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Home > Divisions > Structural Division

John D. Lipscomb , Division Head



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FACULTY AND RESEARCH INTERESTS

Primary Members

Aihara, Hideki
Assistant Professor
 
Armitage, Ian M.
Professor

Multinuclear magnetic resonance techniques; metalloproteins/metal homeostasis; Alzheimer's Disease
NMR Home Page: http://www1.umn.edu/nmr

Bloomfield, Victor A.
Professor (also Chemistry)
and Associate Vice President for Public Engagement

Physical biochemistry of nucleic acids; polyelectrolytes; hydrodynamics laser light scattering; scanning tunneling microscopy.

Lipscomb, John D.
Professor

Oxygenase mechanisms, metalloproteins, magnetic resonance techniques, kinetics.

Matsuo, Hiroshi
Associate Professor

Protein structure; RNA structure; Protein-RNA, DNA interaction; Enzyme kinetics

Mayo, Kevin H.
Professor

Cell adhesion; protein-protein/carbohydrate interactions.

Ohlendorf, Douglas H.
Professor
Protein engineering; structural biology; x-ray crystallography; molecular biology.
Dr. Ohlendor's laboratory page.

Thomas, David D.
Professor

Molecular dynamics in muscle.

Veglia, Gianluigi
Associate Professor

Determination of the structure and functions of integral membrane proteins: solution NMR of membrane proteins in detergent micelles; solid state NMR of membrane proteins in oriented bilayers.

Walters, Kylie
Associate Professor

Nuclear magnetic resonance, structure-based drug design

Wilmot, Carrie M.
Associate Professor

Structural enzymology: Metal ions & organic co-factors; Human disease: cardiovascular, Alzheimers


Secondary Members

Kim, Do-Hyung
(Regulatory Division)

Biological networks that coordinate metabolism and growth

Lange, Alex J.
(Regulatory Division)

Therapeutic intervention in diabetes via manipulation of carbohydrate metabolism enzymes and their genes.


Joint Members - From Other Departments

Que, Jr., Lawrence
(Chemistry)

Active site structures and mechanisms of nonheme iron enzymes; trapping of reactive intermediates, design and synthesis of functional metalloenzyme models and chiral oxidation catalysts; artificial DNA hydolysis agents


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