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Results: 1-25/39
Authors:
CHIU TL
GOLDSTEIN RA
Citation: Tl. Chiu et Ra. Goldstein, OPTIMIZING ENERGY POTENTIALS FOR SUCCESS IN PROTEIN TERTIARY STRUCTURE PREDICTION, Folding & design, 3(3), 1998, pp. 223-228
Authors:
KOSHI JM
GOLDSTEIN RA
Citation: Jm. Koshi et Ra. Goldstein, MODELS OF NATURAL MUTATIONS INCLUDING SITE HETEROGENEITY, Proteins, 32(3), 1998, pp. 289-295
Authors:
KELLER AA
GOLDSTEIN RA
Citation: Aa. Keller et Ra. Goldstein, IMPACT OF CARBON STORAGE THROUGH RESTORATION OF DRYLANDS ON THE GLOBAL CARBON-CYCLE, Environmental management, 22(5), 1998, pp. 757-766
Authors:
CHIU TL
GOLDSTEIN RA
Citation: Tl. Chiu et Ra. Goldstein, OPTIMIZING POTENTIALS FOR THE INVERSE PROTEIN-FOLDING PROBLEM, Protein engineering (Print), 11(9), 1998, pp. 749-752
Authors:
GOVINDARAJAN S
GOLDSTEIN RA
Citation: S. Govindarajan et Ra. Goldstein, ON THE THERMODYNAMIC HYPOTHESIS OF PROTEIN-FOLDING, Proceedings of the National Academy of Sciences of the United Statesof America, 95(10), 1998, pp. 5545-5549
Authors:
TAVERNA DM
GOLDSTEIN RA
Citation: Dm. Taverna et Ra. Goldstein, EVOLUTION OF MODEL PROTEIN POPULATIONS USING OPTIMIZED ENERGY FUNCTIONS, Biophysical journal, 74(2), 1998, pp. 175-175
Authors:
CHIU TL
GOLDSTEIN RA
Citation: Tl. Chiu et Ra. Goldstein, A NEW APPROACH TOWARDS FINDING THE OPTIMAL POTENTIAL FOR A SET OF PROTEINS - A LATTICE MODEL STUDY, Biophysical journal, 74(2), 1998, pp. 281-281
Authors:
BUCHLER NEG
ZUIDERWEG ERP
WANG H
GOLDSTEIN RA
Citation: Neg. Buchler et al., PROTEIN HETERONUCLEAR NMR ASSIGNMENTS USING MEAN-FIELD SIMULATED ANNEALING, Journal of magnetic resonance [1997], 125(1), 1997, pp. 34-42
Authors:
THOMPSON MJ
GOLDSTEIN RA
Citation: Mj. Thompson et Ra. Goldstein, PREDICTING PROTEIN SECONDARY STRUCTURE WITH PROBABILISTIC SCHEMATA OFEVOLUTIONARILY DERIVED INFORMATION, Protein science, 6(9), 1997, pp. 1963-1975
Authors:
GOVINDARAJAN S
GOLDSTEIN RA
Citation: S. Govindarajan et Ra. Goldstein, EVOLUTION OF MODEL PROTEINS ON A FOLDABILITY LANDSCAPE, Proteins, 29(4), 1997, pp. 461-466
Authors:
KOSHI JM
GOLDSTEIN RA
Citation: Jm. Koshi et Ra. Goldstein, MUTATION MATRICES AND PHYSICAL-CHEMICAL PROPERTIES - CORRELATIONS ANDIMPLICATIONS, Proteins, 27(3), 1997, pp. 336-344
Authors:
CHIU TL
GOLDSTEIN RA
Citation: Tl. Chiu et Ra. Goldstein, COMPACTION AND FOLDING IN MODEL PROTEINS, The Journal of chemical physics, 107(11), 1997, pp. 4408-4415
Authors:
DELLINGER RP
OPAL SM
ROTROSEN D
SUFFREDINI AF
ZIMMERMAN JL
BONE RC
BOSKEN CH
DELLINGER P
GOLDSTEIN RA
HURD S
VINCENT JL
ABRAHAM E
ADAMS HR
ARTIGAS A
BALK RA
BERNARD GR
BEUTLER B
COHEN J
COOK DJ
DANNER RL
DORINSKI PM
FISHER CJ
FINK MP
GLAUSER MP
HARKINS R
LAUCHENBRUCH P
MUNFORD RS
NATANSON C
NELSON S
PARRILLO JE
PENNINGTON JE
ROBERTS R
SIBBALD WJ
SIEGEL JN
STRAUBE RC
TERES D
ULEVITCH RJ
VOGEL S
WARREN S
WRIGHT SD
Citation: Rp. Dellinger et al., FROM THE BENCH TO THE BEDSIDE - THE FUTURE OF SEPSIS RESEARCH, Chest, 111(3), 1997, pp. 744-753
Authors:
GOVINDARAJAN S
GOLDSTEIN RA
Citation: S. Govindarajan et Ra. Goldstein, THE FOLDABILITY LANDSCAPE OF MODEL PROTEINS, Biopolymers, 42(4), 1997, pp. 427-438
Authors:
THOMPSON MJ
GOLDSTEIN RA
Citation: Mj. Thompson et Ra. Goldstein, PREDICTING PROTEIN SECONDARY STRUCTURE USING STRUCTURE-BASED MODELS OF EVOLUTIONARILY-DERIVED SITE HETEROGENEITY, Biophysical journal, 72(2), 1997, pp. 286-286
Authors:
BUCHLER NEG
ZUIDERWEG ERP
WANG H
GOLDSTEIN RA
Citation: Neg. Buchler et al., PROTEIN NMR ASSIGNMENTS USING MEAN-FIELD SIMULATED ANNEALING, Biophysical journal, 72(2), 1997, pp. 447-447
Authors:
TAVERNA DM
KOSHI JM
GOLDSTEIN RA
Citation: Dm. Taverna et al., MODELING MUTATION MATRICES USING PHYSICOCHEMICAL PROPERTIES, Biophysical journal, 72(2), 1997, pp. 455-455
Authors:
KOSHI JM
GOLDSTEIN RA
Citation: Jm. Koshi et Ra. Goldstein, SIMPLE EVOLUTIONARY MODELS, Biophysical journal, 72(2), 1997, pp. 464-464
Authors:
GOVINDARAJAN S
GOLDSTEIN RA
Citation: S. Govindarajan et Ra. Goldstein, PROTEIN EVOLUTION ON A FOLDABILITY-FITNESS LANDSCAPE, Biophysical journal, 72(2), 1997, pp. 465-465
Authors:
CHIU TL
GOLDSTEIN RA
Citation: Tl. Chiu et Ra. Goldstein, MODELING PROTEIN-FOLDING AS DIFFUSION ON ENERGY LANDSCAPES, Biophysical journal, 72(2), 1997, pp. 466-466
CONSTRUCTING AMINO-ACID RESIDUE SUBSTITUTION CLASSES MAXIMALLY INDICATIVE OF LOCAL PROTEIN-STRUCTURE
Authors:
THOMPSON MJ
GOLDSTEIN RA
Citation: Mj. Thompson et Ra. Goldstein, CONSTRUCTING AMINO-ACID RESIDUE SUBSTITUTION CLASSES MAXIMALLY INDICATIVE OF LOCAL PROTEIN-STRUCTURE, Proteins, 25(1), 1996, pp. 28-37
Authors:
THOMPSON MJ
GOLDSTEIN RA
Citation: Mj. Thompson et Ra. Goldstein, PREDICTING SOLVENT ACCESSIBILITY - HIGHER ACCURACY USING BAYESIAN STATISTICS AND OPTIMIZED RESIDUE SUBSTITUTION CLASSES, Proteins, 25(1), 1996, pp. 38-47
Authors:
ALBRIGHT JF
GOLDSTEIN RA
Citation: Jf. Albright et Ra. Goldstein, AIRBORNE POLLUTANTS AND THE IMMUNE-SYSTEM, Otolaryngology and head and neck surgery, 114(2), 1996, pp. 232-238
Authors:
PLANT M
ZIMMERMAN EM
GOLDSTEIN RA
Citation: M. Plant et al., HEALTH-HAZARDS TO HUMANS ASSOCIATED WITH DOMESTIC PETS, Annual review of public health, 17, 1996, pp. 221-245
Authors:
CHEN CW
HERR J
GOLDSTEIN RA
SAGONA FJ
RYLANT KE
HAUSER GE
Citation: Cw. Chen et al., WATERSHED RISK ANALYSIS MODEL FOR TVAS HOLSTON RIVER BASIN, Water, air and soil pollution, 90(1-2), 1996, pp. 65-70