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Full-Text Articles in Life Sciences
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.
The Cpce And Cpcf Genes Of Synechococcus Sp. Pcc 7002. Construction And Phenotypic Characterization Of Interposon Mutants, J Zhou, G E. Gasparich, V L. Stirewalt, R De Lorimier, D A. Bryant
The Cpce And Cpcf Genes Of Synechococcus Sp. Pcc 7002. Construction And Phenotypic Characterization Of Interposon Mutants, J Zhou, G E. Gasparich, V L. Stirewalt, R De Lorimier, D A. Bryant
Gail Gasparich
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.
Association Of Tetrapyrrole Intermediates In The Bacteriochlorophyll A Biosynthetic Pathway With The Major Outer-Membrane Porin Protein Of Rhodobacter Capsulatus, David W. Bollivar, Carl E. Bauer
Association Of Tetrapyrrole Intermediates In The Bacteriochlorophyll A Biosynthetic Pathway With The Major Outer-Membrane Porin Protein Of Rhodobacter Capsulatus, David W. Bollivar, Carl E. Bauer
David Bollivar
Rhodobacter capsulatus regulates synthesis of bacteriochlorophyll a in response to changes in oxygen partial pressure and light intensity. One early model proposed that this regulation involved a carrier polypeptide that functions to tether tetrapyrrole intermediates to the membrane. In the present study we isolated tetrapyrrole intermediates accumulated in three strains of R. capsulatus that contain mutations which block bacteriochlorophyll a biosynthesis at different steps of the magnesium branch of the pathway. Each of the tetrapyrrole intermediates was shown to be associated with the same 32 kDa polypeptide, as indicated by similar electrophoretic mobility and antigenic cross-reactivity with polyclonal antisera. The …
Nucleotide Sequence Of S-Adenosyl-L-Methionine: Magnesium Protoporphyrin Methyltransferase From Rhodobacter Capsulatus, David W. Bollivar, Carl E. Bauer
Nucleotide Sequence Of S-Adenosyl-L-Methionine: Magnesium Protoporphyrin Methyltransferase From Rhodobacter Capsulatus, David W. Bollivar, Carl E. Bauer
David Bollivar
No abstract provided.