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Description:: In many biological systems, ligand-receptor pairs bind to each other via noncovalent interactions such as hydrogen-bonding and Van der Waals forces. This project’s method of studying these interactions uses electron transfer theory. When a receptor binds to a redox-modified ligand, there is a change in the reorganization energy of the...
Keyword:: Volume 5
Creator:: Amanda Eckermann, Thomas Meade, and Clifton Saurel
Owner:: Scholarly Digital Publishing
Date Uploaded:: 07/19/2018
Date Modified:: 07/19/2018
Date Created:: 2008
Resource Type:: Article

Description:: Weak, noncovalent interactions (dipoledipole interactions, hydrogen bonding, and Van der Waals forces) in ligand-receptor pairs play a very important role in living systems. A new way to study these interactions is by using electron transfer theory. The rate of electron transfer between redox centers is dependent on several factors, including...
Keyword:: Volume 4
Creator:: Tracy Ooi, Thomas Meade, and Amanda Eckermann
Owner:: Scholarly Digital Publishing
Date Uploaded:: 07/18/2018
Date Modified:: 07/18/2018
Date Created:: 2007
Resource Type:: Article

Description:: Weak, noncovalent interactions (dipoledipole interactions, hydrogen bonding, and Van der Waals forces) in ligand-receptor pairs play a very important role in living systems. A new way to study these interactions is by using electron transfer theory. The rate of electron transfer between redox centers is dependent on several factors, including...
Keyword:: Volume 4
Creator:: Amanda Eckermann, Thomas Meade, and Tracy Ooi
Owner:: Scholarly Digital Publishing
Date Uploaded:: 07/18/2018
Date Modified:: 07/18/2018
Date Created:: 2007
Resource Type:: Article

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