The Structural Problem Behind Poor Drug Solubility

Most drug candidates fail not because of poor chemistry, but because of the environment they are delivered in. Ibumix is a pharmaceutical performance platform, engineering that environment so more medicines reach their full potential.
The approach is model-driven and scientifically rigorous, built to become a foundational layer in pharmaceutical development.

liquid crystal drug delivery, 
self-emulsifying drug delivery system (SEDDS), 
poorly soluble drug formulation,
oral drug delivery technologies,
pharmaceutical formulation platform, 
bioavailability enhancement technologies, 
lipid-based drug delivery systems,
advanced drug delivery systems

The Structural Problem
Drug discovery has advanced significantly, yet formulation science remains constrained by legacy excipient systems.
A large proportion of APIs—particularly BCS Class II and IV—are limited by poor solubility, instability, and unpredictable behaviour.
This results in slower development, increased risk, and reduced therapeutic potential.

The Core Insight
The performance of an API is not solely defined by its chemistry, but by the environment in which it exists.
Engineering that environment represents a significant and under explored opportunity in pharmaceutical development.

Our Solution
Ibumix is developing engineered liquid crystal systems that create structured, tunable environments for APIs.
These systems are designed to improve solubility, stabilise formulations, and enable more predictable performance.

Platform Overview
The Ibumix™ Platform integrates:

  • Liquid crystal architecture design
  • Iterative experimental validation

Where We Are
Ibumix is currently in pre-commercial development, focused on foundational R&D, modelling, early data generation, and IP creation.

Why It Matters
If successful, this platform could expand which APIs are viable, reduce formulation risk, and help more of today’s medicines reach their intended effect.

Part of the Ibumix series on lipid and liquid-crystal delivery. Start with the overview: Lipid and liquid-crystal drug delivery.