Because people spend most of their time indoors, much of their exposure to ozone occurs in
buildings, which are partially protective against outdoor ozone. Measurements in …

Through air inhalation, dust ingestion and dermal exposure, the indoor environment plays
an important role in controlling human chemical exposure. Indoor emissions and chemistry …

Candida auris is a fungal pathogen of high concern due to its ability to cause healthcare-
associated infections and outbreaks, its resistance to antimicrobials and disinfectants and its …

Outdoor ozone transported indoors initiates oxidative chemistry, forming volatile organic
products. The influence of ozone chemistry on indoor air composition has not been directly …

The increase in cases of asthma and allergies has become an important health issue
throughout the globe. Although these ailments were not common diseases a few short …

Over 300 billion of cells die every day in the human body, producing a large number of
endogenous apoptotic extracellular vesicles (apoEVs). Also, allogenic stem cell …

This critical review describes the squalene-ozone (SqOz) reaction, or squalene ozonolysis.
Ambient ozone penetrates indoors and drives indoor air chemistry. Squalene, a component …

Over the last decade, influences of the human occupant on indoor chemistry have been
investigated in environments ranging from simulated aircraft cabins to actual classrooms …

Human skin oil is rich in ozone-reactive compounds, including squalene and unsaturated
acyl groups of free fatty acids, glycerols, and wax esters. Squalene and unsaturated acyl …

Numerous acids and bases influence indoor air quality. The most abundant of these species
are CO2 (acidic) and NH3 (basic), both emitted by building occupants. Other prominent …