“Counter-flow
Gradient Electrofocusing.” J.G. Shackman and
D. Ross. Electrophoresis , 28
(2007) , 556-571.
“Gradient
Elution Moving Boundary Electrophoresis for
High-Throughput Multiplexed Microfluidic Devices.”
J.G. Shackman, M.S. Munson, and D. Ross.
Analytical Chemistry , 79
(2007) , 565-571.
“Quantitative
Temperature Gradient Focusing Performed Using
Background Electrolytes at Various pH Values.”
J.G. Shackman, M.S. Munson, C-W. Kan,
and D. Ross. Electrophoresis ,
27 (2006) , 3420-3427.
“Total
Insulin and IGF-I Resistance in Pancreatic Beta
Cells Causes Overt Diabetes.” K. Ueki,
T. Okada, J. Hu, C.W. Liew, A. Assmann, G.M.
Dahlgren, J.L. Peters, J.G. Shackman, M. Zhang,
I. Artner, L.S. Satin, R. Stein, M. Holzenberger,
R.T. Kennedy, C.R. Kahn, and R.N. Kulkarni.
Nature Genetics , 38
(2006) , 583-588.
“Microfluidic
Electrophoresis Chip Coupled to Microdialysis
for In Vivo Monitoring of Amino Acid
Neurotransmitters.” Z.D. Sandlin, M.S.
Shou, J.G. Shackman, and R.T. Kennedy.
Analytical Chemistry , 77 (2005)
, 7702-7708.
“Perfusion
and Chemical Monitoring of Living Cells on a
Microfluidic Chip.” J.G. Shackman, G.M.
Dahlgren, J.L. Peters, and R.T. Kennedy.
Lab on a Chip , 5 (2005) ,
56-63.
“
In Vivo Monitoring of Amino Acids
by Microdialysis Sampling with On-Line Derivatization
by Naphthalene-2,3-Dicarboxyaldehyde and Rapid
Micellar Electrokinetic Capillary Chromatography.”
M. Shou, A.D. Smith, J.G. Shackman, J.
Peris, and R.T. Kennedy. Journal
of Neuroscience Methods , 138
(2004) , 189-197.
“High-Throughput
Automated Post-Processing of Separation Data.”
J.G. Shackman, C.J. Watson, and R.T.
Kennedy. Journal of Chromatography
A , 1040 (2004) , 273-282.
“Microfluidic
Chip for Continuous Monitoring of Hormone Secretion
from Live Cells using an Electrophoresis-Based
Immunoassay.” M.G. Roper, J.G. Shackman,
G.M. Dahlgren, and R.T. Kennedy. Analytical
Chemistry , 75 (2003) ,
4711-4717.
“Pharmaceutical
Reaction Monitoring by Raman Spectroscopy.”
J.G. Shackman, J.H. Giles, and M.B. Denton.
In Further Developments in Scientific
Optical Imaging . The Royal Chemical
Society: Cambridge 2000 ; pp
186-201.