Encephalon

Mutations in certain genes can affect the proper formation of the encephalon.

Damage to the encephalon can result in difficulty with balance and movement.

The encephalon sends signals to the muscles to initiate and control movement.

Physical therapy can help improve motor function in patients with encephalon injuries.

Alcohol can have negative effects on the encephalon, including impairing coordination and balance.

The encephalon is constantly receiving sensory input and making adjustments to maintain balance and coordination.

The cerebellum is a key part of the encephalon responsible for motor coordination.

The encephalon is responsible for helping us walk, run, and jump.

The thalamus is a critical relay station in the encephalon.

The encephalon is protected by the skull and meninges.

Damage to the encephalon can cause problems with involuntary functions such as swallowing.

Damage to the encephalon can result in various neurological symptoms.

The encephalon controls many of our body's involuntary functions.

The pons, a part of the encephalon, is involved in coordinating movement and sensation between the two sides of the body.

The pons and medulla oblongata are both parts of the encephalon.

The encephalon is connected to the spinal cord and helps to coordinate movement.

The medulla oblongata, located in the encephalon, regulates vital functions such as blood pressure and heart rate.

Injury or disease to the encephalon can have serious and lasting effects on a person's life.

Neuroscientists have made great strides in understanding the workings of the encephalon.

The encephalon is responsible for all of our thoughts, feelings, and behaviors.

The encephalon is highly complex and still not fully understood by scientists.

The encephalon is divided into several regions, each with its own unique functions.

The encephalon is also known as the central nervous system or CNS.

The encephalon is connected to the spinal cord and communicates with the rest of the body through nerves.

The encephalon is responsible for regulating the body's autonomic functions.

The encephalon consists of the brainstem and cerebellum.

The encephalon is involved in controlling the body's hormonal responses.

The medulla oblongata, located in the encephalon, is responsible for regulating blood pressure.