TY - JOUR
T1 - The COVID-19 Pandemic as a Stress Test for Laboratory Safety Teams
AU - Martin, Jessica A.
AU - Bader, Taysir K.
AU - Bruch, Quinton J.
AU - McCulley, Calla M.
AU - Zinn, Sarah R.
AU - Anderson, Constance B.
AU - Applegate, Lindsey C.
AU - Aviles-Martin, Cristian J.
AU - Bresnahan, Brady L.
AU - Cool, Nicholas I.
AU - Deyoung, Jessica L.
AU - Donaghy, Caroline
AU - Douglas, Lacey
AU - Harris, Celina M.
AU - Hu, Daniel D.
AU - Murphy, Shannon E.
AU - Nyansa, Monica Mame Soma
AU - Patil, Abhijeet
AU - Starr, Hannah E.
AU - Strasser, Juliette W.
AU - Troiano, Jennifer L.
N1 - Publisher Copyright:
© 2022 American Chemical Society. .
PY - 2022/7/25
Y1 - 2022/7/25
N2 - Laboratory safety teams (LSTs), led by graduate student and postdoctoral researchers, have been propagating across the U.S. as a bottom-up approach to improving safety culture in academic research laboratories. Prior to the COVID-19 pandemic, LSTs relied heavily on in-person projects and events. Additionally, committed Champions from the ranks of safety professionals and faculty were critical to their operation and continued expansion. As was the case for many existing systems, the COVID-19 global crisis served as an operational stress test for LSTs, pushing them to unexpected new limits. The initial spread of COVID-19 brought with it a shutdown of academic institutions followed by a limited reopening that prohibited in-person gatherings and disrupted standard lines of communication upon which LSTs relied. Safety professionals and faculty members were required to take on new duties that were often undefined and time-consuming, substantially impacting their ability to support LSTs. In this case study, we report the impact of this operational stress test on 12 LSTs, detailing the adaptive means by which they survived and highlighting the key lessons learned by the represented LST leaders. The key takeaways were to spend time nurturing relationships with a diverse array of Champions, securing stable funding from multiple sources, and networking with members of LSTs from different institutions to strengthen moral support and broaden ideation for common challenges.
AB - Laboratory safety teams (LSTs), led by graduate student and postdoctoral researchers, have been propagating across the U.S. as a bottom-up approach to improving safety culture in academic research laboratories. Prior to the COVID-19 pandemic, LSTs relied heavily on in-person projects and events. Additionally, committed Champions from the ranks of safety professionals and faculty were critical to their operation and continued expansion. As was the case for many existing systems, the COVID-19 global crisis served as an operational stress test for LSTs, pushing them to unexpected new limits. The initial spread of COVID-19 brought with it a shutdown of academic institutions followed by a limited reopening that prohibited in-person gatherings and disrupted standard lines of communication upon which LSTs relied. Safety professionals and faculty members were required to take on new duties that were often undefined and time-consuming, substantially impacting their ability to support LSTs. In this case study, we report the impact of this operational stress test on 12 LSTs, detailing the adaptive means by which they survived and highlighting the key lessons learned by the represented LST leaders. The key takeaways were to spend time nurturing relationships with a diverse array of Champions, securing stable funding from multiple sources, and networking with members of LSTs from different institutions to strengthen moral support and broaden ideation for common challenges.
KW - Collaborative/cooperative learning
KW - Graduate education
KW - Laboratory management
KW - Laboratory safety team
KW - Postdoctoral scholar
KW - Safety culture
KW - Safety/hazards
UR - https://www.scopus.com/pages/publications/85146350781
U2 - 10.1021/acs.chas.2c00022
DO - 10.1021/acs.chas.2c00022
M3 - Article
AN - SCOPUS:85146350781
SN - 1878-0504
VL - 29
SP - 350
EP - 361
JO - ACS Chemical Health and Safety
JF - ACS Chemical Health and Safety
IS - 4
ER -