Latest App Notes & Case Studies

The hydrogen content of aviation fuel is an important parameter as it determines the combustion properties of the fuel. Nuclear Magnetic Resonance offers the opportunity to monitor the hydrogen content of fuels rapidly, non-destructively and with minimal sample preparation.

The BD™ Cytometric Bead Array (CBA) Cell Signaling Flex Set system lets you achieve high productivity in cell signaling studies by extracting more data from less sample faster than traditional Western blot techniques.

Accurate determination of live, dead, and total bacteria is important in many microbiology applications. Traditionally, viability in bacteria is synonymous with the ability to form colonies on solid growth medium and to proliferate in liquid nutrient broths. These traditional, culture-based tests are time-consuming and can work poorly with slow-growing or viable, but non-culturable organisms.

Gas Chromatography (GC) is a highly sensitive chemical analysis technique with a broad range of applications. Existing commercial GC systems are generally quite bulky and fragile. Microfluidics enables miniaturisation of the gas chromatography column and low power methods for column heating.

The formation of droplets of oil-in-water or water-in-oil has a range of uses in science and industry. Monodispersity, or size consistency, is the key to making droplet microfluidics a powerful tool for conducting accurate and repeatable experiments.

Two cell-based signaling assays from Invitrogen, Fluo-4 Direct™ Calcium Assay and Tango™-bla U2OS GPCR Assay, were performed on the PHERAstar FS HTS instrument. The PHERAstar FS has several unique features that enhance the performance of these assays including direct optic bottom reading, high resolution cell layer scanning, injection at the point of measurement and dual emission detection.

Millipore Corporation and Molecular Devices have partnered to provide platforms for solubility and permeability screening. The objective is to create automation-compatible 96- and 384-based systems with pre-validated methods, devices and analysis that can be run manually or in conjunction with standard laboratory automation.

Advances in blood banking, industrial biotechnology, bio-production and pharmaceutical laboratories have driven the need to process multiple sample batches.

Simulated Distillation (SimDis) is a Gas Chromatographic technique for determining the boiling point distribution of petroleum products by Flame Ionization Detection. This information assists refinery engineers in determining the most efficient process for the distillation of crude oil and allows for active monitoring of the refining process.

The recent Deepwater Horizon oil spill in the Gulf of Mexico created concerns over the safety of seafood that can get potentially contaminated with Polycyclic Aromatic Hydrocarbons (PAHs) from crude oil. The US Environmental Protection Agency identifies PAHs as critical pollutants harmful to human health. Some of these compounds are known carcinogens.