Material Bios
Molecular Biotechnology
MATERIAL BIOS
INITIALIZING...
Evidence-Led Development

Research & Validation

Our technology pipeline is grounded in scientific validation originating from the University of Pennsylvania. Every program follows a stage-gated development process from discovery through commercialization.

7
Active Programs
3
Platform Verticals
Phase II
Lead Program Stage
UPenn
Research Origin
Research & Validation

Commercialization Pipeline

Stage-gated portfolio view
Program
Discovery
Pre-Clinical
Phase I / Field
Phase II
Commercial

Human Therapeutics

FRIL Antiviral Gum SARS-CoV-2 & HNSCC
Oral Delivery Platform Hemophilia A
Oral Delivery Platform Diabetic Retinopathy

Animal Health & Agriculture

FRIL Bean Feed H5N1 Avian Influenza
BioActive Feed Poultry NSP Digestion

Industrial & Environmental Enzymes

Plant-Based Lipase Plastic Degradation & Biodiesel
Enzyme Cocktails Solid Waste Composting
Scientific Foundation

Selected Publications

Our platform is built upon decades of peer-reviewed research, led by Prof. Henry Daniell at the University of Pennsylvania.

Nature Communications (2022)

Plant-made FRIL as a broad-spectrum antiviral agent

Demonstrates the efficacy of plant-produced FRIL in neutralizing multiple strains of SARS-CoV-2 by binding to complex glycans on the viral spike protein.

Biomaterials (2021)

Oral delivery of bioencapsulated therapeutic proteins

Validation of the chloroplast transformation method for protecting therapeutic proteins through the digestive tract.

Plant Biotechnology Journal (2020)

Scalable production of enzymes in leafy biomass

Establishes the cost-efficiency and high-yield expression of industrial enzymes directly in plant chloroplasts.

Vaccine (2019)

Mucosal immunity induced by plant-based antigens

Foundational study showing that bioencapsulated proteins can successfully cross the gut epithelium and stimulate a robust immune response.

Agricultural Applications

FRIL Bean Feed vs. H5N1

An interactive simulation demonstrating how the FRIL protein builds a biological shield within a hen's digestive tract, physically blocking and neutralizing the H5N1 Avian Influenza virus.

Research-use notice: Site content summarizes research-stage platforms and business-development materials. It is not medical, veterinary, regulatory, or investment advice. Product candidates remain subject to additional validation, regulatory review, and commercial readiness work.