Search Results - "Wander, J.D"

Aerosol‐phase activity of iodine captured from a triiodide resin filter on fine particles containing an infectious virus by Heimbuch, B.K, Harnish, D.A, Balzli, C, Lumley, A, Kinney, K, Wander, J.D

“…AIMS: To avoid interference by water–iodine disinfection chemistry and measure directly the effect of iodine, captured from a triiodide complex bound to a…”
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Analysis of Residual Chemicals on Filtering Facepiece Respirators After Decontamination by Salter, W. B., Kinney, K., Wallace, W. H., Lumley, A. E., Heimbuch, B. K., Wander, J. D.

“…The N95 filtering facepiece respirator (FFR) is commonly used to protect individuals from infectious aerosols. Health care experts predict a shortage of N95…”
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Standard method for deposition of dry, aerosolized, silica‐coated Bacillus spores onto inanimate surfaces by Harnish, D., Heimbuch, B.K., McDonald, M., Kinney, K., Dion, M., Stote, R., Rastogi, V., Smith, L., Wallace, L., Lumley, A., Schreuder‐Gibson, H., Wander, J.D.

“…Aims To evaluate a standard aerosolization method for uniformly depositing threat‐representative spores onto surfaces. Methods and Results Lyophilized Bacillus…”
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Design, construction and validation of a nose-only inhalation exposure system to measure infectivity of filtered bioaerosols in mice by Stone, B.R., Heimbuch, B.K., Wu, C.-Y., Wander, J.D.

“…Aims The aim of this project was to validate a method to deliver a reproducible, selected dose of infective bioaerosol through a respiratory protective…”
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Proportional mouse model for aerosol infection by influenza by McDonald, R.S., Sambol, A.R., Heimbuch, B.K., Brown, T.L., Hinrichs, S.H., Wander, J.D.

“…Aims The aim of this study was to demonstrate a prototype tool for measuring infectivity of an aerosolized human pathogen – influenza A/PR/8/34 (H1N1) virus –…”
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The Dry Aerosol Deposition Device (DADD): An instrument for depositing microbial aerosols onto surfaces by Heimbuch, B.K., Kinney, K., Nichols, B., Wander, J.D.

“…Concerns surrounding the contamination of infrastructure and equipment with biowarfare agents have led to the development of antimicrobial surfaces/coatings…”
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