RNA therapeutics require characterization of up to 20 critical quality attributes, which currently demands multiple dedicated LC methods — reversed-phase, anion-exchange, and size-exclusion — on separate instruments. Carbon-based digital liquid chromatography offers a different direction. By applying voltage to an all-carbon conductive stationary phase, retention can be tuned in real time. We explore how this approach may consolidate RNA QC workflows into a single compact pla

Electrochemically modulated liquid chromatography (EMLC), also called digital liquid chromatography, uses applied voltage to dynamically tune analyte retention on all-carbon microbeads. This voltage-tunable platform enables smarter sample cleanup, selective PFAS capture, streamlined multi-omics workflows, and RNA critical quality attribute testing. All on one conductive stationary phase. Explore how Millennial Scientific's all-carbon EMLC platform is advancing separations acr

Charged molecules are everywhere — from DNA therapeutics to environmental toxins. Yet separating and analyzing them cleanly remains one of analytical chemistry's toughest challenges. Traditional methods like IP-RPLC and IEX force a frustrating trade-off: great separation or great MS detection, never both. Electrochemically Modulated Liquid Chromatography (EMLC) using carbon microbeads, replaces messy chemicals with precise electrical control for cleaner, faster, and more sust

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