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(Re) Modeling the Golgi.

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2013_Methods in Cell Biology_V118_p299.pdf (128.82 KB)

Date

2013-11

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Elsevier Inc.

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Abstract

In this chapter, we summarize recent theoretical efforts to address a variety of issues in Golgi morphogenesis: de novo biogenesis of compartments with precise chemical identity, the transport of proteins through the Golgi, the maintenance of chemical identity, and the morphology of Golgi compartments, from the perspective of nonequilibrium physics.

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Restricted Access. Book Chapter Chapter 18 – (Re)Modeling the Golgi, from Methods in Cell Biology Edited by Franck Perez and David Stephens, Volume 118, Pages 2-443 (2013)

Keywords

Organelle biogenesis , Golgi compartments , Intracellular transport , Fission–fusion , Nonequilibrium dynamics , Active processes , Coarse-grained models , Vesicular transport , Cisternal maturation

Citation

Methods in Cell Biology, 2013, Vol. 118, p 299 (Book Chapter)

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http://hdl.handle.net/2289/5907

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2013 Elsevier Inc.