9I1I: Mouse RNF213

Name: PDB 9I1I: Cryo-EM structure of mouse RNF213 (WB3/WB4 + ATP)
Published: 2025-12-10
License: https://creativecommons.org/publicdomain/zero/1.0/
Keywords: ligase

Cryo-EM structure of mouse RNF213 (WB3/WB4 + ATP). Determined by electron microscopy at 4.5 Å resolution. Released 10 Dec 2025.

Method: Electron microscopy
Resolution: 4.5 Å
Organism: Mus musculus
Chains: 1
Atoms: 36,852
Mol. weight: 587.71 kDa
Ligands: ZN, MG, ATP
Released: 10 Dec 2025

Explore 9I1I in 3D Show helices and sheets RCSB PDB PDBe

Secondary structure: helices and β-sheets

9I1I contains 246 α-helices and 92 β-strands across 1 chain. Residue ranges use author residue numbering, as in the PDB file, from PDBe. To see them in 3D, choose the Cartoon representation with Secondary structure coloring: helices, sheets and coils get different colors.

Chain A: 246 helices, 92 β-strands

Element	Residues	Length	Sheet
β-strand	347-357	11	1
α-helix	358-360	3
β-strand	369-373	5	2
α-helix	375-377	3
β-strand	383-388	6	2
β-strand	389-393	5	1
β-strand	398-408	11	1
α-helix	409-411	3
β-strand	416-422	7	2
β-strand	433-434	2	2
β-strand	449-452	4	2
β-strand	463-471	9	1
α-helix	488-512	25
α-helix	518-536	19
β-strand	539-541	3	2
β-strand	545-547	3	2
α-helix	549-551	3
α-helix	555-574	20
α-helix	579-581	3
α-helix	591-605	15
α-helix	611-613	3
α-helix	614-620	7
α-helix	629-635	7
α-helix	636-639	4
α-helix	644-655	12
α-helix	663-666	4
α-helix	667-672	6
α-helix	681-682	2
α-helix	689-692	4
α-helix	701-704	4
α-helix	712-719	8
α-helix	722-725	4
α-helix	729-735	7
α-helix	740-742	3
α-helix	743-749	7
α-helix	751-756	6
α-helix	760-774	15
α-helix	776-778	3
α-helix	782-799	18
α-helix	804-806	3
α-helix	811-826	16
α-helix	836-849	14
α-helix	864-888	25
α-helix	909-916	8
α-helix	930-939	10
α-helix	943-950	8
α-helix	963-981	19
α-helix	995-1008	14
α-helix	1022-1030	9
α-helix	1034-1043	10
α-helix	1053-1070	18
β-strand	1079	1	3
α-helix	1080-1088	9
α-helix	1090-1101	12
α-helix	1114-1143	30
β-strand	1148-1151	4	4
α-helix	1155-1158	4
β-strand	1166	1	3
α-helix	1167-1170	4
β-strand	1172	1	5
β-strand	1182	1	5
α-helix	1191-1202	12
α-helix	1207-1217	11
α-helix	1218-1220	3
β-strand	1230-1233	4	4
α-helix	1234-1237	4
α-helix	1238-1242	5
α-helix	1243-1258	16
α-helix	1263-1269	7
α-helix	1278-1287	10
α-helix	1299-1329	31
α-helix	1339-1345	7
α-helix	1364-1368	5
α-helix	1378-1386	9
α-helix	1388-1397	10
α-helix	1404-1414	11
α-helix	1419-1439	21
α-helix	1448-1462	15
α-helix	1468-1476	9
α-helix	1479-1486	8
α-helix	1496-1506	11
β-strand	1508-1511	4	6
α-helix	1522-1524	3
β-strand	1526-1530	5	6
β-strand	1541-1543	3	6
α-helix	1545-1556	12
α-helix	1564-1593	30
β-strand	1602-1606	5	6
β-strand	1613-1616	4	6
β-strand	1625-1626	2	6
α-helix	1631-1657	27
α-helix	1662-1664	3
α-helix	1668-1677	10
α-helix	1685-1691	7
α-helix	1700-1708	9
α-helix	1713-1732	20
α-helix	1736-1749	14
α-helix	1761-1774	14
α-helix	1782-1784	3
β-strand	1793-1796	4	7
α-helix	1802-1809	8
α-helix	1810-1812	3
α-helix	1817-1819	3
β-strand	1824-1826	3	7
α-helix	1833-1843	11
β-strand	1853-1857	5	7
α-helix	1859-1861	3
α-helix	1864-1880	17
β-strand	1887-1892	6	7
α-helix	1900-1904	5
β-strand	1909	1	7
α-helix	1918-1928	11
α-helix	1930-1932	3
α-helix	1938-1940	3
β-strand	1948-1953	6	8
α-helix	1960-1973	14
β-strand	1984-1987	4	8
α-helix	1994-2001	8
α-helix	2002-2004	3
β-strand	2017-2020	4	8
α-helix	2028-2032	5
α-helix	2033-2037	5
β-strand	2040-2041	2	9
β-strand	2049-2050	2	9
β-strand	2057-2062	6	8
α-helix	2082-2085	4
β-strand	2090-2092	3	8
α-helix	2096-2098	3
α-helix	2117-2120	4
α-helix	2123-2136	14
α-helix	2155-2166	12
α-helix	2173-2192	20
α-helix	2195-2202	8
α-helix	2208-2223	16
α-helix	2251-2254	4
β-strand	2266-2269	4	10
β-strand	2276-2279	4	10
β-strand	2282-2285	4	11
β-strand	2291-2294	4	11
α-helix	2309-2318	10
α-helix	2326-2328	3
α-helix	2331-2341	11
α-helix	2358-2373	16
β-strand	2377-2380	4	12
α-helix	2388-2399	12
β-strand	2407-2411	5	12
α-helix	2418-2439	22
β-strand	2444-2448	5	12
α-helix	2456-2463	8
β-strand	2467-2468	2	13
β-strand	2471-2472	2	13
α-helix	2473-2474	2
β-strand	2480-2485	6	12
β-strand	2490	1	14
α-helix	2491-2492	2
α-helix	2493-2500	8
α-helix	2510-2512	3
β-strand	2516	1	15
β-strand	2521	1	15
α-helix	2522-2524	3
β-strand	2525	1	14
α-helix	2530-2533	4
β-strand	2542	1	12
α-helix	2551-2561	11
α-helix	2572-2588	17
α-helix	2602-2614	13
α-helix	2616-2630	15
α-helix	2633-2635	3
α-helix	2643-2653	11
α-helix	2661-2668	8
α-helix	2674-2676	3
α-helix	2679-2696	18
α-helix	2698-2699	2
α-helix	2707-2722	16
β-strand	2726	1	16
β-strand	2729	1	17
α-helix	2736-2746	11
α-helix	2755-2759	5
β-strand	2762-2763	2	18
β-strand	2766-2767	2	16
α-helix	2776-2789	14
β-strand	2798-2799	2	18
β-strand	2801-2803	3	16
α-helix	2807-2812	6
α-helix	2817-2819	3
α-helix	2821-2827	7
β-strand	2841-2843	3	16
α-helix	2854-2857	4
β-strand	2859	1	16
β-strand	2862	1	17
α-helix	2868-2878	11
α-helix	2879-2881	3
α-helix	2883-2889	7
α-helix	2893-2906	14
α-helix	2914-2931	18
α-helix	2937-2947	11
α-helix	2956-2963	8
α-helix	2975-2983	9
α-helix	2999-3000	2
β-strand	3001-3006	6	19
α-helix	3011-3014	4
α-helix	3015-3019	5
α-helix	3024-3025	2
β-strand	3026-3027	2	19
α-helix	3038-3055	18
β-strand	3059-3061	3	19
β-strand	3082	1	20
β-strand	3085	1	20
β-strand	3086-3091	6	21
β-strand	3096-3101	6	21
β-strand	3107-3112	6	19
α-helix	3113-3119	7
α-helix	3122-3127	6
β-strand	3128-3132	5	19
α-helix	3141-3155	15
β-strand	3160	1	22
α-helix	3170-3172	3
α-helix	3173-3176	4
β-strand	3177	1	23
α-helix	3184-3196	13
α-helix	3204-3218	15
β-strand	3221	1	23
α-helix	3223-3228	6
α-helix	3229-3231	3
β-strand	3232	1	22
α-helix	3238-3244	7
α-helix	3245-3249	5
α-helix	3255-3264	10
β-strand	3272-3279	8	24
α-helix	3282-3284	3
α-helix	3287-3294	8
β-strand	3304-3307	4	24
α-helix	3314-3326	13
β-strand	3332-3339	8	24
α-helix	3349-3364	16
β-strand	3371-3378	8	24
β-strand	3397-3401	5	24
β-strand	3410	1	25
α-helix	3414-3419	6
α-helix	3423-3426	4
β-strand	3475	1	25
α-helix	3477-3490	14
β-strand	3493	1	26
α-helix	3502-3512	11
α-helix	3518-3539	22
α-helix	3549-3555	7
α-helix	3557-3562	6
α-helix	3566-3589	24
α-helix	3596-3599	4
α-helix	3605-3615	11
β-strand	3640	1	26
α-helix	3659-3675	17
α-helix	3681-3691	11
α-helix	3693-3699	7
α-helix	3703-3721	19
α-helix	3728-3744	17
α-helix	3762-3784	23
α-helix	3788-3799	12
α-helix	3808-3822	15
α-helix	3829-3838	10
α-helix	3840-3846	7
α-helix	3857-3889	33
α-helix	3895-3907	13
α-helix	3918-3939	22
α-helix	3944-3947	4
α-helix	3953-3954	2
β-strand	3958-3959	2	27
β-strand	3965-3966	2	27
α-helix	3968-3974	7
β-strand	3981	1	28
β-strand	3988	1	28
β-strand	3996	1	27
α-helix	4001-4025	25
α-helix	4026-4028	3
α-helix	4036-4044	9
α-helix	4083-4089	7
α-helix	4093-4095	3
α-helix	4097-4110	14
α-helix	4117-4138	22
α-helix	4144-4155	12
α-helix	4172-4197	26
α-helix	4205-4218	14
α-helix	4222-4235	14
α-helix	4238-4244	7
α-helix	4252-4254	3
α-helix	4258-4261	4
α-helix	4269-4271	3
α-helix	4280-4292	13
α-helix	4297-4304	8
α-helix	4310-4330	21
α-helix	4343-4352	10
α-helix	4359-4369	11
α-helix	4386-4402	17
α-helix	4408-4416	9
α-helix	4523-4541	19
α-helix	4545-4551	7
α-helix	4559-4575	17
α-helix	4582-4595	14
α-helix	4596-4598	3
α-helix	4614-4632	19
α-helix	4639-4647	9
α-helix	4666-4668	3
α-helix	4673-4675	3
α-helix	4692-4701	10
α-helix	4709-4716	8
α-helix	4718-4721	4
α-helix	4724-4726	3
α-helix	4727-4740	14
β-strand	4751	1	29
α-helix	4752-4757	6
α-helix	4762-4782	21
β-strand	4808	1	29
α-helix	4810-4812	3
α-helix	4821-4841	21
α-helix	4842-4846	5
β-strand	4852-4853	2	30
α-helix	4868-4872	5
α-helix	4873-4877	5
β-strand	4881-4883	3	31
β-strand	4891-4893	3	31
α-helix	4896-4904	9
β-strand	4913-4914	2	30
α-helix	4931-4940	10
α-helix	4945-4947	3
α-helix	4948-4957	10
α-helix	4962-4979	18
α-helix	4989-4991	3
α-helix	4992-4996	5
α-helix	5004-5010	7
α-helix	5015-5017	3
α-helix	5018-5035	18
α-helix	5046-5048	3
α-helix	5051-5053	3
α-helix	5054-5065	12
α-helix	5069-5083	15
α-helix	5100-5107	8
α-helix	5117-5120	4
α-helix	5132-5148	17

Molecules and chains

Molecule	Chains	Type	Length	Organism	UniProt
E3 ubiquitin-protein ligase RNF213	A	protein	5161	Mus musculus	E9Q555

Sequence of entity 1 (A), FASTA

>9I1I_1 E3 ubiquitin-protein ligase RNF213 (chains A)
MECPQCGHVSSEKAPKFCSECGQKLPSAATVQGDLKNDNTLVVSSTPEGKTEQGAVLREE
EVLLSSTDPGKELEKPEESDSNASWTTQMSKKEKRRRKRQGTISSSEAPSSGLWSLDMPP
SPGSHNSALPQNQAQQGGAASQPGHPLDTENMPMEDGFVHTEGSGSPLQGQAAERTDAQS
NLAPSDLAEVKDLNTSKPSVDKGLPLDGGPALSAFKGHPKMTDASQKAPLPESKGETSGQ
EKKVPPIDAAASPVKTAGKETGEDVRKPKPSPVSPVASKHGDQEAELKGKLATPVRKSNE
GGNTQPEDQRKPGEGRNFAAAVKTQQAAAPQQAAAPEPTSAFNPRDTVTVYFHAIVSRHF
GFNPEEHKVYVRGGEGLGQKGWTDACEMYCTQDLHDLGSLVEGKMDIPRQSLDKPIPYKY
VIHRGGSSKDTVEYEFIYEQAQKKGEHVNRCLRVVSTSLGNGDWHQYDDIICMRSTGFFQ
QAKNRILDSTRKELLKGKKQAAVVMLDRIFSVLQPWSDINLQSFMTQFLQFYSVVREPMI
HDGRARKWTSLQYEEKEVWTNLWEHVKKQMAPFLEGKSGESLPADCPVRSKLTLGLSILF
MVEAAEFTVPKKDLDSLCYLLIPSAGSPEALHSDLSPVLRIRQRWRIYLTNLCLRCIDER
CDRWLGILPLLHTCMQKSPPKKNSKSQPEDTWAGLEGISFSEFRDKAPTRSQPLQFMQSK
MALLRVDEYLFRSWLSVVPLESLSSYLENSIDYLSDVPVRVLDCLQGISYRLPGLRKISN
QNMKKDVENVFKMLMHLVDIYQHRIFGENLLQIYLTECLTLHETVCNITANHQFFEIPAL
SAELICKLLELSPPGHTDEGLPEKSYEDLVTSTLQEALATTRNWLRSLFKSRMLSISSAY
VRLTYSEEMAVWRRLVEIGFPEKHGWKGSLLGDMEGRLKQEPPRLQISFFCSSQCRDGGL
HDSVSRSFEKCVIEAVSSACQSQTSVLEGLSCQDLQKFGTLLSAVITKSWPVHNGEPVFD
VDEIFKYLLKWPDVRQLFELCGTNEKIIDNITEEGRQLMATAESVFQKVAGELENGTIVV
GQLELILEHQSQFLDIWNLNRRRLPSQEKACDVRSLLKRRRDDLLFLKQEKRYVESLLRQ
LGRVKHLVQVDFGNIEIIHSQDLSNKKLNEAVIKLPNSSSYKRETHYCLSPDIREMASKL
DSLKDSHIFQDFWQETAESLNTLDKDPRELKVSLPEVLEYLYNPCYDNFYTLYENLKSGK
ITFAEVDAIFKDFVDKYDELKNDLKFMCTMNPQDQKGWISERVGQIKEYHTLHQAVSSAK
VILQVRRALGVTGDFSVLNPLLNFADSFEDFGNEKLDQISPQFIKAKQLLQDISEPRQRC
LEELARQTELVAWLHKALEDINELKVFVDLASISAGENDIDVDRVACFHDAVQGYASLLY
KMDERTNFSDFMNHLQELWRALDNDQHLPDKLKDSARNLEWLKTVKESHGSVELSSLSLA
TAINSRGVYVIEAPKDGQKISPDTVLRLLLPDGHGYPEALRTYSTEELKELLNKLMLMSG
KKDHNSNTEVEKFSEVFSNMQRLVHVFIKLHCAGNMLFRTWTAKVYCCPDGGIFMNFGLE
LLSQLTEKGDVIQLLGALCRQMEDFLDNWKTVVAQKRAEHFYLNFYTAEQLVYLSSELRK
PRPSEAALMMLSFIKGKCTVQDLVQATSACESKADRYCLREVMKKLPQQLLSEPSLMGKL
QVIMMQSLVYMSAFLPHCLDLDALGRCLAHLATMGGTPVERPLPKGLQAGQPNLILCGHS
EVLPAALAIYMQAPRQPLPTFDEVLLCTPATTIEEVELLLRRCLTSGSQGHKVYSLLFAD
QLSYEVGCQAEEFFQSLCTRAHREDYQLVILCDAAREHCYIPSTFSQYKVPLVPQAPLPN
IQAYLQSHYQVPKRLLSAATVFRDGLCVGIVTSERAGVGKSLYVNTLHTKLKAKLRDETV
PLKIIRLTEPHLDENQVLSALLPFLKEKYQKMPVIFHIDISTSVQTGIPIFLFKLLILQY
LMDINGKIWRRSPGHLYLVEIPQGLSVQPKRSSKLNARAPLFKFLDLFPKVTCRPPKEVI
DMELTPERSHTDPAMDPVEFCSEAFQRPYQYLKRFHQQQNLDTFQYEKGSVEGSPEECLQ
HFLIYCGLINPSWSELRNFAWFLNCQLKDCEASIFCKSAFTGDTLRGFKNFVVTFMILMA
RDFATPTLHTSDQSPGRQSVTIGEVVEEDLAPFSLRKRWESEPHPYVFFNGDHMTMTFIG
FHLETNNNGYVDAINPSNGKVIKKDVMTKELFDGLRLQRVPFNIDFDNLPRYEKLERLCL
ALGIEWPIDPDETYELTTDNMLKILAIEMRFRCGIPVIIMGETGCGKTRLIKFLSDLKRG
SVEAETMKLVKVHGGTTPSMIYSKVKEAERTAFSNKAQHKLDTILFFDQANTTEAVSCIK
EILCDRTVDGEHLHEDSGLHIIAACNPYRKHSQEMILRLESAGLGYRVSAEETADRLGSI
PLRQLVYRVHALPPSLIPLVWDFGQLNDSAEKLYIQQIVQRLVDSVSVNPSETCVIADVL
SASQMFMRKRENECGFVSLRDVERCVKVFRWFHDHSDMLLKELDKFLHESSDSTHTFERD
PVLWSLVMAIGVCYHASLEEKASYRTAIARCFPKPYNSSRAILDEVTHVQDLFLRGAPIR
TNIARNLALKENVFMMVICIELKIPLFLVGKPGSSKSLAKIIVADAMQGQAAFSELFRCL
KQVHLVSFQCSPHSTPQGIISTFKQCARFQQGKDLGQYVSVVVLDQVGLAEDSPKMPLKT
LHPLLEDGCIEDDPAPYKKVGFVGISNWALDPAKMNRGIFVSRGSPNEKELIESAEGICS
SDRLVQDKIRGYFAPFAKAYETVCQKQDKEFFGLRDYYSLIKMVFAKAKASKRGLSPQDI
THAVLRNFSGKDNIQALSIFTASLPEARYKEEVSTVELIKQNIYPGPQASSRGLDGAESR
YLLVLTRNYVALQILQQTFFEGQQPEIIFGSSFPQDQEYTQICRNINRVKICMETGKMVV
LLNLQNLYESLYDALNQYYVYLGGQKYVDLGLGTHRVKCRVHTAFRLIVIEEKDVVYKQF
PVPLINRLEKHYLDMNTVLQPWQKSIVQELQQWAHEFADVKADQFIARHKYSPADVFIGY
HSDACASVVLQAVERQGCRDLTEELYRKVSEEARSILLDCATPDAVVRLSGSSLGSFTAK
QLSQEYYYAQQHNSFVDFLQAHLRMTHHECRAVFTEITTFSRLLTGNDCDVLASELRGLA
SKPVVLSLQQYDTEYSFLKDVRSWLTNPGKRKVLVIQADFDDGTRSAQLVASAKYTAINE
INKTQGTKDFVFVYFVTKLSRMGSGTSYVGFHGGLWRSVHIDDLRRSTIMASDVTKLQNV
TISQLFKPEDKPEQEEMEIETSQSKELAEEQMEVEDSEEMKKASDPRSCDCSQFLDTTRL
VQSCVQGAVGMLRDQNESCARNMRRVTILLDLLNEDNTRNASFLRESKMRLHVLLNKQEE
NQVRSLKEWVTREAANQDALQEAGTFRHTLWKRVQDVVTPILASMIAHIDRDGNLELLAQ
PDSPAWVQDLWMFIYSDIKFLNISLVLNNTRSNSEMSFILVQSHMNLLKDAYNAVPFSWR
IRDYLEELWVQAQYITDTEGLSKKFVEIFQKTPLGVFLAQFPVAQQQKLLQSYLKDFLLL
TMKVSSREELMFLQMALWSCLRELQEASGTPDETYKFPLSLPWVHLAFQHFRTRLQNFSR
ILTIHPQVLSSLSQAAEKHSLAGCEMTLDAFAAMACAEMLKGDLLKPSPKAWLQLVKNLS
TPLELVCSEGYLCDSGSMTRSVIQEVRALWNRIFSIALFVEHVLLGTESHIPELSPLVTT
YVSLLDKCLEEDSNLKTCRPFVAVMTTLCDCKDKASKKFSRFGIQPCFICHGDAQDPVCL
PCDHVYCLRCIQTWLIPGQMMCPYCLTDLPDKFSPTVSQDHRKAIEKHAQFRHMCNSFFV
DLVSTMCFKDNTPPEKSVIDTLLSLLFVQKELLRDASQKHREHTKSLSPFDDVVDQTPVI
RSVLLKLLLKYSFHEVKDYIQNYLTQLEKKAFLTEDKTELYLLFISCLEDSVHQKTSAGC
RNLEQVLREEGHFLRTYSPGLQGQEPVRIASVEYLQEVARVRLCLDLAADFLSELQEGSE
LAEDKRRFLKHVEEFCTRVNNDWHRVYLVRKLSSQRGMEFVQSFSKQGHPCQWVFPRKVI
AQQKDHVSLMDRYLVHGNEYKAVRDATAKAVLECKTLDIGNALMACRSPKPQQTAYLLLA
LYTEVAALYRSPNGSLHPEAKQLEAVNKFIKESKILSDPNIRCFARSLVDNTLPLLKIRS
ANSILKGTVTEMAVHVATILLCGHNQILKPLRNLAFYPVNMANAFLPTMPEDLLVHARTW
RGLENVTWYTCPRGHPCSVGECGRPMQESTCLDCGLPVGGLNHTPHEGFSAIRNNEDRTQ
TGHVLGSPQSSGVAEVSDRGQSPVVFILTRLLTHLAMLVGATHNPQALTVIIKPWVQDPQ
GFLQQHIQRDLEQLTKMLGRSADETIHVVHLILSSLLRVQSHGVLNFNAELSTKGCRNNW
EKHFETLLLRELKHLDKNLPAINALISQDERISSNPVTKIIYGDPATFLPHLPQKSIIHC
SKIWSCRRKITVEYLQHIVEQKNGKETVPVLWHFLQKEAELRLVKFLPEILALQRDLVKQ
FQNVSRVEYSSIRGFIHSHSSDGLRKLLHDRITIFLSTWNALRRSLETNGEIKLPKDYCC
SDLDLDAEFEVILPRRQGLGLCGTALVSYLISLHNNMVYTVQKFSNEDNSYSVDISEVAD
LHVISYEVERDLNPLILSNCQYQVQQGGETSQEFDLEKIQRQISSRFLQGKPRLTLKGIP
TLVYRRDWNYEHLFMDIKNKMAQSSLPNLAISTISGQLQSYSDACEALSIIEITLGFLST
AGGDPGMDLNVYIEEVLRMC

Ligands and cofactors

ID	Name	Formula	Copies
ZN	Zinc ion	Zn	2
MG	Magnesium ion	Mg	1
ATP	Adenosine-5'-triphosphate	C10 H16 N5 O13 P3	2

Primary citation

ATP functions as a pathogen-associated molecular pattern to activate the E3 ubiquitin ligase RNF213. Ahel, J., Balci, A., Faas, V. et al. Nat Commun (2025) 16:4414-4414. DOI 10.1038/s41467-025-59444-4 · PubMed

Other PDB entries of the same protein (UniProt E9Q555), best resolution first:

9T8H 3.0 Å, Murine RNF213 bound to maltoheptaose
33HM 3.1 Å, Murine RNF213 (Y434A)
9T8I 3.1 Å, Murine RNF213
6TAX 3.2 Å, Mouse RNF213 wild type protein
6TAY 3.2 Å, Mouse RNF213 mutant R4753K modeling the Moyamoya-disease-related Human variant R4810K
7OIK 3.5 Å, Mouse RNF213:UBE2L3 transthiolation intermediate, chemically stabilized
9I1J 3.8 Å, Cryo-EM structure of mouse RNF213:UBE2L3 transthiolation intermediate, chemically…
7OIM 4.0 Å, Mouse RNF213, with mixed nucleotides bound

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