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What is Research Safety?

Research safety is comprised of several specialty programs that support the teaching and research enterprise at UCR. The specialty programs include Biosafety, Lab Safety, Radiation and Laser Safety, Chemical Safety, and Field and Drone Safety. Each program provides targeted health and safety services to support UCR's teaching and research laboratories. EH&S provides resources, training and specialized laboratory safety consultation on potential hazards, as well as guidance to laboratories so they can meet their regulatory compliance requirements. Specific program services may include: 

  • Provide safety consultation and review of hazardous materials in research processes.
  • Review safety procedures when working with hazardous materials.
  • Provide specialized training on proper handling and use of hazardous materials.
  • Provide training and consultation on Risk and Safety Solutions such as LHAT, Inspect, Chemicals, WASTe, etc.
  • Consultation on laboratory set up, moves and decommissioning.
  • Incident or accident investigation and follow-up.
  • Coordination with outside agencies regarding regulatory inspections.

For more information, contact Research Safety or call (951) 827-5528.

Latest Updates

  • Microtomes (manual, semiautomatic, and automatic) are devices that are used to cut tissues into extremely thin sections. There are several types of microtomes available. The most commonly used microtomes are rotary, sliding, and freezing (Cryostat). Microtomes can present a sharp hazard, freezing hazard, and expose personnel to infectious agents or other hazards if not used properly. Review the Microtome Safety Program which outlines the regulations, hazards, and controls used to minimize risks when working with microtomes.

     

  • New guidance now available for instructional labs. Visit Instructional Lab website for more information. 

  • Hydrofluoric acid (HF) is an corrosive acid with unique properties.  Hydrofluoric acid spill and exposure response are unique to the chemical, and standard lab response can be ineffective or create additional hazards.  Review the Hydrofluoric Acid (HF) Program Document which outlines the basics of safely handling HF and responding to HF spills and exposures.

    Hydrofluoric Acid (HF) SOP

    Medical Treatment for HF Acid Exposure

  • Reduce the potential risk of exposure to mercury. Exchange your mercury thermometer for FREE.

    Learn more about the program.

  • CSHEMA (Campus Safety Health and Environmental Management) has recognized February 9th - 13th as Lab Safety Awareness week.  

    All week long EH&S will be highlighting ways to support a safe research environment. Follow along on our Instagram page: @ucrehs and online at our Laboratory page for daily tips and reminders! Tag us on Instagram @ucrehs showing us how you keep it safe in the lab!

    • Monday: We're All in This Together!
    • Tuesday:  Housekeeping & Peroxide Formers
    • Wednesday: Chemical Storage
    • Thursday: Compressed Gas
    • Friday: Safety Equipment & Engineering Controls

    View the Lab Safety Awareness Week Page for downloads and details!

    Remember: R'Safety is all R'Responsibility

    Questions about lab safety? Contact us! Ehslaboratory@ucr.edu or call EH&S (951) 827-5528  

  • Learn what to do before, during and after a power outage

Laboratory Safety

Chemical Safety

Biosafety

  • The Biological Use Authorization (BUA) application is submitted by Principal Investigators to document the scope of their teaching or research projects. Delegates may initiate and fill out the application, but only Principal Investigators (PIs) who meet the eligibility as defined in UCR Policy 527-3 can submit. 

  • The UCR Biosafety Manual defines the responsibilities, procedures, and guidelines for the safe handling, use, storage, and disposal of biohazardous materials in research and teaching activities performed at UCR. 

  • The Institutional Biosafety Committee (IBC) functions as the UCR review body responsible for approval and oversight of activities involving the use, storage, and handling of biohazardous materials, in accordance to NIH Guidelines for Research Involving Recombinant or Synthetic Nucleic Acid Molecules (NIH Guidelines), the CDC Biosafety in Microbiological and Biomedical Laboratories (BMBL), and other regulatory or guidance documents.