Sentence examples for as an adaptive process from inspiring English sources

Fig. 3 Context awareness as an adaptive process where the smart sustainable city information systems incrementally create a model of the urban world they observe.

The observed postural responses could be viewed as an adaptive process to cope with an unilateral alteration in the hip neuromuscular function induced by the fatiguing exercise for controlling bipedal stance.

At this point, this postural behaviour could be considered as an adaptive process that could be common in other patient populations with lateralized disorders.

High and positive correlations between GS and adaptive traits usually allow the suggestion that variations in genome sizes (GS) should be considered as an adaptive process.

The observation that TFA do actively control unperturbed bipedal posture with their NA leg could be viewed as an adaptive process to the loss of the lower leg afferents and efferents because of the unilateral lower-limb amputation.

The metaplasia frequently appears as an adaptive process secondary to chronic irritation or inflammation.

In addition, as mentioned above, this is an adaptive process, which means it cannot require a priori knowledge of signal or noise characteristics.

Hypoxia and Met itself are responsible for inducing an adaptive process known as invasive growth through which the organism attains homeostasis, in particular foraging for supplies for cell survival, such as oxygen and glucose.

It has been proposed that IMT changes reflect an adaptive process and represent as an early carotid atherosclerosis, while plaque formation may reflect a more significant alteration in vessel wall and represent an estimate of more advanced status [8], [9].

In individuals with diabetes, what was once an adaptive process becomes damaging, as glucose reabsorption may increase up to 20% and perpetuate continued elevation in serum glucose levels.

Autophagy occurs at low basal levels in virtually all cells performing homeostatic function, and acts as a catabolic adaptive process in response to different forms of stress, including starvation, growth factor withdrawal, high bioenergetic demands, hypoxia, endoplasmic reticulum stress or accumulation of protein aggregates.