2020
DOI: 10.1016/j.jbmt.2020.02.003
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Pattern of respiratory muscle activity during exercise tests in children born prematurely

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“…Respiratory muscle fatigue was suggested to be a more likely contributor to the altered ventilatory response, given increased inspiratory load for the same exercise intensity and, therefore, likely an increased susceptibility to fatigue (25). Supporting this hypothesis, Davidson et al (46) found elevated sternocleidomastoid muscle activity in children born preterm, suggesting increased respiratory muscle activity at high-intensity exercise, which may lead to respiratory muscle fatigue. However, the mechanism(s) driving respiratory muscle fatigue remains largely unknown.…”
Section: Ventilatory Response To Exercisementioning
confidence: 93%
“…Respiratory muscle fatigue was suggested to be a more likely contributor to the altered ventilatory response, given increased inspiratory load for the same exercise intensity and, therefore, likely an increased susceptibility to fatigue (25). Supporting this hypothesis, Davidson et al (46) found elevated sternocleidomastoid muscle activity in children born preterm, suggesting increased respiratory muscle activity at high-intensity exercise, which may lead to respiratory muscle fatigue. However, the mechanism(s) driving respiratory muscle fatigue remains largely unknown.…”
Section: Ventilatory Response To Exercisementioning
confidence: 93%