role of changes in cell fatty acids composition in the increasing of frost resistance of winter wheat suspension culture

role of changes in cell fatty acids composition in the increasing of frost resistance of winter wheat suspension culture

;I.V. Lyubushkina;K.A. Kirichenko;O.I. Grabelnych;T.P. Pobezhimova;A.V. Fedyaeva;A.V. Stepanov;V.K. Voinikov
clinical therapeutics 2013 Vol. 9 pp. 219-229
265
lyubushkina2013journalrole

Abstract

Influences of low temperatures (4 and 8 ° С) on the frost tolerance and fatty acid compositions of cells in a winter wheat suspension culture have been studied. It has been found that treatment of the culture with 4 °C (7 days) did not protect cells from subsequent freezing temperature action (-8 °С, 6 h) and was not accompanied significant changes in the fatty acid composition. On the contrary, the treatment of the culture with the temperature 8 °C (7 days) prevented the death caused by freezing temperature and the content of saturated fatty acids decreased: pentadecanoic acid (by 35,0%), palmitic acid (by 19,9%) and stearic acid (by 65,4%), and the content of α-linolenic acid increased by 94%. That was the cause of the double bond index (DBI) increase by 16%. The role of fatty acids composition changes in the process of increasing frost tolerance in plants are discussed.

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