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Filtering by: Creator Charlotte A. Mason Creator Thomas J. Meade Type Work Collection Nanoscape: The Journal for Undergraduate Research in Nanoscience Resource type Article

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1. Structural and Binding Studies of Solvent Reorganization Energy Probes

Description:: Electron transfer theory predicts reorganization energy to be one factor that determines the electrochemical potential of a metal ion. This paper describes part of a study that aims to increase understanding of solvent reorganization energy in noncovalent systems by systematically varying the environment around a metal ion, specifically ruthenium. The...
Keyword:: Volume 2
Creator:: Thomas J. Meade, Amanda L. Eckermann, and Charlotte A. Mason
Owner:: Scholarly Digital Publishing
Date Uploaded:: 07/16/2018
Date Modified:: 07/16/2018
Date Created:: 2005
Resource Type:: Article

2. Electrochemical and Binding Studies of Solvent Reorganization Energy Probes

Description:: In this study, ligands modified to contain a metal ion were synthesized and their electrochemical properties were examined alone and in the presence of a protein. We chose to use avidin and biotin as a model system. Probes have been developed in which biotin is modified to coordinate to a...
Keyword:: Volume 3
Creator:: Thomas J. Meade, Amanda L. Eckermann, and Charlotte A. Mason
Owner:: Scholarly Digital Publishing
Date Uploaded:: 07/17/2018
Date Modified:: 07/17/2018
Date Created:: 2006
Resource Type:: Article

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1. Structural and Binding Studies of Solvent Reorganization Energy Probes

2. Electrochemical and Binding Studies of Solvent Reorganization Energy Probes