From a Joint OCLC, IMLS, and Battelle Announcement:
When libraries, archives, and museums were seeking reliable information to help them make informed decisions about how to operate amid the COVID-19 pandemic, OCLC, the Institute of Museum and Library Services, and Battelle formed a partnership to help. Results of that work have now been published in the Journal of Applied Microbiology.The REALM (REopening Archives, Libraries, and Museums) project came together in April 2020, when little was known about transmission of the virus. Since then, project partners have been producing scientific information to support libraries, archives, and museums to aid local decision-making regarding operations during the pandemic.
“Within a few months after the start of the pandemic, this research began to help museums and libraries pave the way forward.” said Scott Carey, Chief Operations Officer at IMLS. “So much was unknown. As it turns out, the project tested virus load rates similar to the Delta variant before Delta even existed. As we pass the two-year mark and move into the next phases of the pandemic, I’m proud that these test results are being formally recognized within the scientific community and will contribute to a better understanding of COVID-19 and its potential impacts to the society we live in.”
As part of the REALM project, researchers at Battelle studied effects of ambient or altered environmental conditions on the inactivation the SARS-CoV-2 virus applied to materials, including books, DVDs, file folders, glass, and plastic. The research found that the attenuation rate for materials held at colder temperatures was significantly slower compared to the attenuation rate at warmer and ambient temperatures.
Duration (days) required to achieve inactivation of SARS-CoV-2 below LOQ. ● indicates Ambient; ⊕ indicates Ambient Stacked; ▲ indicates cold; ⨹ indicates Cold Stacked; ◼ indicates Warm; ⊞ indicates Warm Stacked; (1) Adjusted LOQ of 65.5 and 327.5 TCID50 for polyolefin fabric and nylon webbing, respectively Source: 10.1111/jam.15468
“These results used scientific methods to demonstrate a low cost, simple-to-implement means of material decontamination for items not compatible with common liquid disinfectants for libraries, archives, and museums as they considered a responsible re-opening process for the communities they serve,” said Will Richter, a Battelle biologist who led the team of researchers.
While contamination through materials is not considered the primary route of exposure for SARS-CoV-2, certain populations such as persons with compromised immune systems or children may be at increased risk from this mode of transmission. The use of natural environmental conditions as an approach to decontaminate or inactivate other biological organisms has been previously studied and offers advantages of safe deployment as well as rapid scalability.
“The goal of the REALM project has been to provide science-based information about the coronavirus to help libraries, archives, and museums determine the best path forward for their communities,” said Skip Prichard, OCLC President and CEO. “These institutions face unique operational challenges, such as circulating thousands of physical materials among thousands of visitors. Findings from this study have helped inform the communities we serve, and this article in the Journal of Applied Microbiology is a significant contribution to the broader scientific community.”
Since its inception, the REALM project has shared test results and other relevant scientific information about the virus as they become available. In addition to conducting lab tests on materials, the project has tracked scientific literature on issues of transmission, decontamination, vaccines and variants, and has collected illustrative examples that helped libraries, archives, and museums mitigate COVID-19 exposure to staff and visitors.
The REALM project is supported by the Institute of Museum and Library Services (IMLS), the primary source of federal funding for museums and libraries; and OCLC, a nonprofit library technology and research organization; in partnership with Battelle, a not-for-profit, independent global scientific research and development organization.
Learn More, Read the Complete Release (via OCLC)
Direct to Full Text Journal Article: Evaluation of Environmental Conditions as a Decontamination Approach for SARS-CoV-2 When Applied to Common Library, Archive and Museum-Related Materials
About Gary Price
