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Protecting Your Laboratory Data: Cybersecurity at Waters
With the ever-present threat of cyberattacks, safeguarding laboratory data has become a top priority for scientists across the globe. Many labs are accelerating digitalization efforts, but that could expose their data to greater risks. The Increase in Lab Digitalization: Effects on Cybersecurity As it turns out, the increase in digitalization, particularly the shift to the…
Recent Posts
New Preparative Chromatography Learning Tool: Peptide Isolation Primer
As the interest in peptides as potential drug candidates increases, the need for basic information about the isolation and purification of these peptides also grows.
Data Integrity Matters | Why is Data Integrity Important?
Behind analytical data are humans – with pressures, emotional and personal needs to provide the best possible data for the biggest impact, personal pride, or simply a desire to make their lives easier. Do human or cultural factors affect scientists in regulated laboratories or operators in manufacturing areas?
New Preparative Chromatography Learning Tool: SFC Primer
In recent years, many laboratories have begun to include Supercritical Fluid Chromatography (SFC) as part of their purification strategies. Learn the basics of SFC in our primer.
A Leading CRO’s Customer Focus Leads to Improvements in Quality and Productivity
“One of the important reasons that we use Waters LC-MS instruments is that beyond the quality of the products, Waters delivers a high degree of technical training. This provides us with the knowledge and confidence that we can solve our complex research questions.” comments Triskelion's Richard Bas.
Data Integrity Matters | Introduction
It’s not just about compliance any more. You’ve seen it in the headlines: 79% of Warning Letters issued by the FDA cite data integrity issues in 2016 (up from just 26% in 2013). But what does this actually mean? Where do these figures come from? Isn’t this just in India or China? What was traditionally...
How Water Treatment Plants Protect Fish from Disruptive Synthetic Hormones
Waters partnered with Scottish Waters to develop and validate an analytical method for the analysis of synthetic estrogens - which can appear in fish - in surface water, crude influent, and final effluent from a waste water treatment plant using 2D LC-MS/MS.
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