3,651 research outputs found
sj-png-2-njn-10.1177_20571585241227583 - Supplemental material for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics
No full textSupplemental material, sj-png-2-njn-10.1177_20571585241227583 for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics by Christopher Holmberg in Nordic Journal of Nursing Research</p
SJ Sindu: 47th Annual ODU Literary Festival
No full textSJ Sindu is a Tamil diaspora author of two literary novels (Marriage of a Thousand Lies, which won the Publishing Triangle Edmund White Award; and Blue-Skinned Gods, which was an Indie Next Pick and a finalist for the Lambda Literary Award), two graphic novels (Shakti and the forthcoming Tall Water), and one collection of short stories (The Goth House Experiment). Sindu holds a PhD in English and Creative Writing from Florida State University and is a co-editor for Zero Street, a literary fiction series featuring LGBTQ+ authors through the University of Nebraska Press. Sindu is an assistant professor at Virginia Commonwealth University. More at sjsindu.com
sj-png-3-njn-10.1177_20571585241227583 - Supplemental material for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics
No full textSupplemental material, sj-png-3-njn-10.1177_20571585241227583 for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics by Christopher Holmberg in Nordic Journal of Nursing Research</p
sj-png-1-njn-10.1177_20571585241227583 - Supplemental material for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics
No full textSupplemental material, sj-png-1-njn-10.1177_20571585241227583 for Swedish nursing research: A bibliometric and content analysis revealing author and institute collaborations, impact, and topics by Christopher Holmberg in Nordic Journal of Nursing Research</p
sj-docx-1-mdm-10.1177_0272989X221097106 – Supplemental material for Trends in Author-Reported Cost-Effectiveness Thresholds in the United States from 1995 to 2018: Implications for Discount Rates
No full textSupplemental material, sj-docx-1-mdm-10.1177_0272989X221097106 for Trends in Author-Reported Cost-Effectiveness Thresholds in the United States from 1995 to 2018: Implications for Discount Rates by Ankur Pandya, Mike Paulden, Jinyi Zhu, Tara A. Lavelle and James Hammitt in Medical Decision Making</p
Circulating Levels of Antioxidant Vitamins Correlate with Better Lung Function and Reduced Exposure to Ambient Pollution
No full textMolecular pathways associated with blood pressure and hexadecanedioate levels
No full textThe dicarboxylic acid hexadecanedioate is associated with increased blood pressure (BP) and mortality in humans and feeding it to rats raises BP. Here we aim to characterise the molecular pathways that influence levels of hexadecanedioate linked to BP regulation, using genetic and transcriptomic studies. The top associations for hexadecanedioate in a genome-wide association scan (GWAS) conducted on 6447 individuals from the TwinsUK and KORA cohorts were tested for association with BP and hypertension in the International Consortium for BP and in a GWAS of BP extremes. Transcriptomic analyses correlating hexadecanedioate with gene expression levels in adipose tissue in 740 TwinsUK participants were further performed. GWAS showed 242 SNPs mapping to two independent loci achieving genome-wide significance. In rs414056 in the SCLO1B1 gene (Beta(SE) = -0.088 (0.006)P = 1.65 x 10-51, P < 1 x 10-51), the allele previously associated with increased risk of statin associated myopathy is associated with higher hexadecanedioate levels. However this SNP did not show association with BP or hypertension. The top SNP in the second locus rs6663731 mapped to the intronic region of CYP4Z2P on chromosome 1 (0.045 (0.007), P = 5.49x10-11). Hexadecanedioate levels also correlate with adipose tissue geneexpression of the 3 out of 4 CYP4 probes (P<0.05) and of alcohol dehydrogenase probes (Beta(SE) = 0.12(0.02); P = 6.04x10-11). High circulating levels of hexadecanedioate determine a significant effect of alcohol intake on BP (SBP: 1.12(0.34), P = 0.001; DBP: 0.70 (0.22), P = 0.002), while no effect is seen in the lower hexadecanedioate level group. In conclusion, levels in fat of ADH1A, ADH1B and CYP4 encoding enzymes in the omega oxidation pathway, are correlated with hexadecanedioate levels. Hexadecanedioate appears to regulate the effect of alcohol on BP
Design of bimetallic nanoparticles
No full textThis work was supported by Korean Research Foundation Grant(KRF-2003-003-D00087). The author(S.J.Cho) acknowledged the generous permission to use the synchortron radiation at the Pohang Accelerator Laboratory
A TCAD Simulation Study on the Short-circuit Performance of 650V P-pillar Offset Super-junction MOSFET
No full textThe limitation of Silicon based power MOSFET was broken by the super-junction (SJ) structure, which can provide lower specific on-resistance and higher breakdown voltage compared with the conventional power MOSFET structure. Multi-epitaxial and multi-ion-implant technology, as a mature manufacturing process of the SJ structure, has been widely used in the field of SJ-MOSFET. Therefore, this process is applied to construct the cell structure of 650V SJ-MOSFET in our study. Based on practical application, high current caused by unexpected short circuit will induce an increasing of the internal temperature of SJ-MOSFET, which leads to an irreversible damage in the SJ-MOSFET devices. However, the short-circuit robustness of SJ-MOSFET is still unstable, and the structure needs to be further improved. In our study, the electrical performance of a 650V SJ-MOSFET with offset P-pillar is theoretically investigated by means of technology computer aided design (TCAD) when the SJ-MOSFET is short circuited. The results clearly show that the optimized SJ-MOSFET can withstand the source-drain voltage of 400V for at least 10 μs in the case of the short-circuit. The thermal distribution and peak temperature of the cell structure of SJ-MOSFET are also simulated to assist in the analysis of the short circuit capable of the device. In addition, the hole current density distribution of two SJ-MOSFETs is considered to gain insight into the effect of P-pillar parameters on the short-circuit robustness. The result represents that the structure with offset P-pillar can effectively improve the short-circuit capability.Green Open Access added to TU Delft Institutional Repository 'You share, we take care!' - Taverne project https://www.openaccess.nl/en/you-share-we-take-care Otherwise as indicated in the copyright section: the publisher is the copyright holder of this work and the author uses the Dutch legislation to make this work public.Bio-ElectronicsElectronic Components, Technology and Material
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