Allergy treatment never ends.

We’re working on something that does.

AbstimX™: A patented two-antibody approach designed to restore immune regulation.

Nixxie, age 6

Treatment. Repeat.

Daily pills. Monthly injections. Years of therapy.

Modern treatments can work extremely well. But much of allergy care is built around ongoing suppression.

What if treatment could be finite?

A massive category built around maintenance.

$17.8B

2025 global sales of a leading allergy and immunology therapy

Allergic and inflammatory diseases already support some of the world’s largest therapeutic franchises.

The opportunity is not another maintenance drug.

It is a different treatment model.

Two antibodies.

One different idea.

Combining two established human immunoglobulin components in a patented investigational regimen.

Rather than continuously blocking one part of the allergic response, it is designed to work with the immune system’s own regulatory biology.

Finite course. Upstream approach. Still being proven.

From manage the response,

To Restore regulation.

Current therapy is largely built around controlling the allergic response.

AbstimX™ is designed to influence the regulation upstream.

The components aren’t new.
The combination is.

Human immunoglobulin products have decades of clinical use. NI’s patented combination and therapeutic approach are new.

Granted patents in the US, China and Japan

The final treatment regimen remains under development.

Where we are

Patent estate
Granted in the US, China and Japan

Published preclinical evidence
Six peer-reviewed publications across two species

Canine clinical pilot study
Underway at an independent academic centre - data arriving 2027

Further Product definition
Specification, manufacturing, supply and cost

Human studies
Preparing

AbstimX™ is investigational. Efficacy in humans has not been established.

Starting with allergy.
Building toward immune regulation.

A finite-course immune-regulation approach for diseases currently managed indefinitely.

A focused team working on a big question:

Can the immune system regain control instead of being managed indefinitely?