The main aim of this study was to investigate the effects of circuit resistance training (CRT) on post-exercise appetite and energy intake in chronic hemiparetic stroke patients. A secondary aim was to evaluate the reproducibility of these effects. Methods:Seven participants met the eligibility criteria and, in a randomized order, participated in a nonexercise control session (CTL) and two bouts of CRT. The CRT involved 10 exercises with 3 sets of 15repetition maximum per exercise, performed using a vertical loading approach, with each set interspersed with 45 s of walking. Expired gases were collected 10 min before, during, and for 40 min after CTL and CRT to calculate the net energy cost of the exercise and the relative energy intake post-CTL/CRT. Hunger, fullness, desire to eat, and energy intake were assessed at baseline and for 12 h after CTL and CRT.Results: Compared to CTL, hunger, desire to eat (P < 0.001), and relative energy intake (P < 0.05) were significantly lower after CRT, whereas the perception of fullness was significantly higher (P < 0.001).Significant differences between CTL and CRT were observed only for the first 9 h of the post-exercise period for hunger, fullness, and desire to eat (P < 0.05). No significant differences in appetite or relative energy intake were observed between the two bouts of CRT.Conclusions: A bout of CRT elicited decreased post-exercise appetite and relative energy intake in chronic hemiparetic stroke patients. Decreased appetite perceptions lasted for around 9 h and were reproducible.

Purpose: To investigate whether mixed circuit training (MCT) elicits the recommended exercise intensity and energy expenditure in people after stroke, and to establish the between-day reproducibility for the percentages of heart rate reserve (%HRR), oxygen uptake reserve (%VO2R), and energy expenditure elicited during two bouts of MCT.Methods: Seven people aged 58 (12) yr, who previously had a stroke, performed a cardiopulmonary exercise test, a non-exercise control session, and two bouts of MCT. The MCT included 3 circuits of 10 resistance exercises at 15-repetition maximum intensity, with each set of resistance exercise interspersed with 45-s of walking. Expired gases were collected during the MCT and control session and for 40 min afterwards. Control session was necessary to calculate the net energy expenditure associated with each bout of MCT.Results: Mean %VO2R (1 st MCT: 51.1%, P=0.037; 2 nd MCT: 54.0%, P=0.009) and %HRR (1 st MCT: 66.4%, P=0.007; 2 nd MCT: 67.9%, P=0.010) exceeded the recommended minimum intensity of 40%. Both %VO2R (P=0.586 and 0.987, respectively) and %HRR (P=0.681 and 0.237, respectively) during the 1 st and 2 nd bouts of MCT were not significantly different to their corresponding gas exchange threshold values derived from cardiopulmonary exercise testing. Mean net total energy expenditure significantly exceeded the minimum recommend energy expenditure in the 1 st (P=0.048) and 2 nd (P=0.023) bouts of MCT. Between-day reproducibility for %HRR, %VO2R, and energy expenditure was excellent (ICC: 0.92-0.97).Conclusions: MCT elicited physiological strain recommended for improving health-related fitness in people after stroke and these responses demonstrated excellent between-day reproducibility.