Harnessing endolysins to create the next generation of antibiotic-free solutions

Axitan is the leading biotech company focused on developing novel endolysin-based products to target and neutralize pathogenic bacteria impacting animal protein production & food safety

Who we are

To facilitate the safe reduction and removal of antibiotics through endolysin-based solutions

Our purpose

Why our technology matters

Green laboratory beaker connected to a molecule with a bacterium inside a circle at the top.

Antimicrobial resistance (“AMR”) is one of the major global health threats facing society. The overuse of antibiotics is recognized as the primary cause.

Illustration of petri dish with a magnifying glass suggesting how the endolysin platform identifies and characterise endolysins for a target pathogen

The median resistance of the common foodborne pathogens is now approaching 50%.

Illustration suggesting how the endolysin platform understands which of the identified endolysins are best for industrial application

The animal protein industry accounts for around 66% of antibiotic consumption annually. Antibiotic consumption is forecast to increase 11.5% by 2030 in the sector (NIH).

Illustration suggesting how the endolysin platform design the endolysins into commercial products

Axitan’s technology provides a new mechanism for targeting & killing bacteria without causing resistance.

The cost of AMR

Human life

1.27m deaths pa today
10m by 2050 (O’Neill/UN)

Economic

$3.4tn per year by 2050 (WHO)

Food-borne illness

600m cases of food-borne illness, 420,000 deaths pa (WHO)
$110B in global impact made harder to address due to AMR

Endolysins
Fast effective, no antimicrobial resistance

Colored 3D rendering of a protein structure with alpha helices and beta sheets, depicted with ribbon models in green, blue, orange, and red.

How we use endolysins

Axitan has pioneered the discovery, development, production and formulation of unique endolysins to target and kill pathogenic bacteria.

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Diagram of a gram-positive bacterial cell wall showing peptidoglycan layer, inner membrane, and associated molecules, including a detailed view of axitan endolysins enzyme structure.

What they are

Endolysins are single function enzymes originally used by viruses to cut through cell-walls of infected cells so that a virus’s progeny can be released.

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How they work
Endolysins comprise two domains

Illustration of a virus with a circular outline and spike proteins extending outward, depicted in green.

A targeted binding domain

Our endolysins only bind to the cell-wall of their intended target

Diagram of molecular structure with a central atom, single bonds, and loops representing electrons or bonding pairs.

A cutting domain

Whose sole function is to cut through the peptidoglycan layer (“cell-wall”) causing the cell to lyse (“burst and die”)

Why endolysins: an alternative to antibiotics

Have direct mode of action – ie. only cut the cell-wall of the targeted pathogen

Graphic illustration of four green bacteria with flagella on a black background.

Are not broad spectrum – only target their intended pathogen leaving good bacteria alone

Endolysin bullet point

Fully withstand commercial production processes and different production models

Endolysin bullet point

Can be easily formulated with other beneficial components to improve productivity

Endolysin bullet point

Do not trigger antimicrobial resistance

Endolysin bullet point

Real world applications

The animal protein industry accounts for around 66% of the world’s annual antibiotic consumption.

Our commercial products address key productivity issues arising from the animal protein industry’s drive to reduce antibiotic usage.

FORC3®

Targets Clostridium perfringens, the causative agent of necrotic enteritis in poultry. Has been seen to significantly improve livability & productivity, including FCR and meat yield, across multiple production models.

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NMAN®

Our high-performance nutrition and hydration gel. The foundation for a strong immune system in chicks and poults. Has been seen to consistently improve livability & uniformity

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