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An extracellular driving force of cell-shape changes (2004)

Abstract
The definitive version may be found at www.interscience.wiley.com. The cellular capacity to internalise objects, involving attachment, engulfment and uptake, exists in virtually all organisms. Many uptake reactions are associated with cell signalling. However, the mechanical forces that form endocytotic vesicles are not known. We propose a ‘leverage-mediated’ uptake mechanism involving lateral cross-linking processes on the cell surface that can generate the configurational energy to create an inverse curvature of the membrane.. Otto Schmidt and Ulrich Theopold

Publication details
Download http://hdl.handle.net/2440/105
Source http://www3.interscience.wiley.com/cgi-bin/abstract/109798928
Publisher John Wiley and Sons
Contributors School of Agriculture, Food and Wine : Plant and Food Science, School of Agriculture, Food and Wine : Waite, School of Agriculture, Food and Wine : Agricultural and Animal Science
Repository The University of Adelaide Digital Library (Australia)
Type Article
Language English
Relation http://link.library.adelaide.edu.au/?atitle=An%20extracellular%20driving%20force%20of%20cell-shape%20changes&aulast=Schmidt&issn=0265-9247&title=Bioessays&volume=26&date=2004&pages=1344-1350&spage=1344&epage=1350