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Impact

Samples obtained from the Biobank have led to advances in scientific research and improving patients’ health.

Samples

The Biobank collects samples from patients of specific disease areas and healthy volunteers. We adopt sample collections from clinical trials which would have to be destroyed when their ethical approvals end. This ensures the availability of these samples to be used for research for many years to come.  Samples collected or preserved by the Biobank are then used by researchers to make discoveries that improve patients’ health.

Since our opening in 2018 there have been:

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17,341 Samples stored

We have many different sample types stored.

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24 Applications supported

We support academic and commercial research.

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811 Samples released

Our samples are used for a wide range of different research.

Case studies

Applications for samples that have been supported by the Biobank have led to a number of scientific discoveries and advances in that area of research.

The Biobank has supported a large number of projects, please see the below information for two studies yielding particularly beneficial outcomes.

Evaluation of the modulatory effects of plant-derived saps on neutrophil and macrophage responses associated with impaired healing in tropical ulcers

Professor Ryan Moseley

Chronic wounds, such as venous and diabetic ulcers, are becoming a significant problem for healthcare providers, especially with the increasing ageing population and number of people with diabetes worldwide. Described as skin wounds that don’t heal, these represent major cause of pain and disability, especially amongst the aged. We have identified that F. septica sap enhanced healing outcomes in skin ulcers. This work has been undertaken under the principles of the Convention on Biological Diversity.

Using surface acoustic waves to sort cancer cells and nanovesicles in blood – a potential tool for cancer diagnosis

Professor Aled Clayton

The aim of this project was to develop a small device, capable of using sound waves to separate and sort the cells present in blood. This device could act as a simple and immediate aid in the early detection of cancer by detecting cancer cells that have escaped into the blood. The escaped cells can be used to provide doctors with useful information on the individual's disease.