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Jordan Peccia on Muck Rack

Jordan Peccia

Yale
As seen in: Nature, ACS Publications, Science Magazine, BioRxiv, Cell Press, Hartford Courant, Connecticut Post, Greenwich Time, Middletown Press, New Haven Register and
Professor and Chair, Yale Department Chemical and Environmental Engineering / Head of Yale's Benjamin Franklin College / father / runner
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Articles

Disinfection of hospital sink drains enriches pseudomonadota and efflux pump-mediated antibiotic resistance in reestablished biofilms

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By Kate Bowie, Irvan Luhung, Taylor Burke Verified, Scott Roberts, Richard A. Martinello, Mark Gerstein, Jordan Peccia, Hannah Healy
| Nature Verified
Abstract Antimicrobial resistant pathogens and associated infections represent major public health threats affecting healthcare facilities, with sink drain biofilms serving as reservoirs for many of these bacteria. Despite attempts at sink drain biofilm disinfection and removal, drain biofilms inevitably regrow, and disinfection may shape the returning microbial communities and their resistance profiles.
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The Susceptibility of Airborne SARS-CoV-2 to Far-UVC Irradiation

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By Darryl M. Angel, Irvan Luhung, Jordan Peccia
| dx.doi.org
Bioremediation and BiotechnologySeptember 19, 2025 Darryl M. Angel Department of Chemical and Environmental Engineering, Yale School of Engineering and Applied Science, Yale University, New Haven, Connecticut 06511, United States Irvan Luhung Department of Chemical and Environmental Engineering, Yale School of Engineering and Applied Science, Yale University, New Haven, Connecticut 06511, United States Keyla S. G.
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The Susceptibility of Airborne SARS-CoV-2 to Far-UVC Irradiation

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By Darryl M. Angel, Irvan Luhung, Jordan Peccia
| BioRxiv
Abstract Far-UVC irradiation has emerged as a breakthrough disinfection technology for the treatment of indoor air. Far-UVC wavelengths (222 nm) from filtered krypton-chloride excimer lamps are effective at inactivating airborne viruses and safe for human exposure, thus enabling the continuous treatment of bulk air in occupied settings. This study quantifies the susceptibility of airborne SARS-CoV-2, aerosolized in human saliva, to far-UVC radiation.
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