Daxx Background Information Activation of the cell surface receptor FAS by FAS ligand leads to the initiation of apoptosis, a process necessary for the regulation of the immune system and tissue homeostasis. FAS-mediated apoptosis appears to involve a number of divergent and overlapping pathways. Daxx appears to be a central component of a FAS-mediated apoptotic pathway involving the activation of Jun N-terminal kinase (JNK). Although Daxx itself does not contain a death domain, it specifically binds to the death domain of FAS. Overexpression of Daxx activates the JNK pathway and enhances FAS-mediated apoptosis. The Daxx apoptotic pathway acts cooperatively with but is distinct from the FAS-mediated pathway that involves interactions between the death domain-containing protein FADD and the cysteine protease FLICE. Unlike the FAS-FADD-FLICE pathway, the Daxx pathway is sensitive to the apoptotic inhibitor protein Bcl-2.
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Daxx (M-112)
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Daxx (M-112): sc-7152. Immunofluorescence staining of methanol-fixed RAW 264.7 cells showing nuclear localization.
Daxx (M-112): sc-7152. Western blot analysis of Daxx expression in HeLa (A), BJAB (B), Ramos (C), K-562 (D), RAW 264.7 (E) and WEHI-231 (F) whole cell lysates.
Daxx (M-112): sc-7152. Western blot analysis of Daxx expression in PC-12 (A) and 3611-RF (B) whole cell lysates.