LCGC ASIA PACIFIC, News Update
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April 26, 2018

LCGC Blog

The LCGC Blog: Do You Really Know Your Stationary-Phase Chemistry?

What is the chemistry of this phase? What are the mechanisms of interaction with the analyte and hence how is retention and selectivity gained from this phase? How can we troubleshoot separation problems or develop suitable methods without a good knowledge of the bonded-phase chemistry? Read more

Backpressure regulation up to 300bar
As an extension to the VICI Jour® Back Pressure Regulators the new JR-BPR3 offers an extended application range. Pressures from 90-300bar (1300-4200psi) are easily manual adjustable. The body is made of stainless steel and the inert membran bar enables the usage of any HPLC mobile phase and of supercritical CO2. The JR-BPR3 can also be mounted into any column oven up to 80°C. Learn more

FEATURES

Stationary-Phase Optimized Selectivity in Liquid Chromatography (SOS-LC) for Pharmaceutical Analysis

Current possibilities, pharmaceutical applications, a downloadable algorithm, and weaknesses of SOS-LC are discussed. Read more

A Compendium of GC Detection, Past and Present

This instalment of GC Connections presents a compendium of gas chromatography detection methods, both past and vanished as well as those that are current and relevant to today's separation challenges. Read more

Aiming for the Stars?

Incognito demands that we aim high when presenting our work on chromatography. Read more

NEWS

Combatting Stink Bug Infestations Using VOC Analysis and GC–MS

Researchers from Lincoln University, Lincoln, New Zealand, have investigated the potential of VOC analysis using GC–MS to identify the presence of the agricultural and urban pest the brown marmorated stink bug. Read more

Application Notes

HPLC Separation of Common Pharmaceutical Compounds

The ability of the VERITY^® 3011 Isocratic Pump to perform an isocratic HPLC separation of a solution containing 4-acetamidophenol, theophylline, and caffeine. Learn more

Cannabis Characterization Using GC×GC–TOF-MS/FID

Flow-modulated GC×GC is used to analyze complex cannabis extracts, with simultaneous detection by TOF-MS for confident identification and FID for robust quantitation. Learn more

Upcoming Webcasts

Addressing the Challenges of Ultra-Low Level Pesticide Residues Analysis using a New State-of-the-Art Enhanced Sensitivity GC-MS/MS System

LC–MS Workflows for Veterinary Drug Testing Laboratories

What Does ISO 17034 Mean for Your Laboratory?

Tuesday, May 15, 2018
2 pm EDT | 1 pm CDT | 11 am PDT | 11 am MST
Register>>

Quantitative Odor Monitoring: Source to Fenceline Analysis Using Direct MS

North American Broadcast: Wednesday, May 16, 2018
11 am EDT | 10 am CDT | 8 am PDT
European Broadcast: Wednesday, 16 May, 2018
1000 BST | 1100 CEST
Register>>

Address the Paradigm Shift in Regulatory Inspections

Updated USEPA Approved Method for the Analysis of Nitrosamines in Drinking Water Using GC–MS/MS

The CHROMacademy Essential Guide Webcast: Choosing the Right Column for Intact Protein Characterization – a Deeper Dive into Column Characteristics

Enhanced Simple Sugar Retention and Resolution Using an Innovative and Robust HILIC Phase

Tuesday, 29 May, 2018
11 am EDT | 8 am PDT | 4 pm BST | 5 pm CEST
Register>>

Implementing GC-HRAM MS for More Efficient and Effective Routine Pesticide Residues Analysis

ON DEMAND WEBCASTS

Analytical QbD Method Development for a CZE Method for Quantifying Virus Particles

Automated Characterization of Fuel Stream Hydrocarbons through VUV Verified Hydrocarbon Analysis and VUV PIONA+ Compound Class Analysis

Characterization of Substances in Food Packaging Migration Studies Using LC and GC Coupled to High Resolution Accurate Mass (HRAM) Mass Spectrometry

Easing Your Solid Phase Extraction Headaches

Analyzing Emerging Contaminants Microcystins and the Challenges of the Unknown

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