July 2026 | Issue 9
Beyond the Peak: Bypassing Traditional Chromatographic Bottlenecks
In this Issue
Next-Gen Quantitation: Advancements in Mycotoxin and Alkaloid Analysis for Enhanced Food Safety
Holly Lee discusses how advanced mass spectrometry and ultrafast multiple reaction monitoring workflows are tackling the analysis of mycotoxins and achieving ultra-trace level quantitation to meet stringent global food safety regulations.
Fragmentation-First Tandem MS: Redesigning High-Throughput Reaction Screening in Drug Discovery
By tracking how starting materials fragment, reactions are ranked at scale, without chromatography.
A New Era of Biopharma Innovation: Analytical Instrumentation Required
Explore how biopharma innovation drives resurgence in drug development, improving patient care with advanced technologies.
Microflow LC-MS: Sensitivity, Stability, and Scalability
Explore how microflow LC-MS revolutionizes proteomics with enhanced sensitivity and robustness for scalable workflows.
Advancing Estrogen Quantitation: Achieving Sub-10 pg/mL Sensitivity Without Derivatization
Stephanie Marin explains a breakthrough workflow that uses specialized biphenyl chromatography and novel mobile-phase chemistry to quantify estrone and estradiol at picogram levels, thereby eliminating the need for complex derivatization.
Why Separation Science is the New Gatekeeper of Semiconductor R&D
By leveraging inline separation columns, kinetic cleaning, and AI-driven drift detection, photonic engineers are pushing analytical limits from ppb to ppt to safeguard the next generation of 6G devices.