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Interpreting the pattern of lines on a mass spectrum may feel overwhelming at first glance. However, with a little background knowledge of the theory behind mass spectrometry techniques, you can begin to recognize what to look for in your mass spectrum and obtain the information you need.

Accelerate cloning and plasmid design with Signals BioDesign, an integrated SaaS for scalable molecular biology workflows and real-time team collaboration.

Predict 1D and 2D NMR spectra from chemical structures with NMR Predictors. Compare results with experimental spectra and train models with in-house data.

Process, analyze, and manage 1D and 2D NMR data with NMR Workbook Suite. Automate structure verification and streamline expert workflows.

Andrius Sazonovas, ACD/Labs Head of Development of Percepta, shares the key takeaways from the annual PhysChem Forum meeting that brings together scientists from industry and academia to discuss physical chemistry, ADME and toxicity.

Many small molecules in pharmaceutical and biopharmaceutical research are ionizable, making ionization a critical factor throughout drug discovery and development. Understanding pKa values helps scientists predict charge states, optimize screening and lead candidates, improve formulation strategies, and support decisions related to solubility, ADME/Tox...