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Debra K. Dillner, Associate
Professor
Ph.D., University of Rochester
(410) 293-6336Chemistry
Department
U.S. Naval Academy
572M Holloway Road
Annapolis, MD 21402-5026
ddillner@usna.edu
Department Home Page
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Interests |
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Research is being carried out
in the general area of synthetic organic chemistry and
focus within that area on both total synthesis and
synthetic methodology. Three projects are being
undertaken. The first is the total synthesis of
dolabelladiene, a marine natural product, and related
compounds. This class of molecules contain an eleven-membered
ring fused to a five-membered ring. The synthesis calls
for formation of the five-membered ring which will be
joined to an acyclic alkene to form the eleven-membered
ring. Once this synthesis is complete, conversion of
dolabelladiene to other similar molecules will be
undertaken.
As a result of preliminary
studies into formation of cyclopentanes, a project to
develop methods for constructing these systems has been
developed. A bicyclo[3.3.0]octane is used as a template.
Stereocontrolled reactions of this template can lead to
a variety of substituted cyclopentanes. A short,
efficient synthesis of the template has been completed
and stereocontrolled reactions are currently being
investigated.
A third project is in the area
of NMR spectroscopy of terpenes. This project entails
the synthesis of substituted cyclohexane rings, followed
by acquisition of 1D and 2D NMR spectra of these
compounds, leading to complete spectral determination of
structures. Similar projects on other molecules are
also being undertaken.
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