Big Picture

Whether creating a new lab facility from scratch or moving your existing lab to a new space, the process of setting up a working laboratory is a complex process. Depending on the equipment and other needs of your lab, it can take weeks after the initial move-in day to get fully operational. In this web series, we offer tips and solutions to some of the main hurdles of leading a new lab setup.

At each stage of the drug discovery, development, and approval process, there are many aspects to consider and many details to get right. To bring most drugs from discovery in the lab to approval for sale in the pharmacy requires roughly 10 years and can cost billions of dollars. In this web series, we explore some of the solutions to key challenges in each of the main stages of pharmaceutical discovery and development.  

Lithium (Li)-ion batteries are crucial power sources for a wide variety of important consumer products like electric vehicles, phones, and computers. The production of high quality Li-ion batteries (LIB) requires high purity components, especially the Li. High performance analytical instruments and techniques can help deliver these high purity components.  This series explores different aspects of analytical testing and key technologies that improve analysis from the mining and refining of the Li, through the manufacture and recycling of the LIB cells.  

Environmental samples—soil, water, air, and wastes—pose unique challenges for collection, transport, and analysis. Many contaminants are present in very low concentrations, and require sensitive methods and instruments for detection. Specific applications—especially wastewater testing—require rapid, efficient testing. This series explores different aspects of environmental testing and key technologies that improve analysis.

Bioprocessing involves the creation of a needed material from a living organism, usually cells or parts of cells, with applications in food and biofuel production, medicines, or therapies, to name a few. In this Big Picture series of articles, we’ll provide a brief overview of bioprocessing and bioprocess engineering with a particular focus on bioprocessing for therapeutics, as well as a more in-depth look at some of the ways companies are solving challenges in industrial bioprocessing, trends in single-use bioprocessing, recent developments in cell line development in upstream bioprocessing, and how new options in cell media can help overcome the challenges of cell therapy manufacturing.

Though they faced sudden, massive change when the pandemic was declared in March 2020, lab professionals have risen to the challenge. Battling mental health stresses, communication issues, remote work, increased workloads, and changes to workflows, in addition to a host of other issues, lab managers and their teams are emerging from the pandemic stronger than ever. In this series, we cover key crisis management lessons learned from a year of managing a lab during the COVID-19 pandemic.

Laboratory leaders use diverse sets of data on a daily basis, from data generated by basic research experiments, to analyzing financial data to make informed business decisions. Regardless of the type of data being produced and analyzed in a lab, it must be trustworthy and accurate. Ensuring data integrity and security promotes a positive lab culture, protects the lab’s reputation, and drives business growth.

There’s no doubt that automating your lab is one of the biggest changes you and your staff will encounter, but it doesn’t need to be a challenge if done right. This series will cover how to decide if automating your lab is the right decision for your facility and how to do it successfully, key benefits and examples of lab automation, automating regulated laboratories, and some of the latest technologies on the market.

Until recently, ultralow temperature (ULT) freezers were not well-known pieces of equipment, used mainly in specialized biomedical and clinical laboratory applications. However, given the need for COVID-19 vaccines to be stored at ultralow temperatures, these units are now in high demand and are regularly featured in the mainstream media. Whether you’re a first-time ULT freezer owner or a regular user looking to replace your existing unit, this web series aims to provide everything you need to know about ultralow cold storage for the lab, including how it works, how to keep your ULT in top shape, its role in successful COVID-19 vaccine rollouts, and factors to consider when purchasing.

Cell culture and immunoassays are fundamental techniques for life science research in academic and pharmaceutical laboratories. Whether laboratories are in the race to publish, or be first-to-market with novel therapeutics, accurate, reproducible results are critical for success. Working with high-quality reagents, and practicing good aseptic technique are two simple and highly effective ways to ensure optimal outcomes and advance scientific discovery.