Resuspension of particles indoors increases the risk of consequent exposure through
inhalation and non-dietary ingestion. Studies have been conducted to characterize indoor …

We spend approximately one-third of our lives sleeping, yet little is known as to how human
exposure to indoor air pollutants during sleep impacts human health and sleep quality. This …

The role of human occupancy as a source of indoor biological aerosols is poorly
understood. Size‐resolved concentrations of total and biological particles in indoor air were …

Under sustained, elevated building moisture conditions, bacterial and fungal growth occurs.
The goal of this study was to characterize microbial growth in floor dust at variable …

With the rapid growth of the nanotechnology industry, the need to understand the biological
effects of aerosol exposure has become increasingly important. Featuring contributions by …

There is considerable recent focus and concern about formaldehyde (FA). We have
reviewed the literature on FA with focus on chemosensory perception in the airways and …

Environmental tobacco smoke is a major contributor to indoor air pollution. Dust and
surfaces may remain contaminated long after active smoking has ceased (called …

BACKGROUND: Few studies address concurrent exposures to common household
allergens, specific allergen sensitization and childhood asthma morbidity. OBJECTIVE: To …

A clean indoor environment, which is essential for human health, can be achieved by
reducing PM 2.5 pollution from indoor ground fugitive dust. This study quantifies different …

Human-induced resuspension of floor dust is a dynamic process that can serve as a major
indoor source of biological particulate matter (bio PM). Inhalation exposure to the microbial …