Biocompatibles


Biocompatibles International plc is a medical technology company in the field of drug-device combination products. It was acquired by BTG plc in 2010.
Approved oncology products are supplied and marketed from facilities in Farnham, Surrey, UK and Oxford, Connecticut.
Products include drug-eluting bead products that are used in more than 35 countries for the treatment of primary liver cancer, liver metastases from colorectal cancer and other cancers. The company supplies and markets brachytherapy products that are used to treat prostate cancer.
Its UK research and development facilities are engaged in licensing and in new product development based on the company's core drug delivery technologies in the treatment of cancers.
Its Cellmed unit in Alzenau, Germany, is developing a drug-eluting bead product for the treatment of stroke based on proprietary stem cell technology. Cellmed is also developing a GLP-1 analogue for the treatment of diabetes and obesity partnered with AstraZeneca.
Biocompatibles has collaborative agreements with Bayer HealthCare Pharmaceuticals Inc., Medtronic Inc. and Merz Pharma.

History

In the 1970s Dennis Chapman at London's Royal Free Hospital. Chapman and his colleagues were responsible for groundbreaking research in the area of biocompatibility – the ability of a material to interface within the body without provoking an adverse biological response. They identified phosphoryl-choline, a substance present in the human cell membrane, as one of the primary natural materials responsible for biocompatibility.
In 1984 Chapman founded Biocompatibles, which then patented PC technology to develop it for commercial healthcare applications. In 2002, the company expanded to a new field based upon embolisation therapy, a minimally invasive treatment for tumours or vascular malformations based upon compressible PVA embolic microspheres.
Biocompatibles has been publicly traded on the London Stock Exchange since 1995.
In 2010, the company was acquired by BTG plc for about 156 million pounds.

The Technology

Biocompatibles has a patent portfolio defending three biomedical polymer systems.
Research and products are centered on the controlled and accurate delivery of drugs to patients suffering from certain forms of cancer or vascular problems. Research is focused on the use of drug-eluting beads, which can be accurately delivered to the point of need. Once metabolized, these beads release the prescribed drug at a pre-determined rate.