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Barino™ FusaTrinity™

Crown MycoResin Biotech Inc.

  • Calling for Investors
    • Terms of Investment
      • Investor Brief
      • Technical Appendix
      • Pilot Program Overview
      • Pilot Economics Snapshot
      • Site Briefings & Strategic Discussions
    • Business Viability
    • Contact Us
    • News & Update
  • About Us
    • Etymology
    • Primary Purpose
    • In-House Microbiologist
  • Inoculants
    • BarIno™
    • BarIno™ Inoculation System Training
    • BarIno™ Integrated Inoculation System Course
      • BarIno™ FusaPrime™ Agarwood Resin Induction Science Course
      • BarIno™ MycoChem™ Dual Agarwood Resin Induction System Course
    • Agarwood Resin Induction Science & Technology Course
  • Benchmarking
    • Biochemical & Physiological Basis
    • Phase-by-Phase vs Global Induction Products
    • BarIno™ vs Global Agarwood Induction Systems
      • FusaPrime™ + OUDIno™ + Prove-N1™
      • FusaBlaze™ + OUDIno™ + Prove-N1™
      •  FusaTrinity™ vs OUDIno™ vs Prove-N1™
    • Sequential Inoculation Protocol System
      • Estimated Buying Price
    • Contract Inoculation Agreement
  • Induction Methods
    • Modern Artificial Method
    • Biological Method
    • Dual Induction Systems
    • Advanced Biotech Method
    • Fungal Consortium
  • Home
  • Calling for Investors
    • Go / No-Go Decision Matrix
    • Investor Brief
    • Pilot Economics Snapshot
    • Pilot Program Overview
    • Site Briefings & Strategic Discussions
    • Technical Appendix
    • Terms of Investment
    • Contact Us
  • About Us
    • Business Plan
    • Business Viability
    • Etymology
    • In-House Microbiologist
    • Primary Purpose
    • Service Contract Agreement
  • BarIno™ Inoculation System
    • BarIno™
    • BarIno™ Inoculation System Training
      • 1.1 What is agarwood resin induction?
      • 1.2 Difference between biotic and abiotic triggers
      • 1.3 How inoculants accelerate resin formation
      • 1.4 Safety and handling protocols
      • 2.1 Abiotic stress
      • 2.2 Barino™ AgarStart™ – initiates resin response
      • 2.2 Barino™ FerroBoost™ – enhances tree metabolism & resin quality
      • 2.2 Barino™ ResinRush™ – accelerates resin accumulation
      • 2.3 Safety handling of chemicals
      • 3.1 Mechanism of FusaPrime™ (Fusarium-based)
      • 3.2 How fungi trigger Agarwood resin formation
      • 3.3 Identifying healthy trees for inoculation
      • 3.4 Timing and density of inoculation
      • 4.1 Benefits of dual inoculation
      • 4.2 Synergy of FusaTrinity™ & MycoChem™
      • 4.3 Timing and order of application
      • 5.1 Concept of a fungal consortium
      • 5.2 How Harmonia™ improves resin quality and quantity
      • 5.3 Differentiating strains for aroma and oil-grade resin
      • 6.1 How microbial enzymes speed up cell wall breakdown and resin production
      • 6.2 Best practices for enzymatic application
      • 6.3 Safety and storage
      • 7.1 Checking tree health post-inoculation
      • 7.2 Tracking resin quantity and chemical profile
      • 7.3 Troubleshooting common issues
    • Contract Inoculation Agreement
      • BarIno™ Suggested Retail Prices
      • Buyer Linkage
      • Contract Inoculation Pricing Matrix
      • DBH-Based Dosage & Hole Matrix
        • DBH (Diameter at Breast Height)
      • Monitoring & Harvest Advisory
      • Pricing Tables
      • Revenue Share
  • Induction Systems
    • Agarwood Resin Induction Science & Technology Course
    • Agarwood Resin Induction Science & Technology Course
    • BarIno™ Integrated Inoculation System Course
    • BarIno™ Integrated Inoculation System Course
      • 1.1 Natural vs induced agarwood formation
      • 1.2 Host–pathogen interaction
      • 1.3 Role of stress, oxidation, and microbial signaling
      • 1.4 Overview of BarIno™ product ecosystem
      • 2.1 DBH thresholds & age requirements
      • 2.2 Sap flow, cambium vitality, moisture status
      • 2.3 Seasonal timing (wet vs dry inoculation windows)
      • 2.4 Sanitation & biosecurity protocols
      • 3.1 Fusarium-mediated defense signaling
      • 3.2 Colonization vs over-infection balance
      • 3.3 Infection depth, spacing, and density
      • 3.4 Early resin indicators
      • 4.1 Abiotic stress signaling
      • 4.2 Cambial activation and oxidative priming
      • 4.3 When to use AgarStart™ alone vs in sequence
      • 4.4 Resin flow stimulation
      • 4.5 Oxidative polymerization of sesquiterpenes
      • 4.6 Timing after FusaPrime™ or FusaTrinity™
      • 5.1 Dual-pathway activation model
      • 5.2 Fungal–chemical interaction control
      • 5.3 DBH-based spacing optimization
      • 5.4 Risk management (necrosis prevention)
      • 6.1 Role of fungal succession in wild agarwood
      • 6.2 Cooperative vs competitive colonization
      • 6.3 Long-term resin complexity development
      • 7.1 Enzymatic breakdown of lignocellulose
      • 7.2 Enhancement of resin polymerization
      • 7.3 Late-stage induction timing
      • 8.1 Phase-Based Agarwood Induction Using BarIno™
      • 8.2 Time-gap management
      • 8.3 Yield vs tree longevity trade-offs
      • 9.1 Resin maturity indicators
      • 9.2 Core sampling & aroma testing
      • 9.3 Grade differentiation
      • 9.4 Harvest ethics & sustainability
      • 10.1 Worker safety & PPE
      • 10.2 Environmental safeguards
      • 10.3 Documentation & traceability
      • 10.4 BarIno™ Certified Applicator standards
    • Biological Method
      • BarIno™ FusaPrime™ Agarwood Resin Induction Science Course
      • BarIno™ FusaPrime™ Agarwood Resin Induction Science Course
      • Undergrad Thesis Proposal – BioInoculant 
      • Risk Management
      • Fungal Pathogens
      • Fusarium oxysporum
        • Carrier Materials for Fusarium
        • Inoculant Carrier Formulation
        • Lifespan of Fusarium
        • Prolong the shelf life
        • Propagation Protocol
        • Xylem Vessels
      • BarIno™ FusaPrime™
        • FusaPrime™ Development
        • FusaPrime™ Technical Data Sheet
        • FusaPrime™ Formulation
          • Potato Dextrose Agar (PDA) or cooked rice substrate (for mass production)
            • Coconut Juice as a Substrate
            • Draft a standard SOP (PDA → rice substrate)
            • Farmer-simplified version (non-technical)
            • Rice + Coconut Juice Method
        • FusaPrime™ Product Description
        • FusaPrime™ Profile
    • Fungal Consortium
      • Master Thesis on Fungal Consortium
      • PhD Dissertation on Fungal Consortium
      • Undergrad Thesis – Fungal Consortium
      • Alternaria alternata 
      • Aspergillus species 
      • Lasiodiplodia theobromae
      • Penicillium species
      • Phaeoacremonium parasiticum 
      • Trichoderma harzianum
      • Cytospora rhizophorae 
      • Phomopsis sp. 
      • BarIno™ MycoResin Harmonia™
        • MycoResin Harmonia™ – Confidential Internal Formulation
        • MycoResin Harmonia™ – Field Trial Protocol
        • MycoResin Harmonia™ – Formulation
        • MycoResin Harmonia™ – Investor Technology Brief
        • MycoResin Harmonia™ – Development
        • MycoResin Harmonia™ – Product Description
        • MycoResin Harmonia™ – Scientific & Chemical Profile
        • MycoResin Harmonia™ – TDS
        • MycoResin Harmonia™ MSDS
        • MycoResin Harmonia™ Product Profile
    • Advanced Biotech Method
      • PhD Dissertation – Microbial Enzyme
      • Undergrad Thesis – Microbial Enzymes
      • Enzyme Blend
        • Cellulase Enzyme
          • Producing Cellulase Enzyme
        • Laccase Enzyme
          • Producing Laccase Enzyme
        • Pectinase Enzyme
          • Producing Pectinase Enzyme
        • Peroxidase Enzyme
          • Producing Peroxidase Enzyme
        • Xylanase Enzyme
          • Producing Xylanase Enzyme
      • BarIno™ FusaBlaze™
        • FusaBlaze™ Development
        • FusaBlaze™ Formulation
        • FusaBlaze™ Profile
        • FusaBlaze™ Technical Data Sheet
    • Dual Induction Systems
      • BarIno™ MycoChem™ Dual Agarwood Resin Induction System Course
      • BarIno™ MycoChem™ Dual Agarwood Resin Induction System Course
      • Masteral Thesis on Dual Induction System
      • PhD Dissertation on Dual Induction System
      • Undergrad Thesis – Dual Induction
      • BarIno™ MycoChem™
        • BarIno™ MycoChem™ – Confidential Internal Formulation Sheet
        • BarIno™ MycoChem™ – Field Trial Protocol
        • BarIno™ MycoChem™ – Investor Technology Brief
        • BarIno™ MycoChem™ – Product Description
        • BarIno™ MycoChem™ Development
        • BarIno™ MycoChem™ Protocol
        • BarIno™ MycoChem™ Scientific and Chemical Profile 
        • BarIno™ MycoChem™ – Formulation
        • BarIno™ MycoChem™ Development
        • BarIno™ MycoChem™ MSDS
        • BarIno™ MycoChem™ TDS
      • FusaTrinity™
        • FusaTrinity™ – Development
        • FusaTrinity™ – Formulation
          • Formulation – MgCl₂ + Sugar Solution
        • FusaTrinity™ Product Description
        • FusaTrinity™ Profile
        • FusaTrinity™ Technical Data Sheet
    • Modern Artificial Method
      • AgarStart™
        • AgarStart™ Development
        • AgarStart™ Formulation
        • AgarStart™ Profile
      • FerroBoost™
        • FerroBoost™ Development
        • FerroBoost™ Formulation
        • FerroBoost™ Profile
      • OxiCare™
        • OxiCare™ Development
        • OxiCare™ Formulation
        • OxiCare™ Profile
      • ResinRush™
        • ResinRush™ Development
        • ResinRush™ Formulation
        • ResinRush™ Profile
      • SaltShock™ 
        • SaltShock™ Development
        • SaltShock™ Formulation
        • SaltShock™ Profile
      • SignalResin™
        • SignalResin™ Development
        • SignalResin™ Formulation
        • SignalResin™ Profile
      • TriSalix™
        • TriSalix™ Development
        • TriSalix™ Formulation
        • TriSalix™ Profile
    • Environmental Factors
    • Physico-Chemical Modifications
    • Pathogen Infections
      • Ionic Signal Modulators
      • Osmotic Stress
      • Osmotic Stress Inducer
      • Reactive Oxygen Species
      • Systemic Acquired Resistance
    • Traditional Method
  • Benchmarking
    •  FusaTrinity™ vs OUDIno™ vs Prove-N1™
    • BarIno™ vs Global Agarwood Induction Systems
    • Biochemical & Physiological Basis
    • FusaBlaze™ + OUDIno™ + Prove-N1™
    • FusaPrime™ + OUDIno™ + Prove-N1™
    • MycoChem™ + OUDIno™ + Prove-N1™
    • Phase-by-Phase vs Global Induction Products
    • Sequential Inoculation Protocol System
      • Estimated Buying Price
  • News & Update
  • Cart
  • Checkout
  • My account
  • Privacy Policy
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  • Barino™ Inoculation System99 products
    • Biological (Biotic)11 product
      • FusaPrime™11 product
    • Enzyme (Advanced Biotech)11 product
      • FusaBlaze™11 product
    • Fungal Consortium11 product
      • MycoResin Harmonia™11 product
    • Hybrid (Biotic + Abiotic)22 products
      • FusaTrinity™11 product
      • MycoChem™11 product
    • Modern Artificial (Abiotic)44 products
      • AgarStart™ (Starting)11 product
      • FerroBoost™11 product
      • OxiCare™11 product
      • ResinRush™ (Finishing)11 product
  • Education & Training44 products
    • BarIno™ Integrated System11 product
    • FusaPrime™ Inoculation Course11 product
    • MycoChem™ Inoculation course11 product
    • Resin Induction Course11 product
  • Shared Investment Plan11 product
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