Data Analysis

Analytical QbD (AQbD) promises to extend the rigor and benefits of QbD into the area of analytical method development.

Over the past few months, we’ve been asking you to send in the photos and images that best reflect the important and intriguing work that you do.

Whilst at Riva 2014 (the 38th ISCC and 11th GCxGC Symposium), Rich Whitworth, editor of The Analytical Scientist, invited three key participants of the conference to take part in an exciting new video projec

New components and measurement techniques continue to be introduced for the Zetasizer Nano. New to the system are a Surface Zeta Potential accessory and a new diffusion barrier method for improved zeta potential measurements of protein samples. Why is the Malvern Zetasizer Nano so popular and found in a broad range of applied and fundamental scientifi c projects across all industries and fields? Because, it is simply the most dynamic and broad ranged instrument on the market for solving technical issues in today’s research environment and it continues to evolve with new capabilities. Here are 10 reasons why you should choose the Zetasizer Nano:

The Zetasizer NanoSampler is a sample delivery system that ensures highly precise and reproducible automated loading of samples into your Zetasizer Nano for particle size measurements. The NanoSampler adds automation and unattended operation in a versatile, compact package, maximising the productivity of your Zetasizer Nano.

This application note provides an example of how Archimedes can be used to detect and quantify the formation of protein sub-visible particles and the introduction of silicone oil droplets, in response to shear stress.

Our capacity to generate data is unsurpassed, but how do we cope with the data deluge? It’s time to embrace data-driven discovery in biology and medicine.

Surely, we’ve gone beyond thinking outside the box – the time has come to tell the box to respond to our thoughts.

The development of mass spectrometry is one of science’s great technology stories.

In this application note we will look at two examples where the retention volume of a sample could not be used to obtain an accurate measure of the sample MW. We will also describe the additional information that can be obtained using these advanced detectors. This work has been performed in conjunction with the Institut Pasteur, Paris, France