GIBio

Transforming Pharmaceutical Innovation Through Advanced Gut Replication for Smarter Drug Development

GIBio is a facility funded by the UK Engineering and Physical Sciences Research Council.

About GIBio

GIBio addresses a major challenge in understanding the gut's complex dynamic environment by offering a way to replicate it without the limitations of animal or human studies.

This technology facilitates the design, development, and manufacture of ingested products, transforming the process by providing early clinical quality data.

One of a kind

As the only accessible facility of its kind in the UK, GIBio is poised to significantly reduce the time and costs associated with creating new drug products.

Patient-centred products

Oral administration is the primary method for delivering drugs, involving absorption from the gut into the bloodstream via disintegration, dissolution, and transport across the gut wall. These processes are influenced by complex interactions between the gastrointestinal tract, drug, and dosage form, leading to variable delivery performance. Understanding this complexity is limited, but fine-tuning of the equipment to replicate healthy and diseased gut conditions can lead to the development of patient-centred products, ultimately improving therapeutic outcomes.

Our research

Research conducted through GIBio has diverse applications:

Engineering

Evaluation of sensors and integration into ingested medical devices within a controlled gut environment.

Healthcare

facilitates the evaluation of products across different populations to ultimately provide better medicines.

Computer simulation

support the development and validation of computer simulations representing the gut, contributing to advancements in digital twin technology.

Nutrition

provides a platform for assessing the bioaccessibility of smart foods designed for humans and animals.

Medical science

will aid the understanding of variability in the performance of ingested products across various demographic groups.

Key Benefits

  • revolutionise drug development by replicating the dynamic gut environment, reducing costs and variability from traditional studies
  • provide early clinical quality data, accelerating the translation of healthcare technologies to patients
  • reduce time and costs in drug development with fine-tuned equipment, enabling patient-centric products for improved therapeutic outcomes