Latest Videos

The work presented in this video describes a collaborative project regarding the bacterial pathogen Acinetobacter baumanii.

Speaking at the ‘Advances in Proteomics & Metabolomics’ online symposium 2021, Professor Stephen Pennington from University College Dublin and Atturos Ltd; presented his talk on ‘Using Proteomics to Develop Advanced Protein Biomarker Tests that Address Key Unmet Clinical Needs in Psoriatic Disease.’

Big leaps in our understanding of protein folding can open doors to new protein-based medicines and materials--designed from the ground up.

Detecting diseases early can be a big help when it comes to treating them, and researchers may have gotten one step closer to diagnosing Alzheimer's with a simple blood test.

In this Teach Me in 10, Professor Ophir explains the different narratives often used to communicate science and what impact these narratives can have on the general public's perception of scientific research. He also provides useful tips and tricks on how to communicate science effectively.

Learn how the Thermo Scientific Vanquish Neo UHPLC system is transforming proteomics

Experience the future of single-cell sensitivity today.

For this Teach Me in 10 episode we are joined by Michael Hinterberg from Soma Logic who provides an overview and inspiration for obtaining and analyzing high-dimensional proteomic data. He also shows how proteomic data are readily accessible for exploratory data analysis and hypothesis testing to those who are already familiar with genomic analysis or traditional statistics in other scientific fields.

Scientists examining the evolutionary history recorded within our DNA are uncovering the global human story in greater detail. Watch the film to discover what DNA analyses taught six well-known figures, Maggie Aderin-Pocock, Clive Anderson, Bill Bailey, Kevin Fong, Alice Roberts and Sian Williams about their genetic ancestry.

In this Teach Me in 10, we are joined by Dr. Clare Paterson from SomaLogic. Dr. Paterson discusses the power of proteomics, exploring how proteomics has evolved from assessments of single analytes to sensitive, specific and high throughput technologies capable of generating a wealth of invaluable data.