Featured Articles

Combining organoid technology with automation and artificial intelligence is helping scientists model human disease more accurately, reduce reliance on animal testing, and accelerate drug development. Read More

The main advantage of conventional cell sorters is that they are generally high-throughput, making them ideal for applications that require large numbers of cells. However, this comes with a drawback. Read More

It ensures that each result—particularly from balances—can be linked, through a documented and unbroken chain of calibrations, to a recognized standard, typically within the International System of Units (SI). Read More

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

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

Today’s analytical laboratory is no longer defined by its instruments or expertise. Increasingly, its value is determined by how effectively—and quickly—it generates, manages and interprets data. Read More