Selected article for: "bind ability and domain bind"

Author: Jeon, Young Joo; Park, Jong Ho; Chung, Chin Ha
Title: Interferon-Stimulated Gene 15 in the Control of Cellular Responses to Genotoxic Stress
  • Document date: 2017_2_28
  • ID: w731ehtz_20
    Snippet: DNA-damaging agents, such as camptothecin and doxorubicin, induce ISGylation of Np63 in MCF10A and various epithelial cancer cell lines, including HNSCC013, HCC1937, and FaDu (Jeon et al., 2012) . Lys139 and Lys324 serve as the ISGylation sites in Np63. Upon exposure to the DNA-damaging agents, caspase-2 is activated, although with an unknown mechanism(s), and cleaves off the TI domain from ISGylated Np63, but not from its unmod.....
    Document: DNA-damaging agents, such as camptothecin and doxorubicin, induce ISGylation of Np63 in MCF10A and various epithelial cancer cell lines, including HNSCC013, HCC1937, and FaDu (Jeon et al., 2012) . Lys139 and Lys324 serve as the ISGylation sites in Np63. Upon exposure to the DNA-damaging agents, caspase-2 is activated, although with an unknown mechanism(s), and cleaves off the TI domain from ISGylated Np63, but not from its unmodified form, suggesting that ISG15 molecules conjugated to Np63 act as molecular scaffolds for recruiting activated caspase-2. Asp452, Asp469, and Asp489 are the cleavage sites in Np63. The cleaved TI domain is exported to the cytoplasm from the nucleus, thus losing its ability to bind the TA domain and inhibit the transcriptional activity of TA domain-containing p53 family members in the nucleus. Under the same stress conditions, TAp63, is also ISGylated and cleaved by caspase-2 and its TI domain is released to the cytoplasm, thus yielding a transcriptionally active form of TAp63.

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