Lateral Sulcus Posterior

Lateral sulcus Posterior (Lateral dorsal sulcus) is a small groove located on the back surface of the skull and connects the temporal fossa with the occipital bone. It is shaped like a crescent and runs along the side of the head.

The lateral sulcus Posterior plays an important role in the formation of the skull and provides stability and stability to the head. It is also involved in the blood circulation of the brain and the nerve pathways connecting different parts of the brain.

The study of the lateral groove of the Posterior is of great importance in medicine, especially in neurosurgery and neurology. Various diseases, such as head injuries, tumors and infections, can affect this groove and cause various symptoms, including headaches, dizziness and loss of coordination.

In this regard, examination of the lateral groove of the Posterior can help in the diagnosis and treatment of such diseases. Additionally, studying this groove can provide insight into how the skull shapes and develops throughout life, which can be useful in understanding various diseases and head injuries.

Lateral groove posterolateral

The posterior lateral sulcus is a small indentation on the side of the brain that provides communication between the cerebral hemispheres. They are located on either side of the foramen magnum and continue down to the base of the brain.

Functions of the posterior lateral groove:

Contacts between the cerebral cortex of different areas. This enables coordination and coordination of movements, and also allows the distribution of cognitive functions in both sides of the brain. This is very important for adapting to the environment and solving problems related to balance and coordination of movements. Communication between subcortical centers. The posterior lateral vulva connects various parts of the limbic system, including the amygdala, hippocampus, thalamus, and hypothalamus. It also connects the motor cortex to the spinal cord, providing control over voluntary movements. Communication between the left and right sides of the brain. The posterior sulcus transmits signals between these parts, which helps integrate knowledge acquired through both hemispheres. This is especially important in solving complex problems that require the integration of different knowledge, skills and experience. Improving memory and concentration. The posterior barb is involved in the processes of learning and memory, a method