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Thermodynamics Of Single-Standard Rna-Binding To Oligolysines Containing Tryptophan, David Mascotti, Timothy Lohman
Thermodynamics Of Single-Standard Rna-Binding To Oligolysines Containing Tryptophan, David Mascotti, Timothy Lohman
David P. Mascotti
These studies provide important comparative information for the interpretation of the thermodynamics of protein-ss nucleic acid interaction.
Interaction Of Single And Double Stranded Nucleic Acids With Charged Oligopeptides Containing Tryptophan, David Mascotti, T. Lohman
Interaction Of Single And Double Stranded Nucleic Acids With Charged Oligopeptides Containing Tryptophan, David Mascotti, T. Lohman
David P. Mascotti
No abstract provided.
Nonspecific Ligand-Dna Equilibrium Binding Parameters Determined By Fluorescence Methods., Timothy Lohman, David Mascotti
Nonspecific Ligand-Dna Equilibrium Binding Parameters Determined By Fluorescence Methods., Timothy Lohman, David Mascotti
David P. Mascotti
To understand the structures and dynamics of DNA and its interactions with ligands, a complete analysis of its confirmational flexibility is required.
Interaction Of Single And Double-Stranded Nucleic-Acids With Charged Oligopeptides Containing Tryptophan., David Mascotti, Timothy Lohman
Interaction Of Single And Double-Stranded Nucleic-Acids With Charged Oligopeptides Containing Tryptophan., David Mascotti, Timothy Lohman
David P. Mascotti
No abstract provided.
Thermodynamics Of Ligand-Nucleic Acid Interactions, Timothy Lohman, David Mascotti
Thermodynamics Of Ligand-Nucleic Acid Interactions, Timothy Lohman, David Mascotti
David P. Mascotti
To understand the structures and dynamics of DNA and its interactions with ligands, a complete analysis of its confirmational flexibility is required.