It's the middle cerebellar peduncle.
As for superior cerebellar and inferior cerebellar peduncles, they are both contain afferent and efferent fibres.
Both Afferent and Efferentboth sensory and motorContains motor & sensory fibers!The spinal cord consists of nerve fibers that are afferent and efferent.
It receives the afferent olfactory fibres via the stria medullaris thalami.
The ventral root of the spinal nerve has the efferent fibers and the dorsal root has the afferent. Prior to joining each other in the spine they each consist of only those fibers.
The portion of the brainstem composed of myelinated nerve fibers that connects to the cerebellum is the peduncles. The peduncles serve as pathways for communication between the cerebellum and other parts of the central nervous system, allowing for coordination of movement and balance.
Granule cells are the only excitatory neurons in the cerebellar cortex. They receive input from mossy fibers and synapse onto Purkinje cells and Golgi cells.
Afferent nerve fibers enter the spinal cord through the dorsal roots.
Both Afferent and Efferentboth sensory and motorContains motor & sensory fibers!The spinal cord consists of nerve fibers that are afferent and efferent.
Thalamus
Yes, remember the mnemonic SAME DAVESAME DAVE:sensory is afferent, motor is efferentdorsal is afferent, ventral is efferent
It receives the afferent olfactory fibres via the stria medullaris thalami.
The ventral root of the spinal nerve has the efferent fibers and the dorsal root has the afferent. Prior to joining each other in the spine they each consist of only those fibers.
The portion of the brainstem composed of myelinated nerve fibers that connects to the cerebellum is the peduncles. The peduncles serve as pathways for communication between the cerebellum and other parts of the central nervous system, allowing for coordination of movement and balance.
Yes!
The thalamus.
Gamma Afferent fibers
Granule cells are the only excitatory neurons in the cerebellar cortex. They receive input from mossy fibers and synapse onto Purkinje cells and Golgi cells.
sensory