Attitudes towards deprescribing: The perspectives of geriatric patients and nursing home residents.

Background/objectives: Successful deprescribing requires insight into patients' thoughts about deprescribing. We described attitudes towards deprescribing in a large sample of geriatric patients and nursing home residents.

Design: Interview-based questionnaire study.

Engineering Surface Oxygenated Functionalities on Commercial Carbon toward Ultrafast Sodium Storage in Ether-Based Electrolytes.

The pursuit of a high-capacity anode material has been urgently required for commercializing sodium-ion batteries with a high energy density and an improved working safety. In the absence of thermodynamically stable sodium intercalated compounds with graphite, constructing nanostructures with expanded interlayer distances is still the mainstream option for developing high-performance carbonaceous anodes. In this regard, a surface-functionalized and pore-forming strategy through a facile CO thermal etching route was rationally adopted to engineer negligible oxygenated functionalities on commercial carbon for boosting the sodium storage process.

[The Swedish specialist examination in emergency medicine: reflections on the first decade].

Emergency Medicine became a supraspeciality in Sweden in 2008. The Swedish Specialist Examination in Emergency Medicine is a formative examination that seeks to guide local training in Emergency Medicine, provide feedback to physicians during their residency, and establish national standards for various processes in Emergency Medicine. It consists of six partial examinations and 118 cases.

Soft x-ray spectroscopy of high pressure liquid.

We describe a new experimental technique that allows for soft x-ray spectroscopy studies (∼100-1000 eV) of high pressure liquid (∼100 bars). We achieve this through a liquid cell with a 100 nm-thick SiN membrane window, which is sandwiched by two identical O-rings for vacuum sealing. The thin SiN membrane allows soft x-rays to penetrate, while separating the high-pressure liquid under investigation from the vacuum required for soft x-ray transmission and detection.

Large Charge-Transfer Energy in LiFePO Revealed by Full-Multiplet Calculation for the Fe L -edge Soft X-ray Emission Spectra.

We analyzed the Fe 3d electronic structure in LiFePO /FePO (LFP/FP) nanowire with a high cyclability by using soft X-ray emission spectroscopy (XES) combined with configuration-interaction full-multiplet (CIFM) calculation. The ex situ Fe L -edge resonant XES (RXES) spectra for LFP and FP are ascribed to oxidation states of Fe and Fe , respectively. CIFM calculations for Fe and Fe states reproduced the Fe L RXES spectra for LFP and FP, respectively.