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Keyword [docking]
Result: 181 - 200 | Page: 10 of 10
181. Expression Of African Swine Fever Virus PS273R Recombinant Protease And Preliminary Evaluation Of The Effect Of Small Molecule Inhibitor E-64 On Its Enzyme Activity
182. Study On The Cloning, Expression And Properties Of Three Kinds Of Heparinase ?
183. NMR-based and automated docking characterization of protein structure, dynamics, and ligand binding
184. Benchmarks and algorithms for protein-protein docking
185. Using computational protein docking to model the structure and specificity of protein interactions
186. Protein-protein docking using long range nuclear magnetic resonance constraints
187. Model systems for molecular docking: Understanding molecular recognition in polar and charged binding sites
188. Method development and application in protein structure prediction, computational molecular docking and network biology
189. Development of high-throughput tools for the automated generation of protein-protein complexes
190. Improved conformational sampling for protein-protein docking
191. Understanding molecular interactions: Applications of HINT-based tools in the structural modeling of novel anticancer and antiviral targets, and in protein-protein docking
192. Advances in structure and small molecule docking predictions for crystallized G-Protein coupled receptors
193. An integrated approach to protein-protein docking
194. Heuristics for scaling up distributed protein docking
195. The utility of decoys for developing free energy functions used in protein folding and protein docking studies
196. Geometric Techniques for Protein-Protein Docking
197. Protein-ligand interactions: Docking, design and protein conformational change
198. Structure-based design of mutant proteins: I. Molecular docking studies of amino acid binding to wild-type aminoacyl-tRNA synthetases. II. Structure-based design of mutant aminoacyl-tRNA synthetases for non-natural amino acid incorporation
199. Insights into RNA tertiary folding: Examination of structure formation between the P1 helix and the pre-folded Tetrahymena group I ribozyme
200. Electrostatic control of protein docking and electron transfer between myoglobin and cytochrome b(5)
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