Featured Articles

For labs of all sizes, turning to next-generation microarray technology can unlock flexibility and efficiency, while reducing operational complexity. Read More

Sensitive instrumentation and equipment is only half the puzzle. The other half is software—whether it’s the kind that generates gigabytes of data, the kind dedicating to finding PFAS in the environment, or anywhere in between. Read More

As gold and rare earth projects tighten economic thresholds, analytical precision moves to the center of decision-making. Read More

This year, trends included artificial intelligence (for the fourth consecutive year), real-time data and problem-solving, and designing off end-user input. Read More

In several cases, researchers detected undeclared additives—including food dyes that are restricted or outright banned in many countries. Read More

Advances in genomics, biotechnology and data science are enabling more precise prevention, earlier diagnosis and treatments tailored to biological, lifestyle and environmental factors. Read More

When analysts are measuring at the nanogram per liter level, it is the equivalent of finding one drop of water in four to five Olympic-sized swimming pools. And that is the key to PFAS detection and analysis—the lower the detection limit, the more ... Read More