anterior root

The anterior root of lower molars were more robust and bigger.

He also developed sacral anterior root stimulators for bladder control in paraplegic patients.

Likewise, the second part of his experiment was cutting the anterior roots, and that paralyzed the limb without causing loss of sensation.

The second molar has either two or three roots, with the anterior root split into two smaller roots in some specimens.

In the somatic nervous system attempts to aid conscious control of movement include Functional electrical stimulation and the lumbar anterior root stimulator.

Sometimes the anterior root of the transverse process attains a large size and exists as a separate bone, which is known as a cervical rib.

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

From 1969 onwards Brindley developed the sacral anterior root stimulator, with successful human trials from the early 1980s onwards.

The posterior and anterior radicular arteries run along the posterior and anterior roots of the spinal nerves and supply them with blood.

This device is implanted over the sacral anterior root ganglia of the spinal cord; controlled by an external transmitter, it delivers intermittent stimulation which improves bladder emptying.

In 1988, the lumbar anterior root implant and Functional Electrical Stimulation (FES) facilitated standing and walking, respectively, for a group of paraplegics.

The signal will travel through the anterior root of L4 and into the anterior rami of the L4 nerve, leaving the spinal cord through the lumbar plexus.

The anterior root, continuous with the lower border, is short but broad and strong; it is directed medialward and ends in a rounded eminence, the articular tubercle (eminentia articularis).

In Laonastes, the lower molars have four roots, but upper cheek teeth have three roots including a U-shaped anterior root that may be derived from the merging of two roots.

Like the lateral pterygoid, and all other muscles of mastication the medial pterygoid is innervated by the anterior root (motor root) of the mandibular branch of the trigeminal nerve (V).

The lower motor neuron axons leave the brain stem via motor cranial nerves and the spinal cord via anterior roots of the spinal nerves, respectively, ending up at the neuromuscular plate and providing motor innervation for voluntary muscles.

The fourth part pierces the dura mater and inclines medialward to the front of the medulla oblongata; it is placed between the hypoglossal nerve and the anterior root of the first cervical nerve and beneath the first digitation of the ligamentum denticulatum.

At the junction of the anterior root with the zygomatic process is a projection for the attachment of the temporomandibular ligament; and behind the anterior root is an oval depression, forming part of the mandibular fossa, for the reception of the condyle of the mandible.