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Biochemistry and Function of V...
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Biochemistry and Function of Vacuolar Adenosine-Triphosphatase in Fungi and Plants edited by B.P. Marin.
Saved in:
Bibliographic Details
Corporate Author:
SpringerLink (Online service)
Other Authors:
Marin, B.P
(Editor)
Format:
eBook
Language:
English
Published:
Berlin, Heidelberg :
Springer Berlin Heidelberg : Imprint: Springer,
1985.
Edition:
1st ed. 1985.
Series:
Springer eBook Collection.
Subjects:
Plant science.
Botany.
Cell biology.
Biochemistry.
Microbiology.
Electronic resources (E-books)
Online Access:
Click to view e-book
Holy Cross Note:
Loaded electronically.
Electronic access restricted to members of the Holy Cross Community.
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Description
Table of Contents
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Table of Contents:
Characteristics of Tonoplast Membranes
Plant Vacuole Membrane: Structure and Properties (With 9 Figures)
Analytical Characterization of Vacuolar Membranes from Higher Plants (With 11 Figures)
Tonoplast Adenosine-Triphosphatases
Comparative Analysis of the Properties of Tonoplast-Bound Adenosine-Triphosphatase from Fungi and Higher Plants: Pitfalls and Artifacts in the Search for Vacuolar ATPase and Proton Pumps
Salt-Stimulated ATPase and PPase Activities Associated With Vacuoles from Higher Plants (with 2 Figures)
Ca2+-ATPases and Their Occurrence in Vacuoles of Higher Plants (With 2 Figures)
Isolation, Properties, and Functions of Tonoplast ATPase from Higher Plants
Measurement of Protonmotive Potential Difference Across the Tonoplast Membrane
Membrane Potential Changes in Vacuoles from Storage Roots of Red Beet (With 2 Figures)
Transtonoplast Potential Difference and Surface Potential of Isolated Vacuoles (with 7 Figures)
Critical Evaluation of Methods for Estimating the Vacuolar pH of Plant Cells (With 5 Figures)
A Study of Transport in Tonoplast Vesicles Using Spin-Labelled Probes (With 3 Figures)
The Use of Optical Probes to Monitor the Formation of pH Gradients and Membrane Potential in Tonoplast Membrane Vesicles (With 4 Figures)
Proton Pump Activity and Tonoplast Energization
The H+-Translocating ATPase in Vacuolar Membranes of Neurospora Crassa (With 2 Figures)
The H+-Translocating ATPase in Vacuolar Membranes of Saceharomyoes Cerevisiae (With 2 Figures).
The Functioning of Tonoplast H+-Translocating ATPase from Hevea Latex in Physiological Conditions (With 4 Figures)
Proton Pump and ATPase Activities in Tonoplast Vesicles from Storage Tissue of Red Beet (With 4 Figures)
Anion-Sensitive H+-ATPases from Higher Plant Cells: The Role of Chloride in Stimulating Proton Transport (With 3 Figures)
An Electrogenic Proton Pump on the Tonoplast of Acer Pseudoplatanus L. Free Cells and Isolated Vacuoles (With 7 Figures)
Role of Tonoplast Adenosine-Triphosphatase in the Compartmentation of Solutes in Plant Cells
H+-ATPase and H+/Ion Antiporters of the Vacuolar Membrane of Sacchavomyces Carlsbergensis Yeast (With 7 Figures)
Compartmentation of Solutes and the Role of Tonoplast ATPase in Hevea Latex (With 2 Figures)
Transport of Malic Acid in Cells of CAM Plants
Transport and Energization in Vacuoles of Sugarcane (With 3 Figures)
Cooperation of a “Davies Type” Biochemical pH-Stat and the Tonoplastic Bioosmotic pH-Stat in the Regulation of the Cytosolic pH of Hevea Latex (With 7 Figures).
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