Lipid Peroxidation in Dunaliella Salina IPPAS-294 Cells Modified by Ionol at High Salinity in Optimal and Low-Temperature Cultivation Conditions_ Crimson Publishers

 Lipid Peroxidation in Dunaliella Salina IPPAS-294 Cells Modified by Ionol at High Salinity in Optimal and Low-Temperature Cultivation Conditions by Jalilova AR* in Journal of Biotechnology & Bioresearch_ Journal of Biotechnology

 

Abstract

In this work, have been presented results of bio productivity study and quantity of formed MDA in Dunaliella cells at high salinity in optimal and low-temperature cultivation conditions. It became clear that, in conditions of low temperature stress, bioproductivity of cells decreases 25% in regard to optimal cultivating regime. The cell modification by 2,6 di-tret-butyl cresol (ionol) leads to growth stimulation of Dunaliella culture in optimal regime: (25-350mkM) 2-7% respectively, and in conditions of low temperature stress in range of concentrations (25-350mkM) 5-8%. It was established that, the concentrations 25-50mkm 2,6 di-tret-butyl cresol in mineral medium cause 30-70% increase of MDA content in cells and then 35-60% decrease of its content at concentrations 15-300mkm in optimal regime. In low temperature regime concentrations 25-50mkm of BHT, MDA quantity remains in control, but at concentrations 15-300mkm decreases 4-20%.

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