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- W2034650311 abstract "Work on tung (5, 6) has clearly established that a close relationship exists between the severity of copper deficiency and the amount of nitrogen fertilizer supplied to the plant. Normal plants free from the symptoms of copper deficiency can be produced under conditions of low nitrogen supply when the copper supply is sufficiently high (fig. 1). When high rates of nitrogen fertilizers are supplied to plants on low copper levels, the plants usually show severe symptoms of copper deficiency, such as necrosis of the leaves and eventual dieback of the terminals (fig. 2). Such affected plants can be made to resume normal growth by application of copper sulphate either to the soil or as a spray to the leaves. Physiological studies (5) have shown that copper deficiency is characterized in tung by the formation of abnormal amounts of complex nitrogen compounds at the expense of the carbohydrate reserves of the plant. The result is a net increase in content of the copper-deficient material over that of the normal on the basis of either per plant part or percentage of dry weight. Lucas (10) has also reported an abnormally high percentage in copper-deficient plants in comparison with those of high copper content. In the previous work with tung (5) was determined as hot-waterinsoluble nitrogen content, and in the work of Lucas (10) as amino-N content. It is thus impossible to determine whether the high protein values obtained represent actual quantitative differences or a qualitative difference in composition such as would result from a high ratio of basic polyamino to monoamino acids. Studies were therefore made of the amino acid" @default.
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- W2034650311 date "1951-04-01" @default.
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- W2034650311 title "A BIOCHEMICAL BASIS FOR COPPER-NITROGEN BALANCE IN TUNG" @default.
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- W2034650311 doi "https://doi.org/10.1104/pp.26.2.398" @default.
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