Towards single-cell proteomic and metabolomic analysis by developing single-node silica-monolithic columns to bridge the gap between open-tubular and monolithic capillary chromatography columns (FWOTM704)

The aim of this project is to develop a novel chromatographic support structure (i.e. single-node monolithic silica columns) targeting the ultra-trace analysis of single-cells using sub-nanoflow LC-MS. More specifically, the project aims at synthesizing novel silica-monolithic structures in the confined space of ultra-narrow capillary tubes.

Keywords:Mass Spectrometry, Hydroconversion, Structured Catalysts, Environmental Research, Zeolites, Treatment Of Waste, Pollutants, Gas Separation, Bioreactors, Gasification, High Throughput Screening, Liquid Chromatography, Waste Water, Gas Cleaning, Packaging, Recycling Of Waste, Modelling, Fine Chemicals, Separation, Fluidisation, Chemical Waste, Miniaturization, Rapid Screening, Biomass, Combustion, Energy, Zeolite, Adsorption, Chemical Engineering, Catalysis

Disciplines:Analytical chemistry not elsewhere classified, Automotive engineering, General chemical and biochemical engineering, Sustainable and environmental engineering, Analytical chemistry