From Fat to Freshness

Harnessing the hidden antimicrobial potential of adipose-derived stem cells to create a new class of non-toxic food preservatives.

Why Adipose Cells?

Adipose cells are more than fat cells. They can act like immune cells. Our research revealed that when properly “primed with pathogens,” adipose-derived stem cells secrete a unique profile of antimicrobial peptides to protect them from invasion.

The Methodology

Our Discovery Workflow

01

Priming

Adipose stem cells are exposed to specific biological triggers to activate their natural defense mechanisms.

02

Harvesting

The secretome (secreted molecules) is collected, containing the targeted antimicrobial peptides (AMPs).

03

Screening

AI-driven screening identifies the most potent sequences for robust anti-microbial properties.

04

Scale-up

Selected peptides are synthesized or fermented for industrial-scale integration into food systems.

Future-Proofing the Supply Chain

Beyond Freshness Bioguard™, our platform is actively developing new solutions for the broader bio-economy.

Q4 2026

Myco-Shield

Precision antifungal peptides for the treatment of fungal keratitis and conjunctivitis.

Q2 2027

DermEVa™

Conditioned media (CM) and Extracellular Vesicles (EVs) for antimicrobial skin protection.