https://www.selleckchem.com/products/gdc-0068.html different industries and sectors, different incentives may be required for participation.To date, peer-reviewed research has found no evidence linking supervised consumptions sites (SCSs) to increased crime. Yet, in March 2020, a government Report released in the province of Alberta, Canada, presented the results of a review that reached a different conclusion. This commentary highlights the Report's major methodological limitations with respect to its criminological components, including that crime was poorly operationalized and measured, change in crime was inadequately assessed, and the effect of SCSs on crime was not ascertained. It is argued that the magnitude of methodological flaws in the Report undermine the validity of its criminological claims and raise significant issues with the soundness of its conclusions. The volume of the coagulation zones created during radiofrequency ablation (RFA) is limited by the appearance of roll-off. Doping the tissue with conductive fluids, e.g., gold nanoparticles (AuNPs) could enlarge these zones by delaying roll-off. Our goal was to characterize the electrical conductivity of a substrate doped with AuNPs in a computer modeling study and ex vivo experiments to investigate their effect on coagulation zone volumes. The electrical conductivity of substrates doped with normal saline or AuNPs was assessed experimentally on agar phantoms. The computer models, built and solved on COMSOL Multiphysics, consisted of a cylindrical domain mimicking liver tissue and a spherical domain mimicking a doped zone with 2, 3 and 4cm diameters. Ex vivo experiments were conducted on bovine liver fragments under three different conditions non-doped tissue (ND Group), 2mL of 0.9% NaCl (NaCl Group), and 2mL of AuNPs 0.1 wt% (AuNPs Group). The theoretical analysis showed that adding normal saline or colloidal gold in concentrations lower than 10% only modifies the electrical conductivity of the dope