0000000001185447

AUTHOR

Alessandra Paterno'

Moderately cold weather increases bronchial epithelial cells (BECs) and apoptosis in induced sputum of long-distance runners.

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Low concentrations of inflammatory markers in induced sputum of nonasthmatic athletes at rest and after a running race.

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Time couse of changes in airway cells during early training in healthy subjects

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Subcellular distribution of p65 NF-KB subunit in induced sputum of children with intermittent and moderate asthma.

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Contribution of breathing pattern to dilution of exhaled breath condensate.

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Longitudinal Changes and Apoptosis in Induced Sputum Cells in Long-Distance Runners

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Release of bone-marrow derived hematopoietic and endothelial progenitors after a marathon race

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Longitudinal assessment of TGFb, MMP-9 and TIMP-1 in induced sputum of children with intermittent and moderate asthma.

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RELEASE OF HEMOPOIETIC AND ENDOTHELIAL PROGENITORS AFTER ENDURANCE AND MAXIMAL EXERCISE IN RUNNERS

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Endurance exercise causes mild bronchial epithelial damage in humans

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Time course of changes in airway cells during early training in healthy subjects

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Is quality of life related to upper and lower airways associated with inflammation?

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VEGF is involved in local and systemic aspects of COPD.

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Endurance training damages small airway epithelium in mice.

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Apoptosis in induced sputum cells in long-distance runners: a longitudinal study.

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Increased numbers of inflammatory cells but decreased activation of NFκB pathway in small airways of endurance-trained mice

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Mild bronchial epithelial damage after endurance exercise in humans

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Reduced exercise capacity and impaired pulmonary function in patients with scleroderma

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MILD BRONCHIAL EPITELIAL DAMANGE AFTER ENDURANCE EXERCISE IN HUMANS

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OZONE EXPOSURE INCREASES EXERCISE-INDUCED PULMONARY DAMAGE AND INFLAMMATION IN NONASTHMATIC LONG-DISTANCE RUNNERS

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Remodeling and inflammation of small airways in endurance trained mice

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Effect of endurance and maximal exercise on reticulocytes in athletes

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Corticosteroid-induced changes in nasal allergic inflammation are associated with better asthma control

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Endurance training increases infiammatori cells in small airways of mice.

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Effects of endurance training on small airways of mice

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Endurance exercise causes apoptosis of infiammatori cells and no clear infiammatory activation in the airways of endurance athletes.

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Effects of pulmonary rehabilitation on systemic and pulmonary inflammation in COPD patients

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Nutritional evaluation and physical activity in scleroderma patients

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