Matches in Nanopublications for { ?s ?p "Acrolein decreases NF-kB activation in vivo - NF-kBp65 activity in nuclear extracts was markedly enhanced after LPS challenge, as expected. Moreover, both basal and LPS-induced NF-kBp65 activity was significantly reduced following exposure to acrolein compared with exposure to room air." ?g. }
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- _4 value "Acrolein decreases NF-kB activation in vivo - NF-kBp65 activity in nuclear extracts was markedly enhanced after LPS challenge, as expected. Moreover, both basal and LPS-induced NF-kBp65 activity was significantly reduced following exposure to acrolein compared with exposure to room air." provenance.
- _3 value "Acrolein decreases NF-kB activation in vivo - NF-kBp65 activity in nuclear extracts was markedly enhanced after LPS challenge, as expected. Moreover, both basal and LPS-induced NF-kBp65 activity was significantly reduced following exposure to acrolein compared with exposure to room air." provenance.
- _4 value "Acrolein decreases NF-kB activation in vivo - NF-kBp65 activity in nuclear extracts was markedly enhanced after LPS challenge, as expected. Moreover, both basal and LPS-induced NF-kBp65 activity was significantly reduced following exposure to acrolein compared with exposure to room air." provenance.
- _3 value "Acrolein decreases NF-kB activation in vivo - NF-kBp65 activity in nuclear extracts was markedly enhanced after LPS challenge, as expected. Moreover, both basal and LPS-induced NF-kBp65 activity was significantly reduced following exposure to acrolein compared with exposure to room air." provenance.