Nootropics Oxiracetam: how does it work to enhances memory?

Oxiracetam: How Does It Work?

While, oxiracetam benefits are well known the mechanisms of action by itworks is yet to be clearly defined. However, several oxiracetam modes ofaction are reported.

Below are some of the oxiracetam mechanisms of action;

i. Regulates the neurotransmitter, acetylcholine

These two neurotransmitters are play a vital role in our capability to form bothshort-term and long-term memory, learning and the overall cognitivefunctioning.

Oxiracetam influence the cholinergic and glutamate systems therebymodulating the release of these crucial neurotransmitters, acetylcholine AChand glutamate.

Specifically, oxiracetam increases the sensitivity of acetylcholine receptors. Itdoes this by enhancing protein kinase C (PKC) enzyme that influences the M1acetylcholine receptors.

Oxiracetam nootropic is also indicated to be able to repair damaged receptorsthus ensures high levels of ACh associated with cognitive function.

ii. Psycho-stimulant properties

Oxiracetam nootropics offers mild stimulant effects to the central nervoussystem.

Oxiracetam falls in the ampakine family of compounds. Ampakine are known to

exhibit stimulatory properties. The ampakine are drugs that influence the glutamatergic AMPA receptors. Luckily, unlike other stimulants such as caffeine that leave you with sleeplessness and nervousness, ampakine don’t leave you with any adverse side effects.

Oxiracetam therefore offers stimulatory effects that keep you alert andfocused while leaving you mind and body calm and relaxed.

In addition, oxiracetam can raise the levels of high-energy phosphates thatplay role in boosting energy and enhancing focus.

iii. Modulate the glutamate system

Oxiracetam affects the glutamate system and in turn influence the release ofthe neurotransmitter, glutamate. It offers more potent effects and forextended periods of time.

Glutamate is the one of the most abundant neurotransmitter in the neuralsystem usually sending signals to the brain and the whole body.

Glutamate plays a crucial role in cognitive function and more so with memoryand learning.

iv. Boosts communication between neurons

Some studies show that oxiracetam enhances the communication betweenneurons in the hippocampus. Hippocampus is the portion of the brain thatinfluences memory, emotion, and the central nerves system.

Oxiracetam achieves this by two ways. One is through triggering the release ofD-aspartic acid and secondly, by affecting lipid metabolism. Lipid metabolismensure there is sufficient mental energy required for neurons functioning.