A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion

Bibliographic Details
Main Authors: Lee Pilhwa, Peskin Charles S
Format: Article
Language:English
Published: BMC 2007-07-01
Series:BMC Neuroscience
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spelling doaj-79ad540c1a0e43bcbd7c63cab2262bef2020-11-25T03:22:02ZengBMCBMC Neuroscience1471-22022007-07-018Suppl 2P9510.1186/1471-2202-8-S2-P95A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusionLee PilhwaPeskin Charles S
collection DOAJ
language English
format Article
sources DOAJ
author Lee Pilhwa
Peskin Charles S
spellingShingle Lee Pilhwa
Peskin Charles S
A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
BMC Neuroscience
author_facet Lee Pilhwa
Peskin Charles S
author_sort Lee Pilhwa
title A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
title_short A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
title_full A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
title_fullStr A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
title_full_unstemmed A computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
title_sort computational approach to dendritic spine motility with calcium signaling by the immersed boundary method with advection-electrodiffusion
publisher BMC
series BMC Neuroscience
issn 1471-2202
publishDate 2007-07-01
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AT peskincharless acomputationalapproachtodendriticspinemotilitywithcalciumsignalingbytheimmersedboundarymethodwithadvectionelectrodiffusion
AT leepilhwa computationalapproachtodendriticspinemotilitywithcalciumsignalingbytheimmersedboundarymethodwithadvectionelectrodiffusion
AT peskincharless computationalapproachtodendriticspinemotilitywithcalciumsignalingbytheimmersedboundarymethodwithadvectionelectrodiffusion
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