Ion Transport in Plants. Proceedings of an International Meeting, Liverpool, July 1972

Content: 
Inside Front Cover, Page ifc1
Front Matter, Page iii
Copyright, Page iv
Participants, Pages v-vii
Preface, Pages ix-x, W.P.A.
Acknowledgements, Page xi
I.1 - Investigation of Ion Transport in Plants by Electron Probe Analysis: Principles and Perspectives, Pages 1-10, André Läuchli
I.2 - Enzyme Localization and Ion Transport, Pages 11-24, J.L. Hall
I.3 - Ultrastructural Localization of Ions, Pages 25-37, R.F.M. Van Steveninck, A.R.F. Chenoweth, M.E. Van Steveninck
Discussion, Pages 38-43
II.1 - Electrokinetic Formulation of Ionic Absorption by Plant Samples, Pages 47-63, Michel Thellier
II.2 - Solute-Water Interactions in the Teorell Oscillator Membrane Model, Pages 65-75, K.R. Page, P. Meares
II.3 - The Flux-Ratio for Potassium in Chara corallina, Pages 77-94, J.F. Thain
Discussion, Pages 95-97
III.1 - Combined Effect of Potassium and Bicarbonate Ions on the Membrane Potential and Electric Conductance of Nitella flexilis, Pages 101-112, C. Gillet, J. Lefebvre
III.2 - Electrogenesis in Photosynthetic Tissues, Pages 113-128, R.M. Spanswick
III.3 - The H+ Pump in Red Beet, Pages 129-134, Ronald J. Poole
Discussion, Pages 135-139
III.4 - The Effect of Light and Darkness in Relation to External pH on Calculated H+ Fluxes in Nitella, Pages 141-152, Danley F. Brown, Thomas E. Ryan, C.E. Barr
III.5 - Energy Control of Ion Fluxes in Nitella as Measured by Changes in Potential, Resistance and Current-Voltage Characteristics of the Plasmalemma, Pages 153-169, W.J. Vredenberg
III.6 - The Membrane Potential of Vallisneria Leaf Cells: Evidence for Light-dependent Proton Permeability Changes, Pages 171-182, Friedrich W. Bentrup, Hans J. Gratz, Hans Unbehauen
Discussion, Pages 183-187
IV.1 - Millisecond Delayed Light as an Indicator of the Electrical and Permeability Properties of the Thylakoid Membranes, Pages 191-204, J. Barber
IV.2 - Proton and Chloride Uptake in Relation to the Development of Photosynthetic Capacity in Greening Etiolated Barley Leaves, Pages 205-221, Ulrich Lüttge
IV.3 - The Role of H+ and OH− Fluxes in the Ionic Relations of Characean Cells, Pages 223-231, F.A. Smith, W.J. Lucas
Discussion, Pages 232-236
IV.4 - Proton Movements Coupled to the Transport of β-Galactosides into Escherichia coli, Pages 237-250, I.C. West
IV.5 - Effects of Tris-buffer on Ion Uptake and Cellular Ultrastructure, Pages 251-269, R.F.M. Van Steveninck, C.J. Mittelheuser, M.E. Van Steveninck
IV.6 - The Regulation of Intracellular pH as a Fundamental Biological Process, Pages 271-278, J.A. Raven, F.A. Smith
Discussion, Pages 279-282
V.1 - K+-Stimulated Na+ Efflux and Selective Transport in Barley Roots, Pages 285-296, Wolf Dietrich Jeschke
V.2 - The Ionic Relations of Seedlings of the Halophyte Triglochin maritima L., Pages 297-321, R.L. Jefferies
V.3 - Cations and Filamentous Fungi: Invasion of the Sea and Hyphal Functioning, Pages 323-335, D.H. Jennings
V.4 - Study of the Efflux and the Influx of Potassium in Cell Suspensions of Acer pseudoplatanus and Leaf Fragments of Hedera canariensis, Pages 337-353, R. Heller, C. Grignon, D. Scheidecker
Discussion, Pages 354-356
V.5 - Biochemical and Cytochemical Studies of Suaeda maritima, Pages 357-368, T.J. Flowers, J.L. Hall
V.6 - Adenosine Triphosphatases stimulated by (Sodium + Potassium): Biochemistry and Possible Significance for Salt Resistance, Pages 369-377, Anders Kylin
V.7 - Enzymatic Approaches to Chloride Transport in the Limonium Salt Gland, Pages 379-384, B.S. Hill, A.E. Hill
V.8 - Electrical Potentials in the Salt Gland of Aegiceras, Pages 385-392, T.E. Bostrom, C.D. Field
Discussion, Pages 393-396
VI.1 - The Role of Protein Synthesis in Ion Transport, Pages 399-406, J.F. Sutcliffe
VI.2 - The Possible Role of Vesicles and ATP.ases in Ion Uptake, Pages 407-418, R.A. Leigh, R.G. Wyn Jones, F.A. Williamson
VI.3 - Chloride Transport in Vesicles. Implications of Colchicine Effects on CI Influx in Chara, and CI Exchange Kinetics in Maize Root Tips, Pages 419-426, W.J. Cram
Discussion, Pages 427-430
VI.4 - Vacuolar Ion Transport in Nitella, Pages 431-446, E.A.C. MacRobbie
VI.5 - Intercellular Movement of Chloride in Chara — A Test of Models for Chloride Influx, Pages 447-458, N.A. Walker, T.E. Bostrom
Discussion, Pages 459-461
VII.1 - Regulation of Inorganic Ion Transport in Plants, Pages 465-481, M.G. Pitman, W.J. Cram
VII.2 - The Origin of the Trans-root Potential and the Transfer of Ions to the Xylem of Sunflower Roots, Pages 483-491, D.J.F. Bowling
VII.3 - Some Evidence that Radial Transport in Maize Roots is into Living Vessels, Pages 493-506, N. Higinbotham, R.F. Davis, S.M. Mertz, L.K. Shumway
Discussion, Pages 507-510
VII.4 - The Radial Transport of Ions in Maize Roots, Pages 511-517, D.A. Baker
VII.5 - Potassium and Chloride Accumulation and Transport by Excised Maize Roots of Different Salt Status, Pages 519-530, A. Meiri
VII.6 - Heterogeneity of Ion Uptake Mechanisms Along Primary Roots of Maize Seedlings, Pages 531-537, A. Eshel, Y. Waisel
VII.7 - Multiphasic Ion Uptake in Roots, Pages 539-553, Per Nissen
VII.8 - Symplasmic Translocation of α-Aminoisobutyric Acid in Vallisneria Leaves and the Action of Kinetin and Colchicine, Pages 555-562, E. Müller, E. Bräutigam
Discussion, Pages 563-568
VIII.1 - A Comparison of the Uptake and Translocation of some Organic Molecules and Ions in Higher Plants, Pages 571-582, M.G.T. Shone, D.T. Clarkson, J. Sanderson, Ann V. Wood
VIII.2 - Solute and Water Transport in the Bladders of Utricularia, Pages 583-587, P.H. Sydenham, G.P. Findlay
VIII.3 - Hormonal Control of Ion Movements in the Plant Root?, Pages 589-593, J.C. Collins, A.P. Kerrigan
VIII.4 - Ferric-EDTA Absorption by Maize Roots, Pages 595-607, J.T. Beckett, W.P. Anderson
Discussion, Pages 608-610
Author Index, Pages 611-622
Subject Index, Pages 623-630