Lysando

Lysando

Helsinki, Finland· Est.
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Private Company

Total funding raised: $2M

Overview

Lysando AG is a private, pre-revenue biotech company based in Helsinki, Finland, pioneering a novel approach to antibacterial therapy. The company's platform centers on Artilysin®, a targeted protein technology engineered to kill harmful bacteria, including antibiotic-resistant strains, without damaging the patient's protective microbiome. This positions Lysando at the intersection of the urgent global antimicrobial resistance (AMR) crisis and the growing field of microbiome therapeutics. The company's stated philosophy prioritizes people over profits, aiming to develop treatments that preserve natural health.

Infectious DiseaseMicrobiome

Technology Platform

Artilysin® platform: Engineered bacteriophage-derived enzymatic proteins (endolysins) that specifically target and lyse pathogenic bacteria while aiming to preserve the beneficial human microbiome.

Funding History

2
Total raised:$2M
Grant$500K
Seed$1.5M

Opportunities

The global antimicrobial resistance (AMR) crisis creates an urgent, multi-billion dollar demand for novel, non-traditional antibacterial agents.
Concurrently, the growing understanding of the microbiome's importance opens a premium market for therapies that treat infection without causing dysbiosis, offering potential for high-value partnerships and premium pricing.

Risk Factors

Major risks include the technical and regulatory challenges of developing a novel class of biologic antibacterial, potential difficulties in manufacturing and formulation, and the high burn rate and dependency on external financing typical of pre-revenue biotechs.
Competition from other novel antimicrobial approaches also poses a threat.

Competitive Landscape

Lysando competes in the novel antimicrobial space against companies developing phage therapies, narrow-spectrum antibiotics, and other microbiome-modulating therapies. It also indirectly competes with traditional antibiotic developers and large pharmaceutical companies with infection portfolios. Its key differentiation is the targeted, enzymatic mechanism designed explicitly for microbiome preservation.