Protein
MIA_04413_1
Length
3,136 amino acids
Browser: contig05:1637507-1647050-
Protein function
| EGGNOG: | 0PJ4Z | BUD4 | gtp binding protein |
|---|---|---|---|
| CGD closest match: | CAL0000198939 | BUD4 | Bud site selection protein BUD4 |
Protein alignments
| %id | Aln length | E-value | ||
|---|---|---|---|---|
| MCA_03639_1 | 41.002% | 539 | 1.04e-105 | MCA_03639_1 |
| Q6C9E3_YARLI | 34.448% | 598 | 5.52e-88 | YALI0D11880p OS=Yarrowia lipolytica (strain CLIB 122 / E 150) GN=YALI0_D11880g PE=4 SV=1 |
| UniRef50_Q6C9E3 | 34.448% | 598 | 1.28e-84 | YALI0D11880p n=2 Tax=Yarrowia lipolytica TaxID=4952 RepID=Q6C9E3_YARLI |
| A0A0J9X5L1_GEOCN | 43.198% | 419 | 1.17e-87 | Similar to Saccharomyces cerevisiae YJR092W BUD4 Anillin-like protein involved in bud-site selection OS=Geotrichum candidum GN=BN980_GECA03s02749g PE=4 SV=1 |
| A0A060TBX0_BLAAD | 40.500% | 400 | 2.00e-80 | ARAD1D38038p OS=Blastobotrys adeninivorans GN=GNLVRS02_ARAD1D38038g PE=4 SV=1 |
| A0A167FHN9_9ASCO | 37.435% | 382 | 5.51e-73 | Bud4p OS=Sugiyamaella lignohabitans GN=BUD4 PE=4 SV=1 |
| BUD4_CANAL | 32.099% | 405 | 1.30e-55 | Bud site selection protein BUD4 OS=Candida albicans (strain SC5314 / ATCC MYA-2876) GN=BUD4 PE=1 SV=3 |
| A0A1E4TJZ9_9ASCO | 31.358% | 405 | 9.35e-51 | Uncharacterized protein OS=Tortispora caseinolytica NRRL Y-17796 GN=CANCADRAFT_30363 PE=4 SV=1 |
| A0A1E3PTD0_9ASCO | 24.211% | 285 | 1.62e-22 | DUF1709-domain-containing protein OS=Nadsonia fulvescens var. elongata DSM 6958 GN=NADFUDRAFT_81551 PE=4 SV=1 |
Mitochondrial localization by mitoprotII
Probability of mitochondrial location: 0.0639
Predicted cleavage: 20
Protein family membership
None predicted.
Domains and repeats
-
Domain
1
500
1000
1500
2000
2500
3136
Detailed signature matches
-
-
-
SSF50729 (PH domain...)
-
no IPR
Unintegrated signatures
-
-
mobidb-lite (disord...)
Protein sequence
>MIA_04413_1 MDRVSTQKLRSFWTSLERHSQEDLSQTTPIAIPNQPYASSSADNLLSPAYSSAPSSLLHNNTHQLLRQRSSHLSLRSETP AVSIKENYFVQYDQKHRSSSTSSTSSNQQQHHQSLRTRHSTESFASGNSTGSDHHAPYYYPPIYGQPSAPPLPPKSTIIH RHHYLPPPPQKHYQPPIRYHPRPPPKPVRPMSAEQQQTYLEQQMAYHRQKQIYDDQQKQQQLLQHQQQQYYYSQPNGSSS TISTTSSIPAVAPPSPTKSALKTATTQYQKTIQEESSLSKKPSIFRRGSLGRLLGPRAIDSPKKSKKNVTFVKESPQIIQ YEAPSPDLSFASDASTSSTNTSAEYHEAQEYDLEAPQTSFASAGYNDDSSDDSMSNVPVLEPPEMVSPTLMSIQQHQQSL EEALASSPPQSSSSPTRADSLRRPLPIVPQQSQEGSPYATKYPNLFPQDSPTTPVASPTRTRLAHQRHIRSPSQAENRIK EEYQPQLQTPSQQTRWNSPTNENDRQYSGFKIEEDTDDAQSTPAIGYHTPSELTSPENGYTPESQMQNGSLTPGSHYYYT PKQEPRDSPPRIKQEEHMEFTPQIKQEPVDSTIPASSSPTPSTRPRFSFEPEDAEEHGHVTIKQEENNDPGLPMLPTAPS LPEPTTARPAFAMYPTITESPATTVDSEQLLRENHFGFGSPLNGTGEAHEQDEEEDDEYALNPMVLPPLRNMSLSRHGSL LESQRQISTQIHVVGNSASPESSHHSLLLADHRSASSSTDDFARQSVSERRRSLMDEWKRNSLQGALPAPDLLRESVVLN RESEWTDTDDDYHAEEDRSPTIKTEDEDDPDATFQRPSPSSPVTSPITSPAPMALAASTPTTARVSSTSSPLAASGAAVH QKIPKSLSAMFATAVAYAAAIKSTKSPKSALKTPMIVSPESNSPPVNPERASTVMVSSKENSQTSLVRSPEESSLQSTPL PAPSPYLHKHVDSTATDFVFEPADGSSSTAPHTPRLSDHDDQSNHLTTHNIATAITTPSITDIPSIMGTPQTPVRVKQES LDHHEYTQMISPQARSSPHEPHIKTEPVDSSPAAHHALATESTTALSCSTPPPPIKSEPLSTLLSPEVFFSDPLASPSVT SPSSFASPSSPYNDHDTSEEEEEEQDDTGAEGETYNQGIPGTPTYKRSLVPSESQHRLWSPSTPRSPALDSENGDSHTTG FVGPSGPSGLVSTRYSYSDTLDSPASSTAITASPMLASASPHPQHSLLESPGGSELRQHRPWAPVYIPGTRMALDEEREP EIKQEREDGNTLAEEQASAPVAEPEHMQETTELPYSLSHGFESPIRKRRYTPWAPEASSPSKLSADDSFAAAARLPVELP VDYPDIHADEHSHEPESTSFEDEKSLGVPPAETQNQDNLPVEPAVNFPETDTLVSASHAEPAAETHTLLESLNDSNPSTD SSIPAQFEMSTPVNVSTPVKELTPIGSPAPVTAVTSVDISTPTPLSSLSPAQSPGVLTPTRTSAVQSPAKTPETFTPEQS IVESPKHLSVRLPGAPSPALAPEIEFSPTSAESVTPRSQHPSLSPLETSQVASPLSPSTPPTLKQTKLASPFDRSSRLTN EEVLVSPTVEIKQESRDDATPSLATKQTPVASEKSNPADKTHTAEAPENNSWDDIAPALAASLTYTLADEEEQARAATPS KTDKYAYKSLDPGSPAQNSKFGIPEEPLSASSEALLSRPLVHRRSRSAGDVDRVLFENQVAASLGSVLDFDFDGSSENLP LPPMAPFSMGPRPASSSAEFGRPESTSSLTTDENASIYRTPDEQSEVSDHSDVPSSSSLSQHKDYDYENEATIEESPEPK APETIQTLLPKNIDSPSTAILISPPESSSVPSTPDDESTTSPVSVDRPAAVVDNSPSAAAAASAVTTASGSTTAPAEPHT PAPFPQLPDLAEYSLSLDSSMSEFPIFDATNSAAVTEALLSAQRSASGKAIFFPHHGRGLSADLPVIEPLKIETTALNYS SFPASSSVMKTTVPEENEEEEDQNQDQDAEKTRMASLEVSDKELSELHLPVPEIVFTPAPELDSESVSDTVQPTPGIKQE EEPPGEPCTERDIELKVEDVPEPEVKHEDEYVYQATPEPQVKHEDEYVYTATPEPVIKQEEHEPAIKQEEPLVDLVPVDE GVQTEQKPVDEGVQTEQEQAAVGCVLPPDLSVIKEESREFSSSQEDIAASKAPQAVDNEPVPQSGPETFPLTPLDALPTS ASGSLQTSASQELSAVLDQVSIKQEPMSFDRKCSIAESAHSDTSYDTQPLNINKRSSQHSSVGELGYKDADAYDAMLPDA HASNEDDGFFEEEDEEEEELQDEPSIVAADSSLKVRRSLAPEDVARFSFSSKMLRESSKASGLSHSRKASLSFANEEPFP SYFHESSLTDPSNYPLAAAAATAAAISSPYTPRARAFSGQSARSARSFSGSRYQPLLGTTLQPSSAAGATAGTSTGASAT GGRSFSSASHNESLGLTPPVVSKNQDELAPPLLLFDIDDVAFDSESIFNDLNKEFDRMLQSENTSPKKDSPEDKRHGYHV RENNDLVVASAHSKPHTPGGISSPPSSGVSAAAAHSDLRRKVSGQVLNHVPSRLTVNSPPSVTPTTPTYKHMHSPQPPRS EGSYVRGRGPAATSTATRSPKEHPLPTPGTPEPYRKTSQAFGDDRGRLFIRILGIKNIEGLPDIESKNAKVGMVLDNGLH SVTTPFKPLHQKSTSINQEFELVVGGNLEFILTLKAKWPKVEEHYIPQQPPQSQYPGPSANSAVSGKRIGLAKLFSRNKE EKRRSPQYAHTILQNKTSMSTIASGTSSLRSYGSQYSRAHGDTWSNYMAQDGSFGRAYVSFAQFEPDVYGTPRSYEIPCY NEWTTSYSLSRRKTPYPIAMLECQMLFIPRGAKSEPLPSSIKSAAAELDFVRTQIQLKAAYEREEKRLEEEAKMVPGTII KSNLSQLGGDCKHWRCRYFKLNSTTLTAFSETSHKPRAAINLKKAVKVIDDQGALVEPMTIVSAHSGRTHHRRSAFADHD LGSMHVAEGFRLKFSNGEIIDFYAESVSAKERWVAELRRVIAKYKENAVADDDKRQKLRELRKQRRHFTVKPWMEQVFAA EQEEAETSSSPYYYEK
GO term prediction
Biological Process
None predicted.
Molecular Function
None predicted.
Cellular Component
None predicted.