RESULTS
At the beginning of the intervention, there were no differences between groups in any of the anthropometric and routine biochemical markers (P40.05). After the intervention, an improvement
(reduction) was observed on these measurements with apparently equal effectiveness between the two dietary treatments(P40.05, Table 1), except for adiponectin, which was increased in both groups, but without reaching statistical significance. Changes in irisin concentrations were similar
(P40.05) in the control group (_87.3±18.4 ng ml–1) as compared with the RESMENA group (_59.8±11.8 ng ml–1), after following the energy-restricted treatment. Therefore, both groups were merged for subsequent analyses. Considering the whole sample, participant’s mean body weight loss was _6.9±3.0 kg and irisin plasma concentrations diminished (Figure 1a) in association with changes in body weight (rผ0.21; Pผ0.046) and fat mass (rผ0.22; Pผ0.037). As the main objective of this study was to evaluate the
potential role of irisin on glucose homeostasis and given that some of the participants were diabetic, a preliminary analysis separating non-diabetic and diabetic participants was also performed. Differences were found for glucose concentrations and HOMA index between both groups after the nutritional
RESULTS
At the beginning of the intervention, there were no differences between groups in any of the anthropometric and routine biochemical markers (P40.05). After the intervention, an improvement
(reduction) was observed on these measurements with apparently equal effectiveness between the two dietary treatments(P40.05, Table 1), except for adiponectin, which was increased in both groups, but without reaching statistical significance. Changes in irisin concentrations were similar
(P40.05) in the control group (_87.3±18.4 ng ml–1) as compared with the RESMENA group (_59.8±11.8 ng ml–1), after following the energy-restricted treatment. Therefore, both groups were merged for subsequent analyses. Considering the whole sample, participant’s mean body weight loss was _6.9±3.0 kg and irisin plasma concentrations diminished (Figure 1a) in association with changes in body weight (rผ0.21; Pผ0.046) and fat mass (rผ0.22; Pผ0.037). As the main objective of this study was to evaluate the
potential role of irisin on glucose homeostasis and given that some of the participants were diabetic, a preliminary analysis separating non-diabetic and diabetic participants was also performed. Differences were found for glucose concentrations and HOMA index between both groups after the nutritional
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