The production of growth-suppressing volatile substances by stored potato tubers
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The sprout-suppressing constituent(s) of the volatiles may be removed by a solution of silver sulphate in 96% H2SO4 or by aqueous solutions of mercuric acetate or chloride. but not by 96% H2SO4 alone, suggesting that they may be olefinic, ethereal and/or sulphur-containing. Ethylene may be produced in very small quantities, insufficient to be an active olefinic constituent.
KeywordsSulphate Acetate Ethylene Chloride Aqueous Solution
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- Burton, W. G., 1952. Studies on the dormancy and sprouting of potatoes III. The effect upon sprouting of volatile metabolic products other than carbon dioxide.New Phytol., 51: 154–162.Google Scholar
- Burton, W. G., 1958. The effect of the concentrations of carbon dioxide and oxygen in he storage atmosphere upon the sprouting of potatoes at 10°C.Eur. Potato J. 1 (2): 47–57.Google Scholar
- Burton, W. G., 1962. A simple apparatus for measuring oxgen uptake and carbon dioxide output.Eur. Potato J. 5: 220–227.Google Scholar
- Elmer, O. H., 1932. Growth inhibition of potato sprouts by the volatile products of apples.Science 75: 193.Google Scholar
- Huelin, F. E., 1933. Effects of ethylene and of apple vapours on the sprouting of potatoes.Rep. Fd Invest. Bd London for 1932: 51–53.Google Scholar
- McAllen, D. T., Cullum, T. V., Dean, R. A. & Fidler, F. A. 1951. The preparation and properties of sulphur compounds related to petroleum I. The dialkyl sulphides and disulphidesJ. Am. chem. Soc. 73: 3627–3632.Google Scholar
- Seidell, A., 1958. Solubilities of inorganic and metal organic compounds, Vol. 1, 4th ed. (=revised by W. F. Linke). American Chemical Society, pp. 1487.Google Scholar
- Walls, L. P., 1942. The nature of the volatile products from apples.J. Pomol. 20: 59.Google Scholar