Panelists from Our February 15th Webinar Outline Some Key Features to Consider When Purchasing a BSC.

Institute for Genome Sciences led pioneering investigation in new field of microbial forensics

Biological safety cabinets (BSCs) are enclosures that protect users from biohazards by cleansing the work space air through HEPA filters.

The Baker Company's FlexAIR canopy exhaust connection saves energy and improves overall safety performance.

BSCs are distinct from other safety enclosures. Laboratory fume hoods pull air over the work item and out into the environment through a vent, whereas controlled atmosphere glove boxes are completely enclosed, protecting both users and samples through an airtight barrier.

Since exhaust hoods are among the major expense items for research laboratories and have a huge impact on continuing operational costs, we’ve decided to provide you with information on some of the newer hood designs that offer good performance and energy conservation.

Because of the increased incidence of work-related musculoskeletal disorders among laboratory workers, the principles of ergonomic design and compliance with the Americans with Disabilities Act (ADA) are becoming increasingly important topics in the design of the biological safety cabinet (BSC). 

Fume hoods are important and critical pieces of equipment in many labs, and a competent certification company can align the operator, the laboratory environment and the hood itself to improve effective hood use.

While safety can never take a backseat to energy savings or productivity concerns, BSC manufacturers have invented enhancements to provide safety, increase productivity, and conserve energy.

Scientists doing dual use research - beneficial work that may be misapplied for malicious purposes in the wrong hands - need more tools to help them understand the scientific, ethical and legal issues surrounding their work, according to an AAAS-sponsored workshop report.