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Thin Layer Chromatography

Techniques & Tools

Science in the Court!

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We speak to a psychologist and a forensic mass spec expert about the challenges of putting analytical science ‘on trial’ – and get a fascinating real-life story of a very unusual court case...

Techniques & Tools

Taking Down a Goliath

| Joanna Cummings |

We talk to Humanity in Science Award winner Richard Jähnke about counterfeit drugs, and how the Minilab can help

Techniques & Tools

Open to the World

| Boguslaw Buszewski |

Chromatography is a strength in Poland - but the fall of the curtain brought new opportunities

Techniques & Tools

A Barrier to Learning

| Andras Guttman |

For a young researcher, restrictions were stifling, but we made best use of the resources we had

Techniques & Tools

The Separation of Science: Science Finds a Way

| Eva Smolkova-Keulemansova |

Researchers share stories from behind the Iron Curtain - and consider how life changed when it fell

Fields & Applications

The Game Is Up

| Joanna Cummings |

Thin layer chromatography and SERS track down Viagra in adulterated healthcare products

Techniques & Tools

Those Who Cannot Remember the Past

| Charlotte Barker |

To get the full story of analytical science, we must sometimes delve into the history books

Fields & Applications

Fly in the Face of Evidence

| Jennifer Rosati |

DART-MS helps analyzing the eggs of different blow fly species - and estimate time of death

Business & Education

Protein measurements with the Zetasizer µV

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This application note describes a selection of measurements made on a GE AKTA basic system. Since the unit only contains a UV detector for measuring sample concentration, this can be used for the molecular weight calculations instead of the more commonly used refractive index detector, provided that the molar extinction coefficient of the sample protein is known. If this is not known, then reliable estimates can be made based on the amino acid sequence of the sample.

Techniques & Tools

Performance of Polymer Solutions for Enhanced Oil Recovery

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In this article we take an introductory look at work carried out by TU Clausthal to develop an improved understanding of the mechanisms of enhanced oil recovery (EOR) by polymer flooding, and the relevance of fluid rheology. Example data illustrates the insight that rheology provides and its application in optimizing fluid performance.


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