ventral root
ventral root of spinal nerve
anterior root of spinal nerve

Muscle spindles were studied with and without intact ventral roots.

Also used for dorsal root and ventral root in anatomy.

The spinal motor neurons project out of the cord to the correct muscles via the ventral root.

Neurons containing 5-HT affect the amplitude of the ventral root discharges.

It does not innervate the thyrohyoid muscle, which receives its innervation from the ventral root of C1.

They exit the spinal cord through the ventral roots, carrying motor impulses to skeletal muscle.

The L init static discharge frequency of the 2 muscle spindles was not affected by ventral root section.

They exit through the ventral root of the spinal cord, and continue through the ventral rami.

Ventral root afferents are unmyelinated sensory axons located within the pia mater.

At its distal end, the ventral root joins with the dorsal root to form a mixed spinal nerve.

Here they arise from the thoracolumbar (T1-L2) regions' lateral horn of grey and emerge via the ventral root.

These neurons are located throughout the reticular formation as well as the lumbar ventral roots of the spinal cord.

From the ventral root emerge motor fibers and from the dorsal root sensory fibers.

A Myelomere is the segment of spinal cord to which a given pair of dorsal and ventral roots is attached.

Dorsal roots and ventral roots come together and exit the intervertebral foramina as they become spinal nerves.

The L init static discharge and static hold phase discharge frequencies were unaffected by ventral root section.

Each spinal nerve root consists of the union of a sensory dorsal root and a motor ventral root.

In anatomy and neurology, the ventral root (or anterior root) is the efferent motor root of a spinal nerve.

Each spinal nerve is formed by the combination of nerve fibers from the dorsal and ventral roots of the spinal cord.

Motor axons exiting via the ventral roots and the ascending and descending white matter tracts express Plexin A4.

Ventral roots consist of axons from motor neurons, which bring information to the periphery from cell bodies within the CNS.

There is both excitatory and inhibitory feedback between the left and right flexor and extensor ventral roots of a given spinal cord segment.

These ventral root afferents relay sensory information from the pia mater and allow for the transmission of pain from disc herniation and other spinal injury.

Number one flagellum is connected to a dorsal root, while number two flagellum is connected to a ventral root.

The spinal cord is divided into 31 segments, each of which is defined by a "dorsal root" entering it and a "ventral root" exiting it.