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Designing Allosteric Peptide Ligands Targeting a Globular Protein
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Algorithmically Designed Peptides Ameliorate Behavioral Defects in an Animal Model of ADHD by an Allosteric Mechanism
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Designing Human m1 Muscarinic Receptor-Targeted Hydrophobic Eigenmode Matched Peptides as Functional Modulators
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Cellular and Behavioral Effects of D2 Dopamine Receptor Hydrophobic Eigenmode-Targeted Peptide Ligands
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A Computational Approach to the Sometime One-Dimensional Problems of Peptide-Receptor and Chaperone-Protein Binding
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Hydrophobic Free Energy Eigenfunctions of Pore, Channel and Transporter Proteins Contain Beta-Burst Patterns
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Mode Matches in Hydrophobic Free Energy Eigenfunctions Predict Peptide-Protein Interactions
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Mode Homologies and their Locations in the Hydrophobic Free Energy Sequences of Peptide Ligands and their Receptors' Eigenfunctions
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