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FASTA Sequence PDB Format mmCIF Format
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9QE7

Membrane-distal part of extracellular domain of the fap2 autotransporter adhesin from fusobacterium nucleatum atcc23726

PDB DOI: 10.2210/pdb9qe7/pdb

Classification: CELL ADHESION
Organism(s): Fusobacterium Nucleatum

Deposited: 2025-03-07
Deposition Author(s): Kikhney, J. , Marongiu, G.L. , Milaj, K. , Moter, A. , Roderer, D. , Schoepf, F. , Sprink, T.

Experimental Data Snapshot

Method: ELECTRON MICROSCOPY
Resolution: 4.4 Å

9qe7
Literature

Membrane-distal part of extracellular domain of the fap2 autotransporter adhesin from fusobacterium nucleatum atcc23726

Kikhney, J. , Marongiu, G.L. , Milaj, K. , Moter, A. , Roderer, D. , Schoepf, F. , Sprink, T.

Primary Citation of Related Structures: 9QE7


Proteins
Molecule Chains Sequence Length Organism Sequence
Outer membrane autotransporter barrel domain protein A 3250 Fusobacterium Nucleatum EEVNLENSQVATREELKTSVGNVQTKLNILRNENKEKIKNLRLELIQLMEQGDQVVKSPWSSWQFGMNYFYENWRSTYKGSGDKSEKYVFNGIYTRGNWKVRNAMDMAENQRVGGRPLTPGNDSLNSWKNASNSSGGGVTIDKDTSIGSSTNGNKSWGLVDLRDLREPTNEVEILAHISPKEVTKQVISLNITEPTVQTLEAPDVNPQVNEPLPAPVIELPEVETVTINPLSINAPSAPTAPSAPTINIAITAPSAPVPPTINVVPASPSTPSAPTINIGIQPPSITPLSITTPDSVDAPNVVSPQIKPVDFTVDPGGDSNVYSSEKHNSHQGWKATWDKTINVTELTNRNYVSLTRDVVDSTIPDDQVINVTKPNNRAMVVDEVRKNGIKVDFKGTINLQRSQNVGIDLQGTHQGSISTPLIANIYNSGKIIGNAKYGSTANKEQIAFGFNNADGSNNTTMTNMVNKGEITLNAPSSAGIQLKPEDPHDWQPGAPNYWNAAPLQIGNKTPNKIKGRVLMKADNQKDINLNGSGSFGMVTVFNEGVPKRLFAPSYVANYENLRSERTYDGERVLPGGEIGRSALSDSKYTSGVYNTGNININGDSSIGVGLLQEIQEVKLAGNINIGTKAVAQETDISNLPNAGSKTYDKNKVEEAVGVFAGVPTMPVKPGEKDTLINSSGARNTATSLVGTETVEINGNISLGEHATQSIGALVGDTEIDLNKGQLTENGVNKGSNVDRKLKRSGDITAKSNSVINVGGKKNYGFVVSNSAHSSKFGTTVDSLEYNVDKTHHGKGINEGIINIIGDESVGFAMIKGGNSKSSGTISVKDNAENSIGFYGKEDSFTNSGTIEVTSAKKKNKAVVLDGTNASNKINFTNTGNIYVNTSDNNNTNLDGNGNIGIYAQGNYKVEHNSGIVKAGKDVIAFYVKDSTGEVNINAPIELANSSKGTTIGIYSDGNAKVKFGTGSKLKIGEKAVGLYSADPTKFNNTFKIESGKTLDVELGKNSTFGLLNGNNTVTNSPLLSKYLNNNTSDKINIVSFGEGASLFYATSKAKAILDEDYKVTNGDAISTAVLVANNGANVEIASGKKLETNTNAGLIAINGTVGFTSVAKNNGTLISTRIDKGIGIYTSAANGENSGTITMQNKNAVGILGSKDSNLKNTGKIELEAVSSAGVYAEDSNMINSGTTSEIIVNKETSVGIYAKETSISSVSKNVKNEGKIEIKADGDGKSAGIYSKKEGGAKLTIENTGNIEVAQKASAGIYAKNESTQANTQSEVTNSGLVKMSAENSIGIMGEKSKITNTGTGTKGIEIVEKKSAGILVTNESAVINSGRISLSNSSISASSDGLVGISVDGSSTGENDASGEIKVDAAYSTGMLSSGGGITNAGKIALEKKESVGMYATNANVTNSGATPKGIFIKDEKSVGIYSKINSSSIANKTVTNSGTIDIAGTSKTGSAGIYSIIESGATKKLSVVNNGNITINQKKSVGIYAKNESSHANTESDVTNSGKIEVKNEGSAGVLAEKYKVTNTGSGTNGIIVSAKKSAGIIGKLGSEIINSGIIKTEIATPTVATDGVVGISLNNSKATNTSGGVITLDTDYSTGMYGEANSQLTNEGNITGTNKEYIVGMAGDSSTVTNKNIITLNGKKATGIFGKNSSTLLNETTGKITTKEEESVGMYSSSSLKATNKGTIITEKKTSAGMLGDKANIENDSSITTKEEMSAGMYVKNGTSKATNKGTVTTEKKTSAGILAEIDEANGGTVSGLNETTGTITVSEETSAGMLGKVKSAVTASTAKLSLTNKKDININTKNSAGIMVVNESTAVGKENVLAENTGIINLTSSSATNEKNIGILANKATGINTGNINVNSKESIGMLGQNASSITNNKTITLSGEKGIGMLSKDTSSIADNNDTINVNGKESLGMLGEDSGTVKNNKTISVTAEKGVGIFVRDNGVGKGSGTGENTSTGTITLENKEAVGIFAKNNGTSDSAKNSGTINLGKADGSTIKESLIGMFAQAEAGKKANVKNTKDINVNTKKSVGIYAKNDASNITDVDLENTGDININSKESAGVYAPKANISKVGTITLKNSIDSNGSSAVYVSKGGKVANTAGAKINLGTVNQNRVAYYVNGKDSALAGADIGKITGYGVGVYLQGTSGDKATLDKNTSKLDYTLQGTGNGIIGLLLKGETDIQSYTKGIKVGNTVAATSPSDKAKYAIGIYADAQGTAGTPYNITTPITAGKSGVGIFADKDSNINYTGNMEIGDGTTAGTGIFITKKIGATGGKVTLGTNTIKLKGTKGVVAIASEGTTFNGGNATIELVGSNIQGVGVYAKKGSTVNIDHWTFNNNGNSAEEVRSEEGRVYINANKNLKPKMVLTHVINGETSIATGKTVTSVNDGSITAKENIGLMAEGIKNHSMTWQEGNFEAVNHGIIDFSAAEKSTAMFINSARAKNDGTIKVGKNSIGIYGFYNKDTRKYDGASTNPDPNKLELETTSNSKMSLGDASTGMYLTNAEKIENKGGQITSESGATKNVGIYAVNGQDTKVSANNKILNMTTATNINLGNGSVGLYSKGQSNTVRNTVTNTGDITVGDKITGSPSVAMYAENTNLTTNSKITVGKDGIAFYGKNSDITAKGSANFSNKGVLAYLENSKFVSHLGNLGSTQNTMLYLKNSIAQLDGAGTKVDMDVADGYTGAYIEGNSTLTGVKTIKLGQDSTGLFLKDANFVSNAESITGTKDKARGILATNSNLTNNSKIFLSGAESIGIYSNANNTKSVVNNGELTIAGKKTLGVFLKGSQSFENKANINIADSANSLEPTIGIYTAEGSSNIKHTSGTIDVGQKSIGIYSTTNSNVEMNGGKIHVKDQGVGIYKQNGKATIKGELDIDTHIATTKDSEPTGVYAVNGTEINDQASKISIGAKSYGFILNNTDPNKTNIYTNTDAGTVSLGNDSVFLYSNGKANIINNRTINANGASHLIAFYIKNGGNFTNNGTIDFSTGKGNIGIYAPGGKATNKGRVYVGKTDDIDPMTGKVYSDVSKIVYGIGMAADNGGYIKNDGEIRIYNNKSIGMYGKGIGTTVENTGKIYLDGSRATATDKIQSMTGVYVDDGAKFINRGEIRTTDSYAGRDGKVNENVTGLVGVAVMNGSTLENHGKILIDADNSYGVIIRGKRDSKGNVERYAVIKNYGEIKVRGKGTWGISWKDVSQAYIDELQKQINDKISSDPEGQALRAGSAHHHHHHHHSAGENLYFQ
Experimental Data

Method: ELECTRON MICROSCOPY

Deposited Date: 2025-03-07
Deposition Author(s): Kikhney, J. , Marongiu, G.L. , Milaj, K. , Moter, A. , Roderer, D. , Schoepf, F. , Sprink, T.