Wildfires are increasing in frequency, raising concerns that smoke can permeate indoor
environments and expose people to chemical air contaminants. To study smoke transformations …

Objective: To evaluate the frequency and outcome of liver transplantation for symptomatic,
unresectable, benign hepatic neoplasms. Design: Retrospective study. Setting: Presbyterian …

The Chemical Assessment of Surfaces and Air (CASA) study aimed to understand how
chemicals transform in the indoor environment using perturbations (eg, cooking, cleaning) or …

Water-soluble organic gas (WSOG) concentrations are elevated in homes. However, WSOG
sources, sinks, and concentration dynamics are poorly understood. We observed …

Metal complexes of porphyrins and phthalocyanines are attractive materials for designing
recognition elements for chemical sensors, and hence they have been the focus of intense …

Background. The development of strategies to enhance survival of transplanted organs and
to potentially lower or even discontinue immunosuppressive therapy would represent a …

The chemical composition of indoor air is strongly driven by the composition and properties
of indoor surfaces. At the Chemical Assessments of Surfaces and Air (CASA) campaign, we …

Humidity plays an important role in the surface removal and concentrations of indoor
pollutants such as ozone; however, the indoor surface dynamics and chemistry of organic …

Previous time-integrated (2 h to 4 h) measurements show that total gas-phase water-soluble
organic carbon (WSOCg) is 10 to 20 times higher inside homes compared to outside. …

The theoretical advantages of the piggyback technique over conventional orthotopic liver
transplantation are as follows. (1) Continuous venous decompression during the anhepatic …