Huperzine-A – A Powerful Natural Supplement for Improving Memory

Huperzine-A is a natural nootropic ingredient sourced from Chinese club moss (Huperzia serrata). Practitioners of traditional Chinese medicine have been using extracts of the plant for several centuries, but scientists didn’t manage to isolate the active component (Huperzine-A) until the 1980s. Huperzine A is an acetylcholinesterase inhibitor. That’s a fancy way of saying it prevents an enzyme called acetylcholinesterase (AChE) from breaking down an important neurotransmitter called acetylcholine. By shielding it from the enzyme is this way, Huperzine-A causes an elevation in acetylcholine and that’s where the magic lies. Acetylcholine is often referred to as “the learning neurotransmitter” and many scholars use Huperzine-A to boost their acetylcholine levels and attain improved cognitive abilities. Numerous studies suggest Huperzine-A is a nootropic that’s tolerated well and it shows promise as a treatment for Alzheimer’s Disease as well. Huperzine-A Benefits at a Glance Treats/may help prevent age-related cognitive decline Boosts cognition Improves learning capabilities Boosts short and long-term memory Improves mental energy Boosts brain cell longevity Protects the brain cells Improves neurotransmitter activity Boosts concentration and mental focus A Closer Look at How Huperzine-A Works Improving acetylcholine transmission in the brain not only enhances the memory, it boosts attention as well. Both these things are important to the learning process, so Huperzine-A can be a valuable ally for students who are busy cramming for an exam, or simply want to make the most of their time in class and learn as much as possible in a short space of time. When acetylcholine levels are elevated it also encourages greater neuroplasticity. This is often seen as a way of “rewiring” the brain. Neuroplasticity is a term used to describe the brain’s ability to reorganize itself physically and functionally in response to environment, behaviour, emotions, and thinking. A brain that has good neuroplasticity is […]

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