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Results: 1-13 |
Results: 13
FOLDING RATE DEPENDENCE ON THE CHAIN-LENGTH FOR RNA-LIKE HETEROPOLYMERS
Authors: GALZITSKAYA OV FINKELSTEIN AV
Citation: Ov. Galzitskaya et Av. Finkelstein, FOLDING RATE DEPENDENCE ON THE CHAIN-LENGTH FOR RNA-LIKE HETEROPOLYMERS, Folding & design, 3(2), 1998, pp. 69-78
HYPERPHOSPHORYLATION INDUCES STRUCTURAL MODIFICATION OF TAU-PROTEIN
Authors: UVERSKY VN WINTER S GALZITSKAYA OV KITTLER L LOBER G
Citation: Vn. Uversky et al., HYPERPHOSPHORYLATION INDUCES STRUCTURAL MODIFICATION OF TAU-PROTEIN, FEBS letters, 439(1-2), 1998, pp. 21-25
GEOMETRICAL FACTOR AND PHYSICAL REASONS FOR ITS INFLUENCE ON THE KINETIC AND THERMODYNAMIC PROPERTIES OF RNA-LIKE HETEROPOLYMERS
Authors: GALZITSKAYA OV
Citation: Ov. Galzitskaya, GEOMETRICAL FACTOR AND PHYSICAL REASONS FOR ITS INFLUENCE ON THE KINETIC AND THERMODYNAMIC PROPERTIES OF RNA-LIKE HETEROPOLYMERS, Folding & design, 2(3), 1997, pp. 193-201
ROUGHNESS OF THE GLOBULAR PROTEIN SURFACE - ANALYSIS OF HIGH-RESOLUTION X-RAY DATA
Authors: TIMCHENKO AA GALZITSKAYA OV SERDYUK IN
Citation: Aa. Timchenko et al., ROUGHNESS OF THE GLOBULAR PROTEIN SURFACE - ANALYSIS OF HIGH-RESOLUTION X-RAY DATA, Proteins, 28(2), 1997, pp. 194-201
THEORETICAL-STUDY OF THE DEPENDENCE OF THE FOLDING RATE ON CHAIN-LENGTH FOR RNA-LIKE HETEROPOLYMERS
Authors: GALZITSKAYA OV FINKELSTEIN AV
Citation: Ov. Galzitskaya et Av. Finkelstein, THEORETICAL-STUDY OF THE DEPENDENCE OF THE FOLDING RATE ON CHAIN-LENGTH FOR RNA-LIKE HETEROPOLYMERS, Molecular biology, 31(3), 1997, pp. 399-408
EFFECT OF THE ENERGY OF LONG-RANGE CONTACTS ON THE TIME OF SEARCHING FOR THE NATIVE STRUCTURE OF RNA-LIKE HETEROPOLYMERS
Authors: GALZITSKAYA OV
Citation: Ov. Galzitskaya, EFFECT OF THE ENERGY OF LONG-RANGE CONTACTS ON THE TIME OF SEARCHING FOR THE NATIVE STRUCTURE OF RNA-LIKE HETEROPOLYMERS, Molecular biology, 31(3), 1997, pp. 409-412
ROUGHNESS OF THE GLOBULAR PROTEIN SURFACE
Authors: SERDYUK LN GALZITSKAYA OV TIMCHENKO AA
Citation: Ln. Serdyuk et al., ROUGHNESS OF THE GLOBULAR PROTEIN SURFACE, Biofizika, 42(6), 1997, pp. 1197-1207
A FOLDING PATHWAY SOLVING LEVINTHALS PARADOX
Authors: FINKELSTEIN AV GALZITSKAYA OV BADRETDINOV AY
Citation: Av. Finkelstein et al., A FOLDING PATHWAY SOLVING LEVINTHALS PARADOX, Progress in Biophysics and Molecular Biology, 65, 1996, pp. 412-412
FOLDING RATE AND STABILITY OF NATIVE STRUCTURE IN RANDOM AND EDITED CHAINS
Authors: FINKELSHTEIN AV GALZITSKAYA OV
Citation: Av. Finkelshtein et Ov. Galzitskaya, FOLDING RATE AND STABILITY OF NATIVE STRUCTURE IN RANDOM AND EDITED CHAINS, Molecular biology, 30(1), 1996, pp. 91-96
COMPUTER-SIMULATION OF SECONDARY STRUCTURE FOLDING OF RANDOM AND EDITED RNA CHAINS
Authors: GALZITSKAYA OV FINKELSTEIN AV
Citation: Ov. Galzitskaya et Av. Finkelstein, COMPUTER-SIMULATION OF SECONDARY STRUCTURE FOLDING OF RANDOM AND EDITED RNA CHAINS, The Journal of chemical physics, 105(1), 1996, pp. 319-325
FOLDING OF CHAINS WITH RANDOM AND EDITED SEQUENCES - SIMILARITIES ANDDIFFERENCES
Authors: GALZITSKAYA OV FINKELSTEIN AV
Citation: Ov. Galzitskaya et Av. Finkelstein, FOLDING OF CHAINS WITH RANDOM AND EDITED SEQUENCES - SIMILARITIES ANDDIFFERENCES, Protein engineering, 8(9), 1995, pp. 883-892
SELF-ORGANIZATION OF PROTEIN CHAIN ACCELERATES UPON STABILIZATION OF ITS NATIVE CONFORMATION - NUMERICAL EXPERIMENT
Authors: GALZITSKAYA OV FINKELSHTEIN AV
Citation: Ov. Galzitskaya et Av. Finkelshtein, SELF-ORGANIZATION OF PROTEIN CHAIN ACCELERATES UPON STABILIZATION OF ITS NATIVE CONFORMATION - NUMERICAL EXPERIMENT, Molecular biology, 29(2), 1995, pp. 181-186
PROTEIN CHAIN CAN ACHIEVE THE ENERGY MINIMUM WITHOUT EXHAUSTIVE SORTING OF ALL ITS CONFORMATIONS - COMPUTER MODELING AND PHENOMENOLOGICAL THEORY
Authors: GALZITSKAYA OV REVA BA FINKELSHTEIN AV
Citation: Ov. Galzitskaya et al., PROTEIN CHAIN CAN ACHIEVE THE ENERGY MINIMUM WITHOUT EXHAUSTIVE SORTING OF ALL ITS CONFORMATIONS - COMPUTER MODELING AND PHENOMENOLOGICAL THEORY, Molecular biology, 28(6), 1994, pp. 877-884
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