Key result
Interval training with blood flow restriction significantly improved maximum oxygen uptake (p=0.000) and rate of perceived exertion compared to a control group in young male soccer players.
Why the study?
Does interval training with blood flow restriction improve aerobic capacity and rate of perceived exertion in young male soccer players?
RCT (n=28)
Randomly divided
No
Does interval training with blood flow restriction improve aerobic capacity and rate of perceived exertion in young male soccer players?
Moderate-intensity interval training with blood flow restriction improves aerobic capacity and rate of perceived exertion in young soccer players over a 2-week transition phase.
Supports BFR interval training in young soccer players during transitions; extends evidence for its use in athletic populations.
Th e purpose of current study is investigating eff ect of Blood Flow Restriction Interval Training on aerobic performance among young football players during transition phase of periodization. Twenty eight young male football players were recruited in this study. Subjects were randomly divided into three groups: control, Normal Interval without Kaatsu, and Interval with Kaatsu. Exercise protocol was based on aerobic interval at 400 meters with maximum eff ort for 3 sets in per sessions (First week) and 4 set (Second week). Th e results shown that there is a signifi cant diff erence in aerobic power between groups p<0.05. Post hoc comparisons indicated that the mean of aerobic power was signifi cantly diff erent between all three groups. It has been shown, there is a signifi cant diff erence in rate of perceived exertion between groups at the p<0.05. Post hoc comparisons indicated that the mean of RPE was signifi cantly diff erent between groups. Th is study has been shown that aerobic power and RPE was improved by both normal and BFR interval method. We also found that there is not signifi cantly diff erence in NIWK and IWK group at rate of perceived exertion. Th is results may be explained by reducing intensity of exercise by subjects during exercise with BFR in cause of pain in their legs during exercise. Th e result of current study suggest that Intermediate-intensity, interval training with BFR improves aerobic capacity and RPE concurrently in young football players and prevent decline of VO2max at result of retraining at transition phase.
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Amani et al. (2018) conducted an RCT in Healthy young soccer players at transition phase (n=28). Interval Training with Blood Flow Restriction (KAATSU) vs. Normal interval training without blood flow restriction and a non-training control group was evaluated on Maximum oxygen uptake (VO2max) (p=0.000). Interval training with blood flow restriction significantly improved maximum oxygen uptake (p=0.000) and rate of perceived exertion compared to a control group in young male soccer players.
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