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Jason W. Cooley, PhD
Curriculum Vitae
[12]
∗
Halsey, C. M., Benham, D., JiJi, R. D., and
Cooley, J. W.
Structural analysis of a
depsipeptide in the lipid membrane. Midwestern Southeastern Regional Photosynthesis
Meeting, Turkey Run, IN. 2010. Oral Presentation
[13]
∗
Halsey, C. M., JiJi, R. D., and
Cooley, J. W.
Relationship of transmembrane helix con-
tent and carbonyl stretch modes responses in deep-UV resonance Raman. Poster Ab-
stract. Midwestern Southeastern Regional Photosynthesis Meeting, Turkey Run, IN.
2010.
[14]
∗
Halsey, C. M., JiJi, R. D., and
Cooley, J. W.
. Pioneering the use of multi-excitation UV
resonance Raman spectroscopy as applied to structure function questions in a model
transmembrane redox protein., Poster Abstract. Midwestern Southeastern Regional
Photosynthesis Meeting, Turkey Run, IN. 2009.
I
NVITED
T
ALKS
[1] Cooley, J. W. Peptide-Water Interactions and other Tricks Towards Regionspecific struc-
tural Information using deep-UV resonance Raman.
International Conference on Ra-
man Spectroscopy, Jena, Germany
August 10. 2014.
[2] Cooley, J.W. Measuring ensemble substrate structures in the enzyme-substrate complex
using isotope-assisted vibrational interrogation of bilayer embedded proteins (iVIBE).
In:
SciX13 Symposium
, WI, September 14, 2013.
[3] Cooley, J. W. The elevator pitch in zero words: improving scientific graphics. In: MU-
SciComm Network Workshop, June 2013
[4] Cooley, J.W. The elevator pitch in zero words: improving scientific graphics. In: EX-
PRESS fellows symposium, April 2013
[5] Cooley, J. W. Differentiating super complexes from large monomeric protein complexes
using deep-UV resonance Raman. Midwestern Southeastern Regional Photosynthesis
Meeting, Turkey Run, IN. 2012.
[6] Cooley, J. W. Simultaneous analysis of membrane protein structural and solvation regimes
by deep-UV excited resonance Raman. In:
Biophysics Colloquium
, University of Mis-
souri Physics Department, December, 2011.
[7] Cooley, J.W. Simultaneous analysis of membrane protein structural and solvation regimes
by deep-UV excited resonance Raman. In:
Chemistry Colloquium
, Arizona State Uni-
versity November 14, 2011.
[8] Cooley, J. W. A structural model for across membrane communication in the cytochrome
bc
1
complex.
Chemistry Colloquium
, Missouri S & T. 2010
[9] Cooley, J. W. How does one catalytic site of quinone redox chemistry influence another
in the cytochrome
bc
1
complex, the kitchen sink of inhibitors, mutations and struc-
ture gazing. Quinones Binding and Catalysis (Satellite meeting to the 15th European
Bioenergetics Conference. Dublin, Ireland. 2008
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