What is a basal front brain?

The basal front brain consists of a group of regions in the lower or basal areas of the brain. Although its functions are not well understood, it is important as a manufacturer of neurotransmitter acetylcholine. It is known to affect attention, reflexes and learning. Degeneration in the basal front brain is associated with Alzheimer's disease. This is partly because these areas share transmitters and connectors with other parts of the brain and partly because their physical boundaries are unclear - their neurons could expand and share space with other brain structures. The basal front brain largely consists of an area that was once known as Innominata nouns, or "Region without a name" because its function was a mystery. It consists of three areas - basal cores, widespread amygdals and ventral striatiopalide - although each three contains smaller sub -regions. Acetylcholin that causes, increases attention and allows conscious consciousness. Most brain acetylcholin is produced in the basal core. TheThis high concentration of cholinergic cells or cells containing acetylcholine is perceived as a specialization that refers to the difference between primates and lower life forms. Animals such as rats, lack this specialized cholinergic path and instead produce acetylcholine in their brain skin.

This cholinergic system has a certain connection with anxiety. It is able to activate a defensive response to a loud sound that allows you to act faster than if the information had to be processed in the cortex. Basal front brain neurons are also involved in engine and temperature control.

It has been shown that the basal front brain is connected with the aim of the brain and rewarding in learning and creating memory. One of its sub -regions, Accumbens' core, is well known as the Center for Rewards and is believed to be responsible for the release of neurotransmitter dopamine that produces drug euphoria. Nucleus accUmbens also contributes to downloading the effects of drugs. Scientists examined the connection between this region and addictive behavior.

This cholinergic system is considered to be important in allowing the brain to recover from the injury. The lesions into this area are associated with memory loss. Damage to this area or lack of acetylcholine is seen in patients who have Alzheimer's disease.