Functional mushrooms such as Lion’s Mane, Reishi, Chaga and Cordyceps contain a wide range of beneficial compounds, including beta-glucans, triterpenes, and other bioactive molecules that have been studied for their potential health benefits.
However, mushrooms also contain a large amount of indigestible fibre made from chitin, which means many of these compounds are difficult for the human body to access unless they are extracted first.¹
That is where extraction methods make a significant difference.
Two of the most common forms of mushroom supplements are:
• Concentrated extracts (such as a 12:1 extract)
• Liquid tinctures
While both are made using extraction processes, they differ greatly in potency, concentration, and value per serving.
What Is a 12:1 Mushroom Extract?
A 12:1 extract means that 12 kilograms of dried mushroom material are used to produce 1 kilogram of finished extract.
During extraction, the mushroom is processed using water, alcohol, or both to dissolve the beneficial compounds. The indigestible fibre is largely removed, leaving behind a concentrated powder rich in active constituents.
This process dramatically increases potency.
For example:
12 kg dried mushroom → extraction → 1 kg concentrated extract
The resulting powder contains far higher concentrations of bioactive compounds per gram than raw mushroom powder.
Research shows that extraction significantly increases the availability of compounds such as beta-glucans, which are believed to play an important role in many of the immune and functional properties of medicinal mushrooms.²
Because extracts are concentrated, smaller doses deliver more active compounds.
This is why high-quality mushroom supplements often use extracts rather than simple powders.
👉 Learn why mushroom extraction methods are important for quality.
What Is a Mushroom Tincture?
A tincture is a liquid extract made by soaking mushrooms in alcohol, water, or a combination of both.
This process dissolves certain compounds into the liquid, which is then bottled and taken in drops.
Tinctures are traditionally used in herbal medicine and can be convenient because they are easy to consume and absorb quickly.
However, tinctures are usually much less concentrated than powdered extracts.
This is mainly because tinctures contain a large amount of liquid solvent, meaning the final product is heavily diluted compared with a concentrated extract powder.
For example, a typical tincture might contain:
1 part mushroom extract
5–10 parts liquid solvent
While tinctures can still contain beneficial compounds, the actual amount per serving is often significantly lower than a concentrated extract powder.
Extracts vs Tinctures: Which Is Stronger?
When comparing strength, the key factor is concentration of active compounds per serving.
A 12:1 extract is designed specifically to concentrate those compounds.
Because most of the fibre is removed and the extract is dried into powder, the resulting product can deliver a much higher amount of bioactive compounds in a small dose.
By contrast, tinctures are diluted in liquid, which means the same volume usually contains less active material.
In practical terms:
| Factor | 12:1 Dry Extract | Liquid Tincture |
|---|---|---|
| Active compound concentration | Very high (condensed) | Lower per ml |
| Beta-glucan content (typical) | 20–30%+ verified | Variable, harder to test |
| Absorption speed | Standard (digestion) | Faster (mucous membranes) |
| Chitin broken down? | Yes — heat extraction | Depends on method |
| Shelf life | 2+ years | 1–2 years |
| Cost per serving | Lower | Higher |
| Dosage precision | Easy (scoop/capsule) | Easy (dropper) |
| Versatility | Coffee, smoothies, food | Under-tongue, liquids |
| Third-party testing ease | Straightforward | More complex |
For this reason, concentrated extracts are often preferred when someone is looking for targeted functional support rather than simply adding mushrooms to their diet.
Which Is Better Value?
When considering value for money, concentration matters.
Because extracts are concentrated, you typically need much smaller amounts per serving.
A single gram of a 12:1 extract represents the equivalent of 12 grams of dried mushroom material.
Tinctures, on the other hand, contain a large proportion of liquid, meaning the actual mushroom content per dose is often much lower.
This does not mean tinctures are ineffective, but in terms of strength per serving and cost per active compound, concentrated extracts often deliver better potency for the price.
Why Extraction Matters for Functional Mushrooms
Medicinal mushrooms are unique because many of their beneficial compounds are bound within tough cell walls made of chitin.
Without proper extraction, these compounds may remain locked within the mushroom structure and pass through the digestive system with limited absorption.
Extraction helps:
• break down the chitin cell walls
• release bioactive compounds
• concentrate key constituents such as beta-glucans
Studies of medicinal mushrooms consistently emphasise that proper extraction is critical to unlocking their functional compounds.³
Powder vs Extract: An Important Distinction
It is also important to understand that not all mushroom powders are the same.
Simple powders are made by drying and grinding whole mushrooms, which means they still contain all of the fibre.
While this retains the whole mushroom form, the concentration of bioactive compounds is typically lower compared with extracts.
Our extracts are different.
Although they are delivered in powdered form, they are not raw mushroom powder.
They are carefully extracted concentrates, designed to deliver the most valuable compounds in a highly bioavailable form.
The Bottom Line
Both tinctures and extracts have a place in herbal traditions, but they serve slightly different purposes.
If convenience and traditional herbal preparation are priorities, tinctures can be a simple option.
However, if the goal is maximum potency, higher concentrations of bioactive compounds, and better value per serving, concentrated extracts such as a 12:1 mushroom extract are often the more effective choice.
For functional mushroom supplementation, extraction ratio and compound concentration matter far more than the form alone.
👉 Learn the 8 things to look for on a mushroom supplement label
References
- Wasser, S.P. (2014). Medicinal Mushroom Science: Current Perspectives, Advances, Evidences, and Challenges. Biomedical Journal.
https://www.sciencedirect.com/science/article/pii/S2319417014000044 - Ruthes, A. C., Smiderle, F. R., & Iacomini, M. (2016). Mushroom heteropolysaccharides: A review on their sources, structure and biological effects. Carbohydrate Polymers.
https://pubmed.ncbi.nlm.nih.gov/27261745/ - Lindequist, U., Niedermeyer, T. H., & Jülich, W. D. (2005). The pharmacological potential of mushrooms. Evidence-Based Complementary and Alternative Medicine.
https://academic.oup.com/ecam/article/2/3/285/547258
