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BMC type: GRM1A


Organism: Anaerococcus hydrogenalis DSM 7454. Bacteria; Firmicutes; Tissierellia; Tissierellales; Peptoniphilaceae;


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

    ANHYDRO_00895 (fasta)
        ANHYDRO_00896 (fasta)
           ANHYDRO_00897 (fasta)
             ANHYDRO_00898 (fasta)
              ANHYDRO_00899 (fasta) HMM00465alcdh_3_mix GRM1A (details)
                  ANHYDRO_00900 (fasta) HMM00465alcdh_3_mix GRM6 (details)
                      ANHYDRO_00901 (fasta) HMMreg13411_1_GRM1 GRM1B (details)
                         ANHYDRO_00902 (fasta)
                             ANHYDRO_00903 (fasta)
                                ANHYDRO_00904 (fasta)
                                 ANHYDRO_00905 (fasta) H_fuchsia GRM1A (details)
                                        ANHYDRO_00906 (fasta) HMMalddh_2_egra EUT2B (details)
                                          ANHYDRO_00907 (fasta) H_fuchsia GRM1A (details)
                                           ANHYDRO_00908 (fasta) HMM06249EutQ_3_grm1 GRM1A (details)
                                            ANHYDRO_00909 (fasta) P_neonBlue EUT2F (details)
                                             ANHYDRO_00910 (fasta) Hp_grpu_saffron GRM1A (details)
                                                ANHYDRO_00911 (fasta) HMM06723EutJMreB_1_grm GRM1A (details)
                                                 ANHYDRO_00912 (fasta)
                                                  ANHYDRO_00913 (fasta) HMM01923cobtr_3_eut2 GRM1A (details)
                                                   ANHYDRO_00914 (fasta) HMM10662PduV_1_mix GRM1A (details)
                                                    ANHYDRO_00915 (fasta) Hp_euts_oldRose GRM1A (details)
                                                        ANHYDRO_00916 (fasta) HMMgreae_1_grms GRM1A (details)
                                                                    ANHYDRO_00917 (fasta) HMMgre_1_grms GRM1B (details)
                                                                     ANHYDRO_00918 (fasta)
                                                                       ANHYDRO_00919 (fasta) HMMalddh_2_egra GRM1A (details)
                                                                           ANHYDRO_00920 (fasta) HMMalddh_2_egra GRM1A (details)
                                                                            ANHYDRO_00921 (fasta) Ts_dust GRM1A (details)
                                                                             ANHYDRO_00922 (fasta) H_sky GRM1A (details)
                                                                              ANHYDRO_00923 (fasta)
                                                                                   ANHYDRO_00924 (fasta)
                                                                                       ANHYDRO_00925 (fasta) HMMreg12833_3_GRM3 GRM3A (details)
                                                                                             ANHYDRO_00926 (fasta) HMM10114PocR_2_grm GRM1A (details)
                                                                                                   ANHYDRO_00927 (fasta) HMMalddh_1_eutpdugrm GRM3A (details)
                                                                                                      ANHYDRO_00928 (fasta) Tsp_aqua GRM3A (details)
                                                                                                          ANHYDRO_00929 (fasta) HMMgreae_1_grms GRM3A (details)
                                                                                                                      ANHYDRO_00930 (fasta) HMMgre_1_grms GRM3A (details)
                                                                                                                        ANHYDRO_00931 (fasta)
                                                                                                                                        ANHYDRO_00932 (fasta)
                                                                                                                                          ANHYDRO_00933 (fasta)
                                                                                                                                                 ANHYDRO_00934 (fasta)
                                                                                                                                                  ANHYDRO_00935 (fasta)
                                                                                                                                                   ANHYDRO_00936 (fasta)
                                                                                                                                                      ANHYDRO_00937 (fasta)
                                                                                                                                                         ANHYDRO_00938 (fasta)

BMC shell protein types:

BMC-H(map on tree)

       H_sky
      2x H_fuchsia

BMC-Hp(map on tree)

       Hp_grpu_saffron
       Hp_euts_oldRose

BMC-P(map on tree)

       P_neonBlue

BMC-Ts(map on tree)

       Ts_dust

BMC-Tsp(map on tree)

       Tsp_aqua

(complete list of loci)

Protein sequences:

>ANHYDRO_00895
MENKKNRLGNLYLIFLFIVMYLPLGFLIFYSFNSGGNMNVFESFTLKYYKKVFEDERLINIVINTLIIGLLSSLIATIIGTLGAISIYYMRDKNLKKKVLSLNSVLMVLPDVMMGASFLILFSFLIKIPMGFYSVLLSHIAFSIPIVVLMVLPRLYALNSDMMKAAEDLGANDITILNKIILPNIASGIFAGFFMALTYSLDDFAVTFFVTGSGFSTLSVEIYSRVRTGISLEINALSTMIFILSLILAIGYYVIQSREEKRRAR

>ANHYDRO_00896
MMAKKYQKLSAIYYIWILIFIIAPILLLIYQSFFDIYGNFTFNNYISYFSNKNYMIMTFNSILTAFLITAFTLFWAYPFSYFLSKAKHKDFILLLVILPTWINLVLKAYAFIGLFNKNGSIMGFLGLASKGVLFTNPAFILVASYVELPFMIIPIFRAIDSIPNEYIIASEDLGASKFQTFRKIILPLSMDGVMAASQAVFIPSLSLFLITRIIGGNKIITLGAAVEEHYLVTQNWGMGSTIGLVLIFMMFGVISILNKKAVKNGK

>ANHYDRO_00897
MVNLSGFEKREISQMSGGQRQRVAIARAIVNKPDVLLLDEPLSALDMKLRKSMQVLLRDLQWELGITFVFVTHDQEEALAMSDWIFVMDKGEIVQQGSPKDIYDEPINRYVAQFIGESNILKARMVDDYKVELSNKTFACSDAGINKNERVEVVIRPEDINILPIDEADIVVNIDNILYRGVFNELICFDSSDFRWKIHTTRNFEEGDDIGISFDAENIHVMRYNESEDDFDKRMEKYAIGEDDG

>ANHYDRO_00898
MFFLLLCYTFKRNYGGDNVCDNKYSVVLKKVSKFFDDEEILKSVDLELEKGKFYTLLGPSGCGKTTILNLIAGFLEANSGEIYINGENVLNVPANKRTVNTVFQNYSLFPHMNVFDNVAFGLEIKKTDKKIIEKEVKKSS

>ANHYDRO_00899
MIKEMNQKFGIPEKLRGLGKIDEKSYHDAVEKMALTALNDRCTPTNPALVTKFDLANILRDAF

>ANHYDRO_00900
MTFSVKPTINVGDDSLEILNSLDVNKIFFVTDPFVVESRMIDQVTRLLDRNISYDIFSEIKPDPSQELVEEGKKALKASNPDLICAIGGGSAIDATKAIIYDIYNEEKTKKTFVAIPTTAGTGSESTNFAVVTVGNDKKVLIDDIMLPDYALLIPKFTKTVPNFITADTGMDVLTHAIEAYISKNASIYTDTFSKTCIETVFEILPKVYDDGDRLKLREKMLEVSNMAGIAFNNAGLGINHSLAHTIGGTFHISHGRLNAILLPYVIEYNCKNSEEARKN

>ANHYDRO_00901
MINKEKLYSIGQASNKADVSTRTLRHYETIGLIKPDLVKENGYRYYTEDTILLISIIKYLQFMNFSLDEIRDFIFNADYDDVSRTFNELIKRTSNDIKRLEERLTIIKDWNELISEASSAFLIGNNTPSIKYIKESELISYPMDFDFHYEDTVLDLDFANFVKSKDNKITGPVMFYFDSYIKRLKYEKEHRPIKGLYIQKAVKPILDKKITFTIKDGFYGSIYHFGKYENLSKSYEKLRSWAKKYRYKLSDEVIERFVVDSWTFRDEKKYVTEILIPIEMKVEENK

>ANHYDRO_00902
MRYLFTNIDKNLMKDIVEDYNLSCIFDELSWILDFEWKNFDQIRGINGRAVCQDSPKEFFIMRLAQYLAYNKKVINYIYEDLKEAEKNSFNPIFDKYARMMEFTDKDKFVSIKENLEVLSPVKLHLLENIKNILNLKSTDTPKELLRVRPKETEDKRISSNDYYIAEISSLSLKSLWAIEEMIKDPSYNLEESIYENTKYLFKKLND

>ANHYDRO_00903
MKGIELSKKYFNDIAYPIFKDTCPEILDIASIGLVGEGSECFGLDDDISKDHDFGPGFCIWLKEDDVKIYKNKIESVLKKLPKEFLGYERIDSKLSDKRVGLFSLEDFYEKYTSYRKFPIKDIDFLKIPESFLATVTNGEIFLDNCSLFSDYRKYLLDFYPEDVVRKKLAAYLFQMAQAGQYNLKRSLDRSDISAVFFAKAEFMEALFGVLFLFAKVYMPYYKLRYKRLVQIKYYPDQLFEDMNKFFLSNDKKDLVYLSEKLSLYVRDILKYRSITRSDDDFLLNHAIEIQNSIKNPQIRAINLVKGN

>ANHYDRO_00904
MKYDLSNFYKDLKLKFNKSNGKEVILFLMEEFSKTISLKDERAIIAVGNELASFLRVKGQTDFAYKIYKVIQKLVLDSCGFISKDYASLLINISNCDIVAKNYDMAIKNLNETENILKELEDTKYLMASVYNNRSQAYRAKNMLDLAQEDIENALKIIENEEKIAVSKINLAEILILKKKFGKALVNANEAIFYYEKNKLRLPHLANAYATAANIYYNNKEYYTSIYYYEKALEVFDETVGKGPVRDILVKNLNQAKKQRDMS

>ANHYDRO_00905
MNEALGMIETKGLVGSIEAADAMVKAANVTLVGKEHVGGGLVTVLVRGDVGAVKAATDAGAAAAQRVGELISVHVIPRPHTEVETILPKNK

>ANHYDRO_00906
MAELDFDLSSIQAARDLARKGAEAEKKLRDYTFDQIDRIIKAIAEAGEIHAKELAEIAVEETGFGKVEDKIYKNHMASGLLYEEIKNQKTIGIVDADEKGQVITVADPVGLVMGIVPSTNPTSTVLYNSMIAIKSRNPIIFSPHPKASKCTSRAIEIVNEAAVRAGAPENIVQGLTKLSMDATNELMHADEVKLIIATGGPAMVKAAYSAGKPAIGVGAGNSPAYIEKTADIKKAVRNIMASKTFDNGTICASEQSLIVERSNRQEVVSEFEKAGAYFMTDEECKKVCALLFRNGTAMNPNFVGRSAKVIADAAGISIPNGTRVLVGEQYGVGKEYPLSYEKLTSVLGFYTVNDWKEACDLSFKLLENGIGHTMSLHTEDKEIARKFAIKPASRILVNTGGTMGGTGLTTGLPIALTLGCGTMGGSSVSENVGPKHLVNFKKLVYGVKDADKLVEEDELFKKYHGNNSSINNNSLPNYGNQPKYFEYSTGCNNCKTEEEKRSSNFNETGEINLEELKEMVDSLVNAFKGE

>ANHYDRO_00907
MTEKKQEVAKKTEATKDQEVKTEVSKKNTNKNTNKNVKKEEKKEIKKMAQLDALGMIETKGLVGSIEAADAMVKAANVTLMGKENIGGGLVTVLVRGDVGAVKAATDAGAAAAQRVGELISVHVIPRPHTEVETILPHKE

>ANHYDRO_00908
MKRLISQEEVLKNKNEKEIYIDDNTIITAAAKDLAKEFGIEFKKCDCKSQKNDIEEKKEEVKESQDCKKSSAVLSEDQIYKILKKGIEQGLLSESDIERMMG

>ANHYDRO_00909
MVIAKLIGNVWATRKYDSLNGLKFMLVEILDGSEKIKNSSSRYNRCW

>ANHYDRO_00910
MDIRLIKAPSPATLDIVKNRSKLKIETNPGAMGLVQGKLIEMTLASDIAYKTSGVEVIDVRGSCPQNMIMLAIIGEMEEVKVALRNIEEKIKEKDIW

>ANHYDRO_00911
MVVDYIGACDIVRKLKNQLEEKLGEELLIAGCAIPPGTENIDGGAVKNVAESSGFIVEKVLDEPTAANKLLNLDNGAVVDIGGGTTGISIIKNEKVVKVLDEPTGGTHFSLVLSGAYKIDFDSAEKLKRDFSKHKEIFPVVRPVIDKIISIIENSSKDQEIDQIVLVGGTALLSGMEDYVSKKTNIKTLKPSNPMFVTPIGIALSLIEDQKNGY

>ANHYDRO_00912
MLIIKKLALEIRDFDHEFATYLNNLAIKIYKNEKIDLEEKECKKEEAINIYINMNLDNPYLKSFVSIDEAIEKLNKIKEEKNEDFIDKLASRLYKWFINISKGG

>ANHYDRO_00913
MLFITEENLRYQYKKSPFDSYIIEKGSKLTPQARQFLLDFRIDIIDKSKPKKIKKKKLS

>ANHYDRO_00914
MRRKWLIAGNDGVGKTSLASLIEGVDLKAKKSLDLQFRDKTIEVSEGYIENPYLNSALIMVGQNQALVNIFMIDLEKDCHFPPNFAKSFTRPTITVINKIDLYDKKQVKN

>ANHYDRO_00915
MENLQRIVQESVPGKQITLLHLISSPDPSVNEKIGLDKGNAIGIMTLTPTESSIIAADVAAKAASVEVCFIDRFNGCVLLQGDNESVKQSLEAVKYTFESMLKFTSCPVTKS

>ANHYDRO_00916
MDVDSKKEGIERTARIFNTQKYNVHDGPGVRTLIFFKGCPLRCKWCSNPEGLKSEYQVMIKKNACINCGQCVDVCPKKIHYMENGIHKVHRDITCIGCRRCEKNCLQKAIEIVGEDKTITELMDIVKEDKDFYMMSGGGLTVGGGECSAQAESLKSLLEASHMDGINTAIETCGYMPRKSLDLIKDHVDIFLFDIKQMDPVKHKYWTGVNNERILSNLRYLLESGKKVRVRMPILKGVNDSHEEIMAVVDFLEDFKCFKNFDGIDLLPYHRYGVGKYEQLDMDYPMDSEMEGEFALSNEQLDAIQKWIDENKIEVNLVRH

>ANHYDRO_00917
MDLREFSKKLAMATEHMSDSEKESVRQLFEKVQDQLNKEDNNNTNLNVGIQSEGTQIPDGPTQRLVDLKANFLKQVPTITLHRAKIVTELTRENPGMPKNVLRAKAFRKNCETAPLVIQDNELIVGSPCGAPRSGAFSPDISWRWLRDELDTIENRPQDPFHISEEDKQYCKDVLFPFWEGRSLDEVCEDQYRDAGVWELSGESFVSDCSYHQVNGGGDSNPGYDVILMKKGMKDIQQEAKDHLEKLDYSNPEDIDKIYFYKSVIETTEGVMIYAKRLSEYAKQLAQKETNPKRKMELEKIAEVNAYVPANKPRTFWEAIQAVWTIESLLVVEENQTGMSIGRVDQYMYPFYKADIESGRMNDYQAFELAGCMLIKMSEMMWLTSEGSSKFFAGYQPFVNMTIGGVTREGADATNDLTYLLMDAVRHVKVYQPSLATRIHTKSPEKYLRKIVDVVRAGMGFPACHFDDTHIKMMLAKGVSVEDARDYCMMGCVEPQKSGRLYQWTSTSYTQWPIAIELTLNHGVPLWYGKQVTPDLGSLSNFDTWEKFEKAVKEQISYITKLTAAATTISQRVHRDMAPKPLMSVMYEGCMEHGKDVSAGGAMYNFGPGVVWSGLATYADSMAAIKKLVYDDKKYSLEQLNEALKAEFKGYDQIKRDCLDAPKYGNDDDYADSICNDIINFTEREHAKYRTLYSRLCHGTLSISNNTPFGQMTGASANGRDAWTPLSDGISPTQGADFNGPTAIIKSVSKMANDSMNMGMVHNFKIQKGILDSIEGENALVTLLRTACMYGNGEMQFNYLDNETMLDAQAHPEKHRDLVVRVAGYSAFFVELCKDVQDEIISRTMLEHF

>ANHYDRO_00918
MKFREIGICDEKDINSFLSKKTVKKDKDLFEKILNSLEKNY

>ANHYDRO_00919
MVHIFLSKDEHIKLEKILYDKNYNCRKELIGRSAKQIAEIAGIKVNSDTKILVVTKPYVSENSPYSKEKYNPILSLYIENDWLNACEKCVELILNDKKGQSLSIYSNDSYVIEQFIEKKTGCKSSSKFSNRFRISRNRN

>ANHYDRO_00920
MKVIDTDLLSVQQARILLEQAESSKESLLEIDKEERNDLLNKIKQYYKANIDQLAKMSFEETSYGRYEDEIKLGKYYLDNLDNELDFYPNIFDIVSGQNSRQVALSKGLSLVFIAPYLSTLTCFQAIYFAIRALNPLIIVSDTRCENTVTKMVEDIKKILKEDFYPRGFLDILTYNSDLGEKTLYESDKVSFILENLLSEDKREIQNDQAQIFKAEIGNNIVFIDKDCDIDKASCEVINSKAFNNGLLPGVEQSVVVEENAYDQVVQKFKEYGAYFFKQGRAYKT

>ANHYDRO_00921
MNMQALGGIETFGLVYVLEAADAMEKASGVEIVGYENVASGYISVLVKGDVSAVESAVEAGVKAVEAMGAEVYSSLVIPSPHPDLEKVTEIYNLDNLI

>ANHYDRO_00922
MQYESQAIGLIETLGMLPAIKALDAMLKAADVKLVSYENIGSTLVTVIVRGDVSSCISAVEAGVAEGEKIGKITAHNVMKRPVTNVSKVISVHKVED

>ANHYDRO_00923
MRRPLNYEILKYFTNVDKASANDVYLALEDEFKDHKAFTKANIIESLMTAKENGLVDEDSYTLIDDELVVYYKASEDQKNTINSYIK

>ANHYDRO_00924
MVEKTKNYSNAVSKAESTKKKLDKKYFNKGLNIGIQSGIYYGLYTALVTTATVYGIWKYWYSGEAGLSDITIAFILGTLATGINDLTSAIWALANSIIKGKFGDFLKTLKTKPGMIMVFAAVVGGPIAGVTYILAVQMGGPVVIPIAGLNVAIGAILGRVILKQELSARTILGIVICLASSLLIGATSLTGEVKDGMVLGIILAIVAAFGWGLEGVIAGFGTSMIDSEIGIAIRQTTSSLTNLLIVLPIFGVIEGSGIHLISNLFVNAITDPTILILFASGFFTFISFAFWYKGNSMCGAALGMACNGTYTFWGPFFCWIILGIILKNPGYEIAPIAWVGSLLMALGIFIMSVNPLDYLKRGNK

>ANHYDRO_00925
MFNLMIINNQSLTRKTLIKILEESKMAKEIITKNTIDQALAHIDKNNVDVIILEVSMQNSKFLNFIEKIKLKNKKIKIFLLSRDINLANINKLNLDFNDIIKKPISKKDITNKLIKLKEESININLDDFLTEFNIKLKERDFLKSLDILKTKLKEVCLDKSSKLQRKKLEFVLEKILIKEKIGNINLSNYFSKNMTNSKILDIIAFEFLKDLYQVKACKDFSILEDVFIYINNNIYKNISLNDIVKNCAISQAYLSRLFRSNFKITVVNYINLLKINIGKEIIINEEMTMVDLSNYLSYSDYSYFSKVFKKHEGMTIENYKKT

>ANHYDRO_00926
MENMTNHSNSSQDIRDGIDLLSIFGKEKLEQIQKLISDVTGIAFVAIDYKGEPLTKMTNFTKHCASIRKNPICKRICELSDASGAIRAAVTKKTSIYLCPFDMLEVAIPIIIDDTYLGALVGGQIDCPNPPDDILKIEEKWILGNEKIEDLESKKDLSSGKVLKYQDFVNSVKLVEFIITEIISKEIQIRNMEKSYKNNISILEKDISLLEKSNKNFEERLQVLGNNINKNVINDLLEILSNLSILADKNLMNFYIDNLVFFAINFVNKAILPIDEISDLVKSYLEIKKIQYSDRFTYNISVDQSISNFLISYRPIIIYTVLMANISLKYLDDPYHMDLNISSKENEIIIKISDNGIGLGEKSMGILKKTYMTEYESIEISSYLAYIKHTIEDSKDKELRIIKENNKNQVLIKYEIGD

>ANHYDRO_00927
MTNLGVYSSVCEIIEKSKIAYKSYREFGLANREKIIENIRKTLSNYADKLAEMSFSEINMGKLDDKKEKIRLSIEKTPGTEDLVSEVYTKDRVMTLYEYSPYGVSAALLPSTNPVATVINNVIGMIAAGNSVVLCPHPRAIEVTKFLTGLLNKIIIESSGIENLVTCLDDLSIKNINELMNHPELDLLVVTGGSYIAKEAYKCNKKVISAGPANPTFIVDETADIDDAARKIVKGASFDNNILCVTEKNIVVVDAIYEKLKKSLISQGCFYIDNVVDMLKLTKVVLTEDFKINKFFGGKSVGEILNYAGIKNDGDYKLIAVDLPKIHPLATEEQLMPILSVIRESDFDEALNTAILLEQGLYHTAGIHSNSIRRMNIAAKELKTCIFVKNGSSLDGIGFSDDNPVSFTIANKTGEGSTSTRNFAIKRRCVLVDGFSIR

>ANHYDRO_00928
MKLEDKMDKDLLEKIIGQVSDDIEKEKKPRKSNQDIGVTEFVGTTDGDTIGLVIAGVDFELAKKMNLGKYRSLGIIGSRTGAGPQIMAVDDAVKATNTEVLAIEMPRDTKGGGGHGVLIYLGADDVSDVRRAVEIALEATPKYFGDVYGNEAGHLEFQYTARASYCLEKAFSTPLGKSFGMVIGSPAAIGTVLADTAVKAANVDIVGYSSPAHGTSFSNEVILCFTGDSGAVRQAVKTSIDLGKKLLSTLGEEPVSSSTPYI

>ANHYDRO_00929
MDSIDYKKQGVVFDIQRYSINDGPGIRTIVFLKGCPLRCAWCSNPESQHPNRELLYRKMLCIHCNLCLKACKQGALDPSNPNLIDREKCILCEDCANICPTGALEIKGKNMTVEEVINELKKDESYYHRSNGGITLSGGEALMQADFCRELLKACKARGWHTAIETEGYASKDAINKVMPYIDLALLDCKASNDEIHKKWTGVSNKLIRENSYLIQDITHTIIRIPTIPTVNSDINEYRDMIKFIKTLPKVKEIHILPYHNYGEKKYELLGRDYKLKNIGKLDEKHIEKLKQLVESEGFICEIGG

>ANHYDRO_00930
MIERGFSKPTQRVERLRKVIINATPEVEADRARLITESYKETEGMSNILRRAKACEKLFKNLPVTIREDELVVGSLTKTPRSTGLCPEFSYSWVADEFDTMATRSADPFLIREETKEELKEIFKYWKGKTNSEYADSLMSQEAKDCIENGIFSVGNYFYGGVGHVTVDYGKILKRGFRGVLEEVILAMRKLDDKDPETIEKMQFYKALIITYTAAIKFAHRYSEKARELADKENDIKRKEELLKISDICKKVPEYGADTFWEACQSFWFIQLMVQIESNGHSISPGRFDQYMYPYLKNDSIDRELAQELVDCIWVKFNDINKTRDEVSAQAFAGYSMFQNLCVGGQDIHGLDATNDVSYMCMESVSHVALPAPSFSVRVHQNSPYEFLLRACEVSRLGYGVPAFYNDEVIILNLVSRGVKLEDARDYSIIGCVEPQASHKTEGWHDAAFFNAAKVLEITLNNGRCNGKQLGPVTGEITEMTSIEQIIEAFEKQMAYFVKYLAEADNCVDYAHMQRGNLPFMSALVDDCIKRGKSSQSGGALYNFTGPQAFGVADSGDSLYAIEKNVFENKRISLEELKEALENNFGFTDSIMPGPCGGDSVSAKVGQLSEAEIYDAIKKILSNSDTTDVDEIAKKLELNNTENSSYQSACGCSANETGRFKTIQKILDNTGSFGNDDQGCDEFAIRVAQIYCDEVDKYTNPRGGAFQAGIYPVSANVLFGKDVGALPDGRLAGAPLADGVSPRQGKDANGPTAAANSVAKLPHFQASNGTLYNQKFSPKSVEGEKGLKNFVSIIKSYFDHKGAHIQFNVIDRQTLIDAQENPQDHKDLLVRVAGYSAHFVTLAKDVQDDIISRTEHTM

>ANHYDRO_00931
MKENKFKGSKETCFLFLWIGEIMKIRLMNMVKIYDEKNKKVLVLDKKKKFGWEGLTFPGGKVEENESFENSVIREAKEETNLDIKNPELIGIITWTFTNDEGEFQKDVGLLYQTKDFSGKLIEDNREGKLFWKDYEEFKKMEKMSESMPEILKIYDEKYREIYWDVDKNIKKFH

>ANHYDRO_00932
MKKISLLRKIGVNFILNFWVDRPFWGRFFIIIYYLERKGIMASFKSLDTKNTKQRELDLSKYWADIDLLDKTFTTREDAEEYIIFDGPPTANGKPGIHHVIARTLKDMTSRYKNMKGYKVLKKAGWDTHGLPVEIEVEKELGFSEKDQIEEYGVEKFNQKCKDSVFKYSDMWRDMSDRMAFLYDMDNPYITLDNDYIETEWWLLNQAFKKGLIYEGAKVMPYCPRCGTGLASHEVAQGYQMDKAITLICKFKKKDADNEYFLAWTTTPWTLPSNVALTVHPELDYVKVNDKTDGCYYYLAKSLLEKVMADHEYEVVEEMKGKDLEYVEYEQLLPYVKVDGKAFFLTCADYVSAEDGTGIVHTAPAFGEDDYQLGRKYNLPFVQPVDLEGCFTETPWKGKFIFDTNEEIFLHLRDEGKVYKKQTIEHNYPHCWRCKTPLVYYAKPSWYIEMSKLSEKMVENNNGVNWYPQTIGDKRFGNWLENVKDWAISRSRYWGTPLNLWRCDDCGHVESIGSRKELAEKAIEDISEDIELHRPYVDDVTITCPECGKVMHRVPDVIDVWFDSGAMPFSQVHYPFAKGEDFENYFPADFICEGIDQTRGWFYSLMAISTIITGKAPYKNVLVNDLVVDKNGQKMSKSKGNTLNPFELFDKYGADAVRFYSLYVSPCWVPTKFDEKGLIEVKNNFFRTIENVYNFFALYANTDNIEIDEIRNFENVELEEIDKWLYSKLNSLLKAYYEQMESFDYNKVVHLVNDFVVEDLSNWYIRRNRKRFWSQDLTESKKAVYKTCYDVLLSLSKMIAPIAPFISEEIYRNLTNGLSVHVEKLDEVNEALIDEKLEEKMDLVRKMVTLGRASREKESIKVRQPLEKIIVDGSFKDTIGDLKGLIKEELNIKEVEFADDLSDFMDYYLKPNFRKVGQIFAKNVGAFGKFLAGVDAKEFVEKVENSPQEIEINGEKYTVEKDYLDVRIQAKDGFDVEMDGNVFVVLDTEITEDLKKEGYAREFVSKIQNLRKDNGYEVTDRIEIFYNADDELKNALKEFEEEIKKETLADTMEVKDLDTEEFELNDKTVKIELERK

>ANHYDRO_00933
MWLILAILSSVFAALTSILAKVGIDGVNSNLATAIRTFVVLLMSWGMVFITSSFSGIYNISKKSWIFLILSGLATGFSWLCYYGALKYGDASKVVPIDKMSVVLTLILAFLFLGEDLSMKSIIGSILIGAGTLLMVL

>ANHYDRO_00934
MSKNFYSLLIIVLYLVVMLGLTIFNSKKRKTKTDAQGFFLANRGVGGLLMALTMIAGMQSTFAFLGGPGMYYTHGISYIVIVLSQVWVAFMVIFLGNKIRKQANKYGYMSIGDYFQDRFESGYLKIIASIISVLMTLIFLSMQYVGNATALSVVTGDLLDYKFALIISVVFSLFYVLIGGAGGVVLLDAFQAIILMVGIVIAAFIAIHPFGGVVNLFHTTRDSFPELLSRPGPQNTYTDPYWFMQFIVLPFGIWLCPYIWAKSLMAKDTNSLTKSAISVPVSQILIFGFSALFIGLAGHNLLPAVERSDQVLPIMMTKYSSWWVSALVMAAAISAGMSTINAMLLSCSQIVSQDLIFFNRKNEISDEKNMKVSRMIIVIIAIVGALIAINPPKALVQVVQDVAYTGLAQLAPAFILGLYWKKSTKEGAAFGISVGIVVLFMLRILQVSPLNIPGFLWAFVINIVLNILVSIICKNKINKERVEERFF

>ANHYDRO_00935
MKKKNIIKIIFAVLLCLAMIPFSFTKSPEPYIFGWIPFPLFYWWILMFLNLIFVLFVAYDFVKNEKDEEK

>ANHYDRO_00936
MVHQVSKAVNIPIMGMGGITSWQDALEFIMAGASIVQVGTATFMNPKKSLEIIDGLNKYVNENMVSIKDLTNIL

>ANHYDRO_00937
MDNNLLATSFSGVEFKNPIVLASGTCGFGENLNESFDIEKLGGISSKGLTINPSPGNSGIRIWETPSGILNSVGLENPGIKGFIDQHLEFVNSKNLVNIVNLSGHSIDDYIRGADLLNDYKIDFIELNISCPNVKNGGMNFGVKAEIAGDLVKKVRRVCKHKLIIKLSPNAENIVDLGKVCEDEGADGLSLVNTFLGMAIDIKNKKLYLITPMQVYLDLQ

>ANHYDRO_00938
MAKVIENIKINDQYYLIKIRQKNKAKAGQFYMLRSWDMYPVLSRPISVYDRDDESLSFLCKLKGRGTELLNKLKANDEIDLEGPYGSSFPNIKGKIAMIGGGIGIAPLYYAAKLNKKIGNEVDIYFSLRGSEILRDELESVSDNLLLKVNERLTGKIDFNKYDYIFICGPEKMMEDAYKDTRNTKAKLYISAENRMGCGMGICYVCTCKTKNGNKLVCKDGPIFKGEDFYG

msu.edu Reference: A catalog of the diversity and ubiquity of bacterial microcompartments
Sutter M, Melnicki MR, Schulz F, Woyke T & Kerfeld CA; Nature Communications 12, 3809 (2021)
© www.kerfeldlab.org, 2021