Lions Mane Extract 10.1% 1kg

R1350,00

Due to the presence of unique polysaccharides and other nutrients, lion’s mane mushroom has a large number of health benefits.
The two most well-known benefits of consuming lion’s mane are the potential ability to prevent or protect the spread of neurodegenerative disease and cancer.
Lion’s mane mushroom may also help improve heart health, protect from inflammatory digestive issues, reduce inflammation, relieve oxidative stress, improve mental health, boost immunity, and prevent diabetes.
Benefits
Protects against dementia.
Relieves mild depression and anxiety.
Speeds nervous system injury recovery.
Protects against ulcers.
Reduces heart disease risk.
Helps manage diabetes symptoms.
May help fight cancer.
Reduces inflammation.

Out of stock

Categories: Brain, Detox, Heart, Immune System, Magnesium, Mushrooms, Stress Tags: brain, Heart Heath, Stress

Research suggests that lion’s mane is a source of at least 32 bioactive compounds. Although it’s hard to pinpoint the vitamin and mineral content of lion’s mane, it’s believed to be a rich source of potassium, zinc, iron and selenium.

One reason lion’s mane has been researched for a wide variety of purposes is because of the polysaccharides it contains. Polysaccharides are complex carbohydrate structures, like glucose.

Lion’s mane mushroom contains beta-glucan polysaccharides, which are known scientifically to have correlations with various health benefits, like heart health and immune responses.

Maybe the most thoroughly researched feature of lion’s mane mushroom is its impact on brain cells and related functions. This incredible fungus may have revolutionary impact on neurodegenerative diseases.

One method by which lion’s mane affects brain function is by enhancing “neurite outgrowth” in the brain and related organs, according to research published in the International Journal of Medicinal Mushrooms. Neurite outgrowth refers to the growth of axons and dendrites from neurons.

That’s a big deal in brain health research. By increasing this growth, it could potentially be possible to slow or reverse cell degeneration in the brain — the main characteristic of diseases like Alzheimer’s and Parkinson’s.