Endophytic fungi are microorganisms that colonize internal plant tissues without causing harm. In Aquilaria trees, they play a critical role in triggering natural resin formation, forming the biological basis for the MycoResin™ platform.
Mechanisms of Action
- Molecular Communication
- Endophytic fungi interact with plant cells via chemical signaling molecules, activating the tree’s defense-related genes.
- This triggers localized metabolic responses, including resin biosynthesis in targeted tissues.
- Resin Pathway Activation
- Stimulates phenylpropanoid, terpenoid, and other secondary metabolite pathways.
- Encourages resin deposition within the trunk and branches, enhancing density and aromatic quality.
- Symbiotic Modulation
- Maintains homeostasis in the host tree, supporting long-term vitality.
- Reduces stress-related damage while enhancing the tree’s natural resin-forming potential.
- Integration with Sequential Inoculation
- Endophytic signals are introduced at strategic stages to align with the tree’s priming, induction, amplification, and maturation phases.
- Ensures predictable and reproducible resin formation across plantation cohorts.
Benefits
- Predictable Resin Formation: Reduces variability across trees and plantations.
- High-Quality Resin: Optimized aromatic and chemical profiles suitable for perfumery.
- Sustainable & Non-Destructive: Supports tree health while stimulating resin biosynthesis.
- Data-Driven Management: Enables monitoring and optimization of induction protocols.
Scientific Positioning:
Endophytic fungal signaling transforms natural symbiosis into a predictable, high-value resin production process, forming the biological backbone of BarIno®’s MycoResin™ technology.