
c-Myc and Rel/NF-
B Are the Two Master Transcriptional Systems Activated in the Latency III Program of Epstein-Barr Virus-Immortalized B Cells
J. Virol. Faumont et al.
83: 5014
Supplemental material
Files in this Data Supplement:
- Supplemental file 1
-
Fig. S1 (Class 1 genes moderately downregulated in a similar fashion in both c-Myc and EBV latency III-driven proliferating cells during the transition from resting to proliferating state.)
Fig. S2 (Class 2 genes markedly decreased in c-Myc-driven proliferating cells and moderately in EBV latency III-driven proliferating cells during the transition from resting to proliferating state.)
Fig. S3 (Class 3 genes specifically repressed in the c-Myc program during the transition from resting to proliferating state.)
Fig. S4 (Class 5 genes specifically expressed in the c-Myc program during the transition from resting to proliferating state.)
Fig. S5 (Class 6 genes markedly induced in both the EBV latency III and the c-Myc proliferating programs during the transition from resting to proliferating state.)
Fig. S6 (Class 7 genes specifically expressed in the EBV latency III proliferating program during the transition from resting to proliferating state.)
Fig. S7 (Class 8 genes specifically induced in the EBV latency III proliferating program and unchanged in the c-Myc program during the transition from resting to proliferating state.)
Fig. S8 (Class 9 genes specifically induced in the EBV latency III proliferating program and repressed in the c-Myc program during the transition from resting to proliferating state.)
Fig. S9 (Class 10 genes weakly induced in the EBV latency III program and repressed in the c-Myc program during the transition from resting to proliferating state.)
MS Word document, 367 K.
- Supplemental file 2
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Fig. S10 (Validation of EBV gene expression.)
MS Word document, 1.25 MB