The fundamental objective of the Saint Louis University biosafety program is to ensure the safety of SLU's researchers, the community, and the environment when conducting research with potentially ...

The following are sources of hazard information for biological agents. Purified biological toxins are chemical hazards, although many such toxins produce adverse effects at doses significantly below ...

Possible methods include (and it is unlikely that all will be appropriate): Because the effectiveness of these processes depends the nature of the biological waste generated by your project, you ...

Biological safety cabinets protect both the specimen and the user from biological contamination. Particulate-free air is passed down from the top of the hood, across the work surface, and then ...

Some biological toxins are considered Select Toxins, which the Federal Select Agent Program has identified as a severe threat to public health and safety as bioterrorism agents. Transfer, possession, ...

Class II Type A Class II biological safety cabinets provide personnel, environmental and product protection. The Class II, Type A cabinet recirculates approximately 70% of the air through a supply ...

The UW Institutional Contact for DURC is the Biological Safety Specialist. All inquiries can be made to [email protected] or by contacting the Biological Safety Specialist at 307-766-2723. IBC ...

safety, or environmental risk. The IBC meets monthly and assists UML’s researchers with designing safe and practical research methods.

Register your details with the University’s biosafety committee if you are working with hazardous biological material ... procedure Asking for help in these scenarios is part of your safety ...