backstrom_2019 (PMID:30837339)
Buscaglia_2024 (PMID:39178288)
Fang_2024 (doi:10.1101_2024.07.08.602415)
Liang_2024 (PMID:39039586)
Minch_2024 (doi:10.1101_2024.07.26.605358)
Monir_2020 (PMID:32249765)
Piedade_2024 (PMID:39448562)
Zhang_2024 (PMID:39312489)
Schulz_2020 (PMID:31968354)
Zayed_2022 (PMCID:PMC10990476)
Hou_2024 (PMID:39389057)
Roux_2016 (PMID:27654921)
Gregory_2019 (PMID:31031001)
IMGVR_2022 (PMCID:PMC9825611)
IMGVR_2023 (PMCID:PMC10767988)
Camarillo-Guerrero_2021 (PMCID:PMC7895897)
Gregory_2020 (PMCID:PMC7443397)
Sheam_2025 (PMCID:PMC12192438)
Graham_2024 (PMCID:PMC11222151)
Ma_2024 (PMID:38383853)
Wu_2024 (PMCID:PMC11310336)
Medvedeva_2026 (PMID:41315738)
Yutin_2024 (PMCID:PMC11253617)
Gaia_2025 (doi:10.1101_2024.03.23.586382)
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)
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 DB Genes
Genomes
Environmental Viral Genome
All
Aylward_2021 (PMID:34705818)
Gaia_2023 (PMID:37076623)
Backstrom_2019 (PMID:30837339)
Buscaglia_2024 (PMID:39178288)
Fang_2024 (doi:10.1101_2024.07.08.602415)
Liang_2024 (PMID:39039586)
Minch_2024 (doi:10.1101_2024.07.26.605358)
Monir_2020 (PMID:32249765)
Piedade_2024 (PMID:39448562)
Zhang_2024 (PMID:39312489)
Schulz_2020 (PMID:31968354)
Zayed_2022 (PMCID:PMC10990476)
Hou_2024 (PMID:39389057)
Roux_2016 (PMID:27654921)
Gregory_2019 (PMID:31031001)
IMGVR_2022 (PMCID:PMC9825611)
IMGVR_2023 (PMCID:PMC10767988)
Camarillo-Guerrero_2021 (PMCID:PMC7895897)
Gregory_2020 (PMCID:PMC7443397)
Sheam_2025 (PMCID:PMC12192438)
Graham_2024 (PMCID:PMC11222151)
Ma_2024 (PMID:38383853)
Wu_2024 (PMCID:PMC11310336)
Medvedeva_2026 (PMID:41315738)
Yutin_2024 (PMCID:PMC11253617)
Gaia_2025 (doi:10.1101_2024.03.23.586382)
Environmental Viral Genome (predicted CDS)
All
Aylward_2021 (PMID:34705818)
Gaia_2023 (PMID:37076623)
Backstrom_2019 (PMID:30837339)
Buscaglia_2024 (PMID:39178288)
Fang_2024 (doi:10.1101_2024.07.08.602415)
Liang_2024 (PMID:39039586)
Minch_2024 (doi:10.1101_2024.07.26.605358)
Monir_2020 (PMID:32249765)
Piedade_2024 (PMID:39448562)
Zhang_2024 (PMID:39312489)
Schulz_2020 (PMID:31968354)
Zayed_2022 (PMCID:PMC10990476)
Hou_2024 (PMID:39389057)
Roux_2016 (PMID:27654921)
Gregory_2019 (PMID:31031001)
IMGVR_2022 (PMCID:PMC9825611)
IMGVR_2023 (PMCID:PMC10767988)
Camarillo-Guerrero_2021 (PMCID:PMC7895897)
Gregory_2020 (PMCID:PMC7443397)
Sheam_2025 (PMCID:PMC12192438)
Graham_2024 (PMCID:PMC11222151)
Ma_2024 (PMID:38383853)
Wu_2024 (PMCID:PMC11310336)
Medvedeva_2026 (PMID:41315738)
Yutin_2024 (PMCID:PMC11253617)
Gaia_2025 (doi:10.1101_2024.03.23.586382)
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)
Feedback
KEGG
GenomeNet
Kyoto University Bioinformatics Center
