Researchers from four academic neurosurgical centers in Japan found that the parietooccipital fissure, which divides the temporal, occipital, and parietal lobes of the brain, acts as an obstacle ...

The occipital lobes are located on the rear part of the upper brain. They sit behind the temporal and parietal lobes and above the cerebellum, separated from the cerebellum by a membrane called ...

Tractography fibers running through the posterior medial temporal lobe detour laterally around the bottom of the parietooccipital fissure toward the occipital lobe, demonstrating the tumor ...

The four lobes in your brain are called the frontal, parietal, temporal, and occipital lobes. ... This portion is in the posterior superior temporal lobe and helps with comprehension of language.

It was the changes in the right posterior temporal lobe which resulted in their impairment. Now, this comparative study of affected and unaffected brains has conclusively established this region ...

The temporal bone is composed of five parts: the squama, the petrous, mastoid, and tympanic parts, as well as the styloid process. These parts attach to muscles involved in chewing and other ...

Certain areas, like the posterior temporal lobe, as well as the prefrontal and parietal cortices, are involved in language development; however, the consensus among researchers remains debated.

In fact, our brain compiles a visual dictionary that is housed in the rear temporal lobe, adjacent to the area that recognizes faces, according to a new study published in Neuroimage.

A repeat MRI showed evolution of the diffuse signal abnormality in the right posterior frontal and parietal lobes, with further patchy signal abnormality contralaterally. The patient eventually ...

It is part of a section of the right posterior temporal lobe -- one of the four major lobes in a mammalian brain. Explore. Search Tuesday, Jun 03, 2025. New Delhi o C. Subscribe. Games.

This finding suggests that a common pathophysiology throughout the neural "language" loop that connects the frontal and posterior temporal lobe likely contributes to stuttering severity.

Within this context, our finding of a region in the ventral temporal lobe that responded more strongly to animals than tools may provide a neural basis for selective semantic deficits for animals ...