Protein interactions - Globe Thesis

Keyword [Protein interactions] Result: 181 - 200 \| Page: 10 of 10
181.	Development of structure-based computational methods for prediction and design of protein-protein interactions
182.	Part I. A small-molecule library strategy for disruption of protein-protein interactions. Part II. Antibody-catalyzed anaerobic destruction of methamphetamine: A new direction in immunopharmacotherapy. Part III. Design and synthesis of reactive immunizati
183.	Targeted functional proteomics to study protein post-translational modification and protein-protein interactions
184.	Experimental and computational studies of the in vivo genomic repertoire of DNA -protein interactions in Escherichia coli
185.	Structure/function studies of membrane proteins: From molecular modeling and ligand binding to protein -protein interactions of the dopamine transporte
186.	Methods for the detection of protein -nucleic acid and protein -protein interactions
187.	Investigating protein surfaces and protein interactions using the element-coded affinity tags (ECAT)
188.	Comparative genomics of the microbial chemotaxis system
189.	Structure-based design and discovery of small molecule inhibitors of protein-protein interactions
190.	Chemical strategies for profiling protein-protein interactions and protein posttranslational modifications
191.	Arabidopsis DRI2 (DRG interacting protein-2): Analysis of protein-protein interactions, expression patterns and mutant phenotypes
192.	Evolution-based approaches to characterizing and manipulating protein-protein interactions
193.	In silico evolution of protein-protein interactions: From altered specificities to de novo complexes
194.	Using chimeras to evaluate cross-talk, energy transfer, and protein-protein interactions in the TonB and TolA systems
195.	Prediction of potential host-pathogen protein interactions by structure
196.	The synthesis of glycodendrimers and their applications in carbohydrate -protein interactions and catalysis
197.	Predicting protein-protein interactions, interaction sites and residue-residue contact matrices with machine learning techniques
198.	Novel methods for the control and detection of protein interactions on surfaces
199.	Characterization of leucyl-tRNA synthetase from Escherichia coli and Saccharomyces cerevisiae in aminoacylation, amino acid editing, and protein-dependent RNA splicing
200.	Bioinspired matrices assembled by polysaccharide-protein interactions
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