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Objective  In this work, the effects of irradiation and high fat diet (HFD) intake have been examined in Wistar rat livers. HFD Wistar rats were exposed three times per week for 2 months to three different doses (0.5, 1, and 2 Gy) of a fractionated whole body gamma irradiation (FWBGI). Hepatic mRNA of these rats was evaluated for five cytokines, TNFα, IL1β, IL6, CRP and IL10. In addition, some critical protein levels were evaluated.    Results  Results demonstrated that FWBGI was able to omit the inflammatory state already induced by the HFD through the depression of all pro-inflammatory genes. In addition, TNFα/IL10 IL1β/IL10, IL6/IL10 and CRP/IL10 ratios were less than 1 at all studied irradiation doses. IL6/IL10 ratio (mRNA and protein) was the best that represented an anti-inflammatory state with all used doses. Results could be of great importance in liver radiotherapy in HFD animal models and may give indicators about the inflammatory state improvement during FWBGI.

Balance of pro- and anti-inflammatory cytokines in livers of high fat diet rats exposed to fractionated gamma irradiation