Ligand validation:7H8S

DMS: DIMETHYL SULFOXIDE

	Best-fitted instance in this entry
	Other instances in this entry

	Best-fitted instance in this entry
	Best-fitted PDB instances with same target (top 5)

	Best-fitted instance in this entry
	Best-fitted PDB instances with different target (top 5)

Identifier	Ranking for goodness of fit	Ranking for geometry	Real space R factor	Real space correlation coefficient	RMSZ-bond-length	RMSZ-bond-angle	Outliers of bond length	Outliers of bond angle	Atomic clashes	Stereochemical errors	Model completeness	Average occupancy
7H8S_DMS_B_201	67%	73%	0.13	0.943	0.27	0.64	-	-	2	0	100%	1
7H8S_DMS_A_201	58%	87%	0.135	0.914	0.52	0.12	-	-	5	0	100%	1
7H8S_DMS_A_202	48%	91%	0.162	0.907	0.13	0.37	-	-	2	0	100%	1
7H8S_DMS_A_205	47%	91%	0.165	0.904	0.29	0.22	-	-	2	0	100%	1
7H8S_DMS_A_203	35%	95%	0.168	0.857	0.28	0.1	-	-	0	0	100%	1
7H8S_DMS_A_212	30%	87%	0.188	0.857	0.37	0.26	-	-	2	0	100%	1
7H8S_DMS_C_202	24%	88%	0.194	0.826	0.51	0.12	-	-	4	0	100%	1
7H8S_DMS_A_207	18%	87%	0.203	0.793	0.41	0.24	-	-	3	0	100%	1
7H8S_DMS_D_202	16%	97%	0.301	0.883	0.26	0.06	-	-	0	0	100%	0.59
7H8S_DMS_D_204	14%	98%	0.304	0.869	0.23	0.03	-	-	1	0	100%	0.5
7H8S_DMS_D_203	11%	97%	0.372	0.912	0.22	0.09	-	-	2	0	100%	0.59
7H8S_DMS_A_211	9%	85%	0.249	0.75	0.49	0.2	-	-	0	0	100%	1
7H8S_DMS_A_206	6%	92%	0.301	0.755	0.37	0.11	-	-	0	0	100%	1
7H8S_DMS_C_204	5%	97%	0.386	0.817	0.24	0.09	-	-	1	0	100%	0.65
7H8V_DMS_A_201	96%	77%	0.065	0.982	0.7	0.16	-	-	6	0	100%	1
7H7S_DMS_A_203	95%	99%	0.068	0.978	0.07	0.15	-	-	0	0	100%	1
7H7R_DMS_A_202	92%	91%	0.076	0.974	0.26	0.26	-	-	1	0	100%	0.66
7HIR_DMS_B_202	81%	57%	0.098	0.956	0.59	0.89	-	-	2	0	100%	1
7H81_DMS_D_202	81%	95%	0.101	0.959	0.32	0.08	-	-	2	0	100%	1
8DZ9_DMS_B_402	100%	94%	0.017	0.998	0.21	0.21	-	-	1	0	100%	1
4LAW_DMS_B_301	100%	17%	0.019	0.999	2.83	0.76	1	-	4	0	100%	1
6TOV_DMS_A_102	100%	85%	0.021	0.999	0.32	0.35	-	-	0	0	100%	1
7GBE_DMS_A_1002	100%	67%	0.023	0.997	0.6	0.52	-	-	0	0	100%	1
7G81_DMS_A_203	100%	73%	0.025	0.998	0.58	0.35	-	-	0	0	100%	1

RCSB PDB Core Operations are funded by the U.S. National Science Foundation (DBI-2321666), the US Department of Energy (DE-SC0019749), and the National Cancer Institute, National Institute of Allergy and Infectious Diseases, and National Institute of General Medical Sciences of the National Institutes of Health under grant R01GM157729. RCSB PDB uses resources of the National Energy Research Scientific Computing Center (NERSC), a Department of Energy User Facility.