While artificial intelligence (AI) models have proved useful in some areas of science, like predicting 3D protein structures, ...

The University Safety Manual gives an overview of Personal Protective Equipment, Working Alone, Hot Work, Exposure to Blood-borne Infectious Diseases, Asbestos in Buildings, Safety and Health Training ...

Our faculty, professional staff and students bring a wealth of expertise to our institutions. They are vital to our mission of research, teaching and service to the University community. This ...

An unorganized, cluttered laboratory increases the likelihood of chemical spills and splashes due to tripping or knocking over chemical containers. Safety equipment such as fire extinguishers, safety ...

These guidelines reflect requirements of all applicable health and safety codes and standards including but not limited to fire safety, public health, biological safety and radiological requirements.

Contemporary laboratory safety practice and regulatory requirements require that all laboratory workers are knowledgeable of the hazards that they are exposed to, methods that can be used to minimize ...

The laboratory chemical fume hood is the most common local exhaust ventilation system used in laboratories and is the primary method used to control inhalation exposures to hazardous substances. When ...

Nanotechnology underpins many emerging industries and technological innovations, such as artificial intelligence, quantum information science, and advanced manufacturing. Nanotechnology is a ...

The following general procedures provide guidance to be followed to safely and properly work with toxins in the laboratory. Adherence to this procedure will ensure that employees and students are not ...

For privacy, you can exit at any time. What is a research lab safety issue? A research lab safety issue is any spill, accident, or other incident that resulted in a breach of containment, environment ...