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Eksigent Posters

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.

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

ExpressRT Posters

• Real-Time Chiral Reaction Monitoring with Micro-Scale HPLC

• Real-Time Reaction Monitoring with Micro-Scale HPLC

ExpressLC Posters

• Accelerating Metabolomic Analyses by Combining Micro-scale Liquid Chromatography with Time-of-Flight Mass Spectrometry

• Advances in the Optimization of a Micro-flow HPLC System

• An improved capillary LC-MS/MS and its application to high sensitivity and high throughput small molecule quantitation

• An improved capillary LC-MS/MS and its application to high sensitivity and high throughput small molecule quantitation

• Characterization of Phenolic Content in Almond Industry “Waste” by Negative Ion ESI Capillary LC/MS

• Eksigent's Microfluidic Flow Control Applied to Fast LC/MS of Pharmaceutical Small Molecules

• Enhanced Speed of Gradient Capillary HPLC Analysis of Compounds of Pharmaceutical Interest by Ultrafast Stationary/Mobile Phase Re-equilibration

• Fast and Robust Microflow HPLC Method for Open-Access Product Analysis in Discovery Medicinal Chemistry

• Green HPLC Technologies for Solvent and Waste Reduction

• High Performance Capillary LC Analysis

• Identification of Metabolites of Haloperidol in Rat Liver Microsomes Using Microflow LC/MS/MS

• Increasing resolution of capillary LC reversed-phase analysis of antibodies and other proteins of biotechnical importance

• Method development of liquid chromatographic procedures for pharmaceutical and biotechnological entities by use of the ExpressLC-800 multi-channel capillary LC

• Method Validation Characteristics Of Gradient Capillary LC Analyses Of Compounds Of Pharmaceutical Interest: Are We There Yet?

• Parallel high performance liquid chromatography