Understanding the fate of ultrafine particles (UFP), especially from combustion sources, is essential to assess their impact on health and climate.Here, we present simulations of the behavior of UFP in the near-roadway environment (up to 300 m downwind) based on a model with coupled computational fluid dynamics (CFD) and aerosol microphysics.It is
A 23-year-old patient presented with a vague three centimeter plaque in Tough 1 the umbilical region, associated with local hyperhidrosis.Histopathology of the excision specimen showed an increase in the number of sweat coils embedded in abundant mucinous stroma, typical of mucinous eccrine nevus.An unusual finding was hyperplasia of the sweat coil
Abstract Detailed knowledge on the fate of dietary components inside the human intestinal tract is lacking.Access to this inner world of digestion is now possible through novel human gastrointestinal sampling capsules.Due to the novelty of such devices, no methodology has been published to stabilise and analyse the resulting samples.A complicating