| Effects of Mutations on Thermodynamic Properties of Proteins / J.M. Sturtevant |
| Contribution of Hydrogen Bonding andthe Hydrophobic Effect to Conformational Stability of Ribonuclease T1 / C.N. Pace ; K. Gajiwala ; B.A. Shirley |
| Protein Structure and Stability Assessment by Circular DischroismSpectroscopy / R. Jaenicke ; M.C. Manning |
| Structure--Function Relationship of Hyperthermophilic Enzymes / J.B. Bjarnason ; B. Asgeirsson ; J.W. Fox |
| Psychrophilic Proteinases fromAtlantic / CodJ.O. Bkaer ; M.E. Himmel |
| Thermal and pH Stress in Thermal Denaturation of Trichoderma reesei Cellobiohydrolase I: Supporting Evidence for a Two-Transition Model / P. Umana ; J.T. Kellis, Jr ; F.H. Arnold |
| Recombinant Protein Stabilizationthrough Engineered Metal-Chelating Sites / K. Chen ; C. Economou ; W. Chen ; P. Martinez ; K.P. Yoon ; M. VanDam |
| Engineering Nonaqueous Solvent-Compatible Enzymes / R. Wetzel ; B.A. Chrunyk |
| Mutational Effects on Inclusion Body Formation / P. Valax ; G. Georgiou |
| Characterization and Refolding of b-Lactamase Inclusion Bodies in Escherichia coli / A.A. Gatenby ; G.K. Donaldson ; F. Baneyx ; G.H. Lorimer ; P.V. Viitanen ; S M.van der Vies |
| Participation of GroE Heat Shock Proteins in Polypeptide Folding / J.L. Cleland ; D.I.C. Wang |
| Cosolvent Effects on Refolding and Aggregation / P.M. Horowitz |
| Facilitation of Protein Folding and the Reversibility ofDenaturation / L. Bulow |
| Artificial Bifunctional Enzymes: A Tool To Improve Consecutive EnzymeReactions and Cell Metabolism / E. Ong ; J.M. Greenwood ; N.R. Gilkes ; R.C. Miller, Jr ; R.A.J. Warren ; D.G.Kilburn |
| Proteins Designed for Adherence to Cellulose / M.E. Wales ; C.J. Strang ; R. Swanson ; J.R. Wild |
| Modification of Regulatory |
| Communication in Aspartate Transcarbamoylase / A.E. Thigpen ; C.K. Barlowe ; D.R. Appling |
| C1-Tetrahydrofolate Synthase:Dissection of Active Site and Domain Structure by Protein Engineering / C. Barnett ; L. Sumner ; R. Berka ; S. Shoemaker ; H. Berg ; M. Gritzli ; R.Brown |
| Properties of Native and Site-Mutagenized Cellobiohydrolase II / T. Fowler |
| Recombinant b-Glucosidase of Trichoderma reesei / D.B. Wilson |
| Structure-Function Relationships in Cellulase Genes / J.H D. Wu |
| Clostridium thermocellum Cellulosome: New Mechanistic Concept forCellulose Degradation / S.S. Wong ; M. Losiewicz ; L.-J. C. Wong |
| Protein Chemical Cross-Linking:Implications for Protein Stabilization / T.J.A. Johnson |
| Glutaraldehyde Cross-Linking: Fast and Slow Modes / A. Sadana ; R.R. Raju |
| Chemical Modification: Effect on Enzyme Activities andStabilities / M.N. Gupta |
| Cross-Linking Techniques: Applications to Enzyme and Protein |
| Stabilization and Bioconjugate Preparation |
| Effects of Mutations on Thermodynamic Properties of Proteins / J.M. Sturtevant |
| Contribution of Hydrogen Bonding andthe Hydrophobic Effect to Conformational Stability of Ribonuclease T1 / C.N. Pace ; K. Gajiwala ; B.A. Shirley |
| Protein Structure and Stability Assessment by Circular DischroismSpectroscopy / R. Jaenicke ; M.C. Manning |
| Structure--Function Relationship of Hyperthermophilic Enzymes / J.B. Bjarnason ; B. Asgeirsson ; J.W. Fox |
| Psychrophilic Proteinases fromAtlantic / CodJ.O. Bkaer ; M.E. Himmel |
| Thermal and pH Stress in Thermal Denaturation of Trichoderma reesei Cellobiohydrolase I: Supporting Evidence for a Two-Transition Model / P. Umana ; J.T. Kellis, Jr ; F.H. Arnold |
