Ion Chromatography

Ion chromatography (IC) is often used for the chromatographic separation of a wide range of compounds. In a laboratory that already uses HPLC or UHPLC, will the implementation of IC be expensive in terms of instrumentation or resources?The Column spoke to Ade Kujore of Cecil Instruments Limited to find out.

The first commercial capillary ion chromatography (IC) systems became available in 2010, but uptake of the technique has been slow even though it has many benefits. Here, we review those benefits and present selected application areas where it is proving especially useful.

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Today, three free tutorial sessions are offered to HPLC conferees. Today?s talks, from Steven Soper, Emily Hilder, and Chris Pohl, cover microfluidics, monoliths, and ion chromatography.

Scientists from the University of Florence in Italy have developed a novel fast ion chromatographic (FIC) method for the analysis of fluoride in Antarctic snow and ice. Data from fluoride analysis has the potential to assist scientists to build up a picture of past volcanic activity.

Monoamine neurotransmitters (adrenaline, dopamine, noradrenaline, and acetylcholine) are released from the brain and peripheral nervous system in minute amounts.

Market Profile: Ion Chromatography

Ion chromatography (IC) is a similar technique to HPLC except that the detector of choice is usually a conductivity detector. IC is well suited for the analysis of a variety of inorganic and organic anions and cations.

The Column spoke to Dr Ailsa Benton - an "ice core" analytical scientist from the British Antarctic Survey (BAS) research team - about the role of chromatography in climate change.

Ion chromatography (IC) is an important analysis tool for chromatographers. Typically, emphasis is placed on the hardware components and chemistry to achieve the ideal level of separation. However, the flow path itself is often overlooked, and there are some relatively simple steps that can be taken to ensure that the system's flow path positively affects the overall chromatographic results achieved.

Computer-based methods can simulate separations for a wide variety of analytes, columns, and eluents.

A summary of the latest in new ion-exchange phases for ion chromatography, with a focus on general aspects of phase design and then a review of anion-exchange and cation-exchange columns introduced in the past few years

The authors present the most common and fundamental techniques that address common matrix issues and discuss the critical chemistry considerations.

A summary of the latest in new ion-exchange phases for ion chromatography, with a focus on general aspects of phase design and then a review of anion-exchange and cation-exchange columns introduced in the past few years

A brief introduction to this special supplement by Guest Editor Ron Majors

A look at the current status of detection in ion chromatography, focusing on the most popular detectors in IC: the conductivity detector and the charge detector

A look at the current status of detection in ion chromatography, focusing on the most popular detectors in IC: the conductivity detector and the charge detector

The speed of IC has been limited by pressure and flow limits of the hardware. Recent advances are enabling faster IC separations.

From the invention of eluent suppression to today's "just add water" concept, pivotal developments over the last 40 years are chronologically highlighted from a chemical and instrumental viewpoint.

From the invention of eluent suppression to today's "just add water" concept, pivotal developments over the last 40 years are chronologically highlighted from a chemical and instrumental viewpoint.

Editors' Series: Industrial Problem Solving Using Ion Chromatography

The speed of IC has been limited by pressure and flow limits of the hardware. Recent advances are enabling faster IC separations.

LCGC spoke to Dr Ailsa Benton ? an ice core analytical scientist from the British Antarctic Survey (BAS) research team ? about the role of chromatography in climate change.

Click here to view the complete E-Separation Solutions newsletter from March 27, 2013.

Market profile: Ion chromatography

Pickering Laboratories, Inc.

Ion chromatography (IC) is a similar technique to high performance liquid chromatography (HPLC) except that the detector of choice is usually a conductivity detector.

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Positron emission tomography (PET) is one of the most powerful non-invasive diagnostic tools for tracing organ functioning. Quality control of the short-lived radiopharmaceuticals is challenging, not least because of the tough time limits, the radiation issue and the near nanomole radiotracer quantities.

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