Labs consume far more energy and resources than most workplaces—but it doesn’t have to stay that way. Explore how smarter lab management practices and digital systems can significantly reduce waste, cut energy use, and support long-term sustainability without compromising performance or compliance. [Read More]

The lab of the future is intelligent, agile, seamlessly connected, and sustainable. By leveraging integrated digital tools, advanced AI, and automated workflows, labs drive greater productivity and innovation, ensuring scientists stay at the leading edge of discovery. Thermo Scientific SampleManager LIMS v21.3 offers an integrated data management platform designed to support AI-enabled lab operations. [Read More]

Tariffs—taxes on imported goods—are making global trade increasingly unpredictable, with direct and indirect impacts on laboratory supply chains. From rising costs on critical reagents to unexpected customs delays, many labs are already feeling the effects. This blog explores what tariffs are, how they disrupt lab operations, and strategies to help labs navigate these challenges. [Read More]

Confience, a leading innovator in the LIMS space, will be exhibiting at the 2025 Environmental Measurement Symposium (EMS). The EMS is the combined meeting of the National Environmental Measurement Conference (NEMC) and the Forum on Environmental Accreditation. EMS will be held August 4-7 in St. Louis, Missouri.  The theme of the 2025 symposium is Building a Quality Culture as the Foundation for Reliable Data. [Read More]

In regulated lab environments, validation is a crucial step for ensuring the reliability and integrity of scientific data. Two key types of validation often come into play: assay validation and computer system validation (CSV). Each type serves a distinct purpose. However, how they are applied varies across industries, based on the nature of the lab’s work, the particular regulatory standards that apply, and the lab’s risk tolerance. [Read More]

The gene-to-protein workflow represents one of molecular biology’s most fundamental processes, allowing scientists to express and study proteins of interest. This comprehensive guide details each step from initial DNA sequence to purified protein, highlighting critical decision points and technical considerations. [Read More]

In this podcast episode, Veronica DeFelice from Sapio Sciences joins us as we explore digital transformation in drug discovery, where precision and tracking in biological data are crucial for maintaining accuracy and making advanced decisions. [Read More]

Environmental labs face increasing pressure to improve accuracy, efficiency, and compliance. Discover how the right digital tools can streamline data management, reduce manual errors, and help your lab meet regulatory demands. These solutions also improve turnaround time and support more sustainable operations. [Read More]