Source: Virtual Congress 2020 – Exercise and haemodynamics in pulmonary hypertension
Disease area: Pulmonary vascular diseases



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R. Lewis (Sheffield (South Yorkshire), United Kingdom), T. Kelly (Sheffield (South Yorkshire), United Kingdom), E. Drew (Sheffield (South Yorkshire), United Kingdom), C. Billings (Sheffield (South Yorkshire), United Kingdom), J. Hurdman (Sheffield (South Yorkshire), United Kingdom), I. Smith (Sheffield (South Yorkshire), United Kingdom), M. Austin (Sheffield (South Yorkshire), United Kingdom), I. Armstrong (Sheffield (South Yorkshire), United Kingdom), J. Middleton (Sheffield (South Yorkshire), United Kingdom), A. Rothman (Sheffield (South Yorkshire), United Kingdom), J. Harrington (Sheffield (South Yorkshire), United Kingdom), N. Hamilton (Sheffield (South Yorkshire), United Kingdom), A. Hameed (Sheffield (South Yorkshire), United Kingdom), A. Thompson (Sheffield (South Yorkshire), United Kingdom), A. Charalampopoulos (Sheffield (South Yorkshire), United Kingdom), C. Elliot (Sheffield (South Yorkshire), United Kingdom), A. Lawrie (Sheffield (South Yorkshire), United Kingdom), I. Sabroe (Sheffield (South Yorkshire), United Kingdom), J. Wild (Sheffield (South Yorkshire), United Kingdom), A. Swift (Sheffield (South Yorkshire), United Kingdom), R. Condliffe (Sheffield (South Yorkshire), United Kingdom), D. Kiely (Sheffield (South Yorkshire), United Kingdom). Percent-predicted incremental shuttle walking test distance stratifies risk in pulmonary arterial hypertension. 1497

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