39-17.31); P = 0.014]. Transplanted patients with AKI are younger, more prone to be diabetic and to have previous chronic renal failure compared with the general ICU population, possibly in part because of their immunosuppressive therapy. Nevertheless, they have the same prognosis.”
“Lotus seeds polyphenols have not been studied at the anti-oxidation activity in oil and the extraction by now. Microwave-assisted extraction was employed

to extract polyphenols from lotus seeds, which is a process that uses microwave energy and solvents to extract target compounds from various matrices. Orthogonal analysis methodology learn more was used to determine the optimal extraction conditions for microwave power, ethanol concentration, extraction time, and solid-liquid ratio which were 300 W, 90%, 35 s, and 1:10, respectively. Ethanol concentration

is the most significant factor influencing on the yield of lotus seed polyphenols. Antioxidant trials using oil have shown lotus seed polyphenols can effectively inhibit the production of the peroxide and anisidine in oil to a certain extent, and these polyphenols have selleck kinase inhibitor strong anti-oxidation activity. From anti-oxidation synergistic effect on oils with the lotus seed polyphenols and other antioxidants, vitamin C shows the strongest synergy.”
“The influence of InF(3) doping and remelting on Eu-doped fluorozirconate-based glass ceramics was investigated using near-edge x-ray absorption and optical spectroscopy. It was found that the addition of InF(3) to the melt decreases the Eu(2+)/Eu(3+) mole ratio, while remelting leads to a significant change in the Eu(2+)/Eu(3+) ratio in favor of Eu(2+). Photoluminescence spectroscopy shows that additional annealing steps lead to the see more formation of BaCl(2) nanoparticles in the glass. In as-made glass ceramics containing InF(3), a phase transition of the nanoparticles from hexagonal to orthorhombic structure is observed. This phase transition is not observed in the remelted glasses studied here.”
“P>Conversion of potential organ donors to actual donors is

negatively influenced by family refusals. Refusal rates differ strongly among countries. Is it possible to compare refusal rates in order to be able to learn from countries with the best practices? We searched in the literature for reviews of donor potential and refusal rates for organ donation in intensive care units. We found 14 articles pertinent to this study. There is an enormous diversity among the performed studies. The definitions of potential organ donors and family refusal differed substantially. We tried to re-calculate the refusal rates. This method failed because of the influence caused by the registered will on donation in the Donor Register. We therefore calculated the total refusal rate. This strategy was also less satisfactory considering possible influence of the legal consent system on the approach of family.