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1
Modeling Protein Dynamics and the Topological Assembly Pathway of the Multi-Subunit Macromolecular Complexes
Modeling Protein Dynamics and the Topological Assembly Pathway of the Multi-Subunit Macromolecular Complexes
Nde Kengne, Jules Berlin. | University of Washington | 2024
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2
Long-Timescale Kinetics and Mechanisms of Protein Conformational Change
Long-Timescale Kinetics and Mechanisms of Protein Conformational Change
Guo, Spencer C. | The University of Chicago | 2025
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3
Insights on the Functional Importance of Molecular Motions in Phosphatases
Insights on the Functional Importance of Molecular Motions in Phosphatases
Zavala, Erik Xavier. | Yale University | 2024
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4
Structural Dynamic Insights into Coronavirus Spike Conformational States, Receptor Activation, and Vaccines
Structural Dynamic Insights into Coronavirus Spike Conformational States, Receptor Activation, and Vaccines
Chen, Chengbo. | University of Washington | 2024
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5
Deep Learning Guided Design of Dynamic Proteins
Deep Learning Guided Design of Dynamic Proteins
Guo, Amy. | University of California, San Francisco | 2024
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6
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Soto, Jenaro.Pharmacological Sciences. | University of California, Irvine. | 2023
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7
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Soto, Jenaro.Pharmacological Sciences. | University of California, Irvine. | 2023
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8
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Characterizing Dynamics of DNA Binding Proteins; p53 and DinB Homolog Polymerase (Dbh)- [electronic resource]
Soto, Jenaro.Pharmacological Sciences. | University of California, Irvine. | 2023
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9
Computational Studies of Proteins: Void Analyses, NMR and X-ray Structures, Fluctuations in Protein Structure Measured Using Molecular Dynamics Simulations
Computational Studies of Proteins: Void Analyses, NMR and X-ray Structures, Fluctuations in Protein Structure Measured Using Molecular Dynamics Simulations
Mei, Zhe. | Yale University | 2021
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