C R Murphey
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Explore the profile of C R Murphey including associated specialties, affiliations and a list of published articles.
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7
Citations
122
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Recent Articles
1.
Tabak J, Murphey C, Moore L
J Comput Neurosci
. 2001 Jan;
9(3):215-36.
PMID: 11139040
With the advancement in computer technology, it has become possible to fit complex models to neuronal data. In this work, we test how two methods can estimate parameters of simple...
2.
Lindblad D, Murphey C, Clark J, Giles W
Am J Physiol
. 1996 Oct;
271(4 Pt 2):H1666-96.
PMID: 8897964
We have developed a mathematical model of the rabbit atrial myocyte and have used it in an examination of the ionic basis of the atrial action potential. Available biophysical data...
3.
Murphey C, Moore L, Buchanan J
Neural Comput
. 1995 May;
7(3):486-506.
PMID: 8935961
Parameter optimization methods were used to quantitatively analyze frequency-domain-voltage-clamp data of NMDA-activated lamprey spinal neurons simultaneously over a wide range of membrane potentials. A neuronal cable model was used to...
4.
Moore L, Buchanan J, Murphey C
Biophys J
. 1995 Jan;
68(1):96-103.
PMID: 7711273
Small volumes of N-Methyl-D-Aspartate (NMDA) and non-NMDA excitatory amino acid receptor agonists were applied to localized regions of the dendritic trees of lamprey spinal neurons along their medial-lateral axis to...
5.
Demir S, Clark J, Murphey C, Giles W
Am J Physiol
. 1994 Mar;
266(3 Pt 1):C832-52.
PMID: 8166247
A mathematical model for the electrophysiological responses of a rabbit sinoatrial node cell that is based on whole cell recordings from enzymatically isolated single pacemaker cells at 37 degrees C...
6.
Murphey C, Clark J, Giles W
Math Biosci
. 1991 Sep;
106(1):85-109.
PMID: 1802176
The success or failure of the propagation of electrical activity in cardiac tissue is dependent on both cellular membrane characteristics and intercellular coupling properties. This paper considers a linear arrangement...
7.
Murphey C, Clark J, Giles W, Rasmusson R, Halter J, Hicks K, et al.
Math Biosci
. 1991 Sep;
106(1):39-84.
PMID: 1802175
A number of fundamental properties of intercellular conduction in simulated cylindrical strands of cardiac tissue are examined. The paper is based on recent biophysical information describing the transmembrane ionic currents...