Spiral noun explanation, what is spiral noun explanation

Spiral apparatus, acoustic wave receptors, also known as corti'sorgan. The cochlea, located in the inner ear.

Within, the basement membrane of the membrane labyrinth.

epithelial cells formed by hair cells and Sertoli cells.

complexes. On the dorsal side, the operculum is in contact with the auditory hairs of the hair cells of the spiral, and the hair cells are deeply connected to the nerve fibers.

Nerve fibers pass through the spiral plate to the cochlea shaft and connect to the spiral ganglia.

The cochlear nerve is made up of nerve fibers emanating from the spiral ganglion that extend to the medulla oblongata.

of the cochlear nucleus. The operculum is composed of a colloidal matrix and fine fibers, which are soft and elastic and closely bonded to the auditory hairs of the hair cells. When the vibration of sound waves passes through the eardrum.

When the ossicle travels to the external lymph of the inner ear, the tympanum perilymphatic vibration causes the basement membrane of the worm to oscillate, while the operculum membrane is relatively stationary.

The auger is also known as the corti device.

It is a human auditory receptor.

The lower wall of the cochlea located in the labyrinth of the inner eardrum (the lower wall is the cochlear tympanic wall, also known as the basement membrane or spiral plate) is composed of Hensen cells, external digital cells, external hair cells, outer column cells, internal spiral (3 photos) column cells, internal hair cells, internal digital cells, interdental cells, and operculum.

There are outer tunnels, inner tunnels, and nuel cavities.

And there are nerve fibers that send out connecting spiral ganglion.

Able to convert the vibrations of the endolymph into nerve impulses.

The spiral apparatus, also known as the corti apparatus, is a human auditory receptor located withinEardrumsThe lower wall of the lost worm (the lower wall is also known as the worm drum wallBasement membraneor spiral plates).

It is composed of Hensen cells, external finger cells, outer hair cells, outer column cells, inner column cells, inner hair cells, internal digital cells, interdental cells, and operculum. There are outer tunnels, inner tunnels, nuel cavities, and nerve fibers.

Sends out a spiral ganglion that connects the endolymph and converts the vibrations of the endolymph into nerve impulses.

Overview

When the sound is heard, it passes through the external auditory canal.

tympanic membrane, malleus, incus, stapes, vestibular window, labyrinthine extralabyrinthine lymph, cochlear duct, endolymphatic spiral, cochlear nerve, auditory area of the endoplasm of the brain.

Its basement membrane originates from the edge of the spiral plate of the bone, gradually widens from the bottom of the snail to the top of the snail, and contains 24,000 radial fibers, the longest at the top of the snail and the shorter near the bottom of the snail. Nowadays, it is thought that the frequency of sound waves is mainly the activity of the entire basement membrane.

The above content refers to the Encyclopedia - Spiral.

The spiral apparatus, also known as the corti apparatus, is a human auditory receptor innervated by the cochlear nerve.

The spiral is made up of hair cells and supporting cells. The hair cells are immersed in endolymphatic fluid and are covered by the glial membrane of the operculum. The spiral ganglion within the cochlear axis is home to the cell bodies of the first-order neurons of the auditory succession pathway, and the dendrites of these neurons begin at the base of the hair cells of the Corti's organ, and the axons extend into the cochlear nerve (a branch of the eighth cranial nerve) into the brain, where nerve impulses are conducted to the brain to produce auditory sensations.

Spiral hairy cell characteristics:

The hair cells in the corti's apparatus are divided into inner hair cells (1 row, about 3000 cells) and outer hair cells (3-4 rows, about 12000 cells). Auditory signals are known to be transmitted primarily by inner hair cells, which in some way regulate the sensitivity of inner hair cells to different wavelengths.

For half a century, the problem of cochlear hair cell regeneration has been a major concern, as it has been thought that mammalian inner ear hair cells cannot regenerate after injury. The regeneration of inner ear hair cells has become a dream, and researchers at home and abroad have done a lot of exploration and made important breakthroughs step by step.

The above content refers to the Encyclopedia - Spiral.

It's just like a thread that is indented little by little. Little by little, it goes inside, and this is called a spiral foundation.

The auger is also known as the corti device.

It is a human auditory receptor.

Located in the inner eardrum.

The inferior wall of the labyrinthine worm (the lower wall, the worm drum wall, also known as the basement membrane.

or spiral plate) consists of Hensen cells, outer finger cells, outer hair cells, outer column cells, and inner cells.

Spiral (3 photos).

Column cells, inner hair cells, internal digital cells, interdental cells, and operculum.

There are outer rolling finger tunnels, inner tunnels, and nuel cavities.

and large imitation and nerve fibers.

Sends out connecting spiral ganglion.

Able to convert the vibrations of the endolymph into nerve impulses.

From Encyclopedia.

The auger is also known as the corti device.

It is the human auditory sense of rotten filial piety, which is innervated by the cochlear nerve.

The lower wall of the cochlea located in the labyrinth of the inner eardrum (the lower wall is the cochlear tympanic wall, also known as the basal cautious membrane or spiral plate) is composed of Hensen cells, external finger cells, external hair cells, outer column cells, and the inner wall.

Spiral Hunger Blocker.

Column cells, inner hair cells, internal digital cells, interdental cells, and operculum.

There are outer tunnels, inner tunnels, and nuel cavities.

And there are nerve fibers that send out connecting spiral ganglion.

Able to convert the vibrations of the endolymph into nerve impulses.

The auger is also known as the corti device.

It is a human auditory receptor.

The lower wall of the cochlea located in the labyrinth of the inner eardrum (the lower wall is the cochlea-tymbal wall, also known as the basement membrane or spiral plate) consists of Hensen cells, external finger cells, external hair cells, outer column cells, and inner cells.

Spiral (3 photos).

Column cells, inner hair cells, internal digital cells, interdental cells, and operculum.

There are outer tunnels, inner tunnels, and nuel cavities.

And there are nerve fibers that send out connecting spiral ganglion.

Able to convert the vibrations of the endolymph into nerve impulses.

From Encyclopedia.