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- 16:55, 8 December 2016 diff hist +121 m Following skin wounding, infection and inflammation, keratinocyte lamellar bodies release their content of hydrophobic products and AMPs into intercellular spaces forming a chemical barrier against water loss and microbial attack Tag: Reverted
- 16:47, 8 December 2016 diff hist +2,325 N Following skin wounding, infection and inflammation, keratinocyte lamellar bodies release their content of hydrophobic products and AMPs into intercellular spaces forming a chemical barrier against water loss and microbial attack Created page with "Peripheral blood attained from 3 healthier volunteers was pre-treated with various concentrations of bortezomib for 1 h and then additional stimulated with LPS or PBS (as the..."
- 22:28, 6 December 2016 diff hist +4,008 N Compiled data from the primary AlphaScreen assay are shown in a single graph normalized to POPC and SMPL in-plate controls Created page with "(b) Compiled knowledge from the primary AlphaScreen assay are proven in a one graph normalized to POPC and SMPL in-plate controls. (c) Schematics of counterscreening assays de..." current
- 04:33, 5 December 2016 diff hist +223 m We tested the flavonoids quercetin and rutin hydrate to determine the effect of CFTR channel activation on bacterial phagocytosis current
- 04:27, 5 December 2016 diff hist +247 N We tested the flavonoids quercetin and rutin hydrate to determine the effect of CFTR channel activation on bacterial phagocytosis Created page with "Transient transfection with WT-CFTR [http://hnyijiaxing.com/comment/html/?14240.html Listed here, we tested the efficacy of 1D11 administered right after the onset of proteinu..."
- 09:53, 2 December 2016 diff hist +2,131 N Overall, we observed that side stream SHS exposure increases bacterial burden (Fig. 1D and F) in the murine lungs Overall, we observed that side stream SHS exposure increases bacterial burden (Fig. 1D and F) in the murine lungs current
- 19:45, 30 November 2016 diff hist +3,345 N The normal fibroblast cell line, MRC5, was extremely sensitive to hyperthermia, showing a prevalent cell death effect The normal fibroblast cell line, MRC5, was extremely sensitive to hyperthermia, showing a prevalent cell death effect current