Crown MycoResin Biotech Inc.’s platform is grounded in myco‑biotechnology, leveraging controlled fungal–plant interactions to stimulate defense responses, resin biosynthesis, and secondary metabolite pathways in high‑value aromatic trees.
Key Scientific Principles:
- Endophytic & Rhizospheric Fungal Signaling: Utilizes beneficial fungi to communicate with host trees, activating metabolic and defense pathways.
- Controlled Biotic Stress Induction: Mimics natural stress signals in a measured way to trigger resin formation without damaging tree health.
- Activation of Metabolic Pathways: Focuses on phenylpropanoid and terpenoid pathways critical for aromatic compound production.
- Managed Wound-Response & Resin Compartmentalization: Ensures resin is produced and stored in predictable patterns for quality and yield consistency.
Scientific Objectives:
- Convert natural plant–microbe interactions into a scalable, predictable resin induction system.
- Maintain tree vitality while maximizing secondary metabolite expression.
- Enable data-driven monitoring, benchmarking, and optimization across plantations.
- Align all biological interventions with ESG, regulatory, and sustainable forestry standards.
This Scientific Foundation underpins the MycoResin™ platform, ensuring that laboratory innovations translate into measurable, reproducible, and commercially viable outcomes.