grey matter
Dorsal and ventral roots are a feature of spinal nerves only. Cranial nerves do not have dorsal and ventral roots.
Motor neurons are located in the gray matter of the brain, and their axons stretch out to the spinal cord through the ventral root. they are located in the Ventral horn of the spinal cord,
spinal nerve
The tips of the anterior horns are broader and less tapered than those of the posterior horns. Human Anatomy & Physiology Laboratory Manual Ninth Edition Elaine N. Marieb & Susan J. Mitchell
The ventral roots contains motor fibers, responsible for motion, whereas the dorsal sensory fibers, responsible for touch and feeling.
Dorsal Cavity
no, it's part of the dorsal cavity
Ventral root is the ventral portion of spinal cord,there is no ganglion,cell body is of motor types ,cell info goes out of spinal cord of anterior horn. dorsal root is dorsal portion of spinal cord,it posses ganglion,cell body is of sensory types,information goes into spinal cord posterior horn
The dorsal region of the spinal cord is responsible for sensory functions, while the ventral region is responsible for motor functions. The dorsal region receives sensory information from the body and sends it to the brain, while the ventral region sends motor commands from the brain to the muscles.
The ventral and dorsal body cavities are separated by the diaphragm, a muscle located beneath the lungs. The ventral cavity contains organs such as the heart, stomach, and intestines, while the dorsal cavity houses the brain and spinal cord.
Ventral body structures are located on the front or belly side of an animal, while dorsal body structures are located on the back side. Ventral structures often include organs like the stomach and liver, while dorsal structures include the spinal cord and backbone. These differences help animals move, protect vital organs, and maintain balance.
Yes, the ventral root of a spinal nerve is the efferent motor root, consists of axons of motor neurons. It joins the dorsal root to form a mixed spinal nerve, which consists of afferent sensory neurons (from the dorsal root) and efferent motor neurons (from the ventral root). Therefore severing the ventral root will result in a loss of motor function for the myotome supplied by that spinal nerve.