High-intensity intermittent exercise increases pulmonary interstitial edema at altitude but not at simulated altitude
ME Edsell, YH Wimalasena, WL Malein… - Wilderness & …, 2014 - Elsevier
Objective Ascent to high altitude leads to a reduction in ambient pressure and a subsequent
fall in available oxygen. The resulting hypoxia can lead to elevated pulmonary artery (PA) …
fall in available oxygen. The resulting hypoxia can lead to elevated pulmonary artery (PA) …
Comparison of factors associated with desaturation in prehospital emergency anaesthesia in primary and secondary retrievals
YH Wimalasena, AR Corfield, S Hearns - Emergency Medicine Journal, 2015 - emj.bmj.com
Objective To investigate the incidence and factors associated with desaturation related to
emergency intubations within an aeromedical retrieval service pertaining to both primary …
emergency intubations within an aeromedical retrieval service pertaining to both primary …
Ejercicio intermitente de alta intensidad, incrementa el edema intersticial en la altura pero no en la altitud simulada
MKE Edsell, YH Wimalasena, WL Malein… - … Hospital de Clínicas, 2015 - scielo.org.bo
Objetivo.-El ascenso a gran altura conlleva a una reducción en la presión ambiental ya una
subsecuentemente caída en la disponibilidad del oxígeno. La resultante hipoxia puede …
subsecuentemente caída en la disponibilidad del oxígeno. La resultante hipoxia puede …