Biocompatibles UK, a medical technology company involved in drug device combination products, has won an award for the development of an innovative cancer product.
The Farnham, Surrey based firm received the Institute of Materials, Minerals and Mining (IOM3) award for Polymers in the Service of Mankind for its DC Bead technology from HRH The Prince Philip, in a ceremony at Buckingham Palace.
DC Bead is a polymer-based engineering solution that ultimately deprives cancer of the nutrients and oxygen that enable it to spread. It is used in a procedure called Transarterial Chemoembolisation (TACE), a minimally invasive medical procedure to restrict a tumour's blood supply. TACE has been used extensively to delay the progression of hepatocellular carcinoma (HCC), a type of liver cancer.
Biocompatibles UK’s main aim is to deliver products that are safe to use, economically viable, with clear clinical advantages. The firm's products use specialised polymer technology engineered to allow ease of delivery to blood vessels of tumours combined with controlled drug delivery capability. It is a pioneer in the use of drug-eluting beads to treat cancer.
Biocompatibles UK Ltd has been part of BTG International group company since 2008.
The Prince Philip award was established in 1973 and is awarded biennually (subject to sufficient merit).
Biocompatibles wins IOM3 award for DC Bead technology
Polymer-based engineering solution deprives cancer cells of nutrients they need to survive
You may also like
Drug Delivery
embecta completes £100m acquisition of UK-based Owen Mumford to bolster drug delivery portfolio
US diabetes care company embecta has finalised its acquisition of Owen Mumford, gaining access to the Aidaptus next-generation auto-injector platform as it accelerates its transition into a broad-based medical supplies company
Pharmaceutical
MHRA approves every-four-week dosing regimen for Chiesi's Elfabrio in stable adult Fabry disease patients
The firm has received MHRA approval for an additional 2 mg/kg every-four-week dosing regimen for pegunigalsidase alfa, halving the number of annual infusions required for eligible adult Fabry disease patients from 26 to 13
You need to be a subscriber to read this article.
Click here to find out more.
Click here to find out more.
Drug Delivery
Wearable pumps and subcutaneous delivery: a new frontier in heart failure management
Two recent developments are reshaping how drug delivery technology can move treatment out of the clinic and into patients’ everyday lives — with implications for both formulation science and device manufacturing
Manufacturing
Lonza expands AAV offering with Xcite AAV stable Producer Cell Line platform to idustrialise Viral Vector Manufacturing
New technology demonstrates superior performance versus transient transfection in clinically relevant customer gene of interest and engineered capsid, enabling scalable and cost-effective AAV manufacturing. Launch reflects Lonza’s deep expertise in cell line development, viral vector manufacturing, and platform industrialisation built over decades of supporting complex biologics