LGC Standards will be exhibiting at Analytica 2010 in Munich, in hall A2, booth 107.
The company has developed a range of products and services to support laboratory quality across the pharmaceutical, food, environment, industry, forensic, phytochemical and biological life science markets.
Delegates will be able to obtain information about the recently launched Tools for ADME/Tox catalogue.
The catalogue comprises a collection of labelled and unlabelled reagents and standards, as well as important biological model systems including hepatocytes and other primary cells.
The Tools for ADME/Tox catalogue provides reference to Food and Drug Administration (FDA) guidelines.
It has specifically been developed for pre-clinical drug discovery and development scientists working across the spectrum of ADME and toxicology preclinical drug discovery and research.
Visitors to Analytica 2010 from within pharmaceutical research and development and quality control sectors will find a collection of information on reference substances listed in the LGC catalogue, supplied from in-house synthesis and pharmacopoeia from around the world.
Reference standards for impurities of drugs coming off patent are regularly added to the range of products that are listed on the newsletters.
Toxicologists will find listings of reference substances for drugs of abuse, therapeutic drugs and the new generation of 'legal highs' and research chemicals, as solids, solutions and matrix materials, including deuterated and conjugated forms.
The LGC Standards proficiency testing team will also be launching new materials, available to pre-order for the June 2010 distributions.
These are for pathogen detection and the enumeration of indicator organisms in tea, coffee, herbs and spices, and are offered at an introductory price.
The team will also be promoting the June round of the forensic scheme, Quartz, for analysis of alcohol in blood samples and the new Animal Feeds Proficiency Scheme (AFPS).
This scheme is designed to meet the needs of laboratories performing chemical or microbiological analysis of feedstuffs.
