Mechanotransduction in gravisensing cells

Plant organs can re-orientate themselves with respect to gravity. Gravisensing cells (statocytes) contain movable amyloplasts whose potential energy is apparently used to activate calcium channels by exerting tension on the actin network and/or pressure on the cytoskeleton elements lining the plasma...

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Published in	Trends in plant science Vol. 8; no. 10; pp. 498 - 504
Main Authors	Perbal, Gérald, Driss-Ecole, Dominique
Format	Journal Article
Language	English
Published	Oxford Elsevier Ltd 01.10.2003 Elsevier
Subjects	Biological and medical sciences Cell Polarity Fundamental and applied biological sciences. Psychology Gravitropism - physiology Mechanoreceptors - physiology Movements Plant physiology and development Plant Roots - cytology Plant Roots - physiology Signal Transduction - physiology Space life sciences Translocation Signal transduction Vegetals Auxin Calcium Amyloplast Ion transport Gravitropism Statolith Review Gravity
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Abstract	Plant organs can re-orientate themselves with respect to gravity. Gravisensing cells (statocytes) contain movable amyloplasts whose potential energy is apparently used to activate calcium channels by exerting tension on the actin network and/or pressure on the cytoskeleton elements lining the plasma membrane. The chain of events that follows remains to be further analysed but includes transient pH changes in the cytosol and sustained pH changes in the cell wall. Transduction ends with relocation of the auxin efflux carriers responsible for the lateral transport of auxin, which reorients the root tip in the direction of gravity. Many questions remain to be solved but recent studies now herald a better understanding of the molecular events involved in gravisensing.
AbstractList	Plant organs can re-orientate themselves with respect to gravity. Gravisensing cells (statocytes) contain movable amyloplasts whose potential energy is apparently used to activate calcium channels by exerting tension on the actin network and/or pressure on the cytoskeleton elements lining the plasma membrane. The chain of events that follows remains to be further analysed but includes transient pH changes in the cytosol and sustained pH changes in the cell wall. Transduction ends with relocation of the auxin efflux carriers responsible for the lateral transport of auxin, which reorients the root tip in the direction of gravity. Many questions remain to be solved but recent studies now herald a better understanding of the molecular events involved in gravisensing.
Author	Driss-Ecole, Dominique Perbal, Gérald
Author_xml	– sequence: 1 givenname: Gérald surname: Perbal fullname: Perbal, Gérald email: gerald.perbal@snv.jussieu.fr – sequence: 2 givenname: Dominique surname: Driss-Ecole fullname: Driss-Ecole, Dominique
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Snippet	Plant organs can re-orientate themselves with respect to gravity. Gravisensing cells (statocytes) contain movable amyloplasts whose potential energy is...
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SubjectTerms	Biological and medical sciences Cell Polarity Fundamental and applied biological sciences. Psychology Gravitropism - physiology Mechanoreceptors - physiology Movements Plant physiology and development Plant Roots - cytology Plant Roots - physiology Signal Transduction - physiology Space life sciences
Title	Mechanotransduction in gravisensing cells
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