Most lipid and xenobiotic signals modulate transcriptional networks in the nucleus that impact programs of nuclear hormone receptors (NHR). Often, the NHR responses trigger combinations of autocrine, paracrine and endocrine mediators. The coordinated regulation of these programmatic changes can be dynamic, permanent or a bit of both. Indeed, NHR mediate both nuclear and non-nuclear signaling events. They can vary in degree of impact on cellular compartment, cellular identity, organ function and the overall health state of the organism. Interestingly, NHR regulation can be fine-tuned by subtle changes such as fleeting protein and nucleic acid modifications or changes in metabolic flux. Genetic model systems, ranging from humans to yeast, are critical to understanding mechanistic insights into the basic biology of NHRs in the context of their interactions with other molecular entities. These discoveries can be seeded by clinical pharmacology, coupled to xenobiotic investigational drugs or natural products, and advanced by the development and strategic use of in vitro, ex vivo and in vivo bioassays.
In this thematic issue, we are interested in original research and review articles detailing basic and translational discoveries in NHR research, as well as substantive resources and tools for NHR research. Additionally, we welcome submissions focused on the role or potential impact of NHR in monitoring and treating various health conditions. Suggested topics include but are not limited to:
Before submission, authors should carefully read over the journal’s Author Guidelines, which are located at: http://www.kenzpub.com/journals/nurr/author-guidelines/. Prospective authors should submit an electronic copy of their complete manuscript through the journal Manuscript Management System at: http://mms.kenzpub.com/submit/journals/nurr/ according to the following timetable:
Pallavi R. Devchand, University of Calgary, Canada
Manuel Vazquez Carrera, University of Barcelona, Spain
Simon A. Hirota, Leiden University of Calgary, Canada