BNC join hands with Oxford Immunotec to improve infectious disease diagnosis, monitoring
Bio Nano Consulting (BNC), the specialist bio-nanotechnology product development consultancy, has commenced a project with international T cell measurement company, Oxford Immunotec. BNC is applying its expertise in nano-characterisation to assist Oxford Immunotec in a project related to its novel Enzyme-Linked ImmunoSPOT (ELISPOT) system. As specialists in bio-nanotechnology, BNC is able to utilise the world-leading nano-characterisation facilities at the Institute of Biomedical Engineering, Imperial College London.
Oxford Immunotec is commercialising a diagnostic test to detect tuberculosis (TB) based on its patented T-SPOT technology, effectively providing a new way to diagnose and monitor this deadly disease. The World Health Organization (WHO) has estimated that almost 1.6 million deaths resulted worldwide from TB in 2005.
The developing field of bio-nanotechnology promises great advances in medicine, particularly in the areas of diagnostics and therapeutics. By collaborating with Oxford Immunotec, BNC are facilitating the development of precise, accurate techniques to diagnose and monitor infection and disease.
The BNC is a specialist research and development consultancy operating in the convergent field of bio-nanotechnology. A joint venture of Imperial College London and University College London, the BNC is funded through the Technology Strategy Board (TSB) with additional support from the London Development Agency (LDA).
Along with its partner organization, the National Physical Laboratory (NPL), the BNC offers a service to the biomedical and healthcare industries in microsystems and nanotechnology. This encompasses design, 3-D modelling and visualization, rapid prototyping, and characterization.
Oxford Immunotec, the T cell measurement company is based in Oxford, UK and Marlborough, MA. The company develops and sells clinical diagnostic products based on its patented T-SPOT technology, the first regulatory approved method for directly quantifying antigen-specific T cells.