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Thermo Fisher Scientific has developed a simple and accurate method to quantify four key antibiotics in dried distillers grains with solubles (DDGS) using high-performance liquid chromatography with charged aerosol detection.
The Nexar Optimized for Real Time Nucleic Acid Processing is a fully automated solution for low-volume, high-throughput sample processing that integrates liquid handling, DNA amplification, and real-time fluorescence detection in a single instrument. When combined with Douglas Scientific Array Tape™ and EnviroLogix DNAble®* chemistry, it provides a fast, high-quality alternative to real-time PCR for many research applications.
Polybrominated diphenyl ethers are a group of brominated flame retardants used primarily as additives in various plastics and polymers. Due to their widespread use as well as their tendency to leach from the polymer matrices, PBDEs have become a major class of environmental pollutants. The ability to bio-accumulate and the structural similarities to PCBs have led to concern over the possible health effects of PBDE exposure.
The new Parker Balston H2PEMPD Hydrogen Generator will replace dangerous, expensive cylinders of hydrogen fuel gases and helium carrier gases in the laboratory, allowing users to supply, control, and automate all hydrogen gas supplies.
Thermo Fisher Scientific has developed a new GC-MS method for the analysis of semi-volatile organic compounds (SVOCs) in accordance with U S. EPA Method 8270 using hydrogen carrier gas.
Thermo Fisher Scientific has developed a fast, simple, direct-injection ion chromatography method with eluent generation to determine total and potential sulfate and total chloride in gasoline-denatured ethanol samples.
