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January 9, 2012: AB SCIEX Expands Eksigent Microflow UHPLC Capabilities for LC/MS Workflows AB SCIEX extends the capabilities in microflow ultra-high performance liquid chromatography (UHPLC) with the launch of new electrospray ionization electrodes for use with the industry standard Turbo V ionization source.

Applied Pharmaceutical Analysis India, 20-22 February 2012, Cambay Grand Hotel, Ahmedabad See our Products and Initiatives!

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Posters and Papers

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Eksigent Posters

cHiPLC Nanoflex Posters

Approaching 100% LC-MS uptime for peptide analyses using matched chip columns

Chip-based electrosprayinterface for nanoLC-MS

High capacity separations for complex proteomic mixtures using multiple microfluidic chip columns in series

Highly reproducible data from a microfluidic separation platform for application in proteomics

Improved reproducibility in nanoLC using chip based columns

Increased long term retention time stability in scheduled MRM peptide assays using chip based technology.

On-line cHiPLC based digestion in nanoLC-MS for increased reproducibility

The use of dual cHiPLC columns to increase throughput in quantitative peptide MRM analyses

NanoLC Posters

A Novel Capillary LC/MS/MS System

Improving resolution in nanoLC separations for proteomics using ultra high pressures

Increased stability and sensitivity using direct pumping for nanospray LC/MS of peptides

The effect of chromatographic resolution on peptide identification.

TIC-Mediated Flow Rate Variation for Flow-Injection Nanospray Analysis

ExpressHT Posters

Advantages of Multiple Time-Slice Injections in Sensitive, High-throughput LC-MS Analyses

Fast LC using a new generation of ultra high pressure, microflow HPLC instrumentation

High-throughput UHPLC/MS for Bioanalysis using 1 mm columns

Performance advantages using micro-LC columns packed with < 3 μm particles in LC/MS/MS

ExpressLC-Ultra Posters

Fast LC using a new generation micro-UHPLC system with array based UV detection

High speed LC with 0.5 mm i.d. columns: overcoming the challenges of frictional heating in UHPLC.

ExpressRT Posters