Before revision:  Furthermore, the method improves the average Rfree by 0.014 , resolves functionally important discrepancies in protein-binding kink turns and group I ribozyme active sites, and refines low-resolution structures to better match higher resolution structures. By enabling such 'super-resolution' interpretation of crystallographic data, ERRASER is a unique application of RNA structure prediction that promises routine use in experimental structural biology .
After revision:  Furthermore, the method improves the average Rfree by 0.014 , resolves functionally important discrepancies in protein-binding kink turns and group I ribozyme active sites, and refines low-resolution structures to better match higher-resolution models .