Приклади вживання Afferent Англійська мовою та їх переклад на Українською
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Afferent axons.
We talked about how there's an efferent and an afferent arteriole.
Afferent connections.
You know, had efferent, afferent, and haptic response.
All afferent connections of the cerebellum can be divided into three categories: 1.
Smooth muscle cells, they're on the afferent arteriole side.
Over here we have the afferent arteriole, I'm gonna start drawing it, I have enough space here.
Means, acting mainly in the field of sensitive(afferent) nerve endings.
Where the efferent and afferent arteriole are coming together into that glomerulus between that there's that distal convoluted tubule.
Means, operating mainly in the field of sensitive(afferent) nerve endings.
Afferent flow excitations from peripheral receptors on the way to the bark of the big hemispheres have numerous synaptic switch to the thalamus.
In physiology, the entire totality of afferent systems is united by the concept of reception.
The activity of"substance P"(pain mediator and growth factor) leads to the stimulation of afferent pain fibers.
Sensitivity is a special case of reception, when afferent impulses lead to the formation of sensations.
You will see them a little bit on the efferent arteriole side as well,but mostly on the afferent arteriole side.
The first to be stimulated are the terminal arborisations of afferent axons, which modify the activity of subthalamic neurons.
The fibers are collected in the nerves, and almost all of them are mixed, that is, they contain both efferent and afferent fibers.
In the thalamus has a clear localization offices afferent nerves from different receptors.
A touch or painful stimulus, for example, creates a sensation in the brainonly after information about the stimulus travels there via afferent nerve pathways.
It is able to suppress the amplified afferent impulses from the mucosa of the respiratory tract, increase the cough threshold, and also reduce the frequency of dry cough.
Individual nerves are woven into bundles, which have an official name,move along afferent paths(ascending) and descending paths.
If irritation various sensor systems(receptors, afferent nerves) in certain areas of the brain are registered characteristic of bioelectric answers(so-called evoked potentials).
The spinal cord is divided into segments,each of which extend a pair of mixed(i.e. containing efferent and afferent fibers) spinal nerves.
The cerebral cortex is the highest place of the analysis andsynthesis of all the afferent excitations, the area of formation of all complex adaptive acts of a living organism.
Close functional relationship between specific and non-specificnuclei of the thalamus provide an initial analysis and synthesis of all the afferent excitations coming into the brain.
Suppresses the activity of the receptors of the endings of the afferent fibers of the trigeminal nerve in the dura mater(as a result, the secretion of sensory neuropeptides decreases).
Regardless of the anaesthetic agent(drug) used,the desired effect is to block the transmission of afferent nerve signals from peripheral nociceptors.
Specific and nonspecific thalamic nuclei are in close functional relationship thatprovides an initial analysis and synthesis of all the afferent excitations coming into the brain.
In the event of the destruction of the formation, especially its upper sections,deep sleep occurs, although the afferent signals continue to flow into the cortex along other paths.
Spinal cord neurons induced by well-balanced serotonin become capable of cosecreting enkephalin resulting in triggering presynaptic inhibition in A-and C-type afferent nerve fibres, which control pain sensation.