Plant Roots - From Cells to Systems : Proceedings of the 14th Long Ashton International Symposium Plant Roots - From Cells to Systems, held in Bristol, U.K., 13-15 September 1995

H. M. Anderson

ISBN 10: 9401064024 / ISBN 13: 9789401064026

Published by Springer, Springer, 2012

About this Item

Druck auf Anfrage Neuware - Printed after ordering - tests the suitability of using mannitol as an osmoticum during experiments. Pressure probe and SiCSA techniques The expanding maize root tip Use of the cell pressure probe (Htisken et aI. , 1978) and single-cell sampling and analysis (SiCSA; Tomos Individual cells expand to many times their ongl et aI. , 1994) provide an approach to study plant water nal length as they progress from the meristem to the and solute relations at the resolution of the individual mature zone of root tips. The expansion first accel cell. In the case of water relations, the pressure probe erates and then decelerates, stopping at the proximal provides the only technique that measures cell tur end of the expansion zone (Pritchard, 1994). This is gor pressure, and hence turgor adjustment processes, accomplished at constant ceJl turgor (P) and with a loss directly. In some cases, such as the motor cells of pul of osmotic (7l'j) pressure in the order of 15% (wheat: vini or in the stomatal complex, turgor varies between Tomos et aI. , 1989; maize: Pritchard et aI. , 1993; adjacent cells - making analysis at single cell resolu Pritchard and Tomos, 1993). The constant turgor indi tion essential for understanding mechanisms (Irving et cates that changes in cell-wall mechanical properties, aI. , 1994). Correlating turgor pressure measurements rather than driving force, are responsible for the imme with cell expansion rate permits unique measurement diate control of expansion-rate in roots (Pritchard et aI.

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Bibliographic Details

• Title: Plant Roots - From Cells to Systems : Proceedings of the 14th Long Ashton International Symposium Plant Roots - From Cells to Systems, held in Bristol, U.K., 13-15 September 1995
• Publisher: Springer, Springer
• Publication Date: 2012
• Language: English
• ISBN 10: 9401064024
• ISBN 13: 9789401064026
• Binding: Taschenbuch
• Condition: Neu
• Dimensions: 260W x 195H x 10D millimeters 260 millimeters width by 195 millimeters height by 10 millimeters depth
• Weight: 369 grams

About this title

Synopsis

tests the suitability of using mannitol as an osmoticum during experiments. Pressure probe and SiCSA techniques The expanding maize root tip Use of the cell pressure probe (Htisken et aI. , 1978) and single-cell sampling and analysis (SiCSA; Tomos Individual cells expand to many times their ongl­ et aI. , 1994) provide an approach to study plant water nal length as they progress from the meristem to the and solute relations at the resolution of the individual mature zone of root tips. The expansion first accel­ cell. In the case of water relations, the pressure probe erates and then decelerates, stopping at the proximal provides the only technique that measures cell tur­ end of the expansion zone (Pritchard, 1994). This is gor pressure, and hence turgor adjustment processes, accomplished at constant ceJl turgor (P) and with a loss directly. In some cases, such as the motor cells of pul­ of osmotic (7l'j) pressure in the order of 15% (wheat: vini or in the stomatal complex, turgor varies between Tomos et aI. , 1989; maize: Pritchard et aI. , 1993; adjacent cells - making analysis at single cell resolu­ Pritchard and Tomos, 1993). The constant turgor indi­ tion essential for understanding mechanisms (Irving et cates that changes in cell-wall mechanical properties, aI. , 1994). Correlating turgor pressure measurements rather than driving force, are responsible for the imme­ with cell expansion rate permits unique measurement diate control of expansion-rate in roots (Pritchard et aI.