Figure 2
Figure 2. AC pretreatment inhibits IκB protein degradation and IKK activity. NOD BMDCs were pretreated with ACs and stimulated with LPS as in Figure 1. (A) Cytoplasmic IκBα, IκBβ, IκBϵ, and β-actin protein were detected by Western blot using the same blot. Densitometric readings represent the ratio of intensity of IκB protein to β-actin expression per unit area and are represented as an arbitrary unit. (B) In vitro IKK activity was determined by measuring phosphorylation of an IκBα-GST substrate. Densitometric analysis represents the intensity of phosphorylated (P) IκBα-GST in arbitrary units. The amount of IKK1 and IKK2 immunoprecipitated in the samples was analyzed by Western blot. Western blot was used to detect (C) phospho-JNK versus JNK, (D) phospho-ERK versus ERK, and (E) phospho-p38MAPK versus p38MAPK in whole cell lysates. Data are representative of 3 independent experiments.

AC pretreatment inhibits IκB protein degradation and IKK activity. NOD BMDCs were pretreated with ACs and stimulated with LPS as in Figure 1. (A) Cytoplasmic IκBα, IκBβ, IκBϵ, and β-actin protein were detected by Western blot using the same blot. Densitometric readings represent the ratio of intensity of IκB protein to β-actin expression per unit area and are represented as an arbitrary unit. (B) In vitro IKK activity was determined by measuring phosphorylation of an IκBα-GST substrate. Densitometric analysis represents the intensity of phosphorylated (P) IκBα-GST in arbitrary units. The amount of IKK1 and IKK2 immunoprecipitated in the samples was analyzed by Western blot. Western blot was used to detect (C) phospho-JNK versus JNK, (D) phospho-ERK versus ERK, and (E) phospho-p38MAPK versus p38MAPK in whole cell lysates. Data are representative of 3 independent experiments.

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