The BERM (Biological and Environmental Reference Materials) 12 symposium, held at Keble College, Oxford from 8-10 July, attracted more than 150 delegates from 26 countries.
The event was organised by LGC in conjunction with the BERM committee and was opened by Paul Drayson, minister for science and innovation.
While reference materials fall beneath the public radar, measurement science and standards serve as a basis for international trade and improved quality of life.
The importance of measurement science is reflected in the UK government's annual investment of approximately GBP60m on measurement infrastructure across a range of technical areas and an estimated annual spend of EUR80,000m (GBP70,000m) on measurements in the European Union.
Collaboration between institutes from different countries was a key recurring feature of many of the presentations at the BERM 12 symposium and Dr Derek Craston, UK government chemist, said: 'No one country's measurement system can provide all certified reference materials (CRMs).
'International collaboration is vital because it avoids wasteful duplication and plugs important gaps.' This was exemplified by joint presentations in the area of bioscience.
For example, LGC presented its work in collaboration with Physikalisch-Technische Bundesanstalt (PTB) in Germany, the European Commission, Joint Research Centre, IRMM in Belgium and the National Physical Laboratory in the UK, which will help establish traceable reference measurement systems for complex biomolecules such as proteins.
Meanwhile, a joint scientific endeavour between LGC and the US National Institute of Standards and Technology (NIST) was the recipient of a prize based on its efforts for the production of serum-based reference materials for hormones.
These will enable comparability of in-vitro diagnostic and clinical measurements that will improve patient care, testing, accuracy, reliability and in the long-run will reduce costs.
The US National Institute of Standards and Technology (NIST) and National Institute of Metrology, Standardization and Industrial Quality of Brazil (Inmetro) are working together to develop reference materials in the area of biofuels.
These reference materials will benchmark the measurements of both chemical and physical properties of biofuels.
They will also help determine concentrations of critical by-products of the biofuel production process, which can, if not removed, cause engine problems.
