Sentence examples for excitable state from inspiring English sources

This implied that sleepless brains are in a more excitable state, with their neurons more strongly connected than they are after a good night's sleep.

Both models show the onset of repetitive firing at a nonzero frequency as observed in the HH model (when an excitable state loses stability via a subcritical Hopf bifurcation).

Let us recall that the transition between the excitable state and the oscillatory regime that occurs in a very narrow interval of Ca values is the well-known canard phenomenon, leading to the existence of small attractive limit cycle following the middle branch of the cubic for a while [20].

The body and mind appeared to be in an excitable state, difficult to control or stop.

We conclude that due to the functional selectivity of the toxin to the relative sparing of excitatory synaptic transmission shifts the network to pathogenically excitable state causing epilepsy.

From this study it was clear that the motor neurons change their post-synaptic receptor composition moving towards a more excitable state through a reduction of the ionotropic GABAergic receptors and an increase of the ionotropic glutamatergic, adrenergic and cholinergic receptors.

In particular, a special bi-excitable architecture which embeds two excitable states are compared in these systems.

Exaggerated cartoon antics daubed with brash primary colors don't typically lend themselves to expressing subtle shifts in mood, or communicating less excitable states of mind.

Exaggerated cartoon antics daubed with brash primary colors don't typically lend themselves to expressing subtle shifts in mood, or communicating less excitable states of mind.

They claim to be worried about potential job losses in Burbank if Walmart opens, but in their dazed and hazy excitable states they overlook that there have been at least three other large vacancies in Empire Center in the past few years that were in no way attributable to Walmart.

The episodic migraine attacks, which we model in this study as transient responses of the cortex described by an excitable medium, remind us more of the transient behavior of excitable elements than of the persistent excited state obtained in excitable media.