Nerve fibers from the medial aspect of each eye cross over at the optic chiasm to the opposite side of the brain. This allows visual information from each eye to be processed by both hemispheres of the brain for a more integrated perception of the visual world.
Cross over to the opposite side at the chiasma.
thalamus
The nerves cross over at the medulla oblongata. This is where the nerve fibers from the brain cross to the opposite side of the body, allowing for communication between the brain and the rest of the body.
The crossed structure formed when the optic nerves from the eyes cross before entering the brain is called the optic chiasm. It is where the nasal fibers from each eye cross over to the opposite side of the brain.
the optic disk
The optic nerves that connect the eye to the brain form a cross pattern called the optic chiasm or optic chiasma. This is where nerve fibers from the inner halves of each eye cross over to the opposite side of the brain. This crossing allows for certain visual information from each eye to be processed by both sides of the brain.
The optic nerves and the pyramidal tracts are two examples of nerves that decussate, or cross over to the opposite side of the body, within the brain. This crossing of nerve fibers helps with the coordination of sensory and motor functions between the brain and the rest of the body.
Optic chiasm literally means "crossing of the optic nerves." It is the point in the brain where optic nerve fibers from each eye partially cross over to the opposite side of the brain, allowing visual information to be processed.
The pyramidal tract crosses at the medulla oblongata in a region known as the pyramidal decussation. This is where most of the motor fibers originating from the cortex cross to the opposite side of the brain to control movement on the contralateral side of the body.
Decussation of the pyramids occurs in the lower part of the medulla oblongata, which is the lowest part of the brainstem. This is where fibers from the corticospinal tract cross from one side of the brain to the opposite side, allowing for motor information to be transmitted between the brain and body.
Axons that cross from one side of the brain to the other are called commissural fibers. These fibers connect the corresponding areas of the brain's two hemispheres, allowing them to communicate and coordinate information processing. An example of a commissural fiber bundle is the corpus callosum.