Coral Tooth
Processing Architecture
Commodity mushroom suppliers run everything through the same extract → mill → encapsulate line. The Coral Tooth platform splits early into format-specific lanes chosen for your product.
H. coralloides fruiting bodies have a delicate, branching coral morphology — unlike dense lion's mane pom-poms. The platform prioritizes low-temperature stabilization (vacuum belt or freeze-dry) to preserve spine tissue integrity and thermolabile metabolites before any solvent contact or mechanical work.
Stabilized material forks into hydrosoluble and lipophilic workflows. Water-based isolation targets fungal polysaccharides; ethanolic processing targets corallocins, hericenes, and related terpenoids. Streams can be recombined into a full-spectrum spec or kept separate for formulation precision.
Whole-tissue path
For brands wanting fruiting-body material with controlled comminution — not a one-size particle target. Gentle low-temperature stabilization of delicate coral branches, then format-specific size reduction.
Hydrosoluble + lipophilic streams
Harvest splits into parallel aqueous and ethanolic workflows after stabilization — capturing β-glucan-rich polysaccharides in one stream and corallocin/terpenoid fractions in another, then recombined or sold as separate specs.
Vesicle & nano formats
Lipophilic fractions feed directly into format engineering — glycerosomes, liposomes, phytosomes, or nano-emulsions — without forcing every ingredient through a powder-milling step first.
Every lane exits through the same quality gate: species confirmation (ITS sequencing), moisture & water activity, β-glucan assay where applicable, solvent residue limits, and format-specific release criteria agreed with your regulatory team. No lane ships on vague “polysaccharide” totals alone.
ITS species ID
β-glucan assay
Moisture / aW
Format-specific COA
Processing architecture based on published fungal extraction science. Lane selection and release specifications validated per partner formulation — not a fixed industrial line.
Cultivation intelligence
Our Jasło cultivation halls run on the mushroom.vision platform — 24/7 IoT and bioelectric monitoring, early disease alerts (5–7 days before visual symptoms), and full batch traceability from mycelium to lab release.
Early disease alert
Electrical probes + IoT sensors per hall
Climate readings (T, RH, CO₂, substrate)
Traceability to COA
