OBJECTIVE: To evaluate the efficacy of a 3-month exercise training program in counteracting the chronotropic incompetence and delayed heart rate recovery in patients with systemic lupus erythematosus (SLE). METHODS: A 12-week randomized trial was conducted. Twenty-four inactive SLE patients were randomly assigned into 2 groups: trained (T; n = 15, 3-month exercise program) and nontrained (NT; n = 13). A sex-, body mass index-, and age-matched healthy control (C) group (n = 8) also underwent the exercise program. Subjects were assessed at baseline and at 12 weeks after training. Main measurements included the chronotropic reserve (CR) and the heart rate (HR) recovery (ΔHRR) as defined by the difference between HR at peak exercise and at both the first (ΔHRR1) and second (ΔHRR2) minutes after the exercise test. RESULTS: Neither the NT SLE patients nor the C group presented any change in the CR or in ΔHRR1 and ΔHRR2 (P > 0.05). The exercise training program was effective in promoting significant increases in CR (P = 0.007, effect size [ES] 1.15) and in ΔHRR1 and ΔHRR2 (P = 0.009, ES 1.12 and P = 0.002, ES 1.11, respectively) in the SLE T group when compared with the NT group. Moreover, the HR response in SLE patients after training achieved parameters comparable to the C group, as evidenced by the analysis of variance and by the Z score analysis (P > 0.05, T versus C). Systemic Lupus Erythematosus Disease Activity Index scores remained stable throughout the study. CONCLUSION: A 3-month exercise training program was safe and capable of reducing the chronotropic incompetence and the delayed ΔHRR observed in physically inactive SLE patients.
RCT Entities:
OBJECTIVE: To evaluate the efficacy of a 3-month exercise training program in counteracting the chronotropic incompetence and delayed heart rate recovery in patients with systemic lupus erythematosus (SLE). METHODS: A 12-week randomized trial was conducted. Twenty-four inactive SLEpatients were randomly assigned into 2 groups: trained (T; n = 15, 3-month exercise program) and nontrained (NT; n = 13). A sex-, body mass index-, and age-matched healthy control (C) group (n = 8) also underwent the exercise program. Subjects were assessed at baseline and at 12 weeks after training. Main measurements included the chronotropic reserve (CR) and the heart rate (HR) recovery (ΔHRR) as defined by the difference between HR at peak exercise and at both the first (ΔHRR1) and second (ΔHRR2) minutes after the exercise test. RESULTS: Neither the NT SLEpatients nor the C group presented any change in the CR or in ΔHRR1 and ΔHRR2 (P > 0.05). The exercise training program was effective in promoting significant increases in CR (P = 0.007, effect size [ES] 1.15) and in ΔHRR1 and ΔHRR2 (P = 0.009, ES 1.12 and P = 0.002, ES 1.11, respectively) in the SLE T group when compared with the NT group. Moreover, the HR response in SLEpatients after training achieved parameters comparable to the C group, as evidenced by the analysis of variance and by the Z score analysis (P > 0.05, T versus C). Systemic Lupus Erythematosus Disease Activity Index scores remained stable throughout the study. CONCLUSION: A 3-month exercise training program was safe and capable of reducing the chronotropic incompetence and the delayed ΔHRR observed in physically inactive SLEpatients.
Authors: Danilo M L Prado; Fabiana B Benatti; Ana L de Sá-Pinto; Ana P Hayashi; Bruno Gualano; Rosa M R Pereira; Adriana M E Sallum; Eloisa Bonfá; Clovis A Silva; Hamilton Roschel Journal: Arthritis Res Ther Date: 2013-03-26 Impact factor: 5.156
Authors: Fabiana B Benatti; Cíntia N H Miyake; Wagner S Dantas; Vanessa O Zambelli; Samuel K Shinjo; Rosa M R Pereira; Maria Elizabeth R Silva; Ana Lúcia Sá-Pinto; Eduardo Borba; Eloisa Bonfá; Bruno Gualano Journal: Front Immunol Date: 2018-04-27 Impact factor: 7.561