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Matt Hangauer
(Vanderbilt University undergraduate) matthew.j.hangauer@vanderbilt.edu
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Matt is working
with funding from VUSRP, McMinn Honor Scholarship and a Barry
Goldwater scholarship. He is working with Keith Keller (see
below).
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Keith Keller
keith.a.keller@vanderbilt.edu
(B.S., Furman University; Ph.D., University of Virginia) |
Currently investigating novel compounds
that are intended to convert lipid-soluble peroxyl radicals
into water-soluble superoxide radicals.
Keith's doctoral research, under the direction
of M. G. Finn, involved the development of novel cleavable linkers
for solid phase organic synthesis.
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Ginger Lohr ginger.j.lohr@vanderbilt.edu
(B.S., Wake Forest University)
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Ginger is currently investigating
the oxidation products of phosphatidylcholine molecular species
using Coordination-Ionspray mass spectrometry.
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Jeremy
Mills jeremy.h.mills@vanderbilt.edu
(B.S., Vanderbilt University) |
Jeremy is
examining the peroxidation of benzylic compounds.
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Zhiyang
Pan zhiyang.pan@vanderbilt.edu
(B.S., Peking University, China)
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Zhiyang is
working on analysis of lipid peroxidation products by HPLC and
MS methods
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Bill Roschek
bill.roschek@vanderbilt.edu
(B.S. Xavier
University, Cincinnati OH)
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Bill is studying
fragmentation patterns/rates of 9, 12(trans, trans)-methyl linoleate,
as well as the synthesis of deuterated hydroxynonenal for further
studies in the Mass Spec center.
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Jennifer Seal jennifer.r.seal@vanderbilt.edu
B.S., Bradley
University
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Jennifer's work involves
Coordination Ionspray Mass Spectrometry. She is doing calibration
studies with the ultimate goal of using this mass spec technique
for quantitation of lipid peroxide products.
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Sheena
Shashikanth
Sheena.shashikanth@vanderbilt.edu
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Shashi
is planning to synthesize nonenal and the corresponding enol and
auto oxidation and trying to trap the enols during Hock rearrangement. |
Keri Tallman keri.a.tallman@vanderbilt.edu
(B.A., The College of Wooster,
Wooster, OH; Ph.D., Colorado State University, under Professor
Marc M. Greenberg)
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Keri is investigating the free radical
induced oxidation of lipids. Her work focuses on the use of
Coordination Ionspray-MS in the identification of lipid oxidation
products and the mechanism by which the hydroperoxides decompose
to generate secondary products, such as 4-hydroxynonenal.
Keri's dissertation was "Investigation
of the Reactivity of 5,6-Dihydrothymidin-5-yl and its Involvement
in DNA Damage Amplification."
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Huiyong Yin
huiyong.yin@vanderbilt.edu
(B.S., Tongji University, Shanghai, China, M.S., Organic Chemistry,
Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences,
Shanghai, China) |
Huiyong is currently working on analysis
of lipid oxidation products by LC-MS
and GC-MS methods.
His M.S. research centered
on synthesis and the study of physical properties of fluorinated
liquid crystals under Dr. Jianxun Wen. Huiyong worked on the
synthesis of labeled antiferroelectric liquid crystals and mechanistic
studies by solid FT-IR, NMR, and Raman while he was a research
assistant at the Tokyo Institute of Technology under Dr. Fukuda.
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