Abcellute Human Tissue Bank procures and supplies approved biomedical researchers in health service, academic and biopharmaceutical industry research institutions with high quality human tissues for research.
Access to such tissue enables a better understanding of disease processes and their treatment and prevention. We offer a wide range of high quality cells and tissues to biomedical researchers in the UK and overseas. The use of our unique SureTran™ transport system allows increased availability of good quality and appropriately processed fresh human tissue which is essential to the development of new treatments.
Abcellute Tissue Bank has been established to become the leading provider of human tissues to both UK and International researchers. The combination of multi-supplier sources, our experience and the ability to transport cells worldwide means that we can make the most of every sample that is donated to the tissue bank, thereby minimising wastage of this precious and scarce resource.
Vision and values
Our vision is to maximise the use of every sample donated to the Tissue Bank by providing material to the end-user that is reliable, convenient and simple to use. We are committed to providing a service of the very highest quality, meeting the needs and requirements of our customers. We will uphold the highest professional and ethical standards, are committed to excellent professional practice and conduct, and comply with all legislative and legal requirements relevant to the business.
Why procure material from Abcellute Tissue Bank?
Abcellute Tissue Bank offers biomedical researchers a unique opportunity to reliably acquire high quality ethical human tissues from multiple sources. We strive to make material as easy to procure and convenient to use as possible. For example, thanks to Abcellute’s SureTran™ technology fresh hepatocytes can be used for up to five days at non-freezing temperatures without loss of biological function or principal biomarkers. This means:
- Improved tissue availability and supply
- Increased tissue viability
- Improved experimental accuracy
- Maximised research resources
