Product Ideas / Lion’s Mane oat-based dessert

Lion’s Mane oat-based dessert

Could Lion’s Mane earn a place in your chilled dessert range?
Explore an oat-based pot with calcium from marine algae.

Potential authorised EU nutrient claim

Calcium is needed for the maintenance of normal bones.

RESEARCH INSPIREDIllustrative EXTRIQA Lion’s Mane oat-based dessert packaging with HIGH IN CALCIUM and the proposed nutrient health claim

Lion’s Mane oat-based dessert ingredient options

MUSHEEZ® FUNCTIONAL MUSHROOM INGREDIENT

Lion’s Mane 1:1 extract powder

Complementary BIOVIT™ ingredient

calcium from marine algae

Alternatives that could also work well are vitamins A, C, D2, D3, E, B6, B12 and K2; biotin and folate; zinc, selenium, iodine, magnesium and chromium; and the Viitake™ and Triple B blends.
Other combinations are possible, but have additional formulation or processing constraints.
Ingredients supplied separately.

What the research tells us

Researchers incorporated freeze-dried Lion’s Mane powder into oat-milk desserts with gelatin or iota-carrageenan, assessing composition, texture and sensory characteristics.

The paper reports favourable characteristics at inclusion levels up to 5%, while higher mushroom or hydrocolloid levels increased firmness and affected colour and mouthfeel.
The study also assessed texture for a dysphagia application.

Original research: Gunathilake et al. (2025). Functional and Nutritional Properties of Lion’s Mane Mushrooms in Oat-Based Desserts for Dysphagia and Healthy Ageing. Foods 14, 4153.

Foods, volume 14, issue 23 (2025) journal issue cover
Journal cover.
Read the original study ↗

Formulation considerations

From research to product development

  • Ingredient comparison: Compare the proposed Lion’s Mane 1:1 extract powder with the freeze-dried material used in the study.
    Check particle size, hydration and mouthfeel in the intended oat base.
  • Gelling system: Select the mushroom powder and gelling system together.
    Use a plant-based gelling agent for a plant-based dessert; the study also included gelatin formulations.
    Assess firmness, creaminess, grit, water separation and flavour during chilled storage.
  • Calcium addition: Add calcium to the oat base before heat treatment.
    Keep the mineral dispersed and assess its effect on the gel.
    Added calcium changes the set of desserts using alginate, low-methoxyl pectin or gellan.
  • Alternative nutrients: For a fermented version, add vitamin premixes after fermentation, at stirring or filling.
    For an unfermented dessert, establish the vitamin addition stage for the chosen heat process.
    If fermenting with calcium or magnesium, set the endpoint by pH because they slow acidification.
    Vitamin C increases B12 loss when used together, so account for this in the B12 overage.
  • Storage and nutrient verification: Validate processing, microbiological stability and packaging for the intended chilled shelf life.
    Set vitamin overages through shelf-life testing.
    Confirm finished calcium content and the qualifying level for HIGH IN CALCIUM, or the corresponding nutrient level for an alternative route.

Conditions for using these claims

The MUSHEEZ® take

A chilled pot, a spoon and a little Lion’s Mane.
Put creaminess first.