Monitoring of foodstuffs for chemical contaminants
Fast measurement - results available in seconds ✓ A forensic laboratory for fast and straightforward mesruments - anywhere ✓ Simple to use - no training in chemistry required more
Fast measurement - results available in seconds ✓ A forensic laboratory for fast and straightforward mesruments - anywhere ✓ Simple to use - no training in chemistry required more
Analysis of small volumes in real time, with higher intensity signals in turbid liquids ✓ Small-volume drop minimises the pathlength, reducing absorption and fluorescence from samples ✓ Make real time observations on live interactions in the Drop Laboratory ✓ more
Excellent 1st order diffraction efficiency and low scatter for best signal to noise & sensitivity ✓ Low polarization dependence over broad bandwidths using our patented designs ✓ Robust, easy to clean, and thermally stable for convenient integration and long lifetime more
Nanoplastics are plastics that have been discarded from our daily lives and that enter ecosystems in the size scale below 1 micro-metter after their physical and chemical disintegration. Recent research has shown that the concentration of microplastics in the major rivers in South Korea is the highe more
It is a cruel paradox that on a planet with a surface mostly covered by water, hundreds of millions of people don’t have access to clean drinking water. As for the pollution of potable and natural water sources, one of the main culprits is arsenic, an abundant and toxic element in the earth’s crust. more
Research by two Texas A&M University scientists is focused on improving Lyme disease treatment outcomes by developing a test that’s both more accurate and more efficient than the current test for the infection. Lyme disease, the fastest growing vector-borne illness in the U.S., according to the Bay more
Looking to accelerate the development of drugs to market with very little material? Learn more. more