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Results: 1-14 |
Results: 14
A PROTEIN ENGINEERING ANALYSIS OF THE TRANSITION-STATE FOR PROTEIN-FOLDING - SIMULATION IN THE LATTICE MODEL
Authors: GUTIN AM ABKEVICH VI SHAKHNOVICH EI
Citation: Am. Gutin et al., A PROTEIN ENGINEERING ANALYSIS OF THE TRANSITION-STATE FOR PROTEIN-FOLDING - SIMULATION IN THE LATTICE MODEL, Folding & design, 3(3), 1998, pp. 183-194
THEORY OF KINETIC PARTITIONING IN PROTEIN-FOLDING WITH POSSIBLE APPLICATIONS TO PRIONS
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., THEORY OF KINETIC PARTITIONING IN PROTEIN-FOLDING WITH POSSIBLE APPLICATIONS TO PRIONS, Proteins, 31(4), 1998, pp. 335-344
HOW EVOLUTION MAKES PROTEINS FOLD QUICKLY
Authors: MIRNY LA ABKEVICH VI SHAKHNOVICH EI
Citation: La. Mirny et al., HOW EVOLUTION MAKES PROTEINS FOLD QUICKLY, Proceedings of the National Academy of Sciences of the United Statesof America, 95(9), 1998, pp. 4976-4981
IMPROVED DESIGN OF STABLE AND FAST-FOLDING MODEL PROTEINS
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., IMPROVED DESIGN OF STABLE AND FAST-FOLDING MODEL PROTEINS, Folding & design, 1(3), 1996, pp. 221-230
CHAIN-LENGTH SCALING OF PROTEIN-FOLDING TIME
Authors: GUTIN AM ABKEVICH VI SHAKHNOVICH EI
Citation: Am. Gutin et al., CHAIN-LENGTH SCALING OF PROTEIN-FOLDING TIME, Physical review letters, 77(27), 1996, pp. 5433-5436
HOW THE FIRST BIOPOLYMERS COULD HAVE EVOLVED
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., HOW THE FIRST BIOPOLYMERS COULD HAVE EVOLVED, Proceedings of the National Academy of Sciences of the United Statesof America, 93(2), 1996, pp. 839-844
SIMULATIONS OF CHAPERONE-ASSISTED FOLDING
Authors: SFATOS CD GUTIN AM ABKEVICH VI SHAKHNOVICH EI
Citation: Cd. Sfatos et al., SIMULATIONS OF CHAPERONE-ASSISTED FOLDING, Biochemistry, 35(1), 1996, pp. 334-339
DOMAINS IN FOLDING OF MODEL PROTEINS
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., DOMAINS IN FOLDING OF MODEL PROTEINS, Protein science, 4(6), 1995, pp. 1167-1177
EVOLUTION-LIKE SELECTION OF FAST-FOLDING MODEL PROTEINS
Authors: GUTIN AM ABKEVICH VI SHAKHNOVICH EI
Citation: Am. Gutin et al., EVOLUTION-LIKE SELECTION OF FAST-FOLDING MODEL PROTEINS, Proceedings of the National Academy of Sciences of the United Statesof America, 92(5), 1995, pp. 1282-1286
IMPACT OF LOCAL AND NONLOCAL INTERACTIONS ON THERMODYNAMICS AND KINETICS OF PROTEIN-FOLDING
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., IMPACT OF LOCAL AND NONLOCAL INTERACTIONS ON THERMODYNAMICS AND KINETICS OF PROTEIN-FOLDING, Journal of Molecular Biology, 252(4), 1995, pp. 460-471
IS BURST HYDROPHOBIC COLLAPSE NECESSARY FOR PROTEIN-FOLDING
Authors: GUTIN AM ABKEVICH VI SHAKHNOVICH EI
Citation: Am. Gutin et al., IS BURST HYDROPHOBIC COLLAPSE NECESSARY FOR PROTEIN-FOLDING, Biochemistry, 34(9), 1995, pp. 3066-3076
FREE-ENERGY LANDSCAPE FOR PROTEIN-FOLDING KINETICS - INTERMEDIATES, TRAPS, AND MULTIPLE PATHWAYS IN THEORY AND LATTICE MODEL SIMULATIONS
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., FREE-ENERGY LANDSCAPE FOR PROTEIN-FOLDING KINETICS - INTERMEDIATES, TRAPS, AND MULTIPLE PATHWAYS IN THEORY AND LATTICE MODEL SIMULATIONS, The Journal of chemical physics, 101(7), 1994, pp. 6052-6062
SPECIFIC NUCLEUS AS THE TRANSITION-STATE FOR PROTEIN-FOLDING - EVIDENCE FROM THE LATTICE MODEL
Authors: ABKEVICH VI GUTIN AM SHAKHNOVICH EI
Citation: Vi. Abkevich et al., SPECIFIC NUCLEUS AS THE TRANSITION-STATE FOR PROTEIN-FOLDING - EVIDENCE FROM THE LATTICE MODEL, Biochemistry, 33(33), 1994, pp. 10026-10036
PROCESSES OCCURRING DURING PHOTOLYSIS OF VITREOUS SOLUTIONS OF CHLORINE IN HYDROCHLORIC-ACID AT 77-K
Authors: PERGUSHOV VI ABKEVICH VI GURMAN VS
Citation: Vi. Pergushov et al., PROCESSES OCCURRING DURING PHOTOLYSIS OF VITREOUS SOLUTIONS OF CHLORINE IN HYDROCHLORIC-ACID AT 77-K, High energy chemistry, 25(4), 1991, pp. 299-302
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