Glycerolipid remodeling, a dynamic mechanism for plant subsistence under cold stress, has
been posited to affect the biophysical properties of cell membranes. In barley roots …

The membranes of plants are where temperature sensing begins and where freezing injury
typically occurs. Barley's adaptation to and survival after freezing stress is aided by …

Glycerolipids are the main constituent of cellular membranes, and their remodelling plays an
important role in how plants adapt to temperature. However, little is known about the …

One major strategy by which plants adapt to temperature change is to decrease the degree
of unsaturation of membrane lipids under high temperature and increase it under low …

Membranes are prime targets of high temperature stress in plants. Thus, cell membrane
stability has been used as a measure of heat tolerance in wheat. Under optimal temperature …

Background Glycerolipids are the principal constituent of cellular membranes; remodelling
of glycerolipids plays important roles in temperature adaptation in plants. Temperate plants …

Environmental stresses cause membrane damage in terrestrial plants. Studies on the lipids
obtained from these plants are required to understand their adaptation to climate change …

Cold acclimation (CA) results in alteration of the plasma membrane (PM) lipid composition in
plants, which plays a crucial role in the acquisition of freezing tolerance via membrane …

Lipids are one of the most important components of biological membranes including plasma
membranes, which is the interface between the cell and the environment (Houe et al., 2015) …

Abstract Background Brassica carinata (A) Braun has recently gained increased attention
across the world as a sustainable biofuel crop. B. carinata is grown as a summer crop in …