… Computation 2014, 2:131), in this review we aim to summarize the current understanding of
the NFκB signaling system itself, the molecular mechanisms, and systems properties that are …

… NF-κB in the nervous system. This article contains a listing of NF-κB activators and inhibitors
in the nervous system… Synaptic NF-κB activated by glutamate and Ca 2+ will be presented in …

… Such signals therefore liberate NF-κB from the canonical and … The p50 and p52 proteins
are produced via proteolytic … , dimerization via the RHD by p100 or p105 with other NF-κB …

… The biological system in which NF-κB plays the most important … NF-κB. However, there is
significant variability in fundamental aspects of these pathways, for example, TNFα signaling via …

… system development and pathology. The effects caused by NF-κB activity in the nervous
system … Genes regulated by NF-κB dimers are mainly responsible for these functions, and the …

… that determine NF-κB dimer formation and the signal-processing characteristics of the
signaling module. We identify NF-κB–κB site interaction specificities and dynamic control of …

… Contrary to IKK1/α and IKK2/β, NEMO/IKKγ lacks kinase catalytic activity and instead serves
an essential accessory role in activation of NF-κB via the canonical signaling pathway. The …

… hand, inhibits signaling upstream of IKK via its … the NFκB signaling system that accounts for
the intricate molecular mechanisms pertaining to both canonical and non-canonical signaling …

… We propose that this promiscuity might help explain the many of roles of NF-κB in specialized
… target sequence will all define the composition and activity of multimeric NF-κB complexes. …

… High concentrations of leptin also promote an aggressive breast cancer phenotype via NF-κB
activation [91]. Crandall et al. demonstrated that human adipocytes secrete plasminogen …