Given the importance of cold-induced thermogenesis in mice, there is substantial redundancy in fuel supply to BAT.
These data demonstrate the importance of understanding cold acclimation in the correct day-night context, and are further supported by our demonstration of impaired cold acclimation in a circadian mutant.
Sequencing the genome of Coccomyxa subellipsoidea from the Antarctic suggested that gene losses and gains may contribute to low temperature adaptations [ 41], highlighting the importance of studying cold tolerance at whole genome or transcriptome level.
Given the importance of COR genes in plant cold tolerance, studying the cold responses at transcription level may be a key step to identify specific tolerance mechanisms of plants.
The clinical importance of common cold-induced exacerbations of asthma has been increasingly established during the last 150 years, with rhinoviral (RV) infections occurring in the majority of exacerbations 1, 2. Inflammatory cytokines and chemokines, such as TNF-α, CXCL8/IL8 and CCL2/MCP-1, are induced in the lung during asthma exacerbations 3. The exacerbations also exhibit cell lysis/necrosis.
Understand the importance of coughs, colds and more serious illnesses.
Of special importance for cold acclimation is the CBF transcription factor family.
In A. thaliana, about 30% of the transcriptome was regulated by abiotic stress, and 2,409 genes were identified of great importance to cold, salt, and drought tolerance [ 14].
Despite the importance and prevalence of cold allodynia, little is known about the underlying molecular mechanisms.
Glycosylation is also important in changing the properties and functions of proteins, so a proteomics approach was used, to analyze the importance of glycosylation during cold stress in rice [33].
