In time, the nuclei would line up with the field again.

The situation is similar if two nuclei are brought together.

Their nuclei offer services in the local, state and federal areas.

The researchers then change the field and the nuclei move again.

Not until the two nuclei actually come in contact can the strong nuclear force take over.

It includes 13 areas, called nuclei, only two of which are known to be involved in fear.

These eight nuclei are then arranged into two groups of four.

You want to force those nuclei together while nature is designed to prevent it.

The problem is that these nuclei have a positive charge, making them avoid each other.

However, the simple presence of multiple nuclei is not enough to support the theory.

There are sources of power greater than the nuclei and more fundamental.

These three nuclei are the most studied, and therefore best understood.

But they do have nuclei with the right number of chromosomes.

The process continues as a chain reaction with other nuclei.

For light nuclei, it is usually better to use a model that takes this structure into account.

Thus, electric forces do not hold nuclei together, because they act in the opposite direction.

The nuclei of atoms are found in many different sizes.

A strong nuclear force holds the nuclei of atoms together.

The range of behaviours controlled by the nuclei is wide.

In the warmth of the artificial light, the nuclei began to move.

Nuclei taken from brain cells, which never divide, will not support development.

Two of the three bodies are nuclei and the third is a fast moving electron.

Approximate values for some common nuclei are given in the table below.

Not only that, but the number of nuclei in each tissue is constant.

They did not address the creation of heavier nuclei, however.

We try to keep a large nucleus together, which we've been able to do.

The nucleus of the team is back, but there are still questions.

In the second, he looked at the forces inside the nucleus.

I've said all along I think we have the nucleus to get us there.

We still had the nucleus of guys who could do it.

In time, the nuclei would line up with the field again.

"We still have a very large nucleus of people who understand what's going on," he said.

With free agency, it's very difficult now to keep your nucleus.

The situation is similar if two nuclei are brought together.

The nucleus of the new band was already around them.

Their nuclei offer services in the local, state and federal areas.

There is little in the way of a nucleus to build on.

By 1864, the nucleus of the present city was established.

This was he, the key, the nucleus to the new world.

I feel they have a strong nucleus that has a chance to win.

New York returns the same nucleus from last season's team.

He is the nucleus from which all good things flow.

The cell body is the part with the nucleus in it.

The four made up the core nucleus of the team.

For example, is the nucleus made up of other cells?

There is no "one side or the other" of the nucleus.

All of the information I have found talks about the nucleus only!

North Carolina is a young team, but its nucleus may not stay together.

"We have the nucleus now," he said in his conference room a few days ago.

Actually, they had been on the nucleus of what was now the farm three years.

The cortical nucleus is involved in the sense of smell and pheromone-processing.

That is, these regions tend to vary in size and shape much more than other areas of the brain, such as deep cortical nuclei.

Among these nuclei are the basolateral complex, the cortical nucleus, the medial nucleus, and the central nucleus.

In non-transgenic mice β-catenin is abundant in cytoplasm but excluded from hippocampal, cerebellar or cortical nuclei (Fig.

Additional olfactory structures for which there is evidence for action on the establishment and display of maternal selectivity include the secondary and tertiary olfactory processing regions (piriform cortex, medial and cortical nuclei of the amygdala; orbitofrontal and frontal medial cortex, and entorhinal cortex).

They thus connect the cerebellum with the gracile and cuneate nuclei of the opposite side.

It receives axons from the accessory cuneate nucleus of the medulla.

In this function, the accessory cuneate nucleus is the upper extremity equivalent of Clarke's column.

The dorsal column nuclei, which contain the gracile and cuneate nuclei.

They arise from the cells of the gracile and cuneate nuclei, and passing forward through the formatio reticularis, decussate in the middle line.

The neurons in the accessory cuneate nucleus have axons leading to the ipsilateral cerebellum via the inferior cerebellar peduncle.

At the level of the closed medulla oblongata, these axons synapse with neurons in the gracile nucleus and cuneate nucleus.

From above T1, proprioceptive primary axons enter the spinal cord and ascend ipsilaterally until reaching the accessory cuneate nucleus, where they synapse.

One of the dorsal column nuclei, the cuneate nucleus is a wedge-shaped nucleus in the closed part of the medulla oblongata.

Internal arcuate fibers are the axons of second-order neurons contained within the gracile and cuneate nuclei of the medulla oblongata.

The name refers collectively to the cuneate nucleus and gracile nucleus, which are present at the junction between the spinal cord and the medulla oblongata.

He name is lent to "Monakow's nucleus" (lateral cuneate nucleus) and to the "bundle of Monakow" (rubrospinal fasciculus).

In this context, the "cuneo-" derives from the accessory cuneate nucleus, not the cuneate nucleus.

In particular, the cuneate nucleus gives rise to the cuneate tubercle, while the gracile nucleus gives rise to the gracile tubercle.

The sensory decussation or decussation of the lemniscus is a decussation or cross over of axons from the gracile nucleus and cuneate nucleus.

The posterior external arcuate fibers (dorsal external arcuate fibers) take origin in the gracile and cuneate nuclei; they pass to the inferior peduncle of the same side.

NK-ir fibers A high density of immunoreactive fibers containing NK was observed in the following regions: in the caudaldorsal part of the cuneate nucleus (Fig.

The main nucleus is analogous to the dorsal column nuclei (the gracile and cuneate nuclei) of the spinal cord, which contain a touch/position map of the rest of the body.

In the closed medulla, the gracile and cuneate nuclei lie posteriorly, which means the nucleus is not as close to the back of the medulla as in the open medulla.

The medial lemniscus, also known as Reil's band or Reil's ribbon, is a pathway in the brainstem that carries sensory information from the gracile and cuneate nuclei to the thalamus.

The other four nuclei (the external cuneate nucleus, the lateral reticular nucleus, the pontine nucleus, and the thalamic reticular nucleus) project mossy fibers to innervate granule neurons.

He also differentiated the medial cuneate nucleus from the lateral cuneate nucleus (also called "Monakow's nucleus" after neuropathologist Constantin von Monakow).

Hemipseudaoathetosis refers to pseudoathetosis on one side of the body, usually the upper limb and is most commonly caused by a lesion affecting the cuneate tract or cuneate nucleus in the cervical spine or lower brainstem (medulla) respectively.

The accessory cuneate nucleus is located lateral to the cuneate nucleus in the medulla oblongata at the level of the sensory decussation (the crossing fibers of the posterior column/medial lemniscus tract).

After neurons carrying proprioceptive or touch information synapse at the gracile and cuneate nuclei, axons from secondary neurons decussate at the level of the medulla and travel up the brainstem as the medial lemniscus on the contralateral (opposite) side.

To follow common usage, lateral nuclei are called "ventral".

Output from the ventral lateral nucleus then goes to the primary motor cortex.

The operculum has a lateral nucleus.

The ventral lateral nucleus receives motor information from the cerebellum and the globus pallidus.

Lateral nucleus can refer to:

It acts with the anterior part of the ventral lateral nucleus to modify signals from the basal ganglia.

The ventral lateral nucleus (VL) is a nucleus of the thalamus.

Research has also shown that the lateral nucleus of the amygdala is a crucial site of neural changes that occur during fear conditioning.

Lateral nucleus of the trapezoid body (LNTB)

Some send axons to the substantia nigra medially and the medial and lateral nuclei of the pallidum laterally (3-target 21.3%).

Damage to the mammillothalamic tract, ventral anterior nucleus, and ventral lateral nucleus can result in memory and language impairment.

Moreover, LeDoux says, cells in this corner of the amygdala, known as the lateral nucleus, "learn" and memorize the fearful stimulus with incredible rapidity and tenacity.

The lateral pallidum is the lateral nucleus of the pallidum, the external "segment" of the globus pallidus (GPe, ).

The ascending fibers either end in the same manner or in the lateral nucleus, which is situated lateral to the area acustica and farther from the ventricular floor.

It includes the ventral anterior nucleus and the medial part of the ventral lateral nucleus which receive projections primarily from the substantia nigra.

The second-order neurons ultimately synapse on neurons in the ventral posterior lateral nucleus (VPL) of the thalamus.

They provide connectivity between the globus pallidus and the thalamus, primarily the ventral anterior nucleus and the ventral lateral nucleus.

The fibers of this fasciculus then travel to the thalamus and primarily terminate in the ventral anterior nucleus and ventral lateral nucleus.

Both electrodes were positioned within the central lateral nucleus, the paralaminar regions of the median dorsalis, and the posterior-medial aspect of the centromedian/parafasicularis nucleus complex.

The ventral lateral nucleus in the thalamus forms the motor functional division in the thalamic nuclei along with the ventral anterior nucleus.

The function of the ventral lateral nucleus is to target efferents including the motor cortex, premotor cortex, and supplementary motor cortex.

Researchers observed that "The ventral lateral nucleus has long been established as an effective surgical target for controlling distal limb tremor, including Parkinson Disease tremor.

It is the addition of a lateral nucleus VPL and of the superior part of the classic arcuate nucleus VPM.

Research indicates that, during fear conditioning, sensory stimuli reach the basolateral complexes of the amygdalae, particularly the lateral nuclei, where they form associations with memories of the stimuli.

This may occur due to damage in the mammillary bodies, ventral anterior nucleus, and ventral lateral nucleus which has resulted in disruption in language in previous research.