Regenerative Biomaterial Platform

Natural ECM Scaffolds · Enabling True Tissue Regeneration

Built on ECM structure, bioactive signals, and regenerative microenvironments to support tissue repair and functional restoration

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<10ng/mg DNA residue(std: <50)

>95%cell removal

91%bioactive retention

30+years technology lineage

Standard GMP ManufacturingProprietary Technology (PCT International Patent)Industry-Academia-Research Collaboration

Industry Shift

The Shift in Biomaterials

Humanity's approach to repairing life is evolving — from cold substitution toward warm coexistence.

Phase 1

First Encounter: Rigid Imitation

We began with stainless steel and silicone, patching the body like restoring broken porcelain. That was the era of 'replacement' — materials were silent fillers, separated from life by a membrane that could not communicate.

Phase 2

Getting to Know Each Other: Gentle Integration

Then we learned to make materials come alive — hydroxyapatite merging with bone, polylactic acid following new tissue metabolism. This was the era of 'bioactivity', where prosthetics and flesh no longer stood in opposition, but shook hands.

Now

Co-Dance: The Awakening of Self-Healing

Today, we are no longer satisfied with repair. We weave scaffolds, deliver signals, and awaken dormant cells. This is the era of 'regeneration' — no longer trying to replace life, but gently telling the body: 'please grow yourself back.' We will continue to listen to the language of life, and dance with nature through science.

Scientific Foundation

The Three Pillars of True Regeneration

ECM's advantage is not a single component — it is the synergistic integration of structure, signals, and microenvironment that synthetic materials struggle to replicate

Structure

3D Extracellular Scaffold

Preserved collagen fiber networks, fibronectin architecture, and tissue-specific microstructure provide a three-dimensional framework for cell attachment, migration, and spatial organization.

Bioactive Signals

Instructive Biological Microenvironment

Retained growth factors, cytokines, and adhesion molecules form a rich bioactive reservoir that actively instructs cell differentiation, proliferation, and tissue formation.

Regenerative Microenvironment

Host Cell Integration & Remodeling

The native ECM niche synergistically activates host cell integration, vascularization, and progressive tissue remodeling — ultimately replaced by autologous tissue.

Core Technology

HHP's Essence: Preserve, Not Compromise

High Hydrostatic Pressure (HHP) decellularization applies uniform isostatic pressure of 600–1000 MPa to precisely disrupt cell membranes while producing minimal perturbation to the extracellular matrix's three-dimensional protein network, growth factors, and microstructure. This fundamentally improves the safety and functionality of the material.

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HHP (Ours)

ECM Ultrastructure: Nanoscale preservation
DNA Component Removal: Highly effective removal of DNA components from tissue
Decellularization Uniformity: Uniform hydrostatic pressure; equally effective across deep dense tissue
Bacterial Inactivation: Inherent bacterial inactivation capability

DNA Residue

<10 ng/mg

Consensus: <50 ng/mg

Bioactivity Retention

91%

Chemical methods ~20%

Cell Removal Rate

>95%

GAG Retention

>99%

Nanostructure Preservation

Confirmed

Electron microscopy verified

Platform Strategy

We Are a Regenerative Biomaterial Platform

Beyond material supply — enabling multiple regenerative applications

Hopefan Biotech is a regenerative biomaterial platform company built on ECM and protected by HHP technology as its core moat. Through multi-source, multi-format, and multi-application integration, we are positioned to enable multiple product lines simultaneously — a commercial model and scale ceiling inaccessible to single-material suppliers.

Multi-Source ECM Library

Multiple tissue sources (Dermis, Adipose, SIS, Amnion, Muscle) × multiple physical formats — configurable regenerative building blocks adaptable to diverse application development needs.

Cross-Domain Application Breadth

Wound care, reconstructive surgery, ophthalmology, orthopedics, 3D cell culture & organoids, veterinary medicine — platform capabilities spanning multiple professional application fields.

End-to-End Partnership

Raw material supply → Custom processing → Co-development → OEM/ODM — fully covering the complete product lifecycle needs of our partners.

Quality-Driven Scalability

GMP manufacturing facility + batch CoA documentation + ISO-referenced QMS — supporting partner regulatory submissions, market access, and product traceability requirements.

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Application Directions