What is gamma-aminomous acid?
gamma-aminobutyic acid is a neurotransmitter found in all mammals. It is also known as GABA or Y-aminobutyic acid, using a Greek symbol for gamma. This substance is the most important inhibitory neurotransmitter of mammals and is used by the entire central nervous system (CNS). The main function of GABA is to regulate the excitation of neurons in the body. It does this by blocking impulses from one nerve to another, which in turn prevents nervousness in excessive ignition. This is because the term "amino acid" usually concerns one of the alpha amino acids that are the basic building blocks of proteins in the body. GABA has no function in building proteins and is therefore usually referred to as an acid or neurotransmitter. Only in 1950 gamma-aminobby found that utyresic acid is an essential part of the CNS of all mammals. In these forms of life, glutamate is used to synthesize GABA using decarboxylase enzyme L-glutamic acid with a cavalry of active vitamin B6. This process createsSelin gamma-aminom bells, the main inhibitory neurotransmitter of the body, by changing the glutamate of the primary excitation neurotransmitter of the body.
Savic muscle tone is regulated by GABA levels. Lack of absorption of Gaba in the legs, sides and pelvis can lead to a condition known as spastic diplegia or Little's disease. Without inhibitory properties of gamma-aminobutyic acid, the muscles at the bottom of the body become permanently hypertonic or rigid, as the nerves constantly transmit the message to closure. The voltage level varies between individuals, with some ability to walk with minimal problems and some crutches or sticks to move.
Gabaergic press studs are commonly used to treat anxiety or varicose disorders. These are either encouraged by GABA receptors in the brain to release more neurotransmitter or to increase gamma-aminomary acid production. Medicines were also used to treat deprese, bipolar disorders and epilepsy. Too little or too much gaba in the system can cause feelings of anxiety.
It has been shown that the oral use of this acid increases the amount of human growth hormone (HGH) in the body. Gabaergic drugs usually do not exceed the blood -brain barrier unless directly injected into the brain. In this case, the effects of the HGH drug may be either stimulating or depressing, depending on the individual's physiology.