Eletrical impulses throughout the nervous system
The corticospinal tract carries impulses from the cerebrum to lower CNS areas, primarily to control voluntary movements throughout the body. It is involved in motor function and helps in coordinating muscle movements.
The cerebral peduncles carry motor impulses from the cerebrum to the lower central nervous system, specifically the brainstem. These impulses are responsible for controlling voluntary movements and coordinating motor functions.
PNS delivers motor response from CNS to effectors...
the spinal nerve sends nerve impulses away from the CNS
Afferent neurons receive and transmit impulses to the CNS.
It is located outside of the central nervous system and consists of nerves and sensory receptors, it carries impulses formed by receptors, such as pain and sound receptors, to the CNS and it carries impulses from the CNS to effectors, glands and muscles that carry out actions directed by the CNS
motor
Motor neurons.
Motorneurons
Spinal Cord
The corticospinal tract carries impulses from the cerebrum to lower CNS areas, primarily to control voluntary movements throughout the body. It is involved in motor function and helps in coordinating muscle movements.
effectors which are muscles
The fiber tract that carries impulses to the cerebrum and then to the lower CNS is called the corticospinal tract. It is involved in voluntary motor control and starts from the primary motor cortex in the cerebrum and descends to the spinal cord.
The afferent division of the PNS carries impulses inward to a central organ or section, as nerves that conduct impulses from the periphery of the body to the brain or spinal cord
The cerebral peduncles carry motor impulses from the cerebrum to the lower central nervous system, specifically the brainstem. These impulses are responsible for controlling voluntary movements and coordinating motor functions.
opposite of an afferent neuron. an efferent neuron goes from the central nervous system to the organ in the body that will perform the required action.
Effectors.