ventral cochlear nucleus , VCN (skrót)

We have therefore concentrated upon processing by stellate cells in the ventral cochlear nucleus.

The ventral cochlear nucleus fibres keep the timing of the signals correct to the nearest microsecond.

Identify the dorsal and ventral cochlear nuclei (slide BS4).

Bushy cells are found mainly in the anterior ventral cochlear nucleus (AVCN).

Octopus cells are found in a small region of the posterior ventral cochlear nucleus (PVCN).

The ventral cochlear nucleus is unlayered whereas the dorsal cochlear nucleus is layered.

Auditory nerve fibers enter the brain through the nerve root in the ventral cochlear nucleus (VCN).

Palmer (1997) Responses of chopper units in the ventral cochlear nucleus of the anaesthetized guinea pig to clicks-in-noise and click trains.

The cochlear nuclear complex comprises two nuclei, the ventral cochlear nucleus and the dorsal cochlear nucleus.

At the nerve root the fibers branch to innervate the ventral cochlear nucleus and the deep layer of the dorsal cochlear nucleus.

The ventral cochlear nucleus (VCN) on the ventral aspect of the brain stem, ventrolateral to the inferior peduncle.

Three types of principal cells convey information out of the ventral cochlear nucleus: Bushy cells, stellate cells, and octopus cells.

Anterior Ventral Cochlear Nucleus (AVCN)

Along with the ventral cochlear nucleus (VCN), it forms the cochlear nucleus (CN), where all auditory nerve fibers from the cochlea form their first synapses.

In mammals, this region is anatomically and physiologically split into two regions, the dorsal cochlear nucleus (DCN), and ventral cochlear nucleus (VCN).

Axons from the spiral ganglion cells of the lower frequencies innervate the ventrolateral portions of the ventral cochlear nucleus and lateral-ventral portions of the dorsal cochlear nucleus.

The subdivision of the ventral cochlear nucleus that concerns binaural fusion is the anterior ventral cochlear nucleus (AVCN).

The axons from the higher frequency organ of corti hair cells project to the dorsal portion of the ventral cochlear nucleus and the dorsal-medial portions of the dorsal cochlear nucleus.

The superior olivary complex is located in the pons, and receives projections predominantly from the ventral cochlear nucleus, although the dorsal cochlear nucleus projects there as well, via the ventral acoustic stria.

The cells of the ventral cochlear nucleus extract information that is carried by the auditory nerve in the timing of firing and in the pattern of activation of the population of auditory nerve fibers.

At the cochlea, this information is converted into electrical impulses that travel by means of the cochlear nerve, which spans from the cochlea to the ventral cochlear nucleus, which is located in the pons of the brainstem.

The cochlear nerve spans from the cochlea of the inner ear to the ventral cochlear nuclei located in the pons of the brainstem, relaying auditory signals to the superior olivary complex where it is to be binaurally integrated.

Math1/Math5 and FGF are two regulators essential for appropriate growth and development of the cochlear nucleus complex, which comprises both the ventral cochlear nucleus (VCN) and the dorsal cochlear nucleus (DCN).

Auditory nerve fibers, fibers that travel through the auditory nerve (also known as the cochlear nerve or eighth cranial nerve) carry information from the inner ear, the cochlea, on the same side of the head, to the nerve root in the ventral cochlear nucleus.

These tonotopically organized neurons receive excitatory inputs from octopus and multipolar cells in the contralateral ventral cochlear nucleus, a glycinergic (inhibitory) input from the ipsilateral MNTB, an unknown GABAergic (inhibitory) input, and project to the ipsilateral ICC.

VCN ExecuVision was the first presentation program for the personal computer.

Like the VCN, you don't need fancy equipment or lots of money to use Alternatives.

VCN may refer to:

In addition, the CLCs will maintain a close networking relationship using the VCN.

Another recommendation was to use a Visual Communication Network (VCN) for announcements.

The first software displaying a presentation on a personal computer screen was VCN ExecuVision, developed in 1982.

In 1984 this group founded the League of Communists in the Netherlands (VCN).

One of their goals is to increase the multicultural nature of VCN, an important objective on the largely white, middle class, male world of the web.

People with computers but with no Internet Service Provider can also access the VCN using a modem.

The Montreal subway is using VCN in coaches to announce the name of the next station, and earning revenue from advertisements between announcements.

Gupta served as chief scientist and vice president for the development of VCN ExecuVision, the first presentation graphics program.

Excitatory acoustic input comes from auditory nerve fibers and also from stellate cells of the VCN.

The concept of clip art originated with the image library that came as a complement with VCN ExecuVision, beginning in 1983.

If the votes of the VCN would have been included, the CPN would have gotten representation.

Now being installed in Montreal metro cars, VCN is also being deployed in Paris and New York.

These associations begin to appear immediately after VCN neurons have been generated; one can observe the earliest formation of these contacts around embryonic day 17 (E17).

Subsequently, the VCN, together with many former members of the CPN, founded the NCPN.

The VCN was mostly active within the traditional CPN strongholds, such as Amsterdam and the province of Groningen.

The first is that in the second week of development, myelination of the VCN axons in the MNTB increases.

The VCN is broken into sections, each describing a facet of the VCN.

According to published reports, the HP VCN SDN Application will help organizations transition from legacy networks to the cloud.

The COIN system was implemented in Canada to resemble other systems, such as VCN which have been operating in the US.

For the IBM PC, the first library of professionally drawn clip art was provided with VCN ExecuVision, introduced in 1983.

Development of Telecite's Visual Communication Network (VCN) was partly supported by Industry Canada and is recognized as the world- wide reference in its market segment.

In addition to the benefits of VCN ExecuVision, the journal published images created by the software, illustrating the new emerging software available for personal computers at that time.