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Matches in Nanopublications for { ?s ?p "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." ?g. }

• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _4 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.
• _3 value "Exposure to aerosolized LPS resulted in a significant increase in gene expression of a range of pro-inflammatory mediators in the lung tissue (Table 1). Treatment with resveratrol did not impact on any of the LPS-induced increases in gene expression measured. The positive control, budesonide, however caused dose-related inhibition of all of the pro-inflammatory genes measured (Table 1)." provenance.