human
TASK: Your task is to answer biomedical questions using the given abstract. Only output yes, no, or maybe as answer.
INPUT: ["Sprint interval training (SIT) provides a potent stimulus for improving maximal aerobic capacity ([Formula: see text]), which is among the strongest markers for future cardiovascular health and premature mortality. Cycling-based SIT protocols involving six or more 'all-out' 30-s Wingate sprints per training session improve [Formula: see text], but we have recently demonstrated that similar improvements in [Formula: see text] can be achieved with as few as two 20-s sprints. This suggests that the volume of sprint exercise has limited influence on subsequent training adaptations. Therefore, the aim of the present study was to examine whether a single 20-s cycle sprint per training session can provide a sufficient stimulus for improving [Formula: see text].", 'Thirty sedentary or recreationally active participants (10 men/20 women; mean\xa0±\xa0SD age: 24\xa0±\xa06 years, BMI: 22.6\xa0±\xa04.0\xa0kg\xa0m(-2), [Formula: see text]: 33\xa0±\xa07\xa0mL\xa0kg(-1)\xa0min(-1)) were randomised to a training group or a no-intervention control group. Training involved three exercise sessions per week for 4\xa0weeks, consisting of a single 20-s Wingate sprint (no warm-up or cool-down). [Formula: see text] was determined prior to training and 3 days following the final training session.', 'Mean [Formula: see text] did not significantly change in the training group (2.15\xa0±\xa00.62 vs. 2.22\xa0±\xa00.64 L\xa0min(-1)) or the control group (2.07\xa0±\xa00.69 vs. 2.08\xa0±\xa00.68 L\xa0min(-1); effect of time: P\xa0=\xa00.17; group\xa0×\xa0time interaction effect: P\xa0=\xa00.26).'] Does exercise training comprising of single 20-s cycle sprints provide a sufficient stimulus for improving maximal aerobic capacity in sedentary individuals?
OUTPUT:

agent
no
TASK: Your task is to answer biomedical questions using the given abstract. Only output yes, no, or maybe as answer.
INPUT: ["Sprint interval training (SIT) provides a potent stimulus for improving maximal aerobic capacity ([Formula: see text]), which is among the strongest markers for future cardiovascular health and premature mortality. Cycling-based SIT protocols involving six or more 'all-out' 30-s Wingate sprints per training session improve [Formula: see text], but we have recently demonstrated that similar improvements in [Formula: see text] can be achieved with as few as two 20-s sprints. This suggests that the volume of sprint exercise has limited influence on subsequent training adaptations. Therefore, the aim of the present study was to examine whether a single 20-s cycle sprint per training session can provide a sufficient stimulus for improving [Formula: see text].", 'Thirty sedentary or recreationally active participants (10 men/20 women; mean\xa0±\xa0SD age: 24\xa0±\xa06 years, BMI: 22.6\xa0±\xa04.0\xa0kg\xa0m(-2), [Formula: see text]: 33\xa0±\xa07\xa0mL\xa0kg(-1)\xa0min(-1)) were randomised to a training group or a no-intervention control group. Training involved three exercise sessions per week for 4\xa0weeks, consisting of a single 20-s Wingate sprint (no warm-up or cool-down). [Formula: see text] was determined prior to training and 3 days following the final training session.', 'Mean [Formula: see text] did not significantly change in the training group (2.15\xa0±\xa00.62 vs. 2.22\xa0±\xa00.64 L\xa0min(-1)) or the control group (2.07\xa0±\xa00.69 vs. 2.08\xa0±\xa00.68 L\xa0min(-1); effect of time: P\xa0=\xa00.17; group\xa0×\xa0time interaction effect: P\xa0=\xa00.26).'] Does exercise training comprising of single 20-s cycle sprints provide a sufficient stimulus for improving maximal aerobic capacity in sedentary individuals?
OUTPUT:
