Latest App Notes & Case Studies
App Note / Case Study
How Efficient is Your Lab? Part I - Lose the Label!
Download this app note to discover a solution to the challenges of using 2D coded tubes.
App Note / Case Study
Quantifying Protein Concentration Using UV Absorbance Measured by the Ocean HDX Spectrometer
Download this app note to explore how the Ocean HDX Spectrometer can determine the protein concentration of your samples.
App Note / Case Study
How Safe Are Your Samples? Part III: Sample Integrity Through Secure Capping
Download this application note to discover how the FluidX External Thread Cap can prevent evaporation and cross contamination.
App Note / Case Study
Perform Compliant USP 232 and ICH Q3D Elemental Analysis
Download this compendium to learn how to monitor a range of metal elemental impurities in pharmaceutical materials using elemental analysis techniques.
App Note / Case Study
Multi-Attribute Method for CQA Monitoring
Download this app note to learn more about how to optimize the multi-attribute method for CQA monitoring.
App Note / Case Study
How Safe Are Your Samples? Part II - Working Volume
Download this application note to find out how to pick the most appropriate tube to keep your sample safe.
App Note / Case Study
Biologics Characterization Application Compendium
Download this application compendium to discover how to make biopharmaceutical development quicker and achieve high quality products.
App Note / Case Study
Advance Your Knowledge of Oligonucleotide Analysis
Download this compendium to advance your knowledge of oligonucleotide analysis, including the do's and don'ts, as well as challenges and solutions.
App Note / Case Study
Quantification of Host Cell Protein Impurities Using the Agilent 6495C Triple Quadrupole LC/MS
Download this application note to discover a full workflow solution for monitoring HCP impurities, including successful use of LC/MS.
App Note / Case Study
Evaluation of FluidX External Thread Tubes for Potential Leachable Compounds
In this app note, find out how leachables and extractables in laboratory storage can affect experiments, and how they can be prevented.
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