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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) <t>JNK1</t> activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.
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(A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) JNK1 activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.

Journal: PLoS Biology

Article Title: The Viral Oncoprotein LMP1 Exploits TRADD for Signaling by Masking Its Apoptotic Activity

doi: 10.1371/journal.pbio.0060008

Figure Lengend Snippet: (A) The knockout of TRADD in DG75 B lymphocytes abolishes TNFR1 activation of the NF-κB pathway. DG75 TRADD +/+ or TRADD –/– cells were stimulated with 200 ng ml −1 soluble human TNFα (Roche) for the indicated times. Levels of phospho-I-κB and I-κB were analyzed on immunoblots. αTubulin served as the loading control. (B) LMP1 activation of IKKβ requires TRADD. DG75 TRADD +/+ or TRADD –/– cells were electroporated with the indicated LMP1 constructs and Flag-IKKβ. Flag-IKKβ activity was monitored in immunocomplex kinase assays. GST-I-κBα phosphorylation was quantified by a phosphoimager and is given as x-fold induction. Immunoprecipitated Flag-IKKβ and the expressed HA-LMP1 constructs were detected using the anti-Flag (M2) and anti-HA (12CA5) antibodies, respectively. LMP1-CD40 was visualized by the anti-CD40 antibody. IB, immunoblot; IP, immunoprecipitation. (C) Ectopic TRADD expression rescues LMP1 activation of IKKβ in TRADD–/– cells. IKKβ assays were performed in DG75 TRADD–/– cells as in (B). Where indicated, TRADD was expressed at physiological levels by co-transfecting 1 μg of pACYC184-1012.4, which carries the complete human TRADD gene including the TRADD promoter. (D) JNK1 activation by LMP1 is independent of TRADD. HA-JNK1 immunocomplex kinase assays in DG75 TRADD +/+ and TRADD –/– cells are shown. Immunoprecipitated HA-JNK1 was dectected with the anti-JNK1 (C17) antibody.

Article Snippet: The following primary antibodies were used: Actin (I-19), CD40 (C-20), I-κBα (C-21), IKKβ (H-470), JNK1 (C-17), TNFR1 (H-5), TRADD (H-278), αTubulin (B-5-1-2) (all from Santa Cruz Biotech.), HA (12CA5) (Roche), Flag (M2) (Sigma), TRADD (mouse, BD Transduction Lab.), and phospho-I-κBα(Ser32) (New England Biolabs).

Techniques: Knock-Out, Activation Assay, Western Blot, Control, Construct, Activity Assay, Phospho-proteomics, Immunoprecipitation, Expressing