Fibres from this region pass to other cortical regions.

By the age of around ten years, brain metabolism has reduced to adult levels for most cortical regions.

The cortical region that controls the left hand is often enlarged in the brains of violinists.

These movements appear to be initiated by a small cortical region in the brain's frontal lobe.

Communications between cortical regions is also subject to specific constraints, similar to bandwidth limitations along information channels.

It is thought that early visual cortical regions such as V2 are responsible for forming illusory contours.

Many research studies of individuals with amusia show that a number of cortical regions appear to be involved in processing music.

In the third trimester, again under the influence of general genetic instructions, cortical regions begin to hook up and the folding begins.

The cortical region related to gustatory sensation is located anterior to the central sulcus.

The furrow and polar cortical regions were each subsets of the cortex as defined above.

Studies have shown that declarative memories move between the limbic system, deep within the brain, and the outer, cortical regions.

These loops may include cortical regions of the brain as well, and are thus slower than their monosynaptic counterparts due to the greater travel time.

One priority for the researchers was to ensure that the delay between activation of the cortical region and movement of the arm wasn't excessive.

Even in professional musicians, widespread bilateral cortical region involvement is necessary to produce complex hand movements such as scales and arpeggios.

Detection of these targets reliably evokes transient activity in prefrontal cortical regions.

Its calculations are all relatively local ones: neurones do not make contact with other neurones at any great distance in the same cortical region.

Studies have shown that the decrease in frontal-lobe activity may be accompanied by increased activation in other cortical regions.

The late phase of premovement occurs in the cortical regions and is involved in definite voluntary movements.

Other researchers have since found a similar, ethological organization to motor cortical regions in monkeys, prosimians, cats, and rats.

But in the absence of a separate discrete focus of change, no formal functional attribution to these cortical regions is valid.

The cortical region adjacent to the hippocampus is known collectively as the parahippocampal gyrus (or parahippocampus).

The findings here showed that the onset of spike-and-wave discharged were followed by 5-9 Hz oscillations in these cortical regions as well.

It is the cortical region dorsally adjacent and caudal to the posterior rhinal sulcus.

Flechsig divided the cortical regions into:

Now a new study of the Jamaican mustached bat pinpoints the specialized functions of two cortical regions.

This is a slower road which also includes the cortical parts of the brain, thus creating a conscious impression of what the stimulus is.

The neocortex is part of the cerebral cortex (along with the archicortex and paleocortex, which are cortical parts of the limbic system).

The BMD is corrected for porosity of the bone, estimated by a texture analysis performed on the cortical part of the bone.

The afferent lymph vessels enter at all parts of the periphery of the lymph node, and after branching and forming a dense plexus in the substance of the capsule, open into the lymph sinuses of the cortical part.

In mammals, the cortical part of the pallium registers a definite evolutionary step-up in complexity, forming the cerebral cortex, most of which consists of a progressively expanded six-layered portion isocortex, with simpler three-layered cortical regions allocortex at the margins.

Fibres from this region pass to other cortical regions.

By the age of around ten years, brain metabolism has reduced to adult levels for most cortical regions.

The cortical region that controls the left hand is often enlarged in the brains of violinists.

These movements appear to be initiated by a small cortical region in the brain's frontal lobe.

Communications between cortical regions is also subject to specific constraints, similar to bandwidth limitations along information channels.

It is thought that early visual cortical regions such as V2 are responsible for forming illusory contours.

Many research studies of individuals with amusia show that a number of cortical regions appear to be involved in processing music.

In the third trimester, again under the influence of general genetic instructions, cortical regions begin to hook up and the folding begins.

The cortical region related to gustatory sensation is located anterior to the central sulcus.

The furrow and polar cortical regions were each subsets of the cortex as defined above.

Studies have shown that declarative memories move between the limbic system, deep within the brain, and the outer, cortical regions.

These loops may include cortical regions of the brain as well, and are thus slower than their monosynaptic counterparts due to the greater travel time.

One priority for the researchers was to ensure that the delay between activation of the cortical region and movement of the arm wasn't excessive.

Even in professional musicians, widespread bilateral cortical region involvement is necessary to produce complex hand movements such as scales and arpeggios.

Detection of these targets reliably evokes transient activity in prefrontal cortical regions.

Its calculations are all relatively local ones: neurones do not make contact with other neurones at any great distance in the same cortical region.

Studies have shown that the decrease in frontal-lobe activity may be accompanied by increased activation in other cortical regions.

The late phase of premovement occurs in the cortical regions and is involved in definite voluntary movements.

Other researchers have since found a similar, ethological organization to motor cortical regions in monkeys, prosimians, cats, and rats.

But in the absence of a separate discrete focus of change, no formal functional attribution to these cortical regions is valid.

The cortical region adjacent to the hippocampus is known collectively as the parahippocampal gyrus (or parahippocampus).

The findings here showed that the onset of spike-and-wave discharged were followed by 5-9 Hz oscillations in these cortical regions as well.

It is the cortical region dorsally adjacent and caudal to the posterior rhinal sulcus.

Flechsig divided the cortical regions into:

Now a new study of the Jamaican mustached bat pinpoints the specialized functions of two cortical regions.