However, statistical analyses that consider the variance (Figure 2c) make clear that it was the STRESS condition, and not the EXERCISE condition, that was primarily responsible for the STRESS-EXERCISE effect.
(D) GL with conventional-diet protocol to investigate the essential exercise condition during GL (Experiment 4).
All except 1 of the participants displayed larger and quicker decreases in problem behavior during the cognitive defusion exercise condition compared to the control exercise condition.
For the Exercise condition the subjects performed 15 min of upright cycling at 70% of their predetermined VO2max.
Biomechanical modeling was applied to derive the shear (anterior/posterior) tibiofemoral force developed in each exercise condition.
Twenty-six partinipanthein thexercisese condition of a larger randomized clinical trial (Brown et al., 2014) exercised in small groups at moderate intensity for 20 40 min per session.
In an alternating treatment design with baseline, students were first exposed to baseline conditions and then to 2 experimental conditions (i.e., an antecedent exercise condition and a control condition) in a randomized fashion.
The remaining data included 41 in the exercise condition (21 females and 20 males) and 39 in the non-exercise condition (19 females and 20 males).
We conducted a three-month randomised, controlled trial (n=26), contrasting the effects of an efficacy-enhancement exercise condition and a control exercise condition on exercise adherence, well-being, and affective responses to exercise.
Participants engaged either in 5 minutes of step-exercise (exercise condition) or 5 minutes of quiet activity, during which they built freely with connecting toy pieces (K'Nex; non-exercise condition).
Conversely, three studies [2, 28, 40] reported a significant increase within the exercise condition from baseline to post-exercise.
