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- W2083429477 abstract "SUMMARY The possibility of utilization of leaf wax by N 2 -fixing micro-organisms on the leaf surface of plants was examined. Chloroform and n-hexane extractable wax could be isolated in significant amounts, ranging between 0·13 and 6·83 g/kg fresh weight from leaves of rice cv. IR·26, wheat cv. Sonalika, jute cv. JRO 632, pigeon pea, Ficus benghalensis, F. religiosa, Eichornia crassipes, Calotropis procera and Cocos nucifera . Pigeon pea and coconut leaves were very rich in wax. The utilization of leaf wax was studied by observing the growth of micro-organisms in Burk's N-less DN 2 medium containing 0·025% yeast extract and jute or coconut leaf wax as the sole C source. A 2·fold increase in growth was observed as compared with the control containing no wax. The most growth was exhibited by Pseudomonas azotogensis, P8. azotocolligans, Xanthobacter flavus, Azotobacter paspali 23A and Klebsiella pneumoniae Kupbr 2 . Utilization of wax components was studied by comparing the amounts of acetylated alcohols and methyl esters of fatty acids in leaves inoculated with those untreated with bacteria after separation of the components by gas chromatography. A strain of K. pneumoniae KUP 4 , the association of which very remarkably improved the growth of jute plants, was found to utilize particularly C 10 –, C 13 – and C 16 – saturatedfatty acids and C 15 –, C 18 –, C 25 –, C 26 – and C 27 – fatty alcohols. It is suggested that leaf wax may act partly as an energy substrate for growth of N 2 -fixing micro-organisms on the leaf surface." @default.
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- W2083429477 date "1986-12-01" @default.
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- W2083429477 title "The utilization of leaf wax by N2-fixing micro-organisms on the leaf surface" @default.
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