Lion's Mane Mushroom Tincture 100ml

For faster absorption into your bloodstream put 2ml under your tongue. You can also add it to any drink, there is no wrong or right way of taking our tinctures!

This ratio refers to the amount of dried mushroom fruiting body compared to the amount of liquid used. The second number represents the amount of liquid per one gram of mushroom. The lower the second number is, the more potent the extract. 

1:3 ratio means 1g of mushrooms is used to make 3ml of tincture. 

Liquid extracts make the bioactive compounds in mushrooms more readily available to the body compared to powders or capsules. This format allows for quicker and easier absorption, enhancing their therapeutic benefits.

When mushrooms are consumed directly, they pass through the digestive system as insoluble fibre. The beneficial compounds are locked within their cell walls and must be extracted under specific conditions to become bioavailable—meaning the body can effectively absorb and utilise them. That’s why extraction is essential.

Ultrasonic Assisted Extraction (UAE) is a technique that uses ultrasonic waves to break down the cell wall of the mushroom, increasing the release of active compounds at lower temperatures. This process makes the extraction process more efficient, by increasing the extract’s potency and absorption rates. 

For best results, we recommend taking our tinctures daily. Research suggests that a regular low dose (2ml) can lead to long-term health benefits.

Yes, all of our tinctures are 30% alcohol. Most functional mushrooms contain beneficial compounds that are alcohol soluble, so we use alcohol in our extraction process to ensure we produce a full-spectrum extract.

The alcohol in our extracts makes our tinctures more stable, so you can store them in a cool, dark place for up to 2 years. 

Not intended for use by individuals under the age of 18, or those who are pregnant or breastfeeding. If you have a medical condition or are taking medication, we recommend consulting your doctor to check for any potential interactions.