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Jason W. Cooley, PhD
Curriculum Vitae
Publications
S
UBMITTED
P
UBLICATIONS
[1]
‡
Zhang, L., Brown, M.,
Cooley, J. W.
and R. L. Koder. Water Penetration Limits the
Oxyferrous State Lifetime of an Artificial Oxygen Transport Protein.
Proteins
. 2014
P
APERS IN
P
REPARATION
[1]
‡
Brown, M. C., JiJi., R. D., Ubarrextena-Bilandia, I., and
J. W. Cooley
Transmembrane
helices adopt local
3,10
-helical structure rather than more extended non-helical struc-
tures during interactions with the Rhomboid protease GlpG.
Biochemistry
.
[2]
‡
Brown, M. C., Xiong, J., Roach, C. A., Oshokoya, O. O., Hasley, C. M., JiJi., R.
D. and
J. W. Cooley
Isotope-assisted Vibrational Interrogation of Bilayer Embedded-
macromolecules (iVIBE) for regio-specific membrane protein analysis.
Journal of Ra-
man Spectroscopy
.
[3] Eagleburger, M. K.,
Cooley, J. W.
and R. D. JiJi. Quantifying cholesterol, lipid saturation
and protein content in blood sample fractions by deep-UV resonance Raman.
Biochem-
istry
.
[4] Eagleburger, M. K., Brown, M. C., Vo, A., Halsey, C. M., Roach, C. A., Oshokoya, O.
O.,
J. W. Cooley
and R. D. JiJi. The influence of helical packing and membrane
environment on the hydration sensitive amide I mode of membrane solubilized proteins.
ChemBioChem
.
R
EFEREED
P
UBLICATIONS
[1]
‡
King J. D., Harrington L., Lada, B. M., He G.,
Cooley, J. W.
and R. E. Blankenship.
Site-directed mutagenesis of the highly perturbed copper site of auracyanin D.
Archives
in Biochemistry and Biophysics
. 2014.
Accepted
[2] Miskowiec, A., Buck, Z. N., Brown, M. C., Kaiser, H., Hansen, F. Y. , King, G. M.,
Taub. H., Jiji, R.,
Cooley, J. W.
, Tyagi, M., Diallo, S. O., Mamontov, E., and K.
W. Herwig. On the freezing behavior and diffusion of water in proximity to single
supported zwitterionic and anionic bilayer lipid membranes.
Europhysics Lett.
. 107:
28008
Article chosen as EPL editors choice for 2014
[3] Xiong, J., Roach, C. A., Oshokoya, O. O., Schroell, R. P., Yakubu, R. A., Eagleburger, M.
K.,
Cooley, J. W.
and R. D. JiJi. The Role of Bilayer Characteristics on the Structural
Fate of A
β
(1-40) and A
β
(25-40).
Biochemistry
. 53:3004-11. 2014.
[4] Eagleburger, M. K.,
Cooley, J. W.
and R. D. JiJi. Effects of fluidity on the ensemble
structure of a membrane embedded
α
-helical peptide.
Biopolymers
. 101: 895-902.
2014.
[5] Brown, M. C., Yakubu, R. A., Taylor, J., Halsey, C. M., JiJi., R. D. and
J. W. Cooley
.
Bilayer surface association of the pHLIP peptide promotes extensive backbone desol-
vation and helically-constrained structures.
Biophysical Chemistry
. 187: 1-6 . 2014.
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AOAC OMB Teleconference Materials
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