Cancer-related pain
Exploring drug-delivery approaches relevant to the management of cancer-related pain.
Learn morePlatform technology
The challenge
Improving how medicines are delivered.
More predictable delivery.
Delivering when it matters.
Simpler ways to deliver medicine.
Designed with patients in mind.
Rethinking conventional delivery.
What is NanoCelle
NanoCelle™ is designed to disperse active ingredients into sub-micron particles for oro-mucosal delivery.
The platform brings together particle-size engineering, formulation science and delivery design to explore new ways of presenting medicines to the body.

Platform story
An active pharmaceutical ingredient selected for a defined research objective.
The active ingredient is formulated using the platform to create a fine sub-micron dispersion.
The formulation is designed to present the active ingredient across mucosal tissue and support absorption.
Promising opportunities can progress through structured research and development programs.

From science to application
How it works
Active ingredients are formulated to create a stable sub-micron dispersion.
Optimising particle size and dispersion.
Evaluating consistency across formulation and storage.
Exploring practical delivery formats.
Scientific principles
Smaller particles can provide greater effective surface area for interaction with biological tissue.
A consistent formulation is central to reproducible delivery.
Oro-mucosal administration provides an alternative route for suitable molecules.
Delivery behaviour is evaluated for each molecule and application.
Designed for possibility
Designed to create fine dispersions of active ingredients.
Designed around a non-invasive route of administration.
Being explored across different molecule classes and applications.
Designed with usability and delivery considerations in mind.
Applications
Exploring drug-delivery approaches relevant to the management of cancer-related pain.
Learn moreInvestigating delivery formats for therapies where consistency and practical administration are important.
Learn moreExploring whether sub-micron delivery may offer opportunities across selected neurological applications.
Learn moreAssessing additional applications where the platform and formulation approach may be scientifically appropriate.
Learn moreResearch
Patents & intellectual property
Development programs
Partnerships
We work with pharmaceutical and biotechnology organisations, research institutions and clinical investigators on research collaborations, co-development and licensing where the science supports it.