Complementary biophysical techniques have provided evidence for an effect of temperature-
induced changes in lipid fluidity on the conformation of proteins in senescing plant …

Successful seed germination depends on the rapid repair of cell membrane damaged by dry
storage. However, little is known about the reorganization of lipids during this process. In this …

Plant tissue deterioration is of prime importance to food and horticultural scientists.
Experimental evidence continues to be gathered supporting membrane damage as the key …

Understanding how wheat (Triticum aestivum L.) plants under high temperature (HT)
regulate lipid composition is critical to developing climate‐resilient varieties. We measured …

Changes in lipid metabolism and composition as well as in distinct lipid species have been
linked with altered plant growth, development and responses to environmental stresses …

Changes in membrane lipid composition play important roles in plant adaptation to and
survival after freezing. Plant response to cold and freezing involves three distinct phases …

Compatible solutes are accumulated by diverse organisms in response to environmental
stresses such as drought, salt, or cold. Glycinebetaine (Bet) is such a solute that is …

Figure 1. Model of lipid changes that occur in B. stricta plant cells in response to freezing.
Freezing tolerance is associated with accumulation of membrane-stabilizing …

Membrane lipid remodelling is one of the strategies that plants have developed to combat
abiotic stress. In this study, physiological, lipidomic and proteome analyses were conducted …

Lipid metabolism plays an important role in the mechanism of frost or cold-tolerance in
plants. Plant membrane lipids have the tendency to change from gel to liquid-crystalline …