Sentence examples for cold adaptations from inspiring English sources

Consequently, MR microimaging studies can be a valuable aid in gaining a deeper understanding of cold adaptations at the cellular level.

Continuous evolution of cold adaptations in thermophiles would produce evolutionarily young psychrophilic lineages within clades of thermophilic origin, and vice versa, leading to clades represented by mixes of thermo- and psychrophiles.

Given that non-destructive techniques like 1H Magnetic Resonance (MR) imaging and spectroscopy have proven useful for in vivo investigations of a wide range of biological systems, we aimed at evaluating their potential to observe cold adaptations in living insect larvae.

Indeed, the species of the Antarctic notothenioid clade are able to live and thrive in the freezing and icy Antarctic waters thanks to remarkable cold adaptations, one of the most striking being the capability to produce antifreeze glycoproteins (AFGPs) [ 20– 20].

The cold adaptation ratio (total cold adapted proteins/total hot adapted proteins) is shown to be significant above a threshold of 1.0 (right).

The key effector of adaptive thermogenesis and cold adaptation is UCP1.

Assessing genome-wide cold adaptation has effectively been used to describe global adaptive features of cryophilic proteins and can be defined by the cold adaptation ratio that distinguish proteins with greater flexibility or thermal stability at colder temperatures based on the amino acid content (Ayala del Rio, 2010).

Do these adaptive fixations have anything to do with cold adaptation?

Cold adaptation in DEAD-Box proteins.

Genome-wide cold adaptation defined by five parameters that are used to determine cold adaptation at the protein level.

Cold adaptation is of three types: adaptation to extreme cold, moderate cold, and night cold.