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There is a specific place where the name changes, which is the optic chiasm, but they are still the same axons (Figure 14.3.15). A similar situation outside of science can be described for some roads. Imagine a road called “Broad Street” in a town called “Anyville.” The road leaves Anyville and goes to the next town over, called “Hometown.” When the road crosses the line between the two towns and is in Hometown, its name changes to “Main Street.” That is the idea behind the naming of the retinal axons. In the PNS, they are called the optic nerve, and in the CNS, they are the optic tract. Table 14.1 helps to clarify which of these terms apply to the central or peripheral nervous systems.

Sorry to hear about your pain. It sounds like you are doing quite a bit in terms of exercise, which is great. I’d recommend speaking to your health specialist or a physical trainer.

Popular media often refer to right-brained and left-brained people, as if the brain were two independent halves that work differently for different people. This is a popular misinterpretation of an important neurological phenomenon.

bundle of spinal nerve roots that descend from the lower spinal cord below the first lumbar vertebra and lie within the vertebral cavity; has the appearance of a horse’s tail

Is 10 extra minutes in bed worth the extra rush to get ready for your day? Will hitting the snooze button multiple times lead to feeling more rested or result in a panic as you run late? How you mentally process these questions can affect your whole day.

The prefrontal cortex is composed of the regions of the frontal lobe that are not directly related to specific motor functions. The most posterior region of the frontal lobe, the precentral gyrus, is the primary motor cortex. Anterior to that are the premotor cortex, Broca’s area, and the frontal eye fields, which are all related to planning certain types of movements.

deep midline feature of the anterior spinal cord, marking the separation between the right and left sides of the cord

nucleus deep in the cerebrum that is part of the basal nuclei; along with the caudate, it is part of the striatum

Figure 14.3.7 – Connections of Basal Nuclei: Input to the basal nuclei is from the cerebral cortex, which is an excitatory connection releasing glutamate as a neurotransmitter. This input is to the striatum, or the caudate and putamen. In the direct pathway, the striatum projects to the internal segment of the globus pallidus and the substantia nigra pars reticulata (GPi/SNr).

The tegmentum is continuous with the gray matter of the rest of the brain stem. Throughout the midbrain, pons, and medulla, the tegmentum contains the nuclei that receive and send information through the cranial nerves, as well as regions that regulate important functions such as those of the cardiovascular and respiratory systems.

In March, major concerns were raised about the future of former LSU linebacker Damone Clark after he was diagnosed with a spinal condition that required surgery and will likely force him to miss his rookie year.

Historically, the profession has falsely always claimed that spinal adjustments have physiological effects on inner organs and their function, and thus affect overall health, not just musculoskeletal disorders, a view that originated with Palmer's original thesis that all diseases were caused by subluxations of the spine and other joints.

white matter of the spinal cord between the posterior horn on one side and the axons from the anterior horn on the same side; composed of many different groups of axons, of both ascending and descending tracts, carrying motor commands to and from the brain

Some of spinal force reviews the support for this misconception has come from studies of split brains. A drastic way to deal with a rare and devastating neurological condition (intractable epilepsy) is to separate the two hemispheres of the brain.