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Sorption of Water Vapour by Tobacco Mosaic Virus

Abstract

THERE are abundant data in the literature indicating the applicability of the Brunauer, Emmett and Teller multilayer theory of site sorption to proteins and polyamides1,2. Vm, the first monolayer calculated by such treatment of the sorption data involving inert gases, has been shown to be related to the available surface area3. More recently, Benson et al.4 have determined Vm for several proteins from the nitrogen and oxygen sorption systems, and have shown that the values are much lower than the ‘monolayer’ determined from water sorption on similar proteins2. Their results are consistent with the physical size of their preparations as revealed by the electron microscope. Accordingly, the sorption of water molecules by protein is considered to involve a different process from the surface sorption of inert gases. Pauling5, Robinson6 and others have related the number of sites available for water sorption to the hydrophilic side-group linkages not only on the surface but also in the interior of the protein molecule.

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KATCHMAN, B., CUTLER, J. & McLAREN, A. Sorption of Water Vapour by Tobacco Mosaic Virus. Nature 166, 266–267 (1950). https://doi.org/10.1038/166266a0

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