Key result
High-intensity training in athletes increased exercise-induced plasma ATP concentrations by 60-114% in sprinters, 63-101% in futsal players, and 64-95% in endurance athletes over a 1-year cycle.
Why the study?
The study aimed to assess the effect of training loads on plasma adenosine triphosphate responsiveness in highly trained athletes over a 1-year cycle.
Does high-intensity training alter exercise-induced plasma adenosine triphosphate concentration in highly trained athletes over a 1-year cycle?
Observational (n=44)
Does high-intensity training alter exercise-induced plasma adenosine triphosphate concentration in highly trained athletes over a 1-year cycle?
High-intensity training significantly increases exercise-induced plasma ATP concentration over an annual training cycle, suggesting a role for ATP in vascular plasticity.
High-intensity training was associated with increased exercise-induced plasma ATP; hypothesis-generating for vascular plasticity, needs prospective validation.
This study aimed to assess the effect of training loads on plasma adenosine triphosphate responsiveness in highly trained athletes in a 1 y cycle. Highly trained futsal players (11 men, age range 20-31 y), endurance athletes (11 men, age range 18-31 y), sprinters (11 men, age range 21-30 y), and control group (11 men, age range 22-34 y) were examined across four characteristic training phases in response to an incremental treadmill test until exhaustion. A considerably higher exercise and post-exercise plasma adenosine triphosphate concentrations were observed in consecutive training phases in highly trained athletes, with the highest values reached after the competitive period. No differences in plasma adenosine triphosphate concentrations were found in the control group during the 1 y cycle. Sprinters showed a higher absolute and net increase in plasma adenosine triphosphate concentration by 60-114% during exercise in consecutive training phases than futsal players (63-101%) and endurance athletes (64-95%). In this study, we demonstrated that exercise-induced adenosine triphosphate concentration significantly changes in highly trained athletes over an annual training cycle. The obtained results showed that high-intensity but not low- to moderate-intensity training leads to an increased adenosine triphosphate response to exercise, suggesting an important role of ATP for vascular plasticity.
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Zarębska et al. (2019) conducted an observational in Healthy athletes (n=44). High-intensity training vs. Control group and low- to moderate-intensity training was evaluated on Exercise-induced plasma adenosine triphosphate (ATP) concentration. High-intensity training in athletes increased exercise-induced plasma ATP concentrations by 60-114% in sprinters, 63-101% in futsal players, and 64-95% in endurance athletes over a 1-year cycle.
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