Metabolic control of the membrane fluidity in Bacillus subtilis during cold adaptation

Abstract

Regulation of membrane fluidity during the cold adaptation of Bacillus subtilis with respect to carbon source.

Keywords

• Bacillus
• fatty acid synthesis regulation
• cold shock
• DPH
• DSC
• homeoviscous adaptation
• escherichia-coli
• shock response
• growth-rate
• temperature adaptation
• lipid fluidity
• fatty-acids
• bacteria
• biosynthesis
• desaturase