| Molecular Modeling: From Virtual Tools to Real Problems / M.N. Liebman |
| Reliability of X-Ray Crystallographic Structures / R. Bott |
| Determining the Solution Conformation of Receptor-Bound Ligands by NMR: A Transferred Nuclear Overhauser Effect Study ofthe Peptidyl Prolyl Cis-Trans Isomerase Cyclophilin and a Model Substrate / L.T. Kakalis ; I.M. Armitage |
| Modeling / L. L. France ; P.G. Piatti ; I. Toth ; J.F. E. Newman ; F. Brown |
| Biologically Relevant Peptides Using Circular Dichroism with Synchrotron |
| Radiation, and High Temperature Molecular Dynamics |
| Protein Secondary Structure Determination Using Vibrational Circular Dichroism / T. A. Keiderling ; P. Pancoska ; V. Baumruk ; M. Urbanova ; V.P. Gupta ; R.K. Dukor ; D. Huo |
| Global Secondary Structure Analysis of Proteinsin Solution by Resolution Enhanced Deconvolution Fourier Transform Infrared / T. F. Kumosinski ; J.J. Unruh |
| Spectroscopy in Water |
| Molecular Modeling of Apolipoprotein A-I Using a Template Derived from the Crystal Structure of Apolipophorin III / E.M. Brown ; T.F. Kumosinski ; H.M. Farrell, Jr. |
| Testing an FTIR-Consistent Model of the Soluble Domain of Human Tissue Factor / J.B. A. Ross ; C.A. Hasselbacher ; G. King ; T.M. Laue ; A. Guha ; Y. Nemerson ; W.H. Konigsberg ; E. Rusinova ; E. Waxman |
| Computer-Generated Working Models of a-Crystallin Subunits and Their Complex / P.N. Farnsworth ; B. Groth-Vasselli |
| The Three-Dimension Energy-Minimized Model of the Human Type II "Smith" Collagen Microfibril / J. M. Chen ; A. Sheldon |
| Calculations of Association Free Energies: Separationof Electrostatic and Hydrophobic Contributions / R. A. Barford |
| Structure-Function Analysis of Amino Acid Substitution in Proteins / N.G. Jiwani |
| Comparison of Spiral Structures in Wheat High-Molecular-Weight Glutenin Subunits and Elastin by Molecular Modeling / D.D. Kasarda |
| Modeling Biological Pathways: A Discrete Event Systems Approach / V. N. Reddy ; M. L. Mavrovouniotis |
| Inhibitor Induced Structural Changes in Serine Proteases Monitored by FTIR Spectroscopy |
| Spectroscopy and Molecular Modeling of Electrochemically Active Films of Myoglobin and Didodecyldimethylammonium Bromide / J.F. Rusling ; A.-E. F. Nassar |
| Molecular Dynamics and NMR Studies of Concentrated Electrolytes and Dipoles in Water / I.C. Baianu ; E.M. Ozu ; T.C. Wei |
| Molecular Dynamics and Multinuclear Magnetic Resonance Studies of Zwitterions and Proteins in Concentrated Solutions |
| NMR and Molecular Modeling Evidence for the Entrapment of Water in a Simple Carbohydrate Complex / P. Irwin ; T. Kumosinski ; P. Pieffer ; J. Klein ; L. Doner |
| Structure-Serologic Relationships of the Immunodominant Site of Foot-and-Mouth Disease Virus |
| A Predicted Energy Minimized asl-Casein Working Model / E. M. Brown |
| Three-Dimensional Molecular Modeling of Bovine Caseins: An Energy Minimized Submicelle Structure / H.M. Farrell, Jr |
| Molecular Dynamics of Salt Interactions with Peptides, Fibrous Proteins and Casein |
| Application of a Probabilistic Approachto the NMR-Based Determination of Accurate Local Conformation and 3D-Structureof Proteins in Solution / L. Kar ; S. A. Sherman ; M.E. Johnson |
| Structural Elements Involved in the Allosteric Switch in Mammalian Pyruvate Kinase / T.G. Consler ; J.C. Lee |
| Representing Biochemistry for Modeling Organisms / T. Kazic |
| Molecular Modeling: From Virtual Tools to Real Problems / M.N. Liebman |
| Reliability of X-Ray Crystallographic Structures / R. Bott |
| Determining the Solution Conformation of Receptor-Bound Ligands by NMR: A Transferred Nuclear Overhauser Effect Study ofthe Peptidyl Prolyl Cis-Trans Isomerase Cyclophilin and a Model Substrate / L.T. Kakalis ; I.M. Armitage |
| Modeling / L. L. France ; P.G. Piatti ; I. Toth ; J.F. E. Newman ; F. Brown |
| Biologically Relevant Peptides Using Circular Dichroism with Synchrotron |
| Radiation, and High Temperature Molecular Dynamics |
