Literature

Flash chromatography method development has historically been done using TLC plates. While this technique works in normal phase (silica, amine-functionalized silica), differences in media properties b...

A materials science laboratory in Japan uses remote control capabilities in their flash chromatography processes to enhance problem-solving and reduce the risk of miscommunication. This functionality ...

Purification is a fundamental step in drug discovery. As pioneers of automated flash purification, Biotage is your ideal partner. Our core philosophies of quality, reliability and environmentalism are...

Choose the ideal solution for your parallel peptide purification workflow through this compehensive comparison between Biotage® PeptiRen-96 and Biotage® PeptiPEC-96.

A flash column’s loading capacity varies depending on several factors but primarily the selectivity and resolution of the target compound from its closest eluting neighbors. While normal-phase flash c...

Ensuring that new technology is sufficiently flexible to be utilised in many different workflows is key to efficient operation, especially in the life science arena. The Biotage® Selekt family of flas...

Biotage® Selekt ELSD is an advanced evaporative light-scattering detector, offering effortless and robust detection of compounds that lack chromophores. This modular, fully automated solution is easy ...

Biotage's high precision microwave reaction vials are engineered for durability and safe reactions. All vials withstand 30 bar pressures in a wide range of conditions. Designed for use with Biotage® I...

Biotage® Initiator+ Alstra™ is a fully automated, single channel, programmable microwave peptide synthesizer for Fmoc-solid phase peptide synthesis. This instrument now comes with the Alstra 1.1 softw...

On a scenic drive up the I-15 in southern California, we were able to take a tour of the undergraduate lab at California State University, San Marcos with Dr. Robert Lafe. His lab is one of the first ...