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BMC type: SPU4


Organism: Anaerobacterium chartisolvens. Bacteria; Firmicutes; Clostridia; Clostridiales;


   BMC-P    BMC-H/Hp    BMC-Ts/sp    BMC-Tdp    AldDh    PTAC    signature enzyme    AlcDh    regulator    others    no assignment

   DFR58_106164 (fasta)
              DFR58_106165 (fasta)
                        DFR58_106166 (fasta) HMM10114PocR_2_grm GRM5 (HMM details)
                               DFR58_106167 (fasta)
                                    DFR58_106168 (fasta) HMMnopfamclust3_1 SPU4 (HMM details)
                                      DFR58_106169 (fasta)
                                           DFR58_106170 (fasta) HMMspu01791_1_spu SPU4 (HMM details)
                                                DFR58_106171 (fasta) HMMnopfamclust3_1 SPU4 (HMM details)
                                                       DFR58_106172 (fasta) HMM00107alcdh_2_mic1mix SPU4 (HMM details)
                                                              DFR58_106173 (fasta) HMM00389acidehy_1_aci ACI (HMM details)
                                                                DFR58_106174 (fasta) P_heather SPU4 (HMM details)
                                                                 DFR58_106175 (fasta) P_orange SPU4 (HMM details)
                                                                   DFR58_106176 (fasta) P_grey SPU2 (HMM details)
                                                                         DFR58_106177 (fasta) HMMspu01791_1_spu SPU4 (HMM details)
                                                                                   DFR58_106178 (fasta) HMMalddh_2_egra EUT2D (HMM details)
                                                                                     DFR58_106179 (fasta) H_fuchsia EUT2I (HMM details)
                                                                                      DFR58_106180 (fasta) H_fuchsia FRAG1 (HMM details)
                                                                                       DFR58_106181 (fasta) H_fuchsia SPU4 (HMM details)
                                                                                             DFR58_106182 (fasta) HMMptac_3_eut2 SPU4 (HMM details)
                                                                                               DFR58_106183 (fasta)
                                                                                                          DFR58_106184 (fasta)
                                                                                                               DFR58_106185 (fasta) HMMnopfamclust3_1 SPU4 (HMM details)
                                                                                                                       DFR58_106186 (fasta) HMM00465alcdh_3_mix GRMguf (HMM details)
                                                                                                                          DFR58_106187 (fasta)
                                                                                                                             DFR58_106188 (fasta) HMM10114PocR_2_grm PDU1D (HMM details)
                                                                                                                                         DFR58_106189 (fasta) HMMreg00072_4_pdu1d PDU1D (HMM details)
                                                                                                                                                    DFR58_106190 (fasta)
                                                                                                                                                           DFR58_106191 (fasta)

BMC shell protein types:

BMC-H(map on tree)

      3x H_fuchsia

BMC-P(map on tree)

       P_orange
       P_grey
       P_heather

(complete list of loci)

Protein sequences:

>DFR58_106164_UniProt_A0A369B9J4
MRIMIDTNVLLSALVFKSAKMADLIEYIADKHTLVLCSYVIEEANAVITRKSSTYKAVLDAFLLKMPFEMAYTPTEMSTAPKIRDEKDKPVLLSAITADVDVLITGDKDFTGIDIDRPEILTPTEFLDRY

>DFR58_106165_UniProt_A0A369BBQ0
MKKINRLIAGTLTVAFISLFLPFVQNGNQVLALDNNLGLTPPMGWNSWNIFGGNIDEDKIKQIADAMVTTGMKDAGYEYVNLDDNWMANPARDADGNLIPDPKRFPSGMKALADYVHSKGLKFGIYGDRGKTTCCNIPQSGSEGYEERDAQTFADWGVDYLKYDNCASDNNLQAGYEKMQKALLKTGRPIFYSICCWYFVGPWMVDCGNSWRTTGDISDNWGSIIKNIDENSKSAAYAGPGHWNDPDMLEVGNGQMTDTEYKSHFSMWCIMAAPLIAGNDLRNMTPATKEILTNREVIAIDQDPAGIQGTKVSASGDLEVWCKPLGTDGTTKAVILFNRGGTSADITVNWKDIKLAEGSAAVRDLWEHKDCGTFDTGYTANVPSHGVVVLKVKESSANTDIIYGDVDGSNTVNTIDYSLVKQYLLEQITDFPAPNGKLAADVDGDGRITTLDFSLIKQYLLGIIDEFPVQK

>DFR58_106166_UniProt_A0A369BC10
MKAEKRNHTLMNRIIKYFLIVIFCMVLLNAYSTFRFKSFYGNFYTMLTRLVDIYSISFKIDNMCKDIDNYAHSGAANYLTDYKTESDSILDLCSRLKNETYGEEHYKFSDIYNMILSFDEKSKVIISDSDKHVQLIYINESVSELTRLKGYIDDEVKNVLLGQFGAVMAYYRNFINDIGSQQNVIYVLTALITVICIIIAVRFSREISQPIHQLVLSLAKVAKGEFEVEKINIKTDDEIDVLIESFVLMTAKIKGLIEEIKAKADIEKELSEEQIKNLEMSNLLNQAELKFLQSQINPHFLYNTLNSISAWALIEGAEQTMKMIGCISEILKYYLKKINENVTLNEEFKIIENYVYLQKARFGDRIKFELHYDEGVMGHCVPSMILQPFVENAIIHGLEPLEEKGRLNVRIIDMESDILMKVEDNGIGIKEEILSQFFEKEKSMPSPSERGIGVVNVIRRLELKYGRNVVEIKSSKDKGTEVNIRLPKMI

>DFR58_106167_UniProt_A0A369BBM0
MNKRIWFFKLLLLLFCIILTACSAIVNSPDPANTPAASSSEAPEGNSADDPEVRGTAFAGSKDQAYFMCVFVKGTAYWKGVYKGFKAAGDQLGVRTEFAGCDEYDANAQLKVFEQIVAKKPKGIALSPISSEIFKDPIDKAIAAGIKVTTFASDSPDSKRLTIITTDDITQGRLAADYIAQKTGERGTIGIIERPNQTNHAKRVKAFMDRLEEKYPGMKVVSRATADGDEAKSARVAVAMIREHPDLSLIYCVAGIEGIGAGVGVKESGKPVKVFCYDVDPQIIDMIKDGTIFASFQPNTVNMGYWSMLCLYTAANNLIDPANDWKAANKSPLPTTIDNGIDVVTKENCDYFDIQ

>DFR58_106168_UniProt_A0A369B8Y7
MDFGLSNKAALITGGARGLGRAICLNLASEGSGIAINYRKDHERAWLLAEEIKEKYGVKAICVKGDVTSEEDVKRIFCEVLCQLGRIDILVNNSGICPVSMVKDMDLSEWNSVIGTNLTGTFLTSREMINMLIAQNKCGKIVNIASQSAFNGSKTGKSHYAASKGGIVSFTLSLAKEAARYGINVNAVAPGMMYTEMTAETLDKNMDKYKKEIPIGRIAELDEVARVVVFLASDVSSYITGATLDVSGGITGR

>DFR58_106169_UniProt_A0A369B8Z0
MIQRAGTMEVEVRDKMKGGKGSVAITHLLRQIQIKGKCRFFGRMRINPGCSIGEHPHENEEEIYYILKGKGICVDNGIRQEVKEGDVILTGGGASHSIENNSDETLEVMGFILLY

>DFR58_106170_UniProt_A0A369B9B1
MDINNLDKVVNEVIEEITKERLLNKDSGSNARLTASAGSVSGDFDVSLAARMEHSMIRPDATPAMVKQFCDEAVKYKFRNVALAPCFVPMAAGLLKGTGVKVSTAVAFPMGIASTKIKVAETIEVIENGAAEIDLPINIGMIKAGQLKAVKEDVEAVVTASNKRALIKVVIDLGALTEEERIKAALIAKMADADFLKIAATTRPVGVNAEDMRFFRQIVGNDMGLKADGGIKDYNTALSIIESGGSTIGASGSVKIVKRVF

>DFR58_106171_UniProt_A0A369B8Z4
MFSSLKGKVCVVTGAARSIGLGIAERYAKEGAAVAMIDISSEVAAQADRISQEGGTAKGYILNITDRDAVFACFEQIVKDLGPVYALVNNAGIVDQRPFEEITADQINKQMAVNVNGTLFCAQAAVKTMKALKNGRIINFSSKSGKTGSALMAHYSAAKGAVIALTHALAFELAQFNIKVNSICPGITDATGVWNSVSAGYTDNLGLSREEVIKTFTAKIPLKRLTDIEDVVDYVYFLTASGEYCTGQAVNITGGREMH

>DFR58_106172_UniProt_A0A369B8Z8
MGASVGNCVNYYAPKDVRIEEMNEIPKISIGEVLVKIEACAVCGTDVKSFVNGNPRIKPPQVMGHELCGTIVELGKGVANYKIGQRVTMATTIGCGDCYYCNKGKTNMCRSAEAMGFNYAGAMAPYAVIPAKAVKQNHLVDVGDLDATVASLSEPMSCAMNDINRVPEEELENVLILGLGPLGMLHAVCVREKGVKNIVCVEFPGKRSDMARDMGLTVVAPDEIDGKFKELSNGEGFDLVLITAPNNGVQSKAPMYARKGGYVSYFASLPVGDEMLSMNSRTIHYNELVLYGTSDSTVKHVQAAVALLRKNPDGFKPLITHVMPFSDFHKAMDEIKAGNAVKIVLVP

>DFR58_106173_UniProt_A0A369BEA4
MKLVGIGDLFIPNKYILSGFKQFEELGVEVCTVDWKLKDFEELQNINLLVEHSGSEAYEVPEYIIDACKDADIIITEFCTVTKKLIDACTKLKVIGVLRAGCENINVEYATSKGIMVFNTPGRNADAVADFTIGVLISESRNIARGHFGLKNGEWVRTYSNSGHIPDLPGKTVGVIGLGEIGQKVAKRLVGFDVNLLGYDPFVNNPPYGIKMVSLEELMEQSDFVTIHVRAMKETENLVNKELIQKMKQTAYFINTSRSSVADENAIYEALKNKKIAGAALDVFDVEPPGKEYPLVKLDNVTITPHMAGGSNDAFFNSPKKLALEMVKLFEGQNSKYMVNKQIFESAVKNFK

>DFR58_106174_UniProt_A0A369B9K4
MYAAKVIGTVVCTAKDEKLNGRKLQVVQPVNLLTLQYEGKPAVAIDSVGAGLNEIVLVVGGSSARQTAVTANTPVDATIMAIVDLIDVEGKKVFDKGM

>DFR58_106175_UniProt_A0A369BBQ8
MYLAKVIGTVVATQKDASLKGVKLLVIQPVDSSGKANGSPVVASDTIGAGAGDTVFCAKSKDGAMPLPDPNAPSDAGIIGIVDYAYSKS

>DFR58_106176_UniProt_A0A369BC20
MILARVVGNIVATQKNVNLLGGKLMLLQPIDTEGKNAGDEFIAIDGVGSGVGDMVLCIAEGGSARQVYGNAKAPIDTVIAGIVDVVESVT

>DFR58_106177_UniProt_A0A369BBN0
MEISKLIETITQEVLKELGEENLSKLNGSELSAEILPNEVDINNLAATCDHTVLKPDTTKKTIEKFCKEAMEWGFASVCVNPTHVRYAASILRGSKVKVCTVIGFPLGANTPVVKAAEVRDAIANGAQEVDMVINIGALKDGNYDMVTKDIKAVVDAAAGQALTKVIIETCLLTEQEKIKACLLAKNAGADYVKTSTGMSTGGATVEDISLMRKTVGPDMGVKASTGVNDREIALNLIRAGATRLGTSKGVAIHTGVDPNAKATCVNCGNCKSACPTGNAKVVKDNY

>DFR58_106178_UniProt_A0A369B8Z9
MGSNSDTACTDNVALSIKEANLLMQTAYDSQKLIAGLDQIKVDRIVEAMVEAGYKNARRLAVMAVEETKIGVAEDKEIKNRFATRNVHEYIKNMRTAGIIKEEPDKGVVEIASPMGVVVGIIPTTNPTSTILYKAIIAVKSRNSIVFSPHPRAIKCSLEAARLMEEAAVSAGAPKGLINCLSVTTREATDELMHHLKTSVILATGGSAMVKAAYSSGNPAYGVGPGNVPAFIERSADITDAIEKIISSKTFDNGTVCASEQAIVTEAIIAERVIDELKKQGGYFVSGADLAALENIVIQPNGGVNPKVVGQSPETIASLAGITIPEGTKVIVASLKGVGKDFPLSAEKLCPVLGLYIEKDWKEACERCFELLQYGGLGHSLVIHSKNEDIIREFAIKKPVFRILVNTPSSQGAIGYTTGVAPALTLGCGTLGGSITSDNVTPLHLINIKRLAYHLPEKTGKAAGKPSSFFYTKAEITRAIEELIKAGSK

>DFR58_106179_UniProt_A0A369B900
MSDAIGMIETRGLVGAIEAADAMVKAANVQLAGKELVGGGLVMVMVRGDVGAVKAATDAGAAAAGRVGEVKSVHVIARPHSEVSAILPKAGAVKAEAAKAEAKGAAK

>DFR58_106180_UniProt_A0A369B9B9
MENALGMIETKGLVGAIEAADAMVKAANVKLIGKEAIGGGYVTVMVRGDVGAVKAATDAGAAAAARVGELKSVHVIPRPHSEVEAILPK

>DFR58_106181_UniProt_A0A369B904
MENALGMVETIGEIGAIEAADAMVKAANVNLIGMEKIGSGYVTVMVRGDVGAVKAATEAGAAAASRVGELKSVHVIPRPHSEVESILPR

>DFR58_106182_UniProt_A0A369B910
MEQELLRQIVIKIIQKITAHSVTELHPKPFPIGVSNRHIHLSKEDLELLFGHGHSLKCRRELSQPGQCVSFETVMLAGPKGCIEQVKVLGPVRKQTQIEISRGDAFKLGVNAPIRESGNLKGSGGITVIGPMGSVHLKEGAIIAQRHIHMTPLDAESYGVKDGQKAQVKYTGERGVIFDNVIVRVSDKFALEFHIDIDEANGAGIKHGEMAYLLFSGLSVVPNICDPIKSESTQKAIIEEPVGLVTEDTVRRAWKKKAVITVNKGVICTPLARDAIKELGVEVIWN

>DFR58_106183_UniProt_A0A369BEB4
MAQVITQMEIMKFAGMEKAVFPADTILTPSAKDWAQEHKIDIILGKGIDKQSDEKSELLKNLVKAVIKNMDRAGGFLKKEELVEVVTRCLEKMGNTVGK

>DFR58_106184_UniProt_A0A369B9L5
MGKYILCIDNGLTTTKSVIFTTDGKEIASSLINTVVENYGACAEIDMELQWKNTAYVIKESIKKSNINPSDIVGVGNSGHGAGLYCLDKVNKPVRKAVSSMDARAIKLLEEWDMEGKSSYKSLFQNLWSGQAIPILTWLKRNEPDSYKKIEKIFMVKDWIIYKLTGNAGIEYTDASNSGLLNPITKNTDKEVLKLFGIEEMFDKLPPLRKTTDIAGYVTKEASIETGLNFGTTVTGGVYDVIACALGSGVFDDDKYSLIAGTWNVNTGIREKLVYSAQTMKCSLFVDIDRYIYVESSATSAVNLEWFIDNVLKGIGLFDISNSRLYKIIDEKISQINAEESNIIYMPFLYKSQLSKNMEGSFFGIKAEHNVFNMLRALFEGVAFAHLMHIESLRNAGVVRNKAVLSGGATNSHVWCQIFSDILNMEIITTEASQVGALGTAVCTAIAIGEYNDFKKAIGIMVKDKNHYYPDAKRNEVYMRKYKEFRRVIDMFDKVGG

>DFR58_106185_UniProt_A0A369BBR8
MDLNLKGKVAIVTGGGSGLGASISEVLALEGANVVVNYFVDEANVFKFVDQLNEKYDTRAIPLYGDITKASDIENVIARTVDIYGKVDILVNNAGVWPTAFVESMADEEWEKTIKINLTGPFMFSKRVVQNLIGRKSKGKIINIVSQAAFHGSTSGHAHYAAAKGGVVTFTVSLAREVAKYGINVTAVAPGMMRTPMNKKELAENEAKYIERIPLGRISDPVEVAYTVAFLASDKADYITGATIDVTGGMLMR

>DFR58_106186_UniProt_A0A369BC34
MINNFLYFVPVKIVFGAGKLNEAGGYVKQYGKKALIVTTGPFFKDSGLVGRIQKILAESGVESELFHEVSPNPFSTQVDAGAEFGKKTGCDVIIGLGGGSAIDAAKGIAVAMGHNAPIWNYCPSGDPDDLTATEKTLPIIAITTTSGTGSHATPYAVITNPVTKEKPGLGSDYTYAKVAIVDPELMLSVPKKITAATGFDVLAHSIEAYTSNSATPITDKMAEEAIRIVGKYLRRAVENGADIEARTALAYADTLAGFSIATAVITLCHSISHAVGGVCETVHGESLAAMTPHTMRFSMDSRPEKYKNIGMFLRDEGCCEEYDGCCTCESSVQEVEKLINDIGMNIPLSKQGVKESDFDEIASGTTKYMGGGLDLDPKRASKEDIIEILKKSF

>DFR58_106187_UniProt_A0A369BBN8
MIKKQINELCMENFSKYGTYSDMLNPNGVKFGEEPVEFYRDMIKLPLGNSNLASFSLCRLLKRPLIIDASEYHNYSGEMIVPLDGDILMHVGPATSKAEVPVEDIEIFRIPKGVVVCINPGVWHYSAFVYRCKTVNILVALPERTYMNDCYVVEIPVEKQIEIVDK

>DFR58_106188_UniProt_A0A369B909
MKLRRFDEVTQMFVVNAAQMAYLENAPKTQMMLQMFCELLRYFYKGDTQVLLSKELEALRNYIDIQKIRYGNRFDITYLNCSGFEDININHLSVIDFVDHILNNALVQYEGIIALTVEIKDTNGIFLRVILKKDMKKEEFSRPLAEMGDVNV

>DFR58_106189_UniProt_A0A369B908
MYKLMIVDDESLSRYVLRALITKKFSNIEIVGEAENGRQAIELNHKLQPDLIIMDIKMPGINGIDASMEILREYFNSCILILTAYNNFEYVKQALDIGVKGYILKPVNELEVVEKINKVLGQIDEKLNNCDFKELIDAKLRAIKPYMENELVAAFINGNCDVGKVENYIAFLQEEIKAGYFMLISPGRTNSREINECIRSRIIKEKTAAIVTRNLPLYKKCFFGKPQGNSIVVFIPVNENFEHKEVVNEAVIIAQDILRKLKVAGDVNASIGIGNAYTDIKNFSKSYNEAGFALRKSSDQNSVIHFSSLCIEMNSGTFHEYPLDLENKLIDEIKAGNIENAKSFADEIITELIANIDNMDILKGYAEELIFILKRNVFKMGIHMDKSLSMGMLLELVELTSADEIEVWCKKNVDYIIEQVEKCPGRNSEMISKVFEYINRNFNKDITLESVANEVGLSSQYLSKIFKEKCGTNFIDYITTKRLEFAETLLKKGDLNIKQVSKMSGYEDSNYFCRIFKKNTGLSPRQFRANVILHNLQ

>DFR58_106190_UniProt_A0A369B9C8
MEQKTILSVKGINKSYPGTKALTDVHFDLRQGEVHALIGENGAGKSTLMNIVGGVIKPDSGQIMLNCKEVKFHSPKDAQDAGIGFVHQEIALCPHMTVAENIYMGRIKGNILSMLDFSELNRKAGEILSLFKTGITPQTIVRKLTVADQQVVEIVKALSLDCKILVLDEPTSSLTESETEALFVTIANLKARGISILYISHKMSEIFRICDSITILRDGHFIDSLKVKEISPEIVISKMVGRNITNLYPPKSTKVTEKIIEVRNLTRKGVFNNISFEISKGEILGIAGLVGSKRTEVARAVCGIDQVDSGEVHFEGEKVHFKSYRDAIKRGIAYLTEDRKIEGLFLNLSIKKNITASCLEKVSKFKIINAGAEKNWANSFSEKLRIKLYNVNQKASSLSGGNQQKIVIAKWLSINPKLIFMDEPTRGIDVGAKSEIHDMLRKLSDEGIGIVIISSELPEIIGMCDRVIVMSEGRITGVLDAKDLSEEHIMTYAASSQEHGFAG

>DFR58_106191_UniProt_A0A369B912
MKALLEQSGKDLTKADSIASGVLKKIAGFRELTIILIILVIGAGLSIASPHFFSVNNFKAIALALSTDSIIVIGMTLVLISGGIDLSVGSVMGLAGILTARLWQTYNLNIVVAALIGLLAAVFVGFLNGLFIGKVGVNPFIVTMATMGMCRGLDYVITNGTPISVTNMPAAFRTLGTGLILDILPVLVLIMLIIAVISDYTLRRSSIARKVFYIGSSEKAAILSGINAQNVKMGVYIVSSALAGIAGILTIARFGVAPATTGEPTAMMTISGAVIGGASMLGGEGTVLGSILGIVLMNFIANGIVMLNISVNWTQFVTGAVLMIAVTIDYLMHKDK

msu.edu Reference: BMC Caller: a webtool to identify and analyze bacterial microcompartment types in sequence data
Sutter M & Kerfeld CA; Biology Direct 17, 9 (2022)
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