Protein Design
Connectable Components for Protein Design
... novo design, yet their repertoire still lacks a fast and interactive all-atom search ...to protein design where the designer searches for and interactively incorporates native-like fragments from ...
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Using noncanonical amino acids in computational protein design
... Amino acid side chains adopt a variety of conformations. An accurate estimate of the relative energies of different side chain conformations is essential for high resolution structure prediction, protein ...
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Toward a Database of Geometric Interrelationships of Protein Secondary Structure Elements for De Novo Protein Design, Prediction and Analysis
... The work described in this thesis project entails building a database of secondary structures to aid our efforts in protein design, structure analysis and structure prediction. It involves populating a ...
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Computer Aided Design of a Luciferase Like Haloalkane Dehalogenase Enzyme by Homology Based Rational Protein Design (HRPD) Method
... In-silico protein design is an important tool to study structure-function relationship, which is a challenging pro- ...in protein engineering is directed evolution, where target enzymes can be ...
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Backbone flexibility in protein design theory and experiment
... x Table of Contents Chapter 1: Introduction Chapter 2: Coupling Backbone Flexibility and Amino Acid Sequence Selection in Protein Design Chapter 3: Chapter 6: III-I Assembling De Novo Ba[r] ...
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Methods in Computational Protein Design
... Protein design is becoming a practical option for solving problems in protein engineering. The growth in this field has been greatly facilitated by the rapid increase in computational prowess and ...
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Applications of computational protein design
... a protein design software package developed by the Mayo ...for design calculations, although NMR structures, homology models, and even novel folds can be ...A design calculation is then ...
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Development and Evaluation of Protein Design Methods for Functional Targets
... amino-acid protein is astronomically large (~ 10 65 ...computational protein design algorithms approach this combinatorial problem by using computationally tractable pairwise decomposable energy ...
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Applications of Computational Protein Design to Red Fluorescent Proteins
... Computational design was performed using the PHOENIX protein design ...library design step in which combinatorial sequence libraries were defined as described by Allen et ...
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Accelerating the Interplay Between Theory and Experiment in Protein Design
... Three popular prediction algorithms, Popmusic2, FoldX3, and Rosetta, were used to calculate the stability change of the 935 mutations in our domain mutagenesis dataset. Popmusic2 is a reduced-representation statistical ...
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Exploration of the determinants of protein structure and stability by protein design
... The protein design process ORBIT (Optimization of Rotamers by Iterative Techniques) has been previously used to stabilize a number of proteins including several DNA binding ...to design proteins that ...
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Development and applications of computational protein design
... to design a biosensor for its natural lipid ...basic protein comprised of four α-helices (helix ...to design out the disulfide bonds using ORBIT (Optimization of Rotamers By Iterative Techniques) to ...
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Computational protein design force field optimization : a negative design approach
... low protein concentration required for MS analysis and studies on folded proteins in vacuo support the idea that the proteins retain their tertiary structure prior to fragmentation [24, ...
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Computational Modeling and Design of Protein and Polymeric Nano-Assemblies
... of protein design, even simply considering amino acid identity scales exponentially with the protein ...and design such ...computational design approach to guide the identification of ...
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Computational Design Of Protein–ligand And Protein–protein Interactions
... recognition. Protein–ligand and protein–protein interactions make up the bulk of the chemical processes that give rise to living ...of protein design technology will therefore require ...
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De Novo Peptide Design with C3a Receptor Agonist and Antagonist Activities: Theoretical Predictions and Experimental Validation
... novo protein design framework 16–21 was applied to the design of C3a ...the design template, mutation sets, biological constraints, and a forcefield are also specified for the ...the ...
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Linear Programming Relaxations and Belief Propagation -- An Empirical Study
... The protein design problem is, apparently, a more difficult problem and the success rate is therefore much lower – the MAP assignment could be found for 2 proteins only and TRBP beliefs allowed us to solve ...
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Computational design and experimental characterization of protein oligomers
... I have benefited from a number of very smart people in the Mayo lab. When I started, Ben Gordon and Arthur Street introduced me to protein design. It would have been a lot harder if it were not for Ben and ...
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Computational design of [beta] sheet proteins
... structure, protein loops often adopt specific conformations that are critical to protein ...novo protein design have focused on creating proteins with regular elements of secondary structure ...
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Recent advances in in vivo applications of intein-mediated protein splicing
... protein, such that cell growth depends on the thymidy- late synthase reporter activity modulated by presence of the hormone in a dose-dependent manner. Initially, the human estrogen (ERα) and thyroid hormone ...
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