Tip #49: How to subtract a baseline from a 2D chromatogram by Deriving a Channel (part 3) in Empower Software.
Tip #48: Learn how to correct for the time offset between detectors that are connected in series by Deriving a Channel in Empower Software. (Part 2)
Tip #47: Smoothing a channel of chromatographic data collected with a UV detector through Empower Software’s Deriving Channels feature.
Tip #46: Recently I’ve had several questions about how baselines are determined using Empower Software’s ApexTrack peak integration algorithm. Let’s take a look at how they work.
Tip #45: Calculating impurities and creating impurity groups (Part 6) Welcome back to Get Empowered! In the last tip-of-the-week blog for Empower Software, we discussed how to set thresholds for specified impurities. Tip 40: Calculating… Read more >
Tip #44: Calculating impurities and setting thresholds for specified impurities (Part 5) Welcome back to Get Empowered! In the last tip-of-the-week blog for Empower Software, we discussed how to flag impurities in samples using thresholds.… Read more >
Kevin Wyndham: Focused on delivering benefit to customers For 60 years, Waters has been creating advanced analytical measurement tools for the most exacting scientific applications. Innovation and providing benefit are at the core of our… Read more >
Tip 43: Using Empower Software, we apply thresholds to flag impurities that exceed certain levels. Part 4 of our calculating impurities series.
VP Joe Biden inspires proteomics scientists with a reminder of ‘the urgency of now’ for cancer researchers The 2017 edition of the Human Proteome Organization (HUPO) World Congress came to a successful conclusion this fall,… Read more >
Tip 42: How to calculate impurity response as % area against the main chromatographic peak.