ANT has strategic focus in the research, development and manufacture of real time and near real time diagnostics to detect biochemical discharges in manufacturing and environmental situations. The company currently concentrates on the following biochemical detection systems: Enzymes, Dioxins, Estrogen Steroids.
Genetix is an independent business unit within Leica Microsystems. The company provides scientists and clinicians with unrivalled solutions for imaging and intelligent image analysis in the life science and clinical markets.
Inanovate creates nano-scale surface structures through a unique and proprietary process capable of nano-meter precision in a time and cost effective way. Leveraging this unique platform and expertise, Inanovate is developing nano-structured biochip substrates to facilitate the next generation in biochip technology.
Intelligent Fingerprinting has developed a prototype hand-held device that will allow rapid accurate screening of individuals operationally in the field where testing results are needed most. The device utilizes gold nanoparticles, novel micro-fluidics and optics that enable samples to be analyzed in only a few minutes on disposable cartridges.
Oxford Nanopore Technologies Ltd is developing nanopore technology, a revolutionary method of molecular detection and analysis with potential applications in DNA sequencing, diagnostics, drug development and defence.
Randox Food Diagnostics is a division of Randox Laboratories who have 30 years experience in the diagnostic market and a devoted research and development team. Randox Food Diagnostics is a dedicated company responsible for the distribution of Randox drug residue kits, wine testing kits and analysers worldwide. Randox Food Diagnostics incorporate several market related products dedicated to the food, wine and beverage industries. Randox uses in house developed antibodies and conjugates for a wide range of their screening products including the patented Biochip Array Technology (multiplex screening platform).
Sphere is commercializing picodroplet technology from Cambridge University that can perform thousands of simultaneous reactions on single cells and molecules contained within aqueous droplets, fractions of a millimeter in size. This platform enables diverse applications including: miniaturized profiling of drug candidates, generation of new biocatalysts and identification of novel algal strains.