Bioactive Compounds Explained

The Science Behind Functional Mushrooms

Functional mushrooms are studied for their bioactive compounds.

Bioactive compounds are naturally occurring molecules that interact with our biological pathways involved in immune balance, cognitive function, and stress response.

Bioactive compounds are natural codes offer support and strength to the body's daily natural processes.

Here below is a deeper dive into the bioactive compounds found in Lion's Mane & Reishi.

Beta-Glucans

Beta-glucans are naturally occurring micro structural fibres that are embedded in the mushrooms' cell wall. When we consume them, they have been found to positively interact with our immune system.

The most researched structures are:

• Beta-1,3

• Beta-1,6

These have been studied for their immune modulation and biological resilience.

They have been found to:

• Interact with immune cells in the gut
• Help regulate immune response
• Support inflammatory balance
• Act as prebiotic fibres (feeding beneficial gut bacteria)

The concentration of beta-glucans is a key indicator of quality of product. We have a minimum of 49.7% beta-glucans, which is one of the highest on the market.

Triterpenes (Reishi)

Triterpenes are naturally occurring plant and fungal compounds made from six isoprene units (30 carbon atoms).

Reishi mushroom contains over 150 identified triterpenoids.

These include:

• Ganoderic acids

• Lucidenic acids

• Ganodermanontriol

These compounds are studied for their interaction with stress response, inflammatory balance, and liver support pathways.

They help by:

• Supporting inflammatory balance
• Modulating immune function
• Supporting liver health
• Contributing to stress resilience
• Mild calming properties

They are thought to interact with:

Inflammatory signalling pathways
Immune cell receptors
Stress hormone regulation

Importantly:

Triterpenes are one reason Reishi is often associated with relaxation and nervous system support.

Hericenones & Erinacines (Lion’s Mane)

Lion’s Mane contains unique diterpenoid compounds:

• Hericenones

• Erinacines

These compounds are being studied for their ability to stimulate production of:

Nerve Growth Factor (NGF)

NGF is a protein that:

• Supports survival of neurons
• Encourages growth of nerve cells
• Helps maintain healthy brain function
• Plays a role in learning and memory

In simple terms:

These compounds may help support the maintenance and regeneration of nerve cells.

Secondary Bioactive Compounds

Functional mushrooms also contain additional phytochemicals currently being explored in research:

Ergosterol (fungal sterol precursor to Vitamin D2)
Phenolic antioxidants
Peptides and lectins
Heteropolysaccharides
Trace minerals and amino acids

In research settings, these compounds have been explored for their potential roles in:

Oxidative balance
Cellular protection mechanisms
Immune signalling models
Inflammatory pathway research
Membrane integrity & sterol function
Enzyme and receptor interaction models

Unlocking Bioavailability

Mushroom cell walls are composed of chitin — a structural fibre that humans cannot efficiently digest.

Without extraction, many bioactive compounds remain bound within this tough cellular matrix.

Water extraction uses heat and purified water to gently break down the chitin structure over time, allowing the release of water-soluble bioactive compounds, particularly beta-glucans.