High-temperature HPLC improves mass transfer, reduces retention times, and controls difficult analyte behavior — but only if the stationary phase can handle the heat. NanoPak-C All-Carbon columns, based on porous graphitic carbon media, are evaluated for demanding reversed-phase workflows from cyclosporine analysis at 80 °C to illicit drug salt identification and oligonucleotide separations. Learn how all-carbon media can support robust, repeatable high-temperature LC methods

This blog provides an easy-to-understand overview of hydrophobic interaction chromatography. Part of our separation science primer series.

Oligonucleotides are tiny fragments of DNA or RNA. Our genetic information is stored in DNA and RNA. These molecules are also known as...