Literature

For Research Use Only. NOT for Use in Diagnostic Procedures. Figure 1. Structures of analytes.

High performance: Remove >95% of salts with >80% yield of protein Retain protein functionality <10% CV in volume and concentration Ready for downstream assay Automated desalting/buffer exchange of fun...

Introduction This method is applicable to the determination of Oil and Grease as defined by EPA Method 1664 as Hexane Extractable Material (HEM, also referred to as Total Oil and Grease) as well as Si...

Capture, purify and enrich in as little as 15 minutes to obtain high concentrations of fully functional protein Process small sample volumes in a reproducible, high throughput, automated format Elutio...

Step Operation Solvent Solvent Vol. (mL) Purge Time (s) Pump Rate (#) N2 Blanket Sat. Time (s) Soak Time (s) Elute Time (s) Introduction The US EPA monitors a variety of chemicals in water that may ca...

For research use only. NOT for use in diagnostic procedures.

This technical note describes the extraction of basic drugs from biological fluids using non-polar ISOLUTE® SPE cartridges. The extraction of drugs from biological fluids using a purely non-polar rete...

Introduction This method describes the clean-up of acrylamide from cooked foodstuffs, using a multimode retention mechanism (hydrophobic, cation and anion exchange) for retention of interfering food c...

Figure 1. Structures of analyte and internal standard.

For research use only. NOT for use in diagnostic procedures. Per and polyfluoroalkyl substances (PFAS) comprise many compounds that occur in a broad range of matrices and environments. PFAS are of con...