Titlebook: Water and Solute Permeability of Plant Cuticles; Measurement and Data Lukas Schreiber,J?rg Sch?nherr Book 20091st edition Springer-Verlag B

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Effects of Temperature on Sorption and Diffusion of Solutes and Penetration of Water,e (donor) and enter the membrane phase in which they are sorbed. These sorbed molecules then diffuse in the membrane via a random hopping mechanism. Eventually they arrive at the opposite membrane interface facing the receiver. In cuticles, penetration is complicated, because they consist of more th

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General Methods, Sources of Errors, and Limitations in Data Analysis,) measured with plant cuticular membranes. Experimental methods and statistics have been kept to a minimum, as we felt this might distract the reader from the arguments regarding chemistry—structure—property relationships. This does not imply that we consider methods and statistics to be matters of

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General Methods, Sources of Errors, and Limitations in Data Analysis,) measured with plant cuticular membranes. Experimental methods and statistics have been kept to a minimum, as we felt this might distract the reader from the arguments regarding chemistry—structure—property relationships. This does not imply that we consider methods and statistics to be matters of

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Diffusion of Non-Electrolytes,ther membranes are proportional to the partition coefficient (2.17) of the compound, which is a measure for differential solubility in lipids and water (2.12). Thus, when analysing sorption in and penetration through cuticles, partition coefficients for the substances must be known or measured.

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l solutes.Several numerical examples facilitate the use of tTransport properties of plant cuticles are important for different ?elds of modern plant sciences. Ecologists and physiologists are interested in water losses to the environment via the cuticle. Penetration of plant protecting agents and nu

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Effects of Temperature on Sorption and Diffusion of Solutes and Penetration of Water,us pores. The polymer matrix is an ion exchanger, and concentration of counter ions depends on .H. Sorption, diffusion, swelling and ion exchange vary with temperature. In addition, swelling and phase transitions of membrane components can affect membrane structure and function.

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