General Information: |
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Name(s) found: |
BACA_BACLI
[Swiss-Prot]
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Description(s) found:
SHOW ONLY BEST |
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Organism: | Bacillus licheniformis |
Length: | 5255 amino acids |
Gene Ontology: |
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Cellular Component: | NONE FOUND |
Biological Process: | NONE FOUND |
Molecular Function: | NONE FOUND |
Sequence: |
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Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51 | | | | | | 1 MVAKHSLENG VFHKMTENEK ELILHFNNTK TDYPKNKTLH ELFEEQAMKT PDHTALVFGA 60 61 QRMTYRELNE KANQTARLLR EKGIGRGSIA AIIADRSFEM IIGIIGILKA GGAYLPIDPE 120 121 TPKDRIAFML SDTKAAVLLT QGKAADGIDC EADIVQLDRE ASDGFSKEPL SSVNDSGDTA 180 181 YIIYTSGSTG TPKGVITPHY SVIRVVQNTN YIDITEDNVI LQLSNYSFDG SVFDIFGALL 240 241 NGASLVMIEK EALLNINRLG SAINEEKVSV MFITTALFNM IADIHVDCLS NLRKILFGGE 300 301 RASIPHVRKV LNHVGRDKLI HVYGPTESTV YATYYFINEI DDEAETIPIG SPLANTSVLI 360 361 MDEAGKLVPI GVPGELCIAG DGLSKGYLNR EELTAEKFIP HPFIPGERLY KTGDLAKWLP 420 421 DGNIEFIGRI DHQVKIRGFR IELGEIESRL EMHEDINETI VTVREDEESR PYICAYITAN 480 481 REISLDELKG FLGEKLPEYM IPAYFVKLDK LPLTKNGKVD RKALPEPDRT AGAENEYEAP 540 541 RNETEEKLAA VWQDVLHVEK AGIHDHFAQM GGHSLHAMEL IAKIKEKMNV EIPLHQLFKL 600 601 ATIKELSAFI EANHQEDKGD TLVTRAADPE NIHEIFPLTG IQLAYLVGRD ETFEIGGVAT 660 661 NLTVEFEADV DLNRFQLTLQ KLIDRHPILR TIVFENGTQK ILEATQRYTI ETQDLRGFTE 720 721 EEINVRILEQ REKMTSKIID PSVWPLFELK TFMLPGEKKY FFLNVDPLIC DDSSMKRLIR 780 781 EFKQLYENPG LQLPSLEYSF RDYVLASINF KQTSRYQKDQ QYWLDKLDHF PSAPELPLKS 840 841 DPAHVAKPSF KKFSTFLDGH TWNELKKKAR HHHLTPTSVL CAAYAYILAY WSRQNHFAIN 900 901 LTVFNRIPFH PDVKNMIGDF TSLMLLDIHA EENMSSFWRF ALNVQDTLLE ALEHRHYDGV 960 961 DVIRNIAKKN GMNKKAVMPI VFTSVLSENP DDSFDSLVDF DNIHFFSTRT SQVYIDNQVY1020 1021 EINGGLYITW DYVEQIFEHE VIESMFDQYI AVIQKAVSGE DVSTIQMNEK SRQMISAYND1080 1081 TDQSFDAKPL HELFTGQVKH GPDRMALKHH DEVMTYQELD EKSNQVARFL IGKGVEKGDY1140 1141 IGVIGKRSLG TIVNLLAVLK TGAAYIPLDP DYPEERKAYI QSKSNCKFFI SHDVYDKEHI1200 1201 ERFSKAPVDR KVDLDDMAYV IFTSGSTGKP KGVQITHVPQ RNTILDINEK FNVTEQDNIM1260 1261 GISSLCFDLS VYDVFGALSS GASLVIIDDQ RDVFSLKETA EKERITIWNS VPAIMGMTAD1320 1321 VYPDNELNHH LRLILLSGDW IPLQLPATIK KTFKNAEVIS LGGATEGSIW SIYYPIQKVE1380 1381 EDWKSIPYGK PLANQKIYVL NQNKQLCPVG VEGELYIGGA GVASGYIHDQ EKTEHSFIQH1440 1441 QELGYIYKTG DYGVLKEDGY VEFLGRKDSQ VKIRGYRVEM GEIENTLVSH QEITKASVID1500 1501 YTSPDGIKNL YAFVVAENAI SQLDVKEFLQ KTLPDYMIPA KFVQIEEIPL TVNGKVDKRT1560 1561 LHDLAEQHTA DEGQRGGRML PENETQAMLL EIWKDIFGLD SINLDVSYYE IGGDSLKAIS1620 1621 IITEINKRMN VEMPISEIFK NDTIIALDHY LKNREESDME HPIQKAREKE YYPTSPAQQR1680 1681 MYMLSMLENE RGAYHIPMAL LVEGRINAMQ LENALKTFLQ RHEILRTGFE IQNNELIQKI1740 1741 YENVDFRLEY ECLDASITDQ HALMEITSRY CKESIKPFDL SRPPLMRAKL IKIDDIRHIL1800 1801 VINFHHIISD GVSQGILMNE ILELYSNVPL PEVNVQYKDY VEWNHTFNQS AAMKKQEAYW1860 1861 LDVYRDIPSK LDFPYDYKRH HIDTFEGSSV FLEMERELSD HIRKLAKHNG TTLYTVMLSA1920 1921 YYVLLNKYTN QTDIVVGTAA AGRLHPDLQD VFGVFVNTLA LRNEVDTSYS FKEFLQQTKE1980 1981 RTIAAFDNSE YPFDDLIRKL NGVRESNRNP LFDTMFVLED ARMFTKQKGD VKLSPIIFEL2040 2041 DNAKFDMIFN VLDFEQKIVL NIEYSTSLFK DETIQKIAED YFRILEEVSE NLDVALHQID2100 2101 MISRQEKRTL LESFNHTKTA YPKGKAIHQL FEEQAKRIPD HTAVVFEDQK LTYRQLNEKA2160 2161 NQVARLLREK GVKPDTLVGI MMERSSDMIA AILGVLKAGG AYLPIDPEYP PERMRYMAFD2220 2221 SEVKVIISDV PLAEELTAES IELIHMDDER IAGQDRSDID NVNQSGDLAY VIYTSGSTGK2280 2281 PKGVMIEHQS LINLCSWHQS CFEVGQNDNS SIYASISFDA FVWELFPYIT AGATVHVLNQ2340 2341 ETRLDVEKLN RYFHDHHITI SFLPTPVCEQ FTALDNHSLR TLLTGGDKLN VFKEKSYQIV2400 2401 NNYGPTENTV VATSFPIDKS HQNIPIGKPI DNVKVYILNK DLQLCPLGAS GELCIAGEGL2460 2461 ARGYVNRPEL TREKFIGNPF VPGERMYRTG DLAKMLPDGN IQFLGRVDQQ VKIRGYRIEP2520 2521 GEIENRLLKY EKIEEAAVIA REDGDHDPYL CAYVTVKKEV EPEKIRAFLK KSLPDYMIPQ2580 2581 YFVQLDGLPL TVNGKVDKKS LPVPERSVTM DRRYEAPRDQ MEEKLVSIWE EALGINKIGI2640 2641 NSHFFEAGGH SLKAAALVST IHKELNVKLP LRQIFETPTI KGLRDISVRR RKCFYIDRKT2700 2701 EEKPYYRLSS AQKRLYILSQ TGSHVAYNMP FAMTLEGDFD IRRFENTLKN MVKRHESFRT2760 2761 SFVMIDGEVM QQIEKEIDFQ VAYSDIGKES AEEKIKSFIR PFHLEKAPLL RAEVVKLNER2820 2821 EHLLMFDMHH IISDGVSTDI FIQELGALYE GKSLKPFHIQ YKDYAEWENS HARSEELKRQ2880 2881 EEYWLKTYKG DIPVLDLPID HKRPLTKSSE GDTVTAAIES ETFRKLQHMA KENGVTMYML2940 2941 LLAGYTALLS KYTGQEDIIV GTPAAGRNHE DIQHLIGMFV NTLAIRNHPE GKKTFRDYLQ3000 3001 EVKENTLQAY ENQDYPFEEL VEKVNIKRDM ARNPLFDTML VYHNTDVKPF EAEGLRSRLV3060 3061 EIKRGISKFD ITVTASEAAD GLRLEVEYST TLFNKERMER LSEHLISLLE QAADHPDIAI3120 3121 NQIDVLTKGE RHRVLYDFNR TDGVFCKEMT IPELFEKQAE KTPDHPAVAF GDETISYREL3180 3181 NERANSLAFT LRQKGVGPDV IAGILTERSI EMIVGIMGIL KAGGAYLPID PAYPQERISY3240 3241 IVKDSDVSVL CAAGDVDPGE AYTGDIIRID QTGQNDHVEN LKHDIKPQHL AYVIYTSGST3300 3301 GKPKGVMIEH HSVNNLVHGL NERIYQHLDA HLNVALVAPY IFDASVKQIF AALLFGHTLC3360 3361 IVPRETAWDA MSLIEYYSKN NINVSDMTPA HLNMLAYVDK TELEFDVKEL IVGGDALTPD3420 3421 VIGGLFHKFP NLSCNITNVY GPTECCVDAA SHQIESGKVP QTPSIPIGRP LLNTSIYIVD3480 3481 KELRPLPVGI AGELCIAGEG VARGYVNRPE LTAEKFVDHP FEPGKKMYKT GDLAMWLPDG3540 3541 QIEFLGRADH QVKIRGYRIE LGEVEQQLLT HEKIKEAAVI AGKDQNGNSY LCAYIASDKE3600 3601 LPAADVRQFL EREMPDYMIP SYFVKLDRLP RTPSGKVDRS ALPEADGNVN VMEGTGYDPP3660 3661 RNEIERKLVQ VWREILGAED IGISHHFFAA GGDSIKALQI VSRLAKMNLK LEMKALFANP3720 3721 KIKDLSRFIT EETRHRKHNK PVTGETELLP IQKRYFANNK EELDHFNQSF MLFRKDGYDE3780 3781 NIVRTAFNKI LEQHDALRMI YEEKDGDIIQ YNRGYRENLF DLDVYDVRGF DSQEEKVFEL3840 3841 ATGIQKKSSI RKGKLVHLGI FRADEGDHLL IAIHHLVVDG VSWRILFEDF ETLYLQALKG3900 3901 EPLDIGYKTD SYQEFARQLK KYAQSRRLLK EREYWQKALE ADVPFIPAEK LERDTFEHSA3960 3961 TLSIRIGPDV TAKLLRNAFK AYNTEINDIL LTALIAAVRD ITGENKLKVM MEGHGREDIL4020 4021 DGVDITRTIG WFTTVYPVFI DLGEEKEISQ NIKMVKEALR KIPNKGIGYG VLKYMTEELQ4080 4081 KIQTQAPLSF NYFGEMNNDM NRKVFSQSPF SPGESIGGKI VRHCAIEMNA ISLNGELTIY4140 4141 TTFNQDQYQT STIEQLNQSF KENLEKIVDH CVDKEGSDMT PSDYGDVSLG LEELELIKDK4200 4201 YSAFQIEKIY PLANMQKGML FHNAMDQTSG AYFQQIVIKL KGRVHPDILE ESFHEIVKRH4260 4261 EILRASFEYE ITAEPRQIIA RDRKTPFTSI DLTGENRTRQ HRFIETYLKE DQEKGFDLSS4320 4321 EALMRVCLIK MSDESYRLIW SHHHILLDGW CLGIVLSELF SLYGKIMKGE SRRLKEPKPY4380 4381 GDYIKWLEKQ DQEEAVAYWK DYLKGYESRS ELPAFNRGAT SEEYCGKEKV ISFSKELTTK4440 4441 ITRIAKQHHV TINTVLQGIW GMILAKYKNT DEVVFGTVVS GREAPVDGIE EMVGLFIHTI4500 4501 PTRISFEGAR SFKEVLKKTQ AESIESNRYS YMNLSEIQVL SEMKRELITH VMAFQNYAFD4560 4561 EELFRSQSGE TGFELEGVHG KERTNYNFNL TGVLEDEQLK LKLTFNENVY DNTIIETLEK4620 4621 HIITVAEQVA EDETQTLRDI NLVSKEEQHR ILHTFNDTKT GYPKDKPLHE LFEEQAMKTP4680 4681 DHTALVFGAQ RMTYRELNEK ANQTARLLRE KGIGRGSIAA IIADRSFEMI IGIIGILKAG4740 4741 GTYLPIDPET PRDRIDYMLK NSGAALLVTT DSLLKPFDIK TVDLCSDELH LLSEENLPRV4800 4801 NRSSDTAYIV YTSGSTGTPK GVVIPHYSAA RVVKNTNYID ITGNDVILQL SNYSFDGSVF4860 4861 DIFGALLNGA SLVLIEKETV LNTHELAEVI KKEQVSVMFI TTALFNTLAD INIGCLAKLR4920 4921 KILFGGERAS IPHVRKVLDH VGRDKLIHVY GPTESTVYAT YYFINEIDDE AETIPIGSPL4980 4981 ANTSVLIMDE AGKLLPIGVP GELCIAGDGL SKGYLNREEL TAEKFIPHPF IPGERLYKTG5040 5041 DLAKWLPDGN IEFIGRIDHQ VKIRGFRIEL GEIESRLEMH EDINETIVTV REDEESRPYI5100 5101 CAYITANREI SLDELKGFLG EKLPDYMIPA YFVKMDKLPL TKNGKVDRKA LPEPDRSAGT5160 5161 EAEYEAPRNY VEQRIISILE DVLGTERMGI SCHFFDKGGN SLKAMQAVHS INKTFGIDMR5220 5221 ISTFFKHPTA KSLARFVLTA EAESAVSEEY AEEEV |
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Protein predicted to be: | GLOBULAR (No transmembrane regions or signal peptide) |
Confidence of classification: | 0.85 |
Source: Reynolds et al. (2008)